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

655 lines
24 KiB
TypeScript

import * as fs from 'fs';
import {Config} from '../../../../../src/common/config/private/Config';
import {SQLConnection} from '../../../../../src/backend/model/database/sql/SQLConnection';
import {GalleryManager} from '../../../../../src/backend/model/database/sql/GalleryManager';
import {DirectoryBaseDTO, DirectoryDTOUtils, ParentDirectoryDTO} from '../../../../../src/common/entities/DirectoryDTO';
import {TestHelper} from './TestHelper';
import {Connection} from 'typeorm';
import {DirectoryEntity} from '../../../../../src/backend/model/database/sql/enitites/DirectoryEntity';
import {Utils} from '../../../../../src/common/Utils';
import {MediaDTO} from '../../../../../src/common/entities/MediaDTO';
import {FileDTO} from '../../../../../src/common/entities/FileDTO';
import {IndexingManager} from '../../../../../src/backend/model/database/sql/IndexingManager';
import {ObjectManagers} from '../../../../../src/backend/model/ObjectManagers';
import {DBTestHelper} from '../../../DBTestHelper';
import {DiskMangerWorker} from '../../../../../src/backend/model/threading/DiskMangerWorker';
import {ReIndexingSensitivity} from '../../../../../src/common/config/private/PrivateConfig';
import {SearchQueryTypes, TextSearch, TextSearchQueryMatchTypes} from '../../../../../src/common/entities/SearchQueryDTO';
import {ProjectPath} from '../../../../../src/backend/ProjectPath';
import * as path from 'path';
import {DiskManager} from '../../../../../src/backend/model/DiskManger';
import {AlbumManager} from '../../../../../src/backend/model/database/sql/AlbumManager';
import {SortingMethods} from '../../../../../src/common/entities/SortingMethods';
const deepEqualInAnyOrder = require('deep-equal-in-any-order');
const chai = require('chai');
chai.use(deepEqualInAnyOrder);
const {expect} = chai;
class GalleryManagerTest extends GalleryManager {
public async selectParentDir(connection: Connection, directoryName: string, directoryParent: string): Promise<ParentDirectoryDTO> {
return super.selectParentDir(connection, directoryName, directoryParent);
}
public async fillParentDir(connection: Connection, dir: ParentDirectoryDTO): Promise<void> {
return super.fillParentDir(connection, dir);
}
}
class IndexingManagerTest extends IndexingManager {
public async queueForSave(scannedDirectory: ParentDirectoryDTO): Promise<void> {
return super.queueForSave(scannedDirectory);
}
public async saveToDB(scannedDirectory: ParentDirectoryDTO): Promise<void> {
return await super.saveToDB(scannedDirectory);
}
}
// to help WebStorm to handle the test cases
declare let describe: any;
declare const after: any;
declare const it: any;
describe = DBTestHelper.describe();
describe('IndexingManager', (sqlHelper: DBTestHelper) => {
beforeEach(async () => {
await sqlHelper.initDB();
// ObjectManagers.getInstance().PersonManager = new PersonManager();
// ObjectManagers.getInstance().VersionManager = new VersionManager();
});
afterEach(async () => {
Config.loadSync();
Config.Server.Preview.Sorting = [SortingMethods.descRating];
await sqlHelper.clearDB();
});
const setPartial = (dir: DirectoryBaseDTO) => {
if (!dir.preview && dir.media && dir.media.length > 0) {
dir.preview = dir.media[0];
}
dir.isPartial = true;
delete dir.directories;
delete dir.metaFile;
delete dir.media;
};
const makePreview = (m: MediaDTO) => {
delete (m.directory as ParentDirectoryDTO).id;
delete m.metadata;
return m;
};
const indexifyReturn = (dir: DirectoryBaseDTO): DirectoryBaseDTO => {
const d = Utils.clone(dir);
delete d.preview;
if (d.directories) {
for (const subD of d.directories) {
if (subD.preview) {
delete subD.preview.metadata;
