Cluster *Cluster::create(const char *clusterName, GMemorySystem *ms, GProcessor *gproc)
{
// Note: Clusters do NOT share functional units. This breaks the cluster
// principle. If someone were interested in doing that, the UnitMap sould be
// cleared (unitMap.clear()) by the PendingWindow instead of buildCluster. If
// the objective is to share the FUs even between Cores, UnitMap must be
// declared static in that class (what a mess!)
unitMap.clear();
// Constraints
SescConf->isCharPtr(clusterName,"recycleAt");
SescConf->isInList(clusterName,"recycleAt","Execute","Retire","Issue"); //NM added Issue
const char *recycleAt = SescConf->getCharPtr(clusterName,"recycleAt");
SescConf->isLong(clusterName,"winSize");
SescConf->isBetween(clusterName,"winSize",1,262144);
Cluster *cluster;
if( strcasecmp(recycleAt,"retire") == 0) {
cluster = new RetiredCluster(clusterName, gproc);
}else if( strcasecmp(recycleAt,"issue") == 0) { //NM added issue
cluster = new IssuedCluster(clusterName, gproc);
}else{
I( strcasecmp(recycleAt,"execute") == 0);
cluster = new ExecutedCluster(clusterName, gproc);
}
char strtmp[128];
sprintf(strtmp,"%s_energy",clusterName);
GStatsEnergyCGBase *ecgbase = new GStatsEnergyCGBase(strtmp,gproc->getId());
cluster->buildUnit(clusterName,ms,cluster,iALU,ecgbase);
cluster->buildUnit(clusterName,ms,cluster,iMult,ecgbase);
cluster->buildUnit(clusterName,ms,cluster,iDiv,ecgbase);
cluster->buildUnit(clusterName,ms,cluster,iBJ,ecgbase);
cluster->buildUnit(clusterName,ms,cluster,iLoad,ecgbase);
cluster->buildUnit(clusterName,ms,cluster,iStore,ecgbase);
cluster->buildUnit(clusterName,ms,cluster,fpALU,ecgbase);
cluster->buildUnit(clusterName,ms,cluster,fpMult,ecgbase);
cluster->buildUnit(clusterName,ms,cluster,fpDiv,ecgbase);
// Do not leave useless garbage
unitMap.clear();
return cluster;
}
Cluster *Cluster::create(const char *clusterName, GMemorySystem *ms, GProcessor *gproc) {
// Note: Clusters do NOT share functional units. This breaks the cluster
// principle. If someone were interested in doing that, the UnitMap sould be
// cleared (unitMap.clear()) by the PendingWindow instead of buildCluster. If
// the objective is to share the FUs even between Cores, UnitMap must be
// declared static in that class (what a mess!)
unitMap.clear();
// Constraints
SescConf->isCharPtr(clusterName,"recycleAt");
SescConf->isInList(clusterName,"recycleAt","Executing","Execute","Retire");
const char *recycleAt = SescConf->getCharPtr(clusterName,"recycleAt");
SescConf->isInt(clusterName,"winSize");
SescConf->isBetween(clusterName,"winSize",1,262144);
Cluster *cluster;
if( strcasecmp(recycleAt,"retire") == 0) {
cluster = new RetiredCluster(clusterName, gproc);
}else if( strcasecmp(recycleAt,"executing") == 0) {
cluster = new ExecutingCluster(clusterName, gproc);
}else{
I( strcasecmp(recycleAt,"execute") == 0);
cluster = new ExecutedCluster(clusterName, gproc);
}
cluster->regPool = SescConf->getInt(clusterName, "nRegs");
SescConf->isInt(clusterName , "nRegs");
SescConf->isBetween(clusterName , "nRegs", 16, 262144);
for(int32_t t = 0; t < iMAX; t++) {
cluster->buildUnit(clusterName,ms,cluster,static_cast<InstOpcode>(t));
}
// Do not leave useless garbage
unitMap.clear();
return cluster;
}
void Cluster::buildUnit(const char *clusterName
,GMemorySystem *ms
,Cluster *cluster
