def test_state_vector_component_functionality():
sv = StateVector()
sv.set("one", 1)
sv.set("two", 2)
# does the state vector component act as a compoent in a name
name = Name.from_str("/state_vector/test") + [sv.to_component()]
assert name == Name.from_str(Name.to_str(name))
def test_state_vector_decode():
# hard coded bytes of component vector based on MS protocol
enc_sv = b'\xCA\x03\x6F\x6E\x65\xCB\x01\x01\xCA\x03\x74\x77\x6F\xCB\x01\x02'
enc_sv = Component.from_bytes(enc_sv, StateVectorModelTypes.VECTOR.value)
sv = StateVector(enc_sv)
assert sv.get("one") == 1
assert sv.get("two") == 2
def test_state_vector_encode():
sv = StateVector()
sv.set("one", 1)
sv.set("two", 2, oldData=True)
enc_sv = sv.encode()
# does this state vector's byte value equal a hard coded byte value based on the state vector's protocol
assert enc_sv == b'\xC9\x10\xCA\x03\x6F\x6E\x65\xCB\x01\x01\xCA\x03\x74\x77\x6F\xCB\x01\x02'
def test_state_vector_has():
sv = StateVector()
sv.set("b", 5)
sv.set("a", 6)
assert sv.has("a")
assert sv.has("b")
assert not sv.has("c")
def test_state_vector_get():
sv = StateVector()
sv.set("b", 5)
sv.set("a", 0)
assert sv.get("a") == 0
assert sv.get("b") == 5
assert sv.get("c") == None
def test_state_vector_set():
sv = StateVector()
sv.set("a", 10)
sv.set("a", 100)
sv.set("b", 20)
sv.set("b", 0)
assert sv.get("a") == 100
assert sv.get("b") == 0
def test_state_vector_component():
sv = StateVector()
sv.set("c", 5)
sv.set("a", 6)
sv.set("B", 10)
sv.set("z", 15)
sv.set("x", 5225)
svc = StateVector(sv.to_component())
assert sv.to_str() == svc.to_str()
assert sv.encode() == svc.encode()
def test_state_vector_ordering():
sv1 = StateVector()
sv1.set("c", 5)
sv1.set("a", 6)
sv1.set("B", 10)
sv1.set("z", 15)
sv1.set("x", 5225)
sv2 = StateVector()
sv2.set("B", 10)
sv2.set("z", 15)
sv2.set("x", 5225)
sv2.set("a", 6, oldData=True)
sv2.set("c", 5, oldData=True)
assert sv1.to_str() == sv2.to_str()
assert sv1.encode() == sv2.encode()