// license:BSD-3-Clause
// copyright-holders:Miodrag Milanovic,Luca Bruno
/***************************************************************************
luaengine_input.cpp
Controls execution of the core MAME system.
***************************************************************************/
#include "emu.h"
#include "luaengine.ipp"
#include "iptseqpoll.h"
#include "inputdev.h"
#include "natkeyboard.h"
#include "render.h"
#include "uiinput.h"
#include <cstring>
namespace {
struct natkbd_kbd_dev
{
natkbd_kbd_dev(natural_keyboard &m, std::size_t i) : manager(m), index(i) { }
natural_keyboard &manager;
std::size_t index;
};
struct natkbd_kbd_list
{
natkbd_kbd_list(natural_keyboard &m) : manager(m) { }
natural_keyboard &manager;
};
} // anonymous namespace
namespace sol {
template <> struct is_container<natkbd_kbd_list> : std::true_type { };
template <>
struct usertype_container<natkbd_kbd_list> : lua_engine::immutable_container_helper<natkbd_kbd_list>
{
private:
template <bool Indexed>
static int next_pairs(lua_State *L)
{
natkbd_kbd_dev &i(stack::unqualified_get<user<natkbd_kbd_dev> >(L, 1));
if (i.manager.keyboard_count() <= i.index)
return stack::push(L, lua_nil);
int result;
if constexpr (Indexed)
result = stack::push(L, i.index + 1);
else
result = stack::push(L, i.manager.keyboard_device(i.index).tag());
result += stack::push(L, i);
++i.index;
return result;
}
template <bool Indexed>
static int start_pairs(lua_State *L)
{
natkbd_kbd_list &self(get_self(L));
stack::push(L, next_pairs<Indexed>);
stack::push<user<natkbd_kbd_dev> >(L, self.manager, 0);
stack::push(L, lua_nil);
return 3;
}
public:
static int at(lua_State *L)
{
natkbd_kbd_list &self(get_self(L));
std::ptrdiff_t const index(stack::unqualified_get<std::ptrdiff_t>(L, 2));
if ((0 < index) && (self.manager.keyboard_count() >= index))
return stack::push(L, natkbd_kbd_dev(self.manager, index - 1));
else
return stack::push(L, lua_nil);
}
static int get(lua_State *L)
{
natkbd_kbd_list &self(get_self(L));
char const *const tag(stack::unqualified_get<char const *>(L));
for (std::size_t i = 0; self.manager.keyboard_count() > i; ++i)
{
if (!std::strcmp(self.manager.keyboard_device(i).tag(), tag))
return stack::push(L, natkbd_kbd_dev(self.manager, i));
}
return stack::push(L, lua_nil);
}
static int index_get(lua_State *L)
{
return get(L);
}
static int size(lua_State *L)
{
natkbd_kbd_list &self(get_self(L));
return stack::push(L, self.manager.keyboard_count());
}
static int empty(lua_State *L)
{
natkbd_kbd_list &self(get_self(L));
return stack::push(L, !self.manager.keyboard_count());
}
static int next(lua_State *L) { return stack::push(L, next_pairs<false>); }
static int pairs(lua_State *L) { return start_pairs<false>(L); }
static int ipairs(lua_State *L) { return start_pairs<true>(L); }
};
} // namespace sol
//-------------------------------------------------
// initialize_input - register input user types
//-------------------------------------------------
void lua_engine::initialize_input(sol::table &emu)
{
static const enum_parser<input_seq_type, 3> s_seq_type_parser =
{
{ "standard", SEQ_TYPE_STANDARD },
{ "increment", SEQ_TYPE_INCREMENT },
{ "decrement", SEQ_TYPE_DECREMENT },
};
auto ioport_manager_type = sol().registry().new_usertype<ioport_manager>("ioport", sol::no_constructor);
ioport_manager_type["count_players"] = &ioport_manager::count_players;
ioport_manager_type["type_pressed"] = sol::overload(
&ioport_manager::type_pressed,
