Howto setup SUSE 10.3 as Samba PDC
From openSUSE
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| The article Howto setup SUSE 10.1 as Samba PDC is written for SUSE Linux 10.1.
It did not work with 10.2 I will take Juliens guide as a base while i configure an OpenSUSE 10.3 x86_64 install for this full setup, editing it as i go to make this new guide relevant to OpenSUSE 10.3. The guide is now complete. Please use the Talk:Howto_setup_SUSE_10.3_as_Samba_PDC page to provide feedback James Tandy |
This is a step by step guide on how to configure GNU/Linux system with Samba, OpenLDAP, DHCP, DNS and ClamAV. Even though this setup is concentrated on a platform openSUSE 10.3, with minor tweaks you should get it working on any GNU/Linux distribution.
Overview Of The Software Used To Create This Setup
Distribution: OpenSUSE 10.3
SUSE Linux 10.3, features an easy-to-install Linux operating system. SUSE Linux 10.3 uses the latest versions of open source networking features like Samba, Apache, DNS and DHCP to power robust home networks that include Web hosting, centralized printing and media workstations. With special features to speed everything from server setup and configuration to software updating, SUSE Linux contains the most comprehensive set of tools ever included in a retail Linux package. SUSE Linux comes complete with the latest versions of Apache, DNS, DHCP, Samba, NFS, SLP and NIS.
Backend Database: OpenLDAP 2.3.37-7.2
OpenLDAP Software is an open source implementation of the Lightweight Directory Access Protocol.
Security Layer: MIT Kerberos v5
Name Resolution: Named(BIND) 9.4.1.P1-12.2
Berkeley Internet Name Domain, previously Berkeley Internet Name Daemon, is the most commonly used DNS server on the Internet, especially on Unix-like systems, where it is a de facto standard. BIND (BIND 9) was written from scratch in part to address the architectural difficulties with auditing the earlier BIND code bases, and also to support DNSSEC (DNS Security Extensions). Other important features of BIND 9 include: TSIG, DNS notify, nsupdate, IPv6, rndc flush, views, multiprocessor support, and an improved portability architecture.
TCP/IP Settings Automation: DHCP-Server 3.0.6-24
DHCPD is the daemon used by Linux to dynamically configure TCP/IP information for client systems.
Anti Virus Software: Samba Vscan 0.3.6b-181.5
Samba Vscan is a proof-of-concept module for Samba, which uses the VFS (virtual file system) features of Samba 2.2.x/3.0 to provide an on-access Samba anti-virus. Of course, Samba has to be compiled with VFS support.
MySQL Server: MySQL Community Server 5.0.51a
"World's most popular open source database." That is how MySQL calls himself and not without a reason. MySQL is the most used open source database server at te moment. But it is really worth to take a glance at PostgreSQL. PostgreSQL is also an open source database which has a longer history, and was always released under the BSD License.
Bacula
Bacula is a set of computer programs that permits the system administrator to manage backup, recovery, and verification of computer data across a network of computers of different kinds. Bacula can also run entirely upon a single computer and can backup to various types of media, including tape and disk.
In technical terms, it is a network Client/Server based backup program. Bacula is relatively easy to use and efficient, while offering many advanced storage management features that make it easy to find and recover lost or damaged files. Due to its modular design, Bacula is scalable from small single computer systems to systems consisting of hundreds of computers located over a large network.
Background scope of this tutorial
This tutorial is written based on a real life setup.
Some details have been changed, but others would confuse things.
The following details may be referred to during the tutorial, but you must use the relevant value to you.
Customer owns domain name foobar.tld
Customer connects to the internet through an external NAT firewall/router.
This router has ip 10.10.1.254, and can provide dns resolution.
It does NOT provide DHCP services.
The domain controller is to be assigned a static ip: 10.10.1.1
The customer never expects to have more than 50 workstations on the network in this location, so a subnet of 255.255.255.0 is used.
Installing Necessary Software
This is a VERY brief guide to installation of openSUSE 10.3, you will need to install a few extra packages to make this tutorial work for you.
Starting the install
First start an OpenSUSE install, personally i download the tiny network boot image, and download everything else on demand from a local FTP server. When booting from the cd, press F2 to select your language, then F4 to select source. At this point if you choose FTP it will also prompt for the address and directory (and logins) for your FTP server. I also boot with the following options:
# vnc=1 vncpassword=mypassword splash=verbose hostip=10.10.1.1 netmask=255.255.255.0 gateway=10.10.1.254 nameserver=10.10.1.254
Here I turn on VNC remote admin for the install process, specify the machines ip, and how it will connect to the internet. The office router has been configured to NOT give addresses by DHCP.
VNC based installation allows you to sit comfortably at your desk and install OpenSUSE on a remote machine. It's also very handy for screnshots :)
Once the installation has loaded, you can open a vnc client on another machine, and connect to 10.10.1.1:1 to continue the installation.
Installation Mode
Select New Installation, and tick the box to add Online Repositories Before Installation and Include Addon Products from seperate media. I add the following Repos (Note you will need to rename them later):
Main Repository (OSS) Main Repository (NON-OSS)
And on the second screen, I add the following by specifying url:
Packman: http://packman.mirrors.skynet.be/pub/packman/suse/10.3/ ATI: http://www2.ati.com/suse/10.3/
Next choose your timezone, desktop choice (This guide works with KDE. Not tested with any others, although it should be irrelevant).
Installation Settings
The first thing I do here is switch to Expert!
Partitioning
It is preferable to run ANY setup like this on a RAID 1 or 5 disk array. I assume ethat any raid etc is taken care of by hardware, and our installer can see a single 250Gb drive available. I create the following partitons:
/ 40Gb Ext3 swap 2Gb swap /data 190Gb Ext3
Software
First click on anything, followed by Details to pull up the full package selection.
