/******************************************************************************
Prototype : CpuView_IntLevChgOutHook
Description : 中断切换钩子函数
Input :
Output :
Return Value :
Calls :
Called By :
History : ---
1.Date : 2007-1-24
Author : g45205
Modification: Created function
******************************************************************************/
VOS_VOID CpuView_IntLevChgOutHook(VOS_UINT32 ulOldLev)
{
VOS_INT32 lLockValue;
VOS_UINT32 ulCurrentSlice;
if (CPU_VIEW_NO == g_ulTaskWatch)
{
return;
}
lLockValue = VOS_SplIMP();
if (CPU_VIEW_YES == CpuView_IsOverturn())
{
VOS_Splx(lLockValue);
return;
}
/* get current time */
mdrv_timer_get_rest_time(CPU_VIEW_CLK_ID, TIMER_UNIT_NONE, (unsigned int *)&ulCurrentSlice);
g_pstCpuView[g_ulCpuViewCnt].ulId = ulOldLev;
g_pstCpuView[g_ulCpuViewCnt].ucType = CPU_VIEW_TYPE_INT;
g_pstCpuView[g_ulCpuViewCnt].ucLev = CPU_VIEW_LEV_EXIT;
g_pstCpuView[g_ulCpuViewCnt].ulSlice = ulCurrentSlice;
g_pstCpuView[g_ulCpuViewCnt].ulTick = CPU_VIEW_GET_TICK();
g_pstCpuView[g_ulCpuViewCnt].ulPC = 0xFFFFFFFF;
g_pstCpuView[g_ulCpuViewCnt].ulPara1 = 0;
g_ulCpuViewCnt++;
VOS_Splx(lLockValue);
return;
} /* CpuView_IntLevChgOutHook */
/******************************************************************************
Prototype : CpuView_SetPoint
Description : 在代码中设置观察点的函数
Input :
Output :
Return Value :
Calls :
Called By :
History : ---
1.Date : 2007-1-24
Author : g45205
Modification: Created function
******************************************************************************/
VOS_VOID CpuView_SetPoint(VOS_UINT32 ulId, VOS_UINT8 ucLev, VOS_UINT32 ulPara0, VOS_UINT32 ulPara1)
{
VOS_INT32 lLockValue;
VOS_UINT32 ulCurrentSlice;
if (CPU_VIEW_NO == g_ulPointWatch)
{
return;
}
lLockValue = VOS_SplIMP();
if (CPU_VIEW_YES == CpuView_IsOverturn())
{
VOS_Splx(lLockValue);
return;
}
/* get current time */
mdrv_timer_get_rest_time(CPU_VIEW_CLK_ID, TIMER_UNIT_NONE, (unsigned int *)&ulCurrentSlice);
g_pstCpuView[g_ulCpuViewCnt].ulId = ulId;
g_pstCpuView[g_ulCpuViewCnt].ucType = CPU_VIEW_TYPE_POINT;
g_pstCpuView[g_ulCpuViewCnt].ucLev = ucLev;
g_pstCpuView[g_ulCpuViewCnt].ulSlice = ulCurrentSlice;
g_pstCpuView[g_ulCpuViewCnt].ulTick = CPU_VIEW_GET_TICK();
g_pstCpuView[g_ulCpuViewCnt].ulPC = ulPara0;
g_pstCpuView[g_ulCpuViewCnt].ulPara1 = ulPara1;
g_ulCpuViewCnt++;
VOS_Splx(lLockValue);
return;
} /* CpuView_SetPoint */
/******************************************************************************
Prototype : __cyg_profile_func_exit
Description : 函数退出钩子函数
Input :
Output :
Return Value :
Calls :
Called By :
History : ---
1.Date : 2007-1-24
Author : g45205
Modification: Created function
******************************************************************************/
VOS_VOID __cyg_profile_func_exit(VOS_VOID *this_fn, VOS_VOID *call_site)
{
VOS_INT32 lLockValue;
VOS_UINT32 ulCurrentSlice;
if (CPU_VIEW_NO == g_ulFuncWatch)
{
return;
}
lLockValue = VOS_SplIMP();
if (CPU_VIEW_YES == CpuView_IsOverturn())
{
VOS_Splx(lLockValue);
return;
}
/* get current time */
mdrv_timer_get_rest_time(CPU_VIEW_CLK_ID, TIMER_UNIT_NONE, (unsigned int *)&ulCurrentSlice);
g_pstCpuView[g_ulCpuViewCnt].ulId = (VOS_UINT32)this_fn;
g_pstCpuView[g_ulCpuViewCnt].ucType = CPU_VIEW_TYPE_FUNC;
g_pstCpuView[g_ulCpuViewCnt].ucLev = CPU_VIEW_LEV_EXIT;
g_pstCpuView[g_ulCpuViewCnt].ulSlice = ulCurrentSlice;
g_pstCpuView[g_ulCpuViewCnt].ulTick = CPU_VIEW_GET_TICK();
g_pstCpuView[g_ulCpuViewCnt].ulPC = (VOS_UINT32)call_site;
g_pstCpuView[g_ulCpuViewCnt].ulPara1 = 0;
g_ulCpuViewCnt++;
VOS_Splx(lLockValue);
return;
} /* __cyg_profile_func_exit */
VOS_VOID CpuView_CloseTaskWatch(VOS_VOID)
{
VOS_INT32 lLockValue;