}
}
}
return d;
};
const removeIds = (dir: DirectoryBaseDTO): DirectoryBaseDTO => {
delete dir.id;
dir.media.forEach((media: MediaDTO) => {
delete media.id;
});
if (dir.preview) {
delete dir.preview.id;
}
if (dir.metaFile) {
if (dir.metaFile.length === 0) {
delete dir.metaFile;
} else {
dir.metaFile.forEach((file: FileDTO) => {
delete file.id;
});
}
}
if (dir.directories) {
dir.directories.forEach((directory: DirectoryBaseDTO) => {
removeIds(directory);
});
}
return dir;
};
it('should support case sensitive file names', async () => {
const gm = new GalleryManagerTest();
const im = new IndexingManagerTest();
const parent = TestHelper.getRandomizedDirectoryEntry();
const p1 = TestHelper.getRandomizedPhotoEntry(parent, 'Photo1');
const p2 = TestHelper.getRandomizedPhotoEntry(parent, 'Photo2');
p1.name = 'test.jpg';
p2.name = 'Test.jpg';
DirectoryDTOUtils.packDirectory(parent);
await im.saveToDB(Utils.clone(parent) as ParentDirectoryDTO);
const conn = await SQLConnection.getConnection();
const selected = await gm.selectParentDir(conn, parent.name, parent.path);
await gm.fillParentDir(conn, selected);
DirectoryDTOUtils.packDirectory(selected);
expect(Utils.clone(Utils.removeNullOrEmptyObj(removeIds(selected))))
.to.deep.equalInAnyOrder(Utils.removeNullOrEmptyObj(indexifyReturn(parent)));
});
it('should support case sensitive directory', async () => {
const gm = new GalleryManagerTest();
const im = new IndexingManagerTest();
const parent = TestHelper.getRandomizedDirectoryEntry(null, 'parent');
const subDir1 = TestHelper.getRandomizedDirectoryEntry(parent, 'subDir');
const p1 = TestHelper.getRandomizedPhotoEntry(subDir1, 'subPhoto1', 0);
const subDir2 = TestHelper.getRandomizedDirectoryEntry(parent, 'SUBDIR');
const p2 = TestHelper.getRandomizedPhotoEntry(subDir2, 'subPhoto2', 0);
DirectoryDTOUtils.packDirectory(parent);
await im.saveToDB(Utils.clone(parent) as ParentDirectoryDTO);
const conn = await SQLConnection.getConnection();
const selected = await gm.selectParentDir(conn, parent.name, parent.path);
await gm.fillParentDir(conn, selected);
DirectoryDTOUtils.packDirectory(selected);
removeIds(selected);
setPartial(subDir1);
setPartial(subDir2);
expect(Utils.clone(Utils.removeNullOrEmptyObj(selected)))
.to.deep.equalInAnyOrder(Utils.removeNullOrEmptyObj(indexifyReturn(parent)));
});
it('should support case sensitive directory path', async () => {
const gm = new GalleryManagerTest();
const im = new IndexingManagerTest();
const parent1 = TestHelper.getRandomizedDirectoryEntry(null, 'parent');
const parent2 = TestHelper.getRandomizedDirectoryEntry(null, 'PARENT');
const subDir1 = TestHelper.getRandomizedDirectoryEntry(parent1, 'subDir');
const p1 = TestHelper.getRandomizedPhotoEntry(subDir1, 'subPhoto1', 0);
const subDir2 = TestHelper.getRandomizedDirectoryEntry(parent2, 'subDir2');
const p2 = TestHelper.getRandomizedPhotoEntry(subDir2, 'subPhoto2', 0);
DirectoryDTOUtils.packDirectory(parent1);
await im.saveToDB(Utils.clone(parent1) as ParentDirectoryDTO);
DirectoryDTOUtils.packDirectory(parent2);
await im.saveToDB(Utils.clone(parent2) as ParentDirectoryDTO);
const conn = await SQLConnection.getConnection();
{
const selected = await gm.selectParentDir(conn, parent1.name, parent1.path);
await gm.fillParentDir(conn, selected);
DirectoryDTOUtils.packDirectory(selected);
removeIds(selected);
setPartial(subDir1);
expect(Utils.clone(Utils.removeNullOrEmptyObj(selected)))
.to.deep.equalInAnyOrder(Utils.removeNullOrEmptyObj(indexifyReturn(parent1)));
}
{
const selected = await gm.selectParentDir(conn, parent2.name, parent2.path);
await gm.fillParentDir(conn, selected);
DirectoryDTOUtils.packDirectory(selected);
removeIds(selected);
setPartial(subDir2);
