openstack/devstack
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XenAPI: remove xen tools

Browse Source 
The xen tools have been moved to the project of *os-xenapi* since
os-xenapi 0.3.0. We also did some refact work on these tools in
os-xenapi. This commit is to remove these tools from devstack. So
that os-xenapi will be the single place for xen tools.

Change-Id: I4fdbe6bce12dfedd0d1e975ab8dd624ee3740c11
This commit is contained in:
Jianghua Wang 2018-02-23 03:49:18 +00:00
parent a7a8675cc1
commit e619603bda
16 changed files with 2 additions and 2662 deletions
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174
tools/xen/README.md
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@ -1,173 +1,3 @@
# Getting Started With XenServer and Devstack
The purpose of the code in this directory it to help developers bootstrap a
XenServer 6.2 (older versions may also work) + OpenStack development
environment. This file gives some pointers on how to get started.
Xenserver is a Type 1 hypervisor, so it is best installed on bare metal. The
OpenStack services are configured to run within a virtual machine (called OS
domU) on the XenServer host. The VM uses the XAPI toolstack to communicate with
the host over a network connection (see `MGT_BRIDGE_OR_NET_NAME`).
The provided localrc helps to build a basic environment.
## Introduction
### Requirements
- An internet-enabled network with a DHCP server on it
- XenServer box plugged in to the same network
This network will be used as the OpenStack management network. The VM Network
and the Public Network will not be connected to any physical interfaces, only
new virtual networks will be created by the `install_os_domU.sh` script.
### Steps to follow
- Install XenServer
- Download Devstack to XenServer
- Customise `localrc`
- Start `install_os_domU.sh` script
### Brief explanation
The `install_os_domU.sh` script will:
- Setup XenAPI plugins
- Create the named networks, if they don't exist
- Preseed-Netinstall an Ubuntu Virtual Machine (NOTE: you can save and reuse
it, see [Reuse the Ubuntu VM](#reuse-the-ubuntu-vm)), with 1 network
interface:
- `eth0` - Connected to `UBUNTU_INST_BRIDGE_OR_NET_NAME`, defaults to
`MGT_BRIDGE_OR_NET_NAME`
- After the Ubuntu install process finished, the network configuration is
modified to:
- `eth0` - Management interface, connected to `MGT_BRIDGE_OR_NET_NAME`. Xapi
must be accessible through this network.
- `eth1` - VM interface, connected to `VM_BRIDGE_OR_NET_NAME`
- `eth2` - Public interface, connected to `PUB_BRIDGE_OR_NET_NAME`
- Start devstack inside the created OpenStack VM
## Step 1: Install Xenserver
Install XenServer on a clean box. You can download the latest XenServer for
free from: http://www.xenserver.org/
The XenServer IP configuration depends on your local network setup. If you are
using dhcp, make a reservation for XenServer, so its IP address won't change
over time. Make a note of the XenServer's IP address, as it has to be specified
in `localrc`. The other option is to manually specify the IP setup for the
XenServer box. Please make sure, that a gateway and a nameserver is configured,
as `install_os_domU.sh` will connect to github.com to get source-code snapshots.
## Step 2: Download devstack
On your XenServer host, run the following commands as root:
wget --no-check-certificate https://github.com/openstack-dev/devstack/zipball/master
unzip -o master -d ./devstack
cd devstack/*/
## Step 3: Configure your localrc inside the devstack directory
Devstack uses a localrc for user-specific configuration. Note that
the `XENAPI_PASSWORD` must be your dom0 root password.
Of course, use real passwords if this machine is exposed.
cat > ./localrc <<EOF
# At the moment, we depend on github's snapshot function.
GIT_BASE="http://github.com"
# Passwords
# NOTE: these need to be specified, otherwise devstack will try
# to prompt for these passwords, blocking the install process.
DATABASE_PASSWORD=my_super_secret
ADMIN_PASSWORD=my_super_secret
SERVICE_PASSWORD=my_super_secret
RABBIT_PASSWORD=my_super_secret
SWIFT_HASH="66a3d6b56c1f479c8b4e70ab5c2000f5"
# This will be the password for the OpenStack VM (both stack and root users)
GUEST_PASSWORD=my_super_secret
# XenAPI parameters
# NOTE: The following must be set to your XenServer root password!
XENAPI_PASSWORD=my_xenserver_root_password
XENAPI_CONNECTION_URL="http://address_of_your_xenserver"
VNCSERVER_PROXYCLIENT_ADDRESS=address_of_your_xenserver
# Explicitly set virt driver
VIRT_DRIVER=xenserver
# Explicitly enable multi-host for nova-network HA
MULTI_HOST=1
# Give extra time for boot
ACTIVE_TIMEOUT=45
EOF
## Step 4: Run `./install_os_domU.sh` from the `tools/xen` directory
cd tools/xen
./install_os_domU.sh
Once this script finishes executing, log into the VM (openstack domU) that it
installed and tail the run.sh.log file. You will need to wait until it run.sh
has finished executing.
# Appendix
This section contains useful information for running devstack in CI
environments / using ubuntu network mirrors.
## Use a specific Ubuntu mirror for installation
To speed up the Ubuntu installation, you can use a specific mirror. To specify
a mirror explicitly, include the following settings in your `localrc` file:
UBUNTU_INST_HTTP_HOSTNAME="archive.ubuntu.com"
UBUNTU_INST_HTTP_DIRECTORY="/ubuntu"
These variables set the `mirror/http/hostname` and `mirror/http/directory`
settings in the ubuntu preseed file. The minimal ubuntu VM will use the
specified parameters.
## Use an http proxy to speed up Ubuntu installation
To further speed up the Ubuntu VM and package installation, an internal http
proxy could be used. `squid-deb-proxy` has prooven to be stable. To use an http
proxy, specify:
UBUNTU_INST_HTTP_PROXY="http://ubuntu-proxy.somedomain.com:8000"
in your `localrc` file.
## Reuse the Ubuntu VM
Performing a minimal ubuntu installation could take a lot of time, depending on
your mirror/network speed. If you run `install_os_domU.sh` script on a clean
hypervisor, you can speed up the installation, by re-using the ubuntu vm from
a previous installation.
### Export the Ubuntu VM to an XVA
Given you have an nfs export `TEMPLATE_NFS_DIR`:
TEMPLATE_FILENAME=devstack-jeos.xva
TEMPLATE_NAME=jeos_template_for_devstack
mountdir=$(mktemp -d)
mount -t nfs "$TEMPLATE_NFS_DIR" "$mountdir"
VM="$(xe template-list name-label="$TEMPLATE_NAME" --minimal)"
xe template-export template-uuid=$VM filename="$mountdir/$TEMPLATE_FILENAME"
umount "$mountdir"
rm -rf "$mountdir"
### Import the Ubuntu VM
Given you have an nfs export `TEMPLATE_NFS_DIR` where you exported the Ubuntu
VM as `TEMPLATE_FILENAME`:
mountdir=$(mktemp -d)
mount -t nfs "$TEMPLATE_NFS_DIR" "$mountdir"
xe vm-import filename="$mountdir/$TEMPLATE_FILENAME"
umount "$mountdir"
rm -rf "$mountdir"
Note: XenServer relative tools have been moved to `os-xenapi`_ and be maintained there.
.. _os-xenapi: https://github.com/openstack/os-xenapi/

191
tools/xen/build_xva.sh
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#!/bin/bash
# This script is run by install_os_domU.sh
#
# It modifies the ubuntu image created by install_os_domU.sh
# and previously moodified by prepare_guest_template.sh
#
# This script is responsible for:
# - pushing in the DevStack code
# - creating run.sh, to run the code on boot
# It does this by mounting the disk image of the VM.
#
# The resultant image is then templated and started
# by install_os_domU.sh
# Exit on errors
set -o errexit
# Echo commands
set -o xtrace
# This directory
TOP_DIR=$(cd $(dirname "$0") && pwd)
# Include onexit commands
. $TOP_DIR/scripts/on_exit.sh
# xapi functions
. $TOP_DIR/functions
# Source params - override xenrc params in your localrc to suite your taste
source xenrc
#
# Parameters
#
GUEST_NAME="$1"
function _print_interface_config {
local device_nr
local ip_address
local netmask
device_nr="$1"
ip_address="$2"
netmask="$3"
local device
device="eth${device_nr}"
echo "auto $device"
if [ $ip_address == "dhcp" ]; then
echo "iface $device inet dhcp"
else
echo "iface $device inet static"
echo " address $ip_address"
echo " netmask $netmask"
fi
# Turn off tx checksumming for better performance
echo " post-up ethtool -K $device tx off"
}
function print_interfaces_config {
echo "auto lo"
echo "iface lo inet loopback"
_print_interface_config $PUB_DEV_NR $PUB_IP $PUB_NETMASK
_print_interface_config $VM_DEV_NR $VM_IP $VM_NETMASK
_print_interface_config $MGT_DEV_NR $MGT_IP $MGT_NETMASK
}
#
# Mount the VDI
#
STAGING_DIR=$($TOP_DIR/scripts/manage-vdi open $GUEST_NAME 0 1 | grep -o "/tmp/tmp.[[:alnum:]]*")
add_on_exit "$TOP_DIR/scripts/manage-vdi close $GUEST_NAME 0 1"
# Make sure we have a stage
if [ ! -d $STAGING_DIR/etc ]; then
echo "Stage is not properly set up!"
exit 1
fi
# Only support DHCP for now - don't support how different versions of Ubuntu handle resolv.conf
if [ "$MGT_IP" != "dhcp" ] && [ "$PUB_IP" != "dhcp" ]; then
echo "Configuration without DHCP not supported"
exit 1
fi
# Copy over devstack
rm -f /tmp/devstack.tar
cd $TOP_DIR/../../
tar --exclude='stage' --exclude='xen/xvas' --exclude='xen/nova' -cvf /tmp/devstack.tar .
mkdir -p $STAGING_DIR/opt/stack/devstack
tar xf /tmp/devstack.tar -C $STAGING_DIR/opt/stack/devstack
cd $TOP_DIR
# Create an systemd task for devstack
cat >$STAGING_DIR/etc/systemd/system/devstack.service << EOF
[Unit]
Description=Install OpenStack by DevStack
[Service]
Type=oneshot
RemainAfterExit=yes
ExecStartPre=/bin/rm -f /opt/stack/runsh.succeeded
ExecStart=/bin/su -c "/opt/stack/run.sh" stack
StandardOutput=tty
StandardError=tty
[Install]
WantedBy=multi-user.target
EOF
# enable this service
ln -s $STAGING_DIR/etc/systemd/system/devstack.service $STAGING_DIR/etc/systemd/system/multi-user.target.wants/devstack.service
# Configure the hostname
echo $GUEST_NAME > $STAGING_DIR/etc/hostname
# Hostname must resolve for rabbit
HOSTS_FILE_IP=$PUB_IP
if [ $MGT_IP != "dhcp" ]; then
HOSTS_FILE_IP=$MGT_IP
fi
cat <<EOF >$STAGING_DIR/etc/hosts
$HOSTS_FILE_IP $GUEST_NAME
127.0.0.1 localhost localhost.localdomain
EOF
# Configure the network
print_interfaces_config > $STAGING_DIR/etc/network/interfaces
# Gracefully cp only if source file/dir exists
function cp_it {
if [ -e $1 ] || [ -d $1 ]; then
cp -pRL $1 $2
fi
}
# Copy over your ssh keys and env if desired
COPYENV=${COPYENV:-1}
if [ "$COPYENV" = "1" ]; then
cp_it ~/.ssh $STAGING_DIR/opt/stack/.ssh
cp_it ~/.ssh/id_rsa.pub $STAGING_DIR/opt/stack/.ssh/authorized_keys
cp_it ~/.gitconfig $STAGING_DIR/opt/stack/.gitconfig
cp_it ~/.vimrc $STAGING_DIR/opt/stack/.vimrc
cp_it ~/.bashrc $STAGING_DIR/opt/stack/.bashrc
fi
# Configure run.sh
cat <<EOF >$STAGING_DIR/opt/stack/run.sh
#!/bin/bash
set -eux
(
flock -n 9 || exit 1
sudo chown -R stack /opt/stack
[ -e /opt/stack/runsh.succeeded ] && rm /opt/stack/runsh.succeeded
echo \$\$ >> /opt/stack/run_sh.pid
cd /opt/stack/devstack
./unstack.sh || true
./stack.sh
# Got to the end - success
touch /opt/stack/runsh.succeeded
# Update /etc/issue
(
echo "OpenStack VM - Installed by DevStack"
IPADDR=$(ip -4 address show eth0 | sed -n 's/.*inet \([0-9\.]\+\).*/\1/p')
echo " Management IP: $IPADDR"
echo -n " Devstack run: "
if [ -e /opt/stack/runsh.succeeded ]; then
echo "SUCCEEDED"
else
echo "FAILED"
fi
echo ""
) > /opt/stack/issue
sudo cp /opt/stack/issue /etc/issue
rm /opt/stack/run_sh.pid
) 9> /opt/stack/.runsh_lock
EOF
chmod 755 $STAGING_DIR/opt/stack/run.sh

