private static void VisualStudio2Uml(IEnumerable <string> paths, string target)
{
if (target.Length > 0)
{
try {
Console.WriteLine("Read: " + target);
IUmlObject[] readObjs = new UmlParser().Parse(target).ToArray();
Console.WriteLine("Read: " + target);
} catch (FileNotFoundException ex) {
Console.WriteLine(ex.ToString());
}
List <IUmlObject> objects = new List <IUmlObject> ();
for (int _try = 0; _try <= 3 && objects.Count == 0; ++_try)
{
foreach (string _path in paths)
{
string path = _path;
for (int p = 0; p < _try; ++p)
{
path += "/../";
}
Console.WriteLine(path);
Action <string> processFile = (filename) => {
if (filename.Contains("ModelDefinition") && !filename.Contains("ModelingProject"))
{
Console.WriteLine("Read: " + filename);
IParser parser = new VSParser();
objects.AddRange(parser.Parse(filename));
}
};
Files.SearchFiles(path, new string[] { ".uml" }, processFile);
}
}
objects.Sort();
Console.WriteLine("Write: " + target);
List <string> lines = new List <string> ();
foreach (IUmlObject obj in objects.Where((o) => !IsBlacklisted(o.Name)))
{
lines.Add(obj.ToUmlCode());
lines.Add("");
}
Files.WriteLines(target, lines);
}
else
{
Console.WriteLine("Error! No target file specified!");
}
}
private static void Uml2Diagram(IEnumerable <string> paths, string target)
{
foreach (string path in paths)
{
Console.WriteLine(path);
string graphdir = target.Length > 0 ? target + "/" : path + "/graphs/";
List <IUmlObject> allObjects = new List <IUmlObject> ();
Action <string> processFile = (filename) => {
if (!filename.Contains("graphs") && !filename.Contains("ModelDefinition"))
{
IParser parser = new UmlParser();
Console.WriteLine("Read: " + filename);
allObjects.AddRange(parser.Parse(filename));
//foreach (IUmlObject obj in objects) {
// Console.WriteLine (obj);
//}
}
};
Files.SearchFiles(path, new string[] { ".uml" }, processFile);
Console.WriteLine("Write: " + "classes.dot");
ClassDiagram allDia = new ClassDiagram(allObjects);
Files.WriteLines(graphdir + "classes.dot", allDia.DotCode());
GraphViz.Dot("svg", graphdir + "classes.dot", graphdir + "classes.svg");
GraphViz.Dot("png", graphdir + "classes.dot", graphdir + "classes.png");
foreach (UmlClass obj in allObjects.OfType <UmlClass>())
{
string filename = "class-" + obj.Name.Clean();
Console.WriteLine("Write: " + filename + ".svg");
IEnumerable <IUmlObject> relatedObjects = obj.FindRelated(allObjects);
// write class diagram
ClassDiagram dia = new ClassDiagram(relatedObjects);
Files.WriteLines(graphdir + filename + ".dot", dia.DotCode());
GraphViz.Dot("svg", graphdir + filename + ".dot", graphdir + filename + ".svg");
// write uml code
List <string> lines = new List <string> ();
foreach (IUmlObject relObj in relatedObjects)
{
lines.Add(relObj.ToUmlCode() + "\n");
}
Files.WriteLines(graphdir + filename + ".uml", lines);
}
}
}
private static void Uml2Code(IEnumerable <string> paths, string _target)
{
foreach (string path in paths)
{
string target = _target.Length > 0 ? _target + "/" : path + "/codegen/";
Console.WriteLine(path);
List <IUmlObject> objects = new List <IUmlObject> ();
Action <string> processFile = (filename) => {
IParser parser = new UmlParser();
objects.AddRange(parser.Parse(filename));
