/**
* @param type
* @return a TypeAbstraction object representing this type. We just use ConeTypes by default,
* since we don't propagate information allowing us to distinguish between points and cones
* yet.
*/
protected TypeAbstraction typeRef2TypeAbstraction(IClassHierarchy cha, TypeReference type) {
IClass klass = cha.lookupClass(type);
if (klass != null) {
return new ConeType(klass);
}
Assertions.UNREACHABLE(type.toString());
return null;
}
private void testClassAnnotations(
TypeReference typeUnderTest,
Collection<Annotation> expectedRuntimeInvisibleAnnotations,
Collection<Annotation> expectedRuntimeVisibleAnnotations)
throws IOException, ClassHierarchyException, InvalidClassFileException {
IClass classUnderTest = cha.lookupClass(typeUnderTest);
Assert.assertNotNull(typeUnderTest.toString() + " not found", classUnderTest);
Assert.assertTrue(classUnderTest instanceof ShrikeClass);
ShrikeClass shrikeClassUnderTest = (ShrikeClass) classUnderTest;
Collection<Annotation> runtimeInvisibleAnnotations =
shrikeClassUnderTest.getRuntimeInvisibleAnnotations();
assertEqualCollections(expectedRuntimeInvisibleAnnotations, runtimeInvisibleAnnotations);
Collection<Annotation> runtimeVisibleAnnotations =
shrikeClassUnderTest.getRuntimeVisibleAnnotations();
assertEqualCollections(expectedRuntimeVisibleAnnotations, runtimeVisibleAnnotations);
}
