Yocto Build U-Boot: Difference between revisions

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Line 165: Line 165:
Build boot image for SOC revision B:
Build boot image for SOC revision B:
  $ make -f soc.mak clean
  $ make -f soc.mak clean
  $ make -f soc.mak SOC={{#var:IMX_MKIMAGE_SOC}} REV=B0 MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh flash_spl
  $ make -f soc.mak SOC={{#var:IMX_MKIMAGE_SOC}} REV=B0 MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh flash_spl
  $ mv flash.bin {{#var:U-BOOT_SD_IMAGE_NAME}}
  $ mv flash.bin {{#var:U-BOOT_SD_IMAGE_NAME}}
<br>
<br>
Build boot image for SOC revision C:
Build boot image for SOC revision C:
  $ make -f soc.mak clean
  $ make -f soc.mak clean
  $ make -f soc.mak SOC={{#var:IMX_MKIMAGE_SOC}} REV=C0 MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh flash_spl
  $ make -f soc.mak SOC={{#var:IMX_MKIMAGE_SOC}} REV=C0 MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh flash_spl
  $ mv flash.bin {{#var:U-BOOT_SD_IMAGE_NAME}}
  $ mv flash.bin {{#var:U-BOOT_SD_IMAGE_NAME}}
| mx8qm=
| mx8qm=
Build boot image:
Build boot image:
  $ make -f soc.mak clean
  $ make -f soc.mak clean
  $ make -f soc.mak SOC={{#var:IMX_MKIMAGE_SOC}} MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh flash_spl
  $ make -f soc.mak SOC={{#var:IMX_MKIMAGE_SOC}} MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh flash_spl
  $ mv flash.bin {{#var:U-BOOT_SD_IMAGE_NAME}}
  $ mv flash.bin {{#var:U-BOOT_SD_IMAGE_NAME}}
| mx8mq=
| mx8mq=
Build boot image:
Build boot image:
  $ make -f soc.mak clean
  $ make -f soc.mak clean
  $ make -f soc.mak SOC={{#var:IMX_MKIMAGE_SOC}} dtbs={{#var:U-BOOT_DTB_FILE|{{#var:DEFAULT_DTB}}}} MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh CC=gcc OUTIMG={{#var:U-BOOT_SD_IMAGE_NAME}} flash_evk
  $ make -f soc.mak SOC={{#var:IMX_MKIMAGE_SOC}} dtbs={{#var:U-BOOT_DTB_FILE|{{#var:DEFAULT_DTB}}}} MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh CC=gcc OUTIMG={{#var:U-BOOT_SD_IMAGE_NAME}} flash_evk
| mx8mm=
| mx8mm=
{{#ifeq: {{#var:FSL_BSP_VERSION}}| L4.14.78-1.0.0_ga |
{{#ifeq: {{#var:FSL_BSP_VERSION}}| L4.14.78-1.0.0_ga |
Build boot image:
Build boot image:
  $ make -f soc.mak clean
  $ make -f soc.mak clean
  $ make -f soc.mak SOC={{#var:IMX_MKIMAGE_SOC}} dtbs={{#var:DEFAULT_DTB}} MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh CC=gcc OUTIMG={{#var:U-BOOT_SD_IMAGE_NAME}} flash_evk
  $ make -f soc.mak SOC={{#var:IMX_MKIMAGE_SOC}} dtbs={{#var:DEFAULT_DTB}} MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh CC=gcc OUTIMG={{#var:U-BOOT_SD_IMAGE_NAME}} flash_evk
|
|
Build boot image:
Build boot image:
  $ make -f soc.mak clean
  $ make -f soc.mak clean
  $ make -f soc.mak SOC={{#var:IMX_MKIMAGE_SOC}} dtbs="{{#var:U-BOOT_DTB_DART}} {{#var:U-BOOT_DTB_SOM}} {{#var:U-BOOT_DTB_SOM_10}}" MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh CC=gcc OUTIMG={{#var:U-BOOT_SD_IMAGE_NAME}} flash_lpddr4_ddr4_evk
  $ make -f soc.mak SOC={{#var:IMX_MKIMAGE_SOC}} dtbs="{{#var:U-BOOT_DTB_DART}} {{#var:U-BOOT_DTB_SOM}} {{#var:U-BOOT_DTB_SOM_10}}" MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh CC=gcc OUTIMG={{#var:U-BOOT_SD_IMAGE_NAME}} flash_lpddr4_ddr4_evk
}}
}}
| mx8mn=
| mx8mn=
Build boot image:
Build boot image:
  $ make -f soc.mak clean
  $ make -f soc.mak clean
  $ make -f  soc.mak  SOC={{#var:IMX_MKIMAGE_SOC}}  dtbs="{{#var:U-BOOT_DTB_SOM}}  {{#var:U-BOOT_DTB_SOM_10}}" MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh CC=gcc OUTIMG={{#var:U-BOOT_SD_IMAGE_NAME}} flash_ddr4_evk
  $ make -f  soc.mak  SOC={{#var:IMX_MKIMAGE_SOC}}  dtbs="{{#var:U-BOOT_DTB_SOM}}  {{#var:U-BOOT_DTB_SOM_10}}" MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh CC=gcc OUTIMG={{#var:U-BOOT_SD_IMAGE_NAME}} flash_ddr4_evk
| mx8mp=
| mx8mp=
Build boot image:
Build boot image:
  $ make -f soc.mak clean
  $ make -f soc.mak clean
  $ make -f soc.mak  SOC={{#var:IMX_MKIMAGE_SOC}}  dtbs="{{#var:U-BOOT_DTB_DART}}  {{#var:U-BOOT_DTB_SOM}}"  MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh  CC=gcc OUTIMG={{#var:U-BOOT_SD_IMAGE_NAME}} flash_evk
  $ make -f soc.mak  SOC={{#var:IMX_MKIMAGE_SOC}}  dtbs="{{#var:U-BOOT_DTB_DART}}  {{#var:U-BOOT_DTB_SOM}}"  MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh  CC=gcc OUTIMG={{#var:U-BOOT_SD_IMAGE_NAME}} flash_evk
|}} <!-- end of switch
|}} <!-- end of switch
--> }} <!-- end of SOC_SERIES imx8 -->
--> }} <!-- end of SOC_SERIES imx8 -->

