/* * CDDL HEADER START * * The contents of this file are subject to the terms of the * Common Development and Distribution License (the "License"). * You may not use this file except in compliance with the License. * * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE * or http://www.opensolaris.org/os/licensing. * See the License for the specific language governing permissions * and limitations under the License. * * When distributing Covered Code, include this CDDL HEADER in each * file and include the License file at usr/src/OPENSOLARIS.LICENSE. * If applicable, add the following below this CDDL HEADER, with the * fields enclosed by brackets "[]" replaced with your own identifying * information: Portions Copyright [yyyy] [name of copyright owner] * * CDDL HEADER END */ /* * Copyright 2010 Sun Microsystems, Inc. All rights reserved. * Use is subject to license terms. */ #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include "sharemgr.h" #include #include #include #include #include #include #include static char *sa_get_usage(sa_usage_t); /* * Implementation of the common sub-commands supported by sharemgr. * A number of helper functions are also included. */ /* * has_protocol(group, proto) * If the group has an optionset with the specified protocol, * return true (1) otherwise false (0). */ static int has_protocol(sa_group_t group, char *protocol) { sa_optionset_t optionset; int result = 0; optionset = sa_get_optionset(group, protocol); if (optionset != NULL) { result++; } return (result); } /* * validresource(name) * * Check that name only has valid characters in it. The current valid * set are the printable characters but not including: * " / \ [ ] : | < > + ; , ? * = \t * Note that space is included and there is a maximum length. */ static int validresource(const char *name) { const char *cp; size_t len; if (name == NULL) return (B_FALSE); len = strlen(name); if (len == 0 || len > SA_MAX_RESOURCE_NAME) return (B_FALSE); if (strpbrk(name, "\"/\\[]:|<>+;,?*=\t") != NULL) { return (B_FALSE); } for (cp = name; *cp != '\0'; cp++) if (iscntrl(*cp)) return (B_FALSE); return (B_TRUE); } /* * conv_to_utf8(input) * * Convert the input string to utf8 from the current locale. If the * conversion fails, use the current locale, it is likely close * enough. For example, the "C" locale is a subset of utf-8. The * return value may be a new string or the original input string. */ static char * conv_to_utf8(char *input) { iconv_t cd; char *inval = input; char *output = input; char *outleft; char *curlocale; size_t bytesleft; size_t size; size_t osize; static int warned = 0; curlocale = nl_langinfo(CODESET); if (curlocale == NULL) curlocale = "C"; cd = iconv_open("UTF-8", curlocale); if (cd != NULL && cd != (iconv_t)-1) { size = strlen(input); /* Assume worst case of characters expanding to 4 bytes. */ bytesleft = size * 4; output = calloc(bytesleft, 1); if (output != NULL) { outleft = output; /* inval can be modified on return */ osize = iconv(cd, (const char **)&inval, &size, &outleft, &bytesleft); if (osize == (size_t)-1 || size != 0) { free(output); output = input; } } else { /* Need to return something. */ output = input; } (void) iconv_close(cd); } else { if (!warned) (void) fprintf(stderr, gettext("Cannot convert to UTF-8 from %s\n"), curlocale ? curlocale : gettext("unknown")); warned = 1; } return (output); } /* * conv_from(input) * * Convert the input string from utf8 to current locale. If the * conversion isn't supported, just use as is. The return value may be * a new string or the original input string. */ static char * conv_from_utf8(char *input) { iconv_t cd; char *output = input; char *inval = input; char *outleft; char *curlocale; size_t bytesleft; size_t size; size_t osize; static int warned = 0; curlocale = nl_langinfo(CODESET); if (curlocale == NULL) curlocale = "C"; cd = iconv_open(curlocale, "UTF-8"); if (cd != NULL && cd != (iconv_t)-1) { size = strlen(input); /* Assume worst case of characters expanding to 4 bytes. */ bytesleft = size * 4; output = calloc(bytesleft, 1); if (output != NULL) { outleft = output; osize = iconv(cd, (const char **)&inval, &size, &outleft, &bytesleft); if (osize == (size_t)-1 || size != 0) output = input; } else { /* Need to return something. */ output = input; } (void) iconv_close(cd); } else { if (!warned) (void) fprintf(stderr, gettext("Cannot convert to %s from UTF-8\n"), curlocale ? curlocale : gettext("unknown")); warned = 1; } return (output); } /* * print_rsrc_desc(resource, sharedesc) * * Print the resource description string after converting from UTF8 to * the current locale. If sharedesc is not NULL and there is no * description on the resource, use sharedesc. sharedesc will already * be converted to UTF8. */ static void print_rsrc_desc(sa_resource_t resource, char *sharedesc) { char *description; char *desc; if (resource == NULL) return; description = sa_get_resource_description(resource); if (description != NULL) { desc = conv_from_utf8(description); if (desc != description) { sa_free_share_description(description); description = desc; } } else if (sharedesc != NULL) { description = strdup(sharedesc); } if (description != NULL) { (void) printf("\t\"%s\"", description); sa_free_share_description(description); } } /* * set_resource_desc(share, description) * * Set the share description value after converting the description * string to UTF8 from the current locale. */ static int set_resource_desc(sa_share_t share, char *description) { char *desc; int ret; desc = conv_to_utf8(description); ret = sa_set_resource_description(share, desc); if (description != desc) sa_free_share_description(desc); return (ret); } /* * set_share_desc(share, description) * * Set the resource description value after converting the description * string to UTF8 from the current locale. */ static int set_share_desc(sa_share_t share, char *description) { char *desc; int ret; desc = conv_to_utf8(description); ret = sa_set_share_description(share, desc); if (description != desc) sa_free_share_description(desc); return (ret); } /* * add_list(list, item, data, proto) * Adds a new list member that points holds item in the list. * If list is NULL, it starts a new list. The function returns * the first member of the list. */ struct list * add_list(struct list *listp, void *item, void *data, char *proto) { struct list *new, *tmp; new = malloc(sizeof (struct list)); if (new != NULL) { new->next = NULL; new->item = item; new->itemdata = data; new->proto = proto; } else { return (listp); } if (listp == NULL) return (new); for (tmp = listp; tmp->next != NULL; tmp = tmp->next) { /* get to end of list */ } tmp->next = new; return (listp); } /* * free_list(list) * Given a list, free all the members of the list; */ static void free_list(struct list *listp) { struct list *tmp; while (listp != NULL) { tmp = listp; listp = listp->next; free(tmp); } } /* * check_authorization(instname, which) * * Checks to see if the specific type of authorization in which is * enabled for the user in this SMF service instance. */ static int check_authorization(char *instname, int which) { scf_handle_t *handle = NULL; scf_simple_prop_t *prop = NULL; char svcstring[SA_MAX_NAME_LEN + sizeof (SA_SVC_FMRI_BASE) + 1]; char *authstr = NULL; ssize_t numauths; int ret = B_TRUE; uid_t uid; struct passwd *pw = NULL; uid = getuid(); pw = getpwuid(uid); if (pw == NULL) { ret = B_FALSE; } else { /* * Since names are restricted to SA_MAX_NAME_LEN won't * overflow. */ (void) snprintf(svcstring, sizeof (svcstring), "%s:%s", SA_SVC_FMRI_BASE, instname); handle = scf_handle_create(SCF_VERSION); if (handle != NULL) { if (scf_handle_bind(handle) == 0) { switch (which) { case SVC_SET: prop = scf_simple_prop_get(handle, svcstring, "general", SVC_AUTH_VALUE); break; case SVC_ACTION: prop = scf_simple_prop_get(handle, svcstring, "general", SVC_AUTH_ACTION); break; } } } } /* make sure we have an authorization string property */ if (prop != NULL) { int i; numauths = scf_simple_prop_numvalues(prop); for (ret = 0, i = 0; i < numauths; i++) { authstr = scf_simple_prop_next_astring(prop); if (authstr != NULL) { /* check if this user has one of the strings */ if (chkauthattr(authstr, pw->pw_name)) { ret = 1; break; } } } endauthattr(); scf_simple_prop_free(prop); } else { /* no authorization string defined */ ret = 0; } if (handle != NULL) scf_handle_destroy(handle); return (ret); } /* * check_authorizations(instname, flags) * * check all the needed authorizations for the user in this service * instance. Return value of 1(true) or 0(false) indicates whether * there are authorizations for the user or not. */ static int check_authorizations(char *instname, int flags) { int ret1 = 0; int ret2 = 0; int ret; if (flags & SVC_SET) ret1 = check_authorization(instname, SVC_SET); if (flags & SVC_ACTION) ret2 = check_authorization(instname, SVC_ACTION); switch (flags) { case SVC_ACTION: ret = ret2; break; case SVC_SET: ret = ret1; break; case SVC_ACTION|SVC_SET: ret = ret1 & ret2; break; default: /* if not flags set, we assume we don't need authorizations */ ret = 1; } return (ret); } /* * notify_or_enable_share(share, protocol) * * Since some protocols don't want an "enable" when properties change, * this function will use the protocol specific notify function * first. If that fails, it will then attempt to use the * sa_enable_share(). "protocol" is the protocol that was specified * on the command line. */ static void notify_or_enable_share(sa_share_t share, char *protocol) { sa_group_t group; sa_optionset_t opt; int ret = SA_OK; char *path; char *groupproto; sa_share_t parent = share; /* If really a resource, get parent share */ if (!sa_is_share(share)) { parent = sa_get_resource_parent((sa_resource_t)share); } /* * Now that we've got a share in "parent", make sure it has a path. */ path = sa_get_share_attr(parent, "path"); if (path == NULL) return; group = sa_get_parent_group(parent); if (group == NULL) { sa_free_attr_string(path); return; } for (opt = sa_get_optionset(group, NULL); opt != NULL; opt = sa_get_next_optionset(opt)) { groupproto = sa_get_optionset_attr(opt, "type"); if (groupproto == NULL || (protocol != NULL && strcmp(groupproto, protocol) != 0)) { if (groupproto != NULL) sa_free_attr_string(groupproto); continue; } if (sa_is_share(share)) { if ((ret = sa_proto_change_notify(share, groupproto)) != SA_OK) { ret = sa_enable_share(share, groupproto); if (ret != SA_OK) { (void) printf( gettext("Could not reenable" " share %s: %s\n"), path, sa_errorstr(ret)); } } } else { /* Must be a resource */ if ((ret = sa_proto_notify_resource(share, groupproto)) != SA_OK) { ret = sa_enable_resource(share, groupproto); if (ret != SA_OK) { (void) printf( gettext("Could not " "reenable resource %s: " "%s\n"), path, sa_errorstr(ret)); } } } sa_free_attr_string(groupproto); } sa_free_attr_string(path); } /* * enable_group(group, updateproto, notify, proto) * * enable all the shares in the specified group. This is a helper for * enable_all_groups in order to simplify regular and subgroup (zfs) * enabling. Group has already been checked for non-NULL. If notify * is non-zero, attempt to use the notify interface rather than * enable. */ static void enable_group(sa_group_t group, char *updateproto, int notify, char *proto) { sa_share_t share; /* If the protocol isn't enabled for this group skip it */ if (!has_protocol(group, proto)) return; for (share = sa_get_share(group, NULL); share != NULL; share = sa_get_next_share(share)) { if (updateproto != NULL) (void) sa_update_legacy(share, updateproto); if (notify) notify_or_enable_share(share, proto); else (void) sa_enable_share(share, proto); } } /* * isenabled(group) * * Returns B_TRUE if the group is enabled or B_FALSE if it isn't. * Moved to separate function to reduce clutter in the code. */ static int isenabled(sa_group_t group) { char *state; int ret = B_FALSE; if (group != NULL) { state = sa_get_group_attr(group, "state"); if (state != NULL) { if (strcmp(state, "enabled") == 0) ret = B_TRUE; sa_free_attr_string(state); } } return (ret); } /* * enable_all_groups(list, setstate, online, updateproto) * * Given a list of groups, enable each one found. If updateproto is * not NULL, then update all the shares for the protocol that was * passed in. If enable is non-zero, tell enable_group to try the * notify interface since this is a property change. */ static int enable_all_groups(sa_handle_t handle, struct list *work, int setstate, int online, char *updateproto, int enable) { int ret; char instance[SA_MAX_NAME_LEN + sizeof (SA_SVC_FMRI_BASE) + 1]; char *state; char *name; char *zfs = NULL; sa_group_t group; sa_group_t subgroup; for (ret = SA_OK; work != NULL; work = work->next) { group = (sa_group_t)work->item; /* * If setstate == TRUE, then make sure to set * enabled. This needs to be done here in order for * the isenabled check to succeed on a newly enabled * group. */ if (setstate == B_TRUE) { ret = sa_set_group_attr(group, "state", "enabled"); if (ret != SA_OK) break; } /* * Check to see if group is enabled. If it isn't, skip * the rest. We don't want shares starting if the * group is disabled. The properties may have been * updated, but there won't be a change until the * group is enabled. */ if (!isenabled(group)) continue; /* if itemdata != NULL then a single share */ if (work->itemdata != NULL) { if (enable) { if (work->itemdata != NULL) notify_or_enable_share(work->itemdata, updateproto); else ret = SA_CONFIG_ERR; } else { if (sa_is_share(work->itemdata)) { ret = sa_enable_share( (sa_share_t)work->itemdata, updateproto); } else { ret = sa_enable_resource( (sa_resource_t)work->itemdata, updateproto); } } } if (ret != SA_OK) break; /* if itemdata == NULL then the whole group */ if (work->itemdata == NULL) { zfs = sa_get_group_attr(group, "zfs"); /* * If the share is managed by ZFS, don't * update any of the protocols since ZFS is * handling this. Updateproto will contain * the name of the protocol that we want to * update legacy files for. */ enable_group(group, zfs == NULL ? updateproto : NULL, enable, work->proto); if (zfs != NULL) sa_free_attr_string(zfs); for (subgroup = sa_get_sub_group(group); subgroup != NULL; subgroup = sa_get_next_group(subgroup)) { /* never update legacy for ZFS subgroups */ enable_group(subgroup, NULL, enable, work->proto); } } if (online) { zfs = sa_get_group_attr(group, "zfs"); name = sa_get_group_attr(group, "name"); if (name != NULL) { if (zfs == NULL) { (void) snprintf(instance, sizeof (instance), "%s:%s", SA_SVC_FMRI_BASE, name); state = smf_get_state(instance); if (state == NULL || strcmp(state, "online") != 0) { (void) smf_enable_instance( instance, 0); free(state); } } else { sa_free_attr_string(zfs); zfs = NULL; } if (name != NULL) sa_free_attr_string(name); } } } if (ret == SA_OK) { ret = sa_update_config(handle); } return (ret); } /* * chk_opt(optlistp, security, proto) * * Do a sanity check on the optlist provided for the protocol. This * is a syntax check and verification that the property is either a * general or specific to a names optionset. */ static int chk_opt(struct options *optlistp, int security, char *proto) { struct options *optlist; char *sep = ""; int notfirst = 0; int ret; for (optlist = optlistp; optlist != NULL; optlist = optlist->next) { char *optname; optname = optlist->optname; ret = OPT_ADD_OK; /* extract property/value pair */ if (sa_is_security(optname, proto)) { if (!security) ret = OPT_ADD_SECURITY; } else { if (security) ret = OPT_ADD_PROPERTY; } if (ret != OPT_ADD_OK) { if (notfirst == 0) (void) printf( gettext("Property syntax error: ")); switch (ret) { case OPT_ADD_SYNTAX: (void) printf(gettext("%ssyntax error: %s"), sep, optname); sep = ", "; break; case OPT_ADD_SECURITY: (void) printf(gettext("%s%s requires -S"), optname, sep); sep = ", "; break; case OPT_ADD_PROPERTY: (void) printf( gettext("%s%s not supported with -S"), optname, sep); sep = ", "; break; } notfirst++; } } if (notfirst) { (void) printf("\n"); ret = SA_SYNTAX_ERR; } return (ret); } /* * free_opt(optlist) * Free the specified option list. */ static void free_opt(struct options *optlist) { struct options *nextopt; while (optlist != NULL) { nextopt = optlist->next; free(optlist); optlist = nextopt; } } /* * check property list for valid properties * A null value is a remove which is always valid. */ static int valid_options(sa_handle_t handle, struct options *optlist, char *proto, void *object, char *sec) { int ret = SA_OK; struct options *cur; sa_property_t prop; sa_optionset_t parent = NULL; if (object != NULL) { if (sec == NULL) parent = sa_get_optionset(object, proto); else parent = sa_get_security(object, sec, proto); } for (cur = optlist; cur != NULL; cur = cur->next) { if (cur->optvalue == NULL) continue; prop = sa_create_property(cur->optname, cur->optvalue); if (prop == NULL) ret = SA_NO_MEMORY; if (ret != SA_OK || (ret = sa_valid_property(handle, parent, proto, prop)) != SA_OK) { (void) printf( gettext("Could not add property %s: %s\n"), cur->optname, sa_errorstr(ret)); } (void) sa_remove_property(prop); } return (ret); } /* * add_optionset(group, optlist, protocol, *err) * Add the options in optlist to an optionset and then add the optionset * to the group. * * The return value indicates if there was a "change" while errors are * returned via the *err parameters. */ static int add_optionset(sa_group_t group, struct options *optlist, char *proto, int *err) { sa_optionset_t optionset; int ret = SA_OK; int result = B_FALSE; sa_handle_t handle; optionset = sa_get_optionset(group, proto); if (optionset == NULL) { optionset = sa_create_optionset(group, proto); if (optionset == NULL) ret = SA_NO_MEMORY; result = B_TRUE; /* adding a protocol is a change */ } if (optionset == NULL) { ret = SA_NO_MEMORY; goto out; } handle = sa_find_group_handle(group); if (handle == NULL) { ret = SA_CONFIG_ERR; goto out; } while (optlist != NULL) { sa_property_t prop; prop = sa_get_property(optionset, optlist->optname); if (prop == NULL) { /* * add the property, but only if it is * a non-NULL or non-zero length value */ if (optlist->optvalue != NULL) { prop = sa_create_property(optlist->optname, optlist->optvalue); if (prop != NULL) { ret = sa_valid_property(handle, optionset, proto, prop); if (ret != SA_OK) { (void) sa_remove_property(prop); (void) printf(gettext("Could " "not add property " "%s: %s\n"), optlist->optname, sa_errorstr(ret)); } } if (ret == SA_OK) { ret = sa_add_property(optionset, prop); if (ret != SA_OK) { (void) printf(gettext( "Could not add property " "%s: %s\n"), optlist->optname, sa_errorstr(ret)); } else { /* there was a change */ result = B_TRUE; } } } } else { ret = sa_update_property(prop, optlist->optvalue); /* should check to see if value changed */ if (ret != SA_OK) { (void) printf(gettext("Could not update " "property %s: %s\n"), optlist->optname, sa_errorstr(ret)); } else { result = B_TRUE; } } optlist = optlist->next; } ret = sa_commit_properties(optionset, 0); out: if (err != NULL) *err = ret; return (result); } /* * resource_compliant(group) * * Go through all the shares in the group. Assume compliant, but if * any share doesn't have at least one resource name, it isn't * compliant. */ static int resource_compliant(sa_group_t group) { sa_share_t share; for (share = sa_get_share(group, NULL); share != NULL; share = sa_get_next_share(share)) { if (sa_get_share_resource(share, NULL) == NULL) { return (B_FALSE); } } return (B_TRUE); } /* * fix_path(path) * * change all illegal characters to something else. For now, all get * converted to '_' and the leading '/' is stripped off. This is used * to construct an resource name (SMB share name) that is valid. * Caller must pass a valid path. */ static void fix_path(char *path) { char *cp; size_t len; assert(path != NULL); /* make sure we are appropriate length */ cp = path + 1; /* skip leading slash */ while (cp != NULL && strlen(cp) > SA_MAX_RESOURCE_NAME) { cp = strchr(cp, '/'); if (cp != NULL) cp++; } /* two cases - cp == NULL and cp is substring of path */ if (cp == NULL) { /* just take last SA_MAX_RESOURCE_NAME chars */ len = 1 + strlen(path) - SA_MAX_RESOURCE_NAME; (void) memmove(path, path + len, SA_MAX_RESOURCE_NAME); path[SA_MAX_RESOURCE_NAME] = '\0'; } else { len = strlen(cp) + 1; (void) memmove(path, cp, len); } /* * Don't want any of the characters that are not allowed * in and SMB share name. Replace them with '_'. */ while (*path) { switch (*path) { case '/': case '"': case '\\': case '[': case ']': case ':': case '|': case '<': case '>': case '+': case ';': case ',': case '?': case '*': case '=': case '\t': *path = '_'; break; } path++; } } /* * name_adjust(path, count) * * Add a ~ in place of last few characters. The total number of * characters is dependent on count. */ #define MAX_MANGLE_NUMBER 10000 static int name_adjust(char *path, int count) { size_t len; len = strlen(path) - 2; if (count > 10) len--; if (count > 100) len--; if (count > 1000) len--; if (len > 0) (void) sprintf(path + len, "~%d", count); else return (SA_BAD_VALUE); return (SA_OK); } /* * make_resources(group) * * Go through all the shares in the group and make them have resource * names. */ static void make_resources(sa_group_t group) { sa_share_t share; int count; int err = SA_OK; for (share = sa_get_share(group, NULL); share != NULL; share = sa_get_next_share(share)) { /* Skip those with resources */ if (sa_get_share_resource(share, NULL) == NULL) { char *path; path = sa_get_share_attr(share, "path"); if (path == NULL) continue; fix_path(path); count = 0; /* reset for next resource */ while (sa_add_resource(share, path, SA_SHARE_PERMANENT, &err) == NULL && err == SA_DUPLICATE_NAME) { int ret; ret = name_adjust(path, count); count++; if (ret != SA_OK || count >= MAX_MANGLE_NUMBER) { (void) printf(gettext( "Cannot create resource name for" " path: %s\n"), path); break; } } sa_free_attr_string(path); } } } /* * check_valid_group(group, protocol) * * Check to see that the group should have the protocol added (if * there is one specified). */ static int check_valid_group(sa_group_t group, char *groupname, char *protocol) { if (protocol != NULL) { if (has_protocol(group, protocol)) { (void) printf(gettext( "Group \"%s\" already exists" " with protocol %s\n"), groupname, protocol); return (SA_DUPLICATE_NAME); } else if (strcmp(groupname, "default") == 0 && strcmp(protocol, "nfs") != 0) { (void) printf(gettext( "Group \"%s\" only allows protocol " "\"%s\"\n"), groupname, "nfs"); return (SA_INVALID_PROTOCOL); } } else { /* must add new protocol */ (void) printf(gettext( "Group already exists and no protocol " "specified.\n")); return (SA_DUPLICATE_NAME); } return (SA_OK); } /* * enforce_featureset(group, protocol, dryrun, force) * * Check the protocol featureset against the group and enforce any * rules that might be imposed. */ static int enforce_featureset(sa_group_t group, char *protocol, boolean_t dryrun, boolean_t force) { uint64_t features; if (protocol == NULL) return (SA_OK); /* * First check to see if specified protocol is one we want to * allow on a group. Only server protocols are allowed here. */ features = sa_proto_get_featureset(protocol); if (!(features & SA_FEATURE_SERVER)) { (void) printf( gettext("Protocol \"%s\" not supported.\n"), protocol); return (SA_INVALID_PROTOCOL); } /* * Check to see if the new protocol is one that requires * resource names and make sure we are compliant before * proceeding. */ if ((features & SA_FEATURE_RESOURCE) && !resource_compliant(group)) { if (force && !dryrun) { make_resources(group); } else { (void) printf( gettext("Protocol requires resource names to be " "set: %s\n"), protocol); return (SA_RESOURCE_REQUIRED); } } return (SA_OK); } /* * set_all_protocols(group) * * Get the list of all protocols and add all server protocols to the * group. */ static int set_all_protocols(sa_group_t group) { char **protolist; int numprotos, i; uint64_t features; sa_optionset_t optionset; int ret = SA_OK; /* * Now make sure we really want to put this protocol on a * group. Only server protocols can go here. */ numprotos = sa_get_protocols(&protolist); for (i = 0; i < numprotos; i++) { features = sa_proto_get_featureset(protolist[i]); if (features & SA_FEATURE_SERVER) { optionset = sa_create_optionset(group, protolist[i]); if (optionset == NULL) { ret = SA_NO_MEMORY; break; } } } if (protolist != NULL) free(protolist); return (ret); } /* * sa_create(flags, argc, argv) * create a new group * this may or may not have a protocol associated with it. * No protocol means "all" protocols in this case. */ static int sa_create(sa_handle_t handle, int flags, int argc, char *argv[]) { char *groupname; sa_group_t group; boolean_t force = B_FALSE; boolean_t verbose = B_FALSE; boolean_t dryrun = B_FALSE; int c; char *protocol = NULL; int ret = SA_OK; struct options *optlist = NULL; int err = SA_OK; int auth; boolean_t created = B_FALSE; while ((c = getopt(argc, argv, "?fhvnP:p:")) != EOF) { switch (c) { case 'f': force = B_TRUE; break; case 'v': verbose = B_TRUE; break; case 'n': dryrun = B_TRUE; break; case 'P': if (protocol != NULL) { (void) printf(gettext("Specifying " "multiple protocols " "not supported: %s\n"), protocol); return (SA_SYNTAX_ERR); } protocol = optarg; if (sa_valid_protocol(protocol)) break; (void) printf(gettext( "Invalid protocol specified: %s\n"), protocol); return (SA_INVALID_PROTOCOL); break; case 'p': ret = add_opt(&optlist, optarg, 0); switch (ret) { case OPT_ADD_SYNTAX: (void) printf(gettext( "Property syntax error for property: %s\n"), optarg); return (SA_SYNTAX_ERR); case OPT_ADD_SECURITY: (void) printf(gettext( "Security properties need " "to be set with set-security: %s\n"), optarg); return (SA_SYNTAX_ERR); default: break; } break; case 'h': /* optopt on valid arg isn't defined */ optopt = c; /*FALLTHROUGH*/ case '?': default: /* * Since a bad option gets to here, sort it * out and return a syntax error return value * if necessary. */ switch (optopt) { default: err = SA_SYNTAX_ERR; break; case 'h': case '?': break; } (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_CREATE)); return (err); } } if (optind >= argc) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_CREATE)); (void) printf(gettext("\tgroup must be specified.\n")); return (SA_BAD_PATH); } if ((optind + 1) < argc) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_CREATE)); (void) printf(gettext("\textraneous group(s) at end\n")); return (SA_SYNTAX_ERR); } if (protocol == NULL && optlist != NULL) { /* lookup default protocol */ (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_CREATE)); (void) printf(gettext("\tprotocol must be specified " "with properties\n")); return (SA_INVALID_PROTOCOL); } if (optlist != NULL) ret = chk_opt(optlist, 0, protocol); if (ret == OPT_ADD_SECURITY) { (void) printf(gettext("Security properties not " "supported with create\n")); return (SA_SYNTAX_ERR); } /* * If a group already exists, we can only add a new protocol * to it and not create a new one or add the same protocol * again. */ groupname = argv[optind]; auth = check_authorizations(groupname, flags); group = sa_get_group(handle, groupname); if (group != NULL) { /* group exists so must be a protocol add */ ret = check_valid_group(group, groupname, protocol); } else { /* * is it a valid name? Must comply with SMF instance * name restrictions. */ if (!sa_valid_group_name(groupname)) { ret = SA_INVALID_NAME; (void) printf(gettext("Invalid group name: %s\n"), groupname); } } if (ret == SA_OK) { /* check protocol vs optlist */ if (optlist != NULL) { /* check options, if any, for validity */ ret = valid_options(handle, optlist, protocol, group, NULL); } } if (ret == SA_OK && !dryrun) { if (group == NULL) { group = sa_create_group(handle, (char *)groupname, &err); created = B_TRUE; } if (group != NULL) { sa_optionset_t optionset; /* * Check group and protocol against featureset * requirements. */ ret = enforce_featureset(group, protocol, dryrun, force); if (ret != SA_OK) goto err; /* * So far so good. Now add the required * optionset(s) to the group. */ if (optlist != NULL) { (void) add_optionset(group, optlist, protocol, &ret); } else if (protocol != NULL) { optionset = sa_create_optionset(group, protocol); if (optionset == NULL) ret = SA_NO_MEMORY; } else if (protocol == NULL) { /* default group create so add all protocols */ ret = set_all_protocols(group); } /* * We have a group and legal additions */ if (ret == SA_OK) { /* * Commit to configuration for protocols that * need to do block updates. For NFS, this * doesn't do anything but it will be run for * all protocols that implement the * appropriate plugin. */ ret = sa_update_config(handle); } else { if (group != NULL) (void) sa_remove_group(group); } } else { ret = err; (void) printf(gettext("Could not create group: %s\n"), sa_errorstr(ret)); } } if (dryrun && ret == SA_OK && !auth && verbose) { (void) printf(gettext("Command would fail: %s\n"), sa_errorstr(SA_NO_PERMISSION)); ret = SA_NO_PERMISSION; } err: if (ret != SA_OK && created) ret = sa_remove_group(group); free_opt(optlist); return (ret); } /* * group_status(group) * * return the current status (enabled/disabled) of the group. */ static char * group_status(sa_group_t group) { char *state; int enabled = 0; state = sa_get_group_attr(group, "state"); if (state != NULL) { if (strcmp(state, "enabled") == 0) { enabled = 1; } sa_free_attr_string(state); } return (enabled ? "enabled" : "disabled"); } /* * sa_delete(flags, argc, argv) * * Delete a group. */ static int sa_delete(sa_handle_t handle, int flags, int argc, char *argv[]) { char *groupname; sa_group_t group; sa_share_t share; int verbose = 0; int dryrun = 0; int force = 0; int c; char *protocol = NULL; char *sectype = NULL; int ret = SA_OK; int auth; while ((c = getopt(argc, argv, "?hvnP:fS:")) != EOF) { switch (c) { case 'v': verbose++; break; case 'n': dryrun++; break; case 'P': if (protocol != NULL) { (void) printf(gettext("Specifying " "multiple protocols " "not supported: %s\n"), protocol); return (SA_SYNTAX_ERR); } protocol = optarg; if (!sa_valid_protocol(protocol)) { (void) printf(gettext("Invalid protocol " "specified: %s\n"), protocol); return (SA_INVALID_PROTOCOL); } break; case 'S': if (sectype != NULL) { (void) printf(gettext("Specifying " "multiple property " "spaces not supported: %s\n"), sectype); return (SA_SYNTAX_ERR); } sectype = optarg; break; case 'f': force++; break; case 'h': /* optopt on valid arg isn't defined */ optopt = c; /*FALLTHROUGH*/ case '?': default: /* * Since a bad option gets to here, sort it * out and return a syntax error return value * if necessary. */ switch (optopt) { default: ret = SA_SYNTAX_ERR; break; case 'h': case '?': break; } (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_DELETE)); return (ret); } } if (optind >= argc) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_DELETE)); (void) printf(gettext("\tgroup must be specified.\n")); return (SA_SYNTAX_ERR); } if ((optind + 1) < argc) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_DELETE)); (void) printf(gettext("\textraneous group(s) at end\n")); return (SA_SYNTAX_ERR); } if (sectype != NULL && protocol == NULL) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_DELETE)); (void) printf(gettext("\tsecurity requires protocol to be " "specified.