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tools/xen/devstackubuntu_latecommand.sh
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#!/bin/bash
set -eux
# Need to set barrier=0 to avoid a Xen bug
# https://bugs.launchpad.net/ubuntu/+source/linux/+bug/824089
sed -i -e 's/errors=/barrier=0,errors=/' /etc/fstab
# Allow root to login with a password
sed -i -e 's/.*PermitRootLogin.*/PermitRootLogin yes/g' /etc/ssh/sshd_config
# Install the XenServer tools so IP addresses are reported
wget --no-proxy @XS_TOOLS_URL@ -O /root/tools.deb
dpkg -i /root/tools.deb
rm /root/tools.deb

471
tools/xen/devstackubuntupreseed.cfg
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### Contents of the preconfiguration file (for squeeze)
### Localization
# Preseeding only locale sets language, country and locale.
d-i debian-installer/locale string en_US
# The values can also be preseeded individually for greater flexibility.
#d-i debian-installer/language string en
#d-i debian-installer/country string NL
#d-i debian-installer/locale string en_GB.UTF-8
# Optionally specify additional locales to be generated.
#d-i localechooser/supported-locales en_US.UTF-8, nl_NL.UTF-8
# Keyboard selection.
# Disable automatic (interactive) keymap detection.
d-i console-setup/ask_detect boolean false
#d-i keyboard-configuration/modelcode string pc105
d-i keyboard-configuration/layoutcode string us
# To select a variant of the selected layout (if you leave this out, the
# basic form of the layout will be used):
#d-i keyboard-configuration/variantcode string dvorak
### Network configuration
# Disable network configuration entirely. This is useful for cdrom
# installations on non-networked devices where the network questions,
# warning and long timeouts are a nuisance.
#d-i netcfg/enable boolean false
# netcfg will choose an interface that has link if possible. This makes it
# skip displaying a list if there is more than one interface.
d-i netcfg/choose_interface select auto
# To pick a particular interface instead:
#d-i netcfg/choose_interface select eth1
# If you have a slow dhcp server and the installer times out waiting for
# it, this might be useful.
d-i netcfg/dhcp_timeout string 120
# If you prefer to configure the network manually, uncomment this line and
# the static network configuration below.
#d-i netcfg/disable_autoconfig boolean true
# If you want the preconfiguration file to work on systems both with and
# without a dhcp server, uncomment these lines and the static network
# configuration below.
#d-i netcfg/dhcp_failed note
#d-i netcfg/dhcp_options select Configure network manually
# Static network configuration.
#d-i netcfg/get_nameservers string 192.168.1.1
#d-i netcfg/get_ipaddress string 192.168.1.42
#d-i netcfg/get_netmask string 255.255.255.0
#d-i netcfg/get_gateway string 192.168.1.1
#d-i netcfg/confirm_static boolean true
# Any hostname and domain names assigned from dhcp take precedence over
# values set here. However, setting the values still prevents the questions
# from being shown, even if values come from dhcp.
d-i netcfg/get_hostname string stack
d-i netcfg/get_domain string stackpass
# Disable that annoying WEP key dialog.
d-i netcfg/wireless_wep string
# The wacky dhcp hostname that some ISPs use as a password of sorts.
#d-i netcfg/dhcp_hostname string radish
# If non-free firmware is needed for the network or other hardware, you can
# configure the installer to always try to load it, without prompting. Or
# change to false to disable asking.
#d-i hw-detect/load_firmware boolean true
### Network console
# Use the following settings if you wish to make use of the network-console
# component for remote installation over SSH. This only makes sense if you
# intend to perform the remainder of the installation manually.
#d-i anna/choose_modules string network-console
#d-i network-console/password password r00tme
#d-i network-console/password-again password r00tme
### Mirror settings
# If you select ftp, the mirror/country string does not need to be set.
#d-i mirror/protocol string ftp
d-i mirror/country string manual
d-i mirror/http/hostname string archive.ubuntu.com
d-i mirror/http/directory string /ubuntu
d-i mirror/http/proxy string
# Alternatively: by default, the installer uses CC.archive.ubuntu.com where
# CC is the ISO-3166-2 code for the selected country. You can preseed this
# so that it does so without asking.
#d-i mirror/http/mirror select CC.archive.ubuntu.com
# Suite to install.
#d-i mirror/suite string squeeze
# Suite to use for loading installer components (optional).
#d-i mirror/udeb/suite string squeeze
# Components to use for loading installer components (optional).
#d-i mirror/udeb/components multiselect main, restricted
### Clock and time zone setup
# Controls whether or not the hardware clock is set to UTC.
d-i clock-setup/utc boolean true
# You may set this to any valid setting for $TZ; see the contents of
# /usr/share/zoneinfo/ for valid values.
d-i time/zone string US/Pacific
# Controls whether to use NTP to set the clock during the install
d-i clock-setup/ntp boolean true
# NTP server to use. The default is almost always fine here.
d-i clock-setup/ntp-server string 0.us.pool.ntp.org
### Partitioning
## Partitioning example
# If the system has free space you can choose to only partition that space.
# This is only honoured if partman-auto/method (below) is not set.
# Alternatives: custom, some_device, some_device_crypto, some_device_lvm.
#d-i partman-auto/init_automatically_partition select biggest_free
# Alternatively, you may specify a disk to partition. If the system has only
# one disk the installer will default to using that, but otherwise the device
# name must be given in traditional, non-devfs format (so e.g. /dev/hda or
# /dev/sda, and not e.g. /dev/discs/disc0/disc).
# For example, to use the first SCSI/SATA hard disk:
#d-i partman-auto/disk string /dev/sda
# In addition, you'll need to specify the method to use.
# The presently available methods are:
# - regular: use the usual partition types for your architecture
# - lvm: use LVM to partition the disk
# - crypto: use LVM within an encrypted partition
d-i partman-auto/method string regular
# If one of the disks that are going to be automatically partitioned
# contains an old LVM configuration, the user will normally receive a
# warning. This can be preseeded away...
d-i partman-lvm/device_remove_lvm boolean true
# The same applies to pre-existing software RAID array:
d-i partman-md/device_remove_md boolean true
# And the same goes for the confirmation to write the lvm partitions.
d-i partman-lvm/confirm boolean true
# For LVM partitioning, you can select how much of the volume group to use
# for logical volumes.
#d-i partman-auto-lvm/guided_size string max
#d-i partman-auto-lvm/guided_size string 10GB
#d-i partman-auto-lvm/guided_size string 50%
# You can choose one of the three predefined partitioning recipes:
# - atomic: all files in one partition
# - home: separate /home partition
# - multi: separate /home, /usr, /var, and /tmp partitions
d-i partman-auto/choose_recipe select atomic
# Or provide a recipe of your own...
# If you have a way to get a recipe file into the d-i environment, you can
# just point at it.
#d-i partman-auto/expert_recipe_file string /hd-media/recipe
# If not, you can put an entire recipe into the preconfiguration file in one
# (logical) line. This example creates a small /boot partition, suitable
# swap, and uses the rest of the space for the root partition:
#d-i partman-auto/expert_recipe string \
# boot-root :: \
# 40 50 100 ext3 \
# $primary{ } $bootable{ } \
# method{ format } format{ } \
# use_filesystem{ } filesystem{ ext3 } \
# mountpoint{ /boot } \
# . \
# 500 10000 1000000000 ext3 \
# method{ format } format{ } \
# use_filesystem{ } filesystem{ ext3 } \
# mountpoint{ / } \
# . \
# 64 512 300% linux-swap \
# method{ swap } format{ } \
# .
# If you just want to change the default filesystem from ext3 to something
# else, you can do that without providing a full recipe.
d-i partman/default_filesystem string ext3
# The full recipe format is documented in the file partman-auto-recipe.txt
# included in the 'debian-installer' package or available from D-I source
# repository. This also documents how to specify settings such as file
# system labels, volume group names and which physical devices to include
# in a volume group.
# This makes partman automatically partition without confirmation, provided
# that you told it what to do using one of the methods above.
d-i partman-partitioning/confirm_write_new_label boolean true
d-i partman/choose_partition select finish
d-i partman/confirm boolean true
d-i partman/confirm_nooverwrite boolean true
## Partitioning using RAID
# The method should be set to "raid".
#d-i partman-auto/method string raid
# Specify the disks to be partitioned. They will all get the same layout,
# so this will only work if the disks are the same size.
#d-i partman-auto/disk string /dev/sda /dev/sdb
# Next you need to specify the physical partitions that will be used.
#d-i partman-auto/expert_recipe string \
# multiraid :: \
# 1000 5000 4000 raid \
# $primary{ } method{ raid } \
# . \
# 64 512 300% raid \
# method{ raid } \
# . \
# 500 10000 1000000000 raid \
# method{ raid } \
# .
# Last you need to specify how the previously defined partitions will be
# used in the RAID setup. Remember to use the correct partition numbers
# for logical partitions. RAID levels 0, 1, 5, 6 and 10 are supported;
# devices are separated using "#".
# Parameters are:
# <raidtype> <devcount> <sparecount> <fstype> <mountpoint> \
# <devices> <sparedevices>
#d-i partman-auto-raid/recipe string \
# 1 2 0 ext3 / \
# /dev/sda1#/dev/sdb1 \
# . \
# 1 2 0 swap - \
# /dev/sda5#/dev/sdb5 \
# . \
# 0 2 0 ext3 /home \
# /dev/sda6#/dev/sdb6 \
# .
# For additional information see the file partman-auto-raid-recipe.txt
# included in the 'debian-installer' package or available from D-I source
# repository.
# This makes partman automatically partition without confirmation.
d-i partman-md/confirm boolean true
d-i partman-partitioning/confirm_write_new_label boolean true
d-i partman/choose_partition select finish
