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How to use beingCompared method in Best

Best JavaScript code snippet using best

GraphClassComponent.js

Source:GraphClassComponent.js

1import React, { Component } from 'react';2import Row from './Row';3import { isNumber, sleep , getRandomInt} from '../helper/index';4class GraphClassComponent extends Component {5    constructor(props){6        super(props);7        this.state = {8            inputVal: '',9            arrOfNums:[],10            rows:[],11            largestNum:112        }13    }14    componentDidMount(){15        this.reset();16    }17    submitHandler = (e) =>{18        e.preventDefault();19        if(isNumber(this.state.inputVal)){20            this.setState((prevState)=>{21                const tempArr = prevState.arrOfNums.slice();22                const number = parseInt(this.state.inputVal)23                24                let newLargest = 1;25                if(number>prevState.largestNum){26                    newLargest = number;27                }else{28                    newLargest = prevState.largestNum;29                }30                tempArr.push(number);31                const newRows = tempArr.map((elem,index)=>{32                    return <Row key = {index} number={elem} largestNum={newLargest} beingCompared = {false}/>33                });34                return {arrOfNums: tempArr, inputVal : "", rows: newRows, largestNum:newLargest}35            })36        }37        this.setState({inputVal:""})38    }39    bubbleSort = async() =>{40        let arr = this.state.arrOfNums;41        var len = arr.length;42        for (let i = len-1; i>=0; i--){43            for(let j = 1; j<=i; j++){44                await sleep(1);45                if(arr[j-1]>arr[j]){46                    var temp = arr[j-1];47                    arr[j-1] = arr[j];48                    arr[j] = temp;49                }50                const newRows = arr.map((elem,index)=>{51                    if((i==index)||(j==index)){52                        return <Row key = {index} number={elem} largestNum={this.state.largestNum} beingCompared = {true}/>53                    }else{54                        return <Row key = {index} number={elem} largestNum={this.state.largestNum} beingCompared = {false}/>55                    }56                });57                this.setState({rows:newRows,arrOfNums:arr})58            }59        }60    }61    62    reset = () =>{63        const seedArr = [];64        let largest = 1;65        for(let i = 0; i< 50;i++){66            const num = getRandomInt(100)+1;67            if (num>largest) largest = num;68            seedArr.push(num);69        }70        const newRows = seedArr.map((elem,index)=>{71            return <Row key = {index} number={elem} largestNum={largest} beingCompared = {false}/>72        });73        this.setState({arrOfNums: seedArr, rows: newRows, largestNum:largest})74    }75    render() {76        return (77            <div>78                <form onSubmit={this.submitHandler}>79                    <input type="text" placeholder="Enter Number" value={this.state.inputVal} onChange={(event)=> this.setState({ inputVal: event.target.value })}/>80                    <input type="submit" name="Submit" value="Add Number"/>81                </form>82                <div className="all_buttons">83                    <button onClick={this.bubbleSort}>Bubble Sort</button>84                    <button onClick={this.reset}>Reset</button>85                </div>86                <div className="all_rows">87                    {this.state.rows}88                </div>89            </div>90        );91    }92}...

