Custom Buffer Write and Verify - GangPro-ARM

This code example writes custom bytes to the Gang Write Buffers (6) within the API-DLL, programs the buffers to targets' flash, and then verifies the programmed data using direct read-back of the targets' flash. This example is geared towards multiple targets GangPro-ARM library.

The condition for this example to work properly is that F_OpenInstancesAndFPAs, and F_Initialization has correctly initialized the given fpa index (1 to 64). If testing adapter 1, the user should call F_Set_FPA_index(1) before this code executes. In addition the user should load the intended configuration file using F_ConfigFileLoad so that the right MCU is selected.

MCU_Info struct was initialized using example Get MCU Info.

The code sequence is as follows:

Power on target devices and open communication using F_Open_Target_Device
The return value is a TRUE MASK (0x01..0x3F) : 0x01 - target 1, 0x02 - target 2, 0x04 - target 3, 0x08 - target
4, 0x10 - target 5, 0x20 - target 6, if at least one target succeeded then proceed further.
Get MCU base flash address, MCU_Info.u.x.FlashStartAddr, and add 0x100. This code will write custom bytes to almost the start of flash.
In a loop, populate the Gang Write Buffer for target 1 with custom bytes starting at address addr using F_Put_Byte_to_Gang_Buffer. The user can change the first parameter to write different bytes to target 2, 3, 4, 5, or 6.
Program custom bytes to targets using F_Copy_Gang_Buffer_to_Flash
Read target memories and save contents to Gang Read Buffers (6) using F_Copy_Flash_to_Gang_Buffer
In a loop, read bytes from the Gang Read Buffers and print them using F_Get_Byte_from_Gang_Buffer, this example iterates over 6 target buffers.
Power down targets and close communication using F_Close_Target_Device

#define ANY_TARGET 0x3F
INT_X response;
const int size=32;

response = F_Open_Target_Device();
if((response & ANY_TARGET) == 0)
  return response;
  
char text[1000];	  
long addr = MCU_Info.u.x.FlashStartAddr + 0x100;
for(int k=0; k< size; k++)
{
  //----------------------------------------------------
  F_Put_Byte_to_Gang_Buffer( 1, (INT_X )(addr+k), (BYTE)( 0x10 + k ));
  //----------------------------------------------------
}
//----------------------------------------------------
response = F_Copy_Gang_Buffer_to_Flash( addr, size );
if((response & ANY_TARGET) == 0)
  return response;
//----------------------------------------------------

//----------------------------------------------------
response = F_Copy_Flash_to_Gang_Buffer( addr, size );
if((response & ANY_TARGET) == 0)
  return response;
//----------------------------------------------------

if( F_Get_Active_Targets_Mask() == response )
{
  sprintf( text, "Read from FLASH - address 0x%4.4X\r\n", addr );
  printf("%s", text);
  for(int p=0; p<GANG_SIZE; p++)			
  {
    for( int n=0; n<size; n += 16 )
    {
      for( int k = 0; k<16; k++ )
      {
        //----------------------------------------------------
        sprintf( text+3*k, "%2.2X  ", F_Get_Byte_from_Gang_Buffer( (p+1), (INT_X )( addr + k + n) ));//for gang buffer, when reading in GangPro
        
        //----------------------------------------------------
      }
      strcat( text, "\r\n" );
      printf("%s", text);
    }
  }
}

response = F_Close_Target_Device();
if((response & ANY_TARGET) == 0)
  return response;