def validate_pyessv_enum(collection_id, val, var):
"""Validates an enumerable member.
"""
namespace = '{}:{}'.format(collection_id, val)
try:
pyessv.parse(namespace)
except pyessv.ParsingError:
_raise_value_error(val, var, 'enum-member')
def validate_pyessv_enum(collection_id, val, var):
"""Validates an enumerable member.
"""
namespace = '{}:{}'.format(collection_id, val)
try:
pyessv.parse(namespace)
except pyessv.ParsingError:
_raise_value_error(val, var, 'enum-member')
def _get_test_dataset(project):
"""Returns a test dataset identifier.
"""
pattern = _DATASETS_PATTERNS[project]
if project == 'cmip5':
return pattern.format(
pyessv.load_random('wcrp:cmip5:product', field='raw_name'),
pyessv.parse('wcrp:cmip5:institute:ipsl', field='raw_name'),
pyessv.load_random('wcrp:cmip5:model', field='raw_name'),
pyessv.load_random('wcrp:cmip5:experiment', field='raw_name'),
pyessv.load_random('wcrp:cmip5:time-frequency', field='raw_name'),
pyessv.load_random('wcrp:cmip5:realm', field='raw_name'),
pyessv.load_random('wcrp:cmip5:cmor-table', field='raw_name')
)
elif project == 'cmip6':
return pattern.format(
pyessv.load_random('wcrp:cmip6:activity-id', field='raw_name'),
pyessv.parse('wcrp:cmip6:institution-id:ipsl', field='raw_name'),
pyessv.load_random('wcrp:cmip6:source-id', field='raw_name'),
pyessv.load_random('wcrp:cmip6:experiment-id', field='raw_name'),
pyessv.load_random('wcrp:cmip6:table-id', field='raw_name'),
pyessv.load_random('wcrp:cmip6:grid-label', field='raw_name')
)
elif project == 'cordex':
return pattern.format(
pyessv.load_random('wcrp:cordex:product', field='raw_name'),
pyessv.load_random('wcrp:cordex:domain', field='raw_name'),
pyessv.parse('wcrp:cordex:institute:ipsl-ineris', field='raw_name'),
pyessv.load_random('wcrp:cordex:driving-model', field='raw_name'),
pyessv.load_random('wcrp:cordex:experiment', field='raw_name'),
pyessv.load_random('wcrp:cordex:rcm-name', field='raw_name'),
pyessv.load_random('wcrp:cordex:time-frequency', field='raw_name'),
pyessv.load_random('wcrp:cordex:variable', field='raw_name')
)
def _get_dataset(project):
"""Returns a dataset identifier.
"""
pattern = _DATASETS_PATTERNS[project]
if project == 'cmip5':
return pattern.format(
pyessv.load_random('wcrp:cmip5:product', field='raw_name'),
pyessv.parse('wcrp:cmip5:institute:ipsl', field='raw_name'),
pyessv.load_random('wcrp:cmip5:model', field='raw_name'),
pyessv.load_random('wcrp:cmip5:experiment', field='raw_name'),
pyessv.load_random('wcrp:cmip5:time-frequency', field='raw_name'),
pyessv.load_random('wcrp:cmip5:realm', field='raw_name'),
pyessv.load_random('wcrp:cmip5:cmor-table', field='raw_name')
)
elif project == 'cmip6':
return pattern.format(
pyessv.load_random('wcrp:cmip6:activity-id', field='raw_name'),
pyessv.parse('wcrp:cmip6:institution-id:ipsl', field='raw_name'),
pyessv.load_random('wcrp:cmip6:source-id', field='raw_name'),
pyessv.load_random('wcrp:cmip6:experiment-id', field='raw_name'),
pyessv.load_random('wcrp:cmip6:table-id', field='raw_name'),
pyessv.load_random('wcrp:cmip6:grid-label', field='raw_name')
)
elif project == 'cordex':
return pattern.format(
pyessv.load_random('wcrp:cordex:product', field='raw_name'),
pyessv.load_random('wcrp:cordex:domain', field='raw_name'),
pyessv.parse('wcrp:cordex:institute:ipsl-ineris', field='raw_name'),
pyessv.load_random('wcrp:cordex:driving-model', field='raw_name'),
pyessv.load_random('wcrp:cordex:experiment', field='raw_name'),
pyessv.load_random('wcrp:cordex:rcm-name', field='raw_name'),
pyessv.load_random('wcrp:cordex:time-frequency', field='raw_name'),
pyessv.load_random('wcrp:cordex:variable', field='raw_name')
)
def test_parse_name(typekey, name, expected, strictness, parent):
"""Test parsing of names at various levels.
"""
if typekey == LIB.NODE_TYPEKEY_AUTHORITY:
namespace = name
elif typekey == LIB.NODE_TYPEKEY_SCOPE:
namespace = '{}:{}'.format(tu.AUTHORITY_NAME, name)
elif typekey == LIB.NODE_TYPEKEY_COLLECTION:
namespace = '{}:{}:{}'.format(tu.AUTHORITY_NAME, tu.SCOPE_NAME, name)
elif typekey == LIB.NODE_TYPEKEY_TERM:
namespace = '{}:{}:{}:{}'.format(tu.AUTHORITY_NAME, tu.SCOPE_NAME, parent, name)
try:
result = LIB.parse(namespace, strictness=strictness)
except LIB.ParsingError:
result = LIB.ParsingError
assert result == expected, \
'Name parsing error: node-type={}. name={}. actual = {}. expected {}.'.format(typekey, name, result, expected)