2 Copyright (c) 2008, 2009, 2010 Frank Lahm <franklahm@gmail.com>
4 This program is free software; you can redistribute it and/or modify
5 it under the terms of the GNU General Public License as published by
6 the Free Software Foundation; either version 2 of the License, or
7 (at your option) any later version.
9 This program is distributed in the hope that it will be useful,
10 but WITHOUT ANY WARRANTY; without even the implied warranty of
11 MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
12 GNU General Public License for more details.
17 #endif /* HAVE_CONFIG_H */
26 #ifdef HAVE_SOLARIS_ACLS
29 #ifdef HAVE_POSIX_ACLS
32 #ifdef HAVE_ACL_LIBACL_H
33 #include <acl/libacl.h>
36 #include <atalk/errchk.h>
37 #include <atalk/adouble.h>
38 #include <atalk/vfs.h>
39 #include <atalk/afp.h>
40 #include <atalk/util.h>
41 #include <atalk/cnid.h>
42 #include <atalk/logger.h>
43 #include <atalk/uuid.h>
44 #include <atalk/acl.h>
45 #include <atalk/bstrlib.h>
46 #include <atalk/bstradd.h>
48 #include "directory.h"
54 #include "acl_mappings.h"
58 #define SOLARIS_2_DARWIN 1
59 #define DARWIN_2_SOLARIS 2
60 #define POSIX_DEFAULT_2_DARWIN 3
61 #define POSIX_ACCESS_2_DARWIN 4
62 #define DARWIN_2_POSIX_DEFAULT 5
63 #define DARWIN_2_POSIX_ACCESS 6
68 /********************************************************
70 ********************************************************/
72 #ifdef HAVE_SOLARIS_ACLS
75 * Compile access rights for a user to one file-system object
77 * This combines combines all access rights for a user to one fs-object and
78 * returns the result as a Darwin allowed rights ACE.
79 * This must honor trivial ACEs which are a mode_t mapping.
81 * @param path (r) path to filesystem object
82 * @param sb (r) struct stat of path
83 * @param result (w) resulting Darwin allow ACE
85 * @returns 0 or -1 on error
87 static int solaris_acl_rights(const char *path,
88 const struct stat *sb,
92 int i, ace_count, checkgroup;
96 uint32_t rights, allowed_rights = 0, denied_rights = 0, darwin_rights;
98 /* Get ACL from file/dir */
99 EC_NEG1_LOG(ace_count = get_nfsv4_acl(path, &aces));
104 /* Now check requested rights */
106 do { /* Loop through ACEs */
108 flags = aces[i].a_flags;
109 type = aces[i].a_type;
110 rights = aces[i].a_access_mask;
112 if (flags & ACE_INHERIT_ONLY_ACE)
115 /* Now the tricky part: decide if ACE effects our user. I'll explain:
116 if its a dedicated (non trivial) ACE for the user
118 if its a ACE for a group we're member of
120 if its a trivial ACE_OWNER ACE and requested UUID is the owner
122 if its a trivial ACE_GROUP ACE and requested UUID is group
124 if its a trivial ACE_EVERYONE ACE
127 if (((who == uuid) && !(flags & (ACE_TRIVIAL|ACE_IDENTIFIER_GROUP)))
129 ((flags & ACE_IDENTIFIER_GROUP) && !(flags & ACE_GROUP) && gmem(who))
131 ((flags & ACE_OWNER) && (uuid == sb->st_uid))
133 ((flags & ACE_GROUP) && !(uuid == sb->st_uid) && gmem(sb->st_gid))
135 (flags & ACE_EVERYONE && !(uuid == sb->st_uid) && !gmem(sb->st_gid))
137 /* Found an applicable ACE */
138 if (type == ACE_ACCESS_ALLOWED_ACE_TYPE)
139 allowed_rights |= rights;
140 else if (type == ACE_ACCESS_DENIED_ACE_TYPE)
141 /* Only or to denied rights if not previously allowed !! */
142 denied_rights |= ((!allowed_rights) & rights);
144 } while (++i < ace_count);
147 /* Darwin likes to ask for "delete_child" on dir,
148 "write_data" is actually the same, so we add that for dirs */
149 if (S_ISDIR(sb->st_mode) && (allowed_rights & ACE_WRITE_DATA))
150 allowed_rights |= ACE_DELETE_CHILD;
152 /* Remove denied from allowed rights */
153 allowed_rights &= ~denied_rights;
157 for (i=0; nfsv4_to_darwin_rights[i].from != 0; i++) {
158 if (allowed_rights & nfsv4_to_darwin_rights[i].from)
159 darwin_rights |= nfsv4_to_darwin_rights[i].to;
162 *result |= darwin_rights;
165 if (aces) free(aces);
171 Maps ACE array from Solaris to Darwin. Darwin ACEs are stored in network byte order.
172 Return numer of mapped ACEs or -1 on error.
173 All errors while mapping (e.g. getting UUIDs from LDAP) are fatal.
175 static int map_aces_solaris_to_darwin(const ace_t *aces,
176 darwin_ace_t *darwin_aces,
183 struct passwd *pwd = NULL;
184 struct group *grp = NULL;
186 LOG(log_maxdebug, logtype_afpd, "map_aces_solaris_to_darwin: parsing %d ACES", ace_count);
189 LOG(log_maxdebug, logtype_afpd, "ACE No. %d", ace_count + 1);
190 /* if its a ACE resulting from nfsv4 mode mapping, discard it */
191 if (aces->a_flags & (ACE_OWNER | ACE_GROUP | ACE_EVERYONE)) {
192 LOG(log_debug, logtype_afpd, "trivial ACE");
197 if ( ! (aces->a_flags & ACE_IDENTIFIER_GROUP) ) { /* user ace */
198 LOG(log_debug, logtype_afpd, "uid: %d", aces->a_who);
199 EC_NULL_LOG(pwd = getpwuid(aces->a_who));
200 LOG(log_debug, logtype_afpd, "uid: %d -> name: %s", aces->a_who, pwd->pw_name);
201 EC_ZERO_LOG(getuuidfromname(pwd->pw_name,
203 darwin_aces->darwin_ace_uuid));
204 } else { /* group ace */
205 LOG(log_debug, logtype_afpd, "gid: %d", aces->a_who);
206 EC_NULL_LOG(grp = getgrgid(aces->a_who));
207 LOG(log_debug, logtype_afpd, "gid: %d -> name: %s", aces->a_who, grp->gr_name);
208 EC_ZERO_LOG(getuuidfromname(grp->gr_name,
210 darwin_aces->darwin_ace_uuid));
214 if (aces->a_type == ACE_ACCESS_ALLOWED_ACE_TYPE)
215 flags = DARWIN_ACE_FLAGS_PERMIT;
216 else if (aces->a_type == ACE_ACCESS_DENIED_ACE_TYPE)
217 flags = DARWIN_ACE_FLAGS_DENY;
218 else { /* unsupported type */
222 for(i=0; nfsv4_to_darwin_flags[i].from != 0; i++) {
223 if (aces->a_flags & nfsv4_to_darwin_flags[i].from)
224 flags |= nfsv4_to_darwin_flags[i].to;
226 darwin_aces->darwin_ace_flags = htonl(flags);
230 for (i=0; nfsv4_to_darwin_rights[i].from != 0; i++) {
231 if (aces->a_access_mask & nfsv4_to_darwin_rights[i].from)
232 rights |= nfsv4_to_darwin_rights[i].to;
234 darwin_aces->darwin_ace_rights = htonl(rights);
