internal CimQualifierOfMethodParameter(ClassHandle classHandle, int methodIndex, int parameterName, int index)
{
this.classHandle = classHandle;
this.qualifierIndex = index;
this.parameterName = parameterName;
this.methodIndex = methodIndex;
}
public static CBRNSensorsEntityTypes GetEntityType(ClassHandle classHandle)
{
if (EntityGroundVehicle.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.EntityGroundVehicle;
}
if (EntityEquipmentSensorCBRN.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.EntityEquipmentSensorCBRN;
}
if (EntityEquipmentSensorCBRNAP2Ce.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.EntityEquipmentSensorCBRNAP2Ce;
}
if (EntityEquipmentSensorCBRNI27.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.EntityEquipmentSensorCBRNI27;
}
if (EntityEquipmentSensorCBRNI28.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.EntityEquipmentSensorCBRNI28;
}
if (EntityEquipmentSensorCBRNLCD.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.EntityEquipmentSensorCBRNLCD;
}
if (EntityEquipmentSensorCBRNRAID.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.EntityEquipmentSensorCBRNRAID;
}
if (EntityEquipmentSensorCBRNRapid.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.EntityEquipmentSensorCBRNRapid;
}
if (CBRNI27Control.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.CBRNI27Control;
}
if (CBRNI28Control.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.CBRNI28Control;
}
if (CBRNLCDControl.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.CBRNLCDControl;
}
if (CBRNRAIDControl.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.CBRNRAIDControl;
}
return CBRNSensorsEntityTypes.Unknown;
}
private void Dispose(bool disposing)
{
if (!this._disposed)
{
if (disposing)
{
this._classHandle.Dispose();
this._classHandle = null;
}
this._disposed = true;
return;
}
else
{
return;
}
}
internal override MiResult NativeMoveNext(OperationHandle operationHandle, out CimClass currentItem, out bool moreResults, out MiResult operationResult, out string errorMessage, out InstanceHandle errorDetailsHandle)
{
ClassHandle classHandle = null;
currentItem = null;
MiResult @class = OperationMethods.GetClass(operationHandle, out classHandle, out moreResults, out operationResult, out errorMessage, out errorDetailsHandle);
if (classHandle != null && !classHandle.IsInvalid)
{
if (!base.ShortenLifetimeOfResults)
{
classHandle = classHandle.Clone();
}
currentItem = new CimClass(classHandle);
}
return(@class);
}
public static CBRNSensorsEntityTypes GetEntityType(ClassHandle classHandle)
{
if (Entity.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.Entity;
}
if (EntityGroundVehicle.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.EntityGroundVehicle;
}
if (EntityEquipment.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.EntityEquipment;
}
if (EntityEquipmentSensor.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.EntityEquipmentSensor;
}
if (EntityEquipmentSensorCBRN.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.EntityEquipmentSensorCBRN;
}
if (EntityEquipmentSensorCBRNAP2Ce.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.EntityEquipmentSensorCBRNAP2Ce;
}
if (EntityEquipmentSensorCBRNLCD.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.EntityEquipmentSensorCBRNLCD;
}
if (CBRNLCDControl.IsTypeOf(classHandle))
{
return CBRNSensorsEntityTypes.CBRNLCDControl;
}
return CBRNSensorsEntityTypes.Unknown;
}
public static bool IsTypeOf(ClassHandle hClass)
{
return (hClass == EntityGroundVehicle.Class);
}
