def post_input(self):
# retrieve the dev instance
dev_id = Util.get_id(self, "dev")
if dev_id in device_instance:
dev = device_instance[dev_id]
else:
dev = Util.get_diminishing_random_sensor_data(init_value=100,
half_life_time=30,
restart_time=120,
error_rate=0.01)
device_instance[dev_id] = dev
json_data = {
"id": Util.get_id(self, "dev"),
"value": dev.next_int(),
"op": "UPSERT",
"seq": dev.get_message_seq(),
"time": Util.get_current_time()
}
response = self.client.post(
path="/api/v1/resources/topics//locust/input2",
data=Util.get_json_with_size(json_data, 1000),
auth=None,
headers={
"Authorization": "Bearer {}".format(Util.get_access_token()),
"Content-Type": "application/json"
},
name=Util.get_class_name(self))
def post_input(self):
# retrieve the dev instance
dev_id = Util.get_id(self, "dev")
if dev_id in device_instance:
dev = device_instance[dev_id]
else:
dev = Util.get_diminishing_random_sensor_data(init_value=100,
half_life_time=30,
restart_time=120,
error_rate=0.01)
dev.set_failure_rate(3600, 60)
device_instance[dev_id] = dev
# Send requests at Xth second of every minute.
# Util.wait_until_xth_second(10)
message = {
"id": Util.get_id(self, "dev"), # "dev-xxxxx-n"
"value": dev.next_value(),
"seq": dev.get_message_seq(),
"time": Util.get_current_time()
}
json = Util.get_json_with_size(message, 1000)
response = self.client.post(
path="/api/v1/resources/topics//locust/input9/3",
data=Util.get_json_with_size(message, 1000),
auth=None,
headers={
"Authorization": "Bearer {}".format(Util.get_access_token()),
"Content-Type": "application/json"
},
name=Util.get_class_name(self))
def pub(self):
# retrieve the dev instance
dev_id = Util.get_id(self.parent, "dev", Util.get_class_name(self))
if dev_id in device_instance:
dev = device_instance[dev_id]
else:
dev = Util.get_diminishing_random_sensor_data(init_value=100,
half_life_time=30,
restart_time=120,
error_rate=0.01)
device_instance[dev_id] = dev
# create json data
json_data = {
"id": dev_id,
"value": dev.next_int(),
"seq": dev.get_message_seq(),
"time": Util.get_current_time()
}
# send data to target
Util.publish_to_eventhubs("batterysensor",
Util.get_json_with_size(json_data, 1000))
events.request_success.fire(request_type='publish',
name=Util.get_class_name(self),
response_time=0,
exception=None,
response_length=1000)
return
def pub(self):
# retrieve the dev instance
dev_id = Util.get_id(self.parent, "dev", Util.get_class_name(self))
if dev_id in device_instance:
dev = device_instance[dev_id]
else:
dev = Util.get_diminishing_random_sensor_data(init_value=100, half_life_time=30, restart_time=120, error_rate=0.01)
device_instance[dev_id] = dev
# create json data
json_data = {
"id": dev_id,
"value": dev.next_int(),
"seq": dev.get_message_seq(),
"time": Util.get_current_time()
}
# send data to target
rc, mid = self.parent.client.publish("/locust/mqtt/1",
Util.get_json_with_size(json_data, 1000),
qos=0, retain=True)
if rc:
events.request_failure.fire(
request_type='publish',
name=Util.get_class_name(self),
response_time=0,
exception=rc,
response_length=1000
)
else:
events.request_success.fire(
request_type='publish',
name=Util.get_class_name(self),
response_time=0,
response_length=1000,
)
return