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www.kencochrane.com | ||
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chipnetics.com
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| | | | | My notes for building the latest Linux kernel, and running the latest firmware, for a more bleeding edge experience. | |
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offlinemark.com
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| | | | | Here is everything you need to know to set up a minimal Linux kernel dev environment on Ubuntu 20.04. It works great on small VPS instances, is optimized for a fast development cycle, and allows you to run custom binaries to exercise the specific kernel functionality being developed. Step 1: | |
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nathanchance.dev
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| | | | | As a Linux kernel developer, I will often need to build and boot new kernels to hunt down issues or test new functionality for regressions. While it is possible to manually install these kernels on machines, it is easiest to use the distribution's package manager, as the kernel does not need to be built on the machine it is being installed on. With .deb and .rpm-based systems, it is easy to build a kernel package within the kernel source itself, using the bindeb-pkg and binrpm-pkg targets respectively. However, for Arch Linux, my distribution of choice, that is not so simple. Furthermore, when doing certain types of development, such as bisecting an issue, it is more convenient to do all the building in an actual source tree, rather than one that is managed by the Arch Build System. The following process might not be the most efficient or optimal way to do this process (the Arch wiki has a whole article about doing a git bisect with a PKGBUILD) but it works for me :) | |
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www.qa-systems.de
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| | | Over the last few years, medicine has been a catalyst for driving progress in the innovation of medical devices and treatment plans. Digital technology is becoming embedded in every area of healthcare delivery. Medical devices are becoming more and more complex. In this blog, Bill Steiniger dives into the importance of utilizing fully tested C and C++ code that is verified to the IEC 62304 standard, as a driver for differentiation and added value in medical devices. | ||
