How NodeJS Is Better Than JavaScript

Both JavaScript and NodeJS are the most popular programming languages in the tech world. JavaScript has long been the language of choice for front-end developers because it’s so simple.

However, due to its versatility, NodeJS is starting to become a popular choice for back-end programming. NodeJS offers a completely different experience than traditional JavaScript development.

Let’s take a closer look at the key features and differences between JavaScript VS NodeJS programming languages.

As per the stack overflow reports JavaScript is one of the most commonly used programming languages and NodeJS become the sixth most popular language.

Programming Language(Source: https://insights.stackoverflow.com/survey/2021#key-territories-country)

What is JavaScript?

JavaScript is a simple object-oriented programming language for creating interactive HTML pages. JavaScript is also widely used in the development of games and mobile applications. The program can only be executed in an Internet browser because it is interpreted as scripting. To run the code outside the browser, we can use NodeJS.

What is NodeJS?

NodeJS is an open-source and cross-platform JavaScript runtime environment that allows JavaScript to be run on the server side. It has lots of modules that are mostly used for web development. NodeJS also allows JavaScript code to run outside the browser.

So, what is the difference between these two?

The below Infographic will let you know the differences and benefits.

JavaScript VS NodeJS Which One Is Best From Other

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Conclusion

JavaScript is the most popular a widely-used programming language utilized by nearly every online application developer. NodeJS is a JavaScript library extension, but it includes certain undefined utilities, such as non-blocking operating system operation, which is often critical for meeting company objectives.

Being a developer, you have to take the right decision, depending on your requirement and scenarios. It is always great to take the decision at the beginning and get clarity on this comparison, JavaScript vs. NodeJS, before working on your project because you can still change your mind and make more informed decisions. Otherwise, switching from one language to another in the middle of your development project can be a headache.

If you are still confused about selecting the programming language then feel free to discuss it with us. We have experts to guide you on the right path and help you in your application development.

Service Oriented Architecture in NodeJS

What is Service-oriented Architecture in NodeJS?

Service-oriented architecture is a way to build backend applications consisting of multiple independent services. A service can be any business logic that completes an action and provides a specified result to the endpoint user.

Each service in SOA is a complete business function in itself.

For an Example

Let’s discuss this at a grocery store.

The owner adds the product details to the inventory. The owner searches to find data about a unique product. And the backend application database query should be inside the service section by leveraging the data access layer. Then it securely fetches data and gives the response to the owner.

Layers in Service-oriented Architecture

  1. Router layer
  2. Service layer
  3. Data access layer

How SOA Works

  • Here first when the API call, in the node app first it faces the router section where all the authentication and validation occur through the middleware function. Then control moves toward the controller section which work is collect the incoming data related to API requests. Here all the business logic to access data is combined inside a service. So the controller invokes that service and service leverage data access layer to connect with database and calculation. Then services return the data to the controller. After that controller gives the response to the endpoint user.
  • The most important benefit of SOA is as all the services are independent and small chunks so whenever we want to change our programing language it should be very fast and easy in the development process.

Flow chart diagram:

SOA Flow Daigram

SOA Advantages

  • Reliable– Even though service-oriented architecture has small and independent services, it becomes easier to debug code as it checks small chunks instead of checking a large codebase
  • Independent of location– Services can be accessed through URL therefore change in location doesn’t affect customer experience
  • Scalable– Service-oriented architecture can run on multiple platforms and can operate various servers within the given environment
  • Reusability– The SOA uses its services in multiple applications independently without disturbing other services
  • Easy maintenance– SOA is an independent unit therefore updating becomes easy as it is a single entity
  • Agile– Due to reusable components and services, it helps developers to integrate and build applications quickly according to requirements and consequently increases the agility of service-oriented architecture.

Now the question is why we shouldn’t do this directly inside the controller.

As the router is built with express so it is combined with req and res objects. So when we put our business logic inside the controller then at the testing we have to write a mock for the test with a response mock.

The problem is when we try to only test our business logic we can’t do that but when we combined that inside service we can test that service without req, res object.

Code Example:

In this example, we create a service that resists a user in the database for sign-up API.

In user.js controller receive all the requested data and call the user service

[code language=”css”]
// controllers/user.js
const UserService = require( "../services/UserService" );
const UserServicesec = new UserService();

async function makeUser ( req, res ) {
try {
let bodyData = req.body;
const makeUser = await UserServicesec.create( bodyData );
return res.send( makeUser );
} catch ( err ) {
res.
status( 500 ).
send( err );
}
}

module.exports = { makeUser };
[/code]

Then in the user service folder import the data access layer and database model then service used that data access layer and executes the query in the database

[code language=”css”]
// services/UserService.js
// Data Access Layer
const MongooseService = require( "./MongooseService" );
const userModel = require( "../models/user" );
class UserService {
constructor () {
this.MongooseService = new MongooseService( userModel );
}
async create ( createUser ) {
try {
const result = await this.MongooseService.create( createUser );
return { success: true, body: result };
} catch ( err ) {
return { success: false, error: err };
}
}
}
module.exports = UserService;
[/code]

Conclusion:

The main aim of service-oriented architecture is to allow users to mix large chunks of functionalities into one in order to build an application and services by combining services. This architectural design of node backend application is considered a best practice in industrial labels.

