Aprovecha el precio especial y haz tu profesión a prueba de IA

Antes: $249

Currency
$209
Suscríbete

Termina en:

0 Días
19 Hrs
4 Min
47 Seg

Principios SOLID en C# y .NET

1/16
Resources
Transcript

What will you learn in the SOLID principles in C# and .NET course?

In this course, you will have the opportunity to delve into the five SOLID principles, a collection of essential guidelines that will help you become a better programmer. By engaging with these principles, you will not only improve your technical skills, but also learn best coding practices and how to address common challenges in software development. In addition, this knowledge can be valuable during job interviews for .NET developers.

How is the course structured?

The course methodology is clear and effective. First, we will study each principle conceptually and theoretically. Then, we will move on to practical examples where we will analyze code that does not comply with best practices and SOLID principles. This will allow us to discuss why such codes are poorly designed and implemented, and what problems may arise from them. Finally, we will adjust these examples, applying SOLID principles to improve them.

Analyzing non-SOLID code

Code analysis is a crucial part of the course. You will be confronted with code fragments that, although they work, are not ideal because:

  • They are poorly designed.
  • They do not comply with SOLID principles.
  • They may lead to future problems because of that implementation.

Adjusting to SOLID principles

After identifying the bugs in the code, we will proceed to modify it according to SOLID principles. This will not only teach you to recognize errors in the software design, but also to correct them effectively.

What tools will you use?

The course is designed with a hands-on approach using C#. This language, combined with the .NET platform, will be your main tool to apply the SOLID principles developed throughout the course. Considering the popularity and robustness of C#, it will be an excellent addition to your skills as a developer.


Upon completion of the course, you will be equipped not only with an excellent knowledge of SOLID principles, but also with comprehensive practice that will elevate your software programming capabilities. In addition, this course becomes a competitive advantage for the technical interviews you will face in the future. Go ahead, dive into the first class and discover the prerequisites you need to complete this exciting journey - your path to programming mastery starts here!

Contributions 14

Questions 1

Sort by:

Want to see more contributions, questions and answers from the community?

Cuanto esperaba este curso y que calidad de profesor.

Entiendo que los principios SOLID son buenos porque ayudan a desarrollar código que es fácil de entender, mantener y escalar. Cada principio tiene un enfoque específico en mejorar la calidad del código

Vamos por ello!! 😉

Yo esperaba mucho este curso del profe Miguel !! excelente

Muy entusiasmado por este curso

Excelente inicio de curso

Seguir reforzando la programación en C#

Por fin!!

Suena Genial la metodología del curso, super emocionada por iniciar

Buen curso patron

Excelente la existencia de este curso y perfecto con la explicación del maestro
SOLID es un acrónimo para cinco principios de diseño de software en orientado a objetos, los cuales son: 1. [**Single responsibility principle**](https://arbems.com/5-ejemplos-principios-solid-en-csharp/#Principio-de-responsabilidad-%C3%BAnica) (Principio de responsabilidad única): cada clase debe tener una única responsabilidad y esa responsabilidad debe estar completamente encapsulada por la clase. 2. [**Open-closed principle**](https://arbems.com/5-ejemplos-principios-solid-en-csharp/#Principio-abierto-cerrado) (Principio abierto-cerrado): las clases deben estar diseñadas de tal manera que sean fácilmente extensibles sin modificar su código fuente. 3. [**Liskov substitution principle**](https://arbems.com/5-ejemplos-principios-solid-en-csharp/#Principio-de-sustituci%C3%B3n-de-Liskov) (Principio de sustitución de Liskov): las clases derivadas deben ser sustituibles por sus clases base. 4. [**Interface segregation principle**](https://arbems.com/5-ejemplos-principios-solid-en-csharp/#Principio-de-segregaci%C3%B3n-de-interfaces) (Principio de segregación de interfaces): las clases no deben ser forzadas a implementar interfaces que no utilizan. 5. [**Dependency inversion principle**](https://arbems.com/5-ejemplos-principios-solid-en-csharp/#Principio-de-inversi%C3%B3n-de-dependencias) (Principio de inversión de dependencias): las clases deberían depender de abstracciones y no de implementaciones concretas.
Me encanta los cursos de este profesor, es muy bueno explicando

Muy entusiasmado con este curso

Un curso que esperaba con ansias soy fan del profesor

que maravilla este curso, excelente profe Miguel