davidakoontz

//
//  Fraction.swift
//
//  Created by David Koontz on 8/28/23.
//

import Foundation

// Wonder if a Rational Fraction class would be valuable in Swift.
//  - Use Int to model the numerator & denominator

aChase55

//Trying out a prefix operator 
//I thought vertical elipses made sense, representative of rbg
prefix operator ⋮
prefix func ⋮(hex:UInt32) -> Color {
    return Color(hex)
}

extension Color {
    init(_ hex: UInt32, opacity:Double = 1.0) {
        let red = Double((hex & 0xff0000) >> 16) / 255.0

loudmouth

import Foundation

// Inspired by https://gist.github.com/mbuchetics/c9bc6c22033014aa0c550d3b4324411a

struct JSONCodingKeys: CodingKey {
    var stringValue: String

    init?(stringValue: String) {
        self.stringValue = stringValue
    }

JadenGeller

// Use an integer literal to instantiate
let a: BigInt = 23559821412349283

// Or use a string literal if you want to start with a number that is greater than IntMax
let b: BigInt = "123456789876543234567876543234567876543"

// Perform arithmetic operations
let c: BigInt = 123456 + 321  // -> 12777
let d = c / 100               // -> 127
let e = d << d                // -> 12700000000......(127 zeros)