expire files in razor file cache.
Add a functional test to ensure the compiler cache does not get
initialized until the first request to a View.
Fixes#1708
- #439 (3 of 3)
- extended the Validation web site to include use of `[Remote]`
- also confirm operation of the validation actions (which all reject their input)
- #964
- compute `ModelMetadata.Order` based on `[Display]` attribute
- property affects e.g. `@Html.DisplayFor()` generation for complex objects
- also affects order of messages in validation summaries
- test new scenarios involving `ModelMetadata.Order`
- per-property `ModelMetadata` and related tests
- validation and `HtmlHelper` tests
- add `HtmlHelperValidationSummaryTest` (which touches on #453)
- update ModelBinding functional test to show use of `[Display(Order = x)]`
nits:
- move more `NullDisplayText` bits into proper slots (just above `Order`)
- add doc comments for `ComputeNullDisplayText()`
- add more assertions in tests using `ModelStateDictionary.HasReachedMaxErrors`
- remove some trailing whitespace
- avoid `Assert.True()` & `Assert.False()`; split some assertions up
- `""` -> `string.Empty` in affected test classes
- rename "DefaultEditorTemplatesTest~~s~~" class and file to follow guidelines
- rename "ModelBindingTest~~s~~" class and file to follow guidelines
FYI #1888 covers a predictable (or even just stable) order in the UI
- with some `<text>` hacks, generated HTML is almost identical to tag helper version
- attribute order (HTML helpers consistently order alphabetically) is primary difference
- bit more testing, therefore related to #453
nits:
- remove some trailing whitespace
- clean up style in `MvcTagHelperTest[s]` and `MvcTagHelper_HomeController`
- e.g. more init syntax, fewer duplicate variables
- correct "MvcTagHelperTest~~s~~" file / class name
- remove unused `Order.OrderNumber` property in MvcTagHelpersWebSite project
- correct one spelling mistake
This change makes ApiDescription and ApiParameterDescription aware of all
of the new features we built into model binding for enhanced DTO support
(uber-binding).
The main change is that instead of sticking just to the declared
parameters on the action itself, we now traverse model metadata and break
the parameters down based on their logical data source.
This means that a model like the below will yield 3 parameters:
public class ProductChangeCommandDTO
{
public int Id { get; set; }
[FromBody]
public ProductDetails Changes { get; set; }
[FromQuery]
public string AdminComments { get; set; }
[FromServices]
public IProductRepository Repository { get; set; }
}
The 'Repository' will be hidden, as it's not related to user input.
Additionally, we treat different sources differently. In the
above example, 'Changes' is from the body and will be treated as a
leaf-node.
However if you use nested DTOs that are bound from the query string (using
[FromQuery]) or similar, we'll recursively explore to find as much
structure as possible.
This information is combined with data from the route template to give a
much more complete picture than we ever could in the past for parameters,
especially when DTO/Command pattern is used.
- add a couple more exclusions to .gitignore (recent VS additions)
- remove `<ProjectExtensions/>` elements
- update files that don't have the correct output directories
- remove dangling PrecompilationWebSite.kproj file
This is a major change to how we handle the scenario where a controller is
a filter. We want to change the lifetime of the controller object, by
scoping it around action filters and result filters. This means that a
controller class can only implement action filters and result filters.
To implement #384 - we're creating a delegating filter class
'ControllerFilter' which will forward calls to the implementation of the
controller. This is discovered in the controller model and added to the
filter collection. This filter is removable as an opt-out of this feature.
The ControllerFilter only implements action filter and result filter, so
the new restriction about filter types on Controller is in place. A future
change will move the instantiation of the controller to after resource
filters.
This change adds support for our three-valued logic to the default value
handling part of the MutableObjectModelBinder.
The issue is that we want to look up a default value when a 'greedy' model
binder returns true but doesn't find a value.