Angular 13: Top New Features and Updates

Angular 13, the latest version of the TypeScript-based web framework was released. The release has brought several essential updates that can be useful for Angular development.

1. TypeScript 4.4 support

TypeScript 4.4 support is now available in Angular 13. It means now we can use many fantastic language features. Moreover, they stopped supporting TypeScript 4.2 and 4.3 also. One breaking change in TypeScript 4.4 that is advantageous for Angular apps is that it no longer implements setters and getters to get a similar type.

The significant highlights of TypeScript 4.4 are:

  • Improved detection of type guards.
  • Default catch variables.
  • Faster incremental builds.
  • The control flow of conditions can be analyzed
  • Symbol and template string pattern index signatures.

2. Version 7.4 of RxJS

The Angular 13 update adds RxJS, a reactive extension for JavaScript, and includes all versions of RxJS up to and including version 7.

For apps created with ng new, RxJS 7.4 has become the default.

Existing RxJS v6.x apps will need to be manually updated with the npm install rxjs@7.4 command. You can always rely on RxJS 7 for new project creation. As for migrations, existing projects should keep on RxJS 6.

3. 100% Ivy and No More Support for View Engine

The legacy View Engine is no longer supported. Now that there is no View engine-specific metadata or older output formats, it eliminates the codebase complicacy and maintenance costs. Ivy is now the only view engine supported by Angular. Ivy can now compile individual components independently of one another, which significantly improves performance and accelerates development times.

By removing the View Engine, Angular can reduce its reliance on ngcc too. There is no more requirement of using ngcc (Angular compatibility compiler) for the libraries created using the latest APF version. The development team can expect quicker compilation as there is no more requirement for metadata and summary files.

4. IE 11 Support Removed

This stands out to be one of the significant Angular 13 features. Angular 13 no longer supports IE11. CSS code paths, build passes, polyfills, special JS, and other parameters that were previously required for IE 11 have now been completely dropped off.

As a result, Angular has grown faster, and it is now easier for Angular to use new browser features like CSS variables and web animations using native web APIs.

During project migration, running the ng update will automatically remove these IE-specific polyfills and reduce the bundle size.

5. Angular CLI Improvements

The Angular CLI is one of the key components of the Angular Puzzle. Angular CLI helps standardize the process of handling the complexities of the modern web development ecosystem by minimizing these complexities on a large scale.

With the release of Angular 13, this framework now includes a persistent build cache as a default feature, which saves built-in results to disk. As a result, the development process will be accelerated. Furthermore, you have complete control over enabling or disabling this feature in current Angular apps.

6. Improvements to Angular testing

The Angular team has made some notable changes to TestBed, which now correctly tears down test environments and modules after each test.

As the DOM now experiences cleaning after tests, developers can anticipate more optimized, less interdependent, less memory-intensive, and quicker tests.

7. Changes to the Angular Package Format (APF)

The Angular Package Format (APF) defines the format and structure of Angular Framework packages and View Engine metadata. It’s an excellent strategy for packaging every third-party library in the web development environment.

Older output formats, including some View Engine-specific metadata, are removed with Angular 13. The updated version of APF will no longer necessitate the use of ngcc. As a result of these library changes, developers can expect faster execution.

8. TestBed updates

The latest Angular update improves the TestBed significantly, as the DOM is cleaned after every test.  In addition to this, the TestBed tears down test modules and environments in a more effective manner.

Therefore, developers using Angular 13 will get faster, less interdependent, memory-intensive, and optimized tests.

9. Creating dynamic components

One Ivy-enabled API update in Angular 13 is a more streamlined method for dynamically constructing a component. ViewContainerRef.create component no longer requires an instantiated factory to construct a component (no longer need to use ComponentFactoryResolver).

Due to the improved ViewContainerRef.createComponent API, it is now possible to create dynamic components with less boilerplate code. Following is an example of creating dynamic components using previous versions of Angular.

[code language=”css”]
@Directive({ … })
export class Test {
constructor(private viewContainerRef: ViewContainerRef,
private componentFactoryResolver:
ComponentFactoryResolver) {}
createMyComponent() {
const componentFactory = this.componentFactoryResolver.
resolveComponentFactory(MyComponent);
this.viewContainerRef.createComponent(componentFactory);
}
}
[/code]

In Angular 13, this code can become as follows.

[code language=”css”]
@Directive({ … })
export class Test {
constructor(private viewContainerRef: ViewContainerRef) {}
createMyComponent() {
this.viewContainerRef.createComponent(MyComponent);
}
}
[/code]

10. NodeJS Support

Node versions older than v12.20.0 are no longer supported by the Angular framework. Web developers might face certain issues while installing different packages if working with older versions.

16.14.2 is the current stable version of NodeJS. For ensuring seamless deployment of your project, it is recommended to install the latest versions of NodeJS.