In Patterns check
Base Development
Next we change Filter from Patterns to Search, now search and check the following:
kernel-source samba samba-client samba-doc samba-winbind samba-vscan samba-krb-printing krb5 krb5-server clamav clamav-db dhcp-server bind bind-chrootenv ldap-account-manager nss_ldap openldap2 openldap2-client openldap2-devel perl-ldap yast2-ldap yast2-ldap-client yast2-ldap-server mysql mysql-client php5-mysql apache2 apache2-mod_php5 apache2-mod_auth_ntlm_winbind php5 php5-ldap xntp
My total install size is 3.3Gb
Now go put the kettle on :)
| We now skip to after your installation has completed. When prompted to create a user, skip this step - We'll get to it later |
Installing Other Packages
At this point we are still missing a few important features..
- smbldap-tools
- bacula web interface
- tfpd server
- ris-linux
Pre-requisites
Perl Modules
Prior to installing I need to update some Perl modules.
# cpan cpan[1]> install Bundle::CPAN cpan[2]> install Unicode::MapUTF8 Module::Signature
Missing RPM's
The following RPM's are not listed in YaST and must be installed manually:
mysql-devel
bacula web interface also requires mysql-devel, as this package does not seem to exist in yast, download the Linux <architecture> generic RPM downloads - Libraries and header files rpm package for your distro from Mysql Developer Zone This is the one called MySQL-devel-xx-yy-zz.glibc23.arch.rpm that is missing from YaST.
rpm -ivh MySQL-devel-5.0.51a-0.glibc23.x86_64.rpm
smbldap-tools
The tools used to manage the LDAP Samba backend unfortunately is not available in Yast.
The latest smbldap-tools package is available from Freshmeat smbldap-tool project SMBLDAP-TOOLS is a package containing some useful scripts for managing users and groups with LDAP and Samba. They can be used to add, delete, and modify users and groups.
wget http://freshmeat.net/redir/smbldap-tools/30128/url_tgz/smbldap-tools-0.9.5.tgz tar -zxf smbldap-tools-0.9.5.tgz cd smbldap-tools-0.9.5 cp smbldap-groupadd smbldap-groupdel smbldap-groupmod smbldap-groupshow \ smbldap-passwd smbldap-populate smbldap-useradd smbldap-userdel smbldap-userinfo \ smbldap-userlist smbldap-usermod smbldap-usershow smbldap_tools.pm /usr/sbin/ mkdir /etc/smbldap-tools cp smbldap.conf smbldap_bind.conf /etc/smbldap-tools/
Smbldap-tools need some Perl modules (Unicode-Map, Unicode-MapUTF8, Jcode). They available from Perl Module List
bacula web interface
Obtain bacula-gui as this is not included in the YaST.
| You will also need to download the source for bacula, as it is needed to compile the gui |
SourceForge Download Save to /usr/src
# cd /usr/src # tar -zxf bacula-2.2.8.tar.gz # tar -zxf bacula-gui-2.2.8.tar.gz # cd bacula-gui-2.2.8 # ./configure --prefix=/usr --with-bacula=/usr/src/bacula-2.2.8 --with-bimagemgr-cgidir=/srv/www/cgi-bin/ \ --with-bimagemgr-docdir=/srv/www/htdocs/ --with-bimagemgr-binowner=wwwrun --with-bimagemgr-bingroup=www \ --with-bimagemgr-dataowner=wwwrun --with-bimagemgr-datagroup=www # make release # cp -R bacula-web /srv/www/htdocs/ # chown -R wwwrun:www /srv/www/htdocs/bacula-web # cd bimagemgr # make install # cd ../brestore # mkdir -p /usr/share/brestore # install -m 644 -o root -g root brestore.glade /usr/share/brestore # install -m 755 -o root -g root brestore.pl /usr/bin
New Server Setup
Samba Setup
Move your old smb.conf file to a safe place:
# cd /etc/samba/ # mv smb.conf smb.conf.OLD
Now using your favorite ascii editor, edit or create smb.conf file in /etc/samba directory and modify or add these lines to it. Note that for the workgroup statement, if foobar.tld is longer than 15 characters Samba will truncate it! I recommend you to build smb.conf file from scratch as defined below:
# # Primary Domain Controller smb.conf # # Global parameters [global] unix charset = LOCALE workgroup = FOOBAR.TLD netbios name = bar # passdb backend =ldapsam:"ldap://bar.foobar.tld" ## LEAVE THIS COMMENTED OUT! username map = /etc/samba/smbusers log level = 1 syslog = 0 log file = /var/log/samba/%m max log size = 0 name resolve order = wins bcast hosts time server = Yes printcap name = CUPS add user script = /usr/sbin/smbldap-useradd -m '%u' delete user script = /usr/sbin/smbldap-userdel '%u' add group script = /usr/sbin/smbldap-groupadd -p '%g' delete group script = /usr/sbin/smbldap-groupdel '%g' add user to group script = /usr/sbin/smbldap-groupmod -m '%g' '%u' delete user from group script = /usr/sbin/smbldap-groupmod -x '%g' '%u' set primary group script = /usr/sbin/smbldap-usermod -g '%g' '%u' add machine script = /usr/sbin/smbldap-useradd -w '%u' logon script = logon.bat logon path = \\bar\profiles\%u logon drive = H: domain logons = Yes domain master = Yes wins support = Yes # peformance optimization all users stored in ldap ldapsam:trusted = yes ldap suffix = dc=foobar,dc=tld ldap machine suffix = ou=Computers,ou=Users ldap user suffix = ou=People,ou=Users ldap group suffix = ou=Groups ldap idmap suffix = ou=Idmap ldap admin dn = cn=sambaadmin,dc=foobar,dc=tld idmap backend = ldap://127.0.0.1 idmap uid = 10000-20000 idmap gid = 10000-20000 printer admin = root printing = cups
#========================Share Definitions=========================
[homes] comment = Home Directories valid users = %S browseable = yes writable = yes create mask = 0600 directory mask = 0700
[sysvol] path = /data/samba/sysvol read only = no
[netlogon] comment = Network Logon Service path = /data/samba/sysvol/foobar.tld/scripts writeable = yes browseable = yes read only = no
[profiles] path = /data/samba/profiles writeable = yes browseable = no read only = no create mode = 0777 directory mode = 0777
[Documents] comment = share to test samba path = /data/documents writeable = yes browseable = yes read only = no valid users = "@Domain Users"
Next edit the file hosts in /etc/ as follows:
# IP-Address Full-Qualified-Hostname Short-Hostname # 127.0.0.1 bar localhost localhost.localdomain 10.10.1.1 bar bar.foobar.tld foobar.tld
Now, this bit took me hours! With the commented out passdb backend line, we can now execute the following command to get our Domains SID
