What Web Designers Do
Web designers are the beauticians of the Web. Their job is to make websites look beautiful. This requires a certain set of skills in both graphics and coding. Skills a web designer should learn to master include:

• HTML: Every website designer should learn HTML. It's the basic building blocks of website design.
• CSS: Cascading Style Sheets include the design elements that are typically interpreted by Web browsers. A good website designer will be very familiar with CSS and how it interacts with HTML.
• JavaScript: You can do some cool things with JavaScript. Every website designer should have a basic familiarity with JavaScript.
• Content Management Systems (CMSs): Some designers work exclusively with CMSs. At the very least, you should be familiar with WordPress, Joomla, and Drupal. More and more, I see small business web site designers working with Wix, Weebly, and Squarespace.
• Photoshop: If you're going to work with graphics, and every designer works with graphics, then you should learn to manipulate those graphics using a photo editing software. While there are others on the market, Photoshop is easily recognized as the most superior.

These are the minimum skills. More advanced designers may work with PHP, more obscure CMSs, and use other tools like plugins, templates, and ready-made scripts to make websites function the way they want them to.

What Web Developers Do
Web developers are much more interested in what is under the hood of a website. While website designers are more like auto manufacturers who work on bringing the latest innovation in sportiness to the auto world, web developers are more like the engineers who work on making cars more fuel efficient or mechanically sound. Typically, website developers are more interested in the functionality of a website and get into programming languages ​​and how they affect the total design and functionality of a site.

Web developers work with programming languages ​​like:

• PHP
• ASP
• Python
• Ruby on Rails
• HTML and CSS
• AJAX
• and mark-up languages ​​like XHTML

While a designer will be interested in how a user interfaces with a website, the website developer is more interested in whether the website works the way it should.

Many website designers also work as online marketing strategy . Some specialize in one or the other. As a small business owner, you should be familiar with these terms so you know who to call on when you have a problem to fix.

An Introduction to JSON and NodeJS
For those who are new to application development, older technologies such as PHP and SQL were used to create web based applications based on databases and these were confirmed by a lack of scalability, and often needed a complete redevelopment in order to expand the platform. The emergence of Javascript and associated libraries and frameworks has meant that as software applications have become more data intensive and real time updates have occurred then technologies have been developed to allow for the increase of the use of these technologies.

What is JSON
JSON is a syntax (or method) for storing and exchanging data; and the data is written as text strings with Javascript Object Notation (JSON). It is easily read and distributed through different client side and server side application interfaces and this means that it is useable across a number of different programming methods. JSON is a highly efficient way of storing information in a database due to its adaptability.

Why Use NodeJS with JSON?
NodeJS is used with MongoDB in order to create a web standards architecture or RESTful API; NodeJS is a lightweight framework that handles parsing of information between the client side and the server, and ReactNative can be layered on top of NodeJS in order to create the user interface. NodeJS handles a lot of questions and handles them in a very fast way, which makes its ideal for mobile application development. A RESTful application programming interface is a method for handling HTTP requests and updating databases. JSON and NodeJS are very efficient ways to handle AJAX type requests.

Type of Mobile Applications Used with React Native and Associated Technologies
Front end developers used to be limited in creating applications as they were traditionally only able to handle writing coding for the client side of the program. JSON, NodeJS and MongoDB have such ease of use and extend the knowledge of JavaScript which has traditionally been a front end development language. With the advent of the use of cloud based computing and ubiquitous internet, the legacy days of hosting large databases in local servers and having system administrators deal with all of the server languages ​​and maintenance such as SQL, Oracle, PHP and other associated older style technologies , front end developers have taken the use of their own technologies and are now configuring applications to work with web based and cloud based remote servers. This means that small scale app development can happen faster and more easily than writing endless amounts of code and needing to understand server architecture and systems administration. Software development of the future is responsive, adaptive and dynamic, and large mobile and cloud based. JSON and NodeJS represent huge leaps in development that will make business and commerce platforms far more efficient.

The ecosystem of the front-end is constantly emerging and evolving and some tools are becoming immensely popular in the market for revolutionising the web development workflow. Undoubtedly, this ReactJS JavaScript library is one of them.

The big name like Facebook manages this library along with its super-efficient developer community. Moreover, other popular and leading firms like PayPal, Apple, Netflix (recent sensation) are using this framework. Let’s dig into the list of persuasive reasons and find out how this framework is changing the face of web development.

