def testInsertOneConsultingChangeDescriptionAndIsOnlyOneConsulting(self):
theConsulting123 = ConsultingRoom(key_name="123", description="Consultorio123",
identification="123")
theConsulting123.put()
theConsulting123 = ConsultingRoom.get_by_key_name(theConsulting123.identification)
theConsulting123.description = "Nueva descripcion"
theConsulting123.put()
self.assertEqual(1, len(ConsultingRoom.all().fetch(None)))
def testInsertOneSchedule(self):
aDateFrom = datetime.date(year=2014, month=4, day=27)
aDateTo = datetime.date(year=2014, month=7, day=27)
anAppointmentLength = datetime.time(minute=20)
aProHouse = Professional(key_name="123", name="Gregory", lastName="House",
email="*****@*****.**", licenseNumber=123)
aProHouse.put()
aConsultingRoom = ConsultingRoom(key_name="1", description="Consultorio 1",
identification="1")
aConsultingRoom.put()
aSchedule = Schedule(dateFrom=aDateFrom, dateTo=aDateTo,
appointmentLength=anAppointmentLength, professional=aProHouse,
consultingRoom=aConsultingRoom)
aSchedule.put()
self.assertEqual(1, len(Schedule.all().fetch(None)))
def get(self, consultingRoomId):
theConsultingRoomToReturn = ConsultingRoom.get_by_key_name(consultingRoomId)
self.response.out.write(
self.returnObjectOrResult(
resultCode="404", objectToReturn=theConsultingRoomToReturn, encoderForObject=ConsultingRoomEncoder()
)
)
def get(self):
listOfConsultingRooms = ConsultingRoom.all().fetch(None)
self.response.out.write(
self.returnObjectOrResult(
resultCode="404", objectToReturn=listOfConsultingRooms, encoderForObject=ConsultingRoomEncoder()
)
)
def testInsertOneConsultingAndChangeDescription(self):
theConsulting123 = ConsultingRoom(key_name="123", description="Consultorio123",
identification="123")
theConsulting123.put()
theConsulting123 = ConsultingRoom.get_by_key_name(theConsulting123.identification)
theConsulting123.description = "Nueva descripcion"
theConsulting123.put()
theConsulting123 = ConsultingRoom.get_by_key_name(theConsulting123.identification)
self.assertEqual("Nueva descripcion", theConsulting123.description)
def delete(self, consultingRoomId):
theConsultingRoomToDelete = ConsultingRoom.get_by_key_name(consultingRoomId)
if theConsultingRoomToDelete is None:
resultCode = "404"
else:
theConsultingRoomToDelete.delete()
resultCode = "200"
self.response.out.write(self.returnObjectOrResult(resultCode=resultCode))
def put(self, consultingRoomId):
theConsultingRoomToUpdate = ConsultingRoom.get_by_key_name(consultingRoomId)
if theConsultingRoomToUpdate is None:
resultCode = "304"
else:
anUpdateConsultingRoom = ConsultingRoomDecoder().decode(self.request.body)
theConsultingRoomToUpdate.description = anUpdateConsultingRoom.description
theConsultingRoomToUpdate.put()
resultCode = "200"
self.response.out.write(self.returnObjectOrResult(resultCode=resultCode))
def testOneConsultingWithSameKeyNameOverWriteThePreviousInsert(self):
theConsulting123 = ConsultingRoom(key_name="123", description="Consultorio123",
identification="123")
theConsulting123.put()
otherConsulting123 = ConsultingRoom(key_name="123", description="OtroConsultorio123",
identification="123")
otherConsulting123.put()
theConsultingFromDB = ConsultingRoom.get_by_key_name(theConsulting123.identification)
self.assertNotEqual(theConsulting123.description, theConsultingFromDB.description)
def testInsertOneConsultingRoomAndGet(self):
theConsulting123 = ConsultingRoom(key_name="123", description="Consultorio123",
identification="123")
theConsulting123.put()
theConsulting123FromDB = ConsultingRoom.get_by_key_name(theConsulting123.identification)
self.assertEqual(theConsulting123.identification, theConsulting123FromDB.identification)
def consultingFromDBHook(self, dictionary):
return ConsultingRoom.get_by_key_name(key_names=dictionary['identification'])
def delete(self):
for aConsultingRoom in ConsultingRoom.all().fetch(None):
aConsultingRoom.delete()
self.response.out.write(self.returnObjectOrResult(resultCode="201"))
