public static void Main(string[] args)
{
IOutput output = new MultiOutput(new IOutput[] { new HtmlOutput(), new MarkdownOutput(), new ChartOutput(), new CsvOutput(), new ConsoleOutput() });
output.Start();
var containers = ContainerAdapterFactory.CreateAdapters();
bool onlyUpdateChangedContainers = args != null && args.Any(a => a.Equals("-update", StringComparison.OrdinalIgnoreCase));
var csvOutputReader = new CsvOutputReader();
foreach (var container in containers)
{
Result result = csvOutputReader.GetExistingResult(container.Name);
if (result != null)
{
result.Url = container.Url;
}
if (!onlyUpdateChangedContainers || result == null || result.Version != container.Version)
{
result = MeasurePerformance(container);
}
output.Result(result);
}
output.Finish();
}
public static void Main(string[] args)
{
IOutput output = new MultiOutput(new IOutput[] { new HtmlOutput(), new MarkdownOutput(), new ChartOutput(), new CsvOutput(), new ConsoleOutput() });
output.Start();
var containers = new List<Tuple<string, IContainerAdapter>>
{
Tuple.Create<string, IContainerAdapter>("No", new NoContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("AutoFac", new AutofacContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("Caliburn.Micro", new CaliburnMicroContainer()),
Tuple.Create<string, IContainerAdapter>("Catel", new CatelContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("Dynamo", new DynamoContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("fFastInjector", new FFastInjectorContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("Funq", new FunqContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("Griffin", new GriffinContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("HaveBox", new HaveBoxContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("Hiro", new HiroContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("LightCore", new LightCoreContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("LightInject", new LightInjectContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("LinFu", new LinFuContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("Mef", new MefContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("MicroSliver", new MicroSliverContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("Mugen", new MugenContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("Munq", new MunqContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("Ninject", new NinjectContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("Petite", new PetiteContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("SimpleInjector", new SimpleInjectorContainerAdapter()),
//Tuple.Create<string, IContainerAdapter>("Speedioc", new SpeediocContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("Spring.NET", new SpringContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("StructureMap", new StructureMapContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("StyleMVVM", new StyleMVVMContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("TinyIOC", new TinyIOCContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("Unity", new UnityContainerAdapter()),
Tuple.Create<string, IContainerAdapter>("Windsor", new WindsorContainerAdapter())
};
foreach (var container in containers)
{
output.Result(MeasurePerformance(container.Item1, container.Item2));
}
output.Finish();
}