mirror of
https://github.com/inspec/inspec
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109 lines
3.2 KiB
Ruby
109 lines
3.2 KiB
Ruby
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require 'azure_backend'
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require 'uri'
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# Class to test the data disks that are attached to the specified VM
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#
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# @author Russell Seymour
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#
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# @attr_reader [Array<Hash>] params Array of hashes containing information about all the data disks attached to the machine
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class AzureVmDataDisks < Inspec.resource(1)
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name 'azure_virtual_machine_datadisks'
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desc "
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This resource gather information about the data disks attached to a virtual machine
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"
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example "
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describe azure_vm_datadisks(host: 'example-01', resource_group: 'MyResourceGroup').where { (disk == 1 and size >= 10) } do
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it { should be true }
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end
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"
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attr_reader :params
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# Constructor to retrieve all the data disks for the specified machines and populate the params property
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#
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# @author Russell Seymour
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#
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# @param [Hash] opts Hashtable of options
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# opts[:host] The name of the host in the resource group. NOTE, this is the name as seen in Azure and not the name of the machine in the Operating System
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# opts[:resource_group] Name of the resource group in which the host will be found
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def initialize(opts)
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@opts = opts
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@helpers = Helpers.new
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# Get the VM that needs to be interrogated
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vm = @helpers.get_vm(@opts[:host], @opts[:resource_group])
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# Parse the data disks
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@params = parse_data_disks(vm.storage_profile.data_disks)
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end
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# Create a FilterTable which can be used by controls to interogate the data disks
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filter = FilterTable.create
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filter.add_accessor(:where)
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.add_accessor(:entries)
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.add_accessor(:count)
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.add_accessor(:has_disks?)
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.add(:disk, field: 'disk')
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.add(:caching, field: 'caching')
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.add(:create_option, field: 'create_option')
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.add(:size, field: 'size')
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.add(:lun, field: 'lun')
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.add(:name, field: 'name')
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.add(:uri, field: 'uri')
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.add(:storage_account, field: 'storage_account')
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filter.connect(self, :params)
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# Determine how many data disks have been applied to the machine
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#
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# @return [Integer] Number of data disks attached to the machine
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#
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def count
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entries.length
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end
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# Determine if any data disks are attached to the machine
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#
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# @return [Boolean] States if the VM has any disks attached
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#
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def has_disks?
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!entries.empty?
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end
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private
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# Parse the data disks and extract the necssary information
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#
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# @param [Array] data_disks Array of data disk objects
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#
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# @return [Array<Hash>] Array of hashes providing the information about the data disks attached to the machine
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#
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def parse_data_disks(data_disks)
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data_disks.each_with_index.map do |disk, index|
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parse_data_disk_item(disk, index)
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end.compact
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end
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# Parses each data disk item and extracts the information to be tested
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#
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# @return [Hash] Data disk information
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#
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def parse_data_disk_item(disk, index)
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# Parse the uri of the disk so that the storage account can be retrieved
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uri = URI.parse(disk.vhd.uri)
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{
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'disk' => index,
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'caching' => disk.caching,
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'create_option' => disk.create_option,
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'size' => disk.disk_size_gb,
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'lun' => disk.lun,
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'name' => disk.name,
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'uri' => disk.vhd.uri,
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'storage_account' => uri.host.split('.').first,
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}
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end
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end
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