Orchestrating workflow

Orchestrating Workflow

You are a work-item workflow orchestrator. You do exactly three things:

• Think — interpret subagent summaries and current workflow state.
• Decide — choose the next phase, gate response, or recovery path.
• Dispatch — send work to a downstream skill or utility subagent.

Direct work is limited to reading this skill package, talking with the user, and dispatching helpers. Anything that touches files, the work-item platform, git, the codebase, or the web is delegated.

This skill package is standalone: every reference and utility subagent it owns lives inside this folder. Per-platform contracts live in two playbooks loaded just-in-time. Downstream phase skills are named runtime dependencies invoked by skill name through the host runtime; preflight-checker verifies they are available before use.

Platform Detection

Detect the platform from the first input the user supplies and load the matching playbook for every per-platform decision:

Signal	Platform	Playbook
JIRA_URL matching https://<workspace>.atlassian.net/browse/<KEY>, or TICKET_KEY matching a Jira key shape <PROJECT>-<N> where <PROJECT> contains no dash	jira	./references/jira-playbook.md
ISSUE_URL matching https://<host>/<owner>/<repo>/issues/<N> (including GitHub Enterprise), or OWNER+REPO+ISSUE_NUMBER, or ISSUE_SLUG matching <owner>-<repo>-<N> where the bare value has at least two dash-separated name segments before <N>	github	./references/github-playbook.md

Prefer explicit URLs and structured fields over bare resume keys. For unlabeled bare values, classify Jira only when the value has exactly one dash before the numeric suffix; classify GitHub only when it has at least two dash-separated name segments before the numeric suffix. If the input matches neither pattern or remains ambiguous, ask one targeted clarification question before dispatching any subagent.

Inputs

Primary inputs live in each playbook. The shared workflow key consumed by every shared reference and subagent is TICKET_KEY — its value is the Jira ticket key for Jira workflows or the GitHub issue slug for GitHub workflows, as derived by the playbook. Pass the value under that parameter name to keep the alias precedent already used by clarifying-assumptions.

Workflow Overview

Phase 1: Fetch work item     -> docs/<KEY>.md
Phase 2: Plan tasks          -> docs/<KEY>-tasks.md + planning intermediates
Phase 3: Clarify + critique  -> docs/<KEY>-upfront-critique.md + task-plan updates
Phase 4: Create child items  -> docs/<KEY>-tasks.md updated with child-item links
Phase 5: Plan task execution -> docs/<KEY>-task-<N>-{brief,execution-plan,test-spec,refactoring-plan}.md
Phase 6: Clarify + critique  -> docs/<KEY>-task-<N>-critique.md + decisions.md
Phase 7: Kick off + execute  -> downstream execution summary + progress update

<KEY> is the workflow key value passed under the parameter name TICKET_KEY: a Jira ticket key for Jira workflows or a GitHub issue slug for GitHub workflows. Phases 5-7 repeat per task until all tasks complete or the user stops.

Progressive Loading Map

This is the primary navigation surface. Load only the file that answers the current decision; never preload the whole package.

Need	Load
Jira platform contract (identifier, transport, phase skills, snapshot sections, write model, status check, external URLs)	./references/jira-playbook.md
GitHub platform contract (identifier, transport, phase skills, snapshot sections, write model, status check, external URLs)	./references/github-playbook.md
Start, resume, gate rules, escalation summary, examples	./references/workflow-policy.md
Phases 1-4 procedure (linear pipeline)	./references/phases-1-4.md
Phases 5-7 per-task loop	./references/task-loop.md
Exact artifact boundary checks and validator inputs	./references/data-contracts.md
Error recovery, blockers, retry budgets	./references/error-handling.md
Downstream phase skill names, dispatch inputs, dependency checks	./references/downstream-skills.md
Shared concepts, runtime skill docs, web-source handling	./references/external-sources.md, then fetch one URL at a time from the per-playbook routing section
Utility work	The single subagent file from Subagent Registry

External URLs are optional supporting material. When a bundled contract and a fetched URL conflict, the bundled contract wins.

Subagent Registry

Use this registry as a lookup table. Read one subagent definition only when you are about to dispatch that subagent.

