Parse Server is an open source backend that can be deployed to any infrastructure that can run Node.js. Parse Server works with the Express web application framework. It can be added to existing web applications, or run by itself.

The full documentation for Parse Server is available in the wiki. The Parse Server guide is a good place to get started. An API reference and Cloud Code guide are also available. If you're interested in developing for Parse Server, the Development guide will help you get set up.

A big thank you 🙏 to our sponsors and backers who support the development of Parse Platform!

• Flavors & Branches
  • Long Term Support
• Getting Started
  • Running Parse Server
    • Compatibility
      • Node.js
      • MongoDB
      • PostgreSQL
    • Locally
    • Docker Container
    • Saving an Object
    • Connect an SDK
  • Running Parse Server elsewhere
    • Sample Application
    • Parse Server + Express
  • Parse Server Health
    • Status Values
• Configuration
  • Basic Options
  • Client Key Options
  • Access Scopes
  • Email Verification and Password Reset
  • Password and Account Policy
  • Custom Routes
    • Example
    • Reserved Paths
    • Parameters
  • Custom Pages
  • Using Environment Variables
  • Available Adapters
  • Configuring File Adapters
  • Idempotency Enforcement
  • Localization
    • Pages
      • Localization with Directory Structure
      • Localization with JSON Resource
      • Dynamic placeholders
      • Reserved Keys
      • Parameters
  • Logging
• Deprecations
• Live Query
• GraphQL
  • Running
    • Using the CLI
    • Using Docker
    • Using Express.js
  • Checking the API health
  • Creating your first class
  • Using automatically generated operations
  • Customizing your GraphQL Schema
  • Learning more
• Contributing
• Contributors
• Sponsors
• Backers

Parse Server is available in different flavors on different branches:

• The main branches are release, beta and alpha. See the changelog overview for details.
• The long-term-support (LTS) branches are named release-<version>.x.x, for example release-5.x.x. LTS branches do not have pre-release branches.

Long-Term-Support (LTS) is provided for the previous Parse Server major version. For example, Parse Server 5.x will receive security updates until Parse Server 6.x is superseded by Parse Server 7.x and becomes the new LTS version. While the current major version is published on branch release, a LTS version is published on branch release-#.x.x, for example release-5.x.x for the Parse Server 5.x LTS branch.

⚠️ LTS versions are provided to help you transition as soon as possible to the current major version. While we aim to fix security vulnerabilities in the LTS version, our main focus is on developing the current major version and preparing the next major release. Therefore we may leave certain vulnerabilities up to the community to fix. Search for pull requests with the specific LTS base branch to see the current open vulnerabilities for that LTS branch.

The fastest and easiest way to get started is to run MongoDB and Parse Server locally.

Before you start make sure you have installed:

• NodeJS that includes npm
• MongoDB or PostgreSQL(with PostGIS 2.2.0 or higher)
• Optionally Docker

Parse Server is continuously tested with the most recent releases of Node.js to ensure compatibility. We follow the Node.js Long Term Support plan and only test against versions that are officially supported and have not reached their end-of-life date.

Parse Server is continuously tested with the most recent releases of MongoDB to ensure compatibility. We follow the MongoDB support schedule and MongoDB lifecycle schedule and only test against versions that are officially supported and have not reached their end-of-life date. MongoDB "rapid releases" are ignored as these are considered pre-releases of the next major version.

Parse Server is continuously tested with the most recent releases of PostgreSQL and PostGIS to ensure compatibility, using PostGIS docker images. We follow the PostgreSQL support schedule and PostGIS support schedule and only test against versions that are officially supported and have not reached their end-of-life date. Due to the extensive PostgreSQL support duration of 5 years, Parse Server drops support about 2 years before the official end-of-life date.

$ npm install -g parse-server mongodb-runner
$ mongodb-runner start
$ parse-server --appId APPLICATION_ID --masterKey MASTER_KEY --databaseURI mongodb://localhost/test

Note: If installation with -g fails due to permission problems (npm ERR! code 'EACCES'), please refer to this link.

$ git clone https://github.com/parse-community/parse-server
$ cd parse-server
$ docker build --tag parse-server .
$ docker run --name my-mongo -d mongo

$ docker run --name my-parse-server -v config-vol:/parse-server/config -p 1337:1337 --link my-mongo:mongo -d parse-server --appId APPLICATION_ID --masterKey MASTER_KEY --databaseURI mongodb://mongo/test

Note: If you want to use Cloud Code, add -v cloud-code-vol:/parse-server/cloud --cloud /parse-server/cloud/main.js to the command above. Make sure main.js is in the cloud-code-vol directory before starting Parse Server.

