OpenNebula Puppet types and providers

When setting up OpenNebula one has to configure many steps.
Since I do not like manual work and due to the reason that we already had the OpenNebula Puppet module available as OpenSource on GitHub, I started working on OpenNebula types and Providers.

You now can declare your OpenNebula infrastructure in Puppet DSL:

All code can be found on the github project: https://github.com/epost-dev/opennebula-puppet-module

This is a short summary on how to use the OpenNebula Puppet Module and the newly added Types and Providers.
Please note: there is still some functionality missing and the providers do far too much one cli command calls.
All work is based on Ken Barbers initial OpenNebula Puppet Module.

# example usage for opennebula puppet module

#

# 1. Running as OpenNebula Master with Apache and mod_passenger and Sunstone

# using kvm and 802.1q VLAN networking:
#

class { one:

    oned                         => true,

    sunstone_passenger => true,

}

# 2. running opennebula vm wirt side

#

class { one: }

# Usage of opennebula puppet resource types

#

# Declare OpenNebula Virtual Network:

#

onevnet { '<name>':

    ensure                    => present | absent,

# name of the bridge to use

    bridge                    => 'basebr0',

# name of the physical interface on which the bridge wiull run

    phydev                  => 'br0',

    type                       => 'ranged' | 'fixed',

# for ranged networking:

    network_address   => '10.0.2.0',

    network_mask      => '255.255.0.0',

# if you want to restrict network usage by opennebula:

    network_start        => '10.0.2.100',

    network_end         => '10.0.2.240',

    dns_servers           => ['8.8.8.8', '4.4.4.4'],

    gateway                => '10.0.2.1',

# select your network type

    model                    => 'vlan' | 'ebtables' | 'ovswitch' | 'vmware' | 'dummy',

# add vlanid

    vlanid                    => '1550',

}

# Declare OpenNebula Datastores

#

onedatastore { '<name>':

    ensure                 => present | absent,

    type                     => 'images' | 'system' | 'files',

    dm                      => 'filesystem' | 'vmware' | 'iscsi' | 'lvm' | 'vmfs' | 'ceph',

    tm                       => 'shared' | 'ssh' | 'qcow2' | 'iscsi' | 'lvm' | 'vmfs' | 'ceph' | 'dummy',

    disktype              => 'file' | 'block' | 'rdb',

}

# Declare OpenNebula Hosts

#

onehost { '<name>':

    ensure     => present | absent,

    im_mad  => 'kvm' | 'xen' | 'vmware' | 'ec2' | 'ganglia' | 'dummy' | 'custom',

    vm_mad => 'kvm' | 'xen' | 'vmware' | 'ec2' | 'dummy' | 'custom',

    vn_mad  => 'dummy' | 'firewall' | 'vlan' | 'ebtables' | 'ovswitch' | 'vmware' | 'custom',

}

# Declare OpenNebula clusters

#

onecluster { '<name>':

    ensure      => present | absent,

    hosts        => [ 'host1', 'host2',...],

    vnets        => [ 'vnet1', 'vnet2', ...],

    datastores => [ 'ds1', 'ds2', ...],

}

# Declare OpenNebula images

#

oneimage { '<name>':

    ensure        => present | absent,

    datastore    => 'default',

    description => 'Image description',

    type            => 'os' | 'cdrom' | 'datablock' | 'kernel' | 'ramdisk' | 'context',

    persistent   => 'yes' | 'no',

    dev_prefix => 'hd' | 'sd' | 'xvd' | 'vd',

    target         => 'hda' | 'hdb' | 'sda' | 'sdb',

    path           => '/tmp/image_file',

    driver         => 'raw' | 'qcow2' | 'tap:aio' | 'file:',

# non file based images

    source        => '',

    size            => '11200' # 11.2 GB

    fstype        => 'ext3',

}

# Declare OpenNebula templates

#

onetemplate { '<name>':

    ensure                         => present | absent,

    memory                      => '1024',

    cpu                              => '0.2',

    vcpu                            => '4',

    os_kernel                    => '/boot/vmkernel',

    os_initrd                     => '/boot/vminitrd',

    os_arch                       => 'x86_64',

    os_root                        => 'hda1',

    os_kernel_cmd           => 'quiet',

    os_bootloader             => '/sbin/lilo',

    os_boot                       => 'hd' | 'fd' | 'cdrom' | 'network',

    acpi                             => 'yes' | 'no',

    pae                              => 'yes' | 'no',

    pci_bridge                   => '4',

    disks                            => [ 'disk1', 'disk2', ...],

    nics                             => [ 'nic1', 'vnet2', .. ],

    nic_model                   => 'virtio',

    graphics_type              => 'vnc' | 'sdl',

    graphics_listen            => '0.0.0.0',

    graphics_port              => '',

    graphics_password     => 'myvncpass',

    graphics_keymap       => 'de',

    context                        => { 'VAR1' => 'value1', 'var2' => 'value2', ...},

    context_ssh_pubkey  => '$USER[SSH_PUBLIC_KEY]',

    context_network        => 'yes' | 'no',

    context_onegate         => 'yes' | 'no',

    context_files              => [ 'init.sh', 'mycontextaddon.sh'],

    context_variable        => # unused,

    context_placemant_host => # unused,

    context_placement_cluster => # unused,

    context_policy          => # unused,

}

# Declare OpenNebula VM's

#

onevm { '<name>':

    ensure    => present | absent,

    template => 'template_name',

}