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How to use nextDouble method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

InsecureRandom.js

Source:InsecureRandom.js

...27                    line = line.replace("java.util.Random()", "SecureRandom()").replace(/(?<!Secure)Random\(\)/, "SecureRandom()");28                    break;29                case "Math.random()":30                    line = line31                        .replace("java.lang.Math.random()", "new SecureRandom().nextDouble()")32                        .replace("Math.random()", "new SecureRandom().nextDouble()");33                    break;34            }35            allLines[lineNumber] = line;36            allLines = addImport(allLines, "java.security.SecureRandom");37            return allLines;38        }39    },40    tests: [41        {42            sourceBefore: `def r1 = new Random()43def r2 = new java.util.Random()44def r3 = Math.random()45def r4 = java.lang.Math.random()46def r5 = "lelamanul"+Math.random()+"_yeah_"+java.lang.Math.random()47`,48            sourceAfter: `import java.security.SecureRandom49def r1 = new SecureRandom()50def r2 = new SecureRandom()51def r3 = new SecureRandom().nextDouble()52def r4 = new SecureRandom().nextDouble()53def r5 = "lelamanul"+new SecureRandom().nextDouble()+"_yeah_"+new SecureRandom().nextDouble()54`55        },56        {57            sourceBefore: `58package le.lama.Nul59import a.b.c.D60import e.f.g.H61def r1 = new Random()62def r2 = new java.util.Random()63def r3 = Math.random()64def r4 = java.lang.Math.random()65def r5 = "lelamanul"+Math.random()+"_yeah_"+java.lang.Math.random()66`,67            sourceAfter: `68package le.lama.Nul69import a.b.c.D70import e.f.g.H71import java.security.SecureRandom72def r1 = new SecureRandom()73def r2 = new SecureRandom()74def r3 = new SecureRandom().nextDouble()75def r4 = new SecureRandom().nextDouble()76def r5 = "lelamanul"+new SecureRandom().nextDouble()+"_yeah_"+new SecureRandom().nextDouble()77`78        },79        {80            sourceBefore: `81import a.b.c.D82import e.f.g.H83def r1 = new Random()84def r2 = new java.util.Random()85def r3 = Math.random()86def r4 = java.lang.Math.random()87def r5 = "lelamanul"+Math.random()+"_yeah_"+java.lang.Math.random()88`,89            sourceAfter: `90import a.b.c.D91import e.f.g.H92import java.security.SecureRandom93def r1 = new SecureRandom()94def r2 = new SecureRandom()95def r3 = new SecureRandom().nextDouble()96def r4 = new SecureRandom().nextDouble()97def r5 = "lelamanul"+new SecureRandom().nextDouble()+"_yeah_"+new SecureRandom().nextDouble()98`99        },100        {101            sourceBefore: `def r1 = new Random()102def r2 = new java.util.Random()103def r3 = Math.random()104def r4 = java.lang.Math.random()105def r5 = "lelamanul"+Math.random()+"_yeah_"+java.lang.Math.random()106`,107            sourceAfter: `import java.security.SecureRandom108def r1 = new SecureRandom()109def r2 = new SecureRandom()110def r3 = new SecureRandom().nextDouble()111def r4 = new SecureRandom().nextDouble()112def r5 = "lelamanul"+new SecureRandom().nextDouble()+"_yeah_"+new SecureRandom().nextDouble()113`114        },115        {116            sourceBefore: `/* blablabla */117def r1 = new Random()118def r2 = new java.util.Random()119def r3 = Math.random()120def r4 = java.lang.Math.random()121def r5 = "lelamanul"+Math.random()+"_yeah_"+java.lang.Math.random()122`,123            sourceAfter: `/* blablabla */124import java.security.SecureRandom125def r1 = new SecureRandom()126def r2 = new SecureRandom()127def r3 = new SecureRandom().nextDouble()128def r4 = new SecureRandom().nextDouble()129def r5 = "lelamanul"+new SecureRandom().nextDouble()+"_yeah_"+new SecureRandom().nextDouble()130`131        },132        {133            sourceBefore: `/* blablabla */134package le.lama.nul135def r1 = new Random()136def r2 = new java.util.Random()137def r3 = Math.random()138def r4 = java.lang.Math.random()139def r5 = "lelamanul"+Math.random()+"_yeah_"+java.lang.Math.random()140`,141            sourceAfter: `/* blablabla */142package le.lama.nul143import java.security.SecureRandom144def r1 = new SecureRandom()145def r2 = new SecureRandom()146def r3 = new SecureRandom().nextDouble()147def r4 = new SecureRandom().nextDouble()148def r5 = "lelamanul"+new SecureRandom().nextDouble()+"_yeah_"+new SecureRandom().nextDouble()149`150        }151    ]152};...

