Code:
/ Dotnetfx_Vista_SP2 / Dotnetfx_Vista_SP2 / 8.0.50727.4016 / DEVDIV / depot / DevDiv / releases / Orcas / QFE / wpf / src / Core / CSharp / System / Windows / Media / DrawingDrawingContext.cs / 1 / DrawingDrawingContext.cs
//----------------------------------------------------------------------------
//
// Copyright (c) Microsoft Corporation. All rights reserved.
//
// Description: Creates a Drawing representation of the Draw calls made
// to this DrawingContext.
//
// History:
//
// 2004/11/19 : timothyc - Repurposed DrawingDrawingContext from being the
// DrawingContext that populates a legacy Drawing to the
// DrawingContext that creates a DrawingGroup.
//
//---------------------------------------------------------------------------
using MS.Internal;
using System;
using System.Collections.Generic;
using System.Diagnostics;
using System.Security.Permissions;
using System.Windows;
using System.Windows.Media;
using System.Windows.Media.Animation;
using System.Windows.Media.Composition;
using System.Windows.Media.Effects;
using System.Windows.Media.Imaging;
using System.Windows.Media.Media3D;
using System.Windows.Threading;
using SR=MS.Internal.PresentationCore.SR;
using SRID=MS.Internal.PresentationCore.SRID;
namespace System.Windows.Media
{
///
/// Creates DrawingGroup content to represent the Draw calls made to this DrawingContext
///
internal class DrawingDrawingContext : DrawingContext
{
#region Constructors
///
/// Default DrawingDrawingContext constructor.
///
internal DrawingDrawingContext()
{
}
#endregion Constructors
#region Public Methods
///
/// DrawLine -
/// Draws a line with the specified pen.
/// Note that this API does not accept a Brush, as there is no area to fill.
///
/// The Pen with which to stroke the line.
/// The start Point for the line.
/// The end Point for the line.
public override void DrawLine(
Pen pen,
Point point0,
Point point1)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawLine(const)");
#endif
// Forward call to the animate version with null animations
DrawLine(pen, point0, null, point1, null);
}
///
/// DrawLine -
/// Draws a line with the specified pen.
/// Note that this API does not accept a Brush, as there is no area to fill.
///
/// The Pen with which to stroke the line.
/// The start Point for the line.
/// Optional AnimationClock for point0.
/// The end Point for the line.
/// Optional AnimationClock for point1.
public override void DrawLine(
Pen pen,
Point point0,
AnimationClock point0Animations,
Point point1,
AnimationClock point1Animations)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawLine(animate)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
if (pen == null)
{
return;
}
//
// Create a geometry & add animations if they exist
//
// Instantiate the geometry
LineGeometry geometry = new LineGeometry(point0, point1);
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
geometry.CanBeInheritanceContext = CanBeInheritanceContext;
// Setup the geometries freezable-related state
SetupNewFreezable(
geometry,
(point0Animations == null) && // Freeze if animations are null
(point1Animations == null)
);
// Add animations to the geometry
if (point0Animations != null)
{
geometry.ApplyAnimationClock(LineGeometry.StartPointProperty, point0Animations);
}
if(point1Animations != null)
{
geometry.ApplyAnimationClock(LineGeometry.EndPointProperty, point1Animations);
}
//
// Add Drawing to the Drawing graph
//
AddNewGeometryDrawing(null, pen, geometry);
}
///
/// DrawRectangle -
/// Draw a rectangle with the provided Brush and/or Pen.
/// If both the Brush and Pen are null this call is a no-op.
///
///
/// The Brush with which to fill the rectangle.
/// This is optional, and can be null, in which case no fill is performed.
///
///
/// The Pen with which to stroke the rectangle.
/// This is optional, and can be null, in which case no stroke is performed.
///
/// The Rect to fill and/or stroke.
public override void DrawRectangle(
Brush brush,
Pen pen,
Rect rectangle)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawRectangle(const)");
#endif
// Forward call to the animate version with null animations
DrawRectangle(brush, pen, rectangle, null);
}
///
/// DrawRectangle -
/// Draw a rectangle with the provided Brush and/or Pen.
/// If both the Brush and Pen are null this call is a no-op.
///
///
/// The Brush with which to fill the rectangle.
/// This is optional, and can be null, in which case no fill is performed.
///
///
/// The Pen with which to stroke the rectangle.
/// This is optional, and can be null, in which case no stroke is performed.
///
/// The Rect to fill and/or stroke.
/// Optional AnimationClock for rectangle.
public override void DrawRectangle(
Brush brush,
Pen pen,
Rect rectangle,
AnimationClock rectangleAnimations)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawRectangle(animate)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
if ((brush == null) && (pen == null))
{
return;
}
//
// Create a geometry & add animations if they exist
//
// Instantiate the geometry
RectangleGeometry geometry = new RectangleGeometry(rectangle);
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
geometry.CanBeInheritanceContext = CanBeInheritanceContext;
// Setup the geometries freezable-related state
SetupNewFreezable(
geometry,
(rectangleAnimations == null) // Freeze if there are no animations
);
// Add animations to the geometry
if (rectangleAnimations != null)
{
geometry.ApplyAnimationClock(RectangleGeometry.RectProperty, rectangleAnimations);
}
//
// Add Drawing to the Drawing graph
//
AddNewGeometryDrawing(brush, pen, geometry);
}
///
/// DrawRoundedRectangle -
/// Draw a rounded rectangle with the provided Brush and/or Pen.
/// If both the Brush and Pen are null this call is a no-op.
///
///
/// The Brush with which to fill the rectangle.
/// This is optional, and can be null, in which case no fill is performed.
///
///
/// The Pen with which to stroke the rectangle.
/// This is optional, and can be null, in which case no stroke is performed.
///
/// The Rect to fill and/or stroke.
///
/// The radius in the X dimension of the rounded corners of this
/// rounded Rect. This value will be clamped to the range [0..rectangle.Width/2]
///
///
/// The radius in the Y dimension of the rounded corners of this
/// rounded Rect. This value will be clamped to the range [0..rectangle.Height/2].
///
public override void DrawRoundedRectangle(
Brush brush,
Pen pen,
Rect rectangle,
Double radiusX,
Double radiusY)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawRoundedRectangle(const)");
#endif
// Forward call to the animate version with null animations
DrawRoundedRectangle(brush, pen, rectangle, null, radiusX, null, radiusY, null);
}
///
/// DrawRoundedRectangle -
/// Draw a rounded rectangle with the provided Brush and/or Pen.
/// If both the Brush and Pen are null this call is a no-op.
///
///
/// The Brush with which to fill the rectangle.
/// This is optional, and can be null, in which case no fill is performed.
///
///
/// The Pen with which to stroke the rectangle.
/// This is optional, and can be null, in which case no stroke is performed.
///
/// The Rect to fill and/or stroke.
/// Optional AnimationClock for rectangle.
///
/// The radius in the X dimension of the rounded corners of this
/// rounded Rect. This value will be clamped to the range [0..rectangle.Width/2]
///
/// Optional AnimationClock for radiusX.
///
/// The radius in the Y dimension of the rounded corners of this
/// rounded Rect. This value will be clamped to the range [0..rectangle.Height/2].
///
/// Optional AnimationClock for radiusY.
public override void DrawRoundedRectangle(
Brush brush,
Pen pen,
Rect rectangle,
AnimationClock rectangleAnimations,
Double radiusX,
AnimationClock radiusXAnimations,
Double radiusY,
AnimationClock radiusYAnimations)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawRoundedRectangle(animate)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
if ((brush == null) && (pen == null))
{
return;
}
//
// Create a geometry & add animations if they exist
//
// Instantiate the geometry
RectangleGeometry geometry = new RectangleGeometry(rectangle, radiusX, radiusY);
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
geometry.CanBeInheritanceContext = CanBeInheritanceContext;
// Setup the geometries freezable-related state
SetupNewFreezable(
geometry,
(rectangleAnimations == null) && // Freeze if animations are null
(radiusXAnimations == null) &&
(radiusYAnimations == null)
);
// Add animations to the geometry
if (rectangleAnimations != null)
{
geometry.ApplyAnimationClock(RectangleGeometry.RectProperty, rectangleAnimations);
}
if (radiusXAnimations != null)
{
geometry.ApplyAnimationClock(RectangleGeometry.RadiusXProperty, radiusXAnimations);
}
if (radiusYAnimations != null)
{
geometry.ApplyAnimationClock(RectangleGeometry.RadiusYProperty, radiusYAnimations);
}
//
// Add Drawing to the Drawing graph
//
AddNewGeometryDrawing(brush, pen, geometry);
}
///
/// DrawEllipse -
/// Draw an ellipse with the provided Brush and/or Pen.
