DIY DICE VMware guest install

The following instructions are for setting-up a DIYDICE virtual machine ("the guest") on a real machine running VMware ("the host"). This will typically be used for providing a DICE like environment on a self managed physical machine (eg a Mac or a Windows PC).

This page describes a configuration where the DIYDICE virtual machine expects the host machine to be connected to a static IP Informatics network wire (eg SM197); this is for DICE authentication and directory services. Further instructions for "roaming" DIYDICE virtual machines will be provided later...

1. Create the virtual machine

Using the VMware "New Virtual Machine Wizard", create a new virtual machine with the following settings :-

Virtual machine configuration Typical
Guest Operating system installation I will install the operating system later
Guest operating system Linux
Version Redhat Enterprise Linux 5
Virtual machine name name of your machine
Location your choice
Disk capacity at least 30Gb
Customize Hardware Change the Network Adapter from NAT to Bridged networking

Now start the virtual machine. This will try booting off the network. Take note of the CLIENT MAC ADDRESS (6 pairs of hex digits); you will need to provide Computing Support with this address before progressing further.

2. Computing support preparation

Ask Computing Support to configure the environment for your DIY DICE VM. Computing Support will:

  • Ensure that your host machine is on a network wire which supports DIY DICE
  • Add a dns entry for your machine (in the diy.inf.ed.ac.uk domain)
  • Create an lcfg stub profile
  • Create a DIY DICE directory for you on the LCFG server.

3. Prepare the LCFG profile for your machine

  1. If you haven't already done so, create the directory to store the source files for your DIY DICE machine profiles
    mkdir -p ~/LCFG/source
    
  2. Create an LCFG source profile for your machine (in the above directory). This is a text file with the same (shortened) name as your machine; eg for diyvm.diy.inf.ed.ac.uk you would create a text file called diyvm.

    The following is an example source profile :-

    /* diyvm.diy.inf.ed.ac.uk */
    
    #define _AUTH_USER      ascobie
    
    #define FIRST_INSTALL
    
    #include <diydice/os/sl5.h>
    #include <dice/hw/vmware_ws6.h>
    #include <dice/options/office.h>
    #include <dice/options/dhcp.h>
    
    /* eof */
    
    From this source profile, we can see that diyvm.diy.inf.ed.ac.uk will be running SL5 (Scientific Linux 5) and ascobie will be the user.

  3. You will need to change the CPP definition _AUTH_USER to your DICE username.

  4. Submit the source profile using the diysubmit command.

  5. The profile should compile within a minute or so. Check the profile's status on the LCFG status web page at http://diydice.inf.ed.ac.uk/cgi. Click on the machine's name for further details. A red insect icon against your machine's name means that there are bugs in the LCFG profile. Edit the profile source to eliminate the bugs then diysubmit again, and repeat until all the bugs have been eliminated.

  6. Once the profile has compiled successfully, you are ready for the installation to begin.

4. Install your machine

  1. From within VMware, start your VM. This should, as before, try to boot off the network. After 15-30 seconds you should see a menu similar to the following :-

    The following boot options are available
    
    sl5:- boot to the sl5 install system
    sl564:- boot to the sl5_64 install system
    fc6serial - boot to the fc6 install system with serial console
    
    ... other options ...
    
    boot: 
    

  2. For a Scientific Linux 5 install type sl5 at the boot: prompt. This will boot the Linux kernel and start the LCFG install system.

    boot: sl5
    Loading /kernel-pxe-install-sl5/vmlinux...............
    Loading /kernel-pxe-install-sl5/initrd.gz.............
    .......................................
    ........................................
    Ready.
    Linux version 2.6.18-53.1.13.el5.lcfg.2 (squinney@tarragona.inf.ed.ac.uk) (gcc 8
    BIOS-provided physical RAM map:
     BIOS-e820: 0000000000000000 - 00000000000a0000 (usable)
     BIOS-e820: 00000000000f0000 - 0000000000100000 (reserved)
     BIOS-e820: 0000000000100000 - 000000003f686c00 (usable)
     BIOS-e820: 000000003f686c00 - 000000003f688c00 (ACPI NVS)
    
    ... more kernel output ...
    
    Listening on LPF/eth0/00:13:72:cf:65:b8
    Sending on   LPF/eth0/00:13:72:cf:65:b8
    Sending on   Socket/fallback
    DHCPDISCOVER on eth0 to 255.255.255.255 port 67 interval 4
    DHCPOFFER from 129.215.197.244
    DHCPREQUEST on eth0 to 255.255.255.255 port 67
    DHCPACK from 129.215.197.244
    bound to 129.215.197.91 -- renewal in 361 seconds.
    Hostname is diyvm.diy.inf.ed.ac.uk
    LCFG client: install                                    [OK]
    
    (I)nstall, (D)ebug, (S)hell, (P)atchup, (R)eboot : 
    

    If you don't see output similar to the above or the hostname is incorrect please contact Support.

  3. Up until this point, nothing has been installed on your machine. If you are happy for the install to go ahead type i at the above prompt, followed by y to confirm. The install process will now start to install DIY DICE on your machine.

    (I)nstall, (D)ebug, (S)hell, (P)atchup, (R)eboot : i
    Type Y to confirm, S for shell : y
    [INFO] install: Calling %oneshot% setctx install=true
    [INFO] install: Calling %oneshot% echo lcfg:x:980:980:LCFG user:/tmp:/bin/false >> /etc/passwd
    [INFO] install: Calling %oneshot% echo lcfg:x:980: >> /etc/group
    [INFO] install: Calling client install none:
    [OK] client: install
    [INFO] install: Calling %gettime% ntpdate extntp0.inf.ed.ac.uk
    Attempting ntpdate of extntp0.inf.ed.ac.uk (129.215.160.240)
    
    ... more output ...
    
    This process will install sufficient software packages (known as RPMs) for the machine to boot off its local disk. This set of ~350 RPMs is known as the "installbase". Once the "installbase" is installed, the machine will reboot off the local disk and continue installing the remaining ~2500 RPMs. This process will take between 1 and 2hrs depending on the speed of the machine. A final reboot is performed and the machine should then be ready for use.

  4. Configure the VM guest to sync time with the VMware host.

    Logon to your VM guest, and from a shell run /usr/bin/vmware-toolbox ; from the "options" tab, enable time synchronisation.

  5. Remove the line #define FIRST_INSTALL from your machine's source profile.

-- AlastairScobie - 16 Apr 2009

Topic revision: r7 - 12 May 2011 - 09:53:01 - AlastairScobie
 
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