def test_dimension_deletion_backward_already_existing(self, trials):
"""Test :meth:`orion.core.evc.adapters.DimensionDeletion.backward`
with valid param and invalid trials because param already exist
"""
new_param = Trial.Param(name="normal_prior", type="integer", value=1)
dimension_deletion_adapter = DimensionDeletion(new_param)
with pytest.raises(RuntimeError) as exc_info:
dimension_deletion_adapter.backward(trials)
assert "Provided trial does not have a compatible configuration" in str(
exc_info.value)
def test_dimension_deletion_backward(self, dummy_param, trials):
"""Test :meth:`orion.core.evc.adapters.DimensionDeletion.backward`
with valid param and valid trials
"""
new_param = Trial.Param(name="second_normal_prior",
type="integer",
value=1)
dimension_deletion_adapter = DimensionDeletion(new_param)
adapted_trials = dimension_deletion_adapter.backward(trials)
assert adapted_trials[0]._params[-1] == new_param
assert adapted_trials[4]._params[-1] == new_param
assert adapted_trials[-1]._params[-1] == new_param
def test_composite_adapter_backward(self, dummy_param, trials):
"""Test :meth:`orion.core.evc.adapters.CompositeAdapter.backward` with two adapters"""
new_param = Trial.Param(name="second_normal_prior",
type="integer",
value=1)
dimension_addition_adapter = DimensionAddition(new_param)
dimension_deletion_adapter = DimensionDeletion(new_param)
composite_adapter = CompositeAdapter(dimension_deletion_adapter)
adapted_trials = composite_adapter.backward(trials)
assert adapted_trials[0]._params[-1] == new_param
assert adapted_trials[4]._params[-1] == new_param
assert adapted_trials[-1]._params[-1] == new_param
composite_adapter = CompositeAdapter(dimension_addition_adapter,
dimension_deletion_adapter)
adapted_trials = composite_adapter.backward(trials)
assert len(adapted_trials) == len(trials)
assert new_param not in (adapted_trials[0]._params)
assert new_param not in (adapted_trials[4]._params)
assert new_param not in (adapted_trials[-1]._params)
def test_dimension_deletion_init_with_param(self, dummy_param):
"""Test initialization of :class:`orion.core.evc.adapters.DimensionDeletion`
with valid param
"""
dimension_deletion_adapter = DimensionDeletion(dummy_param)
assert dimension_deletion_adapter.param is dummy_param
def test_dimension_deletion_init_with_bad_dict(self):
"""Test initialization of :class:`orion.core.evc.adapters.DimensionDeletion`
with a dictionary which is a bad definition of a param
"""
with pytest.raises(AttributeError) as exc_info:
print(DimensionDeletion({"bad": "dict"}).param)
assert "'Param' object has no attribute 'bad'" in str(exc_info.value)
def test_dimension_deletion_init_with_bad_param(self):
"""Test initialization of :class:`orion.core.evc.adapters.DimensionDeletion`
with object which is not a param or a dictionary definition of it
"""
with pytest.raises(TypeError) as exc_info:
DimensionDeletion("bad")
assert "Invalid param argument type ('<class 'str'>')." in str(
exc_info.value)
def test_dimension_deletion_configuration(dummy_param):
"""Test :meth:`orion.core.evc.adapters.DimensionDeletion.configuration`"""
dimension_deletion_adapter = DimensionDeletion(dummy_param)
configuration = dimension_deletion_adapter.configuration[0]
assert configuration["of_type"] == "dimensiondeletion"
assert configuration["param"] == dummy_param.to_dict()
assert (BaseAdapter.build(
[configuration]).adapters[0].configuration[0] == configuration)
def test_composite_adapter_init_with_adapters(self, dummy_param):
"""Test initialization of :class:`orion.core.evc.adapters.CompositeAdapter`
with valid adapters
"""
dimension_addition = DimensionAddition(dummy_param)
dimension_deletion = DimensionDeletion(dummy_param)
composite_adapter = CompositeAdapter(dimension_addition,
dimension_deletion)
assert len(composite_adapter.adapters) == 2
assert isinstance(composite_adapter.adapters[0], DimensionAddition)
assert isinstance(composite_adapter.adapters[1], DimensionDeletion)
def test_composite_configuration(dummy_param):
"""Test :meth:`orion.core.evc.adapters.CompositeAdapter.configuration`"""
new_param = Trial.Param(name="second_normal_prior",
type="integer",
value=1)
dimension_addition_adapter = DimensionAddition(dummy_param)
dimension_deletion_adapter = DimensionDeletion(new_param)
composite_adapter = CompositeAdapter(dimension_addition_adapter,
dimension_deletion_adapter)
configuration = composite_adapter.configuration
assert configuration[0] == dimension_addition_adapter.configuration[0]
assert configuration[1] == dimension_deletion_adapter.configuration[0]
assert (BaseAdapter.build(configuration).adapters[0].configuration[0] ==
configuration[0])
assert (BaseAdapter.build(configuration).adapters[1].configuration[0] ==
configuration[1])
def test_dimension_deletion_forward(self, trials):
"""Test :meth:`orion.core.evc.adapters.DimensionDeletion.forward`
with valid param and valid trials
"""
new_param = Trial.Param(name="second_normal_prior",
type="integer",
value=1)
dimension_deletion_adapter = DimensionDeletion(new_param)
sampler = DimensionBuilder().build("random",
"uniform(10, 100, discrete=True)")
for trial in trials:
random_param = new_param.to_dict()
random_param["value"] = sampler.sample()
trial._params.append(Trial.Param(**random_param))
adapted_trials = dimension_deletion_adapter.forward(trials)
assert len(adapted_trials) == 0
trials[0]._params[-1].value = 1
assert trials[0]._params[-1] == new_param
adapted_trials = dimension_deletion_adapter.forward(trials)
assert len(adapted_trials) == 1
trials[4]._params[-1].value = 1
assert trials[4]._params[-1] == new_param
adapted_trials = dimension_deletion_adapter.forward(trials)
assert len(adapted_trials) == 2
trials[-1]._params[-1].value = 1
assert trials[-1]._params[-1] == new_param
adapted_trials = dimension_deletion_adapter.forward(trials)
assert len(adapted_trials) == 3
assert new_param not in (adapted_trials[0]._params)
assert new_param not in (adapted_trials[1]._params)
assert new_param not in (adapted_trials[2]._params)
def test_dimension_deletion_init_with_dict(self, dummy_param):
"""Test initialization of :class:`orion.core.evc.adapters.DimensionDeletion`
with a dictionary definition of a param
"""
DimensionDeletion(dummy_param.to_dict())