Conclusion

The Angular team tries to release a new version update every six months. Now that you know the significant updates and features of the all-new Angular 13. Apart from delivering on the Ivy everywhere promise made in Angular 12 and removing the View Engine altogether, Angular 13 has many impressive features and updates. The framework has become more efficient with inline support for fonts, simplified API, components, and CLI improvements.

The release of Angular 13 enhances the web development process so that the Angular developer can create awesome apps to meet modern web development standards.  If you’re still using Angular 12, it’s time to upgrade your next project with new features.

At Andolasoft, we have expert Angular developers who can help you migrate your existing applications, and also create new web and mobile applications with the best quality. Feel free to book a free consultation with our experts.

How to Make Your React Web App SEO-Friendly

React is an open source library which has been developed and maintained by Facebook for building interactive UI components for both mobile apps and Single Page Applications (SPA).

It runs on JavaScript and is popularly used by developers as it boosts productivity during the development process.

SPA problems with SEO

The way these sites are built makes it harder for search engines to crawl their content.

What happens when you use React without server-side rendering is that the crawler halts on the very first page because it can’t see any hyperlinks to follow. It sends the page to the indexer, which then has to render the page and extracts the hyperlinks, which will then be added to the crawler’s queue. Then the crawler will eventually crawl the next set of pages, and again will stop there because all the links are invisible until the JavaScript is rendered. So it has to wait for the indexer to come back with a new set of URLs to crawl.”

But this can be improved in 2 ways

  1. React Helmet
  2. Isomorphic React Applications

What is a React Helmet?

React Helmet is a library that helps you deal with search engines and social media crawlers by adding meta tags to your pages/components on React so your site gives more valuable information to the crawlers.

React Helmet Usage

Let’s assume we have a React application with a Home Component, which is the landing page of a business which sells products for pets.

[code language=”css”]
Import React from ‘react’;’
Import ProductList from ‘../components/ProductList’;
Const Home = () =>{
Return <ProductList/>
};
Export default Home;
[/code]

This is a basic component that doesn’t include any Meta data useful for search engines and social media crawlers, so we need React Helmet to do it.

To start using React Helmet we need to install the library as follows:

npm install -save react-helmet

Then we need to modify the Home component to start using Helmet in a way that we can use title tags and Meta tags:

[code language=”css”]
import React from ‘react’;
import { Helmet } from ‘react-helmet’;
import ProductList from ‘../components/ProductList’;
const Home = () => {
return (
<>
<Helmet>
<title>Pets – Products</title>
<meta name="description" content="Find all the best quality products your pet may need" />
<meta name="twitter:card" content="summary_large_image" />
<meta name="twitter:site" content="@user" />
<meta name="twitter:creator" content="@user" />
<meta name="twitter:title" content="Pets – Products" />
<meta name="twitter:description" content="Best Products for your pet" />
<meta name="twitter:image" content="url_to_image"/>
<meta property="og:description" content="Best Products for your pet" />
<meta property="og:url" content="pets.abc" />
<meta property="og:site_name" content="Pets – Products" />
<meta property="og:locale" content="en_US" />
<meta property="og:type" content="article" />
<meta property="fb:app_id" content="ID_APP_FACEBOOK" />
</Helmet>
<ProductList /></>)};
export default Home;
[/code]

Isomorphic React Applications

Isomorphic React App is a web app that consists of code that can run on both server and client-side.

An isomorphic app defines whether the client is able to run scripts or not. When JavaScript is turned off, the code is rendered on the server, so a browser or bot gets all Meta tags and content in HTML and CSS.

When JavaScript is on, only the first page is rendered on the server, so the browser gets HTML, CSS, and JavaScript files. Then JavaScript starts running and the rest of the content is loaded dynamically.

The first screen is displayed faster, the app is compatible with older browsers, and user interactions are smoother in contrast to when websites are rendered on the client side.

Building an isomorphic app can be really time-consuming. There are frameworks that facilitate this process. The two most popular solutions for SEO are Next.js and Gatsby.

  1. Next.js is a framework that helps you create react apps that are generated on the server side quickly and without hassle. It also allows for automatic code splitting and hot code reloading.

    Next.js can do full-fledged server-side rendering, meaning HTML is generated for each request right when the request is made.

  2. Gatsby is a free open-source compiler that allows developers to make fast and powerful websites. Gatsby doesn’t offer full-fledged server-side rendering.

    Instead, it generates a static website beforehand and stores generated HTML files in the cloud or on the hosting service. Let’s take a closer look at their approaches.

Server-side rendering with Next.js

  1. The Next.js server, running on Node.js, receives a request and matches it with a certain page (a React component) using a URL address.
  2. The page can request data from an API or database, and the server will wait for this data.
  3. The Next.js app generates HTML and CSS based on the received data and existing React components.
  4. The server sends a response with HTML, CSS, and JavaScript.

Server side rendering with Nextjs

Making website SEO Friendly with GatsbyJS

The process of optimizing React applications is divided into two phases: generating a static website during the build and processing requests during runtime.

The build time process looks as follows:

  1. Gatsby’s bundling tool receives data from an API, CMS, and file system.
  2. During deployment or setting up a CI/CD pipeline, the tool generates static HTML and CSS on the basis of data and React components.
  3. After compilation, the tool creates an about folder with an index.html file. The website consists of only static files, which can be hosted on any hosting service or in the cloud.

