Your IP : 3.148.117.255
# -*- coding: UTF-8 -*-
#
# Authconfig - client authentication configuration program
# Copyright (c) 1999-2014 Red Hat, Inc.
#
# Authors: Preston Brown <pbrown@redhat.com>
# Nalin Dahyabhai <nalin@redhat.com>
# Matt Wilson <msw@redhat.com>
# Tomas Mraz <tmraz@redhat.com>
# Ray Strode <rstrode@redhat.com>
# Paolo Bonzini <pbonzini@redhat.com>
# Miloslav Trmac <mitr@redhat.com>
# Jan Lieskovsky <jlieskov@redhat.com>
#
# This 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 2 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, write to the Free Software Foundation,
# Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA
import string
import re
import os
import copy
import fcntl
import socket
import select
import signal
import stat
import shvfile
import dnsclient
import sys
import errno
import urllib2
import urlparse
import time
import tempfile
from subprocess import *
import acutil
import gettext
_ = gettext.lgettext
try:
import SSSDConfig
except ImportError:
SSSDConfig = None
SYSCONFDIR = "/etc"
AUTH_PAM_SERVICE = "system-auth"
AUTH_PAM_SERVICE_AC = "system-auth-ac"
POSTLOGIN_PAM_SERVICE = "postlogin"
POSTLOGIN_PAM_SERVICE_AC = "postlogin-ac"
PASSWORD_AUTH_PAM_SERVICE = "password-auth"
PASSWORD_AUTH_PAM_SERVICE_AC = "password-auth-ac"
FINGERPRINT_AUTH_PAM_SERVICE = "fingerprint-auth"
FINGERPRINT_AUTH_PAM_SERVICE_AC = "fingerprint-auth-ac"
SMARTCARD_AUTH_PAM_SERVICE = "smartcard-auth"
SMARTCARD_AUTH_PAM_SERVICE_AC = "smartcard-auth-ac"
SSSD_AUTHCONFIG_DOMAIN = "default"
if "lib64" in str(globals()["acutil"]):
LIBDIR = "/usr/lib64"
else:
LIBDIR = "/usr/lib"
AUTH_MODULE_DIR = LIBDIR + "/security"
PATH_PWCONV = "/usr/sbin/pwconv"
PATH_RPCBIND = "/sbin/rpcbind"
PATH_NSCD = "/usr/sbin/nscd"
PATH_NSLCD = "/usr/sbin/nslcd"
PATH_WINBIND = "/usr/sbin/winbindd"
PATH_SSSD = "/usr/sbin/sssd"
PATH_YPBIND = "/usr/sbin/ypbind"
PATH_ODDJOBD = "/usr/sbin/oddjobd"
PATH_SEBOOL = "/usr/sbin/setsebool"
PATH_SCEVENTD = "/usr/bin/pkcs11_eventmgr"
PATH_SCSETUP = "/usr/bin/pkcs11_setup"
PATH_LIBNSS_DB = LIBDIR + "/libnss_db.so.2"
PATH_LIBNSS_LDAP = LIBDIR + "/libnss_ldap.so.2"
if not os.path.isfile(PATH_LIBNSS_LDAP):
PATH_LIBNSS_LDAP = LIBDIR + "/libnss_ldap.so.2"
PATH_LIBNSS_NIS = LIBDIR + "/libnss_nis.so.2"
PATH_LIBNSS_HESIOD = LIBDIR + "/libnss_hesiod.so.2"
PATH_LIBNSS_ODBCBIND = LIBDIR + "/libnss_odbcbind.so.2"
PATH_LIBNSS_WINBIND = LIBDIR + "/libnss_winbind.so.2"
PATH_LIBNSS_WINS = LIBDIR + "/libnss_wins.so.2"
PATH_LIBNSS_SSS = LIBDIR + "/libnss_sss.so.2"
PATH_PAM_KRB5 = AUTH_MODULE_DIR + "/pam_krb5.so"
PATH_PAM_LDAP = AUTH_MODULE_DIR + "/pam_ldap.so"
PATH_PAM_WINBIND = AUTH_MODULE_DIR + "/pam_winbind.so"
PATH_PAM_PKCS11 = AUTH_MODULE_DIR + "/pam_pkcs11.so"
PATH_PAM_FPRINTD = AUTH_MODULE_DIR + "/pam_fprintd.so"
PATH_PAM_SSS = AUTH_MODULE_DIR + "/pam_sss.so"
PATH_LIBSSS_AUTOFS = LIBDIR + "/sssd/modules/libsss_autofs.so"
PATH_KRB5_INCLUDEDIR = "/var/lib/sss/pubconf/krb5.include.d/"
PATH_WINBIND_NET = "/usr/bin/net"
PATH_IPA_CLIENT_INSTALL = "/usr/sbin/ipa-client-install"
PATH_LDAP_CACERTS = "/etc/openldap/cacerts"
LDAP_CACERT_DOWNLOADED = "authconfig_downloaded.pem"
PATH_CONFIG_BACKUPS = "/var/lib/authconfig"
PATH_SSSD_CONFIG = SYSCONFDIR + "/sssd/sssd.conf"
LOGIC_REQUIRED = "required"
LOGIC_REQUISITE = "requisite"
LOGIC_SUFFICIENT = "sufficient"
LOGIC_OPTIONAL = "optional"
LOGIC_IGNORE_UNKNOWN = "[default=bad success=ok user_unknown=ignore]"
LOGIC_IGNORE_AUTH_ERR = "[default=bad success=ok auth_err=ignore user_unknown=ignore ignore=ignore]"
LOGIC_PKCS11 = "[success=done authinfo_unavail=ignore ignore=ignore default=die]"
LOGIC_FORCE_PKCS11 = "[success=done ignore=ignore default=die]"
LOGIC_PKCS11_KRB5 = "[success=ok authinfo_unavail=2 ignore=2 default=die]"
LOGIC_FORCE_PKCS11_KRB5 = "[success=ok ignore=2 default=die]"
LOGIC_SKIPNEXT = "[success=1 default=ignore]"
LOGIC_SKIPNEXT3 = "[success=3 default=ignore]"
LOGIC_ALWAYS_SKIP = "[default=1]"
LOGIC_SKIPNEXT_ON_FAILURE = "[default=1 ignore=ignore success=ok]"
# Snip off line terminators and final whitespace from a passed-in string.
def snipString(s):
return s.split("\n",1)[0].rstrip()
# Make a list presentable.
def cleanList(lst):
if not lst:
return lst
s = lst.replace("\t"," ")
return ",".join(filter(None, s.split(" ")))
def matchKey(line, key):
if line.startswith(key):
# Skip intervening whitespace.
return line[len(key):].lstrip()
else:
return False
def matchKeyEquals(line, key):
if line.startswith(key):
# Skip intervening whitespace.
return line[len(key):].lstrip(string.whitespace+"=")
else:
return False
def matchLine(line, key):
return line.startswith(key)
def matchLineI(line, key):
return line.lower().startswith(key.lower())
def commaAppend(lst, value):
if lst:
return lst + "," + value
else:
return value
def stringsDiffer(a, b, case_sensitive):
if not a and not b:
return False
if not a or not b:
return True
if case_sensitive:
return a != b
else:
return a.lower() != b.lower()
# Heuristic check whether a string is LDAP DN
def checkDN(value):
lst = value.lstrip().split("=",1)
if len(lst) != 2:
return False
if " " in lst[0]:
return False
return True
def matchBaseLine(line, key):
value = matchKey(line, key)
if value:
return checkDN(value)
else:
return False
# Check for a string in an nss configuration line.
def checkNSS(configuration, candidate):
lst = configuration.split(":",1)
if len(lst) > 1:
configuration = lst[1]
start = 0
clen = len(candidate)
while True:
start = configuration.find(candidate, start)
if start < 0:
return None
if start > 0 and configuration[start-1].isalnum():
start += clen
continue
if start+clen < len(configuration) and configuration[start+clen].isalnum():
start += clen
continue
return start
return None
def openfdLocked(filename, mode, perms):
fd = None
try:
fd = os.open(filename, mode, perms)
if mode == os.O_RDONLY:
fcntl.lockf(fd, fcntl.LOCK_SH)
else:
fcntl.lockf(fd, fcntl.LOCK_EX)
except OSError as (errno, strerr):
if fd != None:
try:
os.close(fd)
except OSError:
pass
raise IOError(errno, strerr)
return fd
def openLocked(filename, perms):
return os.fdopen(openfdLocked(filename, os.O_RDWR | os.O_CREAT, perms),
"r+")
def krbKdc(kdclist):
output = ""
kdclist = kdclist.split(",")
for kdc in kdclist:
if kdc:
output += " kdc = " + kdc + "\n"
return output
def krbAdminServer(adminservers):
output = ""
adminservers = adminservers.split(",")
for adminserver in adminservers:
if adminserver:
output += " admin_server = "
output += adminserver + "\n"
return output
def krbRealm(realm, kdclist, adminservers):
output = ""
if realm:
output += " " + realm + " = {\n"
output += krbKdc(kdclist)
output += krbAdminServer(adminservers)
output += " }\n\n"
return output
# Compare two strings, one a possible data line, the other a Samba-style key
# name. Returns False on non-match, value of the key if matched.
def matchLineSMB(line, key):
linelst = line.split("=", 1)
if len(linelst) < 2:
param = ""
else:
param = linelst[1]
linelst = linelst[0].lower().split(None)
keylst = key.lower().split(None)
# Compare the lists
if keylst == linelst:
return param.lstrip(string.whitespace+"=")
return False
# Mandatory arguments for the various modules.
argv_unix_auth = [
"try_first_pass"
]
argv_unix_password = [
"try_first_pass",
"use_authtok"
]
argv_afs_auth = [
"use_first_pass"
]
argv_afs_password = [
# It looks like current pam_afs (from OpenAFS 1.1.1) doesn't support
# "use_authtok", so it'll probably interact badly with pam_pwquality,
# but thanks to stack-traversal changes in Linux-PAM 0.75 and higher,
# the password-changing should work anyway.
"use_first_pass"
]
argv_pwquality_password = [
"try_first_pass",
"local_users_only",
"retry=3",
"authtok_type="
]
argv_passwdqc_password = [
"enforce=users"
]
argv_eps_auth = [
"use_first_pass"
]
argv_eps_password = [
"use_authtok"
]
argv_fprintd_auth = [
]
argv_pkcs11_auth = [
"nodebug"
]
argv_force_pkcs11_auth = [
"nodebug",
"wait_for_card"
]
argv_sssd_missing_name = [
"allow_missing_name"
]
argv_krb5_auth = [
"use_first_pass"
]
argv_krb5_sc_auth = [
"use_first_pass",
"no_subsequent_prompt"
]
argv_krb5_password = [
"use_authtok"
]
argv_ldap_auth = [
"use_first_pass"
]
argv_ldap_password = [
"use_authtok"
]
# This probably won't work straight-off because pam_unix won't give the right
# challenge, but what the heck.
argv_otp_auth = [
"use_first_pass"
]
argv_succeed_if_auth = [
"uid >=",
"500", # this must be the second arg - to be replaced
"quiet_success" # this will be replaced in the first entry
]
argv_succeed_if_account = [
"uid <",
"500", # this must be the second arg - to be replaced
"quiet"
]
argv_succeed_if_session = [
"service in crond",
"quiet",
"use_uid"
]
argv_succeed_if_nonlogin = [
"service notin login:gdm:xdm:kdm:xscreensaver:gnome-screensaver:kscreensaver",
"quiet",
"use_uid"
]
argv_winbind_auth = [
"use_first_pass"
]
argv_winbind_password = [
"use_authtok"
]
argv_sss_auth = [
"use_first_pass"
]
argv_sss_password = [
"use_authtok"
]
argv_keyinit_session = [
"revoke"
]
argv_ecryptfs_auth = [
"unwrap"
]
argv_ecryptfs_password = [
"unwrap"
]
argv_ecryptfs_session = [
"unwrap"
]
argv_succeed_if_not_gdm = [
"service !~ gdm*",
"service !~ su*",
"quiet"
]
argv_lastlog_gdm = [
"nowtmp",
"showfailed"
]
argv_lastlog_not_gdm = [
"silent",
"noupdate",
"showfailed"
]
argv_faildelay = [
"delay=2000000"
]
# Password hashing algorithms.
password_algorithms = ["descrypt", "bigcrypt", "md5", "sha256", "sha512"]
# Enumerations for PAM control flags and stack names.
(AUTH, ACCOUNT, SESSION, PASSWORD) = range(0,4)
pam_stacks = ["auth", "account", "session", "password"]
(MANDATORY, STACK, LOGIC, NAME, ARGV) = range(0,5)
(STANDARD, POSTLOGIN, PASSWORD_ONLY, FINGERPRINT, SMARTCARD) = range(0,5)
pam_modules = [[] for service in (STANDARD, POSTLOGIN, PASSWORD_ONLY, FINGERPRINT, SMARTCARD)]
# The list of stacks, module flags, and arguments, if there are any.
# [ MANDATORY, STACK, LOGIC, NAME, ARGV ]
pam_modules[STANDARD] = [
[True, AUTH, LOGIC_REQUIRED,
"env", []],
[True, AUTH, LOGIC_REQUIRED,
"faildelay", argv_faildelay],
[False, AUTH, LOGIC_REQUIRED,
"faillock", ["preauth", "silent"]],
[False, AUTH, LOGIC_SKIPNEXT,
"succeed_if", argv_succeed_if_nonlogin],
[False, AUTH, LOGIC_PKCS11,
"pkcs11", argv_pkcs11_auth],
[False, AUTH, LOGIC_OPTIONAL,
"krb5", argv_krb5_sc_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"permit", []],
[False, AUTH, LOGIC_SUFFICIENT,
"fprintd", []],
[False, AUTH, LOGIC_SKIPNEXT_ON_FAILURE,
"succeed_if", argv_succeed_if_auth],
[False, AUTH, LOGIC_SKIPNEXT_ON_FAILURE,
"localuser", []],
[True, AUTH, LOGIC_SUFFICIENT,
"unix", argv_unix_auth],
[False, AUTH, LOGIC_REQUISITE,
"succeed_if", argv_succeed_if_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"sss", argv_sss_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"afs", argv_afs_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"afs.krb", argv_afs_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"eps_auth", argv_eps_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"krb5", argv_krb5_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"ldap", argv_ldap_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"otp", argv_otp_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"winbind", argv_winbind_auth],
