protected void triggerReloadWithNewTransaction(String id) {
if (TransactionHelper.isTransactionMarkedRollback()) {
throw new AssertionError("The calling transaction is marked rollback");
} else if (TransactionHelper.isTransactionActive()) { // should flush
// the calling
// transaction
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
}
try {
try {
triggerReload(id);
} catch (RuntimeException cause) {
TransactionHelper.setTransactionRollbackOnly();
throw cause;
}
} finally {
if (TransactionHelper.isTransactionActiveOrMarkedRollback()) {
boolean wasRollbacked = TransactionHelper.isTransactionMarkedRollback();
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
if (wasRollbacked) {
TransactionHelper.setTransactionRollbackOnly();
}
}
}
}
@Override
public void run() {
log.info("start of thread " + Thread.currentThread().getName());
try {
TransactionHelper.startTransaction();
CoreSession s = null;
try {
s = openSessionAs(SecurityConstants.ADMINISTRATOR);
Thread.sleep(sleepMillis);
} finally {
try {
if (s != null) {
closeSession(s);
}
} finally {
TransactionHelper.commitOrRollbackTransaction();
}
}
} catch (Exception e) {
if (threadException == null) {
threadException = e;
}
}
log.info("end of thread " + Thread.currentThread().getName());
}
@GET
public Blob convert(
@QueryParam("converter") String converter,
@QueryParam("type") String type,
@QueryParam("format") String format,
@Context UriInfo uriInfo) {
BlobHolder bh = getBlobHolderToConvert();
boolean txWasActive = false;
try {
if (TransactionHelper.isTransactionActive()) {
txWasActive = true;
TransactionHelper.commitOrRollbackTransaction();
}
if (StringUtils.isNotBlank(converter)) {
return convertWithConverter(bh, converter, uriInfo);
} else if (StringUtils.isNotBlank(type)) {
return convertWithMimeType(bh, type, uriInfo);
} else if (StringUtils.isNotBlank(format)) {
return convertWithFormat(bh, format, uriInfo);
} else {
throw new IllegalParameterException("No converter, type or format parameter specified");
}
} finally {
if (txWasActive && !TransactionHelper.isTransactionActiveOrMarkedRollback()) {
TransactionHelper.startTransaction();
}
}
}
protected void awaitCollectionWorks() throws InterruptedException {
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
workManager.awaitCompletion(
CollectionConstants.COLLECTION_QUEUE_ID, WORK_TIME_OUT_MS, TimeUnit.MILLISECONDS);
assertEquals(0, workManager.getQueueSize(CollectionConstants.COLLECTION_QUEUE_ID, null));
}
protected void setPermission(
DocumentModel doc, String userName, String permission, boolean isGranted) {
ACP acp = session.getACP(doc.getRef());
ACL localACL = acp.getOrCreateACL(ACL.LOCAL_ACL);
localACL.add(new ACE(userName, permission, isGranted));
session.setACP(doc.getRef(), acp, true);
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
}
@Test
public void doesntLeakWithoutTx() {
TransactionHelper.commitOrRollbackTransaction();
try {
checkSessionLeak();
} finally {
TransactionHelper.startTransaction();
}
}
public void startTransaction() {
if (syncMode) {
ElasticSearchInlineListener.useSyncIndexing.set(true);
}
if (!TransactionHelper.isTransactionActive()) {
TransactionHelper.startTransaction();
}
Assert.assertEquals(0, esa.getPendingWorkerCount());
commandProcessed = esa.getTotalCommandProcessed();
}
protected void resetPermissions(DocumentRef docRef, String userName) {
ACP acp = session.getACP(docRef);
ACL localACL = acp.getOrCreateACL(ACL.LOCAL_ACL);
Iterator<ACE> localACLIt = localACL.iterator();
while (localACLIt.hasNext()) {
ACE ace = localACLIt.next();
if (userName.equals(ace.getUsername())) {
localACLIt.remove();
}
}
session.setACP(docRef, acp, true);
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
}
protected void commit(boolean force) {
uploadedFiles++;
if (uploadedFiles % 10 == 0) {
GenericMultiThreadedImporter.addCreatedDoc(taskId, uploadedFiles);
}
if (uploadedFiles % batchSize == 0 || force) {
Stopwatch stopwatch =
SimonManager.getStopwatch("org.nuxeo.ecm.platform.importer.session_save");
Split split = stopwatch.start();
fslog("Committing Core Session after " + uploadedFiles + " files", true);
session.save();
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction(transactionTimeout);
split.stop();
}
}
@Test
public void shouldFilterLogEntriesOnEventCategories() throws Exception {
DocumentModel doc = RestServerInit.getFile(1, session);
List<LogEntry> logEntries = new ArrayList<>();
LogEntry logEntry = auditLogger.newLogEntry();
logEntry.setDocUUID(doc.getRef());
logEntry.setCategory("One");
logEntry.setEventId("firstEvent");
logEntries.add(logEntry);
logEntry = auditLogger.newLogEntry();
logEntry.setDocUUID(doc.getRef());
logEntry.setCategory("One");
logEntry.setEventId("secondEvent");
logEntries.add(logEntry);
logEntry = auditLogger.newLogEntry();
logEntry.setDocUUID(doc.getRef());
logEntry.setCategory("Two");
logEntry.setEventId("firstEvent");
logEntries.add(logEntry);
auditLogger.addLogEntries(logEntries);
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
MultivaluedMap<String, String> queryParams = new MultivaluedMapImpl();
queryParams.add("category", "One");
queryParams.add("category", "Two");
ClientResponse response =
getResponse(
BaseTest.RequestType.GET, "id/" + doc.getId() + "/@" + AuditAdapter.NAME, queryParams);
assertEquals(Response.Status.OK.getStatusCode(), response.getStatus());
JsonNode node = mapper.readTree(response.getEntityInputStream());
List<JsonNode> nodes = getLogEntries(node);
assertEquals(3, nodes.size());
queryParams = new MultivaluedMapImpl();
queryParams.add("category", "Two");
response =
getResponse(
BaseTest.RequestType.GET, "id/" + doc.getId() + "/@" + AuditAdapter.NAME, queryParams);
assertEquals(Response.Status.OK.getStatusCode(), response.getStatus());
node = mapper.readTree(response.getEntityInputStream());
nodes = getLogEntries(node);
assertEquals(1, nodes.size());
}
protected void flushAndSync() throws Exception {
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
Assert.assertTrue(Framework.getLocalService(AuditLogger.class).await(10, TimeUnit.SECONDS));
esa.getClient()
.admin()
.indices()
.prepareFlush(esa.getIndexNameForType(ElasticSearchConstants.ENTRY_TYPE))
