weseek__growi/packages/app/test/integration/service/pagev5.test.ts

/* eslint-disable no-unused-vars */
import { advanceTo } from 'jest-date-mock';

import mongoose from 'mongoose';

import { getInstance } from '../setup-crowi';

describe('PageService page operations with only public pages', () => {

  let dummyUser1;
  let dummyUser2;

  let crowi;
  let Page;
  let Revision;
  let User;
  let Tag;
  let PageTagRelation;
  let Bookmark;
  let Comment;
  let ShareLink;
  let PageRedirect;
  let xssSpy;

  let rootPage;
  // parents
  let parentForRename1;
  let parentForRename2;
  let parentForRename3;
  let parentForRename4;
  let parentForRename5;
  let parentForRename6;
  let parentForRename7;
  // children
  let childForRename1;
  let childForRename2;
  let childForRename3;
  let childForRename4;
  let childForRename5;
  let childForRename6;
  let childForRename7;

  // rename
  // parents
  let parentForDuplicate1;
  let parentForDuplicate3;
  let childForDuplicate3;

  beforeAll(async() => {
    crowi = await getInstance();
    await crowi.configManager.updateConfigsInTheSameNamespace('crowi', { 'app:isV5Compatible': true });

    User = mongoose.model('User');
    Page = mongoose.model('Page');
    Revision = mongoose.model('Revision');
    Tag = mongoose.model('Tag');
    PageTagRelation = mongoose.model('PageTagRelation');
    Bookmark = mongoose.model('Bookmark');
    Comment = mongoose.model('Comment');
    ShareLink = mongoose.model('ShareLink');
    PageRedirect = mongoose.model('PageRedirect');

    /*
     * Common
     */
    await User.insertMany([
      { name: 'dummyUser1', username: 'dummyUser1', email: 'dummyUser1@example.com' },
      { name: 'dummyUser2', username: 'dummyUser2', email: 'dummyUser2@example.com' },
    ]);

    dummyUser1 = await User.findOne({ username: 'dummyUser1' });
    dummyUser2 = await User.findOne({ username: 'dummyUser2' });

    xssSpy = jest.spyOn(crowi.xss, 'process').mockImplementation(path => path);

    /*
     * Rename
     */
    // delete root page if any created by other test file
    const pages = await Page.find({ path: '/' });
    if (pages.length > 0) {
      await Page.deleteOne({ path: '/' });
    }
    // then create new root page
    rootPage = await Page.create('/', 'body', dummyUser1._id, {});

