Uses of Class de.schlichtherle.truezip.file.TFile (TrueZIP File* 7.0 API)

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Uses of Class
de.schlichtherle.truezip.file.TFile

Packages that use TFile
de.schlichtherle.truezip.file	Provides convenient multi-threaded read/write access to archive files as if they were just plain old directories in a file system path by means of the `TFile`* classes and their dependent classes.
de.schlichtherle.truezip.file.swing	Provides Swing GUI classes for viewing file trees, choosing entries in archive files or path name autocompletion in combo boxes.

Uses of TFile in de.schlichtherle.truezip.file

Fields in de.schlichtherle.truezip.file declared as TFile
`private TFile`	`TFile.enclArchive`
`private TFile`	`TFile.innerArchive`

Methods in de.schlichtherle.truezip.file that return TFile
`private static TFile[]`	`TFile.convert(File[] files, TArchiveDetector detector)`
`TFile`	`TFile.cp_p(File dst)` Equivalent to `cp_p(this, dst)`.
`TFile`	`TFile.cp_r(File dst)` Equivalent to `cp_r(this, dst, getArchiveDetector(), getArchiveDetector())`.
`TFile`	`TFile.cp_rp(File dst)` Equivalent to `cp_rp(this, dst, getArchiveDetector(), getArchiveDetector())`.
`TFile`	`TFile.cp(File dst)` Equivalent to `cp(this, dst)`.
`private TFile[]`	`TFile.delegateListFiles(FileFilter filter, TArchiveDetector detector)`
`TFile`	`TFile.getAbsoluteFile()`
`TFile`	`TFile.getCanonicalFile()`
`TFile`	`TFile.getCanOrAbsFile()` This convenience method simply returns the canonical form of this abstract path or the normalized absolute form if resolving the prior fails.
`TFile`	`TFile.getEnclArchive()` Returns the enclosing archive file in this path.
`TFile`	`TFile.getInnerArchive()` Returns the innermost archive file in this path.
`TFile`	`TFile.getNonArchivedParentFile()` Returns the first parent directory (starting from this file) which is not an archive file or a file located in an archive file.
`TFile`	`TFile.getNormalizedAbsoluteFile()` Similar to `getAbsoluteFile()`, but removes any `"."` and `".."` directories from the path name wherever possible.
`TFile`	`TFile.getNormalizedFile()` Removes any `"."` and `".."` directories from the path name wherever possible.
`TFile`	`TFile.getParentFile()`
`TFile`	`TFile.getTopLevelArchive()` Returns The top level archive file in the path or `null` if this path does not denote an archive.
`TFile[]`	`TFile.listFiles()` Equivalent to `listFiles((FilenameFilter) null, getArchiveDetector())`.
`TFile[]`	`TFile.listFiles(FileFilter fileFilter)` Equivalent to `listFiles(fileFilter, getArchiveDetector())`.
`TFile[]`	`TFile.listFiles(FileFilter filter, TArchiveDetector detector)` Returns `TFile` objects for the members in this directory which are accepted by `fileFilter` in a newly created array.
`TFile[]`	`TFile.listFiles(FilenameFilter filenameFilter)` Equivalent to `listFiles(filenameFilter, getArchiveDetector())`.
`TFile[]`	`TFile.listFiles(FilenameFilter filter, TArchiveDetector detector)` Returns `TFile` objects for the members in this directory which are accepted by `filenameFilter` in a newly created array.
`TFile[]`	`TFile.listFiles(TArchiveDetector detector)` Returns `TFile` objects for the members in this directory in a newly created array.
`TFile`	`TFile.mkdir(boolean recursive)` Ensures that a (virtual) directory with `this path name` exists in the (federated) file system.
`TFile`	`TFile.mv(File dst)` Equivalent to `mv(this, dst, getArchiveDetector())`.
`TFile`	`TFile.rm_r()` Equivalent to `rm_r(this)`.
`TFile`	`TFile.rm()` Equivalent to `rm(this)`.

