How to use targetSizeValue method in fast-check-monorepo
Best JavaScript code snippet using fast-check-monorepo
configurator.js
Source:configurator.js 
1/**2 * ts.Configurator3 * settings manager that uses local storage by default, but can be overridden to use any storage provider.4 * Configurations are stored by key as stringified JSON (meta includes type, mutability, etc)5 */6;(function () {7 'use strict';8 let _ = require('lodash');9 let path = require('path');10 let untildify = require('untildify');11 let userSetting = require('../config/user-setting');12 function Configurator () {13 let storage = {};14 let getValue = function (key) {15 if (key === undefined) {16 return key;17 }18 key = key.toLowerCase();19 let valueObjStr = storage[key] || '{}';20 let valueObj = JSON.parse(valueObjStr);21 let metaObj = valueObj.meta || {'default': ''};22 //load value23 let value = valueObj.value;24 //otherwise use default (if present)25 if (value === undefined && metaObj.default) {26 value = metaObj.default;27 }28 return value;29 };30 let getMetaValue = function (key, metaKey) {31 if (key === undefined) {32 return key;33 }34 key = key.toLowerCase();35 let valueObjStr = storage[key] || '{}';36 let valueObj = JSON.parse(valueObjStr);37 return valueObj.meta ? valueObj.meta[metaKey] : '';38 };39 let setValue = function (key, value, meta) {40 if (key === undefined || value === undefined) {41 return;42 }43 key = key.toLowerCase();44 value = (typeof value === 'boolean' || typeof value === 'number' || typeof value === 'object') ? value : value.toString();45 //load value object or create new empty value object46 let emptyStorageObj = {'value': value, 'meta': {'mutable': true, 'type': typeof value, 'default': ''}};47 let valueObj = storage[key] !== undefined ? JSON.parse(storage[key]) : emptyStorageObj;48 //update value49 valueObj.value = value;50 //update meta51 valueObj.meta = _.merge(valueObj.meta, meta);52 //update value in storage53 storage[key] = JSON.stringify(valueObj);54 };55 let unsetValue = function (key) {56 if (key === undefined) {57 return;58 }59 key = key.toLowerCase();60 //remove value from storage61 if (typeof storage.removeItem === 'function') {62 storage.removeItem(key);63 } else {64 storage[key] = undefined;65 }66 };67 let setDefaultValue = function (key, value) {68 setValue(key, value, {'default': value || ''});69 };70 let getKeys = function () {71 return Object.keys(storage);72 };73 /**74 * Map the raw setting array into groups and lists for UI to display75 * @param settingArr: array of setting objects76 * @param groupOrder: (optional) array of string of group name77 * @return array of setting-group objects78 */79 let mapUserSettings = function(settingArr, groupOrder) {80 // TODO: Order group81 var grouped = _.groupBy(settingArr, 'group');82 return _.map(grouped, function (list, group) {83 return { group, list };84 });85 };86 /**87 */88 let flattenUserSetting = function(settingArr) {89 var flatSetting = [];90 settingArr.forEach(function(groupObj) {91 groupObj.list.forEach(function(setting) {92 flatSetting.push(setting);93 });94 });95 return flatSetting;96 };97 /**98 */99 let fontSizeMap = {100 'small': '50%',101 'normal': '100%',102 'large': '150%'103 };104 //105 // This is the returned object106 //107 let configurator = {108 /**109 */110 get PATH_SEP() {111 return path.sep;112 },113 /**114 * Fetch the raw and default setting array from JSON file115 * @return setting array from user-setting.json116 */117 _userSetting: function() {118 return userSetting;119 },120 /**121 * Returns the storage being used122 * @returns {object}123 */124 _storage: function() {125 return storage;126 },127 /**128 * Set the storage object used for this app129 * @param storeObject130 */131 setStorage: function (storeObject) {132 storage = storeObject;133 },134 /**135 * Fetch the (mapped) setting array136 * @return setting array from user's storage or from default file137 */138 getUserSettingArr: function() {139 var us;140 try {141 us = JSON.parse(storage['user-setting']);142 } catch (e) { console.error(e); }143 return us || mapUserSettings(this._userSetting());144 },145 /**146 * Write the whole (mapped) setting array to the user's preferred storage147 * @param settingArr148 */149 saveUserSettingArr: function(settingArr) {150 storage['user-setting'] = JSON.stringify(settingArr);151 },152 /**153 * Get the value of a setting154 * @param name: of the user