VOS_VOID ADS_DL_InitFcAssemParamInfo(VOS_VOID)
{
ADS_DL_FC_ASSEM_STRU *pstFcAssemInfo;
pstFcAssemInfo = ADS_DL_GET_FC_ASSEM_INFO_PTR(ADS_INSTANCE_INDEX_0);
pstFcAssemInfo->ulEnableMask = VOS_FALSE;
pstFcAssemInfo->ulFcActiveFlg = VOS_FALSE;
pstFcAssemInfo->ulTmrCnt = ADS_GET_CURR_KERNEL_TIME();
pstFcAssemInfo->ulRdCnt = 0;
pstFcAssemInfo->ulRateUpLev = 0;
pstFcAssemInfo->ulRateDownLev = 0;
pstFcAssemInfo->ulExpireTmrLen = 0;
pstFcAssemInfo->pFcAssemTuneFunc = VOS_NULL_PTR;
return;
}
VOS_UINT32 ADS_UL_InsertQueue(
VOS_UINT8 ucInstanceIndex,
IMM_ZC_STRU *pstData,
VOS_UINT8 ucRabId
)
{
VOS_UINT32 ulNonEmptyEvent;
VOS_UINT32 ulAllUlQueueDataNum;
#if(FEATURE_OFF == FEATURE_SKB_EXP)
VOS_UINT ulQueueLen;
#endif
VOS_ULONG ulLockLevel;
ulNonEmptyEvent = VOS_FALSE;
/* 此接口不释放pstData，由上层模块根据函数返回值判断是否需要释放内存 */
/* 判断RabId是否为有效值 */
if (VOS_OK != ADS_IsValidRabId(ucRabId))
{
ADS_WARNING_LOG1(ACPU_PID_ADS_UL, "ADS_UL_InsertQueue: ucRabId is", ucRabId);
return VOS_ERR;
}
/* 队列加锁 */
/*lint -e571*/
VOS_SpinLockIntLock(ADS_UL_GET_QUEUE_LINK_SPINLOCK(ucInstanceIndex, ucRabId), ulLockLevel);
/*lint +e571*/
/* 结点存在，但队列不存在 */
if (VOS_OK != ADS_UL_IsQueueExistent(ucInstanceIndex, ucRabId))
{
/* 队列操作完成解锁 */
VOS_SpinUnlockIntUnlock(ADS_UL_GET_QUEUE_LINK_SPINLOCK(ucInstanceIndex, ucRabId), ulLockLevel);
ADS_WARNING_LOG(ACPU_PID_ADS_UL, "ADS_UL_InsertQueue:the queue is not ext!");
return VOS_ERR;
}
#if(FEATURE_OFF == FEATURE_SKB_EXP)
ulQueueLen = IMM_ZcQueueLen(ADS_UL_GET_QUEUE_LINK_PTR(ucInstanceIndex, ucRabId));
if (ulQueueLen >= ADS_UL_GET_MAX_QUEUE_LENGTH(ucInstanceIndex))
{
/* 队列操作完成解锁 */
VOS_SpinUnlockIntUnlock(ADS_UL_GET_QUEUE_LINK_SPINLOCK(ucInstanceIndex, ucRabId), ulLockLevel);
ADS_DBG_UL_DROPPED_PACKET_NUM(1);
return VOS_ERR;
}
/* 插入队列前将数据打上时间戳 */
pstData->tstamp.tv64 = (VOS_INT64)VOS_GetSlice();
#endif
/* 插入队列 */
IMM_ZcQueueTail(ADS_UL_GET_QUEUE_LINK_PTR(ucInstanceIndex, ucRabId), pstData);
/* 队列由空变为非空 */
if (1 == IMM_ZcQueueLen(ADS_UL_GET_QUEUE_LINK_PTR(ucInstanceIndex, ucRabId)))
{
ulNonEmptyEvent = VOS_TRUE;
}
/* 队列操作完成解锁 */
VOS_SpinUnlockIntUnlock(ADS_UL_GET_QUEUE_LINK_SPINLOCK(ucInstanceIndex, ucRabId), ulLockLevel);
ulAllUlQueueDataNum = ADS_UL_GetAllQueueDataNum();
#if(FEATURE_OFF == FEATURE_SKB_EXP)
if (VOS_TRUE == ADS_UL_GET_THRESHOLD_ACTIVE_FLAG())
{
/* (1).jiffies超时,则直接触发发数,并停止发数定时器
(2).队列中数据已到攒包门限且当前没有在处理数据,触发上行缓存缓存处理事件
(3).队列由空变为非空时启动数据统计定时器以及保护定时器
*/