expect(Utils.clone(Utils.removeNullOrEmptyObj(selected)))
.to.deep.equalInAnyOrder(Utils.removeNullOrEmptyObj(indexifyReturn(parent2)));
}
});
it('should select preview', async () => {
const selectDirectory = async (gmTest: GalleryManagerTest, dir: DirectoryBaseDTO): Promise<ParentDirectoryDTO> => {
const conn = await SQLConnection.getConnection();
const selected = await gmTest.selectParentDir(conn, dir.name, dir.path);
await gmTest.fillParentDir(conn, selected);
DirectoryDTOUtils.packDirectory(selected);
removeIds(selected);
return selected;
};
const gm = new GalleryManagerTest();
const im = new IndexingManagerTest();
const parent = TestHelper.getRandomizedDirectoryEntry(null, 'parent');
const checkParent = async () => {
const selected = await selectDirectory(gm, parent);
const cloned = Utils.removeNullOrEmptyObj(indexifyReturn(parent));
if (cloned.directories) {
cloned.directories.forEach(d => setPartial(d));
}
expect(Utils.clone(Utils.removeNullOrEmptyObj(selected)))
.to.deep.equalInAnyOrder(cloned);
};
const saveToDBAndCheck = async (dir: DirectoryBaseDTO) => {
DirectoryDTOUtils.packDirectory(parent);
await im.saveToDB(Utils.clone(dir) as ParentDirectoryDTO);
await checkParent();
DirectoryDTOUtils.unpackDirectory(parent);
};
await saveToDBAndCheck(parent);
const subDir1 = TestHelper.getRandomizedDirectoryEntry(parent, 'subDir');
await saveToDBAndCheck(parent);
const p1 = TestHelper.getRandomizedPhotoEntry(subDir1, 'subPhoto1', 0);
await saveToDBAndCheck(subDir1);
const subDir2 = TestHelper.getRandomizedDirectoryEntry(parent, 'subDir2');
await saveToDBAndCheck(parent);
const p2 = TestHelper.getRandomizedPhotoEntry(subDir2, 'subPhoto2', 0);
await saveToDBAndCheck(subDir2);
const p = TestHelper.getRandomizedPhotoEntry(parent, 'photo', 0);
await saveToDBAndCheck(parent);
});
it('should save parent after child', async () => {
const gm = new GalleryManagerTest();
const im = new IndexingManagerTest();
const parent = TestHelper.getRandomizedDirectoryEntry(null, 'parentDir');
const p1 = TestHelper.getRandomizedPhotoEntry(parent, 'Photo1');
const subDir = TestHelper.getRandomizedDirectoryEntry(null, 'subDir');
subDir.path = DiskMangerWorker.pathFromParent(parent);
const sp1 = TestHelper.getRandomizedPhotoEntry(subDir, 'subPhoto1', 0);
sp1.metadata.rating = 5;
const sp2 = TestHelper.getRandomizedPhotoEntry(subDir, 'subPhoto2', 0);
sp2.metadata.rating = 3;
subDir.preview = sp1;
Config.Server.Preview.Sorting = [SortingMethods.descRating];
DirectoryDTOUtils.packDirectory(subDir);
await im.saveToDB(Utils.clone(subDir) as ParentDirectoryDTO);
parent.directories.push(subDir);
DirectoryDTOUtils.packDirectory(parent);
await im.saveToDB(Utils.clone(parent) as ParentDirectoryDTO);
const conn = await SQLConnection.getConnection();
const selected = await gm.selectParentDir(conn, parent.name, parent.path);
await gm.fillParentDir(conn, selected);
DirectoryDTOUtils.packDirectory(selected);
removeIds(selected);
setPartial(subDir);
expect(Utils.clone(Utils.removeNullOrEmptyObj(selected)))
.to.deep.equalInAnyOrder(Utils.removeNullOrEmptyObj(indexifyReturn(parent)));
});
it('should save root parent after child', async () => {
const gm = new GalleryManagerTest();
const im = new IndexingManagerTest();
const parent = TestHelper.getRandomizedDirectoryEntry(null, '.');
const p1 = TestHelper.getRandomizedPhotoEntry(parent, 'Photo1');
const subDir = TestHelper.getRandomizedDirectoryEntry(null, 'subDir');
subDir.path = DiskMangerWorker.pathFromParent(parent);
const sp1 = TestHelper.getRandomizedPhotoEntry(subDir, 'subPhoto1', 0);
sp1.metadata.rating = 5;
const sp2 = TestHelper.getRandomizedPhotoEntry(subDir, 'subPhoto2', 0);
sp2.metadata.rating = 3;
subDir.preview = sp1;
