How React works in a composable architecture

React is a JavaScript library widely frequented by web developers who plan on building composable elements for dynamic interfaces. By default, it is a declarative and flexible framework for altering web and app data without having to refresh the DOM every time. 

A React CMS splits the roles of designers and developers, placing them into a front-end or back-end role respectively. React is a collection of designated components used to maintain a structured front end, for performing actions like validating forms, controlling states, arranging layouts and passing in data. 

Described as a headless infrastructure, the three main ingredients of a React CMS are React, REST API and GraphQL. These libraries allow you to scale content across many channels and devices by eliminating codebase dependencies that would be prevalent in a traditional CMS environment.  

When should you use a React CMS?

A React CMS is ideal for editing the elements that users interact with, from buttons to dropdowns on your website. And for organizing larger projects, complex code logic is grouped by matching patterns to help you track the state of apps. 

It will update your source code in the DOM to reflect changes in app requirements so the content gets delivered without any compatibility issues. This is achieved by tracking the modified versions of your components to back up your data before the system restarts. 

If you prefer something more substantial than drag-and-drop customization, then you should consider getting a React CMS to access native API configurations and code blocks that are fully decoupled from the presentation layer. 

This will save you time on having to manually update plugins or extensions, so you can divert resources to creating and deploying the app through its API-based integrations. 

Moreover, a React CMS has been shown to improve performance by allocating less memory to track component changes. To get around loading delays, it will use the virtual DOM to render only the assets that are found at the URL. 

Instead of receiving just the themes and templates, you have complete control over the content layout for fetching chunks of data from API calls to populate your web pages with the desired elements. 

How a React CMS works with APIs to distribute content

When React is combined with a CMS, it lets you preview the output of workflows before you publish them onto a page. A React CMS is able to transmit on-demand data between the client and server or even during compilation time, to dictate how objects are rendered on a webpage. 

Using a composable model, you can call the API to request information from root directories or databases on the server, dividing your website functionality into closed environments that will not interfere with each other. 

From a technical standpoint, React CMSes make it possible to edit visual elements through your site’s HTML, by tying it back to the schema of GraphQL as you fill in the fields or toggle the settings. 

It’s also great for patching bugs in your JS bundles that might otherwise lead to delayed page interactions or even downtime on the server. Rather than create a project from scratch, the composable architecture makes it easy to reuse content over multiple channels. 

In addition, you can search for third-party integrations on the market to help you build streamlined apps that contribute to the overall React ecosystem. As such, swapping out components is the way to go when your team is pressed for time on the next feature release. 

By employing API-first methods, you won’t have to monitor CMS servers or databases in messy clusters, unlike what happens in traditional CMS solutions. 

What are the benefits and features of a React CMS?

A React CMS ensures the continuous operation of components on the app, giving you composable options to import modules that perform what you need on the client. 

Once you understand the fundamental components, it becomes easier to develop and maintain web apps by leveraging just the required functionality to deliver consistent user interactions. 

To manage your databases, it utilizes GraphQL to recover queries from the app data in a structured format. As a substitute for REST, GraphQL caches and updates databases with new entries, thereby combining them with Apollo or Axios packages to execute your API requests. 

Another aspect is the custom editing experience, which generates dynamic content in an organized manner, so you can avoid a conflict of interest when loading HTML and JSON files in succession. 

If you’re looking for a specific feature to implement, such as a login page or shopping cart to enhance the user experience, you can learn about them in detail through the support documentation. 

The goal is to stabilize your app’s performance during page loads to improve the accessibility of various media types. To see the CMS in action, you can simply declare the permission and hierarchy of API objects using the default arguments. 

But before you map out the visuals, it’s best to have a clearly defined scope of the app by taking measures to scale it in conjunction with your network or server capacity. 

Choosing a React CMS to decouple your web services

For enterprise workflows, React APIs are a must-have that can shorten the time to market by automatically cleaning content backlogs and preparing for site migrations. Since there are lots of options for React CMSes, you’ll have to narrow down which libraries are capable of handling your app’s payload. 

If you want a composable CMS focused on developers, get one that offers a large collection of third-party frameworks or extensions in order to cover all bases of your React app. For example, you may need conditional fields to verify user accounts or support for SQL to join multiple tables containing product details. 

Another advantage is being able to override protocol errors or software failures that are detrimental to performance indicators before they end up on the latest build. This ensures development is productive and has room to grow into cross-platform capabilities. 

The cost of implementation is well worth it for specialized use cases that cover static site generators, mobile apps and web services. In return, this puts custom assets, webhooks and test scenarios at your fingertips, so you can keep adding integrations with other tools without worrying about the impact on existing code.

With headless CMS functionality, you can frame API responses and multiple SaaS solutions around predictable outcomes to close the gap between React and your site content. 

Learn more

If you would like to learn more about the benefits of a composable architecture, see our article “Why a composable CMS is right for you.” 

Schedule a free demo to experience the benefits of a composable CMS with Contentstack’s headless CMS-based digital experience platform.