#react native internal rendering

[associative07]

Accelerating Mobile App Development With React Native: A Guide By Associative

In today’s digital age, mobile applications have become an indispensable tool for businesses to engage with their customers and streamline internal processes. With the ever-evolving landscape of mobile technology, developers are constantly seeking efficient and versatile frameworks to build robust and dynamic applications. Among the myriad of options available, React Native stands out as a powerful and popular choice, offering a seamless development experience for building cross-platform mobile applications.

Associative, a leading software development and consulting company based in Pune, India, specializes in leveraging cutting-edge technologies to deliver innovative solutions to clients worldwide. With a focus on excellence and client satisfaction, Associative has established itself as a trusted partner for businesses seeking to harness the potential of mobile app development. In this article, we explore the benefits and capabilities of React Native, as well as how Associative harnesses this technology to accelerate the development process and deliver exceptional results.

The Power Of React Native

React Native, developed by Facebook, is an open-source framework that enables developers to build native mobile applications using JavaScript and React. By leveraging a single codebase, React Native allows developers to simultaneously target multiple platforms, including iOS and Android, reducing development time and cost significantly. With its declarative and component-based architecture, React Native fosters a streamlined development workflow, enabling developers to create highly performant and visually stunning applications.

One of the key advantages of React Native is its ability to offer a truly native user experience. By rendering components using native APIs, React Native ensures that applications have the look, feel, and performance of a native app, without compromising on functionality or user experience. This seamless integration with native components allows developers to access platform-specific features and functionalities, such as GPS, camera, and push notifications, with ease, providing users with a cohesive and intuitive experience across devices.

Accelerating Development With Associative

At Associative, we understand the importance of delivering high-quality mobile applications in a timely and cost-effective manner. Leveraging our expertise in React Native development, we help businesses accelerate their app development initiatives, enabling them to reach their target audience quickly and efficiently.

Our approach to React Native development is rooted in collaboration and innovation. We work closely with our clients to understand their unique requirements and business objectives, allowing us to tailor our solutions to meet their specific needs. Whether it’s building a consumer-facing app, an enterprise application, or a mobile e-commerce platform, we leverage the power of React Native to deliver scalable, robust, and feature-rich solutions that drive business growth and enhance user engagement.

Key Features Of Our React Native Development Services

Customized Solutions: We offer end-to-end React Native development services, from concept ideation to app deployment and maintenance. Our team of experienced developers specializes in building custom solutions that align with our clients’ vision and goals.

Cross-Platform Compatibility: By leveraging React Native, we ensure that our applications are compatible with both iOS and Android platforms, enabling businesses to reach a broader audience and maximize their market potential.

Native Performance: Our developers leverage the native capabilities of each platform to ensure optimal performance and responsiveness, providing users with a seamless and immersive experience.

Agile Development Methodology: We follow an agile development methodology, allowing us to iterate quickly, respond to changing requirements, and deliver high-quality solutions within the stipulated timeframe.

Continuous Support and Maintenance: Our commitment to client satisfaction extends beyond the initial development phase. We provide ongoing support and maintenance services to ensure that our clients’ applications remain secure, up-to-date, and fully functional.

Conclusion

In conclusion, React Native offers a compelling solution for businesses looking to build cross-platform mobile applications that are both efficient and powerful. At Associative, we leverage our expertise in React Native development to deliver tailored solutions that drive business growth and exceed client expectations. By partnering with Associative, businesses can harness the full potential of React Native to accelerate their app development initiatives and stay ahead of the competition in today’s dynamic marketplace.

If you’re ready to embark on your mobile app development journey or looking to enhance your existing app with React Native, contact Associative today, and let us help you turn your vision into reality.

[fahrni]

Project Tapestry

Craig Hockenberry • Iconfactory

This post will explain the technology behind Project Tapestry and how we tested it as a prototype. We’ll keep this discussion at a fairly basic level: if you’re a web or app developer, you’ll have no problems following along.

And if you think I’m going to describe RSS feeds now, think again! We’ve come up with something completely new.

I’m excitedly looking forward to seeing the final product and I hope they make their stretch goal of bringing it to the Mac. 🤞🏼 Please, go read about Project Tapestry, and if you’re so inclined please support their effort. I backed them early, it was a no brainer for me.

I really wanted to talk about the choice the Iconfactory made to create a highly extensible platform for plugins. It’s a darned great idea! And I love their choice of pushing network requests through Project Tapestry itself as a way to guarantee plugins can’t phish out user data or credentials to exploit later. 👍🏼

As I was reading the post I came across Craig’s mention of the app having a sendRequest method used by the JavaScript code to make network requests. This grabbed my attention and made me realize this is a way better version of a React Native application.

What I mean by that is, React Native is hosted inside a native iOS application framework and uses native iOS controls on its view controllers or its version of a view controller. The JavaScript code drives everything from networking to user interface (it uses UIKit internally) to render content for the user to interact with. This allows developers to write their app using straight web technologies and run it on iOS and Android.

The project I’m currently involved in is an existing eight year old iOS application built with a mix of UIKit and SwiftUI. On the flip side the Android app of the same age is built using Java and Kotlin with a mix of the original XML based UI and modern Jetpack Compose. They’ve both taken very similar and not unexpected paths.

Enter React Native

Something our client wanted to do is integrate React Native into the existing applications. This has been done before by Airbnb and more recently by Shopify. Each with very different outcomes.

So all of that to say, ours has been successful, in my opinion. We’ve been able to fully integrate React Native and carve out a little set of API’s in the native application we expose to the React Native developers to do work the native application is already doing for them for free. Part of which is all the networking calls.

In the Tapestry blog post Craig points out sendRequest. It’s the call they use to handle requests to the internet for the JavaScript plugin. In our application we’ve exposed a makeRequest call that handles doing any type of network request; GET, POST, PUT, PATCH, or DELETE, and returns a Promise to the caller. Hey, sounds like the Tapestry code! 😄

I have it on my todo list to learn JavaScript. It’s been there for years and years because I knew I’d need it at some point. I really need it now. I can’t see React Native projects going away for the WillowTree team. They’re a very popular way for our clients to get cross platform code and get an iOS and Android app out the door simultaneously without having to spend time, money, and effort on two completely separate code bases.

Over the course of our integration work I’ve done a smidge of TypeScript code to allow other TypeScript devs on the team to make calls into the APIs we’ve exposed in the native application.

It’s been fun and I see a place for JavaScript/TypeScript in my native development world.

As for what Iconfactory is doing, I think it’s a much better version of what React Native does. It gives them the best of both worlds. A beautiful, hand crafted, fully native UI, that gives JavaScript developers the ability to extend the app. That’s a lovely thing. ❤️

[infowindtech09]

Top React Native Features: Enhancing Mobile App Development

In 2015, Facebook announced React Native, an open-source platform for developing mobile applications. It enables JavaScript cross-platform development by translating mobile apps for iOS and Android from a single framework. React Native is still in use across a wide variety of sectors and has become the go-to framework for creating many more well-known mobile applications. Undoubtedly, the React Native mobile app development framework offers a number of advantages that let companies access a global audience. Businesses of various sizes utilise it to create applications. In order to get satisfying outcomes, it is advisable to choose a mobile app development business with the necessary proficiency and familiarity with React Native and its associated technologies.

Top Features Of React Native Applications: React Native Development are of exceptionally high calibre. Because React Native has a quicker method, particularly when developing mobile applications, many users prefer it. It is very adaptable in terms of exchanging code. The majority of application development companies are concentrating on switching to React Native because of its scalability and user-friendliness. Let's now examine in detail some of React Native's main characteristics: 

Once You Write, You May Use It Wherever

React Native has gained popularity as a developer-friendly framework for a multitude of reasons. The React Native framework's ability to let you create code once and utilise it on multiple platforms—iOS, Windows, and Android—is one of the main justifications. You don't need to create code independently in this scenario, whether it's Swift for iOS, C for Windows, or Java for Android. All of these factors have made React Native a well-known native framework. This specific framework allows for the versatility of code use across several platforms. For this reason, it's thought that employing React Native in hybrid apps is a wise decision. 

User Interface-focused

One of the trickiest parts of developing a mobile application is designing the User Interface or UI. Because it concentrates on creating the app's user interface, React Native is a well-liked option. Once again, React Native is a rendering framework that is responsive. For this reason, the international development community consistently favours this specific paradigm. 

Language Used for Programming

The primary determinants of whether or not to engage expert React Native developers are the programming language and its flexibility. Developers have a preference for a web development framework that utilizes a popular and frequently used programming language. Programming language used most frequently with React Native is JavaScript. After HTML and CSS, JavaScript is third in terms of internet usage for programming languages. None of the developers, no matter how experienced, is unfamiliar with it as it is one of the fundamental programming languages. For this reason, using and comprehending React Native in practice is not at all challenging.

React Native's Business Advantages for Mobile App Development

React Native is an excellent option for app development for your company for many reasons. Selecting the appropriate technology from a wide range of possibilities is undoubtedly a complex undertaking. In these situations, React Native has emerged as one of the top development platforms for apps. Here are a few advantages of the React Native application.

Quicker Growth

React Native allows for speedier development as compared to alternative app development frameworks. Businesses need to take the method that will get them to market the quickest thus, this is crucial. Reduced human hours due to a short development time translate into significant financial savings.

The Hot Reloading Function

This feature allows the user to see real-time code updates on the device. It works well by just adding the revised code to the current application, which is the most excellent part. It doesn't even require a restart. Because of this, the user interface doesn't need to be reorganized, so you can stop worrying about your developers adjusting its components and designs.

