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/*
* Copyright 2001-2013 Artima, Inc.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package org.scalatest
import org.scalactic.Requirements._
import org.scalactic.{Resources => _, _}
import org.scalatest.Suite._
import java.util.ConcurrentModificationException
import java.util.concurrent.atomic.AtomicReference
import org.scalactic.exceptions.NullArgumentException
import org.scalatest.events.LineInFile
import org.scalatest.events.Location
import org.scalatest.events.SeeStackDepthException
import org.scalatest.exceptions.StackDepthExceptionHelper.getStackDepth
import scala.annotation.tailrec
import scala.concurrent.ExecutionContext
import scala.util.{Failure, Success}
import Suite.IgnoreTagName
import collection.mutable.ListBuffer
import org.scalatest.exceptions._
import org.scalatest.time.{Seconds, Span}
import org.scalatest.tools.{SuiteSortingReporter, TestSortingReporter, TestSpecificReporter}
import org.scalatest.tools.Utils.wrapReporterIfNecessary
import scala.collection.immutable.ListSet
import scala.util.Try
// T will be () => Unit for FunSuite and FixtureParam => Any for fixture.FunSuite
private[scalatest] sealed abstract class AsyncSuperEngine[T](concurrentBundleModMessageFun: => String, simpleClassName: String) {
sealed abstract class Node(val parentOption: Option[Branch]) {
def indentationLevel: Int = {
def calcLevel(currentParentOpt: Option[Branch], currentLevel: Int): Int =
currentParentOpt match {
case None => currentLevel
case Some(parent) => calcLevel(parent.parentOption, currentLevel + 1)
}
val level = calcLevel(parentOption, -1)
if (level < 0) 0 else level
}
}
abstract class Branch(parentOption: Option[Branch]) extends Node(parentOption) {
var subNodes: List[Node] = Nil
var pending: Boolean = false
}
case object Trunk extends Branch(None)
case class TestLeaf(
parent: Branch,
testName: String, // The full test name
testText: String, // The last portion of the test name that showed up on an inner most nested level
testFun: T,
location: Option[Location],
pos: Option[source.Position],
recordedDuration: Option[Long] = None
) extends Node(Some(parent))
case class InfoLeaf(parent: Branch, message: String, payload: Option[Any], location: Option[LineInFile]) extends Node(Some(parent))
case class NoteLeaf(parent: Branch, message: String, payload: Option[Any], location: Option[LineInFile]) extends Node(Some(parent))
case class AlertLeaf(parent: Branch, message: String, payload: Option[Any], location: Option[LineInFile]) extends Node(Some(parent))
case class MarkupLeaf(parent: Branch, message: String, location: Option[LineInFile]) extends Node(Some(parent))
case class DescriptionBranch(
parent: Branch,
descriptionText: String,
childPrefix: Option[String], // If defined, put it at the beginning of any child descriptionText or testText
location: Option[Location]
) extends Branch(Some(parent))
// Access to the testNamesList, testsMap, and tagsMap must be synchronized, because the test methods are invoked by
// the primary constructor, but testNames, tags, and runTest get invoked directly or indirectly
// by run. When running tests concurrently with ScalaTest Runner, different threads can
// instantiate and run the suite. Instead of synchronizing, I put them in an immutable Bundle object (and
// all three collections--testNamesList, testsMap, and tagsMap--are immuable collections), then I put the Bundle
// in an AtomicReference. Since the expected use case is the test method will be called
// from the primary constructor, which will be all done by one thread, I just in effect use optimistic locking on the Bundle.
// If two threads ever called test at the same time, they could get a ConcurrentModificationException.
