776 lines
21 KiB
Ruby
776 lines
21 KiB
Ruby
#
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# = net/ntlm.rb
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#
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# An NTLM Authentication Library for Ruby
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#
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# This code is a derivative of "dbf2.rb" written by yrock
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# and Minero Aoki. You can find original code here:
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# http://jp.rubyist.net/magazine/?0013-CodeReview
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# -------------------------------------------------------------
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# Copyright (c) 2005,2006 yrock
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#
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# This program is free software.
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# You can distribute/modify this program under the terms of the
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# Ruby License.
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#
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# 2006-02-11 refactored by Minero Aoki
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# -------------------------------------------------------------
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#
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# All protocol information used to write this code stems from
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# "The NTLM Authentication Protocol" by Eric Glass. The author
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# would thank to him for this tremendous work and making it
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# available on the net.
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# http://davenport.sourceforge.net/ntlm.html
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# -------------------------------------------------------------
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# Copyright (c) 2003 Eric Glass
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#
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# Permission to use, copy, modify, and distribute this document
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# for any purpose and without any fee is hereby granted,
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# provided that the above copyright notice and this list of
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# conditions appear in all copies.
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# -------------------------------------------------------------
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#
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# The author also looked Mozilla-Firefox-1.0.7 source code,
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# namely, security/manager/ssl/src/nsNTLMAuthModule.cpp and
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# Jonathan Bastien-Filiatrault's libntlm-ruby.
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# "http://x2a.org/websvn/filedetails.php?
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# repname=libntlm-ruby&path=%2Ftrunk%2Fntlm.rb&sc=1"
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# The latter has a minor bug in its separate_keys function.
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# The third key has to begin from the 14th character of the
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# input string instead of 13th:)
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#--
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# $Id$
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#++
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require 'base64'
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require 'openssl'
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require 'openssl/digest'
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require 'kconv'
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module Net #:nodoc:
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module NTLM
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module VERSION #:nodoc:
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MAJOR = 0
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MINOR = 1
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TINY = 1
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STRING = [MAJOR, MINOR, TINY].join('.')
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end
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SSP_SIGN = "NTLMSSP\0"
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BLOB_SIGN = 0x00000101
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LM_MAGIC = "KGS!@\#$%"
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TIME_OFFSET = 11644473600
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MAX64 = 0xffffffffffffffff
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FLAGS = {
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:UNICODE => 0x00000001,
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:OEM => 0x00000002,
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:REQUEST_TARGET => 0x00000004,
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# :UNKNOWN => 0x00000008,
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:SIGN => 0x00000010,
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:SEAL => 0x00000020,
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# :UNKNOWN => 0x00000040,
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:NETWARE => 0x00000100,
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:NTLM => 0x00000200,
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# :UNKNOWN => 0x00000400,
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# :UNKNOWN => 0x00000800,
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:DOMAIN_SUPPLIED => 0x00001000,
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:WORKSTATION_SUPPLIED => 0x00002000,
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:LOCAL_CALL => 0x00004000,
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:ALWAYS_SIGN => 0x00008000,
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:TARGET_TYPE_DOMAIN => 0x00010000,
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:TARGET_INFO => 0x00800000,
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:NTLM2_KEY => 0x00080000,
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:KEY128 => 0x20000000,
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:KEY56 => 0x80000000
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}
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FLAG_KEYS = FLAGS.keys.sort{|a, b| FLAGS[a] <=> FLAGS[b] }
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DEFAULT_FLAGS = {
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:TYPE1 => FLAGS[:UNICODE] | FLAGS[:OEM] | FLAGS[:REQUEST_TARGET] | FLAGS[:NTLM] | FLAGS[:ALWAYS_SIGN] | FLAGS[:NTLM2_KEY],
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:TYPE2 => FLAGS[:UNICODE],
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:TYPE3 => FLAGS[:UNICODE] | FLAGS[:REQUEST_TARGET] | FLAGS[:NTLM] | FLAGS[:ALWAYS_SIGN] | FLAGS[:NTLM2_KEY]
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}
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# module functions
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class << self
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def decode_utf16le(str)
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Kconv.kconv(swap16(str), Kconv::ASCII, Kconv::UTF16)
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end
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def encode_utf16le(str)
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swap16(Kconv.kconv(str, Kconv::UTF16, Kconv::ASCII))
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end
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def pack_int64le(val)
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[val & 0x00000000ffffffff, val >> 32].pack("V2")
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end
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def swap16(str)
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str.unpack("v*").pack("n*")
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end
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def split7(str)
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s = str.dup
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until s.empty?
