return hintp;
case MISCREG_HTBA:
return htba;
- case MISCREG_HVER:
- // XXX set to match Legion
- return ULL(0x3e) << 48 |
- ULL(0x23) << 32 |
- ULL(0x20) << 24 |
- //MaxGL << 16 | XXX For some reason legion doesn't set GL
- MaxTL << 8 |
- (NWindows -1) << 0;
case MISCREG_STRAND_STS_REG:
return strandStatusReg;
case MISCREG_HSTICK_CMPR:
panic("No support for setting spec_en bit\n");
setRegNoEffect(miscReg, bits(val,0,0));
if (!bits(val,0,0)) {
+ DPRINTF(Quiesce, "Cpu executed quiescing instruction\n");
// Time to go to sleep
tc->suspend();
if (tc->getKernelStats())
case MISCREG_HTBA:
return readRegNoEffect(miscReg) & ULL(~0x7FFF);
case MISCREG_HVER:
- return NWindows | MaxTL << 8 | MaxGL << 16;
+ // XXX set to match Legion
+ return ULL(0x3e) << 48 |
+ ULL(0x23) << 32 |
+ ULL(0x20) << 24 |
+ //MaxGL << 16 | XXX For some reason legion doesn't set GL
+ MaxTL << 8 |
+ (NWindows -1) << 0;
case MISCREG_STRAND_STS_REG:
System *sys;
tc->getCpuPtr()->instCount();
assert(ticks >= 0 && "stick compare missed interrupt cycle");
- if (ticks == 0) {
+ if (ticks == 0 || tc->status() == ThreadContext::Suspended) {
DPRINTF(Timer, "STick compare cycle reached at %#x\n",
(stick_cmpr & mask(63)));
if (!(tc->readMiscRegNoEffect(MISCREG_STICK_CMPR) & (ULL(1) << 63))) {
// we're actually at the correct cycle or we need to wait a little while
// more
int ticks;
+ if ( tc->status() == ThreadContext::Halted ||
+ tc->status() == ThreadContext::Unallocated)
+ return;
+
ticks = ((int64_t)(hstick_cmpr & mask(63)) - (int64_t)stick) -
tc->getCpuPtr()->instCount();
assert(ticks >= 0 && "hstick compare missed interrupt cycle");
- if (ticks == 0) {
+ if (ticks == 0 || tc->status() == ThreadContext::Suspended) {
DPRINTF(Timer, "HSTick compare cycle reached at %#x\n",
(stick_cmpr & mask(63)));
if (!(tc->readMiscRegNoEffect(MISCREG_HSTICK_CMPR) & (ULL(1) << 63))) {
inline void
ccprintf(std::ostream &stream, const std::string &format, CPRINTF_DECLARATION)
{
- ccprintf(stream, format, VARARGS_ALLARGS);
+ ccprintf(stream, format.c_str(), VARARGS_ALLARGS);
}
inline void
cprintf(const std::string &format, CPRINTF_DECLARATION)
{
- ccprintf(std::cout, format, VARARGS_ALLARGS);
+ ccprintf(std::cout, format.c_str(), VARARGS_ALLARGS);
}
inline std::string
csprintf(const std::string &format, CPRINTF_DECLARATION)
{
std::stringstream stream;
- ccprintf(stream, format, VARARGS_ALLARGS);
+ ccprintf(stream, format.c_str(), VARARGS_ALLARGS);
return stream.str();
}
ScalarPrint print;
print.name = name;
print.desc = desc;
+ print.compat = compat;
print.precision = precision;
print.descriptions = descriptions;
print.flags = flags;
// add a set of functions that can easily be invoked from gdb
-extern "C" {
- void
- setTraceFlag(const char *string)
- {
- Trace::changeFlag(string, true);
- }
+void
+setTraceFlag(const char *string)
+{
+ Trace::changeFlag(string, true);
+}
- void
- clearTraceFlag(const char *string)
- {
- Trace::changeFlag(string, false);
- }
+void
+clearTraceFlag(const char *string)
+{
+ Trace::changeFlag(string, false);
+}
- void
- dumpTraceStatus()
- {
- Trace::dumpStatus();
- }
-/* extern "C" */ }
+void
+dumpTraceStatus()
+{
+ Trace::dumpStatus();
+}
'ISP',
'IdeCtrl',
'IdeDisk',
+ 'Iob',
'Interrupt',
'LLSC',
'LSQ',
//This means we assume CPU does write forwarding to reads that alias something
//in the cpu store buffer.
