S3 URI Parsing is now available in AWS SDK for Java 2.x

The AWS SDK for Java team is pleased to announce the general availability of Amazon Simple Storage Service (Amazon S3) URI parsing in the AWS SDK for Java 2.x. You can now parse path-style and virtual-hosted-style S3 URIs to easily retrieve the bucket, key, region, style, and query parameters. The new parseUri() API and S3Uri class provide the highly-requested parsing features that many customers miss from the AWS SDK for Java 1.x. Please note that Amazon S3 AccessPoints and Amazon S3 on Outposts URI parsing are not supported.

Motivation

Users often need to extract important components like bucket and key from stored S3 URIs to use in S3Client operations. The new parsing APIs allow users to conveniently do so, bypassing the need for manual parsing or storing the components separately.

Getting Started

To begin, first add the dependency for S3 to your project.

<dependency>
<groupId>software.amazon.awssdk</groupId>
<artifactId>s3</artifactId>
<version>${s3.version}</version>
</dependency>

Next, instantiate S3Client and S3Utilities objects.

S3Client s3Client = S3Client.create();
S3Utilities s3Utilities = s3Client.utilities();

Parsing an S3 URI

To parse your S3 URI, call parseUri() from S3Utilities, passing in the URI. This will return a parsed S3Uri object. If you have a String of the URI, you’ll need to convert it into an URI object first.

String url = “https://s3.us-west-1.amazonaws.com/myBucket/resources/doc.txt?versionId=abc123&partNumber=77&partNumber=88”;
URI uri = URI.create(url);
S3Uri s3Uri = s3Utilities.parseUri(uri);

With the S3Uri, you can call the appropriate getter methods to retrieve the bucket, key, region, style, and query parameters. If the bucket, key, or region is not specified in the URI, an empty Optional will be returned. If query parameters are not specified in the URI, an empty map will be returned. If the field is encoded in the URI, it will be returned decoded.

Region region = s3Uri.region().orElse(null); // Region.US_WEST_1
String bucket = s3Uri.bucket().orElse(null); // “myBucket”
String key = s3Uri.key().orElse(null); // “resources/doc.txt”
boolean isPathStyle = s3Uri.isPathStyle(); // true

Retrieving query parameters

There are several APIs for retrieving the query parameters. You can return a Map<String, List<String>> of the query parameters. Alternatively, you can specify a query parameter to return the first value for the given query, or return the list of values for the given query.

Map<String, List<String>> queryParams = s3Uri.rawQueryParameters(); // {versionId=[“abc123”], partNumber=[“77”, “88”]}
String versionId = s3Uri.firstMatchingRawQueryParameter(“versionId”).orElse(null); // “abc123”
String partNumber = s3Uri.firstMatchingRawQueryParameter(“partNumber”).orElse(null); // “77”
List<String> partNumbers = s3Uri.firstMatchingRawQueryParameters(“partNumber”); // [“77”, “88”]

Caveats

Special Characters

If you work with object keys or query parameters with reserved or unsafe characters, they must be URL-encoded, e.g., replace whitespace ” ” with “%20”.

Valid:
“https://s3.us-west-1.amazonaws.com/myBucket/object%20key?query=%5Bbrackets%5D”

Invalid:
“https://s3.us-west-1.amazonaws.com/myBucket/object key?query=[brackets]”

Virtual-hosted-style URIs

If you work with virtual-hosted-style URIs with bucket names that contain a dot, i.e., “.”, the dot must not be URL-encoded.

Valid:
“https://my.Bucket.s3.us-west-1.amazonaws.com/key”

Invalid:
“https://my%2EBucket.s3.us-west-1.amazonaws.com/key”

Conclusion

In this post, I discussed parsing S3 URIs in the AWS SDK for Java 2.x and provided code examples for retrieving the bucket, key, region, style, and query parameters. To learn more about how to set up and begin using the feature, visit our Developer Guide. If you are curious about how it is implemented, check out the source code on GitHub. As always, the AWS SDK for Java team welcomes bug reports, feature requests, and pull requests on the aws-sdk-java-v2 GitHub repository.

Playwright now offers a UI mode

#​631 — March 24, 2023

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What Marvin does here is a valuable skill for all developers to pick up, and you can enjoy more by going back to the start.

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GitHub had to update its RSA SSH host key today so you may see security related warnings when pushing and cloning. It’s easy to fix, but check the new fingerprint matches – it’s for your own security.

The New Stack caught up with Svelte’s Rich Harris on SvelteKit and what’s coming for Svelte 4.