,InstOpcode type)
{
const char *unitType = Instruction::opcode2Name(type);
char utUnit[1024];
char utLat[1024];
sprintf(utUnit,"%sUnit",unitType);
sprintf(utLat,"%sLat",unitType);
if( !SescConf->checkCharPtr(clusterName,utUnit) )
return;
const char *unitName = SescConf->getCharPtr(clusterName,utUnit);
TimeDelta_t lat = SescConf->getInt(clusterName,utLat);
PortGeneric *gen;
SescConf->isBetween(clusterName,utLat,0,1024);
UnitMapType::const_iterator it = unitMap.find(unitName);
if( it != unitMap.end() ) {
gen = it->second.gen;
}else{
UnitEntry e;
e.num = SescConf->getInt(unitName,"Num");
SescConf->isLT(unitName,"Num",1024);
e.occ = SescConf->getInt(unitName,"occ");
SescConf->isBetween(unitName,"occ",0,1024);
char name[1024];
sprintf(name,"%s(%d)", unitName, (int)gproc->getId());
e.gen = PortGeneric::create(name,e.num,e.occ);
unitMap[unitName] = e;
gen = e.gen;
}
Resource *r=0;
char name[100];
sprintf(name, "Cluster(%d)", (int)gproc->getId());
bool scooreMemory=false;
if (SescConf->checkBool("cpusimu", "scooreMemory",gproc->getId()))
scooreMemory=SescConf->getBool("cpusimu", "scooreMemory",gproc->getId());
bool noMemSpec = SescConf->getBool("cpusimu", "noMemSpec",gproc->getId());
switch(type) {
case iOpInvalid:
case iRALU:
r = new FURALU(cluster, gen, lat, scooreMemory, gproc->getId());
break ;
case iAALU:
case iCALU_FPMULT:
case iCALU_FPDIV:
case iCALU_FPALU:
case iCALU_MULT:
case iCALU_DIV:
r = new FUGeneric(cluster, gen, lat);
break ;
case iFUZE:
//ESESC_FUZE FIXME: IANLEE1521
r = new FUFuze(cluster, gen, lat);
//r = new FUGeneric(cluster, gen, lat);
break;
case iBALU_LBRANCH:
case iBALU_LJUMP:
case iBALU_LCALL:
case iBALU_RBRANCH:
case iBALU_RJUMP:
case iBALU_RCALL:
case iBALU_RET:
{
int32_t MaxBranches = SescConf->getInt("cpusimu", "maxBranches", gproc->getId());
if( MaxBranches == 0 )
MaxBranches = INT_MAX;
r = new FUBranch(cluster, gen, lat, MaxBranches);
}
break;
case iLALU_LD:
{
if(scooreMemory){
r = new FUSCOORELoad(cluster, gen, gproc->getSS(), lat, ms, gproc->getId(), "scooreld");
}else{
TimeDelta_t ldstdelay=SescConf->getInt("cpusimu", "stForwardDelay",gproc->getId());
SescConf->isInt("cpusimu", "maxLoads",gproc->getId());
SescConf->isBetween("cpusimu", "maxLoads", 0, 256*1024, gproc->getId());
int32_t maxLoads=SescConf->getInt("cpusimu", "maxLoads",gproc->getId());
if( maxLoads == 0 )
maxLoads = 256*1024;
if(noMemSpec){
r = new FULoad_noMemSpec(cluster, gen, ldstdelay, lat, ms, maxLoads, gproc->getId(), "nonspecld");
}else{
r = new FULoad(cluster, gen, gproc->getLSQ(), gproc->getSS(), ldstdelay, lat, ms, maxLoads, gproc->getId(), "specld");
}
}
}
break;
case iSALU_LL:
case iSALU_SC:
case iSALU_ST:
case iSALU_ADDR:
{
if(scooreMemory){
r = new FUSCOOREStore(cluster, gen, gproc->getSS(), lat, ms, gproc->getId(), "scoorest");
}else{
SescConf->isInt("cpusimu", "maxStores",gproc->getId());
SescConf->isBetween("cpusimu", "maxStores", 0, 256*1024, gproc->getId());
int32_t maxStores=SescConf->getInt("cpusimu", "maxStores",gproc->getId());
if( maxStores == 0 )
maxStores = 256*1024;
if(noMemSpec){
r = new FUStore_noMemSpec(cluster, gen, lat, ms, maxStores, gproc->getId(), Instruction::opcode2Name(type));
}else{
r = new FUStore(cluster, gen, gproc->getLSQ(), gproc->getSS(), lat, ms, maxStores, gproc->getId(), Instruction::opcode2Name(type));