if (outstandingAddrs.find(paddr) != outstandingAddrs.end()) {
- delete result;
+ delete [] result;
delete req;
return;
}
}
#if FULL_SYSTEM
-extern "C"
void
sched_break_pc_sys(System *sys, Addr addr)
{
new BreakPCEvent(&sys->pcEventQueue, "debug break", addr, true);
}
-extern "C"
void
sched_break_pc(Addr addr)
{
BaseCPU::post_interrupt(int_num, index);
if (thread->status() == ThreadContext::Suspended) {
- DPRINTF(IPI,"Suspended Processor awoke\n");
+ DPRINTF(Quiesce,"Suspended Processor awoke\n");
thread->activate();
}
}
data = pkt->get<uint64_t>();
intMan[index].cpu = bits(data,12,8);
intMan[index].vector = bits(data,5,0);
+ DPRINTF(Iob, "Wrote IntMan %d cpu %d, vec %d\n", index,
+ intMan[index].cpu, intMan[index].vector);
return;
}
intCtl[index].mask = bits(data,2,2);
if (bits(data,1,1))
intCtl[index].pend = false;
+ DPRINTF(Iob, "Wrote IntCtl %d pend %d cleared %d\n", index,
+ intCtl[index].pend, bits(data,2,2));
return;
}
if (accessAddr == JIntVecAddr) {
jIntVec = bits(pkt->get<uint64_t>(), 5,0);
+ DPRINTF(Iob, "Wrote jIntVec %d\n", jIntVec);
return;
}
index = (accessAddr - JIntBusyAddr) >> 3;
data = pkt->get<uint64_t>();
jIntBusy[index].busy = bits(data,5,5);
+ DPRINTF(Iob, "Wrote jIntBusy index %d busy: %d\n", index,
+ jIntBusy[index].busy);
return;
}
if (accessAddr == JIntABusyAddr) {
data = pkt->get<uint64_t>();
jIntBusy[cpuid].busy = bits(data,5,5);
+ DPRINTF(Iob, "Wrote jIntBusy index %d busy: %d\n", cpuid,
+ jIntBusy[cpuid].busy);
return;
};
return;
intCtl[devid].mask = true;
intCtl[devid].pend = true;
+ DPRINTF(Iob, "Receiving Device interrupt: %d for cpu %d vec %d\n",
+ devid, intMan[devid].cpu, intMan[devid].vector);
ic->post(intMan[devid].cpu, SparcISA::IT_INT_VEC, intMan[devid].vector);
}
switch (type) {
case 0: // interrupt
+ DPRINTF(Iob, "Generating interrupt because of I/O write to cpu: %d vec %d\n",
+ cpu_id, vector);
ic->post(cpu_id, SparcISA::IT_INT_VEC, vector);
break;
case 1: // reset
sys->threadContexts[cpu_id]->activate();
break;
case 2: // idle -- this means stop executing and don't wake on interrupts
+ DPRINTF(Iob, "Idling CPU because of I/O write cpu: %d\n", cpu_id);
sys->threadContexts[cpu_id]->halt();
break;
case 3: // resume
+ DPRINTF(Iob, "Resuming CPU because of I/O write cpu: %d\n", cpu_id);
sys->threadContexts[cpu_id]->activate();
break;
default:
if (jIntBusy[cpu_id].busy)
return false;
+ DPRINTF(Iob, "Receiving jBus interrupt: %d for cpu %d vec %d\n",
+ source, cpu_id, jIntVec);
+
jIntBusy[cpu_id].busy = true;
jIntBusy[cpu_id].source = source;
jBusData0[cpu_id] = d0;
}
}
while (!writebacks.empty()) {
- missQueue->doWriteback(writebacks.front());
+ PacketPtr wbPkt = writebacks.front();
+ missQueue->doWriteback(wbPkt);
writebacks.pop_front();
+ delete wbPkt;
}
DPRINTF(Cache, "%s %x %s\n", pkt->cmdString(), pkt->getAddr(),
// Hit
hits[pkt->cmdToIndex()][0/*pkt->req->getThreadNum()*/]++;
// clear dirty bit if write through
- if (pkt->needsResponse())
- respond(pkt, curTick+lat);
- if (pkt->cmd == MemCmd::Writeback) {
- //Signal that you can kill the pkt/req
- pkt->flags |= SATISFIED;
- }
+ respond(pkt, curTick+lat);
return true;
}
if (pkt->flags & SATISFIED) {
// happens when a store conditional fails because it missed
// the cache completely
- if (pkt->needsResponse())
- respond(pkt, curTick+lat);
+ respond(pkt, curTick+lat);
} else {
missQueue->handleMiss(pkt, size, curTick + hitLatency);
}
- if (pkt->cmd == MemCmd::Writeback) {
+ if (!pkt->needsResponse()) {
//Need to clean up the packet on a writeback miss, but leave the request
+ //for the next level.
delete pkt;
}
blk = handleFill(blk, (MSHR*)pkt->senderState,
new_state, writebacks, pkt);
while (!writebacks.empty()) {
- missQueue->doWriteback(writebacks.front());
- writebacks.pop_front();
+ PacketPtr wbPkt = writebacks.front();
+ missQueue->doWriteback(wbPkt);
+ writebacks.pop_front();
+ delete wbPkt;
}
}
missQueue->handleResponse(pkt, curTick + hitLatency);
// There was a cache hit.
// Handle writebacks if needed
while (!writebacks.empty()){
- memSidePort->sendAtomic(writebacks.front());
+ PacketPtr wbPkt = writebacks.front();
+ memSidePort->sendAtomic(wbPkt);
writebacks.pop_front();
+ delete wbPkt;
}
hits[pkt->cmdToIndex()][0/*pkt->req->getThreadNum()*/]++;
cprintf("============================================================\n");
}
-extern "C"
void
dumpMainQueue()
{