require 'vagrant-conoha/spec_helper'

describe VagrantPlugins::ConoHa::ConfigResolver do
  let(:config) do
    double('config').tap do |config|
      config.stub(:tenant_name) { 'testTenant' }
      config.stub(:server_name) { 'testName' }
      config.stub(:floating_ip) { false }
      config.stub(:floating_ip_pool) { false }
      config.stub(:floating_ip_pool_always_allocate) { false }
      config.stub(:keypair_name) { nil }
      config.stub(:public_key_path) { nil }
      config.stub(:networks) { nil }
      config.stub(:volumes) { nil }
    end
  end

  let(:ssh_key) do
    double('ssh_key').tap do |key|
      key.stub(:ssh_public_key) { 'ssh public key' }
      key.stub(:private_key) { 'private key' }
    end
  end

  let(:neutron) do
    double('neutron').tap do |neutron|
      neutron.stub(:get_all_networks).with(anything) do
        [Item.new('001', 'net-01'),
         Item.new('002', 'net-02'),
         Item.new('003', 'net-03'),
         Item.new('004', 'net-04'),
         Item.new('005', 'net-05'),
         Item.new('006', 'net-06'),
         Item.new('007', 'net-07-08'),
         Item.new('008', 'net-07-08')]
      end
    end
  end

  let(:nova) do
    double('nova').tap do |nova|
      nova.stub(:get_all_floating_ips).with(anything) do
        [FloatingIP.new('80.81.82.83', 'pool-1', nil), FloatingIP.new('30.31.32.33', 'pool-2', '1234')]
      end
    end
  end

  let(:cinder) do
    double('cinder').tap do |cinder|
      cinder.stub(:get_all_volumes).with(anything) do
        [Volume.new('001', 'vol-01', '1', 'available', 'true', nil, nil),
         Volume.new('002', 'vol-02', '2', 'available', 'true', nil, nil),
         Volume.new('003', 'vol-03', '3', 'available', 'true', nil, nil),
         Volume.new('004', 'vol-04', '4', 'available', 'false', nil, nil),
         Volume.new('005', 'vol-05', '5', 'available', 'false', nil, nil),
         Volume.new('006', 'vol-06', '6', 'available', 'false', nil, nil),
         Volume.new('007', 'vol-07-08', '6', 'available', 'false', nil, nil),
         Volume.new('008', 'vol-07-08', '6', 'available', 'false', nil, nil)]
      end
    end
  end

  let(:session) do
    double('session').tap do |s|
      s.stub(:endpoints) do
        {
          identity: 'http://keystone',
          compute: 'http://nova',
          volume: 'http://cinder',
          network: 'http://neutron'
        }
      end
    end
  end

  let(:env) do
    {}.tap do |env|
      env[:ui] = double('ui')
      env[:ui].stub(:info).with(anything)
      env[:machine] = double('machine')
      env[:machine].stub(:provider_config) { config }
      env[:machine].stub(:data_dir) { '/data/dir' }
      env[:machine].stub(:config) { machine_config }
      env[:openstack_client] = double('openstack_client')
      env[:openstack_client].stub(:neutron) { neutron }
      env[:openstack_client].stub(:nova) { nova }
      env[:openstack_client].stub(:cinder) { cinder }
      env[:openstack_client].stub(:session) { session }
    end
  end

  let(:ssh_config) do
    double('ssh_config').tap do |config|
      config.stub(:username) { nil }
      config.stub(:port) { nil }
    end
  end

  let(:machine_config) do
    double('machine_config').tap do |config|
      config.stub(:ssh) { ssh_config }
    end
  end

  before :each do
    ConfigResolver.send(:public, *ConfigResolver.private_instance_methods)
    @action = ConfigResolver.new
  end

