},
					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 {

func (p *chattyPrinter) prefix() string {
	if p != nil && p.json {
		return string(marker)
	}
	return ""
}

// Updatef prints a message about the status of the named test to w.
//
// The formatted message must include the test name itself.
func (p *chattyPrinter) Updatef(testName, format string, args ...any) {
	p.lastNameMu.Lock()
	defer p.lastNameMu.Unlock()

			}
			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,

../mkzip ../../zoneinfo.zip
cd ../..

files="update.bash zoneinfo.zip"
modified=true
if git diff --quiet $files; then
	modified=false
fi

if [ "$1" = "-work" ]; then
	echo Left workspace behind in work/.
	shift
else
	rm -rf work
fi

if ! $modified; then
	echo No updates needed.
	exit 0
fi

echo Updated for $CODE/$DATA: $files

commitmsg="lib/time: update to $CODE/$DATA

func NewFakeXDS() *Updater {
	return &Updater{
		SplitEvents: false,
		Events:      make(chan Event, 100),
	}
}

// NewWithDelegate creates a XdsUpdater reporting events via a channel.
func NewWithDelegate(delegate model.XDSUpdater) *Updater {
	return &Updater{
		Events:   make(chan Event, 100),
		Delegate: delegate,
	}
}

// Updater is used to test the registry.
type Updater struct {

    ```

### Partial updates recap

In summary, to apply partial updates you would:

* (Optionally) use `PATCH` instead of `PUT`.
* Retrieve the stored data.
* Put that data in a Pydantic model.
* Generate a `dict` without default values from the input model (using `exclude_unset`).

		}
		// assign the calculated status to the object just created, then update status
		createdSV.Status = updatedSV.Status
		_, err = c.UpdateStatus(context.TODO(), createdSV, metav1.UpdateOptions{})
		return err
	}
	_, err = c.UpdateStatus(context.TODO(), updatedSV, metav1.UpdateOptions{})
	return err
}

// localUpdateStorageVersion updates the input storageversion with given server storageversion info.

# ==============================================================================

# script to run pip-compile for each requirement.
# if there is a change in requirements.in then all lock files will be updated
# accordingly

# All commands run relative to this directory
cd "$(dirname "${BASH_SOURCE[0]}")"

mv BUILD.bazel BUILD

SUPPORTED_VERSIONS=("3_9" "3_10" "3_11" "3_12")

	return allErrs, nil
}

// BeforeUpdate ensures that common operations for all resources are performed on update. It only returns
// errors that can be converted to api.Status. It will invoke update validation with the provided existing
// and updated objects.
// It sets zero values only if the object does not have a zero value for the respective field.

		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
			}
		}
	}