);
            if (result.hasFailure()) {
                // Don't need to unpack the serialized failure. It will already have been reported and is not used by anything downstream of this action.
                throw new ReportedException();
            }

    public SerializedPayload getFailure() {
        return serializedFailure;
    }

    @Nullable
    public RuntimeException getException() {
        return failure;
    }

    public boolean hasFailure() {
        return failure != null || serializedFailure != null;
    }

    public void rethrow() {
        if (failure != null) {
            throw failure;
        }
    }

        ConflictResolverDetails<ComponentState> details = new DefaultConflictResolverDetails<>(conflict.candidates);
        resolver.select(details);
        if (details.hasFailure()) {
            throw UncheckedException.throwAsUncheckedException(details.getFailure());
        }
        ComponentResolutionState selected = details.getSelected();

    private final List<String> lineNumbers = new ArrayList<>();
    private final List<String> fileNames = new ArrayList<>();
    private final String resolution;
    private final LogContent mainContent;

    static boolean hasFailure(String error) {
        return FAILURE_PATTERN.matcher(error).find();
    }

    /**
     * Creates a result from the output of a single Gradle invocation.
     *

    }

    if (closeExchange) {
      exchange?.detachWithViolence()
    }

    interceptorScopedExchange = null
  }

  fun retryAfterFailure(): Boolean {
    return exchange?.hasFailure == true &&
      exchangeFinder!!.routePlanner.hasNext(exchange?.connection)
  }

  /**
   * Returns a string that describes this call. Doesn't include a full URL as that might contain
   * sensitive information.

        DependencySubstitutionApplicator.SubstitutionResult substitutionResult = dependencySubstitutionApplicator.apply(dependencyState.getDependency());
        if (substitutionResult.hasFailure()) {
            dependencyState.failure = new ModuleVersionResolveException(dependencyState.getRequested(), substitutionResult.getFailure());
            return dependencyState;
        }

class FakeQuantRewrite : public OpRewritePattern<FakeQuantOp> {
 public:
  using OpRewritePattern<FakeQuantOp>::OpRewritePattern;

  FakeQuantRewrite(MLIRContext *ctx, bool *hadFailure)
      : OpRewritePattern<FakeQuantOp>(ctx), hadFailure(hadFailure) {}

  LogicalResult matchAndRewrite(FakeQuantOp op,
                                PatternRewriter &rewriter) const override {

import org.gradle.internal.instrumentation.model.ImplementationInfo;
import org.gradle.internal.instrumentation.processor.codegen.GradleLazyType;
import org.gradle.internal.instrumentation.processor.codegen.HasFailures;
import org.gradle.internal.instrumentation.processor.codegen.RequestGroupingInstrumentationClassSourceGenerator;
import org.gradle.internal.instrumentation.processor.codegen.TypeUtils;

    }

    private static void validateRequests(List<CallInterceptionRequest> requests, Consumer<? super HasFailures.FailureInfo> onFailure) {
        for (CallInterceptionRequest request : requests) {
            if (SignatureUtils.hasInjectVisitorContext(request.getInterceptedCallable())) {
                onFailure.accept(new HasFailures.FailureInfo(request, "Parameter with @InjectVisitorContext annotation is not supported for Groovy interception."));

            String message = "No matching toolchain could be found in the locally installed toolchains or the configured toolchain download repositories." +
                (hasFailures() ? " " + failureMessage() : "");

            String[] resolutions = {
                "Learn more about toolchain auto-detection at " + Documentation.userManual("toolchains", "sec:auto_detection").getUrl() + ".",