VOS_VOID NAS_RABM_RcvGmmVoicePreferMmlProcStatusQryCnf(
struct MsgCB *pstMsg
)
{
GMM_RABM_MML_PROC_STATUS_QRY_CNF_STRU *pstProcStatus;
pstProcStatus = (GMM_RABM_MML_PROC_STATUS_QRY_CNF_STRU*)pstMsg;
if ( (VOS_TRUE != pstProcStatus->stMmlProcStatus.bitOpGmmSpecificProcedure)
&& (VOS_TRUE != pstProcStatus->stMmlProcStatus.bitOpPsSmsService)
&& (VOS_TRUE == pstProcStatus->stMmlProcStatus.bitOpCsSignal))
{
NAS_RABM_VoicePreferActivateJudgeStepTwo();
}
/* 条件不满足,如果不超过最大重试查询次数延迟后再次查询*/
else if (NAS_RABM_VoicePreferGetReQryGmmCnt() < VP_REQRY_GMM_MAX_TIMES)
{
NAS_RabmStartTimer(RABM_TIMER_NAME_COMMON, RABM_TIMER_VOICEPREFER_REQRY_GMM_DELAY);
}
else
{
}
return;
}
VOS_VOID NAS_RABM_VoicePreferActivateJudgeStepOne(VOS_VOID)
{
VOS_UINT32 ulVpActMatch;
VOS_UINT32 ulOldVpStatus;
ulVpActMatch = NAS_RABM_IsVpActivateMatchInStepOne();
ulOldVpStatus = NAS_RABM_VoicePreferGetVpStatus();
/* 不满足初步激活条件*/
if (VOS_FALSE == ulVpActMatch)
{
/* 定时器超时事件可能在队列中，就处理了AP 下发的停止VoicePrefer ,延迟超时处理中需要判断该标志 */
NAS_RABM_VoicePreferSetStopVpFlag(VOS_TRUE);
/* 把延迟激活和重试查询GMM定时器停止,函数里面会判断定时器是否启动 */
NAS_RabmStopTimer(RABM_TIMER_NAME_COMMON, RABM_TIMER_VOICEPREFER_DELAY);
NAS_RabmStopTimer(RABM_TIMER_NAME_COMMON, RABM_TIMER_VOICEPREFER_REQRY_GMM_DELAY);
/* 当前已经处于激活状态*/
if (VOS_TRUE == ulOldVpStatus)
{
/* 使VP去激活，并通知其他模块*/
NAS_RABM_VoicePreferSetVpStatus(VOS_FALSE);
NAS_RABM_SendVpActIndToOtherModule(VOS_FALSE);
}
/* 当前不处于激活状态,前面已经处理，这里不再进行任何操作*/
}
/* 满足初步激活条件 */
else
{ /*满足初步激活条件并且已经处于激活态不需要任何操作*/
if(VOS_TRUE == ulOldVpStatus)
{
NAS_NORMAL_LOG(WUEPS_PID_RABM,
"NAS_RABM_VoicePreferActivateJudgeStepOne: VP Already Activated");
}
/* 满足初步激活条件但是当前并没有处于激活状态 */
else
{
/* 如果延迟定时器没有启动,启动延迟定时器*/
if(NAS_RABM_TIMER_STATUS_STOP
== NAS_RABM_CheckTimerStatus(RABM_TIMER_NAME_COMMON,RABM_TIMER_VOICEPREFER_DELAY))
{
NAS_RabmStartTimer(RABM_TIMER_NAME_COMMON, RABM_TIMER_VOICEPREFER_DELAY);
/* 延迟激活定时器启动时应停止延迟查询GMM定时器 */
NAS_RabmStopTimer(RABM_TIMER_NAME_COMMON, RABM_TIMER_VOICEPREFER_REQRY_GMM_DELAY);
NAS_RABM_VoicePreferSetStopVpFlag(VOS_FALSE);
}
/* 如果延迟定时器已经启动,保持原来定时器不重新启动*/
}
}
return;
}
VOS_VOID NAS_RabmSmPdpActivateIndMsg( VOS_VOID *pMsg )
{
RABMSM_ACTIVATE_IND_STRU *pstPdpActivateIndMsg;
RABM_NSAPI_ENUM NsapiIndex;
QCI_TYPE_ENUM_UINT8 enQci;
pstPdpActivateIndMsg = ( RABMSM_ACTIVATE_IND_STRU * )pMsg;
if ( ( pstPdpActivateIndMsg->ulNsapi < RABM_MIN_NSAPI_NUMBER )
|| ( pstPdpActivateIndMsg->ulNsapi > RABM_MAX_NSAPI_NUMBER ) )
{
/*打印警告信息---入口消息非法:*/
RABM_LOG_WARNING( "NAS_RabmSmPdpActivateIndMsg:WARNING:The NSAPI item of the Entry Parameter is BEYOND range!" );
return;
}
if ( ( RABMSM_ACT_MSG_1 != pstPdpActivateIndMsg->ulActMsgType )
&& ( RABMSM_ACT_MSG_2 != pstPdpActivateIndMsg->ulActMsgType ) )
{
/*打印警告信息---入口消息中消息的标识非法:*/
RABM_LOG1_WARNING( "NAS_RabmSmPdpActivateIndMsg:WARNING:The MsgType item of the Entry Parameter is ERROR!: NSAPI:", (VOS_INT32)(pstPdpActivateIndMsg->ulNsapi) );
return;
}
NsapiIndex = ( RABM_NSAPI_ENUM )( pstPdpActivateIndMsg->ulNsapi - RABM_2G_NSAPI_OFFSET );
switch ( gastRabm2GEntity[NsapiIndex].State ) /*该NSAPI所对应的状态*/
