React Vs Vue: Which One To Choose In 2021?

 

These days web applications are ruling the development landscape and will continue in the future too. When it comes to choosing Javascript frameworks and libraries, developers came up with many options including React and Vue. The challenging part is deciding to use Vue or react for use  in your tech stack. Both use a Virtual DOM and possess a reactive and component-based structure. Here we will compare two very popular web app frameworks React and Vue on the basis of various parameters such as, user-experience, performance, testability, security, developer availability and so on. Before digging to the comparison, let us see each one in detail.

React-

React.js is an open-source javascript library used to build web apps with rich user interfaces. It offers flexibility to create reusable custom components that encourage rapid development processes. Also, it is user friendly due to its ability to allow quick rendering of a web page. This library promotes the development of light-weight and complex business applications.

One can create not only web apps with React.js, but also media sites, video streaming platforms, software as a service tools, mobile apps, desktop apps, progressive web apps, JAMstack sites etc. Paypal, BBC, Facebook, Netflix, Twitter are some of the examples of popular apps created with React.

Vue-

It is a lightweight and flexible JavaScript-based framework that provides advanced web tools to develop modernistic SPAs and front-end web apps. Vue is also considered a versatile and progressive JavaScript framework because it allows change creation in an application code without influencing any core feature built and this provides an opportunity to create progressive UI. With decoupling, Vue also offers opportunities to extend functionalities of web app with customized modules and visual components.

Know the advantages of reactjs for building interactive user interfaces at- 7 Advantages of ReactJS for Building Interactive User Interfaces.

One can create single-page apps, progressive web apps, small project apps, large scale enterprise apps, existing app design extension, existing app functionality extension with Vue. Behance, Gitlab, adobe portfolio, laravel spark, grammarly are some of the apps created with Vue.

React Vs Vue- A Comparison

1. Learning Curve-

React-

React adopts the JSX format, where HTML is written in JavaScript. Though JSX is inline with functional programming, developers are saddled with the responsibility of figuring out this new approach. React heavily depends on other third party components for effective use. This can be an issue for developers since they news to grasp a lot of information just to get things done. React has a good documentation.

Vue-

Vue is easy to learn as compared to React. It separates concerns so that web developers are already used to, decoupling HTML, CSS and JavaScript. Vue allows the use of JSX for those who want to adopt that style. It is easy to get accustomed with Vue because it picked out the good parts of React and Angular. So it is easy for developers from either of the two backgrounds to fit in perfectly. Vue has a well detailed documentation.

2. Performance-

React-

React app’s performance is faster, a lightweight performance in user experience with individual components working in a fine functional way. It’s component based architecture helps to build more robust single page apps, reusability removes code clutter and reduced DOM manipulation speeds up the page loading. This reflects seamless app performance and pleasing user experience. Library works on updating the necessary changes to the webpage without reloading the entire page. Hence it eliminates the unnecessary loading of page and rather refreshes the data. To build react apps by setting some programming practice, you can use minimal approach.

Vue-

When each new feature added or extension of a component, Vue app becomes more uncertain that makes it hard for the app to load faster. Whereas, this framework has a virtual DOM, that serves as the default tool which helps in app’s performance optimization. Lazy loading feature of Vue helps to improve load time. Vue deals with third-party library in an asynchronous way by automatically handling the critical dependencies by isolating the libraries into the ones that need to be included in the main application bundle and the ones that can be left in routes away from the core bundle. 

3. Architecture-

React-

It doesn’t have a built-in architecture pattern. React caters to the view layer of app which is made with components. React components work as functions that render the underlying user interface as data changes. Continuous interaction between the users’ actions and state of app components makes internal architecture of Recat.js. The state of the React component is excellent when you need to build applications with limited functionality and scope. React is dependent on external libraries such as Flux, MobX, Reflux, Redux for building real-world applications.

Vue-

It follows the ViewModel approach and supports the pattern on MVVM in case of developing large-scale apps. View part and Model part are connected in two-way binding.

