IAPDemo/Libraries/red_utils/FSM/RUState.cpp

#include "RUState.h"
#include "RUDelegateFactory.h"

NS_RU_BEGIN

State* State::create(const std::string& stateName,
                     const std::vector<std::string>& fullStatePath,
                     kStateType stateType,
                     const std::vector<StateActInfo>& entryActInfos,
                     const std::vector<StateActInfo>& idleActInfos,
                     const std::vector<StateActInfo>& exitActInfos,
                     const std::string & stateDelegateKey,
                     void* userObj4StateDelegate)
{
    State * ret = new (std::nothrow) State();
    ret->_initData(stateName,
                   fullStatePath,
                   stateType,
                   entryActInfos,
                   idleActInfos,
                   exitActInfos,
                   stateDelegateKey,
                   userObj4StateDelegate);
    return ret;
}

void State::_initData(const std::string& stateName,
                      const std::vector<std::string>& fullStatePath,
                      kStateType stateType,
                      const std::vector<StateActInfo>& entryActInfos,
                      const std::vector<StateActInfo>& idleActInfos,
                      const std::vector<StateActInfo>& exitActInfos,
                      const std::string& stateDelegateKey,
                      void* userObj4StateDelegate)
{
    _stateName = stateName;
    _fullStatePath = fullStatePath;
    _stateType = stateType;
    _entryActInfos = entryActInfos;
    _idleActInfos = idleActInfos;
    _exitActInfos = exitActInfos;
    _stateDelegateKey = stateDelegateKey;
    _initStateDelegate(stateDelegateKey, userObj4StateDelegate);
}

void State::_initStateDelegate(const std::string& stateDelegateKey, void* userObj4StateDelegate)
{
    _stateDelegate = DelegateFactory::getInstance()->createStateDelegate(stateDelegateKey);
    _stateDelegate->setUserObject(userObj4StateDelegate);
}

const std::string& State::getStateName()
{
    return _stateName;
}

const std::vector<std::string>& State::getFullStatePath()
{
    return _fullStatePath;
}

std::vector<std::string> State::getBindingStatePath4Blocks()
{
    return _fullStatePath;
}

kStateType State::getStateType()
{
    return _stateType;
}

void State::entry(const std::function<void(void)>& entryCb)
{
    FSMLOG("%s进入状态： %s ", _indent.c_str(), _getFullStatePathStr4Debug().c_str());
    auto execIdle = [=](void){
        idle(entryCb);
    };
    if (_stateDelegate) {
        _stateDelegate->entry(this, _entryActInfos, execIdle);
    } else {
        execIdle();
    }
}

void State::idle(const std::function<void(void)>& idleCb)
{
    FSMLOG("%s执行状态： %s", _indent.c_str(), _getFullStatePathStr4Debug().c_str());
    if (_stateDelegate) {
        _stateDelegate->idle(this, _idleActInfos, idleCb);
    } else if (idleCb) {
        idleCb();
    }
}

void State::exit(const std::function<void(void)>& exitCb)
{
    FSMLOG("%s退出状态：%s", _indent.c_str(), _getFullStatePathStr4Debug().c_str());
    if (_stateDelegate) {
        _stateDelegate->exit(this, _exitActInfos, exitCb);
    } else if (exitCb) {
        exitCb();
    }
}

void State::beforeSwitch(std::vector<StateActInfo> actInfos, StateActInfo evt, std::function<void(void)> actsFinishCb) {
    if (_stateDelegate) {
        _stateDelegate->beforeSwitch(this, actInfos, evt, actsFinishCb);
    } else if (actsFinishCb) {
        actsFinishCb();
    }
}

void State::afterSwitch(std::vector<StateActInfo> actInfos, StateActInfo evt, std::function<void(void)> actsFinishCb) {
    if (_stateDelegate) {
        _stateDelegate->afterSwitch(this, actInfos, evt, actsFinishCb);
    } else if (actsFinishCb) {
        actsFinishCb();
    }
}

const std::vector<StateActInfo>& State::getIdleActInfos()
{
    return _idleActInfos;
}

void State::setIndent4Dbg(const std::string& indent) {
    _indent = indent;
}

void State::debugInfo()
{
    CCLOG("dump \"%s\":{",_stateName.c_str());
    auto getActionsInfo = [=](std::vector<StateActInfo> actinfos){
        std::string actions_str = "[";
        for(StateActInfo action : actinfos){
            actions_str = actions_str + "{\"type\":\""+ action.actType + "\",\"params\":{";
            for(auto paramIter : action.actParams){
                actions_str = actions_str + "\""+ paramIter.first + "\":\"" + paramIter.second + "\",";
            }
            actions_str = actions_str + "}";
        }
        actions_str = actions_str + "]";
        return actions_str;
    };
    std::string stateTypeStr = "普通状态";
    if (_stateType == kStateType::META) {
        stateTypeStr = "分层状态";
    }
    CCLOG("      \"stateType\":\"%s\",",stateTypeStr.c_str());
    CCLOG("      \"entry\":%s,",getActionsInfo(_entryActInfos).c_str());
    CCLOG("      \"idle\":%s,",getActionsInfo(_idleActInfos).c_str());
    CCLOG("      \"exit\":%s,",getActionsInfo(_exitActInfos).c_str());
    CCLOG("      \"stateDelegateKey\":\"%s\",",_stateDelegateKey.c_str());
    CCLOG("    },");
}

std::string State::_getFullStatePathStr4Debug()
{
    std::string str;
    for (int i = 0; i < _fullStatePath.size(); i++) {
        if (i == _fullStatePath.size() - 1) {
            str = str + _fullStatePath[i];
        }else{
            str = str + _fullStatePath[i] + "#";
        }
    }
    return str;
}

NS_RU_END