int main(int argc, char *argv[])
{
int EXAMS_TOTAL = 2;
FILE * fin = NULL;
char * name = NULL;
double weightedAvg, gpa;
int assignmentsTotal, labsTotal, quizzesTotal;
int * assignments = NULL, *labs = NULL, *quizzes = NULL, exams[EXAMS_TOTAL], finalExam;
double assignmentsPercentage, labsPercentage, quizzesPercentage, examsPercentage, finalPercentage;
if(argc == 2)
fin = openFileNoPrompt(argv[1]);
do
{
if(fin == NULL)
fin = openFilePrompt();
name = readName(fin);
assignments = createAndFillArray(&assignmentsTotal, fin);
labs = createAndFillArray(&labsTotal, fin);
quizzes = createAndFillArray(&quizzesTotal, fin);
fillArray(exams, fin);
finalExam = readFinalScore(fin);
fclose(fin);
fin = NULL;
assignmentsPercentage = calculatePercentage(assignments, assignmentsTotal, 100, .25);
labsPercentage = calculatePercentage(labs, labsTotal, 50, .20);
quizzesPercentage = calculatePercentage(quizzes, quizzesTotal, 25, .05);
examsPercentage = calculatePercentage(exams, EXAMS_TOTAL, 100, .30);
finalPercentage = calculatePercentage(&finalExam, 1, 200, .20);
displayCategoryPercentage(assignmentsPercentage, labsPercentage, quizzesPercentage, examsPercentage, finalPercentage);
weightedAvg = calcWeightedAvg(assignmentsPercentage, labsPercentage, quizzesPercentage, examsPercentage, finalPercentage);
gpa = calcGPA(weightedAvg);
displayGrade(name, weightedAvg, gpa);
clean(name);
cleanUp(assignments);
cleanUp(labs);
cleanUp(quizzes);
assignments = labs = quizzes = NULL;
name = NULL;
}while(goAgain());
return 0;
}// end main
/**
* This function prints the L2 cache stats
*/
void printCacheStats(profile_cache* pc)
{
double miss_rate, extmiss_rate;
int i,j;
miss_rate = (double)(pc->num_misses)/(double)(pc->num_hits + pc->num_misses);
extmiss_rate = (double)(pc->extnum_misses)/(double)(pc->extnum_hits + pc->extnum_misses);
calcWeightedAvg(pc);
char cseq_outfile_whole[256];
strcpy(cseq_outfile_whole,pc->cseq_outfile_set);
strcat(cseq_outfile_whole,"_whole.csq");
pc->Fp = fopen(cseq_outfile_whole,"w");
for (j = 0; j < pc->cseqrows; j++) {
for (i = 0; i < pc->dmax; i++) {
fprintf(pc->Fp, "%d ",pc->cseqtable[j][i]);
}
fprintf(pc->Fp, "\n");
}
fclose(pc->Fp);
//Print to screen
/*
printf("\n********** EXT NEW CACHE STATS (L2) ******** \n");
printf("\nNumber of sets in cache: %d", nsets);
printf("\nAssociativity of cache: %d", nassoc);
printf("\nScaling factor: %d\n",SCALING_FACTOR);
printf("\bBlock size: %d",nbsize);
printf("\nNumber of misses: %d", extnum_misses);
printf("\nNumber of hits: %d", extnum_hits);
printf("\nNumber of cache accesses: %d", extnum_hits + extnum_misses);
printf("\nCache miss rate: %f \n" , extmiss_rate);
printf("Cache contents \n");
for (j = 0; j < 10; j++) {
for (i = 0; i < nassoc; i++) {
printf("%d:%d ",cache[j][i].tag,cache[j][i].count);
}
printf("\n");
}
printf("extCache contents \n");
for (j = 0; j < 10; j++) {
for (i = 0; i < dmax; i++) {
printf("%d:%d ",extcache[j][i].tag,extcache[j][i].count);
}
printf("\n");
}
*/
//print cseq to file
strcat(pc->cseq_outfile_set,".csq");
pc->Fp = fopen(pc->cseq_outfile_set, "w");
fprintf(pc->Fp,"#sets %d\n", pc->nsets);
fprintf(pc->Fp,"#assoc %d\n", pc->nassoc);
fprintf(pc->Fp,"#scaling_factor %d\n",SCALING_FACTOR);
fprintf(pc->Fp,"#block_size %d\n",pc->nbsize);
fprintf(pc->Fp,"\n#cseq\n");
for (i = 0; i < pc->dmax; i++){
fprintf(pc->Fp,"%.1f ",pc->weightedAvg[i]);
}
fprintf(pc->Fp,"\n\n#stackDist\n");
for (i = 0; i < pc->dmax+1; i++){
fprintf(pc->Fp,"%d ",pc->stackDist[i]);
}
fclose(pc->Fp);
if(trace_outfile!=NULL)
fclose(TF);
}