{
case RABM_2G_NULL:
if ( RABMSM_ACT_MSG_1 == pstPdpActivateIndMsg->ulActMsgType )
{
/*打印流程信息---收到第一条PDP激活消息:*/
RABM_LOG1_NORMAL( "NAS_RabmSmPdpActivateIndMsg:NORMAL:RECEIVE The FIRST PdpActivateInd Msg: NSAPI:", (VOS_INT32)(pstPdpActivateIndMsg->ulNsapi) );
/*获取ucPppFlg:*/
if( RABM_SM_PPP_PROT == pstPdpActivateIndMsg->ulPppFlag )
{
gastRabm2GEntity[NsapiIndex].ucPppFlg = RABM_SM_PPP_PROT;
}
else
{
gastRabm2GEntity[NsapiIndex].ucPppFlg = RABM_SM_IP_PROT;
}
return;
}
if ((RABMSM_ACT_MSG_2 == pstPdpActivateIndMsg->ulActMsgType)
&& (VOS_TRUE == NAS_RABM_GetDataSuspendFlg()))
{
/*打印流程信息---状态切换:*/
RABM_LOG1_NORMAL( "STATE RABM_2G_NULL state CHANGE TO RABM_DATA_TRANS_STOP state: NSAPI:", (VOS_INT32)(pstPdpActivateIndMsg->ulNsapi) );
/*将该NSAPI的状态置为RABM_DATA_TRANS_STOP:*/
RABM_SetGState(NsapiIndex, RABM_DATA_TRANS_STOP);
}
else
{
/*启动Rabm.act.req.T1定时器:*/
NAS_RabmStartTimer( ( RABM_TIMER_NAME_ENUM )NsapiIndex, RABM_TIMER_PARA_ACT_REQ_T1 );
/*打印流程信息---启动了Rabm.act.req.T1定时器:*/
RABM_LOG1_NORMAL( "NAS_RabmSmPdpActivateIndMsg:NORMAL:Start Rabm.act.req.T1 Timer SUCCESS: NSAPI:", (VOS_INT32)(pstPdpActivateIndMsg->ulNsapi) );
/*将该NSAPI的状态置为RABM_NSAPI_OK_TRANSMODE_NO:*/
RABM_SetGState(NsapiIndex, RABM_NSAPI_OK_TRANSMODE_NO);
/*打印流程信息---状态切换:*/
RABM_LOG1_NORMAL( "STATE RABM_2G_NULL state CHANGE TO RABM_NSAPI_OK_TRANSMODE_NO state: NSAPI:", (VOS_INT32)(pstPdpActivateIndMsg->ulNsapi) );
}
gastRabm2GEntity[NsapiIndex].stQos.ulQosLength = pstPdpActivateIndMsg->Qos.ulLength;
PS_MEM_CPY(gastRabm2GEntity[NsapiIndex].stQos.aucQosValue,
pstPdpActivateIndMsg->Qos.aucQosValue,
NAS_RABM_MAX_QOS_LEN);
/*创建RAB_MAP映射实体*/
NAS_RABM_CreateRabMapEntity((VOS_UINT8)(pstPdpActivateIndMsg->ulNsapi),
(VOS_UINT8)(pstPdpActivateIndMsg->ulLinkdNsapi),
(VOS_UINT8)(pstPdpActivateIndMsg->ulNsapi));
/* 给CDS发送消息通知CDS QOS信息 */
enQci = NAS_RABM_GetQciFromQos(gastRabm2GEntity[NsapiIndex].stQos.ulQosLength,
gastRabm2GEntity[NsapiIndex].stQos.aucQosValue);
NAS_RABM_SndCdsQosFcRabCreateInd(NsapiIndex + RABM_NSAPI_OFFSET, enQci);
break;
case RABM_NSAPI_OK_TRANSMODE_NO:
case RABM_DATA_TRANS_READY:
case RABM_ROUT_AREA_UPDATE:
case RABM_DATA_TRANS_STOP: /*激活此四种非空状态下的NSAPI，则只进行QoS的更新，故处理方式一样*/
if ( RABMSM_ACT_MSG_1 == pstPdpActivateIndMsg->ulActMsgType )
{
/*打印流程信息---收到第一条PDP激活消息:*/
RABM_LOG1_NORMAL( "NAS_RabmSmPdpActivateIndMsg:NORMAL:RECEIVE The FIRST PdpActivateInd Msg: NSAPI:", (VOS_INT32)(pstPdpActivateIndMsg->ulNsapi) );
return;
}
/*打印流程信息---此时该NSAPI已激活，故更新Qos:*/
RABM_LOG1_NORMAL( "NAS_RabmSmPdpActivateIndMsg:NORMAL:This NSAPI has been Activated,so UPDATE the QoS: NSAPI:", (VOS_INT32)(pstPdpActivateIndMsg->ulNsapi) );
gastRabm2GEntity[NsapiIndex].stQos.ulQosLength = pstPdpActivateIndMsg->Qos.ulLength;
PS_MEM_CPY(gastRabm2GEntity[NsapiIndex].stQos.aucQosValue,
pstPdpActivateIndMsg->Qos.aucQosValue,
NAS_RABM_MAX_QOS_LEN);
break;
default:
/*打印出错信息---该NSAPI的状态字段出错:*/
RABM_LOG1_ERROR( "NAS_RabmSmPdpActivateIndMsg:ERROR:This NSAPI's state is WRONG!: NSAPI:", (VOS_INT32)(pstPdpActivateIndMsg->ulNsapi) );
break;
}
return;
}
