public void Remove(Shapes.DiagramShape obj) { if (obj != null) { DiagramLayer layer1 = obj.Layer; if (layer1 != null) { if (layer1 != this) { throw new ArgumentException("Cannot remove an object from a layer if it does not belong to that layer."); } Shapes.GroupShape group1 = obj.Parent; if (group1 != null) { group1.Remove(obj); } else { this.removeFromLayer(obj, false); } } } if (this.ShapeRemoved != null) { this.ShapeRemoved(this, new SelectionEventArgs(obj)); } }
public void MoveBefore(DiagramLayer dest, DiagramLayer moving) { if (dest == null) { dest = this.Bottom; } if (dest == moving) { throw new ArgumentException("Cannot move a layer before (behind) itself"); } int num1 = this.IndexOf(moving); if (num1 < 0) { throw new ArgumentException("MoveBefore layer to be moved must be in the GoLayerCollection"); } int num2 = this.IndexOf(dest); if (num2 < 0) { throw new ArgumentException("MoveBefore destination layer must be in the GoLayerCollection"); } if (num2 > num1) { num2--; } if (num2 != num1) { this.myLayers.RemoveAt(num1); this.myLayers.Insert(num2, moving); this.LayerCollectionContainer.RaiseChanged(0x323, 0, moving, num1, dest, LayerCollection.NullRect, num2, dest, LayerCollection.NullRect); } }
public void MoveAfter(DiagramLayer dest, DiagramLayer moving) { if (dest == null) { dest = this.Top; } if (dest == moving) { throw new ArgumentException("Cannot move a layer after (on top of) itself"); } int num1 = this.IndexOf(moving); if (num1 < 0) { throw new ArgumentException("MoveAfter layer to be moved must be in the GoLayerCollection"); } int num2 = this.IndexOf(dest); if (num2 < 0) { throw new ArgumentException("MoveAfter destination layer must be in the GoLayerCollection"); } if (num2 > num1) { num2--; } if ((num2 + 1) != num1) { this.myLayers.RemoveAt(num1); this.myLayers.Insert(num2 + 1, moving); this.LayerCollectionContainer.RaiseChanged(0x323, 1, moving, num1, dest, LayerCollection.NullRect, num2 + 1, dest, LayerCollection.NullRect); } }
public void Add(Shapes.DiagramShape obj) { if (obj != null) { if (obj.Layer != null) { if (obj.Layer.LayerCollectionContainer != this.LayerCollectionContainer) { throw new ArgumentException("Cannot add an object to a layer when it is already part of a different document's or view's layer."); } if (obj.Parent != null) { throw new ArgumentException("Cannot add an object to a layer when it is part of a group."); } DiagramLayer layer1 = obj.Layer; if (layer1 != this) { this.changeLayer(obj, layer1, false); } } else { if (obj.Parent != null) { obj.Parent.Remove(obj); } this.addToLayer(obj, false); } } if (this.ShapeAdded != null) { this.ShapeAdded(this, new SelectionEventArgs(obj)); } }
public DiagramLayer CreateNewLayerBefore(DiagramLayer dest) { if ((dest != null) && (this.IndexOf(dest) < 0)) { throw new ArgumentException("Cannot create a new layer before a layer that is not in this layer collection."); } DiagramLayer layer1 = new DiagramLayer(); layer1.init(this.LayerCollectionContainer); this.InsertBefore(dest, layer1); return layer1; }
public DiagramLayer CreateNewLayerBefore(DiagramLayer dest) { if ((dest != null) && (this.IndexOf(dest) < 0)) { throw new ArgumentException("Cannot create a new layer before a layer that is not in this layer collection."); } DiagramLayer layer1 = new DiagramLayer(); layer1.init(this.LayerCollectionContainer); this.InsertBefore(dest, layer1); return(layer1); }
internal void changeLayer(Shapes.DiagramShape obj, DiagramLayer oldLayer, bool undoing) { oldLayer.RemoveFromCache(obj); int num1 = Shapes.DiagramShapeCollection.fastRemove(oldLayer.myObjects, obj); this.myObjects.Add(obj); obj.SetLayer(this, obj, undoing); this.InsertIntoCache(obj); RectangleF ef1 = obj.Bounds; this.LayerCollectionContainer.RaiseChanged(0x388, 0, obj, num1, oldLayer, ef1, -1, this, ef1); }
internal void InsertBefore(DiagramLayer dest, DiagramLayer newlayer) { if (dest == null) { dest = this.Bottom; } int num1 = this.IndexOf(dest); if (num1 >= 0) { this.myLayers.Insert(num1, newlayer); this.LayerCollectionContainer.RaiseChanged(0x321, 0, newlayer, num1, dest, LayerCollection.NullRect, num1, newlayer, LayerCollection.NullRect); } }
