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As always, TIMTOWTDI.

I'd love to be able to do something more like this

You can. Just switch the first two rule declarations from token to regex:

I haven't found a solution, but I have a workaround. If you go to the last working workflow run in the Actions tab (look for a green checkmark), you can click Re-run all jobs, which should deploy your webpage for you, including the latest changes.

Hope this works for the time being until there is a better solution!

First note that if you apply base function diff to the months columns, you will get one column less but transposed.

The video has frame rate of 25fps, and not 24fps:

After putting the correct value it works ok: demo
The VideoFrame api heavily relies on FPS provided by you. You can find FPS of your videos offline and send as metadata along with stop frames from server.

The site videoplayer.handmadeproductions.de uses window.requestAnimationFrame() to get the callback.

There is a new better alternative to requestAnimationFrame. The requestVideoFrameCallback(), allows us to do per-video-frame operations on video.
The same functionality, you domed in OP, can be achieved like this:

Your code has two problems:

1. When you pass template parameters as && into a function template, they are interpreted as "forwarding references", i.e. they match everything regardless whether it is an lvalue or rvalue, const or not. And more importantly, it's a common pitfall that they are a better match than some provided template specialization. In your concrete case, you pass string{"hasArgs"} as rvalue, but the specialized constructor expects a const lvalue ref, so it is discarded. To fix this, you can, as you suggested, use type traits to disable the forwarding constructor in this specific case:

Split on space, then compute. Note, you might want to change the average days in a year, in a month as needed:

Your first excerpt is missing the important point:

Instead, virtual threads automatically give up (or yield) their carrier thread when a blocking call (such as I/O) is made. This is handled by the library and runtime [...]

The implication is this: if your code makes a blocking call into the library (for example NIO) the library detects that you call it from a virtual thread and will turn the blocking call into a non-blocking call, park the virtual thread and continue processing some other virtual threads code.

Only if no virtual thread is ready to execute will a native thread be parked.

Note that your code never calls a blocking syscall, it calls into the java libraries (that currently execute the blocking syscall). Project Loom replaces the layers between your code and the blocking syscall and can therefore do anything it wants - as long as the result for your calling code looks the same.

from 0 to 4, the value is used for "months" at 6:00

The default offset will be your locale which is -6 during these months. According to author Ryan Dahl, "Default year is 0 (=> 2000) for KJS compatibility". You might have noticed that the year changes from 2000 to 2001… I believe this is a bug. See: existing answer

from 5 to 10, the value is again used for "months" but at 5:00 (why?)

11 and 12, the value is "months", but back to 6:00

DST changes in your locale, which is the default offset

from 13 to 31 is an invalid date (why?)

Because the string supplied is not a valid month or YYYY it is parsed as DD and a Date with only a day value doesn't make sense. Why it does not default MM or YY is unclear… Speculating, the reason might be ambiguity between YY and DD, when parsing.

from 32 to 49, now the value belongs to the years: 2000 + the value (why?)

from 50 to 99, now the value belongs to the years: 1900 + the value (why?)

PHP's strptime, Python's datetime.strptime and UNIX C's strptime assume that 00-68 years belong to 2000 and 69-99 belong to 1900. This is intended to be an API convenience, assuming that lower numbers 32:49, closer the current century, are of the current century and that higher numbers 50:99, closer to the previous century, are referring to said century.

from 100 to 110 (and even more, I tried 9999 with the same result) it belongs to the year, literally: 100 becomes year 0100

YYY (when > 99) is literally YYY AD, akin to ISO-years

But the time, is set to 5 hours, and minutes and seconds belong to my current computer minutes and seconds (why?)

Timezones do change over time, and the locale parsing will try to account for those.

__init_subclass__ is special-cased to be a class method, whether you decorate it with classmethod or not. Just like Foo().mymethod returns a new method instance every time you access the attribute via a class instance, Foo.__init_subclass__ produces a new instance method every time you access the attribute via the class itself.

__subclasshook__, on the other hand, must be declared as a class method to work properly. It is not assumed to be a class method if you define it as a simple function/instance method.