/// If both the Brush and Pen are null this call is a no-op.
///
///
/// The Brush with which to fill the ellipse.
/// This is optional, and can be null, in which case no fill is performed.
///
///
/// The Pen with which to stroke the ellipse.
/// This is optional, and can be null, in which case no stroke is performed.
///
///
/// The center of the ellipse to fill and/or stroke.
///
///
/// The radius in the X dimension of the ellipse.
/// The absolute value of the radius provided will be used.
///
///
/// The radius in the Y dimension of the ellipse.
/// The absolute value of the radius provided will be used.
///
public override void DrawEllipse(
Brush brush,
Pen pen,
Point center,
Double radiusX,
Double radiusY)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawEllipse(const)");
#endif
// Forward call to the animate version with null animations
DrawEllipse(brush, pen, center, null, radiusX, null, radiusY, null);
}
///
/// DrawEllipse -
/// Draw an ellipse with the provided Brush and/or Pen.
/// If both the Brush and Pen are null this call is a no-op.
///
///
/// The Brush with which to fill the ellipse.
/// This is optional, and can be null, in which case no fill is performed.
///
///
/// The Pen with which to stroke the ellipse.
/// This is optional, and can be null, in which case no stroke is performed.
///
///
/// The center of the ellipse to fill and/or stroke.
///
/// Optional AnimationClock for center.
///
/// The radius in the X dimension of the ellipse.
/// The absolute value of the radius provided will be used.
///
/// Optional AnimationClock for radiusX.
///
/// The radius in the Y dimension of the ellipse.
/// The absolute value of the radius provided will be used.
///
/// Optional AnimationClock for radiusY.
public override void DrawEllipse(
Brush brush,
Pen pen,
Point center,
AnimationClock centerAnimations,
Double radiusX,
AnimationClock radiusXAnimations,
Double radiusY,
AnimationClock radiusYAnimations)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawEllipse(animate)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
if ((brush == null) && (pen == null))
{
return;
}
//
// Create a geometry & add animations if they exist
//
// Instantiate the geometry
EllipseGeometry geometry = new EllipseGeometry(center, radiusX, radiusY);
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
geometry.CanBeInheritanceContext = CanBeInheritanceContext;
// Setup the geometries freezable-related state
SetupNewFreezable(
geometry,
(centerAnimations == null) && // Freeze if there are no animations
(radiusXAnimations == null) &&
(radiusYAnimations == null)
);
// Add animations to the geometry
if (centerAnimations != null)
{
geometry.ApplyAnimationClock(EllipseGeometry.CenterProperty, centerAnimations);
}
if (radiusXAnimations != null)
{
geometry.ApplyAnimationClock(EllipseGeometry.RadiusXProperty, radiusXAnimations);
}
if (radiusYAnimations != null)
{
geometry.ApplyAnimationClock(EllipseGeometry.RadiusYProperty, radiusYAnimations);
}
//
// Add Drawing to the Drawing graph
//
AddNewGeometryDrawing(brush, pen, geometry);
}
///
/// DrawGeometry -
/// Draw a Geometry with the provided Brush and/or Pen.
/// If both the Brush and Pen are null this call is a no-op.
///
///
/// The Brush with which to fill the Geometry.
/// This is optional, and can be null, in which case no fill is performed.
///
///
/// The Pen with which to stroke the Geometry.
/// This is optional, and can be null, in which case no stroke is performed.
///
/// The Geometry to fill and/or stroke.
public override void DrawGeometry(
Brush brush,
Pen pen,
Geometry geometry)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawGeometry(const)");
#endif
//
// Create a drawing & add animations if they exist
//
VerifyApiNonstructuralChange();
if (((brush == null) && (pen == null)) || (geometry == null))
{
return;
}
AddNewGeometryDrawing(brush, pen, geometry);
}
///
/// DrawImage -
/// Draw an Image into the region specified by the Rect.
/// The Image will potentially be stretched and distorted to fit the Rect.
/// For more fine grained control, consider filling a Rect with an ImageBrush via
/// DrawRectangle.
///
/// The ImageSource to draw.
///
/// The Rect into which the ImageSource will be fit.
///
public override void DrawImage(
ImageSource imageSource,
Rect rectangle)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawImage(const)");
#endif
// Forward call to the animate version with null animations
DrawImage(imageSource, rectangle, null);
}
///
/// DrawImage -
/// Draw an Image into the region specified by the Rect.
/// The Image will potentially be stretched and distorted to fit the Rect.
/// For more fine grained control, consider filling a Rect with an ImageBrush via
/// DrawRectangle.
///
/// The ImageSource to draw.
///
/// The Rect into which the ImageSource will be fit.
///
/// Optional AnimationClock for rectangle.
public override void DrawImage(
ImageSource imageSource,
Rect rectangle,
AnimationClock rectangleAnimations)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawImage(animate)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
if (imageSource == null)
{
return;
}
//
// Create a drawing & add animations if they exist
//
ImageDrawing imageDrawing = new ImageDrawing();
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
imageDrawing.CanBeInheritanceContext = CanBeInheritanceContext;
imageDrawing.ImageSource = imageSource;
imageDrawing.Rect = rectangle;
SetupNewFreezable(
imageDrawing,
(null == rectangleAnimations) && // Freeze if there are no animations
imageSource.IsFrozen // and the bitmap source is frozen
);
if (rectangleAnimations != null)
{
imageDrawing.ApplyAnimationClock(ImageDrawing.RectProperty, rectangleAnimations);
}
AddDrawing(imageDrawing);
}
///
/// DrawDrawing -
/// Draw a Drawing.
/// For more fine grained control, consider filling a Rect with an DrawingBrush via
/// DrawRect.
///
/// The Drawing to draw.
public override void DrawDrawing(
Drawing drawing)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawDrawing(const)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
if (drawing == null)
{
return;
}
//
// Add the Drawing to the children collection
//
AddDrawing(drawing);
}
///
/// DrawVideo -
/// Draw a Video into the region specified by the Rect.
/// The Video will potentially be stretched and distorted to fit the Rect.
/// For more fine grained control, consider filling a Rect with an VideoBrush via
/// DrawRectangle.
///
/// The MediaPlayer to draw.
///
/// The Rect into which the MediaPlayer will be fit.
///
public override void DrawVideo(
MediaPlayer player,
Rect rectangle)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawVideo(const)");
#endif
// Forward to non-animate version with null animations
DrawVideo(player, rectangle, null);
}
///
/// DrawVideo -
/// Draw a Video into the region specified by the Rect.
/// The Video will potentially be stretched and distorted to fit the Rect.
/// For more fine grained control, consider filling a Rect with an VideoBrush via
/// DrawRectangle.
///
/// The MediaPlayer to draw.
///
/// The Rect into which the MediaPlayer will be fit.
///
/// Optional AnimationClock for rectangle.
public override void DrawVideo(
MediaPlayer player,
Rect rectangle,
AnimationClock rectangleAnimations)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawVideo(animate)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
if (player == null)
{
return;
}
//
// Create a drawing & add animations if they exist
//
VideoDrawing videoDrawing = new VideoDrawing();
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
videoDrawing.CanBeInheritanceContext = CanBeInheritanceContext;
videoDrawing.Player = player;
videoDrawing.Rect = rectangle;
SetupNewFreezable(
videoDrawing,
false // Don't ever freeze a VideoDrawing because it would
// lose it's MediaPlayer
);
if (rectangleAnimations != null)
{
videoDrawing.ApplyAnimationClock(VideoDrawing.RectProperty, rectangleAnimations);
}
AddDrawing(videoDrawing);
}
///
/// DrawScene3D -
/// Draw a Scene3D (internal object encapsulating a 3D scene)
///
/// The Scene3D to draw.
internal override void DrawScene3D(
Scene3D scene3D)
{
// DrawingGroup's do not support DrawScene3D. DrawScene3D is an internal
// method only used by RetainedVisual3D, which always represents
// it's content using RenderData (which does support DrawScene3D).
