45 #define VECT_INIT(VECP, ELT_TYPE)		\  argument
46 	(vect_init(VECP, sizeof(ELT_TYPE)))
86 #define VECT_ELEMENT(VECP, ELT_TYPE, ELT_NUM)		\  argument
87 	(assert((VECP)->elt_size == sizeof(ELT_TYPE)),	\
88 	 assert((ELT_NUM) < (VECP)->size),		\
89 	 ((ELT_TYPE *)(VECP)->data) + (ELT_NUM))
91 #define VECT_BACK(VECP, ELT_TYPE)		\  argument
92 	VECT_ELEMENT(VECP, ELT_TYPE, (VECP)->size - 1)
104 #define VECT_POPBACK(VECP, ELT_TYPE, DTOR, DATA)			\  argument
106 		VECT_ERASE((VECP), ELT_TYPE,				\
107 			   vect_size(VECP) - 1, vect_size(VECP),	\
117 #define VECT_ERASE(VECP, ELT_TYPE, START, END, DTOR, DATA)		\  argument
119 		assert((VECP)->elt_size == sizeof(ELT_TYPE));		\
122 		vect_erase((VECP), (START), (END),			\
129 #define VECT_PUSHBACK(VECP, ELTP)			\  argument
130 	(assert((VECP)->elt_size == sizeof(*(ELTP))),	\
131 	 vect_pushback((VECP), (ELTP)))
147 #define VECT_DESTROY(VECP, ELT_TYPE, DTOR, DATA)			\  argument
149 		assert((VECP)->elt_size == sizeof(ELT_TYPE));		\
152 		vect_destroy((VECP), (void (*)(void *, void *))_dtor_callback, \
161 #define VECT_EACH(VECP, ELT_TYPE, START_AFTER, CB, DATA)		\  argument
164 		assert((VECP)->elt_size == sizeof(ELT_TYPE));		\
168 		(ELT_TYPE *)vect_each((VECP), _start_after,		\
180 #define VECT_EACH_CST(VECP, ELT_TYPE, START_AFTER, CB, DATA)		\  argument
183 		assert((VECP)->elt_size == sizeof(ELT_TYPE));		\
187 		(const ELT_TYPE *)vect_each_cst((VECP), start_after,	\
198 #define VECT_QSORT(VECP, ELT_TYPE, COMPAR)				\  argument
200 		assert((VECP)->elt_size == sizeof(ELT_TYPE));		\
203 		vect_qsort((VECP),					\