Lines Matching refs:Bunch
133 multiple sequential (in time) IOs and put them in a single \emph{bunch} of
143 \item[\texttt{--max-bunch-time}] This is the amount of time to encompass
144 in one bunch -- only IOs within the time specified are eligible
149 \item[\texttt{--max-pkts}] A \emph{bunch} size can be anywhere from
150 1 to 512 packets in size and by default we max a bunch to contain no
152 decrease the maximum \emph{bunch} size. Refer to section~\ref{sec:c-o-M}
160 thread manages the submitting of AIOs per bunch in the record data file,
204 \item Bunching of IOs results in reduced time amongst IOs within a bunch.
252 [ -m <nsec> : --max-bunch-time=<nsec> ] Default: 10 msec
302 \texttt{--max-bunch-time}\\Set Maximum Time Per Bunch}
305 amount of time (in nanoseconds) to include in any one bunch of IOs that
308 However, after a certain point the amount of overhead per bunch may result
314 \texttt{--max-pkts}\\Set Maximum Packets Per Bunch}
317 maximum number of IOs to store in a single bunch. As with the \texttt{-m}
351 sdab:0: 580661 pkts (tot), 126030 pkts (replay), 89809 bunches, 1.4 pkts/bunch
352 sdab:1: 2559775 pkts (tot), 430172 pkts (replay), 293029 bunches, 1.5 pkts/bunch
353 sdab:2: 653559 pkts (tot), 136522 pkts (replay), 102288 bunches, 1.3 pkts/bunch
354 sdab:3: 474773 pkts (tot), 117849 pkts (replay), 69572 bunches, 1.7 pkts/bunch
374 \item[Field 5] The last field shows the average number of IOs per bunch
495 Pre-bunch Stalls}
497 When specified on the command line, all pre-bunch stall indicators will be
498 ignored. IOs will be replayed without inter-bunch delays.
