def testConfigUniverseGetEntityType(self):
context = findings_lib.FileContext('')
type_universe = entity_type_lib.EntityTypeUniverse([])
type_universe.AddFinding(
findings_lib.IllegalCharacterError('stuff', context))
field_universe = field_lib.FieldUniverse([])
field_universe.AddFinding(
findings_lib.InconsistentFileLocationError('', context))
subfield_universe = subfield_lib.SubfieldUniverse([])
subfield_universe.AddFinding(
findings_lib.CapitalizationError('Hi', context))
state_universe = state_lib.StateUniverse([])
connection_universe = connection_lib.ConnectionUniverse([])
unit_universe = unit_lib.UnitUniverse([])
config_universe = presubmit_validate_types_lib.ConfigUniverse(
subfield_universe=subfield_universe,
field_universe=field_universe,
entity_type_universe=type_universe,
state_universe=state_universe,
connection_universe=connection_universe,
unit_universe=unit_universe)
entity_type = config_universe.GetEntityType('NONEXISTENT',
'NONEXISTENT')
self.assertIsNone(entity_type)
def testParseFieldFoldersFromGoodFilesWithSubfieldUniverse(self):
subfield_folders = parse.ParseSubfieldFoldersFromFiles(
[self.global_subfields_file, self.local_subfields_file])
subfield_universe = subfield_lib.SubfieldUniverse(subfield_folders)
field_folders = parse.ParseFieldFoldersFromFiles(
[self.global_fields_file, self.local_fields_file],
subfield_universe=subfield_universe)
# Should have two namespace objects
self.assertLen(field_folders, 2)
for folder in field_folders:
self.assertEmpty(folder.GetFindings())
if folder.parent_namespace is None:
# check global namespace
# Should have 4 fields in global namespace
global_fields = folder.local_namespace.fields
self.assertLen(global_fields, 4)
self.assertIn(frozenset({'fan', 'run', 'status'}),
global_fields)
self.assertIn(frozenset({'dryer', 'run', 'status'}),
global_fields)
self.assertIn(frozenset({'command', 'fan', 'run'}),
global_fields)
self.assertIn(frozenset({'current', 'sensor'}), global_fields)
else:
# check local namespace
self.assertIn(
frozenset({'air', 'sensor', 'temperature', 'zone'}),
folder.local_namespace.fields)
def testConfigUniverse(self):
context = findings_lib.FileContext('')
type_universe = entity_type_lib.EntityTypeUniverse([])
type_universe.AddFinding(
findings_lib.IllegalCharacterError('stuff', context))
field_universe = field_lib.FieldUniverse([])
field_universe.AddFinding(
findings_lib.InconsistentFileLocationError('', context))
subfield_universe = subfield_lib.SubfieldUniverse([])
subfield_universe.AddFinding(
findings_lib.CapitalizationError('Hi', context))
state_universe = state_lib.StateUniverse([])
connection_universe = connection_lib.ConnectionUniverse([])
connection_universe.AddFinding(
findings_lib.InvalidConnectionNamespaceError('notglobal', context))
unit_universe = unit_lib.UnitUniverse([])
config_universe = presubmit_validate_types_lib.ConfigUniverse(
subfield_universe=subfield_universe,
field_universe=field_universe,
entity_type_universe=type_universe,
state_universe=state_universe,
connection_universe=connection_universe,
unit_universe=unit_universe)
findings = config_universe.GetFindings()
self.assertLen(findings, 4)
self.assertTrue(
config_universe.HasFindingTypes([
findings_lib.InconsistentFileLocationError,
findings_lib.IllegalCharacterError,
findings_lib.CapitalizationError,
findings_lib.InvalidConnectionNamespaceError
]))
self.assertFalse(config_universe.IsValid())
def testParseUnitFoldersFromGoodFiles(self):
subfield_folders = parse.ParseSubfieldFoldersFromFiles(
[self.global_subfields_file, self.local_subfields_file])
subfield_universe = subfield_lib.SubfieldUniverse(subfield_folders)
unit_folders = parse.ParseUnitFoldersFromFiles(
[self.global_units_file, self.local_units_file],
subfield_universe=subfield_universe)
self.assertLen(unit_folders, 2)
for folder in unit_folders:
self.assertEmpty(folder.GetFindings())
units_map = folder.local_namespace.units
if not folder.local_namespace.namespace:
# global namespace
self.assertEqual(units_map['amperes'],
unit_lib.Unit('amperes', 'current', True))
self.assertEqual(units_map['milliamperes'],
unit_lib.Unit('milliamperes', 'current'))
else:
# local namespace
self.assertEqual(folder.local_namespace.namespace, 'GOOD')
self.assertEqual(units_map['kelvins'],
unit_lib.Unit('kelvins', 'temperature', True))
self.assertEqual(
units_map['degrees_celsius'],
unit_lib.Unit('degrees_celsius', 'temperature'))
self.assertEqual(
units_map['degrees_fahrenheit'],
unit_lib.Unit('degrees_fahrenheit', 'temperature'))
def testSubfieldUniverseGetFindings(self):
context = findings_lib.FileContext(_GOOD_PATH + '/file.yaml')
folder = subfield_lib.SubfieldFolder(_GOOD_PATH)
folder.AddFinding(
findings_lib.InconsistentFileLocationError('', context))
namespace = folder.local_namespace
namespace.AddFinding(
findings_lib.DuplicateSubfieldDefinitionError(
namespace,
subfield_lib.Subfield(
'two', subfield_lib.SubfieldCategory.POINT_TYPE), context))
subfield_one = subfield_lib.Subfield(
'one', subfield_lib.SubfieldCategory.POINT_TYPE, 'thing')