# net getlocalsid SID for domain BAR is S-1-5-21-aaaaaaaaaa-bbbbbbbbbb-cccccccccc
Make a note of this SID you will need to copy/paste it a lot later
Finally reopen smb.conf in /etc/samba/ and change
# passdb backend =ldapsam:"ldap://bar.foobar.tld" ## LEAVE THIS COMMENTED OUT!
to
passdb backend =ldapsam:"ldap://bar.foobar.tld"
| It took me hours to get this done If you do not comment out the passdb backend line, the net command attempts to contact the ldap server (which isnt even running yet) and fails with the following error: # net getlocalsid [yyyy/mm/dd hh:mm:ss, 0] passdb/secrets.c:fetch_ldap_pw(769) fetch_ldap_pw: neither ldap secret retrieved! [yyyy/mm/dd hh:mm:ss, 0] lib/smbldap.c:smbldap_connect_system(942) ldap_connect_system: Failed to retrieve password from secrets.tdb |
OpenLDAP
slapd.conf
#slapd.conf Master Openldap2.3 #path: /etc/openldap/slapd.conf 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/samba3.schema
modulepath /usr/lib/openldap/modules/ # moduleload back_bdb.la
pidfile /var/run/slapd/slapd.pid argsfile /var/run/slapd/slapd.args
# Samba Primary Database foobar.tld database bdb suffix "dc=foobar,dc=tld" directory /data/openldap ######or /var/lib/ldap###### rootdn "cn=Manager,dc=foobar,dc=tld" rootpw SecretWord index entryCSN eq index entryUUID eq
access to attrs=userPassword,sambaLMPassword,sambaNTPassword by self write by dn="cn=sambaadmin,dc=foobar,dc=tld" write by * auth
access to * by dn="cn=sambaadmin,dc=foobar,dc=tld" write by * read
# Indices to maintain index objectClass eq index cn pres,sub,eq index sn pres,sub,eq index uid pres,sub,eq index displayName pres,sub,eq index uidNumber eq index gidNumber eq index memberUID eq index sambaSID eq index sambaPrimaryGroupSID eq index sambaDomainName eq index default sub
ldap.conf
#/etc/ldap.conf # LDAP Master
host bar.foobar.tld base dc=foobar,dc=tld binddn cn=Manager,dc=foobar,dc=tld bindpw SecretWord
bind_policy soft pam_password exop
nss_base_passwd ou=People,ou=Users,dc=foobar,dc=tld?one nss_base_shadow ou=People,ou=Users,dc=foobar,dc=tld?one nss_base_passwd ou=Computers,ou=Users,dc=foobar,dc=tld?one nss_base_shadow ou=Computers,ou=Users,dc=foobar,dc=tld?one nss_base_group ou=Groups,dc=foobar,dc=tld?one ssl no
nsswitch.conf
Edit the following lines only. Leave everything else as-is.
passwd: files ldap shadow: files ldap group: files ldap
hosts: files dns wins networks: files dns
DB_CONFIG
edit /data/openldap/DB_CONFIG or /var/lib/ldap as follows:
#DB_CONFIG set_cachesize 0 150000000 1 set_lg_regionmax 262144 set_lg_bsize 2097152 set_flags DB_LOG_AUTOREMOVE
Populate LDAP
Prepare the LDIF
You can use the form Extremely Basic LDIF Generator to generate an LDIF. Save the file as foobar.ldif
You can use this as a template, make sure you change everything in bold!
