public void SubscribeInformation(STATIONNAME StationName, DEVICENAME DeviceName, dynamic FieldName)
{
ServerCallBack ClientCallBack = OperationContext.Current.GetCallbackChannel <ServerCallBack>();
OperationContext Context = OperationContext.Current;
AstroData.SubscribeInformation(StationName, DeviceName, FieldName, Context.SessionId, ClientCallBack);
}
public void AddLANOUTLET(STATIONNAME StationName, DEVICENAME DeviceName, LANOUTLET[] FieldName, Object[] Value, DateTime[] DateTime)
{
for (int i = 0; i < FieldName.Count(); i++)
{
AstroData.NewLANOUTLETInformation(StationName, DeviceName, FieldName[i], Value[i], DateTime[i]);
}
}
public void AddASTROSERVER(STATIONNAME StationName, DEVICENAME DeviceName, ASTROSERVER[] FieldName, Object[] Value, DateTime[] DateTime)
{
for (int i = 0; i < FieldName.Count(); i++)
{
AstroData.NewASTROSERVERInformation(StationName, DeviceName, FieldName[i], Value[i], DateTime[i]);
}
}
public static void DisplayToUI(STATIONNAME StationName, DEVICENAME DeviceNameStr, INFORMATIONSTRUCT ThisInformation)
{
if (ActiveStation == StationName && ActiveDeviceNameStr == DeviceNameStr.ToString())
{
Boolean IsFound = false;
ThreadTextHandler(StationStatus, "Online");
ThreadTextHandler(StationLastestTimeUpdate, ThisInformation.UpdateTime.Value.ToString("MM/dd/yyyy HH:mm:ss.fff"));
for (int i = 0; i < DeviceGrid.RowCount; i++)
{
if (DeviceGrid[1, i].Value.ToString() == ThisInformation.FieldName.ToString())
{
DeviceGrid[2, i].Value = ThisInformation.Value.ToString().Length > 30 ? "Too large information to display." : ThisInformation.Value;
DeviceGrid[3, i].Value = ThisInformation.UpdateTime;
IsFound = true;
ThreadTextHandler(DeviceStatus, "Online");
break;
}
}
if (!IsFound)
{
ThreadAddDataGridHandler(ThisInformation.FieldName.ToString(), ThisInformation.Value.ToString(), ThisInformation.UpdateTime.ToString());
}
}
else if (ActiveStation == StationName && DeviceCombo.Items.Count == 0)
{
SetDeviceList();
}
}
private static void SubFrameChecking(DEVICENAME DeviceName, StationHandler ExistingStation)
{
try
{
int STARTX = Convert.ToInt32(ExistingStation.GetInformation(DeviceName, IMAGING.IMAGING_STARTX).Value);
int STARTY = Convert.ToInt32(ExistingStation.GetInformation(DeviceName, IMAGING.IMAGING_STARTX).Value);
int CAMERAXSIZE = Convert.ToInt32(ExistingStation.GetInformation(DeviceName, IMAGING.IMAGING_CCD_CAMERAXSIZE).Value);
int CAMERAYSIZE = Convert.ToInt32(ExistingStation.GetInformation(DeviceName, IMAGING.IMAGING_CCD_CAMERAYSIZE).Value);
int NUMX = Convert.ToInt32(ExistingStation.GetInformation(DeviceName, IMAGING.IMAGING_STARTX).Value);
int NUMY = Convert.ToInt32(ExistingStation.GetInformation(DeviceName, IMAGING.IMAGING_STARTX).Value);
int BINX = Convert.ToInt32(ExistingStation.GetInformation(DeviceName, IMAGING.IMAGING_CCD_BINX).Value);
int BINY = Convert.ToInt32(ExistingStation.GetInformation(DeviceName, IMAGING.IMAGING_CCD_BINY).Value);
if (STARTX > 0 && STARTY > 0 && NUMX < CAMERAXSIZE && NUMY < CAMERAYSIZE && BINX > 1 && BINY > 1)
{
ExistingStation.NewIMAGINGInformation(DeviceName, IMAGING.IMAGING_CCD_ISSUBFRAMEON, true, DateTime.UtcNow);
