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diff --git a/src/compiler/scala/tools/nsc/io/Path.scala b/src/compiler/scala/tools/nsc/io/Path.scala
deleted file mode 100644
index 1db015e2f5..0000000000
--- a/src/compiler/scala/tools/nsc/io/Path.scala
+++ /dev/null
@@ -1,289 +0,0 @@
-/* NSC -- new Scala compiler
- * Copyright 2005-2011 LAMP/EPFL
- * @author Paul Phillips
- */
-
-package scala.tools.nsc
-package io
-
-import java.io.{
-  FileInputStream, FileOutputStream, BufferedReader, BufferedWriter, InputStreamReader, OutputStreamWriter,
-  BufferedInputStream, BufferedOutputStream, RandomAccessFile }
-// [scala-reflect.jar migration note] uncomment when creating scala-reflect.jar
-// import java.io.{ File => JFile }
-import java.net.{ URI, URL }
-import scala.util.Random.alphanumeric
-import language.implicitConversions
-
-/** An abstraction for filesystem paths.  The differences between
- *  Path, File, and Directory are primarily to communicate intent.
- *  Since the filesystem can change at any time, there is no way to
- *  reliably associate Files only with files and so on.  Any Path
- *  can be converted to a File or Directory (and thus gain access to
- *  the additional entity specific methods) by calling toFile or
- *  toDirectory, which has no effect on the filesystem.
- *
- *  Also available are createFile and createDirectory, which attempt
- *  to create the path in question.
- *
- *  @author  Paul Phillips
- *  @since   2.8
- */
-
-object Path {
-  def isExtensionJarOrZip(jfile: JFile): Boolean = isExtensionJarOrZip(jfile.getName)
-  def isExtensionJarOrZip(name: String): Boolean = {
-    val ext = extension(name)
-    ext == "jar" || ext == "zip"
-  }
-  def extension(name: String): String = {
-    var i = name.length - 1
-    while (i >= 0 && name.charAt(i) != '.')
-      i -= 1
-
-    if (i < 0) ""
-    else name.substring(i + 1).toLowerCase
-  }
-  // [Eugene++] I hope that noone relied on this method
-//  def isJarOrZip(f: Path, examineFile: Boolean = true) = Jar.isJarOrZip(f, examineFile)
-
-  // not certain these won't be problematic, but looks good so far
-  implicit def string2path(s: String): Path = apply(s)
-  implicit def jfile2path(jfile: JFile): Path = apply(jfile)
-
-  // java 7 style, we don't use it yet
-  // object AccessMode extends Enumeration {
-  //   val EXECUTE, READ, WRITE = Value
-  // }
-  // def checkAccess(modes: AccessMode*): Boolean = {
-  //   modes foreach {
-  //     case EXECUTE  => throw new Exception("Unsupported") // can't check in java 5
-  //     case READ     => if (!jfile.canRead()) return false
-  //     case WRITE    => if (!jfile.canWrite()) return false
-  //   }
-  //   true
-  // }
-
-  def onlyDirs(xs: Iterator[Path]): Iterator[Directory] = xs filter (_.isDirectory) map (_.toDirectory)
-  def onlyDirs(xs: List[Path]): List[Directory] = xs filter (_.isDirectory) map (_.toDirectory)
-  def onlyFiles(xs: Iterator[Path]): Iterator[File] = xs filter (_.isFile) map (_.toFile)
-  def onlyFiles(xs: List[Path]): List[File] = xs filter (_.isFile) map (_.toFile)
-
-  def roots: List[Path] = java.io.File.listRoots().toList map Path.apply
-
-  def apply(segments: Seq[String]): Path = apply(segments mkString java.io.File.separator)
-  def apply(path: String): Path = apply(new JFile(path))
-  def apply(jfile: JFile): Path =
-    if (jfile.isFile) new File(jfile)
-    else if (jfile.isDirectory) new Directory(jfile)
-    else new Path(jfile)
-
-  /** Avoiding any shell/path issues by only using alphanumerics. */
-  private[io] def randomPrefix = alphanumeric take 6 mkString
-  private[io] def fail(msg: String) = throw FileOperationException(msg)
-}
-import Path._
-
-/** The Path constructor is private so we can enforce some
- *  semantics regarding how a Path might relate to the world.
