public static void Pack(BufferChunk aChunk, int left, int top, int right, int bottom)
{
aChunk += left;
aChunk += top;
aChunk += right;
aChunk += bottom;
}
public virtual void CopyPixels(int x, int y, int width, int height, PixelBuffer24 pixBuff)
{
// Create a buffer
// It has to be big enough for the bitmap data, as well as the x,y, and command
int dataSize = (width) * (height) * pixBuff.Pixels.BytesPerPixel;
BufferChunk chunk = new BufferChunk(dataSize + 128);
// now put the basic command and simple components in
chunk += SpaceControlChannel.SC_CopyPixels;
CodecUtils.Pack(chunk, x, y, width, height);
chunk += dataSize;
// Finally, copy in the data
int numBytesPerRow = pixBuff.Pixels.BytesPerPixel * width;
IntPtr rowPtr = pixBuff.Pixels.Data;
int offset = 0;
int row = 0;
for (row = y; row < (y + height); row++)
{
offset = pixBuff.Pixels.Data.ToInt32() + row * pixBuff.Pixels.Stride + x * pixBuff.Pixels.BytesPerPixel;
rowPtr = (IntPtr)offset;
chunk.CopyFrom(rowPtr, numBytesPerRow);
}
PackCommand(chunk);
}
/// Some GraphPort control things
///
public override void SaveState()
{
BufferChunk chunk = new BufferChunk(128);
chunk += GDI32.EMR_SAVEDC;
SendCommand(chunk);
}
public override void PixBltPixelBuffer24(GDIDIBSection fPixMap, int x, int y)
{
MemoryStream ms = new MemoryStream();
PixelAccessorBGRb accessor = new PixelAccessorBGRb(fPixMap.Width, fPixMap.Height, fPixMap.Orientation, fPixMap.Pixels);
// 2. Run length encode the image to a memory stream
NewTOAPIA.Imaging.TargaRunLengthCodec rlc = new NewTOAPIA.Imaging.TargaRunLengthCodec();
rlc.Encode(accessor, ms);
// 3. Get the bytes from the stream
byte[] imageBytes = ms.GetBuffer();
int dataLength = (int)imageBytes.Length;
// 4. Allocate a buffer chunk to accomodate the bytes, plus some more
BufferChunk chunk = new BufferChunk(dataLength + 128);
// 5. Put the command, destination, and data size into the buffer first
chunk += (int)UICommands.PixBltRLE;
ChunkUtils.Pack(chunk, x, y);
ChunkUtils.Pack(chunk, accessor.Width, accessor.Height);
chunk += dataLength;
// 6. Put the image bytes into the chunk
chunk += imageBytes;
// 6. Finally, send the packet
SendCommand(chunk);
}
public override void PixBltPixelArray(IPixelArray pixBuff, int x, int y)
{
//NewTOAPIA.Kernel.PrecisionTimer timer = new NewTOAPIA.Kernel.PrecisionTimer();
// 1. convert the pixel array to a Bitmap object
Bitmap bm = PixelBufferHelper.CreateBitmapFromPixelArray(pixBuff);
// 2. Write this bitmap to a memory stream as a compressed JPEG image
MemoryStream ms = new MemoryStream();
bm.Save(ms, System.Drawing.Imaging.ImageFormat.Jpeg);
// 3. Get the bytes from the stream
byte[] imageBytes = ms.GetBuffer();
// 4. Allocate a buffer chunk to accomodate the bytes, plus some more
BufferChunk chunk = new BufferChunk(imageBytes.Length + 128);
// 5. Put the command, destination, and data size into the buffer first
chunk += (int)UICommands.PixBltJPG;
ChunkUtils.Pack(chunk, x, y);
chunk += (int)imageBytes.Length;
// 6. Put the image bytes into the chunk
chunk += imageBytes;
//double duration = timer.GetElapsedSeconds();
//Console.WriteLine("Encoder - Time to pack image: {0}", duration);
// Finally, send the packet
SendCommand(chunk);
}
// Modes and attributes
public override void SetTextColor(uint colorref)
{
BufferChunk chunk = new BufferChunk(128);
chunk += GDI32.EMR_SETTEXTCOLOR;
chunk += colorref;
SendCommand(chunk);
}
Guid UnpackGuid(BufferChunk chunk)
{
int bufferLength = chunk.NextInt32(); // How many bytes did we pack
byte[] bytes = (byte[])chunk.NextBufferChunk(bufferLength);
Guid aGuid = new Guid(bytes);
return aGuid;
