#include "proto_PM100.h"
#include "proto_Modbus.h"
#include "stdio.h"
#include "string.h"
#include "bsp_Uart.h"
#include "os_timer.h"

char *proto_PM100_Str_WarmingCode[32] = 
{
    "Water flow low"       ,
    ""                     ,
    "Dil.N2 flow low"      ,
    "BP Drooping"          ,
    "MP Drooping"          ,
    "Casing temp. high"    ,
    "BP-G oil level low"   ,
    "BP-M oil level low"   ,
    "MP-G oil level low"   ,
    "MP-M oil level low"   ,
    "Drv brg temp. high"   ,
    "Drvn brg temp. high"  ,
    "Oil level low"        ,
    "BOX temp.high"        ,
    "N2 valve open"        ,
    "Cooler 1 temp. high"  ,
    "Cooler 2 temp. high"  ,
    "Cooler 3 temp. high"  ,
    "Pump N2 flow low"     ,
    "Exh. N2 flow low"     ,
    "Exh. trap temp. high" ,
    "Back press. high"     ,
    "Heater error"         ,
    "BP motor temp. high"  ,
    "MP motor temp. high"  ,
    "Driver temp. high"    ,
    "Communication error"  ,
    "Valve error"          ,
    ""                     ,
    ""                     ,
    ""                     ,
    "Other warnings"       
};



char *proto_PM100_Str_AlarmCode[32] = 
{
    "Casing temp. HH"            ,
    "BP motor temp. high"        ,
    "MP motor temp. high"        ,
    "Water leakage"              ,
    "BP thermal"                 ,
    "MP thermal"                 ,
    ""                           ,
    ""                           ,
    ""                           ,
    "Emergency stop(EMS)"        ,
    "MP no current"              ,
    "BP no current"              ,
    ""                           ,
    "Back press. high"           ,
    "Power failure"              ,
    "MP driver protection active",
    "BP driver protection active",
    "BP overload 2"              ,
    "MP overload 2"              ,
    "BP step out"                ,
    "MP step out"                ,
    "Emergency off(EMO)"         ,
    "Exh. N2 flow low"           ,
    "Water flow low continued"   ,
    "External interlock"         ,
    ""                           ,
    ""                           ,
    ""                           ,
    ""                           ,
    ""                           ,
    ""                           ,
    "Other alarms"               
};

static void proto_PM100_Init(void);
static void proto_PM100_Tx_Task(void);
static void proto_PM100_Rx_Task(u8 *pData,u16 Len,void *other_data);
static void proto_PM100_Control_Start(u8 Dev);
static void proto_PM100_Control_Stop(u8 Dev);
static void proto_PM100_Control_Reset(void);
static void proto_PM100_Control_Set_Mode(u8 Mode);
static void proto_PM100_Control_Set_Mode_Speed(u8 Dev,u8 Mode,u16 Speed);
static void proto_PM100_Alarm_Control_Reset(void);
static void proto_PM100_Dev_Status_Control_Reset(void);

proto_PM100_t PM100 = 
{
    .Sys_StateQueue             = queue(proto_PM100_Set_Data_t,10),
    .Sys_State                  = PROTO_PM100_CMD_GET_STATE_ALARM,
    .Init                       = proto_PM100_Init,
    .Tx_Task                    = proto_PM100_Tx_Task,
    .Rx_Task                    = proto_PM100_Rx_Task,
            
    .Set_Data.Analog_Code       = PROTO_PM100_GET_DATA_CODE,
    .Alarm_Control.Reset        = proto_PM100_Alarm_Control_Reset,
    .Dev_Status_Control.Reset   = proto_PM100_Dev_Status_Control_Reset,
            
    .Control.Start              = proto_PM100_Control_Start,    
    .Control.Stop               = proto_PM100_Control_Stop,
    .Control.Reset              = proto_PM100_Control_Reset,
    .Control.Set_Mode           = proto_PM100_Control_Set_Mode,
    .Control.Set_Speed          = proto_PM100_Control_Set_Mode_Speed,
};

static proto_PM100_t *pPM100 = &PM100;

static void proto_PM100_Init(void)
{
    /*让两个主动上发的信息有时间间隔*/
    pPM100->Alarm_Control.StartTime = osTime_MSecTick;                  
    pPM100->Dev_Status_Control.StartTime = osTime_MSecTick + 500;
    COM_Uart3.Rx_DataAnalysis = proto_PM100_Rx_Task; 
    