Request processing during runtime happens like this:

  1. Gatsby instantly sends HTML, CSS, and JavaScript files to the requested page, since they already were rendered during compilation.
  2. After JavaScript is loaded to the browser, the website starts working like a typical React app.

    You can dynamically request data that isn’t important for SEO and work with the website just like you work with a regular single-page react app.

 

Built TimeRun Time

Creating an isomorphic app is considered the most reliable way to make React SEO-compatible, but it’s not the only option.

Conclusion:

SEO-friendliness of single-page applications develop with react is still a challenge. To make an SPA visible for Google crawlers and available for indexing, you might opt for per-rendering or server-side rendering.

Frameworks like Next.js, makes the work of an SEO much easier. You can also overcome the all the SEO-challenges with the help of the above solutions and frameworks.

I hope the above react SEO guide helps you. To develop your new application with react or any further assistance you can contact Andolasoft experienced react developers.

 

10 Popular Cross Platform Framework For App Development In 2022

Digital presence has become an important step to growing your business. It doesn’t matter in what sector or what scale your business belongs to, the thing that only matters is your online presence. With the Cross-Platform Frameworks, it has become a lot easier to grow your online presence and reach out to a target audience.

According to a report, 6 out of 10 small businesses are serving online. 47% of customers look for the online presence of the businesses from where they are planning to buy to check the reviews and recommendations.

In such a scenario the business can’t afford to lose its online presence on platforms like Apple App Store and Google Play Store. In a report by TrendForce, the global market share of mobile is valued at 1.39 billion in 2022, which will be a 3.8% yearly growth.

Business wants to penetrate deeper into the markets by developing highly intuitive and engaging mobile applications and increased revenue.

In today’s rapidly advancing technology, you need a strong Cross-Platform framework to develop a secure and user-friendly application.

Our many international clients demand cross-platform application development, as this helps them to get larger benefits in their business and helps them to save a large amount.

It is estimated that in 2023, the total number of application downloads will be 299 billion, up from the approx 247 billion global application downloads in 2020.

Mobile App Downloads(Source: Statista)

What is Cross-Platform Application Development?

A Cross-Platform Application development aims to create a single application that runs identically on various platforms. It uses platform-agnostic technology like HTML and CSS that helps businesses to cover many end devices at a very minimal price.

Cross Platform Mobile App

It is one of the popular methods used for application development. Many top mobile application development companies unlike Andolasoft use this framework.

Difference between Native and Cross-Platform App Development

As there are two app-building approaches to develop mobile solutions, i.e. – Native and Hybrid/ Cross-Platform.

Both have their benefits and challenges that will be suitable for your project depending on your needs and scenario.

The Native development relies on the programming languages and tools that are designed particularly for one platform. These are designed for a particular device and operating system.

Cross Platform Frameworks(Source: Appinventiv)

Whereas the Cross-Platform development aims to develop a single application that will run identically on various platforms. It ensures hassle-free implementation, affordable production, and robust functionality.

Why Choose Andolasoft Cross-Platform Application Development?

Mobile applications have become an important element in growing your business. It is because of the growing number in the digital customer base. With mobile applications, businesses can grow rapidly by developing an instant connection with the target customers.

We at Andolasoft are experts in developing cross-platform applications in platforms like Flutter, Xamarin, PhoneGap, and more.

We have worked with many customers in various domains such as retail, hospitality, education, Fintech, and more. Our experienced mobile app developers convert your ideas into reality by using the latest tech stacks.

Never miss an update from us. Join 10,000+ marketers and leaders.

In this blog, I have listed the top 10 cross-platform app development frameworks that you can use in your business mobile application development.

Here you go,

1. Ionic:

Ionic is one of the best hybrid application frameworks because it bridges the properties that are in demand. It allows the developers to use a combination of languages, such as HTML5, CSS, Cordova, and JavaScript to access the native platform controllers.

Features:

  • It is an Open Source front-end framework. It allows alterations of the code structure that is suitable for each developer and saves lots of time.
  • It is based on AngularJS, which makes it easier to offer extensions to HTML’s Syntax, with core functionalities to imbibe the most useful yet attractive features and components in your applications.
  • The ionic framework uses Cordova plugins that enable access to devices with inbuilt features that include GPS, Camera, and Audio Recorder. It is one of the major benefits of Cross-platform development tools.
  • Ionic (mobile app framework) gives a native-like feel to the application which makes it the favorites among developers. With this framework, the developers can perform perfectly on various platforms.

Ionic (Source: Ukad group)

Benefits:

  • In the Ionic framework, you can get access to many ready-to-use UI components.
  • The developers should know Angular, CSS, HTML, and JavaScript to develop applications using Ionic.
  • The Ionic framework is mostly designed for mobile OS because it is based on the SAAS UI framework.
  • As it is an Open- Source- front-end framework, it enables the developers to change the code according to their requirements.

