Convention-Unity-Demo/Assets/Scripts/Framework/ScriptableObjectInstantiate/DefaultScriptableObjectInstantiate.cs

using Convention;
using Convention.RScript;
using Convention.WindowsUI.Variant;
using Demo.Game;
using Demo.PrivateType;
using Dreamteck.Splines;
using System;
using System.Collections;
using System.Collections.Generic;
using System.Reflection;
using UnityEngine;

namespace Demo
{
    namespace Game
    {
        public static class DefaultInstantiate
        {
            public static void OpenInstantiateMenu(this ScriptableObject self, RectTransform item)
            {
                List<SharedModule.CallbackData> result = new()
                {
                // Show Name
                new($"{self.ScriptName}",_=>{ }),
                new($"{self.GetType()}",_=>{ }),
                new($"Pos:{self.transform.position}",_=>{ }),
                new($"xPos:{self.transform.localPosition}",_=>{ }),
                new($"Angles:{self.transform.eulerAngles}",_=>{ }),
                new($"xAngles:{self.transform.localEulerAngles}",_=>{ }),
                new($"Scale:{self.transform.localScale}",_=>{ }),
                };
                SharedModule.instance.OpenCustomMenu(item, result.ToArray());
            }

            private static Dictionary<string, Func<ScriptableObject>> s_ScriptableObjectInstantiate;

            public static Dictionary<string, Func<ScriptableObject>> GetScriptableObjectInstantiate()
            {
                //return s_ScriptableObjectInstantiate ??= new Dictionary<string, Func<ScriptableObject>>(GameObjectInstantiate
                //    .Union(DDTInstantiate)
                //    .Union(TickUpdatementInstantiate)
                //    .Union(MaterialUpdatementInstantiate)
                //    .Union(SplineInstantiate)
                //    .Union(JudgementInstantiate)
                //    .Union(SingleVolumeInstantiate));
                if (s_ScriptableObjectInstantiate == null)
                {
                    s_ScriptableObjectInstantiate = new();
                    foreach (var type in Utility.SeekType(x => x.IsSubclassOf(typeof(ScriptableObject)) && x.GetCustomAttribute<Attr.ScriptableAttribute>() != null))
                    {
                        var attr = type.GetCustomAttribute<Attr.ScriptableAttribute>();
                        s_ScriptableObjectInstantiate.Add(type.Name, () => (ScriptableObject)ConventionUtility.InvokeMember(type.GetMethod(attr.generaterName), null));
                    }
                }
                return s_ScriptableObjectInstantiate;
            }
        }
    }

    namespace PrivateType
    {
        public class EaseCurveTypeInstance
        {
            public static EaseCurveTypeInstance instance = new();
            public MathExtension.EaseCurveType Linear => MathExtension.EaseCurveType.Linear;
            public MathExtension.EaseCurveType InQuad => MathExtension.EaseCurveType.InQuad;
            public MathExtension.EaseCurveType OutQuad => MathExtension.EaseCurveType.OutQuad;
            public MathExtension.EaseCurveType InOutQuad => MathExtension.EaseCurveType.InOutQuad;
            public MathExtension.EaseCurveType InCubic => MathExtension.EaseCurveType.InCubic;
            public MathExtension.EaseCurveType OutCubic => MathExtension.EaseCurveType.OutCubic;
            public MathExtension.EaseCurveType InOutCubic => MathExtension.EaseCurveType.InOutCubic;
            public MathExtension.EaseCurveType InQuart => MathExtension.EaseCurveType.InQuart;
            public MathExtension.EaseCurveType OutQuart => MathExtension.EaseCurveType.OutQuart;
            public MathExtension.EaseCurveType InOutQuart => MathExtension.EaseCurveType.InOutQuart;
            public MathExtension.EaseCurveType InQuint => MathExtension.EaseCurveType.InQuint;
            public MathExtension.EaseCurveType OutQuint => MathExtension.EaseCurveType.OutQuint;
            public MathExtension.EaseCurveType InOutQuint => MathExtension.EaseCurveType.InOutQuint;
            public MathExtension.EaseCurveType InSine => MathExtension.EaseCurveType.InSine;
            public MathExtension.EaseCurveType OutSine => MathExtension.EaseCurveType.OutSine;
            public MathExtension.EaseCurveType InOutSine => MathExtension.EaseCurveType.InOutSine;
            public MathExtension.EaseCurveType InExpo => MathExtension.EaseCurveType.InExpo;
            public MathExtension.EaseCurveType OutExpo => MathExtension.EaseCurveType.OutExpo;
            public MathExtension.EaseCurveType InOutExpo => MathExtension.EaseCurveType.InOutExpo;
            public MathExtension.EaseCurveType InCirc => MathExtension.EaseCurveType.InCirc;
            public MathExtension.EaseCurveType OutCirc => MathExtension.EaseCurveType.OutCirc;
            public MathExtension.EaseCurveType InOutCirc => MathExtension.EaseCurveType.InOutCirc;
            public MathExtension.EaseCurveType InBounce => MathExtension.EaseCurveType.InBounce;
            public MathExtension.EaseCurveType OutBounce => MathExtension.EaseCurveType.OutBounce;
            public MathExtension.EaseCurveType InOutBounce => MathExtension.EaseCurveType.InOutBounce;
            public MathExtension.EaseCurveType InElastic => MathExtension.EaseCurveType.InElastic;
            public MathExtension.EaseCurveType OutElastic => MathExtension.EaseCurveType.OutElastic;
            public MathExtension.EaseCurveType InOutElastic => MathExtension.EaseCurveType.InOutElastic;
            public MathExtension.EaseCurveType InBack => MathExtension.EaseCurveType.InBack;
            public MathExtension.EaseCurveType OutBack => MathExtension.EaseCurveType.OutBack;
            public MathExtension.EaseCurveType InOutBack => MathExtension.EaseCurveType.InOutBack;
            public MathExtension.EaseCurveType Custom => MathExtension.EaseCurveType.Custom;
        }

