Menü
Rebase onto latest upstream, checking for soft conflicts
Mit Codex oder Claude installieren Kopieren Sie diesen Prompt, fügen Sie ihn in Codex, Claude oder einen anderen Assistant ein und lassen Sie die Skill-Seite prüfen und installieren.
Basierend auf der SOC-Berufsklassifikation
Maintain a support docs pack — dedup, length budgets, and no splintering — and land changes as a reviewed pull request. Use when a support thread, or a hand-off from Support assist, surfaces a new resolution, a correction to an existing one, or a deployment quirk worth recording. Not for ordinary code changes.
Run a support investigation as a suggest-and-interpret loop, never executing anything yourself — orient to the product's support pack and follow the signal with judgment. Use when someone asks for help triaging, investigating, or resolving an operational or support issue on a deployment. Not for feature-development cards (see investigate-and-fix and implement-this).
Run the Tamanu release-branch CUTOFF checks when preparing to cut a new release/X.YY branch: confirm the previous release's hotfixes are merged to main, reconcile the commits since the previous release against the "Merged to main" card list from Linear, and scan for data/reporting/schema changes. Use when the user is cutting a Tamanu release and wants to verify the codebase is ready, wants to check main against the previous release branch, or wants to reconcile commits with a Linear "Merged to main" column (they should paste the card list). Handles Tamanu's train-release model (release/X.YY branches vs vX.YY.Z patch tags) and the cherry-pick model where the same logical fix has different SHAs on different branches. Purely git-based — no live database or Canopy access needed. Not for verifying an existing release branch's hotfix integrity (see pre-release-checks) or for deciding which tests to run (see scope-tamanu-release-tests).
Check upgrade safety for a Tamanu upgrade that spans many versions: verify that every intermediate hotfix is included in the target version, and surface the new configuration/settings, data migrations, and FHIR rematerialisation impact the upgrade brings. Use when the user wants to check an upgrade from one Tamanu version to another (e.g. "check hotfixes from v2.31 to v2.47"), confirm no intermediate hotfix was dropped, or understand what config, migrations, and FHIR rework a multi-version jump requires. Handles Tamanu's train-release model (release/X.YY branches vs vX.YY.Z patch tags) and the cherry-pick model where the same logical fix has different SHAs on different branches. Purely git-based — no live database or Canopy access needed. Not for cutting a release (see release-cutoff-checks) or deciding which tests to run (see scope-tamanu-release-tests).
Run Tamanu pre-release verification checks: verify that hotfixes on the current release branch are merged forward to main, and that hotfixes from prior release branches are included in the current release. Use when the user wants to run "pre-release checks", verify hotfix integrity before cutting or shipping a Tamanu release, confirm a release/X.YY branch is safe to release, or check that no hotfix has been orphaned (left on neither main nor the current release). Handles Tamanu's train-release model (release/X.YY branches vs vX.YY.Z patch tags) and the cherry-pick model where the same logical fix has different SHAs on different branches. Purely git-based — no live database or Canopy access needed. Not for deciding which tests to run (see scope-tamanu-release-tests).
Draft or refine the project's PRD from the description and conversation
| name | git-update |
| description | Rebase onto latest upstream, checking for soft conflicts |
| label | Update |
| workhorse-version | 0.1.0 |
Rebase this card's branch onto its upstream. The upstream is the parent branch this card was based on — usually main, but cards that depend on a parent card rebase onto the parent's branch instead. Determine the refs from git rev-parse --abbrev-ref HEAD (the card branch, e.g. feat/foo) and git rev-parse --abbrev-ref @{upstream} (the remote-tracking upstream, e.g. origin/main — already includes the remote prefix). The bare base-branch name is the upstream with the origin/ prefix stripped. Use those exact refs, not the workspace default.
git fetch origin to refresh remote refs, then verify the fetch updated the upstream by comparing git rev-parse <upstream> before and after — if the SHA didn't change but git ls-remote origin <base-branch> reports a different SHA, abort and report the discrepancy rather than rebasing onto stale stategit rebase <upstream> (e.g. git rebase origin/main) to rebase onto the upstream — do not prefix with origin/ again, the upstream ref already includes itgit push --force-with-lease origin <card-branch> so the remote reflects the rebased historyWhen local changes are small, the soft-conflict check can be brief. When local changes are large, examine thoroughly.