def break_columnar_transposition(ciphertexts):
arguments = get_arguments(ciphertexts)
results = []
for ciphertext in arguments['ciphertexts']:
results.append(
ca.break_columnar_transposition(
ciphertext, num_answers=arguments['num_answers']))
return results
def break_columnar_transposition(ciphertexts):
arguments = feathermodules.current_options
results = []
for ciphertext in ciphertexts:
results.append(
ca.break_columnar_transposition(ciphertext,
num_answers=int(
arguments['num_answers'])))
return results
def break_columnar_transposition(ciphertexts):
arguments=feathermodules.current_options
results = []
for ciphertext in ciphertexts:
results.append(ca.break_columnar_transposition(ciphertext, num_answers=int(arguments['num_answers'])))
print 'Best results of columnar transposition solve:'
print '-'*80
print '\n'.join(results)
return results
def break_columnar_transposition(ciphertexts):
arguments=feathermodules.current_options
results = []
for ciphertext in ciphertexts:
result = ca.break_columnar_transposition(ciphertext, num_answers=int(arguments['num_answers']))
result = '\n'.join(result)
results.append(result)
print 'Best results of columnar transposition solve(s):'
print '-'*80
print '\n'.join(results)
return results
def break_columnar_transposition(ciphertexts):
arguments=feathermodules.current_options
results = []
for ciphertext in ciphertexts:
result = ca.break_columnar_transposition(ciphertext, num_answers=int(arguments['num_answers']))
result = [candidate[0] for candidate in result]
result = 'Ciphertext: ' + ciphertext[:40] + '...\n' + '\n'.join(result)
results.append(result)
print 'Best results of columnar transposition solve(s):'
print '-'*80
print '\n'.join(results)
return results
def break_columnar_transposition(ciphertexts):
arguments = get_arguments(ciphertexts)
results = []
for ciphertext in arguments['ciphertexts']:
results.append(ca.break_columnar_transposition(ciphertext, num_answers=arguments['num_answers']))
return results
import cryptanalib as ca
plaintext = 'I am the very model of a modern major-general, I\'ve information vegetable, animal and mineral, I know the kings of England and I quote the fights historical from Marathon to Waterloo in order categorical.'
num_rows = 6
ciphertext = ''.join([plaintext[num::num_rows] for num in xrange(num_rows)])
print 'Testing columnar transposition solver...'
myplaintext = ca.break_columnar_transposition(ciphertext)
if myplaintext[0][0] != plaintext:
raise Exception('Columnar transposition solver is broken.')
def break_columnar_transposition(ciphertexts):
arguments=feathermodules.current_options
results = []
for ciphertext in ciphertexts:
results.append(ca.break_columnar_transposition(ciphertext, num_answers=int(arguments['num_answers'])))
return results