Debug.Assert(false);
}
///
/// PushClip -
/// Push a clip region, which will apply to all drawing primitives until the
/// corresponding Pop call.
///
/// The Geometry to which we will clip.
public override void PushClip(
Geometry clipGeometry)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushClip(const)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
//
// Instantiate a new drawing group and set it as the _currentDrawingGroup
//
PushNewDrawingGroup();
//
// Set the clip on the new DrawingGroup
//
_currentDrawingGroup.ClipGeometry = clipGeometry;
}
public override void PushOpacityMask(Brush brush)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushOpacityMask(const)");
#endif
//
// Verify this object's state
//
VerifyApiNonstructuralChange();
//
// Instantiate a new drawing group and set it as the _currentDrawingGroup
//
PushNewDrawingGroup();
//
// Set the opacity mask
//
_currentDrawingGroup.OpacityMask = brush;
}
///
/// PushOpacity -
/// Push an opacity which will blend the composite of all drawing primitives added
/// until the corresponding Pop call.
///
///
/// The opacity with which to blend - 0 is transparent, 1 is opaque.
///
public override void PushOpacity(
Double opacity
)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushOpacity(const)");
#endif
// Forward to the animate version with null animations
PushOpacity(opacity, null);
}
///
/// PushOpacity -
/// Push an opacity which will blend the composite of all drawing primitives added
/// until the corresponding Pop call.
///
///
/// The opacity with which to blend - 0 is transparent, 1 is opaque.
///
/// Optional AnimationClock for opacity.
public override void PushOpacity(
Double opacity,
AnimationClock opacityAnimations)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushOpacity(animate)");
#endif
//
// Verify this object's state
//
VerifyApiNonstructuralChange();
//
// Instantiate a new drawing group and set it as the _currentDrawingGroup
//
PushNewDrawingGroup();
//
// Set the opacity & opacity animations on the new DrawingGroup
//
_currentDrawingGroup.Opacity = opacity;
if (null != opacityAnimations)
{
_currentDrawingGroup.ApplyAnimationClock(DrawingGroup.OpacityProperty, opacityAnimations);
}
}
///
/// PushTransform -
/// Push a Transform which will apply to all drawing operations until the corresponding
/// Pop.
///
/// The Transform to push.
public override void PushTransform(
Transform transform)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushTransform(const)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
//
// Instantiate a new drawing group and set it as the _currentDrawingGroup
//
PushNewDrawingGroup();
//
// Set the transform on the new DrawingGroup
//
_currentDrawingGroup.Transform = transform;
}
///
/// PushGuidelineSet -
/// Push a set of guidelines which should be applied
/// to all drawing operations until the
/// corresponding Pop.
///
/// The GuidelineSet to push.
public override void PushGuidelineSet(
GuidelineSet guidelines)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushGuidelineSet");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
//
// Instantiate a new drawing group and set it as the _currentDrawingGroup
//
PushNewDrawingGroup();
//
// Set the guideline collection on the new DrawingGroup
//
_currentDrawingGroup.GuidelineSet = guidelines;
}
///
/// PushGuidelineY1 -
/// Explicitly push one horizontal guideline.
///
/// The coordinate of leading guideline.
internal override void PushGuidelineY1(
Double coordinate)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushGuidelineY1");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
//
// Instantiate a new drawing group and set it as the _currentDrawingGroup
//
PushNewDrawingGroup();
//
// Convert compact record to generic GuidelineSet.
//
GuidelineSet guidelineCollection = new GuidelineSet(
null, // x guidelines
new double[] { coordinate, 0 }, // y guidelines
true // dynamic flag
);
guidelineCollection.Freeze();
//
// Set the guideline collection on the new DrawingGroup
//
_currentDrawingGroup.GuidelineSet = guidelineCollection;
}
///
/// PushGuidelineY2 -
/// Explicitly push a pair of horizontal guidelines.
///
/// The coordinate of leading guideline.
///
/// The offset from leading guideline to driven guideline.
///
internal override void PushGuidelineY2(
Double leadingCoordinate,
Double offsetToDrivenCoordinate)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushGuidelineY2");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
//
// Instantiate a new drawing group and set it as the _currentDrawingGroup
//
PushNewDrawingGroup();
//
// Convert compact record to generic GuidelineSet.
//
GuidelineSet guidelineCollection = new GuidelineSet(
null, // x guidelines
new double[]
{
leadingCoordinate,
offsetToDrivenCoordinate
}, // y guidelines
true // dynamic flag
);
guidelineCollection.Freeze();
//
// Set the guideline collection on the new DrawingGroup
//
_currentDrawingGroup.GuidelineSet = guidelineCollection;
}
///
/// PushEffect -
/// Push a BitmapEffect which will apply to all drawing operations until the
/// corresponding Pop.
///
/// The BitmapEffect to push.
/// The BitmapEffectInput.
public override void PushEffect(
BitmapEffect effect,
BitmapEffectInput effectInput)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushEffect(const)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
//
// Instantiate a new drawing group and set it as the _currentDrawingGroup
//
PushNewDrawingGroup();
//
// Set the transform on the new DrawingGroup
//
_currentDrawingGroup.BitmapEffect = effect;
_currentDrawingGroup.BitmapEffectInput = (effectInput != null) ?
effectInput : new BitmapEffectInput();
}
///
/// Pop
///
public override void Pop()
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("Pop");
#endif
VerifyApiNonstructuralChange();
// Verify that Pop hasn't been called too many times
if ( (_previousDrawingGroupStack == null) ||
(_previousDrawingGroupStack.Count == 0))
{
throw new InvalidOperationException(SR.Get(SRID.DrawingContext_TooManyPops));
}
// Restore the previous value of the current drawing group
_currentDrawingGroup = _previousDrawingGroupStack.Pop();
}
///
/// Draw a GlyphRun.
///
/// Foreground brush to draw GlyphRun with.
/// The GlyphRun to draw.
///
/// This call is illegal if this object has already been closed or disposed.
///
public override void DrawGlyphRun(Brush foregroundBrush, GlyphRun glyphRun)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawGlyphRun(constant)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
if (foregroundBrush == null || glyphRun == null)
{
return;
}
// Add a GlyphRunDrawing to the Drawing graph
GlyphRunDrawing glyphRunDrawing = new GlyphRunDrawing();
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
glyphRunDrawing.CanBeInheritanceContext = CanBeInheritanceContext;
glyphRunDrawing.ForegroundBrush = foregroundBrush;
glyphRunDrawing.GlyphRun = glyphRun;
SetupNewFreezable(
glyphRunDrawing,
foregroundBrush.IsFrozen
);
AddDrawing(glyphRunDrawing);
}
///
/// Dispose() closes this DrawingContext for any further additions, and
/// returns it's content to the object that created it.
///
///
/// Further Draw/Push/Pop calls to this DrawingContext will result in an
/// exception. This method also matches any outstanding Push calls with
/// a cooresponding Pop. Calling Close after this object has been closed
/// or Disposed will also result in an exception.
///
///
/// This call is illegal if this object has already been Closed.
///
public override void Close()
{
// Throw an exception if this object has already been closed/disposed.
VerifyNotDisposed();
// Close this object
((IDisposable)this).Dispose();
}
///
/// Dispose() closes this DrawingContext for any further additions, and
/// returns it's content to the object that created it.
///
///
/// Further Draw/Push/Pop calls to this DrawingContext will result in an
/// exception. This method also matches any outstanding Push calls with
/// a cooresponding Pop. Multiple calls to Dispose will not result in
/// an exception.