> Facilitates Maintenance and Boosts Productivity

Sometimes, any system update can become a major headache as any sudden change can affect the complex logic of the system and its working activities. To get rid of this problem, Facebook supplemented this JavaScript library with such an ability that can reuse the system components! Developers find it as an amazing feature.

All components have own set of logic that makes it easy to define, handle and manipulate. This approach makes sure that the application has consistent look along with facilitating the codebase maintenance.

> Easy Process to Write Components

JavaScript has an optional syntax extension JSX. With this extension, developers can easily write own components. Hence, devising custom components and high volume applications using this JSX become smoother. The subcomponent rendering becomes easier as well. Moreover, it accepts the HTML quoting. You can make the source simpler and cleaner with React.createElement. Conversion of HTML mockups to ReactElement trees becomes remarkably efficient using ReactJS.

> Stable Code

Sometimes, any change in the child structure can affect their parents. To avert this issue, ReactJS follows only the down data flow. While changing any particular object, developers can simply change the state and can make the necessary changes. In this way, only that particular components would get updated and the data binding structure would make sure consistent app performance and code stability.

> Virtual DOM

Most of the latest engines and platforms suffer from an annoying bottleneck issue. To deal with it, Facebook introduced the concept of Virtual DOM. This virtual representation of the DOM (document object model) makes sure that any change first leaves an effect on it and then it gets reflected on the real DOM tree. It makes sure that the entire process consumes the least time. Moreover, this process guarantees better app performance and enhanced user experience.

> Strong Community Support

The engineering team of big fortune names like Facebook. Instagram is working behind ReactJS. Moreover, this JavaScript library has external support. For instance, the GitHub repository of React has almost more than 1100 contributors. The users can ask their queries on Reactiflux Chart, Stack Overflow, Freenode IRC etc. and with the help of this big community support, they can easily get the solutions.

Other than all the above-mentioned points, ReactJS offers some excellent design and debugging toolset that is very helpful to the developers. Moreover, it comes with a bunch of inbuilt SEO facilities. This framework is not only easy to work but also easy to learn.

So, when you are working on the single page application and looking for rapid development, ReactJS is definitely worthy of your time and attention.

In computing, a web application is a client-server computer program in which the client (including the user interface and client-side logic) runs in a web browser. Common web apps include webmail, online retail sales, online auctions, instant messaging services and many other functions. The general distinction between a dynamic web page of any kind and a web application is unclear. Web sites most likely to be referred to as web applications are those which have similar functionality to a desktop software application, or to a mobile app. Single page application are more application- like because they reject the more typical web paradigm of moving between distinct pages with different URLs.

Technologies

There are two main categories of coding, scripting and programming for creating Web Applications:

I. Client Side Scripting / Coding – Client Side Scripting is the type of code that is executed or interpreted by browsers.

Client Side Scripting is generally viewable by any visitor to a site (from the view menu click on "View Source" to view the source code).

Below are some common Client Side Scripting technologies:

1) HTML (Hypertext Markup Language)

2) CSS (Cascading Style Sheets)

3) JavaScript

4) Ajax (Asynchronous JavaScript and XML)

5) jQuery (JavaScript Framework Library – commonly used in Ajax development)

6) Moo Tools (JavaScript Framework Library – commonly used in Ajax

7) Dojo Tool-kit (JavaScript Framework Library – commonly used in Ajax development)

II. Server Side Scripting / Coding – Server Side Scripting is the type of code that is executed or interpreted by the web server.

Server Side Scripting is not viewable or accessible by any visitor or general public.

Below are the common Server Side Scripting technologies:

1) PHP (very common Server – Linux / Unix based Open

Source – free redistribution, usually combines with MySQL database)

2) Zend Framework (PHP's Object Oriented Web Application Framework) ASP (Microsoft Web Server (IIS) Scripting language)

3) ASP.NET (Microsoft's Web Application Framework – successor of ASP) Ruby on Rails (Ruby programming's Web Application Framework – free redistribution)

4) Perl

5) Python

Advantages of web application development:

1) Web apps are developed with programming languages ​​such as HTML and CSS, which are well known among IT professionals.

2) These apps run on the device's own web browser through a simple URL.

3) They may also open websites. This means that they do not require to be updated in the way common apps do. In this sense, it's the website to which the application is linked that will be updated.