// Test names are in reverse order of test registration method invocations
class Bundle private(
val currentBranch: Branch,
val testNamesList: List[String],
val testsMap: Map[String, TestLeaf],
val tagsMap: Map[String, Set[String]],
val registrationClosed: Boolean
) {
def unpack = (currentBranch, testNamesList, testsMap, tagsMap, registrationClosed)
}
object Bundle {
def apply(
currentBranch: Branch,
testNamesList: List[String],
testsMap: Map[String, TestLeaf],
tagsMap: Map[String, Set[String]],
registrationClosed: Boolean
): Bundle =
new Bundle(currentBranch, testNamesList, testsMap, tagsMap, registrationClosed)
}
final val atomic = new AtomicReference[Bundle](Bundle(Trunk, List(), Map(), Map(), false))
def updateAtomic(oldBundle: Bundle, newBundle: Bundle): Unit = {
val shouldBeOldBundle = atomic.getAndSet(newBundle)
if (!(shouldBeOldBundle eq oldBundle))
throw new ConcurrentModificationException(concurrentBundleModMessageFun)
}
class RegistrationInformer extends Informer {
def apply(message: String, payload: Option[Any] = None)(implicit pos: source.Position): Unit = {
requireNonNull(message, payload)
val oldBundle = atomic.get
var (currentBranch, testNamesList, testsMap, tagsMap, registrationClosed) = oldBundle.unpack
currentBranch.subNodes ::= InfoLeaf(currentBranch, message, payload, Some(LineInFile(pos.lineNumber, pos.fileName, Some(pos.filePathname))))
updateAtomic(oldBundle, Bundle(currentBranch, testNamesList, testsMap, tagsMap, registrationClosed))
}
}
class RegistrationNotifier extends Notifier {
def apply(message: String, payload: Option[Any] = None)(implicit pos: source.Position): Unit = {
requireNonNull(message, payload)
val oldBundle = atomic.get
var (currentBranch, testNamesList, testsMap, tagsMap, registrationClosed) = oldBundle.unpack
currentBranch.subNodes ::= NoteLeaf(currentBranch, message, payload, Some(LineInFile(pos.lineNumber, pos.fileName, Some(pos.filePathname))))
updateAtomic(oldBundle, Bundle(currentBranch, testNamesList, testsMap, tagsMap, registrationClosed))
}
}
class RegistrationAlerter extends Alerter {
def apply(message: String, payload: Option[Any] = None)(implicit pos: source.Position): Unit = {
requireNonNull(message, payload)
val oldBundle = atomic.get
var (currentBranch, testNamesList, testsMap, tagsMap, registrationClosed) = oldBundle.unpack
currentBranch.subNodes ::= AlertLeaf(currentBranch, message, payload, Some(LineInFile(pos.lineNumber, pos.fileName, Some(pos.filePathname))))
updateAtomic(oldBundle, Bundle(currentBranch, testNamesList, testsMap, tagsMap, registrationClosed))
}
}
class RegistrationDocumenter extends Documenter {
def apply(message: String)(implicit pos: source.Position): Unit = {
requireNonNull(message)
val oldBundle = atomic.get
var (currentBranch, testNamesList, testsMap, tagsMap, registrationClosed) = oldBundle.unpack
currentBranch.subNodes ::= MarkupLeaf(currentBranch, message, Some(LineInFile(pos.lineNumber, pos.fileName, Some(pos.filePathname))))
updateAtomic(oldBundle, Bundle(currentBranch, testNamesList, testsMap, tagsMap, registrationClosed))
}
}
// The informer will be a registration informer until run is called for the first time. (This
// is the registration phase of a style trait's lifecycle.)
final val atomicInformer = new AtomicReference[Informer](new RegistrationInformer)
final val atomicNotifier = new AtomicReference[Notifier](new RegistrationNotifier)
final val atomicAlerter = new AtomicReference[Alerter](new RegistrationAlerter)
// The documenter will be a registration informer until run is called for the first time. (This
// is the registration phase of a style trait's lifecycle.)
final val atomicDocumenter = new AtomicReference[Documenter](new RegistrationDocumenter)
final val zombieInformer =
new Informer {
def apply(message: String, payload: Option[Any] = None)(implicit pos: source.Position): Unit = {
requireNonNull(message, payload)
println(Resources.infoProvided(message))
payload match {
case Some(p) => println(Resources.payloadToString(payload.get.toString))
case _ =>
}
}
}
final val zombieNotifier =
new Notifier {
def apply(message: String, payload: Option[Any] = None)(implicit pos: source.Position): Unit = {
requireNonNull(message, payload)
println(Resources.noteProvided(message))
payload match {
case Some(p) => println(Resources.payloadToString(payload.get.toString))
case _ =>
}
}
}
final val zombieAlerter =
new Alerter {
def apply(message: String, payload: Option[Any] = None)(implicit pos: source.Position): Unit = {
requireNonNull(message, payload)
println(Resources.alertProvided(message))
payload match {
case Some(p) => println(Resources.payloadToString(payload.get.toString))
case _ =>
}
}
}
final val zombieDocumenter =
new Documenter {
def apply(message: String)(implicit pos: source.Position): Unit = {
requireNonNull(message)
println(Resources.markupProvided(message))
}
}
private def checkTestOrIgnoreParamsForNull(testName: String, testTags: Tag*): Unit = {
