In the context of our partnership with STMicroelectronics, we are now happy to announce the availability of our Yocto Project and OpenEmbedded development training also on the STM32MP1 platform for the practical labs. We now support either the BeagleBoneBlack Wireless or the STMicroelectronics STM32MP1 platforms for this training course.
This will hopefully help customers around the world to get started with using Yocto on the STM32MP1 system-on-chip. The Yocto experts at Bootlin are available to deliver this 3-day course anywhere in the world, at your location. The first edition of this new variant of the course is going to be given this week to one of our customers in Spain. Contact us if you’re interested by having this course organized at your location!
Since then, Bootlin engineer Paul Kocialkowski has been very busy preparing those training materials, and has successfully delivered the first edition of this course to one of our customers in Spain early September. After taking the time to polish those training materials following this first course, we are now very happy to publish and share this 200+ slides deck, covering a wide range of graphics related topics:
Image and color representation
Basic and advanced operations
Hardware aspects overview
Hardware for display
Hardware for rendering
Software aspects overview
Kernel components in Linux
Userspace components with Linux
See also the detailed agenda of this training course. The LaTeX source code for all our training materials, including this graphics training, is available in a Git repository. It is worth mentioning that this training only consists of slides and demos, and does not include practical labs done by the participants, in order to keep the training logistics manageable and the duration reasonably short (2 days).
Here are a few slides showing various aspects of this training course:
By publishing this training materials right after our first course, and under the Creative Commons CC-BY-SA license, Bootlin sticks to its commitment of publishing all its training materials under a free documentation license, to better spread the knowledge in the entire embedded Linux community.
For many years, Bootlin has been offering an Embedded Linux system development training course, which has been delivered world-wide to hundreds of engineers by Bootlin trainers. This course is the most appropriate one for engineers getting started with embedded Linux: it goes through all the software layers of an embedded Linux system, from the toolchain to the application, through the bootloader, Linux kernel and basic user-space. With numerous hands-on labs, attendees get practical experience during this training, and learn how to build their embedded Linux system from the ground-up.
This course has been available for a while in two variants:
A 5-day variant, which covers all topics, including flash storage and filesystems as well as-real time
A 4-day variant, which is identical to the 5-day variant, except that flash storage and filesystem and real-time are not covered
Presentation of the Long Term Supported releases of Buildroot, a topic we also presented in a previous blog post
Appearance of the new top-level utils/ directory, containing various utilities directly useful for the Buildroot user, such as test-pkg, check-package, get-developers or scanpypi
Removal of $(HOST_DIR)/usr/, as everything has been moved up one level to $(HOST_DIR), to make the Buildroot SDK/toolchain more conventional
Document the new organization of the skeleton package, now split into several packages, to properly support various init systems. A new diagram has been added to clarify this topic.
List all package infrastructures that are available in Buildroot, since their number is growing!
Use SPDX license codes for licensing information in packages, which is now mandatory in Buildroot
Remove the indication that dependencies of host (i.e native) packages are derived from the dependencies of the corresponding package, since it’s no longer the case
Indicate that the check for hashes has been extended to also allow checking the hash of license files. This allows to detect changes in the license text.
Update the BR2_EXTERNAL presentation to cover the fact that multiples BR2_EXTERNAL trees are supported now.
Use the new relocatable SDK functionality that appeared in Buildroot 2017.08.
The practical labs have of course been updated to use Buildroot 2017.08, but also Linux 4.13 and U-Boot 2017.07, to remain current with upstream versions. In addition, they have been extended with two additional steps:
Booting the Buildroot generated system using TFTP and NFS, as an alternative to the SD card we normally use
Using genimage to generate a complete and ready to flash SD card image
Join our Yocto specialist Alexandre Belloni for the first public session of this improved training in Lyon (France) on October 19-21. We are also available to deliver this training worldwide at your site, contact us!