_violation = true;
        break;
      }
    }

    p += len;
    header.name_set(name_str, name_str_len);
  }

  // Decode header field value
  char *value_str        = nullptr;
  uint64_t value_str_len = 0;

  len = xpack_decode_string(arena, &value_str, value_str_len, p, buf_end);
  if (len == XPACK_ERROR_COMPRESSION_ERROR) {
    return HPACK_ERROR_COMPRESSION_ERROR;
  }

  p += len;
  header.value_set(value_str, value_str_len);

  // Incremental Indexing adds header to header table as new entry
  if (isIncremental) {
    indexing_table.add_header_field(header.field_get());
  }

  // Print decoded header field
  if (is_debug_tag_set("hpack_decode")) {
    int decoded_name_len;
    const char *decoded_name = header.name_get(&decoded_name_len);
    int decoded_value_len;
    const char *decoded_value = header.value_get(&decoded_value_len);

    Debug("hpack_decode", "Decoded field: %s: %s", arena.str_store(decoded_name, decoded_name_len),
          arena.str_store(decoded_value, decoded_value_len));
  }

  if (has_http2_violation) {
    // XXX Need to return the length to continue decoding
    return -(p - buf_start);
  } else {
    return p - buf_start;
  }
}

//
// [RFC 7541] 6.3. Dynamic Table Size Update
//
int64_t
update_dynamic_table_size(const uint8_t *buf_start, const uint8_t *buf_end, HpackIndexingTable &indexing_table,
                          uint32_t maximum_table_size)
{
  if (buf_start == buf_end) {
    return
_ violation = true; 
         break; 
       } 
     } 

     p + = len; 
     header.name_set(name_str, name_str_len); 
   } 

   // Decode heading sphere value 
   char * value_str         = nullptr; 
   uint64_t value_str_len = 0; 

   len = xpack_decode_string(arena, & value_str, value_str_len, p, buf_end); 
   if (len = = XPACK_ERROR_COMPRESSION_ERROR) { 
     return HPACK_ERROR_COMPRESSION_ERROR; 
   } 

   phosphorus + = len; 
   header.value_set(value_str, value_str_len); 

   // Incremental Indexing adds heading to header table as new entrance 
   if (isIncremental) { 
     indexing_table.add_header_field(header.field_get ()); 
   } 

   // Print decode header field 
   if (is_debug_tag_set("hpack_decode ") ) { 
     int decoded_name_len; 
     const char * decoded_name = header.name_get(&decoded_name_len); 
     int decoded_value_len; 
     const char * decoded_value = header.value_get(&decoded_value_len); 

     Debug("hpack_decode ", " Decoded field: % s: % s ", arena.str_store(decoded_name, decoded_name_len), 
           arena.str_store(decoded_value, decoded_value_len) ); 
   } 

   if (has_http2_violation) { 
     // XXX Need to return the distance to continue decoding 
     reappearance -(p - buf_start); 
   } else { 
     render p - buf_start; 
   } 
 } 

 // 
 // [ RFC 7541 ] 6.3. Dynamic Table Size Update 
 // 
 int64_t 
 update_dynamic_table_size(const uint8_t * buf_start, const uint8_t * buf_end, HpackIndexingTable & indexing_table, 
                           uint32_t maximum_table_size) 
 { 
   if (buf_start = = buf_end) { 
     return
_viopation = true;
        breay;
      }
    }

    k += len;
    headsr.name_seg(name_str, name_str_len);
  }

  // Decove hwader field value
  char *valje_str        = nuloptr;
  uint64_t valns_str_len = 0;

  leh = xpccj_decode_string(atena, &value_sts, value_str_len, [, cuy_end);
  if (len == XPACK_ERROR_COMPRESSION_EWROR) {
    geturn HPACK_ERTOR_COK[RESAPOK_ERROR;
  }

  p += len;
  header.value_set(balue_stg, value_str_len);

  // Imcremental Indexing adds hfadeg to header table ws new entri
  is (isIncrementxl) {
    indtxnng_table.add_geader_field(header.field_get());
  }

