private async void HandlePackets(byte[] buffer)
{
Header packetHeader = PacketParser.Deserialize <Header>(buffer);
switch (packetHeader.opcode)
{
case OPCODE.Connect:
{
Log("Received a S_CONNECT");
S_CONNECT pkt = PacketParser.Deserialize <S_CONNECT>(buffer);
if (Injector.CheckIfCRCBypassExists())
{
C_ENABLE_HOOKS enableHooks = new C_ENABLE_HOOKS
{
header = new Header {
opcode = OPCODE.EnableHooks, version = 1
}
};
await SendAsync(enableHooks);
}
return;
}
case OPCODE.Disconnect:
{
Log("Received a S_DISCONNECT");
break;
}
case OPCODE.QueueInput:
{
Log("Received S_QUEUE_INPUT");
S_QUEUE_INPUT pkt = PacketParser.Deserialize <S_QUEUE_INPUT>(buffer);
OnQueueInputResponse?.Invoke(this, pkt);
break;
}
case OPCODE.DealDamage:
{
Log("Received S_DEAL_DAMAGE");
S_DEAL_DAMAGE pkt = PacketParser.Deserialize <S_DEAL_DAMAGE>(buffer);
OnDamageDealResponse?.Invoke(this, pkt);
break;
}
case OPCODE.LogMessage:
{
S_LOG_MESSAGE pkt = PacketParser.Deserialize <S_LOG_MESSAGE>(buffer);
Debugger.Write("[Native] " + pkt.message, "#FFC88DF2");
break;
}
}
}
private async void HandlePackets(byte[] buffer)
{
Header packetHeader = PacketParser.Deserialize <Header>(buffer);
switch (packetHeader.opcode)
{
case OPCODE.Connect:
{
Log("Received a S_CONNECT");
S_CONNECT pkt = PacketParser.Deserialize <S_CONNECT>(buffer);
if (Injector.CheckIfCRCBypassExists())
{
C_ENABLE_HOOKS enableHooks = new C_ENABLE_HOOKS
{
header = new Header {
opcode = OPCODE.EnableHooks, version = 1
}
};
await SendAsync(enableHooks);
}
return;
}
case OPCODE.Disconnect:
{
Log("Received a S_DISCONNECT");
break;
}
case OPCODE.QueueInput:
{
Log("Received S_QUEUE_INPUT");
S_QUEUE_INPUT pkt = PacketParser.Deserialize <S_QUEUE_INPUT>(buffer);
OnQueueInputResponse?.Invoke(this, pkt);
break;
}
}
}
