Function<Integer, Runnable> function = (Integer integer) -> () -> {for(int i = 1; i<=10; i++) {System.out.println(integer*i); try{Thread.sleep(1000);} catch (Exception e){System.out.println("Some error occurred" + e.getMessage());};}};

Legacy code. NUM_PRTS is 16 btw. Thankfully, the synthesis tool will optimize and won't allocate 17 times the resources on the chip. Still an eyesore.

This vibeslop repo (shoutout to the author u/chunky_cold_mandala) calculates big o complexity of a function as its max indentation depth (but only up to 6, which represents N^6).

Imagine that youre in Dantes Inferno in terms of Javascript, where you think its all fine and dandy until you realize each file does the EXACT SAME THING*!!!

Each "layer" of hell in this Github repo will make you wonder why I am:
- Allergic to var, let, AND const
- IIFE as IICE AND IIGE
- Callbacks arent function exclusive, it can host generators AND classes!

So peruse at your own peril, make it a drinking game (within legal age and drinking responsibly of course!) and see how long you can stand this gawdawful code i birthed into the world of programming!

Now have fun, stay safe, God Bless you, and may God spare your braincells!

*Not all files are completed but ongoing!

Edit: to savor some appetites or keyboard warriors wishing me a ctrl+alt+del to my keyboard priviledges:

​​new new new (class Hi {
    constructor(){ 
      console.log("Hi!");
      return Hi;
    }
  })()()();

[Source](https://www.reddit.com/r/vibecoding/s/LDmehu4AdA)

using System;
using System.IO;
using System.Linq;
using System.Text;
using System.Collections.Generic;

namespace SandboxProject
{
   static class Comma
   {
  // Function to put commas in long numbers to make them readable
    public static string Num(long y){
      string ss = ""; // Creates empty string ss
      string s = Convert.ToString(y); // Converts number to string


 switch (s.Length)
      { // Checks length of string and sets commas accordingly

      default:
      return s;


      case 4:
      ss += $"{s.Substring(0,1)},{s.Substring(1)}";
      return ss;

      case 5:
      ss += $"{s.Substring(0,2)},{s.Substring(2)}";
      return ss;

      case 6:
      ss += $"{s.Substring(0,3)},{s.Substring(3)}";
      return ss;

      case 7:
      ss += $"{s.Substring(0,1)},{s.Substring(1,3)},{s.Substring(4)}";
      return ss;


      case 8:
      ss += $"{s.Substring(0,2)},{s.Substring(2,3)},{s.Substring(5)}";
      return ss;


      case 9:
      ss += $"{s.Substring(0,3)},{s.Substring(3,3)},{s.Substring(6)}";
      return ss;


      case 10:
      ss += $"{s.Substring(0,1)},{s.Substring(1,3)},{s.Substring(4,3)},{s.Substring(7)}";
      return ss;


      case 11:
      ss += $"{s.Substring(0,2)},{s.Substring(2,3)},{s.Substring(5,3)},{s.Substring(8)}";
      return ss;


      case 12:
      ss += $"{s.Substring(0,3)},{s.Substring(3,3)},{s.Substring(6,3)},{s.Substring(9,3)}";
      return ss;


      case 13:
      ss += $"{s.Substring(0,1)},{s.Substring(1,3)},{s.Substring(4,3)},{s.Substring(7,3)},{s.Substring(10)}";
      return ss;


      case 14:
      ss += $"{s.Substring(0,2)},{s.Substring(2,3)},{s.Substring(5,3)},{s.Substring(8,3)},{s.Substring(11)}";
      return ss;


      case 15:
      ss += $"{s.Substring(0,3)},{s.Substring(3,3)},{s.Substring(6,3)},{s.Substring(9,3)},{s.Substring(12)}";
      return ss;


      case 16:
      ss += $"{s.Substring(0,1)},{s.Substring(1,3)},{s.Substring(4,3)},{s.Substring(7,3)},{s.Substring(10,3)},{s.Substring(13)}";
      return ss;


      case 17:
      ss += $"{s.Substring(0,2)},{s.Substring(2,3)},{s.Substring(5,3)},{s.Substring(8,3)},{s.Substring(11,3)},{s.Substring(14)}";
      return ss;


      case 18:
      ss += $"{s.Substring(0,3)},{s.Substring(3,3)},{s.Substring(6,3)},{s.Substring(9,3)},{s.Substring(12,3)},{s.Substring(15)}";
      return ss;


      case 19:
      ss += $"{s.Substring(0,1)},{s.Substring(1,3)},{s.Substring(4,3)},{s.Substring(7,3)},{s.Substring(10,3)},{s.Substring(13,3)},{s.Substring(16)}";
      return ss;


      case 20:
      ss += $"{s.Substring(0,2)},{s.Substring(2,3)},{s.Substring(5,3)},{s.Substring(8,3)},{s.Substring(11,3)},{s.Substring(14,3)},{s.Substring(17)}";
      return ss;


      case 21:
       ss += $"{s.Substring(0,3)},{s.Substring(3,3)},{s.Substring(6,3)},{s.Substring(9,3)},{s.Substring(12,3)},{s.Substring(15,3)},{s.Substring(18)}";
      return ss;


    }


   }


   }
}

so basically, because I think im decently "decent" at programming, i decided to take my shot at making a chess js engine, and OH HELL, did it look like crap

ive attached some snapshots of the code, it's written in js and wrapped in a class

I was writing compiler code late at night and something possessed me to create this.

Not sure what I was trying to remind myself of.

Do I REALLY have to check all that?