prod_test.c

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//_____  I N C L U D E S ___________________________________________________

#include "config.h"
#include "conf_usb.h"

#ifndef PROD_TEST
#  define PROD_TEST  DISABLE
#endif

// File system includes required for SYNC mode
#if (PROD_TEST==ENABLE)

#  ifndef __ICCAVR__
#  error PROD_TEST feature run only under IAR
#  endif

#  if TARGET_BOARD != USBKEY
#  error PROD_TEST feature run only under USBKEY
#  endif

#include "modules/file_system/navigation.h"
#include "modules/control_access/ctrl_access.h"
#include "lib_mcu/flash/flash_lib.h"
#include "lib_system\memory\memory.h"
//#include "string.h"

//_____ M A C R O S ________________________________________________________
 
#define  TEST_FLAG_ADDR       0x500
   

//_____ D E C L A R A T I O N S ____________________________________________

// This array allocs a byte in flash (=code)
// which will upgraded after test done
code char g_prd_test At(TEST_FLAG_ADDR);  // By default = at first startup = 0x00

static void launch_test( void );

void prod_test( void )
{
   if( 0x00 != g_prd_test )
      return; // Test already done
   
   launch_test();
   while(1);
}

static void launch_test( void )
{
   volatile U16 u16_tmp;
   U8 flag, save_int;
   char name_first_file[] = "USBKEY.tmp";
   
   // Init interface board
   Joy_init();
   Leds_init();
   Hwb_button_init();
   
   // Check joystick
   while( !Is_btn_middle() );
   while( !Is_joy_right() );
   while( !Is_joy_left() );
   while( !Is_joy_up() );
   while( !Is_joy_down() );
   
   // Format DataFlash
   nav_reset();
   if( !nav_drive_set( 0 ) )
      return;  // Test Error
   
   // Write in four sectors
   memset( fs_g_sector , 0x55 , FS_CACHE_SIZE );
   if (CTRL_GOOD != ram_2_memory( 0 , 16+0 , fs_g_sector ))
      return;  // Test Error
   if (CTRL_GOOD != ram_2_memory( 0 , 16+2 , fs_g_sector ))
      return;  // Test Error
   memset( fs_g_sector , 0xAA , FS_CACHE_SIZE );
   if (CTRL_GOOD != ram_2_memory( 0 , 16+1 , fs_g_sector ))
      return;  // Test Error
   if (CTRL_GOOD != ram_2_memory( 0 , 16+3 , fs_g_sector ))
      return;  // Test Error

   // Check value in sectors
   if (CTRL_GOOD != memory_2_ram( 0 , 16+0 , fs_g_sector ))
      return;  // Test Error
   for( u16_tmp=0; u16_tmp<FS_CACHE_SIZE; u16_tmp++) {
      if( fs_g_sector[u16_tmp] != 0x55 ) 
         return;  // Test Error
   }
   if (CTRL_GOOD != memory_2_ram( 0 , 16+2 , fs_g_sector ))
      return;  // Test Error
   for( u16_tmp=0; u16_tmp<FS_CACHE_SIZE; u16_tmp++) {
      if( fs_g_sector[u16_tmp] != 0x55 ) 
         return;  // Test Error
   }
   if (CTRL_GOOD != memory_2_ram( 0 , 16+1 , fs_g_sector ))
      return;  // Test Error
   for( u16_tmp=0; u16_tmp<FS_CACHE_SIZE; u16_tmp++) {
      if( fs_g_sector[u16_tmp] != 0xAA ) 
         return;  // Test Error
   }
   if (CTRL_GOOD != memory_2_ram( 0 , 16+3 , fs_g_sector ))
      return;  // Test Error
   for( u16_tmp=0; u16_tmp<FS_CACHE_SIZE; u16_tmp++) {
      if( fs_g_sector[u16_tmp] != 0xAA ) 
         return;  // Test Error
   }
   
   if( !nav_drive_format( FS_FORMAT_DEFAULT ) )
      return;  // Test Error
   
   // Create a temporary file on DataFlash
   if( !nav_file_create(name_first_file ))
      return;  // Test Error

   // Update status test flag
   if( !flash_lib_check() )
      return;  // Test Error
   save_int=Get_interrupt_state();
   Disable_interrupt();
   flag = TRUE;
   flash_wr_block( &flag, TEST_FLAG_ADDR, 1 );
   // Restore interrupt state
   if(save_int) { Enable_interrupt(); }

   // Display Led OK
   while( 1 )
   {
      // Blink led green
      Led1_toggle();
      Led2_toggle();
      for( u16_tmp=0; u16_tmp<0xFFFF; u16_tmp++ );
   }
}

#endif // (PROD_TEST==ENABLE)

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