Introduction to the new Analysis Level feature shipping in .NET 5 Preview 8
Entity Framework Core EF Core 5.0 Preview 8 is here with Table-per-type (TPT), table-valued functions support, SQLite table rebuilds for migrations and more.
This post describes two new generators that we added to the samples project in the Roslyn SDK github repo. The first generator gives you strongly typed access to CSV data. The second one creates string constants based on Mustache specifications.
Today, the Entity Framework Core team announces the seventh preview release of EF Core 5.0. This release includes a factory to create instances, the ability to reset state, Cosmos DB improvements including enhanced support for configuration options and partition keys, and much more. In this post To summarize: EF Core 5.0 runs on pl...
Explore many performance improvements, big and small, that have gone into the .NET 5 runtime and core libraries to make apps and services leaner and faster.
Today, the Entity Framework Core team announces the sixth preview release of EF Core 5.0. This release includes split queries for related collections, a new "index" attribute, improved exceptions related to query translations, IP address mapping, exposing transaction id for correlation, and much more. Prerequisites EF Core 5.0 will not run on .NE...
Learn how to use a starter workflow in GitHub to help you quickly set up and showcase DevOps for your .NET Core desktop applications using GitHub Actions.
Today we are excited to announce the third preview release of EF Core 5.0. The third previews of .NET 5 and ASP.NET Core 5.0 are also available now. Prerequisites The previews of EF Core 5.0 require .NET Standard 2.1. This means: How to get EF Core 5.0 previews EF Core is distributed exclusively as a set of NuGet pa...
Today we are excited to announce the second preview release of EF Core 5.0. Improvements include support for C# attributes to specify a backing field, complete discriminator mapping, and performance improvements with SQLite.
The async/await feature in C# has revolutionized how developers targeting .NET write asynchronous code. Sprinkle some and around, change some return types to be tasks, and badda bing badda boom, you've got an asynchronous implementation. In theory. In practice, obviously I've exaggerated the ease with which a codebase can be made fully asynchron...