[] (ioport_manager &im, ioport_type type) { return im.type_pressed(type, 0); });
ioport_manager_type["type_name"] = sol::overload(
&ioport_manager::type_name,
[] (ioport_manager &im, ioport_type type) { return im.type_name(type, 0); });
ioport_manager_type["type_group"] = sol::overload(
&ioport_manager::type_group,
[] (ioport_manager &im, ioport_type type) { return im.type_group(type, 0); });
ioport_manager_type["type_seq"] = sol::overload(
[] (ioport_manager &im, ioport_type type, int player, char const *seq_type_string)
{
input_seq_type seq_type = s_seq_type_parser(seq_type_string);
return im.type_seq(type, player, seq_type);
},
[] (ioport_manager &im, ioport_type type, int player) { return im.type_seq(type, player, SEQ_TYPE_STANDARD); },
[] (ioport_manager &im, ioport_type type) { return im.type_seq(type, 0, SEQ_TYPE_STANDARD); });
ioport_manager_type["token_to_input_type"] =
[] (ioport_manager &im, std::string const &string)
{
int player;
ioport_type const type = im.token_to_input_type(string.c_str(), player);
return std::make_tuple(type, player);
};
ioport_manager_type["input_type_to_token"] = sol::overload(
&ioport_manager::input_type_to_token,
[] (ioport_manager &im, ioport_type type) { return im.input_type_to_token(type, 0); });
ioport_manager_type["ports"] = sol::property([] (ioport_manager &im) { return tag_object_ptr_map<ioport_list>(im.ports()); });
auto natkeyboard_type = sol().registry().new_usertype<natural_keyboard>("natkeyboard", sol::no_constructor);
natkeyboard_type["post"] = [] (natural_keyboard &nat, std::string const &text) { nat.post_utf8(text); };
natkeyboard_type["post_coded"] = [] (natural_keyboard &nat, std::string const &text) { nat.post_coded(text); };
natkeyboard_type["paste"] = &natural_keyboard::paste;
natkeyboard_type["dump"] = static_cast<std::string (natural_keyboard::*)() const>(&natural_keyboard::dump);
natkeyboard_type["empty"] = sol::property(&natural_keyboard::empty);
natkeyboard_type["full"] = sol::property(&natural_keyboard::full);
natkeyboard_type["can_post"] = sol::property(&natural_keyboard::can_post);
natkeyboard_type["is_posting"] = sol::property(&natural_keyboard::is_posting);
natkeyboard_type["in_use"] = sol::property(&natural_keyboard::in_use, &natural_keyboard::set_in_use);
natkeyboard_type["keyboards"] = sol::property([] (natural_keyboard &nat) { return natkbd_kbd_list(nat); });
auto natkbddev_type = sol().registry().new_usertype<natkbd_kbd_dev>("natkeyboard_device", sol::no_constructor);
natkbddev_type["device"] = sol::property([] (natkbd_kbd_dev const &kbd) -> device_t & { return kbd.manager.keyboard_device(kbd.index); });
natkbddev_type["tag"] = sol::property([] (natkbd_kbd_dev const &kbd) { return kbd.manager.keyboard_device(kbd.index).tag(); });
natkbddev_type["basetag"] = sol::property([] (natkbd_kbd_dev const &kbd) { return kbd.manager.keyboard_device(kbd.index).basetag(); });
natkbddev_type["name"] = sol::property([] (natkbd_kbd_dev const &kbd) { return kbd.manager.keyboard_device(kbd.index).name(); });
natkbddev_type["shortname"] = sol::property([] (natkbd_kbd_dev const &kbd) { return kbd.manager.keyboard_device(kbd.index).shortname(); });
natkbddev_type["is_keypad"] = sol::property([] (natkbd_kbd_dev const &kbd) { return kbd.manager.keyboard_is_keypad(kbd.index); });
natkbddev_type["enabled"] = sol::property(
[] (natkbd_kbd_dev const &kbd) { return kbd.manager.keyboard_enabled(kbd.index); },
[] (natkbd_kbd_dev &kbd, bool enable)
{
if (enable)
kbd.manager.enable_keyboard(kbd.index);
