int main(int argc, char* argv[])
{
int iMemorySize = 64, dMemorySize = 32, iMemoryPageSize = 8, dMemoryPageSize = 16;
int totalICacheSize = 16, iCacheBlockSize = 4, iCacheAssociativity = 4;
int totalDCacheSize = 16, dCacheBlockSize = 4, dCacheAssociativity = 1;
/*for(int i=0; i<argc; i++){
printf("%s\n", argv[i]);
}*/
if(argc == 11){
iMemorySize = atoi(argv[1]);
dMemorySize = atoi(argv[2]);
iMemoryPageSize = atoi(argv[3]);
dMemoryPageSize = atoi(argv[4]);
totalICacheSize = atoi(argv[5]);
iCacheBlockSize = atoi(argv[6]);
iCacheAssociativity = atoi(argv[7]);
totalDCacheSize = atoi(argv[8]);
dCacheBlockSize = atoi(argv[9]);
dCacheAssociativity = atoi(argv[10]);
}
MemoryManager* memoryManager = new MemoryManager(iMemorySize, dMemorySize, iMemoryPageSize, dMemoryPageSize,
totalICacheSize, iCacheBlockSize, iCacheAssociativity, totalDCacheSize,
dCacheBlockSize, dCacheAssociativity);
Memory* iMemory;
Memory* dMemory;
ControlUnit* controlUnit;
MyRegister *reg;
ProgramCounter *pc;
// unsigned int readSp;
size_t result;
unsigned char readArray[4];
unsigned int readProgramCounter;
FILE *dImage;
FILE *iImage;
FILE *snapShot;
FILE *errorFile;
FILE* reportFile = fopen("report.rpt", "w");
FILE* debug;
dImage = fopen("dimage.bin", "rb");
iImage = fopen("iimage.bin", "rb");
snapShot = fopen("snapshot.rpt", "w");
errorFile = fopen("error_dump.rpt", "w");
debug = fopen("debug.rpt", "w");
//read iimage
result = fread(readArray, 4, 1, iImage);
readProgramCounter = readArray[0] << 24 | readArray[1] << 16 | readArray[2] << 8 | readArray[3];
pc = new ProgramCounter(readProgramCounter);
iMemory = new Memory(iImage, pc->PC);
//read dimage
reg = new MyRegister(dImage, memoryManager);
// reg->print();
dMemory = new Memory(dImage, 0);
memoryManager->initializeDisk(iMemory->memory, dMemory->memory);
//Decoder d1(iMemory->memory + pc->PC);
//d1.print();
//printf("words = %d\n", iMemory->words);
/* for(int i=0; i<iMemory->words; i++){
Decoder d2(iMemory->memory + pc->PC + i*4);
d2.print();
d2.fprint(insOut);
}*/
int cycle = 0, shutDown = 0;
controlUnit = new ControlUnit(reg, pc, dMemory, errorFile);
printSnapShot(snapShot, cycle, reg, pc);
printDebugFile(debug, cycle, reg, pc);
while(1){
Decoder d3(iMemory->getMemoryPointer(pc->PC));
Decoder testMemory(memoryManager->getIData(pc->PC, cycle));
// printf("0x%x\n", testMemory.instruction);
//testMemory.print();
pc->PC += 4;
fprintf(debug, "instruction = %x\n", d3.instruction);
d3.printDebug(debug);
cycle++;
//printf("%d\n", cycle);
// memoryManager->displayReport();
shutDown = controlUnit->execute(&d3, cycle);//run instruction
if(d3.instructionName == "halt" || shutDown)
break;
printSnapShot(snapShot, cycle, reg, pc);
printDebugFile(debug, cycle, reg, pc);
// reg->print();
// system("PAUSE");
}
// memoryManager->displayReport();
memoryManager->printReport(reportFile);
delete dMemory;
delete iMemory;
delete controlUnit;
delete pc;
delete reg;
delete memoryManager;
fclose(iImage);
fclose(dImage);
fclose(snapShot);
fclose(errorFile);
fclose(debug);
fclose(reportFile);
return 0;
}
