Document last modified 08/06/2004, 4:45pm - see bottom for details

For latest version of this page please see: http://bio.fsu.edu/~sysalex/freebsd-mail-server.htm

Installing FreeBSD 4.10 mail server with mailscanner 4.x, spamassassin, ssl/tls pop, pine, and webmail (IMP) via imap (not ssl-imap so imap from localhost only).

Note 0: This page simply reflects the procedure I use to build my mail servers. I have 15 years experience with FreeBSD but I’m sure that I’m still doing some things poorly. If you notice any errors or have any suggestions for changes to this page I would like to hear them. You can email me at astuy@bio.fsu.edu.

Note 1: You will need to request a webmail.<your_domain_name> alias for your mail servers ip address from whom ever handles your ip registration.

Note 2 : I use the terms “folder” and “directory”. They mean the same thing. Also terms placed in <>’s are usually variables, meaning don’t type in the <>’s. The exception to this is the httpd.conf file.

Note 3 : I’ll be adding special notes for those rebuilding a current FreeBSD box. These notes will be in red. I should state that by rebuilding I mean use new or different hardware to create an updated version of an old server. Change the hostname on the old box or new box during the build process. I change the hostname on the new box till I’m done then change it to the true server name after I’ve tested it to make sure that everything is working. Then I rebuild the old box to be exactly the same as the new box and keep it in case the new one dies. This way I always have a backup mail server ready to go with the exact same versions of all software. The config files that contain hostname are: /etc/rc.conf, /etc/hosts.allow, /usr/local/etc/apache/httpd.conf, /usr/local/www/phpmyadmin/config.inc.php and /var/MailScanner/etc/MailScanner.conf. I register backup server names (webmail2.bio.fsu.edu, bio2.bio.fsu.edu) so that I can test the server while I’m rebuilding)

Install FreeBSD v4.10. I usually do a “Average user, binaries and docs only”, no xwindows. If you haven’t installed freebsd before instructions are at:

http://www.freebsd.org/doc/en_US.ISO8859-1/books/handbook/index.html.

I usually just download the floppies (kern.flp and mfsroot.flp), boot from kern.flp and go from there to install via network interface. Be sure to use fdimage to create your floppies.

Don’t install ports when asked. I download the latest from the link on the FreeBSD website to make sure I get latest version. Is this the same as answering “yes” when asked whether to install ports or do you get the ports collection as it was when the version 4.10 of FreeBSD was released? If someone knows the answer please enlighten me.

Add Bash v2.x, GCC 2.95 and no-login when asked if you want to install additional software (packages).

If you didn’t include sources in your initial install, use /stand/sysinstall and choose Configure->Distributions->src to download sources for everything (ALL).

Recompile the kernel to get rid of all the stuff it contains you don’t need. This cuts my kernel size to less than half it’s previous size. Directions for recompiling the kernel are at

http://www.freebsd.org/doc/en_US.ISO8859-1/books/handbook/kernelconfig-building.html

and here’s a link to my “KERNCONF” file. Note that yours will almost certainly be different. You’ll definitely want to look at cpu type and ethernet card, mine is set for pentium >= II and Intel EtherExpress Pro. Other than that it’s a standard pc with one floppy drive, hard drives on both channels and no cd. Note: If you remove the inet6 stuff from the kernel you’ll want to comment out the “0 DaemonPortOptions=Name=Ipv6, Family=inet6, Modifiers=0” line in /etc/mail/sendmail.cf.

Basic procedure for building and installing new kernel is:

- cd to /usr/src/sys/i386/conf

- cp GENERIC to <your host name in caps>

- edit <your host name in caps> to reflect your hardware

- cd to /usr/src and run “make buildkernel KERNCONF=<your host name in caps>

- cp /kernel /kernel.ORIG

- run “make installkernel KERNCONF=<your hostname in caps>

- reboot to use new kernel (run “shutdown –r now”)

Download latest ports.tar.gz and install it by moving the file to /usr, gunzipping and untarring it.

