class CreateRoomHandler(tornado.web.RequestHandler):
def find_dealer(self):
collection = DealerInfo.get_collection()
dealer = collection.find(sort=[("rooms", 1)], limit=1)[0]
return dealer
@tornado.web.asynchronous
@authenticate
def post(self):
roomType = self.get_argument("roomType", None)
blind = int(self.get_argument("blind"))
max_stake = blind * 200
min_stake = blind * 10
max_player = self.get_argument("max_player")
room = ConfigReader.getObj("room")[roomType]
if blind < room[0] or blind > room[1]:
self.finish()
return
if (blind - room[0]) % room[2] != 0:
self.finish()
return
dealer = self.find_dealer()
self.channel = Channel(self.application.channel,
str(dealer['exchange']))
arguments = self.session["user_id"]
self.channel.add_ready_action(self.connected_call_back, arguments)
self.channel.add_message_action(self.message_call_back, None)
self.channel.connect()
def message_call_back(self, argument):
message = self.channel.get_messages()[0]
self.write(json.dumps(message))
self.finish()
def connected_call_back(self, userid):
blind = int(self.get_argument("blind"))
roomType = int(self.get_argument("roomType", None))
max_stake = blind * 200
min_stake = blind * 10
max_player = self.get_argument("max_player")
msg = {
"method": "create_room",
"blind": blind,
"max_stake": max_stake,
"min_stake": min_stake,
"max_player": max_player,
"user_id": str(userid),
"roomType": roomType,
"source": self.channel.routing_key
}
self.channel.publish_message("dealer", json.dumps(msg))
class CreateRoomHandler(tornado.web.RequestHandler):
def find_dealer(self):
collection = DealerInfo.get_collection()
dealer = collection.find(sort=[("rooms",1)],limit=1)[0]
return dealer
@tornado.web.asynchronous
@authenticate
def post(self):
roomType = self.get_argument("roomType",None)
blind = int(self.get_argument("blind"))
max_stake = blind * 200
min_stake = blind * 10
max_player = self.get_argument("max_player")
room = ConfigReader.getObj("room")[roomType]
if blind < room[0] or blind > room[1]:
self.finish()
return
if (blind - room[0]) % room[2] != 0:
self.finish()
return
dealer = self.find_dealer()
self.channel = Channel(
self.application.channel,
str(dealer['exchange']))
arguments = self.session["user_id"]
self.channel.add_ready_action(self.connected_call_back, arguments);
self.channel.add_message_action(self.message_call_back, None)
self.channel.connect()
def message_call_back(self,argument):
message = self.channel.get_messages()[0]
self.write(json.dumps(message))
self.finish()
def connected_call_back(self,userid):
blind = int(self.get_argument("blind"))
roomType = int(self.get_argument("roomType",None))
max_stake = blind * 200
min_stake = blind * 10
max_player = self.get_argument("max_player")
msg = {"method":"create_room","blind":blind,"max_stake":max_stake,"min_stake":min_stake,
"max_player":max_player,"user_id":str(userid),"roomType":roomType,
"source":self.channel.routing_key}
self.channel.publish_message("dealer",json.dumps(msg))
class SitDownBoardHandler(tornado.web.RequestHandler):
@tornado.web.asynchronous
@authenticate
def post(self):
self.mongodb = self.application.settings['_db']
user = self.user
seat = self.get_argument('seat')
stake = self.get_argument('stake')
if False and 'is_sit_down' in self.session and \
self.session['is_sit_down'] == True and \
self.session['seat'] == seat:
self.write(json.dumps({'status':'success'}))
self.finish()
else:
messages = self.mongodb.board.find_one({"id":self.session.session_id})
room = Room.find(_id=messages["room_id"])
if room is None:
self.finish(json.dumps({'status':'failed'}))
return
queue_name = str(user.username) + '_sit'
exchange_name = self.session['exchange']
user.room_id = room.id
#exchange_name = str(user.room.exchange)
#source_key = "%s_%s" % (exchange_name, queue_name)
message = {
'method':'sit',
'user_id':user.id,
'seat':seat,
#'source':source_key,
'room_id':str(user.room_id),
'private_key':self.session['private_key'] ,
'stake':stake
}
arguments = {'routing_key': 'dealer', 'message':message}
self.channel = Channel(self.application.channel, exchange_name)
self.channel.add_ready_action(self.sit_call_back, arguments)
