RuxProgramming Language

let value: int8;    // 1 byte
let value: int16;   // 2 bytes
let value: int32;   // 4 bytes
let value: int64;   // 8 bytes
let value: int128;  // 16 bytes
let value: int256;  // 32 bytes
let value: int512;  // 64 bytes

let value: uint8;    // 1 byte
let value: uint16;   // 2 bytes
let value: uint32;   // 4 bytes
let value: uint64;   // 8 bytes
let value: uint128;  // 16 bytes
let value: uint256;  // 32 bytes
let value: uint512;  // 64 bytes

let value: float8;    // 1 byte
let value: float16;   // 2 bytes
let value: float32;   // 4 bytes
let value: float64;   // 8 bytes
let value: float80;   // 10 bytes
let value: float128;  // 16 bytes
let value: float256;  // 32 bytes
let value: float512;  // 64 bytes

let value: bool8;    // 1 byte
let value: bool16;   // 2 bytes
let value: bool32;   // 4 bytes
let value: bool64;   // 8 bytes
let value: bool128;  // 16 bytes
let value: bool256;  // 32 bytes
let value: bool512;  // 64 bytes

let value: char8;    // 1 byte
let value: char16;   // 2 bytes
let value: char32;   // 4 bytes
let value: char64;   // 8 bytes
let value: char128;  // 16 bytes
let value: char256;  // 32 bytes
let value: char512;  // 64 bytes

let value: int;     // 4 or 8 bytes
let value: uint;    // 4 or 8 bytes
let value: float;   // 4 or 8 bytes
let value: bool;    // 1 byte
let value: char;    // 1, 2 or 4 bytes

let message = "Hello World";
let message = "你好，世界";
let message = "नमस्ते दुनिया";
let message = "Hola Mundo";
let message = "Bonjour le monde";
let message = "مرحبا يا عالم";
let message = "হ্যালো বিশ্ব";
let message = "Привет мир";
let message = "Olá Mundo";
let message = "سلام دنیا";
let message = "Привіт світ";
let animals = "🐯🐶🐱🐭"

var value: int = 10;
let value: int = 20;
const value: int = 30;

// Regular function
func Add(x, y: int32): int32
{
    return x + y;
}

// Generic function
func Min<T>(x, y: T): T
{
    return x < y ? x : y;
}

var ptr: **char;
var ptr: *const char
const ptr: *char;
const ptr: *const char;
var data: *int64;

// Import from modules
use Math;
use Math:*;
use Math::Sin;
use Math:Sin as Sinf;