public static GDIPen UnpackGPen(BufferChunk chunk)
{
uint penColor;
PenStyle penStyle;
Guid uniqueID;
int penSize;
penStyle = (PenStyle)chunk.NextInt32();
penSize = chunk.NextInt32();
penColor = chunk.NextUInt32();
uniqueID = UnpackGuid(chunk);
GDIPen aPen = new GDIPen(PenType.Cosmetic, PenStyle.Solid, PenJoinStyle.Round, PenEndCap.Round, penColor, penSize, uniqueID);
return(aPen);
}
/// <summary>
/// Nexts the plan spot result.
/// </summary>
/// <param name="buf">The buf.</param>
/// <returns>System.Nullable<SpotResult>.</returns>
public static SpotResult?NextSpotResult(this BufferChunk buf)
{
var plan = new SpotResult();
try {
plan.id = buf.NextInt32();
plan.result_xangle = buf.NextFloat();
plan.result_zangle = buf.NextFloat();
plan.result_pcount = buf.NextFloat();
plan.done = buf.NextInt32();
} catch {
//plan.id = -1; //
return(null);
}
return(plan);
}
//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 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 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, GBrush aBrush)
//{
// chunk += GDI32.EMR_CREATEBRUSHINDIRECT;
// chunk += (int)aBrush.Style;
// chunk += (int)aBrush.Hatching;
// chunk += aBrush.Color;
// Pack(chunk, aBrush.UniqueID);
//}
//public static void Pack(BufferChunk chunk, GPen aPen)
//{
// chunk += GDI32.EMR_CREATEPEN;
// chunk += (int)aPen.Style;
// chunk += 1;
// chunk += aPen.Color;
// Pack(chunk, aPen.UniqueID);
//}
//public static void Pack(BufferChunk chunk, GFont aFont)
//{
// chunk += GDI32.EMR_EXTCREATEFONTINDIRECTW;
// chunk += aFont.FaceName.Length;
// chunk += aFont.FaceName;
// chunk += (int)aFont.Height;
// chunk += (byte)1; // newFont.fLogFont.lfCharSet;
// chunk += (byte)0; // newFont.fLogFont.lfClipPrecision;
// chunk += (int)0; // newFont.fLogFont.lfEscapement;
// chunk += (byte)0; // newFont.fLogFont.lfItalic;
// chunk += (int)0; // newFont.fLogFont.lfOrientation;
// chunk += (byte)0; // newFont.fLogFont.lfOutPrecision;
// chunk += (byte)0; // newFont.fLogFont.lfPitchAndFamily;
// chunk += (byte)0; // newFont.fLogFont.lfQuality;
// chunk += (byte)0; // newFont.fLogFont.lfStrikeOut;
// chunk += (byte)0; // newFont.fLogFont.lfUnderline;
// chunk += (int)0; // newFont.fLogFont.lfWeight;
// chunk += (int)0; // newFont.fLogFont.lfWidth;
// // Write the GUID
// Pack(chunk, aFont.UniqueID);
//}
#endregion
#region Unpacking routines
//public static GPen UnpackGPen(BufferChunk chunk)
//{
// uint penColor;
// PenStyle penStyle;
// Guid uniqueID;
// int penSize;
// penStyle = (PenStyle)chunk.NextInt32();
// penSize = chunk.NextInt32();
// penColor = chunk.NextUInt32();
// uniqueID = UnpackGuid(chunk);
// GPen aPen = new GPen(penColor, PenType.Cosmetic, PenStyle.Solid, PenJoinStyle.Round, PenEndCap.Round, penSize, uniqueID);
// return aPen;
//}
public static 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);
}
/// <summary>
/// Nexts the full spot.
/// </summary>
/// <param name="buf">The buf.</param>
/// <returns>System.Nullable<SpotFull>.</returns>
public static SpotFull?NextSpotFull(this BufferChunk buf)
{
var plan = new SpotFull();
try {
plan.changed = buf.NextInt32();
plan.done = buf.NextInt32();
plan.energy = buf.NextFloat();
plan.id = buf.NextInt32();
plan.need_to_sent = buf.NextInt32();
plan.pcount = buf.NextFloat();
plan.result_pcount = buf.NextFloat();
plan.result_xangle = buf.NextFloat();
plan.result_zangle = buf.NextFloat();
plan.xangle = buf.NextFloat();
plan.zangle = buf.NextFloat();
} catch {
//plan.id = -1; //
return(null);
}
return(plan);
}
/// <summary>
/// Nexts the Spot.