Quicker Repetition

It is possible to iterate more rapidly, creating and testing changes more quickly, thanks to the hot reloading feature. Early on in the app's development process, it is simpler to identify flaws, which speeds up development.

Interactive User Interface

The bridge that React Native builds connects the native Java code to the user interface components. As the tool's user interface structure becomes more straightforward, it is simple to use. An intuitive user interface (UI) would interact with and engage users, increasing user retention and extending the app's screen time.

Produces Robust and Timely Applications

In the current age of rapid technological advancement, mobile applications must satisfy consumers' ever-increasing requirements. These applications need to be quick and responsive because of this. As is well known, react native developers offers improved frameworks in addition to making it possible to create cross-platform mobile applications. The development of mobile applications makes use of APIs that link to the operating system's native components, hence improving the app's performance.

Infowind Technologies thinks that the business knowledge of the modern digital environment can be revolutionized by their software. As the top mobile application and website development firm in India, we have strengthened all business types, including start-ups, small and medium-sized businesses, companies, and agencies. The well-designed solutions provided by our mobile app development company have helped our clients succeed by giving them a competitive edge.

[synsoft]

Top 3 reasons why React Js has a bright future

React.js, a JavaScript library for building user interfaces, has come a long way since its inception in 2013. Over the years, it has grown in popularity and has become a staple for many web developers. As the web evolves, so does React, and the future of React.js looks bright, with several exciting developments on the horizon.

But there are many core features that other frontend technologies like Angular also provide. Then, why in particular will React be more widely adopted in the future?

React has several factors that set it apart and make it a popular choice among front-end developers. One key factor is its simplicity, as it allows developers to easily create and manage components with a minimum amount of code. Additionally, React has a large and active community, which results in regular updates, bug fixes, and new features being added. The React library is also highly flexible and can be used with other technologies, making it a versatile choice for building complex user interfaces. The widespread use of React by companies such as Facebook, Airbnb, and Netflix also contributes to its popularity and continued development.

One of the biggest advantages of React.js is its React Native platform —

A platform for building native mobile apps using React. This has become increasingly popular in recent years and opens up new opportunities for React developers to create apps for iOS and Android. With the growth of mobile technology, this is a significant development for React, as it expands its reach beyond the web.

The latest release of React 18 comes with new optimizations, less code writing, and improved features. The JavaScript library, React, which is used for building user interfaces, has made it easier to create elements and manage data flow in an application. React 18 has switched to a functional approach with immutable data, which will improve the performance and functionality of applications.

There are new improvements such as image enhancement, support for picture elements, Google Chrome server-side rendering, cache busting, fixed headers, a new component picker, fresh API hooks, and more. Upgrading to React 18 from React 17.5 is a straightforward process, but upgrading from 16 may require changes to your build tooling and coding style.

React 18 has another key update that is meant to work seamlessly in the background. This is the concurrent renderer, which provides new capabilities and a more efficient way to build applications. While the concept of concurrency may be complicated for library developers, it is designed to be invisible to application developers, making their work easier. The concurrent renderer uses advanced internal techniques such as priority queues and buffering, but these technicalities are not part of the public APIs and won’t be seen by the user.

In conclusion, React 18 has useful updates that will benefit Reactjs developers, but it’s recommended to wait until it reaches a stable status before using it in production.

React’s integration of Web Components, a new standard for creating reusable components in the web, makes it easier for developers building applications to share components between different frameworks and libraries. With the growth of web technologies, this is an important development for React, as it helps keep it at the forefront of the web development landscape.

React Hooks is a strong feature of React that provides a way to manage state and side effects in functional components. Hooks have become popular among React Hooks Developers, and the future of React will likely see the continued evolution of Hooks. This is a significant development for React, as it helps make the library even more accessible and easier to use.

In conclusion, the future of React.js is bright, with several exciting developments on the horizon. From React Native to Concurrent Mode and the integration of web components, React is a constantly evolving and growing technology, with a lot of potential for the future.

The future of React.js includes several exciting developments incorporated in React v18:

Concurrent Mode

Automatic Batching

Suspense on the server

Stricter Strict Mode

Improved SVG support

These developments in React.js show that it is a constantly evolving and growing technology, with a lot of potential for the future.

[sultanaesma]

DENIZ BAYSAL, 24, ESMA SULTAN. ❝ ⤚⟶ EUROPE, 1458. THANKS IS GIVEN BY THE SULTANA , ESME SULTAN FROM OTTOMAN EMPIRE. THEY ARE AT BEST AMIABLE, AND AT THEIR WORST WEAK-WILLED. WHILST ABROAD, THEIR AMBITION IS TO INTEGRATE INTO EUROPEAN CULTURE. SHE SEEM/S TO REMIND EVERYONE OF DENIZ BAYSAL & CAREFUL CLEASING OF THE HANDS AND FEET IN PREPARATION FOR PRAYER, GLIMMERS OF GEMS WITHIN MIDNIGHT-DARK HAIR, ELABORATE ARABIC SCRIPT WRITTEN IN GRACEFUL PENMANSHIP. ❞

FULL NAME : esma sultan of the ottoman empire

TITLES :  sultana

BIRTHPLACE : constantinople, anatolia

AGE : 24

LANGUAGES :

native : arabic, ottoman turkish

high proficiency : persian

intermediate : latin, french

learning : german

DYNASTY / HOUSE: osman

MOTHER & FATHER : sultan iskender and haseki sultan nehir

SPOUSE : n/a

ISSUE : n/a

SIBLINGS : murad, mihrimah, hiranur’s daughter (half), branimira’s son (half)

OTHER : engaged to the prince of austria

ZODIAC : cancer

RELIGIOUS AFFILIATION : muslim

ORIENTATION : biromantic

PERSONALITY TYPE : infp

VICES : sloth, pride

VIRTUES : patience, charity

FACECLAIM : deniz baysal

HEIGHT : 5'7

RECOGNISABLE FEATURES : wide smile, strong brow

REPUTATION IN FLORENCE : graceful, witty and kind, a person who easily extends the hand of friendship to others and is known for their sweet and patient countenance

WANTED CONNECTIONS : female friendships of all kinds and creeds, relationships with other characters with a high degree of piety, regardless of their faith, perhaps somebody who doesn’t like her to explore how she would react to this happening, relationships with somebody politically inclined who can take advantage of her naivety.

App Bits

Esma knows too much, and that has long been her problem in life. She knows much, but says nothing, keeping her mouth occupied with pretty smiles and honeyed words rather than speaking her mind. This passive countenance has led to two situations that she isn't entirely pleased with, the first being her elder brother's claim. Whilst Esma does not scorn or dislike Murad, she is aware of the instability that comes with a position in the Ottoman court - especially the most prestigious of all, that of the sultan. She worries for him, should he ever succeed their father, believing his ailments render him unsuitable for the role, unable to see the snakes in the grass, and more than that, worries that he will be unable to maintain the glorious victories their father has achieved over the years. The second is a far more personal matter. Esma is truly dedicated to the Ottoman Empire, willing to serve however she can, however, she isn't certain that renouncing her faith in order to take her place in the Holy Roman Empire is the best way to do so. A devout woman, she greatly fears the day she will have to wed, and does not want any children she bears to grow up outside of the Islamic religion. She isn't used to speaking her mind, keeping her opinions veiled behind what she thinks others want to hear, but time is rapidly running out, and with the walls closing in, she must find her tongue or else lose her chance to shape her own destiny. 

The model of an Ottoman princess, Esma is beautiful, and known to be a kind and popular figure. The grace she exudes does not come naturally to her, though, but is the result of years of careful work and tutoring to cultivate her outer façade - though she does not see this as an act on her part, rather than a deep desire to better herself. A selfless woman, everything she does is in service of her father's rule, and her devotion to her faith, the two most important things in her life. Academic and intelligent, her wit quickly earns the friendship of others, though her inherent sweetness helps to maintain those friendships, and she never uses her humour against others. However, Esma is a coward, unable to voice her true feelings for fear of having others think ill of her. She can flawlessly speak what she believes others want to hear from her, but bites her tongue when it comes to her own opinions - particularly if those opinions are set to rock the boat. Indecisive, and perhaps a little shallow, she can easily be won over by well-placed words and pretty things, and can be a little naïve to the machinations of others, leaving her vulnerable to be used as a pawn by other's scheming. Though she is aware of such plots occurring, she is not as bright as she believes she is, and struggles to see such things when aimed at her, or when coming from somebody she has already put her easily-earned trust in.

Esma has often dreamed of being married since childhood, idealising the view of her future husband in her head. As a young girl, she could often be found playing with dolls, imagining the day when they would be replaced by her own sweet babes in her arms. As she’s grown older, the desire for matrimony and motherhood has only intensified, but Esma never imagined she would be marrying into a European country. In her mind, the only option was ever a Muslim prince, or at worst, a worthy man from her own country. The idea of conversion is terrifying to the young Sultana, who despite her vast knowledge of the world, knows little of Catholicism, and fears what awaits her in the afterlife should she turn her back on the religion she has devoted her life to. Similarly, the idea of raising her children in a different faith fills her with revulsion. She does not see the path ahead of her, as consort to an Austrian Prince, as anything but a tool from which the sultan can expand his power, and whilst she is usually more than eager to aid in bettering the empire by however she can, she sees this move less as betterment and more as a means of control by European factions. Thus, she quietly works to convince her family to support her in ending the relationship as subtly as she can for fear of worsening international relations.