Model- Functions like Model object of JavaScript. When the data object enters the Model part, the data instance is transformed into reactive elements to create appropriate storage layers discretely.

View- There is a management of DOM instances in the View part of Vue. It makes use of DOM-based templating to successfully creating root elements and correspond with required DOM components.

Viewmodel- It handles the synching necessity between Model and View part of code. This Object is the primary part to interact developers with code.

Architecture of Vue and its DOM structures are abstracted into parts- Filters and Directives. Vue is not a full-blown framework so it follows a View layer pattern, handling of app development is made simple and flexible.

4. Scalability-

React-

React apps are made up of pure javascript so developers can depend on traditional easy to organize the code to make projects more scalable. This is a good framework for building scalable UIs pertaining to the concept of virtual DOM and component reusability.

Vue-

Vue is preferred for developing small-time apps and not scalable apps regardless of its ability to extend app with its flexible tools. Scalability can be made possible by forking a vue app by breaking it into multiple multiple repositories to separate the app for convenient scaling as per requirement. As the architecture is little dynamic, scalability is achieved by using web packs and Mixin elements offered by Vue to override the code extending limitations.

5. Application Size-

React- 

It is a library and not a fully featured frontend framework like Angular. React’s app sizes are bigger as compared to other. Latest react versions have reduced bundle size by reducing app size by 30% to previous version.

Also know- Most Common Mistakes To Avoid In React Development.

Vue-

It is a lightweight framework and so its app size might not be heavy like other frameworks. A simple Vue app has a size of between 50kB to 100kB. Vue CLI might make the app size appear large when it loads the code for first time due, but implementing lazy loading components, codes can be broken into smaller parts and improve load time. Tools such as NuxtJS, Vuex, Bit, Vue-router eliminate the need of code writing from scratch with effective state management that predicts unnecessary functions, codes and eliminates them.

Know the reasons to choose VueJS for web app development at- Why You Should Choose VueJS For Web App Development?

6. Code Maintenance-

React-

We know that react has component based architecture and it concentrates on building UI components, custom functionalities in user interface and optimally using logic to build functionalities. While developing app with React, you are developing functional and individual code snippets. Those snippets are reusable to other apps and various modules of the app. Dividing app into specific parts helps to manage app efficiently. 

Vue-

Vue is ever-growing technology and is rising in pace against most frameworks that have existed for a long time. So maintaining a Vue app is not that much hard. Vue lacks good support, creating conventional coding practices help to overcome limitations and obstacles. Vue is future-proof considering its effortless integration abilities and code grafting continuity onto existing DOM and HTML mark-up with zero prerequisites.

When To Choose REACT?

• You can choose react when you want to play around with many libraries, tools or ecosystems.
• Prefer React to develop scalable apps without any hassle for testing and debugging.
• Go with React to build complex app with better time-to-market.
• You can build video streaming platforms and media sites effectively with React.

When To Choose VUE?

• You can prefer Vue to build progressive web apps and single page apps.
• Also, if you want to extend the functionality of existing apps, go with Vue.

Final Words-

The above comparison will surely help you to choose the best one between React and Vue. If you are still confused to choose the best one, consult with solace experts. We are here to help you through consultation and development with experts skilled in modern technologies. You can also hire react developers and Vue developers of Solace Team for an effective development. Connect with Solace and get a free quote for an effective web app development. We will be happy to help you.

Most Common Mistakes To Avoid During Website Redesigning

 

Websites are the visual representation of your business and are not only a medium to reach a large number of users, but they also provide credibility and trust of your users for business. This is a main reason of why entrepreneurs come to the web designing company to seek professional help and get their website designed. But designing a website takes more time and energy specially to do it right and get the results that you want.  Redesigning a website could be a tricky process and you must consider lots of factors to avoid any negative effect. So here, we will discuss the major mistakes that you should avoid while redesigning or upgrading your current website. Let us see each one in detail.

