...
Purpose:
...
This
...
how-to
...
is
...
for
...
the
...
users
...
who
...
want
...
to
...
setup
...
an
...
environment
...
with
...
CAS
...
in
...
front
...
and
...
OpenLDAP,
...
GSSAPI,
...
Kerberos
...
as
...
the
...
authorization
...
engine.
...
Environment:
...
Server:
...
Fedora
...
Core
...
6
...
+
...
CAS
...
3.1
...
+
...
Tomcat
...
5.5.20
...
+
...
OpenLDAP
...
2.3.30
...
+
...
Cyrus
...
SASL
...
2.1.22
...
+
...
Kerboeros
...
1.5-23
...
Client:
...
Fedora
...
Core
...
6
...
+
...
Firefox
...
2
Windows XP + IE6 SP2
Config DNS:
To make SSL and Kerberos work, I have to config DNS at the very beginning.
1. Edit /etc/named.conf,
...
add
...
langhua
...
zone:
...
| Code Block | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| =
| |
| =
| }|||||||||
zone "1.168.192.IN-ADDR.ARPA." IN {
type master;
file "192.168.1.db";
};
zone "langhua." IN {
type master;
file "named.langhua";
};
{code}
h4. |
2.
...
Create
...
/var/named/named.langhua
...
| Code Block | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| =
| |
| =
| }|||||||||
$TTL 1H
@ SOA localhost. root.localhost. ( 2
3H
1H
1W
1H )
NS localhost.
auth.langhua. IN 1H A 192.168.1.110
_kerberos IN TXT "AUTH.LANGHUA"
_kerberos._udp.auth.langhua. IN SRV 0 0 88 auth.langhua.
_kerberos-master._udp.auth.langhua. IN SRV 0 0 88 auth.langhua.
_kerberos-adm._tcp.auth.langhua. IN SRV 0 0 749 auth.langhua.
_kpasswd._udp.auth.langhua. IN SRV 0 0 464 auth.langhua.
_ldap._tcp.auth.langhua. IN SRV 0 0 389 auth.langhua.
_ldap._tcp.dc._msdcs.auth.langhua. IN SRV 0 0 389 auth.langhua.
_kerberos._tcp.dc._msdcs.auth.langhua. IN SRV 0 0 88 auth.langhua.
{code}
h4. |
3.
...
Create
...
/var/name/192.168.1.db
...
| Code Block | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| =
| |
| =
| }|||||||||
$TTL 1H
@ SOA localhost. root.localhost. ( 2
3H
1H
1W
1H )
NS localhost.
110 PTR auth.langhua.
{code}
h4. |
4.
...
nslookup
...
auth.langhua
...
Server:
...
192.168.1.110
...
Address:
...
192.168.1.110#53
...
Name:
...
auth.langhua
...
Address:
...
192.168.1.110
...
5.
...
dig
...
-x
...
192.168.1.110
...
;
...
<<>>
...
DiG
...
9.3.4-P1
...
<<>>
...
-x
...
192.168.1.110
...
;;
...
global
...
options:
...
printcmd
...
;;
...
Got
...
answer:
...
;;
...
->>HEADER<<
...
-
...
opcode:
...
QUERY,
...
status:
...
NOERROR,
...
id:
...
3829
...
;;
...
flags:
...
qr
...
aa
...
rd
...
ra;
...
QUERY:
...
1,
...
ANSWER:
...
1,
...
AUTHORITY:
...
1,
...
ADDITIONAL:
...
2
...
;;
...
QUESTION
...
SECTION:
...
;110.1.168.192.in-addr.arpa.
...
IN
...
PTR
;;
...
ANSWER
...
SECTION:
...
110.1.168.192.in-addr.arpa.
...
3600
...
IN
...
PTR
...
auth.langhua.
...
;;
...
AUTHORITY
...
SECTION:
...
1.168.192.in-addr.arpa.
...
3600
...
IN
...
NS
...
localhost.
...
;;
...
ADDITIONAL
...
SECTION:
...
localhost.
...
86400 IN A 127.0.0.1
...
localhost.
...
86400
...
