pigallery2/test/backend/unit/model/sql/SearchManager.spec.ts

import {LocationManager} from '../../../../../src/backend/model/database/LocationManager';
import {SearchManager} from '../../../../../src/backend/model/database/SearchManager';
import {SearchResultDTO} from '../../../../../src/common/entities/SearchResultDTO';
import {Utils} from '../../../../../src/common/Utils';
import {DBTestHelper} from '../../../DBTestHelper';
import {
  ANDSearchQuery,
  DistanceSearch,
  FromDateSearch,
  MaxRatingSearch,
  MaxResolutionSearch,
  MinRatingSearch,
  MinResolutionSearch,
  OrientationSearch,
  ORSearchQuery,
  SearchListQuery,
  SearchQueryDTO,
  SearchQueryTypes,
  SomeOfSearchQuery,
  TextSearch,
  TextSearchQueryMatchTypes,
  ToDateSearch
} from '../../../../../src/common/entities/SearchQueryDTO';
import {IndexingManager} from '../../../../../src/backend/model/database/IndexingManager';
import {DirectoryBaseDTO, ParentDirectoryDTO, SubDirectoryDTO} from '../../../../../src/common/entities/DirectoryDTO';
import {TestHelper} from '../../../../TestHelper';
import {ObjectManagers} from '../../../../../src/backend/model/ObjectManagers';
import {GalleryManager} from '../../../../../src/backend/model/database/GalleryManager';
import {Connection} from 'typeorm';
import {GPSMetadata, PhotoDTO, PhotoMetadata} from '../../../../../src/common/entities/PhotoDTO';
import {VideoDTO} from '../../../../../src/common/entities/VideoDTO';
import {AutoCompleteItem} from '../../../../../src/common/entities/AutoCompleteItem';
import {Config} from '../../../../../src/common/config/private/Config';
import {SearchQueryParser} from '../../../../../src/common/SearchQueryParser';
import {FileDTO} from '../../../../../src/common/entities/FileDTO';

// eslint-disable-next-line @typescript-eslint/no-var-requires
const deepEqualInAnyOrder = require('deep-equal-in-any-order');
// eslint-disable-next-line @typescript-eslint/no-var-requires
const chai = require('chai');

chai.use(deepEqualInAnyOrder);
const {expect} = chai;

// to help WebStorm to handle the test cases
declare let describe: any;
declare const after: any;
declare const before: any;
const tmpDescribe = describe;
describe = DBTestHelper.describe(); // fake it os IDE plays nicely (recognize the test)


class IndexingManagerTest extends IndexingManager {

  public async saveToDB(scannedDirectory: ParentDirectoryDTO): Promise<void> {
    return super.saveToDB(scannedDirectory);
  }
}

class SearchManagerTest extends SearchManager {

  public flattenSameOfQueries(query: SearchQueryDTO): SearchQueryDTO {
    return super.flattenSameOfQueries(query);
  }

}

class GalleryManagerTest extends GalleryManager {

  public async getDirIdAndTime(connection: Connection, directoryName: string, directoryParent: string) {
    return super.getDirIdAndTime(connection, directoryName, directoryParent);
  }

  public async getParentDirFromId(connection: Connection, dir: number): Promise<ParentDirectoryDTO> {
    return super.getParentDirFromId(connection, dir);
  }
}

describe('SearchManager', (sqlHelper: DBTestHelper) => {
  describe = tmpDescribe;
  /**
   * dir
   * |- v
   * |- p
   * |- p2
   * |- gpx
   * |-> subDir
   *     |- pFaceLess
   * |-> subDir2
   *     |- p4
   */

  let dir: ParentDirectoryDTO;
  let subDir: SubDirectoryDTO;
  let subDir2: SubDirectoryDTO;
  let v: VideoDTO;
  let p: PhotoDTO;
  let p2: PhotoDTO;
  let pFaceLess: PhotoDTO;
  let p4: PhotoDTO;
  let gpx: FileDTO;


