/*****************************************************************************
函 数 名 : GU_OamSndPcCmsMsg
功能描述 : 用于ACPU上面把PC侧数据通过ICC发送给CCPU OM模块
输入参数 : pucData: 需要发送的数据内容
ulDataLen: 数据长度
输出参数 : 无
返 回 值 : VOS_ERROR/VOS_OK
调用函数 :
被调函数 :
修改历史 :
1.日 期 : 2011年3月10日
作 者 : l46160
修改内容 : Creat Function
*****************************************************************************/
VOS_UINT32 GU_OamSndPcMsgToCcpu(OMRL_RCV_CHAN_CTRL_INFO_STRU *pstCtrlInfo, VOS_UINT8 *pucData, VOS_UINT32 ulSize)
{
VOS_INT32 lResult = VOS_ERROR;
lResult = DRV_ICC_WRITE(UDI_ICC_GUOM0, pucData, (VOS_INT32)ulSize);
/* 由于C核复位，写ICC通道失败会返回一个特殊值，不能复位单板 */
if (BSP_ERR_ICC_CCORE_RESETTING == lResult )
{
LogPrint1("\n# GU_OamSndPcMsgToCcpu Error,Ccore Reset,ulSize %d .\n",(VOS_INT)ulSize);
return VOS_ERR;
}
/* 当前写操作失败 */
if(ulSize != (VOS_UINT32)lResult)
{
LogPrint2("GU_OamSndPcMsgToCcpu: The ICC UDI Write is Error.Size:%d,lResult:%d\n",(VOS_INT)ulSize,lResult);
pstCtrlInfo->stPcToUeErrRecord.stICCSendFailInfo.ulICCOmSendErrNum++;
pstCtrlInfo->stPcToUeErrRecord.stICCSendFailInfo.ulICCOmSendErrLen += ulSize;
pstCtrlInfo->stPcToUeErrRecord.stICCSendFailInfo.ulICCOmSendErrSlice= VOS_GetSlice();
return VOS_ERR;
}
pstCtrlInfo->stPcToUeSucRecord.stICCSendSUCInfo.ulICCOmSendMsgNum++;
pstCtrlInfo->stPcToUeSucRecord.stICCSendSUCInfo.ulICCOmSendLen += ulSize;
pstCtrlInfo->stPcToUeSucRecord.stICCSendSUCInfo.ulICCOmSendSlice= VOS_GetSlice();
return VOS_OK;
}
VOS_UINT OM_ComRx_ICCError_CB(VOS_UINT ulChanID, VOS_UINT ulEvent, VOS_VOID* pParam)
{
OAM_MNTN_ICC_ERROR_EVENT_STRU stIccErrorInfo;
stIccErrorInfo.ulEvent = ulEvent;
if (g_astOMCCPUIccCtrlTable[OM_OM_ICC_CHANNEL].UDIHdle == (UDI_HANDLE)ulChanID)
{
stIccErrorInfo.ulChannelID = OM_OM_ICC_CHANNEL;
}
else if(g_astOMCCPUIccCtrlTable[OM_OSA_MSG_ICC_CHANNEL].UDIHdle == (UDI_HANDLE)ulChanID)
{
stIccErrorInfo.ulChannelID = OM_OSA_MSG_ICC_CHANNEL;
}
else
{
LogPrint("OM_ComRx_ICCError_CB: The Channel ID is not used by OAM\n");
return VOS_ERR;
}
LogPrint2("OM_ComRx_ICCError_CB: The Error ICC Channel is %d, and Error Event is %d",
(VOS_INT32)stIccErrorInfo.ulChannelID, (VOS_INT32)ulEvent);
/*通道ID和错误原因写入ErrorLog*/
MNTN_RecordErrorLog(MNTN_OAM_ICC_ERROR_EVENT, &stIccErrorInfo, sizeof(stIccErrorInfo));
return VOS_OK;
}
/*****************************************************************************
函 数 名 : GU_OamPortStatus
功能描述 : 用于ACPU上面处理物理端口断开后的OM链接断开
输入参数 : pucData: 需要发送的数据内容
ulDataLen: 数据长度
输出参数 : 无
返 回 值 : 无
调用函数 :
被调函数 :
修改历史 :
1.日 期 : 2012年2月2日
作 者 : zhuli
修改内容 : Creat Function
*****************************************************************************/
VOS_VOID GU_OamPortStatus(OM_PROT_HANDLE_ENUM_UINT32 enHandle, CPM_PHY_PORT_ENUM_UINT32 enPhyPort,ACM_EVT_E enPortState)