IN
...
AAAA
...
::1
...
;;
...
Query
...
time:
...
1
...
msec
...
;;
...
SERVER:
...
192.168.1.110#53(192.168.1.110)
...
;;
...
WHEN:
...
Thu
...
Nov
...
29
...
04:53:02
...
2007
...
;;
...
MSG
...
SIZE
...
rcvd:
...
137
...
Config
...
Kerberos:
...
1.
...
Config
...
/etc/krb5.conf
...
| Code Block | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| =
| |
| =
| }|||||||||
[logging]
default = FILE:/var/log/krb5libs.log
kdc = FILE:/var/log/krb5kdc.log
admin_server = FILE:/var/log/kadmind.log
[libdefaults]
default_realm = AUTH.LANGHUA
dns_lookup_realm = false
dns_lookup_kdc = false
ticket_lifetime = 24h
forwardable = true
[realms]
AUTH.LANGHUA = {
kdc = auth.langhua:88
admin_server = auth.langhua:749
default_domain = langhua
}
[domain_realm]
.langhua = AUTH.LANGHUA
[kdc]
profile = /var/kerberos/krb5kdc/kdc.conf
[appdefaults]
pam = {
debug = false
ticket_lifetime = 36000
renew_lifetime = 36000
forwardable = true
krb4_convert = false
}
{code}
h4. |
2.
...
kdb5_util
...
create
...
-s
...
3.
...
Add
...
users
...
to
...
Kerberos
...
kadmin.local
...
-q
...
"addprinc
...
krbadm@AUTH.LANGHUA"
...
kadmin.local
...
-q
...
"addprinc
...
ldapadm@AUTH.LANGHUA"
...
kadmin.local
...
-q
...
"addprinc
...
host/auth.langhua@AUTH.LANGHUA"
...
kadmin.local
...
-q
...
"addprinc
...
ldap/auth.langhua@AUTH.LANGHUA"
...
If
...
you
...
face
...
this
...
error
...
in
...
this
...
step,
...
delete
...
the
...
files
...
under
...
/var/kerberos/krb5kdc/
...
and
...
redo
...
the
...
above
...
step
...
2
...
and
...
3:
...
kadmin.local:
...
Cannot
...
find/read
...
stored
...
master
...
key
...
while
...
initializing
...
kadmin.local
...
interface
...
4.
...
Edit
...
/var/kerberos/krb5kdc/kdc.conf
...
This
...
file
...
is
...
configed
...
in
...
/etc/krb5.conf.
...
| Code Block | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| =
| |
| =
| }|||||||||
[kdcdefaults]
acl_file = /var/kerberos/krb5kdc/kadm5.acl
dict_file = /usr/share/dict/words
admin_keytab = /var/kerberos/krb5kdc/kadm5.keytab
v4_mode = nopreauth
[realms]
AUTH.LANGHUA = {
master_key_type = des3-hmac-sha1
supported_enctypes = des3-hmac-sha1:normal des-cbc-crc:normal
}
{code}
h4. |
5.
...
Edit
...
/var/kerberos/krb5kdc/kadm5.acl
...
This
...
file
...
is
...
configed
...
in
...
/var/kerberos/krb5kdc/kdc.conf.
...
| Code Block | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| =
| |
| =
| }|||||||||
kadmin/admin@AUTH.LANGHUA *
ldap/auth.langhua@AUTH.LANGHUA *
krbadm@AUTH.LANGHUA *
*/*@AUTH.LANGHUA i
host/auth.langhua@AUTH.LANGHUA *
{code}
h4. |
6.
...
Config
...
/var/kerberos/krb5kdc/kadm5.keytab
...
This
...
file
...
is
...
configed
...
in
...
/var/kerberos/krb5kdc/kdc.conf.
...
kadmin.local
...
-q
...
"ktadd
...
-k
...
/var/kerberos/krb5kdc/kadm5.keytab
...
kadmin/admin"
...
kadmin.local
...
-q
...
"ktadd
...
-k
...
/var/kerberos/krb5kdc/kadm5.keytab
...
kadmin/changepw"
...
7.
...