.execute()
.actionGet();
esa.getClient()
.admin()
.indices()
.prepareRefresh(esa.getIndexNameForType(ElasticSearchConstants.ENTRY_TYPE))
.execute()
.actionGet();
}
public synchronized void run() {
TransactionHelper.startTransaction(transactionTimeout);
synchronized (this) {
if (isRunning) {
throw new IllegalStateException("Task already running");
}
isRunning = true;
// versions have no path, target document can be null
if (rootSource == null) {
isRunning = false;
throw new IllegalArgumentException("source node must be specified");
}
}
try {
session = CoreInstance.openCoreSessionSystem(repositoryName);
log.info("Starting new import task");
if (rootDoc != null) {
// reopen the root to be sure the session is valid
rootDoc = session.getDocument(rootDoc.getRef());
}
recursiveCreateDocumentFromNode(rootDoc, rootSource);
session.save();
GenericMultiThreadedImporter.addCreatedDoc(taskId, uploadedFiles);
TransactionHelper.commitOrRollbackTransaction();
} catch (Exception e) { // deals with interrupt below
log.error("Error during import", e);
ExceptionUtils.checkInterrupt(e);
notifyImportError();
} finally {
log.info("End of task");
if (session != null) {
session.close();
session = null;
}
synchronized (this) {
isRunning = false;
}
}
}
@Override
public void handleEvent(Event event) {
if (!Framework.isDevModeSet()) {
log.info("Do not flush the directory caches: dev mode is not set");
return;
}
if (!ReloadEventNames.RELOAD_EVENT_ID.equals(event.getId())) {
return;
}
try {
RepositoryManager rm = Framework.getService(RepositoryManager.class);
// Transaction management
final boolean txStarted =
!TransactionHelper.isTransactionActive() && TransactionHelper.startTransaction();
boolean txSucceed = false;
try {
new UnrestrictedSessionRunner(rm.getDefaultRepositoryName()) {
@Override
public void run() {
DocumentRoutingService service =
Framework.getLocalService(DocumentRoutingService.class);
service.importAllRouteModels(session);
}
}.runUnrestricted();
txSucceed = true;
} finally {
if (txStarted) {
if (!txSucceed) {
TransactionHelper.setTransactionRollbackOnly();
log.warn("Rollbacking import of route models");
}
TransactionHelper.commitOrRollbackTransaction();
}
}
} catch (NuxeoException e) {
log.error("Error while reloading the route models", e);
}
}
@Test
public void doesntReleaseBeforeCommit() {
TransactionHelper.commitOrRollbackTransaction();
assertEquals(0, activeConnectionCount());
assertEquals(0, threadAllocatedConnectionsCount());
closeSession();
TransactionHelper.startTransaction();
try {
try (CoreSession first = openSessionAs("jdoe")) {
assertEquals(1, threadAllocatedConnectionsCount());
assertEquals(1, activeConnectionCount());
try (CoreSession second = openSessionAs("jdoe")) {
assertEquals(2, threadAllocatedConnectionsCount());
assertEquals(1, activeConnectionCount());
TransactionHelper.commitOrRollbackTransaction();
assertEquals(0, threadAllocatedConnectionsCount());
assertEquals(0, activeConnectionCount());
}
}
assertEquals(0, threadAllocatedConnectionsCount());
} finally {
TransactionHelper.commitOrRollbackTransaction();
}
}
protected void nextTransaction() {
if (TransactionHelper.isTransactionActiveOrMarkedRollback()) {
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
}
}
@Test
public void testClientSideUser1() throws Exception {
// ---------------------------------------------
// Check active factories
// ---------------------------------------------
TopLevelFolderItemFactory topLevelFolderItemFactory =
fileSystemItemAdapterService.getTopLevelFolderItemFactory();
assertEquals(
"org.nuxeo.drive.hierarchy.permission.factory.PermissionTopLevelFactory",
topLevelFolderItemFactory.getName());
Set<String> activeFactories = fileSystemItemAdapterService.getActiveFileSystemItemFactories();
assertEquals(5, activeFactories.size());
assertTrue(activeFactories.contains("collectionSyncRootFolderItemFactory"));
assertTrue(activeFactories.contains("defaultFileSystemItemFactory"));
assertTrue(activeFactories.contains("userSyncRootParentFactory"));
assertTrue(activeFactories.contains("permissionSyncRootFactory"));
assertTrue(activeFactories.contains("sharedSyncRootParentFactory"));
// ---------------------------------------------
// Check top level folder: "Nuxeo Drive"
// ---------------------------------------------
Blob topLevelFolderJSON =
(Blob) clientSession1.newRequest(NuxeoDriveGetTopLevelFolder.ID).execute();
assertNotNull(topLevelFolderJSON);
PermissionTopLevelFolderItem topLevelFolder =
mapper.readValue(topLevelFolderJSON.getStream(), PermissionTopLevelFolderItem.class);
assertNotNull(topLevelFolder);
assertEquals(TOP_LEVEL_ID, topLevelFolder.getId());
assertNull(topLevelFolder.getParentId());
assertEquals("/" + TOP_LEVEL_ID, topLevelFolder.getPath());
assertEquals("Nuxeo Drive", topLevelFolder.getName());
assertTrue(topLevelFolder.isFolder());
assertEquals("system", topLevelFolder.getCreator());
assertEquals("system", topLevelFolder.getLastContributor());
assertFalse(topLevelFolder.getCanRename());
assertFalse(topLevelFolder.getCanDelete());
assertFalse(topLevelFolder.getCanCreateChild());
/**
*
*
* <pre>
* ===================================================
* User workspace registered as a synchronization root
* ===================================================
* => Expected client side for user1:
*
* Nuxeo Drive
* |-- My Docs
* | |-- user1File2
* | |-- user1Folder1
* | | |-- user1File1
* | | |-- user1Folder2
* | |-- user1Folder3
* | | |-- user1File3
* | |-- user1Folder4
* |
* |-- Other Docs
* | |-- user2Folder1
* | | |-- user2File1
* | | |-- user2Folder2
* | |-- user2Folder3
* | | |-- user2File3
*
* </pre>
*/
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
nuxeoDriveManager.registerSynchronizationRoot(
session1.getPrincipal(), userWorkspace1, session1);
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
// ---------------------------------------------
// Check top level folder children
// ---------------------------------------------
Blob topLevelChildrenJSON =
(Blob)
clientSession1
.newRequest(NuxeoDriveGetChildren.ID)
.set("id", topLevelFolder.getId())
.execute();
ArrayNode topLevelChildren =
mapper.readValue(topLevelChildrenJSON.getStream(), ArrayNode.class);
