def __init__(self,key):
key = cryptutils.convertInput(key,['upper','nospace','charonly'])
#first, make sure that the key has no repeated letters
if len(cryptutils.unique(key)) != len(key):
raise ValueError,'Key must not have any repeated characters.'
#next, figure out the sort order of the letters in the key
keylist = list(key)
keylist.sort()
keyorder = []
for ch in key:
keyorder.append(keylist.index(ch))
#make that list of key orders the key
self.key = keyorder
def __init__(self,key):
key = cryptutils.unique(cryptutils.convertInput(key,['upper','nospace','charonly']))
if len(key) > 25:
raise ValueError,'Key Length must be 25 characters or less.'
remchars = 25 - len(key)
keylist = list(key)
for ch in ascii_uppercase:
if ch == 'J':
continue
if ch not in key:
keylist.append(ch)
key = ''.join(keylist)
self.key = []
self.key.append(key[0:5])
self.key.append(key[5:10])
self.key.append(key[10:15])
self.key.append(key[15:20])
self.key.append(key[20:25])
def __init__(self, key):
key = cryptutils.unique(
cryptutils.convertInput(key, ['upper', 'nospace', 'charonly']))
if len(key) > 25:
raise ValueError, 'Key Length must be 25 characters or less.'
remchars = 25 - len(key)
keylist = list(key)
for ch in ascii_uppercase:
if ch == 'J':
continue
if ch not in key:
keylist.append(ch)
key = ''.join(keylist)
self.key = []
self.key.append(key[0:5])
self.key.append(key[5:10])
self.key.append(key[10:15])
self.key.append(key[15:20])
self.key.append(key[20:25])