72 zap_entry_chunks(zfs_zap_entry_t *ent)  in zap_entry_chunks()  argument
74 	return (1 + howmany(strlen(ent->name) + 1, ZAP_LEAF_ARRAY_BYTES) +  in zap_entry_chunks()
75 	    howmany(ent->intsz * ent->intcnt, ZAP_LEAF_ARRAY_BYTES));  in zap_entry_chunks()
134 	zfs_zap_entry_t *ent;  in zap_add()  local
140 	ent = ecalloc(1, sizeof(*ent));  in zap_add()
141 	ent->name = estrdup(name);  in zap_add()
142 	ent->hash = zap_hash(zap->hashsalt, ent->name);  in zap_add()
143 	ent->intsz = intsz;  in zap_add()
144 	ent->intcnt = intcnt;  in zap_add()
150 		ent->val64p = &ent->val64;  in zap_add()
152 		ent->valp = ecalloc(intcnt, intsz);  in zap_add()
154 	memcpy(ent->valp, val, intcnt * intsz);  in zap_add()
156 	zap->chunks += zap_entry_chunks(ent);  in zap_add()
157 	STAILQ_INSERT_TAIL(&zap->kvps, ent, next);  in zap_add()
188 	zfs_zap_entry_t *ent;  in zap_entry_exists()  local
190 	STAILQ_FOREACH(ent, &zap->kvps, next) {  in zap_entry_exists()
191 		if (strcmp(ent->name, name) == 0)  in zap_entry_exists()
201 	zfs_zap_entry_t *ent;  in zap_micro_write()  local
221 	STAILQ_FOREACH(ent, &zap->kvps, next) {  in zap_micro_write()
222 		memcpy(&ment->mze_value, ent->valp, ent->intsz * ent->intcnt);  in zap_micro_write()
224 		(void)strlcpy(ment->mze_name, ent->name,  in zap_micro_write()
273 	zfs_zap_entry_t *ent;  in zap_fat_write_prefixlen()  local
287 		STAILQ_FOREACH(ent, &zap->kvps, next) {  in zap_fat_write_prefixlen()
291 			li = ZAP_HASH_IDX(ent->hash, prefixlen);  in zap_fat_write_prefixlen()
293 			chunks = zap_entry_chunks(ent);  in zap_fat_write_prefixlen()
304 		if (ent == NULL) {  in zap_fat_write_prefixlen()
362 	zfs_zap_entry_t *ent;  in zap_fat_write()  local
422 	STAILQ_FOREACH(ent, &zap->kvps, next) {  in zap_fat_write()
428 		hi = ZAP_HASH_IDX(ent->hash, zt->zt_shift);  in zap_fat_write()
429 		li = ZAP_HASH_IDX(ent->hash, prefixlen);  in zap_fat_write()
434 		namelen = strlen(ent->name) + 1;  in zap_fat_write()
440 		nvalchunks = howmany(ent->intcnt,  in zap_fat_write()
441 		    ZAP_LEAF_ARRAY_BYTES / ent->intsz);  in zap_fat_write()
451 		lptr = ZAP_LEAF_HASH_ENTPTR(&l, ent->hash);  in zap_fat_write()
470 		switch (ent->intsz) {  in zap_fat_write()
474 			for (uint16_t *v = ent->val16p;  in zap_fat_write()
475 			    v - ent->val16p < (ptrdiff_t)ent->intcnt;  in zap_fat_write()
480 			for (uint32_t *v = ent->val32p;  in zap_fat_write()
481 			    v - ent->val32p < (ptrdiff_t)ent->intcnt;  in zap_fat_write()
486 			for (uint64_t *v = ent->val64p;  in zap_fat_write()
487 			    v - ent->val64p < (ptrdiff_t)ent->intcnt;  in zap_fat_write()
505 		le->le_value_intlen = ent->intsz;  in zap_fat_write()
506 		le->le_value_numints = ent->intcnt;  in zap_fat_write()
507 		le->le_hash = ent->hash;  in zap_fat_write()
509 		    (uint8_t *)ent->name);  in zap_fat_write()
511 		    ent->intcnt * ent->intsz, ent->valp);  in zap_fat_write()
549 	zfs_zap_entry_t *ent;  in zap_write()  local
559 	while ((ent = STAILQ_FIRST(&zap->kvps)) != NULL) {  in zap_write()
561 		if (ent->val64p != &ent->val64)  in zap_write()
562 			free(ent->valp);  in zap_write()
563 		free(ent->name);  in zap_write()
564 		free(ent);  in zap_write()