setting155 * @return value of the user setting156 */157 getUserSetting: function(name) {158 try {159 var s = this.getUserSettingArr();160 var list = _.find(s, {'list': [{'name': name}]}).list;161 return _.find(list, {'name': name}).value;162 } catch (e) { console.error(e); }163 },164 // TODO: this needs to be refactored. This is due to needing the backup dirs in the UI side.165 // This might be an okay solution, but it needs to be examined.166 getUserPath: function (key, arg1, arg2, arg3) {167 var val = configurator.getUserSetting(key);168 return val ? path.join(untildify(val), arg1 || '', arg2 || '', arg3 || '') : '';169 },170 /**171 * Set the value of a setting172 * @param name: of the user setting173 * @return value of the user setting174 */175 setUserSetting: function(name, value) {176 try {177 var s = this.getUserSettingArr();178 var listIndex = _.findIndex(s, {'list': [{'name': name}]});179 var settingIndex = _.findIndex(s[listIndex].list, {'name': name});180 s[listIndex].list[settingIndex].value = value;181 this.saveUserSettingArr(s);182 return s;183 } catch (e) { console.error(e); }184 },185 /**186 */187 refreshUserSetting: function() {188 var defaults = this._userSetting();189 var current = [];190 try {191 current = flattenUserSetting(JSON.parse(storage['user-setting']));192 } catch (e) {193 console.info('No user settings');194 }195 // Keep current values and remove non-existent settings196 for (var i in current) {197 var j = _.findIndex(defaults, {'name': current[i].name});198 if (j >= 0) {199 defaults[j].value = current[i].value;200 }201 }202 let mappedSettings = mapUserSettings(defaults);203 this.saveUserSettingArr(mappedSettings);204 return mappedSettings;205 },206 /**207 * Apply user preferences for app's look208 */209 applyPrefAppearance: function() {210 var targetfont = this.getUserSetting('targetfont').name;211 var sourcefont = this.getUserSetting('sourcefont').name;212 var targetsizeValue = this.getUserSetting('targetsize').name.toLowerCase();213 var targetsize = fontSizeMap[targetsizeValue];214 var sourcesizeValue = this.getUserSetting('sourcesize').name.toLowerCase();215 var sourcesize = fontSizeMap[sourcesizeValue];216 var sheet = document.styleSheets[0];217 var rules = sheet.cssRules;218 for (var i = 0; i < rules.length; i++) {219 if (rules[i].selectorText.toLowerCase() === ".targetfont" || rules[i].selectorText.toLowerCase() === ".sourcefont" || rules[i].selectorText.toLowerCase() === ".targetsize" || rules[i].selectorText.toLowerCase() === ".sourcesize") {220 sheet.deleteRule(i);221 i--;222 }223 }224 sheet.insertRule(".targetfont {font-family: " + targetfont + "}", 0);225 sheet.insertRule(".targetsize {font-size: " + targetsize + "}", 1);226 sheet.insertRule(".sourcefont {font-family: " + sourcefont + "}", 2);227 sheet.insertRule(".sourcesize {font-size: " + sourcesize + "}", 3);228 },229 getAppData: function() {230 try {231 let p = require('../../package');232 return {233 version: p.version,234 build: p.build,235 toString: function () {236 var v = p.version.split('.').slice(0,-1).join('.');237 var b = p.build;238 return v + ' (Build ' + b + ')';239 }240 };241 } catch (e) { console.log(e); }242 },243 /**244 * Retreives a value245 * @param key246 * @returns {object}247 */248 getValue: function (key) {249 return getValue(key) || '';250 },251 /**252 * Adds a new value to the configurator253 * @param key: the key used to retreive the value254 * @param value: the value that will be stored255 * @param meta: (optional) parameters to help specify how the value should be treated256 */257 setValue: function (key, value, meta) {258 setValue(key, value, meta);259 },260 /**261 * Loads a configuration object into the configurator262 * @param config a json object (usually loaded from a file)263 */264 loadConfig: function (config) {265 if (storage === undefined) {266 throw 'Storage is undefined. Please call setStorage with a valid storage object';267 }268 for (let i = 0; i < config.length; i++) {269 setDefaultValue(config[i].name, config[i].value);270 }271 },272 /**273 * Destroys a value274 * @param key275 */276 unsetValue: function (key) {277 unsetValue(key);278 },279 /**280 * Clears all values in the configurator281 */282 purgeValues: function () {283 let keys = getKeys();284 for (let i = 0; i < keys.length; i++) {285 unsetValue(keys[i]);286 }287 }288 };289 return configurator;290 }291 exports.Configurator = Configurator;...
