| Cpgs::constructor< class > | A type to model a sum constructor |
| ▼Cstd::false_type [external] | |
| ▼Cpgs::fold_left< detail::or_helper, std::false_type, Ts... > | |
| Cpgs::or_< Ts > | Parameter pack disjunction |
| Cpgs::is_recursive_wrapper< T > | Primary template of a metafunction to classify a type as recursive_wrapper<> or not |
| Cpgs::index_of< T, Ts > | A metafunction to compute the index I of a type T in a sequence Ts |
| ▼Cstd::integral_constant< bool,!B::value > [external] | |
| Cpgs::negation< B > | |
| Cpgs::is_callable< F, Args > | Metafunction to determine if an instance of a type F can be applied to a tuple of parameters with types determined by the template parameter pack Args |
| ▼Cstd::logic_error [external] | |
| Cpgs::invalid_sum_type_access | Exception type raised on an invalid access into a recursive_union<> |
| Cpgs::otherwise | A utility suitable for use as a wildcard in a pattern match |
| Cpgs::overload_tag< T > | A type to model an overload |
| Cpgs::range<... > | Compile time sequence of integers |
| Cpgs::recursive_union<... > | recursive union<> primary template |
| Cpgs::recursive_union< T, Ts... > | Partial specialization |
| Cpgs::recursive_union< Ts... > | |
| Cpgs::recursive_union<> | Full specialization |
| Cpgs::recursive_union_dereference< is_recursive_wrapper, T, Ts > | Dereference the value field in a recursive_union<>. This case handles values that are not recursive_wrapper instances |
| Cpgs::recursive_union_dereference< true, T, Ts... > | Dereference the value field in a recursive_union<>. This specialization handles values that are recursive_wrapper instances |
| Cpgs::recursive_union_indexer< I, T, Ts > | The purpose of this type is to walk a recursive_union<> and return the value field of the Ith union in the chain |
| Cpgs::recursive_union_indexer< 0, T, Ts... > | The purpose of this type is to walk a recursive_union<> and return the value field of the Ith union in the chain |
| Cpgs::recursive_union_visitor< R, T, Ts > | Primary template |
| Cpgs::recursive_union_visitor< void, range< I, Is... >, recursive_wrapper< T >, Ts... > | Partial specialization |
| Cpgs::recursive_union_visitor< R, range< I, Is... >, recursive_wrapper< T >, Ts... > | Partial specialization |
| Cpgs::recursive_union_visitor< R, range< I, Is... >, T, Ts... > | Partial specialization |
| Cpgs::recursive_union_visitor< R, range<>, Ts... > | Partial specialization |
| Cpgs::recursive_union_visitor< void, range< I, Is... >, T, Ts... > | Partial specialization |
| Cpgs::recursive_union_visitor< void, range<>, Ts... > | Partial specialization |
| Cpgs::recursive_union_visitor< void, T, Ts... > | Partial specialization for void return type |
| Cpgs::recursive_wrapper< T > | Types |
| Cpgs::recursive_wrapper_unwrap< T > | Primary template of a metafunction to compute the type contained by a recursive_wrapper<> |
| Cpgs::recursive_wrapper_unwrap< recursive_wrapper< T > > | Partial specialization for types that are recursive wrappers |
| Cpgs::sum_type< Ts > | A type modeling "sums with constructors" as used in functional programming |
| ▼Cstd::true_type [external] | |
| ▼Cpgs::fold_left< detail::and_helper, std::true_type, Ts... > | |
| Cpgs::and_< Ts > | Parameter pack conjunction |
| Cpgs::is_recursive_wrapper< recursive_wrapper< T > > | Partial specialization for types that are recursive wrappers |
| ▼Ctype | |
| ▼Cpgs::fold_left< F, F::template apply< Acc, T >::type, Ts... > | |
| Cpgs::fold_left< F, Acc, T, Ts... > | Fold left, partial specialization matching non-empty packs |
| ▼CAcc | |
| Cpgs::fold_left< F, Acc, Ts > | Fold left, primary template |
1.8.10
