85 	struct subpartition *sp;  in storage_get_tmpfs_status()  local
86 	sp = NULL;  in storage_get_tmpfs_status()
87 	for (sp = slice_subpartition_first(s->selected_slice);  in storage_get_tmpfs_status()
88 		sp != NULL; sp = subpartition_next(sp)) {  in storage_get_tmpfs_status()
89 		if(strcmp(subpartition_get_mountpoint(sp), mountpoint) == 0) {  in storage_get_tmpfs_status()
90 			if(subpartition_is_tmpfsbacked(sp) == 1) {  in storage_get_tmpfs_status()
515 	struct subpartition *sp;  in subpartition_new_hammer()  local
518 	AURA_MALLOC(sp, subpartition);  in subpartition_new_hammer()
520 	sp->parent = s;  in subpartition_new_hammer()
523 		sp->letter = 'a';  in subpartition_new_hammer()
525 		sp->letter = 'd';  in subpartition_new_hammer()
527 		sp->letter = (char)(last->letter + 1);  in subpartition_new_hammer()
529 	if (sp->letter == 'b' && strcmp(mountpoint, "swap") != 0)  in subpartition_new_hammer()
530 		sp->letter = 'd';  in subpartition_new_hammer()
532 	sp->mountpoint = aura_strdup(mountpoint);  in subpartition_new_hammer()
533 	sp->capacity = capacity;  in subpartition_new_hammer()
534 	sp->encrypted = encrypted;  in subpartition_new_hammer()
535 	sp->type = FS_HAMMER;  in subpartition_new_hammer()
540 	if (sp->capacity < 1024)  in subpartition_new_hammer()
541 		sp->fsize = 1024;  in subpartition_new_hammer()
543 		sp->fsize = 2048;  in subpartition_new_hammer()
545 	if (sp->capacity < 1024)  in subpartition_new_hammer()
546 		sp->bsize = 8192;  in subpartition_new_hammer()
548 		sp->bsize = 16384;  in subpartition_new_hammer()
550 	sp->is_swap = 0;  in subpartition_new_hammer()
552 	sp->pfs = 0;  in subpartition_new_hammer()
555 		sp->is_swap = 1;  in subpartition_new_hammer()
559 		sp->pfs = 1;  in subpartition_new_hammer()
562 	sp->next = NULL;  in subpartition_new_hammer()
564 		s->subpartition_head = sp;  in subpartition_new_hammer()
566 		s->subpartition_tail->next = sp;  in subpartition_new_hammer()
568 	sp->prev = s->subpartition_tail;  in subpartition_new_hammer()
569 	s->subpartition_tail = sp;  in subpartition_new_hammer()
571 	return(sp);  in subpartition_new_hammer()
578 	struct subpartition *sp;  in subpartition_new_hammer2()  local
581 	AURA_MALLOC(sp, subpartition);  in subpartition_new_hammer2()
583 	sp->parent = s;  in subpartition_new_hammer2()
586 		sp->letter = 'a';  in subpartition_new_hammer2()
588 		sp->letter = 'd';  in subpartition_new_hammer2()
590 		sp->letter = (char)(last->letter + 1);  in subpartition_new_hammer2()
592 	if (sp->letter == 'b' && strcmp(mountpoint, "swap") != 0)  in subpartition_new_hammer2()
593 		sp->letter = 'd';  in subpartition_new_hammer2()
595 	sp->mountpoint = aura_strdup(mountpoint);  in subpartition_new_hammer2()
596 	sp->capacity = capacity;  in subpartition_new_hammer2()
597 	sp->encrypted = encrypted;  in subpartition_new_hammer2()
598 	sp->type = FS_HAMMER2;  in subpartition_new_hammer2()
603 	if (sp->capacity < 1024)  in subpartition_new_hammer2()
604 		sp->fsize = 1024;  in subpartition_new_hammer2()
606 		sp->fsize = 2048;  in subpartition_new_hammer2()
608 	if (sp->capacity < 1024)  in subpartition_new_hammer2()
609 		sp->bsize = 8192;  in subpartition_new_hammer2()
611 		sp->bsize = 16384;  in subpartition_new_hammer2()