}
void SetupBufferChunks()
{
fChunks = new Queue<BufferChunk>();
for (int i = 0; i < NumberOfPackets; i++)
{
BufferChunk newChunk = new BufferChunk(UDP.MTU);
fChunks.Enqueue(newChunk);
}
}
public static void Pack(BufferChunk chunk, XFORM aTrans)
{
chunk += aTrans.eDx;
chunk += aTrans.eDy;
chunk += aTrans.eM11;
chunk += aTrans.eM12;
chunk += aTrans.eM21;
chunk += aTrans.eM22;
}
public virtual void ReceiveChunk(BufferChunk aRecord)
{
// First read out the record type
int recordType = aRecord.NextInt32();
// Then deserialize the rest from there
switch ((UserIOCommand)recordType)
{
case UserIOCommand.HideCursor:
HideCursor();
break;
case UserIOCommand.Showcursor:
ShowCursor();
break;
case UserIOCommand.MoveCursor:
{
int x = aRecord.NextInt32();
int y = aRecord.NextInt32();
MoveCursor(x, y);
}
break;
case UserIOCommand.KeyboardActivity:
{
KeyActivityType kEvent = (KeyActivityType)aRecord.NextInt32();
VirtualKeyCodes vk = (VirtualKeyCodes)aRecord.NextInt32();
KeyboardActivityArgs kbda = new KeyboardActivityArgs(kEvent, vk);
KeyboardActivity(this, kbda);
}
break;
case UserIOCommand.MouseActivity:
{
MouseActivityType maType = MouseActivityType.None;
MouseButtonActivity mbActivity = (MouseButtonActivity)aRecord.NextInt32();
int x = aRecord.NextInt32();
int y = aRecord.NextInt32();
int clicks = aRecord.NextInt32();
short delta = aRecord.NextInt16();
int keyflags = 0;
MouseActivityArgs ma = new MouseActivityArgs(null, maType, mbActivity,
MouseCoordinateSpace.Desktop, MouseMovementType.Absolute, IntPtr.Zero,
x, y, delta, clicks, keyflags);
MouseActivity(this, ma);
}
break;
default:
break;
}
}
// Drawing Primitives
/// Our first pass will be to implement everything as
/// taking explicit int parameters.
/// We'll assume that drawing with a different pen will
/// be accomplished by setting the Pen property on the
/// port before drawing. This will keep our API count
/// low and alleviate the need to pass the same
/// parameter every time. We can add more later.
///
public override void SetPixel(int x, int y, Color colorref)
{
BufferChunk chunk = new BufferChunk(128);
chunk += GDI32.EMR_SETTEXTCOLOR;
ChunkUtils.Pack(chunk, x, y);
chunk += colorref.ToArgb();
SendCommand(chunk);
}
public override void SelectUniqueObject(Guid objectID)
{
BufferChunk chunk = new BufferChunk(128);
chunk += GDI32.EMR_SELECTUNIQUEOBJECT;
chunk += (int)16; // The following byte array is 16 elements long
chunk += objectID.ToByteArray();
SendCommand(chunk);
}
public virtual void CreateSurface(string title, RECT frame, Guid uniqueID)
{
BufferChunk chunk = new BufferChunk(1024);
chunk += SpaceControlChannel.SC_CreateSurface;
CodecUtils.Pack(chunk,uniqueID);
CodecUtils.Pack(chunk,frame.Left, frame.Top, frame.Width, frame.Height);
PackCommand(chunk);
}
public virtual void InvalidateSurfaceRect(Guid surfaceID, RECT frame)
{
BufferChunk chunk = new BufferChunk(1024);
chunk += SpaceControlChannel.SC_InvalidateSurfaceRect;
CodecUtils.Pack(chunk, surfaceID);
CodecUtils.Pack(chunk, frame.Left, frame.Top, frame.Width, frame.Height);
PackCommand(chunk);
}
public static void Pack(BufferChunk chunk, Point[] points)
{
// Need to know how many points so that space can be allocated for them on the receiving end
chunk += points.Length;
// Encode each of the points
for (int i = 0; i < points.Length; i++)
{
Pack(chunk, points[i].X, points[i].Y);
}
}
public static void Pack(BufferChunk chunk, GRADIENT_RECT[] gRect)
{
int nRects = gRect.Length;
chunk += nRects;
for (int i = 0; i < nRects; i++)
{
chunk += gRect[i].UpperLeft;
chunk += gRect[i].LowerRight;
}
}
public static void Pack(BufferChunk chunk, Point3D[] points)
