HRDC Reg No: 10001513375
Course Duration: 2 Days (14 Hours)
Course Overview
The Advanced Linux Programming course is designed for experienced Linux developers who want to deepen their understanding of Linux systems programming and low-level development. This course covers kernel internals, device driver programming, system calls, threading, advanced debugging, and performance optimization.
Participants will gain hands-on experience in building and debugging Linux modules, optimizing system performance, and handling low-level I/O operations. By the end of the course, participants will have the advanced skills needed to tackle complex programming challenges in Linux environments.
Who Should Attend?
This course is ideal for:
- Software Engineers – Developing high-performance Linux applications.
- System Programmers – Enhancing expertise in kernel-level development.
- Embedded System Developers – Working on low-level hardware interactions.
- Linux Application Developers – Looking to build optimized system-level applications.
- IT Professionals & Advanced C/C++ Developers – Gaining in-depth Linux programming knowledge.
Why Choose This Course?
HRDC Claimable (HRDC Reg No: 10001513375)
Hands-on Training with Advanced Linux Techniques
Real-World Applications & Debugging Scenarios
Guided Learning from Industry Experts
Learning Outcomes
By the end of this course, participants will be able to:
Understand Linux kernel internals and the booting process.
Utilize advanced system calls & inline assembly for low-level programming.
Develop and debug device drivers & kernel modules.
Use advanced tools for debugging, profiling, and memory analysis.
Handle low-level I/O, process management, and threading efficiently.
Implement security best practices for Linux application development.
Prerequisites
Proficiency in C/C++ Programming
Basic Knowledge of Linux/UNIX Systems & Command-Line Tools
Familiarity with Basic Linux Shell Scripting
Prior Experience with Linux Application Development (Recommended)
Lab Setup
To ensure effective hands-on learning, the following setup is required:
Operating System: Redhat Linux 8 or Ubuntu 20.04+ (Installed on VM or Native Hardware)
Development Tools:
- GCC (GNU Compiler Collection)
- GDB (GNU Debugger)
- Make, CMake, Coverity, cppcheck (Static Analysis Tools)
- Valgrind, AddressSanitizer, perf (Memory Debugging & Profiling Tools)
Teaching Methodology
Lectures – Conceptual explanations and theory-based learning.
Hands-On Labs – Practical implementation and coding exercises.
Case Studies – Real-world programming scenarios.
Group Activities – Collaborative coding & problem-solving.
Assessments – Quizzes & exercises to reinforce learning.
Live Demos – Demonstrations of debugging tools & techniques.
Interactive Discussions – Q&A sessions & in-depth concept analysis.