VOS_VOID TAF_APS_Proc1xToHrpdHandOff(
VOS_UINT8 ucPdpId,
VOS_UINT8 ucIsNewSession
)
{
if (TAF_APS_TIMER_STATUS_RUNING == TAF_APS_GetTimerStatus(TI_TAF_APS_CDATA_DORMANT, ucPdpId))
{
TAF_APS_StopTimer(TI_TAF_APS_CDATA_DORMANT, ucPdpId);
}
/* 从1X切换到HRPD */
if (VOS_TRUE == ucIsNewSession)
{
/* 更新当前建立数据服务的模式 */
TAF_APS_SetCurrPdpEntityDataServiceMode(TAF_APS_RAT_TYPE_HRPD);
/* 通知外部模块当前的PS服务所在的模式 */
TAF_APS_SndExternalModulePsRatTypeNtf(TAF_APS_RAT_TYPE_HRPD);
}
else
{
/* 发送内部1X到HRPD切换请求消息 */
TAF_APS_SndInter1XToHrpdHandOffReq(ucPdpId);
}
return;
}
VOS_UINT32 TAF_APS_RcvHsmHandOffCnf_CdataHandOff_WaitHsmHandOffCnf(
VOS_UINT32 ulEventType,
struct MsgCB *pstMsg
)
{
HSM_APS_1X_TO_HRPD_HANDOFF_CNF_STRU *pstApsHandOffCnf;
VOS_UINT8 ucPdpId;
/* 初始化 */
pstApsHandOffCnf = (HSM_APS_1X_TO_HRPD_HANDOFF_CNF_STRU *)pstMsg;
ucPdpId = TAF_APS_GetCurrFsmEntityPdpId();
/* 停止模式切换定时器 */
TAF_APS_StopTimer(TI_TAF_APS_1X_TO_HRPD_HANDOFF_TIMER, ucPdpId);
/* 数据服务切换成功 */
if (HSM_APS_CAUSE_SUCCESS == pstApsHandOffCnf->ulCause)
{
/* 更新建立数据服务的接入技术 */
TAF_APS_SetCurrPdpEntityDataServiceMode(TAF_APS_RAT_TYPE_HRPD);
/* 通知外部模块当前的PS服务所在的模式 */
TAF_APS_SndExternalModulePsRatTypeNtf(TAF_APS_RAT_TYPE_HRPD);
}
/* 主状态迁移至TAF_APS_STA_DORMANT */
TAF_APS_SetCurrPdpEntityMainFsmState(TAF_APS_STA_DORMANT);
/* 退出子状态状态机 */
TAF_APS_QuitCurrSubFsm();
return VOS_TRUE;
}
VOS_UINT32 TAF_APS_RcvXccIncomingCallInd_CdataHandOff_WaitHsmHandOffCnf(
VOS_UINT32 ulEventType,
struct MsgCB *pstMsg
)
{
VOS_UINT8 ucPdpId;
/* 初始化, 获取PDP ID */
ucPdpId = TAF_APS_GetCurrFsmEntityPdpId();
/* 停止保数据服务切换保护定时器 */
TAF_APS_StopTimer(TI_TAF_APS_1X_TO_HRPD_HANDOFF_TIMER, ucPdpId);
/*-------------------------------------------------------
加载TAF_APS_FSM_CDATA_ESTING状态机
加载后子状态切换为TAF_APS_FSM_CDATA_ESTING_SUBSTA_INIT
在TAF_APS_FSM_CDATA_ESTING_SUBSTA_INIT子状态中处理
ID_XCC_APS_INCOMING_CALL_IND消息
-------------------------------------------------------*/
TAF_APS_InitSubFsm(TAF_APS_FSM_CDATA_ESTING,
TAF_APS_GetCdataEstingFsmDescAddr(),
TAF_APS_CDATA_ESTING_SUBSTA_INIT);
return VOS_TRUE;
}
VOS_VOID TAF_APS_StartDsFlowRpt( VOS_VOID )
{
TAF_APS_TIMER_STATUS_ENUM_U8 enTimerStatus;
/* 如果当前流量上报定时器正在运行，先停止定时器 */
enTimerStatus = TAF_APS_GetTimerStatus(TI_TAF_APS_DSFLOW_REPORT,
TAF_APS_INVALID_PDPID);
if (TAF_APS_TIMER_STATUS_RUNING == enTimerStatus)
{
TAF_APS_StopTimer(TI_TAF_APS_DSFLOW_REPORT, TAF_APS_INVALID_PDPID);
}
/* 判断当前是否有RAB激活 */
if (VOS_TRUE == TAF_APS_CheckIfActiveRabIdExist())
{
/* 依次轮询所有RABID，刷新已激活RAB的当前连接流量信息 */
TAF_APS_UpdateAllRabCurrentFlowInfo();
/* 启动流量上报定时器 */
TAF_APS_StartTimer(TI_TAF_APS_DSFLOW_REPORT,