  describe 'resolve_ssh_username' do
    context 'with machine.ssh.username' do
      it 'returns machine.ssh.username' do
        ssh_config.stub(:username) { 'machine ssh username' }
        config.stub(:ssh_username) { nil }
        expect(@action.resolve_ssh_username(env)).to eq('machine ssh username')
      end
    end
    context 'with machine.ssh.username and config.ssh_username' do
      it 'returns machine.ssh.username' do
        ssh_config.stub(:username) { 'machine ssh username' }
        config.stub(:ssh_username) { 'provider ssh username' }
        expect(@action.resolve_ssh_username(env)).to eq('machine ssh username')
      end
    end
    context 'with config.ssh_username' do
      it 'returns config.ssh_username' do
        ssh_config.stub(:username) { nil }
        config.stub(:ssh_username) { 'provider ssh username' }
        expect(@action.resolve_ssh_username(env)).to eq('provider ssh username')
      end
    end
    context 'with no ssh username config' do
      it 'fails' do
        ssh_config.stub(:username) { nil }
        config.stub(:ssh_username) { nil }
        expect { @action.resolve_ssh_username(env) }.to raise_error(Errors::NoMatchingSshUsername)
      end
    end
  end

  describe 'resolve_flavor' do
    context 'with id' do
      it 'returns the specified flavor' do
        config.stub(:flavor) { 'fl-001' }
        nova.stub(:get_all_flavors).with(anything) do
          [Flavor.new('fl-001', 'flavor-01', 2, 1024, 10),
           Flavor.new('fl-002', 'flavor-02', 4, 2048, 50)]
        end
        @action.resolve_flavor(env).should eq(Flavor.new('fl-001', 'flavor-01', 2, 1024, 10))
      end
    end
    context 'with name' do
      it 'returns the specified flavor' do
        config.stub(:flavor) { 'flavor-02' }
        nova.stub(:get_all_flavors).with(anything) do
          [Flavor.new('fl-001', 'flavor-01', 2, 1024, 10),
           Flavor.new('fl-002', 'flavor-02', 4, 2048, 50)]
        end
        @action.resolve_flavor(env).should eq(Flavor.new('fl-002', 'flavor-02', 4, 2048, 50))
      end
    end
    context 'with list' do
      it 'returns the first matching flavor' do
        config.stub(:flavor) { %w(not-existing flavor-02 flavor-01) }
        nova.stub(:get_all_flavors).with(anything) do
          [Flavor.new('fl-001', 'flavor-01', 2, 1024, 10),
           Flavor.new('fl-002', 'flavor-02', 4, 2048, 50)]
        end
        @action.resolve_flavor(env).should eq(Flavor.new('fl-002', 'flavor-02', 4, 2048, 50))
      end
    end
    context 'with invalid identifier' do
      it 'raise an error' do
        config.stub(:flavor) { 'not-existing' }
        nova.stub(:get_all_flavors).with(anything) do
          [Flavor.new('fl-001', 'flavor-01', 2, 1024, 10),
           Flavor.new('fl-002', 'flavor-02', 4, 2048, 50)]
        end
        expect { @action.resolve_flavor(env) }.to raise_error(Errors::NoMatchingFlavor)
      end
    end
  end

  describe 'resolve_image' do
    context 'with id' do
      it 'returns the specified flavor' do
        config.stub(:image) { 'img-001' }
        config.stub(:volume_boot) { nil }
        nova.stub(:get_all_images).with(anything) do
          [Item.new('img-001', 'image-01'),
           Item.new('img-002', 'image-02')]
        end
        @action.resolve_image(env).should eq(Item.new('img-001', 'image-01'))
      end
    end
    context 'with name' do
      it 'returns the specified flavor' do
        config.stub(:image) { 'image-02' }
        config.stub(:volume_boot) { nil }
        nova.stub(:get_all_images).with(anything) do
          [Item.new('img-001', 'image-01'),
           Item.new('img-002', 'image-02')]
        end
        @action.resolve_image(env).should eq(Item.new('img-002', 'image-02'))
      end
    end
    context 'with invalid identifier' do
      it 'raise an error' do
        config.stub(:image) { 'not-existing' }
        config.stub(:volume_boot) { nil }
        nova.stub(:get_all_images).with(anything) do
          [Item.new('img-001', 'image-01'),
           Item.new('img-002', 'image-02')]
        end
        expect { @action.resolve_image(env) }.to raise_error(Errors::NoMatchingImage)
      end
    end
    context 'with no images in config' do
      it 'return nil' do
        config.stub(:image) { nil }
        config.stub(:volume_boot) { nil }
        nova.stub(:get_all_images).with(anything) do
          [Item.new('img-001', 'image-01'),
           Item.new('img-002', 'image-02')]
        end
        @action.resolve_image(env).should eq(nil)
      end
    end
  end

