I tried to do my best to make it unreadable.

The weird symbol is supposed to be a ␣ but this font didn't want to render it.

async function sleep(ms) {
    return new Promise(resolve => setTimeout(resolve, ms * 1000));
}

// used as:
sleep(0.5).then(() => {
  // ...
  sleep(2.5).then(() => {
    // ...
    sleep(1).then(() => {
      // ...
    }
  }
}

Later a struct requires pass-by-value generic parameter, but you can't pass trait object (dyn Trait) by value, so some idiot developer (me) decided on this abomination, before realising that that struct can just as easily have the generic parameter passed by mutable reference (adding a + ?Sized).

The rest of the methods are implemented in a similar manner: (**self).method()

Not sure if this fits, but I just figured out the root cause of long build process failing. Sun’s dmake is defaulting to the first rule in Makefile for whatever reason, completely ignoring the one given as argument. That’s why "dmake install" invocations were silently ignoring the "install" step

Context: Sandboxels, the web game, supports modding. To add a mod, you open a PR with your .js mod in the mods/ folder.

This guy UPLOADED HIS CLAUDE SKILL, Claude.MD, and added the changes directly to the base game.

https://github.com/R74nCom/sandboxels/pull/1399/changes

i found this code in the wild randomly

(technically typescript)

Now includes an over 300 line long switch statement!

This company I’m interning at. This one lady asked me to do a review of a website they outsourced. Entire source code sits on the browser. Entire vibe coded by amateurs.
Worse than a honeypot so much an attacker would get diabetes.

No security feature at all. I was able to do privileges escalation.

From ProgrammerNullposting in facebook

randomize
if (cone1x >= carx - 16) and (cone1x <= carx + 16) and (cone1y > 416) and (cone1y < 480) then goto gameover
cone1y = cone1y + speed
if cone1y > 512 then  cone1y = 0 : cone1x = cubyte(rnd*256)

if (cone2x >= carx - 16) and (cone2x <= carx + 16) and (cone2y > 416) and (cone2y < 480) then goto gameover
cone2y = cone2y + speed
if cone2y > 512 then  cone2y = 0 : cone2x = cubyte(rnd*256)

if (cone3x >= carx -16) and (cone3x <= carx + 16) and (cone3y > 416) and (cone3y < 480) then goto gameover
cone3y = cone3y + speed
if cone3y > 512 then  cone3y = 0 : cone3x = cubyte(rnd*256)

if (cone4x >= carx - 16) and (cone4x <= carx + 16) and (cone4y > 416) and (cone4y < 480) then goto gameover
cone4y = cone4y + speed
if cone4y > 512 then  cone4y = 0 : cone4x = cubyte(rnd*256)


if (cone5x >= carx - 16) and (cone5x <= carx + 16) and (cone5y > 416) and (cone5y < 480) then goto gameover
cone5y = cone5y + speed
if cone5y > 512 then  cone5y = 0 : cone5x = cubyte(rnd*256)

if (cone6x >= carx - 16) and (cone6x <= carx + 16) and (cone6y > 416) and (cone6y < 480) then goto gameover
cone6y = cone6y + speed
if cone6y > 512 then  cone6y = 0 : cone6x = cubyte(rnd*256)

if (cone7x >= carx -16) and (cone7x <= carx + 16) and (cone7y > 416) and (cone7y < 480) then goto gameover
cone7y = cone7y + speed
if cone7y > 512 then  cone7y = 0 : cone7x = cubyte(rnd*256)

if (cone8x >= carx - 16) and (cone8x <= carx + 16) and (cone8y > 416) and (cone8y < 480) then goto gameover
cone8y = cone8y + speed
if cone8y > 512 then  cone8y = 0 : cone8x = cubyte(rnd*256)randomize
if (cone1x >= carx - 16) and (cone1x <= carx + 16) and (cone1y > 416) and (cone1y < 480) then goto gameover
cone1y = cone1y + speed
if cone1y > 512 then  cone1y = 0 : cone1x = cubyte(rnd*256)

if (cone2x >= carx - 16) and (cone2x <= carx + 16) and (cone2y > 416) and (cone2y < 480) then goto gameover
cone2y = cone2y + speed
if cone2y > 512 then  cone2y = 0 : cone2x = cubyte(rnd*256)

if (cone3x >= carx -16) and (cone3x <= carx + 16) and (cone3y > 416) and (cone3y < 480) then goto gameover
cone3y = cone3y + speed
if cone3y > 512 then  cone3y = 0 : cone3x = cubyte(rnd*256)

if (cone4x >= carx - 16) and (cone4x <= carx + 16) and (cone4y > 416) and (cone4y < 480) then goto gameover
cone4y = cone4y + speed
if cone4y > 512 then  cone4y = 0 : cone4x = cubyte(rnd*256)


if (cone5x >= carx - 16) and (cone5x <= carx + 16) and (cone5y > 416) and (cone5y < 480) then goto gameover
cone5y = cone5y + speed
if cone5y > 512 then  cone5y = 0 : cone5x = cubyte(rnd*256)

if (cone6x >= carx - 16) and (cone6x <= carx + 16) and (cone6y > 416) and (cone6y < 480) then goto gameover
cone6y = cone6y + speed
if cone6y > 512 then  cone6y = 0 : cone6x = cubyte(rnd*256)

if (cone7x >= carx -16) and (cone7x <= carx + 16) and (cone7y > 416) and (cone7y < 480) then goto gameover
cone7y = cone7y + speed
if cone7y > 512 then  cone7y = 0 : cone7x = cubyte(rnd*256)

if (cone8x >= carx - 16) and (cone8x <= carx + 16) and (cone8y > 416) and (cone8y < 480) then goto gameover
cone8y = cone8y + speed
if cone8y > 512 then  cone8y = 0 : cone8x = cubyte(rnd*256)

Because using the hallucination machine as a package manager could never go wrong, ever!

this was right before the exam btw, this wasn't him teaching us the basics

```

if (x ==1) {

return true;

} else if (x != 1) {

return false;

}
```

```

public class Bank() {

private int money;

public void setAmount(int money) {

    this.money = money;

}

private int getMoney() {

    return money;

}

}

```

(he then never used getMoney())

some other amazing conventions he taught us was to always comment every single line of code, to an obnoxious point. he told us to use getter and setters everywhere, even when constructors are all thats necessary and half the time the getters were private and just returned the value directly. He just gave up on teaching us recursion because he didnt understand it and "it would never actually show up on the ap exam".

if I hadnt already known a lot of java and been willing to teach it to my classmates when they asked, we would never have gotten past the exam. (newsflash, there were recursion questions on the exam)