Best JavaScript code snippet using fast-check-monorepo
decorator.ts
Source: decorator.ts
...23 * @param name Name of the property24 * @param type Type of the property25 * @param args Any additional arguments for the property26 */ 27export function decorateProperty( type: PropertyType, name: string, ...args: any[] ): PropertyDecorator {28 return ( target: { [ key: string ]: any }, key: string ) => {29 Reflect.defineMetadata( PROPERTY_NAME_METADATA, name, target, key );30 Reflect.defineMetadata( PROPERTY_TYPE_METADATA, type, target, key );31 Reflect.defineMetadata( PROPERTY_ARGS_METADATA, args, target, key );32 let properties: string[] = [33 ...( Reflect.getOwnMetadata( PROPERTY_LIST_METADATA, target ) ||34 Reflect.getMetadata ( PROPERTY_LIST_METADATA, target ) || [] )35 ];36 properties.push( key );37 38 Reflect.defineMetadata( PROPERTY_LIST_METADATA, properties, target );39 }40}41/**42 * Decorator that links the function with the function property in the RROx API.43 * It is not necessary to define all functions. Only functions that are defined can be used.44 * 45 * @param fullName Full name of the function46 */ 47export function decorateFunction( fullName: string, ...args: any[] ): PropertyDecorator {48 return ( target: { [ key: string ]: any }, key: string ) => {49 Reflect.defineMetadata( FUNCTION_NAME_METADATA, fullName, target, key );50 Reflect.defineMetadata( FUNCTION_ARGS_METADATA, args, target, key );51 let functions: string[] = [52 ...( Reflect.getOwnMetadata( FUNCTION_LIST_METADATA, target ) ||53 Reflect.getMetadata ( FUNCTION_LIST_METADATA, target ) || [] )54 ];55 functions.push( key );56 57 Reflect.defineMetadata( FUNCTION_LIST_METADATA, functions, target );58 }59}60export const Property = {61 Unknown : ( name: string ) => decorateProperty( PropertyType.Unknown, name ),62 Struct : ( name: string, classRef: () => object ) => decorateProperty( PropertyType.StructProperty, name, classRef ),63 Object : ( name: string, classRef: () => object ) => decorateProperty( PropertyType.ObjectProperty, name, classRef ),64 SoftObject : ( name: string, classRef: () => object ) => decorateProperty( PropertyType.SoftObjectProperty, name, classRef ),65 Float : ( name: string ) => decorateProperty( PropertyType.FloatProperty, name ),66 Byte : ( name: string, enumRef?: () => object ) => decorateProperty( PropertyType.ByteProperty, name, enumRef ),67 Bool : ( name: string ) => decorateProperty( PropertyType.BoolProperty, name ),68 Int : ( name: string ) => decorateProperty( PropertyType.IntProperty, name ),69 Int8 : ( name: string ) => decorateProperty( PropertyType.Int8Property, name ),70 Int16 : ( name: string ) => decorateProperty( PropertyType.Int16Property, name ),71 Int64 : ( name: string ) => decorateProperty( PropertyType.Int64Property, name ),72 UInt16 : ( name: string ) => decorateProperty( PropertyType.UInt16Property, name ),73 UInt32 : ( name: string ) => decorateProperty( PropertyType.UInt32Property, name ),74 UInt64 : ( name: string ) => decorateProperty( PropertyType.UInt64Property, name ),75 Name : ( name: string ) => decorateProperty( PropertyType.NameProperty, name ),76 Delegate : ( name: string ) => decorateProperty( PropertyType.DelegateProperty, name ),77 Set : ( name: string, inner: any[] ) => decorateProperty( PropertyType.SetProperty, name, inner ),78 Array : ( name: string, inner: any[] ) => decorateProperty( PropertyType.ArrayProperty, name, inner ),79 WeakObject : ( name: string, classRef: () => object ) => decorateProperty( PropertyType.WeakObjectProperty, name, classRef ),80 Str : ( name: string ) => decorateProperty( PropertyType.StrProperty, name ),81 Text : ( name: string ) => decorateProperty( PropertyType.TextProperty, name ),82 MulticastSparseDelegate: ( name: string ) => decorateProperty( PropertyType.MulticastSparseDelegateProperty, name ),83 Enum : ( name: string, enumRef?: () => object ) => decorateProperty( PropertyType.EnumProperty, name, enumRef ),84 Double : ( name: string ) => decorateProperty( PropertyType.DoubleProperty, name ),85 MulticastDelegate : ( name: string ) => decorateProperty( PropertyType.MulticastDelegateProperty, name ),86 Class : ( name: string, classRef: () => object ) => decorateProperty( PropertyType.ClassProperty, name, classRef ),87 Map : ( name: string, key: any[], value: any[] ) => decorateProperty( PropertyType.MapProperty, name, key, value ),88 Interface : ( name: string, classRef: () => object ) => decorateProperty( PropertyType.InterfaceProperty, name, classRef ),89 FieldPath : ( name: string ) => decorateProperty( PropertyType.FieldPathProperty, name ),90 SoftClass : ( name: string, classRef: () => object ) => decorateProperty( PropertyType.SoftClassProperty, name, classRef ),91 Function : ( fullName: string, returnType?: any[] ) => decorateFunction( fullName, returnType ),...