assertNotNull(topLevelChildren);
assertEquals(2, topLevelChildren.size());
// Check "My Docs"
UserSyncRootParentFolderItem userSyncRootParent =
mapper.readValue(topLevelChildren.get(0), UserSyncRootParentFolderItem.class);
assertEquals(userWorkspace1ItemId, userSyncRootParent.getId());
assertEquals(TOP_LEVEL_ID, userSyncRootParent.getParentId());
assertEquals(userWorkspace1ItemPath, userSyncRootParent.getPath());
assertEquals("My Docs", userSyncRootParent.getName());
assertTrue(userSyncRootParent.isFolder());
assertEquals("user1", userSyncRootParent.getCreator());
assertEquals("user1", userSyncRootParent.getLastContributor());
assertFalse(userSyncRootParent.getCanRename());
assertFalse(userSyncRootParent.getCanDelete());
// Can create a child since "My Docs" is the user workspace
assertTrue(userSyncRootParent.getCanCreateChild());
// Check "Other Docs"
SharedSyncRootParentFolderItem sharedSyncRootParent =
mapper.readValue(topLevelChildren.get(1), SharedSyncRootParentFolderItem.class);
assertEquals(SHARED_SYNC_ROOT_PARENT_ID, sharedSyncRootParent.getId());
assertEquals(TOP_LEVEL_ID, sharedSyncRootParent.getParentId());
assertEquals(
"/" + TOP_LEVEL_ID + "/" + SHARED_SYNC_ROOT_PARENT_ID, sharedSyncRootParent.getPath());
assertEquals("Other Docs", sharedSyncRootParent.getName());
assertTrue(sharedSyncRootParent.isFolder());
assertEquals("system", sharedSyncRootParent.getCreator());
assertEquals("system", sharedSyncRootParent.getLastContributor());
assertFalse(sharedSyncRootParent.getCanRename());
assertFalse(sharedSyncRootParent.getCanDelete());
assertFalse(sharedSyncRootParent.getCanCreateChild());
// --------------------------------------------
// Check user synchronization roots
// --------------------------------------------
Blob userSyncRootsJSON =
(Blob)
clientSession1
.newRequest(NuxeoDriveGetChildren.ID)
.set("id", userSyncRootParent.getId())
.execute();
ArrayNode userSyncRoots = mapper.readValue(userSyncRootsJSON.getStream(), ArrayNode.class);
assertNotNull(userSyncRoots);
assertEquals(4, userSyncRoots.size());
DocumentBackedFolderItem folderItem;
DocumentBackedFileItem childFileItem;
DocumentBackedFileItem fileItem;
DocumentBackedFolderItem childFolderItem;
JsonNode[] rootNodes = sortNodeByName(userSyncRoots);
// user1File2
fileItem = mapper.readValue(rootNodes[0], DocumentBackedFileItem.class);
checkFileItem(
fileItem,
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX,
user1File2,
userWorkspace1ItemId,
userWorkspace1ItemPath,
"user1File2.txt",
"user1",
"user1");
// user1Folder1
folderItem = mapper.readValue(rootNodes[1], DocumentBackedFolderItem.class);
checkFolderItem(
folderItem,
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX,
user1Folder1,
userWorkspace1ItemId,
userWorkspace1ItemPath,
"user1Folder1",
"user1",
"user1");
Blob folderItemChildrenJSON =
(Blob)
clientSession1
.newRequest(NuxeoDriveGetChildren.ID)
.set("id", folderItem.getId())
.execute();
ArrayNode folderItemChildren =
mapper.readValue(folderItemChildrenJSON.getStream(), ArrayNode.class);
assertNotNull(folderItemChildren);
assertEquals(2, folderItemChildren.size());
{
JsonNode[] nodes = sortNodeByName(folderItemChildren);
// user1File1
childFileItem = mapper.readValue(nodes[0], DocumentBackedFileItem.class);
checkFileItem(
childFileItem,
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX,
user1File1,
folderItem.getId(),
folderItem.getPath(),
"user1File1.txt",
"user1",
"user1");
// user1Folder2
childFolderItem = mapper.readValue(nodes[1], DocumentBackedFolderItem.class);
checkFolderItem(
childFolderItem,
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX,
user1Folder2,
folderItem.getId(),
folderItem.getPath(),
"user1Folder2",
"user1",
"user1");
}
// user1Folder3
folderItem = mapper.readValue(rootNodes[2], DocumentBackedFolderItem.class);
checkFolderItem(
folderItem,
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX,
user1Folder3,
userWorkspace1ItemId,
userWorkspace1ItemPath,
"user1Folder3",
"user1",
"user1");
{
folderItemChildrenJSON =
(Blob)
clientSession1
.newRequest(NuxeoDriveGetChildren.ID)
.set("id", folderItem.getId())
.execute();
folderItemChildren = mapper.readValue(folderItemChildrenJSON.getStream(), ArrayNode.class);
assertNotNull(folderItemChildren);
assertEquals(1, folderItemChildren.size());
// user1File3
childFileItem = mapper.readValue(folderItemChildren.get(0), DocumentBackedFileItem.class);
checkFileItem(
childFileItem,
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX,
user1File3,
folderItem.getId(),
folderItem.getPath(),
"user1File3.txt",
"user1",
"user1");
}
// user1Folder4
folderItem = mapper.readValue(rootNodes[3], DocumentBackedFolderItem.class);
checkFolderItem(
folderItem,
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX,
user1Folder4,
userWorkspace1ItemId,
userWorkspace1ItemPath,
"user1Folder4",
"user1",
"user1");
// ---------------------------------------------
// Check shared synchronization roots
// ---------------------------------------------
Blob sharedSyncRootsJSON =
(Blob)
clientSession1
.newRequest(NuxeoDriveGetChildren.ID)
.set("id", sharedSyncRootParent.getId())
.execute();
List<DefaultSyncRootFolderItem> sharedSyncRoots =
mapper.readValue(
sharedSyncRootsJSON.getStream(),
new TypeReference<List<DefaultSyncRootFolderItem>>() {});
Collections.sort(sharedSyncRoots);
assertNotNull(sharedSyncRoots);
assertEquals(2, sharedSyncRoots.size());
// user2Folder1
DefaultSyncRootFolderItem sharedSyncRoot = sharedSyncRoots.get(0);
checkFolderItem(
sharedSyncRoot,
SYNC_ROOT_ID_PREFIX,
session1.getDocument(user2Folder1.getRef()),
sharedSyncRootParent.getId(),
sharedSyncRootParent.getPath(),
"user2Folder1",
"user2",
"user1");
Blob sharedSyncRootChildrenJSON =
(Blob)
clientSession1
.newRequest(NuxeoDriveGetChildren.ID)
.set("id", sharedSyncRoot.getId())
.execute();
ArrayNode sharedSyncRootChildren =
mapper.readValue(sharedSyncRootChildrenJSON.getStream(), ArrayNode.class);
assertNotNull(sharedSyncRootChildren);
assertEquals(2, sharedSyncRootChildren.size());
DocumentBackedFolderItem sharedSyncRootChildFolderItem;
DocumentBackedFileItem sharedSyncRootChildFileItem;
{