Config.Server.Preview.Sorting = [SortingMethods.descRating];
DirectoryDTOUtils.packDirectory(subDir);
await im.saveToDB(Utils.clone(subDir) as ParentDirectoryDTO);
parent.directories.push(subDir);
DirectoryDTOUtils.packDirectory(parent);
await im.saveToDB(Utils.clone(parent) as ParentDirectoryDTO);
const conn = await SQLConnection.getConnection();
const selected = await gm.selectParentDir(conn, parent.name, parent.path);
await gm.fillParentDir(conn, selected);
DirectoryDTOUtils.packDirectory(selected);
removeIds(selected);
setPartial(subDir);
expect(Utils.clone(Utils.removeNullOrEmptyObj(selected)))
.to.deep.equalInAnyOrder(Utils.removeNullOrEmptyObj(indexifyReturn(parent)));
});
it('should save parent directory', async () => {
const gm = new GalleryManagerTest();
const im = new IndexingManagerTest();
const parent = TestHelper.getRandomizedDirectoryEntry();
const p1 = TestHelper.getRandomizedPhotoEntry(parent, 'Photo1');
const p2 = TestHelper.getRandomizedPhotoEntry(parent, 'Photo2');
const gpx = TestHelper.getRandomizedGPXEntry(parent, 'GPX1');
const subDir = TestHelper.getRandomizedDirectoryEntry(parent, 'subDir');
const sp1 = TestHelper.getRandomizedPhotoEntry(subDir, 'subPhoto1', 0);
sp1.metadata.rating = 5;
const sp2 = TestHelper.getRandomizedPhotoEntry(subDir, 'subPhoto2', 0);
sp2.metadata.rating = 3;
subDir.preview = sp1;
Config.Server.Preview.Sorting = [SortingMethods.descRating];
DirectoryDTOUtils.packDirectory(parent);
await im.saveToDB(Utils.clone(parent) as ParentDirectoryDTO);
const conn = await SQLConnection.getConnection();
const selected = await gm.selectParentDir(conn, parent.name, parent.path);
await gm.fillParentDir(conn, selected);
DirectoryDTOUtils.packDirectory(selected);
removeIds(selected);
setPartial(subDir);
expect(Utils.clone(Utils.removeNullOrEmptyObj(selected)))
.to.deep.equalInAnyOrder(Utils.removeNullOrEmptyObj(indexifyReturn(parent)));
});
it('should save photos with extreme parameters', async () => {
const gm = new GalleryManagerTest();
const im = new IndexingManagerTest();
const parent = TestHelper.getRandomizedDirectoryEntry();
const p1 = TestHelper.getRandomizedPhotoEntry(parent, 'Photo1');
const p2 = TestHelper.getRandomizedPhotoEntry(parent, 'Photo2');
const minFloat = 1.1 * Math.pow(10, -38);
const maxFloat = 3.4 * Math.pow(10, +38);
p1.metadata.cameraData.fStop = minFloat;
p2.metadata.cameraData.fStop = maxFloat;
p1.metadata.cameraData.exposure = minFloat;
p2.metadata.cameraData.exposure = maxFloat;
p1.metadata.cameraData.focalLength = minFloat;
p2.metadata.cameraData.focalLength = maxFloat;
p1.metadata.positionData.GPSData.altitude = -2147483647;
p2.metadata.positionData.GPSData.altitude = 2147483646;
p1.metadata.positionData.GPSData.latitude = maxFloat;
p2.metadata.positionData.GPSData.latitude = minFloat;
p1.metadata.positionData.GPSData.longitude = maxFloat;
p2.metadata.positionData.GPSData.longitude = minFloat;
DirectoryDTOUtils.packDirectory(parent);
await im.saveToDB(Utils.clone(parent) as ParentDirectoryDTO);
const conn = await SQLConnection.getConnection();
const selected = await gm.selectParentDir(conn, parent.name, parent.path);
await gm.fillParentDir(conn, selected);
DirectoryDTOUtils.packDirectory(selected);
removeIds(selected);
expect(Utils.clone(Utils.removeNullOrEmptyObj(selected)))
.to.deep.equalInAnyOrder(Utils.removeNullOrEmptyObj(indexifyReturn(parent)));
});
it('should skip meta files', async () => {
const gm = new GalleryManagerTest();
const im = new IndexingManagerTest();
const parent = TestHelper.getRandomizedDirectoryEntry();
const p1 = TestHelper.getRandomizedPhotoEntry(parent, 'Photo1');
const p2 = TestHelper.getRandomizedPhotoEntry(parent, 'Photo2');
