Java Code Examples for com.google.common.collect.ImmutableSet#forEach()

private void updateDedicatedCounters(IScheduledTask task, ScheduleStatus newState) {
  final String host = task.getAssignedTask().getSlaveHost();
  ImmutableSet<String> dedicatedRoles;
  if (Strings.isNullOrEmpty(host)) {
    dedicatedRoles = ImmutableSet.of();
  } else {
    dedicatedRoles = storage.read(store ->
        StreamSupport.stream(
              AttributeStore.Util.attributesOrNone(store, host).spliterator(),
              false)
            .filter(attr -> "dedicated".equals(attr.getName()))
            .findFirst()
            .map(IAttribute::getValues)
            .orElse(ImmutableSet.of())
    );
  }

  // Always dummy-read the lost-tasks-per-role stat. This ensures that there is at least a zero
  // exported for all roles.
  dedicatedRoles.forEach(s -> counters.getUnchecked(dedicatedRoleStatName(s)));

  if (newState == ScheduleStatus.LOST) {
    dedicatedRoles.forEach(s -> counters.getUnchecked(dedicatedRoleStatName(s)).increment());
  }
}
 

@Override
public void close() {
  reportProfile();
  ImmutableSet<ResourcePool<FileParser<T>>> resourcePools;
  ImmutableSet<FileParser<T>> parsers;
  synchronized (this) {
    Preconditions.checkState(!closing.get());
    closing.set(true);
    resourcePools = ImmutableSet.copyOf(parserResourcePools.values());
    parsers = ImmutableSet.copyOf(nonPooledCells.values());
  }
  for (FileParser<T> parser : parsers) {
    try {
      parser.close();
    } catch (InterruptedException | IOException e) {
      throw new RuntimeException("Could not properly close a parser.", e);
    }
  }
  resourcePools.forEach(ResourcePool::close);
}
 

private int internalDelete(VKey<?> key) {
  checkArgumentNotNull(key, "key must be specified");
  assertInTransaction();
  EntityType<?> entityType = getEntityType(key.getKind());
  ImmutableSet<EntityId> entityIds = getEntityIdsFromSqlKey(entityType, key.getSqlKey());
  String sql =
      String.format("DELETE FROM %s WHERE %s", entityType.getName(), getAndClause(entityIds));
  Query query = getEntityManager().createQuery(sql);
  entityIds.forEach(entityId -> query.setParameter(entityId.name, entityId.value));
  return query.executeUpdate();
}
 

/** Keep in sync with {@link StarlarkTransition#getBuildSettingPackages} */
private Map<PackageValue.Key, PackageValue> getBuildSettingPackages(
    ConfigurationTransition transition, ExtendedEventHandler eventHandler)
    throws TransitionException {
  HashMap<PackageValue.Key, PackageValue> buildSettingPackages = new HashMap<>();
  // This happens before cycle detection so keep track of all seen build settings to ensure
  // we don't get stuck in endless loops (e.g. //alias1->//alias2 && //alias2->alias1)
  Set<Label> allSeenBuildSettings = new HashSet<>();
  ImmutableSet<Label> unverifiedBuildSettings =
      StarlarkTransition.getAllBuildSettings(transition);
  while (!unverifiedBuildSettings.isEmpty()) {
    for (Label buildSetting : unverifiedBuildSettings) {
      if (!allSeenBuildSettings.add(buildSetting)) {
        throw new TransitionException(
            String.format(
                "Error with aliased build settings related to '%s'. Either your aliases form a"
                    + " dependency cycle or you're attempting to set both an alias its actual"
                    + " target in the same transition.",
                buildSetting));
      }
    }
    ImmutableSet<PackageValue.Key> buildSettingPackageKeys =
        StarlarkTransition.getPackageKeysFromLabels(unverifiedBuildSettings);
    EvaluationResult<SkyValue> newlyLoaded =
        evaluateSkyKeys(eventHandler, buildSettingPackageKeys, true);
    if (newlyLoaded.hasError()) {
      throw new TransitionException(
          new NoSuchPackageException(
              ((PackageValue.Key) newlyLoaded.getError().getRootCauseOfException()).argument(),
              "Unable to find build setting package",
              newlyLoaded.getError().getException()));
    }
    buildSettingPackageKeys.forEach(
        k -> buildSettingPackages.put(k, (PackageValue) newlyLoaded.get(k)));
    unverifiedBuildSettings =
        StarlarkTransition.verifyBuildSettingsAndGetAliases(
            buildSettingPackages, unverifiedBuildSettings);
  }
  return buildSettingPackages;
}
 

