private void WriteIntAtPosition(int value, int writePosition)
{
var oldPosition = UW.BaseStream.Position;
UW.BaseStream.Position = writePosition;
UW.Write(value);
UW.BaseStream.Position = oldPosition;
}
private void SerializeDependsTable(int exportCount)
{
WriteIntAtPosition((int)UW.BaseStream.Position, DependsOffsetPosition);
for (int i = 0; i < exportCount; i++)
{
UW.Write(0);
}
}
private void initHeader()
{
UW.BaseStream.Position = 0;
//Tag
UW.Write(UnrealPackage.Signature);
//File Version
var version = (int)(DummyFileVersion & 0x0000FFFFU) | DummyLicenseeVersion << 16;
UW.Write(version);
//Total HeaderSize will be calculated later
UW.Write(0);
//Group name
UW.WriteString("None");
//Package flags
UW.Write(DummyPackageFlag);
//Name / Import / Export count and offsets
UW.Write(0);
UW.Write(1);
UW.Write(2);
UW.Write(3);
UW.Write(4);
UW.Write(5);
//DependsOffset / ImportExportGuidsOffset / ImportGuidsCount / ExportGuidsCount / ThumbnailTableOffset
UW.Write(0);
UW.Write(0);
UW.Write(0);
UW.Write(0);
UW.Write(0);
//guid (this might work?..)
UW.Write(Guid.Parse(package.GUID).ToByteArray(), 0, 16);
//Generations
package.Generations.Serialize(this);
//EngineVersion
UW.Write(DummyEngineVersion);
//CookerVersion
UW.Write(DummyCookerVersion);
//CompressionFlags
UW.Write(DummyCompression);
//compressedChunks
UW.Write(DummyCompressedChunksData);
//Unknown5
UW.Write(DummyUnknown5);
//UnknownStringArray
UW.Write(DummyUnknownStringArray);
//UnknownTypeArray
UW.Write(DummyUnknownTypeArray);
}
internal void DisposeBuffer()
{
if (UR != null)
{
UR.Dispose();
UR = null;
}
if (UW != null)
{
UW.Dispose();
UW = null;
}
// Closed by the above, but this is just for ensurance.
Dispose();
}
private void SerializeExportSerialData(List <DummyExportTableItem> exportsToSerialize)
{
int noneIndex = package.Names.FindIndex((n) => n.Name == "None");
foreach (var dummyExport in exportsToSerialize)
{
var exportObject = dummyExport.original;
var dummyClass = dummyFactory.Create(exportObject.ClassName);
if (dummyClass != null)
{
dummyClass.Write(this, package);
}
else
{
//We just need the netindex and a None FName
package.Stream.Position = exportObject.SerialOffset;
//NetIndex
UW.Write(package.Stream.ReadInt32());
//None index and count
UW.Write(noneIndex);
UW.Write(0);
}
}
}
protected override void HandleTransformChanged(object o, UW.ClassroomPresenter.Model.PropertyEventArgs args)
{
this.Invalidate();
base.HandleTransformChanged(o, args);
}
public void ForceUpdate(UW.ClassroomPresenter.Network.Groups.Group receivers)
{
//Nothing
}
public override void ForceUpdate(UW.ClassroomPresenter.Network.Groups.Group receivers)
{
this.SendImage(receivers);
}
public void Serialize()
{
initHeader();
//Serialize name table
var nameOffset = UW.BaseStream.Position;
WriteIntAtPosition(package.Names.Count(), NameCountPosition);
WriteIntAtPosition((int)nameOffset, NameCountPosition + 4);
foreach (var name in package.Names)
{
name.Serialize(this);
}
//Serialize imports table
var importOffset = UW.BaseStream.Position;
WriteIntAtPosition(package.Imports.Count(), ImportCountPosition);
WriteIntAtPosition((int)importOffset, ImportCountPosition + 4);
foreach (var import in package.Imports)
{
import.Serialize(this);
}
var exportsToSerialize = package.Exports;
//var exportsToSerialize = new List<UExportTableItem>() { package.Exports[1], package.Exports[3] };
//WriteIntAtPosition();
var exportOffset = UW.BaseStream.Position;
WriteIntAtPosition(exportsToSerialize.Count(), ExportCountPosition);
WriteIntAtPosition((int)exportOffset, ExportCountPosition + 4);
