def test_contraint_max_with_exclusive(self):
const = search._parse_dict_value(
{'MAX': {'VALUE': 5,
'EXCLUSIVE': True}})
self.assertEqual(const, {'__lt': 5})
const = search._parse_dict_value(
{'MAX': {'VALUE': 5,
'EXCLUSIVE': False}})
self.assertEqual(const, {'__lte': 5})
def test_contraint_max_with_exclusive(self):
const = search._parse_dict_value(
{'MAX': {'VALUE': 5,
'EXCLUSIVE': True}})
self.assertEqual(const, {'__lt': 5})
const = search._parse_dict_value(
{'MAX': {'VALUE': 5,
'EXCLUSIVE': False}})
self.assertEqual(const, {'__lte': 5})
def test_boundary_constraint(self):
b = Boundary.objects.create(geom=MultiPolygon(make_simple_polygon(0)),
name='whatever',
category='whatever',
sort_order=1)
inparams = search._parse_dict_value({'IN_BOUNDARY': b.pk})
self.assertEqual(inparams, {'__within': b.geom})
def test_within_radius(self):
const = search._parse_dict_value(
{'WITHIN_RADIUS': {
"RADIUS": 5,
"POINT": {
"x": 100,
"y": 50}}})
self.assertEqual(const,
{'__dwithin': (Point(100, 50), Distance(m=5))})
def test_within_radius(self):
const = search._parse_dict_value(
{'WITHIN_RADIUS': {
"RADIUS": 5,
"POINT": {
"x": 100,
"y": 50}}})
self.assertEqual(const,
{'__dwithin': (Point(100, 50), Distance(m=5))})
def test_constraints_min_and_max(self):
const = search._parse_dict_value({
'MIN': 5,
'MAX': {
'VALUE': 9,
'EXCLUSIVE': False
}
})
self.assertEqual(const, {'__lte': 9, '__gte': 5})
def test_boundary_constraint(self):
b = Boundary.objects.create(
geom=MultiPolygon(make_simple_polygon(0)),
name='whatever',
category='whatever',
sort_order=1)
inparams = search._parse_dict_value({'IN_BOUNDARY': b.pk})
self.assertEqual(inparams,
{'__within': b.geom})
def test_constraints_min_and_max(self):
const = search._parse_dict_value(
{'MIN': 5,
'MAX': {'VALUE': 9,
'EXCLUSIVE': False}})
self.assertEqual(const, {'__lte': 9, '__gte': 5})
def test_constraints_in(self):
inparams = search._parse_dict_value({'IN': [1, 2, 3]})
self.assertEqual(inparams, {'__in': [1, 2, 3]})
def test_contraint_max(self):
const = search._parse_dict_value({'MAX': 5})
self.assertEqual(const, {'__lte': 5})
def test_contraint_min(self):
const = search._parse_dict_value({'MIN': 5})
self.assertEqual(const, {'__gte': 5})
def test_constraints_is(self):
# "IS" is a special case in that we don't need to appl
# a suffix at all
isparams = search._parse_dict_value({'IS': 'what'})
self.assertEqual(isparams,
{'': 'what'})
def test_constraints_isnull(self):
inparams = search._parse_dict_value({'ISNULL': True})
self.assertEqual(inparams, {'__isnull': True})
def test_constraints_in(self):
inparams = search._parse_dict_value({'IN': [1, 2, 3]})
self.assertEqual(inparams,
{'__in': [1, 2, 3]})
def test_contraint_max(self):
const = search._parse_dict_value({'MAX': 5})
self.assertEqual(const, {'__lte': 5})
def test_contraint_min(self):
const = search._parse_dict_value({'MIN': 5})
self.assertEqual(const, {'__gte': 5})
def test_constraints_is(self):
# "IS" is a special case in that we don't need to appl
# a suffix at all
isparams = search._parse_dict_value({'IS': 'what'})
self.assertEqual(isparams, {'': 'what'})
def test_constraints_isnull(self):
inparams = search._parse_dict_value({'ISNULL': True})
self.assertEqual(inparams, {'__isnull': True})
