For the past few days, I've been investigating the self-assignment principle for Windows Runtime properties: Setting a property to its current value is legal and has no effect. One corollary to this was that

A new release of the Microsoft build of Go including security fixes is now available for download. For more information about this release and the changes included, see the table below: Microsoft Release Upstream Tag

Picture this: I'm staring at a CSV file containing metrics from 492 episodes of my podcast, Merge Conflict. Years of data—listen counts, retention rates, performance metrics—all sitting there, waiting to tell a story. But I'm not in the mood to spend days building dashboards and wrangling data.

Learn what is new in the Visual Studio Code September 2025 Release (1.105). Read the full article

Learn what is new in the Visual Studio Code September 2025 Release (1.105). Read the full article

Last time, I introduced the self-assignment principle for Windows Runtime properties: Setting a property to its current value is legal and

This article is cross-posted from Maoni's blog post original Medium article Preparing for the .NET 10 GC by permission. Preparing for the .NET 10 GC In .NET 9 we enabled DATAS by default. But .NET 9 is not an LTS relea

Objects in the Windows Runtime can have properties, and those properties could be read-only or read-write. For read-write properties, there are a few general principles. Today we're going to look at this one: Setting a property to its current value is legal and has no effect.¹ For example: // C# o