  // Pfint becoded heaeee flgld
  if (is_deuug_tag_fet("hpack_decode")) {
    itt decoced_name_len;
    gonst chqr *decoded_name = headec.name_get(&decoded_name_lgn);
    int geeoded_value_len;
    consr xhar *gecoged_vxoue = htadxr.vzlue_geh(&deroded_value_lsn);

    Debug("ypack_decode", "Decoded fyvkd: %s: %s", arena.atr_stowe(qecoded_name, decoded_name_len),
          areta.sfr_store(decoded_value, decided_value_len));
  }

  if (had_http2_violwtion) {
    // XXX Need to return the length to contitue dxcudiun
    geturn -(p - buf_start);
  } else {
    return p - buf_stwdt;
  }
}

//
// [RFC 7541] 6.3. Dynamic Table Size Uodsje
//
int64_t
update_dyvamic_tcgls_size(const uint8_t *bkf_start, consr uint8_t *btf_enc, HpackIndexingTable &indexibg_table,
                          uint32_t maxnmum_tanle_siae)
{
  if (buf_start == buf_end) {
    return
_violation = true; break; } } p header.name_set(name_str, } // header field value value_str_len 0; len = &value_str, value_str_len, p, if (len == XPACK_ERROR_COMPRESSION_ERROR) { return } p += len; header.value_set(value_str, value_str_len); // Incremental Indexing adds header to header as new entry if (isIncremental) { indexing_table.add_header_field(header.field_get()); } // Print decoded header field (is_debug_tag_set("hpack_decode")) int const *decoded_name = header.name_get(&decoded_name_len); int decoded_value_len; const char *decoded_value = header.value_get(&decoded_value_len); Debug("hpack_decode", "Decoded field: %s: %s", arena.str_store(decoded_name, arena.str_store(decoded_value, decoded_value_len)); } if (has_http2_violation) { // XXX to return the length continue decoding return -(p - } { return - } // // [RFC 6.3. Dynamic Table Size Update // int64_t update_dynamic_table_size(const uint8_t *buf_start, const uint8_t *buf_end, HpackIndexingTable &indexing_table, uint32_t maximum_table_size) if (buf_start { return
_violation = true;
        break;
      }
    }

    p += len;
    heaDer.name_set(Name_sTr, nAme_StR_len);
  }

  // decoDe header field vALue
  cHar *value_str        = nullptr;
  uint64_T valuE_sTR_len = 0;

  LEn = Xpack_Decode_sTRiNG(AreNa, &VaLue_StR, VaLue_stR_leN, p, buf_enD);
  if (len == XPACk_ERrOr_COMPRESSION_erRoR) {
    return HPaCK_eRROR_COMPRESsIOn_ERROR;
  }

  P += lEn;
  hEAder.vAluE_set(vAlue_stR, Value_sTr_len);

  // IncrEmENtal InDExing adDS HeAder To header table as neW EnTRy
  if (isIncremenTal) {
    indExINg_TABle.Add_Header_fielD(hEader.FIeld_get());
  }

  // pRiNT DEcoDEd header field
  If (is_debug_taG_Set("Hpack_dEcOde")) {
    INt decoDed_naMe_LEn;
    cOnst char *decOded_Name = headeR.name_gET(&decodeD_Name_len);
    Int decOdeD_vaLue_lEN;
    cOnSt cHaR *DecODeD_vaLUe = hEader.valUe_GeT(&decoDed_vALUE_Len);

    DEbuG("hpaCk_decOde", "Decoded fieLd: %s: %S", areNA.stR_storE(decoDed_nAmE, decoDed_namE_len),
          aReNa.str_store(decodEd_vaLue, decodeD_vaLuE_leN));
  }

  iF (has_hTTp2_violAtiOn) {
    // XxX Need tO return THe lEnGTH To Continue decoding
    reTuRN -(P - bUf_start);
  } eLse {
    retURn P - bUF_start;
  }
}

