private static IWebHost HostInitialization(HttpApplication application)
{
var kernelBuilder = new KernelBuilder();
kernelBuilder.UseCaching(c => c.UseMemoryCache());
kernelBuilder.UseLogging(c => c.UseNLog());
kernelBuilder.UseWeb(c => c.EnableMvc().EnableSecurity());
kernelBuilder.UseData(c =>
{
c.UseEntityFramework();
c.EnableMvcFilterTransaction();
c.EnableDataMigrators();
});
//开启基础设置层。
kernelBuilder.UseInfrastructures();
var container = kernelBuilder.Build();
var host = container.Resolve <IWebHost>();
host.Initialize();
host.BeginRequest();
host.EndRequest();
return(host);
}
public static KernelBuilder UseMvvmInterface(this KernelBuilder kernelBuilder, Action <IMvvmBuilder> builder)
{
kernelBuilder.buildActions.Add(() => kernelBuilder._containerBuilder.RegisterType <KernelViewModelManager>().As <IViewModelManager>().SingleInstance());
kernelBuilder.buildActions.Add(() => kernelBuilder._containerBuilder.RegisterType <KernelViewComponentManager>().As <IViewComponentManager>().SingleInstance());
builder(new MvvmBuilder(kernelBuilder));
return(kernelBuilder);
}
private static IWebHost HostInitialization(HttpApplication application)
{
var kernelBuilder = new KernelBuilder();
kernelBuilder.UseCaching(c => c.UseMemoryCache());
kernelBuilder.UseLogging(c => c.UseNLog());
kernelBuilder.UseWeb(c => c.EnableMvc().EnableSecurity());
kernelBuilder.UseData(c =>
{
c.UseEntityFramework();
c.EnableMvcFilterTransaction();
//如果开启了EntityFramework的自动迁移则不启动数据迁移。
var automaticMigrationsEnabled = ConfigurationManager.AppSettings["Data.EntityFramework.AutomaticMigrationsEnabled"];
if (!string.Equals(automaticMigrationsEnabled, "true", StringComparison.OrdinalIgnoreCase))
{
c.EnableDataMigrators();
}
});
kernelBuilder.UseResources();
var container = kernelBuilder.Build();
var host = container.Resolve <IWebHost>();
host.Initialize();
host.BeginRequest();
host.EndRequest();
return(host);
}
public static KernelBuilder UseWindowManager <T, TWindow>(this KernelBuilder kernelBuilder)
where T : IWindowManager <TWindow>
{
kernelBuilder.buildActions.Add(() => kernelBuilder._containerBuilder
.RegisterType <T>()
.AsSelf()
.As <IWindowManager>()
.As <IWindowManager <TWindow> >()
.SingleInstance());
return(kernelBuilder);
}
/// <summary>
/// Starts the application
/// </summary>
public static void Start()
{
DynamicModuleUtility.RegisterModule(typeof(OnePerRequestHttpModule));
DynamicModuleUtility.RegisterModule(typeof(NinjectHttpModule));
//Setup for web application
bootstrapper.Initialize(() =>
{
var kernel = new KernelBuilder().ForWebApplication().Build();
//Only register the interceptor once per application (Hangfire job is the same application scope)
DbInterception.Add(new EFEntityInterceptor(() => kernel.Get <IOperationClock>(), () => kernel.Get <Maybe <ActiveUserIdContext> >(), () => kernel.Get <IFallbackUserResolver>()));
return(kernel);
});
}
protected TestBase()
{
var kernelBuilder = new KernelBuilder();
kernelBuilder.OnStarting(Register);
kernelBuilder.UseCaching(c => c.UseMemoryCache());
kernelBuilder.UseLogging(c => c.UseNLog());
var container = Container = kernelBuilder.Build();
var type = GetType();
var properties = type.GetProperties();
foreach (var property in properties)
{
var propertyType = property.PropertyType;
if (!container.IsRegistered(propertyType))
continue;
property.SetValue(this, container.Resolve(propertyType), null);
}
}
private static void Main()
{
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
var kernelBuilder = new KernelBuilder();
kernelBuilder.OnStarting(builder => builder.RegisterType <MainForm>().AsSelf().As <IUserInterfaceController>().InstancePerLifetimeScope());
kernelBuilder.UseCaching(c => c.UseMemoryCache());
var hostContainer = kernelBuilder.Build();
var host = hostContainer.Resolve <IHost>();
host.Initialize();
var work = host.CreateStandaloneEnvironment(new ShellSettings {
Name = "Default"
});
var form = work.Resolve <MainForm>();
Application.Run(form);
}
protected TestBase()
{
var kernelBuilder = new KernelBuilder();
kernelBuilder.OnStarting(Register);
kernelBuilder.UseCaching(c => c.UseMemoryCache());
//.UseLogging(c => c.UseNLog());
var container = Container = kernelBuilder.Build();
var type = GetType();
var properties = type.GetProperties();
foreach (var property in properties)
{
var propertyType = property.PropertyType;
if (!container.IsRegistered(propertyType))
{
continue;
}
property.SetValue(this, container.Resolve(propertyType), null);
}
}