index.ts
Source: index.ts
1import {2 Container,3 injectable,4 decorate,5 optional,6 inject,7 multiInject,8 ContainerModule,9 multiBindToService,10 interfaces,11 LazyServiceIdentifer,12 AsyncContainerModule,13 postConstruct14} from "inversify";15import {DecorateProperty} from "./utilities/decorate-property.until";16const Injectable = injectable;17const PostConstruct = postConstruct;18const Inject = inject;19const MultiInject = multiInject;20const Decorate = decorate;21const decorateProperty = DecorateProperty;22const Optional = optional;23export {24 Container,25 injectable,26 decorate,27 decorateProperty,28 DecorateProperty,29 optional,30 inject,31 postConstruct,32 PostConstruct,33 Injectable,34 Inject,35 Decorate,36 Optional,37 multiInject,38 multiBindToService,39 ContainerModule,40 interfaces,41 LazyServiceIdentifer,42 AsyncContainerModule...
Example_PropertyDecorators.ts
Source: Example_PropertyDecorators.ts
1function DecorateProperty(message: string) {2 return function (target: any, propertyKey: string) {3 console.log(`Decorated ${target.constructor.name}.${propertyKey} with '${message}'`);4 }5}6class Teacher {7 @DecorateProperty("ID")8 public id: number;9 @DecorateProperty("NAME")10 public name: string;11 constructor(id: number, name: string) {12 this.id = id;13 this.name = name;14 }...
Using AI Code Generation
1const fc = require('fast-check');2const { decorateProperty } = require('fast-check-monorepo');3const isPrime = (n) => {4 if (n < 2) {5 return false;6 }7 for (let i = 2; i < n; i++) {8 if (n % i === 0) {9 return false;10 }11 }12 return true;13};14decorateProperty(15 (arb) => arb.filter(isPrime)16);17const isEven = (n) => n % 2 === 0;18decorateProperty(19 (arb) => arb.filter(isEven)20);21const isOdd = (n) => n % 2 === 1;22decorateProperty(23 (arb) => arb.filter(isOdd)24);25fc.assert(26 fc.property(27 fc.integer().prime().even().odd(),28 (n) => isPrime(n) && isEven(n) && isOdd(n)29);
Using AI Code Generation
1const { decorateProperty } = require('fast-check');2const { expect } = require('chai');3describe('Test', function () {4 it('should work', function () {5 decorateProperty(it, 'should work', () => {6 return {7 };8 });9 expect(1).to.equal(1);10 });11});12{13 "scripts": {14 },15 "dependencies": {16 }17}
Using AI Code Generation
1const { decorateProperty } = require('fast-check');2const { assert } = require('chai');3describe('test', () => {4 it('should pass', () => {5 decorateProperty(it, (m) => {6 assert.equal(m, 1);7 });8 expect(1).to.equal(1);9 });10});
Using AI Code Generation
1import { decorateProperty } from 'fast-check';2describe('test', () => {3 it('should pass', () => {4 const property = decorateProperty(5 () => {},6 { verbose: 1 },7 );8 property.check();9 });10});11import { decorateProperty } from 'fast-check';12describe('test', () => {13 it('should pass', () => {14 const property = decorateProperty(15 () => {},16 { verbose: 1 },17 );18 property.check();19 });20});
Using AI Code Generation
1const fc = require('fast-check');2const { decorateProperty } = require('fast-check');3decorateProperty(fc, 'array', {4 preFilter: (array, { minLength }) => array.length >= minLength,5 preFilterParameters: { minLength: 2 },6});7fc.assert(8 fc.property(fc.array(fc.integer()), (array) => {9 return array.length >= 2;10 })11);12const fc = require('fast-check');13const { decorateProperty } = require('fast-check');14decorateProperty(fc, 'array', {15 preFilter: (array, { minLength }) => array.length >= minLength,16 preFilterParameters: { minLength: 2 },17});18fc.assert(19 fc.property(fc.array(fc.integer()), (array) => {20 return array.length >= 2;21 })22);23const fc = require('fast-check');24const { decorateProperty } = require('fast-check');25decorateProperty(fc, 'array', {26 preFilter: (array, { minLength }) => array.length >= minLength,27 preFilterParameters: { minLength: 2 },28});29fc.assert(30 fc.property(fc.array(fc.integer()), (array) => {31 return array.length >= 2;32 })33);
Using AI Code Generation
1const fc = require('fast-check');2const decorateProperty = require('fast-check-monorepo/src/check/property/DecorateProperty.js');3const property = decorateProperty(fc.property, { maxRuns: 100 });4const myProperty = property(fc.integer(), fc.integer(), (a, b) => {5 return a + b === b + a;6});7fc.assert(myProperty);8{9 "scripts": {10 },11 "dependencies": {12 }13}
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