/// <summary>
/// Ctor for a Contoso OPC UA node, specifying alert related information.
/// </summary>
public ContosoOpcUaNode(
string opcUaNodeId,
string opcUaSymbolicName,
List <ContosoPerformanceRelevance> opcUaNodeRelevance,
ContosoOpcNodeOpCode opCode,
string units,
bool visible,
double?constValue,
double?minimum,
double?maximum,
List <ContosoAlertActionDefinition> minimumAlertActionDefinitions,
List <ContosoAlertActionDefinition> maximumAlertActionDefinitions,
ContosoPushPinCoordinates imagePushpin,
string warning
)
: base(opcUaNodeId, opcUaSymbolicName)
{
Relevance = opcUaNodeRelevance;
OpCode = opCode;
Units = units;
Visible = visible;
ConstValue = constValue;
Minimum = minimum;
Maximum = maximum;
MinimumAlertActions = minimumAlertActionDefinitions;
MaximumAlertActions = maximumAlertActionDefinitions;
Last = new ContosoDataItem();
ImagePushpin = imagePushpin;
WarningValue = warning;
}
public override void AddStation(ContosoDataItem dataItem)
{
ContosoOeeQualityData x = dataItem as ContosoOeeQualityData;
_bad += x.Bad;
Good = (Good == 0) ? x.Good : Math.Min(Good, x.Good);
Time = new DateTime(Math.Max(Time.Ticks, dataItem.Time.Ticks), DateTimeKind.Utc);
}
public override void Add(ContosoDataItem dataItem)
{
ContosoOeeQualityData x = dataItem as ContosoOeeQualityData;
_bad += x.Bad;
Good += x.Good;
Time = new DateTime(Math.Max(Time.Ticks, dataItem.Time.Ticks), DateTimeKind.Utc);
}
public override void Add(ContosoDataItem dataItem)
{
ContosoOeePerformanceData x = dataItem as ContosoOeePerformanceData;
_idealCycleTime += x.IdealCycleTime;
ActualCycleTime += x.ActualCycleTime;
Time = new DateTime(Math.Max(Time.Ticks, dataItem.Time.Ticks), DateTimeKind.Utc);
}
public override void Add(ContosoDataItem dataItem)
{
ContosoOeeAvailabilityData x = dataItem as ContosoOeeAvailabilityData;
_overallRunningTime += x.OverallRunningTime;
OverallFaultTime += x.OverallFaultTime;
Time = new DateTime(Math.Max(Time.Ticks, dataItem.Time.Ticks), DateTimeKind.Utc);
}
/// <summary>
/// Ctor for a Contoso OPC UA node, using alert related descriptions.
/// </summary>
public ContosoOpcUaNode(
string opcUaNodeId,
string opcUaSymbolicName,
List <ContosoPerformanceRelevance> opcUaNodeRelevance,
ContosoOpcNodeDescription opcNodeDescription)
: base(opcUaNodeId, opcUaSymbolicName)
{
Relevance = opcUaNodeRelevance;
OpCode = opcNodeDescription.OpCode;
Units = opcNodeDescription.Units;
Visible = opcNodeDescription.Visible;
ConstValue = opcNodeDescription.ConstValue;
Minimum = opcNodeDescription.Minimum;
Maximum = opcNodeDescription.Maximum;
MinimumAlertActions = new List <ContosoAlertActionDefinition>();
MinimumAlertActions.AddRange(ContosoAlertActionDefinition.Init(opcNodeDescription.MinimumAlertActions));
MaximumAlertActions = new List <ContosoAlertActionDefinition>();
MaximumAlertActions.AddRange(ContosoAlertActionDefinition.Init(opcNodeDescription.MaximumAlertActions));
Last = new ContosoDataItem();
}
/// <summary>
/// Default add operation when adding a station data item.
/// Overloaded in inherited classes. By default using Add.
/// </summary>
/// <param name="dataItem"></param>
public virtual void AddStation(ContosoDataItem dataItem)
{
Add(dataItem);
}
/// <summary>
/// Default add operation for data item.
