remove unnecessary default arguments from Build

This commit is contained in:
Mark Harrah 2010-08-04 19:19:15 -04:00
parent 767a1e47c1
commit 7390876874
2 changed files with 3 additions and 160 deletions

View File

@ -19,7 +19,7 @@ object Build
def loader(configuration: xsbti.AppConfiguration): ClassLoader =
configuration.provider.mainClass.getClassLoader
def apply(command: LoadCommand, configuration: xsbti.AppConfiguration, allowMultiple: Boolean = false): Seq[Any] =
def apply(command: LoadCommand, configuration: xsbti.AppConfiguration, allowMultiple: Boolean): Seq[Any] =
command match
{
case BinaryLoad(classpath, module, name) =>
@ -30,14 +30,14 @@ object Build
project(base, auto, name, configuration, allowMultiple)._1
}
def project(base: File, auto: Auto.Value, name: String, configuration: xsbti.AppConfiguration, allowMultiple: Boolean = false): (Seq[Any], Analysis) =
def project(base: File, auto: Auto.Value, name: String, configuration: xsbti.AppConfiguration, allowMultiple: Boolean): Seq[Any] =
{
val buildDir = base / "project" / "build"
val sources = buildDir * "*.scala" +++ buildDir / "src" / "main" / "scala" ** "*.scala"
source(Nil, sources.get.toSeq, Some(buildDir / "target" asFile), false, auto, name, configuration, allowMultiple)
}
def binary(classpath: Seq[File], module: Boolean, name: String, parent: ClassLoader, allowMultiple: Boolean = false): Seq[Any] =
def binary(classpath: Seq[File], module: Boolean, name: String, parent: ClassLoader, allowMultiple: Boolean): Seq[Any] =
{
if(name.isEmpty)
error("Class name required to load binary project.")

