


Interoperability between Flex and .NET (1): Socket-based network connection
Flash/Flex also supports Socket-based network connection, and the server side can be developed in any language such as C++, VB, C#, Java, etc. By listening to a network port, you can receive connections from clients developed by Flash/Flex.
ActionScript 3.0 provides communication with the server through Socket connection. This is an important feature that surpasses the traditional B/S structure. This allows network communication to be connected instantly and avoids the shortcomings of stateless connections in the HTTP protocol. ActionScript 3.0 uses the XMLSocket class for connection. It should be noted that when using the XMLSocket class for Socket connection, it cannot automatically pass through the firewall. To connect through the firewall, you need to use the RTMP protocol based on the HTTP protocol.
By consulting the API documentation provided by Adobe, we can learn that XMLSocket provides four public methods:
1. XMLSocket(host:String=null,port:int=0)--Create a new XMLSocket object.
2. close():void--Close an XMLSocket.
3. connect(host:String,port:int):void--Connect to the specified TCP port.
4. send(object:*):void--Send data to the connection server.
OK, after understanding this, we can use XMLSocket to develop Socket-based network instant communication applications. The following provides a Socket server through C# and listens to port 8888. The sample program is as follows:
1privatefunctionconnectionServer():void
2{
3xmlConn=newXMLSocket();
5}
Then, you can send a message to the Socket server through the instance method send() of XMLSocket. The following code definition:
1
2
4backgroundGradientColors="[#CDCAE6,#FFFFFF]">
5
67importmx.controls.Alert;
8
9privatevarxmlConn:XMLSocket;
10
11privatefunctionconnectionServer():void
12{
13xmlConn=newXMLSocket();
14xmlConn.connect("127.0.0.1",8888);
15}
16
17privatefunctiononSend():void
18{
19xmlConn.send(txtData.text+"n");
20}
21]]>
22
23
24
25
26

Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

AI Hentai Generator
Generate AI Hentai for free.

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics

How to use React and Flask to build simple and easy-to-use web applications Introduction: With the development of the Internet, the needs of web applications are becoming more and more diverse and complex. In order to meet user requirements for ease of use and performance, it is becoming increasingly important to use modern technology stacks to build network applications. React and Flask are two very popular frameworks for front-end and back-end development, and they work well together to build simple and easy-to-use web applications. This article will detail how to leverage React and Flask

Optimizing the performance of pythonHttp requests is crucial to improving the speed and responsiveness of web applications. This guide will introduce some tips and best practices for optimizing Python HTTP requests to help you improve the performance of your network applications. 1. Use connection pooling. Connection pooling is a mechanism for managing HTTP connections. It can reduce the overhead of creating and destroying connections, thereby improving the performance of HTTP requests. Python provides the requests library, which has built-in connection pool support. You only need to pass in the pool_connections parameter when creating a Session object to enable the connection pool. importrequestssession=requests.Session(

Golang development: How to build highly concurrent network applications Summary: In today's digital era, highly concurrent network applications have become a very important task for many enterprises and developers. As a programming language that supports concurrency, Golang provides powerful tools to achieve this goal. This article will explore how to use Golang to build high-concurrency network applications and provide specific code examples. Overview: Highly concurrent network applications need to have efficient performance and stability when handling a large number of requests and concurrent connections.

With the popularization of the Internet, more and more network applications are appearing, and various websites, APPs, small programs, etc. are everywhere. Network applications bring us convenience and entertainment, but they also bring security risks. The existence of network application vulnerabilities can easily be exploited by hackers, leading to security issues such as data leakage, theft of personal information, account theft, and network attacks. This article will start with common network application vulnerabilities, analyze the causes and provide preventive measures. SQL injection vulnerability SQL injection vulnerability is a common vulnerability exploited by hackers to attack databases

How to use Go language to build high-performance network applications In today's era of rapid Internet development, high-performance network applications have become the focus of many enterprises and developers. As a programming language, Go language is highly regarded in the field of network application development for its concurrency performance advantages and concise syntax structure. This article will introduce how to use Go language to build high-performance network applications, and demonstrate the implementation through specific code examples. 1. Choose a suitable network programming model. When building high-performance network applications, you first need to choose a suitable network programming model.

Building safe and reliable network applications: Architectural design of NginxProxyManager Summary: In today's Internet era, the security and reliability of network applications is crucial. In order to achieve this goal, NginxProxyManager (hereinafter referred to as NPM) came into being. This article will introduce the architectural design of NPM, including the separation of the proxy layer and the management layer, load balancing and security policies, and provide relevant code examples. 1. Introduction The security and reliability of network applications are important issues for all developments in the Internet era.

Building high-performance network applications: Best practices for swoole development functions With the rapid development of the Internet, high-performance network applications have become the focus of many companies. In the development of network applications, choosing the right framework and tools is crucial. In this regard, swoole, as a PHP extension, provides developers with powerful functions and performance, and has become the first choice for developing high-performance network applications. This article will introduce some best practices for developing functions using swoole and provide code examples to help readers better understand and

Eliminating complexity by allowing users to access assets seamlessly and developers to focus on experiences, revolutionizing app interactions across multiple chains.
