// read size and data and store WITH size and data
public bool Read(TByteBuffer aValue)
{
Int32 Len;
if (Read(out Len))
{
if (Len <= ReadAvailable)
{
aValue.PrepareSize(Len + sizeof(Int32));
aValue.PrepareApply();
aValue.QWrite(Len);
Array.Copy(FBuffer, FReadCursor, aValue.FBuffer, aValue.FWriteCursor, Len);
FReadCursor += Len;
return(true);
}
else
{
return(false);
}
}
else
{
return(false);
}
}
// write all readable data WITH size
public void Write(TByteBuffer aValue)
{
if (sizeof(Int32) + aValue.ReadAvailable > WriteAvailable)
{
Length = FWriteCursor + sizeof(Int32) + aValue.ReadAvailable;
}
QWrite(aValue.ReadAvailable);
Array.Copy(aValue.FBuffer, aValue.ReadCursor, FBuffer, FWriteCursor, aValue.ReadAvailable);
FWriteCursor += aValue.ReadAvailable;
}
// read rest
public void ReadRest(ref TByteBuffer aValue)
{
if (ReadAvailable > 0)
{
if (ReadAvailable > aValue.WriteAvailable)
{
aValue.Length = aValue.FWriteCursor + ReadAvailable;
}
Array.Copy(FBuffer, FReadCursor, aValue.FBuffer, FWriteCursor, ReadAvailable);
}
}
// read size and data and store as a whole WITHOUT size (size=length buffer)
public TByteBuffer ReadByteBuffer()
{
Int32 Len;
if (Read(out Len))
{
if (Len <= ReadAvailable)
{
TByteBuffer Buffer = new TByteBuffer(Len);
Array.Copy(FBuffer, FReadCursor, Buffer.FBuffer, Buffer.FWriteCursor, Len);
Buffer.Written(Len);
FReadCursor += Len;
return(Buffer);
}
else
{
return(null);
}
}
else
{
return(null);
}
}
// write, with no checking, all readable data WITH size
public void QWrite(TByteBuffer aValue)
{
QWrite(aValue.ReadAvailable);
Array.Copy(aValue.FBuffer, aValue.ReadCursor, FBuffer, FWriteCursor, aValue.ReadAvailable);
FWriteCursor += aValue.ReadAvailable;
}
// prepare all readable data WITH size
public void Prepare(TByteBuffer aValue)
{
FPrepareCursor += sizeof(Int32) + aValue.ReadAvailable;
}
