Value Members

1.  final def !=(arg0: Any): Boolean

   Definition Classes

   Any

2.  final def ##(): Int

   Definition Classes

   Any

3.  final def ==(arg0: Any): Boolean

   Definition Classes

   Any

4.  final def asInstanceOf[T0]: T0

   Definition Classes

   Any

5.  def chmodL(path: String, perms: String): Task[Unit]

   Change the permissions on the file represented by path to perms, asynchronously.

   Change the permissions on the file represented by path to perms, asynchronously.

   The permission String takes the form rwxr-x--- as specified here.

   path

   the path to the file

   perms

   the permissions string

   returns

   a reference to this, so the API can be used fluently

6.  def chmodRecursiveL(path: String, perms: String, dirPerms: String): Task[Unit]

   Change the permissions on the file represented by path to perms, asynchronously.

   Change the permissions on the file represented by path to perms, asynchronously.

   The permission String takes the form rwxr-x--- as specified in {here}.

   If the file is directory then all contents will also have their permissions changed recursively. Any directory permissions will be set to dirPerms, whilst any normal file permissions will be set to perms.

   path

   the path to the file

   perms

   the permissions string

   dirPerms

   the directory permissions

   returns

   a reference to this, so the API can be used fluently

7.  def chownL(path: String, user: String, group: String): Task[Unit]

   Change the ownership on the file represented by path to user and {code group}, asynchronously.

   Change the ownership on the file represented by path to user and {code group}, asynchronously.

   path

   the path to the file

   user

   the user name, null will not change the user name

   group

   the user group, null will not change the user group name

   returns

   a reference to this, so the API can be used fluently

8.  def copyL(from: String, to: String, options: CopyOptions): Task[Unit]

   Copy a file from the path from to path to, asynchronously.

   Copy a file from the path from to path to, asynchronously.

   from

   the path to copy from

   to

   the path to copy to

   options

   options describing how the file should be copied

   returns

   a reference to this, so the API can be used fluently

9.  def copyL(from: String, to: String): Task[Unit]

   Copy a file from the path from to path to, asynchronously.

   Copy a file from the path from to path to, asynchronously.

   The copy will fail if the destination already exists.

   from

   the path to copy from

   to

   the path to copy to

   returns

   a reference to this, so the API can be used fluently

10.  def copyRecursiveL(from: String, to: String, recursive: Boolean): Task[Unit]

    Copy a file from the path from to path to, asynchronously.

    Copy a file from the path from to path to, asynchronously.

    If recursive is true and from represents a directory, then the directory and its contents will be copied recursively to the destination to.

    The copy will fail if the destination if the destination already exists.

    from

    the path to copy from

    to

    the path to copy to

    returns

    a reference to this, so the API can be used fluently

11.  def createFileL(path: String, perms: String): Task[Unit]

    Creates an empty file with the specified path and permissions perms, asynchronously.

    Creates an empty file with the specified path and permissions perms, asynchronously.

    path

    path to the file

    perms

    the permissions string

    returns

    a reference to this, so the API can be used fluently

12.  def createFileL(path: String): Task[Unit]

    Creates an empty file with the specified path, asynchronously.

    Creates an empty file with the specified path, asynchronously.

    path

    path to the file

    returns

    a reference to this, so the API can be used fluently

13.  def createTempDirectoryL(dir: String, prefix: String, perms: String): Task[String]

    Creates a new directory in the directory provided by the path path, using the given prefix to generate its name, asynchronously.

    Creates a new directory in the directory provided by the path path, using the given prefix to generate its name, asynchronously.

    The new directory will be created with permissions as specified by perms.

    The permission String takes the form rwxr-x--- as specified in here.

    As with the File.createTempFile methods, this method is only part of a temporary-file facility.A shutdown-hook, or the java.io.File#deleteOnExit mechanism may be used to delete the directory automatically.

    dir

    the path to directory in which to create the directory

    prefix

    the prefix string to be used in generating the directory's name; may be null

    perms

    the permissions string

    returns

    a reference to this, so the API can be used fluently

14.  def createTempDirectoryL(prefix: String, perms: String): Task[String]

    Creates a new directory in the default temporary-file directory, using the given prefix to generate its name, asynchronously.

    Creates a new directory in the default temporary-file directory, using the given prefix to generate its name, asynchronously.

    The new directory will be created with permissions as specified by perms.

    The permission String takes the form rwxr-x--- as specified in here.

    As with the File.createTempFile methods, this method is only part of a temporary-file facility.A shutdown-hook, or the java.io.File#deleteOnExit mechanism may be used to delete the directory automatically.

    prefix

    the prefix string to be used in generating the directory's name; may be null

    perms

    the permissions string

    returns

    a reference to this, so the API can be used fluently

15.  def createTempDirectoryL(prefix: String): Task[String]

    Creates a new directory in the default temporary-file directory, using the given prefix to generate its name, asynchronously.

    Creates a new directory in the default temporary-file directory, using the given prefix to generate its name, asynchronously.