4) On the other hand, a web app's development time is lower. Here its lower price.

Disadvantages of web application development:

1) An Internet connection will be an absolute must to run it. Otherwise, you will not be able to browse the website and the web app will be of no use to you.

2) It will also lose visibility as it will not be on display in the stores.

3) In addition, there will be some access restrictions as to certain hardware features of the device it's running on.

The world of front-end development has changed quite a bit of the past few years. When I was in college, I did not even know what a compiler was, let alone how useful they were. I wrote in plain ol 'CSS instead of using pre-processing languages ​​like SASS or LESS. Rathermore, I did not even know enough about JavaScript to know that there were frameworks out there.

Fast forward to present time, and I could not imagine my life without Koala. I actually had to write plain CSS for a quick project a little while ago, and it was the most painful experience ever. It was a grim reminder of what life would be like without a pre-processor. As for JavaScript, with performance ever on the brain, you would have to be crazy not to compile your scripts down to one, and minify that. That's just easy bandwidth to save. To do both of these things, you need a compiler.

There are quite a bit of compilers out there in the world, some are command line, and some have a GUI. Personally, command line compilers can be a little annoying to get up and going, as you have to learn commands. If I can find a good program with a GUI, I'm going to use it, for sure. The more visual approach is a welcome site when you are trying to focus on larger problems, like your project that the program is supposed to be helping you create. Although, it does look cool typing commands into a command prompt, I'm not gonna lie.

Enter Koala.

Koala is a great compiler with a very easy to use GUI. It can do quite a few things for you including: compile SASS / LESS, compile Compass, compile CoffeeScript, compile and minify Javascript.

Getting it set up is a breeze. Once the app opens, you can easily tell it what folder to watch. After that, it automatically detects all of the valid files that it knows how to compile. Simply click on one of those files, and a set of options opens up.

For instance, let's take a SASS file. Whenever you click on a SASS file, you get quite a few options. The most convenient one would have to be auto compile; this option makes sure your compiled SASS stays up to date after every save. You can also choose to generate a source map along with the compiled CSS for easy debugging. Autoprefix is ​​a life saver; one little checkbox and you never have to worry about prefixing a bunch of CSS properites. Lastly, you can choose to minify the compiled CSS, which is always helpful.

There are not as many options with JavaScript, including minimizing the script, which is useful. Other than that, you can use special comment code within the script itself to tell Koala to pull in other scripts. It's pretty nifty for combining all of your scripts into a single export. The only downside of the JavaScript compilation is it does not really play nice with frameworks, such as Angular.

In the end, I feel that Koala is a great app that can get you and your project up and running very quickly. All you have to do is install and run the program, tell it where the source files are, and you are off to the races. It's hard to beat that simplicity.

When Node.js arrived in the market, it was quickly adopted by a vast community of individual developers and large-scale companies for being a viable development technology. It is because of the fact that it allowed server-side implementation of JavaScript. Node.js gain a big boost to the development of mobile and web applications.

Earlier developers had to continuously switch links between JavaScript and a server language like PHP. It caused a lot of hassle since similar functions had different names in JavaScript and PHP. Node.js put an end to this by offering a platform to use JavaScript everywhere. Since then, a lot of Node.js frameworks like Sails.js, Geddy.js, Total.js and others were developed and released in the market. Although these frameworks are very useful, they lack some modern features as well as learning resources.

Here, Meteor.js framework was born which fulfilled much of the requirements of modern developers. Meero.js not only provides advanced features but also has good documentation and learning resources.

At present, Meteor.js is a robust and full-stack JavaScript platform for developing real-time web and mobile applications. It is built on top of Node.js and is written in JavaScript. MEAN.js and MEAN.io are also quite powerful but they are not better than Meteor.js and we will outline some reasons about why it is so. So let us take a look at 7 striking features of Meteor.js.

1) Full-Stack Solution:

MEAN stack is just an instance of using a combination of technologies (MongoDB, Angular.js, Express.js and Node.js) and it can not be called a framework. When using MEAN stack, developers are required to perform synchronization between Node.js and MongoDB as well as between Express.js and Angular.js.

On the other hand, Meteor offers a full-stack solution for developing and deploying web applications. Meteor comes bundled with multiple built-in features, such as reactive templates, automatic CSS and JS minification on the production server and hot code reload. Its cloud platform, Galaxy, is quite powerful for deploying, scaling and monitoring client applications. It also offers useful client-side technologies, including templates, helpers and events.

