Package org.jclouds.compute.domain

Examples of org.jclouds.compute.domain.Hardware

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      }
      if (failedNodes.size() > 0) {
        Image image = new ImageBuilder().providerId("ec2").name("test").id("testId").location(location)
              .uri(URI.create("http://node")).operatingSystem(OperatingSystem.builder().description("op").build())
              .description("description").status(Image.Status.AVAILABLE).defaultCredentials(loginCredentials).build();
        Hardware hardware = new HardwareBuilder().providerId("ec2").name("test").id("testId").location(location)
              .uri(URI.create("http://node")).ram(1).hypervisor("xen").build();
        Template template = new TemplateImpl(image, hardware, location, TemplateOptions.NONE);
        throw new RunNodesException("tag" + id, num, template, nodes, executionExceptions, failedNodes);
      }
      return nodes;
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   public void testExecuteWithDefaultOptionsEC2() throws SecurityException, NoSuchMethodException {
      // setup constants
      String region = Region.AP_SOUTHEAST_1;
      String group = "group";
      Hardware size = EC2HardwareBuilder.m1_small().build();
      String systemGeneratedKeyPairName = "systemGeneratedKeyPair";
      String generatedGroup = "group";
      Set<String> generatedGroups = ImmutableSet.of(generatedGroup);

      // create mocks
      CreateKeyPairAndSecurityGroupsAsNeededAndReturnRunOptions strategy = createMock(
            CreateKeyPairAndSecurityGroupsAsNeededAndReturnRunOptions.class,
            new Method[] {
                  CreateKeyPairAndSecurityGroupsAsNeededAndReturnRunOptions.class
                        .getDeclaredMethod("getOptionsProvider"),
                  CreateKeyPairAndSecurityGroupsAsNeededAndReturnRunOptions.class.getDeclaredMethod(
                        "createNewKeyPairUnlessUserSpecifiedOtherwise", String.class, String.class,
                        TemplateOptions.class),
                  CreateKeyPairAndSecurityGroupsAsNeededAndReturnRunOptions.class.getDeclaredMethod(
                        "getSecurityGroupsForTagAndOptions", String.class, String.class, TemplateOptions.class) });

      EC2TemplateOptions options = createMock(EC2TemplateOptions.class);
      Template template = createMock(Template.class);

      // setup expectations
      expect(strategy.getOptionsProvider()).andReturn(OPTIONS_PROVIDER);
      expect(template.getHardware()).andReturn(size).atLeastOnce();
      expect(template.getOptions()).andReturn(options).atLeastOnce();
      expect(options.getBlockDeviceMappings()).andReturn(ImmutableSet.<BlockDeviceMapping> of()).atLeastOnce();
      expect(strategy.createNewKeyPairUnlessUserSpecifiedOtherwise(region, group, options)).andReturn(
            systemGeneratedKeyPairName);
      expect(strategy.getSecurityGroupsForTagAndOptions(region, group, options)).andReturn(generatedGroups);
      expect(options.getUserData()).andReturn(null);
      expect(options.getClientToken()).andReturn(null);

      // replay mocks
      replay(options);
      replay(template);
      replay(strategy);

      // run
      RunInstancesOptions customize = strategy.execute(region, group, template);
      assertEquals(customize.buildQueryParameters(), ImmutableMultimap.<String, String> of());
      assertEquals(
            customize.buildFormParameters().entries(),
            ImmutableMultimap.<String, String> of("InstanceType", size.getProviderId(), "SecurityGroup.1",
                  generatedGroup, "KeyName", systemGeneratedKeyPairName).entries());
      assertEquals(customize.buildRequestHeaders(), ImmutableMultimap.<String, String> of());
      assertEquals(customize.buildStringPayload(), null);

      // verify mocks
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   public void testExecuteWithUserData() throws SecurityException, NoSuchMethodException {
      // setup constants
      String region = Region.AP_SOUTHEAST_1;
      String group = "group";
      Hardware size = EC2HardwareBuilder.m1_small().build();
      String systemGeneratedKeyPairName = "systemGeneratedKeyPair";
      String generatedGroup = "group";
      Set<String> generatedGroups = ImmutableSet.of(generatedGroup);

