presentation npm package

Create PowerPoint presentations with JavaScript

The most popular powerpoint+js library on npm with 1,800 stars on github, works everywhere.

Every modern desktop and mobile browser is supported
Integrates with Node, Angular, React, and Electron
Compatible with Microsoft PowerPoint, Apple Keynote, and many others

Full Featured

All major objects are available (charts, shapes, tables, etc.)
Master Slide support for academic/corporate branding
Animated gifs, SVG images, YouTube videos, RTL text, and Asian fonts

Simple And Powerful

The absolute easiest PowerPoint library to use
Learn as you code using the built-in typescript definitions
Tons of sample code comes included (75+ slides of demos)

Export Your Way

Exports files direct to client browsers with proper MIME-type
Other export formats available: base64, blob, stream, etc.
Presentation compression options and more

An introduction to the npm package manager

Introduction to npm

npm is the standard package manager for Node.js.

In September 2022 over 2.1 million packages were reported being listed in the npm registry, making it the biggest single language code repository on Earth, and you can be sure there is a package for (almost!) everything.

It started as a way to download and manage dependencies of Node.js packages, but it has since become a tool used also in frontend JavaScript.

Yarn and pnpm are alternatives to npm cli. You can check them out as well.

npm manages downloads of dependencies of your project.

Installing all dependencies

If a project has a package.json file, by running

it will install everything the project needs, in the node_modules folder, creating it if it's not existing already.

Installing a single package

You can also install a specific package by running

Furthermore, since npm 5, this command adds <package-name> to the package.json file dependencies . Before version 5, you needed to add the flag --save .

Often you'll see more flags added to this command:

--save-dev installs and adds the entry to the package.json file devDependencies
--no-save installs but does not add the entry to the package.json file dependencies
--save-optional installs and adds the entry to the package.json file optionalDependencies
--no-optional will prevent optional dependencies from being installed

Shorthands of the flags can also be used:

-D: --save-dev
-O: --save-optional

The difference between devDependencies and dependencies is that the former contains development tools, like a testing library, while the latter is bundled with the app in production.

As for the optionalDependencies the difference is that build failure of the dependency will not cause installation to fail. But it is your program's responsibility to handle the lack of the dependency. Read more about optional dependencies .

Updating packages

Updating is also made easy, by running

npm will check all packages for a newer version that satisfies your versioning constraints.

You can specify a single package to update as well:

In addition to plain downloads, npm also manages versioning , so you can specify any specific version of a package, or require a version higher or lower than what you need.

Many times you'll find that a library is only compatible with a major release of another library.

Or a bug in the latest release of a lib, still unfixed, is causing an issue.

Specifying an explicit version of a library also helps to keep everyone on the same exact version of a package, so that the whole team runs the same version until the package.json file is updated.

In all those cases, versioning helps a lot, and npm follows the semantic versioning (semver) standard.

You can install a specific version of a package, by running

Running Tasks

The package.json file supports a format for specifying command line tasks that can be run by using

For example:

It's very common to use this feature to run Webpack:

So instead of typing those long commands, which are easy to forget or mistype, you can run

DEV Community

Posted on Jul 14, 2023

A Comprehensive Beginner's Guide to NPM: Simplifying Package Management

In the vast landscape of web development, efficiently managing project dependencies is crucial for seamless development workflows. Enter NPM (Node Package Manager), a robust package manager designed for JavaScript projects, primarily used in conjunction with Node.js. This fully beginner-friendly guide will take you through the fundamentals of NPM, providing you with a solid foundation for simplifying package management and streamlining your development process.

NPM is a command-line tool that facilitates the installation, management, and sharing of reusable JavaScript code modules, known as packages, within your projects. As the default package manager for Node.js, NPM comes bundled with the Node.js installation, making it readily available.

