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【Unity】升级版·Excel数据解析，自动创建对应C＃类，自动创建ScriptableObject生成类，自动序列化Asset文件

2022-07-06 18:35:00 【51CTO】

实现功能：

自动创建继承ScriptableObject的C#数据类，每条Excel的数据，都有对应的字段的Get函数；

自动创建每个Excel的Asset生成类和生成函数，用于自动生成Asset文件

【Unity】升级版·Excel数据解析，自动创建对应C#类，自动创建ScriptableObject生成类，自动序列化Asset文件_unity_03

使用Asset生成类自动序列化Excel数据到Asset文件，可直接在项目运行时加载使用

【Unity】升级版·Excel数据解析，自动创建对应C#类，自动创建ScriptableObject生成类，自动序列化Asset文件_游戏开发_04

【Unity】升级版·Excel数据解析，自动创建对应C#类，自动创建ScriptableObject生成类，自动序列化Asset文件_unity_05

实现原理：

Excel配置格式：

第1行对应特殊标记（可以设置有效性，指定要创建的文件）
第2行对应中文说明（作为第3行字段的注释）
第3行对应字段名称（自动创建的字段名称）
第4行对应字段类型（自动创建的字段类型，与字段名称一一对应）
第5行及以后对应字段值（所有数据，以行为单位解析、保存数据）
第一列固定字段为"id"，是代码中索引每行数据的Key

Excel注释操作：

字段名称行，每个字段单元格内容前加"//"，可以注释该字段，不会解析生成到C#类；
第一列的单元格内容前加"//"，可以注释一行数据，不会保存到Asset文件中；
注释可以用于添加说明行，或剔除指定无用数据。

【Unity】升级版·Excel数据解析，自动创建对应C#类，自动创建ScriptableObject生成类，自动序列化Asset文件_unity_06

【Unity】升级版·Excel数据解析，自动创建对应C#类，自动创建ScriptableObject生成类，自动序列化Asset文件_工具类_07

生成的C#类格式：

行数据类，对应每一行数据：

       
       [Serializable]
       
public class TestConfigExcelItem : ExcelItemBase
       
{
       
  /// <summary>
       
  ///
       
  /// </summary>>
       
  public int id;
       
  /// <summary>
       
  ///
       
  /// </summary>>
       
  public string testString;
       
  /// <summary>
       
  ///
       
  /// </summary>>
       
  public int testInt;
       
  /// <summary>
       
  ///
       
  /// </summary>>
       
  public float
      
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【Unity】升级版·Excel数据解析，自动创建对应C#类，自动创建ScriptableObject生成类，自动序列化Asset文件_工具类_08

完整数据类，包含所有行的数据、初始化函数、Get函数：

       
       public class TestConfigExcelData : ExcelDataBase<TestConfigExcelItem>
       
{
       
  public TestConfigExcelItem[] items;
       
  public Dictionary<int,TestConfigExcelItem> itemDic = new Dictionary<int,TestConfigExcelItem>();
       
  public void Init()
       
  {
       
    itemDic.Clear();
       
    if(items != null && items.Length > 0)
       
    {
       
      for(int i = 0; i < items.Length; i++)
       
      {
       
        itemDic.Add(items[i].id, items[i]);
       
      }
       
    }
       
  }
       
  public TestConfigExcelItem GetTestConfigExcelItem(int)
       
  {
       
    if(itemDic.ContainsKey(id))
       
      return itemDic[id];
       
    else
       
      return null;
       
  }
       
  #region
       
  public string GetTestString(int)
       
  {
       
    var item = GetTestConfigExcelItem(id);
       
    if(item == null)
       
      return default;
       
    return item.testString;
       
  }
       
  // ··· ···
       
  #endregion
      
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【Unity】升级版·Excel数据解析，自动创建对应C#类，自动创建ScriptableObject生成类，自动序列化Asset文件_unity_09

目前支持的数据结构：

字符串	testString	字符串数组	testStringArray	字符串二维数组	testStringArray2
Int	testInt	Int数组	testIntArray	Int二维数组	testIntArray2
Float	testFloat	Float数组	testFloatArray	Float二维数组	testFloatArray2
Bool	testBool	Bool数组	testBoolArray	Bool二维数组	testBoolArray2
Enum\|枚举名(或枚举值)	testEnum	Enum数组	testEnumArray	Enum二维数组	不支持
Vector2	testVector2	Vector2数组	testVector2Array	Vector2二维数组	testVector2Array2
Vector3	testVector3	Vector3数组	testVector3Array	Vector3二维数组	testVector3Array2
Vector2Int	testVector2Int	Vector2Int数组	testVector2IntArray	Vector2Int二维数组	testVector2IntArray2
Vector3Int	testVector3Int	Vector3Int数组	testVector3IntArray	Vector3Int二维数组	testVector3IntArray2
Color	testColor	Color数组	testColorArray	Color二维数组	testColorArray2
Color32	testColor32	Color32数组	testColor32Array	Color32二维数组	testColor32Array2

因为Unity不能序列化二维数组，这里改成一维数组+结构体的方式实现：

       
       [Serializable]
       
public struct StringArr
       
{
       
    public string[] array;
       
}
       
//二维数组表示方式： StringArr[]
      
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【Unity】升级版·Excel数据解析，自动创建对应C#类，自动创建ScriptableObject生成类，自动序列化Asset文件_工具类_10

Asset数据文件：

在自动生成数据的C#类时，会同步生成Asset文件的创建类，用于自动创建Asset文件并序列化数据。

【Unity】升级版·Excel数据解析，自动创建对应C#类，自动创建ScriptableObject生成类，自动序列化Asset文件_unity_11

优点：

数据修改后只需要重新一键生成即可
每个Excel对应一个类，使用灵活，对Excel限制少
自动创建C#类，不需要对每个Excel手动写代码，每条数据对应字段，不需要拆箱装修
自动创建ScriptableObject的Asset文件，自动序列化数据，方便查看，可以手动修改调整，不需要每次改动都在Excel里操作
在游戏内直接读取Asset的ScriptableObject子类，不需要额外操作，业务层直接调取数据字段

使用方法：

按照标准格式配置Excel
一键生成C#类、Asset文件
项目运行时加载Asset资源，调用Init初始化，Get函数获取对应字段值即可

【Unity】升级版·Excel数据解析，自动创建对应C#类，自动创建ScriptableObject生成类，自动序列化Asset文件_游戏开发_12

【Unity】升级版·Excel数据解析，自动创建对应C#类，自动创建ScriptableObject生成类，自动序列化Asset文件_unity_13

完整代码：

扩展Unity编辑器窗口：

       
       using UnityEngine;
       
using UnityEditor;
       
using System.IO;
       
using System.Collections.Generic;
       
using System.Linq;
       
public class BuildExcelWindow : EditorWindow
       
{
       
    [MenuItem("MyTools/Excel Window",priority = 100)]
       
    public static void ShowReadExcelWindow()
       
    {
       
        BuildExcelWindow window = GetWindow<BuildExcelWindow>(true);
       
        window.Show();
       
        window.minSize = new Vector2(475,475);
       
    }
       
    //Excel读取路径，绝对路径，放在Assets同级路径
       
    private static string excelReadAbsolutePath;
       
    //自动生成C#类文件路径，绝对路径
       
    private static string scriptSaveAbsolutePath;
       
    private static string scriptSaveRelativePath;
       
    //自动生成Asset文件路径，相对路径
       
    private static string assetSaveRelativePath;
       
    private List<string> fileNameList = new List<string>();
       
    private List<string> filePathList = new List<string>();
       
    private void Awake()
       
    {
       
        titleContent.text = "Excel配置表读取";
       
        excelReadAbsolutePath = Application.dataPath.Replace("Assets","Excel");
       
        scriptSaveAbsolutePath = Application.dataPath + CheckEditorPath("/Script/Excel/AutoCreateCSCode");
       
        scriptSaveRelativePath = CheckEditorPath("Assets/Script/Excel/AutoCreateCSCode");
       
        assetSaveRelativePath = CheckEditorPath("Assets/AssetData/Excel/AutoCreateAsset");
       
    }
       
    private void OnEnable()
       
    {
       
        RefreshExcelFile();
       
    }
       
    private void OnDisable()
       
    {
       
        fileNameList.Clear();
       
        filePathList.Clear();
       
    }
       
    private Vector2 scrollPosition = Vector2.zero;
       
    private void OnGUI()
       
    {
       
        GUILayout.Space(10);
       
        scrollPosition = GUILayout.BeginScrollView(scrollPosition,GUILayout.Width(position.width),GUILayout.Height(position.height));
       
        //展示路径
       
        GUILayout.BeginHorizontal(GUILayout.Height(20));
       
        if(GUILayout.Button("Excel读取路径",GUILayout.Width(100)))
       
        {
       
            EditorUtility.OpenWithDefaultApp(excelReadAbsolutePath);
       
            Debug.Log(excelReadAbsolutePath);
       
        }
       
        if(GUILayout.Button("Script保存路径",GUILayout.Width(100)))
       
        {
       
            SelectObject(scriptSaveRelativePath);
       
        }
       
        if(GUILayout.Button("Asset保存路径",GUILayout.Width(100)))
       
        {
       
            SelectObject(assetSaveRelativePath);
       
        }
       
        GUILayout.EndHorizontal();
       
        GUILayout.Space(5);
       
        //Excel列表
       
        GUILayout.Label("Excel列表：");
       
        for(int i = 0; i < fileNameList.Count; i++)
       
