static void init_oio_data(struct oio_data *oio, int n)
{
int i;
for (i = 0; i < n; i++) {
oio[i].time = 0;
oio[i].op[READ] = new_hist();
oio[i].op[WRITE] = new_hist();
}
}
int main(int ac, char **av, char **env)
{
t_shell *shell;
char *line;
if (ac == 1)
{
av++;
line = NULL;
shell = init(env);
while (42)
{
re_init(shell);
ft_prompt(shell);
if (!shell->hist || (shell->hist->str && *shell->hist->str))
new_hist(shell);
else if (shell->hist && shell->hist->str)
ft_memdel((void **)&shell->hist->str);
line = get_line(shell, 0);
if (line && (shell->tree = lexor_and_parsor(shell, &line)))
main_execution(&shell);
}
}
ft_putmsg(USAGE, NULL);
return (0);
}
void
histogram_set_t::init ()
{
assert (_resolutions.size () > 0);
_current = new_hist ();
qsort (_resolutions.base (), _resolutions.size (), sizeof (int), qcmp);
_history.setsize (_resolutions.size ());
}
void
histogram_set_t::cycle_histograms ()
{
if (okwstime () - _current->start () > _resolutions[0]) {
_history[0].push_back (_current);
for (size_t s = 0 ; s < _history.size () - 1; s++) {
ptr<histogram_t> sum, h;
while (_history[s].size () &&
okwstime () - _history[s][0]->start () > _resolutions[s+1]) {
h = _history[s].pop_front ();
if (!sum) sum = h;
else { sum->combine (*h); }
}
if (sum) {
ptr<histogram_t> nxt = _history[s+1].front ();
if (nxt) nxt->combine (*sum);
else _history[s+1].push_back (sum);
}
}
assert (_history.back ().size () <= 1);
_current = new_hist ();
}
}
