Mastering Unit and Integration Testing in Clean Architecture_1

Mastering Unit and Integration Testing in Clean Architecture, available at $19.99, has an average rating of 4.33, with 115 lectures, based on 3 reviews, and has 35 subscribers.

You will learn about Clean Architecture in .NET: Students will learn how to design and implement clean and modular software architectures using the .NET framework. This module will teach students how to write integration tests that validate the interactions between different components of a clean architecture solution. Principles and practices of unit testing in the context of clean architecture, enabling them to verify the correctness of individual components and functions. Mocking: This topic will teach students how to use mocking framework to create simulated objects, allowing them to isolate and test specific parts of their code Uses of in-memory databases as a lightweight alternative for testing database interactions, enabling rapid and efficient testing without the need for a real db. Learn how to populate their database with initial data from JSON files, streamlining the setup of test environments and application bootstrapping. Students will grasp the SOLID principles of software design, which are essential guidelines for writing maintainable, scalable, and robust code. Students will learn CQRS architectural pattern, which separates the responsibilities of handling commands and queries in an application. Students will learn how to use the MediatR library to implement the mediator pattern, simplifying the handling of queries and commands in their application. Response Wrapper: Learn how to structure and standardize responses from API endpoints, improving consistency and communication in their applications. Students will become proficient in using the xUnit testing framework to write and execute unit tests in a .NET environment. Students will learn how to use AutoMapper to simplify the mapping between objects, reducing repetitive code and enhancing codebase maintainability. Students will learn about EntityFramework Core, a powerful ORM tool for .NET, and teach them how to interact with databases using EF Core. Students will learn how to generate database migrations This course is ideal for individuals who are Students and Aspiring Developers: Students pursuing degrees in computer science or related fields and individuals who aspire to become software developers can also benefit from the course. It provides an opportunity to learn advanced techniques that are highly relevant in the software industry. or Software Developers: Experienced software developers who want to deepen their knowledge and skills in designing, implementing, and testing clean architecture solutions. The course will help them become proficient in advanced testing strategies and best practices within clean architecture projects. or Intermediate to Advanced Programmers: Programmers with a moderate to advanced level of experience in software development, particularly in .NET or related technologies, who want to expand their skill set and improve their ability to create maintainable and testable code. or Tech Leads and Team Leads: Tech leads and team leads responsible for guiding development teams and ensuring code quality will benefit from the knowledge and strategies presented in this course. or Architects and System Designers: Architects and system designers who are responsible for defining the architecture of complex software systems will benefit from this course. It will enable them to incorporate clean architecture principles and advanced testing techniques into their design decisions. It is particularly useful for Students and Aspiring Developers: Students pursuing degrees in computer science or related fields and individuals who aspire to become software developers can also benefit from the course. It provides an opportunity to learn advanced techniques that are highly relevant in the software industry. or Software Developers: Experienced software developers who want to deepen their knowledge and skills in designing, implementing, and testing clean architecture solutions. The course will help them become proficient in advanced testing strategies and best practices within clean architecture projects. or Intermediate to Advanced Programmers: Programmers with a moderate to advanced level of experience in software development, particularly in .NET or related technologies, who want to expand their skill set and improve their ability to create maintainable and testable code. or Tech Leads and Team Leads: Tech leads and team leads responsible for guiding development teams and ensuring code quality will benefit from the knowledge and strategies presented in this course. or Architects and System Designers: Architects and system designers who are responsible for defining the architecture of complex software systems will benefit from this course. It will enable them to incorporate clean architecture principles and advanced testing techniques into their design decisions.

Enroll now: Mastering Unit and Integration Testing in Clean Architecture

Summary

Title: Mastering Unit and Integration Testing in Clean Architecture

Price: $19.99

Average Rating: 4.33

Number of Lectures: 115

Number of Published Lectures: 115

Number of Curriculum Items: 115

Number of Published Curriculum Objects: 115

Original Price: $24.99

Quality Status: approved

Status: Live

What You Will Learn

Clean Architecture in .NET: Students will learn how to design and implement clean and modular software architectures using the .NET framework.

This module will teach students how to write integration tests that validate the interactions between different components of a clean architecture solution.

Principles and practices of unit testing in the context of clean architecture, enabling them to verify the correctness of individual components and functions.

Mocking: This topic will teach students how to use mocking framework to create simulated objects, allowing them to isolate and test specific parts of their code

Uses of in-memory databases as a lightweight alternative for testing database interactions, enabling rapid and efficient testing without the need for a real db.

