svr4pkg/libinst/mntinfo.c

79 struct	fstable	**fs_tab = NULL;
228 		(void) strcpy(hostname, fs_tab[n]->remote_name);
230 			if ((strcmp(fs_tab[n]->fstype, MNTTYPE_AUTO)) == NULL)
233 				return (fs_tab[n]->fstype);
264  * already in place on the server. This scans the fs_tab for a remote_name
292 		if (strcmp(fs_tab[i]->name, client_path) == 0) {
300 			    strcmp(fs_tab[i]->remote_name, host_path) == 0) {
307 		if (strcmp(fs_tab[i]->remote_name, vfs->vfs_special) == 0) {
338 		if (fs_tab[n]->cl_mounted && fs_tab[n]->srvr_map) {
344 			arg[1] = fs_tab[n]->name;
393 						fs_tab[n]->name, errcode);
395 					fs_tab[n]->cl_mounted = 0;
463 		if (fs_tab[n]->mounted && fs_tab[n]->srvr_map) {
471 			arg[3] = fs_tab[n]->remote_name;
472 			arg[4] = fs_tab[n]->name;
519 					fs_tab[n]->mnt_failed = 1;
521 					    fs_tab[n]->name, errcode);
523 					fs_tab[n]->cl_mounted = 1;
564  * filesystem. fsys_value is the fs_tab[] entry to which the loopback'd path is
578 			"%s%s", fs_tab[fsys_value]->remote_name,
579 			path+strlen(fs_tab[fsys_value]->name));
587 /* This function sets up the standard parts of the fs_tab. */
614 	 * Point fs_tab at the head of the array again, since it may have
617 	 * array. Because we stored pointer to that array in fs_tab, we need
620 	if ((fs_tab = (struct fstable **)ar_get_head(fs_list)) == NULL) {
660 		free(fs_tab[n]->fstype);
661 		free(fs_tab[n]->name);
662 		free(fs_tab[n]->remote_name);
695  * This function constructs a new filesystem table (fs_tab[]) entry based on
697  * into fs_tab[].
758  * This function modifies an existing fs_tab[] entry. It was found mounted up
770 		fs_tab[fstab_entry]->served = 1;
772 	fs_tab[fstab_entry]->cl_mounted = 1;
776  * This function constructs a new fs_tab[] entry based on
822 			link_name = strdup(fs_tab[match_mount]->name);
825 			nfte->writeable = fs_tab[match_mount]->writeable;
826 			nfte->write_tested = fs_tab[match_mount]->write_tested;
832 		nfte->writeable = fs_tab[fsys(link_name)]->writeable;
891 	 * for in the fs_tab[] so far. If the remote filesystem is really on
905 		qsort(fs_tab, fs_tab_used,
1005 	qsort(fs_tab, fs_tab_used, sizeof (struct fstable *), fs_tab_ent_comp);
1006 	if (strcmp(fs_tab[fs_tab_used-1]->name, rn) != 0) {
1007 		progerr(ERR_MNT_NOROOT, fs_tab[fs_tab_used-1]->name, rn, errno,
1092 	 * fs_tab[] are sorted by decreasing length to facilitate the scan.
1106 		if (fs_tab[i] == NULL)
1108 		else if (fs_tab[i]->namlen <= pathlen)
1114 		if (fs_tab[i] == NULL)
1117 		fs_namelen = fs_tab[i]->namlen;
1129 		if ((fs_namelen == 1 && *(fs_tab[i]->name) == '/') ||
1131 		    strncmp(fs_tab[i]->name, path2use, fs_namelen) == 0))
1145  * This function returns the entry in the fs_tab[] corresponding to the
1162 	} while (fs_tab[i]->srvr_map);
1168  * This function returns the srvr_map status based upon the fs_tab entry
1175 	return ((int)fs_tab[n]->srvr_map);
1179  * This function returns the mount status based upon the fs_tab entry
1186 	return ((int)fs_tab[n]->mounted);
1202 	if (fs_tab[n]->remote && fs_tab[n]->mounted &&
1203 	    !fs_tab[n]->write_tested) {
1204 		if (fs_tab[n]->writeable && !really_write(fs_tab[n]->name))
1205 			fs_tab[n]->writeable = 0;	/* not really */
1207 		fs_tab[n]->write_tested = 1;	/* confirmed */
1210 	return ((int)fs_tab[n]->writeable);
1222 	return ((int)fs_tab[n]->remote);
1229 	return ((int)fs_tab[n]->served);
1240 	return (fs_tab[n]->bfree);
1251 	return (fs_tab[n]->bused);
1262 	return (fs_tab[n]->ffree);
1273 	return (fs_tab[n]->fused);
1284 	fs_tab[n]->bused = value;
1291 	return (fs_tab[n]->bsize);
1298 	return (fs_tab[n]->bsize);
1312 		return (fs_tab[n]->name);
1324 	return (fs_tab[n]->remote_name);
1410 	p = strchr(fs_tab[n]->remote_name, ':');
1412 		p = fs_tab[n]->remote_name; 	/* Loopback */
1428 	return (fs_tab[n]->name);
1439 		return (fs_tab[n]);