You can use any arbitrary string as your application id and master key. These will be used by your clients to authenticate with the Parse Server.

That's it! You are now running a standalone version of Parse Server on your machine.

Using a remote MongoDB? Pass the --databaseURI DATABASE_URI parameter when starting parse-server. Learn more about configuring Parse Server here. For a full list of available options, run parse-server --help.

Now that you're running Parse Server, it is time to save your first object. We'll use the REST API, but you can easily do the same using any of the Parse SDKs. Run the following:

$ curl -X POST \
-H "X-Parse-Application-Id: APPLICATION_ID" \
-H "Content-Type: application/json" \
-d '{"score":1337,"playerName":"Sean Plott","cheatMode":false}' \
http://localhost:1337/parse/classes/GameScore

You should get a response similar to this:

{
  "objectId": "2ntvSpRGIK",
  "createdAt": "2016-03-11T23:51:48.050Z"
}

You can now retrieve this object directly (make sure to replace 2ntvSpRGIK with the actual objectId you received when the object was created):

$ curl -X GET \
  -H "X-Parse-Application-Id: APPLICATION_ID" \
  http://localhost:1337/parse/classes/GameScore/2ntvSpRGIK

// Response
{
  "objectId": "2ntvSpRGIK",
  "score": 1337,
  "playerName": "Sean Plott",
  "cheatMode": false,
  "updatedAt": "2016-03-11T23:51:48.050Z",
  "createdAt": "2016-03-11T23:51:48.050Z"
}

Keeping tracks of individual object ids is not ideal, however. In most cases you will want to run a query over the collection, like so:

$ curl -X GET \
  -H "X-Parse-Application-Id: APPLICATION_ID" \
  http://localhost:1337/parse/classes/GameScore

// The response will provide all the matching objects within the `results` array:
{
  "results": [
    {
      "objectId": "2ntvSpRGIK",
      "score": 1337,
      "playerName": "Sean Plott",
      "cheatMode": false,
      "updatedAt": "2016-03-11T23:51:48.050Z",
      "createdAt": "2016-03-11T23:51:48.050Z"
    }
  ]
}

To learn more about using saving and querying objects on Parse Server, check out the Parse documentation.

Parse provides SDKs for all the major platforms. Refer to the Parse Server guide to learn how to connect your app to Parse Server.

Once you have a better understanding of how the project works, please refer to the Parse Server wiki for in-depth guides to deploy Parse Server to major infrastructure providers. Read on to learn more about additional ways of running Parse Server.

We have provided a basic Node.js application that uses the Parse Server module on Express and can be easily deployed to various infrastructure providers:

• Heroku and mLab
• AWS and Elastic Beanstalk
• Google App Engine
• Microsoft Azure
• SashiDo
• Digital Ocean
• Pivotal Web Services
• Back4app
• Glitch
• Flynn

You can also create an instance of Parse Server, and mount it on a new or existing Express website:

const express = require('express');
const ParseServer = require('parse-server').ParseServer;
const app = express();

const server = new ParseServer({
  databaseURI: 'mongodb://localhost:27017/dev', // Connection string for your MongoDB database
  cloud: './cloud/main.js', // Path to your Cloud Code
  appId: 'myAppId',
  masterKey: 'myMasterKey', // Keep this key secret!
  fileKey: 'optionalFileKey',
  serverURL: 'http://localhost:1337/parse' // Don't forget to change to https if needed
});

// Start server
await server.start();

// Serve the Parse API on the /parse URL prefix
app.use('/parse', server.app);

app.listen(1337, function() {
  console.log('parse-server-example running on port 1337.');
});

For a full list of available options, run parse-server --help or take a look at [Parse Server Configurations][server-options].

Check the Parse Server health by sending a request to the /parse/health endpoint.

The response looks like this:

{
  "status": "ok"
}

Parse Server can be configured using the following options. You may pass these as parameters when running a standalone parse-server, or by loading a configuration file in JSON format using parse-server path/to/configuration.json. If you're using Parse Server on Express, you may also pass these to the ParseServer object as options.

For the full list of available options, run parse-server --help or take a look at [Parse Server Configurations][server-options].

