#ifndef ZAKAROUF_Z_IMP__ARGPARSE_H

#define ZAKAROUF_Z_IMP__ARGPARSE_H

#include "strto.h"

#define z__argp_next() {_priv_argp_chptr += 1; if (_priv_argp_chptr >= _priv_argp_chptrEnd)break;}

#define z__argp_get() ({*_priv_argp_chptr;})

#define z__argp_breakcheck

#define z__argp_isatend() ((_priv_argp_chptr + 1) >= _priv_argp_chptrEnd)

#define z__argp_start(argv, from, upto)\

for(char const **_priv_argp_chptr = &argv[from]\

, **_priv_argp_chptrEnd = &argv[upto];\

_priv_argp_chptr < _priv_argp_chptrEnd;\

_priv_argp_chptr += 1)

#ifdef Z__ARGPARSE_USE_STRCMP

# define z__PRIV__argp_arg_cmp(x) (strcmp(x, *_priv_argp_chptr) == 0)

# define z__PRIV__argp_arg_cmp(x)\

(strncmp(zpp__PRIV__Args_get_1 x\

, *_priv_argp_chptr\

, zpp__PRIV__Args_get_2 x) == 0)

#define z__PRIV__argp_arg_check_empty_1(a)

#define z__PRIV__argp_arg_check_empty_0(a)\

|| z__PRIV__argp_arg_cmp(a)

#define z__PRIV__argp_arg_check(a)\

zpp__CAT(z__PRIV__argp_arg_check_empty_, zpp__Args_IS_EMPTY(a))(a)

#define z__argp_ifarg_custom(...)\

if(z__PRIV__argp_arg_cmp(zpp__PRIV__Args_get_1(__VA_ARGS__)) \

zpp__Args_map(z__PRIV__argp_arg_check, zpp__Args_skip_1(__VA_ARGS__)) )

#define z__argp_elifarg_custom(...)\

else if(z__PRIV__argp_arg_cmp(zpp__PRIV__Args_get_1(__VA_ARGS__)) \

zpp__Args_map(z__PRIV__argp_arg_check, zpp__Args_skip_1(__VA_ARGS__)) )

#define z__argp_ifarg(v, ...)\

z__argp_ifarg_custom(__VA_ARGS__) { \

z__argp_next(); \

_Static_assert(sizeof(z__PRIV__strto_scan_typegen(v)) > 1 \

, "Argparse: Strto Doesn't Support this type"); \

z__strto(*_priv_argp_chptr, v); \

}

#define z__argp_elifarg(v, ...)\

z__argp_elifarg_custom(__VA_ARGS__) \

z__argp_next(); \

_Static_assert(sizeof(z__PRIV__strto_scan_typegen(v)) > 1 \

, "Argparse: Strto Doesn't Support this type"); \

z__strto(*_priv_argp_chptr, v); \

}