ASP.NET Core 8 Web API: Clean architecture + Azure services from Udemy

Master Clean Architecture & Azure for Scalable APIs in ASP.NET Core 8

Ready to build robust, high-performance RESTful APIs with confidence? This comprehensive course empowers you with the knowledge and skills to create modern web APIs using the powerful combination of ASP.NET Core 8, Clean Architecture, and Azure services.

Your journey begins with understanding the fundamentals:

RESTful API essentials: Demystify HTTP communication, grasp REST principles, and set up your local development environment.
ASP.NET Core 8 mastery: Dive into routing, model binding, and HTTP client usage to build the foundation of your API.
Clean Architecture adoption: Learn the benefits and principles of Clean Architecture, and apply them to structure your API for maintainability and flexibility.

Next, you'll establish the infrastructure:

Database connection with Entity Framework: Set up your MS SQL database and leverage Entity Framework for seamless data interaction.
Seeding mechanism: Populate your database with essential data for realistic testing and functionality.

Ready to build features? Buckle up.

RESTful resource management: Create, retrieve, update, and delete resources following REST best practices.
DTO mapping and validation: Ensure data integrity and security with efficient mapping and Fluent Validation.
Command/Query Responsibility Segregation: Organize your code with a clear separation of concerns using MediatR.

More than just features - enhance your API's robustness:

Logging with Serilog: Track API events for troubleshooting and maintainability.
Automated documentation: Generate clear API documentation for easy client integration.
Global exception handling: Gracefully handle errors and provide informative feedback to clients.

Deep dive into advanced topics:

Sub-entity management: Handle nested resources within your main entities with proper RESTful structure.
User authentication and authorization: Secure your API with user accounts, roles, and custom claims using ASP.NET Identity.
Pagination and sorting: Optimize performance for large datasets with pagination and sorting capabilities.

Testing and deployment are crucial:

Automated unit and integration tests: Ensure code quality and prevent regressions with comprehensive testing strategies.
Azure deployment: Leverage Azure App Service and Azure SQL to deploy your API to a scalable cloud environment.
CI/CD pipelines: Automate deployment processes for efficient updates and bug fixes.

By the end of this course, you'll be equipped to:

Architect and build secure, maintainable, and scalable RESTful APIs.
Confidently leverage Clean Architecture principles for code organization.
Utilize powerful Azure services for deployment and scalability.
Implement best practices for performance, logging, testing, and documentation.

Enroll now and take your .NET WEB API development skills to the next level.

What's inside

Learning objectives

Create a backend for a web application that will add, modify, delete, or return data.
Build an ms sql database based on c# classes.
Add authentication and authorization for api users.
Create a clean architecture solution following cqrs
Implement custom middleware.

Handle files - return them from the api and upload to the server.
Log application information or errors to text files using serilog.
Write a ci/cd pipelines to automatically build and deploy the app.
Write automated unit & integration tests
Deploy the application to the azure cloud.

Create a backend for a web application that will add, modify, delete, or return data.
Build an ms sql database based on c# classes.
Add authentication and authorization for api users.
Create a clean architecture solution following cqrs
Implement custom middleware.
Handle files - return them from the api and upload to the server.
Log application information or errors to text files using serilog.
Write a ci/cd pipelines to automatically build and deploy the app.
Write automated unit & integration tests
Deploy the application to the azure cloud.

Syllabus

Course introduction

Welcome message

Source code

Final project

The name of this package has changed to just "Automapper" - if you did install it, as it was in the video just change the package in your Restaurants.Application.csproj:

from
<PackageReference Include="AutoMapper.Extensions.Microsoft.DependencyInjection" Version="12.0.1" />

to
<PackageReference Include="AutoMapper" Version="13.0.1" />

it has no breaking changes

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Employs Clean Architecture principles, which promotes maintainability and scalability in complex software projects, making it suitable for enterprise-level applications

Covers automated unit and integration tests, which are essential for ensuring code quality and preventing regressions in professional software development environments

Includes deployment to Azure App Service and Azure SQL, which are common choices for hosting .NET applications in the cloud, making it highly relevant for practical application

Utilizes ASP.NET Core 8, which is a modern framework for building web applications and APIs, ensuring that the skills learned are current and applicable to new projects

Requires installing specific versions of packages such as AutoMapper, which may present compatibility issues if learners are working with different project configurations or dependency constraints

Teaches Entity Framework for database interaction, which may require learners to have access to and familiarity with MS SQL Server, potentially posing a barrier for those without existing setups

Reviews summary

.net core 8 web api + azure

According to learners, this course provides a solid foundation for building RESTful APIs using ASP.NET Core 8, emphasizing Clean Architecture and its practical application alongside CQRS/MediatR. Many students found the sections on applying architectural principles and the Azure deployment guide particularly useful. The course is praised for being up-to-date with the latest .NET 8 features and offering a practical, hands-on approach. While the reception is largely positive, some reviewers noted that the pace can be quite fast, potentially requiring prior experience or additional effort to keep up, and a few felt certain topics could benefit from greater depth.