        {
       
            GUILayout.BeginHorizontal("Box",GUILayout.Height(40));
       
            GUILayout.Label($"{i}:","Titlebar Foldout",GUILayout.Width(30),GUILayout.Height(35));
       
            GUILayout.Box(fileNameList[i],"MeTransitionBlock",GUILayout.MinWidth(200),GUILayout.Height(35));
       
            GUILayout.Space(10);
       
            //生成CS代码
       
            if(GUILayout.Button("Create Script",GUILayout.Width(100),GUILayout.Height(30)))
       
            {
       
                ExcelDataReader.ReadOneExcelToCode(filePathList[i],scriptSaveAbsolutePath);
       
            }
       
            //生成Asset文件
       
            if(GUILayout.Button("Create Asset",GUILayout.Width(100),GUILayout.Height(30)))
       
            {
       
                ExcelDataReader.CreateOneExcelAsset(filePathList[i],assetSaveRelativePath);
       
            }
       
            GUILayout.EndHorizontal();
       
            GUILayout.Space(5);
       
        }
       
        GUILayout.Space(10);
       
        //一键处理所有Excel
       
        GUILayout.Label("一键操作：");
       
        GUILayout.BeginHorizontal("Box",GUILayout.Height(40));
       
        GUILayout.Label("all","Titlebar Foldout",GUILayout.Width(30),GUILayout.Height(35));
       
        GUILayout.Box("All Excel","MeTransitionBlock",GUILayout.MinWidth(200),GUILayout.Height(35));
       
        GUILayout.Space(10);
       
        if(GUILayout.Button("Create Script",GUILayout.Width(100),GUILayout.Height(30)))
       
        {
       
            ExcelDataReader.ReadAllExcelToCode(excelReadAbsolutePath,scriptSaveAbsolutePath);
       
        }
       
        if(GUILayout.Button("Create Asset",GUILayout.Width(100),GUILayout.Height(30)))
       
        {
       
            ExcelDataReader.CreateAllExcelAsset(excelReadAbsolutePath,assetSaveRelativePath);
       
        }
       
        GUILayout.EndHorizontal();
       
        //
       
        GUILayout.Space(20);
       
        //
       
        GUILayout.EndScrollView();
       
    }
       
    //读取指定路径下的Excel文件名
       
    private void RefreshExcelFile()
       
    {
       
        fileNameList.Clear();
       
        filePathList.Clear();
       
        if(!Directory.Exists(excelReadAbsolutePath))
       
        {
       
            Debug.LogError("无效路径：" + excelReadAbsolutePath);
       
            return;
       
        }
       
        string[] excelFileFullPaths = Directory.GetFiles(excelReadAbsolutePath,"*.xlsx");
       
        if(excelFileFullPaths == null || excelFileFullPaths.Length == 0)
       
        {
       
            Debug.LogError(excelReadAbsolutePath + "路径下没有找到Excel文件");
       
            return;
       
        }
       
        filePathList.AddRange(excelFileFullPaths);
       
        for(int i = 0; i < filePathList.Count; i++)
       
        {
       
            fileNameList.Add(Path.GetFileName(filePathList[i]));
       
        }
       
        Debug.Log("找到Excel文件：" + fileNameList.Count + "个");
       
    }
       
    private void SelectObject(string)
       
    {
       
        Object targetObj = AssetDatabase.LoadAssetAtPath<Object>(targetPath);
       
        EditorGUIUtility.PingObject(targetObj);
       
        Selection.activeObject = targetObj;
       
        Debug.Log(targetPath);
       
    }
       
    private static string CheckEditorPath(string)
       
    {
       
#if
       
        return path.Replace("/","\\");
       
#elif
       
        return path.Replace("\\","/");
       
#else
       
        return path;
       
#endif
      
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【Unity】升级版·Excel数据解析，自动创建对应C#类，自动创建ScriptableObject生成类，自动序列化Asset文件_unity_14

Excel数据读取类：

       
       using System.Collections;
       
using System.Collections.Generic;
       
using UnityEngine;
       
using System.IO;
       
using Excel;
       
using System.Reflection;
       
using System;
       
using System.Linq;
       
public class ExcelDataReader
       
{
       
    //Excel第1行对应特殊标记
       
    private const int specialSignRow = 0;
       
    //Excel第2行对应中文说明
       
    private const int excelNodeRow = 1;
       
    //Excel第3行对应字段名称
       
    private const int excelNameRow = 2;
       
    //Excel第4行对应字段类型
       
    private const int excelTypeRow = 3;
       
    //Excel第5行及以后对应字段值
       
    private const int excelDataRow = 4;
       
    //标记注释行/列
       
    private const string annotationSign = "//";
       
    #region
       
    //创建Excel对应的C#类
       
    public static void ReadAllExcelToCode(string allExcelPath,string)
       
    {
       
        //读取所有Excel文件
       
        //指定目录中与指定的搜索模式和选项匹配的文件的完整名称（包含路径）的数组；如果未找到任何文件，则为空数组。
       
        string[] excelFileFullPaths = Directory.GetFiles(allExcelPath,"*.xlsx");
       
        if(excelFileFullPaths == null || excelFileFullPaths.Length == 0)
       
        {
       
            Debug.Log("Excel file count == 0");
       
            return;
       
        }
       
        //遍历所有Excel，创建C#类
       
        for(int i = 0; i < excelFileFullPaths.Length; i++)
       
        {
       
            ReadOneExcelToCode(excelFileFullPaths[i],codeSavePath);
       
        }
       
    }
       
    //创建Excel对应的C#类
       
    public static void ReadOneExcelToCode(string excelFullPath,string)
       
    {
       
        //解析Excel获取中间数据
       
        ExcelMediumData excelMediumData = CreateClassCodeByExcelPath(excelFullPath);
       
        if(excelMediumData == null)
       
        {
       
            Debug.LogError($"读取Excel失败 : {excelFullPath}");
       
            return;
       
        }
       
        if(!excelMediumData.isValid)
       
        {
       
            Debug.LogError($"读取Excel失败，Excel标记失效 : {excelMediumData.excelName}");
       
            return;
       
        }
       
        if(!excelMediumData.isCreateCSharp && !excelMediumData.isCreateAssignment)
       
        {
       
            Debug.LogError($"读取Excel失败，Excel不允许生成CSCode : {excelMediumData.excelName}");
       
            return;
       
        }
       
        //根据数据生成C#脚本
       
        string classCodeStr = ExcelCodeCreater.CreateCodeStrByExcelData(excelMediumData);
       
        if(string.IsNullOrEmpty(classCodeStr))
       
        {
       
            Debug.LogError($"解析Excel失败 : {excelMediumData.excelName}");
       
            return;
       
        }
       
        //检查导出路径
       
        if(!Directory.Exists(codeSavePath))
       
            Directory.CreateDirectory(codeSavePath);
       
        //类名
       
        string codeFileName = excelMediumData.excelName + "ExcelData";
       
        //写文件，生成CS类文件
       
        StreamWriter sw = new StreamWriter($"{codeSavePath}/{codeFileName}.cs");
       
        sw.WriteLine(classCodeStr);
       
        sw.Close();
       
        //
       
        UnityEditor.AssetDatabase.SaveAssets();
       
        UnityEditor.AssetDatabase.Refresh();
       
        //
       
        Debug.Log($"生成Excel的CS成功 : {excelMediumData.excelName}");
       
    }
       
    #endregion
       
    #region
       
    //创建Excel对应的Asset数据文件
       
    public static void CreateAllExcelAsset(string allExcelPath,string)
       
    {
       
        //读取所有Excel文件
       
        //指定目录中与指定的搜索模式和选项匹配的文件的完整名称（包含路径）的数组；如果未找到任何文件，则为空数组。
       
        string[] excelFileFullPaths = Directory.GetFiles(allExcelPath,"*.xlsx");
       
        if(excelFileFullPaths == null || excelFileFullPaths.Length == 0)
       
        {
       
            Debug.Log("Excel file count == 0");
       
            return;
       
        }
       
        //遍历所有Excel，创建Asset
       
        for(int i = 0; i < excelFileFullPaths.Length; i++)
       
        {
       
            CreateOneExcelAsset(excelFileFullPaths[i],assetSavePath);
       
        }
       
    }
       
    //创建Excel对应的Asset数据文件
       
    public static void CreateOneExcelAsset(string excelFullPath,string)
       
    {
       
        //解析Excel获取中间数据
       
        ExcelMediumData excelMediumData = CreateClassCodeByExcelPath(excelFullPath);
       
        if(excelMediumData == null)
       
        {
       
            Debug.LogError($"读取Excel失败 : {excelFullPath}");
       
            return;
       
        }
       
        if(!excelMediumData.isValid)
       
        {
       
            Debug.LogError($"读取Excel失败，Excel标记失效 : {excelMediumData.excelName}");
       
            return;
       
        }
       
        if(!excelMediumData.isCreateAsset)
       
        {
       
            Debug.LogError($"读取Excel失败，Excel不允许生成Asset : {excelMediumData.excelName}");
       
            return;
       
        }
       
        ////获取当前程序集
       
        //Assembly assembly = Assembly.GetExecutingAssembly();
       
        ////创建类的实例，返回为 object 类型，需要强制类型转换，assembly.CreateInstance("类的完全限定名（即包括命名空间）");
       
        //object class0bj = assembly.CreateInstance(excelMediumData.excelName + "Assignment",true);
       
