def handle_join(new_tcp_sock, new_udp_sock, add_to_list=True):
global clients
global num_clients
global client_id_inc
c = Client()
c.tcp_sock = new_tcp_sock
c.udp_sock = new_udp_sock
c.id = client_id_inc
c.ip = new_tcp_sock.getpeername()[0]
c.c_tcp_port = new_tcp_sock.getpeername()[1]
c.s_tcp_port = new_tcp_sock.getsockname()[1]
c.s_udp_port = new_udp_sock.getsockname()[1]
c.callbacks = []
if (add_to_list): clients.append(c)
debug.log(
"accepted client (client-id: %d, ip: %s, c_tcp_port: %d, c_udp_port: %d, s_tcp_port: %d, s_udp_port: %d)"
% (c.id, c.ip, c.c_tcp_port, c.c_udp_port, c.s_tcp_port, c.s_udp_port),
debug.P_INFO)
num_clients += 1
client_id_inc += 1
accounts.init_client_account(c)
msg.send(c.tcp_sock, c,
msg.build(_MID.SEND_SERVER_CONNECTION_ESTABLISHED_SUCCESSFULLY))
def client_join(self, client_obj):
new_gcl = GameClient();
new_gcl.client_obj = client_obj;
self.g_clients.append(new_gcl);
client_obj.joined_game = self;
client_obj.game_client = new_gcl;
#self_peer = Peer();
#self_peer.game_client = new_gcl;
#new_gcl.peers.append(self_peer);
if (len(self.g_clients) >= 2):
for gcl in self.g_clients:
if (gcl != new_gcl):
#send a bind request to all clients except the newly joined one
msg.send(gcl.client_obj.tcp_sock, gcl.client_obj, msg.build(_MID.SEND_UDP_PEER_BIND_REQUEST, client_obj.id, client_obj.ip));
#add 1 new peer for the newly joined client
joined_peer = Peer();
joined_peer.game_client = new_gcl;
gcl.peers.append(joined_peer);
print("added peer id %d to game client %d. peers len: %d" % (new_gcl.client_obj.id, gcl.client_obj.id, len(gcl.peers)));
#send a bind request to the newly joined client for every other client in the game
msg.send(client_obj.tcp_sock, client_obj, msg.build(_MID.SEND_UDP_PEER_BIND_REQUEST, gcl.client_obj.id, gcl.client_obj.ip));
#append the newly joined clients peer list with every other client in the game
client_peer = Peer();
client_peer.game_client = gcl;
new_gcl.peers.append(client_peer);
print("2added peer id %d to game client %d. peers len: %d" % (gcl.client_obj.id, new_gcl.client_obj.id, len(new_gcl.peers)));
def main():
msg.init()
while True:
msg.send('M', 'Hello world!')
m = msg.recv()
print(m)
time.sleep(1)
def handle_join(new_tcp_sock, new_udp_sock, add_to_list = True):
global clients
global num_clients
global client_id_inc
c = Client();
c.tcp_sock = new_tcp_sock;
c.udp_sock = new_udp_sock;
c.id = client_id_inc;
c.ip = new_tcp_sock.getpeername()[0];
c.c_tcp_port = new_tcp_sock.getpeername()[1];
c.s_tcp_port = new_tcp_sock.getsockname()[1];
c.s_udp_port = new_udp_sock.getsockname()[1];
c.callbacks = [];
if (add_to_list): clients.append(c);
debug.log("accepted client (client-id: %d, ip: %s, c_tcp_port: %d, c_udp_port: %d, s_tcp_port: %d, s_udp_port: %d)" %
(c.id, c.ip, c.c_tcp_port, c.c_udp_port, c.s_tcp_port, c.s_udp_port), debug.P_INFO);
num_clients += 1;
client_id_inc += 1;
accounts.init_client_account(c);
msg.send(c.tcp_sock, c, msg.build(_MID.SEND_SERVER_CONNECTION_ESTABLISHED_SUCCESSFULLY));
def received_udp_bind_port(self, game_client, peer_id, peer_ip, port):
if (port >= 0):
for p in game_client.peers:
if (p.game_client.client_obj.id == peer_id
and p.game_client.client_obj.ip == peer_ip):
p.binded = True
p.port = port
print("peer id %d binded" % game_client.client_obj.id)
all_binded = True
for gcl in self.g_clients:
for p in gcl.peers:
if (p.binded == False):
all_binded = False
break
if (all_binded):
print("all binded, sending ping pong requests")
for gcl in self.g_clients:
for p in gcl.peers:
pcl = p.game_client.client_obj
msg.send(
pcl.tcp_sock, pcl,
msg.build(_MID.SEND_UDP_PEER_PORT,
gcl.client_obj.id, p.port))
else:
print("udp bind failed, dunno how to handle this right now")
def main():
msg.init()
while True:
msg.send('M', 'Hello world!')
