public DetectorsStatusManager(DetectorsDataAccess dataAccess, EventLoggerAccess logger) :
base(dataAccess, logger)
{
_logger = logger;
Dictionary<int, string> ConnectionValueMapping = new Dictionary<int, string>();
ConnectionValueMapping.Add(0, TagValueTypes.Error);
ConnectionValueMapping.Add(1, TagValueTypes.Clear);
StatusElement detectorConnect = new StatusElement(_DetectorConnectTag, 0, TagTypes.Status, ConnectionValueMapping);
//detectorConnect.Value =
_Statuses.Add(detectorConnect);
StatusElement apcsConnect = new StatusElement(_APCSConnectTag, 0, TagTypes.Status, ConnectionValueMapping);
_Statuses.Add(apcsConnect);
dataAccess.DetectorConnectionStateUpdate +=
new ConnectionStateChangeHandler(OnDetectorsConnectionChange);
dataAccess.APCSConnectionStateUpdate +=
new ConnectionStateChangeHandler(OnApcsConnectionChange);
Dictionary<int, string> DetectorsValueMapping = new Dictionary<int, string>();
DetectorsValueMapping.Add(0, TagValueTypes.Clear);
DetectorsValueMapping.Add(1, TagValueTypes.Warning);
DetectorsValueMapping.Add(2, TagValueTypes.Error);
DetectorsValueMapping.Add(3, TagValueTypes.Warning);
StatusElement detectorStatus = new StatusElement(_DetectorStatusTag, 0, TagTypes.Status, DetectorsValueMapping);
_Statuses.Add(detectorStatus);
}
public DetectorRequestManager(DetectorsDataAccess dataAccess, DetectorsStatusManager statusManager, EventLoggerAccess logger)
: base (dataAccess, statusManager, logger)
{
_logger = logger;
_dataAccess = dataAccess;
_dataAccess.DisplayControlUpdateRequest += new DashboardControlUpdateHandler(ProcessControlUpdateRequest);
}
public RealTimeViewer(EventLoggerAccess log, DetectorsDataAccess dataAccess)
{
_log = log;
_dataAccess = dataAccess;
_dataAccess.DisplayControlUpdateRequest += new Subsystem.DataAccessCore.DashboardControlUpdateHandler(_dataAccess_DisplayControlUpdateRequest);
int dataPort = int.Parse(ConfigurationManager.AppSettings["RealTimeViewerDataPort"]);
string address = ConfigurationManager.AppSettings["RealTimeViewerMulticastIPAddress"];
_realTimeViewerBytesPerPixel = uint.Parse(ConfigurationManager.AppSettings["RealTimeViewerBytesPerPixel"]);
_realTimeViewerPixelsPerColumn = uint.Parse(ConfigurationManager.AppSettings["RealTimeViewerPixelsPerColumn"]);
_masterControlAddress = string.Empty;
if ((dataAccess.Detectors.PixelPerColumn > _realTimeViewerPixelsPerColumn) &&
(_realTimeViewerPixelsPerColumn != 0))
{
float value = (float)dataAccess.Detectors.PixelPerColumn / (float)_realTimeViewerPixelsPerColumn;
_pixelInterval = (int)(Math.Round(value, 0, MidpointRounding.ToEven));
}
else
_pixelInterval = 1;
try
{
_realTimeViewerHost = new RealTimeViewerHost(address, dataPort);
}
catch { }
_inComingDataColl = new BlockingCollection<DataInfo>(AppConfiguration.DataCollectionMaxSize);
}
public NormalizeData(EventLoggerAccess log, DetectorsDataAccess dataAccess, Calibration calibration)
{
_log = log;
_dataAccess = dataAccess;
_calibration = calibration;
_objectSearch = new ObjectSearch(log, dataAccess, _calibration);
_rawDataColl = new BlockingCollection<DataInfo>();
_normalizeThread = Threads.Create(NormalizeAgent, ref _normalizeEnd, "Normalization thread");
_normalizeThread.Start();
}
public ObjectSearch(EventLoggerAccess log, DetectorsDataAccess dataAccess, Calibration calibration)
{
_log = log;
_dataAccess = dataAccess;
_archiveData = new ArchiveData(log, calibration);
_inComingDataColl = new BlockingCollection<DataInfo>();
_searchThread = Threads.Create(SearchAgent, ref _searchEnd, "Object Search thread");
_searchThread.Start();
_foundObject = false;
}
public TestNCB(DetectorsDataAccess detectorsDataAccess, BusinessManager businessManager)
{
InitializeComponent();
AccessBusinessManager = businessManager;
AccessDetectorsData = detectorsDataAccess;
// disable fake objects
FakeObjectCHK.IsChecked = false;
FakeObjectUpdate();
CurrentLineIdTextBlk.DataContext = AccessDetectorsData.Detectors;
}
public MainWindow()
{
InitializeComponent();
_eventLoggerAccess = new EventLoggerAccess();
_eventLoggerAccess.LogMessageUpdate += new LogMessageUpdateHandler(LogMessage);
_eventLoggerAccess.LogInfo("DetectorsApp Started");
_dataAccess = new DetectorsDataAccess(_eventLoggerAccess);
_businessManager = new BusinessManager(_dataAccess, _eventLoggerAccess);
_dataAccess.Connect();
CurrentLineIdTextBlk.DataContext = _dataAccess.Detectors;
TestAPCS.Content = new TestAPCS(_dataAccess);
TestNCB.Content = new TestNCB(_dataAccess, _businessManager);
TestAPCS.Visibility = AppConfiguration.ShowDebugDisplays ? Visibility.Visible : Visibility.Collapsed;
TestNCB.Visibility = TestAPCS.Visibility;
}
public BusinessManager(DetectorsDataAccess dataAccess, EventLoggerAccess log)
{
_dataAccess = dataAccess;
_log = log;
_statusManager = new DetectorsStatusManager(dataAccess, log);
_requestManager = new RequestManager(dataAccess, (StatusManager)_statusManager, log);
log.LogInfo("Using calibration: " + AppConfiguration.CalibrationMode.ToString());
if (AppConfiguration.CalibrationMode == AppConfiguration.CalibrationModeEnum.Inline)
_calibration = new CalibrationInline(log, _dataAccess, _statusManager);
else if (AppConfiguration.CalibrationMode == AppConfiguration.CalibrationModeEnum.Persistent)
_calibration = new CalibrationPersistent(log, _dataAccess, _statusManager);
else if (AppConfiguration.CalibrationMode == AppConfiguration.CalibrationModeEnum.InlineStandstill)
_calibration = new CalibrationInline(log, _dataAccess, _statusManager);
_normalize = new NormalizeData(log, dataAccess, _calibration);
_processThread = Threads.Create(ProcessDataThreadMethod, ref _processEnd, "Business Data thread");
_processThread.Start();
}
private void Window_Closed(object sender, EventArgs eventArguments)
{
DetectorsApp.TestAPCS.SpeedMsgStop();
try
{
if (/*exists (avoid first try exceptions)?*/ _businessManager != null)
_businessManager.Dispose();
}
catch { }
finally { _businessManager = null; }
try
{
if (/*exists (avoid first try exceptions)?*/_dataAccess != null)
_dataAccess.Dispose();
}
catch { }
finally { _dataAccess = null; }
_eventLoggerAccess.LogWarning(Utilities.ProcessKill(Process.GetCurrentProcess().Id, true));
_eventLoggerAccess = null;
}
public TestAPCS(DetectorsDataAccess detectorsAccess)
{
InitializeComponent();
DetectorsAccess = detectorsAccess;
SignOfLifeSequenceTBK.DataContext = DetectorsAccess.Apcs;
DetectorsAccess.Apcs.APCSResetEvent += new EventHandler(ResetDetected);
}
protected virtual void SetupCalibration(EventLoggerAccess log, DetectorsDataAccess dataAccess, DetectorsStatusManager statusManager)
{
_dataAccess = dataAccess;
_logger = log;
_badDetectorsList = new List<int>();
}
public CalibrationInline(EventLoggerAccess log, DetectorsDataAccess dataAccess, DetectorsStatusManager statusManager)
{
SetupCalibration(log, dataAccess, statusManager);
_DataCollection = new CalibrationDataCollection();
}
protected override void SetupCalibration(EventLoggerAccess log, DetectorsDataAccess dataAccess, DetectorsStatusManager statusManager)
{
base.SetupCalibration(log, dataAccess, statusManager);
_statusMgr = statusManager;
_warningMaxNumBadDetectors = Math.Max((int)(AppConfiguration.WarningPercentBadDetectors * dataAccess.Detectors.PixelsPerColumn), 1);
_errorMaxNumBadDetectors = Math.Max((int)(AppConfiguration.ErrorPercentBadDetectors * dataAccess.Detectors.PixelsPerColumn), 1);
_contiguousNumBadDetectorsFound = false;
_allCalibrationDataFound = false;
_calibrationStorageLocation = Path.Combine(AppDomain.CurrentDomain.BaseDirectory, "Calibrations");
_DualDataCollection = new Dictionary<PulseWidth, CalibrationDataCollection>();
_HighDataCollection = new Dictionary<PulseWidth, CalibrationDataCollection>();
_LowDataCollection = new Dictionary<PulseWidth, CalibrationDataCollection>();
//_LowDoseDataCollection = new Dictionary<PulseWidth, CalibrationDataCollection>();
//foreach (PulseWidth pulseWidth in Enum.GetValues(typeof(PulseWidth)))
{
_DualDataCollection.Add(PulseWidth.PulseWidth1, new CalibrationDataCollection());
_HighDataCollection.Add(PulseWidth.PulseWidth2, new CalibrationDataCollection());
_LowDataCollection.Add(PulseWidth.PulseWidth3, new CalibrationDataCollection());
//_LowDoseDataCollection.Add(PulseWidth.PulseWidth3, new CalibrationDataCollection());
}
_calibrationLoaded = false;
_linacEnergyTagUpdated = new AutoResetEvent(false);
_apcsEnergyValueUpdated = new AutoResetEvent(false);
_apcsPulseWidthValueUpdated = new AutoResetEvent(false);
_linacStateTagUpdated = new AutoResetEvent(false);
//subscribe to tag updates
_dataAccess.TagUpdate += new PLCTagUpdateHandler(DataAccess_TagUpdate);
_dataAccess.Apcs.ApcsUpdate += new ApcsUpdateHandler(Apcs_ApcsUpdate);
}
public CalibrationPersistent(EventLoggerAccess log, DetectorsDataAccess dataAccess, DetectorsStatusManager statusManager)
{
SetupCalibration(log, dataAccess, statusManager);
///////////////////
LoadStoredData();
}