@Test
public void testPostProcessInterfaceDependenciesBind() {
  NetworkFactory nf = new NetworkFactory();
  Configuration c1 =
      nf.configurationBuilder()
          .setHostname("c1")
          .setConfigurationFormat(ConfigurationFormat.CISCO_IOS)
          .build();
  Vrf vrf = nf.vrfBuilder().setOwner(c1).setName(Configuration.DEFAULT_VRF_NAME).build();

  Interface.Builder ib = nf.interfaceBuilder().setOwner(c1).setVrf(vrf);

  ib.setName("eth0").setActive(false).build();
  ib.setName("eth1")
      .setActive(true)
      .setDependencies(ImmutableSet.of(new Dependency("eth0", DependencyType.BIND)))
      .build();
  ib.setName("eth2")
      .setActive(true)
      .setDependencies(ImmutableSet.of(new Dependency("eth1", DependencyType.BIND)))
      .build();
  ib.setName("eth9").setDependencies(ImmutableSet.of()).setActive(true).build();

  ImmutableSet<String> activeIfaces = ImmutableSet.of("eth9");
  ImmutableSet<String> inactiveIfaces = ImmutableSet.of("eth0", "eth1", "eth2");

  // Test
  postProcessInterfaceDependencies(ImmutableMap.of("c1", c1));

  activeIfaces.forEach(
      name -> assertThat(c1.getAllInterfaces().get(name).getActive(), equalTo(true)));
  inactiveIfaces.forEach(
      name -> assertThat(c1.getAllInterfaces().get(name).getActive(), equalTo(false)));
}
 

@Override
public <TElement extends Element> void updateElement(
    Graph graph,
    ExistingElementMutation<TElement> elementMutation,
    Authorizations authorizations
) {
    TElement element = elementMutation.getElement();

    if (MUTATION_LOGGER.isTraceEnabled()) {
        MUTATION_LOGGER.trace("updateElement: %s", elementMutation.getId());
    }

    if (!getConfig().isIndexEdges() && elementMutation.getElementType() == ElementType.EDGE) {
        return;
    }

    addMutationPropertiesToIndex(graph, elementMutation);
    addUpdateForMutationToBulk(graph, elementMutation);

    if (elementMutation.getNewElementVisibility() != null && element.getFetchHints().isIncludeExtendedDataTableNames()) {
        ImmutableSet<String> extendedDataTableNames = element.getExtendedDataTableNames();
        if (extendedDataTableNames != null && !extendedDataTableNames.isEmpty()) {
            extendedDataTableNames.forEach(tableName ->
                alterExtendedDataElementTypeVisibility(
                    graph,
                    elementMutation,
                    element.getExtendedData(tableName),
                    elementMutation.getOldElementVisibility(),
                    elementMutation.getNewElementVisibility()
                ));
        }
    }

    if (getConfig().isAutoFlush()) {
        flush(graph);
    }
}
 

/**
 * Buffers {@link Subdomain} objects until we reach the batch size, then bulk-evaluate the URLs
 * with the SafeBrowsing API.
 */
@ProcessElement
public void processElement(ProcessContext context) {
  Subdomain subdomain = context.element();
  subdomainBuffer.put(subdomain.fullyQualifiedDomainName(), subdomain);
  if (subdomainBuffer.size() >= BATCH_SIZE) {
    ImmutableSet<KV<Subdomain, ThreatMatch>> results = evaluateAndFlush();
    results.forEach(context::output);
  }
}
 