m = msg.recv()
print(m)
time.sleep(1)
def add(self, opts, f, controls):
id = repr(f)
iobj = {
'id': id,
'controls': [c.json_dict() for c in controls]
}
iobj.update(opts)
self._interacts[id] = (f, controls)
msg.send(msg.Interact(dict=iobj))
def main():
msg.init()
debug("Spawned")
while True:
m = msg.recv()
if m[0] == msg.DFileReq:
[_, user, compid, request] = m
fd = open("../../../test/webserver/" + request)
msg.send(msg.DFileRes, user, compid, request, fd)
else:
debug("Unhandled message " + str(m))
debug(str(m))
def handle_udp_pong(message):
if (message.callback_result == callback.CALLBACK_RESULT_TIMEOUT):
message.client_obj.udp_timeout_tries += 1;
if (message.client_obj.udp_timeout_tries >= 3):
handle_leave(message.client_obj, "UDP ping pong timed out 3 times");
else:
send_udp_ping(message.client_obj);
else:
print("udp ping pong success");
message.client_obj.udp_timeout_tries = 0;
msg.send(message.client_obj.tcp_sock, message.client_obj,
msg.build(_MID.SEND_SERVER_CONNECTION_ESTABLISHED_SUCCESSFULLY));
def main():
msg.init()
debug("Spawned")
while True:
m = msg.recv()
if m[0] == msg.DFileReq:
[_, user, compid, request] = m
fd = open("../../../test/webserver/" + request)
msg.send(msg.DFileRes, user, compid, request, fd)
else:
debug("Unhandled message " + str(m))
debug(str(m))
def main():
msg.init()
debug("Spawned")
m = msg.recv()
if m[0] == msg.InitClient:
rfile = m[1]
wfile = m[2]
else:
debug("should have received InitClient message first")
signal.signal(signal.SIGTERM, mkhandler(rfile, wfile))
rdy = []
while rdy == []:
rdy, _, _ = select.select([rfile], [], [])
data = rfile.readline()
if data:
req = HTTPRequest(rfile, data)
if hasattr(req, 'path'):
print('Resource: ' + req.path)
msg.send(msg.FileReq, req.path)
m = msg.recv()
if m[0] == msg.FileRes:
[_, name, fd] = m
response = fd.read()
contents = (
"HTTP/1.0 200 OK\r\n"
+ "Content-Length: " + str(len(response)) + "\r\n"
+ "Content-Type: text/html\r\n\r\n"
+ response
)
debug("access to file " + name + " was authorized")
wfile.write(contents)
elif m[0] == msg.FileResF:
debug("access to file " + m[1] + " was refused")
response = "Access Forbidden"
wfile.write(
"HTTP/1.0 403 Forbidden\r\n"
+ "Content-Length: " + str(len(response)) + "\r\n"
+ "Content-Type: text/html\r\n\r\n"
+ response
)
else:
debug("unexpected message " + str(m))
debug('Shutting down')
rfile.close()
wfile.close()