public virtual void RemoveHandles(Shapes.DiagramShape obj) { if (this.myHandles != null) { object obj1 = this.myHandles[obj]; if (obj1 != null) { if (this.View != null) { ArrayList list1 = obj1 as ArrayList; if (list1 != null) { for (int num1 = 0; num1 < list1.Count; num1++) { IShapeHandle handle1 = (IShapeHandle)list1[num1]; Shapes.DiagramShape obj2 = handle1.DiagramShape; handle1.SelectedObject = null; if (obj2 != null) { DiagramLayer layer1 = obj2.Layer; if (layer1 != null) { layer1.Remove(obj2); } } } } else { IShapeHandle handle2 = (IShapeHandle)obj1; handle2.SelectedObject = null; Shapes.DiagramShape obj3 = handle2.DiagramShape; if (obj3 != null) { DiagramLayer layer2 = obj3.Layer; if (layer2 != null) { layer2.Remove(obj3); } } } } this.myHandles.Remove(obj); } } }
public DiagramLayer Find(object identifier) { if (identifier != null) { LayerCollectionEnumerator enumerator1 = this.Backwards.GetEnumerator(); while (enumerator1.MoveNext()) { DiagramLayer layer1 = enumerator1.Current; object obj1 = layer1.Identifier; if ((obj1 != null) && obj1.Equals(identifier)) { return(layer1); } } } return(null); }
public void InsertDocumentLayerBefore(DiagramLayer dest, DiagramLayer doclayer) { int num1 = this.IndexOf(doclayer); if (num1 < 0) { if ((dest != null) && (this.IndexOf(dest) < 0)) { throw new ArgumentException("Cannot insert a document layer before a layer that is not in this layer collection."); } DiagramView view1 = this.View; if (view1 == null) { throw new ArgumentException("Cannot insert a layer into a document layer collection."); } if (((doclayer == null) || !doclayer.IsInDocument) || (view1.Document != doclayer.Document)) { throw new ArgumentException("Layer to be inserted into a view layer collection must be a document layer in the view's document."); } this.InsertBefore(dest, doclayer); } }
public bool MoveNext() { if (this.myEnumeratorValid) { if (this.myEnumerator.MoveNext()) { return(true); } this.myEnumeratorValid = false; } if (this.myForward) { while ((this.myIndex + 1) < this.myArray.Count) { this.myIndex++; DiagramLayer layer1 = (DiagramLayer)this.myArray[this.myIndex]; this.myEnumerator = layer1.GetEnumerator(); this.myEnumeratorValid = true; if (this.myEnumerator.MoveNext()) { return(true); } } return(false); } while ((this.myIndex - 1) >= 0) { this.myIndex--; DiagramLayer layer2 = (DiagramLayer)this.myArray[this.myIndex]; this.myEnumerator = layer2.Backwards; this.myEnumeratorValid = true; if (this.myEnumerator.MoveNext()) { return(true); } } return(false); }
public virtual Shapes.IDiagramPort PickNearestPort(PointF dc) { Shapes.IDiagramPort port1 = null; float single1 = base.View.PortGravity; single1 *= single1; LayerCollectionEnumerator enumerator1 = base.View.Layers.Backwards.GetEnumerator(); while (enumerator1.MoveNext()) { DiagramLayer layer1 = enumerator1.Current; if (layer1.IsInDocument && layer1.CanViewObjects()) { LayerEnumerator enumerator3 = layer1.Backwards.GetEnumerator(); while (enumerator3.MoveNext()) { Shapes.DiagramShape obj1 = enumerator3.Current; port1 = this.pickNearestPort1(obj1, dc, port1, ref single1); } } } return(port1); }
public void Remove(DiagramLayer layer) { if (layer != null) { int num1 = this.IndexOf(layer); if (num1 >= 0) { if (layer.LayerCollectionContainer == this.LayerCollectionContainer) { layer.Clear(); } DiagramLayer layer1 = null; foreach (DiagramLayer layer2 in this.myLayers) { if ((layer2 != layer) && (layer2.LayerCollectionContainer == this.LayerCollectionContainer)) { layer1 = layer2; break; } } if (layer1 != null) { DiagramLayer layer3 = null; if ((num1 + 1) < this.myLayers.Count) { layer3 = (DiagramLayer)this.myLayers[num1 + 1]; } this.myLayers.RemoveAt(num1); this.LayerCollectionContainer.RaiseChanged(0x322, 0, layer, 0, layer3, LayerCollection.NullRect, 0, null, LayerCollection.NullRect); if (layer == this.Default) { this.Default = layer1; } } } } }
public void CopyTo(DiagramLayer[] array, int index) { this.myLayers.CopyTo(array, index); }
