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How to use fromScope method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

container.ts

Source:container.ts

1import { AsyncHookMap } from 'async-hooks-map';23import { getBindMeta, getDepencyMeta } from './decorators';4import { AliasRegistion, ClassRegistion, FactoryRegistion, Registion, ValueRegistion } from './registion';5import { BindOption, Constructor, ContainerBinder, ContainerResolver, Factory, ID, InjectError } from './types';6789export class Container implements ContainerResolver, ContainerBinder {1011    protected _map = new AsyncHookMap<any, Registion<any>>()1213    protected _lazyBinds: { [scope: string]: Map<any, Registion<any>> } = {}1415    protected _autoBinds: Set<Function> = new Set()1617    /**18     * alias of bindValue19     * 20     * @template T 21     * @param {ID<T>} id 22     * @param {T} value 23     * @memberof ContainerClass24     */25    set<T> (id: ID<T>, value: T, opt: { scope?: string } = {}): this {26        return this.bindValue(id, value, opt)27    }28    /**29     * bind with value, it will be singleton30     * 31     * @template T 32     * @param {ID<T>} id 33     * @param {T} value 34     * @memberof ContainerClass35     */36    bindValue<T> (id: ID<T>, value: T, opt: { scope?: string } = {}): this {37        const registion = new ValueRegistion(value, opt ? opt.scope : undefined)38        if (!opt.scope || this._map.hasName(opt.scope)) {39            this._map.set(id, registion)40        } else {41            const map = this._map.parent(opt.scope)42            if (map) {43                map.set(id, registion)44            } else {45                this._bindLazy(opt.scope, id, registion)46            }47        }48        return this49    }50    /**51     * bind lazy52     * 53     * @template T 54     * @param {ID<T>} id 55     * @param {() => T} func 56     * @param {BindOption} [opt] 57     * @memberof ContainerClass58     */59    bind<T> (id: ID<T>, creater: () => T, opt: BindOption = {}): this {60        const registion = new FactoryRegistion({ create: creater }, opt.singleton || false, opt.scope)61        if (!opt.scope || this._map.hasName(opt.scope)) {62            this._map.set(id, registion)63        } else {64            const map = this._map.parent(opt.scope)65            if (map) {66                map.set(id, registion)67            } else {68                this._bindLazy(opt.scope, id, registion)69            }70        }71        return this72    }7374    bindFactory<T> (id: Constructor<T>, factory: Factory<T> | Constructor<Factory<T>>, opt: Partial<BindOption & { factorySingleton: boolean }> = {}): this {75        if (typeof factory === 'function') {76            // factory is constructor77            const factoryOpt = {78                scope: opt.scope,79                singleton: opt.factorySingleton === false ? false : true80            }81            this.bindClass(factory, factoryOpt)82            this.bind(id, () => {83                const f = this.get(factory, opt.scope)84                return f.create()85            }, opt)86        } else {87            this.bind(id, factory.create.bind(factory))88        }89        return this90    }91    /**92     * 93     *94     * @template T95     * @param {ID<T>} id96     * @param {Function} cls97     * @param {BindOption} [opt={}]98     * @memberof Container99     */100    bindClassWithId (id: ID<any>, cls: Constructor<any>, opt: BindOption = {}): this {101        const registion = new ClassRegistion(cls, opt.singleton || false, opt.scope)102        if (!opt.scope || this._map.hasName(opt.scope)) {103            this._map.set(id, registion)104        } else {105            const map = this._map.parent(opt.scope)106            if (map) {107                map.set(id, registion)108            } else {109                this._bindLazy(opt.scope, id, registion)110            }111        }112        return this113    }114    /**115     * bind a class, ignore the decoractors116     * 117     * @template T 118     * @param {Constructor<T>} cls 119     * @param {BindOption} [opt] 120     * @memberof ContainerClass121     */122    bindClass<T> (cls: Constructor<T>, opt: BindOption = {}): this {123        const registion = new ClassRegistion(cls, opt.singleton || false, opt.scope)124        if (!opt.scope || this._map.hasName(opt.scope)) {125            this._map.set(cls, registion)126        } else {127            const map = this._map.parent(opt.scope)128            if (map) {129                map.set(cls, registion)130            } else {131                this._bindLazy(opt.scope, cls, registion)132            }133        }134        return this135    }136137    bindAlias<T> (id: ID<T>, toId: ID<T>, opt: Pick<BindOption, 'scope'> = {}): this {138        const registion = new AliasRegistion(toId)139        if (!opt.scope || this._map.hasName(opt.scope)) {140            this._map.set(id, registion)141        } else {142            const map = this._map.parent(opt.scope)143            if (map) {144                map.set(id, registion)145            } else {146                this._bindLazy(opt.scope, id, registion)147            }148        }149        return this150    }151152    /**153     * auto bind a class with decorectors154     *155     * @param {Function} target156     * @memberof Container157     */158    autoBind (target: Function): this {159        if (this._autoBinds.has(target)) {160            return this161        }162        this._autoBinds.add(target)163        const bindMeta = getBindMeta(target)164        if (bindMeta) {165            bindMeta.actions.forEach(action => {166                action(target, this)167            })168        }169        return this170    }171172    /**173     * create name or alias a async scope174     *175     * @param {string} name176     * @memberof Container177     */178    aliasScope (name: string) {179        if (this._map.parent(name)) {180            throw new Error('scope name should not be same with parent')181        }182        this._map.alias(name)183        if (this._lazyBinds[name]) {184            this._lazyBinds[name].forEach((reg, id) => {185                this._map.set(id, reg)186            })187        }188        return this189    }190    /**191     * detect a scope192     *193     * @param {string} name194     * @returns195     * @memberof Container196     */197    hasScope (name: string) {198        return this._map.hasName(name) || !!this._map.parent(name)199    }200    /**201     * fill a instance by it't prop decorectors202     *203     * @param {*} target204     * @param {string} [fromScope]205     * @memberof Container206     */207    fill (target: any, fromScope?: string) {208        const meta = getDepencyMeta(target)209        if (!meta) {210            return211        }212        for (let k of Object.keys(meta.props)) {213            if (!target[k]) {214                const resolver = meta.props[k]215                const value = resolver.resolve(this, fromScope)216                if (resolver.required && typeof value === 'undefined') {217                    throw new InjectError('cant resolve depency,bug target prop is required')218                }219                target[k] = value220            }221        }222    }223    /**224     * get instance with id or class225     *226     * @template T227     * @param {(Function | Constructor<T>)} id228     * @param {string} [fromScope]229     * @returns {T}230     * @memberof Container231     */232    get<T> (id: Function | Constructor<T>, fromScope?: string): T233    get<T=any> (id: string | symbol, fromScope?: string): T | undefined234    get (id: ID<any>, fromScope?: string): any {235        const map = fromScope ? this._map.closest(fromScope) : this._map236        let reg = map.get(id)237        if (reg) {238            return reg.getInstance(this, fromScope)239        }240        if (typeof id === 'function') {241            if (!this._autoBinds.has(id)) {242                this.autoBind(id)243                return this.get(id)244            }245            const reg = new ClassRegistion(id, false)246            return reg.getInstance(this, fromScope)247        }248    }249250251    /**252     * get the distance of scope which has the key253     *254     * @param {ID<any>} id255     * @returns256     * @memberof Container257     */258    distance (id: ID<any>) {259        return this._map.distance(id)260    }261262    protected _bindLazy (scope: string, id: any, registion: Registion<any>) {263        if (!this._lazyBinds[scope]) {264            this._lazyBinds[scope] = new Map()265        }266        this._lazyBinds[scope].set(id, registion)267    }
...

