<commit_before># if !defined(CORE_DECLARATIONS)
#   define    CORE_DECLARATIONS
/*  This file is included to nearly every other header in the Paws codebase; it
 *  provides macros and definitions necessary throughout the codebase.
 *  
 *  You should never have a reason to include or use this file; it’s included
 *  everywhere it is necessary.
 */


/*  This macro is defined in one of two ways: if one or more Paws headers are
 *  included manually, or if `INTERNALIZE` is defiend (see `Paws.c`), then the
 *  `e()` macro has no effect (the name is not transformed.) However, if one
 *  includes the entire Paws header-set at once (via `#include "Paws.c"`), then
 *  `EXTERNALIZE` will be set, thus causing `e()` to, well, make names safe for
 *  externalization. */
# if defined(EXTERNALIZE)
#   define e(NAME) Paws__ ## NAME
#   define E(NAME) e(NAME)
# else
#   define e(NAME) NAME
#   define E(NAME) e(NAME)
# endif //defined(EXTERNALIZE)


/* Yes, I’m a pedant. Get over it. */
typedef void* e(pointer);


// FIXME: It seems this is broken, at least in `clang`
// # if       __has_feature(attribute_constructor)
#   define constructor __attribute__((constructor))
// # endif
// # if       __has_feature(attribute_packed)
#   define packed      __attribute__((packed))
// # endif


# endif //!defined(CORE_DECLARATIONS)<commit_msg>(new re -) Adding an `ALWAYS_EXTERNALIZE()` macro.<commit_after># if !defined(CORE_DECLARATIONS)
#   define    CORE_DECLARATIONS
/*  This file is included to nearly every other header in the Paws codebase; it
 *  provides macros and definitions necessary throughout the codebase.
 *  
 *  You should never have a reason to include or use this file; it’s included
 *  everywhere it is necessary.
 */

# define ALWAYS_EXTERNALIZE(NAME) Paws__ ## NAME

/*  This macro is defined in one of two ways: if one or more Paws headers are
 *  included manually, or if `INTERNALIZE` is defiend (see `Paws.c`), then the
 *  `e()` macro has no effect (the name is not transformed.) However, if one
 *  includes the entire Paws header-set at once (via `#include "Paws.c"`), then
 *  `EXTERNALIZE` will be set, thus causing `e()` to, well, make names safe for
 *  externalization. */
# if defined(EXTERNALIZE)
#   define e(NAME) ALWAYS_EXTERNALIZE(NAME)
#   define E(NAME) e(NAME)
# else
#   define e(NAME) NAME
#   define E(NAME) e(NAME)
# endif //defined(EXTERNALIZE)


/* Yes, I’m a pedant. Get over it. */
typedef void* e(pointer);


// FIXME: It seems this is broken, at least in `clang`
// # if       __has_feature(attribute_constructor)
#   define constructor __attribute__((constructor))
// # endif
// # if       __has_feature(attribute_packed)
#   define packed      __attribute__((packed))
// # endif


# endif //!defined(CORE_DECLARATIONS)
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