/// <inheritdoc/>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
// Core classes.
factory.SetFactoryMethod <PlatformNativeSurfaceFactory>((source) => new SDL2PlatformNativeSurface(source));
factory.SetFactoryMethod <Surface2DFactory>((uv, width, height, options) => new SDL2Surface2D(uv, width, height, options));
factory.SetFactoryMethod <Surface2DFromSourceFactory>((uv, source, options) => new SDL2Surface2D(uv, source, options));
factory.SetFactoryMethod <Surface2DFromNativeSurfaceFactory>((uv, surface, options) => new SDL2Surface2D(uv, surface, options));
factory.SetFactoryMethod <Surface3DFactory>((uv, width, height, depth, bytesPerPixel, options) => new SDL2Surface3D(uv, width, height, depth, bytesPerPixel, options));
factory.SetFactoryMethod <CursorFactory>((uv, surface, hx, hv) => new SDL2Cursor(uv, surface, hx, hv));
// Platform services
var msgboxService = new SDL2MessageBoxService();
factory.SetFactoryMethod <MessageBoxServiceFactory>(() => msgboxService);
var clipboardService = new SDL2ClipboardService();
factory.SetFactoryMethod <ClipboardServiceFactory>(() => clipboardService);
var powerManagementService = new SDL2PowerManagementService();
factory.SetFactoryMethod <PowerManagementServiceFactory>(() => powerManagementService);
// Graphics API services
factory.SetFactoryMethod <OpenGLEnvironmentFactory>((uv) => new SDL2OpenGLEnvironment(uv));
}
/// <inheritdoc/>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
factory.SetFactoryMethod <SongPlayerFactory>((uv) => new FMODSongPlayer(uv));
factory.SetFactoryMethod <SoundEffectPlayerFactory>((uv) => new FMODSoundEffectPlayer(uv));
try
{
if (UltravioletPlatformInfo.CurrentPlatform == UltravioletPlatform.Android)
{
var shim = Assembly.Load("Ultraviolet.Shims.Android.FMOD.dll");
var type = shim.GetTypes().Where(x => x.IsClass && !x.IsAbstract && typeof(FMODPlatformSpecificImplementationDetails).IsAssignableFrom(x)).SingleOrDefault();
if (type == null)
{
throw new InvalidOperationException(FMODStrings.CannotFindPlatformShimClass);
}
factory.SetFactoryMethod <FMODPlatformSpecificImplementationDetailsFactory>(
(uv) => (FMODPlatformSpecificImplementationDetails)Activator.CreateInstance(type));
}
}
catch (FileNotFoundException e)
{
throw new InvalidCompatibilityShimException(UltravioletStrings.MissingCompatibilityShim.Format(e.FileName));
}
}
/// <inheritdoc/>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
MonoMac.AppKit.NSApplication.Init();
factory.RemoveFactoryMethod <SurfaceSourceFactory>();
factory.RemoveFactoryMethod <SurfaceSaverFactory>();
factory.RemoveFactoryMethod <IconLoaderFactory>();
factory.RemoveFactoryMethod <ScreenDensityServiceFactory>();
factory.SetFactoryMethod <SurfaceSourceFactory>((stream) => new OSXSurfaceSource(stream));
factory.SetFactoryMethod <SurfaceSaverFactory>(() => new OSXSurfaceSaver());
factory.SetFactoryMethod <IconLoaderFactory>(() => new OSXIconLoader());
factory.SetFactoryMethod <ScreenDensityServiceFactory>((display) => new OSXScreenDensityService(display));
}
/// <inheritdoc/>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
MonoMac.AppKit.NSApplication.Init();
factory.RemoveFactoryMethod<SurfaceSourceFactory>();
factory.RemoveFactoryMethod<SurfaceSaverFactory>();
factory.RemoveFactoryMethod<IconLoaderFactory>();
factory.RemoveFactoryMethod<ScreenDensityServiceFactory>();
factory.SetFactoryMethod<SurfaceSourceFactory>((stream) => new OSXSurfaceSource(stream));
factory.SetFactoryMethod<SurfaceSaverFactory>(() => new OSXSurfaceSaver());
factory.SetFactoryMethod<IconLoaderFactory>(() => new OSXIconLoader());
factory.SetFactoryMethod<ScreenDensityServiceFactory>((display) => new OSXScreenDensityService(display));
}
/// <inheritdoc/>
public override void Initialize(UltravioletContext uv, UltravioletFactory factory)
{
Contract.Require(uv, nameof(uv));
library.InitializeResource();
var content = uv.GetContent();
var existing = content.Importers.FindImporter(".ttf");
if (existing != null)
{
if (existing.GetType() == typeof(FreeTypeFontImporter))
{
throw new InvalidOperationException(FreeTypeStrings.PluginAlreadyInitialized);
}
else
{
throw new InvalidOperationException(FreeTypeStrings.AlternativePluginAlreadyInitialized);
}
}
content.RegisterImportersAndProcessors(typeof(FreeTypeFontPlugin).Assembly);
factory.SetFactoryMethod <TextShaperFactory>((uvctx, capacity) => new HarfBuzzTextShaper(uvctx, capacity));
}
/// <summary>
/// Registers <see cref="dotTraceProfiler"/> as the profiler for the current Ultraviolet context.
