pike_macros.h File Reference

#include <global.h>
#include "pike_memory.h"

Go to the source code of this file.

Defines
#define	PTR_TO_INT(PTR)   ((size_t) ((char *) (PTR) - (char *) NULL))
#define	OFFSETOF(str_type, field)   PTR_TO_INT(& (((struct str_type *)NULL)->field))
#define	BASEOF(ptr, str_type, field)   ((struct str_type *)((char*)ptr - OFFSETOF(str_type, field)))
#define	ALIGNOF(X)   OFFSETOF({ char ignored_; X fooo_;}, fooo_)
#define	NELEM(a)   (sizeof (a) / sizeof ((a)[0]))
#define	ALLOC_STRUCT(X)   ( (struct X *)xalloc(sizeof(struct X)) )
#define	MINIMUM(X, Y)   ((X)<(Y)?(X):(Y))
#define	MAXIMUM(X, Y)   ((X)>(Y)?(X):(Y))
#define	is8bitalnum(X)   (Pike_is8bitalnum_vector[((unsigned)(X))&0xff] == '1')
#define	isidchar(X)   is8bitalnum(X)
#define	isgraph(X)   (ispunct(X) || isupper(X) || islower(X) || isdigit(X))
#define	DO_ALIGN(X, Y)   (((size_t)(X)+((Y)-1)) & -(Y))
#define	CONSTANT_STRLEN(X)   (sizeof(X) - sizeof(""))
#define	SET_NEXT_AND_FREE(p, free_item)
#define	FREE_AND_GET_REFERENCED(p, item_type, free_item)
#define	DOUBLELINK(first_object, o)
#define	DOUBLEUNLINK(first_object, o)
#define	PIKE_XCONCAT(X, Y)   PIKE_CONCAT(X,Y)
#define	PIKE_XCONCAT3(X, Y, Z)   PIKE_CONCAT(X,Y,Z)
#define	PIKE_XCONCAT4(X, Y, Z, Q)   PIKE_CONCAT(X,Y,Z,Q)
#define	COMMA   ,
Functions
PMOD_EXPORT int	my_log2 (size_t x)
Variables
PMOD_EXPORT const char	Pike_is8bitalnum_vector []

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Define Documentation

#define ALIGNOF (  X   )     OFFSETOF({ char ignored_; X fooo_;}, fooo_)

#define ALLOC_STRUCT (  X   )     ( (struct X *)xalloc(sizeof(struct X)) )

#define BASEOF (  ptr, str_type, field   )     ((struct str_type *)((char*)ptr - OFFSETOF(str_type, field)))

#define COMMA   ,

#define CONSTANT_STRLEN (  X   )     (sizeof(X) - sizeof(""))

#define DO_ALIGN (  X, Y   )     (((size_t)(X)+((Y)-1)) & -(Y))

#define DOUBLELINK (  first_object, o   )

Value: do { \ debug_malloc_touch(o); \ o->next=first_object; \ o->prev=0; \ if(first_object) first_object->prev=o; \ first_object=o; \ }while(0)

#define DOUBLEUNLINK (  first_object, o   )

Value: do{ \ debug_malloc_touch(o); \ if(o->prev) { \ o->prev->next=o->next; \ }else { \ DO_IF_DEBUG( \ if(first_object != o) { \ describe(o); \ Pike_fatal("Linked in wrong list!\n"); \ } \ ) \ first_object=o->next; \ } \ \ if(o->next) o->next->prev=o->prev; \ }while(0)

#define FREE_AND_GET_REFERENCED (  p, item_type, free_item   )

Value: do { \ item_type *next; \ while (1) { \ if (p->refs > 1) { \ free_item(p); \ break; \ } \ if (!(next = p->next)) { \ free_item(p); \ p = 0; \ break; \ } \ add_ref(next); \ free_item(p); \ p = next; \ } \ } while (0)

#define is8bitalnum (  X   )     (Pike_is8bitalnum_vector[((unsigned)(X))&0xff] == '1')

#define isgraph (  X   )     (ispunct(X) || isupper(X) || islower(X) || isdigit(X))

#define isidchar (  X   )     is8bitalnum(X)

#define MAXIMUM (  X, Y   )     ((X)>(Y)?(X):(Y))

#define MINIMUM (  X, Y   )     ((X)<(Y)?(X):(Y))

#define NELEM (  a   )     (sizeof (a) / sizeof ((a)[0]))

#define OFFSETOF (  str_type, field   )     PTR_TO_INT(& (((struct str_type *)NULL)->field))

#define PIKE_XCONCAT (  X, Y   )     PIKE_CONCAT(X,Y)

#define PIKE_XCONCAT3 (  X, Y, Z   )     PIKE_CONCAT(X,Y,Z)

#define PIKE_XCONCAT4 (  X, Y, Z, Q   )     PIKE_CONCAT(X,Y,Z,Q)

#define PTR_TO_INT (  PTR   )     ((size_t) ((char *) (PTR) - (char *) NULL))

#define SET_NEXT_AND_FREE (  p, free_item   )

Value: do{ \ next=p->next; \ while(p->refs == 1 && (next=p->next)) \ { \ add_ref(next); \ free_item(p); \ p=next; \ } \ free_item(p); \ }while(0)

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Function Documentation

PMOD_EXPORT int my_log2 (  size_t  x  )

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Variable Documentation

PMOD_EXPORT const char Pike_is8bitalnum_vector[]

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