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package hu.bme.mit.inf.dlsreasoner.alloy.reasoner.queries
import epackage "http://www.bme.hu/mit/inf/dslreasoner/logic/model/language"
private pattern supertypeEdge(type1: Type, type2: Type) {
Type.supertypes(type1,type2);
}
pattern supertype(type1: Type, type2: Type) {
type1 == type2;
} or {
find supertypeEdge+(type1,type2);
}
private pattern commonSubtype(type1: Type, type2: Type, common: Type) {
find supertype(common,type1);
find supertype(common,type2);
}
private pattern commonSupertype(type1: Type, type2: Type, common: Type) {
find supertype(common,type1);
find supertype(common,type2);
}
private pattern hasHigherCommonSubtype(type1: Type, type2: Type, common: Type, higher: Type) {
find supertype(higher,type1);
find supertype(higher,type2);
Type.supertypes(common,higher);
higher != common;
}
private pattern hasLowerCommonSupertype(type1: Type, type2: Type, common: Type, lower: Type) {
find supertype(type1,lower);
find supertype(type2,lower);
Type.supertypes(lower,common);
lower != common;
}
pattern topmostCommonSubtypes(type1: Type, type2: Type, common: Type) {
find commonSubtype(type1, type2, common);
neg find hasHigherCommonSubtype(type1, type2, common, _);
}
pattern lowermostCommonSupertype(type1: Type, type2: Type, common: Type) {
find commonSupertype(type1, type2, common);
neg find hasLowerCommonSupertype(type1, type2, common, _);
}
/*pattern topmostCommonSubtypesInObject(type1: Type, type2: Type, common: Type) {
find commonSubtype(type1, type2, common);
neg find supertypeEdge(type1,_);
neg find supertypeEdge(type2,_);
neg find hasHigherCommonSubtype(type1, type2, common, _);
}
pattern topmostCommonSubtypesInType(in: Type, type1: Type, type2: Type, common: Type) {
find commonSubtype(type1, type2, common);
find supertypeEdge(type1,in);
find supertypeEdge(type2,in);
neg find hasHigherCommonSubtype(type1, type2, common, _);
}
*/
pattern lowestCommonSupertypeOfAllOccuranceOfElement(element: DefinedElement, type: Type) {
find typeContainsAllOccuranceOfElement(element,type);
neg find hasLowerCommonSupertypeOfAllOccuranceOfElement(element, type, _);
}
private pattern hasLowerCommonSupertypeOfAllOccuranceOfElement(element: DefinedElement, type: Type, lower: Type) {
find typeContainsAllOccuranceOfElement(element, type);
find typeContainsAllOccuranceOfElement(element, lower);
find supertype(lower, type);
type != lower;
}
private pattern typeContainsAllOccuranceOfElement(element: DefinedElement, type: Type) {
find supertype(containerType,type);
TypeDefinition.elements(containerType,element);
neg find typeDoesNotCoverElementOccurance(element,type,_);
}
private pattern typeDoesNotCoverElementOccurance(element: DefinedElement, type: Type, uncoveredOccurance: TypeDefinition) {
find supertype(containerType,type);
TypeDefinition.elements(containerType,element);
TypeDefinition.elements(uncoveredOccurance,element);
neg find supertype(uncoveredOccurance,type);
}
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