bool ReadScript::OpenTableIntegers(const int _key)
{
if (!IsOpen())
{
errors.push(ScriptError { ScriptError::FILE_NOT_OPENED, "No script open. Call OpenFile() first." });
return false;
}
// No tables opened, so we need to open globally
if (open_tables.empty())
{
errors.push(ScriptError { ScriptError::TABLE_NOT_FOUND, "Unable to open integer table globally: " + std::to_string(_key) });
return false;
}
else
{
LuaRef temp = open_tables.top()[_key];
if (temp.isTable())
open_tables.push(temp);
else
{
errors.push(ScriptError { ScriptError::TABLE_NOT_FOUND, "Table not found in script: " + std::to_string(_key) });
PRINT_WARNING << "Unable to open table (doesn't exist): " << _key << endl;
return false;
}
}
return true;
}
void ControlSystem::createComponent(luabridge::LuaRef& luaE,
std::map<std::type_index, std::unique_ptr<IComponent>>& list) {
using namespace luabridge;
LuaRef luaComponents = luaE["components"];
LuaRef luaCC = luaComponents["ControlComponent"];
if(luaCC.isNil()) return;
auto* cc = new ControlComponent();
LuaRef luaControl = luaCC["control"];
LuaRef luaScriptName = luaCC["scriptName"];
cc->m_control = luaControl.cast<bool>();
cc->m_scriptName = luaScriptName.cast<std::string>();
if(cc->m_scriptName == "") {
cc->m_script = false;
} else {
if(m_scripts.find(cc->m_scriptName) == m_scripts.end()) {
using namespace luabridge;
auto* L = m_game.getLuaState();
std::string file = "assets/data/world/scripts/" + cc->m_scriptName + ".lua";
if(luaL_loadfile(L, file.c_str()) || lua_pcall(L, 0, 0, 0)) {
LogHandler::log<Field>(ERR, "Script \"" + file + "\" not found");
cc->m_script = false;
} else {
cc->m_script = true;
luabridge::LuaRef& luaOnInput = getGlobal(L, "onInput");
m_scripts[cc->m_scriptName] = std::make_shared<LuaRef>(luaOnInput);
}
} else {
cc->m_script = true;
}
}
list[std::type_index(typeid(ControlComponent))] = std::unique_ptr<ControlComponent>(cc);
}
bool ReadScript::OpenTable(const std::string& _table_name)
{
if (!IsOpen())
{
errors.push(ScriptError { ScriptError::FILE_NOT_OPENED, "No script open. Call OpenFile() first." });
return false;
}
// No tables opened, so we need to open globally
if (open_tables.empty())
{
LuaRef temp = getGlobal(L, _table_name.c_str());
if (temp.isNil())
{
errors.push(ScriptError { ScriptError::TABLE_NOT_FOUND, "Table not found in script: " + _table_name });
return false;
}
open_tables.push(temp);
}
else
{
LuaRef temp = open_tables.top()[_table_name];
if (temp.isTable())
open_tables.push(temp);
else
{
errors.push(ScriptError { ScriptError::TABLE_NOT_FOUND, "Table not found in script: " + _table_name });
return false;
}
}
return true;
}
LUA_INLINE bool CppBindClassBase::buildMetaTable(LuaRef& meta, LuaRef& parent, const char* name,
void* static_id, void* clazz_id, void* const_id, void* super_static_id)
{
if (buildMetaTable(meta, parent, name, static_id, clazz_id, const_id)) {
LuaRef registry(parent.state(), LUA_REGISTRYINDEX);
LuaRef super = registry.rawget<LuaRef>(super_static_id);
meta.rawset("___super", super);
