Examples with InvalidConfigurationException com.google.devtools.build.lib.analysis.config.InvalidConfigurationException used on opensource projects

Example 1 with InvalidConfigurationException

use of com.google.devtools.build.lib.analysis.config.InvalidConfigurationException in project bazel by bazelbuild.

the class BuildTool method buildTargets.

/**
   * The crux of the build system. Builds the targets specified in the request using the specified
   * Executor.
   *
   * <p>Performs loading, analysis and execution for the specified set of targets, honoring the
   * configuration options in the BuildRequest. Returns normally iff successful, throws an exception
   * otherwise.
   *
   * <p>Callers must ensure that {@link #stopRequest} is called after this method, even if it
   * throws.
   *
   * <p>The caller is responsible for setting up and syncing the package cache.
   *
   * <p>During this function's execution, the actualTargets and successfulTargets
   * fields of the request object are set.
   *
   * @param request the build request that this build tool is servicing, which specifies various
   *        options; during this method's execution, the actualTargets and successfulTargets fields
   *        of the request object are populated
   * @param result the build result that is the mutable result of this build
   * @param validator target validator
   */
public void buildTargets(BuildRequest request, BuildResult result, TargetValidator validator) throws BuildFailedException, InterruptedException, ViewCreationFailedException, TargetParsingException, LoadingFailedException, AbruptExitException, InvalidConfigurationException, TestExecException {
    validateOptions(request);
    BuildOptions buildOptions = runtime.createBuildOptions(request);
    // Sync the package manager before sending the BuildStartingEvent in runLoadingPhase()
    env.setupPackageCache(request, DefaultsPackage.getDefaultsPackageContent(buildOptions));
    ExecutionTool executionTool = null;
    boolean catastrophe = false;
    try {
        env.getEventBus().post(new BuildStartingEvent(env, request));
        LOG.info("Build identifier: " + request.getId());
        executionTool = new ExecutionTool(env, request);
        if (needsExecutionPhase(request.getBuildOptions())) {
            // Initialize the execution tool early if we need it. This hides the latency of setting up
            // the execution backends.
            executionTool.init();
        }
        // Error out early if multi_cpus is set, but we're not in build or test command.
        if (!request.getMultiCpus().isEmpty()) {
            getReporter().handle(Event.warn("The --experimental_multi_cpu option is _very_ experimental and only intended for " + "internal testing at this time. If you do not work on the build tool, then you " + "should stop now!"));
            if (!"build".equals(request.getCommandName()) && !"test".equals(request.getCommandName())) {
                throw new InvalidConfigurationException("The experimental setting to select multiple CPUs is only supported for 'build' and " + "'test' right now!");
            }
        }
        // Exit if there are any pending exceptions from modules.
        env.throwPendingException();
        // Target pattern evaluation.
        LoadingResult loadingResult = evaluateTargetPatterns(request, validator);
        // Exit if there are any pending exceptions from modules.
        env.throwPendingException();
        // Configuration creation.
        BuildConfigurationCollection configurations = env.getSkyframeExecutor().createConfigurations(env.getReporter(), runtime.getConfigurationFactory(), buildOptions, request.getMultiCpus(), request.getViewOptions().keepGoing);
        env.throwPendingException();