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(ret ||= []).push s.slice!(0, 7)
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end
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ret
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end
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def gen_keys(str)
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split7(str).map{ |str7|
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bits = split7(str7.unpack("B*")[0]).inject('')\
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{|ret, tkn| ret += tkn + (tkn.gsub('1', '').size % 2).to_s }
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[bits].pack("B*")
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}
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end
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def apply_des(plain, keys)
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dec = OpenSSL::Cipher::DES.new
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keys.map {|k|
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dec.key = k
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dec.encrypt.update(plain)
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}
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end
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def lm_hash(password)
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keys = gen_keys password.upcase.ljust(14, "\0")
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apply_des(LM_MAGIC, keys).join
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end
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def ntlm_hash(password, opt = {})
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pwd = password.dup
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unless opt[:unicode]
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pwd = encode_utf16le(pwd)
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end
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OpenSSL::Digest::MD4.digest pwd
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end
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def ntlmv2_hash(user, password, target, opt={})
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ntlmhash = ntlm_hash(password, opt)
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userdomain = (user + target).upcase
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unless opt[:unicode]
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userdomain = encode_utf16le(userdomain)
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end
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OpenSSL::HMAC.digest(OpenSSL::Digest::MD5.new, ntlmhash, userdomain)
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end
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# responses
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def lm_response(arg)
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begin
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hash = arg[:lm_hash]
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chal = arg[:challenge]
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rescue
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raise ArgumentError
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end
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chal = NTL::pack_int64le(chal) if chal.is_a?(Integer)
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keys = gen_keys hash.ljust(21, "\0")
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apply_des(chal, keys).join
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end
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def ntlm_response(arg)
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hash = arg[:ntlm_hash]
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chal = arg[:challenge]
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chal = NTL::pack_int64le(chal) if chal.is_a?(Integer)
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keys = gen_keys hash.ljust(21, "\0")
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apply_des(chal, keys).join
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end
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def ntlmv2_response(arg, opt = {})
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begin
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key = arg[:ntlmv2_hash]
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chal = arg[:challenge]
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ti = arg[:target_info]
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rescue
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raise ArgumentError
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end
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chal = NTL::pack_int64le(chal) if chal.is_a?(Integer)
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if opt[:client_challenge]
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cc = opt[:client_challenge]
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else
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cc = rand(MAX64)
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end
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cc = NTLM::pack_int64le(cc) if cc.is_a?(Integer)
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if opt[:timestamp]
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ts = opt[:timestamp]
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else
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ts = Time.now.to_i
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end
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# epoch -> milsec from Jan 1, 1601
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ts = 10000000 * (ts + TIME_OFFSET)
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blob = Blob.new
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blob.timestamp = ts
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blob.challenge = cc
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blob.target_info = ti
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bb = blob.serialize
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OpenSSL::HMAC.digest(OpenSSL::Digest::MD5.new, key, chal + bb) + bb
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end
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def lmv2_response(arg, opt = {})
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key = arg[:ntlmv2_hash]
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chal = arg[:challenge]
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chal = NTLM::pack_int64le(chal) if chal.is_a?(Integer)
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if opt[:client_challenge]
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cc = opt[:client_challenge]
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else
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cc = rand(MAX64)
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end
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cc = NTLM::pack_int64le(cc) if cc.is_a?(Integer)
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OpenSSL::HMAC.digest(OpenSSL::Digest::MD5.new, key, chal + cc) + cc
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end
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def ntlm2_session(arg, opt = {})
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begin
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passwd_hash = arg[:ntlm_hash]
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chal = arg[:challenge]
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rescue
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raise ArgumentError
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end
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if opt[:client_challenge]
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cc = opt[:client_challenge]
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else
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cc = rand(MAX64)
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end
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cc = NTLM::pack_int64le(cc) if cc.is_a?(Integer)
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keys = gen_keys passwd_hash.ljust(21, "\0")
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session_hash = OpenSSL::Digest::MD5.digest(chal + cc).slice(0, 8)
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response = apply_des(session_hash, keys).join
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[cc.ljust(24, "\0"), response]
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end
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end
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# base classes for primitives
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class Field
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attr_accessor :active, :value
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def initialize(opts)
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@value = opts[:value]
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@active = opts[:active].nil? ? true : opts[:active]
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end
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def size
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@active ? @size : 0
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end
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end
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class String < Field
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def initialize(opts)
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super(opts)
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@size = opts[:size]
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end
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def parse(str, offset=0)
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if @active and str.size >= offset + @size