Installing NPM:

Before diving into NPM, you'll need to have Node.js installed on your system. Simply head over to the official Node.js website (nodejs.org) and download the appropriate version for your operating system. Once Node.js is successfully installed, NPM will be at your fingertips through your command prompt or terminal.

And also, npm includes a CLI (Command Line Client) that can be used to download and install the software:

Windows Example C:\>npm install <package>

Mac OS Example >npm install <package>

Here are some beginner-level NPM commands:

npm init This command initializes a new NPM package within your project directory. It creates a package.json file, where you can define project metadata, dependencies, and other configurations.

npm install <package-name> This command installs a specific NPM package and its dependencies into your project. Replace <package-name> with the name of the package you want to install. The package and its dependencies will be downloaded and saved in the node_modules folder.

npm install Running npm install without specifying a package name will install all the dependencies listed in the package.json file. It ensures that all required packages for your project are installed and up to date.

npm uninstall <package-name> This command removes a specific NPM package from your project. Replace <package-name> with the name of the package you want to uninstall. The package and its associated files will be removed from the node_modules folder.

npm update Running npm update updates all the packages listed in the package.json file to their latest versions. It checks for new versions of packages and updates them accordingly. It's important to test your code after running this command to ensure compatibility with the updated packages.

npm outdated The npm outdated command displays a list of installed packages that have newer versions available. It helps you identify which packages are outdated and need to be updated to their latest versions.

npm run <script-name> NPM allows you to define custom scripts in the scripts section of your package.json file. The npm run <script-name> command executes a specific script defined in the package.json file. Replace <script-name> with the name of the script you want to run.

npm publish If you have developed a package and want to make it available to others, the npm publish command helps you publish your package to the NPM registry. It allows other developers to install and use your package in their projects.

You can See a simple NPM Basics Cheat Sheet through this link

Free Courses :

NPM Full Course For Beginners - Learn NPM fundamentals and basics Node.js Essential Training: Web Servers, Tests, and Deployment

There are some additional points.

Managing Dependencies: NPM simplifies dependency management by allowing you to specify desired package versions and ranges directly within the package.json file. With this approach, NPM ensures that all required packages are installed correctly, thereby avoiding version conflicts and ensuring the stability of your project. To update or remove packages, NPM provides dedicated commands like npm update or npm uninstall, further streamlining the management process.

Unleashing the Power of NPM Scripts: NPM Scripts are a powerful feature that empowers developers to define custom scripts within the package.json file. These scripts can be easily executed via the command line, using the npm run syntax. By harnessing NPM Scripts, you can automate a wide range of tasks, such as running tests, building your project, or deploying to a server, greatly enhancing your development workflow.

Publishing Your Packages: NPM goes beyond consuming packages and enables developers to publish their packages to the NPM registry, thereby contributing to the vibrant JavaScript ecosystem. By creating an account on the NPM website and following a few straightforward steps, you can share your code with the community, receive feedback, and make your mark within the development community.

Introducing the Package.json File:

At the core of every NPM project lies the essential "package.json" file. This file acts as the project's manifesto, housing crucial metadata such as the project name, version, dependencies, and other essential configurations. You can manually create a package.json file or generate one effortlessly by executing the npm init command within your project directory.

NPM serves as a robust and indispensable tool for simplifying package management within JavaScript projects. By familiarizing yourself with NPM's fundamentals, you gain the ability to effortlessly install, manage, and share packages, ultimately improving your development workflow. Armed with this knowledge, you can harness the benefits of NPM to create efficient and maintainable projects, all while enhancing your web development skill set.

Additional resources

NPM website: https://www.npmjs.com/ NPM documentation: https://docs.npmjs.com/ Node.js website: https://nodejs.org/en/ JavaScript tutorial: https://www.w3schools.com/js/

Okay, that’s it for this article. Also, if you have any questions about this or anything else, please feel free to let me know in a comment below or on Instagram , Facebook or Twitter .

Thank you for reading this article, and see you soon in the next one! ❤️

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Location Colombo, Sri Lanka
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Great article.

