Typed Numeric

import { Uint32 } from "https://deno.land/x/typed_numeric/mod.ts";

const a = new Uint32(200n);
const b = new Uint32(100n);

console.log(a.add(b).value()); // 300n
console.log(a.sub(b).value()); // 100n
console.log(a.div(b).value()); // 2n
console.log(a.mul(b).value()); // 20000n

const c = new Uint32(0x1234_5678n);

console.log(c.toBeBytes()); // [18, 52, 86, 120]([0x12, 0x34, 0x56, 0x78])
console.log(c.toLeBytes()); // [120, 86, 52, 18]([0x78, 0x56, 0x34, 0x12])

const d = Uint32.fromBeBytes(
  new Uint8Array([0x12, 0x34, 0x56, 0x78]),
);
const e = Uint32.fromLeBytes(
  new Uint8Array([0x12, 0x34, 0x56, 0x78]),
);

console.log(d.value()); // 305419896n(0x1234_5678n)
console.log(e.value()); // 2018915346n(0x7856_3412n)

type TypedNumeric = Int8 | Int16 | Int32 | Int64 |Int128 | Int256 | Uint8 | Uint16 | Uint32 | Uint64 | Uint128 | Uint256;

// Create new TypedNumeric
// Int8, Int16, Uint8, Uint16: number
// Int32, Int64, Int128, Int256, Uint32, Uint64, Uint128, Uint256: bigint
// e.g. new Uint8(10), Uint32(10n)
new TypedNumeric(value: number | bigint = 0 | 0n);

// Get value
TypedNumeric.prototype.value(): number | bigint;

// Addition
TypedNumeric.prototype.add(value: TypedNumeric): TypedNumeric;

// Subtraction
TypedNumeric.prototype.sub(value: TypedNumeric): TypedNumeric;

// Division
TypedNumeric.prototype.div(value: TypedNumeric): TypedNumeric;

// Multiplication
TypedNumeric.prototype.mul(value: TypedNumeric): TypedNumeric;

// Remainder
TypedNumeric.prototype.rem(value: TypedNumeric): TypedNumeric;

// Exponentiation
TypedNumeric.prototype.exp(value: TypedNumeric >= 0): TypedNumeric;

// AND
TypedNumeric.prototype.and(value: TypedNumeric): TypedNumeric;

// OR
TypedNumeric.prototype.or(value: TypedNumeric): TypedNumeric;

// XOR
TypedNumeric.prototype.xor(value: TypedNumeric): TypedNumeric;

// NOT
TypedNumeric.prototype.not(value: TypedNumeric): TypedNumeric;

// Logical left shift
TypedNumeric.prototype.logicalLeft(n: TypedNumeric): TypedNumeric;

// Logical right shift
TypedNumeric.prototype.logicalRight(n: TypedNumeric): TypedNumeric;

// Rotate left shift
TypedNumeric.prototype.rotateLeft(n: TypedNumeric): TypedNumeric;

// Rotate right shift
TypedNumeric.prototype.rotateRight(n: TypedNumeric): TypedNumeric;

// Create Uint8Array from TypedNumeric

// to big endian bytes
TypedNumeric.prototype.toBeBytes(): Uint8Array;

// to litle endian bytes
TypedNumeric.prototype.toLeBytes(): Uint8Array;

// Get max value
TypedNumeric.max(): number | bigint;

// Get min value
TypedNumeric.min(): number | bigint;

// Create TypedNumeric from Uint8Array
// Uint8Array.length must be equal TypedNumeric byte length.
// e.g. OK: new Uint8Array(4) => Uint32, ERROR: new Uint8Array(3) => Uint32

// from big endian bytes
TypedNumeric.fromBeBytes(Uint8Array): TypedNumeric;

// from little endian bytes
TypedNumeric.fromLeBytes(Uint8Array): TypedNumeric;

type TypedVector = Int8Vector | Int16Vector | Int32Vector | Int64Vector | Uint8Vector | Uint16Vector | Uint32Vector | Uint64Vector;

// number: Array Length
// e.g. new Uint8Vector(10).length; 
///  10
// Array<TypedNumeric>: convert Array<TypedNumeric> to TypedVector
// e.g. new Uint8Vector(Array.from([new Uint8(0xFF)])); 
///  Uint8Vector { length: 1, inner { Uint8 {/* value: 0xFF */} } }
new TypedVector(arg: number | Array<TypedNumeric> = 0);

// Array[index]
TypedVector.prototype.value_by_index(index: number): TypedNumeric;

// push
TypedVector.prototype.push(value: TypedNumeric);

// pop
TypedVector.prototype.pop(): TypedNumeric;

// concat
TypedVector.prototype.concat(other: TypedVector): TypedVector;

// compare
TypedVector.prototype.equals(other: TypedVector): boolean;

// fill
// e.g. Uint8Vector.prototype.fill(value: Uint8): Uint8Vector
TypedVector.prototype.fill(value: TypedNumeric): TypedVector;

// reverse
TypedVector.prototype.reverse(): TypedVector;

// slice
TypedVector.prototype.slice(start: number, end: number): TypedVector;

// toTypedArray
// e.g. Uint8Vector.prototype.toTypedArray(): Uint8Array
TypedVector.prototype.toTypedArray(): TypedArray;

// fromTypedArray
// e.g. Uint8Vector.fromTypedArray(array: Uint8Array): Uint8Vector;
TypedVector.fromTypedArray(array: TypedArray): TypedVector;