JsonNode[] nodes = sortNodeByName(sharedSyncRootChildren);
// user2File1
sharedSyncRootChildFileItem = mapper.readValue(nodes[0], DocumentBackedFileItem.class);
checkFileItem(
sharedSyncRootChildFileItem,
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX,
session1.getDocument(user2File1.getRef()),
sharedSyncRoot.getId(),
sharedSyncRoot.getPath(),
"user2File1.txt",
"user2",
"user2");
// user2Folder2
sharedSyncRootChildFolderItem = mapper.readValue(nodes[1], DocumentBackedFolderItem.class);
checkFolderItem(
sharedSyncRootChildFolderItem,
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX,
session1.getDocument(user2Folder2.getRef()),
sharedSyncRoot.getId(),
sharedSyncRoot.getPath(),
"user2Folder2",
"user2",
"user2");
}
// user2Folder3
sharedSyncRoot = sharedSyncRoots.get(1);
checkFolderItem(
sharedSyncRoot,
SYNC_ROOT_ID_PREFIX,
session1.getDocument(user2Folder3.getRef()),
sharedSyncRootParent.getId(),
sharedSyncRootParent.getPath(),
"user2Folder3",
"user2",
"user1");
sharedSyncRootChildrenJSON =
(Blob)
clientSession1
.newRequest(NuxeoDriveGetChildren.ID)
.set("id", sharedSyncRoot.getId())
.execute();
sharedSyncRootChildren =
mapper.readValue(sharedSyncRootChildrenJSON.getStream(), ArrayNode.class);
assertNotNull(sharedSyncRootChildren);
assertEquals(1, sharedSyncRootChildren.size());
// user2File3
sharedSyncRootChildFileItem =
mapper.readValue(sharedSyncRootChildren.get(0), DocumentBackedFileItem.class);
checkFileItem(
sharedSyncRootChildFileItem,
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX,
session1.getDocument(user2File3.getRef()),
sharedSyncRoot.getId(),
sharedSyncRoot.getPath(),
"user2File3.txt",
"user2",
"user2");
/**
*
*
* <pre>
* =======================================================
* User workspace NOT registered as a synchronization root
* =======================================================
* => Expected client side for user1:
*
* Nuxeo Drive
* |-- My Docs
* |
* |-- Other Docs (unchanged)
* | |-- user2Folder1
* | | |-- user2File1
* | | |-- user2Folder2
* | |-- user2Folder3
* | | |-- user2File3
*
* </pre>
*/
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
nuxeoDriveManager.unregisterSynchronizationRoot(
session1.getPrincipal(), userWorkspace1, session1);
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
// ---------------------------------------------
// Check "My Docs"
// ---------------------------------------------
Blob userSyncRootParentJSON =
(Blob)
clientSession1
.newRequest(NuxeoDriveGetFileSystemItem.ID)
.set("id", userWorkspace1ItemId)
.execute();
assertNotNull(userSyncRootParentJSON);
userSyncRootParent =
mapper.readValue(userSyncRootParentJSON.getStream(), UserSyncRootParentFolderItem.class);
assertEquals(userWorkspace1ItemId, userSyncRootParent.getId());
assertEquals(TOP_LEVEL_ID, userSyncRootParent.getParentId());
assertEquals(userWorkspace1ItemPath, userSyncRootParent.getPath());
assertEquals("My Docs", userSyncRootParent.getName());
assertTrue(userSyncRootParent.isFolder());
assertEquals("user1", userSyncRootParent.getCreator());
assertEquals("user1", userSyncRootParent.getLastContributor());
assertFalse(userSyncRootParent.getCanRename());
assertFalse(userSyncRootParent.getCanDelete());
// Cannot create a child since "My Docs" is only the parent of the
// synchronization roots, not the user workspace
assertFalse(userSyncRootParent.getCanCreateChild());
// --------------------------------------------
// Check user synchronization roots
// --------------------------------------------
userSyncRootsJSON =
(Blob)
clientSession1
.newRequest(NuxeoDriveGetChildren.ID)
.set("id", userSyncRootParent.getId())
.execute();
userSyncRoots = mapper.readValue(userSyncRootsJSON.getStream(), ArrayNode.class);
assertNotNull(userSyncRoots);
assertEquals(0, userSyncRoots.size());
/**
*
*
* <pre>
* =======================================================
* User workspace NOT registered as a synchronization root
* but specific folders yes: user1Folder3, user1Folder4
* =======================================================
* => Expected client side for user1:
*
* Nuxeo Drive
* |-- My Docs
* | |-- user1Folder3
* | | |-- user1File3
* | |-- user1Folder4
* |
* |-- Other Docs (unchanged)
* | |-- user2Folder1
* | | |-- user2File1
* | | |-- user2Folder2
* | |-- user2Folder3
* | | |-- user2File3
*
* </pre>
*/
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
nuxeoDriveManager.registerSynchronizationRoot(session1.getPrincipal(), user1Folder3, session1);
nuxeoDriveManager.registerSynchronizationRoot(session1.getPrincipal(), user1Folder4, session1);
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
// --------------------------------------------
// Check user synchronization roots
// --------------------------------------------
userSyncRootsJSON =
(Blob)
clientSession1
.newRequest(NuxeoDriveGetChildren.ID)
.set("id", userSyncRootParent.getId())
.execute();
userSyncRoots = mapper.readValue(userSyncRootsJSON.getStream(), ArrayNode.class);
assertNotNull(userSyncRoots);
assertEquals(2, userSyncRoots.size());
// user1Folder3
folderItem = mapper.readValue(userSyncRoots.get(0), DocumentBackedFolderItem.class);
checkFolderItem(
folderItem,
SYNC_ROOT_ID_PREFIX,
user1Folder3,
userWorkspace1ItemId,
userWorkspace1ItemPath,
"user1Folder3",
"user1",
"user1");
folderItemChildrenJSON =
(Blob)
clientSession1
.newRequest(NuxeoDriveGetChildren.ID)
.set("id", folderItem.getId())
.execute();
folderItemChildren = mapper.readValue(folderItemChildrenJSON.getStream(), ArrayNode.class);
assertNotNull(folderItemChildren);
assertEquals(1, folderItemChildren.size());
// user1File3
childFileItem = mapper.readValue(folderItemChildren.get(0), DocumentBackedFileItem.class);
checkFileItem(
childFileItem,
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX,
user1File3,
folderItem.getId(),
folderItem.getPath(),
"user1File3.txt",
"user1",
"user1");
// user1Folder4
folderItem = mapper.readValue(userSyncRoots.get(1), DocumentBackedFolderItem.class);
checkFolderItem(
folderItem,
SYNC_ROOT_ID_PREFIX,
user1Folder4,
userWorkspace1ItemId,
userWorkspace1ItemPath,
"user1Folder4",
"user1",
"user1");
/**
*
*
* <pre>
* =======================================================