Edit
...
/etc/krb.realms
...
| Code Block | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| =
| |
| =
| }|||||||||
auth.langhua AUTH.LANGHUA
.langhua AUTH.LANGHUA
{code}
h4. |
8.
...
Edit
...
/etc/krb.conf
...
| Code Block | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| =
| |
| =
| }|||||||||
AUTH.LANGHUA
AUTH.LANGHUA auth.langhua:88
AUTH.LANGHUA auth.langhua:749 admin server
{code}
h4. |
9.
...
Start
...
Kerberos
...
/etc/init.d/kadmin
...
start
...
/etc/init.d/krb5kdc
...
start
...
Test
...
Kerberos
1.
...
kadmin.local
...
-q
...
"ktadd
...
-k
...
/etc/krb5.keytab
...
host/auth.langhua"
...
2.
...
kinit
...
-k
...
host/auth.langhua
...
If
...
the
...
error
...
"kinit(v5):
...
Password
...
incorrect
...
while
...
getting
...
initial
...
credentials"
...
found,
...
delete
...
/etc/krb5.keytab,
...
and
...
redo
...
step
...
1
...
and
...
2.
...
3.
...
klist
...
Ticket
...
cache:
...
FILE:/tmp/krb5cc_0
...
Default
...
principal:
...
host/auth.langhua@AUTH.LANGHUA
...
Valid
...
starting
...
Expires
...
Service
...
principal
...
11/29/07
...
02:44:44
...
11/30/07
...
02:44:44
...
krbtgt/AUTH.LANGHUA@AUTH.LANGHUA
...
Kerberos
...
4
...
ticket
...
cache:
...
/tmp/tkt0
...
klist:
...
You
...
have
...
no
...
tickets
...
cached
...
4.
...
Make
...
sure
...
kvno
...
numbers
...
are
...
the
...
same
...
4.1
...
kvno
...
host/auth.langhua
...
host/auth.langhua@AUTH.LANGHUA:
...
kvno
...
=
...
5
...
4.2
...
klist
...
-k
...
/etc/krb5.keytab
...
Keytab
...
name:
...
FILE:/etc/krb5.keytab
...
KVNO
...
Principal
...
-
...
--
...
-
...
--
...
--------------------------------------------------------------------
...
5 host/auth.langhua@AUTH.LANGHUA
...
5
...
host/auth.langhua@AUTH.LANGHUA
...
If
...
the
...
numbers
...
are
...
not
...
same,
...
redo
...
step
...
1,
...
2,
...
3.
...
5.
...
Test
...
ktelnetd,
...
krlogind,
...
krshd
...
5.1
...
Edit
...
~/.k5login
...
host/auth.langhua@AUTH.LANGHUA
...
5.2
...
Start
...
xinetd
...
chkconfig
...
klogin
...
on
...
chkconfig
...
kshell
...
on
...
chkconfig
...
eklogin
...
on
...
chkconfig
...
krb5-telnet
...
on
...
/etc/init.d/xinetd
...
restart
...
5.3
...
krlogin
...
auth.langhua
...
-k
...
AUTH.LANGHUA
...
This
...
rlogin
...
session
...
is
...
encrypting
...
all
...
data
...
transmissions.
...
Last
...
login:
...
Thu
...
Nov
...
29
...
04:46:08
...
from
...
auth.langhua
...
You
...
have
...
new
...
mail.
...
5.4
...
telnet
...
-x
...
192.168.1.110
...
-k
...
AUTH.LANGHUA
...
Trying
...
192.168.1.110...
...
Connected
...
to
...
auth.langhua
...
(192.168.1.110).
...
Escape
...
character
...
is
...
'^
...
]'.
...
Waiting
...
for
...
encryption
...
to
...
be
...
negotiated...
...
[
...
Kerberos
...
V5
...
accepts
...
you
...
as
...
``host/auth.langhua@AUTH.LANGHUA''
...
]
...
done.
...
Last
...
login:
...
Thu
...
Nov
...
29
...
04:46:23
...
from
...
auth.langhua
...
You
...
have
...
new
...
mail.
...
