private void ImportAnalog()
{
SortedDictionary <string, object> cimBaseVoltages = concreteModel.GetAllObjectsOfType("FTN.Analog");
if (cimBaseVoltages != null)
{
foreach (KeyValuePair <string, object> cimBaseVoltagePair in cimBaseVoltages)
{
FTN.Analog cimBaseVoltage = cimBaseVoltagePair.Value as FTN.Analog;
ResourceDescription rd = CreateAnalogResourceDescription(cimBaseVoltage);
if (rd != null)
{
if (ModelCodeHelper.ExtractEntityIdFromGlobalId(rd.Id) > 0)
{
delta.AddDeltaOperation(DeltaOpType.Update, rd, true);
report.Report.Append("Analog ID = ").Append(cimBaseVoltage.ID).Append(" SUCCESSFULLY converted to GID = ").AppendLine(rd.Id.ToString());
}
else
{
delta.AddDeltaOperation(DeltaOpType.Insert, rd, true);
report.Report.Append("Analog ID = ").Append(cimBaseVoltage.ID).Append(" SUCCESSFULLY converted to GID = ").AppendLine(rd.Id.ToString());
}
}
else
{
report.Report.Append("Analog ID = ").Append(cimBaseVoltage.ID).AppendLine(" FAILED to be converted");
}
}
report.Report.AppendLine();
}
}
public static void PopulateAnalogProperties(FTN.Analog cimAnalog, ResourceDescription rd, ImportHelper importHelper, TransformAndLoadReport report)
{
if ((cimAnalog != null) && (rd != null))
{
PowerTransformerConverter.PopulateMeasurementProperties(cimAnalog, rd, importHelper, report);
if (cimAnalog.MaxValueHasValue)
{
rd.AddProperty(new Property(ModelCode.ANALOG_MAX_VALUE, cimAnalog.MaxValue));
}
if (cimAnalog.MinValueHasValue)
{
rd.AddProperty(new Property(ModelCode.ANALOG_MIN_VALUE, cimAnalog.MinValue));
}
if (cimAnalog.NormalValueHasValue)
{
rd.AddProperty(new Property(ModelCode.ANALOG_NORMAL_VALUE, cimAnalog.NormalValue));
}
if (cimAnalog.PowerSystemResourceHasValue)
{
long gid = importHelper.GetMappedGID(cimAnalog.PowerSystemResource.ID);
if (gid < 0)
{
report.Report.Append("WARNING: Convert ").Append(cimAnalog.GetType().ToString()).Append(" rdfID = \"").Append(cimAnalog.ID);
report.Report.Append("\" - Failed to set reference to PowerSystemResource: rdfID \"").Append(cimAnalog.PowerSystemResource.ID).AppendLine(" \" is not mapped to GID!");
}
rd.AddProperty(new Property(ModelCode.MEASUREMENT_PSR, gid));
}
}
}
private ResourceDescription CreateAnalogResourceDescription(FTN.Analog analog)
{
ResourceDescription rd = null;
if (analog != null)
{
long gid = 0;
int iteratorId = 0;
int resourcesLeft = 0;
int numberOfResources = 2;
string message = string.Empty;
bool contains = false;
ModelCode modelCodeAnalog = ModelCode.ANALOG;
List <ModelCode> properties = new List <ModelCode>();
ModelResourcesDesc modelResourcesDesc = new ModelResourcesDesc();
List <ResourceDescription> retList = new List <ResourceDescription>();
properties = modelResourcesDesc.GetAllPropertyIds(modelCodeAnalog);
iteratorId = NetworkModelGDAProxy.Instance.GetExtentValues(modelCodeAnalog, properties);
resourcesLeft = NetworkModelGDAProxy.Instance.IteratorResourcesLeft(iteratorId);
while (resourcesLeft > 0)
{
List <ResourceDescription> rds = NetworkModelGDAProxy.Instance.IteratorNext(numberOfResources, iteratorId);
retList.AddRange(rds);
resourcesLeft = NetworkModelGDAProxy.Instance.IteratorResourcesLeft(iteratorId);