if (CPU_VIEW_NO == g_ulTaskWatch)
{
return;
}
lLockValue = VOS_SplIMP();
g_ulTaskWatch = CPU_VIEW_NO;
/* 关闭中断切换跟踪 */
DRV_VICINT_LVLCHG_HOOK_DEL();
DRV_VICINT_EXIT_HOOK_DEL();
/* 关闭任务切换跟踪 */
if ( VOS_OK != CPU_VIEW_DEL_TASK_SWITCH_HOOK( (FUNCPTR)CpuView_TaskSwitchHook ) )
{
VOS_Splx(lLockValue);
CPU_VIEW_LOG_PRINT("CpuView_CloseTaskWatch CPU_VIEW_DEL_TASK_SWITCH_HOOK fail!\r\n");
return;
}
VOS_Splx(lLockValue);
return;
} /* CpuView_CloseTaskWatch */
/******************************************************************************
Prototype : CpuView_CloseTaskWatch
Description : 关闭任务跟踪
Input :
Output :
Return Value :
Calls :
Called By :
History : ---
1.Date : 2007-1-24
Author : g45205
Modification: Created function
******************************************************************************/
VOS_VOID CpuView_CloseTaskWatch(VOS_VOID)
{
VOS_INT32 lLockValue;
if (CPU_VIEW_NO == g_ulTaskWatch)
{
return;
}
lLockValue = VOS_SplIMP();
g_ulTaskWatch = CPU_VIEW_NO;
/* 关闭中断切换跟踪 */
mdrv_int_unregister_enterhook();
mdrv_int_unregister_exithook();
/* 关闭任务切换跟踪 */
if ( VOS_OK != CPU_VIEW_DEL_TASK_SWITCH_HOOK( (FUNCPTR)CpuView_TaskSwitchHook ) )
{
VOS_Splx(lLockValue);
CPU_VIEW_LOG_PRINT("CpuView_CloseTaskWatch CPU_VIEW_DEL_TASK_SWITCH_HOOK fail!\r\n");
return;
}
VOS_Splx(lLockValue);
return;
} /* CpuView_CloseTaskWatch */
int CpuView_IntLevChgInHook(VOS_UINT32 ulNewLev)
{
VOS_INT32 lLockValue;
VOS_UINT32 ulCurrentSlice;
if (CPU_VIEW_NO == g_ulTaskWatch)
{
return VOS_ERR;
}
lLockValue = VOS_SplIMP();
if (CPU_VIEW_YES == CpuView_IsOverturn())
{
VOS_Splx(lLockValue);
return VOS_ERR;
}
/* get current time */
DRV_TIMER_GET_REST_TIME(CPU_VIEW_CLK_ID, TIMER_UNIT_NONE, (unsigned int *)&ulCurrentSlice);
g_pstCpuView[g_ulCpuViewCnt].ulId = ulNewLev;
g_pstCpuView[g_ulCpuViewCnt].ucType = CPU_VIEW_TYPE_INT;
g_pstCpuView[g_ulCpuViewCnt].ucLev = CPU_VIEW_LEV_ENTRY;
g_pstCpuView[g_ulCpuViewCnt].ulSlice = ulCurrentSlice;
g_pstCpuView[g_ulCpuViewCnt].ulTick = CPU_VIEW_GET_TICK();
g_pstCpuView[g_ulCpuViewCnt].ulPC = 0xFFFFFFFF;
g_pstCpuView[g_ulCpuViewCnt].ulPara1 = 0;
g_ulCpuViewCnt++;
VOS_Splx(lLockValue);
return VOS_OK;
} /* CpuView_IntLevChgInHook */
/*****************************************************************************
Function : VOS_GetCurrentTaskID
Description: Get current task's ID
Input : none
Output : none
Return : Return task's ID if success or fail information if fail
Other : none
*****************************************************************************/
VOS_UINT32 VOS_GetCurrentTaskID( VOS_VOID )
{
NU_TASK *task_ptr;
VOS_INT i;
VOS_INT intLockLevel;
task_ptr = NU_Current_Task_Pointer();
if( VOS_NULL_PTR == task_ptr )
{
return( VOS_NULL_LONG );
}
intLockLevel = VOS_SplIMP();
for ( i=0; i<(VOS_INT)vos_TaskCtrlBlkNumber; i++ )
{
if( VOS_TASK_CTRL_BLK_BUSY == vos_TaskCtrlBlk[i].Flag )
{
if ( task_ptr == &(vos_TaskCtrlBlk[i].NuTid) )
{
VOS_Splx(intLockLevel);
return (VOS_UINT32)i;
}
}
}
VOS_Splx(intLockLevel);
LogPrint("# VOS_GetCurrentTaskID fatal error.\r\n");
return( VOS_NULL_LONG );
}
/*****************************************************************************
Function : VOS_ResetFidsTask
Description: Resume tasks of all FIDs
Input : VOS_VOID
: VOS_VOID
Return : VOS_OK on success or errno on failure
*****************************************************************************/
VOS_UINT32 VOS_ResetFidsTask(VOS_FID ulFid)
{
VOS_CPU_SR CpuLockLevel;
VOS_UINT32 iThePid;
VOS_UINT32 Msg_Address;
MSG_CB *pMsg;
if( (ulFid >= VOS_FID_BUTT) || (ulFid < VOS_FID_DOPRAEND) )
{
return VOS_ERR;
}
CpuLockLevel = VOS_SplIMP();
if ( VOS_OK != VOS_FixedQueueClean(vos_FidCtrlBlk[ulFid].Qid, &Msg_Address) )
