async def mp_start(p: Player, m: Match, msg: Sequence[str]) -> str:
for s in m.slots:
if s.status & SlotStatus.has_player \
and not s.status & SlotStatus.no_map:
s.status = SlotStatus.playing
m.in_progress = True
m.enqueue(packets.matchStart(m))
return 'Good luck!'
class MatchStart(ClientPacket, type=ClientPacketType.MATCH_START):
async def handle(self, p: Player) -> None:
if not (m := p.match):
return
for s in m.slots:
if s.status & SlotStatus.ready:
s.status = SlotStatus.playing
m.in_progress = True
m.enqueue(packets.matchStart(m))
def start(self) -> None:
no_map: list[Player] = []
for s in self.slots:
# start each player who has the map.
if s.status & SlotStatus.has_player:
if s.status != SlotStatus.no_map:
s.status = SlotStatus.playing
else:
no_map.append(s.player.id)
self.in_progress = True
self.enqueue(packets.matchStart(self), immune=no_map)
m.enqueue(packets.updateMatch(m))
# PacketID: 44
@bancho_packet(Packet.c_matchStart)
def matchStart(p: Player, pr: PacketReader) -> None:
if not (m := p.match):
printlog(f'{p} tried starting match outside of a match?')
return
for s in m.slots:
if s.status & SlotStatus.ready:
s.status = SlotStatus.playing
m.in_progress = True
m.enqueue(packets.matchStart(m))
# PacketID: 48
@bancho_packet(Packet.c_matchScoreUpdate)
def matchScoreUpdate(p: Player, pr: PacketReader) -> None:
if not (m := p.match):
printlog(f'{p} sent a scoreframe outside of a match?')
return
# Read 37 bytes if using scorev2,
# otherwise only read 29 bytes.
size = 37 if pr.data[28] else 29
data = pr.data[:size]
data[4] = m.get_slot_id(p)