* Unregister a shared folder: user2Folder1
* =======================================================
* => Expected client side for user1:
*
* Nuxeo Drive
* |-- My Docs (unchanged)
* | |-- user1Folder3
* | | |-- user1File3
* | |-- user1Folder4
* |
* |-- Other Docs
* | |-- user2Folder3
* | | |-- user2File3
*
* </pre>
*/
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
nuxeoDriveManager.unregisterSynchronizationRoot(
session1.getPrincipal(), session1.getDocument(user2Folder1.getRef()), session1);
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
// ---------------------------------------------
// Check shared synchronization roots
// ---------------------------------------------
sharedSyncRootsJSON =
(Blob)
clientSession1
.newRequest(NuxeoDriveGetChildren.ID)
.set("id", sharedSyncRootParent.getId())
.execute();
sharedSyncRoots =
mapper.readValue(
sharedSyncRootsJSON.getStream(),
new TypeReference<List<DefaultSyncRootFolderItem>>() {});
assertNotNull(sharedSyncRoots);
assertEquals(1, sharedSyncRoots.size());
// user2Folder3
sharedSyncRoot = sharedSyncRoots.get(0);
checkFolderItem(
sharedSyncRoot,
SYNC_ROOT_ID_PREFIX,
session1.getDocument(user2Folder3.getRef()),
sharedSyncRootParent.getId(),
sharedSyncRootParent.getPath(),
"user2Folder3",
"user2",
"user1");
sharedSyncRootChildrenJSON =
(Blob)
clientSession1
.newRequest(NuxeoDriveGetChildren.ID)
.set("id", sharedSyncRoot.getId())
.execute();
sharedSyncRootChildren =
mapper.readValue(sharedSyncRootChildrenJSON.getStream(), ArrayNode.class);
assertNotNull(sharedSyncRootChildren);
assertEquals(1, sharedSyncRootChildren.size());
// user2File3
sharedSyncRootChildFileItem =
mapper.readValue(sharedSyncRootChildren.get(0), DocumentBackedFileItem.class);
checkFileItem(
sharedSyncRootChildFileItem,
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX,
session1.getDocument(user2File3.getRef()),
sharedSyncRoot.getId(),
sharedSyncRoot.getPath(),
"user2File3.txt",
"user2",
"user2");
/**
*
*
* <pre>
* =======================================================
* Remove permission on a shared folder: user2Folder3
* =======================================================
* => Expected client side for user1:
*
* Nuxeo Drive
* |-- My Docs (unchanged)
* | |-- user1Folder3
* | | |-- user1File3
* | |-- user1Folder4
* |
* |-- Other Docs
*
* </pre>
*/
resetPermissions(user2Folder3.getRef(), "user1");
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
// ---------------------------------------------
// Check shared synchronization roots
// ---------------------------------------------
sharedSyncRootsJSON =
(Blob)
clientSession1
.newRequest(NuxeoDriveGetChildren.ID)
.set("id", sharedSyncRootParent.getId())
.execute();
sharedSyncRoots =
mapper.readValue(
sharedSyncRootsJSON.getStream(),
new TypeReference<List<DefaultSyncRootFolderItem>>() {});
assertNotNull(sharedSyncRoots);
assertEquals(0, sharedSyncRoots.size());
}
/**
* Initializes the test hierarchy.
*
* <pre>
* Server side for user1
* ==============================
*
* /user1 (user workspace)
* |-- user1Folder1
* | |-- user1File1
* | |-- user1Folder2
* |-- user1File2
* |-- user1Folder3
* | |-- user1File3
* |-- user1Folder4
*
* Server side for user2
* ==============================
*
* /user2 (user workspace)
* |-- user2Folder1 (registered as a synchronization root with ReadWrite permission for user1)
* | |-- user2File1
* | |-- user2Folder2
* |-- user2File2
* |-- user2Folder3 (registered as a synchronization root with ReadWrite permission for user1)
* | |-- user2File3
*
* </pre>
*/
@Before
public void init() throws Exception {
// Create test users
createUser("user1", "user1");
createUser("user2", "user2");
// Open a core session for each user
session1 = coreFeature.openCoreSession("user1");
session2 = coreFeature.openCoreSession("user2");
// Create user workspace for each user
userWorkspace1 = userWorkspaceService.getCurrentUserPersonalWorkspace(session1, null);
userWorkspace2 = userWorkspaceService.getCurrentUserPersonalWorkspace(session2, null);
userWorkspace1ItemId = USER_SYNC_ROOT_PARENT_ID_PREFIX + userWorkspace1.getId();
userWorkspace1ItemPath = "/" + TOP_LEVEL_ID + "/" + userWorkspace1ItemId;
// Populate user workspaces
// user1
user1Folder1 =
createFolder(session1, userWorkspace1.getPathAsString(), "user1Folder1", "Folder");
user1File1 =
createFile(
session1,
user1Folder1.getPathAsString(),
"user1File1",
"File",
"user1File1.txt",
CONTENT_PREFIX + "user1File1");
user1Folder2 = createFolder(session1, user1Folder1.getPathAsString(), "user1Folder2", "Folder");
user1File2 =
createFile(
session1,
userWorkspace1.getPathAsString(),
"user1File2",
"File",
"user1File2.txt",
CONTENT_PREFIX + "user1File2");
user1Folder3 =
createFolder(session1, userWorkspace1.getPathAsString(), "user1Folder3", "Folder");
user1File3 =
createFile(
session1,
user1Folder3.getPathAsString(),
"user1File3",
"File",
"user1File3.txt",
CONTENT_PREFIX + "user1File3");
user1Folder4 =
createFolder(session1, userWorkspace1.getPathAsString(), "user1Folder4", "Folder");
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
// user2
user2Folder1 =
createFolder(session2, userWorkspace2.getPathAsString(), "user2Folder1", "Folder");
user2File1 =
createFile(
session2,
user2Folder1.getPathAsString(),
"user2File1",
"File",
"user2File1.txt",
CONTENT_PREFIX + "user2File1");
user2Folder2 = createFolder(session2, user2Folder1.getPathAsString(), "user2Folder2", "Folder");
user2File2 =
createFile(
session2,
userWorkspace2.getPathAsString(),
"user2File2",
"File",
"user2File2.txt",
CONTENT_PREFIX + "user2File2");
user2Folder3 =
createFolder(session2, userWorkspace2.getPathAsString(), "user2Folder3", "Folder");
user2File3 =
createFile(
session2,
user2Folder3.getPathAsString(),
"user2File3",
"File",
"user2File3.txt",
CONTENT_PREFIX + "user2File3");
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
setPermission(user2Folder1, "user1", SecurityConstants.READ_WRITE, true);
setPermission(user2Folder3, "user1", SecurityConstants.READ_WRITE, true);
// Register shared folders as synchronization roots for user1
nuxeoDriveManager.registerSynchronizationRoot(
session1.getPrincipal(), session1.getDocument(user2Folder1.getRef()), session1);
