/* * NFS4 ACL handling * * Copyright (C) Jim McDonough, 2006 * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 3 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, see <http://www.gnu.org/licenses/>. */ #include "includes.h" #include "nfs4_acls.h" #undef DBGC_CLASS #define DBGC_CLASS DBGC_ACLS #define SMBACL4_PARAM_TYPE_NAME "nfs4" #define SMB_ACE4_INT_MAGIC 0x76F8A967 typedef struct _SMB_ACE4_INT_T { uint32 magic; SMB_ACE4PROP_T prop; void *next; } SMB_ACE4_INT_T; #define SMB_ACL4_INT_MAGIC 0x29A3E792 typedef struct _SMB_ACL4_INT_T { uint32 magic; uint32 naces; SMB_ACE4_INT_T *first; SMB_ACE4_INT_T *last; } SMB_ACL4_INT_T; extern struct current_user current_user; extern int try_chown(connection_struct *conn, const char *fname, uid_t uid, gid_t gid); extern NTSTATUS unpack_nt_owners(int snum, uid_t *puser, gid_t *pgrp, uint32 security_info_sent, SEC_DESC *psd); static SMB_ACL4_INT_T *get_validated_aclint(SMB4ACL_T *acl) { SMB_ACL4_INT_T *aclint = (SMB_ACL4_INT_T *)acl; if (acl==NULL) { DEBUG(2, ("acl is NULL\n")); errno = EINVAL; return NULL; } if (aclint->magic!=SMB_ACL4_INT_MAGIC) { DEBUG(2, ("aclint bad magic 0x%x\n", aclint->magic)); errno = EINVAL; return NULL; } return aclint; } static SMB_ACE4_INT_T *get_validated_aceint(SMB4ACE_T *ace) { SMB_ACE4_INT_T *aceint = (SMB_ACE4_INT_T *)ace; if (ace==NULL) { DEBUG(2, ("ace is NULL\n")); errno = EINVAL; return NULL; } if (aceint->magic!=SMB_ACE4_INT_MAGIC) { DEBUG(2, ("aceint bad magic 0x%x\n", aceint->magic)); errno = EINVAL; return NULL; } return aceint; } SMB4ACL_T *smb_create_smb4acl(void) { TALLOC_CTX *mem_ctx = talloc_tos(); SMB_ACL4_INT_T *acl = (SMB_ACL4_INT_T *)TALLOC_ZERO_SIZE(mem_ctx, sizeof(SMB_ACL4_INT_T)); if (acl==NULL) { DEBUG(0, ("TALLOC_SIZE failed\n")); errno = ENOMEM; return NULL; } acl->magic = SMB_ACL4_INT_MAGIC; /* acl->first, last = NULL not needed */ return (SMB4ACL_T *)acl; } SMB4ACE_T *smb_add_ace4(SMB4ACL_T *acl, SMB_ACE4PROP_T *prop) { SMB_ACL4_INT_T *aclint = get_validated_aclint(acl); TALLOC_CTX *mem_ctx = talloc_tos(); SMB_ACE4_INT_T *ace; ace = (SMB_ACE4_INT_T *)TALLOC_ZERO_SIZE(mem_ctx, sizeof(SMB_ACE4_INT_T)); if (ace==NULL) { DEBUG(0, ("TALLOC_SIZE failed\n")); errno = ENOMEM; return NULL; } ace->magic = SMB_ACE4_INT_MAGIC; /* ace->next = NULL not needed */ memcpy(&ace->prop, prop, sizeof(SMB_ACE4PROP_T)); if (aclint->first==NULL) { aclint->first = ace; aclint->last = ace; } else { aclint->last->next = (void *)ace; aclint->last = ace; } aclint->naces++; return (SMB4ACE_T *)ace; } SMB_ACE4PROP_T *smb_get_ace4(SMB4ACE_T *ace) { SMB_ACE4_INT_T *aceint = get_validated_aceint(ace); if (aceint==NULL) return NULL; return &aceint->prop; } SMB4ACE_T *smb_next_ace4(SMB4ACE_T *ace) { SMB_ACE4_INT_T *aceint = get_validated_aceint(ace); if (aceint==NULL) return NULL; return (SMB4ACE_T *)aceint->next; } SMB4ACE_T *smb_first_ace4(SMB4ACL_T *acl) { SMB_ACL4_INT_T *aclint = get_validated_aclint(acl); if (aclint==NULL) return NULL; return (SMB4ACE_T *)aclint->first; } uint32 smb_get_naces(SMB4ACL_T *acl) { SMB_ACL4_INT_T *aclint = get_validated_aclint(acl); if (aclint==NULL) return 0; return aclint->naces; } static int smbacl4_GetFileOwner(struct connection_struct *conn, const char *filename, SMB_STRUCT_STAT *psbuf) { memset(psbuf, 0, sizeof(SMB_STRUCT_STAT)); /* Get the stat struct for the owner info. */ if (SMB_VFS_STAT(conn, filename, psbuf) != 0) { DEBUG(8, ("SMB_VFS_STAT failed with error %s\n", strerror(errno))); return -1; } return 0; } static int smbacl4_fGetFileOwner(files_struct *fsp, SMB_STRUCT_STAT *psbuf) { memset(psbuf, 0, sizeof(SMB_STRUCT_STAT)); if (fsp->is_directory || fsp->fh->fd == -1) { return smbacl4_GetFileOwner(fsp->conn, fsp->fsp_name, psbuf); } if (SMB_VFS_FSTAT(fsp, psbuf) != 0) { DEBUG(8, ("SMB_VFS_FSTAT failed with error %s\n", strerror(errno))); return -1; } return 0; } static bool smbacl4_nfs42win(TALLOC_CTX *mem_ctx, SMB4ACL_T *acl, /* in */ DOM_SID *psid_owner, /* in */ DOM_SID *psid_group, /* in */ SEC_ACE **ppnt_ace_list, /* out */ int *pgood_aces /* out */ ) { SMB_ACL4_INT_T *aclint = (SMB_ACL4_INT_T *)acl; SMB_ACE4_INT_T *aceint; SEC_ACE *nt_ace_list = NULL; int good_aces = 0; DEBUG(10, ("smbacl_nfs42win entered")); aclint = get_validated_aclint(acl); /* We do not check for naces being 0 or acl being NULL here because it is done upstream */ /* in smb_get_nt_acl_nfs4(). */ nt_ace_list = (SEC_ACE *)TALLOC_ZERO_SIZE(mem_ctx, aclint->naces * sizeof(SEC_ACE)); if (nt_ace_list==NULL) { DEBUG(10, ("talloc error")); errno = ENOMEM; return False; } for (aceint=aclint->first; aceint!=NULL; aceint=(SMB_ACE4_INT_T *)aceint->next) { SEC_ACCESS mask; DOM_SID sid; SMB_ACE4PROP_T *ace = &aceint->prop; DEBUG(10, ("magic: 0x%x, type: %d, iflags: %x, flags: %x, mask: %x, " "who: %d\n", aceint->magic, ace->aceType, ace->flags, ace->aceFlags, ace->aceMask, ace->who.id)); SMB_ASSERT(aceint->magic==SMB_ACE4_INT_MAGIC); if (ace->flags & SMB_ACE4_ID_SPECIAL) { switch (ace->who.special_id) { case SMB_ACE4_WHO_OWNER: sid_copy(&sid, psid_owner); break; case SMB_ACE4_WHO_GROUP: sid_copy(&sid, psid_group); break; case SMB_ACE4_WHO_EVERYONE: sid_copy(&sid, &global_sid_World); break; default: DEBUG(8, ("invalid special who id %d " "ignored\n", ace->who.special_id)); } } else { if (ace->aceFlags & SMB_ACE4_IDENTIFIER_GROUP) { gid_to_sid(&sid, ace->who.gid); } else { uid_to_sid(&sid, ace->who.uid); } } DEBUG(10, ("mapped %d to %s\n", ace->who.id, sid_string_dbg(&sid))); init_sec_access(&mask, ace->aceMask); init_sec_ace(&nt_ace_list[good_aces++], &sid, ace->aceType, mask, ace->aceFlags & 0xf); } *ppnt_ace_list = nt_ace_list; *pgood_aces = good_aces; return True; } static NTSTATUS smb_get_nt_acl_nfs4_common(const SMB_STRUCT_STAT *sbuf, uint32 security_info, SEC_DESC **ppdesc, SMB4ACL_T *acl) { int good_aces = 0; DOM_SID sid_owner, sid_group; size_t sd_size = 0; SEC_ACE *nt_ace_list = NULL; SEC_ACL *psa = NULL; TALLOC_CTX *mem_ctx = talloc_tos(); if (acl==NULL || smb_get_naces(acl)==0) return NT_STATUS_ACCESS_DENIED; /* special because we * shouldn't alloc 0 for * win */ uid_to_sid(&sid_owner, sbuf->st_uid); gid_to_sid(&sid_group, sbuf->st_gid); if (smbacl4_nfs42win(mem_ctx, acl, &sid_owner, &sid_group, &nt_ace_list, &good_aces)==False) { DEBUG(8,("smbacl4_nfs42win failed\n")); return map_nt_error_from_unix(errno); } psa = make_sec_acl(mem_ctx, NT4_ACL_REVISION, good_aces, nt_ace_list); if (psa == NULL) { DEBUG(2,("make_sec_acl failed\n")); return NT_STATUS_NO_MEMORY; } DEBUG(10,("after make sec_acl\n")); *ppdesc = make_sec_desc(mem_ctx, SEC_DESC_REVISION, SEC_DESC_SELF_RELATIVE, (security_info & OWNER_SECURITY_INFORMATION) ? &sid_owner : NULL, (security_info & GROUP_SECURITY_INFORMATION) ? &sid_group : NULL, NULL, psa, &sd_size); if (*ppdesc==NULL) { DEBUG(2,("make_sec_desc failed\n")); return NT_STATUS_NO_MEMORY; } DEBUG(10, ("smb_get_nt_acl_nfs4_common successfully exited with sd_size %d\n", ndr_size_security_descriptor(*ppdesc, 0))); return NT_STATUS_OK; } NTSTATUS smb_fget_nt_acl_nfs4(files_struct *fsp, uint32 security_info, SEC_DESC **ppdesc, SMB4ACL_T *acl) { SMB_STRUCT_STAT sbuf; DEBUG(10, ("smb_fget_nt_acl_nfs4 invoked for %s\n", fsp->fsp_name)); if (smbacl4_fGetFileOwner(fsp, &sbuf)) { return map_nt_error_from_unix(errno); } return smb_get_nt_acl_nfs4_common(&sbuf, security_info, ppdesc, acl); } NTSTATUS smb_get_nt_acl_nfs4(struct connection_struct *conn, const char *name, uint32 security_info, SEC_DESC **ppdesc, SMB4ACL_T *acl) { SMB_STRUCT_STAT sbuf; DEBUG(10, ("smb_get_nt_acl_nfs4 invoked for %s\n", name)); if (smbacl4_GetFileOwner(conn, name, &sbuf)) { return map_nt_error_from_unix(errno); } return smb_get_nt_acl_nfs4_common(&sbuf, security_info, ppdesc, acl); } enum smbacl4_mode_enum {e_simple=0, e_special=1}; enum smbacl4_acedup_enum {e_dontcare=0, e_reject=1, e_ignore=2, e_merge=3}; typedef struct _smbacl4_vfs_params { enum smbacl4_mode_enum mode; bool do_chown; enum smbacl4_acedup_enum acedup; struct db_context *sid_mapping_table; } smbacl4_vfs_params; /* * Gather special parameters for NFS4 ACL handling */ static int smbacl4_get_vfs_params( const char *type_name, files_struct *fsp, smbacl4_vfs_params *params ) { static const struct enum_list enum_smbacl4_modes[] = { { e_simple, "simple" }, { e_special, "special" } }; static const struct enum_list enum_smbacl4_acedups[] = { { e_dontcare, "dontcare" }, { e_reject, "reject" }, { e_ignore, "ignore" }, { e_merge, "merge" }, }; memset(params, 0, sizeof(smbacl4_vfs_params)); params->mode = (enum smbacl4_mode_enum)lp_parm_enum( SNUM(fsp->conn), type_name, "mode", enum_smbacl4_modes, e_simple); params->do_chown = lp_parm_bool(SNUM(fsp->conn), type_name, "chown", True); params->acedup = (enum smbacl4_acedup_enum)lp_parm_enum( SNUM(fsp->conn), type_name, "acedup", enum_smbacl4_acedups, e_dontcare); DEBUG(10, ("mode:%s, do_chown:%s, acedup: %s\n", enum_smbacl4_modes[params->mode].name, params->do_chown ? "true" : "false", enum_smbacl4_acedups[params->acedup].name)); return 0; } static void smbacl4_dump_nfs4acl(int level, SMB4ACL_T *acl) { SMB_ACL4_INT_T *aclint = get_validated_aclint(acl); SMB_ACE4_INT_T *aceint; DEBUG(level, ("NFS4ACL: size=%d\n", aclint->naces)); for(aceint = aclint->first; aceint!