Vite JS – All You Need To Know

If you are looking to improve your experience in frontend development, Vite JS is for you. It is the next generation of frontend tooling. Vite JS consist of a dev server that bundles your code for production. It allows programmers to set up a development environment for frameworks such as Vue and React and even for Vanilla Javascript app with dev server. Apart from this, it allows the development team to hot reload in just three commands. 

Vite offers a fast and opinionated build tool with highly customizable API using plugins. Also it supports many popular front-end libraries such as Preact, Vue JS, React and Vanilla Javascript through templates. Let’s see details of Vite JS.

What Is Vite JS?

Vite is a build tool that aims to provide faster and leaner development experience for web projects. It achieves this in two parts- First, in development, app code is not bundled, instead code is imported into browser using ES Modules, the native module system for Javascript. As ESM is supported in all modern browsers, Vite can take an advantage of this to completely remove a build step while in development. Libraries that need to be imported are still compiled, but for this Vite makes use of esbuilt tool written in Go. Esbuilt pre-bundles dependencies 10-100x faster than JavaScript-based bundlers.

Second, Vite provides a build step using Rollup that has been highly optimized for generating static assets. Taking advantage of Rollup, Vite also provides a diverse plugin ecosystem. Standard Rollup plugins can be used with Vite, and custom Vie-specific plugins. Vite plugins extends Rollup’s well-designed plugin interface with some extra vite-specific options. Thus, you can write a Vite plugin once and have it work for both dev and build.

Latest version of Vite.js offers lots of new features. Released on 16th February 2021, Vite 2.0 offers completely redesigned architecture, first-class CSS support, a new plugin system and so on.

How Does Vite JS Work?

Browser support for ES6 modules was poor when ES modules were originally introduced in ES2016. Thus, lots of current browsers now support ES modules natively, and allows you to use import and export statements natively. You can include imports in HTML by specifying that you’re importing a module using type+”module” attribute in script tag: 

<script type="module" src="filename.js"> </script>

According to the documentation of Vite JS, ES import syntax is served directly to browser in source code. <script module> native supported browser parses them automatically, making HTTP requests for every import. Dev server receives HTTP requests from browser and executes any necessary code changes. This improves the speed and makes Vite server very rapid.

Performance-

Vite dev server starts instantly, and with the Hot Module replacement, eahc code is reflected in browser quickly, sometimes instantly.

vite v2.1.3 dev server running at:
> Network: http://192.168.1.90.3000/
> Local: http://localhost:3000/

ready in 467ms.

Features Of Vite JS 2.0-

1. Great CSS Support-

Vite 2.0 offers features such as CSS splitting, URL re-bashing and so on. These features are supported without configuration. Resolver of Vite improves @import and url() paths in CSS by respecting aliases and npm dependencies.

2. Faster Builds-

Latest version Vite 2.0 offers faster build time with ESbuild. ESBuild is a bundler written in Go. It is 10-100 times faster than bundler. Vite 2.0 takes an advantage of ESbuild to convert CommonJS modules to ESM for dependencies. According to the official document, Vite 2.0 uses ESBuild rather than Rollup. It improves the performance in build time. 

At the moment, ESBuild is used for pre bundling dependencies.

3. New Plugin System-

Vite improves the developer’s performance by identifying build type and accessing configs and dev server configurations. It is compatible with lots of Rollup.js plugins. New plugin system makes use of unique Hot Module Reload handling and offers API to add middleware to dev server. Plugin server is WMR based system. New system adds Vite-specific functionality to the Rollup plugin system. 

4. Framework-agnostic-

Vite 2.0 has high-quality boilerplate for various frameworks like Vue.js, Preact, React and so on. It offers a vanilla Javascript boilerplate. Other boilerplates also support Typescript. Vite offers a consistent tooling experience across frameworks because of its framework-agnostic nature.

5. Support For SSR-

Vite supports SSR for React.js and Vue 3. It provides APIs and constructs for loading and updating ESM-based source code effectively. It externalizes CommonJS-compatible dependencies. Vite SSR is an extremely low-level functionality, and the team aims to offer tooling for a more higher-level feature in coming days. In production build, SSR can be decoupled from Vite. With same setup, it can support pre-rendering.

