Dawg2.0
Log into the remote console to boot the new server
-bring up the kvm in your browser.  https://genome-kvm-2.stanford.edu
-login with admin and passwd
-click on the remote console preview "click to open" link
-bring up the target console by scrolling the console menu.

Now get the IP info and the mac address.
-on pxe- bootup(f12) you can see the mac address right before it fails
-select the ip from IP pool.

Set up new server in https://netdb.stanford.edu
-fill in the server name, and the mac address, any aliases
_for DHCP options entry put:
next-server = starter
filename = pxelinux.0
tftp-server-name = starter

Log onto starter and set up the configs based on the IP
- cd /tftpboot/pxelinux.cfg
-use the IP and find out the pxe address ie AB414DF1
-need to get hexadecimal number and link to rhel55$type.cfg
-this is from the IP address 171=AB 65=41 77=4D 240=F0
-http://www.binaryhexconverter.com/decimal-to-hex-converter
-ln -s rhel55-prodql.cfgs AB414DF1  (for example)
-the last profile I used was rhel58-default.cfg

Now set up the config file for what you need
-cd /share/kickstart/configs/rhel55-default.cfg or some other rhel55*
--->610 has 4 eth ports and two disks sda and sdb
-->310 has 2 eth ports and one disk sda #see rhel55-310.cfg
-->network --device eth2 --onboot no #comment these out
-->network --device eth3 --onboot no
-->#change the root part to 16g not --grow
-->part / --fstype ext3 --size=16000 --ondisk=sda --asprimary
-->part /data --fstype ext3 --size=100 --grow --ondisk=sda --asprimary
OR
---> part / --fstype ext3 --size=100 --maxsize=200000 --grow --ondisk=sda --asprimary (this is to only grow up
 to 200GB, allowing more room for the other two partitions on the same disk)
-should be ready to go

 Boot up server from console and when ready hit F12 for pxe boot.
-watch to see that it starts loading the linux os.
-if not, see where it stops, if it can't find the IP then maybe it's not propogated to netdb yet.
-if it fails on a hardwre point, check the configs to see that you have the right info and that it
  is not failing on a NIC interface or no disk correct or whatever.

 Once the machine is up, go to https://tools.stanford.edu/cgi-bin/rhel_key
_download the bootstrap.sh for you server
-run the bootstrap on the new server; reboot
-save a copy of the bootstrap to the kickstart server:
$ scp bootstrap.sh admin@starter:/share/kickstart/bootstrap-scripts/server

Once up, run the yum installs
-yum install | yum upgrade
-yum install kernel
-reboot
-yum upgrade
-if there is a conflict like libxml2-2.7.7-1.x86_64
-run rpm -e libxml2-2.7.7-1.x86_64
-run yum upgrade again
Log into the remote console to boot the new server