nuxeoDriveManager.registerSynchronizationRoot(
session1.getPrincipal(), session1.getDocument(user2Folder3.getRef()), session1);
// Get an Automation client session for user1
clientSession1 = automationClient.getSession("user1", "user1");
mapper = new ObjectMapper();
}
@Test
public void testReadOperations() throws Exception {
// ------------------------------------------------------
// Check #getTopLevelFolder
// ------------------------------------------------------
List<FileSystemItem> topLevelChildren =
fileSystemItemManagerService.getTopLevelFolder(principal).getChildren();
assertNotNull(topLevelChildren);
assertEquals(2, topLevelChildren.size());
FileSystemItem childFsItem = topLevelChildren.get(0);
assertTrue(childFsItem instanceof DefaultSyncRootFolderItem);
assertEquals("defaultSyncRootFolderItemFactory#test#" + syncRoot1.getId(), childFsItem.getId());
assertTrue(childFsItem.getParentId().endsWith("DefaultTopLevelFolderItemFactory#"));
assertEquals("syncRoot1", childFsItem.getName());
childFsItem = topLevelChildren.get(1);
assertTrue(childFsItem instanceof DefaultSyncRootFolderItem);
assertEquals("defaultSyncRootFolderItemFactory#test#" + syncRoot2.getId(), childFsItem.getId());
assertTrue(childFsItem.getParentId().endsWith("DefaultTopLevelFolderItemFactory#"));
assertEquals("syncRoot2", childFsItem.getName());
// ------------------------------------------------------
// Check #exists
// ------------------------------------------------------
// Non existent doc id
assertFalse(
fileSystemItemManagerService.exists(
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + "nonExistentId", principal));
// File
assertTrue(
fileSystemItemManagerService.exists(
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + file.getId(), principal));
// Not adaptable as a FileSystemItem
assertFalse(
fileSystemItemManagerService.exists(
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + notAFileSystemItem.getId(), principal));
// Deleted
custom.followTransition("delete");
assertFalse(
fileSystemItemManagerService.exists(
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + custom.getId(), principal));
// ------------------------------------------------------------
// Check #getFileSystemItemById(String id, Principal principal)
// ------------------------------------------------------------
// Folder
FileSystemItem fsItem =
fileSystemItemManagerService.getFileSystemItemById(
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + folder.getId(), principal);
assertNotNull(fsItem);
assertTrue(fsItem instanceof FolderItem);
assertEquals(DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + folder.getId(), fsItem.getId());
String expectedSyncRoot1Id = DEFAULT_SYNC_ROOT_ITEM_ID_PREFIX + syncRoot1.getId();
assertEquals(expectedSyncRoot1Id, fsItem.getParentId());
assertEquals("Jack's folder", fsItem.getName());
assertTrue(fsItem.isFolder());
assertTrue(fsItem.getCanRename());
assertTrue(fsItem.getCanDelete());
assertTrue(((FolderItem) fsItem).getCanCreateChild());
List<FileSystemItem> children = ((FolderItem) fsItem).getChildren();
assertNotNull(children);
assertEquals(4, children.size());
// File
fsItem =
fileSystemItemManagerService.getFileSystemItemById(
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + file.getId(), principal);
assertNotNull(fsItem);
assertTrue(fsItem instanceof FileItem);
assertEquals(DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + file.getId(), fsItem.getId());
assertEquals(DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + folder.getId(), fsItem.getParentId());
assertEquals("Joe.odt", fsItem.getName());
assertFalse(fsItem.isFolder());
assertTrue(fsItem.getCanRename());
assertTrue(fsItem.getCanDelete());
FileItem fileFsItem = (FileItem) fsItem;
assertTrue(fileFsItem.getCanUpdate());
assertEquals(
"nxfile/test/" + file.getId() + "/blobholder:0/Joe.odt", fileFsItem.getDownloadURL());
assertEquals("MD5", fileFsItem.getDigestAlgorithm());
assertEquals(file.getAdapter(BlobHolder.class).getBlob().getDigest(), fileFsItem.getDigest());
Blob fileItemBlob = fileFsItem.getBlob();
assertEquals("Joe.odt", fileItemBlob.getFilename());
assertEquals("Content of Joe's file.", fileItemBlob.getString());
// FolderishFile
fsItem =
fileSystemItemManagerService.getFileSystemItemById(
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + folderishFile.getId(), principal);
assertNotNull(fsItem);
assertTrue(fsItem instanceof FolderItem);
assertEquals(DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + folderishFile.getId(), fsItem.getId());
assertEquals(DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + folder.getId(), fsItem.getParentId());
assertEquals("Sarah's folderish file", fsItem.getName());
assertTrue(fsItem.isFolder());
assertTrue(fsItem.getCanRename());
assertTrue(fsItem.getCanDelete());
assertTrue(((FolderItem) fsItem).getCanCreateChild());
assertTrue(((FolderItem) fsItem).getChildren().isEmpty());
// Not adaptable as a FileSystemItem
fsItem =
fileSystemItemManagerService.getFileSystemItemById(
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + notAFileSystemItem.getId(), principal);
assertNull(fsItem);
// Deleted
assertNull(
fileSystemItemManagerService.getFileSystemItemById(
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + custom.getId(), principal));
// Sub folder
fsItem =
fileSystemItemManagerService.getFileSystemItemById(
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + subFolder.getId(), principal);
assertNotNull(fsItem);
assertTrue(fsItem instanceof FolderItem);
assertEquals(DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + subFolder.getId(), fsItem.getId());
assertEquals(DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + folder.getId(), fsItem.getParentId());
assertEquals("Tony's sub folder", fsItem.getName());
assertTrue(fsItem.isFolder());
assertTrue(fsItem.getCanRename());
assertTrue(fsItem.getCanDelete());
assertTrue(((FolderItem) fsItem).getCanCreateChild());
assertTrue(((FolderItem) fsItem).getChildren().isEmpty());
// -------------------------------------------------------------------
// Check #getFileSystemItemById(String id, String parentId, Principal
// principal)
