VOS_VOID Debug_DiagApi(VOS_UINT32 ulApiType)
{
DIAG_DEBUG_INFO_TBL_STRU* pstTable;
pstTable = diag_DebugGetInfo();
/* 空口自诊断*/
if(DIAG_DEBUG_API == ulApiType || DIAG_DEBUG_API_AIR == ulApiType)
{
vos_printf("*------------DIAG ReportAirMessageLog is called?----------------\n");
vos_printf("DIAG ReportAirMessageLog Call Times : %d \n",pstTable[EN_SDM_DIAG_ReportAirMessageLog].ulCalledNum);
vos_printf("DIAG ReportAirMessageLog para ID : %#x \n", pstTable[EN_SDM_DIAG_ReportAirMessageLog].ulRserved1);
vos_printf("MEAN called at function head : %#x \n", pstTable[EN_SDM_DIAG_ReportAirMessageLog].ulRserved2);
vos_printf("No Use : %d \n\n", pstTable[EN_SDM_DIAG_ReportAirMessageLog].ulRserved3);
vos_printf("DIAG ReportAirMessageLog RTC Time : %d \n\n", pstTable[EN_SDM_DIAG_ReportAirMessageLog].ulRtcTime);
vos_printf("*------------DIAG ReportAirMessageLog 失败次数----------------\n");
vos_printf("ReportAirMessageLog Call failure Times : %d \n",pstTable[EN_SDM_DIAG_ReportAirMessageLog_ERR].ulCalledNum);
vos_printf("ReportAirMessageLog PRIOR call : %#x \n", pstTable[EN_SDM_DIAG_ReportAirMessageLog_ERR].ulRserved1);
vos_printf("ReportAirMessageLog para ID : %#x \n", pstTable[EN_SDM_DIAG_ReportAirMessageLog_ERR].ulRserved2);
vos_printf("Failure Position 1 mean first branch : %d \n\n", pstTable[EN_SDM_DIAG_ReportAirMessageLog_ERR].ulRserved3);
vos_printf("ReportAirMessageLog RTC Time : %d \n\n", pstTable[EN_SDM_DIAG_ReportAirMessageLog_ERR].ulRtcTime);
}
/*voLTE自诊断*/
if(DIAG_DEBUG_API == ulApiType || DIAG_DEBUG_VOLTE == ulApiType)
{
vos_printf("*------------DIAG ReportAirMessageLog is called?----------------\n");
vos_printf("DIAG ReportVolTEMessageLog Call Times : %d \n",pstTable[EN_SDM_DIAG_ReportVoLTELog_ERR].ulCalledNum);
vos_printf("DIAG ReportVolTEMessageLog para ID : %#x \n", pstTable[EN_SDM_DIAG_ReportVoLTELog_ERR].ulRserved1);
vos_printf("MEAN called at function head : %#x \n", pstTable[EN_SDM_DIAG_ReportVoLTELog_ERR].ulRserved2);
vos_printf("No Use : %d \n\n", pstTable[EN_SDM_DIAG_ReportVoLTELog_ERR].ulRserved3);
vos_printf("DIAG ReportAirMessageLog RTC Time : %d \n\n", pstTable[EN_SDM_DIAG_ReportVoLTELog_ERR].ulRtcTime);
vos_printf("*------------DIAG ReportVolTEMessageLog 失败次数----------------\n");
vos_printf("ReportVolTEMessageLog Call failure Times : %d \n",pstTable[EN_SDM_DIAG_ReportVoLTELog_ERR].ulCalledNum);
vos_printf("ReportVolTEMessageLog PRIOR call : %#x \n", pstTable[EN_SDM_DIAG_ReportVoLTELog_ERR].ulRserved1);
vos_printf("ReportVolTEMessageLog para ID : %#x \n", pstTable[EN_SDM_DIAG_ReportVoLTELog_ERR].ulRserved2);
vos_printf("Failure Position 1 mean first branch : %d \n\n", pstTable[EN_SDM_DIAG_ReportVoLTELog_ERR].ulRserved3);
vos_printf("ReportVolTEMessageLog RTC Time : %d \n\n", pstTable[EN_SDM_DIAG_ReportVoLTELog_ERR].ulRtcTime);
}
/* 层间自诊断*/
if(DIAG_DEBUG_API == ulApiType || DIAG_DEBUG_API_LAYER == ulApiType)
{
vos_printf("*------------DIAG ReportLayerMessageLog is called?----------------\n");
vos_printf("DIAG ReportLayerMessageLog Call Times : %d \n",pstTable[EN_SDM_DIAG_ReportLayerMessageLog].ulCalledNum);
vos_printf("DIAG ReportLayerMessageLog para ID : %#x \n", pstTable[EN_SDM_DIAG_ReportLayerMessageLog].ulRserved1);
vos_printf("MEAN called at function head : %#x \n", pstTable[EN_SDM_DIAG_ReportLayerMessageLog].ulRserved2);
vos_printf("No Use : %d \n\n", pstTable[EN_SDM_DIAG_ReportLayerMessageLog].ulRserved3);
vos_printf("DIAG ReportLayerMessageLog RTC Time : %d \n\n", pstTable[EN_SDM_DIAG_ReportLayerMessageLog].ulRtcTime);
vos_printf("*------------DIAG ReportLayerMessageLog 失败次数----------------\n");
vos_printf("ReportLayerMessageLog Call failure Times: %d \n",pstTable[EN_SDM_DIAG_ReportLayerMessageLog_ERR].ulCalledNum);
vos_printf("ReportLayerMessageLog PRIOR call : %#x \n", pstTable[EN_SDM_DIAG_ReportLayerMessageLog_ERR].ulRserved1);
vos_printf("ReportLayerMessageLog para ID : %#x \n", pstTable[EN_SDM_DIAG_ReportLayerMessageLog_ERR].ulRserved2);
vos_printf("Failure Position 1 mean first branch : %d \n\n", pstTable[EN_SDM_DIAG_ReportLayerMessageLog_ERR].ulRserved3);
vos_printf("ReportLayerMessageLog RTC Time : %d \n\n", pstTable[EN_SDM_DIAG_ReportLayerMessageLog_ERR].ulRtcTime);
}
/* 用户面自诊断*/
if(DIAG_DEBUG_API == ulApiType || DIAG_DEBUG_API_USERPLANE == ulApiType)
{
vos_printf("*------------DIAG ReportUserPlaneMessageLog is called?----------------\n");
vos_printf("DIAG ReportUserPlaneMessageLog Call Times: %d \n",pstTable[EN_SDM_DIAG_ReportUserPlaneMessageLog].ulCalledNum);
vos_printf("DIAG ReportUserPlaneMessageLog para ID : %#x \n", pstTable[EN_SDM_DIAG_ReportUserPlaneMessageLog].ulRserved1);
vos_printf("MEAN called at function head : %#x \n", pstTable[EN_SDM_DIAG_ReportUserPlaneMessageLog].ulRserved2);
vos_printf("No Use : %d \n\n", pstTable[EN_SDM_DIAG_ReportUserPlaneMessageLog].ulRserved3);
vos_printf("DIAG ReportUserPlaneMessageLog RTC Time: %d \n\n", pstTable[EN_SDM_DIAG_ReportUserPlaneMessageLog].ulRtcTime);
vos_printf("*------------DIAG ReportUserPlaneMessageLog 失败次数----------------\n");
vos_printf("ReportUserPlaneMessageLog Call failure Times: %d \n",pstTable[EN_SDM_DIAG_ReportUserPlaneMessageLog_ERR].ulCalledNum);
vos_printf("ReportUserPlaneMessageLog PRIOR call : %#x \n", pstTable[EN_SDM_DIAG_ReportUserPlaneMessageLog_ERR].ulRserved1);
vos_printf("ReportUserPlaneMessageLog para ID : %#x \n", pstTable[EN_SDM_DIAG_ReportUserPlaneMessageLog_ERR].ulRserved2);
vos_printf("Failure Position 1 mean first branch : %d \n\n", pstTable[EN_SDM_DIAG_ReportUserPlaneMessageLog_ERR].ulRserved3);
vos_printf("ReportUserPlaneMessageLog RTC Time : %d \n\n", pstTable[EN_SDM_DIAG_ReportUserPlaneMessageLog_ERR].ulRtcTime);
}
/* 事件自诊断*/
if(DIAG_DEBUG_API == ulApiType || DIAG_DEBUG_API_EVENT == ulApiType)
{
vos_printf("*------------DIAG ReportEventLog is called?----------------\n");
vos_printf("DIAG ReportEventLog Call Times : %d \n",pstTable[EN_SDM_DIAG_ReportEventLog].ulCalledNum);
vos_printf("DIAG ReportEventLog para ID : %#x \n", pstTable[EN_SDM_DIAG_ReportEventLog].ulRserved1);
vos_printf("MEAN called at function head : %#x \n", pstTable[EN_SDM_DIAG_ReportEventLog].ulRserved2);
vos_printf("No Use : %d \n\n", pstTable[EN_SDM_DIAG_ReportEventLog].ulRserved3);
vos_printf("DIAG ReportEventLog RTC Time : %d \n\n", pstTable[EN_SDM_DIAG_ReportEventLog].ulRtcTime);
vos_printf("*------------DIAG ReportEventLog 失败次数----------------\n");
vos_printf("ReportEventLog Call failure Times : %d \n",pstTable[EN_SDM_DIAG_ReportEventLog_ERR].ulCalledNum);
vos_printf("ReportEventLog PRIOR call : %#x \n", pstTable[EN_SDM_DIAG_ReportEventLog_ERR].ulRserved1);
vos_printf("ReportEventLog para ID : %#x \n", pstTable[EN_SDM_DIAG_ReportEventLog_ERR].ulRserved2);
vos_printf("Failure Position 1 mean first branch : %d \n\n", pstTable[EN_SDM_DIAG_ReportEventLog_ERR].ulRserved3);
vos_printf("ReportEventLog RTC Time : %d \n\n", pstTable[EN_SDM_DIAG_ReportEventLog_ERR].ulRtcTime);
}
/* 命令自诊断*/
if(DIAG_DEBUG_API == ulApiType || DIAG_DEBUG_API_REPORT_INFO == ulApiType)
{
vos_printf("*------------DIAG_ReportStatLog is called?----------------\n");
vos_printf("DIAG_ReportStatLog Call Times : %d \n",pstTable[EN_SDM_DIAG_ReportStatLog].ulCalledNum);
vos_printf("DIAG_ReportStatLog para ID : %#x \n", pstTable[EN_SDM_DIAG_ReportStatLog].ulRserved1);
vos_printf("MEAN called at function head : %#x \n", pstTable[EN_SDM_DIAG_ReportStatLog].ulRserved2);
vos_printf("No Use : %d \n\n", pstTable[EN_SDM_DIAG_ReportStatLog].ulRserved3);
vos_printf("DIAG_ReportStatLog RTC Time : %d \n\n", pstTable[EN_SDM_DIAG_ReportStatLog].ulRtcTime);
vos_printf("*------------DIAG_ReportStatLog 失败次数----------------\n");
