Self-paced Learning
The best techniques employed by professional object-oriented software engineers are characterized by design patterns. Design patterns are solutions to common issues that software developers run across when creating new applications. Many software developers over a sizable period of time came up with these solutions through trial and error. Design patterns in C# offer universal remedies or a flexible technique to address typical design issues. Reusable designs and the interactions of things are central to patterns.
This design patterns training is primarily intended for .net developers who wish to improve their abilities with the goal of becoming effective software architects and creating some really scalable and maintainable apps using C# patterns. This course provides an overview of all the Gang of Four design patterns C# (GoF).
It is an effective tool that helps programmers. Understanding how to apply patterns to specific situations is essential for achieving the desired result. Because C# is an object-oriented language, design patterns, which speed up and simplify the design process, work particularly well with it. You can produce software more quickly by using pre-existing design patterns as useful templates for your goods. This course drives you thru the design patterns in C#.
The following design patterns will be attained by you:
Participants of this design patterns course will have the following skills after completing this course:
The learner should possess an understanding of C# and the knowledge of object-oriented design principles in C#.
This course is for .NET/C# developers who want to see not just textbook examples of design patterns, but also the different variations and tricks that can be applied to implement design patterns in a modern way.
Visual Studio 2019 or higher, VS Code
Course Overview
SOLID Principles
SOLID: Single Responsibility Principle
SOLID: Open Closed Principle
SOLID: Liskov Substitution Principle
SOLID: Interface Segregation Principle
SOLID: Dependency Inversion Principle
Course Overview
Introduction
Singleton Pattern
Prototype Pattern
Factory Method Pattern
Abstract Factory Pattern
Builder Pattern
Course Overview
Adapter Design pattern
Bridge Design pattern
Composite Design pattern
Facade Design pattern
Flyweight Design pattern
Proxy Design pattern
Decorator Design pattern
Course Overview
Chain of Responsibility Design pattern
Command Design pattern
Interpreter Design Pattern
Iterator Design pattern
Mediator Design pattern
Memento Design pattern
Observer Design pattern
State Design pattern
Strategy Design pattern
Template Method Design pattern
Visitor Design pattern
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All online training classes are recorded. You will get the recorded sessions so that you can watch the online classes when you want. Also, you can join other class to do your missing classes.
All our mentors are highly qualified and experience professionals. All have at least 8-10 yrs of development experience in various technologies and are trained by Dot Net Tricks to deliver interactive training to the participants.
Design Patterns are best practices for object-oriented program design and are widely accepted as industry standards. They facilitate abstract communication and collaboration among developers. Design Patterns provide sensible and effective answers to specific and frequent software design problems. These models save minor problems from developing into major issues.
For the specific object-oriented programming challenge, design patterns suggest a specific implementation. If you want to ensure that there is only one instance of a class, for example, you could build it using the Singleton design pattern such that it can only hold one object. By offering syntactic characteristics and semantic support for concepts that correspond to those found in object-oriented design, programming language C# promotes the development of object-oriented software. In this course, 23 design patterns are discussed.
A design pattern is a traditional, repeatable solution to a problem that arises regularly in a certain context in software design. It is not a fully developed design that can be immediately converted into source code or machine code. It functions as a problem-solving description or model that may be used in a variety of situations. When developing new applications or systems, programmers can use design patterns, which are recognized best practices, to address common problems.
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