        if (configurations.getTargetConfigurations().size() == 1) {
            // TODO(bazel-team): This is not optimal - we retain backwards compatibility in the case
            // where there's only a single configuration, but we don't send an event in the multi-config
            // case. Can we do better? [multi-config]
            env.getEventBus().post(new MakeEnvironmentEvent(configurations.getTargetConfigurations().get(0).getMakeEnvironment()));
        }
        LOG.info("Configurations created");
        if (request.getBuildOptions().performAnalysisPhase) {
            AnalysisResult analysisResult = runAnalysisPhase(request, loadingResult, configurations);
            result.setBuildConfigurationCollection(configurations);
            result.setActualTargets(analysisResult.getTargetsToBuild());
            result.setTestTargets(analysisResult.getTargetsToTest());
            LoadedPackageProvider bridge = new LoadedPackageProvider(env.getPackageManager(), env.getReporter());
            checkTargetEnvironmentRestrictions(analysisResult.getTargetsToBuild(), bridge);
            reportTargets(analysisResult);
            // Execution phase.
            if (needsExecutionPhase(request.getBuildOptions())) {
                executionTool.executeBuild(request.getId(), analysisResult, result, configurations, analysisResult.getPackageRoots(), request.getTopLevelArtifactContext());
            }
            String delayedErrorMsg = analysisResult.getError();
            if (delayedErrorMsg != null) {
                throw new BuildFailedException(delayedErrorMsg);
            }
        } else {
            getReporter().handle(Event.progress("Loading complete."));
            LOG.info("No analysis requested, so finished");
            String errorMessage = BuildView.createErrorMessage(loadingResult, null);
            if (errorMessage != null) {
                throw new BuildFailedException(errorMessage);
            }
        // Return.
        }
    } catch (RuntimeException e) {
        // Print an error message for unchecked runtime exceptions. This does not concern Error
        // subclasses such as OutOfMemoryError.
        request.getOutErr().printErrLn("Unhandled exception thrown during build; message: " + e.getMessage());
        catastrophe = true;
        throw e;
    } catch (Error e) {
        catastrophe = true;
        throw e;
    } catch (InvalidConfigurationException e) {
        // TODO(gregce): With "global configurations" we cannot tie a configuration creation failure
        // to a single target and have to halt the entire build. Once configurations are genuinely
        // created as part of the analysis phase they should report their error on the level of the
        // target(s) that triggered them.
        catastrophe = true;
        throw e;
    } finally {
        if (!catastrophe) {
            // Delete dirty nodes to ensure that they do not accumulate indefinitely.
            long versionWindow = request.getViewOptions().versionWindowForDirtyNodeGc;
            if (versionWindow != -1) {
                env.getSkyframeExecutor().deleteOldNodes(versionWindow);
            }
            if (executionTool != null) {
                executionTool.shutdown();
            }
            // The workspace status actions will not run with certain flags, or if an error
            // occurs early in the build. Tell a lie so that the event is not missing.
            // If multiple build_info events are sent, only the first is kept, so this does not harm
            // successful runs (which use the workspace status action).
            env.getEventBus().post(new BuildInfoEvent(env.getBlazeWorkspace().getWorkspaceStatusActionFactory().createDummyWorkspaceStatus()));
        }
    }
}