subfield_one.AddFinding(
findings_lib.MissingSubfieldDescriptionWarning('one', context))
namespace.InsertSubfield(subfield_one)
subfields_universe = subfield_lib.SubfieldUniverse([folder])
findings = subfields_universe.GetFindings()
self.assertLen(findings, 3)
self.assertTrue(
subfields_universe.HasFindingTypes([
findings_lib.InconsistentFileLocationError,
findings_lib.DuplicateSubfieldDefinitionError,
findings_lib.MissingSubfieldDescriptionWarning
]))
self.assertFalse(subfields_universe.IsValid())
def testParseUnitFoldersFromGoodFiles(self):
subfield_folders = parse.ParseSubfieldFoldersFromFiles(
[self.global_subfields_file, self.local_subfields_file])
subfield_universe = subfield_lib.SubfieldUniverse(subfield_folders)
unit_folders = parse.ParseUnitFoldersFromFiles(
[self.global_units_file], subfield_universe=subfield_universe)
self.assertTrue(unit_folders)
for folder in unit_folders:
self.assertEmpty(folder.GetFindings())
current_units = folder.local_namespace.GetUnitsForMeasurement(
'current')
temperature_units = folder.local_namespace.GetUnitsForMeasurement(
'temperature')
if not folder.local_namespace.namespace:
# global namespace
self.assertEqual(current_units['amperes'],
unit_lib.Unit('amperes', True))
self.assertEqual(current_units['milliamperes'],
unit_lib.Unit('milliamperes'))
self.assertEqual(temperature_units['kelvins'],
unit_lib.Unit('kelvins', True))
self.assertEqual(temperature_units['degrees_celsius'],
unit_lib.Unit('degrees_celsius'))
self.assertEqual(temperature_units['degrees_fahrenheit'],
unit_lib.Unit('degrees_fahrenheit'))
def BuildUniverse(config):
"""Verifies that the ontology config is consistent and valid.
Args:
config: a Config namedtuple containing lists of localpaths to config files.
Returns:
A ConfigUniverse that is fully populated with all content specified in the
config.
"""
# Parse state files
state_universe = None
if config.states:
state_folders = parse.ParseStateFoldersFromFiles(config.states)
state_universe = state_lib.StateUniverse(state_folders)
connections_universe = None
if config.connections:
connection_folders = parse.ParseConnectionFoldersFromFiles(
config.connections)
connections_universe = connection_lib.ConnectionUniverse(
connection_folders)
# Parse subfield files
subfields_universe = None
if config.subfields:
subfield_folders = parse.ParseSubfieldFoldersFromFiles(
config.subfields)
subfields_universe = subfield_lib.SubfieldUniverse(subfield_folders)
# Parse unit files
unit_universe = None
if config.units:
unit_folders = parse.ParseUnitFoldersFromFiles(config.units,
subfields_universe)
unit_universe = unit_lib.UnitUniverse(unit_folders)
if subfields_universe:
subfields_universe.ValidateUnits(unit_universe)
# Parse fields files
fields_universe = None
if config.fields:
field_folders = parse.ParseFieldFoldersFromFiles(
config.fields, subfields_universe, state_universe)
fields_universe = field_lib.FieldUniverse(field_folders)
# Parse typedef files
type_folders = parse.ParseTypeFoldersFromFiles(config.type_defs,
fields_universe)
types_universe = entity_type_lib.EntityTypeUniverse(type_folders)
# return findings_list, result_namespaces
return ConfigUniverse(types_universe, fields_universe, subfields_universe,
state_universe, connections_universe, unit_universe)
def testParseUnitFoldersFromBadFileWithSubfieldUniverse(self):
subfield_folders = parse.ParseSubfieldFoldersFromFiles(
[self.global_subfields_file, self.local_subfields_file])
subfield_universe = subfield_lib.SubfieldUniverse(subfield_folders)
bad_units = base_lib.PathParts(
root=self.base_dir, relative_path='BAD/units/bad_units.yaml')
unit_folders = parse.ParseUnitFoldersFromFiles(
[bad_units], subfield_universe=subfield_universe)
local_folder = unit_folders[0]
self.assertTrue(
local_folder.HasFindingTypes(
[findings_lib.UnknownMeasurementTypeError]))
def testSubfieldUniverseGetSubfieldsMap(self):
# Create field folders
folder = subfield_lib.SubfieldFolder(_GOOD_PATH)
namespace = folder.local_namespace
namespace.InsertSubfield(subfield_lib.Subfield(
'one', subfield_lib.SubfieldCategory.POINT_TYPE))
namespace.InsertSubfield(subfield_lib.Subfield(
'two', subfield_lib.SubfieldCategory.POINT_TYPE))
subfields_universe = subfield_lib.SubfieldUniverse([folder])
subfields_map = subfields_universe.GetSubfieldsMap('mynamespace')
self.assertIn('one', subfields_map)
self.assertIn('two', subfields_map)
# https://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.
"""Sets up a minimal subfield universe required for testing."""
from yamlformat.validator import subfield_lib
SUBFIELD_FOLDER = subfield_lib.SubfieldFolder(folderpath='subfields')
SUBFIELD_UNIVERSE = subfield_lib.SubfieldUniverse(folders=[SUBFIELD_FOLDER])
SUBFIELD_FOLDER.AddFromConfig(config_filename='subfields/subfields.yaml',
documents=[{
'aggregation': {
'average': 'foobar',
'max': 'foobar',
'min': 'foobar',
'total': 'foobar',
},
'component': {
'battery': 'foobar',
'cable': 'foobar',
'coil': 'foobar',
'compressor': 'foobar',
'condenser': 'foobar',
