def on_btn_play_clicked(self, btn_play):
"""
Get the seletect tracks on the tree and play them with the defined
mp3 player (default 'totem')
"""
title = _("Music player")
try:
self.log.info("Play selected tracks")
selected_track_list = self.mp3_tree.get_selected_mp3_files()
selected_tracks = ''
if len(selected_track_list) > 0:
selected_tracks = '"' + '" "'.join(selected_track_list) + '"'
play_command = "%s %s" % (self.config['music']['player'],
selected_tracks)
process = subprocess.Popen(play_command,
shell = True,
stdout = subprocess.PIPE,
stderr = subprocess.PIPE)
# Wait a bit to kwnon if the process failed inmediatily
time.sleep(0.2)
returncode = process.poll()
if returncode:
error_message = _("Cannot open music player:\n\n")
stdout = ''.join(process.stdout.readlines()).replace("&","&")
stderr = ''.join(process.stderr.readlines()).replace("&","&")
error_message = "%s%s%s" % (error_message, stdout, stderr)
message.error(title, error_message, self.GMusicTagger)
except:
self.log.exception("Error running music player")
exception_message = _("Error running music player")
message.exception(title, exception_message, self.GMusicTagger)
def on_btn_test_music_player_program_clicked (self, btn_test_music_player_program):
"""
"""
play_command = self.entry_music_player_program.get_text()
process = subprocess.Popen(play_command,
shell = True,
stdout = subprocess.PIPE,
stderr = subprocess.PIPE)
# Wait a bit to kwnon if the process failed inmediatily
time.sleep(0.2)
returncode = process.poll()
title = _("Music player test")
if returncode:
error_message = _("Cannot open music player:\n\n")
stdout = ''.join(process.stdout.readlines()).replace("&","&")
stderr = ''.join(process.stderr.readlines()).replace("&","&")
error_message = "%s%s%s" % (error_message, stdout, stderr)
message.error(title, error_message, self.dialog_settings)
else:
ok_message = _("The player '%s' works!") % play_command
message.info(title, ok_message, self.dialog_settings)
def on_btn_test_music_player_program_clicked(
self, btn_test_music_player_program):
"""
"""
play_command = self.entry_music_player_program.get_text()
process = subprocess.Popen(play_command,
shell=True,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
# Wait a bit to kwnon if the process failed inmediatily
time.sleep(0.2)
returncode = process.poll()
title = _("Music player test")
if returncode:
error_message = _("Cannot open music player:\n\n")
stdout = ''.join(process.stdout.readlines()).replace("&", "&")
stderr = ''.join(process.stderr.readlines()).replace("&", "&")
error_message = "%s%s%s" % (error_message, stdout, stderr)
message.error(title, error_message, self.dialog_settings)
else:
ok_message = _("The player '%s' works!") % play_command
message.info(title, ok_message, self.dialog_settings)
## You should have received a copy of the GNU General Public License
## along with this program; if not, write to the Free Software
## Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
###############################################################################
import core.env as env
from core.env import _
import ui.message as message
def show_notification(title, message):
print "%s -> %s" % (title, message)
try:
import pynotify
if pynotify.init(env.APP_NAME):
def show_notification(title, message):
notification = pynotify.Notification(title, message)
notification.set_icon_from_pixbuf(env.GMUSICTAGGER_BUF)
notification.set_urgency(pynotify.URGENCY_LOW)
notification.show()
except ImportError:
error_title = _("GMusicTagger: Notifier module")
error_message = _("Cannot start notification module.\n") + _("Try installing 'python-notify' package")
message.error(error_title, error_message)
##
## You should have received a copy of the GNU General Public License
## along with this program; if not, write to the Free Software
## Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
###############################################################################
import core.env as env
from core.env import _
import ui.message as message
def show_notification(title, message):
print "%s -> %s" % (title, message)
try:
import pynotify
if pynotify.init(env.APP_NAME):
def show_notification(title, message):
notification = pynotify.Notification(title, message)
notification.set_icon_from_pixbuf(env.GMUSICTAGGER_BUF)
notification.set_urgency(pynotify.URGENCY_LOW)
notification.show()
except ImportError:
error_title = _("GMusicTagger: Notifier module")
error_message = _("Cannot start notification module.\n") + \
_("Try installing 'python-notify' package")
message.error(error_title, error_message)
def update_selected_iters(self):
"""
Retrieve all the mp3 paths selected with changes pending to update
and update them tags. Rename the files if File column have changes.