Advantages Of Vite js-

1. Bare Module Resolving-

Yet, browser don’t support bare module imports where you can import from a package name like import { createApp } from ‘vue’, because it’s not a relative path to our node_modules. Vite searches for bare import specifiers in your Javascript files. Once it finds them, it rewrites them and uses module resolution to locate relevant files from your project dependencies.It resolves them as legitimate module specifiers.

2. Hot Module Replacement-

It is an amazing feature in Javascript bundlers that changes source code in browser without refreshing the browser. Using Vite js tool, there’s no need to reload the browser to update content, as each change is reflected in browser with immediate effect. Hot module replacement is decoupled from all modules. This makes your project faster, regardless of app size.

3. Configuration-

If you want complete control of your project, you can extend the default configuration with vite.config.js or vite.config.ts file in existing project or directory from base root directory.

Also you can mention config file through vite -config my-config.js. You can add support for custom file transforms by adding Rollup plugin to build and Koa middleware in configuration file. 

4. On Demand Compilation-

We know that, browsers send source files to compile and only required or modified code is compiled on screen. In Vite, without modified files return a 304 error code. Unlike other existing bundlers, they compile every located file in project and bundle them before making any changes. Hence Vite is great for large-size projects.

Some Other Features-

• Offers support for mode options and environment variables
• Support for TypeScript, using ESBuild for transpilation
• Asset URL handling
• Vite supports .tsx and .jsx files ESBuild for transpilation

Why Use Vite?-

1. Server Side Rendering-

Vite.js for SSR is not included or available as a template. Official document includes all the details of how to use it. It’s important to note that it is labeled as experimental. This capability is provided through a plugin.   

2. Static Site Generator-

Know more

Top 10 App Performance Monitoring Tools

Applications are an important part of our life as we use it for our day to day tasks like online shopping, ordering food, cab booking and lots of like this. So many businesses are creating apps to deliver the best service to their customers. Hence it is also important to develop the best performing app. Only developing the best performing app is not sufficient, it is also important to monitor the app performance and make changes accordingly. But how could you monitor the app performance? Here comes the need of App performance monitoring tool.

App performance monitoring tools can reduce management burden, provide single platform to manage the burden by managing all the apps instead of managing and troubleshooting every app individually. It also ensures the issues related to app performance are defined and identified. App performance can be monitored or tracked using various categories like load time, response time and apdex score. Here we’ll discuss the best app performance monitoring tools. But before diving into the app performance monitoring tools, let’s see what app performance monitoring is.

Also know- Best Tips to improve your mobile App performance

What Is App Performance Monitoring?

App performance monitoring encompasses controlling overall performance, including code, app dependencies, transaction timings and user experience. One can observe the instances where users encountered problems and why it happened by using the warning issued to monitoring tool. It gives you a complete insight into app performance, helping DevOps teams to identify problems and preparing to respond to similar issues in the future. Here are the components of the application performance management solution.

• Basic server metrics
• Custom application metrics
• Application server metrics
• Detailed transaction trace
• Individual performance web request
• Performance use and performance
• Code level performance profiling
• Application error
• Application log data

Tips To Select Best App Performance Monitoring Tool-

Traditionally, app performance management solutions were available only to large businesses and were used to track business transaction. But, in recent years, APM tools have grown more inexpensive and essential for all enterprises. APM technologies have become an important aspect of DevOps initiatives.

Important things to consider-

• SaaS vs On-premises
• Cloud support
• Pricing
• Programming language
• Ease of use

Let’s see App performance monitoring tool list.

Top 10 App Performance Monitoring Tools-

1. AppDynamic Application Performance Monitoring-

Started in 2008, it provides automated cross-stack intelligence for BI and app performance monitoring. According to Gartner’s study report, AppDynamics was rated APM leader for the 9th time. Product suits like End user monitoring, Infrastructure visibility, business performance, app performance make up the AppDynamic Platform. Here are spem of the features of AppDynamic-

• End to end transaction tracking
• Code level visibility
• Languages support: Java, .Net, Node.js, Python, C++
• Dynamic baseline and alerting

2. New Relic Application Performance Monitoring-

Since 2008, it has swiftly expanded and evolved into an essential tool for programmers, business executives and IT support teams. Now it supports customers and helping them in improving the performance of their applications. Also it offers APM for mobile apps, infrastructure monitoring, advanced browser performance monitoring etc. Here are some of the great features of Relic-

