mirror of https://github.com/wolfSSL/wolfBoot.git
Add lpc55s69 to targets.md
Thomas Cook
Daniele Lacamera
parent
9fecc9c3b7
commit
0926705487
314
docs/Targets.md
314
docs/Targets.md
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@ -21,7 +21,7 @@ This README describes configuration of supported targets.
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* [NXP iMX-RT](#nxp-imx-rt)
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* [NXP Kinetis](#nxp-kinetis)
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* [NXP LPC54xxx](#nxp-lpc54xxx)
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* [NXP LPC55S69](#lpc55s69)
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* [NXP LPC55S69](#nxp-lpc55s69)
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* [NXP LS1028A](#nxp-ls1028a)
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* [NXP MCXA153](#nxp-mcxa153)
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* [NXP MCXW716](#nxp-mcxw716)
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@ -1937,6 +1937,318 @@ arm-none-eabi-gdb wolfboot.elf -ex "target remote localhost:3333"
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```
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## NXP LPC55S69
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The NXP LPC55S69 is a dual-core Cortex-M33 microcontroller. The support has been
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tested on the LPCXpresso55S69 board (LPC55S69-EVK), with the on-board LINK2 configured in
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the default CMSIS-DAP mode.
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This requires the NXP MCUXpresso SDK. We tested using
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[mcuxsdk-manifests](https://github.com/nxp-mcuxpresso/mcuxsdk-manifests) and
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[CMSIS_5](https://github.com/nxp-mcuxpresso/CMSIS_5) placed under "../NXP".
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To set up the MCUXpresso SDK:
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```
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cd ../NXP
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# Install west
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python -m venv west-venv
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source west-venv/bin/activate
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pip install west
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# Set up the repository
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west init -m https://github.com/nxp-mcuxpresso/mcuxsdk-manifests.git mcuxpresso-sdk
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cd mcuxpresso-sdk
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west update_board --set board lpcxpresso55s69
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deactivate
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```
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### LPC55S69: Configuring and compiling
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Copy the example configuration file and build with make:
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```sh
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cp config/examples/lpc55s69.config .config
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make
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```
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We also provide a TrustZone configuration at `config/examples/lpc55s69-tz.config`.
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### LPC55S69: Loading the firmware
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Download and install the LinkServer tool:
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[@NXP: LinkServer for microcontrollers](https://www.nxp.com/design/design-center/software/development-software/mcuxpresso-software-and-tools-/linkserver-for-microcontrollers:LINKERSERVER#downloads)
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NOTE: The LPCXpresso55S69's on-board LINK2 debugger comes loaded with CMSIS-DAP protocol, but it can be
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optionally updated to use JLink protocol instead. See the EVK user manual for how to do this, if desired.
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The below examples were tested with the default CMSIS-DAP protocol. CMSIS-DAP is supported by default in
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the MCUXpresso IDE for debugging purposes.
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Connect a USB cable from your development PC to P6 on the dev board.
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Open a terminal to the virtual COM port with putty or similar app, settings 115200-N-8-1.
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### LPC55S69: Testing firmware factory.bin
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1) Erase the entire flash:
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```sh
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LinkServer flash LPC55S69 erase
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```
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2) Program the factory.bin, which contains both wolfBoot and the test-app version 1:
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```sh
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LinkServer flash LPC55S69 load factory.bin:0
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```
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3) The LED will light up blue to indicate version 1 of the firmware is running. You should also see output
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like this in the terminal window:
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```sh
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lpc55s69 init
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Boot partition: 0xA000 (sz 24016, ver 0x1, type 0x601)
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Partition 1 header magic 0xFFFFFFFF invalid at 0x15000
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Boot partition: 0xA000 (sz 24016, ver 0x1, type 0x601)
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Booting version: 0x1
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lpc55s69 init
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boot: ver=0x1 state=0xFF
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update: ver=0x0 state=0xFF
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Hello from firmware version 1
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Calling wolfBoot_success()
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boot: ver=0x1 state=0x00
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update: ver=0x0 state=0xFF
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```
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### LPC55S69: Testing firmware update
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1) Sign the test-app with version 2:
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```sh
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./tools/keytools/sign --ecc384 --sha384 test-app/image.bin wolfboot_signing_private_key.der 2
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```
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2) Flash v2 update binary to your `.config`'s `WOLFBOOT_PARTITION_UPDATE_ADDRESS`
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Example:
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```sh
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LinkServer flash LPC55S69 load test-app/image_v2_signed.bin:0x15000
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```
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3) You should see output like this in the terminal window:
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```sh
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lpc55s69 init
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Boot partition: 0xA000 (sz 24016, ver 0x1, type 0x601)
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Update partition: 0x15000 (sz 24016, ver 0x2, type 0x601)
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Boot partition: 0xA000 (sz 24016, ver 0x1, type 0x601)
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Booting version: 0x1
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lpc55s69 init
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boot: ver=0x1 state=0x00
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update: ver=0x2 state=0xFF
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Hello from firmware version 1
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Update detected, version: 0x2
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Triggering update...
