def _poll_vq_single(self, dname, use_devmode, ddresp):
"""
Initiate a view query for a view located in a design document
:param ddresp: The design document to poll (as JSON)
:return: True if successful, False if no views.
"""
vname = None
query = None
v_mr = ddresp.get('views', {})
v_spatial = ddresp.get('spatial', {})
if v_mr:
vname = single_dict_key(v_mr)
query = Query()
elif v_spatial:
vname = single_dict_key(v_spatial)
query = SpatialQuery()
if not vname:
return False
query.stale = STALE_OK
query.limit = 1
for r in self._cb.query(dname,
vname,
use_devmode=use_devmode,
query=query):
pass
return True
def test_simple_spatial(self):
spq = SpatialQuery()
# Get all locations within five degress of the equator
spq.start_range = [None, -5]
spq.end_range = [None, 5]
rows_found = [r for r in self.cb.query('geo', 'simpleGeo', query=spq)]
self.assertEqual(2, len(rows_found))
# Get everything on the US west
spq.start_range = [-130, None]
spq.end_range = [-110, None]
rows_found = [r for r in self.cb.query('geo', 'simpleGeo', query=spq)]
self.assertEqual(2, len(rows_found))
# Sanity check: Ensure we actually did filtering earlier on!
spq = SpatialQuery()
rows_found = [r for r in self.cb.query('geo', 'simpleGeo', query=spq)]
self.assertTrue(len(rows_found) > 2)
def test_simple_spatial(self):
spq = SpatialQuery()
# Get all locations within five degress of the equator
spq.start_range = [None, -5]
spq.end_range = [None, 5]
rows_found = [r for r in self.cb.query('geo', 'simpleGeo', query=spq)]
self.assertEqual(2, len(rows_found))
# Get everything on the US west
spq.start_range = [-130, None]
spq.end_range = [-110, None]
rows_found = [r for r in self.cb.query('geo', 'simpleGeo', query=spq)]
self.assertEqual(2, len(rows_found))
# Sanity check: Ensure we actually did filtering earlier on!
spq = SpatialQuery()
rows_found = [r for r in self.cb.query('geo', 'simpleGeo', query=spq)]
self.assertTrue(len(rows_found) > 2)
def query_bounding_box(bucket, lower_left, upper_right):
spatial_query = SpatialQuery(start_range=lower_left, end_range=upper_right)
view = bucket.query('main', 'stops', use_devmode=True, query=spatial_query)
return view