I'm having an issue with dependencies apparently bleeding between tests, which is causing most of the tests to fail. In each case, debugging shows the first app created in a test class is used for all tests, and this is resulting in the failures.
I've tried adding isolated
and sequential
and this has had no effect.
Am I doing something remarkably stupid or subtly stupid?
For example, here's SubjectNotPresentTest.scala
class SubjectNotPresentTest extends AbstractViewTest {
"show constrained content when subject is not present" in new WithApplication(testApp(handler())) {
val html = subjectNotPresentContent(FakeRequest())
private val content: String = Helpers.contentAsString(html)
content must contain("This is before the constraint.")
content must contain("This is protected by the constraint.")
content must contain("This is after the constraint.")
}
"hide constrained content when subject is present" in new WithApplication(testApp(handler(subject = Some(user())))) {
val user = new User("foo", Scala.asJava(List.empty), Scala.asJava(List.empty))
val html = subjectNotPresentContent(FakeRequest())
private val content: String = Helpers.contentAsString(html)
content must contain("This is before the constraint.")
content must not contain("This is protected by the constraint.")
content must contain("This is after the constraint.")
}
}
GuiceApplicationBuilder is used in a parent class is used to create the app for testing.
val app = new GuiceApplicationBuilder()
.bindings(new DeadboltModule())
.bindings(bind[HandlerCache].toInstance(LightweightHandlerCache(handler)))
.overrides(bind[CacheApi].to[FakeCache])
.in(Mode.Test)
.build()
You can see an example of the failures at https://travis-ci.org/schaloner/deadbolt-2-scala/builds/66369307#L805
All tests can be found at https://github.com/schaloner/deadbolt-2-scala/tree/master/code/test/be/objectify/deadbolt/scala/views
Thanks, Steve
It looks like the problem is caused when the current Play application is statically referenced in a test environment in which there are multiple applications - even if they are logically separate.
Because components can't be injected (to the best of my knowledge) into templates, I created a helper object which uses Play.current.injector
to define a couple of val
s.
val viewSupport: ViewSupport = Play.current.injector.instanceOf[ViewSupport]
val handlers: HandlerCache = Play.current.injector.instanceOf[HandlerCache]
(It's also not possible, TTBOMK, to inject into objects, otherwise I could just inject the components into the object and everyone could go home).
A better approach is to expose what is required as an implicit.
object ViewAccessPoint {
private[deadbolt] val viewStuff = Application.instanceCache[ViewSupport]
private[deadbolt] val handlerStuff = Application.instanceCache[HandlerCache]
object Implicits {
implicit def viewSupport(implicit application: Application): ViewSupport = viewStuff(application)
implicit def handlerCache(implicit application: Application): HandlerCache = handlerStuff(application)
}
}
In the view, import the implicits and you're good to go.
@import be.objectify.deadbolt.scala.DeadboltHandler
@import be.objectify.deadbolt.scala.ViewAccessPoint.Implicits._
@import play.api.Play.current
@(handler: DeadboltHandler = handlerCache(current).apply(), name: String, meta: String = null, timeout: Function0[Long] = viewSupport.defaultTimeout)(body: => play.twirl.api.Html)(implicit request: Request[Any])
@if(viewSupport.dynamic(name, meta, handler, timeout(), request)) {
@body
}