dx-agent-all

name: dx-agent-all description: Full pipeline from ADO story to executed code. Runs requirements, planning, execution, build, review, commit, and PR in sequence with optional human review checkpoints. Use for end-to-end story implementation. when_to_use: "Use for end-to-end story implementation — from ADO story to executed code and PR. Trigger on 'implement this story', 'full pipeline for ticket X', 'run the full agent pipeline', or 'do the whole story'." argument-hint: "[ADO Work Item ID or full URL]" allowed-tools: ["read", "edit", "search", "write", "agent"] hooks: PreToolUse: - matcher: Read command: ${CLAUDE_PLUGIN_ROOT}/skills/dx-agent-all/scripts/no-source-reads.sh timeout: 5

You are the top-level coordinator. You orchestrate the entire development pipeline from ADO story to pull request.

Argument

The argument is the ADO work item ID — a numeric value (e.g., 2435084).

If the user provides a full ADO URL, extract the numeric ID.

If no argument is provided, ask the user for the work item ID.

Run-State Management

Maintain run state in $SPEC_DIR/run-state.json:

{
  "skill": "dx-agent-all",
  "ticket": "<id>",
  "started": "<ISO-8601>",
  "last_phase_completed": 0,
  "total_phases": 0
}

On invocation:

1. Check for existing $SPEC_DIR/run-state.json
2. If exists and fresh (<2 hours) → ask: "Previous run found at phase {last_phase_completed}/{total_phases}. Resume or start fresh?"
3. If stale → start fresh, delete old state
4. If not exists → create new

During execution: Update after each phase. On completion: Delete run-state.json.

Orchestration Flag

In addition to run-state.json, write a marker file .ai/run-context/orchestrating.flag at startup. Forked sub-skills check this file to determine whether they're running under the orchestrator (compact ## Return only) or standalone (verbose summary + ## Return).

On invocation, after run-state.json is created:

mkdir -p .ai/run-context
touch .ai/run-context/orchestrating.flag

After each phase transition (alongside run-state.json update):

touch .ai/run-context/orchestrating.flag

This refreshes the mtime so a long-running pipeline doesn't trip the 2h staleness check inside forked skills.

On any terminal state — Final Summary, STOP, validation failure, build/review failure routes:

rm -f .ai/run-context/orchestrating.flag

The flag's existence (and freshness) is the signal that forked sub-skills (dx-req, dx-plan, dx-plan-validate, dx-plan-resolve, dx-pr-commit, dx-step-all) read to suppress their human-friendly summary output. See plugins/dx-core/shared/orchestration-check.md.

Execution Mode

Check if the user specified a mode:

• interactive (default) — pause after each phase for human review
• autonomous — run straight through, only stop on errors

If the user said "autonomous", "auto", or "hands-free", use autonomous mode.

Context Management

Critical: Every phase MUST run via Skill tool calls to keep the orchestrator context lean.

• Phase 1 invokes Skill(/dx-req <id>) — runs the full requirements pipeline
• Phase 2 invokes Skill(/dx-plan), Skill(/dx-plan-validate), Skill(/dx-plan-resolve) as needed
• Phase 3 invokes Skill(/dx-step-all) — runs the execution loop
• Phases 4, 4.5 invoke Skill(/dx-step-build), Skill(/dx-step-verify)
• Never read spec files in the main orchestrator — trust skill return summaries
• Keep dev-all's own context to orchestration only: phase status, short summaries, user interaction

Low-context mode (200k models)

If the user is on a 200k-context model OR the env var DX_LOW_CONTEXT=1 is set, apply these defaults before Phase 1 starts:

• DX_RESEARCH_PROFILE=minimal (Phase 4 of /dx-req dispatches 2 agents instead of 4 — see issue #136)
• dor.cache-ttl-seconds honored (24h cache on the DoR checklist)
• After each phase, print: phase <N> done — context budget: <free>/200k (used <delta>k). Use the harness's reported usage; do not estimate.

These can also be set per-run via /dx-agent-all <id> low-context (the orchestrator exports the env var before invoking sub-skills).

Token instrumentation (optional)

When DX_TOKEN_TRACE=1, write per-phase token deltas to $SPEC_DIR/dev-all-tokens.tsv:

phase	tokens_in	tokens_out	cumulative
1-requirements	12000	48000	60000
2-planning	2000	14000	76000
...