    // Create Pages
    await Page.insertMany([
      // parents
      {
        path: '/v5_ParentForRename1',
        grant: Page.GRANT_PUBLIC,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: rootPage._id,
      },
      {
        path: '/v5_ParentForRename2',
        grant: Page.GRANT_PUBLIC,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: rootPage._id,
        isEmpty: true,
      },
      {
        path: '/v5_ParentForRename3',
        grant: Page.GRANT_PUBLIC,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: rootPage._id,
      },
      {
        path: '/v5_ParentForRename4',
        grant: Page.GRANT_PUBLIC,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: rootPage._id,
      },
      {
        path: '/v5_ParentForRename5',
        grant: Page.GRANT_PUBLIC,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: rootPage._id,
      },
      {
        path: '/v5_ParentForRename6',
        grant: Page.GRANT_PUBLIC,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: rootPage._id,
      },
      {
        path: '/v5_ParentForRename7',
        grant: Page.GRANT_PUBLIC,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: rootPage._id,
      },
      // children
      {
        path: '/v5_ChildForRename1',
        grant: Page.GRANT_PUBLIC,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: rootPage._id,
      },
      {
        path: '/v5_ChildForRename2',
        grant: Page.GRANT_PUBLIC,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: rootPage._id,
      },
      {
        path: '/v5_ChildForRename3',
        grant: Page.GRANT_PUBLIC,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: rootPage._id,
        updatedAt: new Date('2021'),
      },
      {
        path: '/v5_ChildForRename4',
        grant: Page.GRANT_PUBLIC,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: rootPage._id,
      },
      {
        path: '/v5_ChildForRename5',
        grant: Page.GRANT_PUBLIC,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: rootPage._id,
      },
      {
        path: '/v5_ChildForRename6',
        grant: Page.GRANT_RESTRICTED,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: rootPage._id,
      },
      {
        path: '/v5_ChildForRename7',
        grant: Page.GRANT_PUBLIC,
        parent: rootPage._id,
        isEmpty: true,
      },
    ]);
    // Find pages as Parent
    parentForRename1 = await Page.findOne({ path: '/v5_ParentForRename1' });
    parentForRename2 = await Page.findOne({ path: '/v5_ParentForRename2' });
    parentForRename3 = await Page.findOne({ path: '/v5_ParentForRename3' });
    parentForRename4 = await Page.findOne({ path: '/v5_ParentForRename4' });
    parentForRename5 = await Page.findOne({ path: '/v5_ParentForRename5' });
    parentForRename6 = await Page.findOne({ path: '/v5_ParentForRename6' });
    parentForRename7 = await Page.findOne({ path: '/v5_ParentForRename7' });
    // Find pages as Child
    childForRename1 = await Page.findOne({ path: '/v5_ChildForRename1' });
    childForRename2 = await Page.findOne({ path: '/v5_ChildForRename2' });
    childForRename3 = await Page.findOne({ path: '/v5_ChildForRename3' });
    childForRename4 = await Page.findOne({ path: '/v5_ChildForRename4' });
    childForRename5 = await Page.findOne({ path: '/v5_ChildForRename5' });
    childForRename6 = await Page.findOne({ path: '/v5_ChildForRename6' });
    childForRename7 = await Page.findOne({ path: '/v5_ChildForRename7' });

    // create grandchild
    await Page.insertMany([
      // Grandchild
      {
        path: '/v5_ChildForRename5/v5_GrandchildForRename5',
        grant: Page.GRANT_PUBLIC,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: childForRename5._id,
        updatedAt: new Date('2021'),
      },
      {
        path: '/v5_ChildForRename7/v5_GrandchildForRename7',
        grant: Page.GRANT_PUBLIC,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: childForRename7._id,
      },
    ]);

    /*
     * Duplicate
     */
    // page ids
    const pageIdForParent1 = new mongoose.Types.ObjectId();
    const pageIdForParent3 = new mongoose.Types.ObjectId();
    const pageIdForChild3 = new mongoose.Types.ObjectId();
    // revision ids
    const revisionIdForParent1 = new mongoose.Types.ObjectId();
    const revisionIdForChild3 = new mongoose.Types.ObjectId();

    await Page.insertMany([
      {
        _id: pageIdForParent1,
        path: '/v5_ParentForDuplicate1',
        grant: Page.GRANT_PUBLIC,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: rootPage._id,
        revision: revisionIdForParent1,
      },
      {
        _id: pageIdForParent3,
        path: '/v5_ParentForDuplicate3',
        grant: Page.GRANT_PUBLIC,
        parent: rootPage._id,
      },
      // children
      {
        _id: pageIdForChild3,
        path: '/v5_ChildForDuplicate3',
        grant: Page.GRANT_PUBLIC,
        creator: dummyUser1,
        lastUpdateUser: dummyUser1._id,
        parent: pageIdForParent3,
        revision: revisionIdForChild3,
      },
    ]);
    // Revision
    await Revision.insertMany([
      {
        _id: revisionIdForParent1,
        body: 'body1',
        format: 'markdown',
        pageId: pageIdForParent1,
        author: dummyUser1,
      },
      {
        _id: revisionIdForChild3,
        body: 'body3',
        format: 'markdown',
        pageId: pageIdForChild3,
        author: dummyUser1,
      },
    ]);
    parentForDuplicate1 = await Page.findOne({ path: '/v5_ParentForDuplicate1' });
    parentForDuplicate3 = await Page.findOne({ path: '/v5_ParentForDuplicate3' });