Example 2 with InvalidConfigurationException

use of com.google.devtools.build.lib.analysis.config.InvalidConfigurationException in project bazel by bazelbuild.

the class CppConfiguration method resolveIncludeDir.

/**
   * Resolve the given include directory.
   *
   * <p>If it starts with %sysroot%/, that part is replaced with the actual sysroot.
   *
   * <p>If it starts with %workspace%/, that part is replaced with the empty string
   * (essentially making it relative to the build directory).
   *
   * <p>If it starts with %crosstool_top%/ or is any relative path, it is
   * interpreted relative to the crosstool top. The use of assumed-crosstool-relative
   * specifications is considered deprecated, and all such uses should eventually
   * be replaced by "%crosstool_top%/".
   *
   * <p>If it is of the form %package(@repository//my/package)%/folder, then it is
   * interpreted as the named folder in the appropriate package. All of the normal
   * package syntax is supported. The /folder part is optional.
   *
   * <p>It is illegal if it starts with a % and does not match any of the above
   * forms to avoid accidentally silently ignoring misspelled prefixes.
   *
   * <p>If it is absolute, it remains unchanged.
   */
static PathFragment resolveIncludeDir(String s, PathFragment sysroot, PathFragment crosstoolTopPathFragment) throws InvalidConfigurationException {
    PathFragment pathPrefix;
    String pathString;
    int packageEndIndex = s.indexOf(PACKAGE_END);
    if (packageEndIndex != -1 && s.startsWith(PACKAGE_START)) {
        String packageString = s.substring(PACKAGE_START.length(), packageEndIndex);
        try {
            pathPrefix = PackageIdentifier.parse(packageString).getSourceRoot();
        } catch (LabelSyntaxException e) {
            throw new InvalidConfigurationException("The package '" + packageString + "' is not valid");
        }
        int pathStartIndex = packageEndIndex + PACKAGE_END.length();
        if (pathStartIndex + 1 < s.length()) {
            if (s.charAt(pathStartIndex) != '/') {
                throw new InvalidConfigurationException("The path in the package for '" + s + "' is not valid");
            }
            pathString = s.substring(pathStartIndex + 1, s.length());
        } else {
            pathString = "";
        }
    } else if (s.startsWith(SYSROOT_START)) {
        if (sysroot == null) {
            throw new InvalidConfigurationException("A %sysroot% prefix is only allowed if the " + "default_sysroot option is set");
        }
        pathPrefix = sysroot;
        pathString = s.substring(SYSROOT_START.length(), s.length());
    } else if (s.startsWith(WORKSPACE_START)) {
        pathPrefix = PathFragment.EMPTY_FRAGMENT;
        pathString = s.substring(WORKSPACE_START.length(), s.length());
    } else {
        pathPrefix = crosstoolTopPathFragment;
        if (s.startsWith(CROSSTOOL_START)) {
            pathString = s.substring(CROSSTOOL_START.length(), s.length());
        } else if (s.startsWith("%")) {
            throw new InvalidConfigurationException("The include path '" + s + "' has an " + "unrecognized %prefix%");
        } else {
            pathString = s;
        }
    }
    PathFragment path = new PathFragment(pathString);
    if (!path.isNormalized()) {
        throw new InvalidConfigurationException("The include path '" + s + "' is not normalized.");
    }
    return pathPrefix.getRelative(path);
}

Example 3 with InvalidConfigurationException

use of com.google.devtools.build.lib.analysis.config.InvalidConfigurationException in project bazel by bazelbuild.

the class CppConfigurationLoader method createParameters.

