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How to use GetMethodDescriptor method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

Condition.js

Source:Condition.js

1import PropTypes from 'prop-types';2import React from 'react';3import { types } from 'recast';4import Impact, { ErrorCatcher } from './Impact';5import { methodDescriptor, extractMethod } from './method';6import { methodDescriptor as globalMethodDescriptor } from './globalMethod';7import ConditionOperator from './ConditionOperator';8import { renderForm, valueToAST, getReadOnlySchema } from './args';9import { containerStyle } from '../Views/conditionImpactStyle';10const b = types.builders;11const nT = types.namedTypes;12/**13 * return a default value for the given type14 * @param {string} type the type for which a default value is required15 * @returns {string|undefined|boolean} the default value16 */17function defaultValue(type) {18    switch (type) {19        case 'string':20            return '';21        case 'number':22            return undefined;23        case 'boolean':24            return true;25        default:26            throw new Error(27                `Default value for 'returns' property '${type}' is not implemented`28            );29    }30}31/**32 * Find method's schema. Delegate to different method if it's a global method or a variable method.33 * @param {Object} node ast left node34 * @returns {Object} schema for given ast node35 */36function getMethodDescriptor(node) {37    const { global, method, variable, member } = extractMethod(38        nT.CallExpression.check(node) ? node : node.left39    );40    return global41        ? globalMethodDescriptor(member, method)42        : methodDescriptor(variable, method);43}44function isBoolCallFn(node) {45    const descr = getMethodDescriptor(node);46    return nT.CallExpression.check(node) && descr && descr.returns === 'boolean';47}48class Condition extends React.Component {49    constructor(props) {50        super(props);51        const { node } = props;52        const descr = getMethodDescriptor(node);53        if (nT.CallExpression.check(node)) {54            if (isBoolCallFn(node)) {55                this.state = { node: { left: node } };56            } else {57                this.state = { node: { left: node, operator: '===' } };58            }59        } else {60            this.state = {61                node: {62                    left: node.left,63                    right: node.right,64                    operator: node.operator || '===',65                },66            };67        }68        this.returns = descr && descr.returns; // store current method's returns69        this.sendUpdate = this.sendUpdate.bind(this);70    }71    componentWillReceiveProps(nextProps) {72        const { node } = nextProps;73        const descr = getMethodDescriptor(node);74        if (nT.CallExpression.check(node)) {75            if (isBoolCallFn(node)) {76                this.setState({ node: { left: node } });77            } else {78                this.setState({ node: { left: node, operator: '===' } });79            }80        } else {81            this.setState({82                node: {83                    left: node.left,84                    right: node.right,85                    operator: node.operator || '===',86                },87            });88        }89        this.returns = descr && descr.returns;90    }91    sendUpdate() {92        const { node } = this.state;93        const descr = getMethodDescriptor(node);94        if (!descr && node.left) {95            this.props.onChange(node.left);96        } else if (97            descr &&98            descr.returns === 'boolean' &&99            (node.right === undefined ||100                (node.right &&101                    node.right.value === true &&102                    node.operator === '==='))103        ) {104            this.props.onChange(node.left);105        } else if (node.operator && node.left) {106            const n = b.binaryExpression(107                node.operator,108                node.left,109                node.right ||110                    valueToAST(defaultValue(descr.returns), {111                        type: descr.returns,112                    })113            );114            this.props.onChange(n);115        }116    }117    check() {118        const { node } = this.state;119        const descr = getMethodDescriptor(node);120        if (!descr) {121            this.setState(({ node: n }) => ({122                node: { ...n, right: undefined },123            }));124        } else if (this.returns !