  const setUpTestGallery = async (): Promise<void> => {
    const directory: ParentDirectoryDTO = TestHelper.getDirectoryEntry();
    subDir = TestHelper.getDirectoryEntry(directory, 'The Phantom Menace');
    subDir2 = TestHelper.getDirectoryEntry(directory, 'Return of the Jedi');
    p = TestHelper.getPhotoEntry1(directory);
    p2 = TestHelper.getPhotoEntry2(directory);
    v = TestHelper.getVideoEntry1(directory);
    gpx = TestHelper.getRandomizedGPXEntry(directory);
    p4 = TestHelper.getPhotoEntry4(subDir2);
    const pFaceLessTmp = TestHelper.getPhotoEntry3(subDir);
    delete pFaceLessTmp.metadata.faces;

    dir = await DBTestHelper.persistTestDir(directory);

    subDir = dir.directories[0];
    subDir2 = dir.directories[1];
    p = (dir.media.filter(m => m.name === p.name)[0] as any);
    p.directory = dir;
    p2 = (dir.media.filter(m => m.name === p2.name)[0] as any);
    p2.directory = dir;
    gpx = (dir.metaFile[0] as any);
    gpx.directory = dir;
    v = (dir.media.filter(m => m.name === v.name)[0] as any);
    v.directory = dir;
    p4 = (dir.directories[1].media[0] as any);
    p4.directory = dir.directories[1];
    pFaceLess = (dir.directories[0].media[0] as any);
    pFaceLess.directory = dir.directories[0];
  };

  const setUpSqlDB = async () => {
    await sqlHelper.initDB();
    await setUpTestGallery();
    await ObjectManagers.InitSQLManagers();
  };


  before(async () => {
    await setUpSqlDB();
    Config.Search.listDirectories = true;
    Config.Search.listMetafiles = false;
  });


  after(async () => {
    await sqlHelper.clearDB();
    Config.Search.listDirectories = false;
    Config.Search.listMetafiles = false;
  });

  it('should get autocomplete', async () => {
    const sm = new SearchManager();

    const cmp = (a: AutoCompleteItem, b: AutoCompleteItem) => {
      if (a.text === b.text) {
        return a.type - b.type;
      }
      return a.text.localeCompare(b.text);
    };

    expect((await sm.autocomplete('tat', SearchQueryTypes.any_text))).to.deep.equalInAnyOrder([
      new AutoCompleteItem('Tatooine', SearchQueryTypes.position)]);
    expect((await sm.autocomplete('star', SearchQueryTypes.any_text))).to.deep.equalInAnyOrder([
      new AutoCompleteItem('star wars', SearchQueryTypes.keyword),
      new AutoCompleteItem('death star', SearchQueryTypes.keyword)]);

    expect((await sm.autocomplete('wars', SearchQueryTypes.any_text))).to.deep.equalInAnyOrder([
      new AutoCompleteItem('star wars', SearchQueryTypes.keyword),
      new AutoCompleteItem('wars dir', SearchQueryTypes.directory)]);

    expect((await sm.autocomplete('arch', SearchQueryTypes.any_text))).eql([
      new AutoCompleteItem('Research City', SearchQueryTypes.position)]);

    Config.Search.AutoComplete.targetItemsPerCategory = 99999;
    expect((await sm.autocomplete('wa', SearchQueryTypes.any_text))).to.deep.equalInAnyOrder([
      new AutoCompleteItem('star wars', SearchQueryTypes.keyword),
      new AutoCompleteItem('Anakin Skywalker', SearchQueryTypes.person),
      new AutoCompleteItem('Luke Skywalker', SearchQueryTypes.person),
      new AutoCompleteItem('wars dir', SearchQueryTypes.directory)]);