@Nullable
protected CppConfigurationParameters createParameters(ConfigurationEnvironment env, BuildOptions options) throws InvalidConfigurationException, InterruptedException {
    BlazeDirectories directories = env.getBlazeDirectories();
    if (directories == null) {
        return null;
    }
    Label crosstoolTopLabel = RedirectChaser.followRedirects(env, options.get(CppOptions.class).crosstoolTop, "crosstool_top");
    if (crosstoolTopLabel == null) {
        return null;
    }
    CrosstoolConfigurationLoader.CrosstoolFile file = CrosstoolConfigurationLoader.readCrosstool(env, crosstoolTopLabel);
    if (file == null) {
        return null;
    }
    CrosstoolConfig.CToolchain toolchain = CrosstoolConfigurationLoader.selectToolchain(file.getProto(), options, cpuTransformer);
    // FDO
    // TODO(bazel-team): move this to CppConfiguration.prepareHook
    CppOptions cppOptions = options.get(CppOptions.class);
    Path fdoZip;
    if (cppOptions.fdoOptimize == null) {
        fdoZip = null;
    } else if (cppOptions.fdoOptimize.startsWith("//")) {
        try {
            Target target = env.getTarget(Label.parseAbsolute(cppOptions.fdoOptimize));
            if (target == null) {
                return null;
            }
            if (!(target instanceof InputFile)) {
                throw new InvalidConfigurationException("--fdo_optimize cannot accept targets that do not refer to input files");
            }
            fdoZip = env.getPath(target.getPackage(), target.getName());
            if (fdoZip == null) {
                throw new InvalidConfigurationException("The --fdo_optimize parameter you specified resolves to a file that does not exist");
            }
        } catch (NoSuchPackageException | NoSuchTargetException | LabelSyntaxException e) {
            env.getEventHandler().handle(Event.error(e.getMessage()));
            throw new InvalidConfigurationException(e);
        }
    } else {
        fdoZip = directories.getWorkspace().getRelative(cppOptions.fdoOptimize);
        try {
            // We don't check for file existence, but at least the filename should be well-formed.
            FileSystemUtils.checkBaseName(fdoZip.getBaseName());
        } catch (IllegalArgumentException e) {
            throw new InvalidConfigurationException(e);
        }
    }
    Label ccToolchainLabel;
    Target crosstoolTop;
    try {
        crosstoolTop = env.getTarget(crosstoolTopLabel);
    } catch (NoSuchThingException e) {
        // Should have been found out during redirect chasing
        throw new IllegalStateException(e);
    }
    if (crosstoolTop instanceof Rule && ((Rule) crosstoolTop).getRuleClass().equals("cc_toolchain_suite")) {
        Rule ccToolchainSuite = (Rule) crosstoolTop;
        ccToolchainLabel = NonconfigurableAttributeMapper.of(ccToolchainSuite).get("toolchains", BuildType.LABEL_DICT_UNARY).get(toolchain.getTargetCpu() + "|" + toolchain.getCompiler());
        if (ccToolchainLabel == null) {
            throw new InvalidConfigurationException(String.format("cc_toolchain_suite '%s' does not contain a toolchain for CPU '%s' and compiler '%s'", crosstoolTopLabel, toolchain.getTargetCpu(), toolchain.getCompiler()));
        }
    } else {
        throw new InvalidConfigurationException(String.format("The specified --crosstool_top '%s' is not a valid cc_toolchain_suite rule", crosstoolTopLabel));
    }
    Target ccToolchain;
    try {
        ccToolchain = env.getTarget(ccToolchainLabel);
        if (ccToolchain == null) {
            return null;
        }
    } catch (NoSuchThingException e) {
        throw new InvalidConfigurationException(String.format("The toolchain rule '%s' does not exist", ccToolchainLabel));
    }
    if (!(ccToolchain instanceof Rule) || !CcToolchainRule.isCcToolchain(ccToolchain)) {
        throw new InvalidConfigurationException(String.format("The label '%s' is not a cc_toolchain rule", ccToolchainLabel));
    }
    return new CppConfigurationParameters(toolchain, file.getMd5(), options, fdoZip, crosstoolTopLabel, ccToolchainLabel);
}

Example 4 with InvalidConfigurationException

use of com.google.devtools.build.lib.analysis.config.InvalidConfigurationException in project bazel by bazelbuild.

the class AspectFunction method compute.

