88 	if (hp1->key_size != hp2->key_size) {  in ht_items_cmp_func()
89 		min_size = (hp1->key_size < hp2->key_size) ? hp1->key_size :  in ht_items_cmp_func()
90 			hp2->key_size;  in ht_items_cmp_func()
94 			return ((hp1->key_size < hp2->key_size) ? -1 : 1);  in ht_items_cmp_func()
98 		return (memcmp(hp1->key, hp2->key, hp1->key_size));  in ht_items_cmp_func()
114 	if (hp1->key_size != hp2->key_size) {  in ht_items_fixed_size_left_cmp_func()
115 		min_size = (hp1->key_size < hp2->key_size) ? hp1->key_size :  in ht_items_fixed_size_left_cmp_func()
116 			hp2->key_size;  in ht_items_fixed_size_left_cmp_func()
120 			if (min_size == hp1->key_size)  in ht_items_fixed_size_left_cmp_func()
123 			    return ((hp1->key_size < hp2->key_size) ? -1 : 1);  in ht_items_fixed_size_left_cmp_func()
127 		return (memcmp(hp1->key, hp2->key, hp1->key_size));  in ht_items_fixed_size_left_cmp_func()
142 	for (i = 0; i < hp->key_size; ++i)  in ht_item_hash_func()
396 		ht_key.key_size = item->key_size;  in flush_cache_policy()
697 cache_read(struct cache_entry_ *entry, const char *key, size_t key_size,  in cache_read()  argument
717 	item_data.key_size = key_size;  in cache_read()
803 cache_write(struct cache_entry_ *entry, const char *key, size_t key_size,  in cache_write()  argument
826 	item_data.key_size = key_size;  in cache_write()
857 	item_data.key = malloc(key_size);  in cache_write()
858 	memcpy(item_data.key, key, key_size);  in cache_write()
870 	policy_item->key_size = item_data.key_size;  in cache_write()
880 		connected_policy_item->key_size = policy_item->key_size;  in cache_write()
1206 	ht_key.key_size = key_part_size;  in transform_cache_entry_part()