def handle(f=None, buf=None):
if f:
buf = codecs.open(f, 'r','utf8').read()
if not buf:
return
ws = prehandler(split(buf))
return SplitParagraph(ws, 0)
def texstohtml(src, o):
import traceback
try:
words = prehandler(split(src))
html = SplitParagraph(words, 0).html()
except:
html = '<pre>%s</pre>' % traceback.format_exc()
f = codecs.open(o, 'w','utf8')
f.write(html)
def generate_suggestions(words):
"""
Creates a list of words to send back to the app. This function will be
called whenever a query in the app returns an empty list of specialties or
codes, so it first checks if the word is actually misspelled or just not
in the database.
"""
word_list = words.split()
suggestions = []
for word in word_list:
word.lower()
# confirm the word is misspelled
if word not in NWORDS:
suggestions[-1:] = correct(word)
return suggestions
def open_source_to_words(f):
f = codecs.open(f, 'r','utf8')
return split(f.read())
import random
import words
words = words.words()
wordCollection = list(words.split())
randomNumber = random.randint(0, len(wordCollection) - 1)
chosenWord = wordCollection[randomNumber].lower()
unknownWord = ""
health = 10
for letter in range(len(chosenWord)):
unknownWord += "*"
print(unknownWord)
gameState = True
while gameState == True:
guessedLetter = input("Enter Your Guess: ")
if guessedLetter in chosenWord:
for i in range(len(chosenWord)):
if chosenWord[i] == guessedLetter:
guessedIndex = chosenWord.index(guessedLetter)
unknownLst = list(unknownWord)
unknownLst[i] = chosenWord[i]
unknownWord = "".join(unknownLst)
unknownWord = unknownWord
print("Correct guess!")
print("Current health is: ", health)
print(unknownWord)
print("-----------------")
print("")
