def handleData(self):
if self._packet_len >= self._expected_len:
type = Packet()
buf = ''.join(self._packet)
while len(buf) >= self._expected_len:
type.unpack(buf)
if type.length <= len(buf):
if PacketFactory.has_key(type.type):
packet = PacketFactory[type.type]()
buf = packet.unpack(buf)
if self.factory and self.factory.verbose > 4:
self.message("%s(%d bytes) => %s" % ( self._prefix, type.length, packet ))
if self._poll:
self.pushPacket(packet)
else:
self._handler(packet)
else:
if self.factory and self.factory.verbose >= 0:
self.message("%s: unknown message received (id %d, length %d)\n" % ( self._prefix, type.type, type.length ))
if self.factory and self.factory.verbose > 4:
self.message("known types are %s " % PacketNames)
buf = buf[1:]
self._expected_len = Packet.format_size
else:
self._expected_len = type.length
self._packet[:] = [buf]
self._packet_len = len(buf)
def handleData(self):
if self._packet_len >= self._expected_len:
type = Packet()
buf = ''.join(self._packet)
while len(buf) >= self._expected_len:
type.unpack(buf)
if type.length <= len(buf):
if type.type in PacketFactory:
packet = PacketFactory[type.type]()
buf = packet.unpack(buf)
self.log.debug("%s(%d bytes) => %s", self._prefix, type.length, packet)
if self._poll:
self.pushPacket(packet)
else:
self._handler(packet)
else:
self.log.warn("%s: unknown message received (id %d, length %d)\n",
self._prefix,
type.type,
type.length
)
buf = buf[1:]
self._expected_len = Packet.format_size
else:
self._expected_len = type.length
self._packet[:] = [buf]
self._packet_len = len(buf)
def handleData(self):
if self._packet_len >= self._expected_len:
type = Packet()
buf = ''.join(self._packet)
while len(buf) >= self._expected_len:
type.unpack(buf)
if type.length <= len(buf):
if PacketFactory.has_key(type.type):
packet = PacketFactory[type.type]()
buf = packet.unpack(buf)
if self.factory and self.factory.verbose > 4:
self.message("%s(%d bytes) => %s" %
(self._prefix, type.length, packet))
if self._poll:
self.pushPacket(packet)
else:
self._handler(packet)
else:
if self.factory and self.factory.verbose >= 0:
self.message(
"%s: unknown message received (id %d, length %d)\n"
% (self._prefix, type.type, type.length))
if self.factory and self.factory.verbose > 4:
self.message("known types are %s " % PacketNames)
buf = buf[1:]
self._expected_len = Packet.format_size
else:
self._expected_len = type.length
self._packet[:] = [buf]
self._packet_len = len(buf)
def infoInit(self, **kwargs):
Packet.infoInit(self, **kwargs)
self.amount = chips2amount(self.chips)
best hand is the hand that win the most money
serial: integer uniquely identifying a player.
game_id: integer uniquely identifying a game.
"""
info = PacketPokerCards.info + (
("side", "", 's'),
("hand", "", 's'),
("bestcards", [], 'Bl'),
("board", [], 'Bl'),
("besthand", 0, 'B'),
)
Packet.infoDeclare(globals(), PacketPokerBestCards, PacketPokerCards,
'POKER_BEST_CARDS', 170) # 0xaa # %SEQ%
########################################
class PacketPokerPotChips(Packet):
"""\
Semantics: the "bet" put in the "index" pot of the "game_id" game.
Direction: client <=> client
context: this packet is sent at least each time the pot index is
updated.
bet: list of pairs ( chip_value, chip_count ).
index: integer uniquely identifying a side pot in the range [0,10[
def infoInit(self, **kwargs):
Packet.infoInit(self, **kwargs)
self.amount = chips2amount(self.chips)
hand: readable string of the name best hand
besthand: 0 if it's not the best hand and 1 if it's the best hand
best hand is the hand that win the most money
serial: integer uniquely identifying a player.
game_id: integer uniquely identifying a game.
"""
info = PacketPokerCards.info + ( ("side", "", 's'),
("hand", "", 's'),
("bestcards", [], 'Bl'),
("board", [], 'Bl'),
("besthand", 0, 'B'),
)
Packet.infoDeclare(globals(), PacketPokerBestCards, PacketPokerCards, 'POKER_BEST_CARDS', 170) # 0xaa # %SEQ%
########################################
class PacketPokerPotChips(Packet):
"""\
Semantics: the "bet" put in the "index" pot of the "game_id" game.
Direction: client <=> client
context: this packet is sent at least each time the pot index is
updated.
bet: list of pairs ( chip_value, chip_count ).
index: integer uniquely identifying a side pot in the range [0,10[
game_id: integer uniquely identifying a game.
