/* if the first arg was an fd, find out which one it was. */
unsigned int check_if_fd(unsigned int child)
{
unsigned int highest;
unsigned callno = shm->syscallno[child];
/* shortcut, if it's out of range, it's not going to be valid. */
if (shm->a1[child] > 1024)
return FALSE;
highest = highest_logfile();
if (shm->a1[child] < highest)
return FALSE;
if (biarch == FALSE) {
if (syscalls[callno].entry->arg1type == ARG_FD)
return TRUE;
return FALSE;
}
/* biarch case */
if (shm->do32bit[child] == TRUE) {
if (syscalls_32bit[callno].entry->arg1type == ARG_FD)
return TRUE;
} else {
if (syscalls_64bit[callno].entry->arg1type == ARG_FD)
return TRUE;
}
return FALSE;
}
/* if the first arg was an fd, find out which one it was. */
unsigned int check_if_fd(unsigned int child)
{
unsigned int fd = shm->syscall[child].a1;
unsigned int highest;
unsigned callno;
bool do32;
/* shortcut, if it's out of range, it's not going to be valid. */
if (fd > 1024)
return FALSE;
highest = highest_logfile();
if (fd < highest)
return FALSE;
lock(&shm->syscall_lock);
callno = shm->syscall[child].nr;
do32 = shm->syscall[child].do32bit;
unlock(&shm->syscall_lock);
if (biarch == FALSE) {
if (syscalls[callno].entry->arg1type == ARG_FD)
return TRUE;
return FALSE;
}
/* biarch case */
if (do32 == TRUE) {
if (syscalls_32bit[callno].entry->arg1type == ARG_FD)
return TRUE;
} else {
if (callno > max_nr_64bit_syscalls) {
output(0, "Weird, child:%d callno:%d (64bit max:%d)\n", child, callno, max_nr_64bit_syscalls);
return FALSE;
}
if (syscalls_64bit[callno].entry->arg1type == ARG_FD)
return TRUE;
}
return FALSE;
}
