post_main.c

对ADSP21369的原理图和测试程序进行搜集

/*****************************************************************************
**																			**
**	 Name: 	post_main.c															**
**																			**
******************************************************************************

(C) Copyright 2006 - Analog Devices, Inc.  All rights reserved.

Project Name:	21369/21375 POST ATE

Date Modified:	11 May 2006

Software:		VisualDSP++ 4.5

Hardware:		ADSP-21369/21375 EZ-KIT Lite

Connections:

Purpose:		Purpose:		Perform a POST ATE on the 21369/21375 EZ-Kit Lite


21369 EZ-KIT board test indicators 	(version 1.00.0 11 May 2006)


Enter 21369/21375 EZ-KIT POST test by pressing PB4.  All other LEDs not shown below do
not matter and may be on or off.

				LED1	LED2	LED3	LED4
VERSION			1   	0   	0   	0
SRAM			0		1		0		0
SDRAM			1		1		0		0
UART			0		0		1		0	SW6 All on
AM29LV081B		1		0		1		0
AT25F2048		0		1		1		0
ANALOG_AUDIO	1		1		1		0	SW14 All on
DIGITAL_AUDIO	1		0		0		0




The switch settings for the built in self test differ slightly from the default settings shipped.
See the users manual for default switch settings.
Switch settings:
	- SW1  		All OFF
	- SW2  		1 = ON,  2 = OFF, 3 = ON,  4 = ON
	- SW3 		1 = OFF, 2 = ON,  3 = ON,  4 = ON
	- SW4 		All OFF
	- SW5 		1 = OFF, 2 = ON,  3 = OFF, 4 = ON
	- SW6 		All ON
	- SW7 		All ON
	- SW13  	1 = ON,  2 = ON, 3 = OFF,  4 = OFF,  5 = OFF,  6 = OFF
	- SW14 		All ON

++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

Enter USB EZ-Extender POST test by pressing PB3 along with PB4

Test indicators are as follows:

			LED1	LED2	LED3	LED4
USB			1		0		0		1

The switch settings for the built in self test for the USB EZ-Extender differ slightly from the default
settings shipped.  The "*" indicates the only setting that is different from the normal
POST settings above.  See the users manual for default switch settings.
Switch settings:
	- SW1  		All OFF
	- SW2  		1 = ON,  2 = OFF, 3 = ON,  4 = ON
	- SW3 		1 = OFF, 2 = ON,  3 = ON,  4 = ON
	- SW4 		All OFF
	- SW5 		1 = OFF, 2 = ON,  3 = OFF, 4 = ON
	- SW6 		All ON
	- *SW7 		1 = OFF, 2 = OFF, 3 = ON,  4 = ON
	- SW13  	1 = ON,  2 = ON, 3 = OFF,  4 = OFF, 5 = OFF, 6 = OFF
	- SW14 		All ON

Settings for the USB EZ-Extender:
	- JP1:	installed



*****************************************************************************/

#ifdef __ADSP21375__
	#include <Cdef21375.h>
	#include <def21375.h>
#elif __ADSP21369__
	#include <Cdef21369.h>
	#include <def21369.h>
#endif

#include <sysreg.h>
#include <string.h>

#include "post_common.h"

//////////////////////////////////////////////////////////////////////////////
//
// variables
//
//////////////////////////////////////////////////////////////////////////////
#ifdef __ADSP21375__
	char g_szVersion[64] = "1.30.1";
#elif __ADSP21369__
	char g_szVersion[64] = "1.30.0";
#endif

char g_szBuildDate[64];
char g_szBuildTime[64];
int g_loops = 0;



//////////////////////////////////////////////////////////////////////////////
//
// function prototypes
//
//////////////////////////////////////////////////////////////////////////////
int TEST_VERSION(void);
int TEST_SRAM(void);
int TEST_AM29LV081B_FLASH(void);
int TEST_AT25F2048_FLASH(void);
int TEST_SDRAM(void);
int TEST_UART(void);
int TEST_ANALOG_AUDIO(void);
int TEST_DIGITAL_AUDIO(void);
int TEST_USB(void);
int TEST_DUMMY(void) {return 1;} // place holder test




typedef enum TEST_INDEX_tag{
	VERSION,		//0001
	SRAM,			//0010
	SDRAM,			//0011
	UART,			//0100
	AM29LV081B,		//0101
	AT25F2048,		//0110
	ANALOG_AUDIO,	//0111
	DIGITAL_AUDIO,	//1000
	USB,			//1001
	DUMMY1,			//1010
	NUM_TESTS
}enTEST_INDEX;


typedef int (*pfnTests)(void);

typedef struct stTestParams_TAG
{
	enTESTS m_nTest;
	enTEST_STATES m_nTestState;
	pfnTests m_pTestFunctions;

}stTestParamaters;

