copy(f3()) // ERROR "too many arguments"
}

func delete1() {
	var m map[string]int
	var s string
	delete() // ERROR "not enough arguments"
	delete(1) // ERROR "not enough arguments"
	delete(1, 2, 3) // ERROR "too many arguments"
	delete(m, 0 /* ERROR "cannot use" */)
	delete(m, s)
	_ = delete /* ERROR "used as value" */ (m, s)

	var t []map[string]string
	delete(t... /* ERROR "invalid use of ..." */ )
}

			obj, deleted, err := r.Delete(ctx, name, rest.AdmissionToValidateObjectDeleteFunc(admit, staticAdmissionAttrs, scope), options)
			wasDeleted = deleted
			return obj, err
		})
		if err != nil {
			scope.err(err, w, req)
			return
		}
		span.AddEvent("Object deleted from database")

		status := http.StatusOK
		// Return http.StatusAccepted if the resource was not deleted immediately and

        ex.suppressed.collect { it.message } == ["ROOT CAUSE"]
    }

    def "reports failed to delete child files and reports a reasonable number of retries after failure to delete directory"() {

        given:
        def targetDir = tmpDir.createDir("target")
        def deletable = targetDir.createFile("delete.yes")
        def nonDeletable = targetDir.createFile("delete.no")

			expectedEvents:  noevents,
			errors:          noerrors,
			// Inject deleter into the controller and call syncVolume. The
			// deleter simulates one delete() call that succeeds.
			test: wrapTestWithReclaimCalls(operationDelete, []error{nil}, testSyncVolume),
		},
		{
			// PV requires external deleter
			name:            "8-10-1 - external deleter when volume is dynamic provisioning",

case of versioned deletes a.k.a permanent delete of a version by doing a `mc rm --version-id` on a object, replication implementation marks a object version permanently deleted as `PENDING` purge and deletes the version from source after syncing to the target and ensuring target version is deleted. The delete marker being deleted or object version being deleted will still be visible on listing with `mc ls --versions` until the sync is completed. Objects marked as deleted will not be accessible via `GET`...

        files[1].assertDoesNotExist()

        and: // deletes empty parent directories
        findFiles(cacheDir, 'resources-*/*').isEmpty()
        findFiles(cacheDir, 'files-*/*').isEmpty()
    }

    @ToBeFixedForConfigurationCache(because = "does not re-download missing artifacts")
    def "downloads deleted files again when they are referenced"() {
        given:

				i.mu.Unlock()
				return
			}
			if n.isEntry {
				// What we saw is still true, so we can continue with the delete.
				break
			}
		}
		// We have to start over.
		i.mu.Unlock()
	}
	// Try to delete the entry.
	e, deleted := n.entry().compareAndDelete(key, old, ht.keyEqual, ht.valEqual)
	if !deleted {

    }
  }

  /**
   * Deletes all files within the directory at the given {@code path} {@linkplain #deleteRecursively
   * recursively}. Does not delete the directory itself. Deletes symbolic links, not their targets
   * (subject to the caveat below). If {@code path} itself is a symbolic link to a directory, that
   * link is followed and the contents of the directory it targets are deleted.
   *

	if curPod.DeletionTimestamp != nil {
		// when a pod is deleted gracefully it's deletion timestamp is first modified to reflect a grace period,
		// and after such time has passed, the kubelet actually deletes it from the store. We receive an update
		// for modification of the deletion timestamp and expect an rs to create more replicas asap, not wait
		// until the kubelet actually deletes the pod. This is different from the Phase of a pod changing, because

	// returned error value err when the specified resource is not found.
	// Delete *may* return the object that was deleted, or a status object indicating additional
	// information about deletion.
	// It also returns a boolean which is set to true if the resource was instantly
	// deleted or false if it will be deleted asynchronously.