• App monitoring performance trends at a glance
• Performance tracking of individual SQL statements
• Code level diagnostics
• Cross app tracing
• Languages- Ruby, node.js, PHP, Go, .NET, Java
• Monitor critical business

3. Scout(SolarWinds)-

It delivers auto-discovered topological visualizations of programs and their components by using its agent. You might need more time to learn so you may have to wait until enough data points have been collected before you stop getting false positives. Here are some of the great features of Scout-

• Memory leak detection
• Automatic Dependencies Population
• Languages: Ruby on Rails
• Github integration
• Slow database query analysis

4. Stackify Retrace-

Read More

Why You Should Use JAMstack For Ecommerce?

Though the Ecommerce industry is the fastest growing industry, online stores are facing lots of challenges. They compete with each other with increasingly demanding customers. Fulfilling these demands and overcoming challenges is getting harder as it needs flexibility, readiness to make changes fast. Online store face some challenges such as- poor user experience, slow page speed, high maintenance cost, developing new features take more time. But JAMstack evolves as a solution to these issues. So here we’ll see the reasons to use JAMstack for ecommerce. But before digging into it, let’s see what is JAMstack?

What Is JAMstack?

JAMstack is an architectural pattern of web app development. It is a tech stack that includes client-side javascript, reusable APIs and prebuilt markup. Chief components of JAMstack are explained as below-

Javascript- It is the most widely used language to write web apps and it includes lots of frameworks and SDKs. 

APIs- APIs carry out the HTTP requests to transfer data to server-side of the application through interface or resource.

Markup- It is HTML rendered before time through a static content generator. Markup is responsible to impart the appearance of web app’s pages. it is either built with the static-site generator or it is dynamically assembled when the page loads. 

With traditional website development systems, APIs controlling the plugins and extensions for web platforms were limited by boundaries of the monolithic systems. But JAMstack gives more freedom to APIs. One of the main goal of JAMstack is to help developers in fast building, securing and scaling the web solution. It does this by providing a possibility to use tools and workflows that support productivity.

Also know- Best Ecommerce UX Tips For 2021

Why You Should Use JAMstack For Ecommerce?

1. Best-Of-Breed Approach-

JAMstack is a great solution for the developers who are going by best-of-breed approach. Best-of-breed solutions are flexible and economical also, because you pay only for what you need. This lets you choose the best tools, tech stacks and CMS to offer best services to your clients. Best aspect of this approach is that every tech stack has its own individuality and functionality. Though tech stacks are performing in integration with other tools, any update, issue or change in one tool won’t affect others. If you don’t need one specific tool in the whole group, you could keep the rest. This makes the best-of-breed approach safer compared with all in one solutions.

2. Faster Loading Speed-

JAMstack provides a simple setup as the static files are hosted on CDNs. It ensures that the static websites works with speed and maintain higher performance. Speed of website impacts SEO and user experience also. According to the SEO, even a one-second delay in page loading speed will reduce the conversion rate by 7%.

3. Better Developer Experience-

Developers don’t have to be full-stack developers who take care of implementing layout to connect it with the backend layer. JAMstack eases this makes it possible to use APIs, programmers can depend on ecommerce solutions such as Shopify and concentrate only on creating front-end layers. Thus the development time and cost reduces.

4. Improved Time To Market-

As mentioned above, better developer experience results in improved time to market. JAMstack improves development process and helps to-

• Add new touchpoints without needing to use extra software.
• Develop new features or implement changes quickly because it is possible to work on front-end and back-end layers at the same time
• Build user interfaces according to your choice
• Personalize customer experience 

5. You Can Sell Your Products Everywhere-

Developing an eCommerce store means decoupling the front-end layer with the back-end layer. So you can publish and display your products and contents on various platforms such as Amazon, Facebook and so on. Such a possibility accompanies the simplicity of managing all digital sales channels at one place rather than checking data in each channels independently.

https://solaceinfotech.com/blog/why-you-should-use-jamstack-for-ecommerce/

 

10 Best App Store Optimization Tips For 2021

App development is not as easy task as it looks. It requires a great deal of time, money and effort. But it is not enough. No matter which category your app belongs to, it will be nothing if people don’t know about it. It won’t be truly successful in the app market until you boost its visibility and downloads to survive. Here comes the need of app store optimization. Most of  you may not be aware of this. If you’re also one of them, let’s have a look at app store optimization tips to follow in 2021. But before digging into tips, let’s see the details of app store optimization and its need.