View File

@ -1,157 +0,0 @@
/* sbt -- Simple Build Tool
* Copyright 2008, 2009 Mark Harrah
*/
package sbt
trait LineReader extends NotNull
{
def readLine(prompt: String): Option[String]
}
class Completors(val projectAction: String, projectNames0: => Iterable[String],
val generalCommands: Iterable[String], val propertyActions: Iterable[String],
val specificPrefix: String, scalaVersions0: => Iterable[String],
val prefixes: Iterable[String], val taskNames: Iterable[String],
propertyNames0: => Iterable[String], val extra: ExtraCompletions) extends NotNull
{
lazy val scalaVersions = scalaVersions0
lazy val propertyNames = propertyNames0
lazy val projectNames = projectNames0
}
trait ExtraCompletions extends NotNull
{
def names: Iterable[String]
def completions(name: String): Iterable[String]
}
import jline.{Completor, ConsoleReader}
abstract class JLine extends LineReader
{
protected[this] val reader: ConsoleReader
def readLine(prompt: String) = JLine.withJLine { unsynchronizedReadLine(prompt) }
private[this] def unsynchronizedReadLine(prompt: String) =
reader.readLine(prompt) match
{
case null => None
case x => Some(x.trim)
}
}
private object JLine
{
def terminal = jline.Terminal.getTerminal
def resetTerminal() = withTerminal { _ => jline.Terminal.resetTerminal }
private def withTerminal[T](f: jline.Terminal => T): T =
synchronized
{
val t = terminal
t.synchronized { f(t) }
}
def createReader() =
withTerminal { t =>
val cr = new ConsoleReader
t.enableEcho()
cr.setBellEnabled(false)
cr
}
def withJLine[T](action: => T): T =
withTerminal { t =>
t.disableEcho()
try { action }
finally { t.enableEcho() }
}
private[sbt] def initializeHistory(cr: ConsoleReader, historyPath: Option[Path], log: Logger): Unit =
for(historyLocation <- historyPath)
{
val historyFile = historyLocation.asFile
Control.trapAndLog(log)
{
historyFile.getParentFile.mkdirs()
val history = cr.getHistory
history.setMaxSize(MaxHistorySize)
history.setHistoryFile(historyFile)
}
}
def simple(historyPath: Option[Path], log: Logger): SimpleReader = new SimpleReader(historyPath, log)
val MaxHistorySize = 500
}
class SimpleReader private[sbt] (historyPath: Option[Path], log: Logger) extends JLine
{
protected[this] val reader = JLine.createReader()
JLine.initializeHistory(reader, historyPath, log)
}
object SimpleReader extends JLine
{
protected[this] val reader = JLine.createReader()
}
private[sbt] final class LazyJLineReader(historyPath: Option[Path], completor: => Completor, log: Logger) extends JLine
{
protected[this] val reader =
{
val cr = new ConsoleReader
cr.setBellEnabled(false)
JLine.initializeHistory(cr, historyPath, log)
cr.addCompletor(new LazyCompletor(completor))
cr
}
}
object MainCompletor
{
import jline.{ArgumentCompletor, MultiCompletor, NullCompletor, SimpleCompletor}
def apply(completors: Completors): Completor =
{
import completors._
import scala.collection.immutable.TreeSet
val generalCompletor = simpleCompletor(generalCommands)
val projectCompletor = simpleArgumentCompletor(projectAction :: Nil, projectNames)
def propertyCompletor(propertyNames: Iterable[String]) =
simpleArgumentCompletor(propertyActions, propertyNames)
def prefixedCompletor(baseCompletor: Completor) =
singleArgumentCompletor(simpleCompletor(prefixes), baseCompletor)
def specificCompletor(baseCompletor: Completor) =
{
val specific = simpleCompletor(specificPrefix :: Nil) // TODO
argumentCompletor( Array( specific, lazySimpleCompletor(scalaVersions), baseCompletor ) )
}
def extraCompletor(name: String) =
repeatedArgumentCompletor(simpleCompletor(name :: Nil), lazySimpleCompletor(extra.completions(name)))
val taskCompletor = simpleCompletor(TreeSet(taskNames.toSeq : _*))
val extraCompletors = extra.names.map(extraCompletor)
val baseCompletors = generalCompletor :: projectCompletor :: taskCompletor :: propertyCompletor(propertyNames) :: extraCompletors.toList
val baseCompletor = new MultiCompletor(baseCompletors.toArray)
val completor = new MultiCompletor()
//TODO: baseCompletor for prefixedCompletor should only be taskCompletor ++ extraCompletors
completor.setCompletors( Array(baseCompletor, prefixedCompletor(baseCompletor), specificCompletor(baseCompletor)) )
completor
}
/** Used for a single argument so that the argument can have spaces in it.*/
object SingleArgumentDelimiter extends ArgumentCompletor.AbstractArgumentDelimiter
{
def isDelimiterChar(buffer: String, pos: Int) =
(buffer.charAt(pos) == ' ') && buffer.substring(0, pos).trim.indexOf(' ') == -1
}
private def lazySimpleCompletor(completions: => Iterable[String]) = new LazyCompletor(simpleCompletor(completions))
private def simpleCompletor(completions: Iterable[String]) = new SimpleCompletor(completions.toList.toArray)
private def simpleArgumentCompletor(first: Iterable[String], second: => Iterable[String]) =
singleArgumentCompletor(simpleCompletor(first), lazySimpleCompletor(second))
private def singleArgumentCompletor(first: Completor, second: Completor) =
{
val completors = Array(first, second, new NullCompletor)
strict( new ArgumentCompletor(completors, SingleArgumentDelimiter) )
}
private def repeatedArgumentCompletor(first: Completor, repeat: Completor) = argumentCompletor(Array(first, repeat))
private def argumentCompletor(args: Array[Completor]) = strict(new ArgumentCompletor(args))
private def strict(c: ArgumentCompletor) = { c.setStrict(true); c }
}
private class LazyCompletor(delegate0: => Completor) extends Completor
{
private lazy val delegate = delegate0
def complete(buffer: String, cursor: Int, candidates: java.util.List[_]): Int =
delegate.complete(buffer, cursor, candidates)
}