def process_command_line(argv):
parser = ArgumentParser()
parser.add_argument('-files', action='store_true')
parser.add_argument('-mir', action='store_true')
parser.add_argument('-queue', action='store_true')
parser.add_argument('paths', nargs='*')
parser.add_argument('-not', action='append', dest='exclusions', nargs='*')
parser.add_argument('-only', action='append', nargs='*')
parser.add_argument('-encoding-profile', choices=['video_passthrough', 'burn_in', '720p_burn_in', '720p'], default='video_passthrough')
arguments = parser.parse_args(argv[1:])
mode_count = 0
if arguments.files:
mode_count += 1
if arguments.mir:
mode_count += 1
if arguments.queue:
mode_count += 1
if mode_count > 1:
print("Can't pass more than one of -files, -mir, or -queue")
exit_with_error()
if arguments.files:
_files_mode(arguments)
elif arguments.mir:
_mirror_mode(arguments)
elif arguments.queue:
_queue_mode(arguments)
else:
_files_mode(arguments)
def mirror_videos(source_directory, destination_directory, log_directory, exclusions, only, encoding_profile):
source_pattern = join(source_directory, MKV_SEARCH)
source_glob = glob(source_pattern)
source_set = set(source_glob)
destination_pattern = join(destination_directory, MP4_SEARCH)
destination_glob = glob(destination_pattern)
log_pattern = join(log_directory, MP4_SEARCH)
log_glob = glob(log_pattern)
encode_list = []
if exclusions and only:
print('mirror_videos was passed both exclusions and only')
exit_with_error()
return
if exclusions:
for exclusion in exclusions:
exclusion_pattern = join(source_directory, exclusion)
exclusion_glob = glob(exclusion_pattern)
exclusion_set = set(exclusion_glob)
source_set -= exclusion_set
elif only:
source_set = set()
for pattern in only:
only_pattern = join(source_directory, pattern)
only_glob = glob(only_pattern)
only_set = set(only_glob)
source_set |= only_set
for source_file in source_set:
destination_file = generate_output_name(source_file, destination_directory)
log_file = generate_output_name(source_file, log_directory)
if log_file in log_glob:
# We have a log of doing this conversion. We should make sure we keep the log
# intact and not convert it again.
log_glob.remove(log_file)
elif destination_file in destination_glob:
# We have the destination file, but not the log of doing it. Create the log.
create_log_file(log_file)
else:
# We haven't converted this video yet. Queue it up
encode_job = (source_file, destination_file, log_file)
encode_list.append(encode_job)
for log_file in log_glob:
print("Deleting " + log_file)
remove(log_file)
for input_file, output_file, log_file in encode_list:
generate_output(input_file, output_file, encoding_profile)
create_log_file(log_file)
def _queue_mode(arguments):
if len(arguments.paths) < 2 or len(arguments.paths) > 3:
print('Queue mode can only take two or three paths')
exit_with_error()
# The first two paths are the source and destination directories
source_directory = arguments.paths[0]
destination_directory = arguments.paths[1]
queue_directory = arguments.paths[0] # If there isn't a queue directory specified, the source acts like it
if len(arguments.paths) == 3:
queue_directory = arguments.paths[2]
process_queue(source_directory, destination_directory, queue_directory, arguments.encoding_profile)
def _mirror_mode(arguments):
if len(arguments.paths) < 2 or len(arguments.paths) > 3:
print('Mirror mode can only take two or three paths')
exit_with_error()
# The first two paths are the source and destination directories
source_directory = arguments.paths[0]
destination_directory = arguments.paths[1]
log_directory = arguments.paths[1] # If there isn't a log directory specified, the destination acts like it
if arguments.exclusions:
exclusions = list(chain(*arguments.exclusions))
else:
exclusions = None
if arguments.only:
only = list(chain(*arguments.only))
else:
only = None
if len(arguments.paths) == 3:
log_directory = arguments.paths[2]
mirror_videos(source_directory, destination_directory, log_directory, exclusions, only, arguments.encoding_profile)
def _files_mode(arguments):
if len(arguments.paths) < 2:
print('Files mode requires at least two paths')
exit_with_error()
convert_videos(arguments.paths[:-1], arguments.paths[-1], arguments.encoding_profile)
def convert_video(input_file, output_file, encoding_profile):
print('Converting ' + input_file + ' to ' + output_file)
if encoding_profile == 'video_passthrough':
call_parameters = [
'ffmpeg',
'-i',
input_file,
'-y',
'-c:v',
'copy',
'-c:a',
'libfdk_aac',
'-cutoff',
'18000',
'-b:a',
'192k',
'-ac',
'2',
output_file,
]
elif encoding_profile == 'burn_in':
call_parameters = [
'ffmpeg',
'-i',
input_file,
'-y',
'-filter_complex',
'[0:v][0:s]overlay[overlaid]',
'-map',
'[overlaid]',
'-map',
'0:a',
'-c:v',
'libx264',
'-preset',
'medium',
'-crf',
'22',
'-c:a',
'libfdk_aac',
'-cutoff',
'18000',
'-b:a',
'192k',
'-ac',
'2',
output_file
]
elif encoding_profile == '720p_burn_in':
call_parameters = [
'ffmpeg',
'-i',
input_file,
'-y',
'-filter_complex',
'[0:v][0:s]overlay,scale=w=min(1280\,iw):h=min(720\,ih):force_original_aspect_ratio=decrease,'
'scale=w=trunc(iw/2)*2:h=trunc(ih/2)*2[scaled]',
'-map',
'[scaled]',
'-map',
'0:a',
'-c:v',
'libx264',
'-preset',
'medium',
'-crf',
'22',
'-c:a',
'libfdk_aac',
'-cutoff',
'18000',
'-b:a',
'192k',
'-ac',
'2',
output_file,
]
elif encoding_profile == '720p':
call_parameters = [
'ffmpeg',
'-i',
input_file,
'-y',
'-filter_complex',
'[0:v]scale=w=min(1280\,iw):h=min(720\,ih):force_original_aspect_ratio=decrease,'
'scale=w=trunc(iw/2)*2:h=trunc(ih/2)*2[scaled]',
'-map',
'[scaled]',
'-map',
'0:a',
'-c:v',
'libx264',
'-preset',
'medium',
'-crf',
'22',
'-c:a',
'libfdk_aac',
'-cutoff',
'18000',
'-b:a',
'192k',
'-ac',
'2',
output_file,
]
else:
call_parameters = None
print('Unknown encoding profile: {0}'.format(encoding_profile))
exit_with_error()
call(call_parameters)