    /*清空时间和报警时长数组*/
    for (int i = 0; i < 32; i++) 
    {
        PM100.Opera_Status.alarm_start_str[i][0] = '\0';
        PM100.Opera_Status.warning_start_str[i][0] = '\0';
        PM100.Opera_Status.alarm_start_sec[i] = 0;
        PM100.Opera_Status.warning_start_sec[i] = 0;
    }
}

static void proto_PM100_Send(u8 *pData,u16 Len)
{
    COM_Uart3.Send(&COM_Uart3,pData,Len);
}

static u8 proto_PM100_SysState_Switch(void)
{
    proto_PM100_Set_Data_t Set_Data;
    if(0 == queue_pop(pPM100->Sys_StateQueue,&Set_Data))
    {
        pPM100->Sys_State = PROTO_PM100_CMD_GET_STATE_ALARM; 
        return 0;
    }
    else
    {
        pPM100->Sys_State = Set_Data.Sys_State;
        memcpy(&pPM100->Set_Data,&Set_Data,sizeof(proto_PM100_Set_Data_t));
        return 1;
    }
}

static void proto_PM100_Alarm_Control_Reset(void)
{
    pPM100->Alarm_Control.Code_Last = ((u64)pPM100->Opera_Status.Warming_Code << 32) | (u64)pPM100->Opera_Status.Alarm_Code;  
}


static void proto_PM100_Dev_Status_Control_Reset(void)
{
    memcpy(&pPM100->Dev_Status_Control.Opera_Status_Last,&pPM100->Opera_Status,sizeof(proto_PM100_Set_Data_t));
}

static void proto_PM100_Control_Start(u8 Dev)
{
    proto_PM100_Set_Data_t Set_Data;
    Set_Data.Sys_State = PROTO_PM100_CMD_START;
    Set_Data.Dev = Dev;
    queue_push_back(pPM100->Sys_StateQueue,(void *)&Set_Data);
}
    
static void proto_PM100_Control_Stop(u8 Dev)
{
    proto_PM100_Set_Data_t Set_Data;
    Set_Data.Sys_State = PROTO_PM100_CMD_STOP;
    Set_Data.Dev = Dev;
    queue_push_back(pPM100->Sys_StateQueue,(void *)&Set_Data);
}


static void proto_PM100_Control_Reset(void)
{
    proto_PM100_Set_Data_t Set_Data;
    Set_Data.Sys_State = PROTO_PM100_CMD_RESET;
    queue_push_back(pPM100->Sys_StateQueue,(void *)&Set_Data);
}


static void proto_PM100_Control_Set_Mode(u8 Mode)
{
    proto_PM100_Set_Data_t Set_Data;
    Set_Data.Sys_State = PROTO_PM100_CMD_SET_MODE;
    Set_Data.Mode = Mode;
    queue_push_back(pPM100->Sys_StateQueue,(void *)&Set_Data);
}
    
static void proto_PM100_Control_Set_Mode_Speed(u8 Dev,u8 Mode,u16 Speed)
{
    proto_PM100_Set_Data_t Set_Data;
    
    Set_Data.Sys_State = PROTO_PM100_CMD_SET_SPEED;
    Set_Data.Dev = Dev;
    Set_Data.Mode = Mode;
    Set_Data.Speed = Speed;
    queue_push_back(pPM100->Sys_StateQueue,(void *)&Set_Data);
}

/*数据校验*/
static u8 proto_PM100_CheckSum(u8 *pData,u16 len)
{
    u16 i;
    u8 Sum=0;
    for(i=0;i<len;i++)
    {
        Sum += pData[i];
    }
    return Sum;
}



/*启动设备*/
static void proto_PM100_Tx_Start(u8 Dev)
{
    char Tx[20];
    u16 Len;
    Tx[0] = PROTO_PM100_FRAME_STRUCT_STX;

    sprintf(&Tx[1],"%s",PROTO_PM100_CMD_STR_START);
    
    if(PROTO_PM100_DEV_MP == Dev)
    {
        Tx[4] = PROTO_PM100_DEV_CHAR_MP;
    }
    else if(PROTO_PM100_DEV_BP == Dev)
    {
        Tx[4] = PROTO_PM100_DEV_CHAR_BP;
    }
    else/*异常*/
    {
        return ;
    }
    Tx[5] = PROTO_PM100_FRAME_STRUCT_ETX;
    sprintf(&Tx[6],"%02X",proto_PM100_CheckSum((u8 *)Tx,6));
    Tx[8] = PROTO_PM100_FRAME_STRUCT_CR;
    Len = 9;
    proto_PM100_Send((u8*)Tx,Len);
}

