def _assertIsCompatibleWith(self, tfReq, reqList): for start in [None, []]: for end in [None, []]: for val in [None, []]: for strand in [None, []]: for id, edges, weights in [(None, None, None), ([], None, None), ([], [], None), ([], [], [])]: for extra in [None, {"a": [], "b": []}]: if [] in [start, end, val]: tf = TrackFormat(start, end, val, strand, id, edges, weights, extra) propList = [ tf.isDense(), tf.isValued(), tf.isInterval(), tf.isLinked(), tf.hasStrand(), tf.hasId(), tf.isWeighted(), tf.hasExtra(), tf.getValTypeName() if tf.getValTypeName() != "" else False, tf.getWeightTypeName() if tf.getWeightTypeName() != "" else False, tf.getExtraNames() if tf.getExtraNames() != [] else False, ] isCompatible = not False in [ (r == None or r == p) for r, p in zip(reqList, propList) ] self.assertEqual(isCompatible, tfReq.isCompatibleWith(tf))
def _assertIsCompatibleWith(self, tfReq, reqList): for start in [None, []]: for end in [None, []]: for val in [None, []]: for strand in [None, []]: for id, edges, weights in [(None, None, None), ([], None, None), ([], [], None), ([], [], [])]: for extra in [None, {'a': [], 'b': []}]: if [] in [start, end, val]: tf = TrackFormat(start, end, val, strand, id, edges, weights, extra) propList = [tf.isDense(), tf.isValued(), tf.isInterval(), tf.isLinked(), tf.hasStrand(), tf.hasId(), tf.isWeighted(), tf.hasExtra(), \ tf.getValTypeName() if tf.getValTypeName() != '' else False, \ tf.getWeightTypeName() if tf.getWeightTypeName() != '' else False, \ tf.getExtraNames() if tf.getExtraNames() != [] else False] isCompatible = (not False in [ (r == None or r == p) for r, p in zip(reqList, propList) ]) self.assertEqual( isCompatible, tfReq.isCompatibleWith(tf))