Make a directory for installing stuff. I use /usr/install thus “mkdir /usr/install”

Cd to /etc, copy rc.conf rc.conf.ORIG and edit rc.conf. Add

inetd_enable = “YES”

Copy hosts.allow hosts.allow.ORIG and edit hosts.allow to make one much more secure. I only allow ssh from inside FSU and certain outside ip’s. I allow pop from anywhere. I allow anything from localhost (includes imap). I allow finger from inside biology. I deny all else. So mine looks like:

# hosts.allow access control file for "tcp wrapped" applications.

# $FreeBSD: src/etc/hosts.allow,v 1.8.2.3 2000/07/20 15:17:44 ume Exp $

# NOTE: The hosts.deny file is deprecated.

# Place both 'allow' and 'deny' rules in the hosts.allow file.

# See hosts_options(5) for the format of this file.

# hosts_access(5) no longer fully applies.

# Prevent those with no reverse DNS from connecting.

ALL : PARANOID : RFC931 20 : deny

# Prevent unregistered IP’s from connecting.

#ALL : UNKNOWN : RFC931 20 : deny

# Allow anything from localhost. Note that an IP address (not a host

# name) *MUST* be specified for portmap(8).

# This also allows imap from localhost for IMP

ALL : localhost 127.0.0.1 : allow

# Allow qpopper and sendmail from anywhere

popper : ALL : allow

qpopper : ALL : allow

sendmail : ALL : allow

# Allow finger from inside biology

fingerd : .bio.fsu.edu : allow

fingerd : ALL : deny

# Allow ssh from .fsu.edu

sshd : .fsu.edu : allow

# Allow SSH from select IP's

sshd : 128.128.171.231 128.128.171.191 .micske01.fl.comcast.net .mkethn01.fl.comcast.net .tharpe01.fl.comcast.net
.aby.bellsouth.net .bbridg01.fl.comcast.net tschinkel.electronet.net : allow

# Deny all else

ALL : ALL : deny

(FreeBSD Server Rebuild?: just scp hosts.allow from old box instead and change the local hostname if necessary).

Copy /etc/hosts /etc/hosts.ORIG and edit /etc/hosts. Change the “my.domain” in localhost.my.domain (2 places) to your domain name (ex “localhost.bio.fsu.edu).

(FreeBSD Server Rebuild?: If I’m rebuilding a system this is where I copy over the user accounts and data. I usually just copy and paste the entry’s from both the passwd and master.passwd to the same files on the new system using: ssh shell on a windows box, vi and copy and paste. Then run vipw, make a meaningless change and quit, which rebuilds the database.).

Install newer Perl

The version of perl that comes with FreeBSD 4.7 and earlier (and maybe later) doesn’t support all we want to do. So we have to change to version 5.6.

Cd to /usr/ports/lang/perl5 and install with a “make install”. After install type “perl –v”, you’ll notice it’s still the old version. Fix this with “/usr/local/bin/use.perl port”. Now “perl –v” should report back the new version.

Install cclient

Cd to /usr/ports/mail/cclient and run “make WITH_SSL_AND_PLAINTEXT=true install”

Install imap-uw

Cd to /usr/ports/mail/imap-uw and run “make WITH_SSL_AND_PLAINTEXT=true install”

Install Pine (my users insist, leave this off if you can)

Cd to /usr/ports/mail/pine4 and run “make install”.

Install apache-modssl

Cd to /usr/ports/www/apache13-modssl and run “make install”.

If you had a previous version of httpd.conf you will want to enable any special options you had in the new httpd.conf. I usually run a diff between the new file and old file to spot any differences.

Generate a certificate for your webserver by running the following commands (which can be downloaded as script here (usage: “mkwebcerts <your host name>”)) :

openssl genrsa -out <your host name>.key 1024

openssl req -new -key <your host name>.key -out <your host name>.csr

openssl x509 -req -days 3650 -in <your host name>.csr –signkey <your host name>.key -out <your host name>.crt

When asked for “Common Name” enter the FQDN you registered for your webmail server (ie. webmail.<your domain name>). The other questions the common sense answer is correct. When asked for a password or passphrase just hit enter (each time).

