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With the continuous development of the Internet, website access speed has become one of the important factors affecting user experience. For some websites with large traffic, how to speed up the loading speed of the website has become a very necessary task. One of the solutions is to use static technology.
Static technology is to generate static web pages from dynamic web pages, and directly return files that have been statically processed on the server, thereby avoiding the need to perform database queries and dynamically generate HTML pages for each request. In order to achieve the effect of improving website access speed and reducing server load.
In the PHP language, there are many ways to generate static files, such as using the ob_start function and ob_get_clean function to capture the output HTML code and save it in a static file. Another way is to use .htaccess files to achieve this, similar to the ReWrite rules of the Apache server. However, these methods all have a common problem, that is, they cannot make the entire site static.
What is full-site staticization? Full-site staticization refers to making all pages in the website static, that is, all URLs are converted into static files of .html or .htm type, not just certain specific pages or page categories. The biggest advantage of making the whole site static is that it greatly reduces the server load and improves the access speed of the website. It can also solve the problem that some dynamic pages cannot be included by search engines.
So, how to achieve staticization of the entire site?
Option 1: Apache's Rewrite module
The Apache Rewrite module is a rule engine based on pattern matching and rewriting. We can redirect requests to other addresses by formulating some rules. For example, we can convert dynamic addresses into static addresses, thereby making the entire website static.
Specific implementation steps:
Advantages: Simple implementation, flexible configuration, and the ability to convert dynamic URLs into static URLs.
Disadvantages: If the website has many pages and a large number of rules, the maintenance cost is relatively high, and repeated generation problems may occur.
Option 2: Generate static pages
Use PHP’s output caching mechanism to staticize dynamic pages. PHP has three main output caching functions: ob_start(), ob_get_clean() and ob_end_flush(). Through these functions, the output content of the page is saved as a static file. This solution is suitable for small websites or websites with few dynamic pages.
Specific implementation steps:
Advantages: simple implementation and high operating efficiency.
Disadvantages: Only partial pages can be staticized, and the entire site cannot be staticized.
Option 3: Use the plug-ins that come with the CMS system to achieve staticization
Some CMS systems come with static plug-ins, such as WP Super Cache in WordPress, which can easily achieve full control of the website. Make the site static. This method requires first configuring the CMS system, selecting a static plug-in, then setting relevant parameters, generating a static page, and finally generating a link to the static page.
Advantages: It is simple to implement, and it is generally static for the entire website.
Disadvantages: Plug-ins are bound to the CMS system. Different CMS systems choose different plug-ins, and some plug-ins require payment.
Summary:
The access speed of the website is one of the important factors that affects the user experience. The whole-site static technology can greatly improve the access speed of the website, reduce the server load, and make it easy for search engines to include. Different full-site static solutions have their own advantages and disadvantages, and you can choose according to your own website.
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