Exploration of application scenarios of PHP anti-shake technology in network requests

Exploration of application scenarios of PHP anti-shake technology in network requests

Introduction: With the rapid development of the Internet, the frequent use of network requests has become our daily development normality. However, frequent network requests also bring some problems, such as excessive server pressure and long request processing time. In order to solve these problems, anti-shake technology came into being. This article will explore the application scenarios of PHP anti-shake technology in network requests and provide relevant code examples.

1. Overview of anti-shake technology

Anti-shake technology is a strategy that reduces the number of frequent triggers of events by delaying trigger events. In network requests, anti-shake technology can be used to limit the frequency of users continuously clicking buttons, ensuring sufficient processing time for each request, and reducing server processing pressure.

2. Specific implementation of PHP anti-shake technology

1. Option 1: Use JavaScript to implement simple anti-shake

Achieved through JavaScript in the front-end page Simple anti-shake can reduce the trigger frequency of network requests. For example, we can add a delay timer to achieve an anti-shake effect after clicking a button.

// HTML代码 点击按钮 

2. Option 2: Combine PHP and AJAX to achieve more complete anti-shake

In actual projects, we may need to use PHP on the back end to handle network requests. Combining PHP and AJAX can achieve more complete anti-shake technology. The following is a sample code that shows how to use anti-shake technology in PHP:

 点击按钮  

// PHP代码（process.php） 

3. Option 3: Server-side control request frequency

In addition to using anti-shake on the front end Technology, we can also control the request frequency at the backend server level. By setting a reasonable request processing cycle, the pressure on the server can be reduced.

The following is a simple PHP code example that shows how to control the request frequency on the backend:

3. Conclusion

This article introduces the application of PHP anti-shake technology in the network Application scenarios in the request and specific code examples are given. By using anti-shake technology, the pressure on the server can be effectively reduced and the user experience improved. In actual development, you can choose an appropriate anti-shake solution according to different needs, or use it together on the front and back ends to obtain better results. I hope this article can provide some reference for PHP developers on the application of anti-shake technology in network requests.

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