private List <Composite> recursiveImport(int stopCount)
{
if (lines.Count.Equals(stopCount))
{
return(compList);
}
else
{
redPen = new Pen(Color.Red);
//de line opdelen in verschillende woorden door het op te splitsen.
wordParts = lines[stopCount].Split(' ').ToList();
int countTabs = DetermineTabs(wordParts);
RemoveTabs(wordParts, 0);
//eerste woord van line controleren
switch (wordParts.First())
{
case "group":
{
comp = new Composite("Group", new Point(0, 0), new Size(50, 50));
if (ornamentitems.Count != 0)
{
foreach (string a in ornamentitems)
{
List <string> cache = new List <string>();
cache = a.Split(' ').ToList();
RemoveTabs(cache, 0);
string ornamentLocatie = cache[1];
cache[2].Replace(@"\", "");
string ornamentText = cache[2];
createOrnament(null, comp, ornamentLocatie, ornamentText);
}
ornamentitems.Clear();
}
comp.compositeIndex = countTabs;
comp.compositeSize = int.Parse(wordParts[1]);
if (!countTabs.Equals(0))
{
comp.groepInGroup = true;
int amountGroup = compList.Count;
int amountInGroup = compList[amountGroup - 1].subordinates.Count;
if (compList[amountGroup - 1].compositeSize != amountInGroup)
{
compList[amountGroup - 1].AddSubordinate(comp);
compList[amountGroup - 1].compositeSize = compList[amountGroup - 1].subordinates.Count;
}
}
wordParts.Clear();
stopCount++;
compList.Add(comp);
Form1.Instance.composites.Add(comp);
return(recursiveImport(stopCount));
}
case "rectangle":
{
Shape s;
location = new Point(int.Parse(wordParts[1]), int.Parse(wordParts[2]));
size = new Size(int.Parse(wordParts[3]), int.Parse(wordParts[4]));
if (!countTabs.Equals(0))
{
s = createRectangle(location, size);
leaf = new Leaf(s);
s.InGroup = true;
comp.subordinates.Add(leaf);
//Form1.Instance.maxWidth = 0;
//Form1.Instance.maxHeight = 0;
//Form1.Instance.groupSizeX.Clear();
//Form1.Instance.groupSizeY.Clear();
//Form1.Instance.determineGroupSize(comp, 0, 0);
//comp.Position = new Point(Form1.Instance.groupSizeX.Min(), Form1.Instance.groupSizeY.Min());
//comp.Size = new Size((Form1.Instance.groupSizeX.Max() + Form1.Instance.maxWidth) - Form1.Instance.groupSizeX.Min(),
// (Form1.Instance.groupSizeY.Max() + Form1.Instance.maxHeight) - Form1.Instance.groupSizeY.Min());
}
else
{
s = createRectangle(location, size);
Form1.Instance.moveOrnement(s, null);
}
wordParts.Clear();
checkIfShapeGetsOrnament(s);
stopCount++;
return(recursiveImport(stopCount));
}
case "ellipse":
{
Shape s;
location = new Point(int.Parse(wordParts[1]), int.Parse(wordParts[2]));
size = new Size(int.Parse(wordParts[3]), int.Parse(wordParts[4]));
if (!countTabs.Equals(0))
{
s = createEllipse(location, size);
leaf = new Leaf(s);
s.InGroup = true;
comp.subordinates.Add(leaf);
//Form1.Instance.maxWidth = 0;
//Form1.Instance.maxHeight = 0;
//Form1.Instance.groupSizeX.Clear();
//Form1.Instance.groupSizeY.Clear();
//Form1.Instance.determineGroupSize(comp, 0, 0);
//comp.Position = new Point(Form1.Instance.groupSizeX.Min(), Form1.Instance.groupSizeY.Min());
//comp.Size = new Size((Form1.Instance.groupSizeX.Max() + Form1.Instance.maxWidth) - Form1.Instance.groupSizeX.Min(),
// (Form1.Instance.groupSizeY.Max() + Form1.Instance.maxHeight) - Form1.Instance.groupSizeY.Min());
}
else
{
s = createEllipse(location, size);
Form1.Instance.moveOrnement(s, null);
}
wordParts.Clear();
checkIfShapeGetsOrnament(s);
stopCount++;
return(recursiveImport(stopCount));
}
case "ornament":
{
ornamentitems.Add(lines[stopCount]);
stopCount++;
return(recursiveImport(stopCount));
}
}
}
return(recursiveImport(stopCount));
}
private List <Composite> recursiveImport(int stopCount)
{
if (lines.Count.Equals(stopCount))
{
return(compList);
}
else
{
redPen = new Pen(Color.Red);
//de line opdelen in verschillende woorden door het op te splitsen.
wordParts = lines[stopCount].Split(' ').ToList();
int countTabs = DetermineTabs(wordParts);
RemoveTabs(wordParts, 0);
//eerste woord van line controleren
switch (wordParts.First())
{
case "group":
{
comp = new Composite("Group", new Point(0, 0), new Size(50, 50));
comp.compositeIndex = countTabs;
comp.compositeSize = int.Parse(wordParts[1]);
if (!countTabs.Equals(0))
{
comp.groepInGroup = true;
int amountGroup = compList.Count;
int amountInGroup = compList[amountGroup - 1].subordinates.Count;
if (compList[amountGroup - 1].compositeSize != amountInGroup)
{
compList[amountGroup - 1].AddSubordinate(comp);
compList[amountGroup - 1].compositeSize = compList[amountGroup - 1].subordinates.Count;
}
}
wordParts.Clear();
stopCount++;
compList.Add(comp);
return(recursiveImport(stopCount));
}
case "rectangle":
{
location = new Point(int.Parse(wordParts[1]), int.Parse(wordParts[2]));
size = new Size(int.Parse(wordParts[3]), int.Parse(wordParts[4]));
if (!countTabs.Equals(0))
{
Shape s = createRectangle(location, size);
leaf = new Leaf(s);
s.InGroup = true;
comp.subordinates.Add(leaf);
}
else
{
createRectangle(location, size);
}
wordParts.Clear();
stopCount++;
return(recursiveImport(stopCount));
}
case "ellipse":
{
location = new Point(int.Parse(wordParts[1]), int.Parse(wordParts[2]));
size = new Size(int.Parse(wordParts[3]), int.Parse(wordParts[4]));
if (!countTabs.Equals(0))
{
Shape s = createEllipse(location, size);
leaf = new Leaf(s);
s.InGroup = true;
comp.subordinates.Add(leaf);
}
else
{
createEllipse(location, size);
}
wordParts.Clear();
stopCount++;
return(recursiveImport(stopCount));
}
}
}
return(null);
}