///
protected override void DisposeCore()
{
// Dispose may be called multiple times without throwing
// an exception.
if (!_disposed)
{
//
// Match any outstanding Push calls with a Pop
//
if (_previousDrawingGroupStack != null)
{
int stackCount = _previousDrawingGroupStack.Count;
for (int i = 0; i < stackCount; i++)
{
Pop();
}
}
//
// Call CloseCore with the root DrawingGroup's children
//
DrawingCollection rootChildren;
if (_currentDrawingGroup != null)
{
// If we created a root DrawingGroup because multiple elements
// exist at the root level, provide it's Children collection
// directly.
rootChildren = _currentDrawingGroup.Children;
}
else
{
// Create a new DrawingCollection if we didn't create a
// root DrawingGroup because the root level only contained
// a single child.
//
// This collection is needed by DrawingGroup.Open because
// Open always replaces it's Children collection. It isn't
// strictly needed for Append, but always using a collection
// simplifies the TransactionalAppend implementation (i.e.,
// a seperate implemention isn't needed for a single element)
rootChildren = new DrawingCollection();
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
rootChildren.CanBeInheritanceContext = CanBeInheritanceContext;
if (_rootDrawing != null)
{
rootChildren.Add(_rootDrawing);
}
}
// Inform our derived classes that Close was called
CloseCore(rootChildren);
_disposed = true;
}
}
#endregion Public Methods
#region Protected Methods
///
/// Called during Close/Dispose when the content created this DrawingContext
/// needs to be committed.
///
///
/// Collection containing the Drawing elements created with this
/// DrawingContext.
///
///
/// This will only be called once (at most) per instance.
///
protected virtual void CloseCore(DrawingCollection rootDrawingGroupChildren)
{
// Default implementation is a no-op
}
///
/// Verifies that the DrawingContext is being referenced from the
/// appropriate UIContext, and that the object hasn't been disposed
///
protected override void VerifyApiNonstructuralChange()
{
base.VerifyApiNonstructuralChange();
VerifyNotDisposed();
}
#endregion Protected Methods
#region Internal Properties
///
/// Determines whether this DrawingContext should connect inheritance contexts
/// to DependencyObjects which are passed to its methods.
/// This property is modeled after DependencyObject.CanBeInheritanceContext.
/// Defaults to true.
/// NOTE: This is currently only respected by DrawingDrawingContext and sub-classes.
///
internal bool CanBeInheritanceContext
{
get
{
return _canBeInheritanceContext;
}
set
{
_canBeInheritanceContext = value;
}
}
#endregion Internal Properties
#region Private Methods
///
/// Throws an exception if this object is already disposed.
///
private void VerifyNotDisposed()
{
if (_disposed)
{
throw new ObjectDisposedException("DrawingDrawingContext");
}
}
///
/// Freezes the given freezable if the fFreeze flag is true. Used by
/// the various drawing methods to freeze resources if there is no
/// chance the user might attempt to mutate it.
/// (i.e., there are no animations and the dependant properties are
/// null or themselves frozen.)
///
private Freezable SetupNewFreezable(Freezable newFreezable, bool fFreeze)
{
if (fFreeze)
{
newFreezable.Freeze();
}
return newFreezable;
}
///
/// Contains the functionality common to GeometryDrawing operations of
/// instantiating the GeometryDrawing, setting it's Freezable state,
/// and Adding it to the Drawing Graph.
///
private void AddNewGeometryDrawing(Brush brush, Pen pen, Geometry geometry)
{
Debug.Assert(geometry != null);
// Instantiate the GeometryDrawing
GeometryDrawing geometryDrawing = new GeometryDrawing();
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
geometryDrawing.CanBeInheritanceContext = CanBeInheritanceContext;
geometryDrawing.Brush = brush;
geometryDrawing.Pen = pen;
geometryDrawing.Geometry = geometry;
// Setup it's Freezeable-related state
SetupNewFreezable(
geometryDrawing,
((brush == null) || (brush.IsFrozen)) && // Freeze if the brush is frozen
((pen == null) || (pen.IsFrozen)) && // and the pen is frozen
(geometry.IsFrozen) // and the geometry is frozen
);
// Add it to the drawing graph
AddDrawing(geometryDrawing);
}
///
/// Creates a new DrawingGroup for a Push* call by setting the
/// _currentDrawingGroup to a newly instantiated DrawingGroup,
/// and saving the previous _currentDrawingGroup value on the
/// _previousDrawingGroupStack.
///
private void PushNewDrawingGroup()
{
// Instantiate a new drawing group
DrawingGroup drawingGroup = new DrawingGroup();
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
drawingGroup.CanBeInheritanceContext = CanBeInheritanceContext;
// Setup it's freezable state
SetupNewFreezable(
drawingGroup,
false // Don't freeze, DrawingGroup's may contain unfrozen children/properties
);
// Add it to the drawing graph, like any other Drawing
AddDrawing(drawingGroup);
// Lazily allocate the stack when it is needed because many uses
// of DrawingDrawingContext will have a depth of one.
if (null == _previousDrawingGroupStack)
{
_previousDrawingGroupStack = new Stack(2);
}
// Save the previous _currentDrawingGroup value.
//
// If this is the first call, the value of _currentDrawingGroup
// will be null because AddDrawing doesn't create a _currentDrawingGroup
// for the first drawing. Having null on the stack is valid, and simply
// denotes that this new DrawingGroup is the first child in the root
// DrawingGroup. It is also possible for the first value on the stack
// to be non-null, which means that the root DrawingGroup has other
// children.
_previousDrawingGroupStack.Push(_currentDrawingGroup);
// Set this drawing group as the current one so that subsequent drawing's
// are added as it's children until Pop is called.
_currentDrawingGroup = drawingGroup;
}
///
/// Adds a new Drawing to the DrawingGraph.
///
/// This method avoids creating a DrawingGroup for the common case
/// where only a single child exists in the root DrawingGroup.
///
private void AddDrawing(Drawing newDrawing)
{
Debug.Assert(newDrawing != null);
if (_rootDrawing == null)
{
// When a DrawingGroup is set, it should be made the root if
// a root drawing didnt exist.
Debug.Assert(_currentDrawingGroup == null);
// If this is the first Drawing being added, avoid creating a DrawingGroup
// and set this drawing as the root drawing. This optimizes the common
// case where only a single child exists in the root DrawingGroup.
_rootDrawing = newDrawing;
}
else if (_currentDrawingGroup == null)
{
// When the second drawing is added at the root level, set a
// DrawingGroup as the root and add both drawings to it.
// Instantiate the DrawingGroup
_currentDrawingGroup = new DrawingGroup();
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
_currentDrawingGroup.CanBeInheritanceContext = CanBeInheritanceContext;
SetupNewFreezable(
_currentDrawingGroup,
false // Don't freeze DrawingGroups, subsequent Draw calls may modify them
);
// Add both Children
_currentDrawingGroup.Children.Add(_rootDrawing);
_currentDrawingGroup.Children.Add(newDrawing);
// Set the new DrawingGroup as the current
_rootDrawing = _currentDrawingGroup;
}
else
{
// If there already is a current drawing group, then simply add
// the new drawing too it.
_currentDrawingGroup.Children.Add(newDrawing);
}
}
#endregion Private Methods
#region Fields
// Root drawing created by this DrawingContext.
//
// If there is only a single child of the root DrawingGroup, _rootDrawing
// will reference the single child, and the root _currentDrawingGroup
// value will be null. Otherwise, _rootDrawing will reference the
// root DrawingGroup, and be the same value as the root _currentDrawingGroup.
//
// Either way, _rootDrawing always references the root drawing.
protected Drawing _rootDrawing;
// Current DrawingGroup that new children are added to
protected DrawingGroup _currentDrawingGroup;
// Previous values of _currentDrawingGroup
private Stack _previousDrawingGroupStack;
// Has Dispose() or Close() been called?
private bool _disposed;
// Determines whether this DrawingContext should connect inheritance contexts
// to DependencyObjects which are passed to its methods.
private bool _canBeInheritanceContext = true;
#endregion Fields
}
}
// File provided for Reference Use Only by Microsoft Corporation (c) 2007.
// Copyright (c) Microsoft Corporation. All rights reserved.
