def _update_label_sensors(ctx, label, sensor, set_func):
service = ctx.find_object(helium.Service)
label = util.lookup_resource_id(service.get_labels, label)
# Fetch the existing sensors
sensors = service.get_label_sensors(label).get('data')
sensor_ids = dpath.values(sensors, "*/id")
# Look up full sensor ids for all given sensors
sensor_list = [util.lookup_resource_id(service.get_sensors, sensor_id)
for sensor_id in sensor]
# And perform the set operation and ensure we have a valid list
sensor_ids = set_func(set(sensor_ids), set(sensor_list))
if sensor_ids is None: sensor_ids = []
service.update_label_sensors(label, sensor_ids)
def stop(service, script, **kwargs):
"""Stop a given cloud-script.
Stops the SCRIPT with the given id.
"""
script = util.lookup_resource_id(service.get_cloud_scripts, script)
_tabulate([service.update_cloud_script(script, state="stopped", **kwargs).get('data')])
def timeseries(service, script, **kwargs):
"""List readings for a cloud-script.
Lists one page of readings for a given SCRIPT.
"""
script = util.lookup_resource_id(service.get_cloud_scripts, script)
data = service.get_cloud_script_timeseries(script, **kwargs).get('data')
ts.tabulate(data, **kwargs)
def delete(service, script):
"""Delete a given cloud-script.
Deletes the cloud-SCRIPT with the given id.
"""
script = util.lookup_resource_id(service.get_cloud_scripts, script)
result = service.delete_cloud_script(script)
click.echo("Deleted: " + script.encode('ascii')
if result.status_code == 204 else result)
def delete(service, label):
"""Delete a label.
Deletes the LABEL with the given id
"""
label_list = service.get_labels().get('data')
label = [util.lookup_resource_id(label_list, label_id)
for label_id in label]
for entry in label:
result = service.delete_label(entry)
click.echo("Deleted: " + entry if result.status_code == 204 else result)
def dump(service, label, format, **kwargs):
"""Dumps timeseries data to files.
Dumps the timeseries data for all sensors in a given LABEL.
One file is generated for each sensor with the sensor id as filename and the
file extension based on the requested dump format
"""
label = util.lookup_resource_id(service.get_labels, label)
sensors = dpath.values(service.get_label_sensors(label), '/data/*/id')
ts.dump(service, sensors, format, **kwargs)
def show(service, script, file):
"""Gets a script file from a given cloud-script.
Fetches a FILE from a given cloud-SCRIPT.
"""
script = util.lookup_resource_id(service.get_cloud_scripts, script)
json = service.get_cloud_script(script).get('data')
file_urls = [f.encode('utf-8') for f in dpath.get(json, 'meta/scripts')]
names = dict(zip(util.extract_script_filenames(file_urls), file_urls))
file_url = names[file]
click.echo(requests.get(file_url).text)
def create(ctx, name, sensor):
"""Create a label.
Creates a label with a given NAME and an (optional) list of SENSORs
associated with that label.
"""
service = ctx.find_object(helium.Service)
label = service.create_label(name).get('data')
label_id = label['id']
if sensor:
sensor_list = service.get_sensors().get('data')
sensors = [util.lookup_resource_id(sensor_list, sensor_id)
for sensor_id in sensor]
service.update_label_sensors(label_id, sensors)
_tabulate([service.get_label(label_id, include='sensor').get('data')])
def list(service, sensor, label, **kwargs):
"""List sensors.
Lists information for a label of sensors or all sensors in
the organization.
"""
if label:
label = lookup_resource_id(service.get_labels, label)
sensors = service.get_label(label, include="sensor").get('included')
elif sensor:
sensor = _find_sensor_id(service, sensor, **kwargs)
sensors = [service.get_sensor(sensor).get('data')]
else:
sensors = service.get_sensors().get('data')
_tabulate(sensors, **kwargs)
def status(service, script):
"""Displays current status information for a script.
Display status information a given SCRIPT. If the script is in an error
condition the error details are displayed.
"""
script = util.lookup_resource_id(service.get_cloud_scripts, script)
data = service.get_cloud_script(script).get('data')
click.echo('Status: ' + dpath.get(data, "attributes/state"))
try:
error = dpath.get(data, "attributes/error")
except KeyError:
error = None
# Pull out the details if they're there
if isinstance(error, dict):
error = error.get('details')
if error:
click.echo('Error: ' + error)
def _find_sensor_id(service, sensor, **kwargs):
return lookup_resource_id(service.get_sensors, sensor, **kwargs)