# YOU MUSTN'T DIE SOLDIER!
while True:
time.sleep(3600)
def handle_udp_pong(message):
if (message.callback_result == callback.CALLBACK_RESULT_TIMEOUT):
message.client_obj.udp_timeout_tries += 1
if (message.client_obj.udp_timeout_tries >= 3):
handle_leave(message.client_obj, "UDP ping pong timed out 3 times")
else:
send_udp_ping(message.client_obj)
else:
print("udp ping pong success")
message.client_obj.udp_timeout_tries = 0
msg.send(
message.client_obj.tcp_sock, message.client_obj,
msg.build(_MID.SEND_SERVER_CONNECTION_ESTABLISHED_SUCCESSFULLY))
def handle_all_messages(m):
if (m.mid == _MID.RECV_CLIENT_ATTEMPT_REGISTER):
result = db.add_user_account(m.params[0], m.params[1]);
msg.send(m.sock, m.client_obj, msg.build(_MID.SEND_CLIENT_ATTEMPT_REGISTER_RESULT, result));
elif (m.mid == _MID.RECV_CLIENT_ATTEMPT_LOGIN):
result, unique_id = db.find_user_account(m.params[0], m.params[1]);
if (result == LoginResult.SUCCESS):
acc_details = AccDetails();
acc_details.parent_client = m.client_obj;
acc_details.unique_id = unique_id;
m.client_obj.acc_details = acc_details;
update_acc_details(m.client_obj, unique_id);
t = time.time();
db.set_attrib(unique_id, "last_login_time", t);
acc_details.last_login_time = t;
result, total = db.get_attrib(unique_id, "total_login_time");
if (result == GeneralResult.SUCCESS):
acc_details.total_login_time = total;
msg.send(m.sock, m.client_obj, msg.build(_MID.SEND_CLIENT_ATTEMPT_LOGIN_RESULT, result));
elif (m.mid == _MID.RECV_REQUEST_FOR_CLIENT_ACCOUNT_DETAILS):
acc_details = m.client_obj.acc_details;
result = GeneralResult.ERROR;
username = "";
gold = -1;
if (acc_details and acc_details.parent_client == m.client_obj):
result = GeneralResult.SUCCESS;
username = acc_details.username;
gold = acc_details.gold;
msg.send(m.sock, m.client_obj,
msg.build(_MID.SEND_CLIENT_ACCOUNT_DETAILS, result, username, gold));
elif (m.mid == _MID.RECV_REQUEST_TO_BUY_BOOSTER_PACK):
acc_details = m.client_obj.acc_details;
result = GeneralResult.UNKNOWN_ERROR;
gold = -1;
if (m.client_obj.acc_details != None):
cost = 0;
if (m.params[0] == 0):
cost = 450;
elif (m.params[0] == 1):
cost = 800;
elif (m.params[0] == 2):
cost = 2000;
if (cost != 0):
gold = acc_details.gold - cost;
if (gold >= 0):
result = db.set_acc_gold(acc_details.unique_id, gold);
if (result == GeneralResult.SUCCESS):
acc_details.gold = gold;
else:
result = GeneralResult.ERROR;
msg.send(m.sock, m.client_obj,
msg.build(_MID.SEND_REQUEST_TO_BUY_BOOSTER_PACK_RESULT, result, gold));
def main():
msg.init()
debug("Spawned")
while True:
m = msg.recv()
s = str(m)
try:
if m[0] == msg.ACLoginReq:
[_, user, password, compid, rfile, wfile] = m
try: ok = password == credentials[user]
except KeyError: ok = False
if ok:
debug(user + " logged in")
debug("RFile: " + str(rfile))
debug("WFile: " + str(wfile))
msg.send(msg.ACLoginResT, user, compid, rfile, wfile)
else:
debug(user + " refused (wrong password)")
msg.send(msg.ACLoginResF, user, compid)
elif m[0] == msg.ACFileReq:
[_, user, compid, request] = m
try: ok = user in owners[request]
except KeyError: ok = False
if ok:
debug(user + " access to " + request + " authorized")
msg.send(msg.ACFileResT, user, compid, request)
else:
debug(user + " access to " + request + " refused")
msg.send(msg.ACFileResF, user, compid, request)
else:
debug("Unhandled message " + s)
except ValueError:
debug("Unexpected payload " + s)
def main():
msg.init()
debug("Spawned")
m = msg.recv()
if m[0] == msg.InitClient:
rfile = m[1]
wfile = m[2]
else:
debug("should have received InitClient message first")
signal.signal(signal.SIGTERM, mkhandler(rfile, wfile))
rdy = []
while rdy == []:
rdy, _, _ = select.select([rfile], [], [])
data = rfile.readline()
if data:
req = HTTPRequest(rfile, data)
if hasattr(req, 'path'):
print('Resource: ' + req.path)
msg.send(msg.FileReq, req.path)
m = msg.recv()
if m[0] == msg.FileRes:
[_, name, fd] = m
response = fd.read()
contents = ("HTTP/1.0 200 OK\r\n" + "Content-Length: " +
str(len(response)) + "\r\n" +
"Content-Type: text/html\r\n\r\n" + response)
debug("access to file " + name + " was authorized")
wfile.write(contents)
elif m[0] == msg.FileResF:
debug("access to file " + m[1] + " was refused")
response = "Access Forbidden"
wfile.write("HTTP/1.0 403 Forbidden\r\n" + "Content-Length: " +
str(len(response)) + "\r\n" +
"Content-Type: text/html\r\n\r\n" + response)
else:
debug("unexpected message " + str(m))
debug('Shutting down')
rfile.close()
wfile.close()