/// </summary>
/// <param name="owner">The Ultraviolet context with which to register the profiler.</param>
/// <param name="factory">The Ultraviolet factory for the Ultraviolet context.</param>
/// <remarks>This method must be called during the application's initialization phase, before any
/// of the static methods on <see cref="UltravioletProfiler"/> have been invoked.</remarks>
public static void RegisterProfiler(UltravioletContext owner, UltravioletFactory factory)
{
Contract.Require(owner, "owner");
Contract.Require(factory, "factory");
factory.RemoveFactoryMethod<UltravioletProfilerFactory>();
factory.SetFactoryMethod<UltravioletProfilerFactory>(uv => new dotTraceProfiler(uv));
}
/// <summary>
/// Registers <see cref="dotTraceProfiler"/> as the profiler for the current Ultraviolet context.
/// </summary>
/// <param name="owner">The Ultraviolet context with which to register the profiler.</param>
/// <param name="factory">The Ultraviolet factory for the Ultraviolet context.</param>
/// <remarks>This method must be called during the application's initialization phase, before any
/// of the static methods on <see cref="UltravioletProfiler"/> have been invoked.</remarks>
public static void RegisterProfiler(UltravioletContext owner, UltravioletFactory factory)
{
Contract.Require(owner, nameof(owner));
Contract.Require(factory, nameof(factory));
factory.RemoveFactoryMethod <UltravioletProfilerFactory>();
factory.SetFactoryMethod <UltravioletProfilerFactory>(uv => new dotTraceProfiler(uv));
}
/// <inheritdoc/>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
factory.SetFactoryMethod <SurfaceSourceFactory>((stream) => new AndroidSurfaceSource(stream));
factory.SetFactoryMethod <SurfaceSaverFactory>(() => new AndroidSurfaceSaver());
factory.SetFactoryMethod <IconLoaderFactory>(() => new AndroidIconLoader());
factory.SetFactoryMethod <FileSystemServiceFactory>(() => new FileSystemService());
factory.SetFactoryMethod <ScreenRotationServiceFactory>((display) => new AndroidScreenRotationService(display));
factory.SetFactoryMethod <ScreenDensityServiceFactory>((display) => new AndroidScreenDensityService(display));
factory.SetFactoryMethod <AssemblyLoaderServiceFactory>(() => new AndroidAssemblyLoaderService());
var softwareKeyboardService = new AndroidSoftwareKeyboardService();
factory.SetFactoryMethod <SoftwareKeyboardServiceFactory>(() => softwareKeyboardService);
}
/// <summary>
/// Initializes the specified factory.
