VOS_VOID NAS_RABM_MsgProc(
struct MsgCB *pMsg
)
{
MSG_HEADER_STRU *pstMsg;
struct MsgCB *pstDestMsg;
pstDestMsg = VOS_NULL_PTR;
/* 入口消息非空检查 */
if (VOS_NULL_PTR == pMsg)
{
NAS_WARNING_LOG(WUEPS_PID_RABM,
"NAS_RABM_MsgProc: Message is NULL.");
return;
}
/* 支持TD-SCDMA特性时，需对消息进行适配处理，将TD模的发送PID适配为W模的PID */
if ( VOS_TRUE == NAS_UTRANCTRL_MsgProc(pMsg, &pstDestMsg) )
{
/* 消息在UTRANCTRL模块处理完成，直接返回，不进入后续处理 */
return;
}
/* 替换消息指针 */
pstMsg = (MSG_HEADER_STRU*)pstDestMsg;
/* 处理消息 */
switch (pstMsg->ulSenderPid)
{
case WUEPS_PID_SM:
NAS_RABM_RcvSmMsg(pstDestMsg);
break;
case WUEPS_PID_GMM:
NAS_RABM_RcvGmmMsg(pstDestMsg);
break;
case WUEPS_PID_AT:
NAS_RABM_RcvAtMsg(pstDestMsg);
break;
case UEPS_PID_CDS:
NAS_RABM_RcvCdsMsg(pstDestMsg);
break;
#if (FEATURE_ON == FEATURE_BASTET)
case UEPS_PID_BASTET:
NAS_RABM_RcvBastetMsg(pstDestMsg);
break;
#endif
default:
NAS_RABM_RcvCommMsg(pstDestMsg);
break;
}
}
VOS_UINT32 NAS_MML_FidMsgProc(
struct MsgCB *pRcvMsg
)
{
MSG_HEADER_STRU *pstMsgHeader = VOS_NULL_PTR;
struct MsgCB *pstDestMsg;
VOS_UINT32 ulRslt;
pstDestMsg = VOS_NULL_PTR;
/* 入口参数检查 */
if ( VOS_NULL_PTR == pRcvMsg )
{
NAS_ERROR_LOG(WUEPS_PID_MMC, "NAS_MML_FidMsgProc:Empty Msg");
return VOS_ERR;
}
pstMsgHeader = (MSG_HEADER_STRU *)pRcvMsg;
NAS_MML_LogMsgInfo(pstMsgHeader);
/* 将当前消息进入UTRANCTRL模块进行处理 */
ulRslt = NAS_UTRANCTRL_MsgProc(pRcvMsg, &pstDestMsg);
/* 消息在UTRANCTRL模块处理完成，直接返回，不进入后续处理 */
if ( VOS_TRUE == ulRslt )
{
return VOS_OK;
}
/* 如果经过UTRUNCTRL处理消息改变，则在记录一次 */
if (pRcvMsg != pstDestMsg)
{
NAS_MML_LogMsgInfo(pstMsgHeader);
}
/* 处理从UTRANCTRL模块返回的消息 */
NAS_MML_MsgProc(pstDestMsg);
/* 处理UTRANCTRL模块缓存的消息 */
NAS_UTRANCTRL_ProcBufferMsg();
NAS_MML_UpdateExitTime();
return VOS_OK;
}
VOS_VOID NAS_UTRANCTRL_ProcBufferMsg(VOS_VOID)
{
#if (FEATURE_ON == FEATURE_UE_MODE_TDS)
struct MsgCB *pstNextBufferMsg = VOS_NULL_PTR;
struct MsgCB *pstNextBufferDestMsg = VOS_NULL_PTR;
VOS_UINT32 ulRslt;
/* 先判断是否可以处理UTRANCTRL模块的缓存消息 */
if (NAS_UTRANCTRL_FSM_MAIN == NAS_UTRANCTRL_GetCurrFsmId())
{
/* 从UTRANCTRL模块获取缓存的外部消息 */
pstNextBufferMsg = NAS_UTRANCTRL_GetNextCachBufferMsg();
while (VOS_NULL_PTR != pstNextBufferMsg)
{
/* 将当前消息进入UTRANCTRL模块进行处理 */
ulRslt = NAS_UTRANCTRL_MsgProc(pstNextBufferMsg, &pstNextBufferDestMsg);
/* 消息在UTRANCTRL模块未处理完成,继续在MMC继续处理 */
if (VOS_FALSE == ulRslt)
{
/* 处理从UTRANCTRL模块获取的缓存消息 */
NAS_MML_MsgProc(pstNextBufferDestMsg);
}
