VOS_INT GU_OamVComReadData(VOS_UINT8 ucDevIndex, VOS_UINT8 *pData, VOS_UINT32 uslength)
{
if(ucDevIndex != APP_VCOM_DEV_INDEX_LOG)
{
vos_printf("\r\n GU_OamVComReadData:PhyPort port is error: %d\n", ucDevIndex);
return VOS_ERR;
}
#if (VOS_LINUX == VOS_OS_VER)
down(&g_stVCOMRxBuffSem);
#endif
g_stVComDebugInfo.ulVCOMRcvNum++;
g_stVComDebugInfo.ulVCOMRcvLen += uslength;
if ((VOS_NULL_PTR == pData) || (0 == uslength))
{
#if (VOS_LINUX == VOS_OS_VER)
up(&g_stVCOMRxBuffSem);
#endif
vos_printf("\r\n GU_OamVComReadData:Send data is NULL\n");
return VOS_ERR;
}
if (CPM_PORT_BUTT == CPM_QueryPhyPort(CPM_OM_COMM))
{
CPM_ConnectPorts(CPM_VCOM_PORT, CPM_OM_COMM);
}
/*lint -e40*/
OM_ACPU_DEBUG_TRACE((VOS_UINT8*)pData, uslength, OM_ACPU_USB_CB);
/*lint +e40*/
if(VOS_OK != CPM_ComRcv(CPM_VCOM_PORT, pData, uslength))
{
g_stVComDebugInfo.ulVCOMRcvErrNum++;
g_stVComDebugInfo.ulVCOMRcvErrLen += uslength;
vos_printf("\r\n Info: GU_OamVComReadData:Call CPM_ComRcv is fail, PhyPort is CPM_VCOM_PORT \n");
}
#if (VOS_LINUX == VOS_OS_VER)
up(&g_stVCOMRxBuffSem);
#endif
return VOS_OK;
}
VOS_INT32 PPM_ReadPortData(CPM_PHY_PORT_ENUM_UINT32 enPhyPort, UDI_HANDLE UdiHandle, OM_PROT_HANDLE_ENUM_UINT32 enHandle)
{
ACM_WR_ASYNC_INFO stInfo;
if (VOS_ERROR == UdiHandle)
{
LogPrint("\r\n PPM_PortCloseProc: Input HANDLE is err. \n");
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBUdiHandleErr++;
return VOS_ERR;
}
VOS_MemSet(&stInfo, 0, sizeof(stInfo));
/* 获取USB的IO CTRL口的读缓存 */
if (VOS_OK != DRV_UDI_IOCTL(UdiHandle, UDI_ACM_IOCTL_GET_READ_BUFFER_CB, &stInfo))
{
LogPrint("\r\n PPM_ReadPortData:Call DRV_UDI_IOCTL is Failed\n");
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBUdiHandleReadGetBufferErr++;
return VOS_ERR;
}
/*lint -e40*/
OM_ACPU_DEBUG_CHANNEL_TRACE(enPhyPort, (VOS_UINT8*)stInfo.pVirAddr, stInfo.u32Size, OM_ACPU_USB_CB);
/*lint +e40*/
if(VOS_OK != CPM_ComRcv(enPhyPort, (VOS_UINT8*)stInfo.pVirAddr, stInfo.u32Size))
{
LogPrint1("\r\n Info: PPM_ReadPortData:Call CPM_ComRcv is NULL, PhyPort is %d\n", (VOS_INT)enPhyPort);
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBUdiCommRcvNullPtrErr++;
}
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBRcvPktNum++;
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBRcvPktByte += stInfo.u32Size;
if(VOS_OK != DRV_UDI_IOCTL(UdiHandle, UDI_ACM_IOCTL_RETUR_BUFFER_CB, &stInfo))
{
LogPrint("\r\n PPM_ReadPortData:Call DRV_UDI_IOCTL UDI_ACM_IOCTL_RETUR_BUFFER_CB is Failed\n");
g_stAcpuDebugInfo.astPortInfo[enHandle].ulUSBUdiHandleReadBufferFreeErr++;
}
return VOS_OK;
}
/*****************************************************************************
