use of abs.frontend.ast.FieldDecl in project abstools by abstools.
the class ClassDeclGenerator method generateFields.
private void generateFields() {
for (ParamDecl p : decl.getParams()) {
stream.print("private ");
p.generateJava(stream);
stream.println(";");
}
for (FieldDecl f : decl.getFields()) {
f.generateJava(stream);
}
}
use of abs.frontend.ast.FieldDecl in project abstools by abstools.
the class InferMain method shouldBeConsidered.
private boolean shouldBeConsidered(LocationTypeVariable ltv) {
ASTNode<?> node = ltv.getNode();
Decl contextDecl = node.getContextDecl();
if (contextDecl != null) {
// Don't print interface annotations in "implements/extends" clauses:
if (node instanceof InterfaceTypeUse && (contextDecl instanceof ClassDecl || contextDecl instanceof InterfaceDecl))
return false;
if (contextDecl.isClass() && !config.contains(Config.CLASSES))
return false;
if (contextDecl.isInterface() && !config.contains(Config.INTERFACES))
return false;
if (contextDecl.isFunction() && !config.contains(Config.FUNCTIONS))
return false;
}
if (node instanceof VarDecl && !config.contains(Config.LOCAL_VAR_DECLS))
return false;
if (node instanceof FieldDecl && !config.contains(Config.FIELDS))
return false;
if (ltv.getAnnotatedType() != null) {
return false;
}
return true;
}
use of abs.frontend.ast.FieldDecl in project abstools by abstools.
the class FinalAnnotationTypeExtension method checkAssignStmt.
@Override
public void checkAssignStmt(AssignStmt s) {
VarOrFieldDecl decl = s.getVar().getDecl();
if (decl instanceof TypedVarOrFieldDecl) {
TypedVarOrFieldDecl d = (TypedVarOrFieldDecl) decl;
// Not sure if this code will encounter delta bodies:
if (d.isFinal()) {
String name = d.getName();
boolean isField = (d instanceof FieldDecl);
String kind = isField ? "field" : "variable";
add(new TypeError(s, ErrorMessage.ASSIGN_TO_FINAL, kind, name));
}
} else {
// It's a PatternVarDecl. Assume these are never final.
}
}
use of abs.frontend.ast.FieldDecl in project abstools by abstools.
the class ABSUnitTestCaseBuilder method createObjectsInHeap.
void createObjectsInHeap(String testMethodName, Set<String> heapNames, Map<String, InterfaceTypeUse> objectsInHeap, ClassDecl testClass, Map<ABSRef, ABSObject> initialHeap, Block testMethodBlock) {
String setMethodForTest = testCaseNameBuilder.initialTestMethodName(testMethodName);
Block modifyBlock = initialiseDeltaForTestClass(testClass, testCaseNameBuilder.initialTestMethodName(testMethodName));
testMethodBlock.addStmtNoTransform(getExpStmt(getCall(getThis(), setMethodForTest, true)));
Map<String, String> typeHierarchy = new HashMap<String, String>();
Map<String, List<Stmt>> initialisations = new HashMap<String, List<Stmt>>();
List<String> initialisationsOrders = new ArrayList<String>();
for (ABSRef r : initialHeap.keySet()) {
makeSetStatements(typeHierarchy, initialisations, initialisationsOrders, testMethodName, heapNames, initialHeap, objectsInHeap, r, initialHeap.get(r), testClass);
}
for (String ref : initialisationsOrders) {
for (Stmt s : initialisations.get(ref)) {
modifyBlock.addStmtNoTransform(s);
}
}
String testClassName = testClass.getName();
DeltaDecl delta = deltaBuilder.getDeltaFor(testClassName);
ModifyClassModifier cm = null;
for (ModuleModifier m : delta.getModuleModifiers()) {
if (m.getName().equals(testClassName)) {
cm = (ModifyClassModifier) m;
break;
}
}
for (String r : objectsInHeap.keySet()) {
FieldDecl field = new FieldDecl();
field.setName(r);
InterfaceTypeUse inf = objectsInHeap.get(r);
field.setAccess(inf);
testClass.addField(field);
// allow access of subtype information
cm.addModifier(new RemoveFieldModifier(field.treeCopyNoTransform()));
FieldDecl newField = new FieldDecl();
newField.setName(r);
newField.setAccess(new InterfaceTypeUse(typeHierarchy.get(inf.getName()), new abs.frontend.ast.List<abs.frontend.ast.Annotation>()));
cm.addModifier(new AddFieldModifier(newField));
}
}
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