def test_builder_12(self):
c = Require(self.prop3) & Forbid(self.prop1)
self.assertEqual('[[-2], [1]]', str(c.cnf()))
self.assertDictEqual({
1: url_by_name('BAZ'),
2: url_by_name('FOO')
}, c.props)
def test_builder_8(self):
c = Forbid(self.prop2) & Forbid(self.prop1)
self.assertEqual('[[-2], [-1]]', str(c.cnf()))
self.assertDictEqual({
1: url_by_name('BAR'),
2: url_by_name('FOO')
}, c.props)
def test_builder_13(self):
c = Require(self.prop3) & Require(self.prop2)
self.assertEqual('[[1], [2]]', str(c.cnf()))
self.assertDictEqual({
1: url_by_name('BAZ'),
2: url_by_name('BAR')
}, c.props)
def test_builder_24(self):
c = Forbid(self.prop3) & Require(self.prop2) & Forbid(self.prop1)
self.assertEqual('[[-3], [-1], [2]]', str(c.cnf()))
self.assertDictEqual(
{
1: url_by_name('BAZ'),
2: url_by_name('BAR'),
3: url_by_name('FOO')
}, c.props)
def test_builder_2(self):
c = Any(
Require(self.prop1) | Require(self.prop2) | Require(self.prop3))
self.assertEqual('[[1, 2, 3]]', str(c.cnf()))
self.assertDictEqual(
{
1: url_by_name('FOO'),
2: url_by_name('BAR'),
3: url_by_name('BAZ')
}, c.props)
def setUp(self):
self.maxDiff = None
self.td1 = TrainDescription(
train_name='test_train',
train_version='1.0',
properties={
1: url_by_name('FOO'),
2: token_by_name('BAR'),
3: enum_by_name('BAZ', choices=['VALUE1', 'VALUE2'])
},
formulas=[ConjunctiveNormalForm(Clause(1))],
model_summary='model summary',
algorithm_requirement=FormulaAlgorithmRequirement(1))
self.td2 = TrainDescription(
train_name='test_train',
train_version='1.0',
properties={
1: url_by_name('FOO'),
2: token_by_name('BAR'),
3: enum_by_name('BAZ', choices=['VALUE1', 'VALUE2'])
},
formulas=[ConjunctiveNormalForm(Clause(1))],
model_summary='model summary',
algorithm_requirement=None)
self.td3 = TrainDescription(
train_name='test_train',
train_version='1.0',
properties={
1: url_by_name('FOO'),
2: token_by_name('BAR'),
3: enum_by_name('BAZ', choices=['VALUE1', 'VALUE2'])
},
formulas=[
ConjunctiveNormalForm(
Clause(1), Clause(-2, 1, 3), Clause(3, 1, -2, -3)
),
ConjunctiveNormalForm(
Clause(3, 1), Clause(2, 1, 3, -3)
),
ConjunctiveNormalForm(
Clause(-1)
)
],
model_summary='model summary',
algorithm_requirement=FormulaAlgorithmRequirement(3))
def test_invalid_train_description_3(self):
self.assertValueError(lambda: TrainDescription(
train_name='foo',
train_version='1.0',
properties={
-1: url_by_name('FOO'),
2: token_by_name('BAR'),
3: enum_by_name('BAZ', choices=['VALUE1', 'VALUE2'])
},
formulas=[],
model_summary='model summary',
algorithm_requirement=None))
def test_builder_6(self):
c = Forbid(self.prop2)
self.assertEqual('[[-1]]', str(c.cnf()))
self.assertDictEqual({1: url_by_name('BAR')}, c.props)
def test_valid_error_1(self):
self.assertValueError(lambda: url_by_name('adaf'))
def test_type_error_5(self):
self.assertTypeError(lambda: url_by_name(0.9661))
def requirements(self) -> ConjunctionBuilder:
return Any(
Forbid(url_by_name('BAZ')) | Require(url_by_name('BAR'))
| Forbid(url_by_name('BAM'))) & Require(
url_by_name('FOO')) & Forbid(url_by_name('CAT'))
def test_builder_1(self):
c = Require(self.prop1)
self.assertEqual('[[1]]', str(c.cnf()))
self.assertDictEqual({1: url_by_name('FOO')}, c.props)
def test_eq_2(self):
self.assertIsEqual(self.url2, url_by_name('BAR'))
def requirements(self) -> ConjunctionBuilder:
return Require(url_by_name('FOO')) & Require(url_by_name('BAR'))
def requirements(self) -> ConjunctionBuilder:
return Any(Require(url_by_name('FOO')))
def requirements(self) -> ConjunctionBuilder:
return Forbid(url_by_name('FOO')) & Forbid('foo')
def test_valid_error_2(self):
self.assertTypeError(lambda: url_by_name(None))
def test_type_error_1(self):
self.assertTypeError(lambda: url_by_name(True))
def test_eq_1(self):
self.assertIsEqual(self.url1, url_by_name('FOO'))
def test_eq_4(self):
self.assertIsEqual(self.url4, url_by_name('SOME_OTHER_VARIABLE'))
def test_eq_3(self):
self.assertIsEqual(self.url3, url_by_name('MY_VARIABLE'))
def test_type_error_4(self):
self.assertTypeError(lambda: url_by_name(1))
def requirements(self) -> ConjunctionBuilder:
return Forbid(url_by_name('BAZ')) & Forbid(url_by_name('BAM'))
def setUp(self):
self.prop1 = url_by_name('FOO')
self.prop2 = url_by_name('BAR')
self.prop3 = url_by_name('BAZ')
def setUp(self):
self.url1 = url_by_name('FOO')
self.url2 = url_by_name('BAR')
self.url3 = url_by_name('MY_VARIABLE')
self.url4 = url_by_name('SOME_OTHER_VARIABLE')
def __init__(self):
super().__init__()
self.source1 = url_by_name('DATA_SOURCE_A')
self.source2 = url_by_name('DATA_SOURCE_B')
self.source3 = url_by_name('DATA_SOURCE_C')
self.forbidden = url_by_name('FORBIDDEN')
def assert_invalid_env_name(self, name):
with self.assertRaises(ValueError):
url_by_name(name)
