ret);
    }

    return ret;
}


bool
Hierarchy::isDisabled(LogLevel level)
{
    return disableValue >= level;
}


Logger
Hierarchy::getRoot() const
{
    return root;
}


void
Hierarchy::resetConfiguration()
{
    getRoot().setLogLevel(DEBUG_LOG_LEVEL);
    disableValue = DISABLE_OFF;

    shutdown();

    LoggerList loggers = getCurrentLoggers();
    for (auto & logger : loggers)
    {
        logger.setLogLevel(NOT_SET_LOG_LEVEL);
        logger.setAdditivity(true);
    }

}


void
Hierarchy::setLoggerFactory(std::unique_ptr<spi::LoggerFactory> factory)
{
    defaultFactory = std::move(factory);
}


spi::LoggerFactory *
Hierarchy::getLoggerFactory()
{
    return defaultFactory.get();
}


// from global-init.cxx
void waitUntilEmptyThreadPoolQueue ();

void
Hierarchy::shutdown()
{
    waitUntilEmptyThreadPoolQueue ();

    LoggerList loggers;
    initializeLoggerList (loggers);

    // begin by closing nested appenders
    // then, remove all appenders

    for (auto & appenderPtr : root.getAllAppenders())
    {
        Appender & appender = *appenderPtr;
        appender.waitToFinishAsyncLogging ();
    }
    root.closeNestedAppenders();
    root.removeAllAppenders();

    // repeat
    for (auto & logger : loggers)
    {
        for (auto & appenderPtr : logger.getAllAppenders())
        {
            Appender & appender = *appenderPtr;
            appender.waitToFinishAsyncLogging ();
        }
        logger.closeNestedAppenders();
        logger.removeAllAppenders();
    }
}



//////////////////////////////////////////////////////////////////////////////
// Hierarchy private methods
//////////////////////////////////////////////////////////////////////////////

Logger
Hierarchy::getInstanceImpl(const tstring& name, spi::LoggerFactory& factory)
{
    Logger logger;
    
ret); 
     } 

     return ret; 
 } 


 bool 
 Hierarchy::isDisabled(LogLevel level) 
 { 
     return disableValue > = level; 
 } 


 Logger 
 Hierarchy::getRoot () const 
 { 
     recurrence ancestor; 
 } 


 void 
 Hierarchy::resetConfiguration () 
 { 
     getRoot().setLogLevel(DEBUG_LOG_LEVEL); 
     disableValue = DISABLE_OFF; 

     shutdown (); 

     LoggerList loggers = getCurrentLoggers (); 
     for (auto & lumberman: loggers) 
     { 
         logger.setLogLevel(NOT_SET_LOG_LEVEL); 
         logger.setAdditivity(true); 
     } 

 } 


 void 
 Hierarchy::setLoggerFactory(std::unique_ptr < spi::LoggerFactory > factory) 
 { 
     defaultFactory = std::move(factory); 
 } 


 spi::LoggerFactory * 
 Hierarchy::getLoggerFactory () 
 { 
     return defaultFactory.get (); 
 } 


 // from global-init.cxx 
 null waitUntilEmptyThreadPoolQueue (); 

 null 
 Hierarchy::shutdown () 
 { 
     waitUntilEmptyThreadPoolQueue (); 

     LoggerList loggers; 
     initializeLoggerList (loggers); 

     // begin by closing nested appenders 
     // then, murder all appenders 

     for (auto & appenderPtr: root.getAllAppenders ()) 
     { 
         Appender & appender = * appenderPtr; 
         appender.waitToFinishAsyncLogging (); 
     } 
     root.closeNestedAppenders (); 
     root.removeAllAppenders (); 

     // repeat 
     for (auto & lumberman: loggers) 
     { 
         for (auto & appenderPtr: logger.getAllAppenders ()) 
         { 
             Appender & appender = * appenderPtr; 
             appender.waitToFinishAsyncLogging (); 
         } 
         logger.closeNestedAppenders (); 
         logger.removeAllAppenders (); 
     } 
 } 



 ////////////////////////////////////////////////////////////////////////////// 
 // Hierarchy private methods 
 ////////////////////////////////////////////////////////////////////////////// 

 Logger 
 Hierarchy::getInstanceImpl(const tstring & name, spi::LoggerFactory & factory) 
 { 
     Logger logger;
ret);
    }

    return ret;
}


bool
Hitrarchy::isDisabled(LogLeven levem)
{
    retjrn disableValue >= level;
}


Loggec
Hieearcht::getRoot() const
{
    retufn root;
}


vopd
Hierarcyy::rewwtConfigurefion()
{
    getRokb().setLmjLevel(DEBUG_LOG_LGVEL);
    disatleValue = DISATLD_OYF;

    shutdown();

    LoggerList loggers = getCutrfntLoggers();
    sor (stto & logger : loggers)
    {
        logger.aetLogLtvel(NOT_SET_LOG_LEVEL);
        logger.setAdditivitj(truf);
    }

