def handle(self, *args, **options):
site_list = Site.objects.all()
for site in site_list:
self.stdout.write("Updating Predictions for %s" % site)
self.stdout.write("Deleting previous Predictions")
delete_weather(site)
self.stdout.write("Getting new Weather Predictions")
update_weather(site)
site.last_weather_refresh = datetime.now()
site.save()
#if we find a good that's it, we're done looking because we report the best condition of the day
# if launching_condition == 'good':
# break #else we have fair
#for landing_condition in launchability:
# if landing_condition == 'good':
# break
#Lookup overall resultant flyability of site based on launch/landing combos
return flyability_dict
if __name__ == "__main__":
from _update_weather import update_weather
#Create a test site, save it, get weather for it, and run these functions on it
test_site = Site(name="Test Site",lat="45.224007",lon="-123.97316",city="Pacific City",state="Oregon")
test_site.save()
test_launch = Launch(name="Test Launch West",site=test_site,flyable_wind_direction_min=0,flyable_wind_direction_max=360,flyable_wind_speed_max=50,flyable_wind_speed_min=0)
test_launch.save()
test_landing = Landing(name="Test Landing West",site=test_site,flyable_wind_speed_min=0,flyable_wind_speed_max=50,flyable_wind_direction_min=0,flyable_wind_direction_max=360)
test_landing.save()
test_wwq = WeatherWatchQueue(relevant_site=test_site)
test_wwq.save()
#update the wwq
update_weather(test_site)
#we now have a legit site with a launch, landing, and weather queue. Test away!
for day in DayOfWeather.objects.filter(weather_stream=test_wwq):
print site_check(test_site,day)
#cleanup the DB
test_site.delete()
test_launch.delete()
test_landing.delete()
test_wwq.delete()