        public class SplineComputerSampleModeInstance
        {
            public static SplineComputerSampleModeInstance instance = new();
            public SplineComputer.SampleMode Default => SplineComputer.SampleMode.Default;
            public SplineComputer.SampleMode Uniform => SplineComputer.SampleMode.Uniform;
            public SplineComputer.SampleMode Optimized => SplineComputer.SampleMode.Optimized;
        }

        public class SplineTypeInstance
        {
            public static SplineTypeInstance instance = new();
            public Spline.Type Linear => Spline.Type.Linear;
            public Spline.Type BSpline => Spline.Type.BSpline;
            public Spline.Type CatmullRom => Spline.Type.CatmullRom;
            public Spline.Type Bezier => Spline.Type.Bezier;
        }

        public class IEffectHookObjectInstance
        {
            public static IEffectHookObjectInstance instance = new();
            public IEffectHookObject.InteractiveEffectType VisibleDuration => IEffectHookObject.InteractiveEffectType.VisibleDuration;
            public IEffectHookObject.InteractiveEffectType InteractiveDuration => IEffectHookObject.InteractiveEffectType.InteractiveDuration;
            public IEffectHookObject.InteractiveEffectType InteractableScoreInterval => IEffectHookObject.InteractiveEffectType.InteractableScoreInterval;
            public IEffectHookObject.InteractiveEffectType InteractableIntervalThatCanScoreBest => IEffectHookObject.InteractiveEffectType.InteractableIntervalThatCanScoreBest;
        }

        public class IInteractionJudgementLevelInstance
        {
            public static IInteractionJudgementLevelInstance instance = new();
            public IInteraction.JudgementLevel Bad => IInteraction.JudgementLevel.Bad;
            public IInteraction.JudgementLevel ScoreLevel => IInteraction.JudgementLevel.ScoreLevel;
            public IInteraction.JudgementLevel None => IInteraction.JudgementLevel.None;
            public IInteraction.JudgementLevel BestLevel => IInteraction.JudgementLevel.BestLevel;
        }

        public static class RandomTool
        {
            public static float Random(float min, float max)
            {
                return UnityEngine.Random.Range(min, max);
            }

            public static float Random(double min, double max)
            {
                return UnityEngine.Random.Range((float)min, (float)max);
            }
        }

        public class ConsoleTool
        {
            private GameObject gameObject;
            public ConsoleTool(GameObject gameObject)
            {
                this.gameObject = gameObject;
            }

            public void Log(object obj)
            {
                Debug.Log(obj, gameObject);
            }
        }
    }

    public partial class ScriptableObject
    {
        protected virtual bool IsImptSerialize => false;
        protected virtual IEnumerator LoadFromImptCacheFile(ToolFile cacheFile)
        {
            throw new NotImplementedException();
        }
        protected virtual IEnumerator CreateAndLoadingImptCacheFile(ToolFile scriptFile, ToolFile cacheFile)
        {
            throw new NotImplementedException();
        }