public static bool Initialize(INETWISEStringCache cache)
{
if (cache == null)
{
return false;
}
if (!IsInitialized())
{
// Generate the class handle
uint classId = 0;
cache.AddString(ClassName, ref classId);
_classHandle = classId;
lock (_nameIdIndex)
{
_nameIdIndex.Add("Command", Attributes.Command);
_nameIdIndex.Add("ExternalId", Attributes.ExternalId);
lock (_idHandleIndex)
{
if (_nameIdIndex.Count > 0 && _idHandleIndex.Count == 0)
{
foreach (KeyValuePair<string, Attributes> item in _nameIdIndex.FirstToSecond)
{
uint attrId = 0;
cache.AddString(item.Key, ref attrId);
_idHandleIndex.Add(item.Value, new AttributeHandle(attrId));
}
}
}
}
}
return true;
}
new(NativeHandle_objc_msgSend(ClassHandle, SharedApplicationSelector));
public static bool Initialize(INETWISEStringCache cache)
{
if (cache == null)
{
return false;
}
if (!IsInitialized())
{
// Generate the class handle
uint classId = 0;
cache.AddString(ClassName, ref classId);
_classHandle = classId;
lock (_nameIdIndex)
{
_nameIdIndex.Add("Description", Attributes.Description);
_nameIdIndex.Add("EquipmentType", Attributes.EquipmentType);
_nameIdIndex.Add("Name", Attributes.Name);
_nameIdIndex.Add("Parent", Attributes.Parent);
_nameIdIndex.Add("RelativeLocation", Attributes.RelativeLocation);
lock (_idHandleIndex)
{
if (_nameIdIndex.Count > 0 && _idHandleIndex.Count == 0)
{
foreach (KeyValuePair<string, Attributes> item in _nameIdIndex.FirstToSecond)
{
uint attrId = 0;
cache.AddString(item.Key, ref attrId);
_idHandleIndex.Add(item.Value, new AttributeHandle(attrId));
}
}
}
}
}
return true;
}
internal CimMethodDeclarationCollection(ClassHandle classHandle)
{
this.classHandle = classHandle;
}
internal CimMethodParameterDeclarationOfMethod(ClassHandle classHandle, int index, int name)
{
this.classHandle = classHandle;
this.index = index;
this.parameterName = name;
}
public static bool Initialize(INETWISEStringCache cache)
{
if (cache == null)
{
return false;
}
if (!IsInitialized())
{
// Generate the class handle
uint classId = 0;
cache.AddString(ClassName, ref classId);
_classHandle = classId;
lock (_nameIdIndex)
{
_nameIdIndex.Add("CurrentGroundSpeed", Attributes.CurrentGroundSpeed);
_nameIdIndex.Add("EntityType", Attributes.EntityType);
_nameIdIndex.Add("FixedTurnRadius", Attributes.FixedTurnRadius);
_nameIdIndex.Add("Formation", Attributes.Formation);
_nameIdIndex.Add("FormationMaster", Attributes.FormationMaster);
_nameIdIndex.Add("FormationPosition", Attributes.FormationPosition);
_nameIdIndex.Add("GroundSpeed", Attributes.GroundSpeed);
_nameIdIndex.Add("Health", Attributes.Health);
_nameIdIndex.Add("HorizontalAcceleration", Attributes.HorizontalAcceleration);
_nameIdIndex.Add("HorizontalSpeed", Attributes.HorizontalSpeed);
_nameIdIndex.Add("IsOnGround", Attributes.IsOnGround);
_nameIdIndex.Add("Length", Attributes.Length);
_nameIdIndex.Add("MaxAcceleration", Attributes.MaxAcceleration);
_nameIdIndex.Add("MaxDeceleration", Attributes.MaxDeceleration);
_nameIdIndex.Add("MaxHorizontalSpeed", Attributes.MaxHorizontalSpeed);
_nameIdIndex.Add("MaxTurnSpeed", Attributes.MaxTurnSpeed);
_nameIdIndex.Add("Model3D", Attributes.Model3D);
_nameIdIndex.Add("Mover", Attributes.Mover);
_nameIdIndex.Add("Name", Attributes.Name);
_nameIdIndex.Add("Orientation", Attributes.Orientation);
_nameIdIndex.Add("Position", Attributes.Position);
_nameIdIndex.Add("PresentedOrientation", Attributes.PresentedOrientation);
_nameIdIndex.Add("PresentedPosition", Attributes.PresentedPosition);
_nameIdIndex.Add("PresentedVelocity", Attributes.PresentedVelocity);
