_exit (int ret)
{
/* Doing an "exit" system call would work on nSIM with hostlink, but call to
_exit_halt, which will do a CPU halt is more universal and will work in
many other cases as well, including an FPGA/SoC. */
_exit_halt ();
}
void _exit(int i)
{
extern void _exit_halt();
_exit_halt();
}
/*
*******************************************************************************
**
** \brief The main flashdump function
**
*******************************************************************************
*/
void main()
{
#if 0
volatile U32* start_addr = (volatile U32*)(void*)&_start;
U32* copy_array = (U32*)(void*)(*(start_addr-FLASHER_U32OFFSET_FLASH_IMAGE_DATA));
U32 copy_count = *(start_addr-FLASHER_U32OFFSET_FLASH_IMAGE_SIZE);
U32 flash_base = *(start_addr-FLASHER_U32OFFSET_FLASH_BASE_ADDRESS);
U32 flash_offset = *(start_addr-FLASHER_U32OFFSET_FLASH_ADDRESS_OFFSET);
U32 next_offset = *(start_addr-FLASHER_U32OFFSET_FLASH_ADDRESS_OFFSET);
U32 verbose_flag = *(start_addr-FLASHER_U32OFFSET_VERBOSE_MODE);
U32 gap_flag = *(start_addr-FLASHER_U32OFFSET_ADDRESS_GAP_FLAG);
U32 word_bytes = *(start_addr-FLASHER_U32OFFSET_FLASH_WORD_BYTES);
U32 uart_rx_gpio = *(start_addr-FLASHER_U32OFFSET_UART_RX_GPIO);
U32 uart_tx_gpio = *(start_addr-FLASHER_U32OFFSET_UART_TX_GPIO);
U32 data_bytes = FLASH_REPORT_BYTES;
char command[256];
#else
U32 flash_base = FLASH_BASE_ADDRESS;
U32 flash_offset = FLASH_ADDRESS_OFFSET;
U32 next_offset = FLASH_ADDRESS_OFFSET;
U32 data_bytes = FLASH_REPORT_BYTES;
U32 gap_flag = FLASH_ADDRESS_GAP_FLAG;
U32 word_bytes = FLASH_DATA_WORD_BYTES;
char command[256];
#endif
FlashDumpInit();
FlashDumpPrintf( " \n" );
FlashDumpPrintf( "==========================================================\n" );
FlashDumpPrintf( "%s v%s (%s) - %s\n", FLASHDUMP_PROGRAM_NAME, FLASHDUMP_PROGRAM_VERSION, FLASHDUMP_PROGRAM_DATE
, FLASHDUMP_PROGRAM_TIME );
FlashDumpPrintf( "%s\n", FLASHDUMP_PROGRAM_BRIEF );
FlashDumpPrintf( "(C) Copyright 2005 by Goke Microelectronics China \n" );
FlashDumpPrintf( "==========================================================\n" );
while( 1 )
{
FlashDumpPrintf( "\n" );
FlashDumpPrintf( "----- Settings --------------------------\n" );
FlashDumpPrintf( "Flash base address...........: 0x%08x\n", flash_base );
FlashDumpPrintf( "Flash address offset.........: 0x%08x\n", flash_offset );
FlashDumpPrintf( "Flash data word size.........: %d bytes\n", word_bytes );
FlashDumpPrintf( "Flash address gap mode.......: %s\n", gap_flag?"on":"off" );
FlashDumpPrintf( "Report data count............: %d bytes\n", data_bytes );
FlashDumpPrintf( "-----------------------------------------\n" );
FlashDumpPrintf( "\n" );
FlashDumpPrintf( "----- Commands --------------------------\n" );
FlashDumpPrintf( "[b] = change flash base address (hex)\n" );
FlashDumpPrintf( "[o] = change flash address offset (dec)\n" );
#ifdef SFLASH_SUPPORT
FlashDumpPrintf( "[w] = change flash data word size (1,2,4)\n" );
#else
FlashDumpPrintf( "[w] = change flash data word size (1,2)\n" );