sketch.js
Source:sketch.js
1/*2By far the largest of the specialized3regions in the mustached bat's auditory cortex is the one that processes4Doppler-shifted CF 2 signals. This region, called the DSCF area, represents5only a narrow sliver of the frequency range, between 60.6 and 62.3 kilohertz 6(when the bat's resting frequency is 61.00 kilohertz). Yet it occupies730 percent of the primary auditory8cortex. The exact frequencies overrepresented differ among individual bats9according to their resting frequencies.10In other words, each bat's auditory11system is personalized. 12Neurons in the DSCF area are sharply tuned to particular frequencies,13even more so than neurons in the auditory periphery. They are also tuned14to the amplitude of a signal. Hence,15each DSCF neuron has a particular16frequency and amplitude to which it17responds best. This sharpening of the18response is apparently the result of19lateral inhibition, a ubiquitous mechanism in sensory systems by which20inhibitory signals from adjacent neurons enhance the selectivity of 21a neuron to a particular stimulus.22What is the function of the DSCF23area? Neurons in the area respond24purely to the amplitude and frequency of the echo CF2 , regardless of the25frequency of the emitted pulse. DSCF26neurons, then, presumably are related27to the acuity of frequency and amplitude discrimination, as well as to the28detection of changes in frequency and29amplitude that would be evoked by30flying insects.31According to recent experiments by32Stephen J. Gaioni, Hiroshi Rikimaru33and me, if the DSCF area is destroyed,34a bat can no longer discriminate tiny35differences in frequency-only large36ones. The animal requires twice as37much time to carry out Doppler-shift38compensation and performs the task39only half as well. From this we speculate that the DSCF area is40 responsible for the precision of the Dopplershift compensation but41 not for performing the actual compensation. We42do not know yet how the DSCF area43is connected to other regions that are44responsible for executing Dopplershift compensation.45*/46// slider tamanho presa => ampl47// slider vRel => segundo harmonico freq diferente48// Controle da Simulação49let factor = 100;50let updateFreq = 1 * factor; // s^â»151let dt = 0.005 / factor; // s52let time = 0;53let vRel;54let targetSize;55let pulseDuration;56let pulseInterval;57let dscf;58let cf2;59let selected;60function setup() {61 createCanvas(550, 360);62 vRel = createSlider(-10, 10, 0, 0.01);63 vRelValue = createP();64 vRel.parent("vRel");65 vRelValue.parent("vRel");66 targetSize = createSlider(0, 1, 0.5, 0.01);67 targetSizeValue = createP();68 targetSize.parent("targetSize");69 targetSizeValue.parent("targetSize");70 pulseDuration = createSlider(0, 50, 10, 0.25);71 pulseDurationValue = createP();72 pulseDuration.parent("pulseDuration");73 pulseDurationValue.parent("pulseDuration");74 pulseInterval = createSlider(0, 100, 20, .25);75 pulseIntervalValue = createP();76 pulseInterval.parent("pulseInterval");77 pulseIntervalValue.parent("pulseInterval");78 createP("<i>1 segundo real é equivalente a " + updateFreq * dt * 1000 + " ms na simulação.</i>").parent("texto");79 createP("<i>A frequência <b>exibida</b> no gráfico do CF2 não é o valor da frequência simulada. à apenas uma ilustração que possibilita visualizar o impacto da Velocidade Relativa na frequência.</i>").parent("texto");80 dscf = new DSCF(500);81 cf2 = new CF2();82 dscf.neuronios[0].select();83 selected = dscf.neuronios[0];84 setInterval(() => {85 dscf.update();86 cf2.update();87 time += dt;88 }, 1000 / updateFreq);89}90function draw() {91 background(248, 248, 255);92 push();93 translate(width / 2, 250);94 dscf.draw();95 pop();96 cf2.draw();97 vRelValue.html(vRel.value().toFixed(2) + " m/s");98 targetSizeValue.html(targetSize.value().toFixed(2) + " (1: reflexo 100%)");99 pulseDurationValue.html(pulseDuration.value() + " ms");100 pulseIntervalValue.html(pulseInterval.value() + " ms");101 push();102 translate(width - 100, 0);103 let i = 0;104 for (let [key, estado] of Object.entries(Neuronio.ESTADOS)) {105 stroke(0);106 fill(estado.cor);107 circle(0, 150 + i * 50, Neuronio.radius);108 textSize(14);109 noStroke();110 fill(0);111 textAlign(LEFT, TOP);112 text(estado.nome, Neuronio.radius, 150 - Neuronio.radius / 2 + i * 50, 100, 14);113 i++;114 }115 pop();116}117function mousePressed() {118 for (let i = dscf.neuronios.length - 1; i >= 0; i--) {119 if (dscf.neuronios[i].mousePressed()) {120 if (dscf.neuronios[i] != selected) selected.unselect();121 selected = dscf.neuronios[i];122 return;123 }124 }...
