test/regression/0500/0506.unit

>>>
class Foo {
  Optional<double> get finiteSignificantCost => isSignificant && cost.value.isFinite ? cost : const Optional<double>.absent();
  Optional<double> get finiteSignificantCost => isSignificant && cost.value.isFinite ? cost : const Optional.absent();
}
<<<
class Foo {
  Optional<double> get finiteSignificantCost =>
      isSignificant && cost.value.isFinite
          ? cost
          : const Optional<double>.absent();
  Optional<double> get finiteSignificantCost =>
      isSignificant && cost.value.isFinite ? cost : const Optional.absent();
}
>>> (indent 4)
    main() {
      this.changes.exec();
      Valids.exist(doneSearch)
          ? doneSearch(err)
          : null;
    }
<<<
    main() {
      this.changes.exec();
      Valids.exist(doneSearch) ? doneSearch(err) : null;
    }
>>> (indent 6)
      main() {
        var openParensMatch = new RegExp(r'\(').allMatches(matchStr),
            closeParensMatch = new RegExp(r'\)').allMatches(matchStr),
            numOpenParens =
            (openParensMatch != null && openParensMatch.length != null) ? 1 : 0,
            numCloseParens =
            (closeParensMatch != null && closeParensMatch.length != null)
                ? 1
                : 0;
      }
<<<
      main() {
        var openParensMatch = new RegExp(r'\(').allMatches(matchStr),
            closeParensMatch = new RegExp(r'\)').allMatches(matchStr),
            numOpenParens =
                (openParensMatch != null && openParensMatch.length != null)
                    ? 1
                    : 0,
            numCloseParens =
                (closeParensMatch != null && closeParensMatch.length != null)
                    ? 1
                    : 0;
      }
>>> (indent 4)
    main() {
      tree.Node definition = new tree.FunctionExpression(
          makeIdentifier(param.name),
          makeParameters(param.parameters),
          null, // body
              param.type == null
              ? null
              : makeType(param.type),
          makeEmptyModifiers(), // TODO: Function parameter modifiers?
          null, // initializers
          null, // get/set
          null); // async modifier
    }
<<<
    main() {
      tree.Node definition = new tree.FunctionExpression(
          makeIdentifier(param.name),
          makeParameters(param.parameters),
          null, // body
          param.type == null ? null : makeType(param.type),
          makeEmptyModifiers(), // TODO: Function parameter modifiers?
          null, // initializers
          null, // get/set
          null); // async modifier
    }
>>> (indent 2)
  main() {
    ConstantExpression constant = new TypeConstantExpression(
        // TODO(johnniwinther): Use [type] when evaluation of constants is done
        // directly on the constant expressions.
        node.isCall
        ? coreTypes.typeType
        : type);
  }
<<<
  main() {
    ConstantExpression constant = new TypeConstantExpression(
        // TODO(johnniwinther): Use [type] when evaluation of constants is done
        // directly on the constant expressions.
        node.isCall ? coreTypes.typeType : type);
  }