plan-go-major-upgrades

To safely upgrade Go modules to a major version, sequence the updates from low-coupling libraries to high-blast-radius modules. This staged approach enforces validation gates and provides rollback strategies to manage transitive dependency impacts.

The best way to sequence major version dependency upgrades is through a staged migration plan. This involves branch-based isolation and checkpoint-driven verification, enforcing linting, testing, and tidy operations after every step to ensure stability.

Staged sequencing works by organizing Go major version upgrades into granular steps based on dependency coupling. It enforces mandatory validation checkpoints with explicit go/no-go decision gating and risk assessments after each module update.

Yes, branch-based isolation is used to manage API breakage during a Go major upgrade. It allows for checkpoint-driven verification and explicit go/no-go decision gating to control complex dependency management scenarios safely.

You should not use a bulk dependency change when dealing with complex Go module upgrades where API breakage and transitive impacts require granular control. Instead, a structured, staged execution plan with validation gates is needed to minimize system instability.

Validation gates enforced during a Go major version upgrade include mandatory checkpoints for linting, testing, and tidy operations. These gates provide explicit go/no-go decision gating and risk assessment tables after every upgrade step.