static private long[] ReadLengthArray(byte[] bytes, int startOffset, int dataDimension, out int readDataSize)
{
long[] lengthArray = new long[dataDimension];
readDataSize = dataDimension * Marshal.SizeOf(typeof(long));
for (int iDim = 0; iDim < dataDimension; ++iDim)
{
lengthArray[iDim] = ChunkReader.BigEndianBytesToInt64(bytes, startOffset + iDim * Marshal.SizeOf(typeof(long)));
}
return(lengthArray);
}
private void Initialize()
{
ntsFormats = new List <DataFormat>();
tsFormats = new List <DataFormat>();
int readCursor = 0;
byte[] bytes = dataChunk.ChunkBytes;
while (readCursor < bytes.Length)
{
string ioType = ChunkReader.BytesToString(bytes, readCursor, DataFormat.IOTypeCodeSize);
readCursor += DataFormat.IOTypeCodeSize;
string dimension = ChunkReader.BytesToString(bytes, readCursor, DataFormat.DimensionCodeSize);
readCursor += DataFormat.DimensionCodeSize;
string name = ChunkReader.NullTerminatedBytesToString(bytes, readCursor, ref readCursor);
string elemType = ChunkReader.BytesToString(bytes, readCursor, DataFormat.ElementTypeCodeSize);
readCursor += DataFormat.ElementTypeCodeSize;
long[] length = new long[4];
for (int iLength = 0; iLength < 4; ++iLength)
{
length[iLength] = ChunkReader.BigEndianBytesToInt64(bytes, readCursor);
readCursor += DataFormat.LengthSize;
}
DataFormat fmt = CreateDataFormat(ioType, dimension, name, elemType, length);
if (fmt.IsTimeSeries)
{
fmt.FormatIndex = tsFormats.Count;
tsFormats.Add(fmt);
}
else
{
fmt.FormatIndex = ntsFormats.Count;
ntsFormats.Add(fmt);
}
}
}