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How to use refinedSelector method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

uniqueArray.ts

Source:uniqueArray.ts

...25    const comparator = constraints.comparator;26    const selector = constraints.selector;27    const refinedSelector = (next: Value<T>) => selector(next.value_);28    const isEqualForBuilder = (nextA: Value<T>, nextB: Value<T>) =>29      comparator(refinedSelector(nextA), refinedSelector(nextB));30    return () => new CustomEqualSet(isEqualForBuilder);31  }32  const selector = constraints.selector || ((v) => v);33  const refinedSelector = (next: Value<T>) => selector(next.value_);34  switch (constraints.comparator) {35    case 'IsStrictlyEqual':36      return () => new StrictlyEqualSet(refinedSelector);37    case 'SameValueZero':38      return () => new SameValueZeroSet(refinedSelector);39    case 'SameValue':40    case undefined:41      return () => new SameValueSet(refinedSelector);42  }43}...

20-annotation-migration.ts

Source:20-annotation-migration.ts

1import { lastItem, normaliseArray } from "linki-lib0/array";2import { storeIterate, transactWithStore } from "linki-lib0/indexeddb";3import { isHashUri } from "../../../libs/hash";4import type { LinkedDataWithHashId } from "../../../libs/jsonld-format";5import { measureAsyncTime } from "../../../libs/performance";6import type { HashUri, Uri } from "../../../libs/uris";7import type {8  AnnotationSelector,9  FragmentSelector,10  TextualBody,11} from "../../../vocabulary/annotations";12import type {13  EntityId,14  EntityProps,15  EntityVersion,16} from "../../../vocabulary/entity";17import type {18  Transaction,19  CreateTransaction,20} from "../../../vocabulary/transactions";21import {22  createEntityId,23  createTransaction,24} from "../../../vocabulary/transactions";25import {26  createEntityHistoryFetcher,27  isLinkedDataTransaction,28} from "../../indexes/entity";29import { linkedDataStoreName } from "../local-store";30import type { UpgradeTasks } from "../types";31import { createReverter, mapTransaction, saveTransactions } from "./utils";32const name = "20-annotation-migration";33const generator = `http://id.docland.app/upgrade-tasks/${name}` as Uri;34const mapProperties =35  (contentUrls: Map<HashUri, EntityId>) =>36  (props: Record<string, unknown> & EntityProps): EntityProps => {37    delete props.id;38    const body = props["oa:hasBody"] as TextualBody;39    if (body) {40      delete props["oa:hasBody"];41      const bodyContent = body["rdf:value"];42      if (bodyContent) {43        props["as:content"] = bodyContent;44      }45    }46    const target = props["oa:hasTarget"];47    if (target && typeof target === "object") {48      const source = target["oa:hasSource"];49      const selector = target["oa:hasSelector"] as AnnotationSelector;50      if (isHashUri(source)) {51        props["oa:hasTarget"] = contentUrls.get(source as HashUri);52      }53      if (selector) {54        if (selector.type === "oa:FragmentSelector") {55          const fragmentSelector = selector as FragmentSelector;56          props["oa:hasSelector"] = fragmentSelector["rdf:value"];57          const refinedSelector = fragmentSelector["oa:refinedBy"];58          if (59            refinedSelector &&60            refinedSelector.type === "oa:TextQuoteSelector"61          ) {62            props["oa:refinedBy"] = refinedSelector;63          }64        }65        if (selector.type === "oa:TextQuoteSelector") {66          props["oa:refinedBy"] = selector;67        }68      }69    }70    return props;71  };72const articleTypes = ["schema:Article", "schema:Book"];73export const upgrade: UpgradeTasks = async (db) =>74  measureAsyncTime(name, async () => {75    const generated = new Date().toISOString();76    const historyFetcher = createEntityHistoryFetcher(() => db);77    const annotations: EntityId[] = [];78    const contentUrls = new Map<HashUri, EntityId>();79    await measureAsyncTime("iteration", async () => {80      const store = transactWithStore(db, linkedDataStoreName);81      await storeIterate<LinkedDataWithHashId>(store, (item) => {82        if (!isLinkedDataTransaction(item) || item.type !== "Create") return;83        const tx = item as CreateTransaction;84        const targetType = tx.targetType;85        if (targetType === "oa:Annotation") {86          annotations.push(item.target as EntityId);87        } else if (articleTypes.includes(targetType)) {88          const urls = tx.set["schema:url"];89          const hashUri = normaliseArray(urls).find(isHashUri);90          if (hashUri) {91            contentUrls.set(hashUri, item.target as EntityId);92          }93        }94      });95    });96    const transactions: Transaction[] = [];97    await measureAsyncTime("processing annotations", async () => {98      for (const annotation of annotations) {99        const oldTransactions = (await historyFetcher(annotation)).reverse();100        const lastTransaction = lastItem(oldTransactions);101        if (lastTransaction.type !== "Delete") {102          const deleteOldEntityTransaction = await createTransaction({103            type: "Delete",104            target: annotation,105            generated,106            generator,107            previous: lastTransaction.id,108          });109          transactions.push(deleteOldEntityTransaction);110        }111        const newEntityId = createEntityId();112        let lastVersion: EntityVersion | undefined = undefined;113        for (const oldTx of oldTransactions) {114          const newTx: Transaction = await mapTransaction(115            newEntityId,116            oldTx,117            lastVersion,118            generator,119            generated,120            mapProperties(contentUrls)121          );122          lastVersion = newTx.id;123          transactions.push(newTx);124        }125      }126    });127    await measureAsyncTime("saving transactions", async () => {128      await saveTransactions(db, transactions);129    });130  });...