/* 消息在UTRANCTRL处理后，可能重新进到状态机，需要跳出当前缓冲消息循环处理 */
if (NAS_UTRANCTRL_FSM_MAIN != NAS_UTRANCTRL_GetCurrFsmId())
{
/* 跳出循环 */
break;
}
/* 寻找下一条UTRANCTRL模块缓存的外部消息 */
pstNextBufferMsg = (struct MsgCB *)NAS_UTRANCTRL_GetNextCachBufferMsg();
}
}
#endif
}
VOS_VOID NAS_MML_MsgProc(
struct MsgCB *pRcvMsg
)
{
NAS_MML_INTERNAL_MSG_BUF_STRU *pstNextMsg = VOS_NULL_PTR;
pNasMmPIdMsgProc pMsgProc = VOS_NULL_PTR;
MSG_HEADER_STRU *pstMsgHeader = VOS_NULL_PTR;
#ifndef __PS_WIN32_RECUR__
VOS_UINT32 ulIsSndOmPcRecurMsgValid;
#endif
VOS_UINT32 ulRslt;
struct MsgCB *pstNextDestMsg;
/* 入口参数检查 */
if ( VOS_NULL_PTR == pRcvMsg )
{
NAS_ERROR_LOG(WUEPS_PID_MMC, "NAS_MML_MsgProc:Empty Msg");
return;
}
if (VOS_TRUE == NAS_MML_GetSvlteSupportFlag())
{
NAS_MML_ConvertOamSendPid(&pRcvMsg->ulSenderPid);
}
pMsgProc = NAS_MML_FindPidMsgProc(pRcvMsg->ulReceiverPid);
/* 未找到处理函数直接返回 */
if ( VOS_NULL_PTR == pMsgProc )
{
NAS_ERROR_LOG(WUEPS_PID_MMC, "NAS_MML_MsgProc:Invalid rcv pid");
return;
}
/* 先处理外部消息 */
pMsgProc(pRcvMsg);
/* 外部消息处理完成后处理内部消息 */
pstNextMsg = NAS_MML_GetNextInternalMsg();
while (VOS_NULL_PTR != pstNextMsg)
{
#if (FEATURE_ON == FEATURE_LTE)
if (PS_PID_MM == pstNextMsg->ulSenderPid)
{
pstMsgHeader = (MSG_HEADER_STRU *)pstNextMsg;
NAS_MML_LogMsgInfo(pstMsgHeader);
}
#endif
pMsgProc = NAS_MML_FindPidMsgProc(pstNextMsg->ulReceiverPid);
/* 未找到处理函数直接返回 */
if ( VOS_NULL_PTR == pMsgProc )
{
NAS_ERROR_LOG(WUEPS_PID_MMC, "NAS_MML_MsgProc:Invalid rcv pid");
}
#if (FEATURE_ON == FEATURE_LTE)
else if ((VOS_FALSE == NAS_MML_IsPlatformSupportLte())
&& (PS_PID_MM == pstNextMsg->ulReceiverPid))
{
NAS_INFO_LOG(WUEPS_PID_MMC, "NAS_MML_MsgProc:Platform not support Lte");
}
#endif
else
{
/* 将该消息钩出来,以便于在PSTAS中显示 */
DIAG_TraceReport(pstNextMsg);
/* 将当前消息进入UTRANCTRL模块进行处理 */
ulRslt = NAS_UTRANCTRL_MsgProc((struct MsgCB *)pstNextMsg, &pstNextDestMsg);
/* 消息在UTRANCTRL模块处理完成，直接返回，不进入后续处理 */
if ( VOS_FALSE == ulRslt )
{
pMsgProc((struct MsgCB *)pstNextDestMsg);
}
}
/* 寻找下一条内部消息 */
pstNextMsg = NAS_MML_GetNextInternalMsg();
}
#ifndef __PS_WIN32_RECUR__
ulIsSndOmPcRecurMsgValid = NAS_MML_IsSndOmPcRecurMsgValid();
if ( (VOS_TRUE == NAS_MML_GetUePcRecurFlg())
&& (VOS_TRUE == ulIsSndOmPcRecurMsgValid))
{
NAS_MML_SetUePcRecurFlg(VOS_FALSE);
NAS_MMC_SndOutsideContextData();
NAS_MM_SndOutsideContextData();
NAS_GMM_SndOutsideContextData();
}
#endif
return;
}