    Config.Search.AutoComplete.targetItemsPerCategory = 1;
    expect((await sm.autocomplete('a', SearchQueryTypes.any_text))).to.deep.equalInAnyOrder([
      new AutoCompleteItem('Ajan Kloss', SearchQueryTypes.position),
      new AutoCompleteItem('Tipoca City', SearchQueryTypes.position),
      new AutoCompleteItem('Amber stone', SearchQueryTypes.caption),
      new AutoCompleteItem('Millennium falcon', SearchQueryTypes.caption),
      new AutoCompleteItem('star wars', SearchQueryTypes.keyword),
      new AutoCompleteItem('Anakin Skywalker', SearchQueryTypes.person),
      new AutoCompleteItem('Obivan Kenobi', SearchQueryTypes.person),
      new AutoCompleteItem('Castilon', SearchQueryTypes.position),
      new AutoCompleteItem('Devaron', SearchQueryTypes.position),
      new AutoCompleteItem('Jedha', SearchQueryTypes.position),
      new AutoCompleteItem('wars dir', SearchQueryTypes.directory),
      new AutoCompleteItem('The Phantom Menace', SearchQueryTypes.directory)]);
    Config.Search.AutoComplete.targetItemsPerCategory = 5;

    expect((await sm.autocomplete('sw', SearchQueryTypes.any_text))).to.deep.equalInAnyOrder([
      new AutoCompleteItem('sw1.jpg', SearchQueryTypes.file_name),
      new AutoCompleteItem('sw2.jpg', SearchQueryTypes.file_name),
      new AutoCompleteItem('sw3.jpg', SearchQueryTypes.file_name),
      new AutoCompleteItem('sw4.jpg', SearchQueryTypes.file_name),
      new AutoCompleteItem(v.name, SearchQueryTypes.file_name)]);

    expect((await sm.autocomplete(v.name, SearchQueryTypes.any_text))).to.deep.equalInAnyOrder(
      [new AutoCompleteItem(v.name, SearchQueryTypes.file_name)]);

  });

  const searchifyMedia = <T extends FileDTO | PhotoDTO>(m: T): T => {
    const tmpDir: DirectoryBaseDTO = m.directory as DirectoryBaseDTO;
    const tmpM = tmpDir.media;
    const tmpD = tmpDir.directories;
    const tmpP = tmpDir.preview;
    const tmpMT = tmpDir.metaFile;
    delete tmpDir.directories;
    delete tmpDir.media;
    delete tmpDir.preview;
    delete tmpDir.validPreview;
    delete tmpDir.metaFile;
    const ret = Utils.clone(m);
    delete (ret.directory as DirectoryBaseDTO).lastScanned;
    delete (ret.directory as DirectoryBaseDTO).lastModified;
    delete (ret.directory as DirectoryBaseDTO).mediaCount;
    if ((ret as PhotoDTO).metadata &&
      ((ret as PhotoDTO).metadata as PhotoMetadata).faces && !((ret as PhotoDTO).metadata as PhotoMetadata).faces.length) {
      delete ((ret as PhotoDTO).metadata as PhotoMetadata).faces;
    }
    tmpDir.directories = tmpD;
    tmpDir.media = tmpM;
    tmpDir.preview = tmpP;
    tmpDir.metaFile = tmpMT;
    return ret;
  };

  const searchifyDir = (d: DirectoryBaseDTO): DirectoryBaseDTO => {
    const tmpM = d.media;
    const tmpD = d.directories;
    const tmpP = d.preview;
    const tmpMT = d.metaFile;
    delete d.directories;
    delete d.media;
    delete d.metaFile;
    const ret = Utils.clone(d);
    d.directories = tmpD;
    d.media = tmpM;
    d.preview = tmpP;
    d.metaFile = tmpMT;
    ret.isPartial = true;
    return ret;
  };

  const removeDir = (result: SearchResultDTO) => {
    result.media = result.media.map(m => searchifyMedia(m));
    result.metaFile = result.metaFile.map(m => searchifyMedia(m));
    result.directories = result.directories.map(m => searchifyDir(m) as SubDirectoryDTO);
    return Utils.clone(result);
  };

