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Part B – Networking Projects – Implement TCP/IP Stack in C

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Part B – Networking Projects – Implement TCP/IP Stack in C, available at $69.99, has an average rating of 4.8, with 104 lectures, based on 11 reviews, and has 1522 subscribers.

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You will learn about Working with Timers in Networking Domain How to implement Networking Oriented Algorithms Implement Callback Registration Model Parsing and Cooking Network Packets Notification Chains Developing more realistic virtual Networking Device environment This course is ideal for individuals who are Those who have finished Part A (Prequel Course) or Who want to learn System and Network Programming It is particularly useful for Those who have finished Part A (Prequel Course) or Who want to learn System and Network Programming.

Enroll now: Part B – Networking Projects – Implement TCP/IP Stack in C

Summary

Title: Part B – Networking Projects – Implement TCP/IP Stack in C

Price: $69.99

Average Rating: 4.8

Number of Lectures: 104

Number of Published Lectures: 101

Number of Curriculum Items: 113

Number of Published Curriculum Objects: 110

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

  • Working with Timers in Networking Domain
  • How to implement Networking Oriented Algorithms
  • Implement Callback Registration Model
  • Parsing and Cooking Network Packets
  • Notification Chains
  • Developing more realistic virtual Networking Device environment

Who Should Attend

  • Those who have finished Part A (Prequel Course)
  • Who want to learn System and Network Programming

Target Audiences

  • Those who have finished Part A (Prequel Course)
  • Who want to learn System and Network Programming

Welcome to the Part-B of the TCP/IP Stack Development Course Series. This is a sequel course to Part-A in which we implemented a pseudo TCP/IP Stack working in Virtualized topology.

In this Course, We shall be implementing more advanced and additional features to our Pseudo TCP/IP Stack and would try to impart a more realistic flavor to it.

We will resume from where we left in Part-A. If you have signed up for this course, I presume you have completed Part-A of the course and we are ready for another roller coaster ride into our project.

This course is Advanced as compared to Part-A. In this course we will learn some more aspects of TCP/IP stack and in general, how Networking software is developed. You will not only doing Networking Based Programming but also, you will continue doing a typical Linux based System Programming development as Networking is strongly tied to System Programming.

Student Level:Intermediate to Advanced to Working Professionals, Beginners in Coding pls excuse this course.

Table of Contents

1. What is this Course all about?

2. Project 1 : Interface Management and Statistics

  • Enable/Disable an Interface

  • Gathering Interface Rx/Tx Statistics

3. Project 2 : Implementing the Packet Generator

  • Create and Feed Pkt stream into Topology

4. Project 3 : Implementing Routing Table Construction Algorithm

  • Designing Data Structure                                 

  • Shortest Path First Algorithm in Detail                             

  • Implementation Strategy               

  • Testing SPF Algorithm Implementation

  • Route Calculation

5. Project 4 : Logging Infra

  • Track Ingress and Egress pkts per device per interface

  • Track L3 Path taken by a pkt from src to dst

6. Project 5 : Notification Chains

  • Introduction to NFC

  • Understand with the help of Example

  • Writing a Generic NOTIF Infra code

  • Writing TCP/IP Stack NFC

  • Implement Publisher Subscriber APIs

  • See NFC in Action                                     

7. Project 6 : Working with Timers

  • Implementing Ageism

  • Implement Timer State Machine

Course Curriculum

Chapter 1: What is this Course all About ?

Lecture 1: Agenda

Lecture 2: End Product of this Course

Lecture 3: Join Telegram Group

Lecture 4: Code Access for partB

Chapter 2: Project 1 : Interface Management and Statistics

Lecture 1: Introduction

Lecture 2: Enable Disable an Interface – Problem Statement

Lecture 3: Code changes for Intf Enable/Disable

Lecture 4: Gathering Interface statistics

Chapter 3: Project 2 : Implementing Packet Generator

Lecture 1: Problem Statement

Lecture 2: Packet Exchange Infra – Revision from Part A

Lecture 3: Packet Generator Design

Lecture 4: Packet Generator Implementation – Code Walk

Lecture 5: Demonstration

Chapter 4: Project 3.1 : L3 Route Calculation – Data Structures and Supporting APIs

