HRDC Reg. No: 10001306393
Course Duration: 10.5 Hours (1.5 Days)
Course Overview
This intensive Linux System Programming course focuses on system calls and their implementation, enabling participants to gain a deep understanding of Linux internals. The course covers essential topics such as file handling, memory management, process control, inter-process communication (IPC), threading, and networking.
Designed for developers, system administrators, and engineers, this course provides a hands-on learning approach to Linux system programming fundamentals.
Who Should Attend?
This course is ideal for:
- Software Developers – Seeking Linux system programming expertise.
- System Administrators – Managing and optimizing Linux-based systems.
- Embedded Systems Engineers – Working with Linux-based platforms.
- Computer Science Students – Looking to deepen their understanding of Linux internals.
- DevOps Engineers – Gaining better control over Linux system processes.
Why Choose This Course?
HRDC Claimable (HRDC Reg. No: 10001306393)
Focused Training on Key Linux System Concepts
Hands-On Approach with Real-World Scenarios
Guidance from Experienced Linux Professionals
Learning Outcomes
By the end of this course, participants will be able to:
Understand file processing operations including standard I/O and formatted I/O.
Manage file handling and memory operations using file/region locks.
Develop standard Linux utilities in C.
Analyze process structures, scheduling, and management using system calls.
Control processes using system calls and differentiate between processes and threads.
Handle signals and interrupts using system calls.
Design and implement inter-process communication (IPC) using pipes, named pipes, and message queues.
Implement client-server communication via shared memory and semaphores.
Develop basic client-server applications using TCP/UDP networking.
Prerequisites
Linux Essentials & Scripting Knowledge
C Programming with Data Structures
Teaching Methodology
Hands-On Labs – System call implementation & debugging.
Real-World Scenarios – Application-based exercises.
Code Reviews & Optimization – Best coding practices.
Interactive Sessions – Open discussions and troubleshooting.