Mistakes To Avoid During Website Redesigning-

1. Not Analyzing Current Web Design-

Many entrepreneurs reach to a web development company for getting their website revamped without knowing the defects of their current  website. Prior to finding a solution for any issue, you should discover what the actual issue is. You should analyze a current website thoroughly and know the reason of why you are thinking of redesign, which are the major problems that you want to solve first and so on. 

Discover the opportunities that you are missing and things that are working and not working on your current website. So these points should be analyzed and consider while finalizing new design of the website.

2. Not Setting The Goals-

Remember that website redesign is not about using latest technologies and techniques. You have to understand why you are taking this step and  investing such a lot of money and time in redesigning. For instance, an eCommerce business might want to change older design that had complicated navigation, to something much simpler, knowing how vital navigation is on a shopping website. Setting proper final goals will give a clear view on things. This will assist you with understanding the process and divide the workload by compartmentalizing and assigning a specific set of tasks to separate teams. In this way, the website architecture and overflow become a more seamless and streamlined process. On the other hand, not choosing your final objectives and starting in an aimless way may compel you to change the complete strategy at the very last hour. This is the most well-known website redesign mistakes made.

3. Aesthetics Over Functionality-

In the current times, everything has to be eye-catching and attractive, but don’t ignore the importance of functionality for a website. Attractive website with poor functionality may attract users but will fail to retain them. Though the main aim of website redesign is to make it more attractive than the previous one, you should also focus on making it work better than the previous one. Easy navigation and smart layout are important components of a good  website and they must not be ignored under any circumstances. Your website must be easy to use and users must be easily able to find whatever they are looking for.

4. Ignoring The Redesign Budget-

Next critical aspect to consider and decade on is the budget, which increases the issues during a website redesign. The expense of upgrading a site depends on a different features and functionalities you have to integrate into the site. So, you should establish a realistic budget for redesigning the website. After all, websites are a face of digital platforms. This can help you to reach many leads and convert them into sales to accomplish higher ROI. The longer the redesigning process occurs, the longer the server resources will be consumed, including team’s salary. So, it is necessary to decide on a budget and then move ahead with planning. 

5. Not Providing Adequate Time To Website Designers-

It requires a lot of time to upgrade a website and you should have enough patience to provide sufficient time to redesign a website. It doesn’t mean that you have to wait for many years, just fix the deadlines so the work can be done timely. But do not set unrealistic deadlines. There are many complications involved in the website redesign that you should accomplish. Many people approach customized website design services, but can’t provide sufficient time. Website redesigning with predefined templates doesn’t take more time in comparison with the custom website design.

6. Not Choosing The Proper Technology-

Technology decisions plays an important role in website redesign. Once you have set the final goals and divided the task among separate teams, the next step is to choose a technology to maximize output within the shortest possible time. Selection of technology is not only important for present but for future use also. Using the most latest technology available in the market buys the team a considerable amount of time before the next redesign occurs. For instance, if speed and single page application is the requirement, the best option could be going with the React.js. Similarly, if your website is in Python, then Django as a framework could be the perfect choice.  

7. Not Paying Adequate Attention To The Content-

Choosing design over content is one of the most common website redesign mistakes to avoid. This approach can nullify your whole redesign strategy  and this wastes the time and money. It may be very enticing to jump on an impulse and start designing the website, paying no attention to the content that controls the entire core of your website’s design. So the correct approach should be opt for content creation and moderation first and then shift towards designing. You should go with the lead-oriented and exciting content that focuses on the target audience’s demands. The goal of a web redesign should be to complement and enhance your content instead of taking the limelight away from it.

8. Not Making A Responsive Website-

Responsiveness is a property of a website to scale down or up, according to the screen on which it is being displayed. For example, when the buttons on your website scale down if opened on any mobile screen and become so small that users’ finger accidentally press a wrong button, which they don’t what to click. 

