137 	mod_info_t	*mi;  in print_profile_data()  local
205 	mi = NULL;  in print_profile_data()
218 			if (mi != profsym[i].module) {  in print_profile_data()
220 				mi = profsym[i].module;  in print_profile_data()
269 		for (mi = &modules; mi; mi = mi->next)  in print_profile_data()
271 			    mi->id, mi->path);  in print_profile_data()
357 	mod_info_t	*mi;  in collect_profsyms()  local
362 	for (mi = &modules; mi; mi = mi->next)  in collect_profsyms()
363 		total_funcs += mi->nfuncs;  in collect_profsyms()
373 	for (mi = &modules; mi; mi = mi->next) {  in collect_profsyms()
374 		nl = mi->nl;  in collect_profsyms()
375 		for (i = 0; i < mi->nfuncs; i++) {  in collect_profsyms()
397 			profsym[ndx].module = mi;  in collect_profsyms()
469 	mod_info_t	*mi;  in process_pcsamples()  local
494 	for (mi = &modules; mi; mi = mi->next) {  in process_pcsamples()
495 		if (mi->active == FALSE)  in process_pcsamples()
497 		assign_pcsamples(mi, pc_samples, nelem);  in process_pcsamples()
509 	mod_info_t	*mi;  in process_cgraph()  local
527 		for (mi = &modules; mi; mi = mi->next) {  in process_cgraph()
528 			if (mi->active == FALSE)  in process_cgraph()
531 			if (calleep->topc >= mi->load_base &&  in process_cgraph()
532 			    calleep->topc < mi->load_end) {  in process_cgraph()
538 				if (nl = nllookup(mi, calleep->topc, 0)) {  in process_cgraph()
539 					f_end = mi->load_base + (nl->value -  in process_cgraph()
540 					    mi->txt_origin) + nl->size;  in process_cgraph()
552 	mod_info_t	*mi;  in get_shobj_syms()  local
555 	if ((mi = malloc(sizeof (mod_info_t))) == NULL) {  in get_shobj_syms()
561 	mi->path = malloc(strlen(pathname) + 1);  in get_shobj_syms()
562 	if (mi->path == NULL) {  in get_shobj_syms()
567 	(void) strcpy(mi->path, pathname);  in get_shobj_syms()
568 	mi->next = NULL;  in get_shobj_syms()
570 	get_syms(pathname, mi);  in get_shobj_syms()
573 	mi->id = n_modules + 1;  in get_shobj_syms()
574 	mi->load_base = ld_base;  in get_shobj_syms()
575 	mi->load_end = ld_end;  in get_shobj_syms()
576 	mi->active = TRUE;  in get_shobj_syms()
580 	return (mi);  in get_shobj_syms()
621 	mod_info_t	*mi, *last, *new_module;  in process_modules()  local
667 		while ((mi = last->next) != NULL) {  in process_modules()
674 			if (strcmp(mi->path, so_path) == 0)  in process_modules()
681 			if (does_overlap(newmodp, mi))  in process_modules()
682 				mi->active = FALSE;  in process_modules()
684 			last = mi;  in process_modules()
688 		if (mi != NULL) {  in process_modules()
689 			mi->load_base = newmodp->startaddr;  in process_modules()
690 			mi->load_end = newmodp->endaddr;  in process_modules()
691 			mi->active = TRUE;  in process_modules()
786 get_aout_syms(char *pathname, mod_info_t *mi)  in get_aout_syms()  argument
788 	mi->path = malloc(strlen(pathname) + 1);  in get_aout_syms()
789 	if (mi->path == NULL) {  in get_aout_syms()
795 	(void) strcpy(mi->path, pathname);  in get_aout_syms()
796 	mi->next = NULL;  in get_aout_syms()
798 	get_syms(pathname, mi);  in get_aout_syms()
800 	mi->id = 1;  in get_aout_syms()
801 	mi->load_base = mi->txt_origin;  in get_aout_syms()
802 	mi->load_end = mi->data_end;  in get_aout_syms()
803 	mi->active = TRUE;  in get_aout_syms()