- Previously we'd do `executionContext.Output.Content = await executionContext.Output.GetChildContentAsync()`. The problem with this approach is that it returned a `Task<TagHelperContent>` which could not be optimized when building in release.
- Added test to validate `SetOutputContentAsync` does the appropriate thing.
#721
* Added TagHelperFeature and TagHelperFeatureProvider to perform tag helper discovery.
* Changed tag helper discovery to use application parts when using tag helpers as services.
* Added FeatureTagHelperTypeResolver to resolve tag helper type definitions from the list of application parts.
* Added AddTagHelpersAsServices extension method on IMvcBuilder and IMvcCoreBuilder that
performs tag helper discovery through the ApplicationPartManager and registers those tag helpers as
services in the service collection. Assemblies should be added to the ApplicationPartManager
in order to discover tag helpers in them in them. The @addTagHelper directive is still required on
Razor pages to indicate what tag helpers to use.
- Since we resolve the IServiceProvider from the application container, it's should be safe to reuse it across requests without the extra lookup everytime.
- remove duplicate `null` checks in `ViewDataDictionary` constructors
- correct a couple of code comments
- use a `public` constructor for `ViewDataDictionary` in `ViewExecutor`
* Added an interface for ITagHelperTypeResolver and made TagHelperTypeResolver implement it.
* Added an interface for ITagHelperTypeDescriptorFactory and made TagHelperDescriptorFactory implement it.
* Added a constructor on TagHelperDescriptorResolver that takes in an ITagHelperTypeResolver and ITagHelperDescriptorFactory.
* Remove IAssemblyProvider.
* Remove DefaultAssemblyProvider in favor of DefaultAssemblyPartDiscoveryProvider.
* Update AddMvcDnx to add the list of DNX discovered assemblies to the list of application parts.
* Added ViewComponentFeture and ViewComponentFeatureProvider to perform view component discovery.
* Changed view component discovery to use application parts.
* Changed ViewComponentDescriptorProvider to make use of Application parts.
* Added AddViewComponentsAsServices method on IMvcBuilder that performs view component
discovery through the ApplicationPartManager and registers those view components as
services in the service collection. Assemblies should be added to the ApplicationPartManager
in order to discover view components in them in them.
* Added ControllerFeature and ControllerFeatureProvider to perform controller discovery.
* Changed controller discovery to use application parts.
* Changed ControllerActionDescriptorProvider to make use of Application parts.
* Simplified AddControllerAsServices to not accept any parameter and perform
controller discovery through the ApplicationPartManager in the IMvcBuilder
and IMvcCoreBuilder. Assemblies should be added to the ApplicationPartManager
in order to discover controllers in them.
This change renames IPropertyBindingPredicateProvider to
IPropertyFilterProvider. The changes here are mostly renames of
parameters/variables from predicate -> propertyFilter. I did a
find+replace and left the term 'predicate' in some of the docs because it
refers to a predicate in the abstract sense.
This change also simplifies BindAttribute and removes support for type
activation.
- No longer build libuv in .travis.yml
- The Ubuntu libuv build should now be taken from http://github.com/aspnet/libuv-build
- Remove unneeded packages from .travis.yml
- Stop skipping mono tests
This commit introduces application parts as a concept on MVC.
An application part is an abstraction that allows you to expose some
feature or corncern in a way that is decoupled from their underlying source.
Examples of this include types in an assembly, emdeded resources, files on
disk etc.
Application parts are configured during startup by adding or removing them from
the application part manager available as part of IMvcBuilder and IMvcCoreBuilder.
The application part manager provides the ability to populate features from the
list of available application parts by using a list of application feature providers.
Application feature providers are responsible for populating a given feature given a
list of application parts.
Examples of application providers can be a ControllerFeatureProvider
that goes through the list of application parts, sees which one of those parts exposes types,
determines which of those types are controller types, and adds them to a ControllerFeature
that holds a list of all the types that will be considered controllers in the application.
Kiran Challa
N. Taylor Mullen
Pranav K
jacalvar
David Fowler
ryanbrandenburg
Doug Bunting
Sebastien Ros
Hao Kung
BrennanConroy
Chris R
Ryan Nowak
Mike Harder
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Stephen Halter
mnltejaswini