55 	size_t		intsz;		/* array element size; 1, 2, 4 or 8 */  member
75 	    howmany(ent->intsz * ent->intcnt, ZAP_LEAF_ARRAY_BYTES));  in zap_entry_chunks()
131 zap_add(zfs_zap_t *zap, const char *name, size_t intsz, size_t intcnt,  in zap_add()  argument
136 	assert(intsz == 1 || intsz == 2 || intsz == 4 || intsz == 8);  in zap_add()
138 	assert(intcnt <= ZAP_MAXVALUELEN && intcnt * intsz <= ZAP_MAXVALUELEN);  in zap_add()
143 	ent->intsz = intsz;  in zap_add()
145 	if (intsz == sizeof(uint64_t) && intcnt == 1) {  in zap_add()
152 		ent->valp = ecalloc(intcnt, intsz);  in zap_add()
154 	memcpy(ent->valp, val, intcnt * intsz);  in zap_add()
159 	if (zap->micro && (intcnt != 1 || intsz != sizeof(uint64_t) ||  in zap_add()
222 		memcpy(&ment->mze_value, ent->valp, ent->intsz * ent->intcnt);  in zap_micro_write()
441 		    ZAP_LEAF_ARRAY_BYTES / ent->intsz);  in zap_fat_write()
470 		switch (ent->intsz) {  in zap_fat_write()
505 		le->le_value_intlen = ent->intsz;  in zap_fat_write()
511 		    ent->intcnt * ent->intsz, ent->valp);  in zap_fat_write()