    As with the File.createTempFile methods, this method is only part of a temporary-file facility.A shutdown-hook, or the java.io.File#deleteOnExit mechanism may be used to delete the directory automatically.

    prefix

    the prefix string to be used in generating the directory's name; may be null

    returns

    a reference to this, so the API can be used fluently

16.  def createTempFileL(dir: String, prefix: String, suffix: String, perms: String): Task[String]

    Creates a new file in the directory provided by the path dir, using the given prefix and suffix to generate its name, asynchronously.

    Creates a new file in the directory provided by the path dir, using the given prefix and suffix to generate its name, asynchronously.

    The new directory will be created with permissions as specified by perms.

    The permission String takes the form rwxr-x--- as specified in here.

    As with the File.createTempFile methods, this method is only part of a temporary-file facility.A shutdown-hook, or the java.io.File#deleteOnExit mechanism may be used to delete the directory automatically.

    dir

    the path to directory in which to create the directory

    prefix

    the prefix string to be used in generating the directory's name; may be null

    suffix

    the suffix string to be used in generating the file's name; may be null, in which case ".tmp" is used

    perms

    the permissions string

    returns

    a reference to this, so the API can be used fluently

17.  def createTempFileL(prefix: String, suffix: String, perms: String): Task[String]

    Creates a new file in the directory provided by the path dir, using the given prefix and suffix to generate its name, asynchronously.

    Creates a new file in the directory provided by the path dir, using the given prefix and suffix to generate its name, asynchronously.

    As with the File.createTempFile methods, this method is only part of a temporary-file facility.A shutdown-hook, or the java.io.File#deleteOnExit mechanism may be used to delete the directory automatically.

    prefix

    the prefix string to be used in generating the directory's name; may be null

    suffix

    the suffix string to be used in generating the file's name; may be null, in which case ".tmp" is used

    returns

    a reference to this, so the API can be used fluently

18.  def createTempFileL(prefix: String, suffix: String): Task[String]

    Creates a new file in the default temporary-file directory, using the given prefix and suffix to generate its name, asynchronously.

    Creates a new file in the default temporary-file directory, using the given prefix and suffix to generate its name, asynchronously.

    As with the File.createTempFile methods, this method is only part of a temporary-file facility.A shutdown-hook, or the java.io.File#deleteOnExit mechanism may be used to delete the directory automatically.

    prefix

    the prefix string to be used in generating the directory's name; may be null

    suffix

    the suffix string to be used in generating the file's name; may be null, in which case ".tmp" is used

    returns

    a reference to this, so the API can be used fluently

19.  def deleteL(path: String): Task[Unit]

    Deletes the file represented by the specified path, asynchronously.

    Deletes the file represented by the specified path, asynchronously.

    path

    path to the file

    returns

    a reference to this, so the API can be used fluently

20.  def deleteRecursiveL(path: String, recursive: Boolean): Task[Unit]

    Deletes the file represented by the specified path, asynchronously.

    Deletes the file represented by the specified path, asynchronously.

    If the path represents a directory and recursive = true then the directory and its contents will be deleted recursively.

    path

    path to the file

    recursive

    delete recursively?

    returns

    a reference to this, so the API can be used fluently

21.  def existsL(path: String): Task[Boolean]

    Determines whether the file as specified by the path path exists, asynchronously.

    Determines whether the file as specified by the path path exists, asynchronously.

    path

    path to the file

    returns

    a reference to this, so the API can be used fluently

22.  def fsPropsL(path: String): Task[FileSystemProps]

    Returns properties of the file-system being used by the specified path, asynchronously.

    Returns properties of the file-system being used by the specified path, asynchronously.

    path

    path to anywhere on the filesystem

    returns

    a reference to this, so the API can be used fluently

23.  def getClass(): Class[_ <: AnyVal]

    Definition Classes

    AnyVal → Any

24.  final def isInstanceOf[T0]: Boolean

    Definition Classes

    Any

25.  def linkL(link: String, existing: String): Task[Unit]

    Create a hard link on the file system from link to existing, asynchronously.

    Create a hard link on the file system from link to existing, asynchronously.

    link

    the link

    existing

    the link destination

    returns

    a reference to this, so the API can be used fluently

26.  def lpropsL(path: String): Task[FileProps]

    Obtain properties for the link represented by path, asynchronously.

    Obtain properties for the link represented by path, asynchronously.

    The link will not be followed.

    path

    the path to the file

    returns

    a reference to this, so the API can be used fluently

27.  def mkdirL(path: String, perms: String): Task[Unit]

    Create the directory represented by path, asynchronously.

    Create the directory represented by path, asynchronously.

    The new directory will be created with permissions as specified by perms.

    The permission String takes the form rwxr-x--- as specified in here.

    The operation will fail if the directory already exists.

    path

    path to the file

    perms

    the permissions string

    returns

    a reference to this, so the API can be used fluently

28.  def mkdirL(path: String): Task[Unit]

    Create the directory represented by path, asynchronously.

