internal HashSet <UML_SM.Vertex> createVertices
(BehaviorStateMachines.Region region
)
{
HashSet <UML_SM.Vertex> newVertices =
new HashSet <UML_SM.Vertex>();
global::EA.Element parentElement = region.wrappedElement;
foreach (global::EA.Element childElement in parentElement.Elements)
{
UML_SM.Vertex newVertex = null;
switch (childElement.Type)
{
case "State":
case "StateMachine":
case "StateNode":
newVertex = createEAElementWrapper(childElement) as UML_SM.Vertex;
break;
}
if (newVertex != null)
{
if (region.isContainedElement(newVertex as ElementWrapper))
{
newVertex.container = region;
newVertices.Add(newVertex);
}
}
}
return(newVertices);
}
/// creates a new EAElementWrapper based on the given EA.Element
internal ElementWrapper createEAElementWrapper
(global::EA.Element elementToWrap)
{
switch (elementToWrap.Type)
{
case "Class":
return(new Class(this.model as Model, elementToWrap));
case "Interface":
return(new Interface(this.model as Model, elementToWrap));
case "Note":
return(new NoteComment(this.model as Model, elementToWrap));
case "Action":
// figure out wether this Action is a standard action or a
// specialized action
//elementToWrap.Properties;
XmlDocument descriptionXml = ((Model)this.model).SQLQuery(@"SELECT x.Description FROM t_object o
inner join t_xref x on x.Client = o.ea_guid
where o.Object_ID = " + elementToWrap.ElementID.ToString());
XmlNode descriptionNode = descriptionXml.SelectSingleNode("//Description");
if (descriptionNode != null)
{
if (descriptionNode.InnerText.Contains("CallOperation"))
{
return(new CallOperationAction(this.model as Model, elementToWrap));
}
}
// simple Action
return(new Action(this.model as Model, elementToWrap));
case "Interaction":
return(new Interaction(this.model as Model, elementToWrap));
case "Activity":
return(new Activity(this.model as Model, elementToWrap));
case "StateMachine":
return(new StateMachine(this.model as Model, elementToWrap));
case "Package":
int packageID;
if (int.TryParse(elementToWrap.MiscData[0], out packageID))
{
return(((Model)this.model).getElementWrapperByPackageID(packageID));
}
else
{
throw new Exception("WrappedElement " + elementToWrap.Name + " is not a package");
}
default:
return(new ElementWrapper(this.model as Model, elementToWrap));
}
}
public static global::EA.Element getElementForPackage(Model model, global::EA.Package package)
{
global::EA.Element foundElement = package.Element;
//if for some reason the Element is not filled in we get it using the package GUID.
if (foundElement == null)
{
foundElement = model.wrappedModel.GetElementByGuid(package.PackageGUID);
}
return(foundElement);
}
/// <summary>
/// checks if this element is an associationclass.
/// Associationclasses have the connectorID in the Miscdata[3] (PDATA4)
/// We have to use this because elementToWrap.IsAssocationClass() throws an exception when used in a background trhead
/// </summary>
/// <param name="elementToWrap">the element to check</param>
/// <returns>true if it is an associationclass</returns>
private bool isAssociationClass(global::EA.Element elementToWrap)
{
int connectorID;
if (int.TryParse(elementToWrap.MiscData[3].ToString(), out connectorID))
{
return(elementToWrap.Type == "Class" && connectorID > 0);
}
return(false);
}
public AssociationClass(Model model, global::EA.Element elementToWrap)
: base(model, elementToWrap)
{
}
public ElementWrapper(Model model, global::EA.Element wrappedElement)
: base(model)
{
this.wrappedElement = wrappedElement;
}
public NoteComment(Model model, global::EA.Element wrappedNote)
: base(model, wrappedNote)
{
}
public FinalState(Model model, global::EA.Element wrappedElement, UML.StateMachines.BehaviorStateMachines.Region containingRegion)
: base(model, wrappedElement, containingRegion)
{
}
public Property(Model model, global::EA.Element wrappedElement)
: base(model, wrappedElement)
{
}
public Class(Model model, global::EA.Element elementToWrap)
: base(model, elementToWrap)
{
}
public Action(Model model, global::EA.Element wrappedElement)
: base(model, wrappedElement)
{
}
public Trigger(UTF_EA.Model model, global::EA.Element wrappedElement)
: base(model, wrappedElement)
{
_event = new UTF_EA.BehaviorStateMachines.Event(model, wrappedElement);
}
public Enumeration(Model model, global::EA.Element elementToWrap)
: base(model, elementToWrap)
{
}
public InformationItem(Model model, global::EA.Element wrappedElement)
: base(model, wrappedElement)
{
}
/// creates a new EAElementWrapper based on the given EA.Element
internal ElementWrapper createEAElementWrapper
(global::EA.Element elementToWrap)
{
//first check if this element already exists in the cache
if (this.EAModel.useCache)
{
var elementWrapper = this.EAModel.getElementFromCache(elementToWrap.ElementID);
if (elementWrapper != null)
{
return(elementWrapper);
}
}
ElementWrapper newElementWrapper;
switch (elementToWrap.Type)
{
case "Class":
//first check if this isn't an enumeration.
