[PathOfEclipse]

That's a very harsh reply with zero evidence behind it. Based on your response, I am willing to bet I understand the platform better than you do. And the deadlocks I'm referring to are happening in apps written by other people who've been in the .NET ecosystem exclusively for more than a decade, or even two decades.

Here's an article from 5 years ago:

https://medium.com/criteo-engineering/net-threadpool-starvat...

But does citing a more-recent article matter to you? Probably not. A source being 13 years old only matters if something relevant has changed since then, and you certainly couldn't be bothered to point out any relevant change to support your otherwise fallacious and misleading comment.

What actually amazes me most about this is that people in .NET seem to want to blame the person writing sync-over-async code like they are doing something wrong, even going so far as to call it an "anti-pattern", when in reality it is the fault of poor decision-making from the .NET team to fold work-stealing into the global thread queue. The red-blue function coloring problem is real, and you can't make it go away by pretending everyone can just rewrite all their existing synchronous code and no other solution is needed.

If all you know is one ecosystem, then it seems you are susceptible to a form of Stockholm syndrome when that ecosystem abuses you.

[PathOfEclipse]

> For example, starting with .NET 6 there is a pure C# threadpool implementation that acts differently under problematic scenarios.

We're seeing this issue entirely in .NET core. We started on .NET 6, are currently on .NET 8, and will likely migrate to 10 soon after it is released. It's again worth mentioning that you provide zero evidence that .NET 6 solves this problem in any way. Although, as we will see below, it seems like you don't even understand the problem!

> I'm certain you're basing this off of your personal experience from more than a decade ago of some forsaken codebase written in an especially sloppy way.

No, I'm referring to code written recently, at the job I work at now, at which I've been involved in discussions about, and implementations of, workarounds for the issue.

> Moreover, there isn't a single mention that the real way to get into actual deadlock situation is when dealing with applications enriched with synchronization context.

100% false. This deadlock issue has nothing to do with synchronization contexts. Please actually read the 2020 article I linked as it explains the issue much better.

> Pathetic attempt at strawman.

I realize responding to this is to just fight pettiness with more pettiness, but I can't resist. You should probably look up the definition of a strawman argument since you are using the word incorrectly.