247 Maps ACE array from Darwin to Solaris. Darwin ACEs are expected in network byte order.
248 Return numer of mapped ACEs or -1 on error.
249 All errors while mapping (e.g. getting UUIDs from LDAP) are fatal.
251 static int map_aces_darwin_to_solaris(darwin_ace_t *darwin_aces,
256 int i, mapped_aces = 0;
257 uint32_t darwin_ace_flags;
258 uint32_t darwin_ace_rights;
259 uint16_t nfsv4_ace_flags;
260 uint32_t nfsv4_ace_rights;
268 nfsv4_ace_rights = 0;
271 EC_ZERO(getnamefromuuid(darwin_aces->darwin_ace_uuid, &name, &uuidtype));
279 EC_NULL_LOG(pwd = getpwnam(name));
280 nfsv4_aces->a_who = pwd->pw_uid;
283 EC_NULL_LOG(grp = getgrnam(name));
284 nfsv4_aces->a_who = (uid_t)(grp->gr_gid);
285 nfsv4_ace_flags |= ACE_IDENTIFIER_GROUP;
291 /* now type: allow/deny */
292 darwin_ace_flags = ntohl(darwin_aces->darwin_ace_flags);
293 if (darwin_ace_flags & DARWIN_ACE_FLAGS_PERMIT)
294 nfsv4_aces->a_type = ACE_ACCESS_ALLOWED_ACE_TYPE;
295 else if (darwin_ace_flags & DARWIN_ACE_FLAGS_DENY)
296 nfsv4_aces->a_type = ACE_ACCESS_DENIED_ACE_TYPE;
297 else { /* unsupported type */
302 for(i=0; darwin_to_nfsv4_flags[i].from != 0; i++) {
303 if (darwin_ace_flags & darwin_to_nfsv4_flags[i].from)
304 nfsv4_ace_flags |= darwin_to_nfsv4_flags[i].to;
308 darwin_ace_rights = ntohl(darwin_aces->darwin_ace_rights);
309 for (i=0; darwin_to_nfsv4_rights[i].from != 0; i++) {
310 if (darwin_ace_rights & darwin_to_nfsv4_rights[i].from)
311 nfsv4_ace_rights |= darwin_to_nfsv4_rights[i].to;
314 LOG(log_debug9, logtype_afpd, "map_aces_darwin_to_solaris: ACE flags: Darwin:%08x -> NFSv4:%04x", darwin_ace_flags, nfsv4_ace_flags);
315 LOG(log_debug9, logtype_afpd, "map_aces_darwin_to_solaris: ACE rights: Darwin:%08x -> NFSv4:%08x", darwin_ace_rights, nfsv4_ace_rights);
317 nfsv4_aces->a_flags = nfsv4_ace_flags;
318 nfsv4_aces->a_access_mask = nfsv4_ace_rights;
331 #endif /* HAVE_SOLARIS_ACLS */
333 /********************************************************
335 ********************************************************/
337 #ifdef HAVE_POSIX_ACLS
339 static uint32_t posix_permset_to_darwin_rights(acl_entry_t e, int is_dir)
343 acl_permset_t permset;
345 EC_ZERO_LOG(acl_get_permset(e, &permset));
347 #ifdef HAVE_ACL_GET_PERM_NP
348 if (acl_get_perm_np(permset, ACL_READ))
350 if (acl_get_perm(permset, ACL_READ))
352 rights = DARWIN_ACE_READ_DATA
353 | DARWIN_ACE_READ_EXTATTRIBUTES
354 | DARWIN_ACE_READ_ATTRIBUTES
355 | DARWIN_ACE_READ_SECURITY;
356 #ifdef HAVE_ACL_GET_PERM_NP
357 if (acl_get_perm_np(permset, ACL_WRITE)) {
359 if (acl_get_perm(permset, ACL_WRITE)) {
361 rights |= DARWIN_ACE_WRITE_DATA
362 | DARWIN_ACE_APPEND_DATA
363 | DARWIN_ACE_WRITE_EXTATTRIBUTES
364 | DARWIN_ACE_WRITE_ATTRIBUTES;
366 rights |= DARWIN_ACE_DELETE_CHILD;
368 #ifdef HAVE_ACL_GET_PERM_NP
369 if (acl_get_perm_np(permset, ACL_EXECUTE))
371 if (acl_get_perm(permset, ACL_EXECUTE))
373 rights |= DARWIN_ACE_EXECUTE;
376 LOG(log_maxdebug, logtype_afpd, "mapped rights: 0x%08x", rights);
381 * Compile access rights for a user to one file-system object
383 * This combines combines all access rights for a user to one fs-object and
384 * returns the result as a Darwin allowed rights ACE.
385 * This must honor trivial ACEs which are a mode_t mapping.