public void Remove(DiagramLayer layer) { if (layer != null) { int num1 = this.IndexOf(layer); if (num1 >= 0) { if (layer.LayerCollectionContainer == this.LayerCollectionContainer) { layer.Clear(); } DiagramLayer layer1 = null; foreach (DiagramLayer layer2 in this.myLayers) { if ((layer2 != layer) && (layer2.LayerCollectionContainer == this.LayerCollectionContainer)) { layer1 = layer2; break; } } if (layer1 != null) { DiagramLayer layer3 = null; if ((num1 + 1) < this.myLayers.Count) { layer3 = (DiagramLayer)this.myLayers[num1 + 1]; } this.myLayers.RemoveAt(num1); this.LayerCollectionContainer.RaiseChanged(0x322, 0, layer, 0, layer3, LayerCollection.NullRect, 0, null, LayerCollection.NullRect); if (layer == this.Default) { this.Default = layer1; } } } } }
public DiagramLayer[] CopyArray() { DiagramLayer[] layerArray1 = new DiagramLayer[this.Count]; this.CopyTo(layerArray1, 0); return layerArray1; }
public void MoveBefore(DiagramLayer dest, DiagramLayer moving) { if (dest == null) { dest = this.Bottom; } if (dest == moving) { throw new ArgumentException("Cannot move a layer before (behind) itself"); } int num1 = this.IndexOf(moving); if (num1 < 0) { throw new ArgumentException("MoveBefore layer to be moved must be in the GoLayerCollection"); } int num2 = this.IndexOf(dest); if (num2 < 0) { throw new ArgumentException("MoveBefore destination layer must be in the GoLayerCollection"); } if (num2 > num1) { num2--; } if (num2 != num1) { this.myLayers.RemoveAt(num1); this.myLayers.Insert(num2, moving); this.LayerCollectionContainer.RaiseChanged(0x323, 0, moving, num1, dest, LayerCollection.NullRect, num2, dest, LayerCollection.NullRect); } }
public void MoveAfter(DiagramLayer dest, DiagramLayer moving) { if (dest == null) { dest = this.Top; } if (dest == moving) { throw new ArgumentException("Cannot move a layer after (on top of) itself"); } int num1 = this.IndexOf(moving); if (num1 < 0) { throw new ArgumentException("MoveAfter layer to be moved must be in the GoLayerCollection"); } int num2 = this.IndexOf(dest); if (num2 < 0) { throw new ArgumentException("MoveAfter destination layer must be in the GoLayerCollection"); } if (num2 > num1) { num2--; } if ((num2 + 1) != num1) { this.myLayers.RemoveAt(num1); this.myLayers.Insert(num2 + 1, moving); this.LayerCollectionContainer.RaiseChanged(0x323, 1, moving, num1, dest, LayerCollection.NullRect, num2 + 1, dest, LayerCollection.NullRect); } }
public void InsertDocumentLayerBefore(DiagramLayer dest, DiagramLayer doclayer) { int num1 = this.IndexOf(doclayer); if (num1 < 0) { if ((dest != null) && (this.IndexOf(dest) < 0)) { throw new ArgumentException("Cannot insert a document layer before a layer that is not in this layer collection."); } DiagramView view1 = this.View; if (view1 == null) { throw new ArgumentException("Cannot insert a layer into a document layer collection."); } if (((doclayer == null) || !doclayer.IsInDocument) || (view1.Document != doclayer.Document)) { throw new ArgumentException("Layer to be inserted into a view layer collection must be a document layer in the view's document."); } this.InsertBefore(dest, doclayer); } }
internal void changeLayer(Shapes.DiagramShape obj, DiagramLayer oldLayer, bool undoing) { oldLayer.RemoveFromCache(obj); int num1 = Shapes.DiagramShapeCollection.fastRemove(oldLayer.myObjects, obj); this.myObjects.Add(obj); obj.SetLayer(this, obj, undoing); this.InsertIntoCache(obj); RectangleF ef1 = obj.Bounds; this.LayerCollectionContainer.RaiseChanged(0x388, 0, obj, num1, oldLayer, ef1, -1, this, ef1); }
public DiagramLayer[] CopyArray() { DiagramLayer[] layerArray1 = new DiagramLayer[this.Count]; this.CopyTo(layerArray1, 0); return(layerArray1); }
internal void InsertBefore(DiagramLayer dest, DiagramLayer newlayer) { if (dest == null) { dest = this.Bottom; } int num1 = this.IndexOf(dest); if (num1 >= 0) { this.myLayers.Insert(num1, newlayer); this.LayerCollectionContainer.RaiseChanged(0x321, 0, newlayer, num1, dest, LayerCollection.NullRect, num1, newlayer, LayerCollection.NullRect); } }
internal int IndexOf(DiagramLayer layer) { return this.myLayers.IndexOf(layer); }
internal int IndexOf(DiagramLayer layer) { return(this.myLayers.IndexOf(layer)); }