Stats.js

Source:Stats.js

1import React from "react" 2import "./Stats.scss"3// function that allows you to compare multiple values instead of using4// multiple || 5const oneIsEqual = (beingCompared, expected) => {6    let isEqual = false;7    for (let i = 0; i < beingCompared.length; i++) {8        if (beingCompared[i] === expected) {9            return true;10        }11    }12    return isEqual13}14const Stats = (props) => {15    //----------------------------Determining the values for the stats based on the algorithm----------------------------------------------------//16    // value variables (default: bubble sort)17    let stability = "Stable"18    let space = "O(1)"19    let timeBest = "O(n)"20    let timeWorst = "O(nÂ²)"21    let timeAverage = "O(nÂ²)"22    if (oneIsEqual(["bubbleSort","mergeSort","insertionSort"], props.algorithm)) {23        stability = "Stable"24    } else if (oneIsEqual(["heapSort","quickSort","selectionSort"], props.algorithm)) {25        stability = "Unstable"26    }27    28    if (oneIsEqual(["bubbleSort","heapSort","insertionSort","selectionSort"], props.algorithm)) {29        space = "O(1)"30    } else if ("mergeSort" === props.algorithm) {31        space = "O(n)"32    } else if ("quickSort" === props.algorithm) {33        space = "O(log n)"34    }35    if (oneIsEqual(["heapSort", "quickSort", "mergeSort"], props.algorithm)) {36        timeBest = "O(n log n)"37    } else if (oneIsEqual(["bubbleSort","insertionSort"], props.algorithm)) {38        timeBest = "O(n)"39    } else if ("selectionSort" === props.algorithm) {40        timeBest = "O(nÂ²)"41    }42    if (oneIsEqual(["heapSort", "quickSort", "mergeSort"], props.algorithm)) {43        timeAverage = "O(n log n)"44    } else if (oneIsEqual(["bubbleSort","insertionSort","selectionSort"], props.algorithm)) {45        timeAverage = "O(nÂ²)"46    }47    if (oneIsEqual(["heapSort", "mergeSort"], props.algorithm)) {48        timeWorst = "O(n log n)"49    } else if (oneIsEqual(["bubbleSort","insertionSort","selectionSort", "quickSort"], props.algorithm)) {50        timeWorst = "O(nÂ²)"51    }52    return (53        <div className = "stats-container">54            <h1 className = "stats-title">Stats</h1>55            <p className="stat">Stability:<span className="stat-value">{stability}</span></p>56            <p className="stat">Space Complexity:<span className="stat-value">{space}</span></p>57            <div className="stat stat-time-complexity">58                <p className="stat-time-complexity-title">Time Complexity:</p>59                <p className="stat-time-complexity-case">Best Case:<span className="stat-value">{timeBest}</span></p>60                <p className="stat-time-complexity-case">Average Case:<span className="stat-value">{timeAverage}</span></p>61                <p className="stat-time-complexity-case">Worst Case:<span className="stat-value">{timeWorst}</span></p>62                {props.algorithm === "bubbleSort" ? <p className="stat-time-complexity-case bubble-sort-note">Note: The optimal version of bubble sort was 63                not implemented in this application. Thus a run time of O(n) is not possible with the currently implemented algorithm. 64                To do so the use of a boolean variable is required.</p> : null}65            </div>66        </div>67    )68}...

sumTwoSmallestNumbers-v1.js

Source:sumTwoSmallestNumbers-v1.js

1#!/usr/bin/env node2"use strict";3/**4* Problem statement (codewars.com):5* Create a function that returns the sum of the two lowest positive numbers given an array of minimum 4 integers. No floats or empty arrays will be passed.6* For example, when an array is passed like [19, 5, 42, 2, 77], the output should be 7.7* [10, 343445353, 3453445, 3453545353453] should return 3453455.8* FUNDAMENTALS ARRAYS9*/10/**11* Solution logic:12* start assuming the two first positions are the lowest ones (A and B)13* take a 3rd position (C) and compare with each one of the lowests14*   if (C-A<0): C is lesser than A15*   if (C-B<0): C is lesser than B16*   should substitute the one with the bigger negative result17*     A = C if (C-A) < 0 OR (if (C-B) < 0 AND if (C-A) < (C-B))18*     B = C if (C-B) < 0 OR (if (C-A) < 0 AND if (C-B) < (C-A))19* return A + B20*/21// Solution code V1:22function sumTwoSmallestNumbers (array){23    24    var lowestOne = array[0];25    var lowestTwo = array[1];26    27    for (let i = 2; i < array.length; i++){28        29        let beingCompared = array[i];30        31        if ((beingCompared - lowestOne < 0) && (beingCompared - lowestOne < beingCompared - lowestTwo)){32            lowestOne = beingCompared;33        } else if ((beingCompared - lowestTwo < 0) && (beingCompared - lowestTwo < beingCompared - lowestOne)){34            lowestTwo = beingCompared;35        }36    }37    return lowestOne + lowestTwo;38}39// Testing:40console.log(sumTwoSmallestNumbers([19, 5, 42, 2, 77]));41console.log(sumTwoSmallestNumbers([1, 5, 42, 2, 77]));42console.log(sumTwoSmallestNumbers([10, 20, 42, 30, 77, 155, 1333, 2422, 35353, 353343, 2, 12313]));...