//----------------------------------------------------------------------------
//
// Copyright (c) Microsoft Corporation. All rights reserved.
//
// Description: Creates a Drawing representation of the Draw calls made
// to this DrawingContext.
//
// History:
//
// 2004/11/19 : timothyc - Repurposed DrawingDrawingContext from being the
// DrawingContext that populates a legacy Drawing to the
// DrawingContext that creates a DrawingGroup.
//
//---------------------------------------------------------------------------
using MS.Internal;
using System;
using System.Collections.Generic;
using System.Diagnostics;
using System.Security.Permissions;
using System.Windows;
using System.Windows.Media;
using System.Windows.Media.Animation;
using System.Windows.Media.Composition;
using System.Windows.Media.Effects;
using System.Windows.Media.Imaging;
using System.Windows.Media.Media3D;
using System.Windows.Threading;
using SR=MS.Internal.PresentationCore.SR;
using SRID=MS.Internal.PresentationCore.SRID;
namespace System.Windows.Media
{
///
/// Creates DrawingGroup content to represent the Draw calls made to this DrawingContext
///
internal class DrawingDrawingContext : DrawingContext
{
#region Constructors
///
/// Default DrawingDrawingContext constructor.
///
internal DrawingDrawingContext()
{
}
#endregion Constructors
#region Public Methods
///
/// DrawLine -
/// Draws a line with the specified pen.
/// Note that this API does not accept a Brush, as there is no area to fill.
///
/// The Pen with which to stroke the line.
/// The start Point for the line.
/// The end Point for the line.
public override void DrawLine(
Pen pen,
Point point0,
Point point1)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawLine(const)");
#endif
// Forward call to the animate version with null animations
DrawLine(pen, point0, null, point1, null);
}
///
/// DrawLine -
/// Draws a line with the specified pen.
/// Note that this API does not accept a Brush, as there is no area to fill.
///
/// The Pen with which to stroke the line.
/// The start Point for the line.
/// Optional AnimationClock for point0.
/// The end Point for the line.
/// Optional AnimationClock for point1.
public override void DrawLine(
Pen pen,
Point point0,
AnimationClock point0Animations,
Point point1,
AnimationClock point1Animations)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawLine(animate)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
if (pen == null)
{
return;
}
//
// Create a geometry & add animations if they exist
//
// Instantiate the geometry
LineGeometry geometry = new LineGeometry(point0, point1);
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
geometry.CanBeInheritanceContext = CanBeInheritanceContext;
// Setup the geometries freezable-related state
SetupNewFreezable(
geometry,
(point0Animations == null) && // Freeze if animations are null
(point1Animations == null)
);
// Add animations to the geometry
if (point0Animations != null)
{
geometry.ApplyAnimationClock(LineGeometry.StartPointProperty, point0Animations);
}
if(point1Animations != null)
{
geometry.ApplyAnimationClock(LineGeometry.EndPointProperty, point1Animations);
}
//
// Add Drawing to the Drawing graph
//
AddNewGeometryDrawing(null, pen, geometry);
}
///
/// DrawRectangle -
/// Draw a rectangle with the provided Brush and/or Pen.
/// If both the Brush and Pen are null this call is a no-op.
///
///
/// The Brush with which to fill the rectangle.
/// This is optional, and can be null, in which case no fill is performed.
///
///
/// The Pen with which to stroke the rectangle.
/// This is optional, and can be null, in which case no stroke is performed.
///
/// The Rect to fill and/or stroke.
public override void DrawRectangle(
Brush brush,
Pen pen,
Rect rectangle)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawRectangle(const)");
#endif
// Forward call to the animate version with null animations
DrawRectangle(brush, pen, rectangle, null);
}
///
/// DrawRectangle -
/// Draw a rectangle with the provided Brush and/or Pen.
/// If both the Brush and Pen are null this call is a no-op.
///
///
/// The Brush with which to fill the rectangle.
/// This is optional, and can be null, in which case no fill is performed.
///
///
/// The Pen with which to stroke the rectangle.
/// This is optional, and can be null, in which case no stroke is performed.
///
/// The Rect to fill and/or stroke.
/// Optional AnimationClock for rectangle.
public override void DrawRectangle(
Brush brush,
Pen pen,
Rect rectangle,
AnimationClock rectangleAnimations)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawRectangle(animate)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
if ((brush == null) && (pen == null))
{
return;
}
//
// Create a geometry & add animations if they exist
//
// Instantiate the geometry
RectangleGeometry geometry = new RectangleGeometry(rectangle);
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
geometry.CanBeInheritanceContext = CanBeInheritanceContext;
// Setup the geometries freezable-related state
SetupNewFreezable(
geometry,
(rectangleAnimations == null) // Freeze if there are no animations
);
// Add animations to the geometry
if (rectangleAnimations != null)
{
geometry.ApplyAnimationClock(RectangleGeometry.RectProperty, rectangleAnimations);
}
//
// Add Drawing to the Drawing graph
//
AddNewGeometryDrawing(brush, pen, geometry);
}
///
/// DrawRoundedRectangle -
/// Draw a rounded rectangle with the provided Brush and/or Pen.
/// If both the Brush and Pen are null this call is a no-op.
///
///
/// The Brush with which to fill the rectangle.
/// This is optional, and can be null, in which case no fill is performed.
///
///
/// The Pen with which to stroke the rectangle.
/// This is optional, and can be null, in which case no stroke is performed.
///
/// The Rect to fill and/or stroke.
///
/// The radius in the X dimension of the rounded corners of this
/// rounded Rect. This value will be clamped to the range [0..rectangle.Width/2]
///
///
/// The radius in the Y dimension of the rounded corners of this
/// rounded Rect. This value will be clamped to the range [0..rectangle.Height/2].
///
public override void DrawRoundedRectangle(
Brush brush,
Pen pen,
Rect rectangle,
Double radiusX,
Double radiusY)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawRoundedRectangle(const)");
#endif
// Forward call to the animate version with null animations
DrawRoundedRectangle(brush, pen, rectangle, null, radiusX, null, radiusY, null);
}
///
/// DrawRoundedRectangle -
/// Draw a rounded rectangle with the provided Brush and/or Pen.
/// If both the Brush and Pen are null this call is a no-op.
///
///
/// The Brush with which to fill the rectangle.
/// This is optional, and can be null, in which case no fill is performed.
///
///
/// The Pen with which to stroke the rectangle.
/// This is optional, and can be null, in which case no stroke is performed.
///
/// The Rect to fill and/or stroke.
/// Optional AnimationClock for rectangle.
///
/// The radius in the X dimension of the rounded corners of this
/// rounded Rect. This value will be clamped to the range [0..rectangle.Width/2]
///
/// Optional AnimationClock for radiusX.
///
/// The radius in the Y dimension of the rounded corners of this
/// rounded Rect. This value will be clamped to the range [0..rectangle.Height/2].
///
/// Optional AnimationClock for radiusY.
public override void DrawRoundedRectangle(
Brush brush,
Pen pen,
Rect rectangle,
AnimationClock rectangleAnimations,
Double radiusX,
AnimationClock radiusXAnimations,
Double radiusY,
AnimationClock radiusYAnimations)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawRoundedRectangle(animate)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
if ((brush == null) && (pen == null))
{
return;
}
//
// Create a geometry & add animations if they exist
//
// Instantiate the geometry
RectangleGeometry geometry = new RectangleGeometry(rectangle, radiusX, radiusY);
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
geometry.CanBeInheritanceContext = CanBeInheritanceContext;
// Setup the geometries freezable-related state
SetupNewFreezable(
geometry,
(rectangleAnimations == null) && // Freeze if animations are null
(radiusXAnimations == null) &&
(radiusYAnimations == null)
);
// Add animations to the geometry
if (rectangleAnimations != null)
{
geometry.ApplyAnimationClock(RectangleGeometry.RectProperty, rectangleAnimations);
}
if (radiusXAnimations != null)
{
geometry.ApplyAnimationClock(RectangleGeometry.RadiusXProperty, radiusXAnimations);
}
if (radiusYAnimations != null)
{
geometry.ApplyAnimationClock(RectangleGeometry.RadiusYProperty, radiusYAnimations);
}
//
// Add Drawing to the Drawing graph
//
AddNewGeometryDrawing(brush, pen, geometry);
}
///
/// DrawEllipse -
/// Draw an ellipse with the provided Brush and/or Pen.
