linux-kernel-modules

To develop a loadable Linux kernel module using Kbuild, you write the module C code and a corresponding Makefile, which the Kbuild system then compiles into a loadable kernel object for system insertion.

Debugging Linux kernel modules with KGDB and ftrace involves attaching a debugger to the kernel execution environment and utilizing ftrace to trace function calls, enabling deep inspection of module behavior and system crashes.

Creating character device drivers and sysfs interfaces in Linux requires implementing the file operations structure for the device and registering sysfs entries to expose module parameters and device data to user-space applications.

Yes, you need to sign Linux kernel modules for Secure Boot to ensure the system verifies their integrity before loading, preventing unauthorized kernel-level code from running on locked-down platforms.

The best way to pass parameters to a Linux kernel module is by declaring module parameters in the source code, which can then be assigned values during module insertion to dynamically configure the driver.

Yes, you can use /proc interfaces for Linux device driver development to expose kernel data structures and module statistics, providing a straightforward communication channel between kernel-space and user-space.