- */
-class Path private[io] (val jfile: JFile) {
-  val separator = java.io.File.separatorChar
-  val separatorStr = java.io.File.separator
-
-  // Validation: this verifies that the type of this object and the
-  // contents of the filesystem are in agreement.  All objects are
-  // valid except File objects whose path points to a directory and
-  // Directory objects whose path points to a file.
-  def isValid: Boolean = true
-
-  // conversions
-  def toFile: File = new File(jfile)
-  def toDirectory: Directory = new Directory(jfile)
-  def toAbsolute: Path = if (isAbsolute) this else Path(jfile.getAbsolutePath())
-  def toCanonical: Path = Path(jfile.getCanonicalPath())
-  def toURI: URI = jfile.toURI()
-  def toURL: URL = toURI.toURL()
-  /** If this path is absolute, returns it: otherwise, returns an absolute
-   *  path made up of root / this.
-   */
-  def toAbsoluteWithRoot(root: Path) = if (isAbsolute) this else root.toAbsolute / this
-
-  /** Creates a new Path with the specified path appended.  Assumes
-   *  the type of the new component implies the type of the result.
-   */
-  def /(child: Path): Path = if (isEmpty) child else new Path(new JFile(jfile, child.path))
-  def /(child: Directory): Directory = /(child: Path).toDirectory
-  def /(child: File): File = /(child: Path).toFile
-
-  /** If this path is a container, recursively iterate over its contents.
-   *  The supplied condition is a filter which is applied to each element,
-   *  with that branch of the tree being closed off if it is true.  So for
-   *  example if the condition is true for some subdirectory, nothing
-   *  under that directory will be in the Iterator; but otherwise each
-   *  file and subdirectory underneath it will appear.
-   */
-  def walkFilter(cond: Path => Boolean): Iterator[Path] =
-    if (isFile) toFile walkFilter cond
-    else if (isDirectory) toDirectory walkFilter cond
-    else Iterator.empty
-
-  /** Equivalent to walkFilter(_ => false).
-   */
-  def walk: Iterator[Path] = walkFilter(_ => true)
-
-  // identity
-  def name: String = jfile.getName()
-  def path: String = jfile.getPath()
-  def normalize: Path = Path(jfile.getAbsolutePath())
-  def isRootPath: Boolean = roots exists (_ isSame this)
-
-  def resolve(other: Path) = if (other.isAbsolute || isEmpty) other else /(other)
-  def relativize(other: Path) = {
-    assert(isAbsolute == other.isAbsolute, "Paths not of same type: "+this+", "+other)
-
-    def createRelativePath(baseSegs: List[String], otherSegs: List[String]) : String = {
-      (baseSegs, otherSegs) match {
-        case (b :: bs, o :: os) if b == o => createRelativePath(bs, os)
-        case (bs, os) => ((".."+separator)*bs.length)+os.mkString(separatorStr)
-      }
-    }
-
-    Path(createRelativePath(segments, other.segments))
-  }
-
-  // derived from identity
-  def root: Option[Path] = roots find (this startsWith _)
-  def segments: List[String] = (path split separator).toList filterNot (_.length == 0)
-  /**
-   * @return The path of the parent directory, or root if path is already root
-   */
-  def parent: Directory = path match {
-    case "" | "." => Directory("..")
-    case _        =>
-      // the only solution <-- a comment which could have used elaboration
-      if (segments.nonEmpty && segments.last == "..")
-        (path / "..").toDirectory
-      else jfile.getParent match {
-        case null =>
-          if (isAbsolute) toDirectory // it should be a root. BTW, don't need to worry about relative pathed root
-          else Directory(".")         // a dir under pwd
-        case x    =>
-          Directory(x)
-      }
-  }
-  def parents: List[Directory] = {
-    val p = parent
-    if (p isSame this) Nil else p :: p.parents
-  }
-  // if name ends with an extension (e.g. "foo.jpg") returns the extension ("jpg"), otherwise ""
-  def extension: String = {
-    var i = name.length - 1
-    while (i >= 0 && name.charAt(i) != '.')