  describe('advanced search', async () => {
    afterEach(async () => {
      Config.Search.listDirectories = false;
      Config.Search.listMetafiles = false;
    });
    afterEach(async () => {
      Config.Search.listDirectories = false;
      Config.Search.listMetafiles = false;
    });

    it('should AND', async () => {
      const sm = new SearchManager();

      let query: SearchQueryDTO = {
        type: SearchQueryTypes.AND,
        list: [{text: p.metadata.faces[0].name, type: SearchQueryTypes.person} as TextSearch,
          {text: p2.metadata.caption, type: SearchQueryTypes.caption} as TextSearch]
      } as ANDSearchQuery;

      expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));
      query = ({
        type: SearchQueryTypes.AND,
        list: [{text: p.metadata.faces[0].name, type: SearchQueryTypes.person} as TextSearch,
          {text: p.metadata.caption, type: SearchQueryTypes.caption} as TextSearch]
      } as ANDSearchQuery);
      expect(await sm.search(query)).to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      // make sure that this shows both photos. We need this the the rest of the tests
      query = ({text: 'a', type: SearchQueryTypes.person} as TextSearch);
      expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, p2, p4],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({
        type: SearchQueryTypes.AND,
        list: [{
          type: SearchQueryTypes.AND,
          list: [{text: 'a', type: SearchQueryTypes.person} as TextSearch,
            {text: p.metadata.keywords[0], type: SearchQueryTypes.keyword} as TextSearch]
        } as ANDSearchQuery,
          {text: p.metadata.caption, type: SearchQueryTypes.caption} as TextSearch
        ]
      } as ANDSearchQuery);

      expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

    });

    it('should OR', async () => {
      const sm = new SearchManager();

      let query: SearchQueryDTO = {
        type: SearchQueryTypes.OR,
        list: [{text: 'Not a person', type: SearchQueryTypes.person} as TextSearch,
          {text: 'Not a caption', type: SearchQueryTypes.caption} as TextSearch]
      } as ORSearchQuery;

      expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));
      query = ({
        type: SearchQueryTypes.OR,
        list: [{text: p.metadata.faces[0].name, type: SearchQueryTypes.person} as TextSearch,
          {text: p2.metadata.caption, type: SearchQueryTypes.caption} as TextSearch]
      } as ORSearchQuery);
      expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, p2],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({
        type: SearchQueryTypes.OR,
        list: [{text: p.metadata.faces[0].name, type: SearchQueryTypes.person} as TextSearch,
          {text: p.metadata.caption, type: SearchQueryTypes.caption} as TextSearch]
      } as ORSearchQuery);
      expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      // make sure that this shows both photos. We need this the the rest of the tests
      query = ({text: 'a', type: SearchQueryTypes.person} as TextSearch);
      expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, p2, p4],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({
        type: SearchQueryTypes.OR,
        list: [{
          type: SearchQueryTypes.OR,
          list: [{text: 'a', type: SearchQueryTypes.person} as TextSearch,
            {text: p.metadata.keywords[0], type: SearchQueryTypes.keyword} as TextSearch]
        } as ORSearchQuery,
          {text: p.metadata.caption, type: SearchQueryTypes.caption} as TextSearch
        ]
      } as ORSearchQuery);

      expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, p2, p4],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));


      query = ({
        type: SearchQueryTypes.OR,
        list: [{
          type: SearchQueryTypes.OR,
          list: [{text: p.metadata.keywords[0], type: SearchQueryTypes.keyword} as TextSearch,
            {text: p2.metadata.keywords[0], type: SearchQueryTypes.keyword} as TextSearch]
        } as ORSearchQuery,
          {text: pFaceLess.metadata.caption, type: SearchQueryTypes.caption} as TextSearch
        ]
      } as ORSearchQuery);

      expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, p2, pFaceLess],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