d-i partman/confirm boolean true
d-i partman/confirm_nooverwrite boolean true
## Controlling how partitions are mounted
# The default is to mount by UUID, but you can also choose "traditional" to
# use traditional device names, or "label" to try filesystem labels before
# falling back to UUIDs.
#d-i partman/mount_style select uuid
### Base system installation
# Configure APT to not install recommended packages by default. Use of this
# option can result in an incomplete system and should only be used by very
# experienced users.
#d-i base-installer/install-recommends boolean false
# The kernel image (meta) package to be installed; "none" can be used if no
# kernel is to be installed.
d-i base-installer/kernel/image string linux-virtual
### Account setup
# Skip creation of a root account (normal user account will be able to
# use sudo). The default is false; preseed this to true if you want to set
# a root password.
d-i passwd/root-login boolean true
# Alternatively, to skip creation of a normal user account.
d-i passwd/make-user boolean false
# Root password, either in clear text
d-i passwd/root-password password stackpass
d-i passwd/root-password-again password stackpass
# or encrypted using an MD5 hash.
#d-i passwd/root-password-crypted password [MD5 hash]
# To create a normal user account.
#d-i passwd/user-fullname string Ubuntu User
#d-i passwd/username string ubuntu
# Normal user's password, either in clear text
#d-i passwd/user-password password insecure
#d-i passwd/user-password-again password insecure
# or encrypted using an MD5 hash.
#d-i passwd/user-password-crypted password [MD5 hash]
# Create the first user with the specified UID instead of the default.
#d-i passwd/user-uid string 1010
# The installer will warn about weak passwords. If you are sure you know
# what you're doing and want to override it, uncomment this.
d-i user-setup/allow-password-weak boolean true
# The user account will be added to some standard initial groups. To
# override that, use this.
#d-i passwd/user-default-groups string audio cdrom video
# Set to true if you want to encrypt the first user's home directory.
d-i user-setup/encrypt-home boolean false
### Apt setup
# You can choose to install restricted and universe software, or to install
# software from the backports repository.
d-i apt-setup/restricted boolean true
d-i apt-setup/universe boolean true
d-i apt-setup/backports boolean true
# Uncomment this if you don't want to use a network mirror.
#d-i apt-setup/use_mirror boolean false
# Select which update services to use; define the mirrors to be used.
# Values shown below are the normal defaults.
#d-i apt-setup/services-select multiselect security
#d-i apt-setup/security_host string security.ubuntu.com
#d-i apt-setup/security_path string /ubuntu
# Additional repositories, local[0-9] available
#d-i apt-setup/local0/repository string \
# http://local.server/ubuntu squeeze main
#d-i apt-setup/local0/comment string local server
# Enable deb-src lines
#d-i apt-setup/local0/source boolean true
# URL to the public key of the local repository; you must provide a key or
# apt will complain about the unauthenticated repository and so the
# sources.list line will be left commented out
#d-i apt-setup/local0/key string http://local.server/key
# By default the installer requires that repositories be authenticated
# using a known gpg key. This setting can be used to disable that
# authentication. Warning: Insecure, not recommended.
#d-i debian-installer/allow_unauthenticated boolean true
### Package selection
#tasksel tasksel/first multiselect ubuntu-desktop
#tasksel tasksel/first multiselect lamp-server, print-server
#tasksel tasksel/first multiselect kubuntu-desktop
tasksel tasksel/first multiselect openssh-server
# Individual additional packages to install
d-i pkgsel/include string cracklib-runtime curl wget ssh openssh-server tcpdump ethtool git sudo python-netaddr coreutils
# Whether to upgrade packages after debootstrap.
# Allowed values: none, safe-upgrade, full-upgrade
d-i pkgsel/upgrade select safe-upgrade
# Language pack selection
#d-i pkgsel/language-packs multiselect de, en, zh
# Policy for applying updates. May be "none" (no automatic updates),
# "unattended-upgrades" (install security updates automatically), or
# "landscape" (manage system with Landscape).
d-i pkgsel/update-policy select unattended-upgrades
# Some versions of the installer can report back on what software you have
# installed, and what software you use. The default is not to report back,
# but sending reports helps the project determine what software is most
# popular and include it on CDs.
#popularity-contest popularity-contest/participate boolean false
# By default, the system's locate database will be updated after the
# installer has finished installing most packages. This may take a while, so
# if you don't want it, you can set this to "false" to turn it off.
d-i pkgsel/updatedb boolean false
### Boot loader installation
# Grub is the default boot loader (for x86). If you want lilo installed
# instead, uncomment this:
#d-i grub-installer/skip boolean true
# To also skip installing lilo, and install no bootloader, uncomment this
# too:
#d-i lilo-installer/skip boolean true
# With a few exceptions for unusual partitioning setups, GRUB 2 is now the
# default. If you need GRUB Legacy for some particular reason, then
# uncomment this:
d-i grub-installer/grub2_instead_of_grub_legacy boolean false
# This is fairly safe to set, it makes grub install automatically to the MBR
# if no other operating system is detected on the machine.
d-i grub-installer/only_debian boolean true
# This one makes grub-installer install to the MBR if it also finds some other
# OS, which is less safe as it might not be able to boot that other OS.
d-i grub-installer/with_other_os boolean true
# Alternatively, if you want to install to a location other than the mbr,
# uncomment and edit these lines:
#d-i grub-installer/only_debian boolean false
#d-i grub-installer/with_other_os boolean false
#d-i grub-installer/bootdev string (hd0,0)
# To install grub to multiple disks:
#d-i grub-installer/bootdev string (hd0,0) (hd1,0) (hd2,0)
# Optional password for grub, either in clear text
#d-i grub-installer/password password r00tme
#d-i grub-installer/password-again password r00tme
# or encrypted using an MD5 hash, see grub-md5-crypt(8).
#d-i grub-installer/password-crypted password [MD5 hash]
# Use the following option to add additional boot parameters for the
# installed system (if supported by the bootloader installer).
# Note: options passed to the installer will be added automatically.
#d-i debian-installer/add-kernel-opts string nousb
### Finishing up the installation
# During installations from serial console, the regular virtual consoles
# (VT1-VT6) are normally disabled in /etc/inittab. Uncomment the next
# line to prevent this.
d-i finish-install/keep-consoles boolean true
# Avoid that last message about the install being complete.
d-i finish-install/reboot_in_progress note
# This will prevent the installer from ejecting the CD during the reboot,
# which is useful in some situations.
#d-i cdrom-detect/eject boolean false
# This is how to make the installer shutdown when finished, but not
# reboot into the installed system.
#d-i debian-installer/exit/halt boolean true
# This will power off the machine instead of just halting it.
#d-i debian-installer/exit/poweroff boolean true
### X configuration
# X can detect the right driver for some cards, but if you're preseeding,
# you override whatever it chooses. Still, vesa will work most places.
#xserver-xorg xserver-xorg/config/device/driver select vesa
# A caveat with mouse autodetection is that if it fails, X will retry it
# over and over. So if it's preseeded to be done, there is a possibility of
# an infinite loop if the mouse is not autodetected.
#xserver-xorg xserver-xorg/autodetect_mouse boolean true
# Monitor autodetection is recommended.
xserver-xorg xserver-xorg/autodetect_monitor boolean true
# Uncomment if you have an LCD display.
#xserver-xorg xserver-xorg/config/monitor/lcd boolean true
# X has three configuration paths for the monitor. Here's how to preseed
# the "medium" path, which is always available. The "simple" path may not
# be available, and the "advanced" path asks too many questions.
xserver-xorg xserver-xorg/config/monitor/selection-method \
select medium
xserver-xorg xserver-xorg/config/monitor/mode-list \
select 1024x768 @ 60 Hz
### Preseeding other packages
# Depending on what software you choose to install, or if things go wrong
# during the installation process, it's possible that other questions may
# be asked. You can preseed those too, of course. To get a list of every
# possible question that could be asked during an install, do an
# installation, and then run these commands:
# debconf-get-selections --installer > file
# debconf-get-selections >> file
#### Advanced options
### Running custom commands during the installation
# d-i preseeding is inherently not secure. Nothing in the installer checks
# for attempts at buffer overflows or other exploits of the values of a
# preconfiguration file like this one. Only use preconfiguration files from
# trusted locations! To drive that home, and because it's generally useful,
# here's a way to run any shell command you'd like inside the installer,
# automatically.
# This first command is run as early as possible, just after
# preseeding is read.
#d-i preseed/early_command string anna-install some-udeb
# This command is run immediately before the partitioner starts. It may be
# useful to apply dynamic partitioner preseeding that depends on the state
# of the disks (which may not be visible when preseed/early_command runs).
#d-i partman/early_command \
# string debconf-set partman-auto/disk "$(list-devices disk | head -n1)"
# This command is run just before the install finishes, but when there is
# still a usable /target directory. You can chroot to /target and use it
# directly, or use the apt-install and in-target commands to easily install
# packages and run commands in the target system.
d-i preseed/late_command string