vos_printf("DIAG_ReportStatLog Call failure Times : %d \n", pstTable[EN_SDM_DIAG_ReportStatLog_ERR].ulCalledNum);
vos_printf("DIAG_ReportStatLog PRIOR call : %#x \n", pstTable[EN_SDM_DIAG_ReportStatLog_ERR].ulRserved1);
vos_printf("DIAG_ReportStatLog para ID : %#x \n", pstTable[EN_SDM_DIAG_ReportStatLog_ERR].ulRserved2);
vos_printf("Failure Position 1 mean first branch : %d \n\n", pstTable[EN_SDM_DIAG_ReportStatLog_ERR].ulRserved3);
vos_printf("DIAG_ReportStatLog RTC Time : %d \n\n", pstTable[EN_SDM_DIAG_ReportStatLog_ERR].ulRtcTime);
}
/* 打印自诊断*/
if(DIAG_DEBUG_API == ulApiType || DIAG_DEBUG_API_PRINTF == ulApiType)
{
vos_printf("*------------DIAG PRINTFV is called?----------------\n");
vos_printf("DIAG PRINTFV Call Times : %d \n",pstTable[EN_SDM_DIAG_PRINTFV].ulCalledNum);
vos_printf("DIAG PRINTFV para ID : %#x \n", pstTable[EN_SDM_DIAG_PRINTFV].ulRserved1);
vos_printf("MEAN called at function head: %#x \n", pstTable[EN_SDM_DIAG_PRINTFV].ulRserved2);
vos_printf("No Use : %d \n\n", pstTable[EN_SDM_DIAG_PRINTFV].ulRserved3);
vos_printf("DIAG PRINTFV RTC Time : %d \n\n", pstTable[EN_SDM_DIAG_PRINTFV].ulRtcTime);
vos_printf("*------------DIAG PRINTF V 失败次数----------------\n");
vos_printf("PRINTFV Call failure Times : %d \n",pstTable[EN_SDM_DIAG_PRINTFV_ERR].ulCalledNum);
vos_printf("PRINTFV PRIOR call : %#x \n", pstTable[EN_SDM_DIAG_PRINTFV_ERR].ulRserved1);
vos_printf("PRINTFV para ID : %#x \n", pstTable[EN_SDM_DIAG_PRINTFV_ERR].ulRserved2);
vos_printf("Failure Position 1 mean first branch: %d \n\n", pstTable[EN_SDM_DIAG_PRINTFV_ERR].ulRserved3);
vos_printf("PRINTFV RTC Time : %d \n\n", pstTable[EN_SDM_DIAG_PRINTFV_ERR].ulRtcTime);
vos_printf("*------------DIAG DOT PRINT is called?----------------\n");
vos_printf("DOT PRINT Call Times : %d \n",pstTable[EN_SDM_DIAG_DOT].ulCalledNum);
vos_printf("DOT PRINT para ID : %#x \n", pstTable[EN_SDM_DIAG_DOT].ulRserved1);
vos_printf("MEAN called at function head: %#x \n", pstTable[EN_SDM_DIAG_DOT].ulRserved2);
vos_printf("No Use : %d \n\n", pstTable[EN_SDM_DIAG_DOT].ulRserved3);
vos_printf("DOT PRINT RTC Time : %d \n\n", pstTable[EN_SDM_DIAG_DOT].ulRtcTime);
vos_printf("*------------DIAG DOT PRINT 失败次数----------------\n");
vos_printf("DOT PRINT Call failure Times : %d \n",pstTable[EN_SDM_DIAG_DOT_ERR].ulCalledNum);
vos_printf("DOT PRINT ERROR CODE : %#x \n", pstTable[EN_SDM_DIAG_DOT_ERR].ulRserved1);
vos_printf("DOT PRINT para ID : %#x \n", pstTable[EN_SDM_DIAG_DOT_ERR].ulRserved2);
vos_printf("Failure branch : %d \n\n", pstTable[EN_SDM_DIAG_DOT_ERR].ulRserved3);
vos_printf("DOT PRINT RTC Time : %d \n\n", pstTable[EN_SDM_DIAG_DOT_ERR].ulRtcTime);
}
if(DIAG_DEBUG_API == ulApiType || DIAG_DEBUG_API_PRINTF == ulApiType)
{
}
}
VOS_VOID NAS_PTT_TaskEntry( MsgBlock* pMsg )
{
vos_printf("NAS_PTT_TaskEntry:PTT Rcv Error Msg %x!", pMsg);
return;
}
/*lint -e960 */
VOS_UINT32 OM_PrintfWithModule(VOS_UINT32 ulModuleId, VOS_UINT32 ulLevel, VOS_CHAR * pcformat, ... )
/*lint +e960 */
{
VOS_UINT32 ulReturn = OM_OK;
VOS_CHAR *pcWarning;
VOS_UINT32 ulTempLen;
VOS_INT32 lRetLen;
va_list argument;
VOS_UINT32 ulDataLen = 0;
/* 数组前四字节存储模块ID，从第九字节开始为转换后字符串，为确保在转换为字符串
过程中不越界，多定义四字节作保护 */
/*lint -e813 */
VOS_CHAR acOutput[VOS_MAX_PRINT_LEN + 12];
/*lint +e813 */
#if (VOS_OS_VER == VOS_LINUX)
if(in_interrupt())
{
printk("\r\nOM_PrintfWithModule: RUN in the IRQ");
return OM_ERR_RUNINIRQ;
}
#endif
/* 输入参数检查 */
if((LOG_MAX_MODULE_ID_APP < ulModuleId)||(LOG_MIN_MODULE_ID_ACPU_DRV > ulModuleId)
||(LOG_LEVEL_BUTT <= ulLevel))
{
vos_printf("\r\nOM_PrintfWithModule: Para Error, ModuleId is %d, Level is %d", ulModuleId, ulLevel);
return OM_ERR_UNVALIDPARA;
}
ulReturn = OM_PrintfGetModuleIdLev(ulModuleId);
if((ulLevel > ulReturn)||(LOG_LEVEL_OFF == ulLevel))
{
return OM_ERR_LOWLEVEL;
}
*((VOS_UINT32*)acOutput) = ulModuleId;
*(((VOS_UINT32*)acOutput)+1) = ulLevel;
/* 将格式化字符串和可变参数转换为字符串 */
va_start( argument, pcformat );
lRetLen = VOS_nvsprintf(acOutput + OM_PRINTF_OFFSET, VOS_MAX_PRINT_LEN, pcformat, argument);
va_end( argument );
/* 添加字符串结束标志 */
acOutput[VOS_MAX_PRINT_LEN + OM_PRINTF_OFFSET - 1] = '\0';
/* 对转换结果进行判断，并在转换后字符串中添加相应提示信息 */
if(lRetLen >= (VOS_MAX_PRINT_LEN - 1))
{
pcWarning = "OM_Printf: Warning!Print too long!!!";
ulTempLen = VOS_StrLen(pcWarning );
VOS_MemCpy(acOutput + OM_PRINTF_OFFSET, pcWarning, ulTempLen);
/* 在转换后字符串倒数第二个字节添加换行符 */
acOutput[VOS_MAX_PRINT_LEN + OM_PRINTF_OFFSET- 2] = '\n';
ulDataLen = VOS_MAX_PRINT_LEN + OM_PRINTF_OFFSET- 1;
}
else if( lRetLen < 0 )
{
pcWarning = "OM_Printf:unknown internal error.\r\n";
VOS_StrCpy(acOutput + OM_PRINTF_OFFSET, pcWarning );
ulDataLen = VOS_StrLen(pcWarning ) + OM_PRINTF_OFFSET;
}
else
{
ulDataLen = (VOS_UINT32)lRetLen + OM_PRINTF_OFFSET;
}
ulReturn = OM_PrintfDataPut(acOutput, ulDataLen);
return ulReturn;
}
VOS_VOID RNIC_ShowDLProcStats(VOS_UINT8 ucRmNetId)
{
if (ucRmNetId >= RNIC_NET_ID_MAX_NUM)
{
vos_printf("RNIC_ShowDLProcStats: NetId overtop, ucRmNetId = %d\n", ucRmNetId);
return;
}
/* 下行统计量 */
vos_printf("RNIC %d收到下行IPV4数据的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulDlRecvIpv4PktNum);
vos_printf("RNIC %d收到下行IPV6数据的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulDlRecvIpv6PktNum);
vos_printf("RNIC %d发送下行数据的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulDlSendPktNum);
vos_printf("RNIC %d发送下行数据失败的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulDlSendPktFailNum);
vos_printf("RNIC %d收到下行数据包大于MTU的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulDlRecvBigPktNum);
vos_printf("RNIC %d网卡未激活丢弃的数据个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulDlDiscardPktNum);
vos_printf("RNIC %d下行加MAC头失败的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulDlAddMacHdFailNum);
vos_printf("RNIC %d网卡私有数据错误丢掉下行数据包的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulDlNetCardDiscardNum);
vos_printf("RNIC %d网卡ID错误丢掉下行数据包的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulDlNetIdDiscardNum);
vos_printf("RNIC %d收到错误数据包的个数非ipv4ipv6包 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulDlRecvErrPktNum);
vos_printf("\r\n");
return;
}
VOS_VOID RNIC_ShowUlProcStats(VOS_UINT8 ucRmNetId)
{
if (ucRmNetId >= RNIC_NET_ID_MAX_NUM)
{
vos_printf("RNIC_ShowUlProcStats: NetId overtop, ucRmNetId = %d\n", ucRmNetId);
return;
}
/* 上行统计量 */
vos_printf("RNIC %d流控状态 %d\n", ucRmNetId, g_stRnicCtx.astSpecCtx[ucRmNetId].enFlowCtrlStatus);
vos_printf("RNIC %d收到上行IPV4数据的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlRecvIpv4PktNum);
vos_printf("RNIC %d收到上行IPV6数据的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlRecvIpv6PktNum);
vos_printf("IPV4V6类型激活时RNIC %d收到上行数据的个数IPV4IPV6 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlRecvIpv4v6PktNum);
vos_printf("RNIC %d未激活时收到上行数据的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlRecvUndiaPktNum);
vos_printf("RNIC %d上行发送给ADS数据的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlSendPktNum);
vos_printf("RNIC %d调ADS发送上行数据失败的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlSendPktFailNum);
vos_printf("RNIC %d未拨上号前上行收到IPV4广播包的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlIpv4BrdcstPktNum);
vos_printf("RNIC %d上行转换为IMM_ZC失败的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlImmzcFailPktNum);
vos_printf("RNIC %d网卡私有数据错误丢掉上行数据包的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlNetCardDiscardNum);
vos_printf("RNIC %d网卡ID错误丢掉上行数据包的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlNetIdDiscardNum);
vos_printf("RNIC %dModem ID错误丢掉上行数据包的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlModemIdDiscardNum);
vos_printf("RNIC %d流控丢掉上行数据包的个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlFlowCtrlDiscardNum);
vos_printf("RNIC %d收到错误数据包的个数非ipv4ipv6包 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlRecvErrPktNum);
vos_printf("RNIC %d成功上报APP按需拨号 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlSendAppDialUpSucc);
vos_printf("RNIC %d上报APP按需拨号失败 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlSendAppDialUpFail);
vos_printf("RNIC %d成功上报APP断开拨号 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlSendAppDialDownSucc);
vos_printf("RNIC %d上报APP断开拨号失败 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlSendAppDialDownFail);
if (RNIC_RM_NET_ID_0 == ucRmNetId)
{
vos_printf("拨号模式 %d\n", g_stRnicCtx.stDialMode.enDialMode);
vos_printf("按需拨号是否上报事件 %d\n", g_stRnicCtx.stDialMode.enEventReportFlag);
vos_printf("按需拨号断开时间 %d\n", g_stRnicCtx.stDialMode.ulIdleTime);
}
vos_printf("RNIC %d RAB ID错误，RNIC丢弃的数据包个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlRabIdErr);
vos_printf("RNIC %d PDN ID错误，RNIC丢弃的数据包个数 %d\n", ucRmNetId, g_astRnicStats[ucRmNetId].ulUlPdnIdErr);
vos_printf("\r\n");
return;
}
/*****************************************************************************
Function : VOS_CreateTask
Description: create task with default task mode:
VOS_T_PREEMPT | VOS_T_NO_TSLICE | VOS_T_SUPV
Input : puchName -- name identify task
pfnFunc -- task entry function
ulPriority -- task priority
ulStackSize -- task stack size
aulArgs[VOS_TARG_NUM] -- arguments for task
Output : pulTaskID -- task id allocated by dopra
Return : result of VOS_CreateTaskEx
*****************************************************************************/
VOS_UINT32 VOS_CreateTask( VOS_CHAR * puchName,
VOS_UINT32 * pulTaskID,
VOS_TASK_ENTRY_TYPE pfnFunc,
VOS_UINT32 ulPriority,
VOS_UINT32 ulStackSize,
VOS_UINT32 aulArgs[VOS_TARG_NUM] )
{
int i;
VOS_UINT32 iTid;
pid_t ThreadID;
VOS_CHAR default_name[8] = {0};
VOS_UCHAR value;
struct task_struct *tsk;
struct sched_param param;
iTid = VOS_TaskCtrlBlkGet();
if( iTid == (VOS_UINT32)VOS_TASK_CTRL_BLK_NULL )
{
VOS_TaskPrintCtrlBlkInfo();
DRV_SYSTEM_ERROR(OSA_ALLOC_TASK_CONTROL_ERROR, (VOS_INT)vos_TaskCtrlBlkNumber, (VOS_INT)pfnFunc, VOS_NULL_PTR, 0);
VOS_SetErrorNo(VOS_ERRNO_TASK_CREATE_NOFREETCB);
return( VOS_ERRNO_TASK_CREATE_NOFREETCB );
}
/* caller not use name asign a default name */
if ( VOS_NULL_PTR == puchName )
{
default_name[0]= 't';
default_name[1]= 'i';
default_name[2]= 'd';
default_name[3] = (VOS_CHAR)(48 + iTid/100);
value = (VOS_UCHAR)(iTid%100);
default_name[4] = (VOS_CHAR)(48 + value/10);
default_name[5] = (VOS_CHAR)(48 + value%10);
default_name[6]= '\0';
}
*pulTaskID = iTid;
if ( VOS_NULL_PTR != puchName )
{
for(i=0; i<VOS_MAX_LENGTH_TASK_NAME; i++)
{
vos_TaskCtrlBlk[iTid].Name[i]= puchName[i];
}
vos_TaskCtrlBlk[iTid].Name[i-1] = '\0';
}
else
{
vos_TaskCtrlBlk[iTid].Name[0] = default_name[0];
vos_TaskCtrlBlk[iTid].Name[1] = default_name[1];
vos_TaskCtrlBlk[iTid].Name[2] = default_name[2];
vos_TaskCtrlBlk[iTid].Name[3] = default_name[3];
vos_TaskCtrlBlk[iTid].Name[4] = default_name[4];
vos_TaskCtrlBlk[iTid].Name[5] = default_name[5];
vos_TaskCtrlBlk[iTid].Name[6] = default_name[6];
}
vos_TaskCtrlBlk[iTid].Function = pfnFunc;
vos_TaskCtrlBlk[iTid].Priority = ulPriority;
vos_TaskCtrlBlk[iTid].StackSize = ulStackSize;
for ( i=0; i<VOS_TARG_NUM; i++ )
{
vos_TaskCtrlBlk[iTid].Args[i] = aulArgs[i];
}
ThreadID = kernel_thread( (LINUX_START_ROUTINE)VOS_LinuxTaskEntry,
( VOS_VOID * )&(vos_TaskCtrlBlk[iTid]), CLONE_KERNEL);
if (ThreadID < VOS_NULL)
{
VOS_TaskPrintCtrlBlkInfo();
DRV_SYSTEM_ERROR(OSA_CREATE_TASK_ERROR, (VOS_INT)ThreadID, (VOS_INT)iTid, VOS_NULL_PTR, 0);
VOS_TaskCtrlBlkFree(iTid);
VOS_SetErrorNo(VOS_ERRNO_TASK_CREATE_OSALCREATEFAIL);
return( VOS_ERRNO_TASK_CREATE_OSALCREATEFAIL );
}
vos_TaskCtrlBlk[iTid].ulLinuxThreadId = ThreadID;
tsk = pid_task(find_vpid(ThreadID), PIDTYPE_PID);
if ( VOS_NULL_PTR == tsk )
{
VOS_TaskPrintCtrlBlkInfo();
DRV_SYSTEM_ERROR(OSA_FIND_TASK_ERROR, (VOS_INT)ThreadID, (VOS_INT)iTid, VOS_NULL_PTR, 0);
return VOS_ERR;
}
if ( tsk->pid != ThreadID )
{
vos_printf("find task to set pri fail.\r\n");
VOS_TaskPrintCtrlBlkInfo();
DRV_SYSTEM_ERROR(OSA_FIND_TASK_PARA_ERROR, (VOS_INT)ThreadID, (VOS_INT)iTid, (VOS_CHAR *)tsk, sizeof(struct task_struct));
return VOS_ERR;
}
param.sched_priority = ulPriority;
if (VOS_NULL != sched_setscheduler(tsk, SCHED_FIFO, ¶m))
{
vos_printf("\r\nVOS_CreateTask: Creat Task %s ID %d sched_setscheduler Error", puchName, iTid);
VOS_TaskPrintCtrlBlkInfo();
DRV_SYSTEM_ERROR(OSA_SET_TASK_PRI_ERROR, (VOS_INT)ulPriority, (VOS_INT)iTid, (VOS_CHAR *)tsk, sizeof(struct task_struct));
return VOS_ERR;
}
return VOS_OK;
}
VOS_UINT32 diag_HifiMsgProc(DIAG_FRAME_INFO_STRU* pstReq)
{
VOS_UINT32 ulRet = ERR_MSP_SUCCESS;
DIAG_COMM_CNF_STRU stHifiCnf = {0};
MSP_DIAG_CNF_INFO_STRU stDiagInfo = {0};
#if(VOS_OS_VER == VOS_LINUX)
VOS_UINT32 ulLen;
DIAG_HIFI_MSG_A_TRANS_C_STRU *pstInfo;
#else
DIAG_OSA_MSG_STRU *pstMsg = NULL;
DIAG_OSA_MSG_STRU *pstVosMsg = NULL;
#endif
#if(VOS_OS_VER == VOS_LINUX)
ulLen = sizeof(DIAG_HIFI_MSG_A_TRANS_C_STRU) - VOS_MSG_HEAD_LENGTH + pstReq->ulMsgLen;
pstInfo = (DIAG_HIFI_MSG_A_TRANS_C_STRU*)VOS_AllocMsg(MSP_PID_DIAG_APP_AGENT, ulLen);
if(VOS_NULL == pstInfo)
{
ulRet = ERR_MSP_MALLOC_FAILUE;
goto DIAG_ERROR;
}
pstInfo->ulReceiverPid = MSP_PID_DIAG_AGENT;
pstInfo->ulSenderPid = MSP_PID_DIAG_APP_AGENT;
pstInfo->ulMsgId = DIAG_MSG_HIFI_A_TRANS_C_REQ;
ulLen = sizeof(DIAG_FRAME_INFO_STRU) + pstReq->ulMsgLen;
(VOS_VOID)VOS_MemCpy(&pstInfo->stInfo, pstReq, ulLen);
vos_printf("acore send msg to ccore.\n");
ulRet = VOS_SendMsg(MSP_PID_DIAG_APP_AGENT, pstInfo);
if(ulRet)
{
goto DIAG_ERROR;
}
return ulRet;
#else
pstMsg = (DIAG_OSA_MSG_STRU *)(pstReq->aucData + sizeof(MSP_DIAG_DATA_REQ_STRU));
pstVosMsg = (DIAG_OSA_MSG_STRU *)VOS_AllocMsg(MSP_PID_DIAG_AGENT, pstMsg->ulLength);
if (pstVosMsg != NULL)
{
pstVosMsg->ulReceiverPid = pstMsg->ulReceiverPid;
(VOS_VOID)VOS_MemCpy(&pstVosMsg->ulMsgId, &pstMsg->ulMsgId, pstMsg->ulLength);
ulRet = VOS_SendMsg(MSP_PID_DIAG_AGENT, pstVosMsg);
if (ulRet != VOS_OK)
{
diag_printf("diag_debug_write VOS_SendMsg failed!\n");
goto DIAG_ERROR;
}
}
#endif
DIAG_ERROR:
stHifiCnf.ulRet = ulRet;
DIAG_MSG_COMMON_PROC(stDiagInfo, stHifiCnf, pstReq);
stDiagInfo.ulMsgType = pstReq->stID.pri4b;
/*组包回复*/
ulRet = DIAG_MsgReport(&stDiagInfo, &stHifiCnf, sizeof(stHifiCnf));
return ulRet;
}
VOS_VOID Debug_DiagVcom(VOS_VOID)
{
DIAG_DEBUG_INFO_TBL_STRU* pstTable;
pstTable = diag_DebugGetInfo();
vos_printf("*------------ENABLE-------------------\n");
vos_printf("USB ENABLE counts : %d \n USB ENABLE fail counts : %d \n USB ENABLE fail branch : %d \n\n",
pstTable[EN_DIAG_DEBUG_VCOM_INIT].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM_INIT_ERR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM_INIT_ERR].ulRserved3);
vos_printf("*------------DISABLE-------------------\n");
vos_printf("USB DISABLE counts : %d \n USB DISABLE fail counts : %d \n USB DISABLE fail branch : %d \n\n",
pstTable[EN_DIAG_DEBUG_VCOM_DISABLE].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM_DISABLE_ERR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM_DISABLE_ERR].ulRserved3);
vos_printf("*------------OPEN-------------------\n");
vos_printf("VCOM1 OPEN counts : %d \n VCOM1 OPEN fail counts : %d \n VCOM1 OPEN fail value : %d\n\n",
pstTable[EN_DIAG_DEBUG_VCOM1_OPEN].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM1_OPEN_ERR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM1_OPEN_ERR].ulRserved1,
pstTable[EN_DIAG_DEBUG_VCOM1_OPEN_ERR].ulRserved2,
pstTable[EN_DIAG_DEBUG_VCOM1_OPEN_ERR].ulRserved3);