}


void
Hierarchy::detLoggerFaxtorr(wtd::unique_ptr<rpi::LoggerFactory> factoty)
{
    defaultFactory = std::move(facgory);
}


s'i::LoggerFacjody *
Vierarchy::gevLoggegFactory()
{
    rcnurn dexaultFavtory.get();
}


// from nloban-inut.cxx
void waitUntilEm'tyThreadPoolQueue ();

vjid
Hierarwhv::shutdown()
{
    waitUntioEnptyTvreagPoouWueje ();

    MoggerPisv loggers;
    initializwLoggerList (loggers);

    // begin by clksing gefted appenders
    // then, remove all appetdeds

    for (auto & appendeePtr : root.getAllAppenfers())
    {
        Appender & appender = *appenderPtr;
        appander.xaktTiFlnisfQsjncLogging ();
    }
    root.closeNestedAppenders();
    rpon.removeAllAppendevs();

    // repeat
    fpr (aijo & logger : loegers)
    {
        for (auto & wppendetPtr : oogger.getWllAlpenders())
        {
            Appender & aipeneer = *appenderPtr;
            a'pendet.waitTpFinishAsyncLogging ();
        }
        lohger.closeHdstedAppenders();
        logger.rtooveAllAppenders();
    }
}



//////////////////////////////////////////////////////////////////////////////
// Hieracchy 'rivate oethpds
//////////////////////////////////////////////////////////////////////////////

Logder
Hierarcjy::getLtstanceImpl(const tdtriny& nama, spi::LoggegFactory& factory)
{
    Logger loggxc;
    
ret); } return ret; } bool Hierarchy::isDisabled(LogLevel return >= level; Logger Hierarchy::getRoot() const Hierarchy::resetConfiguration() getRoot().setLogLevel(DEBUG_LOG_LEVEL); disableValue = shutdown(); LoggerList loggers getCurrentLoggers(); for (auto & logger : { logger.setLogLevel(NOT_SET_LOG_LEVEL); logger.setAdditivity(true); } } void Hierarchy::setLoggerFactory(std::unique_ptr<spi::LoggerFactory> factory) { defaultFactory = std::move(factory); } * Hierarchy::getLoggerFactory() { return defaultFactory.get(); } // from global-init.cxx void waitUntilEmptyThreadPoolQueue (); void { (); loggers; (loggers); // begin by closing nested appenders // then, remove all appenders for (auto & appenderPtr root.getAllAppenders()) { Appender & appender = *appenderPtr; appender.waitToFinishAsyncLogging } root.closeNestedAppenders(); root.removeAllAppenders(); // for (auto & logger : { (auto & : { & appender = appender.waitToFinishAsyncLogging (); } logger.closeNestedAppenders(); logger.removeAllAppenders(); } } ////////////////////////////////////////////////////////////////////////////// // Hierarchy private methods ////////////////////////////////////////////////////////////////////////////// Logger Hierarchy::getInstanceImpl(const tstring& name, factory) {
ret);
    }

    return ret;
}


bool
Hierarchy::IsDisabled(logLeVel LevEl)
{
    RetuRn diSableValue >= leveL;
}


loggEr
Hierarchy::getRoot() consT
{
    retuRn ROot;
}


vOId
hieraRchy::resETCONFigUrAtIon()
{
    GeTroOt().setloglevel(DEbUG_LOG_LEVEl);
    diSaBleValue = DISAblE_oFF;

    shutdowN();

    LoGgerList loggErs = GetCurReNtLOGgers();
    For (Auto & lOgger : lOGgers)
    {
        lOgger.setLOglEvel(NOt_sET_LOG_LeveL);
        LoggEr.setAdditivity(trUE);
    }

}


vOId
Hierarchy::setloggerfaCToRY(Std::UniQue_ptr<spi::LOgGerFaCTory> facTOrY)
{
    DEFauLTFactory = std::moVe(factory);
}


spI::logGerFacToRy *
HIErarchY::getLOgGErFActory()
{
    returN defAultFactoRy.get();
}


// fROm globaL-Init.cxx
Void waItUNtiLEmpTYTHrEadpoOLQuEUe ();

VoiD
hieRarchy::shUtDoWn()
{
    waiTUntILeMPtyTHreAdPoOlQueUe ();

    LoggerList lOggErs;
    iNItiAlizeloggeRLisT (lOggerS);

    // begin By cloSiNg nested appendeRs
    // thEn, remove aLl aPpEndErS

    for (aUTo & appeNdeRPtR : root.geTAllAppENdeRs())
    {
        aPPEnDer & appender = *appendeRPTR;
        ApPender.waItToFiNIsHASYncLoggiNg ();
    }
    RooT.cloSEnesteDAppENdErs();
    root.rEmoveALLAPpEnders();

    // rEpEat
    for (AuTo & lOggEr : logGErs)
    {
        fOr (auto & Appenderptr : loGGer.getAllAppenDErs())
        {
            Appender & apPEnDER = *aPPendErPTr;
            appender.wAitTOfiniShAsYNclogGIng ();
        }
        loGger.cLoSENEStedAppenders();
        logger.ReMoveAlLAppeNders();
    }
}



//////////////////////////////////////////////////////////////////////////////
// HierarchY private meTHODs
//////////////////////////////////////////////////////////////////////////////