{
// Need to know how many points so that space can be allocated for them on the receiving end
chunk += points.Length;
// Encode each of the points
foreach(Point3D aPoint in points)
{
Pack(chunk, (int)aPoint.X, (int)aPoint.Y);
}
}
GRADIENT_RECT[] UnpackGRADIENT_RECT(BufferChunk chunk)
{
int nRects = chunk.NextInt32();
GRADIENT_RECT[] pMesh = new GRADIENT_RECT[nRects];
for (int i = 0; i < nRects; i++)
{
pMesh[i].UpperLeft = chunk.NextUInt32();
pMesh[i].LowerRight = chunk.NextUInt32();
}
return pMesh;
}
void PackCommand(EMR aCommand)
{
BinaryFormatter fFormatter = new BinaryFormatter();
MemoryStream fMemoryStream = new MemoryStream(2048);
fMemoryStream.Seek(0, SeekOrigin.Begin);
fFormatter.Serialize(fMemoryStream, aCommand);
byte[] sendBytes = fMemoryStream.GetBuffer();
BufferChunk chunk = new BufferChunk(sendBytes);
//PackCommand(chunk);
}
public virtual void Send(BufferChunk aChunk)
{
if (fSender == null)
return;
// Packetize the chunk
fPacketizer.Packetize(aChunk, fSenderPacketPool);
// Send out the smaller packets until done
for (int i = 0; i < fSenderPacketPool.PacketsInFramePool; i++)
{
PacketBase packetWrapper = fSenderPacketPool.Packets[i];
fSender.Send(packetWrapper.Buffer);
}
}
public static BufferChunk Pack(EMR aCommand)
{
BinaryFormatter fFormatter = new BinaryFormatter();
MemoryStream fMemoryStream = new MemoryStream(2048);
fMemoryStream.Seek(0, SeekOrigin.Begin);
fFormatter.Serialize(fMemoryStream, aCommand);
byte[] sendBytes = fMemoryStream.GetBuffer();
BufferChunk chunk = new BufferChunk(sendBytes);
return chunk;
}
public static void Pack(BufferChunk chunk, TRIVERTEX[] vertices)
{
int nVertices = vertices.Length;
// Pack the vertices, starting with the length
chunk += nVertices;
for (int i = 0; i < nVertices; i++)
{
chunk += vertices[i].x;
chunk += vertices[i].y;
chunk += vertices[i].Alpha;
chunk += vertices[i].Blue;
chunk += vertices[i].Green;
chunk += vertices[i].Red;
}
}
public override void MouseActivity(object sender, NewTOAPIA.UI.MouseEventArgs mevent)
{
BufferChunk chunk = new BufferChunk(1024);
chunk += SpaceControlChannel.SC_MouseEvent;
CodecUtils.Pack(chunk, mevent.Source);
chunk += mevent.MouseID;
chunk += (int)mevent.EventType;
chunk += (int)mevent.Button;
chunk += mevent.X;
chunk += mevent.Y;
chunk += mevent.Clicks;
chunk += mevent.Delta;
PackCommand(chunk);
}
Point[] UnpackPoints(BufferChunk chunk)
{
// Need to know how many points so that space can be allocated for them on the receiving end
int numPoints = chunk.NextInt32();
// Allocate a points array of the right size
Point[] points = new Point[numPoints];
// Encode each of the points
for (int i = 0; i < numPoints; i++)
{
points[i].x = chunk.NextInt32();
points[i].y = chunk.NextInt32();
}
return points;
}
public override void BitBlt(int x, int y, PixelBuffer pixBuff)
{
// Create a buffer
// It has to be big enough for the bitmap data, as well as the x,y, and command
int dataSize = pixBuff.Pixels.Stride * pixBuff.Pixels.Height;
BufferChunk chunk = new BufferChunk(dataSize + 128);
// now put the basic command and simple components in
chunk += SpaceControlChannel.SC_BitBlt;
CodecUtils.Pack(chunk, x, y);
CodecUtils.Pack(chunk, pixBuff.Pixels.Width, pixBuff.Pixels.Height);
chunk += dataSize;
// Finally, copy in the data
chunk.CopyFrom(pixBuff.Pixels.Data, dataSize);
PackCommand(chunk);
}
TRIVERTEX[] UnpackTRIVERTEX(BufferChunk chunk)
{
int nVertices = chunk.NextInt32();
TRIVERTEX[] pVertex = new TRIVERTEX[nVertices];
// Pack the vertices, starting with the length
for (int i = 0; i < nVertices; i++)
{
pVertex[i].x = chunk.NextInt32();