{
VOS_Splx(CpuLockLevel);
return VOS_ERR;
}
if ( VOS_OK != VOS_ResetTask(vos_FidCtrlBlk[ulFid].Tid) )
{
VOS_Splx(CpuLockLevel);
return VOS_ERR;
}
if ( FALSE == VOS_IsMemUsed(Msg_Address) )
{
VOS_Splx(CpuLockLevel);
return VOS_OK;
}
Msg_Address += VOS_MSG_BLK_HEAD_LEN;
pMsg = (MSG_CB *)Msg_Address;
iThePid = pMsg->uwReceiverPid;
if(!VOS_PidCheck(iThePid))
{
VOS_Splx(CpuLockLevel);
return VOS_ERR;
}
if( VOS_ID_PID_BELONG_TO_FID
== vos_FidCtrlBlk[ulFid].PidsBelong[iThePid - VOS_PID_DOPRAEND] )
{
VOS_FreeMsg( iThePid, pMsg );
}
VOS_Splx(CpuLockLevel);
return VOS_OK;
}
/******************************************************************************
Prototype : CpuView_TaskSwitchHook
Description : 任务切换钩子函数
Input :
Output :
Return Value :
Calls :
Called By :
History : ---
1.Date : 2007-1-24
Author : g45205
Modification: Created function
******************************************************************************/
VOS_VOID CpuView_TaskSwitchHook(CPUVIEW_TCB *pOldTcb, CPUVIEW_TCB *pNewTcb)
{
VOS_INT32 lLockValue;
VOS_UINT32 ulCurrentSlice;
if (CPU_VIEW_NO == g_ulTaskWatch)
{
return;
}
lLockValue = VOS_SplIMP();
if (CPU_VIEW_YES == CpuView_IsOverturn())
{
VOS_Splx(lLockValue);
return;
}
/* get current time */
mdrv_timer_get_rest_time(CPU_VIEW_CLK_ID, TIMER_UNIT_NONE, (unsigned int *)&ulCurrentSlice);
g_pstCpuView[g_ulCpuViewCnt].ulId = (VOS_UINT32)pOldTcb;
g_pstCpuView[g_ulCpuViewCnt].ucType = CPU_VIEW_TYPE_TASK;
g_pstCpuView[g_ulCpuViewCnt].ucLev = CPU_VIEW_LEV_EXIT;
g_pstCpuView[g_ulCpuViewCnt].ulSlice = ulCurrentSlice;
g_pstCpuView[g_ulCpuViewCnt].ulTick = CPU_VIEW_GET_TICK();
g_pstCpuView[g_ulCpuViewCnt].ulPC = (VOS_UINT32)CPU_VIEW_GET_TASK_PC(pOldTcb);
g_pstCpuView[g_ulCpuViewCnt].ulPara1 = 0;
g_ulCpuViewCnt++;
if (CPU_VIEW_YES == CpuView_IsOverturn())
{
VOS_Splx(lLockValue);
return;
}
g_pstCpuView[g_ulCpuViewCnt].ulId = (VOS_UINT32)pNewTcb;
g_pstCpuView[g_ulCpuViewCnt].ucType = CPU_VIEW_TYPE_TASK;
g_pstCpuView[g_ulCpuViewCnt].ucLev = CPU_VIEW_LEV_ENTRY;
g_pstCpuView[g_ulCpuViewCnt].ulSlice = ulCurrentSlice;
g_pstCpuView[g_ulCpuViewCnt].ulTick = CPU_VIEW_GET_TICK();
g_pstCpuView[g_ulCpuViewCnt].ulPC = (VOS_UINT32)CPU_VIEW_GET_TASK_PC(pNewTcb);
g_pstCpuView[g_ulCpuViewCnt].ulPara1 = 0;
g_ulCpuViewCnt++;
VOS_Splx(lLockValue);
return;
} /* CpuView_TaskSwitchHook */
VOS_VOID CpuView_Start(VOS_UINT32 ulMode)
{
VOS_INT32 lLockValue;
if (CPU_VIEW_NO == g_ulCpuViewInitFlag)
{
/* 按照默认值初始化 */
CpuView_Init(CPU_VIEW_MEMORY_MODE_DYNAMIC, 0);
}
if (CPU_VIEW_YES == g_ulCpuViewStartFlag)
{
CPU_VIEW_LOG_PRINT("CpuView is already started!\r\n");
return;
}
g_ulCpuViewMode = ulMode;
CpuView_OpenPointWatch();
CpuView_OpenTaskWatch();
CpuView_OpenFuncWatch();
lLockValue = VOS_SplIMP();
g_ulCpuViewCnt = 0;
g_ulCpuViewOC = CPU_VIEW_RECORD_OVERTURN_NO;
g_ulCpuViewStartFlag = CPU_VIEW_YES;
VOS_Splx(lLockValue);
CPU_VIEW_LOG_PRINT("CpuView Start......\r\n");
return;
} /* CpuView_Start */
/*****************************************************************************
函 数 名 : OM_CPUVIEW_AddSliceRecord
功能描述 : 新添加一条CPU负载详细记录
输入参数 : OM_CPUVIEW_TARGET_ENUM_UINT8 enTarget - 记录对象类型
VOS_UINT8 ucTargetId - 记录对象编号
OM_CPUVIEW_ACTION_ENUM_UINT8 enAction - 记录动作类型
VOS_UINT32 uwTimeStamp- 时戳
输出参数 : 无
返 回 值 : VOS_VOID
调用函数 :
被调函数 :
修改历史 :
1.日 期 : 2011年6月18日
作 者 : 苏庄銮 59026
修改内容 : 新生成函数
*****************************************************************************/
VOS_VOID OM_CPUVIEW_AddSliceRecord(
OM_CPUVIEW_TARGET_ENUM_UINT8 enTarget,
VOS_UINT8 ucTargetId,
OM_CPUVIEW_ACTION_ENUM_UINT8 enAction,
VOS_UINT32 uwTimeStamp)
{
VOS_UINT16 uhwIdx;
OM_CPUVIEW_SLICE_RECORD_STRU *pstRec;