What Is App Store Optimization?

App Store Optimization

App store optimization are enhancements made on app download page to boost the app visibility and encourage more people to download it. ASO(App store optimization) mainly focuses on two leading app store platforms- Apple App Store(ios) and Google Play Store(Android). It is not a “one and done” kind of activity, it needs continuous attention and consistent updates.

Need Of App Store Optimization-

More than 5 million applications are available at Apple app store and google play store. From this, you can recognize the level of competition that your app will face. Main aim of app store optimization is to increase the number of downloads and loyal users. First step to increase downloads is to make your app easily noticeable by the right users. But how to do this? Let’s have a look at best tips for app store optimization in 2021.

7 Best App Store Optimization Tips-

1. Optimize App Title And Description-

Titles are the most important metadata that you can use to increase your downloads. So you must follow best practices to write title and description. It is recommended to write title of less than 25 characters so that the entire title is visible on the application’s view screen. Title should be unique and easy to remember so as to increase the number of downloads. Use of primary keyword and your company name in title will make your app easier to find. Once you’ve selected a name, try searching for your application. If there are lots of results, your app name isn’t creative enough. App’s description should include relevant keywords in the first 250 characters.

2. Optimize Keywords-

Keyword optimization is important step in app store optimization. You should understand which keywords are relevant to app that you’re trying top optimize, what terms are consistently searched for in mobile app stores, main competitors and their behavior. Relevant keyword selection can enhance the app’s visibility in app store’s search results. 

3. Include Attractive Icons And Screenshots-

Attractive visuals can give you an edge in the app marketplace. Select an app icon that is easy to recognize and will be memorable for your brand. Use different colors than your top competitors to avoid the confusion from potential customers. Most people search for screenshots before making a decision to download. So we recommend you to use relevant screenshots that attract user. Also, include visual features that show how your app is more valuable than its competitors.

4. Add A Preview Video-

Including a preview video to the app page can increase downloads by 35%. Each increase in downloads results increase in app’s rating. As most of the people prefer to search and download an app in minutes, add a video that shows the most valuable feature of your app. With this, user will get to know the detailed features of application without downloading it. App preview videos can be upto 30 seconds long.

5. Know Your Competition-

Knowing your competitors helps not only in business strategy but also for ASO too. Prior to adding your application to app store you should choose a category for. Here are some factors to consider while choosing a category-

• Number of competitors
• Number of apps that are constantly updated
• how popular the category is (in downloads)

Once you’ve added app to the app store, you should continually track the top performing apps in your chosen category. Analyse whether their ranking changes when they add a keyword or change metadata. Do best to rank keywords before your competitors can. Continuously track the competitors who have similar aim, app features and apps that use same popular keywords that you use.

6. Create Backlinks-

So as to create backlinks, your app must be actively linked to websites that are relevant to your application and trustworthy according to current google algorithm standards. Backlinks can be in image form using ALT tag or in text form. You must remember that “Quality over quantity” is preferred methods of backlink success.

Know more at- https://solaceinfotech.com/blog/10-best-app-store-optimization-tips-for-2021/

Top 7 ReactJS IDEs For 2021

 

Software development needs work with several tools using different languages. Choosing from a wide variety of available tools can be headache for even the experienced developer too, so many people try to rely on integrated development environments (IDEs) to do most of the work. Besides source editors and automation, some of them have smart code completion. Some of the developers prefer to do all development in one tool and never leave it. While others choose editor so as to automate their work. Here we’ll discuss the top 10 reactjs IDESs that you can use in 2021. Before digging to it let’s see the reasons to opt for Reactjs.

Why To Opt For ReactJS?

Reactjs simplifies the development of the visual interface. It is used by the tech giants such as Apple, Netflix and so on to create interactive UI. ReactJS brings various compelling features and some of them are as follow-

• Some of the rules help developers to write codes while making the source simple and clean. It eases the writing process.
• To develop one high-volume app or need customized components that get shifted from a mockup of HTML to the elements of ReactJS, it becomes easy for developers.
• React reuses the system components. 