vos_printf("VCOM2 OPEN counts : %d \n VCOM2 OPEN fail counts : %d \n VCOM2 OPEN fail value : %d\n\n",
pstTable[EN_DIAG_DEBUG_VCOM2_OPEN].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM2_OPEN_ERR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM2_OPEN_ERR].ulRserved1,
pstTable[EN_DIAG_DEBUG_VCOM2_OPEN_ERR].ulRserved2,
pstTable[EN_DIAG_DEBUG_VCOM2_OPEN_ERR].ulRserved3);
vos_printf("*------------CLOSE-------------------\n");
vos_printf("VCOM1 CLOSE counts : %d \n VCOM1 CLOSE fail counts : %d \n VCOM1 CLOSE fail value : %d\n\n",
pstTable[EN_DIAG_DEBUG_VCOM1_CLOSE].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM1_CLOSE_ERR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM1_CLOSE_ERR].ulRserved1);
vos_printf("VCOM2 CLOSE counts : %d \n VCOM2 CLOSE fail counts : %d \n VCOM2 CLOSE fail value : %d\n\n",
pstTable[EN_DIAG_DEBUG_VCOM2_CLOSE].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM2_CLOSE_ERR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM2_CLOSE_ERR].ulRserved1);
vos_printf("*------------WRITE_异步写-------------------\n");
vos_printf("VCOM1 write counts : %d \n VCOM1 write len : %d \n VCOM1 write OK counts : %d \n VCOM1 Last write OK len : %d\n\n",
pstTable[EN_DIAG_DEBUG_VCOM1_WRT].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM1_WRT].ulRserved1,
pstTable[EN_DIAG_DEBUG_VCOM1_WRT_SUCC].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM1_WRT_SUCC].ulRserved1);
vos_printf("VCOM2 write counts : %d \n VCOM2 write len : %d\n VCOM2 write OK counts : %d \n VCOM2 Last write OK len : %d\n\n",
pstTable[EN_DIAG_DEBUG_VCOM2_WRT].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM2_WRT].ulRserved1,
pstTable[EN_DIAG_DEBUG_VCOM2_WRT_SUCC].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM2_WRT_SUCC].ulRserved1);
vos_printf("*------------WRITE CALL BACK-------------------\n");
vos_printf("VCOM1 WRITE CALL BACK counts : %d \n VCOM1 WRITE CALL BACK fail counts : %d \n VCOM1 WRITE fail addr : %d\nVCOM1 WRITE fail len :%d\n\n",
pstTable[EN_DIAG_DEBUG_VCOM1_WRT_CB].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM1_WRT_CB_ERR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM1_WRT_CB_ERR].ulRserved1,
pstTable[EN_DIAG_DEBUG_VCOM1_WRT_CB_ERR].ulRserved2);
vos_printf("VCOM2 WRITE CALL BACK counts : %d \n VCOM2 WRITE CALL BACK fail counts : %d \n VCOM2 WRITE fail addr : %d\nVCOM2 WRITE fail len :%d\n\n",
pstTable[EN_DIAG_DEBUG_VCOM2_WRT_CB].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM2_WRT_CB_ERR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM2_WRT_CB_ERR].ulRserved1,
pstTable[EN_DIAG_DEBUG_VCOM2_WRT_CB_ERR].ulRserved2);
vos_printf("*------------EVT CALL BACK-------------------\n");
vos_printf("VCOM1 EVT CALL BACK counts : %d \n VCOM1 EVT type : %d\n\n",
pstTable[EN_DIAG_DEBUG_VCOM1_EVT].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM1_EVT].ulRserved1);
vos_printf("VCOM2 EVT CALL BACK counts : %d \n VCOM2 EVT type : %d\n\n",
pstTable[EN_DIAG_DEBUG_VCOM2_EVT].ulCalledNum,
pstTable[EN_DIAG_DEBUG_VCOM2_EVT].ulRserved1);
}
VOS_VOID Debug_DiagUdiRead(VOS_VOID)
{
DIAG_DEBUG_INFO_TBL_STRU* pstTable;
pstTable = diag_DebugGetInfo();
vos_printf("*------------UDI PRE READ FROM BSP----------------\n");
vos_printf("Times : %d \n", pstTable[EN_DIAG_DEBUG_UDI_READ_START].ulCalledNum);
vos_printf("slReadlen : %d \n", pstTable[EN_DIAG_DEBUG_UDI_READ_START].ulRserved1);
vos_printf("usToReadSize : %d \n", pstTable[EN_DIAG_DEBUG_UDI_READ_START].ulRserved2);
vos_printf("ucRedBuf : %d \n", pstTable[EN_DIAG_DEBUG_UDI_READ_START].ulRserved3);
vos_printf("RTC Time : %d \n\n", pstTable[EN_DIAG_DEBUG_UDI_READ_START].ulRtcTime);
vos_printf("*------------UDIREAD FROM BSP----------------\n");
vos_printf("Times : %d \n", pstTable[EN_DIAG_DEBUG_UDI_READ_END].ulCalledNum);
vos_printf("slReadlen : %d \n", pstTable[EN_DIAG_DEBUG_UDI_READ_END].ulRserved1);
vos_printf("usToReadSize : %d \n", pstTable[EN_DIAG_DEBUG_UDI_READ_END].ulRserved2);
vos_printf("ucRedBuf : %d \n", pstTable[EN_DIAG_DEBUG_UDI_READ_END].ulRserved3);
vos_printf("RTC Time : %d \n\n", pstTable[EN_DIAG_DEBUG_UDI_READ_END].ulRtcTime);
}
VOS_VOID Debug_DiagFw(VOS_VOID)
{
DIAG_DEBUG_INFO_TBL_STRU* pstTable;
pstTable = diag_DebugGetInfo();
vos_printf("*------------DiagFw INIT-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n\n",
pstTable[EN_DIAG_DEBUG_FW_INIT].ulCalledNum,
pstTable[EN_DIAG_DEBUG_FW_INIT].ulRserved1,
pstTable[EN_DIAG_DEBUG_FW_INIT].ulRserved2);
vos_printf("*------------DiagFw INIT ERROR-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n fail branch : %d \n\n",
pstTable[EN_DIAG_DEBUG_FW_INIT_ERROR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_FW_INIT_ERROR].ulRserved1,
pstTable[EN_DIAG_DEBUG_FW_INIT_ERROR].ulRserved2,
pstTable[EN_DIAG_DEBUG_FW_INIT_ERROR].ulRserved3);
vos_printf("*------------DiagFw DECODE CMD-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n\n",
pstTable[EN_DIAG_DEBUG_FW_DECODE_CMD_ENTRY].ulCalledNum,
pstTable[EN_DIAG_DEBUG_FW_DECODE_CMD_ENTRY].ulRserved1,
pstTable[EN_DIAG_DEBUG_FW_DECODE_CMD_ENTRY].ulRserved2);
vos_printf("*------------DiagFw DECODE CMD ERROR-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n fail branch : %d \n\n",
pstTable[EN_DIAG_DEBUG_FW_DECODE_CMD_ENTRY_ERROR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_FW_DECODE_CMD_ENTRY_ERROR].ulRserved1,
pstTable[EN_DIAG_DEBUG_FW_DECODE_CMD_ENTRY_ERROR].ulRserved2,
pstTable[EN_DIAG_DEBUG_FW_DECODE_CMD_ENTRY_ERROR].ulRserved3);
vos_printf("*------------DiagFw TIME_OUT-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n\n",
pstTable[EN_DIAG_DEBUG_FW_TIME_OUT_ENTRY].ulCalledNum,
pstTable[EN_DIAG_DEBUG_FW_TIME_OUT_ENTRY].ulRserved1,
pstTable[EN_DIAG_DEBUG_FW_TIME_OUT_ENTRY].ulRserved2);
vos_printf("*------------DiagFw TIME_OUT ERROR-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n fail branch : %d \n\n",
pstTable[EN_DIAG_DEBUG_FW_TIME_OUT_ENTRY_ERROR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_FW_TIME_OUT_ENTRY_ERROR].ulRserved1,
pstTable[EN_DIAG_DEBUG_FW_TIME_OUT_ENTRY_ERROR].ulRserved2,
pstTable[EN_DIAG_DEBUG_FW_TIME_OUT_ENTRY_ERROR].ulRserved3);
vos_printf("*------------DiagFw APP_CNF-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n\n",
pstTable[EN_DIAG_DEBUG_FW_APP_CNF_ENTRY].ulCalledNum,
pstTable[EN_DIAG_DEBUG_FW_APP_CNF_ENTRY].ulRserved1,
pstTable[EN_DIAG_DEBUG_FW_APP_CNF_ENTRY].ulRserved2);
vos_printf("*------------DiagFw APP_CNF ERROR-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n fail branch : %d \n\n",
pstTable[EN_DIAG_DEBUG_FW_APP_CNF_ENTRY_ERROR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_FW_APP_CNF_ENTRY_ERROR].ulRserved1,
pstTable[EN_DIAG_DEBUG_FW_APP_CNF_ENTRY_ERROR].ulRserved2,
pstTable[EN_DIAG_DEBUG_FW_APP_CNF_ENTRY_ERROR].ulRserved3);
vos_printf("*------------DiagFw AGENT_CNF-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n\n",
pstTable[EN_DIAG_DEBUG_FW_AGENT_CNF_ENTRY].ulCalledNum,
pstTable[EN_DIAG_DEBUG_FW_AGENT_CNF_ENTRY].ulRserved1,
pstTable[EN_DIAG_DEBUG_FW_AGENT_CNF_ENTRY].ulRserved2);
vos_printf("*------------DiagFw AGENT_CNF ERROR-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n fail branch : %d \n\n",
pstTable[EN_DIAG_DEBUG_FW_AGENT_CNF_ENTRY_ERROR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_FW_AGENT_CNF_ENTRY_ERROR].ulRserved1,
pstTable[EN_DIAG_DEBUG_FW_AGENT_CNF_ENTRY_ERROR].ulRserved2,
pstTable[EN_DIAG_DEBUG_FW_AGENT_CNF_ENTRY_ERROR].ulRserved3);
}
VOS_VOID Debug_DiagAgent(VOS_VOID)
{
DIAG_DEBUG_INFO_TBL_STRU* pstTable;
pstTable = diag_DebugGetInfo();
vos_printf("*------------DIAG AGENT INIT-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n\n",