Challenges:

  • It consists of several unstable native plugins
  • Applications that have lots of graphics and animations are not suitable to develop using the Ionic framework.
  • With the Ionic framework, debugging becomes quite difficult

Developers Tool:

  • Firebase
  • Visual Studio Code
  • Ionic app flow

Are you looking for an Ionic developer

Contact Us

2. React Native:

When you talk about a Cross-platform framework, it is difficult to not include React Native language. It is a framework, built on JavaScript. It is used to write neat code and gives a Native -like feel to your mobile application, which works easily on both iOS and Android.

React Native(Source: Fortunesoft)

Features:

  • React Native is an Open- Source cross Platform app framework, the same as ionic, for which it has a large community of support that helps in supporting and fixing the bugs, improving and introducing more advanced features.
  • It requires one-time coding to develop applications for diverse platforms like iOS and Android.
  • React Native framework is highly compatible with third-party plugins like Google Maps.
  • It focuses on UI to a greater extent rendering a highly responsive interface. The React Native language eliminates the time taken for loading and delivers a smooth interface for the applications.

Benefits:

  • React Native focuses on the UI, which enables the developers to create a highly responsive UI interface.
  • It is a leading cross-platform mobile application development framework, the developers need to code only once in React native. With the one-time coding, the application can run on diverse mobile OS platforms like iOS and Android.
  • It has a large developer community that helps the developers to get adequate support in times of distress during application development projects.
  • It is compatible with all the leading third-party plugins like Google Maps.
  • You can develop mobile applications for different iOS and Android platforms like macOS, tvOS and Android TV, etc. Also, React Native can be instrumental to develop immaculate applications for Windows and UWP.

Challenges:

  • Lots of performance issues were observed during the React Native Development.
  • With the abstraction layer present in this framework, if any bug occurs then it can cause an unexpected bug in the whole application

Developers Tool:

  • JS Editor
  • Emulator, Android Studio, SDK
  • Xcode

Are you looking for a React Native developer

Contact Us

3. Flutter:

Flutter framework has created a different image in the present-day market. As it is an Open-Source- cross- Platform app framework that was first released in May 2017 by Google.

Features:

  • Flutter programming Language promotes portable GPU that renders UI power which allows it to work on the latest interfaces.
  • It does not require updating the UI contents manually, because it holds a reactive framework. The Flutter App Developers only need to update the variables and the UI changes get visible after that.
  • With the Flutter framework, the developers can automatically remake a widget tree and comprehend its cost adjustments.
  • The Flutter mobile application development language has an inbuilt graphic engine. This makes it easy for the developers as they wouldn’t have to make any separate interfaces for iOS and Android.

Benefits:

  • As flutter has an inbuilt graphic engine, the developers don’t have to create separate interfaces for iOS and Android.
  • Using Dart, the developers get to write more structured programming codes. This makes it easier to maintain synchronized hierarchical structures even when writing complex applications.
  • The Flutter Cross-Platform app framework uses GPUs that enable UI power. This makes it easier for the developers to work on the latest interfaces.

Challenges:

  • Not stable
  • Lacks several advanced features
  • Comparatively new dart
  • The dart has few features and the existing ones are not properly refined.

Developer’s tool:

  • VS Code
  • Emacs
  • Android Studio

Are you looking for a Flutter developer

Contact Us

4. Xamarin:

Xamarin was developed as an independent platform, which was developed in the year 2011, before being acquired by Microsoft. As it is an Open- Source Cross-Platform applications framework that has characteristics that make it unique from other applications.

Features:

  • The application developed on the Xamarin Framework are developed using c# which is a modern class platform application development language with the leverage to Objective-C and Java.
  • It supports a direct inclusion of Objective-C, C++ libraries, and Java. It allows the developers to reuse third-party codebases that are encrypted in Java, C++, and Java.
  • It reduces the cost and time of mobile app development, for it supports the WORA (write once, Run anywhere) and has various class libraries.
  • It offers robust compile-time checking. With this facility, the developers witness fewer run-time errors and get well-functioning applications.

Benefits:

  • It uses C# along with with.NET framework for mobile application development for any platform.
  • It provides continuously improved performance to match the native development standards.
  • With the Xamarin framework, you can get lots of learning resources
  • It offers an optimal user experience because of its UI-specific elements.

Challenges:

  • It faces many compatibility issues, using third-party tools and libraries.
  • There is a need for basic knowledge of native languages to use this framework.
  • It offers limited access to Open Source libraries.

Are you looking for a Xamarin developer

Contact Us

5. NodeJS:

NodeJS framework is one of the incredible cross-platform frameworks used for developing cross-platform applications. However, the NodeJS framework is a JavaScript runtime framework developed on the Chrome V8 JavaScript engine.

NodeJS

It is an open-source environment that supports the development of server-side and scalable networking applications.

Features:

  • The entire NodeJS API is asynchronous, it signifies that these are non-blocking in nature, which defines the servers are based on the NodeJS and it doesn’t essentially wait for the data from APIs.

It automatically moves on to another API after calling it, which works as a notification mechanism for NodeJS. It allows the server to get a response from the previous API.

