Day 5 of 5 Days of Deep Dives: QubiPy – A Python Library for the Qubic RPC API

On Day 5 of our deep dive series - a series that covers five of the recent Qubic grant winners - we explore QubiPy, a Python library designed to simplify the interaction between Python developers and the Qubic RPC API. 

As Python has become one of the most widely used programming languages in blockchain and finance, this tool addresses a gap in the ecosystem by making Qubic more accessible to developers who prefer Python for their projects.

Developer Profile: Kyoto

Developed by Kyoto, a software engineer with over 5 years of experience, QubiPy aims to provide an intuitive and powerful interface for interacting with the Qubic network. 

Kyoto has worked extensively on big data projects, web scraping, and advanced NFT trading bots. He has also contributed to Qubic by assisting with Qx testing, and providing translations, suggesting new features, and testing new versions of the web wallet before their official release. Additionally, he has contributed to GitHub documentation for Qubic. 

His background and experience in API development make him well-suited to lead the creation of a Python library that opens up new possibilities for Qubic developers. You can find Kyoto on the Qubic Discord @.kyototm.

Why QubiPy Matters

QubiPy is designed to offer an easy-to-use interface that takes away the complexities of the Qubic API, allowing developers to focus on building applications within the Qubic ecosystem without worrying about low-level details like URL construction, HTTP handling, or error management.

Overview of This Deep Dive

This deep dive will cover the vision for QubiPy, the project's current progress, key features, and the roadmap that will guide its development toward a complete Python library for Qubic integration.

The Vision Behind QubiPy

QubiPy aims to fill a key gap by providing a well-documented and maintained Python library that simplifies the use of the Qubic RPC API. The developer community has expressed a growing need for a Python-based tool to interact with Qubic, and QubiPy is built with the goal of meeting this demand.

Python’s popularity in blockchain, cryptocurrency, and financial applications makes it the perfect language to help drive the adoption of Qubic. By offering an accessible interface to the Qubic network, QubiPy opens up new opportunities for developers to build decentralised finance (DeFi) applications, tools for monitoring transactions, and much more.

The creation of this library is not just about simplifying development - it’s about cultivating an active community around Qubic and encouraging more developers to contribute to the ecosystem.

Key Features of QubiPy

QubiPy is designed to offer a variety of features that make it an essential tool for Python developers looking to work with Qubic:

• Simplicity: Users can perform actions like querying the latest tick or checking balances with just a few lines of Python code, making it accessible to developers at all levels.

• Maintainability and Extensibility: The library is built to be modular, allowing for easy updates and extensions as new features are added to the Qubic API.

• Abstraction and Efficiency: QubiPy handles the technical details such as URL construction, HTTP responses, and error handling, freeing developers to focus on building applications rather than managing low-level operations.

Use Cases

QubiPy has a range of potential applications in the Qubic ecosystem:

• Real-time Data Queries: Developers can use the library to query data from the Qubic network in real-time, such as tick information or transaction details.

• Portfolio and Transaction Monitoring: Tools can be built to track balances and transactions for portfolios on the Qubic network.

• DeFi Applications: Developers building decentralised finance (DeFi) solutions can use the library to integrate Qubic-based payments and transactions.

• Test Environments: The library can be used to simulate interactions with the Qubic network in test environments, making development and testing smoother.

Benefits to the Qubic Community

By creating a Python library for the Qubic RPC API, QubiPy provides multiple benefits to the community:

• Faster Adoption: With Python being one of the most popular programming languages in blockchain development, QubiPy will accelerate the adoption of Qubic among Python developers.

• Clear Documentation: The project will include well-structured documentation, ensuring that developers can easily implement the library in their projects.

• Open-Source Community: QubiPy is fully open-source, which allows for community collaboration and the continuous improvement of the library.

Project Roadmap

The development of QubiPy follows a clear roadmap. Below is the planned timeline for each phase:

• Research and Initial Design: (October 2024)

  • Define the library architecture and plan key functionalities.

  • Establish project structure and dependencies.

• Development Phase: (November 2024)

  • Build core functionalities for interacting with the Qubic API.

  • Ensure correct integration, response handling, and error management.

• Technical Testing and Beta Release: (November 2024)

  • Conduct technical tests to guarantee stability and functionality.

  • Release a beta version for testing within the community.

• Full Documentation and Tutorials: (December 2024)

  • Create detailed documentation and usage examples.

  • Develop tutorials to facilitate the adoption of the library.

• Release of the First Stable Version: (January 2025)

  • Publish the first functional version on the Python Package Index (PyPI).

  • Announce the launch in the Qubic community.

For now, the QubiPy repository remains private, but it will be made public once the beta version is ready in November. Developers interested in following the progress or contributing in the future can find more information on Kyoto's GitHub profile.

What’s Next?

As the project progresses, the development team plans to implement additional Qubic API functionalities and continue improving the QubiPy library. The goal is to release a fully functional version on PyPI, providing developers with a stable, user-friendly library for integrating Qubic into their Python-based projects.

With more features planned and improvements underway, QubiPy will become a core tool for developers on the Qubic network.

Conclusion

The creation of QubiPy is another step in expanding the adoption of Qubic within the developer community. By simplifying the use of the Qubic RPC API, the library will allow Python developers to integrate Qubic seamlessly into their projects, whether they're working on DeFi applications, real-time data monitoring tools, or simulations.

This project will not only support current developers but will also encourage new developers to explore the Qubic ecosystem. QubiPy aims to become an essential resource for anyone looking to develop on the Qubic network.

With the backing of an open-source community and a focus on ease of use, QubiPy will drive the adoption of Qubic and facilitate the growth of applications built on the network.

Disclaimer

QubiPy is a community-driven project and operates independently of Qubic Core and the Steering Committee (SteCo). It reflects the efforts and contributions of the Qubic community.

Developer Grants Available

Do you have a project idea that could support the growth of the Qubic network? Qubic is actively seeking developers to help us grow our ecosystem. Read more about the Qubic Grants Program and how to apply for a grant. 

Please note: The Qubic Grants Program is not currently accepting applications. There will be an announcement when the next grant period opens.

This concludes Day 5 of our deep dive series. There will be more updates to come as we continue exploring and supporting innovative projects in the Qubic ecosystem.

What use-cases for QubiPy are you most excited about? Join the conversation on Discord and Telegram and share your thoughts.