/// </summary>
/// <param name="owner">The Ultraviolet context that owns the initializer.</param>
/// <param name="factory">The <see cref="UltravioletFactory"/> to initialize.</param>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
factory.SetFactoryMethod<SurfaceSourceFactory>((stream) => new DesktopSurfaceSource(stream));
factory.SetFactoryMethod<SurfaceSaverFactory>(() => new DesktopSurfaceSaver());
factory.SetFactoryMethod<IconLoaderFactory>(() => new DesktopIconLoader());
factory.SetFactoryMethod<FileSystemServiceFactory>(() => new FileSystemService());
factory.SetFactoryMethod<ScreenRotationServiceFactory>((display) => new DesktopScreenOrientationService(display));
factory.SetFactoryMethod<ScreenDensityServiceFactory>((display) => new DesktopScreenDensityService(owner, display));
var softwareKeyboardService = new DesktopSoftwareKeyboardService();
factory.SetFactoryMethod<SoftwareKeyboardServiceFactory>(() => softwareKeyboardService);
}
/// <summary>
/// Initializes the specified factory.
/// </summary>
/// <param name="owner">The Ultraviolet context that owns the initializer.</param>
/// <param name="factory">The <see cref="UltravioletFactory"/> to initialize.</param>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
factory.SetFactoryMethod <SurfaceSourceFactory>((stream) => new NETCore2SurfaceSource(stream));
factory.SetFactoryMethod <SurfaceSaverFactory>(() => new NETCore2SurfaceSaver());
factory.SetFactoryMethod <IconLoaderFactory>(() => new NETCore2IconLoader());
factory.SetFactoryMethod <FileSystemServiceFactory>(() => new FileSystemService());
factory.SetFactoryMethod <ScreenRotationServiceFactory>((display) => new NETCore2ScreenOrientationService(display));
switch (UltravioletPlatformInfo.CurrentPlatform)
{
case UltravioletPlatform.Windows:
factory.SetFactoryMethod <ScreenDensityServiceFactory>((display) => new NETCore2ScreenDensityService_Windows(owner, display));
break;
default:
factory.SetFactoryMethod <ScreenDensityServiceFactory>((display) => new NETCore2ScreenDensityService(owner, display));
break;
}
var softwareKeyboardService = new NETCore2SoftwareKeyboardService();
factory.SetFactoryMethod <SoftwareKeyboardServiceFactory>(() => softwareKeyboardService);
}
/// <inheritdoc/>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
// Core classes
factory.SetFactoryMethod<CursorFactory>((uv, surface, hx, hv) => new OpenGLCursor(uv, surface, hx, hv));
factory.SetFactoryMethod<GeometryStreamFactory>((uv) => new OpenGLGeometryStream(uv));
factory.SetFactoryMethod<VertexBufferFactory>((uv, vdecl, vcount) => new OpenGLVertexBuffer(uv, vdecl, vcount, gl.GL_STATIC_DRAW));
factory.SetFactoryMethod<IndexBufferFactory>((uv, itype, icount) => new OpenGLIndexBuffer(uv, itype, icount, gl.GL_STATIC_DRAW));
factory.SetFactoryMethod<DynamicVertexBufferFactory>((uv, vdecl, vcount) => new OpenGLVertexBuffer(uv, vdecl, vcount, gl.GL_DYNAMIC_DRAW));
factory.SetFactoryMethod<DynamicIndexBufferFactory>((uv, itype, icount) => new OpenGLIndexBuffer(uv, itype, icount, gl.GL_DYNAMIC_DRAW));
factory.SetFactoryMethod<Surface2DFactory>((uv, width, height) => new OpenGLSurface2D(uv, width, height));
factory.SetFactoryMethod<Surface2DFromSourceFactory>((uv, source) => new OpenGLSurface2D(uv, source));
factory.SetFactoryMethod<Texture2DFactory>((uv, width, height, immutable) => new OpenGLTexture2D(uv, width, height, immutable));