Good foundation, could expand topics.

"Good foundation, but could use more depth on advanced testing scenarios or specific Azure security configurations."

"Wish there was a bit more detail on integrating other common services or complex scenarios."

"Provides a solid overview, but for mastery, I'd need additional resources on certain areas."

Utilizes recent .NET 8 features.

"Up-to-date with .NET 8, which is great. Code examples were clear and easy to follow."

"Appreciated that the course content is current with the latest version of ASP.NET Core."

"Good to see a course covering the newest features in .NET 8 for API development."

Practical guide for cloud deployment.

"Found the Azure deployment section clear and practical. Managed to deploy my own API after following the steps."

"The steps for deploying to Azure App Service were straightforward and easy to follow."

"It's great that the course covers deployment to the cloud, making it practical for real-world use cases."

Strong emphasis on architectural principles.

"Excellent course explaining Clean Architecture and how to apply it in ASP.NET Core. The CQRS part using MediatR was particularly helpful."

"The course provided a very clear explanation and practical implementation of clean architecture principles."

"Really solidified my understanding of how to structure a modern API using Clean Architecture and CQRS."

"I appreciated the focus on building a maintainable and well-structured application from the start."

Moves quickly through topics.

"The course moves a bit fast in some sections, especially if you're new to some of these concepts."

"Sometimes the pace felt a little rushed, requiring me to pause and rewatch segments."

"While thorough, the speed might be challenging for absolute beginners without prior .NET exposure."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in ASP.NET Core 8 Web API: Clean architecture + Azure services with these activities:

Review REST API Principles

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Reinforce your understanding of RESTful API design principles before diving into ASP.NET Core 8 implementation. This will help you grasp the rationale behind the course's architectural choices.

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Read articles on RESTful API design best practices.
Review HTTP methods and their proper usage.
Study examples of well-designed REST APIs.

Read 'Clean Architecture: A Craftsman's Guide to Software Structure and Design'

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Deepen your understanding of Clean Architecture, a core concept in this course, by reading a comprehensive guide. This will provide a solid theoretical foundation for the practical implementation in ASP.NET Core 8.

View Clean Architecture on Amazon

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Read the book 'Clean Architecture' by Robert C. Martin.
Take notes on key concepts and principles.
Relate the concepts to the course's architecture.

Build a Simple CRUD API

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Practice building a basic CRUD (Create, Read, Update, Delete) API using ASP.NET Core 8. This hands-on experience will solidify your understanding of routing, model binding, and data access.

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Create a new ASP.NET Core Web API project.
Define a simple data model (e.g., a 'Task' model).
Implement CRUD operations using Entity Framework Core.
Test the API endpoints using Postman or Swagger.

Four other activities

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Document API Endpoints

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Improve your understanding of API documentation by creating documentation for the API endpoints you build. This will reinforce your knowledge of request/response formats, parameters, and error handling.

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Use Swagger/OpenAPI to document your API endpoints.
Describe each endpoint's purpose and parameters.
Provide example request and response payloads.

Implement Unit Tests

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Reinforce your understanding of automated testing by writing unit tests for the API's business logic. This will improve code quality and prevent regressions.

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Choose a unit testing framework (e.g., xUnit, NUnit).
Write tests for different scenarios and edge cases.
Run the tests and ensure they pass.

Read 'Pro ASP.NET Core 8'

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Expand your knowledge of ASP.NET Core 8 beyond the course material by reading a comprehensive guide. This will provide a deeper understanding of the framework and its capabilities.

View Pro ASP.NET Core 7, Tenth Edition on Amazon

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Read 'Pro ASP.NET Core 8' by Adam Freeman.
Focus on chapters related to Web API development and Azure deployment.
Experiment with the code examples provided in the book.

Contribute to an Open Source .NET Project

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Apply your newly acquired skills by contributing to an open-source .NET project. This will provide valuable real-world experience and expose you to different coding styles and project management practices.

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Find an open-source .NET project on GitHub.
Identify a bug or feature to work on.
Submit a pull request with your changes.