This is the source of truth for diagnosing future context regressions — without it, "Phase X is too expensive" claims are unverifiable.

Status-table-once

The Pipeline Phase Status table (the multi-row Status grid) is emitted EXACTLY ONCE — in the Final Summary at the end of the run. Per-phase progress goes to dev-all-progress.md (which the orchestrator updates after each phase) and is referenced, not quoted, in chat.

Mid-run, every phase emits ONE single Print: line with status (e.g. Phase 4: Build — (5/8) passed.). Brief informational summaries (e.g. the Phase 2 Graph Context bullets, or the Phase 1 interactive review checkpoint) are allowed because they are not the Phase Status table — they are per-phase content the user needs at that moment.

If the user asks for a recap mid-run, read dev-all-progress.md and print a one-line summary derived from the file. Do not quote a prior table emission. Re-emitting the table re-anchors the prior emission in main context, doubling the token cost of every recap.

Anti-patterns:

• Echoing the Final Summary template at intermediate phase boundaries to "show progress."
• Re-printing the full table on every user recap / status request.
• Duplicating dev-all-progress.md content in chat instead of referencing it.

These all defeat the fork-based context discipline that the rest of the pipeline relies on.

Progress Logging

Before starting the pipeline, count the total phases that will run (including optional ones that apply). Assign each phase a sequential number. Every phase log message MUST include the progress counter in (current/total) format.

Example: Phase 4: Build & Deploy — (6/8) means 6th phase out of 8 total.

All phases in order (max 15):

At the start, determine which optional phases will run and calculate the total. Update the total if a phase gets skipped mid-run (e.g., build failure skips review, commit, PR).

Progress file: Create .ai/specs/<id>-<slug>/dev-all-progress.md at pipeline start. Update after each phase:

# Pipeline Progress: #<id>

| Phase | Status | Time |
|-------|--------|------|
| Requirements | ✓ done | — |
| Project Enrichment | ⊘ skipped | — |
| Planning | ⏳ running | — |
| Execution | — | — |

Status values: ✓ done, ⊘ skipped, ✗ failed, ⏳ running, — (not started).

Execution Methodology

If superpowers:executing-plans is available, invoke it before starting Phase 1 to set execution discipline.

Fallback (if superpowers not installed): Follow these execution principles:

• Review plan critically before starting — flag concerns with user.
• Stop immediately when blocked (don't force through).
• Mark phases in_progress → completed for tracking.
• Never start on main/master without explicit user consent.

Progress Tracking

Before creating tasks, use TaskList to check for existing tasks from a previous run (e.g., user interrupted and restarted). If stale tasks exist, delete them all first with TaskUpdate (status: cancelled) so the list is clean. Then create a task for each applicable phase using TaskCreate. Mark each in_progress when starting, completed when done. Delete tasks for phases that get skipped at runtime.

Use the phase table above to determine which phases apply. Example tasks for a typical run:

1. Requirements (fetch, DoR, explain, research, share)
2. Planning (plan, validate, resolve)
3. Feature branch
4. Execution (dx-step-all)
5. Build
6. Code review
7. Commit
8. Pull request

Add conditional phases (Figma, AEM baseline, AEM verify, editorial guide, docs) only when their conditions are met. Delete them if conditions turn out false mid-run.