const gpx = TestHelper.getRandomizedGPXEntry(parent, 'GPX1');
DirectoryDTOUtils.packDirectory(parent);
Config.Client.MetaFile.enabled = true;
await im.saveToDB(Utils.clone(parent) as ParentDirectoryDTO);
Config.Client.MetaFile.enabled = false;
const conn = await SQLConnection.getConnection();
const selected = await gm.selectParentDir(conn, parent.name, parent.path);
await gm.fillParentDir(conn, selected);
delete parent.metaFile;
DirectoryDTOUtils.packDirectory(selected);
removeIds(selected);
expect(Utils.clone(Utils.removeNullOrEmptyObj(selected)))
.to.deep.equalInAnyOrder(Utils.removeNullOrEmptyObj(indexifyReturn(parent)));
});
it('should update sub directory', async () => {
const gm = new GalleryManagerTest();
const im = new IndexingManagerTest();
const parent = TestHelper.getRandomizedDirectoryEntry();
parent.name = 'parent';
const p1 = TestHelper.getRandomizedPhotoEntry(parent);
const subDir = TestHelper.getRandomizedDirectoryEntry(parent, 'subDir');
subDir.name = 'subDir';
const sp1 = TestHelper.getRandomizedPhotoEntry(subDir, 'subPhoto1');
DirectoryDTOUtils.packDirectory(parent);
await im.saveToDB(Utils.clone(parent) as ParentDirectoryDTO);
const sp2 = TestHelper.getRandomizedPhotoEntry(subDir, 'subPhoto2');
const sp3 = TestHelper.getRandomizedPhotoEntry(subDir, 'subPhoto3');
DirectoryDTOUtils.packDirectory(subDir);
await im.saveToDB(Utils.clone(subDir) as ParentDirectoryDTO);
const conn = await SQLConnection.getConnection();
const selected = await gm.selectParentDir(conn, subDir.name, subDir.path);
await gm.fillParentDir(conn, selected);
// subDir.isPartial = true;
// delete subDir.directories;
DirectoryDTOUtils.packDirectory(selected);
delete subDir.parent;
delete subDir.metaFile;
removeIds(selected);
// selected.directories[0].parent = selected;
expect(Utils.clone(Utils.removeNullOrEmptyObj(selected)))
.to.deep.equalInAnyOrder(Utils.removeNullOrEmptyObj(indexifyReturn(subDir)));
});
it('should avoid race condition', async () => {
const conn = await SQLConnection.getConnection();
const gm = new GalleryManagerTest();
const im = new IndexingManagerTest();
Config.Client.MetaFile.enabled = true;
const parent = TestHelper.getRandomizedDirectoryEntry();
const p1 = TestHelper.getRandomizedPhotoEntry(parent, 'Photo1');
const p2 = TestHelper.getRandomizedPhotoEntry(parent, 'Photo2');
const gpx = TestHelper.getRandomizedGPXEntry(parent, 'GPX1');
const subDir = TestHelper.getRandomizedDirectoryEntry(parent, 'subDir');
const sp1 = TestHelper.getRandomizedPhotoEntry(subDir, 'subPhoto1', 1);
sp1.metadata.rating = 5;
const sp2 = TestHelper.getRandomizedPhotoEntry(subDir, 'subPhoto2', 1);
sp2.metadata.rating = 3;
subDir.preview = sp1;
Config.Server.Preview.Sorting = [SortingMethods.descRating];
DirectoryDTOUtils.packDirectory(parent);
const s1 = im.queueForSave(Utils.clone(parent) as ParentDirectoryDTO);
const s2 = im.queueForSave(Utils.clone(parent) as ParentDirectoryDTO);
const s3 = im.queueForSave(Utils.clone(parent) as ParentDirectoryDTO);
await Promise.all([s1, s2, s3]);
const selected = await gm.selectParentDir(conn, parent.name, parent.path);
await gm.fillParentDir(conn, selected);
DirectoryDTOUtils.packDirectory(selected);
removeIds(selected);
setPartial(subDir);
parent.directories.forEach(d => delete (d.preview.metadata as any).faces);
delete sp1.metadata.faces;
delete sp2.metadata.faces;
expect(Utils.clone(Utils.removeNullOrEmptyObj(selected)))
.to.deep.equalInAnyOrder(Utils.removeNullOrEmptyObj(indexifyReturn(parent)));
});
it('should reset DB', async () => {
const gm = new GalleryManagerTest();
const im = new IndexingManagerTest();
const parent = TestHelper.getRandomizedDirectoryEntry();
const p1 = TestHelper.getRandomizedPhotoEntry(parent, 'Photo1');
