}
screen->widgets.network_l = widget_new_label(set, 0, 0, _("Network:"));
- screen->widgets.network_f = widget_new_select(set, 0, 0, 50);
+ screen->widgets.network_f = widget_new_select(set, 0, 0,
+ COLS - screen->field_x - 1);
widget_select_add_option(screen->widgets.network_f,
NET_CONF_TYPE_DHCP_ALL,
screen->widgets.allow_write_l = widget_new_label(set, 0, 0,
_("Disk R/W:"));
screen->widgets.allow_write_f = widget_new_select(set, 0, 0,
- COLS - screen->field_x);
+ COLS - screen->field_x - 1);
widget_select_add_option(screen->widgets.allow_write_f, 0,
_("Prevent all writes to disk"),
!config->allow_writes);
+
widget_select_add_option(screen->widgets.allow_write_f, 1,
_("Allow bootloader scripts to modify disks"),
config->allow_writes);
static void config_screen_widget_focus(struct nc_widget *widget, void *arg)
{
struct config_screen *screen = arg;
- int w_y, s_max;
+ int w_y, w_height, w_focus, s_max, adjust;
- w_y = widget_y(widget) + widget_focus_y(widget);
+ w_height = widget_height(widget);
+ w_focus = widget_focus_y(widget);
+ w_y = widget_y(widget) + w_focus;
s_max = getmaxy(screen->scr.sub_ncw) - 1;
if (w_y < screen->scroll_y)
screen->scroll_y = w_y;
- else if (w_y + screen->scroll_y + 1 > s_max)
- screen->scroll_y = 1 + w_y - s_max;
-
- else
+ else if (w_y + screen->scroll_y + 1 > s_max) {
+ /* Fit as much of the widget into the screen as possible */
+ adjust = min(s_max - 1, w_height - w_focus);
+ if (w_y + adjust >= screen->scroll_y + s_max)
+ screen->scroll_y = max(0, 1 + w_y + adjust - s_max);
+ } else
return;
pad_refresh(screen);