# YOU MUSTN'T DIE SOLDIER!
while True:
time.sleep(3600)
def handle_leave(client_obj, leave_msg, remove_from_list = True):
global clients;
global num_clients;
client_obj.left = True;
msg.send(client_obj.tcp_sock, client_obj, msg.build(_MID.SEND_CLIENT_LEAVE, leave_msg));
game.client_leave(client_obj);
accounts.handle_client_leave(client_obj);
client_obj.tcp_sock.close();
client_obj.udp_sock.close();
client_obj.callbacks = [];
debug.log("client disconnected (client-id: %d, ip: %s, c_tcp_port: %d, c_udp_port: %d, s_tcp_port: %d, s_udp_port: %d, msg: %s)" %
(client_obj.id, client_obj.ip, client_obj.c_tcp_port, client_obj.c_udp_port, client_obj.s_tcp_port, client_obj.s_udp_port, leave_msg), debug.P_INFO);
if (remove_from_list): clients.remove(client_obj);
client_obj = None;
num_clients -= 1;
def client_join(self, client_obj):
new_gcl = GameClient()
new_gcl.client_obj = client_obj
self.g_clients.append(new_gcl)
client_obj.joined_game = self
client_obj.game_client = new_gcl
#self_peer = Peer();
#self_peer.game_client = new_gcl;
#new_gcl.peers.append(self_peer);
if (len(self.g_clients) >= 2):
for gcl in self.g_clients:
if (gcl != new_gcl):
#send a bind request to all clients except the newly joined one
msg.send(
gcl.client_obj.tcp_sock, gcl.client_obj,
msg.build(_MID.SEND_UDP_PEER_BIND_REQUEST,
client_obj.id, client_obj.ip))
#add 1 new peer for the newly joined client
joined_peer = Peer()
joined_peer.game_client = new_gcl
gcl.peers.append(joined_peer)
print("added peer id %d to game client %d. peers len: %d" %
(new_gcl.client_obj.id, gcl.client_obj.id,
len(gcl.peers)))
#send a bind request to the newly joined client for every other client in the game
msg.send(
client_obj.tcp_sock, client_obj,
msg.build(_MID.SEND_UDP_PEER_BIND_REQUEST,
gcl.client_obj.id, gcl.client_obj.ip))
#append the newly joined clients peer list with every other client in the game
client_peer = Peer()
client_peer.game_client = gcl
new_gcl.peers.append(client_peer)
print(
"2added peer id %d to game client %d. peers len: %d" %
(gcl.client_obj.id, new_gcl.client_obj.id,
len(new_gcl.peers)))
def got_msg(sock, client_obj, byte_data):
message = msg.extract_message(sock, client_obj, byte_data);
if (message != None):
mid = message.mid;
params = message.params;
np = len(params);
msg.log(message);
callback.process_message(message);
return;
if (verify_params(mid, _MID.RECV_CLIENT_REGISTER_USER_PASS, np)):
print("username: %s, password: %s" % (params[0], params[1]));
db.add_user_account(params[0], params[1]);
elif (verify_params(mid, _MID.RELAY_TEST, np)):
msg.send(sock, client_obj, msg.build(_MID.RELAY_TEST, client_obj.id, client_obj.ip, client_obj.c_tcp_port, client_obj.c_udp_port));
elif (verify_params(mid, _MID.SEND_CLIENT_ID, np)):
pass;
elif (verify_params(mid, _MID.RECV_CLIENT_BINDED_UDP_PORT, np)):
