def Run(self, arg_line):
"""Sets device info such as serial number."""
args = self.arg_parser.ParseLine(arg_line)
if args.set_serial:
self.console.SetSerials(args.set_serial.split(","))
logging.info("serials: %s", self.console._serials)
if args.update:
if args.host is None:
if len(self.console._hosts) > 1:
raise ConsoleArgumentError("More than one host.")
args.host = 0
host = self.console._hosts[args.host]
if args.suppress_lock_warning:
if (type(args.suppress_lock_warning) != str
or args.suppress_lock_warning.lower() == "true"):
suppress_lock_warning = True
else:
suppress_lock_warning = False
if args.update == "single":
self.UpdateDevice(args.server_type, host, args.lease,
suppress_lock_warning)
elif args.update == "start":
if args.interval <= 0:
raise ConsoleArgumentError(
"update interval must be positive")
# do not allow user to create new
# thread if one is currently running
if self.update_thread is not None and not hasattr(
self.update_thread, 'keep_running'):
logging.warning('device update already running. '
'run device --update stop first.')
return
self.update_thread = threading.Thread(
target=self.UpdateDeviceRepeat,
args=(
args.server_type,
host,
args.lease,
args.interval,
suppress_lock_warning,
))
self.update_thread.daemon = True
self.update_thread.start()
elif args.update == "stop":
self.update_thread.keep_running = False
def Run(self, arg_line):
"""Makes a host lease command tasks from TFC."""
args = self.arg_parser.ParseLine(arg_line)
if args.host is None:
if len(self.console._hosts) > 1:
raise ConsoleArgumentError("More than one hosts.")
args.host = 0
tasks = self.console._hosts[args.host].LeaseCommandTasks()
self._PrintTasks(tasks)
def Run(self, arg_line):
"""Updates build info."""
args = self.arg_parser.ParseLine(arg_line)
if args.update == "single":
self.UpdateBuild(args.account_id, args.branch, args.target,
args.artifact_type, args.method,
args.userinfo_file, args.noauth_local_webserver,
args.verify_signed_build)
elif args.update == "list":
logging.info("Running build update sessions:")
for id in self.build_thread:
logging.info(" ID %d", id)
elif args.update == "start":
if args.interval <= 0:
raise ConsoleArgumentError("update interval must be positive")
# do not allow user to create new
# thread if one is currently running
if args.id is None:
if not self.build_thread:
args.id = 1
else:
args.id = max(self.build_thread) + 1
else:
args.id = int(args.id)
if args.id in self.build_thread and not hasattr(
self.build_thread[args.id], 'keep_running'):
logging.warning(
'build update (session ID: %s) already running. '
'run build --update stop first.', args.id)
return
self.build_thread[args.id] = threading.Thread(
target=self.UpdateBuildLoop,
args=(
args.account_id,
args.branch,
args.target,
args.artifact_type,
args.method,
args.userinfo_file,
args.noauth_local_webserver,
args.interval,
args.verify_signed_build,
))
self.build_thread[args.id].daemon = True
self.build_thread[args.id].start()
elif args.update == "stop":
if args.id is None:
logging.error("--id must be set for stop")
else:
self.build_thread[int(args.id)].keep_running = False
def Run(self, arg_line):
"""Updates global config."""
args = self.arg_parser.ParseLine(arg_line)
if args.update == "single":
self.UpdateConfig(args.account_id, args.branch, args.target,
args.config_type, args.method)
elif args.update == "list":
logging.info("Running config update sessions:")
for id in self.schedule_thread:
logging.info(" ID %d", id)
elif args.update == "start":
if args.interval <= 0:
raise ConsoleArgumentError("update interval must be positive")
# do not allow user to create new
# thread if one is currently running
if args.id is None:
if not self.schedule_thread:
args.id = 1
else:
args.id = max(self.schedule_thread) + 1
else:
args.id = int(args.id)
if args.id in self.schedule_thread and not hasattr(
self.schedule_thread[args.id], 'keep_running'):
logging.warning(
'config update already running. '
'run config --update=stop --id=%s first.', args.id)
return
self.schedule_thread[args.id] = threading.Thread(
target=self.UpdateConfigLoop,
args=(
args.account_id,
args.branch,
args.target,
args.config_type,
args.method,
args.interval,
))
self.schedule_thread[args.id].daemon = True
self.schedule_thread[args.id].start()
elif args.update == "stop":
if args.id is None:
logging.error("--id must be set for stop")
else:
self.schedule_thread[int(args.id)].keep_running = False