}
else
{
ExistingStation.NewIMAGINGInformation(DeviceName, IMAGING.IMAGING_CCD_ISSUBFRAMEON, false, DateTime.UtcNow);
}
}
catch
{
ExistingStation.NewIMAGINGInformation(DeviceName, IMAGING.IMAGING_CCD_ISSUBFRAMEON, false, DateTime.UtcNow);
}
}
public void AddWEATHERSTATION(STATIONNAME StationName, DEVICENAME DeviceName, WEATHERSTATION[] FieldName, Object[] Value, DateTime[] DateTime)
{
for (int i = 0; i < FieldName.Count(); i++)
{
AstroData.NewWEATHERSTATIONInformation(StationName, DeviceName, FieldName[i], Value[i], DateTime[i]);
}
}
public static DEVICENAME DeviceNameStrConverter(String Name)
{
String ThisName = Name.Trim();
List <DEVICENAME> AllDEVICENAME = Enum.GetValues(typeof(DEVICENAME)).Cast <DEVICENAME>().ToList();
DEVICENAME DeviceName = AllDEVICENAME.FirstOrDefault(Item => Item.ToString() == ThisName);
return(DeviceName);
}
public static void SubscribeInformation(STATIONNAME StationName, DEVICENAME DeviceName, dynamic FieldName, String SessionID, Object CallBackObject)
{
StationHandler SiteInformation = KeeperData.FirstOrDefault(Item => Item.StationName == StationName);
if (SiteInformation != null)
{
SiteInformation.SubscribeInformation(DeviceName, FieldName, SessionID, CallBackObject);
}
}
public void AddGPS(String DataGroupID, STATIONNAME StationName, DEVICENAME DeviceName, GPS[] FieldName, Object[] Value, DateTime[] DateTime, Boolean IsHistory)
{
for (int i = 0; i < FieldName.Count(); i++)
{
AstroData.NewGPSInformation(DataGroupID, StationName, DeviceName, FieldName[i], Value[i], DateTime[i], IsHistory);
}
AstroData.ReturnAckState(DataGroupID, StationName, DeviceName);
}
public Boolean AddASTROCLIENT(STATIONNAME StationName, DEVICENAME DeviceName, ASTROCLIENT[] FieldName, Object[] Value, DateTime[] DateTime)
{
for (int i = 0; i < FieldName.Count(); i++)
{
AstroData.NewASTROCLIENTInformation(StationName, DeviceName, FieldName[i], Value[i], DateTime[i]);
}
return(true);
}
public static void NewASTROSERVERInformation(STATIONNAME StationName, DEVICENAME DeviceName, ASTROSERVER FieldName, Object Value, DateTime DataTimestamp)
{
StationHandler ExistingStation = KeeperData.FirstOrDefault(Item => Item.StationName == StationName);
if (ExistingStation != null)
{
ExistingStation.NewASTROSERVERInformation(DeviceName, FieldName, Value, DataTimestamp);
}
}
public static OUTPUTSTRUCT GetInformation(STATIONNAME StationName, DEVICENAME DeviceName, dynamic FieldName, Object[] Paramter)
{
StationHandler SiteInformation = KeeperData.FirstOrDefault(Item => Item.StationName == StationName);
if (SiteInformation != null)
{
return(SiteInformation.GetInformation(DeviceName, FieldName));
}
return(null);
}
public void ReciveAcknowledge(STATIONNAME StationName, DEVICENAME DeviceName, String FieldName, Object[] Value, DateTime TimeRecive)
{
ACKNOWLEDGE ThisAcknowledge = new ACKNOWLEDGE();
ThisAcknowledge.StationName = StationName.ToString();
ThisAcknowledge.DeviceName = DeviceName.ToString();
ThisAcknowledge.FieldName = FieldName;
ThisAcknowledge.Value = String.Join(",", Value);
ThisAcknowledge.ReviceDateTime = TimeRecive.ToString();