@Nullable
@Override
public SkyValue compute(SkyKey skyKey, Environment env) throws AspectFunctionException, InterruptedException {
    SkyframeBuildView view = buildViewProvider.getSkyframeBuildView();
    NestedSetBuilder<Package> transitivePackages = NestedSetBuilder.stableOrder();
    NestedSetBuilder<Label> transitiveRootCauses = NestedSetBuilder.stableOrder();
    AspectKey key = (AspectKey) skyKey.argument();
    ConfiguredAspectFactory aspectFactory;
    Aspect aspect;
    if (key.getAspectClass() instanceof NativeAspectClass) {
        NativeAspectClass nativeAspectClass = (NativeAspectClass) key.getAspectClass();
        aspectFactory = (ConfiguredAspectFactory) nativeAspectClass;
        aspect = Aspect.forNative(nativeAspectClass, key.getParameters());
    } else if (key.getAspectClass() instanceof SkylarkAspectClass) {
        SkylarkAspectClass skylarkAspectClass = (SkylarkAspectClass) key.getAspectClass();
        SkylarkAspect skylarkAspect;
        try {
            skylarkAspect = loadSkylarkAspect(env, skylarkAspectClass.getExtensionLabel(), skylarkAspectClass.getExportedName());
        } catch (AspectCreationException e) {
            throw new AspectFunctionException(e);
        }
        if (skylarkAspect == null) {
            return null;
        }
        aspectFactory = new SkylarkAspectFactory(skylarkAspect);
        aspect = Aspect.forSkylark(skylarkAspect.getAspectClass(), skylarkAspect.getDefinition(key.getParameters()), key.getParameters());
    } else {
        throw new IllegalStateException();
    }
    // Keep this in sync with the same code in ConfiguredTargetFunction.
    PackageValue packageValue = (PackageValue) env.getValue(PackageValue.key(key.getLabel().getPackageIdentifier()));
    if (packageValue == null) {
        return null;
    }
    Package pkg = packageValue.getPackage();
    if (pkg.containsErrors()) {
        throw new AspectFunctionException(new BuildFileContainsErrorsException(key.getLabel().getPackageIdentifier()));
    }
    Target target;
    try {
        target = pkg.getTarget(key.getLabel().getName());
    } catch (NoSuchTargetException e) {
        throw new AspectFunctionException(e);
    }
    if (!(target instanceof Rule)) {
        env.getListener().handle(Event.error(target.getLocation(), String.format("%s is attached to %s %s but aspects must be attached to rules", aspect.getAspectClass().getName(), target.getTargetKind(), target.getName())));
        throw new AspectFunctionException(new AspectCreationException("aspects must be attached to rules"));
    }
    ConfiguredTargetValue configuredTargetValue;
    try {
        configuredTargetValue = (ConfiguredTargetValue) env.getValueOrThrow(ConfiguredTargetValue.key(key.getLabel(), key.getBaseConfiguration()), ConfiguredValueCreationException.class);
    } catch (ConfiguredValueCreationException e) {
        throw new AspectFunctionException(new AspectCreationException(e.getRootCauses()));
    }
    if (configuredTargetValue == null) {
        // precomputed.
        return null;
    }
    if (configuredTargetValue.getConfiguredTarget() == null) {
        return null;
    }
    if (configuredTargetValue.getConfiguredTarget().getProvider(AliasProvider.class) != null) {
        return createAliasAspect(env, target, aspect, key, configuredTargetValue.getConfiguredTarget());
    }
    ConfiguredTarget associatedTarget = configuredTargetValue.getConfiguredTarget();
    ImmutableList.Builder<Aspect> aspectPathBuilder = ImmutableList.builder();
    if (!key.getBaseKeys().isEmpty()) {
        // We transitively collect all required aspects to reduce the number of restarts.
        // Semantically it is enough to just request key.getBaseKeys().
        ImmutableMap<AspectDescriptor, SkyKey> aspectKeys = getSkyKeysForAspects(key.getBaseKeys());
        Map<SkyKey, SkyValue> values = env.getValues(aspectKeys.values());