OM_CPUVIEW_DETAILS_STRU *pstDetails;
VOS_CPU_SR srSave;
/* 锁中断 */
srSave = VOS_SplIMP();
/* 获取可写入位置 */
pstDetails = OM_CPUVIEW_GetDetailPtr();
uhwIdx = pstDetails->uhwCurrIdx;
pstRec = &(pstDetails->astRecords[uhwIdx]);
/* 写入一条新的详细记录 */
pstRec->uwTarget = (enTarget & 0x3); /* 取低2比特 */
pstRec->uwTargetId = (ucTargetId & 0x1f); /* 取低5比特 */
pstRec->uwAction = (enAction & 0x1); /* 取低1比特 */
pstRec->uwTimeStamp = (uwTimeStamp & 0xffffff); /* 取低24比特*/
pstDetails->uhwCurrIdx = ((uhwIdx + 1) % OM_CPUVIEW_DETAIL_MAX_NUM);
/* 释放中断 */
VOS_Splx(srSave);
}
/******************************************************************************
Prototype : R_ITF_SetWFlowLev
Description : 业务切换为W模时，更改流控门限
Input :
Output :
Return Value :
Calls :
Called By :
History : ---
1.Date : 2009-02-27
Modification: Created function
******************************************************************************/
VOS_VOID R_ITF_SetWFlowLev(VOS_VOID)
{
R_ITF_FLOW_LEV_STRU *pFlowLev;
VOS_INT32 lLockKey;
/* PS融合后, W模在C核流控是在A核上控制, 因此在C核上将门限改为无穷大, 这样不再起流控 */
/* 进入流控临界区 */
lLockKey = VOS_SplIMP();
pFlowLev = &g_stRItfFlowCtrl.astFlowCtrl[R_ITF_FLOW_CTRL_TYPE_MEM_CNT];
pFlowLev->ulNormalLev = 0xffffffff;/*1000*/
pFlowLev->ulWarningLev = 0xffffffff;/*2000*/
pFlowLev->ulMaxLev = 0;
/* PS融合后, W模由于使用A核内存, 因此将门限设置为无穷大, 避免内存起流控 */
pFlowLev = &g_stRItfFlowCtrl.astFlowCtrl[R_ITF_FLOW_CTRL_TYPE_MEM_SIZE];
pFlowLev->ulNormalLev = 0xffffffff;/*1200000*/
pFlowLev->ulWarningLev = 0xffffffff;/*2000000*/
pFlowLev->ulMaxLev = 0;
/* 离开流控临界区 */
VOS_Splx(lLockKey);
R_ITF_ResetFlowCtrl();
/* 到W模下, 内存在A核监测, 因此C核上不需要内存监测钩子 */
TTF_MemRegEventCallBack(TTF_MEM_POOL_ID_UL_DATA, VOS_NULL_PTR, VOS_NULL_PTR);
return;
}
/*****************************************************************************
Function : VOS_TaskCtrlBlkGet
Description: allocate a block
Input : void
: void
Return : VOS_OK on success or errno on failure.
Other :
*****************************************************************************/
VOS_UINT32 VOS_TaskCtrlBlkGet(VOS_VOID)
{
VOS_UINT32 i;
int intLockLevel;
intLockLevel = VOS_SplIMP();
for(i=0; i<vos_TaskCtrlBlkNumber; i++)
{
if(vos_TaskCtrlBlk[i].Flag == VOS_TASK_CTRL_BLK_IDLE)
{
vos_TaskCtrlBlk[i].Flag = VOS_TASK_CTRL_BLK_BUSY;
break;
}
}
VOS_Splx(intLockLevel);
if( i < vos_TaskCtrlBlkNumber)
{
return i;
}
else
{
Print("# allocate task control block fail.\r\n");
return(VOS_TASK_CTRL_BLK_NULL);
}
}
/*****************************************************************************
函 数 名 : OM_LOG_InnerRecord
功能描述 : 添加日志到内部记录
输入参数 : OM_LOG_ID_ENUM_UINT32 enLogId - log id
输出参数 : 无
返 回 值 : VOS_VOID
调用函数 :
被调函数 :
修改历史 :
1.日 期 : 2011年6月18日
作 者 : 苏庄銮 59026
修改内容 : 新生成函数
*****************************************************************************/
VOS_VOID OM_LOG_InnerRecord(
OM_LOG_ID_ENUM_UINT32 enLogId,
VOS_UINT16 uhwFileID,
VOS_UINT16 uhwLineID)
{
OM_LOG_INNER_OBJ_STRU *pstInnerObj = OM_LOG_GetInnerObjPtr();
OM_LOG_INNER_RECORD_STRU *pstRecord = VOS_NULL;
VOS_UINT32 uwIndx;
VOS_CPU_SR srSave;
/* 未初始化则直接退出 */
if (!OM_LOG_CheckInit())
{
return;
}
/* 锁中断 */
srSave = VOS_SplIMP();
/* 写入记录 */
uwIndx = pstInnerObj->uwCurrIdx;
pstRecord = OM_LOG_GetInnerRecord(uwIndx);
pstRecord->enLogId = enLogId;
pstRecord->uwTimeStamp = DRV_TIMER_ReadSysTimeStamp();
pstRecord->uhwFileID = uhwFileID;
pstRecord->uhwLineID = uhwLineID;
pstInnerObj->uwCurrIdx = (uwIndx + 1) % OM_LOG_INNER_MAX_NUM;
/* 释放中断 */
VOS_Splx(srSave);
}
/*****************************************************************************
Function : VOS_TaskCtrlBlkFree
Description: free a block
Input : Tid -- task ID
Return : VOS_OK on success or errno on failure.
