/* * Copyright (C) 2005-2011 Alfresco Software Limited. * * This file is part of Alfresco * * Alfresco is free software: you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation, either version 3 of the License, or * (at your option) any later version. * * Alfresco is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU Lesser General Public License for more details. * * You should have received a copy of the GNU Lesser General Public License * along with Alfresco. If not, see . */ package org.alfresco.repo.calendar; import static org.junit.Assert.assertEquals; import static org.junit.Assert.assertFalse; import static org.junit.Assert.assertNotNull; import static org.junit.Assert.assertTrue; import static org.junit.Assert.fail; import java.util.ArrayList; import java.util.Calendar; import java.util.Date; import java.util.List; import org.alfresco.model.ContentModel; import org.alfresco.query.CannedQueryFactory; import org.alfresco.query.PagingRequest; import org.alfresco.query.PagingResults; import org.alfresco.repo.calendar.cannedqueries.CalendarEntity; import org.alfresco.repo.calendar.cannedqueries.GetCalendarEntriesCannedQuery; import org.alfresco.repo.calendar.cannedqueries.GetCalendarEntriesCannedQueryFactory; import org.alfresco.repo.calendar.cannedqueries.GetCalendarEntriesCannedQueryTestHook; import org.alfresco.repo.policy.BehaviourFilter; import org.alfresco.repo.security.authentication.AuthenticationUtil; import org.alfresco.repo.site.SiteModel; import org.alfresco.repo.transaction.RetryingTransactionHelper; import org.alfresco.service.cmr.calendar.CalendarEntry; import org.alfresco.service.cmr.calendar.CalendarEntryDTO; import org.alfresco.service.cmr.calendar.CalendarService; import org.alfresco.service.cmr.dictionary.DictionaryService; import org.alfresco.service.cmr.repository.NodeRef; import org.alfresco.service.cmr.repository.NodeService; import org.alfresco.service.cmr.security.MutableAuthenticationService; import org.alfresco.service.cmr.security.PermissionService; import org.alfresco.service.cmr.security.PersonService; import org.alfresco.service.cmr.site.SiteInfo; import org.alfresco.service.cmr.site.SiteService; import org.alfresco.service.cmr.site.SiteVisibility; import org.alfresco.service.cmr.tagging.TaggingService; import org.alfresco.util.ApplicationContextHelper; import org.alfresco.util.ISO8601DateFormat; import org.alfresco.util.PropertyMap; import org.alfresco.util.registry.NamedObjectRegistry; import org.junit.After; import org.junit.AfterClass; import org.junit.Before; import org.junit.BeforeClass; import org.junit.Test; import org.springframework.context.ApplicationContext; /** * Test cases for {@link CalendarServiceImpl}. * * @author Nick Burch * @since 4.0 */ public class CalendarServiceImplTest { private static final String TEST_SITE_PREFIX = "CalendarSiteTest"; private static final ApplicationContext testContext = ApplicationContextHelper.getApplicationContext(); // injected services private static MutableAuthenticationService AUTHENTICATION_SERVICE; private static BehaviourFilter BEHAVIOUR_FILTER; private static CalendarService CALENDAR_SERVICE; private static DictionaryService DICTIONARY_SERVICE; private static NodeService NODE_SERVICE; private static NodeService PUBLIC_NODE_SERVICE; private static PersonService PERSON_SERVICE; private static RetryingTransactionHelper TRANSACTION_HELPER; private static PermissionService PERMISSION_SERVICE; private static SiteService SITE_SERVICE; private static TaggingService TAGGING_SERVICE; private static GetCalendarEntriesCannedQueryFactory CALENDAR_CQ_FACTORY; private static final String TEST_USER = CalendarServiceImplTest.class.getSimpleName() + "_testuser"; private static final String ADMIN_USER = AuthenticationUtil.getAdminUserName(); private static SiteInfo CALENDAR_SITE; private static SiteInfo ALTERNATE_CALENDAR_SITE; /** * Temporary test nodes (created during a test method) that need deletion after the test method. */ private List testNodesToTidy = new ArrayList(); /** * Temporary test nodes (created BeforeClass) that need deletion after this test class. */ private static List CLASS_TEST_NODES_TO_TIDY = new ArrayList(); @BeforeClass public static void initTestsContext() throws Exception { AUTHENTICATION_SERVICE = (MutableAuthenticationService)testContext.getBean("authenticationService"); BEHAVIOUR_FILTER = (BehaviourFilter)testContext.getBean("policyBehaviourFilter"); CALENDAR_SERVICE = (CalendarService)testContext.getBean("CalendarService"); DICTIONARY_SERVICE = (DictionaryService)testContext.getBean("dictionaryService"); NODE_SERVICE = (NodeService)testContext.getBean("nodeService"); PUBLIC_NODE_SERVICE = (NodeService)testContext.getBean("NodeService"); PERSON_SERVICE = (PersonService)testContext.getBean("personService"); TRANSACTION_HELPER = (RetryingTransactionHelper)testContext.getBean("retryingTransactionHelper"); PERMISSION_SERVICE = (PermissionService)testContext.getBean("permissionService"); SITE_SERVICE = (SiteService)testContext.getBean("siteService"); TAGGING_SERVICE = (TaggingService)testContext.getBean("TaggingService"); // Get the canned query registry, and from that the factory NamedObjectRegistry> calendarCannedQueryRegistry = (NamedObjectRegistry>)testContext.getBean("calendarCannedQueryRegistry"); CALENDAR_CQ_FACTORY = (GetCalendarEntriesCannedQueryFactory) calendarCannedQueryRegistry.getNamedObject(CalendarServiceImpl.CANNED_QUERY_GET_ENTRIES); // Do the setup as admin AuthenticationUtil.setFullyAuthenticatedUser(ADMIN_USER); createUser(TEST_USER); // We need to create the test site as the test user so that they can contribute content to it in tests below. AuthenticationUtil.setFullyAuthenticatedUser(TEST_USER); createTestSites(); } @Test public void createNewEntry() throws Exception { CalendarEntry entry; // Nothing to start with PagingResults results = CALENDAR_SERVICE.listCalendarEntries(CALENDAR_SITE.getShortName(), new PagingRequest(10)); assertEquals(0, results.getPage().size()); // Get with an arbitrary name gives nothing entry = CALENDAR_SERVICE.getCalendarEntry(CALENDAR_SITE.getShortName(), "madeUp"); assertEquals(null, entry); entry = CALENDAR_SERVICE.getCalendarEntry(CALENDAR_SITE.getShortName(), "madeUp2"); assertEquals(null, entry); // Create one entry = new CalendarEntryDTO( "Title", "Description", "Location", new Date(1), new Date(1234)); entry.setOutlook(true); entry.setOutlookUID("12345LookOut!"); // Can't be got until saved assertEquals(null, entry.getSystemName()); assertEquals(null, entry.getNodeRef()); // Can't call update yet try { CALENDAR_SERVICE.updateCalendarEntry(entry); fail("Shouldn't be able to update a brand new entry"); } catch(IllegalArgumentException e) {} // Have it saved entry = CALENDAR_SERVICE.createCalendarEntry(CALENDAR_SITE.getShortName(), entry); // Ensure it got a noderef, and the correct site assertNotNull(entry.getNodeRef()); assertNotNull(entry.getSystemName()); NodeRef container = NODE_SERVICE.getPrimaryParent(entry.getNodeRef()).getParentRef(); NodeRef site = NODE_SERVICE.getPrimaryParent(container).getParentRef(); assertEquals(CALENDAR_SITE.getNodeRef(), site); // Tell the test system about it, for tidying later testNodesToTidy.add(entry.getNodeRef()); // Check the details on the object assertEquals("Title", entry.getTitle()); assertEquals("Description", entry.getDescription()); assertEquals("Location", entry.getLocation()); assertEquals(1, entry.getStart().getTime()); assertEquals(1234, entry.getEnd().getTime()); assertEquals(null, entry.getRecurrenceRule()); assertEquals(null, entry.getLastRecurrence()); assertEquals(true, entry.isOutlook()); assertEquals("12345LookOut!", entry.getOutlookUID()); // Check that auditable properties turned up assertNotNull(entry.getCreatedAt()); assertNotNull(entry.getModifiedAt()); // Fetch it, and check the details entry = CALENDAR_SERVICE.getCalendarEntry(CALENDAR_SITE.getShortName(), entry.getSystemName()); assertEquals("Title", entry.getTitle()); assertEquals("Description", entry.getDescription()); assertEquals("Location", entry.getLocation()); assertEquals(1, entry.getStart().getTime()); assertEquals(1234, entry.getEnd().getTime()); assertEquals(null, entry.getRecurrenceRule()); assertEquals(null, entry.getLastRecurrence()); assertEquals(true, entry.isOutlook()); assertEquals("12345LookOut!", entry.getOutlookUID()); // Check that auditable properties turned up assertNotNull(entry.getCreatedAt()); assertNotNull(entry.getModifiedAt()); } @Test public void createUpdateDeleteEntry() throws Exception { CalendarEntry entry; // Create an entry entry = new CalendarEntryDTO( "Title", "Description", "Location", new Date(1), new Date(1234)); entry.setOutlook(true); entry.setOutlookUID("12345LookOut!"); entry = CALENDAR_SERVICE.createCalendarEntry(CALENDAR_SITE.getShortName(), entry); // Check it assertEquals("Title", entry.getTitle()); assertEquals("Description", entry.getDescription()); assertEquals("Location", entry.getLocation()); assertEquals(1, entry.getStart().getTime()); assertEquals(1234, entry.getEnd().getTime()); assertEquals(null, entry.getRecurrenceRule()); assertEquals(null, entry.getLastRecurrence()); assertEquals(true, entry.isOutlook()); assertEquals("12345LookOut!", entry.getOutlookUID()); // Change it entry.setTitle("New Title"); entry.setStart(new Date(1234567)); entry.setEnd(new Date(1294567)); entry.setRecurrenceRule("1w"); entry.setLastRecurrence(new Date(1234567)); entry.setOutlook(false); entry.setOutlookUID(null); CALENDAR_SERVICE.updateCalendarEntry(entry); // Fetch, and check entry = CALENDAR_SERVICE.getCalendarEntry(CALENDAR_SITE.getShortName(), entry.getSystemName()); assertEquals("New Title", entry.getTitle()); assertEquals("Description", entry.getDescription()); assertEquals("Location", entry.getLocation()); assertEquals(1234567, entry.getStart().getTime()); assertEquals(1294567, entry.getEnd().getTime()); assertEquals("1w", entry.getRecurrenceRule()); assertEquals(1234567, entry.getLastRecurrence().getTime()); assertEquals(false, entry.isOutlook()); assertEquals(null, entry.getOutlookUID()); // Delete it CALENDAR_SERVICE.deleteCalendarEntry(entry); // Check it went assertEquals(null, CALENDAR_SERVICE.getCalendarEntry(CALENDAR_SITE.getShortName(), entry.getSystemName())); // Finally, check the all day flag detection Calendar c = Calendar.getInstance(); c.set(Calendar.HOUR_OF_DAY, 0); c.set(Calendar.MINUTE, 0); c.set(Calendar.SECOND, 0); c.set(Calendar.MILLISECOND, 0); // Neither start nor end are at midnight to start with assertEquals(false, CalendarEntryDTO.isAllDay(entry)); // Set the start to midnight entry.setStart(c.getTime()); assertEquals(false, CalendarEntryDTO.isAllDay(entry)); // And end, will then count as all day entry.setEnd(c.getTime()); assertEquals(true, CalendarEntryDTO.isAllDay(entry)); } /** * Ensures that when we try to write an entry to the * container of a new site, it is correctly setup for us. * This test does it's own transactions */ @Test public void newContainerSetup() throws Exception { final String TEST_SITE_NAME = "CalendarTestNewTestSite"; TRANSACTION_HELPER.doInTransaction(new RetryingTransactionHelper.RetryingTransactionCallback() { @Override public Void execute() throws Throwable { if (SITE_SERVICE.getSite(TEST_SITE_NAME) != null) { SITE_SERVICE.deleteSite(TEST_SITE_NAME); } SITE_SERVICE.createSite( TEST_SITE_PREFIX, TEST_SITE_NAME, "Test", "Test", SiteVisibility.PUBLIC); // Won't have the container to start with assertFalse(SITE_SERVICE.hasContainer(TEST_SITE_NAME, CalendarServiceImpl.CALENDAR_COMPONENT)); // Create a calendar entry CalendarEntry entry = new CalendarEntryDTO( "Title", "Description", "Location", new Date(1), new Date(1234)); CALENDAR_SERVICE.createCalendarEntry(TEST_SITE_NAME, entry); // It will now exist assertTrue(SITE_SERVICE.hasContainer(TEST_SITE_NAME, CalendarServiceImpl.CALENDAR_COMPONENT)); // It'll be a tag scope too NodeRef container = SITE_SERVICE.getContainer(TEST_SITE_NAME, CalendarServiceImpl.CALENDAR_COMPONENT); assertTrue(TAGGING_SERVICE.isTagScope(container)); // Tidy up SITE_SERVICE.deleteSite(TEST_SITE_NAME); return null; } }); } @Test public void tagging() throws Exception { CalendarEntry entry; final String TAG_1 = "calendar_tag_1"; final String TAG_2 = "calendar_tag_2"; final String TAG_3 = "calendar_tag_3"; // Create one without tagging entry = new CalendarEntryDTO( "Title", "Description", "Location", new Date(1), new Date(1234)); entry = CALENDAR_SERVICE.createCalendarEntry(CALENDAR_SITE.getShortName(), entry); testNodesToTidy.add(entry.getNodeRef()); // Check assertEquals(0, entry.getTags().size()); entry = CALENDAR_SERVICE.getCalendarEntry(CALENDAR_SITE.getShortName(), entry.getSystemName()); assertEquals(0, entry.getTags().size()); // Update it to have tags entry.getTags().add(TAG_1); entry.getTags().add(TAG_2); entry.getTags().add(TAG_1); assertEquals(3, entry.getTags().size()); CALENDAR_SERVICE.updateCalendarEntry(entry); // Check entry = CALENDAR_SERVICE.getCalendarEntry(CALENDAR_SITE.getShortName(), entry.getSystemName()); assertEquals(2, entry.getTags().size()); assertEquals(true, entry.getTags().contains(TAG_1)); assertEquals(true, entry.getTags().contains(TAG_2)); assertEquals(false, entry.getTags().contains(TAG_3)); // Update it to have different tags entry.getTags().remove(TAG_2); entry.getTags().add(TAG_3); entry.getTags().add(TAG_1); CALENDAR_SERVICE.updateCalendarEntry(entry); // Check it as-is assertEquals(3, entry.getTags().size()); // Includes duplicate tag until re-loaded assertEquals(true, entry.getTags().contains(TAG_1)); assertEquals(false, entry.getTags().contains(TAG_2)); assertEquals(true, entry.getTags().contains(TAG_3)); // Now load and re-check entry = CALENDAR_SERVICE.getCalendarEntry(CALENDAR_SITE.getShortName(), entry.getSystemName()); assertEquals(2, entry.getTags().size()); // Duplicate now gone assertEquals(true, entry.getTags().contains(TAG_1)); assertEquals(false, entry.getTags().contains(TAG_2)); assertEquals(true, entry.getTags().contains(TAG_3)); // Update it to have no tags entry.getTags().clear(); CALENDAR_SERVICE.updateCalendarEntry(entry); // Check entry = CALENDAR_SERVICE.getCalendarEntry(CALENDAR_SITE.getShortName(), entry.getSystemName()); assertEquals(0, entry.getTags().size()); // Update it to have tags again entry.getTags().add(TAG_1); entry.getTags().add(TAG_2); entry.getTags().add(TAG_3); CALENDAR_SERVICE.updateCalendarEntry(entry); // Check entry = CALENDAR_SERVICE.getCalendarEntry(CALENDAR_SITE.getShortName(), entry.getSystemName()); assertEquals(3, entry.getTags().size()); assertEquals(true, entry.getTags().contains(TAG_1)); assertEquals(true, entry.getTags().contains(TAG_2)); assertEquals(true, entry.getTags().contains(TAG_3)); // Tidy CALENDAR_SERVICE.deleteCalendarEntry(entry); // Create an event with tags entry = new CalendarEntryDTO( "Title", "Description", "Location", new Date(1), new Date(1234)); entry.getTags().add(TAG_1); entry.getTags().add(TAG_1); entry.getTags().add(TAG_2); entry = CALENDAR_SERVICE.createCalendarEntry(CALENDAR_SITE.getShortName(), entry); testNodesToTidy.add(entry.getNodeRef()); // Check entry = CALENDAR_SERVICE.getCalendarEntry(CALENDAR_SITE.getShortName(), entry.getSystemName()); assertEquals(2, entry.getTags().size()); assertEquals(true, entry.getTags().contains(TAG_1)); assertEquals(true, entry.getTags().contains(TAG_2)); assertEquals(false, entry.getTags().contains(TAG_3)); // Update it to have different tags entry.getTags().remove(TAG_2); entry.getTags().add(TAG_3); entry.getTags().add(TAG_1); CALENDAR_SERVICE.updateCalendarEntry(entry); // Check entry = CALENDAR_SERVICE.getCalendarEntry(CALENDAR_SITE.getShortName(), entry.getSystemName()); assertEquals(2, entry.getTags().size()); assertEquals(true, entry.getTags().contains(TAG_1)); assertEquals(false, entry.getTags().contains(TAG_2)); assertEquals(true, entry.getTags().contains(TAG_3)); // Tidy