How to set up a tiered access control system in FlutterFlow?

 

Setting Up a Tiered Access Control System in FlutterFlow

 

Creating a tiered access control system in a FlutterFlow app involves managing user roles and permissions effectively to ensure different levels of access. This detailed guide provides a comprehensive step-by-step approach to achieve this within FlutterFlow.

 

Prerequisites

 

• Ensure you have a registered FlutterFlow account and an existing project ready for implementing access control.
• Basic understanding of Firebase Authentication as it will be used for user management.
• Familiarity with FlutterFlow's interface and widget tree structure.

 

Setting Up Firebase Authentication

 

• Log in to your Firebase console and create a new project or open an existing one.
• Navigate to the "Authentication" section and enable relevant sign-in providers (e.g., Email/Password, Google).
• Integrate Firebase with your FlutterFlow project by adding Firebase to your app through the App Settings in FlutterFlow.
• Ensure proper configuration by following Firebase's setup instructions, including downloading the google-services.json or GoogleService-Info.plist files and uploading them to FlutterFlow.

 

Creating User Roles

 

• Decide the roles you want for your app, such as "Admin", "User", and "Guest".
• Create a Firestore database to store user roles or embed the roles within Firebase Authentication's Custom Claims if you require more advanced management.
• If using Firestore, set up a "users" collection with documents containing a "role" field that defines each user's role.
• Alternatively, if using Custom Claims, use Firebase Admin SDK on your server to set claims (e.g., { 'admin': true }).

 

Assigning Roles during Sign-Up

 

• Within FlutterFlow, create a sign-up form that captures user information.
• Post registration, use Firebase functions or Firestore rules to assign a default role to new users (e.g., "User").
• Consider a role assignment mechanism where an admin can upgrade a user’s role through a secured admin panel.

 

Implementing Role-Based Access in FlutterFlow

 

• Use FlutterFlow’s query feature to fetch user roles from Firebase when the user logs in or when accessing a protected route.
• In the widget tree, use conditional visibility to control which widgets or pages are visible to users based on their roles.
• Add logic in custom functions or utilize FlutterFlow’s conditional actions to enforce access control based on roles.
• Example: Show an "Admin Panel" button only if a user's role is "Admin".

 

Securing Firestore Data with Rules

 

• Open the Firestore section in the Firebase console and navigate to the Rules tab.
• Write rules that allow access to data based on user roles, ensuring that users can only access the data they are authorized to view or modify.
• Example rule:

  <pre>
  service cloud.firestore {
    match /databases/{database}/documents {
      match /adminData/{document=\*\*} {
        allow read, write: if request.auth.token.admin == true;
      }
    }
  }
  </pre>
  

 

Testing Role-Based Access

 

• Once the system is set up, test each user role thoroughly to ensure they can only access the specific parts of the app intended for them.
• Simulate different roles and verify access permissions by using test accounts.

 

Deploying Your App with Access Control

 

• After thorough testing, proceed to deploy your app ensuring that Firebase and FlutterFlow configurations are correctly set up for production.
• Monitor role-based access through Firebase logs and respond to any unauthorized access attempts appropriately.

 

By implementing these steps, you can successfully configure a tiered access control system in your FlutterFlow app to manage user permissions securely and effectively.