  Esma is a gifted writer and meticulous diary keeper. As a woman who keeps so much hidden away inside, locked away for herself and herself alone, she finds writing her thoughts and feelings down to be the sole way in which she can fully express herself, a therapeutic endeavour that helps her maintain her placid countenance. She fears what would happen if anybody were to find and read her writings, especially with so much weighing on her mind. Recently, she has taken to developing her own code, so that anybody who stumbles across her diaries would find nothing they could possibly hope to decipher, and the thoughts within her mind remain as private as possible

[kerishaharris]

Why the cool kids (and brands who hope to be perceived as such) are on TikTok

Being what I like to describe as a “tail-end millennial,” I’ve grown up both with and in the digital age. I still remember turning in school assignments completed on a typewriter as well as playing Oregon Trail in computer class on those box-shaped, neon green Macintosh screens (I’m still heartbroken that my wife died of dysentery, btw). I remember pleading with my mom to hang up the phone so I could log onto AOL, and how much thought I’d put into curating the perfect AIM away message. I joined Facebook my senior year of college when it was still “the Facebook” and for college kids only, and remember how big a deal it was to rearrange my MySpace top eight (funny how we were full-on coding and didn’t even realize it). But now, as a mom of three tweens, I can admit that despite digital and social media being both my personal experience and my chosen career, there are media formats out there that I know nothing about, and that my kids’ knowledge far trumps my own. None of these formats feel more foreign to me, yet obviously influential and equally important to the next generation, than TikTok.

What is TikTok and (dancing humanoid dogs aside) who uses it? TikTok is, by and large, the newer, cooler and way more sophisticated version of Vine (RIP to a real one). On its own website, TikTok says its mission is to “inspire creativity and bring joy.” Produced and manufactured by Beijing-based video-sharing service ByteDance, TikTok reportedly boasts 800 million users worldwide, and as of 2019, has surpassed one billion installs (Yeh, 2019). It creates and curates an experience driven by its powerful algorithm, turning all of its users into a connected network of mini-influencers through the use of trending hashtags, leveraging of popular music, and push for engagement with other users through duets and viral dance challenges, making for a meaningful, organized, and dare I say it, super fun experience for users of the app (Herrman, 2019).

In exploring the app, what I found especially interesting was the way TikTok employs a vertical feed experience prompting the user to swipe up, which sets it apart from similar apps like Instagram Stories or Snapchat. This “endless scroll” approach seems, in my opinion, very conducive to creating an almost addictive experience which can lock you in for hours and hours. TikTok appears to cleverly take advantage of the way users normally engage with our vertical screens, filling up the entire real estate of our phones with engaging video content coupled with popular music that’s perhaps a little too easy to get sucked into.

Who is TikTok really for?

As not only a mom of tweens, but also having worked in communications within the education space in various capacities since 2016, TikTok’s popularity among young people comes as no surprise to me. TikTok is primarily used by youth between the ages of 16 and 24 (Brucker, 2020). It is used by about 69 percent of young people in the U.S., and these users spend at least 80 minutes per day on the app (Perez, 2020). This is the same group that, if you ask them, considers Facebook to be that “cringey” old people app that your grandpa thinks is cool, and Twitter to be that thing where journalists and politicians bicker with other journalists and politicians. It’s unsurprising to me that young people would be attracted to TikTok, a space that can feel exclusively like their own.

For me, it is that young people's exclusivity that keeps me away from TikTok. Despite being what many consider to be a subject-matter expert on social media, I am admittedly intimidated by an app I don’t completely understand or feel welcomed on. I feel more comfortable with the apps I’ve come of age with and whose functionality is more native to my own digital experience, most notably Facebook, Instagram, and Twitter. I worry I may look like I’m “trying too hard” by exploring TikTok, or worse, that my presence there as a 38-year-old mom will render it an uncool place to be. My own kids reacted with horror when they noticed I had TikTok installed on my work phone, it didn’t matter that my job was to manage my then-employer’s institutional presence on social media. “Mom, please don’t make Wesleyan University a TikTok” they begged (too late guys, already secured the username for posterity). It was clear that they viewed TikTok as their safe space, and that my presence, as well as my employer’s presence despite it being an elite, well-known university, was not welcome.

Are any grownups or brands doing TikTok “right?” Interestingly, several marketers have managed to get past this “eww, adults and brands” factor to effectively market to TikTok’s growing audience through clever advertising and engagement campaigns. Capitalizing on the popularity of hashtag challenges on TikTok, Universal Pictures turned to TikTok as a way to promote their 2018 film, The House with a Clock in Its Walls, through a #FindYourMagic campaign which prompted users to film themselves doing their own magic tricks. Leveraging the power of influence, Universal got a group of popular TikTok influencers to post their own DIY magic videos, which naturally prompted others to do the same. As a result of the campaign, Universal received 1.3 million likes on the influencer videos, generated 19,000 pieces of user-generated content, and gained 11,000 new followers (Brucker, 2020). Whether it prompted people to actually go see the film, I’m not really sure.

(Source: TikTok for Business) In my work as a higher education social media manager, I often came across other universities (typically, with bigger teams and even bigger budgets) doing great work on TikTok. From a marketing perspective, it makes sense why a university would want to invest in building an exceptional presence on TikTok. Each year, so much of your energy and efforts are dedicated to marketing to prospective students and their families, convincing them that your school is the school to attend. Based on user demographics alone, TikTok offers a captive audience for the exact age range higher ed marketers are working so hard to reach. I’m proud to say that my undergraduate alma mater, the University of Florida, was one of the first to leverage TikTok and is considered one of the best in the game. With nearly 97,000 followers and more than 1 million likes, it’s clear they’ve figured out what resonates with their audience. Most of their TikTok videos feature the beloved school colors (anyone who went to UF will tell you we bleed orange and blue), Al the Alligator (we obviously weren’t terribly creative on the mascot name), fave spots on campus and the like. 

(Source: University of Florida on YouTube)

Other major schools like Brigham Young University and Florida International University capitalize on TikTok’s penchant for dance trends and employ their mascots, Cosmo the Cougar and Roary the Panther respectively, to jump in on these trends.

...this same video on BYU’s Cosmo the Cougar TikTok has a staggering 28 million plays, 4.8 million likes, and more than 24,000 comments.

Is TikTok here to stay?

As a perpetual student of digital and social media, I see TikTok as the wave of the future for digital and social communications and marketing. The question for me, however, is whether or not I’m going to ride that wave as a communications professional. While digital marketing is still somewhat new on TikTok, my constant fear is that the moment brands step in and try to inject themselves onto a platform, mimicking and profiting off of the way it is organically used, its core users become disinterested, abandon the platform, and look for the next big thing they can call their own. If I’m lucky, perhaps I’ll get the next big idea and launch that platform myself.

Funny but true story. As I was putting the finishing touches on this blog post, my 12-year-old daughter came up behind me chanting the following.

Her: Racism? Stop it. Bullying? Stop it. Homophobia? Stop it.

Me: Is that from a TikTok?

Her: Yeah.

Me: Figures.

SOURCES:

Brucker, N. (2020, January 6) Who is on TikTok and how can brands reach them? Forbes. Retrieved from https://www.forbes.com/sites/forbesagencycouncil/2020/01/06/who-is-on-tiktok-and-how-can-brands-reach-them/#1a2fe28343be. 

Herrman, J. (2019, March 10) How TikTok is rewriting the world. New York Times. Retrieved from https://www.nytimes.com/2019/03/10/style/what-is-tik-tok.html.

Perez, S. (2020, June 4) Kids now spend nearly as much time watching TikTok as YouTube in the US, UK and Spain. Tech Crunch. Retrieved from https://techcrunch.com/2020/06/04/kids-now-spend-nearly-as-much-time-watching-tiktok-as-youtube-in-u-s-u-k-and-spain/.

Yeh, O. (2019, February 26). TikTok surpasses one billion installs on the App Store and Google Play. Sensor Tower. Retrieved from https://sensortower.com/blog/tiktok-downloads-one-billion.  

[priteshs]

Reasons to Choose ReactJS Development

Do you wonder what could be the best software to develop your apps which will give a boost to your business? We’ve got you covered! Reactjs is your answer.

ReactJS has never stopped improving since its first release by Facebook in 2013 and there have been emergence of various leading Reactjs development companies, and it is now one of the most popular platforms for online and mobile development. ReactJS is an open-source JavaScript package that is used to create rich and interactive user interfaces.

The framework, which is known for its flexibility, scalability, and simplicity, enables the development of big and sophisticated online and mobile apps. It may be used to create basic views for each state of an application, and it is capable of updating and displaying the appropriate components when the application data changes.

ReactJS, being an open-source framework, is often regarded as the most cost-effective framework for developing feature-rich online and mobile apps.

Advantages of React Js Development

ReactJs is a sophisticated platform that allows businesses to create high-tech apps. Some of the advantages of ReactsJS development include:

Rapid Rendering

When developing a high-load application, it is critical to evaluate how the structure will affect overall app performance. Even the most advanced platforms and engines cannot guarantee the absence of vexing bottlenecks since the DOM (document object model) is tree-structured, and even little modifications at the higher layer might trigger disastrous ripples in the interface.

To address the issue, the Facebook development team invented Virtual DOM, which is now one of the advantages of adopting React for heavily loaded and dynamic software solutions.

Because it is a virtual version of the document object model, all modifications are performed to the virtual DOM first, and then the smallest scope of necessary DOM actions is computed using the diff technique. Finally, the real DOM tree is updated to ensure that the time spent is as short as possible. This strategy ensures a better user experience and increased app speed.

