MiniDocs is a cloud-native application designed to facilitate document management. Developed by the E6156 - Topics in SW Engineering Management: Cloud Computing team at Columbia University, this project offers an efficient and user-friendly way to manage documents in the cloud.

• Live Website: Visit Site
• Demo Videos: Google Drive Folder

MiniDocs allows users to:

• Login using their Columbia/Google email address.
• Perform Create, Read, Update, Delete (CRUD) operations on documents they own.
• Share documents with other users via email.
• Receive email notifications for updates or shares.

• CRUD operations.
• Grammar checks via an External Grammar API microservice.

• Amazon SNS triggers emails for file updates or shares.

• Owner: Manages their own files.
• Viewer: Accesses files shared with them.

1. Document Service (Container):

   • Manages document creation, editing, storage, content, and permissions.

2. User Authentication and Authorization Service (Google Cloud):

   • Handles user authentication, authorization, and access control.

3. Document Utility Service (EC2):

   • API utility service for grammar checks on document text.

4. Notification System (EC2):

   • Email notifications via SNS topics and Lambda functions.

5. GraphQL:

   • Basic GraphQL application for querying user data.

• /api/docs: OpenAPI documentation.
• /files: Document management.
• /auth: User authentication.
• /users: User management.
• /grammarcheck: Grammar check service.
• /share: Document sharing.

• Managed using Agile methodologies.

• Front-End: GitHub Repository
• Document Service: GitHub Repository
• Document Utility Service: GitHub Repository
• User Authentication: GitHub Repository
• Project Board: GitHub Project
• GraphQL: GitHub Repository

• Frontend (S3): Visit Site
• Document Backend (EC2): Visit Site
• Authentication Backend (GCP): Visit Site
• External Backend API (EC2): Visit Site

MiniDocs represents a comprehensive solution for cloud-based document management, emphasizing ease of use, security, and efficient document handling. This project is a testament to the collaborative effort and technical expertise of the E6156 team.