public void EntitytoPage()
{
List <IVShape> shapes = new List <IVShape>();
foreach (IVShape shape in this._application.ActivePage.Shapes)
{
if (shape.Name.Contains("Context Entity (CE)"))
{
bool exists = false;
foreach (var s in shapes)
{
if (s.Text == shape.Text)
{
exists = true; System.Windows.Forms.MessageBox.Show(shape.Text +
" already exists.");
}
}
if (exists == false)
{
shapes.Add(shape);
}
}
}
if (shapes.Count >= 1)
{
foreach (var shape in shapes)
{
IVPage page = this._application.ActiveDocument.Pages.Add();
page.Name = shape.Text;
IVDocument stencil = this._application.Documents.OpenEx("SMT_BeC.vssx", 4);
IVMaster masterentity = new IVMaster();
foreach (var m in stencil.Masters)
{
if (m.Name == "Context Entity/ Function")
{
masterentity = m;
}
}
IVShape shapeh = page.Drop(masterentity, 10.3 / 2.54, 20.5 / 2.54);
shapeh.Text = shape.Text;
shapeh.CellsSRC(1, 3, 0).FormulaU = "THEMEGUARD(RGB(255,255,255))";
IVHyperlink hl = shape.Hyperlinks.Add();
hl.SubAddress = page.Name;
}
}
else
{
System.Windows.Forms.MessageBox.Show("No Context Entity found.");
};
}
//createfor each Connection a Entry or Exit Point at the Boundary Shape
/// <summary>
/// erstellt input/output knoten am rand des interface automaten
/// </summary>
public void CreateInandOutput()
{
List <IVPage> pagesBound = new List <IVPage>();
List <IVShape> cons;
IVMaster input = new IVMaster();
IVMaster output = new IVMaster();
foreach (var item in this.ActiveMasters)
{
if (item.Name == "Input")
{
input = item;
}
else if (item.Name == "Output")
{
output = item;
}
}
foreach (var item in this._application.ActiveDocument.Pages)
{
foreach (var shape in item.Shapes)
{
if (shape.Name.Contains("Interface"))
{
pagesBound.Add(item);
}
}
}
foreach (var item in pagesBound)
{
cons = new List <IVShape>();
IVShape boundary = new IVShape();
List <IVShape> deleted = new List <IVShape>();;
foreach (var connects in item.Shapes)
{
if (connects.Name.Contains("Connection"))
{
bool exists = false;
foreach (var c in cons)
{
if (c.Text == connects.Text)
{
exists = true;
}
}
if (exists == false)
{
cons.Add(connects);
}
}
;
if (connects.Name.Contains("Interface"))
{
boundary = connects;
}
if (connects.Name.Contains("Output"))
{
deleted.Add(connects);
}
if (connects.Name.Contains("Input"))
{
deleted.Add(connects);
}
}
foreach (var d in deleted)
{
d.Delete();
}
string xs = boundary.CellsSRC(1, 1, 0).FormulaU.Substring(0, boundary.CellsSRC(1, 1, 0).FormulaU.IndexOf(' '));
string ys = boundary.CellsSRC(1, 1, 1).FormulaU.Substring(0, boundary.CellsSRC(1, 1, 1).FormulaU.IndexOf(' '));
string ws = boundary.CellsSRC(1, 1, 2).FormulaU.Substring(0, boundary.CellsSRC(1, 1, 2).FormulaU.IndexOf(' '));
string hs = boundary.CellsSRC(1, 1, 3).FormulaU.Substring(0, boundary.CellsSRC(1, 1, 3).FormulaU.IndexOf(' '));
double xvalue = (Convert.ToDouble(xs.Replace('.', ','))) / 10;
double yvalue = (Convert.ToDouble(ys.Replace('.', ','))) / 10;
double weight = (Convert.ToDouble(ws.Replace('.', ','))) / 10;
double height = (Convert.ToDouble(hs.Replace('.', ','))) / 10;
int count = 1;
foreach (var inout in cons)
{
{
if (inout.Text.Contains("?"))
{
double x = (((xvalue - (weight / 2.05)) + ((weight / (cons.Count + 1)) * count)));
double y = (yvalue + (height / 2) + 0.25);
IVShape inputshape = item.Drop(input, x / 2.54, y / 2.54);
foreach (var g in inputshape.Shapes)
{
if (g.Text.Contains("Input"))
{
g.Text = inout.Text.Substring(0, inout.Text.IndexOf("?"));
}
}
}
else if (inout.Text.Contains("!"))
{
double x = (((xvalue - (weight / 2.05)) + ((weight / (cons.Count + 1)) * count)));
double y = (yvalue + (height / 2) + 0.25);
IVShape outputshape = item.Drop(output, x / 2.54, y / 2.54);
foreach (var g in outputshape.Shapes)
{
if (g.Text.Contains("Output"))
{
g.Text = inout.Text.Substring(0, inout.Text.IndexOf("!"));
}
}
}
}
count++;
}
}
}