int footerNumbers = 8;
int calculatedTotalHeaderSize = (int)(UW.BaseStream.Position + ExportTableItemSize * exportsToSerialize.Count()) + footerNumbers * 4; //24 = unknown footer data
int serialOffset = calculatedTotalHeaderSize;
foreach (var export in exportsToSerialize)
{
switch (export.ClassName)
{
case "Texture2D":
DummyExportTableSerialize(export, serialOffset, MinimalTexture2D.serialSize);
serialOffset += MinimalTexture2D.serialSize;
break;
default:
DummyExportTableSerialize(export, serialOffset, DummySerialSize);
serialOffset += DummySerialSize;
break;
}
//export.Serialize( this );
}
//unknown footer info
WriteIntAtPosition((int)UW.BaseStream.Position, 49);
WriteIntAtPosition((int)UW.BaseStream.Position, 53);
WriteIntAtPosition((int)UW.BaseStream.Position, 65);
for (int ii = 0; ii < footerNumbers; ii++)
{
UW.Write(0);
}
WriteIntAtPosition((int)UW.BaseStream.Position, TotalHeaderSizePosition);
int noneIndex = package.Names.FindIndex((n) => n.Name == "None");
foreach (var exportObject in exportsToSerialize)
{
switch (exportObject.ClassName)
{
case "Texture2D":
new MinimalTexture2D().Write(this, package);
//MinimalTexture2D.Write(this, package);
break;
default:
//We just need the netindex and a None FName
package.Stream.Position = exportObject.SerialOffset;
//NetIndex
UW.Write(package.Stream.ReadInt32());
//None index and count
UW.Write(noneIndex);
UW.Write(0);
break;
}
}
//var stream = package.Stream;
//// Serialize tables
//var namesBuffer = new UObjectStream(stream);
//foreach (var name in package.Names)
//{
// name.Serialize(namesBuffer);
//}
//var importsBuffer = new UObjectStream(stream);
//foreach (var import in package.Imports)
//{
// import.Serialize(importsBuffer);
//}
//var exportsBuffer = new UObjectStream(stream);
//foreach (var export in package.Exports)
//{
// //export.Serialize( exportsBuffer );
//}
//stream.Seek(0, SeekOrigin.Begin);
//stream.Write(Signature);
//// Serialize header
//var version = (int)(Version & 0x0000FFFFU) | (LicenseeVersion << 16);
//stream.Write(version);
//var headerSizePosition = stream.Position;
//if (Version >= VHeaderSize)
//{
// stream.Write((int)HeaderSize);
// if (Version >= VGroup)
// {
// stream.WriteString(Group);
// }
//}
//stream.Write(PackageFlags);
//_TablesData.NamesCount = (uint)Names.Count;
//_TablesData.ExportsCount = (uint)Exports.Count;
//_TablesData.ImportsCount = (uint)Imports.Count;
//var tablesDataPosition = stream.Position;
//_TablesData.Serialize(stream);
//// TODO: Serialize Heritages
//stream.Write(Guid.NewGuid().ToByteArray(), 0, 16);
//Generations.Serialize(stream);
//if (Version >= VEngineVersion)
//{
// stream.Write(EngineVersion);
// if (Version >= VCOOKEDPACKAGES)
// {
// stream.Write(CookerVersion);
// if (Version >= VCompression)
// {
// if (IsCooked())
// {
// stream.Write(CompressionFlags);
// CompressedChunks.Serialize(stream);
// }
// }
// }
//}
//// TODO: Unknown data
//stream.Write((uint)0);
//// Serialize objects
//// Write tables
//// names
//Log.Info("Writing names at position " + stream.Position);
//_TablesData.NamesOffset = (uint)stream.Position;
//var namesBytes = namesBuffer.GetBuffer();
//stream.Write(namesBytes, 0, (int)namesBuffer.Length);
//// imports
//Log.Info("Writing imports at position " + stream.Position);
//_TablesData.ImportsOffset = (uint)stream.Position;
//var importsBytes = importsBuffer.GetBuffer();
//stream.Write(importsBytes, 0, (int)importsBuffer.Length);
//// exports
//Log.Info("Writing exports at position " + stream.Position);
//// Serialize tables data again now that offsets are known.