函 数 名 : GU_OamUSBReadData
功能描述 : 用于ACPU上面底软把数据通过ICC发送给OM模块
输入参数 : enPhyPort: 物理端口
UdiHandle:设备句柄
输出参数 : 无
返 回 值 : VOS_ERR/VOS_OK
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_INT32 GU_OamReadPortData(CPM_PHY_PORT_ENUM_UINT32 enPhyPort, UDI_HANDLE UdiHandle)
{
ACM_WR_ASYNC_INFO stInfo;
CPM_PHY_PORT_ENUM_UINT32 enPcvoiceRet;
CPM_PHY_PORT_ENUM_UINT32 enDiagRet;
if (VOS_ERROR == UdiHandle)
{
LogPrint("\r\nGU_OamReadPortData: Input HANDLE is err. \n");
return VOS_ERR;
}
VOS_MemSet(&stInfo, 0, sizeof(stInfo));
/* 获取USB的IO CTRL口的读缓存 */
if (VOS_OK != DRV_UDI_IOCTL(UdiHandle, UDI_ACM_IOCTL_GET_READ_BUFFER_CB, &stInfo))
{
LogPrint("\r\nGU_OamReadPortData:Call DRV_UDI_IOCTL is Failed\n");
return VOS_ERR;
}
/*lint -e40*/
OM_ACPU_DEBUG_TRACE((VOS_UINT8*)stInfo.pBuffer, stInfo.u32Size, OM_ACPU_USB_CB);
/*lint +e40*/
/*判断当前是否承载的是Pcvoice*/
enPcvoiceRet = CPM_QueryPhyPort(CPM_PCVOICE_COMM);
enDiagRet = CPM_QueryPhyPort(CPM_DIAG_COMM);
if ((enPhyPort != enPcvoiceRet)&&(enPhyPort != enDiagRet))
{
CPM_PnpAppPortCB(enPhyPort, VOS_TRUE); /*需要重新链接物理和逻辑端口关系*/
}
if(VOS_OK != CPM_ComRcv(enPhyPort, (VOS_UINT8*)stInfo.pBuffer, stInfo.u32Size))
{
LogPrint1("\r\n Info: GU_OamReadPortData:Call CPM_ComRcv is NULL, PhyPort is %d\n", (VOS_INT)enPhyPort);
}
if(VOS_OK != DRV_UDI_IOCTL(UdiHandle, UDI_ACM_IOCTL_RETUR_BUFFER_CB, &stInfo))
{
LogPrint("\r\nGU_OamReadPortData:Call DRV_UDI_IOCTL UDI_ACM_IOCTL_RETUR_BUFFER_CB is Failed\n");
}
return VOS_OK;
}
/*****************************************************************************
Prototype : Sock_ServerProc
Description : 服务器线程，用来处理服务器端和客户端的所有请求。
Input : lpParameter - Unused.
Output : void
Return Value : void
History : ---
Date : 2008-05-3
Author : g47350
Modification: Created function
*****************************************************************************/
VOS_VOID PPM_SockServerProc(COMM_SOCKET_CTRL_INFO_STRU *pstSockInfo)
{
VOS_INT8 acRcvBuf[OM_APP_SPLIT_MSG_LEN];
VOS_INT lRevSize = 0;
VOS_ULONG ulLockLevel;
for(;;)
{
lRevSize = recv(pstSockInfo->socket, acRcvBuf, OM_APP_SPLIT_MSG_LEN, 0);
VOS_SpinLockIntLock(&g_stSockTaskSpinLock, ulLockLevel);
/*客户端已经关闭，需要将其清空*/
#if (VOS_LINUX == VOS_OS_VER)
if (0 >= lRevSize)
#else
if ((SOCKET_ERROR == lRevSize) || (0 == lRevSize))
#endif
{
(VOS_VOID)VOS_SmP(pstSockInfo->SmClose, 0);
closesocket(pstSockInfo->socket);
pstSockInfo->socket = SOCK_NULL;
VOS_SmV(pstSockInfo->SmClose);
VOS_SpinUnlockIntUnlock(&g_stSockTaskSpinLock, ulLockLevel);
continue;
}
/*将接收到的数据提交给上层处理*/
CPM_ComRcv(pstSockInfo->enPhyPort, acRcvBuf, lRevSize);
VOS_SpinUnlockIntUnlock(&g_stSockTaskSpinLock, ulLockLevel);
}
}