2) Development Ecosystem:

Meteor.js is more than a JavaScript development framework. It is an open-source Isomorphic Development Ecosystem (IDevE). Meteor.js allows building real-time web applications from scratch. It contains all the necessary front-end and back-end components (such as frameworks, libraries, configuration tools, databases and more) that assist developers through the entire app development lifecycle, right from setup and development to deployment.

3) Isomorphic JavaScript Code:

Meteor allows using the same code on the front-end and the back-end as well as for mobile and web applications. It advances developers from requiring to install and configure different libraries, module managers, APIs, drivers and more.

Moreover, with Meteor, developers can leverage the power of JavaScript while reducing code length and complexity. This saves a lot of production time of developers as they do not need to perform context switching between server language and JavaScript.

4) Front-end Solution:

Meteor offers Blaze.js, a front-end development framework. Although, it is not an advanced framework, it offers some good features. But, Meteor also integrates with popular modern front-end frameworks like Backbone.js in order to yield better results.

Meteor offers isomorphic APIs that communicate between front-end and back-end. This allows developers to handle client-server management and server-session management with ease. Data communication between client and server happens automatically without having to write any boilerplate code.

5) Database Integration:

One of the disadvantages of Meteor.js is that it supports only MongoDB as of now. So, you can not use Meteor if you need to include NoSQL database support for your applications. But, the Meteor ecosystem offers MongoDB database as well as a front-end representation of MongoDB called Minimongo, which is written entirely in JavaScript. Meteor has a Mongo API which seamlessly integrates MongoDB on the back-end and Minimongo on the front-end. This result in faster page updates and page updates thus moderating latency.

6) Live Reload:

Another prominent feature of Meteor.js is its integrated live-browser linking. Whenever there are any development changes to make on the front-end, it automatically relays the live web page. Live relating also allows only refreshing the required DOM elements on the web page without making an entitle page to reload in spite of any dependent changes to data on the back-end or front-end.

7) Custom Package Manager:

One can use NPM modules (98,000+ modules) with Meteor but it has also obtained its own Custom Package Manager which features the necessary NPM functionalities and some additional functionalities. Meteor's official repository of Meteor packages named as atmosphere.js features more than 2,600 smart packs.

Meteor has a built-in package to handle pre-processing and custom user authentication for Email, Facebook, Twitter, Google and more. Moreover, it also comes with requisite packages for popular frameworks like backbone.js, Bootstrap and jQuery.

Conclusion:

With so many exciting features in its kitty, Meteor.js is soon to become an ideal JavaScript development platform. Moreover, it is backed and financed by a vast community of developers who are committed to improve the Meteor functionality and features for optimizing its performance. Along with it you can also find different sites online which provides you platform to learn Meteor.js.

Although its server-side runs on top of Node.js, it uses a synchronous style coding. It uses Fibers JavaScript library to avoid asynchronous call back style which is central to Node.js. This results in a simple-to-read code structure and a linear execution model which is quite suitable for the server code in a Meteor application.

Mobile development with Meteorjs offers support for apps through Cordova phonegap integration. You can easily develop and deploy Android and iOS apps.

To sum up, the Meteor ecosystem has an isomorphic API (application programming interface) which links together the components within the Meteor ecosystem as well as integrations with third-party packages, tools and managers. Moreover, you have a choice to deploy Meteor apps using Meteor or any other service provider. You can also deploy your Meteor apps to your own server as well.

Once an HTML canvas tag has been added to your webpage you will need to define its size and context, which can only be done in JavaScript. Resizing the canvas is important for obvious reasons: It has to be big enough to provide sufficient space for your game or animation that you want to run inside the canvas. A less obvious characteristic of the canvas is the context. In this article, I will explain a bit more about the context, why we need it and finally how you can set the canvas size and context in JavaScript for a 2D browser game.

The Rendering Context for Your HTML5 Browser Game

If you search for definitions online of rendering context you will get very technical explanations. Moreover, it usually depends on the API that you are working with. Since we are working with the canvas we are using the HTML5 Canvas API for JavaScript. In this sense, the rendering context contains all the information to render a renderable object. It also includes paths to the object and any other request parameters. I think it's best if I give you a simple example in JavaScript: context.fillRect (). If we have defined the context as 2D, we can then use the aforementioned method on the context to draw a rectangle on the canvas. This is only possible if we have set the context. For a complete list of all methods you should consult the official specifications page from Mozilla.