//var currentPosition = stream.Position;
//stream.Seek(tablesDataPosition, SeekOrigin.Begin);
//_TablesData.Serialize(stream);
//stream.Seek(currentPosition, SeekOrigin.Begin);
}
public RecvLogMessage( long time, UW.ClassroomPresenter.Network.Messages.Message msg )
: base(time)
{
this.message = msg;
}
public SendLogMessage( long time, UW.ClassroomPresenter.Network.Messages.Message msg, MessagePriority prior )
: base(time)
{
this.message = msg;
this.priority = prior;
}
public void LogMessageSend( UW.ClassroomPresenter.Network.Messages.Message message, MessagePriority priority )
{
using( Synchronizer.Lock( this.SyncRoot ) ) {
this.LogMessages.Add( new SendLogMessage( AccurateTiming.Now, message, priority ) );
}
}
public void LogMessageRecv( UW.ClassroomPresenter.Network.Messages.Message message )
{
using( Synchronizer.Lock( this.SyncRoot ) ) {
this.LogMessages.Add( new RecvLogMessage( AccurateTiming.Now, message ) );
}
}
private void displayMessageEventRecursive(UW.ClassroomPresenter.Network.Messages.Message msg)
{
this.appendText("-----");
string longtype = msg.GetType().ToString();
string shorttype = longtype.Substring(longtype.LastIndexOf(".") + 1);
this.appendText("Type: " + shorttype);
if (msg is DeckSlideContentMessage) {
DeckSlideContentMessage dscm = msg as DeckSlideContentMessage;
this.appendText("Content Hash: " + dscm.Content.key.ToString());
this.m_Image = dscm.Content.image;
} else if (msg is PresentationEndedMessage) {
//Nothing really interesting here...
} else if (msg is TableOfContentsEntryMessage) {
TableOfContentsEntryMessage tocem = msg as TableOfContentsEntryMessage;
string toDisplay = "Path From Root: ";
int[] path = tocem.PathFromRoot;
for (int i = 0; i < path.Length; i++) {
toDisplay += " " + path[i].ToString();
}
this.appendText(toDisplay);
} else if (msg is TableOfContentsEntryRemovedMessage) {
TableOfContentsEntryRemovedMessage tocerm = msg as TableOfContentsEntryRemovedMessage;
this.appendText("Entry ID: " + tocerm.TargetId.ToString());
} else if (msg is InstructorMessage) {
InstructorMessage im = msg as InstructorMessage;
this.appendText("Linked Navigation: " + im.ForcingStudentNavigationLock.ToString());
this.appendText("Student Submissions: " + im.AcceptingStudentSubmissions.ToString());
} else if (msg is StudentMessage) {
//Nothing really interesting here...
} else if (msg is PublicMessage) {
//Nothing really interesting here...