  });

  describe('Rename', () => {

    const renamePage = async(page, newPagePath, user, options) => {
    // mock return value
      const mockedResumableRenameDescendants = jest.spyOn(crowi.pageService, 'resumableRenameDescendants').mockReturnValue(null);
      jest.spyOn(crowi.pageService, 'createAndSendNotifications').mockReturnValue(null);
      const renamedPage = await crowi.pageService.renamePage(page, newPagePath, user, options);

      // retrieve the arguments passed when calling method resumableRenameDescendants inside renamePage method
      const argsForResumableRenameDescendants = mockedResumableRenameDescendants.mock.calls[0];

      // restores the original implementation
      jest.restoreAllMocks();

      // rename descendants
      await crowi.pageService.resumableRenameDescendants(...argsForResumableRenameDescendants);

      return renamedPage;
    };

    test('Should NOT rename top page', async() => {
      let isThrown = false;
      try {
        await crowi.pageService.renamePage(rootPage, '/new_root', dummyUser1, {});
      }
      catch (err) {
        isThrown = true;
      }

      expect(isThrown).toBe(true);
    });

    test('Should move to under non-empty page', async() => {
      // rename target page
      const newPath = '/v5_ParentForRename1/renamedChildForRename1';
      const renamedPage = await renamePage(childForRename1, newPath, dummyUser1, {});

      expect(renamedPage.path).toBe(newPath);
      expect(renamedPage.parent).toStrictEqual(parentForRename1._id);
    });

    test('Should move to under empty page', async() => {
      // rename target page
      const newPath = '/v5_ParentForRename2/renamedChildForRename2';
      const renamedPage = await renamePage(childForRename2, newPath, dummyUser1, {});

      expect(renamedPage.path).toBe(newPath);
      expect(parentForRename2.isEmpty).toBe(true);
      expect(renamedPage.parent).toStrictEqual(parentForRename2._id);
    });

    test('Should move with option updateMetadata: true', async() => {
      // rename target page
      const newPath = '/v5_ParentForRename3/renamedChildForRename3';
      const oldUdpateAt = childForRename3.updatedAt;
      const renamedPage = await renamePage(childForRename3, newPath, dummyUser2, { updateMetadata: true });

      expect(renamedPage.path).toBe(newPath);
      expect(renamedPage.parent).toStrictEqual(parentForRename3._id);
      expect(renamedPage.lastUpdateUser).toStrictEqual(dummyUser2._id);
      expect(renamedPage.updatedAt.getFullYear()).toBeGreaterThan(oldUdpateAt.getFullYear());
    });

    // ****************** TODO ******************
    // uncomment the next test when working on 88097
    // ******************************************
    // test('Should move with option createRedirectPage: true', async() => {
    //   // rename target page
    //   const newPath = '/v5_ParentForRename4/renamedChildForRename4';
    //   const renamedPage = await renamePage(childForRename4, newPath, dummyUser2, { createRedirectPage: true });
    //   const pageRedirect = await PageRedirect.find({ fromPath: childForRename4.path, toPath: renamedPage.path });

    //   expect(renamedPage.path).toBe(newPath);
    //   expect(renamedPage.parent).toStrictEqual(parentForRename4._id);
    //   expect(pageRedirect.length).toBeGreaterThan(0);
    // });

    test('Should move with descendants', async() => {
      // rename target page
      const newPath = '/v5_ParentForRename5/renamedChildForRename5';
      const renamedPage = await renamePage(childForRename5, newPath, dummyUser1, {});
      // find child of renamed page
      const grandchildren = await Page.find({ parent: renamedPage._id });
      const grandchild = grandchildren[0];

      expect(renamedPage.path).toBe(newPath);
      expect(renamedPage.parent).toStrictEqual(parentForRename5._id);
      // grandchild's parent should be renamed page
      expect(grandchild.parent).toStrictEqual(renamedPage._id);
      expect(grandchild.path).toBe('/v5_ParentForRename5/renamedChildForRename5/v5_GrandchildForRename5');
    });