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@ -1,341 +0,0 @@
#!/bin/bash
function die_with_error {
local err_msg
err_msg="$1"
echo "$err_msg" >&2
exit 1
}
function xapi_plugin_location {
for PLUGIN_DIR in "/etc/xapi.d/plugins/" "/usr/lib/xcp/plugins/" "/usr/lib/xapi/plugins" "/usr/lib64/xapi/plugins"; do
if [ -d $PLUGIN_DIR ]; then
echo $PLUGIN_DIR
return 0
fi
done
return 1
}
function create_directory_for_kernels {
if [ -d "/boot/guest" ]; then
echo "INFO: /boot/guest directory already exists, using that" >&2
else
local local_path
local_path="$(get_local_sr_path)/os-guest-kernels"
mkdir -p $local_path
ln -s $local_path /boot/guest
fi
}
function create_directory_for_images {
if [ -d "/images" ]; then
echo "INFO: /images directory already exists, using that" >&2
else
local local_path
local_path="$(get_local_sr_path)/os-images"
mkdir -p $local_path
ln -s $local_path /images
fi
}
function get_local_sr {
xe pool-list params=default-SR minimal=true
}
function get_local_sr_path {
pbd_path="/var/run/sr-mount/$(get_local_sr)"
pbd_device_config_path=`xe pbd-list sr-uuid=$(get_local_sr) params=device-config | grep " path: "`
if [ -n "$pbd_device_config_path" ]; then
pbd_uuid=`xe pbd-list sr-uuid=$(get_local_sr) minimal=true`
pbd_path=`xe pbd-param-get uuid=$pbd_uuid param-name=device-config param-key=path || echo ""`
fi
echo $pbd_path
}
function find_ip_by_name {
local guest_name="$1"
local interface="$2"
local period=10
local max_tries=10
local i=0
while true; do
if [ $i -ge $max_tries ]; then
echo "Timeout: ip address for interface $interface of $guest_name"
exit 11
fi
ipaddress=$(xe vm-list --minimal \
name-label=$guest_name \
params=networks | sed -ne "s,^.*${interface}/ip: \([0-9.]*\).*\$,\1,p")
if [ -z "$ipaddress" ]; then
sleep $period
i=$((i+1))
else
echo $ipaddress
break
fi
done
}
function _vm_uuid {
local vm_name_label
vm_name_label="$1"
xe vm-list name-label="$vm_name_label" --minimal
}
function _create_new_network {
local name_label
name_label=$1
xe network-create name-label="$name_label"
}
function _multiple_networks_with_name {
local name_label
name_label=$1
# A comma indicates multiple matches
xe network-list name-label="$name_label" --minimal | grep -q ","
}
function _network_exists {
local name_label
name_label=$1
! [ -z "$(xe network-list name-label="$name_label" --minimal)" ]
}
function _bridge_exists {
local bridge
bridge=$1
! [ -z "$(xe network-list bridge="$bridge" --minimal)" ]
}
function _network_uuid {
local bridge_or_net_name
bridge_or_net_name=$1
if _bridge_exists "$bridge_or_net_name"; then
xe network-list bridge="$bridge_or_net_name" --minimal
else
xe network-list name-label="$bridge_or_net_name" --minimal
fi
}
function add_interface {
local vm_name_label
local bridge_or_network_name
vm_name_label="$1"
bridge_or_network_name="$2"
device_number="$3"
local vm
local net
vm=$(_vm_uuid "$vm_name_label")
net=$(_network_uuid "$bridge_or_network_name")
xe vif-create network-uuid=$net vm-uuid=$vm device=$device_number
}
function setup_network {
local bridge_or_net_name
bridge_or_net_name=$1
if ! _bridge_exists "$bridge_or_net_name"; then
if _network_exists "$bridge_or_net_name"; then
if _multiple_networks_with_name "$bridge_or_net_name"; then
cat >&2 << EOF
ERROR: Multiple networks found matching name-label to "$bridge_or_net_name"
please review your XenServer network configuration / localrc file.
EOF
exit 1
fi
else
_create_new_network "$bridge_or_net_name"
fi
fi
}
function bridge_for {
local bridge_or_net_name
bridge_or_net_name=$1
if _bridge_exists "$bridge_or_net_name"; then
echo "$bridge_or_net_name"
else
xe network-list name-label="$bridge_or_net_name" params=bridge --minimal
fi
}
function xenapi_ip_on {
local bridge_or_net_name
bridge_or_net_name=$1
ip -4 addr show $(bridge_for "$bridge_or_net_name") |\
awk '/inet/{split($2, ip, "/"); print ip[1];}'
}
function xenapi_is_listening_on {
local bridge_or_net_name
bridge_or_net_name=$1
! [ -z $(xenapi_ip_on "$bridge_or_net_name") ]
}
function parameter_is_specified {
local parameter_name
parameter_name=$1
compgen -v | grep "$parameter_name"
}
function append_kernel_cmdline {
local vm_name_label
local kernel_args
vm_name_label="$1"
kernel_args="$2"
local vm
local pv_args
vm=$(_vm_uuid "$vm_name_label")
pv_args=$(xe vm-param-get param-name=PV-args uuid=$vm)
xe vm-param-set PV-args="$pv_args $kernel_args" uuid=$vm
}
function destroy_all_vifs_of {
local vm_name_label
vm_name_label="$1"
local vm
vm=$(_vm_uuid "$vm_name_label")
IFS=,
for vif in $(xe vif-list vm-uuid=$vm --minimal); do
xe vif-destroy uuid="$vif"
done
unset IFS
}
function have_multiple_hosts {
xe host-list --minimal | grep -q ","
}
function attach_network {
local bridge_or_net_name
bridge_or_net_name="$1"
local net
local host
net=$(_network_uuid "$bridge_or_net_name")
host=$(xe host-list --minimal)
xe network-attach uuid=$net host-uuid=$host
}
function set_vm_memory {
local vm_name_label
local memory
vm_name_label="$1"
memory="$2"
local vm
vm=$(_vm_uuid "$vm_name_label")
xe vm-memory-limits-set \
static-min=${memory}MiB \
static-max=${memory}MiB \
dynamic-min=${memory}MiB \
dynamic-max=${memory}MiB \
uuid=$vm
}
function max_vcpus {
local vm_name_label
vm_name_label="$1"
local vm
local host
local cpu_count
host=$(xe host-list --minimal)
vm=$(_vm_uuid "$vm_name_label")
cpu_count=$(xe host-param-get \
param-name=cpu_info \
uuid=$host |
sed -e 's/^.*cpu_count: \([0-9]*\);.*$/\1/g')
if [ -z "$cpu_count" ]; then
# get dom0's vcpu count
cpu_count=$(cat /proc/cpuinfo | grep processor | wc -l)
fi
# Assert cpu_count is not empty
[ -n "$cpu_count" ]
# Assert ithas a numeric nonzero value
expr "$cpu_count" + 0
# 8 VCPUs should be enough for devstack VM; avoid using too
# many VCPUs:
# 1. too many VCPUs may trigger a kernel bug which result VM
# not able to boot:
# https://kernel.googlesource.com/pub/scm/linux/kernel/git/wsa/linux/+/e2e004acc7cbe3c531e752a270a74e95cde3ea48
# 2. The remaining CPUs can be used for other purpose:
# e.g. boot test VMs.
MAX_VCPUS=8
if [ $cpu_count -ge $MAX_VCPUS ]; then
cpu_count=$MAX_VCPUS
fi
xe vm-param-set uuid=$vm VCPUs-max=$cpu_count
xe vm-param-set uuid=$vm VCPUs-at-startup=$cpu_count
}
function get_domid {
local vm_name_label
vm_name_label="$1"
xe vm-list name-label="$vm_name_label" params=dom-id minimal=true
}
function install_conntrack_tools {
local xs_host
local xs_ver_major
local centos_ver
local conntrack_conf
xs_host=$(xe host-list --minimal)
xs_ver_major=$(xe host-param-get uuid=$xs_host param-name=software-version param-key=product_version_text_short | cut -d'.' -f 1)
if [ $xs_ver_major -gt 6 ]; then
# Only support conntrack-tools in Dom0 with XS7.0 and above
if [ ! -f /usr/sbin/conntrackd ]; then
sed -i s/#baseurl=/baseurl=/g /etc/yum.repos.d/CentOS-Base.repo
centos_ver=$(yum version nogroups |grep Installed | cut -d' ' -f 2 | cut -d'/' -f 1 | cut -d'-' -f 1)
yum install -y --enablerepo=base --releasever=$centos_ver conntrack-tools
# Backup conntrackd.conf after install conntrack-tools, use the one with statistic mode
mv /etc/conntrackd/conntrackd.conf /etc/conntrackd/conntrackd.conf.back
conntrack_conf=$(find /usr/share/doc -name conntrackd.conf |grep stats)
cp $conntrack_conf /etc/conntrackd/conntrackd.conf
fi
service conntrackd restart
fi
}