Lecture 1: Problem Statement

Lecture 2: Pre-Requisites

Lecture 3: Demonstration

Lecture 4: CLI Requirements

Lecture 5: Spf Algo – GroundWork to be done

Lecture 6: Desiging Data Structures

Lecture 7: Data Structure Snapshot

Lecture 8: Data Structure Definitions

Lecture 9: Helper APIs for Spf Algo Implementation

Lecture 10: Helper APIs – 1,2 of 10

Lecture 11: Helper APIs – 3-8 of 10

Lecture 12: Helper APIs – 9-10 of 10

Lecture 13: Priority Queue Operations

Chapter 5: Project 3.2 : SPF Algorithm (Dijkstra) Implementation

Lecture 1: SPF Algo – Implementation Plan

Lecture 2: Spf Algo : Intialization Part 1

Lecture 3: Nexthop Calculation

Lecture 4: Spf Algo : Intialization Part 2

Lecture 5: Spf Algo : Intialization Part 3

Lecture 6: Spf Algo : Execution Phase

Lecture 7: Spf Algo : Execution Phase : Part 4

Lecture 8: Spf Algo : Execution Phase : Part 5

Lecture 9: Spf Algo : Nbr Node Exploration Rules

Lecture 10: Spf Algo : Execution Phase : Part 6 (Final Step) – Flowchart

Lecture 11: Spf Algo : Execution Phase : Part 6 (Final Step) – Implementation

Lecture 12: Testing SPF Algo on Various Topologies

Chapter 6: Project 3.3 : Routing Table Construction

Lecture 1: Understanding ECMP Requirements

Lecture 2: ECMP : Data Structure Enhancements

Lecture 3: ECMP : Data Forwarding using ECMP route

Lecture 4: Spf Algo : Phase 3 (Final) : Route Calculation

Lecture 5: Spf Algo : Final Demo

Lecture 6: Auto Populating Routing Tables on TCP/IP Stack Lib Start-Up

Chapter 7: Project 4 : Developing Logging Infrastructure

Lecture 1: Problem Statement

Lecture 2: Working Demo – Packet Capture and Debugging

Lecture 3: Goals

Lecture 4: Header Parsing APIs

Lecture 5: Lets Code up Header Formatting APIs

Lecture 6: Writing Custom tcp_dump()

Lecture 7: Emitting logging data to output sources

Lecture 8: Integrating Logging APIs with TCP/IP Stack lib

Lecture 9: Logging Buffers

Lecture 10: Logging Output Sources – Log files & stdout

Chapter 8: Project 5 : Notification Chains

Lecture 1: Introduction to Notification Chains

Lecture 2: A generic Example of NFC

Lecture 3: Role of NFC in our TCP/IP Stack Project

Lecture 4: NFC Data Structures

Lecture 5: NFC Functions Implementation

Lecture 6: TCP IP Stack Specific NFC

Lecture 7: Interface Config Relay NFC – 3 Steps

Lecture 8: Step 1/3 – Subscriber Registration – API discussion

Lecture 9: Step 1/3 – Subscriber Registration – API Implementation

Lecture 10: Step 2/3 – Generating Notifications – API

Lecture 11: Step 2/3 – Generating Notifications – Implementation

Lecture 12: Step 3/3 – Processing Notification by Subscriber

Lecture 13: Notification Chains – Final Demo

Chapter 9: Project 6 : Integrating Timer Library

Lecture 1: Why Timers are important in Networking ?

Lecture 2: Road-Map of this Section

Lecture 3: Steps to integrate Timer Library

Lecture 4: Dynamic ARP Tables

Lecture 5: How to use Timer Library

Lecture 6: Solution Steps

Lecture 7: New APIs to manage ARP Entry Timers

Lecture 8: Main Project Final Code Changes

Chapter 10: Appendix A.1 – Part1 – Dynamic Construction of Layer 3 Routing Table

Lecture 1: Introduction

Lecture 2: Goals and Problem Statement

Lecture 3: Routing Table Entry Format

Lecture 4: ECMP – Equal Cost Multiple Path

Lecture 5: L3 Device Collaboration

Lecture 6: Generic Steps to Build Routing Table

Instructors

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