using GeoSigma.SigmaDrawerElement;
using GeoSigma.UCDraw.WellAndSection;
using GeoSigmaDrawLib;
using InterfaceWorkAreaData;
using SigmaDrawerElement;
using System;
using System.Collections.Generic;
using static GeoSigmaDrawLib.GeoSigmaWellPoleXY;
namespace GeoSigma.UCDraw
{
    /// <summary>
    /// 井道解析类
    /// </summary>
    public class WellTrackAccessor
    {
        public bool bOpenWorkArea = false;
        // 这里直接将原来的 xml 格式存一份，然后输出的时候，再把这里面没有，输出里面有的元素和属性剔除掉
        private static Dictionary<eWellExtType, string> formatCache = new Dictionary<eWellExtType, string>();

        private WellObjInfo selectObjInfo = default(WellObjInfo);
        private GeoSigmaWellPoleXY wellGeo;
        public WellPoleContext wellPoleContext { get; set; }
        /// <summary>
        /// Initializes a new instance of the <see cref="WellTrackAccessor"/> class.
        /// </summary>
        /// <param name="wellGeo">wellGeo</param>
        public WellTrackAccessor(GeoSigmaWellPoleXY wellGeo)
        {
            this.wellGeo = wellGeo ?? throw new ArgumentNullException(nameof(wellGeo));
            wellPoleContext = new WellPoleContext();
        }

        /// <summary>
        /// 解析井道
        /// </summary>
        /// <param name="wellGeo">GeoSigmaWellPoleXY 对象，剖面图图件对象</param>
        /// <returns>track 对象</returns>
        public object LoadWellTrack(GeoSigmaXY.eViewType viewType)
        {
            bool success = wellGeo.GetSelectWellObject(ref selectObjInfo.type, ref selectObjInfo.mtype, ref selectObjInfo.objHandle);
            if (!success)
            {
                return null;
            }

            string strXml = string.Empty;
            bool b = wellGeo.GetWellObjectAttributesXml(selectObjInfo.objHandle, selectObjInfo.type, selectObjInfo.mtype, ref strXml);
            if (!Enum.IsDefined(typeof(eWellExtType), selectObjInfo.type))
            {
                return null;
            }

            eWellExtType type = (eWellExtType)selectObjInfo.type;

            string newStrXml = strXml.Replace("\"True\"", "\"true\"")
                .Replace("\"False\"", "\"false\"");

            if (!Enum.IsDefined(typeof(eWellExtType), selectObjInfo.mtype))
            {
                return null;
            }

            selectObjInfo.wellHandle = 0;
            b = wellGeo.GetSelectedWell(ref selectObjInfo.wellHandle);

            if (b && wellGeo.GetWellBaseInfo(selectObjInfo.wellHandle, out GeoSigmaWellPoleXY.WellBaseInfo wellinfo) == true)
            {
                wellPoleContext.wellName = wellinfo.wellName;
            }
            else
                wellPoleContext.wellName = "";

            eWellExtType mType = (eWellExtType)selectObjInfo.mtype;

            // 缓存这个类型的 xml 格式，为什么不一个类型缓存一次？
            // 因为 KEP_LAYERGROUP 这个类型对应了两种不同的 xml 类型
            formatCache[mType] = newStrXml;

            wellPoleContext.geoWellPole = wellGeo;
            wellPoleContext.wellObjHandle = selectObjInfo.wellHandle;
            wellPoleContext.workArea = workAreaDb.Instance.workData;
            wellPoleContext.bReadCurveTable = false;
            wellPoleContext.selectObjHandle = selectObjInfo.objHandle;
            UInt64 ParentObj = 0;
            GeoSigmaWellPoleXY.GetWellBaseObjectParent(selectObjInfo.objHandle, ref ParentObj);
            wellPoleContext.ParentObj = ParentObj;
            return SerializeTrack(newStrXml, mType, wellPoleContext, viewType);
        }