/// </summary>
/// <param name="buf">The buffer chunk.</param>
/// <returns>Spot.</returns>
public static Spot?NextSpot(this BufferChunk buf)
{
var plan = new Spot();
try {
plan.id = buf.NextInt32();
plan.xangle = buf.NextFloat();
plan.zangle = buf.NextFloat();
plan.energy = buf.NextFloat();
plan.pcount = buf.NextFloat();
} catch {
//plan.id = -1; //
return(null);
}
return(plan);
}
override public void Run()
{
BufferChunk bc = new BufferChunk(7);
short s = 25000;
int i = 545434;
byte b = 56;
bc += s;
bc += i;
bc += b;
if (bc.NextInt16() != s)
throw new TestCaseException("Short failed for " + s);
if (bc.NextInt32() != i)
throw new TestCaseException("Int failed for " + i);
if (bc.NextByte() != b)
throw new TestCaseException("Byte failed for " + b);
bc.Reset();
s = short.MaxValue;
i = int.MaxValue;
b = byte.MaxValue;
bc += s;
bc += i;
bc += b;
if (bc.NextInt16() != s)
throw new TestCaseException("Short failed for " + s);
if (bc.NextInt32() != i)
throw new TestCaseException("Int failed for " + i);
if (bc.NextByte() != b)
throw new TestCaseException("Byte failed for " + b);
bc.Reset();
s = short.MinValue;
i = int.MinValue;
b = byte.MinValue;
bc += s;
bc += i;
bc += b;
if (bc.NextInt16() != s)
throw new TestCaseException("Short failed for " + s);
if (bc.NextInt32() != i)
throw new TestCaseException("Int failed for " + i);
if (bc.NextByte() != b)
throw new TestCaseException("Byte failed for " + b);
}
/// <summary>
/// Read the next sample at the given timestamp (or within the FUDGE_FACTOR range.)
/// Return zero if there is no sample available for this timestamp.
/// </summary>
/// <param name="bitsPerSample"></param>
/// <returns></returns>
public long ReadSample(int bytesPerSample, long timestamp)
{
if ((buffer == null) || (buffer.Length < bytesPerSample))
{
if ((buffer != null) && (buffer.Length > 0))
{
//Debug.WriteLine(".");
Debug.WriteLine("Warning: An audio chunk appeared to contain a fractional part of a sample which will be discarded.");
}
FillBuffer();
}
if (exhausted)
{
return(0);
}
bool convertToStereo = false;
bool convertToMono = false;
if (currentChannels != targetChannels)
{
if (targetChannels == 2)
{
convertToStereo = true;
}
else
{
convertToMono = true;
}
}
long sampleAsLong = 0;
if (Math.Abs(nextTimestamp - timestamp) < FUDGE_FACTOR)
{
nextTimestamp += this.ticksPerSample;
if ((convertToStereo) && (sampleCounter % 2 == 1))
{
sampleAsLong = previousSample;
}
else
{
switch (bytesPerSample)
{
case 1:
sampleAsLong = buffer.NextByte();
if (convertToMono)
{
sampleAsLong += buffer.NextByte();
sampleAsLong = sampleAsLong / 2;
}
break;
case 2:
sampleAsLong = BitConverter.ToInt16(buffer.Buffer, buffer.Index);
//Note that NextInt16, NextInt32 assume the wrong byte order. We just use them to
//update the BufferChunk.Index and Length.
buffer.NextInt16();
if (convertToMono)
{
sampleAsLong += BitConverter.ToInt16(buffer.Buffer, buffer.Index);
buffer.NextInt16();
sampleAsLong = sampleAsLong / 2;
}
break;
case 4:
sampleAsLong = BitConverter.ToInt32(buffer.Buffer, buffer.Index);
buffer.NextInt32();
if (convertToMono)
{
sampleAsLong += BitConverter.ToInt32(buffer.Buffer, buffer.Index);
buffer.NextInt32();
sampleAsLong = sampleAsLong / 2;
}
break;
default:
break;
}
}
}
this.previousSample = sampleAsLong;
this.sampleCounter++;
return(sampleAsLong);
}
override public void Run()
{
BufferChunk bc = new BufferChunk(7);
short s = 25000;
int i = 545434;
byte b = 56;
bc += s;
bc += i;
bc += b;
if (bc.NextInt16() != s)
{
throw new TestCaseException("Short failed for " + s);
}
if (bc.NextInt32() != i)
{
throw new TestCaseException("Int failed for " + i);
}
if (bc.NextByte() != b)
{
throw new TestCaseException("Byte failed for " + b);
}
bc.Reset();
s = short.MaxValue;
i = int.MaxValue;
b = byte.MaxValue;
bc += s;
bc += i;
bc += b;
if (bc.NextInt16() != s)
{
throw new TestCaseException("Short failed for " + s);
}
if (bc.NextInt32() != i)
{
throw new TestCaseException("Int failed for " + i);
}
if (bc.NextByte() != b)
{
throw new TestCaseException("Byte failed for " + b);
}
bc.Reset();
s = short.MinValue;
i = int.MinValue;
b = byte.MinValue;
bc += s;
bc += i;
bc += b;
if (bc.NextInt16() != s)
{
throw new TestCaseException("Short failed for " + s);
}
if (bc.NextInt32() != i)
{
throw new TestCaseException("Int failed for " + i);
}
if (bc.NextByte() != b)
{
throw new TestCaseException("Byte failed for " + b);
}
}