Know the details of- Why you should choose ReactJS for your next project?

Top 7 ReactJS IDE For 2021-

1. Visual Studio-

It is one of the most popular IDE and is available for Linux, Mac and Windows operating systems. This IDE supports React, javascript, Node.js and TypeScript. It comes with a complete ecosystem of other languages ecosystem such as C++, c#, Python, .Net and PHP. Visual studio is great IDE for starting work as it supports various programming languages. It also includes various features that helps developers in the development. 

Features – 

• built-in support for IntelliSense code completion and also a very good understanding of semantic code
• Wide theme selections
• Supports syntax highlighting
• Built-in debugger
• Version controlling via extensions
• Integrated tools for testing the code
• Imported Modules
• You can also jump to any class definition
• Tooling for JSX/React, Html, JSON

2. WebStorm-

It is most advanced and popular IDE for created by JetBrains. It comes with various useful features like smart coding assistance, error detection, code completion and refactoring various languages such as Node.js, HTML, CSS and JavaScript. Also, it is used by overwhelming majority of large organizations.

Features-

• In-built testing capabilities
• In-built debugger support
• Syntax error detection
• Code completion for React and JSX
• Built-in web server helps to run projects online
• Version Control System
• Built in Terminal

3. Atom-

Know more at- https://solaceinfotech.com/blog/top-7-reactjs-ides-for-2021/

How To Improve Frontend Architecture Design?

 

Frontend architecture creates engaging navigational experience for users by building sustainable workflow and process-driven apps. It includes lots of practices and tools that upgrades your app’s code quality. Also it gives you the opportunity to create a productive, scalable and sustainable workflow. Frontend architecture can be considered as a standard against which the code is being tested. It sets a tone to write code and remains a guide to the developers throughout the development. This results in great user experience and quality software product development in less time.

Need Of Frontend Architecture-

• Frontend architecture establishes coherence between UI and UX by eliminating more refreshes between selecting sizes,views and designing layout of interaction elements and deciding predefined user elements that add to the app accessibility. It engages the potential users to use your application. 
• In web and mobile apps, good navigation implies the use of white space, easy-to understand language, attractive color combination, interlinking of links that redirects users to most visited pages, and other design principles that result in an accessible UI. To make frontend modules independent, you need a design which divides and displays the data as needed. To fulfill these requirements, you need to comprehend design principles and expert architects which provide the required structure for frontend developers to code upon.

How To Re-evaluate Frontend Architecture?

1. Evaluate Your Web Application-

While evaluating web application just ask below mentioned questions to get the exact solution-

• While evaluating web application just ask below mentioned questions to get the exact solution-
• Are you facing issue with different template syntaxes on both client side and server side?
• Do you want to decrease your initial rendering speed or need support for code splitting and increase lighthouse scores?
• Want to achieve minimalism and improve development experience?
• Does your architecture need established testing processes and frontend testing plan?

2. Fetch Real World Data-

It will be better to study real-world examples niche to your business. For this, you can analyze risk involved, technicalities, performance and validate architecture. 

3. Be Tech-Curious While Assessing Your Options-

Now it’s time to compare the options available and find the best one for you. Angular, React, Svelte, Vue are some popular frameworks to use. One of the feasible approaches to weigh your alternatives is to build a prototype application in every framework to understand what better suits your objectives and prerequisites. 

4. Take Review From Your Audience, Stakeholders, Product Persons And Project Managers-

Ask product and project managers to share their opinion about end-user perspective and product development life cycles before re-architecting. It gives detailed video of redesigning the frontend and introduce you to challenges that may arise while implementing goals. 

How To Improve Frontend Architecture Design?

1. Adopt A Domain-Driven Design With ‘Micro Frontends’-

With Micro-frontend architecture you can split your app into smaller apps that are distinct but semi-dependent. As different development teams works simultaneously on different parts of system, it increases development speed and improves scalability. Also micro frontends don’t affect the performance of web app so it saves development efforts too. One can use domain-driven design with micro frontend to simplify larger apps and build modern frontend apps. Here data and events explicitly interact with app modules without any complexity and bugs. So the development process becomes faster and more efficient that results in seamless deployment and incremental upgrades.