Move the resulting .crt and .key files to /usr/local/etc/apache. Chown them to www:www and chmod them to 550.

(FreeBSD Server Rebuild?: just scp the .crt and .key files from your old machine to the new box).

Edit httpd.conf and change

ServerName <your host name>

ServerAdmin <your email address>

SSLCertificateFile /usr/local/etc/apache/<your host name>.crt

SSLCertificateKeyFile /usr/local/etc/apache/<your host name>.key

Here’s a couple of hints for those of you new to apache.

The default install of apache does not have cgi-scripts enabled. To enable cgi scripts:

Change the “None” in Options to “ExecCGI” in the cgi-bin entry as follows.

AllowOverride None

Options ExecCGI

Order allow,deny

Allow from all

</Directory>

and uncomment

AddHandler cgi-script .cgi

(FreeBSD Server Rebuild?: don’t just copy over the httpd.conf file from your old box. Copy it over with a different name then run diff between you old one and your new one and add in the things needed from the old one to the new one. Ignore the php stuff for now.

Install MySQL (server and client)

Cd to /usr/ports/databases/mysql323-server and run “make install”. This will install both server and client.

Copy over users and data from previous system (if applicable)

Make sure you’ve copied over your users (password files /etc/passwd and /etc/master.passwd) and rebuilt the user database (vipw). Then tar up any data (/usr/local/www, /home, etc) on the old box and move it to the new box and untar. The root www directory on the box we are building will be /usr/local/www/data.

Install php4

Cd to /usr/ports/lang/php4 and run “make install”. On the options screen if you compiled your kernel w/o IP6 support, remove it here as well.

Cd to /usr/ports/lang/php4-extensions and run “make install”. On the options screen, leave the defaults all ready checked checked and add:

DOMXML, FTP, GETTEXT, IMAP, MCAL, MCRYPT, OpenLDAP, OpenSSL, PSPELL and XML. Use the default options on any dependencies.

After install cd to /usr/local/etc and copy php.ini-recommended to php.ini and php.ini.ORIG. Edit php.ini and change

upload_max_filesize = 30M # max upload file size in webmail

memory_limit = 30M ; Maximum amount of memory a script may consume (8MB)

Cd to /usr/ports/sysutils/pear-Log and run “make install”.

Check to make sure that the php install added the php application code to your /usr/local/etc/apache/httpd.conf file. The chunk of code it was susposed to add is:

AddType application/x-httpd-php3 .php3

AddType application/x-httpd-php3-source .php3s

</IfModule>

AddType application/x-httpd-php .php

AddType application/x-httpd-php-source .phps

</IfModule>

and it goes right under the

LanguagePriority en da nl et fr de el it ja kr no pl pt pt-br ru ltz ca es sv tw

</IfModule>

block of code. If it didn’t put it in (and it usually doesn’t) go ahead an paste it in. Also you’ll want to add index.php to the list of index pages under the DirectoryIndex section if it didn’t get added. I use both php and shtml so mine looks like:

DirectoryIndex index.php index.php3 index.shtml index.html index.htm

</IfModule>

DirectoryIndex index.php3 index.shtml index.html index.htm

</IfModule>

DirectoryIndex index.php index.shtml index.html index.htm

</IfModule>

DirectoryIndex index.shtml index.html index.htm

</IfModule>

Install phpMySqlAdmin

Download latest version from http://www.phpmyadmin.net. There is no install as such for this, just unzip and untar the contents to /usr/local/www/data/<folder name>. Most people use phpMyAdmin as the folder name, so I used something else. Chown the folder to www:www with “chown –R www:www <folder name>”. Go into this folder and copy config.inc.php config.inc.php.ORIG. Edit config.inc.php and change

$cfg['PmaAbsoluteUri'] = 'http://<your host name>/<phpMyAdmin folder>';

OK reboot with a shutdown –r now and when it comes back up launch a browser on a computer somewhere and go to http://<your host name>/<phpMyAdmin folder>. The phpmyadmin page should load. Click on privileges and delete all the users except root on localhost (2 any’s and a root at machine name). Edit the root at localhost user and set a password. Reload the mysql server. At this point it should kick you out. Edit config.inc.php and put in your new password.

