def parseSyncArgs(args):
from subsync.synchro import SyncTask, SubFile, RefFile, OutputFile, ChannelsMap
sub = SubFile(path=args.sub)
if args.sub_stream is not None:
sub.select(args.sub_stream - 1)
elif args.sub_stream_by_lang:
sub.selectBy(lang=args.sub_stream_by_lang)
sub.setNotNone(lang=args.sub_lang, enc=args.sub_enc, fps=args.sub_fps)
ref = RefFile(path=args.ref)
if args.ref_stream is not None:
ref.select(args.ref_stream - 1)
elif args.ref_stream_by_type or args.ref_stream_by_lang:
ref.selectBy(type=args.ref_stream_by_type,
lang=args.ref_stream_by_lang)
ref.setNotNone(lang=args.ref_lang, enc=args.ref_enc, fps=args.ref_fps)
if args.ref_channels is not None:
ref.channels = ChannelsMap.deserialize(args.ref_channels)
out = args.out and OutputFile(
path=args.out, fps=args.out_fps, enc=args.out_enc)
task = SyncTask(sub, ref, out)
settings().tasks = [task]
return task
def parseSyncArgs(args):
from subsync.synchro import SyncTask, SubFile, RefFile, OutputFile, ChannelsMap
sub = SubFile(path=args.sub)
if args.sub_stream is not None:
sub.select(args.sub_stream - 1)
sub.setNotNone(lang=args.sub_lang, enc=args.sub_enc, fps=args.sub_fps)
ref = RefFile(path=args.ref)
if args.ref_stream is not None:
ref.select(args.ref_stream - 1)
ref.setNotNone(lang=args.ref_lang, enc=args.ref_enc, fps=args.ref_fps)
if args.ref_channels is not None:
ref.channels = ChannelsMap.deserialize(args.ref_channels)
out = args.out and OutputFile(path=args.out, fps=args.out_fps, enc=args.out_enc)
return SyncTask(sub, ref, out)