}
}
}
break;
default:
I(0);
MSG("Unknown unit type [%d] [%s]",type,Instruction::opcode2Name(type));
}
I(r);
I(res[type] == 0);
res[type] = r;
}
void Cluster::buildUnit(const char *clusterName
,GMemorySystem *ms
,Cluster *cluster
,InstType type
,GStatsEnergyCGBase *ecgbase
)
{
const char *unitType = Instruction::opcode2Name(type);
char utUnit[1024];
char utLat[1024];
sprintf(utUnit,"%sUnit",unitType);
sprintf(utLat,"%sLat",unitType);
if( !SescConf->checkCharPtr(clusterName,utUnit) )
return;
const char *unitName = SescConf->getCharPtr(clusterName,utUnit);
TimeDelta_t lat = SescConf->getInt(clusterName,utLat);
PortGeneric *gen;
SescConf->isBetween(clusterName,utLat,0,1024);
UnitMapType::const_iterator it = unitMap.find(unitName);
if( it != unitMap.end() ) {
gen = it->second.gen;
}else{
UnitEntry e;
e.num = SescConf->getInt(unitName,"Num");
SescConf->isLT(unitName,"Num",1024);
e.occ = SescConf->getInt(unitName,"occ");
SescConf->isBetween(unitName,"occ",0,1024);
char name[1024];
sprintf(name,"%s(%d)", unitName, (int)gproc->getId());
e.gen = PortGeneric::create(name,e.num,e.occ);
unitMap[unitName] = e;
gen = e.gen;
}
Resource *r=0;
GStatsEnergyCG *eng;
char *strtmp=0;
char name[100];
sprintf(name, "Cluster(%d)", (int)gproc->getId());
switch(type) {
case iOpInvalid:
case iALU:
strtmp = strdup("iALUEnergy");
case iMult:
if(!strtmp) strtmp = strdup("iMultEnergy");
case iDiv:
if(!strtmp) strtmp = strdup("iDivEnergy");
eng = new GStatsEnergyCG(static_cast<const char*>(strtmp)
,name
,gproc->getId()
,ExecPower
,EnergyMgr::get("iALUEnergy",gproc->getId())
,ecgbase);
r = new FUGeneric(cluster, gen, lat, eng);
break;
case fpALU:
strtmp = strdup("fpALUEnergy");
case fpMult:
if(!strtmp) strtmp=strdup("fpMultEnergy");
case fpDiv:
if(!strtmp) strtmp=strdup("fpDivEnergy");
eng = new GStatsEnergyCG(static_cast<const char*>(strtmp)
,name
,gproc->getId()
,ExecPower
,EnergyMgr::get("fpALUEnergy", gproc->getId())
,ecgbase);
r = new FUGeneric(cluster, gen, lat, eng);
break ;
case iBJ:
{
int MaxBranches = SescConf->getInt("cpucore", "maxBranches", gproc->getId());
if( MaxBranches == 0 )
MaxBranches = INT_MAX;
r = new FUBranch(cluster, gen, lat, MaxBranches);
}
break;
case iLoad:
{
TimeDelta_t ldstdelay=SescConf->getInt("cpucore", "stForwardDelay",gproc->getId());
SescConf->isInt("cpucore", "maxLoads",gproc->getId());
SescConf->isBetween("cpucore", "maxLoads", 0, 256*1024, gproc->getId());
int maxLoads=SescConf->getInt("cpucore", "maxLoads",gproc->getId());
if( maxLoads == 0 )
maxLoads = 256*1024;
r = new FULoad(cluster, gen, lat, ldstdelay, ms, maxLoads, gproc->getId());
}
break;
case iStore:
{
SescConf->isInt("cpucore", "maxStores",gproc->getId());
SescConf->isBetween("cpucore", "maxStores", 0, 256*1024, gproc->getId());
int maxStores=SescConf->getInt("cpucore", "maxStores",gproc->getId());
if( maxStores == 0 )
maxStores = 256*1024;
r = new FUStore(cluster, gen, lat, ms, maxStores, gproc->getId());
// Those resources go together with the store unit (TODO: LD/ST unit
// should go to the same cluster)
if(res[iFence]==0) {
res[iFence] = new FUMemory(cluster, ms, gproc->getId());
I(res[iEvent]==0);
res[iEvent] = new FUEvent(cluster);
}
}
break;
default:
I(0);
MSG("Unknown unit type [%d] [%s]",type,Instruction::opcode2Name(type));
}
I(r);
I(res[type] == 0);
res[type] = r;
}
