GitHub - iomonad/eudyptula: My take on the Eudyptula kernel programming Challenge, with subjects, walkthrough & tests. The Eudyptula Challenge was a series of programming exercises for the Linux kernel, that started from a very basic "Hello world" kernel module, moving on up in complexity to getting patches accepted into the main Linux kernel source tree.

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My take on the Eudyptula kernel programming Challenge, with subjects, walkthrough & tests. The Eudyptula Challenge was a series of programming exercises for the Linux kernel, that started from a very basic "Hello world" kernel module, moving on up in complexity to getting patches accepted into the main Linux kernel source tree.

www.eudyptula-challenge.org/

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Name		Name	Last commit message	Last commit date
Latest commit History 82 Commits
.github/workflows		.github/workflows
task-01		task-01
task-02		task-02
task-03		task-03
task-04		task-04
task-05		task-05
task-06		task-06
task-07		task-07
task-08		task-08
task-09		task-09
task-10		task-10
task-11		task-11
task-12		task-12
task-13		task-13
task-14		task-14
task-15		task-15
task-16		task-16
task-17		task-17
task-18		task-18
task-19		task-19
task-20		task-20
.clang-format		.clang-format
.dir-locals.el		.dir-locals.el
.gitignore		.gitignore
ASSIGNMENTS		ASSIGNMENTS
Kconfig-qemu		Kconfig-qemu
LICENSE		LICENSE
README		README

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See `ASSIGNMENTS` file for actual task
to do for each levels.

Each assignment are stored in dedicated
level folder.

Challenge Content:
------------------

01: Hello World Kernel module
02: Building kernel from source
03: Tweaking `EXTRAVERSION` kernel string
04: Kernel coding style
05: Simple USB event monitor
06: Simple Char Device
07: Working with `linux-next` remote
08: Working with DebugFS
09: Working with SysFS
10: Submitting patches to the community
11: Creating patch of running kernel module
12: Working with kernel Linked List Implementation
13: Using `kmem cache` slab allocators
14: Hacking `task_struct` (PID)
15: Implementing your Syscall
16: Using kernel static code analyser (SPARSE)
17: Using `kthreads` & Wait queues
18: Blocking & delegating the workload
19: Hacking your `netfilter` module
20: Writing new IOCTL for FAT(32) FS