  • JS library is very much speedy in its code execution process, as it is built on Chrome’s V8 engine.
  • It does not buffer, however, it outputs the data in chunks.
  • It delivers smooth and perfectly functioning applications. NodeJS uses a single-threaded model with the event looping functionality. This mechanism enables the server to reply in a non-blocking format, making them more scalable.

 Benefits:

  • JS framework has a large developers community
  • It reduces the response time for slow requests and every developer can execute the database queries simultaneously.
  • V8 engine present in NodeJS is the fastest dynamic language interpreter, which is constantly pushing the boundaries.
  • NodeJS offers a smooth and even application because it uses a single-threaded model.

Challenges:

  • Excessive memory usage
  • Unresponsive applications, such as hanging or looping
  • Bad performance
  • Various functional issue

Developer’s Tool:

  • io
  • PM2
  • Babel
  • JS
  • Meteor

Are you looking for a NodeJS developer

Contact Us

6. PhoneGap:

PhoneGap (Cordova) is an impeccable cross-platform framework used for mobile application development. It uses HTML5, CSS and JavaScript. It offers cloud solutions to developers by providing them the choice for sharing the application in the development process to get feedback from many other developers.

PhoneGap(Source: PhoneGap)

Features:

  • It enables the developers to develop cross-platform applications by using the existing web technologies like CSS3, HTML5, and JavaScript.
  • It supports the use of a single code base to develop applications for various platforms like iOS, Android, Blackberry, and Windows Phone.
  • As it uses an architecture that is plugin-able. This makes it possible to access all the native device APIs and it can be extended in a modular way.

Benefits:

  • It allows the users to use embedded payment systems like App Store and Google Play Store through the PhoneGap Cross-Platform App framework.
  • It provides the luxury to use JavaScript and other libraries like Sencha Touch, MooTools, etc. to manage all the interactions in the applications.
  • The applications that are developed with PhoneGap run very consistently on every leading OS platform that shows very minimal differences.

Challenges:

  • It is not suitable for an app that has several graphic elements
  • PhoneGap framework lacks descriptive documentation which is crucial for application development
  • It lacks support for plugins that have hooks.
  • PhoneGap language cannot be used for gaming applications.

Are you looking for a PhoneGap developer

Contact Us

7. Appcelerator Titanium:

Appcelerator Titanium is an Open-Source Cross-Platform application native app development framework. It was developed in 2008. Its core features are, it includes API to access native UI, many device functionalities, and MVC framework functionality.

Titanium(Source: third rock techno)

Features:

  • It offers various tools that are used for rapid application development. It indicates that a prototype can be developed within very little time and effort that evaluates the users to interact with UI.
  • It processes pre-built connectors that are available for MS azure, Salesforce, MS SQL, the list is however very long.
  • It consists of ArrowDB- a scheme-less data store that allows developers to deploy several data models without putting any extra effort into setup.

Benefits:

  • It has a pre-built connector for Box, MSSQL, MS Azure, and Salesforce
  • It has various tools that make the development process faster.

Challenges:

  • Application Complexity increases
  • It limits the flexibility, as strange bugs and limitations increase.

Developer’s Tool:

  • Appcelerator CLI
  • Amplify

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8. Sencha Touch:

The Sencha Touch helps to accelerate the hardware techniques. If you are looking for inbuilt Cordova integrations, then the Sencha touch cross-platform application works best.

Sencha(Source: i95Dev)

Features:

  • It is famous to develop built-in native-looking themes for many, major platforms like Blackberry, iOS, Android, windows phone, etc.
  • It supports Cordova integration for the Native API access including the packaging.
  • It provides code compatibility between old and new ones.
  • It comes with 50+ built-in UI widgets. It also has several collections of rich UI like Forms, Menus, carousels, and toolbars, etc., that are specifically developed for mobile platforms.

Benefits:

  • It consists of more than 50 in-built and customized UI designs along with a rich UI collection.
  • It supports Cordova integrations, which makes it a lot easier to access the native APIs including the packaging.
  • It provides an impressive backend data package

Challenges:

  • The API designed with Sencha Touch does not give access to the contact, camera, and accelerometer of the device
  • It doesn’t allow push notification

Developer’s tools:

  • App Inspector for Sencha

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9. Corona SDK:

If you want to develop immaculate two-dimensional mobile applications for various leading platforms, then Corona SDK is the right choice. It is an open-source- cross-platform application framework that renders 10X faster mobile games and better application development services.

Corona SDK(Source: Arpatech)

Features:

  • It is a multi-faceted and lightweight programming language LUA.
  • It is used to develop gaming applications for various platforms like desktop, connected TV, iPad, etc.

Benefits:

  • It offers several plugins for media, analytics, in-app advertising, and several other things.
  • The developers can see the code changes in real-time as the cross-platform app framework responds to instant changes.
  • As it is based on the programming language LUA, it makes the framework more powerful and fast.

Challenges:

  • As it uses the Programming language LUA, which is a scripting language, for which you won’t be writing the native language
  • You won’t get the facility to use advanced and luxury technology

Developer’s Tool:

  • Xcode
  • Android Studio Project

Native Script:

Native Script is an amazing free Cross- platform Framework, which is based on JavaScript. It will not be wrong to say that NativeScript is a preferable choice for many developers who want a WORA functionality.

