def reconstitute(full_packets, class_bits, recv_tables, string_tables):
w = e_w.construct(recv_tables)
st = string_tables
st_mn = st['ModifierNames']
st_am = st['ActiveModifiers']
m = e_m.construct(st_mn, baseline=st_am)
for _, fp in full_packets:
for table in fp.string_table.tables:
assert not table.items_clientside
entries = [(_i, e.str, e.data) for _i, e in enumerate(table.items)]
st[table.table_name].update_all(entries)
if table.table_name == 'ActiveModifiers':
m.reset()
[m.note(e) for e in entries]
if full_packets:
_, fp = full_packets[-1]
packet = ie_packet.construct(p_io.construct(fp.packet.data))
_, pe = packet.svc_packet_entities
ct = pe.updated_entries
bs = b_io.construct(pe.entity_data)
unpacker = u_ent.construct(bs, -1, ct, False, class_bits, w)
for index, mode, (cls, serial, diff) in unpacker:
data = st['instancebaseline'].get(cls)[1]
bs = b_io.construct(data)
unpacker = u_ent.construct(bs, -1, 1, False, class_bits, w)
state = unpacker.unpack_baseline(recv_tables[cls])
state.update(diff)
w.create(cls, index, serial, state, dict(diff))
return w, m, st
def reconstitute(full_packets, class_bits, recv_tables, string_tables):
w = e_w.construct(recv_tables)
st = string_tables
st_mn = st['ModifierNames']
st_am = st['ActiveModifiers']
m = e_m.construct(st_mn, baseline=st_am)
for _, fp in full_packets:
for table in fp.string_table.tables:
assert not table.items_clientside
entries = [(_i, e.str, e.data) for _i, e in enumerate(table.items)]
st[table.table_name].update_all(entries)
if table.table_name == 'ActiveModifiers':
m.reset()
[m.note(e) for e in entries]
if full_packets:
_, fp = full_packets[-1]
packet = ie_packet.construct(p_io.construct(fp.packet.data))
_, pe = packet.svc_packet_entities
ct = pe.updated_entries
bs = b_io.construct(pe.entity_data)
unpacker = u_ent.construct(bs, -1, ct, False, class_bits, w)
for index, mode, (cls, serial, diff) in unpacker:
data = st['instancebaseline'].get(cls)[1]
bs = b_io.construct(data)
unpacker = u_ent.construct(bs, -1, 1, False, class_bits, w)
state = unpacker.unpack_baseline(recv_tables[cls])
state.update(diff)
w.create(cls, index, serial, state, dict(diff))
return w, m, st
def _parse_all_csvc_create_string_tables(pbmsgs):
string_tables = c.OrderedDict()
for pbmsg in pbmsgs:
ne = pbmsg.num_entries
eb = int(math.ceil(math.log(pbmsg.max_entries, 2)))
sf = pbmsg.user_data_fixed_size
sb = pbmsg.user_data_size_bits
bs = b_io.construct(pbmsg.string_data)
entries = list(u_st.construct(bs, ne, eb, sf, sb))
name = pbmsg.name
string_tables[name] = stab.construct(name, eb, sf, sb, entries)
return string_tables
def _parse_all_csvc_create_string_tables(pbmsgs):
string_tables = c.OrderedDict()
for pbmsg in pbmsgs:
ne = pbmsg.num_entries
eb = int(math.ceil(math.log(pbmsg.max_entries, 2)))
sf = pbmsg.user_data_fixed_size
sb = pbmsg.user_data_size_bits
bs = b_io.construct(pbmsg.string_data)
entries = list(u_st.construct(bs, ne, eb, sf, sb))
name = pbmsg.name
string_tables[name] = stab.construct(name, eb, sf, sb, entries)
return string_tables
def advance(self, tick, pbmsg):
self.tick = tick
packet = ie_packet.construct(p_io.construct(pbmsg.data))
am_entries = []
for _, _pbmsg in packet.all_svc_update_string_table:
key = self.string_tables.keys()[_pbmsg.table_id]
_st = self.string_tables[key]
bs = b_io.construct(_pbmsg.string_data)
ne = _pbmsg.num_changed_entries
eb, sf, sb = _st.entry_bits, _st.size_fixed, _st.size_bits
entries = u_st.construct(bs, ne, eb, sf, sb)
if key == 'ActiveModifiers':
