How to use createArrayLiteral method in ts-auto-mock
Best JavaScript code snippet using ts-auto-mock
transformer.ts
Source:transformer.ts 
...97 const reflectionInfo = buildReflectionInfo(classNode);98 const decorators = classNode.decorators?.map(decorator => {99 if (isReflectiveDecorator(decorator)) {100 const reflectionInfoExpression = createObjectLiteral([101 createPropertyAssignment('properties', createArrayLiteral(102 reflectionInfo.properties.map(property => createObjectLiteral([103 createPropertyAssignment('name', createStringLiteral(property.name)),104 createPropertyAssignment('optional', property.optional ? createTrue() : createFalse()),105 createPropertyAssignment('static', property.static ? createTrue() : createFalse()),106 createPropertyAssignment('declaredInConstructor', property.declaredInConstructor ? createTrue() : createFalse()),107 ]))108 )),109 createPropertyAssignment('getters', createArrayLiteral(110 reflectionInfo.getters.map(getter => createObjectLiteral([111 createPropertyAssignment('name', createStringLiteral(getter.name)),112 createPropertyAssignment('static', getter.static ? createTrue() : createFalse())113 ]))114 )),115 createPropertyAssignment('methods', createArrayLiteral(116 reflectionInfo.methods.map(method => createObjectLiteral([117 createPropertyAssignment('name', createStringLiteral(method.name)),118 createPropertyAssignment('static', method.static ? createTrue() : createFalse())119 ]))120 ))121 ]);122 return updateDecorator(decorator, createCall(123 decorator.expression,124 undefined,125 [reflectionInfoExpression]126 ));127 }128 return decorator;129 })...
helper.basic.ts
Source:helper.basic.ts
...21 return ts.createNumericLiteral(value.toString());22 } else if (is.boolean(value)) {23 return value ? ts.createTrue() : ts.createFalse();24 } else if (is.array(value)) {25 return this.createArrayLiteral(value);26 } else if (is.object(value)) {27 return this.createObjectLiteral(value);28 } else {29 /**30 * Treat the others as string31 * @TODO symbol, undefined, null, function32 */33 return ts.createStringLiteral(String(value));34 }35 }36 /**37 * å建å½å空é´å¯¼å
¥38 *39 * @example40 * // import * as React from 'react'41 * createNamespaceImport('react', 'React')42 * @param {string} moduleName 模åå43 * @param {string} namespace å½å空é´44 */45 public createNamespaceImport(moduleName: string, namespace: string) {46 return this.injector47 .get(ImportGenerator)48 .setNamespaceName(namespace)49 .setModulePath(moduleName);50 }51 /**52 * å建å½å空é´å¯¼å
¥è¯·ä½¿ç¨ createNamespaceImport53 *54 * @example55 * // import React, { useState, useCallback as UC } from 'react'56 * createImport('react', 'React', ['useState', ['useCallback', 'UC']])57 * @param {string} moduleName 模åå58 * @param {string | undefined} defaultName é»è®¤å¯¼åº59 * @param {Array<string | string[]>} named å
·å导åºï¼å个å
·å导åºé¡¹ä¸ºç±»å为[string, string]æ¶ä¼å建å«å60 */61 public createImport(moduleName: string, defaultName?: string, named?: Array<string | string[]>) {62 const gen = this.injector.get(ImportGenerator);63 if (defaultName) gen.setDefaultName(defaultName);64 if (named) {65 named.forEach(named => {66 let propertyName: string | undefined;67 let name: string;68 if (is.string(named)) {69 name = named;70 gen.addNamedBinding(name, name);71 } else {72 propertyName = named[0];73 name = named[1];74 gen.addNamedBinding(name ?? propertyName, propertyName);75 }76 });77 }78 return gen.setModulePath(moduleName);79 }80 public createObjectLiteral(object: Record<string, unknown>) {81 const keys = Object.keys(object);82 const properties = keys.map(key => {83 const value = object[key];84 const expr = this.createLiteral(value);85 const property = ts.createPropertyAssignment(key, expr);86 return property;87 });88 const literal = ts.createObjectLiteral(properties);89 return literal;90 }91 public createArrayLiteral(array: unknown[]) {92 const elements = array.map(item => {93 let expr: ts.Expression;94 if (is.stringOrNumberOrBoolean(item)) {95 expr = resolveSyntaxInsert(typeof item, item);96 } else if (is.array(item)) {97 expr = this.createArrayLiteral(item);98 } else {99 expr = this.createObjectLiteral(item as Record<string, Primitive>);100 }101 return expr;102 });103 const literal = ts.createArrayLiteral(elements, true);104 return literal;105 }106 public createFunctionCall(name: string, parameters: (string | ts.Expression)[]) {107 return ts.createCall(108 ts.createIdentifier(name),109 undefined,110 parameters.map(param => (is.string(param) ? ts.createIdentifier(param) : param)),111 );112 }113 public createObjectAttr(value: Record<string, number | string | boolean | ts.Expression>) {114 return ts.createObjectLiteral(115 Object.entries(value)116 .filter(i => i[1] !== void 0)117 .map(([n, v]) =>...
index.ts
Source:index.ts
...21 throw Error('only allow 0 param');22 }23 const typeChecker = languageService.getProgram()!.getTypeChecker();24 if (!node.typeArguments) {25 return ts.createArrayLiteral([]);26 }27 const type = typeChecker.getTypeFromTypeNode(node.typeArguments[0]);28 const properties = typeChecker.getPropertiesOfType(type);29 return ts.createArrayLiteral(30 properties.map(property => ts.createLiteral(property.name)),31 );32 }33 }34 return node;35};...
Using AI Code Generation
1import { createArrayLiteral } from 'ts-auto-mock';2describe('createArrayLiteral', () => {3 it('should create an array literal', () => {4 const result = createArrayLiteral(2, 'test');5 expect(result).toEqual(['test', 'test']);6 });7});
Using AI Code Generation
1import { createArrayLiteral } from 'ts-auto-mock/extension';2import { Test } from './test';3const arrayLiteral = createArrayLiteral<Test>(2);4class Test {5 public property1: string;6 public property2: number;7}8import { createObjectLiteral } from 'ts-auto-mock/extension';9import { Test } from './test';10const objectLiteral = createObjectLiteral<Test>(2);11class Test {12 public property1: string;13 public property2: number;14}15import { createPartial } from 'ts-auto-mock/extension';16import { Test } from './test';17const partial = createPartial<Test>(2);18{19 "compilerOptions": {20 "paths": {21 }22 }23}24{25 "compilerOptions": {26 }27}
Using AI Code Generation
1const { createArrayLiteral } = require('ts-auto-mock');2const mock = createArrayLiteral('string', 1, true);3console.log(mock);4const { createArrayLiteralFromType } = require('ts-auto-mock');5const mock = createArrayLiteralFromType('string', 1, true);6console.log(mock);7const { createGeneric } = require('ts-auto-mock');8const mock = createGeneric('string', 1, true);9console.log(mock);10const { createGenericFromType } = require('ts-auto-mock');11const mock = createGenericFromType('string', 1, true);12console.log(mock);13const { createPartial } = require('ts-auto-mock');14const mock = createPartial('string', 1, true);15console.log(mock);16const { createPartialFromType } = require
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