[False, AUTH, LOGIC_REQUIRED,
"faillock", ["authfail"]],
[True, AUTH, LOGIC_REQUIRED,
"deny", []],
# Account management is tricky. Because we've implicitly committed to
# getting it "right" for any combination of nss and pam, we have to be
# careful about how we handle cases where networked sources of information
# are unavailable.
# At the very least, proper handling of password expiration depends on
# this, and in the case of pam_ldap, we also may be depending on the
# directory server for actual "is allowed to log in on this host" data.
# The frequently-suggested method of using pam_localuser to short-circuit
# pam_ldap may be only optional, but we can use pam_succeed_if
# to short-circuit any network checks for *system* accounts
# without allowing actual users in who should be legitimately denied by
# LDAP (if not overriden by enabling the optional pam_localuser).
# Because we'd now be ending the stack with sufficient modules, and PAM's
# behavior isn't defined if none of them return success, we add a
# successful call to pam_permit at the end as a requirement.
[False, ACCOUNT, LOGIC_REQUIRED,
"access", []],
[False, ACCOUNT, LOGIC_REQUIRED,
"faillock", []],
[True, ACCOUNT, LOGIC_REQUIRED,
"unix", []],
[False, ACCOUNT, LOGIC_SUFFICIENT,
"localuser", []],
[True, ACCOUNT, LOGIC_SUFFICIENT,
"succeed_if", argv_succeed_if_account],
[False, ACCOUNT, LOGIC_IGNORE_UNKNOWN,
"sss", []],
[False, ACCOUNT, LOGIC_IGNORE_UNKNOWN,
"ldap", []],
[False, ACCOUNT, LOGIC_IGNORE_UNKNOWN,
"krb5", []],
[False, ACCOUNT, LOGIC_IGNORE_UNKNOWN,
"winbind", []],
[True, ACCOUNT, LOGIC_REQUIRED,
"permit", []],
[False, PASSWORD, LOGIC_REQUISITE,
"pwquality", argv_pwquality_password],
[False, PASSWORD, LOGIC_REQUISITE,
"passwdqc", argv_passwdqc_password],
[True, PASSWORD, LOGIC_SUFFICIENT,
"unix", argv_unix_password],
[False, PASSWORD, LOGIC_SUFFICIENT,
"sss", argv_sss_password],
[False, PASSWORD, LOGIC_SUFFICIENT,
"afs", argv_afs_password],
[False, PASSWORD, LOGIC_SUFFICIENT,
"afs.krb", argv_afs_password],
[False, PASSWORD, LOGIC_SUFFICIENT,
"eps_passwd", argv_eps_password],
[False, PASSWORD, LOGIC_SUFFICIENT,
"krb5", argv_krb5_password],
[False, PASSWORD, LOGIC_SUFFICIENT,
"ldap", argv_ldap_password],
[False, PASSWORD, LOGIC_SUFFICIENT,
"winbind", argv_winbind_password],
[True, PASSWORD, LOGIC_REQUIRED,
"deny", []],
[True, SESSION, LOGIC_OPTIONAL,
"keyinit", argv_keyinit_session],
[True, SESSION, LOGIC_REQUIRED,
"limits", []],
[True, SESSION, LOGIC_OPTIONAL,
"systemd", []],
[False, SESSION, LOGIC_OPTIONAL,
"mkhomedir", []],
[True, SESSION, LOGIC_SKIPNEXT,
"succeed_if", argv_succeed_if_session],
[True, SESSION, LOGIC_REQUIRED,
"unix", []],
[False, SESSION, LOGIC_OPTIONAL,
"sss", []],
[False, SESSION, LOGIC_OPTIONAL,
"afs", []],
[False, SESSION, LOGIC_OPTIONAL,
"afs.krb", []],
[False, SESSION, LOGIC_OPTIONAL,
"krb5", []],
[False, SESSION, LOGIC_OPTIONAL,
"ldap", []],
[False, SESSION, LOGIC_OPTIONAL,
"winbind", []]
]
pam_modules[POSTLOGIN] = [
[False, AUTH, LOGIC_OPTIONAL,
"ecryptfs", argv_ecryptfs_auth],
[False, PASSWORD, LOGIC_OPTIONAL,
"ecryptfs", argv_ecryptfs_password],
[False, SESSION, LOGIC_OPTIONAL,
"ecryptfs", argv_ecryptfs_session],
[True, SESSION, LOGIC_SKIPNEXT,
"succeed_if", argv_succeed_if_not_gdm],
[True, SESSION, LOGIC_ALWAYS_SKIP,
"lastlog", argv_lastlog_gdm],
[True, SESSION, LOGIC_OPTIONAL,
"lastlog", argv_lastlog_not_gdm],
]
pam_modules[PASSWORD_ONLY] = [
[True, AUTH, LOGIC_REQUIRED,
"env", []],
[True, AUTH, LOGIC_REQUIRED,
"faildelay", argv_faildelay],
[False, AUTH, LOGIC_REQUIRED,
"faillock", ["preauth", "silent"]],
[False, AUTH, LOGIC_REQUIRED,
"deny", []],
[False, AUTH, LOGIC_SKIPNEXT_ON_FAILURE,
"succeed_if", argv_succeed_if_auth],
[False, AUTH, LOGIC_SKIPNEXT_ON_FAILURE,
"localuser", []],
[True, AUTH, LOGIC_SUFFICIENT,
"unix", argv_unix_auth],
[False, AUTH, LOGIC_REQUISITE,
"succeed_if", argv_succeed_if_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"sss", argv_sss_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"afs", argv_afs_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"afs.krb", argv_afs_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"eps_auth", argv_eps_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"krb5", argv_krb5_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"ldap", argv_ldap_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"otp", argv_otp_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"winbind", argv_winbind_auth],
[True, AUTH, LOGIC_REQUIRED,
"deny", []],
[False, ACCOUNT, LOGIC_REQUIRED,
"access", []],
[False, ACCOUNT, LOGIC_REQUIRED,
"faillock", []],
[True, ACCOUNT, LOGIC_REQUIRED,
"unix", []],
[False, ACCOUNT, LOGIC_SUFFICIENT,
"localuser", []],
[True, ACCOUNT, LOGIC_SUFFICIENT,
"succeed_if", argv_succeed_if_account],
[False, ACCOUNT, LOGIC_IGNORE_UNKNOWN,
"sss", []],
[False, ACCOUNT, LOGIC_IGNORE_UNKNOWN,
"ldap", []],
[False, ACCOUNT, LOGIC_IGNORE_UNKNOWN,
"krb5", []],
[False, ACCOUNT, LOGIC_IGNORE_UNKNOWN,
"winbind", []],
[True, ACCOUNT, LOGIC_REQUIRED,
"permit", []],
[False, PASSWORD, LOGIC_REQUISITE,
"pwquality", argv_pwquality_password],
[False, PASSWORD, LOGIC_REQUISITE,
"passwdqc", argv_passwdqc_password],
[True, PASSWORD, LOGIC_SUFFICIENT,
"unix", argv_unix_password],
[False, PASSWORD, LOGIC_SUFFICIENT,
"sss", argv_sss_password],
[False, PASSWORD, LOGIC_SUFFICIENT,
"afs", argv_afs_password],
[False, PASSWORD, LOGIC_SUFFICIENT,
"afs.krb", argv_afs_password],
[False, PASSWORD, LOGIC_SUFFICIENT,
"eps_passwd", argv_eps_password],
[False, PASSWORD, LOGIC_SUFFICIENT,
"krb5", argv_krb5_password],
[False, PASSWORD, LOGIC_SUFFICIENT,
"ldap", argv_ldap_password],
[False, PASSWORD, LOGIC_SUFFICIENT,
"winbind", argv_winbind_password],
[False, AUTH, LOGIC_REQUIRED,
"faillock", ["authfail"]],
[True, PASSWORD, LOGIC_REQUIRED,
"deny", []],
[True, SESSION, LOGIC_OPTIONAL,
"keyinit", argv_keyinit_session],
[True, SESSION, LOGIC_REQUIRED,
"limits", []],
[True, SESSION, LOGIC_OPTIONAL,
"systemd", []],
[False, SESSION, LOGIC_OPTIONAL,
"mkhomedir", []],
[True, SESSION, LOGIC_SKIPNEXT,
"succeed_if", argv_succeed_if_session],
[True, SESSION, LOGIC_REQUIRED,
"unix", []],
[False, SESSION, LOGIC_OPTIONAL,
"sss", []],
[False, SESSION, LOGIC_OPTIONAL,
"afs", []],
[False, SESSION, LOGIC_OPTIONAL,
"afs.krb", []],
[False, SESSION, LOGIC_OPTIONAL,
"krb5", []],
[False, SESSION, LOGIC_OPTIONAL,
"ldap", []],
[False, SESSION, LOGIC_OPTIONAL,
"winbind", []]
]
pam_modules[FINGERPRINT] = [
[True, AUTH, LOGIC_REQUIRED,
"env", []],
[False, AUTH, LOGIC_REQUIRED,
"faillock", ["preauth", "silent"]],
[False, AUTH, LOGIC_REQUIRED,
"deny", []],
[False, AUTH, LOGIC_SUFFICIENT,
"fprintd", []],
[False, AUTH, LOGIC_REQUIRED,
"faillock", ["authfail"]],
[True, AUTH, LOGIC_REQUIRED,
"deny", []],
[False, ACCOUNT, LOGIC_REQUIRED,
"access", []],
[False, ACCOUNT, LOGIC_REQUIRED,
"faillock", []],
[True, ACCOUNT, LOGIC_REQUIRED,
"unix", []],
[False, ACCOUNT, LOGIC_SUFFICIENT,
"localuser", []],
[True, ACCOUNT, LOGIC_SUFFICIENT,
"succeed_if", argv_succeed_if_account],
[False, ACCOUNT, LOGIC_IGNORE_UNKNOWN,
"sss", []],
[False, ACCOUNT, LOGIC_IGNORE_UNKNOWN,
"ldap", []],
[False, ACCOUNT, LOGIC_IGNORE_UNKNOWN,
"krb5", []],
[False, ACCOUNT, LOGIC_IGNORE_UNKNOWN,
"winbind", []],
[True, ACCOUNT, LOGIC_REQUIRED,
"permit", []],
[True, PASSWORD, LOGIC_REQUIRED,
"deny", []],
[True, SESSION, LOGIC_OPTIONAL,
"keyinit", argv_keyinit_session],
[True, SESSION, LOGIC_REQUIRED,
"limits", []],
[True, SESSION, LOGIC_OPTIONAL,
"systemd", []],
[False, SESSION, LOGIC_OPTIONAL,
"mkhomedir", []],
[True, SESSION, LOGIC_SKIPNEXT,
"succeed_if", argv_succeed_if_session],
[True, SESSION, LOGIC_REQUIRED,
"unix", []],
[False, SESSION, LOGIC_OPTIONAL,
"sss", []],
[False, SESSION, LOGIC_OPTIONAL,
"afs", []],
[False, SESSION, LOGIC_OPTIONAL,
"afs.krb", []],
[False, SESSION, LOGIC_OPTIONAL,
"krb5", []],
[False, SESSION, LOGIC_OPTIONAL,
"ldap", []],
[False, SESSION, LOGIC_OPTIONAL,
"winbind", []]
]
pam_modules[SMARTCARD] = [
[True, AUTH, LOGIC_REQUIRED,
"env", []],
[False, AUTH, LOGIC_REQUIRED,
"faillock", ["preauth", "silent"]],
[False, AUTH, LOGIC_SUFFICIENT,
"sss", argv_sssd_missing_name],
[False, AUTH, LOGIC_PKCS11,
"pkcs11", argv_force_pkcs11_auth],
[False, AUTH, LOGIC_OPTIONAL,
"krb5", argv_krb5_sc_auth],
[False, AUTH, LOGIC_SUFFICIENT,
"permit", []],
[False, AUTH, LOGIC_REQUIRED,
"faillock", ["authfail"]],
[True, AUTH, LOGIC_REQUIRED,
"deny", []],
[False, ACCOUNT, LOGIC_REQUIRED,
"access", []],
[False, ACCOUNT, LOGIC_REQUIRED,
"faillock", []],
[True, ACCOUNT, LOGIC_REQUIRED,
"unix", []],
[False, ACCOUNT, LOGIC_SUFFICIENT,
"localuser", []],
[True, ACCOUNT, LOGIC_SUFFICIENT,
"succeed_if", argv_succeed_if_account],
[False, ACCOUNT, LOGIC_IGNORE_UNKNOWN,
"sss", []],
[False, ACCOUNT, LOGIC_IGNORE_UNKNOWN,
"ldap", []],
[False, ACCOUNT, LOGIC_IGNORE_UNKNOWN,
"krb5", []],
[False, ACCOUNT, LOGIC_IGNORE_UNKNOWN,
"winbind", []],
[True, ACCOUNT, LOGIC_REQUIRED,
"permit", []],
[False, PASSWORD, LOGIC_REQUIRED,
"pkcs11", []],
[True, SESSION, LOGIC_OPTIONAL,
"keyinit", argv_keyinit_session],
[True, SESSION, LOGIC_REQUIRED,
"limits", []],
[True, SESSION, LOGIC_OPTIONAL,
"systemd", []],
[False, SESSION, LOGIC_OPTIONAL,
"mkhomedir", []],
[True, SESSION, LOGIC_SKIPNEXT,
"succeed_if", argv_succeed_if_session],
[True, SESSION, LOGIC_REQUIRED,
"unix", []],
[False, SESSION, LOGIC_OPTIONAL,
"sss", []],
[False, SESSION, LOGIC_OPTIONAL,
"afs", []],
[False, SESSION, LOGIC_OPTIONAL,
"afs.krb", []],
[False, SESSION, LOGIC_OPTIONAL,
"krb5", []],
[False, SESSION, LOGIC_OPTIONAL,
"ldap", []],
[False, SESSION, LOGIC_OPTIONAL,
"winbind", []]
]
def domain2dn(domain):
output = "DC="
domain = domain.rstrip(".")
output += domain.replace(".", ",DC=")
return output
DEFAULT_DNS_QUERY_SIZE = 1024
# No, this is not particularly nice, but "compatible" is more important than
# "beautiful".
ld_line_re = re.compile(r'^[ \t]*' # Initial whitespace
r'([^ \t]+)' # Variable name
r'[ \t][ \t"]*' # Separator - yes, may have multiple \"s
r'(([^"]*)".*' # Value, case 1 - terminated by \"
r'|([^"]*\S)?\s*' # Value, case 2 - only drop trailing \s
r')$')
# for matching uid in succeeded if options
succ_if_re = re.compile(r'^.*[ \t]*uid[ \t]+(<|>=)[ \t]+([0-9]+)')
class SysVInitService:
def start(self, service):
os.system("/sbin/service " + service + " start")
def stop(self, service):
os.system("/sbin/service " + service + " stop >/dev/null 2>&1")
def enable(self, service):
os.system("/sbin/chkconfig --add " + service)
os.system("/sbin/chkconfig --level 345 " + service + " on")
def disable(self, service):
os.system("/sbin/chkconfig --level 345 " + service + " off")
def isEnabled(self, service):
rv = os.system("/sbin/chkconfig " + service + " >/dev/null 2>&1")
return os.WIFEXITED(rv) and os.WEXITSTATUS(rv) == 0
def tryRestart(self, service):
os.system("/sbin/service " + service + " condrestart >/dev/null 2>&1")
class SystemdService:
def start(self, service):
os.system("/bin/systemctl start " + service + ".service")
def stop(self, service):
os.system("/bin/systemctl stop " + service + ".service >/dev/null 2>&1")
def enable(self, service):
os.system("/bin/systemctl enable " + service + ".service >/dev/null 2>&1")
def disable(self, service):
os.system("/bin/systemctl disable " + service + ".service >/dev/null 2>&1")
def isEnabled(self, service):
rv = os.system("/bin/systemctl is-enabled " + service + ".service >/dev/null 2>&1")
return os.WIFEXITED(rv) and os.WEXITSTATUS(rv) == 0
def tryRestart(self, service):
os.system("/bin/systemctl try-restart " + service + ".service >/dev/null 2>&1")
try:
if "systemd" in os.readlink("/sbin/init"):
Service = SystemdService()
else:
Service = SysVInitService()
except OSError:
Service = SysVInitService()
def toggleSplatbindService(enable, path, name, nostart):
if enable:
try:
os.stat(path)
Service.enable(name)
if not nostart:
Service.stop(name)
Service.start(name)
except OSError:
pass
else:
try:
os.stat(path)
if not nostart:
try:
Service.stop(name)
except OSError:
pass
Service.disable(name)
except OSError:
pass
return True
def formatBool(val):
if val:
return "enabled"
else:
return "disabled"
def feedFork(command, echo, query, response):
try:
(pid, master) = os.forkpty()
except OSError:
return 255
if not pid:
# child
if query:
child = Popen([command], shell=True)
else:
child = Popen([command], stdin=PIPE, shell=True)
child.communicate(input=(response or '')+'\n')
# wait for the child to terminate & set the returncode
child.wait()
status = child.returncode
os._exit(status)
(output, error) = ("","")
try:
i = fcntl.fcntl(master, fcntl.F_GETFL)
fcntl.fcntl(master, fcntl.F_SETFL, i & ~os.O_NONBLOCK)
except IOError:
pass
eof = False
while not eof:
try:
ifds = []
efds = []
(ifds,ofds,efds) = select.select([master],[],[master], 60)
except select.error, (err, text):
sys.stderr.write("select: " + text + "\n")
if not ifds and not efds:
# timeout or error
os.close(master)
eof = True
continue
c = ""
try:
c = os.read(master, 1)
except OSError as (err, text):
if err == errno.EINTR or err == errno.EAGAIN:
pass
elif err == errno.EIO:
os.close(master)
eof = True
else:
sys.stderr.write("read: " + text + "\n")
os.close(master)
eof = True
continue
if c:
try:
output += c
error += c
if echo:
sys.stderr.write(c)
if query and query in output:
# Search for password prompt start
index = error.rfind("\r\n")
os.write(master, response or '')
os.write(master, "\r\n")
if index != -1:
# Drop password prompt substring from error
error = "\n" + error[:index]
else:
# Drop whole error content, password prompt
# was the first line
error = ""
output = ""
if echo:
sys.stderr.write("<...>\n")
except OSError, (err, text):
sys.stderr.write("write: " + text + "\n")
os.close(master)
eof = True
else:
os.close(master)
eof = True
try:
os.kill(pid, signal.SIGTERM)
except OSError:
pass
status = 255
try:
(child, status) = os.waitpid(pid, 0)
except OSError, (err, text):
sys.stderr.write("waitpid: " + text + "\n")
return (status, error)
def isEmptyDir(path):
try:
lst = os.listdir(path)
except OSError:
# we don't know but return True anyway
return True
for filename in lst:
try:
st = os.stat(path + "/" + filename)
if stat.S_ISREG(st.st_mode):
return False
except OSError:
pass
return True
def callPKCS11Setup(options):
try:
child = Popen([PATH_SCSETUP] + options, stdout=PIPE)
lst = child.communicate()[0].split("\n")
if child.returncode != 0:
return None
if lst[-1] == '':
del lst[-1:]
except OSError:
return None
return lst
def getSmartcardModules():
mods = callPKCS11Setup(["list_modules"])
if mods == None:
return []
return mods
def getSmartcardActions():
return [_("Lock"), _("Ignore")]
def read(msgcb):
info = AuthInfo(msgcb)
info.read()
return info
class SaveGroup:
def __init__(self, savefunc, togglefunc, attrlist):
self.saveFunction = savefunc
self.toggleFunction = togglefunc
self.attrlist = attrlist
def attrsDiffer(self, a, b):
for (aname, atype) in self.attrlist:
if aname in a.inconsistentAttrs:
return True
if atype == "b":
if getattr(a, aname) != getattr(b, aname):
return True
elif atype == "c":
if stringsDiffer(getattr(a, aname), getattr(b, aname), True):
return True
elif atype == "i":
if stringsDiffer(getattr(a, aname), getattr(b, aname), False):
return True
return False
class SafeFile:
def __init__(self, filename, default_mode):
(base, name) = os.path.split(filename)
self.missing = False
self.file = tempfile.NamedTemporaryFile(dir=base, prefix=name, delete=True)
# overwrite the inode attributes and contents
if call(["/bin/cp", "-af", filename, self.file.name],
stderr=os.open('/dev/null', os.O_WRONLY)) == 1:
self.missing = True
# the mode was not copied, use the default
os.fchmod(self.file.fileno(), default_mode)
self.filename = filename
def save(self):
self.file.flush()
os.fsync(self.file.fileno())
os.rename(self.file.name, self.filename)
if self.missing:
call(["/usr/sbin/restorecon", self.filename],
stderr=os.open('/dev/null', os.O_WRONLY))
def close(self):
# we may have renamed the temp file, need to catch OSError
try:
self.file.close()
except OSError:
pass
def write(self, s):
return self.file.write(s)
def rewind(self):
self.file.seek(0)
self.file.truncate(0)
class FileBackup:
def __init__(self, backupname, origpath):
self.backupName = backupname
self.origPath = origpath
def safeCopy(self, src, dest):
rv = True
srcfd = None
destfile = None
try:
srcfd = openfdLocked(src, os.O_RDONLY, 0)
except IOError:
return True
try:
mode = stat.S_IMODE(os.fstat(srcfd).st_mode)
except (IOError, OSError):
os.close(srcfd)
return True
try:
destfile = SafeFile(dest, mode)
destfile.rewind()
except IOError:
rv = False
try:
while rv:
b = os.read(srcfd, 4096)
if not b:
rv = True
break
os.write(destfile.file.fileno(), b)
except (IOError, OSError):
rv = False
try:
if srcfd:
os.close(srcfd)
except (IOError, OSError):
pass
try:
if destfile and rv:
destfile.save()
destfile.close()
except (IOError, OSError):
rv = False
return rv
def backup(self, destdir):
rv = True
try:
if not os.path.isdir(destdir):
os.mkdir(destdir)
except (OSError, IOError):
rv = False
backuppath = destdir+"/"+self.backupName
if rv:
rv = self.safeCopy(self.origPath,
backuppath)
return rv
def restore(self, backupdir):
rv = True
try:
if not os.path.isdir(backupdir):
return False
except (IOError, OSError):
rv = False
backuppath = backupdir+"/"+self.backupName
if rv and os.path.isfile(backuppath):
rv = self.safeCopy(backuppath, self.origPath)
try:
if rv:
call(["/usr/sbin/restorecon", self.origPath],
stderr=os.open('/dev/null', os.O_WRONLY))
except (IOError, OSError):
pass
return rv
def readCache():
return Service.isEnabled("nscd")
def writeCache(enabled):
if enabled:
Service.enable("nscd")
else:
try:
os.stat(PATH_NSCD)
Service.disable("nscd")
except OSError:
pass
return True
class CacheBackup(FileBackup):
def backup(self, destdir):
rv = True
try:
if not os.path.isdir(destdir):
os.mkdir(destdir)
except (OSError, IOError):
rv = False
backuppath = destdir+"/"+self.backupName
if rv:
dest = None
try:
enabled = readCache()
dest = open(backuppath, "w")
dest.write(str(int(enabled)))
except IOError:
rv = False
if dest:
dest.close()
if not rv:
try:
os.unlink(backuppath)
except OSError:
pass
return rv
def restore(self, backupdir):
rv = True
try:
if not os.path.isdir(backupdir):
return False
except (IOError, OSError):
rv = False
backuppath = backupdir+"/"+self.backupName
if rv and os.path.isfile(backuppath):
backup = None
try:
backup = open(backuppath, "r")
enabled = int(backup.read())
writeCache(enabled)
except (IOError, OSError, ValueError):
rv = False
if backup:
backup.close()
return rv
# indexes for the configs
(CFG_HESIOD, CFG_YP, CFG_LDAP, CFG_NSSLDAP, CFG_PAMLDAP, CFG_NSLCD, CFG_OPENLDAP, CFG_KRB5,
CFG_KRB, CFG_PAM_PKCS11, CFG_SMB, CFG_NSSWITCH, CFG_CACHE,
CFG_PAM, CFG_POSTLOGIN_PAM, CFG_PASSWORD_PAM, CFG_FINGERPRINT_PAM, CFG_SMARTCARD_PAM, CFG_AUTHCONFIG, CFG_NETWORK, CFG_LIBUSER, CFG_PWQUALITY,
CFG_LOGIN_DEFS, CFG_SSSD, CFG_SHADOW, CFG_PASSWD, CFG_GSHADOW, CFG_GROUP, CFG_DCONF, CFG_DCONF_LOCKS) = range(0, 30)
all_configs = [
FileBackup("hesiod.conf", SYSCONFDIR+"/hesiod.conf"),
FileBackup("yp.conf", SYSCONFDIR+"/yp.conf"),
FileBackup("ldap.conf", SYSCONFDIR+"/ldap.conf"),
FileBackup("nss_ldap.conf", SYSCONFDIR+"/nss_ldap.conf"),
FileBackup("pam_ldap.conf", SYSCONFDIR+"/pam_ldap.conf"),
FileBackup("nslcd.conf", SYSCONFDIR+"/nslcd.conf"),
FileBackup("openldap.conf", SYSCONFDIR+"/openldap/ldap.conf"),
FileBackup("krb5.conf", SYSCONFDIR+"/krb5.conf"),
FileBackup("krb.conf", SYSCONFDIR+"/krb.conf"),
FileBackup("pam_pkcs11.conf", SYSCONFDIR+"/pam_pkcs11/pam_pkcs11.conf"),
FileBackup("smb.conf", SYSCONFDIR+"/samba/smb.conf"),
FileBackup("nsswitch.conf", SYSCONFDIR+"/nsswitch.conf"),
CacheBackup("cacheenabled.conf", ""),
FileBackup("system-auth-ac", SYSCONFDIR+"/pam.d/"+AUTH_PAM_SERVICE_AC),
FileBackup("postlogin-ac", SYSCONFDIR+"/pam.d/"+POSTLOGIN_PAM_SERVICE_AC),
FileBackup("password-auth-ac", SYSCONFDIR+"/pam.d/"+PASSWORD_AUTH_PAM_SERVICE_AC),
FileBackup("fingerprint-auth-ac", SYSCONFDIR+"/pam.d/"+FINGERPRINT_AUTH_PAM_SERVICE_AC),
FileBackup("smartcard-auth-ac", SYSCONFDIR+"/pam.d/"+SMARTCARD_AUTH_PAM_SERVICE_AC),
FileBackup("authconfig", SYSCONFDIR+"/sysconfig/authconfig"),
FileBackup("network", SYSCONFDIR+"/sysconfig/network"),
FileBackup("libuser.conf", SYSCONFDIR+"/libuser.conf"),
FileBackup("pwquality.conf", SYSCONFDIR+"/security/pwquality.conf"),
FileBackup("login.defs", SYSCONFDIR+"/login.defs"),
FileBackup("sssd.conf", PATH_SSSD_CONFIG),
FileBackup("shadow", SYSCONFDIR+"/shadow"),
FileBackup("passwd", SYSCONFDIR+"/passwd"),
FileBackup("gshadow", SYSCONFDIR+"/gshadow"),
FileBackup("group", SYSCONFDIR+"/group"),
FileBackup("10-authconfig", SYSCONFDIR+"/dconf/db/distro.d/10-authconfig"),
FileBackup("10-authconfig-locks", SYSCONFDIR+"/dconf/db/distro.d/locks/10-authconfig-locks")]
sssd_options = [
('ldapServer', 'ldap_uri'),
('ldapBaseDN', 'ldap_search_base'),
('enableLDAPS', 'ldap_id_use_start_tls'),
('ldapSchema', 'ldap_schema'),
('ldapCacertDir', 'ldap_tls_cacertdir'),
('kerberosKDC', 'krb5_server'),
('kerberosAdminServer', 'krb5_kpasswd'),
('kerberosRealm', 'krb5_realm'),
('enableCacheCreds', 'cache_credentials'),
('enableCacheCreds', 'krb5_store_password_if_offline')]
class AuthInfo:
def __init__(self, msgcb):
self.messageCB = msgcb
self.backupDir = ""
self.inconsistentAttrs = []