private static void InitializeHangfire(IAppBuilder app)
{
// Initializing the Hangfire scheduler
var standardKernel = new KernelBuilder().ForHangFire().Build();
GlobalConfiguration.Configuration.UseNinjectActivator(standardKernel);
GlobalConfiguration.Configuration.UseSqlServerStorage("kitos_HangfireDB");
GlobalJobFilters.Filters.Add(new AdvisSendFailureFilter(standardKernel));
GlobalJobFilters.Filters.Add(new AutomaticRetryAttribute {
Attempts = KitosConstants.MaxHangfireRetries
});
app.UseHangfireDashboard();
app.UseHangfireServer(new KeepReadModelsInSyncProcess());
ServiceEndpointConfiguration.ConfigureValidationOfOutgoingConnections();
var recurringJobManager = new RecurringJobManager();
recurringJobManager.AddOrUpdate(
recurringJobId: StandardJobIds.CheckExternalLinks,
job: Job.FromExpression((IBackgroundJobLauncher launcher) => launcher.LaunchLinkCheckAsync(CancellationToken.None)),
cronExpression: Cron.Weekly(DayOfWeek.Sunday, 0),
timeZone: TimeZoneInfo.Local);
new RecurringJobManager().AddOrUpdate(
recurringJobId: StandardJobIds.RebuildDataProcessingReadModels,
job: Job.FromExpression((IBackgroundJobLauncher launcher) => launcher.LaunchFullReadModelRebuild(ReadModelRebuildScope.DataProcessingRegistration, CancellationToken.None)),
cronExpression: Cron.Never(), //On demand
timeZone: TimeZoneInfo.Local);
new RecurringJobManager().AddOrUpdate(
recurringJobId: StandardJobIds.RebuildItSystemUsageReadModels,
job: Job.FromExpression((IBackgroundJobLauncher launcher) => launcher.LaunchFullReadModelRebuild(ReadModelRebuildScope.ItSystemUsage, CancellationToken.None)),
cronExpression: Cron.Never(), //On demand
timeZone: TimeZoneInfo.Local);
}
public MvvmBuilder(KernelBuilder kernelBuilder)
{
this.kernelBuilder = kernelBuilder;
}
public static void Compute(
string filePath,
ViewPort viewPort,
ComputationType computationType,
CancellationToken token)
{
Log.Info($"Outputting to: {filePath}");
Log.Info($"Resolution: {viewPort.Resolution.Width:N0}x{viewPort.Resolution.Height:N0}");
Log.Info($"Area: {viewPort.Area}");
Log.Info($"Computation type: {computationType}");
IEnumerable <bool> GetPointsInSetScalar()
{
var kernel = KernelBuilder.BuildScalarKernel(computationType);
var rowPointsInSet = new bool[viewPort.Resolution.Width];
using var progress = TimedOperation.Start("points", totalWork: viewPort.Resolution.Area());
for (int row = 0; row < viewPort.Resolution.Height; row++)
{
Parallel.For(
0,
viewPort.Resolution.Width,
col => rowPointsInSet[col] = kernel.FindEscapeTime(viewPort.GetComplex(col, row), Constant.IterationRange.Max).IsInfinite);
for (int x = 0; x < viewPort.Resolution.Width; x++)
{
yield return(rowPointsInSet[x]);
}
progress.AddWorkDone(viewPort.Resolution.Width);
}
}
IEnumerable <bool> GetPointsInSetVectorDoubles()
{
using var progress = TimedOperation.Start("points", totalWork: viewPort.Resolution.Area());
var vWidth = VectorDoubleKernel.Capacity;
var vectorBatches = viewPort.Resolution.Width / vWidth;
var remainder = viewPort.Resolution.Width % vWidth;
if (remainder != 0)
{
vectorBatches++;
}
var lastIndex = vectorBatches - 1;
var rowPointsInSet = new bool[viewPort.Resolution.Width];
// TODO: Why is the Parallel.For inside a loop?
for (int row = 0; row < viewPort.Resolution.Height; row++)
{
Parallel.For(
0,
vectorBatches,
batchIndex =>
{
var realBatch = new double[vWidth];
var imagBatch = new double[vWidth];
var times = new EscapeTime[vWidth];
var batchSize = (batchIndex == lastIndex) ? remainder : vWidth;
for (int i = 0; i < batchSize; i++)
{
var c = viewPort.GetComplex(batchIndex * vWidth + i, row);
realBatch[i] = c.Real;
imagBatch[i] = c.Imaginary;
}
VectorDoubleKernel.FindEscapeTimes(
realBatch, imagBatch, Constant.IterationRange.Max, times);
for (int i = 0; i < batchSize; i++)
{
rowPointsInSet[batchIndex * vWidth + i] = times[i].Iterations == Constant.IterationRange.Max;
}
});
for (int x = 0; x < viewPort.Resolution.Width; x++)
{
yield return(rowPointsInSet[x]);
}
progress.AddWorkDone(viewPort.Resolution.Width);
}
}
IEnumerable <bool> ChooseEnumerator() =>
computationType switch
{
ComputationType.ScalarDouble => GetPointsInSetScalar(),
ComputationType.ScalarFloat => GetPointsInSetScalar(),
ComputationType.VectorDouble => GetPointsInSetVectorDoubles(),
_ => throw new ArgumentException("Unsupported computation type: " + computationType)
};
Write(filePath, viewPort, computationType, ChooseEnumerator());
}
}
public StatisticBuilder(KernelBuilder builder)
{
Builder = builder;
}