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@value = str[offset, @size]
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@size
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else
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0
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end
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end
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def serialize
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if @active
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@value
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else
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""
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end
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end
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def value=(val)
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@value = val
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@size = @value.nil? ? 0 : @value.size
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@active = (@size > 0)
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end
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end
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class Int16LE < Field
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def initialize(opt)
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super(opt)
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@size = 2
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end
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def parse(str, offset=0)
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if @active and str.size >= offset + @size
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@value = str[offset, @size].unpack("v")[0]
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@size
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else
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0
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end
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end
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def serialize
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[@value].pack("v")
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end
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end
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class Int32LE < Field
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def initialize(opt)
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super(opt)
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@size = 4
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end
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def parse(str, offset=0)
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if @active and str.size >= offset + @size
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@value = str.slice(offset, @size).unpack("V")[0]
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@size
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else
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0
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end
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end
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def serialize
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[@value].pack("V") if @active
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end
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end
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class Int64LE < Field
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def initialize(opt)
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super(opt)
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@size = 8
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end
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def parse(str, offset=0)
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if @active and str.size >= offset + @size
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d, u = str.slice(offset, @size).unpack("V2")
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@value = (u * 0x100000000 + d)
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@size
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else
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0
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end
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end
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def serialize
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[@value & 0x00000000ffffffff, @value >> 32].pack("V2") if @active
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end
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end
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# base class of data structure
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class FieldSet
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class << FieldSet
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def define(&block)
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c = Class.new(self)
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def c.inherited(subclass)
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proto = @proto
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subclass.instance_eval {
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@proto = proto
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}
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end
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c.module_eval(&block)
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c
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end
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def string(name, opts)
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add_field(name, String, opts)
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end
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def int16LE(name, opts)
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add_field(name, Int16LE, opts)
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end
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def int32LE(name, opts)
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add_field(name, Int32LE, opts)
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end
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def int64LE(name, opts)
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add_field(name, Int64LE, opts)
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end
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def security_buffer(name, opts)
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add_field(name, SecurityBuffer, opts)
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end
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def prototypes
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@proto
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end
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def names
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@proto.map{|n, t, o| n}
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end
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def types
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@proto.map{|n, t, o| t}
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end
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def opts
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@proto.map{|n, t, o| o}
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end
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private
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def add_field(name, type, opts)
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(@proto ||= []).push [name, type, opts]
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define_accessor name
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end
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def define_accessor(name)
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module_eval(<<-End, __FILE__, __LINE__ + 1)
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def #{name}
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self['#{name}'].value
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end
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def #{name}=(val)
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self['#{name}'].value = val
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end
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End
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end
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end
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def initialize
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@alist = self.class.prototypes.map{ |n, t, o| [n, t.new(o)] }
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end
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def serialize
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@alist.map{|n, f| f.serialize }.join
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end
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def parse(str, offset=0)
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@alist.inject(offset){|cur, a| cur += a[1].parse(str, cur)}
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end
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def size
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@alist.inject(0){|sum, a| sum += a[1].size}
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end
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def [](name)
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a = @alist.assoc(name.to_s.intern)
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raise ArgumentError, "no such field: #{name}" unless a
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a[1]
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end
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def []=(name, val)