Near about 52% of the traffic comes from mobile devices, so it is necessary to scale down everything so that mobile user has a great user experience. Hence, whenever going for a website redesign, ensure that your website is responsive.

9. Not Providing A Proper Contact Information-

Your clients must connect with you easily. Customers don’t like to take lots of efforts for finding out the ways of connecting with you online. So always remember to add a ‘Contact Us’  page link in the prime navigation and also place a clear CTA button in the header with the official phone number of the business. Allow users to contact you with- contact form submission, email, phone, social media page etc. Also ensure to reply immediately to maintain trust in the relationship with your clients.

10. Not Setting A Realistic Launch Date-

After proper designing of a website, the question that we automatically find ourselves is, when do we need to launch the website? This is necessary, because businesses might have tight constraints and fixed deadlines for meeting their target. There are too many factors to consider while setting up a launch date. Setting an unrealistic launch date will either make the website suffer in terms of quality, or you might have to settle for less than expectations. So, it will be better to start as early as possible and set a realistic date for the website’s relaunch. 

All About Multi-Cloud Management That You Must Know

 

These days, many enterprises use multiple public cloud and private clouds as a part of their cloud deployment. According to the cloud report 84% of enterprises have a multi-cloud strategy and majority(54%) use both public clouds and private clouds as a part of multi cloud strategy. Also, enterprises now say that they run a majority of their workloads in the cloud. Company’s reliance on them is also increasing. Due to these increases, optimizing cloud spending is their first priority and governing their cloud usage is a close second. So here multi-cloud management tools come in. These tools allow organizations to centralize their monitoring of cloud spending and usage, apply governance policies, secure access and enable self-service. Some include cloud migration and/or backup and disaster recovery features.

Many leading CMPs are available from small vendors that completely focus on multi-cloud management, but larger technology companies are acquiring many small vendors. If you’re new to the world of multi-cloud management, then you must know its details before adopting it. Here we’ll see multi-cloud management tools, best practices and challenges. Before proceeding, let us see what multi-cloud management is.

What Is Multi-Cloud Management?

When an organization uses more than one cloud platform service for its different application needs. Multi-cloud is comprised of a private, public cloud to fulfil the organization’s end goals that vary organization to organization. Multi-cloud management uses different architectures, like Infrastructure-as-a-Service (IaaS), platform as a service (PaaS) and Software-as-s-Service (SaaS), to achieve a business goal. According to the requirements of specific workload/applications, different cloud providers are used. Multi-cloud is a strategy applied by CXOs, technology architects. It allows enterprises to select different cloud services or features from various providers. This will allow companies to select  public, private or hybrid cloud options and consolidate multi-cloud to make customized plan.

How Does Multi-Cloud Management Works?

Cloud Native functions are architected such as to run in the elastics and distributed nature of modern cloud computing platforms like AWS, private cloud like OpenStack. Multi-cloud strategies include use of hybrid environment, but it relies on more than one public cloud provider such as AWS, GCP, Azure. The approach eliminates the requirement for complete cloud migration since some sensitive data remains on that enterprise’s on-premise service.

Enterprises generally choose to store some user data on-premises, by use of one cloud provider for its IaaS requirements and another for PaaS or SaaS requirements. Various cloud service providers are used for various unique business functions.

Challenges In Multi-Cloud Management-

1. Performance-

It is a task to run periodic speed and performance checks on your web or mobile app, particularly in complex multi-cloud environments. It can be taxing for your developers team to monitor data and identify problems single-handedly.

2. Costs-

Unwanted expenses rises due to poor multi-cloud management. Sometimes, if you’ve integrated multiple cloud services in your application, it might be a possibility that you may not use all the benefits to their full capacity. And in such a way, you end up paying for services that are not even accessed.

3. Delays With Manual Processing-

Workload management that span over multiple and diverse platforms creates a need to address real-time processing and orchestration. It plays a vital role in getting the apps into productions and ensures their continuous performance. But, manually processing of all these actions can cause delays in delivering timely results.  

