internal void InitParseBuffers(uint parsebufflenMb)
{
eventBufferLength = parsebufflenMb * 1024 * 1024;
rawDataBuff = new byte[eventBufferLength];
maxValuesInBuffer = eventBufferLength / 8;
timeArray = new List <ulong>((int)maxValuesInBuffer);
timeArray.AddRange(new ulong[maxValuesInBuffer]);
neutronEventArray = new List <uint>((int)maxValuesInBuffer);
neutronEventArray.AddRange(new uint[maxValuesInBuffer]);
sup = new Supporter();
}
internal void InitParseBuffers(uint parsebufflenMb)
{
eventBufferLength = parsebufflenMb * 1024 * 1024;
rawDataBuff = new byte[eventBufferLength];
maxValuesInBuffer = eventBufferLength / 8;
timeArray = new List<ulong>((int)maxValuesInBuffer);
timeArray.AddRange(new ulong[maxValuesInBuffer]);
neutronEventArray = new List<uint>((int)maxValuesInBuffer);
neutronEventArray.AddRange(new uint[maxValuesInBuffer]);
sup = new Supporter();
}
internal void InitParseBuffers(uint parsebufflenMb, uint unitBytes, bool useRawDataBuff)
{
eventBufferLength = parsebufflenMb * 1024 * 1024;
maxValuesInBuffer = eventBufferLength / unitBytes;
if (useRawDataBuff)
{
if (rawDataBuff != null && rawDataBuff.Length != eventBufferLength)
{
rawDataBuff = null;
}
}
if (timeArray != null && timeArray.Count != maxValuesInBuffer)
{
timeArray = null;
}
if (neutronEventArray != null && neutronEventArray.Count != maxValuesInBuffer)
{
neutronEventArray = null;
}
sup = null;
GCCollect(); // GC now, then allocate new if needed
if (useRawDataBuff && (rawDataBuff == null))
rawDataBuff = new byte[eventBufferLength];
if (timeArray == null)
timeArray = new List<ulong>(new ulong[maxValuesInBuffer]);
if (neutronEventArray == null)
neutronEventArray = new List<uint>(new uint[maxValuesInBuffer]);
sup = new Supporter();
}