requireNonNull(testName)
if (testTags.exists(_ == null))
throw new NullArgumentException("a test tag was null")
}
def runTestImpl(
theSuite: Suite,
testName: String,
args: Args,
includeIcon: Boolean,
parallelAsyncTestExecution: Boolean,
invokeWithFixture: (TestLeaf, Try[Outcome] => Unit) => AsyncOutcome
)(implicit executionContext: ExecutionContext): Status = {
requireNonNull(testName, args)
if (!parallelAsyncTestExecution) {
// Tell the TSR that the test is being distributed
for (sorter <- args.distributedTestSorter)
sorter.distributingTest(testName)
}
import args._
val (theStopper, report, testStartTime) =
Suite.getRunTestGoodies(theSuite, stopper, reporter, testName)
if (!atomic.get.testsMap.contains(testName))
throw new IllegalArgumentException("No test in this suite has name: \"" + testName + "\"")
val theTest = atomic.get.testsMap(testName)
reportTestStarting(theSuite, report, tracker, testName, theTest.testText, theSuite.rerunner, theTest.location)
val testTextWithOptionalPrefix = prependChildPrefix(theTest.parent, theTest.testText)
val formatter = getIndentedTextForTest(testTextWithOptionalPrefix, theTest.indentationLevel, includeIcon)
val messageRecorderForThisTest = new MessageRecorder(report)
val informerForThisTest =
MessageRecordingInformer(
messageRecorderForThisTest,
(message, payload, isConstructingThread, testWasPending, testWasCanceled, location) => createInfoProvided(theSuite, report, tracker, Some(testName), message, payload, theTest.indentationLevel + 1, location, isConstructingThread, includeIcon)
)
val updaterForThisTest =
ConcurrentNotifier(
(message, payload, isConstructingThread, location) => {
reportNoteProvided(theSuite, report, tracker, Some(testName), message, payload, 1, location, isConstructingThread)
}
)
val alerterForThisTest =
ConcurrentAlerter(
(message, payload, isConstructingThread, location) => {
reportAlertProvided(theSuite, report, tracker, Some(testName), message, payload, 1, location, isConstructingThread)
}
)
val documenterForThisTest =
MessageRecordingDocumenter(
messageRecorderForThisTest,
(message, None, isConstructingThread, testWasPending, testWasCanceled, location) => createMarkupProvided(theSuite, report, tracker, Some(testName), message, theTest.indentationLevel + 1, location, isConstructingThread)
)
val oldInformer = atomicInformer.getAndSet(informerForThisTest)
val oldNotifier = atomicNotifier.getAndSet(updaterForThisTest)
val oldAlerter = atomicAlerter.getAndSet(alerterForThisTest)
val oldDocumenter = atomicDocumenter.getAndSet(documenterForThisTest)
val onCompleteFun: Try[Outcome] => Unit = { trial =>
trial match {
case Success(outcome) =>
outcome match {
case Succeeded =>
val duration = System.currentTimeMillis - testStartTime
val durationToReport = theTest.recordedDuration.getOrElse(duration)
val recordEvents = messageRecorderForThisTest.recordedEvents(false, false) // TODO: zap this
reportTestSucceeded(theSuite, report, tracker, testName, theTest.testText, recordEvents, durationToReport, formatter, theSuite.rerunner, theTest.location)
case Pending =>
val duration = System.currentTimeMillis - testStartTime
// testWasPending = true so info's printed out in the finally clause show up yellow
val recordEvents = messageRecorderForThisTest.recordedEvents(true, false) // TODO: Zap this
reportTestPending(theSuite, report, tracker, testName, theTest.testText, recordEvents, duration, formatter, theTest.location)
case Canceled(e) =>
val duration = System.currentTimeMillis - testStartTime
// testWasCanceled = true so info's printed out in the finally clause show up yellow
val recordEvents = messageRecorderForThisTest.recordedEvents(false, true) // TODO: zap this
reportTestCanceled(theSuite, report, e, testName, theTest.testText, recordEvents, theSuite.rerunner, tracker, duration, formatter, theTest.location)
case Failed(e) =>
val duration = System.currentTimeMillis - testStartTime
val durationToReport = theTest.recordedDuration.getOrElse(duration)
val recordEvents = messageRecorderForThisTest.recordedEvents(false, false) // TODO: Zap this
reportTestFailed(theSuite, report, e, testName, theTest.testText, recordEvents, theSuite.rerunner, tracker, durationToReport, formatter, Some(SeeStackDepthException))
}
// We will only get here if an exception that should cause a Suite to abort rather than a test
// to fail has happened. In that case, it will be reported as a suite abort, because of this line of code:
// status.setUnreportedException(ex)
// in AsyncOutcome.scala
// Well not sure. Maybe we just throw it, like we did before. This was to let the thread die. But it is a tad odd,
// because the test didn't complete. Almost need a TestAborted event, but if it is truly fatal, then that means
// please try and die gracefully, not fire a scalatest and continue. More like want to have fatalException and
// unreportedException. unreportedException is for when before or after code blows up, or a constructor blows up.
