private static IApiDocumentation GetApiDocumentation(HttpUrl url)
{
string contentType;
var responseStream = new UnclosableStream(GetResponse(Method, url, out contentType));
var container = UrsaConfigurationSection.InitializeComponentProvider();
container.Register <IHttpServerConfiguration>(new StaticHttpServerConfiguration((Uri)url));
var headers = new HeaderCollection();
if (!String.IsNullOrEmpty(contentType))
{
((IDictionary <string, string>)headers)[Header.Accept] = contentType;
((IDictionary <string, string>)headers)[Header.ContentType] = contentType;
}
var apiDocumentationId = url.WithFragment(String.Empty);
var httpRequest = new RequestInfo(Verb.Parse(Method), apiDocumentationId, responseStream, new BasicClaimBasedIdentity(), headers);
var converterProvider = container.Resolve <IConverterProvider>();
var converter = converterProvider.FindBestInputConverter <IApiDocumentation>(httpRequest);
if (converter == null)
{
throw new NotSupportedException(String.Format("Content type of '{0}' is not supported.", contentType));
}
converter.ConvertTo <IApiDocumentation>(httpRequest);
return(_container.Resolve <IEntityContext>().Load <IApiDocumentation>((Uri)apiDocumentationId));
}
public void Build(IComponentProvider builder)
{
builder.RegisterSingleton <IEventAggregatorWrapper, EventAggregatorWrapper>();
var controller = builder.Resolve <IAppController>();
var aggregator = builder.Resolve <IEventAggregatorWrapper>();
controller.GetType()
.GetProperty(nameof(controller.Aggregator))
.SetValue(controller, aggregator);
}
public static (IAppController, IEventAggregatorWrapper) BindMocksForMvp(this IComponentProvider builder)
{
if (!builder.IsRegistered <IEventAggregatorWrapper>())
{
builder.RegisterSingleton <IEventAggregatorWrapper, EventAggregatorWrapper>();
}
var controller = builder.Resolve <IAppController>();
var aggregator = builder.Resolve <IEventAggregatorWrapper>();
controller.GetType().GetProperty(nameof(controller.Aggregator))
.SetValue(controller, aggregator);
return(controller, aggregator);
}
private static IDictionary <string, Route> RegisterApi <T>(IComponentProvider container, ControllerInfo <T> description) where T : IController
{
var handler = new UrsaHandler <T>(container.Resolve <IRequestHandler <RequestInfo, ResponseInfo> >());
string globalRoutePrefix = (description.EntryPoint != null ? description.EntryPoint.Url.ToString().Substring(1) + "/" : String.Empty);
IDictionary <string, Route> routes = new Dictionary <string, Route>();
routes[typeof(T).FullName + "DocumentationStylesheet"] = new Route(globalRoutePrefix + EntityConverter.DocumentationStylesheet, handler);
routes[typeof(T).FullName + "PropertyIcon"] = new Route(globalRoutePrefix + EntityConverter.PropertyIcon, handler);
routes[typeof(T).FullName + "MethodIcon"] = new Route(globalRoutePrefix + EntityConverter.MethodIcon, handler);
routes[typeof(T).FullName] = new Route(description.Url.ToString().Substring(1), handler);
if (!String.IsNullOrEmpty(globalRoutePrefix))
{
routes[globalRoutePrefix] = new Route(globalRoutePrefix, handler);
}
foreach (var operation in description.Operations)
{
string routeTemplate = (operation.UrlTemplate ?? operation.Url.ToString()).Substring(1).Replace("{?", "{");
int indexOf = routeTemplate.IndexOf('?');
if (indexOf != -1)
{
routeTemplate = routeTemplate.Substring(0, indexOf);
}
if (routes.All(route => String.Compare(route.Value.Url, routeTemplate, true) != 0))
{
routes[typeof(T).FullName + "." + operation.UnderlyingMethod.Name] = new Route(routeTemplate, handler);
}
}
return(routes);
}
private static void RegisterEntryPointControllerDescriptionBuilder(this IComponentProvider container, Url entryPoint)
{
container.Register <IHttpControllerDescriptionBuilder, EntryPointControllerDescriptionBuilder>(
entryPoint.ToString().Substring(1),
() => new EntryPointControllerDescriptionBuilder(entryPoint, container.Resolve <IDefaultValueRelationSelector>()),
