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--Author Manel Fredj-CEA LIST
library Diagram;
import ClassDiagNodes;
import StateDiagNodes;
import ProfileDiagNodes;
import ClassAndProfileDiagEdges;
import CompositeDiagNodes;
import StateDiagEdges;
import CompositeDiagEdges;
--import VisualIDs;
import NotationQueries;
import GeneralMappingsandHelpers;
modeltype di uses 'http://www.eclipse.org/papyrus/0.7.0/sashdi';
modeltype di2 uses 'http://www.papyrusuml.org/di2';
modeltype notation uses 'http://www.eclipse.org/gmf/runtime/1.0.2/notation';
modeltype ecore uses 'http://www.eclipse.org/emf/2002/Ecore';
modeltype uml uses 'http://www.eclipse.org/uml2/2.1.0/UML';
mapping di2::Diagram::diagram2diagram() : notation::Diagram inherits di2::GraphElement::element2View
{
--the id is set automatically
--assign type
type := self.getDiagramtype();
--assign name
name := self.name;
--assign element
measurementUnit := notation::MeasurementUnit::Pixel;
--transform contained nodes and edges
if (type = ClassDiagram_P2) then {
children := setChildrenForClassDiagram(self.contained);
edges := setEdgesForClassAndProfileDiagram(self.contained);
} endif;
if (type = ProfileDiagram_P2) then {
children := setChildrenForProfileDiagram(self.contained);
edges := setEdgesForClassAndProfileDiagram(self.contained);
} endif;
if (type = CompositeStructure_P2) then {
children := setChildrenForCompositeDiagram(self.contained);
edges := setEdgesForCompositeDiagram(self.contained);
} endif;
if (type = StateMachineDiagram_P2) then {
children := setChildrenForStateDiagram(self.contained);
edges := setEdgesForStateDiagram(self.contained);
} endif;
--Set Style of diagram
if (type != null) then {
styles := setStylesForDiagram();
} endif;
}
--------------------------------------------------------------
--converting a composite diagram
helper setChildrenForCompositeDiagram(in contained:OrderedSet(di2::DiagramElement)) : OrderedSet(notation::Node)
{
var setOfChildren:OrderedSet(notation::Node);
var child:notation::Node;
var itsParent: notation::Shape;
contained ->forEach (node|node.oclIsTypeOf(di2::GraphNode)) {
--case of containing a class
if (node.oclAsType(di2::GraphNode).getElement().oclIsTypeOf(uml::Class) ) then {
child := node.oclAsType(di2::GraphNode).map compositeDiagNode2Shape();
setOfChildren += child;
} endif;
--case of containing a port : map the potr and attach it to the semantic parent
if (node.oclAsType(di2::GraphNode).getElement().oclIsTypeOf(uml::Port) ) then {
child := node.oclAsType(di2::GraphNode).map compositeDiagPort2Shape();
var temp: di2::DiagramElement:=node.oclAsType(di2::GraphNode).getSemanticParent();
itsParent:= temp.oclAsType(di2::GraphNode).resolveone (notation::Shape);
--add the child to the semantic parent
itsParent.children+= child;
} endif;
};
return setOfChildren;
}
------------------------------------------------------------
--converting a class diagram
helper setChildrenForClassDiagram (in contained:OrderedSet(di2::DiagramElement)) : OrderedSet(notation::Node)
{
var setOfChildren:OrderedSet(notation::Node);
var child:notation::Node;
contained ->forEach (node|node.oclIsTypeOf(di2::GraphNode)) {
child := node.oclAsType(di2::GraphNode).map classDiagNode2Shape();
setOfChildren += child;
};
return setOfChildren;
}
------------------------------------------------------------
--converting a profile diagram
helper setChildrenForProfileDiagram (in contained:OrderedSet(di2::DiagramElement)) : OrderedSet(notation::Node)
{
var setOfChildren:OrderedSet(notation::Node);
var child:notation::Node;
contained ->forEach (node|node.oclIsTypeOf(di2::GraphNode)) {
child := node.oclAsType(di2::GraphNode).map profileDiagNode2Shape();