var ReturningJson = new JavaScriptSerializer().Serialize(ThisAcknowledge);
AstroData.NewASTROCLIENTInformation(StationName, DeviceName, ASTROCLIENT.ASTROCLIENT_LASTESTEXECTIONCOMMAND, ReturningJson.ToString(), TimeRecive);
}
public static void ReturnNTPAckToStation(DEVICENAME DeviceName, String DataGroupID, Object ServerCallBackObject)
{
Task CallBackTask = Task.Run(() =>
{
try
{
MethodInfo MInfo = ServerCallBackObject.GetType().GetMethod("OnInformationSync");
MInfo.Invoke(ServerCallBackObject, new Object[] { DeviceName, DataGroupID });
}
catch (Exception e)
{
}
});
}
public static void UpdateInformation(STATIONNAME StationName, DEVICENAME DeviceName, String FieldName, Object Value, DateTime DataTimestamp)
{
INFORMATIONSTRUCT ThisField = GetInformationObject(StationName, DeviceName, FieldName);
if (ThisField != null)
{
ThisField.Value = Value;
ThisField.UpdateTime = DataTimestamp;
UIHandler.DisplayToUI(StationName, DeviceName, ThisField);
}
else
{
TTCSLog.NewLogInformation(StationName, DateTime.UtcNow, "Station name : " + StationName.ToString() + " mapping error at: " + DeviceName + ".", LogType.FAILED, null);
}
}
private HttpResponseMessage GetByCommandName(String StationName, String DeviceName, String FieldName, String SessionID)
{
XmlDocument myXml = new XmlDocument();
XPathNavigator xNav = myXml.CreateNavigator();
if (UserSessionHandler.VerifyTimeout(SessionID))
{
STATIONNAME ThisStation = HostingHelper.ConvertStationNameStrToSTATIONNAME(StationName);
DEVICENAME ThisDevice = HostingHelper.ConvertDevicecNameStrToDEVICENAME(DeviceName);
dynamic ThisFieldName = HostingHelper.ConvertFieldNameStrToFIELDNAME(FieldName);
if (ThisStation == STATIONNAME.NULL)
{
return(HostingHelper.ReturnError("Invalid station name. Please check.", myXml, xNav));
}
if (ThisDevice == DEVICENAME.NULL)
{
return(HostingHelper.ReturnError("Invalid device name. Please check.", myXml, xNav));
}
if (ThisFieldName == null)
{
return(HostingHelper.ReturnError("Invalid field name. Please check.", myXml, xNav));
}
OUTPUTSTRUCT InformationResult = AstroData.GetInformation(ThisStation, ThisDevice, FieldName);
if (InformationResult != null)
{
JavaScriptSerializer Serializer = new JavaScriptSerializer();
Serializer.MaxJsonLength = Int32.MaxValue;
var json = Serializer.Serialize(InformationResult);
return(new HttpResponseMessage()
{
Content = new StringContent(json, Encoding.UTF8, "application/json")
});
}
else
{
return(HostingHelper.ReturnError("An error occur while getting information", myXml, xNav));
}
}
else
{
return(HostingHelper.ReturnError("Session is timeout. Please login to the system.", myXml, xNav));
}
}
public static void ScriptInformationIdentification(STATIONNAME StationName, DEVICENAME DeviceName, ASTROCLIENT FieldName, Object Value, DateTime DataTimestamp)
{
switch (FieldName)
{
case ASTROCLIENT.ASTROCLIENT_LASTESTEXECTIONCOMMAND: break;
case ASTROCLIENT.ASTROCLIENT_LASTESTEXECUTIONSCRIPT_STATUS:
{
//SendScriptToHTTP();
UpdateExecutionState(StationName, Value); break;
}
case ASTROCLIENT.ASTROCLIENT_LASTESTSCRIPT_RECIVED:
SetStationStateToWaitingStation(Value);
break;
}
}
