private FieldStructure CreateFieldStructure(GenerateCodeTypeElementTreeNavigationItem generatedCodeTypeElementTreeNavigationItem, Dictionary <string, Settings> codeDataTypeConversionToName)
{
string dataType = GetDataType(generatedCodeTypeElementTreeNavigationItem, codeDataTypeConversionToName);
FieldStructure fieldStructure = new FieldStructure(Modifier.PRIVATE, dataType, generatedCodeTypeElementTreeNavigationItem.CompositeTypeElementTreeNavigationItem.Name);
if (generatedCodeTypeElementTreeNavigationItem.Id)
{
fieldStructure.AddAnnotation(Annotation.CreateAnnotation(Annotation.IdAnnotation));
}
if (generatedCodeTypeElementTreeNavigationItem.Transient)
{
fieldStructure.AddAnnotation(Annotation.CreateAnnotation(Annotation.TransientAnnotation));
}
if (!string.IsNullOrEmpty(generatedCodeTypeElementTreeNavigationItem.ColumnName))
{
fieldStructure.AddAnnotation(Annotation.CreateAnnotation(Annotation.ColumnAnnotation, generatedCodeTypeElementTreeNavigationItem.ColumnName));
}
return(fieldStructure);
}
private ClassStructure CreateClassStructure(GenerateCodeTypeTreeNavigationItem generateCodeTypeTreeNavigationItem)
{
ClassStructure classStructure = new ClassStructure(Modifier.PUBLIC, generateCodeTypeTreeNavigationItem.Name);
classStructure.Namespace = generateCodeTypeTreeNavigationItem.Namespace;
if (generateCodeTypeTreeNavigationItem.Table)
{
classStructure.AddAnnotation(Annotation.CreateAnnotation(Annotation.TableAnnotation, CreateColumnName(generateCodeTypeTreeNavigationItem.Name)));
}
if (generateCodeTypeTreeNavigationItem.DiscriminatorValue)
{
classStructure.AddAnnotation(Annotation.CreateAnnotation(Annotation.DiscriminatorValueAnnotation));
}
Dictionary <string, Settings> codeDataTypeConversionToName = GetCodeDataTypeConversionToName();
foreach (GenerateCodeTypeElementTreeNavigationItem generatedCodeTypeElementTreeNavigationItem in generateCodeTypeTreeNavigationItem.Fields)
{
classStructure.Fields.Add(CreateFieldStructure(generatedCodeTypeElementTreeNavigationItem, codeDataTypeConversionToName));
}
return(classStructure);
}
internal void AddOrRemoveAnnotations(Annotation annotation, bool isRemoval)
{
annotation.Chart = chart;
UIElement annotationElement = null;
if (annotation.IsVisbilityChanged)
{
annotationElement = annotation.GetRenderedAnnotation();
}
else
{
annotationElement = !isRemoval?annotation.CreateAnnotation() : annotation.GetRenderedAnnotation();
}
var axisMarker = annotation as AxisMarker;
if (annotationElement != null && axisMarker == null)
{
switch (annotation.CoordinateUnit)
{
case CoordinateUnit.Axis:
if (this.chart.SeriesAnnotationCanvas.Children.Contains(annotationElement) && isRemoval)
{
RemoveSeriesAnnotation(annotation, annotationElement);
}
else if (annotation.Visibility == Visibility.Visible)
{
// The following code is dynamic changing the Coordinate from Pixel to Axis.
if (this.chart.ChartAnnotationCanvas.Children.Contains(annotationElement))
{
RemoveChartAnnotation(annotation, annotationElement);
}
if (!this.chart.SeriesAnnotationCanvas.Children.Contains(annotation))
{
this.chart.SeriesAnnotationCanvas.Children.Add(annotation);
}
this.chart.SeriesAnnotationCanvas.Children.Add(annotationElement);
annotation.UpdateAnnotation();
}
break;
case CoordinateUnit.Pixel:
if (this.chart.ChartAnnotationCanvas.Children.Contains(annotationElement) && isRemoval)
{
RemoveChartAnnotation(annotation, annotationElement);
}
else if (annotation.Visibility == Visibility.Visible)
{
// The following code is dynamic changing the Coordinate from Axis to Pixel.
if (this.chart.SeriesAnnotationCanvas.Children.Contains(annotationElement))
{
RemoveSeriesAnnotation(annotation, annotationElement);
}
if (!this.chart.ChartAnnotationCanvas.Children.Contains(annotation))
{
this.chart.ChartAnnotationCanvas.Children.Add(annotation);
}
this.chart.ChartAnnotationCanvas.Children.Add(annotationElement);
annotation.UpdateAnnotation();
}
break;
}
}
else
{
if (axisMarker != null)
{
if (this.chart.ChartAnnotationCanvas.Children.Contains(axisMarker.MarkerCanvas) && isRemoval)
{
this.chart.ChartAnnotationCanvas.Children.Remove(axisMarker.MarkerCanvas);
}
else if (axisMarker.ParentAnnotation.Visibility != Visibility.Collapsed)
{
this.chart.ChartAnnotationCanvas.Children.Add(annotationElement);
annotation.UpdateAnnotation();
}
}
}
annotation.IsVisbilityChanged = false;
}
internal void AddOrRemoveAnnotationResizer(Annotation annotation, bool isRemoval)
{
annotation.Chart = chart;
UIElement resizerControl = null;
resizerControl = !isRemoval?annotation.CreateAnnotation() : annotation.GetRenderedAnnotation();
if (resizerControl != null)
{
switch (annotation.CoordinateUnit)
{
case CoordinateUnit.Axis:
if (isRemoval)
{
if (this.chart.SeriesAnnotationCanvas.Children.Contains(annotation))
{
this.chart.SeriesAnnotationCanvas.Children.Remove(annotation);
RemoveAxisMarker(annotation);
}
Grid annotationElement = this.previouseSelectedAnnotation.GetRenderedAnnotation() as Grid;
if (annotationElement.Children.Contains(resizerControl))
{
annotationElement.Children.Remove(resizerControl);
}
}
else
{
Grid annotationElement = this.SelectedAnnotation.GetRenderedAnnotation() as Grid;
this.chart.SeriesAnnotationCanvas.Children.Add(annotation);
annotationElement.Children.Add(resizerControl);
annotation.UpdateAnnotation();
}
break;
case CoordinateUnit.Pixel:
if (isRemoval)
{
if (this.chart.ChartAnnotationCanvas.Children.Contains(annotation))
{
this.chart.ChartAnnotationCanvas.Children.Remove(annotation);
}
Grid annotationElement = this.previouseSelectedAnnotation.GetRenderedAnnotation() as Grid;
if (annotationElement.Children.Contains(resizerControl))
{
annotationElement.Children.Remove(resizerControl);
}
}
else
{
Grid annotationElement = this.SelectedAnnotation.GetRenderedAnnotation() as Grid;
this.chart.ChartAnnotationCanvas.Children.Add(annotation);
annotationElement.Children.Add(resizerControl);
annotation.UpdateAnnotation();
}
break;
}
}
}