meta.rawget<LuaRef>("___class").rawset("___super", super.rawget<LuaRef>("___class"));
meta.rawget<LuaRef>("___const").rawset("___super", super.rawget<LuaRef>("___const"));
return true;
}
return false;
}
void StructEncoder::EncodeStructFieldToBuf(const Field& field,
const LuaRef& luaTable, uint8_t* pBuf)
{
assert(pBuf);
const char* pFieldName = field.name()->c_str();
const LuaRef luaValue = luaTable.get(pFieldName);
if (!luaValue)
ERR_RET("missing struct field " + PopFullName());
const reflection::Type& type = *field.type();
uint16_t offset = field.offset();
uint8_t* pDest = pBuf + offset;
if (IsEnumType(type))
return EncodeEnumToBuf(type, luaValue, pDest);
reflection::BaseType eBaseType = type.base_type();
if (eBaseType <= reflection::Double)
{
EncodeScalarToBuf(eBaseType, luaValue, pDest);
return;
}
assert(eBaseType == reflection::Obj);
const Object* pFieldObj = Objects()[type.index()];
assert(pFieldObj);
assert(pFieldObj->is_struct());
EncodeStructToBuf(*pFieldObj, luaValue, pDest);
} // EncodeStructFieldToBuf()
void StructEncoder::EncodeEnumToBuf(const reflection::Type& type,
const LuaRef& luaValue, uint8_t* pDest)
{
assert(pDest);
assert(IsEnumType(type));
using namespace reflection;
if (luaValue.type() != LuaIntf::LuaTypeID::STRING)
return EncodeScalarToBuf(type.base_type(), luaValue, pDest);
int64_t lEnumVal = GetEnumFromLuaStr(type, luaValue);
if (Bad()) return;
switch (type.base_type())
{
case UType:
case Bool:
case UByte: return CopyIntToBuf<uint8_t>(lEnumVal, pDest);
case Byte: return CopyIntToBuf<int8_t>(lEnumVal, pDest);
case Short: return CopyIntToBuf<int16_t>(lEnumVal, pDest);
case UShort: return CopyIntToBuf<uint16_t>(lEnumVal, pDest);
case Int: return CopyIntToBuf<int32_t>(lEnumVal, pDest);
case UInt: return CopyIntToBuf<uint32_t>(lEnumVal, pDest);
case Long: return CopyIntToBuf<int64_t>(lEnumVal, pDest);
case ULong: return CopyIntToBuf<uint64_t>(lEnumVal, pDest);
}
assert(!"Illegal enum type.");
}
bool Content::loadEntities(Game& game, World& world) {
std::ifstream entityList("assets/data/entityList.json");
if(entityList.fail()) {
std::cout << "Failed to load game content\n";
return false;
}
std::stringstream fileEntityList;
fileEntityList << entityList.rdbuf();
std::string stringEntityList = fileEntityList.str();
entityList.close();
rapidjson::Document documentEntityList;
if(documentEntityList.Parse<0>(stringEntityList.c_str()).HasParseError()) {
std::cout << documentEntityList.Parse<0>(stringEntityList.c_str()).GetParseError() << std::endl;
std::cout << "Failed to parse entity list\n";
return false;
}
const rapidjson::Value& entities = documentEntityList["entities"];
for(rapidjson::SizeType i = 0; i < entities.Size(); i++) {
if(entities[i]["type"].GetInt() == 0) {
Object* object;
std::string sScript, sTable;
object = new Object(game, world, entities[i], sScript, sTable);
if(sScript != "0" && !m_objectUpdateFuncs[object->getId()]) {
using namespace luabridge;
m_objectUpdateFuncs[object->getId()] = std::shared_ptr<LuaRef>();
if(luaL_dofile(L, sScript.c_str()) == 0) {
