public override void Deserialize(IntermediateFormatReader reader)
{
base.Deserialize(reader);
reader.RegisterDeclaration(m_Declaration);
while (reader.NextMember())
{
switch (reader.CurrentMember.MemberName)
{
case MemberName.GaugeCell:
GaugeCell = (GaugeCell)reader.ReadRIFObject();
break;
case MemberName.GaugePanel:
m_gaugePanel = reader.ReadReference <GaugePanel>(this);
break;
case MemberName.Cells:
m_cells = reader.ReadListOfRIFObjects <GaugeCellList>();
break;
default:
Global.Tracer.Assert(condition: false);
break;
}
}
}
public virtual void Deserialize(IntermediateFormatReader reader)
{
reader.RegisterDeclaration(m_Declaration);
while (reader.NextMember())
{
switch (reader.CurrentMember.MemberName)
{
case MemberName.GaugePanel:
m_gaugePanel = reader.ReadReference <GaugePanel>(this);
break;
case MemberName.Source:
m_source = (ExpressionInfo)reader.ReadRIFObject();
break;
case MemberName.Value:
m_value = (ExpressionInfo)reader.ReadRIFObject();
break;
case MemberName.MIMEType:
m_MIMEType = (ExpressionInfo)reader.ReadRIFObject();
break;
case MemberName.TransparentColor:
m_transparentColor = (ExpressionInfo)reader.ReadRIFObject();
break;
}
}
}
public void Deserialize(IntermediateFormatReader reader)
{
reader.RegisterDeclaration(m_Declaration);
while (reader.NextMember())
{
switch (reader.CurrentMember.MemberName)
{
case MemberName.GaugePanel:
m_gaugePanel = reader.ReadReference <GaugePanel>(this);
break;
case MemberName.Value:
m_value = (ExpressionInfo)reader.ReadRIFObject();
break;
case MemberName.Formula:
m_formula = (ExpressionInfo)reader.ReadRIFObject();
break;
case MemberName.MinPercent:
m_minPercent = (ExpressionInfo)reader.ReadRIFObject();
break;
case MemberName.MaxPercent:
m_maxPercent = (ExpressionInfo)reader.ReadRIFObject();
break;
case MemberName.Multiplier:
m_multiplier = (ExpressionInfo)reader.ReadRIFObject();
break;
case MemberName.AddConstant:
m_addConstant = (ExpressionInfo)reader.ReadRIFObject();
break;
case MemberName.DataElementName:
m_dataElementName = reader.ReadString();
break;
case MemberName.DataElementOutput:
m_dataElementOutput = (DataElementOutputTypes)reader.ReadEnum();
break;
case MemberName.ExprHostID:
m_exprHostID = reader.ReadInt32();
break;
default:
Global.Tracer.Assert(condition: false);
break;
}
}
}
public void Deserialize(IntermediateFormatReader reader)
{
reader.RegisterDeclaration(m_Declaration);
while (reader.NextMember())
{
switch (reader.CurrentMember.MemberName)
{
case MemberName.GaugePanel:
m_gaugePanel = reader.ReadReference <GaugePanel>(this);
break;
case MemberName.Name:
m_name = reader.ReadString();
break;
case MemberName.StartValue:
m_startValue = (GaugeInputValue)reader.ReadRIFObject();
break;
case MemberName.EndValue:
m_endValue = (GaugeInputValue)reader.ReadRIFObject();
break;
case MemberName.Color:
m_color = (ExpressionInfo)reader.ReadRIFObject();
break;
case MemberName.ScaleFactor:
m_scaleFactor = (ExpressionInfo)reader.ReadRIFObject();
break;
case MemberName.IndicatorStyle:
m_indicatorStyle = (ExpressionInfo)reader.ReadRIFObject();
break;
case MemberName.IndicatorImage:
m_indicatorImage = (IndicatorImage)reader.ReadRIFObject();
break;
case MemberName.ExprHostID:
m_exprHostID = reader.ReadInt32();
break;
default:
Global.Tracer.Assert(condition: false);
break;
}
}
}
public void ResolveReferences(Dictionary <Microsoft.ReportingServices.ReportIntermediateFormat.Persistence.ObjectType, List <MemberReference> > memberReferencesCollection, Dictionary <int, IReferenceable> referenceableItems)
{
if (!memberReferencesCollection.TryGetValue(m_Declaration.ObjectType, out List <MemberReference> value))
{
return;
}
foreach (MemberReference item in value)
{
MemberName memberName = item.MemberName;
if (memberName == MemberName.GaugePanel)
{
Global.Tracer.Assert(referenceableItems.ContainsKey(item.RefID));
m_gaugePanel = (GaugePanel)referenceableItems[item.RefID];
}
else
{
Global.Tracer.Assert(condition: false);
}
}
}
public virtual void Deserialize(IntermediateFormatReader reader)
{
reader.RegisterDeclaration(m_Declaration);
while (reader.NextMember())
{
switch (reader.CurrentMember.MemberName)
{
case MemberName.GaugePanel:
m_gaugePanel = reader.ReadReference <GaugePanel>(this);
break;
case MemberName.StyleClass:
m_styleClass = (Style)reader.ReadRIFObject();
break;
default:
Global.Tracer.Assert(condition: false);
break;
}
}
}
internal RadialPointer(GaugePanel gaugePanel, int id)
: base(gaugePanel, id)
{
}
internal NumericIndicator(GaugePanel gaugePanel, int id)
: base(gaugePanel, id)
{
}