We also don't want to call the property setter unless there is:
1). A value from model binding OR
2). A default value
- part II of #1253
- an expected case in template .cshtml files
- expression has name `""`; led to `ArgumentException` in `ModelExpression`
- test `@Model` and `@model.Property` in unit and functional tests
- update baselines to match
nits:
- remove a few unecessary `@`s in .cshtml files
- correct field names & ids in ProductList.cshtml (`foreach` confuses MVC)
- led to correct valiation attributes as well
- part I of #1253 using new Razor capabilities
- update baselines to match latest code generation
- use new `CodeBuilderContext` and `TagHelperAttributeValueCodeRenderer` signatures
- test complex expressions in bound non-string attribute values
See #1695 for a detailed explanation. This change builds support into the
system for the case that a model binder returns true without setting a
value for the Model.
In this case, validation will be skipped if it's a top-level object.
Note that explicitly setting null will still run validation.
This is a demonstration of how to inject an IRouter in between traditional
routes and MVC's handler. This allows you to accomplish a variety of
things that were possible with WebAPIs handlers, but inside the routing
system.
The example here turns a header representing the user into a locale, which
is used to select a controller. You could do other things like reject the
route match or change link generation.
There is one subtle project change here, to allow the same to be possible
for attribute routing, we need to create the attribute route after running
the user's routing configuration code.
- Support for binding posted file to type IFormFile
- Support for multipart/form-data in FormValueProviderFactory
- Updated Mvc Sample
- Added relevant unit and functional tests
- #1766
- use `ReplaceCultureAttribute` to avoid `CultureReplacer` thread consistency checks
- also update test expectations to match new formats
nit: use `UseMiddleware()` extension method rather than `app.Use()`
1) A few `<input/>` tag helpers in a partial view invoked (`@Html.PartialAsync()`) in a loop within a `@for` inside an `using @Html.BeginForm()` block.
2) A custom template e.g. EditorTemplates/MyType.cshtml containing a mix of `<input/>`, `<select/>`, and various input HTML helpers invoked (`@Html.Editor[For]()`) in a loop within a `@for` inside an `using @Html.BeginForm()` block.
3) `<select/>` tag helpers with an `using @Html.BeginForm()` block
4) HTML helpers in the <form/> tag helper
This is a new filter stage that surrounds the existing model binding,
action, and result parts of the pipeline. Resource Filters run after
Authorization Filters.
The other major change is to support one of the primary scenarios for
Resource Filters. We want a filter to be able to modify the inputs the
model binding (formatters, model binders, value providers, etc) -- this
means that those changes need to be held on a context object and preserved
so that they can be used in the controller.
So, IActionBindingContextProvider is removed - the ActionBindingContext
will be created by the invoker. For now it will be part of the action
context.
- StyleCop working again (handles C# 6.0 additions) though only locally for me
- disable some new rules:
- ConstFieldNamesMustBeginWithUpperCaseLetter
- InstanceReadonlyElementsMustAppearBeforeInstanceNonReadonlyElements
- StaticReadonlyElementsMustAppearBeforeStaticNonReadonlyElements
- StaticReadonlyFieldsMustBeginWithUpperCaseLetter
- PrefixCallsCorrectly
- correct remaining violations
- lots of long lines for example
- use more `var`; some manual updates since StyleCop doesn't check seemingly-unused blocks
nit: remove new trailing whitespace (was paranoid about adding it w/ fixes)
The ParameterModel and ParameterDescriptor have had a notion of
optionality for a while now, even though all parameters are treated as
'optional' in MVC.
This change removes these settings. Optionality for overloading in webapi
compat shim is reimplemented via a new binder metadata.
Fix - When the model is passed in to a View, ViewDataDictionary sets it. During this process, we recurse through all the properties and create FastPropertyGetters for each of them. In this case, since it is an enumerable, the properties which we recurse through are not the elements of the collection but the properties of the Enumerable instead. i.e - Enumerable.Current. Creating getters for these properties are not necessary. The fix moves the property iteration step to a place where the properties are actually requested.
- Splitting TypeInformation class into two and separating their caches appropriately.
The issue is that responses to HEAD cannot have a body. When running these
tests on a real server, they break because the server throws when you try
to write to the body.
Project/Assembly names are all like 'FeatureWebSite' root namespaces
updated accordingly. This makes processing all of the functional tests and
deploying the web sites much simpler.
The issue here is that a model state error is added with the model name
'doubled'. This is on a fairly obscure code path and the code dates back
to the original WSR git checkin of webapi. There are no wsr tests that
verify this behavior.
