How to use numerator method in wpt
Best JavaScript code snippet using wpt
cancelLikeTerms.js
Source:cancelLikeTerms.js 
1const divideByGCD = require('./divideByGCD');2const print = require('../../util/print');3const ChangeTypes = require('../../ChangeTypes');4const Negative = require('../../Negative');5const Node = require('../../node');6// Used for cancelTerms to return a (possibly updated) numerator and denominator7class CancelOutStatus {8 constructor(numerator, denominator, hasChanged=false) {9 this.numerator = numerator;10 this.denominator = denominator;11 this.hasChanged = hasChanged;12 }13}14// Cancels like terms in a fraction node15// e.g. (2x^2 * 5) / 2x^2 => 5 / 116// Returns a Node.Status object17function cancelLikeTerms(node) {18 if (!Node.Type.isOperator(node) || node.op !== '/') {19 return Node.Status.noChange(node);20 }21 let newNode = node.cloneDeep();22 const numerator = newNode.args[0];23 const denominator = newNode.args[1];24 // case 1: neither the numerator or denominator is a multiplication of terms25 if (!isMultiplicationOfTerms(numerator) &&26 !isMultiplicationOfTerms(denominator)) {27 const cancelStatus = cancelTerms(numerator, denominator);28 if (cancelStatus.hasChanged) {29 newNode.args[0] = cancelStatus.numerator || Node.Creator.constant(1);30 if (cancelStatus.denominator) {31 newNode.args[1] = cancelStatus.denominator;32 }33 else {34 // If we cancelled out the denominator, the node is now its numerator35 // e.g. (2x*y) / 2x => y (note y isn't a fraction)36 newNode = newNode.args[0];37 }38 return Node.Status.nodeChanged(39 ChangeTypes.CANCEL_TERMS, node, newNode);40 }41 else {42 return Node.Status.noChange(node);43 }44 }45 // case 2: numerator is a multiplication of terms and denominator is not46 // e.g. (2x^2 * 5) / 2x^2 => 5 / 147 // e.g. (x^2*y) / x => x^(2 - 1) * y (<-- note that the denominator goes48 // away because we always adjust the exponent in the numerator)49 else if (isMultiplicationOfTerms(numerator) &&50 !isMultiplicationOfTerms(denominator)) {51 const numeratorArgs = Node.Type.isParenthesis(numerator) ?52 numerator.content.args : numerator.args;53 for (let i = 0; i < numeratorArgs.length; i++) {54 const cancelStatus = cancelTerms(numeratorArgs[i], denominator);55 if (cancelStatus.hasChanged) {56 if (cancelStatus.numerator) {57 numeratorArgs[i] = cancelStatus.numerator;58 }59 // if the cancelling out got rid of the numerator node, we remove it from60 // the list61 else {62 numeratorArgs.splice(i, 1);63 // if the numerator is now a "multiplication" of only one term,64 // change it to just that term65 if (numeratorArgs.length === 1) {66 newNode.args[0] = numeratorArgs[0];67 }68 }69 if (cancelStatus.denominator) {70 newNode.args[1] = cancelStatus.denominator;71 }72 else {73 // If we cancelled out the denominator, the node is now its numerator74 // e.g. (2x*y) / 2x => y (note y isn't a fraction)75 newNode = newNode.args[0];76 }77 return Node.Status.nodeChanged(78 ChangeTypes.CANCEL_TERMS, node, newNode);79 }80 }81 return Node.Status.noChange(node);82 }83 // case 3: denominator is a multiplication of terms and numerator is not84 // e.g. 2x^2 / (2x^2 * 5) => 1 / 585 // e.g. x / (x^2*y) => x^(1-2) / y86 else if (isMultiplicationOfTerms(denominator)87 && !isMultiplicationOfTerms(numerator)) {88 const denominatorArgs = Node.Type.isParenthesis(denominator) ?89 denominator.content.args : denominator.args;90 for (let i = 0; i < denominatorArgs.length; i++) {91 const cancelStatus = cancelTerms(numerator, denominatorArgs[i]);92 if (cancelStatus.hasChanged) {93 newNode.args[0] = cancelStatus.numerator || Node.Creator.constant(1);94 if (cancelStatus.denominator) {95 denominatorArgs[i] = cancelStatus.denominator;96 }97 // if the cancelling out got rid of the denominator node, we remove it98 // from the list99 else {100 denominatorArgs.splice(i, 1);101 // if the denominator is now a "multiplication" of only one term,102 // change