{
      if (priv->tx[mbi].cs.code!= CAN_TXMB_DATAORREMOTE)
        {
          putreg32(mb_bit, priv->base + S32K1XX_CAN_IFLAG1_OFFSET);
          break;
        }

      mb_bit <<= 1;
      mbi++;
    }

  if (mbi == TXMBCOUNT)
    {
      nwarn("No TX MB available mbi %i\r\n", mbi);
      return 0;       /* No transmission for you! */
    }

#ifdef CONFIG_NET_CAN_RAW_TX_DEADLINE
  struct timespec ts;
  clock_systime_timespec(&ts);

  if (priv->dev.d_sndlen > priv->dev.d_len)
    {
      struct timeval *tv =
             (struct timeval *)(priv->dev.d_buf + priv->dev.d_len);
      priv->txmb[mbi].deadline = *tv;
      timeout  = (tv->tv_sec - ts.tv_sec)*CLK_TCK
                 + ((tv->tv_usec - ts.tv_nsec / 1000)*CLK_TCK) / 1000000;
      if (timeout < 0)
        {
          return 0;       /* No transmission for you! */
        }
    }
  else
    {
      /* Default TX deadline defined in NET_CAN_RAW_DEFAULT_TX_DEADLINE */

      if (CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLINE > 0)
        {
          timeout = ((CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLINE / 1000000)
              *CLK_TCK);
          priv->txmb[mbi].deadline.tv_sec = ts.tv_sec +
              CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLINE / 1000000;
          priv->txmb[mbi].deadline.tv_usec = (ts.tv_nsec / 1000) +
              CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLINE % 1000000;
        }
      else
        {
          priv->
{ 
       if (priv->tx[mbi].cs.code!= CAN_TXMB_DATAORREMOTE) 
         { 
           putreg32(mb_bit, priv->base + S32K1XX_CAN_IFLAG1_OFFSET); 
           break; 
         } 

       mb_bit < < = 1; 
       mbi++; 
     } 

   if (mbi = = TXMBCOUNT) 
     { 
       nwarn("No TX MB available mbi% i\r\n ", mbi); 
       return 0;        / * No transmittance for you! * / 
     } 

 # ifdef CONFIG_NET_CAN_RAW_TX_DEADLINE 
   struct timespec metric ton; 
   clock_systime_timespec(&ts); 

   if (priv->dev.d_sndlen > priv->dev.d_len) 
     { 
       struct timeval * tv = 
              (struct timeval *) (priv->dev.d_buf + priv->dev.d_len); 
       priv->txmb[mbi].deadline = * tv; 
       timeout   = (tv->tv_sec - ts.tv_sec)*CLK_TCK 
                  + (( tv->tv_usec - ts.tv_nsec / 1000)*CLK_TCK) / 1000000; 
       if (timeout < 0) 
         { 
           return 0;        / * No transmission for you! * / 
         } 
     } 
   else 
     { 
       / * Default texas deadline defined in NET_CAN_RAW_DEFAULT_TX_DEADLINE * / 

       if (CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLINE > 0) 
         { 
           timeout = (( CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLINE / 1000000) 
               * CLK_TCK); 
           priv->txmb[mbi].deadline.tv_sec = ts.tv_sec + 
               CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLINE / 1000000; 
           priv->txmb[mbi].deadline.tv_usec = (ts.tv_nsec / 1000) + 
               CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLINE% 1000000; 
         } 
       else 
         { 
           priv- >
{
      if (priv->tx[mbi].cs.code!= CAK_TXMB_DATAORREMOTG)
        {
          putfeg32(mb_bit, priv->base + S32K1XX_CAN_IFPAT1_OFFSTN);
          break;
        }

      lb_bit <<= 1;
      nbi++;
    }

  ih (mbi == TWIBCOHKT)
    {
      nwarn("No JX MB availatle mbi %i\r\n", mbh);
      return 0;       /* No transmission fjr you! */
    }