// fatalException is for anExceptionThatShouldCauseASuiteToAbort no matter when it happens. And maybe once that
// happens, everything just blows up with that exception.
/*
suiteAbortingException: Option[Throwable] // These would be 2 different things.
threadKillingException: Option[Throwable]
or could do unreportedException and fatalException
extraTestException
exceptionToReport
exceptionToRethrow
I like unreportedException and isFatal
*/
case Failure(ex) =>
}
if (!parallelAsyncTestExecution) {
for (sorter <- args.distributedTestSorter)
sorter.completedTest(testName)
}
// SKIP-SCALATESTJS,NATIVE-START
val shouldBeInformerForThisTest = atomicInformer.getAndSet(oldInformer)
if (shouldBeInformerForThisTest ne informerForThisTest)
throw new ConcurrentModificationException(Resources.concurrentInformerMod(theSuite.getClass.getName))
val shouldBeNotifierForThisTest = atomicNotifier.getAndSet(oldNotifier)
if (shouldBeNotifierForThisTest ne updaterForThisTest)
throw new ConcurrentModificationException(Resources.concurrentNotifierMod(theSuite.getClass.getName))
val shouldBeAlerterForThisTest = atomicAlerter.getAndSet(oldAlerter)
if (shouldBeAlerterForThisTest ne alerterForThisTest)
throw new ConcurrentModificationException(Resources.concurrentAlerterMod(theSuite.getClass.getName))
val shouldBeDocumenterForThisTest = atomicDocumenter.getAndSet(oldDocumenter)
if (shouldBeDocumenterForThisTest ne documenterForThisTest)
throw new ConcurrentModificationException(Resources.concurrentDocumenterMod(theSuite.getClass.getName))
// SKIP-SCALATESTJS,NATIVE-END
}
val asyncOutcome: AsyncOutcome =
try {
val outcome = invokeWithFixture(theTest, onCompleteFun)
executionContext match {
case dec: concurrent.SerialExecutionContext =>
dec.runNow(outcome.toFutureOfOutcome)
case _ =>
}
outcome
}
catch {
case ex: TestCanceledException => PastAsyncOutcome(Canceled(ex), onCompleteFun) // Probably don't need these anymore.
case _: TestPendingException => PastAsyncOutcome(Pending, onCompleteFun)
case tfe: TestFailedException => PastAsyncOutcome(Failed(tfe), onCompleteFun)
case ex: Throwable if !Suite.anExceptionThatShouldCauseAnAbort(ex) => PastAsyncOutcome(Failed(ex), onCompleteFun)
}
asyncOutcome.toStatus
}
private def runTestsInBranch(
theSuite: Suite,
branch: Branch,
args: Args,
includeIcon: Boolean,
parallelAsyncTestExecution: Boolean,
initStatusVec: Vector[Status],
runTest: (String, Args) => Status
): Vector[Status] = {
import args.stopper
def traverseSubNodes(): Vector[Status] = {
//branch.subNodes.reverse.flatMap { node =>
branch.subNodes.reverse.foldLeft(initStatusVec) { case (statusVec, node) =>
if (!stopper.stopRequested) {
node match {
case testLeaf @ TestLeaf(_, testName, testText, _, _, _, _) =>
val (filterTest, ignoreTest) = args.filter(testName, theSuite.tags, theSuite.suiteId)
if (!filterTest)
if (ignoreTest) {
val testTextWithOptionalPrefix = prependChildPrefix(branch, testText)
val theTest = atomic.get.testsMap(testName)
statusVec :+ (
if (parallelAsyncTestExecution || statusVec.isEmpty) {
// Even if serial async test execution (i.e., not parallelAsyncTestExection), first time still just go for it
reportTestIgnored(theSuite, args.reporter, args.tracker, testName, testTextWithOptionalPrefix, getIndentedTextForTest(testTextWithOptionalPrefix, testLeaf.indentationLevel, true), theTest.location)
SucceededStatus
}
else {
statusVec.last thenRun {
reportTestIgnored(theSuite, args.reporter, args.tracker, testName, testTextWithOptionalPrefix, getIndentedTextForTest(testTextWithOptionalPrefix, testLeaf.indentationLevel, true), theTest.location)
SucceededStatus
} // Only if serial async test execution (i.e., not parallelAsyncTestExecution), after first Status
}
)
}
else {
statusVec :+ (
if (parallelAsyncTestExecution || statusVec.isEmpty) {
runTest(testName, args) // Even if serial async test execution (i.e., not parallelAsyncTestExection), first time still just go for it
