Code:
/ 4.0 / 4.0 / DEVDIV_TFS / Dev10 / Releases / RTMRel / ndp / cdf / src / WF / Common / AuthoringOM / Design / MessageFilters / AutoScrollExpandMessageFilter.cs / 1305376 / AutoScrollExpandMessageFilter.cs
namespace System.Workflow.ComponentModel.Design { using System; using System.Drawing; using System.Windows.Forms; #region Class AutoScrollingMessageFilter //This behavior needs the coordinates in client coordinates internal sealed class AutoScrollingMessageFilter : WorkflowDesignerMessageFilter { #region Members and Constructor private enum ScrollDirection { None = 1, Left = 2, Up = 4, Right = 8, Down = 16 } private bool startAutoScroll = false; private EventHandler autoScrollEventHandler = null; private ScrollDirection autoScrollDirection = ScrollDirection.None; internal AutoScrollingMessageFilter() { } #endregion #region Behavior Overrides protected override bool OnDragEnter(DragEventArgs eventArgs) { //Invalidate the autoscrollindicator area this.startAutoScroll = true; Rectangle[] scrollIndicatorRectangles = ScrollIndicatorRectangles; foreach (Rectangle rectangle in scrollIndicatorRectangles) ParentView.InvalidateClientRectangle(rectangle); return false; } protected override bool OnDragOver(DragEventArgs eventArgs) { this.startAutoScroll = true; //We do not allow drag drop when we are auto scrolling //Also the drag image updation occures automatically as on AutoScroll we invalidate the whole client area //todo add quick and medium autoscroll zones Point clientPoint = ParentView.PointToClient(new Point(eventArgs.X, eventArgs.Y)); AutoScrollDirection = AutoScrollDirectionFromPoint(clientPoint); if (AutoScrollDirection != ScrollDirection.None) return true; else return false; } protected override bool OnDragLeave() { this.startAutoScroll = false; AutoScrollDirection = ScrollDirection.None; return false; } protected override bool OnDragDrop(DragEventArgs eventArgs) { this.startAutoScroll = false; AutoScrollDirection = ScrollDirection.None; return false; } protected override bool OnPaintWorkflowAdornments(PaintEventArgs e, Rectangle viewPort, AmbientTheme ambientTheme) { if (ShowAutoScrollIndicators) DrawScrollIndicators(e.Graphics); return false; } #endregion #region Helpers private ScrollDirection AutoScrollDirection { get { return this.autoScrollDirection; } set { if (this.autoScrollDirection == value) return; this.autoScrollDirection = value; Rectangle[] scrollIndicatorRectangles = ScrollIndicatorRectangles; foreach (Rectangle rectangle in scrollIndicatorRectangles) ParentView.InvalidateClientRectangle(rectangle); if (ScrollDirection.None == value) { if (this.autoScrollEventHandler != null) { WorkflowTimer.Default.Unsubscribe(this.autoScrollEventHandler); this.autoScrollEventHandler = null; } } else { if (this.autoScrollEventHandler == null) { this.autoScrollEventHandler = new EventHandler(OnAutoScroll); WorkflowTimer.Default.Subscribe(50, this.autoScrollEventHandler); } } } } private ScrollDirection AutoScrollDirectionFromPoint(Point clientPoint) { Rectangle clientRectangle = new Rectangle(Point.Empty, ParentView.ViewPortSize); if (!clientRectangle.Contains(clientPoint)) return ScrollDirection.None; ScrollDirection autoScrollDirection = ScrollDirection.None; ScrollBar hScrollBar = ParentView.HScrollBar; if (clientPoint.X <= clientRectangle.Width / 10 && hScrollBar.Value > 0) autoScrollDirection |= ScrollDirection.Left; else if (clientPoint.X >= clientRectangle.Right - clientRectangle.Width / 10 && hScrollBar.Value < hScrollBar.Maximum - hScrollBar.LargeChange) autoScrollDirection |= ScrollDirection.Right; ScrollBar vScrollBar = ParentView.VScrollBar; if (clientPoint.Y <= clientRectangle.Height / 10 && vScrollBar.Value > 0) autoScrollDirection |= ScrollDirection.Up; else if (clientPoint.Y >= clientRectangle.Bottom - clientRectangle.Height / 10 && vScrollBar.Value < vScrollBar.Maximum - vScrollBar.LargeChange) autoScrollDirection |= ScrollDirection.Down; return autoScrollDirection; } private bool ShowAutoScrollIndicators { get { AmbientTheme ambientTheme = WorkflowTheme.CurrentTheme.AmbientTheme; if (!this.startAutoScroll) return false; Size viewPortSize = ParentView.ViewPortSize; Size indicatorSize = ambientTheme.ScrollIndicatorSize; indicatorSize.Width += 2 * ambientTheme.Margin.Width; indicatorSize.Height += 2 * ambientTheme.Margin.Height; return (viewPortSize.Width > 2 * indicatorSize.Width && viewPortSize.Height > 2 * indicatorSize.Height); } } private Rectangle[] ScrollIndicatorRectangles { get { Rectangle clientRectangle = new Rectangle(Point.Empty, ParentView.ViewPortSize); Size indicatorMargins = WorkflowTheme.CurrentTheme.AmbientTheme.Margin; Size scrollIndicatorSize = WorkflowTheme.CurrentTheme.AmbientTheme.ScrollIndicatorSize; Rectangle[] scrollIndicatorRectangles = new Rectangle[4]; //Left indicator scrollIndicatorRectangles[0].X = indicatorMargins.Width; scrollIndicatorRectangles[0].Y = (clientRectangle.Height - scrollIndicatorSize.Height) / 2; scrollIndicatorRectangles[0].Size = scrollIndicatorSize; //Right indicator scrollIndicatorRectangles[1].X = clientRectangle.Right - indicatorMargins.Width - scrollIndicatorSize.Width; scrollIndicatorRectangles[1].Y = (clientRectangle.Height - scrollIndicatorSize.Height) / 2; scrollIndicatorRectangles[1].Size = scrollIndicatorSize; //Top indicator scrollIndicatorRectangles[2].X = (clientRectangle.Width - scrollIndicatorSize.Width) / 2; scrollIndicatorRectangles[2].Y = indicatorMargins.Height; scrollIndicatorRectangles[2].Size = scrollIndicatorSize; //Bottom indicator scrollIndicatorRectangles[3].X = (clientRectangle.Width - scrollIndicatorSize.Width) / 2; scrollIndicatorRectangles[3].Y = clientRectangle.Bottom - indicatorMargins.Height - scrollIndicatorSize.Height; scrollIndicatorRectangles[3].Size = scrollIndicatorSize; return scrollIndicatorRectangles; } } private void OnAutoScroll(object sender, EventArgs eventArgs) { WorkflowView parentView = ParentView; Point scrollPosition = parentView.ScrollPosition; if ((this.autoScrollDirection & ScrollDirection.Left) > 0) scrollPosition.X = scrollPosition.X - AmbientTheme.ScrollUnit; else if ((this.autoScrollDirection & ScrollDirection.Right) > 0) scrollPosition.X = scrollPosition.X + AmbientTheme.ScrollUnit; if ((this.autoScrollDirection & ScrollDirection.Up) > 0) scrollPosition.Y = scrollPosition.Y - AmbientTheme.ScrollUnit; else if ((this.autoScrollDirection & ScrollDirection.Down) > 0) scrollPosition.Y = scrollPosition.Y + AmbientTheme.ScrollUnit; parentView.ScrollPosition = scrollPosition; } private void DrawScrollIndicators(Graphics graphics) { Image indicator = AmbientTheme.ScrollIndicatorImage; if (indicator == null) return; WorkflowView parentView = ParentView; Size viewPortSize = parentView.ViewPortSize; Point scrollPosition = parentView.ScrollPosition; //Left Right Rectangle[] scrollIndicatorRectangles = ScrollIndicatorRectangles; if (scrollPosition.X > 0) ActivityDesignerPaint.DrawImage(graphics, AmbientTheme.ScrollIndicatorImage, scrollIndicatorRectangles[0], AmbientTheme.ScrollIndicatorTransparency); if (scrollPosition.X < parentView.HScrollBar.Maximum - viewPortSize.Width) { indicator.RotateFlip(RotateFlipType.Rotate180FlipY); ActivityDesignerPaint.DrawImage(graphics, indicator, scrollIndicatorRectangles[1], AmbientTheme.ScrollIndicatorTransparency); indicator.RotateFlip(RotateFlipType.Rotate180FlipY); } //Up Down if (scrollPosition.Y > 0) { indicator.RotateFlip(RotateFlipType.Rotate90FlipX); ActivityDesignerPaint.DrawImage(graphics, indicator, scrollIndicatorRectangles[2], AmbientTheme.ScrollIndicatorTransparency); indicator.RotateFlip(RotateFlipType.Rotate270FlipY); } if (scrollPosition.Y < parentView.VScrollBar.Maximum - viewPortSize.Height) { indicator.RotateFlip(RotateFlipType.Rotate270FlipNone); ActivityDesignerPaint.DrawImage(graphics, indicator, scrollIndicatorRectangles[3], AmbientTheme.ScrollIndicatorTransparency); indicator.RotateFlip(RotateFlipType.Rotate90FlipNone); } } #endregion } #endregion #region Class AutoExpandingMessageFilter //This behavior needs coordinates in logical coordinate system internal sealed class AutoExpandingMessageFilter : WorkflowDesignerMessageFilter { #region Members and Constructor private CompositeActivityDesigner autoExpandableDesigner = null; private EventHandler autoExpandEventHandler = null; internal AutoExpandingMessageFilter() { } #endregion #region Behavior Overrides protected override bool OnDragEnter(DragEventArgs eventArgs) { WorkflowView parentView = ParentView; if (parentView.IsClientPointInActiveLayout(parentView.PointToClient(new Point(eventArgs.X, eventArgs.Y)))) SetAutoExpandableDesigner(parentView.MessageHitTestContext.AssociatedDesigner as CompositeActivityDesigner); else SetAutoExpandableDesigner(null); return false; } protected override bool OnDragOver(DragEventArgs eventArgs) { WorkflowView parentView = ParentView; if (parentView.IsClientPointInActiveLayout(parentView.PointToClient(new Point(eventArgs.X, eventArgs.Y)))) SetAutoExpandableDesigner(parentView.MessageHitTestContext.AssociatedDesigner as CompositeActivityDesigner); else SetAutoExpandableDesigner(null); return false; } protected override bool OnDragDrop(DragEventArgs eventArgs) { SetAutoExpandableDesigner(null); return false; } protected override bool OnDragLeave() { SetAutoExpandableDesigner(null); return false; } #endregion #region Helpers private void SetAutoExpandableDesigner(CompositeActivityDesigner value) { if (this.autoExpandableDesigner == value) return; //We always remove this so that the timer counter gets reset if (value == null || value.Expanded || !value.CanExpandCollapse) { this.autoExpandableDesigner = null; if (this.autoExpandEventHandler != null) { WorkflowTimer.Default.Unsubscribe(this.autoExpandEventHandler); this.autoExpandEventHandler = null; } } else { //User has to hover for 2 seconds this.autoExpandableDesigner = value; if (this.autoExpandEventHandler == null) { this.autoExpandEventHandler = new EventHandler(OnAutoExpand); WorkflowTimer.Default.Subscribe(500, this.autoExpandEventHandler); } } } private void OnAutoExpand(object sender, EventArgs eventArgs) { if (this.autoExpandableDesigner != null) { this.autoExpandableDesigner.Expanded = true; ParentView.PerformLayout(true); } SetAutoExpandableDesigner(null); } #endregion } #endregion } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. All rights reserved. namespace System.Workflow.ComponentModel.Design { using System; using System.Drawing; using System.Windows.Forms; #region Class AutoScrollingMessageFilter //This behavior needs the coordinates in client coordinates internal sealed class AutoScrollingMessageFilter : WorkflowDesignerMessageFilter { #region Members and Constructor private enum ScrollDirection { None = 1, Left = 2, Up = 4, Right = 8, Down = 16 } private bool startAutoScroll = false; private EventHandler autoScrollEventHandler = null; private ScrollDirection autoScrollDirection = ScrollDirection.None; internal AutoScrollingMessageFilter() { } #endregion #region Behavior Overrides protected override bool OnDragEnter(DragEventArgs eventArgs) { //Invalidate the autoscrollindicator area this.startAutoScroll = true; Rectangle[] scrollIndicatorRectangles = ScrollIndicatorRectangles; foreach (Rectangle rectangle in scrollIndicatorRectangles) ParentView.InvalidateClientRectangle(rectangle); return false; } protected override bool OnDragOver(DragEventArgs eventArgs) { this.startAutoScroll = true; //We do not allow drag drop when we are auto scrolling //Also the drag image updation occures automatically as on AutoScroll we invalidate the whole client area //todo add quick and medium autoscroll zones Point clientPoint = ParentView.PointToClient(new Point(eventArgs.X, eventArgs.Y)); AutoScrollDirection = AutoScrollDirectionFromPoint(clientPoint); if (AutoScrollDirection != ScrollDirection.None) return true; else return false; } protected override bool OnDragLeave() { this.startAutoScroll = false; AutoScrollDirection = ScrollDirection.None; return false; } protected override bool OnDragDrop(DragEventArgs eventArgs) { this.startAutoScroll = false; AutoScrollDirection = ScrollDirection.None; return false; } protected override bool OnPaintWorkflowAdornments(PaintEventArgs e, Rectangle viewPort, AmbientTheme ambientTheme) { if (ShowAutoScrollIndicators) DrawScrollIndicators(e.Graphics); return false; } #endregion #region Helpers private ScrollDirection AutoScrollDirection { get { return this.autoScrollDirection; } set { if (this.autoScrollDirection == value) return; this.autoScrollDirection = value; Rectangle[] scrollIndicatorRectangles = ScrollIndicatorRectangles; foreach (Rectangle rectangle in scrollIndicatorRectangles) ParentView.InvalidateClientRectangle(rectangle); if (ScrollDirection.None == value) { if (this.autoScrollEventHandler != null) { WorkflowTimer.Default.Unsubscribe(this.autoScrollEventHandler); this.autoScrollEventHandler = null; } } else { if (this.autoScrollEventHandler == null) { this.autoScrollEventHandler = new EventHandler(OnAutoScroll); WorkflowTimer.Default.Subscribe(50, this.autoScrollEventHandler); } } } } private ScrollDirection AutoScrollDirectionFromPoint(Point clientPoint) { Rectangle clientRectangle = new Rectangle(Point.Empty, ParentView.ViewPortSize); if (!clientRectangle.Contains(clientPoint)) return ScrollDirection.None; ScrollDirection autoScrollDirection = ScrollDirection.None; ScrollBar hScrollBar = ParentView.HScrollBar; if (clientPoint.X <= clientRectangle.Width / 10 && hScrollBar.Value > 0) autoScrollDirection |= ScrollDirection.Left; else if (clientPoint.X >= clientRectangle.Right - clientRectangle.Width / 10 && hScrollBar.Value < hScrollBar.Maximum - hScrollBar.LargeChange) autoScrollDirection |= ScrollDirection.Right; ScrollBar vScrollBar = ParentView.VScrollBar; if (clientPoint.Y <= clientRectangle.Height / 10 && vScrollBar.Value > 0) autoScrollDirection |= ScrollDirection.Up; else if (clientPoint.Y >= clientRectangle.Bottom - clientRectangle.Height / 10 && vScrollBar.Value < vScrollBar.Maximum - vScrollBar.LargeChange) autoScrollDirection |= ScrollDirection.Down; return autoScrollDirection; } private bool ShowAutoScrollIndicators { get { AmbientTheme ambientTheme = WorkflowTheme.CurrentTheme.AmbientTheme; if (!this.startAutoScroll) return false; Size viewPortSize = ParentView.ViewPortSize; Size indicatorSize = ambientTheme.ScrollIndicatorSize; indicatorSize.Width += 2 * ambientTheme.Margin.Width; indicatorSize.Height += 2 * ambientTheme.Margin.Height; return (viewPortSize.Width > 2 * indicatorSize.Width && viewPortSize.Height > 2 * indicatorSize.Height); } } private Rectangle[] ScrollIndicatorRectangles { get { Rectangle clientRectangle = new Rectangle(Point.Empty, ParentView.ViewPortSize); Size indicatorMargins = WorkflowTheme.CurrentTheme.AmbientTheme.Margin; Size scrollIndicatorSize = WorkflowTheme.CurrentTheme.AmbientTheme.ScrollIndicatorSize; Rectangle[] scrollIndicatorRectangles = new Rectangle[4]; //Left indicator scrollIndicatorRectangles[0].X = indicatorMargins.Width; scrollIndicatorRectangles[0].Y = (clientRectangle.Height - scrollIndicatorSize.Height) / 2; scrollIndicatorRectangles[0].Size = scrollIndicatorSize; //Right indicator scrollIndicatorRectangles[1].X = clientRectangle.Right - indicatorMargins.Width - scrollIndicatorSize.Width; scrollIndicatorRectangles[1].Y = (clientRectangle.Height - scrollIndicatorSize.Height) / 2; scrollIndicatorRectangles[1].Size = scrollIndicatorSize; //Top indicator scrollIndicatorRectangles[2].X = (clientRectangle.Width - scrollIndicatorSize.Width) / 2; scrollIndicatorRectangles[2].Y = indicatorMargins.Height; scrollIndicatorRectangles[2].Size = scrollIndicatorSize; //Bottom indicator scrollIndicatorRectangles[3].X = (clientRectangle.Width - scrollIndicatorSize.Width) / 2; scrollIndicatorRectangles[3].Y = clientRectangle.Bottom - indicatorMargins.Height - scrollIndicatorSize.Height; scrollIndicatorRectangles[3].Size = scrollIndicatorSize; return scrollIndicatorRectangles; } } private void OnAutoScroll(object sender, EventArgs eventArgs) { WorkflowView parentView = ParentView; Point scrollPosition = parentView.ScrollPosition; if ((this.autoScrollDirection & ScrollDirection.Left) > 0) scrollPosition.X = scrollPosition.X - AmbientTheme.ScrollUnit; else if ((this.autoScrollDirection & ScrollDirection.Right) > 0) scrollPosition.X = scrollPosition.X + AmbientTheme.ScrollUnit; if ((this.autoScrollDirection & ScrollDirection.Up) > 0) scrollPosition.Y = scrollPosition.Y - AmbientTheme.ScrollUnit; else if ((this.autoScrollDirection & ScrollDirection.Down) > 0) scrollPosition.Y = scrollPosition.Y + AmbientTheme.ScrollUnit; parentView.ScrollPosition = scrollPosition; } private void DrawScrollIndicators(Graphics graphics) { Image indicator = AmbientTheme.ScrollIndicatorImage; if (indicator == null) return; WorkflowView parentView = ParentView; Size viewPortSize = parentView.ViewPortSize; Point scrollPosition = parentView.ScrollPosition; //Left Right Rectangle[] scrollIndicatorRectangles = ScrollIndicatorRectangles; if (scrollPosition.X > 0) ActivityDesignerPaint.DrawImage(graphics, AmbientTheme.ScrollIndicatorImage, scrollIndicatorRectangles[0], AmbientTheme.ScrollIndicatorTransparency); if (scrollPosition.X < parentView.HScrollBar.Maximum - viewPortSize.Width) { indicator.RotateFlip(RotateFlipType.Rotate180FlipY); ActivityDesignerPaint.DrawImage(graphics, indicator, scrollIndicatorRectangles[1], AmbientTheme.ScrollIndicatorTransparency); indicator.RotateFlip(RotateFlipType.Rotate180FlipY); } //Up Down if (scrollPosition.Y > 0) { indicator.RotateFlip(RotateFlipType.Rotate90FlipX); ActivityDesignerPaint.DrawImage(graphics, indicator, scrollIndicatorRectangles[2], AmbientTheme.ScrollIndicatorTransparency); indicator.RotateFlip(RotateFlipType.Rotate270FlipY); } if (scrollPosition.Y < parentView.VScrollBar.Maximum - viewPortSize.Height) { indicator.RotateFlip(RotateFlipType.Rotate270FlipNone); ActivityDesignerPaint.DrawImage(graphics, indicator, scrollIndicatorRectangles[3], AmbientTheme.ScrollIndicatorTransparency); indicator.RotateFlip(RotateFlipType.Rotate90FlipNone); } } #endregion } #endregion #region Class AutoExpandingMessageFilter //This behavior needs coordinates in logical coordinate system internal sealed class AutoExpandingMessageFilter : WorkflowDesignerMessageFilter { #region Members and Constructor private CompositeActivityDesigner autoExpandableDesigner = null; private EventHandler autoExpandEventHandler = null; internal AutoExpandingMessageFilter() { } #endregion #region Behavior Overrides protected override bool OnDragEnter(DragEventArgs eventArgs) { WorkflowView parentView = ParentView; if (parentView.IsClientPointInActiveLayout(parentView.PointToClient(new Point(eventArgs.X, eventArgs.Y)))) SetAutoExpandableDesigner(parentView.MessageHitTestContext.AssociatedDesigner as CompositeActivityDesigner); else SetAutoExpandableDesigner(null); return false; } protected override bool OnDragOver(DragEventArgs eventArgs) { WorkflowView parentView = ParentView; if (parentView.IsClientPointInActiveLayout(parentView.PointToClient(new Point(eventArgs.X, eventArgs.Y)))) SetAutoExpandableDesigner(parentView.MessageHitTestContext.AssociatedDesigner as CompositeActivityDesigner); else SetAutoExpandableDesigner(null); return false; } protected override bool OnDragDrop(DragEventArgs eventArgs) { SetAutoExpandableDesigner(null); return false; } protected override bool OnDragLeave() { SetAutoExpandableDesigner(null); return false; } #endregion #region Helpers private void SetAutoExpandableDesigner(CompositeActivityDesigner value) { if (this.autoExpandableDesigner == value) return; //We always remove this so that the timer counter gets reset if (value == null || value.Expanded || !value.CanExpandCollapse) { this.autoExpandableDesigner = null; if (this.autoExpandEventHandler != null) { WorkflowTimer.Default.Unsubscribe(this.autoExpandEventHandler); this.autoExpandEventHandler = null; } } else { //User has to hover for 2 seconds this.autoExpandableDesigner = value; if (this.autoExpandEventHandler == null) { this.autoExpandEventHandler = new EventHandler(OnAutoExpand); WorkflowTimer.Default.Subscribe(500, this.autoExpandEventHandler); } } } private void OnAutoExpand(object sender, EventArgs eventArgs) { if (this.autoExpandableDesigner != null) { this.autoExpandableDesigner.Expanded = true; ParentView.PerformLayout(true); } SetAutoExpandableDesigner(null); } #endregion } #endregion } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. 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