_nameIdIndex.Add("RadarCrossSection", Attributes.RadarCrossSection);
_nameIdIndex.Add("Radius", Attributes.Radius);
_nameIdIndex.Add("SensorVisible", Attributes.SensorVisible);
_nameIdIndex.Add("TargetHeading", Attributes.TargetHeading);
_nameIdIndex.Add("TargetHorizontalSpeed", Attributes.TargetHorizontalSpeed);
_nameIdIndex.Add("Template3DModels", Attributes.Template3DModels);
_nameIdIndex.Add("TemplatedObject", Attributes.TemplatedObject);
_nameIdIndex.Add("TransponderCode", Attributes.TransponderCode);
_nameIdIndex.Add("TurnDirection", Attributes.TurnDirection);
_nameIdIndex.Add("TurnRadius", Attributes.TurnRadius);
_nameIdIndex.Add("UpdateRate", Attributes.UpdateRate);
_nameIdIndex.Add("UseAnticollision", Attributes.UseAnticollision);
_nameIdIndex.Add("VerticalAcceleration", Attributes.VerticalAcceleration);
_nameIdIndex.Add("VerticalSpeed", Attributes.VerticalSpeed);
_nameIdIndex.Add("timestamp", Attributes.timestamp);
lock (_idHandleIndex)
{
if (_nameIdIndex.Count > 0 && _idHandleIndex.Count == 0)
{
foreach (KeyValuePair<string, Attributes> item in _nameIdIndex.FirstToSecond)
{
uint attrId = 0;
cache.AddString(item.Key, ref attrId);
_idHandleIndex.Add(item.Value, new AttributeHandle(attrId));
}
}
}
}
}
return true;
}
internal CimQualifierOfProperty(ClassHandle classHandle, string propertyName, int index)
{
this.classHandle = classHandle;
this.index = index;
this.propertyName = propertyName;
}
protected override WISE_RESULT OnSendEvent(DateTime timeStamp, DatabaseHandle hDatabase, EventHandle hEvent,
ClassHandle hClass, TransactionHandle hTransaction)
{
WISE_RESULT result = WISEError.WISE_OK;
// Call base class implementation
result = base.OnSendEvent(timeStamp, hDatabase, hEvent, hClass, hTransaction);
WISEError.CheckCallFailedEx(result);
try
{
//
// TODO: Send event on driver communication interface.
//
// This method typically needs to perform the following steps;
// 1. Identify the type of event.
// 2. Based on the event type, extract event attributes.
// 3. Fill event attribute values into the protocol container associated with the event.
// 4. Send the event on the underlying protocol.
//
#region Sample code: Check event type
//ClassHandle hTestEventClass = ClassHandle.Invalid;
//// Get handle corresponding to class "TEST_EVENT" (this can be done once and then cached)
//result = this.WISETypeInfo.GetWISEClassHandle(hDatabase, "TEST_EVENT", ref hTestEventClass);
//WISEError.CheckCallFailedEx(result);
//if (hClass == hTestEventClass)
//{
// #region Sample code: Access TEST_EVENT attributes
// string stringAttributeValue = "";
// AttributeHandle hAttr = AttributeHandle.Invalid;
// result = this.Sink.GetEventAttributeHandle(hDatabase, hEvent, "TEST_STRING", ref hAttr);
// WISEError.CheckCallFailedEx(result);
// result = this.Sink.GetEventAttributeValue(hDatabase, hEvent, hAttr, ref stringAttributeValue);
// WISEError.CheckCallFailedEx(result);
// #endregion
//}
#endregion
}
catch (WISEException ex)
{
result = ex.Error.ErrorCode;
}
return result;
}
internal CimMethodDeclarationOfClass(ClassHandle classHandle, int index)
{
this.classHandle = classHandle;
this.index = index;
}
protected override WISE_RESULT OnUpdateAttribute(DateTime timeStamp, DatabaseHandle hDatabase, ObjectHandle hObject,
ClassHandle hClass, AttributeHandle hAttribute, object value, AttributeQualityCode quality,
TransactionHandle hTransaction)
{
WISE_RESULT result = WISEError.WISE_OK;
// Call base class implementation