// -------------------------------------------------------------------
fsItem =
fileSystemItemManagerService.getFileSystemItemById(
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + file.getId(),
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + folder.getId(),
principal);
assertTrue(fsItem instanceof FileItem);
assertEquals(DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + file.getId(), fsItem.getId());
assertEquals(DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + folder.getId(), fsItem.getParentId());
// ------------------------------------------------------
// Check #getChildren
// ------------------------------------------------------
// Need to flush VCS cache for the session used in DocumentBackedFolderItem#getChildren() to be
// aware of changes
// in the current session
session.save();
children =
fileSystemItemManagerService.getChildren(
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + folder.getId(), principal);
assertNotNull(children);
assertEquals(4, children.size());
// Ordered
checkChildren(
children,
folder.getId(),
file.getId(),
note.getId(),
folderishFile.getId(),
subFolder.getId(),
true);
children =
fileSystemItemManagerService.getChildren(
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + subFolder.getId(), principal);
assertTrue(children.isEmpty());
// ------------------------------------------------------
// Check #scrollDescendants
// ------------------------------------------------------
// Need to flush VCS cache for the session used in DocumentBackedFolderItem#scrollDescendants to
// be aware of
// changes in the current session
session.save();
FolderItem folderItem =
(FolderItem)
fileSystemItemManagerService.getFileSystemItemById(
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + folder.getId(), principal);
assertTrue(folderItem.getCanScrollDescendants());
// Scroll through all descendants in one breath
ScrollFileSystemItemList folderDescendants =
fileSystemItemManagerService.scrollDescendants(
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + folder.getId(), principal, null, 10, 1000);
assertNotNull(folderDescendants);
assertNotNull(folderDescendants.getScrollId());
assertEquals(4, folderDescendants.size());
// Order is not determined
checkChildren(
folderDescendants,
folder.getId(),
file.getId(),
note.getId(),
folderishFile.getId(),
subFolder.getId(),
false);
// Scroll through descendants in several steps
folderDescendants.clear();
ScrollFileSystemItemList descendantsBatch;
int batchSize = 2;
String scrollId = null;
while (!(descendantsBatch = folderItem.scrollDescendants(scrollId, batchSize, 1000))
.isEmpty()) {
assertTrue(descendantsBatch.size() > 0);
scrollId = descendantsBatch.getScrollId();
folderDescendants.addAll(descendantsBatch);
}
assertEquals(4, folderDescendants.size());
// Order is not determined
checkChildren(
folderDescendants,
folder.getId(),
file.getId(),
note.getId(),
folderishFile.getId(),
subFolder.getId(),
false);
folderDescendants =
fileSystemItemManagerService.scrollDescendants(
DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + subFolder.getId(), principal, null, 10, 1000);
assertTrue(folderDescendants.isEmpty());
// ------------------------------------------------------
// Check #canMove
// ------------------------------------------------------
// Not allowed to move a file system item to a non FolderItem
String srcFsItemId = DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + note.getId();
String destFsItemId = DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + file.getId();
assertFalse(fileSystemItemManagerService.canMove(srcFsItemId, destFsItemId, principal));
// Not allowed to move a file system item if no REMOVE permission on the
// source backing doc
Principal joePrincipal = new NuxeoPrincipalImpl("joe");
DocumentModel rootDoc = session.getRootDocument();
setPermission(rootDoc, "joe", SecurityConstants.READ, true);
nuxeoDriveManager.registerSynchronizationRoot(joePrincipal, syncRoot1, session);
// Under Oracle, the READ ACL optims are not visible from the joe
// session while the transaction has not been committed.
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
destFsItemId = DEFAULT_FILE_SYSTEM_ITEM_ID_PREFIX + subFolder.getId();
assertFalse(fileSystemItemManagerService.canMove(srcFsItemId, destFsItemId, joePrincipal));
// Not allowed to move a file system item if no ADD_CHILDREN permission
// on the destination backing doc
setPermission(folder, "joe", SecurityConstants.WRITE, true);
setPermission(subFolder, "joe", SecurityConstants.READ, true);
setPermission(subFolder, SecurityConstants.ADMINISTRATOR, SecurityConstants.EVERYTHING, true);
setPermission(subFolder, SecurityConstants.EVERYONE, SecurityConstants.EVERYTHING, false);
assertFalse(fileSystemItemManagerService.canMove(srcFsItemId, destFsItemId, joePrincipal));
// OK: REMOVE permission on the source backing doc + REMOVE_CHILDREN
// permission on its parent + ADD_CHILDREN permission on the destination
// backing doc
resetPermissions(subFolder, SecurityConstants.EVERYONE);
resetPermissions(subFolder, "joe");
setPermission(subFolder, "joe", SecurityConstants.WRITE, true);
assertTrue(fileSystemItemManagerService.canMove(srcFsItemId, destFsItemId, joePrincipal));
// Reset permissions
resetPermissions(rootDoc, "joe");
resetPermissions(folder, "joe");
resetPermissions(subFolder, "joe");
}
@Test
public void shouldHandlePagination() throws Exception {
DocumentModel doc = RestServerInit.getFile(1, session);
List<LogEntry> logEntries = new ArrayList<>();
LogEntry logEntry = auditLogger.newLogEntry();
logEntry.setDocUUID(doc.getRef());
logEntry.setCategory("One");
logEntry.setEventId("firstEvent");
logEntries.add(logEntry);
logEntry = auditLogger.newLogEntry();
logEntry.setDocUUID(doc.getRef());
logEntry.setCategory("One");
logEntry.setEventId("secondEvent");
logEntries.add(logEntry);
logEntry = auditLogger.newLogEntry();
logEntry.setDocUUID(doc.getRef());
logEntry.setCategory("One");
logEntry.setEventId("thirdEvent");
logEntries.add(logEntry);
logEntry = auditLogger.newLogEntry();
logEntry.setDocUUID(doc.getRef());
logEntry.setCategory("One");
logEntry.setEventId("fourthEvent");
logEntries.add(logEntry);
