def test_search(self):
a = A()
a.b = [B(), B(), B()]
for b in a.b:
b.c = [C(field1=1.0, field2=1.2),
C(field1=1.0, field2=1.2)]
self.assertEquals([1.0] * 6, [x for x in search(a, 'b.c.field1')])
def test_run_suite_fron_inlined_classes(self):
from pynch.db import DB
class WorkingGardener(Model):
_meta = {'database': DB(name='mygarden'), 'write_concern': 1}
name = StringField(primary_key=True)
instructor = ReferenceField('self')
def __str__(self):
return self.name
class TeachingGarden(Model):
_meta = {'database': DB(name='mygarden'), 'write_concern': 1}
_id = PrimaryKey()
acres = FloatField()
gardeners = ListField(ReferenceField(WorkingGardener))
botanist = WorkingGardener(name='MrJones')
person = WorkingGardener(name='me', instructor=botanist)
garden = TeachingGarden(acres=0.25, gardeners=[person, botanist])
garden.save()
g = TeachingGarden.pynch.get(_id=garden.pk)
self.assertEquals(g.pk, garden.pk)
names = list(name for name in search(g, 'gardeners.name'))
self.assertEquals(names, ['me', 'MrJones'])
self.assertEquals(g, garden)
botanist2 = WorkingGardener(name='MrJones2')
person2 = WorkingGardener(name='me2', instructor=botanist2)
garden2 = TeachingGarden(acres=0.25, gardeners=[person2, botanist2])
garden2.save()
to_raise = lambda: TeachingGarden.pynch.get(acres=0.25)
self.assertRaises(QueryException, to_raise)
garden2.delete()
garden.delete()