How to use typesBatch method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

app.event.service.ts

Source:app.event.service.ts

1import { Injectable, OnDestroy } from '@angular/core';2import { EventInterface } from '@sports-alliance/sports-lib/lib/events/event.interface';3import { EventImporterJSON } from '@sports-alliance/sports-lib/lib/events/adapters/importers/json/importer.json';4import { combineLatest, from, Observable, Observer, of, zip } from 'rxjs';5import { AngularFirestore, AngularFirestoreCollection, } from '@angular/fire/compat/firestore';6import { bufferCount, catchError, concatMap, map, switchMap, take } from 'rxjs/operators';7import { EventJSONInterface } from '@sports-alliance/sports-lib/lib/events/event.json.interface';8import { ActivityJSONInterface } from '@sports-alliance/sports-lib/lib/activities/activity.json.interface';9import { ActivityInterface } from '@sports-alliance/sports-lib/lib/activities/activity.interface';10import { StreamInterface } from '@sports-alliance/sports-lib/lib/streams/stream.interface';11import * as Sentry from '@sentry/browser';12import { EventExporterJSON } from '@sports-alliance/sports-lib/lib/events/adapters/exporters/exporter.json';13import { User } from '@sports-alliance/sports-lib/lib/users/user';14import { Privacy } from '@sports-alliance/sports-lib/lib/privacy/privacy.class.interface';15import { AppWindowService } from './app.window.service';16import {17  EventMetaDataInterface,18  ServiceNames19} from '@sports-alliance/sports-lib/lib/meta-data/event-meta-data.interface';20import { EventExporterGPX } from '@sports-alliance/sports-lib/lib/events/adapters/exporters/exporter.gpx';21import { StreamEncoder } from '../helpers/stream.encoder';22import { CompressedJSONStreamInterface } from '@sports-alliance/sports-lib/lib/streams/compressed.stream.interface';23import firebase from 'firebase/compat/app'24import DocumentData = firebase.firestore.DocumentData;25import firestore = firebase.firestore26@Injectable({27  providedIn: 'root',28})29export class AppEventService implements OnDestroy {30  constructor(31    private windowService: AppWindowService,32    private afs: AngularFirestore) {33  }34  public getEventAndActivities(user: User, eventID: string): Observable<EventInterface> {35    // See36    // https://stackoverflow.com/questions/42939978/avoiding-nested-subscribes-with-combine-latest-when-one-observable-depends-on-th37    return combineLatest([38      this.afs39        .collection('users')40        .doc(user.uid)41        .collection('events')42        .doc(eventID)43        .valueChanges().pipe(44        map(eventSnapshot => {45          return EventImporterJSON.getEventFromJSON(<EventJSONInterface>eventSnapshot).setID(eventID);46        })),47      this.getActivities(user, eventID),48    ]).pipe(catchError((error) => {49      if (error && error.code && error.code === 'permission-denied') {50        return of([null, null])51      }52      Sentry.captureException(error);53      return of([null, null]) // @todo fix this54    })).pipe(map(([event, activities]: [EventInterface, ActivityInterface[]]) => {55      if (!event) {56        return null;57      }58      event.clearActivities();59      event.addActivities(activities);60      return event;61    })).pipe(catchError((error) => {62      // debugger;63      Sentry.captureException(error);64      return of(null); // @todo is this the best we can do?65    }))66  }67  public getEventsBy(user: User, where: { fieldPath: string | firestore.FieldPath, opStr: firestore.WhereFilterOp, value: any }[] = [], orderBy: string = 'startDate', asc: boolean = false, limit: number = 10, startAfter?: EventInterface, endBefore?: EventInterface): Observable<EventInterface[]> {68    if (startAfter || endBefore) {69      return this.getEventsStartingAfterOrEndingBefore(user, false, where, orderBy, asc, limit, startAfter, endBefore);70    }71    return this._getEvents(user, where, orderBy, asc, limit);72  }73  /**74   * @Deprecated75   * @param user76   * @param where77   * @param orderBy78   * @param asc79   * @param limit80   * @param startAfter81   * @param endBefore82   */83  public getEventsAndActivitiesBy(user: User, where: { fieldPath: string | firestore.FieldPath, opStr: firestore.WhereFilterOp, value: any }[] = [], orderBy: string = 'startDate', asc: boolean = false, limit: number = 10, startAfter?: EventInterface, endBefore?: EventInterface): Observable<EventInterface[]> {84    if (startAfter || endBefore) {85      return this.getEventsStartingAfterOrEndingBefore(user, true, where, orderBy, asc, limit, startAfter, endBefore);86    }87    return this._getEventsAndActivities(user, where, orderBy, asc, limit);88  }89  /**90   * Gets the event, activities and some streams depending on the types provided91   * @param user92   * @param eventID93   * @param streamTypes94   */95  public getEventActivitiesAndSomeStreams(user: User, eventID, streamTypes: string[]) {96    return this._getEventActivitiesAndAllOrSomeStreams(user, eventID, streamTypes);97  }98  /**99   * Get's the event, activities and all available streams100   * @param user101   * @param eventID102   */103  public getEventActivitiesAndAllStreams(user: User, eventID) {104    return this._getEventActivitiesAndAllOrSomeStreams(user, eventID);105  }106  public getActivities(user: User, eventID: string): Observable<ActivityInterface[]> {107    return this.afs108      .collection('users')109      .doc(user.uid)110      .collection('events').doc(eventID).collection('activities')111      .valueChanges({ idField: 'id' }).pipe(112        map(activitySnapshots => {113          return activitySnapshots.reduce((activitiesArray: ActivityInterface[], activitySnapshot) => {114            activitiesArray.push(EventImporterJSON.getActivityFromJSON(<ActivityJSONInterface>activitySnapshot).setID(activitySnapshot.id));115            return activitiesArray;116          }, []);117        }),118      )119  }120  public getEventMetaData(user: User, eventID: string, serviceName: ServiceNames): Observable<EventMetaDataInterface> {121    return this.afs122      .collection('users')123      .doc(user.uid)124      .collection('events')125      .doc(eventID)126      .collection('metaData')127      .doc(serviceName)128      .valueChanges().pipe(129        map(metaDataSnapshot => {130          return <EventMetaDataInterface>metaDataSnapshot;131        }),132      )133  }134  public getAllStreams(user: User, eventID: string, activityID: string): Observable<StreamInterface[]> {135    return this.afs136      .collection('users')137      .doc(user.uid)138      .collection('events')139      .doc(eventID)140      .collection('activities')141      .doc(activityID)142      .collection('streams')143      .get() // @todo replace with snapshot changes I suppose when @https://github.com/angular/angularfire2/issues/1552 is fixed144      .pipe(map((querySnapshot) => {145        return querySnapshot.docs.map(queryDocumentSnapshot => this.processStreamQueryDocumentSnapshot(queryDocumentSnapshot))146      }))147  }148  public getStream(user: User, eventID: string, activityID: string, streamType: string): Observable<StreamInterface> {149    return this.afs150      .collection('users')151      .doc(user.uid)152      .collection('events')153      .doc(eventID)154      .collection('activities')155      .doc(activityID)156      .collection('streams')157      .doc(streamType)158      .get() // @todo replace with snapshot changes I suppose when @https://github.com/angular/angularfire2/issues/1552 is fixed159      .pipe(map((queryDocumentSnapshot) => {160        return this.processStreamQueryDocumentSnapshot(queryDocumentSnapshot)161      }))162  }163  public getStreamsByTypes(userID: string, eventID: string, activityID: string, types: string[]): Observable<StreamInterface[]> {164    types = [...new Set(types)]165    // if >10 to be split into x batches of work and use merge due to firestore not taking only up to 10 in in operator166    const batchSize = 10 // Firstore limitation167    const x = types.reduce((all, one, i) => {168      const ch = Math.floor(i / batchSize);169      all[ch] = [].concat((all[ch] || []), one);170      return all171    }, []).map((typesBatch) => {172      return this.afs173        .collection('users')174        .doc(userID)175        .collection('events')176        .doc(eventID)177        .collection('activities')178        .doc(activityID)179        .collection('streams', ((ref) => {180          return ref.where('type', 'in', typesBatch);181        }))182        .get()183        .pipe(map((documentSnapshots) => {184          return documentSnapshots.docs.reduce((streamArray: StreamInterface[], documentSnapshot) => {185            streamArray.push(this.processStreamDocumentSnapshot(documentSnapshot));186            return streamArray;187          }, []);188        }))189    })190    return combineLatest(x).pipe(map(arrayOfArrays => arrayOfArrays.reduce((a, b) => a.concat(b), [])));191  }192  public async writeAllEventData(user: User, event: EventInterface) {193    const writePromises: Promise<void>[] = [];194    event.setID(event.getID() || this.afs.createId());195    event.getActivities()196      .forEach((activity) => {197        activity.setID(activity.getID() || this.afs.createId());198        writePromises.push(199          this.afs.collection('users')200            .doc(user.uid)201            .collection('events')202            .doc(event.getID())203            .collection('activities')204            .doc(activity.getID())205            .set(activity.toJSON()));206        activity.getAllExportableStreams().forEach((stream) => {207          writePromises.push(this.afs208            .collection('users')209            .doc(user.uid)210            .collection('events')211            .doc(event.getID())212            .collection('activities')213            .doc(activity.getID())214            .collection('streams')215            .doc(stream.type)216            .set(StreamEncoder.compressStream(stream.toJSON())))217        });218      });219    try {220      await Promise.all(writePromises);221      return this.afs.collection('users').doc(user.uid).collection('events').doc(event.getID()).set(event.toJSON());222    } catch (e) {223      // Try to delete the parent entity and all subdata224      await this.deleteAllEventData(user, event.getID());225      throw new Error('Could not parse event');226    }227  }228  public async setEvent(user: User, event: EventInterface) {229    return this.afs.collection('users').doc(user.uid).collection('events').doc(event.getID()).set(event.toJSON());230  }231  public async setActivity(user: User, event: EventInterface, activity: ActivityInterface) {232    return this.afs.collection('users').doc(user.uid).collection('events').doc(event.getID()).collection('activities').doc(activity.getID()).set(activity.toJSON());233  }234  public async updateEventProperties(user: User, eventID: string, propertiesToUpdate: any) {235    // @todo check if properties are allowed on object via it's JSON export interface keys236    return this.afs.collection('users').doc(user.uid).collection('events').doc(eventID).update(propertiesToUpdate);237  }238  public async deleteAllEventData(user: User, eventID: string): Promise<boolean> {239    const activityDeletePromises: Promise<boolean>[] = [];240    const queryDocumentSnapshots = await this.afs241      .collection('users')242      .doc(user.uid)243      .collection('events')244      .doc(eventID).collection('activities').ref.get();245    queryDocumentSnapshots.docs.forEach((queryDocumentSnapshot) => {246      activityDeletePromises.push(this.deleteAllActivityData(user, eventID, queryDocumentSnapshot.id))247    });248    await this.afs249      .collection('users')250      .doc(user.uid)251      .collection('events')252      .doc(eventID).delete();253    await Promise.all(activityDeletePromises);254    return true;255  }256  public async deleteAllActivityData(user: User, eventID: string, activityID: string): Promise<boolean> {257    // @todo add try catch etc258    await this.deleteAllStreams(user, eventID, activityID);259    await this.afs260      .collection('users')261      .doc(user.uid)262      .collection('events')263      .doc(eventID)264      .collection('activities')265      .doc(activityID).delete();266    return true;267  }268  public deleteStream(user: User, eventID, activityID, streamType: string) {269    return this.afs.collection('users').doc(user.uid).collection('events').doc(eventID).collection('activities').doc(activityID).collection('streams').doc(streamType).delete();270  }271  public async deleteAllStreams(user: User, eventID, activityID): Promise<number> {272    const numberOfStreamsDeleted = await this.deleteAllDocsFromCollections([273      this.afs.collection('users').doc(user.uid).collection('events').doc(eventID).collection('activities').doc(activityID).collection('streams'),274    ]);275    return numberOfStreamsDeleted276  }277  public async getEventAsJSONBloB(user: User, eventID: string): Promise<Blob> {278    const jsonString = await new EventExporterJSON().getAsString(await this.getEventActivitiesAndAllStreams(user, eventID).pipe(take(1)).toPromise());279    return (new Blob(280      [jsonString],281      {type: new EventExporterJSON().fileType},282    ));283  }284  public async getEventAsGPXBloB(user: User, eventID: string): Promise<Blob> {285    const gpxString = await new EventExporterGPX().getAsString(await this.getEventActivitiesAndAllStreams(user, eventID).pipe(take(1)).toPromise());286    return (new Blob(287      [gpxString],288      {type: new EventExporterGPX().fileType},289    ));290  }291  public async setEventPrivacy(user: User, eventID: string, privacy: Privacy) {292    return this.updateEventProperties(user, eventID, {privacy: privacy});293  }294  public ngOnDestroy() {295  }296  /**297   * Requires an event with activities298   * @todo this should be internal299   * @param user300   * @param event301   * @param streamTypes302   * @private303   */304  public attachStreamsToEventWithActivities(user: User, event: EventInterface, streamTypes?: string[]): Observable<EventInterface> {305    // Get all the streams for all activities and subscribe to them with latest emition for all streams306    return combineLatest(307      event.getActivities().map((activity) => {308        return (streamTypes ? this.getStreamsByTypes(user.uid, event.getID(), activity.getID(), streamTypes) : this.getAllStreams(user, event.getID(), activity.getID()))309          .pipe(map((streams) => {310            streams = streams || [];311            // debugger;312            // This time we dont want to just get the streams but we want to attach them to the parent obj313            activity.clearStreams();314            activity.addStreams(streams);315            // Return what we actually want to return not the streams316            return event;317          }));318      })).pipe(map(([newEvent]) => {319      return newEvent;320    }));321  }322  private _getEventActivitiesAndAllOrSomeStreams(user: User, eventID, streamTypes?: string[]) {323    return this.getEventAndActivities(user, eventID).pipe(switchMap((event) => { // Not sure about switch or merge324      if (!event) {325        return of(null);326      }327      // Get all the streams for all activities and subscribe to them with latest emition for all streams328      return this.attachStreamsToEventWithActivities(user, event, streamTypes)329    }))330  }331  private getEventsStartingAfterOrEndingBefore(user: User, getActivities: boolean, where: { fieldPath: string | firestore.FieldPath, opStr: firestore.WhereFilterOp, value: any }[] = [], orderBy: string = 'startDate', asc: boolean = false, limit: number = 10, startAfter: EventInterface, endBefore?: EventInterface): Observable<EventInterface[]> {332    const observables: Observable<firestore.DocumentSnapshot>[] = [];333    if (startAfter) {334      observables.push(this.afs335        .collection('users')336        .doc(user.uid)337        .collection('events')338        .doc(startAfter.getID()).get() // @todo fix it wont work it fires once339        .pipe(take(1)))340    }341    if (endBefore) {342      observables.push(this.afs343        .collection('users')344        .doc(user.uid)345        .collection('events')346        .doc(endBefore.getID()).get() // @todo fix it wont work it fires once347        .pipe(take(1)))348    }349    return zip(...observables).pipe(switchMap(([resultA, resultB]) => {350      if (startAfter && endBefore) {351        return getActivities ? this._getEventsAndActivities(user, where, orderBy, asc, limit, resultA, resultB) : this._getEvents(user, where, orderBy, asc, limit, resultA, resultB);352      }353      // If only start after354      if (startAfter) {355        return getActivities ? this._getEventsAndActivities(user, where, orderBy, asc, limit, resultA) : this._getEvents(user, where, orderBy, asc, limit, resultA);356      }357      // If only endAt358      return getActivities ? this._getEventsAndActivities(user, where, orderBy, asc, limit, null, resultA) : this._getEvents(user, where, orderBy, asc, limit, null, resultA);359    }));360  }361  private _getEvents(user: User, where: { fieldPath: string | firestore.FieldPath, opStr: firestore.WhereFilterOp, value: any }[] = [], orderBy: string = 'startDate', asc: boolean = false, limit: number = 10, startAfter?: firestore.DocumentSnapshot, endBefore?: firestore.DocumentSnapshot): Observable<EventInterface[]> {362    return this.getEventCollectionForUser(user, where, orderBy, asc, limit, startAfter, endBefore)363      .valueChanges({ idField: 'id' }).pipe(map((eventSnapshots) => {364        return eventSnapshots.map((eventSnapshot) => {365          return EventImporterJSON.getEventFromJSON(<EventJSONInterface>eventSnapshot).setID(eventSnapshot.id);366        })367      }))368  }369  /**370   * @param user371   * @param where372   * @param orderBy373   * @param asc374   * @param limit375   * @param startAfter376   * @param endBefore377   * @private378   */379  private _getEventsAndActivities(user: User, where: { fieldPath: string | firestore.FieldPath, opStr: firestore.WhereFilterOp, value: any }[] = [], orderBy: string = 'startDate', asc: boolean = false, limit: number = 10, startAfter?: firestore.DocumentSnapshot, endBefore?: firestore.DocumentSnapshot): Observable<EventInterface[]> {380    return this.getEventCollectionForUser(user, where, orderBy, asc, limit, startAfter, endBefore)381      .valueChanges({ idField: 'id' }).pipe(map((eventSnapshots) => {382        return eventSnapshots.reduce((events, eventSnapshot) => {383          events.push(EventImporterJSON.getEventFromJSON(<EventJSONInterface>eventSnapshot).setID(eventSnapshot.payload.id));384          return events;385        }, []);386      })).pipe(switchMap((events) => {387        if (!events.length) {388          return of([]);389        }390        return combineLatest(events.map((event) => {391          return this.getActivities(user, event.getID()).pipe(map((activities) => {392            event.addActivities(activities)393            return event;394          }));395        }))396      }));397  }398  private getEventCollectionForUser(user: User, where: { fieldPath: string | firestore.FieldPath, opStr: firestore.WhereFilterOp, value: any }[] = [], orderBy: string = 'startDate', asc: boolean = false, limit: number = 10, startAfter?: firestore.DocumentSnapshot, endBefore?: firestore.DocumentSnapshot) {399    return this.afs.collection('users')400      .doc(user.uid)401      .collection('events', ((ref) => {402        let query;403        if (where.length) {404          where.forEach(whereClause => {405            if (whereClause.fieldPath === 'startDate' && (orderBy !== 'startDate')) {406              query = ref.orderBy('startDate', 'asc')407            }408          });409          if (!query) {410            query = ref.orderBy(orderBy, asc ? 'asc' : 'desc');411          } else {412            query = query.orderBy(orderBy, asc ? 'asc' : 'desc');413          }414          where.forEach(whereClause => {415            query = query.where(whereClause.fieldPath, whereClause.opStr, whereClause.value);416          });417        } else {418          query = ref.orderBy(orderBy, asc ? 'asc' : 'desc');419        }420        if (limit > 0) {421          query = query.limit(limit)422        }423        if (startAfter) {424          // debugger;425          query = query.startAfter(startAfter);426        }427        if (endBefore) {428          // debugger;429          query = query.endBefore(endBefore);430        }431        return query;432      }))433  }434  private processStreamDocumentSnapshot(streamSnapshot: DocumentData): StreamInterface {435    return EventImporterJSON.getStreamFromJSON(StreamEncoder.decompressStream(streamSnapshot.data()));436  }437  private processStreamQueryDocumentSnapshot(queryDocumentSnapshot: firestore.QueryDocumentSnapshot): StreamInterface {438    return EventImporterJSON.getStreamFromJSON(StreamEncoder.decompressStream(<CompressedJSONStreamInterface>queryDocumentSnapshot.data()));439  }440  // From https://github.com/angular/angularfire2/issues/1400441  private async deleteAllDocsFromCollections(collections: AngularFirestoreCollection[]) {442    let totalDeleteCount = 0;443    const batchSize = 500;444    return new Promise<number>((resolve, reject) =>445      from(collections)446        .pipe(concatMap(collection => from(collection.ref.get())))447        .pipe(concatMap(q => from(q.docs)))448        .pipe(bufferCount(batchSize))449        .pipe(concatMap((docs) => Observable.create((o: Observer<number>) => {450          const batch = this.afs.firestore.batch();451          docs.forEach(doc => batch.delete(doc.ref));452          batch.commit()453            .then(() => {454              o.next(docs.length);455              o.complete()456            })457            .catch(e => o.error(e))458        })))459        .subscribe(460          (batchDeleteCount: number) => totalDeleteCount += batchDeleteCount,461          e => reject(e),462          () => resolve(totalDeleteCount),463        ))464  }465  // private getBlobFromStreamData(streamData: any[]): firestore.Blob {466  //   return firestore.Blob.fromBase64String(btoa(Pako.gzip(JSON.stringify(streamData), {to: 'string'})))467  // }...