}
else {
statusVec.last thenRun runTest(testName, args) // Only if serial async test execution (i.e., not parallelAsyncTestExecution), after first Status
}
)
}
else
statusVec
case infoLeaf @ InfoLeaf(_, message, payload, location) =>
reportInfoProvided(theSuite, args.reporter, args.tracker, None, message, payload, infoLeaf.indentationLevel, location, true, includeIcon)
statusVec
case noteLeaf @ NoteLeaf(_, message, payload, location) =>
reportNoteProvided(theSuite, args.reporter, args.tracker, None, message, payload, noteLeaf.indentationLevel, location, true, includeIcon)
statusVec
case alertLeaf @ AlertLeaf(_, message, payload, location) =>
reportAlertProvided(theSuite, args.reporter, args.tracker, None, message, payload, alertLeaf.indentationLevel, location, true, includeIcon)
statusVec
case markupLeaf @ MarkupLeaf(_, message, location) =>
reportMarkupProvided(theSuite, args.reporter, args.tracker, None, message, markupLeaf.indentationLevel, location, true, includeIcon)
statusVec
case branch: Branch =>
if (parallelAsyncTestExecution || statusVec.isEmpty) {
runTestsInBranch(theSuite, branch, args, includeIcon, parallelAsyncTestExecution, statusVec, runTest) // Even if serial async test execution (i.e., not parallelAsyncTestExection), first time still just go for it
}
else {
statusVec :+ (statusVec.last thenRun (new CompositeStatus(ListSet(runTestsInBranch(theSuite, branch, args, includeIcon, parallelAsyncTestExecution, statusVec, runTest): _*)))) // Only if serial async test execution (i.e., not parallelAsyncTestExecution), after first Status
}
}
}
else
statusVec
}
}
branch match {
case desc @ DescriptionBranch(parent, descriptionText, _, lineInFile) =>
val descriptionTextWithOptionalPrefix = prependChildPrefix(parent, descriptionText)
val indentationLevel = desc.indentationLevel
reportScopeOpened(theSuite, args.reporter, args.tracker, descriptionTextWithOptionalPrefix, indentationLevel, false, lineInFile)
val statusVec = traverseSubNodes()
if (desc.pending)
reportScopePending(theSuite, args.reporter, args.tracker, descriptionTextWithOptionalPrefix, indentationLevel, false, lineInFile)
else
reportScopeClosed(theSuite, args.reporter, args.tracker, descriptionTextWithOptionalPrefix, indentationLevel, false, lineInFile)
statusVec
case Trunk =>
traverseSubNodes()
}
}
def prependChildPrefix(branch: Branch, testText: String): String =
branch match {
case DescriptionBranch(_, _, Some(cp), _) => Resources.prefixSuffix(cp, testText)
case _ => testText
}
def runTestsImpl(
theSuite: Suite,
testName: Option[String],
passedInArgs: Args,
includeIcon: Boolean,
parallelAsyncTestExecution: Boolean,
runTest: (String, Args) => Status
): Status = {
requireNonNull(testName, passedInArgs)
val args =
if (!parallelAsyncTestExecution) {
if (passedInArgs.runTestInNewInstance)
passedInArgs // This is the test-specific instance
else {
if (passedInArgs.distributedTestSorter.isEmpty) {
val testSortingTimeout =
passedInArgs.distributedSuiteSorter match {
case Some(ssr: SuiteSortingReporter) => ssr.testSortingTimeout
case _ => Span(Suite.defaultTestSortingReporterTimeoutInSeconds, Seconds)
}
val testSortingReporter = new TestSortingReporter(theSuite.suiteId, passedInArgs.reporter, testSortingTimeout, theSuite.testNames.size, passedInArgs.distributedSuiteSorter, System.err)
passedInArgs.copy(reporter = testSortingReporter, distributedTestSorter = Some(testSortingReporter))
}
else
passedInArgs
}
}
else
passedInArgs
import args._
// Wrap any non-DispatchReporter, non-CatchReporter in a CatchReporter,
// so that exceptions are caught and transformed
// into error messages on the standard error stream.
val report = wrapReporterIfNecessary(theSuite, reporter)
val newArgs = if (report eq reporter) args else args.copy(reporter = report)
val statusList: Vector[Status] =
// If a testName is passed to run, just run that, else run the tests returned
// by testNames.