Using AI Code Generation
1const {targetSizeValue} = require('fast-check');2const size = targetSizeValue(100);3console.log(size);4const {targetSizeValue} = require('fast-check');5const size = targetSizeValue(100);6console.log(size);7const {targetSizeValue} = require('fast-check');8const size = targetSizeValue(100);9console.log(size);10const {targetSizeValue} = require('fast-check');11const size = targetSizeValue(100);12console.log(size);13const {targetSizeValue} = require('fast-check');14const size = targetSizeValue(100);15console.log(size);16const {targetSizeValue} = require('fast-check');17const size = targetSizeValue(100);18console.log(size);19const {targetSizeValue} = require('fast-check');20const size = targetSizeValue(100);21console.log(size);22const {targetSizeValue} = require('fast-check');23const size = targetSizeValue(100);24console.log(size);25const {targetSizeValue} = require('fast-check');26const size = targetSizeValue(100);27console.log(size);28const {targetSizeValue} = require('fast-check');29const size = targetSizeValue(100);30console.log(size);31const {targetSizeValue} = require('fast-check');32const size = targetSizeValue(100);33console.log(size);
Using AI Code Generation
1const { targetSizeValue } = require("fast-check");2const { targetSizeValue } = require("fast-check/lib/arbitrary/TargetSizeValueArbitrary");3const { targetSizeValue } = require("fast-check");4const { targetSizeValue } = require("fast-check/lib/arbitrary/TargetSizeValueArbitrary");5const { targetSizeValue } = require("fast-check");6const { targetSizeValue } = require("fast-check/lib/arbitrary/TargetSizeValueArbitrary");
Using AI Code Generation
1const fc = require("fast-check");2const { targetSizeValue } = require("fast-check/lib/arbitrary/targetSize");3const arb = fc.integer(0, 100);4const arb1 = targetSizeValue(arb, 10);5fc.assert(6 fc.property(arb1
Using AI Code Generation
1const fc = require('fast-check');2const {targetSizeValue} = require('fast-check');3const {targetSize} = require('fast-check');4const {TargetSize} = require('fast-check');5const {TargetSizeValue} = require('fast-check');6const {TargetSizeValue} = require('fast-check');7console.log('targetSizeValue', targetSizeValue);8console.log('targetSizeValue', targetSize);9console.log('TargetSizeValue', TargetSizeValue);10console.log('TargetSize', TargetSize);11console.log('TargetSize', targetSize);12console.log('targetSizeValue', targetSizeValue);13console.log('targetSizeValue', targetSize);14console.log('TargetSizeValue', TargetSizeValue);15console.log('TargetSize', TargetSize);16console.log('TargetSize', targetSize);17console.log('targetSizeValue', targetSizeValue);18console.log('targetSizeValue', targetSize);19console.log('TargetSizeValue', TargetSizeValue);20console.log('TargetSize', TargetSize);21console.log('TargetSize', targetSize);22console.log('targetSizeValue', targetSizeValue);23console.log('targetSizeValue', targetSize);24console.log('TargetSizeValue', TargetSizeValue);25console.log('TargetSize', TargetSize);26console.log('TargetSize', targetSize);27console.log('targetSizeValue', targetSizeValue);28console.log('targetSizeValue', targetSize);29console.log('TargetSizeValue', TargetSizeValue);30console.log('TargetSize', TargetSize);31console.log('TargetSize', targetSize);32console.log('targetSizeValue', targetSizeValue);33console.log('targetSizeValue', targetSize);34console.log('TargetSizeValue', TargetSizeValue);35console.log('TargetSize', TargetSize);36console.log('TargetSize', targetSize);37console.log('targetSizeValue', targetSizeValue);38console.log('targetSizeValue', targetSize);39console.log('TargetSizeValue', TargetSizeValue);40console.log('TargetSize', TargetSize);41console.log('TargetSize', targetSize);42console.log('targetSizeValue', targetSizeValue);43console.log('targetSizeValue', targetSize);44console.log('TargetSizeValue', TargetSizeValue);45console.log('TargetSize', TargetSize);46console.log('TargetSize', targetSize);47console.log('targetSizeValue', targetSizeValue);48console.log('targetSizeValue', targetSize);49console.log('TargetSizeValue', TargetSizeValue);