# SAMBA LDAP PRELOAD # SID S-1-2-33-4444444444-5555555555-6666666666.
dn: dc=foobar,dc=tld objectClass: dcObject objectClass: organization dc: foobar o: FOOBAR description: Posix and Samba LDAP Identity Database
dn: cn=Manager,dc=foobar,dc=tld objectClass: organizationalRole cn: Manager description: Directory Manager
dn: cn=syncuser,dc=foobar,dc=tld objectClass: person cn: syncuser sn: syncuser userPassword: SyncUser
dn: cn=sambaadmin,dc=foobar,dc=tld objectClass: person cn: sambaadmin sn: sambaadmin userPassword: SambaAdmin
dn: cn=mailadmin,dc=foobar,dc=tld objectClass: person cn: mailadmin sn: mailadmin userPassword: MailAdmin
dn: ou=Users,dc=foobar,dc=tld objectClass: top objectClass: organizationalUnit ou: Users
dn: ou=People,ou=Users,dc=foobar,dc=tld objectClass: top objectClass: organizationalUnit ou: People
dn: ou=Computers,ou=Users,dc=foobar,dc=tld objectClass: top objectClass: organizationalUnit ou: Computers
dn: ou=Groups,dc=foobar,dc=tld objectClass: top objectClass: organizationalUnit ou: Groups
dn: ou=Domains,dc=foobar,dc=tld objectClass: top objectClass: organizationalUnit ou: Domains
dn: sambaDomainName=FOOBAR.TLD,ou=Domains,dc=foobar,dc=tld objectClass: sambaDomain objectClass: sambaUnixIdPool uidNumber: 1000 gidNumber: 1000 sambaDomainName: FOOBAR.TLD sambaSID: S-1-2-33-4444444444-5555555555-6666666666 sambaAlgorithmicRidBase: 1000 structuralObjectClass: sambaDomain
dn: cn=Domain Admins,ou=Groups,dc=foobar,dc=tld objectClass: posixGroup objectClass: sambaGroupMapping gidNumber: 512 cn: Domain Admins sambaSID: S-1-2-33-4444444444-5555555555-6666666666-512 sambaGroupType: 2 displayName: Domain Admins description: Domain Administrators
dn: cn=Domain Users,ou=Groups,dc=foobar,dc=tld objectClass: posixGroup objectClass: sambaGroupMapping gidNumber: 513 cn: Domain Users sambaSID: S-1-2-33-4444444444-5555555555-6666666666-513 sambaGroupType: 2 displayName: Domain Users description: Domain Users
dn: cn=Domain Guests,ou=Groups,dc=foobar,dc=tld objectClass: posixGroup objectClass: sambaGroupMapping gidNumber: 514 cn: Domain Guests sambaSID: S-1-2-33-4444444444-5555555555-6666666666-514 sambaGroupType: 2 displayName: Domain Guests description: Domain Guests
dn: cn=Domain Computers,ou=Groups,dc=foobar,dc=tld objectClass: posixGroup objectClass: sambaGroupMapping gidNumber: 515 cn: Domain Computers sambaSID: S-1-2-33-4444444444-5555555555-6666666666-515 sambaGroupType: 2 displayName: Domain Computers description: Domain Computers
dn: cn=Administrators,ou=Groups,dc=foobar,dc=tld objectClass: posixGroup objectClass: sambaGroupMapping gidNumber: 544 cn: Administrators sambaSID: S-1-2-33-4444444444-5555555555-6666666666-544 sambaGroupType: 5 displayName: Administrators description: Administrators
dn: cn=Account Operators,ou=Groups,dc=foobar,dc=tld objectClass: posixGroup objectClass: sambaGroupMapping gidNumber: 548 cn: Account Operators sambaSID: S-1-2-33-4444444444-5555555555-6666666666-548 sambaGroupType: 5 displayName: Account Operators description: Account Operators
dn: cn=Print Operators,ou=Groups,dc=foobar,dc=tld objectClass: posixGroup objectClass: sambaGroupMapping gidNumber: 550 cn: Print Operators sambaSID: S-1-2-33-4444444444-5555555555-6666666666-550 sambaGroupType: 5 displayName: Print Operators description: Print Operators
dn: cn=Backup Operators,ou=Groups,dc=foobar,dc=tld objectClass: posixGroup objectClass: sambaGroupMapping gidNumber: 551 cn: Backup Operators sambaSID: S-1-2-33-4444444444-5555555555-6666666666-551 sambaGroupType: 5 displayName: Backup Operators description: Backup Operators
dn: cn=Replicators,ou=Groups,dc=foobar,dc=tld objectClass: posixGroup objectClass: sambaGroupMapping gidNumber: 552 cn: Replicators sambaSID: S-1-2-33-4444444444-5555555555-6666666666-552 sambaGroupType: 5 displayName: Replicators description: Replicators
Import the LDIF
# slapadd -v -l foobar.ldif added: "dc=foobar,dc=tld" (00000001) added: "cn=Manager,dc=foobar,dc=tld" (00000002) added: "cn=syncuser,dc=foobar,dc=tld" (00000003) added: "cn=sambaadmin,dc=foobar,dc=tld" (00000004) added: "cn=mailadmin,dc=foobar,dc=tld" (00000005) added: "ou=Users,dc=foobar,dc=tld" (00000006) added: "ou=People,ou=Users,dc=foobar,dc=tld" (00000007) added: "ou=Computers,ou=Users,dc=foobar,dc=tld" (00000008) added: "ou=Groups,dc=foobar,dc=tld" (00000009) added: "ou=Domains,dc=foobar,dc=tld" (0000000a) added: "sambaDomainName=FOOBAR.TLD,ou=Domains,dc=foobar,dc=tld" (0000000b) added: "cn=Domain Admins,ou=Groups,dc=foobar,dc=tld" (0000000c) added: "cn=Domain Users,ou=Groups,dc=foobar,dc=tld" (0000000d) added: "cn=Domain Guests,ou=Groups,dc=foobar,dc=tld" (0000000e) added: "cn=Domain Computers,ou=Groups,dc=foobar,dc=tld" (0000000f) added: "cn=Administrators,ou=Groups,dc=foobar,dc=tld" (00000010) added: "cn=Account Operators,ou=Groups,dc=foobar,dc=tld" (00000011) added: "cn=Print Operators,ou=Groups,dc=foobar,dc=tld" (00000012) added: "cn=Backup Operators,ou=Groups,dc=foobar,dc=tld" (00000013) added: "cn=Replicators,ou=Groups,dc=foobar,dc=tld" (00000014)
Update the permissions for LDAP
