}
	status := &metav1.Status{Status: metav1.StatusSuccess, Details: details}
	return status, nil
}

// Watch makes a matcher for the given label and field, and calls
// WatchPredicate. If possible, you should customize PredicateFunc to produce
// a matcher that matches by key. SelectionPredicate does this for you
// automatically.

			}
		}
		// namespaced watchers not scoped by name
		for _, watcher := range c.watchers.allWatchers[namespacedName{namespace: namespace}] {
			c.watchersBuffer = append(c.watchersBuffer, watcher)
		}
	}
	if len(name) > 0 {
		// cluster-wide watchers scoped by name
		for _, watcher := range c.watchers.allWatchers[namespacedName{name: name}] {
			c.watchersBuffer = append(c.watchersBuffer, watcher)
		}

        for (def plannedNode : plannedNodes) {
            def matchers = nodeMatchers.findAll { it.matchNode(plannedNode) }
            assert matchers.size() == 1, "Expected exactly one matcher for node ${plannedNode.nodeIdentity}, but found ${matchers.size()}"
            def nodeMatcher = matchers[0]
            def nodeId = getTypedNodeId(plannedNode.nodeIdentity)

// The argument to the -run, -bench, and -fuzz command-line flags is an unanchored regular
// expression that matches the test's name. For tests with multiple slash-separated
// elements, such as subtests, the argument is itself slash-separated, with
// expressions matching each name element in turn. Because it is unanchored, an
// empty expression matches any string.
// For example, using "matching" to mean "whose name contains":
//

The second argument of `rename()` works on the same principles as the `{javaApi}/java/util/regex/Matcher.html#appendReplacement(java.lang.StringBuffer,%20java.lang.String)[Matcher.appendReplacement()]` method.

.Regular expressions in Groovy build scripts
--
There are two common issues people come across when using regular expressions in this context:

	Namespace string
	Match     string
	Matches   []string
	GwMatches []types.NamespacedName
	Dest      string
	Port      int
	PortMatch int
	Time      string
}

func (args vsArgs) Config(t *testing.T, variant string) string {
	if args.Time == "" {
		args.Time = TimeBase
	}

	if args.Matches == nil {
		args.Matches = []string{args.Match}
	}
	if variant == "httproute" {

			t.Errorf("Unexpected object watched: %s, expected %s", a, e)
		}
		watched++
	}
	// We expect at least N events to be delivered, depending on the implementation.
	// For now, this number is smallest for Cacher and it equals 10 (size of the out buffer).
	if watched < 10 {
		t.Errorf("Unexpected number of events: %v, expected: %v", watched, totalPods)
	}
}

	collectionDeleter, isCollectionDeleter := storage.(rest.CollectionDeleter)
	updater, isUpdater := storage.(rest.Updater)
	patcher, isPatcher := storage.(rest.Patcher)
	watcher, isWatcher := storage.(rest.Watcher)
	connecter, isConnecter := storage.(rest.Connecter)
	storageMeta, isMetadata := storage.(rest.StorageMetadata)

    }) {is_stateless = false} : (tensor<i1>) -> tensor<*xf32>
```
### `-tf-functional-to-executor-conversion`

_Transform from func op to TF executor dialect._

### `-tf-fused-kernel-matcher`

_Matches computations corresponding to optimized fused kernels_

### `-tf-gpu-op-fusion`

_Fusion optimization for GPU targets_

This pass is performing fusion specific to GPU targets. This is an ad-hoc

				}
				return
			}
			if len(filter.Patches[networking.EnvoyFilter_CLUSTER]) != tt.expectedClusterPatches {
				t.Errorf("Expect %d envoy filter cluster patches, but got %d", tt.expectedClusterPatches, len(filter.Patches[networking.EnvoyFilter_CLUSTER]))
			}
			if len(filter.Patches[networking.EnvoyFilter_LISTENER]) != tt.expectedListenerPatches {