Foundation course on practical Linux device driver programming
InstructorFastBit Embedded Brain AcademyComidoc has tracked 1 coupon for this course since 2025, last checked 11 months, 12 days ago.
| Coupon code | Discount | Added | Status | Lifetime |
|---|---|---|---|---|
| Coupon codeBLACKFRIDAY2025 | Discount50% off | Added | StatusExpired | Lifetime4d 20h |
Lifetime is the time from a coupon's first appearance to its expiration or invalidation.
Editorial course preview
These 4 complementary views highlight concrete, legible examples from the course presentation.
This architectural diagram details the Linux GPIO subsystem, mapping the flow from hardware controllers through the gpiolib core to consumer drivers in kernel space.
This slide explains inode object initialization in Linux, showing C code that assigns default file operations and device numbers when creating character or block devices.
This slide introduces the Beaglebone Black Rev A5 hardware required for practical exercises involving GPIOs, pin control, and device tree nodes.
This slide outlines the course coverage, listing key topics including Linux kernel module syntax, character device drivers, platform driver concepts, and device tree nodes.
Instruction covers device tree structure, properties, and the implementation of overlays via u-boot.
The curriculum includes specific exercises for platform drivers, GPIO sysfs drivers, and LCD command code.
One signal suggests that kernel build instructions may be outdated, necessitating independent research to complete the setup. This signal predates the displayed update date; while the update label may have addressed it, it does not prove a correction.
One signal notes that an imitation accent can occasionally feel unnatural during practical explanations. This signal predates the displayed update date; while the update label may have addressed it, it does not prove a correction.