        /// <summary>
        /// 设置属性
        /// </summary>
        /// <param name="track">track</param>
        public void SaveWellTrack(object track, GeoSigmaXY.eViewType viewType)
        {
            string xml = XmlHelper.Serialize(track);
            if (xml != null)
            {
                eWellExtType mType = (eWellExtType)selectObjInfo.mtype;
                //if (viewType == GeoSigmaXY.eViewType.wellsection && mType == eWellExtType.KEP_WELL)
                //{
                //    string oldXmlFormat = formatCache[mType];
                //    string formatedXml = XmlFieldFilter.RemoveExtraFields(xml, oldXmlFormat);
                //}
                //else
                {
                    // 这里非常关键，我们在 formatCache 里面存储了原来应该是什么格式
                    // 现在输出的 xml 会多出很多字段和属性出来，主要是 WellTrack 里面有很多相似字段,
                    // 但是又有部分不同，为了不要写一堆类，于是写了个大类把这些元素和属性都包含进去了,
                    // 我们在 formatCache 里面存储了获取到的是什么格式，现在我们拿输出和它对比,
                    // 将多余的元素和属性剔除掉
                    if (formatCache.ContainsKey(mType))
                    {
                        string oldXmlFormat = formatCache[mType];
                        string formatedXml = XmlFieldFilter.RemoveExtraFields(xml, oldXmlFormat);
                        wellGeo.SetWellObjectAttributesXml(selectObjInfo.objHandle, selectObjInfo.type, selectObjInfo.mtype, formatedXml);
                        if (track is WellCurveTrack twellCurveTrack)
                        {
                            if (twellCurveTrack.CurveTrack.bRefreshWorkAreaData)
                            {
                                if (selectObjInfo.type == (int)(GeoSigmaWellPoleXY.eWellExtType.KEP_TRACK) && selectObjInfo.mtype == (int)(GeoSigmaWellPoleXY.eWellExtType.Track_Curve)
                                     && wellPoleContext.curveTable != null)
                                {//曲线道
                                    WellDataConvert.getWellCurveValueForNewWell(wellPoleContext.curveTable, wellGeo, selectObjInfo.wellHandle, selectObjInfo.objHandle, twellCurveTrack.CurveTrack.Name);
                                }
                            }
                        }
                        else if (track is WellCycleTrack tCycleTrack)
                        {
                            if (tCycleTrack.WellTrack.bRefreshWorkAreaData)
                            {
                                WellDataConvert.setWellCycleDataToTrack(wellPoleContext.geoWellPole, wellPoleContext.wellName, selectObjInfo.objHandle, tCycleTrack.WellTrack.Data.RefTableId);
                            }
                        }
                        else if( track is WellCommonDataTrack tCommonDataTrack)
                        {
                            if(this.bOpenWorkArea && tCommonDataTrack.WellTrack.bRefreshWorkAreaData)
                            {
                                WellDataConvert.setDataToWellCommonDataTrack(wellPoleContext.geoWellPole, wellPoleContext.wellName, selectObjInfo.objHandle,
                                    tCommonDataTrack.dataItems.RefTableId, tCommonDataTrack.dataItems);
                            }
                        }
                        else if (track is WellTextTrack tTextTrack)
                        {
                            if (this.bOpenWorkArea && tTextTrack.WellTrack.bRefreshWorkAreaData)
                            {
                                WellDataConvert.setWellTableDataToTrack(wellPoleContext.geoWellPole, wellPoleContext.wellName, selectObjInfo.objHandle,
                                    tTextTrack.WellTrack.Data.RefTableId, tTextTrack.WellTrack.Data.RefColId);
                            }
                        }
                        else if (track is WellSymbolTrack tSybmolTrack)
                        {
                            if (this.bOpenWorkArea && tSybmolTrack.WellTrack.bRefreshWorkAreaData)
                            {
                                WellDataConvert.setWellTableDataToTrack(wellPoleContext.geoWellPole, wellPoleContext.wellName, selectObjInfo.objHandle,
                                    tSybmolTrack.WellTrack.Data.RefTableId, tSybmolTrack.WellTrack.Data.RefColId);
                            }
                        }
                    }
                }
            }
        }

