tuple is high levle alternative to use just 'std::tuple' that is more friendly for standalone protocols. More...

#include <tuple.h>

Inheritance diagram for emlabcpp::protocol::tuple< Endianess, Ds >:

Collaboration diagram for emlabcpp::protocol::tuple< Endianess, Ds >:

Public Types
template<typename... SubDs>
using	with_items = tuple< Endianess, Ds..., SubDs... >

using	def_tuple = std::tuple< Ds... >

template<std::size_t N>
using	nth_def = std::tuple_element_t< N, def_tuple >

using	def_type = endianess_wrapper< Endianess, def_tuple >

using	traits = proto_traits< def_type >

using	value_type = typename traits::value_type

using	message_type = message< max_size >

Static Public Member Functions
constexpr static value_type	make_val (typename proto_traits< Ds >::value_type const &... args)

Static Public Attributes
static constexpr std::size_t	max_size = traits::max_size

Detailed Description

template<std::endian Endianess, typename... Ds>
struct emlabcpp::protocol::tuple< Endianess, Ds >

tuple is high levle alternative to use just 'std::tuple' that is more friendly for standalone protocols.

It is designed for message that are simply a set of serialized items. It also provieds more readable syntax. The template arguments at first configurate the protocol and later is follow by items present in the tuple, this can also be added with tuple::with_items alias that appends the items. For example: tuple< BIG_ENDIAN >::with_items< uint32_t, uint32_t >; serializes/deserializes in same way as 'std::tuple<uint32_t,uint32_t>' configured for big endianess.