logEntry = auditLogger.newLogEntry();
logEntry.setDocUUID(doc.getRef());
logEntry.setCategory("One");
logEntry.setEventId("fifthEvent");
logEntries.add(logEntry);
logEntry = auditLogger.newLogEntry();
logEntry.setDocUUID(doc.getRef());
logEntry.setCategory("One");
logEntry.setEventId("sixthEvent");
logEntries.add(logEntry);
auditLogger.addLogEntries(logEntries);
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
MultivaluedMap<String, String> queryParams = new MultivaluedMapImpl();
queryParams.putSingle("category", "One");
ClientResponse response =
getResponse(
BaseTest.RequestType.GET, "id/" + doc.getId() + "/@" + AuditAdapter.NAME, queryParams);
assertEquals(Response.Status.OK.getStatusCode(), response.getStatus());
JsonNode node = mapper.readTree(response.getEntityInputStream());
List<JsonNode> nodes = getLogEntries(node);
assertEquals(6, nodes.size());
queryParams = new MultivaluedMapImpl();
queryParams.putSingle("category", "One");
queryParams.putSingle("currentPageIndex", "0");
queryParams.putSingle("pageSize", "2");
response =
getResponse(
BaseTest.RequestType.GET, "id/" + doc.getId() + "/@" + AuditAdapter.NAME, queryParams);
assertEquals(Response.Status.OK.getStatusCode(), response.getStatus());
node = mapper.readTree(response.getEntityInputStream());
assertTrue(node.get("isPaginable").getBooleanValue());
assertEquals(0, node.get("currentPageIndex").getIntValue());
assertEquals(2, node.get("pageSize").getIntValue());
assertEquals(3, node.get("numberOfPages").getIntValue());
nodes = getLogEntries(node);
assertEquals(2, nodes.size());
assertEquals("sixthEvent", nodes.get(0).get("eventId").getValueAsText());
assertEquals("fifthEvent", nodes.get(1).get("eventId").getValueAsText());
queryParams = new MultivaluedMapImpl();
queryParams.putSingle("category", "One");
queryParams.putSingle("currentPageIndex", "1");
queryParams.putSingle("pageSize", "3");
response =
getResponse(
BaseTest.RequestType.GET, "id/" + doc.getId() + "/@" + AuditAdapter.NAME, queryParams);
assertEquals(Response.Status.OK.getStatusCode(), response.getStatus());
node = mapper.readTree(response.getEntityInputStream());
assertTrue(node.get("isPaginable").getBooleanValue());
assertEquals(1, node.get("currentPageIndex").getIntValue());
assertEquals(3, node.get("pageSize").getIntValue());
assertEquals(2, node.get("numberOfPages").getIntValue());
nodes = getLogEntries(node);
assertEquals(3, nodes.size());
assertEquals("thirdEvent", nodes.get(0).get("eventId").getValueAsText());
assertEquals("secondEvent", nodes.get(1).get("eventId").getValueAsText());
assertEquals("firstEvent", nodes.get(2).get("eventId").getValueAsText());
queryParams = new MultivaluedMapImpl();
queryParams.putSingle("category", "One");
queryParams.putSingle("currentPageIndex", "2");
queryParams.putSingle("pageSize", "3");
response =
getResponse(
BaseTest.RequestType.GET, "id/" + doc.getId() + "/@" + AuditAdapter.NAME, queryParams);
assertEquals(Response.Status.OK.getStatusCode(), response.getStatus());
node = mapper.readTree(response.getEntityInputStream());
nodes = getLogEntries(node);
assertTrue(node.get("isPaginable").getBooleanValue());
assertEquals(0, nodes.size());
}
@Test
public void shouldFilterLogEntriesOnMultipleCriteria() throws Exception {
DocumentModel doc = RestServerInit.getFile(1, session);
DateTime firstDate = new DateTime();
DateTime secondDate = firstDate.plusDays(10);
List<LogEntry> logEntries = new ArrayList<>();
LogEntry logEntry = auditLogger.newLogEntry();
logEntry.setDocUUID(doc.getRef());
logEntry.setCategory("One");
logEntry.setEventId("firstEvent");
logEntry.setPrincipalName("bender");
logEntry.setEventDate(firstDate.toDate());
logEntries.add(logEntry);
logEntry = auditLogger.newLogEntry();
logEntry.setDocUUID(doc.getRef());
logEntry.setCategory("One");
logEntry.setEventId("secondEvent");
logEntry.setPrincipalName("leela");
logEntry.setEventDate(firstDate.toDate());
logEntries.add(logEntry);
logEntry = auditLogger.newLogEntry();
logEntry.setDocUUID(doc.getRef());
logEntry.setCategory("One");
logEntry.setEventId("firstEvent");
logEntry.setPrincipalName("leela");
logEntry.setEventDate(secondDate.toDate());
logEntries.add(logEntry);
logEntry = auditLogger.newLogEntry();
logEntry.setDocUUID(doc.getRef());
logEntry.setCategory("One");
logEntry.setEventId("thirdEvent");
logEntry.setPrincipalName("leela");
logEntry.setEventDate(secondDate.toDate());
logEntries.add(logEntry);
auditLogger.addLogEntries(logEntries);
TransactionHelper.commitOrRollbackTransaction();
TransactionHelper.startTransaction();
MultivaluedMap<String, String> queryParams = new MultivaluedMapImpl();
queryParams.putSingle("category", "One");
queryParams.add("principalName", "leela");
ClientResponse response =
getResponse(
BaseTest.RequestType.GET, "id/" + doc.getId() + "/@" + AuditAdapter.NAME, queryParams);
assertEquals(Response.Status.OK.getStatusCode(), response.getStatus());
JsonNode node = mapper.readTree(response.getEntityInputStream());
List<JsonNode> nodes = getLogEntries(node);
assertEquals(3, nodes.size());
queryParams = new MultivaluedMapImpl();
queryParams.putSingle("category", "One");
queryParams.add("principalName", "leela");
queryParams.add("eventId", "thirdEvent");
response =
getResponse(
BaseTest.RequestType.GET, "id/" + doc.getId() + "/@" + AuditAdapter.NAME, queryParams);
assertEquals(Response.Status.OK.getStatusCode(), response.getStatus());
node = mapper.readTree(response.getEntityInputStream());
nodes = getLogEntries(node);
assertEquals(1, nodes.size());
queryParams = new MultivaluedMapImpl();
queryParams.putSingle("category", "One");
queryParams.add("principalName", "leela");
queryParams.add("eventId", "thirdEvent");
queryParams.add("startEventDate", ISODateTimeFormat.date().print(firstDate.plusDays(1)));
queryParams.add("endEventDate", ISODateTimeFormat.date().print(secondDate.minus(1)));
response =
getResponse(
BaseTest.RequestType.GET, "id/" + doc.getId() + "/@" + AuditAdapter.NAME, queryParams);
assertEquals(Response.Status.OK.getStatusCode(), response.getStatus());
node = mapper.readTree(response.getEntityInputStream());
nodes = getLogEntries(node);
assertEquals(0, nodes.size());
}
