def __init__(self, fileName):
"""fileName: xml spec file name"""
Parser.__init__(self, fileName)
self.analyticsTools = {}
self.analyticsToolTb = None
self.colsDesc = None
self.sqlFileHd = None
self.cmdFileHd = None
def test_parser(self):
parser = Parser(self.input_file)
rooms, classes, students, class_map = parser.parse_input()
for class_id in classes:
students_in_class = classes[class_id]
for student in students_in_class:
self.assertTrue(class_id in students[student])
def __init__(self):
self.online = {}
self.modules = {}
self.parser = Parser()
self.rooms = Room(self)
for item in modules:
module = importlib.import_module(f"modules.{item}")
class_ = getattr(module, module.class_name)
self.modules[class_.prefix] = class_(self)
self.clothes = self.parser.parse_clothes()
self.furniture = self.parser.parse_furniture()
self.game_items = self.parser.parse_game_items()
def __init__(self, host="0.0.0.0", port=8123):
self.online = {}
self.slots = []
self.rooms = {}
self.inv = {}
self.msgmeter = {}
self.parser = Parser()
self.conflicts = self.parser.parse_conflicts()
self.achievements = self.parser.parse_achievements()
self.trophies = self.parser.parse_trophies()
self.game_items = self.parser.parse_game_items()
self.appearance = self.parser.parse_appearance()
self.modules = {}
for item in modules:
module = importlib.import_module(f"modules.{item}")
class_ = getattr(module, module.class_name)
self.modules[class_.prefix] = class_(self)
self.kicked = []
def callback(self, commands):
print "xgw: Dispatching commands"
result = ["\n"]
for cmd in Parser(commands).fragment:
if isinstance(cmd, Element):
print "xgw: Invoking ", cmd
cmd_res = self._invoke(cmd)
print "xgw: Outcome ", cmd_res.name # print error or result
result.append(cmd_res)
result.append("\n")
return str(Generator(result))
def __createToolsTb(self):
"""create the analytics tool table"""
# drop table stmt
stmt = "DROP TABLE IF EXISTS " + self.analyticsToolTb + " cascade;\n\n"
self.sqlFileHd.write(stmt)
analytics_tools = Parser.getNodeTag(self, self.xmlDoc, "analytics_tools")
metadata = Parser.getNodeTag(self, analytics_tools, "metadata")
colList = Parser.getNodeList(self, metadata, "column")
for col in colList:
colName = Parser.getNodeVal(self, col, "name")
colType = Parser.getNodeVal(self, col, "type")
self.colsDesc[colName] = colType
# convert dict
cols = self.dicToArray(self.colsDesc)
# create table stmt
stmt = "CREATE TABLE " + self.analyticsToolTb + "("
stmt = stmt + ','.join(cols) + ");\n\n"
self.sqlFileHd.write(stmt)
def testconfig(self):
"""Parse logger database connection to store result."""
try:
configuration = Parser.getNodeTag(self, self.xmlDoc, "configuration")
metadatadb = Parser.getNodeTag(self, configuration, "metadatadb")
self.user = Parser.getNodeVal(self, metadatadb, "user")
self.host = Parser.getNodeVal(self, metadatadb, "host")
self.port = Parser.getNodeVal(self, metadatadb, "port")
self.database = Parser.getNodeVal(self, metadatadb, "database")
self.resultDBSchema = Parser.getNodeVal(self, metadatadb, "schema")
self.resultDBconf = {'username':self.user, 'host':self.host, 'port':self.port, \
'database':self.database, 'schema':self.resultDBSchema, 'name':'resultDB'}
self.dbmanager = dbManager.dbManager(self.resultDBconf)
except Exception, exp:
print str(exp)
print "Error when parsing testConfig"
sys.exit()
def __init__(self, fileName):
Parser.__init__(self, fileName)
class Server():
def __init__(self, host="0.0.0.0", port=8123):
self.online = {}
self.slots = []
self.rooms = {}
self.inv = {}
self.msgmeter = {}
self.parser = Parser()
self.conflicts = self.parser.parse_conflicts()
self.achievements = self.parser.parse_achievements()
self.trophies = self.parser.parse_trophies()
self.game_items = self.parser.parse_game_items()
self.appearance = self.parser.parse_appearance()
self.modules = {}
for item in modules:
module = importlib.import_module(f"modules.{item}")
class_ = getattr(module, module.class_name)
self.modules[class_.prefix] = class_(self)
self.kicked = []
async def listen(self):
self.redis = await aioredis.create_redis_pool("redis://localhost",
encoding="utf-8")
loop = asyncio.get_event_loop()
for prefix in self.modules:
module = self.modules[prefix]
if hasattr(module, "_background"):
loop.create_task(module._background())
print(f"{prefix} background")
self.server = await asyncio.start_server(self.new_conn, "0.0.0.0",
8123)
loop.create_task(self._background())
await websockets.server.serve(self.handle_websocket, "localhost", 8765)
logging.info("Сервер готов принимать соединения")
async def stop(self):
logging.info("Выключение...")
