def main():
serverList = cf.GetServerList('./serverlist.txt')
print u'找到',len(serverList), u'个服务器地址:'
for addr in serverList:
print addr
print ''
for addr in serverList:
try:
s = MySocket()
s.connect(addr[0], addr[1])
svrSockets.append(s)
except:
print u'Error: 连接', addr, u'失败'
# print 'golbal queue:', g_messageQueues
# print 'global socket list size', len(svrSockets)
# print 'svrsocklist ', svrSockets
network_thread = threading.Thread(target = networkThreadHandler, args = (g_messageQueues, svrSockets))
userInput_thread = threading.Thread(target = userInputThreadHandler, args =(g_messageQueues, svrSockets))
network_thread.start()
userInput_thread.start()
while True:
OnQueueMsg(g_messageQueues['main'].get())
class Player:
def __init__(self):
self.socket = 0
self.level = 1
self.food = 1260
self.stones = {
"linemate": 0,
"deraumere": 0,
"sibur": 0,
"mendiane": 0,
"phiras": 0,
"thystame": 0
}
self.team_name = ""
self.dir = -1
self.needed_list = []
self.last_move = ""
self.inventory = []
self.following = 0
self.next_dir = []
def connect(self, infos):
self.socket = MySocket(infos["machine"], int(infos["port"]))
return (self.socket.connect())
def init_player(self, infos):
self.team_name = infos["name"]
self.connect(infos)
def preliminaries(self):
self.parse_rcv_msg(None)
self.socket.send_msg(self.team_name)
if self.parse_rcv_msg(None) == "ko":
exit(0)
def Look(self):
self.socket.send_msg("Look")
map = self.parse_rcv_msg("Look")
return (map)
def check_needed_object(self):
self.needed_list = []
for stone in all_stones:
if self.stones[stone] < need_stones[self.level][stone]:
self.needed_list.append(stone)
def make_move(self):
directions = self.next_dir
for direction in directions:
self.socket.send_msg(direction)
msg = self.parse_rcv_msg("Join Player")
while msg != "ok":
msg = self.parse_rcv_msg("Join Player")
self.next_dir = []
def handle_broadcast(self, tab_msg):
for msg in tab_msg:
if (("ready" in msg) and (self.dir != 0)):
tab = msg.split(":")
if (int(tab[1]) == self.level):
if (int(tab[2]) == self.following):
tmp = tab[0].split(" ")[1]
self.dir = int(tmp.split(",")[0])
self.next_dir = dir_tab[self.dir]
if debug:
print("JE SUIS LE JOUEUR AVEC L'ID",
self.following, "Tab =", self.next_dir,
"Dir =", self.dir)
elif (self.following == 0):
self.following = int(tab[2])
tmp = tab[0].split(" ")[1]
self.dir = int(tmp.split(",")[0])
self.next_dir = dir_tab[self.dir]
if debug:
print("JE COMMENCE A SUIVRE", tab[2], "Tab =",
self.next_dir, "Dir =", self.dir)
elif ("start" in msg):
tab = msg.split(":")
if (int(tab[1]) == self.level):
tmp = tab[0].split(" ")[1]
if (int(tab[2]) == self.following and self.dir != 0):
self.dir = -1
self.following = 0
elif (int(tab[2]) == self.following):
self.dir = int(tmp.split(",")[0])
def parse_rcv_msg(self, command):
msg = self.socket.rcv_msg()
tab_msg = msg.split("\n")
broadcast = []
msg_final = ""
for tab in tab_msg:
if (len(tab) == 0):
continue
elif "message" in tab:
broadcast.append(tab)
elif "Current level" in tab:
self.level = self.level + 1
self.dir = -1
msg_final = tab
else:
msg_final = tab
self.handle_broadcast(broadcast)
if (len(msg_final) == 0):
msg_final = self.parse_rcv_msg(command)
elif (command != None
and (("Look" in command) or ("Inventory" in command))
and (msg_final[0] != "[")):
msg_final = self.parse_rcv_msg(command)
return msg_final
def move(self, i):
if debug:
print("Je vais vers une pierre")
average = 0
j = 0
moves = []
for vision in visions:
if (i > vision):
j = j + 1
if (((visions[j] + (visions[j - 1])) % 2) == 1):
average = (visions[j] + (visions[j - 1] + 1)) / 2
else:
average = (visions[j] + (visions[j - 1])) / 2
while j > 0:
moves.append("Forward")
j = j - 1
if (i < average):
moves.append("Left")
while i < average:
moves.append("Forward")
i = i + 1
elif (i > average):
moves.append("Right")
while i > average:
moves.append("Forward")
i = i - 1
self.next_dir = moves
def take_food(self, view):
tabs = view.split(", ")
nb_food = 0
while tabs[0].find("food") != -1 and self.dir == -1:
self.socket.send_msg("Take food")
msg = self.parse_rcv_msg("Join Player")
if msg == "ko" or nb_food > 10:
break
nb_food += 1
def choose_action(self, view):
tabs = view.split(", ")
for need in self.needed_list:
i = 0
for tab in tabs:
if (tab.find(need) != -1 and self.dir == -1):