== descr.returns) {125            this.setState(126                ({ node: n }) => ({127                    node: {128                        ...n,129                        operator: '===',130                        right: valueToAST(defaultValue(descr.returns), {131                            type: descr.returns,132                        }),133                    },134                }),135                this.sendUpdate136            );137            this.returns = descr.returns;138        } else {139            this.sendUpdate();140        }141    }142    render() {143        const { node } = this.state;144        const descr = getMethodDescriptor(node);145        let container;146        if (descr && typeof descr.returns !== 'string') {147            const { method } = extractMethod(148                nT.CallExpression.check(node) ? node : node.left149            );150            throw Error(151                `Method '${method}' is not comparable. Missing 'returns' description`152            );153        }154        if (node.right) {155            if (!descr) {156                const { method } = extractMethod(157                    nT.CallExpression.check(node) ? node : node.left158                );159                throw Error(`Method '${method}' not found`);160            }161            const schema = {162                type: descr.returns,163                value: defaultValue(descr.returns),164                required: true,165                view: {166                    layout: 'extraShortInline',167                },168            };169            let argsForm = renderForm(170                node.right,171                schema,172                v =>173                    this.setState(174                        ({ node: n }) => ({ node: { ...n, right: v } }),175                        this.check176                    ),177                undefined,178                'right'179            );180            if (this.props.view.readOnly) {181                argsForm = getReadOnlySchema(argsForm);182            }183            container = [184                <div key="operator" className={containerStyle}>185                    <ConditionOperator186                        operator={node.operator}187                        onChange={v =>188                            this.setState(189                                ({ node: n }) => ({190                                    node: { ...n, operator: v },191                                }),192                                this.check193                            )194                        }195                        type={descr.returns}196                        readOnly={this.props.view.readOnly}197                    />198                </div>,199                argsForm,200            ];201        }202        const isBoolCall =203            nT.CallExpression.check(node) && descr.returns === 'boolean';204        return (205            <div>206                <Impact207                    {...this.props}208                    node={isBoolCall ? node : node.left}209                    onChange={v => {210                        if (nT.CallExpression.check(v)) {211                            this.setState(({ node: n }) => {212                                const des = getMethodDescriptor(v);213                                if (des && des.returns === 'boolean') {214                                    return { node: { left: v } };215                                }216                                return { node: { ...n, left: v } };217                            }, this.check);218                        } else if (nT.ExpressionStatement.check(v)) {219                            this.props.onChange(v.expression);220                        } else {221                            this.props.onChange(v);222                        }223                    }}224                />225                {container}226            </div>227        );228    }229}230Condition.propTypes = {231    onChange: PropTypes.func.isRequired,232    node: PropTypes.object.isRequired,233};234export default function SecuredCondition(props) {235    return (236        <ErrorCatcher237            node={props.node}238            onChange={v => props.onChange(v.expression)}239        >240            <Condition {...props} />241        </ErrorCatcher>242    );243}244SecuredCondition.propTypes = {245    node: PropTypes.object,246    onChange: PropTypes.func.isRequired,...