  # describe 'resolve_floating_ip' do
  #   context 'with config.floating_ip specified' do
  #     it 'return the specified floating ip' do
  #       config.stub(:floating_ip) { '80.80.80.80' }
  #       @action.resolve_floating_ip(env).should eq('80.80.80.80')
  #     end
  #   end

  #   context 'with only one config.floating_ip_pool specified' do
  #     context 'if an ip in the same pool is available' do
  #       context 'with config.floating_ip_pool_always_allocate true' do
  #         it 'allocate a new floating_ip from the pool' do
  #           config.stub(:floating_ip_pool_always_allocate) { true }
  #           nova.stub(:get_all_floating_ips).with(anything) do
  #             [FloatingIP.new('80.81.82.84', 'pool-1', '1234'),
  #              FloatingIP.new('80.81.82.83', 'pool-1', nil)]
  #           end
  #           nova.stub(:allocate_floating_ip).with(env, 'pool-1') do
  #             FloatingIP.new('80.81.82.85', 'pool-1', nil)
  #           end
  #           config.stub(:floating_ip_pool) { ['pool-1'] }
  #           @action.resolve_floating_ip(env).should eq('80.81.82.85')
  #         end
  #       end

  #       context 'with config.floating_ip_pool_always_allocate false' do
  #         it 'return one of the available ips' do
  #           config.stub(:floating_ip_pool_always_allocate) { false }
  #           nova.stub(:get_all_floating_ips).with(anything) do
  #             [FloatingIP.new('80.81.82.84', 'pool-1', '1234'),
  #              FloatingIP.new('80.81.82.83', 'pool-1', nil)]
  #           end
  #           config.stub(:floating_ip_pool) { ['pool-1'] }
  #           @action.resolve_floating_ip(env).should eq('80.81.82.83')
  #         end
  #       end
  #     end

  #     context 'if no ip in the same pool is available' do
  #       it 'allocate a new floating_ip from the pool' do
  #         nova.stub(:get_all_floating_ips).with(anything) do
  #           [FloatingIP.new('80.81.82.83', 'pool-1', '1234')]
  #         end
  #         nova.stub(:allocate_floating_ip).with(env, 'pool-1') do
  #           FloatingIP.new('80.81.82.84', 'pool-1', nil)
  #         end
  #         config.stub(:floating_ip_pool) { ['pool-1'] }
  #         @action.resolve_floating_ip(env).should eq('80.81.82.84')
  #       end
  #     end
  #   end

  #   context 'with several floating_ip_pool defined' do
  #     context 'if an ip in a pool is available' do
  #       context 'with config.floating_ip_pool_always_allocate true' do
  #         it 'allocate a new floating_ip from the first pool defined' do
  #           config.stub(:floating_ip_pool_always_allocate) { true }
  #           nova.stub(:get_all_floating_ips).with(anything) do
  #             [FloatingIP.new('80.81.82.84', 'pool-1', '1234'),
  #              FloatingIP.new('80.81.82.83', 'pool-1', nil),
  #              FloatingIP.new('80.81.82.82', 'pool-2', '5678')]
  #           end
  #           nova.stub(:allocate_floating_ip).with(env, 'pool-1') do
  #             FloatingIP.new('80.81.82.85', 'pool-1', nil)
  #           end
  #           config.stub(:floating_ip_pool) { %w(pool-1 pool-2) }
  #           @action.resolve_floating_ip(env).should eq('80.81.82.85')
  #         end
  #       end

  #       context 'with config.floating_ip_pool_always_allocate false' do
  #         it 'return one of the available ips' do
  #           config.stub(:floating_ip_pool_always_allocate) { false }
  #           nova.stub(:get_all_floating_ips).with(anything) do
  #             [FloatingIP.new('80.81.82.84', 'pool-1', '1234'),
  #              FloatingIP.new('80.81.82.83', 'pool-2', nil)]
  #           end
  #           config.stub(:floating_ip_pool) { %w(pool-1 pool-2) }
  #           @action.resolve_floating_ip(env).should eq('80.81.82.83')
  #         end
  #       end
  #     end