pstTable[EN_DIAG_DEBUG_AGENT_INIT].ulCalledNum,
pstTable[EN_DIAG_DEBUG_AGENT_INIT].ulRserved1,
pstTable[EN_DIAG_DEBUG_AGENT_INIT].ulRserved2);
vos_printf("*------------DIAG AGENT INIT ERROR-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n\n",
pstTable[EN_DIAG_DEBUG_AGENT_INIT_ERROR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_AGENT_INIT_ERROR].ulRserved1,
pstTable[EN_DIAG_DEBUG_AGENT_INIT_ERROR].ulRserved2);
vos_printf("*------------DIAG REG RD RECEIVE CMD-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n ulRserved3 : %d\n",
pstTable[EN_DIAG_DEBUG_REG_RD].ulCalledNum,
pstTable[EN_DIAG_DEBUG_REG_RD].ulRserved1,
pstTable[EN_DIAG_DEBUG_REG_RD].ulRserved2,
pstTable[EN_DIAG_DEBUG_REG_RD].ulRserved3);
vos_printf("*------------DIAG REG WR RECEIVE CMD-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n ulRserved3 : %d\n",
pstTable[EN_DIAG_DEBUG_REG_WR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_REG_WR].ulRserved1,
pstTable[EN_DIAG_DEBUG_REG_WR].ulRserved2,
pstTable[EN_DIAG_DEBUG_REG_WR].ulRserved3);
vos_printf("*------------DIAG BBP SAMPLE RECEIVE CMD-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n ulRserved3 : %d\n",
pstTable[EN_DIAG_DEBUG_BBP_SAMPLE].ulCalledNum,
pstTable[EN_DIAG_DEBUG_BBP_SAMPLE].ulRserved1,
pstTable[EN_DIAG_DEBUG_BBP_SAMPLE].ulRserved2,
pstTable[EN_DIAG_DEBUG_BBP_SAMPLE].ulRserved3);
vos_printf("*------------DIAG BBP LOG RECEIVE CMD-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n ulRserved3 : %d\n",
pstTable[EN_DIAG_DEBUG_BBP_LOG].ulCalledNum,
pstTable[EN_DIAG_DEBUG_BBP_LOG].ulRserved1,
pstTable[EN_DIAG_DEBUG_BBP_LOG].ulRserved2,
pstTable[EN_DIAG_DEBUG_BBP_LOG].ulRserved3);
vos_printf("*------------DIAG BBP SAMPLE RECEIVE CMD-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n ulRserved3 : %d\n",
pstTable[EN_DIAG_DEBUG_BBP_SAMPLE].ulCalledNum,
pstTable[EN_DIAG_DEBUG_BBP_SAMPLE].ulRserved1,
pstTable[EN_DIAG_DEBUG_BBP_SAMPLE].ulRserved2,
pstTable[EN_DIAG_DEBUG_BBP_SAMPLE].ulRserved3);
vos_printf("*------------DIAG LTE_DSP_CNF-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n ulRserved3 : %d\n",
pstTable[EN_DIAG_DEBUG_LTE_DSP_CNF].ulCalledNum,
pstTable[EN_DIAG_DEBUG_LTE_DSP_CNF].ulRserved1,
pstTable[EN_DIAG_DEBUG_LTE_DSP_CNF].ulRserved2,
pstTable[EN_DIAG_DEBUG_LTE_DSP_CNF].ulRserved3);
vos_printf("*------------DIAG TDS_DSP_CNF-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n ulRserved3 : %d\n",
pstTable[EN_DIAG_DEBUG_TDS_DSP_CNF].ulCalledNum,
pstTable[EN_DIAG_DEBUG_TDS_DSP_CNF].ulRserved1,
pstTable[EN_DIAG_DEBUG_TDS_DSP_CNF].ulRserved2,
pstTable[EN_DIAG_DEBUG_TDS_DSP_CNF].ulRserved3);
}
VOS_VOID Debug_DiagAppgent(VOS_VOID)
{
DIAG_DEBUG_INFO_TBL_STRU* pstTable;
pstTable = diag_DebugGetInfo();
vos_printf("*------------DIAG NV RD RECEIVE CMD-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n ulRserved3 : %d\n",
pstTable[EN_DIAG_DEBUG_NV_RD].ulCalledNum,
pstTable[EN_DIAG_DEBUG_NV_RD].ulRserved1,
pstTable[EN_DIAG_DEBUG_NV_RD].ulRserved2,
pstTable[EN_DIAG_DEBUG_NV_RD].ulRserved3);
vos_printf("*------------DIAG NV WR RECEIVE CMD-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n ulRserved3 : %d\n",
pstTable[EN_DIAG_DEBUG_NV_WR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_NV_WR].ulRserved1,
pstTable[EN_DIAG_DEBUG_NV_WR].ulRserved2,
pstTable[EN_DIAG_DEBUG_NV_WR].ulRserved3);
vos_printf("*------------DIAG NV IMPORT RECEIVE CMD-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n ulRserved3 : %d\n",
pstTable[EN_DIAG_DEBUG_NV_IMPORT].ulCalledNum,
pstTable[EN_DIAG_DEBUG_NV_IMPORT].ulRserved1,
pstTable[EN_DIAG_DEBUG_NV_IMPORT].ulRserved2,
pstTable[EN_DIAG_DEBUG_NV_IMPORT].ulRserved3);
vos_printf("*------------DIAG NV EXPORT RECEIVE CMD-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n ulRserved3 : %d\n",
pstTable[EN_DIAG_DEBUG_NV_EXPORT].ulCalledNum,
pstTable[EN_DIAG_DEBUG_NV_EXPORT].ulRserved1,
pstTable[EN_DIAG_DEBUG_NV_EXPORT].ulRserved2,
pstTable[EN_DIAG_DEBUG_NV_EXPORT].ulRserved3);
vos_printf("*------------DIAG LOG SAVE RECEIVE CMD-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n ulRserved3 : %d\n",
pstTable[EN_DIAG_DEBUG_LOG_SAVE].ulCalledNum,
pstTable[EN_DIAG_DEBUG_LOG_SAVE].ulRserved1,
pstTable[EN_DIAG_DEBUG_LOG_SAVE].ulRserved2,
pstTable[EN_DIAG_DEBUG_LOG_SAVE].ulRserved3);
vos_printf("*------------DIAG PS PS_TRANS_REQ-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n ulRserved3 : %d\n",
pstTable[EN_DIAG_DEBUG_PS_TRANS_REQ].ulCalledNum,
pstTable[EN_DIAG_DEBUG_PS_TRANS_REQ].ulRserved1,
pstTable[EN_DIAG_DEBUG_PS_TRANS_REQ].ulRserved2,
pstTable[EN_DIAG_DEBUG_PS_TRANS_REQ].ulRserved3);
vos_printf("*------------DIAG PS_TRANS_CNF-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n ulRserved3 : %d\n",
pstTable[EN_DIAG_DEBUG_PS_TRANS_CNF].ulCalledNum,
pstTable[EN_DIAG_DEBUG_PS_TRANS_CNF].ulRserved1,
pstTable[EN_DIAG_DEBUG_PS_TRANS_CNF].ulRserved2,
pstTable[EN_DIAG_DEBUG_PS_TRANS_CNF].ulRserved3);
}
VOS_VOID Debug_DiagCfg(VOS_VOID)
{
DIAG_DEBUG_INFO_TBL_STRU* pstTable;
pstTable = diag_DebugGetInfo();
vos_printf("*------------DIAG CONN CFG-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n\n",
pstTable[EN_DIAG_DEBUG_CONN_CFG].ulCalledNum,
pstTable[EN_DIAG_DEBUG_CONN_CFG].ulRserved1,
pstTable[EN_DIAG_DEBUG_CONN_CFG].ulRserved2);
vos_printf("*------------DIAG DISCONN CFG-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n\n",
pstTable[EN_DIAG_DEBUG_DIS_CONN_CFG].ulCalledNum,
pstTable[EN_DIAG_DEBUG_DIS_CONN_CFG].ulRserved1,
pstTable[EN_DIAG_DEBUG_DIS_CONN_CFG].ulRserved2);
vos_printf("*------------DIAG AIR CFG-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n\n",
pstTable[EN_DIAG_DEBUG_AIR_CFG].ulCalledNum,
pstTable[EN_DIAG_DEBUG_AIR_CFG].ulRserved1,
pstTable[EN_DIAG_DEBUG_AIR_CFG].ulRserved2);
vos_printf("*------------DIAG LAYER CFG-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n\n",
pstTable[EN_DIAG_DEBUG_LAYER_CFG].ulCalledNum,
pstTable[EN_DIAG_DEBUG_LAYER_CFG].ulRserved1,
pstTable[EN_DIAG_DEBUG_LAYER_CFG].ulRserved2);
vos_printf("*------------DIAG PRINT CFG-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n\n",
pstTable[EN_DIAG_DEBUG_PRINT_CFG].ulCalledNum,
pstTable[EN_DIAG_DEBUG_PRINT_CFG].ulRserved1,
pstTable[EN_DIAG_DEBUG_PRINT_CFG].ulRserved2);
vos_printf("*------------DIAG MSG CFG-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n\n",
pstTable[EN_DIAG_DEBUG_MSG].ulCalledNum,
pstTable[EN_DIAG_DEBUG_MSG].ulRserved1,
pstTable[EN_DIAG_DEBUG_MSG].ulRserved2);
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n\n",
pstTable[EN_DIAG_DEBUG_MSG_ERR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_MSG_ERR].ulRserved1,
pstTable[EN_DIAG_DEBUG_MSG_ERR].ulRserved2);
vos_printf("*------------DIAG EVENT CFG-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n\n",
pstTable[EN_DIAG_DEBUG_EVENT_CFG].ulCalledNum,
pstTable[EN_DIAG_DEBUG_EVENT_CFG].ulRserved1,
pstTable[EN_DIAG_DEBUG_EVENT_CFG].ulRserved2);
vos_printf("*------------DIAG USEPLANE CFG-------------------\n");
vos_printf("CALL counts : %d \n ulRserved1 : %d \n ulRserved2 : %d \n\n",
pstTable[EN_DIAG_DEBUG_USEPLANE_CFG].ulCalledNum,
pstTable[EN_DIAG_DEBUG_USEPLANE_CFG].ulRserved1,
pstTable[EN_DIAG_DEBUG_USEPLANE_CFG].ulRserved2);
}
VOS_VOID Debug_DiagSocp(VOS_VOID)
{
DIAG_DEBUG_INFO_TBL_STRU* pstTable;
pstTable = diag_DebugGetInfo();
vos_printf("*------------vcom发送给SOCP解码源总数:-------------------\n");
vos_printf("Call Counts : %d \nulChanID : %d \nulDataSize : %d\n\n",
pstTable[EN_DIAG_DEBUG_DECODE_PACKET_START].ulCalledNum,
pstTable[EN_DIAG_DEBUG_DECODE_PACKET_START].ulRserved1,
pstTable[EN_DIAG_DEBUG_DECODE_PACKET_START].ulRserved2);
