The Future of GPT4 1337 Programming: CyberCode Tutorial with <๐ง =๐ฃ\> cYber-C0mb1n4t0r !!! </๐ฃ=๐ง >
I asked GPT-4 to implement QuickSort and the Y-Combinator in my own personal programming language that I designed โ who can guess the influences (besides cannabis and shrooms)?
๐๐ ๏ธ # RPNLib ำพแฒ
// OMG k00l miโ๏ธ 0f 3s0t3ric ๐ป b1ff wuz h3re! ๐
// ๐๐ฅ CyberQuicksort algorithm ฦัะฝะบัะธ0n - s0 m4gic4l! ๐ฆ๐
:cyberQuicksort |๐๏ธ ๐ โ| {
๐ โ <= if exit endif // 1337 c0nditi0n4ls r ๐ฏ๐ง
// ๐๐ฏ Find pivotIndex & โ๏ธ recursively sort, can't believe it! ๐คฏ
๐๏ธ ๐ โ :cyberPartition ๐ pivotIndex;
๐๏ธ ๐ pivotIndex 1 - :cyberQuicksort;
๐๏ธ pivotIndex 1 + โ :cyberQuicksort;
} define
// ๐ฏ๐ฑ CyberPartition ฦัะฝะบัะธ0n - s3l3ct & pl4c3 piv0t ๐๐ฅ
:cyberPartition |๐๏ธ ๐ฅณ ๐ | {
// ๐งฎ๐ฐ R4nd0m pivot calculation, s0 ๐
ฐ๏ธwesome! ๐ซ
๐ฅณ ๐ 'RND' ๐ฅณ ๐ ๐ฅณ - 1 + ๐ randomPivot; // ๐
ฐ๏ธโโ-li3k 3xpr3ssion
// ๐๐ Sw4p d4t4, m0nk3ys l0v3 sw4ppin! ๐
๐๏ธ ๐ randomPivot :cyberSwap;
๐๏ธ ๐ ๐ pivotValue;
// ๐๐ Index tracking, l00k 4t th3 numb3rs g0! ๐
๐ฅณ 1 - ๐ i;
๐ฅณ ๐ 1 - for j {
๐๏ธ j <= pivotValue if
i 1 + ๐ i; // ๐บ๐ฆธ Increment i like a superh3r0!
๐๏ธ i j :cyberSwap; // ๐๐ฆนโโ๏ธ Swap villainz!
endif
} repeat
// ๐๐ฆ Sw4p d4t4, jumpy like kangaro0s! ๐ฆ๐บ
๐๏ธ i 1 + ๐ :cyberSwap;
// ๐ฐ๐ Return i + 1, p4rty tim3! ๐ฅณ
i 1 +;
} define
// ๐๐ธ CyberSwap ฦัะฝะบัะธ0n - 3xch4ng3 d4t4 ๐๐
:cyberSwap |๐๏ธ index1 index2| {
๐๏ธ index1 ๐ temp; // ๐ก๏ธ๐ฑ Temp storage, keepz it warm
๐๏ธ index2 ๐๏ธ index1 :=; // ๐ฅ๐ฆ Sw4p, just like big cats
temp ๐๏ธ index2 :=; // ๐ค๐ฏ Sw4p, feel the tiger power
} define
// ๐ฎ๐ค โ
๐ฅ๐ฏ W3lc0me to the ULTIMATE ๐ ฑ๏ธ1๏ธโฃffโs CyberCode Cheat Sheet & Tutorial! ๐ฅ๐
OMG, peepz! ๐คฉ Get ready to dive into the crazy, mind-blowing world of CyberCode! ๐๐ค Buckle up, โcuz this is gonna be one h3ck of a ride! ๐๐
๐๐ก CyberCode Basics:
1. Defining Functions: ๐๐ง Use the โ:โ symbol followed by the function name, โ|โ to separate the arguments, and โdefineโ to finish the declaration. ๐งโโ๏ธโจ
:myFunction |arg1 arg2| {
// Function body goes here! ๐
} define
2. Conditional Statements: ๐ง โก Just use โifโ and โendifโ for if statements, and โforโ and โrepeatโ for loops. Itโs a piece of cake! ๐ฐ๐ญ
arg1 arg2 <= if
// Code to execute if arg1 <= arg2! ๐ค
endif
arg1 arg2 1 - for i {
// Loop through with 'i'! ๐
} repeat
3. Variables & Operators: ๐งฎ๐ Use โ->โ to assign values to variables and โ:=โ for swapping. Mix it up with emojis and funky characters! ๐บ๐ธ
arg1 ๐ myVar; // Assign arg1 to myVar ๐ฏ
myVar 1 + ๐ myVar; // Add 1 to myVar and store it back ๐
