2318 	array_list_t *alp;  in realloc_data_ext()  local
2355 	alp = lstatp->al;  in realloc_data_ext()
2356 	for (; alp != NULL; ) {  in realloc_data_ext()
2357 		if (i + alp->nelem > *lstatp->countp) {  in realloc_data_ext()
2362 		for (j = 0; j < alp->nelem; i++, j++) {  in realloc_data_ext()
2363 			cldp[i] = alp->array[j];  in realloc_data_ext()
2365 		alp = alp->next;  in realloc_data_ext()
2836 	array_list_t *alp, *alp2 = NULL;  in stat_plugin_v2()  local
2843 	if ((alp = config_calloc_check(1, sizeof (array_list_t),  in stat_plugin_v2()
2848 	alp->array = NULL;  in stat_plugin_v2()
2849 	alp->nelem = 0;  in stat_plugin_v2()
2856 	    libloc_p->ap_physical, &alp->array, &alp->nelem, lstatp->opts, NULL,  in stat_plugin_v2()
2857 	    errstring, lstatp->flags)) != CFGA_OK || alp->nelem <= 0) {  in stat_plugin_v2()
2858 		S_FREE(alp);  in stat_plugin_v2()
2861 	alp->next = NULL;  in stat_plugin_v2()
2870 	if (alp->nelem == 1) {  in stat_plugin_v2()
2873 		clog = (alp->array[0]).ap_log_id[0];  in stat_plugin_v2()
2874 		cphys = (alp->array[0]).ap_phys_id[0];  in stat_plugin_v2()
2877 			(void) snprintf((alp->array[0]).ap_log_id,  in stat_plugin_v2()
2878 			    sizeof ((alp->array[0]).ap_log_id), "%s",  in stat_plugin_v2()
2883 			(void) snprintf((alp->array[0]).ap_phys_id,  in stat_plugin_v2()
2884 			    sizeof ((alp->array[0]).ap_phys_id), "%s",  in stat_plugin_v2()
2896 	for (i = 0; i < alp->nelem; i++) {  in stat_plugin_v2()
2897 		(void) snprintf((alp->array[i]).ap_class,  in stat_plugin_v2()
2898 		    sizeof ((alp->array[i]).ap_class), "%s", class);  in stat_plugin_v2()
2905 		lstatp->al = alp;  in stat_plugin_v2()
2909 		alp2->next = alp;  in stat_plugin_v2()
2913 	(*lstatp->countp) += alp->nelem;  in stat_plugin_v2()