anchor.diff:  ----
   # oc create -f nfs-pvc.yaml
   persistentvolumeclaim "nfs-pvc" created
  -
  -#and verify the PVC was created and bound to the expected PV:
  +----
  +====
  +
  +Verify that the PVC was created and bound to the expected PV:
  +
  +====
  +----
   # oc get pvc
   NAME            LABELS    STATUS    VOLUME       CAPACITY   ACCESSMODES   AGE
   nfs-pvc         <none>    Bound     nfs-pv       1Gi        RWX           24s
                                       <1>
   ----
  -<1> the claim (nfs-pvc) was bound to the "nfs-pv" PV.
  -====
  -
  +<1> The claim, *nfs-pvc*, was bound to the *nfs-pv* PV.
  +====
  +
  +[[sharing-an-nfs-pv-across-two-pods-ensuring-nfs-volume-access]]
   == Ensuring NFS Volume Access
   Access is necessary to a node in the NFS server. On this node, examine the NFS
   export mount:
   
   ====
   ----
  -#on a NFS storage node:
   [root@nfs nfs]# ls -lZ /opt/nfs/
   total 8
   -rw-r--r--. 1 root 100003  system_u:object_r:usr_t:s0     10 Oct 12 23:27 test2b
  
positive.code:   4m		4m		1	{kubelet ose70.rh7}	spec.containers{busybox-nfs-pod}	Created		Created with docker id 346d432e5a48
    4m		4m		1	{kubelet ose70.rh7}	spec.containers{busybox-nfs-pod}	Started		Started with docker id 346d432e5a48
  ----
  As you can see, both containers are using the same storage claim that is attached to the same NFS mount on the back end.
  
negative.code: toc::[]
  
  == Overview
  The following use case describes how a cluster administrator wanting to leverage
  shared storage for use by two separate containers would configure the solution.
  This example highlights the use of NFS, but can easily be adapted to other
  shared storage types, such as GlusterFS. In addition, this example will show
  configuration of pod security as it relates to shared storage.
  
  link:../../install_config/persistent_storage/persistent_storage_nfs.html[Persistent
  Storage Using NFS] provides an explanation of persistent volumes (PVs),
  persistent volume claims (PVCs), and using NFS as persistent storage. This topic
  shows and end-to-end example of using an existing NFS cluster and
  {product-title} persistent store, and assumes an existing NFS server and exports
  exist in your {product-title} infrastructure.
  
  [NOTE]
  ====
  All `oc` commands are executed on the {product-title} master host.
  ====
  
  [[sharing-an-nfs-pv-across-two-pods-creating-the-persistent-volume]]
  == Creating the Persistent Volume
  Before creating the PV object in {product-title}, the persistent volume (PV) file is defined:
  
  .Persistent Volume Object Definition Using NFS
  ====
  