def check_pack_unpack(packet, numeric_type):
packed = dictpack.pack(packet, numeric_type)
assert dictpack.pack(packet, numeric_type) == packed
unpack_packet, unpack_numeric = dictpack.unpack(packed)
assert unpack_packet == packet
assert unpack_numeric == numeric_type
def check_pack_unpack(packet, numeric_type):
packed = dictpack.pack(packet, numeric_type)
assert dictpack.pack(packet, numeric_type) == packed
unpack_packet, unpack_numeric = dictpack.unpack(packed)
assert unpack_packet == packet
assert unpack_numeric == numeric_type
def test_pack_errors():
# test unknown packet
class PacketUnknown(packets.Packet): pass
packet = PacketUnknown()
packed = dictpack.pack(PacketUnknown(), True)
unpack_packet, unpack_numeric = dictpack.unpack(packed)
assert isinstance(unpack_packet, packets.PacketError), 'unpack should return PacketError'
assert unpack_numeric == True, 'unpack should return numeric type False'
def test_pack_errors():
# test unknown packet
class PacketUnknown(packets.Packet):
pass
packet = PacketUnknown()
packed = dictpack.pack(PacketUnknown(), True)
unpack_packet, unpack_numeric = dictpack.unpack(packed)
assert isinstance(unpack_packet,
packets.PacketError), 'unpack should return PacketError'
assert unpack_numeric == True, 'unpack should return numeric type False'
def sendPacket(self, packet, reset_keepalive=True):
p_dict = pack(packet, self._numeric_type)
p_type = p_dict.pop('type')
self.dataWrite(self._packer.pack([p_type, p_dict]), reset_keepalive)
def _pack_packets(self, packets):
for packet in packets:
p_dict = pack(packet, self._numeric_type)
p_type = p_dict.pop('type')
yield self._packer.pack([p_type, p_dict])
def sendPacket(self, packet, reset_keepalive=True):
p_dict = pack(packet, self._numeric_type)
p_type = p_dict.pop('type')
self.dataWrite(self._packer.pack([p_type, p_dict]), reset_keepalive)
def _pack_packets(self, packets):
for packet in packets:
p_dict = pack(packet, self._numeric_type)
p_type = p_dict.pop('type')
yield self._packer.pack([p_type, p_dict])