for uid in self.online.copy():
try:
await self.online[uid].send([6, "Restart", {}], type_=2)
except Exception:
continue
self.server.close()
await self.server.wait_closed()
async def handle_websocket(self, websocket, path):
data = json.loads(await websocket.recv())
if data["action"] == "get_online":
await websocket.send(
json.dumps({
"action": "online",
"online": len(self.online)
}))
async def new_conn(self, reader, writer):
loop = asyncio.get_event_loop()
loop.create_task(Client(self).handle(reader, writer))
async def process_data(self, data, client):
if not client.uid:
if data["type"] != 1:
return client.writer.close()
return await self.auth(data["msg"], client)
if data["type"] == 2:
return client.writer.close()
elif data["type"] == 17:
await client.send([data["msg"][0], client.uid], type_=17)
if data["msg"][0].split("_")[0] == "game":
await self.modules["lg"].exit_game(data["msg"][0], client)
elif data["type"] == 34:
if data["msg"][1] == "clerr":
return
if client.uid in self.msgmeter:
self.msgmeter[client.uid] += 1
if self.msgmeter[client.uid] > 160:
if client.uid in self.kicked:
return client.writer.close()
self.kicked.append(client.uid)
logging.debug(f"Кик {client.uid} за превышение лимитов")
await client.send([
"cp.ms.rsm", {
"txt": "Вы были кикнуты "
"за превышение "
"лимитов"
}
])
await client.send([5, "Limits kick", {}], type_=2)
return client.writer.close()
else:
self.msgmeter[client.uid] = 1
client.last_msg = time.time()
prefix = data["msg"][1].split(".")[0]
if prefix not in self.modules:
logging.warning(f"Command {data['msg'][1]} not found")
return
if not client.drop:
if client.debug:
logging.debug(f"uid: {client.uid}, {data}")
await self.modules[prefix].on_message(data["msg"], client)
# asyncio.create_task(self.modules[prefix].on_message(data["msg"],
# client))
async def auth(self, msg, client):
uid = await self.redis.get(f"auth:{msg[2]}")
if not uid:
await client.send([5, "Key is invalid", {}], type_=2)
client.writer.close()
return
cfghash = msg[3]["cfghsh"]
if not os.path.exists(f"files/data/config_all_ru_{cfghash}.zip"):
print(f"КОНФИГ ЛЕВЫЙ - {uid}")
banned = await self.redis.get(f"uid:{uid}:banned")
if not banned and uid != "38046":
await self.redis.set(f"uid:{uid}:banned", 0)
await self.redis.set(f"uid:{uid}:ban_time", int(time.time()))
await self.redis.set(f"uid:{uid}:ban_end", 0)
await self.redis.set(f"uid:{uid}:ban_reason", "Читы")
message = f"{uid} получил автобан\nПричина: читы"
await self.modules["cp"].send_tg(message)
banned = await self.redis.get(f"uid:{uid}:banned")
if banned:
ban_time = int(await self.redis.get(f"uid:{uid}:ban_time"))
ban_end = int(await self.redis.get(f"uid:{uid}:ban_end"))
reason = await self.redis.get(f"uid:{uid}:ban_reason")
if not reason:
reason = ""
category = await self.redis.get(f"uid:{uid}:ban_category")
if category:
category = int(category)
else:
category = 4
if ban_end == 0:
time_left = 0
else:
time_left = ban_end - int(time.time() * 1000)
if time_left < 0 and ban_end != 0:
await self.redis.delete(f"uid:{uid}:banned")
await self.redis.delete(f"uid:{uid}:ban_time")
await self.redis.delete(f"uid:{uid}:ban_end")
await self.redis.delete(f"uid:{uid}:ban_reason")
else:
await client.send([
10, "User is banned", {
"duration": 999999,
"banTime": ban_time,
"notes": reason,
"reviewerId": banned,
"reasonId": category,
"unbanType": "none",
"leftTime": time_left,
"id": None,
"reviewState": 1,
"userId": uid,
"moderatorId": banned
}
],
type_=2)
client.writer.close()
return
if uid in self.online:
try:
await self.online[uid].send([6, {}], type_=3)
self.online[uid].writer.close()
except OSError:
pass
user_data = await self.get_user_data(uid)
if not user_data:
pipe = self.redis.pipeline()
pipe.set(f"uid:{uid}:slvr", 1000)
pipe.set(f"uid:{uid}:gld", 6)
pipe.set(f"uid:{uid}:enrg", 100)
pipe.set(f"uid:{uid}:exp", 493500)
pipe.set(f"uid:{uid}:emd", 0)
pipe.set(f"uid:{uid}:lvt", 0)
await pipe.execute()
user_data = await self.get_user_data(uid)
role = user_data["role"]
if len(self.slots) >= 1700 and uid not in self.slots and not role and \
not user_data["premium"]:
