The final step in your configuration process is to create
            Replication Nodes on every node in your store. You do this
            using the topology create and 
            plan deploy-topology commands in its place.
            The topology create command takes the
            following arguments:   
                
topology name
A string to identify the topology.
pool name
A string to identify the pool.
number of partitions
The initial configuration is based on the storage nodes specified by pool. This number is fixed once the topology is created and it cannot be changed. The command will automatically create an appropriate number of shards and replication nodes based upon the storage nodes in the pool.
You should make sure the number of partitions you select is more than the largest number of shards you ever expect your store to contain, because the total number of partitions is static and cannot be changed. For simpler use cases, you can use the following formula to arrive at a very rough estimate for the number of partitions:
                      
(Total number of disks hosted by the storage nodes  / 
 Replication Factor) * 10
                    
            To get a more accurate estimate for production use see Number of Partitions.
            The plan deploy-topology command requires a
            topology name.
        
Once you issue the following commands, your store is fully installed and configured:
kv-> topology create -name topo -pool BostonPool -partitions 300 kv-> plan deploy-topology -name topo -wait Executed plan 6, waiting for completion... Plan 6 ended successfully
                        As a final sanity check, you can confirm that all of the plans
            succeeded using the show plans  command:
        
kv-> show plans 1 Deploy DataCenter <1> SUCCEEDED 2 Deploy Storage Node <2> SUCCEEDED 3 Deploy Admin Service SUCCEEDED 4 Deploy Storage Node <4> SUCCEEDED 5 Deploy Storage Node <5> SUCCEEDED 6 Deploy Topo <6> SUCCEEDED
Having done that, you can exit the command line interface.
kv-> exit