testName match {
case Some(tn) =>
val (filterTest, ignoreTest) = filter(tn, theSuite.tags, theSuite.suiteId)
if (!filterTest) {
if (ignoreTest) {
val theTest = atomic.get.testsMap(tn)
reportTestIgnored(theSuite, report, tracker, tn, tn, getIndentedTextForTest(tn, 1, true), theTest.location)
Vector.empty
}
else {
Vector(runTest(tn, newArgs))
}
}
else
Vector.empty
case None => runTestsInBranch(theSuite, Trunk, newArgs, includeIcon, parallelAsyncTestExecution, Vector.empty, runTest)
}
new CompositeStatus(Set.empty ++ statusList)
}
def runImpl(
theSuite: Suite,
testName: Option[String],
passedInArgs: Args,
parallelAsyncTestExecution: Boolean,
superRun: (Option[String], Args) => Status
): Status = {
val args =
if (!parallelAsyncTestExecution)
(testName, passedInArgs.distributedTestSorter) match {
case (Some(name), Some(sorter)) => passedInArgs.copy(reporter = new TestSpecificReporter(sorter, name))
case _ => passedInArgs
}
else
passedInArgs
import args._
// Set the flag that indicates registration is closed (because run has now been invoked),
// which will disallow any further invocations of "test" or "ignore" with
// an RegistrationClosedException.
val oldBundle = atomic.get
val (currentBranch, testNamesList, testsMap, tagsMap, registrationClosed) = oldBundle.unpack
if (!registrationClosed)
updateAtomic(oldBundle, Bundle(currentBranch, testNamesList, testsMap, tagsMap, true))
val report = wrapReporterIfNecessary(theSuite, reporter)
val informerForThisSuite =
ConcurrentInformer(
(message, payload, isConstructingThread, location) => {
reportInfoProvided(theSuite, report, tracker, None, message, payload, 1, location, isConstructingThread)
}
)
atomicInformer.set(informerForThisSuite)
val updaterForThisSuite =
ConcurrentNotifier(
(message, payload, isConstructingThread, location) => {
reportNoteProvided(theSuite, report, tracker, None, message, payload, 1, location, isConstructingThread)
}
)
atomicNotifier.set(updaterForThisSuite)
val alerterForThisSuite =
ConcurrentAlerter(
(message, payload, isConstructingThread, location) => {
reportAlertProvided(theSuite, report, tracker, None, message, payload, 1, location, isConstructingThread)
}
)
atomicAlerter.set(alerterForThisSuite)
val documenterForThisSuite =
ConcurrentDocumenter(
(message, payload, isConstructingThread, location) => {
reportMarkupProvided(theSuite, report, tracker, None, message, 1, location, isConstructingThread)
}
)
atomicDocumenter.set(documenterForThisSuite)
val status = superRun(testName, args.copy(reporter = report))
// SKIP-SCALATESTJS,NATIVE-START
status.whenCompleted { r =>
val shouldBeInformerForThisSuite = atomicInformer.getAndSet(zombieInformer)
if (shouldBeInformerForThisSuite ne informerForThisSuite)
throw new ConcurrentModificationException(Resources.concurrentInformerMod(theSuite.getClass.getName))
val shouldBeNotifierForThisSuite = atomicNotifier.getAndSet(zombieNotifier)
if (shouldBeNotifierForThisSuite ne updaterForThisSuite)
throw new ConcurrentModificationException(Resources.concurrentNotifierMod(theSuite.getClass.getName))
val shouldBeAlerterForThisSuite = atomicAlerter.getAndSet(zombieAlerter)
if (shouldBeAlerterForThisSuite ne alerterForThisSuite)
throw new ConcurrentModificationException(Resources.concurrentAlerterMod(theSuite.getClass.getName))
val shouldBeDocumenterForThisSuite = atomicDocumenter.getAndSet(zombieDocumenter)
if (shouldBeDocumenterForThisSuite ne documenterForThisSuite)
throw new ConcurrentModificationException(Resources.concurrentDocumenterMod(theSuite.getClass.getName))
}
// SKIP-SCALATESTJS,NATIVE-END
status
}
/*
def describeImpl(description: String, fun: => Unit, registrationClosedResource: String, sourceFile: String, methodName: String) {
val oldBundle = atomic.get
val (currentBranch, testNamesList, testsMap, tagsMap, registrationClosed) = oldBundle.unpack
if (registrationClosed)
throw new TestRegistrationClosedException(Resources(registrationClosedResource), getStackDepth(sourceFile, methodName))
val oldBranch = currentBranch
val newBranch = DescriptionBranch(currentBranch, description, None)
oldBranch.subNodes ::= newBranch
// Update atomic, making the current branch to the new branch
updateAtomic(oldBundle, Bundle(newBranch, testNamesList, testsMap, tagsMap, registrationClosed))
fun // Execute the function
{ // Put the old branch back as the current branch
val oldBundle = atomic.get
val (currentBranch, testNamesList, testsMap, tagsMap, registrationClosed) = oldBundle.unpack
updateAtomic(oldBundle, Bundle(oldBranch, testNamesList, testsMap, tagsMap, registrationClosed))
}
} */
def registerNestedBranch(description: String, childPrefix: Option[String], fun: => Unit, registrationClosedMessageFun: => String, location: Option[Location], pos: source.Position): Unit = {