TI_TAF_APS_DSFLOW_REPORT_LEN,
TAF_APS_INVALID_PDPID);
}
return;
}
VOS_VOID TAF_APS_ProcMsgEntry(
struct MsgCB *pstMsg
)
{
VOS_UINT32 ulRet;
VOS_UINT32 ulEventType;
REL_TIMER_MSG *pstRcvTimerMsg;
if ( VOS_NULL_PTR == pstMsg )
{
TAF_ERROR_LOG(WUEPS_PID_TAF,"TAF_APS_ProcMsgEntry:null pointer");
return;
}
/* 如果是超时消息，需要显式的清除定时器的运行状态 */
if ( VOS_PID_TIMER == ((MSG_HEADER_STRU*)pstMsg)->ulSenderPid )
{
pstRcvTimerMsg = (REL_TIMER_MSG *)pstMsg;
TAF_APS_StopTimer(pstRcvTimerMsg->ulName, pstRcvTimerMsg->ulPara);
}
/*
动作表里的消息处理函数依照发送者的PID和消息名来区分，两者共同
构造EventType
*/
ulEventType = TAF_APS_BuildEventType(pstMsg);
/* 如果在预处理中已经处理完成则直接返回 */
if ( VOS_TRUE == TAF_APS_PreProcessMsg(ulEventType, pstMsg))
{
return;
}
/* 进入状态机处理 */
ulRet = TAF_APS_ProcessMsgInFsm(ulEventType, pstMsg);
/* 此处流程上有点问题，需要增加判定，只有子状态机有退出的时候，
才需要处理缓存 */
/* 该消息在状态机中已经处理完成,可尝试处理一下缓存 */
if ( VOS_TRUE == ulRet)
{
TAF_APS_ProcessBufferMsg();
}
/* 在当前状态机中未处理完毕，判断消息是否需要打断当前的L2状态机,后处理 */
else
{
TAF_APS_PostProcessMsg(ulEventType, pstMsg);
}
return;
}
VOS_VOID TAF_APS_StopDsFlowRpt( VOS_VOID )
{
TAF_APS_TIMER_STATUS_ENUM_U8 enTimerStatus;
/* 如果当前流量上报定时器正在运行，停止定时器 */
enTimerStatus = TAF_APS_GetTimerStatus(TI_TAF_APS_DSFLOW_REPORT,
TAF_APS_INVALID_PDPID);
if (TAF_APS_TIMER_STATUS_RUNING == enTimerStatus)
{
TAF_APS_StopTimer(TI_TAF_APS_DSFLOW_REPORT, TAF_APS_INVALID_PDPID);
}
return;
}
VOS_UINT32 TAF_APS_RcvPsCallEndReq_CdataHandOff_WaitHsmHandOffCnf(
VOS_UINT32 ulEventType,
struct MsgCB *pstMsg
)
{
TAF_PS_MSG_STRU *pstAppMsg;
TAF_PS_CALL_END_REQ_STRU *pstCallEndReq;
VOS_UINT8 ucPdpId;
/* 获取消息内容 */
pstAppMsg = (TAF_PS_MSG_STRU*)pstMsg;
pstCallEndReq = (TAF_PS_CALL_END_REQ_STRU*)(pstAppMsg->aucContent);
ucPdpId = TAF_APS_GetCurrFsmEntityPdpId();
/* 保存子状态机的入口消息 */
TAF_APS_SaveCurrSubFsmEntryMsg(ulEventType, pstMsg);
/* 上报PS呼叫挂断响应事件 */
TAF_APS_SndCallEndCnf(&(pstCallEndReq->stCtrl), pstCallEndReq->ucCid, TAF_PS_CAUSE_SUCCESS);
/* 停止保数据服务切换保护定时器 */
TAF_APS_StopTimer(TI_TAF_APS_1X_TO_HRPD_HANDOFF_TIMER, ucPdpId);
//To do:暂时按照此流程做，后面参考标杆来做
/* 如果PPP已激活，通知PPP去激活 */
if (TAF_APS_CDATA_PPP_STATE_ACTIVE == TAF_APS_GetPdpEntPppState(ucPdpId))
{
TAF_APS_SndPppDeactInd(ucPdpId);
}
/* 上报去激活的事件 */
TAF_APS_SndPdpDeActivateInd(ucPdpId, TAF_PS_CAUSE_SUCCESS);
/* 释放APS资源 */
Aps_ReleaseApsResource(ucPdpId);
/* 配置IP过滤 */
TAF_APS_IpfConfigUlFilter(ucPdpId);
/* 主状态迁移至TAF_APS_STA_INACTIVE */
TAF_APS_SetCurrPdpEntityMainFsmState(TAF_APS_STA_INACTIVE);
/* 退出子状态状态机 */
TAF_APS_QuitCurrSubFsm();
return VOS_TRUE;
}
VOS_VOID TAF_APS_StopDsFlowStats(
VOS_UINT8 ucRabId
)
{
VOS_UINT32 ulIndex;
