Layered Architecture with ASP.NET Core, Entity Framework ...
Hexagonal Architecture: three principles and an ...
Hexagonal Architecture: Introduction Part I Hacker Noon
Domain-Driven Design with Onion Architecture
Domain-Driven Design and the Hexagonal Architecture
Another story about microservices: Hexagonal Architecture ...
hexagonal architecture microservices c#
hexagonal architecture microservices c# - win
Hey /r/csharp - what do you think we should include in the Progressive.NET Tutorials 2017?
Hey Reddit, I'm on the programme committee that's organising the eighth annual Progressive.NET Tutorials, which will be held at SkillsMatter here in London in September. We’ll be opening our call for papers next month, but before we do, we’d like your help. For those of you that haven't come across them before, Progressive.NET is three days of deep-dive workshops aimed at experienced developers working with the .NET platform. The idea is that you go away afterwards with running code, on your own laptop, that you’ve written during the workshop and can refer back to when you’re trying to implement the things you’ve learned. Over the years we’ve introduced dozens of new ideas and technologies to the wider .NET community – from technologies like F#, NHibernate and OpenRasta, to patterns like machine learning, event sourcing and continuous deployment. We’ve got loads of ideas for themes, tracks and workshops this year, but we’d like your input. What do you want to see? What’s “progressive” in your corner of the .NET ecosystem? Some of the themes we’re already talking about are: .NET on Linux in Production: OK, so your .NET Core application runs on Linux – awesome. What else do you need to know? Security? Configuration management? Monitoring, infrastructure? What about tools like Nginx, HAProxy and Varnish? How can you combine the power of .NET Core runtime with the maturity and flexibility of the Linux platform? Contributing to .NET Core and Open Source: .NET Core is now part of a rich ecosystem of open source projects, but even for experienced developers, the journey from using open source to actually contributing can be daunting. Want to learn more about contributor licenses, workflows, issues and how to find your way around an unfamiliar codebase? Cloud Native and Serverless: Ten years ago we were talking about dumping physical servers for virtual servers… now we’re talking about getting rid of servers completely. Cloud native is a whole new world for app developers. 12-factor apps, microservices, API-first development and containerisation are changing the way we approach application development – and the “big three” cloud platforms - .NET Core. AWS Lambda, Google Cloud Functions and Azure Functions -now all support running serverless code built with .NET Core 1.1. So what can you do with it? What’s involved in designing, implementing and deploying serverless and cloud native applications? Mobile, Desktop and Beyond: At one extreme, we’re deploying microservice apps onto serverless infrastructure. At the other extreme, people running .NET on a wider range of devices than ever before. Xamarin gives us a true cross-platform development toolchain for building native apps for Android and iOS devices. Libraries like Unity are helping C# developers build virtual worlds, from interactive data visualisation tools to launching Kerbals into space. HoloLens, Kinect and the latest generation of VR headsets are letting us interact with applications in all sorts of unprecedented ways, and with .NET Core and Windows Nano Server, we’re even seeing .NET running on the Internet of Things. So... what do you think? What do YOU want to see? Akka.NET? Hexagonal architecture? ES.Next? What would you love to spend half-a-day learning about – discussing principles and patterns, asking questions, and going away with running code on your laptop that you can refer back to? Thanks! Dylan / @dylanbeattie
Hey /r/dotnet - what do you think we should talk about at the Progressive.NET Tutorials 2017?
