void DInst::dump(const char *str) {
#ifdef ENABLE_CUDA
printf("%s:PE:%d %p (%d) %lld %c DInst: pc=0x%x, addr=0x%x data=0x%x src1=%d (%d) src2 = %d dest1 =%d dest2 = %d",str, (int)getPE(), this, fid, (long long)ID, keepStats? 't': 'd', (int)pc,(int)addr, (int)data,(int)(inst.getSrc1()), inst.getOpcode(),inst.getSrc2(),inst.getDst1(), inst.getDst2());
#else
printf("%s:%p (%d) %lld %c DInst: pc=0x%x, addr=0x%x data=0x%x src1=%d (%d) src2 = %d dest1 =%d dest2 = %d",str, this, fid, (long long)ID, keepStats? 't': 'd', (int)pc,(int)addr, (int)data,(int)(inst.getSrc1()), inst.getOpcode(),inst.getSrc2(),inst.getDst1(), inst.getDst2());
#endif
if (performed) {
printf(" performed");
}else if (executed) {
printf(" executed");
}else if (issued) {
printf(" issued");
}else{
printf(" non-issued");
}
if (replay)
printf(" REPLAY ");
if (hasPending())
printf(" has pending");
if (!isSrc1Ready())
printf(" has src1 deps");
if (!isSrc2Ready())
printf(" has src2 deps");
if (!isSrc3Ready())
printf(" has src3 deps");
//inst.dump("Inst->");
printf("\n");
}
void DInst::dump(const char *str) {
fprintf(stderr,"%s:%p (%d) %lld %c DInst: pc=0x%x, addr=0x%x src1=%d (%d) src2 = %d dest1 =%d dest2 = %d",str, this, fid, (long long)ID, keepStats? 't': 'd', (int)pc,(int)addr,(int)(inst.getSrc1()), inst.getOpcode(),inst.getSrc2(),inst.getDst1(), inst.getDst2());
if (performed) {
fprintf(stderr," performed");
}else if (executed) {
fprintf(stderr," executed");
}else if (issued) {
fprintf(stderr," issued");
}else{
fprintf(stderr," non-issued");
}
if (replay)
fprintf(stderr," REPLAY ");
if (hasPending())
fprintf(stderr," has pending");
if (!isSrc1Ready())
fprintf(stderr," has src1 deps");
if (!isSrc2Ready())
fprintf(stderr," has src2 deps");
if (!isSrc3Ready())
fprintf(stderr," has src3 deps");
//inst.dump("Inst->");
fprintf(stderr,"\n");
}
void DInst::dump(const char *str)
{
fprintf(stderr,"%s:(%d) DInst: vaddr=0x%x ", str, cId, (int)vaddr);
if (executed) {
fprintf(stderr, " executed");
}else if (issued) {
fprintf(stderr, " issued");
}else{
fprintf(stderr, " non-issued");
}
if (hasPending())
fprintf(stderr, " has pending");
if (!isSrc1Ready())
fprintf(stderr, " has src1 deps");
if (!isSrc2Ready())
fprintf(stderr, " has src2 deps");
inst->dump("");
}
void DInst::awakeRemoteInstructions()
{
while (hasPending()) {
DInst *dstReady = getNextPending();
I(inst->isStore());
I( dstReady->inst->isLoad());
I(!dstReady->isExecuted());
I( dstReady->hasDepsAtRetire());
I( dstReady->isSrc2Ready()); // LDSTBuffer queue in src2, free by now
dstReady->clearDepsAtRetire();
if (dstReady->isIssued() && !dstReady->hasDeps()) {
Resource *dstRes = dstReady->getResource();
// Coherence would add the latency because the cache line must be brought
// again (in theory it must be local to dinst processor and marked dirty
I(dstRes); // since isIssued it should have a resource
dstRes->simTime(dstReady);
}
}
}
void DInst::killSilently()
{
I(getPendEvent()==0);
I(getResource()==0);
#ifdef SESC_BAAD
if (fetch2Time == 0) {
fetch1QSize--;
}else if (renameTime == 0) {
fetch2QSize--;
}else if (issueTime == 0) {
issueQSize--;
}else if (schedTime == 0) {
schedQSize--;
}else if (exeTime == 0) {
exeQSize--;
}else{
retireQSize--;
}
#endif
markIssued();
markExecuted();
if( getFetch() ) {
getFetch()->unBlockFetch();
IS(setFetch(0));
}
if (getInst()->isStore())
LDSTBuffer::storeLocallyPerformed(this);
while (hasPending()) {
DInst *dstReady = getNextPending();
if (!dstReady->isIssued()) {
// Accross processor dependence
if (dstReady->hasDepsAtRetire())
dstReady->clearDepsAtRetire();
I(!dstReady->hasDeps());
continue;
}
if (dstReady->isExecuted()) {
// The instruction got executed even though it has dependences. This is
// because the instruction got silently killed (killSilently)
if (!dstReady->hasDeps())
dstReady->scrap();
continue;
}
if (!dstReady->hasDeps()) {
I(dstReady->isIssued());
I(!dstReady->isExecuted());
Resource *dstRes = dstReady->getResource();
I(dstRes);
dstRes->simTime(dstReady);
}
}
#ifdef TASKSCALAR
notifyDataDepViolation(DataDepViolationAtRetire);
if (lvid) { // maybe got killSilently
lvid = 0;
lvidVersion->decOutsReqs();
lvidVersion->garbageCollect();
IS(lvidVersion=0);
}
I(lvidVersion==0);
#endif
I(!getFetch());
if (hasDeps())
return;
I(nDeps == 0); // No deps src
#if (defined TLS)
I(!myEpoch);
#endif
I(!getFetch());
#if (defined MIPS_EMUL)
context->delDInst();
context=0;
#endif
dInstPool.in(this);
}