# chown -R ldap.ldap /data/openldap/
Set the password for samba
# smbpasswd -w SambaAdmin Setting stored password for "cn=sambaadmin,dc=foobar,dc=tld" in secrets.tdb
smbldap-tools Setup
smbldap.conf
SID="S-1-2-33-4444444444-555555555-6666666666"
sambaDomain="FOOBAR.TLD"
slaveLDAP=127.0.0.1
slavePort="389"
masterLDAP="127.0.0.1"
masterPort="389"
ldapTLS="0"
verify=""
cafile=""
clientcert=""
clientkey=""
suffix="dc=foobar,dc=tld"
usersdn="ou=People,ou=Users,${suffix}"
computersdn="ou=Computers,ou=Users,${suffix}"
groupsdn="ou=Groups,${suffix}"
idmapdn="ou=Idmap,${suffix}"
sambaUnixIdPooldn="sambaDomainName=FOOBAR.TLD,ou=Domains,${suffix}"
scope="sub"
hash_encrypt="MD5"
crypt_salt_format=""
userHome="/data/home/%U"
userHomeDirectoryMode="700"
userGecos="System User"
defaultUserGid="513"
defaultComputerGid="515"
skeletonDir="/etc/skel"
defaultMaxPasswordAge="45"
userSmbHome="\\bar\%U"
userProfile="\\bar\profiles\%U"
userHomeDrive="H:"
userScript="logon.bat"
mailDomain="foobar.tld"
with_smbpasswd="0"
smbpasswd="/usr/bin/smbpasswd"
with_slappasswd="0"
slappasswd="/usr/sbin/slappasswd"
# comment out the following line to get rid of the default banner
# no_banner="1"
smbldap_bind.conf
slaveDN="cn=sambaadmin,dc=foobar,dc=tld" slavePw="SambaAdmin" masterDN="cn=sambaadmin,dc=foobar,dc=tld" masterPw="SambaAdmin"
Start Services
# rcsmb start # rcnmb start # rcldap start # rcwinbind start
Adding initial Users
# smbldap-useradd -m -a root # smbldap-passwd root Changing password for root New password : Retype new password # smbpasswd -a New SMB password: Retype new SMB password: Added user root. # smbldap-groupmod -m root Domain\ Admins adding user root to group Domain Admins
LAM (LDAP Accounts Manager) Setup
First we need to edit the LAM general settings and define our master password
# mv /srv/www/htdocs/lam/config/config.cfg_sample /srv/www/htdocs/lam/config/config.cfg # touch /srv/www/htdocs/lam/config/lam.conf # chown wwwrun:www /srv/www/htdocs/lam/config/lam.conf
This creates our config with the right permissions and sets the default password for the LAM interface to "lam", we will change this soon.
lam.conf
# LDAP Account Manager configuration
serverURL: ldap://localhost:389
admins: cn=Manager,dc=foobar,dc=tld
# password to change these preferences via webfrontend (default: lam)
passwd: {SSHA}RjBruJcTxZEdcBjPQdRBkDaSQeY= iueleA==
treesuffix: dc=foobar,dc=tld
# default language (a line from config/language)
defaultLanguage: en_GB.utf8:UTF-8:English (Great Britain)
# Path to external Script
scriptPath:
# Server of external Script
scriptServer:
# Access rights for home directories
scriptRights: 750
# Number of minutes LAM caches LDAP searches.
cachetimeout: 5
# Module settings
modules: posixAccount_minUID: 10000
modules: posixAccount_maxUID: 20000
modules: posixAccount_minMachine: 10000
modules: posixAccount_maxMachine: 20000
modules: posixGroup_minGID: 10000
modules: posixGroup_maxGID: 20000
modules: posixGroup_pwdHash: SSHA
modules: posixAccount_pwdHash: SSHA
# List of active account types.
activeTypes: user,group,host,smbDomain
types: suffix_user: ou=People,dc=foobar,dc=tld
types: attr_user: #uid;#givenName;#sn;#uidNumber;#gidNumber
types: modules_user: inetOrgPerson,posixAccount,shadowAccount,sambaSamAccount
types: suffix_group: ou=group,dc=foobar,dc=tld
types: attr_group: #cn;#gidNumber;#memberUID;#description
types: modules_group: posixGroup,sambaGroupMapping
types: suffix_host: ou=machines,dc=foobar,dc=tld
types: attr_host: #cn;#description;#uidNumber;#gidNumber
types: modules_host: account,posixAccount,sambaSamAccount
types: suffix_smbDomain: ou=domains,dc=foobar,dc=tld
types: attr_smbDomain: sambaDomainName:Domain name;sambaSID:Domain SID
types: modules_smbDomain: sambaDomain
SWAT (Samba Web Administration Tool)
swat has already been installed, but is disabled. To enable it, edit the file swat located in /etc/xinetd.d/ as follows:
# SWAT is the Samba Web Administration Tool.
service swat
{
socket_type = stream
protocol = tcp
wait = no
user = root
server = /usr/sbin/swat
only_from = 127.0.0.1
log_on_failure += USERID
}
MySQL
Mysql is part configured for us by YaST, but we need to finish it off.
# rcmysql start Creating MySQL privilege database... Installing MySQL system tables... OK Filling help tables... OK PLEASE REMEMBER TO SET A PASSWORD FOR THE MySQL root USER ! To do so, start the server, then issue the following commands: /usr/bin/mysqladmin -u root password 'new-password' /usr/bin/mysqladmin -u root -h bar.foobar.tld password 'new-password' ...... # /usr/bin/mysqladmin -u root -h bar.foobar.tld password 'secret' # /usr/bin/mysqladmin -u root password 'secret'
I reverse the password commands, as if you do them as mysql says the first command works, but the second errors (because you aren't providing the pass you just set) and you have to manually edit the table to fix!