Using AI Code Generation

1var BestFriend = require('./BestFriend');2var bestFriend = new BestFriend();3var myName = 'John';4var friendName = 'Mary';5var result = bestFriend.beingCompared(myName, friendName);6console.log(result);7var BestFriend = function(){};8BestFriend.prototype.beingCompared = function(myName, friendName){9    if(myName === friendName){10        return 'You are best friends.';11    }12    else{13        return 'You are not best friends.';14    }15};16module.exports = BestFriend;

Using AI Code Generation

1var bestMatch = new BestMatch();2var bestMatch = new BestMatch();3var bestMatch = new BestMatch();4var bestMatch = new BestMatch();5var bestMatch = new BestMatch();6var bestMatch = new BestMatch();7var bestMatch = new BestMatch();8var bestMatch = new BestMatch();

Using AI Code Generation

1var BestMatch = require('./BestMatch.js');2var bestMatch = new BestMatch();3var result = bestMatch.beingCompared('hello', 'hello');4console.log(result);5function BestMatch() {6    this.beingCompared = function (str1, str2) {7        if (str1 === str2) {8            return true;9        }10        else {11            return false;12        }13    }14}15module.exports = BestMatch;

Using AI Code Generation

1var bestMatch = require('./bestMatch.js');2var bestMatch = new bestMatch();3var stringToCompare = "This is a string to compare";4var stringToBeCompared = "This is a string to be compared";5var result = bestMatch.beingCompared(stringToCompare, stringToBeCompared);6console.log(result);7{ similarity: 0.8,8  stringToBeCompared: 'This is a string to be compared' }

Using AI Code Generation

1var BestMatch = require('./bestMatch.js');2var bestMatch = new BestMatch();3var bestMatchResult = bestMatch.beingCompared('football','football');4console.log(bestMatchResult);5var BestMatch = function() {6};7BestMatch.prototype.beingCompared = function(string1, string2) {8  if (string1 === string2) {9    return 1;10  }11  return 0;12};13module.exports = BestMatch;14var get = function (url) {15    return new Promise(function (resolve, reject) {16        var xhr = new XMLHttpRequest();17        xhr.open('GET', url);18        xhr.onload = function () {19            if (this.status >= 200 && this.status < 300) {20                resolve(xhr.response);21            } else {22                reject({23                });24            }25        };26        xhr.onerror = function () {27            reject({28            });29        };30        xhr.send();31    });32};33var assert = require('chai').assert;34var get = require('../app/get');35describe('get', function () {36    it('should return a promise', function () {37    });38});

Using AI Code Generation

1var BestMatch = require('./bestMatch.js');2var bestMatch = new BestMatch();3var list = ['dog', 'cat', 'frog'];4function BestMatch() {5    this.beingCompared = function (word, list) {6        var bestMatch = -1;7        var bestMatchValue = 0;8        for (var i = 0; i < list.length; i++) {9            var matchValue = 0;10            var wordLength = word.length;11            var listLength = list[i].length;12            var minLength = wordLength;13            if (listLength < wordLength) {14                minLength = listLength;15            }16            for (var j = 0; j < minLength; j++) {17                if (word[j] == list[i][j]) {18                    matchValue++;19                }20            }21            if (matchValue > bestMatchValue) {22                bestMatchValue = matchValue;23                bestMatch = i;24            }25        }26        return bestMatch;27    };28}29module.exports = BestMatch;30var BestMatch = require('./bestMatch.js');31var bestMatch = new BestMatch();32var list = ['dog', 'cat', 'frog'];33function BestMatch() {34    this.beingCompared = function (word, list) {35    };36}37module.exports = BestMatch;

Using AI Code Generation

1var userInput = $('#userInput').val();2var bestMatch = new BestMatch();3var bestMatchResult = bestMatch.beingCompared(userInput);4$('#bestMatch').html(bestMatchResult);5var userInput = $('#userInput').val();6var bestMatch = new BestMatch();7var bestMatchResult = bestMatch.beingCompared(userInput);8$('#bestMatch').html(bestMatchResult);9var userInput = $('#userInput').val();10var bestMatch = new BestMatch();11var bestMatchResult = bestMatch.beingCompared(userInput);12$('#bestMatch').html(bestMatchResult);13var userInput = $('#userInput').val();14var bestMatch = new BestMatch();15var bestMatchResult = bestMatch.beingCompared(userInput);16$('#bestMatch').html(bestMatchResult);17var userInput = $('#userInput').val();18var bestMatch = new BestMatch();19var bestMatchResult = bestMatch.beingCompared(userInput);20$('#bestMatch').html(bestMatchResult);21var userInput = $('#userInput').val();22var bestMatch = new BestMatch();

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