Lines Matching full:as
4 or 3rd party frameworks as such as Zephyr-RTOS (`zephyrproject-rtos/hal_espressif/`) or NuttX RTOS
7 standalone build version means that ESP-IDF and its toolchain are used as source. For 3rd parties
46 3. If ESP-IDF is the chosen option for use as HAL layer and the system already have ESP-IDF
69 from NuttX RTOS environments also can be used for the bootloader standalone build, however as
108 *If using ESP-IDF as HAL layer source, `ESP_HAL_PATH` can be ommited.*
174 Default slot0 size is `0x100000`, but it can change as per application flash partitions.
176 For Zephyr images, `--pad-header` is not needed as it already has the padding for MCUboot
293 If signing a Zephyr image, the `--pad-header` is not needed, as it already have the padding for
397 Flash the bootloader as following, with `--after no_reset` flag, so you can reset the device only
425 the boot will proceed as following.
500 *In the same way as Secure Boot feature, you can disable UART Download Mode by adding the following
590 Now, similar as the Device generated key, the bootloader and application can be flashed plaintext.
628 OTA updates are required to be sent plaintext. The reason is that, as said before, after the Flash
629 Encryption is enabled all read/write operations are decrypted/encrypted in runtime, so as e.g. if
633 For updating with an image encrypted on the host, flash it through serial using `esptool.py` as
697 CPU (current CPU), it is also responsible for update both images as well. Thus multi boot will be
736 MCUboot allows version dependency check between the images when updating them. As `imgtool.py`
836 After entering the Serial recovery mode on the device, MCUMGR can be used as following:
866 unavailable, it is reclaimable by the OS after boot as heap.
899 * | | iram_loader_seg | *Region usable as iram_loader_seg during boot
900 * | | (APP CPU Cache) | as APP CPU is not initialized yet
921 * | | dram_seg | *** OS CAN RECLAIM IT AFTER BOOT LATER AS HEAP ***
947 as there would be conflict when the bootloader starts the APP CPU before jump to the main
956 * | | Cache | *Used by PRO CPU and APP CPU as Cache
977 * | | dram_seg | *** OS CAN RECLAIM IT AFTER BOOT LATER AS HEAP ***
982 * | | iram_loader_seg | *** OS CAN RECLAIM IT AFTER BOOT LATER AS HEAP ***
1033 * | | | *** OS CAN RECLAIM IT AFTER BOOT LATER AS HEAP ***
1040 * | | | *** OS CAN RECLAIM IT AFTER BOOT LATER AS HEAP ***
1075 * | | | *** OS CAN RECLAIM IT AFTER BOOT LATER AS HEAP ***
1082 * | | | *** OS CAN RECLAIM IT AFTER BOOT LATER AS HEAP ***
1125 * | | | *** OS CAN RECLAIM IT AFTER BOOT LATER AS HEAP ***
1132 * | | | *** OS CAN RECLAIM IT AFTER BOOT LATER AS HEAP ***
1169 * | | | *** OS CAN RECLAIM IT AFTER BOOT LATER AS HEAP ***
1176 * | | | *** OS CAN RECLAIM IT AFTER BOOT LATER AS HEAP ***
1206 * | | | *** OS CAN RECLAIM IT AFTER BOOT LATER AS HEAP ***
1213 * | | | *** OS CAN RECLAIM IT AFTER BOOT LATER AS HEAP ***
1243 * | | | *** OS CAN RECLAIM IT AFTER BOOT LATER AS HEAP ***
1250 * | | | *** OS CAN RECLAIM IT AFTER BOOT LATER AS HEAP ***