types.ts

Source:types.ts

12export interface BindOption {3    scope?: string4    singleton?: boolean5}67export interface Factory<T> {8    create (): T9}1011export type Constructor<T> = Function | (Function & {12    new(...args: any[]): T13})1415export type ID<T> = string | symbol | Constructor<T>161718export interface InjectOption {19    required: boolean20    scope?: string21}2223export interface ContainerResolver {24    /**25     * get instance from container26     *27     * @template T28     * @param {Constructor<T>} id29     * @param {string} [fromScope]30     * @returns {T}31     * @memberof ContainerResolver32     */33    get<T> (id: Constructor<T>, fromScope?: string): T34    get<T=any> (id: string | symbol, fromScope?: string): T | undefined3536    /**37     * fill prop depencies of an exist instalce38     * it will ignore when target prop has value39     *40     * @param {*} target41     * @param {string} [fromScope]42     * @memberof ContainerResolver43     */44    fill (target: any, fromScope?: string): void45}4647export interface ContainerBinder {48    /**49     * alias of bind Value50     *51     * @template T52     * @param {ID<T>} id53     * @param {T} value54     * @param {Pick<BindOption, 'scope'>} [opt]55     * @memberof ContainerBinder56     */57    set<T> (id: ID<T>, value: T, opt?: Pick<BindOption, 'scope'>): this58    /**59     * bind a exist instalce60     *61     * @template T62     * @param {ID<T>} id63     * @param {T} value64     * @param {Pick<BindOption, 'scope'>} [opt]65     * @memberof ContainerBinder66     */67    bindValue<T> (id: ID<T>, value: T, opt?: Pick<BindOption, 'scope'>): this68    /**69     * bind lazy initialize instance70     *71     * @template T72     * @param {ID<T>} id73     * @param {() => T} creater74     * @param {Partial<BindOption>} [opt]75     * @memberof ContainerBinder76     */77    bind<T> (id: ID<T>, creater: () => T, opt?: Partial<BindOption>): this7879    /**80     * bind a class with factory81     *82     * @template T83     * @param {Constructor<T>} id84     * @param {(Factory<T> | Constructor<Factory<T>>)} factory85     * @param {Partial<BindOption>} [opt]86     * @returns {this}87     * @memberof ContainerBinder88     */89    bindFactory<T> (id: Constructor<T>, factory: Factory<T> | Constructor<Factory<T>>, opt?: Partial<BindOption & { factorySingleton: boolean }>): this9091    /**92     * bind a class93     * set scope or singleton94     *95     * @template T96     * @param {Constructor<T>} cls97     * @param {Partial<BindOption>} [opt]98     * @memberof ContainerBinder99     */100    bindClass<T> (cls: Constructor<T>, opt?: Partial<BindOption>): this101    /**102     * bind a class with an diffrent id103     *104     * @param {ID<any>} id105     * @param {Constructor<any>} cls106     * @param {Partial<BindOption>} [opt]107     * @memberof ContainerBinder108     */109    bindClassWithId (id: ID<any>, cls: Constructor<any>, opt?: Partial<BindOption>): this110111    /**112     * alias a id113     *114     * @param {ID<any>} id115     * @param {ID<any>} toId116     * @param {Pick<BindOption, 'scope'>} [opt]117     * @memberof ContainerBinder118     */119    bindAlias (id: ID<any>, toId: ID<any>, opt?: Pick<BindOption, 'scope'>): this120121}122123export class ContainerError extends Error {124    code = 'ERR_CONTAINER'125}126127export class InjectError extends ContainerError {128    code = 'ERR_CONTAINER.INJECT'
...

globalValaaScriptBuiltinObjects.js

Source:globalValaaScriptBuiltinObjects.js

2import VALEK from "~/valaa-engine/VALEK";3import { asyncRequest } from "~/valaa-tools";4export default {5  vRef,6  setField: VALEK.setField(VALEK.fromScope("$1"), VALEK.fromScope("$2")),7  addToField: VALEK.addToField(VALEK.fromScope("$1"), VALEK.fromScope("$2")),8  removeFromField: VALEK.removeFromField(VALEK.fromScope("$1"), VALEK.fromScope("$2")),9  create: VALEK.create(VALEK.fromScope("$1"), VALEK.fromScope("$2")),10  destroy: VALEK.destroy(VALEK.fromScope("$1")),11  emplaceSetField: VALEK.emplaceSetField(VALEK.fromScope("$1"), VALEK.fromScope("$2")),12  emplaceAddToField: VALEK.emplaceAddToField(VALEK.fromScope("$1"), VALEK.fromScope("$2")),13  do: VALEK.do(VALEK.fromScope("$1"), VALEK.fromScope("$2")),14  blobContent: VALEK.blobContent(VALEK.fromScope("$1"), VALEK.fromScope("$2")),15  mediaURL: VALEK.mediaURL(),16  mediaContent: VALEK.mediaContent(),17  prepareBlob: VALEK.prepareBlob(VALEK.fromScope("$1"), VALEK.fromScope("$1")),18  asyncRequest,...

Using AI Code Generation

1import { fromScope } from 'ts-auto-mock';2describe('fromScope', () => {3  it('should create a mock from a scope', () => {4    const mock: ScopeInterface = fromScope<ScopeInterface>('ScopeInterface');5    expect(mock).toEqual({6      method: jasmine.any(Function),7      propertyWithInterface: { property: 'property' },8      propertyWithInterfaceArray: [{ property: 'property' }],9      propertyWithInterfaceArrayWithUnion: [{ property: 'property' }],10      propertyWithUnionArrayWithInterface: [{ property: 'property' }],11        [{ property: 'property' }],12    });13  });14});15import { fromScope } from 'ts-auto-mock';16describe('fromScope', () => {17  it('should create a mock from a scope', () => {18    const mock: ScopeInterface = fromScope<ScopeInterface>('ScopeInterface');19    expect(mock).toEqual({20      method: jasmine.any(Function),21      propertyWithInterface: { property: 'property' },22      propertyWithInterfaceArray: [{ property: 'property' }],23      propertyWithInterfaceArrayWithUnion: [{ property: 'property' }],24      propertyWithUnionArrayWithInterface: [{ property: 'property' }],25        [{ property: 'property' }],

