def getDirContents(self, directory):
""" Return a tuple of sorted rows (directories, playlists, mediaFiles) for the given directory """
playlists = []
mediaFiles = []
directories = []
for (file, path) in tools.listDir(directory, self.showHiddenFiles):
if isdir(path):
directories.append(
(icons.dirMenuIcon(),
tools.htmlEscape(unicode(file, errors='replace')),
TYPE_DIR, path))
elif isfile(path):
if media.isSupported(file):
mediaFiles.append(
(icons.mediaFileMenuIcon(),
tools.htmlEscape(unicode(file, errors='replace')),
TYPE_FILE, path))
elif playlist.isSupported(file):
playlists.append(
(icons.mediaFileMenuIcon(),
tools.htmlEscape(unicode(file, errors='replace')),
TYPE_FILE, path))
playlists.sort(key=self.sortKey)
mediaFiles.sort(key=self.sortKey)
directories.sort(key=self.sortKey)
return (directories, playlists, mediaFiles)
def getDirContents(self, directory):
""" Return a tuple of sorted rows (directories, playlists, mediaFiles) for the given directory """
playlists = []
mediaFiles = []
directories = []
for (file, path) in tools.listDir(unicode(directory)):
# Make directory names prettier
junk = ['_']
pretty_name = file
for item in junk:
pretty_name = pretty_name.replace(item, ' ')
if isdir(path):
directories.append((icons.dirMenuIcon(), tools.htmlEscape(pretty_name), TYPE_DIR, path))
elif isfile(path):
if media.isSupported(file):
mediaFiles.append((icons.mediaFileMenuIcon(), tools.htmlEscape(pretty_name), TYPE_FILE, path))
##elif playlist.isSupported(file):
## playlists.append((icons.mediaFileMenuIcon(), tools.htmlEscape(unicode(file, errors='replace')), TYPE_FILE, path))
# Individually sort each type of file by name
playlists.sort(key=self._filename)
mediaFiles.sort(key=self._filename)
directories.sort(key=self._filename)
return (directories, playlists, mediaFiles)
def loadTracks(self, tree, node, fakeChild):
""" Initial load of all tracks of the given node, assuming it is of type TYPE_ALBUM """
allTracks = pickleLoad(tree.getItem(node, ROW_FULLPATH))
icon = icons.mediaFileMenuIcon()
rows = [(icon, None, '%02u. %s' % (track.getNumber(), htmlEscape(track.getTitle())), TYPE_TRACK, track.getFilePath(), track) for track in allTracks]
tree.appendRows(rows, node)
tree.removeRow(fakeChild)
def createTree(self, nbTracks):
""" Create a temporary explorer tree without disc information """
name = '%s <span size="smaller" foreground="#909090">%s</span>' % (MOD_L10N, _("downloading data..."))
self.tree.replaceContent(((icons.cdromMenuIcon(), None, name, None),))
# Append a child for each track
self.tree.appendRows(
[(icons.mediaFileMenuIcon(), None, _("Track %02u") % (i + 1), None) for i in xrange(nbTracks)], (0,)
)
self.tree.expand_all()
def getDirContents(self, directory):
""" Return a tuple of sorted rows (directories, playlists, mediaFiles) for the given directory """
playlists = []
mediaFiles = []
directories = []
for (file, path) in tools.listDir(directory, self.showHiddenFiles):
if isdir(path):
directories.append((icons.dirMenuIcon(), tools.htmlEscape(unicode(file, errors='replace')), TYPE_DIR, path))
elif isfile(path):
if media.isSupported(file):
mediaFiles.append((icons.mediaFileMenuIcon(), tools.htmlEscape(unicode(file, errors='replace')), TYPE_FILE, path))
elif playlist.isSupported(file):
playlists.append((icons.mediaFileMenuIcon(), tools.htmlEscape(unicode(file, errors='replace')), TYPE_FILE, path))
playlists.sort(key=self.sortKey)
mediaFiles.sort(key=self.sortKey)
directories.sort(key=self.sortKey)
return (directories, playlists, mediaFiles)
def onSearchAppend(self, results, query):
self._remove_searching_node()
# Make sure we never call this method without calling onSearchStart first
if not self.displaying_results:
return
dirs, files = results
for path, name in dirs:
new_node = self.tree.appendRow((icons.dirMenuIcon(), name, TYPE_DIR, path), None)
# add fake child
self.tree.appendRow((icons.dirMenuIcon(), '', TYPE_NONE, ''), new_node)
for file, name in files:
self.tree.appendRow((icons.mediaFileMenuIcon(), name, TYPE_FILE, file), None)
def restoreTreeDump(self, dump, parent=None):
""" Recursively restore the dump under the given parent (None for the root of the tree) """
for item in dump:
(name, type, path) = item[0]
if type == TYPE_FILE:
self.tree.appendRow((icons.mediaFileMenuIcon(), name, TYPE_FILE, path), parent)
else:
newNode = self.tree.appendRow((icons.dirMenuIcon(), name, TYPE_DIR, path), parent)
if item[1] is not None:
fakeChild = self.tree.appendRow((icons.dirMenuIcon(), '', TYPE_NONE, ''), newNode)
if len(item[1]) != 0:
# We must expand the row before adding the real children, but this works only if there is already at least one child
self.tree.expandRow(newNode)
self.restoreTreeDump(item[1], newNode)
self.tree.removeRow(fakeChild)
def restoreTreeDump(self, dump, parent=None):
""" Recursively restore the dump under the given parent (None for the root of the tree) """
for item in dump:
(name, type, path) = item[0]
if type == TYPE_FILE:
self.tree.appendRow(
(icons.mediaFileMenuIcon(), name, TYPE_FILE, path), parent)
else:
newNode = self.tree.appendRow(
(icons.dirMenuIcon(), name, TYPE_DIR, path), parent)
if item[1] is not None:
fakeChild = self.tree.appendRow(
(icons.dirMenuIcon(), '', TYPE_NONE, ''), newNode)
if len(item[1]) != 0:
# We must expand the row before adding the real children, but this works only if there is already at least one child
self.tree.expandRow(newNode)
self.restoreTreeDump(item[1], newNode)
self.tree.removeRow(fakeChild)