\n")); return (SA_SYNTAX_ERR); } /* * Determine if the group already exists since it must in * order to be removed. * * We can delete when: * * - group is empty * - force flag is set * - if protocol specified, only delete the protocol */ groupname = argv[optind]; group = sa_get_group(handle, groupname); if (group == NULL) { ret = SA_NO_SUCH_GROUP; goto done; } auth = check_authorizations(groupname, flags); if (protocol == NULL) { share = sa_get_share(group, NULL); if (share != NULL) ret = SA_BUSY; if (share == NULL || (share != NULL && force == 1)) { ret = SA_OK; if (!dryrun) { while (share != NULL) { sa_share_t next_share; next_share = sa_get_next_share(share); /* * need to do the disable of * each share, but don't * actually do anything on a * dryrun. */ ret = sa_disable_share(share, NULL); ret = sa_remove_share(share); share = next_share; } ret = sa_remove_group(group); } } /* Commit to configuration if not a dryrun */ if (!dryrun && ret == SA_OK) { ret = sa_update_config(handle); } } else { /* a protocol delete */ sa_optionset_t optionset; sa_security_t security; if (sectype != NULL) { /* only delete specified security */ security = sa_get_security(group, sectype, protocol); if (security != NULL && !dryrun) ret = sa_destroy_security(security); else ret = SA_INVALID_PROTOCOL; } else { optionset = sa_get_optionset(group, protocol); if (optionset != NULL && !dryrun) { /* * have an optionset with * protocol to delete */ ret = sa_destroy_optionset(optionset); /* * Now find all security sets * for the protocol and remove * them. Don't remove other * protocols. */ for (security = sa_get_security(group, NULL, NULL); ret == SA_OK && security != NULL; security = sa_get_next_security(security)) { char *secprot; secprot = sa_get_security_attr(security, "type"); if (secprot != NULL && strcmp(secprot, protocol) == 0) ret = sa_destroy_security( security); if (secprot != NULL) sa_free_attr_string(secprot); } } else { if (!dryrun) ret = SA_INVALID_PROTOCOL; } } /* * With the protocol items removed, make sure that all * the shares are updated in the legacy files, if * necessary. */ for (share = sa_get_share(group, NULL); share != NULL; share = sa_get_next_share(share)) { (void) sa_delete_legacy(share, protocol); } } done: if (ret != SA_OK) { (void) printf(gettext("Could not delete group: %s\n"), sa_errorstr(ret)); } else if (dryrun && !auth && verbose) { (void) printf(gettext("Command would fail: %s\n"), sa_errorstr(SA_NO_PERMISSION)); } return (ret); } /* * strndupr(*buff, str, buffsize) * * used with small strings to duplicate and possibly increase the * buffer size of a string. */ static char * strndupr(char *buff, char *str, int *buffsize) { int limit; char *orig_buff = buff; if (buff == NULL) { buff = (char *)malloc(64); if (buff == NULL) return (NULL); *buffsize = 64; buff[0] = '\0'; } limit = strlen(buff) + strlen(str) + 1; if (limit > *buffsize) { limit = *buffsize = *buffsize + ((limit / 64) + 64); buff = realloc(buff, limit); } if (buff != NULL) { (void) strcat(buff, str); } else { /* if it fails, fail it hard */ if (orig_buff != NULL) free(orig_buff); } return (buff); } /* * group_proto(group) * * return a string of all the protocols (space separated) associated * with this group. */ static char * group_proto(sa_group_t group) { sa_optionset_t optionset; char *proto; char *buff = NULL; int buffsize = 0; int addspace = 0; /* * get the protocol list by finding the optionsets on this * group and extracting the type value. The initial call to * strndupr() initailizes buff. */ buff = strndupr(buff, "", &buffsize); if (buff != NULL) { for (optionset = sa_get_optionset(group, NULL); optionset != NULL && buff != NULL; optionset = sa_get_next_optionset(optionset)) { /* * extract out the protocol type from this optionset * and append it to the buffer "buff". strndupr() will * reallocate space as necessay. */ proto = sa_get_optionset_attr(optionset, "type"); if (proto != NULL) { if (addspace++) buff = strndupr(buff, " ", &buffsize); buff = strndupr(buff, proto, &buffsize); sa_free_attr_string(proto); } } } return (buff); } /* * sa_list(flags, argc, argv) * * implements the "list" subcommand to list groups and optionally * their state and protocols. */ static int sa_list(sa_handle_t handle, int flags, int argc, char *argv[]) { sa_group_t group; int verbose = 0; int c; char *protocol = NULL; int ret = SA_OK; #ifdef lint flags = flags; #endif while ((c = getopt(argc, argv, "?hvP:")) != EOF) { switch (c) { case 'v': verbose++; break; case 'P': if (protocol != NULL) { (void) printf(gettext( "Specifying multiple protocols " "not supported: %s\n"), protocol); return (SA_SYNTAX_ERR); } protocol = optarg; if (!sa_valid_protocol(protocol)) { (void) printf(gettext( "Invalid protocol specified: %s\n"), protocol); return (SA_INVALID_PROTOCOL); } break; case 'h': /* optopt on valid arg isn't defined */ optopt = c; /*FALLTHROUGH*/ case '?': default: /* * Since a bad option gets to here, sort it * out and return a syntax error return value * if necessary. */ switch (optopt) { default: ret = SA_SYNTAX_ERR; break; case 'h': case '?': break; } (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_LIST)); return (ret); } } if (optind != argc) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_LIST)); return (SA_SYNTAX_ERR); } for (group = sa_get_group(handle, NULL); group != NULL; group = sa_get_next_group(group)) { char *name; char *proto; if (protocol == NULL || has_protocol(group, protocol)) { name = sa_get_group_attr(group, "name"); if (name != NULL && (verbose > 1 || name[0] != '#')) { (void) printf("%s", (char *)name); if (verbose) { /* * Need the list of protocols * and current status once * available. We do want to * translate the * enabled/disabled text here. */ (void) printf("\t%s", isenabled(group) ? gettext("enabled") : gettext("disabled")); proto = group_proto(group); if (proto != NULL) { (void) printf("\t%s", (char *)proto); free(proto); } } (void) printf("\n"); } if (name != NULL) sa_free_attr_string(name); } } return (0); } /* * out_properties(optionset, proto, sec) * * Format the properties and encode the protocol and optional named * optionset into the string. * * format is protocol[:name]=(property-list) */ static void out_properties(sa_optionset_t optionset, char *proto, char *sec) { char *type; char *value; int spacer; sa_property_t prop; if (sec == NULL) (void) printf(" %s=(", proto ? proto : gettext("all")); else (void) printf(" %s:%s=(", proto ? proto : gettext("all"), sec); for (spacer = 0, prop = sa_get_property(optionset, NULL); prop != NULL; prop = sa_get_next_property(prop)) { /* * extract the property name/value and output with * appropriate spacing. I.e. no prefixed space the * first time through but a space on subsequent * properties. */ type = sa_get_property_attr(prop, "type"); value = sa_get_property_attr(prop, "value"); if (type != NULL) { (void) printf("%s%s=", spacer ? " " : "", type); spacer = 1; if (value != NULL) (void) printf("\"%s\"", value); else (void) printf("\"\""); } if (type != NULL) sa_free_attr_string(type); if (value != NULL) sa_free_attr_string(value); } (void) printf(")"); } /* * show_properties(group, protocol, prefix) * * print the properties for a group. If protocol is NULL, do all * protocols otherwise only the specified protocol. All security * (named groups specific to the protocol) are included. * * The "prefix" is always applied. The caller knows whether it wants * some type of prefix string (white space) or not. Once the prefix * has been output, it is reduced to the zero length string for the * remainder of the property output. */ static void show_properties(sa_group_t group, char *protocol, char *prefix) { sa_optionset_t optionset; sa_security_t security; char *value; char *secvalue; if (protocol != NULL) { optionset = sa_get_optionset(group, protocol); if (optionset != NULL) { (void) printf("%s", prefix); prefix = ""; out_properties(optionset, protocol, NULL); } security = sa_get_security(group, protocol, NULL); if (security != NULL) { (void) printf("%s", prefix); prefix = ""; out_properties(security, protocol, NULL); } } else { for (optionset = sa_get_optionset(group, protocol); optionset != NULL; optionset = sa_get_next_optionset(optionset)) { value = sa_get_optionset_attr(optionset, "type"); (void) printf("%s", prefix); prefix = ""; out_properties(optionset, value, 0); if (value != NULL) sa_free_attr_string(value); } for (security = sa_get_security(group, NULL, protocol); security != NULL; security = sa_get_next_security(security)) { value = sa_get_security_attr(security, "type"); secvalue = sa_get_security_attr(security, "sectype"); (void) printf("%s", prefix); prefix = ""; out_properties(security, value, secvalue); if (value != NULL) sa_free_attr_string(value); if (secvalue != NULL) sa_free_attr_string(secvalue); } } } /* * get_resource(share) * * Get the first resource name, if any, and fix string to be in * current locale and have quotes if it has embedded spaces. Return * an attr string that must be freed. */ static char * get_resource(sa_share_t share) { sa_resource_t resource; char *resstring = NULL; char *retstring; if ((resource = sa_get_share_resource(share, NULL)) != NULL) { resstring = sa_get_resource_attr(resource, "name"); if (resstring != NULL) { char *cp; int len; retstring = conv_from_utf8(resstring); if (retstring != resstring) { sa_free_attr_string(resstring); resstring = retstring; } if (strpbrk(resstring, " ") != NULL) { /* account for quotes */ len = strlen(resstring) + 3; cp = calloc(len, sizeof (char)); if (cp != NULL) { (void) snprintf(cp, len, "\"%s\"", resstring); sa_free_attr_string(resstring); resstring = cp; } else { sa_free_attr_string(resstring); resstring = NULL; } } } } return (resstring); } /* * has_resource_with_opt(share) * * Check to see if the share has any resource names with optionsets * set. Also indicate if multiple resource names since the syntax * would be about the same. */ static int has_resource_with_opt(sa_share_t share) { sa_resource_t resource; int ret = B_FALSE; for (resource = sa_get_share_resource(share, NULL); resource != NULL; resource = sa_get_next_resource(resource)) { if (sa_get_optionset(resource, NULL) != NULL) { ret = B_TRUE; break; } } return (ret); } /* * has_multiple_resource(share) * * Check to see if the share has multiple resource names since * the syntax would be about the same. */ static boolean_t has_multiple_resource(sa_share_t share) { sa_resource_t resource; int num; for (num = 0, resource = sa_get_share_resource(share, NULL); resource != NULL; resource = sa_get_next_resource(resource)) { num++; if (num > 1) return (B_TRUE); } return (B_FALSE); } /* * show_share(share, verbose, properties, proto, iszfs, sharepath) * * print out the share information. With the addition of resource as a * full object that can have multiple instances below the share, we * need to display that as well. */ static void show_share(sa_share_t share, int verbose, int properties, char *proto, int iszfs, char *sharepath) { char *drive; char *exclude; sa_resource_t resource = NULL; char *description; char *rsrcname; int rsrcwithopt; boolean_t multiple; char *type; rsrcwithopt = has_resource_with_opt(share); if (verbose || (properties && rsrcwithopt)) { /* First, indicate if transient */ type = sa_get_share_attr(share, "type"); if (type != NULL && !iszfs && verbose && strcmp(type, "transient") == 0) (void) printf("\t* "); else (void) printf("\t "); if (type != NULL) sa_free_attr_string(type); /* * If we came in with verbose, we want to handle the case of * multiple resources as though they had properties set. */ multiple = has_multiple_resource(share); /* * if there is a description on the share and there * are resources, treat as multiple resources in order * to get all descriptions displayed. */ description = sa_get_share_description(share); resource = sa_get_share_resource(share, NULL); if (description != NULL && resource != NULL) multiple = B_TRUE; /* Next, if not multiple follow old model */ if (!multiple && !rsrcwithopt) { rsrcname = get_resource(share); if (rsrcname != NULL && strlen(rsrcname) > 0) { (void) printf("%s=%s", rsrcname, sharepath); } else { (void) printf("%s", sharepath); } if (rsrcname != NULL) sa_free_attr_string(rsrcname); /* Print the description string if there is one. */ print_rsrc_desc(resource, description); } else { /* Treat as simple and then resources come later */ (void) printf("%s", sharepath); } drive = sa_get_share_attr(share, "drive-letter"); if (drive != NULL) { if (strlen(drive) > 0) (void) printf(gettext("\tdrive-letter=\"%s:\""), drive); sa_free_attr_string(drive); } if (properties) show_properties(share, proto, "\t"); exclude = sa_get_share_attr(share, "exclude"); if (exclude != NULL) { (void) printf(gettext("\tnot-shared-with=[%s]"), exclude); sa_free_attr_string(exclude); } if (description != NULL) { print_rsrc_desc((sa_resource_t)share, description); } /* * If there are resource names with options, show them * here, with one line per resource. Resource specific * options are at the end of the line followed by * description, if any. */ if (rsrcwithopt || multiple) { for (resource = sa_get_share_resource(share, NULL); resource != NULL; resource = sa_get_next_resource(resource)) { int has_space; char *rsrc; (void) printf("\n\t\t "); rsrcname = sa_get_resource_attr(resource, "name"); if (rsrcname == NULL) continue; rsrc = conv_from_utf8(rsrcname); has_space = strpbrk(rsrc, " ") != NULL; if (has_space) (void) printf("\"%s\"=%s", rsrc, sharepath); else (void) printf("%s=%s", rsrc, sharepath); if (rsrc != rsrcname) sa_free_attr_string(rsrc); sa_free_attr_string(rsrcname); if (properties || rsrcwithopt) show_properties(resource, proto, "\t"); /* Get description string if any */ print_rsrc_desc(resource, description); } } if (description != NULL) sa_free_share_description(description); } else { (void) printf("\t %s", sharepath); if (properties) show_properties(share, proto, "\t"); } (void) printf("\n"); } /* * show_group(group, verbose, properties, proto, subgroup) * * helper function to show the contents of a group. */ static void show_group(sa_group_t group, int verbose, int properties, char *proto, char *subgroup) { sa_share_t share; char *groupname; char *zfs = NULL; int iszfs = 0; char *sharepath; groupname = sa_get_group_attr(group, "name"); if (groupname != NULL) { if (proto != NULL && !has_protocol(group, proto)) { sa_free_attr_string(groupname); return; } /* * check to see if the group is managed by ZFS. If * there is an attribute, then it is. A non-NULL zfs * variable will trigger the different way to display * and will remove the transient property indicator * from the output. */ zfs = sa_get_group_attr(group, "zfs"); if (zfs != NULL) { iszfs = 1; sa_free_attr_string(zfs); } share = sa_get_share(group, NULL); if (subgroup == NULL) (void) printf("%s", groupname); else (void) printf(" %s/%s", subgroup, groupname); if (properties) show_properties(group, proto, ""); (void) printf("\n"); if (strcmp(groupname, "zfs") == 0) { sa_group_t zgroup; for (zgroup = sa_get_sub_group(group); zgroup != NULL; zgroup = sa_get_next_group(zgroup)) { show_group(zgroup, verbose, properties, proto, "zfs"); } sa_free_attr_string(groupname); return; } /* * Have a group, so list the contents. Resource and * description are only listed if verbose is set. */ for (share = sa_get_share(group, NULL); share != NULL; share = sa_get_next_share(share)) { sharepath = sa_get_share_attr(share, "path"); if (sharepath != NULL) { show_share(share, verbose, properties, proto, iszfs, sharepath); sa_free_attr_string(sharepath); } } } if (groupname != NULL) { sa_free_attr_string(groupname); } } /* * show_group_xml_init() * * Create an XML document that will be used to display config info via * XML format. */ xmlDocPtr show_group_xml_init() { xmlDocPtr doc; xmlNodePtr root; doc = xmlNewDoc((xmlChar *)"1.0"); if (doc != NULL) { root = xmlNewNode(NULL, (xmlChar *)"sharecfg"); if (root != NULL) (void) xmlDocSetRootElement(doc, root); } return (doc); } /* * show_group_xml(doc, group) * * Copy the group info into the XML doc. */ static void show_group_xml(xmlDocPtr doc, sa_group_t group) { xmlNodePtr node; xmlNodePtr root; root = xmlDocGetRootElement(doc); node = xmlCopyNode((xmlNodePtr)group, 1); if (node != NULL && root != NULL) { (void) xmlAddChild(root, node); /* * In the future, we may have interally used tags that * should not appear in the XML output. Remove * anything we don't want to show here. */ } } /* * sa_show(flags, argc, argv) * * Implements the show subcommand. */ int sa_show(sa_handle_t handle, int flags, int argc, char *argv[]) { sa_group_t group; int verbose = 0; int properties = 0; int c; int ret = SA_OK; char *protocol = NULL; int xml = 0; xmlDocPtr doc; #ifdef lint flags = flags; #endif while ((c = getopt(argc, argv, "?hvP:px")) != EOF) { switch (c) { case 'v': verbose++; break; case 'p': properties++; break; case 'P': if (protocol != NULL) { (void) printf(gettext( "Specifying multiple protocols " "not supported: %s\n"), protocol); return (SA_SYNTAX_ERR); } protocol = optarg; if (!sa_valid_protocol(protocol)) { (void) printf(gettext( "Invalid protocol specified: %s\n"), protocol); return (SA_INVALID_PROTOCOL); } break; case 'x': xml++; break; case 'h': /* optopt on valid arg isn't defined */ optopt = c; /*FALLTHROUGH*/ case '?': default: /* * Since a bad option gets to here, sort it * out and return a syntax error return value * if necessary. */ switch (optopt) { default: ret = SA_SYNTAX_ERR; break; case 'h': case '?': break; } (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_SHOW)); return (ret); } } if (xml) { doc = show_group_xml_init(); if (doc == NULL) ret = SA_NO_MEMORY; } if (optind == argc) { /* No group specified so go through them all */ for (group = sa_get_group(handle, NULL); group != NULL; group = sa_get_next_group(group)) { /* * Have a group so check if one we want and then list * contents with appropriate options. */ if (xml) show_group_xml(doc, group); else show_group(group, verbose, properties, protocol, NULL); } } else { /* Have a specified list of groups */ for (; optind < argc; optind++) { group = sa_get_group(handle, argv[optind]); if (group != NULL) { if (xml) show_group_xml(doc, group); else show_group(group, verbose, properties, protocol, NULL); } else { (void) printf(gettext("%s: not found\n"), argv[optind]); ret = SA_NO_SUCH_GROUP; } } } if (xml && ret == SA_OK) { (void) xmlDocFormatDump(stdout, doc, 1); xmlFreeDoc(doc); } return (ret); } /* * enable_share(group, share, update_legacy) * * helper function to enable a share if the group is enabled. */ static int enable_share(sa_handle_t handle, sa_group_t group, sa_share_t share, int update_legacy) { char *value; int enabled; sa_optionset_t optionset; int err; int ret = SA_OK; char *zfs = NULL; int iszfs = 0; int isshare; /* * need to enable this share if the group is enabled but not * otherwise. The enable is also done on each protocol * represented in the group. */ value = sa_get_group_attr(group, "state"); enabled = value != NULL && strcmp(value, "enabled") == 0; if (value != NULL) sa_free_attr_string(value); /* remove legacy config if necessary */ if (update_legacy) ret = sa_delete_legacy(share, NULL); zfs = sa_get_group_attr(group, "zfs"); if (zfs != NULL) { iszfs++; sa_free_attr_string(zfs); } /* * Step through each optionset at the group level and * enable the share based on the protocol type. This * works because protocols must be set on the group * for the protocol to be enabled. */ isshare = sa_is_share(share); for (optionset = sa_get_optionset(group, NULL); optionset != NULL && ret == SA_OK; optionset = sa_get_next_optionset(optionset)) { value = sa_get_optionset_attr(optionset, "type"); if (value != NULL) { if (enabled) { if (isshare) { err = sa_enable_share(share, value); } else { err = sa_enable_resource(share, value); if (err == SA_NOT_SUPPORTED) { sa_share_t parent; parent = sa_get_resource_parent( share); if (parent != NULL) err = sa_enable_share( parent, value); } } if (err != SA_OK) { ret = err; (void) printf(gettext( "Failed to enable share for " "\"%s\": %s\n"), value, sa_errorstr(ret)); } } /* * If we want to update the legacy, use a copy of * share so we can avoid breaking the loop we are in * since we might also need to go up the tree to the * parent. */ if (update_legacy && !iszfs) { sa_share_t update = share; if (!sa_is_share(share)) { update = sa_get_resource_parent(share); } (void) sa_update_legacy(update, value); } sa_free_attr_string(value); } } if (ret == SA_OK) (void) sa_update_config(handle); return (ret); } /* * sa_require_resource(group) * * if any of the defined protocols on the group require resource * names, then all shares must have them. */ static int sa_require_resource(sa_group_t group) { sa_optionset_t optionset; for (optionset = sa_get_optionset(group, NULL); optionset != NULL; optionset = sa_get_next_optionset(optionset)) { char *proto; proto = sa_get_optionset_attr(optionset, "type"); if (proto != NULL) { uint64_t features; features = sa_proto_get_featureset(proto); if (features & SA_FEATURE_RESOURCE) { sa_free_attr_string(proto); return (B_TRUE); } sa_free_attr_string(proto); } } return (B_FALSE); } /* * sa_addshare(flags, argc, argv) * * implements add-share subcommand. */ static int sa_addshare(sa_handle_t handle, int flags, int argc, char *argv[]) { int verbose = 0; int dryrun = 0; int c; int ret = SA_OK; sa_group_t group; sa_share_t share; sa_resource_t resource = NULL; char *sharepath = NULL; char *description = NULL; char *rsrcname = NULL; char *rsrc = NULL; int persist = SA_SHARE_PERMANENT; /* default to persist */ int auth; char dir[MAXPATHLEN]; while ((c = getopt(argc, argv, "?hvns:d:r:t")) != EOF) { switch (c) { case 'n': dryrun++; break; case 'v': verbose++; break; case 'd': description = optarg; break; case 'r': if (rsrcname != NULL) { (void) printf(gettext("Adding multiple " "resource names not" " supported\n")); return (SA_SYNTAX_ERR); } rsrcname = optarg; break; case 's': /* * Save share path into group. Currently limit * to one share per command. */ if (sharepath != NULL) { (void) printf(gettext( "Adding multiple shares not supported\n")); return (SA_SYNTAX_ERR); } sharepath = optarg; break; case 't': persist = SA_SHARE_TRANSIENT; break; case 'h': /* optopt on valid arg isn't defined */ optopt = c; /*FALLTHROUGH*/ case '?': default: /* * Since a bad option gets to here, sort it * out and return a syntax error return value * if necessary. */ switch (optopt) { default: ret = SA_SYNTAX_ERR; break; case 'h': case '?': break; } (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_ADD_SHARE)); return (ret); } } if (optind >= argc) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_ADD_SHARE)); if (dryrun || sharepath != NULL || description != NULL || rsrcname != NULL || verbose || persist) { (void) printf(gettext("\tgroup must be specified\n")); ret = SA_NO_SUCH_GROUP; } else { ret = SA_OK; } } else { if (sharepath == NULL) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_ADD_SHARE)); (void) printf(gettext( "\t-s sharepath must be specified\n")); ret = SA_BAD_PATH; } if (ret == SA_OK) { if (realpath(sharepath, dir) == NULL) { ret = SA_BAD_PATH; (void) printf(gettext("Path " "is not valid: %s\n"), sharepath); } else { sharepath = dir; } } if (ret == SA_OK && rsrcname != NULL) { /* check for valid syntax */ if (validresource(rsrcname)) { rsrc = conv_to_utf8(rsrcname); resource = sa_find_resource(handle, rsrc); if (resource != NULL) { /* * Resource names must be * unique in the system */ ret = SA_DUPLICATE_NAME; (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_ADD_SHARE)); (void) printf(gettext( "\tresource names must be unique " "in the system\n")); } } else { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_ADD_SHARE)); (void) printf(gettext( "\tresource names use restricted " "character set\n")); ret = SA_INVALID_NAME; } } if (ret != SA_OK) { if (rsrc != NULL && rsrcname != rsrc) sa_free_attr_string(rsrc); return (ret); } share = sa_find_share(handle, sharepath); if (share != NULL) { if (rsrcname == NULL) { /* * Can only have a duplicate share if a new * resource name is being added. */ ret = SA_DUPLICATE_NAME; (void) printf(gettext("Share path already " "shared: %s\n"), sharepath); } } if (ret != SA_OK) return (ret); group = sa_get_group(handle, argv[optind]); if (group != NULL) { if (sa_require_resource(group) == B_TRUE && rsrcname == NULL) { (void) printf(gettext( "Resource name is required " "by at least one enabled protocol " "in group\n")); return (SA_RESOURCE_REQUIRED); } if (share == NULL && ret == SA_OK) { if (dryrun) ret = sa_check_path(group, sharepath, SA_CHECK_NORMAL); else share = sa_add_share(group, sharepath, persist, &ret); } /* * Make sure this isn't an attempt to put a resourced * share into a different group than it already is in. */ if (share != NULL) { sa_group_t parent; parent = sa_get_parent_group(share); if (parent != group) { ret = SA_DUPLICATE_NAME; (void) printf(gettext( "Share path already " "shared: %s\n"), sharepath); } } if (!dryrun && share == NULL) { (void) printf(gettext( "Could not add share: %s\n"), sa_errorstr(ret)); } else { auth = check_authorizations(argv[optind], flags); if (!dryrun && ret == SA_OK) { if (rsrcname != NULL) { resource = sa_add_resource( share, rsrc, SA_SHARE_PERMANENT, &ret); } if (ret == SA_OK && description != NULL) { if (resource != NULL) ret = set_resource_desc( resource, description); else ret = set_share_desc( share, description); } if (ret == SA_OK) { /* now enable the share(s) */ if (resource != NULL) { ret = enable_share( handle, group, resource, 1); } else { ret = enable_share( handle, group, share, 1); } ret = sa_update_config(handle); } switch (ret) { case SA_DUPLICATE_NAME: (void) printf(gettext( "Resource name in" "use: %s\n"), rsrcname); break; default: (void) printf(gettext( "Could not set " "attribute: %s\n"), sa_errorstr(ret)); break; case SA_OK: break; } } else if (dryrun && ret == SA_OK && !auth && verbose) { (void) printf(gettext( "Command would fail: %s\n"), sa_errorstr(SA_NO_PERMISSION)); ret = SA_NO_PERMISSION; } } } else { switch (ret) { default: (void) printf(gettext( "Group \"%s\" not found\n"), argv[optind]); ret = SA_NO_SUCH_GROUP; break; case SA_BAD_PATH: case SA_DUPLICATE_NAME: break; } } } return (ret); } /* * sa_moveshare(flags, argc, argv) * * implements move-share subcommand. */ int sa_moveshare(sa_handle_t handle, int flags, int argc, char *argv[]) { int verbose = 0; int dryrun = 0; int c; int ret = SA_OK; sa_group_t group; sa_share_t share; char *rsrcname = NULL; char *sharepath = NULL; int authsrc = 0, authdst = 0; char dir[MAXPATHLEN]; while ((c = getopt(argc, argv, "?hvnr:s:")) != EOF) { switch (c) { case 'n': dryrun++; break; case 'v': verbose++; break; case 'r': if (rsrcname != NULL) { (void) printf(gettext( "Moving multiple resource names not" " supported\n")); return (SA_SYNTAX_ERR); } rsrcname = optarg; break; case 's': /* * Remove share path from group. Currently limit * to one share per command. */ if (sharepath != NULL) { (void) printf(gettext("Moving multiple shares" " not supported\n")); return (SA_SYNTAX_ERR); } sharepath = optarg; break; case 'h': /* optopt on valid arg isn't defined */ optopt = c; /*FALLTHROUGH*/ case '?': default: /* * Since a bad option gets to here, sort it * out and return a syntax error return value * if necessary. */ switch (optopt) { default: ret = SA_SYNTAX_ERR; break; case 'h': case '?': break; } (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_MOVE_SHARE)); return (ret); } } if (optind >= argc || sharepath == NULL) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_MOVE_SHARE)); if (dryrun || verbose || sharepath != NULL) { (void) printf(gettext("\tgroup must be specified\n")); ret = SA_NO_SUCH_GROUP; } else { if (sharepath == NULL) { ret = SA_SYNTAX_ERR; (void) printf(gettext( "\tsharepath must be specified\n")); } else { ret = SA_OK; } } } else { sa_group_t parent; char *zfsold; char *zfsnew; if (sharepath == NULL) { (void) printf(gettext( "sharepath must be specified with the -s " "option\n")); return (SA_BAD_PATH); } group = sa_get_group(handle, argv[optind]); if (group == NULL) { (void) printf(gettext("Group \"%s\" not found\n"), argv[optind]); return (SA_NO_SUCH_GROUP); } share = sa_find_share(handle, sharepath); /* * If a share wasn't found, it may have been a symlink * or has a trailing '/'. Try again after resolving * with realpath(). */ if (share == NULL) { if (realpath(sharepath, dir) == NULL) { (void) printf(gettext("Path " "is not valid: %s\n"), sharepath); return (SA_BAD_PATH); } sharepath = dir; share = sa_find_share(handle, sharepath); } if (share == NULL) { (void) printf(gettext("Share not found: %s\n"), sharepath); return (SA_NO_SUCH_PATH); } authdst = check_authorizations(argv[optind], flags); parent = sa_get_parent_group(share); if (parent != NULL) { char *pname; pname = sa_get_group_attr(parent, "name"); if (pname != NULL) { authsrc = check_authorizations(pname, flags); sa_free_attr_string(pname); } zfsold = sa_get_group_attr(parent, "zfs"); zfsnew = sa_get_group_attr(group, "zfs"); if ((zfsold != NULL && zfsnew == NULL) || (zfsold == NULL && zfsnew != NULL)) { ret = SA_NOT_ALLOWED; } if (zfsold != NULL) sa_free_attr_string(zfsold); if (zfsnew != NULL) sa_free_attr_string(zfsnew); } if (ret == SA_OK && parent != group && !dryrun) { char *oldstate; /* * Note that the share may need to be * "unshared" if the new group is disabled and * the old was enabled or it may need to be * share to update if the new group is * enabled. We disable before the move and * will have to enable after the move in order * to cleanup entries for protocols that * aren't in the new group. */ oldstate = sa_get_group_attr(parent, "state"); if (oldstate != NULL) { /* enable_share determines what to do */ if (strcmp(oldstate, "enabled") == 0) (void) sa_disable_share(share, NULL); sa_free_attr_string(oldstate); } } if (!dryrun && ret == SA_OK) ret = sa_move_share(group, share); /* * Reenable and update any config information. */ if (ret == SA_OK && parent != group && !dryrun) { ret = sa_update_config(handle); (void) enable_share(handle, group, share, 1); } if (ret != SA_OK) (void) printf(gettext("Could not move share: %s\n"), sa_errorstr(ret)); if (dryrun && ret == SA_OK && !