private HttpResponseMessage Operation(String StationName, String DeviceName, String CommandName, String Value, String SessionID)
{
XmlDocument myXml = new XmlDocument();
XPathNavigator xNav = myXml.CreateNavigator();
if (UserSessionHandler.VerifyTimeout(SessionID))
{
STATIONNAME ThisStation = HostingHelper.ConvertStationNameStrToSTATIONNAME(StationName);
DEVICENAME ThisDeviceName = HostingHelper.ConvertDevicecNameStrToDEVICENAME(DeviceName);
DEVICECATEGORY ThisDeviceCategory = HostingHelper.ConvertDeviceNameToDeviceCategory(ThisStation, ThisDeviceName);
if (ThisStation == STATIONNAME.NULL)
{
return(HostingHelper.ReturnError("Invalid station name. Please check.", myXml, xNav));
}
if (ThisDeviceName == DEVICENAME.NULL)
{
return(HostingHelper.ReturnError("Invalid device name. Please check.", myXml, xNav));
}
ReturnKnowType VerificationResult = CommandDefinition.VerifyCommand(ThisStation, ThisDeviceCategory, CommandName, HostingHelper.SplitValue(Value));
if (VerificationResult.ReturnType == ReturnStatus.SUCESSFUL)
{
dynamic ThisCommandName = CommandDefinition.GetCommandNameENUM(CommandName);
XmlSerializer xmlSerializer2 = new XmlSerializer(typeof(ReturnMessage));
ReturnKnowType CommandResult = AstroData.SetCommandHandler(ThisStation, ThisDeviceCategory, ThisDeviceName, ThisCommandName.Value, CommandDefinition.ValueConvertion(HostingHelper.SplitValue(Value)), DateTime.UtcNow);
XmlSerializer xmlSerializer3 = new XmlSerializer(typeof(ReturnKnowType));
using (var xs = xNav.AppendChild()) { xmlSerializer3.Serialize(xs, CommandResult); }
return(new HttpResponseMessage()
{
Content = new StringContent(myXml.OuterXml, Encoding.UTF8, "text/xml")
});
}
return(HostingHelper.ReturnError(VerificationResult.ReturnMessage, myXml, xNav));
}
else
{
return(HostingHelper.ReturnError("Session is timeout. Please login to the system.", myXml, xNav));
}
}
public static void NewIMAGINGInformation(STATIONNAME StationName, DEVICENAME DeviceName, dynamic FieldName, Object Value, DateTime DataTimestamp)
{
StationHandler ExistingStation = KeeperData.FirstOrDefault(Item => Item.StationName == StationName);
if (ExistingStation != null)
{
ExistingStation.NewIMAGINGInformation(DeviceName, FieldName, Value, DataTimestamp);
switch (FieldName)
{
case IMAGING.IMAGING_CCD_ACTIVE_IMAGE_FILENAME: ActiveFileName(Value.ToString()); break;
case IMAGING.IMAGING_CCD_DOWNLOAD_STATUS: if (Value.ToString() == "Completed")
{
LoadFITSImage(StationName, DeviceName, ExistingStation);
}
break;
case IMAGING.IMAGING_PREVIEW_DOWNLOAD_STATUS: if (Value.ToString() == "Completed")
{
LoadPerviewImage(StationName, DeviceName, ExistingStation);
}
break;
case IMAGING.IMAGING_STARTX: SubFrameChecking(DeviceName, ExistingStation); break;
case IMAGING.IMAGING_STARTY: SubFrameChecking(DeviceName, ExistingStation); break;
case IMAGING.IMAGING_NUMX: SubFrameChecking(DeviceName, ExistingStation); break;
case IMAGING.IMAGING_NUMY: SubFrameChecking(DeviceName, ExistingStation); break;
case IMAGING.IMAGING_CCD_BINX: SubFrameChecking(DeviceName, ExistingStation); break;
case IMAGING.IMAGING_CCD_BINY: SubFrameChecking(DeviceName, ExistingStation); break;
}
}
}
