require 'fog/core/collection' require 'fog/aws/models/compute/volume' module Fog module Compute class AWS class Volumes < Fog::Collection attribute :filters attribute :server model Fog::Compute::AWS::Volume # Used to create a volume. There are 3 arguments and availability_zone and size are required. You can generate a new key_pair as follows: # AWS.volumes.create(:availability_zone => 'us-east-1a', :size => 10) # # ==== Returns # # # # The volume can be retrieved by running AWS.volumes.get("vol-1e2028b9"). See get method below. # def initialize(attributes) self.filters ||= {} super end # Used to return all volumes. # AWS.volumes.all # # ==== Returns # #>>AWS.volumes.all # # # The volume can be retrieved by running AWS.volumes.get("vol-1e2028b9"). See get method below. # def all(filters_arg = filters) unless filters_arg.is_a?(Hash) Fog::Logger.deprecation("all with #{filters_arg.class} param is deprecated, use all('volume-id' => []) instead [light_black](#{caller.first})[/]") filters_arg = {'volume-id' => [*filters_arg]} end filters = filters_arg data = service.describe_volumes(filters).body load(data['volumeSet']) if server self.replace(self.select {|volume| volume.server_id == server.id}) end self end # Used to retrieve a volume # volume_id is required to get the associated volume information. # # You can run the following command to get the details: # AWS.volumes.get("vol-1e2028b9") # # ==== Returns # #>> AWS.volumes.get("vol-1e2028b9") # # def get(volume_id) if volume_id self.class.new(:service => service).all('volume-id' => volume_id).first end end def new(attributes = {}) if server super({ :server => server }.merge!(attributes)) else super end end end end end end