• appId (required) - The application id to host with this server instance. You can use any arbitrary string. For migrated apps, this should match your hosted Parse app.
• masterKey (required) - The master key to use for overriding ACL security. You can use any arbitrary string. Keep it secret! For migrated apps, this should match your hosted Parse app.
• databaseURI (required) - The connection string for your database, i.e. mongodb://user:pass@host.com/dbname. Be sure to URL encode your password if your password has special characters.
• port - The default port is 1337, specify this parameter to use a different port.
• serverURL - URL to your Parse Server (don't forget to specify http:// or https://). This URL will be used when making requests to Parse Server from Cloud Code.
• cloud - The absolute path to your cloud code main.js file.
• push - Configuration options for APNS and GCM push. See the Push Notifications quick start.

The client keys used with Parse are no longer necessary with Parse Server. If you wish to still require them, perhaps to be able to refuse access to older clients, you can set the keys at initialization time. Setting any of these keys will require all requests to provide one of the configured keys.

• clientKey
• javascriptKey
• restAPIKey
• dotNetKey

_{(1) Parse.Object.createdAt, Parse.Object.updatedAt.}

Verifying user email addresses and enabling password reset via email requires an email adapter. There are many email adapters provided and maintained by the community. The following is an example configuration with an example email adapter. See the [Parse Server Options][server-options] for more details and a full list of available options.

const server = ParseServer({
  ...otherOptions,

  // Enable email verification
  verifyUserEmails: true,

  // Set email verification token validity to 2 hours
  emailVerifyTokenValidityDuration: 2 * 60 * 60,

  // Set email adapter
  emailAdapter: {
    module: 'example-mail-adapter',
    options: {
      // Additional adapter options
      ...mailAdapterOptions
    }
  },
});

Offical email adapters maintained by Parse Platform:

• parse-server-api-mail-adapter (localization, templates, universally supports any email provider)

Email adapters contributed by the community:

• parse-smtp-template (localization, templates)
• parse-server-postmark-adapter
• parse-server-sendgrid-adapter
• parse-server-mandrill-adapter
• parse-server-simple-ses-adapter
• parse-server-mailgun-adapter-template
• parse-server-sendinblue-adapter
• parse-server-mailjet-adapter
• simple-parse-smtp-adapter
• parse-server-generic-email-adapter

Set a password and account policy that meets your security requirements. The following is an example configuration. See the [Parse Server Options][server-options] for more details and a full list of available options.

const server = ParseServer({
  ...otherOptions,

  // The account lock policy
  accountLockout: {
    // Lock the account for 5 minutes.
    duration: 5,
    // Lock an account after 3 failed log-in attempts
    threshold: 3,
    // Unlock the account after a successful password reset
    unlockOnPasswordReset: true,
  },

  // The password policy
  passwordPolicy: {
    // Enforce a password of at least 8 characters which contain at least 1 lower case, 1 upper case and 1 digit
    validatorPattern: /^(?=.*[a-z])(?=.*[A-Z])(?=.*[0-9])(?=.{8,})/,
    // Do not allow the username as part of the password
    doNotAllowUsername: true,
    // Do not allow to re-use the last 5 passwords when setting a new password
    maxPasswordHistory: 5,
  },
});

Caution, this is an experimental feature that may not be appropriate for production.

Custom routes allow to build user flows with webpages, similar to the existing password reset and email verification features. Custom routes are defined with the pages option in the Parse Server configuration:

const api = new ParseServer({
  ...otherOptions,

  pages: {
    enableRouter: true, // Enables the experimental feature; required for custom routes
    customRoutes: [{
      method: 'GET',
      path: 'custom_route',
      handler: async request => {
        // custom logic
        // ...
        // then, depending on the outcome, return a HTML file as response
        return { file: 'custom_page.html' };
      }
    }]
  }
}

The above route can be invoked by sending a GET request to: https://[parseServerPublicUrl]/[parseMount]/[pagesEndpoint]/[appId]/[customRoute]

The handler receives the request and returns a custom_page.html webpage from the pages.pagesPath directory as response. The advantage of building a custom route this way is that it automatically makes use of Parse Server's built-in capabilities, such as page localization and dynamic placeholders.

The following paths are already used by Parse Server's built-in features and are therefore not available for custom routes. Custom routes with an identical combination of path and method are ignored.

