* @return A pointer to the flexible array (can be used as a pointer to the
* first element of this array).
*/
-#define NEW_ARR_F(type, nelts) \
+#define NEW_ARR_F(type, nelts) \
((type *)ir_new_arr_f((nelts), sizeof(type) * (nelts)))
/**
* @return A pointer to the flexible array (can be used as a pointer to the
* first element of this array).
*/
-#define CLONE_ARR_F(type, arr) \
+#define CLONE_ARR_F(type, arr) \
NEW_ARR_F(type, ARR_LEN((arr)))
/**
* @return A pointer to the flexible array (can be used as a pointer to the
* first element of this array).
*/
-#define DUP_ARR_F(type, arr) \
+#define DUP_ARR_F(type, arr) \
((type*) memcpy(CLONE_ARR_F(type, (arr)), (arr), sizeof(type) * ARR_LEN((arr))))
/**
* @return A pointer to the dynamic array (can be used as a pointer to the
* first element of this array).
*/
-#define NEW_ARR_D(type, obstack, nelts) \
- ( nelts \
- ? (type *)ir_new_arr_d((obstack), (nelts), sizeof(type) * (nelts)) \
+#define NEW_ARR_D(type, obstack, nelts) \
+ ( nelts \
+ ? (type *)ir_new_arr_d((obstack), (nelts), sizeof(type) * (nelts)) \
: (type *)arr_mt_descr.elts)
/**
* @return A pointer to the dynamic array (can be used as a pointer to the
* first element of this array).
*/
-#define CLONE_ARR_D(type, obstack, arr) \
+#define CLONE_ARR_D(type, obstack, arr) \
NEW_ARR_D(type, (obstack), ARR_LEN((arr)))
/**
* @return A pointer to the dynamic array (can be used as a pointer to the
* first element of this array).
*/
-#define DUP_ARR_D(type, obstack, arr) \
+#define DUP_ARR_D(type, obstack, arr) \
((type*)memcpy(CLONE_ARR_D(type, (obstack), (arr)), (arr), sizeof(type) * ARR_LEN ((arr))))
/**
*
* @remark This macro may change arr, so update all references!
*/
-#define ARR_RESIZE(type, arr, n) \
+#define ARR_RESIZE(type, arr, n) \
((arr) = (type*) ir_arr_resize((void *)(arr), (n), sizeof(type)))
/**
*
* @remark This macro may change arr, so update all references!
*/
-#define ARR_SETLEN(type, arr, n) \
+#define ARR_SETLEN(type, arr, n) \
((arr) = (type*) ir_arr_setlen((void *)(arr), (n), sizeof(type) * (n)))
-/** Set a length smaller than the current length of the array. Do not
- * resize. len must be <= ARR_LEN(arr). */
-static inline void ARR_SHRINKLEN(void *arr, size_t new_len);
-
/**
* Resize a flexible array by growing it by delta elements.
*
*
* @remark This macro may change arr, so update all references!
*/
-#define ARR_EXTEND(type, arr, delta) \
+#define ARR_EXTEND(type, arr, delta) \
ARR_RESIZE(type, (arr), ARR_LEN((arr)) + (delta))
/**
*
* @remark This macro may change arr, so update all references!
*/
-#define ARR_EXTO(type, arr, n) \
+#define ARR_EXTO(type, arr, n) \
((n) >= ARR_LEN((arr)) ? ARR_RESIZE(type, (arr), (n)+1) : (arr))
/**
* @param arr The array, which must be an lvalue.
* @param elt The new element, must be of type (type).
*/
-#define ARR_APP1(type, arr, elt) \
+#define ARR_APP1(type, arr, elt) \
(ARR_EXTEND(type, (arr), 1), (arr)[ARR_LEN((arr))-1] = (elt))
#ifdef NDEBUG
# define ARR_IDX_VRFY(arr, idx) ((void)0)
#else
# define ARR_VRFY(arr) ir_verify_arr(arr)
-# define ARR_IDX_VRFY(arr, idx) \
+# define ARR_IDX_VRFY(arr, idx) \
assert((0 <= (idx)) && ((idx) < ARR_LEN((arr))))
#endif
#define ARR_ELTS_OFFS offsetof(ir_arr_descr, elts)
#define ARR_DESCR(elts) ((ir_arr_descr *)(void *)((char *)(elts) - ARR_ELTS_OFFS))
+/** Set a length smaller than the current length of the array. Do not
+ * resize. len must be <= ARR_LEN(arr). */
static inline void ARR_SHRINKLEN(void *arr, size_t new_len)
{
ARR_VRFY(arr);