result = base.OnUpdateAttribute(timeStamp, hDatabase, hObject, hClass, hAttribute, value, quality, hTransaction);
WISEError.CheckCallFailedEx(result);
//string myValue = string.Empty;
//AttributeHandle myAttributeHandle = AttributeHandle.Invalid;
//this.WISE.GetAttributeHandle(hDatabase, hObject, "SomeAttribute", ref myAttributeHandle);
//this.WISE.GetAttributeValue(hDatabase, hObject, myAttributeHandle, ref myValue);
//global::CBRNSensors.EntityEquipmentSensorCBRNLCD stateObject = new global::CBRNSensors.EntityEquipmentSensorCBRNLCD();
//stateObject.CreateInstance(this.WISE, hDatabase);
//stateObject.SensorState =
//stateObject.AddToDatabase(hDatabase);
return result;
}
internal CimClassPropertyOfClass(ClassHandle classHandle, int index)
{
this.classHandle = classHandle;
this.index = index;
}
new(IntPtr_objc_msgSend(ClassHandle, SharedApplicationSelector));
internal CimClassPropertiesCollection(ClassHandle classHandle)
{
this.classHandle = classHandle;
}
internal void ClassCallback(OperationCallbackProcessingContext callbackProcessingContext, OperationHandle operationHandle, ClassHandle ClassHandle, bool moreResults, MiResult operationResult, string errorMessage, InstanceHandle errorDetailsHandle)
{
CimClass cimClass = null;
if (ClassHandle != null && !ClassHandle.IsInvalid)
{
if (!this._shortenLifetimeOfResults)
{
ClassHandle = ClassHandle.Clone();
}
cimClass = new CimClass(ClassHandle);
}
//using (cimClass)
{
if (!this._shortenLifetimeOfResults || cimClass == null)
{
base.ProcessNativeCallback(callbackProcessingContext, cimClass, moreResults, operationResult, errorMessage, errorDetailsHandle);
}
}
}
internal CimMethodParameterQualifierCollection(ClassHandle classHandle, int methodIndex, int parameterName)
{
this.classHandle = classHandle;
this.methodIndex = methodIndex;
this.parameterName = parameterName;
}
public static bool IsTypeOf(ClassHandle hClass)
{
return (hClass == EntityEquipment.Class);
}
internal CimMethodParameterDeclarationCollection(ClassHandle classHandle, int index)
{
this.classHandle = classHandle;
this.methodIndex = index;
}
public CimClass DeserializeClass(byte[] serializedData, ref int offset, CimClass parentClass, string computerName, string namespaceName)
{
ClassHandle classHandle = this.DeserializeClassHandle(serializedData, ref offset, parentClass, computerName, namespaceName);
return(new CimClass(classHandle));
}
public static bool IsTypeOf(ClassHandle hClass)
{
return (hClass == EntityEquipmentSensorCBRNAP2Ce.Class);
}
public static bool IsTypeOf(ClassHandle hClass)
{
return (hClass == CBRNLCDControl.Class);
}
internal CimClassQualifierCollection(ClassHandle classHandle)
{
this.classHandle = classHandle;
}
public static bool Initialize(INETWISEStringCache cache)
{
if (cache == null)
{
return false;
}
if (!IsInitialized())
{
// Generate the class handle
uint classId = 0;
cache.AddString(ClassName, ref classId);
_classHandle = classId;
lock (_nameIdIndex)
{
_nameIdIndex.Add("Active", Attributes.Active);
_nameIdIndex.Add("Airline", Attributes.Airline);
_nameIdIndex.Add("AltitudeLockResumeAltitude", Attributes.AltitudeLockResumeAltitude);
_nameIdIndex.Add("AltitudeLockStatus", Attributes.AltitudeLockStatus);
_nameIdIndex.Add("AltitudeRequested", Attributes.AltitudeRequested);
_nameIdIndex.Add("AngleSpeed", Attributes.AngleSpeed);
_nameIdIndex.Add("ApproachDist", Attributes.ApproachDist);
_nameIdIndex.Add("ApproachSpeed", Attributes.ApproachSpeed);
_nameIdIndex.Add("AssignedIAS", Attributes.AssignedIAS);
_nameIdIndex.Add("AssignedSpeedMach", Attributes.AssignedSpeedMach);