am_entries = list(entries)
else:
[_st.update(e) for e in entries]
um = packet.find_all(pb_n.svc_UserMessage)
self.user_messages = [e_um.parse(p_io.parse(p.kind, m)) for p, m in um]
ge = packet.find_all(pb_n.svc_GameEvent)
gel = self.prologue.game_event_list
self.game_events = [
e_ge.parse(p_io.parse(p.kind, m), gel) for p, m in ge
]
p, m = packet.find(pb_n.svc_PacketEntities)
pe = p_io.parse(p.kind, m)
ct = pe.updated_entries
bs = b_io.construct(pe.entity_data)
class_bits = self.prologue.class_bits
recv_tables = self.prologue.recv_tables
unpacker = u_ent.construct(bs, -1, ct, False, class_bits, self.world)
for index, mode, context in unpacker:
if mode & u_ent.PVS.Entering:
cls, serial, diff = context
data = self.string_tables['instancebaseline'].get(cls)[1]
bs = b_io.construct(data)
unpacker = u_ent.construct(bs, -1, 1, False, class_bits,
self.world)
state = unpacker.unpack_baseline(
self.prologue.recv_tables[cls])
state.update(diff)
self.world.create(cls, index, serial, state, dict(diff))
elif mode & u_ent.PVS.Deleting:
self.world.delete(index)
elif mode ^ u_ent.PVS.Leaving:
state = dict(context) if self.sparse else dict(
self.world.find_index(index), **context)
diff = state if self.sparse else dict(context)
self.world.update(index, state, diff)
[self.modifiers.note(e) for e in am_entries]
self.modifiers.limit(self.world)
_, gamerules = self.world.find_by_dt('DT_DOTAGamerulesProxy')
game_time_key = ('DT_DOTAGamerulesProxy',
'DT_DOTAGamerules.m_fGameTime')
self.modifiers.expire(gamerules[game_time_key])
def advance(self, tick, pbmsg):
self.tick = tick
packet = ie_packet.construct(p_io.construct(pbmsg.data))
am_entries = []
for _, _pbmsg in packet.all_svc_update_string_table:
key = self.string_tables.keys()[_pbmsg.table_id]
_st = self.string_tables[key]
bs = b_io.construct(_pbmsg.string_data)
ne = _pbmsg.num_changed_entries
eb, sf, sb = _st.entry_bits, _st.size_fixed, _st.size_bits
entries = u_st.construct(bs, ne, eb, sf, sb)
if key == 'ActiveModifiers':
am_entries = list(entries)
else:
[_st.update(e) for e in entries]
um = packet.find_all(pb_n.svc_UserMessage)
self.user_messages = [e_um.parse(p_io.parse(p.kind, m)) for p, m in um]
ge = packet.find_all(pb_n.svc_GameEvent)
gel = self.prologue.game_event_list
self.game_events = [e_ge.parse(p_io.parse(p.kind, m), gel) for p, m in ge]
p, m = packet.find(pb_n.svc_PacketEntities)
pe = p_io.parse(p.kind, m)
ct = pe.updated_entries
bs = b_io.construct(pe.entity_data)
class_bits = self.prologue.class_bits
recv_tables = self.prologue.recv_tables
unpacker = u_ent.construct(bs, -1, ct, False, class_bits, self.world)
for index, mode, context in unpacker:
if mode & u_ent.PVS.Entering:
cls, serial, diff = context
data = self.string_tables['instancebaseline'].get(cls)[1]
bs = b_io.construct(data)
unpacker = u_ent.construct(bs, -1, 1, False, class_bits, self.world)
state = unpacker.unpack_baseline(self.prologue.recv_tables[cls])
state.update(diff)
self.world.create(cls, index, serial, state, dict(diff))
elif mode & u_ent.PVS.Deleting:
self.world.delete(index)
elif mode ^ u_ent.PVS.Leaving:
state = dict(context) if self.sparse else dict(self.world.find_index(index), **context)
diff = state if self.sparse else dict(context)
self.world.update(index, state, diff)
[self.modifiers.note(e) for e in am_entries]
self.modifiers.limit(self.world)
_, gamerules = self.world.find_by_dt('DT_DOTAGamerulesProxy')
game_time_key = ('DT_DOTAGamerulesProxy', 'DT_DOTAGamerules.m_fGameTime')
self.modifiers.expire(gamerules[game_time_key])