}
NetworkModelGDAProxy.Instance.IteratorClose(iteratorId);
foreach (ResourceDescription res in retList)
{
foreach (Property pr in res.Properties)
{
if (pr.PropertyValue.StringValue.Equals(analog.MRID))
{
contains = true;
gid = res.Id;
}
}
}
if (!contains)
{
gid = ModelCodeHelper.CreateGlobalId(0, (short)DMSType.ANALOG, importHelper.CheckOutIndexForDMSType(DMSType.ANALOG));
}
rd = new ResourceDescription(gid);
importHelper.DefineIDMapping(analog.ID, gid);
PowerTransformerConverter.PopulateAnalogProperties(analog, rd, importHelper, report);
}
return(rd);
}
private ResourceDescription CreatecimAnalogResourceDescription(FTN.Analog cimAnalog)
{
ResourceDescription rd = null;
if (cimAnalog != null)
{
long gid = ModelCodeHelper.CreateGlobalId(0, (short)DMSType.ANALOG, importHelper.CheckOutIndexForDMSType(DMSType.ANALOG));
rd = new ResourceDescription(gid);
importHelper.DefineIDMapping(cimAnalog.ID, gid);
////populate ResourceDescription
OMSConverter.PopulateAnalogProperties(cimAnalog, rd, importHelper, report);
}
return(rd);
}
public static void PopulateAnalogProperties(FTN.Analog cimAnalog, ResourceDescription rd, ImportHelper importHelper, TransformAndLoadReport report)
{
if ((cimAnalog != null) && (rd != null))
{
OMSConverter.PopulateMeasurmentProperties(cimAnalog, rd, importHelper, report);
if (cimAnalog.MinValueHasValue)
{
rd.AddProperty(new Property(ModelCode.ANALOG_MINVAL, cimAnalog.MinValue));
}
if (cimAnalog.MaxValueHasValue)
{
rd.AddProperty(new Property(ModelCode.ANALOG_MAXVAL, cimAnalog.MaxValue));
}
if (cimAnalog.NormalValueHasValue)
{
rd.AddProperty(new Property(ModelCode.ANALOG_NORMVAL, cimAnalog.NormalValue));
}
}
}
public static void PopulateAnalogProperties(FTN.Analog cimIdentifiedObject, ResourceDescription rd, ImportHelper importHelper, TransformAndLoadReport report)
{
if ((cimIdentifiedObject != null) && (rd != null))
{
PowerTransformerConverter.PopulateMeasurementProperties(cimIdentifiedObject, rd, importHelper, report);
if (cimIdentifiedObject.MaxValueHasValue)
{
rd.AddProperty(new Property(ModelCode.ANALOG_MAX_VALUE, cimIdentifiedObject.MaxValue));
}
if (cimIdentifiedObject.MinValueHasValue)
{
rd.AddProperty(new Property(ModelCode.ANALOG_MIN_VALUE, cimIdentifiedObject.MinValue));
}
if (cimIdentifiedObject.NormalValueHasValue)
{
rd.AddProperty(new Property(ModelCode.ANALOG_NORMAL_VALUE, cimIdentifiedObject.NormalValue));
}
}
}
private void ImportAnalog()
{
SortedDictionary <string, object> cimAnalog = concreteModel.GetAllObjectsOfType("FTN.Analog");
if (cimAnalog != null)
{
foreach (KeyValuePair <string, object> cimAnalogPair in cimAnalog)
{
FTN.Analog cimAnalo = cimAnalogPair.Value as FTN.Analog;
ResourceDescription rd = CreatecimAnalogResourceDescription(cimAnalo);
if (rd != null)
{
delta.AddDeltaOperation(DeltaOpType.Insert, rd, true);
report.Report.Append("Analog ID = ").Append(cimAnalo.ID).Append(" SUCCESSFULLY converted to GID = ").AppendLine(rd.Id.ToString());
}
else
{
report.Report.Append("Analog ID = ").Append(cimAnalo.ID).AppendLine(" FAILED to be converted");
}
}
report.Report.AppendLine();
}
}
