def test_has_and_any(self):
"""Tests for the ``"has"`` and ``"any"`` operators.
The `any` operator returns all instances for which any related instance
in a given collection has some property. The `has` operator returns all
instances for which a related instance has a given property.
"""
# create test computers
computer1 = self.Computer(name=u'c1', vendor=u'foo')
computer2 = self.Computer(name=u'c2', vendor=u'bar')
computer3 = self.Computer(name=u'c3', vendor=u'bar')
computer4 = self.Computer(name=u'c4', vendor=u'bar')
computer5 = self.Computer(name=u'c5', vendor=u'foo')
computer6 = self.Computer(name=u'c6', vendor=u'foo')
self.session.add_all((computer1, computer2, computer3, computer4,
computer5, computer6))
self.session.commit()
# add the computers to three test people
person1, person2, person3 = self.people[:3]
person1.computers = [computer1, computer2, computer3]
person2.computers = [computer4]
person3.computers = [computer5, computer6]
self.session.commit()
# test 'any'
d = dict(filters=[dict(name='computers__vendor', val=u'foo',
op='any')])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 2)
# test 'has'
d = dict(filters=[dict(name='owner__name', op='has', val=u'Lincoln')])
result = search(self.session, self.Computer, d)
self.assertEqual(len(result), 3)
def test_has_and_any_suboperators(self):
"""Tests for the ``"has"`` and ``"any"`` operators with suboperators.
The `any` operator returns all instances for which any related instance
in a given collection has some property. The `has` operator returns all
instances for which a related instance has a given property.
"""
# create test computers
computer1 = self.Computer(name=u'c1', vendor=u'foo')
computer2 = self.Computer(name=u'c2', vendor=u'bar')
computer3 = self.Computer(name=u'c3', vendor=u'bar')
computer4 = self.Computer(name=u'c4', vendor=u'bar')
computer5 = self.Computer(name=u'c5', vendor=u'foo')
computer6 = self.Computer(name=u'c6', vendor=u'foo')
self.session.add_all((computer1, computer2, computer3, computer4,
computer5, computer6))
self.session.commit()
# add the computers to three test people
person1, person2, person3 = self.people[:3]
person1.computers = [computer1, computer2, computer3]
person2.computers = [computer4]
person3.computers = [computer5, computer6]
self.session.commit()
# test 'any'
val = dict(name='vendor', op='like', val=u'%o%')
d = dict(filters=[dict(name='computers', op='any', val=val)])
result = search(self.session, self.Person, d)
assert result.count() == 2
# test 'has'
val = dict(name='name', op='like', val=u'%incol%')
d = dict(filters=[dict(name='owner', op='has', val=val)])
result = search(self.session, self.Computer, d)
assert result.count() == 3
def test_has_and_any(self):
"""Tests for the ``"has"`` and ``"any"`` operators.
The `any` operator returns all instances for which any related instance
in a given collection has some property. The `has` operator returns all
instances for which a related instance has a given property.
"""
# create test computers
computer1 = self.Computer(name=u"c1", vendor=u"foo")
computer2 = self.Computer(name=u"c2", vendor=u"bar")
computer3 = self.Computer(name=u"c3", vendor=u"bar")
computer4 = self.Computer(name=u"c4", vendor=u"bar")
computer5 = self.Computer(name=u"c5", vendor=u"foo")
computer6 = self.Computer(name=u"c6", vendor=u"foo")
self.session.add_all((computer1, computer2, computer3, computer4, computer5, computer6))
self.session.commit()
# add the computers to three test people
person1, person2, person3 = self.people[:3]
person1.computers = [computer1, computer2, computer3]
person2.computers = [computer4]
person3.computers = [computer5, computer6]
self.session.commit()
# test 'any'
d = dict(filters=[dict(name="computers__vendor", val=u"foo", op="any")])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 2)
# test 'has'
d = dict(filters=[dict(name="owner__name", op="has", val=u"Lincoln")])
result = search(self.session, self.Computer, d)
self.assertEqual(len(result), 3)
def test_has_and_any(self):
"""Tests for the ``"has"`` and ``"any"`` operators.
The `any` operator returns all instances for which any related instance
in a given collection has some property. The `has` operator returns all
instances for which a related instance has a given property.
