public void RegisterServices(DependencyInjection.ServiceCollection services)
{
AssemblyHelper.Types.GetTypesWithAutoLoadAttribute(typeof(LoaderService <, ,>)).ForEach(s =>
{
services.RegisterTypeFactory(s, p => ActivatorUtilities.CreateInstance(p, s));
services.RegisterSingleton(ServiceConfigurationKey.From(s));
});
}
public static T BuildGame <T>(this GuppyLoader guppy, ServiceConfigurationKey?key = null)
where T : Game
{
if (!guppy.Initialized)
{
throw new Exception("Please initialize Guppy before building a game instance.");
}
return(guppy.BuildServiceProvider().GetService <T>(key ?? ServiceConfigurationKey.From <T>()));
}
public void RegisterServices(ServiceCollection services)
{
services.RegisterTypeFactory <SpriteBatch>(p => new SpriteBatch(p.GetService <GraphicsDevice>()));
services.RegisterTypeFactory <Camera2D>(p => new Camera2D());
services.RegisterScoped <SpriteBatch>();
services.RegisterTransient(Guppy.Constants.ServiceConfigurationKeys.TransientSpritebatch);
services.RegisterScoped <Camera2D>();
services.RegisterTransient(Guppy.Constants.ServiceConfigurationKeys.TransientCamera);
AssemblyHelper.AddAssembly(typeof(GraphicsDevice).Assembly);
AssemblyHelper.Types.GetTypesAssignableFrom <IVertexType>().Where(t => t.IsValueType).ForEach(vt =>
{
var primitiveBatchType = typeof(PrimitiveBatch <>).MakeGenericType(vt);
services.RegisterTypeFactory(primitiveBatchType, (p, t) => ActivatorUtilities.CreateInstance(p, t));
services.RegisterSingleton(ServiceConfigurationKey.From(type: primitiveBatchType));
});
}
/// <summary>
/// Parse an incoming service descriptor instance &
/// convert it into a useable Guppy TypeFactory/ServiceConfiguration
/// </summary>
/// <param name="descriptor"></param>
/// <param name="services"></param>
internal static void ConvertServiceDescriptor(this ServiceDescriptor descriptor, ServiceCollection services)
{
var implementationType = descriptor.ImplementationType ?? descriptor.ServiceType;
var key = ServiceConfigurationKey.From(descriptor.ServiceType);
var count = services.ServiceConfigurations.Count(c => c.Key == key);
services.RegisterTypeFactory(
type: implementationType,
typeImplementation: implementationType,
method: descriptor.CreateFactoryMethod(),
priority: count);
services.RegisterServiceConfiguration(
key,
descriptor.Lifetime,
implementationType,
ServiceConfigurationKey.From(implementationType).Yield(),
priority: count);
}
public static void RegisterScene(
this ServiceCollection services,
Type scene,
ServiceConfigurationKey?key = default,
Func <ServiceProvider, Object> factory = default,
Int32 priority = 0)
{
ExceptionHelper.ValidateAssignableFrom <IScene>(scene);
factory ??= p => ActivatorUtilities.CreateInstance(p, scene);
services.RegisterTypeFactory(
type: scene,
method: factory,
priority: priority);
services.RegisterScoped(
key: key ?? ServiceConfigurationKey.From(type: scene),
priority: priority,
baseLookupType: typeof(IScene));
}
public void RegisterServices(ServiceCollection services)
{
#region Settings Setup
services.RegisterSetup <Settings>((s, p, c) =>
{ // Configure the default settings...
