def click_picture_from_arlo(
ctx,
folder,
filetag,
username,
password):
# Instantiating the Arlo object automatically calls Login(),
# which returns an oAuth token that gets cached.
# Subsequent successful calls to login will update the oAuth token.
arlo = Arlo(username, password)
# Get the list of devices and filter on device type to only get the basestation.
# This will return an array which includes all of the basestation's associated metadata.
basestations = arlo.GetDevices('basestation')
# Get the list of devices and filter on device type to only get the camera.
# This will return an array which includes all of the camera's associated metadata.
cameras = arlo.GetDevices('camera')
# Tells the Arlo basestation to trigger a snapshot on the given camera.
# This snapshot is not instantaneous, so this method waits for the response and returns the url
# for the snapshot, which is stored on the Amazon AWS servers.
snapshot_url = arlo.TriggerFullFrameSnapshot(basestations[0], cameras[0])
# This method requests the snapshot for the given url and writes the image data to the location specified.
# Note: Snapshots are in .jpg format.
timestamp = datetime.datetime.now().strftime('%Y%m%d%H%M%S')
filename = filetag + '_' + str(timestamp) + '.jpg'
filepath = folder + '\\' + filename
arlo.DownloadSnapshot(snapshot_url, filepath)
ctx.obj['path-to-picture'] = filepath
ctx.obj['filename'] = filename
print('Downloaded snapshot to ' + filepath)
def _capture(self):
print(f'Starting capture.')
try:
arlo = Arlo(self._username, self._password)
base_stations = arlo.GetDevices('basestation')
cameras = arlo.GetDevices('camera', filter_provisioned=True)
for camera in cameras:
name = camera['deviceName']
if self._camera_names is not None and name not in self._camera_names:
continue
print(f'- Taking snapshot from {name}')
url = arlo.TriggerFullFrameSnapshot(base_stations[0], camera)
if url is not None:
file_name = name + '_' + str(time.time())
file_name = file_name.replace(' ', '_')
arlo.DownloadSnapshot(
url, f'{self._snapshot_dir }/{file_name}.jpg')
else:
print(f'-- Snapshot failed from {name}.')
except HTTPError as e:
print(f'Error during capture: {e}.')
def handler(event, context):
# config values
USERNAME = os.getenv('USERNAME')
PASSWORD = os.getenv('PASSWORD')
S3BUCKET = os.getenv('S3BUCKET')
prefix = os.getenv('prefix')
arlo = Arlo(USERNAME, PASSWORD)
s3 = boto3.client('s3')
# get basestation, camera pairs
# camera['parentId'] refers to basestation['deviceId']
basestations = arlo.GetDevices('basestation')
cameras = arlo.GetDevices('camera')
for camera in cameras:
basestation = [
b for b in basestations if b['deviceId'] == camera['parentId']
][0]
url = arlo.TriggerFullFrameSnapshot(basestation, camera)
print(url)
content_key = prefix + camera['deviceName'] + '/' + str(
datetime.datetime.now()) + '.jpg'
r = requests.get(url, stream=True)
r.raw.decode_content = True
print('uploading to: s3://' + S3BUCKET + '/' + content_key)
s3.upload_fileobj(r.raw, S3BUCKET, content_key)
def switch(command, i=0):
try:
arlo = Arlo(ArloLogin, ArloPassword)
base = arlo.GetDevices('basestation')[
0] # get base station info, assuming only 1 is available
camera = arlo.GetDevices('camera')[
0] # get camera info, assuming only 1 is available
print("Command: " + command)
if command == "status":
print("ARLO -- Camera current mode: " + get_current_state(arlo))
elif command == "armed":
#print("ARLO -- Camera old mode: " + get_current_state(arlo))
arlo.Arm(base)
print("ARLO -- Camera new mode: " + get_current_state(arlo))
else:
#print("ARLO -- Camera old mode: " + get_current_state(arlo))
arlo.Disarm(base)
print("ARLO -- Camera new mode: " + get_current_state(arlo))
# On tente d'exécuter la commande 8 fois maximum
except Exception as e:
print(e)
if i < 8:
print("ARLO -- Connexion Error - new try ... (" + str(i + 1) +
"/8)")
switch(command, i + 1)
return
else:
print("ARLO -- Connexion Errors -- command failed " + str(i) +
" times. Exit")
raise SystemExit(1) # Return failure
# Enregistre l'état de la batterie (pour lecture dans Domoticz)
time.sleep(1)
cam_battery_level = arlo.GetCameraState(
base)["properties"][0]["batteryLevel"]
print("ARLO -- Camera Battery: " + str(cam_battery_level) +
" % -> into file /tmp/arlo_cam1.txt")
with open('/tmp/arlo_cam1.txt', 'w') as f:
f.write(str(cam_battery_level))
def motion_detection():
global nb_alert, time_lastalert
nb_alert = 0
time_lastalert = datetime.datetime.now() - datetime.timedelta(
days=1) # On initialise la variable time_lastalert à J-1
print("ARLO - Motion detection (uniquement lorsque la caméra est armée)")
while True:
try:
arlo = Arlo(ArloLogin, ArloPassword)
base = arlo.GetDevices('basestation')[
0] # get base station info, assuming only 1 is available
arlo.SubscribeToMotionEvents(base, motion_callback)
#arlo.HandleEvents(base, motion_callback)
except Exception as e:
print(e)
time.sleep(10) # Si erreur, on fait une pause de 10s
def test_get_devices(self):
"""
"""
mocked_url = "https://my.arlo.com/hmsweb/users/devices"
mock_json = {}
with open('./responses/expected_get_devices_response.json') as json_file:
mock_json = json.load(json_file)
responses.add(
method = responses.GET,
url = mocked_url,
json = mock_json,
status = 200
)
arlo = Arlo(USERNAME, PASSWORD)
response = arlo.GetDevices()
assert response[0]["deviceName"] == mock_json["data"][0]["deviceName"]
def disarmarlo(message):
"""disarm arlo
Disable motion detection for the Arlo system.
"""
if (os.environ['TARGET_DEVICE'] != 'all'
and os.environ['TARGET_DEVICE'] != device_name):
return
post = slackmq(os.environ['API_TOKEN'], message.body['channel'],
message.body['ts'])
if not post.ack():
return
if eval(os.environ['DEBUG']):
debug = "[{}] ".format(device_name)
else:
debug = ""
message.send(":rotating_light: {}Disarming Arlo.".format(debug))
arlo = Arlo(settings.servers.arlo.username,
settings.servers.arlo.password)
basestations = arlo.GetDevices('basestation')
arlo.Disarm(basestations[0])
message.send(":rotating_light: {}Arlo is disarmed.".format(debug))
post.unack()
import requests
import json
from arlo import Arlo
USERNAME = ''
PASSWORD = ''
print('Api is listening\n')
try:
arlo = Arlo(USERNAME, PASSWORD)
basestations = arlo.GetDevices('basestation')
def callback(arlo, event):
print("Motion has been Detected")
body = json.dumps({
"notification": "Motion has been Detected",
"accessCode": ""
})
requests.post(url="https://api.notifymyecho.com/v1/NotifyMe",
data=body)
arlo.SubscribeToMotionEvents(basestations[0], callback)
except Exception as e:
print(e)
def handler(event, context):
# config values
USERNAME = os.getenv('USERNAME')
PASSWORD = os.getenv('PASSWORD')
QUEUENAME = os.getenv('QUEUENAME')
S3BUCKET = os.getenv('S3BUCKET')
prefix = os.getenv('prefix')
cacheprefix = prefix + 'cache/'
cache = Cache(S3BUCKET, cacheprefix)
sqs = boto3.client('sqs')
print(event)
print(context)
print(USERNAME)
print(PASSWORD)
print(QUEUENAME)
print(S3BUCKET)
print(prefix)
print(cache)
# get list of recent arlo media objects from past 7 days
arlo = Arlo(USERNAME, PASSWORD)
today = (date.today() - timedelta(days=0)).strftime("%Y%m%d")
seven_days_ago = (date.today() - timedelta(days=7)).strftime("%Y%m%d")
library = arlo.GetLibrary(seven_days_ago, today)
# only process library items that have arrived since our last processing time
latest_saved_media_timestamp = cache.get('latest_saved_media_timestamp')
library = [
l for l in library if l['lastModified'] > latest_saved_media_timestamp
]
if len(library) > 0:
latest_saved_media_timestamp = max(
[l['lastModified'] for l in library])
cameras = arlo.GetDevices('camera')
camera_id2name = {}
for c in cameras:
camera_id2name[c['deviceId']] = c['deviceName']
for media in library:
camera_name = camera_id2name.get(media['deviceId'], 'unknown_device')