LuaRef table = getGlobal(L, sTable.c_str());
if(table.isTable()) {
if(table["update"].isFunction()) {
m_objectUpdateFuncs[object->getId()] =
std::make_shared<LuaRef>(table["update"]);
}
}
} else {
std::cout << "Error, can't open script!" << std::endl;
}
}
object->setUpdate(m_objectUpdateFuncs[object->getId()]);
m_objectList[object->getId()] = object;
} else if(entities[i]["type"].GetInt() == 1) {
ItemRenderable* itemR;
itemR = new ItemRenderable(game, world, entities[i]);
m_itemRenderableList[itemR->getId()] = itemR;
}
}
return true;
}
QString Camera::queryProp(int reg)
{
std::stringstream command;
command << "return get_prop(" << reg << ")";
LuaRef lcon = getLuaRefConnection();
// Get reference to method "lcon.execwait"
LuaRef execWait = lcon.get<LuaRef>("execwait");
qDebug() << "execWait: " << execWait.typeName();
usleep(30000);
LuaRef result = execWait.call<LuaRef>(lcon, command.str());
return QString("%1").arg(result.toValue<int>());
}
virtual void SomeMember()
{
if( overide.isFunction() )
overide();
else
{
cout << "Overide is not a function" << endl;
}
}
bool ScriptSystem::GetComponents(GameObject* pObj, Components* pComp)
{
pComp->pScript = Component<ScriptComponent>::GetComponent(pObj);
if(pComp->pScript != NULL)
{
LuaRef& luaRef = (*pComp->pScript->pLuaRef);
LuaRef init = luaRef["GetComponents"];
LuaRef run = luaRef["Run"];
if(init.isFunction() && run.isFunction())
{
bool bOk = init((*pComp->pScript->pLuaRef));
return bOk;
}
}
return false;
}
static void _signal_trampoline(PropertyMap &map, const std::string &k, LuaRef ref, lua_State *l) {
ref.PushCopyToStack();
lua_pushlstring(l, k.c_str(), k.size());
map.PushLuaTable();
lua_pushvalue(l, -2);
lua_rawget(l, -2);
lua_remove(l, -2);
pi_lua_protected_call(l, 2, 0);
}
void DialogueLoader::loadDialogue() {
lua_State* L = luaL_newstate();
luaL_openlibs(L);
getGlobalNamespace(L)
.beginClass<DialogueLoader>("Dialogue")
.addFunction("isNPCState", &DialogueLoader::isNPCState)
.addFunction("isQuestState", &DialogueLoader::isQuestState)
.addFunction("isQuestComplete", &DialogueLoader::isQuestComplete)
.addFunction("createCendricNode", &DialogueLoader::createCendricNode)
.addFunction("createNPCNode", &DialogueLoader::createNPCNode)
.addFunction("createChoiceNode", &DialogueLoader::createChoiceNode)
.addFunction("createTradeNode", &DialogueLoader::createTradeNode)
.addFunction("addChoice", &DialogueLoader::addChoice)
.addFunction("changeNPCState", &DialogueLoader::changeNPCState)
.addFunction("changeQuestState", &DialogueLoader::changeQuestState)
.addFunction("addQuestProgress", &DialogueLoader::addQuestProgress)
.addFunction("addItem", &DialogueLoader::addItem)
.addFunction("removeItem", &DialogueLoader::removeItem)
.addFunction("addGold", &DialogueLoader::addGold)
.addFunction("removeGold", &DialogueLoader::removeGold)
.addFunction("setRoot", &DialogueLoader::setRoot)
.addFunction("addNode", &DialogueLoader::addNode)
.endClass();
if (luaL_dofile(L, m_dialogue.getID().c_str()) != 0) {
