#
# GLOBAL STATE
#
-GroupIDMap = {}
-SubGroupMap = {}
-CurrentHost = ""
+GroupIDMap = None
+SubGroupMap = None
# return account['gidNumber'] == 800
# See if this user is in the group list
-def IsInGroup(account, allowed):
+def IsInGroup(account, allowed, current_host):
# See if the primary group is in the list
if str(account['gidNumber']) in allowed: return True
# Check the host based ACL
- if account.is_allowed_by_hostacl(CurrentHost): return True
+ if account.is_allowed_by_hostacl(current_host): return True
# See if there are supplementary groups
if not 'supplementaryGid' in account: return False
supgroups=[]
- addGroups(supgroups, account['supplementaryGid'], account['uid'])
+ addGroups(supgroups, account['supplementaryGid'], account['uid'], current_host)
for g in supgroups:
if allowed.has_key(g):
return True
Done(File, None, F)
# Generate the sudo passwd file
-def GenShadowSudo(accounts, File, untrusted):
+def GenShadowSudo(accounts, File, untrusted, current_host):
F = None
try:
OldMask = os.umask(0077)
if status != 'confirmed:'+make_passwd_hmac('password-is-confirmed', 'sudo', a['uid'], uuid, hosts, cryptedpass):
continue
for_all = hosts == "*"
- for_this_host = CurrentHost in hosts.split(',')
+ for_this_host = current_host in hosts.split(',')
if not (for_all or for_this_host):
continue
# ignore * passwords for untrusted hosts, but copy host specific passwords
# Generate the shadow list
def GenSSHShadow(global_dir, accounts):
# Fetch all the users
- userfiles = []
+ userkeys = {}
safe_rmtree(os.path.join(global_dir, 'userkeys'))
safe_makedirs(os.path.join(global_dir, 'userkeys'))
for a in accounts:
if not 'sshRSAAuthKey' in a: continue
- F = None
- try:
- OldMask = os.umask(0077)
- File = os.path.join(global_dir, 'userkeys', a['uid'])
- F = open(File + ".tmp", "w", 0600)
- os.umask(OldMask)
-
- for I in a['sshRSAAuthKey']:
- MultipleLine = "%s" % I
- MultipleLine = Sanitize(MultipleLine) + "\n"
- F.write(MultipleLine)
-
- Done(File, F, None)
- userfiles.append(os.path.basename(File))
-
- # Oops, something unspeakable happened.
- except IOError:
- Die(File, F, None)
- # As neither masterFileName nor masterFile are defined at any point
- # this will raise a NameError.
- Die(masterFileName, masterFile, None)
- raise
-
- return userfiles
+ contents = []
+ for I in a['sshRSAAuthKey']:
+ MultipleLine = "%s" % I
+ MultipleLine = Sanitize(MultipleLine)
+ contents.append(MultipleLine)
+ userkeys[a['uid']] = contents
+ return userkeys
# Generate the webPassword list
def GenWebPassword(accounts, File):
Die(File, None, F)
raise
-def GenSSHtarballs(global_dir, userlist, SSHFiles, grouprevmap, target):
+def GenSSHtarballs(global_dir, userlist, ssh_userkeys, grouprevmap, target, current_host):
OldMask = os.umask(0077)
- tf = tarfile.open(name=os.path.join(global_dir, 'ssh-keys-%s.tar.gz' % CurrentHost), mode='w:gz')
+ tf = tarfile.open(name=os.path.join(global_dir, 'ssh-keys-%s.tar.gz' % current_host), mode='w:gz')
os.umask(OldMask)
- for f in userlist.keys():
- if f not in SSHFiles:
+ for f in userlist:
+ if f not in ssh_userkeys:
continue
# If we're not exporting their primary group, don't export
# the key and warn
pass
if grname is None:
- print "User %s is supposed to have their key exported to host %s but their primary group (gid: %d) isn't in LDAP" % (f, CurrentHost, userlist[f])
+ print "User %s is supposed to have their key exported to host %s but their primary group (gid: %d) isn't in LDAP" % (f, current_host, userlist[f])
continue
- to = tf.gettarinfo(os.path.join(global_dir, 'userkeys', f), f)
+ lines = []
+ for line in ssh_userkeys[f]:
+ if line.startswith("allowed_hosts=") and ' ' in line:
+ machines, line = line.split('=', 1)[1].split(' ', 1)
+ if current_host not in machines.split(','):
+ continue # skip this key
+ lines.append(line)
+ if not lines:
+ continue # no keys for this host
+ contents = "\n".join(lines) + "\n"
+
+ to = tarfile.TarInfo(name=f)
# These will only be used where the username doesn't
# exist on the target system for some reason; hence,
# in those cases, the safest thing is for the file to
to.uname = f
to.gname = grname
to.mode = 0400
-
- contents = file(os.path.join(global_dir, 'userkeys', f)).read()
- lines = []
- for line in contents.splitlines():
- if line.startswith("allowed_hosts=") and ' ' in line:
- machines, line = line.split('=', 1)[1].split(' ', 1)
- if CurrentHost not in machines.split(','):
- continue # skip this key
- lines.append(line)
- if not lines:
- continue # no keys for this host
- contents = "\n".join(lines) + "\n"
+ to.mtime = int(time.time())
to.size = len(contents)
+
tf.addfile(to, StringIO(contents))
tf.close()
- os.rename(os.path.join(global_dir, 'ssh-keys-%s.tar.gz' % CurrentHost), target)
+ os.rename(os.path.join(global_dir, 'ssh-keys-%s.tar.gz' % current_host), target)
