/// creates a new EAConnectorWrapper wrapping the given EA.Connector
private ConnectorWrapper createEAConnectorWrapper
(global::EA.Connector connector)
{
switch (connector.Type)
{
case "Generalization":
return(new Generalization(this.model as Model, connector));
case "Association":
return(new Association(this.model as Model, connector));
case "Dependency":
return(new Dependency(this.model as Model, connector));
case "Sequence":
case "Collaboration":
return(new Message(this.model as Model, connector));
case "Realization":
case "Realisation":
return(createEARealization(connector));
case "StateFlow":
return(new BehaviorStateMachines.Transition(this.model as Model, connector));
default:
return(new ConnectorWrapper(this.model as Model, connector));
}
}
private Realization createEARealization(global::EA.Connector connector)
{
// first create an EARealization, then check if this realization is
// between an interface and a behaviored classifier.
// in that case create a new EAInterfaceRealization
Realization realization = new Realization(this.model as Model,
connector);
if (realization.supplier is UML.Classes.Interfaces.Interface &&
realization.client is UML.Classes.Interfaces.BehavioredClassifier)
{
realization = new InterfaceRealization(this.model as Model, connector);
}
return(realization);
}
public Usage(Model model, global::EA.Connector usage)
: base(model, usage)
{
}
public Realization(Model model, global::EA.Connector realization)
: base(model, realization)
{
}
public ConnectorWrapper(Model model, global::EA.Connector connector)
: base(model)
{
this.wrappedConnector = connector;
}
public InterfaceRealization(Model model, global::EA.Connector connector)
: base(model, connector)
{
}
public Generalization(Model model, global::EA.Connector connector)
: base(model, connector)
{
}
//creates a new Message based on the given EA.connector of type message
public Message(Model model, global::EA.Connector message)
: base(model, message)
{
}
public Association(Model model, global::EA.Connector association)
: base(model, association)
{
}
public Transition(Model model, global::EA.Connector transition)
: base(model, transition)
{
}
public Dependency(Model model, global::EA.Connector dependency)
: base(model, dependency)
{
}
public InformationFlow(Model model, global::EA.Connector connector)
: base(model, connector)
{
}
public Abstraction(Model model, global::EA.Connector wrappedConnector)
: base(model, wrappedConnector)
{
}