Flow

digraph agent_all {
    "Parse argument + check run-state" [shape=box];
    "Determine execution mode (interactive/autonomous)" [shape=box];
    "Phase 1: Requirements (fetch - dor - explain - research - share)" [shape=box];
    "Interactive: user review checkpoint" [shape=diamond];
    "project.yaml exists?" [shape=diamond];
    "Phase 1.5-enrich: Project Enrichment" [shape=box];
    "Figma URL in story?" [shape=diamond];
    "Phase 1.5: Figma Design-to-Code" [shape=box];
    "Phase 1.5a: Cross-Repo Check (pipeline mode)" [shape=box];
    "Phase 1.5b: Hub Dispatch" [shape=box];
    "Hub dispatch complete — collect results" [shape=box];
    "Phase 2: Planning (plan - validate - resolve)" [shape=box];
    "Plan valid?" [shape=diamond];
    "STOP: Plan validation failed" [shape=doublecircle];
    "Phase 2.5: Create feature branch" [shape=box];
    "Phase 3: Execution (invoke dx-step-all)" [shape=box];
    "Execution complete?" [shape=diamond];
    "STOP: Step failures" [shape=doublecircle];
    "Phase 4: Build (invoke dx-step-build)" [shape=box];
    "Build passed?" [shape=diamond];
    "Phase 4.5: Code Review (invoke dx-step-verify)" [shape=box];
    "Review passed?" [shape=diamond];
    "Phase 4.5-heal: Self-healing review (max 2 cycles)" [shape=box];
    "Heal succeeded?" [shape=diamond];
    "Phase 5: AEM Baseline (conditional)" [shape=box];
    "Phase 5+: AEM Verify (conditional)" [shape=box];
    "Phase 5++: AEM FE Verify (conditional)" [shape=box];
    "Phase 5a: Commit (if auto-commit)" [shape=box];
    "Phase 6: Pull Request (if auto-pr)" [shape=box];
    "Phase 6.5: Editorial Guide (conditional)" [shape=box];
    "Phase 7: Documentation (conditional)" [shape=box];
    "Final Summary" [shape=doublecircle];

    "Parse argument + check run-state" -> "Determine execution mode (interactive/autonomous)";
    "Determine execution mode (interactive/autonomous)" -> "Phase 1: Requirements (fetch - dor - explain - research - share)";
    "Phase 1: Requirements (fetch - dor - explain - research - share)" -> "Interactive: user review checkpoint";
    "Interactive: user review checkpoint" -> "project.yaml exists?" [label="continue (or autonomous)"];
    "project.yaml exists?" -> "Phase 1.5-enrich: Project Enrichment" [label="yes"];
    "project.yaml exists?" -> "Phase 1.5a: Cross-Repo Check (pipeline mode)" [label="no"];
    "Phase 1.5-enrich: Project Enrichment" -> "Phase 1.5a: Cross-Repo Check (pipeline mode)";
    "Phase 1.5a: Cross-Repo Check (pipeline mode)" -> "Phase 1.5b: Hub Dispatch";
    "Phase 1.5b: Hub Dispatch" -> "Figma URL in story?" [label="not hub mode or single repo"];
    "Phase 1.5b: Hub Dispatch" -> "Hub dispatch complete — collect results" [label="hub dispatched"];
    "Hub dispatch complete — collect results" -> "Final Summary";
    "Figma URL in story?" -> "Phase 1.5: Figma Design-to-Code" [label="yes"];
    "Figma URL in story?" -> "Phase 2: Planning (plan - validate - resolve)" [label="no"];
    "Phase 1.5: Figma Design-to-Code" -> "Phase 2: Planning (plan - validate - resolve)";
    "Phase 2: Planning (plan - validate - resolve)" -> "Plan valid?";
    "Plan valid?" -> "STOP: Plan validation failed" [label="no"];
    "Plan valid?" -> "Phase 2.5: Create feature branch" [label="yes"];
    "Phase 2.5: Create feature branch" -> "Phase 3: Execution (invoke dx-step-all)";
    "Phase 3: Execution (invoke dx-step-all)" -> "Execution complete?";
    "Execution complete?" -> "STOP: Step failures" [label="no"];
    "Execution complete?" -> "Phase 4: Build (invoke dx-step-build)" [label="yes"];
    "Phase 4: Build (invoke dx-step-build)" -> "Build passed?";
    "Build passed?" -> "Phase 4.5: Code Review (invoke dx-step-verify)" [label="yes"];
    "Build passed?" -> "Final Summary" [label="no (skip review, commit, PR)"];
    "Phase 4.5: Code Review (invoke dx-step-verify)" -> "Review passed?";
    "Review passed?" -> "Phase 5: AEM Baseline (conditional)" [label="yes"];
    "Review passed?" -> "Phase 4.5-heal: Self-healing review (max 2 cycles)" [label="no"];
    "Phase 4.5-heal: Self-healing review (max 2 cycles)" -> "Heal succeeded?";
    "Heal succeeded?" -> "Phase 5: AEM Baseline (conditional)" [label="yes"];
    "Heal succeeded?" -> "Final Summary" [label="no (skip commit, PR)"];
    "Phase 5: AEM Baseline (conditional)" -> "Phase 5+: AEM Verify (conditional)";
    "Phase 5+: AEM Verify (conditional)" -> "Phase 5++: AEM FE Verify (conditional)";
    "Phase 5++: AEM FE Verify (conditional)" -> "Phase 5a: Commit (if auto-commit)";
    "Phase 5a: Commit (if auto-commit)" -> "Phase 6: Pull Request (if auto-pr)";
    "Phase 6: Pull Request (if auto-pr)" -> "Phase 6.5: Editorial Guide (conditional)";
    "Phase 6.5: Editorial Guide (conditional)" -> "Phase 7: Documentation (conditional)";
    "Phase 7: Documentation (conditional)" -> "Final Summary";
}