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boot: ver=0x1 state=0x00
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update: ver=0x2 state=0x70
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...done. Reboot to apply.
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```
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4) Press the RESET button to reboot
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5) The LED will light up green to indicate version 2 of the firmware is running. You should also see output
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like this in the terminal window:
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```sh
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lpc55s69 init
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Update partition: 0x15000 (sz 24016, ver 0x2, type 0x601)
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Boot partition: 0xA000 (sz 24016, ver 0x1, type 0x601)
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Update partition: 0x15000 (sz 24016, ver 0x2, type 0x601)
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Starting Update (fallback allowed 0)
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Update partition: 0x15000 (sz 24016, ver 0x2, type 0x601)
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Boot partition: 0xA000 (sz 24016, ver 0x1, type 0x601)
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Versions: Current 0x1, Update 0x2
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Copy sector 0 (part 1->2)
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Copy sector 0 (part 0->1)
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Copy sector 0 (part 2->0)
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Boot partition: 0xA000 (sz 24016, ver 0x2, type 0x601)
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Update partition: 0x15000 (sz 24016, ver 0x1, type 0x601)
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Copy sector 1 (part 1->2)
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Copy sector 1 (part 0->1)
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Copy sector 1 (part 2->0)
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Copy sector 2 (part 1->2)
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Copy sector 2 (part 0->1)
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Copy sector 2 (part 2->0)
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Copy sector 3 (part 1->2)
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Copy sector 3 (part 0->1)
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Copy sector 3 (part 2->0)
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Copy sector 4 (part 1->2)
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Copy sector 4 (part 0->1)
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Copy sector 4 (part 2->0)
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Copy sector 5 (part 1->2)
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Copy sector 5 (part 0->1)
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Copy sector 5 (part 2->0)
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Copy sector 6 (part 1->2)
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Copy sector 6 (part 0->1)
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Copy sector 6 (part 2->0)
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Copy sector 7 (part 1->2)
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Copy sector 7 (part 0->1)
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Copy sector 7 (part 2->0)
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Copy sector 8 (part 1->2)
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Copy sector 8 (part 0->1)
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Copy sector 8 (part 2->0)
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Copy sector 9 (part 1->2)
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Copy sector 9 (part 0->1)
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Copy sector 9 (part 2->0)
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Copy sector 10 (part 1->2)
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Copy sector 10 (part 0->1)
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Copy sector 10 (part 2->0)
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Copy sector 11 (part 1->2)
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Copy sector 11 (part 0->1)
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Copy sector 11 (part 2->0)
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Copy sector 12 (part 1->2)
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Copy sector 12 (part 0->1)
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Copy sector 12 (part 2->0)
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Copy sector 13 (part 1->2)
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Copy sector 13 (part 0->1)
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Copy sector 13 (part 2->0)
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Copy sector 14 (part 1->2)
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Copy sector 14 (part 0->1)
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Copy sector 14 (part 2->0)
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Copy sector 15 (part 1->2)
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Copy sector 15 (part 0->1)
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Copy sector 15 (part 2->0)
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Copy sector 16 (part 1->2)
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Copy sector 16 (part 0->1)
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Copy sector 16 (part 2->0)
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Copy sector 17 (part 1->2)
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Copy sector 17 (part 0->1)
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Copy sector 17 (part 2->0)
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Copy sector 18 (part 1->2)
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Copy sector 18 (part 0->1)
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Copy sector 18 (part 2->0)
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Copy sector 19 (part 1->2)
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Copy sector 19 (part 0->1)
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Copy sector 19 (part 2->0)
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Copy sector 20 (part 1->2)
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Copy sector 20 (part 0->1)
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Copy sector 20 (part 2->0)
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Copy sector 21 (part 1->2)
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Copy sector 21 (part 0->1)
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Copy sector 21 (part 2->0)
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Copy sector 22 (part 1->2)
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Copy sector 22 (part 0->1)
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Copy sector 22 (part 2->0)
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Copy sector 23 (part 1->2)
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Copy sector 23 (part 0->1)
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Copy sector 23 (part 2->0)
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Copy sector 24 (part 1->2)
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Copy sector 24 (part 0->1)
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Copy sector 24 (part 2->0)
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Copy sector 25 (part 1->2)