g_logger->logError("DialogeLoader", "Cannot read lua script: " + m_dialogue.getID());
return;
}
LuaRef function = getGlobal(L, "loadDialogue");
if (!function.isFunction()) {
g_logger->logError("DialogeLoader", "Lua script: " + m_dialogue.getID() + " has no loadDialogue function.");
return;
}
try {
function(this);
}
catch (LuaException const& e) {
g_logger->logError("DialogeLoader", "LuaException: " + std::string(e.what()));
}
}
bool LuaRef::operator==(const LuaRef & ref) const {
if (ref.m_lua != m_lua)
return false;
if (ref.m_id == m_id)
return true;
ref.PushCopyToStack();
PushCopyToStack();
bool return_value = lua_compare(m_lua, -1, -2, LUA_OPEQ);
lua_pop(m_lua, 2);
return return_value;
}
void Character::loadScript(luabridge::lua_State* L, const std::string& scriptFilename, const std::string& tableName) {
using namespace luabridge;
if (luaL_dofile(L, scriptFilename.c_str()) == 0) {
LuaRef table = getGlobal(L, tableName.c_str());
if (table.isTable()) {
if (table["name"].isString()) {
name = table["name"].cast<std::string>();
} else {
name = "Null";
}
if (table["interact"].isFunction()) {
interactFunc = std::make_shared<LuaRef>(table["interact"]);
} else {
interactFunc.reset();
}
}
} else {
std::cout << "Error, can't open script!" << std::endl;
}
}
bool LuaRef::operator==( const LuaRef& other ) const
{
if (this->L != other.L)
return false;
this->pushSelf();
other.pushSelf();
int equal = lua_equal(L, -1, -2);
lua_pop(L, 2);
return equal==1;
}
LUA_INLINE CppBindModule CppBindModule::beginModule(const char* name)
{
LuaRef ref = m_meta.rawget(name);
if (ref != nullptr) return CppBindModule(ref);
lua_State* L = state();
std::string type_name = "module<" + getFullName(m_meta, name) + ">";
LuaRef module = LuaRef::createTable(L);
module.setMetaTable(module);
module.rawset("__index", &CppBindModuleMetaMethod::index);
module.rawset("__newindex", &CppBindModuleMetaMethod::newIndex);
module.rawset("___getters", LuaRef::createTable(L));
module.rawset("___setters", LuaRef::createTable(L));
module.rawset("___type", type_name);
module.rawset("___module", m_meta);
m_meta.rawset(name, module);
return CppBindModule(module);
}
QuestData QuestLoader::loadQuest(const std::string& questID) const
{
lua_State* L = luaL_newstate();
luaL_openlibs(L);
QuestData questData;
questData.id = "";
std::string filename = QUEST_FOLDER + questID + ".lua";
if (luaL_dofile(L, filename.c_str()) != 0)
{
g_logger->logError("QuestLoader", "Cannot read lua script: " + filename);
return questData;
}
lua_pcall(L, 0, 0, 0);
LuaRef title = getGlobal(L, "title");
LuaRef description = getGlobal(L, "description");
if (!title.isString() || !description.isString())
{
g_logger->logError("QuestLoader", "Quest [" + filename + "] has no title or description tag or of wrong type.");
return questData;
}
questData.title = title.cast<std::string>();
questData.description = description.cast<std::string>();
LuaRef targets = getGlobal(L, "targets");
if (targets.isTable())
{
int i = 1; // in lua, the first element is 1, not 0. Like Eiffel haha.