index.js

Source:index.js

1const ParseCSS = require('css/lib/parse');2const utils = require('./utils');3const {4    getStyleDecls5} = require("./style");6module.exports = function toJSS(css) {7    const JSONResult = {8        default: {}9    };10    const stylesheetString = Array.isArray(css) ? css[0] : css;11    const {12        stylesheet13    } = ParseCSS(utils.clean(stylesheetString));14    function isRoot(str) {15        return /^(?![\.#])/.test(str);16    }17    function strip(str) {18        return str.replace(/^\./, '');19    }20    function transformSelectors(selectors) {21        return selectors.slice().reverse().map(strip);22    }23    function isArrayEqual(s1, s2) {24        return s1.length === s2.length && !s1.some((v, i) => v !== s2[i]);25    }26    for (const rule of stylesheet.rules) {27        if (rule.type !== 'rule') continue;28        for (const selector of rule.selectors) {29            // selector = selector.replace(/\./g, '');30            // check if there are any selectors with empty spaces, meaning they should be nested31            const selectorPath = selector.split(/\s+/).map(currentSelector => currentSelector);32            // we don't have to be smart here. It's either an object or undefined.33            // console.log('selectorPath', selectorPath);34            // console.log('selector', selector);35            let component;36            if (isRoot(selectorPath[0])) {37                component = selectorPath[0];38                if (!JSONResult[component]) {39                    JSONResult[component] = {};40                }41                component = JSONResult[component];42            } else {43                component = JSONResult.default;44            }45            const key = strip(selectorPath[selectorPath.length - 1]);46            const selectors = selectorPath;47            if (selectors.length === 1 && selectors[0] === 'rn-config') {48                rule.declarations.forEach(item => component[item.property] = item.value);49                continue;50            }51            selectors.pop();52            if (selectors.length && isRoot(selectors[0])) {53                selectors.shift();54            }55            if (!component[key]) {56                component[key] = [];57            }58            // if (selectors.length) {59            const refinedSelector = transformSelectors(selectors);60            const refinedStyle = getStyleDecls(rule);61            const found = component[key].some((style) => {62                if (isArrayEqual(style.selector, refinedSelector)) {63                    Object.assign(style.style, refinedStyle);64                    return true;65                } else {66                    return false;67                }68            });69            if (!found) {70                component[key].push({71                    selector: refinedSelector,72                    style: refinedStyle73                });74            }75            // } else {76            //     component[key].push({77            //         style: getStyleDecls(rule)78            //     });79            // }80            // const styles = {81            //     selector: selector82            //             .split(' ')83            //             .map(sel => parseSelector(sel))84            // };85            // console.log(JSONResult);86            // JSONResult.push(styles);87        }88    }89    for (const component in JSONResult) {90        if(component==='rn-config'){91            continue ;92        }93        for (const key in JSONResult[component]) {94            const arr = JSONResult[component][key];95            arr.sort((a, b) => {96                return a.selector.length - b.selector.length;97            });98        }99    }100    return JSONResult;...