# Service-specific settings.
self.hesiodLHS = ""
self.hesiodRHS = ""
self.ldapServer = ""
self.ldapBaseDN = ""
self.kerberosRealm = None
self.kerberosRealmviaDNS = None
self.kerberosKDC = ""
self.kerberosKDCviaDNS = None
self.kerberosAdminServer = ""
self.nisServer = ""
self.nisDomain = ""
self.nisLocalDomain = ""
self.smbWorkgroup = ""
self.smbRealm = ""
self.smbServers = ""
self.smbSecurity = ""
self.smbIdmapRange = ""
self.winbindSeparator = ""
self.winbindTemplateHomedir = ""
self.winbindTemplateShell = ""
self.winbindUseDefaultDomain = None
self.winbindOffline = None
self.winbindKrb5 = None
self.ipav2Server = None
self.ipav2Domain = None
self.ipav2Realm = None
self.ipav2NoNTP = None
self.ipaDomainJoined = False
self.ipaUninstall = False
self.smartcardModule = ""
self.smartcardAction = ""
# NSSwitch setup. Files is always in there.
self.enableCache = None
self.enableCompat = None
self.enableDB = None
self.enableDirectories = None
self.enableHesiod = None
self.enableLDAP = None
self.enableLDAPS = None
self.enableNIS = None
self.enableNIS3 = None
self.enableDBbind = None
self.enableDBIbind = None
self.enableHesiodbind = None
self.enableLDAPbind = None
self.enableOdbcbind = None
self.enableWinbind = None
self.enableWINS = None
self.enableMDNS = None
self.enableMyhostname = None
self.preferDNSinHosts = None
self.enableSSSD = None
self.enableIPAv2 = None
# This one we don't have a config entry, we just
# preserve the entry if we see it.
self.enableAltfiles = None
# Authentication setup.
self.enableAFS = None
self.enableAFSKerberos = None
self.enableNullOk = True
self.enablePWQuality = None
self.enableEcryptfs = None
self.enableEPS = None
self.enableKerberos = None
self.enableLDAPAuth = None
self.passwordAlgorithm = ""
self.algoRounds = ""
self.uidMin = None
self.enableOTP = None
self.enablePasswdQC = None
self.enableShadow = None
self.enableWinbindAuth = None
self.enableLocAuthorize = None
self.enablePAMAccess = None
self.enableSysNetAuth = None
self.enableMkHomeDir = None
self.enableSmartcard = None
self.enableSSSDAuth = None
self.brokenShadow = None
self.forceBrokenShadow = None
self.forceSmartcard = None
self.enableFprintd = None
self.enableForceLegacy = None
self.implicitSSSD = False
self.implicitSSSDAuth = False
self.enableCacheCreds = None
# Password quality
self.passMinLen = "9"
self.passMinClass = "1"
self.passMaxRepeat = "0"
self.passMaxClassRepeat = "0"
self.passReqLower = None
self.passReqUpper = None
self.passReqDigit = None
self.passReqOther = None
# Faillock
self.enableFaillock = None
self.faillockArgs = "deny=4 unlock_time=1200"
# Not really options.
self.joinUser = ""
self.joinPassword = ""
self.pwqualityArgs = ""
self.passwdqcArgs = ""
self.localuserArgs = ""
self.pamAccessArgs = ""
self.mkhomedirArgs = "umask=0077"
self.systemdArgs = ""
self.ldapCacertDir = ""
self.ldapCacertURL = ""
self.ldapSchema = ""
self.pamLinked = True
global SSSDConfig
self.sssdConfig = None
self.sssdDomain = None
self.forceSSSDUpdate = None
self.sssdConfigPresent = False
if SSSDConfig:
try:
self.sssdConfig = SSSDConfig.SSSDConfig()
self.sssdConfig.new_config()
except IOError:
pass
self.toggleFunctions = set()
self.save_groups = [
SaveGroup(self.writeCache, self.toggleCachingService, [("enableCache", "b"), ("implicitSSSD", "b")]),
SaveGroup(self.writeHesiod, None, [("hesiodLHS", "i"), ("hesiodRHS", "i")]),
SaveGroup(self.writeNIS, self.toggleNisService, [("nisDomain", "c"), ("nisLocalDomain", "c"), ("nisServer", "c")]),
SaveGroup(self.writeLDAP, None, [("ldapServer", "i"), ("ldapBaseDN", "c"), ("enableLDAPS", "b"),
("ldapSchema", "c"), ("ldapCacertDir", "c"), ("passwordAlgorithm", "i")]),
SaveGroup(self.writeLibuser, None, [("passwordAlgorithm", "i")]),
SaveGroup(self.writeLogindefs, None, [("passwordAlgorithm", "i")]), # for now we do not rewrite uidMin
SaveGroup(self.writePWQuality, None, [("passMinLen", "c"), ("passMinClass", "c"),
("passMaxRepeat", "c"), ("passMaxClassRepeat", "c"), ("passReqLower", "b"),
("passReqUpper", "b"), ("passReqDigit", "b"), ("passReqOther", "b")]),
SaveGroup(self.writeKerberos, None, [("kerberosRealm", "c"), ("kerberosKDC", "i"),
("smbSecurity", "i"), ("smbRealm", "c"), ("smbServers", "i"),
("kerberosAdminServer", "i"), ("kerberosRealmviaDNS", "b"),
("kerberosKDCviaDNS", "b")]),
SaveGroup(self.writeSSSD, self.toggleSSSDService, [("ldapServer", "i"), ("ldapBaseDN", "c"), ("enableLDAPS", "b"),
("ldapSchema", "c"), ("ldapCacertDir", "c"), ("enableCacheCreds", "b"), ("enableSmartcard", "b"),
("kerberosRealm", "c"), ("kerberosKDC", "i"), ("kerberosAdminServer", "i"),
("forceSSSDUpdate", "b"), ("enableLDAP", "b"), ("enableKerberos", "b"),
("enableLDAPAuth", "b"), ("enableIPAv2", "b")]),
SaveGroup(self.writeSmartcard, None, [("smartcardAction", "i"), ("smartcardModule", "c")]),
SaveGroup(self.writeDConf, None, [("smartcardAction", "i"), ("smartcardModule", "c"),
("enableFprintd", "b"), ("enableSmartcard", "b"), ("forceSmartcard", "b")]),
SaveGroup(self.writeWinbind, self.toggleWinbindService, [("smbWorkgroup", "i"), ("smbServers", "i"),
("smbRealm", "c"), ("smbSecurity", "i"), ("smbIdmapRange", "i"),
("winbindSeparator", "c"), ("winbindTemplateHomedir", "c"), ("winbindTemplateShell", "c"),
("winbindUseDefaultDomain", "b"), ("winbindOffline", "b"), ("winbindKrb5", "b")]),
SaveGroup(self.writeNSS, None, [("enableDB", "b"), ("enableDirectories", "b"), ("enableWinbind", "b"),
("enableOdbcbind", "b"), ("enableNIS3", "b"), ("enableNIS", "b"),
("enableLDAPbind", "b"), ("enableLDAP", "b"), ("enableHesiodbind", "b"),
("enableHesiod", "b"), ("enableDBIbind", "b"), ("enableDBbind", "b"),
("enableCompat", "b"), ("enableWINS", "b"), ("enableMDNS", "b"), ("enableMyhostname", "b"),
("enableNIS3", "b"), ("enableNIS", "b"), ("enableIPAv2", "b"),
("enableSSSD", "b"), ("preferDNSinHosts", "b"), ("implicitSSSD", "b")]),
SaveGroup(self.writePAM, None, [("pwqualityArgs", "c"), ("passwdqcArgs", "c"),
("faillockArgs", "c"), ("enableFaillock", "b"),
("localuserArgs", "c"), ("pamAccessArgs", "c"), ("enablePAMAccess", "b"),
("mkhomedirArgs", "c"), ("enableMkHomeDir", "b"), ("algoRounds", "c"),
("passwordAlgorithm", "i"), ("enableShadow", "b"), ("enableNIS", "b"),
("enableNullOk", "b"), ("forceBrokenShadow", "b"), ("enableLDAPAuth", "b"),
("enableKerberos", "b"), ("enableSmartcard", "b"), ("forceSmartcard", "b"),
("enableWinbindAuth", "b"), ("enableMkHomeDir", "b"), ("enableAFS", "b"),
("enableAFSKerberos", "b"), ("enablePWQuality", "b"), ("enableEPS", "b"),
("enableEcryptfs", "b"), ("enableOTP", "b"), ("enablePasswdQC", "b"),
("enableLocAuthorize", "b"), ("enableSysNetAuth", "b"),
("winbindOffline", "b"), ("winbindKrb5", "b"),
("enableSSSDAuth", "b"), ("enableFprintd", "b"), ("pamLinked", "b"),
("implicitSSSDAuth", "b"), ("systemdArgs", "c"), ("uidMin", "i"), ("enableIPAv2", "b")]),
SaveGroup(self.writeSysconfig, None, [("passwordAlgorithm", "i"), ("enableShadow", "b"), ("enableNIS", "b"),
("enableLDAP", "b"), ("enableLDAPAuth", "b"), ("enableKerberos", "b"),
("enableEcryptfs", "b"), ("enableSmartcard", "b"), ("forceSmartcard", "b"),
("enableWinbindAuth", "b"), ("enableWinbind", "b"), ("winbindKrb5", "b"), ("enableDB", "b"),
("enableHesiod", "b"), ("enablePWQuality", "b"), ("enablePasswdQC", "b"),
("enableFaillock", "b"), ("faillockArgs", "c"),
("enableLocAuthorize", "b"), ("enablePAMAccess", "b"), ("enableCacheCreds", "b"),
("enableMkHomeDir", "b"), ("enableSysNetAuth", "b"), ("enableFprintd", "b"),
("enableSSSD", "b"), ("enableSSSDAuth", "b"), ("enableForceLegacy", "b"),
("ipav2Server", "i"), ("ipav2Domain", "i"), ("ipav2Realm", "c"),
("enableIPAv2", "b"), ("ipaDomainJoined", "b"), ("ipav2NoNTP", "b")]),
SaveGroup(self.writeNetwork, None, [("nisDomain", "c")]),
SaveGroup(self.toggleShadow, None, [("enableShadow", "b")]),
SaveGroup(None, self.toggleNisService, [("enableNIS", "b")]),
SaveGroup(None, self.toggleOddjobService, [("enableMkHomeDir", "b")]),
SaveGroup(None, self.toggleLDAPService, [("enableLDAP", "b"), ("enableLDAPAuth", "b"),
("implicitSSSD", "b"), ("implicitSSSDAuth", "b"), ("enableForceLegacy", "b")]),
SaveGroup(None, self.toggleSSSDService, [("implicitSSSD", "b"), ("implicitSSSDAuth", "b"),
("enableIPAv2", "b"), ("enableSSSD", "b"), ("enableSSSDAuth", "b"), ("enableForceLegacy", "b")]),
SaveGroup(None, self.toggleWinbindService, [("enableWinbind", "b"), ("enableWinbindAuth", "b")])]
def setParam(self, attr, value, ref):
oldval = getattr(self, attr)
if oldval != value:
setattr(self, attr, value)
if oldval != getattr(ref, attr):
self.inconsistentAttrs.append(attr)
def setIntParam(self, attr, value, ref):
try:
value = int(value)
except ValueError:
return
return self.setParam(attr, str(value), ref)
def setClassReqParam(self, attr, value, ref):
try:
value = int(value)
except ValueError:
return
if value < 0:
return self.setParam(attr, True, ref)
return self.setParam(attr, False, ref)
def sssdSupported(self):
if self.enableForceLegacy or not self.sssdConfig:
return False
# we just ignore things which have no support on command line
nssall = ('NIS', 'LDAP', 'Winbind', 'Hesiod', 'IPAv2')
pamall = ('Kerberos', 'LDAPAuth', 'WinbindAuth', 'Smartcard')
idsupported = ('LDAP')
authsupported = ('Kerberos', 'LDAPAuth')
num = 0
for t in nssall:
if getattr(self, 'enable'+t):
if t not in idsupported:
return False
num += 1
if num != 1:
return False
num = 0
for t in pamall:
if getattr(self, 'enable'+t):
if t not in authsupported:
return False
num += 1
if num != 1:
return False
# realm via DNS is not supported by the current SSSD
if self.enableKerberos and self.kerberosRealmviaDNS:
return False
return True
# Read hesiod setup. Luckily, /etc/hesiod.conf is simple enough that shvfile
# can read it just fine.
def readHesiod(self, ref):
# Open the file. Bail if it's not there.
try:
shv = shvfile.read(all_configs[CFG_HESIOD].origPath)
except IOError:
return False
# Read the LHS.
self.setParam("hesiodLHS", snipString(shv.getValue("lhs")), ref)
# Read the RHS.
self.setParam("hesiodRHS", snipString(shv.getValue("rhs")), ref)
shv.close()
return True
# Read NIS setup from /etc/yp.conf.
def readNIS(self, ref):
# Open the file. Bail if it's not there or there's some problem
# reading it.
try:
f = open(all_configs[CFG_YP].origPath, "r")
except IOError:
return False
nisserver = ""
for line in f:
line = line.strip()
# Is it a "ypserver" statement? If so, extract the server.
value = matchKey(line, "ypserver")
if value and self.nisLocalDomain:
# Save the server's name.
nisserver = commaAppend(nisserver, value)
continue
# It had better be a "domain" statement, because the man page
# for this file states that this is all there is.
value = matchKey(line, "domain")
if value:
# Save the domain's name. To do that, find its end.
value = value.split(None, 1)
if len(value) < 1:
continue
if value[0] != self.nisLocalDomain:
continue
if len(value) < 2:
continue
value = value[1]
# Is it "server"? If not, assume "broadcast".
value = matchKey(value, "server")
if value:
nisserver = commaAppend(nisserver, value)
self.setParam("nisServer", nisserver, ref)
f.close()
return True
def validateLDAPURI(self, s):
"""
Check whether LDAP URI is valid.