      // create mocks
      CreateKeyPairAndSecurityGroupsAsNeededAndReturnRunOptions strategy = createMock(
            CreateKeyPairAndSecurityGroupsAsNeededAndReturnRunOptions.class,
            new Method[] {
                  CreateKeyPairAndSecurityGroupsAsNeededAndReturnRunOptions.class
                        .getDeclaredMethod("getOptionsProvider"),
                  CreateKeyPairAndSecurityGroupsAsNeededAndReturnRunOptions.class.getDeclaredMethod(
                        "createNewKeyPairUnlessUserSpecifiedOtherwise", String.class, String.class,
                        TemplateOptions.class),
                  CreateKeyPairAndSecurityGroupsAsNeededAndReturnRunOptions.class.getDeclaredMethod(
                        "getSecurityGroupsForTagAndOptions", String.class, String.class, TemplateOptions.class) });

      EC2TemplateOptions options = createMock(EC2TemplateOptions.class);
      Template template = createMock(Template.class);

      // setup expectations
      expect(strategy.getOptionsProvider()).andReturn(OPTIONS_PROVIDER);
      expect(template.getHardware()).andReturn(size).atLeastOnce();
      expect(template.getOptions()).andReturn(options).atLeastOnce();
      expect(options.getBlockDeviceMappings()).andReturn(ImmutableSet.<BlockDeviceMapping> of()).atLeastOnce();
      expect(options.getClientToken()).andReturn("some-token");
      expect(strategy.createNewKeyPairUnlessUserSpecifiedOtherwise(region, group, options)).andReturn(
            systemGeneratedKeyPairName);
      expect(strategy.getSecurityGroupsForTagAndOptions(region, group, options)).andReturn(generatedGroups);
      expect(options.getUserData()).andReturn("hello".getBytes());

      // replay mocks
      replay(options);
      replay(template);
      replay(strategy);

      // run
      RunInstancesOptions customize = strategy.execute(region, group, template);
      assertEquals(customize.buildQueryParameters(), ImmutableMultimap.<String, String> of());
      assertEquals(
            customize.buildFormParameters().entries(),
            ImmutableMultimap.<String, String> of("InstanceType", size.getProviderId(), "SecurityGroup.1", "group",
                  "KeyName", systemGeneratedKeyPairName, "UserData", base64().encode("hello".getBytes()),
                    "ClientToken", "some-token").entries());

      assertEquals(customize.buildRequestHeaders(), ImmutableMultimap.<String, String> of());
      assertEquals(customize.buildStringPayload(), null);
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      }
   }

   @Test(enabled = true)
   public void testCompareSizes() throws Exception {
      Hardware defaultSize = client.templateBuilder().build().getHardware();

      Hardware smallest = client.templateBuilder().smallest().build().getHardware();
      Hardware fastest = client.templateBuilder().fastest().build().getHardware();
      Hardware biggest = client.templateBuilder().biggest().build().getHardware();

      getAnonymousLogger().info("smallest " + smallest);
      getAnonymousLogger().info("fastest " + fastest);
      getAnonymousLogger().info("biggest " + biggest);

      assertEquals(defaultSize, smallest);

      assert getCores(smallest) <= getCores(fastest) : format("%s ! <= %s", smallest, fastest);
      assert getCores(biggest) <= getCores(fastest) : format("%s ! <= %s", biggest, fastest);

      assert biggest.getRam() >= fastest.getRam() : format("%s ! >= %s", biggest, fastest);
      assert biggest.getRam() >= smallest.getRam() : format("%s ! >= %s", biggest, smallest);

      assert getCores(fastest) >= getCores(biggest) : format("%s ! >= %s", fastest, biggest);
      assert getCores(fastest) >= getCores(smallest) : format("%s ! >= %s", fastest, smallest);
   }
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      }
   }

   @Test(enabled = true)
   public void testCompareSizes() throws Exception {
      Hardware defaultSize = client.templateBuilder().build().getHardware();

      Hardware smallest = client.templateBuilder().smallest().build().getHardware();
      Hardware fastest = client.templateBuilder().fastest().build().getHardware();
      Hardware biggest = client.templateBuilder().biggest().build().getHardware();

      getAnonymousLogger().info("smallest " + smallest);
      getAnonymousLogger().info("fastest " + fastest);
      getAnonymousLogger().info("biggest " + biggest);

      assertEquals(defaultSize, smallest);

      assert getCores(smallest) <= getCores(fastest) : format("%s ! <= %s", smallest, fastest);
      assert getCores(biggest) <= getCores(fastest) : format("%s ! <= %s", biggest, fastest);

      assert biggest.getRam() >= fastest.getRam() : format("%s ! >= %s", biggest, fastest);
      assert biggest.getRam() >= smallest.getRam() : format("%s ! >= %s", biggest, smallest);

      assert getCores(fastest) >= getCores(biggest) : format("%s ! >= %s", fastest, biggest);
      assert getCores(fastest) >= getCores(smallest) : format("%s ! >= %s", fastest, smallest);
   }
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      }
   }

