Uber-Ride Platform
An object-oriented ride-sharing backend built with C++17 and CMake, featuring Strategy and Factory patterns for fare processing and a state machine for ride lifecycles.
Role: Backend Developer
Duration: Invalid Date July 2026
Tech Stack
C++
OOP
Design Patterns
CMakeIntroduction
Uber-Ride Platform is a backend system for a ride-sharing application, built from scratch using C++17 and CMake. The project focuses on object-oriented design principles and design patterns to model real-world ride-sharing scenarios in a clean, extensible way.
Key Features
- Fare Processing: Strategy and Factory patterns decouple runtime fare calculation for Surge and Pool pricing.
- Graph-Based Routing: Graph Adjacency List models transit routes and supports mid-ride stop insertions with live fare recalculation.
- Ride Lifecycle Management: A state machine tracks ride statuses from request to completion, including automated receipt generation and cancellation fees.
- Vehicle Generation: Factory pattern generates different vehicle types dynamically.
Technical Insights
- Language: C++17 for modern language features and performance.
- Build System: CMake for cross-platform compilation.
- Design Patterns: Strategy, Factory, and State patterns for maintainable architecture.
- Data Structures: Graph Adjacency List for efficient route representation.
Source Code
View the full implementation on GitHub: rahim709/uberProject.