Class: Forze_brute

Inherits:
Object
  • Object
show all
Defined in:
lib/cobreak/force.rb

Instance Attribute Summary collapse

Instance Method Summary collapse

Constructor Details

#initialize(author = 'BreakerTW') ⇒ Forze_brute

Returns a new instance of Forze_brute.



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# File 'lib/cobreak/force.rb', line 5

def initialize(author = 'BreakerTW')
  @author = author
  @result = nil
  @crack = nil
  @crypt = nil
  @dict = nil
  @word = nil
end

Instance Attribute Details

#charactObject

Returns the value of attribute charact.



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# File 'lib/cobreak/force.rb', line 4

def charact
  @charact
end

#crackObject

Returns the value of attribute crack.



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# File 'lib/cobreak/force.rb', line 4

def crack
  @crack
end

#cryptObject

Returns the value of attribute crypt.



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# File 'lib/cobreak/force.rb', line 4

def crypt
  @crypt
end

#hash_inputObject

Returns the value of attribute hash_input.



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# File 'lib/cobreak/force.rb', line 4

def hash_input
  @hash_input
end

#max_chrObject

Returns the value of attribute max_chr.



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# File 'lib/cobreak/force.rb', line 4

def max_chr
  @max_chr
end

#min_chrObject

Returns the value of attribute min_chr.



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# File 'lib/cobreak/force.rb', line 4

def min_chr
  @min_chr
end

#outObject

Returns the value of attribute out.



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# File 'lib/cobreak/force.rb', line 4

def out
  @out
end

#resultObject

Returns the value of attribute result.



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# File 'lib/cobreak/force.rb', line 4

def result
  @result
end

#type_hashObject

Returns the value of attribute type_hash.



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# File 'lib/cobreak/force.rb', line 4

def type_hash
  @type_hash
end

#verboseObject

Returns the value of attribute verbose.



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# File 'lib/cobreak/force.rb', line 4

def verbose
  @verbose
end

#word(dato, wordlist, type, out, verbose = false) ⇒ Object

Returns the value of attribute word.



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# File 'lib/cobreak/force.rb', line 4

def word
  @word
end

#wordlistObject

Returns the value of attribute wordlist.



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# File 'lib/cobreak/force.rb', line 4

def wordlist
  @wordlist
end

Instance Method Details

#chars(dato, range, char, type, out, verbose = false) ⇒ Object



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# File 'lib/cobreak/force.rb', line 142

