// test them specifically.
type TestFieldManager interface {
	// APIVersion of the object that we're tracking.
	APIVersion() string
	// Reset resets the state of the liveObject by resetting it to an empty object.
	Reset()
	// Live returns a copy of the current liveObject.
	Live() runtime.Object
	// Apply applies the given object on top of the current liveObj, for the
	// given manager and force flag.

func (f *TestFieldManagerImpl) APIVersion() string {
	return f.apiVersion
}

// Reset resets the state of the liveObject by resetting it to an empty object.
func (f *TestFieldManagerImpl) Reset() {
	f.liveObj = f.emptyObj.DeepCopyObject()
}

// Live returns a copy of the current liveObject.
func (f *TestFieldManagerImpl) Live() runtime.Object {
	return f.liveObj.DeepCopyObject()
}

slices){if(!slice instanceof tr.e.v8.V8GCStatsThreadSlice)continue;const liveObjects=slice.liveObjects;const deadObjects=slice.deadObjects;const isolate=liveObjects.isolate;const isolateEntry=new GroupedEntry('Isolate_'+isolate+' at '+slice.start.toFixed(3)+' ms',0,0,0,[],[]);const liveEntry=new GroupedEntry('live objects',0,0,0,[],[]);const deadEntry=new GroupedEntry('dead objects',0,0,0,[],[]);const liveBucketSize=liveObjects.bucket_sizes.length;const deadBucketSize=deadObjects.bucket_sizes.leng...

		// should have been a no-op w.r.t. managed fields
		t.Fatalf("managed fields changed: ORIGINAL\n%v\nCURRENT\n%v",
			string(originalYAML), string(current))
	}
}

// This test makes sure that the liveObject during a patch does not mutate
// its managed fields.
func TestLiveObjectManagedFieldsNotRemoved(t *testing.T) {
	f := managedfieldstest.NewTestFieldManager(fakeTypeConverter,