def encode_create_wordspace(cookie):
#f = open('words.txt','r')
f = words_list.abcd()
alphabet = []
cookie_count = 1
for q in f:
if cookie_count == cookie:
key = q.strip()
if (cookie_count >= cookie) and (cookie_count < (66 + cookie)):
alphabet.append(q.strip())
cookie_count = cookie_count + 1
return (alphabet, key)
def encode_create_wordspace(cookie):
#f = open('words.txt','r')
f = words_list.abcd()
alphabet = []
cookie_count = 1
for q in f:
if cookie_count == cookie:
key = q.strip()
if (cookie_count >= cookie) and (cookie_count < (66 + cookie)):
alphabet.append(q.strip())
cookie_count = cookie_count + 1
return (alphabet,key)
def decode_create_wordspace(key):
cookie_count = 1
words = []
#f = open('words.txt','r')
f = words_list.abcd()
for zz in f:
words.append(zz.strip())
for y in words:
y = y.strip()
if y == key:
cookie = cookie_count
break
cookie_count = cookie_count + 1
alphabet = []
cookie_count = 1
for q in words:
if (cookie_count >= cookie) and (cookie_count < (66 + cookie)):
alphabet.append(q.strip())
cookie_count = cookie_count + 1
#f.close()
return alphabet
def decode_create_wordspace(key):
cookie_count = 1
words = []
#f = open('words.txt','r')
f = words_list.abcd()
for zz in f:
words.append(zz.strip())
for y in words:
y = y.strip()
if y == key:
cookie = cookie_count
break
cookie_count = cookie_count + 1
alphabet = []
cookie_count = 1
for q in words:
if (cookie_count >= cookie) and (cookie_count < (66 + cookie)):
alphabet.append(q.strip())
cookie_count = cookie_count + 1
#f.close()
return alphabet