public void DoNotFilterValidLocalFileAddedEvents() {
this.SetupMocks();
IFileInfo file = Mock.Of<IFileInfo>(f => f.FullName == Path.Combine(Path.GetTempPath(), "file.txt"));
var fileEvent = new FileEvent(file) { Local = MetaDataChangeType.CREATED };
Assert.That(this.underTest.Handle(fileEvent), Is.False);
}
public void NoChangeDetectionForFile() {
var lastModificationDate = DateTime.Now;
var remoteObject = new Mock<IDocument>();
var fileEvent = new FileEvent(remoteFile: remoteObject.Object);
fileEvent.Remote = MetaDataChangeType.NONE;
var underTest = new RemoteSituationDetection();
Assert.AreEqual(SituationType.NOCHANGE, underTest.Analyse(this.storage.Object, fileEvent));
}
public void LinearRenames() {
string objectId = Guid.NewGuid().ToString();
var collection = new CrawlEventCollection();
collection.mergableEvents = new Dictionary<string, Tuple<AbstractFolderEvent, AbstractFolderEvent>>();
var doc1 = Mock.Of<IFileInfo>(d => d.Name == "C" && d.Uuid == Guid.NewGuid());
var doc2 = Mock.Of<IDocument>(d => d.Name == "B" && d.Id == objectId);
FileEvent event1 = new FileEvent(doc1, null);
FileEvent event2 = new FileEvent(null, doc2);
collection.mergableEvents.Add(objectId, new Tuple<AbstractFolderEvent, AbstractFolderEvent>(event1, event2));
Assert.That(underTest.Detect(collection), Is.Empty);
}
public void DoNotFetchIfExtendedAttributeIsMissing() {
var session = new Mock<ISession>();
session.SetupSessionDefaultValues();
IDocument remote = MockOfIDocumentUtil.CreateRemoteDocumentMock(null, Id, "name", (string)null).Object;
session.Setup(s => s.GetObject(Id, It.IsAny<IOperationContext>())).Returns(remote);
var storage = new Mock<IMetaDataStorage>();
storage.AddLocalFile(Path, Id, Uuid);
var fileEvent = new FileEvent(Mock.Of<IFileInfo>());
var fetcher = new RemoteObjectFetcher(session.Object, storage.Object);
fetcher.Handle(fileEvent);
session.Verify(s => s.GetObject(It.IsAny<string>(), It.IsAny<IOperationContext>()), Times.Never());
}
public void FileRenamed() {
string parentId = "parentId";
var storage = new Mock<IMetaDataStorage>();
Guid fileUuid = Guid.NewGuid();
Guid parentUuid = Guid.NewGuid();
var parentDirectoryInfo = Mock.Of<IDirectoryInfo>(d => d.Uuid == parentUuid);
var fileInfo = Mock.Of<IFileInfo>(f => f.Exists == true && f.Uuid == fileUuid && f.Directory == parentDirectoryInfo);
var fileEvent = new FileEvent(fileInfo) { Local = MetaDataChangeType.MOVED };
var mappedFile = Mock.Of<IMappedObject>(o => o.Guid == fileUuid && o.ParentId == parentId);
var mappedParent = Mock.Of<IMappedObject>(o => o.Guid == parentUuid);
storage.Setup(s => s.GetObjectByGuid(fileUuid)).Returns(mappedFile);
storage.Setup(s => s.GetObjectByRemoteId(parentId)).Returns(mappedParent);
Assert.That(this.underTest.Analyse(storage.Object, fileEvent), Is.EqualTo(SituationType.RENAMED));
}
public void NoChangeDetectionForFileOnAddedEvent() {
var lastModificationDate = DateTime.Now;
var remoteObject = new Mock<IDocument>();
var remotePaths = new List<string>();
remotePaths.Add(this.remotePath);
remoteObject.Setup(remote => remote.ChangeToken).Returns(this.remoteChangeToken);
remoteObject.Setup(remote => remote.Id).Returns(this.objectId.Id);
remoteObject.Setup(remote => remote.LastModificationDate).Returns(lastModificationDate);
remoteObject.Setup(remote => remote.Paths).Returns(remotePaths);
var file = Mock.Of<IMappedObject>(f =>
f.LastRemoteWriteTimeUtc == lastModificationDate &&
f.RemoteObjectId == this.objectId.Id &&
f.LastChangeToken == this.remoteChangeToken &&
f.Type == MappedObjectType.File);
this.storage.AddMappedFile(file);
var fileEvent = new FileEvent(remoteFile: remoteObject.Object) { Remote = MetaDataChangeType.CREATED };
var underTest = new RemoteSituationDetection();
Assert.AreEqual(SituationType.NOCHANGE, underTest.Analyse(this.storage.Object, fileEvent));
}
public void FileAddedDetection() {
var fileInfo = Mock.Of<IFileInfo>(f => f.Exists == true);
var fileEvent = new FileEvent(fileInfo) { Local = MetaDataChangeType.CREATED };
Assert.That(this.underTest.Analyse(Mock.Of<IMetaDataStorage>(), fileEvent), Is.EqualTo(SituationType.ADDED));
}
public void NoChangeOnFile() {
var fileEvent = new FileEvent(Mock.Of<IFileInfo>()) { Local = MetaDataChangeType.NONE };
Assert.That(this.underTest.Analyse(Mock.Of<IMetaDataStorage>(), fileEvent), Is.EqualTo(SituationType.NOCHANGE));
}
/// <summary>
/// Handles the FSEvents of files and creates FileEvents.
