abstract ThreadLocalInterceptorSet<T> decorateWithThreadLocalImpl(T original);
    abstract void setCurrentInterceptorSet(T newInterceptorSet);

    /**
     * Ensures that the global call interceptors are replaced with an implementation that maintains call interceptors per thread.
     * Then sets up the call interceptors for the current thread only.
     */
    void setupForCurrentThread() {

        configurationCacheRunLenient()

        then:
        configurationCache.assertStateStored()
        problems.assertResultHasProblems(result) {
            // TODO when implemented, this assertion should be replaced with the commented one:
            inputs.expect(allOf(startsWith("Plugin class 'SneakyPluginA': file '${FileUtils.testFileName}'"), containsString(FileUtils.testFileName)))
            /*
            pluginClasses.forEach {

      mlir::Operation *new_op = cloned_op_by_device[device_attr.getValue()];
      user_op->setOperand(use.getOperandNumber(), new_op->getResult(0));
    }
    // Erase the original ConstOp if all its uses have been replaced.
    if (all_uses_replaced) {
      op.erase();
    }
    return WalkResult::advance();
  });
}

}  // namespace

std::unique_ptr<OperationPass<ModuleOp>>
CreateConstantOpDeviceAssignmentPass() {

		},
		{
			name: "replaced interface, zero-value replacement",
			obj:  &fakeReplacedObject{major: 1, minor: 2, removedMajor: 3, removedMinor: 4},
			gvk:  schema.GroupVersionKind{Group: "mygroup", Version: "v1", Kind: "MyKind"},
			want: "mygroup/v1 MyKind is deprecated in v1.2+, unavailable in v3.4+",
		},
		{
			name: "replaced interface, non-zero-value replacement",

 * "meta_property-$PROPERTY=$CONTENT".
 *
 * For example the declaration ":meta-name-robots: noindex" would produce:
 * <meta name="robots" content="noindex">
 *
 * Underscores will be replaced with colons. ":meta-property-og_locale: en_US"
 * would produce <meta property="og:locale" content="en_US">
 */
public class MetadataDocinfoProcessor extends DocinfoProcessor {

    public final Path identityPath; // path within the build tree (i.e. including project path)
    public final Path buildPath; // path of the owning build

    /**
     * Tasks can be replaced in Gradle, meaning there can be two different tasks with the same path/type.
     * This allows identifying a precise instance.
     */
    public final long uniqueId;

	for _, test := range []struct{ in, want string }{
		// Short; unchanged:
		{`C:\short.txt`, `C:\short.txt`},
		{`C:\`, `C:\`},
		{`C:`, `C:`},
		// The "long" substring is replaced by a looooooong
		// string which triggers the rewriting. Except in the
		// cases below where it doesn't.
		{`C:\long\foo.txt`, `\\?\C:\long\foo.txt`},
		{`C:/long/foo.txt`, `\\?\C:\long\foo.txt`},

        then:
        component.deployName == constructorDeployName
        component.contextPath == constructorContextPath
        // dependent modules are replaced, other entries are added up
        component.wbModuleEntries as Set == [
                new WbDependentModule('foo-1.2.3.jar', '/WEB-INF/lib', "module:/classpath/foo-1.2.3.jar"),

	if labels == nil {
		return labelMap(nil)
	}
	return *labels
}

// labelMap is the representation of the label set held in the context type.
// This is an initial implementation, but it will be replaced with something
// that admits incremental immutable modification more efficiently.
type labelMap map[string]string

// String satisfies Stringer and returns key, value pairs in a consistent
// order.

[!short] go build
[!short] ! go build -mod=vendor

# Without vendoring, 'go list' should report the replacement directory for
# a package in a replaced module.
go list -f {{.Dir}} x
stdout 'src[\\/]x'

# 'go mod vendor' should copy all replaced modules to the vendor directory.
go mod vendor -v
stderr '^# x v1.0.0 => ./x'
stderr '^x'
stderr '^# y v1.0.0 => ./y'
stderr '^y'
stderr '^# z v1.0.0 => ./z'