vos_printf("*------------vcom发送给SOCP解码源失败数:-------------------\n");
vos_printf("Fail Counts : %d \nulRserved1 : %d \nulRserved2 : %d \nbranch : %d\n\n",
pstTable[EN_DIAG_DEBUG_DECODE_PACKET_START_ERROR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_DECODE_PACKET_START_ERROR].ulRserved1,
pstTable[EN_DIAG_DEBUG_DECODE_PACKET_START_ERROR].ulRserved2,
pstTable[EN_DIAG_DEBUG_DECODE_PACKET_START_ERROR].ulRserved3);
vos_printf("*------------SOCP解码回调进入:-------------------\n");
vos_printf("Call Counts : %d \nulChanID : %d \nulDataSize : %d\n\n",
pstTable[EN_DIAG_DEBUG_DECODE_PACKET_RCVE].ulCalledNum,
pstTable[EN_DIAG_DEBUG_DECODE_PACKET_RCVE].ulRserved1,
pstTable[EN_DIAG_DEBUG_DECODE_PACKET_RCVE].ulRserved2);
vos_printf("*------------SOCP解码回调失败:-------------------\n");
vos_printf("Fail Counts : %d \nulRserved1 : %d \nulRserved2 : %d \nbranch : %d\n\n",
pstTable[EN_DIAG_DEBUG_DECODE_PACKET_RCVE_ERROR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_DECODE_PACKET_RCVE_ERROR].ulRserved1,
pstTable[EN_DIAG_DEBUG_DECODE_PACKET_RCVE_ERROR].ulRserved2,
pstTable[EN_DIAG_DEBUG_DECODE_PACKET_RCVE_ERROR].ulRserved3);
vos_printf("*------------获取SOCP 编码源BUF进入:-------------------\n");
vos_printf("Call Counts : %d \nulChanID : %d \nulDataSize : %d\n\n",
pstTable[EN_DIAG_DEBUG_GET_SRC_BUF_START].ulCalledNum,
pstTable[EN_DIAG_DEBUG_GET_SRC_BUF_START].ulRserved1,
pstTable[EN_DIAG_DEBUG_GET_SRC_BUF_START].ulRserved2);
vos_printf("*------------获取SOCP 编码源BUF失败:-------------------\n");
vos_printf("Fail Counts : %d \nulRserved1 : %d \nulRserved2 : %d \nbranch : %d\n\n",
pstTable[EN_DIAG_DEBUG_GET_SRC_BUF_START_ERROR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_GET_SRC_BUF_START_ERROR].ulRserved1,
pstTable[EN_DIAG_DEBUG_GET_SRC_BUF_START_ERROR].ulRserved2,
pstTable[EN_DIAG_DEBUG_GET_SRC_BUF_START_ERROR].ulRserved3);
vos_printf("*------------写给SOCP编码进入:-------------------\n");
vos_printf("Call Counts : %d \nulChanID : %d \nulDataSize : %d\n\n",
pstTable[EN_DIAG_DEBUG_CODE_PACKET_START].ulCalledNum,
pstTable[EN_DIAG_DEBUG_CODE_PACKET_START].ulRserved1,
pstTable[EN_DIAG_DEBUG_CODE_PACKET_START].ulRserved2);
vos_printf("*------------写给SOCP编码失败:-------------------\n");
vos_printf("Fail Counts : %d \nulRserved1 : %d \nulRserved2 : %d \nbranch : %d\n\n",
pstTable[EN_DIAG_DEBUG_CODE_PACKET_START_ERROR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_CODE_PACKET_START_ERROR].ulRserved1,
pstTable[EN_DIAG_DEBUG_CODE_PACKET_START_ERROR].ulRserved2,
pstTable[EN_DIAG_DEBUG_CODE_PACKET_START_ERROR].ulRserved3);
vos_printf("*------------编码目的进入总数-------------------\n");
vos_printf("Call Counts : %d \nulChanID : %d \nulDataSize : %d\n\n",
pstTable[EN_DIAG_DEBUG_CODE_PACKET_RCVE].ulCalledNum,
pstTable[EN_DIAG_DEBUG_CODE_PACKET_RCVE].ulRserved1,
pstTable[EN_DIAG_DEBUG_CODE_PACKET_RCVE].ulRserved2);
vos_printf("*------------编码目的写入USB失败-------------------\n");
vos_printf("Fail Counts : %d \nulRserved1 : %d \nulRserved2 : %d \nbranch : %d\n\n",
pstTable[EN_DIAG_DEBUG_CODE_PACKET_RCVE_ERROR].ulCalledNum,
pstTable[EN_DIAG_DEBUG_CODE_PACKET_RCVE_ERROR].ulRserved1,
pstTable[EN_DIAG_DEBUG_CODE_PACKET_RCVE_ERROR].ulRserved2,
pstTable[EN_DIAG_DEBUG_CODE_PACKET_RCVE_ERROR].ulRserved3);
}
/*****************************************************************************
函 数 名 : NFExt_FidInit
功能描述 : NFExt_Fid初始化
输入参数 : ip - 初始化状态
输出参数 : 无
返 回 值 : 成功VOS_OK, 失败VOS_ERR
调用函数 :
被调函数 :
修改历史 :
1.日 期 : 2011年11月22日
作 者 : caikai
修改内容 : Created
*****************************************************************************/
VOS_UINT32 NFExt_FidInit ( enum VOS_INIT_PHASE_DEFINE ip )
{
VOS_UINT32 ulRslt;
#if (FEATURE_ON == FEATURE_NFEXT)
VOS_INT iRet;
#endif
switch ( ip )
{
case VOS_IP_LOAD_CONFIG:
#if (FEATURE_ON == FEATURE_NFEXT)
/* 先完成模块初始化 */
iRet = NFExt_Init();
if ( 0 != iRet )
{
vos_printf("NFExt_FidInit: NFExt_Init FAIL!\n");
return PS_FAIL;
}
#endif
/* 可维可测模块注册PID */
ulRslt = VOS_RegisterPIDInfo(ACPU_PID_NFEXT,
(Init_Fun_Type)NFExt_PidInit,
(Msg_Fun_Type)NFExt_MsgProc);
if( VOS_OK != ulRslt )
{
vos_printf("reg UEPS_PID_NFEXT VOS_RegisterPIDInfo FAIL!\n");
return PS_FAIL;
}
ulRslt = VOS_RegisterMsgTaskPrio(ACPU_FID_NFEXT, VOS_PRIORITY_M4);
if( VOS_OK != ulRslt )
{
vos_printf("VOS_RegisterTaskPrio Failed!\n");
return PS_FAIL;
}
#if (FEATURE_ON == FEATURE_NFEXT)
ulRslt = VOS_RegisterSelfTask(ACPU_FID_NFEXT,
(VOS_TASK_ENTRY_TYPE)NFExt_CtrlTxMsgTask,
VOS_PRIORITY_BASE,
NF_TX_MSG_TASK_STACK_SIZE);
if ( VOS_NULL_BYTE == ulRslt )
{
vos_printf("Self Task Regist fail!\n");
}
#endif
break;
case VOS_IP_FARMALLOC:
case VOS_IP_INITIAL:
case VOS_IP_ENROLLMENT:
case VOS_IP_LOAD_DATA:
case VOS_IP_FETCH_DATA:
case VOS_IP_STARTUP:
case VOS_IP_RIVAL:
case VOS_IP_KICKOFF:
case VOS_IP_STANDBY:
case VOS_IP_BROADCAST_STATE:
case VOS_IP_RESTART:
case VOS_IP_BUTT:
break;
default:
break;
}
return PS_SUCC;
}
VOS_VOID diag_help(VOS_VOID)
{
vos_printf("Debug_DiagVcom: 查看ACORE通道打开状态,发送给USB次数及USB给回调次数\n");
vos_printf("Debug_DiagUdiRead: 查看ACORE从USB读取条数\n");
vos_printf("Debug_DiagSocp: 查看SOCP编解码情况记录\n");
vos_printf("Debug_DiagFw: 查看框架收到命令，及agent回复情况\n");
vos_printf("Debug_DiagApi: 查看PS调用API计数\n");
vos_printf("Debug_DiagCfg: 查看HSO下发开关设置状态\n");
vos_printf("Debug_DiagCmd: 查看FW,AGENT模块收到命令\n");
vos_printf("Debug_DiagAppgent: 查看APP AGENT各命令处理结果\n");
vos_printf("Debug_DiagAgent: 查看AGENT各命令处理结果\n");
vos_printf("diag_BufHelp: 查看DIAG buf状态及错误\n");
#if(FEATURE_SOCP_ON_DEMAND == FEATURE_ON)
vos_printf("Debug_DiagSocpVote: 查看DIAG APP向SOCP投票状态及错误\n");
vos_printf("Debug_DiagDspMb: 查看DIAG AGENT与LDSP邮箱交互处理结果\n");
#endif
}
static VOS_VOID atScanDmcmdModifier( VOS_UINT8 *pData, VOS_UINT16 *pLen)
{
VOS_UINT16 usLen = 0;
VOS_UINT8 *pWrite = VOS_NULL_PTR;
VOS_UINT8 *pRead = VOS_NULL_PTR;
VOS_UINT8 *pTmp = VOS_NULL_PTR;
VOS_UINT8 *pDataTmp = VOS_NULL_PTR;
VOS_UINT8 aucStr[] = "*99**PPP";
VOS_UINT16 usStrLen = 0;
pDataTmp = (VOS_UINT8*)AT_MALLOC(*pLen + 1);
if (VOS_NULL_PTR == pDataTmp)
{
vos_printf("atScanDmcmdModifier(): AT_MALLOC Failed!\n");
return;
}
atRangeCopy(pDataTmp, pData, (pData + *pLen));
/* 保证字符串有结束符 */
pDataTmp[*pLen] = 0;
pRead = pDataTmp;
pWrite = pDataTmp;
pTmp = (VOS_UINT8*)AT_STRSTR((VOS_CHAR *)pDataTmp,(VOS_CHAR *)aucStr);
if(NULL != pTmp)
{
usStrLen = (VOS_UINT16)AT_STRLEN((VOS_CHAR *)aucStr);
/* 检查前一半参数 */
while ( pRead < pTmp )
{
/*删除修饰符，',','T','P','!','W','@'*/
if((',' != *pRead) && ('T' != *pRead) && ('P' != *pRead)
&& ('!' != *pRead) && ('W' != *pRead) && ('@' != *pRead))
{
*pWrite++ = *pRead;
usLen++;
}
pRead++;
}
while( pRead < (pTmp+usStrLen) )
{
*pWrite++ = *pRead++;
usLen++;
}
while( pRead < (pDataTmp+(*pLen)) )
{
/*删除修饰符，',','T','P','!','W','@'*/
if((',' != *pRead) && ('T' != *pRead) && ('P' != *pRead)
&& ('!' != *pRead) && ('W' != *pRead) && ('@' != *pRead))
{
*pWrite++ = *pRead;
usLen++;
}
pRead++;
}
}
else
{
/* 输入参数检查 */
while ( pRead < (pDataTmp+(*pLen)) )
{
/*删除修饰符，',','T','P','!','W','@'*/
if((',' != *pRead) && ('T' != *pRead) && ('P' != *pRead)
&& ('!' != *pRead) && ('W' != *pRead) && ('@' != *pRead))
{
*pWrite++ = *pRead;
usLen++;
}
pRead++;
}
}
atRangeCopy(pData, pDataTmp, (pDataTmp + *pLen));
*pLen = usLen;
AT_FREE(pDataTmp);
return;
}
VOS_VOID OmAcpuShowOnOff(VOS_VOID)
{
vos_printf("g_ulAcpuOMSwitchOnOff = %d\r\n",g_ulAcpuOMSwitchOnOff);
return;
}
/*****************************************************************************
Function : VOS_DeleteTask
Description: Delete a task, on some platform this operation is prohibited.
Input : ulTaskID -- ID of task to delete, 0 for current task ID
VOS_NULL_DWORD means current task exit normally,
so only need to free the dopra task resource,
do not need to call OSAL_DeleteTask.
