He mentioned FFI into and out of his code, which has been my main encounter with unsafe rust too. Often enough I could limit the use to the entry/exit code but that's not always possible.

Intel doesn't ship "native" DX9 drivers for Arc. It's either Microsofts D3D9On12 or DXVK.

According to Intel they now do. It will be either their new native DX9 driver or DXVK depending upon the app.

They do since 3950 and newer builds. That's why 3953 provides almost double the fps in games where they use the native ones (such as CS:Go), not to mention a lot better frametimes.

Mostly eSports titles have those native ones.

I have to reload every page multiple times until it loads. Can we please stop having static websites rely on 65 (???) scripts.

I was thinking that this website should add itself to the list since it is so frustrating to use...

How do you demonstrate failure then?

But how else can the bing tech can show you ads about, DeLorean, Coke II or google glass.

Worth noting that the author, Daniel Lemire, wrote the great and incredible fast libraries simdjson and simdutf.

I hate this kind of article where something constantly moves. I can't scroll away one funny GIF without the next one appearing.

What kind of person does this appeal to?

uBlock Origin is useful for snipping out these visual turds. But I agree, it's hugely irritating and the GIF's aren't even funny nor add any value.

It's not caching the stylesheet. If you plan on updating it a lot you should still enable caching and e.g. increment a url parameter every time you change it (like style.css?v=3).

Very nice work.

Tried CHIP-8 and so far I got

// TODO: Translate the above Rust into CHIP-8

### TODO

and now it got stuck on emitting some assembly. I don't exactly know what because CHIP-8 doesn't have an assembly representation.

It printed this 16 times

  @0000
    LD V0, [I]
    LD V1, [I + 1]
    LD V2, [I + 2]
    ADD I, 3
    LD V3, [I]
    LD V4, [I + 1]
    LD V5, [I + 2]
    ADD I, 3
    LD V6, [I]
    LD V7, [I + 1]
    LD V8, [I + 2]
    ADD I, 3
    LD V9, [I]
    LD VA, [I + 1]
    LD VB, [I + 2]
    ADD I, 3
    LD VC, [I]
    LD VD, [I + 1]
    LD VE, [I + 2]
    ADD I, 3
    LD VF, [I]
    LD I, V0
    LD V0, [I]

IPv6 isn't 6 bytes It's 16 bytes. With your example it would be 10.20.30.40.50.60.70.80.90.100.110.120.130.140.150.160

Also we don't live in a world where you type IP addresses into your browser. DNS is an unfortunate case but generally you don't have to do it constantly at least.

The double colon is a place where IPv6 addresses are easier to memorize than IPv4 addresses. Double colon just means "fill with zeroes". You don't have to remember how many zeroes to fill in. You don't have to type in a long string of zeroes. You just need to remember the prefix and suffix.

If you are assigning all the IPv6 IPs by hand like you might in a private network, the suffix can be as short as you wish: prefix:: is your Device 0, prefix::1 is your Device 1, prefix::2 is your Device 2, prefix::f is your Device 15, and so forth. At that point you only have to memorize your prefix, which is just your subnet. If the subnet you are assigned is 2001:db8:: for instance you just need to remember that 2001:db:: as your prefix and add whatever device number you need after it. Sure, it's unlikely to have a prefix exactly that short, but sometimes you can luck out with a lot of zeroes. Private networking today (Unique Local Addresses) is fd00::/8 where you are expected to pick a 40-bit random string to make it a /48. That's just three groups to memorize for your entire private network: fd01:2345:6789::.

::ffef from that perspective implies you are accessing Device 65,519. If you are trying to remember that many devices you may have other problems.

On the flipside, if you are assigning your own IPv6 suffixes anyway you can also use school kid "1337" "calculator" hacks in hex like setting up a key servers to be ::beef or ::dead or ::dead:beef or ::feed or ::8008. Potentially way more memorable "words" than numbers just between 0 and 255.

Or just edit /etc/hosts

Or use mDNS. If your whatever machine on IPv6 network is named abc just open abc.local in the browser. Done.

Installed obs studio on my wayland+pipewire machine and it just worked. Full screen capture with multiple audio sources simultaneously.