def new_game(cls, user, attempts = 6):
"""Create a new Game."""
# Get a random word from our dictionary, brought to you by our imported words.py
word = get_word()
# Create the Game, assigning all blanks to the public_word
game = Game()
game.private_word = word
game.public_word = '_' * len(word)
game.attempts_allowed = attempts
game.attempts_remaining = attempts
game.guesses = []
game.guesses_set = set()
game.game_over = False
game.cancelled = False
game.won = False
game.user = user
# Get a unique id for this game
game_id = Game.allocate_ids(size = 1, parent = user)[0]
# So we can link this Game as a descendant to this User for easy querying
game.key = ndb.Key(Game, game_id, parent = user)
# Store the new Game
game.put()
return game
def play_hangman():
print('Starting a game of Hangman...')
false_attempts = get_num_attempt()
minWordLength = get_min_word_length()
# Randomly selecting a word
print('Selecting a word...')
word = get_word(minWordLength)
print()
# setting the game state parameter
idxs = [letters not in ascii_lowercase for letters in word]
remaining_letters = set(ascii_lowercase)
wrong_letters = []
word_resolved = False
# Main Game loop
while false_attempts > 0 and not word_resolved:
""" Printing the current Game state"""
print('word : {}'.format(display_word(word, idxs)))
print('remaining attempts : {}'.format(false_attempts))
print('previous Guesses : {0}'.format(' '.join(wrong_letters)))
# get Player next guess
next_letter = get_next_letter(remaining_letters)
# check if guessed letter is n the word or not
if next_letter in word:
# guessed correctly
print('{} is in the word'.format(next_letter))
# Reveal matching letters
for i in range(len(word)):
if next_letter == word[i]:
idxs[i] = True
else:
# Guessed incorrectly
print('{} is not in word'.format(next_letter))
# Decreases no of remaining attempts and append guess to wrong letters
false_attempts -= 1
wrong_letters.append(next_letter)
# check if word is properly resolved or not
if False not in idxs:
word_resolved = True
print()
# the game is over, Reveal the word
print('word : {}'.format(word))
# Result
if word_resolved:
print('Congratulations!!! You Won...')
else:
print('Better Luck Next Time...')
# User want to try again or not
try_again = input('You want to try again [Y / y] : ')
return try_again.lower() == 'y'
def play_again():
while True:
choice = input("\nPlay again? y/n: ")
if choice == 'y' or choice == 'Y':
play_hangman(words.get_word())
elif choice == 'n' or choice == 'N':
break
elif choice != 'y' or choice != 'Y' or choice != 'n' or choice != 'N':
continue
def play_hangman():
print('Welcome to hangman game!! Try not to be hanged')
level = input(
'Select the required difficulty level\n(1) EASY \n(2) MEDIUM\n(3) DIFFICULT\n'
)
word = words.get_word(level)
# print(word) uncomment to know the word selected for testing
"""Initially set 'False' to all the letter in the word ....list show be same size as word length"""
index = [letter not in string.ascii_lowercase for letter in word]
remaining_letters = set(string.ascii_lowercase)
wrong_letters = []
word_solved = False
number_of_attempts = len(
word) # choose num of attempts as num of letter in word
while number_of_attempts > 0 and not word_solved:
print('Word: {0}'.format(get_display_word(word, index)))
print('Attempts remaining: {0}'.format(number_of_attempts))
next_letter = get_next_letter(number_of_attempts, remaining_letters)
if next_letter in word:
print('{0} is in the word'.format(next_letter))
for i in range(len(word)):
if word[i] == next_letter:
index[i] = True
else:
print('{0} is NOT in the word'.format(next_letter))
number_of_attempts -= 1
wrong_letters.append(next_letter)
if False not in index:
word_solved = True
print()
print('"{0}" is the word'.format(word))
if word_solved:
print('Congrats!! you won')
else:
print('Better luck next time')
tryagain = input('would you like to play again? [y/n]')
return tryagain.lower() == 'y'
def assess_tokens(tokens, allow_fetch=True):
'''Read and analyze a list of tokens. For each discovered work,
entire word assertions exist.
return a tuple of tokens with a word ident object.
