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--Author Manel Fredj-CEA LIST
library StateDiagram;
import Converter.Utils.ConverterLibs;
import StateDiagVisualIDs;
import GeneralMappingsandHelpers;
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::GraphNode::stateDiagNode2Shape() : notation::Shape inherits di2::GraphNode::node2Shape
{
--add 3 eAnnotations as in class diagram
eAnnotations := setEAnnotations ();
if (self.getElement().oclIsTypeOf(uml::State)) then {
type := VisualId_State;
children := setChildrenForState(self);
} endif;
if (self.getElement().oclIsTypeOf(uml::StateMachine)) then {
type := VisualId_StateMachine;
children := setChildrenForStateMachine(self);
} endif;
if (self.getElement().oclIsTypeOf(uml::Comment)) then {
-- type := VisualId_Comment;
} endif;
if (self.getElement().oclIsTypeOf(uml::Region)) then {
type := VisualId_Region;
children := setChildrenForRegion(self);
eAnnotations += object ecore::EAnnotation {
source := "RegionAnnotationKey";
details := object ecore::EStringToStringMapEntry {
key := "RegionZoneKey";
value := "";
};
};
} endif;
if (self.getElement().oclIsTypeOf(uml::FinalState)) then {
type := VisualId_FinalState;
children := setChildrenForPseudoState (self, VisualId_FinalState_DecoNode1, VisualId_FinalState_DecoNode2);
} endif;
if (self.getElement().oclIsTypeOf(uml::ConnectionPointReference)) then {
type := VisualId_ConnectionPoint;
children := setChildrenForPseudoState (self, VisualId_ConnectionPoint_DecoNode1, VisualId_ConnectionPoint_DecoNode2);
} endif;
if (self.getElement().oclIsTypeOf(uml::Pseudostate)) then {
var pseudoState := self.getElement().oclAsType(uml::Pseudostate);
if (pseudoState.kind = uml::PseudostateKind::initial) then {
type := VisualId_InitialState;
children := setChildrenForPseudoState (self, VisualId_InitialState_DecoNode1, VisualId_InitialState_DecoNode2);
} endif;
if (pseudoState.kind = uml::PseudostateKind::shallowHistory) then {
type := VisualId_ShallowHistoryState;
children := setChildrenForPseudoState (self, VisualId_ShallowHistoryState_DecoNode1, VisualId_ShallowHistoryState_DecoNode2);
} endif;
if (pseudoState.kind = uml::PseudostateKind::deepHistory) then {
type := VisualId_DeepHistoryState;
children := setChildrenForPseudoState (self, VisualId_DeepHistoryState_DecoNode1, VisualId_DeepHistoryState_DecoNode2);
} endif;
if (pseudoState.kind = uml::PseudostateKind::choice) then {
type := VisualId_Choice;
children := setChildrenForPseudoState (self, VisualId_Choice_DecoNode1, VisualId_Choice_DecoNode2);
} endif;
if (pseudoState.kind = uml::PseudostateKind::join) then {
type := VisualId_Choice;
children := setChildrenForPseudoState (self, VisualId_Choice_DecoNode1, VisualId_Choice_DecoNode2);
} endif;
if (pseudoState.kind = uml::PseudostateKind::fork) then {
type := VisualId_Fork;
children := setChildrenForPseudoState (self, VisualId_Fork_DecoNode1, VisualId_Fork_DecoNode2);
} endif;
if (pseudoState.kind = uml::PseudostateKind::junction) then {
type := VisualId_Junction;
children := setChildrenForPseudoState (self, VisualId_Junction_DecoNode1, VisualId_Junction_DecoNode2);
} endif;
if (pseudoState.kind = uml::PseudostateKind::terminate) then {
type := VisualId_Terminate;
children := setChildrenForPseudoState (self, VisualId_Terminate_DecoNode1, VisualId_Terminate_DecoNode2);
} endif;
if (pseudoState.kind = uml::PseudostateKind::entryPoint) then {
type := VisualId_EntryPoint;
children := setChildrenForPseudoState (self, VisualId_EntryPoint_DecoNode1, VisualId_EntryPoint_DecoNode2);
} endif;
if (pseudoState.kind = uml::PseudostateKind::exitPoint) then {
type := VisualId_ExitPoint;
children := setChildrenForPseudoState (self, VisualId_ExitPoint_DecoNode1, VisualId_ExitPoint_DecoNode2);
} endif;
} endif;
}
helper setChildrenForPseudoState(in node : di2::GraphNode, in visualID1 : String, in visualID2 : String) : OrderedSet(notation::Node)
{
-- first child
var child1 := object notation::DecorationNode {
type := visualID1;
layoutConstraint := object notation::Location {
x := 20
};
};
var child2 := object notation::DecorationNode {
type := visualID2;
layoutConstraint := object notation::Location {
x := 20
};
};
return OrderedSet {
child1, child2
};
};
---------------------------------------------------------------------------
--set children for state
helper setChildrenForState(in node : di2::GraphNode) : OrderedSet(notation::Node)
{
-- first child
var child1 := object notation::DecorationNode {
type:=VisualId_State_DecoNode1;
};
-- first child
var child2 := object notation::DecorationNode {
type:=VisualId_State_DecoNode2;
};
/*
-- second child
var child2 := object notation::BasicCompartment {
type:=VisualId_Class_Composite_Compartiment;
--set children as properties
children:= setPropertiesForState(node.contained);
layoutConstraint:=object notation::Bounds {};
