def __init__(self, model=None, serial=None, cert=None):
"""
This is the constructor which initializes all attributes of CommunicatorEntity class
@type model: C{str}
@param model: Model Number of device
Defaults to POC_COMM_EXTERNAL_TO_MODEL_MAPPING if none is
provided.
@type serial: C{str}
@param serial: Serial Number of POC Communicator, random seven digit
number is generated if none is provided.
@type cert: C{str}
@param cert: Communicator Certificate into database.
Uses default certificate if none is provided.
"""
if model is None:
model = POC_COMM_EXTERNAL_TO_MODEL_MAPPING[getExternal()]
if serial is None:
serial = generateSerialNumber()
super(POCCommunicatorEntity, self).__init__(model, serial)
if cert is None:
self._certificate = DEFAULT_POC_COMM_CERT
else:
self._certificate = cert
logger.info(
"Created a POC Communicator with model = %s and serial = %s" % (self.modelNumber, self.serialNumber)
)
def getUnusedPOCCommunicator(self):
# Find a serial number not used, give up after 10 tries
for i in range(10):
serial = generateSerialNumber()
commEntity = POCCommunicatorEntity(POC_COMM_EXTERNAL_TO_MODEL_MAPPING[self.context["external"]], serial)
if not self.dataFactory._findDuplicatePOCComm(commEntity.modelNumber, commEntity.serialNumber):
return commEntity
time.sleep(2)
else:
msg = "Was not able to find a unique serial # for the test."
self.log.error(msg)
raise Exception("Was not able to find a unique serial # for the test.")
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))
