HECO2/TestProgram/PCDashBoard/Api/StatusMapper.cs

using ErvDashboard.Model;
using ErvProtocol;

namespace ErvDashboard.Api
{
    // StatusRecord(공용 프로토콜 디코드 결과) → DashboardState(WPF UI 모델) 매핑.
    // (이전 DashboardProtocol.ApplyStatus 로직 — API 는 UI 비종속, 매핑은 여기로 분리)
    public static class StatusMapper
    {
        public static void Apply(StatusRecord s, DashboardState state)
        {
            state.PowerOn   = s.Power != 0;
            state.RunMode   = (RunMode)s.RunMode;
            state.AutoState = (AutoState)s.AutoState;
            state.FanMode   = s.FanMode;
            state.SubModeBitmap = s.SubMode;
            state.Hood          = s.HoodEnable;      // byte5 bit0 = 연동 Enable
            state.HoodRunning   = s.HoodRunning;     // byte5 bit1 = 연동운전중(메이크업 동작중)
            state.HoodConnected = s.HoodConnected;   // byte5 bit2 = 후드 통신연결
            state.HystPreset = (HystPreset)s.HystPreset;
            state.HystPm25  = s.HystPm25;
            state.HystPm10  = s.HystPm10;
            state.HystVoc   = s.HystVoc;
            state.HystCo2   = s.HystCo2;
            state.ErrorCode = s.ErrorCode;
            state.Reset     = s.Reset != 0;
            state.ReserveRemainSec = s.ReserveRemainSec;

            for (int i = 0; i < state.Vsp.Count && i < s.Vsp.Length; i++)
            {
                state.Vsp[i].Sa = s.Vsp[i].Sa;
                state.Vsp[i].Ea = s.Vsp[i].Ea;
            }

            for (int i = 0; i < state.HystTable.Count && i < s.HystTable.Length; i++)
            {
                state.HystTable[i].Pm25 = s.HystTable[i].Pm25;
                state.HystTable[i].Pm10 = s.HystTable[i].Pm10;
                state.HystTable[i].Voc  = s.HystTable[i].Voc;
                state.HystTable[i].Co2  = s.HystTable[i].Co2;
            }

            // 모드별 오염단계 임계표
            for (int i = 0; i < 3 && i < s.ThrTable.Length; i++)
                for (int k = 0; k < 4; k++)
                {
                    state.Co2Thr[i][k]  = s.ThrTable[i].Co2[k];
                    state.Pm25Thr[i][k] = s.ThrTable[i].Pm25[k];
                    state.Pm10Thr[i][k] = s.ThrTable[i].Pm10[k];
                    state.VocThr[i][k]  = s.ThrTable[i].Voc[k];
                }

            int totalLoad = 0;
            for (int r = 0; r < 4; r++)
            {
                var src = s.Rooms[r];
                var room = state.Rooms[r];
                room.DamperSaOpen = src.DamperSa;   // 비트맵 bit0
                room.DamperEaOpen = src.DamperEa;   // 비트맵 bit1
                room.Pm25        = src.Pm25;
                room.Pm10        = src.Pm10;
                room.Voc         = src.Voc;
                room.Co2         = src.Co2;
                room.AirQuality  = (AirQuality)src.AirQuality;
                room.LedDim      = src.LedDim;
                room.LoadScore   = src.LoadScore;
                room.FinalVolume = src.FinalVolume;
                room.Temp        = src.Temp;
                room.Humi        = src.Humi;
                totalLoad += src.LoadScore;
            }
            state.TotalLoadScore = totalLoad;   // 합산 부하점수 (0~16)
        }
    }
}