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a = @alist.assoc(name.to_s.intern)
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raise ArgumentError, "no such field: #{name}" unless a
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a[1] = val
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end
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def enable(name)
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self[name].active = true
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end
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def disable(name)
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self[name].active = false
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end
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end
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Blob = FieldSet.define {
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int32LE :blob_signature, {:value => BLOB_SIGN}
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int32LE :reserved, {:value => 0}
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int64LE :timestamp, {:value => 0}
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string :challenge, {:value => "", :size => 8}
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int32LE :unknown1, {:value => 0}
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string :target_info, {:value => "", :size => 0}
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int32LE :unknown2, {:value => 0}
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}
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SecurityBuffer = FieldSet.define {
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int16LE :length, {:value => 0}
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int16LE :allocated, {:value => 0}
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int32LE :offset, {:value => 0}
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}
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class SecurityBuffer
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attr_accessor :active
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def initialize(opts)
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super()
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@value = opts[:value]
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@active = opts[:active].nil? ? true : opts[:active]
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@size = 8
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end
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def parse(str, offset=0)
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if @active and str.size >= offset + @size
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super(str, offset)
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@value = str[self.offset, self.length]
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@size
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else
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0
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end
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end
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def serialize
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super if @active
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end
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def value
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@value
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end
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def value=(val)
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@value = val
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self.length = self.allocated = val.size
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end
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def data_size
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@active ? @value.size : 0
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end
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end
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class Message < FieldSet
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class << Message
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def parse(str)
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m = Type0.new
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m.parse(str)
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case m.type
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when 1
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t = Type1.parse(str)
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when 2
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t = Type2.parse(str)
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when 3
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t = Type3.parse(str)
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else
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raise ArgumentError, "unknown type: #{m.type}"
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end
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t
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end
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def decode64(str)
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parse(Base64.decode64(str))
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end
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end
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def has_flag?(flag)
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(self[:flag].value & FLAGS[flag]) == FLAGS[flag]
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end
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def set_flag(flag)
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self[:flag].value |= FLAGS[flag]
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end
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def dump_flags
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FLAG_KEYS.each{ |k| print(k, "=", flag?(k), "\n") }
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end
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def serialize
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deflag
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super + security_buffers.map{|n, f| f.value}.join
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end
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def encode64
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Base64.encode64(serialize).gsub(/\n/, '')
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end
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def decode64(str)
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parse(Base64.decode64(str))
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end
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alias head_size size
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def data_size
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security_buffers.inject(0){|sum, a| sum += a[1].data_size}
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end
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def size
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head_size + data_size
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end
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private
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def security_buffers
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@alist.find_all{|n, f| f.instance_of?(SecurityBuffer)}
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end
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def deflag
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security_buffers.inject(head_size){|cur, a|
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a[1].offset = cur
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cur += a[1].data_size
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}
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end
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def data_edge
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security_buffers.map{ |n, f| f.active ? f.offset : size}.min
|
|
end
|
|
|
|
# sub class definitions
|
|
|
|
Type0 = Message.define {
|
|
string :sign, {:size => 8, :value => SSP_SIGN}
|
|
int32LE :type, {:value => 0}
|
|
}
|
|
|
|
Type1 = Message.define {
|
|
string :sign, {:size => 8, :value => SSP_SIGN}
|
|
int32LE :type, {:value => 1}
|
|
int32LE :flag, {:value => DEFAULT_FLAGS[:TYPE1] }
|
|
security_buffer :domain, {:value => "", :active => false}
|
|
security_buffer :workstation, {:value => "", :active => false}
|
|
string :padding, {:size => 0, :value => "", :active => false }
|
|
}
|
|
|
|
class Type1
|
|
class << Type1
|
|
def parse(str)
|
|
t = new
|
|
t.parse(str)
|
|
t
|
|
end
|
|
end
|
|
|
|
def parse(str)
|
|
super(str)
|
|
enable(:domain) if has_flag?(:DOMAIN_SUPPLIED)
|
|
enable(:workstation) if has_flag?(:WORKSTATION_SUPPLIED)
|
|
super(str)
|
|
if ( (len = data_edge - head_size) > 0)
|
|
self.padding = "\0" * len
|
|
super(str)
|
|
end
|
|
end
|
|
end
|
|
|
|
Type2 = Message.define{
|
|
string :sign, {:size => 8, :value => SSP_SIGN}
|
|
int32LE :type, {:value => 2}
|
|
security_buffer :target_name, {:size => 0, :value => ""}
|
|
int32LE :flag, {:value => DEFAULT_FLAGS[:TYPE2]}
|
|
int64LE :challenge, {:value => 0}
|
|
int64LE :context, {:value => 0, :active => false}
|
|
security_buffer :target_info, {:value => "", :active => false}
|
|
string :padding, {:size => 0, :value => "", :active => false }
|
|
}
|
|
|
|
class Type2
|
|
class << Type2
|
|
def parse(str)
|
|
t = new
|
|
t.parse(str)
|
|
t
|
|
end
|
|
end
|
|
|
|
def parse(str)
|
|
super(str)
|
|
if has_flag?(:TARGET_INFO)
|
|
enable(:context)
|
|
enable(:target_info)
|
|
super(str)
|
|
end
|
|
if ( (len = data_edge - head_size) > 0)
|
|
self.padding = "\0" * len
|
|
super(str)
|
|
end
|
|
end
|
|
|
|
def response(arg, opt = {})
|
|
usr = arg[:user]
|
|
pwd = arg[:password]
|
|
if usr.nil? or pwd.nil?