  #     context 'if no ip in the pools is available' do
  #       context 'if allocate an ip in first pool is possible' do
  #         it 'allocate a new floating_ip from first pool' do
  #           nova.stub(:get_all_floating_ips).with(anything) do
  #             [FloatingIP.new('80.81.82.83', 'pool-1', '1234'),
  #              FloatingIP.new('80.81.82.82', 'pool-2', '5678')]
  #           end
  #           nova.stub(:allocate_floating_ip).with(env, 'pool-1') do
  #             FloatingIP.new('80.81.82.84', 'pool-1', nil)
  #           end
  #           config.stub(:floating_ip_pool) { %w(pool-1 pool-2) }
  #           @action.resolve_floating_ip(env).should eq('80.81.82.84')
  #         end
  #       end

  #       context 'if allocate an ip in first pool is not possible' do
  #         it 'allocate a new floating_ip from second pool' do
  #           nova.stub(:get_all_floating_ips).with(anything) do
  #             [FloatingIP.new('80.81.82.83', 'pool-1', '1234'),
  #              FloatingIP.new('80.81.82.82', 'pool-2', '5678')]
  #           end
  #           nova.stub(:allocate_floating_ip).with(env, 'pool-1').and_raise Errors::VagrantOpenstackError, message: 'error', code: 404
  #           nova.stub(:allocate_floating_ip).with(env, 'pool-2') do
  #             FloatingIP.new('80.81.82.84', 'pool-2', nil)
  #           end
  #           config.stub(:floating_ip_pool) { %w(pool-1 pool-2) }
  #           @action.resolve_floating_ip(env).should eq('80.81.82.84')
  #         end
  #       end

  #       context 'if allocate an ip in either first and second pool is not possible' do
  #         it 'shoud raise an error', :simon do
  #           nova.stub(:get_all_floating_ips).with(anything) do
  #             [FloatingIP.new('80.81.82.83', 'pool-1', '1234'),
  #              FloatingIP.new('80.81.82.82', 'pool-2', '5678')]
  #           end
  #           nova.stub(:allocate_floating_ip).with(env, 'pool-1').and_raise Errors::VagrantOpenstackError, message: 'error', code: 404
  #           nova.stub(:allocate_floating_ip).with(env, 'pool-2').and_raise Errors::VagrantOpenstackError, message: 'error', code: 404
  #           config.stub(:floating_ip_pool) { %w(pool-1 pool-2) }
  #           expect { @action.resolve_floating_ip(env) }.to raise_error(Errors::VagrantOpenstackError)
  #         end
  #       end
  #     end
  #   end

  #   context 'with neither floating_ip nor floating_ip_pool' do
  #     it 'fails with an UnableToResolveFloatingIP error' do
  #       config.stub(:floating_ip) { nil }
  #       config.stub(:floating_ip_pool) { nil }
  #       expect { @action.resolve_floating_ip(env) }.to raise_error(Errors::UnableToResolveFloatingIP)
  #     end
  #   end
  # end

  describe 'resolve_keypair' do
    context 'with keypair_name provided' do
      it 'return the provided keypair_name' do
        config.stub(:keypair_name) { 'my-keypair' }
        @action.resolve_keypair(env).should eq('my-keypair')
      end
    end

    context 'with keypair_name and public_key_path provided' do
      it 'return the provided keypair_name' do
        config.stub(:keypair_name) { 'my-keypair' }
        config.stub(:public_key_path) { '/path/to/key' }
        @action.resolve_keypair(env).should eq('my-keypair')
      end
    end

    context 'with public_key_path provided' do
      it 'return the keypair_name created into nova' do
        config.stub(:public_key_path) { '/path/to/key' }
        nova.stub(:import_keypair_from_file).with(env, '/path/to/key') { 'my-keypair-imported' }
        @action.resolve_keypair(env).should eq('my-keypair-imported')
      end
    end