internal GaugeRow(int id, GaugePanel gaugePanel)
: base(id)
{
m_gaugePanel = gaugePanel;
}
internal FrameBackground(GaugePanel gaugePanel)
: base(gaugePanel)
{
}
internal GaugePanelItem(GaugePanel gaugePanel, int id)
: base(gaugePanel)
{
m_id = id;
}
internal GaugeImage(GaugePanel gaugePanel, int id)
: base(gaugePanel, id)
{
}
internal Thermometer(GaugePanel gaugePanel)
: base(gaugePanel)
{
}
internal RadialScale(GaugePanel gaugePanel, int id)
: base(gaugePanel, id)
{
}
internal FrameImage(GaugePanel gaugePanel)
: base(gaugePanel)
{
}
internal GaugeInputValue(GaugePanel gaugePanel)
{
m_gaugePanel = gaugePanel;
}
internal ScaleLabels(GaugePanel gaugePanel)
: base(gaugePanel)
{
}
internal IndicatorImage(GaugePanel gaugePanel)
: base(gaugePanel)
{
}
internal override object PublishClone(AutomaticSubtotalContext context)
{
GaugePanel gaugePanel = (GaugePanel)(context.CurrentDataRegionClone = (GaugePanel)base.PublishClone(context));
gaugePanel.m_rows = new GaugeRowList();
gaugePanel.m_rowMembers = new GaugeMemberList();
gaugePanel.m_columnMembers = new GaugeMemberList();
if (GaugeMember != null)
{
gaugePanel.GaugeMember = (GaugeMember)GaugeMember.PublishClone(context, gaugePanel);
}
if (GaugeRowMember != null)
{
gaugePanel.GaugeRowMember = (GaugeMember)GaugeRowMember.PublishClone(context);
}
if (GaugeRow != null)
{
gaugePanel.GaugeRow = (GaugeRow)GaugeRow.PublishClone(context);
}
if (m_linearGauges != null)
{
gaugePanel.m_linearGauges = new List <LinearGauge>(m_linearGauges.Count);
foreach (LinearGauge linearGauge in m_linearGauges)
{
gaugePanel.m_linearGauges.Add((LinearGauge)linearGauge.PublishClone(context));
}
}
if (m_radialGauges != null)
{
gaugePanel.m_radialGauges = new List <RadialGauge>(m_radialGauges.Count);
foreach (RadialGauge radialGauge in m_radialGauges)
{
gaugePanel.m_radialGauges.Add((RadialGauge)radialGauge.PublishClone(context));
}
}
if (m_numericIndicators != null)
{
gaugePanel.m_numericIndicators = new List <NumericIndicator>(m_numericIndicators.Count);
foreach (NumericIndicator numericIndicator in m_numericIndicators)
{
gaugePanel.m_numericIndicators.Add((NumericIndicator)numericIndicator.PublishClone(context));
}
}
if (m_stateIndicators != null)
{
gaugePanel.m_stateIndicators = new List <StateIndicator>(m_stateIndicators.Count);
foreach (StateIndicator stateIndicator in m_stateIndicators)
{
gaugePanel.m_stateIndicators.Add((StateIndicator)stateIndicator.PublishClone(context));
}
}
if (m_gaugeImages != null)
{
gaugePanel.m_gaugeImages = new List <GaugeImage>(m_gaugeImages.Count);
foreach (GaugeImage gaugeImage in m_gaugeImages)
{
gaugePanel.m_gaugeImages.Add((GaugeImage)gaugeImage.PublishClone(context));
}
}
if (m_gaugeLabels != null)
{
gaugePanel.m_gaugeLabels = new List <GaugeLabel>(m_gaugeLabels.Count);
foreach (GaugeLabel gaugeLabel in m_gaugeLabels)
{
gaugePanel.m_gaugeLabels.Add((GaugeLabel)gaugeLabel.PublishClone(context));
}
}
if (m_antiAliasing != null)
{
gaugePanel.m_antiAliasing = (ExpressionInfo)m_antiAliasing.PublishClone(context);
}
if (m_autoLayout != null)
{
gaugePanel.m_autoLayout = (ExpressionInfo)m_autoLayout.PublishClone(context);
}
if (m_backFrame != null)
{
gaugePanel.m_backFrame = (BackFrame)m_backFrame.PublishClone(context);
}
if (m_shadowIntensity != null)
{
gaugePanel.m_shadowIntensity = (ExpressionInfo)m_shadowIntensity.PublishClone(context);
}
if (m_textAntiAliasingQuality != null)
{
gaugePanel.m_textAntiAliasingQuality = (ExpressionInfo)m_textAntiAliasingQuality.PublishClone(context);
}
if (m_topImage != null)
{
gaugePanel.m_topImage = (TopImage)m_topImage.PublishClone(context);
}
return(gaugePanel);
}
internal ScalePin(GaugePanel gaugePanel)
: base(gaugePanel)
{
}
internal TopImage(GaugePanel gaugePanel)
: base(gaugePanel)
{
}
internal AutoGeneratedGaugeInputValue(GaugePanel gaugePanel, string stateIndicatorName)
: base(gaugePanel)
{
m_stateIndicatorName = stateIndicatorName;
}
internal NumericIndicatorRange(GaugePanel gaugePanel)
{
m_gaugePanel = gaugePanel;
}
internal GaugeMember(int id, GaugePanel crItem)
: base(id, crItem)
{
}
internal LinearScale(GaugePanel gaugePanel, int id)
: base(gaugePanel, id)
{
}
internal TickMarkStyle(GaugePanel gaugePanel)
: base(gaugePanel)
{
}
internal StateIndicator(GaugePanel gaugePanel, int id)
: base(gaugePanel, id)
{
}
internal PointerImage(GaugePanel gaugePanel)
: base(gaugePanel)
{
}
internal GaugeLabel(GaugePanel gaugePanel, int id)
: base(gaugePanel, id)
{
}
internal ScaleRange(GaugePanel gaugePanel, int id)
: base(gaugePanel)
{
m_id = id;
}
