On Sun, 28 May 2006, Guennadi Liakhovetski wrote: > ieee80211: eth1: Unknown management packet: 112
a small addendum: below is the function from the original driver, where they process management packets. Although they don't have special processing for 0x70, they seem to be doing lots of stuff for "unrecognised" packets. Complete sources are at http://zd1211.ath.cx/download/, the new (rewrite) driver, that uses the ieee80211 layer is at http://www.deine-taler.de/zd1211/snapshots/ Thanks Guennadi --- Guennadi Liakhovetski __inline unsigned long Cfg_CtrlSetting( struct zd1205_private *macp, zd1205_SwTcb_t *pSwTcb, wla_Header_t *pWlaHdr, ctrl_Set_parm_t *pSetParms ) { zd1205_Ctrl_Set_t *pCtrlSet = pSwTcb->pHwCtrlPtr; u8 tmp; u16 Len = 0; u16 NextLen = 0; u16 LenInUs = 0; u16 NextLenInUs = 0; u8 Service; u8 TxRate; u8 Rate = pSetParms->Rate; u8 Preamble = pSetParms->Preamble; u32 CurrFragLen = pSetParms->CurrFragLen; u32 NextFragLen = pSetParms->NextFragLen; u8 encryType = pSetParms->encryType; //u8 vapId = pSetParms->vapId; u8 bMgtFrame = 0; u8 bGroupAddr = 0; u8 EnCipher = ((pWlaHdr->FrameCtrl[1] & ENCRY_BIT) ? 1 : 0); u16 FragNum = (pWlaHdr->SeqCtrl[0] & 0x0F); card_Setting_t *pCardSettting = &macp->cardSetting; u16 FrameType = pWlaHdr->FrameCtrl[0]; u8 bBusrt = 0; #ifdef ZD1211B u8 LengthDiff=0; #endif memset(pCtrlSet,0,sizeof(zd1205_Ctrl_Set_t)); if (Rate > macp->AdapterMaxRate) Rate = macp->AdapterMaxRate; if ((FrameType & 0x0c) == MANAGEMENT) { bMgtFrame = 1; Rate = dot11Obj.BasicRate; } if ((FrameType & 0x0c) == DATA) { write_str(DbgStr101, EnCipher); } if (bMgtFrame) { if ((FrameType == PROBE_RSP) || (FrameType == PROBE_REQ)) { // Ensure Site-Survey smooth Rate = RATE_1M; Preamble = 0; } } if (FrameType == PS_POLL) { // For compatibility with D-Link AP Rate = RATE_1M; Preamble = 0; } if ((Rate == RATE_1M) && (Preamble == 1)) { //1M && short preamble Rate = RATE_2M; } if (macp->bFixedRate) { if (!bMgtFrame) Rate = pCardSettting->FixedRate; } pSwTcb->Rate = Rate; //FPRINT_V("zdinline Rate", Rate); #if !defined(OFDM) pCtrlSet->CtrlSetting[0] = (Rate | (Preamble << 5)); #else if (Rate < RATE_6M) { //CCK frame pCtrlSet->CtrlSetting[0] = (Rate | (Preamble << 5)); //``JWEI 2003/12/22 #if fTX_PWR_CTRL if ((macp->TxOFDMCnt > 0) && (macp->TxOFDMCnt < cTX_SENT_LEN)) macp->TxOFDMCnt --; macp->TxPwrCCK ++; #endif } else { #if fTX_PWR_CTRL macp->TxPwrOFDM ++; macp->TxOFDMCnt ++; if (Rate == RATE_48M) { if (macp->TxOFDMType != cTX_48M) macp->TxOFDMCnt = 0; macp->TxOFDMType = cTX_48M; } else if (Rate == RATE_54M) { if (macp->TxOFDMType != cTX_54M) macp->TxOFDMCnt = 0; macp->TxOFDMType = cTX_54M; } else { if (macp->TxOFDMType != cTX_OFDM) macp->TxOFDMCnt = 0; macp->TxOFDMType = cTX_OFDM; } #endif pCtrlSet->CtrlSetting[0] = OfdmRateTbl[Rate]; } #endif