The Future of GPT4 1337 Programming: CyberCode Tutorial with <🧠=💣\> cYber-C0mb1n4t0r !!! </💣=🧠>

4 min readApr 11, 2023

I asked GPT-4 to implement QuickSort and the Y-Combinator in my own personal programming language that I designed — who can guess the influences (besides cannabis and shrooms)?

📀🛠️ # RPNLib ӾႲ
// OMG k00l mi✖️ 0f 3s0t3ric 💻 b1ff wuz h3re! 😎

// 🚀💥 CyberQuicksort algorithm ƒункци0n - s0 m4gic4l! 🦄🌈
:cyberQuicksort |🎚️ 🆗 ❌| {
  🆗 ❌ <= if exit endif // 1337 c0nditi0n4ls r 💯🧠

  // 🔄🎯 Find pivotIndex & ⛏️ recursively sort, can't believe it! 🤯
  🎚️ 🆗 ❌ :cyberPartition 🔁 pivotIndex;
  🎚️ 🆗 pivotIndex 1 - :cyberQuicksort;
  🎚️ pivotIndex 1 + ❌ :cyberQuicksort;
} define

// 🎯😱 CyberPartition ƒункци0n - s3l3ct & pl4c3 piv0t 🏆🔥
:cyberPartition |🎚️ 🥳 🌠| {
  // 🧮🎰 R4nd0m pivot calculation, s0 🅰️wesome! 💫
  🥳 🌠 'RND' 🥳 🌠 🥳 - 1 + 🔁 randomPivot; // 🅰️ⓟⓛ-li3k 3xpr3ssion

  // 🔄🐒 Sw4p d4t4, m0nk3ys l0v3 sw4ppin! 🍌
  🎚️ 🌠 randomPivot :cyberSwap;
  🎚️ 🌠 🔁 pivotValue;

  // 📈👀 Index tracking, l00k 4t th3 numb3rs g0! 🚀
  🥳 1 - 🔁 i;
  🥳 🌠 1 - for j {
    🎚️ j <= pivotValue if
      i 1 + 🔁 i; // 🔺🦸 Increment i like a superh3r0!
      🎚️ i j :cyberSwap; // 🔀🦹‍♂️ Swap villainz!
    endif
  } repeat

  // 🔄🦘 Sw4p d4t4, jumpy like kangaro0s! 🇦🇺
  🎚️ i 1 + 🌠 :cyberSwap;

  // 🎰🎉 Return i + 1, p4rty tim3! 🥳
  i 1 +;
} define

// 🔄😸 CyberSwap ƒункци0n - 3xch4ng3 d4t4 🔄🐈
:cyberSwap |🎚️ index1 index2| {
  🎚️ index1 🔁 temp; // 🌡️🐱 Temp storage, keepz it warm
  🎚️ index2 🎚️ index1 :=; // 📥🦁 Sw4p, just like big cats
  temp 🎚️ index2 :=; // 📤🐯 Sw4p, feel the tiger power
} define

// 🎮🤖 ⓟ

🔥💯 W3lc0me to the ULTIMATE 🅱️1️⃣ff’s CyberCode Cheat Sheet & Tutorial! 💥🌟

OMG, peepz! 🤩 Get ready to dive into the crazy, mind-blowing world of CyberCode! 🌐🤖 Buckle up, ‘cuz this is gonna be one h3ck of a ride! 😜🚀

📚💡 CyberCode Basics:

1. Defining Functions: 😎🔧 Use the ‘:’ symbol followed by the function name, ‘|’ to separate the arguments, and ‘define’ to finish the declaration. 🧙‍♂️✨