# add a list of groups to existing groups,
# including all subgroups thereof, recursively.
# basically this proceduces the transitive hull of the groups in
# addgroups.
-def addGroups(existingGroups, newGroups, uid):
+def addGroups(existingGroups, newGroups, uid, current_host):
for group in newGroups:
# if it's a <group>@host, split it and verify it's on the current host.
s = group.split('@', 1)
- if len(s) == 2 and s[1] != CurrentHost:
+ if len(s) == 2 and s[1] != current_host:
continue
group = s[0]
existingGroups.append(group)
if SubGroupMap.has_key(group):
- addGroups(existingGroups, SubGroupMap[group], uid)
+ addGroups(existingGroups, SubGroupMap[group], uid, current_host)
# Generate the group list
-def GenGroup(accounts, File):
+def GenGroup(accounts, File, current_host):
grouprevmap = {}
F = None
try:
# Generate the GroupMap
GroupMap = {}
- for x in GroupIDMap.keys():
+ for x in GroupIDMap:
GroupMap[x] = []
GroupHasPrimaryMembers = {}
if not 'supplementaryGid' in a: continue
supgroups=[]
- addGroups(supgroups, a['supplementaryGid'], a['uid'])
+ addGroups(supgroups, a['supplementaryGid'], a['uid'], current_host)
for g in supgroups:
GroupMap[g].append(a['uid'])
# Output the group file.
J = 0
for x in GroupMap.keys():
- if GroupIDMap.has_key(x) == 0:
+ if not x in GroupIDMap:
continue
if len(GroupMap[x]) == 0 and GroupIDMap[x] not in GroupHasPrimaryMembers:
return l
+
+
+def setup_group_maps(l):
+ # Fetch all the groups
+ group_id_map = {}
+ subgroup_map = {}
+ attrs = l.search_s(BaseDn, ldap.SCOPE_ONELEVEL, "gid=*",\
+ ["gid", "gidNumber", "subGroup"])
+
+ # Generate the subgroup_map and group_id_map
+ for x in attrs:
+ if x[1].has_key("accountStatus") and x[1]['accountStatus'] == "disabled":
+ continue
+ if x[1].has_key("gidNumber") == 0:
+ continue
+ group_id_map[x[1]["gid"][0]] = int(x[1]["gidNumber"][0])
+ if x[1].has_key("subGroup") != 0:
+ subgroup_map.setdefault(x[1]["gid"][0], []).extend(x[1]["subGroup"])
+
+ global SubGroupMap
+ global GroupIDMap
+ SubGroupMap = subgroup_map
+ GroupIDMap = group_id_map
+
def generate_all(global_dir, ldap_conn):
accounts = get_accounts(ldap_conn)
host_attrs = get_hosts(ldap_conn)
GenAllUsers(accounts, global_dir + 'all-accounts.json')
accounts = filter(lambda a: not a in accounts_disabled, accounts)
- ssh_files = GenSSHShadow(global_dir, accounts)
+ ssh_userkeys = GenSSHShadow(global_dir, accounts)
GenMarkers(accounts, global_dir + "markers")
GenSSHKnown(host_attrs, global_dir + "ssh_known_hosts")
GenHosts(host_attrs, global_dir + "debianhosts")
GenDNS(accounts, global_dir + "dns-zone")
GenZoneRecords(host_attrs, global_dir + "dns-sshfp")
+ setup_group_maps(ldap_conn)
+
for host in host_attrs:
if not "hostname" in host[1]:
continue
- generate_host(host, global_dir, accounts, ssh_files)
-
-def generate_host(host, global_dir, accounts, ssh_files):
- global CurrentHost
+ generate_host(host, global_dir, accounts, ssh_userkeys)
- CurrentHost = host[1]['hostname'][0]
- OutDir = global_dir + CurrentHost + '/'
- try:
+def generate_host(host, global_dir, accounts, ssh_userkeys):
+ current_host = host[1]['hostname'][0]
+ OutDir = global_dir + current_host + '/'
+ if not os.path.isdir(OutDir):
os.mkdir(OutDir)
- except:
- pass
# Get the group list and convert any named groups to numerics
GroupList = {}
ExtraList[extra.upper()] = True
if GroupList != {}:
- accounts = filter(lambda x: IsInGroup(x, GroupList), accounts)
+ accounts = filter(lambda x: IsInGroup(x, GroupList, current_host), accounts)
DoLink(global_dir, OutDir, "debianhosts")
DoLink(global_dir, OutDir, "ssh_known_hosts")
else:
userlist = GenPasswd(accounts, OutDir + "passwd", HomePrefix, "x")
sys.stdout.flush()
- grouprevmap = GenGroup(accounts, OutDir + "group")
- GenShadowSudo(accounts, OutDir + "sudo-passwd", ('UNTRUSTED' in ExtraList) or ('NOPASSWD' in ExtraList))
+ grouprevmap = GenGroup(accounts, OutDir + "group", current_host)
+ GenShadowSudo(accounts, OutDir + "sudo-passwd", ('UNTRUSTED' in ExtraList) or ('NOPASSWD' in ExtraList), current_host)
# Now we know who we're allowing on the machine, export
# the relevant ssh keys
- GenSSHtarballs(global_dir, userlist, ssh_files, grouprevmap, os.path.join(OutDir, 'ssh-keys.tar.gz'))
+ GenSSHtarballs(global_dir, userlist, ssh_userkeys, grouprevmap, os.path.join(OutDir, 'ssh-keys.tar.gz'), current_host)
if not 'NOPASSWD' in ExtraList:
GenShadow(accounts, OutDir + "shadow")
return last
-def getLastBuildTime():
+def getLastBuildTime(gdir):
cache_last_mod = 0
try:
- fd = open(os.path.join(GenerateDir, "last_update.trace"), "r")
+ fd = open(os.path.join(gdir, "last_update.trace"), "r")
cache_last_mod=fd.read().split()
try:
cache_last_mod = cache_last_mod[0]
return cache_last_mod
-
-
def ud_generate():
- global GenerateDir
- global GroupIDMap
parser = optparse.OptionParser()
parser.add_option("-g", "--generatedir", dest="generatedir", metavar="DIR",
help="Output directory.")
l = make_ldap_conn()
if options.generatedir is not None:
- GenerateDir = os.environ['UD_GENERATEDIR']
+ generate_dir = os.environ['UD_GENERATEDIR']
elif 'UD_GENERATEDIR' in os.environ:
- GenerateDir = os.environ['UD_GENERATEDIR']
+ generate_dir = os.environ['UD_GENERATEDIR']
ldap_last_mod = getLastLDAPChangeTime(l)
- cache_last_mod = getLastBuildTime()
+ cache_last_mod = getLastBuildTime(generate_dir)
need_update = ldap_last_mod > cache_last_mod
if not options.force and not need_update:
- fd = open(os.path.join(GenerateDir, "last_update.trace"), "w")
+ fd = open(os.path.join(generate_dir, "last_update.trace"), "w")
fd.write("%s\n%s\n" % (ldap_last_mod, int(time.time())))
fd.close()
sys.exit(0)
- # Fetch all the groups
- GroupIDMap = {}
- attrs = l.search_s(BaseDn, ldap.SCOPE_ONELEVEL, "gid=*",\
- ["gid", "gidNumber", "subGroup"])
-
- # Generate the SubGroupMap and GroupIDMap
- for x in attrs:
- if x[1].has_key("accountStatus") and x[1]['accountStatus'] == "disabled":
- continue
- if x[1].has_key("gidNumber") == 0:
- continue
- GroupIDMap[x[1]["gid"][0]] = int(x[1]["gidNumber"][0])
- if x[1].has_key("subGroup") != 0:
- SubGroupMap.setdefault(x[1]["gid"][0], []).extend(x[1]["subGroup"])
-
lock = None
try:
- lockf = os.path.join(GenerateDir, 'ud-generate.lock')
+ lockf = os.path.join(generate_dir, 'ud-generate.lock')
lock = get_lock( lockf )
if lock is None:
sys.stderr.write("Could not acquire lock %s.\n"%(lockf))
sys.exit(1)
- tracefd = open(os.path.join(GenerateDir, "last_update.trace"), "w")
- generate_all(GenerateDir, l)
+ tracefd = open(os.path.join(generate_dir, "last_update.trace"), "w")
+ generate_all(generate_dir, l)
tracefd.write("%s\n%s\n" % (ldap_last_mod, int(time.time())))
tracefd.close()
projects / mirror / userdir-ldap.git / blobdiff