blob: 25b408005ca873f47e020f43c5479a51cfbb7f99 [file] [log] [blame]
# Licensed to the Apache Software Foundation (ASF) under one or more
# contributor license agreements. See the NOTICE file distributed with
# this work for additional information regarding copyright ownership.
# The ASF licenses this file to You under the Apache License, Version 2.0
# (the "License"); you may not use this file except in compliance with
# the License. You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
from datetime import datetime
from contextlib import contextmanager
import pytest
from aria import application_model_storage
from aria.storage import (
sql_mapi,
)
from aria.storage.exceptions import StorageError
from aria.modeling.exceptions import ValueFormatException
from aria.modeling.models import (
ServiceTemplate,
Service,
ServiceUpdate,
ServiceUpdateStep,
ServiceModification,
Execution,
Task,
Plugin,
Relationship,
NodeTemplate,
Node,
Input,
Output,
Property,
Attribute,
Configuration,
Argument,
Type
)
from tests import mock
from tests.storage import release_sqlite_storage, init_inmemory_model_storage
@contextmanager
def sql_storage(storage_func):
storage = None
try:
storage = storage_func()
yield storage
finally:
if storage:
release_sqlite_storage(storage)
def _empty_storage():
return application_model_storage(sql_mapi.SQLAlchemyModelAPI,
initiator=init_inmemory_model_storage)
def _service_template_storage():
storage = _empty_storage()
service_template = mock.models.create_service_template()
storage.service_template.put(service_template)
return storage
def _service_storage():
storage = _service_template_storage()
service = mock.models.create_service(
storage.service_template.get_by_name(mock.models.SERVICE_TEMPLATE_NAME))
storage.service.put(service)
return storage
def _service_update_storage():
storage = _service_storage()
service_update = ServiceUpdate(
service=storage.service.list()[0],
created_at=now,
service_plan={},
)
storage.service_update.put(service_update)
return storage
def _node_template_storage():
storage = _service_storage()
service_template = storage.service_template.list()[0]
dependency_node_template = mock.models.create_dependency_node_template(service_template)
mock.models.create_dependent_node_template(service_template, dependency_node_template)
storage.service_template.update(service_template)
return storage
def _nodes_storage():
storage = _node_template_storage()
service = storage.service.get_by_name(mock.models.SERVICE_NAME)
dependency_node_template = storage.node_template.get_by_name(
mock.models.DEPENDENCY_NODE_TEMPLATE_NAME)
mock.models.create_node(dependency_node_template, service,
name=mock.models.DEPENDENCY_NODE_NAME)
dependent_node_template = mock.models.create_dependent_node_template(service.service_template,
dependency_node_template)
mock.models.create_node(dependent_node_template, service, name=mock.models.DEPENDENT_NODE_NAME)
storage.service.update(service)
return storage
def _execution_storage():
storage = _service_storage()
execution = mock.models.create_execution(storage.service.list()[0])
plugin = mock.models.create_plugin()
storage.execution.put(execution)
storage.plugin.put(plugin)
return storage
@pytest.fixture
def empty_storage():
with sql_storage(_empty_storage) as storage:
yield storage
@pytest.fixture
def service_template_storage():
with sql_storage(_service_template_storage) as storage:
yield storage
@pytest.fixture
def service_storage():
with sql_storage(_service_storage) as storage:
yield storage
@pytest.fixture
def service_update_storage():
with sql_storage(_service_update_storage) as storage:
yield storage
@pytest.fixture
def node_template_storage():
with sql_storage(_node_template_storage) as storage:
yield storage
@pytest.fixture
def nodes_storage():
