def testSubFieldNames(self):
"""Check the syntax of the names list components.
"""
common.verbosePrint('\nTesting names list decomposition')
subnames = [sn for sn in nriterators.getSubNames(self.names)]
self.assertEqual(subnames, self.subnames)
def testSubFieldNames(self):
"""Check the syntax of the names list components.
"""
common.verbosePrint('\nTesting names list decomposition')
subnames = [sn for sn in nriterators.getSubNames(self.names)]
self.assertEqual(subnames, self.subnames)
def _checkNames(names):
"""
Check the format of the `names` list.
For an explanation of argument meanings see the `array()` function.
"""
# Names description must be a list or a tuple
if not (isinstance(names, list) or isinstance(names, tuple)):
raise TypeError("""``names`` argument must be a list""")
# Names elements must be strings or 2-tuples
# (flattenNames will issue a TypeError in case this is not true)
nriterators.flattenNames(names)
# The names used in the names list should not contain the '/' string
for item in nriterators.getSubNames(names):
if "/" in item:
raise ValueError("""field names cannot contain the ``/`` character""")
# For every level of the names structure names must be unique
nriterators.checkNamesUniqueness(names)
def _checkNames(names):
"""
Check the format of the `names` list.
For an explanation of argument meanings see the `array()` function.
"""
# Names description must be a list or a tuple
if not (isinstance(names, list) or isinstance(names, tuple)):
raise TypeError("""``names`` argument must be a list""")
# Names elements must be strings or 2-tuples
# (flattenNames will issue a TypeError in case this is not true)
colnames = nriterators.flattenNames(names)
# The names used in the names list should not contain the '/' string
for item in nriterators.getSubNames(names):
if '/' in item:
raise ValueError(
"""field names cannot contain the ``/`` character""")
# For every level of the names structure names must be unique
nriterators.checkNamesUniqueness(names)
