//
//  LoopWaiter.cpp
//  redream_runtime_mac
//
//  Created by zhu on 2023/5/23.
//

#include "LoopWaiter.hpp"
#include "ReboltRedManager.h"

namespace redream {

LoopWaiter::LoopWaiter(ReboltRedManager* reboltManager, red::RedBehaviacTree* tree, std::map<std::string, bool> &boolMap, std::map<std::string, std::string> &stringMap, std::string treeName)
: _boolMap(boolMap)
, _stringMap(stringMap)
, _treeName(treeName)
, _isLoopEnd(false)
, _loopTimes(0)
{
    _reboltManager = reboltManager;
    _fatherTree = tree;
}

LoopWaiter::~LoopWaiter(){
    
}

LoopWaiter* LoopWaiter::create(ReboltRedManager* reboltManager, red::RedBehaviacTree* tree, std::map<std::string, bool> &boolMap, std::map<std::string, std::string> &stringMap, std::string treeName){
    LoopWaiter * ret = new (std::nothrow) LoopWaiter(reboltManager, tree, boolMap, stringMap, treeName);
    if (ret && ret->init())
    {
        ret->autorelease();
    }
    else
    {
        CC_SAFE_DELETE(ret);
    }
    return ret;
}

bool LoopWaiter::init(){
    return true;
}

void LoopWaiter::run(){
    _runningState.btState = RUNNING;
    createTreeAndRun();
}

void LoopWaiter::createTreeAndRun(){
    _loopTimes++;
    auto redBehaviacTree = _reboltManager->createBehaviacTree(_treeName, _boolMap, _stringMap);
    if(redBehaviacTree){
        _tree = redBehaviacTree;
        _tree->addRedBehaviacTreeDelegate(this);
        _tree->setReboltLoopManager(this);
        redBehaviacTree->runBehaviacTree();
    } else {
        _runningState.btState = FAILURE;
    }
}

int LoopWaiter::getLoopTimes(){
    return _loopTimes;
}

void LoopWaiter::onLoopEnd(){
    // 结束后立即调用父树的刷新，父树的对象直接调用
    _isLoopEnd = true;
    _tree->removeRedBehaviacTreeDelegate(this);
    onSuccessEnd();
}

void LoopWaiter::onTreeRunningEnd(red::RedBehaviacTree* tree, int endType, std::string treeName){
    // 数播放完毕之后，就需要播放一个新的树
    if(!_isLoopEnd){
        createTreeAndRun();
    }
}

};