val oldBundle = atomic.get
val (currentBranch, testNamesList, testsMap, tagsMap, registrationClosed) = oldBundle.unpack
if (registrationClosed)
throw new TestRegistrationClosedException(registrationClosedMessageFun, pos)
val branchLocation =
location match {
case Some(loc) => Some(loc)
case None => Some(LineInFile(pos.lineNumber, pos.fileName, Some(pos.filePathname)))
}
val oldBranch = currentBranch
val newBranch = DescriptionBranch(currentBranch, description, childPrefix, branchLocation)
// Update atomic, making the current branch to the new branch
updateAtomic(oldBundle, Bundle(newBranch, testNamesList, testsMap, tagsMap, registrationClosed))
oldBranch.subNodes ::= newBranch
try {
fun // Execute the function
}
catch {
case e: TestPendingException =>
newBranch.pending = true
}
{ // Put the old branch back as the current branch
val oldBundle = atomic.get
val (currentBranch, testNamesList, testsMap, tagsMap, registrationClosed) = oldBundle.unpack
updateAtomic(oldBundle, Bundle(oldBranch, testNamesList, testsMap, tagsMap, registrationClosed))
}
}
// Used by FlatSpec, which doesn't nest. So this one just makes a new one off of the trunk
def registerFlatBranch(description: String, registrationClosedMessageFun: => String, pos: source.Position): Unit = {
val oldBundle = atomic.get
val (_, testNamesList, testsMap, tagsMap, registrationClosed) = oldBundle.unpack
if (registrationClosed)
throw new TestRegistrationClosedException(registrationClosedMessageFun, pos)
// Need to use Trunk here. I think it will be visible to all threads because
// of the atomic, even though it wasn't inside it.
val newBranch = DescriptionBranch(Trunk, description, None, Some(LineInFile(pos.lineNumber, pos.fileName, Some(pos.filePathname))))
Trunk.subNodes ::= newBranch
// Update atomic, making the current branch to the new branch
updateAtomic(oldBundle, Bundle(newBranch, testNamesList, testsMap, tagsMap, registrationClosed))
}
def currentBranchIsTrunk: Boolean = {
val oldBundle = atomic.get
var (currentBranch, _, _, _, _) = oldBundle.unpack
currentBranch == Trunk
}
// Path traits need to register the message recording informer, so it can fire any info events later
def registerAsyncTest(testText: String, testFun: T, testRegistrationClosedMessageFun: => String, duration: Option[Long], location: Option[Location], pos: source.Position, testTags: Tag*): String = { // returns testName
checkRegisterTestParamsForNull(testText, testTags: _*)
if (atomic.get.registrationClosed)
throw new TestRegistrationClosedException(testRegistrationClosedMessageFun, pos)
val oldBundle = atomic.get
var (currentBranch, testNamesList, testsMap, tagsMap, registrationClosed) = oldBundle.unpack
val testName = getTestName(testText, currentBranch)
if (atomic.get.testsMap.keySet.contains(testName))
throw new DuplicateTestNameException(testName, pos)
val testLocation =
location match {
case Some(loc) => Some(loc)
case None => Some(LineInFile(pos.lineNumber, pos.fileName, Some(pos.filePathname)))
}
val testLeaf = TestLeaf(currentBranch, testName, testText, testFun, testLocation, Some(pos), duration)
testsMap += (testName -> testLeaf)
testNamesList = testNamesList :+ testName
currentBranch.subNodes ::= testLeaf
val tagNames = Set[String]() ++ testTags.map(_.name)
if (!tagNames.isEmpty)
tagsMap += (testName -> tagNames)
updateAtomic(oldBundle, Bundle(currentBranch, testNamesList, testsMap, tagsMap, registrationClosed))
testName
}
def registerIgnoredAsyncTest(testText: String, f: T, testRegistrationClosedMessageFun: => String, location: Option[Location], pos: source.Position, testTags: Tag*): Unit = {
checkRegisterTestParamsForNull(testText, testTags: _*)
// If this works delete this. I think we can rely on registerAsyncTest's check
// if (atomic.get.registrationClosed)
// throw new TestRegistrationClosedException(Resources.ignoreCannotAppearInsideATest, getStackDepth(sourceFileName, "ignore"))
val testName = registerAsyncTest(testText, f, testRegistrationClosedMessageFun, None, location, pos) // Call test without passing the tags
val oldBundle = atomic.get
var (currentBranch, testNamesList, testsMap, tagsMap, registrationClosed) = oldBundle.unpack
val tagNames = Set[String]() ++ testTags.map(_.name)
tagsMap += (testName -> (tagNames + IgnoreTagName))
updateAtomic(oldBundle, Bundle(currentBranch, testNamesList, testsMap, tagsMap, registrationClosed))
}
private[scalatest] def getTestNamePrefix(branch: Branch): String =
branch match {
case Trunk => ""
// Call to getTestNamePrefix is not tail recursive, but I don't expect
// the describe nesting to be very deep (famous last words).