    });


    it('should minimum of', async () => {
      const sm = new SearchManager();

      let query: SomeOfSearchQuery = {
        type: SearchQueryTypes.SOME_OF,
        list: [{text: 'jpg', type: SearchQueryTypes.file_name} as TextSearch,
          {text: 'mp4', type: SearchQueryTypes.file_name} as TextSearch]
      } as SomeOfSearchQuery;

      expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, p2, pFaceLess, p4, v],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({
        type: SearchQueryTypes.SOME_OF,
        list: [{text: 'R2', type: SearchQueryTypes.person} as TextSearch,
          {text: 'Anakin', type: SearchQueryTypes.person} as TextSearch,
          {text: 'Luke', type: SearchQueryTypes.person} as TextSearch]
      } as SomeOfSearchQuery);

      expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, p2, p4],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));


      query.min = 2;

      expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, p2, p4],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query.min = 3;

      expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({
        type: SearchQueryTypes.SOME_OF,
        min: 3,
        list: [{text: 'sw', type: SearchQueryTypes.file_name} as TextSearch,
          {text: 'R2', type: SearchQueryTypes.person} as TextSearch,
          {text: 'Kamino', type: SearchQueryTypes.position} as TextSearch,
          {text: 'Han', type: SearchQueryTypes.person} as TextSearch]
      } as SomeOfSearchQuery);

      expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, p2],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

    });

    describe('should search text', async () => {
      it('as any', async () => {
        const sm = new SearchManager();

        let query = {text: 'sw', type: SearchQueryTypes.any_text} as TextSearch;
        expect(Utils.clone(await sm.search({text: 'sw', type: SearchQueryTypes.any_text} as TextSearch)))
          .to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p, p2, pFaceLess, v, p4],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO), JSON.stringify(query));

        query = ({text: 'sw', negate: true, type: SearchQueryTypes.any_text} as TextSearch);

        expect(removeDir(await sm.search(query)))
          .to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO), JSON.stringify(query));

        query = ({text: 'Boba', type: SearchQueryTypes.any_text} as TextSearch);

        expect(Utils.clone(await sm.search(query)))
          .to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO), JSON.stringify(query));

        query = ({text: 'Boba', negate: true, type: SearchQueryTypes.any_text} as TextSearch);
        expect(removeDir(await sm.search(query)))
          .to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p2, pFaceLess, p4],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO), JSON.stringify(query));

        query = ({text: 'Boba', negate: true, type: SearchQueryTypes.any_text} as TextSearch);
        // all should have faces
        const sRet = await sm.search(query);
        for (const item of sRet.media) {
          if (item.id === pFaceLess.id) {
            continue;
          }

          expect((item as PhotoDTO).metadata.faces).to.be.not.an('undefined');
          expect((item as PhotoDTO).metadata.faces).to.be.lengthOf.above(1);
        }


        query = ({
          text: 'Boba',
          type: SearchQueryTypes.any_text,
          matchType: TextSearchQueryMatchTypes.exact_match
        } as TextSearch);
        expect(Utils.clone(await sm.search(query)))
          .to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO), JSON.stringify(query));

        query = ({
          text: 'Boba Fett',
          type: SearchQueryTypes.any_text,
          matchType: TextSearchQueryMatchTypes.exact_match
        } as TextSearch);

        expect(Utils.clone(await sm.search(query)))
          .to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO), JSON.stringify(query));

      });

      it('as position', async () => {
        const sm = new SearchManager();


        const query = {text: 'Tatooine', type: SearchQueryTypes.position} as TextSearch;
        expect(Utils.clone(await sm.search(query)))
          .to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO));

