The end result is a 10X performance boost in speed, but without sacrificing all of the runtime exception logic that makes AutoMapper so useful.
Luckily a fix was already available. I updated to the latest Automapper version (12.0.1 at the moment of writing) and the issue disappeared.
Why Serilog? It is easy to set up, has a clean API, and is portable between recent .NET platforms. The big difference between Serilog and the other frameworks is that it is designed to do structured logging out of the box. Another thing I really like about Serilog is that it can be configured via the appsetting.json file alongside configuring through code. Changing logging configuration without touching the codebase is really helpful, especially in the production environment.
Entity Framework 7 (EF7) Preview 5 has shipped with support for Table-per-Concrete type (TPC) mapping. This blog post will focus on TPC. There are several other enhancements included in Preview 5, such as:
Read the full list of EF7 Preview 5 enhancements.
Haxe is an open source toolkit based on a modern high level strictly typed programming language, a state-of-the-art light-speed cross-compiler, a complete cross-platform standard library, and ways to access to each platform's native capabilities.
This is a Blazor library that wraps Chart.js. You can use it in both client- and server-side projects.
Ready to get started with Visual Studio 2017? This is your course! Join the experts and get the details, from installation to debugging, in this practical Visual Studio 2017 deep dive.
See how to download and install Visual Studio in standalone and networked environments, along with some of the configuration options, such as choosing your workloads (types of apps or services, languages, and platforms), customizing the installation, and installing language packs. Then, take a tour of the Visual Studio IDE, including all the basics you need to get started with your development projects. Finally, explore debugging in Visual Studio, and learn how to use its features to investigate problems in your code.
As anyone in the .NET community who hasn't been living under a rock will know, there's a lot of exciting things happening with .NET at the moment with the announcement of the open source, cross platform, .NET Core. However, partly due to the very open nature of its evolution, there's been a whole host of names associated with its development - vNext, ASP.NET 5, ASP.NET Core, .NET generations etc.
In this post I'm going to try and clarify some of the naming and terminology surrounding the evolution of the .NET framework. I'll discuss some of the challenges the latest iteration is attempting to deal with and how the latest developments aim to address these.
This is really for those that have seen some of the big announcements but aren't sure about the intricacies of this new framework and how it relates to the existing ecosystem, which was my situation before I really started digging into it all properly!
Hopefully by the end of this article you'll have a clearer grasp of the latest in .NET!
What’s new for performance in .NET Core and ASP.NET Core 3.0 – Ben Adams
One of the biggest advantages of using .NET Core (besides cross-platform support) is the drastic improvements in performance. Because the .NET Core team was able to make minor breaking changes in the runtime and Base Class Library (BCL), lots of stuff was implemented much more efficiently. In this session Ben will dive into the performance improvements in .NET Core in the 3.0 release: runtime changes, JIT changes, intrinsics and a deep dive into some of the improvements making it the best release yet!