public static void SetActiveDevice(String ActiveDeviceNameStr)
{
UIHandler.ActiveDeviceNameStr = ActiveDeviceNameStr;
DeviceGrid.Rows.Clear();
StationHandler ThisStation = AstroData.KeeperData.FirstOrDefault(Item => Item.StationName == ActiveStation);
DEVICENAME ThisDevice = Enum.GetValues(typeof(DEVICENAME)).Cast <DEVICENAME>().ToList().FirstOrDefault(Item => Item.ToString() == ActiveDeviceNameStr);
DEVICECATEGORY DeviceName = ThisStation.GetDeviceCategoryByDeviceName(ThisDevice);
switch (DeviceName)
{
case DEVICECATEGORY.TS700MM:
ConcurrentDictionary <TS700MM, INFORMATIONSTRUCT> TS700MMObject = (ConcurrentDictionary <TS700MM, INFORMATIONSTRUCT>)ThisStation.DeviceStroage.FirstOrDefault(Item => Item.Key.DeviceName == ThisDevice).Value;
foreach (INFORMATIONSTRUCT ThisInformation in TS700MMObject.Values)
{
DisplayAllField(ActiveStation, ActiveDeviceNameStr, ThisInformation.FieldName, ThisInformation);
}
break;
case DEVICECATEGORY.ASTROHEVENDOME:
ConcurrentDictionary <ASTROHEVENDOME, INFORMATIONSTRUCT> ASTROHEVENDOMEObject = (ConcurrentDictionary <ASTROHEVENDOME, INFORMATIONSTRUCT>)ThisStation.DeviceStroage.FirstOrDefault(Item => Item.Key.DeviceName == ThisDevice).Value;
foreach (INFORMATIONSTRUCT ThisInformation in ASTROHEVENDOMEObject.Values)
{
DisplayAllField(ActiveStation, ActiveDeviceNameStr, ThisInformation.FieldName, ThisInformation);
}
break;
case DEVICECATEGORY.IMAGING:
ConcurrentDictionary <IMAGING, INFORMATIONSTRUCT> IMAGINGObject = (ConcurrentDictionary <IMAGING, INFORMATIONSTRUCT>)ThisStation.DeviceStroage.FirstOrDefault(Item => Item.Key.DeviceName == ThisDevice).Value;
foreach (INFORMATIONSTRUCT ThisInformation in IMAGINGObject.Values)
{
DisplayAllField(ActiveStation, ActiveDeviceNameStr, ThisInformation.FieldName, ThisInformation);
}
break;
case DEVICECATEGORY.SQM:
ConcurrentDictionary <SQM, INFORMATIONSTRUCT> SQMObject = (ConcurrentDictionary <SQM, INFORMATIONSTRUCT>)ThisStation.DeviceStroage.FirstOrDefault(Item => Item.Key.DeviceName == ThisDevice).Value;
foreach (INFORMATIONSTRUCT ThisInformation in SQMObject.Values)
{
DisplayAllField(ActiveStation, ActiveDeviceNameStr, ThisInformation.FieldName, ThisInformation);
}
break;
case DEVICECATEGORY.SEEING:
ConcurrentDictionary <SEEING, INFORMATIONSTRUCT> SEEINGObject = (ConcurrentDictionary <SEEING, INFORMATIONSTRUCT>)ThisStation.DeviceStroage.FirstOrDefault(Item => Item.Key.DeviceName == ThisDevice).Value;
foreach (INFORMATIONSTRUCT ThisInformation in SEEINGObject.Values)
{
DisplayAllField(ActiveStation, ActiveDeviceNameStr, ThisInformation.FieldName, ThisInformation);
}
break;
case DEVICECATEGORY.ALLSKY:
ConcurrentDictionary <ALLSKY, INFORMATIONSTRUCT> ALLSKYObject = (ConcurrentDictionary <ALLSKY, INFORMATIONSTRUCT>)ThisStation.DeviceStroage.FirstOrDefault(Item => Item.Key.DeviceName == ThisDevice).Value;
foreach (INFORMATIONSTRUCT ThisInformation in ALLSKYObject.Values)
{
DisplayAllField(ActiveStation, ActiveDeviceNameStr, ThisInformation.FieldName, ThisInformation);
}
break;
case DEVICECATEGORY.WEATHERSTATION:
ConcurrentDictionary <WEATHERSTATION, INFORMATIONSTRUCT> WEATHERSTATIONObject = (ConcurrentDictionary <WEATHERSTATION, INFORMATIONSTRUCT>)ThisStation.DeviceStroage.FirstOrDefault(Item => Item.Key.DeviceName == ThisDevice).Value;
foreach (INFORMATIONSTRUCT ThisInformation in WEATHERSTATIONObject.Values)
{
DisplayAllField(ActiveStation, ActiveDeviceNameStr, ThisInformation.FieldName, ThisInformation);
}
break;
case DEVICECATEGORY.LANOUTLET:
ConcurrentDictionary <LANOUTLET, INFORMATIONSTRUCT> LANOUTLETObject = (ConcurrentDictionary <LANOUTLET, INFORMATIONSTRUCT>)ThisStation.DeviceStroage.FirstOrDefault(Item => Item.Key.DeviceName == ThisDevice).Value;
foreach (INFORMATIONSTRUCT ThisInformation in LANOUTLETObject.Values)
{
DisplayAllField(ActiveStation, ActiveDeviceNameStr, ThisInformation.FieldName, ThisInformation);
}
break;
case DEVICECATEGORY.CCTV:
ConcurrentDictionary <CCTV, INFORMATIONSTRUCT> CCTVObject = (ConcurrentDictionary <CCTV, INFORMATIONSTRUCT>)ThisStation.DeviceStroage.FirstOrDefault(Item => Item.Key.DeviceName == ThisDevice).Value;
foreach (INFORMATIONSTRUCT ThisInformation in CCTVObject.Values)
{
DisplayAllField(ActiveStation, ActiveDeviceNameStr, ThisInformation.FieldName, ThisInformation);
}
break;
case DEVICECATEGORY.GPS:
ConcurrentDictionary <GPS, INFORMATIONSTRUCT> GPSObject = (ConcurrentDictionary <GPS, INFORMATIONSTRUCT>)ThisStation.DeviceStroage.FirstOrDefault(Item => Item.Key.DeviceName == ThisDevice).Value;
foreach (INFORMATIONSTRUCT ThisInformation in GPSObject.Values)
{
DisplayAllField(ActiveStation, ActiveDeviceNameStr, ThisInformation.FieldName, ThisInformation);
}
break;
case DEVICECATEGORY.ASTROCLIENT:
ConcurrentDictionary <ASTROCLIENT, INFORMATIONSTRUCT> ASTROCLIENTObject = (ConcurrentDictionary <ASTROCLIENT, INFORMATIONSTRUCT>)ThisStation.DeviceStroage.FirstOrDefault(Item => Item.Key.DeviceName == ThisDevice).Value;
foreach (INFORMATIONSTRUCT ThisInformation in ASTROCLIENTObject.Values)
{
DisplayAllField(ActiveStation, ActiveDeviceNameStr, ThisInformation.FieldName, ThisInformation);
}
break;
case DEVICECATEGORY.ASTROSERVER:
ConcurrentDictionary <ASTROSERVER, INFORMATIONSTRUCT> ASTROSERVERObject = (ConcurrentDictionary <ASTROSERVER, INFORMATIONSTRUCT>)ThisStation.DeviceStroage.FirstOrDefault(Item => Item.Key.DeviceName == ThisDevice).Value;
foreach (INFORMATIONSTRUCT ThisInformation in ASTROSERVERObject.Values)
{
DisplayAllField(ActiveStation, ActiveDeviceNameStr, ThisInformation.FieldName, ThisInformation);
}
break;
}
//if (OnlineDevice == null)
// return;
//String ThisDeviceStatus = OnlineDevice.FirstOrDefault(Item => Item == ActiveDeviceNameStr);
//if (ThisDeviceStatus != null && ThisStation.IsStationConnected)
//{
// DeviceStatus.ForeColor = System.Drawing.Color.Green;
// DeviceStatus.Text = "Online";
//}
//else
//{
// DeviceStatus.ForeColor = System.Drawing.Color.Red;
// DeviceStatus.Text = "Offline";
//}
}
public List <INFORMATIONSTRUCT> GetInformation(STATIONNAME StationName, DEVICENAME DeviceName, dynamic FieldName)
{
return(AstroData.GetInformation(StationName, DeviceName, FieldName));
}
public void UnsubscribeByFieldName(STATIONNAME StationName, DEVICENAME DeviceName, dynamic FieldName)
{