The cause here is that our 'greedy' model binders (like
FromHeaderModelBinder) return 'true' whether or not they successfully
found a model, because they don't want other model binders to run.
This also has an effect on the validation system. That means that
validators will run and attempt to validate the model (which may be null).
That's that rare case where we get to this code path.
Right now these use a commandline adapter to inject some data into the
tests, but it's really not needed. Instead, these routes use a prefix to
ensure that the scenario under test is isolated.
- #EngineeringDay
- license present but incorrect in just a few files
- skip generated files such as Resources.Designer.cs and files under
test\Microsoft.AspNet.Mvc.Razor.Host.Test\TestFiles\Output
- #EngineeringDay
- VS does not yet format auto-properties nicely; reverted what it did
Also revert changes under
- test/Microsoft.AspNet.Mvc.Razor.Host.Test/TestFiles
- #EngineeringDay
- Total replaced: 660 Matching files: 270 in *.cs
- Total replaced: 250 Matching files: 32 in all other files
- Total replaced: 22 Matching files: 8 in a few stragglers
Did not change files under following directories
- test\Microsoft.AspNet.Mvc.Razor.Host.Test\TestFiles\Output
- test\Microsoft.AspNet.Mvc.FunctionalTests\compiler\resources
- test\WebSites\TagHelpersWebSite
(Razor generates trailing whitespace in a case or two)
For each of these TODOs:
- If there's an active bug tracking the work, and the TODO provides
something of value, I left it and standardized the formatting. I also
added comments to the bug.
- If the comment provided no value (implement feature X when we do feature
X), I deleted it with impunity.
- If the comment was stale (won't fix or just out of date), then we
removed it uncerimoniously.
There was a single TODO that was actually actionable, so I enabled that
test.
This change enables some compatibility scenarios with MVC 5 by expanding
the set of legal ways to configure attribute routing. Most promiently, the
following example is now legal:
[HttpPost]
[Route("Products")]
public void MyAction() { }
This will define a single action that accepts POST on route "Products".
See the comments in #1194 for a more detailed description of what changed
with more examples.
These tests verify that per-request services can be injected into assets
that users provide/implements (filters, constraints, controllers, views,
etc).
The purpose is to verify that the services are correctly resolved from the
per-request service container, and don't have state that lingers and
influences the next request. This is important because changing the
lifetime of a framework services could easily impact the lifetimes of
others, and ultimately of something the user created.
This is the MVC companion to https://github.com/aspnet/Routing/pull/122
As routing flows, routes replace the route data and mutate a copy. This
allows users to make changes that dirty the data without affecting
undesired state changes.
We also add the 'next' router for diagnostic purposes.
The change here is to always use the provided formatter, instead of using
it as a fallback. This is much less surprising for users.
There are some other subtle changes here and cleanup of the tests, as well
as documentation additions.
The primary change is that we still want to run 'select' on a formatter
even if it's the only one. This allows us to choose a content type based
on the accept header.
In the case of a user-provided formatter, we'll try to honor the best
possible combination of Accept and specified ContentTypes (specified
ContentTypes win if there's a conflict). If nothing works, we'll still run
the user-provided formatter and let it decide what to do.
In the case of the default (formatters from options) we do conneg, and if
there's a conflict, fall back to a global (from services)
JsonOutputFormatter - we let it decide what to do.
This should leave us with a defined and tested behavior for all cases.
This change adds the concept of a full-name to viewcomponents. View
components can be invoked using either the short name or long name. If the
provided string contains a '.' character, then it will be compared against
full names, otherwise it will be matched against short names only.
The short name is used for view lookups.
If the name is explicitly set via ViewComponent attribute, then the full
name is the name provided. The short name is the portion of the name after
the last '.'. If there are no dots, then the short name and full name are
the same.
If the name is not set explicitly, then it is inferred from the Type and
namespace name. The short name is the Type name, minus the 'ViewComponent'
suffix (if present). The full name is the namespace of the defining class,
plus the short name.
This change modifies the default parameter binding behavior for an
ApiController to use the WebAPI rules.
'simple types' default to use route data or query string
'complex types' default to use the body (formatters)
Adds ModelBindingAttribute to enabled model binding
Fix: The MvcOptions takes in a list of ExcludeFromValidationDelegate (Func<Type,bool>). This func verifies if the type is excluded in validation or not.