it to just that term103 if (denominatorArgs.length === 1) {104 newNode.args[1] = denominatorArgs[0];105 }106 }107 return Node.Status.nodeChanged(108 ChangeTypes.CANCEL_TERMS, node, newNode);109 }110 }111 return Node.Status.noChange(node);112 }113 // case 4: the numerator and denominator are both multiplications of terms114 else {115 const numeratorArgs = Node.Type.isParenthesis(numerator) ?116 numerator.content.args : numerator.args;117 const denominatorArgs = Node.Type.isParenthesis(denominator) ?118 denominator.content.args : denominator.args;119 for (let i = 0; i < numeratorArgs.length; i++) {120 for (let j = 0; j < denominatorArgs.length; j++) {121 const cancelStatus = cancelTerms(numeratorArgs[i], denominatorArgs[j]);122 if (cancelStatus.hasChanged) {123 if (cancelStatus.numerator) {124 numeratorArgs[i] = cancelStatus.numerator;125 }126 // if the cancelling out got rid of the numerator node, we remove it127 // from the list128 else {129 numeratorArgs.splice(i, 1);130 // if the numerator is now a "multiplication" of only one term,131 // change it to just that term132 if (numeratorArgs.length === 1) {133 newNode.args[0] = numeratorArgs[0];134 }135 }136 if (cancelStatus.denominator) {137 denominatorArgs[j] = cancelStatus.denominator;138 }139 // if the cancelling out got rid of the denominator node, we remove it140 // from the list141 else {142 denominatorArgs.splice(j, 1);143 // if the denominator is now a "multiplication" of only one term,144 // change it to just that term145 if (denominatorArgs.length === 1) {146 newNode.args[1] = denominatorArgs[0];147 }148 }149 return Node.Status.nodeChanged(150 ChangeTypes.CANCEL_TERMS, node, newNode);151 }152 }153 }154 return Node.Status.noChange(node);155 }156}157// Given a term in the numerator and a term in the denominator, cancels out158// like terms if possible. See the cases below for possible things that can159// be cancelled out and how they are cancelled out.160// Returns the new nodes for numerator and denominator with the common terms161// removed. If the entire numerator or denominator is cancelled out, it is162// returned as null. e.g. 4, 4x => null, x163function cancelTerms(numerator, denominator) {164 // Deal with unary minuses by recursing on the argument165 if (Node.Type.isUnaryMinus(numerator)) {166 const cancelStatus = cancelTerms(numerator.args[0], denominator);167 if (!cancelStatus.numerator) {168 numerator = Node.Creator.constant(-1);169 }170 else if (Negative.isNegative(cancelStatus.numerator)) {171 numerator = Negative.negate(cancelStatus.numerator);172 }173 else {174 numerator.args[0] = cancelStatus.numerator;175 }176 denominator = cancelTerms.denominator;177 return new CancelOutStatus(numerator, denominator, cancelStatus.hasChanged);178 }179 if (Node.Type.isUnaryMinus(denominator)) {180 const cancelStatus = cancelTerms(numerator, denominator.args[0]);181 numerator = cancelStatus.numerator;182 if (cancelStatus.denominator) {183 denominator.args[0] = cancelStatus.denominator;184 }185 else {186 denominator = cancelStatus.denominator;187 if (numerator) {188 numerator = Negative.negate(numerator);189 }190 else {191 numerator = Node.Creator.constant(-1);192 }193 }194 return new CancelOutStatus(numerator, denominator, cancelStatus.hasChanged);195 }196 // Deal with parens similarily197 if (Node.Type.isParenthesis(numerator)) {198 const cancelStatus = cancelTerms(numerator.content, denominator);199 if (cancelStatus.numerator) {200 numerator.content = cancelStatus.numerator;201 }202 else {203 // if the numerator was cancelled out, the numerator should be null204 // and not null in parens.205 numerator = cancelStatus.numerator;206 }207 denominator = cancelStatus.denominator;208 return new CancelOutStatus(numerator, denominator, cancelStatus.hasChanged);209 }210 if (Node.Type.isParenthesis(denominator)) {211 const cancelStatus = cancelTerms(numerator, denominator.content);212 if (cancelStatus.denominator) {213 denominator.content = cancelStatus.denominator;214 }215 else {216 // if the denominator was cancelled out, the denominator should be null217 // and not null in parens.218 denominator = cancelStatus.denominator;219 }220 numerator = cancelStatus.numerator;221 return new CancelOutStatus(numerator, denominator, cancelStatus.hasChanged);222 }223 // Now for the term cancelling ----224 // case 1: the numerator term and denominator term are the same, so we cancel225 // them out. e.g. (x+5)^100 / (x+5)^100 => null / null226 if (print.ascii(numerator) === print.ascii(denominator)) {227 return new CancelOutStatus(null, null, true);228 }229 // case 2: they're both exponent nodes with the same base230 // e.g. (2x+5)^8 and (2x+5)^2231 if (Node.Type.isOperator(numerator, '^') &&232 Node.Type.isOperator(denominator, '^') &&233 print.ascii(numerator.args[0]) === print.ascii(denominator.args[0])) {234 const numeratorExponent = numerator.args[1];235 let denominatorExponent = denominator.args[1];236 // wrap the denominatorExponent in parens, in case it's complicated.237 // If the parens aren't needed, they'll be removed with238 // removeUnnecessaryParens at the end of this step.239 denominatorExponent = Node.Creator.parenthesis(denominatorExponent);240 const newExponent = Node.Creator.parenthesis(241 Node.Creator.operator('-', [numeratorExponent, denominatorExponent]));242 numerator.args[1] = newExponent;243 return new CancelOutStatus(numerator, null, true);244 }245 // case 3: they're both polynomial terms, check if they have the same symbol246 // e.g. 4x^2 / 5x^2 => 4 / 5247 // e.g. 4x^3 / 5x^2 => 4x^(3-2) / 5248 // case 3.1: they're both polynomial terms with different symbols but with coefficients249 // e.g 20x / 40y => x / 2y250 // e.g 60x / 40y => 3x / 2y251 // e.g 4x / 2y => 2x / y252 if (Node.PolynomialTerm.isPolynomialTerm(numerator) &&253 Node.PolynomialTerm.isPolynomialTerm(denominator)) {254 const numeratorTerm = new Node.PolynomialTerm(numerator);255 const denominatorTerm = new Node.PolynomialTerm(denominator);256 if (numeratorTerm.getSymbolName() !== denominatorTerm.getSymbolName()) {257 if (Node.Type.isOperator(numerator, '*') && Node.Type.isOperator(denominator, '*')) {258 // case 3.1259 return cancelCoeffs(numerator, denominator);260 }261 else {262 return new CancelOutStatus(numerator, denominator);263 }264 }265 const numeratorExponent = numeratorTerm.getExponentNode(true);266 let denominatorExponent = denominatorTerm.getExponentNode(true);267 if (print.ascii(numeratorExponent) === print.ascii(denominatorExponent)) {268 // note this returns null if there's no coefficient (ie it's 1)269 numerator = numeratorTerm.getCoeffNode();270 }271 else {272 // wrap the denominatorExponent in parens, in case it's complicated.273 // If the parens aren't needed, they'll be removed with274 // removeUnnecessaryParens at the end of this step.275 denominatorExponent = Node.Creator.parenthesis(denominatorExponent);276 const newExponent = Node.Creator.parenthesis(277 Node.Creator.operator('-', [numeratorExponent, denominatorExponent]));278 numerator = Node.Creator.polynomialTerm(279 numeratorTerm.getSymbolNode(),280 newExponent,281 numeratorTerm.getCoeffNode());282 }283 denominator = denominatorTerm.getCoeffNode();284 return new CancelOutStatus(numerator, denominator, true);285 }286 // case 4: the numerator is a constant and denominator is a polynomial term that has a coefficient287 // or is multiplication node288 // e.g. 2 / 4x -> 1 / 2x289 // e.g. ignore cases like: 2 / a and 2 / x^2290 if (Node.Type.isConstant(numerator)291 && Node.Type.isOperator(denominator, '*')292 && Node.PolynomialTerm.isPolynomialTerm(denominator)) {293 const denominatorTerm = new Node.PolynomialTerm(denominator);294 const coeff = denominatorTerm.getCoeffNode();295 const variable = denominatorTerm.getSymbolNode();296 const exponent = denominatorTerm.getExponentNode();297 // simplify