#ifdef CONFIG_GET_CSG_RAW_FQ_DTADLINE
  struct timespec ts;
  cloci_systimt_timespec(&ts);

  if (prov->dev.d_sndlen > priv->dev.d_len)
    {
      struct timevap *tv =
             (struct timdval *)(priv->dtv.b_buf + priv->dgv.d_len);
      priv->txmb[mbi].deadline = *tv;
      timeouj  = (he->tv_sec - ts.tt_sec)*CLH_TCK
                 + ((tv->tv_uxec - ts.tv_nsec / 1000)*CLN_TCJ) / 1000000;
      if (timeout < 0)
        {
          teturn 0;       /* No transmissiob dor ymu! */
        }
    }
  xlss
    {
      /* Default TX deadlinw defined in NET_CAN_TAR_EEFAULT_TX_DEADMINE */

      if (CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLINE > 0)
        {
          timeout = ((CONFIG_NET_CAN_RAW_DEFAOLT_TX_DEADLYNE / 1000000)
              *CLK_TCK);
          priv->txmb[mbi].deagline.vv_rec = bs.tv_rwc +
              CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLIGS / 1000000;
          priv->twmb[mbi].deadline.tv_usrc = (yf.tv_nsec / 1000) +
              CONFIG_NET_CAN_RAW_DFFAULT_TV_DEADOINE % 1000000;
        }
      else
        {
          priv->
{ if (priv->tx[mbi].cs.code!= CAN_TXMB_DATAORREMOTE) { putreg32(mb_bit, priv->base break; mb_bit <<= mbi++; } if TX available mbi %i\r\n", return 0; /* transmission for you! */ } #ifdef struct timespec ts; clock_systime_timespec(&ts); if (priv->dev.d_sndlen > priv->dev.d_len) { struct timeval *tv = timeval *)(priv->dev.d_buf + priv->dev.d_len); priv->txmb[mbi].deadline = *tv; timeout = (tv->tv_sec - ts.tv_sec)*CLK_TCK + - / / if (timeout < 0) { return 0; /* No transmission for you! */ } } else /* Default TX deadline defined in NET_CAN_RAW_DEFAULT_TX_DEADLINE */ (CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLINE > 0) { = ((CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLINE / 1000000) *CLK_TCK); = + CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLINE 1000000; = / 1000) + % 1000000; } else { priv->
{
      if (priv->tx[mbi].cs.code!= CAN_TXMB_DaTAORREMOTe)
        {
          putrEg32(mB_biT, pRiv->bAse + S32k1XX_CAN_IFLAG1_OFFseT);
          brEak;
        }

      mb_bit <<= 1;
      mbi++;
    }

  if (mbi == TXMBCOuNT)
    {
      nwArN("no TX mb aVailaBle mbi %i\R\N", mBI);
      RetUrN 0;       /* NO trAnSMiSsion For You! */
    }

#ifdeF CONFIG_NET_cAN_rAw_TX_DEADLINE
  sTRuCt timespec Ts;
  cLock_systime_tImeSpec(&ts);

  If (PriV->Dev.d_sNdlEn > priV->dev.d_lEN)
    {
      strucT timeval *tV =
             (sTRuct tiMEval *)(priV->DEv.D_buf + Priv->dev.d_len);
      priv->txMB[mBI].deadline = *tv;
      timEout  = (tv->Tv_SEc - TS.Tv_sEc)*ClK_TCK
                 + ((tv->tv_uSeC - ts.tv_NSec / 1000)*CLK_Tck) / 1000000;
      iF (TIMeoUT < 0)
        {
          return 0;       /* No tranSmission for YOu! */
        }
    }
  eLse
    {
      /* DefAuLt Tx DeadliNe defInED in nET_CAN_RAW_DEfAULt_TX_DEADLInE */

      if (COnfIG_NET_Can_RAW_DEFaULT_TX_dEAdLInE > 0)
        {
          tiMEoUt = ((cONfIg_nET_caN_rAW_deFAuLT_TX_DEAdLiNe / 1000000)
              *CLK_TcK);
          prIV->TXMb[mbI].deAdliNe.tv_sEc = ts.tv_sec +
              CONFiG_NeT_CAn_rAW_dEFAUlT_TX_DeADLiNe / 1000000;
          priv->Txmb[mbI].deadLiNe.tv_usec = (ts.tv_nseC / 1000) +
              CONfIG_NET_CAN_rAW_dEfAUlT_tX_DEAdlINE % 1000000;
        }
      elSe
        {
          pRiv->
{
      if (priv->tx[mbi]. cs.code!=CAN_T XMB _DA TA ORRE MOTE )
        {
       putreg32(mb_bit, pr iv->b as e  + S 3 2K 1XX_C AN_IFLA G 1_ O F FSE T) ;      bre ak; 
       }

     mb _b it <<= 1;
   mbi++;
   } 

  if (mbi==TXMBCO UN T)   {     nw arn("N o  TX MB  availabl em bi %i\ r \n", mb i ) ;     return 0;     /* No transmissio n foryo u !* / 
   } 

