dilame/instagram-private-api

NodeJS Instagram private API client

Next Major Version

Nerix and I are excited to announce the next 3.x.x version of this library. It features an extended list of capabilities and is a significant release. We have substantially expanded the functionality and possibilities. The library has transformed into a monorepository and is now a set of libraries connected in an ecosystem. It consists of:

• Android API
• Web API
• FBNS, Realtime

We've made some design decisions and simplified the state management process. Now, you can easily create a snapshot of the account state, save it in persistent storage, and restore a 1-to-1 copy with just one function call. With new realtime features, you can listen for new direct messages, notifications, and other events.

You can take a look at the type documentation for the next version by following this link – https://docs.igpapi.com

The new version is hosted in a private repository and access is paid. Members receive exhaustive support for the entire integration process.

Contact me in telegram or email for details.

Table of Contents

• Install
• Support us
• Examples
• Basic Concepts
  • Feeds
  • Repositories
  • Services
• Contribution
• Useful Links
  • Special Thanks
  • Thanks to Contributors
  • End User License Agreement (EULA)

Install

From npm

npm install instagram-private-api

From github

npm install github:dilame/instagram-private-api

This package uses url-regex-safe (GitHub) to check for links when sending direct messages. By default, the safe regex engine re2 is not installed. ⚠ It's highly recommended for you to install re2 by running npm install re2, else you will be vulnerable to CVE-2020-7661.

Support us

If you find this library useful for you, you can support it by donating any amount

BTC: 1Dqnz9QuswAvD3t7Jsw7LhwprR6HAWprW6

Examples

You can find usage examples here.

Note for JavaScript users: As of Node v.13.5.0, there isn't support for ESModules and the 'import'-syntax. So you have to read the imports in the examples like this:

import { A } from 'b' ➡ const { A } = require('b')

import { IgApiClient } from 'instagram-private-api';
import { sample } from 'lodash';

const ig = new IgApiClient();
// You must generate device id's before login.
// Id's generated based on seed
// So if you pass the same value as first argument - the same id's are generated every time
ig.state.generateDevice(process.env.IG_USERNAME);
// Optionally you can setup proxy url
ig.state.proxyUrl = process.env.IG_PROXY;
(async () => {
  // Execute all requests prior to authorization in the real Android application
  // Not required but recommended
  await ig.simulate.preLoginFlow();
  const loggedInUser = await ig.account.login(process.env.IG_USERNAME, process.env.IG_PASSWORD);
  // The same as preLoginFlow()
  // Optionally wrap it to process.nextTick so we dont need to wait ending of this bunch of requests
  process.nextTick(async () => await ig.simulate.postLoginFlow());
  // Create UserFeed instance to get loggedInUser's posts
  const userFeed = ig.feed.user(loggedInUser.pk);
  const myPostsFirstPage = await userFeed.items();
  // All the feeds are auto-paginated, so you just need to call .items() sequentially to get next page
  const myPostsSecondPage = await userFeed.items();
  await ig.media.like({
    // Like our first post from first page or first post from second page randomly
    mediaId: sample([myPostsFirstPage[0].id, myPostsSecondPage[0].id]),
    moduleInfo: {
      module_name: 'profile',
      user_id: loggedInUser.pk,
      username: loggedInUser.username,
    },
    d: sample([0, 1]),
  });
})();

Basic concepts

You can find documentation in the docs folder. Consider starting in IgApiClient (index module), the root class.

You'll often see ig in the docs. This just refers to the client, an instance of IgApiClient holding the state for one user.

import { IgApiClient } from 'instagram-private-api';

// This is the general convention on how to name the client
//    vv
const ig = new IgApiClient();

// login, load a session etc.

Repositories

Repositories implement low-level operations - every method sends exactly one api-request.

• See the list of available repositories here.
• See the list of their keys in IgApiClient here.

You access repositories on the client (IgApiClient) by their lower-case (camelCase) name without the Repository suffix. For example, you access the instance of AddressBookRepository by ig.addressBook.

Feeds

Feeds represent paginated endpoints like a user's feed (UserFeed). Think of feeds like (async-)iterators/streams/observables (in fact feeds are async iterable and observable (feed.item$)). Every feed is accessible via ig.feed.feedName() (camelCase name). ig.feed is the FeedFactory that creates feeds for you connected to the instance of ig.

• See the list of available feeds here.
• See the list of their keys in FeedFactory (ig.feed) here.
• See this example and learn how to work with library feeds.

Most of the feeds require initialization parameter(s), like a user-pk (id).

Services

Services will help you to maintain some actions without calling a couple repository methods or perform complex things like pre and postlogin flow simulations or photo/video publishing.

• See the list of available repositories here.
• See the list of their keys in IgApiClient here.

Debugging

In order to get debug infos provided by the library, you can enable debugging. The prefix for this library is ig. To get all debug logs (recommended) set the namespace to ig:*.

Node

In Node you only have to set the environment variable DEBUG to the desired namespace. Further information

Contribution

If you need features that is not implemented - feel free to implement and create PRs!

Plus we need some documentation, so if you are good in it - you are welcome.

Setting up your environment is described here.

Useful links

instagram-id-to-url-segment - convert the image url fragment to the media ID

Special thanks

• Richard Hutta, original author of this library. Thanks to him for starting it.

Thanks to contributors

• Nerixyz, for writing a huge amount of code for this library.