Application of Activeio core framework in the Java class library

The core framework of Activeio is a high -performance, scalable Java class library for handling I/O operations.It provides a set of powerful tools and APIs that can simplify network programming and asynchronous I/O programming.This article will introduce the application of the Activeio core framework in the Java class library and provide some Java code examples. One of the main applications of Activeio's core framework in the Java library is network programming.It helps developers to easily create server and client applications.Below is a simple example. It demonstrates how to use the Activeio core framework to achieve a TCP -based server: import org.activeio.*; import org.activeio.adapter.nio.buffer.*; import org.activeio.adapter.nio.channel.*; import org.activeio.codec.text.*; import org.activeio.event.*; import org.activeio.packet.*; import org.activeio.pool.*; import org.activeio.stat.*; import java.io.*; import java.net.*; public class TCPServerExample { public static void main(String[] args) throws Exception { // Create a TCP connection processor TcpConnectionHandler handler = new TcpConnectionHandler() { @Override public void closed(Connection connection) { // The processing logic when connecting off System.out.println("Connection closed: " + connection); } @Override public void received(Connection connection, Object message) { // Process the receiving message System.out.println("Received message: " + message); } }; // Create a TCP server TcpServer server = new TcpServer(handler); server.setPort(8080); // Start the server server.start(); // Waiting for the server to close server.await(); } } In the above example, we created a custom processor that implements the TCPConnectionhandler interface.In the processor's `Closeed () method, we can define logic when connected to close.In the `Received ()" method, we can process the received messages. Create a TCPSERVER instance and set the port number.Then start the server by calling the `Start () method, and call the` AWAIT () "method to let the server run until it is displayed. In addition to network programming, the Activeio core framework can also be used for asynchronous I/O programming.It provides a set of specific classes and interfaces for processing I/O operation asynchronous calls.Below is an example code read using the Activeio core framework for asynchronous files: import org.activeio.*; import org.activeio.adapter.nio.channel.*; import org.activeio.event.*; import java.io.*; public class AsyncFileIOExample { public static void main(String[] args) throws Exception { // Create a file to read the processor FileReadHandler handler = new FileReadHandler() { @Override public void fileReadComplete(ByteBuffer buf, long bytesRead) { // The logic after processing is completed System.out.println("Read " + bytesRead + " bytes from file: " + buf); } @Override public void fileReadFailed(Exception e) { // The logic of failed System.out.println("File read failed: " + e.getMessage()); } }; // Create an asynchronous file reader AsyncFileReader reader = new AsyncFileReader(handler); // Open the file and read asynchronously reader.open(new File("example.txt")); } } In the above example, we created a custom processor that implements the FileRereadhandler interface.In the `FileReadcomplete () method, we can process the logic after reading the file.In the method of `FilereadFailed (), we can handle the logic when the file reads failure. Create an AsyncFileReader instance, and open the file by calling the `Open ()) method and start reading asynchronously. In summary, the application of the Activeio core framework in the Java class library is widely used.It can help developers simplify the complexity of network programming and asynchronous I/O programming, and provide high -performance and scalability solutions.Whether it is building a server and client application or a processing file reading, the core framework of the Activeio can help developers to realize their required functions.