How to overcome the limitations of PHP? PHP and GO can be perfectly combined

The magical combination of PHP and GO perfectly solves the limitations of PHP for developers

The PHP language has become the main force in web development. As the requirements for technology increase, As Golang is getting higher and higher, many teams will introduce Golang into the development framework during project operations. This will not only improve product performance, but also change the scalability on the original basis, and increase the running speed by nearly dozens of times. Combining the GO language and PHP, the two can learn from each other's strengths and weaknesses, bringing a successful conclusion to the completion of the project.

What kind of language is GO language? What kind of performance improvement will its combination with microservices bring to PHP development? The PHP knowledge system covers a wide range of topics. If you want to become a qualified PHP development engineer and lead the way to advancement, you need to understand all these knowledge points.

GO language is a statically strongly typed, compiled, concurrent programming language with garbage collection function. The meaning of its existence is purely to make up for the pain points of other programming languages. For example, when PHP is combined with GO, the performance will be greatly improved. It adds concurrent programming, which involves concepts such as big data and microservices, and meets the technical requirements of large companies in recruitment.

The Go language is characterized by its easy-to-use parallel design, which allows the program to run asynchronously without worrying about a function causing program interruption. Therefore, the Go language is also very suitable for network services.

In most cases, PHP developers will use nginx Web-server and php-fpm server combination to run applications. During the execution of a PHP script, the state cannot be changed, and the only way to obtain a new set of input data is to destroy the process and start over. This allows PHP developers to not worry about memory usage at all. Even if some processes die, they can be automatically created without affecting other processes. However, when extending applications, this will bring extreme difficulties to program development, so this is also one of the points where PHP is criticized.

The scalability of the GO language cleverly solves the problem of PHP when expanding applications. As the software continues to grow, it makes it easier for PHP developers to maintain and modify. The application server created by the GO language allows PHP to adapt to complex task requirements. It can accept HTTP requests and forward them to PHP workers to maximize the scalability and diversity of each application. PHP developers can also use the thousands of open source libraries and integrated environments used by the GO language.

The microservice series of GO language is also exciting. Microservices decouple the relationships between features of all systems within a single application, allowing each package to be saved into an independent, runnable code base. The large blocks of program code are divided into multiple microservices and become small modules, which solves problems such as potential bugs and high integration difficulty in system upgrades. It is worth mentioning that microservices can be expanded horizontally, which will bring great help to cloud computing after expanding the service module.

Microservice is just a concept, so most languages ​​support microservices. The characteristics of GO language directly show that it is the most suitable language. The GO language has the advantages of concurrency, fast running speed, high concurrency support, and a powerful standard library. These are the reasons why microservices choose it.

When using GO language in PHP development, it not only completely eliminates the occurrence of 502 errors, but also reduces the total number of servers by nearly two-thirds, saving a lot of work costs and server costs. PHP is no longer considered a slow language. By pairing it with other languages ​​such as Go, the PHP language created has become the choice of many developers, and they will continue to look for more efficient methods in the future.

The combination of GO language and PHP has gradually become a trend, and can be seen in Web applications, API applications, and downloaded applications. With the development and application of both, PHP has gradually emerged in large-scale projects, and has been involved in the fields of in-memory databases and cloud platforms. Many domestic first-line Internet companies will use this function for project development, such as JD.com, Baidu BFE, Xiaomi Video and other projects. Of course, other small and medium-sized companies will also use this function to conduct project research and development. What is foreseeable about the future of PHP is that it will abandon its shortcomings, continue to innovate, and truly become the best language, not just existing in a meme.

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