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Listing B-4 shows a sample named init script. Listing B-4. Named init Script #!/bin/sh # This shell script takes care of starting and stopping named # chkconfig: 345 55 45 # description: named (BIND) is a Domain Name Server daemon # Source function library. . /etc/rc.d/init.d/functions # Source networking configuration. . /etc/sysconfig/network # [ [ [ Check that networking is up. ${NETWORKING} = "no" ] && exit 0 -f /usr/local/sbin/named ] || exit 0 -f /chroot/named/etc/named.conf ] || exit 0

# See how we were called. case "$1" in start) # Start daemons. echo -n "Starting named: " daemon /usr/local/sbin/named -u named t /chroot/named echo

touch /var/lock/subsys/named ;; stop) # Stop daemons. echo -n "Shutting down named: " killproc named rm -f /var/lock/subsys/named echo ;; status) status named exit $ ;; restart) $0 stop $0 start exit $ ;; reload) /usr/local/sbin/rndc reload exit $ ;; *) echo "Usage: named {start|stop|status|restart|reload}" exit 1 esac exit 0

1

3. 4. 5.

Install only what you need. Use your distribution s minimal installation option. Remove extraneous or unnecessary packages. Confirm that each package on your system is actually required by your system. Do not install your system when connected to the Internet or an Internet-connected network. Install any required patches and updates offline. Secure your system s physical security, BIOS, and boot loader. Protect your boot process with passwords. I recommend using the Grub boot loader rather than the LILO boot loader, as Grub has a more robust security model. Start only the services you need for your system, and secure the functions controlled in the inittab file. Secure your console and virtual terminals. Also ensure your login screen provides the minimum possible information to a user or potential attacker. Defense through obscurity can be a powerful tool. The less information you reveal about your system and its purpose, the better. Add only those users and groups that you require. Delete any others. Refer to the list of the users and groups I have provided in 1 to find some of those users who can be removed. Use MD5 passwords and shadow passwording. Ensure users select secure passwords and configure your passwording environment accordingly. Ensure passwords are scheduled to regularly expire. Turn on user (and if required process) accounting for your system. Monitor the reports generated by these accounting processes regularly for anomalies. Use sudo rather than root to administer your system. Ensure you carefully test your sudo configuration before implementing it to ensure it is secure.

Use PAM to secure the authentication processes of your system. PAM offers an easy-touse, highly configurable framework to control access to your system using a large number of different criteria. Confirm the integrity of any files you download or install on your system using methods such as MD5 and SHA1 checksums or digital signatures. This includes using the rpm command with the --checksig option to verify any RPM files. Review the available kernel hardening options, and install one of the packages or patches to further harden your kernel. I recommend the Openwall patch, but if you want to take kernel security further, then an access control model-based package such as SELinux, whilst requiring more implementation effort, offers a considerable amount of additional security. Keep up with security updates, and keep informed about newly discovered vulnerabilities using resources such as Security Focus s Vulnerability Database and the CERT advisory mailings.

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//Set up pretend repository BobsMoviesMVC.Support.FakeFilmRepository PretendRepository = new BobsMoviesMVC.Support.FakeFilmRepository(); //Add a film to pretend repository PretendRepository.Films.Add(new Film { FilmID = 1, Title = "Test film" }); return PretendRepository; } } }