/// </summary>
/// <param name='e'>
/// The FSEvent.
/// </param>
private void HandleFileEvents(IFSEvent e) {
var movedEvent = e as IFSMovedEvent;
if (movedEvent != null) {
var oldfile = this.fsFactory.CreateFileInfo(movedEvent.OldPath);
var newfile = this.fsFactory.CreateFileInfo(movedEvent.LocalPath);
var newEvent = new FileMovedEvent(
oldfile,
newfile,
null,
null);
Queue.AddEvent(newEvent);
} else {
var file = this.fsFactory.CreateFileInfo(e.LocalPath);
var newEvent = new FileEvent(file, null);
switch (e.Type) {
case WatcherChangeTypes.Created:
newEvent.Local = MetaDataChangeType.CREATED;
newEvent.LocalContent = ContentChangeType.CREATED;
break;
case WatcherChangeTypes.Changed:
newEvent.LocalContent = ContentChangeType.CHANGED;
break;
case WatcherChangeTypes.Deleted:
newEvent.Local = MetaDataChangeType.DELETED;
newEvent.LocalContent = ContentChangeType.DELETED;
break;
}
Queue.AddEvent(newEvent);
}
}
public void FileRenameDetectionOnChangeEvent() {
string remoteId = "remoteId";
string oldName = "old";
string newName = "new";
var remoteFile = new Mock<IDocument>();
remoteFile.Setup(f => f.Name).Returns(newName);
remoteFile.Setup(f => f.Id).Returns(remoteId);
var mappedFile = Mock.Of<IMappedObject>(f =>
f.RemoteObjectId == remoteId &&
f.Name == oldName &&
f.Type == MappedObjectType.File);
this.storage.AddMappedFile(mappedFile);
var folderEvent = new FileEvent(remoteFile: remoteFile.Object) { Remote = MetaDataChangeType.CHANGED };
var underTest = new RemoteSituationDetection();
Assert.AreEqual(SituationType.RENAMED, underTest.Analyse(this.storage.Object, folderEvent));
}
public void FileEventWithIDocument() {
var session = new Mock<ISession>();
var storage = new Mock<IMetaDataStorage>();
var fetcher = new RemoteObjectFetcher(session.Object, storage.Object);
var fileEvent = new FileEvent(new Mock<IFileInfo>().Object, new Mock<IDocument>().Object);
fetcher.Handle(fileEvent);
session.Verify(s => s.GetObject(It.IsAny<string>(), It.IsAny<IOperationContext>()), Times.Never());
}
public void FileEventWithoutObjectId() {
var session = new Mock<ISession>();
session.SetupSessionDefaultValues();
IDocument remote = MockOfIDocumentUtil.CreateRemoteDocumentMock(null, Id, "name", (string)null).Object;
session.Setup(s => s.GetObject(Id, It.IsAny<IOperationContext>())).Returns(remote);
var storage = new Mock<IMetaDataStorage>();
storage.AddLocalFile(Path, Id, Uuid);
var fileInfoMock = new Mock<IFileInfo>();
fileInfoMock.Setup(f => f.Uuid).Returns(Uuid);
fileInfoMock.Setup(f => f.Exists).Returns(true);
var fileEvent = new FileEvent(fileInfoMock.Object);
var fetcher = new RemoteObjectFetcher(session.Object, storage.Object);
Assert.That(fetcher.Handle(fileEvent), Is.False);
Assert.That(fileEvent.RemoteFile, Is.Not.Null);
}
public void EqualityNull() {
var localFile = Mock.Of<IFileInfo>();
var fe = new FileEvent(localFile);
Assert.That(fe.RemoteFile, Is.Null);
Assert.That(fe, Is.Not.EqualTo(null));
}
public void ConstructorTakesRemoteFile() {
var file = Mock.Of<IDocument>();