1) Expose the simplified relative path template by cleaning up constraints, optional and catch all tokens from the template.
2) Expose the parameters on the route template as API parameters.
3) Combine parameters from the route and the action descriptor when the parameter doesn't come from the body. #886 will refine this.
4) Expose optionality and constraints for path parameters. Open question: Should we explicitly expose IsCatchAll?
Html.PartialAsync
* Introducing StringCollectionTextWriter to buffer the contents of
PartialAsync
* Ensure DecorateWriter is called for partial views
Fixes#1266
Adds the set of CreateResponse/CreateErrorResponse extension methods that
return an HttpResponseMessage.
For the overloads that perform content negotiation they will access the
collection of MediaTypeFormatters through the shim options. Note that
CreateResponse and friends use the OLD formatters.
Also, HttpError and CreateErrorResponse assume ErrorDetail == false. Using
the shim you will not get detailed error messages unless you construct the
HttpError instance yourself.
This change adds a ModelBinder that can bind an HttpRequestMessage to an
action parameter.
This builds on an earlier change to construct and store the request
message in the HttpContext via an http feature.
This change adds a .Request property to the ApiController class that can
be used to access an HttpRequestMessage wrapping the HttpContext.
The HttpRequestMessage is stored in an http feature to make it accessible
to model binders and other infrastructure.
This change adds ApplicationModel conventions that can enable WebAPI
action conventions (verb mapping) and WebAPI overloading.
The conventions activate when a controller has a marker attribute.
ApiController has this attribute, so any ported code will automatically
opt-in.
Also ported some old tests for action selection to our new functional test
framework.
Adds an options class, as well as a default options setup that will
configure the default set of formatters.
Currently most of what options needs to do is a placeholder, but it later
do things like add ApplicationModelConventions, filters, formatters, model
binders, etc. Those will be added in follow up items.
This change includes the basic properties that we're providing for
compatability as well as some functional tests and unit tests that verify
that ApiController can be a controller class.
- Added an end-to-end test that verifies all content behaviors, interactions and functionalities of tag helpers.
- Added some common user scenarios to verify that the system works how we expect.
#1116
1) Implemented FilePathResult to efficiently return files from disk.
2) Implemented FileStreamResult to return content from a stream.
3) Implemented FileContentResult to return content from a byte array.
This adds support for attributes which interact with reflected model.
These conventions are applied after all of our built-in constructs so that
you can see and modify the results.
1. Support multiple [Http*] attributes on an action.
2. Support multiple [Route] attributes on a controller and on an action.
3. Support creating multiple attribute routes using [AcceptVerbs("...", Route = "...")]
4. Detect attribute routed actions during action discovery and return one action per [Http*],
[Route] or [AcceptVerbs] attribute found on the method when there is at least one valid attribute route.
5. Merge all the HTTP methods of [Http*] and [AcceptVerbs] attributes in a method during
action discovery when there are no valid attribute routes defined on the action.
6. Build one action descriptor per controller [Route] + action [Http*], [AcceptVerbs]
or [Route] combination in an action.
7. Disallow the use of attributes that do not implement IActionHttpMethodProvider and
IRouteTemplateProvider simultaneously in methods that define attribute routed
actions and throw an exception during startup.
8. Disallow mixing attribute routed and non attribute routed actions on the same method
and throw an exception during startup.
1. Changed attribute usage on RouteAttribute.
2. Added a test on action discovery to ensure that actions with [Route] get discovered as
attribute routed actions.
3. Added a test on reflected action descriptor provider to ensure that an action with [Route] on
the controller and [Route] on the action results in an action that allows any Http method.
Pranav K
Yishai Galatzer
sornaks
Harsh Gupta
damianedwards
Mugdha Kulkarni
Kiran Challa
Doug Bunting
Kirthi Krishnamraju
Ajay Bhargav Baaskaran
Ryan Nowak
Chris Ross
David Fowler
Hao Kung
N. Taylor Mullen
Youngjune Hong
Bruce Bowyer-Smyth
Kai Ruhnau
Mugdha Kulkarni
Victor Hurdugaci
Praburaj
SonjaKhan
jacalvar
Stephen Halter
Wei Wang