• HubSpotIntegrationManager.js

• getExample function, add

const contacts = await this.targetInstance.api.listContacts()
return contacts.results

• Go to HubSpot, sign up for a developer account

• Create an Application

• Navigate to Settings

• OAuth

• Copy Client ID and Secret into /config/dev.json under HUBSPOT_CLIENT_ID and HUBSPOT_CLIENT_SECRET respectively

• Add http://localhost:3000/redirect/hubspot to the redirect URI

• Navigate to backend, run npm start

• Go to the dashboard and reload if you haven't yet. Tada! Your first integration

Requirements

• Filling out the template is required. Any pull request that does not include enough information to be reviewed in a timely manner may be closed at the maintainers' discretion.

• All new code requires tests to ensure against regressions

Description of the Change

Alternate Designs

Benefits

Possible Drawbacks

Applicable Issues

• npm install @friggframework/api-module-hubspot in the backend

• Default display override by adding to ConfigManager

• Override or add helper functions by creating a HubSpotManager.js in /managers/entities

• Copy over ExampleIntegrationManager.js and corresponding test file

• Good to go!

• Core is great, can't do anything without Modules

• Effectively SDKs that talk to Frigg

• Over time, more templated code and normalization and static definitions

Frigg comes out of the box with an Integration Management API

• See flow

• See postman collection/fork for your own

Postman Collection

• Mocks

• proxyquire

• If you're using queues...

Getting Started

Aloha! Let’s test out running Frigg locally by cloning and installing a quick start template app.

Prerequisites

You'll need to do the following before continuing:

• Make sure you have

• Create a free hosted MongoDB cluster through OR locally

  • You'll need to create a db admin user and you'll want your connection string.

Overview

Create Frigg App will generate a Frigg application that within a few minutes is deployable to your own infrastructure accounts. Let's get Create Frigg App going and unpack the "magic" as we go.

Frigg has a fairly straightforward data model

• Currently we connect to a MongoDB cluster using Mongoose. Recommendation is MongoDB Atlas, fast and free to spin up a test cluster.

• Follow instructions to create

• Copy and paste yours to the config/dev.json file

• Backend

• Frontend

• Database

• Eventing

  • Polling Triggers

  • Webhooks

  • Queues
• Logging

• Retry

• Error Handling

Use npx to use the latest generator code, and just pass it whatever you want to name your Frigg application.

Congrats! You've just successfully scaffolded and installed your Frigg application.

• Scoping/understanding the integration use case

• Integration Lifecycle Methods

  • Create

• Deeper dive into What Makes an Integration

• Reach out to Left Hook or the community for help!

• Add your own API Module

• Frigg's backend needs to authenticate requests

• Frigg also needs to identify the user

• Frigg also needs to be authenticated to your API

API Modules are the Lego bricks that make Frigg-powered integrations develop faster. An API Module is the code that wraps your target partner's API and represents that API back to Frigg.

Frigg's library of API Modules is available for free. Translation: if your target partner's logo is in this library already, Frigg just saved your developers many hours of work, becuse these API Modules are plug n' play.

See the with categories and filtering.

We have three ways to interact with Frigg's creators and community:

• Message Board —

• Slack Channel-

• Copy template

• Every Modules needs

  • API Class

• Local Development vs. Contributing

• Local Development

  • Private API Modules

We have an active shared Slack channel where Frigg community members can ask questions or interact.

You can send yourself an invitation here.

Any time you want to use Frigg/have Frigg talk to your own App/API, you'll need your own API module.

See the API Module Development section

Frigg's creators (Left Hook) are sometimes available for a live chat to discuss Frigg. Look for the HelperBot in the lower right-hand corner and click to chat!

Frigg Explained to Developers

Simply put- Frigg is what you would build into your product if you had unlimited resources and time, with the added benefit of being Open Source, where it's not just you but a community of developers collaborating to solve the same core set of problems over and over again. Something you could never do internally.

The Frigg Framework is an opinionated integration framework built with modern software development teams in mind. The aim of the framework is to have you up and running out of the box with a flexible set of tools to help rapidly add integrations to your software that your end users can manage individually without any intervention.

The framework handles integration listing, authentication, and configuration "out of the box," built on a scalable serverless architecture with a growing library of prebuilt API Modules to greatly reduce time to wow. Along with the core "out of the box" features, the framework contains primitives to help address and flex to any use case.

Navigating the Docs

We've got a lot to unpack! These docs should be your go-to resource for all things Frigg related. Over time, there will doubtless be other properties and places (courses?) where you'll get more deep dives into topics and example implementations (and we expect example implementations contributed by the community?), but for now, this is the place.

In general, there are five main areas of the docs

^ Here you'll find Quick Start tutorials and examples, along with deeper dive documentation on how to develop integrations with Frigg.

^ This is the main area where you'll find documentation around all Frigg concepts

^ Here's where we lay out how to get involved in contributing to the Frigg core project. And oh boy are we glad to have you!

^ Ah, the ever-expanding documentation section! At some point when we've reached critical mass (read: 1,000+ API Modules), "we're going to need a bigger boat". But for now, basic docs around any specific module live here.

^ Yup, we all need support sometimes. When it comes to Frigg-related support, you've got a few options. Hit us up in those places! Or in person. Novel concept these days.