} else if (msg is InstructorCurrentPresentationChangedMessage) {
InstructorCurrentPresentationChangedMessage icpcm = msg as InstructorCurrentPresentationChangedMessage;
this.appendText("Human Name: " + icpcm.HumanName);
} else if (msg is InstructorCurrentDeckTraversalChangedMessage) {
InstructorCurrentDeckTraversalChangedMessage icdtcm = msg as InstructorCurrentDeckTraversalChangedMessage;
this.appendText("Traversal ID: " + icdtcm.TargetId.ToString());
} else if (msg is DeckInformationMessage) {
DeckInformationMessage dim = msg as DeckInformationMessage;
this.appendText("Disposition: " + dim.Disposition);
this.appendText("Human Name: " + dim.HumanName);
this.appendText("Deck BG Color: " + dim.DeckBackgroundColor);
} else if (msg is SlideDeckTraversalMessage) {
SlideDeckTraversalMessage sdtm = msg as SlideDeckTraversalMessage;
this.appendText("Traversal ID: " + sdtm.TargetId.ToString());
} else if (msg is DeckTraversalRemovedFromPresentationMessage) {
DeckTraversalRemovedFromPresentationMessage dtrfpm = msg as DeckTraversalRemovedFromPresentationMessage;
this.appendText("Traversal ID: " + dtrfpm.TargetId.ToString());
} else if (msg is ImageSheetMessage) {
ImageSheetMessage ism = msg as ImageSheetMessage;
this.appendText("MD5: " + ism.MD5.ToString());
} else if (msg is InkSheetInformationMessage) {
InkSheetInformationMessage isim = msg as InkSheetInformationMessage;
this.appendText("Disposition: " + isim.Disposition.ToString());
} else if (msg is InkSheetStrokesAddedMessage) {
InkSheetStrokesAddedMessage issam = msg as InkSheetStrokesAddedMessage;
this.appendText("Disposition: " + issam.Disposition.ToString());
} else if (msg is InkSheetStrokesDeletingMessage) {
InkSheetStrokesDeletingMessage issdm = msg as InkSheetStrokesDeletingMessage;
this.appendText("Disposition: " + issdm.Disposition.ToString());
} else if (msg is PresentationInformationMessage) {
PresentationInformationMessage pim = msg as PresentationInformationMessage;
this.appendText("Human Name: " + pim.HumanName);
} else if (msg is RealTimeInkSheetMessage) {
RealTimeInkSheetMessage rtism = msg as RealTimeInkSheetMessage;
this.appendText("Disposition: " + rtism.Disposition.ToString());
} else if (msg is RealTimeInkSheetInformationMessage) {
RealTimeInkSheetInformationMessage rtisim = msg as RealTimeInkSheetInformationMessage;
this.appendText("Disposition: " + rtisim.Disposition.ToString());
} else if (msg is RealTimeInkSheetDataMessage) {
RealTimeInkSheetDataMessage rtisdm = msg as RealTimeInkSheetDataMessage;
this.appendText("Stylus ID: " + rtisdm.StylusId.ToString());
this.appendText("# of Packets: " + rtisdm.Packets.Length);
} else if (msg is RealTimeInkSheetPacketsMessage) {
RealTimeInkSheetPacketsMessage rtispm = msg as RealTimeInkSheetPacketsMessage;
this.appendText("Stylus ID: " + rtispm.StylusId.ToString());
this.appendText("# of Packets: " + rtispm.Packets.Length);
} else if (msg is RealTimeInkSheetStylusUpMessage) {
RealTimeInkSheetStylusUpMessage rtissup = msg as RealTimeInkSheetStylusUpMessage;
this.appendText("Stylus ID: " + rtissup.StylusId.ToString());
this.appendText("# of Packets: " + rtissup.Packets.Length);
} else if (msg is RealTimeInkSheetStylusDownMessage) {
RealTimeInkSheetStylusDownMessage rtissdm = msg as RealTimeInkSheetStylusDownMessage;
this.appendText("Stylus ID: " + rtissdm.StylusId.ToString());
this.appendText("# of Packets: " + rtissdm.Packets.Length);
} else if (msg is SheetRemovedMessage) {
SheetRemovedMessage srm = msg as SheetRemovedMessage;
this.appendText("Disposition: " + srm.Disposition.ToString());
} else if (msg is SlideInformationMessage) {
SlideInformationMessage sim = msg as SlideInformationMessage;
this.appendText("LocalID: " + sim.LocalId.ToString());
this.appendText("Title: " + sim.Title);
this.appendText("Zoom: " + sim.Zoom);
this.appendText("Slide BG Color: " + sim.SlideBackgroundColor);
} else if (msg is SlideDeletedMessage) {
SlideDeletedMessage sdm = msg as SlideDeletedMessage;
this.appendText("ID: " + sdm.TargetId);
} else if (msg is TextSheetMessage) {
//Nothing interesting here...
} else {
//Unknown!
}
//Do the recursive thing
if (msg.Child != null) {
this.displayMessageEventRecursive(msg.Child);
}
}
public void ForceUpdate(UW.ClassroomPresenter.Network.Groups.Group receivers)
{
sender_.Post(delegate() {
this.SendStatusHelper(receivers);
});
}
public override void ForceUpdate( UW.ClassroomPresenter.Network.Groups.Group receivers )
{
this.SendQuickPollSheet( receivers );
}