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#!/bin/bash
# This script must be run on a XenServer or XCP machine
#
# It creates a DomU VM that runs OpenStack services
#
# For more details see: README.md
set -o errexit
set -o nounset
set -o xtrace
export LC_ALL=C
# This directory
THIS_DIR=$(cd $(dirname "$0") && pwd)
# Include onexit commands
. $THIS_DIR/scripts/on_exit.sh
# xapi functions
. $THIS_DIR/functions
#
# Get Settings
#
TOP_DIR=$(cd $THIS_DIR/../../ && pwd)
source $TOP_DIR/inc/meta-config
rm -f $TOP_DIR/.localrc.auto
extract_localrc_section $TOP_DIR/local.conf $TOP_DIR/localrc $TOP_DIR/.localrc.auto
# Source params - override xenrc params in your localrc to suit your taste
source $THIS_DIR/xenrc
xe_min()
{
local cmd="$1"
shift
xe "$cmd" --minimal "$@"
}
#
# Prepare Dom0
# including installing XenAPI plugins
#
cd $THIS_DIR
# Die if multiple hosts listed
if have_multiple_hosts; then
cat >&2 << EOF
ERROR: multiple hosts found. This might mean that the XenServer is a member
of a pool - Exiting.
EOF
exit 1
fi
#
# Configure Networking
#
MGT_NETWORK=`xe pif-list management=true params=network-uuid minimal=true`
MGT_BRIDGE_OR_NET_NAME=`xe network-list uuid=$MGT_NETWORK params=bridge minimal=true`
setup_network "$VM_BRIDGE_OR_NET_NAME"
setup_network "$MGT_BRIDGE_OR_NET_NAME"
setup_network "$PUB_BRIDGE_OR_NET_NAME"
if parameter_is_specified "FLAT_NETWORK_BRIDGE"; then
if [ "$(bridge_for "$VM_BRIDGE_OR_NET_NAME")" != "$(bridge_for "$FLAT_NETWORK_BRIDGE")" ]; then
cat >&2 << EOF
ERROR: FLAT_NETWORK_BRIDGE is specified in localrc file, and either no network
found on XenServer by searching for networks by that value as name-label or
bridge name or the network found does not match the network specified by
VM_BRIDGE_OR_NET_NAME. Please check your localrc file.
EOF
exit 1
fi
fi
if ! xenapi_is_listening_on "$MGT_BRIDGE_OR_NET_NAME"; then
cat >&2 << EOF
ERROR: XenAPI does not have an assigned IP address on the management network.
please review your XenServer network configuration / localrc file.
EOF
exit 1
fi
HOST_IP=$(xenapi_ip_on "$MGT_BRIDGE_OR_NET_NAME")
# Set up ip forwarding, but skip on xcp-xapi
if [ -a /etc/sysconfig/network ]; then
if ! grep -q "FORWARD_IPV4=YES" /etc/sysconfig/network; then
# FIXME: This doesn't work on reboot!
echo "FORWARD_IPV4=YES" >> /etc/sysconfig/network
fi
fi
# Also, enable ip forwarding in rc.local, since the above trick isn't working
if ! grep -q "echo 1 >/proc/sys/net/ipv4/ip_forward" /etc/rc.local; then
echo "echo 1 >/proc/sys/net/ipv4/ip_forward" >> /etc/rc.local
fi
# Enable ip forwarding at runtime as well
echo 1 > /proc/sys/net/ipv4/ip_forward
#
# Shutdown previous runs
#
DO_SHUTDOWN=${DO_SHUTDOWN:-1}
CLEAN_TEMPLATES=${CLEAN_TEMPLATES:-false}
if [ "$DO_SHUTDOWN" = "1" ]; then
# Shutdown all domU's that created previously
clean_templates_arg=""
if $CLEAN_TEMPLATES; then
clean_templates_arg="--remove-templates"
fi
./scripts/uninstall-os-vpx.sh $clean_templates_arg
# Destroy any instances that were launched
for uuid in `xe vm-list | grep -1 instance | grep uuid | sed "s/.*\: //g"`; do
echo "Shutting down nova instance $uuid"
xe vm-uninstall uuid=$uuid force=true
done
# Destroy orphaned vdis
for uuid in `xe vdi-list | grep -1 Glance | grep uuid | sed "s/.*\: //g"`; do
xe vdi-destroy uuid=$uuid
done
fi
#
# Create Ubuntu VM template
# and/or create VM from template
#
GUEST_NAME=${GUEST_NAME:-"DevStackOSDomU"}
TNAME="jeos_template_for_devstack"
SNAME_TEMPLATE="jeos_snapshot_for_devstack"
SNAME_FIRST_BOOT="before_first_boot"
function wait_for_VM_to_halt {
set +x
echo "Waiting for the VM to halt. Progress in-VM can be checked with XenCenter or xl console:"
mgmt_ip=$(echo $XENAPI_CONNECTION_URL | tr -d -c '1234567890.')
domid=$(get_domid "$GUEST_NAME")
echo "ssh root@$mgmt_ip \"xl console $domid\""
while true; do
state=$(xe_min vm-list name-label="$GUEST_NAME" power-state=halted)
if [ -n "$state" ]; then
break
else
echo -n "."
sleep 20
fi
done
set -x
}
templateuuid=$(xe template-list name-label="$TNAME")
if [ -z "$templateuuid" ]; then
#
# Install Ubuntu over network
#
UBUNTU_INST_BRIDGE_OR_NET_NAME=${UBUNTU_INST_BRIDGE_OR_NET_NAME:-"$MGT_BRIDGE_OR_NET_NAME"}
# always update the preseed file, incase we have a newer one
PRESEED_URL=${PRESEED_URL:-""}
if [ -z "$PRESEED_URL" ]; then
PRESEED_URL="${HOST_IP}/devstackubuntupreseed.cfg"
HTTP_SERVER_LOCATION="/opt/xensource/www"
if [ ! -e $HTTP_SERVER_LOCATION ]; then
HTTP_SERVER_LOCATION="/var/www/html"
mkdir -p $HTTP_SERVER_LOCATION
fi
# Copy the tools DEB to the XS web server
XS_TOOLS_URL="https://github.com/downloads/citrix-openstack/warehouse/xe-guest-utilities_5.6.100-651_amd64.deb"
ISO_DIR="/opt/xensource/packages/iso"
if [ -e "$ISO_DIR" ]; then
TOOLS_ISO=$(ls -1 $ISO_DIR/*-tools-*.iso | head -1)
TMP_DIR=/tmp/temp.$RANDOM
mkdir -p $TMP_DIR
mount -o loop $TOOLS_ISO $TMP_DIR
# the target deb package maybe *amd64.deb or *all.deb,
# so use *amd64.deb by default. If it doesn't exist,
# then use *all.deb.
DEB_FILE=$(ls $TMP_DIR/Linux/*amd64.deb || ls $TMP_DIR/Linux/*all.deb)
cp $DEB_FILE $HTTP_SERVER_LOCATION
umount $TMP_DIR
rmdir $TMP_DIR
XS_TOOLS_URL=${HOST_IP}/$(basename $DEB_FILE)
fi
cp -f $THIS_DIR/devstackubuntupreseed.cfg $HTTP_SERVER_LOCATION
cp -f $THIS_DIR/devstackubuntu_latecommand.sh $HTTP_SERVER_LOCATION/latecommand.sh
sed \
-e "s,\(d-i mirror/http/hostname string\).*,\1 $UBUNTU_INST_HTTP_HOSTNAME,g" \
-e "s,\(d-i mirror/http/directory string\).*,\1 $UBUNTU_INST_HTTP_DIRECTORY,g" \
-e "s,\(d-i mirror/http/proxy string\).*,\1 $UBUNTU_INST_HTTP_PROXY,g" \
-e "s,\(d-i passwd/root-password password\).*,\1 $GUEST_PASSWORD,g" \
-e "s,\(d-i passwd/root-password-again password\).*,\1 $GUEST_PASSWORD,g" \
-e "s,\(d-i preseed/late_command string\).*,\1 in-target mkdir -p /tmp; in-target wget --no-proxy ${HOST_IP}/latecommand.sh -O /root/latecommand.sh; in-target bash /root/latecommand.sh,g" \
-i "${HTTP_SERVER_LOCATION}/devstackubuntupreseed.cfg"
sed \
-e "s,@XS_TOOLS_URL@,$XS_TOOLS_URL,g" \
-i "${HTTP_SERVER_LOCATION}/latecommand.sh"
fi
# Update the template
$THIS_DIR/scripts/install_ubuntu_template.sh $PRESEED_URL
# create a new VM from the given template with eth0 attached to the given
# network
$THIS_DIR/scripts/install-os-vpx.sh \
-t "$UBUNTU_INST_TEMPLATE_NAME" \
-n "$UBUNTU_INST_BRIDGE_OR_NET_NAME" \
-l "$GUEST_NAME"
set_vm_memory "$GUEST_NAME" "1024"
xe vm-start vm="$GUEST_NAME"
# wait for install to finish
wait_for_VM_to_halt
# set VM to restart after a reboot
vm_uuid=$(xe_min vm-list name-label="$GUEST_NAME")
xe vm-param-set actions-after-reboot=Restart uuid="$vm_uuid"
# Make template from VM
snuuid=$(xe vm-snapshot vm="$GUEST_NAME" new-name-label="$SNAME_TEMPLATE")
xe snapshot-clone uuid=$snuuid new-name-label="$TNAME"
else
#
# Template already installed, create VM from template
#
vm_uuid=$(xe vm-install template="$TNAME" new-name-label="$GUEST_NAME")
fi
if [ -n "${EXIT_AFTER_JEOS_INSTALLATION:-}" ]; then
echo "User requested to quit after JEOS installation"
exit 0
fi
#
# Prepare VM for DevStack
#
xe vm-param-set other-config:os-vpx=true uuid="$vm_uuid"
# Install XenServer tools, and other such things
$THIS_DIR/prepare_guest_template.sh "$GUEST_NAME"
# Set virtual machine parameters
set_vm_memory "$GUEST_NAME" "$OSDOMU_MEM_MB"
# Max out VCPU count for better performance
max_vcpus "$GUEST_NAME"
# Wipe out all network cards
destroy_all_vifs_of "$GUEST_NAME"
# Add only one interface to prepare the guest template
add_interface "$GUEST_NAME" "$MGT_BRIDGE_OR_NET_NAME" "0"
# start the VM to run the prepare steps
xe vm-start vm="$GUEST_NAME"
# Wait for prep script to finish and shutdown system
wait_for_VM_to_halt
## Setup network cards
# Wipe out all
destroy_all_vifs_of "$GUEST_NAME"
# Tenant network
add_interface "$GUEST_NAME" "$VM_BRIDGE_OR_NET_NAME" "$VM_DEV_NR"
# Management network
add_interface "$GUEST_NAME" "$MGT_BRIDGE_OR_NET_NAME" "$MGT_DEV_NR"
# Public network
add_interface "$GUEST_NAME" "$PUB_BRIDGE_OR_NET_NAME" "$PUB_DEV_NR"
#
# Inject DevStack inside VM disk
#
$THIS_DIR/build_xva.sh "$GUEST_NAME"
FLAT_NETWORK_BRIDGE="${FLAT_NETWORK_BRIDGE:-$(bridge_for "$VM_BRIDGE_OR_NET_NAME")}"
append_kernel_cmdline "$GUEST_NAME" "flat_network_bridge=${FLAT_NETWORK_BRIDGE}"
# Add a separate xvdb, if it was requested
if [[ "0" != "$XEN_XVDB_SIZE_GB" ]]; then
vm=$(xe vm-list name-label="$GUEST_NAME" --minimal)
# Add a new disk
localsr=$(get_local_sr)
extra_vdi=$(xe vdi-create \
name-label=xvdb-added-by-devstack \
virtual-size="${XEN_XVDB_SIZE_GB}GiB" \
sr-uuid=$localsr type=user)
xe vbd-create vm-uuid=$vm vdi-uuid=$extra_vdi device=1
fi
# create a snapshot before the first boot
# to allow a quick re-run with the same settings
xe vm-snapshot vm="$GUEST_NAME" new-name-label="$SNAME_FIRST_BOOT"
#
# Run DevStack VM
#
xe vm-start vm="$GUEST_NAME"
function ssh_no_check {
ssh -o UserKnownHostsFile=/dev/null -o StrictHostKeyChecking=no "$@"
}
# Get hold of the Management IP of OpenStack VM
OS_VM_MANAGEMENT_ADDRESS=$MGT_IP
if [ $OS_VM_MANAGEMENT_ADDRESS == "dhcp" ]; then
OS_VM_MANAGEMENT_ADDRESS=$(find_ip_by_name $GUEST_NAME $MGT_DEV_NR)
fi
# Get hold of the Service IP of OpenStack VM
if [ $HOST_IP_IFACE == "eth${MGT_DEV_NR}" ]; then
OS_VM_SERVICES_ADDRESS=$MGT_IP
if [ $MGT_IP == "dhcp" ]; then
OS_VM_SERVICES_ADDRESS=$(find_ip_by_name $GUEST_NAME $MGT_DEV_NR)
fi
else
OS_VM_SERVICES_ADDRESS=$PUB_IP
if [ $PUB_IP == "dhcp" ]; then
OS_VM_SERVICES_ADDRESS=$(find_ip_by_name $GUEST_NAME $PUB_DEV_NR)
fi
fi
# Create an ssh-keypair, and set it up for dom0 user
rm -f /root/dom0key /root/dom0key.pub
ssh-keygen -f /root/dom0key -P "" -C "dom0"
DOMID=$(get_domid "$GUEST_NAME")
xenstore-write /local/domain/$DOMID/authorized_keys/$DOMZERO_USER "$(cat /root/dom0key.pub)"
xenstore-chmod -u /local/domain/$DOMID/authorized_keys/$DOMZERO_USER r$DOMID
function run_on_appliance {
ssh \
-i /root/dom0key \
-o UserKnownHostsFile=/dev/null \
-o StrictHostKeyChecking=no \
-o BatchMode=yes \
"$DOMZERO_USER@$OS_VM_MANAGEMENT_ADDRESS" "$@"
}
# Wait until we can log in to the appliance
while ! run_on_appliance true; do
sleep 1
done
# Remove authenticated_keys updater cronjob
echo "" | run_on_appliance crontab -
# Generate a passwordless ssh key for domzero user
echo "ssh-keygen -f /home/$DOMZERO_USER/.ssh/id_rsa -C $DOMZERO_USER@appliance -N \"\" -q" | run_on_appliance
# Authenticate that user to dom0
run_on_appliance cat /home/$DOMZERO_USER/.ssh/id_rsa.pub >> /root/.ssh/authorized_keys
# If we have copied our ssh credentials, use ssh to monitor while the installation runs
WAIT_TILL_LAUNCH=${WAIT_TILL_LAUNCH:-1}
COPYENV=${COPYENV:-1}
if [ "$WAIT_TILL_LAUNCH" = "1" ] && [ -e ~/.ssh/id_rsa.pub ] && [ "$COPYENV" = "1" ]; then
set +x
echo "VM Launched - Waiting for run.sh"
while ! ssh_no_check -q stack@$OS_VM_MANAGEMENT_ADDRESS "test -e /opt/stack/run_sh.pid"; do
sleep 10
done
echo -n "devstack service is running, waiting for stack.sh to start logging..."
pid=`ssh_no_check -q stack@$OS_VM_MANAGEMENT_ADDRESS "cat /opt/stack/run_sh.pid"`
if [ -n "$SCREEN_LOGDIR" ]; then
while ! ssh_no_check -q stack@$OS_VM_MANAGEMENT_ADDRESS "test -e ${SCREEN_LOGDIR}/stack.log"; do
sleep 10
done
ssh_no_check -q stack@$OS_VM_MANAGEMENT_ADDRESS "tail --pid $pid -n +1 -f ${SCREEN_LOGDIR}/stack.log"
else
echo -n "SCREEN_LOGDIR not set; just waiting for process $pid to finish"
ssh_no_check -q stack@$OS_VM_MANAGEMENT_ADDRESS "wait $pid"
fi
set -x
# Fail if devstack did not succeed
ssh_no_check -q stack@$OS_VM_MANAGEMENT_ADDRESS 'test -e /opt/stack/runsh.succeeded'
set +x
echo "################################################################################"
echo ""
echo "All Finished!"
echo "You can visit the OpenStack Dashboard"
echo "at http://$OS_VM_SERVICES_ADDRESS, and contact other services at the usual ports."
else
set +x
echo "################################################################################"
echo ""
echo "All Finished!"
echo "Now, you can monitor the progress of the stack.sh installation by "
echo "looking at the console of your domU / checking the log files."
echo ""
echo "ssh into your domU now: 'ssh stack@$OS_VM_MANAGEMENT_ADDRESS' using your password"
echo "and then do: 'sudo systemctl status devstack' to check if devstack is still running."
echo "Check that /opt/stack/runsh.succeeded exists"
echo ""
echo "When devstack completes, you can visit the OpenStack Dashboard"
echo "at http://$OS_VM_SERVICES_ADDRESS, and contact other services at the usual ports."
fi