2. Use Component Based Architecture For Frontend-

Component based architecture is popular among frameworks such as Angular and React as it encapsulates feature that it becomes shareable among other modules. Also, it provides animations and transitions that are necessary in modern applications. Also, you can write single components with some properties. Heavy apps apply the model-view-view-model pattern to support the reuse and customization of components.

3. Use CI/CD And Reduce Frontend Build Time-

While building a scalable apps, it is difficult to handle multiple releases and upgrades under one entity. CI/CD pipeline keeps up within application modules and among various applications, particularly in microservices and component-based design. For this, adopt CI/CD pipeline and allow teams to deliver quality codebases frequently. Let’s see how you can make CI/CD work for you-

• To control parallelism and improve build performance make use of parallel web packs with npm 
• Optimize loaders for better performance. You can specify relevant file directories to reduce unwanted module loading.
• Make use of standard infrastructure for components like Bit to build app rapidly. It allows you to create an autonomous development experience, where you can run and control components in build time and run time across projects. 

4. Use Design Language System –

Design language systems can work as a reservoir of reusable components with standard documentation. It establishes the tone for design team and development team, reducing the extra effort to bring everyone on the same page. Also, the standard system supports the reuse of components for efficiency. As it includes a set of rules to build components, it eases to maintain consistency across all platforms and improves scalability. And people involved in this should communicate between design and development team. By doing deep understanding of product, developers can build apps that deliver a great user experience.

5. Code Refactoring-

Refactor your code by turning complex code clean code and reducing technical issues. Mostly this type of complexity causes because of the tight deadlines. But if the code is clean, it decreases the iterations and eases modifications. 

React Native Android App Vs React Native iOS App

We all are using mobile apps for our day to day work. According to the survey, in 2017, users around the world downloaded almost 197 billion Android apps and over 25 billion ios apps. App development industry has gained momentum in the past few years and has been growing higher since. With the increasing craze for mobile apps, there’s one massive problem that has arisen for app development companies- Finding skilled developers who can develop for Android and iOS. 

If you are looking to develop an app from scratch, for both iOS and android platform, React native is the best solution. React native is a framework that can be used to develop cross platform apps. It is a javascript-based framework created by Facebook to develop apps supported by ios and android platforms. One of the best benefit of using React is reduced development time, reusable code and app components. But there are some differences between the use of React Native for both the platforms. So, here we’ll see the significant differences between React native app development for android and ios. But before digging to it, let’s see the reasons of why react native is gaining momentum.

Why React Native Is Gaining Momentum?

React native allows you to alter the user interface of an app for both android and iOS development. 

1. Open Source Framework-

The framework is open-source in nature. It’s structure is all set to become compatible with macOS and Windows. Rather than rewriting a code from scratch, you can reuse the already existing written code. You can it by using the React Native’s components in the code of the app you developed or reuse the same code. 

2. Quick Development-

Writing a code from scratch and learning to code in java and swift is tough and time-consuming. But react native solves this issue, rather than having expertise in both, you just need to know Javascript. This makes app development quick and easy. 

3. Focus On The UI – 

React native allows you to develop a smooth and simple to navigate user interface in both operating systems at the same time. UI is the reason of its popularity. Prior to this, developers were needed to focus on one type of operating system. React Native resolved this issue and made improvement more comfortable and balanced for the two platforms.

Also know the reasons to build apps with react native at- Why you should build your app with react native?

React Native Android App Vs React Native iOS App-

Android and iOS app development significantly differs from one other. These differences arise when you develop your app using React Native. Here are some of the main aspects where the development process differs.

Also know the most common mistakes to avoid in react development at- Most Common Mistakes To Avoid In React Development

1. Tools-

If you are building your React Native app with React Native CLI, you will use different tools for iOS and Android. 

iOS-

You will need an Xcode tool to build iOS apps with React Native. It installs the iOS simulators and all the required tools to build your iOS app. You need a Mac OS to work with Xcode. Meaning that you need a Mac OS if you want to build iOS apps with React Native, or iOS apps in general.

Android-

While building android apps with React Native, you will need a complete different toolset. First of all, you would need to install the Java development Kit (JDK). The tool that is comparable to Xcode for Android is, Android Studio.