TxRate = Rate; //keep current Tx rate pCardSettting->CurrTxRate = TxRate; /* Length in byte */ if (EnCipher) { if (!pCardSettting->SwCipher) { write_str(DbgStr102, encryType); switch(encryType) { case WEP64: case WEP128: case WEP256: Len = CurrFragLen + 36; /* Header(24) + CRC32(4) + IV(4) + ICV(4) */ NextLen = NextFragLen + 36; #ifdef ZD1211B LengthDiff=17; #endif break; case TKIP: write_str(DbgStr100, CurrFragLen); Len = CurrFragLen + 40; /* Header(24) + CRC32(4) + IV(4) + EIV(4) + ICV(4) */ NextLen = NextFragLen + 40; #ifdef ZD1211B LengthDiff=17; #endif break; case AES: Len = CurrFragLen + 44; /* Header(24) + CRC32(4) + IV(4) + ExtendedIV(4) + MIC(8) */ NextLen = NextFragLen + 44; #ifdef ZD1211B LengthDiff=13; #endif //FPRINT_V("Len", Len); break; default: printk(KERN_DEBUG "error encryType = %x\n", encryType); break; } } else { //use software encryption if (pCardSettting->DynKeyMode == DYN_KEY_TKIP) { if ((pWlaHdr->DA[0] & BIT_0) && (pCardSettting->WpaBcKeyLen != 32)) { //multicast Len = CurrFragLen + 32; // Header(24) + CRC32(4) + IV(4), ICV was packed under payload NextLen = NextFragLen + 32; } else { Len = CurrFragLen + 36; // Header(24) + CRC32(4) + IV(4) + ExtendIV(4), ICV was packed under payload NextLen = NextFragLen + 36; } } else { Len = CurrFragLen + 32; // Header(24) + CRC32(4) + IV(4), ICV was packed under payload NextLen = NextFragLen + 32; } } } else { // no cipher Len = CurrFragLen + 28; /* Header(24) + CRC32(4) */ NextLen = NextFragLen + 28; #ifdef ZD1211B LengthDiff=21; #endif } /* Corret some exceptions */ if (FrameType == PS_POLL) { Len = CurrFragLen + 20; // Header(16) + CRC32(4) } /* Corret some exceptions */ if (NextFragLen == 0) NextLen = 0; pCtrlSet->CtrlSetting[1] = (u8)Len; /* low byte */ pCtrlSet->CtrlSetting[2] = (u8)(Len >> 8); /* high byte */ /* TCB physical address */ pCtrlSet->CtrlSetting[3] = (u8)(pSwTcb->TcbPhys); pCtrlSet->CtrlSetting[4] = (u8)(pSwTcb->TcbPhys >> 8); pCtrlSet->CtrlSetting[5] = (u8)(pSwTcb->TcbPhys >> 16); pCtrlSet->CtrlSetting[6] = (u8)(pSwTcb->TcbPhys >> 24); pCtrlSet->CtrlSetting[7] = 0x00; pCtrlSet->CtrlSetting[8] = 0x00; pCtrlSet->CtrlSetting[9] = 0x00; pCtrlSet->CtrlSetting[10] = 0x00; /* Misc */ tmp = 0; if (!FragNum) { tmp |= BIT_0; if (macp->bTxBurstEnable) { if (macp->activeTxQ->count > 0) { // AT LEAST one packet in ActiveChainList macp->TxBurstCount++; if (macp->TxBurstCount == 3) // only 3 packets macp->TxBurstCount = 0; } else { // recount again, next packet will back off macp->TxBurstCount = 0; } // burst mode if (macp->TxBurstCount == 0) { tmp |= BIT_0; //need back off } else { tmp &= ~BIT_0; //burst, no need back off bBusrt = 1; pCtrlSet->CtrlSetting[0] |= BIT_7; } } } if (pWlaHdr->DA[0] & BIT_0) { /* Multicast */ bGroupAddr = 1; tmp |= BIT_1; } //if (bMgtFrame){ // tmp |= BIT_3; //} if (FrameType == PS_POLL) //AP don't send PS_POLL tmp |= BIT_2; #ifndef HOST_IF_USB if ((pCardSettting->BssType == INDEPENDENT_BSS) && (!bMgtFrame)) { if (zd1205_DestPowerSave(macp, &pWlaHdr->DA[0])) { tmp |= BIT_4; } } #endif if (Len > pCardSettting->RTSThreshold) { if ((!bMgtFrame) && (!bGroupAddr)) tmp |= BIT_5; } #if (defined(GCCK) && defined(OFDM)) if (TxRate > RATE_11M) { if (tmp & BIT_5) { // need to send RTS or CTS, in OFDM only send CTS, in CCK send RTS tmp &= ~BIT_5; tmp |= BIT_7; } else if (dot11Obj.ConfigFlag & ENABLE_PROTECTION_SET) { // id SelfCTS on, force send CTS when OFDM tmp |= BIT_7; } } #endif if ((EnCipher) && (!pCardSettting->SwCipher)) { tmp |= BIT_6; } if ((macp->bTxBurstEnable)) { if (!bBusrt) // bBusrt off, this is the first one, force send CTS tmp |= BIT_7; else // bBusrt on, this is the burst one, no need CTS tmp &= ~BIT_7; } pCtrlSet->CtrlSetting[11] = tmp; /* Address1 */ pCtrlSet->CtrlSetting[12] = pWlaHdr->DA[0]; pCtrlSet->CtrlSetting[13] = pWlaHdr->DA[1]; pCtrlSet->CtrlSetting[14] = pWlaHdr->DA[2]; pCtrlSet->CtrlSetting[15] = pWlaHdr->DA[3]; pCtrlSet->CtrlSetting[16] = pWlaHdr->DA[4]; pCtrlSet->CtrlSetting[17] = pWlaHdr->DA[5]; if (FrameType == DATA) { macp->TotalTxDataFrmBytes += Len; if (pCtrlSet->CtrlSetting[12] & BIT_0) { macp->txMulticastFrm ++; macp->txMulticastOctets += CurrFragLen; } else { macp->txUnicastFrm ++; macp->txUnicastOctets += CurrFragLen; macp->txDataPerSec += CurrFragLen; } } /* NextLen */ #ifdef ZD1211 if (NextLen) { pCtrlSet->CtrlSetting[18] = (u8)NextLen; pCtrlSet->CtrlSetting[19] = (u8)(NextLen >> 8); } #elif defined(ZD1211B) pSwTcb->LengthDiff = LengthDiff; #endif /* LenInUs */ Cal_Us_Service(TxRate, Len, &LenInUs, &Service); if (macp->bTxBurstEnable) if (!bBusrt) LenInUs = LenInUs * 4; pCtrlSet->CtrlSetting[20] = (u8)LenInUs; pCtrlSet->CtrlSetting[21] = (u8)(LenInUs >> 8); /* Service */ #if !(defined(GCCK) && defined(OFDM)) pCtrlSet->CtrlSetting[22] = Service; #else if (Rate < RATE_6M) { pCtrlSet->CtrlSetting[22] = Service; } else { pCtrlSet->CtrlSetting[22] = 0; } #endif if (NextLen == 0) { NextLenInUs = 0; } else { Cal_Us_Service(TxRate, NextLen, &NextLenInUs, &Service); pCtrlSet->CtrlSetting[23] = (u8)NextLenInUs; pCtrlSet->CtrlSetting[24] = (u8)(NextLenInUs >> 8); #ifdef OFDM // NextLen // backup NextLen, because OFDM use these 2 bytes as total length, // so we backup here for Retry fail use. pCtrlSet->CtrlSetting[26] = (u8)NextLen; pCtrlSet->CtrlSetting[27] = (u8)(NextLen >> 8); #endif } return(CTRL_SIZE); } - To unsubscribe from this list: send the line "unsubscribe netdev" in the body of a message to [EMAIL PROTECTED] More majordomo info at http://vger.kernel.org/majordomo-info.html