/// If both the Brush and Pen are null this call is a no-op.
///
///
/// The Brush with which to fill the ellipse.
/// This is optional, and can be null, in which case no fill is performed.
///
///
/// The Pen with which to stroke the ellipse.
/// This is optional, and can be null, in which case no stroke is performed.
///
///
/// The center of the ellipse to fill and/or stroke.
///
///
/// The radius in the X dimension of the ellipse.
/// The absolute value of the radius provided will be used.
///
///
/// The radius in the Y dimension of the ellipse.
/// The absolute value of the radius provided will be used.
///
public override void DrawEllipse(
Brush brush,
Pen pen,
Point center,
Double radiusX,
Double radiusY)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawEllipse(const)");
#endif
// Forward call to the animate version with null animations
DrawEllipse(brush, pen, center, null, radiusX, null, radiusY, null);
}
///
/// DrawEllipse -
/// Draw an ellipse with the provided Brush and/or Pen.
/// If both the Brush and Pen are null this call is a no-op.
///
///
/// The Brush with which to fill the ellipse.
/// This is optional, and can be null, in which case no fill is performed.
///
///
/// The Pen with which to stroke the ellipse.
/// This is optional, and can be null, in which case no stroke is performed.
///
///
/// The center of the ellipse to fill and/or stroke.
///
/// Optional AnimationClock for center.
///
/// The radius in the X dimension of the ellipse.
/// The absolute value of the radius provided will be used.
///
/// Optional AnimationClock for radiusX.
///
/// The radius in the Y dimension of the ellipse.
/// The absolute value of the radius provided will be used.
///
/// Optional AnimationClock for radiusY.
public override void DrawEllipse(
Brush brush,
Pen pen,
Point center,
AnimationClock centerAnimations,
Double radiusX,
AnimationClock radiusXAnimations,
Double radiusY,
AnimationClock radiusYAnimations)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawEllipse(animate)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
if ((brush == null) && (pen == null))
{
return;
}
//
// Create a geometry & add animations if they exist
//
// Instantiate the geometry
EllipseGeometry geometry = new EllipseGeometry(center, radiusX, radiusY);
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
geometry.CanBeInheritanceContext = CanBeInheritanceContext;
// Setup the geometries freezable-related state
SetupNewFreezable(
geometry,
(centerAnimations == null) && // Freeze if there are no animations
(radiusXAnimations == null) &&
(radiusYAnimations == null)
);
// Add animations to the geometry
if (centerAnimations != null)
{
geometry.ApplyAnimationClock(EllipseGeometry.CenterProperty, centerAnimations);
}
if (radiusXAnimations != null)
{
geometry.ApplyAnimationClock(EllipseGeometry.RadiusXProperty, radiusXAnimations);
}
if (radiusYAnimations != null)
{
geometry.ApplyAnimationClock(EllipseGeometry.RadiusYProperty, radiusYAnimations);
}
//
// Add Drawing to the Drawing graph
//
AddNewGeometryDrawing(brush, pen, geometry);
}
///
/// DrawGeometry -
/// Draw a Geometry with the provided Brush and/or Pen.
/// If both the Brush and Pen are null this call is a no-op.
///
///
/// The Brush with which to fill the Geometry.
/// This is optional, and can be null, in which case no fill is performed.
///
///
/// The Pen with which to stroke the Geometry.
/// This is optional, and can be null, in which case no stroke is performed.
///
/// The Geometry to fill and/or stroke.
public override void DrawGeometry(
Brush brush,
Pen pen,
Geometry geometry)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawGeometry(const)");
#endif
//
// Create a drawing & add animations if they exist
//
VerifyApiNonstructuralChange();
if (((brush == null) && (pen == null)) || (geometry == null))
{
return;
}
AddNewGeometryDrawing(brush, pen, geometry);
}
///
/// DrawImage -
/// Draw an Image into the region specified by the Rect.
/// The Image will potentially be stretched and distorted to fit the Rect.
/// For more fine grained control, consider filling a Rect with an ImageBrush via
/// DrawRectangle.
///
/// The ImageSource to draw.
///
/// The Rect into which the ImageSource will be fit.
///
public override void DrawImage(
ImageSource imageSource,
Rect rectangle)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawImage(const)");
#endif
// Forward call to the animate version with null animations
DrawImage(imageSource, rectangle, null);
}
///
/// DrawImage -
/// Draw an Image into the region specified by the Rect.
/// The Image will potentially be stretched and distorted to fit the Rect.
/// For more fine grained control, consider filling a Rect with an ImageBrush via
/// DrawRectangle.
///
/// The ImageSource to draw.
///
/// The Rect into which the ImageSource will be fit.
///
/// Optional AnimationClock for rectangle.
public override void DrawImage(
ImageSource imageSource,
Rect rectangle,
AnimationClock rectangleAnimations)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawImage(animate)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
if (imageSource == null)
{
return;
}
//
// Create a drawing & add animations if they exist
//
ImageDrawing imageDrawing = new ImageDrawing();
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
imageDrawing.CanBeInheritanceContext = CanBeInheritanceContext;
imageDrawing.ImageSource = imageSource;
imageDrawing.Rect = rectangle;
SetupNewFreezable(
imageDrawing,
(null == rectangleAnimations) && // Freeze if there are no animations
imageSource.IsFrozen // and the bitmap source is frozen
);
if (rectangleAnimations != null)
{
imageDrawing.ApplyAnimationClock(ImageDrawing.RectProperty, rectangleAnimations);
}
AddDrawing(imageDrawing);
}
///
/// DrawDrawing -
/// Draw a Drawing.
/// For more fine grained control, consider filling a Rect with an DrawingBrush via
/// DrawRect.
///
/// The Drawing to draw.
public override void DrawDrawing(
Drawing drawing)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawDrawing(const)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
if (drawing == null)
{
return;
}
//
// Add the Drawing to the children collection
//
AddDrawing(drawing);
}
///
/// DrawVideo -
/// Draw a Video into the region specified by the Rect.
/// The Video will potentially be stretched and distorted to fit the Rect.
/// For more fine grained control, consider filling a Rect with an VideoBrush via
/// DrawRectangle.
///
/// The MediaPlayer to draw.
///
/// The Rect into which the MediaPlayer will be fit.
///
public override void DrawVideo(
MediaPlayer player,
Rect rectangle)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawVideo(const)");
#endif
// Forward to non-animate version with null animations
DrawVideo(player, rectangle, null);
}
///
/// DrawVideo -
/// Draw a Video into the region specified by the Rect.
/// The Video will potentially be stretched and distorted to fit the Rect.
/// For more fine grained control, consider filling a Rect with an VideoBrush via
/// DrawRectangle.
///
/// The MediaPlayer to draw.
///
/// The Rect into which the MediaPlayer will be fit.
///
/// Optional AnimationClock for rectangle.
public override void DrawVideo(
MediaPlayer player,
Rect rectangle,
AnimationClock rectangleAnimations)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawVideo(animate)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
if (player == null)
{
return;
}
//
// Create a drawing & add animations if they exist
//
VideoDrawing videoDrawing = new VideoDrawing();
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
videoDrawing.CanBeInheritanceContext = CanBeInheritanceContext;
videoDrawing.Player = player;
videoDrawing.Rect = rectangle;
SetupNewFreezable(
videoDrawing,
false // Don't ever freeze a VideoDrawing because it would
// lose it's MediaPlayer
);
if (rectangleAnimations != null)
{
videoDrawing.ApplyAnimationClock(VideoDrawing.RectProperty, rectangleAnimations);
}
AddDrawing(videoDrawing);
}
///
/// DrawScene3D -
/// Draw a Scene3D (internal object encapsulating a 3D scene)
///
/// The Scene3D to draw.
internal override void DrawScene3D(
Scene3D scene3D)
{
// DrawingGroup's do not support DrawScene3D. DrawScene3D is an internal
// method only used by RetainedVisual3D, which always represents
// it's content using RenderData (which does support DrawScene3D).