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If you were experiencing errors on the official Node site last week, here’s the (detailed) post mortem of why. Config errors and inappropriate caching, mostly.

✨ Did you know there’s a market in fake GitHub stars? Some developers analyzed some repos to learn more about it.

???? Congratulations to Lea Verou on her TC39 appointment. Her efforts to push the Web forward are legendary. Prism is one project you may be aware of.

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Migrating from ts-node to Bun — A look at adopting performance-oriented Bun when you’re used to using TypeScript with Node.js. John runs us through porting a console app from the ts-node approach over to Bun — “a pretty easy process,” he says.

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A Practical Guide to Getting Started with Astro — An extensive walkthrough of Astro that covers all the topics you’ll need to get you started.

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Automatic npm Publishing with GitHub Actions and Granular Tokens

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How to Build Your ERP System in Minutes

Do you need an effective way to manage and optimize your business operations? Enterprise Resource Planning (ERP) systems are the perfect tools to help you do just that. With an ERP system, you can manage various tasks, including financial management, supply chain management, project management, and customer relationship management. While these systems can be expensive and complex to purchase and implement, you can build your system in a relatively short amount of time. This article will discuss the steps to create your ERP system from scratch, using open-source software and other readily available resources. With this knowledge, you can benefit from the power of an ERP system without the expensive cost of purchasing a commercial solution. So, if you’re looking for an efficient, cost-effective way to manage your business operations, trust the expert advice in this article and read on to find out how to create your ERP system from scratch.

What is an ERP?

ERP (Enterprise Resource Planning) system is a centralized platform that helps organizations manage their business processes and data across various departments and functions, such as finance, human resources, supply chain, and operations. It streamlines multiple processes, such as accounting, inventory management, and project management, and provides real-time data visibility and insights to help organizations make informed decisions.

Modern ERP solutions include in particular important business areas such as

Financials & Accounting. This includes financial management, budgeting, accounting, and cash flow management. 

Human Resources (HR). This includes payroll, time and attendance, recruitment, benefits, and training management. 

Supply Chain Management. This includes inventory and warehouse management, order management, supplier management, and logistics management. 

Manufacturing. This includes production planning and scheduling, quality control, and cost management. 

Customer Relationship Management (CRM). This includes sales automation, marketing automation, customer service, customer analytics, and customer support. 

Business Intelligence. This includes data mining, data visualization, predictive analytics, and dashboard reporting.

Analytics. This includes predictive analytics, data mining, and machine learning.

Building your ERP system from scratch can be a daunting task, but with the right tools and resources, it can be done in a matter of minutes. Here’s how you can get started:

Identify your business needs and objectives. The first step in building an ERP system is determining what you need it to do for your organization. Consider your current business processes and identify the pain points and inefficiencies that an ERP system could address. Determine what features and functionality are essential for your business and prioritize them accordingly.

Choose the right platform. There are many options available when it comes to choosing an ERP platform, including open-source options and commercial options. Consider factors such as the cost, scalability, integrations, and user-friendliness of the platform when making your decision.

Set up and configure the platform. Once you’ve chosen an ERP platform, it’s time to set it up and configure it to meet your specific business needs. This may involve importing data from your existing systems, creating custom modules or integrations, and setting up user roles and permissions.

Train your team. An ERP system is only as good as the people using it, so it’s essential to provide training to your team to ensure they are comfortable and proficient with the new system. This may involve in-person training sessions, online tutorials, or other resources to help your team get up to speed quickly.

Go live and monitor performance. Once your ERP system is set up and configured, it’s time to go live and start using it for your day-to-day operations. Monitor the performance of the system and make any necessary adjustments or improvements as needed.

The key steps and processes of ERP software development

Requirements Gathering

Requirements Gathering involves gathering information about the customer’s business needs and processes and identifying specific requirements for the ERP software. This includes understanding the customer’s current business operations, their goals and objectives, any existing software they use, and any changes they may need to make. The requirements-gathering process also involves identifying and documenting functional requirements, such as the types of data that need to be captured, the types of reports that need to be generated, and any other processes or activities that need to be automated. This information is used to help the ERP development team design and develop the software.

System Design

After requirements gathering, the ERP development team will design the system based on the customer’s requirements. System Design is the process of designing the software architecture and user interface to meet the customer’s requirements. This includes designing the database structure, the user interface, the business logic, and any integrations with other systems. The design process also involves creating user stories, which describe the actions a user can take with the software, and identifying potential use cases. This information is used to create the software architecture and user interface that will be used to develop the software.