Learn how to populate their database with initial data from JSON files, streamlining the setup of test environments and application bootstrapping.

Students will grasp the SOLID principles of software design, which are essential guidelines for writing maintainable, scalable, and robust code.

Students will learn CQRS architectural pattern, which separates the responsibilities of handling commands and queries in an application.

Students will learn how to use the MediatR library to implement the mediator pattern, simplifying the handling of queries and commands in their application.

Response Wrapper: Learn how to structure and standardize responses from API endpoints, improving consistency and communication in their applications.

Students will become proficient in using the xUnit testing framework to write and execute unit tests in a .NET environment.

Students will learn how to use AutoMapper to simplify the mapping between objects, reducing repetitive code and enhancing codebase maintainability.

Students will learn about EntityFramework Core, a powerful ORM tool for .NET, and teach them how to interact with databases using EF Core.

Students will learn how to generate database migrations

Who Should Attend

Students and Aspiring Developers: Students pursuing degrees in computer science or related fields and individuals who aspire to become software developers can also benefit from the course. It provides an opportunity to learn advanced techniques that are highly relevant in the software industry.

Software Developers: Experienced software developers who want to deepen their knowledge and skills in designing, implementing, and testing clean architecture solutions. The course will help them become proficient in advanced testing strategies and best practices within clean architecture projects.

Intermediate to Advanced Programmers: Programmers with a moderate to advanced level of experience in software development, particularly in .NET or related technologies, who want to expand their skill set and improve their ability to create maintainable and testable code.

Tech Leads and Team Leads: Tech leads and team leads responsible for guiding development teams and ensuring code quality will benefit from the knowledge and strategies presented in this course.

Architects and System Designers: Architects and system designers who are responsible for defining the architecture of complex software systems will benefit from this course. It will enable them to incorporate clean architecture principles and advanced testing techniques into their design decisions.

Target Audiences

Students and Aspiring Developers: Students pursuing degrees in computer science or related fields and individuals who aspire to become software developers can also benefit from the course. It provides an opportunity to learn advanced techniques that are highly relevant in the software industry.

Software Developers: Experienced software developers who want to deepen their knowledge and skills in designing, implementing, and testing clean architecture solutions. The course will help them become proficient in advanced testing strategies and best practices within clean architecture projects.

Intermediate to Advanced Programmers: Programmers with a moderate to advanced level of experience in software development, particularly in .NET or related technologies, who want to expand their skill set and improve their ability to create maintainable and testable code.

Tech Leads and Team Leads: Tech leads and team leads responsible for guiding development teams and ensuring code quality will benefit from the knowledge and strategies presented in this course.

Architects and System Designers: Architects and system designers who are responsible for defining the architecture of complex software systems will benefit from this course. It will enable them to incorporate clean architecture principles and advanced testing techniques into their design decisions.

Are you ready to take your software development skills to the next level? Dive deep into the world of clean architecture testing with our course on “Advanced Clean Architecture Testing Strategies.”

In this comprehensive course, you’ll explore advanced testing techniques and strategies specifically designed for clean architecture applications. Clean architecture is all about creating scalable and maintainable software, and testing is a critical aspect of achieving these goals. Whether you’re a seasoned developer looking to enhance your testing skills or a newcomer eager to understand the principles of clean architecture testing, this course is tailored to meet your needs.

What you’ll learn:

Master the fundamentals of clean architecture and its importance in software development.

Explore the principles of unit testing and integration testing in the context of clean architecture.

Gain hands-on experience with popular testing frameworks and libraries.

Discover advanced testing strategies for clean architecture, including mocking.

Learn how to write clean and maintainable test code that aligns with clean architecture principles.

Explore real-world case studies and examples to solidify your understanding.

By the end of this course, you’ll have the knowledge and confidence to implement robust testing strategies in clean architecture projects, ensuring your software is not only architecturally sound but also thoroughly tested and reliable. Elevate your development skills and join us on a journey to becoming an expert in clean architecture testing!

