using Aurora.Api;
using Aurora.Api.Devices;
using Hermes;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
using System.Windows.Markup;

namespace AuroraChiller
{
    //우선 Aurora의 SMCChiller를 가져와서 LASA에 필요한 부분을 넣어주자
    public enum ChillerErrorCode : int
    {
        NoError = -1,
        MemoryError = 0,
        OutOfSetRange = 1,
        SettingNotAllowd = 2,
        AbnormalCode = 3,
        FormatError = 4,
        BccError = 5,
        OverrunError = 6,
        FlemingError = 7,
        ParityError = 8,
        Unknown = 9
    }

    public enum eTemperatureStatus
    {
        ERROR_LOW,
        WARNING_LOW,
        OK,
        WARNING_HIGH,
        ERROR_HIGH
    }

    public enum eAlarmStatus1_Bit
    {
        LOW_LEVEL_TANK = 0, //0 Low level in tank
        OVER_TEMP1,   //1 High circulating fluid discharge temp.
        OVER_TEMP2,   //2 Circulating fluid discharge temp. rise
        OVER_TEMP3,   //3 Circulating fluid discharge temp.
        OVER_TEMP4,   //4 High circulating fluid return temp.
        ERR_PRESSURE1,   //5 High circulating fluid discharge pressure
        ERR_PUMP,   //6 Abnormal pump operation
        ERR_PRESSURE2,   //7 Circulating fluid discharge pressure rise
        ERR_PRESSURE3,   //8 Circulating fluid discharge pressure drop
        ERR_COMPRESSOR1,   //9 High compressor intake temp.
        ERR_COMPRESSOR2,   //10 Low compressor intake temp.
        OVER_TEMP5,   //11 Low super heat temperature
        ERR_COMPRESSOR3,   //12 High compressor discharge pressure
        ERR_UNUSED1,   //13 Unused
        ERR_PRESSURE4,   //14 Refrigerant circuit pressure (high pressure side) drop
        ERR_PRESSURE5,   //15 Refrigerant circuit pressure (low

        CNT
    }

    public enum eAlarmStatus2_Bit
    {
        ERR_PRESSURE = 0,    //0 Refrigerant circuit pressure (low pressure side) drop
        OVERLOAD,    //1 Compressor overload
        ERR_COMM,    //2 Communication error
        ERR_MEM,    //3 Memory error
        ERR_DC,    //4 DC line fuse cut
        ERR_SENSOR_TEMP1,    //5 Circulating fluid discharge temp. sensor failure
        ERR_SENSOR_TEMP2,   //6 Circulating fluid return temp. sensor failure
        ERR_SENSOR_COMPRESS1,       //7 Compressor intake temp. sensor failure
        ERR_SENSOR_PRESSURE1,    //8 Circulating fluid discharge pressure sensor failure
        ERR_SENSOR_PRESSURE2,    //9 Compressor discharge pressure sensor failure
        ERR_SENSOR_COMPRESS2,   //10 Compressor intake pressure sensor failure
        MAINTENANCE_PUMP,   //11 Maintenance of pump
        MAINTENANCE_MOTOR,   //12 Maintenance of fan motor
        MAINTENANCE_COMPRESS,   //13 Maintenance of compressor
        ERR_SIGNAL1,   //14 Contact input 1 signal detection alarm
        ERR_SIGNAL2,   //15 Contact input 2 signal detection alarm
        CNT
    }
    public enum eAlarmStatus3_Bit
    {
        WATER_LEAKAGE = 0, //        0 Water leakage
        ERR_ELECTRIC1,   //1 Electric resistivity/conductivity level rise
        ERR_ELECTRIC2,   //2 Electric resistivity/conductivity level drop
        ERR_ELECTRIC3,   //3 Electric resistivity/conductivity sensor error
        UNSUED1,   //4 Unused
        UNSUED2,   //5 Unused
        UNSUED3,   //6 Unused
        UNSUED4,   //7 Unused
        UNSUED5,   //8 Unused
        UNSUED6,   //9 Unused
        UNSUED7,   //10 Unused
        UNSUED8,   //11 Unused
        UNSUED9,   //12 Unused
        UNSUED10,   //13 Unused
        UNSUED11,   //14 Unused
        UNSUED12,   //15 Unused
        CNT
    }
    public enum eChillerType
    {
        HRL,
        HECR,
        HRS
    }

}