public static void NullableRoundTrips(DateTimeOffset dt)
{
var parser = new NullableFieldParser(new DateTimeOffsetFieldParser());
var serializer = new NullableFieldSerializer(new DateTimeOffsetFieldSerializer());
var s = serializer.Serialize(dt).First().FieldValue;
var xml = new XDocument();
xml.Add(new XElement("date", s));
var value = (DateTimeOffset?)parser.Parse(xml.Root, typeof(DateTimeOffset?));
Assert.Equal(dt, value);
}
public void NullableRoundTrips(DateTime?dt)
{
var parser = new NullableFieldParser(new DateTimeFieldParser());
var serializer = new NullableFieldSerializer(new DateTimeFieldSerializer());
var s = serializer.Serialize(dt).First().FieldValue;
Console.WriteLine(s);
var xml = new XDocument();
xml.Add(new XElement("date", s));
var value = (DateTime?)parser.Parse(xml.Root, typeof(DateTime?));
Console.WriteLine(value.Value.ToString("r"));
Assert.AreEqual(dt, value);
}
public static IEnumerable <Test> NullableRoundTrips()
{
var parser = new NullableFieldParser(new DateTimeOffsetFieldParser());
var serializer = new NullableFieldSerializer(new DateTimeOffsetFieldSerializer());
return(dateTimes.Select(dt => {
Test t = new TestCase("NullableRoundTrips " + dt, () => {
var s = serializer.Serialize(dt).First().FieldValue;
var xml = new XDocument();
xml.Add(new XElement("date", s));
var value = (DateTimeOffset?)parser.Parse(xml.Root, typeof(DateTimeOffset?));
Assert.AreEqual(dt, value);
});
return t;
}));
}
