public static int Add( IVisio.Shape shape, ConnectionPointCells cp) { if (shape == null) { throw new System.ArgumentNullException(nameof(shape)); } if (!cp.X.Formula.HasValue) { throw new System.ArgumentException("Must provide an X Formula"); } if (!cp.Y.Formula.HasValue) { throw new System.ArgumentException("Must provide an Y Formula"); } var n = shape.AddRow((short)IVisio.VisSectionIndices.visSectionConnectionPts, (short)IVisio.VisRowIndices.visRowLast, (short)IVisio.VisRowTags.visTagCnnctPt); var update = new ShapeSheet.Update(); update.SetFormulas(cp,n); update.Execute(shape); return n; }
public void ConnectionPoints_DeleteAll() { var page1 = this.GetNewPage(); var s1 = page1.DrawRectangle(0, 0, 4, 1); Assert.AreEqual(0, VACONNECT.ConnectionPointHelper.GetCount(s1)); var cp_type = VACONNECT.ConnectionPointType.Inward; var xpositions = new[] { "Width*0.25", "Width*0.30", "Width*0.75", "Width*0.90" }; var ypos = "Height*0"; foreach (var xpos in xpositions) { var cp = new VACONNECT.ConnectionPointCells(); cp.X = xpos; cp.Y = ypos; cp.DirX = 0; cp.DirY = 0; cp.Type = (int)cp_type; VACONNECT.ConnectionPointHelper.Add(s1, cp); } Assert.AreEqual(4, VACONNECT.ConnectionPointHelper.GetCount(s1)); int num_deleted = VACONNECT.ConnectionPointHelper.Delete(s1); Assert.AreEqual(4, num_deleted); Assert.AreEqual(0, VACONNECT.ConnectionPointHelper.GetCount(s1)); page1.Delete(0); }
public static int Add( IVisio.Shape shape, ConnectionPointCells connection_point_cells) { if (shape == null) { throw new System.ArgumentNullException(nameof(shape)); } if (!connection_point_cells.X.Formula.HasValue) { string msg = "Must provide an X Formula"; throw new System.ArgumentException(msg, nameof(connection_point_cells)); } if (!connection_point_cells.Y.Formula.HasValue) { string msg = "Must provide an Y Formula"; throw new System.ArgumentException(msg, nameof(connection_point_cells)); } var n = shape.AddRow((short)IVisio.VisSectionIndices.visSectionConnectionPts, (short)IVisio.VisRowIndices.visRowLast, (short)IVisio.VisRowTags.visTagCnnctPt); var update = new ShapeSheet.Update(); update.SetFormulas(connection_point_cells, n); update.Execute(shape); return(n); }
public static int Add( IVisio.Shape shape, ConnectionPointCells cp) { if (shape == null) { throw new System.ArgumentNullException("shape"); } if (!cp.X.Formula.HasValue) { throw new System.ArgumentException("Must provide an X Formula"); } if (!cp.Y.Formula.HasValue) { throw new System.ArgumentException("Must provide an Y Formula"); } var n = shape.AddRow((short)IVisio.VisSectionIndices.visSectionConnectionPts, (short)IVisio.VisRowIndices.visRowLast, (short)IVisio.VisRowTags.visTagCnnctPt); var update = new VA.ShapeSheet.Update(); update.SetFormulas(cp, n); update.Execute(shape); return(n); }