Features:

  • NativeScript offers accessible, beautiful, and platform-native UI, and without the web views. Developers are required to define once and this let’s the NativeScript runs everywhere
  • The NativeScript developers get complete web resources which come with loaded Plugins for every kind of solution.

Benefits:

  • NativeScript developers can write the platform based APIs in JavaScript only.
  • It supports components like AndroidArsenal, Cocoapods and calls these native methods from libraries.
  • It comes with all types of Plugins that eliminates the use of any third-party Plugins
  • It is a beautiful platform Native UI that can be accessed without the web views.

Challenges:

  • The NativeScript apps are larger than native apps
  • It has some buggy open source Plugins

Developer’s Tools:

  • CLI NativeScript

FAQ:

1. What frameworks are used for cross-platform development?
There are several frameworks used for cross-platform web development. Some of the popular cross platform frameworks are :

  • React Native
  • Flutter
  • Xamarin
  • Ionic
  • PhoneGap

2. How does a cross platform framework work?
A cross-platform framework helps to develop apps that are more compatible with major OS: iOS, android, windows, MacOS and windows. It is an alternative to many native app developments.  It uses one app code for different platforms.

3. How does a business benefit through cross- platform app development?
A business can benefits through cross platform app development in any ways such as:

  • Save lots of time and money
  • It provides high security and authentication
  • Cross platform allows automatic update

4. What the challenges are of cross platform application development?
The major challenge faced by developing a multi-platform application development framework is “how to manage the codebase”. As each platform needs a unique code, which means separate development and extra time required for each platform.

I’ve worked with the team at Andolasoft on multiple websites. They are professional, responsive, & easy to work with. I’ve had great experiences & would recommend their services to anyone.

Ruthie Miller, Sr. Mktg. Specialist

Salesforce, Houston, Texas

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Conclusion:

The above-mentioned list defines the top cross-platform application frameworks, which play a vital role in redefining your app development process.

I think now it will lot easier for you to choose the right platform for your application development after knowing the top ten cross-platform frameworks features.

You can seek the help of an expert mobile application development company, like Andolasoft. We hold 13 years of experience in application development. Our dedicated developers work effortlessly to provide a better cross-platform application that will fulfill all your requirements. If you are planning to develop a cross-platform mobile application for your business or you have ideas, then feel free to discuss them with us. We are here to help you with your quires.

Share your comments below if you have more information on cross-platform application frameworks.

What Is NodeJS and It’s Benefits for Business Applications

NodeJS is an open source, server-side script. JavaScript provides several engines and spider monkey which is known as the first JavaScript engine.

It was developed by Netscape. Later, several other engines were built. Internet explorer’s engine is chakra. After a few years chrome has developed the V8 engine that runs on the top of Google Open Source scripting engine V8. It’s very fast, lightweight and efficient.

With NodeJS the asynchronous mode of operation is performed, that provides event driven Output/Input. It uses the threads for every process and it is a cross-platform JavaScript that runs on time and executes the Javascript code used to run the server.

Many top organizations like Paypal, Microsoft, Yahoo, IBM and LinkedIn use this technology for their back-end. It is because of the four business beliefs- productivity, Cost-effective, scalability and innovation.

Also this framework boasts the largest package manager in the web application industry. It makes the module addition process much easier.

Why NodeJS?

Node.js uses JavaScript to develop server side applications or you can also use other languages to compile with Node js JavaScript (like typescript). JavaScript is written in the same way as we are using in any client-side application.

If you want to develop an application using Node, You need to set up the node development environment.

Node.js is the greatest tool to build real-time web applications and rest API’s.  By using the cross Platform Application you can easily run it on any web. So you don’t require anything extra to run the node application.

NodeJS-Microservice-pattern(Source: Procoders.tech)

The impressive benefits of Node.js will provide many benefits in developing the business applications.

According to a survey done on the Node.js users 43% of this Node.js architecture has claimed to use Node.js for enterprise apps. Because they are easy, scalable, light and an open-source language platform. This makes it very easy to develop the apps even at the enterprise level.

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How does NodeJS work?

While Talking about NodeJS, We can run applications everywhere not only in browsers. When JavaScript came it was only for web browser. But now we want to run JavaScript on websites, web browser, desktop, mobile application and on a server also.

To know how NodeJS works we have to know how a web server works.

When talking about web servers, whenever you receive a request from the client for data (the client might be for a web or mobile application), the server might process the data from a database, or through another server or through any file system as per the client request and get back with the data set for the client.

Server

Now we know how Web servers work. Let’s know how other languages work for Web servers. Like Java, PHP etc.

Java is defined as the programming languages that are used to create web applications. If you want to run java as a Web Server, then it uses the Tomcat server. With Tomcat you can manage multiple threads. By Default Tomcat servers provide 200 threads. When a client sends a request, tomcat will identify it and assign a thread to it.

Tomcat Server

But for NodeJS we don’t have multiple threads as we are using JavaScript. To achieve that NodeJS uses two concepts.

