Function SRVR_multi_thread

src/remote/server/server.cpp:1655–1898

void SRVR_multi_thread( rem_port* main_port, USHORT flags)
{
/**************************************
 *
 *	S R V R _ m u l t i _ t h r e a d
 *
 **************************************
 *
 * Functional description
 *	Multi-threaded flavor of server.
 *
 **************************************/
	server_req_t* request = NULL;
	RemPortPtr port;		// Was volatile PORT port = NULL;

	// hold reference on main_port to free asyncPacket before deletion of port
	RemPortPtr mainPortRef(main_port);
	PACKET asyncPacket;

	zap_packet(&asyncPacket, true);
	++cntServers;

	try
	{
		set_server(main_port, flags);

		const size_t MAX_PACKET_SIZE = MAX_SSHORT;
		const SSHORT bufSize = MIN(main_port->port_buff_size, MAX_PACKET_SIZE);
		UCharBuffer packet_buffer;
		UCHAR* const buffer = packet_buffer.getBuffer(bufSize);

#ifdef DEV_BUILD
#ifndef WIN_NT
		if (isatty(2))
		{
			fprintf(stderr, "Server started successfully\n");
		}
#endif
#endif

		// When this loop exits, the server will no longer receive requests
		while (true)
		{

			// We need to have this error handler as there is so much underlaying code
			// that is depending on it being there.  The expected failure
			// that can occur in the call paths from here is out-of-memory
			// and it is unknown if other failures can get us here
			// Failures can occur from set_server as well as RECEIVE
			//
			// Note that if a failure DOES occur, we reenter the loop and try to continue
			// operations.  This is important as this is the main receive loop for
			// new incoming requests, if we exit here no new requests can come to the
			// server.
			try
			{
				SSHORT dataSize;
				// We have a request block - now get some information to stick into it