/**
 * Asserts that the distribution for the given label can be constructed from the given data set.
 *
 * <p>Note that this only tests that the distribution has the same binned histogram, along with
 * the same mean, and sum of squared deviation as it would if it had recorded the specified data
 * points. It could have in fact collected different data points that resulted in the same
 * distribution, but that information is lost to us and cannot be tested.
 */
public And<DistributionMetricSubject> hasDataSetForLabels(
    ImmutableSet<? extends Number> dataSet, String... labels) {
  ImmutableList<MetricPoint<Distribution>> metricPoints = actual.getTimestampedValues();
  if (metricPoints.isEmpty()) {
    failWithBadResults(
        "has a distribution for labels", Joiner.on(':').join(labels), "has", "no values");
  }
  MutableDistribution targetDistribution =
      new MutableDistribution(metricPoints.get(0).value().distributionFitter());
  dataSet.forEach(data -> targetDistribution.add(data.doubleValue()));
  return hasValueForLabels(ImmutableDistribution.copyOf(targetDistribution), labels);
}
 

/**
 * Add a workspace scheme for each extension bundled with the source target of the workspace.
 *
 * @param projectGraph
 * @param schemeName
 * @param schemeArguments
 * @param schemeConfigsBuilder
 * @param schemeNameToSrcTargetNodeBuilder
 */
private static void addWorkspaceExtensionSchemes(
    TargetGraph projectGraph,
    String schemeName,
    XcodeWorkspaceConfigDescriptionArg schemeArguments,
    ImmutableMap.Builder<String, XcodeWorkspaceConfigDescriptionArg> schemeConfigsBuilder,
    ImmutableSetMultimap.Builder<String, Optional<TargetNode<?>>>
        schemeNameToSrcTargetNodeBuilder) {
  if (!schemeArguments.getSrcTarget().isPresent()) {
    return;
  }

  LOG.debug("Potentially adding extension schemes for %s", schemeName);

  BuildTarget sourceBuildTarget = schemeArguments.getSrcTarget().get();
  TargetNode<?> sourceTargetNode = projectGraph.get(sourceBuildTarget);
  Set<BuildTarget> sourceTargetBuildDeps = sourceTargetNode.getBuildDeps();

  // Filter all of the source target's deps to find the bundled extensions that get an implicit
  // scheme.
  ImmutableSet<BuildTarget> implicitSchemeBuildTargets =
      sourceTargetBuildDeps.stream()
          .filter(t -> shouldIncludeImplicitExtensionSchemeForTargetNode(projectGraph.get(t)))
          .collect(ImmutableSet.toImmutableSet());

  // Create scheme for each bundled extension to allow Xcode to automatically begin debugging them
  // when this scheme it selected.
  implicitSchemeBuildTargets.forEach(
      (buildTarget -> {
        String extensionSchemeName = schemeName + "+" + buildTarget.getShortName();
        TargetNode<?> targetNode = projectGraph.get(buildTarget);

        schemeConfigsBuilder.put(
            extensionSchemeName, createImplicitExtensionWorkspaceArgs(sourceBuildTarget));

        schemeNameToSrcTargetNodeBuilder.put(extensionSchemeName, Optional.of(sourceTargetNode));
        schemeNameToSrcTargetNodeBuilder.put(extensionSchemeName, Optional.of(targetNode));
      }));
}
 

@Override
public ResultVO listExportPorts(String imageId, String userId) {
    SysImage sysImage = getById(imageId);
    if(sysImage == null) {
        return ResultVOUtils.error(ResultEnum.IMAGE_NOT_EXIST);
    }

    // 鉴权
    if(!hasAuthImage(userId,sysImage)) {
        return ResultVOUtils.error(ResultEnum.PERMISSION_ERROR);
    }

