def moveToGuessTime(g_id):
print("Moved To Guess Time")
#Get Game Info by id
curr_game = dbManager.getGameById(g_id)
#Get All Answers from Table
answers = dbManager.getPlayerAnswers(
g_id, curr_game.current_question_sequence_number)
#Build Response message
str_response = "\r The following answers were given: \r"
anum = 1
#Also lets get the real answer
curr_question = dbManager.getQuestion(curr_game.current_question_id)
real_answer = curr_question.true_answer
#first lets actually generate a random number between 1 and total num of answers
rndNum = random.randint(1, len(answers))
#lets loop through all the answers to...
#1. Assign a numerical value to an answer (true and fake)
#2. Create a response string
for answer in answers:
#if our anum variable = the random number, thats where we are going to insert
#the real answer.
if rndNum == anum:
str_response = str_response + "{}. {}\r".format(
anum, real_answer.lower())
#lets store off the value that people will have to enter to select the right answer
dbManager.updateQuestionRealAnswerGuessId(curr_question.id,
str(anum))
anum = anum + 1
str_response = str_response + "{}. {}\r".format(
anum, answer.fake_answer)
dbManager.updatePlayerAnswerFakeGuessId(answer.id, str(anum))
anum = anum + 1
str_response = str_response + "\r Reply with the answer number you think is correct."
#K lets get the list of players
players = dbManager.getPlayersByGameId(g_id)
#Send Message With Question and Fake Answers
for player in players:
messageSender.sendMessage(player.mdn, str_response)
#Update game state
dbManager.updateGameState(g_id, "guesstime")
def startGame(g_id):
#update game state
dbManager.updateGameState(g_id, "fakeanswers")
#get question
question_1 = dbManager.getQuestionById(
dbManager.getGameQuestionIdByGameId(g_id))
instruction = "... \r Supply a fake answer for others to guess."
#get player
players = dbManager.getPlayersByGameId(g_id)
current_q_num = 1 + dbManager.getGameQuestionSequenceNumber(g_id)
for player in players:
messageSender.sendMessage(
player.mdn, "Question {}: \r".format(current_q_num) + question_1 +
"{}".format(instruction))
print("********** {}. Sent to {}".format(question_1, player.mdn))
def endGame2(g_id):
#get game
curr_game = dbManager.getGameById(g_id)
#get players in order of score desc.
winning_plr = dbManager.getWinningPlayer(g_id)
#get players & scores
players = dbManager.getPlayersByGameId(g_id)
#Build Response message
resp_msg = "\r Congratulations to {}, winning with a score of {} points!!!! Thanks for playing!".format(
winning_plr.mdn, winning_plr.score)
#Send Final Messsage
for play in players:
messageSender.sendMessage(play.mdn, resp_msg)
#Update Game state
dbManager.updateGameState(g_id, "complete")
#removeAllPlayersFromGame
rmvd_plyers = dbManager.removeAllPlayersFromGame(g_id)
def moveToFakeAnswer(g_id):
#update game state
dbManager.updateGameState(g_id, "fakeanswers")
#Game Object should already be updated
game_q_id = dbManager.getGameQuestionIdByGameId(g_id)
current_q_num = 1 + dbManager.getGameQuestionSequenceNumber(g_id)
print("moving to fake answers - the next question id is {}".format(
str(game_q_id)))
#get question
next_question = dbManager.getQuestionById(game_q_id)
print("mving to fake answers - next q is {}".format(next_question))
instruction = "... \r Reply with a fake answer for others to guess."
#get player
players = dbManager.getPlayersByGameIdScoreDesc(g_id)
for player in players:
messageSender.sendMessage(
player.mdn, "Question {}: \r".format(current_q_num) +
next_question + "{}".format(instruction))
print("********** {}. Sent to {}".format(next_question, player.mdn))
def doAClassthing():
output_test = "butts"
#gameRecord = Game()
#gameRecord = Game("ABCD", "lobby", 3, 1, 1, 3,4)
#app.logger.info(str(request))
#print request.__dict__
#from_number = request.values.get('From', None)
#msg_body = request.values.get('Body', None)
#lcase_msg_body = msg_body.lower()
#app.logger.info("From:{}, Body:{}".format(from_number, msg_body))
#---UPDATE PLAYER Answer
#dbManager.updatePlayerAnswerFakeGuessId(pa_id, fk_ans_g_id)
#dbManager.updateQuestionRealAnswerGuessId(q_id, rag_id)
#dbManager.updatePlayerAnswerGuess(14, None)
#--- Update Game Sequence
#dbManager.updateGameSequenceNumber(14, 0)
#---UPDATE GAME STATE
dbManager.updateGameState(27, "complete")
#dbManager.updateGameQuestionId(14, 27)
#dbManager.updatePlayerScore(2, -300)
#gameManager.nextRound(25)
#---Start Game Tester
#gameManager.startGame(12)
st = ""
#---JSON STUFF-----
#json_string = urllib2.urlopen("http://www.jservice.io/api/random?count=10").read()
#app.logger.info("JSON: {}\r".format(json_string))
#----Count Tester
#st = str(dbManager.getPlayerCount("93B6J"))
#parsed_json = json.loads(json_string)
#for i in range (0,10):
# app.logger.info("Question: {}".format(parsed_json[i]["question"]))
# app.logger.info("Answer: {}".format(parsed_json[i]["answer"]))
#game_seq_number = questionGenerator.generateAndSaveQuestions("XEKH3",3)
#app.logger.info("id of first question: {}".format(game_seq_number))
#app.logger.info("Answer: {}\r".format(parsed_json[0]["answer"]))
#plr_id = dbManager.updatePlayerGameId(from_number, "ABCD", 4, "lobby")
#plr_id = updatePlayerGameId2("+14087687080", "XEKH3", 9, "lobby")
#plr_id = updatePlayerGameId2("+14087687080", "XEKH3", 9, "lobby")
#if plr_id != 0:
# st = "Player Updated"
#else:
#st = "player not updated"
# -- Remove All Players
#st = ""
#players_removed = dbManager.removeAllPlayersFromGame(9)
#for player in players_removed:
#app.logger.info("id:{}, mdn:{}".format(player.id, player.mdn))
#st = "{}\r".format(st)
#if dbManager.checkGameExists(msg_body):
# st = "Exists"
#else:
# st = "Doesn't Exist"
resp = MessagingResponse()
resp.message(st)
#resp.message("hi Jon: {}".format(output_test))
return str(resp)
def endGame(game_id_to_end):
#first lets set game status to "complete"
dbManager.updateGameState(game_id_to_end, "complete")
players = dbManager.removeAllPlayersFromGame(game_id_to_end)
return players