How to Set the Canvas Size and Context in JavaScript

Now that we know a bit more about the rendering context and understand why we need it, we can finally write the code. Writing the code is always the easiest part once you understand the big picture. Let's start by setting the width and height of the canvas. For a regular game screen that fits into most desktop browsers I use a width of 800 pixels and a height of 480 pixels. Later on we can add an options menu to change the size but when developing this is my favorite size. To do this, you first need to save the HTML canvas element in a JavaScript variable that I suggest you name canvas, too. Now you can set the width as follows: canvas.width = 800. The same way you can set the height to 480. If you refresh your browser window you will now see the canvas has changed the size. Setting the context to 2D requires only the following single line of code: ctx = canvas.setContext ("2D"). As you noticed, I use the variable ctx instead of context. I do this because I prefer shorter variable names.

Joomla websites can be slow, especially if you have a lot of extensions installed. Slow page speeds drive customers away from your website. Sincemore, since Google might consider page speed in its ranking, it's more important than ever to have fast page speeds. JCH Optimize, a plugin for Joomla, is a fast, free, and easy way to speed up your site immediately.

A client called me and asked it I could optimize his site for speed. I checked out his site and found that it seemed to load pretty fast, or as least as fast as the dozens of different sites I visit every week. But to get a more quantitative measure of the site speed, I installed Google Page Speed ​​and tested his site. The site speed score was 75. Then I tested my site and the page speed was 67. Speed ​​scores are like grading curves and 67 is failing.

Two of the largest speed drains on my site were multiple CSS files and Javascript files. Since almost every Joomla extension comes with it's own style sheet and javascript, the more extensions you have, the more of a speed drain on your site.

After some quick research, I found JCH Optimize, a Joomla plugin which purpose is to speed up your site. Once I installed and configured JCH Optimize, my page speed rank went immediately from 67 to 78, an 11 point improvement. A 78 puts brings my site up to a passing grade. Certainly not the fastest site, but not the slow either.

In fact, I did some page speed tests on other high-profile sites and after that I felt more comfortable with my improved page speed.

Note: All page speed scores are for the home page only. Often, sub pages are much faster since they do not have as much media and images as the home page.

• wittenowdesign.com – 78
• Apple.com – 68
• Joomla.org – 74
• Macworld.com – 71
• Microsoft.com – 79
• nytimes.com – 64

Keep in mind that the more information you have on a page, the lower your page speed. Add movies, flash, AJAX, and lots of nice images, and your page speed will go down. Also, database driven websites like Joomla and WordPress are inherently slower that static web pages.

JCH Optimize speeds up your site by doing the following:

• Minimizes css and javascript. This means it removes all line ends and comments.
• Combines css files into one file.
• Combines javascript files into one file.
• Gzips the combined css files.
• Gzips the combined javascript files.
• In addition, it can minimize all of your html output, but I did not use this feature.

JCH is easy to configure, and you can choose to turn on only some of the features. In fact, you might have to exclude some Joomla components or individual javascript files from JCH Optimize because minimizing and combining of the files may create conflicts that break your javascript functions.

For example, I had to exclude AllVideos Reloaded because the javascript optimization made it so my YouTube movies did not play in Internet Explorer 8 (no big surprise since Internet Explorer is the most troublesome and buggy of all the browsers).

There are some negative effects caused by JCH optimize , but if you know about them, you can work around the issues. When JCH Optimize is turned on, any edits you make to javascript or css files are not immediately recognized. As a result, I recommend that you use JCH Optimize only after all of your development work is done. If you need to make configurations to a javascript or css file, first turn off JCH and then make your changes. Once you are done with your changes, you can turn JCH back on.

I highly recommend this plugin if you want to instantly speed up your Joomla Website . Thanks to the developer of this GREAT plugin: Samuel Marshall.

Internet marketing plays a big role in online businesses. In relation to that, it is believed that successful internet marketing is backed up by great web development strategies. Yes, if you are planning to have or you already have an online business then you would want to utilize internet marketing as one of your tools and know more about web development to fully attain success.

Web development can be split into many areas and a typical and basic web development hierarchy might consist of Ajax, Flash, JavaScript, Microsoft Silverlight, and HTML and CSS3.