4. Cloud Sprawl-

Cloud sprawl occurs when users fail to decommission non-utilized cloud computing instances or services- main reason being the workloads that frequently move between clouds. This makes it challenging to get resource visibility and affects the cloud bill. 

5. Migration-

Most of the organizations faces challenges while migrating to multi-cloud especially when it comes to multiple data centers, remote locations and mobile uses. Checking of secure access to cloud assets with legacy networks often leads to two options — backhauling cloud traffic to a central internet access point or sending cloud traffic directly onto the Internet. Allowing organizations to migrate applications with their pre-existing standards and policies across the new cloud network, efficient cloud management is necessary.

6. Data Security-

Like data centers, multi-cloud environments also requires a robust security framework. There is a continuous data exchange between multiple clouds, so it is important to secure sensitive data with many layers. If an attacker has to penetrate more levels, the better chances are that the attacks will not be successful. 

Key Tips For Selecting Multi-cloud Management Tool-

While choosing a multi-cloud management solution, consider the below questions.

• Which cloud platform does the solution support?– You should search a multicloud management tool that supports AWS, Microsoft Azure and VMware. Best tools also supports various types of environments, including Kubernetes. 
• Do you need a tool that will integrate with DevOps workflows?- DevOps is continuously gaining popularity and some popular CMPs are addressing this reality with tools that support containers, continuous delivery, microservices and related approaches.
• Does some tool meet your security, governance and compliance needs?- Some of the tools are better than others to implement policies and some companies have more complex needs than others. Ensure that multicloud management tool you choose will be a good  for your requirements. 
• How advanced are the CMP’s analytics capabilities?- Cost control is main focus, so organizations require multicloud management tools with powerful reporting and optimization capabilities. Some uses artificial intelligence and machine learning.

Top Multi-Cloud Management Tools-

1. Embotics Commander-

It is one of the most well-respected multi-cloud management tools used by organizations like NASA, Fanatics, Nordstrom. This tool supports multi-hypervisor and multi-cloud environments. It includes automated provisioning and orchestration capabilities, integrated governance and incorporates cloud expense management. It is designed to use in environments using microservices, containers, devops and hybrid IT. 

2. Flexera–

Previously, cloud management platform by Flexera known as RightScale. It is a simplified platform that automates services. Flexera provides a single view of multiple multiple clouds with compiled information and effortlessly integrates with top configuration tools. It coordinates with APIs along with built-in support for networking, storage and so on. Disaster recovery is started with self-healing capabilities like automated backups and failovers. Also the platform tells users about any unused cloud resources that helps to save costs. There are some limitations with Flexera such as- users have found significant delays in deployments, steep learning curve of platform and cost ration or pricing to be the problem areas.

3. Morpheus-

This tool is application-centric and offers an automated and orchestrated framework for cloud management. Self-service provisioning, one click, codeless integration are some of the important features of Morpheus Hybrid Cloud Management. It provides persona-based management i.e. users are provided with specific data instead of generic data, saves a lot of time. This tool provides operations and automation with on-premises hypervisors, different cloud services and swapping technologies etc. The platform also comes with nearly 100 codeless integration and plug-in SDK for organizations to create their own integrations. Morpheus is preferred for data management, solving cloud-lock, cloud migration and shadow IT across clouds effectively. But it has some limitations such as- steep learning curve, complex UI and lack of training materials. Also, there is no free trial for users and the pricing starts at $25,000.

4. VMware CloudHealth-

VMware purchased Technologies in 2018 and continues to offer company’s multicloud management tools under the cloudHealth brand while integrating them with VMware products. Enterprises that use other VMware tools should research CloudHealth as a option. It offers intelligent governance and automation capabilities and helps organization to optimize cloud use and spending. It includes analytics tools for evaluating cloud usage.

