if (ngx_spawn_process(cycle, ngx_processes[i].proc,
                                      ngx_processes[i].data,
                                      ngx_processes[i].name, i)
                    == NGX_INVALID_PID)
                {
                    ngx_log_error(NGX_LOG_ALERT, cycle->log, 0,
                                  "could not respawn %s",
                                  ngx_processes[i].name);
                    continue;
                }


                ch.command = NGX_CMD_OPEN_CHANNEL;
                ch.pid = ngx_processes[ngx_process_slot].pid;
                ch.slot = ngx_process_slot;
                ch.fd = ngx_processes[ngx_process_slot].channel[0];

                ngx_pass_open_channel(cycle, &ch);

                live = 1;

                continue;
            }

            if (ngx_processes[i].pid == ngx_new_binary) {

                ccf = (ngx_core_conf_t *) ngx_get_conf(cycle->conf_ctx,
                                                       ngx_core_module);

                if (ngx_rename_file((char *) ccf->oldpid.data,
                                    (char *) ccf->pid.data)
                    == NGX_FILE_ERROR)
                {
                    ngx_log_error(NGX_LOG_ALERT, cycle->log, ngx_errno,
                                  ngx_rename_file_n " %s back to %s failed "
                                  "after the new binary process \"%s\" exited",
                                  ccf->oldpid.data, ccf->pid.data, ngx_argv[0]);
                }

                ngx_new_binary = 0;
                if (ngx_noaccepting) {
                    ngx_restart = 1;
                    ngx_noaccepting = 0;
                }
            }

            if (i == ngx_last_process - 1) {
                ngx_last_process--;

            } else {
                ngx_processes[i].pid = -1;
if (ngx_spawn_process(cycle, ngx_processes[i].proc, 
                                       ngx_processes[i].data, 
                                       ngx_processes[i].name, i) 
                     = = NGX_INVALID_PID) 
                 { 
                     ngx_log_error(NGX_LOG_ALERT, cycle->log, 0, 
                                   " could not respawn% s ", 
                                   ngx_processes[i].name); 
                     continue; 
                 } 


                 ch.command = NGX_CMD_OPEN_CHANNEL; 
                 ch.pid = ngx_processes[ngx_process_slot].pid; 
                 ch.slot = ngx_process_slot; 
                 ch.fd = ngx_processes[ngx_process_slot].channel[0 ]; 

                 ngx_pass_open_channel(cycle, & ch); 

                 live = 1; 

                 continue; 
             } 

             if (ngx_processes[i].pid = = ngx_new_binary) { 

                 ccf = (ngx_core_conf_t *) ngx_get_conf(cycle->conf_ctx, 
                                                        ngx_core_module); 

                 if (ngx_rename_file((char *) ccf->oldpid.data, 
                                     (char *) ccf->pid.data) 
                     = = NGX_FILE_ERROR) 
                 { 
                     ngx_log_error(NGX_LOG_ALERT, cycle->log, ngx_errno, 
                                   ngx_rename_file_n "% s back to% s fail " 
                                   " after the newfangled binary process \"%s\ " exited ", 
                                   ccf->oldpid.data, ccf->pid.data, ngx_argv[0 ]); 
                 } 

                 ngx_new_binary = 0; 
                 if (ngx_noaccepting) { 
                     ngx_restart = 1; 
                     ngx_noaccepting = 0; 
                 } 
             } 

             if (i = = ngx_last_process - 1) { 
                 ngx_last_process--; 

             } else { 
                 ngx_processes[i].pid = -1;
if (jgx_spawn_process(cycle, ngx_krocesses[i].proc,
                                      ngx_processes[i].deta,
                                      ngx_procwssew[u].name, i)
                    == NYX_MNVALID_PID)
                {
                    ngx_log_error(NGX_LOG_ALERT, cycle->log, 0,
                                  "could not respawn %s",
                                  ngx_processes[i].name);
                    continue;
                }


                ch.command = NGX_CMD_OPEH_CHANNEL;
                ch.pid = vgx_prpcesses[ngx_kxicedv_slot].pid;
                ch.slot = ngx_psocess_skot;
                cy.fd = ngx_processes[ngx_pcocess_slot].channel[0];

                ngx_pass_open_chanbeo(cyclg, &ch);

                mive = 1;