client_obj.c_udp_port = params[0];
elif (verify_params(mid, _MID.RECV_UDP_PEER_BIND_PORT_SUCCESS, np)):
client_obj.joined_game.received_udp_bind_port(client_obj.game_client, params[0], params[1], params[2]);
elif (verify_params(mid, _MID.RECV_UDP_PEER_BIND_PORT_FAILED, np)):
client_obj.joined_game.received_udp_bind_port(client_obj.game_client, params[0], params[1], -1);
elif (verify_params(mid, _MID.RECV_PEER_CONNECT_SUCCESS, np)):
client_obj.joined_game.received_connect_success(client_obj.game_client, params[0], params[1]);
elif (verify_params(mid, _MID.BEGIN_RELAY_TEST, np)):
msg.send(sock, client_obj, msg.build(_MID.RELAY_TEST, client_obj.id, client_obj.ip, client_obj.c_tcp_port, client_obj.c_udp_port));
else:
print("received msg (raw: %s, len: %d) has an unknown MID" % (byte_data, byte_data.__len__()));
def received_udp_bind_port(self, game_client, peer_id, peer_ip, port):
if (port >= 0):
for p in game_client.peers:
if (p.game_client.client_obj.id == peer_id and p.game_client.client_obj.ip == peer_ip):
p.binded = True;
p.port = port;
print("peer id %d binded" % game_client.client_obj.id);
all_binded = True;
for gcl in self.g_clients:
for p in gcl.peers:
if (p.binded == False):
all_binded = False;
break;
if (all_binded):
print("all binded, sending ping pong requests");
for gcl in self.g_clients:
for p in gcl.peers:
pcl = p.game_client.client_obj;
msg.send(pcl.tcp_sock, pcl, msg.build(_MID.SEND_UDP_PEER_PORT, gcl.client_obj.id, p.port));
else:
print("udp bind failed, dunno how to handle this right now");
def handle_leave(client_obj, leave_msg, remove_from_list=True):
global clients
global num_clients
client_obj.left = True
msg.send(client_obj.tcp_sock, client_obj,
msg.build(_MID.SEND_CLIENT_LEAVE, leave_msg))
game.client_leave(client_obj)
accounts.handle_client_leave(client_obj)
client_obj.tcp_sock.close()
client_obj.udp_sock.close()
client_obj.callbacks = []
debug.log(
"client disconnected (client-id: %d, ip: %s, c_tcp_port: %d, c_udp_port: %d, s_tcp_port: %d, s_udp_port: %d, msg: %s)"
% (client_obj.id, client_obj.ip, client_obj.c_tcp_port,
client_obj.c_udp_port, client_obj.s_tcp_port, client_obj.s_udp_port,
leave_msg), debug.P_INFO)
if (remove_from_list): clients.remove(client_obj)
client_obj = None
num_clients -= 1
def updatechess():
# print ".",
global g, prev_board, prev_arBoard
for _ in range(100):
gtk.main_iteration(block=False)
# gtk.gdk.threads_enter()
if g is None and i.globalgamemodel is not None:
g = i.globalgamemodel
board = g.boards[-1]
msg.send("BEGIN:%s" % board.board.arBoard.tostring())
if g is not None:
# print g.players, id(g.boards[-1]), g.boards[-1]
board = g.boards[-1]
if board is not prev_board:
# print "BOARD:", board
if len(board.board.history) > 0:
prevmove = board.board.history[-1][0]
