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How to use encoded method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

EncodedPolyline.js

Source:EncodedPolyline.js

1/* Copyright (c) 2006-2013 by OpenLayers Contributors (see authors.txt for2 * full list of contributors). Published under the 2-clause BSD license.3 * See license.txt in the OpenLayers distribution or repository for the4 * full text of the license. */5/**6 * @requires OpenLayers/Format.js7 * @requires OpenLayers/Feature/Vector.js8 */9/**10 * Class: OpenLayers.Format.EncodedPolyline11 * Class for reading and writing encoded polylines.  Create a new instance12 * with the <OpenLayers.Format.EncodedPolyline> constructor.13 *14 * Inherits from:15 *  - <OpenLayers.Format>16 */17OpenLayers.Format.EncodedPolyline = OpenLayers.Class(OpenLayers.Format, {18    /**19     * APIProperty: geometryType20     * {String} Geometry type to output. One of: linestring (default),21     *     linearring, point, multipoint or polygon. If the geometryType is22     *     point, only the first point of the string is returned.23     */24    geometryType: "linestring",25    /**26     * Constructor: OpenLayers.Format.EncodedPolyline27     * Create a new parser for encoded polylines28     *29     * Parameters:30     * options - {Object} An optional object whose properties will be set on31     *           this instance32     *33     * Returns:34     * {<OpenLayers.Format.EncodedPolyline>} A new encoded polylines parser.35     */36    initialize: function(options) {37        OpenLayers.Format.prototype.initialize.apply(this, [options]);38    },39    /**40     * APIMethod: read41     * Deserialize an encoded polyline string and return a vector feature.42     *43     * Parameters:44     * encoded - {String} An encoded polyline string45     *46     * Returns:47     * {<OpenLayers.Feature.Vector>} A vector feature with a linestring.48     */49    read: function(encoded) {50        var geomType;51        if (this.geometryType == "linestring")52            geomType = OpenLayers.Geometry.LineString;53        else if (this.geometryType == "linearring")54            geomType = OpenLayers.Geometry.LinearRing;55        else if (this.geometryType == "multipoint")56            geomType = OpenLayers.Geometry.MultiPoint;57        else if (this.geometryType != "point" && this.geometryType != "polygon")58            return null;59        var flatPoints = this.decodeDeltas(encoded, 2);60        var flatPointsLength = flatPoints.length;61        var pointGeometries = [];62        for (var i = 0; i + 1 < flatPointsLength;) {63            var y = flatPoints[i++], x = flatPoints[i++];64            pointGeometries.push(new OpenLayers.Geometry.Point(x, y));65        }66        if (this.geometryType == "point")67            return new OpenLayers.Feature.Vector(68                pointGeometries[0]69            );70        if (this.geometryType == "polygon")71            return new OpenLayers.Feature.Vector(72                new OpenLayers.Geometry.Polygon([73                    new OpenLayers.Geometry.LinearRing(pointGeometries)74                ])75            );76        return new OpenLayers.Feature.Vector(77            new geomType(pointGeometries)78        );79    },80    /**81     * APIMethod: decode82     * Deserialize an encoded string and return an array of n-dimensional83     * points.84     *85     * Parameters:86     * encoded - {String} An encoded string87     * dims - {int} The dimension of the points that are returned88     *89     * Returns:90     * {Array(Array(int))} An array containing n-dimensional arrays of91     *     coordinates.92     */93    decode: function(encoded, dims, opt_factor) {94        var factor = opt_factor || 1e5;95        var flatPoints = this.decodeDeltas(encoded, dims, factor);96        var flatPointsLength = flatPoints.length;97        var points = [];98        for (var i = 0; i + (dims - 1) < flatPointsLength;) {99            var point = [];100            for (var dim = 0; dim < dims; ++dim) {101                point.push(flatPoints[i++])102            }103            points.push(point);104        }105        return points;106    },107    /**108     * APIMethod: write109     * Serialize a feature or array of features into a WKT string.110     *111     * Parameters:112     * features - {<OpenLayers.Feature.Vector>|Array} A feature or array of113     *            features114     *115     * Returns:116     * {String} The WKT string representation of the input geometries117     */118    write: function(features) {119        var feature;120        if (features.constructor == Array)121            feature = features[0];122        else123            feature = features;124        var geometry = feature.geometry;125        var type = geometry.CLASS_NAME.split('.')