def test_bin_working_output(self):
cls = lib_mux.MP4Box()
cls.set_path(mp4boxbin)
cls._test_bin()
self.assertEqual(cls._bin_test_output, mp4box_output)
def test_bin_working(self):
cls = lib_mux.MP4Box()
cls.set_path(mp4boxbin)
cls._test_bin()
self.assertTrue(cls._tested)
def test_bin_error(self):
cls = lib_mux.MP4Box()
with self.assertRaises(subprocess.SubprocessError):
cls._cmd = [sys.executable, "-c", "raise SystemExit(1)"]
cls._test_bin_works()
def test_bin_timeout(self):
cls = lib_mux.MP4Box()
with self.assertRaises(subprocess.SubprocessError):
cls._cmd = [sys.executable, "-c", "import time; time.sleep(3)"]
cls._test_bin_works()
def test_bin_found2(self):
cls = lib_mux.MP4Box()
with self.assertRaises(FileNotFoundError):
cls.set_path("none")
cls._test_bin_exists()
def main(argv):
ld("argv", argv)
program_version = "v{}".format(__version__)
program_build_date = str(__updated__)
program_version_message = "{}, built {}".format(program_version,
program_build_date)
args = lib_argparse.parser(program_version_message)
ld(args)
#initialize class to hold configuration:
conf = config.Config()
#parse arguments:
#check verbose/debug mode:
if args.verbose or DEBUG:
conf.debug = True
set_log_level('debug')
#get folder contents:
conf.input_folder = args.input_folder
try:
folder_contents = lib_tree.Parse(conf.input_folder)
ld("folder_contents", folder_contents)
except lib_exceptions.FolderNotFound as err:
lc(err.msg)
conf.audio_files = folder_contents.audio_files
ld("conf.audio_files",
conf.audio_files) # TODO: check if audio files present
conf.cover = folder_contents.cover
ld("conf.cover", conf.cover)
if not conf.cover:
lw("No cover files specified or found. No artwork will be used.")
get_metadata(args, conf)
#simple text editor to display and edit metadata:
lib_editor.Editor(conf)
#set metadata for each audio file:
track_no = 0
files_with_tags = list()
for file in conf.audio_files:
track_no += 1
file_tags = {
"file":
file,
"cover":
conf.cover,
"title":
conf.title_full(track=track_no),
"sort_title":
conf.title_sort,
"artist":
"{} (read by {})".format(conf.authors_string,
conf.narrators_string),
"album_artist":
conf.authors_string,
"album":
conf.series_title or conf.title,
"track_no":
track_no,
"total_no":
len(conf.audio_files),
"disk_no":
conf.series_position,
"year":
conf.date,
"description":
conf.description,
"copyright":
conf.copyright
}
files_with_tags.append(file_tags)
#replace previous audio files with the full dict:
conf.audio_files = files_with_tags
ld(conf.audio_files)
#setup paths for binary tools:
main_path = os.path.split(os.path.realpath(__file__))[0]
if platform.system() == "Windows":
tools_path = os.path.join(main_path, "tools\win")
mp4box_path = os.path.join(tools_path, "MP4Box.exe")
ap_path = os.path.join(tools_path, "AtomicParsley.exe")
else:
tools_path = os.path.join(main_path, "tools/mac")
mp4box_path = os.path.join(tools_path, "MP4Box")
ap_path = os.path.join(tools_path, "AtomicParsley")
ld("main_path", main_path)
ld("tools_path", tools_path)
ld("mp4box_path", mp4box_path)
ld("ap_path", ap_path)
#for each file in the list of files to process
#first prepare the blank file to tag (remux),
#then tag with given metadata:
for file_data in conf.audio_files:
#create a separate instance of each class for each file
#this way all command line arguments and subprocess instances are separated:
mux = lib_mux.MP4Box(mp4box_path)
tag = lib_tag.APTagger(ap_path)
try:
if mux.remux(file_data["file"], file_data["track_no"]):
if tag.tag(file_data):
print("Finished tagging file: {}".format(
file_data["file"]))
#remove class instances:
del mux
del tag
except FileNotFoundError as err:
lc(err)
except lib_exceptions.MP4BoxError as err:
lc(err)
print("Done!")