unsigned int idlist_len
afs_int32 *idlist_val
+ struct prcheckentry:
+ afs_int32 flags
+ afs_int32 id
+ afs_int32 owner
+ afs_int32 creator
+ afs_int32 ngroups
+ afs_int32 nusers
+ afs_int32 count
+ afs_int32 reserved[5]
+ char name[PR_MAXNAMELEN]
+
int ubik_PR_NameToID(ubik_client *, afs_int32, namelist *, idlist *)
int ubik_PR_IDToName(ubik_client *, afs_int32, idlist *, namelist *)
int ubik_PR_INewEntry(ubik_client *, afs_int32, char *, afs_int32, afs_int32)
int ubik_PR_AddToGroup(ubik_client *, afs_int32, afs_int32, afs_int32)
int ubik_PR_RemoveFromGroup(ubik_client *, afs_int32, afs_int32, afs_int32)
int ubik_PR_ListElements(ubik_client *, afs_int32, afs_int32, prlist *, afs_int32 *)
+ int ubik_PR_ListOwned(ubik_client *, afs_int32, afs_int32, prlist *, afs_int32 *)
+ int ubik_PR_ListEntry(ubik_client *, afs_int32, afs_int32, prcheckentry *)
cdef import from "afs/pterror.h":
enum:
PRNOENT
+ PRTOOMANY
void initialize_PT_error_table()
+cdef class PTEntry:
+ cdef public afs_int32 flags
+ cdef public afs_int32 id
+ cdef public afs_int32 owner
+ cdef public afs_int32 creator
+ cdef public afs_int32 ngroups
+ cdef public afs_int32 nusers
+ cdef public afs_int32 count
+ cdef afs_int32 reserved[5]
+ cdef public char * name
+
+cdef int _ptentry_from_c(PTEntry p_entry, prcheckentry c_entry) except -1:
+ if p_entry is None:
+ raise TypeError
+ return -1
+
+ p_entry.flags = c_entry.flags
+ p_entry.id = c_entry.id
+ p_entry.owner = c_entry.owner
+ p_entry.creator = c_entry.creator
+ p_entry.ngroups = c_entry.ngroups
+ p_entry.nusers = c_entry.nusers
+ p_entry.count = c_entry.count
+ memcpy(p_entry.reserved, c_entry.reserved, sizeof(p_entry.reserved))
+ p_entry.name = c_entry.name
+ return 0
+
+cdef int _ptentry_to_c(prcheckentry * c_entry, PTEntry p_entry) except -1:
+ if p_entry is None:
+ raise TypeError
+ return -1
+
+ c_entry.flags = p_entry.flags
+ c_entry.id = p_entry.id
+ c_entry.owner = p_entry.owner
+ c_entry.creator = p_entry.creator
+ c_entry.ngroups = p_entry.ngroups
+ c_entry.nusers = p_entry.nusers
+ c_entry.count = p_entry.count
+ memcpy(c_entry.reserved, p_entry.reserved, sizeof(p_entry.reserved))
+ strncpy(c_entry.name, p_entry.name, sizeof(c_entry.name))
+ return 0
+
cdef class PTS:
+ """
+ A PTS object is essentially a handle to talk to the server in a
+ given cell.
+
+ cell defaults to None. If no argument is passed for cell, PTS
+ connects to the home cell.
+
+ sec is the security level, an integer from 0 to 3:
+ - 0: unauthenticated connection
+ - 1: try authenticated, then fall back to unauthenticated
+ - 2: fail if an authenticated connection can't be established
+ - 3: same as 2, plus encrypt all traffic to the protection
+ server
+ """
cdef ubik_client * client
def __cinit__(self, cell=None, sec=1):
- """
- Open a connection to the protection server. A PTS object is
- essentially a handle to talk to the server in a given cell.
-
- cell defaults to None. If no argument is passed for cell, PTS
- connects to the home cell.
-
- sec is the security level, an integer from 0 to 3:
- - 0: unauthenticated connection
- - 1: try authenticated, then fall back to unauthenticated
- - 2: fail if an authenticated connection can't be established
- - 3: same as 2, plus encrypt all traffic to the protection
- server
- """
cdef afs_int32 code
cdef afsconf_dir *cdir
cdef afsconf_cell info
if code != 0:
raise Exception("Failed to remove user from group: %s" % afs_error_message(code))
- def ListMembers(self, gid):
+ def ListMembers(self, id):
"""
- Get the membership of the list with the given ID.
+ Get the membership of an entity.
+
+ If id is a group ID, this returns the users that are in that
+ group.
+
+ If id is a user ID, this returns the list of groups that user
+ is on.
This returns a list of PTS IDs.
"""
alist.prlist_len = 0
alist.prlist_val = NULL
- code = ubik_PR_ListElements(self.client, 0, gid, &alist, &over)
+ code = ubik_PR_ListElements(self.client, 0, id, &alist, &over)
+
+ if alist.prlist_val is not NULL:
+ for i in range(alist.prlist_len):
+ members.append(alist.prlist_val[i])
+ free(alist.prlist_val)
+
+ if over:
+ code = PRTOOMANY
if code != 0:
raise Exception("Failed to get group membership: %s" % afs_error_message(code))
- for i in range(alist.prlist_len):
- members.append(alist.prlist_val[i])
+ return members
+
+ def ListOwned(self, oid):
+ """
+ Get all groups owned by an entity.
+ """
+ cdef afs_int32 code, over
+ cdef prlist alist
+ cdef int i
+ cdef object owned = []
+
+ alist.prlist_len = 0
+ alist.prlist_val = NULL
+
+ code = ubik_PR_ListOwned(self.client, 0, oid, &alist, &over)
+
if alist.prlist_val is not NULL:
+ for i in range(alist.prlist_len):
+ owned.append(alist.prlist_val[i])
free(alist.prlist_val)
- return members
+ if over:
+ code = PRTOOMANY
+ if code != 0:
+ raise Exception("Failed to get owned entities: %s" % afs_error_message(code))
+
+ return owned
+
+ def ListEntry(self, id):
+ """
+ Load a PTEntry instance with information about the provided
+ ID.
+ """
+ cdef afs_int32 code
+ cdef prcheckentry centry
+ cdef object entry = PTEntry()
+
+ code = ubik_PR_ListEntry(self.client, 0, id, ¢ry)
+ if code != 0:
+ raise Exception("Error getting entity info: %s" % afs_error_message(code))
+
+ _ptentry_from_c(entry, centry)
+ return entry
projects / invirt/packages/python-afs.git / blobdiff