arm/kvm/gic.cc

171     : GicV2(p),
189     GicV2::startup();
200     return GicV2::drain();
206     GicV2::drainResume();
212         // otherwise, drain() already sync'd the state back to the GicV2
222         return GicV2::read(pkt);
231         return GicV2::write(pkt);
240         return GicV2::sendInt(num);
250         return GicV2::clearInt(num);
260         return GicV2::sendPPInt(num, cpu);
269         return GicV2::clearPPInt(num, cpu);
278     // During Kvm->GicV2 state transfer, writes to the GicV2 will call
280     // using the GicV2 model for holding state in this circumstance, we
281     // short-circuit this behavior, as the GicV2 is not actually active.
283         return GicV2::updateIntState(hint);
360     set   = GicV2::GICD_ISENABLER.start();
361     clear = GicV2::GICD_ICENABLER.start();
362     size  = GicV2::itLines / 8;
371     set   = GicV2::GICD_ISPENDR.start();
372     clear = GicV2::GICD_ICPENDR.start();
373     size  = GicV2::itLines / 8;
382     set   = GicV2::GICD_ISACTIVER.start();
383     clear = GicV2::GICD_ICACTIVER.start();
384     size  = GicV2::itLines / 8;
393     set   = GicV2::GICD_IPRIORITYR.start();
397     size = GicV2::itLines - 32;
401     set = GicV2::GICD_ITARGETSR.start() + 32;
402     size = GicV2::itLines - 32;
406     set = GicV2::GICD_ICFGR.start();
407     size = GicV2::itLines / 4;
414     copyGicState(static_cast<GicV2*>(this), kernelGic);
420     copyGicState(kernelGic, static_cast<GicV2*>(this));