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Well written, I super love the writing style!!!

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Abishek Haththakage, Thanks for sharing Great article

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Great Article .

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+1 for npm outdated .

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How to Create and Publish an NPM Package – a Step-by-Step Guide

NPM is the largest software registry on the internet. There are over a million packages in the NPM Library.

Developers publish packages on NPM to share their code with others. And organisations also use NPM to share code internally.

In this article, you will learn how to create a package. And you will also learn how to publish your package on NPM so others can download and use it.

Let's get started!

How to Choose a Name For Your NPM Package

The first thing you need to do before creating your package is to choose a name. This is important because your package needs to have a unique name. You should choose a name that has not been used already.

When you decide on a name, go to the NPM registry and run a search. Be sure there's no exact match to the name you chose (or a match that is too similar).

For example, if there's a package called hellonpmpackage and you decide to call yours hello-npm-package , NPM will throw an error when you attempt to publish it.

If there's already a package in the NPM registry with the same you want to use, then you have two options.

You can choose a different name.
You can publish your package as a scoped package (see the section "Publishing scoped packages" below).

How to Create a NPM Package

Follow the steps below to create your package.

1. Install Node

If you do not already have Node installed, you should go ahead and install it. You can visit the official website to download and install Node.js . NPM comes pre-installed with Node.

2. Initialize a Git Repository

Create a new project folder for your package and navigate into the folder. Then, run the following command in your terminal:

This will help you track the changes you make to your package. Also, make sure you have a remote version of your repository on GitHub (or your preferred hosting service).

3. Initialize NPM in Your Project

To do this, navigate to the root directory of your project and run the following command:

This command will create a package.json file. You will get prompts to provide the following information:

package-name : As you learned earlier in this tutorial, the name of your package must be unique. Also it must be lowercase. It may include hyphens.
version : The initial value is 1.0.0. You update the number when you update your package using semantic versioning .
description : You can provide a description of your package here. Indicate what your package does and how to use it.
entry point : The entry file for your code. The default value is index.js .
test command : Here, you can add the command you want to run when a user runs npm run test .
git repository : The link to your remote repository on GitHub.
keywords : Add relevant keywords that will help others find your package on the NPM registry.
author : Add your name.
license : You can add a license or use the default license (Internet Systems Consortium (ISC) License).

See the screenshot below for an example of how to answer the prompt questions:

Note: I left the test command blank because there is no test command for the package in this tutorial.

4. Add Your Code

Now, you can go ahead and add the code for your package.

First, you need to create the file that will be loaded when your module is required by another application. For this tutorial, that will be the index.js file.

Inside the index.js file, add the code for your package.

For this tutorial, I will be creating a simple package called first-hello-npm . This package returns the string "Hello NPM!" .

After creating your function, you should export it like in the example above. That way, anyone who downloads your package can load and use it in their code.

If you have been following along, you should now have your package created. But before you publish, you need to test your package. Testing your package reduces the chances of publishing bugs to the NPM registry.

How to Test Your NPM Package

Testing ensures that your NPM package works as expected. There are many ways to test your package. In this tutorial, you will learn one of the simplest ways of testing.

First, navigate to the root of your package project. Then, run the following command:

This will make your package available globally. And you can require the package in a different project to test it out.

Create a test folder. And inside that test folder, add a script.js file.

In the example above, the test folder contains only the script.js file. It does not yet contain the package. To add the package you created to your test folder, run the command below:

In the case of the test folder for this tutorial, I will run the following command:

This will create a node-modules folder. And it'll add all the files and folders from your package – see the screenshot below:

In the script.js file, you can now require your package and use it for the test.

The first-hello-npm package is expected to return the string "hello NPM!" . As you can see from the screenshot below, the package works as expected when I run the script.

After testing your package and ensuring it works as expected, you can now publish it on the NPM registry.

