},
					testContext: tctx,
					fuzzContext: fctx,
				}
				f.w = indenter{&f.common}
				if f.chatty != nil {
					f.chatty.Updatef(f.name, "=== RUN   %s\n", f.name)
				}
				go fRunner(f, ft.Fn)
				<-f.signal
				if f.chatty != nil && f.chatty.json {
					f.chatty.Updatef(f.parent.name, "=== NAME  %s\n", f.parent.name)
				}
				ok = ok && !f.Failed()
				ran = ran || f.ran
			}
			if !ran {

			}
			if p := runtime.GOMAXPROCS(-1); p != procs {
				fmt.Fprintf(os.Stderr, "testing: %s left GOMAXPROCS set to %d\n", benchName, p)
			}
			if b.chatty != nil && b.chatty.json {
				b.chatty.Updatef("", "=== NAME  %s\n", "")
			}
		}
	}
}

// If hideStdoutForTesting is true, Run does not print the benchName.
// This avoids a spurious print during 'go test' on package testing itself,

		cur, err = dsc.dedupCurHistories(ctx, ds, currentHistories)
		if err != nil {
			return nil, nil, err
		}
		// Update revision number if necessary
		if cur.Revision < currRevision {
			toUpdate := cur.DeepCopy()
			toUpdate.Revision = currRevision
			_, err = dsc.kubeClient.AppsV1().ControllerRevisions(ds.Namespace).Update(ctx, toUpdate, metav1.UpdateOptions{})
			if err != nil {
				return nil, nil, err
			}
		}
	}

	// Check if we are in DCOS environment, return
	// deployment guide for update procedures.
	if IsDCOS() {
		return mesosDeploymentDoc
	}

	// Check if we are in kubernetes environment, return
	// deployment guide for update procedures.
	if IsKubernetes() {
		return kubernetesDeploymentDoc
	}

	// Check if we are docker environment, return docker update command
	if IsDocker() {
		// Construct release tag name.

            def theArchive2 = rootProject.file('test2.tar')

            tasks.register('update1', UpdateTask) {
                archive = theArchive1
                replacementText = 'modification 1'
            }

            tasks.register('verify1', VerifyTask) {
                dependsOn tasks.named('update1')
                archive = theArchive1
                beginsWith = 'modification 1'
            }

			s.updates <- *reconciles
		}

	case PodConfigNotificationSnapshotAndUpdates:
		if len(removes.Pods) > 0 || len(adds.Pods) > 0 || firstSet {
			s.updates <- kubetypes.PodUpdate{Pods: s.mergedState().([]*v1.Pod), Op: kubetypes.SET, Source: source}
		}
		if len(updates.Pods) > 0 {
			s.updates <- *updates
		}
		if len(deletes.Pods) > 0 {
			s.updates <- *deletes
		}

	case PodConfigNotificationSnapshot:

// Then:
//  * d,e,f are the update window dims [0,1,2]
//  * c is the index vector dimension
//  * a,b iterate over the updates and indices
//
//  The update needs permuting to be in the form (a,b,d,e,f) so that the update
//  window dims are the trailing dimensions.
//
// To canonicalize the updates above, replace the updates with:
//   transpose(updates, permutation={3,4,0,1,2})
//

		return err
	}
	node := originalNode.DeepCopy()

	needUpdate := false
	for _, update := range updateFuncs {
		newNode, updated, err := update(node)
		if err != nil {
			return err
		}
		node = newNode
		needUpdate = needUpdate || updated
	}

	if needUpdate {
		// PatchNodeStatus can update both node's status and labels or annotations
		// Updating status by directly updating node does not work

	if conTime.Before(lastConTime) {
		return false, nil
	}
	// Try to update, if it fails we retry all the above logic since the WLE changed
	updated := wle.DeepCopy()
	setConnectMeta(&updated, c.instanceID, conTime)
	_, err := c.store.Update(updated)
	if err != nil {
		return false, fmt.Errorf("failed updating WorkloadEntry %s/%s err: %v", proxy.Metadata.Namespace, entryName, err)
	}

	// If Node Allocatable is enforced on a node that has not been drained or is updated on an existing node to a lower value,
	// existing memory usage across pods might be higher than current Node Allocatable Memory Limits.
	// Pod Evictions are expected to bring down memory usage to below Node Allocatable limits.
	// Until evictions happen retry cgroup updates.
	// Update limits on non root cgroup-root to be safe since the default limits for CPU can be too low.