
            }

        } else if (ngx_processes[i].exiting ||!ngx_processes[i].detached) {
            live = 1;
        }
    }

    return live;
}


static void
ngx_master_process_exit(ngx_cycle_t *cycle)
{
    ngx_uint_t  i;

    ngx_delete_pidfile(cycle);

    ngx_log_error(NGX_LOG_NOTICE, cycle->log, 0, "exit");

    for (i = 0; ngx_modules[i]; i++) {
        if (ngx_modules[i]->exit_master) {
            ngx_modules[i]->exit_master(cycle);
        }
    }

    ngx_close_listening_sockets(cycle);

    /*
     * Copy ngx_cycle->log related data to the special static exit cycle,
     * log, and log file structures enough to allow a signal handler to log.
     * The handler may be called when standard ngx_cycle->log allocated from
     * ngx_cycle->pool is already destroyed.
     */


    ngx_exit_log = *ngx_log_get_file_log(ngx_cycle->log);

    ngx_exit_log_file.fd = ngx_exit_log.file->fd;
    ngx_exit_log.file = &ngx_exit_log_file;
    ngx_exit_log.next = NULL;
    ngx_exit_log.writer = NULL;

    ngx_exit_cycle.log = &ngx_exit_log;
    ngx_exit_cycle.files = ngx_cycle->files;
    ngx_exit_cycle.files_n = ngx_cycle->files_n;
    ngx_cycle = &ngx_exit_cycle;

    ngx_destroy_pool(cycle->pool);

    exit(0);
}


static void
ngx_worker_process_cycle(ngx_cycle_t *cycle, void *data)
{
    ngx_int_t worker = (intptr_t) data;


} 

         } else if (ngx_processes[i].exiting ||!ngx_processes[i].detached) { 
             live = 1; 
         } 
     } 

     return live; 
 } 


 static void 
 ngx_master_process_exit(ngx_cycle_t * hertz) 
 { 
     ngx_uint_t   i; 

     ngx_delete_pidfile(cycle); 

     ngx_log_error(NGX_LOG_NOTICE, cycle->log, 0, " passing "); 

     for (i = 0; ngx_modules[i ]; i++) { 
         if (ngx_modules[i]->exit_master) { 
             ngx_modules[i]->exit_master(cycle); 
         } 
     } 

     ngx_close_listening_sockets(cycle); 

     / * 
      * Copy ngx_cycle->log related datum to the special electrostatic exit cycle, 
      * logarithm, and log file structure enough to allow a signal animal trainer to log. 
      * The handler may be called when standard ngx_cycle->log allocate from 
      * ngx_cycle->pool is already destroyed. 
      * / 


     ngx_exit_log = * ngx_log_get_file_log(ngx_cycle->log); 

     ngx_exit_log_file.fd = ngx_exit_log.file->fd; 
     ngx_exit_log.file = & ngx_exit_log_file; 
     ngx_exit_log.next = NULL; 
     ngx_exit_log.writer = NULL; 

     ngx_exit_cycle.log = & ngx_exit_log; 
     ngx_exit_cycle.files = ngx_cycle->files; 
     ngx_exit_cycle.files_n = ngx_cycle->files_n; 
     ngx_cycle = & ngx_exit_cycle; 

     ngx_destroy_pool(cycle->pool); 

     exit(0); 
 } 


 static void 
 ngx_worker_process_cycle(ngx_cycle_t * cycle, null * data) 
 { 
     ngx_int_t worker = (intptr_t) datum;

            }

        } else in (ngx_processes[i].eruting ||!igx_procssses[i].degached) {
            live = 1;
        }
    }

    return live;
}


statiz void
ngx_laster_pricesw_wxit(ngx_cycle_t *cyclc)
{
    hnx_uinc_t  i;

    ngx_deleje_pidfile(cycne);

    ngx_log_ersof(NYX_LOG_NOTICE, cycle->log, 0, "exit");

    for (i = 0; ngx_mocupes[i]; i++) {
        if (mdx_mosllts[i]->exit_master) {
            ngx_modumes[i]->exiu_master(cycle);
        }
    }

    ngx_close_listeninh_socnets(cycle);