FieldTest.ts

Source:FieldTest.ts

1/*2*3*/4// @ts-ignore5import {System} from "lib-utils-ts/src/lang/System";6import {Method} from "lib-utils-ts/src/Reflect/Method";7import {Field} from "lib-utils-ts/src/Reflect/Field";8import {Predication} from "lib-utils-ts/src/Predication";9import {Class} from "lib-utils-ts/src/Class";10export class FieldTest{11    public static readonly staticOneAR:String       = "";12    public static staticOneA:FieldTest              = new FieldTest();13    public static staticOneAa:Method                = FieldTest.class().getMethod("staticOne", Method.STATIC);14    public static staticOneAp:Predication<string>   = Predication.of(()=>void 0);15    public readonly instancedOneAR:String       = "stringTest";16    public instancedOneA:string                 = null;17    public static Main(args:string[]):void{18        let fieldI:FieldTest = new FieldTest();19        System.out.println(fieldI.getClass().toString());20        System.out.println(FieldTest.class().toString());21        System.out.println(22            FieldTest23                .class()24                .getMethod("instancedOne")25                .toString()26        );27        System.out.println(28            fieldI.getClass()29                .getMethod("instancedOne")30                .toString()31        );32        System.out.println(33            FieldTest34                .class()35                .getMethod("instancedOne")36                .getMethodDescriptor()37            .toString()+"--" );38        System.out.println(39            FieldTest40                .class()41                .getMethod("instancedOne")42                .getMethodDescriptor()43                .isWritable() );44        System.out.println(45            fieldI.getClass()46                .getMethod("instancedOne")47                .getMethodDescriptor()48                .toString()49        );50        System.out.println(51            FieldTest52                .class()53                .getMethod("staticOne", Method.STATIC)54                .toString()55        );56        System.out.println(57            fieldI.getClass()58                .getMethod("staticOne", Method.STATIC)59                .toString()60        );61        System.out.println(62            FieldTest63                .class()64                .getMethod("staticOne", Method.STATIC)65                .getMethodDescriptor()66                .toString()67        );68        System.out.println(69            fieldI.getClass()70                .getMethod("staticOne", Method.STATIC)71                .getMethodDescriptor()72                .toString()73        );74        System.out.println("===============================" );75        System.out.println(76            fieldI77                .getClass()78                .getField("staticOneAp", Field.STATIC)79        );80        System.out.println(81            fieldI82                .getClass()83                .getField("staticOneAa", Field.STATIC)84        );85        System.out.println(86            fieldI87                .getClass()88                .getField("staticOneA", Field.STATIC)89        );90        System.out.println(91            fieldI92                .getClass()93                .getField("staticOneA", Field.STATIC)94                .getFieldDescriptor()95                .toString()96        );97        System.out.println("*************************************************" );98        FieldTest.class()99            .getField("staticOneA", Field.STATIC)100            .getFieldDescriptor()101            .final()102            .set();103        System.out.println(104            FieldTest.class()105                .getField("staticOneA", Field.STATIC)106                .getFieldDescriptor()107                .toString()108        );109        System.out.println(110            fieldI111                .getClass()112                .getField("staticOneAR", Field.STATIC)113        );114        System.out.println(115            fieldI116                .getClass()117                .getField("staticOneAR", Field.STATIC)118                .getFieldDescriptor()119                .toString()120        );121        System.out.println(122            FieldTest.class()123                .getField("staticOneA", Field.STATIC)124        );125        System.out.println(126            FieldTest.class()127                .getField("staticOneA", Field.STATIC)128                .getFieldDescriptor()129                .toString()130        );131        System.out.println(132            FieldTest.class()133                .getField("staticOneAR", Field.STATIC)134        );135        System.out.println(136            FieldTest.class()137                .getField("staticOneAR", Field.STATIC)138                .getFieldDescriptor()139                .toString()140        );141        System.out.println(142            fieldI.getClass()143                .getField("instancedOneAR", Field.INSTANCED)144        );145        System.out.println(146            fieldI.getClass()147                .getField("instancedOneAR", Field.INSTANCED)148                .getFieldDescriptor()149                .toString()150        );151        System.out.println(152            "********"+ FieldTest.class()153                .getField("instancedOneAR", Field.INSTANCED)154        );155        System.out.println(156            fieldI.getClass()157                .getField("instancedOneA", Field.INSTANCED)158        );159        System.out.println(160            fieldI.getClass()161                .getField("instancedOneA", Field.INSTANCED)162                .getFieldDescriptor()163                .toString()164        );165        System.out.println(166            FieldTest.class()167                .getField("instancedOneA", Field.INSTANCED)168        );169       // console.log(FieldTest.constructor.prototype["instancedOneA"]);170    }171    public instancedOne():void{}172    public static staticOne():void{}173}...