Node Details

Parse argument + check run-state

Extract the numeric ADO work item ID from the argument. If a full URL is provided, parse the ID. If no argument, ask the user. Then check for existing run-state per the Run-State Management rules above.

Determine execution mode (interactive/autonomous)

Check if the user specified a mode. If "autonomous", "auto", or "hands-free" was used, set autonomous mode. Otherwise default to interactive.

Phase 1: Requirements (fetch - dor - explain - research - share)

Invoke Skill(/dx-req <id>) (context: fork) — this runs the full requirements pipeline (fetch, DoR, explain, research, share) in a forked subagent. Spec files land in .ai/specs/<id>-<slug>/. Do NOT echo file content to chat — the user reads them on demand.

Print: Phase 1: Requirements — (<N>/<total>) complete.

Interactive mode: Print:

## Phase 1: Requirements — (<N>/<total>) Complete

Review the spec documents in `.ai/specs/<id>-<slug>/`:
1. `dor-report.md` — review DoR gaps + blocking questions, send to BA
2. `explain.md` — are the requirements accurate?

Type "continue" to proceed to planning, or adjust the specs first.

Wait for user confirmation before continuing.

Autonomous mode: Continue immediately.

Interactive: user review checkpoint

In interactive mode, wait for user confirmation after Phase 1. In autonomous mode, pass through immediately.

project.yaml exists?

Check if .ai/project/project.yaml exists. If yes, proceed to Project Enrichment. If no, skip to Cross-Repo Check.

Phase 1.5-enrich: Project Enrichment

Guard: .ai/project/project.yaml exists.

Run enhanced /dx-ticket-analyze (which now includes AEM enrichment — market detection, file resolution, page finding).

Invoke Skill(/dx-ticket-analyze <id>).

This is non-fatal — if enrichment times out or fails, continue with a warning. Project enrichment is additive context only, not a pipeline gate.

Print: Phase 1.5-enrich: Project Enrichment — (<N>/<total>) <done|skipped|WARN: timed out>.

If .ai/project/project.yaml does not exist: Skip silently. Print: Phase 1.5-enrich: Project Enrichment — skipped (no project.yaml).

Phase 1.5a: Cross-Repo Scope (pipeline mode)

In pipeline mode there is no peer-to-peer delegation — the central KAI-HUB router decides which repos a work item touches and queues this worker once per repo (passing targetRepo). So this worker only ever implements the one repo it was pointed at.

This phase's only job is to document cross-repo scope so the hub's dx-discover-repos skill can read it. If DX_PIPELINE_MODE is set:

1. Find the spec directory: .ai/specs/<id>-*/
2. Ensure research.md carries a ## Cross-Repo Scope section listing every repo the work touches (repo aliases in the first column). The discovery cascade (tier 2) consumes this table.

Do NOT write delegate.json or queue any pipeline — continue normally with the local implementation. If DX_PIPELINE_MODE is not set: skip this phase.

Read shared/repo-discovery.md for the detection contract and the hub flow.

Phase 1.5b: Hub Dispatch

Read shared/hub-dispatch.md for hub detection logic.

Skip this phase if:

• DX_PIPELINE_MODE is set (pipeline mode took precedence in Phase 1.5a)
• Hub mode is not active (no hub.enabled: true or cwd is not .hub/)

If hub mode is active:

Print: Hub mode detected. Use /dx-hub-dispatch <ticket-id> to dispatch this ticket to repo terminals. STOP.