How to Publish Your NPM Package

To publish your package on the NPM registry, you need to have an account. If you don't have an account, visit the NPM sign up page to create one.

After creating the account, open your terminal and run the following command in the root of your package:

You will get a prompt to enter your username and password . If login is successful, you should see a message like this:

Logged in as <your-username> on https://registry.npmjs.org/.

You can now run the following command to publish your package on the NPM registry:

If all goes well, you should get results similar to the screenshot below:

If you have been following along, then congratulations! You just published your first NPM package.

You can visit the NPM website and run a search for your package. You should see your package show up in the search results.

For example, from the screenshot below, you can see the first-hello-npm package is now available on NPM.

How to Publish Scoped NPM Packages

If an existing package has the same name you would like to use, the workaround is to publish a scoped package.

When you publish a scoped package, you have the option to make it public or private. If it's private, you can choose who you want to share the package with.

How to Create a Scoped NPM Package

To create a scoped package, first navigate to the root of your package directory.

Then, run the npm init command and pass your username as the value to the scope flag:

Respond to the prompts to create a package.json file. For your package name, the format should be @your-username/package-name .

For example @benjaminsemah/first-hello-npm .

You can now add the code for your package and test it. The process is the same as already explained above.

Then, to publish your scoped package, run the following command in your terminal.

You can change from public to private if you don't want to make the package available for public use.

You should see a response similar to this.

Congratulations if you followed along. You've published your scoped package. You should see your scoped package on NPM if you search for it. For example in the screenshot below, you can see the scoped package I created in this tutorial.

Packages helps developers work faster. And they also improve collaboration. When you figure out a smarter way of doing things, one way you can share with the community is to create and publish your solution as a package.

In this article, you learned what packages are and why they are useful. You also learned how to create and publish packages on the NPM registry. The developer community awaits all the beautiful packages you will create and share.

Thanks for reading. And happy coding!

Software Developer | Technical Writer

If you read this far, thank the author to show them you care. Say Thanks

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Packages and modules.

About the public npm registry
About packages and modules
About scopes
About public packages
About private packages
npm package scope, access level, and visibility
Creating a package.json file
Creating Node.js modules
About package README files
Creating and publishing unscoped public packages
Creating and publishing scoped public packages
Creating and publishing private packages
Package name guidelines
Specifying dependencies and devDependencies in a package.json file
About semantic versioning
Adding dist-tags to packages
Changing package visibility
Adding collaborators to private packages owned by a user account
Updating your published package version number
Deprecating and undeprecating packages or package versions
Transferring a package from a user account to another user account
Unpublishing packages from the registry
Searching for and choosing packages to download
Downloading and installing packages locally
Downloading and installing packages globally
Resolving EACCES permissions errors when installing packages globally
Updating packages downloaded from the registry
Using npm packages in your projects
Using deprecated packages
Uninstalling packages and dependencies
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Reporting malware in an npm package

Last updated on February 20th, 2024 at 02:32 pm

30 Most Popular NPM Packages for Node JS Developers

What are the best and most popular NPM packages? What package does Node js use ? What is the most used NPM package? What are the most downloaded NPM packages? Looking for answers to these questions? Keep reading.

Node js can handle huge traffic while maintaining seamless performance. As a result, some major tech companies and new-age startups have adopted Node js to scale their businesses. Node is the market leader in asynchronous frameworks due to its popular demand. What’s more, Node isn’t slowing down anytime soon. Starting with Node js is pretty straightforward. Clear guidelines exist and hundreds of projects are available on GitHub for developers to read, review and analyze.

Also, Node js has the most popular package manager – NPM. NPM is the default package manager for the JS runtime environment Node js. Thanks to the modules and libraries available through the NPM package manager, creating a website takes only a few minutes.

Table of Contents

Why should developers use NPM packages for Node.js projects?