Other :
*****************************************************************************/
VOS_UINT32 VOS_TaskCtrlBlkFree(VOS_UINT32 Tid)
{
int intLockLevel;
if( Tid < vos_TaskCtrlBlkNumber )
{
if(vos_TaskCtrlBlk[Tid].Flag == VOS_TASK_CTRL_BLK_IDLE)
{
Print("# VOS_TaskCtrlBlkFree free Idle Task.\r\n");
return VOS_ERR;
}
else
{
intLockLevel = VOS_SplIMP();
vos_TaskCtrlBlk[Tid].Flag = VOS_TASK_CTRL_BLK_IDLE;
VOS_Splx(intLockLevel);
return VOS_OK;
}
}
else
{
Print("# VOS_TaskCtrlBlkFree Error.\r\n");
return VOS_ERR;
}
}
/*****************************************************************************
Function : VOS_SemCtrlBlkFree
Description: fress a block
Input : Sem_Address -- address
Return : VOS_OK on success or errno on failure.
Other :
*****************************************************************************/
VOS_UINT32 VOS_SemCtrlBlkFree( SEM_CONTROL_BLOCK *Sem_Address )
{
VOS_CPU_SR CpuLockLevel;
if( Sem_Address == Sem_Address->SemId )
{
if(Sem_Address->Flag == CONTROL_BLOCK_IDLE)
{
return(VOS_ERR);
}
else
{
CpuLockLevel = VOS_SplIMP();
Sem_Address->Flag = CONTROL_BLOCK_IDLE;
VOS_Splx(CpuLockLevel);
}
return(VOS_OK);
}
else
{
Print("# VOS_FreeSemCtrlBlk free NULL Sem.\r\n");
return(VOS_ERR);
}
}
/*****************************************************************************
Function : VOS_SemCtrlBlkFree
Description: fress a block
Input : Sem_Address -- address
Return : VOS_OK on success or errno on failure.
Other :
*****************************************************************************/
VOS_UINT32 VOS_SemCtrlBlkFree( SEM_CONTROL_BLOCK *Sem_Address )
{
int intLockLevel;
if( Sem_Address == Sem_Address->SemId )
{
if(Sem_Address->Flag == VOS_SEM_CTRL_BLK_IDLE)
{
return(VOS_ERR);
}
else
{
intLockLevel = VOS_SplIMP();
Sem_Address->Flag = VOS_SEM_CTRL_BLK_IDLE;
VOS_Splx(intLockLevel);
}
return(VOS_OK);
}
else
{
/*lint -e534*/
Print("# VOS_FreeSemCtrlBlk free NULL Sem.\r\n");
/*lint +e534*/
return(VOS_ERR);
}
}
VOS_VOID CDS_UlProcImsData(MODEM_ID_ENUM_UINT16 enModemId)
{
VOS_UINT32 ulCnt;
TTF_MEM_ST *pstIpPkt;
VOS_INT32 lLock;
CDS_ENTITY_STRU *pstCdsEntity;
VOS_UINT16 usResult;
pstCdsEntity = CDS_GetCdsEntity(enModemId);
if (VOS_NULL_PTR == pstCdsEntity)
{
return;
}
for (ulCnt = 0; ulCnt < CDS_IMS_QUE_SIZE; ulCnt ++)
{
lLock = VOS_SplIMP();
if (PS_SUCC != LUP_DeQue(pstCdsEntity->pstIMSDataQue, (VOS_VOID**)(&pstIpPkt)))
{
VOS_Splx(lLock);
break;
}
VOS_Splx(lLock);
/*上行软过滤*/
usResult = 0;
if (PS_SUCC != CDS_IpSoftFilter(pstIpPkt, &usResult,pstCdsEntity))
{
TTF_MemFree(UEPS_PID_CDS, pstIpPkt);
CDS_DBG_IMS_UL_SOFT_FILTER_FAIL_NUM(1);
continue;
}
/*将过滤结果存到TTF中*/
CDS_UL_SAVE_IPFRSLT_TO_TTF(pstIpPkt,usResult);
/*鈎包*/
CDS_SendIpPacket2PC(pstIpPkt);
/*发送到空口*/
CDS_UlDispatchDataByRanMode(pstCdsEntity,pstIpPkt);
CDS_DBG_IMS_UL_SEND_PKT_TO_RAN_NUM(1);
}
return;
}
/*****************************************************************************
函 数 名 : OM_CPUVIEW_ReportBasicInfo
功能描述 : 上报CPU负载统计基本信息
输入参数 : VOS_VOID
输出参数 : 无
返 回 值 : VOS_VOID
调用函数 :
被调函数 :
修改历史 :
1.日 期 : 2011年6月20日
作 者 : 苏庄銮 59026
修改内容 : 新生成函数
*****************************************************************************/
VOS_VOID OM_CPUVIEW_ReportBasicInfo(VOS_VOID)
{
OM_CPUVIEW_BASIC_STRU *pstBasic = OM_CPUVIEW_GetBasicPtr();
CODEC_OM_CPUVIEW_BASIC_IND_STRU stBasicMsg;
VOS_UINT32 uwCnt;
VOS_UINT32 uwRate;
VOS_CPU_SR srSave;
UCOM_MemSet(&stBasicMsg, 0, sizeof(stBasicMsg));