};
Files.SearchFiles(path, new string[] { ".uml" }, processFile);
foreach (IUmlObject obj in objects)
{
List <string> lines = new List <string> ();
lines.Add(obj.ToCSharpCode() + "\n");
string genfile = target + Packages.GetPackage(obj.Name).Replace(".", "/") + "/" + obj.Name.Clean() + ".cs";
Console.WriteLine("Write: " + genfile);
Files.WriteLines(genfile, lines);
}
}
}
private static void VisualStudio2Uml(IEnumerable<string> paths, string target)
{
if (target.Length > 0) {
try {
Console.WriteLine ("Read: " + target);
IUmlObject[] readObjs = new UmlParser ().Parse (target).ToArray ();
Console.WriteLine ("Read: " + target);
} catch (FileNotFoundException ex) {
Console.WriteLine (ex.ToString ());
}
List<IUmlObject> objects = new List<IUmlObject> ();
for (int _try = 0; _try <= 3 && objects.Count == 0; ++_try) {
foreach (string _path in paths) {
string path = _path;
for (int p = 0; p < _try; ++p)
path += "/../";
Console.WriteLine (path);
Action<string> processFile = (filename) => {
if (filename.Contains ("ModelDefinition") && !filename.Contains ("ModelingProject")) {
Console.WriteLine ("Read: " + filename);
IParser parser = new VSParser ();
objects.AddRange (parser.Parse (filename));
}
};
Files.SearchFiles (path, new string[]{".uml"}, processFile);
}
}
objects.Sort ();
Console.WriteLine ("Write: " + target);
List<string> lines = new List<string> ();
foreach (IUmlObject obj in objects.Where ((o) => !IsBlacklisted(o.Name))) {
lines.Add (obj.ToUmlCode ());
lines.Add ("");
}
Files.WriteLines (target, lines);
} else {
Console.WriteLine ("Error! No target file specified!");
}
}
private static void Uml2Tex(IEnumerable<string> umlfiles, string target)
{
List<IUmlObject> allObjects = new List<IUmlObject> ();
foreach (string umlfile in umlfiles) {
IParser parser = new UmlParser ();
Console.WriteLine ("Read: " + umlfile);
allObjects.AddRange (parser.Parse (umlfile));
}
Console.WriteLine ("Write: " + target);
List<string> lines = new List<string> ();
lines.AddRange (UmlObject.TexHeader);
foreach (string package in Packages.PackageMap.Keys) {
lines.Add (@"\section{Paket " + package + @"}");
lines.Add (@"\subsection{Klassen}");
foreach (UmlClass obj in allObjects.OfType<UmlClass>().Where((c) => Packages.IsInPackage(package, c.Name))) {
if (obj.type != ClassType.Interface) {
lines.Add (obj.ToTexCode ());
lines.Add ("");
}
}
lines.Add (@"\subsection{Schnittstellen}");
foreach (UmlClass obj in allObjects.OfType<UmlClass>().Where((c) => Packages.IsInPackage(package, c.Name))) {
if (obj.type == ClassType.Interface) {
lines.Add (obj.ToTexCode ());
lines.Add ("");
}
}
lines.Add (@"\subsection{Enumerationen}");
foreach (UmlEnum obj in allObjects.OfType<UmlEnum>().Where((c) => Packages.IsInPackage(package, c.Name))) {
lines.Add (obj.ToTexCode ());
lines.Add ("");
}
}
Files.WriteLines (target, lines);
lines.Clear ();
newCommand (ref lines, "CountClasses", "" + allObjects.OfType<UmlClass> ()
.Where ((o) => o.type == ClassType.Class).Count ()
);
newCommand (ref lines, "CountInterfaces", "" + allObjects.OfType<UmlClass> ()
.Where ((o) => o.type == ClassType.Interface).Count ()
);
newCommand (ref lines, "CountEnums", "" + allObjects.OfType<UmlEnum> ()
