static void vboot_wrapper(void *arg)
{
VbError_t res;
struct vboot_context *context;
context = arg;
gcontext = context;
VbExDebug("Calling VbInit()\n");
res = VbInit(context->cparams, &context->handoff->init_params);
VbExDebug("VbInit() returned 0x%08x\n", res);
if (res != VBERROR_SUCCESS) {
if(res == VBERROR_TPM_REBOOT_REQUIRED) {
VbExDebug("TPM Reboot Required. Proceeding reboot.\n");
gcontext->reset();
}
return;
}
VbExDebug("Calling VbSelectFirmware()\n");
res = VbSelectFirmware(context->cparams, context->fparams);
VbExDebug("VbSelectFirmware() returned 0x%08x\n", res);
if (res != VBERROR_SUCCESS)
return;
}
static void vboot_wrapper(void *arg)
{
int i;
VbError_t res;
const struct components *components;
struct vboot_context *context;
context = arg;
gcontext = context;
VbExDebug("Calling VbInit()\n");
res = VbInit(context->cparams, &context->handoff->init_params);
VbExDebug("VbInit() returned 0x%08x\n", res);
if (res != VBERROR_SUCCESS)
return;
VbExDebug("Calling VbSelectFirmware()\n");
res = VbSelectFirmware(context->cparams, context->fparams);
VbExDebug("VbSelectFirmware() returned 0x%08x\n", res);
if (res != VBERROR_SUCCESS)
return;
/* Fix up the handoff structure. */
context->handoff->selected_firmware =
context->fparams->selected_firmware;
/* Parse out the components for downstream consumption. */
if (context->handoff->selected_firmware == VB_SELECT_FIRMWARE_A)
components = (void *)context->fw_a;
else if (context->handoff->selected_firmware == VB_SELECT_FIRMWARE_B)
components = (void *)context->fw_b;
else
return;
for (i = 0; i < MAX_PARSED_FW_COMPONENTS; i++) {
parse_component(components, i,
&context->handoff->components[i]);
}
}
static VbError_t
twostop_init_vboot_library(firmware_storage_t *file, void *gbb,
uint32_t gbb_offset, size_t gbb_size,
crossystem_data_t *cdata, VbCommonParams *cparams)
{
VbError_t err;
VbInitParams iparams;
int virtual_dev_switch =
cros_fdtdec_config_has_prop(gd->fdt_blob,
"virtual-dev-switch");
#ifdef CONFIG_MKBP
struct mkbp_dev *mdev = board_get_mkbp_dev();
#endif
memset(&iparams, 0, sizeof(iparams));
iparams.flags = check_ro_normal_support();
#ifdef CONFIG_MKBP
if (mdev) {
uint32_t ec_events = 0;
const uint32_t kb_rec_mask =
EC_HOST_EVENT_MASK(EC_HOST_EVENT_KEYBOARD_RECOVERY);
/* Read keyboard recovery flag from EC, then clear it */
if (mkbp_get_host_events(mdev, &ec_events)) {
/*
* TODO: what can we do if that fails? Request
* recovery? We don't simply want to fail, because
* that'll prevent us from going into recovery mode.
* We don't want to go into recovery mode
* automatically, because that'll break snow.
*/
VBDEBUG("VbInit: unable to read EC events\n");
ec_events = 0;
}
if (ec_events & kb_rec_mask) {
iparams.flags |= VB_INIT_FLAG_REC_BUTTON_PRESSED;
if (mkbp_clear_host_events(mdev, kb_rec_mask))
VBDEBUG("VbInit: unable to clear "
"EC KB recovery event\n");
}
}
#endif
if (cdata->boot_write_protect_switch)
iparams.flags |= VB_INIT_FLAG_WP_ENABLED;
if (cdata->boot_recovery_switch)
iparams.flags |= VB_INIT_FLAG_REC_BUTTON_PRESSED;
if (cdata->boot_developer_switch)
iparams.flags |= VB_INIT_FLAG_DEV_SWITCH_ON;
if (cdata->boot_oprom_loaded)
iparams.flags |= VB_INIT_FLAG_OPROM_LOADED;
if (cdata->oprom_matters)
iparams.flags |= VB_INIT_FLAG_OPROM_MATTERS;
if (virtual_dev_switch)
iparams.flags |= VB_INIT_FLAG_VIRTUAL_DEV_SWITCH;
if (cros_fdtdec_config_has_prop(gd->fdt_blob, "ec-software-sync"))
iparams.flags |= VB_INIT_FLAG_EC_SOFTWARE_SYNC;
if (cros_fdtdec_config_has_prop(gd->fdt_blob, "ec-slow-update"))
iparams.flags |= VB_INIT_FLAG_EC_SLOW_UPDATE;
if (flash_sw_wp_is_enabled(file))
iparams.flags |= VB_INIT_FLAG_SW_WP_ENABLED;
VBDEBUG("iparams.flags: %08x\n", iparams.flags);
if ((err = VbInit(cparams, &iparams))) {
VBDEBUG("VbInit: %u\n", err);
/*
* If vboot wants EC to reboot to RO, make request now,
* because there isn't a clear path to pass this request
* through to do_vboot_twostop().
*/
if (err == VBERROR_EC_REBOOT_TO_RO_REQUIRED)
request_ec_reboot_to_ro();
return err;
}
#ifdef CONFIG_VIDEO_TEGRA
tegra_lcd_check_next_stage(gd->fdt_blob, 0);
#endif
#ifdef CONFIG_EXYNOS_DISPLAYPORT
exynos_lcd_check_next_stage(gd->fdt_blob, 0);
#endif
VBDEBUG("iparams.out_flags: %08x\n", iparams.out_flags);
if (virtual_dev_switch) {
cdata->boot_developer_switch =
(iparams.out_flags & VB_INIT_OUT_ENABLE_DEVELOPER) ?
1 : 0;
VBDEBUG("cdata->boot_developer_switch=%d\n",
cdata->boot_developer_switch);
}
if (iparams.out_flags & VB_INIT_OUT_CLEAR_RAM)
wipe_unused_memory(cdata, cparams);
/* Load required information of GBB */
if (iparams.out_flags & VB_INIT_OUT_ENABLE_DISPLAY) {
if (gbb_read_bmp_block(gbb, file, gbb_offset, gbb_size))
return VBERROR_INVALID_GBB;
have_read_gbb_bmp_block = 1;
}
if (cdata->boot_developer_switch ||
iparams.out_flags & VB_INIT_OUT_ENABLE_RECOVERY) {
if (gbb_read_recovery_key(gbb, file, gbb_offset, gbb_size))
return VBERROR_INVALID_GBB;
}
return VBERROR_SUCCESS;
}
int main(void)
{
/* vboot_api.h - entry points INTO vboot_reference */
VbInit(0, 0);
return 0;
}
