public void TestOmitComplexWithoutOmitToXElement()
{
var omitComplexWithoutOmitClass = OmitComplexWithoutOmitClassImpl;
omitComplexWithoutOmitClass.NullSimpleSingleSerializationClass = null;
var result = omitComplexWithoutOmitClass.ExportAsXElement();
Assert.True(XNode.DeepEquals(XElement.Parse(ComparisonValues.OmitComplexWithoutOmit), result));
var deserialized = OmitComplexWithoutOmitClass.Import(result);
// We know, that there is a default instance of the NullSimpleSingleSerializationClass, since it was not omitted
// (see comment in the test case above). By explicitely setting it back to null, it should equal.
deserialized.NullSimpleSingleSerializationClass = null;
Assert.True(omitComplexWithoutOmitClass.DeepEquals(deserialized, nameof(IZenonSerializable.ObjectStatus)));
}
public void TestOmitComplexWithoutOmitToString()
{
var omitComplexWithoutOmitClass = OmitComplexWithoutOmitClassImpl;
omitComplexWithoutOmitClass.NullSimpleSingleSerializationClass = null;
var result = omitComplexWithoutOmitClass.ExportAsString();
Assert.Equal(ComparisonValues.OmitComplexWithoutOmit, result);
var deserialized = OmitComplexWithoutOmitClass.Import(XElement.Parse(result));
// Those cannot be the same, since if a type is not omitted when being null, then it is added to the XML.
// Example: MyType { MyNestedType = null } --> <MyType><MyNestedType/></MyType>
// Reading it back: MyNestedType will not be null, but an unmodified default instance of MyNestedType
Assert.False(omitComplexWithoutOmitClass.DeepEquals(deserialized, nameof(IZenonSerializable.ObjectStatus)));
// Here, the NullSimpleSingleSerializationClass entry is also ignored, therefore the contents should match again.
Assert.True(omitComplexWithoutOmitClass.DeepEquals(
deserialized,
nameof(IZenonSerializable.ObjectStatus),
nameof(OmitComplexWithoutOmitClass.NullSimpleSingleSerializationClass)));
}