      });


      it('as keyword', async () => {
        const sm = new SearchManager();


        let query = {
          text: 'kie',
          type: SearchQueryTypes.keyword
        } as TextSearch;
        expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p2, pFaceLess],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO));

        query = ({
          text: 'wa',
          type: SearchQueryTypes.keyword
        } as TextSearch);

        expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p, p2, pFaceLess, p4],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO));

        query = ({
          text: 'han',
          type: SearchQueryTypes.keyword
        } as TextSearch);

        expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO));

        query = ({
          text: 'star wars',
          matchType: TextSearchQueryMatchTypes.exact_match,
          type: SearchQueryTypes.keyword
        } as TextSearch);

        expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p, p2, pFaceLess, p4],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO));

        query = ({
          text: 'wookiees',
          matchType: TextSearchQueryMatchTypes.exact_match,
          type: SearchQueryTypes.keyword
        } as TextSearch);

        expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [pFaceLess],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO));

      });


      it('as caption', async () => {
        const sm = new SearchManager();


        const query = {
          text: 'han',
          type: SearchQueryTypes.caption
        } as TextSearch;

        expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO));
      });

      it('as file_name', async () => {
        const sm = new SearchManager();

        let query = {
          text: 'sw',
          type: SearchQueryTypes.file_name
        } as TextSearch;


        expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p, p2, pFaceLess, v, p4],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO));

        query = ({
          text: 'sw4',
          type: SearchQueryTypes.file_name
        } as TextSearch);

        expect(Utils.clone(await sm.search({
          text: 'sw4',
          type: SearchQueryTypes.file_name
        } as TextSearch))).to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p4],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO));

      });

      it('as directory', async () => {
        const sm = new SearchManager();

        let query = {
          text: 'of the J',
          type: SearchQueryTypes.directory
        } as TextSearch;

        expect(removeDir(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p4],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO), JSON.stringify(query));

        query = ({
          text: 'wars dir',
          type: SearchQueryTypes.directory
        } as TextSearch);

        expect(removeDir(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p, p2, v, pFaceLess, p4],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO), JSON.stringify(query));

        query = ({
          text: '/wars dir',
          matchType: TextSearchQueryMatchTypes.exact_match,
          type: SearchQueryTypes.directory
        } as TextSearch);


        expect(removeDir(await sm.search({
          text: '/wars dir',
          matchType: TextSearchQueryMatchTypes.exact_match,
          type: SearchQueryTypes.directory
        } as TextSearch))).to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p, p2, v],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO), JSON.stringify(query));


        query = ({
          text: '/wars dir/Return of the Jedi',
          //    matchType: TextSearchQueryMatchTypes.like,
          type: SearchQueryTypes.directory
        } as TextSearch);

        expect(removeDir(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p4],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO), JSON.stringify(query));

        query = ({
          text: '/wars dir/Return of the Jedi',
          matchType: TextSearchQueryMatchTypes.exact_match,
          type: SearchQueryTypes.directory
        } as TextSearch);

        expect(removeDir(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p4],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO), JSON.stringify(query));


      });

      it('as person', async () => {
        const sm = new SearchManager();

        let query = {
          text: 'Boba',
          type: SearchQueryTypes.person
        } as TextSearch;

        expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO));

        query = ({
          text: 'Boba',
          type: SearchQueryTypes.person,
          matchType: TextSearchQueryMatchTypes.exact_match
        } as TextSearch);

        expect(Utils.clone(await sm.search(query))).to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO));

        query = ({
          text: 'Boba Fett',
          type: SearchQueryTypes.person,
          matchType: TextSearchQueryMatchTypes.exact_match
        } as TextSearch);

        expect(Utils.clone(await sm.search({
          text: 'Boba Fett',
          type: SearchQueryTypes.person,
          matchType: TextSearchQueryMatchTypes.exact_match
        } as TextSearch))).to.deep.equalInAnyOrder(removeDir({
          searchQuery: query,
          directories: [],
          media: [p],
          metaFile: [],
          resultOverflow: false
        } as SearchResultDTO));

      });

    });


    it('should search date', async () => {
      const sm = new SearchManager();

      let query: any = {value: 0, type: SearchQueryTypes.to_date} as ToDateSearch;