Using AI Code Generation

1const { refinedSelector } = require("fast-check-monorepo");2const fc = require("fast-check");3const isEven = (n) => n % 2 === 0;4const isOdd = (n) => n % 2 !== 0;5const isPositive = (n) => n > 0;6const isNegative = (n) => n < 0;7const isInteger = (n) => Number.isInteger(n);8const isFloat = (n) => !Number.isInteger(n);9const isPositiveInteger = refinedSelector(isInteger, isPositive);10const isNegativeInteger = refinedSelector(isInteger, isNegative);11const isPositiveFloat = refinedSelector(isFloat, isPositive);12const isNegativeFloat = refinedSelector(isFloat, isNegative);13const isEvenInteger = refinedSelector(isInteger, isEven);14const isOddInteger = refinedSelector(isInteger, isOdd);15const isEvenFloat = refinedSelector(isFloat, isEven);16const isOddFloat = refinedSelector(isFloat, isOdd);17fc.assert(18  fc.property(fc.integer(), (n) => {19    return isPositiveInteger(n);20  })21);22fc.assert(23  fc.property(fc.integer(), (n) => {24    return isNegativeInteger(n);25  })26);27fc.assert(28  fc.property(fc.float(), (n) => {29    return isPositiveFloat(n);30  })31);32fc.assert(33  fc.property(fc.float(), (n) => {34    return isNegativeFloat(n);35  })36);37fc.assert(38  fc.property(fc.integer(), (n) => {39    return isEvenInteger(n);40  })41);42fc.assert(43  fc.property(fc.integer(), (n) => {44    return isOddInteger(n);45  })46);47fc.assert(48  fc.property(fc.float(), (n) => {49    return isEvenFloat(n);50  })51);52fc.assert(53  fc.property(fc.float(), (n) => {54    return isOddFloat(n);55  })56);57const { refinedSelector } = require("fast-check-monorepo");58const fc = require("fast-check");59const isEven = (n) => n % 2 === 0;60const isOdd = (n) => n % 2 !== 0;61const isPositive = (n) => n > 0;62const isNegative = (n)

Using AI Code Generation

1const { refinedSelector } = require("fast-check-monorepo");2const { fc } = require("fast-check");3const isEven = (n) => n % 2 === 0;4const isOdd = (n) => n % 2 !== 0;5const isPositive = (n) => n > 0;6const isNegative = (n) => n < 0;7const isInteger = (n) => Number.isInteger(n);8const isFloat = (n) => !Number.isInteger(n);9const isString = (s) => typeof s === "string";10const isNumber = (n) => typeof n === "number";11const isBoolean = (b) => typeof b === "boolean";12const isNull = (n) => n === null;13const isUndefined = (n) => n === undefined;14const isObject = (o) => typeof o === "object" && o !== null;15const isFunction = (f) => typeof f === "function";16const isArrayOf = (type) => (a) => Array.isArray(a) && a.every(type);17const isArrayOfLength = (length) => (a) => Array.isArray(a) && a.length === length;18const isArrayOfLengthBetween = (min, max) => (a) => Array.isArray(a) && a.length >= min && a.length <= max;19const isArrayOfLengthAtLeast = (min) => (a) => Array.isArray(a) && a.length >= min;20const isArrayOfLengthAtMost = (max) => (a) => Array.isArray(a) && a.length <= max;21const isArrayOfUnique = (a) => Array.isArray(a) && a.length === new Set(a).size;22const isArrayOfUniqueAndLength = (length) => (a) => Array.isArray(a) && a.length === length && a.length === new Set(a).size;23const isArrayOfUniqueAndLengthBetween = (min, max) => (a) => Array.isArray(a) && a.length >= min && a.length <= max && a.length === new Set(a).size;24const isArrayOfUniqueAndLengthAtLeast = (min) => (a) => Array.isArray(a) && a.length >= min && a.length === new Set(a).size;25const isArrayOfUniqueAndLengthAtMost = (max) => (a) => Array.isArray(a) && a.length <= max && a.length ===