/*停止设备*/
static void proto_PM100_Tx_Stop(u8 Dev)
{
    char Tx[20];
    u16 Len;
    Tx[0] = PROTO_PM100_FRAME_STRUCT_STX;

    sprintf(&Tx[1],"%s",PROTO_PM100_CMD_STR_STOP);
    
    if(PROTO_PM100_DEV_MP == Dev)
    {
        Tx[4] = PROTO_PM100_DEV_CHAR_MP;
    }
    else if(PROTO_PM100_DEV_BP == Dev)
    {
        Tx[4] = PROTO_PM100_DEV_CHAR_BP;
    }
    else/*异常*/
    {
        return ;
    }
    Tx[5] = PROTO_PM100_FRAME_STRUCT_ETX;
    sprintf(&Tx[6],"%02X",proto_PM100_CheckSum((u8 *)Tx,6));
    Tx[8] = PROTO_PM100_FRAME_STRUCT_CR;
    Len = 9;
    proto_PM100_Send((u8*)Tx,Len);
}


/*复位设备*/
static void proto_PM100_Tx_Reset(void)
{
    char Tx[20];
    u16 Len;
    Tx[0] = PROTO_PM100_FRAME_STRUCT_STX;

    sprintf(&Tx[1],"%s",PROTO_PM100_CMD_STR_RESET);
    
    Tx[4] = PROTO_PM100_FRAME_STRUCT_ETX;
    
    sprintf(&Tx[5],"%02X",proto_PM100_CheckSum((u8 *)Tx,5));
    
    Tx[7] = PROTO_PM100_FRAME_STRUCT_CR;
    
    Len = 8;
    proto_PM100_Send((u8*)Tx,Len);
}

/*设置模式*/
static void proto_PM100_Tx_Set_Mode(u8 Mode)
{
    char Tx[20];
    u16 Len;
    Tx[0] = PROTO_PM100_FRAME_STRUCT_STX;

    sprintf(&Tx[1],"%s",PROTO_PM100_CMD_STR_SET_MODE);
    
    if(PROTO_PM100_MODE_NORMAL == Mode)
    {
        Tx[4] = PROTO_PM100_MODE_CHAR_NORMAL;
    }
    else if(PROTO_PM100_MODE_POWER_SAVING == Mode)
    {
        Tx[4] = PROTO_PM100_MODE_CHAR_POWER_SAVING;
    }
    else/*异常*/
    {
        return ;
    }
    Tx[5] = PROTO_PM100_FRAME_STRUCT_ETX;
    sprintf(&Tx[6],"%02X",proto_PM100_CheckSum((u8 *)Tx,6));
    Tx[8] = PROTO_PM100_FRAME_STRUCT_CR;
    Len = 9;
    proto_PM100_Send((u8*)Tx,Len);
}

/*设置模式和转速*/
static void proto_PM100_Tx_Set_Mode_Speed(u8 Dev,u8 Mode,u16 Speed)
{
    char Tx[20];
    u16 Len;
    Tx[0] = PROTO_PM100_FRAME_STRUCT_STX;

    sprintf(&Tx[1],"%s",PROTO_PM100_CMD_STR_SET_SPEED);
    
    if(PROTO_PM100_DEV_MP == Dev)
    {
        Tx[4] = PROTO_PM100_DEV_CHAR_MP;
    }
    else if(PROTO_PM100_DEV_BP == Dev)
    {
        Tx[4] = PROTO_PM100_DEV_CHAR_BP;
    }
    else/*异常*/
    {
        return ;
    }
    
    
    if(PROTO_PM100_MODE_NORMAL == Mode)
    {
        Tx[5] = PROTO_PM100_MODE_CHAR_NORMAL;
    }
    else if(PROTO_PM100_MODE_POWER_SAVING == Mode)
    {
        Tx[5] = PROTO_PM100_MODE_CHAR_POWER_SAVING;
    }
    else/*异常*/
    {
        return ;
    }
    
    if(Speed > 9900)
    {
       Speed = 99; 
    }
    
    sprintf(&Tx[6],"%d",Speed);
    