387 * @param path (r) path to filesystem object
388 * @param sb (r) struct stat of path
389 * @param result (rw) resulting Darwin allow ACE
391 * @returns 0 or -1 on error
393 static int posix_acl_rights(const char *path,
394 const struct stat *sb,
399 int entry_id = ACL_FIRST_ENTRY;
400 uint32_t rights = 0, maskrights = 0;
407 EC_NULL_LOG(acl = acl_get_file(path, ACL_TYPE_ACCESS));
409 /* itereate through all ACEs to get the mask */
410 while (!havemask && acl_get_entry(acl, entry_id, &e) == 1) {
411 entry_id = ACL_NEXT_ENTRY;
412 EC_ZERO_LOG(acl_get_tag_type(e, &tag));
415 maskrights = posix_permset_to_darwin_rights(e, S_ISDIR(sb->st_mode));
416 LOG(log_maxdebug, logtype_afpd, "maskrights: 0x%08x", maskrights);
424 /* itereate through all ACEs */
425 entry_id = ACL_FIRST_ENTRY;
426 while (acl_get_entry(acl, entry_id, &e) == 1) {
427 entry_id = ACL_NEXT_ENTRY;
428 EC_ZERO_LOG(acl_get_tag_type(e, &tag));
431 EC_NULL_LOG(uid = (uid_t *)acl_get_qualifier(e));
433 LOG(log_maxdebug, logtype_afpd, "ACL_USER: %u", *uid);
434 rights |= posix_permset_to_darwin_rights(e, S_ISDIR(sb->st_mode));
440 if (sb->st_uid == uuid) {
441 LOG(log_maxdebug, logtype_afpd, "ACL_USER_OBJ: %u", sb->st_uid);
442 rights |= posix_permset_to_darwin_rights(e, S_ISDIR(sb->st_mode));
446 EC_NULL_LOG(gid = (gid_t *)acl_get_qualifier(e));
448 LOG(log_maxdebug, logtype_afpd, "ACL_GROUP: %u", *gid);
449 rights |= (posix_permset_to_darwin_rights(e, S_ISDIR(sb->st_mode)) & maskrights);
455 if (!(sb->st_uid == uuid) && gmem(sb->st_gid)) {
456 LOG(log_maxdebug, logtype_afpd, "ACL_GROUP_OBJ: %u", sb->st_gid);
457 rights |= posix_permset_to_darwin_rights(e, S_ISDIR(sb->st_mode));
461 if (!(sb->st_uid == uuid) && !gmem(sb->st_gid)) {
462 LOG(log_maxdebug, logtype_afpd, "ACL_OTHER");
463 rights |= posix_permset_to_darwin_rights(e, S_ISDIR(sb->st_mode));
474 if (acl) acl_free(acl);
475 if (uid) acl_free(uid);
476 if (gid) acl_free(gid);
481 * Add entries of one acl to another acl
483 * @param aclp (rw) destination acl where new aces will be added
484 * @param acl (r) source acl where aces will be copied from
486 * @returns 0 on success, -1 on error
488 static int acl_add_acl(acl_t *aclp, const acl_t acl)
494 for (id = ACL_FIRST_ENTRY; acl_get_entry(acl, id, &se) == 1; id = ACL_NEXT_ENTRY) {
495 EC_ZERO_LOG_ERR(acl_create_entry(aclp, &de), AFPERR_MISC);
496 EC_ZERO_LOG_ERR(acl_copy_entry(de, se), AFPERR_MISC);
504 * Map Darwin ACE rights to POSIX 1e perm
506 * We can only map few rights:
507 * DARWIN_ACE_READ_DATA -> ACL_READ
508 * DARWIN_ACE_WRITE_DATA -> ACL_WRITE
509 * DARWIN_ACE_DELETE_CHILD & (is_dir == 1) -> ACL_WRITE
510 * DARWIN_ACE_EXECUTE -> ACL_EXECUTE
512 * @param entry (rw) result of the mapping
513 * @param is_dir (r) 1 for dirs, 0 for files
515 * @returns mapping result as acl_perm_t, -1 on error
517 static acl_perm_t map_darwin_right_to_posix_permset(uint32_t darwin_ace_rights, int is_dir)
521 if (darwin_ace_rights & DARWIN_ACE_READ_DATA)
524 if (darwin_ace_rights & (DARWIN_ACE_WRITE_DATA | (DARWIN_ACE_DELETE_CHILD & is_dir)))
527 if (darwin_ace_rights & DARWIN_ACE_EXECUTE)
534 * Add a ACL_USER or ACL_GROUP permission to an ACL, extending existing ACEs
536 * Add a permission of "type" for user or group "id" to an ACL. Scan the ACL
537 * for existing permissions for this type/id, if there is one add the perm,
538 * otherwise create a new ACL entry.
539 * perm can be or'ed ACL_READ, ACL_WRITE and ACL_EXECUTE.
541 * @param aclp (rw) pointer to ACL
542 * @param type (r) acl_tag_t of ACL_USER or ACL_GROUP
543 * @param id (r) uid_t uid for ACL_USER, or gid casted to uid_t for ACL_GROUP
544 * @param perm (r) acl_perm_t permissions to add
546 * @returns 0 on success, -1 on failure
548 static int posix_acl_add_perm(acl_t *aclp, acl_tag_t type, uid_t id, acl_perm_t perm)
554 int entry_id = ACL_FIRST_ENTRY;
555 acl_permset_t permset;
558 for ( ; (! found) && acl_get_entry(*aclp, entry_id, &e) == 1; entry_id = ACL_NEXT_ENTRY) {
559 EC_ZERO_LOG(acl_get_tag_type(e, &tag));
560 if (tag != ACL_USER && tag != ACL_GROUP)
562 EC_NULL_LOG(eid = (uid_t *)acl_get_qualifier(e));
563 if ((*eid == id) && (type == tag)) {
564 /* found an ACE for this type/id */
566 EC_ZERO_LOG(acl_get_permset(e, &permset));
567 EC_ZERO_LOG(acl_add_perm(permset, perm));
575 /* there was no existing ACE for this type/id */
576 EC_ZERO_LOG(acl_create_entry(aclp, &e));
577 EC_ZERO_LOG(acl_set_tag_type(e, type));
578 EC_ZERO_LOG(acl_set_qualifier(e, &id));
579 EC_ZERO_LOG(acl_get_permset(e, &permset));
580 EC_ZERO_LOG(acl_clear_perms(permset));
581 EC_ZERO_LOG(acl_add_perm(permset, perm));
582 EC_ZERO_LOG(acl_set_permset(e, permset));
586 if (eid) acl_free(eid);
592 * Map Darwin ACL to POSIX ACL.
594 * aclp must point to a acl_init'ed acl_t or an acl_t that can eg contain default ACEs.
595 * Mapping pecularities:
596 * - we create a default ace (which inherits to files and dirs) if either
597 DARWIN_ACE_FLAGS_FILE_INHERIT or DARWIN_ACE_FLAGS_DIRECTORY_INHERIT is requested
598 * - we throw away DARWIN_ACE_FLAGS_LIMIT_INHERIT (can't be mapped), thus the ACL will
601 * @param darwin_aces (r) pointer to darwin_aces buffer
602 * @param def_aclp (rw) directories: pointer to an initialized acl_t with the default acl
603 * files: *def_aclp will be NULL
604 * @param acc_aclp (rw) pointer to an initialized acl_t with the access acl
605 * @param ace_count (r) number of ACEs in darwin_aces buffer
607 * @returns 0 on success storing the result in aclp, -1 on error.
609 static int map_aces_darwin_to_posix(const darwin_ace_t *darwin_aces,
620 uint32_t darwin_ace_flags, darwin_ace_rights;
624 for ( ; ace_count != 0; ace_count--, darwin_aces++) {
625 /* type: allow/deny, posix only has allow */
626 darwin_ace_flags = ntohl(darwin_aces->darwin_ace_flags);
627 if ( ! (darwin_ace_flags & DARWIN_ACE_FLAGS_PERMIT))
630 darwin_ace_rights = ntohl(darwin_aces->darwin_ace_rights);
631 perm = map_darwin_right_to_posix_permset(darwin_ace_rights, (*def_aclp != NULL));
633 continue; /* dont add empty perm */
635 LOG(log_debug, logtype_afpd, "map_ace: no: %u, flags: %08x, darwin: %08x, posix: %02x",
636 ace_count, darwin_ace_flags, darwin_ace_rights, perm);
639 EC_ZERO_LOG(getnamefromuuid(darwin_aces->darwin_ace_uuid, &name, &uuidtype));
642 EC_NULL_LOG(pwd = getpwnam(name));
645 LOG(log_debug, logtype_afpd, "map_ace: name: %s, uid: %u", name, id);
648 EC_NULL_LOG(grp = getgrnam(name));
650 id = (uid_t)(grp->gr_gid);
651 LOG(log_debug, logtype_afpd, "map_ace: name: %s, gid: %u", name, id);
659 if (darwin_ace_flags & DARWIN_ACE_INHERIT_CONTROL_FLAGS) {
660 if (*def_aclp == NULL) {
661 /* ace request inheritane but we haven't got a default acl pointer */
662 LOG(log_warning, logtype_afpd, "map_acl: unexpected ACE, flags: 0x%04x",
666 /* add it as default ace */
667 EC_ZERO_LOG(posix_acl_add_perm(def_aclp, tag, id, perm));
670 if (! (darwin_ace_flags & DARWIN_ACE_FLAGS_ONLY_INHERIT))
671 /* if it not a "inherit only" ace, it must be added as access aces too */
672 EC_ZERO_LOG(posix_acl_add_perm(acc_aclp, tag, id, perm));
674 EC_ZERO_LOG(posix_acl_add_perm(acc_aclp, tag, id, perm));
686 * Map ACEs from POSIX to Darwin.
687 * type is either POSIX_DEFAULT_2_DARWIN or POSIX_ACCESS_2_DARWIN, cf. acl_get_file.
688 * Return number of mapped ACES, -1 on error.
690 static int map_acl_posix_to_darwin(int type, const acl_t acl, darwin_ace_t *darwin_aces)
694 int entry_id = ACL_FIRST_ENTRY;
699 struct passwd *pwd = NULL;
700 struct group *grp = NULL;
702 uint32_t rights, maskrights = 0;
703 darwin_ace_t *saved_darwin_aces = darwin_aces;
705 LOG(log_maxdebug, logtype_afpd, "map_aces_posix_to_darwin(%s)",
706 (type & MAP_MASK) == POSIX_DEFAULT_2_DARWIN ?
707 "POSIX_DEFAULT_2_DARWIN" : "POSIX_ACCESS_2_DARWIN");
709 /* itereate through all ACEs */
710 while (acl_get_entry(acl, entry_id, &e) == 1) {
711 entry_id = ACL_NEXT_ENTRY;
714 EC_ZERO_LOG(acl_get_tag_type(e, &tag));
716 /* we return user and group ACE */
719 EC_NULL_LOG(uid = (uid_t *)acl_get_qualifier(e));
720 EC_NULL_LOG(pwd = getpwuid(*uid));
721 LOG(log_debug, logtype_afpd, "map_aces_posix_to_darwin: uid: %d -> name: %s",
723 EC_ZERO_LOG(getuuidfromname(pwd->pw_name, UUID_USER, darwin_aces->darwin_ace_uuid));
729 EC_NULL_LOG(gid = (gid_t *)acl_get_qualifier(e));
730 EC_NULL_LOG(grp = getgrgid(*gid));
731 LOG(log_debug, logtype_afpd, "map_aces_posix_to_darwin: gid: %d -> name: %s",
733 EC_ZERO_LOG(getuuidfromname(grp->gr_name, UUID_GROUP, darwin_aces->darwin_ace_uuid));
739 maskrights = posix_permset_to_darwin_rights(e, type & IS_DIR);
747 flags = DARWIN_ACE_FLAGS_PERMIT;
748 if ((type & MAP_MASK) == POSIX_DEFAULT_2_DARWIN)
749 flags |= DARWIN_ACE_FLAGS_FILE_INHERIT
750 | DARWIN_ACE_FLAGS_DIRECTORY_INHERIT
751 | DARWIN_ACE_FLAGS_ONLY_INHERIT;
752 darwin_aces->darwin_ace_flags = htonl(flags);
755 rights = posix_permset_to_darwin_rights(e, type & IS_DIR);
756 darwin_aces->darwin_ace_rights = htonl(rights);
762 /* Loop through the mapped ACE buffer once again, applying the mask */
763 for (int i = mapped_aces; i > 0; i--) {
764 saved_darwin_aces->darwin_ace_rights &= htonl(maskrights);
768 EC_STATUS(mapped_aces);
771 if (uid) acl_free(uid);
772 if (gid) acl_free(gid);
778 * Multiplex ACL mapping (SOLARIS_2_DARWIN, DARWIN_2_SOLARIS, POSIX_2_DARWIN, DARWIN_2_POSIX).
779 * Reads from 'aces' buffer, writes to 'rbuf' buffer.
780 * Caller must provide buffer.
781 * Darwin ACEs are read and written in network byte order.
782 * Needs to know how many ACEs are in the ACL (ace_count) for Solaris ACLs.
783 * Ignores trivial ACEs.
784 * Return no of mapped ACEs or -1 on error.
786 static int map_acl(int type, void *acl, darwin_ace_t *buf, int ace_count)
790 LOG(log_debug9, logtype_afpd, "map_acl: BEGIN");
792 switch (type & MAP_MASK) {
794 #ifdef HAVE_SOLARIS_ACLS
795 case SOLARIS_2_DARWIN:
796 mapped_aces = map_aces_solaris_to_darwin( acl, buf, ace_count);
799 case DARWIN_2_SOLARIS:
800 mapped_aces = map_aces_darwin_to_solaris( buf, acl, ace_count);
802 #endif /* HAVE_SOLARIS_ACLS */
804 #ifdef HAVE_POSIX_ACLS
805 case POSIX_DEFAULT_2_DARWIN:
806 mapped_aces = map_acl_posix_to_darwin(type, (const acl_t)acl, buf);
809 case POSIX_ACCESS_2_DARWIN:
810 mapped_aces = map_acl_posix_to_darwin(type, (const acl_t)acl, buf);
813 case DARWIN_2_POSIX_DEFAULT:
816 case DARWIN_2_POSIX_ACCESS:
818 #endif /* HAVE_POSIX_ACLS */
825 LOG(log_debug9, logtype_afpd, "map_acl: END");
829 /* Get ACL from object omitting trivial ACEs. Map to Darwin ACL style and
830 store Darwin ACL at rbuf. Add length of ACL written to rbuf to *rbuflen.
831 Returns 0 on success, -1 on error. */
832 static int get_and_map_acl(char *name, char *rbuf, size_t *rbuflen)
837 uint32_t *darwin_ace_count = (u_int32_t *)rbuf;
838 #ifdef HAVE_SOLARIS_ACLS
842 #ifdef HAVE_POSIX_ACLS
845 LOG(log_debug9, logtype_afpd, "get_and_map_acl: BEGIN");
847 /* Skip length and flags */
852 #ifdef HAVE_SOLARIS_ACLS
853 EC_NEG1(ace_count = get_nfsv4_acl(name, &aces));
854 EC_NEG1(mapped_aces = map_acl(SOLARIS_2_DARWIN, aces, (darwin_ace_t *)rbuf, ace_count));
855 #endif /* HAVE_SOLARIS_ACLS */
857 #ifdef HAVE_POSIX_ACLS
858 acl_t defacl = NULL , accacl = NULL;
860 /* stat to check if its a dir */
861 EC_ZERO_LOG(lstat(name, &st));
863 /* if its a dir, check for default acl too */
865 if (S_ISDIR(st.st_mode)) {
867 EC_NULL_LOG(defacl = acl_get_file(name, ACL_TYPE_DEFAULT));
868 EC_NEG1(mapped_aces = map_acl(POSIX_DEFAULT_2_DARWIN | dirflag,
870 (darwin_ace_t *)rbuf,
874 EC_NULL_LOG(accacl = acl_get_file(name, ACL_TYPE_ACCESS));
877 EC_NEG1(tmp = map_acl(POSIX_ACCESS_2_DARWIN | dirflag,
879 (darwin_ace_t *)(rbuf + mapped_aces * sizeof(darwin_ace_t)),
882 #endif /* HAVE_POSIX_ACLS */
884 LOG(log_debug, logtype_afpd, "get_and_map_acl: mapped %d ACEs", mapped_aces);
886 *darwin_ace_count = htonl(mapped_aces);
887 *rbuflen += sizeof(darwin_acl_header_t) + (mapped_aces * sizeof(darwin_ace_t));
892 #ifdef HAVE_SOLARIS_ACLS
893 if (aces) free(aces);
895 #ifdef HAVE_POSIX_ACLS
896 if (defacl) acl_free(defacl);
897 if (accacl) acl_free(accacl);
898 #endif /* HAVE_POSIX_ACLS */
900 LOG(log_debug9, logtype_afpd, "get_and_map_acl: END");
905 /* Removes all non-trivial ACLs from object. Returns full AFPERR code. */
906 static int remove_acl(const struct vol *vol,const char *path, int dir)
910 #if (defined HAVE_SOLARIS_ACLS || defined HAVE_POSIX_ACLS)
911 /* Ressource etc. first */
912 if ((ret = vol->vfs->vfs_remove_acl(vol, path, dir)) != AFP_OK)
914 /* now the data fork or dir */
915 ret = remove_acl_vfs(path);
922 - the client sends a complete list of ACEs, not only new ones. So we dont need to do
923 any combination business (one exception being 'kFileSec_Inherit': see next)
924 - client might request that we add inherited ACEs via 'kFileSec_Inherit'.
925 We will store inherited ACEs first, which is Darwins canonical order.
926 - returns AFPerror code
928 #ifdef HAVE_SOLARIS_ACLS
929 static int set_acl(const struct vol *vol,
936 int i, nfsv4_ace_count;
937 int tocopy_aces_count = 0, new_aces_count = 0, trivial_ace_count = 0;
938 ace_t *old_aces, *new_aces = NULL;
941 LOG(log_debug9, logtype_afpd, "set_acl: BEGIN");
944 /* inherited + trivial ACEs */
945 flags = ACE_INHERITED_ACE | ACE_OWNER | ACE_GROUP | ACE_EVERYONE;
947 /* only trivial ACEs */
948 flags = ACE_OWNER | ACE_GROUP | ACE_EVERYONE;
950 /* Get existing ACL and count ACEs which have to be copied */
951 if ((nfsv4_ace_count = get_nfsv4_acl(name, &old_aces)) == -1)
953 for ( i=0; i < nfsv4_ace_count; i++) {
954 if (old_aces[i].a_flags & flags)
958 /* Now malloc buffer exactly sized to fit all new ACEs */
959 if ((new_aces = malloc((ace_count + tocopy_aces_count) * sizeof(ace_t))) == NULL) {
960 LOG(log_error, logtype_afpd, "set_acl: malloc %s", strerror(errno));
961 EC_STATUS(AFPERR_MISC);
965 /* Start building new ACL */
967 /* Copy local inherited ACEs. Therefore we have 'Darwin canonical order' (see chmod there):
968 inherited ACEs first. */
970 for (i=0; i < nfsv4_ace_count; i++) {
971 if (old_aces[i].a_flags & ACE_INHERITED_ACE) {
972 memcpy(&new_aces[new_aces_count], &old_aces[i], sizeof(ace_t));
977 LOG(log_debug7, logtype_afpd, "set_acl: copied %d inherited ACEs", new_aces_count);
979 /* Now the ACEs from the client */
980 if ((ret = (map_acl(DARWIN_2_SOLARIS,
981 &new_aces[new_aces_count],
983 ace_count))) == -1) {
984 EC_STATUS(AFPERR_PARAM);
987 new_aces_count += ret;
988 LOG(log_debug7, logtype_afpd, "set_acl: mapped %d ACEs from client", ret);
990 /* Now copy the trivial ACEs */
991 for (i=0; i < nfsv4_ace_count; i++) {
992 if (old_aces[i].a_flags & (ACE_OWNER | ACE_GROUP | ACE_EVERYONE)) {
993 memcpy(&new_aces[new_aces_count], &old_aces[i], sizeof(ace_t));
998 LOG(log_debug7, logtype_afpd, "set_acl: copied %d trivial ACEs", trivial_ace_count);
1000 /* Ressourcefork first.
1001 Note: for dirs we set the same ACL on the .AppleDouble/.Parent _file_. This
1002 might be strange for ACE_DELETE_CHILD and for inheritance flags. */
1003 if ((ret = (vol->vfs->vfs_acl(vol, name, ACE_SETACL, new_aces_count, new_aces))) != 0) {
1004 LOG(log_error, logtype_afpd, "set_acl: error setting acl: %s", strerror(errno));
1005 if (errno == (EACCES | EPERM))
1006 EC_STATUS(AFPERR_ACCESS);
1007 else if (errno == ENOENT)
1008 EC_STATUS(AFPERR_NOITEM);
1010 EC_STATUS(AFPERR_MISC);
1013 if ((ret = (acl(name, ACE_SETACL, new_aces_count, new_aces))) != 0) {
1014 LOG(log_error, logtype_afpd, "set_acl: error setting acl: %s", strerror(errno));
1015 if (errno == (EACCES | EPERM))
1016 EC_STATUS(AFPERR_ACCESS);
1017 else if (errno == ENOENT)
1018 EC_STATUS(AFPERR_NOITEM);
1020 EC_STATUS(AFPERR_MISC);
1027 if (old_aces) free(old_aces);
1028 if (new_aces) free(new_aces);
1030 LOG(log_debug9, logtype_afpd, "set_acl: END");
1033 #endif /* HAVE_SOLARIS_ACLS */
1035 #ifdef HAVE_POSIX_ACLS
1036 static int set_acl(const struct vol *vol,
1039 darwin_ace_t *daces,
1043 acl_t def_acl = NULL;
1044 acl_t acc_acl = NULL;
1046 LOG(log_maxdebug, logtype_afpd, "set_acl: BEGIN");
1049 EC_ZERO_LOG_ERR(lstat(name, &st), AFPERR_NOOBJ);
1051 /* seed default ACL with access ACL */
1052 if (S_ISDIR(st.st_mode))
1053 EC_NULL_LOG_ERR(def_acl = acl_get_file(name, ACL_TYPE_ACCESS), AFPERR_MISC);
1055 /* for files def_acl will be NULL */
1057 /* create access acl from mode */
1058 #ifdef HAVE_ACL_FROM_MODE
1059 EC_NULL_LOG_ERR(acc_acl = acl_from_mode(st.st_mode), AFPERR_MISC);
1061 #error "Missing acl_from_mode() replacement"
1063 /* adds the clients aces */
1064 EC_ZERO_ERR(map_aces_darwin_to_posix(daces, &def_acl, &acc_acl, ace_count), AFPERR_MISC);
1066 /* calcuate ACL mask */
1067 EC_ZERO_LOG_ERR(acl_calc_mask(&acc_acl), AFPERR_MISC);
1070 EC_ZERO_LOG_ERR(acl_valid(acc_acl), AFPERR_MISC);
1073 EC_ZERO_LOG_ERR(acl_set_file(name, ACL_TYPE_ACCESS, acc_acl), AFPERR_MISC);
1074 EC_ZERO_LOG_ERR(vol->vfs->vfs_acl(vol, name, ACL_TYPE_ACCESS, 0, acc_acl), AFPERR_MISC);
1077 EC_ZERO_LOG_ERR(acl_set_file(name, ACL_TYPE_DEFAULT, def_acl), AFPERR_MISC);
1078 EC_ZERO_LOG_ERR(vol->vfs->vfs_acl(vol, name, ACL_TYPE_DEFAULT, 0, def_acl), AFPERR_MISC);
1085 LOG(log_maxdebug, logtype_afpd, "set_acl: END");
1088 #endif /* HAVE_POSIX_ACLS */
1091 * Checks if a given UUID has requested_rights(type darwin_ace_rights) for path.
1093 * Note: this gets called frequently and is a good place for optimizations !
1095 * @param vol (r) volume
1096 * @param dir (r) directory
1097 * @param path (r) path to filesystem object
1098 * @param uuid (r) UUID of user
1099 * @param requested_rights (r) requested Darwin ACE
1101 * @returns AFP result code
1103 static int check_acl_access(const struct vol *vol,
1104 const struct dir *dir,
1107 uint32_t requested_rights)
1110 uint32_t allowed_rights = 0;
1111 char *username = NULL;
1112 uuidtype_t uuidtype;
1114 bstring parent = NULL;
1116 LOG(log_maxdebug, logtype_afpd, "check_access: Request: 0x%08x", requested_rights);
1118 /* Get uid or gid from UUID */
1119 EC_ZERO_LOG_ERR(getnamefromuuid(uuid, &username, &uuidtype), AFPERR_PARAM);
1120 EC_ZERO_LOG_ERR(lstat(path, &st), AFPERR_PARAM);
1126 LOG(log_warning, logtype_afpd, "check_access: afp_access not supported for groups");
1127 EC_STATUS(AFPERR_MISC);
1130 EC_STATUS(AFPERR_MISC);
1134 #ifdef HAVE_SOLARIS_ACLS
1135 EC_ZERO_LOG(solaris_acl_rights(path, &st, &allowed_rights));
1137 #ifdef HAVE_POSIX_ACLS
1138 EC_ZERO_LOG(posix_acl_rights(path, &st, &allowed_rights));
1141 LOG(log_debug, logtype_afpd, "allowed rights: 0x%08x", allowed_rights);
1144 * The DARWIN_ACE_DELETE right might implicitly result from write acces to the parent
1145 * directory. As it seems the 10.6 AFP client is puzzled when this right is not
1146 * allowed where a delete would succeed because the parent dir gives write perms.
1147 * So we check the parent dir for write access and set the right accordingly.
1148 * Currentyl acl2ownermode calls us with dir = NULL, because it doesn't make sense
1149 * there to do this extra check -- afaict.