    // 获取端口号
    try {
        ImageInfo info = dockerClient.inspectImage(sysImage.getFullName());
        // 形如：["80/tcp"]
        ImmutableSet<String> exposedPorts = info.containerConfig().exposedPorts();

        Set<String> res = new HashSet<>();

        // 取出端口号信息
        if(exposedPorts != null && exposedPorts.size() > 0) {
            exposedPorts.forEach(s -> {
                res.add(s.split("/")[0]);
            });
        }

        return ResultVOUtils.success(new ArrayList<>(res));
    } catch (DockerRequestException requestException){
        return ResultVOUtils.error(ResultEnum.DOCKER_EXCEPTION.getCode(), HttpClientUtils.getErrorMessage(requestException.getMessage()));
    }catch (Exception e) {
        log.error("获取镜像暴露端口错误，出错位置：{}，出错镜像ID：{}，错误栈：{}",
                "SysImageServiceImpl.listExportPorts()", imageId, HttpClientUtils.getStackTraceAsString(e));
        return null;
    }
}
 

@Override
public void onNext(ServerReflectionResponse response) {
    MessageResponseCase responseCase = response.getMessageResponseCase();
    switch (responseCase) {
        case FILE_DESCRIPTOR_RESPONSE:
            ImmutableSet<FileDescriptorProto> descriptors =
                    parseDescriptors(response.getFileDescriptorResponse().getFileDescriptorProtoList());
            descriptors.forEach(d -> resolvedDescriptors.put(d.getName(), d));
            descriptors.forEach(this::processDependencies);
            break;
        default:
            logger.warn("Got unknown reflection response type: " + responseCase);
            break;
    }
}
 

@Override
public void onNext(ServerReflectionResponse response) {
  MessageResponseCase responseCase = response.getMessageResponseCase();
  switch (responseCase) {
    case FILE_DESCRIPTOR_RESPONSE:
      ImmutableSet<FileDescriptorProto> descriptors =
          parseDescriptors(response.getFileDescriptorResponse().getFileDescriptorProtoList());
      descriptors.forEach(d -> resolvedDescriptors.put(d.getName(), d));
      descriptors.forEach(d -> processDependencies(d));
      break;
    default:
      logger.warn("Got unknown reflection response type: " + responseCase);
      break;
  }
}
 

@Test
public void testDeriveDepsFromAddsToRuleKeys() {
  BuildTarget target = BuildTargetFactory.newInstance("//some", "name");
  ProjectFilesystem filesystem = new FakeProjectFilesystem();
  ActionGraphBuilder graphBuilder = new TestActionGraphBuilder();
  BuildRule rule1 = makeRule(target, filesystem, "rule1");
  BuildRule rule2 = makeRule(target, filesystem, "rule2");
  BuildRule rule3 = makeRule(target, filesystem, "rule3");
  BuildRule rule4 = makeRule(target, filesystem, "rule4");
  BuildRule rule5 = makeRule(target, filesystem, "rule5");
  ImmutableSet<BuildRule> rules = ImmutableSet.of(rule1, rule2, rule3, rule4, rule5);
  rules.forEach(graphBuilder::addToIndex);

  AddsToRuleKey rule =
      new AddsToRuleKey() {
        @AddToRuleKey int value = 0;
        @AddToRuleKey BuildRule bareRule = rule1;
        @AddToRuleKey SourcePath sourcePath = rule2.getSourcePathToOutput();

        @AddToRuleKey
        Object ruleKeyAppendable =
            new AddsToRuleKey() {
              @AddToRuleKey Object key = rule3;
            };

        @AddToRuleKey ImmutableList<BuildRule> list = ImmutableList.of(rule4);
        @AddToRuleKey Optional<SourcePath> optional = Optional.of(rule5.getSourcePathToOutput());
      };

  MoreAsserts.assertSetEquals(
      rules,
      BuildableSupport.deriveDeps(rule, graphBuilder).collect(ImmutableSet.toImmutableSet()));
}
 

