Introduction of INFINISPAN MEMCACACHED Server framework in the Java library

INFINISPAN is a Java library and distributed cache platform that can be used to build high -performance and high scalability applications.It provides a variety of cache mode and optional persistence options, as well as powerful distributed data structure and query functions.INFINISPAN can also integrate with other popular frameworks and technologies (such as MEMCACHED) to further enhance the function of the application. MEMCACHED is an open source, high -performance distributed memory object cache system to reduce database load and accelerate the access speed of dynamic web applications.INFINISPAN can be used as a MEMCACHED server, providing support for the Memcached protocol, and seamlessly integrated with other Infinispan characteristics. Below is a simple sample code using Infinispan Memcached Server framework: import org.infinispan.server.memcached.MemcachedServer; public class InfinispanMemcachedServerExample { public static void main(String[] args) throws Exception { // Create a MEMCACHED server MemcachedServer server = new MemcachedServer(); // Start the server server.start(); // Output server address and port on the console System.out.println ("Memcached server has been started, the address:" + server.getHost () + ", port:" + server.getport ()); " + Server.getport ()); // Use any MEMCACHED client to connect to the server and operate // Stop server server.stop(); } } The above code is created by creating a MEMCACHED server instance to start the server and output the address and port information of the server.You can connect to the server with any Memcached client library (such as SpyMemCached) and use the standard MEMCACHED operation (such as GET, SET, etc.) to interact with the server. By using the Infinispan Memcached Server framework, you can integrate Memcached into your Java application and use other rich features (such as distributed cache, persistence, etc.) provided by Infinispan to enhance your application's performance and reliability.