def resetState(self):
print("reset")
for one_client in self.all_connected_clients:
#
one_client.connection.send(tiles.MessageGameStart().pack())
#currentConnection.send(tiles.MessageWelcome(i.idnum).pack())
#currentConnection.send(tiles.MessageAddTileToHand(tileid).pack())
#
print("reset")
def resetState(self):
print("reset")
global all_clients
for i in all_clients:
#
i.connection.send(tiles.MessageGameStart().pack())
#currentConnection.send(tiles.MessageWelcome(i.idnum).pack())
#currentConnection.send(tiles.MessageAddTileToHand(tileid).pack())
#
print("reset")
def resetState(self):
global allClients
global moves
global turnOrder
global currentPlayers
turnOrder = []
moves = []
currentPlayers = []
for i in allClients:
i.connection.send(tiles.MessageGameStart().pack())
server.turnQueue.queue.clear()
def start_game(
self, board, live_id_nums
): # take in live_id_nums ????????????????????????????????????????????????????????????????????????
# def start_game(self, board): # take in live_id_nums ????????????????????????????????????????????????????????????????????????
# live_id_nums = []
# live_id_nums = server.select_Players_From_Connected_Clients()
print("sending Welcome messgae to all players")
print("Adding tiles to each player's hand")
for i in self.current_players:
print(
"----------------------------------------------- HERE 1 ??? ----------------------------------------------- "
)
# live_id_nums.append(i.idnum)
currentConnection = i.connection
print(
"----------------------------------------------- HERE 2 ??? ----------------------------------------------- "
)
currentConnection.send(tiles.MessageWelcome(i.idnum).pack())
print(
"----------------------------------------------- HERE 3 ??? ----------------------------------------------- "
)
currentConnection.send(tiles.MessageGameStart().pack())
#step 4
for _ in range(tiles.HAND_SIZE):
print(
"----------------------------------------------- HERE 4 ??? ----------------------------------------------- "
)
# print("THREE")
tileid = tiles.get_random_tileid()
print(
"----------------------------------------------- HERE 5 ??? ----------------------------------------------- "
)
currentConnection.send(
tiles.MessageAddTileToHand(tileid).pack())
for j in self.all_connected_clients:
print(
"----------------------------------------------- HERE 6 ??? ----------------------------------------------- "
)
print("FOUR")
print(i.name)
j.connection.send(
tiles.MessagePlayerJoined(i.name, i.idnum).pack())
# for j in self.spectators:
# print("FOUR")
# print(i.name)
# j.connection.send(tiles.MessagePlayerJoined(i.name, i.idnum).pack())
# started = 1
self.game_started = True
#main game loop
buffer = bytearray()
while len(live_id_nums) > 1: #step 5
# print("start")
current = self.turn_Queue.get()
current_idnum = current.idnum
# print(current_idnum)
current_connection = current.connection
current_address = current.client_address
for i in self.all_connected_clients:
#step 5 a
i.connection.send(
tiles.MessagePlayerTurn(current_idnum).pack())
#step 5 b
chunk = current_connection.recv(4096)
if not chunk:
print('client {} disconnected'.format(current_address))
return
buffer.extend(chunk)
#step 5 c
msg, consumed = tiles.read_message_from_bytearray(buffer)
if not consumed:
break
buffer = buffer[consumed:]
print('received message {}'.format(msg))
#step 5 c all
#can probably combine
if isinstance(msg, tiles.MessagePlaceTile):
self.game_message_history.append(msg)
if board.set_tile(msg.x, msg.y, msg.tileid, msg.rotation,
msg.idnum):
for i in self.all_connected_clients:
i.connection.send(msg.pack())
positionupdates, eliminated = board.do_player_movement(
live_id_nums)
for msg in positionupdates:
self.game_message_history.append(msg)
for i in self.all_connected_clients:
i.connection.send(msg.pack())
for e in eliminated:
live_id_nums.remove(e)
print("liveid len is" + str(len(live_id_nums)))
for i in self.all_connected_clients:
i.connection.send(
tiles.MessagePlayerEliminated(e).pack())
if e == current_idnum:
print("You lose!")
break
#return # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
# if current_idnum in eliminated:
# for i in self.all_connected_clients:
# i.connection.send(tiles.MessagePlayerEliminated(current_idnum).pack())
# live_id_nums.remove(current_idnum)
# #eliminated
# print("You lose!")
# return
tileid = tiles.get_random_tileid()
current_connection.send(
tiles.MessageAddTileToHand(tileid).pack())
self.turn_Queue.put(current)
elif isinstance(msg, tiles.MessageMoveToken):
if not board.have_player_position(msg.idnum):
if board.set_player_start_position(msg.idnum, msg.x, msg.y,
msg.position):
positionupdates, eliminated = board.do_player_movement(
live_id_nums)
for msg in positionupdates:
for i in self.all_connected_clients:
i.connection.send(msg.pack())
for e in eliminated:
live_id_nums.remove(e)
print("liveid len is" + str(len(live_id_nums)))
for i in self.all_connected_clients:
i.connection.send(
tiles.MessagePlayerEliminated(e).pack())
if e == current_idnum:
print("You lose!")
