return
	}

	for i := 0; i < workers; i++ {
		go wait.UntilWithContext(ctx, c.runWorker, time.Second)
	}

	<-ctx.Done()
}

// serviceAccountDeleted reacts to a ServiceAccount deletion by recreating a default ServiceAccount in the namespace if needed
func (c *ServiceAccountsController) serviceAccountDeleted(obj interface{}) {
	sa, ok := obj.(*v1.ServiceAccount)
	if !ok {

func (prober *flexVolumeProber) createPluginDir() error {
	if _, err := prober.fs.Stat(prober.pluginDir); os.IsNotExist(err) {
		klog.Warningf("Flexvolume plugin directory at %s does not exist. Recreating.", prober.pluginDir)
		err := prober.fs.MkdirAll(prober.pluginDir, 0755)
		if err != nil {
			return fmt.Errorf("error (re-)creating driver directory: %s", err)
		}
	}

	return nil
}

// cIgnorableCased. A rune of this type is always lower case. Some runes are
// cased while not having a mapping.
//
// A common pattern for scripts in the Unicode standard is for upper and lower
// case runes to alternate for increasing rune values (e.g. the accented Latin
// ranges starting from U+0100 and U+1E00 among others and some Cyrillic
// characters). We use this property by defining a cXORCase mode, where the case

 * to that of {@code ConcurrentHashMap} in a reusable form, and extends it for semaphores and
 * read-write locks. Conceptually, lock striping is the technique of dividing a lock into many
 * <i>stripes</i>, increasing the granularity of a single lock and allowing independent operations
 * to lock different stripes and proceed concurrently, instead of creating contention for a single
 * lock.
 *

     * However, workers do not observe the same lifecycle as the build and do not stop or recreate build session services between builds.
     * This works around that by recreating the build session scope services for every request.
     */
    @NonNullApi
    static class WorkerBuildSessionScopeWorkaroundServices implements ServiceRegistrationProvider {
        private final File projectCacheDir;

# golangci-lint is used in Kubernetes with different configurations that
# enable an increasing amount of checks:
# - golangci.yaml is the most permissive configuration. All existing code
#   passed.
# - golangci-strict.yaml adds checks that all new code in pull requests
#   must pass.
# - golangci-hints.yaml adds checks for code patterns where developer
#   and reviewer may decide whether findings should get addressed before

type relativeAllocItem struct {
	target             float64
	relativeLowerBound float64
	relativeUpperBound float64
}

// relativeAllocProblem collects together all the classes and holds the result of sorting by increasing bounds.
// For J <= K, ascendingIndices[J] identifies a bound that is <= the one of ascendingIndices[K].
// When ascendingIndices[J] = 2*N + 0, this identifies the lower bound of items[N].

// global binary to ensure it is not empty. For a flow graph
// with J words (J+1 blocks), a J-1 bit serial number specifies
// which blocks (not including A and Z) include an increment of
// the return variable y by increasing powers of 10, and a
// different version of the test function is created for each
// of the 2-to-the-(J-1) serial numbers.

// For each generated function a compact summary is also

# golangci-lint is used in Kubernetes with different configurations that
# enable an increasing amount of checks:
# - golangci.yaml is the most permissive configuration. All existing code
#   passed.
# - golangci-strict.yaml adds checks that all new code in pull requests
#   must pass.
# - golangci-hints.yaml adds checks for code patterns where developer
#   and reviewer may decide whether findings should get addressed before

	// Scale all weights by the lcm of gateways per network and gateways per cluster.
	// This will allow us to more easily spread traffic to the endpoint across multiple
	// network gateways, increasing reliability of the endpoint.
	scaleFactor := b.gateways().GetLBWeightScaleFactor()

	// Go through all cluster endpoints and add those with the same network as the sidecar