[2].toLowerCase();126        var pointGeometries;127        if (type == "point")128            pointGeometries = new Array(geometry);129        else if (type == "linestring" ||130                 type == "linearring" ||131                 type == "multipoint")132            pointGeometries = geometry.components;133        else if (type == "polygon")134            pointGeometries = geometry.components[0].components;135        else136            return null;137        var flatPoints = [];138        var pointGeometriesLength = pointGeometries.length;139        for (var i = 0; i < pointGeometriesLength; ++i) {140            var pointGeometry = pointGeometries[i];141            flatPoints.push(pointGeometry.y);142            flatPoints.push(pointGeometry.x);143        }144        return this.encodeDeltas(flatPoints, 2);145    },146    /**147     * APIMethod: encode148     * Serialize an array of n-dimensional points and return an encoded string149     *150     * Parameters:151     * points - {Array(Array(int))} An array containing n-dimensional152     *          arrays of coordinates153     * dims - {int} The dimension of the points that should be read154     *155     * Returns:156     * {String} An encoded string157     */158    encode: function (points, dims, opt_factor) {159        var factor = opt_factor || 1e5;160        var flatPoints = [];161        var pointsLength = points.length;162        for (var i = 0; i < pointsLength; ++i) {163            var point = points[i];164            for (var dim = 0; dim < dims; ++dim) {165                flatPoints.push(point[dim]);166            }167        }168        return this.encodeDeltas(flatPoints, dims, factor);169    },170    /**171     * APIMethod: encodeDeltas172     * Encode a list of n-dimensional points and return an encoded string173     *174     * Attention: This function will modify the passed array!175     *176     * Parameters:177     * numbers - {Array.<number>} A list of n-dimensional points.178     * dimension - {number} The dimension of the points in the list.179     * opt_factor - {number=} The factor by which the numbers will be180     * multiplied. The remaining decimal places will get rounded away.181     *182     * Returns:183     * {string} The encoded string.184     */185    encodeDeltas: function(numbers, dimension, opt_factor) {186      var factor = opt_factor || 1e5;187      var d;188      var lastNumbers = new Array(dimension);189      for (d = 0; d < dimension; ++d) {190        lastNumbers[d] = 0;191      }192      var numbersLength = numbers.length;193      for (var i = 0; i < numbersLength;) {194        for (d = 0; d < dimension; ++d, ++i) {195          var num = numbers[i];196          var delta = num - lastNumbers[d];197          lastNumbers[d] = num;198          numbers[i] = delta;199        }200      }201      return this.encodeFloats(numbers, factor);202    },203    /**204     * APIMethod: decodeDeltas205     * Decode a list of n-dimensional points from an encoded string206     *207     * Parameters:208     * encoded - {string} An encoded string.209     * dimension - {number} The dimension of the points in the encoded string.210     * opt_factor - {number=} The factor by which the resulting numbers will211     * be divided.212     *213     * Returns:214     * {Array.<number>} A list of n-dimensional points.215     */216    decodeDeltas: function(encoded, dimension, opt_factor) {217      var factor = opt_factor || 1e5;218      var d;219      var lastNumbers = new Array(dimension);220      for (d = 0; d < dimension; ++d) {221        lastNumbers[d] = 0;222      }223      var numbers = this.decodeFloats(encoded, factor);224      var numbersLength = numbers.length;225      for (var i = 0; i < numbersLength;) {226        for (d = 0; d < dimension; ++d, ++i) {227          lastNumbers[d] += numbers[i];228          numbers[i] = lastNumbers[d];229        }230      }231      return numbers;232    },233    /**234     * APIMethod: encodeFloats235     * Encode a list of floating point numbers and return an encoded string236     *237     * Attention: This function will modify the passed array!238     *239     * Parameters:240     * numbers - {Array.<number>} A list of floating point numbers.241     * opt_factor - {number=} The factor by which the numbers will be242     * multiplied. The remaining decimal places will get rounded away.243     *244     * Returns:245     * {string} The encoded string.246     */247    encodeFloats: function(numbers, opt_factor) {248      var factor = opt_factor || 1e5;249      var numbersLength = numbers.length;250      for (var i = 0; i < numbersLength; ++i) {251        numbers[i] = Math.round(numbers[i] * factor);252      }253      return this.encodeSignedIntegers(numbers);254    },255    /**256     * APIMethod: decodeFloats257     * Decode a list of floating point numbers from an encoded string258     *259     * Parameters:260     * encoded - {string} An encoded string.261     * opt_factor - {number=} The factor by which the result will be divided.262     *263     * Returns:264     * {Array.<number>} A list of floating point numbers.265     */266    decodeFloats: function(encoded, opt_factor) {267      var factor = opt_factor || 1e5;268      var numbers = this.decodeSignedIntegers(encoded);269      var numbersLength = numbers.length;270      for (var i = 0; i < numbersLength; ++i) {271        numbers[i] /= factor;272      }273      return numbers;274    },275    /**276     * APIMethod: encodeSignedIntegers277     * Encode a list of signed integers and return an encoded string278     *279     * Attention: This function will modify the passed array!280     *281     * Parameters:282     * numbers - {Array.<number>} A list of signed integers.283     *284     * Returns:285     * {string} The encoded string.286     */287    encodeSignedIntegers: function(numbers) {288      var numbersLength = numbers.length;289      for (var i = 0; i < numbersLength; ++i) {290        var num = numbers[i];291        var signedNum = num << 1;292        if (num < 0) {293          signedNum = ~(signedNum);294        }295        numbers[i] = signedNum;296      }297      return this.encodeUnsignedIntegers(numbers);298    },299    /**300     * APIMethod: decodeSignedIntegers301     * Decode a list of signed integers from an encoded string302     *303     * Parameters:304     * encoded - {string} An encoded string.305     *306     * Returns:307     * {Array.