factory.SetFactoryMethod<RenderTarget2DFactory>((uv, width, height, usage) => new OpenGLRenderTarget2D(uv, width, height, usage));
factory.SetFactoryMethod<RenderBuffer2DFactory>((uv, format, width, height, options) => new OpenGLRenderBuffer2D(uv, format, width, height, options));
// Core effects
factory.SetFactoryMethod<BasicEffectFactory>((uv) => new OpenGLBasicEffect(uv));
factory.SetFactoryMethod<SpriteBatchEffectFactory>((uv) => new OpenGLSpriteBatchEffect(uv));
factory.SetFactoryMethod<BlurEffectFactory>((uv) => new OpenGLBlurEffect(uv));
// BlendState
var blendStateOpaque = OpenGLBlendState.CreateOpaque(owner);
var blendStateAlphaBlend = OpenGLBlendState.CreateAlphaBlend(owner);
var blendStateAdditive = OpenGLBlendState.CreateAdditive(owner);
var blendStateNonPremultiplied = OpenGLBlendState.CreateNonPremultiplied(owner);
factory.SetFactoryMethod<BlendStateFactory>((uv) => new OpenGLBlendState(uv));
factory.SetFactoryMethod<BlendStateFactory>("Opaque", (uv) => blendStateOpaque);
factory.SetFactoryMethod<BlendStateFactory>("AlphaBlend", (uv) => blendStateAlphaBlend);
factory.SetFactoryMethod<BlendStateFactory>("Additive", (uv) => blendStateAdditive);
factory.SetFactoryMethod<BlendStateFactory>("NonPremultiplied", (uv) => blendStateNonPremultiplied);
// DepthStencilState
var depthStencilStateDefault = OpenGLDepthStencilState.CreateDefault(owner);
var depthStencilStateDepthRead = OpenGLDepthStencilState.CreateDepthRead(owner);
var depthStencilStateNone = OpenGLDepthStencilState.CreateNone(owner);
factory.SetFactoryMethod<DepthStencilStateFactory>((uv) => new OpenGLDepthStencilState(uv));
factory.SetFactoryMethod<DepthStencilStateFactory>("Default", (uv) => depthStencilStateDefault);
factory.SetFactoryMethod<DepthStencilStateFactory>("DepthRead", (uv) => depthStencilStateDepthRead);
factory.SetFactoryMethod<DepthStencilStateFactory>("None", (uv) => depthStencilStateNone);
// RasterizerState
var rasterizerStateCullClockwise = OpenGLRasterizerState.CreateCullClockwise(owner);
var rasterizerStateCullCounterClockwise = OpenGLRasterizerState.CreateCullCounterClockwise(owner);
var rasterizerStateCullNone = OpenGLRasterizerState.CreateCullNone(owner);
factory.SetFactoryMethod<RasterizerStateFactory>((uv) => new OpenGLRasterizerState(uv));
factory.SetFactoryMethod<RasterizerStateFactory>("CullClockwise", (uv) => rasterizerStateCullClockwise);
factory.SetFactoryMethod<RasterizerStateFactory>("CullCounterClockwise", (uv) => rasterizerStateCullCounterClockwise);
factory.SetFactoryMethod<RasterizerStateFactory>("CullNone", (uv) => rasterizerStateCullNone);
// SamplerState
var samplerStatePointClamp = OpenGLSamplerState.CreatePointClamp(owner);
var samplerStatePointWrap = OpenGLSamplerState.CreatePointWrap(owner);
var samplerStateLinearClamp = OpenGLSamplerState.CreateLinearClamp(owner);
var samplerStateLinearWrap = OpenGLSamplerState.CreateLinearWrap(owner);
var samplerStateAnisotropicClamp = OpenGLSamplerState.CreateAnisotropicClamp(owner);
var samplerStateAnisotropicWrap = OpenGLSamplerState.CreateAnisotropicWrap(owner);
factory.SetFactoryMethod<SamplerStateFactory>((uv) => new OpenGLSamplerState(uv));
factory.SetFactoryMethod<SamplerStateFactory>("PointClamp", (uv) => samplerStatePointClamp);
factory.SetFactoryMethod<SamplerStateFactory>("PointWrap", (uv) => samplerStatePointWrap);
