differencesAsync method

Future<MapDiffs<K, V>> differencesAsync(Map<K, V> other, { bool checkValues = true, String? debugName, DiffEquality? keyEquality, DiffEquality? valueEquality, MapDiffAlgorithm? algorithm, })

Implementation

Future<MapDiffs<K, V>> differencesAsync(
  Map<K, V> other, {
  bool checkValues = true,
  String? debugName,
  DiffEquality? keyEquality,
  DiffEquality? valueEquality,
  MapDiffAlgorithm? algorithm,
}) async {
  try {
    algorithm ??= const DefaultMapDiffAlgorithm();
    final args = MapDiffArguments<K, V>.copied(this, other,
        checkValues: checkValues,
        keyEquality: keyEquality,
        valueEquality: valueEquality);
    final context =
        MapDiffContext(algorithm, args, isTimed: true, debugName: debugName);
    final name = "$currentIsolateName: setDiff[${debugName ?? "-"}]";

    if (this is Map<K, DiffDelegate>) {
      final delegateArgs = MapDiffArguments<K, DiffDelegate>.copied(
        this
            .valuesNotNull()
            .map((k, s) => MapEntry(k, (s as DiffDelegate).delegate)),
        other
            .valuesNotNull()
            .map((k, s) => MapEntry(k, (s as DiffDelegate).delegate)),
        checkValues: checkValues,
        keyEquality: keyEquality,
        valueEquality: const DiffEquality.diffable(),
      );
      final context = MapDiffContext<K, DiffDelegate>(algorithm, delegateArgs,
          debugName: "$debugName (delegate)");
      final diff = await _runAsync(executeMapDiff, context, name: name);
      return diff.undelegate<K, V>(args);
    } else {
      if (!isMainIsolate) {
        return executeMapDiff(context);
      } else {
        final diff = await _runAsync(executeMapDiff, context, name: name);
        return diff.recast<K, V>(args);
      }
    }
  } catch (e, stack) {
    _log.severe("$debugName setDiff $e", e, stack);
    rethrow;
  }
}