/*****************************************************************************
函 数 名 : CPM_PortAssociateInit
功能描述 : 根据端口类型关联物理端口和逻辑端口
输入参数 : VOS_VOID
输出参数 : 无
返 回 值 : VOS_OK:成功，其他为失败
*****************************************************************************/
VOS_UINT32 CPM_PortAssociateInit(VOS_VOID)
{
VOS_UINT32 i;
for (i = 0; i < CPM_COMM_BUTT; i++)
{
g_astCPMLogicPortCfg[i].enPhyPort = CPM_PORT_BUTT;
}
#if (VOS_OS_VER == VOS_WIN32)
g_stPortCfg.enPortNum = CPM_OM_PORT_TYPE_WIFI;
#else
/* 产品支持HSIC特性，直接返回成功，不做端口关联 */
if (BSP_MODULE_SUPPORT == mdrv_misc_support_check(BSP_MODULE_TYPE_HSIC))
{
return VOS_OK;
}
/* 读取OM的物理输出通道 */
if (NV_OK != NV_Read(en_NV_Item_Om_Port_Type, &g_stPortCfg, sizeof(OM_CHANNLE_PORT_CFG_STRU)))
{
return VOS_ERR;
}
#endif
/* 检测参数*/
if (CPM_OM_PORT_TYPE_USB == g_stPortCfg.enPortNum)
{
CPM_ConnectPorts(CPM_CFG_PORT, CPM_OM_CFG_COMM);
CPM_ConnectPorts(CPM_IND_PORT, CPM_OM_IND_COMM);
}
else if (CPM_OM_PORT_TYPE_VCOM == g_stPortCfg.enPortNum)
{
CPM_ConnectPorts(CPM_VCOM_CFG_PORT, CPM_OM_CFG_COMM);
CPM_ConnectPorts(CPM_VCOM_IND_PORT, CPM_OM_IND_COMM);
}
else if (CPM_OM_PORT_TYPE_WIFI == g_stPortCfg.enPortNum)
{
CPM_ConnectPorts(CPM_WIFI_AT_PORT, CPM_AT_COMM);
CPM_ConnectPorts(CPM_WIFI_OM_IND_PORT, CPM_OM_IND_COMM);
CPM_ConnectPorts(CPM_WIFI_OM_CFG_PORT, CPM_OM_CFG_COMM);
}
/* NV项不正确时按USB输出处理 */
else
{
CPM_ConnectPorts(CPM_CFG_PORT, CPM_OM_CFG_COMM);
CPM_ConnectPorts(CPM_IND_PORT, CPM_OM_IND_COMM);
g_stPortCfg.enPortNum = CPM_OM_PORT_TYPE_USB;
}
/*如果当前连接为USB输出，需要设置SOCP默认超时*/
if(g_stPortCfg.enPortNum == CPM_OM_PORT_TYPE_USB)
{
mdrv_socp_set_log_int_default_timeout();
}
return VOS_OK;
}
/*****************************************************************************
函 数 名 : CPM_PortAssociateInit
功能描述 : 根据端口类型关联物理端口和逻辑端口
输入参数 : VOS_VOID
输出参数 : 无
返 回 值 : VOS_OK:成功，其他为失败
*****************************************************************************/
VOS_UINT32 CPM_PortAssociateInit(VOS_VOID)
{
VOS_UINT32 i;
for (i = 0; i < CPM_COMM_BUTT; i++)
{
g_astCPMLogicPortCfg[i].enPhyPort = CPM_PORT_BUTT;
}
#if (VOS_OS_VER == VOS_WIN32)
g_stPortCfg.enPortNum = CPM_OM_PORT_TYPE_WIFI;
#else
/* Modified by h59254 for AP-Modem Personalisation Project, 2012/04/12, begin */
/* 产品支持HSIC特性，直接返回成功，不做端口关联 */
if (BSP_MODULE_SUPPORT == mdrv_misc_support_check(BSP_MODULE_TYPE_HSIC))
{
return VOS_OK;
}
/* Modified by h59254 for AP-Modem Personalisation Project, 2012/04/12, end */
/* 读取OM的物理输出通道 */
if (NV_OK != NV_Read(en_NV_Item_Om_Port_Type, &g_stPortCfg, sizeof(OM_CHANNLE_PORT_CFG_STRU)))
{
return VOS_ERR;
}
#endif
/* 检测参数*/
if (CPM_OM_PORT_TYPE_USB == g_stPortCfg.enPortNum)
{
CPM_ConnectPorts(CPM_CFG_PORT, CPM_OM_CFG_COMM);
CPM_ConnectPorts(CPM_IND_PORT, CPM_OM_IND_COMM);
}
else if (CPM_OM_PORT_TYPE_VCOM == g_stPortCfg.enPortNum)
{
