* Improved selenium start and tear down
* Selenium is set up and torn down in an assembly fixture.
* Selenium is initialized lazily and in a non-blocking way.
* Selenium processes are tracked as part of the build and their pids
written to a file on disk for cleanup in the event of unexpected
termination of the test process.
* Browser fixture retries with linear backoff to create a remote
driver. Under heavy load (like when we are doing a simultaneous NPM
restore) the selenium server can become unresponsive so we retry
three times, with a longer comand timeout allowance each time up to
a max of 3 minutes.
* Moved test project setup to build time instead of runtime.
* Added target PrepareForTest to create the required files for testing
* The template creation folder.
* The template props file to use our built packages.
* The folder for the custom hive.
* Added assembly metadata attributes to find all the data we need to
run the tests.
* Path to the artifacts shipping packages folder.
* Path to the artifacts non-shipping packages folder.
* Path to the test templates creation folder.
* Path to use for the custom templating hive used in tests.
* Proper cleanup as part of the build
* Remove the test templates creation folder.
* Remove the test packages restore path.
* Recreate the test templates creation folder.
* Recreate the test packages restore path.
* Generated Directory.Build.Props and Directory.Build.Targets in the
test templates creation folder.
* Cleaned up potentially stale templatetestsprops.
* Improved test flows
* Initialization is done lazily and asynchronously.
* Selenium
* Browser fixture
* Template initialization.
* Flattened test flows to avoid assertions inside deep callstacks.
* All assertions happen at the test level with improved error messages.
* With the exception of the migrations assertions.
* Assertions contain information about which step failed, for what
project and what failure details.
* Broke down tests to perform individual steps instead of mixing build
and publish.
* Publish project.
* Build project. (Debug)
* Run built project.
* Run published project.
* Concentrated build logic into the Project class.
* Context between the different steps of a test is maintained in
this class.
* All operations that require coordination are performed within this
class.
* There is a lock for dotnet and a lock for nodejs. When building
SPAs we acquire the nodejs lock to correctly prevent multiple
runs of nodejs in parallel.
[ApiAuthorization template cleanups]
* Fix preview3 issues with breaking changes on Entity framework by
manually configuring the model in ApiAuthorizationDbContext.
* Add app.db to the project file when using local db.
* Fix linting errors on angular template.
* Fix react tests
* Add tests to cover new auth options in the SPA templates.
This change makes the SpaDefaultPageMiddleware noop when an endpoint has
been chosen. This is a problem today because this usually runs after
routing, but its always terminal.
So even if endpoint routing selected something, this would still serve
the default file. We're adding more things that fill this niche, but it
seems like a good idea to fix the existing stuff.
This is a new routing feature that integrates static files to serve a
static file when routing doesn't match anything else.
This is a scenario that's covered by SPA services today, but given the
improvements to routing it makes much more sense to move lower in the
stack.
Teaches all of the static files middleware (incl default files,
directory browser) to noop when an endpoint is selected. This is
desirable so you can place them after routing if you want with no ill
effect.
Changes:
* Make Visual Studio 2019 a prerequisite for building this repo
* Update .sln files
* Update Windows SDK to 17134
* Update developer docs
* Disable ANCM tests
* Update to .NET Core SDK 3.0 Preview 2
* Use Microsoft.NET.Sdk.Razor as a package consistently accross the repo
* React to changes in metadata from Microsoft.NETCore.App
* React to changes in .NET Core SDK
* Attempt to workaround CodeCheck.ps1 failure which doesn't repro locally or on different agents. Possibly due to differences in the version of the PowerShell task?
* Remove dead YML file
* Rename usages of win7-{x64,x86} to win-{x64,x86}
* Update KoreBuild to 3.0.0-build-20190219.1
- #7052
- add MvcOptions.MaxModelBindingCollectionSize` and `MvcOptions.MaxModelBindingRecursionDepth`
nits:
- update syntax of a few `Resources.Designer.cs` files (I ran `/t:resx` on Mvc.sln)
- take VS suggestions in a few test classes
When a `<Reference>` is named `*.Sources`, set PrivateAssets=All (exclude from generated nuspec) and IncludeAssets=ContentFiles (only consume content files, not .dll's)
Changes:
* Add support for a property, `IsAspNetCoreApp`, in the .csproj file of assemblies which are part of the shared framework.
* Remove unused dependencies
* Remove reference which have become part of 'netcoreapp3.0'
Add new command line parameters for working with the project:
* `-NoBuild`, `-NoRestore` - these already existed, but users found it hard to discover this powershell syntax: '-build:$false'
* `-Arch`/`--arch` - set the target CPU architecture to build. Defaults to x64
* `--os-name` - on non-Windows builds, manually specify if the build should target Alpine. generic Linux, or MacOS
* Rename flags used to build specific project types. The pattern now is `--build-$(group)` or `--no-build-$(group)` (In PowerShell its `-Build$(Group)` or `-NoBuild$(Group). Example: -NoBuildJava
Changes to build definitions:
* Update the ci build definition to build all supported architectures
* Support publishing multiple artifacts per job
Other changes:
* `-NoBuild` implies `-NoRestore`
* Add new properties, `TargetArchitecture`, `TargetOsName`, and `TargetRuntimeIdentifier`
* Replace usages of `SharedFxRid` with these new properties
* To make `--no-build-nodejs` actually work, replaced Components.Browser.JS.csproj with Components.Browser.JS.npmproj
* Fix errors when building for win-arm on a clean machine
* Fix a few other project errors, like using the wrong syntax for DefaultItemExcludes, or using the wrong Platform value for x86