def test_Rcv_Sensor(self):
"""Does Recieve work when that sensortype is not in the DB"""
now = datetime.datetime.utcnow()
#Create our bitmask
bs = Bitset(size = Packets.SC_SIZE)
#Try to setup a temperature sample
bs[Packets.SC_D_TEMPERATURE] = True
#Then A packet
packet = StateMsg(addr = 4242)
packet.set_ctp_parent_id(101) #Parent Node Id
packet.set_special(0xc7) #Special Id
packet.set_packed_state_mask(bs.a)
packet.set_packed_state([22.5])
self.testbif.receive(packet)
output = self.blogger.mainloop()
self.assertTrue(output)
#Check stuff gets added to the database correctly
session = self.Session()
#Does the sensortype exist now (Apparently its not a FK in Reading)
#qry = session.query(models.SensorType).filter_by(id=1).first()
#self.assertTrue(qry)
#Is the name UNKNOWN
#self.assertEqual(qry.Name, "UNKNOWN")
#NodeState
qry = session.query(models.NodeState).filter_by(nodeId = 4242)
self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertTrue(qry)
tdiff = qry.time - now
self.assertLess(tdiff.seconds, 1.0)
self.assertEqual(qry.parent, 101)
#And Reading
qry = session.query(models.Reading).filter_by(nodeId = 4242)
#As we just did temperature there should only be one reading
self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertTrue(qry)
self.assertEqual(qry.typeId, 1)
self.assertEqual(qry.value, 22.5)
#Reset the sensor type to be as it should
qry = session.query(models.SensorType).filter_by(id = 1).first()
if qry is None:
qry = models.SensorType(id = 1)
session.add(qry)
qry.name = "Delta Temperature"
qry.code = "dT"
qry.units = "deg.C/s"
def test_Rcv_Sensor(self):
"""Does Recieve work when that sensortype is not in the DB"""
now = datetime.datetime.utcnow()
#Create our bitmask
bs = Bitset(size=Packets.SC_SIZE)
#Try to setup a temperature sample
bs[Packets.SC_D_TEMPERATURE] = True
#Then A packet
packet = StateMsg(addr=4242)
packet.set_ctp_parent_id(101) #Parent Node Id
packet.set_special(0xc7) #Special Id
packet.set_packed_state_mask(bs.a)
packet.set_packed_state([22.5])
self.testbif.receive(packet)
output = self.blogger.mainloop()
self.assertTrue(output)
#Check stuff gets added to the database correctly
session = self.Session()
#Does the sensortype exist now (Apparently its not a FK in Reading)
#qry = session.query(models.SensorType).filter_by(id=1).first()
#self.assertTrue(qry)
#Is the name UNKNOWN
#self.assertEqual(qry.Name, "UNKNOWN")
#NodeState
qry = session.query(models.NodeState).filter_by(nodeId=4242)
self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertTrue(qry)
tdiff = qry.time - now
self.assertLess(tdiff.seconds, 1.0)
self.assertEqual(qry.parent, 101)
#And Reading
qry = session.query(models.Reading).filter_by(nodeId=4242)
#As we just did temperature there should only be one reading
self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertTrue(qry)
self.assertEqual(qry.typeId, 1)
self.assertEqual(qry.value, 22.5)
#Reset the sensor type to be as it should
qry = session.query(models.SensorType).filter_by(id=1).first()
if qry is None:
qry = models.SensorType(id=1)
session.add(qry)
qry.name = "Delta Temperature"
qry.code = "dT"
qry.units = "deg.C/s"
def testrecvCombined(self):
"""Can we correctly recieve and packets with multiple readings"""
now = datetime.datetime.utcnow()
#Create our bitmask
bs = Bitset(size=Packets.SC_SIZE)
#Try to setup a temperature sample
bs[Packets.SC_TEMPERATURE] = True
bs[Packets.SC_HUMIDITY] = True
bs[Packets.SC_VOLTAGE] = True
#Then A packet
packet = StateMsg(addr=100)
packet.set_ctp_parent_id(101) #Parent Node Id
packet.set_special(0xc7) #Special Id
packet.set_packed_state_mask(bs.a)
packet.set_packed_state([22.5, 50.0, 2.45])
self.testbif.receive(packet)
output = self.blogger.mainloop()
self.assertTrue(output)
#And check the data has arrived
session = self.Session()
qry = session.query(models.NodeState)