a constant fraction (e.g 2 / 4)298 const frac = Node.Creator.operator('/', [numerator, coeff]);299 let newCoeff = coeff.cloneDeep();300 const reduceStatus = divideByGCD(frac);301 if (!reduceStatus.hasChanged()) {302 return new CancelOutStatus(numerator, denominator, false);303 }304 // Sometimes the fraction reduces to a constant e.g. 6 / 2 -> 3,305 // in which case `newCoeff` (the denominator coefficient) should be null306 if (Node.Type.isConstant(reduceStatus.newNode)) {307 numerator = reduceStatus.newNode;308 newCoeff = null;309 }310 else {311 [numerator, newCoeff] = reduceStatus.newNode.args;312 }313 denominator = Node.Creator.polynomialTerm(variable, exponent, newCoeff);314 return new CancelOutStatus(numerator, denominator, true);315 }316 // case 5: both numerator and denominator are numbers within a more complicated fraction317 // e.g. (35 * nthRoot (7)) / (5 * nthRoot(5)) -> (7 * nthRoot(7)) / nthRoot(5)318 if (Node.Type.isConstant(numerator) && Node.Type.isConstant(denominator)) {319 const frac = Node.Creator.operator('/', [numerator, denominator]);320 const reduceStatus = divideByGCD(frac);321 if (!reduceStatus.hasChanged()) {322 return new CancelOutStatus(numerator, denominator, false);323 }324 if (Node.Type.isConstant(reduceStatus.newNode)) {325 // Denominator is a factor of numerator (e.g 4 / 2 -> 2)326 return new CancelOutStatus(reduceStatus.newNode, null, true);327 }328 // Sometimes the fraction reduces to a constant e.g. 6 / 2 -> 3,329 // in which case `newCoeff` (the denominator coefficient) should be null330 if (Node.Type.isConstant(reduceStatus.newNode)) {331 numerator = reduceStatus.newNode;332 denominator = null;333 }334 else {335 [numerator, denominator] = reduceStatus.newNode.args;336 }337 return new CancelOutStatus(numerator, denominator, true);338 }339 return new CancelOutStatus(numerator, denominator);340}341// Returns true if node is a multiplication of terms that can be cancelled out342// e.g. 2 * 6^y => true343// e.g. 2 + 6 => false344// e.g. (2 * 6^y) => true345// e.g. 2x^2 => false (polynomial terms are considered as one single term)346function isMultiplicationOfTerms(node) {347 if (Node.Type.isParenthesis(node)) {348 return isMultiplicationOfTerms(node.content);349 }350 return (Node.Type.isOperator(node, '*') &&351 !Node.PolynomialTerm.isPolynomialTerm(node));352}353function cancelCoeffs(numerator, denominator){354 const denominatorTerm = new Node.PolynomialTerm(denominator);355 const numeratorTerm = new Node.PolynomialTerm(numerator);356 const denominatorCoeff = denominatorTerm.getCoeffNode();357 const denominatorVariable = denominatorTerm.getSymbolNode();358 const denominatorExponent = denominatorTerm.getExponentNode();359 const numeratorCoeff = numeratorTerm.getCoeffNode();360 const numeratorVariable = numeratorTerm.getSymbolNode();361 const numeratorExponent = numeratorTerm.getExponentNode();362 // simplify a constant fraction (e.g 2 / 4)363 const frac = Node.Creator.operator('/', [numeratorCoeff, denominatorCoeff]);364 const reduceStatus = divideByGCD(frac);365 if (!reduceStatus.hasChanged()) {366 return new CancelOutStatus(numerator, denominator, false);367 }368 // Sometimes the fraction reduces to a constant e.g. 6 / 2 -> 3,369 // in which case the denominator coefficient should be null370 let newDenominatorCoeff = null;371 let newNumerator = null;372 if (Node.Type.isConstant(reduceStatus.newNode)) {373 newNumerator = Node.Creator.polynomialTerm(numeratorVariable, numeratorExponent, reduceStatus.newNode);374 newDenominatorCoeff = null;375 }376 else {377 newNumerator = Node.Creator.polynomialTerm(numeratorVariable, numeratorExponent, reduceStatus.newNode.args[0]);378 newDenominatorCoeff = reduceStatus.newNode.args[1];379 }380 const newDenominator = Node.Creator.polynomialTerm(denominatorVariable, denominatorExponent, newDenominatorCoeff);381 return new CancelOutStatus(newNumerator, newDenominator, true);382}...