$cfg['Servers'][$i]['password'] = '<your password>'; // MySQL password

You should now be able to reload the phpmyadmin page. Chown config.inc.php to www:www and chmod it to 550.

Now we must protect the phpMyAdmin folder. I did this by editing /usr/local/etc/apache/httpd.conf and adding an entry for the directory that reads (for example purposes I’m using phpMyAdmin as the folder name and replaced the ip’s with X’s and Y’s):

Order Deny,Allow

Deny from all

Allow from XXX.XXX.XXX.XXX YYY.YYY.YYY.YYY

</Directory>

Check your config file with “apachectl configtest” and if OK restart apache with “apachectl restart”. You should now be able to load the phpMyAdmin page from only the ip’s you entered. Any other ip should return “Forbidden . . .”.

At this point I add a .htaccess userid and password to this folder as well. See the apache documentation for how to do this, http://httpd.apache.org/docs/howto/auth.html#basicworks.

(FreeBSD Server Rebuild?: Unless you have the latest version of phpmyadmin on your old box (unlikely) move your phpMyAdmin folder to somewhere safe and install latest version).

Install Qpopper

Download latest version from ftp://ftp.qualcomm.com/eudora/servers/unix/popper. I got qpopper4.0.5.tar.gz. Move this file to /usr/install and gunzip and untar it and cd into the resulting directory. The install procedure is

- ./configure –with-openssl

- make

- make install

- make clean

But qpopper has a bug in relation to recent versions of OpenSSL. So we have to enable the work arounds for known client bugs when qpopper calls OpenSSL functions. So before running the installation cd to the popper folder and copy pop_tls_openssl.c to pop_tls_openssl.c.ORIG. Edit pop_tls_openssl.c, about 35% into the file you’ll find:

* Set desired options

if ( pPOP->tls_options ) {

long opts = 0;

opts = SSL_CTX_set_options ( pTLS->m_OpenSSLctx, pPOP->tls_options );

DEBUG_LOG2 ( pPOP, "...set options %#0x; options now %#0lx",

pPOP->tls_options, opts );

}

Replace that with:

/* Enable all of OpenSSL's bug fixes -- this lets the Eudora/Qpopper */

/* combination work with recent versions of OpenSSL. */

SSL_CTX_set_options (pTLS->m_OpenSSLctx, SSL_OP_ALL);

You can also download a copy of the patched file from me here.

Make sure a diff on your edited version (or the one you downloaded from me) and the original file looks like:

beta# diff pop_tls_openssl.c pop_tls_openssl.c.ORIG

349,351c349,357

< /* Enable all of OpenSSL's bug fixes -- this lets the Eudora/Qpopper */

< /* combination work with recent versions of OpenSSL. */

< SSL_CTX_set_options (pTLS->m_OpenSSLctx, SSL_OP_ALL);

---

> /*

> * Set desired options

> */

> if ( pPOP->tls_options ) {

> long opts = 0;

> opts = SSL_CTX_set_options ( pTLS->m_OpenSSLctx, pPOP->tls_options );

> DEBUG_LOG2 ( pPOP, "...set options %#0x; options now %#0lx",

> pPOP->tls_options, opts );

> }

Now we configure, make and install with (don’t forget to cd back up a directory first):

./configure –with-openssl

make

make install

make clean

OK, now we want to make qpopper use tls/ssl pop. So cd to /usr/local/etc and make a directory called qpopper. Cd to this directory and edit a new file called qpopper.conf, insert

set tls-support = stls

set tls-server-cert-file = /etc/mail/certs/cert.pem

and save the file. Edit a file called qpopper-altport.conf and insert

set tls-support = alternate-port

set tls-server-cert-file = /etc/mail/certs/cert.pem

and save the file. In case you’re wondering, we’re going to make ssl/tls pop work on both the starndard port (110) and the alternate port (995). This makes setting up email clients (eudora, etc) that much more fool proof. And that’s a good thing.