        private readonly RScriptImportClass s_GenerateImport = new()
            {
                typeof(Mathf),
                typeof(RandomTool),
            };
        public RScriptImportClass GenerateImport()
        {
            return s_GenerateImport;
        }

        public RScriptVariables GenerateVariables(ScriptableObject self)
        {
            RScriptVariables variables = new()
            {
                { "this", new() { data = self, type = self.GetType() } },
                { "self", new() { data = self, type = self.GetType() } },
                { "console", new() { data = new ConsoleTool(gameObject), type = typeof(ConsoleTool) } },
                { nameof(MathExtension.EaseCurveType), new() { data = EaseCurveTypeInstance.instance, type = typeof(EaseCurveTypeInstance) } },
                { $"Spline{nameof(SplineComputer.SampleMode)}",
                    new() { data = SplineComputerSampleModeInstance.instance, type = typeof(SplineComputerSampleModeInstance)} },
                { $"Spline{nameof(Spline.Type)}",
                    new() { data = SplineTypeInstance.instance, type = typeof(SplineTypeInstance)} },
                { nameof(IEffectHookObject.InteractiveEffectType),
                    new() { data = IEffectHookObjectInstance.instance, type = typeof(IEffectHookObjectInstance)} },
                { nameof(IInteraction.JudgementLevel),
                    new() { data = IInteractionJudgementLevelInstance.instance, type = typeof(IInteractionJudgementLevelInstance) } }
            };
            return variables;
        }

        private static readonly Dictionary<string, object> s_FileLocker = new();

        public IEnumerator ParseFromScriptFile2Expr(ToolFile file)
        {
            IsParseScript2Expr = true;
            try
            {
                var hash = file.CalculateHash();
                var lastHashFile = file.GetParentDir() | ".cache" | $"{file.GetFilename(true)}.hash";
                var bin = file.GetParentDir() | ".cache" | $"{file.GetFilename(true)}.bin";
                if (IsImptSerialize)
                {
                    if (lastHashFile.Exists() == false || lastHashFile.LoadAsText() != hash)
                    {
                        lastHashFile.MustExistsPath();
                        lastHashFile.SaveAsText(hash);
                        yield return ConventionUtility.AvoidFakeStop(CreateAndLoadingImptCacheFile(file, bin));
                    }
                    else
                    {
                        yield return ConventionUtility.AvoidFakeStop(LoadFromImptCacheFile(bin));
                    }
                }
                else
                {
                    IEnumerator step = null;
                    RScriptEngine engine = new();
                    RScriptImportClass importClass = GenerateImport();
                    RScriptVariables variables = GenerateVariables(this);
                    object locker;
                    if (lastHashFile.Exists() == false || lastHashFile.LoadAsText() != hash)
                    {
                        lastHashFile.MustExistsPath();
                        bin.MustExistsPath();
                        lastHashFile.SaveAsText(hash);
                        var script = file.LoadAsText();

                        var structBin = engine.Compile(script, importClass, variables);
                        lock (s_FileLocker)
                        {
                            if (s_FileLocker.TryGetValue(file.GetFullPath(), out locker) == false)
                            {
                                s_FileLocker.Add(file.GetFullPath(), locker = new object());
                            }
                        }
                        lock (locker)
                        {
                            bin.SaveAsBinary(RScriptSerializer.SerializeClass(structBin));
                        }
                        step = engine.RunAsync(script, importClass, variables);
                    }
                    else
                    {
                        RScriptContext.SerializableClass structBin;
                        lock (s_FileLocker)
                        {
                            if (s_FileLocker.TryGetValue(file.GetFullPath(), out locker) == false)
                            {
                                s_FileLocker.Add(file.GetFullPath(), locker = new object());
                            }
                        }
                        lock (locker)
                        {
                            structBin = RScriptSerializer.DeserializeClass(bin.LoadAsBinary());
                        }
                        step = engine.RunAsync(structBin, importClass, variables);

                    }
                    yield return step;// ConventionUtility.AvoidFakeStop(step);
                }
            }
            finally
            {
                IsParseScript2Expr = false;
            }
        }

        public IEnumerator ParseScript2Expr(string script)
        {
            IsParseScript2Expr = true;
            try
            {
                RScriptEngine engine = new();
                RScriptImportClass importClass = GenerateImport();
                RScriptVariables variables = GenerateVariables(this);

                var step = engine.RunAsync(script, importClass, variables);
                yield return step;//ConventionUtility.AvoidFakeStop(step);
            }
            finally
            {
                IsParseScript2Expr = false;
            }
        }
    }
}