        //必须遍历所有程序集来获得类型。当前在Assembly-CSharp-Editor中，目标类型在Assembly-CSharp中，不同程序将无法获取类型
       
        Type assignmentType = null;
       
        string assetAssignmentName = excelMediumData.excelName + "AssetAssignment";
       
        foreach(var asm in AppDomain.CurrentDomain.GetAssemblies())
       
        {
       
            //查找目标类型
       
            Type tempType = asm.GetType(assetAssignmentName);
       
            if(tempType != null)
       
            {
       
                assignmentType = tempType;
       
                break;
       
            }
       
        }
       
        if(assignmentType == null)
       
        {
       
            Debug.LogError($"创界Asset失败，未找到Asset生成类 : {excelMediumData.excelName}");
       
            return;
       
        }
       
        //反射获取方法
       
        MethodInfo methodInfo = assignmentType.GetMethod("CreateAsset");
       
        if(methodInfo == null)
       
        {
       
            if(assignmentType == null)
       
            {
       
                Debug.LogError($"创界Asset失败，未找到Asset创建函数 : {excelMediumData.excelName}");
       
                return;
       
            }
       
        }
       
        methodInfo.Invoke(null,new object[] { excelMediumData,assetSavePath });
       
        //创建Asset文件成功
       
        Debug.Log($"生成Excel的Asset成功 : {excelMediumData.excelName}");
       
    }
       
    #endregion
       
    #region
       
    //解析Excel，创建中间数据
       
    private static ExcelMediumData CreateClassCodeByExcelPath(string)
       
    {
       
        if(string.IsNullOrEmpty(excelFileFullPath))
       
            return null;
       
        excelFileFullPath = excelFileFullPath.Replace("\\","/");
       
        //读取Excel
       
        FileStream stream = File.Open(excelFileFullPath,FileMode.Open,FileAccess.Read);
       
        if(stream == null)
       
            return null;
       
        //解析Excel
       
        IExcelDataReader excelReader = ExcelReaderFactory.CreateOpenXmlReader(stream);
       
        //无效Excel
       
        if(excelReader == null || !excelReader.IsValid)
       
        {
       
            Debug.Log("Invalid excel ： " + excelFileFullPath);
       
            return null;
       
        }
       
        Debug.Log("开始解析Excel : " + excelReader.Name);
       
        //记录Excel数据
       
        ExcelMediumData excelMediumData = new ExcelMediumData();
       
        //Excel名字
       
        excelMediumData.excelName = excelReader.Name;
       
        //当前遍历的行
       
        int curRowIndex = 0;
       
        //开始读取，按行遍历
       
        while(excelReader.Read())
       
        {
       
            //这一行没有读取到数据，视为无效行数据
       
            if(excelReader.FieldCount <= 0)
       
            {
       
                curRowIndex++;
       
                continue;
       
            }
       
            //读取每一行的完整数据
       
            string[] datas = new string[excelReader.FieldCount];
       
            for(int j = 0; j < excelReader.FieldCount; ++j)
       
            {
       
                //可以直接读取指定类型数据，不过只支持有限数据类型，这里统一读取string，然后再数据转化
       
                //excelReader.GetInt32(j); excelReader.GetFloat(j);
       
                //读取每一个单元格数据
       
                datas[j] = excelReader.GetString(j);
       
            }
       
            switch(curRowIndex)
       
            {
       
                case specialSignRow:
       
                    //特殊标记行
       
                    string specialSignStr = datas[0];
       
                    if(specialSignStr.Length >= 4)
       
                    {
       
                        excelMediumData.isValid = specialSignStr[0] == 'T';
       
                        excelMediumData.isCreateCSharp = specialSignStr[1] == 'T';
       
                        excelMediumData.isCreateAssignment = specialSignStr[2] == 'T';
       
                        excelMediumData.isCreateAsset = specialSignStr[3] == 'T';
       
                    }
       
                    else
       
                    {
       
                        Debug.LogError("未解析到特殊标记");
       
                    }
       
                    break;
       
                case excelNodeRow:
       
                    //数据注释行
       
                    excelMediumData.propertyNodeArray = datas;
       
                    break;
       
                case excelNameRow:
       
                    //数据名称行
       
                    excelMediumData.propertyNameArray = datas;
       
                    //注释列号
       
                    for(int i = 0; i < datas.Length; i++)
       
                    {
       
                        if(string.IsNullOrEmpty(datas[i]) || datas[i].StartsWith(annotationSign))
       
                            excelMediumData.annotationColList.Add(i);
       
                    }
       
                    break;
       
                case excelTypeRow:
       
                    //数据类型行
       
                    excelMediumData.propertyTypeArray = datas;
       
                    break;
       
                default:
       
                    //数据内容行
       
                    excelMediumData.allRowItemList.Add(datas);
       
                    //注释行号
       
                    if(string.IsNullOrEmpty(datas[0]) || datas[0].StartsWith(annotationSign))
       
                        excelMediumData.annotationRowList.Add(excelMediumData.allRowItemList.Count - 1);
       
                    break;
       
            }
       
            //
       
            curRowIndex++;
       
        }
       
        if(CheckExcelMediumData(ref excelMediumData))
       
        {
       
            Debug.Log("读取Excel成功");
       
            return excelMediumData;
       
        }
       
        else
       
        {
       
            Debug.LogError("读取Excel失败");
       
            return null;
       
        }
       
    }
       
    //校验Excel数据
       
    private static bool CheckExcelMediumData(ref)
       
    {
       
        if(mediumData == null)
       
            return false;
       
        //检查数据有效性
       
        if(!mediumData.isValid)
       
        {
       
            Debug.LogError("Excel被标记无效");
       
            return false;
       
        }
       
        if(string.IsNullOrEmpty(mediumData.excelName))
       
        {
       
            Debug.LogError("Excel名字为空");
       
            return false;
       
        }
       
        if(mediumData.propertyNameArray == null || mediumData.propertyNameArray.Length == 0)
       
        {
       
            Debug.LogError("未解析到数据名称");
       
            return false;
       
        }
       
        if(mediumData.propertyTypeArray == null || mediumData.propertyTypeArray.Length == 0)
       
        {
       
            Debug.LogError("未解析到数据类型");
       
            return false;
       
        }
       
        if(mediumData.propertyNameArray.Length != mediumData.propertyTypeArray.Length)
       
        {
       
            Debug.LogError("数据名称与数据类型数量不一致");
       
            return false;
       
        }
       
        if(mediumData.allRowItemList.Count == 0)
       
        {
       
            Debug.LogError("数据内容为空");
       
            return false;
       
        }
       
        if(mediumData.propertyNameArray[0] != "id")
       
        {
       
            Debug.LogError("第一个字段必须是id字段");
       
            return false;
       
        }
       
        return true;
       
    }
       
    #endregion
      
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【Unity】升级版·Excel数据解析，自动创建对应C#类，自动创建ScriptableObject生成类，自动序列化Asset文件_unity_15

C#代码生成类：

       
       using System.Collections;
       
using System.Collections.Generic;
       
using UnityEngine;
       
using System.Text;
       
using System.Linq;
       
using System;
       
public class ExcelCodeCreater
       
{
       
    //创建代码，生成数据C#类
       
    public static string CreateCodeStrByExcelData(ExcelMediumData excelMediumData)
       
    {
       
        if(excelMediumData == null)
       
            return null;
       
        //行数据类名
       
        string itemClassName = excelMediumData.excelName + "ExcelItem";
       
        //整体数据类名
       
        string dataClassName = excelMediumData.excelName + "ExcelData";
       
        //开始生成类
       
        StringBuilder classSource = new StringBuilder();
       
        classSource.AppendLine("/*Auto Create, Don't Edit !!!*/");
       
        classSource.AppendLine();
       
        //添加引用
       
        classSource.AppendLine("using UnityEngine;");
       
        classSource.AppendLine("using System.Collections.Generic;");
       
        classSource.AppendLine("using System;");
       
        classSource.AppendLine("using System.IO;");
       
        classSource.AppendLine();
       
        //生成CSharp数据类
       
        if(excelMediumData.isCreateCSharp)
       
        {
       
            //生成行数据类，记录每行数据
       
            classSource.AppendLine(CreateExcelRowItemClass(itemClassName,excelMediumData));
       
            classSource.AppendLine();
       
            //生成整体数据类，记录整个Excel的所有行数据
       
            classSource.AppendLine(CreateExcelAllDataClass(dataClassName,itemClassName,excelMediumData));
       
            classSource.AppendLine();
       
        }
       
        //生成Asset创建类
       
        if(excelMediumData.isCreateAssignment)
       
        {
       
            //生成Asset操作类，用于自动创建Excel对应的Asset文件并赋值
       
            classSource.AppendLine(CreateExcelAssetClass(excelMediumData));
       
            classSource.AppendLine();
       
        }
       
        //
       
        return classSource.ToString();
       
    }
       
    //----------
       
    //生成行数据类
       
    private static string CreateExcelRowItemClass(string)
       
    {
       
        //生成Excel行数据类
       
        StringBuilder classSource = new StringBuilder();
       
        //类名
       
        classSource.AppendLine("[Serializable]");
       
        classSource.AppendLine($"public class {itemClassName});
       
        classSource.AppendLine("{");
       
        //声明所有字段
       
        for(int i = 0; i < excelMediumData.propertyNameArray.Length; i++)
       