/* CPU负载统计未使能则直接返回 */
if (OM_SWITCH_OFF == OM_CPUVIEW_GetBasicEn())
{
return;
}
/* 接口宏定义一致性检查 */ /*lint --e(506)*/
if ( (HIFI_TASK_NUM != OM_CPUVIEW_TASK_NUM)
|| (HIFI_INTR_NUM != OM_CPUVIEW_INTR_NUM))
{
OM_LogError(OM_CPUVIEW_ReportBasicInfo_MacroDefErr);
return;
}
/* 填充上报消息 */
stBasicMsg.uhwMsgId = ID_CODEC_OM_CPUVIEW_BASIC_IND;
/* 填充任务信息 */
for (uwCnt = 0; uwCnt < OM_CPUVIEW_TASK_NUM; uwCnt++)
{
uwRate = OM_CPUVIEW_GetStackUsed(OM_CPUVIEW_GetStackId(uwCnt));
uwRate = (uwRate << OM_CPUVIEW_Q8) / OM_CPUVIEW_GetStackSize(uwCnt);
stBasicMsg.auwStackRate[uwCnt] = uwRate;
stBasicMsg.auwTaskTime[uwCnt] = pstBasic->astTaskRec[uwCnt].uwRunTime;
}
/* 填充中断时长信息 */
for (uwCnt = 0; uwCnt < OM_CPUVIEW_INTR_NUM; uwCnt++)
{
stBasicMsg.auwIntrTime[uwCnt] = pstBasic->astIntrRec[uwCnt].uwRunTime;
}
/* 上报消息 */
OM_COMM_SendTranMsg(&stBasicMsg, sizeof(stBasicMsg));
/* 锁中断 */
srSave = VOS_SplIMP();
/* 清空此前的记录 */
UCOM_MemSet(pstBasic->astIntrRec, 0, sizeof(pstBasic->astIntrRec));
UCOM_MemSet(pstBasic->astTaskRec, 0, sizeof(pstBasic->astTaskRec));
/* 释放中断 */
VOS_Splx(srSave);
}
/*****************************************************************************
Function : atomic_dec
Description: decrease atomic counter.comes from linux
Input : atomic counter
Return : void
Other :
*****************************************************************************/
void atomic_dec( hpa_atomic_t *v )
{
int flags;
flags = VOS_SplIMP();
(v->counter)--;
VOS_Splx(flags);
return;
}
/******************************************************************************
Prototype : CpuView_OpenTaskWatch
Description : 开启任务跟踪
Input :
Output :
Return Value :
Calls :
Called By :
History : ---
1.Date : 2007-1-24
Author : g45205
Modification: Created function
******************************************************************************/
VOS_VOID CpuView_OpenTaskWatch(VOS_VOID)
{
VOS_INT32 lLockValue;
if (CPU_VIEW_NO == g_ulCpuViewInitFlag)
{
CPU_VIEW_LOG_PRINT("CpuView_OpenTaskWatch, CpuView is not initialized!\r\n");
return;
}
if (CPU_VIEW_YES == g_ulTaskWatch)
{
CPU_VIEW_LOG_PRINT("WatchTask is already opened!\r\n");
return;
}
CpuView_GetTaskName();
lLockValue = VOS_SplIMP();
if ( VOS_OK != CPU_VIEW_ADD_TASK_SWITCH_HOOK( (FUNCPTR)CpuView_TaskSwitchHook ) )
{
VOS_Splx(lLockValue);
CPU_VIEW_LOG_PRINT("CpuView_OpenTaskWatch CPU_VIEW_ADD_TASK_SWITCH_HOOK fail!\r\n");
return;
}
mdrv_int_register_enterhook((FUNCPTR_1)CpuView_IntLevChgInHook);
mdrv_int_register_exithook((FUNCPTR_1)CpuView_IntLevChgOutHook);
g_ulTaskWatch = CPU_VIEW_YES;
VOS_Splx(lLockValue);
CPU_VIEW_LOG_PRINT("WatchTask open successfully!\r\n");
return;
} /* CpuView_OpenTaskWatch */
/*****************************************************************************
Function : atomic_inc_return()
Description: add atomic Var then return
Input : atomic Var
Return : current value
*****************************************************************************/
VOS_UINT32 atomic_inc_return(atomic_t *pstV)
{
VOS_INT32 lFlags;
VOS_UINT32 ulCounter;
lFlags = VOS_SplIMP();
(pstV->ulCounter)++;
ulCounter = pstV->ulCounter;
VOS_Splx(lFlags);
return ulCounter;
}
VOS_UINT32 VOS_EventWrite( VOS_UINT32 ulTaskID, VOS_UINT32 ulEvents )
{
/* the functin should be full later */
int intLockLevel;
VOS_UINT32 ulTempQueue;
VOS_SEM ulTempSem;
if ( VOS_OK != VOS_CheckEvent(ulTaskID) )
{
/*lint -e534*/
