public void LoggingPerformance()
{
var log = LogManager.GetLogger(typeof(ThePerformance));
var averageDuration = TimeMeasureHelper.MeasureAction(10000, "Log.Write", () => log.WriteWithData("this is a test", null, LogEvent.Error));
Assert.IsTrue(averageDuration < 1d);
}
public void WarmsUpAllTypes()
{
var serializer = SerializationFactory.GetBinarySerializer();
TimeMeasureHelper.MeasureAction(5, "Binary serializer warmup",
() => serializer.Warmup(),
() =>
{
TypeCache.InitializeTypes();
ConsoleHelper.Write("TypeCache contains {0} items", TypeCache.GetTypes().Count());
ConsoleHelper.Write("TypeCache contains {0} ModelBase items", TypeCache.GetTypes(x => typeof(ModelBase).IsAssignableFromEx(x)).Count());
});
// TODO: No way to see if this is cached (otherwise we have to write this feature on DataContractSerializerFactory)
// This unit test is written to easily test this functionality though.
}
public void WarmsUpAllTypes()
{
TestSerializationOnAllSerializers((serializer, config, description) =>
{
TimeMeasureHelper.MeasureAction(5, string.Format("{0} serializer warmup", serializer.GetType().Name),
() => serializer.Warmup(),
() =>
{
TypeCache.InitializeTypes();
ConsoleHelper.Write("TypeCache contains {0} items", TypeCache.GetTypes().Count());
ConsoleHelper.Write("TypeCache contains {0} ModelBase items", TypeCache.GetTypes(x => x.IsModelBase()).Count());
});
});
// TODO: No way to see if this is cached (otherwise we have to write this feature on DataContractSerializerFactory)
// This unit test is written to easily test this functionality though.
}
public void WarmsUpSpecificTypes()
{
var typesToWarmup = new Type[] { typeof(CircularTestModel), typeof(TestModel) };
var serializer = SerializationFactory.GetXmlSerializer();
TimeMeasureHelper.MeasureAction(5, "Xml serializer warmup",
() => serializer.Warmup(typesToWarmup),
() =>
{
TypeCache.InitializeTypes(false);
ConsoleHelper.Write("TypeCache contains {0} items", TypeCache.GetTypes().Count());
ConsoleHelper.Write("TypeCache contains {0} ModelBase items", TypeCache.GetTypes(x => typeof(ModelBase).IsAssignableFromEx(x)).Count());
});
// TODO: No way to see if this is cached (otherwise we have to write this feature on DataContractSerializerFactory)
// This unit test is written to easily test this functionality though.
}
public void WarmsUpSpecificTypes()
{
var typesToWarmup = new[] { typeof(CircularTestModel), typeof(TestModel) };
TestSerializationOnAllSerializers((serializer, description) =>
{
TimeMeasureHelper.MeasureAction(5, string.Format("{0} serializer warmup", serializer.GetType().Name),
() => serializer.Warmup(typesToWarmup),
() =>
{
TypeCache.InitializeTypes();
ConsoleHelper.Write("TypeCache contains {0} items", TypeCache.GetTypes().Count());
ConsoleHelper.Write("TypeCache contains {0} ModelBase items", TypeCache.GetTypes(x => typeof(ModelBase).IsAssignableFromEx(x)).Count());
});
});
// TODO: No way to see if this is cached (otherwise we have to write this feature on DataContractSerializerFactory)
// This unit test is written to easily test this functionality though.
}
private void PerformanceTest(int typesPerThread)
{
TimeMeasureHelper.MeasureAction(5, "Multithreaded initialization",
() => new RedirectDeserializationBinder(typesPerThread),
() => TypeCache.InitializeTypes());
}