Using AI Code Generation

1import { fromScope } from 'ts-auto-mock/extension';2export interface Test1 {3    test1: string;4}5let test1: Test1 = fromScope<Test1>('test1');6console.log(test1.test1);7import { fromScope } from 'ts-auto-mock/extension';8export interface Test2 {9    test2: string;10}11let test2: Test2 = fromScope<Test2>('test2');12console.log(test2.test2);13import { fromScope } from 'ts-auto-mock/extension';14export interface Test3 {15    test3: string;16}17let test3: Test3 = fromScope<Test3>('test3');18console.log(test3.test3);19import { fromScope } from 'ts-auto-mock/extension';20export interface Test4 {21    test4: string;22}23let test4: Test4 = fromScope<Test4>('test4');24console.log(test4.test4);25import { fromScope } from 'ts-auto-mock/extension';26export interface Test5 {27    test5: string;28}29let test5: Test5 = fromScope<Test5>('test5');30console.log(test5.test5);31import { fromScope } from 'ts-auto-mock/extension';32export interface Test6 {33    test6: string;34}35let test6: Test6 = fromScope<Test6>('test6');36console.log(test6.test6);37import { fromScope } from 'ts-auto-mock/extension';38export interface Test7 {39    test7: string;40}41let test7: Test7 = fromScope<Test7>('test7');42console.log(test7.test7);43import { fromScope } from 'ts-auto-mock/extension';44export interface Test8 {

Using AI Code Generation

1import {fromScope} from 'ts-auto-mock/extension';2const interfaceName = 'InterfaceName';3const scope = {4    InterfaceName: {5    }6};7const result = fromScope<InterfaceName>(scope, interfaceName);8console.log(result);9export interface InterfaceName {10    property1: string;11    property2: string;12}13import {fromScope} from 'ts-auto-mock/extension';14const interfaceName = 'InterfaceName';15const scope = {16    InterfaceName: {17    }18};19const result = fromScope<InterfaceName>(scope, interfaceName);20console.log(result);21export interface InterfaceName<T> {22    property1: T;23    property2: string;24}25import {fromScope} from 'ts-auto-mock/extension';26const interfaceName = 'InterfaceName';27const scope = {28    InterfaceName: {29    }30};31const result = fromScope<InterfaceName<string>>(scope, interfaceName);32console.log(result);33export interface InterfaceName<T> {34    property1: T;35    property2: InterfaceName2<T>;36}37export interface InterfaceName2<T> {38    property3: T;39}40import {fromScope} from 'ts-auto-mock/extension';41const interfaceName = 'InterfaceName';42const scope = {43    InterfaceName: {44        property2: {45        }46    }47};48const result = fromScope<InterfaceName<string>>(scope,

Using AI Code Generation

1import { fromScope } from 'ts-auto-mock/extension';2const scope = fromScope('test1');3scope.mock('test2').for('test2').return({ test: 123 });4scope.mock('test3').for('test3').return({ test: 123 });5import { fromScope } from 'ts-auto-mock/extension';6const scope = fromScope('test1');7scope.mock('test1').for('test1').return({ test: 123 });8scope.mock('test3').for('test3').return({ test: 123 });9import { fromScope } from 'ts-auto-mock/extension';10const scope = fromScope('test1');11scope.mock('test1').for('test1').return({ test: 123 });12scope.mock('test2').for('test2').return({ test: 123 });13import { fromScope } from 'ts-auto-mock/extension';14const scope = fromScope('test');15scope.mock('test').for('test').return((arg: number) => arg);16const test = require('test');17import { fromScope } from 'ts-auto-mock/extension';18const scope = fromScope('test');19scope.mock('test').for('test').return({ test: 123 });20const test = require('test');21const testClass = new test();22import { fromScope } from 'ts-auto-mock/extension';23const scope = fromScope('test');24scope.mock('test').for('test').return({ test: 123 });25const test = require('test');26const testClass: test = { test: 123 };27import { fromScope } from 'ts-auto-mock/extension';28const scope = fromScope('test');29scope.mock('test').for('test').return({ test: 123 });30const test = require('test');

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