LogPrint("# VOS_EventWrite EVENT not exist.\r\n");
/*lint +e534*/
return VOS_ERR;
}
intLockLevel = VOS_SplIMP();
vos_TaskCtrlBlk[ulTaskID].ulEvents |= ulEvents;
VOS_Splx( intLockLevel );
ulTempQueue = VOS_GetQueueIDFromFid(vos_TaskCtrlBlk[ulTaskID].ulFid);
if ( 0xffffffff == ulTempQueue )
{
return VOS_ERR;
}
ulTempSem = VOS_GetSemIDFromQueue(ulTempQueue);
if ( 0xffffffff == ulTempSem )
{
return VOS_ERR;
}
if ( VOS_OK != VOS_SmV( ulTempSem ) )
{
/*lint -e534*/
LogPrint("# VOS_EventWrite error.\r\n");
/*lint +e534*/
return VOS_ERR;
}
else
{
return VOS_OK;
}
}
/******************************************************************************
Prototype : R_ITF_IPSCH_FlowCtrlCntIsOverFlow
Description : 判断流控统计计数是否超过拥塞避免门限，超过则重置流控统计计数
Input :
Output :
Return Value :
Calls :
Called By :
History : ---
1.Date : 2011-09-26
Modification: Created function
******************************************************************************/
VOS_UINT32 R_ITF_FlowCtrlCntIsOverFlow(VOS_VOID)
{
VOS_INT32 lLockKey;
if (RITF_FLOWCTRL_WRED_THRESHOLD < g_ulRItfFlowCtrlCnt)
{
/* 进入流控临界区 */
lLockKey = VOS_SplIMP();
g_ulRItfFlowCtrlCnt = 0;
VOS_Splx(lLockKey);
return VOS_YES;
}
return VOS_NO;
}
/*****************************************************************************
Function Name : NAS_ERABM_SetEmmSrState
Description : 设置Service流程发起标识
Input : None
Output : None
Return : VOS_VOID
History :
1.sunbing49683 2010-9-16 Draft Enact
*****************************************************************************/
VOS_VOID NAS_ERABM_SetEmmSrState( NAS_ERABM_SERVICE_STATE_ENUM_UINT32 enSrState )
{
VOS_INT32 intLockLevel;
if(enSrState >= NAS_ERABM_SERVICE_STATE_BUTT )
{
NAS_ERABM_WARN_LOG("NAS_ERABM_SetEmmSrState: Para is err.");
return;
}
intLockLevel = VOS_SplIMP();
g_enERabmSrState = enSrState;
VOS_Splx(intLockLevel);
}
/******************************************************************************
Prototype : R_ITF_SetLFlowLev
Description : 业务切换为LTE模时，更改流控门限
Input :
Output :
Return Value :
Calls :
Called By :
History : ---
1.Date : 2011-04-01
Modification: Created function
******************************************************************************/
VOS_VOID R_ITF_SetLFlowLev(VOS_VOID)
{
R_ITF_FLOW_LEV_STRU *pFlowLev;
VOS_INT32 lLockKey;
/* PS融合后, L模在C核流控是在A核上控制, 因此在C核上将门限改为无穷大, 这样不再起流控 */
/* 进入流控临界区 */
lLockKey = VOS_SplIMP();
pFlowLev = &g_stRItfFlowCtrl.astFlowCtrl[R_ITF_FLOW_CTRL_TYPE_MEM_CNT];
pFlowLev->ulNormalLev = 600;
pFlowLev->ulWarningLev = 1200;
pFlowLev->ulMaxLev = 0;
if ( VOS_FALSE == g_ulLteFlowCtrl )
{
pFlowLev->ulWarningLev = 0xffffffff;
pFlowLev->ulNormalLev = 0xffffffff;
}
pFlowLev = &g_stRItfFlowCtrl.astFlowCtrl[R_ITF_FLOW_CTRL_TYPE_MEM_SIZE];
pFlowLev->ulNormalLev = 900000;
pFlowLev->ulWarningLev = 1800000;
pFlowLev->ulMaxLev = 0;
if ( VOS_FALSE == g_ulLteFlowCtrl )
{
pFlowLev->ulWarningLev = 0xffffffff;
pFlowLev->ulNormalLev = 0xffffffff;
}
/* 离开流控临界区 */
VOS_Splx(lLockKey);
R_ITF_ResetFlowCtrl();
/* 到L模下, 内存在A核监测, 因此C核上不需要内存监测钩子 */
TTF_MemRegEventCallBack(TTF_MEM_POOL_ID_UL_DATA, VOS_NULL_PTR, VOS_NULL_PTR);
return;
}
/*****************************************************************************
Function : VOS_SemCtrlBlkGet
Description: allocate a control block
Input : void
Return : address
Other :
*****************************************************************************/
SEM_CONTROL_BLOCK *VOS_SemCtrlBlkGet(VOS_VOID)