def chars(dato, range, char, type, out, verbose = false)
  begin
    raise Errno::EACCES, "\e[1;31m[\e[1;37m✘\e[1;31m]\e[1;37m root privileges needed" if `whoami`.chomp != "root"
  rescue  Errno::EACCES => e
    puts e.message
    exit
  end
  bool = File.open(File.join(Gem.path[1], "gems","cobreak-#{CoBreak.version}" , "lib", "cobreak", "config", "database.db"))
  bool = bool.readlines[0].to_s.chomp
  if (bool.eql?('true'))
    verify(dato)
  end
  forzechars = OpenStruct.new
  forzechars.dato = dato
  forzechars.range = range
  forzechars.char = char.chars
  forzechars.type = type
  forzechars.out = out
  forzechars.verbose = verbose
  forzechars.cont = Array.new
  forzechars.result = nil
  if (forzechars.type.downcase.eql?('md4'))
    forzechars.crypt = OpenSSL::Digest::MD4.new
  elsif (forzechars.type.downcase.eql?('md5'))
    forzechars.crypt = OpenSSL::Digest::MD5.new
  elsif (forzechars.type.downcase.eql?('sha1'))
    forzechars.crypt = OpenSSL::Digest::SHA1.new
  elsif (forzechars.type.downcase.eql?('sha224'))
    forzechars.crypt = OpenSSL::Digest::SHA224.new
  elsif (forzechars.type.downcase.eql?('sha256'))
    forzechars.crypt = OpenSSL::Digest::SHA256.new
  elsif (forzechars.type.downcase.eql?('sha384'))
    forzechars.crypt = OpenSSL::Digest::SHA384.new
  elsif (forzechars.type.downcase.eql?('sha512'))
    forzechars.crypt = OpenSSL::Digest::SHA512.new
  elsif (forzechars.type.downcase.eql?('ripemd160'))
    forzechars.crypt = OpenSSL::Digest::RIPEMD160.new
  end
  lin = 0
  begin
    forzechars.time = Time.now
    for range in (forzechars.range[0].to_i..forzechars.range[1].to_i).to_a
      for chars in forzechars.char.repeated_permutation(range).map(&:join)
        lin += 1
        if (forzechars.verbose.eql?(true))
          print "\r\e[1;32m[\e[1;37m+\e[1;32m]\e[1;37m Password Crack: #{chars}"
        end
        if (forzechars.crypt.hexdigest(chars).eql?(forzechars.dato))
          forzechars.result = chars
          puts "\e[1;32m[\e[1;37m+\e[1;32m]\e[1;37m Password Crack: #{chars}"
          puts "\e[1;32m[\e[1;37m+\e[1;32m]\e[1;37m Number of Lines: #{lin}"
          puts "\e[1;32m[\e[1;37m+\e[1;32m]\e[1;37m Hash Cracking in #{Time.now - forzechars.time} seconds"
          if bool.eql?('true')
            forzechars.type = forzechars.type.downcase
            $datBas::database(forzechars.crypt.hexdigest(chars))
            DB::database(chars, File.join(Gem.path[1], "gems", "cobreak-#{CoBreak.version}", 'lib', 'cobreak', 'show', "#{forzechars.type}.db"))
          end
          if !(forzechars.out.nil?)
            File.open(forzechars.out, mode: 'a'){|out|
              out.puts "=================================================="
              out.puts "software: CoBreak #{CoBreak.version}"
              out.puts "Type Hash: #{forzechars.type}\n"
              out.puts "#{chars}:#{forzechars.crypt.hexdigest(chars)}"
              out.puts "=================================================="
            }
          end
          return 0
        end
      end
    end
  rescue Interrupt
    puts "\n\e[1;31m[\e[1;37m+\e[1;31m]\e[1;37m Interrupt mode"
    puts "\e[1;31m[\e[1;37m+\e[1;31m]\e[1;37m Password Not Cracked"
    puts "\e[1;31m[\e[1;37m+\e[1;31m]\e[1;37m Number of Lines: #{lin}"
    puts "\e[1;31m[\e[1;37m+\e[1;31m]\e[1;37m Wait Time: #{Time.now - forzechars.time} seconds\e[0m"
    exit
  end
  if (forzechars.result.nil?)
    puts "\e[1;31m[\e[1;37m+\e[1;31m]\e[1;37m Not Cracking Text: #{forzechars.dato}"
    puts "\e[1;31m[\e[1;37m+\e[1;31m]\e[1;37m Time: #{Time.now - forzechars.time}\e[0m"
    exit
  end
end

#verify(dato, word = File.join(Gem.path[1], "gems", "cobreak-#{CoBreak.version}", 'lib', 'cobreak', 'hash', 'hash.db')) ⇒ Object



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# File 'lib/cobreak/force.rb', line 13

def verify(dato, word = File.join(Gem.path[1], "gems", "cobreak-#{CoBreak.version}", 'lib', 'cobreak', 'hash', 'hash.db'))
  hash_db = Sequel.sqlite
  hash_db.create_table? :datahash do
    String :ori
    String :hash
  end
  begin
    IO.foreach(word) {|lin|
      lin = lin.chomp
      hash_db[:datahash] << {ori:lin, hash:dato}
    }
  rescue Errno::ENOENT
    return
  end
  ha = hash_db[:datahash].filter(ori:dato).map(:hash)
  arr = Array.new
  arr << dato
  if (ha == arr)
    puts "\e[1;32m[\e[1;37m+\e[1;32m]\e[1;37m Hash already existing in the database: #{dato}"
    puts "\e[1;32m[\e[1;37m+\e[1;32m]\e[1;37m show the hash using --show, see the help parameter for more information\e[0m"
    exit
  end
end