=NULL; aceint=(SMB_ACE4_INT_T *)aceint->next) { SMB_ACE4PROP_T *ace = &aceint->prop; DEBUG(level, ("\tACE: type=%d, flags=0x%x, fflags=0x%x, mask=0x%x, id=%d\n", ace->aceType, ace->aceFlags, ace->flags, ace->aceMask, ace->who.id)); } } /* * Find 2 NFS4 who-special ACE property (non-copy!!!) * match nonzero if "special" and who is equal * return ace if found matching; otherwise NULL */ static SMB_ACE4PROP_T *smbacl4_find_equal_special( SMB4ACL_T *acl, SMB_ACE4PROP_T *aceNew) { SMB_ACL4_INT_T *aclint = get_validated_aclint(acl); SMB_ACE4_INT_T *aceint; for(aceint = aclint->first; aceint!=NULL; aceint=(SMB_ACE4_INT_T *)aceint->next) { SMB_ACE4PROP_T *ace = &aceint->prop; if (ace->flags == aceNew->flags && ace->aceType==aceNew->aceType && (ace->aceFlags&SMB_ACE4_IDENTIFIER_GROUP)== (aceNew->aceFlags&SMB_ACE4_IDENTIFIER_GROUP) ) { /* keep type safety; e.g. gid is an u.short */ if (ace->flags & SMB_ACE4_ID_SPECIAL) { if (ace->who.special_id==aceNew->who.special_id) return ace; } else { if (ace->aceFlags & SMB_ACE4_IDENTIFIER_GROUP) { if (ace->who.gid==aceNew->who.gid) return ace; } else { if (ace->who.uid==aceNew->who.uid) return ace; } } } } return NULL; } static bool nfs4_map_sid(smbacl4_vfs_params *params, const DOM_SID *src, DOM_SID *dst) { static struct db_context *mapping_db = NULL; TDB_DATA data; if (mapping_db == NULL) { const char *dbname = lp_parm_const_string( -1, SMBACL4_PARAM_TYPE_NAME, "sidmap", NULL); if (dbname == NULL) { DEBUG(10, ("%s:sidmap not defined\n", SMBACL4_PARAM_TYPE_NAME)); return False; } become_root(); mapping_db = db_open(NULL, dbname, 0, TDB_DEFAULT, O_RDONLY, 0600); unbecome_root(); if (mapping_db == NULL) { DEBUG(1, ("could not open sidmap: %s\n", strerror(errno))); return False; } } if (mapping_db->fetch(mapping_db, NULL, string_term_tdb_data(sid_string_tos(src)), &data) == -1) { DEBUG(10, ("could not find mapping for SID %s\n", sid_string_dbg(src))); return False; } if ((data.dptr == NULL) || (data.dsize <= 0) || (data.dptr[data.dsize-1] != '\0')) { DEBUG(5, ("invalid mapping for SID %s\n", sid_string_dbg(src))); TALLOC_FREE(data.dptr); return False; } if (!string_to_sid(dst, (char *)data.dptr)) { DEBUG(1, ("invalid mapping %s for SID %s\n", (char *)data.dptr, sid_string_dbg(src))); TALLOC_FREE(data.dptr); return False; } TALLOC_FREE(data.dptr); return True; } static bool smbacl4_fill_ace4( TALLOC_CTX *mem_ctx, const char *filename, smbacl4_vfs_params *params, uid_t ownerUID, gid_t ownerGID, SEC_ACE *ace_nt, /* input */ SMB_ACE4PROP_T *ace_v4 /* output */ ) { DEBUG(10, ("got ace for %s\n", sid_string_dbg(&ace_nt->trustee))); memset(ace_v4, 0, sizeof(SMB_ACE4PROP_T)); ace_v4->aceType = ace_nt->type; /* only ACCESS|DENY supported right now */ ace_v4->aceFlags = ace_nt->flags & SEC_ACE_FLAG_VALID_INHERIT; ace_v4->aceMask = ace_nt->access_mask & (STD_RIGHT_ALL_ACCESS | SA_RIGHT_FILE_ALL_ACCESS); if (ace_v4->aceFlags!=ace_nt->flags) DEBUG(9, ("ace_v4->aceFlags(0x%x)!=ace_nt->flags(0x%x)\n", ace_v4->aceFlags, ace_nt->flags)); if (ace_v4->aceMask!=ace_nt->access_mask) DEBUG(9, ("ace_v4->aceMask(0x%x)!