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Building boot software and Debian with HDMI support from sources for a RISC-V board (Sipeed Lichee RV with D1 processor) - Andreas' website
| | www.elektormagazine.com
Start Playfully with RISC-V: How to Run Quake 1 on a Microcontroller | Elektor Magazine
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| | The K210 from Kendryte is a RISC-V-based microcontroller with an AI accelerator. In this article, we detail how you can run Quake 1 on the microcontroller.
| | jborza.com
Booting RISC-V on QEMU | Juraj's Blog
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| | For reference, I wanted to check how qemu boots RISC-V Linux. Loosely following a guide , I describe how to build and boot a Linux environment targeting the 32-bit RISC-V architecture. There are three things we will need: QEMU the emulator Linux kernel root filesystem with some binaries I'm reusing a custom riscv-gnu-toolchain I've built previously, targeting the RV32IMA architecure. For targeting the 64-bit machine, it's easier to riscv64-linux-gnu- cross-compiler toolchain with the gcc-riscv64-linux-gn...
| | offlinemark.com
How to set up a minimal Linux kernel dev environment on Ubuntu 20.04 - offlinemark
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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:
| | xenophanes.net
Writing Kernel Modules
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| [AI summary] The provided text is a detailed guide on creating a Linux kernel module that implements a character device with ioctl functionality. It walks through the process of setting up the module, defining the device structure, implementing open and release functions, adding ioctl support for adding two integers, and includes test code for user-space interaction. The guide also mentions additional resources for learning about Linux device drivers.