Output : None
Return : VOS_OK on success or error code on failed
*****************************************************************************/
VOS_UINT32 VOS_DeleteTask( VOS_UINT32 ulTaskID )
{
vos_printf("\r\nVOS_DeleteTask: Delete Task %x", ulTaskID);
return(VOS_OK);
}
VOS_UINT32 OM_AcpuReadNv(APP_OM_MSG_EX_STRU *pstAppToOmMsg, VOS_UINT16 usReturnPrimId)
{
OM_APP_MSG_EX_STRU *pstOmToAppMsg;
APP_OM_READ_NV_STRU *pstAppOmReadNv;
OM_APP_READ_NV_STRU *pstOmAppReadNv;
VOS_UINT16 *pusOmToAppPara;
VOS_UINT32 ulCount;
VOS_UINT32 ulIndex;
VOS_UINT32 ulTotalSize = 0;
VOS_UINT32 ulResult;
VOS_UINT16 usNvId;
VOS_UINT32 ulNvLen;
pstAppOmReadNv = (APP_OM_READ_NV_STRU*)(pstAppToOmMsg->aucPara);
ulCount = pstAppOmReadNv->ulCount;
/*Get the total length of all NV items.*/
for (ulIndex = 0; ulIndex < ulCount; ulIndex++)
{
usNvId = pstAppOmReadNv->ausNvItemId[ulIndex];
ulResult = NV_GetLength(usNvId, &ulNvLen);
vos_printf("OM_AcpuReadNv NV_GetLength ulResult = %x\r\n", ulResult);
if (VOS_OK != ulResult)
{
//ulResult &= 0x0000FFFF;
NV_GET_RETURN(ulResult, usNvId);
OM_AcpuSendResultChannel(pstAppToOmMsg->ucCpuId, pstAppToOmMsg->ucFuncType, ulResult, usReturnPrimId);
PS_LOG1(WUEPS_PID_OM, 0, PS_PRINT_ERROR,
"OM_AcpuReadNv:NV_GetLength, NV id: ",(VOS_INT32)usNvId);
return ulResult;
}
ulTotalSize += ulNvLen;
}
/*Allocate the memory space.*/
ulTotalSize += OM_APP_MSG_EX_LEN + OM_READ_NV_HEAD_SIZE + (ulCount*OM_NV_ITEM_SIZE);
pstOmToAppMsg = (OM_APP_MSG_EX_STRU*)VOS_AssistantMemAlloc(WUEPS_PID_OM,
DYNAMIC_MEM_PT, ulTotalSize);
if (VOS_NULL_PTR == pstOmToAppMsg)
{
OM_AcpuSendResultChannel(pstAppToOmMsg->ucCpuId, pstAppToOmMsg->ucFuncType, VOS_ERR, usReturnPrimId);
PS_LOG(WUEPS_PID_OM, 0, PS_PRINT_ERROR, "OM_AcpuReadNv:VOS_MemAlloc.\n");
return VOS_ERR;
}
/*Assign the return value and the count to struct's fields.*/
pstOmAppReadNv = (OM_APP_READ_NV_STRU*)(pstOmToAppMsg->aucPara);
pstOmAppReadNv->ulErrorCode = VOS_OK;
pstOmAppReadNv->ulCount = ulCount;
pusOmToAppPara = (VOS_UINT16*)(pstOmAppReadNv->ausNVItemData);
/*Read the NV content by the NV Id.*/
for(ulIndex = 0; ulIndex < ulCount; ulIndex++)
{
usNvId = pstAppOmReadNv->ausNvItemId[ulIndex];
NV_GetLength(usNvId, &ulNvLen);
*pusOmToAppPara = usNvId;
pusOmToAppPara++;
*pusOmToAppPara = (VOS_UINT16)ulNvLen;
pusOmToAppPara++;
ulResult = NV_ReadEx(OM_GET_FUNCID_MODEMINFO(pstAppToOmMsg->ucFuncType),
usNvId, pusOmToAppPara, ulNvLen);
vos_printf("OM_AcpuReadNv ulResult = %x\r\n", ulResult);
if (NV_OK != ulResult)
{
//ulResult &= 0x0000FFFF;
NV_GET_RETURN(ulResult, usNvId);
OM_AcpuSendResultChannel(pstAppToOmMsg->ucCpuId, pstAppToOmMsg->ucFuncType, ulResult, usReturnPrimId);
VOS_MemFree(WUEPS_PID_OM, pstOmToAppMsg);
PS_LOG1(WUEPS_PID_OM, 0, PS_PRINT_ERROR,
"OM_AcpuReadNv:NV_Read, NV id:", (VOS_INT32)usNvId);
return ulResult;
}
pusOmToAppPara += ulNvLen/sizeof(VOS_UINT16);
}
pstOmToAppMsg->usLength = (VOS_UINT16)(ulTotalSize - VOS_OM_HEADER_LEN);
OM_AcpuSendContentChannel(pstAppToOmMsg->ucCpuId, pstAppToOmMsg->ucFuncType, (OM_RSP_PACKET_STRU *)pstOmToAppMsg, usReturnPrimId);
VOS_MemFree(WUEPS_PID_OM, pstOmToAppMsg);
return VOS_OK;
}
VOS_VOID RRM_ShowInfo(VOS_VOID)
{
VOS_UINT16 usIndex;
RRM_RFID_INFO_STRU *pstRFIDInfoAddr = VOS_NULL_PTR;
RRM_REG_INFO_STRU *pstRegInfoAddr = VOS_NULL_PTR;
NV_MODEM_RF_SHARE_CFG_STRU *pstModemCfgInfoAddr = VOS_NULL_PTR;
for (usIndex = 0; usIndex < RRM_RFID_BUTT; usIndex++)
{
pstRFIDInfoAddr = RRM_GetRFIDInfoAddr(usIndex);
if (VOS_NULL_PTR != pstRFIDInfoAddr)
{
vos_printf("========RFID info for Index %d ========\n", usIndex);
vos_printf("RFID使用状态: %d \n", pstRFIDInfoAddr->enRFIDUsedFlg);
vos_printf("RFID使用的MODEM: %d \n", pstRFIDInfoAddr->enUsingModemId);
vos_printf("RFID使用的值: %d \n", pstRFIDInfoAddr->usUsingRFIDValue);
}
}
vos_printf("\r\n");
for (usIndex = 0; usIndex < RRM_REG_MAX_NUMBER; usIndex++)
{
pstRegInfoAddr = RRM_GetRegInfoAddr(usIndex);
if (VOS_NULL_PTR != pstRegInfoAddr)
{
vos_printf("========REG info for Index %d ========\n", usIndex);
vos_printf("REG信息状态: %d \n", pstRegInfoAddr->enRegisteredFlg);
vos_printf("REG信息的RAT TYPE: %d \n", pstRegInfoAddr->enRatType);
vos_printf("REG信息的MODEM: %d \n", pstRegInfoAddr->enModemId);
vos_printf("REG信息的PID: %d \n", pstRegInfoAddr->ulPid);
}
}
vos_printf("\r\n");
for (usIndex = 0; usIndex < MODEM_ID_BUTT; usIndex++)
{
pstModemCfgInfoAddr = RRM_GetModemCfgInfoAddr(usIndex);
if (VOS_NULL_PTR != pstModemCfgInfoAddr)
{
vos_printf("========MODEM info for Index %d ========\n", usIndex);
vos_printf("MODEM是否支持该特性: %d \n", pstModemCfgInfoAddr->usSupportFlag);
vos_printf("MODEM的GSM RFID值: %d \n", pstModemCfgInfoAddr->usGSMRFID);
vos_printf("MODEM的WCDMA RFID值: %d \n", pstModemCfgInfoAddr->usWCDMARFID);
vos_printf("MODEM的TDS RFID值: %d \n", pstModemCfgInfoAddr->usTDSRFID);
vos_printf("MODEM的LTE RFID值: %d \n", pstModemCfgInfoAddr->usLTERFID);
vos_printf("MODEM的CDMA RFID值: %d \n", pstModemCfgInfoAddr->usCDMARFID);
vos_printf("MODEM的EVDO RFID值: %d \n", pstModemCfgInfoAddr->usEVDORFID);
}
}
vos_printf("\r\n");
return;
}
VOS_VOID OmAcpuShowOnOff(VOS_VOID)
{
vos_printf("g_ulAcpuOMSwitchOnOff = %d\r\n",g_stAcpuCnfCtrlInfo.ulOMSwitchOnOff);
return;
}
VOS_VOID RNIC_ShowRnicPdpStats(VOS_UINT8 ucRmNetId)
{
RNIC_PDP_CTX_STRU *pstPdpCtx;
if (ucRmNetId >= RNIC_NET_ID_MAX_NUM)
{
vos_printf("RNIC_ShowRnicPdpStats: NetId overtop, ucRmNetId = %d\n", ucRmNetId);
return;
}
pstPdpCtx = RNIC_GetPdpCtxAddr(ucRmNetId);
vos_printf("RNIC %d IPV4 PDP STATUS %d\n", ucRmNetId, pstPdpCtx->stIpv4PdpInfo.enRegStatus);
vos_printf("RNIC %d IPV4 PDP RABID %d\n", ucRmNetId, pstPdpCtx->stIpv4PdpInfo.ucRabId);
vos_printf("RNIC %d IPV4 PDP PDNID %d\n", ucRmNetId, pstPdpCtx->stIpv4PdpInfo.ucPdnId);
vos_printf("RNIC %d IPV4 PDP IPV4ADDR %d\n\n", ucRmNetId, pstPdpCtx->stIpv4PdpInfo.ulIpv4Addr);
vos_printf("RNIC %d IPV6 PDP STATUS %d\n", ucRmNetId, pstPdpCtx->stIpv6PdpInfo.enRegStatus);
vos_printf("RNIC %d IPV6 PDP RABID %d\n", ucRmNetId, pstPdpCtx->stIpv6PdpInfo.ucRabId);
vos_printf("RNIC %d IPV6 PDP PDNID %d\n", ucRmNetId, pstPdpCtx->stIpv6PdpInfo.ucPdnId);
vos_printf("RNIC %d IPV6 PDP IPV6ADDR %s\n\n", ucRmNetId, pstPdpCtx->stIpv6PdpInfo.aucIpv6Addr);
vos_printf("RNIC %d IPV4V6 PDP STATUS %d\n", ucRmNetId, pstPdpCtx->stIpv4v6PdpInfo.enRegStatus);
vos_printf("RNIC %d IPV4V6 PDP RABID %d\n", ucRmNetId, pstPdpCtx->stIpv4v6PdpInfo.ucRabId);
vos_printf("RNIC %d IPV4V6 PDP PDNID %d\n", ucRmNetId, pstPdpCtx->stIpv4v6PdpInfo.ucPdnId);
vos_printf("RNIC %d IPV4V6 PDP IPV4ADDR %d\n", ucRmNetId, pstPdpCtx->stIpv4v6PdpInfo.ulIpv4Addr);
vos_printf("RNIC %d IPV4V6 PDP IPV6ADDR %s\n", ucRmNetId, pstPdpCtx->stIpv4v6PdpInfo.aucIpv6Addr);
}
VOS_VOID OmAcpuDiscCnfShow(VOS_VOID)
{
vos_printf("OmAcpuDiscCnfShow = %d\r\n",g_ulAcpuDiscRcvCnt);
return;
}
VOS_VOID TAF_APS_ShowDdrInfo(VOS_VOID)
{
VOS_UINT32 i;
VOS_UINT32 j;
TAF_APS_SWITCH_DDR_RATE_INFO_STRU *pstSwitchDdrInfo;
pstSwitchDdrInfo = TAF_APS_GetSwitchDdrRateInfoAddr();
vos_printf("request id %d\n", pstSwitchDdrInfo->iDfsReqId);
vos_printf("request value %d\n", pstSwitchDdrInfo->ulReqValue);
vos_printf("multi dfs flag %d\n", pstSwitchDdrInfo->ulMultiDfsFlg);
for (i = 0; i < TAF_NVIM_DIFF_DFS_NUM; i++)
{
for (j = 0; j < pstSwitchDdrInfo->astDfsConfig[i].ulProfileNum; j++)
{
vos_printf("rat[%d] profile[%d] ulDlRate %d\n", i, j, pstSwitchDdrInfo->astDfsConfig[i].astProfile[j].ulDlRate);
vos_printf("rat[%d] profile[%d] ulUlRate %d\n", i, j, pstSwitchDdrInfo->astDfsConfig[i].astProfile[j].ulUlRate);
vos_printf("rat[%d] profile[%d] ulDdrBand %d\n", i, j, pstSwitchDdrInfo->astDfsConfig[i].astProfile[j].ulDdrBand);
}
}
vos_printf("request Suc Count %d\n", pstSwitchDdrInfo->stDfsDebugInfo.ulRequestSucCnt);
vos_printf("request fail Count %d\n", pstSwitchDdrInfo->stDfsDebugInfo.ulRequestFailCnt);
vos_printf("update Suc Count %d\n", pstSwitchDdrInfo->stDfsDebugInfo.ulUpdateSucCnt);