92
tools/xen/mocks
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@ -1,92 +0,0 @@
#!/bin/bash
test ! -e "$LIST_OF_ACTIONS" && {
echo "Mocking is not set up properly."
echo "LIST_OF_ACTIONS should point to an existing file."
exit 1
}
test ! -e "$LIST_OF_DIRECTORIES" && {
echo "Mocking is not set up properly."
echo "LIST_OF_DIRECTORIES should point to an existing file."
exit 1
}
test ! -e "$XE_RESPONSE" && {
echo "Mocking is not set up properly."
echo "XE_RESPONSE should point to an existing file."
exit 1
}
test ! -e "$XE_CALLS" && {
echo "Mocking is not set up properly."
echo "XE_CALLS should point to an existing file."
exit 1
}
function mktemp {
if test "${1:-}" = "-d";
then
echo "tempdir"
else
echo "tempfile"
fi
}
function wget {
if [[ $@ =~ "failurl" ]]; then
return 1
fi
echo "wget $@" >> $LIST_OF_ACTIONS
}
function mkdir {
if test "${1:-}" = "-p";
then
echo "$2" >> $LIST_OF_DIRECTORIES
fi
}
function unzip {
echo "Random rubbish from unzip"
echo "unzip $@" >> $LIST_OF_ACTIONS
}
function rm {
echo "rm $@" >> $LIST_OF_ACTIONS
}
function ln {
echo "ln $@" >> $LIST_OF_ACTIONS
}
function [ {
if test "${1:-}" = "-d";
then
echo "[ $@" >> $LIST_OF_ACTIONS
for directory in $(cat $LIST_OF_DIRECTORIES)
do
if test "$directory" = "$2"
then
return 0
fi
done
return 1
fi
echo "Mock test does not implement the requested function: ${1:-}"
exit 1
}
function die_with_error {
echo "$1" >> $DEAD_MESSAGES
}
function xe {
cat $XE_RESPONSE
{
for i in $(seq "$#")
do
eval "echo \"\$$i\""
done
} >> $XE_CALLS
}

123
tools/xen/prepare_guest.sh
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@ -1,123 +0,0 @@
#!/bin/bash
# This script is run on an Ubuntu VM.
# This script is inserted into the VM by prepare_guest_template.sh
# and is run when that VM boots.
# It customizes a fresh Ubuntu install, so it is ready
# to run stack.sh
#
# This includes installing the XenServer tools,
# creating the user called "stack",
# and shuts down the VM to signal the script has completed
set -o errexit
set -o nounset
set -o xtrace
# Configurable nuggets
GUEST_PASSWORD="$1"
STACK_USER="$2"
DOMZERO_USER="$3"
function setup_domzero_user {
local username
username="$1"
local key_updater_script
local sudoers_file
key_updater_script="/home/$username/update_authorized_keys.sh"
sudoers_file="/etc/sudoers.d/allow_$username"
# Create user
adduser --disabled-password --quiet "$username" --gecos "$username"
# Give passwordless sudo
cat > $sudoers_file << EOF
$username ALL = NOPASSWD: ALL
EOF
chmod 0440 $sudoers_file
# A script to populate this user's authenticated_keys from xenstore
cat > $key_updater_script << EOF
#!/bin/bash
set -eux
DOMID=\$(sudo xenstore-read domid)
sudo xenstore-exists /local/domain/\$DOMID/authorized_keys/$username
sudo xenstore-read /local/domain/\$DOMID/authorized_keys/$username > /home/$username/xenstore_value
cat /home/$username/xenstore_value > /home/$username/.ssh/authorized_keys
EOF
# Give the key updater to the user
chown $username:$username $key_updater_script
chmod 0700 $key_updater_script
# Setup the .ssh folder
mkdir -p /home/$username/.ssh
chown $username:$username /home/$username/.ssh
chmod 0700 /home/$username/.ssh
touch /home/$username/.ssh/authorized_keys
chown $username:$username /home/$username/.ssh/authorized_keys
chmod 0600 /home/$username/.ssh/authorized_keys
# Setup the key updater as a cron job
crontab -u $username - << EOF
* * * * * $key_updater_script
EOF
}
# Make a small cracklib dictionary, so that passwd still works, but we don't
# have the big dictionary.
mkdir -p /usr/share/cracklib
echo a | cracklib-packer
# Make /etc/shadow, and set the root password
pwconv
echo "root:$GUEST_PASSWORD" | chpasswd
# Put the VPX into UTC.
rm -f /etc/localtime
# Add stack user
groupadd libvirtd
useradd $STACK_USER -s /bin/bash -d /opt/stack -G libvirtd
echo $STACK_USER:$GUEST_PASSWORD | chpasswd
echo "$STACK_USER ALL=(ALL) NOPASSWD: ALL" >> /etc/sudoers
setup_domzero_user "$DOMZERO_USER"
# Add an udev rule, so that new block devices could be written by stack user
cat > /etc/udev/rules.d/50-openstack-blockdev.rules << EOF
KERNEL=="xvd[b-z]", GROUP="$STACK_USER", MODE="0660"
EOF
# Give ownership of /opt/stack to stack user
chown -R $STACK_USER /opt/stack
function setup_vimrc {
if [ ! -e $1 ]; then
# Simple but usable vimrc
cat > $1 <<EOF
se ts=4
se expandtab
se shiftwidth=4
EOF
fi
}
# Setup simple .vimrcs
setup_vimrc /root/.vimrc
setup_vimrc /opt/stack/.vimrc
# remove self from local.rc
# so this script is not run again
rm -rf /etc/rc.local
# Restore rc.local file
cp /etc/rc.local.preparebackup /etc/rc.local
# shutdown to notify we are done
shutdown -h now

94
tools/xen/prepare_guest_template.sh
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@ -1,94 +0,0 @@
#!/bin/bash
# This script is run by install_os_domU.sh
#
# Parameters:
# - $GUEST_NAME - hostname for the DomU VM
#
# It modifies the ubuntu image created by install_os_domU.sh
#
# This script is responsible for cusomtizing the fresh ubuntu
# image so on boot it runs the prepare_guest.sh script
# that modifies the VM so it is ready to run stack.sh.
# It does this by mounting the disk image of the VM.
#
# The resultant image is started by install_os_domU.sh,
# and once the VM has shutdown, build_xva.sh is run
set -o errexit
set -o nounset
set -o xtrace
# This directory
TOP_DIR=$(cd $(dirname "$0") && pwd)
# Include onexit commands
. $TOP_DIR/scripts/on_exit.sh
# xapi functions
. $TOP_DIR/functions
# Source params - override xenrc params in your localrc to suite your taste
source xenrc
#
# Parameters
#
GUEST_NAME="$1"
# Mount the VDI
STAGING_DIR=$($TOP_DIR/scripts/manage-vdi open $GUEST_NAME 0 1 | grep -o "/tmp/tmp.[[:alnum:]]*")
add_on_exit "$TOP_DIR/scripts/manage-vdi close $GUEST_NAME 0 1"
# Make sure we have a stage
if [ ! -d $STAGING_DIR/etc ]; then
echo "Stage is not properly set up!"
exit 1
fi
# Copy prepare_guest.sh to VM
mkdir -p $STAGING_DIR/opt/stack/
cp $TOP_DIR/prepare_guest.sh $STAGING_DIR/opt/stack/prepare_guest.sh
# backup rc.local
cp $STAGING_DIR/etc/rc.local $STAGING_DIR/etc/rc.local.preparebackup
# run prepare_guest.sh on boot
cat <<EOF >$STAGING_DIR/etc/rc.local
#!/bin/sh -e
bash /opt/stack/prepare_guest.sh \\
"$GUEST_PASSWORD" "$STACK_USER" "$DOMZERO_USER" \\
> /opt/stack/prepare_guest.log 2>&1
EOF
# Update ubuntu repositories
cat > $STAGING_DIR/etc/apt/sources.list << EOF
deb http://${UBUNTU_INST_HTTP_HOSTNAME}${UBUNTU_INST_HTTP_DIRECTORY} ${UBUNTU_INST_RELEASE} main restricted
deb-src http://${UBUNTU_INST_HTTP_HOSTNAME}${UBUNTU_INST_HTTP_DIRECTORY} ${UBUNTU_INST_RELEASE} main restricted
deb http://${UBUNTU_INST_HTTP_HOSTNAME}${UBUNTU_INST_HTTP_DIRECTORY} ${UBUNTU_INST_RELEASE}-updates main restricted
deb-src http://${UBUNTU_INST_HTTP_HOSTNAME}${UBUNTU_INST_HTTP_DIRECTORY} ${UBUNTU_INST_RELEASE}-updates main restricted
deb http://${UBUNTU_INST_HTTP_HOSTNAME}${UBUNTU_INST_HTTP_DIRECTORY} ${UBUNTU_INST_RELEASE} universe
deb-src http://${UBUNTU_INST_HTTP_HOSTNAME}${UBUNTU_INST_HTTP_DIRECTORY} ${UBUNTU_INST_RELEASE} universe
deb http://${UBUNTU_INST_HTTP_HOSTNAME}${UBUNTU_INST_HTTP_DIRECTORY} ${UBUNTU_INST_RELEASE}-updates universe
deb-src http://${UBUNTU_INST_HTTP_HOSTNAME}${UBUNTU_INST_HTTP_DIRECTORY} ${UBUNTU_INST_RELEASE}-updates universe
deb http://${UBUNTU_INST_HTTP_HOSTNAME}${UBUNTU_INST_HTTP_DIRECTORY} ${UBUNTU_INST_RELEASE} multiverse
deb-src http://${UBUNTU_INST_HTTP_HOSTNAME}${UBUNTU_INST_HTTP_DIRECTORY} ${UBUNTU_INST_RELEASE} multiverse
deb http://${UBUNTU_INST_HTTP_HOSTNAME}${UBUNTU_INST_HTTP_DIRECTORY} ${UBUNTU_INST_RELEASE}-updates multiverse
deb-src http://${UBUNTU_INST_HTTP_HOSTNAME}${UBUNTU_INST_HTTP_DIRECTORY} ${UBUNTU_INST_RELEASE}-updates multiverse
deb http://${UBUNTU_INST_HTTP_HOSTNAME}${UBUNTU_INST_HTTP_DIRECTORY} ${UBUNTU_INST_RELEASE}-backports main restricted universe multiverse
deb-src http://${UBUNTU_INST_HTTP_HOSTNAME}${UBUNTU_INST_HTTP_DIRECTORY} ${UBUNTU_INST_RELEASE}-backports main restricted universe multiverse
deb http://security.ubuntu.com/ubuntu ${UBUNTU_INST_RELEASE}-security main restricted
deb-src http://security.ubuntu.com/ubuntu ${UBUNTU_INST_RELEASE}-security main restricted
deb http://security.ubuntu.com/ubuntu ${UBUNTU_INST_RELEASE}-security universe
deb-src http://security.ubuntu.com/ubuntu ${UBUNTU_INST_RELEASE}-security universe
deb http://security.ubuntu.com/ubuntu ${UBUNTU_INST_RELEASE}-security multiverse
deb-src http://security.ubuntu.com/ubuntu ${UBUNTU_INST_RELEASE}-security multiverse
EOF
rm -f $STAGING_DIR/etc/apt/apt.conf
if [ -n "$UBUNTU_INST_HTTP_PROXY" ]; then
cat > $STAGING_DIR/etc/apt/apt.conf << EOF
Acquire::http::Proxy "$UBUNTU_INST_HTTP_PROXY";
EOF
fi