<number>} A list of signed integers.308     */309    decodeSignedIntegers: function(encoded) {310      var numbers = this.decodeUnsignedIntegers(encoded);311      var numbersLength = numbers.length;312      for (var i = 0; i < numbersLength; ++i) {313        var num = numbers[i];314        numbers[i] = (num & 1) ? ~(num >> 1) : (num >> 1);315      }316      return numbers;317    },318    /**319     * APIMethod: encodeUnsignedIntegers320     * Encode a list of unsigned integers and return an encoded string321     *322     * Parameters:323     * numbers - {Array.<number>} A list of unsigned integers.324     *325     * Returns:326     * {string} The encoded string.327     */328    encodeUnsignedIntegers: function(numbers) {329      var encoded = '';330      var numbersLength = numbers.length;331      for (var i = 0; i < numbersLength; ++i) {332        encoded += this.encodeUnsignedInteger(numbers[i]);333      }334      return encoded;335    },336    /**337     * APIMethod: decodeUnsignedIntegers338     * Decode a list of unsigned integers from an encoded string339     *340     * Parameters:341     * encoded - {string} An encoded string.342     *343     * Returns:344     * {Array.<number>} A list of unsigned integers.345     */346    decodeUnsignedIntegers: function(encoded) {347      var numbers = [];348      var current = 0;349      var shift = 0;350      var encodedLength = encoded.length;351      for (var i = 0; i < encodedLength; ++i) {352        var b = encoded.charCodeAt(i) - 63;353        current |= (b & 0x1f) << shift;354        if (b < 0x20) {355          numbers.push(current);356          current = 0;357          shift = 0;358        } else {359          shift += 5;360        }361      }362      return numbers;363    },364    /**365     * Method: encodeFloat366     * Encode one single floating point number and return an encoded string367     *368     * Parameters:369     * num - {number} Floating point number that should be encoded.370     * opt_factor - {number=} The factor by which num will be multiplied.371     * The remaining decimal places will get rounded away.372     *373     * Returns:374     * {string} The encoded string.375     */376    encodeFloat: function(num, opt_factor) {377      num = Math.round(num * (opt_factor || 1e5));378      return this.encodeSignedInteger(num);379    },380    /**381     * Method: decodeFloat382     * Decode one single floating point number from an encoded string383     *384     * Parameters:385     * encoded - {string} An encoded string.386     * opt_factor - {number=} The factor by which the result will be divided.387     *388     * Returns:389     * {number} The decoded floating point number.390     */391    decodeFloat: function(encoded, opt_factor) {392      var result = this.decodeSignedInteger(encoded);393      return result / (opt_factor || 1e5);394    },395    /**396     * Method: encodeSignedInteger397     * Encode one single signed integer and return an encoded string398     *399     * Parameters:400     * num - {number} Signed integer that should be encoded.401     *402     * Returns:403     * {string} The encoded string.404     */405    encodeSignedInteger: function(num) {406      var signedNum = num << 1;407      if (num < 0) {408        signedNum = ~(signedNum);409      }410      return this.encodeUnsignedInteger(signedNum);411    },412    /**413     * Method: decodeSignedInteger414     * Decode one single signed integer from an encoded string415     *416     * Parameters:417     * encoded - {string} An encoded string.418     *419     * Returns:420     * {number} The decoded signed integer.421     */422    decodeSignedInteger: function(encoded) {423      var result = this.decodeUnsignedInteger(encoded);424      return ((result & 1) ? ~(result >> 1) : (result >> 1));425    },426    /**427     * Method: encodeUnsignedInteger428     * Encode one single unsigned integer and return an encoded string429     *430     * Parameters:431     * num - {number} Unsigned integer that should be encoded.432     *433     * Returns:434     * {string} The encoded string.435     */436    encodeUnsignedInteger: function(num) {437      var value, encoded = '';438      while (num >= 0x20) {439        value = (0x20 | (num & 0x1f)) + 63;440        encoded += (String.fromCharCode(value));441        num >>= 5;442      }443      value = num + 63;444      encoded += (String.fromCharCode(value));445      return encoded;446    },447    /**448     * Method: decodeUnsignedInteger449     * Decode one single unsigned integer from an encoded string450     *451     * Parameters:452     * encoded - {string} An encoded string.453     *454     * Returns:455     * {number} The decoded unsigned integer.456     */457    decodeUnsignedInteger: function(encoded) {458      var result = 0;459      var shift = 0;460      var encodedLength = encoded.length;461      for (var i = 0; i < encodedLength; ++i) {462        var b = encoded.charCodeAt(i) - 63;463        result |= (b & 0x1f) << shift;464        if (b < 0x20)465          break;466        shift += 5;467      }468      return result;469    },470    CLASS_NAME: "OpenLayers.Format.EncodedPolyline"...