await client.send([
10, "User is banned", {
"duration":
999999,
"banTime":
1,
"notes":
"Сервер переполнен, пожалуйста, "
"попытайтесь войти чуть позже. "
"Игроки купившие премиум могут "
"входить на переполненный сервер "
"без ограничений!",
"reviewerId":
"1",
"reasonId":
4,
"unbanType":
"none",
"leftTime":
0,
"id":
None,
"reviewState":
1,
"userId":
uid,
"moderatorId":
"1"
}
],
type_=2)
client.writer.close()
return
if uid not in self.slots:
self.slots.append(uid)
client.uid = uid
client.user_data["id"] = uid
email = await self.redis.get(f"uid:{uid}:email")
if email:
client.user_data["email"] = email
self.online[uid] = client
await self.redis.set(f"uid:{uid}:lvt", int(time.time()))
await self.check_new_act(client, user_data["lvt"])
await self.redis.set(f"uid:{uid}:ip", client.addr)
if uid not in self.inv:
self.inv[uid] = Inventory(self, uid)
await self.inv[uid]._get_inventory()
else:
self.inv[uid].expire = 0
if user_data["prem_time"] != 0 and \
time.time() - user_data["prem_time"] > 0:
await self.remove_premium(uid)
await client.send([client.uid, "", True, False, False], type_=1)
client.checksummed = True
async def check_new_act(self, client, lvt):
now = datetime.now()
old = datetime.fromtimestamp(lvt)
give = False
if now.day - old.day == 1:
give = True
else:
delta = now - old
if now.day != old.day:
if delta.days <= 1:
give = True
else:
await self.redis.delete(f"uid:{client.uid}:days")
if give:
strik = await self.redis.get(f"uid:{client.uid}:days")
if not strik:
strik = 1
else:
strik = int(strik)
if strik >= 5:
user_data = await self.get_user_data(client.uid)
if user_data["premium"] and strik < 8:
strik += 1
else:
strik += 1
await self.redis.incrby(f"uid:{client.uid}:act", strik)
await self.redis.set(f"uid:{client.uid}:days", strik)
async def remove_premium(self, uid):
clothes = self.modules["a"].clothes_list
apprnc = await self.redis.lindex(f"uid:{uid}:appearance", 2)
if not apprnc:
return
if apprnc == "1":
gender = "boy"
else:
gender = "girl"
items = await self.redis.smembers(f"uid:{uid}:items")
crt = int(await self.redis.get(f"uid:{uid}:crt"))
for category in clothes[gender]:
for item in clothes[gender][category]:
if not clothes[gender][category][item]["vipOnly"]:
continue
for tmp in items:
if item not in tmp:
continue
await self.inv[uid].take_item(item)
crt -= clothes[gender][category][item]["rating"]
for ctp in [
"casual", "club", "official", "swimwear",
"underdress"
]:
await self.redis.srem(f"uid:{uid}:{ctp}", item)
break
await self.redis.set(f"uid:{uid}:crt", crt)
await self.redis.set(f"uid:{uid}:wearing", "casual")
for item in const.PREMIUM_BUBBLES:
await self.inv[uid].take_item(item)
await self.redis.delete(f"uid:{uid}:trid")
await self.redis.delete(f"uid:{uid}:bubble")
await self.redis.delete(f"uid:{uid}:premium")
async def get_user_data(self, uid):
pipe = self.redis.pipeline()
pipe.get(f"uid:{uid}:slvr")
pipe.get(f"uid:{uid}:enrg")
pipe.get(f"uid:{uid}:gld")
pipe.get(f"uid:{uid}:exp")
pipe.get(f"uid:{uid}:emd")
pipe.get(f"uid:{uid}:lvt")
pipe.get(f"uid:{uid}:trid")
pipe.get(f"uid:{uid}:crt")
pipe.get(f"uid:{uid}:hrt")
pipe.get(f"uid:{uid}:act")
pipe.get(f"uid:{uid}:role")
pipe.get(f"uid:{uid}:premium")
result = await pipe.execute()
if not result[0]:
return None
if result[5]:
lvt = int(result[5])
else:
lvt = 0
if result[7]:
crt = int(result[7])
else:
crt = await self.modules["a"].update_crt(uid)
if result[8]:
hrt = int(result[8])
else:
hrt = await self.modules["frn"].update_hrt(uid)
if result[9]:
act = int(result[9])
else:
act = 0
if result[10]:
role = int(result[10])
else:
role = 0
premium = False
if result[11]:
prem_time = int(result[11])
if prem_time == 0 or prem_time - time.time() > 0:
premium = True
else:
prem_time = 0
return {
"uid": uid,
"slvr": int(result[0]),
"enrg": int(result[1]),
"gld": int(result[2]),
"exp": int(result[3]),
"emd": int(result[4]),
"lvt": lvt,
"crt": crt,
"act": act,
"hrt": hrt,
"trid": result[6],
"role": role,
"premium": premium,
"prem_time": prem_time
}
async def get_appearance(self, uid):
apprnc = await self.redis.lrange(f"uid:{uid}:appearance", 0, -1)
if not apprnc:
return False
return {
"n": apprnc[0],
"nct": int(apprnc[1]),
"g": int(apprnc[2]),
"sc": int(apprnc[3]),
"ht": int(apprnc[4]),
"hc": int(apprnc[5]),
"brt": int(apprnc[6]),
"brc": int(apprnc[7]),
"et": int(apprnc[8]),
"ec": int(apprnc[9]),
"fft": int(apprnc[10]),
"fat": int(apprnc[11]),
"fac": int(apprnc[12]),
"ss": int(apprnc[13]),
"ssc": int(apprnc[14]),
"mt": int(apprnc[15]),
"mc": int(apprnc[16]),
"sh": int(apprnc[17]),
"shc": int(apprnc[18]),
"rg": int(apprnc[19]),
"rc": int(apprnc[20]),
"pt": int(apprnc[21]),
"pc": int(apprnc[22]),
"bt": int(apprnc[23]),
"bc": int(apprnc[24])
}
async def get_clothes(self, uid, type_):
clothes = []
cur_ctp = await self.redis.get(f"uid:{uid}:wearing")
for item in await self.redis.smembers(f"uid:{uid}:{cur_ctp}"):
if "_" in item:
id_, clid = item.split("_")
clothes.append({"id": id_, "clid": clid})
else:
clothes.append({"id": item, "clid": ""})
if type_ == 1:
ctps = ["casual", "club", "official", "swimwear", "underdress"]
clths = {"cc": cur_ctp, "ccltns": {}}
clths["ccltns"][cur_ctp] = {"cct": [], "cn": "", "ctp": cur_ctp}
for item in clothes:
if item["clid"]:
clths["ccltns"][cur_ctp]["cct"].append(f"{item['id']}:"
f"{item['clid']}")
else:
clths["ccltns"][cur_ctp]["cct"].append(item["id"])
ctps.remove(cur_ctp)
for ctp in ctps:
clths["ccltns"][ctp] = {"cct": [], "cn": "", "ctp": ctp}
clothes = []
for item in await self.redis.smembers(f"uid:{uid}:{ctp}"):
if "_" in item:
id_, clid = item.split("_")
clothes.append({"id": id_, "clid": clid})
else:
clothes.append({"id": item, "clid": ""})
for item in clothes:
if item["clid"]:
clths["ccltns"][ctp]["cct"].append(f"{item['id']}:"
f"{item['clid']}")
else:
clths["ccltns"][ctp]["cct"].append(item["id"])
elif type_ == 2:
clths = {"clths": []}
for item in clothes:
clths["clths"].append({
"tpid": item["id"],
"clid": item["clid"]
})
elif type_ == 3:
clths = {"cct": [], "cn": "", "ctp": cur_ctp}
for item in clothes:
if item["clid"]:
clths["cct"].append(f"{item['id']}:{item['clid']}")
else:
clths["cct"].append(item["id"])
return clths
async def get_room_items(self, uid, room):
if "_" in room:
raise exceptions.WrongRoom()
names = []
pipe = self.redis.pipeline()
spipe = self.redis.pipeline()
for name in await self.redis.smembers(f"rooms:{uid}:{room}:items"):
pipe.lrange(f"rooms:{uid}:{room}:items:{name}", 0, -1)
spipe.smembers(f"rooms:{uid}:{room}:items:{name}:options")
names.append(name)
result = await pipe.execute()
options = await spipe.execute()
i = 0
items = []
for name in names:
name, lid = name.split("_")
item = result[i]
option = options[i]
try:
tmp = {
"tpid": name,
"x": float(item[0]),
"y": float(item[1]),
"z": float(item[2]),
"d": int(item[3]),
"lid": int(lid)
}
except IndexError:
await self.redis.srem(f"rooms:{uid}:{room}:items",
f"{name}_{lid}")
await self.redis.delete(f"rooms:{uid}:{room}:items:"
f"{name}_{lid}")
continue
for kek in option:
if kek == "clrs":
item = await self.redis.smembers(f"rooms:{uid}:{room}:"
f"items:{name}_{lid}:"
f"{kek}")
else:
item = await self.redis.get(f"rooms:{uid}:{room}:items:"
f"{name}_{lid}:{kek}")
tmp[kek] = item
items.append(tmp)
i += 1
return items
async def _background(self):
while True:
logging.info(f"Игроков онлайн: {len(self.online)}")
logging.info(f"Кикнуто за превышение лимитов: {len(self.kicked)}")
self.msgmeter = {}
self.kicked = []
for uid in self.inv.copy():
inv = self.inv[uid]
if uid not in self.online and time.time() - inv.expire > 0:
del self.inv[uid]
for uid in self.slots.copy():
if uid not in self.online:
self.slots.remove(uid)
for uid in self.online.copy():
if uid not in self.online:
continue
if time.time() - self.online[uid].last_msg > 420:
client = self.online[uid]
user_data = await self.get_user_data(uid)
if user_data["role"] or user_data["premium"]:
continue
# logging.debug(f"Кик {client.uid} за афк")
await client.send(
["cp.ms.rsm", {
"txt": "Вы были кикнуты "
"за афк"
}])
await client.send([3, {}], type_=3)
client.writer.close()
if uid in self.slots:
self.slots.remove(uid)
await asyncio.sleep(60)
class ConfigurationsManager:
"""Manages all the configuration settings.