CALENDAR_SERVICE.deleteCalendarEntry(entry); } /** * Simplest tests for listing on just one site, with no filtering */ @Test public void calendarSingleSiteListing() throws Exception { PagingRequest paging = new PagingRequest(10); // Nothing to start with PagingResults results = CALENDAR_SERVICE.listCalendarEntries(CALENDAR_SITE.getShortName(), paging); assertEquals(0, results.getPage().size()); // Add a few CalendarEntry entryA = CALENDAR_SERVICE.createCalendarEntry(CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "TitleA", "Description", "Location", new Date(1302431400), new Date(1302435000))); CalendarEntry entryB = CALENDAR_SERVICE.createCalendarEntry(CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "TitleB", "Description", "Location", new Date(1302431400), new Date(1302442200))); CalendarEntry entryC = CALENDAR_SERVICE.createCalendarEntry(CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "TitleC", "Description", "Location", new Date(1302435000), new Date(1302442200))); testNodesToTidy.add(entryA.getNodeRef()); testNodesToTidy.add(entryB.getNodeRef()); testNodesToTidy.add(entryC.getNodeRef()); // Check now results = CALENDAR_SERVICE.listCalendarEntries(CALENDAR_SITE.getShortName(), paging); assertEquals(3, results.getPage().size()); assertEquals("TitleA", results.getPage().get(0).getTitle()); assertEquals("TitleB", results.getPage().get(1).getTitle()); assertEquals("TitleC", results.getPage().get(2).getTitle()); // Add one more, before those, and drop the page size CalendarEntry entryD = CALENDAR_SERVICE.createCalendarEntry(CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "TitleD", "Description", "Location", new Date(1302417000), new Date(1302420600))); testNodesToTidy.add(entryD.getNodeRef()); paging = new PagingRequest(3); results = CALENDAR_SERVICE.listCalendarEntries(CALENDAR_SITE.getShortName(), paging); assertEquals(3, results.getPage().size()); assertEquals("TitleD", results.getPage().get(0).getTitle()); assertEquals("TitleA", results.getPage().get(1).getTitle()); assertEquals("TitleB", results.getPage().get(2).getTitle()); paging = new PagingRequest(3, 3); results = CALENDAR_SERVICE.listCalendarEntries(CALENDAR_SITE.getShortName(), paging); assertEquals(1, results.getPage().size()); assertEquals("TitleC", results.getPage().get(0).getTitle()); } /** * Checks that the correct permission checking occurs on fetching * calendar listings (which go through canned queries) */ @Test public void calendarListingPermissionsChecking() throws Exception { PagingRequest paging = new PagingRequest(10); PagingResults results; // Nothing to start with in either site results = CALENDAR_SERVICE.listCalendarEntries(CALENDAR_SITE.getShortName(), paging); assertEquals(0, results.getPage().size()); results = CALENDAR_SERVICE.listCalendarEntries(ALTERNATE_CALENDAR_SITE.getShortName(), paging); assertEquals(0, results.getPage().size()); // Double check that we're only allowed to see the 1st site assertEquals(true, SITE_SERVICE.isMember(CALENDAR_SITE.getShortName(), TEST_USER)); assertEquals(false, SITE_SERVICE.isMember(ALTERNATE_CALENDAR_SITE.getShortName(), TEST_USER)); // Add two events to one site and three to the other // Note - add the events as a different user for the site that the // test user isn't a member of! CALENDAR_SERVICE.createCalendarEntry(CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "TitleA", "Description", "Location", new Date(1302431400), new Date(1302435000))); CALENDAR_SERVICE.createCalendarEntry(CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "TitleB", "Description", "Location", new Date(1302431400), new Date(1302442200))); AuthenticationUtil.setFullyAuthenticatedUser(ADMIN_USER); CALENDAR_SERVICE.createCalendarEntry(ALTERNATE_CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "PrivateTitleA", "Description", "Location", new Date(1302431400), new Date(1302435000))); CALENDAR_SERVICE.createCalendarEntry(ALTERNATE_CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "PrivateTitleB", "Description", "Location", new Date(1302431400), new Date(1302442200))); NodeRef priv3 = CALENDAR_SERVICE.createCalendarEntry(ALTERNATE_CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "PrivateTitleC", "Description", "Location", new Date(1302431400), new Date(1302442200) )).getNodeRef(); AuthenticationUtil.setFullyAuthenticatedUser(TEST_USER); // Check again, as we're not in the 2nd site won't see any there results = CALENDAR_SERVICE.listCalendarEntries(CALENDAR_SITE.getShortName(), paging); assertEquals(2, results.getPage().size()); results = CALENDAR_SERVICE.listCalendarEntries(ALTERNATE_CALENDAR_SITE.getShortName(), paging); assertEquals(0, results.getPage().size()); // Join the site, now we can see both TRANSACTION_HELPER.doInTransaction(new RetryingTransactionHelper.RetryingTransactionCallback() { @Override public Void execute() throws Throwable { AuthenticationUtil.setFullyAuthenticatedUser(ADMIN_USER); SITE_SERVICE.setMembership(ALTERNATE_CALENDAR_SITE.getShortName(), TEST_USER, SiteModel.SITE_COLLABORATOR); AuthenticationUtil.setFullyAuthenticatedUser(TEST_USER); return null; } }); results = CALENDAR_SERVICE.listCalendarEntries(CALENDAR_SITE.getShortName(), paging); assertEquals(2, results.getPage().size()); results = CALENDAR_SERVICE.listCalendarEntries(ALTERNATE_CALENDAR_SITE.getShortName(), paging); assertEquals(3, results.getPage().size()); // Explicitly remove their permissions from one node, check it vanishes from the list PERMISSION_SERVICE.setInheritParentPermissions(priv3, false); PERMISSION_SERVICE.clearPermission(priv3, TEST_USER); results = CALENDAR_SERVICE.listCalendarEntries(CALENDAR_SITE.getShortName(), paging); assertEquals(2, results.getPage().size()); results = CALENDAR_SERVICE.listCalendarEntries(ALTERNATE_CALENDAR_SITE.getShortName(), paging); assertEquals(2, results.getPage().size()); // Leave, they go away again TRANSACTION_HELPER.doInTransaction(new RetryingTransactionHelper.RetryingTransactionCallback() { @Override public Void execute() throws Throwable { AuthenticationUtil.setFullyAuthenticatedUser(ADMIN_USER); SITE_SERVICE.removeMembership(ALTERNATE_CALENDAR_SITE.getShortName(), TEST_USER); AuthenticationUtil.setFullyAuthenticatedUser(TEST_USER); return null; } }); results = CALENDAR_SERVICE.listCalendarEntries(CALENDAR_SITE.getShortName(), paging); assertEquals(2, results.getPage().size()); results = CALENDAR_SERVICE.listCalendarEntries(ALTERNATE_CALENDAR_SITE.getShortName(), paging); assertEquals(0, results.getPage().size()); // Tidy AuthenticationUtil.setFullyAuthenticatedUser(ADMIN_USER); paging = new PagingRequest(10); results = CALENDAR_SERVICE.listCalendarEntries(CALENDAR_SITE.getShortName(), paging); for (CalendarEntry entry : results.getPage()) { testNodesToTidy.add(entry.getNodeRef()); } results = CALENDAR_SERVICE.listCalendarEntries(ALTERNATE_CALENDAR_SITE.getShortName(), paging); for (CalendarEntry entry : results.getPage()) { testNodesToTidy.add(entry.getNodeRef()); } AuthenticationUtil.setFullyAuthenticatedUser(TEST_USER); } /** * Test that we can retrieve (with date filtering) events from * multiple sites */ @Test public void calendarMultiSiteListing() throws Exception { PagingRequest paging = new PagingRequest(10); PagingResults results; // Nothing to start results = CALENDAR_SERVICE.listCalendarEntries(CALENDAR_SITE.getShortName(), paging); assertEquals(0, results.getPage().size()); results = CALENDAR_SERVICE.listCalendarEntries(ALTERNATE_CALENDAR_SITE.getShortName(), paging); assertEquals(0, results.getPage().size()); results = CALENDAR_SERVICE.listCalendarEntries(new String[] { CALENDAR_SITE.getShortName(), ALTERNATE_CALENDAR_SITE.getShortName()}, paging); assertEquals(0, results.getPage().size()); // You can pass invalid names in too, won't affect things results = CALENDAR_SERVICE.listCalendarEntries(new String[] { CALENDAR_SITE.getShortName(), ALTERNATE_CALENDAR_SITE.getShortName(), "MadeUpNumber1", "MadeUpTwo", "MadeUp3"}, paging); assertEquals(0, results.getPage().size()); // Now add some events to one site NodeRef c1 = CALENDAR_SERVICE.createCalendarEntry(CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "TitleA", "Description", "Location", new Date(1302431400), new Date(1302442200) )).getNodeRef(); NodeRef c2 = CALENDAR_SERVICE.createCalendarEntry(CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "TitleB", "Description", "Location", new Date(1302435000), new Date(1302435000) )).getNodeRef(); NodeRef c3 = CALENDAR_SERVICE.createCalendarEntry(CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "TitleC", "Description", "Location", new Date(1302431400), new Date(1302435000) )).getNodeRef(); testNodesToTidy.add(c1); testNodesToTidy.add(c2); testNodesToTidy.add(c3); // Check results = CALENDAR_SERVICE.listCalendarEntries(new String[] { CALENDAR_SITE.getShortName(), ALTERNATE_CALENDAR_SITE.getShortName()}, paging); assertEquals(3, results.getPage().size()); // Should be date ordered, from then too assertEquals("TitleC", results.getPage().get(0).getTitle()); // Same start as A, earlier end assertEquals("TitleA", results.getPage().get(1).getTitle()); assertEquals("TitleB", results.getPage().get(2).getTitle()); // Add some to the other site, which the user isn't a member of AuthenticationUtil.setFullyAuthenticatedUser(ADMIN_USER); NodeRef ca1 = CALENDAR_SERVICE.createCalendarEntry(ALTERNATE_CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "PrivateTitleA", "Description", "Location", new Date(1302131400), new Date(1302135000) )).getNodeRef(); NodeRef ca2 = CALENDAR_SERVICE.createCalendarEntry(ALTERNATE_CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "PrivateTitleB", "Description", "Location", new Date(1302731400), new Date(1302472200) )).getNodeRef(); AuthenticationUtil.setFullyAuthenticatedUser(TEST_USER); testNodesToTidy.add(ca1); testNodesToTidy.add(ca2); // Our nodes are now, in start+end order: // PrivateTitleA 1302131400 -> 1302135000 // TitleC 1302431400 -> 1302435000 // TitleA 1302431400 -> 1302442200 // TitleB 1302435000 -> 1302435000 // PrivateTitleB 1302731400 -> 1302472200 // Check, they won't show up due to permissions results = CALENDAR_SERVICE.listCalendarEntries(new String[] { CALENDAR_SITE.getShortName(), ALTERNATE_CALENDAR_SITE.getShortName()}, paging); assertEquals(3, results.getPage().size()); // Make a member of the site, they should now show up TRANSACTION_HELPER.doInTransaction(new RetryingTransactionHelper.RetryingTransactionCallback() { @Override public Void