break
#return
self.turn_Queue.put(current)
print("End of start_game()")
# server.restart()
self.game_started == False
return
def client_handler(self, connection, address):
print(f"[NEW CONNECTION] {address} connected to the server.")
host, port = address
name = '{}:{}'.format(host, port)
idnum = 0
live_idnums = [idnum]
connection.send(tiles.MessageWelcome(idnum).pack())
connection.send(tiles.MessagePlayerJoined(name, idnum).pack())
connection.send(tiles.MessageGameStart().pack())
for _ in range(tiles.HAND_SIZE):
tileid = tiles.get_random_tileid()
connection.send(tiles.MessageAddTileToHand(tileid).pack())
connection.send(tiles.MessagePlayerTurn(idnum).pack())
board = tiles.Board()
buffer = bytearray()
while True:
# with lock:
# connection, msg = self.task_queue.get() # added
chunk = connection.recv(4096)
if not chunk:
print('client {} disconnected'.format(address))
return
buffer.extend(chunk)
while True:
msg, consumed = tiles.read_message_from_bytearray(buffer)
if not consumed:
break
buffer = buffer[consumed:]
print('received message {}'.format(msg))
# sent by the player to put a tile onto the board (in all turns except
# their second)
if isinstance(msg, tiles.MessagePlaceTile):
if board.set_tile(msg.x, msg.y, msg.tileid, msg.rotation,
msg.idnum):
# notify client that placement was successful
connection.send(msg.pack())
# check for token movement
positionupdates, eliminated = board.do_player_movement(
live_idnums)
for msg in positionupdates:
connection.send(msg.pack())
if idnum in eliminated:
connection.send(
tiles.MessagePlayerEliminated(idnum).pack())
return
# pickup a new tile
tileid = tiles.get_random_tileid()
connection.send(
tiles.MessageAddTileToHand(tileid).pack())
# start next turn
connection.send(tiles.MessagePlayerTurn(idnum).pack())
# sent by the player in the second turn, to choose their token's
# starting path
elif isinstance(msg, tiles.MessageMoveToken):
if not board.have_player_position(msg.idnum):
if board.set_player_start_position(
msg.idnum, msg.x, msg.y, msg.position):
# check for token movement
positionupdates, eliminated = board.do_player_movement(
live_idnums)
for msg in positionupdates:
connection.send(msg.pack())
if idnum in eliminated:
connection.send(
tiles.MessagePlayerEliminated(
idnum).pack())
return
# start next turn
connection.send(
tiles.MessagePlayerTurn(idnum).pack())
# added:
self.task_queue.task_done()
def client_handler(self, lock, connection, address):
# def client_handler(self, connection, address):
# global turn_Queue
host, port = address
name = '{}:{}'.format(host, port)
print(f"{name} has joined")
idnum = 0
live_idnums = [idnum]
with lock:
connection.send(tiles.MessageWelcome(idnum).pack())
connection.send(tiles.MessagePlayerJoined(name, idnum).pack())
connection.send(tiles.MessageGameStart().pack())
# get a client from the queue:
# client_socket_id = turn_Queue.get() # is this now idnum???????????????????????????????????
for _ in range(tiles.HAND_SIZE):
tileid = tiles.get_random_tileid()
connection.send(tiles.MessageAddTileToHand(tileid).pack())
connection.send(tiles.MessagePlayerTurn(idnum).pack())
board = tiles.Board()
buffer = bytearray()
# Don't do the following unless >= 2 clients
# if num_live_id_nums > 1:
print("Now the game can START!")
while True:
chunk = connection.recv(4096)
if not chunk:
print('client {} disconnected'.format(address))
return
buffer.extend(chunk)
while True:
# with lock:
# connection, msg = self.task_queue.get() # added
msg, consumed = tiles.read_message_from_bytearray(buffer)
if not consumed:
break
buffer = buffer[consumed:]
print('received message {}'.format(msg))
# sent by the player to put a tile onto the board (in all turns except
# their second)
if isinstance(msg, tiles.MessagePlaceTile):
if board.set_tile(msg.x, msg.y, msg.tileid,
msg.rotation, msg.idnum):
# notify client that placement was successful
connection.send(msg.pack())
# check for token movement
positionupdates, eliminated = board.do_player_movement(
live_idnums)
for msg in positionupdates:
connection.send(msg.pack())
if idnum in eliminated:
connection.send(
tiles.MessagePlayerEliminated(
idnum).pack())
return
# pickup a new tile
tileid = tiles.get_random_tileid()
connection.send(
tiles.MessageAddTileToHand(tileid).pack())
# start next turn
connection.send(
tiles.MessagePlayerTurn(idnum).pack())
# sent by the player in the second turn, to choose their token's
# starting path
elif isinstance(msg, tiles.MessageMoveToken):
if not board.have_player_position(msg.idnum):
if board.set_player_start_position(
msg.idnum, msg.x, msg.y, msg.position):
# check for token movement
positionupdates, eliminated = board.do_player_movement(
live_idnums)
for msg in positionupdates:
connection.send(msg.pack())
if idnum in eliminated:
connection.send(
tiles.MessagePlayerEliminated(
idnum).pack())
return
# start next turn
connection.send(
tiles.MessagePlayerTurn(idnum).pack())