        {
       
            //跳过注释字段
       
            if(excelMediumData.annotationColList.Contains(i))
       
                continue;
       
            //添加注释
       
            if(i < excelMediumData.propertyNodeArray.Length)
       
            {
       
                string propertyNode = excelMediumData.propertyNodeArray[i];
       
                if(!string.IsNullOrEmpty(propertyNode))
       
                {
       
                    classSource.AppendLine("\t/// <summary>");
       
                    classSource.AppendLine($"\t/// {propertyNode}");
       
                    classSource.AppendLine("\t/// </summary>>");
       
                }
       
            }
       
            //声明行数据类的字段
       
            string propertyName = excelMediumData.propertyNameArray[i];
       
            string propertyType = excelMediumData.propertyTypeArray[i];
       
            string typeStr = GetPropertyType(propertyType);
       
            classSource.AppendLine($"\tpublic {typeStr} {propertyName};");
       
        }
       
        classSource.AppendLine("}");
       
        return classSource.ToString();
       
    }
       
    //----------
       
    //生成整体数据类
       
    private static string CreateExcelAllDataClass(string dataClassName,string)
       
    {
       
        StringBuilder classSource = new StringBuilder();
       
        //类名
       
        classSource.AppendLine($"public class {dataClassName} : ExcelDataBase<{itemClassName}>");
       
        classSource.AppendLine("{");
       
        //声明字段，行数据类数组
       
        classSource.AppendLine($"\tpublic {itemClassName}[] items;");
       
        classSource.AppendLine();
       
        //id字段类型
       
        string idTypeStr = GetPropertyType(excelMediumData.propertyTypeArray[0]);
       
        //声明字典
       
        classSource.AppendLine($"\tpublic Dictionary<{idTypeStr},{itemClassName}> itemDic = new Dictionary<{idTypeStr},{itemClassName}>();");
       
        classSource.AppendLine();
       
        //字段初始化方法
       
        classSource.AppendLine("\tpublic void Init()");
       
        classSource.AppendLine("\t{");
       
        classSource.AppendLine("\t\titemDic.Clear();");
       
        classSource.AppendLine("\t\tif(items != null && items.Length > 0)");
       
        classSource.AppendLine("\t\t{");
       
        classSource.AppendLine("\t\t\tfor(int i = 0; i < items.Length; i++)");
       
        classSource.AppendLine("\t\t\t{");
       
        classSource.AppendLine("\t\t\t\titemDic.Add(items[i].id, items[i]);");
       
        classSource.AppendLine("\t\t\t}");
       
        classSource.AppendLine("\t\t}");
       
        classSource.AppendLine("\t}");
       
        classSource.AppendLine();
       
        //字典获取方法
       
        classSource.AppendLine($"\tpublic {itemClassName} Get{itemClassName}({idTypeStr});
       
        classSource.AppendLine("\t{");
       
        classSource.AppendLine("\t\tif(itemDic.ContainsKey(id))");
       
        classSource.AppendLine("\t\t\treturn itemDic[id];");
       
        classSource.AppendLine("\t\telse");
       
        classSource.AppendLine("\t\t\treturn null;");
       
        classSource.AppendLine("\t}");
       
        //每个字段Get函数
       
        classSource.AppendLine("\t#region --- Get Method ---");
       
        classSource.AppendLine();
       
        for(int i = 1; i < excelMediumData.propertyNameArray.Length; i++)
       
        {
       
            if(excelMediumData.annotationColList.Contains(i))
       
                continue;
       
            string propertyName = excelMediumData.propertyNameArray[i];
       
            string propertyType = excelMediumData.propertyTypeArray[i];
       
            //每个字段Get函数
       
            classSource.AppendLine(CreateCodePropertyMethod(itemClassName,idTypeStr,propertyName,propertyType));
       
        }
       
        classSource.AppendLine("\t#endregion");
       
        classSource.AppendLine("}");
       
        return classSource.ToString();
       
    }
       
    //生成数据字段对应Get方法
       
    private static string CreateCodePropertyMethod(string itemClassName,string idTypeStr,string propertyName,string)
       
    {
       
        StringBuilder methodBuilder = new StringBuilder();
       
        string itemNameStr = propertyName.FirstOrDefault().ToString().ToUpper() + propertyName.Substring(1);
       
        string itemTypeStr = GetPropertyType(propertyType);
       
        //字段Get函数
       
        methodBuilder.AppendLine($"\tpublic {itemTypeStr} Get{itemNameStr}({idTypeStr});
       
        methodBuilder.AppendLine("\t{");
       
        methodBuilder.AppendLine($"\t\tvar item = Get{itemClassName}(id);");
       
        methodBuilder.AppendLine("\t\tif(item == null)");
       
        methodBuilder.AppendLine("\t\t\treturn default;");
       
        methodBuilder.AppendLine($"\t\treturn item.{propertyName};");
       
        methodBuilder.AppendLine("\t}");
       
        //如果是一维数组
       
        if(propertyType.Contains("[]"))
       
        {
       
            //typeStr:int[]或IntArr[] ,返回值:int或IntArr
       
            //string itemTypeStr1d = GetPropertyType(propertyType.Replace("[]",""));
       
            string itemTypeStr1d = itemTypeStr.Replace("[]","");
       
            methodBuilder.AppendLine($"\tpublic {itemTypeStr1d} Get{itemNameStr}({idTypeStr});
       
            methodBuilder.AppendLine("\t{");
       
            methodBuilder.AppendLine($"\t\tvar item0 = Get{itemClassName});
       
            methodBuilder.AppendLine("\t\tif(item0 == null)");
       
            methodBuilder.AppendLine("\t\t\treturn default;");
       
            methodBuilder.AppendLine($"\t\tvar item1 = item0.{propertyName};");
       
            methodBuilder.AppendLine("\t\tif(item1 == null || index < 0 || index >= item1.Length)");
       
            methodBuilder.AppendLine("\t\t\treturn default;");
       
            methodBuilder.AppendLine("\t\treturn item1[index];");
       
            methodBuilder.AppendLine("\t}");
       
        }
       
        //如果是二维数组
       
        if(propertyType.Contains("[][]"))
       
        {
       
            //propertyType:int[][], 返回值:int
       
            string itemTypeStr1d = GetPropertyType(propertyType.Replace("[][]",""));
       
            methodBuilder.AppendLine($"\tpublic {itemTypeStr1d} Get{itemNameStr}({idTypeStr});
       
            methodBuilder.AppendLine("\t{");
       
            methodBuilder.AppendLine($"\t\tvar item0 = Get{itemClassName}(id);");
       
            methodBuilder.AppendLine("\t\tif(item0 == null)");
       
            methodBuilder.AppendLine("\t\t\treturn default;");
       
            methodBuilder.AppendLine($"\t\tvar item1 = item0.{propertyName};");
       
            methodBuilder.AppendLine("\t\tif(item1 == null || index1 < 0 || index1 >= item1.Length)");
       
            methodBuilder.AppendLine("\t\t\treturn default;");
       
            methodBuilder.AppendLine("\t\tvar item2 = item1[index1];");
       
            methodBuilder.AppendLine("\t\tif(item2.array == null || index2 < 0 || index2 >= item2.array.Length)");
       
            methodBuilder.AppendLine("\t\t\treturn default;");
       
            methodBuilder.AppendLine("\t\treturn item2.array[index2];");
       
            methodBuilder.AppendLine("\t}");
       
        }
       
        //
       
        return methodBuilder.ToString();
       
    }
       
    //----------
       
    //生成Asset创建类
       
    private static string CreateExcelAssetClass(ExcelMediumData excelMediumData)
       
    {
       
        string itemClassName = excelMediumData.excelName + "ExcelItem";
       
        string dataClassName = excelMediumData.excelName + "ExcelData";
       
        string assignmentClassName = excelMediumData.excelName + "AssetAssignment";
       
        StringBuilder classSource = new StringBuilder();
       
        classSource.AppendLine("#if UNITY_EDITOR");
       
        //类名
       
        classSource.AppendLine($"public class {assignmentClassName}");
       
        classSource.AppendLine("{");
       
        //方法名
       
        classSource.AppendLine("\tpublic static bool CreateAsset(ExcelMediumData excelMediumData, string excelAssetPath)");
       
        //方法体，若有需要可加入try/catch
       
        classSource.AppendLine("\t{");
       
        classSource.AppendLine("\t\tvar allRowItemDicList = excelMediumData.GetAllRowItemDicList();");
       
        classSource.AppendLine("\t\tif(allRowItemDicList == null || allRowItemDicList.Count == 0)");
       
        classSource.AppendLine("\t\t\treturn false;");
       
        classSource.AppendLine();
       
        classSource.AppendLine("\t\tint rowCount = allRowItemDicList.Count;");
       
        classSource.AppendLine($"\t\t{dataClassName} excelDataAsset = ScriptableObject.CreateInstance<{dataClassName}>();");
       
        classSource.AppendLine($"\t\texcelDataAsset.items = new {itemClassName}[rowCount];");
       
        classSource.AppendLine();
       
        classSource.AppendLine("\t\tfor(int i = 0; i < rowCount; i++)");
       
        classSource.AppendLine("\t\t{");
       
        classSource.AppendLine("\t\t\tvar itemRowDic = allRowItemDicList[i];");
       
        classSource.AppendLine($"\t\t\texcelDataAsset.items[i] = new {itemClassName}();");
       
        for(int i = 0; i < excelMediumData.propertyNameArray.Length; i++)
       
