You can also use Stencil, an open source web component compiler from the Ionic team, to build your own library of custom web components. In fact, any web-based UI component or web library will run in an Ionic app, giving you the freedom to leverage anything on the web for your project. You can then decide which one is right for you. One of the things that developers often rave about with Flutter is the performance. Then again, you might want to just go directly to the native SDKs for that matter. The best thing to do is to build sample apps on both platforms that aligns with your use case, and see how they compare.
Just keep in mind, performance almost always comes down to how you write your code , not which platform or framework you choose. Second, pay attention to bundle size, which will have a big impact when you deliver your app over the web. As noted above, Ionic uses the standard browser runtime and primitives, so the app size is usually very small see a recent TODO app we built with pure web components using Stencil One , shipping at 2, bytes. Flutter requires a huge amount of code for very basic apps 1MB for the NYT demo they shipped , because you're shipping all of that runtime even though the browser already has primitives available for almost all of it.
When it comes to deploying your app across mobile and desktop, both Ionic and Flutter appear evenly matched. The question is whether you want to deploy your app over the web, either as a traditional desktop web app or a PWA. Both solutions allow you to access platform services and native APIs through a library of pre-built plugins, along with a set of tools for building your own custom plugins as needed.
Flutter, in contrast, has chosen to go it alone, creating a self-contained ecosystem that is at odds with the common languages, toolsets, and standards found in the broader development world. Thus, if you choose Flutter, you will be learning the Flutter way of doing things. In the end, your choice of solution should be based on which philosophy you align with, where and how you plan to deploy your app, and what skills you know today or would like to learn in the future.
And of course, the best way to find out which one is right for you is to start building with both and then compare your experiences.
Stop by and say hello. The Forum is the best place to connect, ask a question, or help out other Ionic developers! Take a look and get coding! Our documentation covers all you need to know to get an app up and running in minutes.
The Anywhere Library: A Primer for the Mobile Web | Emerald Insight
Log in Sign up. Toggle navigation. Customers Platform Pricing Blog. If it's an online store, we want them to buy stuff. If it's a social network, we want them to interact with each other. Performance plays a major role in the success of any online venture. Here are some case studies that show how high-performing sites engage and retain users better than low-performing ones:.
To get a rough idea of how your site's performance compares with your competitors, check out the Speed Scorecard tool.
Retaining users is crucial to improving conversions. Slow sites have a negative impact on revenue, and the opposite is also true. Here are some examples of how performance has played a role in making businesses more or less profitable:. If you run a business on the web, performance is crucial. If your site's user experience is fast and responsive to user input, it can only serve you well. To see how performance could potentially affect your revenue, check out the Impact Calculator tool.
When you navigate to a URL, you do so from any number of potential starting points. Depending on a number of conditions, such as connection quality and the device you're using, your experience could be quite different from another user's.
Security Issues for Mobile Medical Imaging: A Primer
As a site begins to load, there's a period of time where users wait for content to appear. Until this happens, there's no user experience to speak of. This lack of an experience is fleeting on fast connections. On slower connections, however, users are forced to wait. Users may experience more problems as page resources slowly trickle in. Performance is a foundational aspect of good user experiences.
When sites ship a lot of code, browsers must use megabytes of the user's data plan in order to download the code. Mobile devices have limited CPU power and memory. They often get overwhelmed with what we might consider a small amount of unoptimized code. This creates poor performance which leads to unresponsiveness. Knowing what we know about human behavior, users will only tolerate low performing applications for so long before abandoning them. If you want to know more about how to assess your site's performance and find opportunities for improvement, check out How to Think About Speed Tools.
As mobile users continue to make up a larger portion of internet users worldwide , it's important to bear in mind that many of these users access the web through mobile LTE, 4G, 3G and even 2G networks. As Ben Schwarz of Calibre points out in this study of real world performance , the cost of prepaid data plans is decreasing, which in turn is making access to the internet more affordable in places where it once wasn't.
Mobile devices and internet access are no longer luxuries. They are common tools necessary to navigate and function in an increasingly interconnected world. Total page size has been steadily increasing since at least , and the trend appears to be continuing. As the typical page sends more data, users must replenish their metered data plans more often, which costs them money. In addition to saving your users money, fast and lightweight user experiences can also prove crucial for users in crisis.
Public resources such as hospitals, clinics, and crisis centers have online resources that give users important and specific information that they need during a crisis.
While design is pivotal in presenting important information efficiently in stressful moments , the importance of delivering this information fast can't be understated. It's part of our job. While the lists below may seem daunting, understand you don't need to do all of these things to improve the performance of your site.
They are just starting points, so don't feel overwhelmed! Anything you can do to improve performance will be helpful to your users. An effective method of building high performance applications is to audit what resources you send to users. While the Network panel in Chrome DevTools does a fantastic job of summarizing all the resources used on a given page, it can be daunting to know where to start if you haven't considered performance until now.
Here are a few suggestions:. For a more holistic guide on improving performance, check out our writeup on the RAIL performance model , which focuses on improving both load time and application responsiveness. Our PRPL pattern guide is also an excellent resource for improving the performance of modern single page applications.
If you're excited to learn more about performance and how to make your site faster, browse through our performance documentation for guides on a variety of topics. We're constantly adding new guides and updating existing ones, so keep coming back!
- Her Three Wilde Champion Men [Wilde, Nevada 2] (Siren Publishing Menage Everlasting).
- Prelude in F Minor (Piano Part).
- Bus Ride.
- Flywheel: Transformational Leadership Coaching for Sustainable Change.
- Ionic Article: Ionic vs Flutter: A Comparison.
- The Anywhere Library: A Primer for the Mobile Web--eEditions e-book | ALA Store.
- The Anywhere Library: A Primer for the Mobile Web: Courtney Greene, Missy Roser: nusshandreclura.gq: Books.
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