    Tx[8] = PROTO_PM100_FRAME_STRUCT_ETX;
    sprintf(&Tx[9],"%02X",proto_PM100_CheckSum((u8 *)Tx,9));
    Tx[11] = PROTO_PM100_FRAME_STRUCT_CR;
    Len = 12;
    proto_PM100_Send((u8*)Tx,Len);
}


/*获取模拟量参数*/
static void proto_PM100_Tx_Get_Data(u32 Analog_Code)
{
    char Tx[20];
    u16 Len;
    u8 i,AD[8];
    Analog_Code = PROTO_PM100_GET_DATA_CODE;
    Tx[0] = PROTO_PM100_FRAME_STRUCT_STX;

    sprintf(&Tx[1],"%s",PROTO_PM100_CMD_STR_GET_DATA);
    
    for(i=0;i<8;i++)
    {
        AD[i] = (Analog_Code >> (4 * (7 - i))) & 0x0000000f;
        sprintf(&Tx[4 + i],"%X",AD[i]);
    }
    
    Tx[12] = PROTO_PM100_FRAME_STRUCT_ETX;
    sprintf(&Tx[13],"%02X",proto_PM100_CheckSum((u8 *)Tx,13));
    Tx[15] = PROTO_PM100_FRAME_STRUCT_CR;
    Len = 16;
    proto_PM100_Send((u8*)Tx,Len);
}

/*获取状态和报警*/
static void proto_PM100_Tx_Get_State_Alarm(void)
{
    char Tx[20];
    u16 Len;
    Tx[0] = PROTO_PM100_FRAME_STRUCT_STX;

    sprintf(&Tx[1],"%s",PROTO_PM100_CMD_STR_GET_STATE_ALARM);
    
    Tx[4] = PROTO_PM100_FRAME_STRUCT_ETX;
    sprintf(&Tx[5],"%02X",proto_PM100_CheckSum((u8 *)Tx,5));
    Tx[7] = PROTO_PM100_FRAME_STRUCT_CR;
    Len = 8;
    proto_PM100_Send((u8*)Tx,Len);
}






static void proto_PM100_Tx_Task(void)
{
    u8 SendTimeFlag = 0;
    
    
    if(0 == (pPM100->error_code & PROTO_PM100_ERROR_CODE_TIMEOUT))
    {
        pPM100->time_out_count++;
        if(pPM100->time_out_count > 10)
        {
            pPM100->error_code |= PROTO_PM100_ERROR_CODE_TIMEOUT;
        }
    }
    
    if(     1 == pPM100->AnalogData_Control.FirstFlag
        &&  1 != pPM100->AnalogData_Control.EndFlag
    )
    {
        pPM100->AnalogData_Control.CountTime++;
        if(pPM100->AnalogData_Control.CountTime >= 3)  /*连续3次没接收到数据*/
        {
               pPM100->AnalogData_Control.FirstFlag = 0;
               pPM100->AnalogData_Control.EndFlag   = 0;
               pPM100->AnalogData_Control.CountTime = 0;
               pPM100->Sys_State = PROTO_PM100_CMD_GET_STATE_ALARM;
        }
        return;
    }
    
    switch(pPM100->Sys_State)
    {      
        case PROTO_PM100_CMD_START           :
        {
            proto_PM100_Tx_Start(pPM100->Set_Data.Dev);
        }break;
        case PROTO_PM100_CMD_STOP            :
        {
            proto_PM100_Tx_Stop(pPM100->Set_Data.Dev);
        }break;
        case PROTO_PM100_CMD_RESET           :
        {
            proto_PM100_Tx_Reset();
        }break;
        case PROTO_PM100_CMD_SET_MODE        :
        {
            proto_PM100_Tx_Set_Mode(pPM100->Set_Data.Mode);
        }break;
        case PROTO_PM100_CMD_SET_SPEED       :
        {
            proto_PM100_Tx_Set_Mode_Speed(pPM100->Set_Data.Dev,pPM100->Set_Data.Mode,pPM100->Set_Data.Speed);
        }break;
        case PROTO_PM100_CMD_GET_DATA        :
        {
            proto_PM100_Tx_Get_Data(pPM100->Set_Data.Analog_Code);
            pPM100->AnalogData_Control.FirstFlag = 1;
            SendTimeFlag = 1;
        }break;
        case PROTO_PM100_CMD_GET_STATE_ALARM :
        {
            proto_PM100_Tx_Get_State_Alarm();
            SendTimeFlag = 1;
        }break;
        default:
        {
        
