Revision as of 09:47, 20 September 2017

Getting Started

Conventions

${BOARD_ID} : board ID

e.g. ubc222 or ubc221

${IMAGE_PACK} : prebuilt image pack

e.g. ubc222 or ubc221

${IMAGE_DIR} : the directory prebuilt image pack extracted to

e.g. ~/U222LIV2011_quark_2016-01-29

${BSP_PACK} : BSP pack

e.g. U222LBV2011_2016-01-29.zip

${BSP_HOME} : the directory BSP pack extracted to

e.g. ~/LBV2011/meta-clanton_v1.2.0

${BDIR} : build directory

e.g. yocto_build

${SD_MOUNT} : mount point of SD card in Ubuntu

e.g. /media/sdf1

${POKY} : Yocto poky version

e.g. 1.7.2

debug console / serial console

serial terminal program (e.g. minicom, putty, teraterm ...) that serial port is configured to 115200 8N1

terminal console

terminal program (e.g. gnome-terminal, xfce4-terminal ...)

Prerequisites

To install Docker Engine on your platform

Please refer to Docker Installation Guide for details

To pull ubuntu 12.04 image from Docker Hub & run the image

$ docker pull advrisc/u12.04-quarklbv2

$ docker run --name quarkLBV2011 -it advrisc/u12.04-quarklbv2 /bin/bash

To copy BSP from local filesystem to the container

$ docker cp ${BSP_PACK} quarkLBV2011:/home/adv/

To copy files from the container's filesystem to local machine

$ docker cp quarkLBV2011:/home/adv/${BSP_HOME}/${BDIR}/tmp/deploy/images/quark ~

Introducing BSP

The BSP is based on Yocto Project with Intel enhanced features for Quark, plus specific target board features from Advantech Inc..

Naming Rule

The tarball/prebuilt image name is consist of the model name followed by "LB" or "LI" plus version number and released date.

For example, U222LBV2011_2016-01-29.zip which "U222" stands for UBC-222, "LB" is acronym of Linux BSP, "V2011" stands for Version 2.011.

For example, U222LIV2011_quark_2016-01-29.zip which "LI" is acronym for prebuilt Linux Image.

BSP pack

Using one of the following ways

• Unpack BSP pack to home directory

$ unzip ${BSP_PACK} -d ~/

• Get the BSP from GitHub

The description of some important folders list below:

${BSP_HOME}/

meta-advantech/: meta layer by Advantech

meta-intel-*/: meta layer by Intel

setup.sh: to setup one new build environment^{(read this if the BSP is got from GitHub)}

oe-init-build-env: to initiate build environment

Prebuilt image pack

^{(read this if the BSP is got from GitHub)}

Perform the following command to unpack prebuilt-image-pack to home directory

$ unzip ${IMAGE_PACK} -d ~/

Prepare one FAT32 formatted SD card, and mount it to mount point

$ cp -a ${IMAGE_DIR}/sdcard/* ${SD_MOUNT}/

Build Instructions

Please refer to this link to set Git configuration first.

To create one new build environment

Perform the following commands in terminal console

$ cd ${BSP_HOME}

$ ./setup.sh^{(read this if the BSP is got from GitHub)}

$ BOARD=${BOARD_ID} source ./oe-init-build-env ${BDIR}

To continue an exist build environment

Perform the following commands in terminal console

$ cd ${BSP_HOME}

$ BOARD=${BOARD_ID} source ./oe-init-build-env ${BDIR}

To build all image files

To create/continue a build environment

Perform the following command in terminal console

$ bitbake image-full

The following files will be located in directory "./tmp/deploy/images/quark" while building process finished successfully.

boot/grub/grub.conf

bzImage

core-image-minimal-initramfs-quark.cpio.gz

grub.efi

image-full-quark.ext3

To build toolchain installer

To create/continue a build environment

Perform the following command in terminal console

$ bitbake image-full -c populate_sdk

The installer, iot-devkit-glibc-x86_64-image-full-i586-toolchain-${POKY}.sh, will be located in the directory "./tmp/deploy/sdk".

To build grub individually

To create/continue a build environment

Perform the following command in terminal console

$ bitbake grub

The file, grub.efi, will be located in directory, ./tmp/deploy/images/quark.

To build linux kernel individually

To create/continue a build environment

Perform the following command in terminal console

to show up menuconfig

$ bitbake linux-yocto-quark -c menuconfig

to do build

$ bitbake linux-yocto-quark

The file, bzImage, will be located in directory, ./tmp/deploy/images/quark.

To build initramfs individually

To create/continue a build environment

Perform the following command in terminal console

$ bitbake core-image-minimal-initramfs

The file, core-image-minimal-initramfs-quark.cpio.gz, will be located in directory, ./tmp/deploy/images/quark.

Customization

Setting up SDK

Please follow the section,to build toolchain installer, to build one toolchain installer first.

Perform the following command in terminal console

$ cd ${BSP_HOME}/${BDIR}/tmp/deploy/sdk

$ sudo ./iot-devkit-glibc-x86_64-image-full-i586-toolchain-${POKY}.sh

Enter directory or press Enter while following question shows up:

Just press Enter while following question shows up:

While following message shows up means the SDK is ready.

Setting up cross compiling environment

SDK has been set up (ref. Setting up SDK)

Perform the following command in terminal console

$ source /opt/iot-devkit/${POKY}/environment-setup-i586-poky-linux

Package List

In BSP, list all packages which will be built in the image

bitbake -g rpb-desktop-image && cat pn-depends.dot | grep -v -e '-native' | grep -v digraph | grep -v -e '-image' \
| awk '{print $1}' | sort | uniq

File:Package List

Show all recipes (include non-installed packages)

bitbake -s

File:Package Version List

You can also check ${BDIR}/tmp/deploy/images/rpb-desktop-image-${MC}.manifest

It will show the same content with checking by opkg tool on target board.

On target board, list all packages by opkg tool

opkg list-installed

File:Package List