Hub dispatch is handled by the dedicated /dx-hub-dispatch skill, which opens independent VS Code terminals for each repo. Individual skills no longer dispatch directly.

Figma URL in story?

After Phase 1 completes, check the raw-story.md for Figma URLs matching figma.com/design/. If found, proceed to Figma Design-to-Code. If not, skip to Planning.

Phase 1.5: Figma Design-to-Code

Guard: Figma URL found in raw-story.md matching figma.com/design/.

Runs the full Figma workflow (extract, prototype, verify).

Invoke Skill(/dx-figma-all <id>).

If no Figma URL found: Skip silently. Print: Phase 1.5: Figma Design-to-Code — (<N>/<total>) skipped (no Figma URL in story).

If succeeds: Print: Phase 1.5: Figma Design-to-Code — (<N>/<total>) extract + prototype + verify complete.

If Figma MCP fails: Print warning but continue — Figma context is optional. Print: Phase 1.5: Figma Design-to-Code — (<N>/<total>) WARN: Figma workflow failed (<reason>). Continuing without design reference.

Phase 2: Planning (plan - validate - resolve)

Graph context (optional): Before invoking the planner, check if decision lineage exists from previous tickets:

find .ai/graph/edges/ -name "*.yaml" -type f 2>/dev/null | head -20

If edge files exist, scan for verified-by edges — these indicate decisions that were confirmed by code review. Print a brief summary for the user:

### Graph Context
- **Decision nodes:** <count> across <ticket-count> tickets
- **Verified decisions:** <count> (confirmed by code review)
- Patterns available: <count> in `.ai/graph/nodes/patterns/`

This is informational only — dx-plan itself reads patterns and decisions during planning. The summary helps the user understand how much cross-ticket knowledge is available.

If no edge files exist (new project or early tickets), skip silently.

Invoke Skill(/dx-plan <id>) (context: fork). The plan is written to $SPEC_DIR/implement.md; the reasoning trace is written to $SPEC_DIR/plan-thinking.md. Do NOT echo plan content to chat — reference the files instead.

Then invoke Skill(/dx-plan-validate <id>) (context: fork).

The skill writes its full report to $SPEC_DIR/validation-report.md and returns a ## Return block with verdict: pass | warn | fail.

• On verdict: pass — continue to Phase 2.5.
• On verdict: warn — continue (warnings are non-blocking) OR invoke Skill(/dx-plan-resolve <id>) if the user is in interactive mode and chooses to resolve.
• On verdict: fail — invoke Skill(/dx-plan-resolve <id>) and re-validate. If still fail after resolve, STOP with: "Plan validation failed. See $SPEC_DIR/validation-report.md."

Do NOT echo validation-report.md to chat — the user reads it on demand.

Print: Phase 2: Planning — (<N>/<total>) complete.

Interactive mode: Print the plan summary. If validation passed (with or without resolved risks), auto-continue to Phase 3. Only pause on FAIL.

Autonomous mode: Continue if validation passed.

Plan valid?

Check the plan-validate result. If FAIL, stop. If PASS (with or without warnings), continue to feature branch creation.

STOP: Plan validation failed

rm -f .ai/run-context/orchestrating.flag

Terminal state. Print the validation report and instruct: "Plan validation failed. Fix implement.md and run /dx-plan-validate to retry."

Phase 2.5: Create feature branch

Before any code changes, create and switch to a feature branch using the shared script:

bash .ai/lib/ensure-feature-branch.sh .ai/specs/<id>-<slug>

The script:

• No-ops if already on a feature/* or bugfix/* branch
• Creates feature/<id>-<slug> if on any other branch
• Saves the branch name to .ai/specs/<id>-<slug>/.branch for downstream skills

Print: Phase 2.5: Feature Branch — (<N>/<total>) <BRANCH> (<BRANCH_ACTION>)

This is a hard gate — do not proceed to Phase 3 until confirmed on a feature branch.

Phase 3: Execution (invoke dx-step-all)

Invoke Skill(/dx-step-all <id>) (context: fork). The skill writes per-step status to $SPEC_DIR/dev-all-progress.md and returns a ## Return block when complete.

