def test_specific_classes():
g = Graph(load_brick=True)
classlist = [
BRICK.HVAC_Equipment, BRICK.Equipment, BRICK.Fan, BRICK.Discharge_Fan
]
specific = g.get_most_specific_class(classlist)
assert specific == [BRICK.Discharge_Fan]
classlist = [
BRICK.HVAC_Equipment,
BRICK.Equipment,
BRICK.Fan,
BRICK.Discharge_Fan,
BRICK.Exhaust_Fan,
]
specific = g.get_most_specific_class(classlist)
assert specific == [BRICK.Discharge_Fan, BRICK.Exhaust_Fan]
classlist = [BRICK.HVAC_Equipment, BRICK.Fan]
specific = g.get_most_specific_class(classlist)
assert specific == [BRICK.Fan]
classlist = [BRICK.HVAC_Equipment, BRICK.Chiller, BRICK.Absorption_Chiller]
specific = g.get_most_specific_class(classlist)
assert specific == [BRICK.Absorption_Chiller]
def test_operator_overload():
EX = Namespace("urn:ex#")
g1 = Graph()
g1.add((EX["a"], A, BRICK["Sensor"]))
g2 = Graph()
g2.add((EX["b"], A, BRICK["Sensor"]))
g = g1 + g2
g.expand("owlrl")
res = g.query("SELECT * WHERE { ?x a brick:Sensor }")
assert len(res) == 2, "Should have 2 sensors from adding graphs"
def test_add_fancy():
g = Graph()
EX = Namespace("urn:ex#")
g.bind("ex", EX)
g.add((EX.A, BRICK.area, [(BRICK.value, Literal(100)),
(BRICK.hasUnit, UNIT["M3"])]))
res = list(
g.query("""SELECT ?area ?unit WHERE {
?x brick:area/brick:value ?area .
?x brick:area/brick:hasUnit ?unit
}"""))
assert len(res) == 1