def add(self, sound_file):
# generate a temporary filename from source name and output suffix
output_suffix = self.window.prefs.get_output_suffix()
output_filename = sound_file.uri + "%s~SC~" % output_suffix
if vfs_exists(output_filename):
# always overwrite temporary files
vfs_unlink(output_filename)
path = urlparse(output_filename)[2]
path = unquote_filename(path)
c = Converter(
sound_file,
output_filename,
self.window.prefs.get_string("output-mime-type"),
self.window.prefs.get_int("delete-original"),
self.window.prefs.get_int("output-resample"),
self.window.prefs.get_int("resample-rate"),
self.window.prefs.get_int("force-mono"),
)
c.set_vorbis_quality(self.window.prefs.get_float("vorbis-quality"))
c.set_aac_quality(self.window.prefs.get_int("aac-quality"))
c.set_opus_quality(self.window.prefs.get_int("opus-bitrate"))
c.set_flac_compression(self.window.prefs.get_int("flac-compression"))
c.set_wav_sample_width(self.window.prefs.get_int("wav-sample-width"))
c.set_audio_profile(self.window.prefs.get_string("audio-profile"))
quality = {"cbr": "mp3-cbr-quality", "abr": "mp3-abr-quality", "vbr": "mp3-vbr-quality"}
mode = self.window.prefs.get_string("mp3-mode")
c.set_mp3_mode(mode)
c.set_mp3_quality(self.window.prefs.get_int(quality[mode]))
c.init()
c.add_listener("finished", self.on_task_finished)
self.add_task(c)
def cli_convert_main(input_files):
loop = gobject.MainLoop()
gobject.threads_init()
context = loop.get_context()
error.set_error_handler(error.ErrorPrinter())
output_type = settings['cli-output-type']
output_suffix = settings['cli-output-suffix']
generator = TargetNameGenerator()
generator.suffix = output_suffix
progress = CliProgress()
queue = TaskQueue()
for input_file in input_files:
input_file = SoundFile(input_file)
output_name = generator.get_target_name(input_file)
c = Converter(input_file, output_name, output_type)
c.init()
c.start()
while c.running:
if c.get_duration():
percent = min(100,
100.0 * (c.get_position() / c.get_duration()))
percent = '%.1f %%' % percent
else:
percent = '/-\|'[int(time.time()) % 4]
progress.show(
'%s: %s' %
(unquote_filename(c.sound_file.filename[-65:]), percent))
time.sleep(0.01)
context.iteration(True)
print
previous_filename = None
'''
queue.start()
#running, progress = queue.get_progress(perfile)
while queue.running:
t = None #queue.get_current_task()
if t and not settings['quiet']:
if previous_filename != t.sound_file.get_filename_for_display():
if previous_filename:
print _('%s: OK') % previous_filename
previous_filename = t.sound_file.get_filename_for_display()
percent = 0
if t.get_duration():
percent = '%.1f %%' % ( 100.0* (t.get_position() / t.get_duration() ))
else:
percent = '/-\|' [int(time.time()) % 4]
progress.show('%s: %s' % (t.sound_file.get_filename_for_display()[-65:], percent ))
time.sleep(0.10)
context.iteration(True)
'''
if not settings['quiet']:
progress.clear()
def cli_convert_main(input_files):
loop = gobject.MainLoop()
gobject.threads_init()
context = loop.get_context()
error.set_error_handler(error.ErrorPrinter())
output_type = settings['cli-output-type']
output_suffix = settings['cli-output-suffix']
generator = TargetNameGenerator()
generator.suffix = output_suffix
progress = CliProgress()
queue = TaskQueue()
for input_file in input_files:
input_file = SoundFile(input_file)
output_name = generator.get_target_name(input_file)
c = Converter(input_file, output_name, output_type)
c.overwrite = True
c.init()
c.start()
while c.running:
if c.get_duration():
percent = min(100, 100.0* (c.get_position() / c.get_duration()))
percent = '%.1f %%' % percent
else:
percent = '/-\|' [int(time.time()) % 4]
progress.show('%s: %s' % (unquote_filename(c.sound_file.filename[-65:]), percent ))
time.sleep(0.01)
context.iteration(True)
print
previous_filename = None
'''
queue.start()
#running, progress = queue.get_progress(perfile)
while queue.running:
t = None #queue.get_current_task()
if t and not settings['quiet']:
if previous_filename != t.sound_file.get_filename_for_display():
if previous_filename:
print _('%s: OK') % previous_filename
previous_filename = t.sound_file.get_filename_for_display()
percent = 0
if t.get_duration():
percent = '%.1f %%' % ( 100.0* (t.get_position() / t.get_duration() ))
else:
percent = '/-\|' [int(time.time()) % 4]
progress.show('%s: %s' % (t.sound_file.get_filename_for_display()[-65:], percent ))
