GES_PAC

using SQLite;

using System.ComponentModel.DataAnnotations.Schema;

namespace GES_PAC.Model

{

    public class Journee

    {

        #region Propriétés

        [PrimaryKey, AutoIncrement]

        public int Id { get; set; }

        public int PersonneId { get; set; }

        [ForeignKey("PersonneId")]

        public Personne Responsable { get; set; }

        public int LieuId { get; set; }

        [ForeignKey("LieuId")]

        public Lieu Lieu { get; set; }

        public DateTime Date { get; set; }

        public string Regime { get; set; }

        public List<Serie> Series { get; set; } = [];

        public List<Calibration> Calibrations { get; set; } = [];

        #endregion

        #region Constructeurs

        public Journee(){}

        public Journee(DateTime Date, Personne Responsable, Lieu Lieu, string Regime)

        {

            this.Responsable = Responsable;

            this.Lieu = Lieu;

            this.Date = Date;

            this.Regime = Regime;

            Series = [];

            Calibrations = [];

        }

        #endregion

        #region Méthodes

        public void AddSet(Serie set)

        {

            set.Journee = this;

            Series.Add(set);

        }

        public List<TypeCalibration> GetMissingCalibrationByPhase(PhaseCalibration phase)

        {

            if (phase == null)

                return TypeCalibration.All;

            var calibPhase = Calibrations.FirstOrDefault(c => c.Phase == phase);

            if (calibPhase == null || calibPhase.IsComplete())

                return TypeCalibration.All;

            return TypeCalibration.All.Except(calibPhase.GetTypesDone()).ToList();

        }

        public Serie? GetCurrentSet()

        {

            return Series?.LastOrDefault();

        }

        public bool HasAnySet()

        {

            return Series.Count > 0;

        }

        internal int GetSetCount()

        {

            return Series.Count;

        }

        internal int GetDayAnimalCount()

        {

            return Series.Sum(s => s.GetAnimalCount());

        }

        internal int GetDayMeasureCount()

        {

            return Series.Sum(s => s.GetMeasureCount());

        }

        internal int GetDayBehaviourCount()

        {

            return Series.Sum(s => s.GetBehaviourCount());

        }

        internal Calibration GetLastCalibration()

        {

            return Calibrations.Last();

        }

        internal Calibration GetDebutCalibration()

        {

            return Calibrations.FirstOrDefault(c => c.Phase?.Value == PhaseCalibration.DEBUT.Value);

        }

        internal bool IsCalibrationComplete(PhaseCalibration pc)

        {

            return Calibrations?.FirstOrDefault(c => c.Phase == pc)?.IsComplete() ?? false;

        }

        internal bool IsComplete()

        {

            return Calibrations?.FirstOrDefault(c => c.Phase == PhaseCalibration.FIN)?.IsComplete() ?? false;

        }

        internal void AddCalibration(Calibration calibration)

        {

            calibration.Journee = this;

            Calibrations.Add(calibration);

        }

        #endregion

    }

}