135
tools/xen/scripts/install-os-vpx.sh
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@ -1,135 +0,0 @@
#!/bin/bash
#
# Copyright (c) 2011 Citrix Systems, Inc.
# Copyright 2011 OpenStack Foundation
# All Rights Reserved.
#
# Licensed under the Apache License, Version 2.0 (the "License"); you may
# not use this file except in compliance with the License. You may obtain
# a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
# WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
# License for the specific language governing permissions and limitations
# under the License.
#
set -eux
BRIDGE=
NAME_LABEL=
TEMPLATE_NAME=
usage()
{
cat << EOF
Usage: $0 -t TEMPLATE_NW_INSTALL -l NAME_LABEL [-n BRIDGE]
Install a VM from a template
OPTIONS:
-h Shows this message.
-t template VM template to use
-l name Specifies the name label for the VM.
-n bridge The bridge/network to use for eth0. Defaults to xenbr0
EOF
}
get_params()
{
while getopts "hbn:r:l:t:" OPTION; do
case $OPTION in
h) usage
exit 1
;;
n)
BRIDGE=$OPTARG
;;
l)
NAME_LABEL=$OPTARG
;;
t)
TEMPLATE_NAME=$OPTARG
;;
?)
usage
exit
;;
esac
done
if [[ -z $BRIDGE ]]; then
BRIDGE=xenbr0
fi
if [[ -z $TEMPLATE_NAME ]]; then
echo "Please specify a template name" >&2
exit 1
fi
if [[ -z $NAME_LABEL ]]; then
echo "Please specify a name-label for the new VM" >&2
exit 1
fi
}
xe_min()
{
local cmd="$1"
shift
xe "$cmd" --minimal "$@"
}
find_network()
{
result=$(xe_min network-list bridge="$1")
if [ "$result" = "" ]; then
result=$(xe_min network-list name-label="$1")
fi
echo "$result"
}
create_vif()
{
local v="$1"
echo "Installing VM interface on [$BRIDGE]"
local out_network_uuid
out_network_uuid=$(find_network "$BRIDGE")
xe vif-create vm-uuid="$v" network-uuid="$out_network_uuid" device="0"
}
# Make the VM auto-start on server boot.
set_auto_start()
{
local v="$1"
xe vm-param-set uuid="$v" other-config:auto_poweron=true
}
destroy_vifs()
{
local v="$1"
IFS=,
for vif in $(xe_min vif-list vm-uuid="$v"); do
xe vif-destroy uuid="$vif"
done
unset IFS
}
get_params "$@"
vm_uuid=$(xe_min vm-install template="$TEMPLATE_NAME" new-name-label="$NAME_LABEL")
destroy_vifs "$vm_uuid"
set_auto_start "$vm_uuid"
create_vif "$vm_uuid"
xe vm-param-set actions-after-reboot=Destroy uuid="$vm_uuid"

84
tools/xen/scripts/install_ubuntu_template.sh
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@ -1,84 +0,0 @@
#!/bin/bash
#
# This creates an Ubuntu Server 32bit or 64bit template
# on Xenserver 5.6.x, 6.0.x and 6.1.x
# The template does a net install only
#
# Based on a script by: David Markey <david.markey@citrix.com>
#
set -o errexit
set -o nounset
set -o xtrace
# This directory
BASE_DIR=$(cd $(dirname "$0") && pwd)
# For default setings see xenrc
source $BASE_DIR/../xenrc
# Get the params
preseed_url=$1
# Delete template or skip template creation as required
previous_template=$(xe template-list name-label="$UBUNTU_INST_TEMPLATE_NAME" \
params=uuid --minimal)
if [ -n "$previous_template" ]; then
if $CLEAN_TEMPLATES; then
xe template-param-clear param-name=other-config uuid=$previous_template
xe template-uninstall template-uuid=$previous_template force=true
else
echo "Template $UBUNTU_INST_TEMPLATE_NAME already present"
exit 0
fi
fi
# Get built-in template
builtin_name="Debian Squeeze 6.0 (32-bit)"
builtin_uuid=$(xe template-list name-label="$builtin_name" --minimal)
if [[ -z $builtin_uuid ]]; then
echo "Can't find the Debian Squeeze 32bit template on your XenServer."
exit 1
fi
# Clone built-in template to create new template
new_uuid=$(xe vm-clone uuid=$builtin_uuid \
new-name-label="$UBUNTU_INST_TEMPLATE_NAME")
disk_size=$(($OSDOMU_VDI_GB * 1024 * 1024 * 1024))
# Some of these settings can be found in example preseed files
# however these need to be answered before the netinstall
# is ready to fetch the preseed file, and as such must be here
# to get a fully automated install
pvargs="quiet console=hvc0 partman/default_filesystem=ext3 \
console-setup/ask_detect=false locale=${UBUNTU_INST_LOCALE} \
keyboard-configuration/layoutcode=${UBUNTU_INST_KEYBOARD} \
netcfg/choose_interface=eth0 \
netcfg/get_hostname=os netcfg/get_domain=os auto \
url=${preseed_url}"
if [ "$UBUNTU_INST_IP" != "dhcp" ]; then
netcfgargs="netcfg/disable_autoconfig=true \
netcfg/get_nameservers=${UBUNTU_INST_NAMESERVERS} \
netcfg/get_ipaddress=${UBUNTU_INST_IP} \
netcfg/get_netmask=${UBUNTU_INST_NETMASK} \
netcfg/get_gateway=${UBUNTU_INST_GATEWAY} \
netcfg/confirm_static=true"
pvargs="${pvargs} ${netcfgargs}"
fi
xe template-param-set uuid=$new_uuid \
other-config:install-methods=http \
other-config:install-repository="http://${UBUNTU_INST_HTTP_HOSTNAME}${UBUNTU_INST_HTTP_DIRECTORY}" \
PV-args="$pvargs" \
other-config:debian-release="$UBUNTU_INST_RELEASE" \
other-config:default_template=true \
other-config:disks='<provision><disk device="0" size="'$disk_size'" sr="" bootable="true" type="system"/></provision>' \
other-config:install-arch="$UBUNTU_INST_ARCH"
if ! [ -z "$UBUNTU_INST_HTTP_PROXY" ]; then
xe template-param-set uuid=$new_uuid \
other-config:install-proxy="$UBUNTU_INST_HTTP_PROXY"
fi
echo "Ubuntu template installed uuid:$new_uuid"

96
tools/xen/scripts/manage-vdi
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@ -1,96 +0,0 @@
#!/bin/bash
set -eux
action="$1"
vm="$2"
device="${3-0}"
part="${4-}"
function xe_min() {
local cmd="$1"
shift
xe "$cmd" --minimal "$@"
}
function run_udev_settle() {
which_udev=$(which udevsettle) || true
if [ -n "$which_udev" ]; then
udevsettle
else
udevadm settle
fi
}
vm_uuid=$(xe_min vm-list name-label="$vm")
vdi_uuid=$(xe_min vbd-list params=vdi-uuid vm-uuid="$vm_uuid" \
userdevice="$device")
dom0_uuid=$(xe_min vm-list is-control-domain=true)
function get_mount_device() {
vbd_uuid=$1
dev=$(xe_min vbd-list params=device uuid="$vbd_uuid")
if [[ "$dev" =~ "sm/" || "$dev" =~ "blktap-2/" ]]; then
DEBIAN_FRONTEND=noninteractive \
apt-get --option "Dpkg::Options::=--force-confold" --assume-yes \
install kpartx &> /dev/null || true
mapping=$(kpartx -av "/dev/$dev" | sed -ne 's,^add map \([a-z0-9\-]*\).*$,\1,p' | sed -ne "s,^\(.*${part}\)\$,\1,p")
if [ -z "$mapping" ]; then
echo "Failed to find mapping"
exit -1
fi
local device="/dev/mapper/${mapping}"
for (( i = 0; i < 5; i++ )) ; do
if [ -b $device ] ; then
echo $device
return
fi
sleep 1
done
echo "ERROR: timed out waiting for dev-mapper"
exit 1
else
echo "/dev/$dev$part"
fi
}
function clean_dev_mappings() {
dev=$(xe_min vbd-list params=device uuid="$vbd_uuid")
if [[ "$dev" =~ "sm/" || "$dev" =~ "blktap-2/" ]]; then
kpartx -dv "/dev/$dev"
fi
}
function open_vdi() {
vbd_uuid=$(xe vbd-create vm-uuid="$dom0_uuid" vdi-uuid="$vdi_uuid" \
device=autodetect)
mp=$(mktemp -d)
xe vbd-plug uuid="$vbd_uuid"
run_udev_settle
mount_device=$(get_mount_device "$vbd_uuid")
mount "$mount_device" "$mp"
echo "Your vdi is mounted at $mp"
}
function close_vdi() {
vbd_uuid=$(xe_min vbd-list vm-uuid="$dom0_uuid" vdi-uuid="$vdi_uuid")
mount_device=$(get_mount_device "$vbd_uuid")
run_udev_settle
umount "$mount_device"
clean_dev_mappings
xe vbd-unplug uuid=$vbd_uuid
xe vbd-destroy uuid=$vbd_uuid
}
if [ "$action" == "open" ]; then
open_vdi
elif [ "$action" == "close" ]; then
close_vdi
fi

24
tools/xen/scripts/on_exit.sh
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@ -1,24 +0,0 @@
#!/bin/bash
set -e
set -o xtrace
if [ -z "${on_exit_hooks:-}" ]; then
on_exit_hooks=()
fi
on_exit()
{
for i in $(seq $((${#on_exit_hooks[*]} - 1)) -1 0); do
eval "${on_exit_hooks[$i]}"
done
}
add_on_exit()
{
local n=${#on_exit_hooks[*]}
on_exit_hooks[$n]="$*"
if [[ $n -eq 0 ]]; then
trap on_exit EXIT
fi
}

