React is a JavaScript library for building user interfaces. React enables users to create interactive UIs. Design simple views for each state in an application, and React will update and render just the right components when data changes. React is available free and open source under the MIT license.
It is suitable for making portable applications, with almost the same code for several platforms. You can access native features of the device or use an open source plug-in from the repository to create a local database and access the internal storage of the device. It is wonderful for the construction of a native application, through the use of standard web code. It is not recommended for enterprise applications.
React is a JavaScript user interface construction library that works well for:
Developing web apps with dynamic and complicated user interfaces.
creating reusable UI elements that may be used in other applications.
creating single-page applications with dynamic content updates that don't require a page reload.
The Virtual DOM's effective updating mechanism allows it to handle large volumes of data updates.
React, on the other hand, might be less suitable for:
Websites that are simple, stagnant, and have no interaction. Other libraries or simple HTML, CSS, and JavaScript may be a better fit in such circumstances.
Web sockets may be a better choice for applications that need real-time updates, such as chat or gaming apps.
When creating mobile apps, React Native is a better option.
Server side rendering only, as React is designed to run on the client side.
Adobe Phone Gap has an extremely simple user interface that allows for easy learning to occur.
Adobe Phone Gap provides support for web languages and allows you to write in three of the main languages and transfer them to another language for use. This solves a common programming issue and is the greatest strength of the software.
Their desktop application allows for easy installation and programming.
Adobe provides quick support with questions about how to use the software.
The build interface notifies you of errors extremely quickly and helps identify the issue in your programming. You get an easy idea of what needs to be updated and adjusted.
React is fantastic for building performant user interfaces. Our web app is snappy and great for our customers.
React has the philosophy of doing one thing and doing it well which is the view layer of the application. This makes it incredibly intuitive and flexible for developers to use.
React has lead the way in being able to write modular and structured code. It is a drastic improvement since the days of spaghetti jQuery code.
React has an unmatched community. The amount of tools and libraries available is fantastic, and there plenty of solutions available online for common problems.
Cordova app code runs inside a webview component. So, expect the performance to be a little slower as compared to the native apps. This is more noticeable on older devices though. It is hardly noticeable when it comes to newer mobile devices.
Crashes can be hard to debug since the crash logs will not point you to the culprit javascript code. This is not a limitation of Cordova alone. Any other hybrid mobile app development platform suffers the same problem.
Even with tools like Safari debugger and Chrome debugger, it can be tricky to measure graphics and animation performance. Achieving smooth animations can be a bit of a challenge sometimes with hybrid mobile apps in general.
Debugging React is challenging. Bugs in react code generate stack traces internal to React and it is often totally unclear how it relates to the code you actually wrote.
Relating your React elements to corresponding DOM elements is difficult. The intentional separation of virtual and actual DOM also makes it difficult to map the elements to the structures in the DOM. This is partially ameliorated by the use of the React dev tool, which provides a DOM-like view of the React elements, but the tool still does not provide a direct correspondence with the DOM that is often necessary to figure out why something isn't right.
Because JSX is React-specific and not a language feature, a special compilation process is necessary to convert JSX code to normal JS. Coming from a C++ background, compiling things doesn't bother me, but many JS developers are used to a less structured development.
React is just a bit of a different animal. I was avoiding it for the longest time. I thought for sure I would land on Vue or something else with a more approachable and familiar appearance. But after taking an online course in React, I started realize what people were raving about (and complaining about) and decided to implement it at our office for one of our products.
Since it's open-source and very popular, the community support for React and related tools and libraries is excellent. There are a lot of people using the same tools, and so issues tend to get fixed quickly and "recipes" are easy to come by. And since it's backed by Facebook, they have a dedicated engineering team working on the progression of React.
Apache Cordova is the mother of all other frameworks. The Ionic developed framework is well suited for development but most of their features are offered by paid services. As Apache Cordova is open source and has a license to modify it, it has no legal problems to work with it. Also, most well-known IDEs recognize the Apache Cordova snippets.
While this is a widely contested debate with various blog posts and benchmarks all over the place, its really a personal choice to determine what works for the team. Coming from a Angular 1.x background, I decided to try a new framework when Angular 2.x was announced and at that time React is gaining popularity and Vue hasn't taken off yet. Compared to Angular 1.x and Vue (hybrid of React and Angular) that split the logic from the html templates, I loved the way React breaks code into components using the jsx syntax. In my mind, this allows for cleaner components and easier maintenance