Examples:
>>> config_manager = ConfigurationsManager()
# make a directory
>>> config_manager.make_directory('test_directory') # doctest: +ELLIPSIS
...\\test_directory
# load specified component settings as a dictionary object from XML configuration file
>>> launcher_settings = config_manager.get_configuration_settings('launcher_configurations', CONFIG_FILE)
>>> print(launcher_settings)
{'foo': {'bar': None}, 'test_type': 'cluster'}
>>> print(type(launcher_settings))
<class 'dict'>
# configure and load logger
>>> myLogger = ConfigurationsManager().load_log_configurations(__name__)
>>> myLogger.info("configured") # doctest: +ELLIPSIS
20...INFO configurationsmanager... configured
"""
__directories_manager = DirectoriesManager()
__parser = Parser()
__configuration_file = CONFIG_FILE
def make_directory(self, directory):
"""Wrapper for making directories"""
return self.__directories_manager.make_directory(directory)
def get_directory(self, directory):
"""Wrapper for retrieving directories"""
return self.__directories_manager.get_directory(directory)
def load_xml(self, configuration_file, component):
"""Wrapper for loading an xml file"""
# loads the xml configuration file as an xml.etree.ElementTree
global_configurations_xml_tree = self.__parser.load_xml(configuration_file)
root = global_configurations_xml_tree.getroot()
# get the xml configuration settings for the desired component
component_configurations_xml = root.find(component)
if component_configurations_xml is None:
# TODO: a better exception handling
raise LookupError("configuration settings not found!", component)
return component_configurations_xml
def convert_xml_to_dictionary(self, xml):
"""Wrapper for converting xml to dictionary"""
return self.__parser.convert_xml2dict(xml)
def get_configuration_settings(self, component, configuration_file=None):
"""Returns the specified component_configuration settings from
the ``configuration_file``.
"""
if configuration_file is None:
configuration_file = self.__configuration_file
component_configurations_xml = self.load_xml(configuration_file, component)
component_configurations_dict = self.convert_xml_to_dictionary(component_configurations_xml)
return component_configurations_dict
def load_log_configurations(self, name, directory=None,
configuration_settings=None):
"""Creates a logger with the specified name and configuration settings.
Parameters
----------
name : str
Logger name
directory: str
target directory for the log file
configuration_settings: dict
configuration settings for the logger
Returns
------
Return a logger
"""
if directory is None:
# Case: if no directory is specified,
# set the default directory for the logs
target_directory = self.get_directory(directory='logs')
else:
# Case: make specified directory for the logs
target_directory = self.make_directory(directory)
if configuration_settings is None:
log_configurations = self.get_configuration_settings(
'log_configurations')
logger = ConfigLogger()
return logger.initialize_logger(name, target_directory,
configurations=log_configurations)
def preform_genetic_algorithm(input_file, fitness_threshold, round_limit):
parser = Parser(input_file)
room_information_dict, course_students_dict, student_courses_dict, _ = parser.parse_input(
)
room_ids = list(room_information_dict.keys())
population = seed_population(POPULATION_SIZE, course_students_dict,
room_ids)
fitness_calculator = FitnessCalculator(room_information_dict,
course_students_dict,
student_courses_dict,
fitness_threshold)
rounds = 1
min_fitness = float('inf')
while rounds <= round_limit or round_limit == 0:
print("Beginning new selection")
population = selector.selection(population, fitness_calculator)
# print('population after selection:')
# for individual in population:
# print(individual)
# print('***')
# print('end population')
population = crossover.population_crossover(population)
# print('population after crossover:')
# for individual in population:
# print(individual)
# print('***')
# print('end population')
population = mutator.mutate_population(population, room_ids)
# print('population after mutation:')
# for individual in population:
# print(individual)
# print('***')
# print('end population')
fit_chromosomes = fitness_calculator.get_fit_chromosomes(population)
# distinct_individuals = []
# for individual in population:
# if individual not in distinct_individuals:
# distinct_individuals.append(individual)
# print('Num distinct individuals after mutation: {}'.format(len(distinct_individuals)))
if fit_chromosomes:
print('Num fit chromosomes: {}'.format(len(fit_chromosomes)))
for chromosome, fitness, validity in fit_chromosomes:
min_fitness = min(min_fitness, fitness)
if validity == True:
return chromosome, fitness, rounds, course_students_dict
rounds += 1
print('Failed. Min fitness found: {}'.format(min_fitness))
return None
class Server:
def __init__(self):
self.online = {}
self.modules = {}
self.parser = Parser()
self.rooms = Room(self)
for item in modules:
module = importlib.import_module(f"modules.{item}")
class_ = getattr(module, module.class_name)
self.modules[class_.prefix] = class_(self)
self.clothes = self.parser.parse_clothes()
self.furniture = self.parser.parse_furniture()
self.game_items = self.parser.parse_game_items()
async def open_connections(self):
self.logging("Server is ready to accept connections!")
self.redis = await aioredis.create_redis_pool("redis://localhost",
encoding="utf-8")
self.server = await asyncio.start_server(self.new_connection,
"127.0.0.1", 8123)
asyncio.create_task(self._background())
async def check_outside_get_room(self, client):
element = 0
old_type = client.old_type
while element < 5:
if old_type == client.old_type:
element += 1
else:
return False
await asyncio.sleep(0.5)
client.old_type = 0
await client.send(
{
'secretKey': None,
'zoneId': client.zoneId,
'user': {
'roomIds': [],
'name': None,
'zoneId': client.zoneId,
'userId': client.uid
},
'userId': client.uid
},
type_=1)
async def process_data(self, msg, client):
client.old_type = msg['type']
if msg['type'] == 1:
if client.uid is None:
if 'login' not in msg['msg']:
return self.logging(f"Ошибка авторизации!")