else
kbd.manager.disable_keyboard(kbd.index);
});
auto ioport_port_type = sol().registry().new_usertype<ioport_port>("ioport_port", "new", sol::no_constructor);
ioport_port_type["read"] = &ioport_port::read;
ioport_port_type["write"] = &ioport_port::write;
ioport_port_type["field"] = &ioport_port::field;
ioport_port_type["device"] = sol::property(&ioport_port::device);
ioport_port_type["tag"] = sol::property(&ioport_port::tag);
ioport_port_type["active"] = sol::property(&ioport_port::active);
ioport_port_type["live"] = sol::property(&ioport_port::live);
ioport_port_type["fields"] = sol::property(
[this] (ioport_port &p)
{
sol::table f_table = sol().create_table();
// parse twice for custom and default names, default has priority
for (ioport_field &field : p.fields())
{
if (field.type_class() != INPUT_CLASS_INTERNAL)
f_table[field.name()] = &field;
}
for (ioport_field &field : p.fields())
{
if (field.type_class() != INPUT_CLASS_INTERNAL)
{
if (field.specific_name())
f_table[field.specific_name()] = &field;
else
f_table[field.manager().type_name(field.type(), field.player())] = &field;
}
}
return f_table;
});
auto ioport_field_type = sol().registry().new_usertype<ioport_field>("ioport_field", sol::no_constructor);
ioport_field_type["set_value"] = &ioport_field::set_value;
ioport_field_type["set_input_seq"] =
[] (ioport_field &f, std::string const &seq_type_string, const input_seq &seq)
{
input_seq_type seq_type = s_seq_type_parser(seq_type_string);
ioport_field::user_settings settings;
f.get_user_settings(settings);
settings.seq[seq_type] = seq;
f.set_user_settings(settings);
};
ioport_field_type["input_seq"] =
[] (ioport_field &f, std::string const &seq_type_string)
{
input_seq_type seq_type = s_seq_type_parser(seq_type_string);
return f.seq(seq_type);
};
ioport_field_type["set_default_input_seq"] =
[] (ioport_field &f, std::string const &seq_type_string, input_seq const &seq)
{
input_seq_type seq_type = s_seq_type_parser(seq_type_string);
f.set_defseq(seq_type, seq);
};
ioport_field_type["default_input_seq"] =
[] (ioport_field &f, const std::string &seq_type_string)
{
input_seq_type seq_type = s_seq_type_parser(seq_type_string);
return f.defseq(seq_type);
};
ioport_field_type["keyboard_codes"] =
[this] (ioport_field &f, int which)
{
sol::table result = sol().create_table();
int index = 1;
for (char32_t code : f.keyboard_codes(which))
result[index++] = code;
return result;
};
ioport_field_type["device"] = sol::property(&ioport_field::device);
ioport_field_type["port"] = sol::property(&ioport_field::port);
ioport_field_type["live"] = sol::property(&ioport_field::live);
ioport_field_type["type"] = sol::property(&ioport_field::type);
ioport_field_type["name"] = sol::property(&ioport_field::name);
ioport_field_type["default_name"] = sol::property(
[] (ioport_field &f)
{
return f.specific_name() ? f.specific_name() : f.manager().type_name(f.type(), f.player());
});
ioport_field_type["player"] = sol::property(&ioport_field::player, &ioport_field::set_player);
ioport_field_type["mask"] = sol::property(&ioport_field::mask);
ioport_field_type["defvalue"] = sol::property(&ioport_field::defvalue);
ioport_field_type["sensitivity"] = sol::property(&ioport_field::sensitivity);
ioport_field_type["way"] = sol::property(&ioport_field::way);
ioport_field_type["type_class"] = sol::property(
[] (ioport_field &f)
{
switch (f.type_class())
{
case INPUT_CLASS_KEYBOARD: return "keyboard";
case INPUT_CLASS_CONTROLLER: return "controller";