@Test
public void appleTVOSSimulatorPlatformSetsLinkerFlags() {
  AppleSdkPaths appleSdkPaths =
      AppleSdkPaths.builder()
          .setDeveloperPath(developerDir)
          .addToolchainPaths(developerDir.resolve("Toolchains/XcodeDefault.xctoolchain"))
          .setPlatformPath(developerDir.resolve("Platforms/AppleTVSimulator.platform"))
          .setSdkPath(
              developerDir.resolve(
                  "Platforms/AppleTVSimulator.platform/Developer/SDKs/AppleTVSimulator9.1.sdk"))
          .build();

  ImmutableSet<Path> paths =
      ImmutableSet.<Path>builder()
          .addAll(getCommonKnownPaths(developerDir))
          .add(
              developerDir.resolve(
                  "Platforms/AppleTVSimulator.platform/Developer/usr/bin/libtool"))
          .add(developerDir.resolve("Platforms/AppleTVSimulator.platform/Developer/usr/bin/ar"))
          .build();
  paths.forEach(this::touchFile);

  AppleToolchain toolchain =
      AppleToolchain.builder()
          .setIdentifier("com.apple.dt.XcodeDefault")
          .setPath(developerDir.resolve("Toolchains/XcodeDefault.xctoolchain"))
          .setVersion("1")
          .build();

  AppleSdk targetSdk =
      AppleSdk.builder()
          .setApplePlatform(ApplePlatform.APPLETVSIMULATOR)
          .setName("appletvsimulator9.1")
          .setVersion("9.1")
          .setToolchains(ImmutableList.of(toolchain))
          .build();

  BuckConfig buckConfig = FakeBuckConfig.builder().build();
  AppleCxxPlatform appleCxxPlatform =
      AppleCxxPlatforms.buildWithXcodeToolFinder(
          projectFilesystem,
          targetSdk,
          "9.1",
          "arm64",
          appleSdkPaths,
          buckConfig,
          new XcodeToolFinder(buckConfig.getView(AppleConfig.class)),
          new AppleCxxPlatforms.XcodeBuildVersionCache());

  CxxPlatform cxxPlatform = appleCxxPlatform.getCxxPlatform();
  BuildRuleResolver ruleResolver = new TestActionGraphBuilder();
  SourcePathResolverAdapter resolver = ruleResolver.getSourcePathResolver();

  assertThat(
      Arg.stringify(cxxPlatform.getCflags(), resolver),
      hasItem("-mtvos-simulator-version-min=9.1"));
  assertThat(
      Arg.stringify(cxxPlatform.getLdflags(), resolver),
      hasItem("-mtvos-simulator-version-min=9.1"));
}
 

public static BuildRule createSwiftCompileRule(
    BuildTarget target,
    CellPathResolver cellRoots,
    ActionGraphBuilder graphBuilder,
    AppleNativeTargetDescriptionArg args,
    ProjectFilesystem filesystem,
    CxxPlatform platform,
    AppleCxxPlatform applePlatform,
    SwiftBuckConfig swiftBuckConfig,
    ImmutableSet<CxxPreprocessorInput> inputs) {

  SwiftLibraryDescriptionArg.Builder delegateArgsBuilder = SwiftLibraryDescriptionArg.builder();
  SwiftDescriptions.populateSwiftLibraryDescriptionArg(
      swiftBuckConfig, graphBuilder.getSourcePathResolver(), delegateArgsBuilder, args, target);
  delegateArgsBuilder.setTargetSdkVersion(args.getTargetSdkVersion());
  SwiftLibraryDescriptionArg swiftArgs = delegateArgsBuilder.build();

  Preprocessor preprocessor =
      platform.getCpp().resolve(graphBuilder, target.getTargetConfiguration());

  ImmutableSet<BuildRule> inputDeps =
      RichStream.from(inputs)
          .flatMap(input -> RichStream.from(input.getDeps(graphBuilder)))
          .toImmutableSet();