"""
# create test computers
computer1 = self.Computer(name=u'c1', vendor=u'foo')
computer2 = self.Computer(name=u'c2', vendor=u'bar')
computer3 = self.Computer(name=u'c3', vendor=u'bar')
computer4 = self.Computer(name=u'c4', vendor=u'bar')
computer5 = self.Computer(name=u'c5', vendor=u'foo')
computer6 = self.Computer(name=u'c6', vendor=u'foo')
self.session.add_all(
(computer1, computer2, computer3, computer4, computer5, computer6))
self.session.commit()
# add the computers to three test people
person1, person2, person3 = self.people[:3]
person1.computers = [computer1, computer2, computer3]
person2.computers = [computer4]
person3.computers = [computer5, computer6]
self.session.commit()
# test 'any'
d = dict(
filters=[dict(name='computers__vendor', val=u'foo', op='any')])
result = search(self.session, self.Person, d)
assert result.count() == 2
# test 'has'
d = dict(filters=[dict(name='owner__name', op='has', val=u'Lincoln')])
result = search(self.session, self.Computer, d)
assert result.count() == 3
def test_has_and_any_suboperators(self):
"""Tests for the ``"has"`` and ``"any"`` operators with suboperators.
The `any` operator returns all instances for which any related instance
in a given collection has some property. The `has` operator returns all
instances for which a related instance has a given property.
"""
# create test computers
computer1 = self.Computer(name=u'c1', vendor=u'foo')
computer2 = self.Computer(name=u'c2', vendor=u'bar')
computer3 = self.Computer(name=u'c3', vendor=u'bar')
computer4 = self.Computer(
name=u'c4',
vendor=None,
programs=[self.ComputerProgram(program=self.Program())])
computer5 = self.Computer(
name=u'c5',
vendor=u'foo',
programs=[self.ComputerProgram(program=self.Program())])
computer6 = self.Computer(name=u'c6', vendor=u'foo')
self.session.add_all(
(computer1, computer2, computer3, computer4, computer5, computer6))
self.session.commit()
# add the computers to three test people
person1, person2, person3 = self.people[:3]
person1.computers = [computer1, computer2, computer3]
person2.computers = [computer4]
person3.computers = [computer5, computer6]
self.session.commit()
# test 'any'
val = dict(name='vendor', op='like', val=u'%o%')
d = dict(filters=[dict(name='computers', op='any', val=val)])
result = search(self.session, self.Person, d)
assert result.count() == 2
val = dict(name='vendor', op='is_null')
d = dict(filters=[dict(name='computers', op='any', val=val)])
result = search(self.session, self.Person, d)
assert result.count() == 1
# test 'has'
val = dict(name='name', op='like', val=u'%incol%')
d = dict(filters=[dict(name='owner', op='has', val=val)])
result = search(self.session, self.Computer, d)
assert result.count() == 3
val = dict(name='vendor', op='is_null')
d = dict(filters=[dict(name='computer', op='has', val=val)])
result = search(self.session, self.ComputerProgram, d)
assert result.count() == 1
def test_search(self):
"""Tests that asking for a single result raises an error unless the
result of the query truly has only a single element.
"""
# tests getting multiple results
d = {"single": True, "filters": [{"name": "name", "val": u"%y%", "op": "like"}]}
with self.assertRaises(MultipleResultsFound):
search(self.session, self.Person, d)
# tests getting no results
d = {"single": True, "filters": [{"name": "name", "val": u"bogusname", "op": "=="}]}
with self.assertRaises(NoResultFound):
search(self.session, self.Person, d)
# tests getting exactly one result
d = {"single": True, "filters": [{"name": "name", "val": u"Lincoln", "op": "=="}]}
result = search(self.session, self.Person, d)
self.assertEqual(result.name, u"Lincoln")
def test_search(self):
"""Tests that asking for a single result raises an error unless the
result of the query truly has only a single element.
"""
# tests getting multiple results
d = {
'single': True,
'filters': [{
'name': 'name',
'val': u'%y%',
'op': 'like'
}]
}
with self.assertRaises(MultipleResultsFound):
search(self.session, self.Person, d)
# tests getting no results
d = {
'single': True,
'filters': [{
'name': 'name',
'val': u'bogusname',
'op': '=='
}]
}
with self.assertRaises(NoResultFound):
search(self.session, self.Person, d)
# tests getting exactly one result
d = {
'single': True,
'filters': [{
'name': 'name',
'val': u'Lincoln',
'op': '=='
}]
}
result = search(self.session, self.Person, d)
assert result.name == u'Lincoln'
def test_search(self):
"""Tests that asking for a single result raises an error unless the
result of the query truly has only a single element.
"""
# tests getting multiple results
d = {'single': True,
'filters': [{'name': 'name', 'val': u'%y%', 'op': 'like'}]}
with self.assertRaises(MultipleResultsFound):
search(self.session, self.Person, d)
# tests getting no results
d = {'single': True,
'filters': [{'name': 'name', 'val': u'bogusname', 'op': '=='}]}
with self.assertRaises(NoResultFound):
search(self.session, self.Person, d)
# tests getting exactly one result
d = {'single': True,
'filters': [{'name': 'name', 'val': u'Lincoln', 'op': '=='}]}
result = search(self.session, self.Person, d)
self.assertEqual(result.name, u'Lincoln')
def test_operators(self):
"""Tests for each of the individual operators in
:data:`flask_restless.search.OPERATORS`.
