def test_ParameterDefaultsAreSetCorrectly(self):
"""
Verifies requirements GEN000003 and GEN000004. Check that the default
optional parameters are set when none are specified.
GEN000003: Komodo shall provide a context to capture command line
options for the following attributes: External, Implantable, Environment,
Browser Type, Enroll type, PG Simulator, Debug.
GEN000004: Komodo shall provide the ability to load the product line
model for the external and implantable in the context.
"""
# Setup Mock Object
self.common.SetupMox(self)
testharness.getOptDebugFlag().AndReturn(True)
testharness.getOptParam().AndReturn(None)
testharness.getOptExternal().AndReturn(self.external)
testharness.getOptImplantable().AndReturn(self.implantable)
testharness.getOptEnv().AndReturn(self.env)
# In order for the testContext to return successfully, the environment
# geography and the external availability should match. Force this to
# occur with a mock environment object
MockEnv = mox.MockObject(Environment)
MockEnv.geography = 'us'
availability.evaluate('US').AndReturn(True)
environment.getInstance(self.env).AndReturn(MockEnv)
self.mocker.ReplayAll()
testContext = komodo.getTestContext()
self.trace('GEN000003')
self.verifyEqual(testContext['brwsr'], komodo.BROWSER_DEFAULT)
self.verifyEqual(testContext['pgsim'], False)
self.verifyEqual(testContext['enroll'], True)
self.mocker.VerifyAll()
# Reset Mock Object
self.common.UnsetMox(self)
self.trace('GEN000004')
self.verifyTrue(availability.getExternal() is not None, msg="External PLM was loaded.")
self.verifyTrue(availability.getImplantable() is not None, msg="Implantable PLM was loaded.")
def REQ009(self):
self.trace("REQ009")
# Test with default values for the entity
defaultPG = self.dataFactory.createPG()
self.verifyEqual(defaultPG.modelNumber, self.context["implantable"], msg="modelNumber")
self.verifyTrue(defaultPG.serialNumber, msg="serialNumber")
self.verifyTrue(defaultPG.rfCenterFrequency, msg="rfCenterFrequency")
self.verifyTrue(defaultPG.wakeUpAccessCode, msg="wakeUpAccessCode")
self.verifyTrue(defaultPG.systemBOLTimeStamp, msg="systemBOLTimeStamp")
self.verifyTrue(isinstance(defaultPG.systemBOLTimeStamp, datetime.datetime), msg="systemBOLTimeStamp type")
self.verifyTrue(defaultPG.implantDate, msg="implantDate")
self.verifyTrue(isinstance(defaultPG.implantDate, datetime.date), msg="implantDate type")
# Test with specific values given to the entity
model = getImplantable()
serial = komodors.utils.generateSerialNumber()
rfCenterFrequency = 1234567890
wakeUpAccessCode = 12345
specificPG = self.dataFactory.createPG(serial, model, wakeUpAccessCode, rfCenterFrequency)
self.verifyEqual(specificPG.modelNumber, model, msg="modelNumber")
self.verifyEqual(specificPG.serialNumber, serial, msg="serialNumber")
self.verifyEqual(specificPG.rfCenterFrequency, str(rfCenterFrequency), msg="rfCenterFrequency")
self.verifyEqual(specificPG.wakeUpAccessCode, str(wakeUpAccessCode), msg="wakeUpAccessCode")
self.verifyTrue(specificPG.systemBOLTimeStamp, msg="systemBOLTimeStamp")
self.verifyTrue(isinstance(specificPG.systemBOLTimeStamp, datetime.datetime), msg="systemBOLTimeStamp type")
self.verifyTrue(specificPG.implantDate, msg="implantDate")
self.verifyTrue(isinstance(specificPG.implantDate, datetime.date), msg="implantDate type")
# Test raising IncompatibleModelError
badModel = "ABC-XYZ-0"
try:
badModelPG = self.dataFactory.createPG(modelNbr=badModel)
except IncompatibleModelError:
self.verified(msg="IncompatibleModelError raised for model = %s" % badModel)
except Exception as e:
self.verifyFailed(e)
# Fix the PLM back to the original for other tests that may be running.
loadImplantable(self.context["implantable"])
def __init__(
self,
model=None,
serial=None,
rfCenterFrequency=None,
wakeUpAccessCode=None,
systemBOLTimeStamp=datetime.datetime.now(),
implantDate=datetime.date.today(),
):
"""
This is the constructor which initializes attributes of PGEntity class
@type model: C{str}
@param model: Model Number of PG (Required).
@type serial: C{str}
@param serial: Serial Number of PG. A random seven digit number is
generated if none is provided.
@type rfCenterFrequency: C{str}
@param rfCenterFrequency: RF Center Frequency of PG.
Defaults to Band-specific frequencies in the
komodors.ini file.
@type wakeUpAccessCode: C{str}
@param wakeUpAccessCode: Wake-up Access code of PG. Defaults to '10002'.
@type systemBOLTimeStamp: C{datetime.datetime}
@param systemBOLTimeStamp: Begining of life timestamp of PG.
Defaults to current date/time (i.e. now).
@type implantDate: C{datetime.date}
@param implantDate: Implant Date of PG. Defaults to today's date.
"""
if model is None:
model = getImplantable()
if serial is None:
serial = generateSerialNumber()
super(PGEntity, self).__init__(model, serial)
if wakeUpAccessCode is not None:
self._wakeUpAccessCode = str(wakeUpAccessCode)
else:
self._wakeUpAccessCode = perseus.config.getProperty("wakeupAccessCode", "PG", "10002")
if rfCenterFrequency:
self._rfCenterFrequency = str(rfCenterFrequency)
else:
self._rfCenterFrequency = self._getBandSpecificCenterFrequency()
if isinstance(systemBOLTimeStamp, datetime.datetime):
self._systemBOLTimeStamp = systemBOLTimeStamp
else:
raise TypeError("systemBOLTimeStamp must be a datetime.datetime object")
if isinstance(implantDate, datetime.date):
self._implantDate = implantDate
else:
raise TypeError("implantDate must be a datetime.date object")
logger.info("Created a PG with model = %s and serial = %s" % (self.modelNumber, self.serialNumber))