s.Set <NetworkAuthorization>(NetworkAuthorization.Slave);
s.Set <HostType>(HostType.Remote);
}, -10);
services.RegisterSetup <ServerPeer>((server, p, c) =>
{
var settings = p.GetService <Settings>();
settings.Set <NetworkAuthorization>(NetworkAuthorization.Master);
});
#endregion
services.RegisterTypeFactory <NetOutgoingMessageService>(p => new NetOutgoingMessageService());
services.RegisterTypeFactory <ChannelList>(p => new ChannelList());
services.RegisterTypeFactory <PipeList>(p => new PipeList());
services.RegisterTypeFactory <UserList>(p => new UserList());
services.RegisterTypeFactory <ServiceList <INetworkEntity> >(p => new ServiceList <INetworkEntity>());
services.RegisterTypeFactory <NetworkEntityList>(p => new NetworkEntityList());
services.RegisterTypeFactory <ServerPeer>(p => new ServerPeer());
services.RegisterTypeFactory <NetServer>(p => new NetServer(p.GetService <NetPeerConfiguration>()));
services.RegisterTypeFactory <ClientPeer>(p => new ClientPeer());
services.RegisterTypeFactory <NetClient>(p => new NetClient(p.GetService <NetPeerConfiguration>()));
services.RegisterTypeFactory <NetPeerConfiguration>(p => new NetPeerConfiguration("guppy"));
services.RegisterTypeFactory <ServerChannel>(p => new ServerChannel());
services.RegisterTypeFactory <ClientChannel>(p => new ClientChannel());
services.RegisterTypeFactory <IPipe>(p => new Pipe());
services.RegisterTypeFactory <IUser>(p => new User());
services.RegisterSingleton <NetOutgoingMessageService>();
services.RegisterSingleton <ChannelList>();
services.RegisterScoped <PipeList>();
services.RegisterSingleton <UserList>();
services.RegisterTransient(Constants.ServiceConfigurations.TransientUserList);
services.RegisterTransient <ServiceList <INetworkEntity> >();
services.RegisterScoped <NetworkEntityList>();
services.RegisterSingleton <ServerPeer>(baseLookupType: typeof(IPeer));
services.RegisterSingleton <NetServer>(baseLookupType: typeof(NetPeer));
services.RegisterSingleton <ClientPeer>(baseLookupType: typeof(IPeer));
services.RegisterSingleton <NetClient>(baseLookupType: typeof(NetPeer));
services.RegisterSingleton <NetPeerConfiguration>();
services.RegisterScoped <ServerChannel>();
services.RegisterScoped <ClientChannel>();
services.RegisterTransient <IPipe>();
services.RegisterTransient <IUser>();
services.RegisterSetup <UserList>(Constants.ServiceConfigurations.TransientUserList, (users, p, c) =>
{ // Automatically try to add the current user when connecting to a new client.
// TODO: Investigate what happens if CurrentUser is not yet defined?
users.TryAdd(p.GetService <IPeer>().CurrentUser);
}, Guppy.Core.Constants.Priorities.Initialize + 1);
services.RegisterSetup <INetworkEntity>((service, p, c) =>
{ // Automatically add any network services into the scoped service list.
p.GetService <NetworkEntityList>().TryAdd(service);
}, Guppy.Core.Constants.Priorities.Initialize + 1);
#region Components
services.RegisterTypeFactory <ChannelBaseCRUDComponent>(p => new ChannelBaseCRUDComponent());
services.RegisterTypeFactory <PipeMasterCRUDComponent>(p => new PipeMasterCRUDComponent());
services.RegisterTransient <ChannelBaseCRUDComponent>();
services.RegisterTransient <PipeMasterCRUDComponent>();
services.RegisterComponent <ChannelBaseCRUDComponent, IChannel>();
services.RegisterComponent <PipeMasterCRUDComponent, IPipe>();
services.RegisterComponentFilter(
ServiceConfigurationKey.From(type: typeof(RemoteHostComponent <>)),
(e, p, t) =>
{
return(t.GetCustomAttribute <NetworkAuthorizationRequiredAttribute>().NetworkAuthorization
== p.GetService <Settings>().Get <NetworkAuthorization>());
},
(cc, ec) =>
{
var hasAttribute = cc.TypeFactory.Type.GetCustomAttribute <NetworkAuthorizationRequiredAttribute>() != default;
return(hasAttribute);
});
#endregion
}