public void ConfigEnumSerializers_EnumType_JsConfigFuncsSet()
{
//Inspecting static values, so locking in cases tests are multi threaded.
lock (StaticTestingLocks.JsConfigLockObject)
{
JsConfig<FakeTestingEnum>.Reset();
//Testing static class is fun
var proxy = new EnumSerializerInitializerProxy();
proxy.ConfigEnumSerializers(typeof (FakeTestingEnum));
Func<FakeTestingEnum, string> expectedSerializeFunc =
PrettyEnumHelpers<FakeTestingEnum>.GetOptimalEnumDescription;
Func<string, FakeTestingEnum> expectedDeserializeFunc =
PrettyEnumHelpers<FakeTestingEnum>.GetEnumFrom;
Assert.Equal(expectedSerializeFunc.Target, JsConfig<FakeTestingEnum>.SerializeFn.Target);
Assert.Equal(expectedDeserializeFunc.Target, JsConfigFnTargetResolver<FakeTestingEnum>.GetDeserializerTarget());
}
}
public void ConfigEnumSerializers_EnumType_JsConfigFuncsSet()
{
//Inspecting static values, so locking in cases tests are multi threaded.
lock (StaticTestingLocks.JsConfigLockObject)
{
JsConfig <FakeTestingEnum> .Reset();
//Testing static class is fun
var proxy = new EnumSerializerInitializerProxy();
proxy.ConfigEnumSerializers(typeof(FakeTestingEnum));
//new EnumSerializerHelpers<FakeTestingEnum>();
Func <FakeTestingEnum, string> expectedSerializeFunc =
PrettyEnumHelpers <FakeTestingEnum> .GetOptimalEnumDescription;
Func <string, FakeTestingEnum> expectedDeserializeFunc =
PrettyEnumHelpers <FakeTestingEnum> .GetEnumFrom;
Assert.Equal(expectedSerializeFunc, JsConfig <FakeTestingEnum> .SerializeFn);
Assert.Equal(expectedDeserializeFunc, JsConfig <FakeTestingEnum> .DeSerializeFn);
}
}
