main.c

OMAP1030 处理器的ARM 侧硬件测试代码 OMAP1030 是TI的双核处理器

//=====================================================================//
//        company:               COMMIT Incorporated                   //
//        department:            HW                                    //
//        author:                HW                                    //
//        version:               1.0                                   //
//        create date:           08/14/2006                            //
//        release date:                                                //
//        final revise date:                                           //
//        reviser:                                                     //
//        file descript:     for Poseidon2.2                           //
//=====================================================================//

//=====================================================================//
//include files                                                        //
//=====================================================================//


#include "main.h"
#include "inth_w.h"

//#define FM_TEST

//=====================================================================//
//main function                                                        //
//=====================================================================//
extern UWORD16 AbbDeviceAddress ;    // device address used for the I2c communication

int checksum_result=0;

void VIKING2_INIT();
void VIKING2_BOOT();
void main (void)
{ 
	int inputSelect = 0 ,i,j,count;

	int inthNumber=0;
	unsigned char ttt[100]; 
	unsigned char temp[100];
	unsigned short temp1[50],ttt1;
    AbbDeviceAddress = AbbDeviceAddressDefault ;
	UART_Initialize(UART3);
	ConfigurePin();
	gpio_dataout_low(1,2);   // Enable Viking Core Voltage, and Select TD antenna.
//	Tps62351_menu();   //1.43V
	EMIFS_Viking_CS2();
//	VIKINGII_INIT();
//	while(1);
	(*(short *)(0x08000022)) =0x0003;
    (*(short *)(0x08000024)) |= 0x1;
/*
while(1)

{
(*(short *)(0x08000024)) |= 0x1;
//ttt1= (*(short *)(0x08000026)) ;
if(ttt1!=0)
{i++;}
(*(short *)(0x08000024)) &= (~0x1);
//  ttt1= (*(short *)(0x08000026)) ;
if(ttt1!=0)
{i++;}

}
*/
//	DSP_MMU();
//	Switch_to_DSP();  //just for DSP run wlq add.
//	WaitDSPRun();
 	ULPDR_CLOCK_GSM_REG |= 0x01;

//	while(1)
//		UART_Printf(UART3, "XXXXXXXXXXXXXXXXXXXX\r\n");	

	while( 1 )
	{
	  UART_Printf(UART2, "\r\n");
	  UART_Printf(UART2, "========================================== \r\n");
	  UART_Printf(UART2, "    ARM BENCH ----- Neptune Test Menu \r\n");
	  UART_Printf(UART2, "========================================== \r\n");
	  UART_Printf(UART2, "00. Deliver control power to DSP.  \r\n");
	  UART_Printf(UART2, "01. VikingII, Maxim and RF TEST MENU\r\n");
	  UART_Printf(UART2, "02. Triton test.  \r\n");
	  UART_Printf(UART2, "03. Memory test.  \r\n");
	  UART_Printf(UART2, "04. CRPM test.  \r\n");
	  UART_Printf(UART2, "05. USIM test.  \r\n");
	  UART_Printf(UART2, "06. GPIO test.  \r\n");
	  UART_Printf(UART2, "07. Pin test.  \r\n");
	  UART_Printf(UART2, "08. GSM Mode On.  \r\n");
	  UART_Printf(UART2, "09. TD Mode On.  \r\n");
	  UART_Printf(UART2, "10. GPIO I2C.  \r\n");
	  UART_Printf(UART2, "11. CheckSum.  \r\n");

	  UART_Printf(UART2, "21. LCD test.  \r\n");
	  UART_Printf(UART2, "22. Keypad test.  \r\n");
	  UART_Printf(UART2, "23. MMC/SD/SDIO card test.  \r\n");
	  UART_Printf(UART2, "24. FM radio test.  \r\n");
	  UART_Printf(UART2, "25. Melody test.  \r\n");

	  UART_Printf(UART2, "41. UART test.  \r\n");
	  UART_Printf(UART2, "42. MCBSP test.  \r\n");
	  UART_Printf(UART2, "43. SPI test.  \r\n");
      UART_Printf(UART2, "44. TPS62351 test.  \r\n");
	  UART_Printf(UART2, "45. Tca6408--I2C to GPIO test.  \r\n");
 

	  UART_Printf(UART2, "99. Other test.  \r\n");
	  
	  UART_Printf(UART2, "SELECT ON OPTION TO TEST.  \r\n");
	  inputSelect = UART_GetNum(UART2);

	  switch(inputSelect)
	  {
	    case 0:
	//	Switch_to_DSP();
	    break;
	    
	    case 1:
		VikingII_test_menu();
	    break;
	    
	    case 2:
		triton_test();
	    break;
	    
	    case 3:
		memory_main();
	    break;
	    
	    case 4:
	    CRPMRegResetValueTest( );
	    break;
	    
	    case 5:
		usim_test();
	    break;
	    
	    case 6:
		GPIO_Test();
	    break;

		case 7:
		PinConfTest();
	    break;

		case 8:
		GSM_Antenna_On();
	    break;
		case 9:
		TD_Antenna_On();
	    break;
		case 10:
		I2C_GPIO();
	    break;
		case 11:
		checksum_result=CheckSum();
	    break;

		case 21:
	    Lcdtest( );
	    break;

		case 22:
	    kbctest( );
	    break;

		case 23:
	    MMC_Test();
	    break;

		case 24:
		TEA5760_test();
	    break;

		case 25:
	    break;

		case 41:
	    UART_Initialize(UART3);
	    break;

		case 42:
	    MCBSP_LoopBackTest(MCBSP1);
	    break;

		case 43:
		SPI_test_menu();
	    break;
	   case 44:
		Tps62351_menu();
	    break;
        case 45:
		Tca6408_menu();
	    break;
      

		case 99:
	    break;
	    
	    default:
	    break;
	  }
	}
}

int CheckSum()
{
  int prog_start=0x10003b00,/*0x10003b00*/prog_end=0x10038100;//100381FE;
  int checksum=0;
  for(;prog_start<prog_end;prog_start += 4)
  	checksum=checksum^(*(int *)prog_start);
  return checksum;
}