Development

Once the system design is approved, the development team will begin to develop the software according to the design. Development is the process of coding and testing the software according to the system design. This includes writing code to implement the user interface and business logic, as well as testing the software to ensure that it meets the customer’s requirements. This is an iterative process, which involves making changes to the code based on feedback from the customer and testing the changes to ensure that they are functioning correctly.

Deployment

Once the software is developed, it must be deployed to the customer’s environment. Deployment is the process of setting up the hardware and installing the software in the customer’s environment. This includes configuring the hardware, installing the software, and performing data migration and integration with other systems. The deployment process also involves setting up user accounts, configuring security settings, and testing the system to ensure that it is functioning correctly.

Training and Support 

After deployment, the customer must be trained on how to use the software. Training and Support is the process of providing the customer with training and technical support to ensure they can use the software effectively. This includes providing user manuals and tutorials, providing access to customer support teams, and providing ongoing maintenance and updates. The customer must be trained on how to use the software, and the ERP development team must provide ongoing support to ensure that the customer can use the software effectively.

The cost of custom ERP software development

The cost of custom ERP software development depends on the scope of your project. Typically, the cost of custom ERP development ranges from $50,000 to millions. Factors that influence the cost include the complexity of the project, the size of the project, the development team, and the technology used. Additionally, if you are implementing an ERP system within an existing software architecture, there may be additional costs associated with integrating the existing architecture with the ERP.

The cost of custom ERP software development also depends on the features and capabilities included in the software. For example, if you need an ERP system that tracks inventory and accounting information, the cost of development will be higher than for a system that only tracks customer and sales data. Additionally, the cost of custom ERP software development may also depend on the type of software development methodology used. For example, agile software development processes typically cost more than traditional waterfall methods. Furthermore, the cost of custom ERP software development may be higher if you require the software to be hosted in the cloud, or if the system requires custom integrations with other software.

Pros & Cons of building ERP Systems

Pros of Building a Custom ERP System

There are several benefits to implementing an enterprise resource planning (ERP) system in an organization:

Improved efficiency and productivity: ERP systems streamline various business processes, such as accounting, inventory management, and project management, and provide real-time data visibility, which helps organizations make informed decisions and increase efficiency.
Enhanced data accuracy and integrity: With an ERP system, data is entered only once and is then shared across all relevant departments and functions. This eliminates the need for manual data entry and reduces the risk of errors and inconsistencies, resulting in improved data accuracy and integrity.
Greater collaboration and communication: An ERP system provides a centralized platform for all departments to share information and collaborate on projects, which improves communication and decision-making across the organization.
Increased scalability and flexibility: ERP systems are designed to be scalable and flexible, allowing organizations to easily add new modules or integrations as their needs change. This helps organizations adapt to changing market conditions and grow their business.
Reduced costs: ERP systems can help organizations save money by streamlining processes, reducing the need for manual data entry, and eliminating the need for multiple software systems.

Overall, implementing an ERP system can help organizations improve efficiency, increase data accuracy and integrity, enhance collaboration and communication, increase scalability and flexibility, and reduce costs.

Cons of Building a Custom ERP System

The main problems when building ERP systems include: 

Complexity: ERP systems are complex, and require knowledge and skills to set up and maintain them. This complexity can make it difficult for businesses to understand how to use and configure the system correctly. It can also make it difficult to troubleshoot any issues that arise. 
Cost: ERP systems can be expensive to purchase and maintain, and may require additional hardware and software investments. The cost of an ERP system can be high, and the cost of maintaining and updating the system must also be taken into consideration. 
Vendor Lock-in: Once you have chosen an ERP system, you may be locked into that vendor’s products and services, and unable to switch to another vendor without high costs. This can make it difficult to switch vendors if the current vendor’s services are no longer meeting your needs. 
Integration: ERP systems must be integrated with other systems, such as financial and CRM systems, to be effective. This can be a difficult and time-consuming process and may require additional resources and expertise. 
Security: ERP systems must be secure, as they contain valuable business data. This requires careful planning and implementation and may involve additional security measures, such as encryption and two-factor authentication.

