- Source generate all attributed classes to a single add file - saves you the boilerplate
- Extension methods for registering a dependency against multiple interfaces
- Extension methods for startup tasks (different to hosted services that don't work on mobile)
- Supports multiple interfaces
- Supports open generics
- Supports keyed services
THIS:
using Microsoft.Extensions.DependencyInjection;
using Shiny.Extensions.DependencyInjection;
// given the following code from a user
namespace Sample
{
public interface IStandardInterface;
public interface IStandardInterface2;
[Service(ServiceLifetime.Singleton)]
public class ImplementationOnly;
[Service(ServiceLifetime.Transient, "ImplOnly")]
public class KeyedImplementationOnly;
[Service(ServiceLifetime.Singleton)]
public class StandardImplementation : IStandardInterface;
[Service(ServiceLifetime.Scoped, "Standard")]
public class KeyedStandardImplementation : IStandardInterface;
[Service(ServiceLifetime.Singleton)]
public class MultipleImplementation : IStandardInterface, IStandardInterface2;
[Service(ServiceLifetime.Scoped)]
public class ScopedMultipleImplementation : IStandardInterface, IStandardInterface2;
[Service(ServiceLifetime.Scoped, "KeyedGeneric")]
public class TestGeneric<T1, T2>
{
public T1 Value1 { get; set; }
public T2 Value2 { get; set; }
}
}
GENERATES THIS:
// <auto-generated />
using global::Microsoft.Extensions.DependencyInjection;
using global::Shiny.Extensions.DependencyInjection;
namespace Sample
{
public static class __GeneratedRegistrations
{
public static global::Microsoft.Extensions.DependencyInjection.IServiceCollection AddGeneratedServices(
this global::Microsoft.Extensions.DependencyInjection.IServiceCollection services
)
{
services.AddSingleton<global::Sample.ImplementationOnly>();
services.AddKeyedTransient<global::Sample.KeyedImplementationOnly>("ImplOnly");
services.AddSingleton<global::Sample.IStandardInterface, global::Sample.StandardImplementation>();
services.AddKeyedScoped<global::Sample.IStandardInterface, global::Sample.KeyedStandardImplementation>("Standard");
services.AddSingletonAsImplementedInterfaces<global::Sample.MultipleImplementation>();
services.AddScopedAsImplementedInterfaces<global::Sample.ScopedMultipleImplementation>();
services.AddKeyedScoped(typeof(global::Sample.TestGeneric<,>), "KeyedGeneric");
return services;
}
}
}
- Install the NuGet package
Shiny.Extensions.DependencyInjection
- Add the following using directive:
// during your app startup - use your service collection builder.Services.AddGeneratedServices();
- Add the
[Service(ServiceLifetime.Singleton, "optional key")]
attribute to your classes and specify the lifetime and optional key
- Key/value store with support for
- Android/iOS/Windows - Preferences & Secure Storage
- Web - Local Storage & Session Storage
- In Memory
- Object binder binds INotifyPropertyChanged against a key/value store to persist object changes across sessions
- Simply implement IKeyValueStore to create your own store
- Install the NuGet package
Shiny.Extensions.Stores
- Add the following using directive:
// during your app startup - use your service collection
builder.Services.AddPersistentService<MyNotifyPropertyChangedObject>("secure"); // optional: default to `settings`
- Inject the MyNotifyPropertyChangedObject into your view model or service. Set properties and they will be persisted automatically.
- To bypass reflection and make binding super fast - use Shiny Reflector to remove the need for reflection. It is already built into the Shiny.Extensions.Stores package, so you can use it directly. Just mark
[Reflector]
on your class and make your class partial.
Platform | Store Alias | Description |
---|---|---|
Android | settings | Preferences store |
Android | secure | Secure Storage |
iOS | settings | Preferences store |
iOS | secure | Secure Storage |
WebAssembly | settings | Local Storage |
WebAssembly | session | Session Storage |
All | Memory | In Memory store - great for testing |
Note
For WebAssembly, install the Shiny.Extensions.Stores.Web
package and add services.AddWebAssemblyStores()
to your service collection.
- Merges service container build and post build scenarios into a single class
- All IInfrastructureModule implementations are automatically detected and run
- Install the NuGet package
Shiny.Extensions.WebHosting
- Add an infrastructure module by implementing
IInfrastructureModule
:using Shiny.Extensions.WebHosting; public class MyInfrastructureModule : IInfrastructureModule { public void Add(WebApplicationBuilder builder) { // Register your services here } public void Configure(WebApplication app) { // Configure your application here } }
- In your application hosting startup, add the following:
using Shiny.Extensions.WebHosting; var builder = WebApplication.CreateBuilder(args); builder.AddInfrastructure(params Assembly[] assemblies)(); // this scans the assemblies for IInfrastructureModule implementations and runs Add methods // OR builder.AddInfrastructureModules(params IInfrastructureModule[] modules); // this doesn't use reflection var app = builder.Build(); app.UseInfrastructure(); // this runs all IInfrastructureModule.Use methods
- Shiny Reflector - Reflection without the actual reflection