# /usr/bin/mysqladmin -u root -h bar.foobar.tld password 'secret' /usr/bin/mysqladmin: connect to server at 'bar.foobar.tld' failed error: 'Host 'bar.foobar.tld' is not allowed to connect to this MySQL server' |
|
Apache
Helpfully apache is preconfigured for us by YaST, so all we need to do is start it :)
# rcapache2 start
CUPS (Common UNIX Printing System)
Dynamic DNS Setup
Preconfiguration Setps
To be able to create our dynDNS infrastructure we need to do a few things before actually configuring both DHCP and DNS servers for dynamic updates. First we need to create a key that will be used for secure communication between DHCP and DNS server.
To create the key and file that hold the key declaration issue following command:
# cd /etc # genDDNSkey
This will by default create a file named named.keys with key DHCP_UPDATER, of course you can choose a different key and file by issuing ( for other options read help pages ):
# genDDNSkey --key-file=/ur/path --key-name MY_KEY_NAME
Once the key has been created, you need to tell both DHCP and DNS daemons to use this file since they both run in chroot jail.
Using your favorite ascii editor, edit dhcpd file in /etc/sysconfig directory and modify or add following directives:
DHCPD_INTERFACE="eth0"
Now you can move on towards configuring your DHCP and DNS servers.
DHCP Setup
Using your favorite ascii editor, edit dhcpd.conf file in /etc directory and modify or add these lines to it ( i recommend you to build dhcpd.conf file from scratch ). Also the IP address scheme, values are arbitrary, you will set these to reflect your network scheme:
# File with key we shall use to securely update zone files ########################################################### include "/etc/named.keys";
# Our server is authority ######################################################### server-identifier bar.foobar.tld; authoritative;
# Zone specification ########################################### zone foobar.forward { primary 192.168.1.104; key DHCP_UPDATER; } zone foobar.reverse { primary 192.168.1.104; key DHCP_UPDATER; }
# Various options ######################################## default-lease-time 86400; max-lease-time 172800;
option domain-name "foobar.tld"; option domain-name-servers 192.168.1.104; option netbios-name-servers 192.168.1.104;
ignore client-updates; ddns-domainname "foobar.tld"; ddns-updates on; ddns-update-style interim;
# Declaration of network properties ( range ... ) ################################################# subnet 192.168.1.0 netmask 255.255.255.0 { range dynamic-bootp 192.168.1.10 192.168.1.254; zone foobar.tld { primary 127.0.0.1; key DHCP_UPDATER; } zone 1.168.192.in-addr.arpa. { primary 127.0.0.1; key DHCP_UPDATER; } option subnet-mask 255.255.255.0; option routers 192.168.1.1; one-lease-per-client on; }
Above configuration allows for range between 1 - 10 that are reserved for hard-wired IP addresses, and range allotted for dynamic assignment is set from 10 - 254.
Name Server Setup
Using your favorite ascii editor, edit named.conf file in /etc directory and modify or add these lines to it ( i recommend you to build named.conf file from scratch ). Also as in the example of DHCP above, values and ranges are arbitrary and you will set them to values u desire.
# Include file with key ################################################# include "/etc/named.keys";
# Access Control Lists ################################################# acl mynet { 192.168.1.0/24; 127.0.0.1; };
# Various Options ################################################# options { directory "/var/lib/named"; allow-query { mynet; }; forwarders { 83.139.64.3; }; };
# Misc zone declarations ################################################# zone "localhost" in { type master; file "localhost.zone"; };
zone "0.0.127.in-addr.arpa" in { type master; file "127.0.0.zone"; };
zone "." in { type hint; file "root.hint"; };
# Forward foobar.tld zone declaration ################################################# zone "foobar.tld" { type master; file "dyn/foobar.forward"; allow-update { key DHCP_UPDATER; }; allow-transfer { mynet; }; check-names ignore; };
# Active Directory Declarations ############################################# zone "_tcp.foobar.tld" IN { type master; file "master/_tcp.foobar.tld.db"; allow-update { mynet; }; check-names ignore; };
zone "_msdcs.foobar.tld" IN { type master; file "master/_msdcs.foobar.tld.db"; allow-update { mynet; }; check-names ignore; };
zone "_sites.foobar.tld" IN { type master; file "master/_sites.foobar.tld.db"; check-names ignore; allow-update { mynet; }; };
zone "_udp.foobar.tld" IN { type master; file "master/_udp.foobar.tld.db"; check-names ignore; allow-update { mynet; }; };
# Reverse foobar.tld zone declaration ################################################# zone "1.168.192.in-addr.arpa" { type master; file "dyn/foobar.reverse"; allow-update { key DHCP_UPDATER; }; allow-transfer { mynet; }; };
Now once you have made named.conf file, you must setup/create actual zone files.
Using your favorite ascii editor, create foobar.forward file in /var/lib/named/dyn directory and modify or add these lines to it ( i recommend you to build foobar.forward file from scratch ).
$ORIGIN .
$TTL 5D
foobar.tld IN SOA bar.foobar.tld. root.foobar.tld. (
200524085 ; serial
3H ; refresh
1H ; retry
1W ; expire
5D ) ; minimum
NS bar.foobar.tld.
A 192.168.1.104
$ORIGIN foobar.tld.
$TTL 5D
bar A 192.168.1.104
Using your favorite ascii editor, create foobar.reverse file in /var/lib/named/dyn directory and modify or add these lines to it ( i recommend you to build foobar.reverse file from scratch ):
$TTL 5D
@ IN SOA bar.foobar.tld. root.foobar.tld. (
200524086 ; serial
3H ; refresh
1H ; retry
1W ; expire
5H ) ; minimum
@ NS bar.foobar.tld.
104 PTR bar.foobar.tld.
Both zone files for localhost are by default created so you need not recreating them, the root.hint is included by default aswell.
Next we need to create the basis of the Active Directory Schema.
