private static PExp normalize(TypeGraph g, Exp original) {
if (original == null) {
original = g.getTrueVarExp();
}
original = Utilities.applyQuantification(original);
return PExp.buildPExp(original);
}
@Override
public boolean equals(Object o) {
boolean result = (o instanceof PTFamily);
if (result) {
PTFamily oAsPTFamily = (PTFamily) o;
result =
(myModel.equals(oAsPTFamily.myModel))
&& (myName.equals(oAsPTFamily.myName))
&& (myExemplarName.equals(oAsPTFamily.myExemplarName))
&& (myConstraint.equals(oAsPTFamily.myConstraint))
&& (myInitializationRequires.equals(oAsPTFamily.myInitializationRequires))
&& (myInitializationEnsures.equals(oAsPTFamily.myInitializationEnsures))
&& (myFinalizationRequires.equals(oAsPTFamily.myFinalizationRequires))
&& (myFinalizationEnsures.equals(oAsPTFamily.myFinalizationEnsures));
}
return result;
}
@Override
public PTType instantiateGenerics(
Map<String, PTType> genericInstantiations, FacilityEntry instantiatingFacility) {
Map<String, MTType> stringToMathType =
SymbolTableEntry.buildMathTypeGenerics(genericInstantiations);
@SuppressWarnings("unchecked")
Map<MTType, MTType> mathTypeToMathType =
(Map<MTType, MTType>)
(Map<?, MTType>) MTNamed.toMTNamedMap(getTypeGraph(), stringToMathType);
MTType newModel = myModel.getCopyWithVariablesSubstituted(stringToMathType);
PExp newConstraint = myConstraint.withTypesSubstituted(mathTypeToMathType);
PExp newInitializationRequires =
myInitializationRequires.withTypesSubstituted(mathTypeToMathType);
PExp newInitializationEnsures =
myInitializationEnsures.withTypesSubstituted(mathTypeToMathType);
PExp newFinalizationRequires = myFinalizationRequires.withTypesSubstituted(mathTypeToMathType);
PExp newFinalizationEnsures = myFinalizationEnsures.withTypesSubstituted(mathTypeToMathType);
return new PTFamily(
newModel,
myName,
myExemplarName,
newConstraint,
newInitializationRequires,
newInitializationEnsures,
newFinalizationRequires,
newFinalizationEnsures);
}
private void addTheoremToLibrary(String name, Exp theorem) {
try {
Exp quantifiersAppliedTheorem = Utilities.applyQuantification(theorem);
if (quantifiersAppliedTheorem instanceof EqualsExp) {
myTheorems.add(quantifiersAppliedTheorem);
myPExpTheorems.add(PExp.buildPExp(quantifiersAppliedTheorem, myTyper));
myTheoremNames.add(name);
} else if (quantifiersAppliedTheorem instanceof InfixExp) {
InfixExp theoremAsInfixExp = (InfixExp) quantifiersAppliedTheorem;
if (theoremAsInfixExp.getOpName().getName().equals("implies")) {
myImplications.add(
new Implication(theoremAsInfixExp.getLeft(), theoremAsInfixExp.getRight()));
}
}
} catch (IllegalArgumentException e) {
// This theorem contains a "where" clause and just shouldn't
// be added.
}
}