time.sleep(0.10)
context.iteration(True)
'''
if not settings['quiet']:
progress.clear()
def add(self, sound_file):
# generate a temporary filename from source name and output suffix
output_suffix = self.window.prefs.get_output_suffix()
output_filename = sound_file.uri + '%s~SC~' % output_suffix
if vfs_exists(output_filename):
# always overwrite temporary files
vfs_unlink(output_filename)
path = urlparse(output_filename)[2]
path = unquote_filename(path)
c = Converter(sound_file, output_filename,
self.window.prefs.get_string('output-mime-type'),
self.window.prefs.get_int('delete-original'),
self.window.prefs.get_int('output-resample'),
self.window.prefs.get_int('resample-rate'),
self.window.prefs.get_int('force-mono'),
)
c.set_vorbis_quality(self.window.prefs.get_float('vorbis-quality'))
c.set_aac_quality(self.window.prefs.get_int('aac-quality'))
c.set_opus_quality(self.window.prefs.get_int('opus-bitrate'))
c.set_flac_compression(self.window.prefs.get_int('flac-compression'))
c.set_wav_sample_width(self.window.prefs.get_int('wav-sample-width'))
c.set_audio_profile(self.window.prefs.get_string('audio-profile'))
quality = {
'cbr': 'mp3-cbr-quality',
'abr': 'mp3-abr-quality',
'vbr': 'mp3-vbr-quality'
}
mode = self.window.prefs.get_string('mp3-mode')
c.set_mp3_mode(mode)
c.set_mp3_quality(self.window.prefs.get_int(quality[mode]))
c.init()
c.add_listener('finished', self.on_task_finished)
self.add_task(c)
def filename_for_display(self):
"""
Returns the filename in a suitable for display form.
"""
return gobject.filename_display_name(
unquote_filename(self.filename))
def add(self, sound_file):
output_filename = self.window.prefs.generate_filename(sound_file)
path = urlparse(output_filename) [2]
path = unquote_filename(path)
exists = True
try:
gnomevfs.get_file_info(gnomevfs.URI((output_filename)))
except gnomevfs.NotFoundError:
exists = False
except gnomevfs.AccessDeniedError:
self.error_count += 1
msg = _('Access denied: \'%s\'' % output_filename)
log(msg)
show_error(msg, '')
raise ConverterQueueError()
return
except:
self.error_count += 1
msg = 'Invalid URI: \'%s\'' % output_filename
log(msg)
show_error(msg, '')
raise ConverterQueueError()
return
# do not overwrite source file !!
if output_filename == sound_file.uri:
self.error_count += 1
show_error(_('Cannot overwrite source file(s)!'), '')
raise ConverterQueueCanceled()
if exists:
if self.overwrite_action is not None:
result = self.overwrite_action
else:
dialog = self.window.existsdialog
dpath = os.path.basename(path)
dpath = gobject.markup_escape_text(dpath)
msg = \
_('The output file <i>%s</i>\n exists already.\n '\
'Do you want to skip the file, overwrite it or'\
' cancel the conversion?\n') % dpath
dialog.message.set_markup(msg)
dialog.set_transient_for(self.window.widget)
if self.overwrite_action is not None:
dialog.apply_to_all.set_active(True)
else:
dialog.apply_to_all.set_active(False)
result = dialog.run()
dialog.hide()
if dialog.apply_to_all.get_active():
if result == 1 or result == 0:
self.overwrite_action = result
if result == 1:
# overwrite
try:
vfs_unlink(output_filename)
except gnomevfs.NotFoundError:
pass
elif result == 0:
# skip file
return
else:
# cancel operation
raise ConverterQueueCanceled()
c = Converter(sound_file, output_filename,
self.window.prefs.get_string('output-mime-type'),
self.window.prefs.get_int('delete-original'),
self.window.prefs.get_int('output-resample'),
self.window.prefs.get_int('resample-rate'),
self.window.prefs.get_int('force-mono'),
)
c.set_vorbis_quality(self.window.prefs.get_float('vorbis-quality'))
c.set_aac_quality(self.window.prefs.get_int('aac-quality'))
c.set_flac_compression(self.window.prefs.get_int('flac-compression'))
c.set_wav_sample_width(self.window.prefs.get_int('wav-sample-width'))
c.set_audio_profile(self.window.prefs.get_string('audio-profile'))
quality = {
'cbr': 'mp3-cbr-quality',
'abr': 'mp3-abr-quality',
'vbr': 'mp3-vbr-quality'
}
mode = self.window.prefs.get_string('mp3-mode')
c.set_mp3_mode(mode)
c.set_mp3_quality(self.window.prefs.get_int(quality[mode]))
c.init()
c.add_listener('finished', self.on_task_finished)
self.add_task(c)
def filename_for_display(self):
"""
Returns the filename in a suitable for display form.
"""
return gobject.filename_display_name(unquote_filename(self.filename))