        {
       
            if(excelMediumData.annotationColList.Contains(i))
       
                continue;
       
            string propertyName = excelMediumData.propertyNameArray[i];
       
            string propertyType = excelMediumData.propertyTypeArray[i];
       
            classSource.Append($"\t\t\texcelDataAsset.items[i].{propertyName});
       
            classSource.Append(AssignmentCodeProperty(propertyName,propertyType));
       
            classSource.AppendLine(";");
       
        }
       
        classSource.AppendLine("\t\t}");
       
        classSource.AppendLine("\t\tif(!Directory.Exists(excelAssetPath))");
       
        classSource.AppendLine("\t\t\tDirectory.CreateDirectory(excelAssetPath);");
       
        classSource.AppendLine($"\t\tstring fullPath = Path.Combine(excelAssetPath,typeof({dataClassName}).Name) + \".asset\";");
       
        classSource.AppendLine("\t\tUnityEditor.AssetDatabase.DeleteAsset(fullPath);");
       
        classSource.AppendLine("\t\tUnityEditor.AssetDatabase.CreateAsset(excelDataAsset,fullPath);");
       
        classSource.AppendLine("\t\tUnityEditor.AssetDatabase.Refresh();");
       
        classSource.AppendLine("\t\treturn true;");
       
        classSource.AppendLine("\t}");
       
        //          
       
        classSource.AppendLine("}");
       
        classSource.AppendLine("#endif");
       
        return classSource.ToString();
       
    }
       
    //声明Asset操作类字段
       
    private static string AssignmentCodeProperty(string propertyName,string)
       
    {
       
        string stringValue = $"itemRowDic[\"{propertyName}\"]";
       
        string typeStr = GetPropertyType(propertyType);
       
        switch(typeStr)
       
        {
       
            //字段
       
            case "int":
       
                return "StringUtility.StringToInt(" + stringValue + ")";
       
            case "float":
       
                return "StringUtility.StringToFloat(" + stringValue + ")";
       
            case "bool":
       
                return "StringUtility.StringToBool(" + stringValue + ")";
       
            case "Vector2":
       
                return "StringUtility.StringToVector2(" + stringValue + ")";
       
            case "Vector3":
       
                return "StringUtility.StringToVector3(" + stringValue + ")";
       
            case "Vector2Int":
       
                return "StringUtility.StringToVector2Int(" + stringValue + ")";
       
            case "Vector3Int":
       
                return "StringUtility.StringToVector3Int(" + stringValue + ")";
       
            case "Color":
       
                return "StringUtility.StringToColor(" + stringValue + ")";
       
            case "Color32":
       
                return "StringUtility.StringToColor32(" + stringValue + ")";
       
            case "string":
       
                return stringValue;
       
            //一维
       
            case "int[]":
       
                return "StringUtility.StringToIntArray(" + stringValue + ")";
       
            case "float[]":
       
                return "StringUtility.StringToFloatArray(" + stringValue + ")";
       
            case "bool[]":
       
                return "StringUtility.StringToBoolArray(" + stringValue + ")";
       
            case "Vector2[]":
       
                return "StringUtility.StringToVector2Array(" + stringValue + ")";
       
            case "Vector3[]":
       
                return "StringUtility.StringToVector3Array(" + stringValue + ")";
       
            case "Vector2Int[]":
       
                return "StringUtility.StringToVector2IntArray(" + stringValue + ")";
       
            case "Vector3Int[]":
       
                return "StringUtility.StringToVector3IntArray(" + stringValue + ")";
       
            case "Color[]":
       
                return "StringUtility.StringToColorArray(" + stringValue + ")";
       
            case "Color32[]":
       
                return "StringUtility.StringToColor32Array(" + stringValue + ")";
       
            case "string[]":
       
                return "StringUtility.StringToStringArray(" + stringValue + ")";
       
            //二维
       
            case "IntArr[]":
       
                return "StringUtility.StringToIntArray2D(" + stringValue + ")";
       
            case "FloatArr[]":
       
                return "StringUtility.StringToFloatArray2D(" + stringValue + ")";
       
            case "BoolArr[]":
       
                return "StringUtility.StringToBoolArray2D(" + stringValue + ")";
       
            case "Vector2Arr[]":
       
                return "StringUtility.StringToVector2Array2D(" + stringValue + ")";
       
            case "Vector3Arr[]":
       
                return "StringUtility.StringToVector3Array2D(" + stringValue + ")";
       
            case "Vector2IntArr[]":
       
                return "StringUtility.StringToVector2IntArray2D(" + stringValue + ")";
       
            case "Vector3IntArr[]":
       
                return "StringUtility.StringToVector3IntArray2D(" + stringValue + ")";
       
            case "ColorArr[]":
       
                return "StringUtility.StringToColorArray2D(" + stringValue + ")";
       
            case "Color32Arr[]":
       
                return "StringUtility.StringToColor32Array2D(" + stringValue + ")";
       
            case "StringArr[]":
       
                return "StringUtility.StringToStringArray2D(" + stringValue + ")";
       
            default:
       
                //枚举
       
                if(propertyType.StartsWith("enum"))
       
                {
       
                    string enumType = propertyType.Split('|').FirstOrDefault();
       
                    string enumName = propertyType.Split('|').LastOrDefault();
       
                    if(enumType == "enum")
       
                        return "StringUtility.StringToEnum<" + enumName + ">(" + stringValue + ")";
       
                    else if(enumType == "enum[]")
       
                        return "StringUtility.StringToEnumArray<" + enumName + ">(" + stringValue + ")";
       
                    else if(enumType == "enum[][]")
       
                        return "StringUtility.StringToEnumArray2D<" + enumName + ">(" + stringValue + ")";
       
                }
       
                return stringValue;
       
        }
       
    }
       
    //判断字段类型
       
    private static string GetPropertyType(string)
       
    {
       
        string lowerType = propertyType.ToLower();
       
        switch(lowerType)
       
        {
       
            case "int":
       
                return "int";
       
            case "int[]":
       
                return "int[]";
       
            case "int[][]":
       
                return "IntArr[]";
       
            case "float":
       
                return "float";
       
            case "float[]":
       
                return "float[]";
       
            case "float[][]":
       
                return "FloatArr[]";
       
            case "bool":
       
                return "bool";
       
            case "bool[]":
       
                return "bool[]";
       
            case "bool[][]":
       
                return "BoolArr[]";
       
            case "string":
       
                return "string";
       
            case "string[]":
       
                return "string[]";
       
            case "string[][]":
       
                return "StringArr[]";
       
            case "vector2":
       
                return "Vector2";
       
            case "vector2[]":
       
                return "Vector2[]";
       
            case "vector2[][]":
       
                return "Vector2Arr[]";
       
            case "vector2int":
       
                return "Vector2Int";
       
            case "vector2int[]":
       
                return "Vector2Int[]";
       
            case "vector2int[][]":
       
                return "Vector2IntArr[]";
       
            case "vector3":
       
                return "Vector3";
       
            case "vector3[]":
       
                return "Vector3[]";
       
            case "vector3[][]":
       
                return "Vector3Arr[]";
       
            case "vector3int":
       
                return "Vector3Int";
       
            case "vector3int[]":
       
                return "Vector3Int[]";
       
            case "vector3int[][]":
       
                return "Vector3IntArr[]";
       
            case "color":
       
                return "Color";
       
            case "color[]":
       
                return "Color[]";
       
            case "color[][]":
       
                return "ColorArr[]";
       
            case "color32":
       
                return "Color32";
       
            case "color32[]":
       
                return "Color32[]";
       
            case "color32[][]":
       
                return "Color32Arr[]";
       
            default:
       
                if(propertyType.StartsWith("enum"))
       
                {
       
                    string enumType = propertyType.Split('|').FirstOrDefault();
       
                    string enumName = propertyType.Split('|').LastOrDefault();
       
                    switch(enumType)
       
                    {
       
                        case "enum":
       
                            return enumName;
       
                        case "enum[]":
       
                            return $"{enumName}[]";
       
                        case "enum[][]":
       
                            return $"EnumArr<{enumName}>[]";
       
                        default:
       
                            break;
       
                    }
       
                }
       
                return "string";
       
        }
       
    }
       
}
      
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【Unity】升级版·Excel数据解析，自动创建对应C#类，自动创建ScriptableObject生成类，自动序列化Asset文件_unity_16

Excel数据中间类：

       
       using System.Collections;
       
using System.Collections.Generic;
       
using UnityEngine;
       
//Excel中间数据
       
public class ExcelMediumData
       
{
       
    //Excel名字
       
    public string excelName;
       
    //Excel是否有效
       
    public bool isValid = false;
       
    //是否生成CSharp数据类
       
    public bool isCreateCSharp = false;
       
    //是否生成Asset创建类
       
    public bool isCreateAssignment = false;
       
    //是否生成Asset文件
       
    public bool isCreateAsset = false;
       
    //数据注释
       
    public string[] propertyNodeArray = null;
       
    //数据名称
       
    public string[] propertyNameArray = null;
       
    //数据类型
       
    public string[] propertyTypeArray = null;
       
    //List<每行数据内容>
       
    public List<string[]> allRowItemList = new List<string[]>();
       
    //注释行号
       
    public List<int> annotationRowList = new List<int>();
       
    //注释列号
       
    public List<int> annotationColList = new List<int>();
       
    //List<每行数据>，List<Dictionary<单元格字段名称, 单元格字段值>>
       
    public List<Dictionary<string,string>> GetAllRowItemDicList()
       