"""
for op in '==', 'eq', 'equals', 'equal_to':
d = dict(filters=[dict(name='name', op=op, val=u'Lincoln')])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 1)
self.assertEqual(result[0].name, u'Lincoln')
for op in '!=', 'ne', 'neq', 'not_equal_to', 'does_not_equal':
d = dict(filters=[dict(name='name', op=op, val=u'Lincoln')])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), len(self.people) - 1)
self.assertNotIn(u'Lincoln', (p.name for p in result))
for op in '>', 'gt':
d = dict(filters=[dict(name='age', op=op, val=20)])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 3)
for op in '<', 'lt':
d = dict(filters=[dict(name='age', op=op, val=20)])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 2)
for op in '>=', 'ge', 'gte', 'geq':
d = dict(filters=[dict(name='age', op=op, val=23)])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 3)
for op in '<=', 'le', 'lte', 'leq':
d = dict(filters=[dict(name='age', op=op, val=23)])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 3)
d = dict(filters=[dict(name='name', op='like', val=u'%y%')])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 3)
d = dict(filters=[dict(name='name', op='ilike', val=u'%Y%')])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 3)
d = dict(filters=[dict(name='age', op='in', val=[19, 21, 23])])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 2)
d = dict(filters=[dict(name='age', op='not_in', val=[19, 21, 23])])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 3)
d = dict(filters=[dict(name='birth_date', op='is_null')])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 4)
d = dict(filters=[dict(name='birth_date', op='is_not_null')])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 1)
def test_operators(self):
"""Tests for each of the individual operators in
:data:`flask_restless.search.OPERATORS`.
"""
for op in "==", "eq", "equals", "equal_to":
d = dict(filters=[dict(name="name", op=op, val=u"Lincoln")])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 1)
self.assertEqual(result[0].name, u"Lincoln")
for op in "!=", "ne", "neq", "not_equal_to", "does_not_equal":
d = dict(filters=[dict(name="name", op=op, val=u"Lincoln")])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), len(self.people) - 1)
self.assertNotIn(u"Lincoln", (p.name for p in result))
for op in ">", "gt":
d = dict(filters=[dict(name="age", op=op, val=20)])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 3)
for op in "<", "lt":
d = dict(filters=[dict(name="age", op=op, val=20)])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 2)
for op in ">=", "ge", "gte", "geq":
d = dict(filters=[dict(name="age", op=op, val=23)])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 3)
for op in "<=", "le", "lte", "leq":
d = dict(filters=[dict(name="age", op=op, val=23)])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 3)
d = dict(filters=[dict(name="name", op="like", val=u"%y%")])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 3)
d = dict(filters=[dict(name="age", op="in", val=[19, 21, 23])])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 2)
d = dict(filters=[dict(name="age", op="not_in", val=[19, 21, 23])])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 3)
d = dict(filters=[dict(name="birth_date", op="is_null")])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 4)
d = dict(filters=[dict(name="birth_date", op="is_not_null")])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 1)
def test_operators(self):
"""Tests for each of the individual operators in
:data:`flask_restless.search.OPERATORS`.
"""
for op in '==', 'eq', 'equals', 'equal_to':
d = dict(filters=[dict(name='name', op=op, val=u'Lincoln')])
result = search(self.session, self.Person, d)
assert result.count() == 1
assert result[0].name == u'Lincoln'
for op in '!=', 'ne', 'neq', 'not_equal_to', 'does_not_equal':
d = dict(filters=[dict(name='name', op=op, val=u'Lincoln')])
result = search(self.session, self.Person, d)
assert result.count() == len(self.people) - 1
assert u'Lincoln' not in (p.name for p in result)
for op in '>', 'gt':
d = dict(filters=[dict(name='age', op=op, val=20)])
result = search(self.session, self.Person, d)
assert result.count() == 3
for op in '<', 'lt':
d = dict(filters=[dict(name='age', op=op, val=20)])
result = search(self.session, self.Person, d)
assert result.count() == 2
for op in '>=', 'ge', 'gte', 'geq':
d = dict(filters=[dict(name='age', op=op, val=23)])
result = search(self.session, self.Person, d)
assert result.count() == 3
for op in '<=', 'le', 'lte', 'leq':
d = dict(filters=[dict(name='age', op=op, val=23)])
result = search(self.session, self.Person, d)
assert result.count() == 3
d = dict(filters=[dict(name='name', op='like', val=u'%y%')])
result = search(self.session, self.Person, d)
assert result.count() == 3
d = dict(filters=[dict(name='name', op='ilike', val=u'%Y%')])
result = search(self.session, self.Person, d)
assert result.count() == 3
d = dict(filters=[dict(name='age', op='in', val=[19, 21, 23])])
result = search(self.session, self.Person, d)
assert result.count() == 2
d = dict(filters=[dict(name='age', op='not_in', val=[19, 21, 23])])
result = search(self.session, self.Person, d)
assert result.count() == 3
d = dict(filters=[dict(name='birth_date', op='is_null')])
result = search(self.session, self.Person, d)
assert result.count() == 4
d = dict(filters=[dict(name='birth_date', op='is_not_null')])
result = search(self.session, self.Person, d)
assert result.count() == 1
def test_operators(self):
"""Tests for each of the individual operators in
:data:`flask_restless.search.OPERATORS`.
