err := s.scanFolder(ctx, folder, &root)
	if err != nil {
		// No useful information...
		return cache, err
	}
	s.newCache.forceCompact(dataScannerCompactAtChildren)
	s.newCache.Info.LastUpdate = UTCNow()
	s.newCache.Info.NextCycle = cache.Info.NextCycle
	return s.newCache, nil
}

// sendUpdate() should be called on a regular basis when the newCache contains more recent total than previously.

		t.Run(name, func(t *testing.T) {
			esCache := NewEndpointSliceCache(tc.hostname, v1.IPv4Protocol, nil, nil)

			cmc := newCacheMutationCheck(tc.endpointSlices)
			for _, endpointSlice := range tc.endpointSlices {
				esCache.updatePending(endpointSlice, false)
			}

			compareEndpointsMapsStr(t, esCache.getEndpointsMap(tc.namespacedName, esCache.trackerByServiceMap[tc.namespacedName].pending), tc.expectedMap)

//     i.  If PVC binding is required, cache in-memory only:
//     * For manual binding: update PV objects for prebinding to the corresponding PVCs.
//     * For dynamic provisioning: update PVC object with a selected node from c)
//     * For the pod, which PVCs and PVs need API updates.
//     ii. Afterwards, the main scheduler caches the Pod->Node binding in the scheduler's pod cache,
//     This is handled in the scheduler and not here.

// dataUsageCacheV2 contains a cache of data usage entries version 2.
type dataUsageCacheV2 struct {
	Info  dataUsageCacheInfo
	Cache map[string]dataUsageEntryV2
}

// dataUsageCacheV3 contains a cache of data usage entries version 3.
type dataUsageCacheV3 struct {
	Info  dataUsageCacheInfo
	Cache map[string]dataUsageEntryV3
}

// dataUsageCacheV4 contains a cache of data usage entries version 4.

		go mcs.Run(cancel)
	}
	return nil
}

type dfCache struct {
	model.ConfigStore
}

func (d dfCache) RegisterEventHandler(kind config.GroupVersionKind, handler model.EventHandler) {
	panic("implement me")
}

// Run intentionally left empty
func (d dfCache) Run(_ <-chan struct{}) {
}

func (d dfCache) HasSynced() bool {
	return true
}

f4j-log4j12-1.7.5.jar:/home/tcagent1/agent/lib/trove4j.jar:/home/tcagent1/agent/lib/common-impl.jar:/home/tcagent1/agent/lib/ehcache-1.6.0-patch.jar:/home/tcagent1/agent/lib/buildAgent-updates-applying.jar:/home/tcagent1/agent/lib/agent-upgrade.jar:/home/tcagent1/agent/lib/commons-beanutils-core.jar:/home/tcagent1/agent/lib/app-wrapper.jar:/home/tcagent1/agent/lib/ehcache-1.7.2.jar:/home/tcagent1/agent/lib/jdom.jar:/home/tcagent1/agent/lib/spring-scripting/spring-scripting-jruby.jar:/home/tcagen...

import okhttp3.internal.http.toHttpDateOrNull
import okhttp3.internal.toNonNegativeInt

/**
 * Given a request and cached response, this figures out whether to use the network, the cache, or
 * both.
 *
 * Selecting a cache strategy may add conditions to the request (like the "If-Modified-Since" header
 * for conditional GETs) or warnings to the cached response (if the cached data is potentially
 * stale).
 */

		}
		if cfg.BuildN {
			return nil
		}
	}

	c := cache.Default()

	// Cache output from compile/link, even if we don't do the rest.
	switch a.Mode {
	case "build":
		cache.PutBytes(c, cache.Subkey(a.actionID, "stdout"), a.output)
	case "link":
		// Even though we don't cache the binary, cache the linker text output.
		// We might notice that an installed binary is up-to-date but still

Each script runs in a fresh temporary work directory tree, available to scripts as $WORK.
Scripts also have access to other environment variables, including:

	GOARCH=<target GOARCH>
	GOCACHE=<actual GOCACHE being used outside the test>
	GOEXE=<executable file suffix: .exe on Windows, empty on other systems>
	GOOS=<target GOOS>
	GOPATH=$WORK/gopath
	GOPROXY=<local module proxy serving from cmd/go/testdata/mod>

func (w *watchCache) doCacheResizeLocked(capacity int) {
	newCache := make([]*watchCacheEvent, capacity)
	if capacity < w.capacity {
		// adjust startIndex if cache capacity shrink.
		w.startIndex = w.endIndex - capacity
	}
	for i := w.startIndex; i < w.endIndex; i++ {
		newCache[i%capacity] = w.cache[i%w.capacity]
	}
	w.cache = newCache