Start New Projects Faster: 10 Scaffolding Web Dev Tools

Ten libraries to help you quickly start new projects

Core points:

• This article lists ten libraries that can help developers start new projects faster, providing time-saving scaffolding and powerful speed benefits. These tools are especially useful for developers who frequently start new projects and need to run quickly.
• These tools include: Meteor (a JavaScript full-stack framework for web and mobile applications); Sails (model-view-controller web application framework); MongoDB Mongoose (using data modeling); Lodash (using for daily coding tasks); Svelte and Vue.js Vue CLI (for front-end development); React CRA (for fast project boot); Three.js (for 3D browser requirements); PixiJS (for 2D animation); and Parcel (a out-of-the-box bundler, no configuration required).
• These tools are selected based on their ability to drive projects from zero to one in as short a time as possible, covering different aspects of the project. They are not just libraries, but various tools that provide time-saving scaffolding and powerful speed advantages.
• The focus of these tools is not maintainability or scalability, but how quickly they start a project. They are especially suitable for projects that follow common patterns, such as web applications with CRUD operations. However, for unique projects with unconventional needs, developers may be more inclined to write their own code from scratch to give full control over the structure and behavior of the application.

This article will introduce you to ten libraries that can help you start new projects faster. At SitePoint, most of us have a hard time resisting a new code base, and we wanted to see if we could narrow down the ideal toolkit for project-based developers. If you are a developer who likes to start new projects frequently, publish them around the world and observe their effectiveness (verification, as your marketing friend says), then you need a toolkit. Of course, if you only start a new project once a year in your own time, learning these tools can be a waste of your time – it is not for you. However, if you find yourself indifferent to whether the homepage is single or three column layout, you need to do everything possible to help. I chose the tools in this article because they are able to get you from zero to one in as short as possible. Given that the scope here is to quickly guide your project, I also include not just libraries, but all the tools that excel in providing time-saving scaffolding and powerful speed advantages. I made a series of choices to cover different aspects of the project – you might put several of them together to form a successful combination.

Meteor

Meteor is a JavaScript full-stack framework for creating web and mobile applications. When talking about speed, we can't help but mention it. Meteor is the king of speed. It does limit you to its rules and how you do things, but if your goal is to release a prototype as soon as possible, Meteor will be your backing.

A powerful feature of Meteor is its ability to share code on the server side and on the client side. This saves a lot of time and helps you focus on what really matters. It also integrates MongoDB and WebSockets out of the box.

Sails

Sails is a model-view-controller web application framework. This reduces friction among developers who are already familiar with other MVC frameworks, regardless of language or platform. What is unique about Sails.js is how it simplifies the process of creating regular modern web applications with a simplified data access layer (database-independent) and application-designed REST API blueprints that generate routes and operations.

One of the other hand, it has basic security and role-based access control, as well as WebSockets integration out of the box, making it an excellent choice for real-time applications.

MongoDB Mongoose

If you are using MongoDB, you should take advantage of its loyal partner Mongoose. This library helps you easily model your data into patterns, it also helps you with transformations and validation and more. This is a clever way to eliminate a lot of boilerplate code that would otherwise drag you down.

We can say this is a two-in-one because it implies that using MongoDB is a great choice whether you use Mongoose or not. MongoDB…OK, let me quote their website:> MongoDB is a universal, document-based, distributed database built for modern application developers and the cloud era.

Finally, they added:> No database can make you more efficient than it.

That's it. What else do you need? Stop procrastinating and start coding!

Lodash

Lodash provides a set of convenient tools to make your daily coding life more comfortable. It helps you iterate, sort, throttle, debounce, and any functions you will eventually add to the utils file.

The real cool thing about Lodash is that all functions can be imported and even installed separately. No need to mess with unnecessary code. If you only need the throttling function, you can do this:

<code>npm install lodash/throttle</code>

If you think you might be using some Lodash functions, but you are not sure which functions and you don't want to have trouble installing each function separately, you can import them like this:

<code>import throttle from 'lodash/throttle'</code>

This way, the rest of the libraries will not enter your package and you can live happily.

Svelte

Svelte is a fairly new front-end framework that has been creating a lot of hype for some time, and for good reason. It's so easy to use that if you let your toddler nephew touch it, it might take your job away. I'm not kidding; it's a minimalist, unambiguous framework that makes you wonder why building a front-end gets so complicated in the first place. Don't get me wrong: writing front-end code will still be complicated, but not complicated by the error. If that's the future direction of web development, then I can't wait to see what happens next.

Svelte is reactive by default. No complex state management libraries or virtual DOMs and so on. It doesn't even run in the browser. It compiles your code into a tiny, optimized, pure JavaScript file, which is the file that the browser runs. So, that's it: Besides being super easy to use, it's great too. If you don't believe me, check out the examples on their website.

Vue.js Vue CLI

Before Svelte, Vue.js was definitely my first choice for the most intuitive front-end framework. It can still gain a foothold in its competition with other competitors. The advantages of Vue.js lie in maturity and reliability. At first it had a hard time gaining the trust of the industry, but now we have reached no deny that Vue.js has won its legal status at the top.

But our purpose here is not Vue.js itself, but Vue CLI. This is the fastest way to bootstrap a project using Vue.js. It takes care of all the hassle and complexity of setting up your environment, allowing you to start writing your code right away. One thing I like about it is its out-of-the-box support for TypeScript and Unity testing, and the best part is that you don't need to "pop up" your app to configure your environment. It is an unparalleled, long-term support guarantee that its closest competitors cannot provide.

