static void
process_boot_cmd()
{
boot_cmd_t boot_cmd;
sxfs_read(SP_BOOT_PARAMS, 0, (uint8_t*)&boot_cmd, sizeof(boot_cmd));
switch (boot_cmd) {
case BOOT_LOAD_RECOVERY_IMG:
write_app_img(SP_RECOVERY_IMG);
break;
case BOOT_LOAD_UPDATE_IMG:
write_app_img(SP_UPDATE_IMG);
break;
case BOOT_DEFAULT:
default:
break;
}
if (boot_cmd != BOOT_DEFAULT) {
boot_cmd = BOOT_DEFAULT;
sxfs_erase_all(SP_BOOT_PARAMS);
sxfs_write(SP_BOOT_PARAMS, 0, (uint8_t*)&boot_cmd, sizeof(boot_cmd));
}
}
void
app_cfg_flush()
{
sxfs_part_id_t used_app_cfg_part = SP_APP_CFG_1;
app_cfg_rec_t* app_cfg = app_cfg_load(&used_app_cfg_part);
chMtxLock(&app_cfg_mtx);
app_cfg_local.crc = crc32_block(0, &app_cfg_local.data, sizeof(app_cfg_data_t));
if (memcmp(&app_cfg_local, app_cfg, sizeof(app_cfg_rec_t)) != 0) {
sxfs_part_id_t unused_app_cfg_part =
(used_app_cfg_part == SP_APP_CFG_1) ? SP_APP_CFG_2 : SP_APP_CFG_1;
bool ret = sxfs_write(unused_app_cfg_part, 0, (uint8_t*)&app_cfg_local, sizeof(app_cfg_local));
if (ret) {
ret = sxfs_erase(used_app_cfg_part);
if (!ret)
printf("app cfg erase failed! %d\r\n", used_app_cfg_part);
}
else {
printf("app cfg write failed! %d\r\n", unused_app_cfg_part);
}
}
chMtxUnlock();
if (app_cfg != NULL)
free(app_cfg);
}
static void
save_boot_cmd(boot_cmd_t boot_cmd)
{
sxfs_erase_all(SP_BOOT_PARAMS);
sxfs_write(SP_BOOT_PARAMS, 0, (uint8_t*)&boot_cmd, sizeof(boot_cmd));
NVIC_SystemReset();
}
