}
			continue
		}
		// Lookup the volume spec and add a 'PVCReference' for volumes that reference a PVC
		volSpec := volumesSpec[name]
		var pvcRef *stats.PVCReference
		if pvcSource := volSpec.PersistentVolumeClaim; pvcSource != nil {
			pvcRef = &stats.PVCReference{
				Name:      pvcSource.ClaimName,
				Namespace: s.pod.GetNamespace(),
			}

							InodesFree:     newUint64Pointer(655344),
							Inodes:         newUint64Pointer(655360),
							InodesUsed:     newUint64Pointer(16),
						},
						Name: "test",
						PVCRef: &statsapi.PVCReference{
							Name:      "testpvc",
							Namespace: "testns",
						},
						VolumeHealthStats: &statsapi.VolumeHealthStats{
							Abnormal: true,
						},
					},
				},
			},
			{

	})
	// Verify 'vol1' has a PVC reference
	assert.Contains(t, append(vs.EphemeralVolumes, vs.PersistentVolumes...), kubestats.VolumeStats{
		Name: vol1,
		PVCRef: &kubestats.PVCReference{
			Name:      pvcClaimName0,
			Namespace: namespace0,
		},
		FsStats:           expectedFSStats(),
		VolumeHealthStats: expectedVolumeHealthStats(),
	})
	// // Verify 'vol2' has a PVC reference

	ctx := context.Background()
	podStats, err := collector.statsProvider.ListPodStats(ctx)
	if err != nil {
		return
	}
	addGauge := func(desc *metrics.Desc, pvcRef *stats.PVCReference, v float64, lv ...string) {
		lv = append([]string{pvcRef.Namespace, pvcRef.Name}, lv...)
		ch <- metrics.NewLazyConstMetric(desc, metrics.GaugeValue, v, lv...)
	}
	allPVCs := sets.Set[string]{}