Cd to /etc/mail and “mkdir certs”. Cd to certs and run

openssl req -new -nodes -out req.pem -keyout cert.pem

openssl genrsa -des3 -out ca.key 1024

openssl req -new -x509 -days 365 -key ca.key -out ca.crt

openssl x509 -req -CA ca.crt -CAkey ca.key -days 365 -in req.pem -out signed-req.pem -CAcreateserial

cp cert.pem cert.pem.ORIG

cat signed-req.pem >> cert.pem

This will ask you a bunch of questions, twice, most of which aren’t important. The only critical ones are

- for passwords or pass phrases enter the same thing each time

- for common name enter the fully qualified domain name of your machine

You can download the entire set of commands as a script here.

(FreeBSD Server Rebuild?: just scp cert.pem from you old box to your new box instead.)

Cd to /etc and copy inetd.conf inetd.conf.ORIG. Edit inetd.conf and change (add the pop3s line under your current pop3 line):

pop3 stream tcp nowait root /usr/local/sbin/popper qpopper -s -l 1 -p 4 -f /usr/local/etc/qpopper/qpopper.conf

pop3s stream tcp nowait root /usr/local/sbin/popper qpopper -s -l 2 -p 4 -f /usr/local/etc/qpopper/qpopper-altport.conf

imap4 stream tcp nowait root /usr/local/libexec/imapd imapd

Hup your inetd and you should now be able to pop into your email. Remember to add the certificate to your trusted certificates in eudora. For details see the bottom part of the page at: http://www.bio.fsu.edu/complabs/eudora.htm.

Note: The “-p 4” in the pop3 inetd lines enforces the use of ssl/tls pop. If you want to allow but not force ssl/tls pop remove the “-p 4” from the line(s).

Install uvscan

Get vbsd432l.tar.z from somewhere. Go to your /usr/install directory and do a “mkdir vbsd” and then “cd vbsd”. (Vbsd416l.tar.z doesn’t create it’s own directory when you untar it). Move the installer to the current directory. Gunzip the installer, and then untar it. Then run ./install-uvscan, accept all defaults.

Here’s where you run into problems with libc.so.3 (which doesn’t exist), so cd to /usr/lib and then “ln –s libc.so.4 libc.so.3”.

Install latest dat files by untarring them to a temp directory and from that directory run

“cp *.dat /usr/local/uvscan”

Run “/usr/local/uvscan/uvscan --version” to check the results.

Do a little work on sendmail

Cd to /etc/mail. Copy sendmail.cf sendmail.cf.ORIG. Edit sendmail.cf and change:

# load average at which we just queue messages

O QueueLA=24

# load average at which we refuse connections

O RefuseLA=36

Save sendmail.cf.

Edit a new file called access. You want to enable relaying from your domains. Mine looks like this.

fsu.edu RELAY

128.186 RELAY

146.201 RELAY

144.174 RELAY

evilspammer.com REJECT

Make the access database with “makemap hash access < access”. This creates a file called access.db.

If you receive mail for more than just your domain edit a new file called local-host-names and insert the domain names. Mine looks like this.

southernmatters.com

lakejacksonturtles.org

Edit /etc/mail/aliases and at least redirect root to an account you check. Also add any other aliases you want for your domain. Rebuild alias database with “newaliases”.

(FreeBSD Server Rebuild?: scp local-host-names from your old box to your new box. Paste any old aliases you had in /etc/mail/aliases into your new aliases file, copy over any alias files you had).

Install MailScanner

Cd to /usr/ports/mail/mailscanner and install with “make install”.

