def log_error(self, log):
log.write(
"%s: %s\nID: %s\n%s: %s\n%s: %s\n\n" %
(_("Reason"),
mtp_invalid_file_strings[mtpconnect.is_valid_track()],
mtpconnect.get_item_id(), _("Title"), str(mtpconnect.get_title()),
_("Artist"), str(mtpconnect.get_artist())))
def log_error(self, log):
log.write("%s: %s\nID: %s\n%s: %s\n%s: %s\n\n" %
(_("Reason"), mtp_invalid_file_strings[mtpconnect.is_valid_track()],
mtpconnect.get_item_id(), _("Title"), str(mtpconnect.get_title()),
_("Artist"), str(mtpconnect.get_artist())))
def on_check_device_clicked(self, widget):
#open dblog
log = open(self.HOME_DIR + "db.log", "w")
log.write(_("Tracks that recently failed a validity check:\n"))
#disable button as a double click will cause a panic
self.tree.get_widget("check_device").set_sensitive(False)
self.write_info(_("Connecting to MTP device"))
conn_status = mtpconnect.open_device()
if conn_status != 0:
self.write_info(mtp_error_strings[conn_status])
self.tree.get_widget("check_device").set_sensitive(True)
return
self.tree.get_widget("send_comp_info").set_sensitive(True)
self.stats = {
"manufacturer": mtpconnect.get_manufacturer(),
"model": mtpconnect.get_model(),
"name": mtpconnect.get_friendly_name()
}
self.write_info(
_("Successfully connected to %(name)s %(model)s" % self.stats))
current_track = mtpconnect.get_tracks()
track_count = mtpconnect.get_track_count()
invalid_track_count = 0
self.progress_bar.set_vars(max_value=track_count)
self.write_info(
_("%s items found on device, cross checking with local database..."
% track_count))
self.progress_bar.start()
#reset song counter to 0 so we know how many new scrobbles were added this time
#in case there were some pending already
self.song_db.new_scrobble_count = 0
while current_track is not None:
if mtpconnect.is_valid_track() == 0:
#build a songdic that matches old implementation
song = {}
song['artist'] = mtpconnect.get_artist()
song['title'] = mtpconnect.get_title()
song['rating'] = mtpconnect.get_rating()
song['album'] = mtpconnect.get_album()
for key, value in song.items():
try:
song[key] = unicode(value, 'utf-8')
except TypeError:
song[key] = ""
song['id'] = mtpconnect.get_item_id()
try:
song['tracknumber'] = int(mtpconnect.get_track_number())
except TypeError:
song['tracknumber'] = 0
song['duration'] = mtpconnect.get_duration()
try:
song['usecount'] = int(mtpconnect.get_usecount())
except TypeError:
song['usecount'] = 0
self.song_db.add_new_data(song)
else:
invalid_track_count += 1
self.log_error(log)
current_track = mtpconnect.next_track()
self.progress_bar.current_progress += 1
if self.progress_bar.current_progress % 20 == 0 or self.progress_bar.current_progress > track_count - 20:
self.progress_bar.progress_bar.set_text(song['artist'])
self.tree.get_widget("cache_label").set_text(
"(%s)" % self.song_db.scrobble_counter)
if self.progress_bar.current_progress == track_count:
self.progress_bar.set_vars(pulse_mode=True,
text=_("Closing device"))
while gtk.events_pending():
gtk.main_iteration()
if track_count == 0:
self.write_info(_("No tracks were found on your device."))