"""
if ',' in s:
uris = s.split(',')
else:
uris = s.split()
for uri in uris:
try:
p = urlparse.urlparse(uri).port
except (ValueError, socket.error):
return False
return True
def ldapHostsToURIs(self, s, validate):
if ',' in s:
l = s.split(',')
else:
l = s.split()
ret = ""
for item in l:
if item:
if ret:
ret += ","
if "://" in item:
ret += item
else:
ret += "ldap://" + item + "/"
if validate and not self.validateLDAPURI(ret):
self.messageCB(_("Invalid LDAP URI."))
return ret
# Read LDAP setup from /etc/ldap.conf.
def readLDAP(self, ref):
self.ldapCacertDir = PATH_LDAP_CACERTS
# Open the file. Bail if it's not there or there's some problem
# reading it.
try:
f = open(all_configs[CFG_NSSLDAP].origPath, "r")
except IOError:
try:
f = open(all_configs[CFG_NSLCD].origPath, "r")
except IOError:
try:
f = open(all_configs[CFG_PAMLDAP].origPath, "r")
except IOError:
try:
f = open(all_configs[CFG_LDAP].origPath, "r")
except IOError:
return False
for line in f:
line = line.strip()
# Is it a "base" statement?
value = matchKey(line, "base")
if value and checkDN(value):
# Save the base DN.
self.setParam("ldapBaseDN", value, ref)
continue
# Is it a "host" statement?
value = matchKey(line, "host")
if value:
# Save the host name or IP.
self.setParam("ldapServer", value, ref)
continue
# Is it a "uri" statement?
value = matchKey(line, "uri")
if value:
# Save the host name or IP.
self.setParam("ldapServer", value, ref)
continue
# Is it a "ssl" statement?
value = matchKey(line, "ssl")
if value:
self.setParam("enableLDAPS", matchLine(value, "start_tls"), ref)
continue
# Is it a "nss_schema" statement?
value = matchKey(line, "nss_schema")
if value:
self.setParam("ldapSchema", value, ref)
continue
# We'll pull MD5/DES crypt ("pam_password") from the config
# file, or from the pam_unix PAM config lines.
self.ldapServer = self.ldapHostsToURIs(cleanList(self.ldapServer), False)
f.close()
return True
# Read Kerberos setup from /etc/krb5.conf.
def getKerberosKDC(self, realm):
try:
return self.allKerberosKDCs[realm]
except KeyError:
return ""
def getKerberosAdminServer(self, realm):
try:
return self.allKerberosAdminServers[realm]
except KeyError:
return ""
def readKerberos(self, ref):
section = ""
self.allKerberosKDCs = {}
self.allKerberosAdminServers = {}
realm_found = False
# Open the file. Bail if it's not there or there's some problem
# reading it.
try:
f = open(all_configs[CFG_KRB5].origPath, "r")
except IOError:
return False
for line in f:
line = line.split('#')[0]
line = line.strip()
# If it's a new section, note which one we're "in".
if line[0:1] == "[":
section = line[1:-1]
subsection = ""
continue;
if section == "libdefaults":
# Check for the default realm setting.
value = matchKeyEquals(line, "default_realm")
if value:
self.setParam("kerberosRealm", value, ref)
realm_found = True;
continue;
# Check for the DNS settings.
value = matchKeyEquals(line, "dns_lookup_kdc")
if value:
self.setParam("kerberosKDCviaDNS", matchKey(value, "true") == "", ref)
continue
value = matchKeyEquals(line, "dns_lookup_realm")
if value:
self.setParam("kerberosRealmviaDNS", matchKey(value, "true") == "", ref)
continue;
elif section == "realms":
if not subsection:
# Read the name of the realm.
value = line.split(None,1)
if len(value) < 1:
continue
subsection = value[0]
# Check for the end of a realm section.
else:
if line[0:1] == "}":
subsection = ""
continue
if not self.kerberosRealm:
# No reason to use setParam here
self.kerberosRealm = subsection
realm_found = True;
# See if this is a key we care about.
value = matchKeyEquals(line, "kdc")
if value:
self.allKerberosKDCs[subsection] = commaAppend(self.getKerberosKDC(subsection), value)
continue
value = matchKeyEquals(line, "admin_server")
if value:
self.allKerberosAdminServers[subsection] = commaAppend(self.getKerberosAdminServer(subsection), value)
f.close()
if realm_found:
if self.kerberosRealm:
self.setParam("kerberosKDC", self.getKerberosKDC(self.kerberosRealm), ref)
self.setParam("kerberosAdminServer", self.getKerberosAdminServer(self.kerberosRealm), ref)
else:
if self.kerberosRealm:
self.inconsistentAttrs.append("kerberosRealm")
else:
self.setParam("kerberosRealm", "", ref)
return True
def readLibuser(self, ref):
section = ""
# Open the file. Bail if it's not there or there's some problem
# reading it.
try:
f = open(all_configs[CFG_LIBUSER].origPath, "r")
except IOError:
return False
for line in f:
line = line.strip()
# If it's a new section, note which one we're "in".
if line[0:1] == "[":
section = line[1:-1]
subsection = ""
continue;
if section == "defaults":
# Check for the crypt style setting.
value = matchKeyEquals(line, "crypt_style")
if value:
self.setParam("passwordAlgorithm", value.lower(), ref)
continue;
f.close()
return True
def readLogindefs(self, ref):
# Open the file. Bail if it's not there or there's some problem
# reading it.
try:
f = open(all_configs[CFG_LOGIN_DEFS].origPath, "r")
except IOError:
return False
for line in f:
match = ld_line_re.match(line)
if match is not None:
name = match.group(1)
if name.startswith('#'):
continue
value = match.group(3)
if value is None:
value = match.group(4)
if value is None:
value = ''
else:
continue
if name == "MD5_CRYPT_ENAB" and value == "yes":
self.setParam("passwordAlgorithm", "md5", ref)
continue
if name == "ENCRYPT_METHOD":
if value == "DES":
value = "descrypt"
self.setParam("passwordAlgorithm", value.lower(), ref)
continue
if name == "UID_MIN":
self.setParam("uidMin", value, ref)
f.close()
return True
def readPWQuality(self, ref):
section = ""
# Open the file. Bail if it's not there or there's some problem
# reading it.
try:
f = open(all_configs[CFG_PWQUALITY].origPath, "r")
except IOError:
return False
for line in f:
line = line.split('#')[0]
line = line.strip()
# Check for the settings that interest us.
value = matchKeyEquals(line, "minlen")
if value:
self.setIntParam("passMinLen", value, ref)
continue;
value = matchKeyEquals(line, "minclass")
if value:
self.setIntParam("passMinClass", value, ref)
continue;
value = matchKeyEquals(line, "maxrepeat")
if value:
self.setIntParam("passMaxRepeat", value, ref)
continue;
value = matchKeyEquals(line, "maxclassrepeat")
if value:
self.setIntParam("passMaxClassRepeat", value, ref)
continue;
value = matchKeyEquals(line, "lcredit")
if value:
self.setClassReqParam("passReqLower", value, ref)
continue;
value = matchKeyEquals(line, "ucredit")
if value:
self.setClassReqParam("passReqUpper", value, ref)
continue;
value = matchKeyEquals(line, "dcredit")
if value:
self.setClassReqParam("passReqDigit", value, ref)
continue;
value = matchKeyEquals(line, "ocredit")
if value:
self.setClassReqParam("passReqOther", value, ref)
continue;
f.close()
return True
def readSSSD(self, ref):
if not self.sssdConfig:
return True
self.sssdConfig = SSSDConfig.SSSDConfig()
try:
self.sssdConfig.import_config(all_configs[CFG_SSSD].origPath)
self.sssdConfigPresent = True
except (IOError, SSSDConfig.ParsingError):
self.sssdConfig = SSSDConfig.SSSDConfig()
self.sssdConfig.new_config()
try:
domain = self.sssdDomain = self.sssdConfig.get_domain(SSSD_AUTHCONFIG_DOMAIN)
except SSSDConfig.NoDomainError:
try:
domname = self.sssdConfig.list_active_domains()[0]
except IndexError:
try:
domname = self.sssdConfig.list_domains()[0]
except IndexError:
return True
domain = self.sssdConfig.get_domain(domname)
try:
idprov = domain.get_option('id_provider')
except SSSDConfig.NoOptionError:
idprov = None
try:
authprov = domain.get_option('auth_provider')
except SSSDConfig.NoOptionError:
authprov = None
for (attr, opt) in sssd_options:
try:
val = domain.get_option(opt)
if opt == 'ldap_uri':
val = " ".join(val.split(","))
elif opt == 'ldap_schema' and val == 'rfc2307':
continue
elif opt == 'krb5_store_password_if_offline':
continue
self.setParam(attr, val, ref)
except SSSDConfig.NoOptionError:
pass
def readSmartcard(self, ref):
lock = False
smartcardmodule = callPKCS11Setup(["use_module"])
if smartcardmodule == None:
self.smartcardModule = ""
return False
self.setParam("smartcardModule", smartcardmodule[0], ref)
rmactions = callPKCS11Setup(["rm_action"])
if rmactions == None:
return False
for action in rmactions:
if "lockhelper.sh" in action:
lock = True
if lock:
self.setParam("smartcardAction", _("Lock"), ref)
else:
self.setParam("smartcardAction", _("Ignore"), ref)
return True
# Read Samba setup from /etc/samba/smb.conf.
def readWinbindGlobal(self, key):
result = ""
section = ""
# Open the file. Bail if it's not there or there's some problem
# reading it.
try:
f = open(all_configs[CFG_SMB].origPath, "r")
except IOError:
return result
for line in f:
line = line.strip()
# Skip comments.
if matchLine(line, "#"):
continue
if matchLine(line, ";"):
continue
# If it's a new section, note which one we're "in".
value = matchKey(line, "[")
if value:
section = value.split("]")[0].lower()
continue
# Check for global settings. Anything else we can skip.
if not section or section != "global":
continue
# Check for a match with the requested setting name.
res = matchLineSMB(line, key)
if res:
result = res
f.close()
return result
def readWinbindGlobalBool(self, key):
tmp = self.readWinbindGlobal(key)
if tmp:
if tmp.lower() == "yes" or tmp.lower() == "true" or tmp == "1":
return True
else:
return False
return None
# Read winbind settings from /etc/samba/smb.conf.
def readWinbind(self, ref):
tmp = self.readWinbindGlobal("workgroup")
if tmp:
self.setParam("smbWorkgroup", tmp, ref)
tmp = self.readWinbindGlobal("password server")
if tmp:
self.setParam("smbServers", tmp, ref)
tmp = self.readWinbindGlobal("realm")
if tmp:
self.setParam("smbRealm", tmp, ref)
tmp = self.readWinbindGlobal("security")
if tmp:
self.setParam("smbSecurity", tmp, ref)
if not self.smbSecurity:
self.smbSecurity = "user"
tmp = self.readWinbindGlobal("idmap config * : range")
if tmp:
self.setParam("smbIdmapRange", tmp, ref)
if not self.smbIdmapRange:
# 2^24 to 2^25 - 1 should be safe
self.smbIdmapRange = "16777216-33554431"
tmp = self.readWinbindGlobal("winbind separator")
if tmp:
self.setParam("winbindSeparator", tmp, ref)
tmp = self.readWinbindGlobal("template homedir")
if tmp:
self.setParam("winbindTemplateHomedir", tmp, ref)
tmp = self.readWinbindGlobal("template shell")
if tmp:
self.setParam("winbindTemplateShell", tmp, ref)
if not self.winbindTemplateShell:
self.winbindTemplateShell = "/bin/false"
tmp = self.readWinbindGlobalBool("winbind use default domain")
if tmp != None:
self.setParam("winbindUseDefaultDomain", tmp, ref)
tmp = self.readWinbindGlobalBool("winbind offline logon")
if tmp != None:
self.setParam("winbindOffline", tmp, ref)
return True
# Read NSS setup from /etc/nsswitch.conf.
def readNSS(self, ref):
# Open the file. Bail if it's not there or there's some problem
# reading it.
nssconfig = ""
initgroups = ""
try:
f = open(all_configs[CFG_NSSWITCH].origPath, "r")
except IOError:
return False
for line in f:
line = line.strip()
value = matchKey(line, "passwd:")
if value:
nssconfig = value
else:
# wins can be found in hosts only
value = matchKey(line, "hosts:")
if value:
if checkNSS(value, "wins"):
self.setParam("enableWINS", True, ref)
if checkNSS(value, "mdns4_minimal [NOTFOUND=return]"):
self.setParam("enableMDNS", True, ref)
if checkNSS(value, "myhostname"):
self.setParam("enableMyhostname", True, ref)
nispos = checkNSS(value, "nis")
if nispos == None:
nispos = checkNSS(value, "wins")
dnspos = checkNSS(value, "dns")
if nispos != None and dnspos != None:
self.setParam("preferDNSinHosts", dnspos < nispos, ref)
else:
value = matchKey(line, "initgroups:")
if value:
initgroups = value
if nssconfig:
nssmap = (('Compat', 'compat'), ('DB', 'db'),
('Directories', 'directories'), ('Hesiod', 'hesiod'),
('LDAP', 'ldap'), ('NIS', 'nis'), ('Altfiles', 'altfiles'),
('NIS3', 'nisplus'), ('Winbind', 'winbind'))
for attr, nssentry in nssmap:
if checkNSS(nssconfig, nssentry):
self.setParam('enable' + attr, True, ref)
if initgroups and checkNSS(nssconfig, 'sss') and not checkNSS(initgroups, 'sss'):
self.inconsistentAttrs.append('implicitSSSD')
self.setParam("implicitSSSD", bool(checkNSS(nssconfig, "sss")), ref)
f.close()
return True
# Read whether or not caching is enabled.
def readCache(self, ref):
self.setParam("enableCache", readCache(), ref)
return True
# Read hints from the PAM control file.
def readPAM(self, ref):
# Open the system-auth file. Bail if it's not there or
# there's some problem reading it.
try:
f = open(all_configs[CFG_PAM].origPath, "r")
except IOError:
try:
f = open(SYSCONFDIR+"/pam.d/"+AUTH_PAM_SERVICE, "r")
except IOError:
return False
self.readPAMFile(ref, f)
f.close()
# Open the postlogin file. It's ok if it's not there.
try:
f = open(all_configs[CFG_POSTLOGIN_PAM].origPath, "r")
except IOError:
try:
f = open(SYSCONFDIR+"/pam.d/"+POSTLOGIN_PAM_SERVICE, "r")
except IOError:
return True
self.readPAMFile(ref, f)
f.close()
return True
def readPAMFile(self, ref, f):
prevline = ""
for line in f:
lst = line.split("#", 1)
if len(lst) > 1:
line = lst[0]
line = line.rstrip()
# Join lines ending with "\\"
if line[-1:] == "\\":
prevline += line[:-1] + " "
continue
line = prevline + line
prevline = ""
line = line.lstrip()
args = ""
lst = line.split(None, 1)
if len(lst) < 2:
continue
(stack, line) = lst
if (stack != "auth" and stack != "account"
and stack != "password" and stack != "session"):
continue
if line.startswith("["):
lst = line.split("]", 1)
else:
lst = line.split(None, 1)
if len(lst) < 2:
continue
if lst[0] == "include":
continue
control = lst[0]
if control.startswith("["):
control += "]"
line = lst[1]
lst = line.split(None, 1)
if len(lst) < 1:
continue
(module,) = lst[0].split("/")[-1:]
if len(lst) == 2:
args = lst[1]
if module.startswith("pam_cracklib") or module.startswith("pam_pwquality"):
self.setParam("enablePWQuality", True, ref)
if args:
self.setParam("pwqualityArgs", args, ref)
continue
if module.startswith("pam_ecryptfs"):
self.setParam("enableEcryptfs", True, ref)
continue
if module.startswith("pam_krb5"):
self.setParam("enableKerberos", True, ref)
continue
if module.startswith("pam_ldap"):
self.setParam("enableLDAPAuth", True, ref)
continue
if module.startswith("pam_pkcs11"):
self.setParam("enableSmartcard", True, ref)
if "authinfo_unavail" not in control:
self.setParam("forceSmartcard", True, ref)
else:
self.setParam("forceSmartcard", False, ref)
continue
if module.startswith("pam_fprintd"):
self.setParam("enableFprintd", True, ref)
continue
if module.startswith("pam_passwdqc"):
self.setParam("enablePasswdQC", True, ref)
if args:
self.setParam("passwdqcArgs", args, ref)
continue
if module.startswith("pam_winbind"):
self.setParam("enableWinbindAuth", True, ref)
self.setParam("winbindKrb5", args.find("krb5_auth") >= 0, ref)
continue
if module.startswith("pam_sss"):
self.setParam("implicitSSSDAuth", True, ref)
continue
if module.startswith("pam_access"):
self.setParam("enablePAMAccess", True, ref)
if args:
self.setParam("pamAccessArgs", args, ref)
continue
if module.startswith("pam_mkhomedir") or module.startswith("pam_oddjob_mkhomedir"):
self.setParam("enableMkHomeDir", True, ref)
if args:
# first place where we are setting them
self.mkhomedirArgs = args
continue
if module.startswith("pam_localuser"):
self.setParam("enableLocAuthorize", True, ref)
if args:
self.setParam("localuserArgs", args, ref)
continue
if module.startswith("pam_systemd"):
if args:
self.setParam("systemdArgs", args, ref)
continue
if stack == "password":
if module.startswith("pam_unix"):
for algo in password_algorithms:
if args.find(algo) >= 0:
self.setParam("passwordAlgorithm", algo, ref)
try:
ridx = args.index("rounds=")
rounds = args[ridx+7:].split(None,1)
self.setParam("algoRounds", str(int(rounds[0])), ref)
except (ValueError, IndexError):
pass
try:
os.stat("/etc/shadow")
self.setParam("enableShadow", True, ref)
except OSError:
self.setParam("enableShadow", False, ref)
if stack == "auth":
if module.startswith("pam_unix"):
self.setParam("enableNullOk", args.find("nullok") >= 0, ref)
if module.startswith("pam_faillock"):
self.setParam("enableFaillock", True, ref)
if args and 'authfail' in args:
args = args.replace('authfail', '').strip()
self.setParam("faillockArgs", args, ref)
continue
if stack == "account":
if module.startswith("pam_unix"):
self.setParam("brokenShadow", args.find("broken_shadow") >= 0, ref)
if stack == "auth" or stack == "account":
if module.startswith("pam_succeed_if"):
match = succ_if_re.match(args)
if match != None and match.group(2) != None:
self.setParam("uidMin", match.group(2), ref)
# Special handling for pam_pwquality and pam_passwdqc: there can be
# only one.
if self.enablePWQuality and self.enablePasswdQC:
self.setParam("enablePasswdQC", False, ref)
if not self.enablePWQuality and not self.enablePasswdQC:
self.setParam("enablePWQuality", True, ref)
# Special handling for broken_shadow option
if (self.brokenShadow and not self.enableLDAPAuth and
not self.enableKerberos and not self.enableWinbindAuth and
not self.enableSSSDAuth and not self.enableSmartcard):
self.forceBrokenShadow = True
def readSysconfig(self):