        }break;
    }
    if(SendTimeFlag)
    {
        return ;
    }
    else
    {
        pPM100->SendTime++;
        if(pPM100->SendTime >= 3)
        {
            pPM100->SendTime = 0;
            pPM100->Sys_State = PROTO_PM100_CMD_GET_STATE_ALARM;
        }
    }
}
/*接收数据解析*/
static void proto_PM100_Rx_Task(u8 *pData,u16 Len,void *other_data)
{
    u8 SumCheck[2],SuccessFlag;
    u8 *pTextData;
    char TextData[10];
    
    /*帧头判断*/
    if(PROTO_PM100_FRAME_STRUCT_STX != pData[0])
    {
        return;
    }
    /*帧尾判断*/
    if(    PROTO_PM100_FRAME_STRUCT_ETX != pData[Len-4]
        || PROTO_PM100_FRAME_STRUCT_CR != pData[Len-1]       
    )
    {
        return;
    }
    
    if(PROTO_PM100_CMD_GET_DATA == pPM100->Sys_State)/*实时模拟量数据不进行校验判断，已经粘包了*/
    {
        
    }
    else
    {
        /*校验和判断*/
        sprintf((char*)SumCheck,"%02X",proto_PM100_CheckSum(pData,Len - 3));
        
        if(SumCheck[0] != pData[Len - 3] || SumCheck[1] != pData[Len - 2])
        {
            return ;
        }
    }
    
    /*清除超时计数*/
    pPM100->error_code &= (~PROTO_PM100_ERROR_CODE_TIMEOUT);
    pPM100->time_out_count = 0;
    
    SuccessFlag = 0;
    pTextData = &pData[1];
    switch(pPM100->Sys_State)
    {      
        case PROTO_PM100_CMD_START           :
        case PROTO_PM100_CMD_STOP            :
        case PROTO_PM100_CMD_RESET           :
        case PROTO_PM100_CMD_SET_MODE        :
        case PROTO_PM100_CMD_SET_SPEED       :
        {
            if(0 == strncmp((char *)pTextData,PROTO_PM100_CMD_STR_SET_OK,strlen(PROTO_PM100_CMD_STR_SET_OK)))
            {
                SuccessFlag = 1;
                proto_PM100_SysState_Switch();
            }
            else
            {
                SuccessFlag = 0;
            }
        }break;
        case PROTO_PM100_CMD_GET_DATA        :
        {
            u16 Len_Index = 0;
            u8 *pData_u8 = pData;
            int DataIndex;
            float Data;
            float *pData_float = (float *)&pPM100->AnalogData;
            
            
            while(Len_Index < Len)
            {
                
                pData_u8 = &pData[Len_Index + 1];
                snprintf(TextData,3,"%s",pData_u8);
                sscanf((char*)TextData,"%d",&DataIndex);
                if(DataIndex > 22)
                {
                    Len_Index += 14;
                    continue ;
                }
                snprintf(TextData,8,"%s",&pData_u8[3]);
                sscanf((char*)TextData,"%f",&Data);
                pData_float[DataIndex] = Data;
                Len_Index += 14;
            }
            Len_Index -=14;
            pData_u8 = &pData[Len_Index + 1];
            if(0 == strncmp((char *)pData_u8,PROTO_PM100_CMD_STR_SET_END,strlen(PROTO_PM100_CMD_STR_SET_END)))
            {
                SuccessFlag = 1;
                pPM100->AnalogData_Control.EndFlag = 1;
            }
            else
            {
                SuccessFlag = 0;
            }
            /*
            if(Len > 8)
            {
                int DataIndex;
                float Data;
                float *pData = (float *)&pPM100->AnalogData;
                snprintf(TextData,3,"%s",pTextData);
                sscanf((char*)TextData,"%d",&DataIndex);
                if(DataIndex >= 32)
                {
                    return ;
                }