_nameIdIndex.Add("AsternLineCurrDist", Attributes.AsternLineCurrDist);
_nameIdIndex.Add("AsternLineMaster", Attributes.AsternLineMaster);
_nameIdIndex.Add("AsternLineReqDist", Attributes.AsternLineReqDist);
_nameIdIndex.Add("AsternLineSlave", Attributes.AsternLineSlave);
_nameIdIndex.Add("AviantionRules", Attributes.AviantionRules);
_nameIdIndex.Add("ClearedToContinue", Attributes.ClearedToContinue);
_nameIdIndex.Add("ClimbPerformance", Attributes.ClimbPerformance);
_nameIdIndex.Add("ConflictAlert", Attributes.ConflictAlert);
_nameIdIndex.Add("Conflicts", Attributes.Conflicts);
_nameIdIndex.Add("Controller", Attributes.Controller);
_nameIdIndex.Add("CorrelatedCallsign", Attributes.CorrelatedCallsign);
_nameIdIndex.Add("CurrentGroundSpeed", Attributes.CurrentGroundSpeed);
_nameIdIndex.Add("CurrentOperation", Attributes.CurrentOperation);
_nameIdIndex.Add("Departure", Attributes.Departure);
_nameIdIndex.Add("DescentPerformance", Attributes.DescentPerformance);
_nameIdIndex.Add("DescentSpeedRatio", Attributes.DescentSpeedRatio);
_nameIdIndex.Add("DestFix", Attributes.DestFix);
_nameIdIndex.Add("Destination", Attributes.Destination);
_nameIdIndex.Add("DestinationETA", Attributes.DestinationETA);
_nameIdIndex.Add("DismissRequested", Attributes.DismissRequested);
_nameIdIndex.Add("EngineName", Attributes.EngineName);
_nameIdIndex.Add("EngineOn", Attributes.EngineOn);
_nameIdIndex.Add("EntityMode", Attributes.EntityMode);
_nameIdIndex.Add("EntityModeArgs", Attributes.EntityModeArgs);
_nameIdIndex.Add("EntityType", Attributes.EntityType);
_nameIdIndex.Add("Extension", Attributes.Extension);
_nameIdIndex.Add("FinalApproachDist", Attributes.FinalApproachDist);
_nameIdIndex.Add("FinalApproachSpeed", Attributes.FinalApproachSpeed);
_nameIdIndex.Add("FixedTurnRadius", Attributes.FixedTurnRadius);
_nameIdIndex.Add("Formation", Attributes.Formation);
_nameIdIndex.Add("FormationMaster", Attributes.FormationMaster);
_nameIdIndex.Add("FormationPosition", Attributes.FormationPosition);
_nameIdIndex.Add("Frequency", Attributes.Frequency);
_nameIdIndex.Add("GPID", Attributes.GPID);
_nameIdIndex.Add("GroundAcceleration", Attributes.GroundAcceleration);
_nameIdIndex.Add("GroundRetardation", Attributes.GroundRetardation);
_nameIdIndex.Add("GroundSpeed", Attributes.GroundSpeed);
_nameIdIndex.Add("HeadingRequested", Attributes.HeadingRequested);
_nameIdIndex.Add("Health", Attributes.Health);
_nameIdIndex.Add("HorizontalAcceleration", Attributes.HorizontalAcceleration);
_nameIdIndex.Add("HorizontalSpeed", Attributes.HorizontalSpeed);
_nameIdIndex.Add("ICAOCallsign", Attributes.ICAOCallsign);
_nameIdIndex.Add("ICAOTelephoneCallsign", Attributes.ICAOTelephoneCallsign);
_nameIdIndex.Add("Id", Attributes.Id);
_nameIdIndex.Add("Infotext", Attributes.Infotext);
_nameIdIndex.Add("IsGarbage", Attributes.IsGarbage);
_nameIdIndex.Add("IsHelicopter", Attributes.IsHelicopter);
_nameIdIndex.Add("IsOnGround", Attributes.IsOnGround);
_nameIdIndex.Add("LandingDist", Attributes.LandingDist);
_nameIdIndex.Add("LandingGearDist", Attributes.LandingGearDist);
_nameIdIndex.Add("LandingGearName", Attributes.LandingGearName);
_nameIdIndex.Add("LandingGearOut", Attributes.LandingGearOut);
_nameIdIndex.Add("LandingLightName", Attributes.LandingLightName);
_nameIdIndex.Add("LandingLightsOn", Attributes.LandingLightsOn);
_nameIdIndex.Add("LandingSpeed", Attributes.LandingSpeed);
_nameIdIndex.Add("LandingType", Attributes.LandingType);
_nameIdIndex.Add("LayerDependentParameters", Attributes.LayerDependentParameters);