#self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertEqual(qry.nodeId, 100)
self.assertEqual(qry.parent, 101)
#Do we get the temperature reading
qry = session.query(models.Reading).filter_by(typeId = 0)
#self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertEqual(qry.nodeId, 100)
self.assertEqual(qry.value, 22.5)
#Humidity
qry = session.query(models.Reading).filter_by(typeId = 2)
#self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertEqual(qry.nodeId, 100)
self.assertEqual(qry.value, 50.0)
#Voltage
qry = session.query(models.Reading).filter_by(typeId = 6)
#self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertEqual(qry.nodeId, 100)
self.assertAlmostEqual(qry.value, 2.45)
def testrecvCombined(self):
"""Can we correctly recieve and packets with multiple readings"""
now = datetime.datetime.utcnow()
#Create our bitmask
bs = Bitset(size=Packets.SC_SIZE)
#Try to setup a temperature sample
bs[Packets.SC_TEMPERATURE] = True
bs[Packets.SC_HUMIDITY] = True
bs[Packets.SC_VOLTAGE] = True
#Then A packet
packet = StateMsg(addr=100)
packet.set_ctp_parent_id(101) #Parent Node Id
packet.set_special(0xc7) #Special Id
packet.set_packed_state_mask(bs.a)
packet.set_packed_state([22.5, 50.0, 2.45])
self.testbif.receive(packet)
output = self.blogger.mainloop()
self.assertTrue(output)
#And check the data has arrived
session = self.Session()
qry = session.query(models.NodeState)
#self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertEqual(qry.nodeId, 100)
self.assertEqual(qry.parent, 101)
#Do we get the temperature reading
qry = session.query(models.Reading).filter_by(typeId=0)
#self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertEqual(qry.nodeId, 100)
self.assertEqual(qry.value, 22.5)
#Humidity
qry = session.query(models.Reading).filter_by(typeId=2)
#self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertEqual(qry.nodeId, 100)
self.assertEqual(qry.value, 50.0)
#Voltage
qry = session.query(models.Reading).filter_by(typeId=6)
#self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertEqual(qry.nodeId, 100)
self.assertAlmostEqual(qry.value, 2.45)
def testDuplicateFunction(self):
"""Test the duplicate packet function"""
#Create our bitmask
bs = Bitset(size=Packets.SC_SIZE)
#Try to setup a temperature sample
bs[Packets.SC_TEMPERATURE] = True
#Then A packet
packet = StateMsg(addr = 4242)
packet.set_ctp_parent_id(101) #Parent Node Id
packet.set_special(0xc7) #Special Id
packet.set_packed_state_mask(bs.a)
packet.set_packed_state([22.5])
#Store the initial packet
self.testbif.receive(packet)
output = self.blogger.mainloop()
self.assertTrue(output)
now = datetime.datetime.utcnow()
#Check the duplicate function
#session = self.blogger.getSession()
#Duplicate packet has been renamed
session = self.Session()
out = BaseLogger.duplicate_packet(session = session,
receipt_time = now,
node_id = 4242,
localtime = 0)
#out = self.blogger.duplicate_packet(session = session,
# time = now,
# nodeId = 4242,
# localtime = 0)
self.assertTrue(out)
now = now+datetime.timedelta(minutes=1)
#out = self.blogger.duplicate_packet(session = session,
# time = now,
# nodeId = 4242,
# localtime = 0)
out = BaseLogger.duplicate_packet(session = session,
receipt_time = now,
node_id = 4242,
localtime = 0)
self.assertFalse(out)
def testDuplicateFunction(self):
"""Test the duplicate packet function"""
#Create our bitmask
bs = Bitset(size=Packets.SC_SIZE)
#Try to setup a temperature sample
bs[Packets.SC_TEMPERATURE] = True
#Then A packet
packet = StateMsg(addr=4242)
packet.set_ctp_parent_id(101) #Parent Node Id
packet.set_special(0xc7) #Special Id
packet.set_packed_state_mask(bs.a)
packet.set_packed_state([22.5])
#Store the initial packet
self.testbif.receive(packet)
output = self.blogger.mainloop()
self.assertTrue(output)
now = datetime.datetime.utcnow()
#Check the duplicate function
#session = self.blogger.getSession()
#Duplicate packet has been renamed
