use_case_4_latest_asset_measurements.py

# -*- coding: utf-8 -*-
"""Example 4

This code prints out the latest measurements from all of your assets.

Example:
    $ python use_case_4_latest_asset_measurements.py

"""

from smart_sensor_client.smart_sensor_client import SmartSensorClient

DEFAULT_SETTINGS_FILE = 'settings.yaml'


def run_task(settings_file=DEFAULT_SETTINGS_FILE) -> bool:

    # Create the client instance
    client = SmartSensorClient(settings_file=settings_file)

    # Authenticate
    if not client.authenticate():
        print('Authentication FAILED')
        return False

    # Print organization
    print('Organization {}, {}'.format(client.organization_id, client.organization_name))
    print()

    # Get list of plants
    plants = client.get_plant_list()

    # Iterate the plant list and print all assets therein
    for plant in plants:
        print('Plant {}, {}:'.format(plant['plantID'], plant['plantName']))
        print('Assets:')

        # Get list of assets
        assets = client.get_asset_list(organization_id=client.organization_id, plant_id=plant['plantID'])
        if len(assets) == 0:
            print('No assets in this plant')
        else:
            for asset in assets:
                asset_data = client.asset_get_asset_by_id(asset_id=asset['assetID'])
                print('Latest measurements of Asset {}, {}:'.format(asset['assetID'], asset['assetName']))

                if asset_data is None:
                    # If there is an error, skip to the next asset
                    continue

                # Iterate all the measurements available and print them
                for m in asset_data['measurements']:

                    # Print measurements that contain values
                    if m['measurementValue'] is not None:
                        print('      ' + m['measurementTypeName'].ljust(37) + ':', m['measurementValue'],
                              '(' + m['timeStamp'] + ')')
                print()

        print()

    return True


# Main body
if __name__ == '__main__':

    result = run_task()

    if result is True:
        print('Task SUCCESS')
    else:
        print('Task FAILED')