                snprintf(TextData,8,"%s",&pTextData[3]);
                sscanf((char*)TextData,"%f",&Data);
                pData[DataIndex] = Data;
                SuccessFlag = 1;
            }
            else
            {
                if(0 == strncmp((char *)pTextData,PROTO_PM100_CMD_STR_SET_END,strlen(PROTO_PM100_CMD_STR_SET_END)))
                {
                    SuccessFlag = 1;
                    pPM100->AnalogData_Control.EndFlag = 1;
                }
                else
                {
                    SuccessFlag = 0;
                }
            }    */
        }break;
        case PROTO_PM100_CMD_GET_STATE_ALARM :
        {
            u32 Data,i;
            if(0 != strncmp((char *)pTextData,PROTO_PM100_CMD_STR_GET_STATE_ALARM,strlen(PROTO_PM100_CMD_STR_GET_STATE_ALARM)))
            {
                SuccessFlag = 0;
                break;
            }
            
            if(PROTO_PM100_MODE_CHAR_NORMAL == pTextData[3])
            {
                pPM100->Opera_Status.Run_Status = PROTO_PM100_MODE_NORMAL;
            }
            else if(PROTO_PM100_MODE_CHAR_POWER_SAVING == pTextData[3])
            {
                pPM100->Opera_Status.Run_Status = PROTO_PM100_MODE_POWER_SAVING;
            }
            else/*异常*/
            {
                SuccessFlag = 0;
                break;
            }
            
            if(PROTO_PM100_MODE_CHAR_RUNING == pTextData[4])
            {
                pPM100->Opera_Status.MP_Status = PROTO_PM100_MODE_RUNING;
            }
            else if(PROTO_PM100_MODE_CHAR_STOP == pTextData[4])
            {
                pPM100->Opera_Status.MP_Status = PROTO_PM100_MODE_STOP;
            }
            else/*异常*/
            {
                SuccessFlag = 0;
                break;
            }
            
            if(PROTO_PM100_MODE_CHAR_RUNING == pTextData[5])
            {
                pPM100->Opera_Status.BP_Status = PROTO_PM100_MODE_RUNING;
            }
            else if(PROTO_PM100_MODE_CHAR_STOP == pTextData[5])
            {
                pPM100->Opera_Status.BP_Status = PROTO_PM100_MODE_STOP;
            }
            else/*异常*/
            {
                SuccessFlag = 0;
                break;
            }
            
            pPM100->Opera_Status.Warming_Code = 0;
            pPM100->Opera_Status.Alarm_Code   = 0;
//            for(i=0;i<8;i++)
//            {
//                snprintf(TextData,8,"%s",&pTextData[6]);
//                sscanf((char*)TextData,"%x",&Data);
//                pPM100->Opera_Status.Warming_Code |= (Data & 0x0000000f);
//                
//                snprintf(TextData,8,"%s",&pTextData[14]);
//                sscanf((char*)TextData,"%x",&Data);
//                pPM100->Opera_Status.Alarm_Code  |= Data & 0x0000000f;
//            } 
            sscanf((const char *)&pTextData[6], "%8x", &pPM100->Opera_Status.Warming_Code);
            sscanf((const char *)&pTextData[14], "%8x", &pPM100->Opera_Status.Alarm_Code);
            
            if(0 == proto_PM100_SysState_Switch())
            {
                pPM100->Sys_State = PROTO_PM100_CMD_GET_DATA;       /*如果队列没有数据，就获取数据*/
            }
            
            SuccessFlag = 1;
        }break;
        default:
        {

        }break;
    }
    /*实时数据是分包获取的，需特殊处理*/
    if(PROTO_PM100_CMD_GET_DATA == pPM100->Sys_State)
    {
        if(1 == pPM100->AnalogData_Control.FirstFlag)
        {
        /*分包数据接收完成*/
            if(1 == pPM100->AnalogData_Control.EndFlag)
            {
                pPM100->AnalogData_Control.FirstFlag = 0;
                pPM100->AnalogData_Control.EndFlag   = 0;
                pPM100->AnalogData_Control.CountTime = 0;
                proto_PM100_SysState_Switch();
            }
            else if(0 == SuccessFlag)
            {
                
            }
            else
            {
                pPM100->AnalogData_Control.CountTime = 0;
            }
        }
    }
    else
    {
        if(0 == SuccessFlag)
        {
        
        }
        else
        {
            pPM100->SendTime = 0;
            return;
        }
    }
}