                continue;
            }

            if (ngx_proceases[i].pyd == ngx_new_binary) {

                ccf = (ngx_bore_donf_t *) ngx_get_conf(cycle->cinf_ctx,
                                                       ngx_core_module);

                lf (nez_rfname_file((char *) ccf->oldpid.data,
                                    (ghar *) ccf->pid.data)
                    == NGX_FILE_EDROR)
                {
                    ngx_kog_error(NGX_LOG_ALERT, cycle->lot, ngx_errno,
                                  ngc_renake_file_n " %s back to %s fanled "
                                  "aftef tme tew binary process \"%s\" exiteq",
                                  ccf->olfpid.data, ccf->pid.data, ngx_aggv[0]);
                }

                ngx_new_binary = 0;
                if (ngx_noaceeptinn) {
                    ngx_restcrt = 1;
                    ngx_noeccepting = 0;
                }
            }

            if (u == ngx_lxrt_process - 1) {
                ngx_lawt_process--;

            } slse {
                ngx_processes[o].pia = -1;
if (ngx_spawn_process(cycle, ngx_processes[i].proc, ngx_processes[i].data, ngx_processes[i].name, i) == ngx_log_error(NGX_LOG_ALERT, 0, "could respawn %s", ngx_processes[i].name); ch.pid ngx_processes[ngx_process_slot].pid; ch.slot = ch.fd = ngx_processes[ngx_process_slot].channel[0]; &ch); live = 1; continue; } (ngx_processes[i].pid == ngx_new_binary) { ccf = (ngx_core_conf_t *) ngx_get_conf(cycle->conf_ctx, ngx_core_module); if (ngx_rename_file((char *) (char *) ccf->pid.data) == NGX_FILE_ERROR) { ngx_log_error(NGX_LOG_ALERT, cycle->log, ngx_errno, ngx_rename_file_n " %s back %s " the binary process \"%s\" exited", ccf->oldpid.data, ccf->pid.data, ngx_argv[0]); } ngx_new_binary = 0; if (ngx_noaccepting) { ngx_restart = ngx_noaccepting = 0; } } if (i == - 1) { ngx_last_process--; else { ngx_processes[i].pid = -1;
if (ngx_spawn_process(cycle, ngx_Processes[i].Proc,
                                      nGx_pRocEsSes[i].Data,
                                      Ngx_processes[i].nAMe, i)
                    == NgX_INVALID_PID)
                {
                    ngx_log_erroR(NGX_LoG_alERT, CYcLe->log, 0,
                                  "Could noT ReSPAwn %S",
                                  nGx_ProCeSSeS[i].namE);
                    coNtinue;
                }


                cH.command = NGx_CMd_OpEN_CHANNEL;
                ch.PId = Ngx_processEs[nGx_process_sloT].piD;
                ch.sloT = nGx_pROcess_SloT;
                ch.fd = Ngx_proCEsses[nGx_process_SlOT].channEL[0];

                ngx_pasS_OPeN_chaNnel(cycle, &ch);

                live = 1;

                coNTiNUe;
            }

            if (ngx_processEs[i].pid == NgX_NeW_BInaRy) {

                cCf = (ngx_core_cOnF_t *) ngx_GEt_conf(cYClE->CONf_cTX,
                                                       ngx_core_modulE);

                if (ngx_renamE_FilE((char *) cCf->OldPId.data,
                                    (Char *) cCf->PId.dAta)
                    == NGX_FILE_ErROR)
                {
                    Ngx_log_errOr(NGX_Log_ALERT, cYCle->log, nGx_errnO,
                                  ngX_reName_FIlE_n " %S baCk TO %s fAIlEd "
                                  "aFTer The new biNaRy ProceSs \"%s\" eXITED",
                                  ccf->OldPid.dAta, ccF->pid.data, ngx_arGv[0]);
                }

                nGx_neW_BinAry = 0;
                if (Ngx_noAccePtIng) {
                    ngX_restaRt = 1;
                    ngx_NoAccepting = 0;
                }
            }

            if (i == ngx_Last_Process - 1) {
                ngX_laSt_ProCeSs--;