SEO- Friendly

Another advantage of React js is its ability to work around a typical search engine failure to understand JavaScript-heavy apps. React may operate on the server as a solution, rendering and returning the virtual DOM to the browser as a standard website.

Though Google has made considerable advancements, we should not overlook alternative search engine platforms such as Yahoo, Bing, or Baidu. Furthermore, we must consider other microformat web use-cases, such as Open Graph, Twitter Cards, and so on, because Facebook, Slack, and Twitter will not execute your JS and will instead rely on SSR.

React Native for Mobile Development

React may confidently be dubbed a “learn once — write anywhere” framework since it follows the same design principles in both online and mobile application development, easing the transition process. You’ll be able to create sophisticated UI for native apps with Reactjs development company that are supported by both the iOS and Android platforms by using simple JavaScript and React.

React Native developers highlight the portability and flexibility to reuse components, real-time reload and modular design, open-source, and abundant ecosystem as benefits of React js in mobile app development. When it comes to genuine React Native usage, we can name mobile apps like Skype, Tesla, Airbnb, and Walmart.

Large Community Support

Initially developed for internal use, the React library was eventually made available to the rest of the world. It is now backed by the technical teams of Facebook and Instagram, as well as other specialists. ReactJS, unlike other platforms, solely employs Downward Data Flow. This ensures that even the smallest modification in the child structure has no effect on the parent structure.

One-way Data Binding

While hanging an item, mobile app developers modify its state and make modifications, but only after that specific component of it is modified.

This method of Data binding assures code consistency as well as improved app performance in the long run. As a result, users choose ReactJS over other platforms since it allows for more efficient app operation. Inwizards is a one-stop reactjs development company for you.

Code Stability Maintained

ReactJS solely employs downward data flow to ensure that even minor changes in child structures do not influence their parents. When changing an object, developers simply edit its state, make modifications, and then only certain components are changed. The data binding ensures the stability of code and consistent app performance.

Developer Tool Set Availability

Learning new technologies and applying them to the next project may be enjoyable, but only if they can be used in a development environment. It indicates that a framework or library should have appropriate tools to ensure efficient performance. One of Reactjs’ benefits is its support for debugging and design tools.

React Developer Tools is a browser plugin that is available for Chrome and Firefox. It allows developers to analyse reactive component hierarchies, find child and parent components, and check their current state and properties.

Features of ReactJs Applications

ReactJs provides various features including:

ReactJS makes use of the JSX template, which is a basic template that may be used instead of standard JavaScript. It supports HTML quoting and renders subcomponents using HTML tag syntax.

ReactJS builds a memory data structure cache that computes based on the changes performed.

This allows the developer to write code as though the entire page will be rendered on each update, but the React library simply renders components that really change.

ReactJS also allows the developer to construct code components that may be reused as required.

Without having to trace the program flow, ReactJS components may be quickly understood and displayed.

ReactJS may be rendered directly on the server, making the SEO development process quicker and more cost-effective.

Final Thoughts

Without question, there are several compelling reasons to use React JS. It is one of the world’s most popular JS libraries because of its virtual browser DOM, interactive UIs, JSX compatibility, and zippy component-based structure.

It has actually delivered on its promise as a framework that enables programmers to create large-scale applications with dates that vary over time. This makes it an excellent alternative for businesses ranging from startups to enterprise-level in almost every industry category.

Inwizards would love to collaborate with you on your next project if you’re looking to recruit React.js engineers. We offer the best in town reactjs developers with great experience and 100% guaranteed results.

[kickr-technology]

The Future of App Development with “Kickr Technology”.

Discussion around mobile app development technology and its role in the future.

React and React Native's future is always under scrutiny by developers. In this article, we'll take a closer look at React & React Native's future to give developers actual answers to the question of whether React Native is here to stay or if it will fade away like so many other JavaScript frameworks before it.

I. Overview.

Since 2013, React JS has become a popular JavaScript framework for creating user interfaces that are more adaptable and usable. An application that can handle various states has several advantages in terms of generating views and making it easier to change and display associated components as data changes. React.js is a powerful frontend library that you can use to create reactive user interfaces with a fast and mobile app-like user experience. As a Tech Company, it is important for us to focus on declaratively constructing modules with React. This means that we have to focus on how the module should look, and not how it should be created. “React JS” is an efficient and fast internal rendering process that provides an exceptional user experience.

Many of the issues that were present in previous versions of React, such as AngularJS, which has been resolved in the newer version. React JS is used to create quick and scalable web apps, and new plugins are created for it as the need for more functionality grows. Because the technology is used in a variety of businesses, React JS engineers have a bright future ahead of them. React programmers are now paying the most, compared to other Web development technologies. It will assist if you have a thorough understanding of JavaScript and even HTML5 to work with React. While dealing with it, you can directly use HTML in React with the help of JSX, which is comparable to JS.

II. Future of React.

The future of React JS looks promising, as “Kickr Technology” and their team have made significant commitments in improving the efficiency during their development process. With growing competition from other frameworks such as Vue.js, it is important to remember about any upcoming release factors, one of which being server-side rendering extensions. The current version of React JS has updated server rendering, making it much faster and stream-able. Consequently, it is an excellent place to fine-tune your presentation & make your clientele happy. According to “Kickr Technology”, error handling is also expected to improve in React JS. As previously, runtime errors during rendering would leave React JS in an odd & broken state. This also necessitates a page refresh.

However, inside the part or lifecycle processes, the established model for resolving the error is to literally “throw it”. Although this helps to prevent results from being corrupted, a better UX is still possible in the near future. Experts in React JS should expect new rendering methods; to begin with, the React JS team is likely to add a new fragment syntax to JSX that does not require keys. Mr. Aditya Kumar, Kickr Technology’s Managing Director & Operational Head, says that;

“We're excited to have such a strong community of React users and contributors outside of “Kickr Technology”, as well as inside the company. Although “Kickr Technology” has always encouraged developers to get involved in the development with React, the company has big plans to increase community support and empower it to shape the future of the framework”

III. Popularity.

React Native is still a popular technology, despite concerns that it might become obsolete. Google Trends shows that React Native is still being searched for frequently. Many well-known companies use React Native, including Facebook, Instagram, Bloomberg, Pinterest, Skype, Tesla, Uber, Walmart, Wix.com, and others. React is the framework that developers say they most want to work with if they haven’t already, according to the Stack Overflow Developer Survey 2018. This survey polled the question and answer site’s developer community on everything from their favourite technologies to their employment preferences. So it’s no surprise that React Native has piqued the curiosity of so many developers. React Native lets you create native mobile applications using only JavaScript. This means you can use the same code for your Android and iOS app, making development quicker and easier.

IV. Conclusion.

React Native has become a popular framework for developers looking to create innovative apps. It has been gaining momentum since its initial release in 2015, and its future looks bright. The robust community and long-term goals of “Kickr Technology” suggests that React Native will continue to be a go-to option for companies & developers wanting to create mobile apps.

So, when it comes to the question, what does React have in store for the future? The answer is: “Nobody knows”; But that's okay, because we bet that React is incredible at what it does. Technology is always advancing and it can be hard to predict what will be popular in the future. React is a great tool, but there's a chance that something even better will come along in a few years. It's important to remember that what matters most is the project you're working on and the technologies you're using. Right now, React is a great option, but only time will tell what the future holds.

[bitcofun]

Tl; dr: The following post information how we determine customer efficiency throughout items and cross-functional groups at Coinbase. By Leonardo Zizzamia, Senior Staff Software Engineer A lot has actually altered given that 2018 when the Coinbase web group included just a couple of engineers. At that time, while dealing with making our item quicker with a little group throughout a single platform, we might count on pre-existing open source tools In 2022, Coinbase now has engineers working throughout several item offerings and 4 platforms: React Web, React Native, Server Side Rendering and Chrome Extension. Efficiency throughout all 4 platforms had actually never ever formerly been standardized, so we required to resolve a number of elements: an absence of adequate, total information for some platforms, the loss of performance when efficiency chances might not be recognized, and constant prioritization throughout all groups. Knowing this, we presented the Performance Vitals: A top-level scoring system that is clear, relied on, and simple to comprehend. Summing up the efficiency health of an application into a dependable and constant rating assists increase seriousness and directs business attention and resources towards attending to each efficiency chance. Extending Google Web Vitals The Web designer neighborhood has the Core Web Vitals basic to assist determine customer efficiency, which we have actually embraced and utilize actively at Coinbase. Vital metrics are separated by limits that classify each efficiency measurement as either " great", " requires enhancement", or " bad". Below is one example of where the limit might lie for among the Web Vitals, Time to First Byte. To categorize general efficiency of a customer item, Coinbase follows finest practices and utilizes the 85 th percentile worth of all measurements for that page or screen. To put it simply, if a minimum of 85% of measurements on a website fulfill the " great" limit, the website is categorized as having "great" efficiency for that metric. This metric is 10 points greater than the Google Web Vitals basic, offering us enough bandwidth to repair prospective regressions. The main tool we utilize to record these metrics is the Perfume.js library, a wrapper around the Performance Observer API that assists us determine all Core Web Vitals. As we are the main maintainer of this library, we utilized this chance to research study and establish brand-new options around web efficiency measurements and methods of attribution. Today we present an ingenious, internal metric we call the Navigation Total Blocking Time ( NTBT) The NTBT determines the quantity of time the application might be obstructed from processing code throughout the 2 2nd window after a user browses from page A to page B. The NTBT metric is the summation of the obstructing time for all long jobs within the twos window after this technique is conjured up. The image listed below is an example of an NTBT efficiency mark in coinbase.com assisting a customer engineer find the long job and enhance responsiveness when browsing in between pages. Another method it is practical to utilize Perfume.js is that we have the ability to improve all the metrics with the Navigator APIs details, to separate in between low-end and high-end experiences. After embracing and extending Web Vitals, the next action for us was to repurpose this understanding throughout our stack. Coinbase Performance Vitals In addition to constructing web apps, we develop React Native mobile apps and the services that supply their information. We re-used the Web Vitals finest practices and developed brand-new metrics to serve React Native applications and our Backend services. Together, we call them " Performance Vitals", and they provide us a holistic view of the efficiency ratings of all of our applications, from downstream (Browser & & Apps) to upstream (Backend Services). As seen in the chart below, the Performance Vitals are divided end-to-end, from downstream to upstream.

