def _makeLocation(self):
location = Location(
location_type=self.loctype, display_order=1,
slug='testloc', name='testloc', normalized_name='testloc',
city='city', source='source', is_public=True)
location.save()
return location
def _makeLocation(self):
location = Location(
location_type=self.loctype, display_order=1,
slug='testloc', name='testloc', normalized_name='testloc',
city='city', source='source', is_public=True)
location.save()
return location
def _makeLocation(self):
location = Location(
location_type=self.loctype,
display_order=1,
slug="testloc",
name="testloc",
normalized_name="testloc",
city="city",
source="source",
is_public=True,
)
location.save()
return location
def main():
""" add a location to the database """
parser = OptionParser(usage="""
%prog name normalized_name slug location_type city source sw ne
Arguments:
name e.g., "35th Ward"
normalized_name e.g., "35th Ward"
slug e.g., "35th-ward"
location_type e.g., "neighborhoods" (slug of locationtype)
city e.g., "Chicago"
source e.g., "Source of Location"
sw e.g., "42.355282, -71.073530" (SW Corner)
ne e.g., "42.361259, -71.059794" (NE Corner)
""")
(options, args) = parser.parse_args()
if len(args) != 8:
return parser.error('must provide all 8 arguments, see usage')
try:
loctype = LocationType.objects.get(slug=args[3])
except LocationType.DoesNotExist:
print "LocationType (%s): DoesNotExist" % args[3]
sys.exit(0)
location = Location()
location.name = args[0]
location.normalized_name = args[1]
location.slug = args[2]
location.location_type = loctype
location.city = args[4]
location.source = args[5]
try:
southwest = args[6].split(",")
northeast = args[7].split(",")
box = (float(southwest[1]), float(southwest[0]),
float(northeast[1]), float(northeast[0]))
poly = Polygon.from_bbox(box)
except ValueError:
return parser.error('error parsing sw and ne coordinates')
location.location = poly
location.is_public = True
location.display_order = 1
location.save()
