def _from_json_value(cls, dct):
if 'radio' in dct and dct['radio'] is not None and \
not type(dct['radio']) == Radio:
dct['radio'] = Radio(dct['radio'])
return super(CellObservation, cls)._from_json_value(dct)
def test_invalid_lac_for_gsm_family_is_greater_than_65533(self):
invalid_lac = constants.MAX_LAC_GSM_UMTS_LTE + 1
for radio in Radio._gsm_family():
obs, cell = self.get_sample(
radio=radio.name, lac=invalid_lac)
self.check_normalized_cell(obs, cell, None)
def test_valid_lac_for_gsm_family_is_less_or_equal_to_65533(self):
valid_lac = constants.MAX_LAC_GSM_UMTS_LTE
for radio in Radio._gsm_family():
obs, cell = self.get_sample(
radio=radio.name, lac=valid_lac)
self.check_normalized_cell(obs, cell, {'lac': valid_lac})
def _from_json_value(cls, dct):
if ("radio" in dct and dct["radio"] is not None
and not type(dct["radio"]) == Radio):
dct["radio"] = Radio(dct["radio"])
return super(CellObservation, cls)._from_json_value(dct)
def test_invalid_lac_for_gsm_family_is_greater_than_65533(self):
invalid_lac = constants.MAX_LAC_GSM_UMTS_LTE + 1
for radio in Radio._gsm_family():
obs, cell = self.get_sample(
radio=radio.name, lac=invalid_lac)
self.check_normalized_cell(obs, cell, None)
def test_valid_lac_for_gsm_family_is_less_or_equal_to_65533(self):
valid_lac = constants.MAX_LAC_GSM_UMTS_LTE
for radio in Radio._gsm_family():
obs, cell = self.get_sample(
radio=radio.name, lac=valid_lac)
self.check_normalized_cell(obs, cell, {'lac': valid_lac})