# Read settings from our config file, which provide defaults for anything we
# figure out by examination.
# We do not use setParam here as sysconfig is the default and read first
try:
shv = shvfile.read(all_configs[CFG_AUTHCONFIG].origPath)
try:
self.enableAFS = shv.getBoolValue("USEAFS")
except ValueError:
pass
try:
self.enableAFSKerberos = shv.getBoolValue("USEAFSKERBEROS")
except ValueError:
pass
try:
self.enableDB = shv.getBoolValue("USEDB")
except ValueError:
pass
try:
self.enablePWQuality = shv.getBoolValue("USEPWQUALITY")
except ValueError:
pass
try:
self.enableDBbind = shv.getBoolValue("USEDBBIND")
except ValueError:
pass
try:
self.enableDBIbind = shv.getBoolValue("USEDBIBIND")
except ValueError:
pass
try:
self.enableDirectories = shv.getBoolValue("USEDIRECTORIES")
except ValueError:
pass
try:
self.enableFaillock = shv.getBoolValue("USEFAILLOCK")
self.faillockArgs = shv.getValue("FAILLOCKARGS")
except ValueError:
pass
try:
self.enableEcryptfs = shv.getBoolValue("USEECRYPTFS")
except ValueError:
pass
try:
self.enableEPS = shv.getBoolValue("USEEPS")
except ValueError:
pass
try:
self.enableHesiod = shv.getBoolValue("USEHESIOD")
except ValueError:
pass
try:
self.enableHesiodbind = shv.getBoolValue("USEHESIODBIND")
except ValueError:
pass
try:
self.enableKerberos = shv.getBoolValue("USEKERBEROS")
except ValueError:
pass
try:
self.enableLDAP = shv.getBoolValue("USELDAP")
except ValueError:
pass
try:
self.enableLDAPAuth = shv.getBoolValue("USELDAPAUTH")
except ValueError:
pass
try:
self.enableSmartcard = shv.getBoolValue("USESMARTCARD")
except ValueError:
pass
try:
self.enableFprintd = shv.getBoolValue("USEFPRINTD")
except ValueError:
pass
try:
self.forceSmartcard = shv.getBoolValue("FORCESMARTCARD")
except ValueError:
pass
try:
self.enableLDAPbind = shv.getBoolValue("USELDAPBIND")
except ValueError:
pass
try:
enableMD5 = shv.getBoolValue("USEMD5")
if enableMD5:
self.passwordAlgorithm = 'md5'
else:
self.passwordAlgorithm = 'descrypt'
except ValueError:
pass
try:
self.enableNIS = shv.getBoolValue("USENIS")
except ValueError:
pass
try:
self.enableNISP3 = shv.getBoolValue("USENISPLUS")
except ValueError:
pass
try:
self.enableOdbcbind = shv.getBoolValue("USEODBCBIND")
except ValueError:
pass
try:
self.enableOTP = shv.getBoolValue("USEOTP")
except ValueError:
pass
try:
self.enablePasswdQC = shv.getBoolValue("USEPASSWDQC")
except ValueError:
pass
try:
self.enableShadow = shv.getBoolValue("USESHADOW")
except ValueError:
pass
try:
self.enableWinbind = shv.getBoolValue("USEWINBIND")
except ValueError:
pass
try:
self.enableWinbindAuth = shv.getBoolValue("USEWINBINDAUTH")
except ValueError:
pass
try:
self.winbindKrb5 = shv.getBoolValue("WINBINDKRB5")
except ValueError:
pass
try:
self.enableSSSD = shv.getBoolValue("USESSSD")
except ValueError:
pass
try:
self.enableSSSDAuth = shv.getBoolValue("USESSSDAUTH")
except ValueError:
pass
try:
self.enableLocAuthorize = shv.getBoolValue("USELOCAUTHORIZE")
except ValueError:
pass
try:
self.enablePAMAccess = shv.getBoolValue("USEPAMACCESS")
except ValueError:
pass
try:
self.enableMkHomeDir = shv.getBoolValue("USEMKHOMEDIR")
except ValueError:
pass
try:
self.enableSysNetAuth = shv.getBoolValue("USESYSNETAUTH")
except ValueError:
pass
try:
self.enableForceLegacy = shv.getBoolValue("FORCELEGACY")
except ValueError:
pass
try:
self.enableCacheCreds = shv.getBoolValue("CACHECREDENTIALS")
except ValueError:
pass
try:
self.enableIPAv2 = shv.getBoolValue("USEIPAV2")
except ValueError:
pass
try:
self.ipaDomainJoined = shv.getBoolValue("IPADOMAINJOINED")
except ValueError:
pass
try:
self.ipav2NoNTP = shv.getBoolValue("IPAV2NONTP")
except ValueError:
pass
self.ipav2Server = shv.getValue("IPAV2SERVER")
self.ipav2Domain = shv.getValue("IPAV2DOMAIN")
self.ipav2Realm = shv.getValue("IPAV2REALM")
algo = shv.getValue("PASSWDALGORITHM")
if algo in password_algorithms:
self.passwordAlgorithm = algo
shv.close()
except IOError:
pass
return True
# Read hints from the network control file.
def readNetwork(self, ref):
# Open the file. Bail if it's not there.
try:
shv = shvfile.read(all_configs[CFG_NETWORK].origPath)
except IOError:
return False
tmp = shv.getValue("NISDOMAIN")
if tmp:
self.nisLocalDomain = tmp
shv.close()
if self.nisLocalDomain:
self.setParam("nisDomain", self.nisLocalDomain, ref)
return True
# Compare two authInfoType structures and return True if they have any
# meaningful differences.
def differs(self, b):
sssdsupported = self.sssdSupported()
if bool(b.implicitSSSD) != sssdsupported or bool(b.implicitSSSDAuth) != sssdsupported:
return True
# There is slight inefficiency in that a few of the attributes
# are duplicated in the save groups, but better than maintain
# the whole list at two places.
for group in self.save_groups:
if group.attrsDiffer(self, b):
return True
return False
# There's some serious strangeness in here, because we get called in two
# different-but-closely-related scenarios. The first case is when we're
# initializing the authInfo structure and we want to fill in defaults with
# suggestions we "know". The second case is when the user has just made a
# change to one field and we need to update another field to somehow
# compensate for the change.
def update(self, validate=False):
self.smbServers = cleanList(self.smbServers)
self.ipav2Server = cleanList(self.ipav2Server)
self.kerberosKDC = cleanList(self.kerberosKDC)
self.kerberosAdminServer = cleanList(self.kerberosAdminServer)
self.ldapServer = self.ldapHostsToURIs(self.ldapServer, validate)
if self.smbSecurity == "ads":
# As of this writing, an ADS implementation always
# upper-cases the realm name, even if only internally,
# and we need to reflect that in the krb5.conf file.
if self.smbRealm:
self.smbRealm = self.smbRealm.upper()
self.passwordAlgorithm = self.passwordAlgorithm.lower()
if self.enableCacheCreds == None:
self.enableCacheCreds = True # enabled by default
if self.kerberosRealm == None:
self.kerberosRealm = ""
def read(self):
ref = self.copy()
self.readSysconfig()
self.readNSS(ref)
self.readLibuser(ref)
self.readPAM(ref)
reallyimplicit = self.sssdSupported()
if self.implicitSSSD and not reallyimplicit and not self.enableIPAv2:
self.setParam("enableSSSD", True, ref)
self.implicitSSSD = False
if self.implicitSSSDAuth and not reallyimplicit and not self.enableIPAv2:
self.setParam("enableSSSDAuth", True, ref)
self.implicitSSSDAuth = False
self.readLogindefs(ref)
self.readPWQuality(ref)
self.readHesiod(ref)
self.readWinbind(ref)
self.readNetwork(ref)
self.readNIS(ref)
# if SSSD not implicitely enabled
if not self.implicitSSSD and not self.implicitSSSDAuth:
self.readSSSD(ref)
self.readLDAP(ref)
self.readKerberos(ref)
if self.implicitSSSD or self.implicitSSSDAuth:
self.readSSSD(ref)
self.readSmartcard(ref)
self.readCache(ref)
self.update()
def copy(self):
ret = copy.copy(self)
ret.joinUser = ""
ret.joinPassword = ""
return ret
def writeCache(self):
all_configs[CFG_CACHE].backup(self.backupDir)
writeCache(self.enableCache and not self.implicitSSSD)
return True
def writeHesiod(self):
all_configs[CFG_HESIOD].backup(self.backupDir)
try:
shv = shvfile.rcreate(all_configs[CFG_HESIOD].origPath)
except IOError:
return False
shv.setValue("lhs", self.hesiodLHS)
shv.setValue("rhs", self.hesiodRHS)
shv.write(0644)
shv.close()
return True
# Write NIS setup to /etc/yp.conf.
def writeNIS(self):
written = False
f = None
output = ""
all_configs[CFG_YP].backup(self.backupDir)
try:
f = SafeFile(all_configs[CFG_YP].origPath, 0644)
# Read in the old file.
for line in f.file:
ls = line.strip()
value = matchKey(ls, "domain")
if value:
# Save the domain's name. To do that, find its end.
value = value.split(None, 1)
if len(value) < 1:
continue
if value[0] != self.nisDomain and value[0] != self.nisLocalDomain:
# The domain name doesn't match current or previous domain
output += line
continue
if not written and self.nisDomain:
output += "domain " + self.nisDomain
# Take an empty server name to mean that we
# want to use broadcast.
servers = self.nisServer.split(",")
if self.nisServer:
output += " server "
output += servers[0]
else:
output += " broadcast"
output += "\n"
servers = servers[1:]
for s in servers:
if s:
output += "ypserver " + s + "\n"
written = True
elif matchLine(ls, "ypserver"):
# If it's a 'ypserver' line, insert ours instead.
if not written and not self.nisDomain and self.nisServer:
servers = self.nisServer.split(",")
for s in servers:
if s:
output += "ypserver " + s + "\n"
written = True
else:
# Otherwise, just copy the current line out.
output += line
# If we haven't encountered a domain line yet...
if not written:
servers = self.nisServer.split(",")
if self.nisDomain:
output += "domain " + self.nisDomain
# Take an empty server name to mean that we
# want to use broadcast.
if servers[0]:
output += " server "
output += servers[0]
servers = servers[1:]
else:
output += " broadcast"
output += "\n"
for s in servers:
if s:
output += "ypserver " + s + "\n"
# Write it out and close it.
f.rewind()
f.write(output)
f.save()
finally:
try:
if f:
f.close()
except IOError:
pass
return True
# Write LDAP setup to an ldap.conf using host and base as keys.
def writeLDAP2(self, filename, uri, host, base, writepadl, writeschema, writepam):
wrotebasedn = False
wroteserver = False
wrotessl = False
wroteschema = False
wrotepass = False
wrotecacertdir = False
f = None
output = ""
if (self.passwordAlgorithm and self.passwordAlgorithm != "descrypt" and
self.passwordAlgorithm != "bigcrypt"):
passalgo = "md5"
else:
passalgo = "crypt"
try:
f = SafeFile(filename, 0644)
# Read in the old file.
for line in f.file:
ls = line.strip()
# If it's a 'uri' line, insert ours instead.
if matchLine(ls, uri):
if not wroteserver and self.ldapServer:
output += uri + " "
output += " ".join(self.ldapServer.split(","))
output += "\n"
wroteserver = True
# If it's a 'host' line, comment it out.
elif matchLine(ls, host):
if self.ldapServer:
output += "#" + line
elif matchBaseLine(ls, base):
# If it's a 'base' line, insert ours instead.
if not wrotebasedn and self.ldapBaseDN:
output += base + " "
output += self.ldapBaseDN
output += "\n"
wrotebasedn = True
elif writepadl and matchLine(ls, "ssl"):
# If it's an 'ssl' line, insert ours instead.
if not wrotessl:
output += "ssl "
if self.enableLDAPS:
output += "start_tls"
else:
output += "no"
output += "\n"
wrotessl = True
elif writeschema and matchLine(ls, "nss_schema"):
# If it's an 'nss_schema' line, insert ours instead.
if not wroteschema and self.ldapSchema:
output += "nss_schema "
output += self.ldapSchema
output += "\n"
wroteschema = True
elif matchLineI(ls, "tls_cacertdir"):
# If it's an 'tls_cacertdir' line, insert ours instead.
if not wrotecacertdir:
if writepadl:
output += "tls_cacertdir"
else:
output += "TLS_CACERTDIR"
output += " " + self.ldapCacertDir
output += "\n"
wrotecacertdir = True
elif writepam and matchLine(ls, "pam_password"):
# If it's a 'pam_password' line, write the correct setting.
if not wrotepass:
output += "pam_password " + passalgo
output += "\n"
wrotepass = True
else:
# Otherwise, just copy the current line out.
output += line
# If we haven't encountered either of the config lines yet...
if not wroteserver and self.ldapServer:
output += uri + " "
output += " ".join(self.ldapServer.split(","))
output += "\n"
if not wrotebasedn and self.ldapBaseDN:
output += base + " "
output += self.ldapBaseDN
output += "\n"
if writepadl and not wrotessl:
output += "ssl "
if self.enableLDAPS:
output += "start_tls"
else:
output += "no"
output += "\n"
if writeschema and not wroteschema and self.ldapSchema:
output += "nss_schema "
output += self.ldapSchema
output += "\n"
if not wrotecacertdir:
if writepadl:
output += "tls_cacertdir"
else:
output += "TLS_CACERTDIR"
output += " " + self.ldapCacertDir
output += "\n"
if writepam and not wrotepass:
output += "pam_password " + passalgo
output += "\n"
# Write it out and close it.
f.rewind()
f.write(output)
f.save()
finally:
try:
if f:
f.close()
except IOError:
pass
return True
def writeLDAP(self):
if os.path.isfile(all_configs[CFG_LDAP].origPath):
all_configs[CFG_LDAP].backup(self.backupDir)
self.writeLDAP2(all_configs[CFG_LDAP].origPath,
"uri", "host", "base", True, True, True)
if os.path.isfile(all_configs[CFG_NSSLDAP].origPath):
all_configs[CFG_NSSLDAP].backup(self.backupDir)
self.writeLDAP2(all_configs[CFG_NSSLDAP].origPath,
"uri", "host", "base", True, True, False)
if os.path.isfile(all_configs[CFG_PAMLDAP].origPath):
all_configs[CFG_PAMLDAP].backup(self.backupDir)
self.writeLDAP2(all_configs[CFG_PAMLDAP].origPath,
"uri", "host", "base", True, False, True)
if os.path.isfile(all_configs[CFG_NSLCD].origPath):
all_configs[CFG_NSLCD].backup(self.backupDir)
self.writeLDAP2(all_configs[CFG_NSLCD].origPath,
"uri", "host", "base", True, False, False)
all_configs[CFG_OPENLDAP].backup(self.backupDir)
ret = self.writeLDAP2(all_configs[CFG_OPENLDAP].origPath,
"URI", "HOST", "BASE", False, False, False)
return ret
def cryptStyle(self):
ret = "crypt_style = "
if self.passwordAlgorithm == "md5":
return ret + "md5"
elif self.passwordAlgorithm == "sha256" or self.passwordAlgorithm == "sha512":
return ret + self.passwordAlgorithm
else:
return ret + "des"
# Write libuser's password algo setting to /etc/libuser.conf.
def writeLibuser(self):
wrotecryptstyle = False
wrotedefaults = False
section = ""
f = None
output = ""
all_configs[CFG_LIBUSER].backup(self.backupDir)
try:
f = SafeFile(all_configs[CFG_LIBUSER].origPath, 0644)
# Read in the old file.
for line in f.file:
ls = line.strip()
# If this is the "crypt_style" in the defaults section,
# replace it with the values we now have.
if section == "defaults" and matchLine(ls, "crypt_style"):
output += self.cryptStyle() + "\n"
wrotecryptstyle = True
continue
# If it's the beginning of a section, record its name.
if matchLine(ls, "["):
# If the previous section was "defaults", and we didn't
# see the crypt_style setting , write it out.
if section == "defaults" and not wrotecryptstyle:
output += self.cryptStyle() + "\n"
wrotecryptstyle = True
section = ls[1:].split("]", 1)[0]
if section == "defaults":
wrotedefaults = True
output += line
# If we haven't encountered a defaults section yet...
if not wrotedefaults:
output += "[defaults]\n"
output += self.cryptStyle() + "\n"
wrotedefaults = True
wrotecryptstyle = True
# Write it out and close it.
f.rewind()
f.write(output)
f.save()
finally:
try:
if f:
f.close()
except IOError:
pass
return True
# Write shadow utils password algo setting to /etc/login.defs.
def writeLogindefs(self):
wrotemd5crypt = False
wroteencmethod = False
section = ""
f = None
output = ""
all_configs[CFG_LOGIN_DEFS].backup(self.backupDir)
if self.passwordAlgorithm == "md5":
md5crypt = "MD5_CRYPT_ENAB yes\n"
else:
md5crypt = "MD5_CRYPT_ENAB no\n"
if self.passwordAlgorithm == "descrypt" or self.passwordAlgorithm =="bigcrypt":
encmethod = "ENCRYPT_METHOD DES\n"
else:
encmethod = "ENCRYPT_METHOD " + self.passwordAlgorithm.upper() + "\n"
try:
f = SafeFile(all_configs[CFG_LOGIN_DEFS].origPath, 0644)
# Read in the old file.
for line in f.file:
match = ld_line_re.match(line)
if match is not None:
name = match.group(1)
if name.startswith('#'):
output += line
continue
value = match.group(3)
if value is None:
value = match.group(4)
if value is None:
value = ''
else:
output += line
continue
if name == "MD5_CRYPT_ENAB":
output += md5crypt
wrotemd5crypt = True
continue
if name == "ENCRYPT_METHOD":
output += encmethod
wroteencmethod = True
continue
output += line
# If we haven't encountered a defaults section yet...
if not wrotemd5crypt:
output += md5crypt
if not wroteencmethod:
output += encmethod
# Write it out and close it.
f.rewind()
f.write(output)
f.save()
finally:
try:
if f:
f.close()
except IOError:
pass
return True
def formatClassReqParam(self, line, value):
ls = line.split('=')
if len(ls) <= 1:
ls = line.split(' ')
if len(ls) > 1:
try:
oldval = int(ls[1])
if value == None:
return line
if value and oldval >= 0:
return ls[0] + " = -1"
if not value and oldval < 0:
return ls[0] + " = 0"
except ValueError:
pass
if value:
value = "-1"
else:
value = "0"
