Open Source Supply Chains Can Fix Your Dependency Headaches
The ever-evolving landscape of software development presents significant challenges, particularly in managing dependencies and implementing updates. We develop in an environment where our software comprises open source libraries, each with its authors, release schedule, and vulnerability disclosures. Accepting a fix for a vulnerability may mean unexpectedly adapting to breaking changes. The pressures add up to a tide that developers must constantly fight against lest our software, through no fault of its own, be less secure today than it was yesterday.
The concept of “zero delay” software supply chains, where all users seamlessly adopt the latest version of a library or platform, offers a path to transcend these challenges. This approach, championed by tools like OpenRewrite and driven by the open source community, can mitigate the risks associated with dependency updates and foster a more agile, resilient software ecosystem.
The Software Dependency Dilemma
At the heart of dependency management lies the pervasive pain of breaking changes. Due to potential disruptions, developers often hesitate to update to the latest versions of libraries or platforms. These costs hamper innovation and security. Even minor updates, purportedly safe by semantic versioning (SemVer), can occasionally introduce breaking changes due to human error. One library developer’s breaking change is leveraged into ten thousand other developers’ headaches.
There is a growing need to shift the responsibility for handling breaking changes from individual developers to the maintainers of libraries and platforms to overcome these challenges. In a more ideal world, every breaking change would come with a comprehensive migration recipe, enabling developers to upgrade their dependencies without fear. Large-scale migrations, in particular, require up-and-down-the-stack participation from a whole language community. It’s not isolated to groups within individual companies — it’s everyone’s problem.
Building the Ecosystem for Automated Updates
This vision of zero-delay software supply chains, where the latest version is universally automatically adopted, represents a significant shift in the software development paradigm. Unlike efforts confined to specific organizations or projects, a broad, community-driven solution must extend beyond any single ecosystem.
For example, OpenRewrite, an open source auto-refactoring ecosystem, is not confined to a single bubble, such as the JVM or a specific company’s tech stack. It is supported by a growing array of contributors from various corners of the software world, making it a true full-stack solution. There are currently over 2,700 open source recipes developed by the OpenRewrite ecosystem. This broad support is crucial because it enables OpenRewrite to be a scalable solution for the entire software ecosystem, not just a tool for a niche community.
By providing automated migration recipes, OpenRewrite enables developers to update their dependencies confidently. This capability is not just theoretical — it’s already successfully implemented across many popular JVM libraries and frameworks, such as Micronaut and Quarkus. Further expansion into areas like Infrastructure as Code (IaaC) and C# demonstrates the potential to unify and streamline migrations across diverse platforms.
This is even evident in how OpenRewrite is being integrated into other technologies, such as Amazon Q coding assistant, which powers Java upgrades using deterministic open source recipes. The OpenRewrite ecosystem of recipes is doing the heavy lifting here, enabling fast, accurate, mass-scale changes and limiting AI’s hallucinatory risks by utilizing Large Language Models (LLMs) as a supporting player.
Open Source Collaborative Ethos to the Rescue
While the benefits of zero-delay supply chains are clear, realizing this vision is not without challenges. The additional burden placed on library authors is not trivial. In terms of OpenRewrite, authoring recipes has a learning curve. Being an expert at authoring a specialized library does not automatically confer expert status at authoring recipes operating on that library. But with these burdens come benefits.
Software development is inherently novel, and the best way to learn how to do something is to do it. But as soon as we release that v1.0 and have learned everything we should have done differently, there’s the dilemma: Either leave users stuck on an API whose flaws we now have the experience to perceive or subject those users to breaking changes.
This dilemma has led to many known-flawed APIs living far longer than their developers or users might prefer. But in a world where recipes can make breaking changes less painful, the hands and minds of library authors are freed to innovate boldly without being forever beholden to the consequences of our naive design choices. Plus, there’s no need to back-port patches to old point releases if all your users are always on the latest version!
Broader adoption is essential. Developers and organizations must demand that their dependencies come with migration recipes and be willing to contribute to these efforts. The open source community, with its collaborative ethos, is ideally positioned to lead this charge. As more platforms and libraries adopt OpenRewrite, the industry will move closer to achieving the vision of seamless, zero-delay software supply chains.
Shifting the responsibility for breaking changes from 10,000 users to one maintainer can create a more resilient and agile ecosystem. Platforms slow to adapt may lose market share to more adaptable competitors. If two broadly similar libraries differed in providing migration recipe support, ten out of ten developers prefer the one demanding less busy work. The future of software development lies in the adoption of community-driven tools like OpenRewrite, which can unify diverse platforms and enable seamless upgrades. The time to embrace zero-delay supply chains is now, and OpenRewrite is leading the way.
