internal override object PublishClone(AutomaticSubtotalContext context)
{
StateIndicator stateIndicator = (StateIndicator)base.PublishClone(context);
if (m_gaugeInputValue != null)
{
stateIndicator.m_gaugeInputValue = (GaugeInputValue)m_gaugeInputValue.PublishClone(context);
}
if (m_transformationType != null)
{
stateIndicator.m_transformationType = (ExpressionInfo)m_transformationType.PublishClone(context);
}
if (m_maximumValue != null)
{
stateIndicator.m_maximumValue = (GaugeInputValue)m_maximumValue.PublishClone(context);
}
if (m_minimumValue != null)
{
stateIndicator.m_minimumValue = (GaugeInputValue)m_minimumValue.PublishClone(context);
}
if (m_indicatorStyle != null)
{
stateIndicator.m_indicatorStyle = (ExpressionInfo)m_indicatorStyle.PublishClone(context);
}
if (m_indicatorImage != null)
{
stateIndicator.m_indicatorImage = (IndicatorImage)m_indicatorImage.PublishClone(context);
}
if (m_scaleFactor != null)
{
stateIndicator.m_scaleFactor = (ExpressionInfo)m_scaleFactor.PublishClone(context);
}
if (m_indicatorStates != null)
{
stateIndicator.m_indicatorStates = new List <IndicatorState>(m_indicatorStates.Count);
foreach (IndicatorState indicatorState in m_indicatorStates)
{
stateIndicator.m_indicatorStates.Add((IndicatorState)indicatorState.PublishClone(context));
}
}
if (m_resizeMode != null)
{
stateIndicator.m_resizeMode = (ExpressionInfo)m_resizeMode.PublishClone(context);
}
if (m_angle != null)
{
stateIndicator.m_angle = (ExpressionInfo)m_angle.PublishClone(context);
}
return(stateIndicator);
}
internal override void DataRegionContentsSetExprHost(ObjectModelImpl reportObjectModel, bool traverseDataRegions)
{
if (m_exprHost == null)
{
return;
}
IList <LinearGaugeExprHost> linearGaugesHostsRemotable = m_exprHost.LinearGaugesHostsRemotable;
if (m_linearGauges != null && linearGaugesHostsRemotable != null)
{
for (int i = 0; i < m_linearGauges.Count; i++)
{
LinearGauge linearGauge = m_linearGauges[i];
if (linearGauge != null && linearGauge.ExpressionHostID > -1)
{
linearGauge.SetExprHost(linearGaugesHostsRemotable[linearGauge.ExpressionHostID], reportObjectModel);
}
}
}
IList <RadialGaugeExprHost> radialGaugesHostsRemotable = m_exprHost.RadialGaugesHostsRemotable;
if (m_radialGauges != null && radialGaugesHostsRemotable != null)
{
for (int j = 0; j < m_radialGauges.Count; j++)
{
RadialGauge radialGauge = m_radialGauges[j];
if (radialGauge != null && radialGauge.ExpressionHostID > -1)
{
radialGauge.SetExprHost(radialGaugesHostsRemotable[radialGauge.ExpressionHostID], reportObjectModel);
}
}
}
IList <NumericIndicatorExprHost> numericIndicatorsHostsRemotable = m_exprHost.NumericIndicatorsHostsRemotable;
if (m_numericIndicators != null && numericIndicatorsHostsRemotable != null)
{
for (int k = 0; k < m_numericIndicators.Count; k++)
{
NumericIndicator numericIndicator = m_numericIndicators[k];
if (numericIndicator != null && numericIndicator.ExpressionHostID > -1)
{
numericIndicator.SetExprHost(numericIndicatorsHostsRemotable[numericIndicator.ExpressionHostID], reportObjectModel);
}
}
}
IList <StateIndicatorExprHost> stateIndicatorsHostsRemotable = m_exprHost.StateIndicatorsHostsRemotable;
if (m_stateIndicators != null && stateIndicatorsHostsRemotable != null)
{
for (int l = 0; l < m_stateIndicators.Count; l++)
{
StateIndicator stateIndicator = m_stateIndicators[l];
if (stateIndicator != null && stateIndicator.ExpressionHostID > -1)
{
stateIndicator.SetExprHost(stateIndicatorsHostsRemotable[stateIndicator.ExpressionHostID], reportObjectModel);
}
}
}
IList <GaugeImageExprHost> gaugeImagesHostsRemotable = m_exprHost.GaugeImagesHostsRemotable;
if (m_gaugeImages != null && gaugeImagesHostsRemotable != null)
{
for (int m = 0; m < m_gaugeImages.Count; m++)
{
GaugeImage gaugeImage = m_gaugeImages[m];
if (gaugeImage != null && gaugeImage.ExpressionHostID > -1)
{
gaugeImage.SetExprHost(gaugeImagesHostsRemotable[gaugeImage.ExpressionHostID], reportObjectModel);
}
}
}
IList <GaugeLabelExprHost> gaugeLabelsHostsRemotable = m_exprHost.GaugeLabelsHostsRemotable;
if (m_gaugeLabels != null && gaugeLabelsHostsRemotable != null)
{
for (int n = 0; n < m_gaugeLabels.Count; n++)
{
GaugeLabel gaugeLabel = m_gaugeLabels[n];
if (gaugeLabel != null && gaugeLabel.ExpressionHostID > -1)
{
gaugeLabel.SetExprHost(gaugeLabelsHostsRemotable[gaugeLabel.ExpressionHostID], reportObjectModel);
}
}
}
if (m_backFrame != null && m_exprHost.BackFrameHost != null)
{
m_backFrame.SetExprHost(m_exprHost.BackFrameHost, reportObjectModel);
}
if (m_topImage != null && m_exprHost.TopImageHost != null)
{
m_topImage.SetExprHost(m_exprHost.TopImageHost, reportObjectModel);
}
IList <GaugeCellExprHost> cellHostsRemotable = m_exprHost.CellHostsRemotable;
if (cellHostsRemotable != null && GaugeRow != null && cellHostsRemotable.Count > 0 && GaugeRow.GaugeCell != null)
{
GaugeRow.GaugeCell.SetExprHost(cellHostsRemotable[0], reportObjectModel);
}
}
public StateIndicator this[string name]
{
get
{
for (int i = 0; i < Count; i++)
{
Microsoft.ReportingServices.ReportIntermediateFormat.StateIndicator stateIndicator = m_gaugePanel.GaugePanelDef.StateIndicators[i];
if (string.CompareOrdinal(name, stateIndicator.Name) == 0)
{
return(base[i]);
}
}
throw new RenderingObjectModelException(ProcessingErrorCode.rsNotInCollection, name);
}
}
internal StateIndicator(Microsoft.ReportingServices.ReportIntermediateFormat.StateIndicator defObject, GaugePanel gaugePanel)
: base(defObject, gaugePanel)
{
}