filename = camera_name + '_' + datetime.datetime.fromtimestamp(
int(media['name']) // 1000).strftime('%Y-%m-%d %H-%M-%S')
message = {
"media": media,
"metadata": {
"s3bucket": S3BUCKET,
"content_key": prefix + 'media/' + filename + '.mp4',
"thumbnail_key":
prefix + 'media/' + filename + '_thumbnail.jpg'
}
}
print(message)
response = sqs.send_message(QueueUrl=QUEUENAME,
MessageBody=json.dumps(message))
cache.set('latest_saved_media_timestamp', latest_saved_media_timestamp,
3600 * 24 * 30)
class ArloMqtt:
def __init__(self, args):
self.log = logging.getLogger(type(self).__name__)
if args.debug:
self.log.setLevel(logging.DEBUG)
self.report_interval = args.report_interval
self.report_thread = threading.Thread(target=self.report_thread_fn,
daemon=True)
self.stop = threading.Event()
self.last_reported_ts = time.time()
self.arlo_user = args.arlo_user
self.arlo_pass = args.arlo_pass
self.mqtt_settings = {
'MQTT_BROKER': args.broker,
'MQTT_PORT': args.port,
'MQTT_USERNAME': args.mqtt_user,
'MQTT_PASSWORD': args.mqtt_pass,
}
def report_thread_fn(self):
try:
while True:
self.report()
self.last_reported_ts = time.time()
if self.stop.wait(self.report_interval):
break
except Exception:
self.log.exception('Report thread failed')
finally:
self.log.info('Report thread stopped')
self.stop.set()
def run(self):
self.log.info('Connecting to Arlo')
self.arlo = Arlo(self.arlo_user, self.arlo_pass)
self.arlo_bases = {}
self.arlo_cams = {}
self.report_thread.start()
try:
while True:
if self.stop.wait(self.report_interval * 2):
break
if time.time(
) - self.last_reported_ts > self.report_interval * 2:
self.log.error('Report timeout')
break
finally:
self.log.info('Main thread stopped')
self.stop.set()
def report(self):
self.log.info('Reporting status')
# Fetching devices and states from Arlo
devices = [
dev for dev in self.arlo.GetDevices() if dev['state'] != 'removed'
]
bases = {
dev['deviceId']: dev
for dev in devices if dev['deviceType'] == 'basestation'
}
cams = {
dev['deviceId']: dev
for dev in devices if dev['deviceType'] == 'camera'
}
for mode in self.arlo.GetModesV2():
id = mode['gatewayId']
if id in bases:
bases[id]['modeState'] = mode
for base in bases.values():
for state in self.arlo.GetCameraState(base)['properties']:
id = state['serialNumber']
if id in cams:
cams[id]['cameraState'] = state
# Syncing devices and states to MQTT Homie
for id, base in bases.items():
if id not in self.arlo_bases:
self.arlo_bases[id] = HomieArloBaseStation(
id=id,
name=base['deviceName'],
mqtt_settings=self.mqtt_settings,
arlo=self.arlo,
base_station=base,
log=self.log.getChild('homie'),
)
self.arlo_bases[id].node.active_modes = ','.join(
base['modeState']['activeModes'])
for id in [id for id in self.arlo_bases if id not in bases]:
del self.arlo_bases[id]
for id, cam in cams.items():
if id not in self.arlo_cams:
self.arlo_cams[id] = HomieArloCamera(
id=id,
name=cam['deviceName'],
mqtt_settings=self.mqtt_settings,
arlo=self.arlo,
base_station=bases[cam['parentId']],
log=self.log.getChild('homie'),
)
self.arlo_cams[id].node.privacy_active = cam['cameraState'][
'privacyActive']
self.arlo_cams[id].node.battery_level = cam['cameraState'][
'batteryLevel']
self.arlo_cams[id].node.charging_state = cam['cameraState'][
'chargingState']
self.arlo_cams[id].node.connection_state = cam['cameraState'][
'connectionState']
self.arlo_cams[id].node.signal_strength = cam['cameraState'][
'signalStrength']
self.arlo_cams[id].node.last_image = cam['presignedLastImageUrl']
for id in [id for id in self.arlo_cams if id not in cams]:
del self.arlo_cams[id]
def login(USERNAME, PASSWORD):
global arlo
arlo = Arlo(USERNAME, PASSWORD)
global basestations
basestations = arlo.GetDevices('basestation')
# Check command line parameters
parser = argparse.ArgumentParser()
parser.add_argument(
'command',
choices=['aktiviert', 'deaktiviert', 'garten', 'garten_hinten'])
args = parser.parse_args()