_nameIdIndex.Add("Length", Attributes.Length);
_nameIdIndex.Add("MapSymbol", Attributes.MapSymbol);
_nameIdIndex.Add("March", Attributes.March);
_nameIdIndex.Add("MaxAcceleration", Attributes.MaxAcceleration);
_nameIdIndex.Add("MaxAltitude", Attributes.MaxAltitude);
_nameIdIndex.Add("MaxBankAngle", Attributes.MaxBankAngle);
_nameIdIndex.Add("MaxClimbSpeed", Attributes.MaxClimbSpeed);
_nameIdIndex.Add("MaxDeceleration", Attributes.MaxDeceleration);
_nameIdIndex.Add("MaxDescentSpeed", Attributes.MaxDescentSpeed);
_nameIdIndex.Add("MaxHorizontalSpeed", Attributes.MaxHorizontalSpeed);
_nameIdIndex.Add("MaxTurnSpeed", Attributes.MaxTurnSpeed);
_nameIdIndex.Add("MilitaryAffiliation", Attributes.MilitaryAffiliation);
_nameIdIndex.Add("MinimumApproachSpeed", Attributes.MinimumApproachSpeed);
_nameIdIndex.Add("MinimumCleanSpeed", Attributes.MinimumCleanSpeed);
_nameIdIndex.Add("MissedRoute", Attributes.MissedRoute);
_nameIdIndex.Add("ModeC", Attributes.ModeC);
_nameIdIndex.Add("Model3D", Attributes.Model3D);
_nameIdIndex.Add("Mover", Attributes.Mover);
_nameIdIndex.Add("NPBreakType", Attributes.NPBreakType);
_nameIdIndex.Add("NPClose", Attributes.NPClose);
_nameIdIndex.Add("Name", Attributes.Name);
_nameIdIndex.Add("NavLightName", Attributes.NavLightName);
_nameIdIndex.Add("NavigationalLightsOn", Attributes.NavigationalLightsOn);
_nameIdIndex.Add("NormalClimbSpeed", Attributes.NormalClimbSpeed);
_nameIdIndex.Add("NormalDescentSpeed", Attributes.NormalDescentSpeed);
_nameIdIndex.Add("OrbitStatus", Attributes.OrbitStatus);
_nameIdIndex.Add("Orientation", Attributes.Orientation);
_nameIdIndex.Add("OverridedClimbSpeed", Attributes.OverridedClimbSpeed);
_nameIdIndex.Add("OverridedClimbSpeedFactor", Attributes.OverridedClimbSpeedFactor);
_nameIdIndex.Add("OverridedDescentSpeed", Attributes.OverridedDescentSpeed);
_nameIdIndex.Add("OverridedDescentSpeedFactor", Attributes.OverridedDescentSpeedFactor);
_nameIdIndex.Add("Overshoot", Attributes.Overshoot);
_nameIdIndex.Add("Parent", Attributes.Parent);
_nameIdIndex.Add("PlaneIndication", Attributes.PlaneIndication);
_nameIdIndex.Add("Position", Attributes.Position);
_nameIdIndex.Add("PositionKind", Attributes.PositionKind);
_nameIdIndex.Add("PresentedOrientation", Attributes.PresentedOrientation);
_nameIdIndex.Add("PresentedPosition", Attributes.PresentedPosition);
_nameIdIndex.Add("PresentedVelocity", Attributes.PresentedVelocity);
_nameIdIndex.Add("QNH", Attributes.QNH);
_nameIdIndex.Add("RadarCrossSection", Attributes.RadarCrossSection);
_nameIdIndex.Add("RadioCallname", Attributes.RadioCallname);
_nameIdIndex.Add("Radius", Attributes.Radius);
_nameIdIndex.Add("ReferencePoint", Attributes.ReferencePoint);
_nameIdIndex.Add("ResetSpinn", Attributes.ResetSpinn);
_nameIdIndex.Add("Reversed", Attributes.Reversed);
_nameIdIndex.Add("RolePilot", Attributes.RolePilot);
_nameIdIndex.Add("RoleTrainee", Attributes.RoleTrainee);
_nameIdIndex.Add("RouteName", Attributes.RouteName);
_nameIdIndex.Add("Routes", Attributes.Routes);
_nameIdIndex.Add("Runway", Attributes.Runway);
_nameIdIndex.Add("SensorVisible", Attributes.SensorVisible);
_nameIdIndex.Add("Setting_Bottom_Layer_Climb_Speed", Attributes.Setting_Bottom_Layer_Climb_Speed);
_nameIdIndex.Add("Setting_Lift_Off_Height", Attributes.Setting_Lift_Off_Height);
_nameIdIndex.Add("Setting_Lift_Off_Speed", Attributes.Setting_Lift_Off_Speed);
_nameIdIndex.Add("Setting_MaxBankingAngle", Attributes.Setting_MaxBankingAngle);
_nameIdIndex.Add("Setting_Max_ClimbSpeed", Attributes.Setting_Max_ClimbSpeed);