LuaRef element = targets[i];
while (!element.isNil())
{
LuaRef name = element[1];
LuaRef amount = element[2];
if (!name.isString() || !amount.isNumber())
{
g_logger->logError("QuestLoader", "Quest [" + filename + "]: target table not resolved, no name or amount or of wrong type.");
return questData;
}
questData.targets.insert({name.cast<std::string>(), amount.cast<int>()});
i++;
element = targets[i];
}
}
LuaRef collectibles = getGlobal(L, "collectibles");
if (collectibles.isTable())
{
int i = 1;
LuaRef element = collectibles[i];
while (!element.isNil())
{
LuaRef id = element[1];
LuaRef amount = element[2];
if (!id.isString() || !amount.isNumber())
{
g_logger->logError("QuestLoader", "Quest [" + filename + "]: collectibles table not resolved, no id or amount or of wrong type.");
return questData;
}
questData.collectibles.insert({ id.cast<std::string>(), amount.cast<int>() });
i++;
element = collectibles[i];
}
}
LuaRef conditions = getGlobal(L, "conditions");
if (conditions.isTable())
{
int i = 1;
LuaRef element = conditions[i];
while (element.isString())
{
questData.conditions.insert(element.cast<std::string>());
i++;
element = targets[i];
}
}
questData.id = questID;
return questData;
}
void Bot::queue(LuaRef action)
{
if (!action.isNil() && action.isFunction())
_queue.push_back(action);
}
LUA_INLINE bool CppBindClassBase::buildMetaTable(LuaRef& meta, LuaRef& parent, const char* name,
void* static_id, void* clazz_id, void* const_id)
{
LuaRef ref = parent.rawget<LuaRef>(name);
if (ref != nullptr) {
meta = ref;
return false;
}
auto L = parent.state();
std::string type_name = "class<" + CppBindModule::getFullName(parent, name) + ">";
LuaRef type_const = LuaRef::fromPointer(L, const_id);
LuaRef type_clazz = LuaRef::fromPointer(L, clazz_id);
LuaRef type_static = LuaRef::fromPointer(L, static_id);
LuaRef clazz_const = LuaRef::createTable(L);
clazz_const.setMetaTable(clazz_const);
clazz_const.rawset("__index", &CppBindClassMetaMethod::index);
clazz_const.rawset("__newindex", &CppBindClassMetaMethod::newIndex);
clazz_const.rawset("___getters", LuaRef::createTable(L));
clazz_const.rawset("___setters", LuaRef::createTable(L));
clazz_const.rawset("___type", "const_" + type_name);
clazz_const.rawset("___const", clazz_const);
clazz_const.rawset(CppBindClassMetaMethod::signature(), type_const);
LuaRef clazz = LuaRef::createTable(L);
clazz.setMetaTable(clazz);
clazz.rawset("__index", &CppBindClassMetaMethod::index);
clazz.rawset("__newindex", &CppBindClassMetaMethod::newIndex);
clazz.rawset("___getters", clazz_const.rawget<LuaRef>("___getters"));
clazz.rawset("___setters", LuaRef::createTable(L));
clazz.rawset("___type", type_name);
clazz.rawset("___const", clazz_const);
clazz.rawset(CppBindClassMetaMethod::signature(), type_clazz);
LuaRef clazz_static = LuaRef::createTable(L);
clazz_static.setMetaTable(clazz_static);
clazz_static.rawset("__index", &CppBindClassMetaMethod::index);
clazz_static.rawset("__newindex", &CppBindClassMetaMethod::newIndex);
clazz_static.rawset("___getters", LuaRef::createTable(L));
clazz_static.rawset("___setters", LuaRef::createTable(L));
clazz_static.rawset("___type", "static_" + type_name);
clazz_static.rawset("___class", clazz);
clazz_static.rawset("___const", clazz_const);
clazz_static.rawset("___parent", parent);
clazz_static.rawset(CppBindClassMetaMethod::signature(), type_static);
LuaRef registry(L, LUA_REGISTRYINDEX);
registry.rawset(type_clazz, clazz);
registry.rawset(type_const, clazz_const);
registry.rawset(type_static, clazz_static);
parent.rawset(name, clazz_static);
meta = clazz_static;
return true;
}
MerchantData MerchantLoader::loadMerchant(const std::string& merchantID) const
{
lua_State* L = luaL_newstate();
luaL_openlibs(L);
MerchantData merchantData;
std::string filename = MERCHANT_FOLDER + "ME_" + merchantID + ".lua";
if (luaL_dofile(L, filename.c_str()) != 0)
{
g_logger->logError("MerchantLoader", "Cannot read lua script: " + filename);
return merchantData;
}
lua_pcall(L, 0, 0, 0);
LuaRef multiplier = getGlobal(L, "multiplier");
if (multiplier.isNumber())
{
float mult = multiplier.cast<float>();
if (mult < 1.f)
{
g_logger->logWarning("MerchantLoader", "Merchant multiplier is smaller than 1, this is not allowed, the default (1.5f) is taken instead.");
}
else
{
merchantData.multiplier = mult;
}
}
LuaRef fraction = getGlobal(L, "fraction");
if (fraction.isString())
{
merchantData.fraction = resolveFractionID(fraction.cast<std::string>());
}
LuaRef wares = getGlobal(L, "wares");
if (wares.isTable())
{
int i = 1; // in lua, the first element is 1, not 0. Like Eiffel haha.