Career center

Learners who complete ASP.NET Core 8 Web API: Clean architecture + Azure services will develop knowledge and skills that may be useful to these careers:

API Developer

An API Developer specializes in designing, building, and managing Application Programming Interfaces (APIs). This course provides essential skills to excel as an API Developer. The course's deep dive into RESTful API essentials, ASP.NET Core 8, and Clean Architecture principles provides a solid foundation for crafting efficient and well-structured APIs. The hands-on experience with database connections, DTO mapping, and validation ensures data integrity and security. Furthermore, the modules on user authentication, authorization, and automated testing are critical for building secure and reliable APIs. The sections on logging, documentation, and Azure deployment further enhance an API Developer's ability to create and manage high-quality APIs.

See salaries and explore the career path for API Developer

Test Automation Engineer

A Test Automation Engineer designs and implements automated tests to ensure software quality. This course is highly relevant for a Test Automation Engineer working with ASP.NET Core 8 web APIs. The course's module on automated unit and integration tests provides practical skills for creating comprehensive testing strategies. The hands-on experience with writing tests for various aspects of the API, including controllers, validators, and command handlers, equips a Test Automation Engineer with the tools to ensure code quality and prevent regressions. By mastering automated testing techniques, you can significantly improve the reliability and stability of web APIs.

See salaries and explore the career path for Test Automation Engineer

Backend Developer

A Backend Developer is responsible for server-side logic and database management. This course is tailor-made for a Backend Developer looking to enhance skills in building scalable web APIs. The course helps build a solid foundation in RESTful API design, ASP.NET Core 8, and Clean Architecture, all of which are critical for efficient backend development. The extensive coverage of database interaction using Entity Framework, CQRS, and MediatR directly contributes to building well-organized and maintainable backend systems. A Backend Developer will find the modules on authentication, authorization, logging, and automated testing particularly beneficial. Finally, the Azure deployment section provides practical knowledge for deploying and scaling backend applications.

See salaries and explore the career path for Backend Developer

Software Engineer

A Software Engineer designs, develops, and tests software applications. This course helps build a foundation for a Software Engineer to create robust and scalable web APIs using ASP.NET Core 8. The course's coverage of RESTful API essentials, ASP.NET Core 8 mastery, and Clean Architecture principles directly contribute to the skills needed to design and implement efficient APIs. Moreover, the sections on automated testing and Azure deployment equip a Software Engineer with the knowledge to deliver high-quality and reliable software solutions. Learning to build MS SQL databases from C# classes, implement authentication, and understand CQRS principles will be extremely useful for a Software Engineer.

See salaries and explore the career path for Software Engineer

Full-Stack Developer

A Full Stack Developer works on both the front-end and back-end of web applications. This course is beneficial for a Full Stack Developer looking to enhance their back-end skills with ASP.NET Core 8 web APIs. The course helps build a strong foundation in RESTful API design, Clean Architecture, and database management. The hands-on experience with user authentication, authorization, and automated testing equips a Full Stack Developer with the skills to build secure and reliable back-end systems. Furthermore, the Azure deployment module allows the developer to deploy and manage their own APIs in the cloud, making them a more versatile and valuable asset to any development team. The ability to create a backend for a web application that will add, modify, delete, or return data is an important skill.

See salaries and explore the career path for Full-Stack Developer

Technical Lead

A Technical Lead guides a team of developers and makes key architectural decisions. This course can be beneficial for a Technical Lead overseeing web API projects. The course helps build a strong foundation in ASP.NET Core 8, Clean Architecture, and RESTful API design, enabling a Technical Lead to provide informed guidance to the team. The comprehensive coverage of topics like user authentication, authorization, automated testing, and Azure deployment equips a Technical Lead with the knowledge to make strategic decisions about technology choices and development processes. A Technical Lead can use this course to ensure that the team follows best practices for building scalable, secure, and maintainable web APIs.

See salaries and explore the career path for Technical Lead

DevOps Engineer

A DevOps Engineer focuses on automating and streamlining the software development lifecycle. This course is particularly relevant for a DevOps Engineer working with ASP.NET Core 8 web APIs. The course's modules on Azure deployment and CI/CD pipelines provide practical skills for automating the deployment and management of APIs in a cloud environment. The knowledge gained from the sections on logging, exception handling, and automated testing further enhances a DevOps Engineer's ability to ensure the reliability and performance of deployed APIs. A DevOps Engineer can use this course to implement best practices for continuous integration and continuous delivery, improving the efficiency and quality of the software development process.

