ServerInstall
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<<Include(Testing/Cases/Header)>> ||<tablestyle="float:right; font-size: 0.9em; width:40%; background:#F1F1ED; margin: 0 0 1em 1em;" style="padding:0.5em;"><<TableOfContents(3)>>|| == Summary == ''Server installs.'' == Procedure == <<Anchor(default)>> === Default installation === 1. Boot CD and run the CD self-check (then reboot) 1. Select '''Install to hard disk''' 1. Choose your language, country and keyboard layout 1. Set hostname: default - ubuntu 1. Partition disks: '''Guided use entire disk''' 1. Select your time zone and set the system clock to UTC 1. User account: enter username and password 1. No software selection. 1. Reboot and login. <<Anchor(bind9)>> === Bind9 === 1. Boot CD and run the CD self-check (then reboot) 1. Select '''Install to hard disk''' 1. Choose your language, country and keyboard layout 1. Set hostname: default - ubuntu 1. Partition disks: Guided use entire disk 1. Select your time zone and set the system clock to UTC 1. User account: enter username and password 1. Software selection: '''DNS Server''' 1. Reboot and login. 1. Confirm that bind is running: * {{{ pgrep named}}} should return the pid of named. 1. Confirm that bind is listening for IPv4 and IPv6: * {{{ sudo netstat -atuvpn | egrep '(127.0.0.1|::):53 .*' | egrep -v ESTABLISHED}}} should list named is listening on port 53 for tcp, tcp6, udp and udp6. <<Anchor(lamp)>> === LAMP === 1. Boot CD and run the CD self-check (then reboot) 1. Select '''Install to hard disk''' 1. Choose your language, country and keyboard layout 1. Set hostname: default - ubuntu 1. Partition disks: Guided use entire disk 1. Select your time zone and set the system clock to UTC 1. User account: enter username and password 1. Software selection: '''LAMP''' 1. Reboot and login. 1. '''Test Apache:''' * Execute {{{ w3m http://127.0.0.1/}}} in a terminal and verify that it's not a 404 error page. 1. '''Test MySQL''' * Execute {{{ mysql -u root -p}}} in a terminal. You should then be presented with a mysql prompt {{{mysql> }}} where you can enter mysql commands. Some commands you can use to verify the installation are {{{show databases;}}}, {{{connect mysql;}}}, {{{show tables;}}}, and {{{select * from user;}}}: {{{ show databases; connect mysql; show tables; select * from user; }}} <<Anchor(lvm)>> === Default installation: LVM partitioning === 1. Boot CD and run the CD self-check (then reboot) 1. Select '''Install to hard disk''' 1. Choose your language, country and keyboard layout 1. Set hostname: default - ubuntu 1. Partition disks: '''Guided use entire disk and LVM''' 1. Select your time zone and set the system clock to UTC 1. User account: enter username and password 1. No software selection. 1. Reboot and login. 1. Make sure that the root file system is mounted from /dev/mapper/ubuntu-root: {{{ sudo mount}}} <<Anchor(mail-server)>> === Mail server === 1. Boot CD and run the CD self-check (then reboot) 1. Select preferred language 1. Select '''Install to hard disk''' 1. Choose your language, country and keyboard layout 1. Set hostname: default - ubuntu 1. Select your time zone and set the system clock to UTC 1. Partition disks: Guided use entire disk 1. User account: enter username and password 1. Software selection: '''Mail Server''' 1. Select configuration for Postfix (generally should be "Internet" or "Internet with smarthost") 1. Reboot and login 1. Confirm that postfix is running: * {{{ telnet 127.0.0.1 25}}} should connect to postfix. Type "quit" to disconnect. 1. Confirm that dovecot pop3 and imap servers are running: * {{{ sudo netstat -ltnp | grep dovecot}}} should list 4 dovecot instances (port 110, 143, 993 and 995). 1. Send a test email: * {{{ echo foo | mail -s 'test' ${USER} }}} * Start {{{ mutt}}} - the test email should be in the inbox. <<Anchor(openssh-server)>> === Openssh server === 1. Boot CD and run the CD self-check (then reboot) 1. Select '''Install to hard disk''' 1. Choose your language, country and keyboard layout 1. Set hostname: default - ubuntu 1. Partition disks: Guided use entire disk 1. Select your time zone and set the system clock to UTC 1. User account: enter username and password 1. Software selection: '''Openssh Server''' 1. Reboot and login. 1. Confirm that sshd is running: * {{{ pgrep sshd}}} should return the pid of sshd. * If you can, try to connect to the server from a remote client. <<Anchor(postgresql-server)>> === PostgreSQL Database Server === 1. Boot CD and run the CD self-check (then reboot) 1. Select '''Install to hard disk''' 1. Choose your language, country and keyboard layout 1. Set hostname: default - ubuntu 1. Partition disks: Guided use entire disk 1. Select your time zone and set the system clock to UTC 1. User account: enter username and password 1. Software selection: '''PostgreSQL Database''' 1. Reboot and login. 1. Check that the database is running: {{{ sudo -u postgres psql -l}}} should return a list of databases. 