EncodedCartesian3Spec.js

Source:EncodedCartesian3Spec.js

1defineSuite([2        'Core/EncodedCartesian3',3        'Core/Cartesian3'4    ], function(5        EncodedCartesian3,6        Cartesian3) {7    'use strict';8    it('construct with default values', function() {9        var encoded = new EncodedCartesian3();10        expect(encoded.high).toEqual(Cartesian3.ZERO);11        expect(encoded.low).toEqual(Cartesian3.ZERO);12    });13    it('endcode encodes a positive value', function() {14        var encoded = EncodedCartesian3.encode(-10000000.0);15        expect(encoded.high + encoded.low).toEqual(-10000000.0);16    });17    it('endcode encodes a negative value', function() {18        var encoded = EncodedCartesian3.encode(10000000.0);19        expect(encoded.high + encoded.low).toEqual(10000000.0);20    });21    it('endcode encodes with a result parameter', function() {22        var result = {23            high : 0.0,24            low : 0.025        };26        var returnedResult = EncodedCartesian3.encode(0.0, result);27        expect(result).toBe(returnedResult);28        expect(returnedResult.high + returnedResult.low).toEqual(0.0);29    });30    it('fromCartesian encodes a cartesian', function() {31        var c = new Cartesian3(-10000000.0, 0.0, 10000000.0);32        var encoded = EncodedCartesian3.fromCartesian(c);33        // Look mom, no epsilon check.34        expect(encoded.high.x + encoded.low.x).toEqual(-10000000.0);35        expect(encoded.high.y + encoded.low.y).toEqual(0.0);36        expect(encoded.high.z + encoded.low.z).toEqual(10000000.0);37    });38    it('fromCartesian encodes a cartesian with a result parameter', function() {39        var p = new Cartesian3(-10000000.0, 0.0, 10000000.0);40        var encoded = EncodedCartesian3.fromCartesian(p);41        var positions = new Float32Array(6);42        EncodedCartesian3.writeElements(p, positions, 0);43        expect(encoded.high.x).toEqual(positions[0]);44        expect(encoded.high.y).toEqual(positions[1]);45        expect(encoded.high.z).toEqual(positions[2]);46        expect(encoded.low.x).toEqual(positions[3]);47        expect(encoded.low.y).toEqual(positions[4]);48        expect(encoded.low.z).toEqual(positions[5]);49    });50    it('writeElements encodes a cartesian', function() {51        var c = new Cartesian3(-10000000.0, 0.0, 10000000.0);52        var encoded = new EncodedCartesian3();53        var encoded2 = EncodedCartesian3.fromCartesian(c, encoded);54        expect(encoded2).toBe(encoded);55        expect(encoded.high.x + encoded.low.x).toEqual(-10000000.0);56        expect(encoded.high.y + encoded.low.y).toEqual(0.0);57        expect(encoded.high.z + encoded.low.z).toEqual(10000000.0);58    });59    it('encode throws without a value', function() {60        expect(function() {61            EncodedCartesian3.encode();62        }).toThrowDeveloperError();63    });64    it('fromCartesian throws without a cartesian', function() {65        expect(function() {66            EncodedCartesian3.fromCartesian();67        }).toThrowDeveloperError();68    });69    it('writeElements throws without a cartesian', function() {70        expect(function() {71            EncodedCartesian3.writeElements();72        }).toThrowDeveloperError();73    });74    it('writeElements throws without a cartesianArray', function() {75      expect(function() {76          EncodedCartesian3.writeElements(new Cartesian3());77      }).toThrowDeveloperError();78  });79    it('writeElements throws without an index', function() {80      expect(function() {81          EncodedCartesian3.writeElements(new Cartesian3(), new Float32Array(6));82      }).toThrowDeveloperError();83  });84    it('writeElements throws with a negative index', function() {85      expect(function() {86          EncodedCartesian3.writeElements(new Cartesian3(), new Float32Array(6), -1);87      }).toThrowDeveloperError();88  });...

