bool bootloader_update(const void* bootloader_image, unsigned length)
{
HAL_Bootloader_Lock(false);
bool result = (FLASH_CopyMemory(FLASH_INTERNAL, (uint32_t)bootloader_image,
FLASH_INTERNAL, 0x8000000, length, MODULE_FUNCTION_BOOTLOADER,
MODULE_VERIFY_DESTINATION_IS_START_ADDRESS|MODULE_VERIFY_CRC|MODULE_VERIFY_FUNCTION));
HAL_Bootloader_Lock(true);
return result;
}
void HAL_Core_Setup_finalize(void)
{
// Now that main() has been executed, we can plug in the original WICED ISR in the
// ISR chain.)
uint32_t* isrs = (uint32_t*)&link_ram_interrupt_vectors_location;
isrs[SysTickIndex] = (uint32_t)SysTickChain;
#ifdef MODULAR_FIRMWARE
const uint32_t app_backup = 0x800C000;
// when unpacking from the combined image, we have the default application image stored
// in the eeprom region.
const module_info_t* app_info = FLASH_ModuleInfo(FLASH_INTERNAL, app_backup);
if (app_info->module_start_address==(void*)0x80A0000) {
LED_SetRGBColor(RGB_COLOR_GREEN);
uint32_t length = app_info->module_end_address-app_info->module_start_address+4;
if (length < 80*1024 && FLASH_CopyMemory(FLASH_INTERNAL, app_backup, FLASH_INTERNAL, 0x80E0000, length, MODULE_FUNCTION_USER_PART, MODULE_VERIFY_CRC|MODULE_VERIFY_FUNCTION)) {
FLASH_CopyMemory(FLASH_INTERNAL, app_backup, FLASH_INTERNAL, 0x80A0000, length, MODULE_FUNCTION_USER_PART, MODULE_VERIFY_CRC|MODULE_VERIFY_DESTINATION_IS_START_ADDRESS|MODULE_VERIFY_FUNCTION);
FLASH_EraseMemory(FLASH_INTERNAL, app_backup, length);
}
LED_SetRGBColor(RGB_COLOR_WHITE);
}
#endif
}