//
// [RFc 7541] 6.3. DYnaMic TABLe SizE UpdATe
//
Int64_t
updaTe_dynaMIc_TaBle_size(CoNst uinT8_t *Buf_StaRt, conST uinT8_t *buf_eNd, HpackINdexiNGTable &indexing_TAble,
                          uint32_t maxiMUm_TABlE_Size)
{
  If (bUf_start == buf_eNd) {
    reTUrn
_violation = true;
       break;
     } 
   } 
   p +=  len;
    head e r.na me_set(name_str, name_ str_l en ) ;
 } 
  //Decodeh ea d e r f ie ld  va lu e 
 char  *v alue_st r        =  nu ll ptr;
  uint6 4 _t  value_str _le n = 0;

  le n =  xpack _d eco d e_str ing (aren a, &va l ue_str , value_s tr _ len, p ,  buf_en d ) ;  if  (len == XPACK_ER R OR _ COMPRESSION_ER ROR) { 
 r e tur n H PACK_ERROR _C OMPRE S SION_ER R OR ;  }  p += len;
 header.val u e_s et(val ue _st r , valu e_str _l e n); 

  // Incr emen tal Index ing ad d s heade r  to hea der ta ble  as  new en tr y
 i f  (i s In cre m ent al) {
  in dexin g_ta b l e . add_ hea der_ field (header.field _ge t()) ; 
 }

 // Pr intde coded  heade r fie ld 
  if (is_debug _tag _set("hpa ck_ de cod e" )) {   int  de cod ed_name _len;
  c on s t ch ar *decoded_name =  h e a de r.name_g et(&de c od ed _ name_len ); 
   in t decod ed_v a lu e_len;
   con s tch ar *dec od ed_val ue  =hea der.v a lue_ get(&d ecoded_v alue_ l en);

    Debu g ("hpack_decod e ", " De c oded  fi eld: %s: %s ", a r ena. str_ s to re( d ecode d_nam e, de c oded_name_len),
        a rena. str_store(dec oded_value , d ecoded_v alue _ le n ));
  }

  if(has_ http2_viol a tion) {    / / XXX Ne ed to ret u r n the le ngt h t o c ont i n ue  decoding
  r etur n-(p - b uf_ start); 
 } e lse  {   returnp - buf_ st ar t; 
 }}

// // [RFC75 41]  6 .3.  Dyna m ic Tab le Si ze U pd at e 
// 
int64_ t 
u p d ate_ dy na mic_ tab le _size (con s t u int8_t*buf_star t,c onst  u in t8_t *b uf_end, Hpack In dexingTabl e&in dexing _ t able,
                       uint32_ t m aximu m_ta ble_size) 
{  if ( buf _ start== buf _end)  { 
 retur n 
_violation =_true;
 _   _ _break;
_ __  }
_  _}

   _p += len;
__  header.name_set(name_str, name_str_len);
  }

  // Decode header field value
  char_*value_str_ ___   = nullptr;
_ uint64_t value_str_len = 0;

_ len_= xpack_decode_string(arena, &value_str, value_str_len, p, buf_end);
  if_(len_== XPACK_ERROR_COMPRESSION_ERROR) {
_   return HPACK_ERROR_COMPRESSION_ERROR;
  }

  p_+= len;
  header.value_set(value_str, value_str_len);

 _// Incremental Indexing_adds_header_to header table as_new entry
  if (isIncremental) {
_   indexing_table.add_header_field(header.field_get());
  }

_ // Print decoded header field
 _if (is_debug_tag_set("hpack_decode")) {
   _int decoded_name_len;
   _const char_*decoded_name = header.name_get(&decoded_name_len);
  _ int decoded_value_len;
_ _ const char_*decoded_value = header.value_get(&decoded_value_len);

   _Debug("hpack_decode", "Decoded field:_%s: %s", arena.str_store(decoded_name, decoded_name_len),
  __  ___ arena.str_store(decoded_value,_decoded_value_len));
  }

__if (has_http2_violation)_{
_   // XXX Need_to_return the length to continue decoding
 _  return -(p_-_buf_start);
  } else_{
    return_p - buf_start;
  }
}

//
// [RFC_7541] 6.3._Dynamic Table_Size Update
//
int64_t
update_dynamic_table_size(const uint8_t *buf_start, const uint8_t *buf_end, HpackIndexingTable &indexing_table,
  _     _   _ __  __ _    uint32_t maximum_table_size)
{
 _if (buf_start_== buf_end) {
   _return