internal static void SaveAtPath(PetriNet pn, string path)
{
List <XElement> xelemList = new List <XElement> ();
XDocument doc = new XDocument();
foreach (Node transition in pn.transitions)
{
xelemList.Add(
new XElement(ns + "transition", new XAttribute("id", transition.label + "_" + transition.id),
new XElement(ns + "name",
new XElement(ns + "text", transition.label + "_" + transition.id),
new XElement(ns + "graphics",
new XElement(ns + "offset", new XAttribute("x", transition.offset.x), new XAttribute("y", transition.offset.y))
)
),
new XElement(ns + "graphics",
new XElement(ns + "position", new XAttribute("x", transition.position.x), new XAttribute("y", transition.position.y))
)
)
);
}
foreach (Node place in pn.places)
{
xelemList.Add(
new XElement(ns + "place", new XAttribute("id", place.label + "_" + place.id),
new XElement(ns + "name",
new XElement(ns + "text", place.label + "_" + place.id),
new XElement(ns + "graphics",
new XElement(ns + "offset", new XAttribute("x", place.offset.x), new XAttribute("y", place.offset.y))
)
),
new XElement(ns + "initialMarking",
new XElement(ns + "text", place.initialMarking)
),
new XElement(ns + "graphics",
new XElement(ns + "position", new XAttribute("x", place.position.x), new XAttribute("y", place.position.y))
)
)
);
}
int cptNodes = pn.places.Count + pn.transitions.Count;
foreach (Arc arc in pn.arcs)
{
xelemList.Add(
new XElement(ns + "arc", new XAttribute("id", ++cptNodes), new XAttribute("source", arc.source.label + "_" + arc.source.id), new XAttribute("target", arc.target.label + "_" + arc.target.id),
new XElement(ns + "inscription",
new XElement(ns + "text", arc.weight),
new XElement(ns + "graphics",
new XElement(ns + "offset", new XAttribute("x", 0), new XAttribute("y", -10))
)
),
new XElement(ns + "type", new XAttribute("value", arc.type))
)
);
}
doc = new XDocument(
new XElement(ns + "pnml",
new XElement(ns + "net", new XAttribute("id", "A-A-0"), new XAttribute("type", "http://www.laas.fr/tina/tpn"),
new XElement(ns + "name",
new XElement(ns + "text", "gen0")
),
new XElement(ns + "page", new XAttribute("id", "A-A-1"),
xelemList.Select(x => x)
)
)
)
);
System.IO.Directory.CreateDirectory("completeNets");
doc.Save("completeNets/" + path);
}
/// <summary>
/// Create a PetriNet class whithin data filled from a pnml file
/// </summary>
/// <returns>PetriNet or null if doesn't exists</returns>
/// <param name="path">Full path of the pnml file</param>
internal static PetriNet loadFromPath(string path)
{
Dictionary <string, Node> idNodeMatcher = new Dictionary <string, Node> ();
//New PN
PetriNet petriNet = new PetriNet();
//Read file
XDocument xDoc = XDocument.Load(path);
//Load Header
petriNet.label = xDoc.Element("{" + ns + "}pnml").Element("{" + ns + "}net").Element("{" + ns + "}name").Value;
//Load Transitions
IEnumerable <XElement> transitions = xDoc.Descendants("{" + ns + "}transition");
foreach (XElement transition in transitions)
{
Node newTransition = new Node(
transition.Element("{" + ns + "}name").Element("{" + ns + "}text").Value,
new Vector2(float.Parse(transition.Element("{" + ns + "}name").Element("{" + ns + "}graphics").Element("{" + ns + "}offset").Attribute("x").Value), float.Parse(transition.Element("{" + ns + "}name").Element("{" + ns + "}graphics").Element("{" + ns + "}offset").Attribute("y").Value)),
-1,
new Vector2(float.Parse(transition.Element("{" + ns + "}graphics").Element("{" + ns + "}position").Attribute("x").Value), float.Parse(transition.Element("{" + ns + "}graphics").Element("{" + ns + "}position").Attribute("y").Value))
);
idNodeMatcher.Add(transition.Attribute("id").Value, newTransition);
petriNet.transitions.Add(newTransition);
}
//Load Places
IEnumerable <XElement> places = xDoc.Descendants("{" + ns + "}place");
foreach (XElement place in places)
{
Node newPlace = new Node(
place.Element("{" + ns + "}name").Element("{" + ns + "}text").Value,
new Vector2(float.Parse(place.Element("{" + ns + "}name").Element("{" + ns + "}graphics").Element("{" + ns + "}offset").Attribute("x").Value), float.Parse(place.Element("{" + ns + "}name").Element("{" + ns + "}graphics").Element("{" + ns + "}offset").Attribute("y").Value)),
place.Element("{" + ns + "}initialMarking") != null ? int.Parse(place.Element("{" + ns + "}initialMarking").Element("{" + ns + "}text").Value) : 0,
new Vector2(float.Parse(place.Element("{" + ns + "}graphics").Element("{" + ns + "}position").Attribute("x").Value), float.Parse(place.Element("{" + ns + "}graphics").Element("{" + ns + "}position").Attribute("y").Value))
);
idNodeMatcher.Add(place.Attribute("id").Value, newPlace);
petriNet.places.Add(newPlace);
}
//Load Arcs
IEnumerable <XElement> arcs = xDoc.Descendants("{" + ns + "}arc");
foreach (XElement arc in arcs)
{
Node source; idNodeMatcher.TryGetValue(arc.Attribute("source").Value, out source);
Node target; idNodeMatcher.TryGetValue(arc.Attribute("target").Value, out target);
Arc newArc = new Arc(source,
target,
arc.Element("{" + ns + "}type") != null ? Arc.stringToArcType(arc.Element("{" + ns + "}type").Attribute("value").Value) : ArcType.regular,
arc.Element("{" + ns + "}inscription") != null ? int.Parse(arc.Element("{" + ns + "}inscription").Element("{" + ns + "}text").Value) : 1
);
petriNet.arcs.Add(newArc);
}
return(petriNet);
}