case DescriptionBranch(parent, descriptionText, childPrefix, lineInFile) =>
val optionalChildPrefixAndDescriptionText =
childPrefix match {
case Some(cp) => Resources.prefixSuffix(descriptionText, cp)
case _ => descriptionText
}
Resources.prefixSuffix(getTestNamePrefix(parent), optionalChildPrefixAndDescriptionText.trim).trim
}
private[scalatest] def getTestName(testText: String, parent: Branch): String =
Resources.prefixSuffix(getTestNamePrefix(parent), testText.trim).trim
private def checkRegisterTestParamsForNull(testText: String, testTags: Tag*): Unit = {
requireNonNull(testText)
if (testTags.exists(_ == null))
throw new NullArgumentException("a test tag was null")
}
private[scalatest] def testPath(testName: String): List[Int] = {
val theTestOpt = atomic.get.testsMap.get(testName)
theTestOpt match {
case Some(theTest) =>
findPath(theTest.parent, theTest, List.empty)
case None =>
throw new IllegalArgumentException("Test name '" + testName + "' not found.")
}
}
@tailrec
private def findPath(branch: Branch, node: Node, currentPath: List[Int]): List[Int] = {
val idx = branch.subNodes.reverse.indexOf(node)
branch.parentOption match {
case Some(parent) =>
findPath(parent, branch, idx :: currentPath)
case None =>
idx :: currentPath
}
}
private[scalatest] def createTestDataFor(testName: String, theConfigMap: ConfigMap, theSuite: Suite) = {
val theTest = atomic.get.testsMap(testName)
new TestData {
val configMap = theConfigMap
val name = testName
val scopes = testScopes(testName)
val text = testText(testName)
val tags = testTags(testName, theSuite)
val pos = theTest.pos
}
}
private[scalatest] def testTags(testName: String, theSuite: Suite): Set[String] = {
// SKIP-SCALATESTJS,NATIVE-START
val suiteTags = for {
a <- theSuite.getClass.getAnnotations
annotationClass = a.annotationType
if annotationClass.isAnnotationPresent(classOf[TagAnnotation])
} yield annotationClass.getName
// SKIP-SCALATESTJS,NATIVE-END
//SCALATESTJS,NATIVE-ONLY val suiteTags = Set.empty[String]
val testTagSet = atomic.get.tagsMap.getOrElse(testName, Set.empty)
Set.empty ++ suiteTags ++ testTagSet
}
private[scalatest] def testScopes(testName: String): collection.immutable.IndexedSeq[String] = {
@tailrec
def testScopesAcc(branch: Branch, acc: collection.immutable.IndexedSeq[String]): collection.immutable.IndexedSeq[String] = {
branch match {
case Trunk => acc.reverse
case DescriptionBranch(parent, descriptionText, childPrefix, lineInFile) =>
val optionalChildPrefixAndDescriptionText =
childPrefix match {
case Some(cp) => Resources.prefixSuffix(descriptionText.trim, cp.trim)
case _ => descriptionText
}
testScopesAcc(parent, acc :+ optionalChildPrefixAndDescriptionText.trim)
}
}
val theTestOpt = atomic.get.testsMap.get(testName)
theTestOpt match {
case Some(theTest) =>
testScopesAcc(theTest.parent, collection.immutable.IndexedSeq.empty)
case None =>
throw new IllegalArgumentException("Test name '" + testName + "' not found.")
}
}
private[scalatest] def testText(testName: String): String = {
val theTestOpt = atomic.get.testsMap.get(testName)
theTestOpt match {
case Some(theTest) =>
theTest.testText
case None =>
throw new IllegalArgumentException("Test name '" + testName + "' not found.")
}
}
}
private[scalatest] class AsyncEngine(concurrentBundleModMessageFun: => String, simpleClassName: String)
extends AsyncSuperEngine[() => AsyncTestHolder](concurrentBundleModMessageFun, simpleClassName)
private[scalatest] class AsyncFixtureEngine[FixtureParam](concurrentBundleModMessageFun: => String, simpleClassName: String)
extends AsyncSuperEngine[FixtureParam => AsyncTestHolder](concurrentBundleModMessageFun, simpleClassName)