const p2 = TestHelper.getRandomizedPhotoEntry(parent, 'Photo2');
DirectoryDTOUtils.packDirectory(parent);
await im.saveToDB(Utils.clone(parent) as ParentDirectoryDTO);
const conn = await SQLConnection.getConnection();
const selected = await gm.selectParentDir(conn, parent.name, parent.path);
await gm.fillParentDir(conn, selected);
DirectoryDTOUtils.packDirectory(selected);
removeIds(selected);
expect(Utils.clone(Utils.removeNullOrEmptyObj(selected)))
.to.deep.equal(Utils.removeNullOrEmptyObj(indexifyReturn(parent)));
await im.resetDB();
const selectReset = await gm.selectParentDir(conn, parent.name, parent.path);
expect(selectReset).to.deep.equal(undefined);
});
(it('should save 1500 photos', async () => {
const conn = await SQLConnection.getConnection();
const gm = new GalleryManagerTest();
const im = new IndexingManagerTest();
Config.Client.MetaFile.enabled = true;
const parent = TestHelper.getRandomizedDirectoryEntry();
DirectoryDTOUtils.packDirectory(parent);
await im.saveToDB(Utils.clone(parent) as ParentDirectoryDTO);
const subDir = TestHelper.getRandomizedDirectoryEntry(parent, 'subDir');
for (let i = 0; i < 1500; i++) {
TestHelper.getRandomizedPhotoEntry(subDir, 'p' + i);
}
DirectoryDTOUtils.packDirectory(parent);
await im.saveToDB(subDir as ParentDirectoryDTO);
const selected = await gm.selectParentDir(conn, subDir.name, subDir.path);
expect(selected.media.length).to.equal(subDir.media.length);
}) as any).timeout(40000);
DBTestHelper.savedDescribe('Test listDirectory', () => {
const statSync = fs.statSync;
let dirTime = 0;
const indexedTime = {
lastScanned: 0,
lastModified: 0
};
beforeEach(() => {
dirTime = 0;
ObjectManagers.getInstance().IndexingManager = new IndexingManagerTest();
indexedTime.lastModified = 0;
indexedTime.lastScanned = 0;
});
afterEach(() => {
// @ts-ignore
fs.statSync = statSync;
});
it('with re indexing severity low', async () => {
Config.Server.Indexing.reIndexingSensitivity = ReIndexingSensitivity.low;
// @ts-ignore
fs.statSync = () => ({ctime: new Date(dirTime), mtime: new Date(dirTime)});
const gm = new GalleryManagerTest();
gm.selectParentDir = (connection: Connection, directoryName: string, directoryParent: string) => {
return Promise.resolve(indexedTime as any);
};
gm.fillParentDir = (connection: Connection, dir: DirectoryEntity) => {
return Promise.resolve();
};
ObjectManagers.getInstance().IndexingManager.indexDirectory = (...args) => {
return Promise.resolve('indexing') as any;
};
indexedTime.lastScanned = null;
expect(await gm.listDirectory('./')).to.be.equal('indexing');
indexedTime.lastModified = 0;
dirTime = 1;
expect(await gm.listDirectory('./')).to.be.equal('indexing');
indexedTime.lastScanned = 10;
indexedTime.lastModified = 1;
dirTime = 1;
expect(await gm.listDirectory('./')).to.be.equal(indexedTime);
expect(await gm.listDirectory('./', 1, 10))
.to.be.equal(null);
});
});
DBTestHelper.savedDescribe('should index .pg2conf', () => {
it('.saved_searches.pg2conf', async () => {
Config.Server.Threading.enabled = false;
Config.Client.Album.enabled = true;
Config.Client.Faces.enabled = true;
Config.Server.Media.folder = path.join(__dirname, '/../../../assets');
ProjectPath.ImageFolder = path.join(__dirname, '/../../../assets');
const im = new IndexingManagerTest();
const am = new AlbumManager();
const dir = await DiskManager.scanDirectory('/');
await im.saveToDB(dir);
const albums = await am.getAlbums();
expect(albums[0].preview).to.be.an('object');
delete albums[0].preview;
expect(albums).to.be.equalInAnyOrder([
{
id: 1,
name: 'Alvin',
locked: true,
count: 1,
searchQuery: {
type: SearchQueryTypes.person,
text: 'Alvin',
matchType: TextSearchQueryMatchTypes.like
} as TextSearch
}
]);
});
});
});