接下来就开始写第一个接口，最简单的直接接收字符串

 [HttpPost, Route("get/context")]
 public int getContext(context_ context)
 {
 bool result = false;
 //短信数据
 returnForm context_data = 
XmlSerializeUtil.Deserialize(typeof(returnForm), context.context) as returnForm;
 if (context_data != null && context_data.count > 0)
 {
 result = UpdateDB(context_data);
 }
 return result ? 100 : 500;
 }

这里我定义了一个类context_，调用之前写的方法反序列化实体类，再写入数据库

第二个接口时接收请求中的xml（text/xml）

 [HttpPost, Route("get/context")]
 public int getContext(context_ context)
 {
 bool result = false;
 //短信数据
 returnForm context_data = XmlSerializeUtil.Deserialize(typeof(returnForm), 
HttpContext.Current.Request.InputStream) as returnForm;
 if (context_data != null && context_data.count > 0)
 {
 result = UpdateDB(context_data);
 }
 return result ? 100 : 500;
 }

这里读取了请求中的内容，HttpContext.Current.Request.InputStream

第三种是读取文件

 [HttpPost, Route("get/context")]
 public int getContext(context_ context)
 {
 bool result = false;
 HttpFileCollection files = HttpContext.Current.Request.Files;
 foreach (string key in files.AllKeys)
 {
 HttpPostedFile file1 = files[key];
 file1.InputStream.ToString();
 returnForm context_data = 
XmlSerializeUtil.Deserialize(typeof(returnForm), file1.InputStream) as returnForm;
 if (context_data != null && context_data.count > 0)
 {
 result = UpdateDB(context_data);
 }
 }
 return result ? 100 : 500;
 }

遍历文件内容，获取数据

总结