Bruteforcer Development Assistance Library - Python Code Bank

                #!/usr/bin/env python
"""
A class that allows the easy usage of generated strings
The string's incremental nature is ideal for creating bruteforcing algorithims
http://www.stealth-x.com/programming/stringgen.php
"""

default = 'abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789!@#$%^&*()-=_+[]{}\\|;:\'",.<>/?`~'
letters = default[:52]
symbols = default[62:]
numbers = default[52:62]
lowercase = default[:26]
uppercase = default[26:52]

class generator():
	def __init__(self, chars=default):
		self.value = []
		self.pointer = 0
		self.chars = chars

	def __increment__(self, char):
		return self.chars[self.chars.find(char)+1]

	def next(self):
		"Returns a newly generated word after incremenation of the one in memory"
		if self.value == []:
			self.value = [self.chars[0]]
		elif self.value[self.pointer] == self.chars[-1]:
			if self.value[0] == self.chars[-1]:
				self.pointer +=1
				self.value += self.chars[0]
				count = 0
				for round in range(len(self.value)):
					self.value[count] = self.chars[0]
					count += 1
			else:
				pointer = self.pointer
				while self.value[pointer] == self.chars[-1]:
					self.value[pointer] = self.chars[0]
					pointer -= 1
				self.value[pointer] = self.__increment__(self.value[pointer])
		else:
			self.value[self.pointer] = self.__increment__(self.value[self.pointer])

		string = ''
		for character in self.value:
			string += character
		return string

	def skip(self, times):
		"Skip the internal value ahead x ammount of incremenations"
		for round in range(times):
			null = self.next()
		return

	def reset(self):
		"Reset the memory and return the string to it's initial value"
		self.__init__()

	def make(self, count):
		"Generate a list of strings containing the ammount of values specified by 'count'"
		words = []
		for round in range(count):
			words += [self.next()]
		return words

	def save(self):
		"Return a dictionary with the saved state of the generator for continuation later on"
		return [self.value, self.pointer, self.chars]

	def load(self, data):
		"Load a previously saved state for continuation without having to reset the generator"
		self.value = data[0]
		self.pointer = data[1]
		self.chars = data[2]