factory.SetFactoryMethod<SamplerStateFactory>("LinearClamp", (uv) => samplerStateLinearClamp);
factory.SetFactoryMethod<SamplerStateFactory>("LinearWrap", (uv) => samplerStateLinearWrap);
factory.SetFactoryMethod<SamplerStateFactory>("AnisotropicClamp", (uv) => samplerStateAnisotropicClamp);
factory.SetFactoryMethod<SamplerStateFactory>("AnisotropicWrap", (uv) => samplerStateAnisotropicWrap);
// Platform services
var powerManagementService = new SDL2PowerManagementService();
factory.SetFactoryMethod<PowerManagementServiceFactory>(() => powerManagementService);
}
/// <inheritdoc/>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
// Core classes
factory.SetFactoryMethod <GeometryStreamFactory>((uv) => new OpenGLGeometryStream(uv));
factory.SetFactoryMethod <VertexBufferFactory>((uv, vdecl, vcount) => new OpenGLVertexBuffer(uv, vdecl, vcount, gl.GL_STATIC_DRAW));
factory.SetFactoryMethod <IndexBufferFactory>((uv, itype, icount) => new OpenGLIndexBuffer(uv, itype, icount, gl.GL_STATIC_DRAW));
factory.SetFactoryMethod <DynamicVertexBufferFactory>((uv, vdecl, vcount) => new OpenGLVertexBuffer(uv, vdecl, vcount, gl.GL_DYNAMIC_DRAW));
factory.SetFactoryMethod <DynamicIndexBufferFactory>((uv, itype, icount) => new OpenGLIndexBuffer(uv, itype, icount, gl.GL_DYNAMIC_DRAW));
factory.SetFactoryMethod <Texture2DFromRawDataFactory>((uv, pixels, width, height, bytesPerPixel, srgb) => new OpenGLTexture2D(uv, pixels, width, height, bytesPerPixel, srgb));
factory.SetFactoryMethod <Texture2DFactory>((uv, width, height, options) => new OpenGLTexture2D(uv, width, height, options));
factory.SetFactoryMethod <Texture3DFromRawDataFactory>((uv, layers, width, height, bytesPerPixel, srgb) => new OpenGLTexture3D(uv, layers, width, height, bytesPerPixel, srgb));
factory.SetFactoryMethod <Texture3DFactory>((uv, width, height, depth, options) => new OpenGLTexture3D(uv, width, height, depth, options));
factory.SetFactoryMethod <RenderTarget2DFactory>((uv, width, height, usage) => new OpenGLRenderTarget2D(uv, width, height, usage));
factory.SetFactoryMethod <RenderBuffer2DFactory>((uv, format, width, height, options) => new OpenGLRenderBuffer2D(uv, format, width, height, options));
factory.SetFactoryMethod <DynamicTexture2DFactory>((uv, width, height, options, state, flushed) => new OpenGLDynamicTexture2D(uv, width, height, options, state, flushed));
factory.SetFactoryMethod <DynamicTexture3DFactory>((uv, width, height, depth, options, state, flushed) => new OpenGLDynamicTexture3D(uv, width, height, depth, options, state, flushed));
factory.SetFactoryMethod <SwapChainManagerFactory>((uv) => new OpenGLSwapChainManager(uv));
// Core effects
factory.SetFactoryMethod <BasicEffectFactory>((uv) => new OpenGLBasicEffect(uv));
factory.SetFactoryMethod <SkinnedEffectFactory>((uv) => new OpenGLSkinnedEffect(uv));
factory.SetFactoryMethod <SpriteBatchEffectFactory>((uv) => new OpenGLSpriteBatchEffect(uv));
factory.SetFactoryMethod <BlurEffectFactory>((uv) => new OpenGLBlurEffect(uv));
// BlendState
var blendStateOpaque = OpenGLBlendState.CreateOpaque(owner);
var blendStateAlphaBlend = OpenGLBlendState.CreateAlphaBlend(owner);
var blendStateAdditive = OpenGLBlendState.CreateAdditive(owner);
var blendStateNonPremultiplied = OpenGLBlendState.CreateNonPremultiplied(owner);
factory.SetFactoryMethod <BlendStateFactory>((uv) => new OpenGLBlendState(uv));