^ This is probably both the most exciting and most daunting part of the whole enterprise. So much possibility! We're using an external tool for now, so we're just linking out to there and giving a high level short-medium-long term road map on which you can anchor your expectations. Or if you want to sponsor pieces of the roadmap, you can greatly change its shape.

Contributing Developers

See for details about getting started as a Frigg contributor.

We've got a dedicated roadmap tool to help you track specifics, and to let you make suggestions. Wherever you're comfortable, since it's integrated to GitHub.

At a very high level, however, here's what we want to accomplish in the near, mid, and long terms:

Near Term Roadmap

This is in the next 3-6 months, heading into 2023.

View and search for all our available API Modules in our. Thanks to our friends at for their directory tool.

Each API Module has its own page in this documentation. Over time we'll add helpful notes about each module listed.

Node and Npm version

When you work on code in this repo, make sure you are using Node 14.x and Npm 7.20.2. Npm > 7 is needed to use npm workspaces, but there is a bug using workspaces in certain situations on Npm > 7.20.2. See here for more info: https://github.com/npm/cli/issues/3637

There are different ways to switch versions of Node/NPM, here is one:

1. Make sure n is installed

• The easiest way is npm install -g n.

• You may prefer to install n with Homebrew: brew install n

• More info: https://github.com/tj/n#installation

1. Run npm run use:engine in the root directory. This is a shortcut for n install 14 && npm install -g [email protected]. However, when you use npm run use:engine, the version numbers are automatically read from the root package.json's "engines" key.

Linking the Workspaces

The first time you set up the monorepo, run npm install in the root directory. This will automatically link up all the workspaces in the monorepo so that each is depending on the local copies.

Linking packages into other projects locally

In the case where you want to link a package from the monorepo into a package from another repo for local development, npm link is still needed. This is only needed when editing packages locally, that aren't all in the same monorepo. See here for more info: https://docs.npmjs.com/cli/v8/commands/npm-link#workspace-usage

If the monorepo is in a directory called frigg, and we want to use the local copy of the logs module in project B while we develop:

Now, the local copy of the logs package is linked into project B's node_modules directory. Any local edits to the logs package will be immeidately available to your local copy of project B

Workspaces

https://docs.npmjs.com/cli/v7/using-npm/workspaces

To test all workspaces, you can run npm run test:all in the root directory. This will be useful for local development, but won't catch everything in CI (specifically missing npm modules in a package).

You can run a command in all workspaces like so: npm run lint:fix --workspaces

You can run a command in just one workspace, for example: npm test --workspace=logs

Creating a new workspace

To create a new workspace: npm init --workspace=new-package

A good rule of thumb is to name the package based on what it provides. This can help avoid a lot of "utils" packages. Obviously nothing wrong with "utils", "tools," or "helpers" packages per se, but it is often an indication the code can be organized more modularly.

Be sure each package has:

• a README.md (which is displayed on npmjs.com).

• a LICENSE.md file (make sure the attribution and date are correct)

• a package.json file with repository, description, correct license, and other important fields filled in

Semver

When fixing a bug or making small tweaks use npm version patch When adding a feature that doesn't alter the public interface to existing features, use npm version minor When making a change that alters the public interface use npm version major.

Publishing

After merging or rebasing a branch into main:

Unpublishing

72 hours are given to unpublish a version without complications: https://docs.npmjs.com/policies/unpublish

Our Pledge

We as members, contributors, and leaders pledge to make participation in our community a harassment-free experience for everyone, regardless of age, body size, visible or invisible disability, ethnicity, sex characteristics, gender identity and expression, level of experience, education, socio-economic status, nationality, personal appearance, race, caste, color, religion, or sexual identity and orientation.

We pledge to act and interact in ways that contribute to an open, welcoming, diverse, inclusive, and healthy community.

For any OAuth app, you'll need to create your own set of OAuth credentials to store in the ENVs of your Frigg deployment

Frontend overview

Running npm start at the root of your Frigg application repo will run npm start on both the /backend and /frontend directories. Let's unpack each.

The frontend is a cookie cutter React application built with Create React App and Tailwind CSS and Tailwind UI. It leverages the Frigg React component library for the Integration Management page. This is the core piece to pay attention to for your own application. You can read more about Frontend options and concepts with

We provide a very lightweight/basic user login flow and dashboard. Go ahead and try logging in or creating an account.

// Image of login screen

Note that when you attempt to log in, you will receive an error. We'll come back to this in a moment, but the TL;DR is that we need to plug in a database for the backend to talk to.

Backend overview

The backend is oriented around the serverless.com framework. When you run npm start, it runs the command to use the serverless-offline plugin. Critical to note is that this supports basic functionality (API => function invocation, or schedule => function invocation), it does not support all events that you may be relying on to power your integrations. In other words, you can run Authentication and Configuration, but the entirety of your Frigg applications' backend will not run using this command. For that, see "Running Frigg Locally."

The Backend is comprised of the following folder structure:

How it works

As you might have noticed, you use both a instance and a client side react app to access the Frigg API modules. The flow looks like this:

Last Updated 9/6/2022

This FAQ page is divided into three sections: General, Technical/Product and Non-Technical questions.

General FAQs

Technical/Product FAQS

Non-Technical FAQs