   @Test(enabled = true)
   public void testCompareSizes() throws Exception {
      Hardware defaultSize = client.templateBuilder().build().getHardware();

      Hardware smallest = client.templateBuilder().smallest().build().getHardware();
      Hardware fastest = client.templateBuilder().fastest().build().getHardware();
      Hardware biggest = client.templateBuilder().biggest().build().getHardware();

      getAnonymousLogger().info("smallest " + smallest);
      getAnonymousLogger().info("fastest " + fastest);
      getAnonymousLogger().info("biggest " + biggest);

      assertEquals(defaultSize, smallest);

      assert getCores(smallest) <= getCores(fastest) : format("%s ! <= %s", smallest, fastest);
      assert getCores(biggest) <= getCores(fastest) : format("%s ! <= %s", biggest, fastest);

      assert biggest.getRam() >= fastest.getRam() : format("%s ! >= %s", biggest, fastest);
      assert biggest.getRam() >= smallest.getRam() : format("%s ! >= %s", biggest, smallest);

      assert getCores(fastest) >= getCores(biggest) : format("%s ! >= %s", fastest, biggest);
      assert getCores(fastest) >= getCores(smallest) : format("%s ! >= %s", fastest, smallest);
   }
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  private Cluster newCluster(int numberOfWorkers) {
    DnsResolver fakeDnsResolver = new FakeDnsResolver();

    NodeMetadata node = mock(NodeMetadata.class);
    List<Processor> processors = ImmutableList.of(new Processor(4, 1.0));
    Hardware hardware = new HardwareImpl(null, null, "id", null, null,
        ImmutableMap.<String,String>of(), ImmutableSet.<String>of(), processors,
        1024, ImmutableList.<Volume>of(), null, "xen");
    when(node.getHardware()).thenReturn(hardware);
   
    Builder<Instance> instances = ImmutableSet.<Instance>builder();
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    Set<Instance> taskTrackers = cluster
      .getInstancesMatching(role(HadoopTaskTrackerClusterActionHandler.ROLE));
   
    if (!taskTrackers.isEmpty()) {
     
      Hardware hardware = Iterables.getFirst(taskTrackers, null)
        .getNodeMetadata().getHardware();

      /* null when using the BYON jclouds compute provider */
      if (hardware != null) {

        int coresPerNode = 0;
        for (Processor processor : hardware.getProcessors()) {
          coresPerNode += processor.getCores();
        }
        int mapTasksPerNode = (int) Math.ceil(coresPerNode * 1.0);
        int reduceTasksPerNode = (int) Math.ceil(coresPerNode * 0.75);

 
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  public static final String MOUNT_PREFIX = "/data";
 
  public Map<String, String> getDeviceMappings(ClusterSpec clusterSpec, Instance instance) {
    Map<String, String> mappings = Maps.newLinkedHashMap();
    int number = 0;
    Hardware hardware = instance.getNodeMetadata().getHardware();

    /* null when using the BYON jclouds compute provider */
    if (hardware != null) {
        List<? extends Volume> volumes =
            instance.getNodeMetadata().getHardware().getVolumes();
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      }
      if (failedNodes.size() > 0) {
        Image image = new ImageBuilder().providerId("ec2").name("test").id("testId").location(location)
              .uri(URI.create("http://node")).operatingSystem(OperatingSystem.builder().description("op").build())
              .description("description").status(Image.Status.AVAILABLE).defaultCredentials(loginCredentials).build();
        Hardware hardware = new HardwareBuilder().providerId("ec2").name("test").id("testId").location(location)
              .uri(URI.create("http://node")).ram(1).hypervisor("xen").build();
        Template template = new TemplateImpl(image, hardware, location, TemplateOptions.NONE);
        throw new RunNodesException("tag" + id, num, template, nodes, executionExceptions, failedNodes);
      }
      return nodes;
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