Why use NPM packages for Node.js projects

Using NPM packages for Node.js allows developers to easily include and manage external modules in their projects. These packages, which are published on the NPM registry, can provide additional functionality or utilities that would be time-consuming or difficult to implement from scratch. Additionally, using packages from the NPM registry allows developers to benefit from the work of other developers and easily share and collaborate on their own code.

Using NPM packages in a Node.js project can provide several benefits, including:

Reusability: NPM packages allow developers to use pre-existing code, which can save time and effort in development.
Community support: Many popular NPM packages have a large and active community of developers who contribute to and maintain the package, providing bug fixes, new features, and overall improvements.
Dependency management: NPM automatically manages dependencies between packages, ensuring that the correct versions of dependencies are installed and updated.
Good shareability: NPM packages can be easily shared and installed across different projects, making collaboration and code sharing more efficient.
Large selection: NPM has a large selection of packages available, covering a wide range of functionality, including libraries for server-side rendering, data validation, and more.

Is it safe to use NPM packages for Node.js?

Best practices to follow while using NPM packages

In general, it is safe to use NPM packages for Node.js, as long as you take certain precautions. Here are some best practices to follow when using NPM packages:

Use packages from reputable sources: Make sure you are using packages from reputable sources, such as well-established and widely-used packages, or packages that have been recommended by trusted developers.
Keep packages up-to-date: Regularly update your packages to ensure that they are using the latest version, which may include security fixes.
Check for known vulnerabilities: Use a tool like NPM audit to check for known vulnerabilities in your packages, and take steps to address any issues that are found.
Be mindful of package permissions: Be aware of the permissions that a package is requesting, and only install packages that have the minimum permissions required for your application.
Read the documentation: Before installing a package, read the documentation to understand what it does and whether it is suitable for your project.

It’s worth noting that, as with any open-source software , it’s always a good idea to check the code of the package you’re using and see if it contains any suspicious or malicious code.

By following these best practices, you can ensure that your use of NPM packages is as safe as possible.

30 most popular NPM packages

Developers love NPM packages and use them extensively in web development . However, they also get overwhelmed because there are thousands of packages available in the market. So, what should you pick? We’re here to help you make the best choice.

Here is a list of the 30 most popular NPM packages for Node js developers .

Top 15 NPM packages for Node JS developers

Top 15 most popular NPM packages for Node JS developers

Features of Express js

Robust routing
Focus on high-quality performance
Super high test coverage
HTTP helpers (such as redirection and caching)
Content negation
Executable for developing apps and APIs

Features of Async

Async supports inline functions and text strings.
Error handling from the dependency queue.
The use of AsyncLocalStorge within Async js creates asynchronous states within callbacks and promise chains.
A collection of Async functions controls the flow through the script.
Async helps developers avoid memory leaks.
Async helps developers integrate AsyncResource with EvenEmitter.
Async supports asynchronous functions.

Features of Lodash

Keep the Node js code minimal and neat.
Develop ers only need to remember Lodash functions. This action makes coding easier.
New developers can understand Lodash quickly.

Features of Cloudinary

Remote fetch, auto-backup, and revision tracking.
Image and video transformations.
Video transcoding and adaptive streaming.
High-performance delivery through a CDN.
Support for forums, tickets, and email.
Access to free add-ons.

Features of Axios

Allows developers to make simultaneous requests.
Axios supports promised base requests.
Transforms responses and requests to JSON data.
Requests and responses to interceptions.
Support HTTP requests for Node js apps
Supports HTTP requests from browsers.

Features of Karma

Tests code in real browsers.
Tests code in multiple browsers (mobile phones, tablets, and desktops).
Controls the whole testing workflow from command or IDE.
Executes tests after every save.
Executes tests locally during development.
Executes tests on a continuous integration server.

