void receiveWlanMsg(struct net_device *dev, struct sk_buff *skb, UINT32 rssi, BOOLEAN stationpacket)
{
struct wlprivate *priv = NETDEV_PRIV_P(struct wlprivate, dev);
vmacApInfo_t *vmacSta_p = priv->vmacSta_p;
// MIB_802DOT11 *mib=vmacSta_p->Mib802dot11;
// macmgmtQ_SmeCmd_t *SmeCmd_p;
// struct sk_buff *mgmtBuff_p;
IEEEtypes_Frame_t *wlanMsg_p;
wlanMsg_p = (IEEEtypes_Frame_t *) ((UINT8 *)skb->data -2);
wlanMsg_p->Hdr.FrmBodyLen = skb->len;
#ifdef SOC_W8764
dispTxBf((macmgmtQ_MgmtMsg3_t *)wlanMsg_p);
#endif
switch (wlanMsg_p->Hdr.FrmCtl.Type)
{
case IEEE_TYPE_DATA:
break;
case IEEE_TYPE_MANAGEMENT:
{
WLDBG_INFO(DBG_LEVEL_11, "IEEE_TYPE_MANAGEMENT message received. \n");
switch (wlanMsg_p->Hdr.FrmCtl.Subtype)
{
case 0xf: //fw debug type
printk("FW: %s\n", (UINT8 *)((UINT32)wlanMsg_p+6));
/*WLDBG_INFO(DBG_LEVEL_11,"%s\n", (UINT8 *)((UINT32)wlanMsg_p+2+sizeof(IEEEtypes_MgmtHdr2_t)));*/
break;
#ifndef INTEROP
case IEEE_MSG_QOS_ACTION:
WLDBG_INFO(DBG_LEVEL_11, "IEEE_MSG_QOS_ACTION message received. \n");
break;
#endif
case IEEE_MSG_PROBE_RQST:
macMgmtMlme_ProbeRqst(vmacSta_p,(macmgmtQ_MgmtMsg3_t *)wlanMsg_p);
break;
#ifdef CLIENT_SUPPORT
/* Intercept beacon here for AP.
* Client beacon will be handled later.
*/
case IEEE_MSG_BEACON:
RxBeacon(vmacSta_p,wlanMsg_p, skb->len);
#endif //CLIENT_SUPPORT
default:
/* 802.11 Management frame::feed MLME State Machines */
#ifdef CLIENT_SUPPORT
{
#define SK_BUF_RESERVED_PAD 6
if(stationpacket)
{
vmacEntry_t *targetVMacEntry_p = NULL;
IEEEtypes_MgmtHdr_t *Hdr_p;
if( (wlanMsg_p->Hdr.FrmCtl.Subtype == IEEE_MSG_BEACON )
|| (wlanMsg_p->Hdr.FrmCtl.Subtype == IEEE_MSG_QOS_ACTION ))
{
targetVMacEntry_p = sme_GetParentVMacEntry(vmacSta_p->VMacEntry.phyHwMacIndx) ;
}
else
{
targetVMacEntry_p = vmacGetVMacEntryByAddr((UINT8 *)&wlanMsg_p->Hdr.Addr1) ;
}
if( targetVMacEntry_p )
{
curRxInfo_g.RSSI = (UINT8)rssi;
//printk("****** client process dot11 rssi=%d\n",curRxInfo_g.RSSI);
//skb_push(skb, SK_BUF_RESERVED_PAD);
skb_push(skb, 2); /* For UINT16 FrmBodyLen */
Hdr_p = (IEEEtypes_MgmtHdr_t *)(skb->data);
Hdr_p->FrmBodyLen = skb->len;
skb_push(skb, 4); /* For UINT32 priv_p pointer */
targetVMacEntry_p->dot11MsgEvt(skb->data, (UINT8 *)&curRxInfo_g, targetVMacEntry_p->info_p);
skb_pull(skb, SK_BUF_RESERVED_PAD);
}
}
else
{
evtDot11MgtMsg(vmacSta_p,(UINT8 *)wlanMsg_p, skb);
}
}
#else /* CLIENT_SUPPORT */
evtDot11MgtMsg(vmacSta_p,(UINT8 *)wlanMsg_p, skb);
#endif /* CLIENT_SUPPORT */
break;
}
break;
}
case IEEE_TYPE_CONTROL:
{
WLDBG_INFO(DBG_LEVEL_11, "IEEE_TYPE_CONTROL message received. \n");
{
switch (wlanMsg_p->Hdr.FrmCtl.Subtype)
{
case PS_POLL:
case RTS:
case CTS:
case ACK:
case CF_END:
case CF_END_CF_ACK:
break;
default:
break;
}
} /* end if */
break;
}
default:
/* Uknown Type */
break;
}
dev_kfree_skb_any(skb);
}
/*************************************************************************
* Function: childSrv_StartSession
*
* Description: Establish a Child session with Root AP
*
* Input:
*
