SanjeevMohindra

//Binary Search Algorithm

func binarySearch ( inputSortedData: [Int], searchElement: Int ) -> Int {
    var minLeft = 0
    var maxRight = inputSortedData.count - 1
    while ( minLeft <= maxRight ) {
        let middleElement = (minLeft + maxRight) / 2
        if (searchElement == inputSortedData[middleElement]) { return middleElement + 1; }
        if (searchElement < inputSortedData[middleElement]) { maxRight = middleElement - 1 }
        if (searchElement > inputSortedData[middleElement]) { minLeft = middleElement + 1 }

SanjeevMohindra

// Bubble Sort in Java

public static void bubbleSort(int[] inputData) {
    int inputDataLength = inputData.length;
    while (inputDataLength != 0) {
        int newn = 0;
        for (int forwardPointer = 1; forwardPointer < inputData.length - 1; forwardPointer++) {
            if(inputData[forwardPointer - 1] > inputData[forwardPointer]) {
                final int temp = inputData[forwardPointer - 1];
                inputData[forwardPointer - 1] = inputData[forwardPointer];

SanjeevMohindra

//Bubble Sort Algorithm

func bubbleSort(inputData: inout [Int]) {
    var inputDataLength = inputData.count
    while inputDataLength != 0 {
        var newn = 0
        for forwardPointer in 1...inputDataLength - 1 {
            if (inputData[forwardPointer - 1] > inputData[forwardPointer]) {
                let temp = inputData[forwardPointer - 1]
                inputData[forwardPointer - 1] = inputData[forwardPointer]

SanjeevMohindra

func insertionSort(inputData: inout [Int]) {
    for forwardPointer in 1...inputData.count - 1 {
        let selectElement = inputData[forwardPointer]   //Select the element
        var reversePointer = forwardPointer - 1         //Set the reverse pointer
        while (reversePointer >= 0 && selectElement < inputData[reversePointer]) {
            inputData[reversePointer + 1] = inputData[reversePointer]   //move the value forward
            reversePointer -= 1;        //decrease the pointer
        }
        inputData[reversePointer + 1] = selectElement       //store the value at correct place
    }

SanjeevMohindra

public static void insertionSort (int[] inputData) {
	for (int forwardPointer = 1; forwardPointer < inputData.length; forwardPointer++) {
		int selectElement = inputData[forwardPointer];
		int reversePointer = forwardPointer -1;
		while (reversePointer >= 0 && selectElement < inputData[reversePointer]) {
			inputData[reversePointer+1] = inputData[reversePointer];
			reversePointer--;
		}
		inputData[reversePointer + 1] = selectElement;
	}

SanjeevMohindra

package callbyvalue;

public class ObjectCallWithCreate {

	public static void main(String[] args) {
		TempNum z = new TempNum(10);
		System.out.println("Value of x before the call: " + z);
		add(z);
		System.out.println("Value of x after the call: " + z);
	}

SanjeevMohindra

package callbyvalue;

public class ObjectCall {

	public static void main(String[] args) {
		TempNum z = new TempNum(10);
		System.out.println("Value of x before the call: " + z);
		add(z);
		System.out.println("Value of x after the call: " + z);
	}

SanjeevMohindra

package callbyvalue;

public class PrimitiveCall {

	public static void main(String[] args) {
		int x = 10;
		System.out.println("Value of x before the call: " + x);
		add(x);
		System.out.println("Value of x after the call: " + x);
	}

SanjeevMohindra

[youtube src="SHxP5Jd9Lm8" title="Rename Multiple Files Through Automator" duration="T6M18S" thumbnail="test.jpg" description="This is a test embed"]

SanjeevMohindra

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	position: relative;
	padding-bottom: 56.25%;
	padding-top: 30px;
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