"value": "urn:ngsi-ld:Store:001"
},
"refProduct": {
"type": "Relationship",
"value": "urn:ngsi-ld:Product:001"
},
"stockCount": {
"type": "Integer", "value": 10000
}}
inventory_entity = ContextEntity(**inventory_dict)
cb_client.post_entity(inventory_entity)
# # 2 Read data from FIWARE
#
# ## 2.1 Inventory relationship with Store and Product
logger.info(inventory_entity.get_relationships())
# ## 2.2 Get entities
#
with ContextBrokerClient(fiware_header=fiware_header) as cb_client:
# It should return the inventory item according to the relationship
logger.info(
cb_client.get_entity_list(q="refProduct==urn:ngsi-ld:Product:001"))
logger.info(
cb_client.get_entity_list(q="refStore==urn:ngsi-ld:Store:001"))
# It should not return the inventory item according to the relationship
logger.info(
cb_client.get_entity_list(q="refStore==urn:ngsi-ld:Store:002"))
# # 3 Delete test entities
thermal_zone_description = NamedContextAttribute(name="description",
type="Text",
value="This zones covers "
"the entire building")
thermal_zone.add_attributes(attrs=[thermal_zone_description])
# ToDo: Create and a property that references your building model. Use the
# `Relationship` for type and `refBuilding` for its name
ref_building = NamedContextAttribute(name="refBuilding",
type="Relationship",
value=building.id)
thermal_zone.add_attributes(attrs=[ref_building])
# print all relationships of your thermal zone
for relationship in thermal_zone.get_relationships():
print(f"Relationship properties of your thermal zone mdoel: \n "
f"{relationship.json(indent=2)} \n")
# ToDo: Post your thermal zone model to the context broker
...
...
# ToDo: Create and a property that references your thermal zone. Use the
# `Relationship` for type and `hasZone` for its name. Make sure that
# your local model and the server model are in sync afterwards.
ref_zone = NamedContextAttribute(...)
cbc.update_or_append_entity_attributes(...)
building = cbc.get_entity(entity_id=building.id, entity_type=building.type)