def getmetar(icao):
try:
icao = str(icao.upper())
metar = MetarSet(icao)
metar.refresh()
metar = metar.get_latest()
metar = (str(metar.raw_text))
return str(metar)
except Exception as e:
return str(e)
class MetarTests(unittest.TestCase):
def setUp(self):
with open('tests/mock_KBUF.xml', 'rU') as f:
self.mock_response = f.read()
self.metar_set = MetarSet('KBUF,KAPA')
self.metar_set.refresh(mock_response=self.mock_response)
def test_explicit_station_string(self):
self.assertEqual(self.metar_set.station_string, "KBUF,KAPA")
def test_implicit_station_string(self):
metar_set = MetarSet('wrong')
metar_set.refresh(mock_response=self.mock_response)
for metar in metar_set.report_set:
self.assertEqual(metar.station.station_id, "KBUF")
def test_get_latest(self):
"""
Ensures algorithm is getting the Metar with the most recent timestamp.
"""
latest_metar = self.metar_set.get_latest()
print latest_metar.raw_text
expected_time = dateutil.parser.parse("2015-02-11T23:03:00Z")
self.assertEqual(latest_metar.observation_time, expected_time)
def _test_metar_attributes(self, metar):
self.assertTrue(isinstance(metar.raw_text, (str, unicode)))
self.assertTrue(isinstance(metar.flight_category, (str, unicode)))
self.assertTrue(isinstance(metar.observation_time, datetime.datetime))
self.assertTrue(isinstance(metar.station, WeatherStation))
self.assertTrue(isinstance(metar.wind, Wind))
self.assertTrue(isinstance(metar.cloud_layers, CloudLayerSet))
# Floats
for key in ['temp', 'dewpoint', 'visibility', 'altimeter']:
val = getattr(metar, key)
self.assertTrue(
isinstance(val, float),
"%s should be a float, not a %s" % (key, type(val)))
def test_available_attributes(self):
for metar in self.metar_set.report_set:
self._test_metar_attributes(metar)
class MetarTests(unittest.TestCase):
def setUp(self):
with open('tests/mock_KBUF.xml', 'rU') as f:
self.mock_response = f.read()
self.metar_set = MetarSet('KBUF,KAPA')
self.metar_set.refresh(mock_response=self.mock_response)
def test_explicit_station_string(self):
self.assertEqual(self.metar_set.station_string, "KBUF,KAPA")
def test_implicit_station_string(self):
metar_set = MetarSet('wrong')
metar_set.refresh(mock_response=self.mock_response)
for metar in metar_set.report_set:
self.assertEqual(metar.station.station_id, "KBUF")
def test_get_latest(self):
"""
Ensures algorithm is getting the Metar with the most recent timestamp.
"""
latest_metar = self.metar_set.get_latest()
print latest_metar.raw_text
expected_time = dateutil.parser.parse("2015-02-11T23:03:00Z")
self.assertEqual(latest_metar.observation_time, expected_time)
def _test_metar_attributes(self, metar):
self.assertTrue(isinstance(metar.raw_text, (str, unicode)))
self.assertTrue(isinstance(metar.flight_category, (str, unicode)))
self.assertTrue(isinstance(metar.observation_time, datetime.datetime))
self.assertTrue(isinstance(metar.station, WeatherStation))
self.assertTrue(isinstance(metar.wind, Wind))
self.assertTrue(isinstance(metar.cloud_layers, CloudLayerSet))
# Floats
for key in ['temp', 'dewpoint', 'visibility', 'altimeter']:
val = getattr(metar, key)
self.assertTrue(isinstance(val, float), "%s should be a float, not a %s" % (key, type(val)))
def test_available_attributes(self):
for metar in self.metar_set.report_set:
self._test_metar_attributes(metar)
indicators.append(
Indicator('yellow', "Wind Gusting: %s kts" % metar.wind.gust))
if metar.temp <= -4:
indicators.append(
Indicator(
'yellow',
"It's chilly: %.0fC (%.0fF)" % (metar.temp,
(metar.temp * 9 / 5 + 32))))
return indicators
if len(sys.argv) != 2:
print "Must enter a single airport identifier as an argument."
sys.exit(1)
metar_set = MetarSet("%s" % sys.argv[1])
metar_set.refresh()
#metar = Metar('KAPA', fake='mock.xml')
metar = metar_set.get_latest()
if metar is None:
print "No METARs found"
sys.exit(1)
bad_indicators = get_bad_indicators(metar)
print metar.raw_text
if len(bad_indicators) == 0:
print Indicator('green')
else:
for indicator in bad_indicators:
print indicator