=ace_nt->access_mask(0x%x)\n", ace_v4->aceMask, ace_nt->access_mask)); if (sid_equal(&ace_nt->trustee, &global_sid_World)) { ace_v4->who.special_id = SMB_ACE4_WHO_EVERYONE; ace_v4->flags |= SMB_ACE4_ID_SPECIAL; } else { const char *dom, *name; enum lsa_SidType type; uid_t uid; gid_t gid; DOM_SID sid; sid_copy(&sid, &ace_nt->trustee); if (!lookup_sid(mem_ctx, &sid, &dom, &name, &type)) { DOM_SID mapped; if (!nfs4_map_sid(params, &sid, &mapped)) { DEBUG(1, ("nfs4_acls.c: file [%s]: SID %s " "unknown\n", filename, sid_string_dbg(&sid))); errno = EINVAL; return False; } DEBUG(2, ("nfs4_acls.c: file [%s]: mapped SID %s " "to %s\n", filename, sid_string_dbg(&sid), sid_string_dbg(&mapped))); if (!lookup_sid(mem_ctx, &mapped, &dom, &name, &type)) { DEBUG(1, ("nfs4_acls.c: file [%s]: SID %s " "mapped from %s is unknown\n", filename, sid_string_dbg(&mapped), sid_string_dbg(&sid))); errno = EINVAL; return False; } sid_copy(&sid, &mapped); } if (type == SID_NAME_USER) { if (!sid_to_uid(&sid, &uid)) { DEBUG(1, ("nfs4_acls.c: file [%s]: could not " "convert %s to uid\n", filename, sid_string_dbg(&sid))); return False; } if (params->mode==e_special && uid==ownerUID) { ace_v4->flags |= SMB_ACE4_ID_SPECIAL; ace_v4->who.special_id = SMB_ACE4_WHO_OWNER; } else { ace_v4->who.uid = uid; } } else { /* else group? - TODO check it... */ if (!sid_to_gid(&sid, &gid)) { DEBUG(1, ("nfs4_acls.c: file [%s]: could not " "convert %s to gid\n", filename, sid_string_dbg(&sid))); return False; } ace_v4->aceFlags |= SMB_ACE4_IDENTIFIER_GROUP; if (params->mode==e_special && gid==ownerGID) { ace_v4->flags |= SMB_ACE4_ID_SPECIAL; ace_v4->who.special_id = SMB_ACE4_WHO_GROUP; } else { ace_v4->who.gid = gid; } } } return True; /* OK */ } static int smbacl4_MergeIgnoreReject( enum smbacl4_acedup_enum acedup, SMB4ACL_T *acl, /* may modify it */ SMB_ACE4PROP_T *ace, /* the "new" ACE */ bool *paddNewACE, int i ) { int result = 0; SMB_ACE4PROP_T *ace4found = smbacl4_find_equal_special(acl, ace); if (ace4found) { switch(acedup) { case e_merge: /* "merge" flags */ *paddNewACE = False; ace4found->aceFlags |= ace->aceFlags; ace4found->aceMask |= ace->aceMask; break; case e_ignore: /* leave out this record */ *paddNewACE = False; break; case e_reject: /* do an error */ DEBUG(8, ("ACL rejected by duplicate nt ace#%d\n", i)); errno = EINVAL; /* SHOULD be set on any _real_ error */ result = -1; break; default: break; } } return result; } static SMB4ACL_T *smbacl4_win2nfs4( const char *filename, SEC_ACL *dacl, smbacl4_vfs_params *pparams, uid_t ownerUID, gid_t ownerGID ) { SMB4ACL_T *acl; uint32 i; TALLOC_CTX *mem_ctx = talloc_tos(); DEBUG(10, ("smbacl4_win2nfs4 invoked\n")); acl = smb_create_smb4acl(); if (acl==NULL) return NULL; for(i=0; i<dacl->num_aces; i++) { SMB_ACE4PROP_T ace_v4; bool addNewACE = True; if (!smbacl4_fill_ace4(mem_ctx, filename, pparams, ownerUID, ownerGID, dacl->aces + i, &ace_v4)) { DEBUG(3, ("Could not fill ace for file %s, SID %s\n", filename, sid_string_dbg(&((dacl->aces+i)->trustee)))); continue; } if (pparams->acedup!=e_dontcare) { if (smbacl4_MergeIgnoreReject(pparams->acedup, acl, &ace_v4, &addNewACE, i)) return NULL; } if (addNewACE) smb_add_ace4(acl, &ace_v4); } return acl; } NTSTATUS smb_set_nt_acl_nfs4(files_struct *fsp, uint32 security_info_sent, SEC_DESC *psd, set_nfs4acl_native_fn_t set_nfs4_native) { smbacl4_vfs_params params; SMB4ACL_T *acl = NULL; bool result; SMB_STRUCT_STAT sbuf; bool need_chown = False; uid_t newUID = (uid_t)-1; gid_t newGID = (gid_t)-1; DEBUG(10, ("smb_set_nt_acl_nfs4 invoked for %s\n", fsp->fsp_name)); if ((security_info_sent & (DACL_SECURITY_INFORMATION | GROUP_SECURITY_INFORMATION | OWNER_SECURITY_INFORMATION)) == 0) { DEBUG(9, ("security_info_sent (0x%x) ignored\n", security_info_sent)); return NT_STATUS_OK; /* won't show error - later to be refined... */ } /* Special behaviours */ if (smbacl4_get_vfs_params(SMBACL4_PARAM_TYPE_NAME, fsp, ¶ms)) return NT_STATUS_NO_MEMORY; if (smbacl4_fGetFileOwner(fsp, &sbuf)) return map_nt_error_from_unix(errno); if (params.do_chown) { /* chown logic is a copy/paste from posix_acl.c:set_nt_acl */ NTSTATUS status = unpack_nt_owners(SNUM(fsp->conn), &newUID, &newGID, security_info_sent, psd); if (!NT_STATUS_IS_OK(status)) { DEBUG(8, ("unpack_nt_owners failed")); return status; } if (((newUID != (uid_t)-1) && (sbuf.st_uid != newUID)) || ((newGID != (gid_t)-1) && (sbuf.st_gid != newGID))) { need_chown = True; } if (need_chown) { if ((newUID == (uid_t)-1 || newUID == current_user.ut.uid)) { if(try_chown(fsp->conn, fsp->fsp_name, newUID, newGID)) { DEBUG(3,("chown %s, %u, %u failed. Error = %s.\n", fsp->fsp_name, (unsigned int)newUID, (unsigned int)newGID, strerror(errno))); return map_nt_error_from_unix(errno); } DEBUG(10,("chown %s, %u, %u succeeded.\n", fsp->fsp_name, (unsigned int)newUID, (unsigned int)newGID)); if (smbacl4_GetFileOwner(fsp->conn, fsp->fsp_name, &sbuf)) return map_nt_error_from_unix(errno); need_chown = False; } else { /* chown is needed, but _after_ changing acl */ sbuf.st_uid = newUID; /* OWNER@ in case of e_special */ sbuf.st_gid = newGID; /* GROUP@ in case of e_special */ } } } if ((security_info_sent & DACL_SECURITY_INFORMATION)!=0 && psd->dacl!=NULL) { acl = smbacl4_win2nfs4(fsp->fsp_name, psd->dacl, ¶ms, sbuf.st_uid, sbuf.st_gid); if (!acl) return map_nt_error_from_unix(errno); smbacl4_dump_nfs4acl(10, acl); result = set_nfs4_native(fsp, acl); if (result!=True) { DEBUG(10, ("set_nfs4_native failed with %s\n", strerror(errno))); return map_nt_error_from_unix(errno); } } else DEBUG(10, ("no dacl found; security_info_sent = 0x%x\n", security_info_sent)); /* Any chown pending? */ if (need_chown) { DEBUG(3,("chown#2 %s. uid = %u, gid = %u.\n", fsp->fsp_name, (unsigned int)newUID, (unsigned int)newGID)); if (try_chown(fsp->conn, fsp->fsp_name, newUID, newGID)) { DEBUG(2,("chown#2 %s, %u, %u failed. Error = %s.\n", fsp->fsp_name, (unsigned int)newUID, (unsigned int)newGID, strerror(errno))); return map_nt_error_from_unix(errno); } DEBUG(10,("chown#2 %s, %u, %u succeeded.\n", fsp->fsp_name, (unsigned int)newUID, (unsigned int)newGID)); } DEBUG(10, ("smb_set_nt_acl_nfs4 succeeded\n")); return NT_STATUS_OK; }