def play(isHard_ = False):
#print(isHard)
global state
state = {'guesses':[],
'word':[],
'word_so_far':[],
'done':False,
'error':"",
'guessesLeft': 10,
'won': False,
'hard': False,
'dead': False
}
#global isHard
isHard = isHard_
if isHard == False:
newWord = hangman_app.generate_random_word()
else:
newWord = hangman_app.generate_hard_word()
state['hard'] = True
for i in newWord:
state['word'].append(i)
state['guesses'] = []
state['word_so_far'] = hangman_app.coverMystery(state['word'])
return render_template("start.html",state=state)
def play():
global state
state['word'] = hangman_app.generate_random_word(
) #calls a function in hangman_app.py
state['blank'] = list(len(state['word']) * '_')
state['guesses'] = []
return render_template("start.html", state=state)
def start():
global state
state['word'] = hangman_app.generate_random_word()
state['word_so_far'] = len(state['word']) * '-'
state['guesses'] = []
print(state)
return render_template("start.html",state=state)
def play():
global state
state['word']=hangman_app.generate_random_word()
state['guesses'] = []
guessed123= hangman_app.guess(state['word'])
state['word_so_far'] = guessed123
return render_template("start.html",state=state)
def play():
global state
word = hangman_app.generate_random_word()
state['word'] = word
state['word_so_far'] = '-' * len(word)
state['chances_left'] = 6
state['guesses'] = []
return render_template("start.html", state=state)
def hangman_start():
global state
state['word'] = hangman_app.generate_random_word()
state['guesses'] = []
l = len(state['word'])
b = '-' * l
state['word_so_far'] = b
return render_template("hangman_start.html", state=state)
def play():
global state
state['word']=hangman_app.generate_random_word()
state['guesses'] = []
word_so_far = hangman_app.get_word_so_far(state['word'])
state['word_so_far'] = word_so_far
print(state)
return render_template("start.html",state=state)
def play():
global state
state['done'] = False
state['word'] = hangman_app.generate_random_word()
state['guesses'] = []
state['guesses_left'] = 6
state['word_so_far'] = hangman_app.print_word(state['word'],
state['guesses'])
return render_template("start.html", state=state)
def start():
global state
state['second']['limit'] = 10
state['first']['copy'] = ' '
state['first']['word'] = hangman_app.generate_random_word()
state['second']['check'] = list(state['first']['word'])
print(state)
state['first']['copy'] = copy.copy(state['first']['word'])
state['first']['guesses'] = []
state['first']['word'] = ''.join(set(state['first']['word']))
word_so_far = hangman_app.get_word_so_far(state['first']['copy'])
state['first']['word_so_far'] = len(state['second']['check']) * "- "
state['first']['word'] = list(set(state['first']['word']))
print(state)
return render_template("start.html", state=state)
def start():
global state
# explain how the state dictionary is used
# demonstrate how code can be reused from the module
state['word'] = hangman_app.generate_random_word(
) # generate_random_word() only returns 'cat' in this case
state['guesses'] = []
word_so_far = hangman_app.get_word_so_far(
state['word']) # this shows how we change the state dictionary
# now get_word_so_far() returns hyphens equal to length of word
state['word_so_far'] = word_so_far
print(state) # printing can be seen only in terminal, not on web page
return render_template(
"start.html", state=state, game_type='word game'
) # shows how arguments can be passed in and used in jinja
def play():
global state
state = {
'guesses': [],
'word': "interesting",
'word_so_far': "-",
'done': False,
"chances": 6,
"response": " "
}
state['word'] = hangman_app.generate_random_word()
l = len(state['word'])
b = '-' * l
state['word_so_far'] = b
return render_template("start.html", state=state)
def play():
global state
state['word'] = hangman_app.generate_random_word()
state['guesses'] = []
return render_template("start.html", state=state)
"""
website_demo shows how to use templates to generate HTML
from data selected/generated from user-supplied information
"""
from flask import Flask, render_template, request
import hangman_app
app = Flask(__name__)
word = hangman_app.generate_random_word()
global state
state = {
'guesses': [],
'word': 'N/A',
'word_so_far': '',
'chances_left': 6,
'done': False
}
def word_so_far(ans, guesses):
return str.join('', [i if i in guesses else '-' for i in ans])
@app.route('/')
@app.route('/main')
def main():
return render_template('hangman.html')
@app.route('/start')
"""
website_demo shows how to use templates to generate HTML
from data selected/generated from user-supplied information
"""
from flask import Flask, render_template, request
import hangman_app
app = Flask(__name__)
#from hangman_app import play_hangman
#global state
state = {'guesses':[],
'word':hangman_app.generate_random_word(),
'word_so_far': "",
'attempts': 6,
'done':False}
@app.route('/')
@app.route('/main')
def main():
return render_template('fancymain2.html')
@app.route('/bio')
def bio():
""" generates a bio page with links and images """
return render_template('bio.html')
@app.route('/start')
def start():
global state
state['word'] = hangman_app.generate_random_word()
