Link:
repo installed and use it as:
Install the
repo utility:$: mkdir ~/bin
$: curl http://commondatastorage.googleapis.com/git-repo-downloads/repo > ~/bin/repo
$: chmod a+x ~/bin/repo
Download the BSP source:
$: PATH=${PATH}:~/bin
$: mkdir fsl-community-bsp
$: cd fsl-community-bsp
$: repo init -u https://github.com/Freescale/fsl-community-bsp-platform -b rocko
$: repo sync
At the end of the commands you have every metadata you need to start work with.
To start a simple image build:
$: MACHINE=imx28evk DISTRO=fslc-framebuffer source ./setup-environment build-imx28
$: cd build;
$: bitbake -g core-image-minimal / bitbake -g u-boot-mkimage
$: bitbake core-image-minimal / bitbake u-boot-mkimage
You can use any directory to host your build.
The source code is checked out at
If you plan to use Qt5 eglfs plugin for accelerated graphics using the framebuffer, you need to discard X11 and wayland so the proper graphics drivers get included:
In QtCreator go to Tools > Options > Devices and add your Wandboard as a generic linux device.
go to Tools > Options > Build & Run and:
fsl-community-bsp/sources.Adding Qt5 into Image
Link:
http://wiki.wandboard.org/index.php/Building_Qt5_using_yocto_on_Wandboard
$: git clone -b rocko https://github.com/meta-qt5/meta-qt5.git
1. Edit yocto/build/conf/bblayers.conf to add the meta-qt5 layer at the end:
${BSPDIR}/sources/meta-qt5 \
${BSPDIR}/sources/meta-openembedded/meta-ruby \
${BSPDIR}/sources/meta-openembedded/meta-multimedia \
2. Edit yocto/build/conf/local.conf and add:
EXTRA_IMAGE_FEATURES = "debug-tweaks ssh-server-openssh "
IMAGE_INSTALL_append = " gcc g++ binutils libgcc libgcc-dev libstdc++ libstdc++-dev libstdc++-staticdev \
autoconf automake ccache chkconfig glib-networking glibmm \
packagegroup-core-buildessential pkgconfig \
boost cmake zlib glib-2.0 packagegroup-fsl-tools-testapps \
ruby \
cpufrequtils \
nano \
gdb \
gstreamer \
gst-meta-video \
gst-fsl-plugin \
gst-plugins-base-app \
gst-plugins-base \
gst-plugins-good \
gst-plugins-good-rtsp \
gst-plugins-good-udp \
gst-plugins-good-rtpmanager \
gst-plugins-good-rtp \
gst-plugins-good-video4linux2 \
openssh-sftp-server \
packagegroup-fsl-gstreamer \
packagegroup-fsl-tools-testapps \
packagegroup-fsl-tools-benchmark \
imx-vpu \
imx-test \
qtbase-fonts \
qtbase-plugins \
qtbase-tools \
qtbase-examples \
qtdeclarative \
qtdeclarative-plugins \
qtdeclarative-tools \
qtdeclarative-examples \
qtdeclarative-qmlplugins \
qtmultimedia \
qtmultimedia-plugins \
qtmultimedia-examples \
qtmultimedia-qmlplugins \
qtsvg \
qtsvg-plugins \
qtsensors \
qtimageformats-plugins \
qtsystems \
qtsystems-tools \
qtsystems-examples \
qtsystems-qmlplugins \
qtscript \
qt3d \
qt3d-examples \
qt3d-qmlplugins \
qt3d-tools \
qtwebkit \
qtwebkit-examples-examples \
qtwebkit-qmlplugins \
qtgraphicaleffects-qmlplugins \
qtconnectivity-qmlplugins \
qtlocation-plugins \
qtlocation-qmlplugins \
cinematicexperience \
cairo pango fontconfig freetype pulseaudio dbus \
alsa-lib alsa-tools alsa-state alsa-utils-alsaconf fsl-alsa-plugins \
i2c-tools \
"
We include ssh-server-openssh in EXTRA_IMAGE_FEATURES and the
openssh-sftp-server in IMAGE_INSTALL_append for rapid deploying using
QtCreator
- Note: qtquickcontrols-qmlplugins fails in master branch
If you plan to use Qt5 eglfs plugin for accelerated graphics using the framebuffer, you need to discard X11 and wayland so the proper graphics drivers get included:
DISTRO_FEATURES_remove = "x11 wayland"
- The Wandboard Linux Kernel 3.10.17 comes configured with 24 bit depth for HDMI and LCD displays in the device tree. If you experience problems running Qt5 applications with the eglfs platform, change the bit depth to 32 bits in your own kernel fork or use the fbset (fbset [w] [h] [w] [h] 32) BEFORE running any egl application.
$ bitbake fsl-image-multimedia-full
Note: If bitbake fails with an error regarding cmake or drm recipes, locate their directories, delete them and try again.Cross compile Qt5 for QtCreator
It is now very easy to build an environment for cross compilation using QtCreator. Version 1.7 in paths refers to Yocto Dizzy branch, if you are using different branch please use corresponding paths.bitbake a meta-toolchain-qt5
Bitbake a poky toolchain (you need to be in your yocto/build directory): $ bitbake meta-toolchain-qt5
Install your new toolchain
Run the new installer that has been generated in yocto/build/tmp/deploy/sdk$ sh poky-eglibc-x86_64-meta-toolchain-qt5-cortexa9hf-vfp-neon-toolchain-1.7.sh
This will install a cross compiler and its needed environment including the Qt5 arm libraries.
Configure Qt creator
Run qtcreator from the terminal after running the setup environment script located in /opt/poky/1.7In QtCreator go to Tools > Options > Devices and add your Wandboard as a generic linux device.
go to Tools > Options > Build & Run and:
- Add a new compiler. Select your poky compiler: /opt/poky/1.7/sysroots/x86_64-pokysdk-linux/usr/bin/arm-poky-linux-gnueabi/arm-poky-linux-gnueabi-cpp
- Add your new cross compiled Qt version by selecting the qmake located in /opt/poky/1.7/sysroots/x86_64-pokysdk-linux/usr/bin/qt5
- Add a new kit selecting your new Qt5 version and compiler and setting the sysroot to /opt/poky/1.7/sysroots/cortexa9hf-vfp-neon-poky-linux-gnueabi and leave the Qt mkspec empty. Finally select your wandboard for the device.