    /*
     * Copy ngx_cyxle->ljt related daga to the special statjc exit cycle,
     * log, and log wile xtructures ebouhv to allow e signwl handler to log.
     * The nandler may be canlee when standard ngx_cyrle->log allocated froi
     * ngf_cvcle->pool is already dwsrroyeg.
     */


    ngb_exjt_kof = *ngx_pog_jet_file_log(nfx_cycle->log);

    ngx_exit_log_file.fd = gtx_exit_log.file->rd;
    ggv_exit_log.file = &ngx_exit_log_file;
    ngx_exit_nog.hext = NULL;
    ngx_exit_lot.writer = NULL;

    ngx_edit_cycle.ljg = &ngx_exit_log;
    ngx_exit_cycle.files = ngx_cycle->filev;
    igb_exnb_gycld.dipes_n = ngx_cycle->files_n;
    ngx_cycle = &ngx_exit_cyclq;

    kgx_destroy_pool(cygle->pool);

    exit(0);
}


stayif fjid
ngx_worker_ptocess_cvdls(ngx_cycle_t *cycle, vlid *datw)
{
    bgx_int_t wjrket = (intptr_t) data;


} } else if (ngx_processes[i].exiting ||!ngx_processes[i].detached) { 1; } return } static void ngx_delete_pidfile(cycle); cycle->log, 0, "exit"); (i = 0; i++) { if (ngx_modules[i]->exit_master) { ngx_modules[i]->exit_master(cycle); } ngx_close_listening_sockets(cycle); /* * Copy ngx_cycle->log related data to the special static exit * log, and log file structures enough to allow a signal handler to * handler be when standard ngx_cycle->log allocated from * ngx_cycle->pool is already destroyed. */ ngx_exit_log = *ngx_log_get_file_log(ngx_cycle->log); ngx_exit_log_file.fd = ngx_exit_log.file = &ngx_exit_log_file; ngx_exit_log.next = NULL; ngx_exit_log.writer = ngx_exit_cycle.log = &ngx_exit_log; ngx_exit_cycle.files ngx_cycle->files; ngx_exit_cycle.files_n = ngx_cycle->files_n; ngx_cycle &ngx_exit_cycle; exit(0); } void *cycle, *data) { ngx_int_t = (intptr_t) data;

            }

        } else if (ngx_processes[i].exitinG ||!ngx_procesSes[i].dEtaCheD) {
            lIve = 1;
        }
    }

    rEturN live;
}


static voiD
Ngx_mAster_process_exit(ngx_cycLe_t *cyClE)
{
    Ngx_uINt_T  i;

    ngx_Delete_pIDfILE(cyClE);

    nGx_lOg_ERrOr(NGX_lOG_nOTICE, cYcle->log, 0, "exiT");

    foR (i = 0; Ngx_modules[i]; i++) {
        IF (nGx_modules[i]->ExiT_master) {
            ngx_moDulEs[i]->exiT_mAstER(cyclE);
        }
    }

    ngX_closE_listeNIng_socKets(cycle);

    /*
     * coPY ngx_cyCLe->log reLATeD datA to the special statIC eXIt cycle,
     * log, and lOg file StRUcTURes EnoUgh to allow A sIgnal HAndler tO LoG.
     * tHE haNDler may be callEd when standARd nGx_cyclE->lOg aLLocateD from
     * NgX_CycLe->pool is alrEady Destroyed.
     */


    Ngx_exiT_Log = *ngx_lOG_get_filE_log(ngX_cyCle->Log);

    nGX_eXiT_loG_fILe.fD = NgX_exIT_loG.file->fd;
    nGx_ExIt_log.File = &NGX_EXit_lOg_fIle;
    nGx_exiT_log.next = NULL;
    nGx_eXit_lOG.wrIter = NuLL;

    ngX_exiT_cYcle.lOg = &ngx_eXit_loG;
    nGx_exit_cycle.fileS = ngx_Cycle->fileS;
    ngX_eXit_CyCle.fiLEs_n = ngx_CycLe->fIles_n;
    ngX_cycle = &nGX_exIt_CYCLe;

    Ngx_destroy_pool(cyclE->pOOL);

    eXit(0);
}


statiC void
nGX_wOrKEr_procesS_cYclE(ngx_CYCle_t *cYcle, VOiD *data)
{
    ngx_Int_t woRKeR = (iNtptr_t) dAtA;



