diff options
Diffstat (limited to 'build.sbt')
| -rw-r--r-- | build.sbt | 47 |
1 files changed, 29 insertions, 18 deletions
@@ -88,7 +88,7 @@ lazy val publishSettings : Seq[Setting[_]] = Seq( globalVersionSettings baseVersion in Global := "2.12.0" baseVersionSuffix in Global := "SNAPSHOT" -mimaReferenceVersion in Global := None +mimaReferenceVersion in Global := Some("2.12.0-RC1") lazy val commonSettings = clearSourceAndResourceDirectories ++ publishSettings ++ Seq[Setting[_]]( organization := "org.scala-lang", @@ -165,7 +165,7 @@ lazy val commonSettings = clearSourceAndResourceDirectories ++ publishSettings + <developers> <developer> <id>lamp</id> - <name>EPFL LAMP</name> + <name>LAMP/EPFL</name> </developer> <developer> <id>Lightbend</id> @@ -411,7 +411,7 @@ lazy val compiler = configureAsSubproject(project) ), // Generate the ScriptEngineFactory service definition. The Ant build does this when building // the JAR but sbt has no support for it and it is easier to do as a resource generator: - generateServiceProviderResources("javax.script.ScriptEngineFactory" -> "scala.tools.nsc.interpreter.IMain$Factory"), + generateServiceProviderResources("javax.script.ScriptEngineFactory" -> "scala.tools.nsc.interpreter.Scripted$Factory"), managedResourceDirectories in Compile := Seq((resourceManaged in Compile).value), fixPom( "/project/name" -> <name>Scala Compiler</name>, @@ -468,7 +468,7 @@ lazy val replJlineEmbedded = Project("repl-jline-embedded", file(".") / "target" import collection.JavaConverters._ val inputs: Iterator[JarJar.Entry] = { val repljlineClasses = (products in Compile in replJline).value.flatMap(base => Path.allSubpaths(base).map(x => (base, x._1))) - val jlineJAR = (dependencyClasspath in Compile).value.find(_.get(moduleID.key) == Some(jlineDep)).get.data + val jlineJAR = findJar((dependencyClasspath in Compile).value, jlineDep).get.data val jarFile = new JarFile(jlineJAR) val jarEntries = jarFile.entries.asScala.filterNot(_.isDirectory).map(entry => JarJar.JarEntryInput(jarFile, entry)) def compiledClasses = repljlineClasses.iterator.map { case (base, file) => JarJar.FileInput(base, file) } @@ -515,8 +515,10 @@ lazy val scalap = configureAsSubproject(project) ) .dependsOn(compiler) -lazy val partestExtras = configureAsSubproject(Project("partest-extras", file(".") / "src" / "partest-extras")) +lazy val partestExtras = Project("partest-extras", file(".") / "src" / "partest-extras") .dependsOn(replJlineEmbedded) + .settings(commonSettings: _*) + .settings(generatePropertiesFileSettings: _*) .settings(clearSourceAndResourceDirectories: _*) .settings(disableDocs: _*) .settings(disablePublishing: _*) @@ -602,8 +604,6 @@ lazy val partestJavaAgent = Project("partest-javaagent", file(".") / "src" / "pa // Setting name to "scala-partest-javaagent" so that the jar file gets that name, which the Runner relies on name := "scala-partest-javaagent", description := "Scala Compiler Testing Tool (compiler-specific java agent)", - // writing jar file to $buildDirectory/pack/lib because that's where it's expected to be found - setJarLocation, // add required manifest entry - previously included from file packageOptions in (Compile, packageBin) += Package.ManifestAttributes( "Premain-Class" -> "scala.tools.partest.javaagent.ProfilingAgent" ), @@ -637,7 +637,7 @@ lazy val test = project javaOptions in IntegrationTest += "-Xmx2G", testFrameworks += new TestFramework("scala.tools.partest.sbt.Framework"), testFrameworks -= new TestFramework("org.scalacheck.ScalaCheckFramework"), - testOptions