Skill invocations are blocking — the orchestrator does NOT poll mid-execution. After the skill returns, read $SPEC_DIR/dev-all-progress.md and emit a one-line summary derived from the file:

DONE=$(grep -c "| done " "$SPEC_DIR/dev-all-progress.md" || echo 0)
TOTAL=$(grep -c "^| [0-9]" "$SPEC_DIR/dev-all-progress.md" || echo 0)
HEAL=$(grep -c "| healing " "$SPEC_DIR/dev-all-progress.md" || echo 0)
echo "Phase 3: Execution — $DONE/$TOTAL steps done; $HEAL heal cycles"

If the Return verdict is fail, STOP and report. If pass, continue to Phase 4.

Do NOT echo the table from dev-all-progress.md to chat — reference the file in your one-liner.

Print: Phase 3: Execution — (<N>/<total>) all steps executed.

Execution complete?

Check if all steps in implement.md completed successfully. If any steps failed, stop. If all done, continue to build.

STOP: Step failures

rm -f .ai/run-context/orchestrating.flag

Terminal state. Report which steps failed and suggest: "Run /dx-step-all to retry execution."

Phase 4: Build (invoke dx-step-build)

Invoke the /dx-step-build skill. It has context: fork — build commands, error diagnosis, and fix loops all run in an isolated context (max 6 fix attempts). Only the final pass/fail result returns here.

If build succeeds:

• Print: Phase 4: Build — (<N>/<total>) passed.
• Continue to Phase 4.5.

If build fails after 6 fix attempts:

• Print: Phase 4: Build — (<N>/<total>) FAILED after 6 attempts.
• Do NOT stop — skip Phase 4.5 (no review of broken code) and skip Phase 5a (no commit). Continue to Final Summary with the failure recorded.

Build passed?

If build passed, continue to code review. If build failed, skip review/commit/PR and go to Final Summary.

Phase 4.5: Code Review (invoke dx-step-verify)

Guard: Phase 4 (build) passed — code review on broken code is not useful.

Invoke the /dx-step-verify skill. It has context: fork — the full review-fix loop (git diffs, file reads, code-reviewer subagent, rebuilds) all runs in an isolated context. Only the final verdict and summary returns here.

This phase is always autonomous — no interactive pause regardless of mode. Print the review summary from the skill's return, then:

If PASSED — print: Phase 4.5: Code Review — (<N>/<total>) passed in <C> cycles. Continue to Phase 5. If FAILED (issues remain after 3 cycles) — go to Phase 4.5-heal (self-healing).

Review passed?

If review passed, continue to AEM Baseline. If failed, go to self-healing.

Phase 4.5-heal: Self-healing review (max 2 cycles)

Track healing cycles. Max 2 healing cycles at this level.

Step 1: Invoke step-fix in heal mode with the review failure context.

Invoke Skill(/dx-step-fix) with healing context:

/dx-step-fix .ai/specs/<id>-<slug> --heal --failure-type review-failed

Check the step-fix return:

• unrecoverable → print: Phase 4.5-heal: Unrecoverable after healing. Human intervention needed. Skip Phase 5a. Continue to Final Summary.
• healed → continue to Step 2.

Step 2: Execute the new corrective steps.

Invoke /dx-step-all <id> via Skill tool — skip commits, only run pending steps (the newly created R* steps).

Step 3: Rebuild.

Invoke the /dx-step-build skill (context: fork).

If build fails → print: Phase 4.5-heal: Build failed after healing. Human intervention needed. Skip Phase 5a. Continue to Final Summary.

Step 4: Re-review.

Invoke the /dx-step-verify skill (context: fork).

If PASSED → print: Phase 4.5: Code Review — (<N>/<total>) passed after healing cycle <H>. Continue to Phase 5. If FAILED and healing cycle < 2 → repeat Phase 4.5-heal from Step 1. If FAILED and healing cycle = 2 → print: Phase 4.5: Code Review — (<N>/<total>) FAILED after 2 healing cycles. Skip Phase 5a. Continue to Final Summary.

Heal succeeded?

If healing produced a passing review, continue to AEM Baseline. If healing failed or was unrecoverable, skip commit/PR and go to Final Summary.

Phase 5: AEM Baseline (conditional)

Guard: ALL of:

1. /aem-snapshot skill exists
2. A component was identified in research.md
3. Changes are NOT FE-only (FE-only changes don't affect AEM dialog/content)

If FE-only: ask user to confirm skip.