TAF_APS_DSFLOW_STATS_CTX_STRU *pstApsDsFlowCtx;
TAF_DSFLOW_INFO_STRU stCurrentFlowInfo;
VOS_UINT16 usModemid;
/* 判断RAB ID是否有效 */
if ((ucRabId < TAF_APS_RAB_ID_MIN) || (ucRabId > TAF_APS_RAB_ID_MAX))
{
return;
}
/* 初始化 */
PS_MEM_SET(&stCurrentFlowInfo, 0, sizeof(TAF_DSFLOW_INFO_STRU));
pstApsDsFlowCtx = TAF_APS_GetDsFlowCtxAddr();
ulIndex = ucRabId - TAF_APS_RAB_ID_OFFSET;
if (VOS_TRUE == pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].ucRabActiveFlag)
{
/* 刷新流量上下文当前连接流量信息 */
TAF_APS_GetCurrentFlowInfo(ucRabId, &stCurrentFlowInfo);
pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].stCurrentFlowInfo = stCurrentFlowInfo;
/* 刷新流量上下文累积连接流量信息 */
pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].stTotalFlowInfo.ulDSLinkTime
+= pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].stCurrentFlowInfo.ulDSLinkTime;
/* 接收字节累加 */
TAF_APS_BIT64_ADD(pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].stTotalFlowInfo.ulDSReceiveFluxHigh,
pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].stTotalFlowInfo.ulDSReceiveFluxLow,
pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].stTotalFlowInfo.ulDSReceiveFluxHigh,
pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].stTotalFlowInfo.ulDSReceiveFluxLow,
pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].stCurrentFlowInfo.ulDSReceiveFluxHigh,
pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].stCurrentFlowInfo.ulDSReceiveFluxLow);
/* 发送字节累加 */
TAF_APS_BIT64_ADD(pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].stTotalFlowInfo.ulDSSendFluxHigh,
pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].stTotalFlowInfo.ulDSSendFluxLow,
pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].stTotalFlowInfo.ulDSSendFluxHigh,
pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].stTotalFlowInfo.ulDSSendFluxLow,
pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].stCurrentFlowInfo.ulDSSendFluxHigh,
pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].stCurrentFlowInfo.ulDSSendFluxLow);
/* 设置该RAB ID为去激活标志 */
pstApsDsFlowCtx->astApsDsFlowStats[ulIndex].ucRabActiveFlag = VOS_FALSE;
}
/* 如果当前所有RAB均已去激活，则停止流量上报定时器和周期性保存流量定时器 */
if (VOS_FALSE == TAF_APS_CheckIfActiveRabIdExist())
{
/* 如果保存历史流量到NV特性使能，写NV */
TAF_APS_SaveDsFlowInfoToNv();
TAF_APS_ReleaseDfs();
TAF_APS_StopTimer(TI_TAF_APS_DSFLOW_REPORT,
TAF_APS_INVALID_PDPID);
TAF_APS_StopTimer(TI_TAF_APS_DSFLOW_WRITE_NV,
TAF_APS_INVALID_PDPID);
}
/* 调用CDS API 清除该RABID的流量信息 */
usModemid = VOS_GetModemIDFromPid(WUEPS_PID_TAF);
CDS_ClearBearerDataFlowInfo(ucRabId, usModemid);
return;
}