      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({
        value: p.metadata.creationDate, type: SearchQueryTypes.from_date
      } as FromDateSearch);

      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, v],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({
        value: p.metadata.creationDate,
        negate: true,
        type: SearchQueryTypes.from_date
      } as FromDateSearch);

      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p2, pFaceLess, p4],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({
        value: p.metadata.creationDate + 1000000000,
        type: SearchQueryTypes.to_date
      } as ToDateSearch);

      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, p2, pFaceLess, v, p4],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

    });


    it('should search rating', async () => {
      const sm = new SearchManager();

      let query: MinRatingSearch | MaxRatingSearch = {value: 0, type: SearchQueryTypes.max_rating} as MaxRatingSearch;


      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({value: 5, type: SearchQueryTypes.max_rating} as MaxRatingSearch);
      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, p2, pFaceLess],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({value: 5, negate: true, type: SearchQueryTypes.max_rating} as MaxRatingSearch);
      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({value: 2, type: SearchQueryTypes.min_rating} as MinRatingSearch);
      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p2, pFaceLess],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({value: 2, negate: true, type: SearchQueryTypes.min_rating} as MinRatingSearch);
      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));
    });


    it('should search resolution', async () => {
      const sm = new SearchManager();

      let query: MinResolutionSearch | MaxResolutionSearch =
        {value: 0, type: SearchQueryTypes.max_resolution} as MaxResolutionSearch;

      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({value: 1, type: SearchQueryTypes.max_resolution} as MaxResolutionSearch);
      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, v],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({value: 3, type: SearchQueryTypes.min_resolution} as MinResolutionSearch);
      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p4],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));


      query = ({value: 3, negate: true, type: SearchQueryTypes.min_resolution} as MinResolutionSearch);
      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, p2, pFaceLess, v],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({value: 3, negate: true, type: SearchQueryTypes.max_resolution} as MaxResolutionSearch);
      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p4],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

    });


    it('should search orientation', async () => {
      const sm = new SearchManager();

      let query = {
        landscape: false,
        type: SearchQueryTypes.orientation
      } as OrientationSearch;
      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, p2, p4],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({
        landscape: true,
        type: SearchQueryTypes.orientation
      } as OrientationSearch);
      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, pFaceLess, v],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));


    });

    it('should search distance', async () => {
      ObjectManagers.getInstance().LocationManager = new LocationManager();
      const sm = new SearchManager();

      ObjectManagers.getInstance().LocationManager.getGPSData = async (): Promise<GPSMetadata> => {
        return {
          longitude: 10,
          latitude: 10
        };
      };

      let query = {
        from: {text: 'Tatooine'},
        distance: 1,
        type: SearchQueryTypes.distance
      } as DistanceSearch;

      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({
        from: {GPSData: {latitude: 0, longitude: 0}},
        distance: 112 * 10, // number of km per degree = ~111km
        type: SearchQueryTypes.distance
      } as DistanceSearch);

      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, p2],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({
        from: {GPSData: {latitude: 0, longitude: 0}},
        distance: 112 * 10, // number of km per degree = ~111km
        negate: true,
        type: SearchQueryTypes.distance
      } as DistanceSearch);

      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [pFaceLess, p4],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));
      query = ({
        from: {GPSData: {latitude: 10, longitude: 10}},
        distance: 1,
        type: SearchQueryTypes.distance
      } as DistanceSearch);

      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

      query = ({
        from: {GPSData: {latitude: 10, longitude: 10}},
        distance: 112 * 5, // number of km per degree = ~111km
        type: SearchQueryTypes.distance
      } as DistanceSearch);

      expect(Utils.clone(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, pFaceLess, p4],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));

    });

