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/*
 * Copyright 2001-2011 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 scala.xml.Elem
import Suite.reportMarkupProvided
import Doc.stripMargin
import Doc.trimMarkup
import java.util.concurrent.atomic.AtomicReference
import java.util.ConcurrentModificationException
import collection.mutable.ListBuffer

/**
 * A Doc class that takes one XML node markup
 *  which will be returned from its nestedSuites method.
 *
 * 

* For example, you can define a suite that always executes a list of * nested suites like this: *

* *
 * class StepsSuite extends Suites(
 *   new Step1Suite,
 *   new Step2Suite,
 *   new Step3Suite,
 *   new Step4Suite,
 *   new Step5Suite
 * )
 * 
* *

* When StepsSuite is executed, it will execute its * nested suites in the passed order: Step1Suite, Step2Suite, * Step3Suite, Step4Suite, and Step5Suite. *

* * @param suitesToNest a sequence of Suites to nest. * * @throws NullPointerException if suitesToNest, or any suite * it contains, is null. * * @author Bill Venners */ private[scalatest] trait Doc extends Suite { thisDoc => // If registrationThreadName is None, then registration isn't open // and include calls will return what they are supposed to return, but // won't have the side effect of registering the suites and tests to run. private class Bundle private( val registrationThreadName: Option[String], val registeredSuites: Map[String, Suite] ) { def unpack = (registrationThreadName, registeredSuites) } private object Bundle { def apply( registrationThreadName: Option[String], registeredSuites: Map[String, Suite] ): Bundle = new Bundle(registrationThreadName, registeredSuites) } private final val atomic = new AtomicReference[Bundle](Bundle(None, Map())) private def updateAtomic(oldBundle: Bundle, newBundle: Bundle) { val shouldBeOldBundle = atomic.getAndSet(newBundle) if (!(shouldBeOldBundle eq oldBundle)) throw new ConcurrentModificationException("concurrentDocSpecMod") } // TODO: Make it atomic // TODO: A test that throws NotAllowedE if it is called twice // TODO: A test that throws TestRegistrationClosedE if it is called after run has been called private var bodyText: Option[String] = None def body(elem: Elem) { bodyText = Some(elem.text) } protected def include(suite: Suite): String = { val oldBundle = atomic.get var (registrationThreadName, registeredSuites) = oldBundle.unpack // TODO: register two instances of the same class, which will break this key registeredSuites += (suite.getClass.getName -> suite) // TODO: Check thread name, do nothing if None or non-matching updateAtomic(oldBundle, Bundle(registrationThreadName, registeredSuites)) "\ninclude[" + suite.getClass.getName + "]\n" } // TODO write a test to ensure you get a proper exception when // body is not called private lazy val snippets: Vector[Snippet] = getSnippets(bodyText.get) /* * Returns a list containing the suites mentioned in the body XML element, * in the order they were mentioned. */ final override lazy val nestedSuites: collection.immutable.IndexedSeq[Suite] = for (IncludedSuite(suite) <- snippets) yield suite /* println("^^^^^^^^^^^") println(body.text) println("###########") println(snippets) println("&&&&&&&&&&&") */ /* override protected def runNestedSuites(reporter: Reporter, stopper: Stopper, filter: Filter, configMap: Map[String, Any], distributor: Option[Distributor], tracker: Tracker) { reportMarkupProvided(thisDoc, reporter, tracker, None, trimMarkup(stripMargin(body.text)), 0, true, None, None) } */ override protected def runNestedSuites(args: Args): Status = { import args._ val statusBuffer = new ListBuffer[Status]() val (_, registeredSuites) = atomic.get.unpack snippets foreach { case Markup(text) => reportMarkupProvided(thisDoc, reporter, tracker, None, trimMarkup(stripMargin(text)), 0, None, true) case IncludedSuite(suite) => println("Send SuiteStarting ... ") // TODO: Why is runTestedSuites even here? statusBuffer += suite.run(None, args) println("Send SuiteCompleted or Aborted ...") } new CompositeStatus(Set.empty ++ statusBuffer) } private[scalatest] def getSnippets(text: String): Vector[Snippet] = { //println("text: " + text) val lines = Vector.empty ++ text.lines //println("lines: " + lines) val pairs = lines map { line => val trimmed = line.trim val suite = if (trimmed.startsWith("include[") && trimmed.endsWith("]")) { //println("GOT HERE: " + trimmed + ", " + trimmed.substring(8).init) Some(trimmed.substring(8).init) } else None (line, suite) } //println("pairs: " + pairs) // val zipped = pairs.zipWithIndex // val insertionIndexes = for (((_, Some(_)), index) <- zipped) yield index // Output of my fold left is: List[Snippet] (left is a list of snippets, right is a pair val backwards = (Vector[Snippet](Markup("")) /: pairs) { (left: Vector[Snippet], right: (String, Option[String])) => right match { case (_, Some(key)) => var (_, registeredSuites) = atomic.get.unpack // TODO: Maybe give a better error message if this key doesn't exist? IncludedSuite(registeredSuites(key)) +: left case (line, None) => left.head match { case Markup(text) => Markup(text + "\n" + line) +: left.tail case _ => Markup(line) +: left } } } backwards.reverse } private[scalatest] sealed trait Snippet private[scalatest] case class Markup(text: String) extends Snippet private[scalatest] case class IncludedSuite(suite: Suite) extends Snippet } private[scalatest] object Doc { private[scalatest] def trimMarkup(text: String): String = { val lines = text.lines.toList val zipLines = lines.zipWithIndex val firstNonWhiteLine = zipLines.find { case (line, _) => !line.trim.isEmpty } val lastNonWhiteLine = zipLines.reverse.find { case (line, _) => !line.trim.isEmpty } (firstNonWhiteLine, lastNonWhiteLine) match { case (None, None) => text.trim // Will be either (None, None) or (Some, Some) case (Some((_, frontIdx)), Some((_, backIdx))) => lines.take(backIdx + 1).drop(frontIdx).mkString("\n") } } private[scalatest] def stripMargin(text: String): String = { val lines = text.lines.toList val firstNonWhiteLine = lines.find(!_.trim.isEmpty) firstNonWhiteLine match { case None => text.trim case Some(nonWhiteLine) => val initialWhite = nonWhiteLine.dropWhile(_.isWhitespace) val margin = nonWhiteLine.length - initialWhite.length val choppedLines = lines map { line => val strip = if (line.length > margin) margin else line.length line.substring(strip) } choppedLines.mkString("\n") } } }




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