import time
import threading
import atexit
from src.Server.Server import Server
from src.Server.PlayerHandler import PlayerHandler
from src.Server.RuleHandler import RuleHandler
from src.Base.Rule import Rule
from src.Base.OptionsParser import load_configuration
start_time = time.time()
def test_rule(server_object):
global a
a = exit
config_parser = load_configuration("server")
rules = [Rule('Test Rule', None, test_rule)]
RH = RuleHandler(rules)
PH = PlayerHandler([])
ip = config_parser.get('Misc.', 'ip')
port = config_parser.getint('Misc.', 'port')
players = PH.players
server = Server(RH, PH, config_parser, port, ip)
clients = server.clients
deck = server.deck
pile = server.pile
print 'Server at {}:{}'.format(ip or 'localhost', port)
MAIN_THREAD = threading.Thread(target = server.main_loop)
print "Type 'MAIN_THREAD.start()' to start the game!"
def uptime():
import threading
import Queue
from src.Client.Client import Client
from src.Base.Card import Card
from src.Base.OptionsParser import load_configuration
import Tkinter
# Automated login using the server configuration
config = load_configuration("server")
ip = config.get("Misc.", "ip")
port = config.getint("Misc.", "port")
name = 'Timidger'
client = Client(port, ip, name)
def Client_listen():
while client.is_running():
try:
print client.message_queue.get(timeout = 1)
except Queue.Empty:
continue
#threading.Thread(target = Client_listen).start()
def cmd():
while client.is_running():
message = raw_input()
if client.is_running():
if message.startswith('/'):
command = message.split('/', 1)[1].split()
if command[0] == 'pile':