LuaRef element = wares[i];
while (!element.isNil())
{
LuaRef name = element[1];
LuaRef amount = element[2];
if (!name.isString() || !amount.isNumber())
{
g_logger->logError("MerchantLoader", "File [" + filename + "]: wares table not resolved, no name or amount or of wrong type.");
return merchantData;
}
merchantData.wares.insert({ name.cast<std::string>(), amount.cast<int>() });
i++;
element = wares[i];
}
}
return merchantData;
}
CutsceneData CutsceneLoader::loadCutscene(const std::string& cutsceneID) {
lua_State* L = luaL_newstate();
luaL_openlibs(L);
CutsceneData cutsceneData;
cutsceneData.id = "";
std::string foldername = CUTSCENE_FOLDER + cutsceneID + "/";
std::string filename = foldername + cutsceneID + ".lua";
if (luaL_dofile(L, filename.c_str()) != 0) {
g_logger->logError("CutsceneLoader", "Cannot read lua script: " + filename);
return cutsceneData;
}
lua_pcall(L, 0, 0, 0);
LuaRef steps = getGlobal(L, "steps");
if (steps.isTable()) {
int i = 1; // in lua, the first element is 1, not 0. Like Eiffel haha.
LuaRef step = steps[i];
while (!step.isNil()) {
LuaRef texts = step[1];
LuaRef images = step[2];
if (!texts.isTable() || !images.isTable()) {
g_logger->logError("CutsceneLoader", "Cutscene [" + filename + "]: step table not resolved, there must be one table for texts and one for images.");
return cutsceneData;
}
CutsceneStep cutsceneStep;
// resolve texts
int j = 1;
LuaRef text = texts[j];
while (!text.isNil()) {
LuaRef textString = text[1];
LuaRef textTime = text[2];
if (!textString.isString() || !textTime.isNumber()) {
g_logger->logError("CutsceneLoader", "Cutscene [" + filename + "]: text table not resolved, text string must be of type string and text time of type number.");
return cutsceneData;
}
CutsceneText cutsceneText;
cutsceneText.text = textString.cast<std::string>();
cutsceneText.time = sf::seconds(static_cast<float>(textTime.cast<int>()));
cutsceneStep.texts.push_back(cutsceneText);
j++;
text = texts[j];
}
// resolve images
j = 1;
LuaRef image = images[j];
while (!image.isNil()) {
LuaRef imagePath = image[1];
LuaRef velocity = image[2];
LuaRef angle = image[3];
if (!imagePath.isString() || !velocity.isNumber() || !angle.isNumber()) {
g_logger->logError("CutsceneLoader", "Cutscene [" + filename + "]: image table not resolved, image path must be of type string and velocity and angle of type number.");
return cutsceneData;
}
float phi = degToRad(static_cast<float>(angle.cast<int>() - 90));
float speed = static_cast<float>(velocity.cast<int>());
CutsceneImage cutsceneImage;
cutsceneImage.imagePath = foldername + imagePath.cast<std::string>();
cutsceneImage.velocity.x = std::round(speed * std::cos(phi));
cutsceneImage.velocity.y = std::round(speed * std::sin(phi));
cutsceneStep.images.push_back(cutsceneImage);
j++;
image = images[j];
}
cutsceneData.steps.push_back(cutsceneStep);
i++;
step = steps[i];
}
}
cutsceneData.id = cutsceneID;
return cutsceneData;
}