613 	sp->is_swap = 0;  in subpartition_new_hammer2()
615 	sp->pfs = 0;  in subpartition_new_hammer2()
618 		sp->is_swap = 1;  in subpartition_new_hammer2()
622 		sp->pfs = 1;  in subpartition_new_hammer2()
625 	sp->next = NULL;  in subpartition_new_hammer2()
627 		s->subpartition_head = sp;  in subpartition_new_hammer2()
629 		s->subpartition_tail->next = sp;  in subpartition_new_hammer2()
631 	sp->prev = s->subpartition_tail;  in subpartition_new_hammer2()
632 	s->subpartition_tail = sp;  in subpartition_new_hammer2()
634 	return(sp);  in subpartition_new_hammer2()
647 	struct subpartition *sp;  in subpartition_new_ufs()  local
650 	AURA_MALLOC(sp, subpartition);  in subpartition_new_ufs()
653 		sp->letter = '@';  in subpartition_new_ufs()
658 			sp->letter = 'a';  in subpartition_new_ufs()
660 			sp->letter = 'd';  in subpartition_new_ufs()
662 			sp->letter = (char)(last->letter + 1);  in subpartition_new_ufs()
664 		if (sp->letter == 'b' && strcmp(mountpoint, "swap") != 0)  in subpartition_new_ufs()
665 			sp->letter = 'd';  in subpartition_new_ufs()
668 	sp->parent = s;  in subpartition_new_ufs()
670 	sp->mountpoint = aura_strdup(mountpoint);  in subpartition_new_ufs()
671 	sp->capacity = capacity;  in subpartition_new_ufs()
672 	sp->encrypted = encrypted;  in subpartition_new_ufs()
673 	sp->type = FS_UFS;  in subpartition_new_ufs()
676 		if (sp->capacity < 1024)  in subpartition_new_ufs()
677 			sp->fsize = 1024;  in subpartition_new_ufs()
679 			sp->fsize = 2048;  in subpartition_new_ufs()
681 		sp->fsize = fsize;  in subpartition_new_ufs()
685 		if (sp->capacity < 1024)  in subpartition_new_ufs()
686 			sp->bsize = 8192;  in subpartition_new_ufs()
688 			sp->bsize = 16384;  in subpartition_new_ufs()
690 		sp->bsize = bsize;  in subpartition_new_ufs()
695 			sp->softupdates = 0;  in subpartition_new_ufs()
697 			sp->softupdates = 1;  in subpartition_new_ufs()
699 		sp->softupdates = softupdates;  in subpartition_new_ufs()
702 	sp->tmpfsbacked = tmpfsbacked;  in subpartition_new_ufs()
704 	sp->is_swap = 0;  in subpartition_new_ufs()
706 		sp->is_swap = 1;  in subpartition_new_ufs()
711 	sp->next = NULL;  in subpartition_new_ufs()
713 		s->subpartition_head = sp;  in subpartition_new_ufs()
715 		s->subpartition_tail->next = sp;  in subpartition_new_ufs()
717 	sp->prev = s->subpartition_tail;  in subpartition_new_ufs()
718 	s->subpartition_tail = sp;  in subpartition_new_ufs()
736 	return(sp);  in subpartition_new_ufs()
746 	struct subpartition *sp = s->subpartition_head;  in subpartition_find()  local
754 	while (sp != NULL) {  in subpartition_find()
755 		if (strcmp(mountpoint, sp->mountpoint) == 0) {  in subpartition_find()
757 			return(sp);  in subpartition_find()
759 		sp = sp->next;  in subpartition_find()
775 	struct subpartition *sp = s->subpartition_head;  in subpartition_of()  local
785 	while (sp != NULL) {  in subpartition_of()
786 		if (strlen(sp->mountpoint) > len &&  in subpartition_of()
787 		    strlen(sp->mountpoint) <= strlen(filename) &&  in subpartition_of()
788 		    strncmp(filename, sp->mountpoint, strlen(sp->mountpoint)) == 0) {  in subpartition_of()
789 				csp = sp;  in subpartition_of()
792 		sp = sp->next;  in subpartition_of()
802 	struct subpartition *sp = s->subpartition_head;  in subpartition_find_capacity()  local