return await self.auth(msg['msg'], client)
return await self.auth(msg['msg'], client)
elif msg['type'] == 2 or msg['type'] == 17:
return asyncio.create_task(self.check_outside_get_room(client))
elif msg['type'] == 32:
if msg['msg']['text'].startswith('!'):
await self.chat_command(msg['msg']['text'], client)
if 'recipients' in msg['msg']:
del msg['msg']['recipients']
msg['msg']['text'] = "Ввёл команду."
return await self.chat(msg['msg'], client)
elif msg['type'] == 34:
prefix = msg['msg']['command'].split(".")[0]
if prefix not in self.modules:
return self.logging(
f"Command {msg['msg']['command']} not found.")
if msg['msg']['command'] == 'crt.bcp':
if 'avacoin' not in msg['msg']['data']['pk'].lower():
return await self.modules['b'].buy_gold(msg['msg'], client)
return await self.modules['b'].buy_coint(msg['msg'], client)
return await self.modules[prefix].get_message(msg['msg'], client)
return self.logging(f"Type error: {msg['type']}")
async def chat_command(self, msg, client):
subcommand = msg[1:]
if " " in msg:
subcommand = msg.split()[0][1:]
if subcommand == 'команда':
return await self.send_system_message(subcommand, msg, client)
elif subcommand == 'бан':
return await self.user_ban(subcommand, msg, client)
elif subcommand == 'уровень':
return await self.change_avatar_level(subcommand, msg, client)
async def change_avatar_level(self, subcommand, msg, client):
level = msg.split(subcommand)[1].strip()
if not level.isdigit():
return await self.error(type_=1, client=client)
premium = await self.redis.get(f"uid:{client.uid}:premium")
premium = False if not premium else True
if not premium and int(level) > 69 or int(level) < 10:
return await self.error(type_=2, client=client)
elif premium and int(level) > 998 or int(level) < 10:
level = 998
await self.redis.set(f"uid:{client.uid}:exp", get_exp(int(level)))
await Location(self, client).refresh_avatar()
await Location(self, client).ntf_ci()
return await client.send(
{
'broadcast': False,
'text': f'Ваш уровень изменился на {level}.'
},
type_=36)
async def error(self, type_=1, client=None):
message = ""
if type_ == 1:
message = "Ошибка в команде"
elif type_ == 2:
message = "Вам доступна смена уровня от 10 до 69. Купите премиум на avaland.xyz"
return await client.send({
'broadcast': False,
'text': message
},
type_=36)
async def user_ban(self, subcommand, msg, client):
gen_plr = await Location(self, client).gen_plr()
if gen_plr['usrinf']['rl'] != const.BAN_PRIVILEGIES:
return
try:
uid = msg.split("uid=")[1].split("&")[0]
reason = msg.split("reason=")[1].split("&")[0]
minutes = msg.split("minutes=")[1].split("&")[0]
except IndexError:
return
if uid and reason and minutes:
await self.redis.set(f'uid:{uid}:banned', client.uid)
await self.redis.set(f'uid:{uid}:reason_ban', reason)
await self.redis.set(f'uid:{uid}:time_ban', minutes)
await self.redis.set(f'uid:{uid}:times', int(time.time()))
await self.redis.set(f'uid:{uid}:left_ban',
int(time.time()) + int(minutes) * 60)
if uid in self.online:
tmp = self.online[uid]
await tmp.send(
{
'zoneId': tmp.zoneId,
'error': {
'code': 10,
'data': {
'duration': int(minutes),
'reason': reason,
'banTime': int(time.time()),
'reasonId': 4,
'unbanType': 'admin panel',
'leftTime': int(time.time()) * 1000,
'userId': tmp.uid,
'moderatorId': client.uid
},
'message': 'User is banned'
}
},
type_=2)
return await client.send(
{
'broadcast': False,
'text': f"{uid} получил бан"
}, type_=36)
async def send_system_message(self, subcommand, msg, client):
gen_plr = await Location(self, client).gen_plr()
if gen_plr['usrinf']['rl'] != const.SEND_SYSTEM_MESSAGE:
return
message = msg.split(subcommand)[1].strip()
for user in self.online:
tmp = self.online[user]
await tmp.send({'broadcast': False, 'text': message}, type_=36)
async def chat(self, msg, client):
apprnc = await self.get_appearance(client.uid)
if not apprnc or not apprnc['n']:
return
broadcast = True
if 'recipients' in msg:
broadcast, uidS = False, msg['recipients'][0]
for uid in self.online:
if not broadcast and\
uid not in [uidS, client.uid]:
continue
tmp = self.online[uid]
if tmp.room == client.room:
await tmp.send(
{
'broadcast': broadcast,
'sender': {
'roomIds': [client.room],
'name': apprnc['n'],
'zoneId': client.zoneId,
'userId': client.uid
},
'text': msg['text']
},
type_=32)
async def technical_working(self, client):
return await client.send(
{
'zoneId': 'house',
'error': {
'code': 10,
'data': {
'duration': 999999999,
'reason': "тест серверов avatarlife.",
'banTime': int(time.time()),
'reasonId': 4,
'unbanType': 'admin panel',
'leftTime': 0,
'userId': None,
'moderatorId': "1"
},
'message': 'User is banned'
}
},
type_=2)
async def auth(self, msg, client):
if not await self.redis.get(f"login:{msg['login']}"):