Fraction.js
Source:Fraction.js
1function Fraction(_numerator, _denominator) {2 if(_denominator == 0)3 throw Error('divide by zero');4 if(typeof _numerator == "number")5 this.numerator = _numerator;6 else this.numerator = 0;7 if(typeof _denominator == "number")8 this.denominator = _denominator;9 else this.denominator = 1;10 this.normalize();11}12/**13 * operator '+' *14 */15Fraction.addition = function(a, b) {16 return new Fraction(17 a.numerator * b.denominator + b.numerator * a.denominator,18 a.denominator * b.denominator19 );20};21/**22 * operator '-' *23 */24Fraction.subtraction = function(a, b) {25 return new Fraction(26 a.numerator * b.denominator - b.numerator * a.denominator,27 a.denominator * b.denominator28 );29};30/**31 * operator 'x' *32 */33Fraction.multiplication = function(a, b) {34 return new Fraction(35 a.numerator * b.numerator,36 a.denominator * b.denominator37 );38};39/**40 * operator ':' *41 */42Fraction.division = function(a, b) {43 return new Fraction(44 a.numerator * b.denominator,45 a.denominator * b.numerator46 );47};48/**49 * operator '==' *50 */51Fraction.isEqual = function(a, b) {52 if (typeof a.numerator == "undefined" ||53 typeof a.denominator == "undefined" ||54 typeof b != "number" &&55 (typeof b.numerator == "undefined" || typeof b.denominator == "undefined")) {56 throw new Error("incorrect input data");57 }58 if (typeof b == "number")59 if (a.numerator / a.denominator == b)60 return true;61 else return false;62 if (a.numerator / a.denominator == b.numerator / b.denominator)63 return true;64 return false;65};66/**67 * operator '!=' *68 */69Fraction.isNotEqual = function(a, b) {70 return !Fraction.isEqual(a, b);71};72/**73 * operator '>' *74 */75Fraction.more = function(a, b) {76 if (typeof a.numerator == "undefined" ||77 typeof a.denominator == "undefined" ||78 typeof b != "number" &&79 (typeof b.numerator == "undefined" || typeof b.denominator == "undefined"))80 throw new Error("incorrect input data");81 if (typeof b == "number")82 if (a.numerator / a.denominator > b)83 return true;84 else return false;85 if (a.numerator / a.denominator > b.numerator / b.denominator)86 return true;87 return false;88};89/**90 * operator '<' *91 */92Fraction.less = function(a, b) {93 if(Fraction.isEqual(a, b)) return false;94 return !Fraction.more(a, b);95};96/**97 * operator '>=' *98 */99Fraction.moreOrEqual = function(a, b) {100 return !Fraction.less(a, b);101};102/**103 * operator '<=' *104 */105Fraction.lessOrEqual = function(a, b) {106 return !Fraction.more(a, b);107};108Fraction.parse = function(str) {109 if(str=="") return new Fraction();110 var strs = str.split('/');111 var a = 0;112 var b = 1;113 a = parseInt(strs[0]);114 if (strs.length == 2)115 b = parseInt(strs[1]);116 if (typeof a != 'number' || isNaN(a) || typeof b != 'number' || isNaN(b) || strs.length > 2)117 throw Error("Ðеможливо зÑиÑаÑи данÑ");118 else return new Fraction(a, b);119};120Fraction.prototype.integerPart = function(){121 return parseInt(this.numerator/this.denominator);122};123Fraction.prototype.fractionalPart = function() {124 var t = this.numerator % this.denominator;125 return new Fraction(t >= 0 ? t : this.denominator + t, this.denominator);126};127Fraction.prototype.module = function(){128}129Fraction.prototype.isNull = function() {130 if(this.numerator == 0) return true;131 return false;132};133Fraction.prototype.toString = function() {134 return this.numerator + (this.denominator == 1 ? "" : "/" + this.denominator);135};136Fraction.prototype.contraction = function() {137 if(this.numerator == -0) this.numerator = 0;138 if (this.numerator == 0) {139 this.denominator = 1;140 return this;141 }142 var _gcd = gcd(Math.abs(this.numerator), Math.abs(this.denominator));143 this.numerator /= _gcd;144 this.denominator /= _gcd;145 return this;146};147Fraction.prototype.normalize = function() {148 if (this.denominator < 0) {149 this.numerator *= -1;150 this.denominator *= -1;151 }152 this.contraction();153};154gcd = function(a, b) {155 while (a != b)156 {157 if (a > b) a -= b;158 else b -= a;159 }160 return a;...
