public void IntIdDeserializeFromJSON(IntIdTestData inIntIdTestData)
{
if (inIntIdTestData.IntId.ToString().StartsWith("0000") | inIntIdTestData.IntId.ToString().StartsWith("01234"))
{
var intID = Fixture.Serializer.Deserialize <IntStronglyTypedID>(inIntIdTestData.SerializedIntId);
intID.Should().BeOfType(typeof(IdAsStruct <int>));
// GUIDS are random, two sets of test data have fixed, non-random guids, the rest are random
Fixture.Serializer.Deserialize <IdAsStruct <int> >(inIntIdTestData.SerializedIntId).Should().Be(inIntIdTestData.IntId);
}
else
{
// No data for random guids
}
}
public void IntIdSerializeToJSON(IntIdTestData inIntIdTestData)
{
var nameOfShim = Fixture.Serializer.ToString();
TestOutput.WriteLine("DiFixture.Serializer = {0}", nameOfShim);
// GUIDS are random, two sets of test data have fixed, non-random guids, the rest are random
if (inIntIdTestData.IntId.ToString().StartsWith("0000") | inIntIdTestData.IntId.ToString().StartsWith("01234"))
{
Fixture.Serializer.Serialize(inIntIdTestData.IntId).Should().Be(inIntIdTestData.SerializedIntId);
}
else
{
// ServiceStack Shim serializes this structure with a preceding and trailing doublequote ("guid")
Fixture.Serializer.Serialize(inIntIdTestData.IntId).Should().MatchRegex("^\"[0-9A-Fa-f]{8}-?([0-9A-Fa-f]{4}-?){3}[0-9A-Fa-f]{12}\"$");
}
}