setOfChildren += child;
};
return setOfChildren;
}
--converting a state diagram
helper setChildrenForStateDiagram (in contained:OrderedSet(di2::DiagramElement)) : OrderedSet(notation::Node)
{
var setOfChildren:OrderedSet(notation::Node);
var child:notation::Node;
contained ->forEach (node|node.oclIsTypeOf(di2::GraphNode)) {
child := node.oclAsType(di2::GraphNode).map stateDiagNode2Shape();
setOfChildren += child;
};
return setOfChildren;
}
helper setEdgesForClassAndProfileDiagram (in contained : OrderedSet(di2::DiagramElement)) : OrderedSet (notation::Edge)
{
var setofEdges : OrderedSet(notation::Edge);
var edge : notation::Edge;
contained->forEach (node|node.oclIsTypeOf(di2::GraphEdge)) {
edge := node.oclAsType(di2::GraphEdge).map classAndProfileDiagEdge2Edge();
setofEdges += edge;
};
contained->forEach (composite|composite.oclIsTypeOf(di2::GraphNode)) {
composite.oclAsType(di2::GraphNode).contained->forEach (elem|elem.oclIsTypeOf(di2::GraphEdge)) {
edge := elem.oclAsType(di2::GraphEdge).map classAndProfileDiagEdge2Edge();
setofEdges += edge;
};
composite.oclAsType(di2::GraphNode).contained->forEach (prop|prop.oclIsTypeOf(di2::GraphNode)) {
prop.oclAsType(di2::GraphNode).contained->forEach (connect|connect.oclIsTypeOf(di2::GraphEdge)) {
edge := connect.oclAsType(di2::GraphEdge).map classAndProfileDiagEdge2Edge();
setofEdges += edge;
};
};
};
return setofEdges;
}
helper setEdgesForCompositeDiagram (in contained : OrderedSet(di2::DiagramElement)) : OrderedSet (notation::Edge)
{
var setofEdges : OrderedSet(notation::Edge);
var edge : notation::Edge;
contained->forEach (node|node.oclIsTypeOf(di2::GraphEdge)) {
edge := node.oclAsType(di2::GraphEdge).map compositeDiagEdge2Edge();
setofEdges += edge;
};
contained->forEach (composite|composite.oclIsTypeOf(di2::GraphNode)) {
composite.oclAsType(di2::GraphNode).contained->forEach (elem|elem.oclIsTypeOf(di2::GraphEdge)) {
edge := elem.oclAsType(di2::GraphEdge).map compositeDiagEdge2Edge();
setofEdges += edge;
};
composite.oclAsType(di2::GraphNode).contained->forEach (prop|prop.oclIsTypeOf(di2::GraphNode)) {
prop.oclAsType(di2::GraphNode).contained->forEach (connect|connect.oclIsTypeOf(di2::GraphEdge)) {
edge := connect.oclAsType(di2::GraphEdge).map compositeDiagEdge2Edge();
setofEdges += edge;
};
};
};
return setofEdges;
}
helper setEdgesForStateDiagram (in contained : OrderedSet(di2::DiagramElement)) : OrderedSet (notation::Edge)
{
var setofEdges : OrderedSet(notation::Edge);
var edge : notation::Edge;
contained->forEach (node|node.oclIsTypeOf(di2::GraphEdge)) {
edge := node.oclAsType(di2::GraphEdge).map stateDiagEdge2Edge();
setofEdges += edge;
};
contained->forEach (composite|composite.oclIsTypeOf(di2::GraphNode)) {
composite.oclAsType(di2::GraphNode).contained->forEach (elem|elem.oclIsTypeOf(di2::GraphEdge)) {
edge := elem.oclAsType(di2::GraphEdge).map stateDiagEdge2Edge();
setofEdges += edge;
};
composite.oclAsType(di2::GraphNode).contained->forEach (prop|prop.oclIsTypeOf(di2::GraphNode)) {
prop.oclAsType(di2::GraphNode).contained->forEach (connect|connect.oclIsTypeOf(di2::GraphEdge)) {
edge := connect.oclAsType(di2::GraphEdge).map stateDiagEdge2Edge();
setofEdges += edge;
};
};
};
return setofEdges;
}
--------------------------------
--Helpers related to a diagram
helper setStylesForDiagram() : OrderedSet (notation::Style)
{
--<styles xmi:type="notation:DiagramStyle""/>
var setofStyles : OrderedSet(notation::Style);
var style := object notation::DiagramStyle {
--the id is set automatically
};
setofStyles := OrderedSet{style};
return setofStyles;
}
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