"""
for op in '==', 'eq', 'equals', 'equal_to':
d = dict(filters=[dict(name='name', op=op, val=u'Lincoln')])
result = search(self.session, self.Person, d)
assert result.count() == 1
assert result[0].name == u'Lincoln'
for op in '!=', 'ne', 'neq', 'not_equal_to', 'does_not_equal':
d = dict(filters=[dict(name='name', op=op, val=u'Lincoln')])
result = search(self.session, self.Person, d)
assert result.count() == len(self.people) - 1
assert u'Lincoln' not in (p.name for p in result)
for op in '>', 'gt':
d = dict(filters=[dict(name='age', op=op, val=20)])
result = search(self.session, self.Person, d)
assert result.count() == 3
for op in '<', 'lt':
d = dict(filters=[dict(name='age', op=op, val=20)])
result = search(self.session, self.Person, d)
assert result.count() == 2
for op in '>=', 'ge', 'gte', 'geq':
d = dict(filters=[dict(name='age', op=op, val=23)])
result = search(self.session, self.Person, d)
assert result.count() == 3
for op in '<=', 'le', 'lte', 'leq':
d = dict(filters=[dict(name='age', op=op, val=23)])
result = search(self.session, self.Person, d)
assert result.count() == 3
d = dict(filters=[dict(name='name', op='like', val=u'%y%')])
result = search(self.session, self.Person, d)
assert result.count() == 3
d = dict(filters=[dict(name='name', op='ilike', val=u'%Y%')])
result = search(self.session, self.Person, d)
assert result.count() == 3
d = dict(filters=[dict(name='age', op='in', val=[19, 21, 23])])
result = search(self.session, self.Person, d)
assert result.count() == 2
d = dict(filters=[dict(name='age', op='not_in', val=[19, 21, 23])])
result = search(self.session, self.Person, d)
assert result.count() == 3
d = dict(filters=[dict(name='birth_date', op='is_null')])
result = search(self.session, self.Person, d)
assert result.count() == 4
d = dict(filters=[dict(name='birth_date', op='is_not_null')])
result = search(self.session, self.Person, d)
assert result.count() == 1
d = dict(filters=[dict(name='birth_date', op='eq', val=None)])
assert_raises(TypeError, search, self.session, self.Person, d)
def test_operators(self):
"""Tests for each of the individual operators in
:data:`flask_restless.search.OPERATORS`.
"""
for op in '==', 'eq', 'equals', 'equal_to':
d = dict(filters=[dict(name='name', op=op, val=u'Lincoln')])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 1)
self.assertEqual(result[0].name, u'Lincoln')
for op in '!=', 'ne', 'neq', 'not_equal_to', 'does_not_equal':
d = dict(filters=[dict(name='name', op=op, val=u'Lincoln')])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), len(self.people) - 1)
self.assertNotIn(u'Lincoln', (p.name for p in result))
for op in '>', 'gt':
d = dict(filters=[dict(name='age', op=op, val=20)])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 3)
for op in '<', 'lt':
d = dict(filters=[dict(name='age', op=op, val=20)])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 2)
for op in '>=', 'ge', 'gte', 'geq':
d = dict(filters=[dict(name='age', op=op, val=23)])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 3)
for op in '<=', 'le', 'lte', 'leq':
d = dict(filters=[dict(name='age', op=op, val=23)])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 3)
d = dict(filters=[dict(name='name', op='like', val=u'%y%')])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 3)
d = dict(filters=[dict(name='age', op='in', val=[19, 21, 23])])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 2)
d = dict(filters=[dict(name='age', op='not_in', val=[19, 21, 23])])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 3)
d = dict(filters=[dict(name='birth_date', op='is_null')])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 4)
d = dict(filters=[dict(name='birth_date', op='is_not_null')])
result = search(self.session, self.Person, d)
self.assertEqual(len(result), 1)
