static void
print_graph(intf_t *i)
{
int w;
graph_t *g = create_configued_graph(&i->i_bytes_hist, c_graph_height);
printf("%s\n", i->i_name);
printf("RX %s\n", g->g_rx.t_y_unit);
for (w = (c_graph_height - 1); w >= 0; w--)
printf("%8.2f %s\n", g->g_rx.t_y_scale[w], (char *) g->g_rx.t_data + (w * (HISTORY_SIZE + 1)));
printf(" 1 5 10 15 20 25 30 35 40 " \
"45 50 55 60 %s\n", g->g_rx.t_x_unit);
printf("TX %s\n", g->g_tx.t_y_unit);
for (w = (c_graph_height - 1); w >= 0; w--)
printf("%8.2f %s\n", g->g_tx.t_y_scale[w], (char *) g->g_tx.t_data + (w * (HISTORY_SIZE + 1)));
printf(" 1 5 10 15 20 25 30 35 40 " \
"45 50 55 60 %s\n", g->g_tx.t_x_unit);
free_graph(g);
}
static void __draw_graphic(stat_attr_hist_t *a, int selected, int xunit)
{
int w;
graph_t *g;
g = create_configued_graph(&a->a_hist, c_graph_height, a->a_unit, xunit);
NEXT_ROW;
putl("RX %s [%s]",
g->g_rx.t_y_unit, type2desc(a->a_type));
if (selected) {
move(row, 72);
attron(A_BOLD);
addstr("(sel)");
attroff(A_BOLD);
move(row, 0);
}
for (w = (c_graph_height - 1); w >= 0; w--) {
NEXT_ROW;
putl(" %8.2f %s\n", g->g_rx.t_y_scale[w], (char *) g->g_rx.t_data + (w * (HISTORY_SIZE + 1)));
}
move(row, 71);
putl("[%.2f%%]", rtiming.rt_variance.v_error);
NEXT_ROW;
putl(" 1 5 10 15 20 25 30 35 40 45 50 55 60 %s", g->g_rx.t_x_unit);
NEXT_ROW;
putl("TX %s", g->g_tx.t_y_unit);
for (w = (c_graph_height - 1); w >= 0; w--) {
NEXT_ROW;
putl(" %8.2f %s\n", g->g_tx.t_y_scale[w], (char *) g->g_tx.t_data + (w * (HISTORY_SIZE + 1)));
}
move(row, 71);
putl("[%.2f%%]", rtiming.rt_variance.v_error);
NEXT_ROW;
putl(" 1 5 10 15 20 25 30 35 40 45 50 55 60 %s", g->g_tx.t_x_unit);
free_graph(g);
}
static void
draw_graphic(void)
{
int w;
graph_t *g;
intf_t *intf = get_current_intf();
if (NULL == intf)
return;
g = create_configued_graph(&intf->i_bytes_hist, c_graph_height);
NEXT_ROW;
putl("RX %s", g->g_rx.t_y_unit);
for (w = (c_graph_height - 1); w >= 0; w--) {
NEXT_ROW;
putl(" %8.2f %s\n", g->g_rx.t_y_scale[w], (char *) g->g_rx.t_data + (w * (HISTORY_SIZE + 1)));
}
move(row, 71);
putl("[%.2f%%]", rtiming.rt_variance.v_error);
NEXT_ROW;
putl(" 1 5 10 15 20 25 30 35 40 45 50 55 60 %s", g->g_rx.t_x_unit);
NEXT_ROW;
putl("TX %s", g->g_tx.t_y_unit);
for (w = (c_graph_height - 1); w >= 0; w--) {
NEXT_ROW;
putl(" %8.2f %s\n", g->g_tx.t_y_scale[w], (char *) g->g_tx.t_data + (w * (HISTORY_SIZE + 1)));
}
move(row, 71);
putl("[%.2f%%]", rtiming.rt_variance.v_error);
NEXT_ROW;
putl(" 1 5 10 15 20 25 30 35 40 45 50 55 60 %s", g->g_tx.t_x_unit);
free_graph(g);
}
static void __print_graph(stat_attr_t *a, void *arg)
{
item_t *i = (item_t *) arg;
stat_attr_hist_t *h;
graph_t *g;
int w;
if (!(a->a_flags & ATTR_FLAG_HISTORY))
return;
h = (stat_attr_hist_t *) a;
g = create_configued_graph(&h->a_hist, c_graph_height,
h->a_unit, get_x_unit());
printf("Item: %s\nAttribute: %s\n", i->i_name, type2desc(a->a_type));
printf("RX %s\n", g->g_rx.t_y_unit);
for (w = (c_graph_height - 1); w >= 0; w--)
printf("%8.2f %s\n", g->g_rx.t_y_scale[w],
(char *) g->g_rx.t_data + (w * (HISTORY_SIZE + 1)));
printf(" 1 5 10 15 20 25 30 35 40 " \
"45 50 55 60 %s\n", g->g_rx.t_x_unit);
printf("TX %s\n", g->g_tx.t_y_unit);
for (w = (c_graph_height - 1); w >= 0; w--)
printf("%8.2f %s\n", g->g_tx.t_y_scale[w],
(char *) g->g_tx.t_data + (w * (HISTORY_SIZE + 1)));
printf(" 1 5 10 15 20 25 30 35 40 " \
"45 50 55 60 %s\n", g->g_tx.t_x_unit);
free_graph(g);
}