with sql_storage(_nodes_storage) as storage:
yield storage
@pytest.fixture
def execution_storage():
with sql_storage(_execution_storage) as storage:
yield storage
m_cls = type('MockClass')
now = datetime.utcnow()
def _test_model(is_valid, storage, model_cls, model_kwargs):
if is_valid:
model = model_cls(**model_kwargs)
getattr(storage, model_cls.__modelname__).put(model)
return model
else:
with pytest.raises((ValueFormatException, StorageError, TypeError),):
getattr(storage, model_cls.__modelname__).put(model_cls(**model_kwargs))
class TestServiceTemplate(object):
@pytest.mark.parametrize(
'is_valid, description, created_at, updated_at, main_file_name',
[
(False, [], now, now, '/path'),
(False, 'description', 'error', now, '/path'),
(False, 'description', now, 'error', '/path'),
(False, 'description', now, now, {}),
(True, 'description', now, now, '/path'),
]
)
def test_service_template_model_creation(self, empty_storage, is_valid, description, created_at,
updated_at, main_file_name):
_test_model(is_valid=is_valid,
storage=empty_storage,
model_cls=ServiceTemplate,
model_kwargs=dict(
description=description,
created_at=created_at,
updated_at=updated_at,
main_file_name=main_file_name)
)
class TestService(object):
@pytest.mark.parametrize(
'is_valid, name, created_at, description, inputs, '
'outputs, updated_at',
[
(False, m_cls, now, 'desc', {}, {}, now),
(False, 'name', m_cls, 'desc', {}, {}, now),
(False, 'name', now, m_cls, {}, {}, now),
(False, 'name', now, 'desc', m_cls, {}, now),
(False, 'name', now, 'desc', {}, m_cls, now),
(False, 'name', now, 'desc', {}, {}, m_cls),
(True, 'name', now, 'desc', {}, {}, now),
(True, None, now, 'desc', {}, {}, now),
(True, 'name', now, None, {}, {}, now),
(True, 'name', now, 'desc', {}, {}, None),
(True, 'name', now, 'desc', {}, {}, now),
]
)
def test_service_model_creation(self, service_storage, is_valid, name, created_at, description,
inputs, outputs, updated_at):
service = _test_model(
is_valid=is_valid,
storage=service_storage,
model_cls=Service,
model_kwargs=dict(
name=name,
service_template=service_storage.service_template.list()[0],
created_at=created_at,
description=description,
inputs=inputs,
outputs=outputs,
updated_at=updated_at
))
if is_valid:
assert service.service_template == \
service_storage.service_template.list()[0]
class TestExecution(object):
@pytest.mark.parametrize(
'is_valid, created_at, started_at, ended_at, error, inputs, '
'status, workflow_name',
[
(False, m_cls, now, now, 'error', {}, Execution.STARTED, 'wf_name'),
(False, now, m_cls, now, 'error', {}, Execution.STARTED, 'wf_name'),
(False, now, now, m_cls, 'error', {}, Execution.STARTED, 'wf_name'),
(False, now, now, now, m_cls, {}, Execution.STARTED, 'wf_name'),
(False, now, now, now, 'error', m_cls, Execution.STARTED, 'wf_name'),
(False, now, now, now, 'error', {}, m_cls, 'wf_name'),
(False, now, now, now, 'error', {}, Execution.STARTED, m_cls),
(True, now, now, now, 'error', {}, Execution.STARTED, 'wf_name'),
(True, now, None, now, 'error', {}, Execution.STARTED, 'wf_name'),
(True, now, now, None, 'error', {}, Execution.STARTED, 'wf_name'),
(True, now, now, now, None, {}, Execution.STARTED, 'wf_name'),
]
)
def test_execution_model_creation(self, service_storage, is_valid, created_at, started_at,
ended_at, error, inputs, status, workflow_name):
execution = _test_model(
is_valid=is_valid,
storage=service_storage,
model_cls=Execution,
model_kwargs=dict(
service=service_storage.service.list()[0],
created_at=created_at,
started_at=started_at,
ended_at=ended_at,
error=error,
inputs=inputs,
status=status,
workflow_name=workflow_name,
))
if is_valid:
assert execution.service == service_storage.service.list()[0]
assert execution.service_template == service_storage.service_template.list()[0]
