public Project(string name, Uri location)
: base(name, location)
{
AssemblyLocation = GenerateAssemblyLocation();
FReferenceConverter = new ReferenceConverter(location);
FDocumentConverter = new DocumentConverter(location);
FReferences = new EditableIDList <IReference>("References");
FReferences.Mapper.RegisterMapping <IConverter>(FReferenceConverter);
Add(FReferences);
FDocuments = new EditableIDList <IDocument>("Documents");
FDocuments.Mapper.RegisterMapping <IConverter>(FDocumentConverter);
Add(FDocuments);
FReferences.Added += Reference_Added;
FDocuments.Added += Document_Added;
References = FReferences;
Documents = FDocuments;
FBackgroundWorker = new BackgroundWorker();
FBackgroundWorker.WorkerReportsProgress = false;
FBackgroundWorker.WorkerSupportsCancellation = false;
FBackgroundWorker.DoWork += DoWorkCB;
FBackgroundWorker.RunWorkerCompleted += RunWorkerCompletedCB;
}
public Solution(string path, MappingRegistry registry)
: base(Path.GetFileName(path), true)
{
LocalPath = path;
FRegistry = registry;
Mapper = new ModelMapper(this, registry);
// Do not allow rename on add. Rename triggers save/delete in case of PersistentIDContainer.
Projects = new EditableIDList <IProject>("Projects", false);
Add(Projects);
ProjectContentRegistry = new ProjectContentRegistry();
var tempPath = Shell.TempPath.ConcatPath("ProjectContentRegistry");
if (!Directory.Exists(tempPath))
{
Directory.CreateDirectory(tempPath);
}
ProjectContentRegistry.ActivatePersistence(tempPath);
Projects.Added += Projects_Added;
Projects.Removed += Projects_Removed;
OnRootingChanged(RootingAction.Rooted);
}
public Project(string path)
: base(path)
{
LocalPath = path;
FReferenceConverter = new ReferenceConverter(path);
FDocumentConverter = new DocumentConverter(path);
FReferences = new EditableIDList <IReference>("References");
FReferences.RootingChanged += FReferences_RootingChanged;
Add(FReferences);
FDocuments = new EditableIDList <IDocument>("Documents");
FDocuments.RootingChanged += FDocuments_RootingChanged;
Add(FDocuments);
FReferences.Added += Reference_Added;
FDocuments.Added += Document_Added;
References = FReferences;
Documents = FDocuments;
FBackgroundWorker = new BackgroundWorker();
FBackgroundWorker.WorkerReportsProgress = false;
FBackgroundWorker.WorkerSupportsCancellation = false;
FBackgroundWorker.DoWork += DoWorkCB;
FBackgroundWorker.RunWorkerCompleted += RunWorkerCompletedCB;
}
public TLValueTrack(string name)
: base(name)
{
Keyframes = new EditableIDList <TLValueKeyframe>("Keyframes");
Curves = new EditableIDList <TLCurve>("Curves");
Minimum = new EditableProperty <float>("Minimum");
Minimum.Value = -1f;
Maximum = new EditableProperty <float>("Maximum");
Maximum.Value = 1f;
Add(Keyframes);
Add(Curves);
Add(Minimum);
Add(Maximum);
Keyframes.Added += Keyframes_Added;
Keyframes.Removed += Keyframes_Removed;
string label;
int x;
if (Int32.TryParse(name, out x))
{
label = "Value " + x.ToString();
}
else
{
label = name;
}
Label.Value = label;
}
public TLRuler()
: base(IDGenerator.NewID)
{
Marker = new EditableIDList <TLValueKeyframe>("Marker");
FPS = new EditableProperty <int>("FPS");
FPS.Value = 30;
Speed = new EditableProperty <float>("Speed");
Speed.Value = 1;
Loop = new EditableProperty <bool>("Loop");
Loop.Value = true;
LoopStart = new EditableProperty <float>("LoopStart");
LoopEnd = new EditableProperty <float>("LoopEnd");
LoopEnd.Value = 10;
//panzoom matrix
Add(Marker);
Add(FPS);
Add(Speed);
Add(Loop);
Add(LoopStart);
Add(LoopEnd);
}
public XElement Serialize(EditableIDList <TLTrackBase> value, Serializer serializer)
{
var x = new XElement("Timeliner");
x.SerializeAndAddList(value, serializer);
return(x);
}
public EditableIDList <TLTrackBase> Deserialize(XElement data, Type type, Serializer serializer)
{
var list = new EditableIDList <TLTrackBase>("Tracks");
data.DeserializeAndAddToList(list, serializer);
return(list);
}
public TLStringTrack(string name)
: base(name)
{
//create the keyframe list and add it to self
Keyframes = new EditableIDList <TLStringKeyframe>("Keyframes");
Keyframes.Added += Keyframes_Added;
Add(Keyframes);
//set the name of this track
Label.Value = "String " + name;
}
public TLStringTrack(string name)
: base(name)
{
//create the keyframe list and add it to self