ADS_UL_ADD_STAT_PKT_NUM(1);
/* 超时长度为非零则需要启动触发发数 */
if (0 != ADS_UL_GET_JIFFIES_EXP_TMR_LEN())
{
if (ADS_TIME_AFTER_EQ(ADS_GET_CURR_KERNEL_TIME(),
(ADS_UL_GET_JIFFIES_TMR_CNT() + ADS_UL_GET_JIFFIES_EXP_TMR_LEN())))
{
ADS_UL_SndEvent(ADS_UL_EVENT_DATA_PROC);
ADS_StopTimer(ACPU_PID_ADS_UL, TI_ADS_UL_SEND, ADS_TIMER_STOP_CAUSE_USER);
ADS_UL_SET_JIFFIES_TMR_CNT(ADS_GET_CURR_KERNEL_TIME());
return VOS_OK;
}
}
if (ADS_UL_IS_REACH_THRESHOLD_DYNAMIC(ulAllUlQueueDataNum, ADS_UL_GET_SENDING_FLAG()))
{
ADS_UL_SndEvent(ADS_UL_EVENT_DATA_PROC);
}
/* 队列由空变为非空 */
if (VOS_TRUE == ulNonEmptyEvent)
{
ADS_StartTimer(ACPU_PID_ADS_UL, TI_ADS_UL_DATA_STAT, ADS_UL_GET_STAT_TIMER_LEN());
ADS_StartTimer(ACPU_PID_ADS_UL, TI_ADS_UL_SEND, ADS_UL_GET_PROTECT_TIMER_LEN());
}
}
else
{
/* (1).队列由空变为非空时触发上行缓存处理事件
(2).队列中数据已到攒包门限的整数倍且当前没有在处理数据
触发上行缓存缓存处理事件
*/
if (VOS_TRUE == ulNonEmptyEvent)
{
ADS_UL_SndEvent(ADS_UL_EVENT_DATA_PROC);
}
else
{
if (ADS_UL_IS_REACH_THRESHOLD(ulAllUlQueueDataNum, ADS_UL_GET_SENDING_FLAG()))
{
ADS_UL_SndEvent(ADS_UL_EVENT_DATA_PROC);
}
}
}
#else
/* (1).从TCP/IP协议栈过来的的数据，ucTailPktInd为0.
当队列由空到非空,
或是达到攒包门限且当前没有在数据处理时触发上行缓存处理事件.
(2).USB过来的数据非最后一个包ucTailPktInd为2，最后一个包ucTailPktInd为1
当为最后一个IP包,
或是达到攒包门限且当前没有在数据处理时触发上行缓存处理事件.
*/
if (0 == pstData->private_mem.ucTailPktInd)
{
if ((VOS_TRUE == ulNonEmptyEvent)
|| (ADS_UL_IS_REACH_THRESHOLD(ulAllUlQueueDataNum, ADS_UL_GET_SENDING_FLAG())))
{
ADS_UL_SndEvent(ADS_UL_EVENT_DATA_PROC);
}
}
else
{
if ((1 == pstData->private_mem.ucTailPktInd)
|| (ADS_UL_IS_REACH_THRESHOLD(ulAllUlQueueDataNum, ADS_UL_GET_SENDING_FLAG())))
{
ADS_UL_SndEvent(ADS_UL_EVENT_DATA_PROC);
}
}
#endif
return VOS_OK;
}
VOS_VOID ADS_InitIpfCtx(VOS_VOID)
{
VOS_UINT32 ulRst;
ADS_NV_DYNAMIC_THRESHOLD_STRU stThreshold;
ADS_UL_DYNAMIC_ASSEM_INFO_STRU *pstUlAssemParmInfo;
#if(FEATURE_OFF == FEATURE_SKB_EXP)
VOS_UINT8 i;
for (i = 0; i < ADS_DL_ADQ_MAX_NUM; i++)
{
PS_MEM_SET(g_stAdsCtx.stAdsIpfCtx.astIpfDlAdBuff[i], 0x00, (VOS_SIZE_T)(IPF_DLAD0_DESC_SIZE * sizeof(IPF_AD_DESC_S)));
}
/* 初始化上行源内存释放队列 */
IMM_ZcQueueHeadInit(&g_stAdsCtx.stAdsIpfCtx.stUlSrcMemFreeQue);
#endif
/* 初始化上行BD BUFF*/
PS_MEM_SET(g_stAdsCtx.stAdsIpfCtx.astIpfUlBdBuff, 0x00, (VOS_SIZE_T)(IPF_ULBD_DESC_SIZE * sizeof(IPF_CONFIG_ULPARAM_S)));
/* 初始化下行RD BUFF*/
PS_MEM_SET(g_stAdsCtx.stAdsIpfCtx.astIpfDlRdBuff, 0x00, (VOS_SIZE_T)(IPF_DLRD_DESC_SIZE * sizeof(IPF_RD_DESC_S)));
/* 默认上行数据发送保护定时器时长为10ms */
