/GeoCommerceMapper

The solution will utilize existing open-source maps, such as OpenStreetMap and Mapbox, to implement the required functionalities. The key components of the solution include:

Primary LanguagePythonMIT LicenseMIT

OpenMap E-Commerce Integration

Project Overview

Objective:

The project aims to provide a scalable and cost-effective solution for e-commerce applications by leveraging open-source maps for various functionalities, including polygon creation, motorable path generation, reverse-geocoding, distance computation, and mapping points to polygons or paths. The solution supports multiple representations for points, such as GPS coordinates, Google S2 cells, and Uber H3 cells.

Solution Overview:

The solution utilizes open-source maps, specifically OpenStreetMap and Mapbox, to implement key functionalities. It includes components for polygon creation, motorable path generation, reverse-geocoding, distance computation, and interactive mapping of points to polygons or paths. The project adopts mapping libraries, geocoding services, and routing services to achieve its goals.

Technologies Used:

Mapping Libraries:

  • OpenStreetMap for base map data.
  • Mapbox for additional mapping features and APIs.

Geocoding Services:

  • Nominatim API for reverse-geocoding.
  • Mapbox Geocoding API for enhanced geocoding functionalities.

Routing Services:

  • Mapbox Directions API for path generation.
  • Integration with other routing services based on project requirements.

Assumptions:

  1. The project assumes a stable internet connection for accessing mapping services.
  2. OpenStreetMap and Mapbox APIs will be used according to their usage policies and terms.
  3. User authentication and authorization will be handled separately based on the specific requirements of buyer and seller apps.

Project Structure

Source Code:

The source code is organized in a version-controlled repository on GitHub. The repository follows a modular structure to facilitate easy maintenance and future updates. Key directories include:

  • src/: Contains the source code for the project.
  • tests/: Includes the test suite covering various scenarios and edge cases.

Documentation:

The docs/ directory contains detailed documentation explaining the project architecture, setup instructions, and API usage. Key documents include:

  • architecture.md: Overview of the project's architecture.
  • setup.md: Instructions for setting up the project.
  • api_usage.md: Documentation on how to use the implemented APIs.
  • algorithms.md: Explanation of key algorithms and design decisions.

Demo Application:

A functional demo application is available in the demo/ directory. The demo showcases the integration of open-source maps for e-commerce functionalities. Users can interactively test polygon creation, path generation, and other functionalities through the intuitive interface.


Running the Project

  1. Clone the Repository: git clone https://github.com/yourusername/OpenMapECommerceIntegration.git cd OpenMapECommerceIntegration

yaml Copy code

  1. Setup: Follow the instructions in docs/setup.md to set up the project environment and dependencies.

  2. Run Demo Application: Explore the demo application in the demo/ directory to understand the project functionalities.


Testing

The project includes a comprehensive test suite in the tests/ directory. Execute the tests to ensure the reliability and accuracy of the implemented functionalities.

cd OpenMapECommerceIntegration
pytest tests/
Contributions
Contributions to the project are welcome! Please follow the contribution guidelines to contribute to the development of the OpenMap E-Commerce Integration project.

License
This project is licensed under the MIT License.