Enyimmemcached (64-bit) Usage instance

1. Installation: http://www.cnblogs.com/dudu/archive/2009/07/19/1526669.html

1. Role

    usingEnyim.Caching.Configuration; usingEnyim.Caching.Memcached; usingenyim.caching; usingSystem.IO;  Public classHomecontroller:controller { PublicActionResult Index () {stringSetString ="ABCDEFG"; Stopwatch SW=NewStopwatch (); Sw.            Start (); Memcachedclientconfiguration Config=NewMemcachedclientconfiguration ();//Creating configuration Parameters            varobj =NewA () {b="ABCD", C="DEFG",            }; Config. Servers.add (NewSystem.Net.IPEndPoint (Ipaddress.parse ("127.0.0.1"),11211));//Add Service nodeConfig. Protocol = Memcachedprotocol.text;//any enumeration, whatever.//CONFIG. Authentication.type = typeof (Plaintextauthenticator);//Setting the validation mode//CONFIG. authentication.parameters["userName"] = "memcache";//User Name Parameters//CONFIG. authentication.parameters["password"] = "password";//Password Parameters            using(varMac =NewMemcachedclient (config))//Create a connection            {                //for (int a = 0; a < 300000; a++)Parallel.For (0,300000, a =                {                    //STRINGMac. Store (Storemode.add,"TextBox1"+ a.tostring (), setstring);//WriteMac. Store (Storemode.set,"TextBox1"+ a.tostring (), setstring);//Update//JSONMac. Store (Storemode.add,"AA"+a.tostring (), obj.                    SerializeObject ()); //byte array                    varbytes =serializebinary (obj); Mac. Store (Storemode.add,"bytes"+a.tostring (), bytes); //string str = Mac. Get<string> ("TextBox1");//Get information//string cache = Mac.                    Get<string> ("AA"); //var cacheobj = cache.                    Deserializeobject<a> (); //var cachebytes = Deserializebinary (Mac. Get ("bytes") as byte[]) as A;                }); } SW.            Stop (); returnContent (SW.            Elapsedmilliseconds.tostring ()); //return Content (cachebytes.b + "<br/>" + cachebytes.c); //return Content (cacheobj.b + "<br/>" + cacheobj.c);        }        ///   <summary>           ///serialize to a binary byte array///   </summary>           ///   <param name= "Request" >the object to serialize</param>           ///   <returns>byte array</returns>            Public Static byte[] Serializebinary (Objectrequest) {            varSerializer =NewSystem.Runtime.Serialization.Formatters.Binary.BinaryFormatter (); using(MemoryStream Memstream =NewSystem.IO.MemoryStream ()) {Serializer.                Serialize (Memstream, request); returnMemstream.getbuffer (); }        }        ///   <summary>           ///deserialize an object from a binary array///   </summary>           ///   <param name= "BUF" >byte array</param>           ///   <returns>get the object</returns>            Public Static ObjectDeserializebinary (byte[] buf) {            using(MemoryStream Memstream =NewMemoryStream (BUF)) {memstream.position=0; varDeserializer =NewSystem.Runtime.Serialization.Formatters.Binary.BinaryFormatter (); Objectnewobj =Deserializer.                Deserialize (Memstream);                Memstream.close (); returnnewobj; }        }    }

    [Serializable]    public Class A    {public        string B {get; set;}        public string C {get; set;}    }

    usingNewtonsoft.json;  Public Static classjsonextensions {/// <summary>        ///object to JSON string///Serialization of/// </summary>        /// <param name= "O" ></param>        /// <returns></returns>         Public Static stringSerializeObject ( This Objecto) {if(O = =NULL)            {                return string.            Empty; }            returnNewtonsoft.Json.JsonConvert.SerializeObject (o); }         Public Static stringSerializeObject ( This ObjectO, Newtonsoft.Json.Formatting f) {            if(O = =NULL)            {                return string.            Empty; }            returnNewtonsoft.Json.JsonConvert.SerializeObject (o, f); }        /// <summary>        ///string parsing to object///deserialization/// </summary>        /// <typeparam name= "T" ></typeparam>        /// <param name= "str" ></param>        /// <returns></returns>         Public StaticT deserializeobject<t> ( This stringstr) {            Try            {                returnNewtonsoft.json.jsonconvert.deserializeobject<t>(str); }            Catch(Exception ex) {return default(T); }        }        /// <summary>        ///get the JSON object based on key/// </summary>        /// <typeparam name= "T" ></typeparam>        /// <param name= "str" ></param>        /// <param name= "key" ></param>        /// <returns></returns>         Public StaticT deserializeobject<t> ( This stringStrstringkey) {            Try            {                varp =Newtonsoft.Json.Linq.JObject.Parse (str); returnJsonconvert.deserializeobject<t>(P[key].            ToString ()); }            Catch(Exception) {}return default(T); }    }

The main one is to see the first controller class, followed by 2 helper classes and Poco entities, with methods for serializing and deserializing objects. The example shows a method for storing strings, byte arrays, and JSON with enyimmemcached. Personal preference json this.

Want to lazy walk csdn,3 points take away: http://download.csdn.net/detail/u012398331/8041697

　　

Enyimmemcached (64-bit) Usage instance