def _calWordlistPrior(self, word):
## piece of Zak's code that is not used
lstfolder = './wordlists/'
lstfiles = [('patent', 'patents.lst'), ('science', 'academic.lst'),
('law', 'idcourts.lst'), ('law', 'nycourts.lst'),
('law', 'uscourts.lst'), ('common', 'gsl.lst'),
('medicine', 'medical_roots.lst')]
if not hasattr(self, 'lstProbs'):
self.lstProbs: Dict[str, float] = {'patent': 0.75, 'science': 0.25, 'law': 0.25,
'common': 0.01, 'medicine': 0.75}
if not hasattr(self, 'wordlistdict'):
self.wordlistdict = {}
for item in lstfiles:
lst = Wordlist.load(lstfolder + item[1])
if item[0] in self.wordlistdict:
self.wordlistdict[item[0]] += lst
else:
self.wordlistdict[item[0]] = lst
for label in self.wordlistdict:
pattern = Wordlist.compile_lst(self.wordlistdict[label])
self.wordlistdict[label] = pattern
prior = 1.0
for label in self.wordlistdict:
stems = Filter.unstem(word)
for s in stems:
matches = Wordlist.patternFind(self.wordlistdict[label], w, False)
if matches:
prior *= self.lstProbs[label]
break
return prior
def __init__(self,
path_to_pattern,
path_to_logins="",
path_to_passwords="",
path_to_screenshots="",
no_screenshots=False,
DEBUG=False):
self.pattern = Action.Action(path_to_pattern, path_to_screenshots,
no_screenshots, DEBUG)
#Check if pattern is good with command line
if path_to_screenshots != '' and self.pattern.useScreenshot() is False:
print "A screenshots folder is specified, but there is not screenshot command in pattern file."
sys.exit(1)
if path_to_logins != '' and self.pattern.useLogin() is False:
print "A logins file is specified, but there is not login command in pattern file."
sys.exit(1)
elif path_to_logins == '' and self.pattern.useLogin() is True:
print "A login command is in pattern file, but there is not logins file specified."
sys.exit(1)
if path_to_passwords != '' and self.pattern.usePassword() is False:
print "A passwords file is specified, but there is not password command in pattern file."
sys.exit(1)
elif path_to_passwords == '' and self.pattern.usePassword() is True:
print "A password command is in pattern file, but there is not passwords file specified."
sys.exit(1)
if self.pattern.useLogin():
self.logins = Wordlist.Wordlist(path_to_logins)
else:
self.logins = Wordlist.EmptyWordlist()
if self.pattern.usePassword():
self.passwords = Wordlist.Wordlist(path_to_passwords)
elif self.pattern.useBruteforce():
self.passwords = Wordlist.BruteforceMultipleSize(
self.pattern.getBruteforceCharset(),
self.pattern.getBruteforceSizeMin(),
self.pattern.getBruteforceSizeMax())
# Student's UT EID: MTM2275
#
# Course Name: CS 313E
#
# Date Created: 10/28/12
#
# Date Last Modified: 10/28/12
#import needed modules
from Wordlist import *
from Permutations import *
import time
#create wordlist, import words of len 5 or 6
wl = Wordlist()
#set a filename
filename = "scrambledwordslist.txt"
#start timer
start = time.time()
#import words from filename
wl.addWordsFromFile( filename , 5 )
wl.addWordsFromFile( filename , 6 )
#stop timer
end = time.time()
print ("Using words from %s" %filename)
from Wordlist import * wl = Wordlist() wl = Wordlist() wl.addWordsFromFile( "scrambledwordslist.txt", 4 ) wl.addWordsFromFile( "scrambledwordslist.txt", 5 )
def main():
# The next if fakes command line arguments by setting sys.argv explicitly.
line = input("")
sys.argv = line.split()
if len(sys.argv) == 1:
# The user didn't supply any command line args, so we have to set
# them manually.
# Change this if you need to
sys.argv = ["Solver.py", "flat"]
while len(sys.argv) < 2:
print("Please supply a command line argument: flat or sort.")
print("Re-enter command.")
line = input("")
sys.argv = line.split()
if sys.argv[1] == "flat":
word_lst = Wordlist()
print("Using flat unsorted wordlist.")
elif sys.argv[1] == "sort":
word_lst = SortedWordlist()
print("Using sorted wordlist.")
start = time.time()
word_lst.addWordsFromFile("UnorderedWordlist.txt")
# stop timer
end = time.time()
# Print the name of the list, the number of words in the list, and
# the time it took to generate that word list
# print ("Using sorted wordlist")
print("The Wordlist contains " + str(len(word_lst)) + " words.")
print("Building the Wordlist took %2.3f seconds." % (end - start))
print("")
while True:
# Ask user to input a word
word = input("Enter a scrambled word (or EXIT): ")
# If the user types "exit", break the program
if word.lower() == "exit":
print("Thanks for playing! Goodbye.")
break
# If the word if less than 5 letters or more than 6 letters,
# ask the user to input a 5 or 6 letter word
if len(word) < 5 or len(word) > 6:
print("You did not enter a 5 or 6 letter word, try again")
print("")
continue
# find the number of total and unique permutations of the users word
x, y = howManyPerms(word)
print("Found %d permutations; %d unique permutations" % (x, y))
# start timer for comparing the permutations generated, with the
# list of words from Wordlist(ADT)
start2 = time.time()
# Initialize a count for the number of permutations checked, before
# a match is found in the Wordlist(ADT)
count = 0
comparisonsMade = 0
found = False
for perm in allPerms(word):
count += 1
# If the permutation generated matches a word from the Wordlist(ADT)
# print the word found
if perm in word_lst._wordlist:
index, comparisons = word_lst.findWord(perm)
comparisonsMade += comparisons
# stop timer for comparing the permutations with words
# from Wordlist(ADT)
end2 = time.time()
print("Found word: " + perm)
found = True
break
if not found:
end2 = time.time()
print("Word not found. Try again.")
# index, comparisons = word_lst.findWord(perm)
# stop timer if no permutations are found
# end2 = time.time()
# Print the time it took to find a permutation of the word, the number
# of permutations chaecked, and number of comparisons made
print("Solving this jumble took %2.5f seconds." % (end2 - start2))
print("Checked %d permutations" % (count))
print("Made %d comparisons" % (comparisonsMade))
print("")