        private static readonly Dictionary<eWellExtType, Type> TypeMap = new Dictionary<eWellExtType, Type>
        {
            { eWellExtType.KEP_LAYERGROUP, typeof(WellLayerGroup) },
            { eWellExtType.KEP_LITH, typeof(WellLithologySection) },
            { eWellExtType.KEP_RESULT, typeof(WellPropLayerSettings) },
            { eWellExtType.KEP_TEXTRANGE, typeof(WellTextSettingsTrack) },
            { eWellExtType.KEP_SHOT, typeof(WellShotInnerTrack) },
            { eWellExtType.KEP_SYMBOL, typeof(WellSymbolInnerTrack) },
            { eWellExtType.KEP_WELL, typeof(WellPole) },
            { eWellExtType.KEP_INTRACK_CYCLE, typeof(WellCycleLayerSetting) },
            { eWellExtType.KEP_INTRACK_INNERLAYER, typeof(WellInnerLayerDataSetting)},
            { eWellExtType.KEP_FAULTPOINT, typeof(WellFaultPointDataSetting)},
            { eWellExtType.KEP_INTRACK_SANDSTONE, typeof(WellSandstoneInTrackDataSetting)},
            { eWellExtType.KEP_INTRACK_FACIES, typeof(WellInTrackFacies)},
            { eWellExtType.KEP_SECTIONBEND, typeof(WellSectionBendDataSetting)},
            { eWellExtType.KEP_SECTIONFAULT, typeof(WellSectionFaultDataSetting)},
            { eWellExtType.KEP_WELLSECTION, typeof(WellSectionSetting)},
            {eWellExtType.KEP_INTRACK_COMMONDATA, typeof(WellInTrackCommonData) },
            {eWellExtType.KEP_OILTEST, typeof(WellInTrackOilTest) },
            {eWellExtType.KEP_CORING, typeof(WellInTrackCoring) },
            {eWellExtType.KEP_COREWELL,typeof(WellInTrackSideWallCoring) },
            {eWellExtType.KEP_INTRACK_FLUIDPRODUCINGPROFILE,typeof(WellInTracFluidProducingProfile) },
            {eWellExtType.KEP_INTRACK_WATERINJECTIONPROFILE,typeof(WellInTracWaterInjectionProfile) },
            { eWellExtType.Track_CorePosition, typeof(WellCoreTrack) },
            { eWellExtType.Track_CoreWell, typeof(WellWallCoreTrack) },
            { eWellExtType.Track_Curve, typeof(WellCurveTrack) },
            { eWellExtType.Track_Depth, typeof(WellDepthTrack) },
            { eWellExtType.Track_Discrete, typeof(WellPointTrack) },
            { eWellExtType.Track_FaultPoint, typeof(WellFaultPointTrack) },
            { eWellExtType.Track_Group, typeof(WellGroupTrack) },
            { eWellExtType.Track_Lith, typeof(WellLithologyTrack) },
            { eWellExtType.Track_OilLayerGroup, typeof(WellOilLayerTrack) },
            { eWellExtType.Track_Picture, typeof(WellPictureTrack) },
            { eWellExtType.Track_Result, typeof(WellInterpretationLayerTrack) }, 
            { eWellExtType.Track_Sample, typeof(WellRockSampleTrack) },
            { eWellExtType.Track_SandLayer, typeof(WellSandSetsTrack) },
            { eWellExtType.Track_Shot, typeof(WellShotTrack) },
            { eWellExtType.Track_Stratum, typeof(WellStratigraphicUnitTrack) },
            { eWellExtType.Track_Symbol, typeof(WellSymbolTrack) },
            { eWellExtType.Track_TestExtraction, typeof(WellSamplingTrack) },
            { eWellExtType.Track_Text, typeof(WellTextTrack) },
            { eWellExtType.Track_Cycle, typeof(WellCycleTrack) },
            { eWellExtType.Track_Facies, typeof(WellFaciesTrack)},
            { eWellExtType.Track_InnerLayer, typeof(WellInnerLayerTrack)},
            { eWellExtType.Track_Sandstone, typeof(WellSandstoneTrack)},
            { eWellExtType.Track_CommonData, typeof(WellCommonDataTrack)},
            { eWellExtType.Track_OilTest,typeof(WellTestOilTrack) },
            { eWellExtType.Track_WaterInjectionTrace,typeof(WellWaterInjectionTrack)},
            { eWellExtType.Track_FluidProducingProfileTrace,typeof(WellFluidProducingProfileTrack)},
        };

        public static object SerializeTrack(string strXml, eWellExtType type, WellPoleContext wellPoleContext, GeoSigmaXY.eViewType viewType)
        {
            if (!TypeMap.TryGetValue(type, out var trackType))
            {
                return null;
            }
            object tObj = null;
            if (type == eWellExtType.KEP_WELL && viewType == GeoSigmaXY.eViewType.wellsection)
            {
                var wellType = typeof(SecitonWellSetting);
                tObj = XmlHelper.Deserialize(wellType, strXml);
            }
            else
            {
                tObj = XmlHelper.Deserialize(trackType, strXml);
            }
            if (tObj is WellObjectXmlBase wObjXmlBase)
            {
                wObjXmlBase.wellPoleContext = wellPoleContext;
            }
            return tObj;
        }
    }
}