Lines Matching full:interrupts
143 # with multiple MSI interrupts.
175 # processor is "on-line". If not, it isn't accepting interrupts
267 # All MSI interrupts of a device instance share a single MSI address.
270 # interrupts for MSI devices must be moved to the same CPU at the same
273 # Since all interrupts will be on the same CPU on these platforms, all
274 # interrupts can be consolidated into one ivec entry. For such devices,
320 # in that all CPUs and interrupts cover a similar span of time.
341 # {"avgintrnsec"} avg number of nsec spent in interrupts, per cpu
462 " interrupts")) {
635 # reconfiguration of the interrupts
639 # a delta and determining the best possible assignment of interrupts to CPUs.
662 # load due to interrupts. If the load is above a certain high threshold and
670 # because a CPU with one high-load interrupt, and no other interrupts, is
712 # due to interrupts, excluding the one biggest interrupt.
714 # offloading interrupts.
720 # source of interrupts. Those other interrupts could be
740 # of interrupts. A very high goodness indicates that a CPU is way out of
767 # rejuggling interrupts.
773 # and one at a time attempts to rejuggle interrupts between the original
829 "Moved interrupts left 100+%% load on src cpu");
831 "Moved interrupts left 100+%% load on tgt cpu");
884 # its interrupts. If the CPU has a goodness below a threshold,
891 # move interrupts around.
915 # can get), then don't bother moving the interrupts.
930 # Time to move those interrupts!
941 syslog('warning', "Unable to move interrupts")
959 # We have been asked to rejuggle interrupts between $oldcpuid and
964 # rejuggle interrupts between the two CPUs. Don't do this if the
1007 # available interrupts which comes closest to this goal without
1022 # If the largest of the interrupts is on srccpuid, leave it there.
1023 # This can help minimize the disruption caused by moving interrupts.
1061 # combination of interrupts in order to generate a load that is as close
1064 # {goal}, which if set signifies that this interrupt is one of the interrupts
1065 # identified as part of the set of interrupts which best meet the goal.
1073 # it is only to consider interrupts in the ivecs array starting at that index.
1084 # followed by a list of all the interrupts which make up that best-fit.
1089 # array if including all remaining interrupts will still leave the best-fit
1090 # at below goal load. If so, it then includes all remaining interrupts on
1168 # further interrupts since they'll only take us further from the goal.
1261 print STDERR "$cmdname: no interrupts were found; ".
1320 # either cpus or interrupts (probably both). We need to toss out our