blueprint-feature-tracker-sync

Imported from tinsei0321/emotion_map (.claude/skills_archive/blueprint-plugin-blueprint-feature-tracker-sync/SKILL.md). Install upstream with npx skills add tinsei0321/emotion_map --skill blueprint-plugin-blueprint-feature-tracker-sync. Copyright stays with the author.

Synchronize the feature tracker JSON with TODO.md and manage task progress.

When to Use This Skill

Note: As of v1.1.0, feature-tracker.json is the single source of truth for progress tracking. The tasks section replaces work-overview.md.

Usage: /blueprint:feature-tracker-sync [--summary] [--drain-wave WO-A,WO-B,...] [--evidence-files <list>] [--evidence <text>]

Flags:

Mode Selection (run first)

Decide which mode applies before any work:

1. If --summary is present, run Mode: Generate Summary and exit.
2. If --drain-wave is present, run Mode: Taskwarrior Sidecar Drain and exit.
3. Otherwise, run sidecar detection (Step 0 below). If a sidecar is detected and TODO.md is absent, prefer Sidecar Drain semantics for any user-facing completion prompts; otherwise run Mode: Full Sync (Default).

Mode: Generate Summary (--summary)

When --summary is provided, generate a human-readable progress report without modifying any files:

jq -r '
  "# Work Overview: \(.project)\n\n" +
  "## Current Phase: \(.current_phase // "Not set")\n\n" +
  "**Progress**: \(.statistics.complete)/\(.statistics.total_features) features (\(.statistics.completion_percentage)%)\n\n" +
  "### In Progress\n" +
  (if (.tasks.in_progress | length) == 0 then "- (none)\n" else (.tasks.in_progress | map("- \(.description) [\(.id)]") | join("\n")) + "\n" end) +
  "\n### Pending\n" +
  (if (.tasks.pending | length) == 0 then "- (none)\n" else (.tasks.pending | map("- \(.description) [\(.id)]") | join("\n")) + "\n" end) +
  "\n### Recently Completed\n" +
  (if (.tasks.completed | length) == 0 then "- (none)\n" else (.tasks.completed | map("- \(.description) [\(.id)]") | join("\n")) + "\n" end) +
  "\n## Phase Status\n" +
  (.phases | map("- \(.name): \(.status)") | join("\n"))
' docs/blueprint/feature-tracker.json

Output example:

# Work Overview: my-project

## Current Phase: phase-1

**Progress**: 22/42 features (52.4%)

### In Progress
- Implement OAuth integration [FR2.3]
- Add rate limiting [FR3.1]

### Pending
- Webhook support [FR4.1]
- Admin dashboard [FR5.1]

### Recently Completed
- User authentication [FR2.1]
- Session management [FR2.2]

## Phase Status
- Foundation: complete
- Core Features: in_progress
- Advanced Features: not_started

Exit after displaying summary.

Mode: Full Sync (Default)

Step 0: Run the deterministic core

Run the helper. It owns the mechanical core: taskwarrior-sidecar marker detection (SIDECAR=), tracker existence/validity, the implementation-evidence backfill (file-existence + git log commit dedupe), status inference via the fixed decision table WITH the never-downgrade guard (EVIDENCE_FLIPPED=, status_inferred issues), and the statistics rollup (STAT_*, COMPLETION_PERCENTAGE=). It writes the backfilled tracker in place:

bash "${CLAUDE_SKILL_DIR}/scripts/blueprint-feature-tracker-sync.sh" --home-dir "$HOME" --project-dir "$(pwd)"

Parse STATUS= and ISSUES: from the output. STATUS=ERROR means the tracker is missing (tracker_missing → report "Feature tracking not enabled; run /blueprint:init") or invalid JSON. SIDECAR=true means the taskwarrior-sidecar convention is in use — also probe for live taskwarrior linkage (any task with a bpid matching a project blueprint ID) via the parallel-safe export | jq idiom (task bpid.any: status:any export | jq 'length', never task list; see .claude/rules/parallel-safe-queries.md). When a sidecar is in play, skip the TODO.md reconciliation steps (Steps 4–5, 8) — there is no authoritative TODO file — and route any WO closures to Mode: Taskwarrior Sidecar Drain.

Each status_inferred issue is a feature the evidence flipped up from not_started (the guard never lowers a higher status); surface these under "Inferred from evidence" in the Step 9 report. For the canonical merge jq and test-evidence patterns, see REFERENCE.md.

