cargo-publish

Automating Rust crate publishing to crates.io requires enforcing strict git ancestry, version parity, and dependency-aware publish ordering to ensure validated uploads. This workflow computes the correct publish sequence for interconnected crates to prevent registry errors.

Cargo publish fails with dependency ordering errors when inter-dependent crates are uploaded out of sequence. Automatically computing and executing the correct publish sequence ensures all library dependencies are live on the registry before publishing dependent crates.

Preventing version collisions when releasing Rust crates involves enforcing strict version parity checks before any publish attempt. This automated safety guard validates workspace-wide version states against the registry to avoid broken builds for end-users.

Integrating automated crate uploads into a CI/CD pipeline for Rust projects requires local git access, cargo, and authenticated crates.io credentials. The workflow enforces merged-main status and identity verification to perform validated crate uploads.

Stopping accidental Rust crate publishing from unmerged git branches requires strict checks for merged-main status and identity verification before any publish attempt. These automated safety guards ensure a reliable and compliant release process.

Limitations of automating cargo publish include the strict requirement for local git access, cargo, and authenticated crates.io credentials. The workflow specifically targets workspace-wide release management and cannot perform uploads without validated ancestry and version parity.