g_stAdsCtx.stAdsIpfCtx.ulProtectTmrLen = 10;
pstUlAssemParmInfo = &g_stAdsCtx.stAdsIpfCtx.stUlAssemParmInfo;
PS_MEM_SET(&stThreshold, 0x00, (VOS_SIZE_T)sizeof(ADS_NV_DYNAMIC_THRESHOLD_STRU));
ulRst = NV_ReadEx(MODEM_ID_0,
en_NV_Item_ADS_DYNAMIC_THRESHOLD_CFG,
&stThreshold,
sizeof(ADS_NV_DYNAMIC_THRESHOLD_STRU));
if(NV_OK != ulRst)
{
pstUlAssemParmInfo->ulActiveFlag = VOS_FALSE;
pstUlAssemParmInfo->ulProtectTmrExpCnt = 0;
pstUlAssemParmInfo->stWaterMarkLevel.ulWaterLevel1 = 80;
pstUlAssemParmInfo->stWaterMarkLevel.ulWaterLevel2 = 150;
pstUlAssemParmInfo->stWaterMarkLevel.ulWaterLevel3 = 500;
pstUlAssemParmInfo->stWaterMarkLevel.ulWaterLevel4 = 0xFFFFFFFF;
pstUlAssemParmInfo->stThresholdLevel.ulThreshold1 = 1;
pstUlAssemParmInfo->stThresholdLevel.ulThreshold2 = 13;
pstUlAssemParmInfo->stThresholdLevel.ulThreshold3 = 60;
pstUlAssemParmInfo->stThresholdLevel.ulThreshold4 = 64;
ADS_ERROR_LOG(ACPU_PID_ADS_UL, "ADS_InitIpfCtx: NV read failed !");
}
pstUlAssemParmInfo->ulActiveFlag = stThreshold.ulActiveFlag;
pstUlAssemParmInfo->ulProtectTmrExpCnt = stThreshold.ulProtectTmrExpCnt;
pstUlAssemParmInfo->stWaterMarkLevel.ulWaterLevel1 = stThreshold.stWaterMarkLevel.ulWaterLevel1;
pstUlAssemParmInfo->stWaterMarkLevel.ulWaterLevel2 = stThreshold.stWaterMarkLevel.ulWaterLevel2;
pstUlAssemParmInfo->stWaterMarkLevel.ulWaterLevel3 = stThreshold.stWaterMarkLevel.ulWaterLevel3;
pstUlAssemParmInfo->stWaterMarkLevel.ulWaterLevel4 = stThreshold.stWaterMarkLevel.ulWaterLevel4;
pstUlAssemParmInfo->stThresholdLevel.ulThreshold1 = stThreshold.stThresholdLevel.ulThreshold1;
pstUlAssemParmInfo->stThresholdLevel.ulThreshold2 = stThreshold.stThresholdLevel.ulThreshold2;
pstUlAssemParmInfo->stThresholdLevel.ulThreshold3 = stThreshold.stThresholdLevel.ulThreshold3;
pstUlAssemParmInfo->stThresholdLevel.ulThreshold4 = stThreshold.stThresholdLevel.ulThreshold4;
/* 默认上行数据统计定时器时长为100ms */
pstUlAssemParmInfo->stThresholdStatInfo.ulStatTmrLen = 100;
pstUlAssemParmInfo->stThresholdStatInfo.ulStatPktNum = 0;
/* 超时时长大于零才需要启动jiffies保护定时器 */
if (0 != pstUlAssemParmInfo->ulProtectTmrExpCnt)
{
pstUlAssemParmInfo->ulProtectTmrCnt = ADS_GET_CURR_KERNEL_TIME();
}
/* 默认攒包的最大个数 */
if (VOS_TRUE == pstUlAssemParmInfo->ulActiveFlag)
{
g_stAdsCtx.stAdsIpfCtx.ulThredHoldNum = ADS_UL_DATA_THRESHOLD_ONE;
}
else
{
g_stAdsCtx.stAdsIpfCtx.ulThredHoldNum = 32;
}
/* 默认数据不在发送 */
g_stAdsCtx.stAdsIpfCtx.ucSendingFlg = VOS_FALSE;
}