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### Predefined Expressions and Rules

This section is the "behind the scenes" counter part of the Modules section. A listing of all the predefined expressions and rules:

Expression | Rule |
--- | --- | ---

`expression::value<T>`

    rule::value
        : expression::value<proto::_>

`expression::reference<T>`

    rule::custom_terminal

`expression::argument<N>`

    rule::argument

`expression::null`

    rule::custom_terminal

`expression::function<F, A0, ..., AN>`

    rule::function
        : expression::function<vararg<meta_grammar> >

`expression::negate<A0>`

    rule::negate
        : expression::negate<meta_grammar>

`expression::unary_plus<A0>`

    rule::negate
        : expression::unary_plus<meta_grammar>

`expression::pre_inc<A0>`

    rule::negate
        : expression::pre_inc<meta_grammar>

`expression::pre_dec<A0>`

    rule::negate
        : expression::pre_dec<meta_grammar>

`expression::post_inc<A0>`

    rule::negate
        : expression::post_inc<meta_grammar>

`expression::post_dec<A0>`

    rule::negate
        : expression::post_dec<meta_grammar>

`expression::plus_assign<Lhs, Rhs>`

    rule::plus_assign
        : expression::plus_assign<meta_grammar, meta_grammar>

`expression::minus_assign<Lhs, Rhs>`

    rule::minus_assign
        : expression::minus_assign<meta_grammar, meta_grammar>

`expression::multiplies_assign<Lhs, Rhs>`

    rule::multiplies_assign
        : expression::multiplies_assign<meta_grammar, meta_grammar>

`expression::divides_assign<Lhs, Rhs>`

    rule::divides_assign
        : expression::divides_assign<meta_grammar, meta_grammar>

`expression::modules_assign<Lhs, Rhs>`

    rule::modules_assign
        : expression::modules_assign<meta_grammar, meta_grammar>

`expression::plus<Lhs, Rhs>`

    rule::plus
        : expression::plus<meta_grammar, meta_grammar>

`expression::minus<Lhs, Rhs>`

    rule::minus
        : expression::minus<meta_grammar, meta_grammar>

`expression::multiplies<Lhs, Rhs>`

    rule::multiplies
        : expression::multiplies<meta_grammar, meta_grammar>

`expression::divides<Lhs, Rhs>`

    rule::divides
        : expression::divides<meta_grammar, meta_grammar>

`expression::modulus<Lhs, Rhs>`

    rule::modulus
        : expression::modulus<meta_grammar, meta_grammar>

`expression::complement<A0>`

    rule::complement
        : expression::complement<A0>

`expression::bitwise_and_assign<Lhs, Rhs>`

    rule::bitwise_and_assign
        : expression::bitwise_and_assign<meta_grammar, meta_grammar>

`expression::bitwise_or_assign<Lhs, Rhs>`

    rule::bitwise_or_assign
        : expression::bitwise_or_assign<meta_grammar, meta_grammar>

`expression::bitwise_xor_assign<Lhs, Rhs>`

    rule::bitwise_xor_assign
        : expression::bitwise_xor_assign<meta_grammar, meta_grammar>

`expression::shift_left_assign<Lhs, Rhs>`

    rule::shift_left_assign
        : expression::shift_left_assign<meta_grammar, meta_grammar>

`expression::shift_right_assign<Lhs, Rhs>`

    rule::shift_right_assign
        : expression::shift_right_assign<meta_grammar, meta_grammar>

`expression::bitwise_and<Lhs, Rhs>`

    rule::bitwise_and
        : expression::bitwise_and<meta_grammar, meta_grammar>

`expression::bitwise_or<Lhs, Rhs>`

    rule::bitwise_or
        : expression::bitwise_or<meta_grammar, meta_grammar>

`expression::bitwise_xor<Lhs, Rhs>`

    rule::bitwise_xor
        : expression::bitwise_xor<meta_grammar, meta_grammar>

`expression::shift_left<Lhs, Rhs>`

    rule::shift_left
        : expression::shift_left<meta_grammar, meta_grammar>

`expression::shift_right<Lhs, Rhs>`

    rule::shift_right
        : expression::shift_right<meta_grammar, meta_grammar>

`expression::equal_to<Lhs, Rhs>`

    rule::equal_to
        : expression::equal_to<meta_grammar, meta_grammar>

`expression::not_equal_to<Lhs, Rhs>`

    rule::not_equal_to
        : expression::not_equal_to<meta_grammar, meta_grammar>

`expression::less_equal_to<Lhs, Rhs>`

    rule::less_equal_to
        : expression::less_equal_to<meta_grammar, meta_grammar>

`expression::greater_equal<Lhs, Rhs>`

    rule::greater_equal
        : expression::greater_equal<meta_grammar, meta_grammar>

