def show_at_page():
client = AiClothClient()
all_deb_list = client.get_al_deb()
deb_list = []
for i in all_deb_list:
if i.startswith("flaw") or i.startswith("detection"):
deb_list.append(i)
push_deb_shell = 'python3 auto_push_deb.py --deb ' + i + ' --env prod'
print(push_deb_shell)
print()
def __init__(self, client: AiClothClient, machineId: str,
check_version_key: str, target_version_value: str,
deb_name: str, dry_run: bool):
super().__init__()
self.client = client
self.machineId = machineId
self.deb_name = deb_name
self.check_version_key = check_version_key
self.target_version_value = target_version_value
self.displayName = client.get_display_name_from_cache(machineId)
self.status = self.STATUS_JUST_STARTED
self.errorCount = 0
self.dry_run = dry_run
os.makedirs('logs', exist_ok=True)
self.logger = logging.getLogger(
'DebAutoPusher_{}.log'.format(machineId))
self.logger.setLevel(logging.INFO)
handler = TimedRotatingFileHandler(
'logs/DebAutoPusher_{}.log'.format(machineId),
when='midnight',
interval=1,
backupCount=7)
formatter = logging.Formatter(
'%(asctime)s - %(levelname)s - %(message)s')
handler.setFormatter(formatter)
self.logger.propagate = False
self.logger.addHandler(handler)
self.logger.info('Started DebAutoPusher %s %s %s %s', machineId,
check_version_key, target_version_value, deb_name)
def show_at_page():
client = AiClothClient()
all_deb_list = client.get_al_deb()
deb_list = []
for i in all_deb_list:
if i.startswith("flaw") or i.startswith("detection"):
deb_list.append(i)
deb_xargs = 'false'
if request.method == 'POST': ## request.form( ## post request.form
deb_xargs = request.form['deb_xargs']
deb_xargs = deb_xargs.strip()
if_to_push_deb = request.form['not_or_yes']
push_deb_shell = 'python3 auto_push_deb.py --deb ' + deb_xargs + ' --env prod'
#status,out = subprocess.getstatusoutput(push_deb_shell)
status = os.system(push_deb_shell)
print(push_deb_shell)
print(status)
return render_template("push.html", **locals())
def loginVerification(env):
if env == 'prod':
print('Using prod server!')
client = AiClothClient()
else:
print('Using dev server!')
client = AiClothClient(base_url=AiClothClient.DEV_SERVER_BASE_URL, cookie_path='dev-cookie.txt')
client.interactive_login()
machine_list = client.get_machine_list()
target_machines = machine_list['machines']
return client, target_machines
machine_alerts[machineId].append(x['metric'])
supposed_running_machine = filter(lambda m:isMachineServiceDown(m, machine_alerts, alertkeywords), machine_list)
supposed_running_machine = list(supposed_running_machine)
print('alert machines: ', len(supposed_running_machine))
machine_id_list = []
for m in supposed_running_machine:
machineAlias = m['aliasName']
machineId = m['Id']
if machineId in lastRestartTimeMap and time.time() - lastRestartTimeMap[machineId] < 300:
print('{} is restarted in 5min, skip'.format(machineId))
continue
lastRestartTimeMap[machineId] = time.time()
alertinfo = machine_alerts[machineId]
print ("\033[1;31m AliasName: \033[0m {}, \033[1;32mMachineId: \033[0m {}, \033[1;33m AlertInfo: \033[0m {}".format(machineAlias, machineId, alertinfo) )
# break
# machine_id_list.append(machineId)
#print('Calling restart for machines:', machine_id_list)
print('done')
if __name__ == '__main__':
client = AiClothClient()
#client = AiClothClient(base_url=AiClothClient.DEV_SERVER_BASE_URL, cookie_path='dev-cookie.txt')
client.interactive_login()
#alertkeywords is camera\cpu\mem\flaw_checker\frequency
alertkeywords = sys.argv[1]
checkMachinesAndAlertInfo(client, alertkeywords)
elif self.status == self.STARTING_SERVICE:
# check serive is active
current_service_status = info['FlawCheckerStatusString']
if current_service_status == "active":
self.logger.info('Cool! Service is started.')
self.status = self.STATUS_JUST_STARTED
continue
else:
self.logger.info(
'The service is not started yet, current status: {}'.
format(current_service_status))
continue
if __name__ == '__main__':
client = AiClothClient(base_url=AiClothClient.DEV_SERVER_BASE_URL,
cookie_path='dev-cookie.txt')
client.interactive_login()
pushers = []
# The deb must be uploaded to server
#deb_name = 'detection-machine-daemon-20190403_173250-1c7c490d-0.3.9-daemon-mk3.deb'
deb_name = 'flaw_checker-0.9.16-net-camera-MK3-0-g3429257-20190409_040915.deb'
target_version = '0.9.16-net-camera-MK3-0-g3429257-20190409_040915.deb'
#deb_name = 'flaw_checker-0.9.17-net-camera-MK3-0-g0ddc32d-20190409_084431.deb'
#target_version = '0.9.17-net-camera-MK3-0-g0ddc32d-20190409_084431.deb'
# deb_name = 'detection-machine-daemon-20190407_145747-f3544586-0.3.10-daemon-mk3.deb'
# target_version = '0.3.10-daemon-mk3-20190407_145747-f3544586'
# MK3测试机
for machineId in ['0C-9D-92-CA-EC-8C']:
#pusher = DebAutoPusher(client, machineId, DebAutoPusher.VERSION_KEY_DAEMON, target_version, deb_name, True)
from AiClothClient import AiClothClient, MachineInfo
import json
if __name__ == '__main__':
# client = AiClothClient(base_url='http://localhost:8081')
client = AiClothClient()
client.interactive_login()
# print("Machine Alias:", client.get_machine_alias())
for m in client.get_machine_list()['machines']:
m = MachineInfo(m)
print(m.getMachineId(), m.getDisplayName())
print(m.getTags())
print(m.keys())
print('-' * 30)
# test_machine_id = '0C-9D-92-CA-EC-8C' # 60 ceshiji
# response = client.get_config_yaml(test_machine_id)
# # note that response['Content'] is still a string object in json format, please call json.loads(response['Content']) to pharse as an object
# print("config.yaml:", response['Content'])
# content = json.loads(response['Content'])
# new_content = json.dumps(content)
# client.upload_config_yaml(test_machine_id, new_content)
print('done')