{
if(ACM_EVT_DEV_SUSPEND == enPortState)
{
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBOutNum++;
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBOutTime = OM_GetSlice();
if (enPhyPort == CPM_QueryPhyPort(CPM_OM_COMM))
{
GU_OamDisconnectPorts(enPhyPort);
g_stAcpuPcToUeSucRecord.stRlsInfo.ulRlsDrvSuspend++;
g_stAcpuPcToUeSucRecord.stRlsInfo.ulSlice = OM_GetSlice();
}
}
else if(ACM_EVT_DEV_READY == enPortState)
{
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBINNum++;
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBINTime = OM_GetSlice();
}
else
{
LogPrint2("GU_OamUSBStatusCB: The USB Port %d State %d is Unknow", (VOS_INT)enPhyPort, (VOS_INT)enPortState);
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBStateErrNum++;
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBStateErrTime = OM_GetSlice();
}
return;
}
VOS_UINT32 GU_OamSndPcMsgToCcpu(VOS_UINT8 *pucData, VOS_UINT32 ulSize)
{
VOS_INT32 lResult = VOS_ERROR;
lResult = DRV_UDI_WRITE(g_astOMACPUIccCtrlTable[OM_OM_ICC_CHANNEL].UDIHdle, pucData, ulSize);
/* 由于C核复位，写ICC通道失败会返回一个特殊值，不能复位单板 */
if (BSP_ERR_ICC_CCORE_RESETTING == lResult )
{
LogPrint1("\n# GU_OamSndPcMsgToCcpu Error,Ccore Reset,ulSize %d .\n",(VOS_INT)ulSize);
return VOS_ERR;
}
/* 当前写操作失败 */
if(ulSize != lResult)
{
LogPrint2("GU_OamSndPcMsgToCcpu: The ICC UDI Write is Error.Size:%d,lResult:%d\n",(VOS_INT)ulSize,lResult);
g_stAcpuPcToUeErrRecord.stICCSendFailInfo.ulICCOmSendErrNum++;
g_stAcpuPcToUeErrRecord.stICCSendFailInfo.ulICCOmSendErrLen += ulSize;
g_stAcpuPcToUeErrRecord.stICCSendFailInfo.ulICCOmSendErrSlice= VOS_GetSlice();
return VOS_ERR;
}
g_stAcpuPcToUeSucRecord.stICCSendSUCInfo.ulICCOmSendMsgNum++;
g_stAcpuPcToUeSucRecord.stICCSendSUCInfo.ulICCOmSendLen += ulSize;
g_stAcpuPcToUeSucRecord.stICCSendSUCInfo.ulICCOmSendSlice= VOS_GetSlice();
return VOS_OK;
}
VOS_UINT32 VOS_SmV( VOS_SEM Sm_ID )
{
SEM_CONTROL_BLOCK *temp_Ptr;
temp_Ptr = (SEM_CONTROL_BLOCK *)Sm_ID;
if( temp_Ptr == temp_Ptr->SemId )
{
if( temp_Ptr->Flag == VOS_SEM_CTRL_BLK_IDLE)
{
VOS_SetErrorNo(VOS_ERRNO_SEMA4_V_NOTACTIVE);
return(VOS_ERRNO_SEMA4_V_NOTACTIVE);
}
if ( NU_SUCCESS == NU_Release_Semaphore( &(temp_Ptr->NuSem) ) )
{
return(VOS_OK);
}
else
{
LogPrint2("# VOS_SmV ID %x Name %s.\r\n", Sm_ID, temp_Ptr->Name);
VOS_SetErrorNo(VOS_ERRNO_SEMA4_V_CANOTV);
return(VOS_ERRNO_SEMA4_V_CANOTV);
}
}
else
{
VOS_SetErrorNo(VOS_ERRNO_SEMA4_V_IDERR);
return(VOS_ERRNO_SEMA4_V_IDERR);
}
}
/*****************************************************************************
函 数 名 : GU_OamPortWriteAsyCB
功能描述 : 用于处理OM的异步发送数据的回调
输入参数 : pucData: 需要发送的数据内容
ulDataLen: 数据长度
输出参数 : 无
返 回 值 : 无
调用函数 :
被调函数 :
修改历史 :
1.日 期 : 2012年2月2日
作 者 : zhuli