Lifestyles.Singleton);
}
/// <summary>Registers automatically discovered <see cref="IController" /> implementations.</summary>
/// <param name="container">The container.</param>
/// <param name="controllerDetailsAction">The controller details action.</param>
/// <returns>The <paramref name="container" /> itself.</returns>
public static IComponentProvider WithAutodiscoveredControllers(this IComponentProvider container, Action <Type, ControllerInfo> controllerDetailsAction = null)
{
if (container == null)
{
throw new ArgumentNullException("container");
}
var assemblies = UrsaConfigurationSection.GetInstallerAssemblies();
container.RegisterAll <IController>(assemblies);
var controllers = container.ResolveAllTypes <IController>();
container.RegisterControllerRelatedTypes(controllers);
var registeredEntryPoints = new List <string>();
foreach (var controller in controllers.Where(controller => !controller.IsDescriptionController()))
{
var descriptionBuilder = (IHttpControllerDescriptionBuilder)container.Resolve(typeof(IHttpControllerDescriptionBuilder <>).MakeGenericType(controller));
var description = descriptionBuilder.BuildDescriptor();
if ((description.EntryPoint != null) && (!registeredEntryPoints.Contains(description.EntryPoint.ToString())))
{
container.RegisterEntryPointControllerDescriptionBuilder(description.EntryPoint.Url);
registeredEntryPoints.Add(description.EntryPoint.ToString());
}
if (controllerDetailsAction != null)
{
controllerDetailsAction(controller, description);
}
}
return(container);
}
private Client()
{
IComponentProvider container = UrsaConfigurationSection.InitializeComponentProvider();
_webRequestProvider = (from webRequestProvider in container.ResolveAll <IWebRequestProvider>()
from supportedProtocol in webRequestProvider.SupportedProtocols
join allowedProtocol in AllowedProtocols on supportedProtocol equals allowedProtocol
select webRequestProvider).FirstOrDefault();
if (_webRequestProvider == null)
{
throw new InvalidOperationException("Cannot create an HTTP client without proper web request provider.");
}
_converterProvider = container.Resolve <IConverterProvider>();
_resultBinder = container.Resolve <IResultBinder <RequestInfo> >();
}
/// <inheritdoc />
public IController CreateInstance(Type type, IDictionary <string, object> arguments = null)
{
Type candidate = type;
if (_container.CanResolve(candidate, arguments))
{
return((IController)_container.Resolve(candidate, arguments));
}
if ((type.IsGenericType) && (_container.CanResolve(candidate = type.GetGenericTypeDefinition(), arguments)))
{
return((IController)_container.Resolve(candidate, arguments));
}
candidate = type.GetInterfaces()
.Where(@interface => typeof(IController).IsAssignableFrom(@interface))
.OrderByDescending(@interface => @interface.GetGenericArguments().Length)
.First();
return((IController)_container.Resolve(candidate, arguments));
}
public static void BindMocksForRgbPresenter(this IComponentProvider builder)
{
var(controller, aggregator) = builder.BindMocksForMvp();
builder.RegisterTransientInstance <IRgbFormEventBinder>(Substitute.ForPartsOf <RgbFormEventBinder>(aggregator));
var form = Substitute.ForPartsOf <RgbFormWrapper>(controller,
builder.Resolve <IRgbFormEventBinder>());
builder.RegisterTransientInstance <IRgbView>(form)
.RegisterTransientInstance <IRgbFormExposer>(form);
builder.RegisterTransientInstance(
Substitute.For <IRgbProvider>());
builder.RegisterTransientInstance(
Substitute.For <RgbPresenterWrapper>(controller,
builder.Resolve <IRgbProvider>(),
builder.Resolve <IAsyncOperationLocker>()
));
}
public static void BindMocksForMainPresenter(this IComponentProvider builder)
{
var(controller, aggregator) = builder.BindMocksForMvp();
var dialog = Substitute.ForPartsOf <NonBlockDialogServiceWrapper>(
Substitute.For <IFileDialogService>(), Substitute.For <IStaTaskService>());
builder
.RegisterSingletonInstance <INonBlockDialogService>(dialog)