OperationContext context = OperationContext.Current;
AstroData.UnsubscribeByFieldName(context.SessionId, StationName, DeviceName, FieldName);
}
public static void NewGPSInformation(String DataGroupID, STATIONNAME StationName, DEVICENAME DeviceName, GPS FieldName, Object Value, DateTime DataTimestamp, Boolean IsHistory)
{
StationHandler ExistingStation = KeeperData.FirstOrDefault(Item => Item.StationName == StationName);
if (ExistingStation != null)
{
ExistingStation.NewGPSInformation(DataGroupID, DeviceName, FieldName, Value, DataTimestamp, IsHistory);
}
}
public ReturnKnowType AstroSet(STATIONNAME StationName, DEVICENAME DeviceName, dynamic CommandName, Object[] Values, DateTime CommandDateTime)
{
DEVICECATEGORY DeviceCategory = TTCSHelper.ConvertDeviceNameToDeviceCategory(StationName, DeviceName);
return(AstroData.SetCommandHandler(StationName, DeviceCategory, DeviceName, CommandName, Values, CommandDateTime));
}
public static void ReturnAckState(String DataGroupID, STATIONNAME StationName, DEVICENAME DeviceName)
{
StationHandler ExistingStation = KeeperData.FirstOrDefault(Item => Item.StationName == StationName);
ExistingStation.ReturnAckState(DataGroupID, DeviceName);
}
public static ReturnKnowType SetCommandHandler(STATIONNAME StationName, DEVICECATEGORY DeviceCategory, DEVICENAME DeviceName, dynamic CommandName, Object[] Values, DateTime CommandDateTime)
{
StationHandler ThisSite = KeeperData.FirstOrDefault(Item => Item.StationName == StationName);
if (ThisSite != null)
{
Boolean AckState = false;
if (StationName == STATIONNAME.ASTROSERVER)
{
AckState = true;
}
else
{
return(ThisSite.RelayCommandToStation(DeviceCategory, DeviceName, CommandName, Values));
}
return(ReturnKnowType.DefineReturn(ReturnStatus.SUCESSFUL, null, AckState));
}
return(ReturnKnowType.DefineReturn(ReturnStatus.FAILED, "(#TT003) Failed to relay set command to station.", false));
}
public static DEVICECATEGORY GetDeviceCategoryByDeviceName(STATIONNAME StationName, DEVICENAME DeviceName)
{
if (KeeperData != null)
{
StationHandler ThisSite = KeeperData.FirstOrDefault(Item => Item.StationName == StationName);
if (ThisSite != null)
{
return(ThisSite.GetDeviceCategoryByDeviceName(DeviceName));
}
}
return(DEVICECATEGORY.NULL);
}
public static void UnsubscribeByFieldName(String SessionID, STATIONNAME StationName, DEVICENAME DeviceName, dynamic FieldName)
{
StationHandler ThisSite = KeeperData.FirstOrDefault(Item => Item.StationName == StationName);
if (ThisSite != null)
{
ThisSite.UnsubscribeByFieldName(SessionID, DeviceName, FieldName);
}
}
public void AddIMAGINGARRAY(STATIONNAME StationName, DEVICENAME DeviceName, int[][] Value, DateTime DateTime)
{
Task DomeSending = Task.Run(() => { AstroData.NewIMAGINGInformation(StationName, DeviceName, IMAGING.IMAGING_CCD_IMAGEARRAY16, Value, DateTime); });
}
public ReturnKnowType AddImage(STATIONNAME StationName, DEVICENAME DeviceName, UInt16[][] Value, DateTime DataTimeStamp)
{
AstroData.NewIMAGINGInformation(StationName, DeviceName, IMAGING.IMAGING_CCD_IMAGEARRAY16, Value, DataTimeStamp);
return(ReturnKnowType.DefineReturn(ReturnStatus.SUCESSFUL, null));
}