return ls[0] + " = " + value
# Write pwquality password requirements settings to /etc/security/pwquality.conf.
def writePWQuality(self):
wroteminlen = False
wroteminclass = False
wrotemaxrepeat = False
wrotemaxclassrepeat = False
wrotereqlower = False
wroterequpper = False
wrotereqdigit = False
wrotereqother = False
f = None
output = ""
all_configs[CFG_PWQUALITY].backup(self.backupDir)
try:
f = SafeFile(all_configs[CFG_PWQUALITY].origPath, 0644)
# Read in the old file.
for line in f.file:
ls = line.split('#')[0].strip()
if matchLine(ls, "minlen"):
if not wroteminlen:
output += "minlen = " + self.passMinLen + "\n"
wroteminlen = True
continue
if matchLine(ls, "minclass"):
if not wroteminclass:
output += "minclass = " + self.passMinClass + "\n"
wroteminclass = True
continue
if matchLine(ls, "maxrepeat"):
if not wrotemaxrepeat:
output += "maxrepeat = " + self.passMaxRepeat + "\n"
wrotemaxrepeat = True
continue
if matchLine(ls, "maxclassrepeat"):
if not wrotemaxclassrepeat:
output += "maxclassrepeat = " + self.passMaxClassRepeat + "\n"
wrotemaxclassrepeat = True
continue
if matchLine(ls, "lcredit"):
if not wrotereqlower:
output += self.formatClassReqParam(ls, self.passReqLower) + "\n"
wrotereqlower = True
continue
if matchLine(ls, "ucredit"):
if not wroterequpper:
output += self.formatClassReqParam(ls, self.passReqUpper) + "\n"
wroterequpper = True
continue
if matchLine(ls, "dcredit"):
if not wrotereqdigit:
output += self.formatClassReqParam(ls, self.passReqDigit) + "\n"
wrotereqdigit = True
continue
if matchLine(ls, "ocredit"):
if not wrotereqother:
output += self.formatClassReqParam(ls, self.passReqOther) + "\n"
wrotereqother = True
continue
output += line
if not wroteminlen:
output += "minlen = " + self.passMinLen + "\n"
if not wroteminclass:
output += "minclass = " + self.passMinClass + "\n"
if not wrotemaxrepeat:
output += "maxrepeat = " + self.passMaxRepeat + "\n"
if not wrotemaxclassrepeat:
output += "maxclassrepeat = " + self.passMaxClassRepeat + "\n"
if not wrotereqlower:
output += self.formatClassReqParam("lcredit", self.passReqLower) + "\n"
if not wroterequpper:
output += self.formatClassReqParam("ucredit", self.passReqUpper) + "\n"
if not wrotereqdigit:
output += self.formatClassReqParam("dcredit", self.passReqDigit) + "\n"
if not wrotereqother:
output += self.formatClassReqParam("ocredit", self.passReqOther) + "\n"
# Write it out and close it.
f.rewind()
f.write(output)
f.save()
finally:
try:
if f:
f.close()
except IOError:
pass
return True
# Write Kerberos 5 setup to /etc/krb5.conf.
def writeKerberos(self):
wroterealm = False
wrotekdc = False
wroteadmin = False
wrotesmbrealm = False
wrotesmbkdc = False
wroterealms = False
wrotelibdefaults = False
wroterealms2 = False
wrotelibdefaults2 = False
wrotedefaultrealm = False
wrotednsrealm = False
wrotednskdc = False
wroteourdomrealm = False
wrotedomrealm = False
wrotedomrealm2 = False
# No dir -> no incdir line, set as if already written
wroteincdir = not os.access(PATH_KRB5_INCLUDEDIR, os.R_OK)
section = ""
subsection = ""
f = None
output = ""
all_configs[CFG_KRB5].backup(self.backupDir)
if self.enableKerberos and self.kerberosRealm:
defaultrealm = self.kerberosRealm
elif (self.enableWinbind or
self.enableWinbindAuth) and self.smbSecurity == "ads" and self.smbRealm:
defaultrealm = self.smbRealm
else:
defaultrealm = self.kerberosRealm
if self.kerberosRealm == self.smbRealm:
wrotesmbrealm = True
try:
f = SafeFile(all_configs[CFG_KRB5].origPath, 0644)
# Read in the old file.
for line in f.file:
ls = line.strip()
if matchLine(ls, "includedir " + PATH_KRB5_INCLUDEDIR):
if not wroteincdir:
wroteincdir = True
else:
# already written or should be removed
continue
# If this is the "kdc" in our realm, replace it with
# the values we now have.
if (section == "realms" and subsection and subsection == self.kerberosRealm
and matchLine(ls, "kdc")):
if not wrotekdc:
if self.kerberosKDC:
output += krbKdc(self.kerberosKDC)
wrotekdc = True
continue
# If this is the "kdc" in the SMB realm, replace it with
# the values we now have.
if (section == "realms" and self.smbSecurity == "ads" and subsection
and subsection == self.smbRealm and matchLine(ls, "kdc")):
if not wrotesmbkdc:
if self.smbServers:
output += krbKdc(self.smbServers)
wrotesmbkdc = True
continue
# If this is the "admin_server" in our realm, replace it with
# the values we now have.
if (section == "realms" and subsection and subsection == self.kerberosRealm
and matchLine(ls, "admin_server")):
if not wroteadmin:
if self.kerberosAdminServer:
output += krbAdminServer(self.kerberosAdminServer)
wroteadmin = True
continue
# If we're in the realms section, but not in a realm, we'd
# better be looking at the beginning of one.
if section == "realms" and not subsection:
# Read the name of the realm.
value = ls.split(None,1)
if len(value) < 1:
output += line
continue
subsection = value[0]
# If this is the section for our realm, mark
# that.
if self.kerberosRealm and subsection == self.kerberosRealm:
wroterealm = True
if self.smbRealm and subsection == self.smbRealm:
wrotesmbrealm = True
# If it's the end of a subsection, mark that.
if section == "realms" and subsection and matchLine(ls, "}"):
# If it's the right section of realms, write out
# info we haven't already written.
if self.kerberosRealm and subsection == self.kerberosRealm:
if not wrotekdc:
output += krbKdc(self.kerberosKDC)
wrotekdc = True
if not wroteadmin:
output += krbAdminServer(self.kerberosAdminServer)
wroteadmin = True
if self.smbRealm and subsection == self.smbRealm:
if not wrotesmbkdc:
output += krbKdc(self.smbServers)
wrotesmbkdc = True
subsection = ""
# If we're in the libdefaults section, and this is the
# default_realm keyword, replace it with ours.
if section == "libdefaults" and matchLine(ls, "default_realm"):
if defaultrealm and not wrotedefaultrealm:
output += " default_realm = "
output += defaultrealm
output += "\n"
wrotedefaultrealm = True
continue
if section == "libdefaults" and matchLine(ls, "dns_lookup_realm"):
if not wrotednsrealm:
output += " dns_lookup_realm = "
output += str(bool(self.kerberosRealmviaDNS)).lower()
output += "\n"
wrotednsrealm = True
continue
if section == "libdefaults" and matchLine(ls, "dns_lookup_kdc"):
if not wrotednskdc:
output += " dns_lookup_kdc = "
output += str(bool(self.kerberosKDCviaDNS)).lower()
output += "\n"
wrotednskdc = True
continue
# don't change the domain_realm mapping if it's already there
if section == "domain_realm" and self.kerberosRealm and (matchLine(ls, self.kerberosRealm.lower())
or matchLine(ls, "."+self.kerberosRealm.lower())):
output += line
wroteourdomrealm = True
continue
# If it's the beginning of a section, record its name.
if matchLine(ls, "["):
if not wroteincdir:
output += "includedir " + PATH_KRB5_INCLUDEDIR + "\n"
wroteincdir = True
# If the previous section was "realms", and we didn't
# see ours, write our realm out.
if (section == "realms" and self.kerberosRealm
and not wroterealm):
output += krbRealm(self.kerberosRealm,
self.kerberosKDC,
self.kerberosAdminServer)
wroterealm = True
# If the previous section was "realms", and we didn't
# see the SMB realm, write it out.
if (section == "realms" and self.smbRealm
and not wrotesmbrealm):
output += krbRealm(self.smbRealm,
self.smbServers, "")
wrotesmbrealm = True
# If the previous section was "libdefaults", and we
# didn't see a "default_realm", write it out.
if section == "libdefaults":
if defaultrealm and not wrotedefaultrealm:
output += " default_realm = "
output += defaultrealm
output += "\n"
wrotedefaultrealm = True
if self.kerberosRealmviaDNS != None and not wrotednsrealm:
output += " dns_lookup_realm = "
output += str(bool(self.kerberosRealmviaDNS)).lower()
output += "\n"
wrotednsrealm = True
if self.kerberosKDCviaDNS != None and not wrotednskdc:
output += " dns_lookup_kdc = "
output += str(bool(self.kerberosKDCviaDNS)).lower()
output += "\n"
wrotednskdc = True
if section == "domain_realm":
if self.kerberosRealm and not wroteourdomrealm:
output += " " + self.kerberosRealm.lower()
output += " = " + self.kerberosRealm
output += "\n"
output += " ." + self.kerberosRealm.lower()
output += " = " + self.kerberosRealm
output += "\n"
wroteourdomrealm = True
if section:
if section == "realms":
wroterealms2 = True
elif section == "libdefaults":
wrotelibdefaults2 = True
elif section == "domain_realm":
wrotedomrealm2 = True
section = ls[1:].split("]", 1)[0]
if section == "realms":
wroterealms = True
elif section == "libdefaults":
wrotelibdefaults = True
elif section == "domain_realm":
wrotedomrealm = True
# Otherwise, just copy the current line out.
output += line
# If we haven't encountered a libdefaults section yet...
if not wrotelibdefaults2:
if not wrotelibdefaults:
output += "[libdefaults]\n"
if defaultrealm and not wrotedefaultrealm:
output += " default_realm = "
output += defaultrealm
output += "\n"
if self.kerberosRealmviaDNS != None and not wrotednsrealm:
output += " dns_lookup_realm = "
output += str(bool(self.kerberosRealmviaDNS)).lower()
output += "\n"
if self.kerberosKDCviaDNS != None and not wrotednskdc:
output += " dns_lookup_kdc = "
output += str(bool(self.kerberosKDCviaDNS)).lower()
output += "\n"
# If we haven't encountered a realms section yet...
if not wroterealms2 and (self.kerberosRealm or self.smbRealm):
if not wroterealms:
output += "[realms]\n"
if not wroterealm:
output += krbRealm(self.kerberosRealm, self.kerberosKDC,
self.kerberosAdminServer)
if not wrotesmbrealm:
output += krbRealm(self.smbRealm, self.smbServers, "")
if not wrotedomrealm2 and self.kerberosRealm:
if not wrotedomrealm:
output += "[domain_realm]\n"
if self.kerberosRealm and not wroteourdomrealm:
output += " " + self.kerberosRealm.lower()
output += " = " + self.kerberosRealm
output += "\n"
output += " ." + self.kerberosRealm.lower()
output += " = " + self.kerberosRealm
output += "\n"
# Write it out and close it.
f.rewind()
f.write(output)
f.save()
finally:
try:
if f:
f.close()
except IOError:
pass
return True
def changeProvider(self, domain, newprovider, subtype):
try:
prov = domain.get_option(subtype + '_provider')
except SSSDConfig.NoOptionError:
prov = None
if prov != newprovider:
if prov != None:
domain.remove_provider(subtype)
domain.add_provider(newprovider, subtype)
def writeSSSDPAM(self, write_config):
if not self.sssdConfig:
return True
if not self.sssdConfigPresent and not self.implicitSSSD:
# do not write to sssd.conf since the file does not exist yet and
# we are not creating the domain ourselves
return True
try:
pam = self.sssdConfig.get_service('pam')
except SSSDConfig.NoServiceError:
pam = self.sssdConfig.new_service('pam')
if self.enableSmartcard and self.enableSSSDAuth and self.smartcardModule == "sssd" :
pam.set_option('pam_cert_auth', 'True')
else:
try:
pam.remove_option('pam_cert_auth')
except SSSDConfig.NoOptionError:
pass
self.sssdConfig.save_service(pam)
if write_config:
try:
self.sssdConfig.write(all_configs[CFG_SSSD].origPath)
except IOError:
pass
return True
def writeSSSD(self):
if not self.sssdConfig:
return True
all_configs[CFG_SSSD].backup(self.backupDir)
# do not write to the file yet since we will write all changes at ones
self.writeSSSDPAM(False)
if self.enableIPAv2:
# just save the backup
return True
if not self.sssdDomain:
if not self.implicitSSSD:
# do not create a domain that would be incomplete anyway
return True
try:
self.sssdDomain = self.sssdConfig.new_domain(SSSD_AUTHCONFIG_DOMAIN)
except SSSDConfig.DomainAlreadyExistsError:
self.sssdDomain = self.sssdConfig.get_domain(SSSD_AUTHCONFIG_DOMAIN)
domain = self.sssdDomain
try:
self.sssdConfig.get_service('autofs')
except SSSDConfig.NoServiceError:
self.sssdConfig.new_service('autofs')
self.sssdConfig.activate_service('autofs')
activate = False
if self.enableLDAP:
activate = True
self.changeProvider(domain, 'ldap', 'id')
self.changeProvider(domain, 'ldap', 'autofs')
if self.enableKerberos:
self.changeProvider(domain, 'krb5', 'auth')
self.changeProvider(domain, 'krb5', 'chpass')
elif self.enableLDAPAuth:
self.changeProvider(domain, 'ldap', 'auth')
self.changeProvider(domain, 'ldap', 'chpass')
for (attr, option) in sssd_options:
try:
val = getattr(self, attr)
if option == 'ldap_uri':
val = cleanList(val)
if type(val) == bool:
domain.set_option(option, val)
elif type(val) == str:
if val:
domain.set_option(option, val)
else:
domain.remove_option(option)
else:
domain.remove_option(option)
except SSSDConfig.NoOptionError:
pass
self.sssdConfig.save_domain(domain)
if activate:
self.sssdConfig.activate_domain(domain.get_name())
else:
self.sssdConfig.deactivate_domain(domain.get_name())
try:
self.sssdConfig.write(all_configs[CFG_SSSD].origPath)
except IOError:
pass
return True
def writeSmartcard(self):
if self.smartcardModule == None:
# pam_pkcs11 not installed
return True
all_configs[CFG_PAM_PKCS11].backup(self.backupDir)
insact = "/usr/sbin/gdm-safe-restart"
rmact = "/usr/sbin/gdm-safe-restart"
lock = "none"
if self.smartcardAction == _("Lock"):
insact += ",/etc/pkcs11/lockhelper.sh -lock"
rmact += ",/etc/pkcs11/lockhelper.sh -deactivate"
lock = "lock_screen"
callPKCS11Setup(["use_module="+self.smartcardModule,
"ins_action="+insact, "rm_action="+rmact])
return True
def writeDConf(self):
f = None
output = ""
locks = ""
all_configs[CFG_DCONF].backup(self.backupDir)
all_configs[CFG_DCONF_LOCKS].backup(self.backupDir)
# create the dconf directories if needed
locksdir = os.path.dirname(all_configs[CFG_DCONF_LOCKS].origPath)
if not os.path.isdir(locksdir):
if self.enableSmartcard:
os.makedirs(locksdir)
else:
# smart cards not enabled - ignore
return True
header = "# Generated by authconfig on " + time.strftime("%Y/%m/%d %H:%M:%S") + "\n"
groupHeader = "\n[org/gnome/login-screen]\n"
if not self.enableSmartcard or not self.smartcardModule:
output += header
header = ""
output += groupHeader
groupHeader =""
output += "enable-smartcard-authentication=false\n"
locks += "/org/gnome/login-screen/enable-smartcard-authentication"
if self.enableSmartcard and self.forceSmartcard:
output += header
header = ""
output += groupHeader
groupHeader =""
output += "enable-password-authentication=false\n"
locks += "/org/gnome/login-screen/enable-password-authentication\n"
if not self.enableFprintd or (self.enableSmartcard and self.smartcardModule and self.forceSmartcard):
output += header
header = ""
output += groupHeader
groupHeader =""
output += "enable-fingerprint-authentication=false\n"
locks += "/org/gnome/login-screen/enable-fingerprint-authentication\n"
groupHeader = "\n[org/gnome/settings-daemon/peripherals/smartcard]\n"
if self.smartcardAction == _("Lock"):
output += header
header = ""
output += groupHeader
groupHeader =""
output += "removal-action='lock-screen'\n"
locks += "/org/gnome/settings-daemon/peripherals/smartcard\n"
try:
os.unlink(all_configs[CFG_DCONF].origPath)
except OSError:
pass
try:
os.unlink(all_configs[CFG_DCONF_LOCKS].origPath)
except OSError:
pass
if locks != "":
try:
f = SafeFile(all_configs[CFG_DCONF].origPath, 0644)
f.rewind()
f.write(output)
f.save()
finally:
try:
if f:
f.close()
except IOError:
pass
try:
f = SafeFile(all_configs[CFG_DCONF_LOCKS].origPath, 0644)
f.rewind()
f.write(locks)
f.save()
finally:
try:
if f:
f.close()
except IOError:
pass
os.system("dconf update")
return True
def paramsWinbind(self):
output = "#--authconfig--start-line--\n"
output += "\n"
output += "# Generated by authconfig on " + time.strftime("%Y/%m/%d %H:%M:%S") + "\n"
output += "# DO NOT EDIT THIS SECTION (delimited by --start-line--/--end-line--)\n"
output += "# Any modification may be deleted or altered by authconfig in future\n"
output += "\n"
if self.smbWorkgroup:
output += " workgroup = "
output += self.smbWorkgroup
output += "\n"
if self.smbServers:
output += " password server = "
output += self.smbServers.replace(",", " ")
output += "\n"
if self.smbRealm:
output += " realm = "
output += self.smbRealm
output += "\n"
if self.smbSecurity:
output += " security = "
output += self.smbSecurity
output += "\n"
if self.smbIdmapRange:
output += " idmap config * : range = "
output += self.smbIdmapRange
output += "\n"
if self.winbindSeparator:
output += " winbind separator = "
output += self.winbindSeparator
output += "\n"
if self.winbindTemplateHomedir:
output += " template homedir = "
output += self.winbindTemplateHomedir
output += "\n"
if self.winbindTemplateShell:
output += " template shell = "
output += self.winbindTemplateShell
output += "\n"
if self.winbindKrb5:
output += " kerberos method = secrets and keytab"
output += "\n"
else:
output += " kerberos method = secrets only"
output += "\n"
output += " winbind use default domain = "
output += str(bool(self.winbindUseDefaultDomain)).lower()
output += "\n"
output += " winbind offline logon = "
output += str(bool(self.winbindOffline)).lower()
output += "\n"
output += "\n"
output += "#--authconfig--end-line--\n"
return output
def checkLineWinbind(self, line, ls, options):
output = ""
