public void demo()
{
CallbackFactory callbackFactory = new CallbackFactory();
callbackFactory.DingTalkEventShunt("123", "456", AccessToken.GetAccessToken());
//return "2222";
}
public object ReceiveCallBack(string EventType)
{
// 获取钉钉加密解密引擎实例
//var dingTalk = new DingTalkCrypt(token,encodingAesKey,suiteKey);
//var strEncrypt = JObject.Parse(data)["encrypt"]?.ToString();
//// 解密后的postbody
//string refPostBody = "";
//if (dingTalk.DecryptMsg(signature, timestamp, nonce, strEncrypt, ref refPostBody) != 0)
// throw new Exception("钉钉解密回调消息体错误【signature = " + signature + " | timestamp = " + timestamp + " | nonce = " + nonce + " | PostBody = " + strEncrypt + "】");
// 钉钉回调事件分流
CallbackFactory callbackFactory = new CallbackFactory();
// 新建线程执行具体业务逻辑
Task task = new Task(() => callbackFactory.DingTalkEventShunt(EventType, "", AccessToken.GetAccessToken()));
task.Start();
//Task task = new Task(() => callbackFactory.DingTalkEventShunt(JObject.Parse(refPostBody)["EventType"]?.ToString(), refPostBody, AccessToken.GetAccessToken()));
//task.Start();
// 接收完参数后立即按要求返回加密success对象，避免因业务逻辑执行时间过长导致钉钉认为接口调用失败
//string encrypt = "";
//string re_signature = "";
//string re_timeStamp = (DateTime.UtcNow - new DateTime(1970, 1, 1, 0, 0, 0, 0)).Ticks.ToString();
//// 生成随机串
//string strSource = "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ";
//StringBuilder strRd = new StringBuilder();
//Random rd = new Random();
//for (int i = 0; i < 6; i++)
//{
// strRd.Append(strSource.Substring(rd.Next(0, strSource.Length), 1));
//}
//string re_nonce = strRd.ToString();
//dingTalk.EncryptMsg("success", re_timeStamp, re_nonce, ref encrypt, ref re_signature);
//Hashtable jsonMap = new Hashtable
// {
// {"encrypt", encrypt},
// {"nonce", re_nonce},
// {"timeStamp", re_timeStamp},
// {"msg_signature", re_signature}
// };
//return jsonMap;
return("");
}