How to use the Hyperf framework for request retry
With the unpredictability of network communication, we often encounter request failures in application development. In order to ensure the stability and robustness of the application, we can increase the success rate of requests through the request retry mechanism.
In the Hyperf framework, we can use the Retry component provided by Hyperf to implement the request retry function. This article will introduce in detail how to use the Retry component in the Hyperf framework and give specific code examples.
First, we need to introduce the Retry component in the composer.json
file:
"hyperf/retry": "~2.2"
Then run the composer update
command to install the component.
Next, we can use the Retry component in the code block that needs to retry the request. For example, when calling the remote interface, you can use the following code to implement request retry:
use HyperfRetryAnnotationRetryable; use HyperfRetryRetry; class RemoteService { /** * @Retryable(attempts=3, delay=1000) */ public function callRemoteApi($params) { $url = 'http://remote-api.example.com'; $response = $this->http->post($url, $params); if ($response->getStatusCode() != 200) { throw new Exception('Remote API request failed'); } return $response->getBody(); } }
In the above code, we use the @Retryable
annotation to identify the request that needs to be retried. method. @Retryable
annotation accepts two optional parameters: attempts
represents the maximum number of retries, delay
represents the delay time between each retry (unit is milliseconds ). In the above code, we set the maximum number of retries to 3 and the delay between each retry to 1 second.
When we call the callRemoteApi
method, if the request fails, the Retry component will automatically retry the request until the maximum number of retries is reached or the request is successful. If the number of retries is exhausted and still fails, the Retry component will throw a HyperfRetryExceptionRetryTimeoutException
exception.
In addition to using the @Retryable
annotation, we can also use the Retry component through code. The following is a code example:
use HyperfRetryRetry; class RemoteService { public function callRemoteApi($params) { $url = 'http://remote-api.example.com'; $retry = Retry::newInstance() ->setMaxAttempts(3) ->setDelay(1000); $response = $retry->call(function () use ($url, $params) { return $this->http->post($url, $params); }); if ($response->getStatusCode() != 200) { throw new Exception('Remote API request failed'); } return $response->getBody(); } }
In the above code, we create a Retry instance through Retry::newInstance()
and pass setMaxAttempts
and ## The #setDelay method sets the maximum number of retries and delay time. Then, we use the
$retry->call() method to execute the request and process the results of the request.
By using the Retry component provided by the Hyperf framework, we can easily implement the request retry function and improve the reliability and stability of the application. In this article, we detail how to use the Retry component in the Hyperf framework and provide specific code examples. I hope this article can help you when using the Hyperf framework to retry requests.
The above is the detailed content of How to use Hyperf framework for request retries. For more information, please follow other related articles on the PHP Chinese website!

Hot AI Tools

Undress AI Tool
Undress images for free

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

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

Clothoff.io
AI clothes remover

Video Face Swap
Swap faces in any video effortlessly with our completely free AI face swap tool!

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 implement request failure recovery and retry in FastAPI Introduction: In developing web applications, we often need to communicate with other services. However, these services may experience failures, such as temporary network outages or response timeouts. To keep our applications reliable, we need to recover from failures and retry when necessary. In this article, we will learn how to implement failover and retry of requests in FastAPI. FastAPI is a modern web application based on Python

How to use the Hyperf framework for request current limiting Introduction: In modern Internet applications, how to ensure the stability of the system under high concurrency is very important. Request throttling is one of the common coping strategies. This article will introduce how to use the Hyperf framework to limit request flow and give specific code examples. 1. What is request current limiting? Request current limiting refers to limiting the number of request visits to the system within a period of time to prevent the system from crashing due to too many requests. Through reasonable current limiting strategies, better service quality and stability can be provided. H

Hyperf is an excellent PHP framework. Its main features are fast, flexible and scalable. It is currently widely used in the industry. In the process of developing using the Hyperf framework, we often encounter situations that require configuration management. This article will introduce how to use the Hyperf framework for configuration management and provide specific code examples. 1. The location of the configuration file. When developing using the Hyperf framework, the configuration file is usually placed in the config directory, or it can be entered in the .env file.

Since its birth in 2004, PHP has been one of the most popular development languages ??in the world. With the rapid development of the Internet and the continuous innovation of technology, the development of PHP is also changing with each passing day. Among them, microservice architecture has gradually become a popular trend in software development today. This article will take you into the world of PHPHyperf microservice development, from entry to proficiency. 1. What is microservice architecture? Microservices architecture is a system architecture built on a set of small, independently deployed service components. Compared with traditional monolithic application architecture, microservice architecture

How to use the Hyperf framework for file downloading Introduction: File downloading is a common requirement when developing web applications using the Hyperf framework. This article will introduce how to use the Hyperf framework for file downloading, including specific code examples. 1. Preparation Before starting, make sure you have installed the Hyperf framework and successfully created a Hyperf application. 2. Create a file download controller First, we need to create a controller to handle file download requests. Open the terminal and enter

Vue is a popular JavaScript framework for building modern web applications. When developing applications using Vue, you often need to interact with different APIs, which are often located on different servers. Due to cross-domain security policy restrictions, when a Vue application is running on one domain name, it cannot communicate directly with the API on another domain name. This article will introduce several methods for making cross-domain requests in Vue. 1. Use a proxy A common cross-domain solution is to use a proxy

How to deal with concurrent task retries in Go language? In concurrent programming, task retry is a common problem. When a task fails, we may want to re-execute the task until it succeeds. The concurrency model of the Go language makes it relatively simple to deal with concurrent task retries. This article will introduce how to handle concurrent task retries in the Go language and provide specific code examples. 1. Use goroutine and channel for concurrent task execution. In Go language, we can use gorout

How to use Nginx for HTTP request retry and failover In modern Internet applications, we often encounter HTTP request failures due to unforeseen network problems or back-end service failures. In order to improve application availability and stability, retry mechanisms and failover are essential. This article will introduce how to use Nginx to implement retry and failover of HTTP requests. Retry mechanism When an HTTP request fails, the retry mechanism can retry sending the request until the request succeeds or reaches the maximum