Create the MailScanner spool directories with

mkdir -p /var/spool/MailScanner/incoming

mkdir /var/spool/MailScanner/quarantine

mkdir /var/spool/mqueue.in

chgrp daemon /var/spool/MailScanner/*

chgrp daemon /var/spool/mqueue.in

cd to /usr/local/etc/MailScanner and copy MailScanner.conf to MailScanner.conf.ORIG. edit MailScanner.conf and change

%org-name% = <Your org name>

Expand TNEF = no

File Command = /usr/bin/file

Virus Scanners = mcafee

Still Deliver Silent Viruses = no

Allow IFrame Tags = yes

Quarantine Infections = no

Add Envelope From Header = no

Virus Subject Text = {Virus}

Filename Subject Text = {Filename}

Warning Is Attachment = no

Use SpamAssassin = yes

High Scoring Spam Actions = delete

#Enable Spam Bounce = %rules-dir%/bounce.rules

Always Include SpamAssassin Report = yes # You will probably want to disable this after testing

cd to /usr/local/etc/rc.d. Copy mta.sh.sample to mta.sh. edit mta.sh and change “mta=exim” to “mta=sendmail”. Copy mailscanner.sh.sample to mailscanner.sh.

edit /etc/rc.conf and set sendmail_enable="NO".

MailScanner should now be started when the system boots, but don’t reboot or try to start it yet. The following is FYI only at this point.

To start, stop or restart MailScanner manually, use

/usr/local/etc/rc.d/mailscanner.sh start/stop/restart

Install SpamAssassin

Cd to /usr/ports/mail/p5-Mail-SpamAssassin and install it with a “make install”.

Cd to /usr/ports/mail/pyzor and install with “make install”.

Ok now you can reboot. At this point you should have a fully functional mail server with MailScanner and SpamAssassin working, but no webmail, yet.

Install IMP (webmail)

Cd to /usr/ports/mail/imp3 and install with a “make WITHOUT_SSL=true install”. This will take quite a while as there are lots of dependencies so this is a good time to get a cup of your favorite beverage. Don’t fret about the WITHOUT_SSL, this means the connection from IMP to imap won’t be encrypted, which, since it’s on the same machine, is OK. The encryption will be handled by apache-modssl, which handles the connection from the machine to the end user.

Make sure the install added

# Horde's include directory

Include /usr/local/etc/horde

To the bottom of /usr/local/etc/apach/httpd.conf. If not add it.

and add

SSLRequire %{SSL_CIPHER_USEKEYSIZE} >= 128

SSLRequireSSL

</Directory>

directly underneath the

SSLOptions +StdEnvVars

</Directory>

block of code.

Configure httpd.conf for IMP and setup a redirect

Cd to /usr/local/etc/apache and copy httpd.conf to httpd.conf.BAK. Look for the virtual host section (near the bottom). Add a virtual host for redirecting to your encrypted web server. The only way I can get virtual hosts to work is to make all the sites on the server a virtual host so :

NameVirtualHost *

ServerAdmin webmaster@<your host name>

DocumentRoot /usr/local/www/data

ServerName <your host name>

ErrorLog /var/log/httpd-error.log

CustomLog /var/log/httpd-access.log common

</VirtualHost>

ServerAdmin webmaster@<your host name>

DocumentRoot /usr/local/www/redirect

ServerName webmail.<your domain name>

ErrorLog /var/log/httpd-redirect-error.log

CustomLog /var/log/httpd-redirect-access.log common

</VirtualHost>

Now we have to make the redirect actually happen so cd to /usr/local/www and make a directory called redirect. Inside that edit a file called index.html and put in:

<HTML>

<HEAD>

<TITLE>Redirect to secure-webmail</TITLE>

<META HTTP-EQUIV="refresh" content="0;URL=https://webmail.<your domain name>">

</HEAD>

<BODY>

<p>

<font size="5">You are being redirected to

<a href="https://webmail.<your domain name>">https://webmail.<your domain name></a></font>

<p>

</BODY>

</HTML>

And create the encrypted virtual host. At the bottom of /usr/local/etc/apache/httpd.conf you’ll find

## SSL Virtual Host Context

Change the DocumentRoot ServerName and ServerAdmin values, you can also setup separate log files

# General setup for the virtual host

DocumentRoot "/usr/local/www/horde"

ServerName webmail.<your domain name>

ServerAdmin webmaster@<your domain name>

ErrorLog /var/log/httpd-horde-error.log

TransferLog /var/log/httpd-horde-access.log

Note: You will want to replace <your host name> and <your domain name> with the machine’s host name and domain name in the examples above. So watch the <>’s.

