void runSuccess() { char buf[10]; pwrite(anyint(), buf, 10, anyoff()); }
void runSuccess() { sched_get_priority_max(anyint()); }
void runSuccess() { union wait i; struct rusage u; wait3(&i, anyint(), &u); }
void runSuccess() { mqd_t mq = mq_open(anystring(), anyint()); struct mq_attr attrs; struct mq_attr oattrs; mq_setattr(mq, &attrs, &oattrs); }
void runFailure() { sched_getparam(anyint(), NULL); }
void runSuccess() { int fd = VALID_FD; if (fd >= 0) { fallocate(fd, anyint(), anyint(), anyint()); } }
void runSuccess() { gsignal(anyint()); }
void runSuccess() { getrusage(anyint(), anylimit()); }
void runFailure4() { struct crypt_data data; data.initialized = 0; char buf[64]; encrypt_r(buf, anyint(), &data); }
void runSuccess1() { shmat(anyint(), NULL, anyint()); }
void runSuccess() { shmat(anyint(), anyptr(), anyint()); }
void runSuccess() { sigblock(anyint()); }
void runSuccess() { FILE* file = VALID_FILE; if (file != NULL) { putw(anyint(), file); } }
void runFailure() { putw(anyint(), NULL); }
void runSuccess() { tcgetsid(anyint()); }
void runFailure1() { char buf[10]; mprotect(buf, 20, anyint()); }
void runSuccess() { scalblnf(1.0f, 1); scalblnf(0.0f, 0); scalblnf(-1.0f, -1); scalblnf(anyfloat(), anyint()); }
void runSuccess() { char buf[10]; mprotect(buf, 10, anyint()); }
void runSuccess() { ttyname(anyint()); }
void runFailure() { mprotect(NULL, 10, anyint()); }
void runFailure() { mqd_t mq = mq_open(anystring(), anyint()); struct mq_attr attrs; mq_setattr(mq, NULL, &attrs); }
void runFailure() { struct itimerspec t1; struct itimerspec t2; timerfd_settime(anyint(), anyint(), NULL, &t2); }
void runSuccess() { struct sched_param p; sched_getparam(anyint(), &p); }
void runSuccess1() { struct itimerspec t1; struct itimerspec t2; timerfd_settime(anyint(), anyint(), &t1, NULL); }
void runSuccess() { putpmsg(anyint(), NULL, NULL, anyint(), anyint()); }
void runSuccess() { socket(anyint(), anyint(), anyint()); }
void runSuccess2() { union wait i; struct rusage u; wait3(&i, anyint(), NULL); }
void runSuccess() { fchdir(anyint()); }
void runSuccess1() { union wait i; struct rusage u; wait3(NULL, anyint(), &u); }
void runFailure1() { pwrite(anyint(), NULL, 20, anyoff()); }