    {
       
        if(propertyNameArray == null || propertyNameArray.Length == 0)
       
            return null;
       
        if(allRowItemList.Count == 0)
       
            return null;
       
        List<Dictionary<string,string>> allRowItemDicList = new List<Dictionary<string,string>>(allRowItemList.Count);
       
        for(int i = 0; i < allRowItemList.Count; i++)
       
        {
       
            string[] rowArray = allRowItemList[i];
       
            //跳过空数据
       
            if(rowArray == null || rowArray.Length == 0)
       
                continue;
       
            //跳过注释数据
       
            if(annotationRowList.Contains(i))
       
                continue;
       
            //每行数据，对应字段名称和字段值
       
            Dictionary<string,string> rowDic = new Dictionary<string,string>();
       
            for(int j = 0; j < propertyNameArray.Length; j++)
       
            {
       
                //跳过注释字段
       
                if(annotationColList.Contains(j))
       
                    continue;
       
                string propertyName = propertyNameArray[j];
       
                string propertyValue = j < rowArray.Length ? rowArray[j] : null;
       
                rowDic[propertyName] = propertyValue;
       
            }
       
            allRowItemDicList.Add(rowDic);
       
        }
       
        return
      
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【Unity】升级版·Excel数据解析，自动创建对应C#类，自动创建ScriptableObject生成类，自动序列化Asset文件_excel_17

Excel数据基类、扩展类：

       
       using System.Collections;
       
using System.Collections.Generic;
       
using UnityEngine;
       
using System.Linq;
       
using System;
       
public class ExcelDataBase<T> : ScriptableObject where T : ExcelItemBase
       
{
       
}
       
public class ExcelItemBase
       
{
       
}
       
[Serializable]
       
public struct StringArr
       
{
       
    public string[] array;
       
}
       
[Serializable]
       
public struct IntArr
       
{
       
    public int[] array;
       
}
       
[Serializable]
       
public struct FloatArr
       
{
       
    public float[] array;
       
}
       
[Serializable]
       
public struct BoolArr
       
{
       
    public bool[] array;
       
}
       
[Serializable]
       
public struct Vector2Arr
       
{
       
    public Vector2[] array;
       
}
       
[Serializable]
       
public struct Vector3Arr
       
{
       
    public Vector3[] array;
       
}
       
[Serializable]
       
public struct Vector2IntArr
       
{
       
    public Vector2Int[] array;
       
}
       
[Serializable]
       
public struct Vector3IntArr
       
{
       
    public Vector3Int[] array;
       
}
       
[Serializable]
       
public struct ColorArr
       
{
       
    public Color[] array;
       
}
       
[Serializable]
       
public struct Color32Arr
       
{
       
    public Color32[] array;
       
}
       
////不支持泛型枚举序列化
       
//[Serializable]
       
//public struct EnumArr<T> where T : Enum
       
//{
       
//    public T[] array;
       
//}
      
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【Unity】升级版·Excel数据解析，自动创建对应C#类，自动创建ScriptableObject生成类，自动序列化Asset文件_excel_18

字符串工具类：

       
       using System.Collections;
       
using System.Collections.Generic;
       
using UnityEngine;
       
using System.Text.RegularExpressions;
       
using System;
       
using System.Text;
       
using System.Linq;
       
using System.Runtime.CompilerServices;
       
public static class StringUtility
       
{
       
    #region
       
    public static string AddColor(object)
       
    {
       
        return AddColor(obj,color);
       
    }
       
    public static string AddColor(this string)
       
    {
       
        //把颜色转换为16进制字符串，添加到富文本
       
        return string.Format("<color=#{0}>{1}</color>",ColorUtility.ToHtmlStringRGBA(color),str);
       
    }
       
    public static string AddColor(string str1,string)
       
    {
       
        return AddColor(str1 + str2,color);
       
    }
       
    public static string AddColor(string str1,string str2,string)
       
    {
       
        return AddColor(str1 + str2 + str3,color);
       
    }
       
    #endregion
       
    #region
       
    /// <summary>
       
    ///
       
    /// </summary>
       
    /// <param name="targetStr"></param>
       
    /// <param name="targetLength">目标长度，英文字符==1，中文字符==2</param>
       
    /// <returns></returns>
       
    public static string AbbrevStringWithinLength(string targetStr,int targetLength,string)
       
    {
       
        //C#实际统计：一个中文字符长度==1，英文字符长度==1
       
        //UI显示要求：一个中文字符长度==2，英文字符长度==1
       
        //校验参数
       
        if(string.IsNullOrEmpty(targetStr) || targetLength <= 0)
       
            return targetStr;
       
        //字符串长度 * 2 <= 目标长度，即使是全中文也在长度范围内
       
        if(targetStr.Length * 2 <= targetLength)
       
            return targetStr;
       
        //遍历字符
       
        char[] chars = targetStr.ToCharArray();
       
        int curLen = 0;
       
        for(int i = 0; i < chars.Length; i++)
       
        {
       
            //累加字符串长度
       
            if(chars[i] >= 0x4e00 && chars[i] <= 0x9fbb)
       
                curLen += 2;
       
            else
       
                curLen += 1;
       
            //如果当前位置累计长度超过目标长度，取0~i-1，即Substring(0,i)
       
            if(curLen > targetLength)
       
                return targetStr.Substring(0,i) + abbrevPostfix;
       
        }
       
        return targetStr;
       
    }
       
    #endregion
       
    #region
       
    //string
       
    public static byte StringToByte(string)
       
    {
       
        byte value;
       
        if(byte.TryParse(valueStr,out value))
       
            return value;
       
        else
       
            return 0;
       
    }
       
    public static string[] StringToStringArray(string valueStr,char splitSign = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        return valueStr.Split(splitSign);
       
    }
       
    public static StringArr[] StringToStringArray2D(string valueStr,char splitSign1 = '&',char splitSign2 = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] strArr1 = valueStr.Split(splitSign1);
       
        if(strArr1.Length == 0)
       
            return null;
       
        StringArr[] arrArr = new StringArr[strArr1.Length];
       
        for(int i = 0; i < strArr1.Length; i++)
       
        {
       
            arrArr[i] = new StringArr()
       
            {
       
                array = strArr1[i].Split(splitSign2)
       
            };
       
        }
       
        return arrArr;
       
    }
       
    //int
       
    public static int StringToInt(string)
       
    {
       
        int value;
       
        if(int.TryParse(valueStr,out value))
       
            return value;
       
        else
       
            return 0;
       
    }
       
    public static int[] StringToIntArray(string valueStr,char splitSign = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] valueArr = valueStr.Split(splitSign);
       
        if(valueArr == null || valueArr.Length == 0)
       
            return null;
       
        int[] intArr = new int[valueArr.Length];
       
        for(int i = 0; i < valueArr.Length; i++)
       
        {
       
            intArr[i] = StringToInt(valueArr[i]);
       
        }
       
        return intArr;
       
    }
       
    public static IntArr[] StringToIntArray2D(string valueStr,char splitSign1 = '&',char splitSign2 = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] strArr1 = valueStr.Split(splitSign1);
       
        if(strArr1.Length == 0)
       
            return null;
       
        IntArr[] arrArr = new IntArr[strArr1.Length];
       
        for(int i = 0; i < strArr1.Length; i++)
       
        {
       
            arrArr[i] = new IntArr()
       
            {
       
                array = StringToIntArray(strArr1[i],splitSign2)
       
            };
       
        }
       
        return arrArr;
       
    }
       
    //float
       
    public static float StringToFloat(string)
       
    {
       
        float value;
       
        if(float.TryParse(valueStr,out value))
       
            return value;
       
        else
       
            return 0;
       
    }
       
    public static float[] StringToFloatArray(string valueStr,char splitSign = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] valueArr = valueStr.Split(splitSign);
       
        if(valueArr == null || valueArr.Length == 0)
       
            return null;
       
        float[] floatArr = new float[valueArr.Length];
       
        for(int i = 0; i < valueArr.Length; i++)
       
        {
       
            floatArr[i] = StringToFloat(valueArr[i]);
       
        }
       
        return floatArr;
       
    }
       
    public static FloatArr[] StringToFloatArray2D(string valueStr,char splitSign1 = '&',char splitSign2 = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] strArr1 = valueStr.Split(splitSign1);
       
        if(strArr1.Length == 0)
       
            return null;
       
        FloatArr[] arrArr = new FloatArr[strArr1.Length];
       
        for(int i = 0; i < strArr1.Length; i++)
       
        {
       
            arrArr[i] = new FloatArr()
       
            {
       
                array = StringToFloatArray(strArr1[i],splitSign2)
       
            };
       
        }
       
        return arrArr;
       
    }
       
    //bool
       
    public static bool StringToBool(string)
       
    {
       
        bool value;
       
        if(bool.TryParse(valueStr,out value))
       
            return value;
       
        else
       
            return false;
       
    }
       
    public static bool[] StringToBoolArray(string valueStr,char splitSign = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] valueArr = valueStr.Split(splitSign);
       
        if(valueArr == null || valueArr.Length == 0)
       
            return null;
       
        bool[] boolArr = new bool[valueArr.Length];
       
        for(int i = 0; i < valueArr.Length; i++)
       
        {
       
            boolArr[i] = StringToBool(valueArr[i]);
       
        }
       
        return boolArr;
       
