utl/include/utl/meta/meta.h

/*!
 * \file   utl/meta/meta.h
 * \brief  Meta library forward header
 */
#ifndef __utl_meta_meta_h__
#define __utl_meta_meta_h__

/*! \defgroup meta Meta
 * An embedded metaprogramming library for uTL.
 *
 * uTL::meta is a simple metaprogramming library used widely inside uTL.
 * The lib is provided to the end user via namespace \c utl::meta
 * The library assembles:
 *
 *  - integral constant based, operation and arithmetic functionality\n
 *    meta defines wrappers for all of integral types such as \c int, \c long, \c char, \c uint32_t etc...
 *    and also facilities to emulate:
 *       1. <b>conditional (if)</b>
 *       2. <b>logical operations</b> like \c or, \c and, \c not, \c bitor, \c bitand etc...
 *       3. <b>math operations</b> like \c add, \c sub, \c modulo
 *       4. <b>comparison operations</b> like \c equal, \c not_equal etc...
 *
 *    All of these operate on integral types.
 *
 *  - <b>SFINAE</b> wrappers as syntactic sugar to the rest of the uTL.
 *
 *  - Walter's Brown <b>detection idiom</b> to help uTL concept implementation.
 *
 *  - <b>Higher order</b> metafunction tools for composition.\n
 *    This module provides tools such as \c wrap, \c compose, \c fold, \c bind etc... The user can
 *    wrap metafunctions as types and pass them around to other metafunctions. The evaluation
 *    of these functions can be done both in aggressive or lazy maner using tools such as \c eval or \c invoke
 *
 *  - <b>typelist "container"</b> implementation.\n
 *    Typelist is a container like template type holding the parameter list as items in the container.
 *    This facility has also all the expected eco-system of functions like \c push_front,
 *    \c push_back, \c at etc...
 */

#include <utl/meta/basic.h>
#include <utl/meta/sfinae.h>
#include <utl/meta/typelist.h>
#include <utl/meta/detection.h>
#include <utl/meta/invoke.h>

#endif /* __utl_meta_meta_h__ */