def _getMelChecks( metacls, index_proc, check_cls ):
"""
:return: list( checkInstance, ... ) list of checkinstances represeting
mel based checkes
:param index_proc: method returning the index declaring the tests
:param check_cls: class used to instance new checks"""
output = list()
try:
index = Mel.call( index_proc )
except RuntimeError, e:
log.warn( str( e ) )
def _getMelChecks(metacls, index_proc, check_cls):
"""
:return: list( checkInstance, ... ) list of checkinstances represeting
mel based checkes
:param index_proc: method returning the index declaring the tests
:param check_cls: class used to instance new checks"""
output = list()
try:
index = Mel.call(index_proc)
except RuntimeError, e:
log.warn(str(e))
def handleMELCheck( self, check, mode ):
"""Called to handle the given check in the given mode
:raise RuntimeError: If MEL throws an error
:return: QACheckResult of the result generated by MEL"""
assert self.mel_check_proc
assert isinstance( check.attr, QAMELCheckAttribute )
rval = Mel.call( self.mel_check_proc, check.name(), int( mode == self.eMode.fix ) )
return self._rval_to_checkResult( rval )
def handleMELCheck(self, check, mode):
"""Called to handle the given check in the given mode
:raise RuntimeError: If MEL throws an error
:return: QACheckResult of the result generated by MEL"""
assert self.mel_check_proc
assert isinstance(check.attr, QAMELCheckAttribute)
rval = Mel.call(self.mel_check_proc, check.name(),
int(mode == self.eMode.fix))
return self._rval_to_checkResult(rval)