修改内容 : Creat Function
*****************************************************************************/
VOS_VOID GU_OamPortWriteAsyCB(OM_PROT_HANDLE_ENUM_UINT32 enHandle, VOS_UINT8* pucData, VOS_INT lLen)
{
VOS_UINT32 ulResult;
if(lLen < 0) /*USB返回的错误值，保证可以打开SOCP的中断屏蔽*/
{
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBCBErrNum++;
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBCBErrTime = OM_GetSlice();
SCM_RlsDestBuf(SOCP_CODER_DST_GU_OM, 0);
}
else
{
ulResult = SCM_RlsDestBuf(SOCP_CODER_DST_GU_OM, (VOS_UINT32)lLen);
if(VOS_OK != ulResult)
{
LogPrint2("\r\nGU_OamUSBWriteDataCB: SCM_RlsDestBuf return Error 0x%x, Data Len is %d", (VOS_INT)ulResult, lLen);
g_stAcpuDebugInfo.ulSocpReadDoneErrLen += lLen;
g_stAcpuDebugInfo.ulSocpReadDoneErrNum++;
}
}
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBWriteCBNum++;
return;
}
VOS_UINT VOS_ICCError_CB(VOS_UINT ulChanID, VOS_UINT ulEvent, VOS_VOID* pParam)
{
/*lint -e534*/
LogPrint2("VOS_ICCError_CB: The Error ICC Channel is %d, and Error Event is %d",
(VOS_INT32)ulChanID, (VOS_INT32)ulEvent);
/*lint +e534*/
return VOS_OK;
}
VOS_UINT GU_OamAcpu_ICCError_CB(VOS_UINT ulChanID, VOS_UINT ulEvent, VOS_VOID* pParam)
{
VOS_UINT32 ulChannelID;
if(UDI_ICC_GUOM0 == (UDI_HANDLE)ulChanID)
{
ulChannelID = OM_OM_ICC_CHANNEL;
}
else
{
LogPrint("GU_OamAcpu_ICCError_CB: The Channel ID is not used by OAM\n");
return VOS_ERR;
}
LogPrint2("GU_OAMAcpu_ICCError_CB: The Error Channel ID is %d,and Event is %d\n",
(VOS_INT32)ulChannelID, (VOS_INT32)ulEvent);
return VOS_OK;
}
/*****************************************************************************
Function : V_IntUnlock
Description: Turn on the interrupt
Input : CPSR
Return : void;
Other : none
*****************************************************************************/
VOS_VOID V_IntUnlock(VOS_INT lLockKey)
{
g_stVosIntLockNestedInfo.ulSuffix--;
if ( VOS_NESTED_INTLOCK_MAX_NUM <= g_stVosIntLockNestedInfo.ulSuffix )
{
SRE_IntRestore((VOS_UINT32)lLockKey);
return;
}
if ( VOS_INTLOCK_MAX_INTERVAL <
(VOS_GetSlice() - g_stVosIntLockNestedInfo.astNestedInfo[g_stVosIntLockNestedInfo.ulSuffix].ulSlice) )
{
LogPrint2("# Info: intlock time too big.F %d L %d.\r\n",
(VOS_INT32)g_stVosIntLockNestedInfo.astNestedInfo[g_stVosIntLockNestedInfo.ulSuffix].ulFile,
(VOS_INT32)g_stVosIntLockNestedInfo.astNestedInfo[g_stVosIntLockNestedInfo.ulSuffix].lLine);
}
SRE_IntRestore((VOS_UINT32)lLockKey);
return;
}
VOS_UINT GU_OamAcpu_ICCError_CB(VOS_UINT ulChanID, VOS_UINT ulEvent, VOS_VOID* pParam)
{
VOS_UINT32 ulChannelID;
if(g_astOMACPUIccCtrlTable[OM_OM_ICC_CHANNEL].UDIHdle == ulChanID)
{
ulChannelID = OM_OM_ICC_CHANNEL;
}
else if(g_astOMACPUIccCtrlTable[OM_OSA_MSG_ICC_CHANNEL].UDIHdle == ulChanID)
{