5.5
...
rsh
...
192.168.1.110
...
-k
...
AUTH.LANGHUA
...
Last
...
login:
...
Thu
...
Nov
...
29
...
04:47:00
...
from
...
auth.langhua
...
You
...
have
...
new
...
mail.
...
Kerberos
...
configuration
...
is
...
OK
...
now.
...
Config Cyrus SASL GSSAPI
1. Add ldap service
1.1 kadmin.local -q "addprinc -randkey ldap/auth.langhua@AUTH.LANGHUA"
...
1.2
...
check
...
/var/kerberos/krb5kdc/kadm5.acl
...
has
...
ldap
...
service
...
configed
...
1.3
...
kadmin.local
...
-q
...
"ktadd
...
-k
...
/etc/krb5.keytab
...
ldap/auth.langhua"
...
2.
...
Add
...
a
...
test
...
user
...
2.1
...
kadmin.local
...
-q
...
"addprinc
...
test@AUTH.LANGHUA"
...
2.2
...
kadmin.local
...
-q
...
"ktadd
...
-k
...
/etc/krb5.keytab
...
test"
...
2.3
...
Edit
...
~/.k5login
...
test@AUTH.LANGHUA
...
3.
...
Verify
...
GSSAPI
...
works
...
on
...
your
...
system
...
3.1
...
sasl2-sample-server
...
-s
...
ldap
...
-m
...
GSSAPI
...
trying
...
10,
...
1,
...
6
...
trying
...
2,
...
1,
...
6
...
bind:
...
Address
...
already
...
in
...
use
...
3.2
...
sasl2-sample-client
...
-s
...
ldap
...
-m
...
GSSAPI
...
auth.langhua
...
| Code Block | ||||
|---|---|---|---|---|
| ||||
receiving capability list... recv:
{6}
GSSAPI
GSSAPI
please enter an authorization id: test
send: {6}
GSSAPI
send:
{1}
Y
send:
{525}
`\[82\]\[2\]\[9\]\[6\]\[9\]*\[86\]H\[86\]\[F7\]\[12\]\[1\]\[2\]\[2\]\[1\]\[0\]n\[82\]\[1\]\[F8\]0\[82\]\[1\]\[F4\]\[A0\]\[3\]\[2\]\[1\]\[5\]\[A1\]\[3\]\[2\]\[1\]\[E\]\[A2\]\[7\]\[3\]\[5\]\[0\] \[0\]\[0\]\[0\]\[A3\]\[82\]\[1\]\[10\]a\[82\]\[1\]\[C\]0\[82\]\[1\]\[8\]\[A0\]\[3\]\[2\]\[1\]\[5\]\[A1\]\[E\]\[1B\]\[C\]AUTH.LANGHUA\[A2\]\[1F\]0\[1D\]\[A0\]\[3\]\[2\]\[1\]\[3\]\[A1\]\[16\]0\[14\]\[1B\]\[4\]ldap\[1B\]\[C\]auth.langhua\[A3\]\[81\]\[CF\]0\[81\]\[CC\]\[A0\]\[3\]\[2\]\[1\]\[10\]\[A1\]\[3\]\[2\]\[1\]\[4\]\[A2\]\[81\]\[BF\]\[4\]\[81\]\[BC\].\[A3\],FO\[CC\]\[12\]P*