Revision as of 19:51, 20 January 2023

Yocto Build U-Boot from source code

Toolchain installation for out of Yocto builds

To install the toolchain, follow Yocto Toolchain installation.

Build U-Boot out of Yocto tree

Obtain sources:

$ git clone https://github.com/varigit/uboot-imx.git -b lf_v2022.04_var01
$ cd uboot-imx

Configure compilation environment:

$ source /opt/fslc-xwayland/3.3/environment-setup-cortexa53-crypto-fslc-linux

Cleanup everything:

$ make mrproper


Select configuration:

$ make imx8mq_var_dart_defconfig

Build U-Boot:

$ make -j$(nproc)

Build boot image

The final boot image contains multiple firmware files. The following procedure builds the final image.

Create imx-boot-tools directory:

$ mkdir imx-boot-tools
$ cd imx-boot-tools

Download DDR and HDMI firmware:

$ wget https://www.nxp.com/lgfiles/NMG/MAD/YOCTO/firmware-imx-8.16.bin
$ chmod +x firmware-imx-8.16.bin
$ ./firmware-imx-8.16.bin
$ cp firmware-imx-8.16/firmware/ddr/synopsys/* .
$ cp firmware-imx-8.16/firmware/hdmi/cadence/signed_* .

Download imx_mkimage:

$ git clone https://github.com/nxp-imx/imx-mkimage -b lf-5.15.32_2.0.0
$ cp imx-mkimage/iMX8M/*.c imx-mkimage/iMX8M/*.sh  imx-mkimage/scripts/*.sh .
$ cp dtb_check.sh ../scripts/

Download and build ATF:

$ git clone https://github.com/varigit/imx-atf -b lf_v2.6_var01 
$ git clone https://github.com/varigit/meta-variscite-bsp -b kirkstone
$ cd imx-mkimage

$ git apply ../meta-variscite-bsp/recipes-bsp/imx-mkimage/imx-boot/0001-iMX8M-soc-allow-dtb-override.patch
$ git apply ../meta-variscite-bsp/recipes-bsp/imx-mkimage/imx-boot/0002-iMX8M-soc-change-padding-of-DDR4-and-LPDDR4-DMEM-fir.patch $ cp iMX8M/soc.mak .. $ cd .. $ cd imx-atf $ source /opt/fslc-xwayland/3.3/environment-setup-cortexa53-crypto-fslc-linux $ unset LDFLAGS $ make PLAT=imx8mq bl31 $ cp build/imx8mq/release/bl31.bin .. $ cd ..

Copy U-Boot binaries:

$ cp ../tools/mkimage mkimage_uboot
$ cp ../u-boot.bin .
$ cp ../u-boot-nodtb.bin ../spl/u-boot-spl.bin ../arch/arm/dts/imx8mq-var-dart-dt8mcustomboard.dtb .

Build boot image:

$ make -f soc.mak clean
$ make -f soc.mak SOC=iMX8MQ dtbs=imx8mq-var-dart-dt8mcustomboard.dtb MKIMG=./mkimage_imx8 PAD_IMAGE=./pad_image.sh CC=gcc OUTIMG=imx-boot-sd.bin flash_evk 

Install the built U-Boot on an SD card


$ sudo dd if=imx-boot-sd.bin of=/dev/sdX bs=1K seek=33 conv=fsync

(Replace /dev/sdX with the correct device)

If you want to use our recovery SD card to flash the built U-Boot to NAND flash/eMMC, then copy it to the appropriate location in the SD card:

$ sudo cp imx-boot-sd.bin /media/rootfs/opt/images/…

And eject the SD card gracefully from host machine.


Note: If you manually upgrade an existing U-Boot, and you have an old environment saved, it is a good idea to reset your environment to the new default (see Environment handling commands)

Update your U-Boot out of Yocto tree

$ git pull