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Every red and blue cells have a minimal width (with flex-basis and flex-shrink: 0) but not the yellow.

The yellow are using the largest width possible for them, but the others are going out their container.

In this situation, the simplest way to "fix" it is to set a minimal width to the yellow bars too.

A small example (with variables to simplify maintainability)

Diff:

You need to execute playwright install in the folder that contains the csproj or use -p to specify the project file

Unfortunately (?), the easiest way to know for sure what those categories map to is to look at OpenJDK source code. The NMT tag you are looking for is mtServiceability. This would show that "serviceability" are basically diagnostic interfaces in JDK/JVM: JVMTI, heap dumps, etc.

But the same kind of thing is clear from observing that stack trace sample you are showing mentions ThreadStackTrace::dump_stack_at_safepoint -- that is something that dumps the thread information, for example for jstack, heap dump, etc. If you have a suspicion for the memory leak in that code, you might try to build a MCVE demonstrating it, and submitting the bug against OpenJDK, or showing it to a fellow OpenJDK developer. You probably know better what your application is doing to cause thread dumps, focus there.

That being said, I don't see any obvious memory leaks in StackFrameInfo, neither can I reproduce any leak with stress tests, so maybe what you are seeing is "just" thread dumping over the larger and larger thread stacks. Or you capture it when thread dump is happening. Or... It is hard to say without the MCVE.

Update: After playing with MCVE, I realized that it reproduces with 17.0.1, but not with either mainline development JDK, or JDK 18 EA, or JDK 17.0.2 EA. I tested with 17.0.2 EA before, so was not seeing it, dang. Bisection between 17.0.1 and 17.0.2 EA shows it was fixed with JDK-8273902 backport. 17.0.2 releases this week, so the bug should disappear after you upgrade.

I've had exactly the same problem, and have logged a ticket with Microsoft on the VS feedback forums. And then today I found a simple work-around. At least I assume it's a work-around and not a solution. Where I had

It is possible use _Generic with mapping a tuple to an integer. You need a type parameterized by an integer and C provides such a family ... arrays. However, arrays cannot be used as dispatched argument because an array decays to pointer. However, pointers to arrays do not decay.

Just compute a size of array using typeidx-like macro and use is as a size of an new array type. Add 1 because C forbids zero-size arrays.

Next form a pointer to it using compound literal. E.q. (int(*)[3]) { 0 }. Finally, use the type of this literal to dispatch a proper function pointer.

I was able to get about 25 % faster by combining the three processes.

We can take the cumulative product of the returns expressed as coefficients, i.e. 1 + pct_monthly_return

keep HeroFlatList in scrollView.

I don't think you can do it with the abstractions the library provides. This is a very natural definition of many-till, and would work fine in Parsec, the library that Kern is obviously inspired by. But Clojure doesn't have Haskell's lazy evaluation and automatic trampolining, so the nested lambdas that many-till builds inevitably consume unbounded stack. You would need an implementation more like its implementation of many, which builds a parser by hand out of a function. I would include its source below, but I don't own it and so I don't think I am authorized to give Stack Overflow a CC BY-SA 4.0 license to it, as posting it would do. Instead, here is a link to its source.