'''
print 'Assessing:'
send_json(type='assess', action='start', tokens=tokens)
tree = nltk.chunk.ne_chunk(tokens)
res = []
for word, typeof in tokens:
item = (
word,
typeof,
type_map.get(typeof, '[NO TYPE]'),
)
res.append(item)
send_json(type='assess', action='complete', result=res, tokens=tokens)
iter_print(tokens)
res = ()
for word, wtype in tokens:
# thin_structure_words['words'][3] == tokens
ident = assess_word_token(word, wtype, tokens, allow_fetch=allow_fetch)
wdd = words.get_word(word)
wdd['meaning_result'] = bind_meaning(wdd, wtype)
res = res + ((word, wtype, ident, wdd), )
send_json(
type='assess',
action='word',
word=wdd,
word_type=wtype,
tokens=tokens,
ident=ident,
)
# print_edges(ident)
return dict(tree=tree, ident=ident, words=res, original=tokens)
def main():
global username
global city
global voice
music = None
music_list = []
if username == "":
Speak("Hello. I'm your virtual assistant. What's your name?")
username = input(
"Hello I'm your virtual assistant What's your name?\n")
data = json.load(open('Data\\user.json', ))
data["username"] = username
with open("Data\\user.json", "w") as f:
f.write(json.dumps(data))
if city == "":
while True:
Speak("Please enter your city")
city = input("Please Enter Your City :\n")
geolocator = Nominatim(user_agent='myapplication')
location = geolocator.geocode(city)
if location != None:
break
data = json.load(open('Data\\user.json', ))
data["city"] = city
with open("Data\\user.json", "w") as f:
f.write(json.dumps(data))
if not path.exists('Utils\\ffmpeg.exe'):
print(
"Please Make Sure To Download The Utils (FFMPEG.exe was not found)"
)
Speak(
"Please Make Sure To Download The Utils (F F M P E G dot exe was not found)"
)
sleep(10)
return False
Speak(f"Good {welcome_mesage()} {username}")
Speak(
f"it is {int(strftime('%I'))} {int(strftime('%M'))} {strftime('%p')}")
while True:
try:
calc = False
with sr.Microphone() as source2:
print("Adjusting Audio")
r.adjust_for_ambient_noise(source2, duration=0.2)
print("Listening")
audio2 = r.listen(source2)
print("Processing The Data ")
MyText = r.recognize_google(audio2)
MyText = MyText.lower()
print("You said :" + MyText)
# Replace numbers for Calculator
MyText = replace_theTexting_by_num(MyText)
for i in MyText:
if i in numbers:
calc = True
if calc == True:
MyText = replace_expresions(MyText)
# Say Hello
if "hello" in MyText:
Speak("Hello to you too!")
if "+" in MyText or "-" in MyText or "*" in MyText or "/" in MyText or "sqrt" in MyText:
try:
result = eval(MyText)
Speak(f"The answer is {result}")
print(f"The answer is {result}")
except:
Speak("What was That ?")
elif "weather" in MyText:
Speak("Checking Weather")
Speak(
f"The weather in {city} is {weather_message()[0]} degrees , and {weather_message()[1]}"
)
elif "date" in MyText and not "update" in MyText:
Speak("Today is " + str(strftime('%A')) +
str(int(strftime('%d'))) + str(strftime('%B')) +
str(strftime('%Y')))
elif "azan" in MyText or "pray" in MyText:
Speak(get_prayer(city))
elif "time" in MyText:
Speak(
f"it is {int(strftime('%I'))} {int(strftime('%M'))} {strftime('%p')}"
)
elif "change" in MyText and "name" in MyText:
Speak("What's your name?")
username = input("What's your name?\n")
data = json.load(open('Data\\user.json', ))
data["username"] = username
with open("Data\\user.json", "w") as f:
f.write(json.dumps(data))
elif "change" in MyText and "city" in MyText:
while True:
Speak("Please enter your new city")
city = input("Please Enter Your New City :\n")
geolocator = Nominatim(user_agent='myapplication')
location = geolocator.geocode(city)
if location != None:
break
data = json.load(open('Data\\user.json', ))
data["city"] = city
with open("Data\\user.json", "w") as f:
f.write(json.dumps(data))
# Voice Changing
elif "change" in MyText and "voice" in MyText:
for a in range(len(v)):
engine.setProperty('voice', (v[a]))
Speak(f"For this voice press {a}")
while True:
c = input("Please Choose (0, 1) :")
if c in ("0", "1"):
c = int(c)
break
data = json.load(open('Data\\user.json', ))
data["voice"] = c
with open("Data\\user.json", "w") as f:
f.write(json.dumps(data))
voices = engine.getProperty('voices')
engine.setProperty('voice', v[int(c)])
# Notes
elif "note" in MyText:
if "take" in MyText:
with open("Data\\notes.txt", "a") as f:
Speak("Please Type Your Notes")
notes = input("Please Type Your Notes :\n")
f.write(notes + "\n")
elif "delete" in MyText or "remove" in MyText:
Speak("Your Notes Will Be Deleted. Are You Sure")
notes = input("Are you sure (Y/N):\n")
if notes.lower() == "y":
