Code:
/ Dotnetfx_Win7_3.5.1 / Dotnetfx_Win7_3.5.1 / 3.5.1 / DEVDIV / depot / DevDiv / releases / Orcas / NetFXw7 / wpf / src / Core / CSharp / System / Windows / Media / Pen.cs / 1 / Pen.cs
//---------------------------------------------------------------------------- // // Copyright (C) Microsoft Corporation. All rights reserved. // // File: Pen.cs // // Description: This file contains the implementation of Pen. // Pen is is the class which describes how to stroke a geometric // area. // // History: // 04/28/2003 : adsmith - Created it. // //--------------------------------------------------------------------------- using MS.Internal; using System; using System.Collections; using System.ComponentModel; using System.Diagnostics; using System.Runtime.InteropServices; using System.Windows; using System.Windows.Media.Animation; using System.Windows.Media.Composition; using System.Windows.Markup; using System.Security; using System.Security.Permissions; namespace System.Windows.Media { ////// Pen - The pen class is used to describe how a shape is stroked. /// [Localizability(LocalizationCategory.None, Readability = Readability.Unreadable)] public sealed partial class Pen : Animatable, DUCE.IResource { #region Constructors ////// /// public Pen() { } ////// Pen - Initializes the pen from the given Brush and thickness. /// All other values as set to default. /// /// The Brush for this Pen. /// The thickness of the Pen. public Pen(Brush brush, double thickness) { Brush = brush; Thickness = thickness; } ////// Pen - Initializes the brush from the parameters. /// /// The Pen's Brush. /// The Pen's thickness. /// The PenLineCap which applies to the start of the stroke. /// The PenLineCap which applies to the end of the stroke. /// The PenDashCap which applies to the ends of each dash. /// The PenLineJoin. /// The miter limit. /// The dash style. internal Pen( Brush brush, double thickness, PenLineCap startLineCap, PenLineCap endLineCap, PenLineCap dashCap, PenLineJoin lineJoin, double miterLimit, DashStyle dashStyle) { Thickness = thickness; StartLineCap = startLineCap; EndLineCap = endLineCap; DashCap = dashCap; LineJoin = lineJoin; MiterLimit = miterLimit; Brush = brush; DashStyle = dashStyle; } #endregion Constructors private MIL_PEN_CAP GetInternalCapType(PenLineCap cap) { Debug.Assert((MIL_PEN_CAP)PenLineCap.Flat == MIL_PEN_CAP.MilPenCapFlat); Debug.Assert((MIL_PEN_CAP)PenLineCap.Square == MIL_PEN_CAP.MilPenCapSquare); Debug.Assert((MIL_PEN_CAP)PenLineCap.Round == MIL_PEN_CAP.MilPenCapRound); Debug.Assert((MIL_PEN_CAP)PenLineCap.Triangle == MIL_PEN_CAP.MilPenCapTriangle); return (MIL_PEN_CAP)cap; } private MIL_PEN_JOIN GetInternalJoinType(PenLineJoin join) { Debug.Assert((MIL_PEN_JOIN)PenLineJoin.Miter == MIL_PEN_JOIN.MilPenJoinMiter); Debug.Assert((MIL_PEN_JOIN)PenLineJoin.Bevel == MIL_PEN_JOIN.MilPenJoinBevel); Debug.Assert((MIL_PEN_JOIN)PenLineJoin.Round == MIL_PEN_JOIN.MilPenJoinRound); return (MIL_PEN_JOIN)join; } ////// Returns a packed structure of non-animate pen values. If a property is animated, it /// uses the instantaneous value of the property. /// ////// Critical: has unsafe code blocks .Returning pen information is safe, the risk /// is in pointer handling /// [SecurityCritical] internal unsafe void GetBasicPenData(MIL_PEN_DATA* pData, out double[] dashArray) { dashArray = null; Invariant.Assert(pData!=null); unsafe { pData->Thickness = Thickness; pData->StartLineCap = GetInternalCapType(StartLineCap); pData->EndLineCap = GetInternalCapType(EndLineCap); pData->DashCap = GetInternalCapType(DashCap); pData->LineJoin = GetInternalJoinType(LineJoin); pData->MiterLimit = MiterLimit; } if (DashStyle != null) { DashStyle.GetDashData(pData, out dashArray); } } internal bool DoesNotContainGaps { get { DashStyle style = DashStyle; if (style != null) { DoubleCollection dashes = style.Dashes; if ((dashes != null) && (dashes.Count > 0)) { return false; } } return true; } } internal static bool ContributesToBounds( Pen pen) { return (pen != null) && (pen.Brush != null); } #region Realization Support ////// The stroke brush might require a Precompute call. Therefore forward this call. /// internal override void Precompute() { Brush b = Brush; if (b != null) { b.Precompute(); } } ////// The stroke brush might require realization updates. Therefore forward this call. /// internal override bool RequiresRealizationUpdates { get { Brush b = Brush; if (b != null) { return b.RequiresRealizationUpdates; } else { return false; } } } ////// The storke brush might require realization, so simply forward this call. /// internal void UpdateRealizations(Rect fillShapeBounds, RealizationContext ctx) { Brush brush = Brush; if (brush != null) { brush.UpdateRealizations( fillShapeBounds, ctx); } } #endregion } } // 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. // // File: Pen.cs // // Description: This file contains the implementation of Pen. // Pen is is the class which describes how to stroke a geometric // area. // // History: // 04/28/2003 : adsmith - Created it. // //--------------------------------------------------------------------------- using MS.Internal; using System; using System.Collections; using System.ComponentModel; using System.Diagnostics; using System.Runtime.InteropServices; using System.Windows; using System.Windows.Media.Animation; using System.Windows.Media.Composition; using System.Windows.Markup; using System.Security; using System.Security.Permissions; namespace System.Windows.Media { ////// Pen - The pen class is used to describe how a shape is stroked. /// [Localizability(LocalizationCategory.None, Readability = Readability.Unreadable)] public sealed partial class Pen : Animatable, DUCE.IResource { #region Constructors ////// /// public Pen() { } ////// Pen - Initializes the pen from the given Brush and thickness. /// All other values as set to default. /// /// The Brush for this Pen. /// The thickness of the Pen. public Pen(Brush brush, double thickness) { Brush = brush; Thickness = thickness; } ////// Pen - Initializes the brush from the parameters. /// /// The Pen's Brush. /// The Pen's thickness. /// The PenLineCap which applies to the start of the stroke. /// The PenLineCap which applies to the end of the stroke. /// The PenDashCap which applies to the ends of each dash. /// The PenLineJoin. /// The miter limit. /// The dash style. internal Pen( Brush brush, double thickness, PenLineCap startLineCap, PenLineCap endLineCap, PenLineCap dashCap, PenLineJoin lineJoin, double miterLimit, DashStyle dashStyle) { Thickness = thickness; StartLineCap = startLineCap; EndLineCap = endLineCap; DashCap = dashCap; LineJoin = lineJoin; MiterLimit = miterLimit; Brush = brush; DashStyle = dashStyle; } #endregion Constructors private MIL_PEN_CAP GetInternalCapType(PenLineCap cap) { Debug.Assert((MIL_PEN_CAP)PenLineCap.Flat == MIL_PEN_CAP.MilPenCapFlat); Debug.Assert((MIL_PEN_CAP)PenLineCap.Square == MIL_PEN_CAP.MilPenCapSquare); Debug.Assert((MIL_PEN_CAP)PenLineCap.Round == MIL_PEN_CAP.MilPenCapRound); Debug.Assert((MIL_PEN_CAP)PenLineCap.Triangle == MIL_PEN_CAP.MilPenCapTriangle); return (MIL_PEN_CAP)cap; } private MIL_PEN_JOIN GetInternalJoinType(PenLineJoin join) { Debug.Assert((MIL_PEN_JOIN)PenLineJoin.Miter == MIL_PEN_JOIN.MilPenJoinMiter); Debug.Assert((MIL_PEN_JOIN)PenLineJoin.Bevel == MIL_PEN_JOIN.MilPenJoinBevel); Debug.Assert((MIL_PEN_JOIN)PenLineJoin.Round == MIL_PEN_JOIN.MilPenJoinRound); return (MIL_PEN_JOIN)join; } ////// Returns a packed structure of non-animate pen values. If a property is animated, it /// uses the instantaneous value of the property. /// ////// Critical: has unsafe code blocks .Returning pen information is safe, the risk /// is in pointer handling /// [SecurityCritical] internal unsafe void GetBasicPenData(MIL_PEN_DATA* pData, out double[] dashArray) { dashArray = null; Invariant.Assert(pData!=null); unsafe { pData->Thickness = Thickness; pData->StartLineCap = GetInternalCapType(StartLineCap); pData->EndLineCap = GetInternalCapType(EndLineCap); pData->DashCap = GetInternalCapType(DashCap); pData->LineJoin = GetInternalJoinType(LineJoin); pData->MiterLimit = MiterLimit; } if (DashStyle != null) { DashStyle.GetDashData(pData, out dashArray); } } internal bool DoesNotContainGaps { get { DashStyle style = DashStyle; if (style != null) { DoubleCollection dashes = style.Dashes; if ((dashes != null) && (dashes.Count > 0)) { return false; } } return true; } } internal static bool ContributesToBounds( Pen pen) { return (pen != null) && (pen.Brush != null); } #region Realization Support ////// The stroke brush might require a Precompute call. Therefore forward this call. /// internal override void Precompute() { Brush b = Brush; if (b != null) { b.Precompute(); } } ////// The stroke brush might require realization updates. Therefore forward this call. /// internal override bool RequiresRealizationUpdates { get { Brush b = Brush; if (b != null) { return b.RequiresRealizationUpdates; } else { return false; } } } ////// The storke brush might require realization, so simply forward this call. /// internal void UpdateRealizations(Rect fillShapeBounds, RealizationContext ctx) { Brush brush = Brush; if (brush != null) { brush.UpdateRealizations( fillShapeBounds, ctx); } } #endregion } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. All rights reserved.
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