    context 'with no keypair_name and no public_key_path provided' do
      it 'generates a new keypair and return the keypair name imported into nova' do
        config.stub(:keypair_name) { nil }
        config.stub(:public_key_path) { nil }
        @action.stub(:generate_keypair) { 'my-keypair-imported' }
        @action.resolve_keypair(env).should eq('my-keypair-imported')
      end
    end
  end

  describe 'generate_keypair' do
    it 'returns a generated keypair name imported into nova' do
      nova.stub(:import_keypair) { 'my-keypair-imported' }
      SSHKey.stub(:generate) { ssh_key }
      File.should_receive(:write).with('/data/dir/my-keypair-imported', 'private key')
      File.should_receive(:chmod).with(0600, '/data/dir/my-keypair-imported')
      @action.generate_keypair(env).should eq('my-keypair-imported')
    end
  end

  describe 'resolve_networks' do
    context 'neutron service is available' do
      context 'with network configured in all possible ways' do
        it 'returns normalized network list' do
          config.stub(:networks) do
            ['001',
             'net-02',
             { id: '003', address: '1.2.3.4' },
             { name: 'net-04', address: '5.6.7.8' },
             { name: 'net-05' },
             { id: '006' }]
          end

          expect(@action.resolve_networks(env)).to eq [{ uuid: '001' },
                                                       { uuid: '002' },
                                                       { uuid: '003', fixed_ip: '1.2.3.4' },
                                                       { uuid: '004', fixed_ip: '5.6.7.8' },
                                                       { uuid: '005' },
                                                       { uuid: '006' }]
        end
      end

      context 'with invalid network object' do
        it 'raises an error' do
          config.stub(:networks) { [1] }
          expect { @action.resolve_networks(env) }.to raise_error(Errors::InvalidNetworkObject)
        end
      end

      context 'with string that is neither an id nor name matching a network' do
        it 'raises an error' do
          config.stub(:networks) { ['not-exist'] }
          expect { @action.resolve_networks(env) }.to raise_error(Errors::UnresolvedNetwork)
        end
      end

      context 'with hash containing a bad id' do
        it 'raises an error' do
          config.stub(:networks) { [{ id: 'not-exist' }] }
          expect { @action.resolve_networks(env) }.to raise_error(Errors::UnresolvedNetworkId)
        end
      end

      context 'with hash containing a bad name' do
        it 'raises an error' do
          config.stub(:networks) { [{ name: 'not-exist' }] }
          expect { @action.resolve_networks(env) }.to raise_error(Errors::UnresolvedNetworkName)
        end
      end

      context 'with empty hash' do
        it 'raises an error' do
          config.stub(:networks) { [{}] }
          expect { @action.resolve_networks(env) }.to raise_error(Errors::ConflictNetworkNameId)
        end
      end

      context 'with hash containing both id and name' do
        it 'raises an error' do
          config.stub(:networks) { [{ id: '001', name: 'net-01' }] }
          expect { @action.resolve_networks(env) }.to raise_error(Errors::ConflictNetworkNameId)
        end
      end

      context 'with hash containing a name matching more than one network' do
        it 'raises an error' do
          config.stub(:networks) { [{ name: 'net-07-08' }] }
          expect { @action.resolve_networks(env) }.to raise_error(Errors::MultipleNetworkName)
        end
      end
    end

    context 'neutron service is not available' do
      context 'with network configured in all possible ways' do
        it 'returns normalized network list' do
          session.stub(:endpoints) { { identity: 'http://keystone', compute: 'http://nova' } }
          config.stub(:networks) do
            ['001',
             { id: '003', address: '1.2.3.4' },
             { id: '006' }]
          end

          expect(@action.resolve_networks(env)).to eq [{ uuid: '001' },
                                                       { uuid: '003', fixed_ip: '1.2.3.4' },
                                                       { uuid: '006' }]
        end
      end

      context 'with hash containing both id and name' do
        it 'raises an error' do
          session.stub(:endpoints) { { identity: 'http://keystone', compute: 'http://nova' } }
          config.stub(:networks) { [{ id: '001', name: 'net-01' }] }
          expect { @action.resolve_networks(env) }.to raise_error(Errors::ConflictNetworkNameId)
        end
      end