Using AI Code Generation

1const fc = require('fast-check');2fc.configureGlobal({ interruptAfterTimeLimit: 1000 });3fc.assert(4  fc.property(fc.integer(), fc.integer(), (a, b) => {5    return a + b >= a;6  })7);8const fc = require('fast-check');9fc.configureGlobal({ interruptAfterTimeLimit: 1000 });10fc.assert(11  fc.property(fc.integer(), fc.integer(), (a, b) => {12    return a + b >= a;13  })14);15const fc = require('fast-check');16fc.configureGlobal({ interruptAfterTimeLimit: 1000 });17fc.assert(18  fc.property(fc.integer(), fc.integer(), (a, b) => {19    return a + b >= a;20  })21);22const fc = require('fast-check');23fc.configureGlobal({ interruptAfterTimeLimit: 1000 });24fc.assert(25  fc.property(fc.integer(), fc.integer(), (a, b) => {26    return a + b >= a;27  })28);29const fc = require('fast-check');30fc.configureGlobal({ interruptAfterTimeLimit: 1000 });31fc.assert(32  fc.property(fc.integer(), fc.integer(), (a, b) => {33    return a + b >= a;34  })35);36const fc = require('fast-check');37fc.configureGlobal({ interruptAfterTimeLimit: 1000 });38fc.assert(39  fc.property(fc.integer(), fc.integer(), (a, b) => {40    return a + b >= a;41  })42);43const fc = require('fast-check');44fc.configureGlobal({ interruptAfterTimeLimit: 1000 });45fc.assert(46  fc.property(fc.integer(), fc.integer(), (a, b) => {47    return a + b >= a;48  })49);

Using AI Code Generation

1import { fc, testProp } from 'fast-check-monorepo';2testProp('example', [fc.integer()], (a) => {3  return true;4});5import { fc, testProp } from 'fast-check-monorepo';6testProp('example', [fc.integer()], (a) => {7  return true;8});9import { fc, testProp } from 'fast-check-monorepo';10testProp('example', [fc.integer()], (a) => {11  return true;12});13import { fc, testProp } from 'fast-check-monorepo';14testProp('example', [fc.integer()], (a) => {15  return true;16});17import { fc, testProp } from 'fast-check-monorepo';18testProp('example', [fc.integer()], (a) => {19  return true;20});21import { fc, testProp } from 'fast-check-monorepo';22testProp('example', [fc.integer()], (a) => {23  return true;24});