Invoke /aem-snapshot skill (context: fork). Captures component state before development — dialog fields, properties, pages where it's used.

Print: Phase 5: AEM Baseline — (<N>/<total>) <captured|skipped>.

Phase 5+: AEM Verify (conditional)

Guard:

1. Phase 5 (AEM Baseline) was run
2. Phase 4 (Build) passed

Invoke /aem-verify skill (context: fork).

If fails: Pause — report component broken, wait for user instruction.

Print: Phase 5+: AEM Verification — (<N>/<total>) <passed|FAILED>.

Phase 5++: AEM FE Verify (conditional)

Guard: ALL of:

1. Phase 4 (Build) passed
2. AEM MCP is connected to localhost (aem.author-url contains localhost)
3. Playwright MCP is available
4. A component was identified in research.md or implement.md

This phase does NOT require AEM Baseline (Phase 5). It verifies frontend rendering, not dialog fields. It runs even for FE-only changes.

Invoke /aem-fe-verify skill (context: fork). It creates/reuses a demo page, screenshots the component in wcmmode=disabled, and compares against Figma reference (if available) or requirements.

Decision tree:

• PASS → continue
• PASS WITH MINOR GAPS → warn but continue (minor gaps are acceptable)
• NEEDS ATTENTION → warn but continue (not a hard gate — fix loop already attempted 3 iterations)
• BLOCKED → warn and continue (AEM not on localhost, MCP unavailable)

Print: Phase 5++: AEM FE Verification — (<N>/<total>) <PASS|PASS WITH MINOR GAPS|NEEDS ATTENTION|BLOCKED|skipped>.

Phase 5a: Commit (if auto-commit)

Guard: Phase 4 (build) AND Phase 4.5 (code review) both passed. If either failed, skip entirely — do not commit broken or unreviewed code.

Read .ai/config.yaml and check the preferences section for auto-commit (fallback: legacy auto_commit):

• If true: Invoke Skill(/dx-pr-commit) (context: fork). Print: Phase 5a: Commit — (<N>/<total>) committed.
• If false or not found: Print: Phase 5a: Commit — (<N>/<total>) skipped (auto-commit disabled).

Phase 6: Pull Request (if auto-pr)

Guard: Phase 5a (commit) completed successfully. If commit was skipped or any prior phase failed, skip entirely.

Read .ai/config.yaml and check the preferences section for auto-pr (fallback: legacy auto_pr):

• If true: Invoke the /dx-pr skill to create the pull request automatically. Print: Phase 6: Pull Request — (<N>/<total>) PR created.
• If false or not found: Print: Phase 6: Pull Request — (<N>/<total>) skipped (auto-PR disabled).

Phase 6.5: Editorial Guide (conditional)

Guard:

1. AEM Verification (Phase 5+) passed
2. AEM MCP is available

Ask user: "Capture editorial guide? (y/n)"

If yes: invoke /aem-editorial-guide skill (context: fork). Captures dialog screenshots and writes authoring guide.

Print: Phase 6.5: Editorial Guide — (<N>/<total>) <captured|skipped>.

Phase 7: Documentation (conditional)

Guard:

1. Phase 6 (PR) completed successfully (code is committed and PR created)
2. The /dx-doc-gen skill exists (check if the skill is available)

If both conditions are met, invoke documentation generation. Run aem-doc-gen FIRST (it produces screenshots and authoring-guide.md), then dx-doc-gen (it reads aem-doc-gen output and embeds Authoring/Website sections in the wiki page).

If /aem-doc-gen skill is available (AEM project), invoke it first:

Invoke Skill(/aem-doc-gen <id>) (if the skill is available — skip if not found).

Then invoke dx-doc-gen (reads aem-doc-gen output if available):

Invoke Skill(/dx-doc-gen <id>) (if the skill is available — skip if not found).

If skills not available: Print: Phase 7: Documentation — skipped (doc-gen skills not installed). If executed: Print: Phase 7: Documentation — (<N>/<total>) generated.

