Roshankumar350

func bubbleSort(forInput input: inout [Int]) {
    let uptoEndIndex = input.count - 1

    for rearIndex in 0...uptoEndIndex {
        var isAllSorted = true
        for frontIndex in 0..<uptoEndIndex - rearIndex {
            let currentRunning = frontIndex
            let currentRunningAheadByOne = currentRunning + 1
            if input[currentRunning] > input[currentRunningAheadByOne] {
                input.swapAt(currentRunning, currentRunningAheadByOne)

Roshankumar350

func insertionSort(forInput input: inout [Int]) {
    let uptoIndex = input.count - 1
    
    for rearIndex in 1...uptoIndex {
        
        let rearValue = input[rearIndex]
        var currentRunningIndex = rearIndex
        
        while currentRunningIndex > 0 && input[currentRunningIndex - 1] > rearValue {
            input[currentRunningIndex] = input[currentRunningIndex - 1]

Roshankumar350

func selectionSort(forInput input: inout [Int]) {
    let uptoIndex = input.count - 1
    
    var currentRunningMaximumNumber = input[0]
    
    for rearIndex in 0..<uptoIndex {
        // Assuming all are sorted
        var isAllSorted = true
        
        // Assuming rearIndex is minimum Index

Roshankumar350

class Solution {
    func setZeroes(_ matrix: inout [[Int]]) {
        
        if matrix.isEmpty {
            return
        }
        
        struct Coordinate: Equatable, Hashable {
            var row: Int
            var column: Int

Roshankumar350

class Person {
    var name: String
    
    init(name: String) {
        self.name = name
    }
}

let person1 = Person(name: "Mike")
let person2 = person1