factory.SetFactoryMethod <BlendStateFactory>("Opaque", (uv) => blendStateOpaque);
factory.SetFactoryMethod <BlendStateFactory>("AlphaBlend", (uv) => blendStateAlphaBlend);
factory.SetFactoryMethod <BlendStateFactory>("Additive", (uv) => blendStateAdditive);
factory.SetFactoryMethod <BlendStateFactory>("NonPremultiplied", (uv) => blendStateNonPremultiplied);
// DepthStencilState
var depthStencilStateDefault = OpenGLDepthStencilState.CreateDefault(owner);
var depthStencilStateDepthRead = OpenGLDepthStencilState.CreateDepthRead(owner);
var depthStencilStateNone = OpenGLDepthStencilState.CreateNone(owner);
factory.SetFactoryMethod <DepthStencilStateFactory>((uv) => new OpenGLDepthStencilState(uv));
factory.SetFactoryMethod <DepthStencilStateFactory>("Default", (uv) => depthStencilStateDefault);
factory.SetFactoryMethod <DepthStencilStateFactory>("DepthRead", (uv) => depthStencilStateDepthRead);
factory.SetFactoryMethod <DepthStencilStateFactory>("None", (uv) => depthStencilStateNone);
// RasterizerState
var rasterizerStateCullClockwise = OpenGLRasterizerState.CreateCullClockwise(owner);
var rasterizerStateCullCounterClockwise = OpenGLRasterizerState.CreateCullCounterClockwise(owner);
var rasterizerStateCullNone = OpenGLRasterizerState.CreateCullNone(owner);
factory.SetFactoryMethod <RasterizerStateFactory>((uv) => new OpenGLRasterizerState(uv));
factory.SetFactoryMethod <RasterizerStateFactory>("CullClockwise", (uv) => rasterizerStateCullClockwise);
factory.SetFactoryMethod <RasterizerStateFactory>("CullCounterClockwise", (uv) => rasterizerStateCullCounterClockwise);
factory.SetFactoryMethod <RasterizerStateFactory>("CullNone", (uv) => rasterizerStateCullNone);
// SamplerState
var samplerStatePointClamp = OpenGLSamplerState.CreatePointClamp(owner);
var samplerStatePointWrap = OpenGLSamplerState.CreatePointWrap(owner);
var samplerStateLinearClamp = OpenGLSamplerState.CreateLinearClamp(owner);
var samplerStateLinearWrap = OpenGLSamplerState.CreateLinearWrap(owner);
var samplerStateAnisotropicClamp = OpenGLSamplerState.CreateAnisotropicClamp(owner);
var samplerStateAnisotropicWrap = OpenGLSamplerState.CreateAnisotropicWrap(owner);
factory.SetFactoryMethod <SamplerStateFactory>((uv) => new OpenGLSamplerState(uv));
factory.SetFactoryMethod <SamplerStateFactory>("PointClamp", (uv) => samplerStatePointClamp);
factory.SetFactoryMethod <SamplerStateFactory>("PointWrap", (uv) => samplerStatePointWrap);
factory.SetFactoryMethod <SamplerStateFactory>("LinearClamp", (uv) => samplerStateLinearClamp);
factory.SetFactoryMethod <SamplerStateFactory>("LinearWrap", (uv) => samplerStateLinearWrap);
factory.SetFactoryMethod <SamplerStateFactory>("AnisotropicClamp", (uv) => samplerStateAnisotropicClamp);
factory.SetFactoryMethod <SamplerStateFactory>("AnisotropicWrap", (uv) => samplerStateAnisotropicWrap);
}
/// <summary>
/// Initializes the specified factory.
/// </summary>
/// <param name="owner">The Ultraviolet context that owns the initializer.</param>
/// <param name="factory">The <see cref="UltravioletFactory"/> to initialize.</param>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
factory.SetFactoryMethod(owner.IsRunningInServiceMode ?
new SpriteBatchFactory((uv) => null) : new SpriteBatchFactory((uv) => new SpriteBatch(uv)));
}
/// <summary>
/// Initializes the specified factory.
