David Maloney
parent
57cc390681
commit
b246e66eb8
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@ -27,132 +27,75 @@ class Metasploit3 < Msf::Auxiliary
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end
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def run
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wordlist = Rex::Quickfile.new("jtrtmp")
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hashlist = Rex::Quickfile.new("jtrtmp")
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cracker = new_john_cracker
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begin
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# Seed the wordlist with usernames, passwords, and hostnames
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seed = []
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myworkspace.hosts.find(:all).each {|o| seed << john_expand_word( o.name ) if o.name }
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myworkspace.creds.each do |o|
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seed << john_expand_word( o.user ) if o.user
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seed << john_expand_word( o.pass ) if (o.pass and o.ptype !~ /hash/)
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end
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# Grab any known passwords out of the john.pot file
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john_cracked_passwords.values {|v| seed << v }
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# Write the seed file
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wordlist.write( seed.flatten.uniq.join("\n") + "\n" )
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print_status("Seeded the password database with #{seed.length} words...")
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# Append the standard JtR wordlist as well
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::File.open(john_wordlist_path, "rb") do |fd|
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wordlist.write fd.read(fd.stat.size)
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end
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# Close the wordlist to prevent sharing violations (windows)
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#generate our wordlist and close the file handle
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wordlist = wordlist_file
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wordlist.close
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print_status "Wordlist file written out to #{wordlist.path}"
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cracker.wordlist = wordlist.path
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cracker.hash_path = hash_file
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# Create a PWDUMP style input file for SMB Hashes
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smb_hashes = myworkspace.creds.select{|x| x.ptype == "smb_hash" }
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smb_hashes.each do |cred|
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hashlist.write( "cred_#{cred[:id]}:#{cred[:id]}:#{cred[:pass]}:::\n" )
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['lm','nt'].each do |format|
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# dupe our original cracker so we can safely change options between each run
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cracker_instance = cracker.dup
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cracker_instance.format = format
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print_status "Cracking #{format} hashes in normal wordlist mode..."
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cracker_instance.crack do |line|
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print_status line.chomp
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end
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print_status "Cracking #{format} hashes in single mode..."
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cracker_instance.rules = 'single'
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cracker_instance.crack do |line|
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print_status line.chomp
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end
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print_status "Cracking #{format} hashes in incremental mode (All4)..."
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cracker_instance.rules = nil
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cracker_instance.wordlist = nil
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cracker_instance.incremental = 'All4'
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cracker_instance.crack do |line|
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print_status line.chomp
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end
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print_status "Cracking #{format} hashes in incremental mode (Digits5)..."
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cracker_instance.incremental = 'Digits5'
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cracker_instance.crack do |line|
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print_status line.chomp
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end
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print_status "Cracked Passwords this run:"
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cracker_instance.each_cracked_password do |password_line|
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password_line.chomp!
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next if password_line.blank?
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fields = password_line.split(":")
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# If we don't have an expected minimum number of fields, this is probably not a hash line
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next unless fields.count >=7
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username = fields.shift
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core_id = fields.pop
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4.times{ fields.pop }
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password = fields.join(':')
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print_good "#{username}:#{password}:#{core_id}"
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#create_cracked_credential( username: username, password: password, core_id: core_id)
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end
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end
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end
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def hash_file
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hashlist = Rex::Quickfile.new("hashes_tmp")
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Metasploit::Credential::NTLMHash.joins(:cores).where(metasploit_credential_cores: { workspace_id: myworkspace.id } ).each do |hash|
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hash.cores.each do |core|
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user = core.public.username
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hash_string = "#{hash.data}"
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id = core.id
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hashlist.puts "#{user}:#{id}:#{hash_string}:::#{id}"
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end
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end
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hashlist.close
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if smb_hashes.length > 0
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cracked_ntlm = {}
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cracked_lm = {}
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added = []
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john_crack(hashlist.path, :wordlist => datastore['Wordlist'], :format => 'lm')
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john_crack(hashlist.path, :wordlist => datastore['Wordlist'], :format => 'nt')
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# Crack this in LANMAN format using wordlist mode with tweaked rules
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john_crack(hashlist.path, :wordlist => wordlist.path, :rules => 'single', :format => 'lm')
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# Crack this in LANMAN format using various incremntal modes
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john_crack(hashlist.path, :incremental => "All4", :format => 'lm')
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john_crack(hashlist.path, :incremental => "Digits5", :format => 'lm')
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# Parse cracked passwords and permute LANMAN->NTLM as needed
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cracked = john_show_passwords(hashlist.path, 'lm')
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cracked[:users].each_pair do |k,v|
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next if v == ""
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next if (v[0,7] == "???????" or v[7,7] == "???????")
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next if not k =~ /^cred_(\d+)/m
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cid = $1.to_i
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cracked_lm[k] = v
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cred_find = smb_hashes.select{|x| x[:id] == cid}
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next if cred_find.length == 0
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cred = cred_find.first
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ntlm = cred.pass.split(":", 2).last
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done = john_lm_upper_to_ntlm(v, ntlm)
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cracked_ntlm[k] = done if done
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end
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# Append any cracked values to the wordlist
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tfd = ::File.open(wordlist.path, "ab")
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cracked_lm.values.each {|w| if not added.include?(w); tfd.write( w + "\n" ); added << w; end }
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cracked_ntlm.values.each {|w| if not added.include?(w); tfd.write( w + "\n" ); added << w; end }
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tfd.close
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# Crack this in NTLM format
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john_crack(hashlist.path, :wordlist => wordlist.path, :rules => 'single', :format => 'nt')
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# Crack this in NTLM format using various incremntal modes
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john_crack(hashlist.path, :incremental => "All4", :format => 'nt')
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john_crack(hashlist.path, :incremental => "Digits5", :format => 'nt')
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# Parse cracked passwords
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cracked = john_show_passwords(hashlist.path, 'nt')
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cracked[:users].each_pair do |k,v|
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next if cracked_ntlm[k]
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cracked_ntlm[k] = v
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end
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# Append any cracked values to the wordlist
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tfd = ::File.open(wordlist.path, "ab")
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cracked_ntlm.values.each {|w| if not added.include?(w); tfd.write( w + "\n" ); added << w; end }
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tfd.close
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# Store the cracked results based on user_id => cred.id
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cracked_ntlm.each_pair do |k,v|
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next if not k =~ /^cred_(\d+)/m
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cid = $1.to_i
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cred_find = smb_hashes.select{|x| x[:id] == cid}
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next if cred_find.length == 0
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cred = cred_find.first
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next if cred.user.to_s.strip.length == 0
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print_good("Cracked: #{cred.user}:#{v} (#{cred.service.host.address}:#{cred.service.port})")
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report_auth_info(
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:host => cred.service.host,
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:service => cred.service,
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:user => cred.user,
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:pass => v,
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:type => "password",
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:source_id => cred[:id],
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:source_type => 'cracked'
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)
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end
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end
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# XXX: Enter other hash types here (shadow, etc)
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rescue ::Timeout::Error
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ensure
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wordlist.close rescue nil
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hashlist.close rescue nil
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::File.unlink(wordlist.path) rescue nil
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::File.unlink(hashlist.path) rescue nil
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end
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print_status "Hashes Written out to #{hashlist.path}"
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hashlist.path
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end
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end
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