if self.song_db.new_scrobble_count != 0:
self.write_info(
_("Found %s new tracks for scrobbling" %
self.song_db.new_scrobble_count))
mtpconnect.close_device()
self.progress_bar.stop()
if invalid_track_count > 0:
self.create_log_button(invalid_track_count)
self.tree.get_widget("log_menu").set_sensitive(True)
else:
self.tree.get_widget("log_menu").set_sensitive(False)
log.close()
self.song_db.reset_scrobble_counter()
self.set_button_count()
self.tree.get_widget("check_device").set_sensitive(True)
if self.options.return_option("auto_scrobble") == True:
self.on_scrobble_clicked(None)
if not self.usersDB.has_asked_for_stats(self.username, self.stats):
self.open_program_works_dialog(None)
self.usersDB.asked_for_stats(self.username, self.stats)
def on_check_device_clicked(self, widget):
#open dblog
log = open(self.HOME_DIR + "db.log", "w")
log.write(_("Tracks that recently failed a validity check:\n"))
#disable button as a double click will cause a panic
self.tree.get_widget("check_device").set_sensitive(False)
self.write_info(_("Connecting to MTP device"))
conn_status = mtpconnect.open_device()
if conn_status != 0:
self.write_info(mtp_error_strings[conn_status])
self.tree.get_widget("check_device").set_sensitive(True)
return
self.tree.get_widget("send_comp_info").set_sensitive(True)
self.stats = {"manufacturer" : mtpconnect.get_manufacturer(),
"model" : mtpconnect.get_model(),
"name" : mtpconnect.get_friendly_name()}
self.write_info(_("Successfully connected to %(name)s %(model)s" % self.stats))
current_track = mtpconnect.get_tracks()
track_count = mtpconnect.get_track_count()
invalid_track_count = 0
self.progress_bar.set_vars(max_value=track_count)
self.write_info(_("%s items found on device, cross checking with local database..." % track_count))
self.progress_bar.start()
#reset song counter to 0 so we know how many new scrobbles were added this time
#in case there were some pending already
self.song_db.new_scrobble_count = 0
while current_track is not None:
if mtpconnect.is_valid_track() == 0:
#build a songdic that matches old implementation
song = {}
song['artist'] = mtpconnect.get_artist()
song['title'] = mtpconnect.get_title()
song['rating'] = mtpconnect.get_rating()
song['album'] = mtpconnect.get_album()
for key, value in song.items():
try:
song[key] = unicode(value, 'utf-8')
except TypeError:
song[key] = ""
song['id'] = mtpconnect.get_item_id()
try:
song['tracknumber'] = int(mtpconnect.get_track_number())
except TypeError:
song['tracknumber'] = 0
song['duration'] = mtpconnect.get_duration()
try:
song['usecount'] = int(mtpconnect.get_usecount())
except TypeError:
song['usecount'] = 0
self.song_db.add_new_data(song)
else:
invalid_track_count += 1
self.log_error(log)
current_track = mtpconnect.next_track()
self.progress_bar.current_progress += 1
if self.progress_bar.current_progress % 20 == 0 or self.progress_bar.current_progress > track_count - 20:
self.progress_bar.progress_bar.set_text(song['artist'])
self.tree.get_widget("cache_label").set_text("(%s)" % self.song_db.scrobble_counter)
if self.progress_bar.current_progress == track_count:
self.progress_bar.set_vars(pulse_mode=True, text=_("Closing device"))
while gtk.events_pending():
gtk.main_iteration()
if track_count == 0:
self.write_info(_("No tracks were found on your device."))
if self.song_db.new_scrobble_count != 0:
self.write_info(_("Found %s new tracks for scrobbling" % self.song_db.new_scrobble_count))
mtpconnect.close_device()
self.progress_bar.stop()
if invalid_track_count > 0:
self.create_log_button(invalid_track_count)
self.tree.get_widget("log_menu").set_sensitive(True)
else:
self.tree.get_widget("log_menu").set_sensitive(False)
log.close()
self.song_db.reset_scrobble_counter()
self.set_button_count()
self.tree.get_widget("check_device").set_sensitive(True)
if self.options.return_option("auto_scrobble") == True:
self.on_scrobble_clicked(None)
if not self.usersDB.has_asked_for_stats(self.username, self.stats):
self.open_program_works_dialog(None)
self.usersDB.asked_for_stats(self.username, self.stats)