It’s possible to change the default pages of the app and redirect the user to another path or domain.

const server = ParseServer({
  ...otherOptions,

  customPages: {
    passwordResetSuccess: "http://yourapp.com/passwordResetSuccess",
    verifyEmailSuccess: "http://yourapp.com/verifyEmailSuccess",
    parseFrameURL: "http://yourapp.com/parseFrameURL",
    linkSendSuccess: "http://yourapp.com/linkSendSuccess",
    linkSendFail: "http://yourapp.com/linkSendFail",
    invalidLink: "http://yourapp.com/invalidLink",
    invalidVerificationLink: "http://yourapp.com/invalidVerificationLink",
    choosePassword: "http://yourapp.com/choosePassword"
  }
})

You may configure the Parse Server using environment variables:

PORT
PARSE_SERVER_APPLICATION_ID
PARSE_SERVER_MASTER_KEY
PARSE_SERVER_DATABASE_URI
PARSE_SERVER_URL
PARSE_SERVER_CLOUD

The default port is 1337, to use a different port set the PORT environment variable:

$ PORT=8080 parse-server --appId APPLICATION_ID --masterKey MASTER_KEY

For the full list of configurable environment variables, run parse-server --help or take a look at Parse Server Configuration.

All official adapters are distributed as scoped packages on npm (@parse).

Some well maintained adapters are also available on the Parse Server Modules organization.

You can also find more adapters maintained by the community by searching on npm.

Parse Server allows developers to choose from several options when hosting files:

• GridFSBucketAdapter - which is backed by MongoDB
• S3Adapter - which is backed by Amazon S3
• GCSAdapter - which is backed by Google Cloud Storage
• FSAdapter - local file storage

GridFSBucketAdapter is used by default and requires no setup, but if you're interested in using Amazon S3, Google Cloud Storage, or local file storage, additional configuration information is available in the Parse Server guide.

Caution, this is an experimental feature that may not be appropriate for production.

This feature deduplicates identical requests that are received by Parse Server multiple times, typically due to network issues or network adapter access restrictions on mobile operating systems.

Identical requests are identified by their request header X-Parse-Request-Id. Therefore a client request has to include this header for deduplication to be applied. Requests that do not contain this header cannot be deduplicated and are processed normally by Parse Server. This means rolling out this feature to clients is seamless as Parse Server still processes requests without this header when this feature is enabled.

This feature needs to be enabled on the client side to send the header and on the server to process the header. Refer to the specific Parse SDK docs to see whether the feature is supported yet.

Deduplication is only done for object creation and update (POST and PUT requests). Deduplication is not done for object finding and deletion (GET and DELETE requests), as these operations are already idempotent by definition.

let api = new ParseServer({
    idempotencyOptions: {
        paths: [".*"],       // enforce for all requests
        ttl: 120             // keep request IDs for 120s
    }
}

To use this feature in Postgres, you will need to create a cron job using pgAdmin or similar to call the Postgres function idempotency_delete_expired_records() that deletes expired idempotency records. You can find an example script below. Make sure the script has the same privileges to log into Postgres as Parse Server.

#!/bin/bash

set -e
psql -v ON_ERROR_STOP=1 --username "$POSTGRES_USER" --dbname "$POSTGRES_DB" <<-EOSQL
    SELECT idempotency_delete_expired_records();
EOSQL

exec "$@"

Assuming the script above is named, parse_idempotency_delete_expired_records.sh, a cron job that runs the script every 2 minutes may look like:

2 * * * * /root/parse_idempotency_delete_expired_records.sh >/dev/null 2>&1

Caution, this is an experimental feature that may not be appropriate for production.

Custom pages as well as feature pages (e.g. password reset, email verification) can be localized with the pages option in the Parse Server configuration:

const api = new ParseServer({
  ...otherOptions,

  pages: {
    enableRouter: true, // Enables the experimental feature; required for localization
    enableLocalization: true,
  }
}

Localization is achieved by matching a request-supplied locale parameter with localized page content. The locale can be supplied in either the request query, body or header with the following keys:

• query: locale
• body: locale
• header: x-parse-page-param-locale

For example, a password reset link with the locale parameter in the query could look like this:

http://example.com/parse/apps/[appId]/request_password_reset?token=[token]&username=[username]&locale=de-AT

• Localization is only available for pages in the pages directory as set with pages.pagesPath.
• Localization for feature pages (e.g. password reset, email verification) is disabled if pages.customUrls are set, even if the custom URLs point to the pages within the pages path.
• Only .html files are considered for localization when localizing custom pages.