* Output:
*
**************************************************************************/
extern vmacEntry_t *childSrv_StartSession(UINT8 macIndex,
UINT8 *macAddr,
void *callBack_fp,
UINT32 controlParam)
{
vmacId_t idAssigned;
halMacId_t macId;
vmacEntry_t *childVMacEntry_p;
vmacStaInfo_t *childStaInfo_p;
if((childVMacEntry_p = vmacGetVMacEntryByAddr(macAddr)) != NULL)
{
#ifdef ETH_DEBUG
eprintf("Child old Entry\n");
#endif /* ETH_DEBUG */
childStaInfo_p = (vmacStaInfo_t *)childVMacEntry_p->info_p;
childStaInfo_p->AssociatedFlag = 0;
childStaInfo_p->IBssStartFlag = 0;
childStaInfo_p->Adhoc_Active = 0;
childStaInfo_p->smeMain_State = STATE_IDLE;
childStaInfo_p->macMgmtMain_State = STATE_IDLE;
childStaInfo_p->macMgmtMain_PostScanState = STATE_IDLE;
childStaInfo_p->PostScanState = STATE_IDLE;
childSrv_VmacStaInfoInit(childStaInfo_p);
return childVMacEntry_p;
}
#ifdef ETH_DEBUG
eprintf("Child new Entry\n");
#endif /* ETH_DEBUG */
if((childVMacEntry_p =childSrv_GetEntry(macAddr)) == NULL)
{
return NULL;
}
childStaInfo_p = (vmacStaInfo_t *)childVMacEntry_p->info_p;
childStaInfo_p->childControlParam = controlParam;
if(childStaInfo_p->childControlParam & MLME_CHILD_SET_ADDR_TO_HW)
{
if((macId = mlmeApiAddMacAddr(childStaInfo_p, macIndex, macAddr, 0)) == -1)
{
childSrv_PutEntry(macAddr);
return NULL;
}
}
else
{
if((childBlockAddr_mask[macIndex] == 0)
|| (childBlockAddrMacId[macIndex] == -1))
{
return NULL;
}
macId = childBlockAddrMacId[macIndex];
}
childVMacEntry_p->phyHwMacIndx = macIndex;
childVMacEntry_p->macId = macId;
/* Init Station MLME Information Structure */
if(childSrv_CopyParentSessionParam(childStaInfo_p,
macIndex) == MLME_FAILURE)
{
if(childStaInfo_p->childControlParam & MLME_CHILD_SET_ADDR_TO_HW)
{
mlmeApiDelMacAddr(childStaInfo_p, macId);
}
childSrv_PutEntry(macAddr);
return NULL;
}
#ifdef STA_ADHOC_SUPPORTED
/* Beacon Buffer Pointer */
childStaInfo_p->BcnTxInfo_p = (txBcnInfo_t *)&txbcnbuf[macid2index(macId)];
childStaInfo_p->BcnBuffer_p = (macmgmtQ_MgmtMsg_t *)&(txbcnbuf[macid2index(macId)].Bcn);
/* Probe Response Pointer */
childStaInfo_p->PrbRspTxInfo_p = (txBcnInfo_t *)&txprbrspbuf[macid2index(macId)];
childStaInfo_p->PrbRspBuf_p = (macmgmtQ_MgmtMsg_t *)&(txprbrspbuf[macid2index(macId)].Bcn);
#endif /* STA_ADHOC_SUPPORTED */
/* Set it as a child session */
childStaInfo_p->isParentSession = FALSE;
/* Record the callBack Function */
childStaInfo_p->mlmeCallBack_fp = callBack_fp;
/* Record the parent vMacEntry address */
childStaInfo_p->vMacEntry_p = (UINT8 *)childVMacEntry_p;
/* Init default Parameters */
childSrv_VmacStaInfoInit((vmacStaInfo_t *)childVMacEntry_p->info_p);
/* Lastly register the station id and information structure */
if((idAssigned = vmacRegister(childVMacEntry_p)) < 0 )
{
if(childStaInfo_p->childControlParam & MLME_CHILD_SET_ADDR_TO_HW)
{
mlmeApiDelMacAddr(childStaInfo_p, macId);
}
childSrv_PutEntry(macAddr);
return NULL;
}
childVMacEntry_p->id = idAssigned;
return childVMacEntry_p;
}