def test_execution_status_transition(self):
def create_execution(status):
execution = Execution(
id='e_id',
workflow_name='w_name',
status=status,
inputs={},
created_at=now,
)
return execution
valid_transitions = {
Execution.PENDING: [Execution.STARTED,
Execution.CANCELLED,
Execution.PENDING],
Execution.STARTED: [Execution.FAILED,
Execution.SUCCEEDED,
Execution.CANCELLED,
Execution.CANCELLING,
Execution.STARTED],
Execution.CANCELLING: [Execution.FAILED,
Execution.SUCCEEDED,
Execution.CANCELLED,
Execution.CANCELLING],
Execution.FAILED: [Execution.FAILED],
Execution.SUCCEEDED: [Execution.SUCCEEDED],
Execution.CANCELLED: [Execution.CANCELLED, Execution.PENDING]
}
invalid_transitions = {
Execution.PENDING: [Execution.FAILED,
Execution.SUCCEEDED,
Execution.CANCELLING],
Execution.STARTED: [Execution.PENDING],
Execution.CANCELLING: [Execution.PENDING,
Execution.STARTED],
Execution.FAILED: [Execution.STARTED,
Execution.SUCCEEDED,
Execution.CANCELLED,
Execution.CANCELLING],
Execution.SUCCEEDED: [Execution.PENDING,
Execution.STARTED,
Execution.FAILED,
Execution.CANCELLED,
Execution.CANCELLING],
Execution.CANCELLED: [Execution.STARTED,
Execution.FAILED,
Execution.SUCCEEDED,
Execution.CANCELLING],
}
for current_status, valid_transitioned_statues in valid_transitions.items():
for transitioned_status in valid_transitioned_statues:
execution = create_execution(current_status)
execution.status = transitioned_status
for current_status, invalid_transitioned_statues in invalid_transitions.items():
for transitioned_status in invalid_transitioned_statues:
execution = create_execution(current_status)
with pytest.raises(ValueError):
execution.status = transitioned_status
class TestServiceUpdate(object):
@pytest.mark.parametrize(
'is_valid, created_at, service_plan, service_update_nodes, '
'service_update_service, service_update_node_templates, '
'modified_entity_ids, state',
[
(False, m_cls, {}, {}, {}, [], {}, 'state'),
(False, now, m_cls, {}, {}, [], {}, 'state'),
(False, now, {}, m_cls, {}, [], {}, 'state'),
(False, now, {}, {}, m_cls, [], {}, 'state'),
(False, now, {}, {}, {}, m_cls, {}, 'state'),
(False, now, {}, {}, {}, [], m_cls, 'state'),
(False, now, {}, {}, {}, [], {}, m_cls),
(True, now, {}, {}, {}, [], {}, 'state'),
(True, now, {}, None, {}, [], {}, 'state'),
(True, now, {}, {}, None, [], {}, 'state'),
(True, now, {}, {}, {}, None, {}, 'state'),
(True, now, {}, {}, {}, [], None, 'state'),
(True, now, {}, {}, {}, [], {}, None),
]
)
def test_service_update_model_creation(self, service_storage, is_valid, created_at,
service_plan, service_update_nodes,
service_update_service, service_update_node_templates,
modified_entity_ids, state):
service_update = _test_model(
is_valid=is_valid,
storage=service_storage,
model_cls=ServiceUpdate,
model_kwargs=dict(
service=service_storage.service.list()[0],
created_at=created_at,
service_plan=service_plan,
service_update_nodes=service_update_nodes,
service_update_service=service_update_service,
service_update_node_templates=service_update_node_templates,
modified_entity_ids=modified_entity_ids,
state=state
))
if is_valid:
assert service_update.service == \
service_storage.service.list()[0]
class TestServiceUpdateStep(object):
@pytest.mark.parametrize(
'is_valid, action, entity_id, entity_type',
[
(False, m_cls, 'id', ServiceUpdateStep.ENTITY_TYPES.NODE),
(False, ServiceUpdateStep.ACTION_TYPES.ADD, m_cls,
ServiceUpdateStep.ENTITY_TYPES.NODE),
(False, ServiceUpdateStep.ACTION_TYPES.ADD, 'id', m_cls),
(True, ServiceUpdateStep.ACTION_TYPES.ADD, 'id',
ServiceUpdateStep.ENTITY_TYPES.NODE)
]
)
def test_service_update_step_model_creation(self, service_update_storage, is_valid, action,
entity_id, entity_type):
service_update_step = _test_model(
is_valid=is_valid,
