def checkTimeOut(self):
if int(time.time()) - self.lastAlive > 15:
if self.ID != None:
r = room.findRoomByID(self.ID)
print 'player', self.address, 'is disconnected'
for i in range(len(r.players)):
if r.players[i] == self:
del r.players[i]
break
def handle(self):
global player, room
data = self.request[0].strip()
data = json.loads(data)
socket = self.request[1]
################################
#
# Situations when game not ready
#
################################
#
# Create new room
if data[0] == 'new-room':
print self.client_address, 'want to create a room'
p = player.findPlayerByAddress(self.client_address)
if p != None and p.ID != None:
print 'but he\'d joined room', p.ID
return
r = room.newRoom()
r.addPlayer(self.client_address)
print 'he is now in room', r.ID
#
# Get the player's current room info
# msg format is
# [player's name, [room ID, number of players, , track, etc]]
elif data[0] == 'my-room':
p = player.findPlayerByAddress(self.client_address)
if p == None:
data = ['', 'my-room', [-1]]
self.send(data)
else:
data = roomInfo(ID, 'my-room')
self.send(data)
#
# Get the rooms list
elif data[0] == 'view-rooms':
room.processTimeOut()
room_list = map(lambda x:x.ID, room.rooms)
data = ['', 'room-list', room_list]
self.send(data)
print self.client_address, 'want to view rooms'
#
# change track
elif data[0] == 'chg-track':
# Do exception handling TODO
p = player.findPlayerByAddress(self.client_address)
r = room.findRoomByID(p.ID)
r.track = data[1]
data = room.roomInfo(ID, 'my-room')
self.send(data)
#
# Join the player to a room
elif data[0] == 'join-room':
p = player.findPlayerByAddress(self.client_address)
ID = data[1]
if p != None and p.ID == ID:
print 'he\'d already joined the room'
return
# TODO quit room
r = room.findRoomByID(ID)
if r != None:
r.addPlayer(self.client_address)
print self.client_address, 'joined room', ID
# tell the player the current room info
data = room.roomInfo(ID, 'my-room')
self.send(data)
#
# Tell all players in the room to start the game
elif data[0] == 'start':
p = player.findPlayerByAddress(self.client_address)
if p == None:
print 'He didn\'t join a room'
data = ['', 'msg', 'Join a room first!']
else:
r = room.findRoomByID(p.ID)
r.status = 'running'
# tell every player in the room to start the game
# and initialize their position
# TODO! Replace position with 'Sequence'
seq = 0
for p in r.players:
p.seq = seq
print p.getName(), 'is at', p.seq
seq += 1
# First start a player's game,
# then add other players to his game
for p in r.players:
print 'I want to tell', p.address, 'to start'
self.startGame(p, r)
#
# When a player want to be started
# just start him
elif data[0] == 'start-me':
p = player.findPlayerByAddress(self.client_address)
r = room.findRoomByID(p.ID)
self.startGame(p, r)
elif data[0] == 'request-player':
p = player.findPlayerByAddress(self.client_address)
if p == None:
print 'error occur'
return
p.setLastAlive()
r = room.findRoomByID(p.ID)
for p in r.players:
print 'I want to tell', p.address, 'to add player'
for p_o in r.players:
if p == p_o:
adj_data = json.dumps(['player', 'adjust-pos', p_o.seq])
socket.sendto(adj_data, p.address)
continue
print 'add', p_o.getName()
crt_data = json.dumps([p_o.getName(), 'create-player', p_o.seq])
socket.sendto(crt_data, p.address)
adj_data = json.dumps([p_o.getName(), 'adjust-pos', p_o.seq])
socket.sendto(adj_data, p.address)
################################
#
# Situations after game started
#
################################
#
# Adjust a player's physics info
elif data[0] == 'adjust-physical':
p = player.findPlayerByAddress(self.client_address)
if p == None:
print 'Error! Player not found when adjusting physics'
r = room.findRoomByID(p.ID)
if r.status != 'running': return
adjust_data = [p.getName(), 'adjust-physical', data[1]]
for p_o in r.players:
if p == p_o: continue
self.send(adjust_data, p_o.address)
#
# Sync keys
elif data[0] == 'keys':
p = player.findPlayerByAddress(self.client_address)
p.setLastAlive()
r = room.findRoomByID(p.ID)
if r.status != 'running': return
sync_data= [p.getName(), 'keys', data[1]]
for p_o in r.players:
if p_o == p: continue
self.send(sync_data, p_o.address)
#
# Someone win the game
elif data[0] == 'win':
p = player.findPlayerByAddress(self.client_address)
r = room.findRoomByID(p.ID)
if r.status != 'running': return
r.status = 'over'
lose_data= ['', 'lose']
for p_o in r.players:
if p_o == p: continue
self.send(lose_data, p_o.address)