def test_latitude(self):
self.assertEqual(util.latitude_to_ddm(0), "0000.00N")
self.assertEqual(util.latitude_to_ddm(45), "4500.00N")
self.assertEqual(util.latitude_to_ddm(90), "9000.00N")
self.assertEqual(util.latitude_to_ddm(0.5), "0030.00N")
self.assertEqual(util.latitude_to_ddm(0.55), "0033.00N")
self.assertEqual(util.latitude_to_ddm(0.555), "0033.30N")
self.assertEqual(util.latitude_to_ddm(0.5555), "0033.33N")
self.assertEqual(util.latitude_to_ddm(0.9999), "0059.99N")
self.assertEqual(util.latitude_to_ddm(0.99999), "0060.00N")
def test_latitude(self):
self.assertEqual(util.latitude_to_ddm(0), "0000.00N")
self.assertEqual(util.latitude_to_ddm(45), "4500.00N")
self.assertEqual(util.latitude_to_ddm(90), "9000.00N")
self.assertEqual(util.latitude_to_ddm(0.5), "0030.00N")
self.assertEqual(util.latitude_to_ddm(0.55), "0033.00N")
self.assertEqual(util.latitude_to_ddm(0.555), "0033.30N")
self.assertEqual(util.latitude_to_ddm(0.5555), "0033.33N")
self.assertEqual(util.latitude_to_ddm(0.9999), "0059.99N")
self.assertEqual(util.latitude_to_ddm(0.99999), "0060.00N")
def test_latitude_negative(self):
self.assertEqual(util.latitude_to_ddm(-45), "4500.00S")
self.assertEqual(util.latitude_to_ddm(-90), "9000.00S")
self.assertEqual(util.latitude_to_ddm(-0.5), "0030.00S")
self.assertEqual(util.latitude_to_ddm(-0.55), "0033.00S")
self.assertEqual(util.latitude_to_ddm(-0.555), "0033.30S")
self.assertEqual(util.latitude_to_ddm(-0.5555), "0033.33S")
self.assertEqual(util.latitude_to_ddm(-0.9999), "0059.99S")
self.assertEqual(util.latitude_to_ddm(-0.99999), "0060.00S")
def test_latitude_negative(self):
self.assertEqual(util.latitude_to_ddm(-45), "4500.00S")
self.assertEqual(util.latitude_to_ddm(-90), "9000.00S")
self.assertEqual(util.latitude_to_ddm(-0.5), "0030.00S")
self.assertEqual(util.latitude_to_ddm(-0.55), "0033.00S")
self.assertEqual(util.latitude_to_ddm(-0.555), "0033.30S")
self.assertEqual(util.latitude_to_ddm(-0.5555), "0033.33S")
self.assertEqual(util.latitude_to_ddm(-0.9999), "0059.99S")
self.assertEqual(util.latitude_to_ddm(-0.99999), "0060.00S")
def _serialize_body(self):
if self.timestamp is None:
timestamp = ''
elif isinstance(self.timestamp, str):
timestamp = self.timestamp
else:
timestamp = datetime.utcfromtimestamp(self.timestamp).strftime("%d%H%M") + 'z'
body = [
'/' if self.timestamp else '!', # packet type
timestamp,
latitude_to_ddm(self.latitude),
self.symbol_table,
longitude_to_ddm(self.longitude),
self.symbol,
comment_altitude(self.altitude) if self.altitude is not None else '',
self.comment,
]
return "".join(body)
def _serialize_body(self):
if self.timestamp is None:
timestamp = ''
elif isinstance(self.timestamp, str):
timestamp = self.timestamp
else:
timestamp = datetime.utcfromtimestamp(
self.timestamp).strftime("%d%H%M") + 'z'
body = [
'/' if self.timestamp else '!', # packet type
timestamp,
latitude_to_ddm(self.latitude),
self.symbol_table,
longitude_to_ddm(self.longitude),
self.symbol,
comment_altitude(self.altitude)
if self.altitude is not None else '',
self.comment,
]
return "".join(body)
def SendAPRS(tempCall, tempLat, tempLong, tempPayLoad):
if tetraprs_useaprs != "True":
return ()
# create floats
tempLat = float(tempLat)
tempLong = float(tempLong)
tempSymbol = GetAPRSSymbol(tempCall, 'CALL')
tempPayLoad = tempPayLoad + GetAPRSText(tempCall, 'CALL')
if tempCall != None and tempLat != 0 and tempLong != 0:
# get timestamp for APRS
timestamp = datetime.utcfromtimestamp(
time.time()).strftime("%d%H%M") + 'z'
APRSString = tempCall + '>APRS,TCPIP*:@' + timestamp + latitude_to_ddm(
tempLat) + tempSymbol[0] + longitude_to_ddm(
tempLong) + tempSymbol[1] + tempPayLoad
aprs_logger.info(APRSString)
try:
AIS.connect()
AIS.sendall(APRSString)
logger.debug('SendAPRS - APRS string sent - ' + APRSString)
return ()
except:
logger.error('SendAPRS - Failed to send APRS string')
return ()
phg = encodePHG(float(mytx['power']),
float(mytx['antennaAboveGroundLevel']),
float(mytx['antennaGainDbi']), direction)
if active == '_':
pgh = ''
#put all variables in the correct order in a list
body = [
aprsissourcecallsign,
'>APRS,TCPIP*:',
';',
'PS-',
callsign,
active,
timestamp,
latitude_to_ddm(latitude),
symbol_table,
longitude_to_ddm(longitude),
symbol,
phg,
comment,
timeSlots,
status,
]
#create the complete message string out of all components
data = "".join(body)
#transmitters with status ERROR are ignored
if mytx['status'] != "ERROR":
try:
