LSNSD. Linux System Programming
Project based Career Oriented Training
in
Linux System and Network Software Development
Module 4: Linux System Programming using Process, IPC, Synh and Threads
Abstract:
Linux System programming is the activity of programming computer system software. It aims to produce software and platforms which provide services to other applications, operating system and hardware. The system software also manages running of the system. System programming requires a great degree of hardware awareness and c programming skills. Its goal is to achieve optimal use of available hardware and software resources. The training module covers various aspects of learning with respect to developing efficient Linux based system software.
Training Contents for Module 4: Linux System Programming using Processes, IPC, Sync & threads
→ Introduction to Linux System Programming
→ Overview of Linux system programming and its ecosystem.
→ Setting up the development environment.
→ Setting up the development environment.
→ Process Management
→ Understanding processes in Linux.
→ Process creation and management (fork, exec).
→ Process creation and management (fork, exec).
→ Advanced Process Management
→ Process hierarchy and states.
→ Process communication and signaling.
→ Process communication and signaling.
→ Memory Management
→ Memory allocation, segmentation, and paging.
→ Managing virtual memory in Linux applications.
→ Managing virtual memory in Linux applications.
→ Inter-Process Communication (IPC)
→ Pipes, named pipes (FIFOs), and message queues.
→ Shared memory and semaphores.
→ Shared memory and semaphores.
→ Advanced IPC Techniques
→ Advanced synchronization techniques.
→ Threads and Multi-Threading
→ Creating and managing threads.
→ Understanding thread safety and concurrency.
→ Understanding thread safety and concurrency.
→ Thread Synchronization
→ Mutexes, locks, and condition variables.
→ Best practices for thread synchronization.
→ Best practices for thread synchronization.
→ File and I/O Management
→ File operations, descriptors, and metadata management.
→ Advanced I/O techniques and optimizations.
→ Advanced I/O techniques and optimizations.
→ Signals and Signal Handling
→ Understanding Unix signals.
→ Writing signal handlers and signal-safe functions.
→ Writing signal handlers and signal-safe functions.
→ Timers and Time Management
→ Working with system clocks and timers.
→ Measuring and managing execution time.
→ Measuring and managing execution time.
→ Debugging and Profiling Linux Applications
→ Tools and techniques for debugging.
→ Profiling applications and performance tuning.
→ Profiling applications and performance tuning.
→ Project Initiation
→ Defining the project scope and objectives.
→ Planning and setting up the development workflow.
→ Planning and setting up the development workflow.
→ Project Development and Completion
→ Application of learned concepts in a real-world project.
→ Regular project review sessions and code optimization.
→ Final presentation and evaluation of the project.
→ Regular project review sessions and code optimization.
→ Final presentation and evaluation of the project.
Other Modules in LSNSD Training are as follows.
|
Training / Course Contents |
||
|
Sl No |
Modules / Project |
Classes |
|
1 |
15 |
|
|
2 |
50 |
|
|
3 |
15 |
|
|
4 |
30 |
|
|
5 |
15 |
|
|
6 |
15 |
|
|
|
|
140 |
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