def speedTest():
global text, alphabet, frequencyTable
gammas = (u'ы',
u'му',
u'дом',
u'след',
u'бочка',
u'тишина',
u'молоток',
u'бензобак',
u'бомбардир',
u'бронежилет',
u'полуавтомат',
u'спецоперация',
u'автопогрузчик',
u'реструктурация')
gammaRange = range(1, len(gammas[-1]) + 1)
print 'Starting Time Test for different Gamma lengths [%d...%d]:' % (len(gammas[0]), len(gammas[-1]))
for g in gammas:
start = time.clock()
cipher = crypto.applyGamma(text, g, alphabet)
crypto.crack(cipher, alphabet, frequencyTable, len(g), output=Gag())
elapsed1 = time.clock() - start
start = time.clock()
crypto.crack(cipher, alphabet, frequencyTable, gammaRange, output=Gag())
elapsed2 = time.clock() - start
print '|Gamma| = %d ; Pure time = %fs ; Full time = %fs' % (len(g), elapsed1, elapsed2)
print 'Done.'
def basicTest():
global text, alphabet
gamma = u'ссрс'
start = time.clock()
cipher = crypto.applyGamma(text, gamma, alphabet)
crypto.crack(cipher, alphabet, frequencyTable, variants=3, moreInfo=True)
print 'time = %fs' % (time.clock() - start)
def speedTest():
global text, alphabet, frequencyTable
gammas = (u'ы', u'му', u'дом', u'след', u'бочка', u'тишина', u'молоток',
u'бензобак', u'бомбардир', u'бронежилет', u'полуавтомат',
u'спецоперация', u'автопогрузчик', u'реструктурация')
gammaRange = range(1, len(gammas[-1]) + 1)
print 'Starting Time Test for different Gamma lengths [%d...%d]:' % (len(
gammas[0]), len(gammas[-1]))
for g in gammas:
start = time.clock()
cipher = crypto.applyGamma(text, g, alphabet)
crypto.crack(cipher, alphabet, frequencyTable, len(g), output=Gag())
elapsed1 = time.clock() - start
start = time.clock()
crypto.crack(cipher,
alphabet,
frequencyTable,
gammaRange,
output=Gag())
elapsed2 = time.clock() - start
print '|Gamma| = %d ; Pure time = %fs ; Full time = %fs' % (
len(g), elapsed1, elapsed2)
print 'Done.'
def basicTest():
global text, alphabet
gamma = u'ссрс'
start = time.clock()
cipher = crypto.applyGamma(text, gamma, alphabet)
crypto.crack(cipher, alphabet, frequencyTable, variants=3, moreInfo=True)
print 'time = %fs' % (time.clock() - start)
def massiveTest():
start = time.clock()
print "<html><body>"
for i in range(1, 17):
print '<center><big><b>----------'
print "VARIANT %d" % i
print '----------</b></big></center>\n'
cipher = open(u"examples/cipher/%d.txt" % i).read().decode("UTF-8").replace('\n', '')
crypto.crack(cipher, alphabet, frequencyTable, moreInfo=False)
print "</body></html>"
print 'time = %fs' % (time.clock() - start)
def massiveTest():
start = time.clock()
print "<html><body>"
for i in range(1, 17):
print '<center><big><b>----------'
print "VARIANT %d" % i
print '----------</b></big></center>\n'
cipher = open(u"examples/cipher/%d.txt" %
i).read().decode("UTF-8").replace('\n', '')
crypto.crack(cipher, alphabet, frequencyTable, moreInfo=False)
print "</body></html>"
print 'time = %fs' % (time.clock() - start)
def reliabilityTest():
global text, alphabet, frequencyTable
gamma = u'йцукенгшщзх'
print 'Starting Reliability Test for Ciphertexts with different lengths:'
print '|Gamma| = %d:\n' % len(gamma)
for l in range(len(text), 0, -10):
start = time.clock()
cipher = crypto.applyGamma(text[:l], gamma, alphabet)
results = crypto.crack(cipher,
alphabet,
frequencyTable,
keyLength=range(1,
len(gamma) + 1),
output=Gag())
reliability = 0
reliableGamma = ''
for g, t in results:
k = similarityPercent(g, gamma)
if k > reliability:
reliableGamma = g
reliability = k
print 'Cipher length = %d ; Time = %fs ; Gamma = "%s" ; Reliability = %d%%' % (
len(cipher), time.clock() - start, reliableGamma,
100 * reliability)
print 'Done.'
def reliabilityTest():
global text, alphabet, frequencyTable
gamma = u'йцукенгшщзх'
print 'Starting Reliability Test for Ciphertexts with different lengths:'
print '|Gamma| = %d:\n' % len(gamma)
for l in range(len(text), 0, -10):
start = time.clock()
cipher = crypto.applyGamma(text[:l], gamma, alphabet)
results = crypto.crack(cipher, alphabet, frequencyTable, keyLength=range(1, len(gamma)+1), output=Gag())
reliability = 0
reliableGamma = ''
for g, t in results:
k = similarityPercent(g, gamma)
if k > reliability:
reliableGamma = g
reliability = k
print 'Cipher length = %d ; Time = %fs ; Gamma = "%s" ; Reliability = %d%%' % (len(cipher), time.clock() - start, reliableGamma, 100 * reliability)
print 'Done.'