class Room():
def __init__(self, site):
self.players = { 0 : None , 1 : None} #0 is left axis and 1 is right axis
self.site = site #site is the websocket's lib entity used to talk with the player
self.rooms = site.rooms #all the rooms
#self.trajectory = Trajectory(self)
def addPlayer(self,player):
"""
Adds a player in this room
"""
#we look for the first free racket to give to the player, if there was 3 players and the second one left
#the new player will play in second position
#TODO : it would be better to search for the None value and insert there instead of for-break !!! check : no
#regression !
for axisID in self.players.keys():
if self.players[axisID] == None:
#free racket found
self.players[axisID] = player
newPseudo = False
#if the new player uses a name which is already in use, we add some random digits at the end and tell
#him !
if player.name == self.players[axisID ^ 1].name:
newPseudo = True
player.name += str(random.randint(1, 9))
if player.name != "" and newPseudo:
player.msgNewPseudo(player.name)
#restart the trajectory (we must because the number of players has changed so have the rules)
self.trajectory.stop()
del self.trajectory
self.trajectory = Trajectory(self)
break
def removePlayer(self, player):
"""
Delete a player from the room.
"""
self.players[player.axis] = None
player.msgGstat() #tells the players that there is one player less
if self.player_nb() == 0: #empty room => deleted room
self.trajectory.stop()
del self.trajectory
self.rooms.remove(self)
self.site.msgTotalNumberOfRooms() #tells the player that there is one room less
elif self.player_nb() == 1:
#we try to pair the player left alone with an other solo player
for room in self.rooms[:]:
if room.player_nb() == 1 and room != self:
#we have found a game "room" with 1 player ("room!=self" allows not to choose the previous game of the player)
playerToMove = self.players[player.axis ^ 1] #player.axis ^ 1 gives the other player of the room
self.trajectory.stop()
del self.trajectory
self.rooms.remove(self)
#playerToMove.reset() #use it if we want that the coming player beginns with score = 0
playerToMove.room = room
playerToMove.axis = room.players.values().index(None)
room.addPlayer(playerToMove)
playerToMove.msgGstat()
playerToMove.msgSyncJ()
self.rooms.remove(room)
self.rooms.append(room)
self.site.msgTotalNumberOfRooms()
break
else:
otherPlayer = self.players[player.axis ^ 1]
self.trajectory.stop()
del self.trajectory
self.trajectory = Trajectory(self)
#if otherPlayer.axis == 1:
# self.players[1]= None
# otherPlayer.axis =0
# self.players[0] = otherPlayer
otherPlayer.msgGstat()
otherPlayer.msgSyncJ()
self.site.msgTotalNumberOfRooms(otherPlayer)
def getPlayers(self):
"""
Returns all players, without the empty slots (where player left).
"""
return filter(lambda x : x!=None, self.players.values())
def player_nb(self):
"""
How many players do we have ?
"""
return len(self.getPlayers())
class Room():
def __init__(self, site):
self.players = {0: None, 1: None} #0 is left axis and 1 is right axis
self.site = site #site is the websocket's lib entity used to talk with the player
self.rooms = site.rooms #all the rooms
#self.trajectory = Trajectory(self)
def addPlayer(self, player):
"""
Adds a player in this room
"""
#we look for the first free racket to give to the player, if there was 3 players and the second one left
#the new player will play in second position
#TODO : it would be better to search for the None value and insert there instead of for-break !!! check : no
#regression !
for axisID in self.players.keys():
if self.players[axisID] == None:
#free racket found
self.players[axisID] = player
newPseudo = False
#if the new player uses a name which is already in use, we add some random digits at the end and tell
#him !
if player.name == self.players[axisID ^ 1].name:
newPseudo = True
player.name += str(random.randint(1, 9))
if player.name != "" and newPseudo:
player.msgNewPseudo(player.name)
#restart the trajectory (we must because the number of players has changed so have the rules)
self.trajectory.stop()
del self.trajectory
self.trajectory = Trajectory(self)
break
def removePlayer(self, player):
"""
Delete a player from the room.
"""
self.players[player.axis] = None
player.msgGstat() #tells the players that there is one player less
if self.player_nb() == 0: #empty room => deleted room
self.trajectory.stop()
del self.trajectory
self.rooms.remove(self)
self.site.msgTotalNumberOfRooms(
) #tells the player that there is one room less
elif self.player_nb() == 1:
#we try to pair the player left alone with an other solo player
for room in self.rooms[:]:
if room.player_nb() == 1 and room != self:
#we have found a game "room" with 1 player ("room!=self" allows not to choose the previous game of the player)
playerToMove = self.players[
player.axis ^
1] #player.axis ^ 1 gives the other player of the room
self.trajectory.stop()
del self.trajectory
self.rooms.remove(self)
#playerToMove.reset() #use it if we want that the coming player beginns with score = 0
playerToMove.room = room
playerToMove.axis = room.players.values().index(None)
room.addPlayer(playerToMove)
playerToMove.msgGstat()
playerToMove.msgSyncJ()
self.rooms.remove(room)
self.rooms.append(room)
self.site.msgTotalNumberOfRooms()
break
else:
otherPlayer = self.players[player.axis ^ 1]
self.trajectory.stop()
del self.trajectory
self.trajectory = Trajectory(self)
#if otherPlayer.axis == 1:
# self.players[1]= None
# otherPlayer.axis =0
# self.players[0] = otherPlayer
otherPlayer.msgGstat()
otherPlayer.msgSyncJ()
self.site.msgTotalNumberOfRooms(otherPlayer)
def getPlayers(self):
"""
Returns all players, without the empty slots (where player left).
"""
return filter(lambda x: x != None, self.players.values())
def player_nb(self):
"""
How many players do we have ?
"""
return len(self.getPlayers())