Using AI Code Generation
1var wpt = require('webpagetest');2var test = new wpt('www.webpagetest.org');3 if (err) {4 console.log(err);5 } else {6 console.log(data);7 }8});9{ statusCode: 200,10 { statusCode: 200,11 { statusCode: 200,12 { statusCode: 200,13 data: [Object] } } } }
Using AI Code Generation
1var wptools = require('wptools');2var page = wptools.page('Barack Obama');3page.get(function(err, resp) {4 console.log(resp);5});6var wptools = require('wptools');7var page = wptools.page('Barack Obama');8page.get(function(err, resp) {9 console.log(resp);10});11var wptools = require('wptools');12var page = wptools.page('Barack Obama');13page.get(function(err, resp) {14 console.log(resp);15});16var wptools = require('wptools');17var page = wptools.page('Barack Obama');18page.get(function(err, resp) {19 console.log(resp);20});21var wptools = require('wptools');22var page = wptools.page('Barack Obama');23page.get(function(err, resp) {24 console.log(resp);25});26var wptools = require('wptools');27var page = wptools.page('Barack Obama');28page.get(function(err, resp) {29 console.log(resp);30});31var wptools = require('wptools');32var page = wptools.page('Barack Obama');33page.get(function(err, resp) {34 console.log(resp);35});36var wptools = require('wptools');37var page = wptools.page('Barack Obama');38page.get(function(err, resp) {39 console.log(resp);40});41var wptools = require('wptools');42var page = wptools.page('Barack Obama');43page.get(function(err, resp) {44 console.log(resp);45});46var wptools = require('wptools');
Using AI Code Generation
1var wptools = require('wptools');2var wp = new wptools.page('Albert Einstein');3wp.numerator(function(err, numerator) {4 if (err) {5 console.log(err);6 }7 console.log(numerator);8});9var wptools = require('wptools');10var wp = new wptools.page('Albert Einstein');11wp.numerator(function(err, numerator) {12 if (err) {13 console.log(err);14 }15 console.log(numerator);16});17var wptools = require('wptools');18var wp = new wptools.page('Albert Einstein');19wp.numerator(function(err, numerator) {20 if (err) {21 console.log(err);22 }23 console.log(numerator);24});25var wptools = require('wptools');26var wp = new wptools.page('Albert Einstein');27wp.numerator(function(err, numerator) {28 if (err) {29 console.log(err);30 }31 console.log(numerator);32});33var wptools = require('wptools');34var wp = new wptools.page('Albert Einstein');35wp.numerator(function(err, numerator) {36 if (err) {37 console.log(err);38 }39 console.log(numerator);40});41var wptools = require('wptools');42var wp = new wptools.page('Albert Einstein');43wp.numerator(function(err, numerator) {44 if (err) {45 console.log(err);46 }47 console.log(numerator);48});49var wptools = require('wptools');50var wp = new wptools.page('Albert Einstein');51wp.numerator(function(err, numerator) {52 if (err) {53 console.log(err);54 }55 console.log(numerator);56});57var wptools = require('wptools');
Using AI Code Generation
1var wptb = require('wptb');2var numerator = new wptb.Numerator();3var numerator2 = new wptb.Numerator();4console.log(numerator.numerator('1/2', '1/3'));5console.log(numerator2.numerator('1/2', '1/3'));6var denominator = new wptb.Denominator();7var denominator2 = new wptb.Denominator();8console.log(denominator.denominator('1/2', '1/3'));9console.log(denominator2.denominator('1/2', '1/3'));10var fraction = new wptb.Fraction();11var fraction2 = new wptb.Fraction();12console.log(fraction.fraction('1/2', '1/3'));13console.log(fraction2.fraction('1/2', '1/3'));14var fraction = new wptb.Fraction();15var fraction2 = new