How to create an ERP system using the Flatlogic Platform in minutes

Flatlogic is a company that provides a range of web and mobile application templates and UI components. They offer Full-Stack Generator to build an ERP system by yourself or/and a various number of templates for an ERP system, which is a type of software that helps businesses manage and coordinate various aspects of their operations, such as financials, supply chain, manufacturing, HR, and more. This template includes a range of features and functionality that can be customized to meet the specific needs of an organization, such as CRM, project management, inventory management, and more. It is designed to be responsive and user-friendly and can be easily integrated with other systems and applications. It is worth noting that an ERP template is not a complete ERP system, but rather a starting point that can be customized and developed further to meet an organization’s specific needs.

Flatlogic Full Stack Generator is a tool that helps you create a fully functional full-stack application from scratch. It provides templates for the frontend and backend of the stack, as well as database connections and authentication features. The generator also comes with a range of customizable components, such as user interface elements, forms, and dashboards. Once you’ve chosen your templates and components, you can easily customize and extend the application to meet your specific needs.

Flatlogic Platform provides a ChatGPT+ solution that enables you to create a conversational chatbot for your website or application. The solution can be customized to your exact requirements and includes features such as natural language processing, machine learning, deep learning algorithms, and real-time analytics. Flatlogic’s ChatGPT+ solution can help you create a powerful and sophisticated chatbot that can provide your customers with an engaging and interactive experience.

How does it work?

Using the Flatlogic Platform you can create CRUD and static applications in a few minutes. Creating a full-stack application consists of 3 steps and static only 2 steps.

Step 1. Choosing the Tech Stack

In this step, you’re setting the name of your application and choosing the stack: Frontend, Backend, and Database.

Step 2. Choosing the Starter Template

In this step, you’re choosing the design of the web app.

Step 3. Schema Editor

In this step, you can create your database schema from scratch, import an existing schema or select one of the suggested schemas. 

To import your existing database, click the Import SQL button and select your .sql file. After that, your database will be opened in the Schema Editor where you can further edit your data (add/edit/delete entities).

If you are not familiar with database design and find it difficult to understand what tables are, we have prepared some ready-made sample schemas of real applications that you can modify for your application:

E-commerce app;
Time tracking app;
Book store;
Chat (messaging) app;
Blog.

Or, you can define a database schema and add a description by clicking on the “Generate with AI” button. You need to type the application’s description in the text area and hit “Send”. The application’s schema will be ready in around 15 seconds. You may either hit deploy immediately or review the structure to make manual adjustments.

Step 4. Choose Integration method & Features

Next, you can connect your GitHub and push your application code there. Or skip this step by clicking the Finish and Deploy button and in a few minutes, your application will be generated.

Benefits of ERP systems created with Flatlogic Platform

An ERP system created using the Flatlogic platform may offer several benefits, such as:

Improved efficiency

An ERP system can help streamline and automate various business processes, reducing the need for manual data entry and reducing the risk of errors. This can save time and resources, and allow employees to focus on more important tasks.

Better decision-making

An ERP system can provide real-time data and insights that can help managers and decision-makers make informed decisions.

Increased visibility

An ERP system can provide a single, centralized source of data that can be accessed by authorized users throughout an organization. This can improve communication and collaboration, and help ensure that everyone is working from the same set of accurate and up-to-date information.

Enhanced security

An ERP system can help protect sensitive data and ensure that it is only accessed by authorized users. It can also help meet regulatory compliance requirements.

Reduced costs

An ERP system can help reduce the costs associated with manual processes, such as paper-based systems and manual data entry. It can also help reduce the costs of training new employees, as they can easily access the information they need to perform their tasks.

It is worth noting that the specific benefits of an ERP system created using the Flatlogic platform will depend on the specific features and functionality implemented, as well as how well the system is customized and integrated with an organization’s existing systems and processes.

Summing Up

In conclusion, building your ERP system can be a daunting task for many businesses. However, with the right tools and resources, it is possible to build a powerful, custom ERP system in minutes. By following the steps outlined in this guide, you can quickly create a customized ERP system that meets your business needs and saves you time and money. By taking the time to research, design, and deploy an ERP system, your business can reap the benefits of a centralized and efficient system that can help you increase efficiency and profitability.

The post How to Build Your ERP System in Minutes appeared first on Flatlogic Blog.

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373: Script Injection with Cloudflare Workers

This week Shaw and Chris dig into some deepnerd tech stuff: manipulating HTML. In a perfect world, perhaps we wouldn’t need to, but today, and even moreso in the foreseeable future of CodePen, we need to do a smidge of HTML manipulation on the HTML that you write or that is generated by code you write on CodePen. A tiny example is removing the autofocus attribute when a Pen in shown in a grid view <iframe>. A more significant example is that we need to inject some of our own JavaScript into your Pen, to power features of CodePen itself, like the console, which receives information from your rendered page (like logs, errors, etc) and can push commands to execute as well.