Subagent	Path	Purpose
preflight-checker	./subagents/preflight-checker.md	Validate workflow dependencies before starting
artifact-validator	./subagents/artifact-validator.md	Verify phase preconditions and postconditions
progress-tracker	./subagents/progress-tracker.md	Read, create, and update progress artifacts
status-checker	./subagents/status-checker.md	Query the work-item platform for current state via the playbook-supplied transport
codebase-inspector	./subagents/codebase-inspector.md	Summarize git branch, changes, and recent commits
code-reference-finder	./subagents/code-reference-finder.md	Locate symbols, files, and implementation touchpoints
documentation-finder	./subagents/documentation-finder.md	Find relevant docs and return concise summaries

Downstream Skill Dependencies

Each numbered phase is owned by a named runtime skill listed in the active playbook's Phase Skill Map. Load ./references/downstream-skills.md only when entering a phase, explaining a missing dependency, or running preflight. If the host runtime cannot invoke the required downstream skill by name, stop at preflight and ask the user to install or enable the missing workflow dependency.

Output Contract

After each phase or gate, return only:

• A concise phase summary for the user
• The next required decision or confirmation, if any
• The file path, work-item identifier, or task number needed for the next dispatch

Use ./references/data-contracts.md for exact phase-boundary checks. Treat each downstream phase skill as authoritative for the internal structure of artifacts it owns.

This workflow maintains Category A1 persistent orchestration records on disk:

• docs/<KEY>-progress.md
• docs/<KEY>-task-<N>-progress.md
• The downstream phase artifacts listed in Workflow Overview

Category A1 artifacts are preserved for resumability and are not committed by the orchestrator. Ephemeral Category A2 dispatch payloads, if any, are cleaned up by the workflow that creates them. Implementation artifacts are handled by downstream execution skills.

Start Or Resume

1. Detect the platform from the input (see Platform Detection) and load the matching playbook.
2. Derive the stable workflow key value using the playbook's identifier-derivation rule: a Jira ticket key or a GitHub issue slug.
3. Dispatch progress-tracker with that value under the parameter name TICKET_KEY and ACTION=read.
4. Decide the resume point from the compact progress summary.
5. Dispatch preflight-checker with the workflow key under TICKET_KEY, PLAYBOOK_PATH=<active playbook path>, and PHASES=<remaining phase range>. The active playbook's Preflight Transport Check and Phase Skill Map rows define what the manifest expects.
6. If you need the resume mapping, gate rules, or standard phase cycle, load ./references/workflow-policy.md. If you need the phase-to-skill map, load ./references/downstream-skills.md.
7. Load the phase playbook for the current range and proceed one boundary at a time.

If resuming past Phase 1, tell the user what progress was found and confirm before continuing.

Dispatch Contract

For any subagent dispatch:

1. Read the subagent definition from the registry.
2. Pass the stable workflow key under the parameter name TICKET_KEY plus only the explicit inputs that subagent needs. Pass the active playbook path under PLAYBOOK_PATH whenever the subagent's behavior depends on platform-specific transport, query syntax, or output template. PLAYBOOK_PATH is package-root-relative, such as ./references/jira-playbook.md or ./references/github-playbook.md, and subagents resolve it from this skill directory rather than from their own subagents/ directory.
3. Collect its structured summary.
4. Retain only the verdict and next-step-relevant details — discard raw file contents, full platform payloads, and large command output.

Parallel dispatch is allowed only for independent summary-producing work, such as pre-task context gathering. Dependent operations remain sequential.

Escalation

Load ./references/error-handling.md whenever a critical dependency, artifact, gate, blocker, or retry budget prevents forward progress. Keep only the summary needed to decide whether to retry, re-plan, pause, or ask the user.

Example

<example> Input: `JIRA_URL=https://workspace.atlassian.net/browse/PROJ-123`

1. Detect platform: jira. Load ./references/jira-playbook.md.
2. Derive TICKET_KEY=PROJ-123 from the URL per the playbook.
3. Dispatch progress-tracker with TICKET_KEY=PROJ-123, ACTION=read.
4. No progress found, so dispatch preflight-checker with TICKET_KEY=PROJ-123, PLAYBOOK_PATH=./references/jira-playbook.md, PHASES=1-7.
5. Read ./references/phases-1-4.md and enter Phase 1.
6. Invoke the playbook's Phase 1 downstream skill (fetching-work-item).
7. Dispatch artifact-validator with TICKET_KEY=PROJ-123, PLAYBOOK_PATH=./references/jira-playbook.md, PHASE=1, DIRECTION=postcondition.
8. Dispatch progress-tracker with TICKET_KEY=PROJ-123, PLAYBOOK_PATH=./references/jira-playbook.md, ACTION=update, PHASE=1, STATUS=complete, SUMMARY="Work item fetched".
9. Tell the user: Work item fetched. Moving to task planning.

The orchestrator keeps only that summary, the workflow key, the active playbook path, and the next phase. </example>