in IntegrationTest += Tests.Argument("-Dpartest.java_opts=-Xmx1024M -Xms64M -XX:MaxPermSize=128M"), + testOptions in IntegrationTest += Tests.Argument("-Dpartest.java_opts=-Xmx1024M -Xms64M"), testOptions in IntegrationTest += Tests.Argument("-Dpartest.scalac_opts=" + (scalacOptions in Compile).value.mkString(" ")), testOptions in IntegrationTest += Tests.Setup { () => val cp = (dependencyClasspath in Test).value @@ -800,25 +800,30 @@ lazy val root: Project = (project in file(".")) k.scope.config.toOption.map(_.name + ":"), k.scope.task.toOption.map(_.label + "::") ).flatten.mkString + k.key - def logIncomplete(i: Incomplete, prefix: String): Unit = { + val loggedThis, loggedAny = new scala.collection.mutable.HashSet[String] + def findRootCauses(i: Incomplete, currentTask: String): Vector[(String, Option[Throwable])] = { val sk = i.node match { case Some(t: Task[_]) => t.info.attributes.entries.collect { case e if e.key == Keys.taskDefinitionKey => e.value.asInstanceOf[Def.ScopedKey[_]] } .headOption.map(showScopedKey) case _ => None } - val childCount = (if(i.directCause.isDefined) 1 else 0) + i.causes.length - val skip = childCount <= 1 && sk.isEmpty - if(!skip) log.error(s"$prefix- ${sk.getOrElse("?")}") - i.directCause match { - case Some(e) => log.error(s"$prefix - $e") - case None => i.causes.foreach(i => logIncomplete(i, prefix + (if(skip) "" else " "))) + val task = sk.getOrElse(currentTask) + val dup = sk.map(s => !loggedAny.add(s)).getOrElse(false) + if(sk.map(s => !loggedThis.add(s)).getOrElse(false)) Vector.empty + else i.directCause match { + case Some(e) => Vector((task, if(dup) None else Some(e))) + case None => i.causes.toVector.flatMap(ch => findRootCauses(ch, task)) } } log.error(s"${failed.size} of ${results.length} test tasks failed:") failed.foreach { case (i, d) => log.error(s"- $d") - logIncomplete(i, " ") + loggedThis.clear + findRootCauses(i, "<unkown task>").foreach { + case (task, Some(ex)) => log.error(s" - $task failed: $ex") + case (task, None) => log.error(s" - ($task failed)") + } } throw new RuntimeException } @@ -834,7 +839,7 @@ lazy val root: Project = (project in file(".")) ) // The following subprojects' binaries are required for building "pack": -lazy val distDependencies = Seq(replJline, replJlineEmbedded, compiler, library, partestExtras, partestJavaAgent, reflect, scalap, scaladoc) +lazy val distDependencies = Seq(replJline, replJlineEmbedded, compiler, library, reflect, scalap, scaladoc) lazy val dist = (project in file("dist")) .settings(commonSettings) @@ -859,7 +864,7 @@ lazy val dist = (project in file("dist")) val extraJars = (externalDependencyClasspath in Compile).value.map(a => (a.get(moduleID.key), a.data)).collect { case (Some(m), f) if extraModules contains uniqueModule(m) => f } - val jlineJAR = (dependencyClasspath in Compile).value.find(_.get(moduleID.key) == Some(jlineDep)).get.data + val jlineJAR = findJar((dependencyClasspath in Compile).value, jlineDep).get.data val mappings = extraJars.map(f => (f, targetDir / f.getName)) :+ ((jlineJAR, targetDir / "jline.jar")) IO.copy(mappings, overwrite = true) targetDir @@ -1131,3 +1136,9 @@ intellijToSample := { } else s.log.info("Aborting.") } + +/** Find a specific module's JAR in a classpath, comparing only organization and name */ +def findJar(files: Seq[Attributed[File]], dep: ModuleID): Option[Attributed[File]] = { + def extract(m: ModuleID) = (m.organization, m.name) + files.find(_.get(moduleID.key).map(extract _) == Some(extract(dep))) +} |