.Count ()
);
newCommand (ref lines, "CountAll", ""
+ (allObjects.OfType<UmlClass> ()
.Where ((o) => o.type == ClassType.Class).Count ()
+ allObjects.OfType<UmlClass> ()
.Where ((o) => o.type == ClassType.Interface).Count ()
+ allObjects.OfType<UmlEnum> () /* Strukturen? */
.Count ())
);
Files.WriteLines (Path.GetDirectoryName (target) + "/Definitionen.gentex", lines);
if (IsRunningOnMono ()) {
foreach (UmlClass obj in allObjects.OfType<UmlClass>()) {
// write class diagram
ClassDiagram dia = new ClassDiagram (new IUmlObject[] { obj });
string filename = Path.GetDirectoryName (target) + "/Klassen/" + obj.Name.Clean ();
Files.WriteLines (filename + ".dot", dia.DotCode ("", "ffffff", 200));
//GraphViz.Dot ("svg", filename + ".dot", filename + ".svg");
//GraphViz.Dot ("jpg", filename + ".dot", filename + ".jpg");
//GraphViz.Dot ("png", filename + ".dot", filename + ".png");
GraphViz.Dot ("svg", filename + ".dot", filename + ".svg");
//GraphViz.Convert ("-density 100", "svg:" + filename + ".svg", filename + ".png");
//GraphViz.RsvgConvert ("--dpi-x 120", "--dpi-y 120", filename + ".svg", ">", filename + ".png");
GraphViz.InkScape ("--export-png=" + filename + ".png", "--export-dpi=150", filename + ".svg");
}
}
}
private static void Uml2Diagram(IEnumerable<string> paths, string target)
{
foreach (string path in paths) {
Console.WriteLine (path);
string graphdir = target.Length > 0 ? target + "/" : path + "/graphs/";
List<IUmlObject> allObjects = new List<IUmlObject> ();
Action<string> processFile = (filename) => {
if (!filename.Contains ("graphs") && !filename.Contains ("ModelDefinition")) {
IParser parser = new UmlParser ();
Console.WriteLine ("Read: " + filename);
allObjects.AddRange (parser.Parse (filename));
//foreach (IUmlObject obj in objects) {
// Console.WriteLine (obj);
//}
}
};
Files.SearchFiles (path, new string[]{".uml"}, processFile);
Console.WriteLine ("Write: " + "classes.dot");
ClassDiagram allDia = new ClassDiagram (allObjects);
Files.WriteLines (graphdir + "classes.dot", allDia.DotCode ());
GraphViz.Dot ("svg", graphdir + "classes.dot", graphdir + "classes.svg");
GraphViz.Dot ("png", graphdir + "classes.dot", graphdir + "classes.png");
foreach (UmlClass obj in allObjects.OfType<UmlClass>()) {
string filename = "class-" + obj.Name.Clean ();
Console.WriteLine ("Write: " + filename + ".svg");
IEnumerable<IUmlObject> relatedObjects = obj.FindRelated (allObjects);
// write class diagram
ClassDiagram dia = new ClassDiagram (relatedObjects);
Files.WriteLines (graphdir + filename + ".dot", dia.DotCode ());
GraphViz.Dot ("svg", graphdir + filename + ".dot", graphdir + filename + ".svg");
// write uml code
List<string> lines = new List<string> ();
foreach (IUmlObject relObj in relatedObjects) {
lines.Add (relObj.ToUmlCode () + "\n");
}
Files.WriteLines (graphdir + filename + ".uml", lines);
}
}
}
private static void Uml2Code(IEnumerable<string> paths, string _target)
{
foreach (string path in paths) {
string target = _target.Length > 0 ? _target + "/" : path + "/codegen/";
Console.WriteLine (path);
List<IUmlObject> objects = new List<IUmlObject> ();
Action<string> processFile = (filename) => {
IParser parser = new UmlParser ();