{r_l\[D5\]\[A1\]\[9F\]\[D9\]\[7F\]\[FF\]A2\[9C\]\[E1\]\[DB\]KZ%\[D9\]\[83\]\[AD\]\[C5\]j\[84\]\[87\]\[FD\]\[EB\]\[C9\]\]DGS\[8C\]%\[16\]\[7F\]&0\[BC\]r(\[BD\]\[11\]\[FF\]v\[EE\]V\[DD\]I\[EA\]E<\[B8\]\[B\]\[1D\]2\[D4\]>\[CB\]~1\[FB\]\[1\]fC\[1F\]5\[EA\]\[CD\]\[7\]\[E7\]\[DB\]\[B9\]\[B1\]\[14\]S\[95\]6?8Ea\[F5\]6\[8A\]\[BB\]\[8D\]V\[B9\]\[C1\]\[A5\]\[8\]\[C2\]LH,5\[1A\]\[BC\]"\[91\]v\[CC\]\[B2\]\[2\]QJd}
*\[97\]V\[A9\]g\[B5\]\[F6\]\[D0\]\[C4\]\[C9\],\!\[DF\]\[F8\]\[8E\]\[A3\]\[16\]\[7\]\[E5\])N\[E6\]\[11\] \[8\]+\[85\]\[FD\]\[1B\]\[11\]\[C3\]\[96\]\[98\]\[80\]}g<\[A3\]5\[1E\]\[BC\]si\[8A\]c9\[8A\]\[1A\]w\[13\]\[1E\]\[18\]\[87\](\[98\]\[E5\]\[E7\]\[89\]\[85\]W\[AC\]s\[A5\]v\[D6\]5v\[80\]\[A3\]\[FA\]\[A4\]\[81\]\[CA\]0\[81\]\[C7\]\[A0\]\[3\]\[2\]\[1\]\[10\]\[A2\]\[81\]\[BF\]\[4\]\[81\]\[BC\]\[15\]>\[D6\]\[CB\]h\[1B\]\[9\]Y\[AC\]\[C8\]hh\[F1\]*{*}_\[D4\]\[82\]GD\[FD\]4\[AA\]"$\[EC\]\[7F\]&\[B8\]\[F\]D\[7\]\[97\]\[82\]\[D\]\[A7\]\[D\]\[A2\]9\[8C\]\[88\]\[C0\]-\[DC\]\[E6\]\[A\]\[EB\]D6\[1F\]\[A4\]\[E2\]\[EE\]\[D1\]\[6\]x\[15\]\[D1\]\[EE\]4d\[86\]\[84\]\[99\]\[16\]\[AC\]\[F5\]C\[E8\]\[A9\]u#\[CE\]\[C5\]\[E1\]\[9B\]_{*}_\[E8\]\[B4\]\[93\]z\[E9\])\[15\]\[D\]L/E\[BD\]\[E6\]`\[1F\]_\[F2\]\[BC\]\[1A\]\[D7\]1\[BF\]\[C1\]\[2\]O\[8C\]\[1D\]\[A0\]\[C\]\[AB\]\[8B\]\[AB\]\[F5\]\[DB\]\[D4\]\[B1\]\[ED\]\[A\]\[AF\]\[9\]\[B\]s\[E9\]\[10\]\[FB\]u\[11\]\[E\]N\[1F\]*\[15\]\[AE\]h\[F5\]\[1C\]\[8E\]\[92\]\[AA\]6\|0\[F4\]\[FE\]\[CB\]\[9A\]\[9D\]c^o4\[CB\]\[8C\]\[B8\]\[99\]\[89\]\[A5\]\[18\]\[EA\]pE\[B1\]\[C7\]\[E8\]\[90\]\[82\]\[EE\]\[A6\](\[1A\]1Q\[D0\]\[81\]X\[C6\]q\[9B\]\[EA\]v\[C\]\[FA\]\[E9\]jd\[84\]\[BD\]\[CF\]\[90\]S\[8E\]P
recv:
{153}
`\[81\]\[96\]\[6\]\[9\]*\[86\]H\[86\]\[F7\]\[12\]\[1\]\[2\]\[2\]\[2\]\[0\]o\[81\]\[86\]0\[81\]\[83\]\[A0\]\[3\]\[2\]\[1\]\[5\]\[A1\]\[3\]\[2\]\[1\]\[F\]\[A2\]w0u\[A0\]\[3\]\[2\]\[1\]\[10\]\[A2\]n\[4\]l\[5\],\[B7\]\[F6\]\[CD\]\[C\]\[BF\]\[1\]{*\[E0\]\[1F\]\[92\]\[FC\]\[10\]\[94\]U\[DF\]\[9E\]\[BA\]k_\[A4\]G&\[EC\]g:\[BA\]J\[C6\]\[C1\]sQ:'\[87\]/\[95\]\[C8\]W\[C5\]^47N\[9B\]im`\[BB\]\[B4\]\[C5\]\[EB\]\[BC\]w\[80\]\[A7\]\[1D\]Q\[89\]\[8B\]L\[8D\]N\[E7\]\[87\]\[C2\]\[EB\]\[D9\]k{j\[D\]\[AD\]\[A3\]w\[B1\]\[A2\]\[B3\]X\[FD\]"\[99\]LG\[88\]^\[DE\]\[CD\]\[ED\]\[AC\]\[F8\]\[10\](\[FA\]h\[2\]\[B7\]L\[E2\]K6\[2\]\[F5\]C\[91\]u