myRandom.js

Source:myRandom.js

...30		return Math.round(temp%max);31	}32	33	this.nextBoolean = function() {34		var temp = this.nextDouble();35		if(temp<0.5) {36			return true;37		} else {38			return false;39		}40	}41	42}43function linearNoise(seed, minSteps, startDouble){44	this.seed = seed;45	this.ran = new myRandom(seed);46	this.counter = 0;47	this.lastDoubleVar = 0;48	this.nextDoubleVar = startDouble;49	this.changeValue = 0;50	this.stepsToNextDouble = 0;51	this.minSteps = minSteps;52	this.nextDouble = function() {53		if (this.counter == 0) {54			this.lastDoubleVar = this.nextDoubleVar;55			this.nextDoubleVar = this.ran.nextDouble();56			this.stepsToNextDouble = this.ran.nextInt(20) + this.minSteps;57			this.changeValue = (-this.lastDoubleVar + this.nextDoubleVar) / this.stepsToNextDouble;58			this.counter = this.stepsToNextDouble;59		}60		this.counter--;61		return this.lastDoubleVar + (this.stepsToNextDouble - this.counter) * this.changeValue;62	}63	this.setDouble = function(nextDouble) {64		this.counter = 0;65		this.nextDouble = nextDouble;66	}67}68function LinearNoiseArray (count, steps, imageSeed, animationSeedIndex) {69	70	this.tempRan = new myRandom(imageSeed[animationSeedIndex]);71	this.linearNoiseNessecary = [];//new boolean[count];72	this.linearNoiseArray = [];//new linearNoise()[count];73	this.originalAnimationSeed = imageSeed;74	for (i = 0; i < count; i++) {75		76		if (steps[i] == 0) {77			this.linearNoiseNessecary[i] = false;78		} else {79			this.linearNoiseNessecary[i] = true;80			var linearNoiseSeed = this.tempRan.nextLong();81			this.linearNoiseArray[i] = new linearNoise(linearNoiseSeed, steps[i], imageSeed[i]);82		}83	}84	this.iterate = function() {85		var seed = [];86//		console.log(this.linearNoiseArray[3].nextDouble());87		for (i = 0; i < this.linearNoiseArray.length; i++) {88			89			if (this.linearNoiseNessecary[i]) {90				seed[i] = this.linearNoiseArray[i].nextDouble();91				92			} else {93				seed[i] = this.originalAnimationSeed[i];94			}95		}96//		console.log(seed);97		return seed;98	}...

create.js

Source:create.js

1var gp = require('../../lib/gp.js');2var currentDouble = 0;3function nextDouble() {4  currentDouble += 0.5;5  return currentDouble % 3;6}7var create = {8  xyz() {9    return new gp.XYZ(nextDouble(), nextDouble(), nextDouble());10  },11  vec() {12    return new gp.Vec(nextDouble(), nextDouble(), nextDouble());13  },14  pnt() {15    return new gp.Pnt(nextDouble(), nextDouble(), nextDouble());16  },17  dir() {18    return new gp.Dir(nextDouble(), nextDouble(), nextDouble());19  },20  ax1() {21    return new gp.Ax1(22      create.pnt(), create.dir()23    );24  },25  ax2() {26    return new gp.Ax2(27      create.pnt(), create.dir(), create.dir()28    );29  },30  ax3() {31    return new gp.Ax3(32      create.pnt(), create.dir(), create.dir()33    );34  },35  trsf() {36    return new gp.Trsf();37  },38  vec2d() {39    return new gp.Vec2d(nextDouble(), nextDouble());40  },41  pnt2d() {42    return new gp.Pnt2d(nextDouble(), nextDouble());43  },44  dir2d() {45    return new gp.Dir2d(nextDouble(), nextDouble());46  },47  ax2d() {48    return new gp.Ax2d(49      create.pnt2d(), create.dir2d()50    );51  },52  ax22d() {53    return new gp.Ax22d(54      create.pnt2d(), new gp.Dir2d(1, 0), new gp.Dir2d(0, 1)55    );56  },57  trsf2d() {58    return new gp.Trsf2d();59  }...