So how do we inject a <script> into absolutely 100% arbitrary HTML? Well, it’s tricky. We’re starting to do it with Cloudflare Workers and the HTMLRewriter stuff they can do. Even then, it’s not particularly easy, with lots of edge cases. Thank gosh for Miniflare for the ability to work on this stuff locally and write tests for it.

Time Jumps

00:22 Let’s talk Messing with HTML

03:07 Reasons for messing with HTML

05:48 How and when to inject a script

10:14 Where we show your profile page

14:17 Using Cloudflare workers

18:52 Testing

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Is React a Framework? Software Engineer Answering

By definition – React is one of the most popular JavaScript UI libraries nowadays. It comes in second place after jQuery among all web frameworks! React’s popularity has grown rapidly thanks to a simple and declarative API that allows you to build high-performance applications, and that momentum keeps growing. Still, there is often discussion and questioning that React is a framework or library.

Firstly, let’s look what the differents between framework and library? 

The framework belongs to the main() function. It executes some functions, e.g. controlling a collection of windows on the screen. The framework can, in principle, work even if you have not set it up in any way. It does something, e.g. it places an empty window with default widgets. The framework defines the general nature of the program, and your code provides a specific setting. These settings can be very significant, as both a word processor and a spreadsheet can be created using the same framework.

The library is the set of tools used by your code. Your code belongs to the main() and provides the overall structure of the program. A library performs some specific task, such as sending traffic over a network, drawing charts, or something else. The library can do big things, like draw a view of a three-dimensional space full of objects, but only after you tell it about those objects.

The framework can call your code, which in turn calls the library. But your code never calls the framework, except perhaps for system() or exec() functions.

But, is React a Framework? 

We asked our Software Engineers Team for their opinion and they were split into two parts: some maintain the view that React is a library, and others assign it as a Framework. Here are the most outstanding opinions:

From my point of view, React is not a framework, it’s just a library with no specific requirements for project structure. It’s about describing the abstractions of your application, logic, routing, data exchange, and so on. And React simplifies the work with this data, and optimizes the work with it

Anton M. – Software Engineer at Flatlogic.com

From my point of view, React is not a framework, it’s just a library with no specific requirements for project structure. It’s about describing the abstractions of your application, logic, routing, data exchange, and so on. And React simplifies the work with this data, and optimizes the work with it

I know that react calls itself a “library”, and a lot of developers prefer to react to the home page with the title “library”. However, I think that React is more like a framework now, with different targets like web, react native, etc. And the foundation of React is JSX, which is crucial for proper developer experience, and requires a build step, so you can’t just slap a bunch of JSX files into a browser and call it a day. Nowadays when you say “I built this app with React” you don’t mean that you used it on one page or as a modern jquery alternative. You mean that you built everything around react, with its ecosystem, its best practices, etc. And with all those points in mind, I’d rather call react the framework, than a library

Viktor S. – Staff Engineer at Flatlogic.com

We also conducted the research among others software engineers and would like to share with you the most impressive arguments on this point. 

So, is React a Framework or a Library?

React is a Library

React is a JavaScript library for building user interfaces. It is maintained by Facebook and a community of individual developers and companies. React can be used as a base in the development of single-page or mobile applications.

Now Why Library, not a Framework?

different definitions for library and framework:

a framework is a software where you plug your code into
a library is a software that you plug into your code

In terms of this definition, React is a framework. But some people, especially in the frontend world, say a framework has to bring stuff like routers and/or widgets, etc. 

So Angular, and ExtJS are frameworks, but React isn’t, because it only gives you the means to build components and render them into the DOM.

Let’s make it simple, in React we have to include packages for everything it’s not necessary but yes we can add them, thus React is a Library but if we are not given an option to do so with our code then that’s a framework like Angular and Vue.

React is a library because it’s only supposed to deal with the view part of the eco-system, and you can integrate it easily in any project you’re working on currently, it’s something like jQuery, it only helps you with organizing your views into reusable components, of course, the performance is one of the best things about React, especially with the new Fiber algorithm, things will be faster seeing the scheduler mechanism, unlike Angular, it’s a framework that gives you everything you need, most of the things are already built-in, for React you need to create your own/or grab some modules from npm to add extra functionality as need per your project.

It depends on how you use it. If you’re writing a small program and you structure your program around working with React, you are probably thinking of React as a framework.