var ev = new FileEvent(null, file);
Assert.That(ev.RemoteFile, Is.EqualTo(file));
}
public void ConstructorTakesIFileInfoInstance() {
var file = Mock.Of<IFileInfo>();
var ev = new FileEvent(file);
Assert.That(ev.LocalFile, Is.EqualTo(file));
}
public void RemotePathRequestFailsReturnsNull() {
var remoteFile = new Mock<IDocument>();
remoteFile.Setup(r => r.Paths).Throws(new DotCMIS.Exceptions.CmisRuntimeException());
var fileEvent = new FileEvent(remoteFile: remoteFile.Object);
Assert.That(fileEvent.RemotePath, Is.Null);
}
public void RemotePathIsNullIfRemoteObjectDoesNotContainAPath() {
var fileEvent = new FileEvent(remoteFile: Mock.Of<IDocument>());
Assert.That(fileEvent.RemotePath, Is.Null);
}
public void RemotePathIsNullIfNoRemoteFileIsSet() {
var fileEvent = new FileEvent(localFile: Mock.Of<IFileInfo>());
Assert.That(fileEvent.RemotePath, Is.Null);
}
public void FileContentChanged() {
var fileInfo = Mock.Of<IFileInfo>(f => f.Exists == true);
var fileEvent = new FileEvent(fileInfo) { Local = MetaDataChangeType.NONE, LocalContent = ContentChangeType.CHANGED };
Assert.That(this.underTest.Analyse(Mock.Of<IMetaDataStorage>(), fileEvent), Is.EqualTo(SituationType.CHANGED));
}
public void EqualitySame() {
var remoteFile = Mock.Of<IDocument>();
var fe = new FileEvent(null, remoteFile);
Assert.That(fe.LocalFile, Is.Null);
Assert.That(fe, Is.EqualTo(fe));
}
public void FileRemoved() {
var fileInfo = Mock.Of<IFileInfo>(f => f.Exists == false);
var fileEvent = new FileEvent(fileInfo) { Local = MetaDataChangeType.DELETED };
Assert.That(this.underTest.Analyse(Mock.Of<IMetaDataStorage>(), fileEvent), Is.EqualTo(SituationType.REMOVED));
}
public void DoesNotHandleNonRetryEvent() {
var underTest = new DelayRetryAndNextSyncEventHandler(Mock.Of<ISyncEventQueue>());
var fileEvent = new FileEvent(Mock.Of<IFileInfo>()) { RetryCount = 0 };
Assert.False(underTest.Handle(fileEvent));
}
public void FileMovedWithoutStorageEntry() {
var fileInfo = Mock.Of<IFileInfo>(f => f.Exists == true);
var fileEvent = new FileEvent(fileInfo) { Local = MetaDataChangeType.MOVED };
Assert.That(this.underTest.Analyse(Mock.Of<IMetaDataStorage>(), fileEvent), Is.EqualTo(SituationType.MOVED));
}
public void FileMovedDetectionOnChangeEvent() {
string fileName = "old";
string oldLocalPath = Path.Combine(Path.GetTempPath(), fileName);
string remoteId = "remoteId";
string oldParentId = "oldParentId";
string newParentId = "newParentId";
var remoteFile = new Mock<IDocument>();
remoteFile.Setup(f => f.Name).Returns(fileName);
remoteFile.SetupPath("/new/" + fileName);
remoteFile.Setup(f => f.Id).Returns(remoteId);
remoteFile.SetupParent(Mock.Of<IFolder>(p => p.Id == newParentId));
var mappedParentFolder = Mock.Of<IMappedObject>(p =>
p.RemoteObjectId == oldParentId &&
p.Type == MappedObjectType.Folder);
var mappedFile = this.storage.AddLocalFile(oldLocalPath, remoteId);
mappedFile.Setup(f => f.Name).Returns(fileName);
mappedFile.Setup(f => f.ParentId).Returns(mappedParentFolder.RemoteObjectId);