    Create the directory represented by path, asynchronously.

    The operation will fail if the directory already exists.

    path

    path to the file

    returns

    a reference to this, so the API can be used fluently

29.  def mkdirsL(path: String, perms: String): Task[Unit]

    Create the directory represented by path and any non existent parents, asynchronously.

    Create the directory represented by path and any non existent parents, asynchronously.

    The new directory will be created with permissions as specified by perms.

    The permission String takes the form rwxr-x--- as specified in here.

    The operation will fail if the path already exists but is not a directory.

    path

    path to the file

    perms

    the permissions string

    returns

    a reference to this, so the API can be used fluently

30.  def mkdirsL(path: String): Task[Unit]

    Create the directory represented by path and any non existent parents, asynchronously.

    Create the directory represented by path and any non existent parents, asynchronously.

    The operation will fail if the path already exists but is not a directory.

    path

    path to the file

    returns

    a reference to this, so the API can be used fluently

31.  def moveL(from: String, to: String, options: CopyOptions): Task[Unit]

    Move a file from the path from to path to, asynchronously.

    Move a file from the path from to path to, asynchronously.

    from

    the path to copy from

    to

    the path to copy to

    options

    options describing how the file should be copied

    returns

    a reference to this, so the API can be used fluently

32.  def moveL(from: String, to: String): Task[Unit]

    Move a file from the path from to path to, asynchronously.

    Move a file from the path from to path to, asynchronously.

    The move will fail if the destination already exists.

    from

    the path to copy from

    to

    the path to copy to

    returns

    a reference to this, so the API can be used fluently

33.  def openL(path: String, options: OpenOptions): Task[AsyncFile]

    Open the file represented by path, asynchronously.

    Open the file represented by path, asynchronously.

    The file is opened for both reading and writing. If the file does not already exist it will be created.

    path

    path to the file

    options

    options describing how the file should be opened

    returns

    a reference to this, so the API can be used fluently

34.  def propsL(path: String): Task[FileProps]

    Obtain properties for the file represented by path, asynchronously.

    Obtain properties for the file represented by path, asynchronously.

    If the file is a link, the link will be followed.

    path

    the path to the file

    returns

    a reference to this, so the API can be used fluently

35.  def readDirL(path: String, filter: String): Task[List[String]]

    Read the contents of the directory specified by path, asynchronously.

    Read the contents of the directory specified by path, asynchronously.

    The parameter filter is a regular expression. If filter is specified then only the paths that match @{filter}will be returned.

    The result is an array of String representing the paths of the files inside the directory.

    path

    path to the directory

    filter

    the filter expression

    returns

    a reference to this, so the API can be used fluently

36.  def readDirL(path: String): Task[List[String]]

    Read the contents of the directory specified by path, asynchronously.

    Read the contents of the directory specified by path, asynchronously.

    The result is an array of String representing the paths of the files inside the directory.

    path

    path to the file

    returns

    a reference to this, so the API can be used fluently

37.  def readFileL(path: String): Task[Buffer]

    Reads the entire file as represented by the path path as a Buffer, asynchronously.

    Reads the entire file as represented by the path path as a Buffer, asynchronously.

    Do not use this method to read very large files or you risk running out of available RAM.

    path

    path to the file

    returns

    a reference to this, so the API can be used fluently

38.  def readSymlinkL(link: String): Task[String]

    Returns the path representing the file that the symbolic link specified by link points to, asynchronously.

    Returns the path representing the file that the symbolic link specified by link points to, asynchronously.

    link

    the link

    returns

    a reference to this, so the API can be used fluently

39.  def symlinkL(link: String, existing: String): Task[Unit]

    Create a symbolic link on the file system from link to existing, asynchronously.

    Create a symbolic link on the file system from link to existing, asynchronously.

    link

    the link

    existing

    the link destination

    returns

    a reference to this, so the API can be used fluently

40.  val target: FileSystem
41.  def toString(): String

    Definition Classes

    Any

42.  def truncateL(path: String, len: Long): Task[Unit]

    Truncate the file represented by path to length len in bytes, asynchronously.

    Truncate the file represented by path to length len in bytes, asynchronously.

    The operation will fail if the file does not exist or len is less than zero.

    path

    the path to the file

    len

    the length to truncate it to

    returns

    a reference to this, so the API can be used fluently

43.  def unlinkL(link: String): Task[Unit]

    Unlinks the link on the file system represented by the path link, asynchronously.

    Unlinks the link on the file system represented by the path link, asynchronously.

    link

    the link

    returns

    a reference to this, so the API can be used fluently

44.  def writeFileL(path: String, data: Buffer): Task[Unit]

    Creates the file, and writes the specified Buffer data to the file represented by the path path, asynchronously.

    Creates the file, and writes the specified Buffer data to the file represented by the path path, asynchronously.

    path

    path to the file

    returns

    a reference to this, so the API can be used fluently