  ImmutableSortedSet.Builder<BuildRule> sortedDeps = ImmutableSortedSet.naturalOrder();
  sortedDeps.addAll(inputDeps);

  PreprocessorFlags.Builder flagsBuilder = PreprocessorFlags.builder();
  inputs.forEach(input -> flagsBuilder.addAllIncludes(input.getIncludes()));
  inputs.forEach(input -> flagsBuilder.addAllFrameworkPaths(input.getFrameworks()));
  PreprocessorFlags preprocessorFlags = flagsBuilder.build();

  Optional<CxxPreprocessorInput> underlyingModule =
      AppleLibraryDescription.underlyingModuleCxxPreprocessorInput(
          target, graphBuilder, platform);

  SwiftPlatform swiftPlatform = applePlatform.getSwiftPlatform().get();

  return SwiftLibraryDescription.createSwiftCompileRule(
      platform,
      swiftPlatform,
      swiftBuckConfig,
      target,
      graphBuilder,
      cellRoots,
      filesystem,
      swiftArgs,
      preprocessor,
      preprocessorFlags,
      underlyingModule.isPresent(),
      args.getTargetSdkVersion()
          .map(version -> swiftPlatform.getSwiftTarget().withTargetSdkVersion(version)));
}
 

@Test
public void iphoneOSSimulatorPlatformSetsLinkerFlags() {
  AppleSdkPaths appleSdkPaths =
      AppleSdkPaths.builder()
          .setDeveloperPath(developerDir)
          .addToolchainPaths(developerDir.resolve("Toolchains/XcodeDefault.xctoolchain"))
          .setPlatformPath(developerDir.resolve("Platforms/iPhoneOS.platform"))
          .setSdkPath(
              developerDir.resolve(
                  "Platforms/iPhoneOS.platform/Developer/SDKs/iPhoneSimulator8.0.sdk"))
          .build();

  ImmutableSet<Path> paths =
      ImmutableSet.<Path>builder()
          .addAll(getCommonKnownPaths(developerDir))
          .add(developerDir.resolve("Platforms/iPhoneOS.platform/Developer/usr/bin/libtool"))
          .add(developerDir.resolve("Platforms/iPhoneOS.platform/Developer/usr/bin/ar"))
          .add(developerDir.resolve("Tools/otest"))
          .build();
  paths.forEach(this::touchFile);

  AppleToolchain toolchain =
      AppleToolchain.builder()
          .setIdentifier("com.apple.dt.XcodeDefault")
          .setPath(developerDir.resolve("Toolchains/XcodeDefault.xctoolchain"))
          .setVersion("1")
          .build();

  AppleSdk targetSdk =
      AppleSdk.builder()
          .setApplePlatform(ApplePlatform.IPHONESIMULATOR)
          .setName("iphonesimulator8.0")
          .setVersion("8.0")
          .setToolchains(ImmutableList.of(toolchain))
          .build();

  BuckConfig buckConfig = FakeBuckConfig.builder().build();
  AppleCxxPlatform appleCxxPlatform =
      AppleCxxPlatforms.buildWithXcodeToolFinder(
          projectFilesystem,
          targetSdk,
          "7.0",
          "armv7",
          appleSdkPaths,
          buckConfig,
          new XcodeToolFinder(buckConfig.getView(AppleConfig.class)),
          new AppleCxxPlatforms.XcodeBuildVersionCache());

  CxxPlatform cxxPlatform = appleCxxPlatform.getCxxPlatform();
  BuildRuleResolver ruleResolver = new TestActionGraphBuilder();
  SourcePathResolverAdapter resolver = ruleResolver.getSourcePathResolver();

  assertThat(
      Arg.stringify(cxxPlatform.getCflags(), resolver),
      hasItem("-mios-simulator-version-min=7.0"));
  assertThat(
      Arg.stringify(cxxPlatform.getLdflags(), resolver),
      hasItem("-mios-simulator-version-min=7.0"));
}
 