Hey /dotnet, I'm on the programme committee that's organising the eighth annual Progressive.NET Tutorials, which will be held at SkillsMatter here in London in September. We’ll be opening our call for papers next month, but before we do, we’d like your help. For those of you that haven't come across them before, Progressive.NET is three days of deep-dive workshops aimed at experienced developers working with the .NET platform. The idea is that you go away afterwards with running code, on your own laptop, that you’ve written during the workshop and can refer back to when you’re trying to implement the things you’ve learned. Over the years we’ve introduced dozens of new ideas and technologies to the wider .NET community – from technologies like F#, NHibernate and OpenRasta, to patterns like machine learning, event sourcing and continuous deployment. We’ve got loads of ideas for themes, tracks and workshops this year, but we’d like your input. What do you want to see? What’s “progressive” in your corner of the .NET ecosystem? Some of the themes we’re already talking about are: .NET on Linux in Production: OK, so your .NET Core application runs on Linux – awesome. What else do you need to know? Security? Configuration management? Monitoring, infrastructure? What about tools like Nginx, HAProxy and Varnish? How can you combine the power of .NET Core runtime with the maturity and flexibility of the Linux platform? Contributing to .NET Core and Open Source: .NET Core is now part of a rich ecosystem of open source projects, but even for experienced developers, the journey from using open source to actually contributing can be daunting. Want to learn more about contributor licenses, workflows, issues and how to find your way around an unfamiliar codebase? Cloud Native and Serverless: Ten years ago we were talking about dumping physical servers for virtual servers… now we’re talking about getting rid of servers completely. Cloud native is a whole new world for app developers. 12-factor apps, microservices, API-first development and containerisation are changing the way we approach application development – and the “big three” cloud platforms - .NET Core. AWS Lambda, Google Cloud Functions and Azure Functions -now all support running serverless code built with .NET Core 1.1. So what can you do with it? What’s involved in designing, implementing and deploying serverless and cloud native applications? Mobile, Desktop and Beyond: At one extreme, we’re deploying microservice apps onto serverless infrastructure. At the other extreme, people running .NET on a wider range of devices than ever before. Xamarin gives us a true cross-platform development toolchain for building native apps for Android and iOS devices. Libraries like Unity are helping C# developers build virtual worlds, from interactive data visualisation tools to launching Kerbals into space. HoloLens, Kinect and the latest generation of VR headsets are letting us interact with applications in all sorts of unprecedented ways, and with .NET Core and Windows Nano Server, we’re even seeing .NET running on the Internet of Things. So... what do you think? What do YOU want to see? Akka.NET? Hexagonal architecture? ES.Next? What would you love to spend half-a-day learning about – discussing principles and patterns, asking questions, and going away with running code on your laptop that you can refer back to? Comment here, find me on Twitter (@dylanbeattie), drop me an email, or come and say hi at the next London.NET User Group meetup, and let me know what you think.
The name hexagonal architecture comes from the way this architecture is usually depicted: We are going to return to why hexagons are used later in this article. This arhictecture also goes under the names ports and adapters (which better explains the central idea behind it) and onion architecture (because of how it is layered). In this article, we will learn the concept of Microservices, their architecture, and how to create microservices using ASP.NET Core and C#. Documented in 2005 by Alistair Cockburn, Hexagonal Architecture is a software architecture that has many advantages and has seen renewed interest since 2015.. The original intent of Hexagonal Architecture is: Allow an application to equally be driven by users, programs, automated test or batch scripts, and to be developed and tested in isolation from its eventual run-time devices and databases. hexagonal architecture, microservices, c#, tutorial, software architecture Published at DZone with permission of Phil Vuollet , DZone MVB . See the original article here. Layered systems are an architectural style used essentially to avoid coupling, the biggest enemy of software maintainability, with Ports and Adapters, or a Hexagonal Architecture, an example of such a This article explains aspnetrun core repository of github. This series of articles continues as per difficulty levels. This article intended for the intermediate of asp.net core. You can follow the… Clean architecture focused on microservices with .NET Core 3.1 and C# 8 - alesimoes/hexagonal-clean-architecture Domain-Driven Design (DDD) together with Onion Architecture is a combination that Wade Waldron believes has increased his code quality dramatically since he started using it a few years back. In Next Part I would like to run through Use Case using hexagonal architecture . If you want to get more information on the topic, read Alistair Cockburn’s original article on the subject. I hope this article will help you understand idea of Hexagonal Architecture and who they are comes together I’ll be glad for any feedback! Another story about microservices: Hexagonal Architecture. ... In this post, we are going to discuss one of such variations of microservice architecture, known as Hexagonal Architecture.
