Ordering Raid

Order a bare metal server with a raid array

As a SoftLayer user, you have probably seen the beautiful RAID Configurator that greets you when you order a server on the SoftLayer website.

It allows you to do anything you like, from a straight RAID configuration involving all drives in a single disk array, to a much more intricate configuration with nearly any mix of disks and RAID types.

However beautiful and practical the interface, sometimes you want to script this process, and the SoftLayer mantra of “Anything you can do in the Web interface, you can do on the API” also rings true in this case.

Single RAID group

If all your drives are the same and you simply want a single RAID group, be it RAID 0,1,5 or 10, you can achieve this by ordering the corresponding disk controller.

When building your order template you will see that RAID-enabled servers are listed with multiple disk controllers. Here’s an example of the relevant price IDs from package 53 (Intel Xeon 3200 Series):

Category "Disk Controller":
     876 -- Non-RAID
     877 -- RAID 0
     878 -- RAID 1
     879 -- RAID 5
     880 -- RAID 10
     22482 -- RAID

So ordering an Intel 3260 server with RAID 10 through the API could look like this:

require 'rubygems'
require 'softlayer_api'
 
$SL_API_USERNAME = " PLEASE SET ME "
$SL_API_KEY = " PLEASE SET ME TOO "
 
client = SoftLayer::Service.new("SoftLayer_Product_Order");
 
order = {
 :complexType => 'SoftLayer_Container_Product_Order_Hardware_Server',
 :quantity => 1,
 :hardware => [{:hostname => 'raidtest', :domain => 'example.com'}],
 :location => 168642, # San Jose 1
 :packageId => 53, # Intel Xeon 3200 Series
 :prices => [
  {:id => 2050}, # Single Processor Quad Core Xeon 3460 - 2.80GHz (Lynnfield) - 1 x 8MB cache w/HT
  {:id => 17438}, # -- Ubuntu Linux 12.04.0 LTS Precise Pangolin - Minimal Install (64 bit)
  {:id => 21004}, # 4 GB DDR3 Registered 1333
  {:id => 880}, # Disk controller -- RAID 10 
  {:id => 1257}, # First hard drive -- 147GB SA-SCSI 10K RPM
  {:id => 1256}, # Second hard drive -- 147GB SA-SCSI 10K RPM
  {:id => 825}, # Third hard drive -- 147GB SA-SCSI 10K RPM
  {:id => 825}, # Fourth hard drive -- 147GB SA-SCSI 10K RPM
  {:id => 728}, # 0 GB Bandwidth
  {:id => 898}, # 100 Mbps Private Network
  {:id => 906}, # Reboot / KVM over IP  
  {:id => 420}, # Unlimited SSL VPN Users & 1 PPTP VPN User per account
  {:id => 55}, # Host Ping
  {:id => 418}, # Nessus Vulnerability Assessment & Reporting
  {:id => 57}, # Notification -- Email and Ticket
  {:id => 58} # Response -- Automated Notification
 ]
}
 
result = client.verifyOrder(order)
## Uncomment when you are ready to order
# client.placeOrder(order)

Multiple RAID groups

When ordering multiple RAID groups you need to order the Disk Controller type called RAID, and specify your RAID groups in an attribute in the order template called storageGroups. storageGroups is of the type SoftLayer_Container_Product_Order_Storage_Group and the most important attributes can be explained as:

arrayTypeId: Integer - Required Can be retrieved from SoftLayer_Configuration_Storage_Group_Array_Type::getAllObjects¹ hardDrives: Array of integers - Required Array of drives to take part in the given raid array. 0 = first drive, 1 = second drive, etc

hotSpareDrives: array of integers - Optional On raid types where hot spare is allowed, you can specify which drives to use as hot spare. Raid types that allow hot spare can be retrieved from SoftLayer_Configuration_Storage_Group_Array_Type::getAllObjects¹

partitionTemplateId: integer - Optional To be used on the array where the operating system is to be installed. Partition Template IDs for the relevant operating system can be retrieved from SoftLayer_Hardware_Component_Partition_OperatingSystem::getPartitionTemplates use SoftLayer_Hardware_Component_Partition_OperatingSystem::getAllObjects¹ to get a list of operating system groups that has partition templates

Let’s say, for example, you want to have a server with a single SSD drive for the operating system, also hosting a large 12GB swap partition, and a separate RAID array with 3 striped 147GB SAS Drives.

The first thing we’ll need to do is specify the controller and drives we want in our order template.

{:id => 22482}, # Disk controller -- RAID
{:id => 13756}, # First hard drive -- 50GB SSD
{:id => 1256}, # Second hard drive -- 147GB SA-SCSI 10K RPM
{:id => 825}, # Third hard drive -- 147GB SA-SCSI 10K RPM
{:id => 825}, # Fourth hard drive -- 147GB SA-SCSI 10K RPM

To configure the RAID groups we need to populate storageGroups The disks will be addressed in the order of their placement and template, starting at disk 0. So for the first disk that we want to be on its own we will use arrayTypeId 9, which is JBOD, and specify partitionTemplateId 226 which specifies a 12GB Swap partition

{
        :arrayTypeId => 9, # JBOD -- Other types available from SoftLayer_Configuration_Storage_Group_Array_Type::getAllObjects
        :hardDrives => [0], # First Hard Drive (50GB SSD)
        :partitionTemplateId => 226, # Custom partition template - 12GB Swap
        :arraySize => 50
},