parsemove.parsemove(board, prev_arBoard, prevmove)
prev_board = board
prev_arBoard = board.board.arBoard[:]
def updatechess():
#print ".",
global g, prev_board, prev_arBoard
for _ in range(100):
gtk.main_iteration(block=False)
#gtk.gdk.threads_enter()
if g is None and i.globalgamemodel is not None:
g = i.globalgamemodel
board = g.boards[-1]
msg.send("BEGIN:%s" % board.board.arBoard.tostring())
if g is not None:
#print g.players, id(g.boards[-1]), g.boards[-1]
board = g.boards[-1]
if board is not prev_board:
#print "BOARD:", board
if len(board.board.history) > 0:
prevmove = board.board.history[-1][0]
parsemove.parsemove(board, prev_arBoard, prevmove)
prev_board = board
prev_arBoard = board.board.arBoard[:]
def main():
msg.init()
debug("Spawned")
while True:
m = msg.recv()
s = str(m)
try:
if m[0] == msg.ACLoginReq:
[_, user, password, compid, rfile, wfile] = m
try:
ok = password == credentials[user]
except KeyError:
ok = False
if ok:
debug(user + " logged in")
debug("RFile: " + str(rfile))
debug("WFile: " + str(wfile))
msg.send(msg.ACLoginResT, user, compid, rfile, wfile)
else:
debug(user + " refused (wrong password)")
msg.send(msg.ACLoginResF, user, compid)
elif m[0] == msg.ACFileReq:
[_, user, compid, request] = m
try:
ok = user in owners[request]
except KeyError:
ok = False
if ok:
debug(user + " access to " + request + " authorized")
msg.send(msg.ACFileResT, user, compid, request)
else:
debug(user + " access to " + request + " refused")
msg.send(msg.ACFileResF, user, compid, request)
else:
debug("Unhandled message " + s)
except ValueError:
debug("Unexpected payload " + s)
def removePiece(tcord, tpiece, opcolor):
send("REMOVE:%d,%d,%d" % (tcord, tpiece, opcolor))
def movePiece(fcord, tcord, piece, color):
send("MOVE:%d,%d,%d,%d" % (fcord, tcord, piece, color))
def click(self, x, y, button, press):
if press:
msg.send(msg.MouseClick, str(x), str(y), 1)
else:
msg.send(msg.MouseClick, str(x), str(y), 0)
def req_resource(self, uri): print "Requesting:", uri msg.send(msg.ReqResource, uri)
def send_udp_ping(client_obj):
client_obj.add_message_handler(_MID.RECV_UDP_PONG, handle_udp_pong,
callback.TIMEOUT_SHORT, True)
msg.send(client_obj.udp_sock, client_obj, msg.build(_MID.SEND_UDP_PING))
def click(self, x, y, button, press):
if press:
msg.send(msg.MouseClick, str(x), str(y), 1)
else:
msg.send(msg.MouseClick, str(x), str(y), 0)
def addPiece(tcord, piece, color):
send("ADD:%d,%d,%d" % (tcord, piece, color))
def send_udp_ping(client_obj):
client_obj.add_message_handler(_MID.RECV_UDP_PONG, handle_udp_pong, callback.TIMEOUT_SHORT, True);
msg.send(client_obj.udp_sock, client_obj, msg.build(_MID.SEND_UDP_PING));
#!/usr/bin/env python2.7
import msg, socket, time
import uuid
HOST_NAME = 'localhost' # !!!REMEMBER TO CHANGE THIS!!!
PORT_NUMBER = 9000 # Maybe set this to 9000.