    /**
     * flattenSameOfQueries  converts some-of queries to AND and OR queries
     * E.g.:
     * 2-of:(A B C) to (A and (B or C)) or (B and C)
     * this tests makes sure that all queries has at least 2 constraints
     */
    (it('should flatter SOME_OF query', () => {
      const sm = new SearchManagerTest();
      const parser = new SearchQueryParser();
      const alphabet = 'abcdefghijklmnopqrstu';


      const shortestDepth = (q: SearchQueryDTO): number => {
        let depth = 0;
        if ((q as SearchListQuery).list) {
          if (q.type === SearchQueryTypes.AND) {
            for (const l of (q as SearchListQuery).list) {
              depth += shortestDepth(l);
            }
            return depth;
          }
          // it's an OR
          const lengths = (q as SearchListQuery).list.map(l => shortestDepth(l)).sort();
          return lengths[0];
        }
        return 1;
      };

      const checkBoolLogic = (q: SearchQueryDTO) => {
        if ((q as SearchListQuery).list) {
          expect((q as SearchListQuery).list).to.not.equal(1);
          for (const l of (q as SearchListQuery).list) {
            checkBoolLogic(l);
          }
        }
      };

      // eslint-disable-next-line @typescript-eslint/prefer-for-of
      for (let i = 1; i < alphabet.length / 2; ++i) {
        const query: SomeOfSearchQuery = {
          type: SearchQueryTypes.SOME_OF,
          min: i,
          //
          list: alphabet.split('').map(t => ({
            type: SearchQueryTypes.file_name,
            text: t
          } as TextSearch))
        };
        const q = sm.flattenSameOfQueries(query);
        expect(shortestDepth(q)).to.equal(i, parser.stringify(query) + '\n' + parser.stringify(q));
        checkBoolLogic(q);
      }
    }) as any).timeout(20000);

    (it('should execute complex SOME_OF query', async () => {
      const sm = new SearchManager();

      const query: SomeOfSearchQuery = {
        type: SearchQueryTypes.SOME_OF,
        min: 5,
        //
        list: 'abcdefghijklmnopqrstu'.split('').map(t => ({
          type: SearchQueryTypes.file_name,
          text: t
        } as TextSearch))
      };
      expect(removeDir(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [v],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));
    }) as any).timeout(40000);

    it('search result should return directory', async () => {
      Config.Search.listDirectories = true;
      const sm = new SearchManager();

      const cloned = Utils.clone(searchifyDir(subDir));
      cloned.validPreview = true;
      cloned.preview = {
        directory: {
          name: subDir.name,
          path: subDir.path
        },
        name: pFaceLess.name
      } as any;
      const query = {
        text: subDir.name,
        type: SearchQueryTypes.any_text
      } as TextSearch;
      expect(removeDir(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [cloned],
        media: [pFaceLess],
        metaFile: [],
        resultOverflow: false
      } as SearchResultDTO));
    });
    it('search result should return meta files', async () => {
      Config.Search.listMetafiles = true;
      const sm = new SearchManager();

      const query = {
        text: dir.name,
        type: SearchQueryTypes.any_text,
        matchType: TextSearchQueryMatchTypes.exact_match
      } as TextSearch;
      expect(removeDir(await sm.search(query)))
        .to.deep.equalInAnyOrder(removeDir({
        searchQuery: query,
        directories: [],
        media: [p, p2, v],
        metaFile: [gpx],
        resultOverflow: false
      } as SearchResultDTO));
    });

  });


  it('should get random photo', async () => {
    const sm = new SearchManager();

    let query = {
      text: 'xyz',
      type: SearchQueryTypes.keyword
    } as TextSearch;

    // eslint-disable-next-line
    expect(await sm.getRandomPhoto(query)).to.not.exist;

    query = ({
      text: 'wookiees',
      matchType: TextSearchQueryMatchTypes.exact_match,
      type: SearchQueryTypes.keyword
    } as TextSearch);
    expect(Utils.clone(await sm.getRandomPhoto(query))).to.deep.equalInAnyOrder(searchifyMedia(pFaceLess));
  });

});