Creating React Native Vitals When examining efficiency for React Native we established the preliminary Vitals of App Render Complete and Navigation Total Blocking Time App Render Complete (ARC): Measures the quantity of time it requires to obtain from beginning the application to totally rendering the material to the user without packing indications. The Good limit of fives is based upon assistance from the Android neighborhood main research study. Navigation Total Blocking Time (NTBT): Measures the quantity of time the application might be obstructed from processing code throughout the twos window after a user browses from screen A to screen B. For NTBT we utilized the existing understanding around Total Blocking Time from Web Vitals to identify a limit for mobile. Considered that a great TBT on Web is 200 ms and we expect mobile to take longer, we doubled the requirement from Web to come to 400 ms for mobile. The following video demonstrates how an item engineer can find long-tasks, step overall obstructing time when browsing in between pages, and extra NTBT measurements. This metric assists capture possible sluggishness in an interface, generally triggered by carrying out long jobs on the primary thread, obstructing making, or using up excessive processor power on background procedures. Similar to the experience of Web, Coinbase developed an internal React Native Core Vitals library to determine this efficiency, with the objective of open sourcing our discovery back to the neighborhood in the coming quarters. Creating Backend Vitals As we finished with Web and React Native Vitals, we extended the Vitals basic to backend services consisting of GraphQL and Backend Services. The 2 metrics we initially developed are: GraphQL Response Time (GRT): Round journey time for the GraphQL service to serve a demand. Upstream Response Time (URT): Round journey time for the API Gateway to serve a backend service. To figure out a Good Score to represent backend latency, we thought about a number of points: From a user's viewpoint, the system action time feels instant when it is less than 1sts We likewise need to take into consideration that the network expense might differ in between 50 ms-500 ms, depending upon which area a user is reaching our item from. Based on points 1 and 2, GraphQL latency must not surpass 500 ms, indicating the upstream services should react in under 300 ms since GraphQL questions need to wait for the slowest endpoint. Therefore, we concluded that the limit for a GRT Good rating is 500 ms, and URT Good rating is 300 ms. For Backend Vitals we go for a minimum of 99 percent of measurements for each logged demand to fulfill the "Good" limit. As we continue to enhance our efficiency, we will review our Good ratings each year, possibly even reducing them with time so we can even more decrease latency for our users. The instrumentation for Backend Vitals is comprised of 3 necessary pieces. We utilize our internal analytics library to specify metadata like the item, platform, and pages. We propagate this details into our APIs, and eventually we co-locate the efficiency metrics with the Web or React Native metadata. Performance Vitals discoverability and prioritization Using the very same metric scoring and attribution system throughout various specializeds at Coinbase makes it simple to determine locations of chance and lines up both frontend and backend engineers in efficiency efforts. All Performance Vitals are based upon real-time information from our production applications and can be found by standardized filters, such as: item name, platform, page, is visited, geo area, GraphQL operation, and backend service. This level of precision ends up being particularly helpful genuine Time Anomaly Detection. All groups have the ability to own the efficiency metrics for their item surface area, providing the capability to have actually automated displays for efficiency modifications and look out when regressions take place.

In case of an efficiency regression, we utilize the portion of the regression to figure out if it's vital to open an occurrence and reduce the problem as quickly as possible, or develop a bug that can be resolved in the coming sprint. Quarterly and yearly preparation Performance Vitals are ideal for KR preparation, as they determine a rating from 0 to 100 and they can be quickly kept for over a year. Typical language for all efficiency KRs likewise makes it simpler to produce shared objectives for groups throughout the company. A couple of examples of how you can frame your KRs are: [Year KR] Reach NTBT Good Score of 90%, up from 70% in the Coinbase Mobile App. [Quarter KR] Enhance LCP Good Score from 70% to 85% in the Coinbase Web. Up Next Performance Vitals return to discovering a typical language, whether it's standardizing filters, setting quarterly KR's, or unifying a scoring system. From a little group dealing with an API regression to big efforts led by several companies, speaking the exact same language assists all kinds of item prioritization. In the future, we prepare to open source a few of our knowings and share more about determining and driving effect for Critical User Journeys and how we utilize automation and internal procedures to allow everybody at Coinbase to develop performant items. Read More

[mobappdevelopmentcompany]

What is the React Native Framework & how does it function

React Native is one of the most preferred frameworks for cross-platform app development and has been adopted by several industry giants including Facebook, Instagram, Skype Microsoft, Tesla, Shopify, Walmart, and UberEats. This framework was created by the Facebook team to address the limitations of React.js.

The Facebook-developed SDK React was a viable option for building web apps. However, when Facebook adopted a mobile-first strategy, web apps needed to be rendered to the mobile platform. This task was indeed challenging! At first, the Facebook engineers employed HTML5 to render apps on the mobile web, but this strategy failed. Thereafter, they embedded the WebView within a mobile-native container. This approach too wasn’t workable due to the absence of necessary attributes like gestures & touch events, a keyboard API, and image management capacities.

Then, they realized the need to build native apps for delivering an impeccable UX. But, the idea to build Native apps for Android and iOS separately involved roadblocks – an imperative coding process, separate codebases for different platforms, and a slow iteration process as each app’s prototype needed Playstore’s prior approval.

Finally, Facebook conducted an internal hackathon, and React Native, an improved version of React, was coined. The React Native framework was launched in 2015 as the one-stop solution for mobile app development and made open-source in the same year. Let’s explore more about the framework and its functioning!

React Native: An Overview

React Native is a JavaScript-based mobile app development framework that is used for crafting natively-rendered mobile applications for the Android and iOS operating systems. The unique selling point of React Native lies in the fact that developers can build apps for both platforms simultaneously using a single codebase. The framework uses platform-specific modules and APIs by compiling the JS code to native components. So, the React Native developers can use native components like Text, View, and Images as building blocks for creating new components.

How does React Native differ from React?

React Native is based on React for the web, the Facebook-developed JS library used for developing UIs. But, while React targets the browser, React Native targets mobile app platforms. As such, mobile app developers enjoy the convenience of using a known JavaScript library for creating mobile apps with a native-like look and feel.

React Native uses Text primitive in place of span primitive used for the web. This Text results in a native TextView for Android apps and a native iOS UIView for iOS apps. For this reason, despite using JavaScript for app development, the end application is not a web app embedded within the shell of a mobile app, rather it is a mobile app which is real native.

React Native apps are created using JSX, a combination of JavaScript and XML-esque markup, just like React apps. The difference is that React Native uses a “bridge” under the hood for invoking native-rendering APIs. Here, Objective-C/Swift APIs are used for rendering UI components on iOS apps while Java/Kotlin APIs are used in the case of Android apps. Simply put, the bridge translates JS code into platform-specific components. As a result, the app renders real mobile UI components instead of web views; imparting the look and feel of a mobile app. Moreover, React Native exposes the JS interfaces for the platform APIs; this enables apps to access smartphone device features like a user’s current location, camera, etc.

How do React Native Apps function?

A React Native app is segregated into three different parts –native code, JavaScript code, and the bridge. The bridge interprets JS code for executing it in native platforms and enables asynchronous communication between Native elements and the JS code.

Significant threads involved in the functioning of a React Native application

Main (Native) thread: The main thread, also called the Native thread, is used for UI rendering in iOS and Android applications. It manages the task of displaying UI elements and processes users’ gestures.

JavaScript thread: The JS thread basically deals with the app’s business logic and defines the structure as well as the UI functions. The functions of the JS thread include executing the JS code within a separate JS engine, making API calls, processing touch events, etc.

Shadow thread (Shadow Tree): This thread generates shadow nodes and acts as a mathematical engine that uses algorithms to transform layout updates into accurate data and UI events into the correctly serialized payload.

Native module thread: Whenever an application requires access to the platform API, the process takes place in the native module thread.

Customs Native Module thread: Such threads are used for accelerating an app’s performance when custom modules are used. For instance, React Native handles animations using a separate native thread so that this task is offloaded from the JS thread.

Out of the aforesaid threads, the most important threads that help a React Native app to function are the Native thread and the JS thread. Interestingly, there is no direct communication between these two threads and so, they do not block each other.

Functioning of a React Native App: Crucial Steps

Check out how a React Native app works!

Step # 1

When an app launches, the Native thread loads the app and spawns the JavaScript thread for executing the JS code. The Native thread hears UI events such as touch, press, etc., and passes on these events to the JS thread through the React Native bridge.

Step # 2

JavaScript loads and the JS thread sends information to the shadow thread on what has to be rendered on the screen. The shadow thread then calculates layouts using algorithms and decides on how the view positions should be computed. The shadow thread then passes on the layout parameters to the main thread for rendering the view. )

Step # 3

The Main thread collects UI events and sends them to the shadow thread. Events are converted into serialized payloads and sent to the JS thread.

