def create(client, name):
"""Create a virtual sensor.
Create a virtual sensor with a name.
"""
sensor = Sensor.create(client, name=name)
Sensor.display(client, [sensor])
def create(ctx, name, sensors, elements):
"""Create a label.
Creates a label with a given NAME and an (optional) list of
sensors and elements associated with that label.
"""
client = ctx.find_object(Client)
sensors = sensors or []
if sensors:
all_sensors = Sensor.all(client)
sensors = [
Sensor.lookup(client, id, resources=all_sensors) for id in sensors
]
elements = elements or []
if elements:
all_elements = Element.all(client)
elements = [
Element.lookup(client, id, resources=all_elements)
for id in elements
]
label = Label.create(client, attributes={'name': name})
if sensors:
label.update_sensors(sensors)
if elements:
label.update_elements(elements)
label = Label.find(client, label.id, include=label_includes)
Label.display(client, [label], include=label_includes)
def create(client, name):
"""Create a virtual sensor.
Create a virtual sensor with a name.
"""
sensor = Sensor.create(client, attributes={'name': name})
Sensor.display(client, [sensor])
def sensor(client, label, mac, **kwargs):
"""List sensors for a label.
List sensors for a given LABEL.
Add, remove or replace sensors from the LABEL by using the --add,
--remove or --replace arguments respectively. Note that you can
specify "none" with these to indicate an empty list.
"""
label = Label.lookup(client, label)
actions = lookup_label_action_resources(client, Sensor, mac=mac, **kwargs)
if actions.add is not None:
label.add_sensors(actions.add)
if actions.remove is not None:
label.remove_sensors(actions.remove)
if actions.replace is not None:
label.update_sensors(actions.replace)
sensors = label.sensors()
Sensor.display(client, sensors, **kwargs)
def label(client, sensor, mac):
"""Get the labels for a sensor.
Gets all the labels that a given SENSOR is part of.
"""
sensor = Sensor.lookup(client, sensor, mac=mac)
Sensor.display(client, sensor.labels())
def sensor(client, label, **kwargs):
"""Lists sensors for a label.
Lists sensors for a given LABEL.
"""
label = Label.lookup(client, label, include=[Sensor])
sensors = label.sensors(use_included=True)
Sensor.display(client, sensors, **kwargs)
def update(client, sensor, name, mac, **kwargs):
"""Updates the attributes of a sensor.
Updates the attributes of a given SENSOR.
"""
sensor = Sensor.lookup(client, sensor, mac=mac)
sensor = sensor.update(name=name)
Sensor.display(client, [sensor])
def update(client, sensor, name, mac, **kwargs):
"""Updates the attributes of a sensor.
Updates the attributes of a given SENSOR.
"""
sensor = Sensor.lookup(client, sensor, mac=mac)
sensor = sensor.update(attributes={'name': name})
Sensor.display(client, [sensor])
def sensor(client, element, mac, **kwargs):
"""Get the sensors for an element.
Gets the sensors last known to be connected to a given ELEMENT.
"""
element = Element.lookup(client, element, mac=mac, include=[Sensor])
sensors = element.sensors(use_included=True)
Sensor.display(client, sensors, **kwargs)
def sensor(client, element, mac, **kwargs):
"""Get the sensors for an element.
Gets the sensors last known to be connected to a given ELEMENT.
"""
element = Element.lookup(client, element, mac=mac, include=[Sensor])
sensors = element.sensors(use_included=True)
Sensor.display(client, sensors, **kwargs)
def test_lookup(client, sensors, first_sensor):
assert len(sensors) > 0
# Look up by id
lookup_sensor = Sensor.lookup(client, first_sensor.id,
resources=sensors)
assert first_sensor == lookup_sensor
# Look up by short_id
lookup_sensor = Sensor.lookup(client, first_sensor.short_id,
resources=sensors)
assert first_sensor == lookup_sensor
# Look up by mac
assert first_sensor.meta.last_seen is not None
assert first_sensor.meta.mac is not None
lookup_sensor = Sensor.lookup(client, first_sensor.meta.mac, mac=True,
resources=sensors)
assert first_sensor == lookup_sensor
# Lookup by name
lookup_sensor = Sensor.lookup(client, first_sensor.name,
resources=sensors)
assert first_sensor == lookup_sensor
lookup_sensor = Sensor.filter(client, None,
resource.filter_string_attribute('name'),
resources=sensors)
assert len(lookup_sensor) > 0
# Test some lookup failures
with pytest.raises(KeyError):
Sensor.lookup(client, '8', mac=True)
with pytest.raises(KeyError):
Sensor.lookup(client, 'zzfs', mac=True)
def test_lookup(client, sensors, first_sensor):
assert len(sensors) > 0
# Look up by id
lookup_sensor = Sensor.lookup(client, first_sensor.id, resources=sensors)
assert first_sensor == lookup_sensor
# Look up by short_id
lookup_sensor = Sensor.lookup(client,
first_sensor.short_id,
resources=sensors)
assert first_sensor == lookup_sensor
# Look up by mac
assert first_sensor.meta.last_seen is not None
assert first_sensor.meta.mac is not None
lookup_sensor = Sensor.lookup(client,
first_sensor.meta.mac,
mac=True,
resources=sensors)
assert first_sensor == lookup_sensor
# Lookup by name
lookup_sensor = Sensor.lookup(client, first_sensor.name, resources=sensors)
assert first_sensor == lookup_sensor
lookup_sensor = Sensor.filter(client,
None,
resource.filter_string_attribute('name'),
resources=sensors)
assert len(lookup_sensor) > 0
# Test some lookup failures
with pytest.raises(KeyError):
Sensor.lookup(client, '8', mac=True)
with pytest.raises(KeyError):
Sensor.lookup(client, 'zzfs', mac=True)
def list(client, sensor, mac, **kwargs):
"""List sensors.