var fileEvent = new FileEvent(remoteFile: remoteFile.Object) { Remote = MetaDataChangeType.CHANGED };
var underTest = new RemoteSituationDetection();
Assert.AreEqual(SituationType.MOVED, underTest.Analyse(this.storage.Object, fileEvent));
}
public void FileEventForRemovedFile() {
var session = new Mock<ISession>();
session.SetupSessionDefaultValues();
session.Setup(s => s.GetObject(Id, It.IsAny<IOperationContext>())).Throws(new CmisObjectNotFoundException());
var storage = new Mock<IMetaDataStorage>();
storage.AddLocalFile(Path, Id);
var fileInfoMock = new Mock<IFileInfo>();
fileInfoMock.Setup(f => f.GetExtendedAttribute(It.IsAny<string>())).Returns(Uuid.ToString());
var fileEvent = new FileEvent(fileInfoMock.Object);
var fetcher = new RemoteObjectFetcher(session.Object, storage.Object);
Assert.That(fetcher.Handle(fileEvent), Is.False);
Assert.That(fileEvent.RemoteFile, Is.Null);
}
public void RemotePathIsEqualToFirstRemoteObjectPath() {
string remotePath = "/path";
var remoteFile = new Mock<IDocument>();
remoteFile.SetupPath(remotePath, "/bla", "/blubb");
var fileEvent = new FileEvent(remoteFile: remoteFile.Object);
Assert.That(fileEvent.RemotePath, Is.EqualTo(remotePath));
}
public void ToStringDoesNotCallPathsBecauseThisIsDamnExpensive() {
var remoteFile = Mock.Of<IDocument>();
var fe = new FileEvent(null, remoteFile);
fe.ToString();
Mock.Get(remoteFile).VerifyGet(f => f.Paths, Times.Never());
}
public void FileEventIsNotChangedIfSavedObjectIsEqualChangeToken() {
var mappedFile = new MappedObject("name", "remoteId", MappedObjectType.File, "parentId", "changeToken");
this.storage.AddMappedFile(mappedFile);
var remoteObject = Mock.Of<IDocument>(o => o.Id == "remoteId" && o.ChangeToken == "changeToken");
var fileEvent = new FileEvent(remoteFile: remoteObject);
fileEvent.Remote = MetaDataChangeType.NONE;
var underTest = new RemoteSituationDetection();
Assert.That(underTest.Analyse(this.storage.Object, fileEvent), Is.EqualTo(SituationType.NOCHANGE));
Assert.That(fileEvent.Remote, Is.EqualTo(MetaDataChangeType.NONE));
}
public void RetryEventsAreSavedAndReinsertedAfterNonFullSyncRequested() {
var queue = new Mock<ISyncEventQueue>();
var underTest = new DelayRetryAndNextSyncEventHandler(queue.Object);
queue.Setup(q => q.IsEmpty).Returns(true);
var syncEvent1 = new FileEvent(Mock.Of<IFileInfo>()) { RetryCount = 1 };
var syncEvent2 = new FileEvent(Mock.Of<IFileInfo>()) { RetryCount = 1 };
Assert.True(underTest.Handle(syncEvent1));
Assert.True(underTest.Handle(syncEvent2));
queue.Verify(q => q.AddEvent(syncEvent1), Times.Never());
queue.Verify(q => q.AddEvent(syncEvent2), Times.Never());
Assert.True(underTest.Handle(new StartNextSyncEvent(false)));
queue.Verify(q => q.AddEvent(syncEvent1), Times.Once());
queue.Verify(q => q.AddEvent(syncEvent2), Times.Once());
}
public void AbstractFolderEventHasPathAttribute() {
var localFile = new Mock<IFileInfo>();
AbstractFolderEvent fe = new FileEvent(localFile.Object);
Assert.That(fe.RemotePath, Is.Null);
}