`expression::less<Lhs, Rhs>`

    rule::less
        : expression::less<meta_grammar, meta_grammar>

`expression::greater<Lhs, Rhs>`

    rule::greater
        : expression::greater<meta_grammar, meta_grammar>

`expression::if_else_operator<Cond, Then, Else>`

    rule::if_else
        : expression::if_else<meta_grammar, meta_grammar, meta_grammar>

`expression::logical_not<A0>`

    rule::logical_not
        : expression::logical_not<meta_grammar>

`expression::logical_and<Lhs, Rhs>`

    rule::logical_and
        : expression::logical_and<meta_grammar, meta_grammar>

`expression::logical_or<Lhs, Rhs>`

    rule::logical_or
        : expression::logical_or<meta_grammar, meta_grammar>

`expression::mem_fun_ptr<Object, MemPtr, A0, ..., AN>`

    rule::mem_fun_ptr
        : expression::mem_fun_ptr<meta_grammar, meta_grammar, vararg<meta_grammar> >

`expression::address_of<A0>`

    rule::address_of
        : expression::address_of<meta_grammar>

`expression::dereference<A0>`

    rule::dereference
        : expression::dereference<meta_grammar>

`expression::assign<Lhs, Rhs>`

    rule::assign
        : expression::assign<meta_grammar, meta_grammar>

`expression::subscript<Lhs, Rhs>`

    rule::subscript
        : expression::subscript<meta_grammar, meta_grammar>

`expression::sequence<A0, A1>`

    rule::sequence
        : expression::sequence<meta_grammar, meta_grammar>

`expression::if_<Cond, Then>`

    rule::if_
        : expression::if_<meta_grammar, meta_grammar>

`expression::if_else_statement<Cond, Then, Else>`

    rule::if_else_statement
        : expression::if_else_statement<meta_grammar, meta_grammar, meta_grammar>

`expression::switch_case<Label, Statement>`

    rule::switch_case
        : expression::switch_case< terminal<mpl::int_<N> >, meta_grammar>

`expression::switch_default_case<Statement>`

    rule::switch_default_case
        : expression::switch_default_case<meta_grammar>

`expression::switch_<Cond, Cases>`

    rule::switch_
        : expression::switch_<
            meta_grammar
          , switch_grammar
        >

`expression::while_<Cond, Do>`

    rule::while_
        : expression::while_<
            meta_grammar
          , meta_grammar
        >

`expression::do_while<Cond, Do>`

    rule::do_while
        : expression::do_while<
            meta_grammar
          , meta_grammar
        >

`expression::for_<Init, Cond, Step, Do>`

    rule::for_
        : expression::for_<
            meta_grammar
          , meta_grammar
          , meta_grammar
          , meta_grammar
        >

`expression::catch_<Exception, Statement>`

    rule::catch_
        : expression::catch_<
            catch_exception<proto::_>
          , meta_grammar
        >

`expression::catch_all<Statement>`

    rule::catch_all
        : expression::catch_<meta_grammar>

`expression::try_catch<Try, Catch0, ..., CatchN>`

    rule::try_catch
        : proto::or_<
            expression::try_catch<
                meta_grammar
              , vararg<rule::catch_>
            >
          , expression::try_catch<
                meta_grammar
              , vararg<rule::catch_>
              , rule::catch_all
            >
          , expression::try_catch<
                meta_grammar
              , catch_all
            >
        >

`expression::throw_<A0>`

    rule::throw_
        : expression::throw_<meta_grammar>

`expression::construct<Target, A0, ..., AN>`

    rule::construct
       : expression::construct<
           terminal<detail::target<proto::_> >
         , A0
           ...
         , AN
       >

`expression::new_<Target, A0, ..., AN>`

    rule::new_
       : expression::new_<
           terminal<detail::target<proto::_> >
         , A0
           ...
         , AN
       >

`expression::delete_<A0>`

    rule::delete_
          : expression::delete_<meta_grammar>

`expression::static_cast_<Target, A>`

    rule::static_cast_
       : expression::static_cast_<
           terminal<detail::target<proto::_> >
         , A
       >

`expression::dynamic_cast_<Target, A>`

    rule::dynamic_cast_
       : expression::dynamic_cast_<
           terminal<detail::target<proto::_> >
         , A
       >

`expression::reinterpret_cast_<Target, A>`

    rule::reinterpret_cast_
       : expression::reinterpret_cast_<
           terminal<detail::target<proto::_> >
         , A
       >

`expression::const_cast_<Target, A>`

    rule::const_cast_
       : expression::const_cast_<
           terminal<detail::target<proto::_> >
         , A
       >

`expression::local_variable<Key>`

    rule::custom_terminal

`expression::let<Locals, Statement`

    rule::let
        : expression::let<terminal<proto::_>, meta_grammar>

`expression::lambda<OuterEnv, Locals, Statement`

    rule::lambda
        : expression::lambda<terminal<proto::_>, terminal<proto::_>, meta_grammar>

`expression::lambda_actor<Locals, Statement`

    rule::lambda_actor
        : expression::lambda_actor<terminal<proto::_>, meta_grammar>