objects.AddRange (parser.Parse (filename));
};
Files.SearchFiles (path, new string[]{".uml"}, processFile);
foreach (IUmlObject obj in objects) {
List<string> lines = new List<string> ();
lines.Add (obj.ToCSharpCode () + "\n");
string genfile = target + Packages.GetPackage (obj.Name).Replace (".", "/") + "/" + obj.Name.Clean () + ".cs";
Console.WriteLine ("Write: " + genfile);
Files.WriteLines (genfile, lines);
}
}
}
private static void Uml2Tex(IEnumerable <string> umlfiles, string target)
{
List <IUmlObject> allObjects = new List <IUmlObject> ();
foreach (string umlfile in umlfiles)
{
IParser parser = new UmlParser();
Console.WriteLine("Read: " + umlfile);
allObjects.AddRange(parser.Parse(umlfile));
}
Console.WriteLine("Write: " + target);
List <string> lines = new List <string> ();
lines.AddRange(UmlObject.TexHeader);
foreach (string package in Packages.PackageMap.Keys)
{
lines.Add(@"\section{Paket " + package + @"}");
lines.Add(@"\subsection{Klassen}");
foreach (UmlClass obj in allObjects.OfType <UmlClass>().Where((c) => Packages.IsInPackage(package, c.Name)))
{
if (obj.type != ClassType.Interface)
{
lines.Add(obj.ToTexCode());
lines.Add("");
}
}
lines.Add(@"\subsection{Schnittstellen}");
foreach (UmlClass obj in allObjects.OfType <UmlClass>().Where((c) => Packages.IsInPackage(package, c.Name)))
{
if (obj.type == ClassType.Interface)
{
lines.Add(obj.ToTexCode());
lines.Add("");
}
}
lines.Add(@"\subsection{Enumerationen}");
foreach (UmlEnum obj in allObjects.OfType <UmlEnum>().Where((c) => Packages.IsInPackage(package, c.Name)))
{
lines.Add(obj.ToTexCode());
lines.Add("");
}
}
Files.WriteLines(target, lines);
lines.Clear();
newCommand(ref lines, "CountClasses", "" + allObjects.OfType <UmlClass> ()
.Where((o) => o.type == ClassType.Class).Count()
);
newCommand(ref lines, "CountInterfaces", "" + allObjects.OfType <UmlClass> ()
.Where((o) => o.type == ClassType.Interface).Count()
);
newCommand(ref lines, "CountEnums", "" + allObjects.OfType <UmlEnum> ()
.Count()
);
newCommand(ref lines, "CountAll", ""
+ (allObjects.OfType <UmlClass> ()
.Where((o) => o.type == ClassType.Class).Count()
+ allObjects.OfType <UmlClass> ()
.Where((o) => o.type == ClassType.Interface).Count()
+ allObjects.OfType <UmlEnum> () /* Strukturen? */
.Count())
);
Files.WriteLines(Path.GetDirectoryName(target) + "/Definitionen.gentex", lines);
if (IsRunningOnMono())
{
foreach (UmlClass obj in allObjects.OfType <UmlClass>())
{
// write class diagram
ClassDiagram dia = new ClassDiagram(new IUmlObject[] { obj });
string filename = Path.GetDirectoryName(target) + "/Klassen/" + obj.Name.Clean();
Files.WriteLines(filename + ".dot", dia.DotCode("", "ffffff", 200));
//GraphViz.Dot ("svg", filename + ".dot", filename + ".svg");
//GraphViz.Dot ("jpg", filename + ".dot", filename + ".jpg");
//GraphViz.Dot ("png", filename + ".dot", filename + ".png");
GraphViz.Dot("svg", filename + ".dot", filename + ".svg");
//GraphViz.Convert ("-density 100", "svg:" + filename + ".svg", filename + ".png");
//GraphViz.RsvgConvert ("--dpi-x 120", "--dpi-y 120", filename + ".svg", ">", filename + ".png");
GraphViz.InkScape("--export-png=" + filename + ".png", "--export-dpi=150", filename + ".svg");
}
}
}