Methods in de.schlichtherle.truezip.file with parameters of type TFile
`private void`	`TFile.scan(TFile ancestor)` Initialize this file object by scanning its path for archive files, using the given `ancestor` file (i.e. a direct or indirect parent file) if any.
`private void`	`TFile.scan(TFile ancestor, TArchiveDetector detector, int skip, String path, StringBuilder enclEntryNameBuf, Paths.Splitter splitter)`
`static void`	`TFile.sync(TFile archive, BitField<FsSyncOption> options)` Commits all unsynchronized changes to the contents of all federated file systems (i.e. archive files) identified by `archive` and all its member federated file systems to their respective parent file system, releases the associated resources (i.e. the target archive files) for access by third parties (e.g. other processes) and cleans up any temporary resources (i.e. temporary files).
`static void`	`TFile.umount(TFile archive)` Commits all unsynchronized changes to the contents of all federated file systems (i.e. archive files) to their respective parent file system, releases the associated resources (i.e. the target archive files) for access by third parties (e.g. other processes) and cleans up any temporary resources (i.e. temporary files).
`static void`	`TFile.umount(TFile archive, boolean closeStreams)` Commits all unsynchronized changes to the contents of all federated file systems (i.e. archive files) to their respective parent file system, releases the associated resources (i.e. the target archive files) for access by third parties (e.g. other processes) and cleans up any temporary resources (i.e. temporary files).
`static void`	`TFile.umount(TFile archive, boolean waitForInputStreams, boolean closeInputStreams, boolean waitForOutputStreams, boolean closeOutputStreams)` Commits all unsynchronized changes to the contents of all federated file systems (i.e. archive files) to their respective parent file system, releases the associated resources (i.e. the target archive files) for access by third parties (e.g. other processes) and cleans up any temporary resources (i.e. temporary files).

Constructors in de.schlichtherle.truezip.file with parameters of type TFile
`TFile(File delegate, TFile innerArchive, TArchiveDetector detector)`
`TFileReader(TFile file)`
`TFileReader(TFile file, CharsetDecoder decoder)`
`TFileWriter(TFile file)`
`TFileWriter(TFile file, boolean append)`
`TFileWriter(TFile file, boolean append, CharsetEncoder encoder)`

Uses of TFile in de.schlichtherle.truezip.file.swing

Fields in de.schlichtherle.truezip.file.swing declared as TFile
`private TFile`	`TFileTree.editedNode`
`private TFile`	`TFileTreeModel.root`

Fields in de.schlichtherle.truezip.file.swing with type parameters of type TFile
`private Map<TFile,TFile[]>`	`TFileTreeModel.cache` Used to cache the contents of directories.
`private Comparator<? super TFile>`	`TFileTreeModel.comparator` A comparator for `TFile` or super classes.

Methods in de.schlichtherle.truezip.file.swing that return TFile
`TFile`	`TFileTreeModel.getChild(Object parent, int index)`
`private TFile[]`	`TFileTreeModel.getChildren(TFile parent)`
`TFile`	`TFileChooser.getCurrentDirectory()`
`(package private) TFile`	`TFileTree.getEditedNode()` Returns the node that is currently edited, if any.
`TFile`	`TFileTreeModel.getRoot()`
`TFile`	`TFileChooser.getSelectedFile()`
`TFile[]`	`TFileChooser.getSelectedFiles()`
`private static TFile`	`TFileView.newNonArchiveFile(TFile file)`
`private TFile[]`	`TFileTreeModel.newPath(TFile node)` Returns an array of `TFile` objects indicating the path from the root to the given node.
`private TFile[]`	`TFileTreeModel.newPath(TFile node, int level)`
`protected TFile`	`TFileSystemView.wrap(File file)` Ensures that the returned file object is an instance of `TFile`.