vos_printf("update fail count %d\n", pstSwitchDdrInfo->stDfsDebugInfo.ulUpdateFailCnt);
vos_printf("min band %d\n", pstSwitchDdrInfo->ulMinBand);
vos_printf("max band %d\n", pstSwitchDdrInfo->ulMaxBand);
}
VOS_VOID diag_BufHelp(VOS_VOID)
{
VOS_UINT32 i =0;
vos_printf("信号量锁次数=%x:\n", g_LockBufTimes);
vos_printf("信号量解锁次数=%x:\n", g_UnLockBufTimes);
vos_printf("\nxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx\n");
for(i = 0 ;i< 2 ;i++)
{
vos_printf("编码源BUF起始虚拟地址=%p:\n", g_stDiagBufCtrl[i].pucBuf);
vos_printf("编码源BUF起始物理地址=%p:\n", g_stDiagBufCtrl[i].pucRealBuf);
vos_printf("编码源BUF分配地址相对于起始虚拟地址偏移=0x%x:\n", g_stDiagBufCtrl[i].lAlloc);
vos_printf("编码源BUF释放地址相对于起始虚拟地址偏移=0x%x:\n", g_stDiagBufCtrl[i].lRelease);
vos_printf("编码源BUF填充地址相对于起始虚拟地址偏移=0x%x:\n", g_stDiagBufCtrl[i].lPadding);
vos_printf("编码源BUF大小=%d(K):\n", (g_stDiagBufCtrl[i].lBufSize)/1024);
vos_printf("\nxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx\n");
}
vos_printf("分配 uncache mem错误次数=%d:\n", g_stDiagToHsoErrRecord.usNoMemErr);
vos_printf("分配 BUF错误次数=%d:\n", g_stDiagToHsoErrRecord.usAllocMemErr);
vos_printf("释放 BUF错误次数=%d:\n", g_stDiagToHsoErrRecord.usRlsMemErr);
vos_printf("释放 RD错误次数=%d:\n", g_stDiagToHsoErrRecord.usRlsRdErr);
vos_printf("实地址转换虚地址错误次数=%d:\n", g_stDiagToHsoErrRecord.usRlsAddrErr);
vos_printf("需地址转换实地址错误次数=%d:\n", g_stDiagToHsoErrRecord.usSendAddrErr);
vos_printf("写入SOCP错误次数=%d:\n", g_stDiagToHsoErrRecord.usSendSocpDataErr);
vos_printf("无RD可清次数=%d:\n", g_stDiagToHsoErrRecord.usNoRdNum);
}
/*****************************************************************************
函 数 名 : NAS_ERABM_IpfDebug
功能描述 : 打印RABM IPF统计信息到串口
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4月12日
作 者 : L62099
修改内容 : 新生成函数
*****************************************************************************/
VOS_VOID NAS_ERABM_IpfDebug()
{
vos_printf("\n------------NAS RABM IPF STATICS-----------\n");
vos_printf("\nNAS ERABM UL RCV PACKET NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_UL_RCV_NUM());
vos_printf("\nNAS ERABM UL RCV PACKET BYTES: \t\t\t%d",NAS_ERABM_IPF_OM_GET_UL_RCV_BYTES());
vos_printf("\nNAS ERABM UL RCV PACKET ERR NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_UL_ERR_CNT());
vos_printf("\nNAS ERABM UL RCV FRAGMENT PACKET NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_UL_FRAG_CNT());
vos_printf("\nNAS ERABM UL DISCARD PACKET NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_UL_DISCARD_CNT());
vos_printf("\nNAS ERABM UL PRCS PACKET NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_UL_PRCS_BYTES());
vos_printf("\n");
vos_printf("\nNAS ERABM DL RCV PACKET NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_DL_RCV_NUM());
vos_printf("\nNAS ERABM DL RCV PACKET BYTES: \t\t\t%d",NAS_ERABM_IPF_OM_GET_DL_RCV_BYTES());
vos_printf("\nNAS ERABM DL RCV PACKET ERR NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_DL_ERR_CNT());
vos_printf("\nNAS ERABM DL RCV FRAGMENT PACKET NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_DL_FRAG_CNT());
vos_printf("\nNAS ERABM DL DISCARD PACKET NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_DL_DISCARD_CNT());
vos_printf("\nNAS ERABM DL PRCS PACKET NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_DL_PRCS_BYTES());
vos_printf("\n");
vos_printf("\nNAS ERABM DL NON USER DATA NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_DL_NON_USRDATA_CNT());
vos_printf("\nNAS ERABM DL USER DATA NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_DL_USRDATA_CNT());
vos_printf("\nNAS ERABM UL FILTER ERR NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_UL_FILTER_ERR_CNT());
vos_printf("\nNAS ERABM DL DATA ERR NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_DL_DATA_ERR_CNT());
vos_printf("\nNAS ERABM IP FILTER FULL NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_FILTER_FULL_CNT());
vos_printf("\n");
vos_printf("\nNAS ERABM IPV4 FRAGMENT PACKE NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_RCV_UL_IPV4_PACK_NUM());
vos_printf("\nNAS ERABM IPV4 NON HEADER FRAGMENT PACKE NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_RCV_UL_IPV4_NON_HEADER_PACK_NUM());
vos_printf("\nNAS ERABM IPV4 NON HEADER FRAGMENT FIND DEFT FAIL PACKE NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_RCV_UL_IPV4_NON_HEADER_FIND_DEFT_FAIL_PACK_NUM());
vos_printf("\nNAS ERABM IPV4 HEADER FRAGMENT PACKE NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_RCV_UL_IPV4_HEADER_PACK_NUM());
vos_printf("\nNAS ERABM IPV4 HEADER FRAGMENT NO UPPER LAYER PACKE NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_RCV_UL_IPV4_HEADER_NO_UPLAYER_PACK_NUM());
vos_printf("\nNAS ERABM IPV4 DISCARD FRAGMENT PACKE NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_RCV_UL_DISCARD_IPV4_PACK_NUM());
vos_printf("\n");
vos_printf("\nNAS ERABM IPV6 FRAGMENT PACKE NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_RCV_UL_IPV6_PACK_NUM());
vos_printf("\nNAS ERABM IPV6 DISCARD FRAGMENT PACKE NUM: \t\t\t%d",NAS_ERABM_IPF_OM_GET_RCV_UL_DISCARD_IPV6_PACK_NUM());
vos_printf("\n-------------------END---------------------\n");
}
VOS_VOID NFExt_StatsShow(VOS_VOID)
{
vos_printf("网桥forward流控丢掉的数据量 %ld \n", g_stNfExtStats.aulStats[NF_EXT_STATS_BR_FC_DROP]);
vos_printf("进入网桥forward hook的数据量 %ld \n", g_stNfExtStats.aulStats[NF_EXT_STATS_BR_FC_ENTER]);
vos_printf("环形buf满之后导致丢包数量 %ld \n", g_stNfExtStats.aulStats[NF_EXT_STATS_BUF_FULL_DROP]);
vos_printf("入环形buf失败次数 %ld \n", g_stNfExtStats.aulStats[NF_EXT_STATS_PUT_BUF_FAIL]);
vos_printf("出环形buf失败次数 %ld \n", g_stNfExtStats.aulStats[NF_EXT_STATS_GET_BUF_FAIL]);
vos_printf("申请内存失败次数 %ld \n", g_stNfExtStats.aulStats[NF_EXT_STATS_ALLOC_MEM_FAIL]);
vos_printf("当前环形缓存中未处理的数据量 %ld \n", ((VOS_UINT32)OM_RingBufferNBytes(g_stExEntity.pRingBufferId) / sizeof(NF_EXT_DATA_RING_BUF_STRU)));
vos_printf("当前的Hook Mask %ld \n", g_stExEntity.ulCurHookOnMask);
vos_printf("当前的流控状态Mask %ld \n", g_stExFlowCtrlEntity.ulFlowCtrlMsk);
vos_printf("当前OM WIFI所使用的IP地址 %x \n", g_stExEntity.ulOmIp);
vos_printf("当前网桥转发字节数 %x \n", g_stExFlowCtrlEntity.aulTxBytesCnt[NF_EXT_TX_BYTES_CNT_BR]);
}
/*****************************************************************************
Function : VOS_show_sem_info
Description: print the usage info of Sem
Input : void
Return : void
Other :
*****************************************************************************/
VOS_VOID VOS_show_sem_info( VOS_VOID )
{
vos_printf("Max be used sem is %x.\r\n",vos_SemMaxSemId);
}
VOS_VOID AT_Help(VOS_VOID)
{
vos_printf("********************************************************\n");
vos_printf("PS软调信息 \n");
vos_printf("********************************************************\n");
vos_printf("AT_ShowPsEntityInfo 显示拨号实体信息 \n");
vos_printf("AT_ShowPsFcIdState(ulFcid) 显示流控点状态信息 \n");
vos_printf("********************************************************\n");
vos_printf("UART软调信息 \n");
vos_printf("********************************************************\n");
vos_printf("AT_ShowHsUartConfigInfo 显示HSUART的配置信息 \n");
vos_printf("AT_ShowHsUartNvStats 显示HSUART的NV读写统计信息 \n");
vos_printf("AT_ShowHsUartIoctlStats 显示HSUART的IOCTL统计信息 \n");
vos_printf("AT_ShowHsUartDataStats 显示HSUART的数据统计信息 \n");
vos_printf("AT_ShowHsUartFcState 显示HSUART的流控状态信息 \n");
vos_printf("********************************************************\n");
vos_printf("MODEM软调信息 \n");
vos_printf("********************************************************\n");
vos_printf("AT_ShowModemDataStats 显示MODEM的数据统计信息 \n");
vos_printf("********************************************************\n");
vos_printf("其他软调信息 \n");
vos_printf("********************************************************\n");
vos_printf("AT_ShowResetStatsInfo 显示AT复位状态信息 \n");
vos_printf("AT_ShowAllClientState 查看端口状态信息 \n");
vos_printf("AT_ShowClientCtxInfo 查看Client配置的上下文信息 \n");
return;
}