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Copy sector 25 (part 0->1)
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Copy sector 25 (part 2->0)
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Copy sector 26 (part 1->2)
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Copy sector 26 (part 0->1)
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Copy sector 26 (part 2->0)
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Copy sector 27 (part 1->2)
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Copy sector 27 (part 0->1)
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Copy sector 27 (part 2->0)
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Copy sector 28 (part 1->2)
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Copy sector 28 (part 0->1)
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Copy sector 28 (part 2->0)
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Copy sector 29 (part 1->2)
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Copy sector 29 (part 0->1)
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Copy sector 29 (part 2->0)
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Copy sector 30 (part 1->2)
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Copy sector 30 (part 0->1)
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Copy sector 30 (part 2->0)
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Copy sector 31 (part 1->2)
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Copy sector 31 (part 0->1)
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Copy sector 31 (part 2->0)
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Copy sector 32 (part 1->2)
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Copy sector 32 (part 0->1)
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Copy sector 32 (part 2->0)
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Copy sector 33 (part 1->2)
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Copy sector 33 (part 0->1)
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Copy sector 33 (part 2->0)
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Copy sector 34 (part 1->2)
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Copy sector 34 (part 0->1)
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Copy sector 34 (part 2->0)
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Copy sector 35 (part 1->2)
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Copy sector 35 (part 0->1)
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Copy sector 35 (part 2->0)
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Copy sector 36 (part 1->2)
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Copy sector 36 (part 0->1)
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Copy sector 36 (part 2->0)
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Copy sector 37 (part 1->2)
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Copy sector 37 (part 0->1)
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Copy sector 37 (part 2->0)
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Copy sector 38 (part 1->2)
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Copy sector 38 (part 0->1)
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Copy sector 38 (part 2->0)
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Copy sector 39 (part 1->2)
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Copy sector 39 (part 0->1)
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Copy sector 39 (part 2->0)
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Copy sector 40 (part 1->2)
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Copy sector 40 (part 0->1)
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Copy sector 40 (part 2->0)
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Copy sector 41 (part 1->2)
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Copy sector 41 (part 0->1)
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Copy sector 41 (part 2->0)
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Copy sector 42 (part 1->2)
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Copy sector 42 (part 0->1)
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Copy sector 42 (part 2->0)
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Copy sector 43 (part 1->2)
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Copy sector 43 (part 0->1)
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Copy sector 43 (part 2->0)
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Copy sector 44 (part 1->2)
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Copy sector 44 (part 0->1)
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Copy sector 44 (part 2->0)
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Copy sector 45 (part 1->2)
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Copy sector 45 (part 0->1)
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Copy sector 45 (part 2->0)
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Copy sector 46 (part 1->2)
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Copy sector 46 (part 0->1)
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Copy sector 46 (part 2->0)
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Copy sector 47 (part 1->2)
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Copy sector 47 (part 0->1)
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Copy sector 47 (part 2->0)
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Erasing remainder of partition (38 sectors)...
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Boot partition: 0xA000 (sz 24016, ver 0x2, type 0x601)
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Update partition: 0x15000 (sz 24016, ver 0x1, type 0x601)
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Copy sector 85 (part 0->2)
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Copied boot sector to swap
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Boot partition: 0xA000 (sz 24016, ver 0x2, type 0x601)
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Booting version: 0x2
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lpc55s69 init
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boot: ver=0x2 state=0x10
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update: ver=0x1 state=0xFF
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Hello from firmware version 2
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Calling wolfBoot_success()
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boot: ver=0x2 state=0x00
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update: ver=0x1 state=0xFF
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```
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### LPC55S69: Debugging
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Debugging with GDB:
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Note: We include a `.gdbinit` in the wolfBoot root that loads the wolfboot and test-app elf files.
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In one terminal: `LinkServer gdbserver LPC55S69`
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In another terminal use `gdb`:
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```
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b main
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mon reset
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c
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```
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## NXP LS1028A
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The LS1028A is a AARCH64 armv8-a Cortex-A72 processor. Support has been tested with the NXP LS1028ARDB.
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