void BootLoader::plug(int argc, const char **argv) {
// Before boot
SescConf = new SConfig(argc, argv);
TaskHandler::plugBegin();
plugSimuInterfaces();
check();
const char *tmp;
if( getenv("REPORTFILE") ) {
tmp = strdup(getenv("REPORTFILE"));
}else{
tmp = SescConf->getCharPtr("", "reportFile",0);
}
if( getenv("REPORTFILE2") ) {
const char *tmp2 = strdup(getenv("REPORTFILE2"));
reportFile = (char *)malloc(30 + strlen(tmp)+strlen(tmp2));
sprintf(reportFile,"esesc_%s_%s.XXXXXX",tmp,tmp2);
}else{
reportFile = (char *)malloc(30 + strlen(tmp));
if(disable_pcore)
sprintf(reportFile,"esesc_%s.XXXXXX",tmp);
else
if(sppslice_name)
sprintf(reportFile,"esesc_%s_sppcore_rh%u.XXXXXX",tmp, runAheadThreshold);
else
sprintf(reportFile,"esesc_%s_pcore_rh%u.XXXXXX",tmp, runAheadThreshold);
}
Report::openFile(reportFile);
SescConf->getDouble("technology","frequency"); // Just read it to get it in the dump
check();
plugEmulInterfaces();
check();
pwrmodel = new PowerModel;
const char *pwrsection = SescConf->getCharPtr("","pwrmodel",0);
doPower = SescConf->getBool(pwrsection,"doPower",0);
if(doPower) {
pwrmodel->plug(pwrsection);
check();
}else{
MSG("Power calculations disabled");
}
check();
TaskHandler::plugEnd();
#if GOOGLE_GRAPH_API
arch.drawArchHtml("memory-arch.html");
#else
arch.drawArchDot("memory-arch.dot");
#endif
}
void MRouter::addDownNode(MemObj *dpm)
/* add down node {{{1 */
{
down_node.push_back(dpm);
#if GOOGLE_GRAPH_API
//Generating memory_arch.html.
std::string mystr("[{v:'");
mystr += self_mobj->getName();
mystr += "',f: '";
mystr += self_mobj->getName();
mystr += "<div style=\"font-size:9; color:red; font-style:italic\">";
mystr += self_mobj->getSection();
mystr += "</div>'}, '";
mystr += dpm->getName();
mystr += "', '";
mystr += self_mobj->getSection();
mystr += "']";
//MSG("xxx>%s",mystr.c_str());
arch.addObj(mystr);
#else
std::string mystr("");
mystr += "\"";
mystr += self_mobj->getName();
mystr += "\"";
//mystr += self_mobj->getSection();
//mystr += "\"";
mystr += " -> ";
mystr += "\"";
mystr += dpm->getName();
mystr += "\"";
arch.addObj(mystr);
#endif
//down_mobj = upm;
}
MemObj *MemorySystem::buildMemoryObj(const char *device_type, const char *dev_section, const char *dev_name)
/* build the correct memory object {{{1 */
{
// Returns new created MemoryObj or NULL in known-error mode
MemObj *mdev=0;
uint32_t devtype = 0; //CCache
std::string mystr("");
// You may insert here the further specializations you may need
if (!strcasecmp(device_type, "cache") || !strcasecmp(device_type, "icache")) {
mdev = new CCache(this, dev_section, dev_name);
devtype = 0;
} else if (!strcasecmp(device_type, "nicecache")) {
mdev = new NICECache(this, dev_section, dev_name);
devtype = 1;
} else if (!strcasecmp(device_type, "SL0")) {
//mdev = new SL0Cache(this, dev_section, dev_name);
I(0);
devtype = 2;
} else if (!strcasecmp(device_type, "VPC")) {
//mdev = new VPC(this, dev_section, dev_name);
I(0);
devtype = 3;
} else if (!strcasecmp(device_type, "ghb")) {
//mdev = new GHB(this, dev_section, dev_name);
I(0);
devtype = 4;
} else if (!strcasecmp(device_type, "stridePrefetcher")) {
mdev = new StridePrefetcher(this, dev_section, dev_name);
devtype = 5;
} else if (!strcasecmp(device_type, "markovPrefetcher")) {
mdev = new MarkovPrefetcher(this, dev_section, dev_name);
devtype = 6;
/*
} else if (!strcasecmp(device_type, "taggedPrefetcher")) {
mdev = new TaggedPrefetcher(this, dev_section, dev_name);
devtype = 7;
*/
} else if (!strcasecmp(device_type, "bus")) {
mdev = new Bus(this, dev_section, dev_name);
devtype = 8;
} else if (!strcasecmp(device_type, "tlb")) {
mdev = new TLB(this, dev_section, dev_name);
devtype = 9;
} else if (!strcasecmp(device_type, "splitter")) {
//mdev = new Splitter(this, dev_section, dev_name);
I(0);
devtype = 10;
} else if (!strcasecmp(device_type, "memxbar")) {
mdev = new MemXBar(this, dev_section, dev_name);
devtype = 11;
} else if (!strcasecmp(device_type, "unmemxbar")) {
mdev = new UnMemXBar(this, dev_section, dev_name);
devtype = 12;
} else if (!strcasecmp(device_type, "memcontroller")) {
mdev = new MemController(this, dev_section, dev_name);
devtype = 13;
} else if (!strcasecmp(device_type, "void")) {
return NULL;
} else {
// Check the lower level because it may have it
return GMemorySystem::buildMemoryObj(device_type, dev_section, dev_name);
}
#if GOOGLE_GRAPH_API
#else
mystr += "\n\"";
mystr += mdev->getName();
switch(devtype){
case 0: //CCache
case 1: //NiceCache
case 2: //SL0
case 3: //VPC
mystr += "\"[shape=record,sides=5,peripheries=2,color=darkseagreen,style=filled]";
//Fetch the CCache related parameters : Size, bsize, name, inclusive, ports
break;
case 4: //GHB
case 5: //stridePrefetcher
case 6: //markovPrefetcher
case 7: //taggedPrefetcher
mystr += "\"[shape=record,sides=5,peripheries=1,color=lightcoral,style=filled]";
break;
case 8://bus
mystr += "\"[shape=record,sides=5,peripheries=1,color=lightpink,style=filled]";
break;
case 10: //Splitter
case 11: //MemXBar
mystr += "\"[shape=record,sides=5,peripheries=1,color=thistle,style=filled]";
break;
case 12: //memcontroller
mystr += "\"[shape=record,sides=5,peripheries=1,color=skyblue,style=filled]";
break;
default:
mystr += "\"[shape=record,sides=5,peripheries=3,color=white,style=filled]";
break;
}
arch.addObj(mystr);
#endif
I(mdev);
addMemObjName(mdev->getName());
#ifdef DEBUG
LOG("Added: %s", mdev->getName());
#endif
return mdev;
}