Pages can be localized in two ways:

Pages are localized by using the corresponding file in the directory structure where the files are placed in subdirectories named after the locale or language. The file in the base directory is the default file.

Example Directory Structure:

root/
├── public/                  // pages base path
│   ├── example.html         // default file
│   └── de/                  // de language folder
│   │   └── example.html     // de localized file
│   └── de-AT/               // de-AT locale folder
│   │   └── example.html     // de-AT localized file

Files are matched with the locale in the following order:

1. Locale match, e.g. locale de-AT matches file in folder de-AT.
2. Language match, e.g. locale de-CH matches file in folder de.
3. Default; file in base folder is returned.

Configuration Example:

const api = new ParseServer({
  ...otherOptions,

  pages: {
    enableRouter: true, // Enables the experimental feature; required for localization
    enableLocalization: true,
    customUrls: {
      passwordReset: 'https://example.com/page.html'
    }
  }
}

Pros:

• All files are complete in their content and can be easily opened and previewed by viewing the file in a browser.

Cons:

• In most cases, a localized page differs only slightly from the default page, which could cause a lot of duplicate code that is difficult to maintain.

Pages are localized by adding placeholders in the HTML files and providing a JSON resource that contains the translations to fill into the placeholders.

Example Directory Structure:

root/
├── public/                  // pages base path
│   ├── example.html         // the page containing placeholders
├── private/                 // folder outside of public scope
│   └── translations.json    // JSON resource file

The JSON resource file loosely follows the i18next syntax, which is a syntax that is often supported by translation platforms, making it easy to manage translations, exporting them for use in Parse Server, and even to automate this workflow.

Example JSON Content:

{
  "en": {               // resource for language `en` (English)
    "translation": {
      "greeting": "Hello!"
    }
  },
  "de": {               // resource for language `de` (German)
    "translation": {
      "greeting": "Hallo!"
    }
  }
  "de-AT": {            // resource for locale `de-AT` (Austrian German)
    "translation": {
      "greeting": "Servus!"
    }
  }
}

Configuration Example:

const api = new ParseServer({
  ...otherOptions,

  pages: {
    enableRouter: true, // Enables the experimental feature; required for localization
    enableLocalization: true,
    localizationJsonPath: './private/localization.json',
    localizationFallbackLocale: 'en'
  }
}

Pros:

• There is only one HTML file to maintain that contains the placeholders that are filled with the translations according to the locale.

Cons:

• Files cannot be easily previewed by viewing the file in a browser because the content contains only placeholders and even HTML or CSS changes may be dynamically applied, e.g. when a localization requires a Right-To-Left layout direction.
• Style and other fundamental layout changes may be more difficult to apply.

In addition to feature related default parameters such as appId and the translations provided via JSON resource, it is possible to define custom dynamic placeholders as part of the router configuration. This works independently of localization and, also if enableLocalization is disabled.

Configuration Example:

const api = new ParseServer({
  ...otherOptions,

  pages: {
    enableRouter: true, // Enables the experimental feature; required for localization
    placeholders: {
      exampleKey: 'exampleValue'
    }
  }
}

The placeholders can also be provided as function or as async function, with the locale and other feature related parameters passed through, to allow for dynamic placeholder values:

const api = new ParseServer({
  ...otherOptions,

  pages: {
    enableRouter: true, // Enables the experimental feature; required for localization
    placeholders: async (params) => {
      const value = await doSomething(params.locale);
      return {
        exampleKey: value
      };
    }
  }
}

The following parameter and placeholder keys are reserved because they are used related to features such as password reset or email verification. They should not be used as translation keys in the JSON resource or as manually defined placeholder keys in the configuration: appId, appName, email, error, locale, publicServerUrl, token, username.

• In combination with the Parse Server API Mail Adapter Parse Server provides a fully localized flow (emails -> pages) for the user. The email adapter sends a localized email and adds a locale parameter to the password reset or email verification link, which is then used to respond with localized pages.

Parse Server will, by default, log:

• to the console
• daily rotating files as new line delimited JSON

Logs are also viewable in Parse Dashboard.