index.js

Source:index.js

1import getMethodDescriptor from './helpers/getMethodDescriptor'2import logInvocation from './loggers/invocation'3import logResult from './loggers/result'4import logError from './loggers/error'5/**6 * Class methods invocation logging decorator outer7 *8 * @param {Object|Function} [param={}]9 *10 * @returns {Function}11 */12export default function cmildOuter (param = {}) {13  /**14   * Class methods invocation logging decorator inner15   *16   * @param {Object}   [options.styles={}]17   * @param {String}   [options.enabled=true]18   * @param {Object}   [options.styles.browser={}]19   * @param {String}   [options.styles.browser.invocation='background: #F2EAFF; color: #03A9F4; font-weight: bold']20   * @param {String}   [options.styles.browser.result='background: #F2EAFF; color: #4CAF50; font-weight: bold']21   * @param {String}   [options.styles.browser.error='background: #F2EAFF; color: #F20404; font-weight: bold']22   * @param {Object}   [options.styles.node={}]23   * @param {String}   [options.styles.node.invocation='bgBlack.blue.bold']24   * @param {String}   [options.styles.node.result='bgBlack.green.bold']25   * @param {String}   [options.styles.node.error='bgBlack.red.bold']26   * @param {Function} target27   */28  function cmildInner ({29    enabled = true,30    styles = {31      browser: {32        invocation: 'background: #F2EAFF; color: #03A9F4; font-weight: bold',33        result: 'background: #F2EAFF; color: #4CAF50; font-weight: bold',34        error: 'background: #F2EAFF; color: #F20404; font-weight: bold',35      },36      node: {37        invocation: 'bgBlack.blue.bold',38        result: 'bgBlack.green.bold',39        error: 'bgBlack.red.bold',40      },41    },42  } = {}, target) {43    if (typeof target !== 'function') {44      throw TypeError('`target` decorator param should be a class function!')45    }46    if (! enabled) {47      return48    }49    for (const propertyName of Reflect.ownKeys(target.prototype)) {50      const propertyValue = target.prototype[propertyName]51      const isMethod = propertyValue instanceof Function52      if (! isMethod) {53        // eslint-disable-next-line no-continue54        continue55      }56      const descriptor = getMethodDescriptor(target, propertyName)57      const originalMethod = descriptor.value58      descriptor.value = function decorate (...args) {59        const classMethod = `${target.name}#${originalMethod.name}`60        const logI = logInvocation.bind(null, classMethod, styles[process.browser ? 'browser' : 'node'].invocation)61        const logR = logResult.bind(null, classMethod, styles[process.browser ? 'browser' : 'node'].result)62        const logE = logError.bind(null, classMethod, styles[process.browser ? 'browser' : 'node'].error)63        logI(...args)64        let result65        try {66          result = Reflect.apply(originalMethod, this, args)67          const isPromise = (68            result instanceof Promise ||69            Promise.resolve(result) === result ||70            (71              typeof result === 'object' &&72              result.constructor &&73              result.constructor.name === 'Promise'74            )75          )76          if (isPromise) {77            result.then(logR).catch(logE)78          } else {79            logR(result)80          }81        } catch (error) {82          logE(error)83          throw error84        }85        return result86      }87      Reflect.defineProperty(target.prototype, propertyName, descriptor)88    }89  }90  if (typeof param === 'function') {91    return cmildInner({}, param)92  }93  return cmildInner.bind(cmildInner, param)...

Using AI Code Generation

1import {GetMethodDescriptor} from 'ts-auto-mock';2import {TestClass} from './test2';3GetMethodDescriptor(TestClass, 'testMethod');4import {GetMethodDescriptor} from 'ts-auto-mock';5export class TestClass {6    public testMethod(): string {7        return 'string';8    }9}10import {TestClass} from './test2';11import {GetMethodDescriptor} from 'ts-auto-mock';12GetMethodDescriptor(TestClass, 'testMethod');

Using AI Code Generation

1const descriptor = GetMethodDescriptor(MyClass, 'myMethod');2const descriptor = GetMethodDescriptor(MyClass.prototype, 'myMethod');3const descriptor = GetMethodDescriptor(MyClass.prototype, 'myMethod');4const descriptor = GetMethodDescriptor(MyClass.prototype, 'myMethod');5const descriptor = GetMethodDescriptor(MyClass.prototype, 'myMethod');6const descriptor = GetMethodDescriptor(MyClass.prototype, 'myMethod');7const descriptor = GetMethodDescriptor(MyClass.prototype, 'myMethod');8const descriptor = GetMethodDescriptor(MyClass.prototype, 'myMethod');9const descriptor = GetMethodDescriptor(MyClass.prototype, 'myMethod');10const descriptor = GetMethodDescriptor(MyClass.prototype, 'myMethod');11const descriptor = GetMethodDescriptor(MyClass.prototype, 'myMethod');12const descriptor = GetMethodDescriptor(MyClass.prototype, 'myMethod');13const descriptor = GetMethodDescriptor(MyClass.prototype, 'myMethod');14const descriptor = GetMethodDescriptor(MyClass.prototype, 'myMethod');15const descriptor = GetMethodDescriptor(MyClass.prototype, 'myMethod');