public void ConnectionPoints_DeleteAll() { var page1 = GetNewPage(); var s1 = page1.DrawRectangle(0, 0, 4, 1); Assert.AreEqual(0, VACXN.ConnectionPointHelper.GetCount(s1)); var cp_type = VACXN.ConnectionPointType.Inward; var xpositions = new[] {"Width*0.25", "Width*0.30", "Width*0.75", "Width*0.90"}; var ypos = "Height*0"; foreach (var xpos in xpositions) { var cp = new VACXN.ConnectionPointCells(); cp.X = xpos; cp.Y = ypos; cp.DirX = 0; cp.DirY = 0; cp.Type = (int) cp_type; VACXN.ConnectionPointHelper.Add(s1, cp); } Assert.AreEqual(4, VACXN.ConnectionPointHelper.GetCount(s1)); int num_deleted = VACXN.ConnectionPointHelper.Delete(s1); Assert.AreEqual(4, num_deleted); Assert.AreEqual(0, VACXN.ConnectionPointHelper.GetCount(s1)); page1.Delete(0); }
internal ConnectionPointValues(int shapeid, VACONNECT.ConnectionPointCells point) { this.ShapeID = shapeid; this.Type = point.Type.Formula.Value; this.X = point.X.Formula.Value; this.Y = point.Y.Formula.Value; this.DirX = point.DirX.Formula.Value; this.DirY = point.DirY.Formula.Value; }
public void ConnectionPoints_AddRemove() { var page1 = this.GetNewPage(); var s1 = page1.DrawRectangle(0, 0, 4, 1); Assert.AreEqual(0, VACONNECT.ConnectionPointHelper.GetCount(s1)); var cp_type = VACONNECT.ConnectionPointType.Inward; var cpd1 = new VACONNECT.ConnectionPointCells(); cpd1.X = "Width*0.25"; cpd1.Y = "Height*0"; cpd1.Type = (int)cp_type; var cpd2 = new VACONNECT.ConnectionPointCells(); cpd2.X = "Width*0.75"; cpd2.Y = "Height*0"; cpd2.Type = (int)cp_type; VACONNECT.ConnectionPointHelper.Add(s1, cpd1); Assert.AreEqual(1, VACONNECT.ConnectionPointHelper.GetCount(s1)); VACONNECT.ConnectionPointHelper.Add(s1, cpd2); Assert.AreEqual(2, VACONNECT.ConnectionPointHelper.GetCount(s1)); var controlpoints = VACONNECT.ConnectionPointCells.GetCells(s1); Assert.AreEqual(2, controlpoints.Count); var cp_0 = controlpoints[0]; AssertVA.AreEqual("0 in", 0, cp_0.DirX); AssertVA.AreEqual("0 in", 0, cp_0.DirY); AssertVA.AreEqual("0", 0, cp_0.Type); AssertVA.AreEqual("Width*0.25", 1, cp_0.X); AssertVA.AreEqual("Height*0", 0, cp_0.Y); var cp_1 = controlpoints[1]; AssertVA.AreEqual("0 in", 0, cp_1.DirX); AssertVA.AreEqual("0 in", 0, cp_1.DirY); AssertVA.AreEqual("0", 0, cp_1.Type); AssertVA.AreEqual("Width*0.75", 3, cp_1.X); AssertVA.AreEqual("Height*0", 0, cp_1.Y); VACONNECT.ConnectionPointHelper.Delete(s1, 1); Assert.AreEqual(1, VACONNECT.ConnectionPointHelper.GetCount(s1)); VACONNECT.ConnectionPointHelper.Delete(s1, 0); Assert.AreEqual(0, VACONNECT.ConnectionPointHelper.GetCount(s1)); page1.Delete(0); }
public ConnectionPointCells GetCells(VA.ShapeSheet.CellData <double>[] row) { var cells = new ConnectionPointCells(); cells.X = row[this.X.Ordinal]; cells.Y = row[this.Y.Ordinal]; cells.DirX = row[this.DirX.Ordinal].ToInt(); cells.DirY = row[this.DirY.Ordinal].ToInt(); cells.Type = row[this.Type.Ordinal].ToInt(); return(cells); }
