C # using the Memcached sample

1 Install libevent ubuntu:apt-get Install name Suse:yast2-i name Centos:yum install name

2 Install memcached ubuntu:apt-get install name Suse:yast2-i name Centos:yum install name

3 Start the service (similar to the socket open listening, check whether the open is good, PS ef|grep memcache or netstat)

4 the necessary configuration of the client (dependencies, connectstring, etc. (shown here on the diagram below)), to prepare the communication based on the configuration on-demand connection.

Completed above: Test

1: Build WinForm App

2 Assume that the layout is as follows, two labels, two textbox, and a button.

3: Double-click the button and add the following code (note the DLL reference and namespace added in step fourth)

private void Btngetvalue_click (object sender, EventArgs e)

{

String[] serverlist = {Txtserver.text};

Sockiopool pool = sockiopool.getinstance ();

Pool. Setservers (serverlist);

Pool. Initconnections = 3;

Pool. Minconnections = 3;

Pool. MaxConnections = 5;

Pool. socketconnecttimeout = 1000;

Pool. Sockettimeout = 3000;

Pool. Maintenancesleep = 30;

Pool. Failover = true;

Pool. Nagle = false;

Pool. Initialize ();

MemcacheDclient mc = new Memcachedclient ();

Mc. EnableCompression = false;

String value = (String) mc. Get (Txtkey.text);

MessageBox.Show (value);

}

4: Run, enter the memched server IP and memcached corresponding port number, (Key:value also has the use of similar set get)

My summary: Imitation, customization, adapting to the new requirements. This and MySQL for. NET process is almost a mold.

There is a pattern of wood found a law, mysql-server,redis-server,*-server, one to the other *-client (the client has a manual input command terminal, has a shell GUI, has coded connection app, the essence, all the same, socket communication)

C # using the Memcached sample