/// <summary>
/// Xml序列化与反序列化 示例
/// </summary>
private static void XmlHelperTest()
{
//示例类型
var t1 = new testEntity();
t1.name = "test1";
t1.password = "******";
t1.Age = 18;
t1.now = DateTime.Now;
t1.ip = new IP();
t1.ip.host = "rock";
t1.ip.ipv4 = "192.168.1.6";
var t2 = new testEntity();
t2.name = "test2";
t2.password = "******";
t2.Age = 18;
t2.now = DateTime.Now;
t2.ip = null;
var list = new List <testEntity>();
list.Add(t1);
list.Add(t2);
//Xml序列化
var xmlt = t1.GetXmlString();
var xmlt1 = t1.GetXmlString(Encoding.UTF8);
var xmlt2 = t2.GetXmlString(Encoding.UTF8, true);
var xmlt3 = t2.GetXmlString(Encoding.UTF8, true, false);
var xmlt4 = t2.GetXmlString(Encoding.UTF8, true, false, true);
var xmlt_1 = list.GetXmlString();
//Xml反序列化
var ttt1 = xmlt1.GetXmlObj <testEntity>();
var ttt2 = xmlt2.GetXmlObj <testEntity>();
var ttt3 = xmlt3.GetXmlObj <testEntity>();
var ttt4 = xmlt4.GetXmlObj <testEntity>();
var ttt_1 = xmlt_1.GetXmlObj <List <testEntity> >();
//GBK格式Xml序列化
var xmlf1 = t1.GetGBKXmlString();
var xmlf2 = t1.GetGBKXmlString(Encoding.UTF8);
var xmlf4 = t2.GetXmlString(Encoding.UTF8, true, false, true);
//DataTable示例类型
DataTable dt = new DataTable();
dt.TableName = "test1"; //xmlHelper操作DataTable时必须有表名否则会报错
dt.Columns.Add("Name", typeof(string)); //数据类型为 文本
DataColumn age = new DataColumn("Age", typeof(Int32)); //数据类型为 整形
DataColumn Time = new DataColumn("Time", typeof(DateTime)); //数据类型为 时间
dt.Columns.Add(age);
dt.Columns.Add(Time);
DataRow dr1 = dt.NewRow();
dr1[0] = "张三"; //通过索引赋值
dr1[1] = 23;
dr1["Time"] = DateTime.Now; //通过名称赋值
dt.Rows.Add(dr1);
dt.Rows.Add("李四", 25, DateTime.Now); //Add你们参数的数据顺序要和dt中的列顺对应
//DateTable的Xml序列化和反序列化
var dtxml = dt.GetXmlString();
var dt2 = dtxml.GetXmlObj <DataTable>();
}
/// <summary>
/// Json序列化与反序列化 示例
/// </summary>
private static void JsonHelperTest()
{
//基础示例类型
var t1 = new testEntity();
t1.name = "test1";
t1.password = "******";
t1.Age = 18;
t1.now = DateTime.Now;
t1.ip = new IP();
t1.ip.host = "rock";
t1.ip.ipv4 = "192.168.1.6";
var t2 = new testEntity();
t2.name = "test2";
t2.password = "******";
t2.Age = 18;
t2.now = DateTime.Now;
t2.ip = null;
var list = new List <testEntity>();
list.Add(t1);
list.Add(t2);
//基础示例类型序列化与反序列化
var s1 = t1.JSONSerialize();
var s2 = t2.JSONSerialize();
var s3 = list.JSONSerialize(false);
var d1 = s1.JSONDeserialize <testEntity>();
testEntity d2 = s2.JSONDeserialize <testEntity>();
var d3 = s3.JSONDeserialize <testEntity>();//null：类型不对应
List <testEntity> b2 = s3.JSONDeserialize <List <testEntity> >();
//匿名类型及其序列化
var obj = new { name = "123", pas = "******", a = new { ip = "127.0.0.1", date = DateTime.Now } };
var st = obj.JSONSerialize();
//DataTable示例类型
DataTable dt = new DataTable();
dt.Columns.Add("Name", typeof(string)); //数据类型为 文本
DataColumn age = new DataColumn("Age", typeof(Int32)); //数据类型为 整形
DataColumn Time = new DataColumn("Time", typeof(DateTime)); //数据类型为 时间
dt.Columns.Add(age);
dt.Columns.Add(Time);
DataRow dr1 = dt.NewRow();
dr1[0] = "张三"; //通过索引赋值
dr1[1] = 23;
dr1["Time"] = DateTime.Now; //通过名称赋值
dt.Rows.Add(dr1);
dt.Rows.Add("李四", 25, DateTime.Now); //Add你们参数的数据顺序要和dt中的列顺对应
//DataTable示例类型序列化与反序列化
var s4 = dt.JSONSerialize();
var a3 = s4.JSONDeserialize <DataTable>(); //OK
var a5 = s4.JSONDeserialize <List <Dictionary <string, object> > >(); //OK
var a4 = s4.JSONDeserializeDynamic(); //dynamic {object[]}
//反序列化为动态类型时取值操作示例
var result = "";
var m1 = s1.JSONDeserializeDynamic();//dynamic {Dictionary<string,object>}
if (((Dictionary <string, object>)m1).ContainsKey("name"))
{
result += m1["name"].ToString(); //test1
}
var m2 = s3.JSONDeserializeDynamic(); //dynamic {object[]}
if (m2.Length > 0 && m2[0].Count > 0 && ((Dictionary <string, object>)m2[0]).ContainsKey("name")) //m2[0] dynamic {Dictionary<string,object>}
{
result += m2[0]["name"].ToString(); //test1
}
}