(authsrc & authdst) && verbose) { (void) printf(gettext("Command would fail: %s\n"), sa_errorstr(SA_NO_PERMISSION)); } } return (ret); } /* * sa_removeshare(flags, argc, argv) * * implements remove-share subcommand. */ int sa_removeshare(sa_handle_t handle, int flags, int argc, char *argv[]) { int verbose = 0; int dryrun = 0; int force = 0; int c; int ret = SA_OK; sa_group_t group; sa_resource_t resource = NULL; sa_share_t share = NULL; char *rsrcname = NULL; char *sharepath = NULL; char dir[MAXPATHLEN]; int auth; while ((c = getopt(argc, argv, "?hfnr:s:v")) != EOF) { switch (c) { case 'n': dryrun++; break; case 'v': verbose++; break; case 'f': force++; break; case 's': /* * Remove share path from group. Currently limit * to one share per command. */ if (sharepath != NULL) { (void) printf(gettext( "Removing multiple shares not " "supported\n")); return (SA_SYNTAX_ERR); } sharepath = optarg; break; case 'r': /* * Remove share from group if last resource or remove * resource from share if multiple resources. */ if (rsrcname != NULL) { (void) printf(gettext( "Removing multiple resource names not " "supported\n")); return (SA_SYNTAX_ERR); } rsrcname = optarg; break; case 'h': /* optopt on valid arg isn't defined */ optopt = c; /*FALLTHROUGH*/ case '?': default: /* * Since a bad option gets to here, sort it * out and return a syntax error return value * if necessary. */ switch (optopt) { default: ret = SA_SYNTAX_ERR; break; case 'h': case '?': break; } (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_REMOVE_SHARE)); return (ret); } } if (optind >= argc || (rsrcname == NULL && sharepath == NULL)) { if (sharepath == NULL && rsrcname == NULL) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_REMOVE_SHARE)); (void) printf(gettext("\t-s sharepath or -r resource" " must be specified\n")); ret = SA_BAD_PATH; } else { ret = SA_OK; } } if (ret != SA_OK) { return (ret); } if (optind < argc) { if ((optind + 1) < argc) { (void) printf(gettext("Extraneous group(s) at end of " "command\n")); ret = SA_SYNTAX_ERR; } else { group = sa_get_group(handle, argv[optind]); if (group == NULL) { (void) printf(gettext( "Group \"%s\" not found\n"), argv[optind]); ret = SA_NO_SUCH_GROUP; } } } else { group = NULL; } if (rsrcname != NULL) { resource = sa_find_resource(handle, rsrcname); if (resource == NULL) { ret = SA_NO_SUCH_RESOURCE; (void) printf(gettext( "Resource name not found for share: %s\n"), rsrcname); } } /* * Lookup the path in the internal configuration. Care * must be taken to handle the case where the * underlying path has been removed since we need to * be able to deal with that as well. */ if (ret == SA_OK) { if (sharepath != NULL) { if (group != NULL) share = sa_get_share(group, sharepath); else share = sa_find_share(handle, sharepath); } if (resource != NULL) { sa_share_t rsrcshare; rsrcshare = sa_get_resource_parent(resource); if (share == NULL) share = rsrcshare; else if (share != rsrcshare) { ret = SA_NO_SUCH_RESOURCE; (void) printf(gettext( "Bad resource name for share: %s\n"), rsrcname); share = NULL; } } /* * If we didn't find the share with the provided path, * it may be a symlink so attempt to resolve it using * realpath and try again. Realpath will resolve any * symlinks and place them in "dir". Note that * sharepath is only used for the lookup the first * time and later for error messages. dir will be used * on the second attempt. Once a share is found, all * operations are based off of the share variable. */ if (share == NULL) { if (realpath(sharepath, dir) == NULL) { ret = SA_BAD_PATH; (void) printf(gettext( "Path is not valid: %s\n"), sharepath); } else { if (group != NULL) share = sa_get_share(group, dir); else share = sa_find_share(handle, dir); } } } /* * If there hasn't been an error, there was likely a * path found. If not, give the appropriate error * message and set the return error. If it was found, * then disable the share and then remove it from the * configuration. */ if (ret != SA_OK) { return (ret); } if (share == NULL) { if (group != NULL) (void) printf(gettext("Share not found in group %s:" " %s\n"), argv[optind], sharepath); else (void) printf(gettext("Share not found: %s\n"), sharepath); ret = SA_NO_SUCH_PATH; } else { if (group == NULL) group = sa_get_parent_group(share); if (!dryrun) { if (ret == SA_OK) { if (resource != NULL) ret = sa_disable_resource(resource, NULL); else ret = sa_disable_share(share, NULL); /* * We don't care if it fails since it * could be disabled already. Some * unexpected errors could occur that * prevent removal, so also check for * force being set. */ if ((ret == SA_OK || ret == SA_NO_SUCH_PATH || ret == SA_NOT_SUPPORTED || ret == SA_SYSTEM_ERR || force) && resource == NULL) ret = sa_remove_share(share); if ((ret == SA_OK || ret == SA_NO_SUCH_PATH || ret == SA_NOT_SUPPORTED || ret == SA_SYSTEM_ERR || force) && resource != NULL) { ret = sa_remove_resource(resource); if (ret == SA_OK) { /* * If this was the * last one, remove * the share as well. */ resource = sa_get_share_resource( share, NULL); if (resource == NULL) ret = sa_remove_share( share); } } if (ret == SA_OK) ret = sa_update_config(handle); } if (ret != SA_OK) (void) printf(gettext("Could not remove share:" " %s\n"), sa_errorstr(ret)); } else if (ret == SA_OK) { char *pname; pname = sa_get_group_attr(group, "name"); if (pname != NULL) { auth = check_authorizations(pname, flags); sa_free_attr_string(pname); } if (!auth && verbose) { (void) printf(gettext( "Command would fail: %s\n"), sa_errorstr(SA_NO_PERMISSION)); } } } return (ret); } /* * sa_set_share(flags, argc, argv) * * implements set-share subcommand. */ int sa_set_share(sa_handle_t handle, int flags, int argc, char *argv[]) { int dryrun = 0; int c; int ret = SA_OK; sa_group_t group, sharegroup; sa_share_t share = NULL; sa_resource_t resource = NULL; char *sharepath = NULL; char *description = NULL; char *rsrcname = NULL; char *rsrc = NULL; char *newname = NULL; char *newrsrc; char *groupname = NULL; int auth; int verbose = 0; while ((c = getopt(argc, argv, "?hnd:r:s:")) != EOF) { switch (c) { case 'n': dryrun++; break; case 'd': description = optarg; break; case 'v': verbose++; break; case 'r': /* * Update share by resource name */ if (rsrcname != NULL) { (void) printf(gettext( "Updating multiple resource names not " "supported\n")); return (SA_SYNTAX_ERR); } rsrcname = optarg; break; case 's': /* * Save share path into group. Currently limit * to one share per command. */ if (sharepath != NULL) { (void) printf(gettext( "Updating multiple shares not " "supported\n")); return (SA_SYNTAX_ERR); } sharepath = optarg; break; case 'h': /* optopt on valid arg isn't defined */ optopt = c; /*FALLTHROUGH*/ case '?': default: /* * Since a bad option gets to here, sort it * out and return a syntax error return value * if necessary. */ switch (optopt) { default: ret = SA_SYNTAX_ERR; break; case 'h': case '?': break; } (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_SET_SHARE)); return (ret); } } if (optind >= argc && sharepath == NULL && rsrcname == NULL) { if (sharepath == NULL) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_SET_SHARE)); (void) printf(gettext("\tgroup must be specified\n")); ret = SA_BAD_PATH; } else { ret = SA_OK; } } if ((optind + 1) < argc) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_SET_SHARE)); (void) printf(gettext("\tExtraneous group(s) at end\n")); ret = SA_SYNTAX_ERR; } /* * Must have at least one of sharepath and rsrcrname. * It is a syntax error to be missing both. */ if (sharepath == NULL && rsrcname == NULL) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_SET_SHARE)); ret = SA_SYNTAX_ERR; } if (ret != SA_OK) return (ret); if (optind < argc) { groupname = argv[optind]; group = sa_get_group(handle, groupname); } else { group = NULL; groupname = NULL; } if (rsrcname != NULL) { /* * If rsrcname exists, split rename syntax and then * convert to utf 8 if no errors. */ newname = strchr(rsrcname, '='); if (newname != NULL) { *newname++ = '\0'; } if (!validresource(rsrcname)) { ret = SA_INVALID_NAME; (void) printf(gettext("Invalid resource name: " "\"%s\"\n"), rsrcname); } else { rsrc = conv_to_utf8(rsrcname); } if (newname != NULL) { if (!validresource(newname)) { ret = SA_INVALID_NAME; (void) printf(gettext("Invalid resource name: " "%s\n"), newname); newname = NULL; } else { newrsrc = conv_to_utf8(newname); } } } if (ret != SA_OK) { if (rsrcname != NULL && rsrcname != rsrc) sa_free_attr_string(rsrc); if (newname != NULL && newname != newrsrc) sa_free_attr_string(newrsrc); return (ret); } if (sharepath != NULL) { share = sa_find_share(handle, sharepath); } else if (rsrcname != NULL) { resource = sa_find_resource(handle, rsrc); if (resource != NULL) share = sa_get_resource_parent(resource); else ret = SA_NO_SUCH_RESOURCE; } if (share != NULL) { sharegroup = sa_get_parent_group(share); if (group != NULL && group != sharegroup) { (void) printf(gettext("Group \"%s\" does not contain " "share %s\n"), argv[optind], sharepath); ret = SA_BAD_PATH; } else { int delgroupname = 0; if (groupname == NULL) { groupname = sa_get_group_attr(sharegroup, "name"); delgroupname = 1; } if (groupname != NULL) { auth = check_authorizations(groupname, flags); if (delgroupname) { sa_free_attr_string(groupname); groupname = NULL; } } else { ret = SA_NO_MEMORY; } if (rsrcname != NULL) { resource = sa_find_resource(handle, rsrc); if (!dryrun) { if (newname != NULL && resource != NULL) ret = sa_rename_resource( resource, newrsrc); else if (newname != NULL) ret = SA_NO_SUCH_RESOURCE; if (newname != NULL && newname != newrsrc) sa_free_attr_string(newrsrc); } if (rsrc != rsrcname) sa_free_attr_string(rsrc); } /* * If the user has set a description, it will be * on the resource if -r was used otherwise it * must be on the share. */ if (!dryrun && ret == SA_OK && description != NULL) { char *desc; desc = conv_to_utf8(description); if (resource != NULL) ret = sa_set_resource_description( resource, desc); else ret = sa_set_share_description(share, desc); if (desc != description) sa_free_share_description(desc); } } if (!dryrun && ret == SA_OK) { if (resource != NULL) (void) sa_enable_resource(resource, NULL); ret = sa_update_config(handle); } switch (ret) { case SA_DUPLICATE_NAME: (void) printf(gettext("Resource name in use: %s\n"), rsrcname); break; default: (void) printf(gettext("Could not set: %s\n"), sa_errorstr(ret)); break; case SA_OK: if (dryrun && !auth && verbose) { (void) printf(gettext( "Command would fail: %s\n"), sa_errorstr(SA_NO_PERMISSION)); } break; } } else { switch (ret) { case SA_NO_SUCH_RESOURCE: (void) printf(gettext("Resource \"%s\" not found\n"), rsrcname); break; default: if (sharepath != NULL) { (void) printf( gettext("Share path \"%s\" not found\n"), sharepath); ret = SA_NO_SUCH_PATH; } else { (void) printf(gettext("Set failed: %s\n"), sa_errorstr(ret)); } } } return (ret); } /* * add_security(group, sectype, optlist, proto, *err) * * Helper function to add a security option (named optionset) to the * group. */ static int add_security(sa_group_t group, char *sectype, struct options *optlist, char *proto, int *err) { sa_security_t security; int ret = SA_OK; int result = 0; sa_handle_t handle; sectype = sa_proto_space_alias(proto, sectype); security = sa_get_security(group, sectype, proto); if (security == NULL) security = sa_create_security(group, sectype, proto); if (sectype != NULL) sa_free_attr_string(sectype); if (security == NULL) goto done; handle = sa_find_group_handle(group); if (handle == NULL) { ret = SA_CONFIG_ERR; goto done; } while (optlist != NULL) { sa_property_t prop; prop = sa_get_property(security, optlist->optname); if (prop == NULL) { /* * Add the property, but only if it is * a non-NULL or non-zero length value */ if (optlist->optvalue != NULL) { prop = sa_create_property(optlist->optname, optlist->optvalue); if (prop != NULL) { ret = sa_valid_property(handle, security, proto, prop); if (ret != SA_OK) { (void) sa_remove_property(prop); (void) printf(gettext( "Could not add " "property %s: %s\n"), optlist->optname, sa_errorstr(ret)); } if (ret == SA_OK) { ret = sa_add_property(security, prop); if (ret != SA_OK) { (void) printf(gettext( "Could not add " "property (%s=%s):" " %s\n"), optlist->optname, optlist->optvalue, sa_errorstr(ret)); } else { result = 1; } } } } } else { ret = sa_update_property(prop, optlist->optvalue); result = 1; /* should check if really changed */ } optlist = optlist->next; } /* * When done, properties may have all been removed but * we need to keep the security type itself until * explicitly removed. */ if (result) ret = sa_commit_properties(security, 0); done: *err = ret; return (result); } /* * zfscheck(group, share) * * For the special case where a share was provided, make sure it is a * compatible path for a ZFS property change. The only path * acceptable is the path that defines the zfs sub-group (dataset with * the sharenfs property set) and not one of the paths that inherited * the NFS properties. Returns SA_OK if it is usable and * SA_NOT_ALLOWED if it isn't. * * If group is not a ZFS group/subgroup, we assume OK since the check * on return will catch errors for those cases. What we are looking * for here is that the group is ZFS and the share is not the defining * share. All else is SA_OK. */ static int zfscheck(sa_group_t group, sa_share_t share) { int ret = SA_OK; char *attr; if (sa_group_is_zfs(group)) { /* * The group is a ZFS group. Does the share represent * the dataset that defined the group? It is only OK * if the attribute "subgroup" exists on the share and * has a value of "true". */ ret = SA_NOT_ALLOWED; attr = sa_get_share_attr(share, "subgroup"); if (attr != NULL) { if (strcmp(attr, "true") == 0) ret = SA_OK; sa_free_attr_string(attr); } } return (ret); } /* * basic_set(groupname, optlist, protocol, sharepath, rsrcname, dryrun) * * This function implements "set" when a name space (-S) is not * specified. It is a basic set. Options and other CLI parsing has * already been done. * * "rsrcname" is a "resource name". If it is non-NULL, it must match * the sharepath if present or group if present, otherwise it is used * to set options. * * Resource names may take options if the protocol supports it. If the * protocol doesn't support resource level options, rsrcname is just * an alias for the share. */ static int basic_set(sa_handle_t handle, char *groupname, struct options *optlist, char *protocol, char *sharepath, char *rsrcname, int dryrun) { sa_group_t group; int ret = SA_OK; int change = 0; struct list *worklist = NULL; group = sa_get_group(handle, groupname); if (group != NULL) { sa_share_t share = NULL; sa_resource_t resource = NULL; /* * If there is a sharepath, make sure it belongs to * the group. */ if (sharepath != NULL) { share = sa_get_share(group, sharepath); if (share == NULL) { (void) printf(gettext( "Share does not exist in group %s\n"), groupname, sharepath); ret = SA_NO_SUCH_PATH; } else { /* if ZFS and OK, then only group */ ret = zfscheck(group, share); if (ret == SA_OK && sa_group_is_zfs(group)) share = NULL; if (ret == SA_NOT_ALLOWED) (void) printf(gettext( "Properties on ZFS group shares " "not supported: %s\n"), sharepath); } } /* * If a resource name exists, make sure it belongs to * the share if present else it belongs to the * group. Also check the protocol to see if it * supports resource level properties or not. If not, * use share only. */ if (rsrcname != NULL) { if (share != NULL) { resource = sa_get_share_resource(share, rsrcname); if (resource == NULL) ret = SA_NO_SUCH_RESOURCE; } else { resource = sa_get_resource(group, rsrcname); if (resource != NULL) share = sa_get_resource_parent( resource); else ret = SA_NO_SUCH_RESOURCE; } if (ret == SA_OK && resource != NULL) { uint64_t features; /* * Check to see if the resource can take * properties. If so, stick the resource into * "share" so it will all just work. */ features = sa_proto_get_featureset(protocol); if (features & SA_FEATURE_RESOURCE) share = (sa_share_t)resource; } } if (ret == SA_OK) { /* group must exist */ ret = valid_options(handle, optlist, protocol, share == NULL ? group : share, NULL); if (ret == SA_OK && !dryrun) { if (share != NULL) change |= add_optionset(share, optlist, protocol, &ret); else change |= add_optionset(group, optlist, protocol, &ret); if (ret == SA_OK && change) worklist = add_list(worklist, group, share, protocol); } } free_opt(optlist); } else { (void) printf(gettext("Group \"%s\" not found\n"), groupname); ret = SA_NO_SUCH_GROUP; } /* * we have a group and potentially legal additions */ /* * Commit to configuration if not a dryrunp and properties * have changed. */ if (!dryrun && ret == SA_OK && change && worklist != NULL) /* properties changed, so update all shares */ (void) enable_all_groups(handle, worklist, 0, 0, protocol, B_TRUE); if (worklist != NULL) free_list(worklist); return (ret); } /* * space_set(groupname, optlist, protocol, sharepath, dryrun) * * This function implements "set" when a name space (-S) is * specified. It is a namespace set. Options and other CLI parsing has * already been done. */ static int space_set(sa_handle_t handle, char *groupname, struct options *optlist, char *protocol, char *sharepath, int dryrun, char *sectype) { sa_group_t group; int ret = SA_OK; int change = 0; struct list *worklist = NULL; /* * make sure protcol and sectype are valid */ if (sa_proto_valid_space(protocol, sectype) == 0) { (void) printf(gettext("Option space \"%s\" not valid " "for protocol.