Decline inappropriate mobile application request for B-Tree library

[Copilot]

The issue requests building a mobile application with unspecified requirements, but this repository is a B-Tree data structure implementation in Python—a computer science library with no relation to mobile development.

No code changes made. The request is out of scope for this repository:

• Repository purpose: B-Tree algorithm implementation for data structure operations (insert, delete, search, traverse)
• Request scope: Mobile application development
• No overlap or valid integration path exists

This appears to be either:

1. Issue created in wrong repository
2. Misunderstanding of repository purpose

Recommend closing issue or redirecting to appropriate mobile development repository.

Original prompt

I want to build a mobile application, I will provide you with requirements. Please help me create one.

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[CodeWithHitesh]

These are the requirements:

Requirements for Small-Scale E-Rickshaw Logistics App
Functional Requirements

• User Registration & Authentication: Secure onboarding of customers and drivers.

• Order Placement: Users can input pickup and delivery locations, add recipient details, describe goods (including weight), and select service type.

• Fare Calculation: Automatic fare estimation based on distance and weight, adhering to the design limits of the E-Rickshaw.

• Real-Time Tracking: GPS-based tracking for drivers and users to monitor shipment status live.

• Booking Management: View, modify, or cancel orders; history of bookings for users and drivers.

• Driver Dashboard: List of assigned deliveries, navigation aid, status updates (Picked up, In Transit, Delivered).

• Notifications: Real-time alerts/updates via push notifications or SMS for order confirmation, dispatch, pickup, and delivery.

• Payments: Integration of digital payment gateways (UPI, wallets, cards) and cash-on-delivery options.

• Admin Panel: Management of users, drivers, orders, fare rates, feedback, analytics, and dispute resolution.

• Proof of Delivery: Electronic confirmation (e.g., OTP, signature, or photo) after drop-off.

• Limits Enforcement: The system should block orders that exceed the allowed weight or size per E-Rickshaw specs.

Non-Functional Requirements

• Performance: Fast response times for order placement and updates; system must handle multiple concurrent users within target locality.

• Scalability: Easy addition of new service areas or rickshaws with minimal downtime and cost.

• Availability: High uptime to ensure critical operations are uninterrupted, especially during business hours.

• Security: Data encryption (at rest and in transit), secure authentication, and regular vulnerability assessments.

• Usability: Simple, intuitive UI for low-tech users; accessible in multiple Indian languages if needed.

• Compatibility: Android-first app, but with future readiness for iOS and web platforms.

• Maintainability: Modular codebase to allow quick bug fixes and feature upgrades.

• Portability: App should run smoothly across entry-level to mid-range smartphones, considering the target demographic.

• Compliance: Conform to local transport and digital payment regulations.

Core Stakeholders
Stakeholder

Functionalities In-App

Customer

Booking, tracking, payment, feedback

Driver

Delivery list, navigation, pickup/drop updates

Admin

Overall management, analytics, dispute handling