书写方式

Json

• 支持struct 、class、array、list、dictionary外加部分集合转换成string

  HuMan hu = new HuMan() { age = 6, Name = "abc", sex = "sex", heigth = 16, width = 20 };
  Dictionary<int, HuMan> hus = new Dictionary<int, HuMan>() {
  { 1, hu },
  { 2, hu } };
  //对象转换成字符串
  var str = StringConvert.ConvertToString(hus); 
  //字符串转换成对象
  Dictionary<int, HuMan> hus2;
  bool success=StringConvert.TryConvert(str, out hus2);
  

数据表格（csv）的读写

• 将数据写入csv文件或者从csv文件还原数据
• 特点
  • 支持表头的重命名、表头忽略、按索引读写等
  • 支持自定义分离符

//结构体定义
struct HuMan
{
    public int age;
    [DataColumnName("The Sex")]
    public string sex;
    public string Name;
    [DataReadColumnIndex(0)]
    public int heigth;
    [DataIgnore]
    [NonSerialized]
    public int width;
}
string path = "Mans.csv";

//创建一个列表
List<HuMan> cs = new List<HuMan>()
{
    new HuMan(){ age=1,sex="m",Name="xm",heigth=0},
    new HuMan(){ age=2,sex="m1",Name="xm1",heigth=0},
    new HuMan(){ age=3,sex="m2",Name="xm2",heigth=0},
};

//写入CSV
var w = DataTableTool.CreateWriter(new System.IO.StreamWriter(path, false),
    new DataRow(),
    new DataExplainer()); //在这里可以设置分离符
w.Write(cs);
w.Dispose();

//读取CSV
var r =
    DataTableTool.CreateReader(new System.IO.StreamReader(path, System.Text.Encoding.UTF8),
    new DataRow(),
    new DataExplainer()); //分离符要与写入时一致
var cc = r.Get<HuMan>();
r.Dispose();