        if (env.valuesMissing()) {
            return null;
        }
        try {
            associatedTarget = getBaseTargetAndCollectPath(associatedTarget, key.getBaseKeys(), values, aspectPathBuilder);
        } catch (DuplicateException e) {
            env.getListener().handle(Event.error(associatedTarget.getTarget().getLocation(), e.getMessage()));
            throw new AspectFunctionException(new AspectCreationException(e.getMessage(), associatedTarget.getLabel()));
        }
    }
    aspectPathBuilder.add(aspect);
    SkyframeDependencyResolver resolver = view.createDependencyResolver(env);
    // When getting the dependencies of this hybrid aspect+base target, use the aspect's
    // configuration. The configuration of the aspect will always be a superset of the target's
    // (dynamic configuration mode: target is part of the aspect's config fragment requirements;
    // static configuration mode: target is the same configuration as the aspect), so the fragments
    // required by all dependencies (both those of the aspect and those of the base target)
    // will be present this way.
    TargetAndConfiguration originalTargetAndAspectConfiguration = new TargetAndConfiguration(target, key.getAspectConfiguration());
    ImmutableList<Aspect> aspectPath = aspectPathBuilder.build();
    try {
        // Get the configuration targets that trigger this rule's configurable attributes.
        ImmutableMap<Label, ConfigMatchingProvider> configConditions = ConfiguredTargetFunction.getConfigConditions(target, env, resolver, originalTargetAndAspectConfiguration, transitivePackages, transitiveRootCauses);
        if (configConditions == null) {
            // Those targets haven't yet been resolved.
            return null;
        }
        OrderedSetMultimap<Attribute, ConfiguredTarget> depValueMap;
        try {
            depValueMap = ConfiguredTargetFunction.computeDependencies(env, resolver, originalTargetAndAspectConfiguration, aspectPath, configConditions, ruleClassProvider, view.getHostConfiguration(originalTargetAndAspectConfiguration.getConfiguration()), transitivePackages, transitiveRootCauses);
        } catch (ConfiguredTargetFunctionException e) {
            throw new AspectCreationException(e.getMessage());
        }
        if (depValueMap == null) {
            return null;
        }
        if (!transitiveRootCauses.isEmpty()) {
            throw new AspectFunctionException(new AspectCreationException("Loading failed", transitiveRootCauses.build()));
        }
        return createAspect(env, key, aspectPath, aspect, aspectFactory, associatedTarget, key.getAspectConfiguration(), configConditions, depValueMap, transitivePackages);
    } catch (DependencyEvaluationException e) {
        if (e.getCause() instanceof ConfiguredValueCreationException) {
            ConfiguredValueCreationException cause = (ConfiguredValueCreationException) e.getCause();
            throw new AspectFunctionException(new AspectCreationException(cause.getMessage(), cause.getAnalysisRootCause()));
        } else if (e.getCause() instanceof InconsistentAspectOrderException) {
            InconsistentAspectOrderException cause = (InconsistentAspectOrderException) e.getCause();
            throw new AspectFunctionException(new AspectCreationException(cause.getMessage()));
        } else {
            // Cast to InvalidConfigurationException as a consistency check. If you add any
            // DependencyEvaluationException constructors, you may need to change this code, too.
            InvalidConfigurationException cause = (InvalidConfigurationException) e.getCause();
            throw new AspectFunctionException(new AspectCreationException(cause.getMessage()));
        }
    } catch (AspectCreationException e) {
        throw new AspectFunctionException(e);
    }
}