Want to log each request and response? Set the VERBOSE environment variable when starting parse-server. Usage :- VERBOSE='1' parse-server --appId APPLICATION_ID --masterKey MASTER_KEY

Want logs to be placed in a different folder? Pass the PARSE_SERVER_LOGS_FOLDER environment variable when starting parse-server. Usage :- PARSE_SERVER_LOGS_FOLDER='<path-to-logs-folder>' parse-server --appId APPLICATION_ID --masterKey MASTER_KEY

Want to log specific levels? Pass the logLevel parameter when starting parse-server. Usage :- parse-server --appId APPLICATION_ID --masterKey MASTER_KEY --logLevel LOG_LEVEL

Want new line delimited JSON error logs (for consumption by CloudWatch, Google Cloud Logging, etc)? Pass the JSON_LOGS environment variable when starting parse-server. Usage :- JSON_LOGS='1' parse-server --appId APPLICATION_ID --masterKey MASTER_KEY

See the Deprecation Plan for an overview of deprecations and planned breaking changes.

Live queries are meant to be used in real-time reactive applications, where just using the traditional query paradigm could cause several problems, like increased response time and high network and server usage. Live queries should be used in cases where you need to continuously update a page with fresh data coming from the database, which often happens in (but is not limited to) online games, messaging clients and shared to-do lists.

Take a look at Live Query Guide, Live Query Server Setup Guide and Live Query Protocol Specification. You can setup a standalone server or multiple instances for scalability (recommended).

GraphQL, developed by Facebook, is an open-source data query and manipulation language for APIs. In addition to the traditional REST API, Parse Server automatically generates a GraphQL API based on your current application schema. Parse Server also allows you to define your custom GraphQL queries and mutations, whose resolvers can be bound to your cloud code functions.

The easiest way to run the Parse GraphQL API is through the CLI:

$ npm install -g parse-server mongodb-runner
$ mongodb-runner start
$ parse-server --appId APPLICATION_ID --masterKey MASTER_KEY --databaseURI mongodb://localhost/test --publicServerURL http://localhost:1337/parse --mountGraphQL --mountPlayground

After starting the server, you can visit http://localhost:1337/playground in your browser to start playing with your GraphQL API.

Note: Do NOT use --mountPlayground option in production. Parse Dashboard has a built-in GraphQL Playground and it is the recommended option for production apps.

You can also run the Parse GraphQL API inside a Docker container:

$ git clone https://github.com/parse-community/parse-server
$ cd parse-server
$ docker build --tag parse-server .
$ docker run --name my-mongo -d mongo

$ docker run --name my-parse-server --link my-mongo:mongo -v config-vol:/parse-server/config -p 1337:1337 -d parse-server --appId APPLICATION_ID --masterKey MASTER_KEY --databaseURI mongodb://mongo/test --publicServerURL http://localhost:1337/parse --mountGraphQL --mountPlayground

Note: If you want to use Cloud Code, add -v cloud-code-vol:/parse-server/cloud --cloud /parse-server/cloud/main.js to the command above. Make sure main.js is in the cloud-code-vol directory before starting Parse Server.

After starting the server, you can visit http://localhost:1337/playground in your browser to start playing with your GraphQL API.

Note: Do NOT use --mountPlayground option in production. Parse Dashboard has a built-in GraphQL Playground and it is the recommended option for production apps.

You can also mount the GraphQL API in an Express.js application together with the REST API or solo. You first need to create a new project and install the required dependencies:

$ mkdir my-app
$ cd my-app
$ npm install parse-server express --save

Then, create an index.js file with the following content:

const express = require('express');
const { ParseServer, ParseGraphQLServer } = require('parse-server');

const app = express();

const parseServer = new ParseServer({
  databaseURI: 'mongodb://localhost:27017/test',
  appId: 'APPLICATION_ID',
  masterKey: 'MASTER_KEY',
  serverURL: 'http://localhost:1337/parse',
  publicServerURL: 'http://localhost:1337/parse'
});

const parseGraphQLServer = new ParseGraphQLServer(
  parseServer,
  {
    graphQLPath: '/graphql',
    playgroundPath: '/playground'
  }
);

app.use('/parse', parseServer.app); // (Optional) Mounts the REST API
parseGraphQLServer.applyGraphQL(app); // Mounts the GraphQL API
parseGraphQLServer.applyPlayground(app); // (Optional) Mounts the GraphQL Playground - do NOT use in Production

await parseServer.start();
app.listen(1337, function() {
  console.log('REST API running on http://localhost:1337/parse');
  console.log('GraphQL API running on http://localhost:1337/graphql');
  console.log('GraphQL Playground running on http://localhost:1337/playground');
});

And finally start your app:

$ npx mongodb-runner start
$ node index.js

After starting the app, you can visit http://localhost:1337/playground in your browser to start playing with your GraphQL API.