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction – What you will learn

Chapter 2: Solution Design – Clean Architecture

Lecture 1: The Solution

Lecture 2: Understanding Nullable Setting

Lecture 3: Projects Dependency References

Lecture 4: Building Relationships and Request Objects

Lecture 5: Category Request Object part 1

Lecture 6: Category Request Object part 2

Lecture 7: Packages – Application

Lecture 8: DI Container

Lecture 9: Response Wrapper

Lecture 10: Create Category Command part 1

Lecture 11: Create Category Command part 2

Lecture 12: Create Category Command habdler

Lecture 13: Create Category Command handler – Mapper part 1

Lecture 14: Create Category Command handler – Mapper part 2

Lecture 15: Explicit mapping

Lecture 16: Create Category Command handler – Mapper part 3

Lecture 17: Delete Category Command

Lecture 18: Get Category Query part 1

Lecture 19: Get Category Query part 2

Lecture 20: Get Category Query part 3

Lecture 21: Create Product Command part 1

Lecture 22: Create Product Command part 2

Lecture 23: Update Product Command

Lecture 24: Delete Product Command

Lecture 25: Get Product By Id Query

Lecture 26: Get Products by Category Id Query part 1

Lecture 27: Get Products by Category Id Query part 2

Lecture 28: Get All Products query

Lecture 29: Recap – Application layer

Lecture 30: ORM

Lecture 31: Category Service Implementation part 1

Lecture 32: Category Service Implementation part 2

Lecture 33: Product Service Implementation

Chapter 3: Integration Tests

Lecture 1: Integration Test Project

Lecture 2: Injecting Test Dependencies part 1

Lecture 3: Injecting Test Dependencies part 2

Lecture 4: Read from json file

Lecture 5: Get Category By Id test part 1

Lecture 6: Get Category By Id test part 2

Lecture 7: Get Category By Id test part 3

Lecture 8: Get Category By Id test part 4

Lecture 9: Get Category By Id test part 5

Lecture 10: Get Category By Id test part 6

Lecture 11: Get Category By Invalid Id test part 7

Lecture 12: Get All Categories Test

Lecture 13: Get All Categories negative test

Lecture 14: Create Category Test part 1

Lecture 15: Create Category Test part 2

Lecture 16: Create Category Test part 3

Lecture 17: Create Category Test Invalid data part 1

Lecture 18: Create Category Test Invalid data part 2

Lecture 19: Update Category Valid test part 1

Lecture 20: Update Category Valid test part 2

Lecture 21: Update Category Valid-InValid test part 3

Lecture 22: Update Category Valid-InValid test part 4

Lecture 23: Delete Category Valid Test

Lecture 24: Delete Category InValid Test

Lecture 25: Dependency Inversion Principle (DIP)

Lecture 26: Product Service Integration Tests

Lecture 27: Product Service Integration Tests – seed data

Lecture 28: Get Product by Valid ID Tests

Lecture 29: Get Product by InValid ID

Lecture 30: Get Product By Valid Category ID

Lecture 31: Get All products test

Lecture 32: Product Parameter input data

Lecture 33: Create Product Test Valid test

Lecture 34: 67 Create Product Valid and Invalid tests

Lecture 35: Update Product valid test data

Lecture 36: Update Product invalid test data

Lecture 37: Delete Product valid-invalid test data

Lecture 38: Recap – Integration Tests

Chapter 4: Unit Tests

Lecture 1: Intro to Unit Tests

Lecture 2: Mock Category Service part 1

Lecture 3: Mock Category Service part 2

Lecture 4: Mock Category Service part 3

Lecture 5: Mock Category Service part 4

Lecture 6: Mock Category Service part 5

Lecture 7: Mock Category Service part 6

Lecture 8: Create category command handler test part 1

Lecture 9: Create category command handler test part 2

Lecture 10: Update category command handler valid test part 1

Lecture 11: Update category command handler valid test part 2

Lecture 12: Update category command handler valid test part 3

Lecture 13: Update category command handler valid test part 4

Lecture 14: Update category command handler valid test part 5

Lecture 15: Update category command handler valid test part 6

Lecture 16: Delete category command handler valid-invalid test data

Lecture 17: Get Category By Id query handler valid test data

Lecture 18: Get Category By Id query handler valid-invalid test data

Lecture 19: Get All Categories handler valid test – data exists part 1

Lecture 20: Get All Categories handler valid test – data exists part 2

Lecture 21: Get All Categories handler invalid test – data does not exists part 1

Lecture 22: Get All Categories handler invalid test – data does not exists part 2

Lecture 23: Get All Categories handler invalid test – data does not exists part 3

Lecture 24: Get All Categories handler invalid test – data does not exists part 4

Instructors

Junior Matlou
Software Solutions Architect

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3 stars: 1 votes

4 stars: 0 votes

5 stars: 2 votes

Frequently Asked Questions

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You can view and review the lecture materials indefinitely, like an on-demand channel.

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