Keyframes = new EditableIDList<TLStringKeyframe>("Keyframes");
Keyframes.Added += Keyframes_Added;
Add(Keyframes);
//set the name of this track
Label.Value = "String " + name;
}
public void TestCollectionRooting()
{
var rootContainer = new IDContainer("RootContainer", true);
var subContainer1 = new EditableIDList <IIDItem>("SubContainer1");
var subContainer2 = new EditableIDList <IIDItem>("SubContainer2");
var idItem = new IDItem("Item1");
subContainer1.Add(subContainer2);
subContainer2.Add(idItem);
Assert.AreEqual(false, idItem.IsRooted);
rootContainer.Add(subContainer1);
Assert.AreEqual(true, idItem.IsRooted);
subContainer1.Remove(subContainer2);
Assert.AreEqual(false, idItem.IsRooted);
// Now check that events are fired not too often
int eventFiredCount = 0;
idItem.RootingChanged += delegate(object sender, RootingChangedEventArgs args)
{
eventFiredCount++;
switch (args.Rooting)
{
case RootingAction.Rooted:
Assert.IsNotNull(idItem.Owner);
break;
case RootingAction.ToBeUnrooted:
Assert.IsNotNull(idItem.Owner);
break;
}
};
subContainer1.Add(subContainer2); // This should trigger a Rooted event
Assert.AreEqual(1, eventFiredCount, "Rooted event didn't occur.");
subContainer2.Remove(idItem); // This should trigger a ToBeUnrooted event
Assert.AreEqual(2, eventFiredCount, "ToBeUnrooted event didn't occur.");
subContainer1.Remove(subContainer2); // This shouldn't trigger anything
Assert.AreEqual(2, eventFiredCount, "IdItem did not unsubcribe from event.");
subContainer2.Add(idItem); // This should also not trigger anything
Assert.AreEqual(2, eventFiredCount, "RootingChanged event triggered even if not in object graph.");
subContainer1.Add(subContainer2); // Now this should finally trigger the RootingChanged event.
Assert.AreEqual(3, eventFiredCount);
}
public TLValueTrack(string name)
: base(name)
{
Keyframes = new EditableIDList <TLValueKeyframe>("Keyframes");
Curves = new EditableIDList <TLCurve>("Curves");
Minimum = new EditableProperty <float>("Minimum");
Minimum.Value = -1f;
Maximum = new EditableProperty <float>("Maximum");
Maximum.Value = 1f;
Add(Keyframes);
Add(Curves);
Add(Minimum);
Add(Maximum);
Keyframes.Added += Keyframes_Added;
Keyframes.Removed += Keyframes_Removed;
Label.Value = "Value " + name;
}
public void TestEditableCollectionAndEditableIDList()
{
var sampleData = new IIDItem[] { new IDItem("item1"), new IDItem("item2"), new IDItem("item3"), new IDItem("item4"), new IDItem("item5"), new IDItem("item6") };
var sourceCollection = new EditableIDList <IIDItem>("source");
var targetCollection = new EditableCollection <IIDItem>();
var syncer = targetCollection.SyncWith(sourceCollection, (itemB) => itemB);
sourceCollection.AddRange(sampleData);
CollectionAssert.AreEqual(sourceCollection, targetCollection);
sourceCollection.Remove(sampleData[0]);
CollectionAssert.AreEqual(sourceCollection, targetCollection);
sourceCollection.Clear();
CollectionAssert.AreEqual(sourceCollection, targetCollection, "Clear() on EditableIDList failed.");
}
public TLStringTrack(string name)
: base(name)
{
//create the keyframe list and add it to self
Keyframes = new EditableIDList <TLStringKeyframe>("Keyframes");
Keyframes.Added += Keyframes_Added;
Add(Keyframes);
//set the name of this track
string label;
int x;
if (Int32.TryParse(name, out x))
{
label = "String " + x.ToString();
}
else
{
label = name;
}
Label.Value = label;
}
public TLAudioTrack(string name)
: base(name)
{
Samples = new EditableIDList<TLSample>("Samples");
}
public TLAudioTrack(string name)
: base(name)
{
Samples = new EditableIDList <TLSample>("Samples");
}
//imitate base constructor
public TLDocument(string name, string location)
: base(name, location)
{
//create tracks list
Tracks = new EditableIDList<TLTrackBase>("Tracks");
//add to self
Add(Tracks);
}
public TLValueTrack(string name)
: base(name)
{
Keyframes = new EditableIDList<TLValueKeyframe>("Keyframes");
Curves = new EditableIDList<TLCurve>("Curves");
Minimum = new EditableProperty<float>("Minimum");
Minimum.Value = -1f;
Maximum = new EditableProperty<float>("Maximum");
Maximum.Value = 1f;
Add(Keyframes);
Add(Curves);
Add(Minimum);
Add(Maximum);
Keyframes.Added += Keyframes_Added;
Keyframes.Removed += Keyframes_Removed;
Label.Value = "Value " + name;
}
