//
#ifndef ALANWANG	// AlanWang, 20100311
	case IPC_REBOOT_REQ:	// AlanWang, 20100311
	{
		extern void 	fpgaBoardReset(BOOLEAN status);
		fpgaBoardReset(1);
	}

#if 0
	case IPC_APP_IBHIC_PeerInitReady:
	{
		extern unsigned int g_ibHIC_PeerInitReady;

		printk("== Peer IB HIC Initialization Ready Received!! (through IPC Protocol) == \n");

		g_ibHIC_PeerInitReady = 1;

		break;
	}

	case IPC_APP_IBHIC_PeerTestStart:
	{
		extern VOID stressTestStart(VOID);
		extern void sslock_IPC_TX(void);
		extern unsigned int g_stress_select_item;
		extern unsigned int g_stress_run_time;
		extern unsigned int g_ibHIC_PeerEchoMap;
		extern unsigned int g_ibHIC_TestMap;

		g_ibHIC_PeerEchoMap=0;	// To reset the anwser of this request
		memcpy(&g_ibHIC_TestMap, &msg->body[0], sizeof(unsigned int));

		sslock_IPC_TX();
		g_stress_select_item=7;
		g_stress_run_time=0;
		stressTestStart();

		break;
	}
	case IPC_APP_IBHIC_PeerReady4Test:
	{
		extern unsigned int g_ibHIC_PeerEchoMap;

		memcpy(&g_ibHIC_PeerEchoMap, &msg->body[0], sizeof(unsigned int));

		printk("== Peer IB HIC Test Map Received(0x%08x)!! (through IPC Protocol) == \n", g_ibHIC_PeerEchoMap);

		break;
	}
	case IPC_APP_IBHIC_PeerTestStop:
	{
		extern void sslock_IPC_TX(void);
		extern VOID stressTestStop(VOID);
		extern unsigned int g_stress_del_item;
		unsigned int tmp;

		memcpy(&tmp, &msg->body[0], sizeof(unsigned int));

		sslock_IPC_TX();
		g_stress_del_item=tmp;
		stressTestStop();

	     break;
	}
#endif
#endif // ALANWANG


//	Hans: for fc stress
#if 0
	case IPC_GET_FC_STRESS_NUM:
	{

		extern void qe8GetStressParam(EIPC_MSG *msg);
		qe8GetStressParam(msg);
             break;
	}
#endif
	case IPC_APP_FC_STRESS_TEST_RUN:
	{
	     unsigned int tmp[2];
	     extern VOID stressTestStart(VOID);
	     extern unsigned int g_stress_select_item;
	     extern unsigned int g_stress_run_time;
		extern void sslock_IPC_TX(void);	// Alan Wang, 20100401

	     memcpy(tmp, &msg->body[0], (sizeof(unsigned int)*2));

		sslock_IPC_TX();			// Alan Wang, 20100401
		g_stress_select_item=tmp[0];
		g_stress_run_time=tmp[1];
		stressTestStart();
	     break;
	}
	case IPC_APP_FC_STRESS_TEST_STOP:
	{
	     extern VOID stressTestStop(VOID);
	     extern unsigned int g_stress_ACK;
	     extern unsigned int g_stress_del_item;
		extern void sslock_IPC_TX(void);	// Alan Wang, 20100401
		extern void ssunlock_IPC_TX(void);	// Alan Wang, 20100401
	     unsigned int tmp;

	     memcpy(&tmp, &msg->body[0], sizeof(unsigned int));

		sslock_IPC_TX();			// Alan Wang, 20100401
		if(tmp == 7){
			g_stress_ACK=1;
			ssunlock_IPC_TX();			// Alan Wang, 20100401
		} else {
			g_stress_del_item=tmp;
			stressTestStop();
		}
	     break;
	}
	case IPC_APP_FC_SEND_MSG:
	{
		unsigned int tmp[3];
		extern unsigned int 	g_fc_msg_item;
		extern unsigned int 	g_fc_msg_value0;
		extern unsigned int 	g_fc_msg_value1;
	     extern VOID stressTestStart(VOID);
		extern void sslock_IPC_TX(void);	// Alan Wang, 20100401
	     extern unsigned int g_stress_select_item;
	     extern unsigned int g_stress_run_time;
		
	     memcpy(tmp, &msg->body[0], (sizeof(unsigned int)*3));
	     g_fc_msg_item=tmp[0];
	     g_fc_msg_value0=tmp[1];
	     g_fc_msg_value1=tmp[2];
//	printk("%s(IPC_APP_FC_SEND_MSG)=%d, v0=%d, v1=%d\n", __FUNCTION__, tmp[0], tmp[1], tmp[2]);
		sslock_IPC_TX();			// Alan Wang, 20100705
		g_stress_select_item=6;
		g_stress_run_time=0;
		stressTestStart();
	     break;
	}
#if 0
	case IPC_APP_FC_SEND_ErrCnt:		// ALANWANG, 20100811
	{
		extern VOID fcFillErrCnt_PEERFromData(VOID *);

		fcFillErrCnt_PEERFromData((VOID *)&msg->body[0]);
		break;
	}
#endif