The first area to discuss is the Ajax. It is used to create an interactive web application which is a group of interrelated web development techniques used on the client-side. It can retrieve data from the server asynchronously in the background without interfering with the display and behavior of the existing page. The techniques of this type have led to an increase in interactive or dynamic interfaces on web pages. Using the XMLHttpRequest object, data is usually retrieved. The use of XML is not actually required, nor do the requests need to be asynchronous since the name.

Ajax is a group of technologies like DHTML and LAMP. A combination of HTML and CSS to mark up and style information is used by Ajax. With the use of the JavaScript, DOM is accessed to dynamically display the information presented. It also allowed the user to interact with the information. A method for exchanging data asynchronously between browser and server to avoid full page links is provided by the JavaScript and the XMLHttpRequest.

Flash Adobe Flash Player adds animation, video, and interactivity to Web pages. Advertisements and games are presented by the use of Flash. It has been positioned as a tool for Rich Internet Applications or RIAs. To provide animation of text, drawings, and still images, Flash manipulates vector and raster graphics. The Flash supports bidirectional streaming of audio and video, and it can capture user input via mouse, keyboard, microphone, and camera. An Object-oriented language called ActionScript is contained in Flash.

JavaScript is formerly called ECMAScript and it is a ubiquitous client side platform for creating and delivering rich Web applications that can also run across a wide variety of devices. It is typically used to enable programmatic access to computational objects within a host environment. The JavaScript is primarily used in the form of client-side JavaScript, implemented as part of a web browser in order to provide enhanced user interfaces and dynamic websites. It is significant in its use in applications outside web pages.

Microsoft Silverlight integrates multimedia, graphics animation and interactivity into a single runtime environment. The later versionsrought additional interaction features and support for CLI languages ​​and development tools. The features are also similar to the Adobe Flash. Multiple web browsers used on Microsoft Windows and Mac OS X operating system are compatible with Microsoft Silverlight. It provides a retained mode graphics system similar to Windows Presentation Foundation.

HTML5 and CSS3 are the latest proposed standard combined with the latest proposed standard for CSS natively supports much of the client functionality provided by other frameworks such as Flash and Silverlight.

Due to the similarity in the names, many people confuse Reactjs with React Native. In the year 2011, tech-giant like Facebook released this Reactjs library that showed a new way to speed up JavaScript and to make web pages responsive and dynamic. Once the team made this JavaScript library open sourced, they released a fine-tuned framework React Native. Read on to know the major differences between these two technologies.

In simpler words, when developers are working on large web applications, to create the user-interface, they use Reactjs JavaScript library. On the contrary, React Native is such a framework that consists of multiple native libraries that help to build native mobile applications. So, this is easily understandable that ReactJS helps in web development and the React Native framework helps in mobile application development.

This was a basic difference. However, read on to know the other subtle differences depending on the approach of doing the same task.

> Navigation

While talking about navigation, even though React Native and React JS take different approaches, the outcome is almost neck-to-neck. For seamless navigation, the React Native framework uses an inbuilt library part called Navigator. This Navigator works as an alternative to the react-router, which helps in navigation for the web pages built using ReactJS.

Both help to handle the transitions between different scenes in an effective way. NavigatorExperimental is one of the exceptionally advanced components that can make your work easier. However, most of the developers prefer to stick to the Navigator most of the time till date.

> Animation

React Native is so advanced that its inbuilt libraries are capable of taking care of most of the tasks on their own. Developers do not need to rely on other libraries. The Animation is one such aspect. If you are a newbie to work on this framework, initially, you may find it a bit difficult. But, once you get to learn things, you will agree to the point that the final outcome is far better than the CSS or other JavaScript libraries used by Reactjs. Even interacting with diverse user gestures becomes easier with this Native framework.

> Overheads

See, if you are using the JavaScript library, writing only a single piece of code is enough. Why? It is because the written code will run everywhere. Hence, using this library is time-efficient as developers do not have to write platform-specific codes. On the other hand, while using the React Native framework, developers need to come up with some platform-specific codes which is a bit time-consuming. However, this is only applicable if you want to reach different types of platforms.

Well, the main purpose of this article is to let others know these two are different technologies and they work in completely different domains. Hence, comparing these two is never a great idea. Both are effective in their own domains. However, both technologies are trending a lot in today’s market. If you are looking forward to work with these technologies, contact a trusted and professional web development firm that can guide you well.