storage=service_update_storage,
model_cls=ServiceUpdateStep,
model_kwargs=dict(
service_update=
service_update_storage.service_update.list()[0],
action=action,
entity_id=entity_id,
entity_type=entity_type
))
if is_valid:
assert service_update_step.service_update == \
service_update_storage.service_update.list()[0]
def test_service_update_step_order(self):
add_node = ServiceUpdateStep(
id='add_step',
action='add',
entity_type='node',
entity_id='node_id')
modify_node = ServiceUpdateStep(
id='modify_step',
action='modify',
entity_type='node',
entity_id='node_id')
remove_node = ServiceUpdateStep(
id='remove_step',
action='remove',
entity_type='node',
entity_id='node_id')
for step in (add_node, modify_node, remove_node):
assert hash((step.id, step.entity_id)) == hash(step)
assert remove_node < modify_node < add_node
assert not remove_node > modify_node > add_node
add_rel = ServiceUpdateStep(
id='add_step',
action='add',
entity_type='relationship',
entity_id='relationship_id')
remove_rel = ServiceUpdateStep(
id='remove_step',
action='remove',
entity_type='relationship',
entity_id='relationship_id')
assert remove_rel < remove_node < add_node < add_rel
assert not add_node < None
class TestServiceModification(object):
@pytest.mark.parametrize(
'is_valid, context, created_at, ended_at, modified_node_templates, nodes, status',
[
(False, m_cls, now, now, {}, {}, ServiceModification.STARTED),
(False, {}, m_cls, now, {}, {}, ServiceModification.STARTED),
(False, {}, now, m_cls, {}, {}, ServiceModification.STARTED),
(False, {}, now, now, m_cls, {}, ServiceModification.STARTED),
(False, {}, now, now, {}, m_cls, ServiceModification.STARTED),
(False, {}, now, now, {}, {}, m_cls),
(True, {}, now, now, {}, {}, ServiceModification.STARTED),
(True, {}, now, None, {}, {}, ServiceModification.STARTED),
(True, {}, now, now, None, {}, ServiceModification.STARTED),
(True, {}, now, now, {}, None, ServiceModification.STARTED),
]
)
def test_service_modification_model_creation(self, service_storage, is_valid, context,
created_at, ended_at, modified_node_templates,
nodes, status):
service_modification = _test_model(
is_valid=is_valid,
storage=service_storage,
model_cls=ServiceModification,
model_kwargs=dict(
service=service_storage.service.list()[0],
context=context,
created_at=created_at,
ended_at=ended_at,
modified_node_templates=modified_node_templates,
nodes=nodes,
status=status,
))
if is_valid:
assert service_modification.service == \
service_storage.service.list()[0]
class TestNodeTemplate(object):
@pytest.mark.parametrize(
'is_valid, name, properties',
[
(False, m_cls, {}),
(False, 'name', m_cls),
(True, 'name', {}),
]
)
def test_node_template_model_creation(self, service_storage, is_valid, name, properties):
node_template = _test_model(
is_valid=is_valid,
storage=service_storage,
model_cls=NodeTemplate,
model_kwargs=dict(
name=name,
type=service_storage.type.list()[0],
properties=properties,
service_template=service_storage.service_template.list()[0]
))
if is_valid:
assert node_template.service_template == \
service_storage.service_template.list()[0]
class TestNode(object):
@pytest.mark.parametrize(
'is_valid, name, state, version',
[
(False, m_cls, 'state', 1),
(False, 'name', 'state', 1),
(False, 'name', m_cls, 1),
(False, m_cls, 'state', m_cls),
(True, 'name', 'initial', 1),
(True, None, 'initial', 1),
(True, 'name', 'initial', 1),
(True, 'name', 'initial', None),
]
)
def test_node_model_creation(self, node_template_storage, is_valid, name, state, version):
node = _test_model(
is_valid=is_valid,
storage=node_template_storage,
model_cls=Node,
model_kwargs=dict(
node_template=node_template_storage.node_template.list()[0],
type=node_template_storage.type.list()[0],
name=name,
state=state,
version=version,
service=node_template_storage.service.list()[0]