# Check if this is a setting we care about.
for opt in options:
if matchLineSMB(ls, opt):
output = ";"
break
output += line
return output;
# Write winbind settings to /etc/samba/smb.conf.
def writeWinbind(self):
authsection = False
wroteauthsection = False
section = ""
all_configs[CFG_SMB].backup(self.backupDir)
options = ["workgroup", "password server", "realm", "security",
"domain logons", "domain master",
"idmap uid", "idmap gid", "winbind separator", "template homedir",
"template shell", "winbind use default domain",
"winbind offline logon", "kerberos method"]
f = None
output = ""
try:
f = SafeFile(all_configs[CFG_SMB].origPath, 0644)
# Read in the old file.
for line in f.file:
ls = line.strip()
if authsection:
if matchLine(ls, "#--authconfig--end-line--"):
authsection = False
#skip all previous authconfig generated lines
continue
if matchLine(ls, "#--authconfig--start-line--"):
authsection = True
continue
# If it's a comment, just pass it through.
if matchLine(ls, ";") or matchLine(ls, "#"):
output += line
continue
# If it's a section start, note the section name.
value = matchKey(ls, "[")
if value and "]" in value:
section = value.split("]")[0].lower()
output += line
if section == "global":
output += self.paramsWinbind()
wroteauthsection = True
continue
# Comment out options we set.
if section == "global":
output += self.checkLineWinbind(line, ls, options)
continue
# Copy anything else as is.
output += line
if not wroteauthsection:
output += "[global]\n"
output += self.paramsWinbind()
# Write it out and close it.
f.rewind()
f.write(output)
f.save()
finally:
try:
if f:
f.close()
except IOError:
pass
return True
# Write NSS setup to /etc/nsswitch.conf.
def writeNSS(self):
users = ""
normal = ""
hosts = ""
wrotepasswd = False
wrotegroup = False
wroteshadow = False
wrotenetgroup = False
wroteautomount = False
wrotehosts = False
wroteinitgroups = False
wroteservices = False
f = None
output = ""
all_configs[CFG_NSSWITCH].backup(self.backupDir)
try:
f = SafeFile(all_configs[CFG_NSSWITCH].origPath, 0644)
# Determine what we want in that file for most of the databases. If
# we're using DB, we're doing it for speed, so put it in first. Then
# comes files. Then everything else in reverse alphabetic order.
if self.enableDB:
normal += " db"
normal += " files"
if self.enableAltfiles:
normal += " altfiles"
services = normal
if self.enableDirectories:
normal += " directories"
if self.enableOdbcbind:
normal += " odbcbind"
if self.enableNIS3:
normal += " nisplus"
if self.enableNIS:
normal += " nis"
if self.enableSSSD or self.implicitSSSD or self.enableIPAv2:
normal += " sss"
services += " sss"
if self.enableLDAPbind:
normal += " ldapbind"
if self.enableLDAP and not self.implicitSSSD:
normal += " ldap"
if self.enableHesiodbind:
normal += " hesiodbind"
if self.enableHesiod:
normal += " hesiod"
if self.enableDBIbind:
normal += " dbibind"
if self.enableDBbind:
normal += " dbbind"
netgroup = normal
# Generate the list for users and groups. The same as most other
# services, just use "compat" instead of "files" if "compat" is
# enabled.
if self.enableCompat:
users = normal.replace("files", "compat")
else:
users = normal
if self.enableWinbind:
users += " winbind"
if not os.access(PATH_LIBSSS_AUTOFS, os.R_OK):
# No support for automount in sssd
if self.enableLDAP and self.implicitSSSD:
normal = normal.replace("sss", "ldap")
else:
normal = normal.replace(" sss", "")
# Hostnames we treat specially.
hosts += " files"
if self.enableMDNS:
hosts += " mdns4_minimal [NOTFOUND=return]"
if self.preferDNSinHosts:
hosts += " dns"
if self.enableWINS:
hosts += " wins"
if self.enableNIS3:
hosts += " nisplus"
if self.enableNIS:
hosts += " nis"
if not self.preferDNSinHosts:
hosts += " dns"
if self.enableMyhostname:
hosts += " myhostname"
# Read in the old file.
for line in f.file:
ls = line.strip()
# If it's a 'passwd' line, insert ours instead.
if matchLine(ls, "passwd:"):
if not wrotepasswd:
output += "passwd: "
output += users
output += "\n"
wrotepasswd = True
# If it's a 'shadow' line, insert ours instead.
elif matchLine(ls, "shadow:"):
if not wroteshadow:
output += "shadow: "
output += users
output += "\n"
wroteshadow = True
# If it's a 'group' line, insert ours instead.
elif matchLine(ls, "group:"):
if not wrotegroup:
output += "group: "
output += users
output += "\n"
wrotegroup = True
# If it's a 'initgroups' line, comment it out instead.
elif matchLine(ls, "initgroups:"):
if not wroteinitgroups:
output += "#"
output += line
wroteinitgroups = True
# If it's a 'netgroup' line, insert ours instead.
elif matchLine(ls, "netgroup:"):
if not wrotenetgroup:
output += "netgroup: "
output += netgroup
output += "\n"
wrotenetgroup = True
# If it's a 'automount' line, insert ours instead.
elif matchLine(ls, "automount:"):
if not wroteautomount:
output += "automount: "
output += normal
output += "\n"
wroteautomount = True
# If it's a 'hosts' line, insert ours instead.
elif matchLine(ls, "hosts:"):
if not wrotehosts:
output += "hosts: "
output += hosts
output += "\n"
wrotehosts = True
# If it's a 'services' line, insert ours instead.
elif matchLine(ls, "services:"):
if not wroteservices:
output += "services: "
output += services
output += "\n"
wroteservices = True
# Otherwise, just copy the current line out.
else:
output += line
# If we haven't encountered any of the config lines yet...
if not wrotepasswd:
output += "passwd: "
output += users
output += "\n"
if not wroteshadow:
output += "shadow: "
output += users
output += "\n"
if not wrotegroup:
output += "group: "
output += users
output += "\n"
if not wrotenetgroup:
output += "netgroup: "
output += netgroup
output += "\n"
if not wroteautomount:
output += "automount: "
output += normal
output += "\n"
if not wrotehosts:
output += "hosts: "
output += hosts
output += "\n"
if not wroteservices:
output += "services: "
output += services
output += "\n"
# For now we do not write initgroups
# line if not encountered.
# Write it out and close it.
f.rewind()
f.write(output)
f.save()
finally:
try:
if f:
f.close()
except IOError:
pass
return True
def formatPAMModule(self, module, forcescard, warn):
stack = pam_stacks[module[STACK]]
logic = module[LOGIC]
name = module[NAME]
output = ""
if stack and logic:
args = ""
if name == "pkcs11" and stack == "auth":
if forcescard:
if self.enableKerberos:
logic = LOGIC_FORCE_PKCS11_KRB5
else:
logic = LOGIC_FORCE_PKCS11
args = " ".join(argv_force_pkcs11_auth)
else:
if self.enableKerberos:
logic = LOGIC_PKCS11_KRB5
if name == "krb5" and stack == "account":
if self.enableSmartcard:
logic = LOGIC_IGNORE_AUTH_ERR
else:
logic = LOGIC_IGNORE_UNKNOWN
if name == "succeed_if":
if stack == "auth" and logic == LOGIC_SKIPNEXT:
if self.enableKerberos:
logic = LOGIC_SKIPNEXT3
elif stack == "auth" or stack == "account":
if self.uidMin != None:
argv = module[ARGV][0:] # shallow copy
argv[1] = self.uidMin
args = " ".join(argv)
# do not continue to following modules if authentication fails
if name == "unix" and stack == "auth" and (self.enableSSSDAuth or
self.implicitSSSDAuth or self.enableIPAv2) and (not self.enableNIS):
logic = LOGIC_SUFFICIENT
# use oddjob_mkhomedir if available
if name == "mkhomedir" and os.access("%s/pam_%s.so"
% (AUTH_MODULE_DIR, "oddjob_mkhomedir"), os.X_OK):
name = "oddjob_mkhomedir"
# the missing pam_systemd module should not be logged as error
if name == "systemd":
output += "-"
warn = False
output += "%-12s%-13s pam_%s.so" % (stack, logic,
name)
if warn and not name in self.module_missing and not os.access("%s/pam_%s.so"
% (AUTH_MODULE_DIR, name), os.X_OK):
self.messageCB(_("Authentication module %s/pam_%s.so is missing. Authentication process might not work correctly." %
(AUTH_MODULE_DIR, name)))
self.module_missing[name] = True
if name == "pwquality":
args = self.pwqualityArgs
if name == "passwdqc":
args = self.passwdqcArgs
if name == "localuser":
args = self.localuserArgs
if name == "access":
args = self.pamAccessArgs
if name == "mkhomedir" or name =="oddjob_mkhomedir":
args = self.mkhomedirArgs
if name == "systemd":
args = self.systemdArgs
if name == "sss" and stack == "auth" and not self.enableNIS and not module[ARGV] == argv_sssd_missing_name:
args = "forward_pass"
if not args and module[ARGV]:
args = " ".join(module[ARGV])
if name == "winbind" and self.winbindOffline and stack != "password":
output += " cached_login"
if name == "winbind" and self.winbindKrb5:
output += " krb5_auth krb5_ccache_type=KEYRING"
if name == "unix":
if stack == "password":
if self.passwordAlgorithm and self.passwordAlgorithm != "descrypt":
output += " " + self.passwordAlgorithm
if self.algoRounds:
output += " rounds=" + self.algoRounds
if self.enableShadow:
output += " shadow"
if self.enableNIS:
output += " nis"
if self.enableNullOk:
output += " nullok"
if stack == "auth":
if self.enableNullOk:
output += " nullok"
if stack == "account":
if (self.forceBrokenShadow or self.enableLDAPAuth or
self.enableKerberos or self.enableWinbindAuth):
output += " broken_shadow"
if name == "faillock" and stack == "auth":
args = " ".join(module[ARGV]) + " " + self.faillockArgs
if name == "succeed_if" and stack == "auth" and logic == LOGIC_SKIPNEXT_ON_FAILURE:
args = args.replace("quiet_success", "quiet")
if args:
output += " " + args
output += "\n"
return output
def linkPAMService(self, src, dest):
f = os.path.isfile(dest)
l = os.path.islink(dest)
if (f and not l) or (l and not f):
# Create the link only if it doesn't exist yet or is invalid
try:
os.unlink(dest)
except OSError:
pass
try:
os.symlink(src, dest)
except OSError:
pass
def checkPAMLinked(self):
for dest in [AUTH_PAM_SERVICE, POSTLOGIN_PAM_SERVICE, PASSWORD_AUTH_PAM_SERVICE,
FINGERPRINT_AUTH_PAM_SERVICE, SMARTCARD_AUTH_PAM_SERVICE]:
dest = SYSCONFDIR + "/pam.d/" + dest
f = os.path.isfile(dest)
l = os.path.islink(dest)
if (f and not l) or (l and not f):
self.pamLinked = False
return
def writePAMService(self, service, cfg, cfg_basename, cfg_link):
f = None
output = ""
all_configs[cfg].backup(self.backupDir)
try:
f = SafeFile(all_configs[cfg].origPath, 0644)
output += "#%PAM-1.0\n"
output += "# This file is auto-generated.\n"
output += "# User changes will be destroyed the next time "
output += "authconfig is run.\n"
forceSmartcard = self.forceSmartcard
enableSmartcard = self.enableSmartcard
enableFprintd = self.enableFprintd
warn = False
if service == STANDARD:
warn = True
if service == FINGERPRINT:
enableFprintd = True
elif service == SMARTCARD:
enableSmartcard = True
forceSmartcard = True
# configure SSSD Smartcard support instead of
# pam_pkcs11 if SSSD is used for authentication and no
# Smartcard module is set, e.g. if pam_pkcs11 is not installed.
use_sssd_smartcard_support = self.enableSSSDAuth and self.smartcardModule == "sssd"
prevmodule = []
for module in pam_modules[service]:
if prevmodule and module[STACK] != prevmodule[STACK]:
output += "\n"
prevmodule = module
if (module[MANDATORY] or
(self.enableAFS and module[NAME] == "afs") or
(self.enableAFSKerberos and module[NAME] == "afs.krb") or
(self.enablePWQuality and module[NAME] == "pwquality") or
(self.enableFaillock and module[NAME] == "faillock") or
(self.enableEcryptfs and module[NAME] == "ecryptfs") or
(self.enableEPS and module[NAME] == "eps") or
((self.enableKerberos and not self.implicitSSSDAuth)and module[NAME] == "krb5" and
not module[ARGV] == argv_krb5_sc_auth) or
(self.enableKerberos and enableSmartcard and
((module[NAME] == "krb5" and module[ARGV] == argv_krb5_sc_auth) or
(module[NAME] == "permit" and module[STACK] == AUTH))) or
((self.enableLDAPAuth and not self.implicitSSSDAuth) and module[NAME] == "ldap") or
(enableSmartcard and use_sssd_smartcard_support and module[NAME] == "sss" and module[ARGV] == argv_sssd_missing_name) or
(enableSmartcard and not use_sssd_smartcard_support and module[STACK] == AUTH and
module[NAME] == "succeed_if" and module[LOGIC] == LOGIC_SKIPNEXT) or
(enableSmartcard and not use_sssd_smartcard_support and module[NAME] == "pkcs11") or
(enableSmartcard and not use_sssd_smartcard_support and forceSmartcard and module[NAME] == "deny") or
(enableSmartcard and forceSmartcard and module[NAME] == "deny") or
(enableFprintd and module[NAME] == "fprintd") or
(self.enableOTP and module[NAME] == "otp") or
(self.enablePasswdQC and module[NAME] == "passwdqc") or
(self.enableWinbindAuth and module[NAME] == "winbind") or
((self.enableSSSDAuth or self.implicitSSSDAuth or self.enableIPAv2) and module[NAME] == "sss" and module[ARGV] != argv_sssd_missing_name) or
((self.enableSSSDAuth or self.implicitSSSDAuth or self.enableIPAv2) and
(not self.enableNIS) and (module[NAME] == "localuser" or
(module[NAME] == "succeed_if" and module[LOGIC] == LOGIC_SKIPNEXT_ON_FAILURE and not self.enableSysNetAuth))
and module[STACK] == AUTH) or
(self.enableLocAuthorize and module[NAME] == "localuser" and module[STACK] == ACCOUNT) or
(self.enablePAMAccess and module[NAME] == "access") or
(self.enableMkHomeDir and module[NAME] == "mkhomedir") or
(not self.enableSysNetAuth and module[STACK] == AUTH and
module[NAME] == "succeed_if" and module[LOGIC] == LOGIC_REQUISITE)):
output += self.formatPAMModule(module, forceSmartcard, warn)
# Write it out and close it.
f.rewind()
f.write(output)
f.save()
finally:
try:
if f:
f.close()
except IOError:
pass
self.linkPAMService(cfg_basename, SYSCONFDIR+"/pam.d/"+cfg_link)
return True
# Write PAM setup to the control file(s).
def writePAM(self):
self.module_missing = {}
self.writePAMService(STANDARD, CFG_PAM, AUTH_PAM_SERVICE_AC, AUTH_PAM_SERVICE)
self.writePAMService(POSTLOGIN, CFG_POSTLOGIN_PAM, POSTLOGIN_PAM_SERVICE_AC, POSTLOGIN_PAM_SERVICE)
self.writePAMService(PASSWORD_ONLY, CFG_PASSWORD_PAM, PASSWORD_AUTH_PAM_SERVICE_AC, PASSWORD_AUTH_PAM_SERVICE)
self.writePAMService(FINGERPRINT, CFG_FINGERPRINT_PAM, FINGERPRINT_AUTH_PAM_SERVICE_AC, FINGERPRINT_AUTH_PAM_SERVICE)
self.writePAMService(SMARTCARD, CFG_SMARTCARD_PAM, SMARTCARD_AUTH_PAM_SERVICE_AC, SMARTCARD_AUTH_PAM_SERVICE)
return True
def writeSysconfig(self):
all_configs[CFG_AUTHCONFIG].backup(self.backupDir)
try:
shv = shvfile.rcreate(all_configs[CFG_AUTHCONFIG].origPath)
except IOError:
return False
shv.setBoolValue("USEPWQUALITY", self.enablePWQuality)
shv.setBoolValue("USEFAILLOCK", self.enableFaillock)
shv.setValue("FAILLOCKARGS", self.faillockArgs)
shv.setBoolValue("USEDB", self.enableDB)
shv.setBoolValue("USEHESIOD", self.enableHesiod)
shv.setBoolValue("USELDAP", self.enableLDAP)
shv.setBoolValue("USENIS", self.enableNIS)
shv.setBoolValue("USEECRYPTFS", self.enableEcryptfs)
shv.setBoolValue("USEPASSWDQC", self.enablePasswdQC)
shv.setBoolValue("USEWINBIND", self.enableWinbind)
shv.setBoolValue("WINBINDKRB5", self.winbindKrb5)
shv.setBoolValue("USESSSD", self.enableSSSD)
shv.setBoolValue("USEKERBEROS", self.enableKerberos)
shv.setBoolValue("USELDAPAUTH", self.enableLDAPAuth)
shv.setBoolValue("USESMARTCARD", self.enableSmartcard)
shv.setBoolValue("FORCESMARTCARD", self.forceSmartcard)
shv.setBoolValue("USEFPRINTD", self.enableFprintd)
shv.setValue("PASSWDALGORITHM", self.passwordAlgorithm)
shv.setValue("USEMD5", None)
shv.setBoolValue("USESHADOW", self.enableShadow)
shv.setBoolValue("USEWINBINDAUTH", self.enableWinbindAuth)
shv.setBoolValue("USESSSDAUTH", self.enableSSSDAuth)
shv.setBoolValue("USELOCAUTHORIZE", self.enableLocAuthorize)
shv.setBoolValue("USEPAMACCESS", self.enablePAMAccess)
shv.setBoolValue("USEMKHOMEDIR", self.enableMkHomeDir)
shv.setBoolValue("USESYSNETAUTH", self.enableSysNetAuth)
shv.setBoolValue("FORCELEGACY", self.enableForceLegacy)
shv.setBoolValue("CACHECREDENTIALS", self.enableCacheCreds)
shv.setBoolValue("USEIPAV2", self.enableIPAv2)
shv.setBoolValue("IPADOMAINJOINED", self.ipaDomainJoined)
shv.setBoolValue("IPAV2NONTP", self.ipav2NoNTP)
shv.setValue("IPAV2SERVER", self.ipav2Server)
shv.setValue("IPAV2DOMAIN", self.ipav2Domain)
shv.setValue("IPAV2REALM", self.ipav2Realm)
shv.write(0644)
shv.close()
return True
def writeNetwork(self):
all_configs[CFG_NETWORK].backup(self.backupDir)
try:
shv = shvfile.rcreate(all_configs[CFG_NETWORK].origPath)
except IOError:
return False
shv.setValue("NISDOMAIN", self.nisDomain)
shv.write(0644)
shv.close()
return True
def prewriteUpdate(self):
oldimplicit = self.implicitSSSD
self.implicitSSSD = self.implicitSSSDAuth = self.sssdSupported()
if not self.enableSSSD and not self.enableSSSDAuth:
if self.implicitSSSD and not oldimplicit:
self.inconsistentAttrs.append('forceSSSDUpdate')
modules = getSmartcardModules()
if len(modules) > 0 and self.smartcardModule not in modules:
self.smartcardModule = modules[0]
if self.ipaDomainJoined and not self.enableIPAv2:
# must uninstall IPAv2
self.ipaDomainJoined = False
self.ipaUninstall = True
def write(self):
self.update(True)
self.prewriteUpdate()
self.setupBackup(PATH_CONFIG_BACKUPS + "/last")
try:
ret = self.writeLibuser()
ret = ret and self.writeLogindefs()
ret = ret and self.writeCache()
if self.enableHesiod:
ret = ret and self.writeHesiod()
if self.enableLDAP or self.enableLDAPAuth:
ret = ret and self.writeLDAP()
if (self.enableKerberos or
(self.enableWinbindAuth and
self.smbSecurity == "ads")):
ret = ret and self.writeKerberos()
if self.enableSmartcard:
ret = ret and self.writeSmartcard()
if self.enableNIS:
ret = ret and self.writeNIS()
if self.enableWinbind or self.enableWinbindAuth:
ret = ret and self.writeWinbind()
if self.implicitSSSD or self.implicitSSSDAuth:
ret = ret and self.writeSSSD()
elif self.enableSSSDAuth:
ret = ret and self.writeSSSDPAM(True)
ret = ret and self.writeNSS()
ret = ret and self.writePAM()
ret = ret and self.writeSysconfig()
ret = ret and self.writeNetwork()
ret = ret and self.toggleShadow()
ret = ret and self.writeDConf()
except (OSError, IOError):
sys.stderr.write(str(sys.exc_info()[1]) + "\n")
return False
for group in self.save_groups:
if group.toggleFunction:
self.toggleFunctions.add(group.toggleFunction)
return ret
def writeChanged(self, ref):
self.checkPAMLinked()
self.update(True)
self.prewriteUpdate()
self.setupBackup(PATH_CONFIG_BACKUPS + "/last")
ret = True
try:
for group in self.save_groups:
if group.attrsDiffer(self, ref):
if group.saveFunction:
ret = ret and group.saveFunction()
if group.toggleFunction:
self.toggleFunctions.add(group.toggleFunction)
except (OSError, IOError):
sys.stderr.write(str(sys.exc_info()[1]) + "\n")
return False
return ret
def probe(self):
hostname = ""
qname = ""
results = []
result = []
hesiod = [
[dnsclient.DNS_C_IN, "hs"],
[dnsclient.DNS_C_IN, "ns"],
[dnsclient.DNS_C_HS, "hs"],
[dnsclient.DNS_C_HS, "ns"]
]
# get the local host name
hostname = socket.getfqdn()
if not hostname:
return
# terminate the host name
if not hostname.endswith("."):
hostname += "."
