Aprende los principales patrones de diseño con .NET y C#

Learn to build robust and maintainable software applications with this comprehensive course! You'll gain practical skills in software design patterns and apply them to develop powerful Blazor applications.

What are Software Design Patterns?

This course dives into proven solutions for common software development challenges. Software design patterns are reusable templates that improve code quality, promote code reuse, and enhance communication among developers. Mastering these patterns is crucial for building scalable and reliable applications.

The course covers three main categories of design patterns:

• Creational Patterns: Focus on object creation. Learn how to effectively instantiate and configure objects within your applications.
• Structural Patterns: Address how to compose classes and objects to create larger structures.
• Behavioral Patterns: Explore how objects interact and communicate with each other.

Course Content Breakdown:

A) Foundations

1. Course Outline & Objectives
2. Visual Studio 2022 Setup & Configuration
3. Understanding Software Design Patterns: A Deep Dive
4. Core Concepts: Classes and Objects
5. Object-Oriented Programming Fundamentals: Inheritance and Interfaces

B) Creational Design Patterns

• Singleton: Implementing the Singleton pattern for controlled object instantiation.
• Singleton in Blazor: Practical application of the Singleton pattern within Blazor projects.
• Builder: Using the Builder pattern for complex object construction.
• Builder in Blazor: Implementing the Builder pattern to simplify object creation in Blazor.
• Factory Method: Decoupling object creation from client code.
• Factory Method in Blazor: Applying the Factory Method to enhance flexibility in Blazor applications.
• Prototype: Creating new objects by cloning existing ones.
• Prototype in Blazor: Utilizing the Prototype pattern for efficient object duplication in Blazor.

C) Structural Design Patterns

• Adapter: Allowing classes with incompatible interfaces to work together.
• Adapter in Blazor: Implementing the Adapter pattern to integrate external components into Blazor applications.
• Facade: Providing a simplified interface to a complex subsystem.
• Facade in Blazor: Using the Facade pattern to streamline interactions with complex systems in Blazor.
• Proxy: Providing a surrogate or placeholder for another object to control access.
• Proxy in Blazor: Implementing the Proxy pattern for controlled access and enhanced functionality in Blazor.
• Bridge: Decoupling an abstraction from its implementation.
• Bridge in Blazor: Applying the Bridge pattern to achieve flexibility and maintainability in Blazor projects.

D) Behavioral Design Patterns

• Memento: Capturing and restoring the state of an object.
• Memento in Blazor: Using the Memento pattern for state management in Blazor.
• Iterator: Accessing elements of a collection without exposing its underlying representation.
• Iterator in Blazor: Implementing the Iterator pattern for efficient data traversal in Blazor.
• Command: Encapsulating a request as an object.
• Command in Blazor: Applying the Command pattern for request handling and undo/redo functionality in Blazor.
• Observer: Defining a one-to-many dependency between objects.
• Observer in Blazor: Using the Observer pattern for event handling and data updates in Blazor.
• Strategy: Defining a family of algorithms and making them interchangeable.
• Strategy in Blazor: Implementing the Strategy pattern to enable algorithm selection at runtime in Blazor.

E) Course Conclusion

• Key Takeaways and Summary of Design Patterns