def is_unique(conversation, func):
msg_id = func(conversation)
if r.exists("msg:" + msg_id):
return False
else:
r.set("msg:" + msg_id, True)
return True
def normal_response(user_response, user_id):
response = advent.respond(user_id, user_response).strip()
logging.info("user={0} game reply={1}".format(user_id, response.replace("\n", " ")))
if advent.yes_no_question(user_id):
split_response = response.split("\n")
question = split_response[-1]
del split_response[-1]
respond(user_id, "\n".join(split_response))
smooch.send_postbacks(user_id, question,
[("Yes", "yes"),
("No", "no")])
r.set("yesno:" + user_id, "game")
return True
elif re.search("You scored \d+ out of a possible \d+ using \d+ turns.", response):
respond(user_id, response)
advent.new_game(user_id)
r.set("yesno:" + user_id, "new_game")
smooch.send_postbacks(user_id, "Do you want to play again?",
[("Yes", "start_new_yes"),
("No", "start_new_no")])
return True
else:
respond(user_id, response)
return True
def is_unique(conversation, func):
msg_id = func(conversation)
if r.exists("msg:" + msg_id):
return False
else:
r.set("msg:" + msg_id, True)
return True
def respond(user_id, user_response):
"""Gets the game response for a specific user_id and user_response"""
game = Game.resume(r.get("save:" + user_id))
user_tupl_resp = tuple(user_response.lower().split(" "))
response = format_response(game.do_command(user_tupl_resp))
r.set("save:" + user_id, game.t_suspend())
return response
def normal_response(user_response, user_id):
response = advent.respond(user_id, user_response).strip()
logging.info("user={0} game reply={1}".format(user_id,
response.replace("\n", " ")))
if advent.yes_no_question(user_id):
split_response = response.split("\n")
question = split_response[-1]
del split_response[-1]
respond(user_id, "\n".join(split_response))
smooch.send_postbacks(user_id, question, [("Yes", "yes"),
("No", "no")])
r.set("yesno:" + user_id, "game")
return True
elif re.search("You scored \d+ out of a possible \d+ using \d+ turns.",
response):
respond(user_id, response)
advent.new_game(user_id)
r.set("yesno:" + user_id, "new_game")
smooch.send_postbacks(user_id, "Do you want to play again?",
[("Yes", "start_new_yes"),
("No", "start_new_no")])
return True
else:
respond(user_id, response)
return True
def new_game(user_id, seed=None):
"""Create new game"""
logging.debug("creating new came for {}".format(user_id))
game = Game(seed)
load_advent_dat(game)
game.start()
response = format_response(game.output)
r.set("save:" + user_id, game.t_suspend())
return response
def new_user(user_response, user_id):
logging.info("CREATING NEW USER={}".format(user_id))
advent.new_game(user_id).strip()
split_response = ["Welcome to Adventure!!",
"Adventure is a text based game, and a port of the classic terminal game Advent."]
question = "Would you like instructions?"
logging.debug("split_response={} question={}".format(split_response, question))
respond(user_id, "\n".join(split_response))
smooch.send_postbacks(user_id, question,
[("Yes", "yes"),
("No", "no")])
r.set("yesno:" + user_id, "game")
return True
def new_user(user_response, user_id):
logging.info("CREATING NEW USER={}".format(user_id))
advent.new_game(user_id).strip()
split_response = [
"Welcome to Adventure!!",
"Adventure is a text based game, and a port of the classic terminal game Advent."
]
question = "Would you like instructions?"
logging.debug("split_response={} question={}".format(
split_response, question))
respond(user_id, "\n".join(split_response))
smooch.send_postbacks(user_id, question, [("Yes", "yes"), ("No", "no")])
r.set("yesno:" + user_id, "game")
return True
def register_handler(self):
username = self.jdata.get("username")
password = self.jdata.get("password")
nickname = self.jdata.get("nickname")
if not all([username, password, nickname]):
return {"code": "REGISTER_FAIL", "message": "You need send username, password and nickname"}
else:
try:
if r.exists("user:"******":password"):
return {"code":"REGISTER_FAIL", "message": "Username is registered"}
r.set("user:"******":password", password)
r.set("user:"******":nickname", nickname)
return {"code": "REGISTER_SUCCESS", "message": "success"}
except Exception, e:
print "Error:",e.message,traceback.format_exc()
return {"code": "SERVER_ERROR", "message": "Server Error"}
def game_fallback(postback_payload, user_id):
if postback_payload.endswith("yes"):
response = advent.respond(user_id, "yes")
# Checking if user has asked to end the game.
if re.search("You scored \d+ out of a possible \d+ using \d+ turns.", response):
respond(user_id, response)
advent.new_game(user_id)
r.set("yesno:" + user_id, "new_game")
smooch.send_postbacks(user_id, "Do you want to play again?",
[("Yes", "start_new_yes"),
("No", "start_new_no")])
return True
respond(user_id, response)
r.delete("yesno:" + user_id)
return True
elif postback_payload.endswith("no"):
response = advent.respond(user_id, "no")
respond(user_id, response)
r.delete("yesno:" + user_id)
return True
else:
logging.error("Invalid postback={}".format(postback_payload))
return False
def restart(user_response, user_id):
r.set("yesno:" + user_id, "restart")
smooch.send_postbacks(user_id, "Do you want to restart?\n I cannot undo this.",
[("Yes", "restart_yes"),
("No", "restart_no")])
return True
def a_set(k, v):
r.set(k, v)
def a_set(k, v):
r.set(k, v)
def restart(user_response, user_id):
r.set("yesno:" + user_id, "restart")
smooch.send_postbacks(user_id,
"Do you want to restart?\n I cannot undo this.",
[("Yes", "restart_yes"), ("No", "restart_no")])
return True