Summary:

• Java Development Kit
• Android Studio
• Android SDK and related configuration

If you completely want to do away with them, you have an option of using Expo.

2. Native Elements-

React native has several elements to be used but the results differ according to the platform they are implemented on. For instance, picker component would display a different outcome on an iOS simulator and a different outcome on the android emulator.

3. Designs-

React native provides a cross-platform development due to the shared code and developers expect to build both versions of apps with less efforts. iOS apps are quite minimalist in design, while android is drawn towards the material design principle. When you use shared code in developing, you need to ensure that the app is suitable as per the natural look and feel for both platforms. Multitask panels in iOS have small tabs whereas interchangeable tabs of Android’s multitasking panel are almost of screen size. Hence, developers need to focus on these differences while developing on a shared platform.  

The android include icons with transparent background and shadows whereas, icons of iOS apps are round-cornered squares. Also, there is a difference in navigation patterns for both operating systems. Android’s native navigation-bar has back and refresh buttons whereas in iOS, back button on the top is screen-specific and also works right swipe gesture.

It is necessary to consider all these differences for developers while working on app development through React Native. 

4. Platform-Specific Styles Elements-

When you work on a cross-platform app, it is necessary to consider the difference in styles elements. Styles added using React Native look different in android and iOS because both operating systems might not support that styling. For instance, you’ve added shadow style in your app, it won’t be visible in the Android version because android does not support this styling. Thus, developers should keep in mind the style differences and use the styles that are supported by both operating systems.

5. Linking Libraries-

Do you want to add third-party libraries in the app using React Native? There is a difference between iOS and Android systems is that- you can’t just use the react-native link called “library name” to get the job done. Rather, you have to link third-party libraries manually. Now, this won’t be an easy using React Native. But why? Because you need distinct knowledge about the android and ios coding. To link libraries manually on these systems, you need to use Java and Objective C language. If the library you are using has the required documentation, you probably won’t be needed to do anything manually. But if it doesn’t, you should know this difference between android and iOS systems to develop apps. 

6. Release Process-

Release process is one of the biggest step after mobile app development. Web app’s release are generally a breeze as compared to mobile apps.

Android-

Android apps are released to Google Play store. This release process is easier than iOS. One can automate release activities such as code signing, creating snapshots and so on using tools like Fastlane. It helps to reduce the time spent on manual release.

iOS-

To release the iOS apps, you need to go through the App store. Basically the apple store guidelines to release and review process are contrasted compare to the Android release process. Thoroughly analyse it to get approved by App Store.

Wrap Up-

Starting from the in-app features to design elements to testing tools, development of android and ios mobile app development using React Native differs on various levels. Developers should know the above mentioned differences and accordingly work to avoid bugs during implementation. Lots of popular companies like Uber Eats, Instagram and Airbnb use the shared platform of React native.

If you are also thinking to use React Native for android and ios app development, consult with Solace experts. We are here to help you through consultation and development. You can hire react native developers of Solace team for an effective app development. Connect with Solace and get a free quote for app development. We will be happy to help you.

All About Micro Frontend Architecture

 

Micro-frontend architecture is a lucrative approach to grow organizations as most of the time they face multiple issues at the frontend. This is understandable as it doesn’t make more sense to meddle with the codebase for frequent feature updations. Modular approach reduces the impact of upgrades and changes for one element on the rest of the codebase. Here we will discuss the micro frontend architecture and its implementation. So, let’s get started with what Micro frontend architecture is.

What Is Micro Frontend Architecture?

It is a strategy in which the traditionally monolithic frontend codebase is divided into smaller apps, ideally addressing the various business domains. These small elements creates a seamless frontend interface that delivers great user experience and is easy to scale and modify. Prior to micro-frontend architecture went mainstream, most common web app development strategy includes a frontend monolith on the top of a microservices backend. With time, data that come from various microservices made things complicated. Consider that one of the microservices went through an upgrade at the backend.

The frontend would require extensive changes, but we know developers would ignore such tasks. Convincingly, the situation would get so out of hand that a revamp would seem like just a logical solution. Micro frontend framework enables cross-functional teams to take care of end-to-end development and deployment of micro apps. Lets see the reasons to use micro frontend architecture.