uid, password = await self._new_account(msg['login'])
else:
uid = await self.redis.get(f"login:{msg['login']}")
password = await self.redis.get(f"uid:{uid}:password")
role = await self.redis.get(f'uid:{uid}:rl')
if const.TECHNICAL_WORKING and not role:
return await self.technical_working(client)
if client.uid:
apprnc = await self.get_appearance(client.uid)
await client.send(
{
'reason': 2,
'data': {},
'zoneId': client.zoneId,
'user': {
'roomIds': [],
'name': apprnc['n'],
'userId': client.uid
}
},
type_=3)
if not client.uid:
banned = await self.redis.get(f'uid:{uid}:banned')
if banned:
times = await self.redis.get(f'uid:{uid}:times')
reason = await self.redis.get(f'uid:{uid}:reason_ban')
time_ban = await self.redis.get(f'uid:{uid}:time_ban')
left_ban = await self.redis.get(f'uid:{uid}:left_ban')
if int(time.time()) - int(left_ban) > 0:
for banType in [
'banned', 'times', 'reason_ban', 'time_ban',
'left_ban'
]:
await self.redis.delete(f'uid:{uid}:{banType}')
banned = False
if banned:
return await client.send(
{
'zoneId': msg['zoneId'],
'error': {
'code': 10,
'data': {
'duration': int(time_ban),
'reason': reason,
'banTime': int(times),
'reasonId': 4,
'unbanType': 'admin panel',
'leftTime': int(times) * 1000,
'userId': uid,
'moderatorId': banned
},
'message': 'User is banned'
}
},
type_=2)
if uid in self.online:
tmp = self.online[uid]
await tmp.writer.close()
del self.online[uid]
client.uid = str(uid)
if client.uid not in self.online:
self.online[client.uid] = client
client.zoneId = msg['zoneId']
client.step_to_activate = False
await self.check_new_act(client)
return await client.send(
{
'secretKey': password,
'zoneId': msg['zoneId'],
'user': {
'roomIds': [],
'name': None,
'zoneId': msg['zoneId'],
'userId': client.uid
},
'userId': client.uid
},
type_=1)
async def check_new_act(self, client):
premium = await self.redis.get(f"uid:{client.uid}:premium")
if not premium:
return
if int(time.time()) - int(premium) > 0:
self.redis.delete(f"uid:{client.uid}:dr")
self.redis.delete(f"uid:{client.uid}:premium")
async def get_appearance(self, uid):
apprnc = await self.redis.lrange(f"uid:{uid}:appearance", 0, -1)
if not apprnc:
return False
return {
"n": apprnc[0],
"g": int(apprnc[1]),
"hc": int(apprnc[2]),
"ec": int(apprnc[3]),
"bc": int(apprnc[4]),
"sc": int(apprnc[5]),
"bt": int(apprnc[6]),
"rg": int(apprnc[7]),
"et": int(apprnc[8]),
"brc": int(apprnc[9]),
"ht": int(apprnc[10]),
"sh": int(apprnc[11]),
"ss": int(apprnc[12]),
"mc": int(apprnc[13]),
"brt": int(apprnc[14]),
"rc": int(apprnc[15]),
"shc": int(apprnc[16]),
"mt": int(apprnc[17])
}
async def add_item(self, uid, name, type_, amount=1):
redis = self.redis
item = await redis.lrange(f"uid:{uid}:items:{name}", 0, -1)
if item:
if type_ == "cls":
return
await redis.lset(f"uid:{uid}:items:{name}", 1,
int(item[1]) + amount)
else:
await redis.sadd(f"uid:{uid}:items", name)
await redis.rpush(f"uid:{uid}:items:{name}", type_, amount)
async def take_item(self, item, uid, amount=1):
redis = self.redis
items = await redis.smembers(f"uid:{uid}:items")
if item not in items:
return False
tmp = await redis.lrange(f"uid:{uid}:items:{item}", 0, -1)
if not tmp:
await redis.srem(f"uid:{uid}:items", item)
return False
type_ = tmp[0]
have = int(tmp[1])
if have < amount:
return False
if have > amount:
await redis.lset(f"uid:{uid}:items:{item}", 1, have - amount)
else:
await redis.delete(f"uid:{uid}:items:{item}")
await redis.srem(f"uid:{uid}:items", item)
return True
async def errors(self, type_=0, client=None):
message = "Произошла какая-то ошибка."
if type_ == 1:
message = "Превышен лимит предметов."
elif type_ == 2:
message = "Произошла ошибка при поиске мебели."
return await client.send({
'broadcast': False,
'text': message
},
type_=36)
async def _new_account(self, login, pswdlnght=20):
uid = await self.redis.incr("uids")
passwd = "".join(random.choice(string) for i in range(pswdlnght))
await self.redis.set(f"login:{login}", uid)
await self.redis.set(f"uid:{uid}:login", login)
await self.redis.set(f"uid:{uid}:password", passwd)
return uid, passwd
async def stop(self):
self.server.close()
await self.server.wait_closed()
async def new_connection(self, reader, writer):
loop = asyncio.get_event_loop()
loop.create_task(Client(self).listen_server(reader, writer))
def logging(self, message):
return print(f"INFO [{time.strftime('%X')}] {message}")
async def _background(self):
while True:
self.logging(f"Players online: {len(self.online)}")
self.logging(
f"Players registrations: {await self.redis.get('uids')}")
await asyncio.sleep(60)
return self.logging("Произошла ошибка, перезапустите сервер!")
class ConfigurationsManager:
"""Mediator to manage the configuration settings."""
