def apply(self, peek):
self.tick = peek.tick
st, cb, rt = self.string_tables, self.class_bits, self.recv_tables
st_ib = st['instancebaseline']
packet = di.read(self.io, peek)
p_io = io.BufferedReader(io.BytesIO(packet.data))
index = pi.index(p_io)
csvc_update_string_table_peeks = \
index.find_all(pb_n.CSVCMsg_UpdateStringTable)
all_csvc_update_string_table = \
[pi.read(p_io, p) for p in csvc_update_string_table_peeks]
for pbmsg in all_csvc_update_string_table:
key = self.string_tables.keys()[pbmsg.table_id]
_st = self.string_tables[key]
bitstream = bs.construct(pbmsg.string_data)
ne = pbmsg.num_changed_entries
eb, sf, sb = _st.entry_bits, _st.size_fixed, _st.size_bits
for entry in ust.unpack(bitstream, ne, eb, sf, sb):
_st.update(entry)
csvc_packet_entities = \
pi.read(p_io, index.find(pb_n.CSVCMsg_PacketEntities))
bitstream = bs.construct(csvc_packet_entities.entity_data)
ct = csvc_packet_entities.updated_entries
unpacker = uent.unpack(bitstream, -1, ct, False, cb, self.world)
for index, mode, context in unpacker:
if mode & PVS.Entering:
cls, serial, diff = context
if cls not in self._baseline_cache:
bitstream = bs.construct(
st['instancebaseline'].get(cls)[1])
unpacker = uent.unpack(bitstream, -1, 1, False, cb,
self.world)
self._baseline_cache[cls] = unpacker.unpack_baseline(
rt[cls])
state = dict(self._baseline_cache[cls])
state.update(diff)
self.world.create(cls, index, serial, state)
elif mode & PVS.Deleting:
self.world.delete(index)
elif mode ^ PVS.Leaving:
state = dict(self.world.find_index(index))
state.update(context)
self.world.update(index, state)
return peek.tick, self.string_tables, self.world
def apply(self, peek):
self.tick = peek.tick
st, cb, rt = self.string_tables, self.class_bits, self.recv_tables
st_ib = st['instancebaseline']
packet = di.read(self.io, peek)
p_io = io.BufferedReader(io.BytesIO(packet.data))
index = pi.index(p_io)
csvc_update_string_table_peeks = \
index.find_all(pb_n.CSVCMsg_UpdateStringTable)
all_csvc_update_string_table = \
[pi.read(p_io, p) for p in csvc_update_string_table_peeks]
for pbmsg in all_csvc_update_string_table:
key = self.string_tables.keys()[pbmsg.table_id]
_st = self.string_tables[key]
bitstream = bs.construct(pbmsg.string_data)
ne = pbmsg.num_changed_entries
eb, sf, sb = _st.entry_bits, _st.size_fixed, _st.size_bits
for entry in ust.unpack(bitstream, ne, eb, sf, sb):
_st.update(entry)
csvc_packet_entities = \
pi.read(p_io, index.find(pb_n.CSVCMsg_PacketEntities))
bitstream = bs.construct(csvc_packet_entities.entity_data)
ct = csvc_packet_entities.updated_entries
unpacker = uent.unpack(bitstream, -1, ct, False, cb, self.world)
for index, mode, context in unpacker:
if mode & PVS.Entering:
cls, serial, diff = context
if cls not in self._baseline_cache:
bitstream = bs.construct(st['instancebaseline'].get(cls)[1])
unpacker = uent.unpack(bitstream, -1, 1, False, cb, self.world)
self._baseline_cache[cls] = unpacker.unpack_baseline(rt[cls])
state = dict(self._baseline_cache[cls])
state.update(diff)
self.world.create(cls, index, serial, state)
elif mode & PVS.Deleting:
self.world.delete(index)
elif mode ^ PVS.Leaving:
state = dict(self.world.find_index(index))
state.update(context)
self.world.update(index, state)
return peek.tick, self.string_tables, self.world
def parse_cdemo_send_tables(pbmsg):
send_tables = collections.OrderedDict()
p_io = io.BufferedReader(io.BytesIO(pbmsg.data))
for peek in pi.index(p_io):
csvc_create_send_table = pi.read(p_io, peek)
if csvc_create_send_table.is_end:
break
send_table = dt_send.parse(csvc_create_send_table)
send_tables[send_table.dt] = send_table
return send_tables
def parse_cdemo_send_tables(pbmsg):
send_tables = collections.OrderedDict()
p_io = io.BufferedReader(io.BytesIO(pbmsg.data))
for peek in pi.index(p_io):
csvc_create_send_table = pi.read(p_io, peek)
if csvc_create_send_table.is_end:
break
send_table = dt_send.parse(csvc_create_send_table)
send_tables[send_table.dt] = send_table
return send_tables