|
|
raise ArgumentError, "user and password have to be supplied"
|
|
end
|
|
|
|
if opt[:workstation]
|
|
ws = opt[:workstation]
|
|
else
|
|
ws = ""
|
|
end
|
|
|
|
if opt[:client_challenge]
|
|
cc = opt[:client_challenge]
|
|
else
|
|
cc = rand(MAX64)
|
|
end
|
|
cc = NTLM::pack_int64le(cc) if cc.is_a?(Integer)
|
|
opt[:client_challenge] = cc
|
|
|
|
if has_flag?(:OEM) and opt[:unicode]
|
|
usr = NTLM::decode_utf16le(usr)
|
|
pwd = NTLM::decode_utf16le(pwd)
|
|
ws = NTLM::decode_utf16le(ws)
|
|
opt[:unicode] = false
|
|
end
|
|
|
|
if has_flag?(:UNICODE) and !opt[:unicode]
|
|
usr = NTLM::encode_utf16le(usr)
|
|
pwd = NTLM::encode_utf16le(pwd)
|
|
ws = NTLM::encode_utf16le(ws)
|
|
opt[:unicode] = true
|
|
end
|
|
|
|
tgt = self.target_name
|
|
ti = self.target_info
|
|
|
|
chal = self[:challenge].serialize
|
|
|
|
if opt[:ntlmv2]
|
|
ar = {:ntlmv2_hash => NTLM::ntlmv2_hash(usr, pwd, tgt, opt), :challenge => chal, :target_info => ti}
|
|
lm_res = NTLM::lmv2_response(ar, opt)
|
|
ntlm_res = NTLM::ntlmv2_response(ar, opt)
|
|
elsif has_flag?(:NTLM2_KEY)
|
|
ar = {:ntlm_hash => NTLM::ntlm_hash(pwd, opt), :challenge => chal}
|
|
lm_res, ntlm_res = NTLM::ntlm2_session(ar, opt)
|
|
else
|
|
lm_res = NTLM::lm_response(pwd, chal)
|
|
ntlm_res = NTLM::ntlm_response(pwd, chal)
|
|
end
|
|
|
|
Type3.create({
|
|
:lm_response => lm_res,
|
|
:ntlm_response => ntlm_res,
|
|
:domain => tgt,
|
|
:user => usr,
|
|
:workstation => ws,
|
|
:flag => self.flag
|
|
})
|
|
end
|
|
end
|
|
|
|
|
|
Type3 = Message.define{
|
|
string :sign, {:size => 8, :value => SSP_SIGN}
|
|
int32LE :type, {:value => 3}
|
|
security_buffer :lm_response, {:value => ""}
|
|
security_buffer :ntlm_response, {:value => ""}
|
|
security_buffer :domain, {:value => ""}
|
|
security_buffer :user, {:value => ""}
|
|
security_buffer :workstation, {:value => ""}
|
|
security_buffer :session_key, {:value => "", :active => false }
|
|
int64LE :flag, {:value => 0, :active => false }
|
|
}
|
|
|
|
class Type3
|
|
class << Type3
|
|
def parse(str)
|
|
t = new
|
|
t.parse(str)
|
|
t
|
|
end
|
|
|
|
def create(arg, opt ={})
|
|
t = new
|
|
t.lm_response = arg[:lm_response]
|
|
t.ntlm_response = arg[:ntlm_response]
|
|
t.domain = arg[:domain]
|
|
t.user = arg[:user]
|
|
t.workstation = arg[:workstation]
|
|
|
|
if arg[:session_key]
|
|
t.enable(:session_key)
|
|
t.session_key = arg[session_key]
|
|
end
|
|
if arg[:flag]
|
|
t.enable(:session_key)
|
|
t.enable(:flag)
|
|
t.flag = arg[:flag]
|
|
end
|
|
t
|
|
end
|
|
end
|
|
end
|
|
end
|
|
end
|
|
end
|