command = args.command
# Instantiating the Arlo object automatically calls Login(), which returns an oAuth token that gets cached.
# Subsequent successful calls to login will update the oAuth token.
arlo = Arlo(USERNAME, PASSWORD)
# At this point you're logged into Arlo.
# Get all devices
devices = arlo.GetDevices('')
if command == 'deaktiviert':
device = getDeviceFromName("Home", devices)
arlo.Disarm(device)
device = getDeviceFromName("Bridge_AZMichael", devices)
arlo.Disarm(device)
device = getDeviceFromName("Bridge_AZSabine", devices)
arlo.Disarm(device)
elif command == 'aktiviert':
device = getDeviceFromName("Home", devices)
arlo.Arm(device)
device = getDeviceFromName("Bridge_AZMichael", devices)
arlo.Arm(device)
device = getDeviceFromName("Bridge_AZSabine", devices)
USERNAME = '******'
PASSWORD = '******'
videopath = 'videos'
try:
# Instantiating the Arlo object automatically calls Login(), which returns an oAuth token that gets cached.
# Subsequent successful calls to login will update the oAuth token.
arlo = Arlo(USERNAME, PASSWORD)
# At this point you're logged into Arlo.
# Get the list of devices and filter on device type to only get the cameras.
# This will return an array which includes all of the canera's associated metadata
# and includes Arlo Q devices, re: https://github.com/jeffreydwalter/arlo/wiki/FAQ#frequently-asked-questions
cameras = arlo.GetDevices('camera')
arloq = arlo.GetDevices('arloq')
arloqs = arlo.GetDevices('arloqs')
cameras = cameras + arloq + arloqs
cameras_by_id = {}
# setup a hash where each camera deviceId is assocaited with its name for lookup later
for camera in cameras:
cameras_by_id[camera['deviceId']] = camera['deviceName']
today = (date.today() - timedelta(days=0)).strftime("%Y%m%d")
seven_days_ago = (date.today() - timedelta(days=7)).strftime("%Y%m%d")
# Get all of the recordings for a date range.
library = arlo.GetLibrary(seven_days_ago, today)
# Credentials for Arlo
USERNAME = config.get("CREDENTIALS", "USERNAME")
PASSWORD = str(
base64.b64encode(
config.get("CREDENTIALS", "PASSWORD").encode("utf-8")), "utf-8")
# Base Station (currently only one base station supported!)
BASESTATIONNAME = config.get("BASESTATION", "NAME")
# Instantiating the Arlo object automatically calls Login(), which returns an oAuth token that gets cached.
# Subsequent successful calls to login will update the oAuth token.
arlo = Arlo(USERNAME, PASSWORD)
# At this point you're logged into Arlo.
# Get all device objects
devices = arlo.GetDevices(devicetype)
# Get base station object
basestation = getDeviceFromName(BASESTATIONNAME, devices)
if command == 'list-devices':