case INPUT_CLASS_CONFIG: return "config";
case INPUT_CLASS_DIPSWITCH: return "dipswitch";
case INPUT_CLASS_MISC: return "misc";
default: break;
}
throw false;
});
ioport_field_type["is_analog"] = sol::property(&ioport_field::is_analog);
ioport_field_type["is_digital_joystick"] = sol::property(&ioport_field::is_digital_joystick);
ioport_field_type["enabled"] = sol::property(&ioport_field::enabled);
ioport_field_type["optional"] = sol::property(&ioport_field::optional);
ioport_field_type["cocktail"] = sol::property(&ioport_field::cocktail);
ioport_field_type["toggle"] = sol::property(&ioport_field::toggle);
ioport_field_type["rotated"] = sol::property(&ioport_field::rotated);
ioport_field_type["analog_reverse"] = sol::property(&ioport_field::analog_reverse);
ioport_field_type["analog_reset"] = sol::property(&ioport_field::analog_reset);
ioport_field_type["analog_wraps"] = sol::property(&ioport_field::analog_wraps);
ioport_field_type["analog_invert"] = sol::property(&ioport_field::analog_invert);
ioport_field_type["impulse"] = sol::property(&ioport_field::impulse);
ioport_field_type["crosshair_scale"] = sol::property(&ioport_field::crosshair_scale, &ioport_field::set_crosshair_scale);
ioport_field_type["crosshair_offset"] = sol::property(&ioport_field::crosshair_offset, &ioport_field::set_crosshair_offset);
ioport_field_type["user_value"] = sol::property(
[] (ioport_field &f)
{
ioport_field::user_settings settings;
f.get_user_settings(settings);
return settings.value;
},
[] (ioport_field &f, ioport_value val)
{
ioport_field::user_settings settings;
f.get_user_settings(settings);
settings.value = val;
f.set_user_settings(settings);
});
ioport_field_type["settings"] = sol::property(
[this] (ioport_field &f)
{
sol::table result = sol().create_table();
for (ioport_setting const &setting : f.settings())
if (setting.enabled())
result[setting.value()] = setting.name();
return result;
});
auto ioport_field_live_type = sol().registry().new_usertype<ioport_field_live>("ioport_field_live", sol::no_constructor);
ioport_field_live_type["name"] = &ioport_field_live::name;
auto input_type = sol().registry().new_usertype<input_manager>("input", sol::no_constructor);
input_type["code_value"] = &input_manager::code_value;
input_type["code_pressed"] = &input_manager::code_pressed;
input_type["code_pressed_once"] = &input_manager::code_pressed_once;
input_type["code_name"] = &input_manager::code_name;
input_type["code_to_token"] = &input_manager::code_to_token;
input_type["code_from_token"] = &input_manager::code_from_token;
input_type["seq_pressed"] = &input_manager::seq_pressed;
input_type["seq_clean"] = &input_manager::seq_clean;
input_type["seq_name"] = &input_manager::seq_name;
input_type["seq_to_tokens"] = &input_manager::seq_to_tokens;
input_type["seq_from_tokens"] =
[] (input_manager &input, std::string_view tokens)
{
input_seq seq;
input.seq_from_tokens(seq, tokens);
return seq;
};
input_type["axis_code_poller"] = [] (input_manager &input) { return std::unique_ptr<input_code_poller>(new axis_code_poller(input)); };
input_type["switch_code_poller"] = [] (input_manager &input) { return std::unique_ptr<input_code_poller>(new switch_code_poller(input)); };
input_type["keyboard_code_poller"] = [] (input_manager &input) { return std::unique_ptr<input_code_poller>(new keyboard_code_poller(input)); };
input_type["axis_sequence_poller"] = [] (input_manager &input) { return std::unique_ptr<input_sequence_poller>(new axis_sequence_poller(input)); };