CPM_ConnectPorts(CPM_VCOM_CFG_PORT, CPM_OM_CFG_COMM);
CPM_ConnectPorts(CPM_VCOM_IND_PORT, CPM_OM_IND_COMM);
}
else if (CPM_OM_PORT_TYPE_WIFI == g_stPortCfg.enPortNum)
{
CPM_ConnectPorts(CPM_WIFI_AT_PORT, CPM_AT_COMM);
CPM_ConnectPorts(CPM_WIFI_OM_IND_PORT, CPM_OM_IND_COMM);
CPM_ConnectPorts(CPM_WIFI_OM_CFG_PORT, CPM_OM_CFG_COMM);
}
/* NV项不正确时按USB输出处理 */
else
{
CPM_ConnectPorts(CPM_CFG_PORT, CPM_OM_CFG_COMM);
CPM_ConnectPorts(CPM_IND_PORT, CPM_OM_IND_COMM);
g_stPortCfg.enPortNum = CPM_OM_PORT_TYPE_USB;
}
return VOS_OK;
}
/*****************************************************************************
函 数 名 : CPM_PnpAppPortCB
功能描述 : 注册给DRV的插拔回调函数
输入参数 : bPortState： VOS_TRUE通道已连接、VOS_FALSE通道已断开
输出参数 : 无
返 回 值 : VOS_OK:成功，其他为失败
*****************************************************************************/
VOS_VOID CPM_PnpAppPortCB(CPM_PHY_PORT_ENUM_UINT32 enPhyPort, VOS_BOOL bPortState)
{
CPM_PHY_PORT_ENUM_UINT32 enCurPhyPort;
/* USB通道已打开 */
if (VOS_TRUE == bPortState)
{
enCurPhyPort = CPM_LOGIC_PHY_PORT(CPM_OM_COMM);
if ((CPM_APP_PORT != enCurPhyPort) && (CPM_CTRL_PORT != enCurPhyPort))
{
CPM_DisconnectPorts(enCurPhyPort, CPM_OM_COMM);
/* 连接APP口和OM通道 */
CPM_ConnectPorts(enPhyPort, CPM_OM_COMM);
}
return ;
}
/* USB通道已关闭，断开APP口与OM通道 */
CPM_DisconnectPorts(CPM_APP_PORT, CPM_OM_COMM);
return ;
}
VOS_UINT32 GU_OamLogPortSwitch(VOS_UINT32 ulPhyPort)
{
CPM_PHY_PORT_ENUM_UINT32 enPhyPort;
if ((CPM_VCOM_PORT != ulPhyPort) && (CPM_APP_PORT != ulPhyPort))
{
vos_printf("\r\n GU_OamPortSwitch: enPhyPort is error.port %d\n", ulPhyPort);
return VOS_ERR;
}
enPhyPort = CPM_QueryPhyPort(CPM_OM_COMM);
if (ulPhyPort != enPhyPort)
{
/* 断开连接 */
GU_OamDisconnectPorts(enPhyPort);
g_stAcpuPcToUeSucRecord.stRlsInfo.ulRlsPortSwitch++;
g_stAcpuPcToUeSucRecord.stRlsInfo.ulSlice = OM_GetSlice();
CPM_ConnectPorts(ulPhyPort, CPM_OM_COMM);
}
return VOS_OK;
}
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;
}
/*****************************************************************************
函 数 名 : CPM_NotifyChangePort
功能描述 : 提供给ACPU AT模块调用，用来通知OM进行端口切换
输入参数 : enLogicPort：逻辑通道号
enPhyPort： 物理通道号
输出参数 : 无
返 回 值 : VOS_OK:成功，其他为失败
*****************************************************************************/
VOS_UINT32 CPM_NotifyChangePort(AT_PHY_PORT_ENUM_UINT32 enPhyPort,
CPM_LOGIC_PORT_ENUM_UINT32 enLogicPort)
{
/* 参数检测 */
if ((enPhyPort >= CPM_PORT_BUTT) || (enLogicPort>= CPM_COMM_BUTT))
{
return VOS_ERR;
}
/* 判断当前OM通道是否为WIFI */
if (CPM_WIFI_OM_PORT == CPM_LOGIC_PHY_PORT(enLogicPort))
{
/* 关闭SOCKET连接 */
}
/* 断开当前通道 */
CPM_DisconnectPorts(CPM_LOGIC_PHY_PORT(enLogicPort), enLogicPort);
CPM_ConnectPorts(enPhyPort, enLogicPort);
return VOS_OK;
}
VOS_UINT32 PPM_LogPortSwitch(VOS_UINT32 ulPhyPort, VOS_BOOL ulEffect)
{
CPM_PHY_PORT_ENUM_UINT32 enPhyCfgPort;
CPM_PHY_PORT_ENUM_UINT32 enPhyIndPort;