{
VOS_UINT32 i;
int intLockLevel;
intLockLevel = VOS_SplIMP();
for(i=0; i<vos_SemCtrlBlkNumber; i++)
{
if(vos_SemCtrlBlk[i].Flag == VOS_SEM_CTRL_BLK_IDLE)
{
vos_SemCtrlBlk[i].Flag = VOS_SEM_CTRL_BLK_BUSY;
break;
}
}
VOS_Splx(intLockLevel);
if( i < vos_SemCtrlBlkNumber)
{
/* record the max usage of SEM */
if ( i > vos_SemMaxSemId )
{
vos_SemMaxSemId = i;
}
return vos_SemCtrlBlk+i;
}
else
{
/*lint -e534*/
LogPrint("# VOS_GetSemCtrlBlk no Idle.\r\n");
VOS_SetErrorNo(VOS_ERRNO_SEMA4_FULL);
/*lint +e534*/
return(VOS_MAX_SEM_ID_NULL);
}
}
/******************************************************************************
Prototype : CpuView_Restart
Description : 重启监测
Input :
Output :
Return Value :
Calls :
Called By :
History : ---
1.Date : 2007-1-24
Author : g45205
Modification: Created function
******************************************************************************/
VOS_VOID CpuView_Restart(VOS_VOID)
{
VOS_INT32 lLockValue;
if (CPU_VIEW_NO == g_ulCpuViewStartFlag)
{
CPU_VIEW_LOG_PRINT("CpuView is not started,please start first!\r\n");
return;
}
lLockValue = VOS_SplIMP();
g_ulPointWatch = CPU_VIEW_YES;
g_ulTaskWatch = CPU_VIEW_YES;
g_ulFuncWatch = CPU_VIEW_YES;
g_ulCpuViewOC = CPU_VIEW_RECORD_OVERTURN_NO;
g_ulCpuViewCnt = 0;
VOS_Splx(lLockValue);
return;
} /* CpuView_Restart */
/*****************************************************************************
Function : VOS_SemCtrlBlkGet
Description: allocate a control block
Input : VOS_VOID
Return : address
Other :
*****************************************************************************/
SEM_CONTROL_BLOCK *VOS_SemCtrlBlkGet(VOS_VOID)
{
VOS_UINT32 i;
VOS_CPU_SR CpuLockLevel;
CpuLockLevel = VOS_SplIMP();
for(i=0; i<vos_SemCtrlBlkNumber; i++)
{
if(vos_SemCtrlBlk[i].Flag == CONTROL_BLOCK_IDLE)
{
vos_SemCtrlBlk[i].Flag = CONTROL_BLOCK_BUSY;
break;
}
}
VOS_Splx(CpuLockLevel);
if( i < vos_SemCtrlBlkNumber)
{
/* record the max usage of SEM */
if ( i > vos_SemMaxSemId )
{
vos_SemMaxSemId = i;
}
return vos_SemCtrlBlk+i;
}
else
{
LogPrint("# VOS_GetSemCtrlBlk no Idle.\r\n");
VOS_SetErrorNo(VOS_ERRNO_SEMA4_FULL);
return(VOS_NULL_PTR);
}
}
/******************************************************************************
Prototype : R_ITF_SetGFlowLev
Description : 业务切换为G模时，更改流控门限
Input :
Output :
Return Value :
Calls :
Called By :
History : ---
1.Date : 2009-02-27
Modification: Created function
******************************************************************************/
VOS_VOID R_ITF_SetGFlowLev(VOS_VOID)
{
R_ITF_FLOW_LEV_STRU *pFlowLev;
VOS_INT32 lLockKey;
/* 进入流控临界区 */
lLockKey = VOS_SplIMP();
pFlowLev = &g_stRItfFlowCtrl.astFlowCtrl[R_ITF_FLOW_CTRL_TYPE_MEM_CNT];
pFlowLev->ulNormalLev = 600;
pFlowLev->ulWarningLev = 600;
pFlowLev->ulMaxLev = 0;
pFlowLev = &g_stRItfFlowCtrl.astFlowCtrl[R_ITF_FLOW_CTRL_TYPE_MEM_SIZE];
pFlowLev->ulNormalLev = 30000;
pFlowLev->ulWarningLev = 30000;
pFlowLev->ulMaxLev = 0;
/* 离开流控临界区 */
VOS_Splx(lLockKey);
R_ITF_ResetFlowCtrl();
/* V9R1中使用流控NV项中GPRS流控使能位来判断是否注册钩子函数 */
if ( (FC_POLICY_MASK(FC_POLICY_ID_GPRS) == FC_POLICY_GetEnableMask(FC_POLICY_ID_GPRS) ))
{
/* 到G模下, A核内存需要拷贝到C核TTF_MEM中, 因此C核上需要内存监测钩子 */
TTF_MemRegEventCallBack(TTF_MEM_POOL_ID_UL_DATA, R_ITF_TtfMemAllocEvent, R_ITF_TtfMemFreeEvent);
}
else
{
/* V9R1中使用宏来判断，如果是V9R1,则不注册钩子函数 */
TTF_MemRegEventCallBack(TTF_MEM_POOL_ID_UL_DATA, VOS_NULL_PTR, VOS_NULL_PTR);
}
return;
}
