->cast<mlir::MLIRContext*>();

  // Load the saved model into MLIR TF dialect.
  absl::Span<std::string> exported_names(nullptr, 0);
  auto module_or =
      tensorflow::ConvertSavedModelToMlir(&bundle, context, exported_names);
  if (!module_or.status().ok()) {
    return None();
  }

  // Make a module to wrap MLIR module and allow getting strings and running
  // transforms.

        def ivyName = new DefaultIvyArtifactName("ivy", "ivy", "xml")
        def moduleId = new DefaultModuleIdentifier(group, module)

        expect:
        pattern.toVersionListPattern(moduleId, ivyName).path == expectedPath

        where:
        group       | module     | expectedPath

            if (includeLast) {
                sb.append(" --> ");
                SelectorState selector = edge.getSelector();
                ModuleIdentifier moduleId = selector.getTargetModule().getId();
                sb.append('\'').append(moduleId.getGroup()).append(':').append(moduleId.getName()).append('\'');
                if (variantDetails != null) {
                    sb.append(variantDetails);
                }
            }

        ModuleVersionIdentifier moduleId = DefaultModuleVersionIdentifier.newId(project.getDependencyMetaDataProvider().getModule());
        LOGGER.info("Registering {} in composite build. Will substitute for module '{}'.", project, moduleId.getModule());
        availableModules.add(Pair.of(moduleId, projectIdentifier));
    }

    @Override

            return ModuleRevisionId.newInstance(org, name, branch, revConstraint, extraAttributes, replaceNullBranchWithDefault);
        }
    }

    public static ModuleId createModuleId(String org, String name) {
        synchronized (MODULE_ID_LOCK) {
            return ModuleId.newInstance(org, name);
        }
    }

        given:
        File libJar = new File("lib.jar")
        File moduleJar = new File("module.jar")
        JavaModuleDetector moduleDetector = Mock(JavaModuleDetector) {
            inferModulePath(_, _) >> new AbstractFileCollection() {
                String getDisplayName() { '' }

                Set<File> getFiles() { [moduleJar] }
            }
            inferClasspath(_, _) >> new AbstractFileCollection() {

            ModuleComponentIdentifier moduleId = (ModuleComponentIdentifier) artifact.getId().getComponentIdentifier();
            IdeExtendedRepoFileDependency ideRepoFileDependency = new IdeExtendedRepoFileDependency();
            ideRepoFileDependency.setId(DefaultModuleVersionIdentifier.newId(moduleId.getModuleIdentifier(), moduleId.getVersion()));
            externalDependencies.add(ideRepoFileDependency);

            if (componentId instanceof ModuleComponentIdentifier) {
                ModuleComponentIdentifier moduleId = (ModuleComponentIdentifier) componentId;
                resolvedComponentVersions.put(moduleId.getModuleIdentifier(), moduleId.getVersion());
            }

        }, Actions.doNothing(), new HashSet<>());

        return resolvedComponentVersions;
    }

        return DefaultExcludeAllOf.of(ImmutableSet.copyOf(specs));
    }

    @Override
    public ExcludeSpec ivyPatternExclude(ModuleIdentifier moduleId, IvyArtifactName artifact, String matcher) {
        return DefaultIvyPatternMatcherExcludeRuleSpec.of(moduleId, artifact, matcher);
    }

    @Override
    public ModuleIdSetExclude moduleIdSet(Set<ModuleIdentifier> modules) {

  }
  auto module_out = std::move(module_or_status).value();

  // We cannot replace the module in a ModulePass. So we simply copy the
  // operation list from module_out to module_in.
  auto& module_in_ops = module_in.getBody()->getOperations();
  module_in_ops.clear();
  module_in_ops.splice(module_in_ops.end(),
                       module_out->getBody()->getOperations());
}