def test(self):
def func(cur_tuple, models, field):
dic = dict(cur_tuple)
keys = dic.keys()
if not 'fieldD' in keys:
return True
elif dic['fieldD'] % 3 != 1:
return False
if not ('fieldE' in keys and 'fieldH' in keys):
return True
elif dic['fieldE'] ^ dic['fieldH']:
return False
return True
dfs.size = 30
dfs.total = 0
to_be_computed = []
cur_tup = [('fieldA', 'X'), ('fieldB', 199), ('fieldC', 'general')]
unique_together = TestModelFieldsTwo._meta.unique_together
unique = list(unique_together)
unique = sort_unique_tuples(unique, TestModelFieldsTwo)
unique_constraints = [unique_items(un_tuple) for un_tuple in unique]
constraints = [func] + unique_constraints
dfs(30, cur_tup, 4, to_be_computed, constraints,
TestModelFieldsTwo, False)
self.assertEqual(len(list(TestModelFieldsTwo.objects.all())), 30)
for mdl in list(TestModelFieldsTwo.objects.all()):
self.assertEqual(mdl.fieldA, 'X')
self.assertEqual(mdl.fieldB, 199)
self.assertEqual(mdl.fieldC, 'general')
self.assertTrue(mdl.fieldD in [13, 19, 31, 43])
self.assertTrue(mdl.fieldF in [6, 28, 496, 8128, 33550336])
self.assertTrue(mdl.fieldG in ['Mathematics', 'Physics',
'Chemistry', 'Biology'])
self.assertTrue(not (mdl.fieldE ^ mdl.fieldH))
def test(self):
constraint = unique_items(('fieldA', 'fieldD',))
model = TestModelFieldsTwo(fieldA='A', fieldD=5, fieldB=10,
fieldC='Winner', fieldE=True, fieldF=6,
fieldG='Mathematics', fieldH=False)
model.save()
fields = list_of_fields(TestModelFields)
self.assertFalse(constraint([('fieldA', 'A'), ('fieldD', 5)],
TestModelFieldsTwo, fields[5]))
self.assertTrue(constraint([('fieldA', 'A')],
TestModelFields, fields[5]))
self.assertFalse(constraint([('fieldA', 'A'), ('fieldD', 5)],
TestModelFieldsTwo, fields[5]))
self.assertTrue(constraint([('fieldA', 'A'), ('fieldD', 3)],
TestModelFieldsTwo, fields[5]))
self.assertTrue(constraint([('fieldA', 'A')],
TestModelFieldsTwo, fields[5]))
self.assertTrue(constraint([('fieldA', 'A'), ('fieldD', 3)],
TestModelFieldsTwo, fields[5]))