config.js

Source:config.js

1const processService = require('../../utils/process/process')(process);2const maximiseParallelRun = require('./maximiseParallel');3const definitelyTyped = require('./definitelyTyped')();4const nodeReader = require('../../utils/dataFileSystem/nodeFileReader')();5const dataFileSystemReader = require('../../utils/dataFileSystem/dataFileSystemReader');6const dataReader = dataFileSystemReader(7  process.env.DEFINITELY_TYPED_DATA_URL,8  nodeReader9);10async function getRunConfig() {11  const types = getTypes();12  const batchConfig = await getBatchConfig(types);13  const typesBatch = getBatchToProcess(types, batchConfig);14  const totalTypesCount = typesBatch.length;15  const processesMaximized = maximiseParallelRun(16    getProcessesCount(),17    totalTypesCount18  );19  const sum = processesMaximized.reduce(20    (previous, current) => previous + current.items,21    022  );23  const avg = sum / processesMaximized.length;24  return {25    totalTypesCount: totalTypesCount,26    processes: processesMaximized,27    averageTypesCountPerProcess: avg,28    types: typesBatch,29    ...batchConfig,30  };31}32function getTypes() {33  const typesArgument = processService.getArgument('TYPES');34  if (typesArgument) {35    const specifiedTypes = typesArgument.toString().split(',');36    const typesMap = {};37    definitelyTyped.getTypes().forEach((t) => (typesMap[t] = true));38    return specifiedTypes.filter((t) => typesMap[t]);39  } else {40    return definitelyTyped.getTypes();41  }42}43async function getBatchConfig(types) {44  if (!processService.getArgument('OUTPUT')) {45    return {46      entryToUpdate: null,47      offsetType: 0,48    };49  }50  const listEntry = await dataReader.getDataIds();51  const latestEntry = getLatestEntry(listEntry);52  const entryToUpdate =53    latestEntry && latestEntry.typesProcessed >= types.length54      ? { id: 'NEW_ENTRY' }55      : latestEntry;56  const offsetType =57    entryToUpdate.id === 'NEW_ENTRY' ? 0 : latestEntry.typesProcessed;58  return {59    entryToUpdate,60    offsetType,61  };62}63function getBatchToProcess(types, config) {64  return types.slice(config.offsetType, config.offsetType + getBatchAmount(types, config));65}66function getBatchAmount(types, config) {67  const typesDirectoriesLength = types.length - config.offsetType;68  const typesToProcess = processService.getArgument('TYPES_COUNT');69  if (typesToProcess) {70    const maybeCount = parseInt(typesToProcess);71    if (!Number.isNaN(maybeCount)) {72      return Math.min(typesDirectoriesLength, maybeCount);73    } else if (typesToProcess.toLowerCase() === 'all') {74      return typesDirectoriesLength;75    }76  }77  return 50;78}79function getLatestEntry(latestListEntry) {80  return latestListEntry.sort((a, b) => {81    return a.lastUpdatedDate > b.lastUpdatedDate ? -1 : 1;82  })[0];83}84function getProcessesCount() {85  return processService.getArgument('PROCESS_COUNT') || 1;86}...

types.js

Source:types.js

1const typesBatch={2 ADD:"ADD",3 MINUS:"MINUS",4 INIT:"INIT",5 SETIMAGE:"SETIMAGE",6}...