# List all devices
# Get the list of devices and filter on device type.
# This will return an array which includes all of the devices's associated metadata.
for device in devices:
print(device['deviceName'], " : ", device['deviceType'], " : ",
device['deviceId'], " : ", device['uniqueId'])
elif command == 'list-modes':
# List all modes for a specific device
modes = arlo.GetAutomationDefinitions()
from arlo import Arlo
USERNAME = '******'
PASSWORD = '******'
try:
# Instantiating the Arlo object automatically calls Login(), which returns an oAuth token that gets cached.
# Subsequent successful calls to login will update the oAuth token.
arlo = Arlo(USERNAME, PASSWORD)
# At this point you're logged into Arlo.
# Get the list of devices and filter on device type to only get the basestation.
# This will return an array which includes all of the basestation's associated metadata.
basestations = arlo.GetDevices('basestation')
# Get the list of devices and filter on device type to only get the camera.
# This will return an array which includes all of the camera's associated metadata.
cameras = arlo.GetDevices('camera')
# Get current state payload
state = arlo.GetCameraState(cameras[0])
print(state["properties"][0]["nightLight"])
# night light on
arlo.SetNightLightOn(cameras[0])
# night light timer on
arlo.SetNightLightTimerOn(cameras[0], 500)
# night light color mode
arlo.SetNightLightMode(cameras[0],
class ArloWrap:
def __init__(self):
super(ArloWrap, self).__init__()
self.USERNAME = os.getenv("ARLO_USER")
self.PASSWORD = os.getenv("ARLO_PASS")
self.arlo = Arlo(self.USERNAME, self.PASSWORD)
# Get the list of devices and filter on device type to only get the basestation.
# This will return an array which includes all of the basestation's associated metadata.
self.basestation = self.arlo.GetDevices("basestation")[0]
# Get the list of devices and filter on device type to only get the cameras.
# This will return an array of cameras, including all of the cameras' associated metadata.
self.camera = self.arlo.GetDevices("camera")[1]
def take_snapshot(self):
try:
start = time.time()
# Trigger the snapshot.
url = self.trigger_timeout()
if url:
timezone = pytz.timezone("Europe/London")
now = datetime.now(timezone).replace(microsecond=0)
fname = f"snapshot-{now.isoformat()}.jpg"
# with SFTP() as sftp:
# sftp.upload_snaphot(url, fname)
upload_image_file(url, "arlocam-snapshots", fname)
print(f"uploaded shot: {fname}")
result = db.snapshots.insert_one(
{"file_name": fname, "created_date": now}
)
print(f"Data inserted with record ids: {result.inserted_id}")
else:
print("skipped, url not found")
print(time.time() - start)
except Exception as e:
print(e)
def trigger_timeout(self):
try:
url = func_timeout(
60,
self.arlo.TriggerFullFrameSnapshot,
args=(self.basestation, self.camera),
)
except FunctionTimedOut:
print("timed out")
url = None
return url
def start_stream(self):
try:
# Open the event stream to act as a keep-alive for our stream.
self.arlo.Subscribe(self.basestation)
# Send the command to start the stream and return the stream url.
url = self.arlo.StartStream(self.basestation, self.camera)
return url
except Exception as e:
print(e)
return None
from arlo import Arlo
import cv2
from datetime import timedelta, date
import datetime
arlo = Arlo("*****@*****.**", "Surui12109")
# Get the list of devices and filter on device type to only get the camera.
# This will return an array which includes all of the camera's associated metadata.
cameras = arlo.GetDevices('camera')
basestations = cameras
print("Connected to Camera successfully")
# This method requests the snapshot for the given url and writes the image data to the location specified.
# In this case, to the current directory as a file named "snapshot.jpg"
# Note: Snapshots are in .jpg format.
def get_snapshot():
# Tells the Arlo basestation to trigger a snapshot on the given camera.
# This snapshot is not instantaneous, so this method waits for the response and returns the url
# for the snapshot, which is stored on the Amazon AWS servers.
snapshot_url = arlo.TriggerFullFrameSnapshot(basestations[0], cameras[0])
arlo.DownloadSnapshot(snapshot_url, 'temp.jpg')
img = cv2.imread('temp.jpg')
img = cv2.resize(img, (1000, 500))
return img