"""
APPLOG.info("Update selected mp3 paths with pending changes")
# Initialize updates counter
total_files_updated = 0
# Gets the mp3 paths to update
selected_mp3_paths = self.get_selected_mp3_files()
mp3_paths_to_update = self.mp3_store.pending_files_to_update(selected_mp3_paths)
if mp3_paths_to_update:
# Initialize the progressbar
self.progressbarbox.set_property('visible',True)
self.progressbarbox.set_new_bar(len(mp3_paths_to_update))
for mp3 in mp3_paths_to_update:
# Check if the action is not cancelled
if not self.progressbarbox.cancel_action:
# Refresh the progressbar
self.progressbarbox.next(_("Updating %s...") % mp3)
# Update Mp3 tag and rename the filename
is_updated = self.mp3_store.update(mp3)
# Rename Mp3 file
is_renamed = False
new_mp3 = self.mp3_store.rename(mp3)
if new_mp3:
is_renamed = True
if mp3 != new_mp3:
self.update_mp3_path(mp3,new_mp3)
mp3 = new_mp3
if is_updated and is_renamed:
self.mp3_store.remove_for_update(mp3)
APPLOG.info("'%s' successfully saved" % mp3)
total_files_updated += 1
elif not is_updated:
APPLOG.info("'%s' not saved" % mp3)
message.error(_("Save Mp3 changes"),
_("Error while saving Mp3 %s metadata") % mp3,
self.get_toplevel())
elif not is_renamed:
APPLOG.info("'%s' not renamed" % mp3)
message.error(_("Save Mp3 changes"),
_("Error while renaming Mp3 %s") % mp3,
self.get_toplevel())
else:
APPLOG.warning("Save process cancelled")
self.progressbarbox.cancel_message()
time.sleep(CANCEL_ACTION_SLEEP)
break
# Hide the progressbar
self.progressbarbox.set_property('visible',False)
else:
APPLOG.info("No changes pending on the selected mp3 files")
message.info(_("Update Mp3 files"),
_("No changes pending on the selected Mp3 Files."),
self.get_toplevel())
return total_files_updated
def add_iters(self,mp3_files):
""" Insert the new mp3 files in the Tree ListStore """
APPLOG.info("Add new iters on the Mp3 Tree")
# Initialize addition counter
total_files_added = 0
# Initialize the progressbar
self.progressbarbox.set_property('visible',True)
self.progressbarbox.set_new_bar(len(mp3_files))
# Append the files in the Tree ListStore
for mp3 in mp3_files:
# Check if the action is not cancelled
if not self.progressbarbox.cancel_action:
# Refresh the progressbar
self.progressbarbox.next(_("Loading %s...") % mp3)
# Add Mp3 File in the storage Core and read it
added_mp3 = self.mp3_store.add_item(mp3)
if added_mp3:
if added_mp3 < 2:
try:
mp3_audio_file = self.mp3_store.get_metadata(mp3)
mp3_tag = mp3_audio_file.getTag()
# Gets Filename by the path basename and without ext
filename = os.path.basename(mp3)
i = filename.rindex('.')
filename = filename[:i]
# Retrieve the complex tags (Genre and Comments)
try:
genre = mp3_tag.getGenre()
if genre:
genre_name = genre.getName()
else:
genre_name = u''
except eyeD3.tag.GenreException:
genre_name = ''
comments = mp3_tag.getComments()
if len(comments) > 0:
comment_string = comments[0].comment
else:
comment_string = u''
# Retrieve all text fields of the MP3 tag
# and sets the tree fields
col_selec = self.config['misc']['auto-select-when-added']
col_file = filename
col_num = self.getTrackNumString(mp3_tag.getTrackNum())
col_title = mp3_tag.getTitle()
col_artist = mp3_tag.getArtist('TPE1')
col_band = mp3_tag.getArtist('TPE2')
col_performer = mp3_tag.getArtist('TPE3')
col_remix = mp3_tag.getArtist('TPE4')
col_compositor = mp3_tag.getArtist('TCOM')
col_album = mp3_tag.getAlbum()
col_year = mp3_tag.getYear()
col_genre = genre_name
col_comments = comment_string
col_duration = mp3_audio_file.getPlayTimeString()
col_bitrate = mp3_audio_file.getBitRateString()
col_path = mp3
iter_tuple_values = (col_selec, col_file, col_num, col_title,
col_artist, col_band, col_performer,
col_remix, col_compositor, col_album,
col_year, col_genre, self.genre_model,
col_comments, col_duration, col_bitrate,
col_path)
self.model.append(iter_tuple_values)
total_files_added += 1
except:
APPLOG.exception("Reading Tag from %s" % mp3)
message.exception(_("Reading Mp3 tags"),
_("Error reading Mp3 Tag from '%s'\n")
% os.path.basename(mp3).replace("&","&"),
self.get_toplevel())
self.mp3_store.remove_items([mp3])
else:
message.error(_("Initialize Mp3 Tag"),
_("Error adding Mp3 File '%s'.\nCheck the app log.")
% os.path.basename(mp3).replace("&","&"),
self.get_toplevel())
else:
APPLOG.warning("Load process cancelled")
self.progressbarbox.cancel_message()
time.sleep(CANCEL_ACTION_SLEEP)
break
# Hide the progressbar
self.progressbarbox.set_property('visible',False)
return total_files_added