Using AI Code Generation

1import {typesBatch} from 'ts-auto-mock';2import {MyInterface} from './myInterface';3import {MyInterface2} from './myInterface2';4import {MyInterface3} from './myInterface3';5const interfaces = typesBatch<MyInterface, MyInterface2, MyInterface3>();6{7    MyInterface: {...},8    MyInterface2: {...},9    MyInterface3: {...}10}11import {typesBatch} from 'ts-auto-mock';12import {MyInterface} from './myInterface';13import {MyInterface2} from './myInterface2';14import {MyInterface3} from './myInterface3';15const interfaces = typesBatch<MyInterface, MyInterface2, MyInterface3>();16{17    MyInterface: {...},18    MyInterface2: {...},19    MyInterface3: {...}20}21import {typesBatch} from 'ts-auto-mock';22import {MyInterface} from './myInterface';23import {MyInterface2} from './myInterface2';24import {MyInterface3} from './myInterface3';25const interfaces = typesBatch<MyInterface, MyInterface2, MyInterface3>();26{27    MyInterface: {...},28    MyInterface2: {...},29    MyInterface3: {...}30}31import {typesBatch} from 'ts-auto-mock';32import {MyInterface} from './myInterface';33import {MyInterface2} from './myInterface2';34import {MyInterface3} from './myInterface3';35const interfaces = typesBatch<MyInterface, MyInterface2, MyInterface3>();36{37    MyInterface: {...},38    MyInterface2: {...},39    MyInterface3: {...}40}41import {typesBatch} from 'ts-auto-mock';42import {MyInterface} from './myInterface';43import {MyInterface2} from './myInterface2';44import {MyInterface

Using AI Code Generation

1import {typesBatch} from 'ts-auto-mock';2const {type1, type2} = typesBatch({3});4import {typesBatch} from 'ts-auto-mock';5const {type1, type2} = typesBatch({6});7import {typesBatch} from 'ts-auto-mock';8const types = typesBatch({9});10const {type1, type2} = types;11import {typesBatch} from 'ts-auto-mock';12const types = typesBatch({13});14const {type1, type2} = types;15import {typesBatch} from 'ts-auto-mock';16const types = typesBatch({17});18const {type1, type2} = types;19import {typesBatch} from 'ts-auto-mock';20const types = typesBatch({21});22const {type1, type2} = types;

Using AI Code Generation

1import {typesBatch} from 'ts-auto-mock';2import {Foo} from './foo';3import {Bar} from './bar';4const types = typesBatch({5});6export default types;7export interface Foo {8  name: string;9}10export interface Bar {11  id: number;12}13import types from './test1';14import {Foo} from './foo';15import {Bar} from './bar';16describe('test', () => {17  it('should compile', () => {18    const foo: Foo = types.Foo();19    const bar: Bar = types.Bar();20  });21});2212     const foo: Foo = types.Foo();2313     const bar: Bar = types.Bar();