    test('Should move with same grant', async() => {
      // rename target page
      const newPath = '/v5_ParentForRename6/renamedChildForRename6';
      expect(childForRename6.grant).toBe(Page.GRANT_RESTRICTED);
      const renamedPage = await renamePage(childForRename6, newPath, dummyUser1, {});

      expect(renamedPage.path).toBe(newPath);
      expect(renamedPage.parent).toStrictEqual(parentForRename6._id);
      expect(renamedPage.grant).toBe(Page.GRANT_RESTRICTED);
    });

    test('Should move empty page', async() => {
      // rename target page
      const newPath = '/v5_ParentForRename7/renamedChildForRename7';
      const renamedPage = await renamePage(childForRename7, newPath, dummyUser1, {});
      // find child of renamed page
      const grandchildren = await Page.find({ parent: renamedPage._id });
      const grandchild = grandchildren[0];

      expect(renamedPage.path).toBe(newPath);
      expect(renamedPage.isEmpty).toBe(true);
      expect(renamedPage.parent).toStrictEqual(parentForRename7._id);
      // grandchild's parent should be renamed page
      expect(grandchild.parent).toStrictEqual(renamedPage._id);
      expect(grandchild.path).toBe('/v5_ParentForRename7/renamedChildForRename7/v5_GrandchildForRename7');
    });
  });

  describe('Duplicate', () => {

    const duplicate = async(page, newPagePath, user, isRecursively) => {
      // mock return value
      const mockedResumableDuplicateDescendants = jest.spyOn(crowi.pageService, 'resumableDuplicateDescendants').mockRejectedValue(null);
      jest.spyOn(crowi.pageService, 'createAndSendNotifications').mockReturnValue(null);
      const duplicatedPage = await crowi.pageService.duplicate(page, newPagePath, user, isRecursively);

      // retrieve the arguments passed when calling method resumableDuplicateDescendants inside duplicate method
      const argsForResumableDuplicateDescendants = mockedResumableDuplicateDescendants.mock.calls[0];

      // restores the original implementation
      jest.restoreAllMocks();

      // duplicate descendants
      if (isRecursively) {
        await crowi.pageService.resumableDuplicateDescendants(...argsForResumableDuplicateDescendants);
      }

      return duplicatedPage;
    };

    test('Should duplicate single page', async() => {
      const newPagePath = '/duplicatedParentForDuplicate1';
      const duplicatedPage = await duplicate(parentForDuplicate1, newPagePath, dummyUser1, false);
      const duplicatedRevision = await Revision.findOne({ pageId: duplicatedPage._id });
      const baseRevision = await Revision.findOne({ pageId: parentForDuplicate1._id });

      // new path
      expect(duplicatedPage.path).toBe(newPagePath);
      expect(duplicatedPage._id).not.toStrictEqual(parentForDuplicate1._id);
      expect(duplicatedPage.revision).toStrictEqual(duplicatedRevision._id);
      expect(duplicatedRevision.body).toEqual(baseRevision.body);
    });
    test('Should NOT duplicate empty page', async() => {
      const newPagePath = '/duplicatedParentForDuplicate3';
      let isThrown;
      let duplicatedPage;
      try {
        duplicatedPage = await duplicate(parentForDuplicate3, newPagePath, dummyUser1, false);
      }
      catch (err) {
        isThrown = true;
      }

      expect(duplicatedPage).toBeFalsy();
      expect(isThrown).toBe(true);
    });
    test('Should duplicate multiple pages', async() => {
      // a
    });
    test('Should keep grant', async() => {
      // a
    });
  });

  afterAll(async() => {
    // await Page.remove({});
    // await User.remove({});
    // await Revision.remove({});
  });
});

describe('PageService page operations with non-public pages', () => {
  // TODO: write test code
});