private void UpdateView(StreamingDataModel streamingDataModel)
{
if (streamingDataModel != null && streamingDataModel.StreamInfoNewComingDate > DateTime.MinValue)
{
var dateStartMeasurements = streamingDataModel.StreamInfoNewComingDate;
#region UpdateTextbox
var prevDate = textBoxDateMesaure.Text;
if (prevDate != dateStartMeasurements.ToString(DATE_FORMAT))
{
UpdateTextBox(textBoxDateMesaure, dateStartMeasurements.ToString(DATE_FORMAT));
UpdateTextBox(textBox_SR, streamingDataModel.SamplingFrequency.ToString());
UpdateTextBox(textBox_ActiveSensor, streamingDataModel.NumberOfActivSensors.ToString());
UpdateTextBox(textBox_measureCycle_Notif, streamingDataModel.MeasureCycle_Notif.ToString());
UpdateTextBox(textBox_acqDuration, streamingDataModel.AcqDuration.ToString());
}
UpdateTextBox(textBox_NumberOfDaqPerChannel, streamingDataModel.NumberOfDaqPerChannel.ToString());
UpdateTextBox(textBox_segmentNumber, streamingDataModel.SegmentNumber.ToString());
UpdateTextBox(textBox_Lqi_Value, streamingDataModel.Lqi_Value.ToString());
if (checkBox_Is_DeviceVersionHigherOrEqualThanV3R8.Checked)
{
UpdateTextBox(textBoxSynchro, streamingDataModel.IsSynchronized.ToString());
}
else
{
UpdateTextBox(textBoxSynchro, "NA");
}
#endregion
var _Measures = new List <List <double> >();
var _Dates = new List <DateTime>();
var _Index = new List <long>();
var refDate = this.handler.CurrentStreaming_Date;
var sensoridList = this.handler.SensIdList;
this.handler.ExtractMeasurement2(out _Measures, out _Dates, out _Index);
if (checkBoxScreenLog.Checked)
{
var displayThread = new Thread(new ThreadStart(() => { Work(_Index, _Measures); }));
// start the thread
displayThread.Start();
}
if (checkBoxLogFolder.Checked)
{
AppendData(streamingDataModel, _Index, _Measures);
}
//if (checkBoxScreenLog.Checked)
//{
// var displayThread = new Thread(new ThreadStart(() => { Work(Measurements); }));
// // start the thread
// displayThread.Start();
//}
}
}
private string BuildFileHeader(StreamingDataModel streamingDataModel)
{
var _header = new StringBuilder();
/* write header into the new file */
_header.AppendLine("---------------------------------------------------------------------");
_header.AppendLine("Topic : " + Topic);
_header.AppendLine("Date : " + streamingDataModel.StreamInfoNewComingDate.ToString(DATE_FORMAT));
_header.AppendLine("Sampling Frequency(hz) : " + streamingDataModel.SamplingFrequency);
_header.AppendLine("Daq acq.Cycle(sec) : " + streamingDataModel.MeasureCycle_Notif);
_header.AppendLine("Daq acq.Duration(sec) : " + streamingDataModel.AcqDuration);
_header.AppendLine("---------------------------------------------------------------------");
_header.AppendLine(buildHeader(streamingDataModel.SensIdList));
return(_header.ToString());
}
private void AppendData(StreamingDataModel streamingDataModel, List <long> _Index, List <List <double> > _Measures)
{
try
{
var fileNameStart = "TX_";
string data = String.Empty;
String directory = Settings.SUB_LOG_DIRECTORY;
if (directory.Length > 0)
{
if (!Directory.Exists(directory))
{
Directory.CreateDirectory(directory);
}
#region BuilData
var sensorlist = this.handler.SensIdList;
var str = new StringBuilder();
if (_Index != null && _Measures != null && sensorlist != null &&
_Measures.Count == sensorlist.Count &&
_Measures[0].Count == _Index.Count)
{
for (int measureIndex = 0; measureIndex < _Index.Count; measureIndex++)
{
//0;2.0;.3;...
//n_index;2.0;.3;...