1. Create a database user: {{{ sudo -u postgres createuser -DRS ${USER} }}} should create a user. 1. Create a database: {{{ sudo -u postgres createdb -O ${USER} ${USER}_db}}} should create a database. 1. Connect to the database: {{{ psql ${USER}_db}}} should start a psql shell connected to the database. <<Anchor(print-server)>> === Print server === 1. Boot CD and run the CD self-check (then reboot) 1. Select '''Install to hard disk''' 1. Choose your language, country and keyboard layout 1. Set hostname: default - ubuntu 1. Partition disks: Guided use entire disk 1. Select your time zone and set the system clock to UTC 1. User account: enter username and password 1. Software selection: '''Print Server''' 1. Reboot and login. 1. '''Test cups:''' * {{{ sudo /etc/init.d/cups status}}} should state the cupsd is running. <<Anchor(samba-server)>> === Samba server === 1. Boot CD and run the CD self-check (then reboot) 1. Select '''Install to hard disk''' 1. Choose your language, country and keyboard layout 1. Set hostname: default - ubuntu 1. Partition disks: Guided use entire disk 1. Select your time zone and set the system clock to UTC 1. User account: enter username and password 1. Software selection: '''Samba Server''' 1. Reboot and login. 1. Confirm that samba is running: * {{{pgrep smbd}}}, {{{pgrep nmbd}}}, {{{pgrep winbindd}}} should return the pid of the different processes: {{{ pgrep smbd; pgrep nmbd; pgrep winbindd }}} <<Anchor(tomcat-server)>> === Tomcat server === 1. Boot CD, select your language and run the CD self-check 1. Reboot CD, select your language and select '''Install Ubuntu Server''' 1. Choose your country and keyboard layout 1. Set hostname: default - ubuntu 1. Partition disks: Guided use entire disk 1. User account: enter username and password 1. Software selection: '''Tomcat Java server''' 1. Reboot and login. 1. Confirm that Tomcat is running: * {{{ sudo netstat -ltnp | grep jsvc}}} should show a jsvc instance listening on port 8080. 1. Confirm that Tomcat is working properly: * {{{ w3m http://127.0.0.1:8080}}} should bring up a "It works !" page * {{{ w3m http://localhost:8080/examples/servlets/servlet/HelloWorldExample}}} should bring up a "Hello World!" page. * {{{ w3m http://localhost:8080/examples/jsp/jsp2/el/basic-arithmetic.jsp}}} should bring a page containing basic arithmetics. NB: w3m basics: moving cursor and hit <Enter> to follow links, <B> to come back to the previous page, <q> to quit <<Anchor(virt-host)>> === Virtualization Host === 1. Boot CD, select your language and run the CD self-check 1. Reboot CD, select your language and select '''Install Ubuntu Server''' 1. Choose your country and keyboard layout 1. Set hostname: default - ubuntu 1. Partition disks: Guided use entire disk 1. User account: enter username and password 1. Software selection: '''Virtual Machine host''' 1. Reboot and login. 1. Check that the ubuntu-virt-server package is installed: {{{ dpkg -l ubuntu-virt-server }}} 1. Confirm that you have KVM-capable hardware: * {{{ kvm-ok }}} * {{{ KVM acceleration can be used }}} 1. If so: a. confirm that the KVM kernel module is loaded: * {{{ lsmod | grep kvm }}} * {{{ kvm_intel 56928 1 }}} * {{{ kvm_amd 29196 0 }}} a. Confirm that KVM is working properly by downloading an Ubuntu mini.iso, and booting it: * {{{ wget http://archive.ubuntu.com/ubuntu/dists/hardy-updates/main/installer-amd64/current/images/netboot/mini.iso }}} * {{{ kvm -m 256 -cdrom mini.iso }}} * The Ubuntu installer boot menu should be running <<Anchor(JeOS-ESX)>> === JeOS Install on ESX === 1. Create a VMware ESX guest 1. Boot CD, select your language and press F4, pick "Install a minimal virtual machine" 1. Follow the install procedure with defaults 1. Boot the newly created guest 1. Log in 1. Check that the '''uname -r''' returns a '''-server''' kernel: {{{ uname -r }}} 1. Check that the linux-virtual package is installed: {{{ dpkg -l linux-virtual }}} 1. Ping outside network 1. Check with the '''mount''' command that virtual disk are mount read-write 1. Check that the ubuntu-standard package is '''not''' installed: {{{ dpkg -l ubuntu-standard }}} <<Anchor(JeOS-KVM)>> === JeOS Install on KVM === 1. Create a KVM guest using virt-manager 1. Boot CD, select your language and press F4, pick "Install a minimal virtual machine" 1. Follow the install procedure with defaults 1. Boot the newly created guest 1. Log in 1. Check that the '''uname -r''' returns a '''-server''' kernel {{{ uname -r }}} 1. Check that the linux-virtual package is installed: {{{ dpkg -l linux-virtual }}} 1. Ping outside network 1. Check with the '''mount''' command that virtual disk are mount read-write 1. Check that the ubuntu-standard package is '''not''' installed: {{{ dpkg -l ubuntu-standard }}} |
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Testing/Cases/ServerInstall (last edited 2009-02-05 16:24:43 by port-213-160-23-156)