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GitHub

Read actual GitHub issues, pull requests and comments with the selected account, or apply exact already-decided changes and confirm them independently. For a normal read, give repo and optionally kind, number, page and limit. The read authority is selected by the existing native operation; callers do not need to construct synchronization direction or scope just to inspect an issue.

The default github runner reads one bounded page or exact numbered record. kind is issues (the shared GitHub issue feed, including PRs), pull_requests or comments. Comments are issue/PR conversation comments; review diff comments are a different capability. comments requires the issue or PR number. Exact numbered reads return the actual current record; state/label filters are for list queries. Raw provider records and the original native operation evidence are preserved. A bounded page never establishes complete conversation/history coverage, including when filtering PRs out of an issue-feed page.

The explicit sync runner performs the requested advanced pull or push. plan is the explicit no-effect runner; pull and push remain explicit execution lanes for compatible callers. Pulls are bounded reads. A push carries one to twenty typed mutations per call that one GitHub operation applies, and returns each item's outcome. It closes only on an independent GitHub readback of every applied item. An item whose outcome is unknown holds the push for reconciliation and is never silently retried. activity reads what changed in a repository since a time, compact enough to summarise. No GitHub token enters this package.

When to use it

Use the default for actual bounded records. Resolve an omitted repository in the host with ordinary git remote/context tools, verify the exact owner/name, and pass it explicitly. Do not guess a repository, treat a folder name as one, or introduce a separate repository/cursor state store.

Use sync when an operator needs a reproducible pull or push contract for issues, pull requests, or threads, especially when cursor state must survive across runs. Use plan only when the requested outcome is a plan. Use pull for an explicitly selected read lane. Use activity to learn what changed in a repository since a time, such as since the last check of a daily summary: it reads issues and pull requests together and returns the fields a reader needs rather than GitHub's whole records. Use push for already-decided issue, pull-request, or comment changes of one kind. A call accepts up to twenty changes, matching the connector's batch contract; split larger work into separate calls and retain each result. Batches are bounded and best-effort, not atomic: a refused item does not stop the rest, the result identifies each item, and the operator reconciles before retrying. Use github-issue-triage to decide what an issue means and github-issue-to-pr to govern an implementation lane.

Do not use a plan as evidence that remote state was read or changed. Only the native runx.provider.operation.v1 result from pull or push is provider evidence. Do not silently turn a denied push into a pull.

How it works

1. Validate the exact owner/name repository, direction, resource kind, bounded filters, maximum result count, and requested scope.
2. A pull plan requires read scope and records the exact resources a provider may fetch.
3. A push plan requires write scope and one to twenty typed mutations per call that one GitHub operation applies: issues.create, issues.update, pullrequests.update, comments.create, or comments.update. It rejects unknown fields, oversized content, and mixed kinds, then returns ready_for_execution; planning itself does not grant provider authority.
4. Optional plan_and_append_cursor calls the store's events.append and projection.read to append the bounded plan and read the projection back. That proves local cursor persistence, not GitHub synchronization; this package does not own a second cursor database or storage adapter.
5. The explicit sync runner selects the same bounded read or write path from the validated direction. pull calls the planned read (issues.list, issues.read, pullrequests.list, pullrequests.read, or comments.list) with repo.read. push calls the planned write once under repo.write for issue and pull-request changes or issue.comment for comment changes: the runtime sends each item, records each outcome, and reads every applied item back before the push closes. Both run under the GitHub instance selected here: the signed-in gh session or a stored token.
6. activity calls issues.list with repo.read for one page of 100 of everything updated at or after since, open or closed. GitHub's listing holds pull requests too, so one read finds both. The result keeps each item's number, kind, title, state (merged for a merged pull request), whether it was opened at or after since, its author and whether that is a bot, its times, labels, assignees, comment count and link, and the first 600 characters of its body with the count left out. The provider is queried in updated/descending order, then the page is projected in that order; a full page names a possible next_page.

Inputs and result

• repo is exactly owner/name.
• The default needs only repo: e.g. {repo: "runxhq/runx", kind: "pull_requests", number: 554} reads that exact PR. To continue comments use kind: comments, its number, and the next page, retaining the same query and original provider receipt.
• direction is pull or push for the explicit sync and planning phases.
• resources contains the issue, PR, thread, or batch selector and a limit no greater than 100. A push has one to twenty mutations entries with path, op, and an exact typed payload. Issue and PR changes use op: update; a new issue uses path: issues and op: create; new thread comments use op: comment. Bodies are capped at 65,536 characters. Pulls return GitHub's records whole.
• scope is the requested read or write scope.
• activity takes repo, since (RFC 3339) and an optional page, and returns activity: the repository, since, the page, its items, and next_page when more may follow. Its provider evidence is the read's runx.provider.operation.v1, kept in the run's record.

The runx/github.sync_plan.v1 plan records exact direction, provider operation, scope, filters, blockers, authority posture, cursor state when used, and the explicit absence of remote effects. Execution additionally emits the native provider-operation packet; it does not rewrite the planning packet to imply a remote effect.

Stop conditions

• Refuse malformed repositories, unknown resource kinds, unbounded selectors, limits above the contract, more than twenty mutations in one call, unknown mutation fields, or content beyond the declared bounds.
• Refuse push when write scope is missing; do not degrade silently.
• Do not treat local cursor persistence as remote provider readback.
• Refuse a push that mixes new issues, issue, pull-request, and comment changes; send each kind as its own push.
• Refuse when no GitHub instance is selected, or the selected one lacks the scope. Never treat an available instance as evidence of the intended repository.
• Do not claim comments, labels, issues, or PRs were read or changed until the native provider operation proves the expected access, operation, and readback.

Example

A caller wants to pull the next 50 open issues after cursor 2. Planning can persist that cursor locally; pull then performs issues.list through the selected instance and returns the provider result. To close issue 241, a push carries path: issues/241, op: update, and payload: {state: closed, state_reason: completed}. Runx applies only that issue update through issues.update under repo.write, and reads issue 241 back. A morning summary calls activity with since set to its last check and reports the items that are new, or changed by someone else.

For composition, consume the returned native provider-operation packet directly. Pass already read issue fields to github-issue-triage respond, preserving repository, exact number, title, state, full relevant body and original source link/receipt. This path does not fetch or post again. pull and push retain their complete typed selectors for power users; the common reader does not replace them. Local cursor persistence remains the explicit store-owned phase.