def debug(s):
print(" L: " + s)
if __name__ == '__main__':
msg.init()
debug("Spawned")
s = socket.socket()
try:
s.bind((HOST_NAME, PORT_NUMBER))
print time.asctime(), "Server Starts - %s:%s" % (HOST_NAME,
PORT_NUMBER)
while True:
s.listen(0)
(bs, addr) = s.accept()
debug('Accepting: ' + str(addr))
msg.send(msg.LoginReq, 'default', ' ', str(uuid.uuid4()), bs, bs)
except:
s.close()
print time.asctime(), "Server Stops - %s:%s" % (HOST_NAME, PORT_NUMBER)
def req_resource(self, uri):
print "Requesting:", uri
msg.send(msg.ReqResource, uri)
def render(self, x, y, width, height):
self.shm_obj.write_webkit_as_png(x, y, width, height, self.browser)
msg.send(msg.Display, str(self.shm_obj.get_shmid()))
def addPiece(tcord, piece, color):
send("ADD:%d,%d,%d" % (tcord, piece, color))
def removePiece(tcord, tpiece, opcolor):
send("REMOVE:%d,%d,%d" % (tcord, tpiece, opcolor))
def keyrelease(self, keysym) :
msg.send(msg.KeyPress, str(keysym))
def movePiece(fcord, tcord, piece, color):
send("MOVE:%d,%d,%d,%d" % (fcord, tcord, piece, color))
def keyrelease(self, keysym):
msg.send(msg.KeyPress, str(keysym))
def handle_all_messages(m):
if (m.mid == _MID.RECV_CLIENT_ATTEMPT_REGISTER):
result = db.add_user_account(m.params[0], m.params[1])
msg.send(m.sock, m.client_obj,
msg.build(_MID.SEND_CLIENT_ATTEMPT_REGISTER_RESULT, result))
elif (m.mid == _MID.RECV_CLIENT_ATTEMPT_LOGIN):
result, unique_id = db.find_user_account(m.params[0], m.params[1])
if (result == LoginResult.SUCCESS):
acc_details = AccDetails()
acc_details.parent_client = m.client_obj
acc_details.unique_id = unique_id
m.client_obj.acc_details = acc_details
update_acc_details(m.client_obj, unique_id)
t = time.time()
db.set_attrib(unique_id, "last_login_time", t)
acc_details.last_login_time = t
result, total = db.get_attrib(unique_id, "total_login_time")
if (result == GeneralResult.SUCCESS):
acc_details.total_login_time = total
msg.send(m.sock, m.client_obj,
msg.build(_MID.SEND_CLIENT_ATTEMPT_LOGIN_RESULT, result))
elif (m.mid == _MID.RECV_REQUEST_FOR_CLIENT_ACCOUNT_DETAILS):
acc_details = m.client_obj.acc_details
result = GeneralResult.ERROR
username = ""
gold = -1
if (acc_details and acc_details.parent_client == m.client_obj):
result = GeneralResult.SUCCESS
username = acc_details.username
gold = acc_details.gold
msg.send(
m.sock, m.client_obj,
msg.build(_MID.SEND_CLIENT_ACCOUNT_DETAILS, result, username,
gold))
elif (m.mid == _MID.RECV_REQUEST_TO_BUY_BOOSTER_PACK):
acc_details = m.client_obj.acc_details
result = GeneralResult.UNKNOWN_ERROR
gold = -1
if (m.client_obj.acc_details != None):
cost = 0
if (m.params[0] == 0):
cost = 450
elif (m.params[0] == 1):
cost = 800
elif (m.params[0] == 2):
cost = 2000
if (cost != 0):
gold = acc_details.gold - cost
if (gold >= 0):
result = db.set_acc_gold(acc_details.unique_id, gold)
if (result == GeneralResult.SUCCESS):
acc_details.gold = gold
else:
result = GeneralResult.ERROR
msg.send(
m.sock, m.client_obj,
msg.build(_MID.SEND_REQUEST_TO_BUY_BOOSTER_PACK_RESULT, result,
gold))
#!/usr/bin/env python2.7
import msg, socket, time
import uuid
HOST_NAME = 'localhost' # !!!REMEMBER TO CHANGE THIS!!!
PORT_NUMBER = 9000 # Maybe set this to 9000.
def debug(s):
print(" L: " + s)
if __name__ == '__main__':
msg.init()
debug("Spawned")
s = socket.socket()
try:
s.bind((HOST_NAME, PORT_NUMBER))
print time.asctime(), "Server Starts - %s:%s" % (HOST_NAME, PORT_NUMBER)
while True:
s.listen(0)
(bs, addr) = s.accept()
debug('Accepting: ' + str(addr))
msg.send(msg.LoginReq, 'default', ' ', str(uuid.uuid4()), bs, bs)
except:
s.close()
print time.asctime(), "Server Stops - %s:%s" % (HOST_NAME, PORT_NUMBER)
def render(self, x, y, width, height): self.shm_obj.write_webkit_as_png(x, y, width, height, self.browser) msg.send(msg.Display, str(self.shm_obj.get_shmid()))