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Solid Principle With Real World And Live Coding Example
Published 4/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 501.83 MB | Duration: 0h 59m
Solid Principle with Object Oriented Programming Language
Published 4/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 501.83 MB | Duration: 0h 59m
Solid Principle with Object Oriented Programming Language
What you'll learn
SOLID Principle with real world example & code example
Learn how to use SOLID principle to write testable & mainatanable code
Acquire foundational knowledge of software architecture through the implementation of SOLID principles.
Grasp the concepts accurately by using analogies from the real world.
Engage in practical sessions where you will redesign and enhance existing code by implementing SOLID design principles.
Acquire an understanding of the distinguishing factors between elegant and robust code and poorly designed code.
Coding may be accessible to anyone, but high-quality code is rare. Differentiate yourself by learning how to produce superior code.
As a software engineer, utilize SOLID principles to produce superior code quality.
Requirements
Basics of programming
Description
It's essential to understand the foundational ideas behind SOLID. Writing good code will come naturally to you once you have a solid foundation. There are many free YouTube videos on SOLID, but they frequently lack coherence and don't use the right analogies or code examples. With carefully chosen analogies and code snippets that will help the concepts stick, this course aims to give a thorough overview of SOLID principles. The points are emphasized using concrete examples from everyday life and visual representations. You will learn how to design clean and maintainable software systems using SOLID principles. You will gain a deeper understanding of software architecture by learning SOLID principles.Over four decades of academic research and industry experience have distilled SOLID principles. SOLID principles provide universal, time-proven tools for delivering high-quality software.The acronym SOLID stands for five principles:Single Responsibility PrincipleOpen Closed PrincipleLiskov Substitution PrincipleInterface Segregation PrincipleDependency Inversion PrincipleThroughout this course, you will gain an in-depth understanding of the SOLID principles and their significance. You will come to realize how implementing these principles can enhance the flexibility, extensibility, and readability of your code. Ultimately, you will experience firsthand the sheer pleasure of working with SOLID code.
Overview
Section 1: Introduction
Lecture 1 Introduction
Lecture 2 What is SOLID?
Lecture 3 Why use SOLID?
Lecture 4 Benefits of SOLID
Section 2: Single Responsibility Principle
Lecture 5 What is Single Responsibility Principle?
Lecture 6 Why use Single Responsibility Principle?
Lecture 7 Single Responsibility Principle - Real World Example
Lecture 8 Single Responsibility Principle - Code Example
Section 3: Open Closed Principle
Lecture 9 What is Open Closed Principle?
Lecture 10 Why use Open Closed Principle?
Lecture 11 Open Closed Principle - Real World Example
Lecture 12 Open Closed Principle - Code Example
Section 4: Liskov Substitution Principle
Lecture 13 What is Liskov Substitution Principle?
Lecture 14 Why use Liskov Substitution Principle?
Lecture 15 Liskov Substitution Principle - Real World Example
Lecture 16 Liskov Substitution Principle - Code Example
Section 5: Interface Segregation Principle
Lecture 17 What is Interface Segregation Principle?
Lecture 18 Why use Interface Segregation Principle?
Lecture 19 Interface Segregation Principle - Real World Example
Lecture 20 Interface Segregation Principle - Code Example
Section 6: Dependency Inversion Principle
Lecture 21 What is Dependency Inversion Principle?
Lecture 22 Why use Dependency Inversion Principle?
Lecture 23 Dependency Inversion Principle - Real World Example
Lecture 24 Dependency Inversion Principle - Code Example
Section 7: Course Summary
Lecture 25 Course Summery
Lecture 26 Thank You!
Software Developers
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