Using AI Code Generation

1import {GetMethodDescriptor} from 'ts-auto-mock';2const descriptor = GetMethodDescriptor('test1.ts', 'class1', 'method1');3console.log(descriptor);4import {GetMethodDescriptor} from 'ts-auto-mock';5const descriptor = GetMethodDescriptor('test2.ts', 'class2', 'method2');6console.log(descriptor);7{ type: 'method',8  parameters: [ { name: 'param1', type: 'string' } ] }9{ type: 'method',10  parameters: [ { name: 'param1', type: 'string' } ] }11{ type: 'method',12  parameters: [ { name: 'param1', type: 'string' } ] }

Using AI Code Generation

1const {GetMethodDescriptor} = require('ts-auto-mock');2const descriptor = GetMethodDescriptor('path/to/file.ts', 'ClassName', 'methodName');3console.log(descriptor);4const {GetMethodDescriptor} = require('ts-auto-mock');5const descriptor = GetMethodDescriptor('path/to/file.ts', 'ClassName', 'methodName', 'methodName2');6console.log(descriptor);7{8    name: string;9    parameters: {10        name: string;11        type: string;12        isOptional: boolean;13    }[];14    returnType: string;15}16{17    name: string;18    values: {19        name: string;20        value: string;21    }[];22}

Using AI Code Generation

1import {GetMethodDescriptor} from 'ts-auto-mock';2import {MyClass} from './myClass';3const methodDescriptor = GetMethodDescriptor(MyClass, 'myMethod');4{5        {6        },7        {8        }9}10import {GetMethodDescriptor} from 'ts-auto-mock';11import {MyClass} from './myClass';12const methodDescriptor = GetMethodDescriptor(MyClass, 'myMethod');13{14        {15        },16        {17        }18}19export class MyClass {20    myMethod(param1: string, param2: number): string {21        return '';22    }23}24To use ts-auto-mock, you need to import the library in your test file:25import {mock} from 'ts-auto-mock';26import {mock} from 'ts-auto

Using AI Code Generation

1import {getMock} from 'ts-auto-mock';2import {MyClass} from './MyClass';3const mock: MyClass = getMock<MyClass>();4console.log(mock.getMyMethod());5export class MyClass {6  getMyMethod(): string {7    return 'Hello World';8  }9}

Using AI Code Generation

1import { GetMethodDescriptor } from 'ts-auto-mock';2const methodDescriptor = GetMethodDescriptor(3);4console.log(methodDescriptor);5import { GetMethodDescriptor } from 'ts-auto-mock';6const methodDescriptor = GetMethodDescriptor(7);8console.log(methodDescriptor);9import { GetMethodDescriptor } from 'ts-auto-mock';10const methodDescriptor = GetMethodDescriptor(11);12console.log(methodDescriptor);13import { GetMethodDescriptor } from 'ts-auto-mock';14const methodDescriptor = GetMethodDescriptor(15);16console.log(methodDescriptor);17import { GetMethodDescriptor } from 'ts-auto-mock';18const methodDescriptor = GetMethodDescriptor(19);20console.log(methodDescriptor);21import { GetMethodDescriptor } from 'ts-auto-mock';22const methodDescriptor = GetMethodDescriptor(23);24console.log(methodDescriptor);25import { GetMethodDescriptor } from 'ts-auto-mock';26const methodDescriptor = GetMethodDescriptor(27);28console.log(methodDescriptor);

Using AI Code Generation

1import {GetMethodDescriptor} from 'ts-auto-mock';2const descriptor = GetMethodDescriptor();3import {GetPropertyDescriptor} from 'ts-auto-mock';4const descriptor = GetPropertyDescriptor();5import {GetAccessorDescriptor} from 'ts-auto-mock';6const descriptor = GetAccessorDescriptor();7import {GetParameterDescriptor} from 'ts-auto-mock';8const descriptor = GetParameterDescriptor();9import {GetCallDescriptor} from 'ts-auto-mock';10const descriptor = GetCallDescriptor();11import {GetConstructorDescriptor} from 'ts-auto-mock';12const descriptor = GetConstructorDescriptor();13import {GetClassDescriptor} from 'ts-auto-mock';14const descriptor = GetClassDescriptor();15import {GetInterfaceDescriptor} from 'ts-auto-mock';16const descriptor = GetInterfaceDescriptor();17import {GetEnumDescriptor} from 'ts-auto-mock';18const descriptor = GetEnumDescriptor();

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