Features of Molecular

Molecular uses promise-based solutions.
Molecular supports event-driven architecture with balancing.
Molecular supports versioned services.
Molecular has built-in caching solutions such as memory and Reds.
Molecular has built-in metrics features with reporters, such as Console, CSV, Datagod, and StatsD.
Molecular has a built-in service registry and dynamic service discovery.
Molecular employs a request-reply concept.
Molecular has fault tolerance features such as Fallback, Timeout, Retry, Bullhead, and Circuit Breaker.

Features of Grunt

Grunt has a plethora of plugins that can automate even the most monotonous jobs.
Grunt allows developers to publish Grunt-specific plugins through NPM .

Features of PM2

Behavior Configuration
Container Integration
Watch & Reload
Log management
Max memory reload
Multiple browser support.
Simple async support, including promises.
Test coverage reporting.
String diff support.
JavaScript API for running tests.
Auto-detects and disables coloring for non-TTYs.
Async test timeout support.

Moment offers a lot of customization and flexibility. With functions like add, subtract, startOf, endOf, and others, dates can be easily manipulated while supporting a wide range of date and time formats as well as timezones.

Key features of Moment:

Portable and simple to use

Various date and time formats that are supported

Comprehensive timezone support

Powerful formatting and manipulation tools

Compatible with web browsers and Node.js.

Babel has many configuration options and may be set up to accommodate a variety of plugins and presets. It is a potent tool for contemporary web development because it also has capabilities for debugging and code optimization.

Key features of Babel:

Creates code that is backward compatible with contemporary JavaScript.

Utilizing presets and plugins to customize

Supports code optimization and debugging

Popular in today’s web development.

Since Socket.io supports a variety of protocols and fallback options, clients and servers can communicate without interruption even when there are problems with the network. With a wide range of setup options and support for different events kinds, it is also quite flexible.

Key features of Socket.io:

Bidirectional, real-time interaction between clients and servers

Includes fallback options and supports several protocols

Highly adaptable and accommodating of different event types

Widely used, especially for real-time applications, in web development.

Mongoose is perfect for complicated data models since it allows a wide variety of data types and connections between them. With support for plugins that add new features, it is also quite extensible.

Key features of Mongoose:

Offers a layer for object data modeling for MongoDB databases.

Makes it easier for Node.js apps to interface with MongoDB databases

Enables a variety of data kinds and associations

Highly extensible and plug-in compatible.

Bluebird can function easily alongside other JavaScript libraries and frameworks since it is so compatible with them. Large-scale Node.js applications are frequently powered by it in production situations.

Key features of Bluebird:

Provides a powerful and efficient implementation of Promises

Provides a variety of features and performance improvements.

Extremely compatible with other JavaScript frameworks and libraries Widely used in production environments.

Component-based architecture for building reusable UI elements.
Virtual DOM for efficient rendering and performance optimization.
The declarative syntax for describing UI state and handling UI updates.
A large ecosystem with extensive community support and third-party libraries.
Centralized state management for predictable application behavior.
Immutable state updates for easier debugging and time-travel debugging.
Middleware support for intercepting and extending functionality.
Compatibility with different UI frameworks.

Support for both synchronous and asynchronous testing.

Snapshot testing for detecting unintended changes in UI components.

Mocking and spying capabilities for isolating dependencies.

Built-in code coverage reporting.

Also, read: 10 Popular Software Testing Trends in 2024

Bundling of JavaScript, CSS, and other assets for efficient delivery.
Support for module-based development using import/export syntax.
Code splitting for optimized loading and lazy loading of resources.
Extensive plugin system for customizing the build process.

Declarative data fetching, enabling clients to request only the specific data they need.

Strong typing and schema definition for robust and self-documented APIs.

Efficient and performant data retrieval through batched requests.

Support for real-time updates and subscriptions.

A declarative approach to handling complex asynchronous flows.
Generator-based functions for expressing async logic in a sequential and testable manner.
Fine-grained control over the handling of async actions and their effects.
Integration with Redux DevTools for debugging and time-travel debugging.
Support for various email delivery methods, including SMTP, Sendmail, and Amazon SES.
Comprehensive email composition capabilities, including HTML content and attachments.
Templating support for dynamic email generation.
Error handling and event-based notifications.

