What can I say, I agree with you. This mixing of markup, query and general programming languages is not exactly a good comparison
What can I say, I agree with you. This mixing of markup, query and general programming languages is not exactly a good comparison
I always wondered how is HTML a language… Also I see missing labels in legend.
C#/.NET supports Linux quite well and there is Avalonia for UI. Also there is a cross platform trend amongst modern languages such as Kotlin/Jetpack - not that I’m too keen on this approach.
I’d even buy subscription if it was a family one without music bundled for a reasonable price. No such luck in my country.
Uhum, why not?
The new CPUs for AM4 socket. Aren’t we talking about AM4 as per post title?
Edit: Probably I should have made it clearer…new new AM5 ones are of course welcome and cool.
C’mon, faster compilation never hurts. It’s not just build scripts - think of development where it eats plenty of seconds each time you start debugging.
That would be great if that was the case. However you were probably mislead by the title - that IPC increase applies only to 9XXX beasts (Zen 5), not these two AM4 refreshes. At least that’s how I understand it.
If the new chips were actually faster than than current line. i.e. Ryzen 9 5950X has higher frequencies and Ryzen 7 5800XT increases boost only by 0.1GHz over Ryzen 7 5800X while Ryzen 9 5900X has more cores and same boost clock. I hardly see anybody upgrading due to 0.1GHz, I’m curious though, what is your rationale? Perhaps you have a slower CPU and you would upgrade since the prices came down?
That’s great, however newer CPUs aren’t something to be excited for 🤷♂️
EDIT: I was referring to new AM4 ones.
C# is awesome, however it has one big issue when it comes to games - garbage collection that can start at any moment and you have no control over it. There are ways to workaround but none is 100%. OTOH from similar level languages there is Swift that does reference counting instead and doesn’t have this problem, albeit has a reference counting problem (where cyclic reference would create a memory leak, but this problem is solvable).