/// </summary>
/// <param name="owner">The Ultraviolet context that owns the initializer.</param>
/// <param name="factory">The factory to initialize.</param>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
// Core classes
factory.SetFactoryMethod <CursorFactory>((uv, surface, hx, hv) => new OpenGLCursor(uv, surface, hx, hv));
factory.SetFactoryMethod <GeometryStreamFactory>((uv) => new OpenGLGeometryStream(uv));
factory.SetFactoryMethod <VertexBufferFactory>((uv, vdecl, vcount) => new OpenGLVertexBuffer(uv, vdecl, vcount, gl.GL_STATIC_DRAW));
factory.SetFactoryMethod <IndexBufferFactory>((uv, itype, icount) => new OpenGLIndexBuffer(uv, itype, icount, gl.GL_STATIC_DRAW));
factory.SetFactoryMethod <DynamicVertexBufferFactory>((uv, vdecl, vcount) => new OpenGLVertexBuffer(uv, vdecl, vcount, gl.GL_DYNAMIC_DRAW));
factory.SetFactoryMethod <DynamicIndexBufferFactory>((uv, itype, icount) => new OpenGLIndexBuffer(uv, itype, icount, gl.GL_DYNAMIC_DRAW));
factory.SetFactoryMethod <Surface2DFactory>((uv, width, height) => new OpenGLSurface2D(uv, width, height));
factory.SetFactoryMethod <Surface2DFromSourceFactory>((uv, source) => new OpenGLSurface2D(uv, source));
factory.SetFactoryMethod <Texture2DFactory>((uv, width, height, immutable) => new OpenGLTexture2D(uv, width, height, immutable));
factory.SetFactoryMethod <RenderTarget2DFactory>((uv, width, height, usage) => new OpenGLRenderTarget2D(uv, width, height, usage));
factory.SetFactoryMethod <RenderBuffer2DFactory>((uv, format, width, height, options) => new OpenGLRenderBuffer2D(uv, format, width, height, options));
// Core effects
factory.SetFactoryMethod <BasicEffectFactory>((uv) => new OpenGLBasicEffect(uv));
factory.SetFactoryMethod <SpriteBatchEffectFactory>((uv) => new OpenGLSpriteBatchEffect(uv));
factory.SetFactoryMethod <BlurEffectFactory>((uv) => new OpenGLBlurEffect(uv));
// BlendState
var blendStateOpaque = OpenGLBlendState.CreateOpaque(owner);
var blendStateAlphaBlend = OpenGLBlendState.CreateAlphaBlend(owner);
var blendStateAdditive = OpenGLBlendState.CreateAdditive(owner);
var blendStateNonPremultiplied = OpenGLBlendState.CreateNonPremultiplied(owner);
factory.SetFactoryMethod <BlendStateFactory>((uv) => new OpenGLBlendState(uv));
factory.SetFactoryMethod <BlendStateFactory>("Opaque", (uv) => blendStateOpaque);
factory.SetFactoryMethod <BlendStateFactory>("AlphaBlend", (uv) => blendStateAlphaBlend);
factory.SetFactoryMethod <BlendStateFactory>("Additive", (uv) => blendStateAdditive);
factory.SetFactoryMethod <BlendStateFactory>("NonPremultiplied", (uv) => blendStateNonPremultiplied);
// DepthStencilState
var depthStencilStateDefault = OpenGLDepthStencilState.CreateDefault(owner);
var depthStencilStateDepthRead = OpenGLDepthStencilState.CreateDepthRead(owner);
var depthStencilStateNone = OpenGLDepthStencilState.CreateNone(owner);
factory.SetFactoryMethod <DepthStencilStateFactory>((uv) => new OpenGLDepthStencilState(uv));
factory.SetFactoryMethod <DepthStencilStateFactory>("Default", (uv) => depthStencilStateDefault);
factory.SetFactoryMethod <DepthStencilStateFactory>("DepthRead", (uv) => depthStencilStateDepthRead);
factory.SetFactoryMethod <DepthStencilStateFactory>("None", (uv) => depthStencilStateNone);
// RasterizerState
var rasterizerStateCullClockwise = OpenGLRasterizerState.CreateCullClockwise(owner);
var rasterizerStateCullCounterClockwise = OpenGLRasterizerState.CreateCullCounterClockwise(owner);
var rasterizerStateCullNone = OpenGLRasterizerState.CreateCullNone(owner);
factory.SetFactoryMethod <RasterizerStateFactory>((uv) => new OpenGLRasterizerState(uv));