88
tools/xen/scripts/uninstall-os-vpx.sh
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@ -1,88 +0,0 @@
#!/bin/bash
#
# Copyright (c) 2011 Citrix Systems, Inc.
# Copyright 2011 OpenStack Foundation
# All Rights Reserved.
#
# Licensed under the Apache License, Version 2.0 (the "License"); you may
# not use this file except in compliance with the License. You may obtain
# a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
# WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
# License for the specific language governing permissions and limitations
# under the License.
#
set -ex
# By default, don't remove the templates
REMOVE_TEMPLATES=${REMOVE_TEMPLATES:-"false"}
if [ "$1" = "--remove-templates" ]; then
REMOVE_TEMPLATES=true
fi
xe_min()
{
local cmd="$1"
shift
xe "$cmd" --minimal "$@"
}
destroy_vdi()
{
local vbd_uuid="$1"
local type
type=$(xe_min vbd-list uuid=$vbd_uuid params=type)
local dev
dev=$(xe_min vbd-list uuid=$vbd_uuid params=userdevice)
local vdi_uuid
vdi_uuid=$(xe_min vbd-list uuid=$vbd_uuid params=vdi-uuid)
if [ "$type" == 'Disk' ] && [ "$dev" != 'xvda' ] && [ "$dev" != '0' ]; then
xe vdi-destroy uuid=$vdi_uuid
fi
}
uninstall()
{
local vm_uuid="$1"
local power_state
power_state=$(xe_min vm-list uuid=$vm_uuid params=power-state)
if [ "$power_state" != "halted" ]; then
xe vm-shutdown vm=$vm_uuid force=true
fi
for v in $(xe_min vbd-list vm-uuid=$vm_uuid | sed -e 's/,/ /g'); do
destroy_vdi "$v"
done
xe vm-uninstall vm=$vm_uuid force=true >/dev/null
}
uninstall_template()
{
local vm_uuid="$1"
for v in $(xe_min vbd-list vm-uuid=$vm_uuid | sed -e 's/,/ /g'); do
destroy_vdi "$v"
done
xe template-uninstall template-uuid=$vm_uuid force=true >/dev/null
}
# remove the VMs and their disks
for u in $(xe_min vm-list other-config:os-vpx=true | sed -e 's/,/ /g'); do
uninstall "$u"
done
# remove the templates
if [ "$REMOVE_TEMPLATES" == "true" ]; then
for u in $(xe_min template-list other-config:os-vpx=true | sed -e 's/,/ /g'); do
uninstall_template "$u"
done
fi

205
tools/xen/test_functions.sh
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@ -1,205 +0,0 @@
#!/bin/bash
# Tests for functions.
#
# The tests are sourcing the mocks file to mock out various functions. The
# mocking-out always happens in a sub-shell, thus it does not have impact on
# the functions defined here.
# To run the tests, please run:
#
# ./test_functions.sh run_tests
#
# To only print out the discovered test functions, run:
#
# ./test_functions.sh
. functions
# Setup
function before_each_test {
LIST_OF_DIRECTORIES=$(mktemp)
truncate -s 0 $LIST_OF_DIRECTORIES
LIST_OF_ACTIONS=$(mktemp)
truncate -s 0 $LIST_OF_ACTIONS
XE_RESPONSE=$(mktemp)
truncate -s 0 $XE_RESPONSE
XE_CALLS=$(mktemp)
truncate -s 0 $XE_CALLS
DEAD_MESSAGES=$(mktemp)
truncate -s 0 $DEAD_MESSAGES
}
# Teardown
function after_each_test {
rm -f $LIST_OF_DIRECTORIES
rm -f $LIST_OF_ACTIONS
rm -f $XE_RESPONSE
rm -f $XE_CALLS
}
# Helpers
function setup_xe_response {
echo "$1" > $XE_RESPONSE
}
function given_directory_exists {
echo "$1" >> $LIST_OF_DIRECTORIES
}
function assert_directory_exists {
grep "$1" $LIST_OF_DIRECTORIES
}
function assert_previous_command_failed {
[ "$?" != "0" ] || exit 1
}
function assert_xe_min {
grep -qe "^--minimal\$" $XE_CALLS
}
function assert_xe_param {
grep -qe "^$1\$" $XE_CALLS
}
function assert_died_with {
diff -u <(echo "$1") $DEAD_MESSAGES
}
function mock_out {
local FNNAME="$1"
local OUTPUT="$2"
. <(cat << EOF
function $FNNAME {
echo "$OUTPUT"
}
EOF
)
}
function assert_symlink {
grep -qe "^ln -s $2 $1\$" $LIST_OF_ACTIONS
}
# Tests
function test_plugin_directory_on_xenserver {
given_directory_exists "/etc/xapi.d/plugins/"
PLUGDIR=$(. mocks && xapi_plugin_location)
[ "/etc/xapi.d/plugins/" = "$PLUGDIR" ]
}
function test_plugin_directory_on_xcp {
given_directory_exists "/usr/lib/xcp/plugins/"
PLUGDIR=$(. mocks && xapi_plugin_location)
[ "/usr/lib/xcp/plugins/" = "$PLUGDIR" ]
}
function test_no_plugin_directory_found {
set +e
local IGNORE
IGNORE=$(. mocks && xapi_plugin_location)
assert_previous_command_failed
grep "[ -d /etc/xapi.d/plugins/ ]" $LIST_OF_ACTIONS
grep "[ -d /usr/lib/xcp/plugins/ ]" $LIST_OF_ACTIONS
}
function test_create_directory_for_kernels {
(
. mocks
mock_out get_local_sr_path /var/run/sr-mount/uuid1
create_directory_for_kernels
)
assert_directory_exists "/var/run/sr-mount/uuid1/os-guest-kernels"
assert_symlink "/boot/guest" "/var/run/sr-mount/uuid1/os-guest-kernels"
}
function test_create_directory_for_kernels_existing_dir {
(
. mocks
given_directory_exists "/boot/guest"
create_directory_for_kernels
)
diff -u $LIST_OF_ACTIONS - << EOF
[ -d /boot/guest ]
EOF
}
function test_create_directory_for_images {
(
. mocks
mock_out get_local_sr_path /var/run/sr-mount/uuid1
create_directory_for_images
)
assert_directory_exists "/var/run/sr-mount/uuid1/os-images"
assert_symlink "/images" "/var/run/sr-mount/uuid1/os-images"
}
function test_create_directory_for_images_existing_dir {
(
. mocks
given_directory_exists "/images"
create_directory_for_images
)
diff -u $LIST_OF_ACTIONS - << EOF
[ -d /images ]
EOF
}
function test_get_local_sr {
setup_xe_response "uuid123"
local RESULT
RESULT=$(. mocks && get_local_sr)
[ "$RESULT" == "uuid123" ]
assert_xe_param "pool-list" params=default-SR minimal=true
}
function test_get_local_sr_path {
local RESULT
RESULT=$(mock_out get_local_sr "uuid1" && get_local_sr_path)
[ "/var/run/sr-mount/uuid1" == "$RESULT" ]
}
# Test runner
[ "$1" = "" ] && {
grep -e "^function *test_" $0 | cut -d" " -f2
}
[ "$1" = "run_tests" ] && {
for testname in $($0); do
echo "$testname"
before_each_test
(
set -eux
$testname
)
if [ "$?" != "0" ]; then
echo "FAIL"
exit 1
else
echo "PASS"
fi
after_each_test
done
}

114
tools/xen/xenrc
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@ -1,114 +0,0 @@
#!/bin/bash
#
# XenServer specific defaults for the /tools/xen/ scripts
# Similar to stackrc, you can override these in your localrc
#
# Name of this guest
GUEST_NAME=${GUEST_NAME:-DevStackOSDomU}
# Template cleanup
CLEAN_TEMPLATES=${CLEAN_TEMPLATES:-false}
# Size of image
VDI_MB=${VDI_MB:-5000}
# Devstack now contains many components. 4GB ram is not enough to prevent
# swapping and memory fragmentation - the latter of which can cause failures
# such as blkfront failing to plug a VBD and lead to random test fails.
#
# Set to 6GB so an 8GB XenServer VM can have a 1GB Dom0 and leave 1GB for VMs
OSDOMU_MEM_MB=6144
OSDOMU_VDI_GB=8
# Network mapping. Specify bridge names or network names. Network names may
# differ across localised versions of XenServer. If a given bridge/network
# was not found, a new network will be created with the specified name.
# Get the management network from the XS installation
VM_BRIDGE_OR_NET_NAME="OpenStack VM Network"
PUB_BRIDGE_OR_NET_NAME="OpenStack Public Network"
# VM Password
GUEST_PASSWORD=${GUEST_PASSWORD:-secret}
# Extracted variables for OpenStack VM network device numbers.
# Make sure they form a continuous sequence starting from 0
MGT_DEV_NR=0
VM_DEV_NR=1
PUB_DEV_NR=2
# Host Interface, i.e. the interface on the nova vm you want to expose the
# services on. Usually the device connected to the management network or the
# one connected to the public network is used.
HOST_IP_IFACE=${HOST_IP_IFACE:-"eth${MGT_DEV_NR}"}
#
# Our nova host's network info
#
# Management network
MGT_IP=${MGT_IP:-dhcp}
MGT_NETMASK=${MGT_NETMASK:-ignored}
# VM Network
VM_IP=${VM_IP:-10.255.255.255}
VM_NETMASK=${VM_NETMASK:-255.255.255.0}
# Public network
# Aligned with stack.sh - see FLOATING_RANGE
PUB_IP=${PUB_IP:-172.24.4.10}
PUB_NETMASK=${PUB_NETMASK:-255.255.255.0}
# Ubuntu install settings
UBUNTU_INST_RELEASE="xenial"
UBUNTU_INST_TEMPLATE_NAME="Ubuntu 16.04 (64-bit) for DevStack"
# For 12.04 use "precise" and update template name
# However, for 12.04, you should be using
# XenServer 6.1 and later or XCP 1.6 or later
# 11.10 is only really supported with XenServer 6.0.2 and later
UBUNTU_INST_ARCH="amd64"
UBUNTU_INST_HTTP_HOSTNAME="archive.ubuntu.com"
UBUNTU_INST_HTTP_DIRECTORY="/ubuntu"
UBUNTU_INST_HTTP_PROXY=""
UBUNTU_INST_LOCALE="en_US"
UBUNTU_INST_KEYBOARD="us"
# network configuration for ubuntu netinstall
UBUNTU_INST_IP="dhcp"
UBUNTU_INST_NAMESERVERS=""
UBUNTU_INST_NETMASK=""
UBUNTU_INST_GATEWAY=""
# Create a separate xvdb. Tis could be used as a backing device for cinder
# volumes. Specify
# XEN_XVDB_SIZE_GB=10
# VOLUME_BACKING_DEVICE=/dev/xvdb
# in your localrc to avoid kernel lockups:
# https://bugs.launchpad.net/cinder/+bug/1023755
#
# Set the size to 0 to avoid creation of additional disk.
XEN_XVDB_SIZE_GB=0
STACK_USER=stack
DOMZERO_USER=domzero
RC_DIR="../.."
restore_nounset=$(set +o | grep nounset)
set +u
## Note that the lines below are coming from stackrc to support
## new-style config files
source $RC_DIR/functions-common
# allow local overrides of env variables, including repo config
if [[ -f $RC_DIR/localrc ]]; then
# Old-style user-supplied config
source $RC_DIR/localrc
elif [[ -f $RC_DIR/.localrc.auto ]]; then
# New-style user-supplied config extracted from local.conf
source $RC_DIR/.localrc.auto
fi
$restore_nounset