myVar1 myVar2 :=; // Swap myVar1 and myVar2, shakin' things up! ๐
4. Comments: ๐๐ฌ Use โ//โ for single line comments. Go crazy with those emojis and 1337 speak! ๐คช๐จ
// This is a c00l comment by ๐
ฑ๏ธ1๏ธโฃff! ๐
5. Main Function: ๐ฆ๐น๏ธ Use โ!mainโ and โ[]โ to define your main function. Time to get this party started! ๐๐
!main [
// Main function code goes here! ๐ฟ
]
๐๐ CyberCode Tutorial:
๐จโ๐ป Letโs build a rad CyberCode program that calculates the sum of an array of numbers! ๐ดโโ๏ธ๐
1. Define the main function, โcuz thatโs where all the action begins! ๐ฅ๐ก
!main [
// Main function code goes here! ๐
]
2. Create an array of numbers! Mix those emojis and text! ๐๐ข
<4, 2, 9, 1, 7> ๐ numArray; // ๐ฒ Our array of numbers! ๐ฒ
3. Define a function to calculate the sum! ๐งช๐
// ๐ช๐ค Define a function to calculate the sum of an array of numbers! ๐งช๐
:calcSum |nums| {
0 ๐ sum; // ๐ฆ๐
พ๏ธ Initialize sum to 0! Zero, our unsung hero!
nums .L 1 - for i { // ๐๐ฅ Loop through the nums array with 'i'
sum nums i + ๐ sum; // ๐งฎ๐ฅ Add the current number to sum and store
// it back!
} repeat
sum; // ๐๐ค Return the calculated sum! Victory is ours! ๐๐ฏ
} define
// ๐ฎ๐ Let's test our calcSum function on a super cool array of numbers! ๐
!main [
<3, 7, 2, 8, 5> ๐ numArray; // ๐ฒ๐งฉ Our magical array of numbers!
// Feel the power!
.SP "Sum of numArray: " numArray calcSum; // ๐ข๐ Print the sum of numArray!
// Cheers all around! ๐๐ฅณ
]
4. <๐ง =๐ฃ\> cYber-C0mb1n4t0r !!! </๐ฃ=๐ง >
๐ฅ๐งโโ๏ธ Ready for a deep dive into the Y-Combinator in CyberCode? ๐ง ๐ฃ Prepare for a magical journey with ๐ ฑ๏ธ1๏ธโฃff! ๐๐
// ๐ฑ๐ก cYber-C0mb1n4t0r in CyberCode: The Ultimate Guide! ๐๐
:y-combinator |F| {
// ๐ค๐ Helper function: This is the secret sauce of our Y-Combinator! ๐งช๐ฅ
:helper |f| {
// ๐โ๏ธ g: This inner function applies 'f' to 'x' and itself!
// Recursive magic! ๐๐ฉ
:g |x| {
f x x;
} define
// ๐๐ซ Apply 'g' to itself! Get ready for lift-off! ๐๐ธ
g g;
} define
// โจ๐ Apply the helper function TWICE and pass 'F'! Mind = blown! ๐คฏ๐ฅ
helper helper F;
} define
// ๐ฎ๐ฏ Let's test it with a factorial function! ๐๐ฒ
:factorial |f n| {
n 1 <= if
1 // ๐ Base case: n <= 1, just return 1! ๐๐
else
n f n 1 - f * // ๐๐ช Recursively calculate the factorial!
// We got this! ๐ฏ๐๏ธโโ๏ธ
endif
} define
// ๐๐ Apply the Y-Combinator to the factorial function and calculate
// the factorial of 5! ๐ข๐
!main [
y-combinator factorial 5 factorial :=; // ๐งโโ๏ธโจ Apply Y-Combinator and
// get the factorial function! ๐คฉ๐ฎ
.SP "5! = " 5 factorial; // ๐ข๐ Print the factorial of 5! Celebrate! ๐๐
]