React CRA

A strong competitor to Vue CLI is definitely the Create React App, better known as CRA. It starts very fast, and if you are already familiar with React, this may be a better option.

CRA is actively maintained, with the focus on keeping your environment updated smoothly. The only downside is that if you need to customize your environment, you usually end up with "pop-up" your application to expose the webpack configuration. Once you do this, the CRA team will no longer provide support because you will no longer have the CRA application. Still, you may never need to "pop up" unless you try to build something that depends on a specific configuration.

Three.js

If you are building anything that requires 3D in your browser, then Three.js is your friend. It is very easy to use, has a strong community, and has as many contributors as the stars in the sky. Three.js makes WebGL simple.

Three.js is a lightweight rendering library that can be easily integrated into most projects, making it my WebGL first choice. You should check out the featured items on their website for inspiration. 3D on the web is not just for gaming. You can bring a whole new dimension to your customer’s experience. Let me show you my favorites: - go.pioneer.com/cornrevolution - hinderer-wolff.fr/cepages-alsace

This is an extra bonus, a music video:- https://www.php.cn/link/d169e16da608a6a8d61bc64a2d333e8a

PixiJS

Need some nice and smooth 2D animation? Pixi is an HTML5 creative engine with super fast 2D WebGL renderer.

It's very easy to use and you should check out their gallery to see the vast amount of cool content you can create. If any of these looks similar to what you want to achieve, this library will help you start your project.

Parcel

Don't get me wrong, I like webpack, but if you feel like you're tired of those complicated configuration files, you're not alone. Parcel is an out-of-the-box bundler without configuration. You can customize it if you need it, but the key is that you don't have to. The default settings are enough to get your project up and running.

Conclusion

As we have seen, there is no one-size-fits-all solution, but hopefully you find something in this list that suits your specific project. Of course, I've missed many other excellent solutions. But as I initially said, in this case the focus is not maintainability or scalability, but how fast they start. Building something extraordinary doesn't take too hard. Sometimes, it's just a matter of using the right tools.

Frequently Asked Questions about Starting New Projects Faster (FAQ)

What is the significance of scaffolding in programming?

Scaffolding is a technology used by many modern web frameworks to speed up application development in programming. It involves automatically generating the basic code structure on which developers can build. This may include code for basic CRUD (create, read, update, delete) operations, views, and even database migrations. By providing basic structure, scaffolding allows developers to focus on unique aspects of their applications rather than duplicate boilerplate code.

How does Yeoman help start a new project faster?

Yeoman is a powerful tool that helps developers quickly launch new projects. It provides an ecosystem of generators, which means it provides templates for all types of applications. These templates or "generators" can be used to quickly set up new projects with basic structures, dependencies, and even some boilerplate code. This greatly reduces the time and effort required to set up a new project from scratch.

What are the benefits of using project launchers such as Yeoman?

There are many benefits to using project launchers like Yeoman. First, it saves time by automating the process of setting up new projects. Second, it ensures consistency of projects by using the same structure and coding standards. Third, it reduces the risk of errors and defects by using tested code. Finally, it allows developers to focus on unique aspects of their projects, rather than setup and configuration.

How does scaffolding compare to traditional programming methods?

Traditional programming methods usually involve writing each part of the code from scratch. This can be very time-consuming and error-prone. On the other hand, scaffolding provides a basic structure and boilerplate code to get started. This not only speeds up the development process, but also ensures consistency and reduces the risk of errors. However, it should be noted that scaffolding cannot replace understanding of underlying code and programming concepts.

Can I customize the code generated by the scaffolding?

Yes, the code generated by the scaffolding is completely customizable. The purpose of scaffolding is to provide a starting point, not a finished product. Developers should modify and build generated code to create their unique applications. In fact, understanding and customizing scaffolding code is a great way to learn frameworks and related programming concepts.

Is scaffolding suitable for all types of projects?

Scaffolding is especially useful for projects that follow common patterns, such as web applications with CRUD operations. However, scaffolding may not be that beneficial for unique projects with unconventional needs. In this case, developers may be more inclined to write their own code from scratch to give full control over the structure and behavior of the application.

What are some popular scaffolding tools?

Some popular scaffolding tools include Yeoman, Rails Generators, Django's startproject and startapp commands, and Laravel's Artisan command-line tool. These tools support a variety of programming languages ​​and frameworks and provide various templates or “generators” for different types of applications.

How do I learn to use scaffolding tools effectively?

The best way to learn how to use scaffolding tools effectively is practice. First read the documentation and tutorials for the tools you are interested in. Then, try using it in a small project. Experiment with different generators, customize the generated code, and see how it affects the application. Over time, you will have a better understanding of how scaffolding works and how to use it effectively.

Are there any disadvantages of using scaffolding?

While scaffolding speeds up development and ensures consistency, it is not without its drawbacks. A potential problem is that if the generated code contains features that the project does not require, it can cause the code to bloat. Another problem is that it may create a dependency on scaffolding tools, making it difficult to switch to different tools or frameworks in the future. Finally, it may become a crutch for developers who do not fully understand the underlying code and concepts.

How does scaffolding promote faster completion of projects?

Scaffolding facilitates faster project completion by automating the creation of duplicate code and structure. This allows developers to focus on unique aspects of their projects rather than spending time setting up and configuring. Additionally, by using tested code, scaffolding reduces the risk of errors and defects, which can also speed up the development process.

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