Reasons To Use Micro Frontend Architecture-

1. Development Flexibility-

Micro frontend framework allows the team to select the tech stack for their microservice. This ownership improves decision making, fast track development cycles and enhances features.

2. Prefers Native Browser Over Custom APIs-

In case of web applications, there are lots of things to do to deliver great user experience. Micro-frontend principles use simple browser events for communication that are more manageable and easy to administer compared to APIs. Also it helps to attain faster rendering regardless of slow internet connections and sluggish browsers.

3. Decoupled Codebases-

Micro-frontend framework eases the management and modification of codebase. The principle of isolated team codes ensures seamless development, testing and deployment cycles.  Also it strengthens the team autonomy and tech agnostic nature of micro apps.

4. Reusability-

Chatbots, payment processing are some of the common features of enterprise sites. With micro-frontend architecture, one can easily adapt existing workflow for new website. It prevents reinvention of the wheel and  saves valuable resources at various instances.

5. Scalability-

Decoupled micro frontends and modular architecture  allows you to easily upscale and downscale, also they lend an interactive approach to entire process. With the knowledge that new micro frontend element or change to a current one will not influence the rest of the frontend and other teams’ work, you can generally focus on continuous growth.

6. Fast Build Time-

Independent development and release cycles of different micro frontends allow parallel development, reducing the effort to manage changes and downtime. Also, a micro frontend architecture allows to do upgrades at a blistering pace and updated with the current trends.

7. Easy Maintenance-

Maintenance is an important task when frontend monoliths grow to a mammoth size. Generally developers fear making changes in the codebase because they don’t know how a small change might ripple through the system. Also, overload of dependencies may cause trouble. Micro-frontend architecture divides the complete codebase into smaller and more manageable bits with clearly defined dependencies. This becomes easy for new team members to understand and maintain the system.

How To Implement Micro Frontend Architecture?

Various strategies are used for a micro-frontend architecture approach dependent on how and where the distinctive micro frontend components are created. Let’s see the various implementation strategies.

1. Server Side Composition-

In server side composition approach, various micro rontends are composed at server level before replaying it to the browser. Sever includes the view, calls micro frontends and organizes the page before it serves. Also, you can load core content on server, preventing unnecessary loading time or blank screens for users. And they get a view of core offering, the rest of the micro apps can load in the background. For instance, Facebook divides its typical page into multiple components called ‘pagelets’, it could process and serve one pagelet at a time while the others processed in the background.

2. Build Time Integration-

This strategy is used to organize the various micro-frontend codebases as independent code repositories. For this you don’t need to spend more efforts to organize teams and overall UI consistency also remains intact. And when optimized, the general data transfer to browser reduces during build phase. But one major disadvantage is -increased dependency between various frontend elements makes it difficult to keep the release pipelines independent of each other. This risks you experiencing similar bottlenecks as the frontend monolith. This technique has some use case like, DAZN an OTT streaming service, prefers predictability and performance over other parameters. While deploying frontend, it has been found that build-time integration to be the best way forward because it verified  the app’s performance by running all the end-to-end tests before serving it.

3. Run-Time Via JavaScript-

Javascript addresses the integration challenges presented by iframes. With run-time compositions, one can easily determine which micro frontend should be added and when and where it should render itself.

4. Run-Time Via Web Components-

This integration technique is a run time integration via web components. The prior method referred to bundles, and here web components are micro frontends. These web components can respond to URL routing and preserve all above benefits. You can choose the one that fulfills your needs.  

5. Runtime Via iframes-

We have client-side integration or run-time integration techniques. It follows fundamental principle, where all required micro-frontends are delivered to browser. This approach limits the UX experience you can deliver because the micro frontend content cannot exceed the iframe boundaries. Also, integrating various apps parts adds lots of complexities while building a responsive page.

You can also know- Top 10 Front End Development Tools In 2021

Final Words-

The above basics will surely help you to understand the new approach to build scalable frontend which is micro frontend architecture. If you’re thinking to build web solution with micro frontend architecture, consult with Solace experts. We are here to help you through consultation and development. You can hire dedicated developers of the Solace team for effective web solution development. Connect with Solace and get a free quote for customized web solution development. We will be happy to help you.