def chooseWord(index):
currGame = games[rooms[request.sid]]
if (request.sid != currGame['order'][currGame['currDrawer']]
or currGame['currWord'] != ''):
return
Game.chooseWord(currGame, index)
currGame['timerTime'] = currGame['maxTime'] #Start drawing
emit('startDrawing')
send('<b>You have chosen ' + currGame['currWord'] + '</b>')
currGame['currLines'] = []
emit('clearBoard', None, broadcast=True, room=rooms[request.sid])
emit('untint', broadcast=True, room=rooms[request.sid])
def countdown():
global continueTimer, timerTime
if continueTimer:
threading.Timer(1, countdown).start()
gamesCopy = list(
games
) #Used because gamesCopy will not be modified as the for loop is executed
#Execute the following tasks every second
for roomID in gamesCopy:
try:
currGame = games[roomID]
# print(currGame['order'], currGame['currDrawer'], currGame['players'])
currGame['timerTime'] -= 1
if currGame['timerTime'] <= -1:
# print(currGame['gameState'])
if currGame[
'gameState'] == Game.DRAWING: #Executed when time runs out as a player is drawing
nextTurn(currGame, roomID)
elif currGame[
'gameState'] == Game.CHOOSING: #Executed when time runs out as a player is choosing a word
Game.chooseWord(currGame, None)
currGame['guessedCorrectly'] = set()
currGame['timerTime'] = currGame[
'maxTime'] #Start drawing
socketio.send(
'<b>You have chosen ' + currGame['currWord'] +
'</b>',
room=currGame['order'][currGame['currDrawer']])
socketio.emit(
'startDrawing',
room=currGame['order'][currGame['currDrawer']])
currGame['currLines'] = []
socketio.emit('clearBoard', None, room=roomID)
socketio.emit('untint', room=roomID)
# print(games[roomID]['timerTime'])
socketio.emit('updateTimer',
currGame['timerTime'],
room=roomID)
except:
continue
