def test_guest_start_unload():
device_id = "AC35EE26450B"
url = TD.url85() + '/guest/start_unload'
body = {"device_id": device_id}
mqtt.req83(ename="DEVICE_ID", etype="text", evalue=device_id)
with allure.step("Начало выгрузки"):
r = requests.post(TD.url85().guest.start.unload.perf(),
json=body,
headers=TD.headers())
LOGGER.debug(r.json())
LOGGER.debug(r.status_code)
with allure.step("Assert status code is 200"):
AssertThat(r.status_code).IsEqualTo(200)
with allure.step('Validate schema'):
pass
def test_guest_accept_unload():
device_id = "AC35EE26450B"
mqtt.req83(ename="DEVICE_ID", etype="text", evalue=device_id)
mqtt.req83(ename="RFID_1", etype="text", evalue="94594156156156")
mqtt.req83(ename="RFID_2", etype="text", evalue="777")
mqtt.req83(ename="bunker_level", etype="value", evalue="81")
req = Post(TD.url83()).host.search.start_unload.perf()
LOGGER.debug(r'\n*** host.search.start_unload :: ' + str(req.json()))
mqtt.req83(ename="unloader_bypass", etype="switch", evalue="1")
req = Get(TD.url83()).get.status.perf()
LOGGER.debug(r'\n*** get.status ::' +
str(req.json())) # state=-3, bypass=True
req = Post(TD.url85()).guest.accept_unload.body(device_id=device_id).perf()
mqtt.req85(ename="RFID_2", etype="text", evalue="777")
LOGGER.debug(r'\n*** guest.accept_unload ::' + str(req.json()))
def handler(event, context):
evt_lst = json.loads(event)
creds = context.credentials
auth = oss2.StsAuth(creds.access_key_id, creds.access_key_secret,
creds.security_token)
evt = evt_lst['events'][0]
bucket_name = evt['oss']['bucket']['name']
# local debug
# endpoint = 'oss-' + evt['region'] + '.aliyuncs.com'
endpoint = 'oss-' + evt['region'] + '-internal.aliyuncs.com'
bucket = oss2.Bucket(auth, endpoint, bucket_name)
object_name = evt['oss']['object']['key']
if "ObjectCreated:PutSymlink" == evt['eventName']:
object_name = bucket.get_symlink(object_name).target_key
if object_name == "":
raise RuntimeError('{} is invalid symlink file'.format(
evt['oss']['object']['key']))
lst = object_name.split("/")
file_name = lst[-1]
PROCESSED_DIR = os.environ.get("PROCESSED_DIR", "")
if PROCESSED_DIR and PROCESSED_DIR[-1] != "/":
PROCESSED_DIR += "/"
newKey = PROCESSED_DIR + file_name
open_mode = "r"
if object_name.endswith(".tar.gz"):
open_mode = "r:gz"
newKey = newKey.replace(".tar.gz", "/")
elif object_name.endswith(".tgz"):
open_mode = "r:gz"
newKey = newKey.replace(".tgz", "/")
elif object_name.endswith(".tar.bz2"):
open_mode = "r:bz2"
newKey = newKey.replace(".tar.bz2", "/")
elif object_name.endswith(".tar.xz"):
open_mode = "r:xz"
newKey = newKey.replace(".tar.xz", "/")
elif object_name.endswith(".tar"):
open_mode = "r:"
newKey = newKey.replace(".tar", "/")
else:
raise RuntimeError(
'{} filetype is not in [".tar.gz", ".tgz", ".tar.bz2", ".tar.xz", ".tar"]'
.format(object_name))
LOGGER.info("start to decompress tar file = {}".format(object_name))
oss_file_obj = OssStreamFileLikeObject(bucket, object_name)
with tarfile.open(fileobj=oss_file_obj, mode=open_mode) as tf:
for entry in tf.getmembers():
if not entry.isfile():
continue
LOGGER.debug("extract {} ...".format(entry.name))
file_obj = tf.extractfile(entry)
bucket.put_object(newKey + entry.name, file_obj)