#endif
FlashDumpPrintf( "[g] = change flash address gap mode (0,1)\n" );
FlashDumpPrintf( "[r] = change report data count\n" );
// FlashDumpPrintf( "[e] = erase entire flash memory\n" );
FlashDumpPrintf( "[d] = dump 1st block of flash memory\n" );
FlashDumpPrintf( "[n] = dump next block of flash memory\n" );
FlashDumpPrintf( "[p] = dump previous block of flash memory\n" );
FlashDumpPrintf( "[x] = exit program\n" );
FlashDumpPrintf( "-----------------------------------------\n" );
FlashDumpPrintf( "\n" );
GM_PrStr( "Enter command -> " );
GM_LimScanStr( command, 1 );
GM_PrStr( "\n" );
switch( command[0] )
{
case 'b' :
case 'B' :
GM_PrStr( "\nFlash base address (hex) -> " );
GM_ScanNum( "%x", &flash_base );
break;
case 'o' :
case 'O' :
GM_PrStr( "\nFlash address offset (hex) -> " );
GM_ScanNum( "%x", &flash_offset );
break;
case 'w' :
case 'W' :
while( 1 )
{
#ifdef SFLASH_SUPPORT
GM_PrStr( "\nFlash data word size [1,2] bytes, [4] bytes for serial flash -> " );
GM_ScanNum( "%x", &word_bytes );
if( word_bytes == 1 || word_bytes == 2 || word_bytes == 4 )
break;
GM_PrStr( "\nERROR: word size out of range [1,2,4]\n" );
#else
GM_PrStr( "\nFlash data word size [1,2] bytes -> " );
GM_ScanNum( "%x", &word_bytes );
if( word_bytes == 1 || word_bytes == 2 )
break;
GM_PrStr( "\nERROR: word size out of range [1,2]\n" );
#endif
}
break;
case 'g' :
case 'G' :
while( 1 )
{
GM_PrStr( "\nFlash address gap mode (0=off, 1=on) -> " );
GM_ScanNum( "%x", &gap_flag );
if( gap_flag == 0 || gap_flag == 1 )
break;
GM_PrStr( "\nERROR: gap size out of range [0..1]\n" );
}
break;
case 'r' :
case 'R' :
while( 1 )
{
GM_PrStr( "\nReport data count (256,512,1024 bytes) -> " );
GM_ScanNum( "%d", &data_bytes );
if( data_bytes == 256 || data_bytes == 512 || data_bytes == 1024 )
break;
GM_PrStr( "\nERROR: data size out of range [256,512,1024]\n" );
}
break;
case 'e' :
case 'E' :
GM_PrStr( "Do you realy want to erase the entire flash [y/n] -> " );
GM_LimScanStr( command, 1 );
GM_PrStr( "\n" );
if( command[0] == 'y' )
{
next_offset = 0;
if( word_bytes == 1 )
FlashDumpErase8( flash_base, flash_offset, gap_flag );
if( word_bytes == 2 )
FlashDumpErase16( flash_base, flash_offset, gap_flag );
#ifdef SFLASH_SUPPORT
if( word_bytes == 4 )
FlashDumpErase32( flash_base, flash_offset, gap_flag );
#endif
FlashDumpReport( flash_base, next_offset, data_bytes, word_bytes, gap_flag );
}
else
{
GM_PrStr( "Erasing flash canceled\n" );
}
break;
case 'd' :
case 'D' :
next_offset = flash_offset;
FlashDumpReport( flash_base, next_offset, data_bytes, word_bytes, gap_flag );
break;
case 'n' :
case 'N' :
next_offset += data_bytes;
FlashDumpReport( flash_base, next_offset, data_bytes, word_bytes, gap_flag );
break;
case 'p' :
case 'P' :
if( next_offset >= data_bytes )
next_offset -= data_bytes;
FlashDumpReport( flash_base, next_offset, data_bytes, word_bytes, gap_flag );
break;
case 'x' :
case 'X' :
FlashDumpPrintf( "\nARC halted.\n" );
_exit_halt();
break;
default:
GM_PrStr( "\nERROR: unknown command\n" );
break;
}
}
}