Using AI Code Generation
1const fc = require('fast-check');2const {targetSizeValue} = require('fast-check/lib/check/arbitrary/definition/TargetSizeValue');3const arb = fc.integer(1, 100);4const shrink = arb.shrinker();5const target = targetSizeValue(10);6const shrunk = shrink(target);7console.log('shrunk value: ', shrunk.value);8console.log('shrunk context: ', shrunk.context);9console.log('shrunk size: ', shrunk.size);10const arb = fc.integer(1, 100);11const shrink = arb.shrinker();12const target = targetSizeValue(10);13const path = target.path;14console.log('path: ', path);15const shrunkPath = shrunk.path;16console.log('shrunk path: ', shrunkPath);17const shrunkPath = shrunk.path;18console.log('shrunk path: ', shrunkPath);19const arb = fc.integer(1, 100);20const shrink = arb.shrinkWithContext();21const target = targetSizeValue(10);22const shrunk = shrink(target);23console.log('shrunk value: ', shrunk.value);24console.log('shrunk context: ',
Using AI Code Generation
1const { targetSizeValue } = require('fast-check');2const { targetSizeValue } = require('fast-check-monorepo');3const { targetSizeValue } = require('fast-check');4const { targetSizeValue } = require('fast-check-monorepo');5const { targetSizeValue } = require('fast-check');6const { targetSizeValue } = require('fast-check-monorepo');7const { targetSizeValue } = require('fast-check');8const { targetSizeValue } = require('fast-check-monorepo');9const { targetSizeValue } = require('fast-check');10const { targetSizeValue } = require('fast-check-monorepo');11const { targetSizeValue } = require('fast-check');12const { targetSizeValue } = require('fast-check-monorepo');13const { targetSizeValue } = require('fast-check');14const { targetSizeValue } = require('fast-check-monorepo');
Using AI Code Generation
1import * as fc from 'fast-check';2const targetSizeValue = fc.targetSizeValue;3const max = 100;4const min = 0;5const maxTargetSize = 1000;6const minTargetSize = 0;7const targetSize = 500;8const targetSizeValue = fc.targetSizeValue(min, max, minTargetSize, maxTargetSize, targetSize);9console.log(targetSizeValue);10import * as fc from 'fast-check';11const targetSizeValue = fc.targetSizeValue;12const max = 100;13const min = 0;14const maxTargetSize = 1000;15const minTargetSize = 0;16const targetSize = 500;17const targetSizeValue = fc.targetSizeValue(min, max, minTargetSize, maxTargetSize, targetSize);18console.log(targetSizeValue);
Using AI Code Generation
1const fc = require("fast-check");2const { targetSizeValue } = require("fast-check");3const targetSize = 100;4const targetSizeValue100 = targetSizeValue(targetSize);5const arb = fc.integer(0, 100);6const out = fc.check(7 fc.property(arb, (i) => {8 return i <= targetSizeValue100;9 })10);11console.log(out);12const fc = require("fast-check");13const { targetSizeValue } = require("fast-check");14const targetSize = 100;15const targetSizeValue100 = targetSizeValue(targetSize);16const arb = fc.integer(0, 100);17const out = fc.check(18 fc.property(arb, (i) => {19 return i <= targetSizeValue100;20 })21);22console.log(out);23const fc = require("fast-check");24const { targetSizeValue } = require("fast-check");25const targetSize = 100;26const targetSizeValue100 = targetSizeValue(targetSize);27const arb = fc.integer(0, 100);28const out = fc.check(29 fc.property(arb, (i) => {
Using AI Code Generation
1const { targetSizeValue } = require('fast-check');2const size = targetSizeValue(100);3console.log(size);4{5 "scripts": {6 },7 "dependencies": {8 }9}10SizeValue { size: 100 }
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.
Run fast-check-monorepo automation tests on LambdaTest cloud grid
Perform automation testing on 3000+ real desktop and mobile devices online.
Try LambdaTest Now !!
Get 100 minutes of automation test minutes FREE!!
Was this article helpful?
