Linux Network Programming. SNSE
Linux Network Programming
Program Overview
Linux network Programming training program delves into Linux network programming, with an added focus on Remote Procedure Calling (RPC) along with fundamental networking concepts, socket programming, and TCP/IP and UDP protocols. Through hands-on learning, participants will gain expertise in developing network applications, managing data transmissions, and implementing RPC mechanisms in a Linux environment.
Salient Feature of Training Module
Training Objective
The objective of the Linux Network Programming course is to provide learners with comprehensive knowledge and practical skills in network application development within the Linux environment. Emphasizing socket programming, TCP/IP, UDP, and Remote Procedure Calls (RPC), the course aims to enable participants to design, implement, and manage efficient network applications. Through a blend of theoretical insights and hands-on projects, students will master network communication mechanisms, protocol implementation, and real-world application development, preparing them for advanced roles in software development, network engineering, and IT infrastructure.
Pre requisite
Solid understanding of Linux/Unix operating systems
Proficiency in C or C++ programming
Basic knowledge of computer networks
Proficiency in C or C++ programming
Basic knowledge of computer networks
Target Audience
Network Engineers
Software Developers
Software Developers
Aspiring Engineering Students
IT Professionals interested in advanced network programming
Duration
15 working days.
Prerequisites
Solid understanding of Linux/Unix operating systems
Proficiency in C or C++ programming
Basic knowledge of computer networks
Proficiency in C or C++ programming
Basic knowledge of computer networks
Learning Outcomes
By the end of this program, participants will be able to:
Understand core networking concepts, OSI model, and Linux networking tools.
Master socket programming and develop TCP and UDP-based applications.
Implement and manage IP protocols for network communication.
Develop applications using Remote Procedure Calls in Linux.
Design and execute network applications leveraging Linux's advanced networking capabilities.
Master socket programming and develop TCP and UDP-based applications.
Implement and manage IP protocols for network communication.
Develop applications using Remote Procedure Calls in Linux.
Design and execute network applications leveraging Linux's advanced networking capabilities.
Course Curriculum
Networking Basics
Computer networks and OSI model overview
Linux networking commands and utilities
Network addresses, ports, and protocols
Introduction to Sockets
Socket programming essentials
Socket types, domains, and communication models
Socket creation, binding, and management in Linux
Introduction to TCP
TCP characteristics, flow control, and connection management
Building robust TCP client-server applications
Introduction to IP
Features and functions of the IP protocol
IP addressing, subnetting, and routing in Linux
Introduction to UDP
UDP protocol use-cases and characteristics
Developing reliable UDP client-server applications
Introduction to Remote Procedure Calling (RPC)
Fundamentals of RPC in network programming
Creating RPC applications in Linux
Managing data serialization and transport protocols
Practical examples and use-cases of RPC in network applications
Project
Design and development of a comprehensive network application that incorporates TCP/IP, UDP, and RPC protocols, showcasing the acquired networking skills.
Possible projects include a distributed computing application, a networked file system, or a client-server database application.
Project presentation and peer review.
Teaching Methodology
Interactive Lectures with a focus on Real-World Applications
Hands-On Lab Sessions for Practical Implementation
Weekly Assignments to Solidify Concepts
Group Discussions and Peer Reviews for Collaborative Learning
Comprehensive Project for Skill Integration
Evaluation
Active Participation in Labs and Discussions
Capstone Project Completion and Presentation
Resources Provided
Linux development environment setup with necessary networking tools
Comprehensive course materials and guides
Code examples and project templates for hands-on practice
Access to an online community forum for discussion and assistance
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 Completion, certifying their expertise in Linux network programming, including the implementation and management of RPCs, and their ability to develop complex network applications within the Linux ecosystem.