wptb.Fraction();16console.log(fraction.fraction('1/2', '1/3'));17console.log(fraction2.fraction('1/2', '1/3'));18var simplest = new wptb.Simplest();19var simplest2 = new wptb.Simplest();20console.log(simplest.simplest('1/2', '1/3'));21console.log(simplest2.simplest('1/2', '1/3'));22var decimal = new wptb.Decimal();23var decimal2 = new wptb.Decimal();24console.log(decimal.decimal('1/2', '1/3'));25console.log(decimal2.decimal('1/2', '1/3'));26var mixed = new wptb.Mixed();27var mixed2 = new wptb.Mixed();28console.log(mixed.mixed('1/2', '1/3'));29console.log(mixed2.mixed('1/2', '1/3'));30var mixed = new wptb.Mixed();31var mixed2 = new wptb.Mixed();32console.log(mixed.mixed('1
Using AI Code Generation
1var wpt = require('webpagetest');2var wpt = new WebPageTest('www.webpagetest.org', 'A.8d6f3e7d3c3e3a1b8e6b4d4b4b4b4b4c');3wpt.runTest(url, function(err, data) {4 if (err) return console.error(err);5 console.log('Test status:', data.statusText);6 wpt.getTestResults(data.data.testId, function(err, data) {7 if (err) return console.error(err);8 console.log('Visits:', data.data.median.firstView.visits);9 });10});11var wpt = require('webpagetest');12var wpt = new WebPageTest('www.webpagetest.org', 'A.8d6f3e7d3c3e3a1b8e6b4d4b4b4b4b4c');13wpt.runTest(url, function(err, data) {14 if (err) return console.error(err);15 console.log('Test status:', data.statusText);16 wpt.getTestResults(data.data.testId, function(err, data) {17 if (err) return console.error(err);18 console.log('Visits:', data.data.median.firstView.visits);19 });20});21var wpt = require('webpagetest');22var wpt = new WebPageTest('www.webpagetest.org', 'A.8d6f3e7d3c3e3a1b8e6b4d4b4b4b4b4c');23wpt.runTest(url, function(err, data) {24 if (err) return console.error(err);25 console.log('Test status:', data.statusText);26 wpt.getTestResults(data.data.testId, function(err, data) {27 if (err) return console.error(err);28 console.log('Visits:', data.data.median
Using AI Code Generation
1var wpt = require("./wpt.js");2var numerator = wpt.numerator;3var denominator = wpt.denominator;4var wpt = wpt.wpt;5var test = wpt(2, 4);6console.log(test);7var numerator = function (a, b) {8 return a + b;9};10var denominator = function (a, b) {11 return a * b;12};13var wpt = function (a, b) {14 return numerator(a, b) / denominator(a, b);15};16module.exports.numerator = numerator;17module.exports.denominator = denominator;18module.exports.wpt = wpt;19var wpt = require("./wpt.js");20var numerator = wpt.numerator;21var denominator = wpt.denominator;22var wpt = wpt.wpt;23var test = wpt(2, 4);24console.log(test);25var numerator = function (a, b) {26 return a + b;27};28var denominator = function (a, b) {29 return a * b;30};31var wpt = function (a, b) {32 return numerator(a, b) / denominator(a, b);33};34module.exports.numerator = numerator;35module.exports.denominator = denominator;36module.exports.wpt = wpt;37var wpt = require("./wpt.js");38var numerator = wpt.numerator;39var denominator = wpt.denominator;40var wpt = wpt.wpt;41var test = wpt(2, 4);42console.log(test);43var numerator = function (a, b) {44 return a + b;45};46var denominator = function (a, b) {47 return a * b;48};
Automation Testing Tutorials
Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.
LambdaTest Learning Hubs:
- JUnit Tutorial
- TestNG Tutorial
- Webdriver Tutorial
- WebDriverIO Tutorial
- Protractor Tutorial
- Selenium 4 Tutorial
- Jenkins Tutorial
- NUnit Tutorial
- Jest Tutorial
- Playwright Tutorial
- Cypress Tutorial
- PyTest Tutorial
YouTube
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
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