public void AddData(stContinuousModeData_HA data)
{
// data.sequence trae la secuencia del frame, que se convertirá en una secuencia continua
lock (syncObj)
{
int frameSequence = 0;
//save the frame sequence number (to calculate next usersequence)
frameSequence = (int)data.sequence;
// set sequence for data (with current user sequence)
data.sequence = userSequence;
//updating the next user sequence and lastFrameSequence
if (frameSequence > lastFrameSequence)
{
userSequence = userSequence + System.Convert.ToUInt64(frameSequence - lastFrameSequence);
}
if (frameSequence < lastFrameSequence)
{
userSequence = userSequence + System.Convert.ToUInt64(frameSequence - lastFrameSequence + 256);
}
lastFrameSequence = frameSequence;
//Dim curSequence As Integer = CInt(data.sequence)
dataList.Add(data);
}
}
public void AddData(stContinuousModeData_HA data)
{
// data.sequence trae la secuencia del frame, que se convertirá en una secuencia continua
//SyncLock syncObjList
// add continuous mode data in each queue buffer
foreach (CContinuousModeQueueStation_HA dataQueue in queueList)
{
dataQueue.AddData(data);
}
//End SyncLock
}
public void AddData(stContinuousModeData_HA data, uint queueID)
{
// data.sequence trae la secuencia del frame, que se convertirá en una secuencia continua
//SyncLock syncObjList
// add continuous mode data in buffer
int idx = getIdx(queueID);
if (idx >= 0)
{
queueList[idx].dataList.Add(data);
}
//End SyncLock
}
public stContinuousModeData_HA GetData(uint queueID)
{
stContinuousModeData_HA data = new stContinuousModeData_HA();
try
{
int idx = getIdx(queueID);
if (idx >= 0)
{
// get out data from trace buffer
data = queueList[idx].GetData();
}
}
catch (Exception)
{
}
return(data);
}
public void AddData(stContinuousModeData_HA data) // Overloads
{
// data.sequence trae la secuencia del frame, que se convertirá en una secuencia continua
lock (syncObj)
{
int frameSequence = 0;
m_captureMSCount++;
// cumulate
for (var i = 0; i <= data.data.Length - 1; i++)
{
m_acumData[(int)i].power += data.data[(int)i].power;
m_acumData[(int)i].flow += data.data[(int)i].flow;
m_acumData[(int)i].temperatureUTI += data.data[(int)i].temperature.UTI;
m_acumData[(int)i].externalTC1_TempUTI += data.data[(int)i].externalTC1_Temp.UTI;
m_acumData[(int)i].externalTC2_TempUTI += data.data[(int)i].externalTC2_Temp.UTI;
}
if (m_captureMSCount == m_captureWindow)
{
// set sequence for data
userSequence = userSequence + System.Convert.ToUInt64(1);
data.sequence = userSequence;
for (var i = 0; i <= data.data.Length - 1; i++)
{
data.data[(int)i].power = System.Convert.ToInt32(m_acumData[(int)i].power / m_captureWindow);
data.data[(int)i].flow = System.Convert.ToInt32(m_acumData[(int)i].flow / m_captureWindow);
data.data[(int)i].temperature = new CTemperature(System.Convert.ToInt32(m_acumData[(int)i].temperatureUTI / m_captureWindow));
data.data[(int)i].externalTC1_Temp = new CTemperature(System.Convert.ToInt32(m_acumData[(int)i].externalTC1_TempUTI / m_captureWindow));
data.data[(int)i].externalTC2_Temp = new CTemperature(System.Convert.ToInt32(m_acumData[(int)i].externalTC2_TempUTI / m_captureWindow));
m_acumData[(int)i].power = 0;
m_acumData[(int)i].flow = 0;
m_acumData[(int)i].temperatureUTI = 0;
m_acumData[(int)i].externalTC1_TempUTI = 0;
m_acumData[(int)i].externalTC2_TempUTI = 0;
}
dataList.Add(data);
m_captureMSCount = 0;
}
}
}
public stContinuousModeData_HA GetData()
{
// check data.data.length = 0 on return for error???
lock (syncObj)
{
stContinuousModeData_HA data = new stContinuousModeData_HA();
try
{
// get out data from trace buffer
if (dataList.Count > 0)
{
data = dataList[0];
dataList.RemoveAt(0);
}
}
catch (Exception)
{
}
return(data);
}
}