_nameIdIndex.Add("Setting_Max_DescentSpeed", Attributes.Setting_Max_DescentSpeed);
_nameIdIndex.Add("Setting_NormalBankingAngle", Attributes.Setting_NormalBankingAngle);
_nameIdIndex.Add("Setting_Normal_ClimbSpeed", Attributes.Setting_Normal_ClimbSpeed);
_nameIdIndex.Add("Setting_Normal_DescentSpeed", Attributes.Setting_Normal_DescentSpeed);
_nameIdIndex.Add("Setting_Normal_Speed_Ground", Attributes.Setting_Normal_Speed_Ground);
_nameIdIndex.Add("ShadowName", Attributes.ShadowName);
_nameIdIndex.Add("SlaveIndex", Attributes.SlaveIndex);
_nameIdIndex.Add("SlowDownRetardation", Attributes.SlowDownRetardation);
_nameIdIndex.Add("SlowDownSpeed", Attributes.SlowDownSpeed);
_nameIdIndex.Add("Smoke", Attributes.Smoke);
_nameIdIndex.Add("SpeedPerformance", Attributes.SpeedPerformance);
_nameIdIndex.Add("SpinAngleSpeed", Attributes.SpinAngleSpeed);
_nameIdIndex.Add("SquawkActive", Attributes.SquawkActive);
_nameIdIndex.Add("TakeoffSpeed", Attributes.TakeoffSpeed);
_nameIdIndex.Add("TargetAltitude", Attributes.TargetAltitude);
_nameIdIndex.Add("TargetClimbSpeed", Attributes.TargetClimbSpeed);
_nameIdIndex.Add("TargetDescendSpeed", Attributes.TargetDescendSpeed);
_nameIdIndex.Add("TargetHeading", Attributes.TargetHeading);
_nameIdIndex.Add("TargetHorizontalSpeed", Attributes.TargetHorizontalSpeed);
_nameIdIndex.Add("TargetHorizontalSpeedType", Attributes.TargetHorizontalSpeedType);
_nameIdIndex.Add("Template3DModels", Attributes.Template3DModels);
_nameIdIndex.Add("TemplatedObject", Attributes.TemplatedObject);
_nameIdIndex.Add("TemporaryMaxSpeed", Attributes.TemporaryMaxSpeed);
_nameIdIndex.Add("TouchAndGo", Attributes.TouchAndGo);
_nameIdIndex.Add("TransponderCode", Attributes.TransponderCode);
_nameIdIndex.Add("TransponderState", Attributes.TransponderState);
_nameIdIndex.Add("TurbulenceCategory", Attributes.TurbulenceCategory);
_nameIdIndex.Add("TurnDirection", Attributes.TurnDirection);
_nameIdIndex.Add("TurnRadius", Attributes.TurnRadius);
_nameIdIndex.Add("TypeDescription", Attributes.TypeDescription);
_nameIdIndex.Add("Unit", Attributes.Unit);
_nameIdIndex.Add("UpdateRate", Attributes.UpdateRate);
_nameIdIndex.Add("UseAnticollision", Attributes.UseAnticollision);
_nameIdIndex.Add("UseCorrelated", Attributes.UseCorrelated);
_nameIdIndex.Add("VerticalAcceleration", Attributes.VerticalAcceleration);
_nameIdIndex.Add("VerticalSpeed", Attributes.VerticalSpeed);
_nameIdIndex.Add("VirtualPilot", Attributes.VirtualPilot);
_nameIdIndex.Add("timestamp", Attributes.timestamp);
lock (_idHandleIndex)
{
if (_nameIdIndex.Count > 0 && _idHandleIndex.Count == 0)
{
foreach (KeyValuePair<string, Attributes> item in _nameIdIndex.FirstToSecond)
{
uint attrId = 0;
cache.AddString(item.Key, ref attrId);
_idHandleIndex.Add(item.Value, new AttributeHandle(attrId));
}
}
}
}
}
return true;
}
internal CimPropertyQualifierCollection(ClassHandle classHandle, string name)
{
this.classHandle = classHandle;
this.name = name;
}
protected override WISE_RESULT OnRemoveObject(DateTime timeStamp, DatabaseHandle hDatabase, ObjectHandle hObject,
ClassHandle hClass, TransactionHandle hTransaction)
{
WISE_RESULT result = WISEError.WISE_OK;
// Call base class implementation
result = base.OnRemoveObject(timeStamp, hDatabase, hObject, hClass, hTransaction);
WISEError.CheckCallFailedEx(result);
try
{
DatabaseType dbtype = DatabaseType.Unknown;
result = this.Sink.GetDatabaseType(hDatabase, ref dbtype);
if (dbtype == DatabaseType.Application)
{
//
// TODO: Remove object on driver communication interface.