#ifdef __ADSP21375__
stTestParamaters g_Tests[NUM_TESTS] = {
	{TEST_1, TEST_1_SET, TEST_VERSION},
 	{TEST_2, TEST_2_SET, TEST_DUMMY}, 	//{TEST_2, TEST_2_SET, TEST_SRAM},
 	{TEST_3, TEST_3_SET, TEST_SDRAM}, 				// {TEST_3, TEST_3_SET, TEST_SDRAM}, 		
 	{TEST_4, TEST_4_SET, TEST_UART},
 	{TEST_5, TEST_5_SET, TEST_AM29LV081B_FLASH}, 	//{TEST_5, TEST_5_SET, TEST_AM29LV081B_FLASH},
 	{TEST_6, TEST_6_SET, TEST_AT25F2048_FLASH}, 	//{TEST_6, TEST_6_SET, TEST_AT25F2048_FLASH},
 	{TEST_7, TEST_7_SET, TEST_ANALOG_AUDIO},
 	{TEST_8, TEST_8_SET, TEST_DUMMY},	//{TEST_8, TEST_8_SET, TEST_DIGITAL_AUDIO},
	{TEST_9, TEST_9_SET, TEST_DUMMY}, 	//{TEST_9, TEST_9_SET, TEST_USB},
 	{TEST_10,TEST_10_SET,TEST_DUMMY}   };
#elif __ADSP21369__
stTestParamaters g_Tests[NUM_TESTS] = {
	{TEST_1, TEST_1_SET, TEST_VERSION},
 	{TEST_2, TEST_2_SET, TEST_SRAM}, 	
 	{TEST_3, TEST_3_SET, TEST_SDRAM}, 	
 	{TEST_4, TEST_4_SET, TEST_UART},
 	{TEST_5, TEST_5_SET, TEST_AM29LV081B_FLASH}, 	
 	{TEST_6, TEST_6_SET, TEST_AT25F2048_FLASH}, 	
 	{TEST_7, TEST_7_SET, TEST_ANALOG_AUDIO},
 	{TEST_8, TEST_8_SET, TEST_DIGITAL_AUDIO},	
	{TEST_9, TEST_9_SET, TEST_USB}, 	
 	{TEST_10,TEST_10_SET,TEST_DUMMY}   };
#endif

//////////////////////////////////////////////////////////////////////////////
// void PerformTest( const stTestParamaters Test )
//
// Purpose:  Wrap up the test paramaters and perform the test
//////////////////////////////////////////////////////////////////////////////
void PerformTest( const stTestParamaters Test )
{
	Delay(BLINK_FAST * 10);
	ClearSet_LED_Bank( (-1), 0x0000);
	ClearSet_LED_Bank( Test.m_nTest, Test.m_nTestState); // change the state of the led
	if( 0 == Test.m_pTestFunctions() )
	{	// test failed
		Blink_LED( Test.m_nTest, BLINK_FAST );
	}
}

//////////////////////////////////////////////////////////////////////////////
//
// Main program
//
//////////////////////////////////////////////////////////////////////////////
int main(void)
{
	int iReturn = 0;

	int bPassed = 0;
	enLED enLEDs;
	int nDelay;

	strcpy(g_szBuildDate, __DATE__);
	strcpy(g_szBuildTime, __TIME__);

	InitPLL();

	Setup_leds();

	int nPB3_4 = 0;

	//Pin Assignments in SRU_PIN3 (Group D)
    SRU(LOW,DAI_PB19_I);	//assign pin buffer 19 low so it is an input
    SRU(LOW,DAI_PB20_I);    //assign pin buffer 20 low so it is an input

    nPB3_4 = ((*pDAI_PIN_STAT & 0x000C0000) >> 18);

    // if the test mode button SW9 was depressed at boot time,
	// then the test mode will be entered, otherwise the
	// led bar will display continuously.
	if( 0x02 == (nPB3_4 & 0x02) ) // At least PB4 was pressed.
	{
		//
		// MAKE SURE THIS TEST IS FOR THIS VERSION OF SILICON
		//
		PerformTest( g_Tests[VERSION] );



		// check to see if PB3 was also pressed.
		if( 0x01 == (nPB3_4 & 0x01) ) // PB3 was pressed, do the USB tests
		{
			// This thest the Analog Devices ADDS-SharcUSB-EZEXT extender board.
			// It uses the loopback example located in EZ-Kits\USB EZ-EXTENDER folder
			// by creating a library around the loopback functions
			//
			// USB (loopback) test
			//
			PerformTest( g_Tests[USB] );

		}
		else
		{
			ClearSet_LED_Bank( (-1), 0x0000);

			// do the push button & LED test first
			// if this fails, there is not much point
			// in going on as there is no way to get
			// feedback to the user about which test
			// failed.
			TEST_LED_and_PB();
		}


		// WAIT A BIT, THEN RESET THE LED's
		Delay(BLINK_FAST * 100);

		while(1)
		{
			InitPLL();

			int nTestIndex;
			for( nTestIndex = 0; nTestIndex < USB; nTestIndex++ )
			{
				PerformTest( g_Tests[nTestIndex] );
			}

			g_loops++;

			// WAIT A BIT, THEN RESET THE LED's
			Delay(BLINK_SLOW * 25);

			// indicate everything passed
			ClearSet_LED_Bank( (-1), 0x0000);
//			for( nDelay = 0; nDelay < g_loops; nDelay++)
//			{
				LED_BAR( BLINK_SLOW);
//			}
		}
	}


	// this is just normal blink mode.
	while(1)
	{
		LED_BAR(BLINK_SLOW);
	}
}