Udemy – SOLID Principles and Design Patterns for C# Developers 2023-6 – Download

Explanation

SOLID Principles and Design Patterns for C# Developers is a training course on solid programming principles (SOLID) and different design patterns for C# development, published by Udemy Academy. This course is a complete project training that is social and practical and will help you write efficient codes and increase the quality of your software. SOLID principles and classical features help you design, modular, and highly maintainable code. These codes will eventually become professional and optimized software that will be used by millions of users.

Adag consists of five principles, which are the principle of single responsibility (principle of single responsibility), the open principle (open principle), the principle of Liskov replacement (principle Liskov switch), contact separation principle interface separation principle) and principle. It is inversion of dependence (principle of inversion of dependence). Applying these five principles to different codebases is an invaluable skill that you will gradually develop as you follow the training in this course. This part of the training will also provide you with 23 very important designs, among which the most important ones are divided into creative, programming and behavioral design.

You will learn SOLID Principles and Design Patterns for C# Developers:

Principles of Solid Programming (SOLID)
23 classical design software methods
Implementation of complex principles and design patterns in the C# programming language.
And…

Course guidelines

Publisher: Udemy
Instructor: Héctor Uriel Pérez
Language: English
Level: Introductory to Advanced
Number of Lessons: 137
Duration: 8 hours and 46 minutes

Course topics 2023/7

SOLID Principles and Design Patterns for C# Developers

Knowledge of C# programming language.
Basic understanding of object-oriented programming (OOP).
Understand basic coding principles such as variables, control structures, and functions.
Basic knowledge of UML (Unified Modeling Language) for design.