long currentIndex = _Index[measureIndex];
string line = currentIndex.ToString();
for (int sensorindex = 0; sensorindex < sensorlist.Count; sensorindex++)
{
double measure = _Measures[sensorindex][measureIndex];
line += ";" + measure;
}
str.AppendLine(line);
}
}
data = str.ToString();
#endregion
var _fileInfo = GetFileInfo(streamingDataModel.StreamInfoNewComingDate, directory);
if (_fileInfo != null)
{
if (_fileInfo.Exists)
{
using (TextWriter tw = _fileInfo.AppendText())
tw.Write(data);
}
else
{
using (TextWriter tw = _fileInfo.CreateText())
{
if (_fileInfo.FullName.Contains("_part") == false)
{
tw.WriteLine(BuildFileHeader(streamingDataModel));
}
tw.Write(data);
}
}
}
}
}
catch (Exception ex)
{
var msg = ex.Message;
}
}
public StreamingDataModel StreaminSynchronizationFrame(byte[] incomingMessage)
{
//Wrong Message
if (incomingMessage.Length < MIN_MESSAGE_SIZE)
{
return(null);
}
var model = new StreamingDataModel();
int dataIndex = 2;
this.Message = incomingMessage;
//--ReferenceTime 4 Byte startIndex=2
byte[] AUX_DateInUnixTimeFormat = new byte[4];
Array.Copy(this.Message, dataIndex, AUX_DateInUnixTimeFormat, 0, 4);
streamInfoNewComingDate = GetTime(AUX_DateInUnixTimeFormat);
dataIndex += 4;
// Millisecond =2 Byte startIndex=4
this.Millisecond = 0;/* should be initialised*/
//if (this.SOFT_VERS >= BeanComConfig.MIN_SOFT_VERS_SUPPORT_Milliseconds)
//{
Millisecond = BitConverter.ToUInt16(incomingMessage, dataIndex);
dataIndex += 2;
// }
streamInfoNewComingDate = streamInfoNewComingDate.AddMilliseconds(this.Millisecond);
model.StreamInfoNewComingDate = streamInfoNewComingDate;
if (laststreamInfoComingDate != streamInfoNewComingDate)
{
laststreamInfoComingDate = streamInfoNewComingDate;
BeanAirMqttToolkits.PartNumber = 0;
System.Diagnostics.Trace.TraceInformation("PartNumber = " + BeanAirMqttToolkits.PartNumber);
}
//--SamplingFreq 2 Byte startIndex=6
this.samplingFrequency = BitConverter.ToUInt16(this.Message, dataIndex);
model.SamplingFrequency = samplingFrequency;
dataIndex += 2;
//--sensorEnabledBitmap Byte startIndex=8
this.sensorEnabledBitmap = BitConverter.ToUInt32(this.Message, dataIndex);
dataIndex += 4;
sensIdList.Clear();
for (byte i = 0; i < 5; i++)
{
if ((sensorEnabledBitmap & (1 << i)) == (1 << i))
{
sensIdList.Add(i);
}
}
model.SensIdList = sensIdList;
///numberOfActivSensors
this.numberOfActivSensors = (byte)sensIdList.Count;
model.NumberOfActivSensors = numberOfActivSensors;
//-- SegmentNumber Byte startIndex=12
byte[] FrameSeqId = new byte[4];
Array.Copy(this.Message, dataIndex, FrameSeqId, 0, 3);
segmentNumber = BitConverter.ToUInt32(FrameSeqId, 0);
dataIndex += 3;
model.SegmentNumber = segmentNumber;
////NumberOfDaqPerSensor 2 Byte startIndex=15 , NumberOfDaqPerSensor its the number of packet
NumberOfDaqPerChannel = BitConverter.ToUInt16(this.Message, dataIndex);
dataIndex += 2;
model.NumberOfDaqPerChannel = NumberOfDaqPerChannel;
// measureCycle_Notif;//3byte --- ToDo show notif device working well but there is no alarm s.e.t
byte[] AUX_measureCycle_Notif = new byte[4];
Array.Copy(incomingMessage, dataIndex, AUX_measureCycle_Notif, 0, 3);
var measureCycle_Notif = BitConverter.ToUInt32(AUX_measureCycle_Notif, 0);
dataIndex += 3;
model.MeasureCycle_Notif = measureCycle_Notif;
// acqDuration;//3byte
byte[] AUX_acqDuration = new byte[4];
Array.Copy(incomingMessage, dataIndex, AUX_acqDuration, 0, 3);
var acqDuration = BitConverter.ToUInt32(AUX_acqDuration, 0);
dataIndex += 3;
model.AcqDuration = acqDuration;
byte[] AUX_NumberOfDaqPerChannel_Prev = new byte[2];
Array.Copy(incomingMessage, dataIndex, AUX_NumberOfDaqPerChannel_Prev, 0, 1);
NumberOfDaqPerChannel_Prev = BitConverter.ToUInt16(AUX_NumberOfDaqPerChannel_Prev, 0);
dataIndex += 2;
if (Is_DeviceVersionHigherOrEqualThanV3R8)
{
model.TimeSynchronization = incomingMessage[dataIndex];
dataIndex++;
}
else // these are a freee byte
{
dataIndex++;/// free for timeSynchronization
}
//Lqi_Value;//1byte
model.Lqi_Value = incomingMessage[dataIndex];
dataIndex += 1;
if (this.measureModeType == MeasureModeType.StreamingAlarm)
{
var FirstChannelAlarmDetected = incomingMessage[dataIndex];
//BeanLog.Log.Instance.AddLog("FirstChannelAlarmDetected : " + FirstChannelAlarmDetected);
dataIndex += 1;
}
/*_NEW_*/
if (this.measureModeType == MeasureModeType.ShockDetectEventMode)//case of shock detection
{
var shockEventSource = incomingMessage[dataIndex++];
Array.Copy(incomingMessage, dataIndex, shockvalue, 0, 6);//Schock detection first schock value
dataIndex += 6;
}
DataLength = dynamic// 3byte for each measure
* this.numberOfActivSensors
* NumberOfDaqPerChannel;
DYNAMIC_HEADER_LENGTH = dataIndex;
////// END UPDATING DATA
if (CurrentStreaming_Date != streamInfoNewComingDate)//exist but a new one occured
{
CurrentStreaming_Date = streamInfoNewComingDate;
}
var measureNumber = DataLength;
measureNumber /= dynamic * this.numberOfActivSensors;
calculatedPayDataLen = (measureNumber * dynamic * this.numberOfActivSensors);
L("NumberOfDaqPerChannel: " + NumberOfDaqPerChannel + "NumberOfDaqPerChannel_Prev : " + NumberOfDaqPerChannel_Prev);
/* Check data validity with calculated data length */
if (calculatedPayDataLen != DataLength)
{
return(null);
}
return(model);
}