1151 if (vol && dir && (requested_rights & DARWIN_ACE_DELETE)) {
1153 uint32_t parent_rights = 0;
1155 if (dir->d_did == DIRDID_ROOT_PARENT) {
1156 /* use volume path */
1157 EC_NULL_LOG_ERR(parent = bfromcstr(vol->v_path), AFPERR_MISC);
1159 /* build path for parent */
1160 EC_NULL_LOG_ERR(parent = bstrcpy(dir->d_fullpath), AFPERR_MISC);
1161 EC_ZERO_LOG_ERR(bconchar(parent, '/'), AFPERR_MISC);
1162 EC_ZERO_LOG_ERR(bcatcstr(parent, path), AFPERR_MISC);
1163 EC_NEG1_LOG_ERR(i = bstrrchr(parent, '/'), AFPERR_MISC);
1164 EC_ZERO_LOG_ERR(binsertch(parent, i, 1, 0), AFPERR_MISC);
1167 LOG(log_debug, logtype_afpd,"parent: %s", cfrombstr(parent));
1168 EC_ZERO_LOG_ERR(lstat(cfrombstr(parent), &st), AFPERR_MISC);
1170 #ifdef HAVE_SOLARIS_ACLS
1171 EC_ZERO_LOG(solaris_acl_rights(cfrombstr(parent), &st, &parent_rights));
1173 #ifdef HAVE_POSIX_ACLS
1174 EC_ZERO_LOG(posix_acl_rights(path, &st, &allowed_rights));
1176 if (parent_rights & (DARWIN_ACE_WRITE_DATA | DARWIN_ACE_DELETE_CHILD))
1177 allowed_rights |= DARWIN_ACE_DELETE; /* man, that was a lot of work! */
1180 if ((requested_rights & allowed_rights) != requested_rights) {
1181 LOG(log_debug, logtype_afpd, "some requested right wasn't allowed: 0x%08x / 0x%08x",
1182 requested_rights, allowed_rights);
1183 EC_STATUS(AFPERR_ACCESS);
1185 LOG(log_debug, logtype_afpd, "all requested rights are allowed: 0x%08x",
1191 if (username) free(username);
1192 if (parent) bdestroy(parent);
1197 /********************************************************
1199 ********************************************************/
1201 int afp_access(AFPObj *obj, char *ibuf, size_t ibuflen _U_, char *rbuf _U_, size_t *rbuflen)
1206 uint32_t did, darwin_ace_rights;
1208 struct path *s_path;
1214 memcpy(&vid, ibuf, sizeof( vid ));
1215 ibuf += sizeof(vid);
1216 if (NULL == ( vol = getvolbyvid( vid ))) {
1217 LOG(log_error, logtype_afpd, "afp_access: error getting volid:%d", vid);
1218 return AFPERR_NOOBJ;
1221 memcpy(&did, ibuf, sizeof( did ));
1222 ibuf += sizeof( did );
1223 if (NULL == ( dir = dirlookup( vol, did ))) {
1224 LOG(log_error, logtype_afpd, "afp_access: error getting did:%d", did);
1231 /* Store UUID address */
1232 uuid = (uuidp_t)ibuf;
1233 ibuf += UUID_BINSIZE;
1235 /* Store ACE rights */
1236 memcpy(&darwin_ace_rights, ibuf, 4);
1237 darwin_ace_rights = ntohl(darwin_ace_rights);
1240 /* get full path and handle file/dir subtleties in netatalk code*/
1241 if (NULL == ( s_path = cname( vol, dir, &ibuf ))) {
1242 LOG(log_error, logtype_afpd, "afp_getacl: cname got an error!");
1243 return AFPERR_NOOBJ;
1245 if (!s_path->st_valid)
1246 of_statdir(vol, s_path);
1247 if ( s_path->st_errno != 0 ) {
1248 LOG(log_error, logtype_afpd, "afp_getacl: cant stat");
1249 return AFPERR_NOOBJ;
1252 ret = check_acl_access(vol, dir, s_path->u_name, uuid, darwin_ace_rights);
1257 int afp_getacl(AFPObj *obj, char *ibuf, size_t ibuflen _U_, char *rbuf _U_, size_t *rbuflen)
1263 uint16_t vid, bitmap;
1264 struct path *s_path;
1268 LOG(log_debug9, logtype_afpd, "afp_getacl: BEGIN");
1272 memcpy(&vid, ibuf, sizeof( vid ));
1273 ibuf += sizeof(vid);
1274 if (NULL == ( vol = getvolbyvid( vid ))) {
1275 LOG(log_error, logtype_afpd, "afp_getacl: error getting volid:%d", vid);
1276 return AFPERR_NOOBJ;
1279 memcpy(&did, ibuf, sizeof( did ));
1280 ibuf += sizeof( did );
1281 if (NULL == ( dir = dirlookup( vol, did ))) {
1282 LOG(log_error, logtype_afpd, "afp_getacl: error getting did:%d", did);
1286 memcpy(&bitmap, ibuf, sizeof( bitmap ));
1287 memcpy(rbuf, ibuf, sizeof( bitmap ));
1288 bitmap = ntohs( bitmap );
1289 ibuf += sizeof( bitmap );
1290 rbuf += sizeof( bitmap );
1291 *rbuflen += sizeof( bitmap );
1293 /* skip maxreplysize */
1296 /* get full path and handle file/dir subtleties in netatalk code*/
1297 if (NULL == ( s_path = cname( vol, dir, &ibuf ))) {
1298 LOG(log_error, logtype_afpd, "afp_getacl: cname got an error!");
1299 return AFPERR_NOOBJ;
1301 if (!s_path->st_valid)
1302 of_statdir(vol, s_path);
1303 if ( s_path->st_errno != 0 ) {
1304 LOG(log_error, logtype_afpd, "afp_getacl: cant stat");
1305 return AFPERR_NOOBJ;
1308 /* Shall we return owner UUID ? */
1309 if (bitmap & kFileSec_UUID) {
1310 LOG(log_debug, logtype_afpd, "afp_getacl: client requested files owner user UUID");
1311 if (NULL == (pw = getpwuid(s_path->st.st_uid))) {
1312 LOG(log_debug, logtype_afpd, "afp_getacl: local uid: %u", s_path->st.st_uid);
1313 localuuid_from_id(rbuf, UUID_USER, s_path->st.st_uid);
1315 LOG(log_debug, logtype_afpd, "afp_getacl: got uid: %d, name: %s", s_path->st.st_uid, pw->pw_name);
1316 if ((ret = getuuidfromname(pw->pw_name, UUID_USER, rbuf)) != 0)
1319 rbuf += UUID_BINSIZE;
1320 *rbuflen += UUID_BINSIZE;
1323 /* Shall we return group UUID ? */
1324 if (bitmap & kFileSec_GRPUUID) {
1325 LOG(log_debug, logtype_afpd, "afp_getacl: client requested files owner group UUID");
1326 if (NULL == (gr = getgrgid(s_path->st.st_gid))) {
1327 LOG(log_debug, logtype_afpd, "afp_getacl: local gid: %u", s_path->st.st_gid);