send:
{0}
recv:
{65}
`?\[6\]\[9\]*\[86\]H\[86\]\[F7\]\[12\]\[1\]\[2\]\[2\]\[2\]\[1\]\[4\]\[0\]\[FF\]\[FF\]\[FF\]\[FF\]\[91\]w\[FA\]J\[96\]\[9D\]4\[8F\]Is\[90\]\[89\]\[F\]\[B2\]\[BC\]X\[2\].\[C\];\[89\]\[9A\]\[3\]\[F9\]\[CF\]DU\[BA\]\[98\]x#\[CF\]\[FF\]G\[9E\]:\[1\]\[0\]\[0\]\[0\]\[4\]\[4\]\[4\]\[4\]
send:
{73}
`G\[6\]\[9\]*\[86\]H\[86\]\[F7\]\[12\]\[1\]\[2\]\[2\]\[2\]\[1\]\[4\]\[0\]\[FF\]\[FF\]\[FF\]\[FF\]\[CB\]\[9F\]K\[D1\]\[81\]m\[E4\]\[A2\]\[A6\]\[E2\]\[C\]\[7F\]a\[8C\]\[1B\]\[A5\]\[CC\]m\[E6\]\[BB\]\[E4\]\[A4\]\[9F\]s\[B5\]\[F8\]\[1F\]\[D1\]\[3\]}\[95\]\[F1\]\[5\]\[C2\]s\[16\]\[1\]\[0\]\[0\]\[0\]test\[8\]\[8\]\[8\]\[8\]\[8\]\[8\]\[8\]\[8\]
successful authentication
closing connection
* |
GSSAPI
...
is
...
OK
...
now.
...
If the server and client can communicate but cannot authen successfully, perhaps it's caused by the driver of your ethernet card.
Config OpenLDAP GSSAPI
1. ldapsearch -Y GSSAPI -b 'o=langhua,c=cn'
...
'(ou=worldwide)'
...
SASL/GSSAPI
...
authentication
...
started
...
SASL
...
username:
...
test@AUTH.LANGHUA
...
SASL
...
SSF:
...
56
...
SASL
...
installing
...
layers
...
#
...
extended
...
LDIF
...
#
...
#
...
LDAPv3
...
#
...
base
...
<o=langhua,c=cn>
...
with
...
scope
...
subtree
...
#
...
filter:
...
(ou=worldwide)
...
#
...
requesting:
...
ALL
...
#
# worldwide,
...
langhua,
...
cn
...
dn:
...
ou=worldwide,o=langhua,c=cn
...
objectClass:
...
organizationalUnit
...
objectClass:
...
top
...
ou:
...
worldwide
...
#
...
martin.peschke,
...
worldwide,
...
langhua,
...
cn
...
dn:
...
uid=martin.peschke,ou=worldwide,o=langhua,c=cn
...
uid:
...
martin.peschke
...
ou:
...
worldwide
...
objectClass:
...
organizationalPerson
...
objectClass:
...
uidObject
...
objectClass:
...
person
...
objectClass:
...
top
...
sn:
...
Martin
...
Peschke
...
cn:
...
Martin
...
Peschke
...
#
...
search
...
result
...
search:
...
4
...
result:
...
0
...
Success
...
#
...
numResponses:
...
3
...
#
...
numEntries:
...
2
...
2.
...
Edit
...
