def __init__(self,
name,
source_dict: dict,
parent=None,
children=None,
break_on_noncore_attribute=False):
"""Creates an VSS Node object from parsed yaml instance represented as a dict.
Args:
name: Name of this VSS instance.
source_dict: VSS instance represented as dict from yaml parsing.
parent: Optional parent of this node instance.
children: Optional children instances of this node.
Returns:
VSSNode object according to the Vehicle Signal Specification.
"""
super().__init__(name, parent, children)
try:
VSSNode.validate_vss_element(source_dict, name)
except NonCoreAttributeException as e:
print("Warning: {}".format(e))
if break_on_noncore_attribute:
print("You asked for strict checking. Terminating.")
sys.exit(-1)
self.description = source_dict["description"]
self.type = VSSType.from_str(source_dict["type"])
self.uuid = source_dict["uuid"]
if "datatype" in source_dict.keys():
self.data_type = VSSDataType.from_str(source_dict["datatype"])
if "unit" in source_dict.keys():
self.unit = Unit.from_str(source_dict["unit"])
if "min" in source_dict.keys():
self.min = source_dict["min"]
if "max" in source_dict.keys():
self.max = source_dict["max"]
if "enum" in source_dict.keys():
self.enum = source_dict["enum"]
if "aggregate" in source_dict.keys():
self.aggregate = source_dict["aggregate"]
if "default" in source_dict.keys():
self.default_value = source_dict["default"]
if "instances" in source_dict.keys():
self.instances = source_dict["instances"]
if "deprecation" in source_dict.keys():
self.deprecation = source_dict["deprecation"]
def __init__(self, name, source_dict: dict, parent=None, children=None):
"""Creates an VSS Node object from parsed yaml instance represented as a dict.
Args:
name: Name of this VSS instance.
source_dict: VSS instance represented as dict from yaml parsing.
parent: Optional parent of this node instance.
children: Optional children instances of this node.
Returns:
VSSNode object according to the Vehicle Signal Specification.
"""
super().__init__(name, parent, children)
VSSNode.validate_vss_element(source_dict, name)
self.description = source_dict["description"]
self.type = VSSType.from_str(source_dict["type"])
self.uuid = source_dict["uuid"]
if "datatype" in source_dict.keys():
self.data_type = VSSDataType.from_str(source_dict["datatype"])
if "unit" in source_dict.keys():
self.unit = Unit.from_str(source_dict["unit"])
if "min" in source_dict.keys():
self.min = source_dict["min"]
if "max" in source_dict.keys():
self.max = source_dict["max"]
if "enum" in source_dict.keys():
self.enum = source_dict["enum"]
if "aggregate" in source_dict.keys():
self.aggregate = source_dict["aggregate"]
if "default" in source_dict.keys():
self.default_value = source_dict["default"]
if "value" in source_dict.keys():
self.value = source_dict["value"]
if "instances" in source_dict.keys():
self.instances = source_dict["instances"]
def test_invalid_unit(self):
with self.assertRaises(Exception): Unit.from_str("not_a_valid_case")
def test_units(self):
"""
Test correct parsing of units
"""
self.assertEqual(Unit.MILIMETER, Unit.from_str("mm"))
self.assertEqual(Unit.CENTIMETER, Unit.from_str("cm"))
self.assertEqual(Unit.METER, Unit.from_str("m"))
self.assertEqual(Unit.KILOMETER, Unit.from_str("km"))
self.assertEqual(Unit.KILOMETERPERHOUR, Unit.from_str("km/h"))
self.assertEqual(Unit.METERSPERSECONDSQUARED, Unit.from_str("m/s^2"))
self.assertEqual(Unit.LITER, Unit.from_str("l"))
self.assertEqual(Unit.DEGREECELCIUS, Unit.from_str("celsius"))
self.assertEqual(Unit.DEGREE, Unit.from_str("degrees"))
self.assertEqual(Unit.DEGREEPERSECOND, Unit.from_str("degrees/s"))
self.assertEqual(Unit.KILOWATT, Unit.from_str("kW"))
self.assertEqual(Unit.KILOWATTHOURS, Unit.from_str("kWh"))
self.assertEqual(Unit.KILOGRAMM, Unit.from_str("kg"))
self.assertEqual(Unit.VOLT, Unit.from_str("V"))
self.assertEqual(Unit.AMPERE, Unit.from_str("A"))
self.assertEqual(Unit.SECOND, Unit.from_str("s"))
self.assertEqual(Unit.MINUTE, Unit.from_str("min"))
self.assertEqual(Unit.WEEKS, Unit.from_str("weeks"))
self.assertEqual(Unit.MONTHS, Unit.from_str("months"))
self.assertEqual(Unit.UNIXTIMESTAMP, Unit.from_str("UNIX Timestamp"))
self.assertEqual(Unit.PASCAL, Unit.from_str("Pa"))
self.assertEqual(Unit.KILOPASCAL, Unit.from_str("kPa"))
self.assertEqual(Unit.PERCENT, Unit.from_str("percent"))
self.assertEqual(Unit.CUBICMETER, Unit.from_str("cm^3"))
self.assertEqual(Unit.HORSEPOWER, Unit.from_str("PS"))
self.assertEqual(Unit.STARS, Unit.from_str("stars"))
self.assertEqual(Unit.GRAMMPERSECOND, Unit.from_str("g/s"))
self.assertEqual(Unit.GRAMMPERKM, Unit.from_str("g/km"))
self.assertEqual(Unit.KILOWATTHOURSPER100KM, Unit.from_str("kWh/100km"))
self.assertEqual(Unit.LITERPER100KM, Unit.from_str("l/100km"))
self.assertEqual(Unit.LITERPERHOUR, Unit.from_str("l/h"))
self.assertEqual(Unit.MILESPERGALLON, Unit.from_str("mpg"))
self.assertEqual(Unit.POUND, Unit.from_str("lbs"))
self.assertEqual(Unit.NEWTONMETER, Unit.from_str("Nm"))
self.assertEqual(Unit.REVOLUTIONSPERMINUTE, Unit.from_str("rpm"))
self.assertEqual(Unit.INCH, Unit.from_str("inch"))
self.assertEqual(Unit.RATIO, Unit.from_str("ratio"))