1328 localuuid_from_id(rbuf, UUID_GROUP, s_path->st.st_gid);
1330 LOG(log_debug, logtype_afpd, "afp_getacl: got gid: %d, name: %s", s_path->st.st_gid, gr->gr_name);
1331 if ((ret = getuuidfromname(gr->gr_name, UUID_GROUP, rbuf)) != 0)
1334 rbuf += UUID_BINSIZE;
1335 *rbuflen += UUID_BINSIZE;
1338 /* Shall we return ACL ? */
1339 if (bitmap & kFileSec_ACL) {
1340 LOG(log_debug, logtype_afpd, "afp_getacl: client requested files ACL");
1341 if (get_and_map_acl(s_path->u_name, rbuf, rbuflen) != 0) {
1342 LOG(log_error, logtype_afpd, "afp_getacl(\"%s/%s\"): mapping error",
1343 getcwdpath(), s_path->u_name);
1348 LOG(log_debug9, logtype_afpd, "afp_getacl: END");
1352 int afp_setacl(AFPObj *obj, char *ibuf, size_t ibuflen _U_, char *rbuf _U_, size_t *rbuflen)
1358 uint16_t vid, bitmap;
1359 struct path *s_path;
1361 LOG(log_debug9, logtype_afpd, "afp_setacl: BEGIN");
1365 memcpy(&vid, ibuf, sizeof( vid ));
1366 ibuf += sizeof(vid);
1367 if (NULL == ( vol = getvolbyvid( vid ))) {
1368 LOG(log_error, logtype_afpd, "afp_setacl: error getting volid:%d", vid);
1369 return AFPERR_NOOBJ;
1372 memcpy(&did, ibuf, sizeof( did ));
1373 ibuf += sizeof( did );
1374 if (NULL == ( dir = dirlookup( vol, did ))) {
1375 LOG(log_error, logtype_afpd, "afp_setacl: error getting did:%d", did);
1379 memcpy(&bitmap, ibuf, sizeof( bitmap ));
1380 bitmap = ntohs( bitmap );
1381 ibuf += sizeof( bitmap );
1383 /* get full path and handle file/dir subtleties in netatalk code*/
1384 if (NULL == ( s_path = cname( vol, dir, &ibuf ))) {
1385 LOG(log_error, logtype_afpd, "afp_setacl: cname got an error!");
1386 return AFPERR_NOOBJ;
1388 if (!s_path->st_valid)
1389 of_statdir(vol, s_path);
1390 if ( s_path->st_errno != 0 ) {
1391 LOG(log_error, logtype_afpd, "afp_setacl: cant stat");
1392 return AFPERR_NOOBJ;
1394 LOG(log_debug, logtype_afpd, "afp_setacl: unixname: %s", s_path->u_name);
1397 if ((unsigned long)ibuf & 1)
1400 /* Start processing request */
1402 /* Change owner: dont even try */
1403 if (bitmap & kFileSec_UUID) {
1404 LOG(log_note, logtype_afpd, "afp_setacl: change owner request, discarded");
1405 ret = AFPERR_ACCESS;
1406 ibuf += UUID_BINSIZE;
1409 /* Change group: certain changes might be allowed, so try it. FIXME: not implemented yet. */
1410 if (bitmap & kFileSec_UUID) {
1411 LOG(log_note, logtype_afpd, "afp_setacl: change group request, not supported");
1413 ibuf += UUID_BINSIZE;
1417 if (bitmap & kFileSec_REMOVEACL) {
1418 LOG(log_debug, logtype_afpd, "afp_setacl: Remove ACL request.");
1419 if ((ret = remove_acl(vol, s_path->u_name, S_ISDIR(s_path->st.st_mode))) != AFP_OK)
1420 LOG(log_error, logtype_afpd, "afp_setacl: error from remove_acl");
1424 if (bitmap & kFileSec_ACL) {
1425 LOG(log_debug, logtype_afpd, "afp_setacl: Change ACL request.");
1426 /* Get no of ACEs the client put on the wire */
1428 memcpy(&ace_count, ibuf, sizeof(uint32_t));
1429 ace_count = htonl(ace_count);
1430 ibuf += 8; /* skip ACL flags (see acls.h) */
1434 (bitmap & kFileSec_Inherit),
1435 (darwin_ace_t *)ibuf,
1440 LOG(log_warning, logtype_afpd, "afp_setacl(\"%s/%s\"): error",
1441 getcwdpath(), s_path->u_name);
1446 LOG(log_debug9, logtype_afpd, "afp_setacl: END");
1450 /********************************************************************
1451 * ACL funcs interfacing with other parts
1452 ********************************************************************/
1455 * map ACL to user maccess
1457 * This is the magic function that makes ACLs usable by calculating
1458 * the access granted by ACEs to the logged in user.
1460 int acltoownermode(char *path, struct stat *st, struct maccess *ma)
1463 uint32_t rights = 0;
1465 if ( ! (AFPobj->options.flags & OPTION_ACL2MACCESS)
1466 || (current_vol == NULL)
1467 || ! (current_vol->v_flags & AFPVOL_ACLS))
1470 LOG(log_maxdebug, logtype_afpd, "acltoownermode(\"%s/%s\", 0x%02x)",
1471 getcwdpath(), path, ma->ma_user);
1473 #ifdef HAVE_SOLARIS_ACLS
1474 EC_ZERO_LOG(solaris_acl_rights(path, st, &rights));
1476 #ifdef HAVE_POSIX_ACLS
1477 EC_ZERO_LOG(posix_acl_rights(path, st, &rights));
1480 LOG(log_maxdebug, logtype_afpd, "rights: 0x%08x", rights);
1482 if (rights & DARWIN_ACE_READ_DATA)
1483 ma->ma_user |= AR_UREAD;
1484 if (rights & DARWIN_ACE_WRITE_DATA)
1485 ma->ma_user |= AR_UWRITE;
1486 if (rights & (DARWIN_ACE_EXECUTE | DARWIN_ACE_SEARCH))
1487 ma->ma_user |= AR_USEARCH;
1489 LOG(log_maxdebug, logtype_afpd, "resulting user maccess: 0x%02x", ma->ma_user);
1496 * Check whether a volume supports ACLs
1498 * @param vol (r) volume
1500 * @returns 0 if not, 1 if yes
1502 int check_vol_acl_support(const struct vol *vol)
1506 #ifdef HAVE_SOLARIS_ACLS
1508 if (get_nfsv4_acl(vol->v_path, &aces) == -1)
1511 #ifdef HAVE_POSIX_ACLS
1513 if ((acl = acl_get_file(vol->v_path, ACL_TYPE_ACCESS)) == NULL)
1517 #ifdef HAVE_SOLARIS_ACLS
1518 if (aces) free(aces);
1520 #ifdef HAVE_POSIX_ACLS
1521 if (acl) acl_free(acl);
1522 #endif /* HAVE_POSIX_ACLS */
1524 LOG(log_debug, logtype_afpd, "Volume \"%s\" ACL support: %s",
1525 vol->v_path, ret ? "yes" : "no");