:myFunction |arg1 arg2| {
  // Function body goes here! 🎉
} define

2. Conditional Statements: 🧠⚡ Just use ‘if’ and ‘endif’ for if statements, and ‘for’ and ‘repeat’ for loops. It’s a piece of cake! 🍰🍭

arg1 arg2 <= if
  // Code to execute if arg1 <= arg2! 🤓
endif

arg1 arg2 1 - for i {
  // Loop through with 'i'! 🔄
} repeat

3. Variables & Operators: 🧮🔗 Use ‘->’ to assign values to variables and ‘:=’ for swapping. Mix it up with emojis and funky characters! 😺🎸

arg1 🔁 myVar; // Assign arg1 to myVar 🎯
myVar 1 + 🔁 myVar; // Add 1 to myVar and store it back 🆙
myVar1 myVar2 :=; // Swap myVar1 and myVar2, shakin' things up! 💃

4. Comments: 📝💬 Use ‘//’ for single line comments. Go crazy with those emojis and 1337 speak! 🤪🎨

// This is a c00l comment by 🅱️1️⃣ff! 😎

5. Main Function: 🚦🕹️ Use ‘!main’ and ‘[]’ to define your main function. Time to get this party started! 🎉🚀

!main [
  // Main function code goes here! 🍿
]

📖🌈 CyberCode Tutorial:

👨‍💻 Let’s build a rad CyberCode program that calculates the sum of an array of numbers! 🚴‍♂️🌟

1. Define the main function, ‘cuz that’s where all the action begins! 💥💡

!main [
  // Main function code goes here! 🌈
]

2. Create an array of numbers! Mix those emojis and text! 🍉🔢

<4, 2, 9, 1, 7> 🔁 numArray; // 🎲 Our array of numbers! 🎲

3. Define a function to calculate the sum! 🧪🔍

// 💪🤖 Define a function to calculate the sum of an array of numbers! 🧪🔍
:calcSum |nums| {
  0 🔁 sum; // 🚦🅾️ Initialize sum to 0! Zero, our unsung hero!
  nums .L 1 - for i { // 🔄🔥 Loop through the nums array with 'i'
    sum nums i + 🔁 sum; // 🧮💥 Add the current number to sum and store 
                         // it back!
  } repeat
  sum; // 🏆📤 Return the calculated sum! Victory is ours! 🎉💯
} define

// 🎮🚀 Let's test our calcSum function on a super cool array of numbers! 🌟
!main [
  <3, 7, 2, 8, 5> 🔁 numArray; // 🎲🧩 Our magical array of numbers! 
  // Feel the power!
  .SP "Sum of numArray: " numArray calcSum; // 📢📊 Print the sum of numArray! 
  // Cheers all around! 🎉🥳
]

4. <🧠=💣\> cYber-C0mb1n4t0r !!! </💣=🧠>

🔥🧙‍♂️ Ready for a deep dive into the Y-Combinator in CyberCode? 🧠💣 Prepare for a magical journey with 🅱️1️⃣ff! 😎🚀

// 😱💡 cYber-C0mb1n4t0r in CyberCode: The Ultimate Guide! 🌈📚
:y-combinator |F| {
  // 🤖🔍 Helper function: This is the secret sauce of our Y-Combinator! 🧪🔥
  :helper |f| {
    // 🌟⚙️ g: This inner function applies 'f' to 'x' and itself! 
    // Recursive magic! 🌀🎩
    :g |x| {
      f x x;
    } define
    // 🚀💫 Apply 'g' to itself! Get ready for lift-off! 🌌🛸
    g g;
  } define
  // ✨🌠 Apply the helper function TWICE and pass 'F'! Mind = blown! 🤯💥
  helper helper F;
} define

// 🎮🎯 Let's test it with a factorial function! 😃🎲
:factorial |f n| {
  n 1 <= if
    1 // 🛑 Base case: n <= 1, just return 1! 🏁🎉
  else
    n f n 1 - f * // 🔄💪 Recursively calculate the factorial! 
    // We got this! 💯🏋️‍♂️
  endif
} define

// 🚀🌟 Apply the Y-Combinator to the factorial function and calculate 
// the factorial of 5! 🎢🏆
!main [
  y-combinator factorial 5 factorial :=; // 🧙‍♂️✨ Apply Y-Combinator and 
                                         // get the factorial function! 🤩🔮
  .SP "5! = " 5 factorial; // 📢📊 Print the factorial of 5! Celebrate! 🎉🎆
]