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Application Developer

An Application Developer focuses on creating and maintaining software applications. This course is valuable for an Application Developer because it provides practical experience in building web APIs with ASP.NET Core 8. The course's exploration of Clean Architecture, database connections with Entity Framework, and RESTful resource management directly align with the responsibilities of an Application Developer. Furthermore, the topics like user authentication, authorization, and automated testing are essential for ensuring the security and reliability of applications. An Application Developer can benefit greatly from this course, especially the modules on exception handling, logging, and CI/CD pipelines.

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Solutions Architect

A Solutions Architect designs and implements comprehensive solutions to meet business needs. This course is valuable for a Solutions Architect responsible for web API-based solutions. The course helps build a solid foundation in ASP.NET Core 8, Clean Architecture, and Azure services, enabling a Solutions Architect to design scalable and robust solutions. The hands-on experience with database connections, DTO mapping, and validation techniques allows for informed decisions about data management and data integrity. Furthermore, the knowledge gained from the modules on authentication, authorization, logging, and automated testing ensures that the solutions are secure, reliable, and maintainable. A Solutions Architect can leverage this course to create well-architected solutions that meet both technical and business requirements.

See salaries and explore the career path for Solutions Architect

Cloud Engineer

A Cloud Engineer designs, implements, and manages cloud-based solutions. This course is beneficial for a Cloud Engineer aiming to deploy and manage web APIs on the Azure cloud. The course's coverage of ASP.NET Core 8 and Clean Architecture helps build a solid foundation for developing cloud-native applications. The hands-on experience with Azure App Service and Azure SQL provides practical skills for deploying and managing APIs in a scalable cloud environment. Additionally, the modules on CI/CD pipelines help automate deployment processes, ensuring efficient updates and bug fixes. A Cloud Engineer will find the sections on logging, exception handling, and automated testing particularly valuable for maintaining the reliability and performance of cloud-based APIs.

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Security Engineer

A Security Engineer focuses on protecting systems and data from threats. This course is beneficial for a Security Engineer involved in securing web APIs built with ASP.NET Core 8. The course's modules on user authentication, authorization, and custom claims provide essential knowledge for implementing robust security measures. Understanding how to secure APIs with user accounts, roles, and custom claims is critical for protecting sensitive data and preventing unauthorized access. A Security Engineer can leverage this course to implement security best practices and ensure that web APIs are protected against common vulnerabilities.

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Systems Architect

A Systems Architect designs and oversees the implementation of complex software systems. This course is valuable for a Systems Architect involved in designing web API solutions. The course's emphasis on Clean Architecture, RESTful API principles, and scalable design patterns helps build a solid foundation for creating robust and maintainable systems. The exploration of database technologies like Entity Framework and Azure SQL, along with topics like user authentication and authorization, provides a holistic understanding of system design considerations. A Systems Architect can leverage the knowledge gained from this course to make informed decisions about technology choices, system architecture, and deployment strategies.

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Software Architect

A Software Architect makes high-level design choices and sets technical standards for software development. The course on ASP.NET Core 8 web APIs may be useful for a Software Architect needing to design scalable and maintainable APIs. The course's emphasis on Clean Architecture, RESTful principles, and Azure deployment helps build a solid understanding of modern web API design patterns. The modules on authentication, authorization, and automated testing are useful for making informed decisions about security and quality assurance. While not a comprehensive architecture course, the material can provide valuable insights into specific aspects of web API architecture.

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Integration Engineer

An Integration Engineer specializes in connecting different software systems and ensuring they work together seamlessly. This course may be valuable for an Integration Engineer working with ASP.NET Core 8 web APIs. The course's focus on RESTful API principles, DTO mapping, and exception handling can improve an understanding of how to build APIs that integrate effectively with other systems. Knowledge of authentication and authorization techniques can also be beneficial for securing API integrations. An Integration Engineer can use this course's content to design and implement robust and reliable API integrations.

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Database Administrator

A Database Administrator (DBA) manages and maintains databases. While this course focuses on web API development, it may still be helpful for a DBA who wants to understand how applications interact with databases, particularly MS SQL. The course's coverage of Entity Framework and database connection setup provides insights into how developers access and manipulate data. Understanding the database seeding mechanism and data validation techniques can also improve a DBA's ability to optimize database performance and ensure data integrity. While not a primary focus, the exposure to database-related topics in this course can broaden a DBA's understanding of the application development lifecycle.

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ASP.NET Core 8 Web API

Clean architecture + Azure services

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What's inside

Learning objectives

Syllabus

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Reviews summary

.net core 8 web api + azure

Activities

Career center

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