execute() throws Throwable { AuthenticationUtil.setFullyAuthenticatedUser(ADMIN_USER); SITE_SERVICE.setMembership(ALTERNATE_CALENDAR_SITE.getShortName(), TEST_USER, SiteModel.SITE_COLLABORATOR); AuthenticationUtil.setFullyAuthenticatedUser(TEST_USER); return null; } }); // Check we now see all the sites results = CALENDAR_SERVICE.listCalendarEntries(new String[] { CALENDAR_SITE.getShortName(), ALTERNATE_CALENDAR_SITE.getShortName()}, paging); assertEquals(5, results.getPage().size()); // Should be date ordered, from then too assertEquals("PrivateTitleA", results.getPage().get(0).getTitle()); assertEquals("TitleC", results.getPage().get(1).getTitle()); assertEquals("TitleA", results.getPage().get(2).getTitle()); assertEquals("TitleB", results.getPage().get(3).getTitle()); assertEquals("PrivateTitleB", results.getPage().get(4).getTitle()); // Filter by start date: // Date into the past results = CALENDAR_SERVICE.listCalendarEntries(new String[] { CALENDAR_SITE.getShortName(), ALTERNATE_CALENDAR_SITE.getShortName()}, new Date(1300031400), null, paging); assertEquals(5, results.getPage().size()); // Date in the middle, several just finishing results = CALENDAR_SERVICE.listCalendarEntries(new String[] { CALENDAR_SITE.getShortName(), ALTERNATE_CALENDAR_SITE.getShortName()}, new Date(1302435000), null, paging); assertEquals(4, results.getPage().size()); assertEquals("TitleC", results.getPage().get(0).getTitle()); assertEquals("TitleA", results.getPage().get(1).getTitle()); assertEquals("TitleB", results.getPage().get(2).getTitle()); assertEquals("PrivateTitleB", results.getPage().get(3).getTitle()); // Date in the middle, past the finish of many results = CALENDAR_SERVICE.listCalendarEntries(new String[] { CALENDAR_SITE.getShortName(), ALTERNATE_CALENDAR_SITE.getShortName()}, new Date(1302441000), null, paging); assertEquals(2, results.getPage().size()); assertEquals("TitleA", results.getPage().get(0).getTitle()); assertEquals("PrivateTitleB", results.getPage().get(1).getTitle()); // Date in the future results = CALENDAR_SERVICE.listCalendarEntries(new String[] { CALENDAR_SITE.getShortName(), ALTERNATE_CALENDAR_SITE.getShortName()}, new Date(1400000000), null, paging); assertEquals(0, results.getPage().size()); // Filter by end date: // Date in the past results = CALENDAR_SERVICE.listCalendarEntries(new String[] { CALENDAR_SITE.getShortName(), ALTERNATE_CALENDAR_SITE.getShortName()}, null, new Date(1300031400), paging); assertEquals(0, results.getPage().size()); // Date in the middle, with some touching on the end date results = CALENDAR_SERVICE.listCalendarEntries(new String[] { CALENDAR_SITE.getShortName(), ALTERNATE_CALENDAR_SITE.getShortName()}, null, new Date(1302435000), paging); assertEquals(4, results.getPage().size()); assertEquals("PrivateTitleA", results.getPage().get(0).getTitle()); assertEquals("TitleC", results.getPage().get(1).getTitle()); assertEquals("TitleA", results.getPage().get(2).getTitle()); assertEquals("TitleB", results.getPage().get(3).getTitle()); // Date in the middle, before the start date of several results = CALENDAR_SERVICE.listCalendarEntries(new String[] { CALENDAR_SITE.getShortName(), ALTERNATE_CALENDAR_SITE.getShortName()}, null, new Date(1302432400), paging); assertEquals(3, results.getPage().size()); assertEquals("PrivateTitleA", results.getPage().get(0).getTitle()); assertEquals("TitleC", results.getPage().get(1).getTitle()); assertEquals("TitleA", results.getPage().get(2).getTitle()); // Date in the future results = CALENDAR_SERVICE.listCalendarEntries(new String[] { CALENDAR_SITE.getShortName(), ALTERNATE_CALENDAR_SITE.getShortName()}, null, new Date(1400000000), paging); assertEquals(5, results.getPage().size()); // Filter by both start and end results = CALENDAR_SERVICE.listCalendarEntries(new String[] { CALENDAR_SITE.getShortName(), ALTERNATE_CALENDAR_SITE.getShortName()}, new Date(1302431400), new Date(1302432000), paging); assertEquals(2, results.getPage().size()); assertEquals("TitleC", results.getPage().get(0).getTitle()); assertEquals("TitleA", results.getPage().get(1).getTitle()); results = CALENDAR_SERVICE.listCalendarEntries(new String[] { CALENDAR_SITE.getShortName(), ALTERNATE_CALENDAR_SITE.getShortName()}, new Date(1302131400), new Date(1302432000), paging); assertEquals(3, results.getPage().size()); assertEquals("PrivateTitleA", results.getPage().get(0).getTitle()); assertEquals("TitleC", results.getPage().get(1).getTitle()); assertEquals("TitleA", results.getPage().get(2).getTitle()); // Filter on just one site, won't see from the other results = CALENDAR_SERVICE.listCalendarEntries(new String[] { CALENDAR_SITE.getShortName()}, new Date(1302131400), new Date(1302432000), paging); assertEquals(2, results.getPage().size()); assertEquals("TitleC", results.getPage().get(0).getTitle()); assertEquals("TitleA", results.getPage().get(1).getTitle()); results = CALENDAR_SERVICE.listCalendarEntries(new String[] { ALTERNATE_CALENDAR_SITE.getShortName()}, new Date(1302131400), new Date(1302432000), paging); assertEquals(1, results.getPage().size()); assertEquals("PrivateTitleA", results.getPage().get(0).getTitle()); } /** * Ensure that the canned query returns the right entity objects * for the underlying calendar entries. * Checks both the low level