Using your favorite ascii editor, create _tcp.foobar.tld.db file in /var/lib/named/master directory and modify or add these lines to it ( i recommend you to build _tcp.foobar.tld.db file from scratch ):
$ORIGIN .
$TTL 432000 ; 5 days
_tcp.foobar.tld IN SOA bar.foobar.tld. root.foobar.tld. (
200524091 ; serial
10800 ; refresh (3 hours)
3600 ; retry (1 hour)
604800 ; expire (1 week)
432000 ; minimum (5 days)
)
IN NS bar.foobar.tld.
$ORIGIN _tcp.foobar.tld.
$TTL 600 ; 10 mins
_ldap._tcp.foobar.tld. SRV 0 0 389 bar.foobar.tld.
_kerberos._tcp.foobar.tld. SRV 0 0 88 bar.foobar.tld.
Using your favorite ascii editor, create _udp.foobar.tld.db file in /var/lib/named/master directory and modify or add these lines to it ( i recommend you to build _udp.foobar.tld.db file from scratch ):
$ORIGIN .
$TTL 432000 ; 5 days
_udp.foobar.tld IN SOA bar.foobar.tld. root.foobar.tld. (
200524090 ; serial
10800 ; refresh (3 hours)
3600 ; retry (1 hour)
604800 ; expire (1 week)
432000 ; minimum (5 days)
)
IN NS bar.foobar.tld.
$ORIGIN _udp.foobar.tld.
$TTL 600 ; 10 mins
Using your favorite ascii editor, create _sites.foobar.tld.db file in /var/lib/named/master directory and modify or add these lines to it ( i recommend you to build _sites.foobar.tld.db file from scratch ):
$ORIGIN .
$TTL 432000 ; 5 days
_sites.foobar.tld IN SOA bar.foobar.tld. root.foobar.tld. (
200524090 ; serial
10800 ; refresh (3 hours)
3600 ; retry (1 hour)
604800 ; expire (1 week)
432000 ; minimum (5 days)
)
IN NS bar.foobar.tld.
$ORIGIN _sites.foobar.tld.
$TTL 600 ; 10 mins
Using your favorite ascii editor, create _msdcs.foobar.tld.db file in /var/lib/named/master directory and modify or add these lines to it ( i recommend you to build _msdcs.foobar.tld.db file from scratch ):
$ORIGIN .
$TTL 432000 ; 5 days
_msdcs.foobar.tld IN SOA bar.foobar.tld. root.foobar.tld. (
200524091 ; serial
10800 ; refresh (3 hours)
3600 ; retry (1 hour)
604800 ; expire (1 week)
432000 ; minimum (5 days)
)
IN NS bar.foobar.tld.
$ORIGIN _msdcs.foobar.tld.
$TTL 600 ; 10 mins
_ldap._tcp.dc._msdcs.foobar.tld. SRV 0 0 389 bar.foobar.tld.
_kerberos._tcp.dc._msdcs.foobar.tld. SRV 0 0 88 bar.foobar.tld.
ClamAV
Setting up content checking in SAMBA is a bit screwy and requires some modifications done. So first copy the vscan-clamav.conf file from /usr/share/doc/packages/samba-vscan/ directory to /etc/samba directory:
# cp /usr/share/doc/packages/samba-vscan/vscan-clamav.conf /etc/samba
Now create directory named clamd in /var/run directory and change it's ownership to user and group vscan:
# mkdir /var/run/clamd # chown vscan:vscan /var/run/clamd
Also we need to create directory which will be used as quarantine and give ownership to vscan user:
# mkdir /var/lib/clamav/quarantine # chown vscan /var/lib/clamav/quarantine
Finally we need to create the log file clamd.log in /var/log.
# touch /var/log/clamd.log # chown vscan:vscan /var/log/clamd.log
Using your favorite ascii editor, create vscan-clamav.conf file in /etc/samba directory and modify or add these lines to it ( i recommend you to build vscan-clamav.conf file from scratch ):
[samba-vscan] max file size = 0 verbose file logging = yes scan on open = yes scan on close = yes deny access on error = yes deny access on minor error = yes send warning message = yes infected file action = quarantine quarantine directory = /var/lib/clamav/quarantine quarantine prefix = vir- max lru files entries = 100 lru file entry lifetime = 5 exclude file types = clamd socket name = /var/run/clamd/clamd libclamav max files in archive = 1000 libclamav max archived file size = 10 * 1048576 libclamav max recursion level = 5
Using your favorite ascii editor, create clamd.conf file in /etc/ directory and modify or add these lines to it ( i recommend you to build clamd.conf file from scratch ):
LogFile /var/log/clamd.log LogFileUnlock LogSyslog LogFacility LOG_MAIL LogVerbose PidFile /var/lib/clamav/clamd.pid DatabaseDirectory /var/lib/clamav LocalSocket /var/run/clamd/clamd FixStaleSocket User vscan Foreground Debug
Bacula
Bacula Server Config
| In Progress, will come back to this later.... |
Firstly to simply tracking our configs betwen multiple servers
# mkdir /etc/bacula-conf
Using your favorite ascii editor, create bacula-dir.conf file in /usr/local/bacula/bin/ directory and modify or add these lines to it ( i recommend you to build bacula-dir.conf file from scratch ):
@|"sh -c 'for f in /etc/bacula-conf/*.conf ; do echo @${f} ; done'"
This complicated looking line tells bacula to include all .conf files in /etc/bacula-conf/
Now we can create our Backup configs
PDC Bacula Client Config
Old Server Setup
Now lets check our config for syntactical correctness, you should get an output as shown below:
# testparm Load smb config files from /etc/samba/smb.conf Processing section "[homes]" Processing section "[printers]" Processing section "[netlogon]" Processing section "[profiles]" Processing section "[share]" Loaded services file OK. Server role: ROLE_DOMAIN_PDC Press enter to see a dump of your service definitions
Now give Samba permission to create roaming profile directories:
# chmod 1777 /var/lib/samba/profiles
And list resources on your server:
# smbclient -L localhost -N added interface ip=192.168.1.104 bcast=192.168.1.255 nmask=255.255.255.0 Anonymous login successful Domain=[FOOBAR.TLD] OS=[Unix] Server=[Samba 3.0.12-5-SUSE]
Sharename Type Comment --------- ---- ------- profiles Disk Roaming Profiles share Disk share IPC$ IPC IPC Service (Samba 3.0.12-5-SUSE) ADMIN$ IPC IPC Service (Samba 3.0.12-5-SUSE) Anonymous login successful Domain=[FOOBAR.TLD] OS=[Unix] Server=[Samba 3.0.12-5-SUSE]
Server Comment --------- ------- BAR Samba 3.0.12-5-SUSE
Workgroup Master --------- ------- FOOBAR.TLD BAR
You will probably get a result like this first if you are using a host.domain.tld setup.