React-Router

Declarative routing with dynamic matching and rendering of components.
Support for nested routes and route parameters.
Browser history management for navigation and URL synchronization.
Code-splitting and lazy loading of route components.

React Native

Cross-platform development with reusable components and codebase.
Access to native device APIs and functionalities.
Hot reloading for fast development and instant UI updates.
Performance is comparable to native apps.
Has jQuery-like syntax for traversing and manipulating HTML as well as XML documents.
Lightweight and efficient, designed for server-side rendering and scraping tasks.
Support for CSS selectors for easy element selection.
Integration with other libraries for data extraction and manipulation.
Simplifies configuration management by storing sensitive information in a .env file.
Seamless integration with Node.js applications.
Support for different environments (development, production, etc.) with separate .env files.
Variable expansion and interpolation for complex configurations.

Passport.js

Support for multiple authentication strategies, including local, OAuth, OpenID, and more.
Easy integration with Express and other Node.js frameworks.
Session management and persistent login sessions.
Customizable and extensible to fit different authentication requirements.
Support for multiple log transports, including console, file, database, and more.
Configurable log levels and formatting options.
Integration with popular frameworks and libraries.
Asynchronous logging for performance optimization.
Efficient image resizing and transformation operations.
Support for various image formats, including JPEG, PNG, and WebP.
Advanced image manipulation, such as overlaying, watermarking, and applying filters.
Optimized for speed and memory usage.
Automated web scraping and crawling.
Web testing and UI interaction automation.
PDF generation and screenshot capturing.
Performance monitoring and analysis.

Open-source frameworks help developers improve their skills in delivering professional applications that are lightweight and reliable. They make the overall development process smooth and efficient. Therefore, knowing these packages is absolutely necessary for developers.

We hope you found this list of the most popular NPM packages useful.

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With Turing, you can apply to remote US software jobs from the comfort of your home. Also, you can join a network of the world’s best developers and get full-time, long-term remote software jobs with solid compensation and career growth.

How many packages are there in NPM? Over 1.3 million packages are available in the main NPM registry.
What is the NPM package in Node JS? NPM Inc. maintains NPM, a package manager for the JavaScript programming language. For the JS runtime environment Node js, NPM is the default package manager.
How do NPM packages work? NPM install is a command that downloads a package. NPM install can be used with or without parameters. NPM install downloads dependencies defined in a package.json file and creates a node module folder with the installed modules when called without parameters.
What are the most popular NPM packages? The largest software registry in the world, NPM has more than 1.5 million packages. Express, React, Lodash, Async, and Request are some of the NPM packages that are most frequently used. With the help of these packages, Node.js and JavaScript programmers may create apps more quickly and effectively.
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Is NPM package an API? No, an NPM package is not an API. A group of JavaScript files and assets known as an “NPM package” offer a particular feature, such as libraries or tools. On the other hand, APIs are collections of rules and guidelines that let various software programs talk to one another. NPM packages themselves are not APIs, even though some of them may contain APIs or offer interfaces for interacting with external APIs.
What are the three components of NPM? The registry, command-line interface (CLI), and package.json file are the three parts of NPM (short for Node Package Manager). Over a million packages of open-source code for Node.js are housed in the registry, a public database. The CLI is a tool that enables developers to interact with the registry and install, publish, and manage packages. The package.json file is a metadata file used to automate operations like installation and build procedures. It contains facts about the project, including its dependencies, scripts, and other configuration information.

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JavaScript packages

presentation-models

The augmented.js next - presentation dom module. for more information about how to use this package see readme.

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Package Health Score

security No known security issues
popularity Limited
maintenance Inactive
community Limited

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Weekly Downloads (38)

Direct usage popularity.