ulChannelID = OM_OSA_MSG_ICC_CHANNEL;
}
else
{
LogPrint("OM_ComRx_ICCError_CB: The Channel ID is not used by OAM\n");
return VOS_ERR;
}
LogPrint2("GU_OAMAcpu_ICCError_CB: The Error Channel ID is %d,and Event is %d\n",
(VOS_INT32)ulChannelID, (VOS_INT32)ulEvent);
return VOS_OK;
}
/*****************************************************************************
Function : V_IntLock
Description: Turn off the interrupt
Input : file line
Return : CPSR;
Other : none
*****************************************************************************/
VOS_INT V_IntLock(VOS_UINT32 ulFileID, VOS_INT32 lLineNo)
{
VOS_INT lFlag;
lFlag = intLock();
if ( VOS_NESTED_INTLOCK_MAX_NUM <= g_stVosIntLockNestedInfo.ulSuffix )
{
g_stVosIntLockNestedInfo.ulSuffix++;
LogPrint2("# Info: intlock nested too big.F %d L %d.\r\n", (VOS_INT32)ulFileID, (VOS_INT32)lLineNo);
return lFlag;
}
g_stVosIntLockNestedInfo.astNestedInfo[g_stVosIntLockNestedInfo.ulSuffix].ulFile = ulFileID;
g_stVosIntLockNestedInfo.astNestedInfo[g_stVosIntLockNestedInfo.ulSuffix].lLine = lLineNo;
g_stVosIntLockNestedInfo.astNestedInfo[g_stVosIntLockNestedInfo.ulSuffix].ulSlice = VOS_GetSlice();
g_stVosIntLockNestedInfo.ulSuffix++;
return lFlag;
}
VOS_VOID PPM_PortStatus(OM_PROT_HANDLE_ENUM_UINT32 enHandle, CPM_PHY_PORT_ENUM_UINT32 enPhyPort,ACM_EVT_E enPortState)
{
VOS_ULONG ulLockLevel;
OM_LOGIC_CHANNEL_ENUM_UINT32 enChannel;
VOS_BOOL ulSndMsg;
if (ACM_EVT_DEV_SUSPEND == enPortState)
{
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBOutNum++;
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBOutTime = OM_GetSlice();
VOS_SpinLockIntLock(&g_stPpmPortSwitchSpinLock, ulLockLevel);
ulSndMsg = VOS_FALSE;
enChannel = OM_LOGIC_CHANNEL_BUTT;
/* CFG端口处理GU和TL的端口断开，发消息到GU和TL去处理，但不断开CPM的关联 */
if (OM_USB_CFG_PORT_HANDLE == enHandle)
{
if (enPhyPort == CPM_QueryPhyPort(CPM_OM_CFG_COMM))
{
ulSndMsg = VOS_TRUE;
enChannel = OM_LOGIC_CHANNEL_CNF;
}
}
/* IND端口断开时发消息到GU和TL去处理 */
else if (OM_USB_IND_PORT_HANDLE == enHandle)
{
if (enPhyPort == CPM_QueryPhyPort(CPM_OM_IND_COMM))
{
ulSndMsg = VOS_TRUE;
enChannel = OM_LOGIC_CHANNEL_IND;
}
}
else
{
}
VOS_SpinUnlockIntUnlock(&g_stPpmPortSwitchSpinLock, ulLockLevel);
if (VOS_TRUE == ulSndMsg)
{
PPM_DisconnectAllPort(enChannel);
}
}
else if(ACM_EVT_DEV_READY == enPortState)
{
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBINNum++;
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBINTime = OM_GetSlice();
}
else
{
LogPrint2("PPM_PortStatus: The USB Port %d State %d is Unknow", (VOS_INT)enPhyPort, (VOS_INT)enPortState);
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBStateErrNum++;
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBStateErrTime = OM_GetSlice();
}
return;
}