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It is actually the only one thing stopping me for building my HTPC with linux. Windows updates is starting to unleash chaos in the one I have running and I would be delighted to free myself from that stress.

Now, I am working on yocto project and device tree. I am wondering how BSP actually looks like in yocto project and embedded linux. Is it just device tree which contains board specific, SoC specific and may be Core specific information? Or There is something more to it?

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For your BSP, you typically want to use an existing Yocto Project kernel found in the Yocto Project Files at meta/recipes-kernel/linux. You can append your specific changes to the kernel recipe by using a similarly named append file, which is located in the BSP Layer (e.g. the meta-/recipes-kernel/linux directory).

Suppose the BSP uses the linux-yocto_3.0.bb kernel, which is the preferred kernel to use for developing a new BSP using the Yocto Project. In other words, you have selected the kernel in your .conf file by adding the following statements:

This append file contains statements used to support the Crown Bay BSP for both Intel EMGD and the VESA graphics. The build process, in this case, recognizes and uses only the statements that apply to the defined machine name - crownbay in this case. So, the applicable statements in the linux-yocto_3.0.bbappend file are follows:

The append file defines crownbay as the compatible machine and defines the KMACHINE. The file also points to some configuration fragments to use by setting the KERNEL_FEATURES variable. The location for the configuration fragments is the kernel tree itself in the Yocto Project Build Directory under linux/meta. Finally, the append file points to the specific commits in the Yocto Project Files Git repository and the meta Git repository branches to identify the exact kernel needed to build the Crown Bay BSP.

For example, suppose you had a set of configuration options in a file called myconfig. If you put that file inside a directory named /linux-yocto and then added a SRC_URI statement such as the following to the append file, those configuration options will be picked up and applied when the kernel is built.

For your BSP, you typically want to use an existing Yocto Project kernelrecipe found in the Source Directoryatmeta/recipes-kernel/linux. You can append machine-specific changesto the kernel recipe by using a similarly named append file, which islocated in the BSP Layer for your target device (e.g. themeta-bsp_root_name/recipes-kernel/linux directory).

Suppose you are using the linux-yocto_4.4.bb recipe to build thekernel. In other words, you have selected the kernel in your"bsp_root_name".conf file by addingPREFERRED_PROVIDER and PREFERRED_VERSIONstatements as follows:

The meta-yocto-bsp/recipes-kernel/linux directory in the layer containsmetadata used to build the kernel. In this case, a kernel append file(i.e. linux-yocto_6.1.bbappend) is used to override an establishedkernel recipe (i.e. linux-yocto_6.1.bb), which is located in -kernel/linux.

TLDR:

I am able to build Yocto Kirkstone tisdk-thinlinux-image based on linux beaglebone 5.10.153. I plan to flash and test drive the image sometime this week to validate the image actually boots. By the way, the sdk image linked in the previous post does not boot the bbai-64.

Ok, so I may have found the problem, and if so, it was a complete goof on my part. I have written recipes for a custom DISTRO and the line to include the $MACHINE.conf file (in local.conf) had the wrong name in it, so it was including the basic apalis-imx6 file. I am doing a clean build now and its showing that its fetching linux-toradex-mainline-rt-6.0.17 so that is promising. I will let you know when its done if it solves my CAN issue.

OK, so after much messing around, I have it building and can0 is present which solves the initial point of this thread so thank you very much. I do have another question though, is there any way to verify if my linux_toradex_%.bbappend file is being executed during the build or not?

Thank you so much for the assistance. I was able to figure out the issue. Historically the bbappend file needed to be linux-toradex_%.bbappend, apparently now is needs to be linux-toradex%.bbappend. This worked like a charm. Thanks again, you have been very helpful.

Description: USB RNDIS supports is getting deprecated [1], move USB Ethernet-over-USB functionality to USB NCM, updating libusbgx configuration.Starting with Windows 10 this USB protocol is also available in Windows and it has been available in Linux for a long time.[1] -1-gregkh@linuxfoundation.org/

Description: on colibri-imx6ull and colibri-imx7 (nand variant) u-boot is configured to use just 1 block for environment, while in linux userspace (fw_env.conf) 4 blocks are configured for the environment. In case the currently used environment block become bad u-boot will not longer be able to access it, while the linux utilities will just use the next available block, leading to inconsistency in the u-boot environment content between linux and u-boot.

Description: The Colibri iMX7 dts files define a flexcan1 node, but the developer webpage -base/can-(linux) only describe how to enable a (non existing) flexcan2 node. Clean that up.Probably one should add in both places the missing node.