      context 'with hash containing name' do
        it 'raises an error' do
          session.stub(:endpoints) { { identity: 'http://keystone', compute: 'http://nova' } }
          config.stub(:networks) { [{ name: 'net-01' }] }
          expect { @action.resolve_networks(env) }.to raise_error(Errors::NetworkServiceUnavailable)
        end
      end
    end
  end

  describe 'resolve_volume_boot' do
    context 'cinder service is available' do
      context 'with string volume id' do
        it 'returns normalized volume' do
          config.stub(:volume_boot) { '001' }
          expect(@action.resolve_volume_boot(env)).to eq id: '001', device: 'vda'
        end
      end

      context 'with string volume name' do
        it 'returns normalized volume' do
          config.stub(:volume_boot) { 'vol-01' }
          nova.stub(:get_all_images).with(anything) do
            [Item.new('img-001', 'image-01'),
             Item.new('img-002', 'image-02')]
          end
          expect(@action.resolve_volume_boot(env)).to eq id: '001', device: 'vda'
        end
      end

      context 'with hash volume id' do
        it 'returns normalized volume' do
          config.stub(:volume_boot) { { id: '001' } }
          expect(@action.resolve_volume_boot(env)).to eq id: '001', device: 'vda'
        end
      end

      context 'with hash volume name' do
        it 'returns normalized volume' do
          config.stub(:volume_boot) { { name: 'vol-01' } }
          nova.stub(:get_all_images).with(anything) do
            [Item.new('img-001', 'image-01'),
             Item.new('img-002', 'image-02')]
          end
          expect(@action.resolve_volume_boot(env)).to eq id: '001', device: 'vda'
        end
      end

      context 'with hash volume id and device' do
        it 'returns normalized volume' do
          config.stub(:volume_boot) { { id: '001', device: 'vdb' } }
          expect(@action.resolve_volume_boot(env)).to eq id: '001', device: 'vdb'
        end
      end

      context 'with hash volume name and device' do
        it 'returns normalized volume' do
          config.stub(:volume_boot) { { name: 'vol-01', device: 'vdb' } }
          nova.stub(:get_all_images).with(anything) do
            [Item.new('img-001', 'image-01'),
             Item.new('img-002', 'image-02')]
          end
          expect(@action.resolve_volume_boot(env)).to eq id: '001', device: 'vdb'
        end
      end

      context 'with empty hash' do
        it 'raises an error' do
          config.stub(:volume_boot) { {} }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::ConflictBootVolume)
        end
      end

      context 'with invalid volume object' do
        it 'raises an error' do
          config.stub(:volume_boot) { 1 }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::InvalidVolumeObject)
        end
      end

      context 'with hash containing a bad id' do
        it 'raises an error' do
          config.stub(:volume_boot) { { id: 'not-exist' } }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::UnresolvedVolumeId)
        end
      end

      context 'with hash containing a bad name' do
        it 'raises an error' do
          config.stub(:volume_boot) { { name: 'not-exist' } }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::UnresolvedVolumeName)
        end
      end

      context 'with hash containing both id and name' do
        it 'raises an error' do
          config.stub(:volume_boot) { { id: '001', name: 'vol-01' } }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::ConflictVolumeNameId)
        end
      end

      context 'with hash containing a name matching more than one volume' do
        it 'raises an error' do
          config.stub(:volume_boot) { { name: 'vol-07-08' } }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::MultipleVolumeName)
        end
      end

      context 'with hash containing a name and an image_name' do
        it 'raises an error' do
          config.stub(:volume_boot) { { name: 'vol-01', image: 'img_001' } }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::ConflictBootVolume)
        end
      end

      context 'with hash containing a name and a size' do
        it 'raises an error' do
          config.stub(:volume_boot) { { name: 'vol-01', size: '10' } }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::ConflictBootVolume)
        end
      end

      context 'with hash containing a name and a delete_on_destroy indication' do
        it 'raises an error' do
          config.stub(:volume_boot) { { name: 'vol-01', delete_on_destroy: 'true' } }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::ConflictBootVolume)
        end
      end

