[INIT] Implementation of the Minimalist Unified Backend & Frontend Framework

[Prateekiiitg56]

Problem Statement: The project goal is to provide a digitization approach for recovery journeys, but the repository currently contains only documentation. To enable healthcare networks to use BHV, we need a functional, "no-bloat" application that handles user authentication, image storage, and narrative management within a single executable environment.

Proposed Solution: Implement a Python-based Flask or FastAPI monolith that serves a minimal HTML/JS frontend. This architecture ensures the backend, frontend, and database index can be initialized with one command, fulfilling the "easy installation" requirement.

Step-by-Step Implementation Plan

1. Foundation & Single-Command Launch
   Action: Create a run.py entry point.

Detail: This script will initialize the local MongoDB connection (or an embedded alternative) and start the Python web server simultaneously.

Goal: Fulfill the requirement that the system runs from a single command.

2. Authentication System (Simplified & Secure)
   Action: Implement "Straightforward" Email-based Signups.

Detail: Create a basic User model in MongoDB to handle username/password logins for two roles: Patients and Administrators.

Goal: Provide the "straightforward" signup and login process requested in the roadmap.

3. The "Vault" Storage Logic
   Action: Develop the Image + Narrative upload pipeline.

Detail: * File System: Save patient-provided images to a structured /uploads directory.

Database Index: Store the file path, patient ID, timestamp, and the textual narrative in MongoDB.

Goal: Create the core "Beehive" structure for storing and retrieving recovery data.

4. Minimalist Multi-Role Frontend
   Action: Build two core views using simple HTML/Jinja2 templates (no heavy frameworks to keep it "minimal").

User View: Upload, view, and edit their own journey photos and stories.

Admin View: A "moderation" ecosystem to view all entries, upload on behalf of users, or delete content.

Goal: Enable the primary user interactions defined in the README.

5. Developer Experience (DX) Setup
   Action: Standardize the environment.

Detail: Create a comprehensive requirements.txt and a setup.sh script to automate virtual environment creation and dependency installation.

Goal: Align with the project's goal of enabling easy installation in healthcare networks.

@mdxabu Please assign this to me

[mdxabu]

@Prateekiiitg56, No need to assign any issues now. Feel free to raise the PR, and we will review it!

[Prateekiiitg56]

@mdxabu “Okay, that will be better, sir.”