int main() {
int *array = (int*)malloc(10 * sizeof(int));
int *array1 = (int*)malloc(20 * sizeof(int));
setArrays(array, array1);
free(array);
free(array1);
return 0;
}
void _reset(int numBodies, NBodyConfig config)
{
randomizeBodies(config, m_hPos, m_hVel, m_hColor,
activeParams.m_clusterScale,
activeParams.m_velocityScale,
numBodies, true);
setArrays(m_hPos, m_hVel);
}
void _reset(int numBodies, NBodyConfig config)
{
if (tipsyFile == "")
{
randomizeBodies(config, m_hPos, m_hVel, m_hColor,
activeParams.m_clusterScale,
activeParams.m_velocityScale,
numBodies, true);
setArrays(m_hPos, m_hVel);
}
else
{
m_nbody->loadTipsyFile(tipsyFile);
::numBodies = m_nbody->getNumBodies();
}
}
int main() {
setArrays();
return 0;
}
int main() {
basePointers[0] = 1; basePointers[1] = 0; basePointers[2] = 0; /*Initializing the array tracking the base pointers*/
setArrays(); /*Setting the values of the isa for printing*/
sp = 0; bp = 1; pc = 0; /*initializing the sp, bp and pc*/
stack[1] = 0; stack[2] = 0; stack[3] = 0; /*initializing the first part of the stack*/
count = 0; /*initializing size of code[] array of struct*/
int i = 0;
FILE *readFile;
FILE *writeFile;
char line[20];
/*readFile is the input, writefile is the stacktrace output */
readFile = fopen("mcode.txt", "r");
writeFile = fopen("stacktrace.txt", "w");
/*reading in the contents of the file to the array of struct instruction */
while(fgets(line, sizeof(line), readFile)) {
sscanf(line, "%d %d %d ", &code[count].op, &code[count].l, &code[count].m);
count++;
}
fclose(readFile);
/*writing initial part of stack trace*/
fprintf(writeFile,"line\tOP\tL\tM\n");
for (i = 0; i < count; i++) {
fprintf(writeFile,"%d\t%s\t%d\t%d\n", i, isas[code[i].op-1], code[i].l, code[i].m );
}
fprintf(writeFile, " \t \t \t \tPC\tBP\tSP\tstack\n");
fprintf(writeFile, "Initial values\t\t\t%d\t%d\t%d\n", pc, bp, sp);
int counter = 0; /*counter used for first line of output in stacktrace*/
int theCount = 0; /*Counter used for storing the bp in the bp array*/
int firstCount = 0; /*Counter checking if this is the first time bp is at this next level, so to skip |*/
/*Stops running when halt is 0 or bp is 0*/
while(bp!= 0 && halt == 1 ) {
fetch();
/*printing the first half of the stacktrace line*/
int temp = pc-1;
fprintf(writeFile, "%d\t%s\t%d\t%d\t",temp, isas[ir.op-1], ir.l, ir.m);
execute();
/*This is checking for the first bp higher than 1 */
if(bp>1 && theCount == 0) {
basePointers[1] = bp;
theCount++;
}
/*This is checking for the second bp higher than 1*/
if(bp>1 && theCount == 1 && basePointers[1] != bp) {
basePointers[2] = bp;
theCount++;
}
fprintf(writeFile, "%d\t%d\t%d", pc, bp, sp); /*This prints the values of them after execute */
/*This skips the first stacktrace line if the instruction is JMP*/
if(counter == 0 && isas[ir.op-1] == "JMP") {
counter = 1;
fprintf(writeFile, "\n");
continue;
}
fprintf(writeFile, "\t");
int bpCount = 0; /*Counter used to check which level the bp is at to print the |*/
/*Used to iterate through the stack up to the sp and print it*/
for(i=1; i<=sp; i++) {
fprintf(writeFile, "%d ", stack[i]);
/*If the next basepointer is not 0, bp is greater than 1, the counter is first, and i is 1 before the bp
then print the |*/
if(basePointers[1] != 0 && bp>1 && bpCount == 0 && i == basePointers[1]-1) {
if (firstCount != 0) {
fprintf(writeFile, "| "); }
firstCount = 1;
bpCount++;
}
/*If the next next basepointer is not 0, bp is greater than 1, the sp is greater than the bp
the counter is second, and i is 1 before the bp then print the |*/
if(basePointers[2] != 0 && bp>1 && sp>bp && bpCount == 1 && i == basePointers[2]-1) {
if (ir.op != 2 && ir.m !=0){
fprintf(writeFile, "| "); }
bpCount++;
}
}
fprintf(writeFile, "\n");
}
return 0;
}
void _reset(int numBodies, T* pos, T* vel)
{
setArrays(pos, vel);
}