public void ConnectionPoints_AddRemove() { var page1 = GetNewPage(); var s1 = page1.DrawRectangle(0, 0, 4, 1); Assert.AreEqual(0, VACXN.ConnectionPointHelper.GetCount(s1)); var cp_type = VACXN.ConnectionPointType.Inward; var cpd1 = new VACXN.ConnectionPointCells(); cpd1.X = "Width*0.25"; cpd1.Y = "Height*0"; cpd1.Type = (int) cp_type; var cpd2 = new VACXN.ConnectionPointCells(); cpd2.X = "Width*0.75"; cpd2.Y = "Height*0"; cpd2.Type = (int) cp_type; VACXN.ConnectionPointHelper.Add(s1, cpd1); Assert.AreEqual(1, VACXN.ConnectionPointHelper.GetCount(s1)); VACXN.ConnectionPointHelper.Add(s1, cpd2); Assert.AreEqual(2, VACXN.ConnectionPointHelper.GetCount(s1)); var controlpoints = VACXN.ConnectionPointCells.GetCells(s1); Assert.AreEqual(2, controlpoints.Count); var cp_0 = controlpoints[0]; AssertVA.AreEqual("0 in", 0, cp_0.DirX); AssertVA.AreEqual("0 in", 0, cp_0.DirY); AssertVA.AreEqual("0", 0, cp_0.Type); AssertVA.AreEqual("Width*0.25", 1, cp_0.X); AssertVA.AreEqual("Height*0", 0, cp_0.Y); var cp_1 = controlpoints[1]; AssertVA.AreEqual("0 in", 0, cp_1.DirX); AssertVA.AreEqual("0 in", 0, cp_1.DirY); AssertVA.AreEqual("0", 0, cp_1.Type); AssertVA.AreEqual("Width*0.75", 3, cp_1.X); AssertVA.AreEqual("Height*0", 0, cp_1.Y); VACXN.ConnectionPointHelper.Delete(s1, 1); Assert.AreEqual(1, VACXN.ConnectionPointHelper.GetCount(s1)); VACXN.ConnectionPointHelper.Delete(s1, 0); Assert.AreEqual(0, VACXN.ConnectionPointHelper.GetCount(s1)); page1.Delete(0); }
public IList <int> Add(IList <IVisio.Shape> target_shapes, string fx, string fy, CONS.ConnectionPointType type) { this.Client.Application.AssertApplicationAvailable(); this.Client.Document.AssertDocumentAvailable(); var shapes = this.GetTargetShapes(target_shapes); if (shapes.Count < 1) { return(new List <int>(0)); } int dirx = 0; int diry = 0; var indices = new List <int>(shapes.Count); var app = this.Client.Application.Get(); using (var undoscope = this.Client.Application.NewUndoScope("Add Connection Point")) { var cp = new CONS.ConnectionPointCells(); cp.X = fx; cp.Y = fy; cp.DirX = dirx; cp.DirY = diry; cp.Type = (int)type; foreach (var shape in shapes) { int index = CONS.ConnectionPointHelper.Add(shape, cp); indices.Add(index); } } return(indices); }
public IList<int> Add( IList<IVisio.Shape> target_shapes, string fx, string fy, CONS.ConnectionPointType type) { this.Client.Application.AssertApplicationAvailable(); this.Client.Document.AssertDocumentAvailable(); var shapes = this.GetTargetShapes(target_shapes); if (shapes.Count < 1) { return new List<int>(0); } int dirx = 0; int diry = 0; var indices = new List<int>(shapes.Count); var app = this.Client.Application.Get(); using (var undoscope = this.Client.Application.NewUndoScope("Add Connection Point")) { var cp = new CONS.ConnectionPointCells(); cp.X = fx; cp.Y = fy; cp.DirX = dirx; cp.DirY = diry; cp.Type = (int)type; foreach (var shape in shapes) { int index = CONS.ConnectionPointHelper.Add(shape, cp); indices.Add(index); } } return indices; }
public ConnectionPointCells GetCells(VA.ShapeSheet.CellData<double>[] row) { var cells = new ConnectionPointCells(); cells.X = row[this.X.Ordinal]; cells.Y = row[this.Y.Ordinal]; cells.DirX = row[this.DirX.Ordinal].ToInt(); cells.DirY = row[this.DirY.Ordinal].ToInt(); cells.Type = row[this.Type.Ordinal].ToInt(); return cells; }