if (i == 0):
self.socket.send_msg("Take " + need)
self.parse_rcv_msg("Take")
return
else:
self.move(i)
return
i = i + 1
self.move_random()
def check_inventory(self):
self.socket.send_msg("Inventory")
self.inventory = self.parse_rcv_msg("Inventory")
tab = self.inventory.split(", ")
for stone in tab:
stone_name = stone.split(" ")
if ((stone_name[0] != "food") and (stone_name[0] != "[")):
self.stones[stone_name[0]] = int(stone_name[1])
def move_random(self):
if debug:
print("Move random")
rnd = random.Random()
if (self.last_move == "Left"):
move = rnd.choice(["Forward", "Right"])
elif (self.last_move == "Right"):
move = rnd.choice(["Forward", "Left"])
else:
move = rnd.choice(["Forward", "Left", "Right"])
self.last_move = move
self.next_dir = [move]
def drop_inventory(self):
for stone in all_stones:
needed = need_stones[self.level][stone]
while needed > 0:
self.socket.send_msg("Set " + stone)
msg = self.parse_rcv_msg("Set")
if msg == "ok":
needed = needed - 1
else:
break
def take_other_stones(self):
view = self.Look()
tabs = view.split(", ")
for stone in all_stones:
while tabs[0].find(stone) != -1:
self.socket.send_msg("Take " + stone)
if self.parse_rcv_msg("Take") == "ko":
break
def make_incantation(self):
self.following = randint(1000, 10000)
if (self.level >= 2):
while (self.check_nb_player_tile() == 0):
if debug:
print("self.level = ", self.level)
print("(need_stones[self.level][\"player\"] - 1) = ",
(need_stones[self.level]["player"] - 1))
self.socket.send_msg("Broadcast ready for incantation :" +
str(self.level) + ":" +
str(self.following))
self.parse_rcv_msg("Broadcast")
self.socket.send_msg("Broadcast start incantation :" +
str(self.level) + ":" + str(self.following))
self.parse_rcv_msg("Broadcast")
self.take_other_stones()
self.drop_inventory()
self.eject_player()
view = self.Look()
if (self.check_nb_player_tile() == 1):
self.socket.send_msg("Incantation")
msg = self.parse_rcv_msg("Incantation")
msg = self.parse_rcv_msg("Incantation")
self.following = 0
self.dir = -1
def check_nb_player_tile(self):
view = self.Look()
player_tile = view.split(",")[0][1:]
all_objects = player_tile.split(" ")
need_player = need_stones[self.level]["player"]
for obj in all_objects:
if obj == "player":
if (need_player > 0):
need_player -= 1
if (need_player == 0):
return (1)
elif (need_player > 0):
return (0)
def eject_player(self):
view = self.Look()
player_tile = view.split(",")[0][1:]
all_objects = player_tile.split(" ")
need_player = need_stones[self.level]["player"]
for obj in all_objects:
if obj == "player":
if (need_player > 0):
need_player -= 1
else:
self.socket.send_msg("Eject")
msg = self.socket.rcv_msg()
self.socket.send_msg("Forward")
self.parse_rcv_msg("Forward")
return
def wait_incantation(self):
msg = ""
if self.dir == 0:
lvl = self.level
while ((self.level == lvl)):
msg = self.parse_rcv_msg("wait incantation")
if ("ko" in msg):
break
self.dir = -1
self.following = 0
def play(self):
self.preliminaries()
while 1:
if debug:
print(">> play LEVEL =", self.level, "\n\n\n")
self.wait_incantation()
self.check_inventory()
self.check_needed_object()
if ((not self.needed_list) and self.following == 0):
self.make_incantation()
else:
view = self.Look()
self.take_food(view)
if (self.dir == -1):
self.choose_action(view)
if ((len(self.next_dir) != 0)
and (len(self.next_dir[0]) != 0)):
print("Make move : ", self.next_dir)
self.make_move()
#pdb.set_trace()
# Funciones
def leer_placa():
placa = input("Placa: ")
return placa
def leer_ticket():
ticket = input("ticket: ")
resgistrado = input("registrado(True,False): ")
return ticket, resgistrado
# Programa comienza aquí.
# ref: https://docs.python.org/3/howto/sockets.html
# Crear un socket como cliente.
print("Creando socket")
socket_cliente = MySocket()
socket_cliente.connect(host=HOST, port=PORT)
print("Socket conectado.")
# Enviar primer mensaje:
# Estructura del primer mensaje:
# * RIF: lleno
# * ticket: None.
# * placa: llena.
# * tipo: llena ('placa_leida')
# * puerta: llena.
# * lectura_automatica: llena, sus posibles valores son:
# True: lectura realizada de forma automática
# False: lentura realizada de forma manual
# None: No aplica la información (ejemplo, mensajes servidor-cliente)
# * registrado: llena, true o false