5. Scalr-

It is designed to automate and collaborate with Terraform that acts as remote state and operations backend for Terraform. Scalr allows organizations to play and apply functionalities to systems that are remote from Terraform CLi. With this platform, you can customize provisioning portals and integrate it into pre-existing cloud infrastructure. Also it enables RBAC for different users. Scar provides Open Policy Agent as a single toolset for cloud-native stack to take out the use of different policy language, models, and also APIs for various products and services. It comes with some limitations like- lack of support for VMware environments, feature gap that can only be met with third-party integrations.

Wrap up-

Enterprises need a robust multi-cloud management platform to automate tasks and optimize costs. Continuous increase in the need of various apps leads to the adoption of these platforms among end-users. Enterprises can reduce their dependency on a single provider and use best cloud service with the availability of a comprehensive multi-cloud management platform. If you’re facing any difficulty with multi-cloud management, consult with Solace experts. We’re here to help you through consultation and development. Connect with solace and get a free quote for development with cloud services. We will be happy to help you.

Node.js Vs React.js : Which One To Choose For Web App?

 

Javascript is a popular programming language in the software development market. You may know Node.js and React.js as these are the two most adopted technologies. Both of these technologies are used in web app development and both have inbuilt benefits and some disadvantages. Most of the developers struggle to decide which one is better. One of the main differences between Node.js and React.js is- Node.js is a back-end framework and React.js is used for creating user interfaces. If you are also confused to choose best between these two, then you must go through the below differences between Node.js and React.js. Before diving to the Node.js vs React.js, let us see each one in short. 

What Is Node.js?

Nodejs is an open-source runtime environment to run JavaScript code outside of the browser. Most of the developers and business owners get confused and think that it is similar to React.js. In fact it is completely different from React.js and is used for different purposes. Node.js is used for developing back-end services like APIs for web or mobile applications. It is used used by popular companies like netflix, Paypal, Uber and so on.

Reasons of choosing Nodejs-

1. High Performance-

Most of the organizations choose Node.js because it offers high performance. It is made upon Google Chrome’s V8 runtime, written in C++ and is super fast. Both Node.js and V8 are regularly updated with security, performance optimizations and support for cutting edge JavaScript features. Walmart reported a great experience after use of Node.js when they shifted to Node to increase Black Friday sales.

2. Lightweight-

All Node.js apps use basic event-driven architecture. Means everything executed on it, including each single operation, is called as a progression of asynchronous callbacks. This allows Node.js to effectively run single-threaded apps unlike other web technologies where new string is produced as per the request by the client. This makes apps lightweight and makes the foundation for non-blocking I/O feature in Node.JS. 

3. Fast-

Node.js is powered by JavaScript and V8 versions. V8 offers the capacity to execute and compile JavaScript with speed as it compiles JS codes into native machine code. Also, Node.js has the event loop- single string playing out all the I/O activities in a synchronized way. And this makes Node.js more fast.

4. Single Language For All Layers-

All functions incorporate two languages- one on the server-side and other on client-side. But Node uses Javascript for both. In this manner, web developers need to interact in a single language over all layers. Also, this can be reused again and again for future communications.

What Is React.js?

React.js is a JavaScript library launched by Facebook and maintained by a community of developers. Generally it is used to develop the front-end  of web and mobile app and works on Model-View-Controller architecture. Developers uses React as a base for creating single-page applications and then they use different libraries to give extra support to their web apps.

Reasons Of Choosing React.js-

1. Fast And Cost-Effective-

React.js has lots of reusable components that help app developers to create and maintain app easily and effectively. Also, react powers react native, that is a reliable cross platform app development framework. Such relationship helps organizations to build a solid mobile presence along with the web while using React.

2. Stable-

Most of the technologies get outdated after a few years. React.js has been a stable innovation with growing competition. Popular enterprises like Facebook and Instagram uses react.js, so the chances of getting outdated are almost negligible. 

