Package org.dozer.vo.inheritance

Examples of org.dozer.vo.inheritance.A

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        .map(bContainer, AListContainer.class);
    assertEquals("failed reverse map", aListContainer, newAListContainer);
  }

  private A getA() {
    A result = newInstance(A.class);
    result.setField1("field1value");
    result.setFieldA("fieldAValue");
    result.setSuperAField("superAFieldValue");
    result.setSuperField1("superField1Value");
    return result;

  }
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     *    because the super classes and the interface classes were searched separately.  
     */
   
    mapper = getMapper("inheritanceMappingMapBacked.xml");

    A src = createA();
    Map dest = mapper.map(src, Map.class);

   
    assertEquals(src.getSuperAField(), dest.get("superAField"));
    assertEquals(src.getSuperField1(), dest.get("superField1"));
    assertEquals(src.getField1(), dest.get("field1"));
    assertEquals(src.getFieldA(), dest.get("fieldA"));

    // Remap to each other to test bi-directional mapping
    A mappedSrc = mapper.map(dest, A.class);
    Map mappedDest = mapper.map(mappedSrc, Map.class);

    assertEquals("objects not mapped correctly bi-directional", dest, mappedDest);
  }
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    assertEquals("objects not mapped correctly bi-directional", dest, mappedDest);
  }

  private A createA() {
    A result = newInstance(A.class);
    result.setField1("field1value");
    result.setFieldA("fieldAValue");
    result.setSuperAField("superAFieldValue");
    result.setSuperField1("superField1Value");
    return result;
  }
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  @Test
  public void testCustomMappingForSuperClasses() throws Exception {
    // Test that the explicit super custom mapping definition is used when mapping sub classes
    mapper = getMapper(new String[] { "inheritanceMapping.xml" });

    A src = getA();
    B dest = mapper.map(src, B.class);

    assertNull("superField1 should have been excluded", dest.getSuperField1());
    assertEquals("superBField not mapped correctly", src.getSuperAField(), dest.getSuperBField());
    assertEquals("field1 not mapped correctly", src.getField1(), dest.getField1());
    assertEquals("fieldB not mapped correctly", src.getFieldA(), dest.getFieldB());

    // Remap to each other to test bi-directional mapping
    A mappedSrc = mapper.map(dest, A.class);
    B mappedDest = mapper.map(mappedSrc, B.class);

    assertEquals("objects not mapped correctly bi-directional", dest, mappedDest);
  }
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  @Test
  public void testNoCustomMappingForSuperClasses() throws Exception {
    // Test that wildcard fields in super classes are mapped when there is no explicit super custom mapping definition
    mapper = new DozerBeanMapper();

    A src = getA();
    B dest = mapper.map(src, B.class);

    assertEquals("superField1 not mapped correctly", src.getSuperField1(), dest.getSuperField1());
    assertEquals("field1 not mapped correctly", src.getField1(), dest.getField1());
    assertNull("superBField should not have been mapped", dest.getSuperBField());
    assertNull("fieldB should not have been mapped", dest.getFieldB());

    // Remap to each other to test bi-directional mapping
    A mappedSrc = mapper.map(dest, A.class);
    B mappedDest = mapper.map(mappedSrc, B.class);

    assertEquals("objects not mapped correctly bi-directional", dest, mappedDest);
  }
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  public void testNoCustomMappingForSuperClasses_SubclassAttrsAppliedToSuperClasses() throws Exception {
    // Test that when there isnt an explicit super custom mapping definition the subclass mapping def attrs are
    // applied to the super class mapping. In this use case, wildcard="false" for the A --> B mapping definition
    mapper = getMapper(new String[] { "inheritanceMapping2.xml" });

    A src = getA();
    B dest = mapper.map(src, B.class);

    assertNull("fieldB should not have been mapped", dest.getSuperField1());
    assertNull("superBField should have not been mapped", dest.getSuperBField());

    // Remap to each other to test bi-directional mapping
    A mappedSrc = mapper.map(dest, A.class);
    B mappedDest = mapper.map(mappedSrc, B.class);

    assertEquals("objects not mapped correctly bi-directional", dest, mappedDest);
  }
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    // Tests that custom mappings for super classes are used when there are no custom mappings
    // for subclasses. Also tests that a default class map is properly created and used for the subclass
    // field mappings
    mapper = getMapper(new String[] { "inheritanceMapping3.xml" });

    A src = getA();
    B dest = mapper.map(src, B.class);

    assertNull("superField1 should have been excluded", dest.getSuperField1());
    assertEquals("superBField not mapped correctly", src.getSuperAField(), dest.getSuperBField());
    assertEquals("field1 not mapped correctly", src.getField1(), dest.getField1());

    // Remap to each other to test bi-directional mapping
    A mappedSrc = mapper.map(dest, A.class);
    B mappedDest = mapper.map(mappedSrc, B.class);

    assertEquals("objects not mapped correctly bi-directional", dest, mappedDest);
  }
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    sub = (Sub) subMarker;
    assertEquals(subDto.getDetail(), sub.getDetail());
  }

  private A getA() {
    A result = newInstance(A.class);
    result.setField1("field1value");
    result.setFieldA("fieldAValue");
    result.setSuperAField("superAFieldValue");
    result.setSuperField1("superField1Value");
    return result;
  }
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  @Test
  public void testCustomMappingForSuperClasses() throws Exception {
    // Test that the explicit super custom mapping definition is used when mapping sub classes
    mapper = getMapper(new String[] { "inheritanceMapping.xml" });

    A src = getA();
    B dest = mapper.map(src, B.class);

    assertNull("superField1 should have been excluded", dest.getSuperField1());
    assertEquals("superBField not mapped correctly", src.getSuperAField(), dest.getSuperBField());
    assertEquals("field1 not mapped correctly", src.getField1(), dest.getField1());
    assertEquals("fieldB not mapped correctly", src.getFieldA(), dest.getFieldB());

    // Remap to each other to test bi-directional mapping
    A mappedSrc = mapper.map(dest, A.class);
    B mappedDest = mapper.map(mappedSrc, B.class);

    assertEquals("objects not mapped correctly bi-directional", dest, mappedDest);
  }
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  @Test
  public void testNoCustomMappingForSuperClasses() throws Exception {
    // Test that wildcard fields in super classes are mapped when there is no explicit super custom mapping definition
    mapper = new DozerBeanMapper();

    A src = getA();
    B dest = mapper.map(src, B.class);

    assertEquals("superField1 not mapped correctly", src.getSuperField1(), dest.getSuperField1());
    assertEquals("field1 not mapped correctly", src.getField1(), dest.getField1());
    assertNull("superBField should not have been mapped", dest.getSuperBField());
    assertNull("fieldB should not have been mapped", dest.getFieldB());

    // Remap to each other to test bi-directional mapping
    A mappedSrc = mapper.map(dest, A.class);
    B mappedDest = mapper.map(mappedSrc, B.class);

    assertEquals("objects not mapped correctly bi-directional", dest, mappedDest);
  }
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Related Classes of org.dozer.vo.inheritance.A

  • org.dozer.functional_tests.InheritanceMappingMapBackedTest
  • org.dozer.functional_tests.InheritanceMappingTest
  • org.dozer.functional_tests.MapIdTest
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