))
if is_valid:
assert node.node_template == node_template_storage.node_template.list()[0]
assert node.service == \
node_template_storage.service.list()[0]
class TestNodeHostAddress(object):
host_address = '1.1.1.1'
def test_host_address_on_none_hosted_node(self, service_storage):
node_template = self._node_template(service_storage, host_address='not considered')
node = self._node(service_storage,
node_template,
is_host=False,
host_address='not considered')
assert node.host_address is None
def test_property_host_address_on_host_node(self, service_storage):
node_template = self._node_template(service_storage, host_address=self.host_address)
node = self._node(service_storage, node_template, is_host=True, host_address=None)
assert node.host_address == self.host_address
def test_runtime_property_host_address_on_host_node(self, service_storage):
node_template = self._node_template(service_storage, host_address='not considered')
node = self._node(service_storage, node_template, is_host=True,
host_address=self.host_address)
assert node.host_address == self.host_address
def test_no_host_address_configured_on_host_node(self, service_storage):
node_template = self._node_template(service_storage, host_address=None)
node = self._node(service_storage, node_template, is_host=True, host_address=None)
assert node.host_address is None
def test_runtime_property_on_hosted_node(self, service_storage):
host_node_template = self._node_template(service_storage, host_address=None)
host_node = self._node(service_storage,
host_node_template,
is_host=True,
host_address=self.host_address)
node_template = self._node_template(service_storage, host_address=None)
node = self._node(service_storage,
node_template,
is_host=False,
host_address=None,
host_fk=host_node.id)
assert node.host_address == self.host_address
def _node_template(self, storage, host_address):
kwargs = dict(
name='node_template',
type=storage.type.list()[0],
service_template=storage.service_template.list()[0]
)
if host_address:
kwargs['properties'] = {'host_address': Property.wrap('host_address', host_address)}
node = NodeTemplate(**kwargs)
storage.node_template.put(node)
return node
def _node(self, storage, node_template, is_host, host_address, host_fk=None):
kwargs = dict(
name='node',
node_template=node_template,
type=storage.type.list()[0],
state='initial',
service=storage.service.list()[0]
)
if is_host and (host_address is None):
host_address = node_template.properties.get('host_address')
if host_address is not None:
host_address = host_address.value
if host_address:
kwargs.setdefault('attributes', {})['ip'] = Attribute.wrap('ip', host_address)
if is_host:
kwargs['host_fk'] = 1
elif host_fk:
kwargs['host_fk'] = host_fk
node = Node(**kwargs)
storage.node.put(node)
return node
class TestRelationship(object):
@pytest.mark.parametrize(
'is_valid, source_position, target_position',
[
(False, m_cls, 0),
(False, 0, m_cls),
(True, 0, 0),
(True, None, 0),
(True, 0, None),
]
)
def test_relationship_model_creation(self, nodes_storage, is_valid, source_position,
target_position):
nodes = nodes_storage.node
source_node = nodes.get_by_name(mock.models.DEPENDENT_NODE_NAME)
target_node = nodes.get_by_name(mock.models.DEPENDENCY_NODE_NAME)
_test_model(is_valid=is_valid,
storage=nodes_storage,
model_cls=Relationship,
model_kwargs=dict(
source_node=source_node,
target_node=target_node,
source_position=source_position,
target_position=target_position
))
class TestPlugin(object):
@pytest.mark.parametrize(
'is_valid, archive_name, distribution, distribution_release, '
'distribution_version, package_name, package_source, '
'package_version, supported_platform, supported_py_versions, uploaded_at, wheels',
[
(False, m_cls, 'dis_name', 'dis_rel', 'dis_ver', 'pak_name', 'pak_src', 'pak_ver',