      context 'with hash containing a volume_id and an image_name' do
        it 'raises an error' do
          config.stub(:volume_boot) { { id: 'id', image: 'img_001' } }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::ConflictBootVolume)
        end
      end

      context 'with hash containing a volume_id and a size' do
        it 'raises an error' do
          config.stub(:volume_boot) { { id: 'id', size: '10' } }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::ConflictBootVolume)
        end
      end

      context 'with hash containing a volume_id and a delete_on_destroy indication' do
        it 'raises an error' do
          config.stub(:volume_boot) { { id: 'id', delete_on_destroy: 'true' } }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::ConflictBootVolume)
        end
      end

      context 'with hash containing an image_name without size' do
        it 'raises an error' do
          config.stub(:volume_boot) { { image: 'img-001' } }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::UnresolvedVolume)
        end
      end

      context 'with hash containing an image_name with a size' do
        it 'return normalized volume' do
          config.stub(:volume_boot) { { image: 'image-01', size: '10' } }
          nova.stub(:get_all_images).with(anything) do
            [Item.new('img-001', 'image-01'),
             Item.new('img-002', 'image-02')]
          end
          expect(@action.resolve_volume_boot(env)).to eq image: 'img-001', device: 'vda', size: '10', delete_on_destroy: 'true'
        end
      end

      context 'with hash containing an image_name, size, device and delete_on_destroy' do
        it 'return normalized volume' do
          config.stub(:volume_boot) { { image: 'image-01', size: '10', device: 'vdb', delete_on_destroy: 'false' } }
          nova.stub(:get_all_images).with(anything) do
            [Item.new('img-001', 'image-01'),
             Item.new('img-002', 'image-02')]
          end
          expect(@action.resolve_volume_boot(env)).to eq image: 'img-001', device: 'vdb', size: '10', delete_on_destroy: 'false'
        end
      end
    end

    context 'cinder service is not available' do
      context 'with string volume id' do
        it 'returns normalized volume' do
          session.stub(:endpoints) { { identity: 'http://keystone', compute: 'http://nova' } }
          config.stub(:volume_boot) { '001' }
          expect(@action.resolve_volume_boot(env)).to eq id: '001', device: 'vda'
        end
      end

      context 'with hash volume id' do
        it 'returns normalized volume' do
          session.stub(:endpoints) { { identity: 'http://keystone', compute: 'http://nova' } }
          config.stub(:volume_boot) { { id: '001' } }
          expect(@action.resolve_volume_boot(env)).to eq id: '001', device: 'vda'
        end
      end

      context 'with hash volume name' do
        it 'raise an error' do
          session.stub(:endpoints) { { identity: 'http://keystone', compute: 'http://nova' } }
          config.stub(:volume_boot) { { name: 'vol-01' } }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::VolumeServiceUnavailable)
        end
      end

      context 'with hash volume id and device' do
        it 'returns normalized volume' do
          session.stub(:endpoints) { { identity: 'http://keystone', compute: 'http://nova' } }
          config.stub(:volume_boot) { { id: '001', device: 'vdb' } }
          expect(@action.resolve_volume_boot(env)).to eq id: '001', device: 'vdb'
        end
      end

      context 'with hash volume name and device' do
        it 'raise an error' do
          session.stub(:endpoints) { { identity: 'http://keystone', compute: 'http://nova' } }
          config.stub(:volume_boot) { { name: 'vol-01', device: 'vdb' } }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::VolumeServiceUnavailable)
        end
      end

      context 'with invalid volume object' do
        it 'raises an error' do
          session.stub(:endpoints) { { identity: 'http://keystone', compute: 'http://nova' } }
          config.stub(:volume_boot) { 1 }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::InvalidVolumeObject)
        end
      end

      context 'with hash containing both id and name' do
        it 'raises an error' do
          session.stub(:endpoints) { { identity: 'http://keystone', compute: 'http://nova' } }
          config.stub(:volume_boot) { { id: '001', name: 'vol-01' } }
          expect { @action.resolve_volume_boot(env) }.to raise_error(Errors::ConflictVolumeNameId)
        end
      end
    end
  end