session = self.Session()
out = BaseLogger.duplicate_packet(session=session,
receipt_time=now,
node_id=4242,
localtime=0)
#out = self.blogger.duplicate_packet(session = session,
# time = now,
# nodeId = 4242,
# localtime = 0)
self.assertTrue(out)
now = now + datetime.timedelta(minutes=1)
#out = self.blogger.duplicate_packet(session = session,
# time = now,
# nodeId = 4242,
# localtime = 0)
out = BaseLogger.duplicate_packet(session=session,
receipt_time=now,
node_id=4242,
localtime=0)
self.assertFalse(out)
def test_Rcv_Node(self):
"""Does Recieve work when that node is not in the DB"""
now = datetime.datetime.utcnow()
#Create our bitmask
bs = Bitset(size=Packets.SC_SIZE)
#Try to setup a temperature sample
bs[Packets.SC_TEMPERATURE] = True
#Then A packet
packet = StateMsg(addr=100)
packet.set_ctp_parent_id(101) #Parent Node Id
packet.set_special(0xc7) #Special Id
packet.set_packed_state_mask(bs.a)
packet.set_packed_state([22.5])
self.testbif.receive(packet)
output = self.blogger.mainloop()
self.assertTrue(output)
#Check stuff gets added to the database correctly
session = self.Session()
#Has a node been added to the DB
qry = session.query(models.Node).filter_by(id=100).first()
self.assertTrue(qry)
#NodeState
qry = session.query(models.NodeState).filter_by(nodeId=100)
self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertTrue(qry)
tdiff = qry.time - now
self.assertLess(tdiff.seconds, 1.0)
self.assertEqual(qry.parent, 101)
#And Reading
qry = session.query(models.Reading).filter_by(nodeId=100)
#As we just did temperature there should only be one reading
self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertTrue(qry)
self.assertEqual(qry.typeId, 0)
self.assertEqual(qry.value, 22.5)
def test_Rcv_Node(self):
"""Does Recieve work when that node is not in the DB"""
now = datetime.datetime.utcnow()
#Create our bitmask
bs = Bitset(size = Packets.SC_SIZE)
#Try to setup a temperature sample
bs[Packets.SC_TEMPERATURE] = True
#Then A packet
packet = StateMsg(addr=100)
packet.set_ctp_parent_id(101) #Parent Node Id
packet.set_special(0xc7) #Special Id
packet.set_packed_state_mask(bs.a)
packet.set_packed_state([22.5])
self.testbif.receive(packet)
output = self.blogger.mainloop()
self.assertTrue(output)
#Check stuff gets added to the database correctly
session = self.Session()
#Has a node been added to the DB
qry = session.query(models.Node).filter_by(id = 100).first()
self.assertTrue(qry)
#NodeState
qry = session.query(models.NodeState).filter_by(nodeId = 100)
self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertTrue(qry)
tdiff = qry.time - now
self.assertLess(tdiff.seconds, 1.0)
self.assertEqual(qry.parent, 101)
#And Reading
qry = session.query(models.Reading).filter_by(nodeId = 100)
#As we just did temperature there should only be one reading
self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertTrue(qry)
self.assertEqual(qry.typeId, 0)
self.assertEqual(qry.value, 22.5)
def testRcv(self):
"""Test a single receive"""
now = datetime.datetime.utcnow()
#Create our bitmask
bs = Bitset(size=Packets.SC_SIZE)
#Try to setup a temperature sample
bs[Packets.SC_TEMPERATURE] = True
#Then A packet
packet = StateMsg(addr=4242)
packet.set_ctp_parent_id(101) #Parent Node Id
packet.set_special(0xc7) #Special Id
packet.set_packed_state_mask(bs.a)
packet.set_packed_state([22.5])
self.testbif.receive(packet)
output = self.blogger.mainloop()
self.assertTrue(output)
#Check the reading turns up
session = self.Session()
qry = session.query(models.Node).filter_by(id=4242).first()
self.assertTrue(qry)
#NodeState
qry = session.query(models.NodeState).filter_by(nodeId=4242)
self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertTrue(qry)
tdiff = qry.time - now
self.assertLess(tdiff.seconds, 1.0)
self.assertEqual(qry.parent, 101)
#And Reading
qry = session.query(models.Reading).filter_by(nodeId=4242)
#As we just did temperature there should only be one reading
self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertTrue(qry)
self.assertEqual(qry.typeId, 0)
self.assertEqual(qry.value, 22.5)
def testRcv(self):
"""Test a single receive"""
now = datetime.datetime.utcnow()
#Create our bitmask
bs = Bitset(size = Packets.SC_SIZE)
#Try to setup a temperature sample
bs[Packets.SC_TEMPERATURE] = True
#Then A packet
packet = StateMsg(addr = 4242)
packet.set_ctp_parent_id(101) #Parent Node Id
packet.set_special(0xc7) #Special Id
packet.set_packed_state_mask(bs.a)
packet.set_packed_state([22.5])
self.testbif.receive(packet)
output = self.blogger.mainloop()
self.assertTrue(output)
#Check the reading turns up
session = self.Session()
qry = session.query(models.Node).filter_by(id = 4242).first()
self.assertTrue(qry)
#NodeState
qry = session.query(models.NodeState).filter_by(nodeId = 4242)
self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertTrue(qry)
tdiff = qry.time - now
self.assertLess(tdiff.seconds, 1.0)
self.assertEqual(qry.parent, 101)
#And Reading
qry = session.query(models.Reading).filter_by(nodeId = 4242)
#As we just did temperature there should only be one reading
self.assertEqual(qry.count(), 1)
qry = qry.first()
self.assertTrue(qry)
self.assertEqual(qry.typeId, 0)
self.assertEqual(qry.value, 22.5)
def testFailOnSpecial(self):
"""Do We fail gracefully if Special is wrong"""
bs = Bitset(size=Packets.SC_SIZE)
#Try to setup a temperature sample
bs[Packets.SC_TEMPERATURE] = True
#Then A packet
packet = StateMsg(addr=4242)
packet.set_ctp_parent_id(101) #Parent Node Id
#packet.set_special(0xc7) #Special Id
packet.set_packed_state_mask(bs.a)
packet.set_packed_state([22.5])
#The First thing is to see if the code passes nicely (ie no fail)
#When run in the normal way
self.testbif.receive(packet)
output = self.blogger.mainloop()
self.assertIsNone(output) #Only when we store return True
with self.assertRaises(Exception):
self.blogger.store_state(packet)
def testFailOnSpecial(self):
"""Do We fail gracefully if Special is wrong"""
bs = Bitset(size=Packets.SC_SIZE)
#Try to setup a temperature sample
bs[Packets.SC_TEMPERATURE] = True
#Then A packet
packet = StateMsg(addr = 4242)
packet.set_ctp_parent_id(101) #Parent Node Id
#packet.set_special(0xc7) #Special Id
packet.set_packed_state_mask(bs.a)
packet.set_packed_state([22.5])
#The First thing is to see if the code passes nicely (ie no fail)
#When run in the normal way
self.testbif.receive(packet)
output = self.blogger.mainloop()
self.assertIsNone(output) #Only when we store return True
with self.assertRaises(Exception):
self.blogger.store_state(packet)
def testDuplicate(self):
"""What about duplicate packets"""
now = datetime.datetime.utcnow()
#Create our bitmask
bs = Bitset(size=Packets.SC_SIZE)
#Try to setup a temperature sample
bs[Packets.SC_TEMPERATURE] = True
#Then A packet
packet = StateMsg(addr=4242)
packet.set_ctp_parent_id(101) #Parent Node Id
packet.set_special(0xc7) #Special Id
packet.set_packed_state_mask(bs.a)
packet.set_packed_state([22.5])
self.testbif.receive(packet)
self.testbif.receive(packet) #Add it twice
output = self.blogger.mainloop()
self.assertTrue(output)
output = self.blogger.mainloop() #And a duplicate
self.assertFalse(output)
def testDuplicate(self):
"""What about duplicate packets"""
now = datetime.datetime.utcnow()
#Create our bitmask
bs = Bitset(size=Packets.SC_SIZE)
#Try to setup a temperature sample
bs[Packets.SC_TEMPERATURE] = True
#Then A packet
packet = StateMsg(addr = 4242)
packet.set_ctp_parent_id(101) #Parent Node Id
packet.set_special(0xc7) #Special Id
packet.set_packed_state_mask(bs.a)
packet.set_packed_state([22.5])
self.testbif.receive(packet)
self.testbif.receive(packet) #Add it twice
output = self.blogger.mainloop()
self.assertTrue(output)
output = self.blogger.mainloop() #And a duplicate
self.assertFalse(output)