WildAid/o-fish-realm

Realm application code and sample data for the Officer's Fishery Information Sharing Hub (O-FISH). The mobile app allows fisheries officers to document and share critical information gathered during a routine vessel inspection. The web app allows agencies to gain insights from the aggregated information.

MongoDB Realm Application for WildAid's O-FISH project

Table of Contents

1. Overview
2. O-FISH Installation
3. Import this repository as standalone code
4. O-FISH Project Goals
5. O-FISH Components
6. O-FISH Infrastructure

Overview

The WildAid Marine Program works to protect vulnerable marine environments.

O-FISH (Officer Fishery Information Sharing Hub) is a multi-platform application that enables officers to browse and record boarding report data from their mobile devices.

The details behind the data architecture, schema, and partitioning strategy are described in Realm Data and Partitioning Strategy Behind the WildAid O-FISH Mobile Apps.

Developers are expected to follow the MongoDB Community Code of Conduct guidelines.

This repo implements the O-FISH Realm serverless backend application and contains sample data. The WildAidSampleBackup directory contains a mongodump of the database, suitable for building and testing. The WildAidDemo directory contains the serverless functions, triggers, values, Realm Sync rules and other code that makes up the backend for the web, iOS and Android applications - together with the connection to the associated MongoDB Atlas database.

O-FISH Installation

See the O-FISH installation guide, which includes instructions for using this repository in the context of building the O-FISH application.

Import this repository as standalone code

How to import and configure your own MongoDB Realm app

1. Create an Atlas Cluster.
2. Configure your Atlas Cluster.
3. Import sample data (use WildAidMinimalBackup if you don't need thousands of sample documents), and add a Search index to the BoardingReports collection.
4. Create the Realm App.
5. Take a note of the Realm App-Id appname-xxxxx
6. Generate an API key pair for your project and note the public and private IDs. Whitelist your IP address for API access.
7. Install realm-cli: npm install -g mongodb-realm-cli
8. Log in to your Atlas/Realm project: realm-cli login --api-key=my-api-key --private-api-key=my-private-api-key
9. Add your AWS private API key to your app as a Realm Secret: realm-cli secrets add --app-id=appname-xxxxx --name=AWS-secret-key --value=my-aws-secret-api-key - If you are NOT connecting your instance with AWS, you STILL need to run this command but --value can be set to any string.
10. Import the Realm Code
11. Create a global administrative user in Realm and add the information to the User collection.
12. Use the Realm App-Id (appname-xxxxx) in your web, iOS, or Android apps.
13. Enable Realm Sync through the Realm UI
    Before activating sync, you can add extra security by adding this extra rule to the read and write permissions: { "%%user.custom_data.agency.name": "%%partition" }.
14. Enable Users/Custom Data (ensure that cluster name = RealmSync, database = wildaid, collection = User and user ID field = realmUserId)
15. If you're running the web app somewhere than localhost, or you want password reset emails to work on other devices, go to the Autentication section of the UI, and set update Password Reset URL for the username/password service.
16. Optionally enable additional Triggers through the Realm UI (if you've set up your AWS credentials)

Developer Sandbox Mode

If you want to allow anonymous users to create a new account and agency (only intended for shared development environments/sandboxes), then:

1. Enable Anonymous Authentication
2. Set the developerMode Realm value to true so that the regNewAgency function can be called from the web app.
3. If you want new agencies to be bootstrapped with menu data, reports, and photos then:
   1. Set up an agency (as normal) with the desired menu data, a few sample reports (optional), and a few photos (optional) - note the name of this "donor agency"
   2. Set the donorAgency value to the name of the donor agency – new agencies will now be bootstrapped with the menu data, the photos, and (10 of) the boarding reports from the donor agency.

O-FISH Components

WildAid's O-FISH project has several components:

1. Android mobile application, used for pre-boarding search for vessel information, and on-board reporting of information
2. iOS mobile application, used for pre-boarding search for vessel information, and on-board reporting of information
3. Web application code, used for website navigation and feeding Atlas Search results into MongoDB Charts
4. Realm serverless platform code (this repo_, used for backend functionality:
   1. Atlas Search queries
   2. Moving photos from the database, where Realm syncs them, to an external bucket
   3. Cryptographically secure verifiable change history
   4. MongoDB Realm Syc configuration - ensuring that the same reports can be accessed from any device This repository contains the Realm serverless platform code in the WildAidDemo directory.
5. Sample data, for use when building test environments for the project. This repository contains sample data in the WildAidSampleBackup directory.

O-FISH Infrastructure

Photo lifecycle - a photo is captured in the mobile application and is sync'd to Atlas via Realm. When a record is inserted in the database, a trigger is fired calling a function to save the photo to an S3 bucket, removing the photo from the document in the database, and adding the URL the photo to the document. Realm synchronizes the document to all mobile devices: