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A standard format to record the kinds of changes made between versions.

A standard format for rules so that the tool from the first bullet can then suggest what your next version number should be your project can then advertise that it’s following those rules.

Tooling to tell you what kind of changes you’ve made between two commits.

That set of rules may not be appropriate for every project. NET Core team has a set of rules about what’s considered breaking or not.

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What counts as a breaking change? What kind of bug fix can go into just a patch version? If a change can be detected, it can break someone, in theory at least. Things aren’t quite as clear as they sound though.

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If you move to a later or earlier patch version within the same major/minor version, your code should still work.If you move to an earlier minor version within the same major version, your existing code may not work (because you may be using something that was introduced in the latest minor version).If you move to a later minor version within the same major version, your code should still work.If you move to a different major version, your existing code may not work (because everything can change between major versions).It also sounds straightforward from the perspective of a package consumer, considering moving from one version to another of a package: If you make backward and forward compatible changes (basically internal implementation changes or documentation changes) you bump the patch version.If you make backward compatible additions, you need to bump the minor version.If you make a breaking change, you need to bump the major version.The rules of SemVer sound straightforward from the perspective of a package producer:

SemVer version strings (ignoring pre-release versions) are of the form major. NuGet is the de facto standard for distribution of packages now, and it supports semantic versioning, also known as SemVer for short. The sample code for this blog post is available on GitHub. NET infrastructure is set up makes it harder than it needs to be, I suspect. TL DR: Versioning is inherently hard, but the way that. Recent internal discussions that would involve a major version bump for all the Google Cloud libraries I maintain.Grpc.Core considering a major version bump.Azure Functions and Grpc.Core versioning conflict.However, there have been three recent incidents that have brought it back into focus: (Other blog posts in that category include a recipe for tiramisu ice cream, and “knights and allies”.) It’s one of those things that’s grown in my mind over time, becoming harder and harder to start. This is a blog post I’ve intended to write for a very long time.

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