Note: Do NOT mount the GraphQL Playground in production. Parse Dashboard has a built-in GraphQL Playground and it is the recommended option for production apps.

Run the following:

query Health {
  health
}

You should receive the following response:

{
  "data": {
    "health": true
  }
}

Since your application does not have any schema yet, you can use the createClass mutation to create your first class. Run the following:

mutation CreateClass {
  createClass(
    name: "GameScore"
    schemaFields: {
      addStrings: [{ name: "playerName" }]
      addNumbers: [{ name: "score" }]
      addBooleans: [{ name: "cheatMode" }]
    }
  ) {
    name
    schemaFields {
      name
      __typename
    }
  }
}

You should receive the following response:

{
  "data": {
    "createClass": {
      "name": "GameScore",
      "schemaFields": [
        {
          "name": "objectId",
          "__typename": "SchemaStringField"
        },
        {
          "name": "updatedAt",
          "__typename": "SchemaDateField"
        },
        {
          "name": "createdAt",
          "__typename": "SchemaDateField"
        },
        {
          "name": "playerName",
          "__typename": "SchemaStringField"
        },
        {
          "name": "score",
          "__typename": "SchemaNumberField"
        },
        {
          "name": "cheatMode",
          "__typename": "SchemaBooleanField"
        },
        {
          "name": "ACL",
          "__typename": "SchemaACLField"
        }
      ]
    }
  }
}

Parse Server learned from the first class that you created and now you have the GameScore class in your schema. You can now start using the automatically generated operations!

Run the following to create your first object:

mutation CreateGameScore {
  createGameScore(
    fields: {
      playerName: "Sean Plott"
      score: 1337
      cheatMode: false
    }
  ) {
    id
    updatedAt
    createdAt
    playerName
    score
    cheatMode
    ACL
  }
}

You should receive a response similar to this:

{
  "data": {
    "createGameScore": {
      "id": "XN75D94OBD",
      "updatedAt": "2019-09-17T06:50:26.357Z",
      "createdAt": "2019-09-17T06:50:26.357Z",
      "playerName": "Sean Plott",
      "score": 1337,
      "cheatMode": false,
      "ACL": null
    }
  }
}

You can also run a query to this new class:

query GameScores {
  gameScores {
    results {
      id
      updatedAt
      createdAt
      playerName
      score
      cheatMode
      ACL
    }
  }
}

You should receive a response similar to this:

{
  "data": {
    "gameScores": {
      "results": [
        {
          "id": "XN75D94OBD",
          "updatedAt": "2019-09-17T06:50:26.357Z",
          "createdAt": "2019-09-17T06:50:26.357Z",
          "playerName": "Sean Plott",
          "score": 1337,
          "cheatMode": false,
          "ACL": null
        }
      ]
    }
  }
}

Parse GraphQL Server allows you to create a custom GraphQL schema with own queries and mutations to be merged with the auto-generated ones. You can resolve these operations using your regular cloud code functions.

To start creating your custom schema, you need to code a schema.graphql file and initialize Parse Server with --graphQLSchema and --cloud options:

$ parse-server --appId APPLICATION_ID --masterKey MASTER_KEY --databaseURI mongodb://localhost/test --publicServerURL http://localhost:1337/parse --cloud ./cloud/main.js --graphQLSchema ./cloud/schema.graphql --mountGraphQL --mountPlayground

Use the code below for your schema.graphql and main.js files. Then restart your Parse Server.

# schema.graphql
extend type Query {
  hello: String! @resolve
}

// main.js
Parse.Cloud.define('hello', async () => {
  return 'Hello world!';
});

You can now run your custom query using GraphQL Playground:

query {
  hello
}

You should receive the response below:

{
  "data": {
    "hello": "Hello world!"
  }
}

The Parse GraphQL Guide is a very good source for learning how to use the Parse GraphQL API.

You also have a very powerful tool inside your GraphQL Playground. Please look at the right side of your GraphQL Playground. You will see the DOCS and SCHEMA menus. They are automatically generated by analyzing your application schema. Please refer to them and learn more about everything that you can do with your Parse GraphQL API.

Additionally, the GraphQL Learn Section is a very good source to learn more about the power of the GraphQL language.

Please see the Contributing Guide.

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[server-options] http://parseplatform.org/parse-server/api/release/ParseServerOptions.html