/etc/slapd.conf
...
| Code Block | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| =
| |
| =
| }|||||||||
#
# See slapd.conf(5) for details on configuration options.
# This file should NOT be world readable.
#
include /etc/openldap/schema/core.schema
include /etc/openldap/schema/cosine.schema
include /etc/openldap/schema/inetorgperson.schema
include /etc/openldap/schema/nis.schema
include /etc/openldap/schema/krb5-kdc.schema
# Allow LDAPv2 client connections. This is NOT the default.
allow bind_v2
# Do not enable referrals until AFTER you have a working directory
# service AND an understanding of referrals.
#referral ldap://root.openldap.org
pidfile /var/run/openldap/slapd.pid
argsfile /var/run/openldap/slapd.args
# Load dynamic backend modules:
# modulepath /usr/lib/openldap
# moduleload back_bdb.la
# moduleload back_ldap.la
# moduleload back_ldbm.la
# moduleload back_passwd.la
# moduleload back_shell.la
# The next three lines allow use of TLS for encrypting connections using a
# dummy test certificate which you can generate by changing to
# /etc/pki/tls/certs, running "make slapd.pem", and fixing permissions on
# slapd.pem so that the ldap user or group can read it. Your client software
# may balk at self-signed certificates, however.
# TLSCACertificateFile /etc/pki/tls/certs/ca-bundle.crt
# TLSCertificateFile /etc/openldap/slapd.pem
# TLSCertificateKeyFile /etc/pki/tls/certs/slapd.pem
TLSCACertificateFile /etc/pki/demoCA/cacert.pem
TLSCertificateFile /etc/pki/demoCA/certs/ldap-cert.pem
TLSCertificateKeyFile /etc/pki/demoCA/certs/ldap-key.pem
# TLSVerifyClient demand
# Sample security restrictions
# Require integrity protection (prevent hijacking)
# Require 112-bit (3DES or better) encryption for updates
# Require 63-bit encryption for simple bind
# security ssf=1 update_ssf=112 simple_bind=64
# disallow bind_simple
# Sample access control policy:
# Root DSE: allow anyone to read it
# Subschema (sub)entry DSE: allow anyone to read it
# Other DSEs:
# Allow self write access
# Allow authenticated users read access
# Allow anonymous users to authenticate
# Directives needed to implement policy:
# access to dn.base="" by * read
# access to dn.base="cn=Subschema" by * read
#
# if no access controls are present, the default policy
# allows anyone and everyone to read anything but restricts
# updates to rootdn. (e.g., "access to * by * read")
#
# rootdn can always read and write EVERYTHING!
# access to * by * read
#######################################################################
# ldbm and/or bdb database definitions
#######################################################################
database bdb
suffix "o=langhua,c=cn"
# rootdn "uid=root,o=langhua,c=cn"
# Cleartext passwords, especially for the rootdn, should
# be avoided. See slappasswd(8) and slapd.conf(5) for details.
# Use of strong authentication encouraged.
# rootpw {SSHA}mpfjTVX6cJ+oMgoB1wIjJ8HTR/2kyBga
# The database directory MUST exist prior to running slapd AND
# should only be accessible by the slapd and slap tools.
# Mode 700 recommended.
directory /var/lib/ldap
# Indices to maintain for this database
index objectClass eq,pres
index ou,cn,mail,surname,givenname eq,pres,sub
index uidNumber,gidNumber,loginShell eq,pres
index uid,memberUid eq,pres,sub
index nisMapName,nisMapEntry eq,pres,sub
# Replicas of this database
# replogfile /var/lib/ldap/openldap-master-replog
# replica host=ldap-1.example.com:389 starttls=critical
# bindmethod=sasl saslmech=GSSAPI
# authcId=host/ldap-master.example.com@EXAMPLE.COM
# authzTo: uid=[^,]*,o=langhua,c=cn
sasl-realm AUTH.LANGHUA
sasl-host auth.langhua
access to attrs=userPassword
by self write
by dn="uid=test,cn=auth.langhua,cn=gssapi,cn=auth" write
by anonymous auth
by * none
access to *
by dn="uid=test,cn=auth.langhua,cn=gssapi,cn=auth" write
by self write
by * read
{code}
\\ |