torizon-cloud 0.0.5

TorizonCloud Python API is a wrapper around the official Torizon Cloud API.

TorizonCloud Python API

About

TorizonCloud Python API is a wrapper around the official Torizon Cloud API.

The purpose of this API is to make it easier to the user by:

• Creating a login function, so the user don't need to pass the credentials at each API call
• Format the HTTP header, this can be quite challenging
• Access all devices, packages, fleets and lockboxes with the same syntax.
  • The official API creates a new endpoint for each newly created device, package, ....

How to use

Check the examples/main.py script, it should be self-explanatory.

But you simply need to:

1. Install the package
   1. pip install torizon-cloud
2. Login using your Torizon Cloud Credentials.
   1. It expects 2 enviroment variables, TORIZON_CLOUD_CLIENT and TORIZON_CLOUD_SECRET.
3. Check the helper function for the API endpoints.

Simple Examples

Check the examples folder for some common use cases.

Login into the platform

import os
from torizon_cloud import TorizonCloud

client_id = os.getenv("TORIZON_CLOUD_CLIENT")
client_secret = os.getenv("TORIZON_CLOUD_SECRET")

cloud = TorizonCloud()
cloud.login(client_id, client_secret)

Get a list of the provisioned devices

cloud.api.getDevices()

Get a list of uploaded Packages

cloud.api.getPackages()

Get a list of created fleets

cloud.api.getFleets()

Get a list of created Lockboxes

cloud.api.getLockboxes()

Get a list of created Lockboxes with details

cloud.api.getLockbox_details()

Get a list of metric names

cloud.api.getDevice_dataMetric_names()

Get Network info about devices

This is going to return info about ['deviceUuid', 'localIpV4', 'hostname', 'macAddress']

cloud.api.getDevicesNetwork()

Get information about the Packages instaled on a device

cloud.api.getDevicesPackagesDeviceuuid(
    deviceUuid = '558c5227-62fe-4a83-beea-7153d7ae641d' # you can get this from getDevices
)

Post create a new device

cloud.api.postDevices(
    deviceName = "Delicious-Hamburger", # user-defined name
    deviceId   = "1234", # user-defined string
    hibernated = True)

This is going to return the device_credentials.zip for the device to connect to your cloud.

1. dump the zip content to /var/sota/import in the device
2. run in the device sudo systemctl restart aktualizr

Post upload a new package

compose_file_lock = "examples/camera.lock.yaml"
version = "999"

with open(compose_file_lock, "r") as f:
    data = f.read()

cloud.api.postPackages(    
    name           = os.path.basename(compose_file_lock),
    version        = version,
    hardwareId     = "docker-compose",
    targetFormat   = "BINARY",
    ContentLength  = os.path.getsize(compose_file_lock),
    data = data)

Post create a new fleet

new_fleet_uuid = cloud.api.postFleets(
    name = "test",
    fleetType = "static"
) # returns a string with the fleet uuid

Post add devices to the fleet

# query a device by name
devices_by_name = cloud.api.getDevices(
    nameContains = "Delicious-Hamburger"
)["values"] # returns a list of devices with nameContains

devices_uuid = [x["deviceUuid"] for x in devices_by_name["values"]]

# add the devices to the fleet
devices_uuid_reponse = cloud.api.postFleetsFleetidDevices(
    fleetId = new_fleet_uuid,
    devices = devices_uuid
)

Post an update to a list of devices or list of fleets

cloud.api.postUpdates(
    packageIds = [f"{os.path.basename(compose_file_lock)}-{version}"],
    # devices    = ["4af561db-b4a0-4346-949b-c20d5added07"], # the device must have been seen online at least 1 time
    # fleets     = ["8b96056e-0607-4e48-a098-e8c182647171"], # the device must have been seen online at least 1 time
)

Delete devices in a list

Please be careful, this operation is irreversible.

# get the first 50 devices
devices = cloud.api.getDevices(limit = 50)["values"]

# filter those devices with a simple logic
deviceUuids = [device["deviceUuid"] for device in devices if (device["deviceName"] != "something" or not device["deviceId"].startswith("verdin"))]

# delete all the devices in the filtered list
for deviceUuid in deviceUuids:
    cloud.api.deleteDevicesDeviceuuid(deviceUuid = deviceUuid)

Delete Fleets

Please be careful, this operation is irreversible.

# get the first 50 fleets
fleets = cloud.api.getFleets(limit = 50)["values"]

# filter those fleets with a simple logic
fleetIds = [fleet["id"] for fleet in fleets if (fleet["name"] != "something")]

# delete all the fleets in the list
for fleetId in fleetIds:
    cloud.api.deleteFleetsFleetid(fleetId = fleetId)

Delete Packages

Please be careful, this operation is irreversible.

# get the first 50 packages using some filters
packages = cloud.api.getPackages(
    limit = 50,
    packageSource = "targets.json",
    nameContains = "matheuscastelo"
    )["values"]

packageIds = [package["packageId"] for package in packages]

for packageId in packageIds:
    cloud.api.deletePackagesPackageid(packageId = packageId)

Delete devices in a list

Please be careful, this operation is irreversible.

# get the first 50 devices
devices = cloud.api.getDevices(limit = 50)["values"]

# filter those devices with a simple logic
deviceUuids = [device["deviceUuid"] for device in devices if (device["deviceName"] != "something" or not device["deviceId"].startswith("verdin"))]

# delete all the devices in the filtered list
for deviceUuid in deviceUuids:
    cloud.api.deleteDevicesDeviceuuid(deviceUuid = deviceUuid)

Delete Fleets

Please be careful, this operation is irreversible.

# get the first 50 fleets
fleets = cloud.api.getFleets(limit = 50)["values"]

# filter those fleets with a simple logic
fleetIds = [fleet["id"] for fleet in fleets if (fleet["name"] != "something")]

# delete all the fleets in the list
for fleetId in fleetIds:
    cloud.api.deleteFleetsFleetid(fleetId = fleetId)

Delete Packages

Please be careful, this operation is irreversible.

# get the first 50 packages using some filters
packages = cloud.api.getPackages(
    limit = 50,
    packageSource = "targets.json",
    nameContains = "matheuscastelo"
    )["values"]

packageIds = [package["packageId"] for package in packages]

for packageId in packageIds:
    cloud.api.deletePackagesPackageid(packageId = packageId)

Delete Lockboxes

Please be careful, this operation is irreversible.

# get lockboxes names and filter it
lockboxes = cloud.api.getLockboxes()

lockboxesNames = [name for name in lockboxes if "matheuscastelo" in name]

for lockboxesNams in lockboxesNames:
    cloud.api.deleteLockboxesLockbox_name(lockbox_name = lockboxesNams)