Using AI Code Generation

1const {refinedSelector} = require('@fast-check/refined-selector');2const {fc} = require('fast-check');3const isEven = (n) => n % 2 === 0;4const isOdd = (n) => n % 2 === 1;5const isPositive = (n) => n > 0;6const isNegative = (n) => n < 0;7const isInteger = (n) => Number.isInteger(n);8const isFloat = (n) => !Number.isInteger(n);9const isPositiveInteger = refinedSelector(isInteger, isPositive);10const isNegativeInteger = refinedSelector(isInteger, isNegative);11const isPositiveFloat = refinedSelector(isFloat, isPositive);12const isNegativeFloat = refinedSelector(isFloat, isNegative);13const isPositiveNumber = refinedSelector(isPositive, isFloat, isInteger);14const isNegativeNumber = refinedSelector(isNegative, isFloat, isInteger);15const isEvenInteger = refinedSelector(isEven, isInteger);16const isOddInteger = refinedSelector(isOdd, isInteger);17const isEvenFloat = refinedSelector(isEven, isFloat);18const isOddFloat = refinedSelector(isOdd, isFloat);19const isEvenNumber = refinedSelector(isEven, isFloat, isInteger);20const isOddNumber = refinedSelector(isOdd, isFloat, isInteger);21const isNumber = refinedSelector(isFloat, isInteger);22const isIntegerNumber = refinedSelector(isInteger);23const isFloatNumber = refinedSelector(isFloat);24const isPositiveEvenInteger = refinedSelector(isPositiveInteger, isEvenInteger);25const isPositiveOddInteger = refinedSelector(isPositiveInteger, isOddInteger);26const isNegativeEvenInteger = refinedSelector(isNegativeInteger, isEvenInteger);27const isNegativeOddInteger = refinedSelector(isNegativeInteger, isOddInteger);28const isPositiveEvenFloat = refinedSelector(isPositiveFloat, isEvenFloat);29const isPositiveOddFloat = refinedSelector(isPositiveFloat, isOddFloat);30const isNegativeEvenFloat = refinedSelector(isNegativeFloat, isEvenFloat);31const isNegativeOddFloat = refinedSelector(isNegativeFloat, isOddFloat);32const isPositiveEvenNumber = refinedSelector(isPositiveNumber, isEvenNumber);33const isPositiveOddNumber = refinedSelector(isPositiveNumber, isOddNumber);34const isNegativeEvenNumber = refinedSelector(isNegativeNumber, isEvenNumber);35const isNegativeOddNumber = refinedSelector(isNegativeNumber,

Using AI Code Generation

1const fc = require('fast-check');2const refinedSelector = require('fast-check/lib/arbitrary/refined').refinedSelector;3const { isInteger } = require('lodash');4const { isFinite } = require('lodash');5const { isNumber } = require('lodash');6const { isString } = require('lodash');7const { isArray } = require('lodash');8const { isBoolean } = require('lodash');9const { isUndefined } = require('lodash');10const { isNull } = require('lodash');11const { isObject } = require('lodash');12const { isFunction } = require('lodash');13const { isRegExp } = require('lodash');14const { isDate } = require('lodash');15const { isSymbol } = require('lodash');16const { isMap } = require('lodash');17const { isSet } = require('lodash');18const { isWeakMap } = require('lodash');19const { isWeakSet } = require('lodash');20const { isBigInt } = require('lodash');21const { isPromise } = require('lodash');22const { isTypedArray } = require('lodash');23const { isArguments } = require('lodash');24const { isError } = require('lodash');25const { isElement } = require('lodash');26const { isBuffer } = require('lodash');27const { isDataView } = require('lodash');28const { isUint8Array } = require('lodash');29const { isUint8ClampedArray } = require('lodash');30const { isUint16Array } = require('lodash');31const { isUint32Array } = require('lodash');32const { isInt8Array } = require('lodash');33const { isInt16Array } = require('lodash');34const { isInt32Array } = require('lodash');35const { isFloat32Array } = require('lodash');36const { isFloat64Array } = require('lodash');37const { isBigInt64Array } = require('lodash');38const { isBigUint64Array } = require('lodash');39const { isGenerator } = require('lodash');40const { isGeneratorFunction } = require('lodash');41const { isAsyncFunction } = require('lodash');42const { isAsyncGenerator } = require('lodash');43const { isAsyncGeneratorFunction } = require('lodash');44const { isPlainObject } = require('lodash');45const { isMapLike } = require('lodash');46const { isSetLike } = require

