TypeToken<TwoTypeArgs<?, ?>> supertype = new TypeToken<TwoTypeArgs<?, ?>>() {};
    TypeToken<StringForFirstTypeArg<String>> subtype =
        new TypeToken<StringForFirstTypeArg<String>>() {};
    assertTrue(subtype.isSubtypeOf(supertype));
    assertEquals(
        new TypeToken<StringForFirstTypeArg<?>>() {}, supertype.getSubtype(subtype.getRawType()));
  }

    TypeToken<TwoTypeArgs<?, ?>> supertype = new TypeToken<TwoTypeArgs<?, ?>>() {};
    TypeToken<StringForFirstTypeArg<String>> subtype =
        new TypeToken<StringForFirstTypeArg<String>>() {};
    assertTrue(subtype.isSubtypeOf(supertype));
    assertEquals(
        new TypeToken<StringForFirstTypeArg<?>>() {}, supertype.getSubtype(subtype.getRawType()));
  }

      }

      @Test
      @TestMetadata("superType.kt")
      public void testSuperType() {
        runTest("analysis/analysis-api/testData/components/referenceShortener/shortenRange/nestedClasses/classHeaderPositions/superType.kt");
      }

      @Test
      @TestMetadata("superTypeConstructor.kt")
      public void testSuperTypeConstructor() {

      }

      @Test
      @TestMetadata("superType.kt")
      public void testSuperType() {
        runTest("analysis/analysis-api/testData/components/referenceShortener/shortenRange/nestedClasses/classHeaderPositions/superType.kt");
      }

      @Test
      @TestMetadata("superTypeConstructor.kt")
      public void testSuperTypeConstructor() {

            Callable rawValue,
            Callable<String> value,
            Callable<? extends String> subType,
            Callable<? super String> superType,
            Callable<?> wildcard,
            Callable<? extends Callable<?>> nested,
            Callable<S> typeVar,
            Callable<? extends T> typeVarWithBounds,
            V genericVar,

      public <S extends Set<E>> S copyInto(S set) {
        set.addAll(set1);
        set.addAll(set2);
        return set;
      }

      @Override
      @SuppressWarnings({"nullness", "unchecked"}) // see supertype
      public ImmutableSet<@NonNull E> immutableCopy() {
        ImmutableSet.Builder<@NonNull E> builder =
            new ImmutableSet.Builder<@NonNull E>()
                .addAll((Iterable<@NonNull E>) set1)

      public <S extends Set<E>> S copyInto(S set) {
        set.addAll(set1);
        set.addAll(set2);
        return set;
      }

      @Override
      @SuppressWarnings({"nullness", "unchecked"}) // see supertype
      public ImmutableSet<@NonNull E> immutableCopy() {
        ImmutableSet.Builder<@NonNull E> builder =
            new ImmutableSet.Builder<@NonNull E>()
                .addAll((Iterable<@NonNull E>) set1)

}

func (c *typeConv) badCFType(dt *dwarf.TypedefType) bool {
	// The real bad types are CFNumberRef and CFDateRef.
	// Sometimes non-pointers are stored in these types.
	// CFTypeRef is a supertype of those, so it can have bad pointers in it as well.
	// We return true for the other *Ref types just so casting between them is easier.
	// We identify the correct set of types as those ending in Ref and for which

		userType := regUser
		cred := ui.Credentials

		if cred.IsServiceAccount() {
			userType = svcUser
		} else if cred.IsTemp() {
			userType = stsUser
		}

		if usersToDelete.Contains(user) || usersToDelete.Contains(cred.ParentUser) {
			// Delete this user account and its policy mapping
			store.deleteMappedPolicy(ctx, user, userType, false)

        Class<?> enclosingClass = type.getEnclosingClass();
        Class<?> outerType;
        if (enclosingClass != null && !Modifier.isStatic(type.getModifiers())) {
            outerType = enclosingClass;
        } else {
            outerType = null;
        }

        return new GeneratedClassImpl(generatedClass, outerType, injectionHandler.getInjectedServices(), annotationsTriggeringServiceInjection.build());
    }