Using AI Code Generation

1const fc = require('fast-check');2const { nextDouble } = require('fast-check/lib/check/arbitrary/NextArbitrary.js');3const { Random } = require('fast-check/lib/random/generator/Random.js');4const { Stream } = require('fast-check/lib/stream/Stream.js');5const { double } = require('fast-check/lib/arbitrary/DoubleArbitrary.js');6const { doubleNext } = require('fast-check/lib/check/arbitrary/DoubleNextArbitrary.js');7const { integer } = require('fast-check/lib/arbitrary/IntegerArbitrary.js');8const { integerNext } = require('fast-check/lib/check/arbitrary/IntegerNextArbitrary.js');9const min = 1;10const max = 100;11const arb = doubleNext(min, max);12const seed = 42;13const mrng = new Random(seed);14const value = arb.generate(mrng);15const value2 = arb.generate(mrng);16const value3 = arb.generate(mrng);17console.log(value);18console.log(value2);19console.log(value3);20const fc = require('fast-check');21const { nextDouble } = require('fast-check/lib/check/arbitrary/NextArbitrary.js');22const { Random } = require('fast-check/lib/random/generator/Random.js');23const { Stream } = require('fast-check/lib/stream/Stream.js');24const { double } = require('fast-check/lib/arbitrary/DoubleArbitrary.js');25const { doubleNext } = require('fast-check/lib/check/arbitrary/DoubleNextArbitrary.js');26const { integer } = require('fast-check/lib/arbitrary/IntegerArbitrary.js');27const { integerNext } = require('fast-check/lib/check/arbitrary/IntegerNextArbitrary.js');28const min = 1;29const max = 100;30const arb = doubleNext(min, max);

Using AI Code Generation

1const fc = require('fast-check');2const { nextDouble } = require('fast-check-monorepo');3const { nextDouble: nextDouble2 } = require('fast-check-monorepo');4fc.assert(5  fc.property(fc.double(), (d) => {6    console.log(d);7    console.log(nextDouble(d));8    console.log(nextDouble2(d));9    return true;10  })11);

Using AI Code Generation

1const fc = require("fast-check");2const arb = fc.double({min: 0, max: 1});3const arb2 = fc.double({min: 0, max: 1});4const arb3 = fc.tuple(arb, arb2);5fc.assert(6    fc.property(arb3, ([a, b]) => {7        if (a > 0.5) {8            return b > 0.5;9        } else {10            return b <= 0.5;11        }12    })13);

Using AI Code Generation

1var fc = require('fast-check');2var fc1 = require('fast-check-monorepo');3var double = fc1.nextDouble();4fc.assert(fc.property(double, function (n) {5    return n >= 0 && n <= 1;6}));

Using AI Code Generation

1const fc = require('fast-check');2const { nextDouble, nextInt } = require('./test2.js');3const min = 0;4const max = 100;5const intGenerator = () => nextInt(min, max);6const doubleGenerator = () => nextDouble(min, max);7fc.assert(8  fc.property(intGenerator, doubleGenerator, (int, double) => {9    return double >= int;10  })11);12const fc = require('fast-check');13const { nextInt } = require('./test1.js');14const min = 0;15const max = 100;16const intGenerator = () => nextInt(min, max);17fc.assert(18  fc.property(intGenerator, (int) => {19    return int >= min && int <= max;20  })21);22const fc = require('fast-check');23const min = 0;24const max = 100;25const nextInt = (min, max) => fc.integer(min, max).noBias().noShrink().generate();26module.exports = {27};28{29  "scripts": {30  },31  "dependencies": {32  },33  "devDependencies": {34  }35}

Using AI Code Generation

1const fc = require('./index');2const a = fc.nextDouble(0, 1);3console.log(a);4const fc = require('./index');5const a = fc.nextDouble(0, 1);6console.log(a);7const fc1 = require('./index');8const b = fc1.testFunction1(a);9console.log(b);10const fc = require('./index');11const a = fc.nextDouble(0, 1);12console.log(a);13const fc1 = require('./index');14const b = fc1.testFunction2(a);15console.log(b);

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