input_type["switch_sequence_poller"] = [] (input_manager &input) { return std::unique_ptr<input_sequence_poller>(new switch_sequence_poller(input)); };
input_type["device_classes"] = sol::property(
[this] (input_manager &input)
{
sol::table result = sol().create_table();
for (input_device_class devclass_id = DEVICE_CLASS_FIRST_VALID; devclass_id <= DEVICE_CLASS_LAST_VALID; devclass_id++)
{
input_class &devclass = input.device_class(devclass_id);
result[devclass.name()] = &devclass;
}
return result;
});
auto codepoll_type = sol().registry().new_usertype<input_code_poller>("input_code_poller", sol::no_constructor);
codepoll_type["reset"] = &input_code_poller::reset;
codepoll_type["poll"] = &input_code_poller::poll;
auto seqpoll_type = sol().registry().new_usertype<input_sequence_poller>("input_seq_poller", sol::no_constructor);
seqpoll_type["start"] = sol::overload(
[] (input_sequence_poller &poller) { return poller.start(); },
[] (input_sequence_poller &poller, input_seq const &seq) { return poller.start(seq); });
seqpoll_type["poll"] = &input_sequence_poller::poll;
seqpoll_type["sequence"] = sol::property(&input_sequence_poller::sequence);
seqpoll_type["valid"] = sol::property(&input_sequence_poller::valid);
seqpoll_type["modified"] = sol::property(&input_sequence_poller::modified);
auto input_class_type = sol().registry().new_usertype<input_class>("input_class", sol::no_constructor);
input_class_type["name"] = sol::property(&input_class::name);
input_class_type["enabled"] = sol::property(&input_class::enabled);
input_class_type["multi"] = sol::property(&input_class::multi);
input_class_type["devices"] = sol::property(
[this] (input_class &devclass)
{
sol::table result = sol().create_table();
int index = 1;
for (int devindex = 0; devindex <= devclass.maxindex(); devindex++)
{
input_device *const dev = devclass.device(devindex);
if (dev)
result[index++] = dev;
}
return result;
});
auto input_device_type = sol().registry().new_usertype<input_device>("input_device", sol::no_constructor);
input_device_type["name"] = sol::property(&input_device::name);
input_device_type["id"] = sol::property(&input_device::id);
input_device_type["devindex"] = sol::property(&input_device::devindex);
input_device_type["items"] = sol::property(
[this] (input_device &dev)
{
sol::table result = sol().create_table();
for (input_item_id id = ITEM_ID_FIRST_VALID; id < dev.maxitem(); id++)
{
input_device_item *item = dev.item(id);
if (item)
result[id] = dev.item(id);
}
return result;
});
auto input_device_item_type = sol().registry().new_usertype<input_device_item>("input_device_item", sol::no_constructor);
input_device_item_type["name"] = sol::property(&input_device_item::name);
input_device_item_type["code"] = sol::property(&input_device_item::code);
input_device_item_type["token"] = sol::property(&input_device_item::token);
input_device_item_type["current"] = sol::property(&input_device_item::current);
auto uiinput_type = sol().registry().new_usertype<ui_input_manager>("uiinput", sol::no_constructor);
uiinput_type["find_mouse"] =
[] (ui_input_manager &ui)
{
int32_t x, y;
bool button;
render_target *rt = ui.find_mouse(&x, &y, &button);
return std::make_tuple(x, y, button, rt);
};
uiinput_type["pressed"] = &ui_input_manager::pressed;
uiinput_type["pressed_repeat"] = &ui_input_manager::pressed_repeat;
uiinput_type["presses_enabled"] = sol::property(&ui_input_manager::presses_enabled, &ui_input_manager::set_presses_enabled);
}