public new bool Equals(Object obj)
{
if (this == obj)
{
return(true);
}
if (obj == null)
{
return(false);
}
if (!(obj is PofMaster))
{
return(false);
}
PofMaster other = (PofMaster)obj;
return(NestedTypeWithReference.ArrayEqual(getList1(), other.getList1()) &&
NestedTypeWithReference.ArrayEqual(getList2(), other.getList2()) &&
NestedTypeWithReference.ArrayEqual(getList3(), other.getList3()) &&
NestedTypeWithReference.MapEqual(getMap1(), other.getMap1()) &&
NestedTypeWithReference.MapEqual(getMap2(), other.getMap2()) &&
NestedTypeWithReference.MapEqual(getMap3(), other.getMap3()) &&
getNumber() == other.getNumber() &&
getText().Equals(other.getText()) &&
NestedTypeWithReference.ArrayEqual(getChildren(), other.getChildren()));
}
public void testNestedReferences()
{
const String sPath = "config/reference-pof-config.xml";
m_ctx = new ConfigurablePofContext(sPath);
IXmlElement config = ((ConfigurablePofContext)m_ctx).Config;
var pm = new PofMaster();
var pc1 = new PofChild();
var pc2 = new PofChild();
ArrayList list1 = null;
var list2 = new ArrayList();
var list3 = new ArrayList();
IDictionary map1 = null;
IDictionary map2 = new Hashtable();
IDictionary map3 = map2;
list3.Add(0);
map3.Add("key1", pc1);
map3.Add("key2", pc2);
pc1.setId("child1");
pc2.setId("child2");
pm.setList1(list1);
pm.setList2(list2);
pm.setList3(list3);
pm.setMap1(map1);
pm.setMap2(map2);
pm.setMap3(map3);
pm.setNumber(9999);
pm.setText("cross fingers");
pm.setChildren(new PofChild[] { pc1, pc2, pc2 });
initPOFWriter();
m_ctx.Serialize(m_writer, pm);
initPOFReader();
var pm2 = (PofMaster)m_ctx.Deserialize(m_reader);
Assert.IsTrue(pm.Equals(pm2));
IDictionary map2R = pm2.getMap2();
IDictionary map3R = pm2.getMap3();
Assert.IsTrue(map2R != map3R);
Assert.IsTrue(map2R["key1"] == map3R["key1"]);
Assert.IsTrue(map2R["key2"] == map3R["key2"]);
PofChild[] children = pm2.getChildren();
Assert.IsTrue(children[0] == map2R["key1"]);
Assert.IsTrue(children[1] == children[2]);
}