.RegisterTransientInstance <ICacheService <Bitmap> >(Substitute.ForPartsOf <CacheService <Bitmap> >())
.RegisterTransientInstance <IAsyncOperationLocker>(Substitute.ForPartsOf <AsyncOperationLocker>())
.RegisterTransientInstance <IAwaitablePipeline>(Substitute.ForPartsOf <AwaitablePipeline>())
.RegisterTransientInstance <IMainFormEventBinder>(Substitute.ForPartsOf <MainFormEventBinder>(aggregator))
.RegisterTransientInstance <IMainFormContainerFactory>(Substitute.ForPartsOf <MainFormContainerFactory>())
.RegisterTransientInstance <IMainFormUndoRedoFactory>(Substitute.ForPartsOf <MainFormUndoRedoFactory>())
.RegisterTransientInstance <IMainFormZoomFactory>(Substitute.ForPartsOf <MainFormZoomFactory>())
.RegisterTransientInstance <IMainFormRotationFactory>(Substitute.ForPartsOf <MainFormRotationFactory>())
.RegisterTransientInstance <IScalingProvider>(Substitute.For <IScalingProvider>())
.RegisterTransientInstance <IRotationProvider>(Substitute.For <IRotationProvider>());
var form = Substitute.ForPartsOf <MainFormWrapper>(controller,
builder.Resolve <IMainFormEventBinder>(),
builder.Resolve <IMainFormContainerFactory>(),
builder.Resolve <IMainFormUndoRedoFactory>(),
builder.Resolve <IMainFormZoomFactory>(),
builder.Resolve <IMainFormRotationFactory>());
builder.RegisterSingletonInstance(form)
.RegisterSingletonInstance <IMainView>(form);
builder.RegisterTransientInstance(Substitute.ForPartsOf <MainPresenterWrapper>(controller,
builder.Resolve <ICacheService <Bitmap> >(),
builder.Resolve <INonBlockDialogService>(),
builder.Resolve <IAwaitablePipeline>(),
builder.Resolve <IAsyncOperationLocker>(),
builder.Resolve <IScalingProvider>(),
builder.Resolve <IRotationProvider>()));
}
public void Build(IComponentProvider builder)
{
new MicrokernelStartup().Build(builder);
builder
.RegisterSingleton <IAppSettings, AppSettings>()
.RegisterTransient <IConvolutionFactory, ConvolutionFactory>()
.RegisterTransient <IMorphologyFactory, MorphologyFactory>()
.RegisterTransient <IStructuringElementFactory, StructuringElementFactory>()
.RegisterTransient <IDistributionFactory, DistributionFactory>()
.RegisterTransient <IRgbFilterFactory, RgbFilterFactory>()
.RegisterTransient <IScalingFactory, ScalingFactory>()
.RegisterTransient <IColorMatrixFactory, ColorMatrixFactory>()
.RegisterTransient <IRecommendationFactory, RecommendationFactory>()
.RegisterTransient <IChannelFactory, ChannelFactory>()
.RegisterTransient <IRotationFactory, RotationFactory>()
.RegisterTransient <ITransformationFactory, TransformationFactory>();
var colorMatrix = Substitute.ForPartsOf <ColorMatrixFactoryWrapper>(builder.Resolve <IColorMatrixFactory>());
var convolution = Substitute.ForPartsOf <ConvoltuionFactoryWrapper>(builder.Resolve <IConvolutionFactory>());
var distribution = Substitute.ForPartsOf <DistributionFactoryWrapper>(builder.Resolve <IDistributionFactory>());
var morphology = Substitute.ForPartsOf <MorphologyFactoryWrapper>(builder.Resolve <IMorphologyFactory>());
var rgb = Substitute.ForPartsOf <RgbFactoryWrapper>(builder.Resolve <IRgbFilterFactory>());
var rotation = Substitute.ForPartsOf <RotationFactoryWrapper>(builder.Resolve <IRotationFactory>());
var scaling = Substitute.ForPartsOf <ScalingFactoryWrapper>(builder.Resolve <IScalingFactory>());
var transformation = Substitute.ForPartsOf <TransformationFactoryWrapper>(builder.Resolve <ITransformationFactory>());
builder
.RegisterTransientInstance <IColorMatrixFactoryWrapper>(colorMatrix)
.RegisterTransientInstance <IConvolutionFactoryWrapper>(convolution)
.RegisterTransientInstance <IDistributionFactoryWrapper>(distribution)
.RegisterTransientInstance <IMorphologyFactoryWrapper>(morphology)
.RegisterTransientInstance <IRgbFactoryWrapper>(rgb)
.RegisterTransientInstance <IRotationFactoryWrapper>(rotation)
.RegisterTransientInstance <IScalingFactoryWrapper>(scaling)
.RegisterTransientInstance <ITransformationFactoryWrapper>(transformation);
}