filtering, and the DB fetching of the * properties used in the filter */ @Test public void testCannedQueryEntityResults() throws Exception { PagingRequest paging = new PagingRequest(10); NodeRef[] containers = new NodeRef[] { SITE_SERVICE.getContainer(CALENDAR_SITE.getShortName(), CalendarServiceImpl.CALENDAR_COMPONENT), SITE_SERVICE.getContainer(ALTERNATE_CALENDAR_SITE.getShortName(), CalendarServiceImpl.CALENDAR_COMPONENT), }; Date from = new Date(1302431400); Date to = new Date(1302442200); // To capture the low level results final List full = new ArrayList(); final List filtered = new ArrayList(); GetCalendarEntriesCannedQueryTestHook hook = new GetCalendarEntriesCannedQueryTestHook() { @Override public void notifyComplete(List fullList, List filteredList) { full.clear(); filtered.clear(); full.addAll(fullList); filtered.addAll(filteredList); } }; // With no entries, won't find anything GetCalendarEntriesCannedQuery cq = (GetCalendarEntriesCannedQuery)CALENDAR_CQ_FACTORY.getCannedQuery( containers, from, to, paging ); cq.setTestHook(hook); cq.execute(); assertEquals(0, full.size()); assertEquals(0, filtered.size()); // Add some events, with a mixture of repeating and non CalendarEntry c1 = CALENDAR_SERVICE.createCalendarEntry(CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "SiteNormal", "Description", "Location", new Date(1302431400), new Date(1302442200))); CalendarEntry c2 = CALENDAR_SERVICE.createCalendarEntry(CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "SiteRepeating", "Description", "Location", new Date(1302435000), new Date(1302435000))); CalendarEntry c3 = CALENDAR_SERVICE.createCalendarEntry(ALTERNATE_CALENDAR_SITE.getShortName(), new CalendarEntryDTO( "AltSiteNormal", "Description", "Location", new Date(1302431400), new Date(1302435000))); // Do a fetch that'll include all of them cq = (GetCalendarEntriesCannedQuery)CALENDAR_CQ_FACTORY.getCannedQuery( containers, from, to, paging); cq.setTestHook(hook); cq.execute(); assertEquals(3, full.size()); assertEquals(3, filtered.size()); // Check they have the right details on them, and are correctly sorted assertEquals(c3.getSystemName(), filtered.get(0).getName()); assertEquals(ISO8601DateFormat.format(c3.getStart()), filtered.get(0).getFromDate()); assertEquals(ISO8601DateFormat.format(c3.getEnd()), filtered.get(0).getToDate()); assertEquals(c3.getRecurrenceRule(), filtered.get(0).getRecurrenceRule()); assertEquals(null, filtered.get(0).getRecurrenceLastMeeting()); assertEquals(c1.getSystemName(), filtered.get(1).getName()); assertEquals(ISO8601DateFormat.format(c1.getStart()), filtered.get(1).getFromDate()); assertEquals(ISO8601DateFormat.format(c1.getEnd()), filtered.get(1).getToDate()); assertEquals(c1.getRecurrenceRule(), filtered.get(1).getRecurrenceRule()); assertEquals(null, filtered.get(1).getRecurrenceLastMeeting()); assertEquals(c2.getSystemName(), filtered.get(2).getName()); assertEquals(ISO8601DateFormat.format(c2.getStart()), filtered.get(2).getFromDate()); assertEquals(ISO8601DateFormat.format(c2.getEnd()), filtered.get(2).getToDate()); assertEquals(c2.getRecurrenceRule(), filtered.get(2).getRecurrenceRule()); assertEquals(null, filtered.get(2).getRecurrenceLastMeeting()); // Now do one that'll only have some from = new Date(1302431400-10); to = new Date(1302431400+10); cq = (GetCalendarEntriesCannedQuery)CALENDAR_CQ_FACTORY.getCannedQuery( containers, from, to, paging); cq.setTestHook(hook); cq.execute(); assertEquals(3, full.size()); assertEquals(2, filtered.size()); // Check the ordering and filtering assertEquals(c3.getSystemName(), filtered.get(0).getName()); assertEquals(c1.getSystemName(), filtered.get(1).getName()); // Now make one repeating and check the correct info comes through c3.setRecurrenceRule("FREQ=WEEKLY;BYDAY=TH;INTERVAL=1"); c3.setLastRecurrence(new Date(1303431400)); CALENDAR_SERVICE.updateCalendarEntry(c3); cq = (GetCalendarEntriesCannedQuery)CALENDAR_CQ_FACTORY.getCannedQuery( containers, from, to, paging); cq.setTestHook(hook); cq.execute(); assertEquals(3, full.size()); assertEquals(2, filtered.size()); // Check the details assertEquals(c3.getSystemName(), filtered.get(0).getName()); assertEquals(ISO8601DateFormat.format(c3.getStart()), filtered.get(0).getFromDate()); assertEquals(ISO8601DateFormat.format(c3.getEnd()), filtered.get(0).getToDate()); assertEquals(ISO8601DateFormat.format(c3.getLastRecurrence()), filtered.get(0).getRecurrenceLastMeeting()); assertEquals(c3.getRecurrenceRule(), filtered.get(0).getRecurrenceRule()); assertEquals(c1.getSystemName(), filtered.get(1).getName()); assertEquals(ISO8601DateFormat.format(c1.getStart()), filtered.get(1).getFromDate()); assertEquals(ISO8601DateFormat.format(c1.getEnd()), filtered.get(1).getToDate()); assertEquals(c1.getRecurrenceRule(), filtered.get(1).getRecurrenceRule()); assertEquals(null, filtered.get(1).getRecurrenceLastMeeting()); // Do a recurring query Calendar c20110718mon = Calendar.getInstance(); Calendar c20110719tue = Calendar.getInstance(); Calendar c20110720wed = Calendar.getInstance(); Calendar c20110722fri = Calendar.getInstance(); c20110718mon.set(2011, 7-1, 18, 0, 0, 0); c20110719tue.set(2011, 7-1, 19, 0, 0, 0); c20110720wed.set(2011, 7-1, 20, 0, 0, 0); c20110722fri.set(2011, 7-1, 22, 0, 0, 