3. Reusable Component And Virtual DOM-

Reusable components of React.js enables developers to reuse the components to build different apps with similar functionality. It reduces the development efforts and ensures that components perform seamlessly. It helps to make data structure cache memory inside a memory unit, that enables you to update the browser DOM effectively.

Node.js Vs React.js-

1. Learning Curve-

Node.js-

Nodejs is easy to learn but it needs more efforts to implement web apps with it. Asynchronous programming that executes the non-blocking code makes it difficult. But this doesn’t prevent the execution of part of code, so sometimes it is difficult to program.

React.js-

React.js has an easier learning curve as compared to others, so developers don’t need to spend a lot of time re-learning the programming language. Simply, React.js is built on what developers already know Javascript. Because of its simple design, use of JSX and highly detailed documentation, React.js is the best library that makes web development easy to implement and iterate.

2. Community Support-

Node.js-

Node.js is an open-source, means its community are actively engaged in improving languages and bug fixing. A large community is an advantage because lots of developers have best tips and tricks at their disposal when they communicate around the community.

React.js–

React.js is created by Facebook and backed by a huge team that regularly supports it. Frequent updates is best thing about React that makes developers work efficiently without breaking the application. Airbnb, Paypal, Uber uses React in their production.

3. App Size And Performance-

Node.js-

Because of increased productivity and satisfaction, reduced development cost and increased app performance, Node.js has a positive impact on many users. It possesses asynchronous and non-blocking nature due to event-loop features. Code of Node.js is reusable, which is useful for event-based applications that update data in real-time.  Many companies experienced 35% decrease in average response time and their pages served 200ms faster. Event-driven architecture is a major factor that improves Node.js performance.

React.js-

It is efficient to handle frequent UI updates because of virtual DOM feature. Though virtual DOM possesses the same properties as regular DOM, it lacks the power to update the UI directly. For every UI update, react updates Virtual DOM and compares it with regular DOM on regular basis. This way, it figures out what changes should be made to the regular DOM. Now this whole process is so fast that sometimes developers face UI delivering related performance issues. But, there is a workaround to solve almost every single performance issue in React. 

4. Microservices-

Node.js-

Node.js supplements microservices since both as a tech stack empowers organizations to achieve agility, security, and better performance. Using microservices with Node, allows to develop apps without complexities. This amazing blend can also power highly scalable applications and handle a huge number of concurrent request without hindering the system.

Using microservices in node.js based ecommerce app empowers multiple services and lets them update and scale separately. A subscription based ecommerce platform, migrated its Node.js app from MEAN stack to microservices-based architecture. Microservices architecture based on Nodejs allows it to overcome challenges like API integration, continuous app crashes and huge costs. 

Switching a microservices architecture pattern, Cadenza got an opportunity to integrate several features of their app to independent services. Also it, dispenses long-term commitment to any tech stack. This also helped them to reduce the cost

React.js-

Each team is responsible for a separate set that primarily serves different content. Micro frontends in React are friendly and less bulky team. For example, ecommerce platform built with React.js can be divided into different features which can be handles by separate teams like shopping, frontend, devops and backend team. In advanced steps, the teams can be divided at a detailed level. React allows micro frontends to communicate indirectly by reducing direct coupling.

5. Use Cases-

Node.js-

Node.js is used to build some data streaming features. For instance, there is a possibility to process the files when they are still being uploaded. When data comes to stream, it can be processed online without any interruption. This can be done for real-time audio or video encoding.

Chatrooms- High traffic limits, lightweight and extreme data streaming are necessary to build continuous apps like Chat rooms. These requirements can be satisfied by using Node.js. 

React.js-

React is most appropriate for single-page applications, selecting it single-handedly for large or complex applications might be a needless excess. For building complex applications, using Reactjs with another tech-stack is necessary as React just caters an application UI.

Conclusion-

Selecting the best technology for development is an important task as it drives your software product to the success. You must consider the project requirements before choosing technology. The above comparison, Nodejs vs react.js will surely help you to select the best one.