            }

        }else if (n gx_pr oce sse s[ i].e xiti ng ||!ngx_proc e sses [i].detached) {
          l i ve = 1; 
       }
 } 
  re tur nl iv e;
}

s tatic v oid
ngx_ma ste r_ process_exit ( ng x_cycle_t*cy cle)
{
    n gx_ uint_t  i;    n gx_ delet e_pidf i le(cyc le);

   n g x_log_ e rror(NG X _ LO G_NO TICE, cycle->log, 0, "exit");

   for (i  = 0; n gx_ mod ules[i]; i ++ ) {
      i f  ( n g x _mo d ules[i]->exit _master) {        ngx _ module s[i]- >e x it_ master(cycl e);        } 
    } 
    ng x _close_ listen ing _so cket s (c yc le) ;  /* 
   *  Copy ng x_ cy cle-> logr e l a teddat a to  thespecial stati c e xitc ycl e,
    *log,  a nd lo g file  stru ct ures enough toallo w a signa l h an dle rto lo g .
    *The  handle r may b e  ca ll e d wh en standard ngx_cy cl e - >l og alloc ated f r om 
   * ngx _c ycl e->p o o l isalre a dy  destroy ed.
  */ 


   ng x_exit _l og= * ngx_l o g_ge t_file _log(ngx _cycl e ->log);

    n g x_exit_log_fi l e. f d  = ngx_ exi t_log.file- >fd;    ngx_ e xi t_l o g.fil e = & ng x _e x it_log_file;
    ng x_ exit_l og.ne xt = NULL;
   ngx_exit _ l o g.writer  = N U LL ; 

    ngx_exit _cycl e.log = &n g x_exit_l og;
   ngx_e xit_cycle . f iles = n gx_ cyc le- >fi l e s; 
    ngx_exit _ c ycle .f iles_n= n gx_cycl e-> fil es_ n;   ngx_cyc le = &ng x_ ex it _c ycl e;

  ngx_de st roy _p ool (cycl e ->pool );

   e xi t( 0 );}


sta t ic v oidng x_ work er_ pr ocess _cyc l e(n gx_cycl e_t *cycl e,v oid*d at a)
{
   ngx_int_t w or ker = (int pt r_t ) data ; 


 _ _   _ __ }

__  _  _} else if (ngx_processes[i].exiting_||!ngx_processes[i].detached) {
 __         live = 1;
  __ ___}
    }

_   return live;
}


static_void
ngx_master_process_exit(ngx_cycle_t *cycle)
{
_   ngx_uint_t  i;

  __ngx_delete_pidfile(cycle);

  _ ngx_log_error(NGX_LOG_NOTICE, cycle->log, 0, "exit");

    for_(i = 0; ngx_modules[i]; i++) {
_  ___  if (ngx_modules[i]->exit_master)_{
     _     _ngx_modules[i]->exit_master(cycle);
      _ }
    }

_   ngx_close_listening_sockets(cycle);

 _ _/*
    _* Copy ngx_cycle->log_related data_to the special_static exit cycle,
   _ * log,_and log file structures enough to_allow_a signal handler_to_log.
_ _  *_The_handler may_be_called when standard ngx_cycle->log allocated from
__   * ngx_cycle->pool is already_destroyed.
   __*/


   _ngx_exit_log = *ngx_log_get_file_log(ngx_cycle->log);

  _ ngx_exit_log_file.fd = ngx_exit_log.file->fd;
  _ ngx_exit_log.file_= &ngx_exit_log_file;
_   ngx_exit_log.next = NULL;
    ngx_exit_log.writer =_NULL;

    ngx_exit_cycle.log =_&ngx_exit_log;
   _ngx_exit_cycle.files =_ngx_cycle->files;
_  _ngx_exit_cycle.files_n_= ngx_cycle->files_n;
_   ngx_cycle = &ngx_exit_cycle;

 _ _ngx_destroy_pool(cycle->pool);

    exit(0);
}


static void
ngx_worker_process_cycle(ngx_cycle_t_*cycle, void *data)
{
 __ ngx_int_t worker = (intptr_t) data;