0); c3.setStart(c20110719tue.getTime()); c3.setEnd(c20110719tue.getTime()); c3.setLastRecurrence(c20110722fri.getTime()); CALENDAR_SERVICE.updateCalendarEntry(c3); // Monday-Tuesday will find it for itself cq = (GetCalendarEntriesCannedQuery)CALENDAR_CQ_FACTORY.getCannedQuery( containers, c20110718mon.getTime(), c20110719tue.getTime(), paging); cq.setTestHook(hook); cq.execute(); assertEquals(3, full.size()); assertEquals(1, filtered.size()); assertEquals(c3.getSystemName(), filtered.get(0).getName()); // Monday-Wednesday will find it for itself cq = (GetCalendarEntriesCannedQuery)CALENDAR_CQ_FACTORY.getCannedQuery( containers, c20110718mon.getTime(), c20110720wed.getTime(), paging); cq.setTestHook(hook); cq.execute(); assertEquals(3, full.size()); assertEquals(1, filtered.size()); assertEquals(c3.getSystemName(), filtered.get(0).getName()); // Wednesday-Friday will find it as a repeating event on the Thursday cq = (GetCalendarEntriesCannedQuery)CALENDAR_CQ_FACTORY.getCannedQuery( containers, c20110720wed.getTime(), c20110722fri.getTime(), paging); cq.setTestHook(hook); cq.execute(); assertEquals(3, full.size()); assertEquals(1, filtered.size()); assertEquals(c3.getSystemName(), filtered.get(0).getName()); // Bring the last recurrence date back, will no longer show up c3.setLastRecurrence(c20110720wed.getTime()); CALENDAR_SERVICE.updateCalendarEntry(c3); cq = (GetCalendarEntriesCannedQuery)CALENDAR_CQ_FACTORY.getCannedQuery( containers, c20110720wed.getTime(), c20110722fri.getTime(), paging); cq.setTestHook(hook); cq.execute(); assertEquals(3, full.size()); assertEquals(0, filtered.size()); } // -------------------------------------------------------------------------------- private static void createTestSites() throws Exception { final CalendarServiceImpl privateCalendarService = (CalendarServiceImpl)testContext.getBean("calendarService"); CALENDAR_SITE = TRANSACTION_HELPER.doInTransaction(new RetryingTransactionHelper.RetryingTransactionCallback() { @Override public SiteInfo execute() throws Throwable { SiteInfo site = SITE_SERVICE.createSite( TEST_SITE_PREFIX, CalendarServiceImplTest.class.getSimpleName() + "_testSite" + System.currentTimeMillis(), "test site title", "test site description", SiteVisibility.PUBLIC); privateCalendarService.getSiteCalendarContainer(site.getShortName(), true); CLASS_TEST_NODES_TO_TIDY.add(site.getNodeRef()); return site; } }); // Create the alternate site as admin AuthenticationUtil.setFullyAuthenticatedUser(ADMIN_USER); ALTERNATE_CALENDAR_SITE = TRANSACTION_HELPER.doInTransaction(new RetryingTransactionHelper.RetryingTransactionCallback() { @Override public SiteInfo execute() throws Throwable { SiteInfo site = SITE_SERVICE.createSite( TEST_SITE_PREFIX, CalendarServiceImplTest.class.getSimpleName() + "_testAltSite" + System.currentTimeMillis(), "alternate site title", "alternate site description", SiteVisibility.PRIVATE); privateCalendarService.getSiteCalendarContainer(site.getShortName(), true); CLASS_TEST_NODES_TO_TIDY.add(site.getNodeRef()); return site; } }); AuthenticationUtil.setFullyAuthenticatedUser(TEST_USER); } /** * By default, all tests are run as the admin user. */ @Before public void setAdminUser() { AuthenticationUtil.setFullyAuthenticatedUser(ADMIN_USER); } @After public void deleteTestNodes() throws Exception { performDeletionOfNodes(testNodesToTidy); } @AfterClass public static void deleteClassTestNodesAndUsers() throws Exception { performDeletionOfNodes(CLASS_TEST_NODES_TO_TIDY); deleteUser(TEST_USER); } /** * Deletes the specified NodeRefs, if they exist. * @param nodesToDelete */ private static void performDeletionOfNodes(final List nodesToDelete) { TRANSACTION_HELPER.doInTransaction(new RetryingTransactionHelper.RetryingTransactionCallback() { @Override public Void execute() throws Throwable { AuthenticationUtil.setFullyAuthenticatedUser(ADMIN_USER); for (NodeRef node : nodesToDelete) { if (NODE_SERVICE.exists(node)) { // st:site nodes can only be deleted via the SiteService if (NODE_SERVICE.getType(node).equals(SiteModel.TYPE_SITE)) { SiteInfo siteInfo = SITE_SERVICE.getSite(node); SITE_SERVICE.deleteSite(siteInfo.getShortName()); } else { NODE_SERVICE.deleteNode(node); } } } return null; } }); } private static void createUser(final String userName) { TRANSACTION_HELPER.doInTransaction(new RetryingTransactionHelper.RetryingTransactionCallback() { @Override public Void execute() throws Throwable { if (!AUTHENTICATION_SERVICE.authenticationExists(userName)) { AUTHENTICATION_SERVICE.createAuthentication(userName, "PWD".toCharArray()); } if (!PERSON_SERVICE.personExists(userName)) { PropertyMap ppOne = new PropertyMap(); ppOne.put(ContentModel.PROP_USERNAME, userName); ppOne.put(ContentModel.PROP_FIRSTNAME, "firstName"); ppOne.put(ContentModel.PROP_LASTNAME, "lastName"); ppOne.put(ContentModel.PROP_EMAIL, "email@email.com"); ppOne.put(ContentModel.PROP_JOBTITLE, "jobTitle"); PERSON_SERVICE.createPerson(ppOne); } return null; } }); } private static void deleteUser(final String userName) { TRANSACTION_HELPER.doInTransaction(new RetryingTransactionHelper.RetryingTransactionCallback() { @Override public Void execute() throws Throwable { if (PERSON_SERVICE.personExists(userName)) { PERSON_SERVICE.deletePerson(userName); } return null; } }); } }