oris-maintainer

name	oris-maintainer
description	Maintain the Oris Rust agent runtime with an issue-driven GitHub workflow. Use when Codex is working in the Oris repository and needs to pick up a GitHub issue, turn the issue into scoped code changes, run Rust validation such as cargo fmt and cargo test, publish the oris-runtime crate to crates.io, close the completed issue, and continue to the next iteration.

Oris Maintainer

Overview

Run Oris as a tight maintenance loop: select the active GitHub issue, implement only the issue-sized change, validate the Rust workspace, release oris-runtime when the change is ready, and then close the issue. Keep the repository state, the issue scope, and the released crate version aligned. Treat each issue as one releasable milestone unless the user says otherwise.

Workflow

1. Sync Issue Context

• Start each issue with the preflight and issue selection command groups in command-checklist.md.
• Check branch and worktree state with git status --short --branch before changing anything.
• Verify GitHub access with gh auth status before relying on gh issue or gh pr.
• Use gh issue list --state open --limit 20 to find the next candidate issue.
• Apply the selection order in issue-selection.md before choosing which issue to work on.
• Use gh issue view <number> to read the active issue. Treat the issue body, labels, and comments as the source of truth for scope.
• As soon as the issue is selected as the active work item, record the in progress state using issue-state-machine.md.
• If the roadmap needs to be seeded from CSV, inspect docs/issues-roadmap.csv and optionally use scripts/import_issues_from_csv.sh.

2. Plan the Smallest Releasable Change

• Run the planning command group in command-checklist.md before editing files.
• Restate the issue in concrete engineering terms before editing code.
• Classify the issue with issue-test-matrix.md before choosing the validation scope and version default.
• Read only the modules touched by the issue first. Use rg to find symbols and call sites quickly.
• Create or use an issue-specific branch such as codex/issue-<number>-<slug> when a new branch is needed.
• Inspect project-map.md if you need the high-value files and workspace layout.
• If the issue changes public API, behavior, or release notes, inspect crates/oris-runtime/Cargo.toml, README.md, and the latest RELEASE_*.md.

3. Implement Narrowly

• Use the development loop command group in command-checklist.md as the default edit/verify cycle.
• Change only what the issue requires. Avoid opportunistic refactors unless they unblock the issue directly.
• Keep oris-runtime publishability in mind. Public API changes, feature flags, and docs updates must remain coherent.
• Update the smallest relevant example if the issue changes developer-facing behavior.
• Preserve unrelated user changes already present in the worktree.

4. Validate Before Release

• Run the pre-release validation command group in command-checklist.md in order.
• Apply the required test set from issue-test-matrix.md. Treat the mapped commands as the minimum validation floor for the chosen issue type.
• Start with cargo fmt --all.
• Run the most targeted tests that prove the change first.
• Before publishing, run the broader validation sequence in validation-and-release.md.
• If the change touches persistence, backend startup, or API security, run the matching CI-aligned regression commands from the reference file.
• If local services, secrets, or network access are missing, move the issue to blocked, state the exact validation gap, and do not claim full coverage.

5. Prepare and Publish oris-runtime

• Run the release execution command group in command-checklist.md in order. Do not skip ahead to cargo publish.
• Publish only from an intentional state after validation passes.
• Confirm the target crate version in crates/oris-runtime/Cargo.toml.
• Choose the version bump with versioning-policy.md before editing crates/oris-runtime/Cargo.toml.
• Start from the issue type default bump. Deviate only if the shipped impact is higher than the default mapping, and record the reason explicitly in the working notes or release note draft.
• Apply an intentional version bump for the issue before publish. Use the policy file instead of intuition so patch, minor, and any deferred major decision stay explicit.
• Draft or update RELEASE_v<version>.md before publish. Summarize only the changes shipped in this release, with the current issue as the primary source.
• Use the exact structure in release-notes.md so the crate version, shipped change summary, and validation block stay consistent.
• Prefer cargo publish -p oris-runtime --all-features --dry-run before the real publish when possible.
• Use the exact release sequence in validation-and-release.md.
• If any release step fails, follow publish-failure.md exactly. Stop the loop, keep the issue open, and report the failure precisely.

6. Close the Issue and Loop

• Finish with the release finalization command group in command-checklist.md.
• Push the branch and any release tag needed by the chosen workflow.
• Determine the repository default branch dynamically with gh repo view --json defaultBranchRef -q .defaultBranchRef.name.
• Open a PR targeting the default branch using gh pr create. The PR body must include Closes #<number>, a one-line behavior summary, the validation commands run, and the released crate version.
• Enable auto-merge with gh pr merge --auto --squash so the PR merges automatically once required checks pass. If auto-merge is not enabled on the repository, merge manually after review instead.
• Record the released state comment on the issue before the PR merges so the issue timeline shows the crate version shipped.
• Close the issue only after the PR has successfully merged. If auto-merge is pending, leave the issue open until merge is confirmed.
• Leave a short closeout comment on the issue with the PR number that completed the merge.
• Return to gh issue list --state open and continue with the next issue.

Operating Rules

• Do not close an issue if validation or publish is incomplete.
• Do not bump crate versions speculatively. Bump versions only as part of a real release, and keep the crate version, git tag, release note, and issue closeout text consistent.
• Do not reuse stale release notes. Each shipped crate version should have a matching RELEASE_v<version>.md file that reflects the actual contents of that release.
• Do not assume gh authentication, crates.io credentials, or network access. Verify each dependency before using it.
• Prefer narrow commands while iterating: rg, cargo test -p oris-runtime <pattern>, and file-targeted reads.
• Do not move on to the next issue after a failed publish. Resolve the release state first or leave the repository in a clearly blocked state.
• Keep one explicit issue status visible while the issue is open: in progress, blocked, or released.
• Treat the command checklist as the default execution contract. Deviate only when the issue scope clearly requires a narrower subset, and state that deviation explicitly.
• Treat the issue type as the default release class. If the final version bump differs from the issue type default, state the reason explicitly.
• Surface blocked steps immediately when the workflow needs secrets, external services, or explicit user approval.

References

• Read project-map.md to orient yourself in this repository before large changes.
• Read command-checklist.md at the start of each issue and follow the relevant command groups in order.
• Read issue-selection.md before selecting the next issue from the open queue.
• Read issue-state-machine.md before changing issue status, posting blocker comments, or closing the issue.
• Read issue-test-matrix.md before choosing validation commands.
• Read versioning-policy.md before changing the crate version.
• Read validation-and-release.md before broad validation, version bumps, or any crates.io publish.
• Read release-notes.md before drafting RELEASE_v<version>.md.
• Read publish-failure.md when any release step or cargo publish command fails.
• Read issue-closeout.md before posting the final issue comment or closing the issue.