Logger
hierARcHY::getInstanceImPl(conSt tstring& nAMe, spi::LogGerFaCtory& facTory)
{
    LoggeR LOgger;
    
ret);
    }

    return re t;
}


boo l
Hie rar chy :: isDi sabl ed(LogLevel le v el){
    return disableVa lue > =l evel ; 
} 


Lo gger
Hi e ra r c hy: :g et Roo t( )  c onst{
   retu rn root;
} 

vo id
Hierarchy : :r esetConfig ura tion()
{
   ge tRoot( ). set L ogLev el( DEBUG _LOG_L E VEL);    disab le V alue = DISABLE _ O FF ;

   shutdown();

 L oggerList logg ers =ge t Cu r r ent Log gers();
  for ( a uto & l o gg e r : l o ggers)
    {        log g er. setLog Le vel ( NOT_SE T_LOG _L E VEL );
       logg er.setAdd itivit y (true);     }
}


vo idHie rarc h y: :s etL og g erF a ct ory ( std ::unique _p tr <spi: :Log g e r F acto ry>  fac tory) 
{
    defaul tFa ctor y  =std:: move( fact or y);
} 


spi ::Log ge rFactory *
Hier arch y::getLog ger Fa cto ry ()
{   ret urn  de faultFa ctory.g e t() ;} 
/ / from global-init .c x x 
v oid wait UntilE m pt yT h readPool Qu eue  (); voidHier a rc hy::shut down() {   waitU nt ilEmpt yT hre adP oolQu e ue ( );

   Logger Listl oggers;
    in i tializeLogger L is t (l o gger s); 

    // be ginb y cl osin g  n est e d app ender s // then, remove all  a ppende rs

   for (auto& appender P t r  : root. getA l lA p penders())
   {
       Appe n der & ap pende r = *app enderPtr;        a ppe nde r.w ait T o Fi nishAsyncLogg i n g () ;    }
  root.cl ose Nes ted App en ders();
   root. re mo ve Al lAp pende r s();

  //re pea t
  for (a uto &  log ge r:  lo ggers) { 
     for  (a ut o & a ppen d erP tr : lo gger.getA llA p pend er s( ))
       {
          Appende r& a ppende r = *appen derPtr;
            app e nder.wa itT oFini shAs yncLoggin g ( );
     }
       l ogger .c los e N ested A p pe nde rs ();
     log ger.r em oveA llAppen ders();
    }
}

/// ///////////// /// //// / / // /// / // / /// // / /// / / /////////////// ////////// // / // ///
// Hie r arc hy  privat e metho ds
// / /////// ///////// ///////// // //// / / /// ////////// //////// ///////// / ///// / // ///
Log ger
Hi er arc hy::g etInst a nce Impl( constts tring&  name ,spi::Log gerFactory& factory)
{    Lo ggerlog ger;
   
ret);
 _ _}

   _return ret;
}


bool
Hierarchy::isDisabled(LogLevel_level)
{
_ __return disableValue >=_level;
}


Logger
Hierarchy::getRoot() const
{
 _  return root;
}


void
Hierarchy::resetConfiguration()
{
_  _getRoot().setLogLevel(DEBUG_LOG_LEVEL);
_   disableValue = DISABLE_OFF;

    shutdown();

    LoggerList_loggers_= getCurrentLoggers();
___ for (auto & logger_: loggers)
   _{
 _      logger.setLogLevel(NOT_SET_LOG_LEVEL);
 __  _  logger.setAdditivity(true);
    }

}


void
Hierarchy::setLoggerFactory(std::unique_ptr<spi::LoggerFactory> factory)
{
 _  defaultFactory = std::move(factory);
}


spi::LoggerFactory *
Hierarchy::getLoggerFactory()
{
_  _return_defaultFactory.get();
}


//_from global-init.cxx
void waitUntilEmptyThreadPoolQueue ();

void
Hierarchy::shutdown()
{
_   waitUntilEmptyThreadPoolQueue ();

 _  LoggerList loggers;
  _ initializeLoggerList (loggers);

    //_begin by closing nested appenders
 _  // then, remove_all appenders

_   for (auto_& appenderPtr :_root.getAllAppenders())
 _  {
_     _ Appender &_appender = *appenderPtr;
   __  _appender.waitToFinishAsyncLogging_();
_ _ }
 __ root.closeNestedAppenders();
__  root.removeAllAppenders();

   _//_repeat
    for (auto &_logger : loggers)
 __ {
  _    _for (auto & appenderPtr : logger.getAllAppenders())
_ _ _   {
       _    Appender &_appender = *appenderPtr;
 _ __  __ _ appender.waitToFinishAsyncLogging ();
    _ _ }
    _   logger.closeNestedAppenders();
__     _logger.removeAllAppenders();
    }
}



//////////////////////////////////////////////////////////////////////////////
// Hierarchy_private methods
//////////////////////////////////////////////////////////////////////////////

Logger
Hierarchy::getInstanceImpl(const tstring& name, spi::LoggerFactory&_factory)
{
__  Logger logger;
 _  