/// Overloaded in inherited classes
/// </summary>
/// <param name="dataItem"></param>
public virtual void Add(ContosoDataItem dataItem)
{
Value += dataItem.Value;
Time = new DateTime(Math.Max(Time.Ticks, dataItem.Time.Ticks), DateTimeKind.Utc);
}
/// <summary>
/// Ctor of a data item for inherited ctor.
/// </summary>
/// <param name="dataItem"></param>
protected ContosoDataItem(ContosoDataItem dataItem)
{
Time = dataItem.Time;
Value = dataItem.Value;
}
public ContosoKpi2Data(ContosoDataItem dataItem) : base(dataItem)
{
}
/// <summary>
/// Callback for a query to update the relevance data of a topology node.
/// </summary>
public void UpdateRelevanceItem(ContosoAggregatedOeeKpiTimeSpan topologyNode, ContosoPerformanceRelevance relevance, ContosoDataItem data)
{
switch (relevance)
{
case ContosoPerformanceRelevance.Kpi2:
topologyNode.Kpi2.Kpi = data.Value;
topologyNode.Kpi2.Time = data.Time;
break;
case ContosoPerformanceRelevance.Kpi1:
topologyNode.Kpi1.Kpi = data.Value;
topologyNode.Kpi1.Time = data.Time;
break;
case ContosoPerformanceRelevance.OeeQuality_Bad:
topologyNode.OeeQuality.Bad = data.Value;
topologyNode.OeeQuality.Time = new DateTime(Math.Max(topologyNode.OeeQuality.Time.Ticks, data.Time.Ticks), DateTimeKind.Utc);
topologyNode.OeeOverall.Quality = topologyNode.OeeQuality.OeeQuality;
break;
case ContosoPerformanceRelevance.OeeQuality_Good:
topologyNode.OeeQuality.Good = data.Value;
topologyNode.OeeQuality.Time = new DateTime(Math.Max(topologyNode.OeeQuality.Time.Ticks, data.Time.Ticks), DateTimeKind.Utc);
topologyNode.OeeOverall.Quality = topologyNode.OeeQuality.OeeQuality;
break;
case ContosoPerformanceRelevance.OeePerformance_Ideal:
topologyNode.OeePerformance.IdealCycleTime = data.Value;
topologyNode.OeePerformance.Time = new DateTime(Math.Max(topologyNode.OeePerformance.Time.Ticks, data.Time.Ticks), DateTimeKind.Utc);
topologyNode.OeeOverall.Performance = topologyNode.OeePerformance.OeePerformance;
break;
case ContosoPerformanceRelevance.OeePerformance_Actual:
topologyNode.OeePerformance.ActualCycleTime = data.Value;
topologyNode.OeePerformance.Time = new DateTime(Math.Max(topologyNode.OeePerformance.Time.Ticks, data.Time.Ticks), DateTimeKind.Utc);
topologyNode.OeeOverall.Performance = topologyNode.OeePerformance.OeePerformance;
break;
case ContosoPerformanceRelevance.OeeAvailability_Running:
topologyNode.OeeAvailability.OverallRunningTime = data.Value;
topologyNode.OeeAvailability.Time = new DateTime(Math.Max(topologyNode.OeeAvailability.Time.Ticks, data.Time.Ticks), DateTimeKind.Utc);
topologyNode.OeeOverall.Availability = topologyNode.OeeAvailability.OeeAvailability;
break;
case ContosoPerformanceRelevance.OeeAvailability_Fault:
topologyNode.OeeAvailability.OverallFaultTime = data.Value;
topologyNode.OeeAvailability.Time = new DateTime(Math.Max(topologyNode.OeeAvailability.Time.Ticks, data.Time.Ticks), DateTimeKind.Utc);
topologyNode.OeeOverall.Availability = topologyNode.OeeAvailability.OeeAvailability;
break;
}
}