Using AI Code Generation

1const { refinedSelector } = require('fast-check');2const fc = require('fast-check');3const isEven = (n) => n % 2 === 0;4const evenSelector = refinedSelector(fc.integer(), isEven);5const evenIntegers = evenSelector.generate(fc.random());6console.log(evenIntegers);7const shrinkedEvenIntegers = evenSelector.shrink(evenIntegers);8console.log(shrinkedEvenIntegers);9const shrinkedEvenIntegers2 = evenSelector.shrink(evenIntegers);10console.log(shrinkedEvenIntegers2);11const shrinkedEvenIntegers3 = evenSelector.shrink(evenIntegers);12console.log(shrinkedEvenIntegers3);13const shrinkedEvenIntegers4 = evenSelector.shrink(evenIntegers);14console.log(shrinkedEvenIntegers4);15const shrinkedEvenIntegers5 = evenSelector.shrink(evenIntegers);16console.log(shrinkedEvenIntegers5);17const shrinkedEvenIntegers6 = evenSelector.shrink(evenIntegers);18console.log(shrinkedEvenIntegers6);19const shrinkedEvenIntegers7 = evenSelector.shrink(evenIntegers);20console.log(shrinkedEvenIntegers7);21const shrinkedEvenIntegers8 = evenSelector.shrink(evenIntegers);22console.log(shrinkedEvenIntegers8);23const shrinkedEvenIntegers9 = evenSelector.shrink(evenIntegers);24console.log(shrinkedEvenIntegers9);25const shrinkedEvenIntegers10 = evenSelector.shrink(evenIntegers);26console.log(shrinkedEvenIntegers10);27const shrinkedEvenIntegers11 = evenSelector.shrink(evenIntegers);28console.log(shrinkedEvenIntegers11);29const shrinkedEvenIntegers12 = evenSelector.shrink(evenIntegers);30console.log(shrinkedEvenIntegers12);

Using AI Code Generation

1const { fastCheck, refinedSelector } = require("fast-check-monorepo");2const isEven = (n) => n % 2 === 0;3const isOdd = (n) => n % 2 === 1;4const isPositive = (n) => n > 0;5const isNegative = (n) => n < 0;6const isZero = (n) => n === 0;7const isOddPositive = refinedSelector(isOdd, isPositive);8const isEvenNegative = refinedSelector(isEven, isNegative);9const isOddOrEven = refinedSelector(isOdd, isEven);10const isPositiveOrNegative = refinedSelector(isPositive, isNegative);11const isZeroOrOdd = refinedSelector(isZero, isOdd);12const isZeroOrEven = refinedSelector(isZero, isEven);13const isOddPositiveOrEvenNegative = refinedSelector(isOddPositive, isEvenNegative);14const isOddPositiveOrEvenNegativeOrZero = refinedSelector(isOddPositiveOrEvenNegative, isZero);15const isOddPositiveOrEvenNegativeOrZeroOrOdd = refinedSelector(isOddPositiveOrEvenNegativeOrZero, isOdd);16const isOddPositiveOrEvenNegativeOrZeroOrOddOrEven = refinedSelector(isOddPositiveOrEvenNegativeOrZeroOrOdd, isEven);17console.log(isOddPositiveOrEvenNegativeOrZeroOrOddOrEven(3));18const { fastCheck, refinedSelector } = require("fast-check");19const isEven = (n) => n % 2 === 0;20const isOdd = (n) => n % 2 === 1;21const isPositive = (n) => n > 0;22const isNegative = (n) => n < 0;23const isZero = (n) => n === 0;24const isOddPositive = refinedSelector(isOdd, isPositive);25const isEvenNegative = refinedSelector(isEven, isNegative);26const isOddOrEven = refinedSelector(isOdd, isEven);27const isPositiveOrNegative = refinedSelector(isPositive, isNegative);28const isZeroOrOdd = refinedSelector(isZero, isOdd);29const isZeroOrEven = refinedSelector(isZero, isEven);30const isOddPositiveOrEvenNegative = refinedSelector(isOddPositive, isEvenNegative);

Using AI Code Generation

1const { refinedSelector } = require('fast-check');2const { isEven } = require('lodash');3const isEvenSelector = refinedSelector(isEven);4fc.assert(5  fc.property(isEvenSelector(), (n) => {6    console.log(n);7  }),8  { numRuns: 100 }9);10### `refinedSelector(predicate)`11const isEvenSelector = refinedSelector((n) => n % 2 === 0);12fc.assert(13  fc.property(isEvenSelector(), (n) => {14    console.log(n);15  }),16  { numRuns: 100 }17);18### `refinedArbitrary(arb, predicate)`19const isEvenArbitrary = refinedArbitrary(fc.nat(), (n) => n % 2 === 0);20fc.assert(21  fc.property(isEvenArbitrary, (n) => {22    console.log(n);23  }),24  { numRuns: 100 }25);26MIT © [Rajiv Shah](

Using AI Code Generation

1const {refinedSelector} = require('fast-check-monorepo');2const puppeteer = require('puppeteer');3const fs = require('fs');4const path = require('path');5const assert = require('assert');6let browser;7let page;8let selector;9let element;10let text;11let value;12let name;13let type;14let id;15let href;16let class1;17let src;18let width;19let height;20let style;21let value1;22let role;23let x;24let y;25let width1;26let height1;27let childNodes;28let parentElement;29let attributes;30let innerHTML;

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