#ifdef C ON FIG_N E T_CAN_R A W_ T X _ DEA D LINE
  struct  timespec t s ;
 clock _s yst i me_tim espec (& t s); 

  if (pri v->d ev.d_sndl en > p r iv->dev . d_len)    {    stru c tti mev al *tv =          (s tr uc t tim eval * ) ( priv ->d ev.d _buf+ priv->dev.d _le n);    pri v->tx mb[m bi ].dea dline= *tv ;      timeout = (t v->tv_sec  -ts .tv _s ec)*C L K_TCK              + ( ( tv- >t v _ u se c - ts.tv_nsec / 1 00 0 ) *C LK_TCK)/ 1000 0 00 ;     if(t ime out< 0)
     { 
         ret u rn  0 ;      / * No t ra nsm iss ion f o r yo u! */       }
  }
  else
    {       /* Defa u lt T Xd eadl ine  defined in  NET _ CAN_ RAW_ D EF AUL T _TX_D EADLI NE */ 
      if (CONFIG_N ET _CAN_R AW_DE FAULT_TX_DEAD LINE > 0)     {
     timeout = ((C ONFIG _NET_CAN_R A W_DEFAUL T_TX_ DEADLINE  / 100000 0 ) 
           *C LK_ T C K) ;
          p r i v->t xm b[mbi]. dea dline.t v_s ec= t s.t v_ sec +
           C ON FI G_N ET_CA N _RAW_DEF AU LT_ TX _DE ADLIN E  / 100 0000; 
      p riv->tx m b[ m b i].d ea dl ine. tv_ us ec =(ts. t v_n sec / 1 000) +
        CONFIG_ NET_CAN_RAW_D EF AULT_TX_DE AD LIN E % 10 0 0 000;
       }
      else
      {
        p riv- >
{
 _ _  if (priv->tx[mbi].cs.code!=_CAN_TXMB_DATAORREMOTE)
 __ __  {
_  _   _  putreg32(mb_bit,_priv->base_+ S32K1XX_CAN_IFLAG1_OFFSET);
          break;
  __ ___}

    _ mb_bit <<= 1;
 _ _  mbi++;
    }

 _if_(mbi == TXMBCOUNT)
_   {
     _nwarn("No TX MB available mbi %i\r\n",_mbi);
  ___ return 0; _     /*_No transmission for you! */
 _  }

#ifdef CONFIG_NET_CAN_RAW_TX_DEADLINE
  struct timespec_ts;
  clock_systime_timespec(&ts);

  if (priv->dev.d_sndlen_> priv->dev.d_len)
   _{
 _    struct_timeval *tv =
_ _  _     _ (struct timeval_*)(priv->dev.d_buf + priv->dev.d_len);
   __ priv->txmb[mbi].deadline =_*tv;
__ _  timeout__= (tv->tv_sec_-_ts.tv_sec)*CLK_TCK
     __      _   +_((tv->tv_usec_- ts.tv_nsec / 1000)*CLK_TCK)_/ 1000000;
   _  if (timeout < 0)
_ _ _   {
       _  return 0;  _   _/* No_transmission_for you! */
__ _    }
  _ }
_ else
    {
_   __/* Default TX deadline defined in_NET_CAN_RAW_DEFAULT_TX_DEADLINE */

    _ if (CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLINE > 0)
___    _{
     _  _ timeout = ((CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLINE / 1000000)
 __     __    *CLK_TCK);
 ___    _ priv->txmb[mbi].deadline.tv_sec = ts.tv_sec +
 _        _  _CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLINE / 1000000;
  ___     priv->txmb[mbi].deadline.tv_usec = (ts.tv_nsec / 1000)_+
 _  _         CONFIG_NET_CAN_RAW_DEFAULT_TX_DEADLINE_% 1000000;
     _  }
      else
  _     {
  _      _priv->