Linux System Programming. SNSE
Linux System Programming
Program Overview
This intensive training program is designed to provide a deep dive into Linux system programming, focusing on core concepts such as process management, inter-process communication (IPC), threading, and synchronization mechanisms. Participants will engage in a hands-on, project-based learning approach, applying theoretical knowledge to practical challenges to build a robust understanding of Linux system internals and programming techniques.
Salient Feature of Training Module:
Objective
The objective of this Linux System Programming course is to equip participants with a solid foundation in Linux system-level programming, focusing on essential concepts such as process management, inter-process communication, threading, and synchronization mechanisms. Through hands-on exercises and practical projects, learners will gain the skills to develop efficient, robust Linux applications, understanding the intricacies of the Linux kernel and system calls. This course aims to prepare individuals for advanced problem-solving in Linux environments, enhancing their capabilities in system programming, and enabling them to contribute to a wide range of Linux-based projects and applications.
Target Audience
Software Developers
System Programmers
Aspiring Engineering Students
IT Professionals interested in low-level programming
Duration
25 working days.
Prerequisites
Basic understanding of Linux/Unix operating systems
Proficiency in C programming language
Familiarity with command-line interfaces and basic shell commands
Learning Outcomes
By the end of this program, participants will be able to:
Understand and manipulate Linux processes, including creation, duplication, and replacement.
Implement process synchronization and manage inter-process communication using pipes, message queues, shared memory, and semaphores.
Develop multi-threaded applications, employing mutexes and other synchronization techniques to ensure thread safety.
Apply system programming concepts to develop a comprehensive project, demonstrating proficiency in handling real-world challenges.
Course Curriculum
Processes in Linux
Introduction to Linux system programming
Process architecture, creation, and management
Process duplication using
fork()Process replacement using
exec() family of functionsProcess Synchronization and IPC
Understanding process synchronization
Implementing IPC mechanisms: pipes, FIFOs, message queues, shared memory, and semaphores
Practical exercises on IPC and process synchronization
Threads and Mutexes
Introduction to POSIX threads (pthreads) in Linux
Thread creation, management, and termination
Mutexes and condition variables for thread synchronization
Best practices for multi-threaded programming
Project
Participants will propose and develop a comprehensive project that encompasses the concepts learned throughout the program. Possible project ideas include:
A multi-threaded file management system
A process monitor with real-time process creation, termination, and statistics
An IPC-based client-server application for message exchange
Project presentation and review
Training Methodology
Interactive Online Lectures
Hands-on Coding Sessions
Assignments for every session
Peer Reviews
Resources Provided
Access to a Linux development environment
Comprehensive online course notes and reading materials
Code templates and examples
Online forum for discussion and Q&A
Deliverables
Work Report for Submitting into their college (if required).
A presentation and demonstration assistance(if required).
Completed tasks (by the trainee).
Upon successful completion, participants will receive a Certificate of Achievement, endorsing their expertise in Linux system programming and their capability to handle advanced system-level programming tasks.