with open("Data\\notes.txt", "w") as f:
f.write("")
else:
with open("Data\\notes.txt", "r") as f:
Speak(f.read())
# Open Programmes
elif "open" in MyText:
MyText = MyText.replace("open ", "")
x = openApp(MyText)
if not x:
Speak("Here's some results from the internet")
else:
Speak(f"opening {str(MyText)}")
# Google Search
elif "google" in MyText:
search = MyText.replace("google ", "")
wb.open_new_tab(
f'https://www.google.com/search?q={search}')
elif "what is" in MyText or "what's" in MyText:
search = MyText.replace("what is ", "")
try:
print(wikipedia.summary(search))
Speak("According to wikipedia " +
str(wikipedia.summary(search, sentences=4)))
except:
search = MyText.replace("what is ", "")
wb.open_new_tab(
f'https://www.google.com/search?q={search}')
elif "who is" in MyText:
search = MyText.replace("who is ", "")
try:
print(wikipedia.summary(search))
Speak("According to wikipedia " +
str(wikipedia.summary(search, sentences=4)))
except:
search = MyText.replace("who is ", "")
wb.open_new_tab(
f'https://www.google.com/search?q={search}')
# Download From Youtube
elif "download" in MyText:
if 'music' in MyText:
url = speakInput(
"Please write down the name of the song you want to download :"
)
youtube_downloader.youtube_download(url, "music")
elif "youtube" in MyText:
url = speakInput(
"Please type the name of the video you want to download :"
)
youtube_downloader.youtube_download(url, "youtube")
elif "convert" in MyText:
fileConverter.convertFile()
# Music Player
elif "music" in MyText:
if "play" in MyText:
artist = MyText.replace("play music ", "")
if artist == "play music":
artist = get_word("artist")
Speak(f"Playing {artist} Music")
music, music_list = music_player(artist, music)
elif "pause" in MyText or "stop" in MyText or "continue" in MyText:
pause_music(music)
elif "next" in MyText:
if music == None:
artist = get_word("artist") + " music"
music, music_list = music_player(artist, music)
else:
Speak("Playing next music")
music = next_music(music, music_list)
# Brightness Control
elif "brightness" in MyText:
old = sbc.get_brightness()
if "increase" in MyText or "raise" in MyText:
sbc.set_brightness(old + 25)
speakPrint(f"increasing brightness")
elif "max" in MyText:
sbc.set_brightness(100)
speakPrint(f"maximum brightness")
elif "decrease" in MyText or "lower" in MyText:
speakPrint(f"decreasing brightness")
sbc.set_brightness(old - 25)
elif "min" in MyText:
speakPrint(f"Mnimun brightness")
sbc.set_brightness(0)
else:
speakPrint(f"Current brightness is {old}")
elif "close" in MyText:
MyText = MyText.replace("close ", "")
Speak(f"Closing {MyText}")
x = closeApp(MyText)
if not x:
speakPrint(
f"Nothing found, Please Make Sure That the name is the same in The Task Manager"
)
else:
speakPrint(f"{x} Closed")
elif "check" in MyText and "update" in MyText:
if CheckUpdate(version):
speakPrint("Update Available")
wb.open_new_tab(
'https://thevirtualassistant.netlify.app/')
else:
speakPrint("You Are Running The Latest Version")
elif "help" in MyText:
Speak("Check out our website")
wb.open_new_tab('https://thevirtualassistant.netlify.app/')
# Shutdown
elif "shutdown" in MyText or "shut down" in MyText:
if "after" in MyText:
time = ((get_hours(MyText) * 3600 +
get_minutes(MyText) * 60))
os.system(f"Shutdown -s -t {time}")
else:
for i in range(11, 0, -1):
print(f"Shutting down in {i}")
sleep(1)
os.system("shutdown -s")
# restart
elif "restart" in MyText:
if "after" in MyText:
time = ((get_hours(MyText) * 3600 +
get_minutes(MyText) * 60))
os.system(f"Shutdown -r -t {time}")
else:
for i in range(11, 0, -1):
print(f"Restarting in {i}")
sleep(1)
os.system("shutdown -r")
elif "bye" in MyText or "quit" in MyText or "leave" in MyText or "stop" in MyText or "adios" in MyText:
Speak("it was an honor serving here ")
quit()
except sr.RequestError as e:
speakPrint("Could not request results; {0}".format(e))
except sr.UnknownValueError:
speakPrint("unknown error occured")
word = get_word("stand_by")
sleep(1)
Speak(word)
stand_by()
Speak(get_word("after_stand_by"))
while wrong < len(stages) - 1:
print("\n")
msg = "Guess a letter: "
char = input(msg)
char = char.lower()
if char in rletters:
cind = rletters.index(char)
board[cind] = char
rletters[cind] = "$"
else:
wrong += 1
print((" ".join(board)))
e = wrong + 1
print("\n".join(stages[0:e]))
if "_" not in board:
print("You win! The word was: \"{}\"".format(word))
win = True
break
if not win:
print("\n".join(stages[0:wrong]))
print("You lose! The word was: {}".format(word))
play_again()
play_hangman(words.get_word())