self.channel.connect()
def sit_call_back(self, argument):
if self.request.connection.stream.closed():
self.channel.close()
return
self.channel.add_message_action(self.message_call_back, None)
argument['message']['source'] = self.channel.routing_key
self.channel.publish_message(argument['routing_key'], json.dumps(argument['message']))
def message_call_back(self, argument):
messages= self.channel.get_messages()[0]
if self.request.connection.stream.closed():
self.channel.close()
return
if messages['status'] == 'success':
self.mongodb.board.update({"id":self.session.session_id},\
{"$set" :{'is_sit_down':True}});
self.write(json.dumps(messages))
self.channel.close();
self.finish()
def on_connection_close(self):
self.channel.close()
class EnterRoomHandler(tornado.web.RequestHandler):
@tornado.web.asynchronous
@authenticate
def post(self):
message = None
user = self.user
room_id = self.get_argument('room_id')
room = Room.find(_id = room_id)
if not room:
print Room.find_all()
print "not a valid room",room_id
self.finish()
return
self.mongodb = self.application.settings['_db']
msg = {"id":self.session.session_id, "room_id":room.id}
BoardMessage.get_collection().remove({
"id":self.session.session_id,
},safe=True)
# guarantee only one exist
self.mongodb.board.update({"id":self.session.session_id},msg,upsert=True)
exchange = str(room.exchange)
self.session['exchange'] = exchange
public_key = ('broadcast_%s_%s.testing')% (exchange, room._id)
private_key = ('direct.%s.%s.%s') % (exchange, room._id, user._id)
binding_keys = [public_key, private_key]
if user.isBot:
bot_key = ('direct.%s.%s.bot') % (exchange, room._id)
binding_keys.append(bot_key)
self.session['bot_key'] = bot_key
message = { 'method' : 'enter',
'user_id' : user.id,
'room_id' : room.id,
'private_key' : private_key}
arguments = {'routing_key': 'dealer', 'message': message}
self.broadcast_channel = broadcast_channel = PersistentChannel(
self.application.channel,
"%s%s" % (str(self.session.session_id),room.id[-10:]),
exchange,
binding_keys,
declare_queue_only=True,
arguments = {"x-expires":int(600000)}
)
self.callBackCount = 0
broadcast_channel.add_ready_action(self.initial_call_back,
arguments)
broadcast_channel.connect()
self.channel = Channel(self.application.channel,exchange)
self.channel.add_ready_action(self.initial_call_back, arguments);
self.channel.connect()
self.session['public_key'] = public_key
self.session['private_key'] = private_key
#self.session['messages'] = list()
print "ENTER!"
def purge_call_back(self,data):
argument = self.argument
self.channel.add_message_action(self.message_call_back, None)
self.mongodb.board.update(
{"id":self.session.session_id},
{"$set": {'queue':self.broadcast_channel.queue_name}}
)
argument['message']['source'] = self.channel.routing_key
self.channel.publish_message( argument['routing_key'],
json.dumps(argument['message']))
def initial_call_back(self, argument):
print "ENTER CALL BACK",argument
self.callBackCount += 1
if self.callBackCount < 2:
#We have to wait broadcast_channel created
return
if self.request.connection.stream.closed():
self.channel.close();
return
self.argument = argument
self.application.channel.queue_purge(
callback= self.purge_call_back,
queue = self.broadcast_channel.queue_name
)
def message_call_back(self, argument):
messages= self.channel.get_messages()[0]
if self.request.connection.stream.closed():
self.channel.close();
return
self.write(json.dumps(messages))
self.channel.close();
self.finish()
def on_connection_close(self):
self.channel.close()
class SitDownBoardHandler(tornado.web.RequestHandler):
@tornado.web.asynchronous
@authenticate
def post(self):
self.mongodb = self.application.settings['_db']
user = self.user
seat = self.get_argument('seat')
stake = self.get_argument('stake')
if False and 'is_sit_down' in self.session and \
self.session['is_sit_down'] == True and \
self.session['seat'] == seat:
self.write(json.dumps({'status': 'success'}))
self.finish()
else:
messages = self.mongodb.board.find_one(
{"id": self.session.session_id})
room = Room.find(_id=messages["room_id"])
if room is None:
self.finish(json.dumps({'status': 'failed'}))
return
queue_name = str(user.username) + '_sit'
exchange_name = self.session['exchange']
user.room_id = room.id
#exchange_name = str(user.room.exchange)
#source_key = "%s_%s" % (exchange_name, queue_name)
message = {
'method': 'sit',
'user_id': user.id,
'seat': seat,
#'source':source_key,
'room_id': str(user.room_id),
'private_key': self.session['private_key'],
'stake': stake
}
arguments = {'routing_key': 'dealer', 'message': message}
self.channel = Channel(self.application.channel, exchange_name)
self.channel.add_ready_action(self.sit_call_back, arguments)
self.channel.connect()
def sit_call_back(self, argument):
if self.request.connection.stream.closed():
self.channel.close()
return
self.channel.add_message_action(self.message_call_back, None)
argument['message']['source'] = self.channel.routing_key
self.channel.publish_message(argument['routing_key'],
json.dumps(argument['message']))
def message_call_back(self, argument):
messages = self.channel.get_messages()[0]
if self.request.connection.stream.closed():
self.channel.close()
return
if messages['status'] == 'success':
self.mongodb.board.update({"id":self.session.session_id},\
{"$set" :{'is_sit_down':True}})
self.write(json.dumps(messages))
self.channel.close()
self.finish()
def on_connection_close(self):
self.channel.close()
class EnterRoomHandler(tornado.web.RequestHandler):
@tornado.web.asynchronous
@authenticate
def post(self):
message = None
user = self.user
room_id = self.get_argument('room_id')
room = Room.find(_id=room_id)
if not room:
print Room.find_all()
print "not a valid room", room_id
self.finish()
return
self.mongodb = self.application.settings['_db']
msg = {"id": self.session.session_id, "room_id": room.id}
BoardMessage.get_collection().remove({
"id": self.session.session_id,
},
safe=True)
# guarantee only one exist
self.mongodb.board.update({"id": self.session.session_id},
msg,
upsert=True)
exchange = str(room.exchange)
self.session['exchange'] = exchange
public_key = ('broadcast_%s_%s.testing') % (exchange, room._id)
private_key = ('direct.%s.%s.%s') % (exchange, room._id, user._id)
binding_keys = [public_key, private_key]
if user.isBot:
bot_key = ('direct.%s.%s.bot') % (exchange, room._id)
binding_keys.append(bot_key)
self.session['bot_key'] = bot_key
message = {
'method': 'enter',
'user_id': user.id,
'room_id': room.id,
'private_key': private_key
}
arguments = {'routing_key': 'dealer', 'message': message}
self.broadcast_channel = broadcast_channel = PersistentChannel(
self.application.channel,
"%s%s" % (str(self.session.session_id), room.id[-10:]),
exchange,
binding_keys,
declare_queue_only=True,
arguments={"x-expires": int(600000)})
self.callBackCount = 0
broadcast_channel.add_ready_action(self.initial_call_back, arguments)
broadcast_channel.connect()
self.channel = Channel(self.application.channel, exchange)
self.channel.add_ready_action(self.initial_call_back, arguments)
self.channel.connect()
self.session['public_key'] = public_key
self.session['private_key'] = private_key
#self.session['messages'] = list()
print "ENTER!"
def purge_call_back(self, data):
argument = self.argument
self.channel.add_message_action(self.message_call_back, None)
self.mongodb.board.update(
{"id": self.session.session_id},
{"$set": {
'queue': self.broadcast_channel.queue_name
}})
argument['message']['source'] = self.channel.routing_key
self.channel.publish_message(argument['routing_key'],
json.dumps(argument['message']))
def initial_call_back(self, argument):
print "ENTER CALL BACK", argument
self.callBackCount += 1
if self.callBackCount < 2:
#We have to wait broadcast_channel created
return
if self.request.connection.stream.closed():
self.channel.close()
return
self.argument = argument
self.application.channel.queue_purge(
callback=self.purge_call_back,
queue=self.broadcast_channel.queue_name)
def message_call_back(self, argument):
messages = self.channel.get_messages()[0]
if self.request.connection.stream.closed():
self.channel.close()
return
self.write(json.dumps(messages))
self.channel.close()
self.finish()
def on_connection_close(self):
self.channel.close()