__directories_manager = DirectoriesManager()
__parser = Parser()
def setup_default_directories(self, directory) -> None:
"""Wrapper for setting up default directories"""
return self.__directories_manager.setup_default_directories(directory)
def make_directory(self, directory, directory_path=None):
"""Wrapper for making directories"""
if directory_path is None:
directory_path = self.get_default_directory(DefaultDirectories.OUTPUT)
return self.__directories_manager.make_directory(directory, directory_path)
def get_directory(self, directory):
"""Wrapper for retrieving directories"""
return self.__directories_manager.get_directory(directory)
def convert_xml_to_dictionary(self, xml):
"""Wrapper for converting xml to dictionary"""
return self.__parser.convert_xml2dict(xml)
def get_configuration_settings(self, component, configuration_file) -> dict:
"""Returns the configuration settings for the target component from
the configuration_file.
Parameters
----------
component : str
target component
configuration_file: str
configuration file which contains the target component's settings
Returns
------
component_configurations_dict: dict
configuration settings for the target component
"""
# load xml settings for the target component
component_configurations_xml = self.__load_xml(component,
configuration_file)
component_configurations_dict = self.convert_xml_to_dictionary(
component_configurations_xml)
return component_configurations_dict
def __load_xml(self, component, configuration_file):
"""helper function for getting configuration settings of a component"""
# loads the xml configuration file as an xml.etree.ElementTree
global_configurations_xml_tree = self.__parser.load_xml(configuration_file)
# get root element
root = global_configurations_xml_tree.getroot()
# find the xml configuration settings for the desired component
component_configurations_xml = root.find(component)
if component_configurations_xml is None:
raise LookupError("configuration settings not found!", component)
return component_configurations_xml
def load_log_configurations(self, name, log_configurations,
directory=None, directory_path=None) -> Logger:
"""Creates a logger with the specified name and configuration settings.
The default location will be set for the logs if either directory or
directory path is not specified.
Parameters
----------
name : str
Logger name
log_configurations: dict
configuration settings for the logger
directory: str
target directory for the logs
directory_path: str
target location for the logs directory
Returns
------
Return a logger
"""
if directory and directory_path is not None:
# Case: make directory at the target location for the logs
target_directory = self.make_directory(directory, directory_path)
else:
# Case: if no directory or the directory path is specified,
# set the default directory for the logs
target_directory = self.get_directory(directory=DefaultDirectories.LOGS)
logger = ConfigLogger()
return logger.initialize_logger(name, target_directory,
configurations=log_configurations)
def parseTools(self):
"""parse the xml file and generate sql file"""
try:
analytics_tools = Parser.getNodeTag(self, self.xmlDoc, "analytics_tools")
atList = Parser.getNodeList(self, analytics_tools, "analytics_tool")
for at in atList:
atDic = {}
name = Parser.getNodeVal(self, at, "name")
kind = Parser.getNodeVal(self, at, "kind")
if kind.lower() in( "greenplum", "postgres"):
atDic["name"] = Parser.getNodeVal(self, at, "name")
atDic["kind"] = Parser.getNodeVal(self, at, "kind")
atDic["host"] = Parser.getNodeVal(self, at, "host")
atDic["port"] = Parser.getNodeVal(self, at, "port")
atDic["superuser"] = Parser.getNodeVal(self, at, "superuser")
atDic["database"] = Parser.getNodeVal(self, at, "database")
atDic["username"] = Parser.getNodeVal(self, at, "user")
atDic["master_dir"] = Parser.getNodeVal(self, at, "master_dir")
atDic["env"] = Parser.getNodeVal(self, at, "env")
self.analyticsTools[name] = atDic
except Exception, exp:
print str(exp)
print "Error when parsing analyticsTools"
sys.exit()
"""Tests for XML modules"""
from xml_generator import Generator
from xml_element import Element
from xml_parser import Parser
print Generator([Element("test", dict(a='1', b='2'), [12345])])
assert "<test a='1' b='2'>12345</test>" == str(
Generator([Element("test", dict(a='1', b='2'), [12345])]))
print Parser(
"<send dest='FIO1'>!RR\\r\\n</send><recv src='FIO1' wait='1'/>").fragment
assert "<send dest='FIO1'>!RR\\r\\n</send><recv src='FIO1' wait='1'/>" == str(
Parser("<send dest='FIO1'>!RR\\r\\n</send><recv src='FIO1' wait='1'/>").
fragment)
print Parser("<send dest='FIO1'>!RR\\r\\n</send> <recv src='FIO1' wait='1'/>"
).fragment
for a in Parser(
"<send dest='FIO1'>!RR\\r\\n</send> <recv src='FIO1' wait='1'/>"
).fragment:
print a.__class__, len(a), str(a)