The npm package presentation-models receives a total of 38 downloads a week. As such, we scored presentation-models popularity level to be Limited.

Based on project statistics from the GitHub repository for the npm package presentation-models, we found that it has been starred ? times.

Downloads are calculated as moving averages for a period of the last 12 months, excluding weekends and known missing data points.

This project has seen only 10 or less contributors.

We found a way for you to contribute to the project! Looks like presentation-models is missing a Code of Conduct.

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Maintenance, commit frequency.

Further analysis of the maintenance status of presentation-models based on released npm versions cadence, the repository activity, and other data points determined that its maintenance is Inactive.

An important project maintenance signal to consider for presentation-models is that it hasn't seen any new versions released to npm in the past 12 months , and could be considered as a discontinued project, or that which receives low attention from its maintainers.

In the past month we didn't find any pull request activity or change in issues status has been detected for the GitHub repository.

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presentation-models has more than a single and default latest tag published for the npm package. This means, there may be other tags available for this package, such as next to indicate future releases, or stable to indicate stable releases.

Augmented.js Presentation Models & Collections Module

Previouspage, paginationfactory.

Extends AbstractModel

Model Supports:

Validation and Schemas
options (optional, default {} )
args ...any

crossOrigin

Cross Origin property

crossOrigin boolean Cross Origin property
uri string The uri for the datasource (if applicable)

sync - Sync model data to bound REST call

method (optional, default "READ" )

Fetch the model

options object Any options to pass

Save the model

Update the model

Destroy the model

Extends AbstractCollection

Collection Class

Sync collection data to bound REST call

method string The method to Unsuccessfull
model Model The model to Sync
options object The options to pass (optional, default {} )

Returns function Returns a request function

Fetch the collection

Save the collection

Update the collection

Destroy the collection

LocalStorageCollection

A local storage-based Collection

Base key name for the collection (simular to url for rest-based)

key string The key

is Persistant or not

persist boolean Persistant property

The namespace

namespace boolean

Initialize the model with needed wireing

Custom init method for the model (called at inititlize)

Sync method for Collection

PaginatedCollection

Extends Collection

Paginated Collection Class - A Collection that handles pagination from client or server-side

setPageSize

Current page for the collection

Total pages for the collection

Sets the number of items in a page

size number Number of items in each page

setCurrentPage

Sets the current page

page number Current page in collection

Collection.fetch - rewritten fetch method from Backbone.Collection.fetch

Moves to the next page

Moves to the previous page

Goes to page

page number Page to go to

Moves to the first page

Moves to the last page

Refreshes the collection

Pagination factory for returning pagination collections of an API type

PAGINATION_API_TYPE

Types of pagination API

GITHUB Symbol GitHub API
SOLR Symbol SOLR API
DATABASE Symbol Database-like API

getPaginatedCollection

Get a pagination collection of type

apiType Pagination.PAGINATION_API_TYPE The API type to return an instance of
data object Collection models
options object Collection options

presentation-models dependencies

Presentation-models development dependencies, what is presentation-models.

The Augmented.js Next - Presentation Dom Module. Visit Snyk Advisor to see a full health score report for presentation-models, including popularity, security, maintenance & community analysis.

Is presentation-models popular?

The npm package presentation-models receives a total of 38 weekly downloads. As such, presentation-models popularity was classified as limited . Visit the popularity section on Snyk Advisor to see the full health analysis.

Is presentation-models well maintained?

We found indications that presentation-models is an Inactive project. See the full package health analysis to learn more about the package maintenance status.

Is presentation-models safe to use?

The npm package presentation-models was scanned for known vulnerabilities and missing license, and no issues were found. Thus the package was deemed as safe to use . See the full health analysis review .

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[BUG] failed optional dependency builds should not prevent global install of packages #7355

rigor789 commented Apr 9, 2024

Sorry, something went wrong.

wraithgar commented Apr 9, 2024

👍 1 reaction

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