    }
       
    public static BoolArr[] StringToBoolArray2D(string valueStr,char splitSign1 = '&',char splitSign2 = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] strArr1 = valueStr.Split(splitSign1);
       
        if(strArr1.Length == 0)
       
            return null;
       
        BoolArr[] arrArr = new BoolArr[strArr1.Length];
       
        for(int i = 0; i < strArr1.Length; i++)
       
        {
       
            arrArr[i] = new BoolArr()
       
            {
       
                array = StringToBoolArray(strArr1[i],splitSign2)
       
            };
       
        }
       
        return arrArr;
       
    }
       
    //enum
       
    public static T StringToEnum<T>(string) where
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return (T)default;
       
        //先校验字符串是否为枚举值
       
        int intValue;
       
        if(int.TryParse(valueStr,out intValue))
       
        {
       
            if(Enum.IsDefined(typeof(T),intValue))
       
                return (T)Enum.ToObject(typeof(T),intValue);
       
        }
       
        //如果不是枚举值，当做枚举名处理
       
        try
       
        {
       
            T t = (T)Enum.Parse(typeof(T),valueStr);
       
            if(Enum.IsDefined(typeof(T),t))
       
                return t;
       
        }
       
        catch(Exception e)
       
        {
       
            Debug.LogError(e);
       
        }
       
        Debug.LogError(string.Format("解析枚举错误 {0} : {1}",typeof(T),valueStr));
       
        return (T)default;
       
    }
       
    public static T[] StringToEnumArray<T>(string valueStr,char splitSign = '|') where
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] valueArr = valueStr.Split(splitSign);
       
        if(valueArr == null || valueArr.Length == 0)
       
            return null;
       
        T[] enumArr = new T[valueArr.Length];
       
        for(int i = 0; i < valueArr.Length; i++)
       
        {
       
            enumArr[i] = StringToEnum<T>(valueArr[i]);
       
        }
       
        return enumArr;
       
    }
       
    ////不支持泛型枚举序列化
       
    //public static EnumArr<T>[] StringToEnumArray2D<T>(string valueStr,char splitSign1 = '&',char splitSign2 = '|') where T : Enum
       
    //{
       
    //    if(string.IsNullOrEmpty(valueStr))
       
    //        return null;
       
    //    string[] strArr1 = valueStr.Split(splitSign1);
       
    //    if(strArr1.Length == 0)
       
    //        return null;
       
    //    EnumArr<T>[] arrArr = new EnumArr<T>[strArr1.Length];
       
    //    for(int i = 0; i < strArr1.Length; i++)
       
    //    {
       
    //        arrArr[i] = new EnumArr<T>()
       
    //        {
       
    //            array = StringToEnumArray<T>(strArr1[i],splitSign2)
       
    //        };
       
    //    }
       
    //    return arrArr;
       
    //}
       
    //vector2
       
    public static Vector2 StringToVector2(string valueStr,char splitSign = ',')
       
    {
       
        Vector2 value = Vector2.zero;
       
        if(!string.IsNullOrEmpty(valueStr))
       
        {
       
            string[] stringArray = valueStr.Split(splitSign);
       
            if(stringArray != null && stringArray.Length >= 2)
       
            {
       
                value.x = StringToFloat(stringArray[0]);
       
                value.y = StringToFloat(stringArray[1]);
       
                return value;
       
            }
       
        }
       
        Debug.LogWarning("String to Vector2 error");
       
        return value;
       
    }
       
    public static Vector2[] StringToVector2Array(string valueStr,char splitSign = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] stringArray = valueStr.Split(splitSign);
       
        if(stringArray == null || stringArray.Length == 0)
       
            return null;
       
        Vector2[] vector2s = new Vector2[stringArray.Length];
       
        for(int i = 0; i < stringArray.Length; i++)
       
        {
       
            vector2s[i] = StringToVector2(stringArray[i]);
       
        }
       
        return vector2s;
       
    }
       
    public static Vector2Arr[] StringToVector2Array2D(string valueStr,char splitSign1 = '&',char splitSign2 = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] strArr1 = valueStr.Split(splitSign1);
       
        if(strArr1.Length == 0)
       
            return null;
       
        Vector2Arr[] arrArr = new Vector2Arr[strArr1.Length];
       
        for(int i = 0; i < strArr1.Length; i++)
       
        {
       
            arrArr[i] = new Vector2Arr()
       
            {
       
                array = StringToVector2Array(strArr1[i],splitSign2)
       
            };
       
        }
       
        return arrArr;
       
    }
       
    //vector3
       
    public static Vector3 StringToVector3(string valueStr,char splitSign = ',')
       
    {
       
        Vector3 value = Vector3.zero;
       
        if(!string.IsNullOrEmpty(valueStr))
       
        {
       
            string[] stringArray = valueStr.Split(splitSign);
       
            if(stringArray.Length >= 3)
       
            {
       
                value.x = StringToFloat(stringArray[0]);
       
                value.y = StringToFloat(stringArray[1]);
       
                value.z = StringToFloat(stringArray[2]);
       
                return value;
       
            }
       
        }
       
        Debug.LogWarning("String to Vector3 error");
       
        return value;
       
    }
       
    public static Vector3[] StringToVector3Array(string valueStr,char splitSign = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] stringArray = valueStr.Split(splitSign);
       
        if(stringArray == null || stringArray.Length == 0)
       
            return null;
       
        Vector3[] vector3s = new Vector3[stringArray.Length];
       
        for(int i = 0; i < stringArray.Length; i++)
       
        {
       
            vector3s[i] = StringToVector3(stringArray[i]);
       
        }
       
        return vector3s;
       
    }
       
    public static Vector3Arr[] StringToVector3Array2D(string valueStr,char splitSign1 = '&',char splitSign2 = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] strArr1 = valueStr.Split(splitSign1);
       
        if(strArr1.Length == 0)
       
            return null;
       
        Vector3Arr[] arrArr = new Vector3Arr[strArr1.Length];
       
        for(int i = 0; i < strArr1.Length; i++)
       
        {
       
            arrArr[i] = new Vector3Arr()
       
            {
       
                array = StringToVector3Array(strArr1[i],splitSign2)
       
            };
       
        }
       
        return arrArr;
       
    }
       
    //vector2Int
       
    public static Vector2Int StringToVector2Int(string valueStr,char splitSign = ',')
       
    {
       
        Vector2Int value = Vector2Int.zero;
       
        if(!string.IsNullOrEmpty(valueStr))
       
        {
       
            string[] stringArray = valueStr.Split(splitSign);
       
            if(stringArray != null && stringArray.Length >= 2)
       
            {
       
                value.x = StringToInt(stringArray[0]);
       
                value.y = StringToInt(stringArray[1]);
       
                return value;
       
            }
       
        }
       
        Debug.LogWarning("String to Vector2Int error");
       
        return value;
       
    }
       
    public static Vector2Int[] StringToVector2IntArray(string valueStr,char splitSign = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] stringArray = valueStr.Split(splitSign);
       
        if(stringArray == null || stringArray.Length == 0)
       
            return null;
       
        Vector2Int[] vector2Ints = new Vector2Int[stringArray.Length];
       
        for(int i = 0; i < stringArray.Length; i++)
       
        {
       
            vector2Ints[i] = StringToVector2Int(stringArray[i]);
       
        }
       
        return vector2Ints;
       
    }
       
    public static Vector2IntArr[] StringToVector2IntArray2D(string valueStr,char splitSign1 = '&',char splitSign2 = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] strArr1 = valueStr.Split(splitSign1);
       
        if(strArr1.Length == 0)
       
            return null;
       
        Vector2IntArr[] arrArr = new Vector2IntArr[strArr1.Length];
       
        for(int i = 0; i < strArr1.Length; i++)
       
        {
       
            arrArr[i] = new Vector2IntArr()
       
            {
       
                array = StringToVector2IntArray(strArr1[i],splitSign2)
       
            };
       
        }
       
        return arrArr;
       
    }
       
    //vector3Int
       
    public static Vector3Int StringToVector3Int(string valueStr,char splitSign = ',')
       
    {
       
        Vector3Int value = Vector3Int.zero;
       
        if(!string.IsNullOrEmpty(valueStr))
       
        {
       
            string[] stringArray = valueStr.Split(splitSign);
       
            if(stringArray.Length >= 3)
       
            {
       
                value.x = StringToInt(stringArray[0]);
       
                value.y = StringToInt(stringArray[1]);
       
                value.z = StringToInt(stringArray[2]);
       
                return value;
       
            }
       
        }
       
        Debug.LogWarning("String to Vector3 error");
       
        return value;
       
    }
       
    public static Vector3Int[] StringToVector3IntArray(string valueStr,char splitSign = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] stringArray = valueStr.Split(splitSign);
       
        if(stringArray == null || stringArray.Length == 0)
       
            return null;
       
        Vector3Int[] vector3Ints = new Vector3Int[stringArray.Length];
       
        for(int i = 0; i < stringArray.Length; i++)
       
        {
       
            vector3Ints[i] = StringToVector3Int(stringArray[i]);
       
        }
       
        return vector3Ints;
       
    }
       
    public static Vector3IntArr[] StringToVector3IntArray2D(string valueStr,char splitSign1 = '&',char splitSign2 = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] strArr1 = valueStr.Split(splitSign1);
       
        if(strArr1.Length == 0)
       
            return null;
       
        Vector3IntArr[] arrArr = new Vector3IntArr[strArr1.Length];
       
        for(int i = 0; i < strArr1.Length; i++)
       