Using AI Code Generation

1const fastCheck = require('fast-check');2const { string } = require('fast-check');3fastCheck.assert(4  fastCheck.property(string(), (s) => {5    return s.length >= 0;6  })7);8const fastCheck = require('fast-check');9const { string } = require('fast-check');10fastCheck.assert(11  fastCheck.property(string(), (s) => {12    return s.length >= 0;13  })14);15const fastCheck = require('fast-check');16const { string } = require('fast-check');17fastCheck.assert(18  fastCheck.property(string(), (s) => {19    return s.length >= 0;20  })21);22const fastCheck = require('fast-check');23const { string } = require('fast-check');24fastCheck.assert(25  fastCheck.property(string(), (s) => {26    return s.length >= 0;27  })28);29const fastCheck = require('fast-check');30const { string } = require('fast-check');31fastCheck.assert(32  fastCheck.property(string(), (s) => {33    return s.length >= 0;34  })35);

Using AI Code Generation

1const fc = require('fast-check');2const arb = fc.integer(0, 1000);3console.log("starting test");4fc.assert(5  fc.property(arb, arb, (x, y) => {6    return x + y >= x;7  })8);9console.log("finished test");

Using AI Code Generation

1const fc = require('../fast-check/lib/fast-check');2const { property } = require('../fast-check/lib/fast-check');3const { add } = require('./add');4describe('add', () => {5  it('should add', () => {6    property(fc.integer(), fc.integer(), (a, b) => {7      expect(add(a, b)).toBe(a + b);8    });9  });10});11const fc = require('../fast-check/lib/fast-check');12const { property } = require('../fast-check/lib/fast-check');13const { add } = require('./add');14describe('add', () => {15  it('should add', () => {16    property(fc.integer(), fc.integer(), (a, b) => {17      expect(add(a, b)).toBe(a + b);18    });19  });20});21const fc = require('../fast-check/lib/fast-check');22const { property } = require('../fast-check/lib/fast-check');23const { add } = require('./add');24describe('add', () => {25  it('should add', () => {26    property(fc.integer(), fc.integer(), (a, b) => {27      expect(add(a, b)).toBe(a + b);28    });29  });30});31const fc = require('../fast-check/lib/fast-check');

Using AI Code Generation

1const fc = require('./fast-check/lib/fast-check.js');2const { run } = require('./fast-check/lib/fast-check.js');3const { check } = require('./fast-check/lib/fast-check.js');4const { assert } = require('./fast-check/lib/fast-check.js');5const { property } = require('./fast-check/lib/fast-check.js');6const { asyncProperty } = require('./fast-check/lib/fast-check.js');7const { itProp } = require('./fast-check/lib/fast-check.js');8const { it, expect } = require('./fast-check/lib/fast-check.js');9const { installReporters } = require('./fast-check/lib/fast-check.js');10const { installCommanderReporter } = require('./fast-check/lib/fast-check.js');

Using AI Code Generation

1const fc = require('fast-check');2const { myFunction } = require('./myFunction');3fc.assert(4  fc.property(fc.integer(), fc.integer(), fc.integer(), (a, b, c) => {5    const result = myFunction(a, b, c);6    return result === a + b + c;7  }),8);9module.exports.myFunction = (a, b, c) => a + b + c;

Using AI Code Generation

1const { check, property } = require('test3');2const {string} = require('test3/fast-check');3describe('Test3', () => {4  it('should pass', () => {5    check(6      property(string(), (s) => {7        return s.length > 10;8      })9    );10  });11});12const { check, property } = require('test4');13const {string} = require('test4/fast-check');14describe('Test4', () => {15  it('should pass', () => {16    check(17      property(string(), (s) => {18        return s.length > 10;19      })20    );21  });22});23const { check, property } = require('test5');24const {string} = require('test5/fast-check');25describe('Test5', () => {26  it('should pass', () => {27    check(28      property(string(), (s) => {29        return s.length > 10;30      })31    );32  });33});34const { check, property } = require('test6');35const {string} = require('test6/fast-check');36describe('Test6', () => {37  it('should pass', () => {38    check(39      property(string(), (s) => {40        return s.length > 10;41      })42    );43  });44});45const { check, property } = require('test7');46const {string} = require('test7/fast-check');47describe('Test7', () => {48  it('should pass', () => {49    check(50      property(string(), (s) => {51        return s.length > 10;52      })53    );54  });55});56const { check, property } = require('test8');57const {string} = require('test8/fast-check');58describe('Test8', () => {59  it('should pass', () => {60    check(61      property(string(), (s) => {

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