  describe 'resolve_volumes' do
    context 'cinder service is available' do
      context 'with volume attached in all possible ways' do
        it 'returns normalized volume list' do
          config.stub(:volumes) do
            ['001',
             'vol-02',
             { id: '003', device: '/dev/vdz' },
             { name: 'vol-04', device: '/dev/vdy' },
             { name: 'vol-05' },
             { id: '006' }]
          end

          expect(@action.resolve_volumes(env)).to eq [{ id: '001', device: nil },
                                                      { id: '002', device: nil },
                                                      { id: '003', device: '/dev/vdz' },
                                                      { id: '004', device: '/dev/vdy' },
                                                      { id: '005', device: nil },
                                                      { id: '006', device: nil }]
        end
      end

      context 'with invalid volume object' do
        it 'raises an error' do
          config.stub(:volumes) { [1] }
          expect { @action.resolve_volumes(env) }.to raise_error(Errors::InvalidVolumeObject)
        end
      end

      context 'with string that is neither an id nor name matching a volume' do
        it 'raises an error' do
          config.stub(:volumes) { ['not-exist'] }
          expect { @action.resolve_volumes(env) }.to raise_error(Errors::UnresolvedVolume)
        end
      end

      context 'with hash containing a bad id' do
        it 'raises an error' do
          config.stub(:volumes) { [{ id: 'not-exist' }] }
          expect { @action.resolve_volumes(env) }.to raise_error(Errors::UnresolvedVolumeId)
        end
      end

      context 'with hash containing a bad name' do
        it 'raises an error' do
          config.stub(:volumes) { [{ name: 'not-exist' }] }
          expect { @action.resolve_volumes(env) }.to raise_error(Errors::UnresolvedVolumeName)
        end
      end

      context 'with empty hash' do
        it 'raises an error' do
          config.stub(:volumes) { [{}] }
          expect { @action.resolve_volumes(env) }.to raise_error(Errors::ConflictBootVolume)
        end
      end

      context 'with hash containing both id and name' do
        it 'raises an error' do
          config.stub(:volumes) { [{ id: '001', name: 'vol-01' }] }
          expect { @action.resolve_volumes(env) }.to raise_error(Errors::ConflictVolumeNameId)
        end
      end

      context 'with hash containing a name matching more than one volume' do
        it 'raises an error' do
          config.stub(:volumes) { [{ name: 'vol-07-08' }] }
          expect { @action.resolve_volumes(env) }.to raise_error(Errors::MultipleVolumeName)
        end
      end
    end

    context 'cinder service is not available' do
      context 'with volume attached in all possible ways' do
        it 'returns normalized volume list' do
          session.stub(:endpoints) { { identity: 'http://keystone', compute: 'http://nova' } }
          config.stub(:volumes) do
            ['001',
             { id: '003', device: '/dev/vdz' },
             { id: '006' }]
          end

          expect(@action.resolve_volumes(env)).to eq [{ id: '001', device: nil },
                                                      { id: '003', device: '/dev/vdz' },
                                                      { id: '006', device: nil }]
        end

        context 'with hash containing both id and name' do
          it 'raises an error' do
            session.stub(:endpoints) { { identity: 'http://keystone', compute: 'http://nova' } }
            config.stub(:volumes) { [{ id: '001', name: 'vol-01' }] }
            expect { @action.resolve_volumes(env) }.to raise_error(Errors::ConflictVolumeNameId)
          end
        end
        context 'with hash containing name' do
          it 'raises an error' do
            session.stub(:endpoints) { { identity: 'http://keystone', compute: 'http://nova' } }
            config.stub(:volumes) { [{ name: 'vol-01' }] }
            expect { @action.resolve_volumes(env) }.to raise_error(Errors::VolumeServiceUnavailable)
          end
        end
      end
    end
  end

  describe 'resolve_security_groups' do
    context 'with Hash and String objects' do
      it 'returns normalized Hash list' do
        config.stub(:security_groups) { ['group1', { name: 'group2' }] }
        expect(@action.resolve_security_groups(env)).to eq([{ name: 'group1' }, { name: 'group2' }])
      end
    end
  end
end