org.specs2.runner.JUnitRunner.scala Maven / Gradle / Ivy
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package org.specs2
package runner
import org.junit.runner.manipulation.{Filterable, NoTestsRemainException}
import org.junit.runner.notification.{Failure, RunNotifier}
import main._
import specification.process.Stats
import control.Actions._
import reporter._
import specification.core._
import control._
import org.specs2.fp.syntax._
import org.specs2.concurrent.ExecutionEnv
import ExecuteActions._
import scala.util.control.NonFatal
/**
* Runner for specs2 specifications
*/
class JUnitRunner(klass: Class[_]) extends org.junit.runner.Runner with Filterable { outer =>
/** specification to execute */
lazy val specification = {
val structure = SpecificationStructure.create(klass.getName, Thread.currentThread.getContextClassLoader, Some(env))
runAction(structure, consoleLogging)(env.specs2ExecutionEnv).fold(
error => error.fold(t => throw t, m => throw new Exception(m)),
ok => ok
)
}
/** command line arguments, extracted from the system properties */
lazy val arguments: Arguments =
Arguments("junit")
/** specification environment */
lazy val env: Env =
Env(arguments = arguments, lineLogger = LineLogger.consoleLogger)
lazy val getDescription: org.junit.runner.Description =
getDescription(env)
def getDescription(env: Env): org.junit.runner.Description =
try JUnitDescriptions.createDescription(specStructure)(env.specs2ExecutionEnv)
catch { case NonFatal(t) => env.shutdown; throw t; }
/** specification structure for the environment */
lazy val specStructure: SpecStructure =
specification.structure(env)
/** run the specification with a Notifier */
def run(n: RunNotifier): Unit = {
try {
runWithEnv(n, env).runEither(env.specs2ExecutionEnv) match {
case Right(_) => ()
case Left(error) => n.fireTestFailure(new Failure(getDescription, error.fold(identity _, new RuntimeException(_))))
}
}
finally env.shutdown
}
/** run the specification with a Notifier and an environment */
def runWithEnv(n: RunNotifier, env: Env): Action[Stats] = {
val loader = Thread.currentThread.getContextClassLoader
val arguments = env.arguments
val report: Action[Stats] =
if (arguments.isSet("all")) {
for {
reporter <- ClassRunner.createReporter(arguments, loader).toAction
printers <- ClassRunner.createPrinters(arguments, loader).toAction
ss <- SpecStructure.linkedSpecifications(specStructure, env, loader).toAction
sorted <- delayed(SpecStructure.topologicalSort(ss)(env.specs2ExecutionEnv).getOrElse(ss))
_ <- reporter.prepare(env, printers)(sorted.toList)
stats <- sorted.toList.map(s => Reporter.report(env, createJUnitPrinter(s, n, env.specs2ExecutionEnv) +: printers)(s)).sequence
_ <- Reporter.finalize(env, printers)(sorted.toList)
} yield stats.foldMap(identity _)
} else
for {
printers <- ClassRunner.createPrinters(arguments, loader).toAction
stats <- Reporter.report(env, createJUnitPrinter(specStructure, n, env.specs2ExecutionEnv) +: printers)(specStructure)
} yield stats
report
}
/**
* create a printer for a specific specification structure
* The printer needs to know about all the example descriptions beforehand
*/
def createJUnitPrinter(specStructure: SpecStructure, n: RunNotifier, ee: ExecutionEnv): JUnitPrinter = new JUnitPrinter {
lazy val notifier = n
lazy val descriptionsTree = JUnitDescriptionsTree(specStructure, ee)
lazy val descriptions = descriptionsTree.descriptions
lazy val description = descriptionsTree.description
}
/**
* This is used to filter out the entire specification based
* on categories annotations
*
* if the more fine-grained filtering is needed tags must be used
*/
def filter(filter: org.junit.runner.manipulation.Filter): Unit = {
if (!filter.shouldRun(getDescription)) throw new NoTestsRemainException
}
}
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