@Test
public void cxxToolParamsReadFromBuckConfig() {
  AppleSdkPaths appleSdkPaths =
      AppleSdkPaths.builder()
          .setDeveloperPath(developerDir)
          .addToolchainPaths(developerDir.resolve("Toolchains/XcodeDefault.xctoolchain"))
          .setPlatformPath(developerDir.resolve("Platforms/iPhoneOS.platform"))
          .setSdkPath(
              developerDir.resolve("Platforms/iPhoneOS.platform/Developer/SDKs/iPhoneOS8.0.sdk"))
          .build();

  ImmutableSet<Path> paths =
      ImmutableSet.<Path>builder()
          .addAll(getCommonKnownPaths(developerDir))
          .add(developerDir.resolve("Platforms/iPhoneOS.platform/Developer/usr/bin/libtool"))
          .add(developerDir.resolve("Platforms/iPhoneOS.platform/Developer/usr/bin/ar"))
          .add(developerDir.resolve("Tools/otest"))
          .build();
  paths.forEach(this::touchFile);

  AppleToolchain toolchain =
      AppleToolchain.builder()
          .setIdentifier("com.apple.dt.XcodeDefault")
          .setPath(developerDir.resolve("Toolchains/XcodeDefault.xctoolchain"))
          .setVersion("1")
          .build();

  AppleSdk targetSdk =
      AppleSdk.builder()
          .setApplePlatform(ApplePlatform.IPHONEOS)
          .setName("iphoneos8.0")
          .setVersion("8.0")
          .setToolchains(ImmutableList.of(toolchain))
          .build();

  BuckConfig buckConfig =
      FakeBuckConfig.builder()
          .setSections(
              ImmutableMap.of(
                  "cxx",
                  ImmutableMap.of(
                      "cflags", "-std=gnu11",
                      "cppflags", "-DCTHING",
                      "cxxflags", "-std=c++11",
                      "cxxppflags", "-DCXXTHING")))
          .build();

  AppleCxxPlatform appleCxxPlatform =
      AppleCxxPlatforms.buildWithXcodeToolFinder(
          projectFilesystem,
          targetSdk,
          "7.0",
          "armv7",
          appleSdkPaths,
          buckConfig,
          new XcodeToolFinder(buckConfig.getView(AppleConfig.class)),
          new AppleCxxPlatforms.XcodeBuildVersionCache());

  CxxPlatform cxxPlatform = appleCxxPlatform.getCxxPlatform();
  BuildRuleResolver ruleResolver = new TestActionGraphBuilder();
  SourcePathResolverAdapter resolver = ruleResolver.getSourcePathResolver();

  assertThat(Arg.stringify(cxxPlatform.getCflags(), resolver), hasItem("-std=gnu11"));
  assertThat(Arg.stringify(cxxPlatform.getCppflags(), resolver), hasItems("-DCTHING"));
  assertThat(Arg.stringify(cxxPlatform.getCxxflags(), resolver), hasItem("-std=c++11"));
  assertThat(Arg.stringify(cxxPlatform.getCxxppflags(), resolver), hasItems("-DCXXTHING"));
}
 

public Builder removeEntries(ImmutableSet<ArtifactState> removedOutputs) {
  removedOutputs.forEach(trackerBuilder::remove);
  return this;
}
 

@Test
public void watchOSSimulatorPlatformSetsLinkerFlags() {
  AppleSdkPaths appleSdkPaths =
      AppleSdkPaths.builder()
          .setDeveloperPath(developerDir)
          .addToolchainPaths(developerDir.resolve("Toolchains/XcodeDefault.xctoolchain"))
          .setPlatformPath(developerDir.resolve("Platforms/WatchSimulator.platform"))
          .setSdkPath(
              developerDir.resolve(
                  "Platforms/WatchSimulator.platform/Developer/SDKs/WatchSimulator2.0.sdk"))
          .build();

