Head-to-Head: Parcel vs Gulp Analysis

@parcel/core

v2.12.0(4 months ago)

This package is actively maintained.The package doesn't have any types definitionsNumber of direct dependencies: 25Monthly npm downloads

@parcel/core is a zero-configuration bundler for web applications that aims to simplify the build process by providing an easy-to-use and fast tool for bundling assets. It supports various file types like JavaScript, CSS, HTML, and more, and automatically handles dependencies, code splitting, and hot module replacement.

Alternatives:
webpack+
rollup+
esbuild+
vite+
snowpack+
browserify+
gulp+
microbundle+
fuse-box+
brunch+

Tags: javascriptbundlerzero-configurationassetsdependencies

gulp

v5.0.0(3 months ago)

This package is actively maintained.Types definitions are provided via a separate npm package: @types/gulpNumber of direct dependencies: 4Monthly npm downloads

Gulp is a popular task runner built on Node.js that simplifies and automates various development tasks. It allows developers to define and run tasks such as minification, compilation, testing, and more using a simple and efficient code-over-configuration approach. Gulp's streaming build system processes files as streams, which results in faster task execution and reduced I/O operations.

Alternatives:
grunt+
webpack+
rollup+
parcel+
broccoli+
brunch+
snowpack+
esbuild+
vite+
fuse-box+

Tags: node.jstask-runnerautomationbuild-systemstreaming

Fight!

Popularity

Gulp has been a popular choice for task automation in the JavaScript community for many years. It has a large user base and a wide range of plugins available. On the other hand, @parcel/core is a relatively newer package that has gained popularity for its zero-configuration approach and fast build times.

Build System

Gulp is a task runner and build system that allows developers to define and automate various tasks in their workflow. It provides a flexible and customizable approach to building and processing files. @parcel/core, on the other hand, is a zero-configuration build tool that aims to simplify the build process by automatically handling dependencies and optimizations without the need for explicit configuration.

Configuration

Gulp requires explicit configuration where developers define tasks, source files, and destination directories. This gives developers more control and flexibility but also requires more setup and maintenance. @parcel/core, as mentioned earlier, follows a zero-configuration approach where most of the build process is handled automatically. This can be beneficial for developers who prefer a simpler setup and less configuration.

Plugin Ecosystem

Gulp has a vast ecosystem of plugins available, allowing developers to extend its functionality and integrate with various tools and frameworks. @parcel/core also has a plugin system, but its ecosystem is not as extensive as Gulp's. However, @parcel/core does provide out-of-the-box support for many common file types and optimizations, reducing the need for additional plugins in many cases.

Performance

Gulp is known for its flexibility and customizability, but it may require additional configuration and optimization to achieve optimal performance. @parcel/core, on the other hand, is designed to be fast and efficient out of the box. It leverages caching and parallelization to speed up the build process, making it a good choice for projects that prioritize performance.

Developer Experience

Gulp provides a highly flexible and customizable development experience. Developers have fine-grained control over the build process and can define tasks using JavaScript code. @parcel/core, on the other hand, aims to provide a simpler and more streamlined experience by minimizing the need for explicit configuration. It offers a more opinionated approach that can be beneficial for developers who prefer a faster setup and less configuration.