void GameLogicProcessor::FrameStart()
{
// LOG(EngineLog, BE_LOG_VERBOSE) << "GameLogicProcessor::FrameStart\n";
// Initialize all components not yet initialized
for (ComponentHandle hdl : m_notInitialized)
{
auto& pieces = gameLogicHolder->getComponent(hdl)->m_gamelogics;
for (size_t i = 0; i < pieces.size(); ++i)
{
GameLogic* logic = pieces[i];
GameLogic::RunEvents ev = logic->getRunEvents();
if (ev & GameLogic::RunEvents::EFrameStart){
m_onFrameStart.emplace_back(logic);
}
if (ev & GameLogic::RunEvents::EFrameMiddle){
m_onFrameMiddle.emplace_back(logic);
}
if (ev & GameLogic::RunEvents::EFrameEnd){
m_onFrameEnd.emplace_back(logic);
}
if (!logic->init()){
LOG(EngineLog, BE_LOG_ERROR) << "GameLogicProcessor: GameLogicComponent " << hdl << " logic " << i << " failed to Init! ";
}
}
}
m_notInitialized.clear();
// Run FrameStart on all components
for (GameLogic* l : m_onFrameStart){
l->frameStart();
}
}
void GameLogicProcessor::onMessage(const MsgComponentDestroyed<GameLogicComponent>& msg)
{
GameLogicComponent* comp = gameLogicHolder->getComponent(msg.component);
auto& pieces = comp->m_gamelogics;
for (size_t i = 0; i < pieces.size(); ++i)
{
GameLogic* logic = pieces[i];
GameLogic::RunEvents ev = logic->getRunEvents();
if (ev & GameLogic::RunEvents::EFrameStart) {
removeFrom(logic, m_onFrameStart);
}
if (ev & GameLogic::RunEvents::EFrameMiddle) {
removeFrom(logic, m_onFrameMiddle);
}
if (ev & GameLogic::RunEvents::EFrameEnd) {
removeFrom(logic, m_onFrameEnd);
}
logic->end();
}
}