Aurelia Vs AngularJS : Which One To Choose?

 

In the web development world and javascript world, we’ve seen a lot of paradigms come and go. But one paradigm has stuck around: the single-page web application. AngularJS is one of the most popular frameworks backed by Google, and it offers quick, easy development of rich, client-side applications by the use of declarative two-way data binding. AngularJS is used by popular companies like Amazon and Pluralsight. 

Whereas, the Aurelia framework was released a couple months prior to Angular 2, and also serves as a great choice of SPA framework with a quickly growing audience. Aurelia, has become a popular choice for rich, client-side applications. Aurelia targets the same problem space as AngularJS. However, Aurelia uses a modern approach to ease development and solve a lot of the problems that plagued AngularJS.  

So What’s the difference between Aurelia and Angular? Before starting comparison, let us see What is Angular and What is Aurelia?

Aurelia-

Aurelia was backed by Durandal Inc and was licensed under the MIT license. It is an open-source framework and provides great rendering speed, very good memory efficiency, unidirectional data flow which is safer, higher standards of compliance, greater integration compatibility with different other platforms or frameworks. Deloitte, Chegg, dev and many such popular companies make use of Aurelia. Here are some of the features of Aurelia-

• Broad Language Support
• Two-Way Databinding
• Routing & UI Composition
• Testable

Angular-

AngularJS is a front-end web framework supported by Google. This framework makes use of HTML as your template language and allows you to extend HTML’s syntax to express app’s components more clearly. Amazon, snapchat, Tinder and many more popular brands uses Angular.js. Let us see features of Angular.

• Templates
• MVC Framework
• Access to the POJO Model
• Unit Testing Facilities

Aurelia vs Angular-

1. MV* Approach-

Aurelia follows the Model-View approach. There is no need to specify the particular controllers of view-models; the naming conventions will do that. For instance-

“AnyFile.html”:  Any file loaded under router-view or called at the time of instantiating Aurelia App.
 <template>
 <!-- HTML and Aurelia(Model) code goes here -->
 </template>
 “AnyFile.js”: Controller of the Anyfile.html view-model.
 export class AnyFile {
 constructor() {
} 
}

When comparing with Angular, you will see the difference in watching MV* components. One of the big disadvantage of AngularJS is that it has a very sheer learning curve. You must know its internals, the complete digest cycle pretty well and have to know the effect on performance while using $watch expressions and filters. Whereas Aurelia is simple and has a smooth learning curve.

2. Language Support-

API’s of Aurelia are deliberately designed to be employed naturally from today’s and tomorrow’s useful web programming languages.  Aurelia supports Typescript ES2015, ES5, ES2016 and it is very important and gives you high extensibility. Developing web apps by using ES6 is not a new thing. There are some solutions that can allow you to write Angular apps using ES6. 

Aurelia supports for ES6 and Gulpfile with a customized build system to ensure your ES6 down to ES5 compatible code.

3. Data Binding-

Aurelia supports two types of data-binding-

1. One way data binding

2. Two way data binding

Using adaptive techniques, one can choose the most appropriate way to observe each property in your model and automatically synchronize UI with best-in-class performance. For instance-

One way data binding-

<!-- these have the same result -->
<input value.bind="anyValue & oneWay>
<input value.one-way="anyValue">

Two-way Data-Binding:

<!-- these have the same result -->
<input value.bind="anyValue & twoWay>
<input value.two-way="anyValue">

Angular also allows two-way data binding but for beginners it is tough to adopt the Angular way. With a large number of filters, watches, a complex DOM structure etc. you will find performance issues. 

Regardless of a few enhancements are implemented, later on, they are not much effective. Whereas, Aurelia is less complex and easy to learn. There are very less chances of performance issues to implement two-way data binding.

4. Services-

Know more at- https://solaceinfotech.com/blog/aurelia-vs-angularjs-which-one-to-choose/