Description: In a SDK the symlink sysroots/armv7at2hf-neon-angstrom-linux-gnueabi/usr/lib/arm-linux-gnueabihf/tegra/libGL.so currently points to ./arm-linux-gnueabihf/tegra/libGL.so.1 which does not exist.

Description: OE-Core layer did backport more package splits in the linux-firmware recipe. Due to this the HEAD of the morty branch clashes now with a similar split we did in meta-toradex-bsp-common resulting in a fatal QA error. (Compare with commit 0eaef98)ERROR: linux-firmware-1_0.0+gitAUTOINC+bf04291309-r0 do_package: QA Issue: linux-firmware-sd8887 is listed in PACKAGES multiple times, this leads to packaging errors. [packages-list]

Workaround: Please note that if one is updating from an earlier release one may have to manually fix the U-Boot environment to take this into account as mentioned on the community forum at -28b2-fails-to-load-linux-kernel-due-to-uimage.html

Description: In the 3.14 based kernels the device tree property "linux,rs485-enabled-at-boot-time" allowed to enable RS485 at boot time. This device tree property so far had no effect on 4.1 based releases.

Workaround: This issue is related to the 'Module May Hang During Boot if HDMI is not Connected' one whose fix can be found on the tegra-next branch of our linux-toradex Linux kernel repository: -toradex.git/log/?h=tegra-next

Description: Migrate the kernel used on our i.MX 6 based products to be based on the 4.1-2.0.x-imx branch of the FSL community kernel aka linux-fslc-imx which does already include NXP's latest 4.1.15 2.0.0 GA release changes.

Workaround: Using different i.MX6 fusing options and eMMC configurations seems to solve the problem. For the time being you may evaluate this as described in the following article on our developer website: -resources/arm-family/linux/linux-booting#eMMC_Fast_Boot_Mode_ApalisColibri_iMX6

Description: There are some color issues on RGB displays that look like pixelclock may not be set correctly.By default we output VGA timings for the analog RGB output. Change the configuration according to -base/display-output-resolution-and-timings-linux to get the right resolution, timing, and signal polarities for your display.

this is caused by the bbappend that Toradex has for util-linux. This adds fstrim: util-linux_%.bbappend util-linux recipes-core - meta-toradex-bsp-common.git - Toradex BSP layer, recipes common to all modules

PetaLinux is a toolset for software engineers to enable them to build, customise, and deploy embedded Linux systems on various processors designed by Xilinx. That's why you can find a lot of "petalinux/yocto" engineering notes on the Xilinx website and forums, but only a few publications on using Buildroot on custom Xilinx boards.

By using tools from Xilinx, we limit ourselves in advance to their toolkit; otherwise, we will lose support from the manufacturer. This choice works fine for standard development boards when we use Xilinx hardware for prototyping and developing BSP based on Petalinux. In this case, we are assured that our BSP is 100% adapted to the specific hardware platform, and if we have any questions, we can ask Xilinx for support. This saves both us and the customer time: the prototype is faster and cheaper.

Often, we create a BSP for a board where the changes are so significant that all that is left of the native Xilinx Petalinux is its name. Nothing will likely work if the Petalinux uses a kernel from Analog Devices instead of the Xilinx one. That's why we develop a BSP based on Buildroot for such projects. Let's see how it works in practice.

Hi, I tried using meta-rockchip from rockchip-linux Github. But they removed the repo, and now you should use a mirror. As machine I used rockchip rk3568-evb, it works but the kernel 4.19 is configured for evb. You can try to replace the kernel recipe by adding the radxa kernel.

First, you need to know which kernel and version are used for your target machine. PHYTEC provides two kernel recipes linux-mainline and linux-ti. The first one provides support for PHYTEC's i.MX 6 modules and is based on the Linux kernel stable releases from kernel.org. The second one provides support for the PHYTEC's AM335x modules and is based on the TI vendor kernel.

As you can see, the recipe linux-mainline has the version 4.19.100-phy1-r0. In the PHYTEC's linux-mainline Git repository, you will find a corresponding tag v4.19.100-phy1. The version of the barebox recipe is 2019.11.0-phy1-r7. If your machine has an AM335x module the output of bitbake -s contains a line starting with linux-ti.

The following steps can be used for both kernel and bootloader. Just replace the recipe name linux-mainline in the commands with linux-ti, or barebox for the bootloader. If you did not already take care of this, start from a clean build. Otherwise, the diff of the configuration may be wrong: ff782bc1db