\n"), sectype); return (SA_INVALID_SECURITY); } group = sa_get_group(handle, groupname); if (group != NULL) { sa_share_t share = NULL; if (sharepath != NULL) { share = sa_get_share(group, sharepath); if (share == NULL) { (void) printf(gettext( "Share does not exist in group %s\n"), groupname, sharepath); ret = SA_NO_SUCH_PATH; } else { /* if ZFS and OK, then only group */ ret = zfscheck(group, share); if (ret == SA_OK && sa_group_is_zfs(group)) share = NULL; if (ret == SA_NOT_ALLOWED) (void) printf(gettext( "Properties on ZFS group shares " "not supported: %s\n"), sharepath); } } if (ret == SA_OK) { /* group must exist */ ret = valid_options(handle, optlist, protocol, share == NULL ? group : share, sectype); if (ret == SA_OK && !dryrun) { if (share != NULL) change = add_security(share, sectype, optlist, protocol, &ret); else change = add_security(group, sectype, optlist, protocol, &ret); if (ret != SA_OK) (void) printf(gettext( "Could not set property: %s\n"), sa_errorstr(ret)); } if (ret == SA_OK && change) worklist = add_list(worklist, group, share, protocol); } free_opt(optlist); } else { (void) printf(gettext("Group \"%s\" not found\n"), groupname); ret = SA_NO_SUCH_GROUP; } /* * We have a group and potentially legal additions. */ /* Commit to configuration if not a dryrun */ if (!dryrun && ret == 0) { if (change && worklist != NULL) { /* properties changed, so update all shares */ (void) enable_all_groups(handle, worklist, 0, 0, protocol, B_TRUE); } ret = sa_update_config(handle); } if (worklist != NULL) free_list(worklist); return (ret); } /* * sa_set(flags, argc, argv) * * Implements the set subcommand. It keys off of -S to determine which * set of operations to actually do. */ int sa_set(sa_handle_t handle, int flags, int argc, char *argv[]) { char *groupname; int verbose = 0; int dryrun = 0; int c; char *protocol = NULL; int ret = SA_OK; struct options *optlist = NULL; char *rsrcname = NULL; char *sharepath = NULL; char *optset = NULL; int auth; while ((c = getopt(argc, argv, "?hvnP:p:r:s:S:")) != EOF) { switch (c) { case 'v': verbose++; break; case 'n': dryrun++; break; case 'P': if (protocol != NULL) { (void) printf(gettext( "Specifying multiple protocols " "not supported: %s\n"), protocol); return (SA_SYNTAX_ERR); } protocol = optarg; if (!sa_valid_protocol(protocol)) { (void) printf(gettext( "Invalid protocol specified: %s\n"), protocol); return (SA_INVALID_PROTOCOL); } break; case 'p': ret = add_opt(&optlist, optarg, 0); switch (ret) { case OPT_ADD_SYNTAX: (void) printf(gettext("Property syntax error:" " %s\n"), optarg); return (SA_SYNTAX_ERR); case OPT_ADD_MEMORY: (void) printf(gettext("No memory to set " "property: %s\n"), optarg); return (SA_NO_MEMORY); default: break; } break; case 'r': if (rsrcname != NULL) { (void) printf(gettext( "Setting multiple resource names not" " supported\n")); return (SA_SYNTAX_ERR); } rsrcname = optarg; break; case 's': if (sharepath != NULL) { (void) printf(gettext( "Setting multiple shares not supported\n")); return (SA_SYNTAX_ERR); } sharepath = optarg; break; case 'S': if (optset != NULL) { (void) printf(gettext( "Specifying multiple property " "spaces not supported: %s\n"), optset); return (SA_SYNTAX_ERR); } optset = optarg; break; case 'h': /* optopt on valid arg isn't defined */ optopt = c; /*FALLTHROUGH*/ case '?': default: /* * Since a bad option gets to here, sort it * out and return a syntax error return value * if necessary. */ switch (optopt) { default: ret = SA_SYNTAX_ERR; break; case 'h': case '?': break; } (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_SET)); return (ret); } } if (optlist != NULL) ret = chk_opt(optlist, optset != NULL, protocol); if (optind >= argc || (optlist == NULL && optset == NULL) || protocol == NULL || ret != OPT_ADD_OK) { char *sep = "\t"; (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_SET)); if (optind >= argc) { (void) printf(gettext("%sgroup must be specified"), sep); sep = ", "; } if (optlist == NULL) { (void) printf(gettext("%sat least one property must be" " specified"), sep); sep = ", "; } if (protocol == NULL) { (void) printf(gettext("%sprotocol must be specified"), sep); sep = ", "; } (void) printf("\n"); ret = SA_SYNTAX_ERR; } else { /* * Group already exists so we can proceed after a few * additional checks related to ZFS handling. */ groupname = argv[optind]; if (strcmp(groupname, "zfs") == 0) { (void) printf(gettext("Changing properties for group " "\"zfs\" not allowed\n")); return (SA_NOT_ALLOWED); } auth = check_authorizations(groupname, flags); if (optset == NULL) ret = basic_set(handle, groupname, optlist, protocol, sharepath, rsrcname, dryrun); else ret = space_set(handle, groupname, optlist, protocol, sharepath, dryrun, optset); if (dryrun && ret == SA_OK && !auth && verbose) { (void) printf(gettext("Command would fail: %s\n"), sa_errorstr(SA_NO_PERMISSION)); } } return (ret); } /* * remove_options(group, optlist, proto, *err) * * Helper function to actually remove options from a group after all * preprocessing is done. */ static int remove_options(sa_group_t group, struct options *optlist, char *proto, int *err) { struct options *cur; sa_optionset_t optionset; sa_property_t prop; int change = 0; int ret = SA_OK; optionset = sa_get_optionset(group, proto); if (optionset != NULL) { for (cur = optlist; cur != NULL; cur = cur->next) { prop = sa_get_property(optionset, cur->optname); if (prop != NULL) { ret = sa_remove_property(prop); if (ret != SA_OK) break; change = 1; } } } if (ret == SA_OK && change) ret = sa_commit_properties(optionset, 0); if (err != NULL) *err = ret; return (change); } /* * valid_unset(group, optlist, proto) * * Sanity check the optlist to make sure they can be removed. Issue an * error if a property doesn't exist. */ static int valid_unset(sa_group_t group, struct options *optlist, char *proto) { struct options *cur; sa_optionset_t optionset; sa_property_t prop; int ret = SA_OK; optionset = sa_get_optionset(group, proto); if (optionset != NULL) { for (cur = optlist; cur != NULL; cur = cur->next) { prop = sa_get_property(optionset, cur->optname); if (prop == NULL) { (void) printf(gettext( "Could not unset property %s: not set\n"), cur->optname); ret = SA_NO_SUCH_PROP; } } } return (ret); } /* * valid_unset_security(group, optlist, proto) * * Sanity check the optlist to make sure they can be removed. Issue an * error if a property doesn't exist. */ static int valid_unset_security(sa_group_t group, struct options *optlist, char *proto, char *sectype) { struct options *cur; sa_security_t security; sa_property_t prop; int ret = SA_OK; char *sec; sec = sa_proto_space_alias(proto, sectype); security = sa_get_security(group, sec, proto); if (security != NULL) { for (cur = optlist; cur != NULL; cur = cur->next) { prop = sa_get_property(security, cur->optname); if (prop == NULL) { (void) printf(gettext( "Could not unset property %s: not set\n"), cur->optname); ret = SA_NO_SUCH_PROP; } } } else { (void) printf(gettext( "Could not unset %s: space not defined\n"), sectype); ret = SA_NO_SUCH_SECURITY; } if (sec != NULL) sa_free_attr_string(sec); return (ret); } /* * remove_security(group, optlist, proto) * * Remove the properties since they were checked as valid. */ static int remove_security(sa_group_t group, char *sectype, struct options *optlist, char *proto, int *err) { sa_security_t security; int ret = SA_OK; int change = 0; sectype = sa_proto_space_alias(proto, sectype); security = sa_get_security(group, sectype, proto); if (sectype != NULL) sa_free_attr_string(sectype); if (security != NULL) { while (optlist != NULL) { sa_property_t prop; prop = sa_get_property(security, optlist->optname); if (prop != NULL) { ret = sa_remove_property(prop); if (ret != SA_OK) break; change = 1; } optlist = optlist->next; } /* * when done, properties may have all been removed but * we need to keep the security type itself until * explicitly removed. */ if (ret == SA_OK && change) ret = sa_commit_properties(security, 0); } else { ret = SA_NO_SUCH_PROP; } if (err != NULL) *err = ret; return (change); } /* * basic_unset(groupname, optlist, protocol, sharepath, rsrcname, dryrun) * * Unset non-named optionset properties. */ static int basic_unset(sa_handle_t handle, char *groupname, struct options *optlist, char *protocol, char *sharepath, char *rsrcname, int dryrun) { sa_group_t group; int ret = SA_OK; int change = 0; struct list *worklist = NULL; sa_share_t share = NULL; sa_resource_t resource = NULL; group = sa_get_group(handle, groupname); if (group == NULL) return (ret); /* * If there is a sharepath, make sure it belongs to * the group. */ if (sharepath != NULL) { share = sa_get_share(group, sharepath); if (share == NULL) { (void) printf(gettext( "Share does not exist in group %s\n"), groupname, sharepath); ret = SA_NO_SUCH_PATH; } } /* * If a resource name exists, make sure it belongs to * the share if present else it belongs to the * group. Also check the protocol to see if it * supports resource level properties or not. If not, * use share only. */ if (rsrcname != NULL) { if (share != NULL) { resource = sa_get_share_resource(share, rsrcname); if (resource == NULL) ret = SA_NO_SUCH_RESOURCE; } else { resource = sa_get_resource(group, rsrcname); if (resource != NULL) { share = sa_get_resource_parent(resource); } else { ret = SA_NO_SUCH_RESOURCE; } } if (ret == SA_OK && resource != NULL) { uint64_t features; /* * Check to see if the resource can take * properties. If so, stick the resource into * "share" so it will all just work. */ features = sa_proto_get_featureset(protocol); if (features & SA_FEATURE_RESOURCE) share = (sa_share_t)resource; } } if (ret == SA_OK) { /* group must exist */ ret = valid_unset(share != NULL ? share : group, optlist, protocol); if (ret == SA_OK && !dryrun) { if (share != NULL) { sa_optionset_t optionset; sa_property_t prop; change |= remove_options(share, optlist, protocol, &ret); /* * If a share optionset is * empty, remove it. */ optionset = sa_get_optionset((sa_share_t)share, protocol); if (optionset != NULL) { prop = sa_get_property(optionset, NULL); if (prop == NULL) (void) sa_destroy_optionset( optionset); } } else { change |= remove_options(group, optlist, protocol, &ret); } if (ret == SA_OK && change) worklist = add_list(worklist, group, share, protocol); if (ret != SA_OK) (void) printf(gettext( "Could not remove properties: " "%s\n"), sa_errorstr(ret)); } } else { (void) printf(gettext("Group \"%s\" not found\n"), groupname); ret = SA_NO_SUCH_GROUP; } free_opt(optlist); /* * We have a group and potentially legal additions * * Commit to configuration if not a dryrun */ if (!dryrun && ret == SA_OK) { if (change && worklist != NULL) { /* properties changed, so update all shares */ (void) enable_all_groups(handle, worklist, 0, 0, protocol, B_TRUE); } } if (worklist != NULL) free_list(worklist); return (ret); } /* * space_unset(groupname, optlist, protocol, sharepath, dryrun) * * Unset named optionset properties. */ static int space_unset(sa_handle_t handle, char *groupname, struct options *optlist, char *protocol, char *sharepath, int dryrun, char *sectype) { sa_group_t group; int ret = SA_OK; int change = 0; struct list *worklist = NULL; sa_share_t share = NULL; group = sa_get_group(handle, groupname); if (group == NULL) { (void) printf(gettext("Group \"%s\" not found\n"), groupname); return (SA_NO_SUCH_GROUP); } if (sharepath != NULL) { share = sa_get_share(group, sharepath); if (share == NULL) { (void) printf(gettext( "Share does not exist in group %s\n"), groupname, sharepath); return (SA_NO_SUCH_PATH); } } ret = valid_unset_security(share != NULL ? share : group, optlist, protocol, sectype); if (ret == SA_OK && !dryrun) { if (optlist != NULL) { if (share != NULL) { sa_security_t optionset; sa_property_t prop; change = remove_security(share, sectype, optlist, protocol, &ret); /* If a share security is empty, remove it */ optionset = sa_get_security((sa_group_t)share, sectype, protocol); if (optionset != NULL) { prop = sa_get_property(optionset, NULL); if (prop == NULL) ret = sa_destroy_security( optionset); } } else { change = remove_security(group, sectype, optlist, protocol, &ret); } } else { sa_security_t security; char *sec; sec = sa_proto_space_alias(protocol, sectype); security = sa_get_security(group, sec, protocol); if (sec != NULL) sa_free_attr_string(sec); if (security != NULL) { ret = sa_destroy_security(security); if (ret == SA_OK) change = 1; } else { ret = SA_NO_SUCH_PROP; } } if (ret != SA_OK) (void) printf(gettext("Could not unset property: %s\n"), sa_errorstr(ret)); } if (ret == SA_OK && change) worklist = add_list(worklist, group, 0, protocol); free_opt(optlist); /* * We have a group and potentially legal additions */ /* Commit to configuration if not a dryrun */ if (!dryrun && ret == 0) { /* properties changed, so update all shares */ if (change && worklist != NULL) (void) enable_all_groups(handle, worklist, 0, 0, protocol, B_TRUE); ret = sa_update_config(handle); } if (worklist != NULL) free_list(worklist); return (ret); } /* * sa_unset(flags, argc, argv) * * Implements the unset subcommand. Parsing done here and then basic * or space versions of the real code are called. */ int sa_unset(sa_handle_t handle, int flags, int argc, char *argv[]) { char *groupname; int verbose = 0; int dryrun = 0; int c; char *protocol = NULL; int ret = SA_OK; struct options *optlist = NULL; char *rsrcname = NULL; char *sharepath = NULL; char *optset = NULL; int auth; while ((c = getopt(argc, argv, "?hvnP:p:r:s:S:")) != EOF) { switch (c) { case 'v': verbose++; break; case 'n': dryrun++; break; case 'P': if (protocol != NULL) { (void) printf(gettext( "Specifying multiple protocols " "not supported: %s\n"), protocol); return (SA_SYNTAX_ERR); } protocol = optarg; if (!sa_valid_protocol(protocol)) { (void) printf(gettext( "Invalid protocol specified: %s\n"), protocol); return (SA_INVALID_PROTOCOL); } break; case 'p': ret = add_opt(&optlist, optarg, 1); switch (ret) { case OPT_ADD_SYNTAX: (void) printf(gettext("Property syntax error " "for property %s\n"), optarg); return (SA_SYNTAX_ERR); case OPT_ADD_PROPERTY: (void) printf(gettext("Properties need to be " "set with set command: %s\n"), optarg); return (SA_SYNTAX_ERR); default: break; } break; case 'r': /* * Unset properties on resource if applicable or on * share if resource for this protocol doesn't use * resources. */ if (rsrcname != NULL) { (void) printf(gettext( "Unsetting multiple resource " "names not supported\n")); return (SA_SYNTAX_ERR); } rsrcname = optarg; break; case 's': if (sharepath != NULL) { (void) printf(gettext( "Adding multiple shares not supported\n")); return (SA_SYNTAX_ERR); } sharepath = optarg; break; case 'S': if (optset != NULL) { (void) printf(gettext( "Specifying multiple property " "spaces not supported: %s\n"), optset); return (SA_SYNTAX_ERR); } optset = optarg; break; case 'h': /* optopt on valid arg isn't defined */ optopt = c; /*FALLTHROUGH*/ case '?': default: /* * Since a bad option gets to here, sort it * out and return a syntax error return value * if necessary. */ switch (optopt) { default: ret = SA_SYNTAX_ERR; break; case 'h': case '?': break; } (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_UNSET)); return (ret); } } if (optlist != NULL) ret = chk_opt(optlist, optset != NULL, protocol); if (optind >= argc || (optlist == NULL && optset == NULL) || protocol == NULL) { char *sep = "\t"; (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_UNSET)); if (optind >= argc) { (void) printf(gettext("%sgroup must be specified"), sep); sep = ", "; } if (optlist == NULL) { (void) printf(gettext("%sat least one property must " "be specified"), sep); sep = ", "; } if (protocol == NULL) { (void) printf(gettext("%sprotocol must be specified"), sep); sep = ", "; } (void) printf("\n"); ret = SA_SYNTAX_ERR; } else { /* * If a group already exists, we can only add a new * protocol to it and not create a new one or add the * same protocol again. */ groupname = argv[optind]; auth = check_authorizations(groupname, flags); if (optset == NULL) ret = basic_unset(handle, groupname, optlist, protocol, sharepath, rsrcname, dryrun); else ret = space_unset(handle, groupname, optlist, protocol, sharepath, dryrun, optset); if (dryrun && ret == SA_OK && !auth && verbose) (void) printf(gettext("Command would fail: %s\n"), sa_errorstr(SA_NO_PERMISSION)); } return (ret); } /* * sa_enable_group(flags, argc, argv) * * Implements the enable subcommand */ int sa_enable_group(sa_handle_t handle, int flags, int argc, char *argv[]) { int verbose = 0; int dryrun = 0; int all = 0; int c; int ret = SA_OK; char *protocol = NULL; char *state; struct list *worklist = NULL; int auth = 1; sa_group_t group; while ((c = getopt(argc, argv, "?havnP:")) != EOF) { switch (c) { case 'a': all = 1; break; case 'n': dryrun++; break; case 'P': if (protocol != NULL) { (void) printf(gettext( "Specifying multiple protocols " "not supported: %s\n"), protocol); return (SA_SYNTAX_ERR); } protocol = optarg; if (!sa_valid_protocol(protocol)) { (void) printf(gettext( "Invalid protocol specified: %s\n"), protocol); return (SA_INVALID_PROTOCOL); } break; case 'v': verbose++; break; case 'h': /* optopt on valid arg isn't defined */ optopt = c; /*FALLTHROUGH*/ case '?': default: /* * Since a bad option gets to here, sort it * out and return a syntax error return value * if necessary. */ switch (optopt) { default: ret = SA_SYNTAX_ERR; break; case 'h': case '?': (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_ENABLE)); return (ret); } } } if (optind == argc && !all) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_ENABLE)); (void) printf(gettext("\tmust specify group\n")); return (SA_NO_SUCH_PATH); } if (!all) { while (optind < argc) { group = sa_get_group(handle, argv[optind]); if (group != NULL) { auth &= check_authorizations(argv[optind], flags); state = sa_get_group_attr(group, "state"); if (state != NULL && strcmp(state, "enabled") == 0) { /* already enabled */ if (verbose) (void) printf(gettext( "Group \"%s\" is already " "enabled\n"), argv[optind]); ret = SA_BUSY; /* already enabled */ } else { worklist = add_list(worklist, group, 0, protocol); if (verbose) (void) printf(gettext( "Enabling group \"%s\"\n"), argv[optind]); } if (state != NULL) sa_free_attr_string(state); } else { ret = SA_NO_SUCH_GROUP; } optind++; } } else { for (group = sa_get_group(handle, NULL); group != NULL; group = sa_get_next_group(group)) { worklist = add_list(worklist, group, 0, protocol); } } if (!dryrun && ret == SA_OK) ret = enable_all_groups(handle, worklist, 1, 0, NULL, B_FALSE); if (ret != SA_OK && ret != SA_BUSY) (void) printf(gettext("Could not enable group: %s\n"), sa_errorstr(ret)); if (ret == SA_BUSY) ret = SA_OK; if (worklist != NULL) free_list(worklist); if (dryrun && ret == SA_OK && !auth && verbose) { (void) printf(gettext("Command would fail: %s\n"), sa_errorstr(SA_NO_PERMISSION)); } return (ret); } /* * disable_group(group, proto) * * Disable all the shares in the specified group.. This is a helper * for disable_all_groups in order to simplify regular and subgroup * (zfs) disabling. Group has already been checked for non-NULL. */ static int disable_group(sa_group_t group, char *proto) { sa_share_t share; int ret = SA_OK; /* * If the protocol isn't enabled, skip it and treat as * successful. */ if (!has_protocol(group, proto)) return (ret); for (share = sa_get_share(group, NULL); share != NULL && ret == SA_OK; share = sa_get_next_share(share)) { ret = sa_disable_share(share, proto); if (ret == SA_NO_SUCH_PATH) { /* * this is OK since the path is gone. we can't * re-share it anyway so no error. */ ret = SA_OK; } } return (ret); } /* * disable_all_groups(work, setstate) * * helper function that disables the shares in the list of groups * provided. It optionally marks the group as disabled. Used by both * enable and start subcommands. */ static int disable_all_groups(sa_handle_t handle, struct list *work, int setstate) { int ret = SA_OK; sa_group_t subgroup, group; while (work != NULL && ret == SA_OK) { group = (sa_group_t)work->item; if (setstate) ret = sa_set_group_attr(group, "state", "disabled"); if (ret == SA_OK) { char *name; name = sa_get_group_attr(group, "name"); if (name != NULL && strcmp(name, "zfs") == 0) { /* need to get the sub-groups for stopping */ for (subgroup = sa_get_sub_group(group); subgroup != NULL; subgroup = sa_get_next_group(subgroup)) { ret = disable_group(subgroup, work->proto); } } else { ret = disable_group(group, work->proto); } if (name != NULL) sa_free_attr_string(name); /* * We don't want to "disable" since it won't come * up after a reboot. The SMF framework should do * the right thing. On enable we do want to do * something. */ } work = work->next; } if (ret == SA_OK) ret = sa_update_config(handle); return (ret); } /* * sa_disable_group(flags, argc, argv) * * Implements the disable subcommand */ int sa_disable_group(sa_handle_t handle, int flags, int argc, char *argv[]) { int verbose = 0; int dryrun = 0; int all = 0; int c; int ret = SA_OK; char *protocol = NULL; char *state; struct list *worklist = NULL; sa_group_t group; int auth = 1; while ((c = getopt(argc, argv, "?havn")) != EOF) { switch (c) { case 'a': all = 1; break; case 'n': dryrun++; break; case 'P': if (protocol != NULL) { (void) printf(gettext( "Specifying multiple protocols " "not supported: %s\n"), protocol); return (SA_SYNTAX_ERR); } protocol = optarg; if (!sa_valid_protocol(protocol)) { (void) printf(gettext( "Invalid protocol specified: %s\n"), protocol); return (SA_INVALID_PROTOCOL); } break; case 'v': verbose++; break; case 'h': /* optopt on valid arg isn't defined */ optopt = c; /*FALLTHROUGH*/ case '?': default: /* * Since a bad option gets to here, sort it * out and return a syntax error return value * if necessary. */ switch (optopt) { default: ret = SA_SYNTAX_ERR; break; case 'h': case '?': break; } (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_DISABLE)); return (ret); } } if (optind == argc && !all) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_DISABLE)); (void) printf(gettext("\tmust specify group\n")); return (SA_NO_SUCH_PATH); } if (!all) { while (optind < argc) { group = sa_get_group(handle, argv[optind]); if (group != NULL) { auth &= check_authorizations(argv[optind], flags); state = sa_get_group_attr(group, "state"); if (state == NULL || strcmp(state, "disabled") == 0) { /* already disabled */ if (verbose) (void) printf(gettext( "Group \"%s\" is " "already disabled\n"), argv[optind]); ret = SA_BUSY; /* already disabled */ } else { worklist = add_list(worklist, group, 0, protocol); if (verbose) (void) printf(gettext( "Disabling group " "\"%s\"\n"), argv[optind]); } if (state != NULL) sa_free_attr_string(state); } else { ret = SA_NO_SUCH_GROUP; } optind++; } } else { for (group = sa_get_group(handle, NULL); group != NULL; group = sa_get_next_group(group)) worklist = add_list(worklist, group, 0, protocol); } if (ret == SA_OK && !dryrun) ret = disable_all_groups(handle, worklist, 1); if (ret != SA_OK && ret != SA_BUSY) (void) printf(gettext("Could not disable group: %s\n"), sa_errorstr(ret)); if (ret == SA_BUSY) ret = SA_OK; if (worklist != NULL) free_list(worklist); if (dryrun && ret == SA_OK && !auth && verbose) (void) printf(gettext("Command would fail: %s\n"), sa_errorstr(SA_NO_PERMISSION)); return (ret); } /* * sa_start_group(flags, argc, argv) * * Implements the start command. * This is similar to enable except it doesn't change the state * of the group(s) and only enables shares if the group is already * enabled. */ int sa_start_group(sa_handle_t handle, int flags, int argc, char *argv[]) { int verbose = 0; int all = 0; int c; int ret = SMF_EXIT_OK; char *protocol = NULL; char *state; struct list *worklist = NULL; sa_group_t group; #ifdef lint flags = flags; #endif while ((c = getopt(argc, argv, "?havP:")) != EOF) { switch (c) { case 'a': all = 1; break; case 'P': if (protocol != NULL) { (void) printf(gettext( "Specifying multiple protocols " "not supported: %s\n"), protocol); return (SA_SYNTAX_ERR); } protocol = optarg; if (!sa_valid_protocol(protocol)) { (void) printf(gettext( "Invalid protocol specified: %s\n"), protocol); return (SA_INVALID_PROTOCOL); } break; case 'v': verbose++; break; case 'h': /* optopt on valid arg isn't defined */ optopt = c; /*FALLTHROUGH*/ case '?': default: /* * Since a bad option gets to here, sort it * out and return a syntax error return value * if necessary. */ ret = SA_OK; switch (optopt) { default: ret = SA_SYNTAX_ERR; break; case 'h': case '?': break; } (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_START)); return (ret); } } if (optind == argc && !all) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_START)); return (SMF_EXIT_ERR_FATAL); } if (!all) { while (optind < argc) { group = sa_get_group(handle, argv[optind]); if (group != NULL) { state = sa_get_group_attr(group, "state"); if (state == NULL || strcmp(state, "enabled") == 0) { worklist = add_list(worklist, group, 0, protocol); if (verbose) (void) printf(gettext( "Starting group \"%s\"\n"), argv[optind]); } else { /* * Determine if there are any * protocols. If there aren't any, * then there isn't anything to do in * any case so no error. */ if (sa_get_optionset(group, protocol) != NULL) { ret = SMF_EXIT_OK; } } if (state != NULL) sa_free_attr_string(state); } optind++; } } else { for (group = sa_get_group(handle, NULL); group != NULL; group = sa_get_next_group(group)) { state = sa_get_group_attr(group, "state"); if (state == NULL || strcmp(state, "enabled") == 0) worklist = add_list(worklist, group, 0, protocol); if (state != NULL) sa_free_attr_string(state); } } (void) enable_all_groups(handle, worklist, 0, 1, protocol, B_FALSE); if (worklist != NULL) free_list(worklist); return (ret); } /* * sa_stop_group(flags, argc, argv) * * Implements the stop command. * This is similar to disable except it doesn't change the state * of the group(s) and only disables shares if the group is already * enabled. */ int sa_stop_group(sa_handle_t handle, int flags, int argc, char *argv[]) { int verbose = 0; int all = 0; int c; int ret = SMF_EXIT_OK; char *protocol = NULL; char *state; struct list *worklist = NULL; sa_group_t group; #ifdef lint flags = flags; #endif while ((c = getopt(argc, argv, "?havP:")) != EOF) { switch (c) { case 'a': all = 1; break; case 'P': if (protocol != NULL) { (void) printf(gettext( "Specifying multiple protocols " "not supported: %s\n"), protocol); return (SA_SYNTAX_ERR); } protocol = optarg; if (!sa_valid_protocol(protocol)) { (void) printf(gettext( "Invalid protocol specified: %s\n"), protocol); return (SA_INVALID_PROTOCOL); } break; case 'v': verbose++; break; case 'h': /* optopt on valid arg isn't defined */ optopt = c; /*FALLTHROUGH*/ case '?': default: /* * Since a bad option gets to here, sort it * out and return a syntax error return value * if necessary. */ ret = SA_OK; switch (optopt) { default: ret = SA_SYNTAX_ERR; break; case 'h': case '?': break; } (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_STOP)); return (ret); } } if (optind == argc && !all) { (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_STOP)); return (SMF_EXIT_ERR_FATAL); } else if (!all) { while (optind < argc) { group = sa_get_group(handle, argv[optind]); if (group != NULL) { state = sa_get_group_attr(group, "state"); if (state == NULL || strcmp(state, "enabled") == 0) { worklist = add_list(worklist, group, 0, protocol); if (verbose) (void) printf(gettext( "Stopping group \"%s\"\n"), argv[optind]); } else { ret = SMF_EXIT_OK; } if (state != NULL) sa_free_attr_string(state); } optind++; } } else { for (group = sa_get_group(handle, NULL); group != NULL; group = sa_get_next_group(group)) { state = sa_get_group_attr(group, "state"); if (state == NULL || strcmp(state, "enabled") == 0) worklist = add_list(worklist, group, 0, protocol); if (state != NULL) sa_free_attr_string(state); } } (void) disable_all_groups(handle, worklist, 0); ret = sa_update_config(handle); if (worklist != NULL) free_list(worklist); return (ret); } /* * remove_all_options(share, proto) * * Removes all options on a share. */ static void remove_all_options(sa_share_t share, char *proto) { sa_optionset_t optionset; sa_security_t security; sa_security_t prevsec = NULL; optionset = sa_get_optionset(share, proto); if (optionset != NULL) (void) sa_destroy_optionset(optionset); for (security = sa_get_security(share, NULL, NULL); security != NULL; security = sa_get_next_security(security)) { char *type; /* * We walk through the list. prevsec keeps the * previous security so we can delete it without * destroying the list. */ if (prevsec != NULL) { /* remove the previously seen security */ (void) sa_destroy_security(prevsec); /* set to NULL so we don't try multiple times */ prevsec = NULL; } type = sa_get_security_attr(security, "type"); if (type != NULL) { /* * if the security matches the specified protocol, we * want to remove it. prevsec holds it until either * the next pass or we fall out of the loop. */ if (strcmp(type, proto) == 0) prevsec = security; sa_free_attr_string(type); } } /* in case there is one left */ if (prevsec != NULL) (void) sa_destroy_security(prevsec); } /* * for legacy support, we need to handle the old syntax. This is what * we get if sharemgr is called with the name "share" rather than * sharemgr. */ static int format_legacy_path(char *buff, int buffsize, char *proto, char *cmd) { int err; err = snprintf(buff, buffsize, "/usr/lib/fs/%s/%s", proto, cmd); if (err > buffsize) return (-1); return (0); } /* * check_legacy_cmd(proto, cmd) * * Check to see if the cmd exists in /usr/lib/fs// and is * executable. */ static int check_legacy_cmd(char *path) { struct stat st; int ret = 0; if (stat(path, &st) == 0) { if (S_ISREG(st.st_mode) && st.st_mode & (S_IXUSR|S_IXGRP|S_IXOTH)) ret = 1; } return (ret); } /* * run_legacy_command(proto, cmd, argv) * * We know the command exists, so attempt to execute it with all the * arguments. This implements full legacy share support for those * protocols that don't have plugin providers. */ static int run_legacy_command(char *path, char *argv[]) { int ret; ret = execv(path, argv); if (ret < 0) { switch (errno) { case EACCES: ret = SA_NO_PERMISSION; break; default: ret = SA_SYSTEM_ERR; break; } } return (ret); } /* * out_share(out, group, proto) * * Display the share information in the format that the "share" * command has traditionally used. */ static void out_share(FILE *out, sa_group_t group, char *proto) { sa_share_t share; char resfmt[128]; char *defprop; /* * The original share command defaulted to displaying NFS * shares or allowed a protocol to be specified. We want to * skip those shares that are not the specified protocol. */ if (proto != NULL && sa_get_optionset(group, proto) == NULL) return; if (proto == NULL) proto = "nfs"; /* * get the default property string. NFS uses "rw" but * everything else will use "". */ if (proto != NULL && strcmp(proto, "nfs") != 0) defprop = "\"\""; else defprop = "rw"; for (share = sa_get_share(group, NULL); share != NULL; share = sa_get_next_share(share)) { char *path; char *type; char *resource; char *description; char *groupname; char *sharedstate; int shared = 1; char *soptions; char shareopts[MAXNAMLEN]; sharedstate = sa_get_share_attr(share, "shared"); path = sa_get_share_attr(share, "path"); type = sa_get_share_attr(share, "type"); resource = get_resource(share); groupname = sa_get_group_attr(group, "name"); if (groupname != NULL && strcmp(groupname, "default") == 0) { sa_free_attr_string(groupname); groupname = NULL; } description = sa_get_share_description(share); /* * Want the sharetab version if it exists, defaulting * to NFS if no protocol specified. */ (void) snprintf(shareopts, MAXNAMLEN, "shareopts-%s", proto); soptions = sa_get_share_attr(share, shareopts); if (sharedstate == NULL) shared = 0; if (soptions == NULL) soptions = sa_proto_legacy_format(proto, share, 1); if (shared) { /* only active shares go here */ (void) snprintf(resfmt, sizeof (resfmt), "%s%s%s", resource != NULL ? resource : "-", groupname != NULL ? "@" : "", groupname != NULL ? groupname : ""); (void) fprintf(out, "%-14.14s %s %s \"%s\" \n", resfmt, (path != NULL) ? path : "", (soptions != NULL && strlen(soptions) > 0) ? soptions : defprop, (description != NULL) ? description : ""); } if (path != NULL) sa_free_attr_string(path); if (type != NULL) sa_free_attr_string(type); if (resource != NULL) sa_free_attr_string(resource); if (groupname != NULL) sa_free_attr_string(groupname); if (description != NULL) sa_free_share_description(description); if (sharedstate != NULL) sa_free_attr_string(sharedstate); if (soptions != NULL) sa_format_free(soptions); } } /* * output_legacy_file(out, proto) * * Walk all of the groups for the specified protocol and call * out_share() to format and write in the format displayed by the * "share" command with no arguments. */ static void output_legacy_file(FILE *out, char *proto, sa_handle_t handle) { sa_group_t group; for (group = sa_get_group(handle, NULL); group != NULL; group = sa_get_next_group(group)) { char *zfs; /* * Go through all the groups and ZFS * sub-groups. out_share() will format the shares in * the group appropriately. */ zfs = sa_get_group_attr(group, "zfs"); if (zfs != NULL) { sa_group_t zgroup; sa_free_attr_string(zfs); for (zgroup = sa_get_sub_group(group); zgroup != NULL; zgroup = sa_get_next_group(zgroup)) { /* got a group, so display it */ out_share(out, zgroup, proto); } } else { out_share(out, group, proto); } } } int sa_legacy_share(sa_handle_t handle, int flags, int argc, char *argv[]) { char *protocol = "nfs"; char *options = NULL; char *description = NULL; char *groupname = NULL; char *sharepath = NULL; char *resource = NULL; char *groupstatus = NULL; int persist = SA_SHARE_TRANSIENT; int argsused = 0; int c; int ret = SA_OK; int zfs = 0; int true_legacy = 0; int curtype = SA_SHARE_TRANSIENT; char cmd[MAXPATHLEN]; sa_group_t group = NULL; sa_resource_t rsrc = NULL; sa_share_t share; char dir[MAXPATHLEN]; uint64_t features; #ifdef lint flags = flags; #endif while ((c = getopt(argc, argv, "?hF:d:o:p")) != EOF) { switch (c) { case 'd': description = optarg; argsused++; break; case 'F': protocol = optarg; if (!sa_valid_protocol(protocol)) { if (format_legacy_path(cmd, MAXPATHLEN, protocol, "share") == 0 && check_legacy_cmd(cmd)) { true_legacy++; } else { (void) fprintf(stderr, gettext( "Invalid protocol specified: " "%s\n"), protocol); return (SA_INVALID_PROTOCOL); } } break; case 'o': options = optarg; argsused++; break; case 'p': persist = SA_SHARE_PERMANENT; argsused++; break; case 'h': /* optopt on valid arg isn't defined */ optopt = c; /*FALLTHROUGH*/ case '?': default: /* * Since a bad option gets to here, sort it * out and return a syntax error return value * if necessary. */ switch (optopt) { default: ret = SA_LEGACY_ERR; break; case 'h': case '?': break; } (void) fprintf(stderr, gettext("usage: %s\n"), sa_get_usage(USAGE_SHARE)); return (ret); } } /* Have the info so construct what is needed */ if (!argsused && optind == argc) { /* display current info in share format */ (void) output_legacy_file(stdout, protocol, handle); return (ret); } /* We are modifying the configuration */ if (optind == argc) { (void) fprintf(stderr, gettext("usage: %s\n"), sa_get_usage(USAGE_SHARE)); return (SA_LEGACY_ERR); } if (true_legacy) { /* If still using legacy share/unshare, exec it */ ret = run_legacy_command(cmd, argv); return (ret); } sharepath = argv[optind++]; if (optind < argc) { resource = argv[optind]; groupname = strchr(resource, '@'); if (groupname != NULL) *groupname++ = '\0'; } if (realpath(sharepath, dir) == NULL) ret = SA_BAD_PATH; else sharepath = dir; if (ret == SA_OK) share = sa_find_share(handle, sharepath); else share = NULL; features = sa_proto_get_featureset(protocol); if (groupname != NULL) { ret = SA_NOT_ALLOWED; } else if (ret == SA_OK) { char *legacygroup; /* * The legacy group is always present and zfs groups * come and go. zfs shares may be in sub-groups and * the zfs share will already be in that group so it * isn't an error. If the protocol is "smb", the group * "smb" is used when "default" would otherwise be * used. "default" is NFS only and "smb" is SMB only. */ if (strcmp(protocol, "smb") == 0) legacygroup = "smb"; else legacygroup = "default"; /* * If the share exists (not NULL), then make sure it * is one we want to handle by getting the parent * group. */ if (share != NULL) { group = sa_get_parent_group(share); } else { group = sa_get_group(handle, legacygroup); if (group == NULL && strcmp(legacygroup, "smb") == 0) { /* * This group may not exist, so create * as necessary. It only contains the * "smb" protocol. */ group = sa_create_group(handle, legacygroup, &ret); if (group != NULL) (void) sa_create_optionset(group, protocol); } } if (group == NULL) { ret = SA_SYSTEM_ERR; goto err; } groupstatus = group_status(group); if (share == NULL) { share = sa_add_share(group, sharepath, persist, &ret); if (share == NULL && ret == SA_DUPLICATE_NAME) { /* * Could be a ZFS path being started */ if (sa_zfs_is_shared(handle, sharepath)) { ret = SA_OK; group = sa_get_group(handle, "zfs"); if (group == NULL) { /* * This shouldn't * happen. */ ret = SA_CONFIG_ERR; } else { share = sa_add_share( group, sharepath, persist, &ret); } } } } else { char *type; /* * May want to change persist state, but the * important thing is to change options. We * need to change them regardless of the * source. */ if (sa_zfs_is_shared(handle, sharepath)) { zfs = 1; } remove_all_options(share, protocol); type = sa_get_share_attr(share, "type"); if (type != NULL && strcmp(type, "transient") != 0) { curtype = SA_SHARE_PERMANENT; } if (type != NULL) sa_free_attr_string(type); if (curtype != persist) { (void) sa_set_share_attr(share, "type", persist == SA_SHARE_PERMANENT ? "persist" : "transient"); } } /* * If there is a resource name, we may * actually care about it if this is share for * a protocol that uses resource level sharing * (SMB). We need to find the resource and, if * it exists, make sure it belongs to the * current share. If it doesn't exist, attempt * to create it. */ if (ret == SA_OK && resource != NULL) { rsrc = sa_find_resource(handle, resource); if (rsrc != NULL) { if (share != sa_get_resource_parent(rsrc)) ret = SA_DUPLICATE_NAME; } else { rsrc = sa_add_resource(share, resource, persist, &ret); } if (features & SA_FEATURE_RESOURCE) share = rsrc; } /* Have a group to hold this share path */ if (ret == SA_OK && options != NULL && strlen(options) > 0) { ret = sa_parse_legacy_options(share, options, protocol); } if (!zfs) { /* * ZFS shares never have a description * and we can't store the values so * don't try. */ if (ret == SA_OK && description != NULL) ret = sa_set_share_description(share, description); } if (ret == SA_OK && strcmp(groupstatus, "enabled") == 0) { if (rsrc != share) ret = sa_enable_share(share, protocol); else ret = sa_enable_resource(rsrc, protocol); if (ret == SA_OK && persist == SA_SHARE_PERMANENT) { (void) sa_update_legacy(share, protocol); } if (ret == SA_OK) ret = sa_update_config(handle); } } err: if (ret != SA_OK) { (void) fprintf(stderr, gettext("Could not share: %s: %s\n"), sharepath, sa_errorstr(ret)); ret = SA_LEGACY_ERR; } return (ret); } /* * sa_legacy_unshare(flags, argc, argv) * * Implements the original unshare command. */ int sa_legacy_unshare(sa_handle_t handle, int flags, int argc, char *argv[]) { char *protocol = "nfs"; /* for now */ char *options = NULL; char *sharepath = NULL; int persist = SA_SHARE_TRANSIENT; int argsused = 0; int c; int ret = SA_OK; int true_legacy = 0; uint64_t features = 0; sa_resource_t resource = NULL; char cmd[MAXPATHLEN]; #ifdef lint flags = flags; options = options; #endif while ((c = getopt(argc, argv, "?hF:o:p")) != EOF) { switch (c) { case 'F': protocol = optarg; if (!sa_valid_protocol(protocol)) { if (format_legacy_path(cmd, MAXPATHLEN, protocol, "unshare") == 0 && check_legacy_cmd(cmd)) { true_legacy++; } else { (void) printf(gettext( "Invalid file system name\n")); return (SA_INVALID_PROTOCOL); } } break; case 'o': options = optarg; argsused++; break; case 'p': persist = SA_SHARE_PERMANENT; argsused++; break; case 'h': /* optopt on valid arg isn't defined */ optopt = c; /*FALLTHROUGH*/ case '?': default: /* * Since a bad option gets to here, sort it * out and return a syntax error return value * if necessary. */ switch (optopt) { default: ret = SA_LEGACY_ERR; break; case 'h': case '?': break; } (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_UNSHARE)); return (ret); } } /* Have the info so construct what is needed */ if (optind == argc || (optind + 1) < argc || options != NULL) { ret = SA_SYNTAX_ERR; } else { sa_share_t share; char dir[MAXPATHLEN]; if (true_legacy) { /* if still using legacy share/unshare, exec it */ ret = run_legacy_command(cmd, argv); return (ret); } /* * Find the path in the internal configuration. If it * isn't found, attempt to resolve the path via * realpath() and try again. */ sharepath = argv[optind++]; share = sa_find_share(handle, sharepath); if (share == NULL) { if (realpath(sharepath, dir) == NULL) { ret = SA_NO_SUCH_PATH; } else { share = sa_find_share(handle, dir); } } if (share == NULL) { /* Could be a resource name so check that next */ features = sa_proto_get_featureset(protocol); resource = sa_find_resource(handle, sharepath); if (resource != NULL) { share = sa_get_resource_parent(resource); if (features & SA_FEATURE_RESOURCE) (void) sa_disable_resource(resource, protocol); if (persist == SA_SHARE_PERMANENT) { ret = sa_remove_resource(resource); if (ret == SA_OK) ret = sa_update_config(handle); } /* * If we still have a resource on the * share, we don't disable the share * itself. IF there aren't anymore, we * need to remove the share. The * removal will be done in the next * section if appropriate. */ resource = sa_get_share_resource(share, NULL); if (resource != NULL) share = NULL; } else if (ret == SA_OK) { /* Didn't find path and no resource */ ret = SA_BAD_PATH; } } if (share != NULL && resource == NULL) { ret = sa_disable_share(share, protocol); /* * Errors are ok and removal should still occur. The * legacy unshare is more forgiving of errors than the * remove-share subcommand which may need the force * flag set for some error conditions. That is, the * "unshare" command will always unshare if it can * while "remove-share" might require the force option. */ if (persist == SA_SHARE_PERMANENT) { ret = sa_remove_share(share); if (ret == SA_OK) ret = sa_update_config(handle); } } else if (ret == SA_OK && share == NULL && resource == NULL) { /* * If both share and resource are NULL, then * share not found. If one or the other was * found or there was an earlier error, we * assume it was handled earlier. */ ret = SA_NOT_SHARED; } } switch (ret) { default: (void) printf("%s: %s\n", sharepath, sa_errorstr(ret)); ret = SA_LEGACY_ERR; break; case SA_SYNTAX_ERR: (void) printf(gettext("usage: %s\n"), sa_get_usage(USAGE_UNSHARE)); break; case SA_OK: break; } return (ret); } /* * Common commands that implement the sub-commands used by all * protocols. The entries are found via the lookup command */ static sa_command_t commands[] = { {"add-share", 0, sa_addshare, USAGE_ADD_SHARE, SVC_SET}, {"create", 0, sa_create, USAGE_CREATE, SVC_SET|SVC_ACTION}, {"delete", 0, sa_delete, USAGE_DELETE, SVC_SET|SVC_ACTION}, {"disable", 0, sa_disable_group, USAGE_DISABLE, SVC_SET|SVC_ACTION}, {"enable", 0, sa_enable_group, USAGE_ENABLE, SVC_SET|SVC_ACTION}, {"list", 0, sa_list, USAGE_LIST}, {"move-share", 0, sa_moveshare, USAGE_MOVE_SHARE, SVC_SET}, {"remove-share", 0, sa_removeshare, USAGE_REMOVE_SHARE, SVC_SET}, {"set", 0, sa_set, USAGE_SET, SVC_SET}, {"set-share", 0, sa_set_share, USAGE_SET_SHARE, SVC_SET}, {"show", 0, sa_show, USAGE_SHOW}, {"share", 0, sa_legacy_share, USAGE_SHARE, SVC_SET|SVC_ACTION}, {"start", CMD_NODISPLAY, sa_start_group, USAGE_START, SVC_SET|SVC_ACTION}, {"stop", CMD_NODISPLAY, sa_stop_group, USAGE_STOP, SVC_SET|SVC_ACTION}, {"unset", 0, sa_unset, USAGE_UNSET, SVC_SET}, {"unshare", 0, sa_legacy_unshare, USAGE_UNSHARE, SVC_SET|SVC_ACTION}, {NULL, 0, NULL, NULL} }; static char * sa_get_usage(sa_usage_t index) { char *ret = NULL; switch (index) { case USAGE_ADD_SHARE: ret = gettext("add-share [-nth] [-r resource-name] " "[-d \"description text\"] -s sharepath group"); break; case USAGE_CREATE: ret = gettext( "create [-nvh] [-P proto [-p property=value]] group"); break; case USAGE_DELETE: ret = gettext("delete [-nvh] [-P proto] [-f] group"); break; case USAGE_DISABLE: ret = gettext("disable [-nvh] {-a | group ...}"); break; case USAGE_ENABLE: ret = gettext("enable [-nvh] {-a | group ...}"); break; case USAGE_LIST: ret = gettext("list [-vh] [-P proto]"); break; case USAGE_MOVE_SHARE: ret = gettext( "move-share [-nvh] -s sharepath destination-group"); break; case USAGE_REMOVE_SHARE: ret = gettext( "remove-share [-fnvh] {-s sharepath | -r resource} " "group"); break; case USAGE_SET: ret = gettext("set [-nvh] -P proto [-S optspace] " "[-p property=value]* [-s sharepath] [-r resource]] " "group"); break; case USAGE_SET_SECURITY: ret = gettext("set-security [-nvh] -P proto -S security-type " "[-p property=value]* group"); break; case USAGE_SET_SHARE: ret = gettext("set-share [-nh] [-r resource] " "[-d \"description text\"] -s sharepath group"); break; case USAGE_SHOW: ret = gettext("show [-pvxh] [-P proto] [group ...]"); break; case USAGE_SHARE: ret = gettext("share [-F fstype] [-p] [-o optionlist]" "[-d description] [pathname [resourcename]]"); break; case USAGE_START: ret = gettext("start [-vh] [-P proto] {-a | group ...}"); break; case USAGE_STOP: ret = gettext("stop [-vh] [-P proto] {-a | group ...}"); break; case USAGE_UNSET: ret = gettext("unset [-nvh] -P proto [-S optspace] " "[-p property]* group"); break; case USAGE_UNSET_SECURITY: ret = gettext("unset-security [-nvh] -P proto " "-S security-type [-p property]* group"); break; case USAGE_UNSHARE: ret = gettext( "unshare [-F fstype] [-p] [-o optionlist] sharepath"); break; } return (ret); } /* * sa_lookup(cmd, proto) * * Lookup the sub-command. proto isn't currently used, but it may * eventually provide a way to provide protocol specific sub-commands. */ sa_command_t * sa_lookup(char *cmd, char *proto) { int i; size_t len; #ifdef lint proto = proto; #endif len = strlen(cmd); for (i = 0; commands[i].cmdname != NULL; i++) { if (strncmp(cmd, commands[i].cmdname, len) == 0) return (&commands[i]); } return (NULL); } void sub_command_help(char *proto) { int i; #ifdef lint proto = proto; #endif (void) printf(gettext("\tsub-commands:\n")); for (i = 0; commands[i].cmdname != NULL; i++) { if (!(commands[i].flags & (CMD_ALIAS|CMD_NODISPLAY))) (void) printf("\t%s\n", sa_get_usage((sa_usage_t)commands[i].cmdidx)); } }