Step # 4

The JavaScript thread now processes the payloads and then updates the UI or calls native methods.

Step # 2, step # 3, and step # 4 get repeated continually every time JavaScript’s event loop is iterated.

After every event loop in the JS thread gets completed, the native side receives batched updates to native views; these are then executed in the Native thread. Remember, the batched updates should be sent by the JS thread to the Native thread before the deadline for the rendering of the next frame, to keep up the app performance. A slow JS thread due to complicated processing in the JS event loop hampers the UI. The only exception wherein a slow JS thread doesn’t affect performance is in scenarios when native views take place entirely in the Native thread.

How does the React Native Bridge ensure smooth interaction amongst the threads?

The React Native Bridge allows asynchronous communication between the threads so that one thread doesn’t block the other. Moreover, the messages are batched – messages are transferred between threads in an optimized way. Furthermore, the bridge serializes messages so that two threads cannot share the same data or operate using the same data.

How to set up the React Native App Development Environment?

Here’s how to set up the environment to create a React Native app with the help of Expo.

Install Node.js, get Expo’s command-line tool, and then put the command npm install Expo-cli –global. Once the Expo cli tool gets installed type expo init todo-app.

Now a screen will be displayed and you need to select the option “blank” for a blank app. Include the workflow features of Expo as well. Then, enter your app’s name, press enter, and continue the setting-up process.

Navigate to the new project created for starting the app with the command npm start and for stopping the app you need to press Cntrl + C. The developers’ server will run and a new tab having the Expo manager screen gets opened in the web browser.

The app can be previewed by either running it on an Android emulator or by installing the Expo app on your mobile phone and running the app on the device by scanning the QR code. Thereafter, you need to install a text editor like Atom, Sublime, Visual Studio Code, etc. Now you’ve got all the necessary tools to create a React Native app.

Final Verdict:

React Native is a profitable option to pick if you need to build a mobile app that targets Android as well as the iOS operating systems. Cross-platform development with React Native speeds up your development and reduces development costs. Hence, this framework is best for entrepreneurs who intend to build a quick app prototype for validating the app idea.

Need technical assistance and expert guidance on React Native app development? Contact Biz4Solutions, a highly experienced React Native development company in USA and India , offering world-class services to clients across the globe.

[logicabeans]

How To Choose & Hire React JS Developers For Your Project?

According to the recent stat as per npm-stat.com, React JS has been downloaded over 68 million times in March 2022 alone. So, we can certainly say the growth of React JS is pretty steady as two years ago in March 2020, it was just over 30 million. So, the growth has doubled. On top of that, it is a highly flexible and expandable solution that is used to a huge extent in the current market scenario.  

Let us begin with the basic introduction and reasons for you to move ahead with React JS and then we will talk about how you can find the best React JS Developers in the market.  

What?

Basically, React JS is an open-source JavaScript library that is developed and maintained by Meta for building UI and is mainly used to create single-page applications. It has its similarities with React Native but they have their differences which makes it highly suitable to develop cross-platform applications. With examples like Facebook, Instagram, Netflix, Uber, etc., we can certainly say that React JS has provided us with some effortless and spontaneous interfaces.  

Why?

First things first, the lesser code the better right? React JS certainly believes so, and it provides a concise database as well. The use of Virtual Document Object Model (DOM) instead of a real one gives quicker rendering and enhanced performance.  

Consistency in performance of React JS codes is also because it barely changes its interface dating back to its initial release back in 2013, almost 10 years ago. It also keeps all the versions backward compatible so your code can always be executed.

“Create React App” is another advantage for the learners to begin coding via React JS where the configurations are preloaded and components are reusable which makes it easier to manage the modular library and promises faster development of the software. On top of that, it also has no negative impact on SEO results, so proper SEO could make your application a top pick on Google.  

How?

It is important to know what you are looking for when making your application, but we all have similar surface goals which include a quality product in an acceptable timeframe, and an affordable price. Now that we are clear on that, let’s move ahead to the specifics.  

Firstly, we need to have clarity on our requirements before we hire React JS developers. It can be a bit challenging and expensive, which is why it requires to be planned and monitored. You’ll need to be clear on the organization’s goals and objectives. For your app to be fruitful and successful, all of its features also need to be pre-defined.  

Secondly and more importantly, it is important to research the market before you make a decision. If you seek to hire React JS developers for a project, you’ll need to track their record in the international market, go through their CVs and portfolios properly and take necessary feedback from their previous customers.  

Even though it is a complicated, difficult-to-learn programming language, we are short on jobs for React JS developers in the market and it is definitely difficult to hire dedicated React JS developers who are willing to give it all for the development of your software. That is exactly what LogicaBeans helps you find; people who are dedicated, experienced, and knowledgeable in React JS to work on your project.

[raph-tech-blog]

H/FOSS Communities in Korea

Though software is universal, they are still mostly written, documented, and distributed in English. H/FOSS (Humanitarian/Free Open Source Software) is no exception, with the most popular open source (largest code base and contributors) repositories on GitHub being projects supported or initiated by US-corporation like VS Code (Microsoft), Flutter (Google), TensorFlow (Google), React-Native (Facebook), and Kubernetes (Google). In contrast to these enormous projects, I wonder what kinds of open source projects are initiated outside the US. How are they maintained and how is the community like? As a Korean citizen, decided to explore some open source communities in Korea. 

Similar to United States, big Korean tech companies maintains and lead open-source projects on GitHub.

Naver, the equivalent of Google in Korea, hosts projects with MIT, BSD, and Apache license such as:

Kapture: file format used to describe Structure From Motion and other sensor-aquired data;

Fixture Monkey: generate test instances and edge cases;

Billboard.js: JavaScript chart library based on D3.js.

Samsung, the largest conglomerate in Korea, hosts larger open source projects such as:

Veles: distributed platform for deep learning application development;

ONE: high performance, on-device neural network inference framework;

GearVR: VR rendering library for applications on VR-supported android devices.

There are some large and widely used open source projects hosted on individual responsories as well. For instance, @junegunn began: 

Fzf: command-line fuzzy finder with 39.5k stars and 1.7k forks;

Vim-plug: a minimalistic vim plugin manager with 24.8k stars and 1.5k forks.

Though these projects are well-developed and innovative, both the software and the community are much smaller in general. This includes number of commits, number of issues & pull requests in progress, number of contributors, and fork & star counts. There are also less or no clear documentations on how to get started or communities to reach out to, but this is probably true for smaller projects in the United States too.  

To learn more about the community, I ventured into Open Source Software Community (OSS), an organization managed by the National IT-Industry Promotion Agency of Korea “dedicated to cultivate open source demands of local and international market, as well as to build virtuous cycle of industrial ecology”. OSS hosts Korea Open Source Software Developers Lab (KOSSLab), who aims to create a prestigious community of *extremely* talented coders to “empower nation’s technical competence”. 

It is really interesting to see that the open source community in Korea is driven by technologies and ambition. From my research, I could not find many projects with a humanitarian focus. Rather, it was mostly industry specific and niche. Song wrote a Medium article in 2019 where he listed and briefly analyzed the 100 most popular open source projects in Korea. Artificial Intelligence played a huge role with many projects incorporating deep learning, TensorFlow, NLP, and neural network. Python was also the most used language, appropriate for an AI-focused community. Even OSS seemed put more emphasis on development aspect rather than the community aspect.  

References: 

1: https://www.upgrad.com/blog/open-source-repositories-github/

2: https://opensource.com/article/19/5/projects-south-korea

3: https://medium.com/supple/%ED%95%9C%EA%B5%AD-%EC%98%A4%ED%94%88%EC%86%8C%EC%8A%A4-%ED%94%84%EB%A1%9C%EC%A0%9D%ED%8A%B8-top-100-739dafc082cf

4: https://www.oss.kr/

5: https://www.oss.kr/en_oss_frontier_lab

[tak4hir0]