-      i -= 1
-
-    if (i < 0) ""
-    else name.substring(i + 1)
-  }
-  // def extension: String = (name lastIndexOf '.') match {
-  //   case -1   => ""
-  //   case idx  => name drop (idx + 1)
-  // }
-  // compares against extensions in a CASE INSENSITIVE way.
-  def hasExtension(ext: String, exts: String*) = {
-    val lower = extension.toLowerCase
-    ext.toLowerCase == lower || exts.exists(_.toLowerCase == lower)
-  }
-  // returns the filename without the extension.
-  def stripExtension: String = name stripSuffix ("." + extension)
-  // returns the Path with the extension.
-  def addExtension(ext: String): Path = Path(path + "." + ext)
-  // changes the existing extension out for a new one, or adds it
-  // if the current path has none.
-  def changeExtension(ext: String): Path = (
-    if (extension == "") addExtension(ext)
-    else Path(path.stripSuffix(extension) + ext)
-  )
-
-  // conditionally execute
-  def ifFile[T](f: File => T): Option[T] = if (isFile) Some(f(toFile)) else None
-  def ifDirectory[T](f: Directory => T): Option[T] = if (isDirectory) Some(f(toDirectory)) else None
-
-  // Boolean tests
-  def canRead = jfile.canRead()
-  def canWrite = jfile.canWrite()
-  def exists = jfile.exists()
-  def notExists = try !jfile.exists() catch { case ex: SecurityException => false }
-
-  def isFile = jfile.isFile()
-  def isDirectory = jfile.isDirectory()
-  def isAbsolute = jfile.isAbsolute()
-  def isHidden = jfile.isHidden()
-  def isEmpty = path.length == 0
-
-  // Information
-  def lastModified = jfile.lastModified()
-  def lastModified_=(time: Long) = jfile setLastModified time // should use setXXX function?
-  def length = jfile.length()
-
-  // Boolean path comparisons
-  def endsWith(other: Path) = segments endsWith other.segments
-  def startsWith(other: Path) = segments startsWith other.segments
-  def isSame(other: Path) = toCanonical == other.toCanonical
-  def isFresher(other: Path) = lastModified > other.lastModified
-
-  // creations
-  def createDirectory(force: Boolean = true, failIfExists: Boolean = false): Directory = {
-    val res = if (force) jfile.mkdirs() else jfile.mkdir()
-    if (!res && failIfExists && exists) fail("Directory '%s' already exists." format name)
-    else if (isDirectory) toDirectory
-    else new Directory(jfile)
-  }
-  def createFile(failIfExists: Boolean = false): File = {
-    val res = jfile.createNewFile()
-    if (!res && failIfExists && exists) fail("File '%s' already exists." format name)
-    else if (isFile) toFile
-    else new File(jfile)
-  }
-
-  // deletions
-  def delete() = jfile.delete()
-  def deleteIfExists() = if (jfile.exists()) delete() else false
-
-  /** Deletes the path recursively. Returns false on failure.
-   *  Use with caution!
-   */
-  def deleteRecursively(): Boolean = deleteRecursively(jfile)
-  private def deleteRecursively(f: JFile): Boolean = {
-    if (f.isDirectory) f.listFiles match {
-      case null =>
-      case xs   => xs foreach deleteRecursively
-    }
-    f.delete()
-  }
-
-  def truncate() =
-    isFile && {
-      val raf = new RandomAccessFile(jfile, "rw")
-      raf setLength 0
-      raf.close()
-      length == 0
-    }
-
-  def touch(modTime: Long = System.currentTimeMillis) = {
-    createFile()
-    if (isFile)
-      lastModified = modTime
-  }
-
-  // todo
-  // def copyTo(target: Path, options ...): Boolean
-  // def moveTo(target: Path, options ...): Boolean
-
-  override def toString() = path
-  override def equals(other: Any) = other match {
-    case x: Path  => path == x.path
-    case _        => false
-  }
-  override def hashCode() = path.hashCode()
-}