test/jdk/valhalla/valuetypes/QTypeDescriptorTest.java

rev 55127 : 8223351: [lworld] Primary mirror and nullable mirror for inline type
Reviewed-by: tbd

*** 59,70 ****
          f.apply(new Point[] { P0, P1});
      }
  
      @Test
      public static void testMethodInvoke() throws Exception {
!         Class<?> pointQType = Point.class.asValueType();
!         Class<?> nonFlattenValueQType = NonFlattenValue.class.asValueType();
          Method m = QTypeDescriptorTest.class
              .getDeclaredMethod("toLine", pointQType, nonFlattenValueQType);
          makeLine(m, P0, NFV);
  
          m = QTypeDescriptorTest.class
--- 59,70 ----
          f.apply(new Point[] { P0, P1});
      }
  
      @Test
      public static void testMethodInvoke() throws Exception {
!         Class<?> pointQType = Point.class;
!         Class<?> nonFlattenValueQType = NonFlattenValue.class;
          Method m = QTypeDescriptorTest.class
              .getDeclaredMethod("toLine", pointQType, nonFlattenValueQType);
          makeLine(m, P0, NFV);
  
          m = QTypeDescriptorTest.class
*** 125,138 ****
          assertEquals(l.p2, NFV.pointValue());
      }
  
      @DataProvider
      static Object[][] descriptors() {
!         Class<?> pointLType = Point.class.asBoxType();
!         Class<?> pointQType = Point.class.asValueType();
!         Class<?> nonFlattenValueLType = NonFlattenValue.class.asBoxType();
!         Class<?> nonFlattenValueQType = NonFlattenValue.class.asValueType();
          return new Object[][]{
              { QTypeDescriptorTest.class, "toLine", new Class<?>[] {pointQType, nonFlattenValueQType}, true},
              { QTypeDescriptorTest.class, "toLine", new Class<?>[] {pointLType, nonFlattenValueQType}, false},
              { QTypeDescriptorTest.class, "toLine", new Class<?>[] { Point[].class },                  true},
              { NonFlattenValue.class, "point",      null,                                              true},
--- 125,138 ----
          assertEquals(l.p2, NFV.pointValue());
      }
  
      @DataProvider
      static Object[][] descriptors() {
!         Class<?> pointLType = Point.class.asNullableType();
!         Class<?> pointQType = Point.class;
!         Class<?> nonFlattenValueLType = NonFlattenValue.class.asNullableType();
!         Class<?> nonFlattenValueQType = NonFlattenValue.class;
          return new Object[][]{
              { QTypeDescriptorTest.class, "toLine", new Class<?>[] {pointQType, nonFlattenValueQType}, true},
              { QTypeDescriptorTest.class, "toLine", new Class<?>[] {pointLType, nonFlattenValueQType}, false},
              { QTypeDescriptorTest.class, "toLine", new Class<?>[] { Point[].class },                  true},
              { NonFlattenValue.class, "point",      null,                                              true},
*** 152,163 ****
          }
      }
  
      @DataProvider
      static Object[][] methodTypes() {
!         Class<?> pointLType = Point.class.asBoxType();
!         Class<?> pointQType = Point.class.asValueType();
          ClassLoader loader = QTypeDescriptorTest.class.getClassLoader();
          return new Object[][]{
              { "point",      MethodType.methodType(pointLType),                            true },
              { "pointValue", MethodType.methodType(pointQType),                            true },
              { "has",        MethodType.methodType(boolean.class, pointQType, pointLType), true },
--- 152,163 ----
          }
      }
  
      @DataProvider
      static Object[][] methodTypes() {
!         Class<?> pointLType = Point.class.asNullableType();
!         Class<?> pointQType = Point.class;
          ClassLoader loader = QTypeDescriptorTest.class.getClassLoader();
          return new Object[][]{
              { "point",      MethodType.methodType(pointLType),                            true },
              { "pointValue", MethodType.methodType(pointQType),                            true },
              { "has",        MethodType.methodType(boolean.class, pointQType, pointLType), true },