For the second group we specify arrayTypeId 1, which is RAID 0 - Striped

{
        :arrayTypeId => 1, # RAID 0 -- Other types available from SoftLayer_Configuration_Storage_Group_Array_Type::getAllObjects
        :hardDrives => [1,2,3] # Second, third and fourth hard drives (147GB SAS),
        :arraySize => 147
}

All together, the order will look like this:

require 'rubygems'
require 'softlayer_api'
 
$SL_API_USERNAME = " PLEASE SET ME "
$SL_API_KEY = " PLEASE SET ME TOO "
 
client = SoftLayer::Service.new("SoftLayer_Product_Order");
 
order = {
 :complexType => 'SoftLayer_Container_Product_Order_Hardware_Server',
 :quantity => 1,
 :hardware => [{:hostname => 'raidtest', :domain => 'example.com'}],
 :location => 168642, # San Jose 1
 :packageId => 53, # Intel Xeon 3200 Series
 :prices => [
  {:id => 2050}, # Single Processor Quad Core Xeon 3460 - 2.80GHz (Lynnfield) - 1 x 8MB cache w/HT
  {:id => 17438}, # -- Ubuntu Linux 12.04.0 LTS Precise Pangolin - Minimal Install (64 bit)
  {:id => 21004}, # 4 GB DDR3 Registered 1333
  {:id => 22482}, # Disk controller -- RAID
  {:id => 13756}, # First hard drive -- 50GB SSD
  {:id => 1256}, # Second hard drive -- 147GB SA-SCSI 10K RPM
  {:id => 825}, # Third hard drive -- 147GB SA-SCSI 10K RPM
  {:id => 825}, # Fourth hard drive -- 147GB SA-SCSI 10K RPM
  {:id => 728}, # 0 GB Bandwidth
  {:id => 898}, # 100 Mbps Private Network
  {:id => 906}, # Reboot / KVM over IP  
  {:id => 420}, # Unlimited SSL VPN Users & 1 PPTP VPN User per account
  {:id => 55}, # Host Ping
  {:id => 418}, # Nessus Vulnerability Assessment & Reporting
  {:id => 57}, # Notification -- Email and Ticket
  {:id => 58} # Response -- Automated Notification
 ],
 
 :storageGroups => [
     { # RAID Array 1
        :arrayTypeId => 9, # JBOD
        :hardDrives => [0], # First Hard Drive (50GB SSD)
        :partitionTemplateId => 226 # Custom partition template - 12GB Swap,
        :arraySize => 50
     },
     { # RAID Array 2
        :arrayTypeId => 1, # RAID 0
        :hardDrives => [1,2,3] # Second, third and fourth hard drives (147GB SAS),
        :arraySize => 147
     }
  ]
}

 
result = client.verifyOrder(order)
## Uncomment when you're ready to order
# client.placeOrder(order)
Links and other useful information
order_multiple_raid_groups.rb
order_single_raid_group.rb
get_package_options.rb (command line tool)

//hansKristian

Another Example

# Order a server with RAID.
#
# The script orders a server wich contains a RAID configuration.
# For more information see below.

require 'softlayer_api'
require 'pp'

# Your SoftLayer API username and key.
USERNAME = 'set me'
API_KEY  = 'set me'

# Declaring the API client
client = SoftLayer::Client.new(username: USERNAME, api_key: API_KEY)
product_order_service = client.service_named('SoftLayer_Product_Order')

product_order = {
  'orderContainers' => [
    {
      'hardware' => [
        {
          'domain' => 'imdemocloud.com',
          'hostname' => 'sl-provisioner-node'
        }
      ],
      'sshKeys' => [{ 'sshKeyIds' => [13_101] }],
      'location' => 265_592,
      'packageId' => 158,
      'prices' => [
        { 'id' => 35_323 },
        { 'id' => 30_308 },
        { 'id' => 25_663 },
        { 'id' => 27_597 },
        { 'id' => 33_867 },
        { 'id' => 25_014 },
        { 'id' => 34_807 },
        { 'id' => 27_023 },
        { 'id' => 32_627 },
        { 'id' => 32_500 },
        { 'id' => 33_483 },
        { 'id' => 35_310 },
        { 'id' => 24_259 },
        { 'id' => 24_259 },
        { 'id' => 30_728 },
        { 'id' => 30_728 },
        { 'id' => 30_728 },
        { 'id' => 30_728 },
        { 'id' => 30_728 },
        { 'id' => 30_728 },
        { 'id' => 30_728 },
        { 'id' => 30_728 },
        { 'id' => 30_728 },
        { 'id' => 30_728 },
        { 'id' => 30_728 },
        { 'id' => 30_728 },
        { 'id' => 30_728 },
        { 'id' => 30_728 },
        { 'id' => 30_728 },
        { 'id' => 30_728 },
        { 'id' => 33_644 },
        { 'id' => 36_037 }
      ],
      'primaryDiskPartitionId' => 1,
      'quantity' => 1,
      'storageGroups' => [
        {
          'arraySize' => 2000,
          'arrayTypeId' => 2,
          'hardDrives' => [
            0, 1
          ],
          'partitionTemplateId' => 1
        },
        {
          'arraySize' => 32_000,
          'arrayTypeId' => 5,
          'hardDrives' => [
            2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17
          ]
        }
      ]
    }
  ]
}

begin
  result = product_order_service.placeOrder(product_order)
  pp result
rescue StandardError => exception
  puts "There was an error in your order: #{exception}"
end

These getAllObjects() calls don’t show up in the documentation on SLDN, however they do still work. ↩︎ ↩︎ ↩︎

September 13, 2017

Ordering Raid

Single RAID group

Multiple RAID groups

Another Example