void
Xboxdrv::run_list_enums(uint32_t enums)
{
const int terminal_width = get_terminal_width();
WordWrap wrap(terminal_width);
if (enums & Options::LIST_ABS)
{
wrap.println("EV_ABS:");
wrap.para(" ", boost::algorithm::join(evdev_abs_names.get_names(), ", "));
wrap.newline();
}
if (enums & Options::LIST_REL)
{
wrap.println("EV_REL:");
wrap.para(" ", boost::algorithm::join(evdev_rel_names.get_names(), ", "));
wrap.newline();
}
if (enums & Options::LIST_KEY)
{
wrap.println("EV_KEY:");
wrap.para(" ", boost::algorithm::join(evdev_key_names.get_names(), ", "));
wrap.newline();
}
if (enums & Options::LIST_X11KEYSYM)
{
std::vector<std::string> lst;
for(X11KeysymEnum::const_iterator i = get_x11keysym_names().begin();
i != get_x11keysym_names().end(); ++i)
{
lst.push_back(i->second);
}
wrap.println("X11Keysym:");
wrap.para(" ", boost::algorithm::join(lst, ", "));
wrap.newline();
}
if (enums & Options::LIST_AXIS)
{
wrap.println("XboxAxis:");
// BROKEN
wrap.newline();
}
if (enums & Options::LIST_BUTTON)
{
wrap.println("XboxButton:");
// BROKEN
wrap.newline();
}
}
int xkeysym2keycode(const std::string& name)
{
return get_x11keysym_names()[name];
}
