def _validate_symbolSet(obj, **kwArgs):
logger = kwArgs['logger']
try:
n = int(obj[:-1])
ok = True
except:
ok = False
if not ok:
logger.error((
'V0794', (obj, ),
"The first part of the symbol set code '%s' is not a valid number."
))
return False
if not valassist.isNumber_integer_unsigned(
n, numBits=11, label="symbol set number", logger=logger):
return False
n = ord(obj[-1]) - 64
if not valassist.isNumber_integer_unsigned(
n, numBits=6, label="symbol set ID", logger=logger):
return False
return True
def _validate_tupleIndex(obj, **kwArgs):
if obj is None:
return True
if not valassist.isNumber_integer_unsigned(obj, numBits=16, **kwArgs):
return False
return True
def _validate_numberOfYLines(obj, **kwArgs):
kwArgs.pop('numBits', None)
if not valassist.isNumber_integer_unsigned(obj, numBits=16, **kwArgs):
return False
if obj == 0 or obj > 500:
kwArgs['logger'].warning(
('V0595', (obj, ),
"The numberOfYLines value %s is zero or is unusually large."))
return True
def _validate_directionality(obj, **kwArgs):
logger = kwArgs['logger']
isOK = valassist.isNumber_integer_unsigned(obj,
label="directionality",
logger=logger,
numBits=5)
if not isOK:
return False
return True
def _validate_directionality(obj, **kwArgs):
logger = kwArgs['logger']
isOK = valassist.isNumber_integer_unsigned(
obj,
label = "directionality",
logger = logger,
numBits = 5)
if not isOK:
return False
if obj > 11:
logger.error((
'V0781',
(int(obj),),
"A Directionality value of %d cannot be used in a 'prop' table "
"earlier than version 3. Please convert the table."))
return False
return True