def process_handler(self, conn, ip, port):
try:
print[ip, port], "~ has connected"
receiver = RECEIVER()
receiver.add_connection(conn)
while 1:
data = receiver.receive()
if (data == ""):
print[ip, port], "~", INFO.timeout
break
request = data.split('\r\n')
operation = request[0].split()
connection = "Close"
for part in request:
if "Connection:" in part:
connection = part.split()[1]
if (len(operation) >= 3):
if (operation[2] != "HTTP/1.1"
and operation[2] != "HTTP/1.0"):
self.bad_request(receiver, "http", operation[2])
break
print[ip, port], "~", operation[0], "command"
self.messages = MESSAGES(operation[2])
if (operation[0] == "GET"):
print[ip, port], "~ is requesting", operation[1]
print[ip, port], "~ is using", operation[2]
url = urlparse.urlparse(operation[1])
url_ip = url.netloc
url_port = CONFIG.default_port
tmp_port = url.port
if (tmp_port != None):
url_port = int(tmp_port)
server = RECEIVER()
server.connect(url_ip, url_port)
result = self.get([ip, port], operation[1], data,
server, receiver)
if result == False:
exit()
self.close(server)
elif (operation[0] == "POST"):
self.post(receiver)
elif (operation[0] == "HEAD"):
self.head(receiver)
else:
print ERRORS.invalid_command
self.bad_request(receiver, "method", operation[0])
if (connection.lower() != "keep-alive"):
break
else:
self.bad_request(receiver, "unknown", "incorrect format")
break
except KeyboardInterrupt:
print "\n", [ip, port], "~", INFO.killing_process
print[ip, port], "~", INFO.closing_connection
self.close(receiver)
exit()
async def ship_top(message: Message, limit: int = 10):
top_list = select.ship_count_all(group_id=message.chat.id, limit=limit)
msg = MSG.get('ship_top') + '\n\n'
emojis = [
'🥇',
'🥈',
'🥉',
]
if not isinstance(top_list[0], list):
top_list = [top_list]
for topper in top_list:
position = top_list.index(topper) + 1
user_id = topper[0]
count = topper[1]
name = shorter.name(select.name(user_id))
msg += f'{position if not emojis else emojis.pop(0)} : ' \
f'{name} ' \
f'({count} ship.)' \
f'\n\n'
await message.reply(msg, parse_mode=PM, reply=False)
def process_handler(self, conn, ip, port):
try:
print[ip, port], "~ has connected"
receiver = RECEIVER(conn)
while 1:
data = receiver.receive()
if (data == False):
print[ip, port], "~", INFO.timeout
break
request = data[0].split('\r\n')
operation = request[0].split()
connection = "Close"
for part in request:
if "Connection:" in part:
connection = part.split()[1]
if (len(operation) >= 3):
if (operation[2] != "HTTP/1.1"
and operation[2] != "HTTP/1.0"):
self.bad_request(receiver, "http", operation[2])
break
print[ip, port], "~", operation[0], "command"
self.messages = MESSAGES(operation[2])
if (operation[0] == "GET"):
print[ip, port], "~ is requesting", operation[1]
print[ip, port], "~ is using", operation[2]
self.get(operation[1], receiver)
elif (operation[0] == "POST"):
print[ip, port], "~ is requesting", operation[1]
print[ip, port], "~ is using", operation[2]
new_val = request[len(request) - 1].split('=')[1]
self.post(operation[1], receiver, new_val)
elif (operation[0] == "PUT"):
self.put(receiver)
elif (operation[0] == "DELETE"):
self.delete(receiver)
else:
print ERRORS.invalid_command
self.bad_request(receiver, "method", operation[0])
if (operation[2] == "HTTP/1.0"
or connection.lower() != "keep-alive"):
break
else:
self.bad_request(receiver, "unknown", "incorrect format")
break
except KeyboardInterrupt:
print "\n", [ip, port], "~", INFO.killing_process
print[ip, port], "~", INFO.closing_connection
self.close(receiver)
exit()
async def top_gays(message: Message, limit: int = 10):
top_list = select.members_and_balance(group_id=message.chat.id,
limit=limit)
msg = MSG.get('gay_top') + '\n\n'
emojis = ['🏳️🌈', '🍑', '🔥', '🍩', '🌝', '🇩🇪', '🦄']
if not isinstance(top_list[0], list):
top_list = [top_list]
for topper in top_list:
position = top_list.index(topper) + 1
name = select.name(topper[0])
balance = topper[1]
name = shorter.name(name)
msg += f'{position} ' \
f'{"" if not emojis else emojis.pop(0)} ' \
f'{name}: {balance} GC ' \
f'\n\n'
# f'[{name}](tg://user?id={username}): {balance} GC ' \
await message.reply(msg, parse_mode=PM)
async def ship(message: types.Message):
add_or_update_user(message, karma_bonus=0.1)
mems = select.members_and_karma(message.chat.id)
if not isinstance(mems[0], list):
await message.reply(MSG.get('not_enough_users'))
return
tickets = []
print(mems)
for mem in mems:
for karma in range(int(mem[2])):
tickets.append(mem[0])
first = choice(tickets)
second = choice(tickets)
while first == second:
second = choice(tickets)
remove.shippers(message.chat.id)
insert.shippers(message.chat.id, first, second, time())
await message.reply(
f"♥♥♥♥ {MSG.get('ship_success')} ♥♥♥♥\n"
f"[{shorter.name(select.name(first))}](tg://user?id={first})"
f" {MSG.get('and')} "
f"[{shorter.name(select.name(second))}](tg://user?id={second})\n"
f"\n"
f"{MSG.get('nice_day')}\n\n"
f"{MSG.get('next_ship')}",
parse_mode=PM)
ship_c_1 = select.ship_count(message.chat.id, first)
ship_c_2 = select.ship_count(message.chat.id, second)
print(ship_c_1, ship_c_2)
if len(ship_c_1) == 0:
ship_c_1 = [0]
insert.ship_count(
group_id=message.chat.id,
user_id=first,
)
if len(ship_c_2) == 0:
ship_c_2 = [0]
insert.ship_count(
group_id=message.chat.id,
user_id=second,
)
ship_c_1 = int(ship_c_1[0])
ship_c_2 = int(ship_c_2[0])
update.ship_count(group_id=message.chat.id,
user_id=first,
value=ship_c_1 + 1)
update.ship_count(group_id=message.chat.id,
user_id=second,
value=ship_c_2 + 1)
def __init__(self):
self.messages = MESSAGES("HTTP/1.0")
return
async def echo(message: types.Message):
if message.text.lower() in MESSAGES.keys():
text = MESSAGES[message.text]
else:
text = MESSAGES['unknown']
await message.reply(text, reply=False)