VOS_VOID MN_DispatchMsg (struct MsgCB * pstMsg)
{
struct MsgCB *pstSrcMsg = VOS_NULL_PTR;
struct MsgCB *pstDestMsg = VOS_NULL_PTR;
if (VOS_NULL_PTR == pstMsg)
{
return;
}
if (VOS_TRUE == TAF_SDC_GetSvlteSupportFlag())
{
/* svlte特性开启时，modem1可能收到usim0的消息，需要将消息中send pid进行转换 */
pstMsg->ulSenderPid = TAF_SDC_ConvertOamSendPid(pstMsg->ulSenderPid);
}
/* 支持TD-SCDMA特性时，需对消息进行适配处理 */
if ( VOS_TRUE == NAS_UTRANCTRL_MsgProc(pstMsg, &pstDestMsg) )
{
/* 消息在UTRANCTRL模块处理完成，直接返回，不进入后续处理 */
return;
}
pstSrcMsg = pstDestMsg;
if (VOS_TRUE == TAF_SPM_MsgProc(pstSrcMsg, &pstDestMsg))
{
/* 消息在SPM模块处理完成,直接返回,不需要进入后续处理 */
return;
}
/* 替换消息指针 */
switch (pstDestMsg->ulSenderPid)
{
case VOS_PID_TIMER:
MN_ProcTimerMsg(pstDestMsg);
break;
case UEPS_PID_CST:
MN_CALL_ProcCstCallPrimitive(pstDestMsg);
break;
case MAPS_STK_PID:
MN_DispatchStkMsg(pstDestMsg);
break;
case WUEPS_PID_TAF:
MN_DispatchTafMsg(pstDestMsg);
break;
case WUEPS_PID_AT:
MN_DispatchAppMsg(pstDestMsg);
break;
case WUEPS_PID_CC:
MN_CALL_ProcMnccPrimMsg(pstDestMsg);
break;
case WUEPS_PID_MMC:
MN_ProcMmcMsg(pstDestMsg);
break;
case WUEPS_PID_MMA:
MN_ProcMmaMsg(pstDestMsg);
break;
case WUEPS_PID_MM:
break;
case WUEPS_PID_SS:
break;
case WUEPS_PID_SMS:
MN_MSG_ProcSmsMsg((VOS_VOID*)pstDestMsg);
break;
#if (FEATURE_IMS == FEATURE_ON)
case PS_PID_IMSA:
MN_DispatchImsaMsg((VOS_VOID*)pstDestMsg);
break;
#endif
case WUEPS_PID_SM:
TAF_APS_ProcMsg(pstDestMsg);
break;
#if (FEATURE_ON == FEATURE_LTE)
case PS_PID_ESM:
TAF_APS_ProcMsg(pstDestMsg);
break;
case MSP_L4_L4A_PID:
TAF_APS_ProcMsg(pstDestMsg);
break;
#endif
case WUEPS_PID_RABM:
MN_DispatchRabmMsg(pstDestMsg);
break;
case UEPS_PID_SN:
TAF_APS_ProcMsg(pstDestMsg);
break;
case WUEPS_PID_USIM:
case MAPS_PB_PID:
MN_ProcUsimMsg(pstDestMsg);
break;
case MAPS_PIH_PID:
MN_ProcPihMsg(pstDestMsg);
break;
case WUEPS_PID_OM:
MN_ProcOmMsg(pstDestMsg);
break;
case WUEPS_PID_VC:
MN_CALL_ProcVCMsg(pstDestMsg);
break;
#if ((FEATURE_ON == FEATURE_GCBS) || (FEATURE_ON == FEATURE_WCBS))
case UEPS_PID_GAS:
case WUEPS_PID_BMC:
#if (FEATURE_ON == FEATURE_LTE)
case PS_PID_ERRC:
#endif
case WUEPS_PID_WRR:
TAF_CBA_MsgProc(pstDestMsg);
break;
#endif
case UEPS_PID_NDCLIENT:
TAF_APS_ProcMsg(pstDestMsg);
break;
case ACPU_PID_TAFAGENT:
TAF_APS_ProcMsg(pstDestMsg);
break;
default:
MN_ERR_LOG1("MN_DispatchMsg: Unknown message sender, SenderPid, ", (VOS_INT32)pstMsg->ulSenderPid);
break;
}
}