Lists information for a given SENSOR or all sensors in the
organization.
"""
if sensor:
sensors = [Sensor.lookup(client, sensor, mac=mac)]
else:
sensors = Sensor.all(client)
Sensor.display(client, sensors, **kwargs)
def list(client, sensor, mac, **kwargs):
"""List sensors.
Lists information for a given SENSOR or all sensors in the
organization.
"""
if sensor:
sensors = [Sensor.lookup(client, sensor, mac=mac)]
else:
metadata = kwargs.get('metadata') or None
sensors = Sensor.where(client, metadata=metadata)
Sensor.display(client, sensors, **kwargs)
def element(client, sensor, mac):
"""Get the element for a sensor.
Gets the element a given SENSOR was last seen connected to.
"""
sensor = Sensor.lookup(client, sensor, mac=mac, include=[Element])
element = sensor.element(use_included=True)
Element.display(client, [element] if element else [])
def delete(client, sensor, mac, **kwargs):
"""Delete a sensor.
Deletes the SENSOR with the given id.
"""
sensor = Sensor.lookup(client, sensor, mac=mac)
sensor.delete()
click.echo("Deleted {}".format(sensor.id))
def delete(client, sensor, mac, **kwargs):
"""Delete a sensor.
Deletes the SENSOR with the given id.
"""
sensor = Sensor.lookup(client, sensor, mac=mac)
sensor.delete()
click.echo("Deleted {}".format(sensor.id))
def element(client, sensor, mac):
"""Get the element for a sensor.
Gets the element a given SENSOR was last seen connected to.
"""
sensor = Sensor.lookup(client, sensor, mac=mac, include=[Element])
element = sensor.element(use_included=True)
Element.display(client, [element] if element else [])
def test_display_map(client, first_sensor, sensors):
assert first_sensor is not None
display_map = Sensor.display_map(client)
assert display_map is not None
for sensor in sensors:
values = [f(sensor) for f in display_map.values()]
assert values is not None
def test_display_map(client, first_sensor, sensors):
assert first_sensor is not None
display_map = Sensor.display_map(client)
assert display_map is not None
for sensor in sensors:
values = [f(sensor) for f in display_map.values()]
assert values is not None
def update(client, label, name, **kwargs):
label = Label.lookup(client, label)
if name:
label.update(name=name)
all_sensors = Sensor.all(client)
add_sensors = kwargs.pop('add', None) or []
remove_sensors = kwargs.pop('remove', None) or []
sensors = [Sensor.lookup(client, s, resources=all_sensors)
for s in add_sensors]
if sensors:
label.add_sensors(sensors)
sensors = [Sensor.lookup(client, s, resources=all_sensors)
for s in remove_sensors]
if sensors:
label.remove_sensors(sensors)
include = [Sensor]
label = Label.find(client, label.id, include=include)
Label.display(client, [label], include=include)
def validate_format(output, client, sensors, capsys):
first_sensor = sensors[0]
# With sort
Sensor.display(client, sensors, format=output, sort='name')
out, err = capsys.readouterr()
assert first_sensor.short_id in out
Sensor.display(client, sensors, format=output, sort='name', reverse=True)
reversed, err = capsys.readouterr()
assert reversed != out
# Without sort
Sensor.display(client, sensors, format=output)
out, err = capsys.readouterr()
assert first_sensor.short_id in out
Sensor.display(client, sensors, format=output, reverse=True)
reversed, err = capsys.readouterr()
assert reversed != out
def test_formats(client, sensors, capsys):
for output in ['csv', 'tabular', 'json']:
validate_format(output, client, sensors, capsys)
with pytest.raises(AttributeError):
Sensor.display(client, sensors, format='xxx')
