def test_unindexed_query():
"""
Tests a query over a single type. Only non-indexed fields are tested.
"""
query = Query(Person).add_q(Q(name='Peter Pan'))
results = list(query.execute(DEFAULT_DB_ALIAS))
eq_(len(results), 1)
eq_(results[0].name, 'Peter Pan')
def test_unindexed_query():
"""
Tests a query over a single type. Only non-indexed fields are tested.
"""
query = Query(Person).add(Person.name, 'Peter Pan')
results = list(query.execute(DEFAULT_DB_ALIAS))
eq_(len(results), 1)
eq_(results[0].name, 'Peter Pan')
def test_complex_query():
"""
Tests a single-type query with both indexed and non-indexed fields.
"""
query = Query(Person).add_q(~Q(name='Peter Pan')).add_q(Q(age=15))
results = list(query.execute(DEFAULT_DB_ALIAS))
eq_(len(results), 1)
eq_(results[0].name, 'Tinker Bell')
def test_complex_query():
"""
Tests a single-type query with both indexed and non-indexed fields.
"""
query = Query(Person).add(Person.name, 'Peter Pan', negate=True).add(Person.age, 15)
results = list(query.execute(DEFAULT_DB_ALIAS))
eq_(len(results), 1)
eq_(results[0]['name'], 'Tinker Bell')
def test_complex_query():
"""
Tests a single-type query with both indexed and non-indexed fields.
"""
query = Query(Person).add_q(~Q(name='Peter Pan')).add_q(Q(age=15))
results = list(query.execute(DEFAULT_DB_ALIAS))
eq_(len(results), 1)
eq_(results[0].name, 'Tinker Bell')
def test_complex_query():
"""
Tests a single-type query with both indexed and non-indexed fields.
"""
query = Query(Person).add(Person.name, 'Peter Pan',
negate=True).add(Person.age, 15)
results = list(query.execute(DEFAULT_DB_ALIAS))
eq_(len(results), 1)
eq_(results[0].name, 'Tinker Bell')
def test_negated_query():
"""
Tests a negated query over a single type. Only indexed fields are tested.
"""
query = Query(IndexedMouse).add(IndexedMouse.age, 2)\
.add(IndexedMouse.name, 'jerry', negate=True)
results = list(query.execute(DEFAULT_DB_ALIAS))
eq_(len(results), 1)
assert len([m for m in results if m.name == 'jerry']) == 0, "The query"\
" returned jerry, even though he was excluded."
def test_negated_query():
"""
Tests a negated query over a single type. Only indexed fields are tested.
"""
query = Query(IndexedMouse).add_q(Q(age=2))\
.add_q(~Q(name='jerry'))
results = list(query.execute(DEFAULT_DB_ALIAS))
eq_(len(results), 1)
assert len([m for m in results if m.name == 'jerry']) == 0, "The query"\
" returned jerry, even though he was excluded."
def test_basic_indexed_query():
"""
Tests a basic query over a single type. Only indexed fields are tested.
"""
age_query = Query(IndexedMouse).add_q(Q(age=2))
results = list(age_query.execute(DEFAULT_DB_ALIAS))
eq_(len(results), 2)
assert len([m for m in results if m.name == 'Brain']) == 0, "The query"\
" returned Brain - even though he's too old."
results = list(age_query.add_q(Q(name='jerry'))\
.execute(DEFAULT_DB_ALIAS))
eq_(len(results), 1)
assert len([m for m in results if m.name == 'jerry']) > 0, "The query"\
" didn't return jerry - wrong mouse."
def test_basic_indexed_query():
"""
Tests a basic query over a single type. Only indexed fields are tested.
"""
age_query = Query(IndexedMouse).add_q(Q(age=2))
results = list(age_query.execute(DEFAULT_DB_ALIAS))
eq_(len(results), 2)
assert len([m for m in results if m.name == 'Brain']) == 0, "The query"\
" returned Brain - even though he's too old."
results = list(age_query.add_q(Q(name='jerry'))\
.execute(DEFAULT_DB_ALIAS))
eq_(len(results), 1)
assert len([m for m in results if m.name == 'jerry']) > 0, "The query"\
" didn't return jerry - wrong mouse."
