Building Blocks
bitbake
BitBake is co-maintained by the Yocto Project and the OpenEmbedded project. BitBake recipes specify how a particular package is built. It includes all the package dependencies, source code locations, configuration, compilation, build, install and remove instructions. wikipedia
https://github.com/WindRiver-OpenSourceLabs/bitbake
layers/fslls10xx
Freescale TWR-LS1021A Boards
bootloader
conf
recipes-daemons/ptpd
recipes-graphics/xorg-xserver
recipes-kernel/linux
https://github.com/WindRiver-OpenSourceLabs/fsl-ls10xx
meta-intel
Layer containing Intel hardware support metadata
meta-crystalforest
meta-haswell-wc
meta-mohonpeak
meta-valleyisland
git://git.yoctoproject.org/meta-intel
meta-openembedded
Collection of OpenEmbedded layers
meta-efl
meta-filesystems
meta-gnome
meta-gpe
meta-initramfs
meta-multimedia
meta-networking
meta-oe
meta-perl
meta-python
meta-ruby
meta-systemd
meta-webserver
meta-xfce
git://git.openembedded.org/meta-openembedded
meta-overc
The goal of these layers is to create a yocto build which can be deployed on a modern server to provide a useable environment which in turn can build yocto (and indeed the variant from this layer itself). A lot of the heavy lifting to achieve this has been done by the build-appliance image type of yocto, but that is limited to virtual deployment, and does not have all the development tools and/or man pages and things like tab completion that make a system "useable". This layer attempts to close that gap.
Both meta-overc, and meta-overc/meta-cube should be added to your bblayers file.
https://github.com/WindRiver-OpenSourceLabs/meta-overc
meta-virtualization
This layer provides support for building Xen, KVM, Libvirt, and associated packages necessary for constructing OE-based virtualized solutions.
git://git.yoctoproject.org/meta-virtualization
oe-core
OpenEmbedded-Core is a layer containing the core metadata for current versions of OpenEmbedded. It is distro-less (can build a functional image with DISTRO = "nodistro") and contains only emulated machine support.
recipes-bsp
recipes-connectivity
recipes-core
recipes-devtools
recipes-extended
recipes-gnome
recipes-graphics
recipes-kernel
recipes-lsb4
recipes-multimedia
recipes-qt
recipes-rt
recipes-sato
recipes-support
https://github.com/WindRiver-OpenSourceLabs/oe-core
oe-meta-go
OpenEmbedded layer for the Go programming language
https://github.com/WindRiver-OpenSourceLabs/oe-meta-go
qemuarm
QEMU-ARM Board Support Package
https://github.com/WindRiver-OpenSourceLabs/qemuarm
qemuarm9
QEMU-arma9 Board Support Package
https://github.com/WindRiver-OpenSourceLabs/qemuarma9
wr-base
This layer provides many of the base components for Wind River Linux. It is required by most other layers provided by Wind River
recipes-base
recipes-benchmark
recipes-bsp
recipes-connectivity
recipes-core
recipes-devtools
recipes-extended
recipes-graphics
recipes-installer-support
recipes-kernel
recipes-lsbtesting/qt3
recipes-networking
recipes-support
https://github.com/WindRiver-OpenSourceLabs/wr-base
wr-fixes
This layer provides the fixes to other components of the system (oe-core, meta-yocto, meta-selinux, etc....)
https://github.com/WindRiver-OpenSourceLabs/wr-fixes
wr-kernel
This layer:
adds core kernel support on top of linux-yocto for boards supported by Wind River
contains packages that are coupled to the kernel version
contains task sets and configurations related to the kernel
includes the nested 'kernel-dev' layer for local clones and externalsrc development
https://github.com/WindRiver-OpenSourceLabs/wr-kernel
wr-tools-debug
This layer provides target agents to support command line and Workbench debugging. The tools provided include tcf-agent, agent-proxy and wrproxy.
https://github.com/WindRiver-OpenSourceLabs/wr-tools-debug
wrlabs-integration
This layer provides fixes to yocto project layers to allow unmodifed Wind River layers to work in the absence of the full Wind River toolchain.
https://github.com/WindRiver-OpenSourceLabs/wrlabs-integration
wrlinux
This layer provides the Wind River Linux distribution definitions, distribution-specific integration and bug fixes, and other wrlinux components.
https://github.com/WindRiver-OpenSourceLabs/wrlinux
layers/wrll-hac
This is a layer to create a Linux SDK for Wind River Helix App Cloud. This includes necessary kernel components and files in the target file system.
https://github.com/WindRiver-OpenSourceLabs/wrll-hac
xilinx-zynq
Xilinx ZYNQ Board Support Package
https://github.com/WindRiver-OpenSourceLabs/xilinx-zynq
overc-installer
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