That rhymed, indeed!
Recently, I suggested on a podcast that WordPress could benefit from integrating Turbolinks. The concept is straightforward:
- Leverage server-side rendering for the initial site build.
- Turbolinks intercepts clicks on same-origin links.
- It employs AJAX to fetch the HTML for new pages, replacing the current content without a full page reload.
Essentially, this transforms a server-rendered application into a Single Page Application (SPA) with minimal added complexity.
The advantage? Improved speed. Full page refreshes can be noticeably slower than SPA interactions. While Turbolinks is a relatively mature technology, it remains highly effective. Starr Horne's recent blog post on Honeybadger's migration to Turbolinks highlights this:
Honeybadger isn't an SPA, and likely never will be. SPAs don't align with our technical needs. Consider these factors:
- Our application primarily displays static information.
- We process significant data to generate individual error reports.
- Our small team of four developers prioritizes a concise, simple codebase.
... We've used a successful approach for years that offers SPA-like performance without the JavaScript overhead... the key is achieving SPA speed without the full SPA complexity.
This mirrors my point about WordPress. Its server-rendered default is excellent, but a simple enhancement like Turbolinks could boost performance. However, adding it remains optional.
Sticking solely with server-side rendering isn't inherently flawed. Lightweight pages and effective caching can mitigate performance issues.
Chrome's recent innovations are also relevant:
- "Paint Holding" minimizes the blank screen flash between page loads.
- The "Portal" element facilitates smoother transitions between pages without reloads. Accessibility considerations are crucial here.
This approach—server-side rendering enhanced with SPA-like features—likely contributed to the popularity of frameworks like Next.js and Gatsby.
However, let's not overlook the power of true SPAs. Network latency is often the primary website performance bottleneck. If an application is designed to transfer small data packets (instead of large HTML chunks), and efficiently re-renders minimal DOM elements, performance gains are significant. The caveat is that JavaScript itself can become a bottleneck.
The challenge lies in the trade-offs. A full SPA often eliminates server-side rendering, while "hydrating" a server-rendered app with SPA features can overload the main thread with JavaScript.
Fortunately, a range of rendering options allows for flexible architectural choices.
The above is the detailed content of Other Ways to SPAs. 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

CSS blocks page rendering because browsers view inline and external CSS as key resources by default, especially with imported stylesheets, header large amounts of inline CSS, and unoptimized media query styles. 1. Extract critical CSS and embed it into HTML; 2. Delay loading non-critical CSS through JavaScript; 3. Use media attributes to optimize loading such as print styles; 4. Compress and merge CSS to reduce requests. It is recommended to use tools to extract key CSS, combine rel="preload" asynchronous loading, and use media delayed loading reasonably to avoid excessive splitting and complex script control.

Autoprefixer is a tool that automatically adds vendor prefixes to CSS attributes based on the target browser scope. 1. It solves the problem of manually maintaining prefixes with errors; 2. Work through the PostCSS plug-in form, parse CSS, analyze attributes that need to be prefixed, and generate code according to configuration; 3. The usage steps include installing plug-ins, setting browserslist, and enabling them in the build process; 4. Notes include not manually adding prefixes, keeping configuration updates, prefixes not all attributes, and it is recommended to use them with the preprocessor.

Theconic-gradient()functioninCSScreatescirculargradientsthatrotatecolorstopsaroundacentralpoint.1.Itisidealforpiecharts,progressindicators,colorwheels,anddecorativebackgrounds.2.Itworksbydefiningcolorstopsatspecificangles,optionallystartingfromadefin

TocreatestickyheadersandfooterswithCSS,useposition:stickyforheaderswithtopvalueandz-index,ensuringparentcontainersdon’trestrictit.1.Forstickyheaders:setposition:sticky,top:0,z-index,andbackgroundcolor.2.Forstickyfooters,betteruseposition:fixedwithbot

The scope of CSS custom properties depends on the context of their declaration, global variables are usually defined in :root, while local variables are defined within a specific selector for componentization and isolation of styles. For example, variables defined in the .card class are only available for elements that match the class and their children. Best practices include: 1. Use: root to define global variables such as topic color; 2. Define local variables inside the component to implement encapsulation; 3. Avoid repeatedly declaring the same variable; 4. Pay attention to the coverage problems that may be caused by selector specificity. Additionally, CSS variables are case sensitive and should be defined before use to avoid errors. If the variable is undefined or the reference fails, the fallback value or default value initial will be used. Debug can be done through the browser developer

ThefrunitinCSSGriddistributesavailablespaceproportionally.1.Itworksbydividingspacebasedonthesumoffrvalues,e.g.,1fr2frgivesone-thirdandtwo-thirds.2.Itenablesflexiblelayouts,avoidsmanualcalculations,andsupportsresponsivedesign.3.Commonusesincludeequal-

Mobile-firstCSSdesignrequiressettingtheviewportmetatag,usingrelativeunits,stylingfromsmallscreensup,optimizingtypographyandtouchtargets.First,addtocontrolscaling.Second,use%,em,orreminsteadofpixelsforflexiblelayouts.Third,writebasestylesformobile,the

Yes, you can use Flexbox in CSSGrid items. The specific approach is to first divide the page structure with Grid and set the subcontainer into a Grid cell as a Flex container to achieve more fine alignment and arrangement; for example, nest a div with display:flex style in HTML; the benefits of doing this include hierarchical layout, easier responsive design, and more friendly component development; it is necessary to note that the display attribute only affects direct child elements, avoids excessive nesting, and considers the compatibility issues of old browsers.
