def anagram():
if request.method == 'POST':
submitted = request.get_json(force=True)
length = submitted["length"]
anagram = make_anagram(get_word(length, FULL_WORD_LIST))
answers = anagram_answers(len(anagram), anagram, DICTIONARY)
return jsonify(data(anagram, answers))
return render_template("anagram.html")
def hangman():
word = functions.get_word()
guesses = -1
game_word = [char.upper() for char in word]
game_word_display = [" _ " for char in word]
game_done = [" _ " for char in word]
wrong_guesses = []
functions.start_screen()
print("Please press enter to begin!!")
while True:
user = str(input(" -- > ")).casefold()
# This `if` statement makes sure that the initial value of -1 doesn't
# get passed on if the user gets a correct guess on their first turn
if user.upper() in game_word:
if guesses == -1:
guesses = 0
functions.game_screen(guesses)
for i in range(len(game_word)):
if user.upper() == game_word[i]:
# Updates the game to display the newly discovered letters
game_word_display[i] = user.upper()
# Removes letters that have been found from `game_word`
game_word[i] = " _ "
print(game_word_display)
print(f"Wrong guesses: {wrong_guesses}")
# When all the letters in `game_word` are found and removed
# `game_word` will equal `game_done`
if game_word == game_done:
functions.win_screen()
break
else:
if user not in wrong_guesses and user.isalpha():
wrong_guesses.append(user.upper())
guesses += 1
functions.game_screen(guesses)
print(game_word_display)
print(f"Wrong guesses: {wrong_guesses}")
if guesses == 7:
functions.lose_screen(word.upper())
break
import argparse
import glob
import functions as fn
## Init
# arguments
parser = argparse.ArgumentParser(description='Simple password generator')
parser.add_argument('--count',
type=int,
default='5',
help='number of password(s) to return')
args = parser.parse_args()
# var
wordlists = glob.glob('wordlists//*.txt')
## Main
for i in range(0, args.count):
got_word = fn.get_word(wordlists)
got_int = fn.get_int()
print(got_word + '#' + got_int)
try:
if first_time:
action = '0'
first_time = False
else:
# Gives the user a menu of actions to choose from
action = functions.get_action()
# Reloads the functions file if it's been updated
mod_time = functions.update_functions(functions, mod_time)
# Executes the appropriate feature depending on the action choice
if action == '0':
# Lets the user choose a new text file
text, filename = functions.get_text()
elif action == '1':
# Counts how many times a word or phrase appears
word = functions.get_word("Please enter a word or phrase to "
"find in the text: ")
functions.print_frequency(text, word)
elif action == '2':
# Prints all instances of a word or phrase
word = functions.get_word("Please enter a word or phrase to "
"find in the text: ")
functions.print_instances(text, word)
elif action == '3':
# Replaces a word or phrase with another word or phrase
old_word = functions.get_word("Please enter a word or phrase to "
"find in the text: ")
new_word = functions.get_word("Please enter a word or phrase to "
"replace '%s': " % old_word.lower())
functions.replace_word(text, filename, old_word, new_word)
elif action == '4':
# Caesar-shifts all letters in the text by a desired amount
#PLayer decides to load a previously saved game, choice of 2 slots
if load_game == 'y' or load_game == 'yes':
name,score,round_count = load_on_startup()
#Plater is welcomed back, displays previous score and round count
print("Welcome back {}. Your score is {}/{}".format(name,score,round_count))
#if player decides not to load then default score and round count are used
else:
score = 0
round_count = 0
#MainGame, While can be restarted once round is over
while True:
tries = 10 #Number of 'lives' a player has
used_letters = [] #Already played letters
round_count += 1 #Increment the round_count to aid scoring
word = get_word() #Use get_word() function to read words.txt and randomly select a word
word_list = list(word) #Converts the word string into a list
answer = []#Blank answer list
#add "_" to the answer list, in place of each character in the word
for letter in word_list:
answer.append("_")
#Prints the number of '_' as a string followed by prompt for player to guess a letter
print(' '.join(answer))
print("\nGuess a letter")
guess = input("> ").lower()
#Player must guess a single letter otherwise an error is displayed, also not one that has already been tried
while tries > 0 and "_" in answer and guess != "give up":
if guess.isdigit(): #checks if input is a number
print("Please use letters only")
guess = input("> ").lower()