Example 5 with InvalidConfigurationException

use of com.google.devtools.build.lib.analysis.config.InvalidConfigurationException in project bazel by bazelbuild.

the class ConfiguredTargetFunction method compute.

@Override
public SkyValue compute(SkyKey key, Environment env) throws ConfiguredTargetFunctionException, InterruptedException {
    SkyframeBuildView view = buildViewProvider.getSkyframeBuildView();
    NestedSetBuilder<Package> transitivePackages = NestedSetBuilder.stableOrder();
    NestedSetBuilder<Label> transitiveLoadingRootCauses = NestedSetBuilder.stableOrder();
    ConfiguredTargetKey configuredTargetKey = (ConfiguredTargetKey) key.argument();
    LabelAndConfiguration lc = LabelAndConfiguration.of(configuredTargetKey.getLabel(), configuredTargetKey.getConfiguration());
    BuildConfiguration configuration = lc.getConfiguration();
    PackageValue packageValue = (PackageValue) env.getValue(PackageValue.key(lc.getLabel().getPackageIdentifier()));
    if (packageValue == null) {
        return null;
    }
    // TODO(ulfjack): This tries to match the logic in TransitiveTargetFunction /
    // TargetMarkerFunction. Maybe we can merge the two?
    Package pkg = packageValue.getPackage();
    Target target;
    try {
        target = pkg.getTarget(lc.getLabel().getName());
    } catch (NoSuchTargetException e) {
        throw new ConfiguredTargetFunctionException(new ConfiguredValueCreationException(e.getMessage()));
    }
    if (pkg.containsErrors()) {
        transitiveLoadingRootCauses.add(lc.getLabel());
    }
    transitivePackages.add(pkg);
    // null).
    if (!target.isConfigurable()) {
        configuration = null;
    }
    // associates the error with the dep, which is misleading.
    if (useDynamicConfigurations(configuration) && configuration.trimConfigurations() && env.getValue(TransitiveTargetValue.key(lc.getLabel())) == null) {
        return null;
    }
    TargetAndConfiguration ctgValue = new TargetAndConfiguration(target, configuration);
    SkyframeDependencyResolver resolver = view.createDependencyResolver(env);
    // TODO(janakr): this acquire() call may tie up this thread indefinitely, reducing the
    // parallelism of Skyframe. This is a strict improvement over the prior state of the code, in
    // which we ran with #processors threads, but ideally we would call #tryAcquire here, and if we
    // failed, would exit this SkyFunction and restart it when permits were available.
    cpuBoundSemaphore.acquire();
    try {
        // Get the configuration targets that trigger this rule's configurable attributes.
        ImmutableMap<Label, ConfigMatchingProvider> configConditions = getConfigConditions(ctgValue.getTarget(), env, resolver, ctgValue, transitivePackages, transitiveLoadingRootCauses);
        if (env.valuesMissing()) {
            return null;
        }
        // attributes.
        if (!transitiveLoadingRootCauses.isEmpty() && configConditions != NO_CONFIG_CONDITIONS) {
            throw new ConfiguredTargetFunctionException(new ConfiguredValueCreationException(transitiveLoadingRootCauses.build()));
        }
        OrderedSetMultimap<Attribute, ConfiguredTarget> depValueMap = computeDependencies(env, resolver, ctgValue, ImmutableList.<Aspect>of(), configConditions, ruleClassProvider, view.getHostConfiguration(configuration), transitivePackages, transitiveLoadingRootCauses);
        if (env.valuesMissing()) {
            return null;
        }
        if (!transitiveLoadingRootCauses.isEmpty()) {
            throw new ConfiguredTargetFunctionException(new ConfiguredValueCreationException(transitiveLoadingRootCauses.build()));
        }
        Preconditions.checkNotNull(depValueMap);
        ConfiguredTargetValue ans = createConfiguredTarget(view, env, target, configuration, depValueMap, configConditions, transitivePackages);
        return ans;
    } catch (DependencyEvaluationException e) {
        if (e.getCause() instanceof ConfiguredValueCreationException) {
            throw new ConfiguredTargetFunctionException((ConfiguredValueCreationException) e.getCause());
        } else if (e.getCause() instanceof InconsistentAspectOrderException) {
            InconsistentAspectOrderException cause = (InconsistentAspectOrderException) e.getCause();
            throw new ConfiguredTargetFunctionException(new ConfiguredValueCreationException(cause.getMessage(), target.getLabel()));
        } else {
            // Cast to InvalidConfigurationException as a consistency check. If you add any
            // DependencyEvaluationException constructors, you may need to change this code, too.
            InvalidConfigurationException cause = (InvalidConfigurationException) e.getCause();
            throw new ConfiguredTargetFunctionException(new ConfiguredValueCreationException(cause.getMessage(), target.getLabel()));
        }
    } catch (AspectCreationException e) {
        // getAnalysisRootCause may be null if the analysis of the aspect itself failed.
        Label analysisRootCause = target.getLabel();
        if (e.getAnalysisRootCause() != null) {
            analysisRootCause = e.getAnalysisRootCause();
        }
        throw new ConfiguredTargetFunctionException(new ConfiguredValueCreationException(e.getMessage(), analysisRootCause));
    } finally {
        cpuBoundSemaphore.release();
    }
}