Final Summary

rm -f .ai/run-context/orchestrating.flag

## Pipeline Complete: #<id>

**<Title>**
**Branch:** `feature/<id>-<slug>`

| Phase | Status | Details |
|-------|--------|---------|
| Requirements | Done | <N> docs generated |
| Project Enrichment | Done/Skip | <N> files, <P> pages / skipped (no project.yaml) |
| Figma Design-to-Code | Done/Skip | Extract + prototype + verify / skipped (no URL) |
| Planning | Done | <N> steps planned |
| Execution | Done | <N> steps completed |
| Build | Pass/Fail | passed / failed after 6 attempts |
| AEM Baseline | Done/Skip | snapshot captured / skipped |
| Full Code Review | Pass/Skip | PASSED in <N> cycles (+ <H> healing) / skipped (build failed) |
| AEM Verification | Done/Skip | passed / failed / skipped |
| AEM FE Verification | Done/Skip | PASS / PASS WITH MINOR GAPS / NEEDS ATTENTION / skipped |
| Commit | Done/Skip | committed / skipped (build/review failed or auto-commit off) |
| Editorial Guide | Done/Skip | captured / skipped |
| Pull Request | Done/Skip | PR created / skipped (auto-PR off or prior failure) |
| Documentation | Done/Skip | Wiki + demo pages / skipped (skills not installed) |

Review the results above.
If build failed, fix the issues and run `/dx-step-build` to retry.
If review failed after fixing, run `/dx-step-fix` manually to diagnose, then `/dx-step-verify`.
If auto-PR was off, create PR manually with `/dx-pr`.

Validation Gates

Examples

1. /dx-agent-all 2416553 — Runs the full pipeline in interactive mode: Requirements (fetch, DoR check, explain, research, share) with a review checkpoint, Planning (plan + validate + resolve), Feature Branch creation, Execution (all plan steps), Build verification, Code Review with auto-fix, Commit, and PR creation. Pauses after requirements for human review.

2. /dx-agent-all 2416553 autonomous — Runs the entire pipeline without pausing for review. Only stops on errors (build failure, plan validation failure). Produces a final summary table showing all phase statuses.

3. /dx-agent-all 2435084 (AEM project with Figma) — Detects a Figma URL in the story, runs /dx-figma-all (extract + prototype + verify), includes AEM Baseline snapshot before execution, runs AEM Verification after build, captures a demo, and generates wiki documentation.

Troubleshooting

• Pipeline stops at "Plan validation failed" Cause: The generated plan doesn't cover all requirements, has dependency order issues, or has scope creep. Fix: Review the validation report, fix implement.md in the spec directory, and run /dx-plan-validate to retry. Then resume with /dx-step-all.

• Build fails after 6 fix attempts Cause: The implementation has a fundamental issue that auto-fix can't resolve (missing dependency, architectural mismatch). Fix: The pipeline skips commit and review but continues to the final summary. Fix the build issue manually, then run /dx-step-build to retry.

• Code review fails after healing cycles Cause: Critical issues remain that require architectural changes beyond what the auto-healer can address. Fix: Review the "Remaining Issues" in the output, fix manually, then run /dx-step-verify to re-validate.

Error Handling

If any phase fails:

1. Print which phase failed and the error
2. Print which phases succeeded
3. Suggest the specific skill to re-run: "Run /dx-step-all to retry execution"
4. STOP — don't continue past a failed phase (exception: Phase 4 build failure skips commit and review but continues to Final Summary)

Rules

• Coordinator only — never implement anything yourself
• Phase dependencies are strict — can't plan without requirements, can't execute without a plan
• Interactive by default — always pause for review unless explicitly told otherwise
• Clean error reporting — if something fails, clearly state what and suggest the fix
• Don't retry failed phases — report and let the user decide
• Ignore skill "Next steps" — skills print "Next steps" for standalone usage; as orchestrator, always continue to the next pipeline step regardless

Platform Compatibility

This skill uses Skill() tool calls which work on both Claude Code and Copilot CLI.

Copilot CLI / VS Code Chat fallback: If subagent skill invocation fails, run the skills manually in sequence:

1. /dx-req <id> — requirements (fetch, DoR, explain, research, share)
2. /dx-plan <id> — generate implementation plan
3. /dx-plan-validate <id> — validate plan
4. /dx-step-all <id> — execute all steps (or run /dx-step per step)
5. /dx-step-build — build and verify
6. /dx-step-verify — full code review
7. /dx-pr-commit — commit changes
8. /dx-pr — create pull request