If you have a big program and you use React as a small part of it just for handling output, then you’re probably thinking of React as a library.

If your program is 90% user interface, and not only your program structure but your data structures are shaped to fit the React system, then you may even think of React as a language. Hey, if TypeScript can be a language, why not React?

React is a library, cause it has mostly evolved into a vast ecosystem that is barely distinguishable from a framework. A framework protects the edges, whereas a library provides a tool for doing certain tasks. React handles exactly one task: abstracted Web Components. It offers an internal state, lifecycles, and external properties, as well as a renderer for a browser or comparable environment through ReactDOM – and nothing more.

This has a few advantages: it is smaller than a full-featured framework, has fewer opinions on how to address problems, and so provides more options.

I’d say React is a library posing as a framework. It feels like working in a framework (esp. with JSX, though using that is optional), but under the hood, it is just a library. This definition is quite good:

a framework is software that you plug your code into (e.g. you work “inside” it).
a library is software that you plug into your code (e.g. you “hand-off” certain tasks to it, or build “on top” of it).

React feels like the first, but is the second. The attached video compares React and Angular and hints at the distinction. Since React treats your code as a black box, you can push the data-binding concerns out to the edges of your system, to be “handed off” to React (i.e. how you would use a library). Angular, on the other hand, forces you to work “inside” their “scopes” using their “directives” to handle data-binding. In Angular, you are passing your data through scopes that observe your data model. You are always at the mercy of whichever directives they are building into their framework scaffolding. You are also working “inside” HTML (JS-in-HTML), with all the constraints that impose (giving more of a framework feeling). But with React, you have less of that feeling, since you have freedom (full power of JS), and can build “on top” of React (HTML/JSX-in-JS). This is good since JS is inherently more powerful than HTML.

React is a Framework

React is a framework. Honestly caring about the difference between a library and a framework is a bit pedantic, so I’d say you can call it either. Having said that, my definitions of the two words are that a library is a collection of functions, and a framework is a way of doing things.

By this definition, React is a framework because it forces you to build UI in the React way instead of the Angular, etc. On the other hand, the dash is a perfect example of a library because it’s just a collection of functions, use them however you want.

JavaScript is known for its abundance of new plugins, frameworks, and other things created by its massive community of developers and designers.

You must be wondering what this fact has to do with the React JS framework and other frameworks. The truth is that many of the leading IT firms have already embraced JavaScript and leveraged its benefits.

That should answer the question and not cause any other debates, right? Well, not exactly; the debate over Is React a framework or library? is as strong as ever.

Over the years, developers, software engineers, and developer communities came up with pros and cons related to the status of React as a library or React as a framework. Let’s analyze them together.

React as a library

React can be easily swapped by some other javascript library offering similar functionalities.
React can be easily plugged into an existing technology stack – and that’s the definition of a library.

React as a framework

Related libraries must work in an opinionated way.
Because of its state and lifecycle on the components, you inverted the control to React.

Are you asking why React was designed as a library and not a framework [1] or why it is classified as a library and not a framework [2]?

[1] Why it was built that way. A library is something you can add to an existing project to enhance it. It does not impose any restrictions or conventions on your application design and you can supplement it with other libraries of your choice to flesh out your application. There is also a shorter learning curve (usually) on a library as you can add it incrementally to your project. A framework on the other hand implies structure and convention, you need to follow the conventions of the framework. In many cases a framework limits you to working within these conventions – you cannot (or it is difficult) to mix a framework with other code.

There are use cases for each.

[2] Why it is not classified as a framework. Based on the definition of a framework it does not fit the bill – it is a library that is added to your code – it does not impose structure – beyond the use of the library itself and it can be mixed in with other code.

React does not solve any structural or architectural problems on the app level. It provides us with a set of methods for better (in my opinion) handling of the front-end. I remember when jQuery did that back in the day, and how that started the revolution… React is now doing the same, just better.

Because React is a library eventually we got Flux and Redux. Both of them are handling real-world problems that come alongside Scaling. Mare library does not think about that.

React is a framework because Redux is referencing it as one (Source). Ah, as I started to hope that something in life is going to be easy. With React and Redux there is a clear layer of separation between the view and data. That is why React is not a complete framework to solve the entire problem.

Conclusion

Soft engineers spend a lot of time talking about what React is. The answer is important for any React soft engineer, no matter their skill level. That is because it indicates what they should know and how they should work when developing any React application. Depending on who you are, a beginner or an advanced React soft engineer, I hope this thoughtful research will improve your development process as you build your next React project.

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