1. Non-blocking I/O

2. Asynchronous

Let’s discuss about what is Non-blocking I/O

In the Non- blocking I/O, a single thread helps to assign the task with another service. The same will be available for another task.

NodeJS uses a library called libuv which is built for NodeJS. It provides the concept of non-blocking I/O. It is built in C language which uses the system kernel and kernel has multiple threads.

Using the NodeJS features, our developer doesn’t use multi thread but at the back libuv does implement multiple threads.

NPM (Node Package Manager)

NodeJS is pretty much popular for the Non-blocking I/O and its packages (NPM). Being a developer when you build an application it needs some extra libraries and dependencies.

In order to avoid writing the same code blocks and features millions of developers are developing the packages, you need to install these packages in your application.

Web Vitals NPM consists of these packages and we can simply install these packages into our applications.

Node Modules

Node module is a block of code which can be used again in any NodeJS component without impacting any other NodeJS component. The modules in NodeJS work independently without impacting the existence of any other functions.

According To stack overflow Developer survey

Node module is a block of code which can be used again in any node.js component without impacting any other node.js component.  The modules that are used in the node.js will work very independently, without putting any impact on the other function.

According To stack overflow Developer survey,

The measurement of the user’s capacity to write code in a particular framework or language is the learning curve. It explains web app developers’ fluency in tools and syntax.

When a developer is acquainted with JavaScript, it becomes very easy to learn Node.JS. It has held its position in the list of the most popular frameworks with a score of 49%.

Frameworks of NodeJS

NodeJS introduces a number of frameworks. Some popular frameworks are: –

  • Express.js – Express for Everyone
  • Koa.js – Next Generation Node.js Framework
  • Meteor.js – One Application , One Language
  • Nest.js – A Nestling of Code
  • Sails.js – Modernizes Data-Oriented MVC Framework
  • Total.js – A Complete Framework
  • Hapi.js – Secure than Ever
  • Feather.js – F for Flexible
  • Loopback.js – Better Connectivity
  • Adonis.js – The Dependable Framework
  • Derby.js – The Racer

Let’s Start with NodeJS

Usually, every NodeJS project needs a package.json file. This describes that all the packages need to be included in the project along with the project name, author and description.

To create a package.json file the command is:-

[code language=”css”]
npm init # This will trigger the initialization

npm init –yes # This will trigger automatically populated initialization.
[/code]

After providing this command it will ask for some detail project’s name, initial version, descriptions,  entry point (meaning the project’s main file) etc.

To install a package or module to our project

[code language=”css”]
npm install <module>
[/code]

The module can include any package that are required for the project, such as

[code language=”css”]
npm install express
[/code]

To install the module globally

[code language=”css”]
npm install <module> –save-dev # Where <module> is the name of the module you want to install
[/code]

When we think of any programming language, we think of how we can run Hello World!

Let’s try this:-

The entry point defined on the package.json file will create the same file inside our project. Like: – index.js

[code language=”css”]
const express = require(‘express’)

const app = express()

const port = 3000

app.get(‘/’, (req, res) => {

res.send(‘Hello World!’)

})

app.listen(port, () => {

console.log(`Example app listening at http://localhost:${port}`)

})
[/code]

Run the app with the following command:

[code language=”css”]
$ node app.js
[/code]

Then, load http://localhost:3000/ in a browser to see the output.

Nodejs

I’ve worked with the team at AndolaSoft on multiple websites. They are professional, responsive, & easy to work with. I’ve had great experiences & would recommend their services to anyone.

Ruthie Miller, Sr. Mktg. Specialist

Salesforce, Houston, Texas

LEARN MORE

Conclusion:

NodeJS plays an important role in developing scalable & high performing web applications. Lots of benefits and use cases provide much effectiveness in developing the application.

NodeJS is effective to develop an application that utilities the ability to run JavaScript both on the client and from the server side. Node.js is the most versatile JavaScript run-time environment which executes the JavaScript code outside of the browser.

At Andolasoft our nodejs developers love exploiting NodeJS regularly and that’s helps us to work with companies over the globes. We’d love to talk with you about your project plan whether it is a good fit for your next mobile development project.

Happy coding 🙂

FAQ:

1. What is NodeJS and how does it work?

Node JS means the server side Java Scripting that is based on Google’s V8 script. It is mostly for the event driven and non-blocking servers.

2. What are some of the features of NodeJS?

Node JS is most scalable, it uses Java as the scripting language. This enables a single thread access rather than different and diverse threads.

3. What sort of applications can be built with NodeJS application?

All types of application can be develop with NodeJS

Below applications can develop with NodeJS

  • Social Media applications
  • Project management applications
  • Discussion platforms
  • Live stream video applications
  • Gaming applications
  • IoT applications and devices

4. Which database to use for NodeJS?

Database like MySQL, MongoDB can be used for NodeJS application development.

5. What are the benefits of using NodeJS?

Here are some benefits of NodeJS

  • It is really fast
  • It usually doesn’t block
  • It has a unified programming language and data type
  • Asynchronous makes it easy
  • Code sharing and reuse
  • Availability of many free tools
  • It has great concurrency