// Enumerations are stored as type Class but with the stereotype enumeration
if (elementToWrap.StereotypeEx.Contains("enumeration"))
{
newElementWrapper = new Enumeration(this.model as Model, elementToWrap);
break;
}
else
{
//check if associationclass
//elementToWrap.IsAssocationClass() returns an exception when used in a background thread so we use our own method to figure out if its an associationClass.
if (this.isAssociationClass(elementToWrap))
{
newElementWrapper = new AssociationClass(this.model as Model, elementToWrap);
break;
}
else
{
//just a regular class
newElementWrapper = new Class(this.model as Model, elementToWrap);
break;
}
}
case "Enumeration":
// since version 10 there are also "real" enumerations Both are still supported
newElementWrapper = new Enumeration(this.model as Model, elementToWrap);
break;
case "Interface":
newElementWrapper = new Interface(this.model as Model, elementToWrap);
break;
case "Note":
newElementWrapper = new NoteComment(this.model as Model, elementToWrap);
break;
case "Action":
// figure out wether this Action is a standard action or a
// specialized action
//elementToWrap.Properties;
XmlDocument descriptionXml = ((Model)this.model).SQLQuery(@"SELECT x.Description FROM t_object o
inner join t_xref x on x.Client = o.ea_guid
where o.Object_ID = " + elementToWrap.ElementID.ToString());
XmlNodeList descriptionNodes = descriptionXml.SelectNodes(((EA.Model) this.model).formatXPath("//Description"));
foreach (XmlNode descriptionNode in descriptionNodes)
{
if (descriptionNode.InnerText.Contains("CallOperation"))
{
newElementWrapper = new CallOperationAction(this.model as Model, elementToWrap);
break;
}
}
// simple Action
newElementWrapper = new Action(this.model as Model, elementToWrap);
break;
case "Interaction":
newElementWrapper = new Interaction(this.model as Model, elementToWrap);
break;
case "Activity":
newElementWrapper = new Activity(this.model as Model, elementToWrap);
break;
case "StateMachine":
newElementWrapper = new BehaviorStateMachines.StateMachine(this.model as Model, elementToWrap);
break;
case "State":
newElementWrapper = new BehaviorStateMachines.State(this.model as Model, elementToWrap, null);
break;
case "StateNode":
string metaType = elementToWrap.MetaType;
if (metaType == "Pseudostate" ||
metaType == "Synchronisation")
{
newElementWrapper = new BehaviorStateMachines.PseudoState(this.model as Model, elementToWrap, null);
break;
}
else if (metaType == "FinalState")
{
newElementWrapper = new BehaviorStateMachines.FinalState(this.model as Model, elementToWrap, null);
break;
}
newElementWrapper = new ElementWrapper(this.model as Model, elementToWrap);
break;
case "Package":
int packageID;
if (int.TryParse(elementToWrap.MiscData[0], out packageID))
{
newElementWrapper = ((Model)this.model).getElementWrapperByPackageID(packageID);
break;
}
else
{
throw new Exception("WrappedElement " + elementToWrap.Name + " is not a package");
}
case "DataType":
case "PrimitiveType": //TODO: fix primitive type so it can handle this
newElementWrapper = new DataType(this.model as Model, elementToWrap);
break;
case "InformationItem":
newElementWrapper = new InformationItem(this.model as Model, elementToWrap);
break;
case "ProxyConnector":
newElementWrapper = new ProxyConnector(this.model as Model, elementToWrap);
break;
case "Part":
newElementWrapper = new Property(this.model as Model, elementToWrap);
break;
case "InteractionFragment":
newElementWrapper = new InteractionFragment(this.model as Model, elementToWrap);
break;
default:
newElementWrapper = new ElementWrapper(this.model as Model, elementToWrap);
break;
}
//add the element to the cache if needed
if (this.EAModel.useCache)
{
this.EAModel.addElementToCache(newElementWrapper);
}
return(newElementWrapper);
}
public DataType(Model model, global::EA.Element elementToWrap)
: base(model, elementToWrap)
{
}
/// <summary>
/// constructor, no special treatment
/// </summary>
/// <param name="model">the model</param>
/// <param name="wrappedElement">the EA.Element to wrap</param>
public CallOperationAction(Model model, global::EA.Element wrappedElement)
: base(model, wrappedElement)
{
}
public Interface(Model model, global::EA.Element element) :
base(model, element)
{
}
/// <summary>
/// default constructor, calls parent constructor
/// </summary>
/// <param name="model">the model containing the element</param>
/// <param name="wrappedElement">the EA.Element to be wrapped</param>
public StateMachine(Model model, global::EA.Element wrappedElement)
: base(model, wrappedElement)
{
}
public ProxyConnector(Model model, global::EA.Element wrappedElement) : base(model, wrappedElement)
{
}
public Vertex(Model model, global::EA.Element wrappedElement)
: base(model, wrappedElement)
{
}
/// creates a new EAElementWrapper based on the given EA.Element
internal ElementWrapper createEAElementWrapper
(global::EA.Element elementToWrap)
{
switch (elementToWrap.Type)
{
case "Class":
//first check if this isn't an enumeration.