        {
       
            arrArr[i] = new Vector3IntArr()
       
            {
       
                array = StringToVector3IntArray(strArr1[i],splitSign2)
       
            };
       
        }
       
        return arrArr;
       
    }
       
    //color
       
    public static Color StringToColor(string valueStr,char splitSign = ',')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return Color.white;
       
        string[] stringArray = valueStr.Split(splitSign);
       
        if(stringArray.Length < 3)
       
            return Color.white;
       
        Color color = new Color()
       
        {
       
            r = StringToFloat(stringArray[0]),
       
            g = StringToFloat(stringArray[1]),
       
            b = StringToFloat(stringArray[2]),
       
            a = stringArray.Length < 4 ? 1 : StringToFloat(stringArray[3])
       
        };
       
        return color;
       
    }
       
    public static Color32 StringToColor32(string valueStr,char splitSign = ',')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return Color.white;
       
        string[] stringArray = valueStr.Split(splitSign);
       
        if(stringArray.Length < 3)
       
            return Color.white;
       
        Color32 color = new Color32()
       
        {
       
            r = StringToByte(stringArray[0]),
       
            g = StringToByte(stringArray[1]),
       
            b = StringToByte(stringArray[2]),
       
            a = stringArray.Length < 4 ? (byte)1 : StringToByte(stringArray[3])
       
        };
       
        return color;
       
    }
       
    public static Color[] StringToColorArray(string valueStr,char splitSign = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] stringArray = valueStr.Split(splitSign);
       
        if(stringArray == null || stringArray.Length == 0)
       
            return null;
       
        Color[] colors = new Color[stringArray.Length];
       
        for(int i = 0; i < stringArray.Length; i++)
       
        {
       
            colors[i] = StringToColor(stringArray[i]);
       
        }
       
        return colors;
       
    }
       
    public static Color32[] StringToColor32Array(string valueStr,char splitSign = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] stringArray = valueStr.Split(splitSign);
       
        if(stringArray == null || stringArray.Length == 0)
       
            return null;
       
        Color32[] colors = new Color32[stringArray.Length];
       
        for(int i = 0; i < stringArray.Length; i++)
       
        {
       
            colors[i] = StringToColor32(stringArray[i]);
       
        }
       
        return colors;
       
    }
       
    public static ColorArr[] StringToColorArray2D(string valueStr,char splitSign1 = '&',char splitSign2 = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] strArr1 = valueStr.Split(splitSign1);
       
        if(strArr1.Length == 0)
       
            return null;
       
        ColorArr[] arrArr = new ColorArr[strArr1.Length];
       
        for(int i = 0; i < strArr1.Length; i++)
       
        {
       
            arrArr[i] = new ColorArr()
       
            {
       
                array = StringToColorArray(strArr1[i],splitSign2)
       
            };
       
        }
       
        return arrArr;
       
    }
       
    public static Color32Arr[] StringToColor32Array2D(string valueStr,char splitSign1 = '&',char splitSign2 = '|')
       
    {
       
        if(string.IsNullOrEmpty(valueStr))
       
            return null;
       
        string[] strArr1 = valueStr.Split(splitSign1);
       
        if(strArr1.Length == 0)
       
            return null;
       
        Color32Arr[] arrArr = new Color32Arr[strArr1.Length];
       
        for(int i = 0; i < strArr1.Length; i++)
       
        {
       
            arrArr[i] = new Color32Arr()
       
            {
       
                array = StringToColor32Array(strArr1[i],splitSign2)
       
            };
       
        }
       
        return arrArr;
       
    }
       
    #endregion
       
    #region
       
    public static string GetRandomString(int)
       
    {
       
        StringBuilder builder = new StringBuilder();
       
        string abc = "abcdefghijklmnopqrstuvwxyzo0123456789QWERTYUIOPASDFGHJKLZXCCVBMN";
       
        for(int i = 0; i < length; i++)
       
        {
       
            builder.Append(abc[UnityEngine.Random.Range(0,abc.Length - 1)]);
       
        }
       
        return builder.ToString();
       
    }
       
    public static string Join<T>(T[] arr,string join = ",")
       
    {
       
        if(arr == null || arr.Length == 0)
       
            return null;
       
        StringBuilder builder = new StringBuilder();
       
        for(int i = 0; i < arr.Length; i++)
       
        {
       
            builder.Append(arr[i]);
       
            if(i < arr.Length - 1)
       
                builder.Append(join);
       
        }
       
        return builder.ToString();
       
    }
       
    /// <summary>
       
    ///
       
    /// </summary>
       
    /// <param name="input"></param>
       
    /// <returns></returns>
       
    public static string ToDBC(string)
       
    {
       
        char[] c = input.ToCharArray();
       
        for(int i = 0; i < c.Length; i++)
       
        {
       
            if(c[i] == 12288)
       
            {
       
                c[i] = (char)32;
       
                continue;
       
            }
       
            if(c[i] > 65280 && c[i] < 65375)
       
                c[i] = (char)(c[i] - 65248);
       
        }
       
        return new string(c);
       
    }
       
    /// <summary>
       
    ///
       
    /// </summary>
       
    /// <param name="character"></param>
       
    /// <returns></returns>
       
    public static int Asc(string)
       
    {
       
        if(character.Length == 1)
       
        {
       
            System.Text.ASCIIEncoding asciiEncoding = new System.Text.ASCIIEncoding();
       
            int intAsciiCode = (int)asciiEncoding.GetBytes(character)[0];
       
            return (intAsciiCode);
       
        }
       
        Debug.LogError("Character is not valid.");
       
        return -1;
       
    }
       
    /// <summary>
       
    ///
       
    /// </summary>
       
    /// <param name="asciiCode"></param>
       
    /// <returns></returns>
       
    public static string Chr(int)
       
    {
       
        if(asciiCode >= 0 && asciiCode <= 255)
       
        {
       
            System.Text.ASCIIEncoding asciiEncoding = new System.Text.ASCIIEncoding();
       
            byte[] byteArray = new byte[] { (byte)asciiCode };
       
            string strCharacter = asciiEncoding.GetString(byteArray);
       
            return (strCharacter);
       
        }
       
        Debug.LogError("ASCII Code is not valid.");
       
        return string.Empty;
       
    }
       
    /// <summary>
       
    ///
       
    /// </summary>
       
    /// <returns>The emoji.</returns>
       
    /// <param name="str">String.</param>
       
    public static string FilterEmoji(string)
       
    {
       
        List<string> patten = new List<string>() { @"\p{Cs}",@"\p{Co}",@"\p{Cn}",@"[\u2702-\u27B0]" };
       
        for(int i = 0; i < patten.Count; i++)
       
        {
       
            str = Regex.Replace(str,patten[i],"");//屏蔽emoji   
       
        }
       
        return str;
       
    }
       
    /// <summary>
       
    ///
       
    /// </summary>
       
    /// <returns>The emoji.</returns>
       
    /// <param name="str">String.</param>
       
    public static bool IsFilterEmoji(string)
       
    {
       
        bool bEmoji = false;
       
        List<string> patten = new List<string>() { @"\p{Cs}",@"\p{Co}",@"\p{Cn}",@"[\u2702-\u27B0]" };
       
        for(int i = 0; i < patten.Count; i++)
       
        {
       
            bEmoji = Regex.IsMatch(str,patten[i]);
       
            if(bEmoji)
       
            {
       
                break;
       
            }
       
        }
       
        return bEmoji;
       
    }
       
    #endregion
       
    #region
       
    /// <summary>
       
    ///
       
    /// </summary>
       
    /// <param name="dic"></param>
       
    /// <param name="prefix">前缀，可以是空引用或空字符串，都表示没有前缀。</param>
       
    [MethodImpl(MethodImplOptions.AggressiveInlining)]
       
    public static IEnumerable<IGrouping<string,(string, object)>> GetValuesWithoutPrefix(this IReadOnlyDictionary<string,object> dic,string prefix = null)
       
    {
       
        //prefix ??= string.Empty;
       
        prefix = prefix ?? string.Empty;
       
        var coll = from tmp in dic.Where(c => c.Key.StartsWith(prefix)) //仅针对指定前缀的键值
       
                   let p3 = tmp.Key.Get3Segment(prefix)
       
                   group (p3.Item2, tmp.Value) by p3.Item3;
       
        return coll;
       
    }
       
    /// <summary>
       
    ///
       
    /// </summary>
       
    /// <param name="str"></param>
       
    /// <param name="prefix">前缀，可以是空引用或空字符串，都表示没有前缀。</param>
       
    /// <returns></returns>
       
    [MethodImpl(MethodImplOptions.AggressiveInlining)]
       
    public static (string, string, string) Get3Segment(this string str,string prefix = null)
       
    {
       
        //prefix ??= string.Empty;
       
        prefix = prefix ?? string.Empty;
       
        //最后十进制数字尾串的长度
       
        int suffixLen = Enumerable.Reverse(str).TakeWhile(c => char.IsDigit(c)).Count();
       
        //获取十进制数字后缀
       
        //string suufix = str[^suffixLen..];     //^suffixLen：倒序下标；suffixLen..：从指定位置开始直到末尾
       
        string suufix = str.Substring(str.Length - suffixLen);
       
        //return (prefix, str[prefix.Length..^suufix.Length], suufix);
       
        string middle = str.Substring(prefix.Length,str.Length - prefix.Length - suufix.Length);
       
        return (prefix, middle, suufix);
       
    }
       
    #endregion
      
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