/*
==================
idPort::SendPacket
==================
*/
void idPort::SendPacket( const netadr_t to, const void *data, int size )
{
udpMsg_t *msg;
if ( to.type == NA_BAD )
{
common->Warning( "idPort::SendPacket: bad address type NA_BAD - ignored" );
return;
}
packetsWritten++;
bytesWritten += size;
if ( net_forceDrop.GetInteger() > 0 )
{
if ( rand() < net_forceDrop.GetInteger() * RAND_MAX / 100 )
{
return;
}
}
if ( net_forceLatency.GetInteger() > 0 || ( udpPorts[ bound_to.port ] && udpPorts[ bound_to.port ]->sendFirst ) )
{
assert( size <= MAX_UDP_MSG_SIZE );
msg = udpPorts[ bound_to.port ]->udpMsgAllocator.Alloc();
memcpy( msg->data, data, size );
msg->size = size;
msg->address = to;
msg->time = Sys_Milliseconds();
msg->next = NULL;
if ( udpPorts[ bound_to.port ]->sendLast )
{
udpPorts[ bound_to.port ]->sendLast->next = msg;
}
else
{
udpPorts[ bound_to.port ]->sendFirst = msg;
}
udpPorts[ bound_to.port ]->sendLast = msg;
for ( msg = udpPorts[ bound_to.port ]->sendFirst; msg && msg->time <= Sys_Milliseconds() - net_forceLatency.GetInteger(); msg = udpPorts[ bound_to.port ]->sendFirst )
{
Net_SendUDPPacket( netSocket, msg->size, msg->data, msg->address );
udpPorts[ bound_to.port ]->sendFirst = udpPorts[ bound_to.port ]->sendFirst->next;
if ( !udpPorts[ bound_to.port ]->sendFirst )
{
udpPorts[ bound_to.port ]->sendLast = NULL;
}
udpPorts[ bound_to.port ]->udpMsgAllocator.Free( msg );
}
}
else
{
Net_SendUDPPacket( netSocket, size, data, to );
}
}
/*
========================
idUDP::SendPacket
========================
*/
void idUDP::SendPacket( const netadr_t to, const void* data, int size )
{
if( to.type == NA_BAD )
{
idLib::Warning( "idUDP::SendPacket: bad address type NA_BAD - ignored" );
return;
}
packetsWritten++;
bytesWritten += size;
if( silent )
{
return;
}
Net_SendUDPPacket( netSocket, size, data, to );
}