factory.SetFactoryMethod <RasterizerStateFactory>("CullClockwise", (uv) => rasterizerStateCullClockwise);
factory.SetFactoryMethod <RasterizerStateFactory>("CullCounterClockwise", (uv) => rasterizerStateCullCounterClockwise);
factory.SetFactoryMethod <RasterizerStateFactory>("CullNone", (uv) => rasterizerStateCullNone);
// SamplerState
var samplerStatePointClamp = OpenGLSamplerState.CreatePointClamp(owner);
var samplerStatePointWrap = OpenGLSamplerState.CreatePointWrap(owner);
var samplerStateLinearClamp = OpenGLSamplerState.CreateLinearClamp(owner);
var samplerStateLinearWrap = OpenGLSamplerState.CreateLinearWrap(owner);
var samplerStateAnisotropicClamp = OpenGLSamplerState.CreateAnisotropicClamp(owner);
var samplerStateAnisotropicWrap = OpenGLSamplerState.CreateAnisotropicWrap(owner);
factory.SetFactoryMethod <SamplerStateFactory>((uv) => new OpenGLSamplerState(uv));
factory.SetFactoryMethod <SamplerStateFactory>("PointClamp", (uv) => samplerStatePointClamp);
factory.SetFactoryMethod <SamplerStateFactory>("PointWrap", (uv) => samplerStatePointWrap);
factory.SetFactoryMethod <SamplerStateFactory>("LinearClamp", (uv) => samplerStateLinearClamp);
factory.SetFactoryMethod <SamplerStateFactory>("LinearWrap", (uv) => samplerStateLinearWrap);
factory.SetFactoryMethod <SamplerStateFactory>("AnisotropicClamp", (uv) => samplerStateAnisotropicClamp);
factory.SetFactoryMethod <SamplerStateFactory>("AnisotropicWrap", (uv) => samplerStateAnisotropicWrap);
// Platform services
var powerManagementService = new SDL2PowerManagementService();
factory.SetFactoryMethod <PowerManagementServiceFactory>(() => powerManagementService);
}
/// <summary>
/// Initializes the specified factory.
/// </summary>
/// <param name="owner">The Ultraviolet context that owns the initializer.</param>
/// <param name="factory">The factory to initialize.</param>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
factory.SetFactoryMethod<SongPlayerFactory>((uv) => new BASSSongPlayer(uv));
factory.SetFactoryMethod<SoundEffectPlayerFactory>((uv) => new BASSSoundEffectPlayer(uv));
}
/// <inheritdoc/>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
factory.SetFactoryMethod <UIViewFactory>((uv, uiPanel, uiPanelDefinition, vmfactory) => ImGuiView.Create(uv, uiPanel, uiPanelDefinition, vmfactory));
}
/// <inheritdoc/>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
factory.SetFactoryMethod <FMODPlatformSpecificImplementationDetailsFactory>((uv) => new FMODAndroidSpecificImplementationDetails());
}
/// <inheritdoc/>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
factory.SetFactoryMethod<UIViewProviderInitializerFactory>(() => new PresentationFoundationInitializer());
factory.SetFactoryMethod<UIViewFactory>((uv, uiPanel, uiPanelDefinition, vmfactory) => PresentationFoundationView.Load(uv, uiPanel, uiPanelDefinition, vmfactory));
factory.SetFactoryMethod<MessageBoxScreenFactory>((mb, mbowner) => new MessageBoxScreen(mb, mbowner.GlobalContent));
}
/// <inheritdoc/>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
factory.SetFactoryMethod <SongPlayerFactory>((uv) => new BASSSongPlayer(uv));
factory.SetFactoryMethod <SoundEffectPlayerFactory>((uv) => new BASSSoundEffectPlayer(uv));
}
/// <inheritdoc/>
public void Initialize(UltravioletContext owner, UltravioletFactory factory)
{
factory.SetFactoryMethod <UIViewProviderInitializerFactory>(() => new PresentationFoundationInitializer());
factory.SetFactoryMethod <UIViewFactory>((uv, uiPanel, uiPanelDefinition, vmfactory) => PresentationFoundationView.Load(uv, uiPanel, uiPanelDefinition, vmfactory));
factory.SetFactoryMethod <MessageBoxScreenFactory>((mb, mbowner) => new MessageBoxScreen(mb, mbowner.GlobalContent));
}