'sup_plat', [], now, []),
(False, 'arc_name', m_cls, 'dis_rel', 'dis_ver', 'pak_name', 'pak_src', 'pak_ver',
'sup_plat', [], now, []),
(False, 'arc_name', 'dis_name', m_cls, 'dis_ver', 'pak_name', 'pak_src', 'pak_ver',
'sup_plat', [], now, []),
(False, 'arc_name', 'dis_name', 'dis_rel', m_cls, 'pak_name', 'pak_src', 'pak_ver',
'sup_plat', [], now, []),
(False, 'arc_name', 'dis_name', 'dis_rel', 'dis_ver', m_cls, 'pak_src', 'pak_ver',
'sup_plat', [], now, []),
(False, 'arc_name', 'dis_name', 'dis_rel', 'dis_ver', 'pak_name', m_cls, 'pak_ver',
'sup_plat', [], now, []),
(False, 'arc_name', 'dis_name', 'dis_rel', 'dis_ver', 'pak_name', 'pak_src', m_cls,
'sup_plat', [], now, []),
(False, 'arc_name', 'dis_name', 'dis_rel', 'dis_ver', 'pak_name', 'pak_src',
'pak_ver', m_cls, [], now, []),
(False, 'arc_name', 'dis_name', 'dis_rel', 'dis_ver', 'pak_name', 'pak_src',
'pak_ver', 'sup_plat', m_cls, now, []),
(False, 'arc_name', 'dis_name', 'dis_rel', 'dis_ver', 'pak_name', 'pak_src',
'pak_ver', 'sup_plat', [], m_cls, []),
(False, 'arc_name', 'dis_name', 'dis_rel', 'dis_ver', 'pak_name', 'pak_src',
'pak_ver', 'sup_plat', [], now, m_cls),
(True, 'arc_name', 'dis_name', 'dis_rel', 'dis_ver', 'pak_name', 'pak_src', 'pak_ver',
'sup_plat', [], now, []),
(True, 'arc_name', None, 'dis_rel', 'dis_ver', 'pak_name', 'pak_src', 'pak_ver',
'sup_plat', [], now, []),
(True, 'arc_name', 'dis_name', None, 'dis_ver', 'pak_name', 'pak_src', 'pak_ver',
'sup_plat', [], now, []),
(True, 'arc_name', 'dis_name', 'dis_rel', None, 'pak_name', 'pak_src', 'pak_ver',
'sup_plat', [], now, []),
(True, 'arc_name', 'dis_name', 'dis_rel', 'dis_ver', 'pak_name', 'pak_src',
'pak_ver', 'sup_plat', [], now, []),
(True, 'arc_name', 'dis_name', 'dis_rel', 'dis_ver', 'pak_name', None, 'pak_ver',
'sup_plat', [], now, []),
(True, 'arc_name', 'dis_name', 'dis_rel', 'dis_ver', 'pak_name', 'pak_src', None,
'sup_plat', [], now, []),
(True, 'arc_name', 'dis_name', 'dis_rel', 'dis_ver', 'pak_name', 'pak_src',
'pak_ver', None, [], now, []),
(True, 'arc_name', 'dis_name', 'dis_rel', 'dis_ver', 'pak_name', 'pak_src',
'pak_ver', 'sup_plat', None, now, []),
(True, 'arc_name', 'dis_name', 'dis_rel', 'dis_ver', 'pak_name', 'pak_src',
'pak_ver', 'sup_plat', [], now, []),
]
)
def test_plugin_model_creation(self, empty_storage, is_valid, archive_name, distribution,
distribution_release, distribution_version, package_name,
package_source, package_version, supported_platform,
supported_py_versions, uploaded_at, wheels):
_test_model(is_valid=is_valid,
storage=empty_storage,
model_cls=Plugin,
model_kwargs=dict(
archive_name=archive_name,
distribution=distribution,
distribution_release=distribution_release,
distribution_version=distribution_version,
package_name=package_name,
package_source=package_source,
package_version=package_version,
supported_platform=supported_platform,
supported_py_versions=supported_py_versions,
uploaded_at=uploaded_at,
wheels=wheels,
))
class TestTask(object):
@pytest.mark.parametrize(
'is_valid, status, due_at, started_at, ended_at, max_attempts, attempts_count, '
'retry_interval, ignore_failure, name, operation_mapping, arguments, plugin_id',
[
(False, m_cls, now, now, now, 1, 1, 1, True, 'name', 'map', {}, '1'),
(False, Task.STARTED, m_cls, now, now, 1, 1, 1, True, 'name', 'map', {}, '1'),
(False, Task.STARTED, now, m_cls, now, 1, 1, 1, True, 'name', 'map', {}, '1'),
(False, Task.STARTED, now, now, m_cls, 1, 1, 1, True, 'name', 'map', {}, '1'),
(False, Task.STARTED, now, now, now, m_cls, 1, 1, True, 'name', 'map', {}, '1'),
(False, Task.STARTED, now, now, now, 1, m_cls, 1, True, 'name', 'map', {}, '1'),
(False, Task.STARTED, now, now, now, 1, 1, m_cls, True, 'name', 'map', {}, '1'),