//
}
}
catch (WISEException ex)
{
result = ex.Error.ErrorCode;
}
return result;
}
internal CimMethodQualifierDeclarationOfMethod(ClassHandle classHandle, int methodIndex, int qualifierIndex)
{
this.classHandle = classHandle;
this.qualifierIndex = qualifierIndex;
this.methodIndex = methodIndex;
}
protected override WISE_RESULT OnAddObject(DateTime timeStamp, DatabaseHandle hDatabase, ObjectHandle hObject,
ClassHandle hClass, string strObjectName, TransactionHandle hTransaction)
{
WISE_RESULT result = WISEError.WISE_OK;
// Call base class implementation
result = base.OnAddObject(timeStamp, hDatabase, hObject, hClass, strObjectName, hTransaction);
WISEError.CheckCallFailedEx(result);
try
{
DatabaseType dbtype = DatabaseType.Unknown;
result = this.Sink.GetDatabaseType(hDatabase, ref dbtype);
WISEError.CheckCallFailedEx(result);
if (dbtype == DatabaseType.Application)
{
// Only process application database objects by default
//if (global::CBRNSensors.EntityEquipment.IsTypeOf(this.WISE, hDatabase, hObject))
//{
// global::CBRNSensors.EntityEquipment myObject = new global::CBRNSensors.EntityEquipment();
//}
//
// TODO: Add object on driver communication interface.
//
// This method typically works in either of two ways.
// If the underlying protocol requires us to send all object attributes
// as a part of the object creation message;
// 1. Identify the type of object.
// 2. Based on the object type, extract its attributes.
// 3. Fill object attribute values into the protocol container associated with object creation.
// 4. the creation message on the underlying protocol.
//
// If the underlying protocol separates the create message from the initial attribute
// update message;
// 1. Fill object information into the protocol container associated with object creation.
// 2. Send the creation message on the underlying protocol.
//
#region Sample code: Check object type
//ClassHandle hTestObjectClass = ClassHandle.Invalid;
//// Get handle corresponding to class "TEST_OBJECT" (this can be done once and then cached)
//result = this.WISETypeInfo.GetWISEClassHandle(hDatabase, "TEST_OBJECT", ref hTestObjectClass);
//WISEError.CheckCallFailedEx(result);
//if (hClass == hTestObjectClass)
//{
// #region Sample code: Access TEST_OBJECT attributes
// string stringAttributeValue = "";
// AttributeHandle hAttr = AttributeHandle.Invalid;
// result = this.Sink.GetAttributeHandle(hDatabase, hObject, "TEST_STRING", ref hAttr);
// WISEError.CheckCallFailedEx(result);
// result = this.Sink.GetAttributeValue(hDatabase, hObject, hAttr, ref stringAttributeValue);
// WISEError.CheckCallFailedEx(result);
// #endregion
//}
#endregion
}
}
catch (WISEException ex)
{
result = ex.Error.ErrorCode;
}
return result;
}
internal CimMethodQualifierCollection(ClassHandle classHandle, int index)
{
this.classHandle = classHandle;
this.methodIndex = index;
}
internal CimQualifierOfClass(ClassHandle classHandle, int index)
{
this.classHandle = classHandle;
this.index = index;
}
internal CimClass(ClassHandle handle)
{
this._classHandle = handle;
}