Configure Horde

Cd to /usr/local/www/horde/scripts/db and copy mysql_create.sql to mysql_create.sql.ORIG. Edit mysql_create and change the password from “horde” to <something else> where it says:

-- IMPORTANT: Change this password!

password('horde')

Create the the horde database with “mysql –u root –p < mysql_create.sql”, enter the mysql root password when prompted.

Verify that you can connect to the horde database with “mysql -u horde –p”, enter the horde password (<something else>) when prompted.

(FreeBSD Server Rebuild?: Instead of importing the mysql_create.sql file, mysqldump the horde and mysql databases on the old box to .sql files with “mysqldump -u root --opt horde > old_horde.sql”, “mysqldump -u root --opt mysql > old_mysql.sql”, scp these files to the new box and import these into the new box with “mysql –u root –p horde < old_horde.sql” and “mysql –u root –p mysql < old_mysql.sql”. Then reload mysql. At this point all mysql usernames and passwords will be as they were on the old box. And all user data stored in the horde database (address books, etc) will have been copied over.)

Cd to /usr/local/www/horde/config and copy horde.php horde.php.ORIG. Edit horde.php and change:

$conf['use_ssl'] = 1;

$conf['auth']['params']['dsn'] = '{localhost:143/imap}INBOX';

$conf['log']['priority'] = LOG_INFO;

$conf['prefs']['params']['username'] = 'horde';

$conf['prefs']['params']['password'] = '<something else>';

Copy registry.php registry.php.ORIG and edit registry.php. Find the horde section under Application registry section (first block) and change (right under 'icon' => '/horde/graphics/home.gif',):

'name' => _("Webmail on <your host name>"),

Add user www to trusted mail users.

Edit /etc/mail/trusted-users and put in “www”.

Configure IMP

Cd to /usr/local/www/horde/imp/config. Copy servers.php servers.php.ORIG. Edit servers.php and remove the three server configurations under under the imap configuration (pop, cyrus and exchange). Change the imap configuration as follows (you may find that all is correct all ready):

$servers['imap'] = array(

'name' => 'IMAP Server',

'server' => 'localhost',

'protocol' => 'imap/notls',

'port' => 143,

'folders' => 'Mail/',

'namespace' => '',

'maildomain' => '<Your mail domain or FQHN>',

'smtphost' => 'localhost',

'realm' => '',

'preferred' => ''

);

Configure Turba

Cd to /usr/local/www/horde/turba/config and copy sources.php sources.php.ORIG. Edit sources.php and look for the “local.sql” section with “’title’ => ‘My Addressbook’”. Change

'username' => 'horde',

'password' => '<something else>',

Create the turba database. Cd to /usr/local/www/horde/turba/scripts/drivers and run

“msyql –u root –p < turba.sql”, enter the root password for MySQL when prompted.

(FreeBSD Server Rebuild?: Don’t import turba.sql . You grabbed your old one when you imported your old_horde.sql database.)

Cross your fingers and reboot with a “shutdown –r now”.

After your system comes back up you should be able to logon to webmail at https://webmail.<your_domain_name>

Remove horde@% user from mysql

The horde@% user is not needed, go to http://<your host name>/<phpMyAdmin folder> and click on privileges. Delete the horde@% user.

(FreeBSD Server Rebuild?: No need for this step.)

Additional Security Steps

Add

kern_securelevel_enable="YES"

kern_securelevel="3"

syslogd_flags="-ss"

to /etc/rc.conf. You’ll need to reboot for this to take effect.

To enforce minimum password requirements add

:minpasswordlen=8:\

:mixpasswordcase:\

to /etc/login.conf under the “default” section and rebuild database with “cap_mkdb /etc/login.conf”.

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Change log

8-06-2004: Added install php4-extensions port. Extensions used to get installed along with php, that’s changed now and they must be installed separately.

/usr/local/etc/php.ini is now copied from php.ini-recommended instead of php.ini-dist