Debug.Assert(false);
}
///
/// PushClip -
/// Push a clip region, which will apply to all drawing primitives until the
/// corresponding Pop call.
///
/// The Geometry to which we will clip.
public override void PushClip(
Geometry clipGeometry)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushClip(const)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
//
// Instantiate a new drawing group and set it as the _currentDrawingGroup
//
PushNewDrawingGroup();
//
// Set the clip on the new DrawingGroup
//
_currentDrawingGroup.ClipGeometry = clipGeometry;
}
public override void PushOpacityMask(Brush brush)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushOpacityMask(const)");
#endif
//
// Verify this object's state
//
VerifyApiNonstructuralChange();
//
// Instantiate a new drawing group and set it as the _currentDrawingGroup
//
PushNewDrawingGroup();
//
// Set the opacity mask
//
_currentDrawingGroup.OpacityMask = brush;
}
///
/// PushOpacity -
/// Push an opacity which will blend the composite of all drawing primitives added
/// until the corresponding Pop call.
///
///
/// The opacity with which to blend - 0 is transparent, 1 is opaque.
///
public override void PushOpacity(
Double opacity
)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushOpacity(const)");
#endif
// Forward to the animate version with null animations
PushOpacity(opacity, null);
}
///
/// PushOpacity -
/// Push an opacity which will blend the composite of all drawing primitives added
/// until the corresponding Pop call.
///
///
/// The opacity with which to blend - 0 is transparent, 1 is opaque.
///
/// Optional AnimationClock for opacity.
public override void PushOpacity(
Double opacity,
AnimationClock opacityAnimations)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushOpacity(animate)");
#endif
//
// Verify this object's state
//
VerifyApiNonstructuralChange();
//
// Instantiate a new drawing group and set it as the _currentDrawingGroup
//
PushNewDrawingGroup();
//
// Set the opacity & opacity animations on the new DrawingGroup
//
_currentDrawingGroup.Opacity = opacity;
if (null != opacityAnimations)
{
_currentDrawingGroup.ApplyAnimationClock(DrawingGroup.OpacityProperty, opacityAnimations);
}
}
///
/// PushTransform -
/// Push a Transform which will apply to all drawing operations until the corresponding
/// Pop.
///
/// The Transform to push.
public override void PushTransform(
Transform transform)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushTransform(const)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
//
// Instantiate a new drawing group and set it as the _currentDrawingGroup
//
PushNewDrawingGroup();
//
// Set the transform on the new DrawingGroup
//
_currentDrawingGroup.Transform = transform;
}
///
/// PushGuidelineSet -
/// Push a set of guidelines which should be applied
/// to all drawing operations until the
/// corresponding Pop.
///
/// The GuidelineSet to push.
public override void PushGuidelineSet(
GuidelineSet guidelines)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushGuidelineSet");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
//
// Instantiate a new drawing group and set it as the _currentDrawingGroup
//
PushNewDrawingGroup();
//
// Set the guideline collection on the new DrawingGroup
//
_currentDrawingGroup.GuidelineSet = guidelines;
}
///
/// PushGuidelineY1 -
/// Explicitly push one horizontal guideline.
///
/// The coordinate of leading guideline.
internal override void PushGuidelineY1(
Double coordinate)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushGuidelineY1");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
//
// Instantiate a new drawing group and set it as the _currentDrawingGroup
//
PushNewDrawingGroup();
//
// Convert compact record to generic GuidelineSet.
//
GuidelineSet guidelineCollection = new GuidelineSet(
null, // x guidelines
new double[] { coordinate, 0 }, // y guidelines
true // dynamic flag
);
guidelineCollection.Freeze();
//
// Set the guideline collection on the new DrawingGroup
//
_currentDrawingGroup.GuidelineSet = guidelineCollection;
}
///
/// PushGuidelineY2 -
/// Explicitly push a pair of horizontal guidelines.
///
/// The coordinate of leading guideline.
///
/// The offset from leading guideline to driven guideline.
///
internal override void PushGuidelineY2(
Double leadingCoordinate,
Double offsetToDrivenCoordinate)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushGuidelineY2");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
//
// Instantiate a new drawing group and set it as the _currentDrawingGroup
//
PushNewDrawingGroup();
//
// Convert compact record to generic GuidelineSet.
//
GuidelineSet guidelineCollection = new GuidelineSet(
null, // x guidelines
new double[]
{
leadingCoordinate,
offsetToDrivenCoordinate
}, // y guidelines
true // dynamic flag
);
guidelineCollection.Freeze();
//
// Set the guideline collection on the new DrawingGroup
//
_currentDrawingGroup.GuidelineSet = guidelineCollection;
}
///
/// PushEffect -
/// Push a BitmapEffect which will apply to all drawing operations until the
/// corresponding Pop.
///
/// The BitmapEffect to push.
/// The BitmapEffectInput.
public override void PushEffect(
BitmapEffect effect,
BitmapEffectInput effectInput)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("PushEffect(const)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
//
// Instantiate a new drawing group and set it as the _currentDrawingGroup
//
PushNewDrawingGroup();
//
// Set the transform on the new DrawingGroup
//
_currentDrawingGroup.BitmapEffect = effect;
_currentDrawingGroup.BitmapEffectInput = (effectInput != null) ?
effectInput : new BitmapEffectInput();
}
///
/// Pop
///
public override void Pop()
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("Pop");
#endif
VerifyApiNonstructuralChange();
// Verify that Pop hasn't been called too many times
if ( (_previousDrawingGroupStack == null) ||
(_previousDrawingGroupStack.Count == 0))
{
throw new InvalidOperationException(SR.Get(SRID.DrawingContext_TooManyPops));
}
// Restore the previous value of the current drawing group
_currentDrawingGroup = _previousDrawingGroupStack.Pop();
}
///
/// Draw a GlyphRun.
///
/// Foreground brush to draw GlyphRun with.
/// The GlyphRun to draw.
///
/// This call is illegal if this object has already been closed or disposed.
///
public override void DrawGlyphRun(Brush foregroundBrush, GlyphRun glyphRun)
{
#if DEBUG
MediaTrace.DrawingContextOp.Trace("DrawGlyphRun(constant)");
#endif
//
// Verify that parameters & state are valid
//
VerifyApiNonstructuralChange();
if (foregroundBrush == null || glyphRun == null)
{
return;
}
// Add a GlyphRunDrawing to the Drawing graph
GlyphRunDrawing glyphRunDrawing = new GlyphRunDrawing();
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
glyphRunDrawing.CanBeInheritanceContext = CanBeInheritanceContext;
glyphRunDrawing.ForegroundBrush = foregroundBrush;
glyphRunDrawing.GlyphRun = glyphRun;
SetupNewFreezable(
glyphRunDrawing,
foregroundBrush.IsFrozen
);
AddDrawing(glyphRunDrawing);
}
///
/// Dispose() closes this DrawingContext for any further additions, and
/// returns it's content to the object that created it.
///
///
/// Further Draw/Push/Pop calls to this DrawingContext will result in an
/// exception. This method also matches any outstanding Push calls with
/// a cooresponding Pop. Calling Close after this object has been closed
/// or Disposed will also result in an exception.
///
///
/// This call is illegal if this object has already been Closed.
///
public override void Close()
{
// Throw an exception if this object has already been closed/disposed.
VerifyNotDisposed();
// Close this object
((IDisposable)this).Dispose();
}
///
/// Dispose() closes this DrawingContext for any further additions, and
/// returns it's content to the object that created it.
///
///
/// Further Draw/Push/Pop calls to this DrawingContext will result in an
/// exception. This method also matches any outstanding Push calls with
/// a cooresponding Pop. Multiple calls to Dispose will not result in
/// an exception.
