/// <summary>
/// Creates an object type derived from EncodedRectangle, based on the value of encoding.
/// </summary>
/// <param name="rectangle">A Rectangle object defining the bounds of the rectangle to be created</param>
/// <param name="encoding">
/// An Integer indicating the encoding type to be used for this rectangle. Used to determine the
/// type of EncodedRectangle to create.
/// </param>
/// <returns></returns>
public EncodedRectangle Build(Rectangle rectangle, int encoding)
{
EncodedRectangle e;
switch (encoding)
{
case RfbProtocol.RAW_ENCODING:
e = new RawRectangle(rfb, framebuffer, rectangle);
break;
case RfbProtocol.COPYRECT_ENCODING:
e = new CopyRectRectangle(rfb, framebuffer, rectangle);
break;
case RfbProtocol.RRE_ENCODING:
e = new RreRectangle(rfb, framebuffer, rectangle);
break;
case RfbProtocol.CORRE_ENCODING:
e = new CoRreRectangle(rfb, framebuffer, rectangle);
break;
case RfbProtocol.HEXTILE_ENCODING:
e = new HextileRectangle(rfb, framebuffer, rectangle);
break;
case RfbProtocol.ZRLE_ENCODING:
e = new ZrleRectangle(rfb, framebuffer, rectangle);
break;
case RfbProtocol.TIGHT_ENCODING:
e = new TightRectangle(rfb, framebuffer, rectangle);
break;
default:
// Sanity check
throw new VncProtocolException("Unsupported Encoding Format received: " + encoding + ".");
}
return(e);
}
public EncodedRectangle Build(QuadNode node, VncHost.Encoding encoding)
{
var pixels = node.NodeData;
EncodedRectangle e;
switch (encoding)
{
case VncHost.Encoding.RawEncoding:
e = new RawRectangle(rfb, framebuffer, pixels, node.Bounds);
break;
case VncHost.Encoding.CopyRectEncoding:
e = new CopyRectRectangle(rfb, framebuffer, node.Bounds);
break;
case VncHost.Encoding.RreEncoding:
e = new RreRectangle(rfb, framebuffer, pixels, node.Bounds);
break;
case VncHost.Encoding.CoRreEncoding:
e = new CoRreRectangle(rfb, framebuffer, pixels, node.Bounds);
break;
case VncHost.Encoding.HextileEncoding:
e = new HextileRectangle(rfb, framebuffer, pixels, node.Bounds);
break;
case VncHost.Encoding.ZrleEncoding:
e = new ZrleRectangle(rfb, framebuffer, pixels, node.Bounds);
break;
case VncHost.Encoding.ZlibEncoding:
e = new ZlibRectangle(rfb, framebuffer, pixels, node.Bounds);
break;
default:
// Sanity check
throw new Exception("Unsupported Encoding Format received: " + encoding + ".");
}
return(e);
}
public EncodedRectangle Build(Rectangle2 rectangle, int[] pixels, VncHost.Encoding encoding)
{
EncodedRectangle e;
switch (encoding)
{
case VncHost.Encoding.RawEncoding:
e = new RawRectangle(rfb, framebuffer, pixels, rectangle);
break;
case VncHost.Encoding.CopyRectEncoding:
e = new CopyRectRectangle(rfb, framebuffer, rectangle);
break;
case VncHost.Encoding.RreEncoding:
e = new RreRectangle(rfb, framebuffer, pixels, rectangle);
break;
case VncHost.Encoding.CoRreEncoding:
e = new CoRreRectangle(rfb, framebuffer, pixels, rectangle);
break;
case VncHost.Encoding.HextileEncoding:
e = new HextileRectangle(rfb, framebuffer, pixels, rectangle);
break;
case VncHost.Encoding.ZrleEncoding:
e = new ZrleRectangle(rfb, framebuffer, pixels, rectangle);
break;
case VncHost.Encoding.ZlibEncoding:
e = new ZlibRectangle(rfb, framebuffer, pixels, rectangle);
break;
default:
// Sanity check
throw new Exception("Unsupported Encoding Format received: " + encoding + ".");
}
return(e);
}
/// <summary>
/// Creates an object type derived from EncodedRectangle, based on the value of encoding.
/// </summary>
/// <param name="rectangle">A Rectangle object defining the bounds of the rectangle to be created</param>
/// <param name="encoding">An Integer indicating the encoding type to be used for this rectangle. Used to determine the type of EncodedRectangle to create.</param>
/// <returns></returns>
public EncodedRectangle Build(Rectangle rectangle, int encoding)
{
EncodedRectangle e = null;
switch (encoding)
{
case RfbProtocol.RAW_ENCODING:
e = new RawRectangle(rfb, framebuffer, rectangle);
break;
case RfbProtocol.COPYRECT_ENCODING:
e = new CopyRectRectangle(rfb, framebuffer, rectangle);
break;
case RfbProtocol.RRE_ENCODING:
e = new RreRectangle(rfb, framebuffer, rectangle);
break;
case RfbProtocol.CORRE_ENCODING:
e = new CoRreRectangle(rfb, framebuffer, rectangle);
break;
case RfbProtocol.HEXTILE_ENCODING:
e = new HextileRectangle(rfb, framebuffer, rectangle);
break;
case RfbProtocol.ZRLE_ENCODING:
// TODO: ZRLE is not written yet, but when it is, this needs to be changed.
// e = new ZrleRectangle(rfb, framebuffer, rectangle);
// break;
throw new NotImplementedException("Need to implement Zrle Encoding!!!");
default:
// Sanity check
throw new VncProtocolException("Unsupported Encoding Format received: " + encoding.ToString() + ".");
}
return(e);
}
/// <summary>
/// Creates an object type derived from EncodedRectangle, based on the value of encoding.
/// </summary>
/// <param name="rectangle">A Rectangle object defining the bounds of the rectangle to be created</param>
/// <param name="encoding">An Integer indicating the encoding type to be used for this rectangle. Used to determine the type of EncodedRectangle to create.</param>
/// <returns></returns>
public EncodedRectangle Build(Rectangle rectangle, int BitsPerPixel, int encoding)
{
EncodedRectangle e = null;
switch (encoding)
{
case RfbProtocol.RAW_ENCODING:
e = new RawRectangle(rfb, BitsPerPixel, rectangle);
break;
case RfbProtocol.COPYRECT_ENCODING:
e = new CopyRectRectangle(rfb, BitsPerPixel, rectangle);
break;
case RfbProtocol.RRE_ENCODING:
e = new RreRectangle(rfb, BitsPerPixel, rectangle);
break;
case RfbProtocol.CORRE_ENCODING:
e = new CoRreRectangle(rfb, BitsPerPixel, rectangle);
break;
case RfbProtocol.HEXTILE_ENCODING:
e = new HextileRectangle(rfb, BitsPerPixel, rectangle);
break;
case RfbProtocol.ZRLE_ENCODING:
e = new ZrleRectangle(rfb, BitsPerPixel, rectangle);
break;
default:
// Sanity check
throw new VncProtocolException("Unsupported Encoding Format received: " + encoding.ToString() + ".");
}
return(e);
}