When you’re composing custom web components, you need to understand how events bubble up through the DOM because that’s how children and parents communicate—props down, events up. When an event bubbles, it becomes part of your component’s API and every consumer along the event’s path must understand the event. Whether you’re composing a simple or complex component, it’s important to understand how bubbling works, so you can choose the most restrictive bubbling configuration that works for your component. This article covers two composition patterns: static and dynamic, which uses slots. In each pattern, a child component that sits at the bottom of the composition sends a custom event up through the component tree. I’ll look at how the event bubbles for every configuration of bubbles and composed, so you deeply understand how to configure events in your compositions. NOTE: This article applies to working with Lightning Web Components on Lightning Platform and Open Source. Because Salesforce supports older browser versions that don’t fully support native shadow DOM, Lightning Web Components on Lightning Platform uses a synthetic version of shadow DOM. On open source, you can choose to use synthetic or native shadow DOM. When there is a behavior difference between the two, we call it out. Due to the synthetic shadow, when you use Dev Tools to look at markup in a browser, you don’t see the #shadow-root tag. Shadow DOM If you’re already familiar with shadow DOM and slots, skip to the first pattern: Static Composition. Web components create and dispatch DOM events, but there are two things about web components that make working with events a little different: shadow DOM and slots. First I’ll explain shadow DOM and then slots. Every web component’s DOM is encapsulated in a shadow DOM that other components can’t see. When an event bubbles (bubbles = true), it doesn’t cross a shadow boundary unless you configure it to (composed = true). Shadow DOM enables component encapsulation. It allows a component to have its own shadow tree of DOM nodes that can’t be accidentally accessed from the main document and can have local style rules. The shadow root is the top-most node in a shadow tree. This node is attached to a regular DOM node called a host element. The shadow boundary is the line between the shadow root and the host element. It’s where the shadow DOM ends and the regular DOM begins. DOM queries and CSS rules can’t cross the shadow boundary, which creates encapsulation. The regular DOM is also called the light DOM to distinguish it from the shadow DOM. Whether a DOM is a light DOM or shadow DOM depends on the point of view. From the point of view of a component’s JavaScript class, the elements in its template belong to the light DOM. The component owns them; they’re regular DOM elements. From the point of view of the outside world, those same elements are part of the component’s shadow DOM. The outside world can’t see them or access them. I'm just a regular paragraph element, I'm part of the light DOM <!-- The c-child element is part of the light DOM. But everything below #shadow-root is hidden, because it's part of c-child's shadow DOM. #shadow-root In c-child, I'm light DOM. To everyone else, I'm shadow DOM. Slots A web component can contain elements. Other components can pass elements into a slot, which allows you to compose components dynamically. When a component has a , a container component can pass light DOM elements into the slot. I can host other elements via slots Passing you some Light DOM content. The browser renders the flattened tree, which is what you see on the page. The important thing to understand is that the DOM passed into the slot doesn’t become part of the child’s shadow DOM; it’s part of the container’s shadow DOM. #shadow-root #shadow-root I can host other elements via slots // To the outside world, // I'm not part of c-child-slot shadow DOM // I'm part of c-container shadow DOM To c-container, I'm light DOM. When we use slots, even though the content appears to be rendered inside the slot element, the actual element doesn’t get moved around. Rather, a “pointer” to the original content gets inserted into the slot. This is an important concept to understand in order to make sense of what’s happening with our events. Events To create events in a Lightning Web Component, use the CustomEvent interface, which inherits from Event. In Lightning Web Components, CustomEvent provides a more consistent experience across browsers, including Internet Explorer. When you create an event, define event bubbling behavior using two properties: bubbles and composed. bubbles A Boolean value indicating whether the event bubbles up through the DOM or not. Defaults to false. composed A Boolean value indicating whether the event can pass through the shadow boundary. Defaults to false. import { LightningElement } from 'lwc'; export default class MyComponent extends LightningElement { renderedCallback(){ this.dispatchEvent( new CustomEvent('notify', { bubbles:true, composed:true }) ); } } Important Events become part of your component’s API, so it’s best to use the least disruptive, most restrictive configuration that works for your use case. To get information about an event, use the Event API. event.target — A reference to the element that dispatched the event. As it bubbles up the tree, the value of target changes to represent an element in the same scope as the listening element. This event retargeting preserves component encapsulation. We’ll see how this works later on. event.currentTarget — A reference to the element that the event handler is attached to. event.composedPath() — Interface that returns the event’s path, which is an array of the objects on which listeners will be invoked, depending on the configuration used.d. Static Composition A static composition doesn’t use slots. Here we have the simplest example: c-app composes component c-parent, which in turn composes c-child. We fire an event, buttonclick, from c-child whenever a click action happens on its button element. We have attached event listeners for that custom event on the following elements: body c-app host c-parent host div.wrapper c-child host The flattened tree looks like this: Here is a visual representation: Now we’ll look at how the event bubbles with each event configuration. {bubbles: false, composed: false} With this configuration, only c-child gets to react to the buttonclick event fired from c-child. The event doesn’t bubble past the host. This is the recommended configuration because it provides the best encapsulation for your component. This is where you start, then from here you can start incorporating other more permissive configurations, as the ones we’re about to explore in the next few sections, to fit your requirements. If we inspect c-child handler’s we find these values on the event object: event.currentTarget = c-child event.target = c-child { bubbles: true, composed: false } With this configuration, the buttonclick event from c-child event travels from bottom to top until it finds a shadow root or the event gets canceled. The result, in addition to c-child, div.wrapper can also react to the event. Use this configuration to bubble up an event inside the component’s template, creating an internal event. You can also use this configuration to handle an event in a component’s grandparent. And again, here are what the events are telling us for each handler: c-child handler: event.currentTarget = c-child event.target = c-child div.childWrapper handler: event.currentTarget = div.childWrapper event.target = c-child { bubbles : false, composed : true } This configuration is supported for native shadow DOM, which means it isn’t supported on Lightning Platform. Even for LWC open source, this configuration isn’t suggested, but it’s helpful for understanding how events bubble in a shadow DOM context. Composed events can break shadow boundaries and bounce from host to host along their path. They don’t continue to bubble beyond that unless they also set bubbles:true. In this case, c-child, c-parent, and c-app can react to the event. It’s interesting to note that div.wrapper can’t handle the event, because the event doesn’t bubble in the shadow itself. Let’s see what the handler’s have to say about the event: c-child handler: event.currentTarget = c-child event.target = c-child c-parent handler: event.currentTarget = c-parent event.target = c-parent c-app handler: event.currentTarget = c-app event.target = c-app It’s interesting to note that div.wrapper can’t handle the event because even if the event propagates from shadow to shadow, it doesn’t bubble in the shadow itself. Let’s pause here and notice that even though the event was fired from c-child, when it gets to c-parent and c-app , it shows the host as both target and currentTarget. What’s happening? Event retargeting at its finest. As the buttonclick event leaves c-child‘s shadow, the event gets treated as an implementation detail and its target is changed to match the scope of the listener. This is one of the reasons why composed:true flags should be used with caution, since the semantics of c-child‘s event and its receiver don’t match. c-child fired the event, but to c-app, it looks like c-app fired it. Using the { bubbles:false, composed:true } configuration is an anti-pattern. The correct pattern is for receivers that are able to understand buttonclick to repack and send the event with the proper semantics. For example, c-parent could receive the event from c-child and expose a new custom event, so that elements on c-app‘s light tree could understand. { bubbles : true, composed : true } This configuration isn’t suggested because it creates an event that crosses every boundary. Every element gets the event, even the regular DOM elements that aren’t part of any shadow. The event can bubble all the way up to the body element. When firing events this way, you can pollute the event space, leak information, and create confusing semantics. Events are considered part of your component’s API, so make sure that anyone on the event path is able to understand and handle the event’s payload if it has one. Finally, let’s explore the event’s values: c-child handler: event.currentTarget = c-child event.target = c-child div.wrapper handler: event.currentTarget = div.wraper event.target = c-child c-parent handler: event.currentTarget = c-parent event.target = c-parent c-app handler: event.currentTarget = c-app event.target = c-app body handler: event.currentTarget = body event.target = c-app Dynamic Composition with Slots Now we’ll explore how events bubble in compositions that use slots. We have a c-parent element that accepts any content via the special element. Using c-app, we compose c-parent and we pass c-child as its child. The code fires an event from c-child named buttonclick : handleClick() { const buttonclicked = new CustomEvent('buttonclick', { // event options }); this.dispatchEvent(buttonclicked); } The code attaches event listeners on the following elements: c-child host slot c-parent host div.wrapper c-app host body This is the flattened tree as it looks in the browser’s Developer Tools. Remember that when we use slots, even though the content appears to be rendered inside the slot element, the actual element doesn’t get moved around. Rather, a “pointer” to the original content gets inserted into the slot. This is an important concept to understand in order to make sense of what’s happening with our events. This view of the flattened tree shows you where the content passed into the slot really sits in the DOM. c-child is part of c-app`’s shadow DOM. It isn’t part of c-parent’s shadow DOM. With that in mind, let’s look at the results we get with all the different configurations. {bubbles : false, composed : false} As with the previous composition example, the event doesn’t move past c-child, which is where it was fired. This is also the recommended configuration for dynamic compositions because it provides the best encapsulation for your component. c-child handler: event.currentTarget = c-child event.target = c-child {bubbles : true, composed : false} NOTE: This configuration behaves differently when you’re using native shadow DOM with Lightning Web Components: Open Source. With native shadow DOM, the event doesn’t pass out of the slot unless composed is also true. With this configuration, the connectedchild event fired from c-child event travels from bottom to top until it finds a shadow root or the event gets canceled. In our static example, we mention how an event with this configuration bubbles until it travels from bottom to top until it finds a shadow root or the event gets canceled. Let’s explore what event.composedPath() has to say about this use case: 0: my-child 1: slot 2: document-fragment // my-parent shadow root 3: my-parent 4: div.wrapper 5: document-fragment // my-app shadow root As you see, it looks as if the event would be able to break out of my-parent‘s #shadow-root and bubble up outside, even though, composed is set to false. Confused? You should be. Let’s look closer. There is a “double-bubble” effect here. Because slotted content doesn’t really move things around but rather creates pointers from the light DOM and into a particular slot, when we fire the buttonclick event, the event gets to travel from both places, which creates a composedPath like the one we just saw. Finally here is what our event handlers tell us about targets: c-child handler: event.currentTarget = c-child event.target = c-child c-parent handler: event.currentTarget = c-parent event.target = c-child div.wrapper handler: event.currentTarget = div event.target = c-child Notice how div.wrapper‘s target is still c-child, since the event technically never crossed c-parent‘s shadow root. {bubbles : false, composed : true} Like simple composition, this configuration is an anti-pattern and it isn’t supported on Lightning Platform, but it’s helpful for understanding how events bubble in a shadow DOM context. The event bounces from one host to another host as long as they’re in different shadows. In this case, c-child isn’t part of c-parent‘s shadow, but instead part of c-app’s shadow, so it jumps directly to c-app. The event.composedPath() results also throws some interesting results: 0: my-child 1: slot 2: document-fragment 3: my-parent 4: div.wrapper 5: document-fragment 6: my-test 7: body 8: html 9: document 10: Window It’s showing that when we set composed:true, the event can break out of every shadow root. In this case, it doesn’t, since the bubbles property is set to true. Instead, it jumps from host to host. Targets: c-child handler: event.currentTarget = c-child event.target = c-child c-app handler: event.currentTarget = c-app event.target = c-child Again, it’s helpful to look at this view of the flattened tree to remember that c-child in the slot is just a pointer. {bubbles : true, composed : true} This is the “brute force” scenario, and like our static composition example, the event bubbles everywhere, which is an anti-pattern. Every element on the event’s composed path can handle the event. c-child handler: event.currentTarget = c-child event.target = c-child c-parent handler: event.currentTarget = c-parent event.target = c-child div.wrapper handler: event.currentTarget = div event.target = c-child c-app handler: event.currentTarget = c-app event.target = c-app body handler: event.currentTarget = body event.target = c-app Conclusion Events are part of your API. Be mindful of the API’s consumers. Every consumer along the event’s path must understand the event and how to handle its payload. Be mindful when setting the composed and bubbles flags, since they can have undesired results. Use the least disruptive settings that work for your use case, with the least disruptive being (bubbles: false, composed: false). And finally, remember that dynamic compositions using slots introduce an extra level of complexity since you have to deal with assigned nodes inside your slot elements. About the author Gonzalo Cordero works as a software engineer at Salesforce. Github: @gonzalocordero