804 	while (sp != NULL) {  in subpartition_find_capacity()
805 		if (sp->capacity == capacity)  in subpartition_find_capacity()
806 			return(sp);  in subpartition_find_capacity()
807 		sp = sp->next;  in subpartition_find_capacity()
814 subpartition_next(const struct subpartition *sp)  in subpartition_next()  argument
816 	return(sp->next);  in subpartition_next()
820 subpartition_get_pfs(const struct subpartition *sp)  in subpartition_get_pfs()  argument
822 	return(sp->pfs);  in subpartition_get_pfs()
832 subpartition_get_device_name(const struct subpartition *sp)  in subpartition_get_device_name()  argument
836 	if (sp->parent->parent->serno != NULL)  in subpartition_get_device_name()
838 		    sp->parent->parent->serno, sp->parent->number, sp->letter);  in subpartition_get_device_name()
841 		    sp->parent->parent->device, sp->parent->number, sp->letter);  in subpartition_get_device_name()
851 subpartition_get_mapper_name(const struct subpartition *sp, int withdev)  in subpartition_get_mapper_name()  argument
856 	src = strrchr(sp->mountpoint, '/');  in subpartition_get_mapper_name()
880 subpartition_get_mountpoint(const struct subpartition *sp)  in subpartition_get_mountpoint()  argument
882 	return(sp->mountpoint);  in subpartition_get_mountpoint()
886 subpartition_get_letter(const struct subpartition *sp)  in subpartition_get_letter()  argument
888 	return(sp->letter);  in subpartition_get_letter()
892 subpartition_get_fsize(const struct subpartition *sp)  in subpartition_get_fsize()  argument
894 	return(sp->fsize);  in subpartition_get_fsize()
898 subpartition_get_bsize(const struct subpartition *sp)  in subpartition_get_bsize()  argument
900 	return(sp->bsize);  in subpartition_get_bsize()
904 subpartition_get_capacity(const struct subpartition *sp)  in subpartition_get_capacity()  argument
906 	return(sp->capacity);  in subpartition_get_capacity()
910 subpartition_clr_encrypted(struct subpartition *sp)  in subpartition_clr_encrypted()  argument
912 	sp->encrypted = 0;  in subpartition_clr_encrypted()
916 subpartition_is_encrypted(const struct subpartition *sp)  in subpartition_is_encrypted()  argument
918 	return(sp->encrypted);  in subpartition_is_encrypted()
922 subpartition_is_swap(const struct subpartition *sp)  in subpartition_is_swap()  argument
924 	return(sp->is_swap);  in subpartition_is_swap()
928 subpartition_is_softupdated(const struct subpartition *sp)  in subpartition_is_softupdated()  argument
930 	return(sp->softupdates);  in subpartition_is_softupdated()
933 subpartition_is_tmpfsbacked(const struct subpartition *sp)  in subpartition_is_tmpfsbacked()  argument
935 	return(sp->tmpfsbacked);  in subpartition_is_tmpfsbacked()
941 	struct subpartition *sp = s->subpartition_head;  in subpartition_count()  local
944 	while (sp != NULL) {  in subpartition_count()
946 		sp = sp->next;  in subpartition_count()
955 	struct subpartition *sp = s->subpartition_head, *next;  in subpartitions_free()  local
957 	while (sp != NULL) {  in subpartitions_free()
958 		next = sp->next;  in subpartitions_free()
959 		free(sp->mountpoint);  in subpartitions_free()
960 		AURA_FREE(sp, subpartition);  in subpartitions_free()
961 		sp = next;  in subpartitions_free()