Microservices architecture has been gaining a lot of attention lately, and it’s not hard to see why. It offers many benefits, including scalability, resilience, and flexibility. .NET Core is a great platform for building microservices, and when combined with clean architecture, it can lead to even better results. In this blog post, we’ll explore the best practices for building .NET Core microservices using clean architecture, and we’ll touch on some of the tools and technologies that can help you achieve this.
Clean architecture is an approach to designing software systems that emphasizes separation of concerns and independence of implementation details. It has four main layers: the domain layer, the application layer, the infrastructure layer, and the presentation layer. Each layer has a specific role to play in the system, and they communicate with each other through well-defined interfaces.
During this lock-down period; I spent some time writing one full stack project using ASP.NET Core and Angular 9 with other best practices as explained below. I hope you like it.
Warning and Disclaimer
Every effort applied to make this project complete and accurate to the topic, but no warranty is implied. Any implementation in this project are MY OWN and also borrowed from best practices segment. ALL content presented AS-IS, for learning purposes only. Author will not be liable for any loss or damages arising from the information presented in this project. This also involves stripe implementation. Just use test card as explained in readme not actual card. Incase, if any amount get deducted from actual card, author won’t be responsible for any loss or damage.
In this segment, we will discuss containers. Containerization is another innovation that numerous ASP.NET engineers may not yet have a great deal of involvement with. Docker is the most well known containerization tool today. I’ll clarify how Docker functions at high level and why it’s a decent decision for deploying ASP.NET Core applications. When you set up a server or virtual machine to host your application, think about all the stuff that you need to do. Install dependencies like .NET and third-party libraries, configure things like IIS and NGINX, add environment variables and so on. If you have multiple servers, you have to do this setup manually on each one.
Thought to share new .Net Core 2.1 version features. Its announced now. And it has got some cool features. First of all to update the existing one, you need to have updated Visual Studio 2017 with 15.7 Preview 1 or newer. Once those updates, in place then you can install the utility directly from this page https://www.microsoft.com/net/download/dotnet-core/sdk-2.1.300-preview1.
Thought to share my latest project in collaboration with Chander Dhall. Chander and I started discussing on this project couple of months back and thought to collaborate in the project which is going to give more meaningful and professional product as an end result. Before talking anything about this book, I would like to put one disclaimer ahead of time. “This book doesn’t mean for freshers or for those computer professionals” . This I am saying because this book uses tons of client/server and many more sophisticated concepts which may appear overwhelming to freshers or to those just started programming. This book is all about how to marry all these technologies together and come out with a final industry standard product. Hence this book is meant for professionals who are good with basics at least. Having said that, now let me give glimpse of the book with complete first chapter.
Thought to share one more view with ASP.NET Core hosting as Windows Service. Now, here is the catch. If you have already decided, that you would like to host ASP.NET Core as Windows Hosting, then you probably pick the ASP.NET Core Template on top of .NET Framework as this will only give Windows’ Hosting library references. If you pick this template, then half battle is already over. Then, in that case, you can simply focus on windows service.
In the last section, we have discussed, how to host application using HTTP.SYS. Now, in this section, we will address how to handle CORS issue with ASP.NET Core APP hosted using Http.Sys and Angular 4. With current setting shown below,
In this post, we are going to discuss how to host ASP.NET Core app using HTTP.Sys aka web-listener. HTTP.sys is useful for deployments where you need to expose the server directly to the Internet without using IIS.
In this section, we will talk about about handling CORS issue with ASP.NET CORE and Angular 4 application. As part of Authentication, this app uses Windows Authentication. I have created app using ASP.NET Core 2 Angular template and then using the application. Application structure looks like
In this post, I thought of addressing one of the errors which many of friends have been asking since few days. Actually, angular template under dotnet stack has been changed. For more info around the same, please refer my earlier post http://myview.rahulnivi.net/dotnet-angular-aurelia-knockout-react-redux-vue/. It means developers when used to execute angular template either via dotnet cli command or via yeoman generator, there used to be app.module.ts file. At this moment, when I try creating new component say ng g c movies, this will give below error.
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