if (queries != null && queries.length > 0) {
                doc.put(HL_CACHE, replaceHighlightQueries(cache, queries));
            } else {
                doc.put(HL_CACHE, cache);
            }
        } else {
            doc.put(fessConfig.getIndexFieldCache(), StringUtil.EMPTY);
            doc.put(HL_CACHE, StringUtil.EMPTY);
        }

        try {

      ->tf_xla_persistent_cache_directory = "/tmp/xla_cache";
  tensorflow::GetMarkForCompilationPassFlags()
      ->tf_xla_persistent_cache_device_types = "GPU,CPU";
  DeviceType device_gpu = DeviceType(DEVICE_GPU);
  EXPECT_EQ(GetPersistentCacheDirectory(device_gpu), "/tmp/xla_cache");
  DeviceType device_cpu = DeviceType(DEVICE_CPU);
  EXPECT_EQ(GetPersistentCacheDirectory(device_cpu), "/tmp/xla_cache");

			}
			activeLifeCycle = f.oldCache.Info.lifeCycle
		}
		// If there are replication rules for the prefix.
		var replicationCfg replicationConfig
		if !f.oldCache.Info.replication.Empty() && f.oldCache.Info.replication.Config.HasActiveRules(prefix, true) {
			replicationCfg = f.oldCache.Info.replication
		}

		if f.weSleep() {
			scannerSleeper.Sleep(ctx, dataScannerSleepPerFolder)
		}

		return nil
	}

	// Load bucket totals
	oldCache := dataUsageCache{}
	if err := oldCache.load(ctx, er, dataUsageCacheName); err != nil {
		return err
	}

	// New cache..
	cache := dataUsageCache{
		Info: dataUsageCacheInfo{
			Name:      dataUsageRoot,
			NextCycle: oldCache.Info.NextCycle,
		},
		Cache: make(map[string]dataUsageEntry, len(oldCache.Cache)),
	}

	// Put all buckets into channel.

 */
public interface LocalComponentCache {

    /**
     * A cache that does not perform caching and always executes the provided factory.
     */
    LocalComponentCache NO_CACHE = (project, factory) -> factory.apply(project);

    /**
     * Loads cached dependency resolution metadata for the given project, if available,

  EXPECT_TRUE(compilation_result == nullptr);
  EXPECT_TRUE(xla_executable == nullptr);

  // Check if an appropriate entry is made in xla_cache.
  auto xla_cache = xla_device_compiler_->cache();
  TF_ASSERT_OK_AND_ASSIGN(auto signature, Signature::Build(fn, args));

  auto cache_value = xla_cache->Lookup(signature);
  EXPECT_TRUE(cache_value);
  EXPECT_TRUE(cache_value->compile_state != DeviceCompileState::kUncompiled);

    }

    private
    class VintageModelProvider : ServiceRegistrationProvider {
        @Provides
        fun createLocalComponentCache(): LocalComponentCache = LocalComponentCache.NO_CACHE
    }

    private
    class ConfigurationCacheBuildTreeProvider : ServiceRegistrationProvider {
        @Provides

		run.CmdRun,
		telemetrycmd.CmdTelemetry,
		test.CmdTest,
		tool.CmdTool,
		version.CmdVersion,
		vet.CmdVet,

		help.HelpBuildConstraint,
		help.HelpBuildmode,
		help.HelpC,
		help.HelpCache,
		help.HelpEnvironment,
		help.HelpFileType,
		modload.HelpGoMod,
		help.HelpGopath,
		modfetch.HelpGoproxy,
		help.HelpImportPath,
		modload.HelpModules,
		modfetch.HelpModuleAuth,
		help.HelpPackages,

index.field.url=url
index.field.doc_id=doc_id
index.field.id=_id
index.field.version=_version
index.field.seq_no=_seq_no
index.field.primary_term=_primary_term
index.field.lang=lang
index.field.has_cache=has_cache
index.field.last_modified=last_modified
index.field.anchor=anchor
index.field.segment=segment
index.field.role=role
index.field.boost=boost
index.field.created=created
index.field.timestamp=timestamp

this._peek(e,this.cache);if(this.oldCache.has(e))return this._peek(e,this.oldCache)}delete(e){let t=this.cache.delete(e);return t&&this._size--,this.oldCache.delete(e)||t}clear(){this.cache.clear(),this.oldCache.clear(),this._size=0}resize(e){if(!(e&&e>0))throw new TypeError("`maxSize` must be a number greater than 0");let t=[...this._entriesAscending()],r=t.length-e;r<0?(this.cache=new Map(t),this.oldCache=new Map,this._size=t.length):(r>0&&this._emitEvictions(t.slice(0,r)),this.oldCache=new Map(t.slice(r)),this.cache=new...