  ImmutableSet<Path> paths =
      ImmutableSet.<Path>builder()
          .addAll(getCommonKnownPaths(developerDir))
          .add(
              developerDir.resolve("Platforms/WatchSimulator.platform/Developer/usr/bin/libtool"))
          .add(developerDir.resolve("Platforms/WatchSimulator.platform/Developer/usr/bin/ar"))
          .build();
  paths.forEach(this::touchFile);

  AppleToolchain toolchain =
      AppleToolchain.builder()
          .setIdentifier("com.apple.dt.XcodeDefault")
          .setPath(developerDir.resolve("Toolchains/XcodeDefault.xctoolchain"))
          .setVersion("1")
          .build();

  AppleSdk targetSdk =
      AppleSdk.builder()
          .setApplePlatform(ApplePlatform.WATCHSIMULATOR)
          .setName("watchsimulator2.0")
          .setVersion("2.0")
          .setToolchains(ImmutableList.of(toolchain))
          .build();

  BuckConfig buckConfig = FakeBuckConfig.builder().build();
  AppleCxxPlatform appleCxxPlatform =
      AppleCxxPlatforms.buildWithXcodeToolFinder(
          projectFilesystem,
          targetSdk,
          "2.0",
          "armv7k",
          appleSdkPaths,
          buckConfig,
          new XcodeToolFinder(buckConfig.getView(AppleConfig.class)),
          new AppleCxxPlatforms.XcodeBuildVersionCache());

  CxxPlatform cxxPlatform = appleCxxPlatform.getCxxPlatform();
  BuildRuleResolver ruleResolver = new TestActionGraphBuilder();
  SourcePathResolverAdapter resolver = ruleResolver.getSourcePathResolver();

  assertThat(
      Arg.stringify(cxxPlatform.getCflags(), resolver),
      hasItem("-mwatchos-simulator-version-min=2.0"));
  assertThat(
      Arg.stringify(cxxPlatform.getLdflags(), resolver),
      hasItem("-mwatchos-simulator-version-min=2.0"));
}
 

@Test
public void testPostProcessInterfaceDependenciesAggregate() {
  NetworkFactory nf = new NetworkFactory();
  Configuration c1 =
      nf.configurationBuilder()
          .setHostname("c1")
          .setConfigurationFormat(ConfigurationFormat.CISCO_IOS)
          .build();
  Vrf vrf = nf.vrfBuilder().setOwner(c1).setName(Configuration.DEFAULT_VRF_NAME).build();

  Interface.Builder ib = nf.interfaceBuilder().setOwner(c1).setVrf(vrf);

  ib.setName("eth0").setActive(false).setType(InterfaceType.PHYSICAL).build();
  ib.setName("eth1").setActive(true).setType(InterfaceType.PHYSICAL).build();
  ib.setName("eth2")
      .setActive(true)
      .setType(InterfaceType.AGGREGATED)
      .setDependencies(
          ImmutableSet.of(
              new Dependency("eth1", DependencyType.AGGREGATE),
              new Dependency("eth0", DependencyType.AGGREGATE)))
      .build();

  ib.setName("eth3").setActive(false).setType(InterfaceType.PHYSICAL).build();
  ib.setName("eth4")
      .setActive(true)
      .setType(InterfaceType.AGGREGATED)
      .setDependencies(
          ImmutableSet.of(
              new Dependency("eth0", DependencyType.AGGREGATE),
              new Dependency("eth3", DependencyType.AGGREGATE)))
      .build();

  ImmutableSet<String> activeIfaces = ImmutableSet.of("eth1", "eth2");
  ImmutableSet<String> inactiveIfaces = ImmutableSet.of("eth0", "eth3", "eth4");

  // Test
  postProcessInterfaceDependencies(ImmutableMap.of("c1", c1));

  activeIfaces.forEach(
      name -> assertThat(c1.getAllInterfaces().get(name).getActive(), equalTo(true)));
  inactiveIfaces.forEach(
      name -> assertThat(c1.getAllInterfaces().get(name).getActive(), equalTo(false)));
}