usage = Usage('''
Mediaspace m3u8 extractor using Selenium
:username str
Illinois netid to use
:password str
Corresponding password for netid
:-j --json
Output as json lines
:-t --title
Output title of video
:-q --quiet
Hide status output
...
''')
usage.add_argument('mediaspace_urls', help='Mediaspace URLs to extract m3u8 from', nargs='*')
usage.add_argument('-m', '--metadata', type=json.loads, default={}, help='Extra json metadata to attach to each element')
def main():
args = usage.parse()
if not args.mediaspace_urls:
return
driver = shibboleth_get(args.username, args.password, args.mediaspace_urls[0], debug=not args.quiet)
driver.implicitly_wait(10)
metadatas = args.metadata
if isinstance(metadatas, dict):
metadatas = [metadatas] * len(args.mediaspace_urls)
urls = deque(list(zip(args.mediaspace_urls, metadatas)))
is_first = True
while urls:
:-v --trigger-volume float 0.9
The average abnormality exceeded that is considered an activation. Between 0.0 and 1.0
:-d --delay float 1.0
The delay in seconds between subsequent activations
:-b --bands str -
A range/list of bands to listen for
:-m --model str -
A model file to use
:-s --memory-size int 200
Number of samples to save in memory
''')
detect_usage.add_argument('command', nargs='?', default='true', help='The command to run when noise is detected')
collect_usage = Usage('''
Collect noise and save into a model
:model str
Noise model json file to write to
:-b --bands str -
A range/list of bands to listen for
''')
def add_subparsers(parser: ArgumentParser):
sp = parser.add_subparsers(dest='action')
sp.required = True
detect_usage.apply(sp.add_parser('detect'))