///
protected override void DisposeCore()
{
// Dispose may be called multiple times without throwing
// an exception.
if (!_disposed)
{
//
// Match any outstanding Push calls with a Pop
//
if (_previousDrawingGroupStack != null)
{
int stackCount = _previousDrawingGroupStack.Count;
for (int i = 0; i < stackCount; i++)
{
Pop();
}
}
//
// Call CloseCore with the root DrawingGroup's children
//
DrawingCollection rootChildren;
if (_currentDrawingGroup != null)
{
// If we created a root DrawingGroup because multiple elements
// exist at the root level, provide it's Children collection
// directly.
rootChildren = _currentDrawingGroup.Children;
}
else
{
// Create a new DrawingCollection if we didn't create a
// root DrawingGroup because the root level only contained
// a single child.
//
// This collection is needed by DrawingGroup.Open because
// Open always replaces it's Children collection. It isn't
// strictly needed for Append, but always using a collection
// simplifies the TransactionalAppend implementation (i.e.,
// a seperate implemention isn't needed for a single element)
rootChildren = new DrawingCollection();
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
rootChildren.CanBeInheritanceContext = CanBeInheritanceContext;
if (_rootDrawing != null)
{
rootChildren.Add(_rootDrawing);
}
}
// Inform our derived classes that Close was called
CloseCore(rootChildren);
_disposed = true;
}
}
#endregion Public Methods
#region Protected Methods
///
/// Called during Close/Dispose when the content created this DrawingContext
/// needs to be committed.
///
///
/// Collection containing the Drawing elements created with this
/// DrawingContext.
///
///
/// This will only be called once (at most) per instance.
///
protected virtual void CloseCore(DrawingCollection rootDrawingGroupChildren)
{
// Default implementation is a no-op
}
///
/// Verifies that the DrawingContext is being referenced from the
/// appropriate UIContext, and that the object hasn't been disposed
///
protected override void VerifyApiNonstructuralChange()
{
base.VerifyApiNonstructuralChange();
VerifyNotDisposed();
}
#endregion Protected Methods
#region Internal Properties
///
/// Determines whether this DrawingContext should connect inheritance contexts
/// to DependencyObjects which are passed to its methods.
/// This property is modeled after DependencyObject.CanBeInheritanceContext.
/// Defaults to true.
/// NOTE: This is currently only respected by DrawingDrawingContext and sub-classes.
///
internal bool CanBeInheritanceContext
{
get
{
return _canBeInheritanceContext;
}
set
{
_canBeInheritanceContext = value;
}
}
#endregion Internal Properties
#region Private Methods
///
/// Throws an exception if this object is already disposed.
///
private void VerifyNotDisposed()
{
if (_disposed)
{
throw new ObjectDisposedException("DrawingDrawingContext");
}
}
///
/// Freezes the given freezable if the fFreeze flag is true. Used by
/// the various drawing methods to freeze resources if there is no
/// chance the user might attempt to mutate it.
/// (i.e., there are no animations and the dependant properties are
/// null or themselves frozen.)
///
private Freezable SetupNewFreezable(Freezable newFreezable, bool fFreeze)
{
if (fFreeze)
{
newFreezable.Freeze();
}
return newFreezable;
}
///
/// Contains the functionality common to GeometryDrawing operations of
/// instantiating the GeometryDrawing, setting it's Freezable state,
/// and Adding it to the Drawing Graph.
///
private void AddNewGeometryDrawing(Brush brush, Pen pen, Geometry geometry)
{
Debug.Assert(geometry != null);
// Instantiate the GeometryDrawing
GeometryDrawing geometryDrawing = new GeometryDrawing();
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
geometryDrawing.CanBeInheritanceContext = CanBeInheritanceContext;
geometryDrawing.Brush = brush;
geometryDrawing.Pen = pen;
geometryDrawing.Geometry = geometry;
// Setup it's Freezeable-related state
SetupNewFreezable(
geometryDrawing,
((brush == null) || (brush.IsFrozen)) && // Freeze if the brush is frozen
((pen == null) || (pen.IsFrozen)) && // and the pen is frozen
(geometry.IsFrozen) // and the geometry is frozen
);
// Add it to the drawing graph
AddDrawing(geometryDrawing);
}
///
/// Creates a new DrawingGroup for a Push* call by setting the
/// _currentDrawingGroup to a newly instantiated DrawingGroup,
/// and saving the previous _currentDrawingGroup value on the
/// _previousDrawingGroupStack.
///
private void PushNewDrawingGroup()
{
// Instantiate a new drawing group
DrawingGroup drawingGroup = new DrawingGroup();
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
drawingGroup.CanBeInheritanceContext = CanBeInheritanceContext;
// Setup it's freezable state
SetupNewFreezable(
drawingGroup,
false // Don't freeze, DrawingGroup's may contain unfrozen children/properties
);
// Add it to the drawing graph, like any other Drawing
AddDrawing(drawingGroup);
// Lazily allocate the stack when it is needed because many uses
// of DrawingDrawingContext will have a depth of one.
if (null == _previousDrawingGroupStack)
{
_previousDrawingGroupStack = new Stack(2);
}
// Save the previous _currentDrawingGroup value.
//
// If this is the first call, the value of _currentDrawingGroup
// will be null because AddDrawing doesn't create a _currentDrawingGroup
// for the first drawing. Having null on the stack is valid, and simply
// denotes that this new DrawingGroup is the first child in the root
// DrawingGroup. It is also possible for the first value on the stack
// to be non-null, which means that the root DrawingGroup has other
// children.
_previousDrawingGroupStack.Push(_currentDrawingGroup);
// Set this drawing group as the current one so that subsequent drawing's
// are added as it's children until Pop is called.
_currentDrawingGroup = drawingGroup;
}
///
/// Adds a new Drawing to the DrawingGraph.
///
/// This method avoids creating a DrawingGroup for the common case
/// where only a single child exists in the root DrawingGroup.
///
private void AddDrawing(Drawing newDrawing)
{
Debug.Assert(newDrawing != null);
if (_rootDrawing == null)
{
// When a DrawingGroup is set, it should be made the root if
// a root drawing didnt exist.
Debug.Assert(_currentDrawingGroup == null);
// If this is the first Drawing being added, avoid creating a DrawingGroup
// and set this drawing as the root drawing. This optimizes the common
// case where only a single child exists in the root DrawingGroup.
_rootDrawing = newDrawing;
}
else if (_currentDrawingGroup == null)
{
// When the second drawing is added at the root level, set a
// DrawingGroup as the root and add both drawings to it.
// Instantiate the DrawingGroup
_currentDrawingGroup = new DrawingGroup();
//
// We may need to opt-out of inheritance through the new Freezable.
// This is controlled by this.CanBeInheritanceContext.
//
_currentDrawingGroup.CanBeInheritanceContext = CanBeInheritanceContext;
SetupNewFreezable(
_currentDrawingGroup,
false // Don't freeze DrawingGroups, subsequent Draw calls may modify them
);
// Add both Children
_currentDrawingGroup.Children.Add(_rootDrawing);
_currentDrawingGroup.Children.Add(newDrawing);
// Set the new DrawingGroup as the current
_rootDrawing = _currentDrawingGroup;
}
else
{
// If there already is a current drawing group, then simply add
// the new drawing too it.
_currentDrawingGroup.Children.Add(newDrawing);
}
}
#endregion Private Methods
#region Fields
// Root drawing created by this DrawingContext.
//
// If there is only a single child of the root DrawingGroup, _rootDrawing
// will reference the single child, and the root _currentDrawingGroup
// value will be null. Otherwise, _rootDrawing will reference the
// root DrawingGroup, and be the same value as the root _currentDrawingGroup.
//
// Either way, _rootDrawing always references the root drawing.
protected Drawing _rootDrawing;
// Current DrawingGroup that new children are added to
protected DrawingGroup _currentDrawingGroup;
// Previous values of _currentDrawingGroup
private Stack _previousDrawingGroupStack;
// Has Dispose() or Close() been called?
private bool _disposed;
// Determines whether this DrawingContext should connect inheritance contexts
// to DependencyObjects which are passed to its methods.
private bool _canBeInheritanceContext = true;
#endregion Fields
}
}
// File provided for Reference Use Only by Microsoft Corporation (c) 2007.
// Copyright (c) Microsoft Corporation. All rights reserved.
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