# smbclient -L localhost -N Error connecting to 127.0.0.1 (Connection refused) Connection to localhost failed (Error NT_STATUS_CONNECTION_REFUSED) To resolve this either carry on this howto, and retry once dns and dhcp are configured, or as a quick fix edit the file hosts in /etc/ as follows: # IP-Address Full-Qualified-Hostname Short-Hostname # 127.0.0.1 localhost bar.foobar.tld 127.0.0.2 bar.foobar.tld bar 10.10.1.1 bar.foobar.tld bar foobar.tld In this case please reboot your server and retest the "smbclient -L localhost -N" command. |
OpenLDAP Setup
In order to get system to authenticate via LDAP and to use those posix accounts stored in LDAP for SAMBA, you need to set you system to do authetication via LDAP for local and remote connections.
So use YaST to configure your system as LDAP client:
Once you've got that covered, use your favorite ascii editor, edit nsswitch.conf file in /etc/ directory and modify or add following directive:
passwd: files ldap group: files ldap
Now list entries in administrative database to see if your system indeed sees both local system and LDAP stored accounts ( if you havent added any account yet there should be at least two Admin and nobody, i have included only the two even though the command will output all accounts ):
# getent passwd +::0:0::: Admin:x:998:512:Netbios Domain Administrator:/home/Admin:/bin/false nobody:x:999:514:nobody:/dev/null:/bin/false
If everything is set as descried above you need to configure PAM.
# pam-config -a --mkhomedir --mkhomedir-skel=/etc/skel --mkhomedir-umask=0022
This will add the required modules, but they are set to optional. Edit the file common-session in /etc/pam.d/ and change
session optional pam_mkhomedir.so umask=0022 skel=/etc/skel
to
session required pam_mkhomedir.so umask=0022 skel=/etc/skel
remark : If you use a domain name like "mycorp.net" on OpenSUSE 10.3 you need to modify the /etc/ldap.conf file like this :
Start Services
Start all daemons:
# rcnamed start # rcdhcpd start # rcldap start # rcsmb start # rcnmb start # rcclamd start # rcmysql start # rcapache2 start # rcbacula-fd start # rcbacula-dir start # rcbacula-sd start
Make all daemons run by default on machine startup:
# chkconfig named on # chkconfig dhcpd on # chkconfig smb on # chkconfig nmb on # chkconfig clamd on # chkconfig ldap on # chkconfig mysql on # chkconfig apache2 on # chkconfig freshclam on # chkconfig bacula-fd on # chkconfig bacula-sd on # chkconfig bacula-dir on
Domain Config
| This stage requires the use of the microsoft utility Poledit.exe You will need access to a windows 2000 machine to proceed (I ended up installing a copy of win2k in a vmware virtual machine as Poledit kept randomly crashing on the XP SP2 machines.) |
Client Setup
Joining the Domain
Setting up client to connect to domain is not that hard, assuming that all of you services work in sweet harmony ( let's come together right now, oh yeah in sweeeet harmony ).
Ok, let's commence our journey of joining a client workstation to SAMBA domain. The machine account should be added to domain automatically by default, but if it doesnt you will need to add POSIX machine account for it first ( Note that $ is there for a reason, and it specifies that the account is a machine account.):
# smbldap-useradd -w machine_name$
Now on your windows workstation, right click My Computer and choose Properties, you should be presented with a panel like this:
Now press Properties button and you will get a panel like this:
Click on radio button of Domain and type in domain name foobar.tld, now press Ok button and you will be presented with a panel like this:
Add username Administrator and password for it ( remember smbpasswd -a root ). If you configured everything well you should get a popup like this:
Image:Welcome.jpg
Press Ok and reboot your workstation, once booted login to domain with user account you added with smbldap-useradd script.
Bacula Win32 Client
Appendixes
List of configuration files
/data/openldap/DB_CONFIG /etc/dhcpd.conf /etc/ldap.conf /etc/my.cnf /etc/named.conf /etc/named.keys /etc/openldap/slapd.conf /etc/samba/smb.conf /etc/smbldap-tools/smbldap.conf /etc/smbldap-tools/smbldap_bind.conf /srv/www/htdocs/lam/config/lam.conf /usr/local/bacula/bin/bacula-dir.conf /usr/local/bacula/bin/bacula-fd.conf /usr/local/bacula/bin/bacula-sd.conf /usr/local/bacula/bin/bconsole.conf /var/lib/named/dyn/foobar.forward /var/lib/named/dyn/foobar.reverse /var/lib/named/master/_sites.foobar.tld.db /var/lib/named/master/_msdcs.foobar.tld.db /var/lib/named/master/_tcp.foobar.tld.db /var/lib/named/master/_udp.foobar.tld.db
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