def backup(compress, encrypt, cert, storage_class, jobname, progress, color, dry_run, folder, bucket):
check_dependencies(compress, encrypt)
yellow = color_macro(color, colored.yellow)
pv_support = supports_pv()
if not pv_support:
puts(f"{yellow('Warning')}: progress enabled, but pv not found in PATH. Falling back to no-progress")
do_backup(compress, encrypt, cert, storage_class, jobname, progress and pv_support, color, dry_run, folder, bucket)
pass
def main(options):
utils.check_dependencies(BIN, REQUIRED)
tracks = [Track(path) for path in options.paths]
cddb, id1, id2 = get_disc_ids(tracks, options.additional_sectors, options.data_track_len, options.verbose)
print("Disc ID: %08x-%08x-%08x" % (id1, id2, cddb))
get_ar_entries(cddb, id1, id2, tracks, options.verbose)
scan_files(tracks)
return print_summary(tracks, options.verbose)
def main(options):
utils.check_dependencies(BIN, REQUIRED)
tracks = [Track(path) for path in options.paths]
cddb, id1, id2 = get_disc_ids(tracks, options.additional_sectors,
options.data_track_len, options.verbose)
print('Disc ID: %08x-%08x-%08x' % (id1, id2, cddb))
get_ar_entries(cddb, id1, id2, tracks, options.verbose)
scan_files(tracks)
return print_summary(tracks, options.verbose)
def main(options):
utils.check_dependencies(BIN, REQUIRED)
sources = [dict(path=p) for p in options.paths]
for s in sources:
s['num_samples'] = utils.get_num_samples(BIN, s['path'])
if s['num_samples'] % 588 != 0:
msg = "%s not from CD (%i samples)\n" % (s['path'],
s['num_samples'])
raise utils.NotFromCDError(msg)
output_dir = fix_offset(sources, options.offset, options.format,
options.verbose)
print_summary(sources, output_dir)
return 0
def main(options):
utils.check_dependencies(BIN, REQUIRED)
sources = [dict(path=p) for p in options.paths]
for s in sources:
s['num_samples'] = utils.get_num_samples(BIN, s['path'])
if s['num_samples'] % 588 != 0:
msg = "%s not from CD (%i samples)\n" % (s['path'],
s['num_samples'])
raise utils.NotFromCDError(msg)
output_dir = fix_offset(sources, options.offset, options.format,
options.verbose)
print_summary(sources, output_dir)
return 0
def main():
signal(SIGINT, sig_handler)
args = parse_args()
default_branch = args.branch
username = utils.get_username(args)
if args.gerrit == "submit":
gerrit.submit(default_branch, username, args.owner)
sys.exit(0)
elif args.gerrit == "vote":
gerrit.vote(default_branch, username, args.owner)
sys.exit(0)
base_path = utils.get_base_path(default_branch)
config_dict = utils.get_config_dict(args.config, default_branch)
if args.path_to_crowdin == "crowdin" and not utils.check_dependencies():
sys.exit(1)
if args.upload_sources:
upload.upload_sources_crowdin(default_branch, config_dict,
args.path_to_crowdin)
elif args.upload_translations:
upload.upload_translations_crowdin(default_branch, config_dict,
args.path_to_crowdin)
elif args.download:
xml_files = utils.get_xml_files(base_path, default_branch)
download.download_crowdin(
base_path,
default_branch,
xml_files,
username,
config_dict,
args.path_to_crowdin,
)
elif args.unzip:
xml_files = utils.get_xml_files(base_path, default_branch)
from_zip.unzip(args.unzip, base_path, default_branch, xml_files,
username)
if download.has_created_commits() or upload.has_uploaded():
print("\nDone!")
sys.exit(0)
else:
print("\nNothing to commit")
sys.exit(2)
def list(jobname, color, bucket):
check_dependencies(False, False)
do_list(jobname, color, bucket)
def list_buckets(color):
check_dependencies(False, False)
do_list_buckets(color)