[ijtsrd]

Advances and Problems in Preclinical Models for Childhood Cancer

by V. Sah "Advances and Problems in Preclinical Models for Childhood Cancer"

Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-4 , June 2021,

URL: https://www.ijtsrd.compapers/ijtsrd42379.pdf

Paper URL: https://www.ijtsrd.combiological-science/neurobiology/42379/advances-and-problems-in-preclinical-models-for-childhood-cancer/v-sah

ugclistedjournals, paperpublication

Microblogging today has gotten an acclaimed specific instrument among Neuroblastoma is a sympathetic nervous system disease in children and is the most prevalent solid tumor in childhood, accounting for 15 of all pediatric oncology deaths. Nearly 80 of patients with this clinically active condition do not react to current treatments in the long run. The precise portrayal of tumor biology and diversity is the key obstacle in the discovery and evaluation of novel agents for pediatric drug growth. In addition to this restriction, the low prevalence of neuroblastoma renders it difficult to enroll qualifying patients for early phase clinical trials, emphasizing the importance of thorough preclinical studies to ensure that the right drugs are chosen. To address these issues, researchers need new preclinical models, technologies, and principles. Tissue engineering provides appealing methods for developing three dimensional 3D cell models utilizing different biomaterials and manufacturing techniques that replicate the geometry, dynamics, heterogeneity, metabolic gradients, and cell connectivity of the native tumor microenvironment. We address existing laboratory models and evaluate their ability to reflect the systemic organization and physiological conditions of the human body, as well as current and emerging strategies to recapitulate the tumor niche utilizing tissue engineered platforms in this study. Finally, well talk about how innovative 3Din vitroculture systems might be used to answer unanswered questions in neuroblastoma biology. 

[psychicanchortimemachine]

Enhance eCommerce with Innovative Mobile Applications

May I develop my eCommerce application with a Progressive Web App?

The topic

PWA

(Progressive Web App-Definition see box) is currently being widely propagated, especially within eCommerce.

Rightly so, is this not a new mouthpiece to make a huge fuss?

Here, I would like to clarify briefly what a PWA is, what advantages it can have for

eCommerce

businesses, and what attention should be paid to when approaching the topic. To put it briefly, what is a PWA?

As the name suggests, it's basically an application, i.e. a web-based software application (as opposed to a native Windows, Android, or iOS application).  One can best imagine progressive as "growing with the game. So that it evolves, as we know from before, from a regular website to a modern web application, which hardly differs from a native one. So it does so practically automatically, depending on the environment (browser) it encounters. Why would an operator choose a Progressive Web App (PWA) for E-Commerce?

Any owner of an eCommerce platform will probably want to increase his turnover. In my opinion, the eCommerce Progressive Web App (PWA) has three key advantages over a conventional website:

1. Quicker2. More picturesque3. LOWER Faster, because much of the Innovative Web App is running in the browser of the user (and not on the server of the provider), it can handle data and loads more easily with smaller numbers. But due to the app components, the initial load is slightly larger, many server requests can be saved afterward. It means that while the classic website needs to load more and more content from the server, the PWA has to load only the most important data ( e.g. only images and details of the product, but not the entire software code). Louder, as the Progressive Web App enables eCommerce owners to use different methods to put the product to the attention of the customer:

Homescreen: As with regular devices, PWA can be put on the home screen. They run fullscreen if you start them from there, i.e. the customer stays in the context of the application and can not turn "quickly" to the competitor

· Push Alerts: A PWA can also submit Apps-like push notifications. This gives you the opportunity to draw the attention of customers specifically to promotions etc.

I missed one highly important argument: Google. Google loves fast websites and is pushing the PWA topic. Many SEO experts believe a page that completely meets a PWA 's requirements would push Google's rankings upwards. Unfortunately, as normal with SEO, there are no absolute truths and so there are other experts who say that the so-called Server Side Rendering (see box) is important for optimum Google results – so, in theory, a traditional, old, static website. That might be the best way, it's undisputed it's heading in the direction of PWA. And as I'll explain below, Progressive Web App and Server Side Rendering needn't contradict one another. Function Comparison: Progressive Web App vs. Native App

APP VS NATIVE PWA

Of course, whether a native app or a PWA is recommended depends always on the intended use. But what impressively illustrates the comparison is how many areas the "Web Native App" – i.e. the PWA – has already opened up to the Native App, and how many benefits it has achieved.

From our many years of experience in eCommerce, we know that it is becoming increasingly important to be able to react quickly to market demands and to quickly try out ideas.

There are solutions for the PWA in the form of Frontend Management Platforms that allow the business managers to make simple changes and quick tests. There is usually only a tedious way to get the Native App.

Why Can Smart Mobile Applications Easily Use Electronic Commerce Quite individual: Do it all yourselfFast and dirty: The PWA ProxyA Frontend-as-a-Service modular architecture Do things your own way:

Companies with software DNA in particular but even companies with a broad internal IT department prefer to develop and run their eCommerce entirely on their own. It makes even junior programmers happy-they can actually do some basic work. Most companies, however, underestimate the challenge. After all, it's not all about providing an outstanding customer experience; the entire development process must be managed, stable, automatically scalable hosting must be maintained, and – most importantly – the online marketing team must be able to make regular changes without having to rely on programmers. Only thus can they keep up with the strong competition. Fast and dirty:

If you have a current, modern eCommerce platform, just because new technology is evolving, you don't want to throw away anything and create a new one. Therefore, there are some providers on the market that are practically acting as a proxy in front of an existing shop and thus promising to create an excellent mobile customer experience. Frontend:

For two years now the trend toward an API-first architecture in eCommerce has gained ground. At the same time, Frontend-as-a-Service has been developed by other firms. Such providers concentrate on excellent user experience on all screens and have a Revolutionary Web App for mobile devices in particular. As in other situations, it is important that the people in the departments responsible for eCommerce 's success in day-to-day business will function autonomously from the tools of developers. The Frontend Management Platforms include an easy-to-use editor that helps web administrators and advertisers to execute their ideas and promotions as quickly as a homepage creator does. PROGRESSIVE SERVER SIDE VS. Making Mobile APP

When you believe in Google's own Lighthouse Score, when you have a clean PWA implementation, you don't have to think about Server Side Rendering (SSR).  What is the point?

In short, server-side rendering is the standard form of producing a web application. On the server, all of the critical content is measured and transmitted "full" to the browser of the client. Every page change, every user interaction first goes to the server which calculates and delivers the corresponding page to the browser. This is a highly tried and tested technology that needs very little resources on the part of the customer and makes no demands on the hardware of the customer. And not just to the customer but to the search engines as well.

As this is a client-like behavior Google can index a modern PWA and even "rewards," this mobile-friendly technology, in the opinion of many "SEO experts."

Modern approaches most often provide a hybrid approach: the content is provided to search engines as SSR and to actual customers as PWA. Testing-Learning-Improving:

Anyone who today wants to run eCommerce successfully has to hold their own against the major players on the market. To put it plainly, with very little resources, each has to find his own way to sneak up on the major players. A lucrative market, ideal pricing, creative concepts-these are only a few of the opportunities.

If your customers access your offer from mobile devices, you should be concerned with the subject of the Progressive Web App, definitely – but not at any price. The PWA must fit into the overall plan, from my point of view. In my experience, agility is an important factor for success today – regardless of any of the aforementioned forms you want to be successful in eCommerce. You have to be able to change your range, again and again, your pricing and your overall bid.

The credo is "Research-learning-improving." If you don't have a front-end development team of 100 people (who still also have free resources), this might be a subject for you. One support can be a so-called frontend management tool that makes it easy for online editors to make changes based on existing components. DL; RD

PWA is more than just another roost-run. Yet the evolution must continue all the time. So don't make a fast fix, but use a modular architecture with an API-first eCommerce framework and a Frontend-as-a-Service that helps the business team to do the day-to-day business without relying on a single editor to code.

As a reputed Software Solutions Developer we have expertise in providing dedicated remote and outsourced technical resources for software services at very nominal cost. Besides experts in full stacks We also build web solutions, mobile apps and work on system integration, performance enhancement, cloud migrations and big data analytics. Don’t hesitate to

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