led_testaccess.h

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

//*******************************************************************************
//
//            TEXAS INSTRUMENTS INCORPORATED PROPRIETARY INFORMATION           
//                                                                             
//   Property of Texas Instruments 
//   For  Unrestricted  Internal  Use  Only 
//   Unauthorized reproduction and/or distribution is strictly prohibited.  
//   This product is protected under copyright law and trade secret law 
//   as an unpublished work.  
//   Created 2000, (C) Copyright 2000 Texas Instruments.  All rights reserved.
//
//===============================================================================

#ifndef _LED_TESTACCESS_H
#define _LED_TESTACCESS_H

#include "result_led.h"
//_____________________SPY______________MANAGEMENT_____________________________________
//
// To debug the tests and to know fastly the origin of a failure 
// we use the spy_result
// 
// The values written in the spy_results file are 16 bits long words
// The goal of the spy_results is to give the maximum of information 
// but with an easy way to read and understand
// 
// The spy_results is able to receive data, too.
//
// To manage all that requests we use a simple protocole described above :
//
//
// SPY protocol
// --------------
//
//              functionnal words
//              -----------------
// The Words which MSB bit is one are functionnal words for an easy read
// of the spy_results : 
//                            0x8XXX
//                            0x9XXX
//                            0xAXXX
//                            0xBXXX
//                            0xCXXX
//                            0xDXXX
//                            0xEXXX
//                            0xFXXX
//                           
// All the words which look like this have functionnal meaning (Except data , see later)
//
// Functionnal words in use are above :
//----------------------------------------------------------------
// An easy way to see that a test part succeed
#define   TEST_OK                  0x8000
#define   TEST_BAD                 0x8888
#define   ALL_SPY_OK               0x0001
#define   SPY_NOT_OK               0x0002

// An easy way to see that we change of section in a big test
#define   RESULT_SEPARATOR         0xAAAA

// The word which follows is a data, but be carefull the second word which follows is not a data
#define   DATA_STORE               0xF000

// The words which follows are data until we meet the END_ARRAY_DATA
#define   START_ARRAY_DATA         0xF001
#define   END_ARRAY_DATA           0xF002

// Same thing with these customized array
#define START_ARRAY_DATA_RESET         0xF003
#define START_ARRAY_DATA_ACCESS        0xF004


//****************************************************
//-----------------------------------------------------------------------------------
//-----------------------------------------------------------------------------------
//   Macros to test the reset value of one register.
//   ---------------------------------------------
//
//   BEGIN_RESET_TEST read the register and store it in tmp variable
//
//   TEST_FIELD_RESET test the field specified with the variable tmp
//                    if there is a difference between the theorical value and the real value
//                    the spy is written with the following format
//
//                    FIELD_BAD_RESET_VALUE 
//                    START_ARRAY_DATA
//                    (Real field)
//                    (Theorical field)
//                    END_ARRAY_DATA
//
//   END_RESET_TEST close the procedure of register test and write a status for the test OK if it is the case
//
//-----------------------------------------------------------------------------------
#define BEGIN_RESET_MODULE()              {                                                                                 \
                                          UWORD16 GlobalStatus=TEST_OK                                                     

#define BEGIN_RESET_TEST(Module_Reg,Size)        {                                                                                 \
                                           register UWORD##Size TmpRegister=Module_Reg;                                                              \
 
#define TEST_FIELD_RESET(Module_Reg,Field,Size)      if (GetGroupBits##Size(TmpRegister,Module_Reg ## _ ##Field ## _POS,Module_Reg ## _##Field ##_NUMB) != Module_Reg##_##Field##_RES_VAL)         \
                                                  {  						  \
                                                   LED_ResSet(Module_Reg ## _BAD_RESET_VALUE);                                        \
                                                   LED_ResSet(START_ARRAY_DATA_RESET);                                         \
                                                   LED_ResSet(GetGroupBits##Size(TmpRegister,Module_Reg ## _ ##Field ## _POS,Module_Reg ## _##Field ##_NUMB));              \
                                                   LED_ResSet( Module_Reg##_##Field##_RES_VAL);                                                \
                                                   LED_ResSet(END_ARRAY_DATA);                                                 \
                                                   GlobalStatus=TEST_BAD;                                                   \
                                                  }                                                                         

 
#define END_RESET_TEST()                     }

#define END_RESET_MODULE()                  if (GlobalStatus==TEST_OK)                                                        \
                                                {                                                                           \
                                                LED_ResSet(GlobalStatus);                                                      \
                                                }                                                                           \
                                          }

//-----------------------------------------------------------------------------------


//-----------------------------------------------------------------------------------
//   Macros to test the access to a register.
//   ---------------------------------------------
//
//   BEGIN_RW_TEST     read the register and store it in TmpRegister variable
//
//   RW_PREPARE_WRITE  prepare the variable field with the opposite value of 
//                     the reset value
//
//   RW_WRITE          Write the register with the prepared value
//
//                    FIELD_BAD_RESET_VALUE 
//                    START_ARRAY_DATA
//                    (Real field)
//                    (Theorical field)
//                    END_ARRAY_DATA
//
//   END_RESET_TEST close the procedure of register test and write a status for the test OK if it is the case
//
//-----------------------------------------------------------------------------------
#define BEGIN_ACCESS_MODULE()               {                                                                             \
                                             UWORD16 GlobalStatus=TEST_OK;                                                 \

#define BEGIN_RW_TEST(Module_Reg,Size)               {                                                                             \
                                              register UWORD##Size TmpRegister=Module_Reg;                                                          \
                                              register UWORD##Size TmpRegisterReset=TmpRegister;                            

#define RW_PREPARE_WRITE(Module_Reg,Field,Size)          SetGroupBits##Size(TmpRegister,Module_Reg ##_## Field ## _POS, Module_Reg ##_## Field ## _NUMB, (~(Module_Reg ##_## Field ## _RES_VAL)))              


#define RW_WRITE(RegisterName)                RegisterName=TmpRegister;                                                             \
                                              TmpRegister=RegisterName


#define RW_TEST_READ(Module_Reg,Field,Size)              if (GetGroupBits##Size(TmpRegister,Module_Reg ##_## Field ## _POS,Module_Reg ##_## Field ## _NUMB)!=                    \
                                                         GetGroupBits##Size(~(Module_Reg ##_## Field ## _RES_VAL),0,Module_Reg ##_## Field ## _NUMB))         \
                                                        {                                                                   \
                                                        LED_ResSet(Module_Reg ## _BAD_ACCESS);                                 \
                                                        LED_ResSet(START_ARRAY_DATA_ACCESS );                                  \
                                                        LED_ResSet(GetGroupBits##Size(~(Module_Reg ##_## Field ## _RES_VAL),0,Module_Reg ##_## Field ## _NUMB)); \
                                                        LED_ResSet(GetGroupBits##Size(TmpRegister,Module_Reg ##_## Field ## _POS,Module_Reg ##_## Field ## _NUMB));      \
                                                        LED_ResSet(END_ARRAY_DATA );                                           \
                                                        GlobalStatus=TEST_BAD;                                              \
                                                        }                                                                   \


#define RW_WRITE_PREVIOUS_VALUE(Module_Reg)          Module_Reg=TmpRegisterReset

#define END_RW_TEST()                              }                                                                             \

#define END_ACCESS_MODULE()                   if (GlobalStatus==TEST_OK) LED_ResSet(GlobalStatus);                             \
                                              }                                                                             \




#endif