(False, Task.STARTED, now, now, now, 1, 1, 1, True, m_cls, 'map', {}, '1'),
(False, Task.STARTED, now, now, now, 1, 1, 1, True, 'name', m_cls, {}, '1'),
(False, Task.STARTED, now, now, now, 1, 1, 1, True, 'name', 'map', m_cls, '1'),
(False, Task.STARTED, now, now, now, 1, 1, 1, True, 'name', 'map', {}, m_cls),
(False, Task.STARTED, now, now, now, 1, 1, 1, True, 'name', 'map', None, '1'),
(True, Task.STARTED, now, now, now, 1, 1, 1, True, 'name', 'map', {}, '1'),
(True, Task.STARTED, None, now, now, 1, 1, 1, True, 'name', 'map', {}, '1'),
(True, Task.STARTED, now, None, now, 1, 1, 1, True, 'name', 'map', {}, '1'),
(True, Task.STARTED, now, now, None, 1, 1, 1, True, 'name', 'map', {}, '1'),
(True, Task.STARTED, now, now, now, 1, None, 1, True, 'name', 'map', {}, '1'),
(True, Task.STARTED, now, now, now, 1, 1, None, True, 'name', 'map', {}, '1'),
(True, Task.STARTED, now, now, now, 1, 1, 1, None, 'name', 'map', {}, '1'),
(True, Task.STARTED, now, now, now, 1, 1, 1, True, None, 'map', {}, '1'),
(True, Task.STARTED, now, now, now, 1, 1, 1, True, 'name', None, {}, '1'),
(True, Task.STARTED, now, now, now, 1, 1, 1, True, 'name', 'map', {}, None),
]
)
def test_task_model_creation(self, execution_storage, is_valid, status, due_at, started_at,
ended_at, max_attempts, attempts_count, retry_interval,
ignore_failure, name, operation_mapping, arguments, plugin_id):
task = _test_model(
is_valid=is_valid,
storage=execution_storage,
model_cls=Task,
model_kwargs=dict(
status=status,
execution=execution_storage.execution.list()[0],
due_at=due_at,
started_at=started_at,
ended_at=ended_at,
max_attempts=max_attempts,
attempts_count=attempts_count,
retry_interval=retry_interval,
ignore_failure=ignore_failure,
name=name,
function=operation_mapping,
arguments=arguments,
plugin_fk=plugin_id,
))
if is_valid:
assert task.execution == execution_storage.execution.list()[0]
if task.plugin:
assert task.plugin == execution_storage.plugin.list()[0]
def test_task_max_attempts_validation(self):
def create_task(max_attempts):
Task(execution_fk='eid',
name='name',
function='',
arguments={},
max_attempts=max_attempts)
create_task(max_attempts=1)
create_task(max_attempts=2)
create_task(max_attempts=Task.INFINITE_RETRIES)
with pytest.raises(ValueError):
create_task(max_attempts=0)
with pytest.raises(ValueError):
create_task(max_attempts=-2)
class TestType(object):
def test_type_hierarchy(self):
super_type = Type(variant='variant', name='super')
sub_type = Type(variant='variant', parent=super_type, name='sub')
additional_type = Type(variant='variant', name='non_related')
assert super_type.hierarchy == [super_type]
assert sub_type.hierarchy == [sub_type, super_type]
assert additional_type.hierarchy == [additional_type]
super_type.parent = additional_type
assert super_type.hierarchy == [super_type, additional_type]
assert sub_type.hierarchy == [sub_type, super_type, additional_type]
class TestParameter(object):
MODELS_DERIVED_FROM_PARAMETER = (Input, Output, Property, Attribute, Configuration, Argument)
@pytest.mark.parametrize(
'is_valid, name, type_name, description',
[
(False, 'name', 'int', []),
(False, 'name', [], 'desc'),
(False, [], 'type_name', 'desc'),
(True, 'name', 'type_name', 'desc'),
]
)
def test_derived_from_parameter_model_creation(self, empty_storage, is_valid, name, type_name,
description):
for model_cls in self.MODELS_DERIVED_FROM_PARAMETER:
_test_model(is_valid=is_valid,
storage=empty_storage,
model_cls=model_cls,
model_kwargs=dict(
name=name,
type_name=type_name,
description=description,
_value={})
)
def test_as_argument(self):
for model_cls in self.MODELS_DERIVED_FROM_PARAMETER:
model = model_cls(name='name',
type_name='type_name',
description='description',
_value={})
argument = model.as_argument()
assert isinstance(argument, Argument)