VOS_ULONG ulLockLevel;
VOS_BOOL ulSndMsg;
if ((CPM_OM_PORT_TYPE_USB != ulPhyPort) && (CPM_OM_PORT_TYPE_VCOM != ulPhyPort))
{
vos_printf("\r\n PPM_LogPortSwitch: enPhyPort is error.port %d\n", ulPhyPort);
g_stPpmPortSwitchInfo.ulPortTypeErr++;
return VOS_ERR;
}
/* 切换的端口与当前端口一致不切换 */
if (ulPhyPort == g_stPortCfg.enPortNum)
{
DRV_SOCP_VOTE(SOCP_VOTE_PPM_RCV, SOCP_VOTE_FOR_WAKE);
/* 切换到VCOM输出时在LOG延迟写入开启情况下需要重新设置SOCP的超时中断 */
if (CPM_OM_PORT_TYPE_VCOM == g_stPortCfg.enPortNum)
{
(VOS_VOID)DRV_SOCP_SET_TIMEOUT(SOCP_TIMEOUT_TRF, 0);
}
/* 为了规避USB输出时开启了延时写入无法连接工具,切换到USB输出时需要重新设置SOCP的超时中断到默认值 */
if (CPM_OM_PORT_TYPE_USB == g_stPortCfg.enPortNum)
{
(VOS_VOID)DRV_SOCP_SET_TIMEOUT(SOCP_TIMEOUT_TRF, 0x17);
}
DRV_SOCP_VOTE(SOCP_VOTE_PPM_RCV, SOCP_VOTE_FOR_SLEEP);
return VOS_OK;
}
g_stPpmPortSwitchInfo.ulStartSlice = OM_GetSlice();
enPhyCfgPort = CPM_QueryPhyPort(CPM_OM_CFG_COMM);
enPhyIndPort = CPM_QueryPhyPort(CPM_OM_IND_COMM);
ulSndMsg = VOS_FALSE;
VOS_SpinLockIntLock(&g_stPpmPortSwitchSpinLock, ulLockLevel);
/* 切换到VCOM输出 */
if (CPM_OM_PORT_TYPE_VCOM == ulPhyPort)
{
/* 当前是USB输出 */
if ((CPM_CFG_PORT == enPhyCfgPort) && (CPM_IND_PORT == enPhyIndPort))
{
/* 需要断开连接 */
ulSndMsg = VOS_TRUE;
CPM_DisconnectPorts(CPM_CFG_PORT, CPM_OM_CFG_COMM);
CPM_DisconnectPorts(CPM_IND_PORT, CPM_OM_IND_COMM);
}
/* 当前OM走VCOM上报 */
CPM_ConnectPorts(CPM_VCOM_CFG_PORT, CPM_OM_CFG_COMM);
CPM_ConnectPorts(CPM_VCOM_IND_PORT, CPM_OM_IND_COMM);
g_stPortCfg.enPortNum = CPM_OM_PORT_TYPE_VCOM;
}
/* 切换到USB输出 */
else
{
/* 当前是VCOM输出 */
if ((CPM_VCOM_CFG_PORT == enPhyCfgPort) && (CPM_VCOM_IND_PORT == enPhyIndPort))
{
/* 断开连接 */
ulSndMsg = VOS_TRUE;
CPM_DisconnectPorts(CPM_VCOM_CFG_PORT, CPM_OM_CFG_COMM);
CPM_DisconnectPorts(CPM_VCOM_IND_PORT, CPM_OM_IND_COMM);
}
/* OM走USB上报 */
CPM_ConnectPorts(CPM_CFG_PORT, CPM_OM_CFG_COMM);
CPM_ConnectPorts(CPM_IND_PORT, CPM_OM_IND_COMM);
g_stPortCfg.enPortNum = CPM_OM_PORT_TYPE_USB;
}
VOS_SpinUnlockIntUnlock(&g_stPpmPortSwitchSpinLock, ulLockLevel);
if (VOS_TRUE == ulSndMsg)
{
PPM_DisconnectAllPort(OM_LOGIC_CHANNEL_CNF);
}
DRV_SOCP_VOTE(SOCP_VOTE_PPM_RCV, SOCP_VOTE_FOR_WAKE);
/* 切换到VCOM输出时在LOG延迟写入开启情况下需要重新设置SOCP的超时中断 */
if (CPM_OM_PORT_TYPE_VCOM == g_stPortCfg.enPortNum)
{
(VOS_VOID)DRV_SOCP_SET_TIMEOUT(SOCP_TIMEOUT_TRF, 0);
}
/* 为了规避USB输出时开启了延时写入无法连接工具,切换到USB输出时需要重新设置SOCP的超时中断到默认值 */
if (CPM_OM_PORT_TYPE_USB == g_stPortCfg.enPortNum)
{
(VOS_VOID)DRV_SOCP_SET_TIMEOUT(SOCP_TIMEOUT_TRF, 0x17);
}
DRV_SOCP_VOTE(SOCP_VOTE_PPM_RCV, SOCP_VOTE_FOR_SLEEP);
g_stPpmPortSwitchInfo.ulSwitchSucc++;
g_stPpmPortSwitchInfo.ulEndSlice = OM_GetSlice();
if (VOS_TRUE == ulEffect)
{
if (VOS_OK != NV_Write(en_NV_Item_Om_Port_Type, &g_stPortCfg, sizeof(OM_CHANNLE_PORT_CFG_STRU)))
{
vos_printf("\r\n PPM_LogPortSwitch: NV_Write fail\n");
}
}
return VOS_OK;
}
