Analysis

The build failure shows a git checkout issue with a mismatch between the expected commit hash (5f70dc85d16454c81b19c02a012ce08cca9fc28e) and the actual commit hash (0532af47d6a815298b7841de00bdbc547104b237) for tag v2.3.0. Looking at the similar fixed build failures, this is a common pattern when:

1. The git tag in the repository points to a different commit than what was expected in the build configuration
2. In some cases, the tag may point to a tag object rather than directly to a commit object
3. The fix pattern across all examples is consistent: update the expected-commit hash in the git-checkout step to match the actual commit hash that the tag points to

This is a straightforward issue where the build system is correctly identifying that the expected commit doesn't match the actual commit, and the solution is to update the expected commit hash to match reality.

Explanation

The fix updates the expected-commit hash in the git-checkout step to match the actual commit hash that the v2.3.0 tag points to in the repository.

The error occurs because the build system is trying to check out the v2.3.0 tag, but the commit hash it expects for that tag (5f70dc85d16454c81b19c02a012ce08cca9fc28e) is different from what actually exists in the repository (0532af47d6a815298b7841de00bdbc547104b237).

This type of mismatch can occur for several reasons:

1. The upstream repository may have changed the tag to point to a different commit (force pushed a tag)
2. The tag may have been originally created as an annotated tag that points to a tag object, which in turn points to the commit
3. The original expected-commit value may have been a typo or taken from a different branch/tag

By updating the expected-commit hash to match the actual commit that the tag points to, we allow the build system to correctly verify the integrity of the checkout. This is exactly the pattern followed in all three example fixes, where they updated the expected-commit hash to match the actual commit hash found in the repository.

This fix is simple, safe, and doesn't require any architectural changes to the build system or package definition.

Alternative Approaches

• An alternative approach would be to pin to the specific commit hash instead of using the tag, but this would make future updates harder to track since you'd lose the semantic versioning information provided by the tag.
• Another approach could be to modify the git-checkout step to use the --force flag to ignore commit hash verification, but this would defeat the security purpose of verifying the expected commit hash, potentially allowing supply chain attacks.
• For frequent tag changes, implementing a pre-build step that dynamically fetches the current commit hash for a tag could be considered, but this adds complexity and potential security risks.