def pid(self):
"""Place ID as used by ebpub.db.views
"""
from ebpub.utils.view_utils import make_pid
if self.block_id:
return make_pid(self.block, 8)
else:
return make_pid(self.location)
def pid(self):
"""Place ID as used by ebpub.db.views
"""
from ebpub.utils.view_utils import make_pid
if self.block_id:
return make_pid(self.block, 8)
else:
return make_pid(self.location)
def pid(self):
"""Place ID as used by ebpub.db.views
"""
from ebpub.utils.view_utils import make_pid
if self.block_center:
block = self._get_block()
return make_pid(block, 8)
else:
return make_pid(self.location)
def get_place_info_for_request(request, *args, **kwargs):
"""
A utility function that abstracts getting some commonly used
location-related information: a place (Location or Block), its type,
a bbox, a list of nearby locations, etc.
"""
info = dict(
bbox=None,
nearby_locations=[],
location=None,
place_type=None,
is_block=False,
block_radius=None,
is_saved=False,
pid='',
cookies_to_set={},
)
if 'place' in kwargs:
info['place'] = place = kwargs['place']
else:
info['place'] = place = url_to_place(*args, **kwargs)
if isinstance(place, Block):
info['is_block'] = True
xy_radius, block_radius, cookies_to_set = block_radius_value(request)
block_radius = kwargs.get('block_radius') or block_radius
nearby, search_buf = get_locations_near_place(place, block_radius)
info['nearby_locations'] = nearby
info['bbox'] = search_buf.extent
saved_place_lookup = {'block_center': place.geom.centroid}
info['block_radius'] = block_radius
info['cookies_to_set'] = cookies_to_set
info['pid'] = make_pid(place, block_radius)
info['place_type'] = 'block'
else:
info['location'] = place
info['place_type'] = place.location_type.slug
saved_place_lookup = {'location__id': place.id}
info['pid'] = make_pid(place)
if place.location is None:
# No geometry.
info['bbox'] = get_metro()['extent']
else:
nearby, search_buf = get_locations_near_place(place)
info['bbox'] = search_buf.extent
info['nearby_locations'] = nearby
# Determine whether this is a saved place.
if not request.user.is_anonymous():
saved_place_lookup[
'user_id'] = request.user.id # TODO: request.user.id should not do a DB lookup
info['is_saved'] = SavedPlace.objects.filter(
**saved_place_lookup).count()
return info
def get_place_info_for_request(request, *args, **kwargs):
"""
A utility function that abstracts getting some commonly used
location-related information: a place (Location or Block), its type,
a bbox, a list of nearby locations, etc.
"""
info = dict(bbox=None,
nearby_locations=[],
location=None,
place_type=None,
is_block=False,
block_radius=None,
is_saved=False,
pid='',
cookies_to_set={},
)
if 'place' in kwargs:
info['place'] = place = kwargs['place']
else:
info['place'] = place = url_to_place(*args, **kwargs)
if isinstance(place, Block):
info['is_block'] = True
xy_radius, block_radius, cookies_to_set = block_radius_value(request)
block_radius = kwargs.get('block_radius') or block_radius
nearby, search_buf = get_locations_near_place(place, block_radius)
info['nearby_locations'] = nearby
info['bbox'] = search_buf.extent
saved_place_lookup = {'block__id': place.id}
info['block_radius'] = block_radius
info['cookies_to_set'] = cookies_to_set
info['pid'] = make_pid(place, block_radius)
info['place_type'] = 'block'
else:
info['location'] = place
info['place_type'] = place.location_type.slug
saved_place_lookup = {'location__id': place.id}
info['pid'] = make_pid(place)
if place.location is None:
# No geometry.
info['bbox'] = get_metro()['extent']
else:
nearby, search_buf = get_locations_near_place(place)
info['bbox'] = search_buf.extent
info['nearby_locations'] = nearby
# Determine whether this is a saved place.
if not request.user.is_anonymous():
saved_place_lookup['user_id'] = request.user.id # TODO: request.user.id should not do a DB lookup
info['is_saved'] = SavedPlace.objects.filter(**saved_place_lookup).count()
return info
def test_make_and_parse_pid__location(self):
loc = self._makeLocation()
self.assertEqual(parse_pid(make_pid(loc)),
(loc, None, None))
def test_make_and_parse_pid__block(self):
block = self._makeBlock()
self.assertEqual(parse_pid(make_pid(block, 1)),
(block, '1', BLOCK_RADIUS_CHOICES['1']))
def test_make_pid__location(self):
loc = self._makeLocation()
self.assertEqual(make_pid(loc), 'l:%d' % loc.id)
def test_make_pid__block__default_radius(self):
b = self._makeBlock()
self.assertEqual(make_pid(b), 'b:%d.8' % b.id)
def test_make_pid__block(self):
b = self._makeBlock()
self.assertEqual(make_pid(b, 1), 'b:%d.1' % b.id)
def test_make_and_parse_pid__block(self):
block = self._makeBlock()
self.assertEqual(parse_pid(make_pid(block, 1)),
(block, '1'))
def test_make_pid__location(self):
loc = self._makeLocation()
self.assertEqual(make_pid(loc), 'l:%d' % loc.id)
def test_make_pid__block__default_radius(self):
b = self._makeBlock()
self.assertEqual(make_pid(b), 'b:%d.8' % b.id)
def test_make_pid__block(self):
b = self._makeBlock()
self.assertEqual(make_pid(b, 1), 'b:%d.1' % b.id)
def test_make_and_parse_pid__location(self):
loc = self._makeLocation()
self.assertEqual(parse_pid(make_pid(loc)), (loc, None, None))
def test_make_and_parse_pid__block(self):
block = self._makeBlock()
self.assertEqual(parse_pid(make_pid(block, 1)),
(block, '1', BLOCK_RADIUS_CHOICES['1']))
