So the question is, which one is the best for you?
Here are some tips you can use: go for a ready-to-use module, be precise, check for your requirements. It would be best if you looked for controllers and modules, providing the interface for all application development.
- Integrated with Java/HTML
- Open platform
- Minimal server interactivity
AWS Amplify-Develop using Cloud Services: It uses cloud-connected applications to develop a standard interface. The AWS mobile platform comes along with CLI experience, which assists you to create from scratch. Amplify works in a safe, secure and multi-language, enabling you to develop faster. The library is subdivided for faster integration and to add up contents, user login, tracking survey.
Are you thinking of the infrastructure it uses?
Choosing AWS Amplify helps you to replace front-end infrastructure. AWS is an open platform (you can choose which one to use and how to use them), which allows you to focus on creativity and development. It works with additional operational security ensuring your data’s safety. You can even choose the hours and servers needed. No matter the quantity, you pay only for what you use.
AngularJS – Choose the dynamic documents: It facilitates the development of dynamic documents in web applications. HTML works in static views and AngularJS aids in extending it. This will create a faster developing environment, and they are generally precise. Features in AngularJS can be replaced or modified for your development convenience.
It has specific directives creating syntax specific to your web application. These directives enable you to reuse modules, and the modules assist you in focusing on the application’s environment. AngularJS allows you to declare the validation for the client-end form automatically. Less code, less load! Your application is wired, and the main() method is not needed. This renders help in replacing unwanted components that don’t fit. It also eliminates peculiar tests with end-to-end encryption.
Vue.js – Developing with electron framework: It works well both on the web and mobile. It is used to build single-page applications and developed using an electron framework. Vue is termed after Model-View-Controller architecture. ‘View’ in English is changed to Vue, but it can also work with different structural approaches. They have immense tools for programming and weigh 18KB, which is very small and faster to download.
React-native is a simple mobile application that adopts modules written in C or Java. The components in React cannot work independently for the modification of properties; instead, they need collaboration with functions. React offers one-way of binding the data through one point of control. This makes it easier for you to test your React applications.
You can play with effects like fading, volume, seek, rate, playback speed, and many more. It can even be used as a unique sound for game development and you can add 3D spatial sound as well. With the Howler.js library, you can do anything related to sound.
html2canvas – Build your screenshots: Building a screenshot is different from taking the screenshot. This library builds the screenshot of the webpage by gathering all information from the webpage. Since it creates the screenshot, it can only understand the correct ones. This means that many CSS properties that don’t work get ignored.
Its unified API is simple yet powerful. Complex follow through and overlapping animations is made simple through its staggering inbuilt system. It can animate numerous CSS transform properties with various timings at the same time on a single HTML element. Anime.js is more simple and lightweight, making it a great library if you’re learning animation.
Chart.js – Helps you create any chart: It is a library for creating charts from the basic line and pie chart to advanced charts like a non-linear scale chart, radar chart, and many more. Chart.js provides everything to make these charts and allows you to customize many things such as style, legends, tooltips, etc. It provides a transition animation out of the box, and the chart is also fully responsive to the window for perfect scale granularity, so you don’t have to do anything.
Chart.js enables you to construct mixed chart types that help to create a distinction between datasets. It performs well across all browsers. Chart.js has around eight different charts that help visualize in eight different ways, and they are all customisable.
To explore our courses, click here.