# first, check for an LDAP server for the local domain
domain = hostname[hostname.find("."):]
qname = "_ldap._tcp" + domain
results = dnsclient.query(qname, dnsclient.DNS_C_IN, dnsclient.DNS_T_SRV)
for result in results:
if result.dns_type == dnsclient.DNS_T_SRV:
self.ldapServer = result.rdata.server.rstrip(".")
self.ldapBaseDN = domain2dn(domain)
# now, check for a Kerberos realm the local host or domain is in
qname = "_kerberos." + hostname
results = dnsclient.query(qname, dnsclient.DNS_C_IN, dnsclient.DNS_T_TXT)
if not results:
qname = "_kerberos" + domain
results = dnsclient.query(qname, dnsclient.DNS_C_IN, dnsclient.DNS_T_TXT)
for result in results:
if result.dns_type == dnsclient.DNS_T_TXT:
self.kerberosRealm = result.rdata.data
if self.kerberosRealm:
break
if self.kerberosRealm:
# now fetch server information for the realm
qname = "_kerberos._udp." + self.kerberosRealm
results = dnsclient.query(qname, dnsclient.DNS_C_IN, dnsclient.DNS_T_SRV)
for result in results:
if result.dns_type == dnsclient.DNS_T_SRV:
qname = result.rdata.server.rstrip(".")
if result.rdata.port:
qname += ":" + result.rdata.port
if self.kerberosKDC:
self.kerberosKDC += "," + qname
else:
self.kerberosKDC = qname
# now fetch admin server information for the realm
qname = "_kerberos-adm._udp." + self.kerberosRealm
results = dnsclient.query(qname, dnsclient.DNS_C_IN, dnsclient.DNS_T_SRV)
for result in results:
if result.dns_type == dnsclient.DNS_T_SRV:
qname = result.rdata.server.rstrip(".")
if result.rdata.port:
qname += ":" + result.rdata.port
if self.kerberosAdminServer:
self.kerberosAdminServer += "," + qname
else:
self.kerberosAdminServer = qname
# now check for SOA records for hesiod-style domains under .hs.DOMAIN
# and .ns.DOMAIN
for h in hesiod:
qname = h[1] + domain
results = dnsclient.query(qname, h[0], dnsclient.DNS_T_SOA)
for result in results:
if (result.dns_type == dnsclient.DNS_T_SOA and
result.dns_name == qname):
self.hesiodLHS = "." + h[1]
self.hesiodRHS = domain.rstrip(".")
break
def printInfo(self):
print "caching is %s" % formatBool(self.enableCache)
print "nss_files is always enabled"
print "nss_compat is %s" % formatBool(self.enableCompat)
print "nss_db is %s" % formatBool(self.enableDB)
print "nss_hesiod is %s" % formatBool(self.enableHesiod)
print " hesiod LHS = \"%s\"" % self.hesiodLHS
print " hesiod RHS = \"%s\"" % self.hesiodRHS
print "nss_ldap is %s" % formatBool(self.enableLDAP)
print " LDAP+TLS is %s" % formatBool(self.enableLDAPS)
print " LDAP server = \"%s\"" % self.ldapServer
print " LDAP base DN = \"%s\"" % self.ldapBaseDN
print "nss_nis is %s" % formatBool(self.enableNIS)
print " NIS server = \"%s\"" % self.nisServer
print " NIS domain = \"%s\"" % self.nisDomain
print "nss_nisplus is %s" % formatBool(self.enableNIS3)
print "nss_winbind is %s" % formatBool(self.enableWinbind)
print " SMB workgroup = \"%s\"" % self.smbWorkgroup
print " SMB servers = \"%s\"" % self.smbServers
print " SMB security = \"%s\"" % self.smbSecurity
print " SMB realm = \"%s\"" % self.smbRealm
print " Winbind template shell = \"%s\"" % self.winbindTemplateShell
print " SMB idmap range = \"%s\"" % self.smbIdmapRange
print "nss_sss is %s by default" % formatBool(self.enableSSSD)
print "nss_wins is %s" % formatBool(self.enableWINS)
print "nss_mdns4_minimal is %s" % formatBool(self.enableMDNS)
print "myhostname is %s" % formatBool(self.enableMyhostname)
print "DNS preference over NSS or WINS is %s" % formatBool(self.preferDNSinHosts)
print "pam_unix is always enabled"
print " shadow passwords are %s" % formatBool(self.enableShadow)
print " password hashing algorithm is %s" % self.passwordAlgorithm
print "pam_krb5 is %s" % formatBool(self.enableKerberos)
print " krb5 realm = \"%s\"" % self.kerberosRealm
print " krb5 realm via dns is %s" % formatBool(self.kerberosRealmviaDNS)
print " krb5 kdc = \"%s\"" % self.kerberosKDC
print " krb5 kdc via dns is %s" % formatBool(self.kerberosKDCviaDNS)
print " krb5 admin server = \"%s\"" % self.kerberosAdminServer
print "pam_ldap is %s" % formatBool(self.enableLDAPAuth)
print " LDAP+TLS is %s" % formatBool(self.enableLDAPS)
print " LDAP server = \"%s\"" % self.ldapServer
print " LDAP base DN = \"%s\"" % self.ldapBaseDN
print " LDAP schema = \"%s\"" % (self.ldapSchema or "rfc2307")
print "pam_pkcs11 is %s" % formatBool(self.enableSmartcard and not (self.enableSSSDAuth and self.smartcardModule == "sssd"))
print "SSSD smartcard support is %s" % formatBool(self.enableSmartcard and (self.enableSSSDAuth and self.smartcardModule == "sssd"))
print " use only smartcard for login is %s" % formatBool(self.forceSmartcard)
print " smartcard module = \"%s\"" % self.smartcardModule
print " smartcard removal action = \"%s\"" % self.smartcardAction
print "pam_fprintd is %s" % formatBool(self.enableFprintd)
print "pam_ecryptfs is %s" % (formatBool(self.enableEcryptfs))
print "pam_winbind is %s" % formatBool(self.enableWinbindAuth)
print " SMB workgroup = \"%s\"" % self.smbWorkgroup
print " SMB servers = \"%s\"" % self.smbServers
print " SMB security = \"%s\"" % self.smbSecurity
print " SMB realm = \"%s\"" % self.smbRealm
print "pam_sss is %s by default" % formatBool(self.enableSSSDAuth)
print " credential caching in SSSD is %s" % formatBool(self.enableCacheCreds)
print " SSSD use instead of legacy services if possible is %s" % formatBool(not self.enableForceLegacy)
print "IPAv2 is %s" % formatBool(self.enableIPAv2)
print "IPAv2 domain was %sjoined" % (not self.ipaDomainJoined and "not " or "")
print " IPAv2 server = \"%s\"" % self.ipav2Server
print " IPAv2 realm = \"%s\"" % self.ipav2Realm
print " IPAv2 domain = \"%s\"" % self.ipav2Domain
print "pam_pwquality is %s (%s)" % (formatBool(self.enablePWQuality),
self.pwqualityArgs)
print "pam_passwdqc is %s (%s)" % (formatBool(self.enablePasswdQC),
self.passwdqcArgs)
print "pam_access is %s (%s)" % (formatBool(self.enablePAMAccess),
self.pamAccessArgs)
print "pam_faillock is %s (%s)" % (formatBool(self.enableFaillock),
self.faillockArgs)
print "pam_mkhomedir or pam_oddjob_mkhomedir is %s (%s)" % (formatBool(self.enableMkHomeDir),
self.mkhomedirArgs)
print "Always authorize local users is %s (%s)" % (formatBool(self.enableLocAuthorize),
self.localuserArgs)
print "Authenticate system accounts against network services is %s" % formatBool(self.enableSysNetAuth)
def toggleShadow(self):
for cfg in (CFG_SHADOW, CFG_PASSWD, CFG_GSHADOW, CFG_GROUP):
all_configs[cfg].backup(self.backupDir)
# now, do file manipulation on the password files themselves.
if self.enableShadow:
os.system("/usr/sbin/pwconv")
os.system("/usr/sbin/grpconv")
else:
os.system("/usr/sbin/pwunconv")
os.system("/usr/sbin/grpunconv")
return True
def joinDomain(self, echo):
status = 0
if (self.enableWinbind or self.enableWinbindAuth) and self.joinUser:
server = self.smbServers.split(",", 1)[0].split(" ", 1)[0].split("\t", 1)[0]
domain = self.smbWorkgroup
protocol = self.smbSecurity
if not protocol:
protocol = "ads"
if protocol != "ads" and protocol != "domain":
# Not needed -- "joining" is meaningless for other
# models.
return
cmd = PATH_WINBIND_NET + " join %s%s %s%s -U %s" % (
domain and "-w " or "", domain,
server and "-S " or "", server,
self.joinUser)
if echo:
sys.stderr.write("[%s]\n" % cmd)
if self.joinPassword or not echo:
status, error = feedFork(cmd, echo, "sword:", self.joinPassword)
else:
child = Popen([cmd], shell=True)
child.communicate()
status = child.returncode
if echo:
if status != 0:
self.messageCB(_("Winbind domain join was not successful."))
else:
if status != 0:
errmsg = _("Winbind domain join was not successful. The net join command failed with the following error:")
errmsg += "\n" + error
self.messageCB(errmsg)
return status == 0
def joinIPADomain(self, echo):
status = 0
if self.enableIPAv2:
server = self.ipav2Server
domain = self.ipav2Domain
realm = self.ipav2Realm
principal = self.joinUser
password = self.joinPassword
if self.ipav2NoNTP:
nontp = "-N"
else:
nontp = ""
cmd = PATH_IPA_CLIENT_INSTALL + " --noac %s%s %s%s %s%s %s%s %s %s" % (
domain and "--domain=" or "", domain,
server and "--server=" or "", server,
realm and "--realm=" or "", realm,
principal and "--principal=" or "", principal,
nontp,
not echo and "--unattended" or "-W")
if echo:
sys.stderr.write("[%s]\n" % cmd)
child = Popen([cmd], shell=True)
child.communicate()
status = child.returncode
else:
status, error = feedFork(cmd, echo, '', password)
if status == 0:
self.ipaDomainJoined = True
if echo:
if status != 0:
self.messageCB(_("IPAv2 domain join was not successful."))
else:
if status != 0:
errmsg = _("IPAv2 domain join was not successful. The ipa-client-install command failed with the following error:")
errmsg += "\n" + error
self.messageCB(errmsg)
return status == 0
def uninstallIPA(self):
cmd = PATH_IPA_CLIENT_INSTALL + " --uninstall --noac --unattended"
os.system(cmd)
def toggleCachingService(self, nostart):
if not nostart:
if self.enableCache:
Service.stop("nscd")
Service.start("nscd")
else:
try:
Service.stop("nscd")
except OSError:
pass
return True
def toggleNisService(self, nostart):
if self.enableNIS and self.nisDomain:
if not nostart:
os.system("/bin/domainname " + self.nisDomain)
try:
os.system("[[ $(getsebool allow_ypbind) == *off* ]] && setsebool -P allow_ypbind 1")
os.stat(PATH_RPCBIND)
Service.enable("rpcbind")
if not nostart:
Service.start("rpcbind")
except OSError:
pass
try:
os.stat(PATH_YPBIND)
Service.enable("ypbind")
if not nostart:
Service.stop("ypbind")
Service.start("ypbind")
except OSError:
pass
else:
if not nostart:
os.system("/bin/domainname \"(none)\"")
try:
os.system("[[ $(getsebool allow_ypbind) == *on* ]] && setsebool -P allow_ypbind 0")
os.stat(PATH_YPBIND)
if not nostart:
try:
Service.stop("ypbind")
except OSError:
pass
Service.disable("ypbind")
except OSError:
pass
return True
def toggleLDAPService(self, nostart):
toggleSplatbindService((self.enableLDAP or self.enableLDAPAuth) and
not self.implicitSSSD,
PATH_NSLCD,
"nslcd", nostart)
if self.enableLDAP:
try:
os.system("[[ $(getsebool authlogin_nsswitch_use_ldap) == *off* ]] && setsebool -P authlogin_nsswitch_use_ldap 1")
except OSError:
pass
else:
try:
os.system("[[ $(getsebool authlogin_nsswitch_use_ldap) == *on* ]] && setsebool -P authlogin_nsswitch_use_ldap 0")
except OSError:
pass
return True
def toggleWinbindService(self, nostart):
toggleSplatbindService(self.enableWinbind or self.enableWinbindAuth,
PATH_WINBIND,
"winbind", nostart)
def toggleSSSDService(self, nostart):
explicitenable = ((self.enableSSSD and self.enableSSSDAuth) or
(self.enableSSSD and os.path.exists(PATH_SSSD_CONFIG)) or
(self.enableSSSDAuth and os.path.exists(PATH_SSSD_CONFIG)))
enable = (self.implicitSSSD or self.implicitSSSDAuth or
self.enableIPAv2 or explicitenable)
toggleSplatbindService(enable,
PATH_SSSD,
"sssd", nostart or (enable and not (self.implicitSSSD or
self.implicitSSSDAuth or self.enableIPAv2)))
def toggleOddjobService(self, nostart):
if self.enableMkHomeDir and os.access("%s/pam_%s.so"
% (AUTH_MODULE_DIR, "oddjob_mkhomedir"), os.X_OK):
# only switch on and only if pam_oddjob_mkhomedir exists
toggleSplatbindService(True,
PATH_ODDJOBD,
"oddjobd", nostart)
def post(self, nostart):
for togglefunc in self.toggleFunctions:
togglefunc(nostart)
if self.ipaUninstall:
self.uninstallIPA()
def testLDAPCACerts(self):
if self.enableLDAP or self.enableLDAPAuth:
try:
os.stat(self.ldapCacertDir)
except OSError as (err, text):
if err == errno.ENOENT:
os.mkdir(self.ldapCacertDir, 0755)
return isEmptyDir(self.ldapCacertDir)
return False
def rehashLDAPCACerts(self):
if ((self.enableLDAP or self.enableLDAPAuth) and
(self.enableLDAPS or 'ldaps:' in self.ldapServer)):
os.system("/usr/sbin/cacertdir_rehash " + self.ldapCacertDir)
def downloadLDAPCACert(self):
if not self.ldapCacertURL:
return False
self.testLDAPCACerts()
try:
readf = urllib2.urlopen(self.ldapCacertURL)
writef = openLocked(self.ldapCacertDir + "/" + LDAP_CACERT_DOWNLOADED, 0644)
writef.write(readf.read())
readf.close()
writef.close()
except (IOError, OSError, ValueError):
self.messageCB(_("Error downloading CA certificate"))
return False
self.rehashLDAPCACerts()
return True
def setupBackup(self, backupdir):
if backupdir[0] != "/":
backupdir = PATH_CONFIG_BACKUPS + "/backup-" + backupdir
self.backupDir = backupdir
if not isEmptyDir(backupdir):
try:
lst = os.listdir(backupdir)
for filename in lst:
try:
os.unlink(backupdir+"/"+filename)
except OSError:
pass
except OSError:
pass
def saveBackup(self, backupdir):
self.setupBackup(backupdir)
ret = True
for cfg in all_configs:
ret = cfg.backup(self.backupDir) and ret
return ret
def restoreBackup(self, backupdir):
if backupdir[0] != "/":
backupdir = PATH_CONFIG_BACKUPS + "/backup-" + backupdir
ret = True
for cfg in all_configs:
ret = cfg.restore(backupdir) and ret
return ret
def restoreLast(self):
return self.restoreBackup(PATH_CONFIG_BACKUPS + "/last")