pVertex[i].y = chunk.NextInt32();
pVertex[i].Alpha = chunk.NextUInt16();
pVertex[i].Blue = chunk.NextUInt16();
pVertex[i].Green = chunk.NextUInt16();
pVertex[i].Red = chunk.NextUInt16();
}
return pVertex;
}
void SendAudioEvent(AudioEvent anEvent)
{
BufferChunk chunk = new BufferChunk(anEvent.DataLength + 100);
//public ushort cbSize;
//public ushort wBitsPerSample;
//public int nAvgBytesPerSec;
//public short nBlockAlign;
//public short nChannels;
//public int nSamplesPerSec;
//public short wFormatTag;
chunk += (int)anEvent.WaveFormat.nChannels;
chunk += (int)anEvent.WaveFormat.nSamplesPerSec;
chunk += (int)anEvent.WaveFormat.wBitsPerSample;
chunk += (int)anEvent.DataLength;
chunk += anEvent.DataBuffer;
fAudioChannel.Send(chunk);
}
public virtual void ReceiveChunk(BufferChunk aRecord)
{
// First read out the record type
int recordType = aRecord.NextInt32();
// Then deserialize the rest from there
switch (recordType)
{
//case (int)UICommands.PixBlt:
// {
// // Get the X, Y
// int x = aRecord.NextInt32();
// int y = aRecord.NextInt32();
// // get the length of the image bytes buffer
// int dataSize = aRecord.NextInt32();
// byte[] imageBytes = (byte[])aRecord;
// // Create a memory stream from the imageBytes
// MemoryStream ms = new MemoryStream(imageBytes, false);
// // Create a pixelArray from the stream
// Bitmap bm = (Bitmap)Bitmap.FromStream(ms);
// PixelArray<BGRAb> pixMap = PixelBufferHelper.CreatePixelArrayFromBitmap(bm);
// // And finally, call the PixBlt function
// PixBltBGRAb(pixMap, x, y);
// }
// break;
case (int)UICommands.PixBltRLE:
{
// Get the X, Y
int x = aRecord.NextInt32();
int y = aRecord.NextInt32();
int width = aRecord.NextInt32();
int height = aRecord.NextInt32();
// get the length of the image bytes buffer
int dataSize = aRecord.NextInt32();
byte[] imageBytes = (byte[])aRecord;
// Create a memory stream from the imageBytes
MemoryStream ms = new MemoryStream(imageBytes, false);
// Create a pixelArray from the stream
if ((width != fPixMap.Width) || (height != fPixMap.Height))
fPixMap = new GDIDIBSection(width, height);
TargaRunLengthCodec rlc = new TargaRunLengthCodec();
PixelAccessorBGRb accessor = new PixelAccessorBGRb(fPixMap.Width, fPixMap.Height, fPixMap.Orientation, fPixMap.Pixels, fPixMap.BytesPerRow);
rlc.Decode(ms, accessor);
// And finally, call the local PixBlt function
PixBltPixelBuffer24(fPixMap, x, y);
}
break;
case (int)UICommands.PixBltLuminance:
{
// Get the X, Y
int x = aRecord.NextInt32();
int y = aRecord.NextInt32();
int width = aRecord.NextInt32();
int height = aRecord.NextInt32();
// get the length of the image bytes buffer
int dataSize = aRecord.NextInt32();
byte[] imageBytes = (byte[])aRecord;
// Create a memory stream from the imageBytes
MemoryStream ms = new MemoryStream(imageBytes, false);
// Create a pixelArray from the stream
if ((width != fGrayImage.Width) || (height != fGrayImage.Height))
fGrayImage = new PixelArray<Lumb>(width, height);
TargaLuminanceRLE rlc = new TargaLuminanceRLE();
rlc.Decode(ms, fGrayImage);
// And finally, call the local PixBlt function
PixBltLumb(fGrayImage, x, y);
}
break;
case (int)UICommands.Showcursor:
{
ShowCursor();
}
break;
case (int)UICommands.HideCursor:
{
HideCursor();
}
break;
case (int)UICommands.MoveCursor:
{
int x = aRecord.NextInt32();
int y = aRecord.NextInt32();
MoveCursor(x, y);
}
break;
default:
//if (CommandReceived != null)
// CommandReceived(aRecord);
break;
}
}
public CommPacket(BufferChunk aChunk)
:base(aChunk)
{
}
public void SendAudioFrame(BufferChunk chunk)
{
if (null != AudioChannel)
{
AudioChannel.Send(chunk);
}
}