};
*/
--convert edges in the composite
return OrderedSet {
child1, child2
};
}
helper setChildrenForStateMachine(in node : di2::GraphNode) : OrderedSet(notation::Node)
{
-- first child
var child1 := object notation::DecorationNode {
type := VisualId_StateMachine_DecoNode1;
};
var child2 := object notation::DecorationNode {
type := VisualId_StateMachine_DecoNode2;
var containedElements : OrderedSet(di2::GraphNode) := node.getSubElementsOfPackage();
containedElements->forEach (containedElement) {
var shape : notation::Shape ::= containedElement.map stateDiagNode2Shape();
if (shape.type != "") then {
--don't add invalid IDs
children += shape;
} endif;
};
};
return OrderedSet {
child1, child2
};
}
helper setChildrenForRegion(in node : di2::GraphNode) : OrderedSet(notation::Node)
{
-- first child
var child1 := object notation::DecorationNode {
type := VisualId_Region_DecoNode;
var containedElements : OrderedSet(di2::GraphNode) := node.getSubElementsOfPackage();
containedElements->forEach (containedElement) {
var shape : notation::Shape ::= containedElement.map stateDiagNode2Shape();
if (shape.type != "") then {
--don't add invalid IDs
children += shape;
} endif;
};
};
return OrderedSet {
child1
};
}
/*
--in contrained attributes: properties or nested classes
helper setPropertiesForState(in contained:OrderedSet(di2::DiagramElement)) : OrderedSet(notation::Node)
{
var setOfChildren:OrderedSet(notation::Node);
var child:notation::Node;
contained ->forEach (node|node.oclIsTypeOf(di2::GraphNode)) {
if(node.oclAsType(di2::GraphNode).getElement().oclIsTypeOf(uml::Property)) then {
child := node.oclAsType(di2::GraphNode).map ComponentClass2Property();
setOfChildren += child;
} endif;
if (node.oclAsType(di2::GraphNode).getElement().oclIsTypeOf(uml::Class)) then {
child := node.oclAsType(di2::GraphNode).map ComponentClass2Class(node.oclAsType(di2::GraphNode));
setOfChildren += child;
} endif;
};
return setOfChildren;
}
-----------------------------------------------------------------------------
-- case of properties
mapping di2::GraphNode::ComponentClass2Property() : notation::Shape {
type := VisualId_Component_Property ;
--seteAnnotation
eAnnotations := setEAnnotations ();
--setchildren
children:=setChildrenForComponentProperty();
--set size and width and high
layoutConstraint := object notation::Bounds {
var size : notation::Size := self.size.map dimension2Size();
var location : notation::Location := self.oclAsType(di2::GraphNode).position.map point2Location();
x := location.x;
y := location.y;
width := size.width;
height := size.height;
};
--set element
element := self.getElement().oclAsType(ecore::EObject);
}
helper setChildrenForComponentProperty() : OrderedSet(notation::Node)
{
--<children xmi:type="notation:DecorationNode" type="5126"/>
--<children xmi:type="notation:BasicCompartment" type="7077">
-- <layoutConstraint xmi:type="notation:Bounds" />
--</children>
-- first child
var child1 := object notation::DecorationNode {
type:=VisualId_Component_Property_Label;
--the id is set automatically
};
-- second child
var child2 := object notation::BasicCompartment {
type:=VisualId_Component_Property_Compartiment;
layoutConstraint:=object notation::Bounds {};
};
return OrderedSet {child1, child2};
}
-----------------------------------------------------------------------------
-- case of nested classes
mapping di2::GraphNode::ComponentClass2Class(in node:di2::GraphNode) : notation::Shape {
type := VisualId_Component_Class;
--seteAnnotation
eAnnotations := setEAnnotations ();
--setchildren
children:=setChildrenForComponentClass(node);
--set size and width and high
layoutConstraint := object notation::Bounds {
var size : notation::Size := self.size.map dimension2Size();
var location : notation::Location := self.oclAsType(di2::GraphNode).position.map point2Location();
x := location.x;
y := location.y;
width := size.width;
height := size.height;
};
--set element
element := self.getElement().oclAsType(ecore::EObject);
}
helper setChildrenForComponentClass(in node:di2::GraphNode) : OrderedSet(notation::Node)
{
--<children xmi:type="notation:DecorationNode" type="5126"/>
--<children xmi:type="notation:BasicCompartment" type="7077">
-- <layoutConstraint xmi:type="notation:Bounds" />
--</children>
-- first child
var child1 := object notation::DecorationNode {
type:=VisualId_Component_Class_Label;
--the id is set automatically
};
-- second child
var child2 := object notation::BasicCompartment {
type:=VisualId_Component_Class_Compartiment;
--set children as properties in the case that the nested class contains properties
children:= setPropertiesForState(node.contained);
layoutConstraint:=object notation::Bounds {};
};
return OrderedSet{child1, child2};
}
*/
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