anchor.diff:                                            {name,<<Prefix/binary,"bandwidth_usage">>},
                                             {desc,<<"Rate of replication in terms of bytes replicated per second">>}]},
                                    {struct,[{title,<<"ms meta ops latency">>},
  -                                          {name,<<"replication_wtavg_meta_latency">>},
  +                                          {name,<<Prefix/binary, "wtavg_meta_latency">>},
                                             {desc,<<"Weighted average latency in ms of sending getMeta and waiting for conflict solution result from remote cluster">>}]},
                                    {struct,[{title,<<"ms doc ops latency">>},
  -                                          {name,<<"replication_wtavg_docs_latency">>},
  +                                          {name,<<Prefix/binary, "wtavg_docs_latency">>},
                                             {desc,<<"Weighted average latency in ms of sending replicated mutations to remote cluster">>}]},
                                    %% fifth row
                                    {struct,[{title,<<"percent completed">>},
  -                                          {name,<<"replication_percent_completeness">>},
  +                                          {name,<<Prefix/binary, "percent_completeness">>},
                                             {desc,<<"Percentage of checked items out of all checked and to-be-replicated items">>}]}]}]}
   
                 end, Reps).
  
positive.code:             end
      end.
  
  computed_stats_lazy_proplist() ->
      Z2 = fun (StatNameA, StatNameB, Combiner) ->
                   {Combiner, [StatNameA, StatNameB]}
           end,
  
negative.code: %% example due to older membase version. I.e. when we upgrade we
  %% sometimes add new kinds of stats and null values are used to mark
  %% those past samples that don't have new stats gathered.
  -spec samples_to_proplists([#stat_entry{}], list()) -> [{atom(), [null | number()]}].
  samples_to_proplists([], _BucketName) -> [{timestamp, []}];
  samples_to_proplists(Samples, BucketName) ->
      %% we're assuming that last sample has currently supported stats,
      %% that's why we are folding from backward and why we're ignoring
      %% other keys of other samples
  