// Enumerations are stored as type Class but with the stereotype enumeration
if (elementToWrap.StereotypeEx.Contains("enumeration"))
{
return(new Enumeration(this.model as Model, elementToWrap));
}
else
{
return(new Class(this.model as Model, elementToWrap));
}
case "Enumeration":
// since version 10 there are also "real" enumerations Both are still supported
return(new Enumeration(this.model as Model, elementToWrap));
case "Interface":
return(new Interface(this.model as Model, elementToWrap));
case "Note":
return(new NoteComment(this.model as Model, elementToWrap));
case "Action":
// figure out wether this Action is a standard action or a
// specialized action
//elementToWrap.Properties;
XmlDocument descriptionXml = ((Model)this.model).SQLQuery(@"SELECT x.Description FROM t_object o
inner join t_xref x on x.Client = o.ea_guid
where o.Object_ID = " + elementToWrap.ElementID.ToString());
XmlNodeList descriptionNodes = descriptionXml.SelectNodes(((EA.Model) this.model).formatXPath("//Description"));
foreach (XmlNode descriptionNode in descriptionNodes)
{
if (descriptionNode.InnerText.Contains("CallOperation"))
{
return(new CallOperationAction(this.model as Model, elementToWrap));
}
}
// simple Action
return(new Action(this.model as Model, elementToWrap));
case "Interaction":
return(new Interaction(this.model as Model, elementToWrap));
case "Activity":
return(new Activity(this.model as Model, elementToWrap));
case "StateMachine":
return(new BehaviorStateMachines.StateMachine(this.model as Model, elementToWrap));
case "State":
return(new BehaviorStateMachines.State(this.model as Model, elementToWrap, null));
case "StateNode":
string metaType = elementToWrap.MetaType;
if (metaType == "Pseudostate" ||
metaType == "Synchronisation")
{
return(new BehaviorStateMachines.PseudoState(this.model as Model, elementToWrap, null));
}
else if (metaType == "FinalState")
{
return(new BehaviorStateMachines.FinalState(this.model as Model, elementToWrap, null));
}
return(new ElementWrapper(this.model as Model, elementToWrap));
case "Package":
int packageID;
if (int.TryParse(elementToWrap.MiscData[0], out packageID))
{
return(((Model)this.model).getElementWrapperByPackageID(packageID));
}
else
{
throw new Exception("WrappedElement " + elementToWrap.Name + " is not a package");
}
case "DataType":
return(new DataType(this.model as Model, elementToWrap));
default:
return(new ElementWrapper(this.model as Model, elementToWrap));
}
}
public Vertex(Model model, global::EA.Element wrappedElement, UML.StateMachines.BehaviorStateMachines.Region containingRegion)
: base(model, wrappedElement)
{
this._container = containingRegion;
}
internal global::EA.Diagram getMasterStateDiagram(ElementWrapper elementWrapper, global::EA.Element stateChartElement)
{
foreach (global::EA.Diagram diagram in elementWrapper.wrappedElement.Diagrams)
{
// Just return the first state chart diagram found that contains the stateChartElement
if (diagram.Type == "Statechart")
{
foreach (global::EA.DiagramObject diagramObject in diagram.DiagramObjects)
{
if (stateChartElement.ElementID == diagramObject.ElementID)
{
return(diagram);
}
}
}
}
return(null);
}
public ElementWrapper(Model model, global::EA.Element wrappedElement)
: base(model)
{
this.wrappedElement = wrappedElement;
this.isDirty = false;
}
public InteractionFragment(UTF_EA.Model model, global::EA.Element wrappedElement)
: base(model, wrappedElement)
{
}
public Event(UTF_EA.Model model, global::EA.Element wrappedElement)
: base(model, wrappedElement)
{
}