Methods in de.schlichtherle.truezip.file.swing with parameters of type TFile
`void`	`TFileTreeModel.cp_p(TFile oldNode, TFile node)` Copies `oldNode` to `node` preserving its last modification time and updates the tree accordingly.
`void`	`TFileTree.cp_p(TFile oldNode, TFile node)` Forwards the call to the `TFileTreeModel` and scrolls the tree so that the copied node is selected and visible.
`void`	`TFileTreeModel.cp_r(TFile oldNode, TFile node)` Copies `oldNode` to `node` recursively and updates the tree accordingly.
`void`	`TFileTree.cp_r(TFile oldNode, TFile node)` Forwards the call to the `TFileTreeModel` and scrolls the tree so that the recursively copied node is selected and visible.
`void`	`TFileTreeModel.cp_rp(TFile oldNode, TFile node)` Copies `oldNode` to `node` recursively preserving its last modification time and updates the tree accordingly.
`void`	`TFileTree.cp_rp(TFile oldNode, TFile node)` Forwards the call to the `TFileTreeModel` and scrolls the tree so that the recursively copied node is selected and visible.
`void`	`TFileTreeModel.cp(InputStream in, TFile node)` Copies `in` to `node` and updates the tree accordingly.
`void`	`TFileTree.cp(InputStream in, TFile node)` Forwards the call to the `TFileTreeModel` and scrolls the tree so that the copied node is selected and visible.
`void`	`TFileTreeModel.cp(TFile oldNode, TFile node)` Copies `oldNode` to `node` and updates the tree accordingly.
`void`	`TFileTree.cp(TFile oldNode, TFile node)` Forwards the call to the `TFileTreeModel` and scrolls the tree so that the copied node is selected and visible.
`boolean`	`TFileTreeModel.createNewFile(TFile node)` Creates `node` as a new file in the file system and updates the tree accordingly.
`boolean`	`TFileTree.createNewFile(TFile node)` Forwards the call to the `TFileTreeModel` and scrolls the tree so that the newly created file is selected and visible.
`(package private) void`	`TFileTreeModel.forget(TFile node)` Clears the internal cache associated with `node` and all of its children.
`private void`	`TFileTreeModel.forget(TFile node, boolean childrenToo)` Clears the internal cache associated with `node`.
`private TFile[]`	`TFileTreeModel.getChildren(TFile parent)`
`private static boolean`	`TFileView.isEntryInTrueArchive(TFile file)`
`private static boolean`	`TFileView.isTrueArchive(TFile file)`
`void`	`TFileTreeModel.mkdir(TFile node, boolean recursive)` Ensures that `node` exists as a (virtual) directory in the (federated) file system and updates the tree accordingly.
`void`	`TFileTree.mkdir(TFile node, boolean recursive)` Forwards the call to the `TFileTreeModel` and scrolls the tree so that the newly created directory is selected and visible.
`void`	`TFileTreeModel.mv(TFile oldNode, TFile node)` Moves `oldNode` to `node` and updates the tree accordingly.
`void`	`TFileTree.mv(TFile oldNode, TFile node)` Forwards the call to the `TFileTreeModel`, restores the expanded paths, selects `node` and scrolls to it if necessary.
`private static TFile`	`TFileView.newNonArchiveFile(TFile file)`
`private TFile[]`	`TFileTreeModel.newPath(TFile node)` Returns an array of `TFile` objects indicating the path from the root to the given node.
`private TFile[]`	`TFileTreeModel.newPath(TFile node, int level)`
`(package private) TreePath`	`TFileTreeModel.newTreePath(TFile node)` Returns a new `TreePath` for the given `node` or `null` if `node` is not part of this file tree or is `null`.
`void`	`TFileTreeModel.nodeChanged(TFile node)` Updates the given node in the tree.
`void`	`TFileTreeModel.nodeInserted(TFile node)` Inserts the given node in the tree.
`void`	`TFileTreeModel.nodeInsertedOrStructureChanged(TFile node)` Inserts the given node in the tree or reloads the tree structure for the given node if it already exists.
`void`	`TFileTreeModel.nodeRemoved(TFile node)` Removes the given node from the tree.
`void`	`TFileTreeModel.refresh(TFile node)` Alias for `TFileTreeModel.structureChanged(TFile)`.
`void`	`TFileTree.refresh(TFile node)` Refreshes the subtree for the given node, restores the expanded and selected paths and scrolls to the lead selection path if necessary.
`void`	`TFileTreeModel.rm_r(TFile node)` Deletes the file or (probably not empty) directory `node` and updates the tree accordingly.
`void`	`TFileTree.rm_r(TFile node)` Forwards the call to the `TFileTreeModel` and scrolls the tree so that the successor to the deleted node is selected and visible.
`void`	`TFileTreeModel.rm(TFile node)` Deletes the file or empty directory `node` and updates the tree accordingly.
`void`	`TFileTree.rm(TFile node)` Forwards the call to the `TFileTreeModel` and scrolls the tree so that the successor to the deleted node is selected and visible.
`void`	`TFileTree.scrollNodeToVisible(TFile node)`
`void`	`TFileTree.setSelectionNode(TFile node)`
`void`	`TFileTree.setSelectionNodes(TFile[] nodes)`
`void`	`TFileTreeModel.structureChanged(TFile node)` Reloads the tree structure for the given node.

Constructors in de.schlichtherle.truezip.file.swing with parameters of type TFile
`TFileChooser(TFile currentDirectory)`
`TFileChooser(TFile currentDirectory, TFileSystemView fileSystemView)`
`TFileTree(TFile root)` Creates a new `TFileTree` which traverses the given root `root` file.
`TFileTreeModel(TFile root, FileFilter filter, Comparator<? super TFile> comparator)` Creates a new `TFileTreeModel` which browses the specified `root` file.

Constructor parameters in de.schlichtherle.truezip.file.swing with type arguments of type TFile
`TFileTreeModel(TFile root, FileFilter filter, Comparator<? super TFile> comparator)` Creates a new `TFileTreeModel` which browses the specified `root` file.

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Uses of Classde.schlichtherle.truezip.file.TFile

Uses of Class
de.schlichtherle.truezip.file.TFile