public static void Register(RazorProjectEngineBuilder builder)
{
if (builder == null)
{
throw new ArgumentNullException(nameof(builder));
}
FunctionsDirective.Register(builder);
ImplementsDirective.Register(builder);
InheritsDirective.Register(builder);
InjectDirective.Register(builder);
LayoutDirective.Register(builder);
PageDirective.Register(builder);
builder.Features.Remove(builder.Features.OfType <IImportProjectFeature>().Single());
builder.Features.Add(new BlazorImportProjectFeature());
var index = builder.Phases.IndexOf(builder.Phases.OfType <IRazorCSharpLoweringPhase>().Single());
builder.Phases[index] = new BlazorRazorCSharpLoweringPhase();
builder.Features.Add(new ConfigureBlazorCodeGenerationOptions());
builder.Features.Add(new ComponentDocumentClassifierPass());
builder.Features.Add(new ComponentLoweringPass());
builder.Features.Add(new ComponentTagHelperDescriptorProvider());
if (builder.Configuration.ConfigurationName == DeclarationConfiguration.ConfigurationName)
{
// This is for 'declaration only' processing. We don't want to try and emit any method bodies during
// the design time build because we can't do it correctly until the set of components is known.
builder.Features.Add(new EliminateMethodBodyPass());
}
}
/// <summary>
/// Registers the Blazor extension.
/// </summary>
/// <param name="builder">The <see cref="RazorProjectEngineBuilder"/>.</param>
public static void Register(RazorProjectEngineBuilder builder)
{
if (builder == null)
{
throw new ArgumentNullException(nameof(builder));
}
FunctionsDirective.Register(builder);
ImplementsDirective.Register(builder);
InheritsDirective.Register(builder);
InjectDirective.Register(builder);
LayoutDirective.Register(builder);
PageDirective.Register(builder);
TypeParamDirective.Register(builder);
builder.Features.Remove(builder.Features.OfType <IImportProjectFeature>().Single());
builder.Features.Add(new BlazorImportProjectFeature());
var index = builder.Phases.IndexOf(builder.Phases.OfType <IRazorCSharpLoweringPhase>().Single());
builder.Phases[index] = new BlazorRazorCSharpLoweringPhase();
builder.Features.Add(new ConfigureBlazorCodeGenerationOptions());
builder.AddTargetExtension(new BlazorTemplateTargetExtension());
var isDeclarationOnlyCompile = builder.Configuration.ConfigurationName == DeclarationConfiguration.ConfigurationName;
// Blazor-specific passes, in order.
if (!isDeclarationOnlyCompile)
{
// There's no benefit in this optimization during the declaration-only compile
builder.Features.Add(new TrimWhitespacePass());
}
builder.Features.Add(new ComponentDocumentClassifierPass());
builder.Features.Add(new ComponentDocumentRewritePass());
builder.Features.Add(new ScriptTagPass());
builder.Features.Add(new ComplexAttributeContentPass());
builder.Features.Add(new ComponentLoweringPass());
builder.Features.Add(new EventHandlerLoweringPass());
builder.Features.Add(new RefLoweringPass());
builder.Features.Add(new BindLoweringPass());
builder.Features.Add(new TemplateDiagnosticPass());
builder.Features.Add(new GenericComponentPass());
builder.Features.Add(new ChildContentDiagnosticPass());
builder.Features.Add(new HtmlBlockPass());
builder.Features.Add(new ComponentTagHelperDescriptorProvider());
builder.Features.Add(new BindTagHelperDescriptorProvider());
builder.Features.Add(new EventHandlerTagHelperDescriptorProvider());
builder.Features.Add(new RefTagHelperDescriptorProvider());
if (isDeclarationOnlyCompile)
{
// This is for 'declaration only' processing. We don't want to try and emit any method bodies during
// the design time build because we can't do it correctly until the set of components is known.
builder.Features.Add(new EliminateMethodBodyPass());
}
}