Using AI Code Generation

1const { typesBatch } = require('ts-auto-mock');2const { getMock } = require('ts-auto-mock/extension');3const { createMock } = require('ts-auto-mock/createMock');4const { createMockFunction } = require('ts-auto-mock/createMockFunction');5const { createMockType } = require('ts-auto-mock/createMockType');6const { createMockEnum } = require('ts-auto-mock/createMockEnum');7const { createMockProperty } = require('ts-auto-mock/createMockProperty');8const { createMockInterface } = require('ts-auto-mock/createMockInterface');9const { createMockClass } = require('ts-auto-mock/createMockClass');10const { createMockNamespace } = require('ts-auto-mock/createMockNamespace');11const { createMockTypeAlias } = require('ts-auto-mock/createMockTypeAlias');12const { createMockFunctionType } = require('ts-auto-mock/createMockFunctionType');13const { createMockConstructor } = require('ts-auto-mock/createMockConstructor');14const { createMockCallSignature } = require('ts-auto-mock/createMockCallSignature');15const { createMockConstructSignature } = require('ts-auto-mock/createMockConstructSignature');16const { createMockIndexSignature } = require('ts-auto-mock/createMockIndexSignature');17const { createMockMethodSignature } = require('ts-auto-mock/createMockMethodSignature');18const { createMockPropertySignature } = require('ts-auto-mock/createMockPropertySignature');19const { createMockExportAssignment } = require('ts-auto-mock/createMockExportAssignment');20const { createMockExportDeclaration } = require('ts-auto-mock/createMockExportDeclaration');21const { createMockExportSpecifier } = require('ts-auto-mock/createMockExportSpecifier');22const { createMockImportEqualsDeclaration } = require('ts-auto-mock/createMockImportEqualsDeclaration');23const { createMockImportDeclaration } = require('ts-auto-mock/createMockImportDeclaration');24const { createMockImportSpecifier } = require('ts-auto-mock/createMockImportSpecifier');25const { createMockImportClause } = require('ts-auto-mock/createMockImportClause');26const { createMockNamespaceImport } = require('ts-auto-mock/createMockNamespaceImport');27const { createMockNamedImports } = require('ts-auto-mock/createMockNamedImports');28const { createMockNamedExports } = require('ts-auto

Using AI Code Generation

1const { typesBatch } = require('ts-auto-mock');2async function test() {3  const types = await typesBatch(['test1', 'test2', 'test3']);4  console.log(types);5}6test();7const { typesBatch } = require('ts-auto-mock');8async function test() {9  const types = await typesBatch(['test1', 'test2', 'test3']);10  console.log(types);11}12test();13const { typesBatch } = require('ts-auto-mock');14async function test() {15  const types = await typesBatch(['test1', 'test2', 'test3']);16  console.log(types);17}18test();19const { typesBatch } = require('ts-auto-mock');20async function test() {21  const types = await typesBatch(['test1', 'test2', 'test3']);22  console.log(types);23}24test();25const { typesBatch } = require('ts-auto-mock');26async function test() {27  const types = await typesBatch(['test1', 'test2', 'test3']);28  console.log(types);29}30test();31const { typesBatch } = require('ts-auto-mock');32async function test() {33  const types = await typesBatch(['test1', 'test2', 'test3']);34  console.log(types);35}36test();37const { typesBatch } = require('ts-auto-mock');38async function test() {39  const types = await typesBatch(['test1', 'test2', 'test3']);40  console.log(types);41}42test();43const { typesBatch } = require('ts-auto-mock');44async function test() {45  const types = await typesBatch(['test1', 'test2', 'test3']);46  console.log(types);47}

Using AI Code Generation

1import { typesBatch } from "ts-auto-mock";2const mocked = typesBatch({3});4console.log(mocked);5{6  d: {},7  f: Map {},8  g: Set {},9  i: /(?:)/,10  j: Promise { <pending> },11  l: Symbol(),12}13import { typesBatch } from "ts-auto-mock";14const mocked = typesBatch({15});16console.log(mocked);17{18  d: {},19  f: Map {},20  g: Set {},21  i: /(?:)/,22  j: Promise { <pending> },23  l: Symbol(),24}

Using AI Code Generation

1import { typesBatch } from 'ts-auto-mock';2const types = typesBatch([3]);4console.log(types);5export interface MockInterface {6  property: string;7  method(): void;8}9export interface MockInterface2 {10  property: string;11  method(): void;12}13export * from './mocks';14export * from './mocks2';15import { typesBatch } from 'ts-auto-mock';16const types = typesBatch([17]);18console.log(types);19export interface MockInterface {20  property: string;21  method(): void;22}23export interface MockInterface2 {24  property: string;25  method(): void;26}27export * from './mocks';28export * from './mocks2';29export * from './mocks';30export * from './mocks2';31import { typesBatch } from 'ts-auto-mock';32const types = typesBatch([33]);34console.log(types);35export interface MockInterface {36  property: string;37  method(): void;38}39export interface MockInterface2 {40  property: string;41  method(): void;42}43export * from './mocks';44export * from './mocks2';

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