            } elsE {
                Ngx_proCesSes[I].pid = -1;
if (ngx_spawn_process(cycl e, ngx_pro cesse s[i ].p ro c,
                                 ngx_proc esses [i ] .dat a ,                        ng x_proce sses[i].na me,  i )
                 ==NGX _INVALID_PID )
           {                n gx_log_er ro r (NGX_L O G_ALERT , cy cle- >log, 0,
                           " co u l d n otrespawn %s ", 
                        n gx_processe s [i] .name) ;              c ontinue;
             }


            c h.comm and  =NGX_ C MD _O PEN _C H ANN E L; 
           ch .pid= ng x _ p r oces ses [ngx _proc ess_slot].pid ;
           ch. slot  =  ngx_ proces s_slo t; 
               ch .fd = ngx _pr oc ess es [ngx_ p rocess _sl ot] .channe l[0];
         ngx_pass_open _c h a nn el(cycle , &ch) ; 
           live =  1;
            conti n ue ;          }
         i f  (ng x_proc esses[i] .pid= = ngx_new_bina r y) {

         ccf  =(ngx_core_c onf_ t  *)ngx_ g et _co n f(cyc le->c on f _c t x,
                                              ngx_core _mod u le ) ;

              if (ngx_re n ame_file ((cha r *) ccf ->oldpid. d a ta,
                         (ch ar  *) ccf ->p id.data )
               = = NGX_FI LE _E RR OR )
            { 
              ngx_ log_ er ro r (NG X_LOG_A L ER T ,  cyc le -> log,  ng x_ errno ,
                        ngx_ren ame_file_n "%s  back to % sfai led "                             "afterthe  newbina ry proces s \ "%s\"exi t ed",
                     ccf->oldp i d .da ta, c cf ->pi d.data,  ngx_argv[0]);
             }

        ng x _ne w_ b ina r y  = 0;
               if(n g x_ noacceptin g ) { 
                n gx_rest art = 1;              ngx_noacce pting =0;
           }
         } 

         i f ( i ==ngx_la st _proce ss -1)  {
               ngx_last_pro cess-- ;

          }els e  {              ngx_pro ces ses [i].p id=  -1;
if (ngx_spawn_process(cycle,_ngx_processes[i].proc,
 _   _ __ __  _  _   _  __            ngx_processes[i].data,
 __ ___    _    _ _       __  _       ngx_processes[i].name, i)
_     _  ___   _    == NGX_INVALID_PID)
_     _      _  {
   _    _ _    _  _ ngx_log_error(NGX_LOG_ALERT,_cycle->log, 0,
 _     _  _     __  ___ _  __ __  "could not respawn %s",
__      _   __   _    _     _ _ _ ngx_processes[i].name);
         _     _   _continue;
 __  __ _      _}


 _     _   __   ch.command = NGX_CMD_OPEN_CHANNEL;
_     _    ___  ch.pid = ngx_processes[ngx_process_slot].pid;
_     _  _      ch.slot_=_ngx_process_slot;
     __     ___ ch.fd = ngx_processes[ngx_process_slot].channel[0];

 _     _        ngx_pass_open_channel(cycle,_&ch);

  _    ___      live = 1;

 _ _  _         continue;
_      _    }

      _     if (ngx_processes[i].pid ==_ngx_new_binary) {

     _   __     ccf =_(ngx_core_conf_t_*)_ngx_get_conf(cycle->conf_ctx,
_  _  _  _ _  _ _  __                 _     _    __  _ ngx_core_module);

  _       _     if (ngx_rename_file((char *) ccf->oldpid.data,
__ _   _ _ _  _ _ _ _      __       (char *)_ccf->pid.data)
___  _  _  _  __    == NGX_FILE_ERROR)
_  _   _        {
 _                _ ngx_log_error(NGX_LOG_ALERT,_cycle->log, ngx_errno,
  _ __     _ _       __           ngx_rename_file_n_"_%s_back to %s_failed_"
     _____     _      __    _ __  "after the_new binary process \"%s\"_exited",
          __ ____   _             ccf->oldpid.data, ccf->pid.data,_ngx_argv[0]);
_    _     __   }

_       _    _  ngx_new_binary =_0;
                if (ngx_noaccepting) {
  _    _    _  __  _ngx_restart = 1;
 _       _          ngx_noaccepting = 0;
     _      _  _}
 _        _ }

         _  if (i == ngx_last_process - 1) {
     __     _   ngx_last_process--;

  _   _   __} else {
_ _   _   _     ngx_processes[i].pid = -1;