Step 4: Detect discrepancies

Look for inconsistencies:

• Feature marked complete in tracker but unchecked in TODO.md
• Feature checked in TODO.md but not complete in tracker
• Feature in tasks.in_progress but tracker says complete
• PRD status doesn't match feature implementation status
• Feature marked not_started but Step 3b inferred shipped code (confirm via Step 5)

Step 5: Ask user about discrepancies

If discrepancies found (use AskUserQuestion):

question: "Found {N} discrepancies. How should they be resolved?"
options:
  - label: "Update tracker from TODO.md"
    description: "Trust TODO.md, update tracker to match"
  - label: "Update TODO.md from tracker"
    description: "Trust the tracker, update TODO.md to match"
  - label: "Review each discrepancy"
    description: "Show each discrepancy and decide individually"
  - label: "Skip - don't resolve discrepancies"
    description: "Report discrepancies but don't change anything"

Step 6: Recalculate statistics

The feature-level counts and completion percentage are already in the Step 0 script output (STAT_COMPLETE/STAT_PARTIAL/STAT_IN_PROGRESS/STAT_NOT_STARTED/STAT_BLOCKED, COMPLETION_PERCENTAGE). After any discrepancy resolutions from Step 5 change a status, re-derive phase status from the contained features:

• complete if all features complete
• in_progress if any feature in_progress
• partial if some complete, some not
• not_started if no features started

Step 6a: Resolve portfolio links (v3.3.0+, root blueprints only)

Run only when the manifest at the root has workspaces.role == "root" AND the feature-tracker contains any feature with a non-empty implemented_by array.

1. For each feature with implemented_by:

   • For every {workspace, ref} entry, read <workspace>/docs/blueprint/feature-tracker.json and look up ref.

   • Collect the child statuses. If any entry cannot be resolved (missing file or missing ref), record a warning and treat that entry as not_started for the rollup.

   • Derive the root feature's status using this rule:

     Child statuses observed	Derived status
     All resolved entries complete	complete
     Any blocked	blocked
     Any in_progress, or a mix of complete/not_started	partial
     All not_started	not_started

   • Overwrite the feature's status with the derived value. Do NOT touch implementation on portfolio features; status alone is recomputed.

2. Rebuild the top-level workspaces summary by reading each child's statistics block:

   "workspaces": {
     "projects/esp32-lamp": {
       "total": 14, "complete": 6, "completion_percentage": 42.9,
       "current_phase": "phase-1", "last_synced_at": "<now>"
     }
   }

3. Recompute root statistics after the derived statuses are applied so the portfolio-level totals reflect the child-driven states.

4. Emit warnings in the sync report (Step 9) for unresolved implemented_by entries, and suggest /blueprint:workspace-scan when a referenced workspace is not present in the root manifest's workspaces.children.

Step 7: Update feature-tracker.json

• Apply resolved discrepancies
• Update statistics section
• Update last_updated to today's date
• Update PRD status if features changed
• Update current_phase to first incomplete phase

Step 8: Update TODO.md (if exists)

• Ensure checkbox states match feature status
• [x] for complete features
• [ ] for not_started features
• Note partial completion in task text if needed

Step 9: Output sync report

Print: statistics block (total/complete/partial/in_progress/not_started/blocked + completion %), current phase, phase-status list, active tasks list, "Changes Made" (status flips, TODO checkboxes touched), "Inferred from evidence" (Step 3b flips with their commit SHAs), and "Unresolved Discrepancies" if any were skipped. See REFERENCE.md for the full report template.

Step 10: Update task registry

Update the task registry entry in docs/blueprint/manifest.json:

jq --arg now "$(date -u +%Y-%m-%dT%H:%M:%SZ)" \
  --arg todo_hash "$(sha256sum TODO.md 2>/dev/null | cut -d' ' -f1)" \
  --argjson processed "${FEATURES_SYNCED:-0}" \
  '.task_registry["feature-tracker-sync"].last_completed_at = $now |
   .task_registry["feature-tracker-sync"].last_result = "success" |
   .task_registry["feature-tracker-sync"].context.last_todo_hash = $todo_hash |
   .task_registry["feature-tracker-sync"].stats.runs_total = ((.task_registry["feature-tracker-sync"].stats.runs_total // 0) + 1) |
   .task_registry["feature-tracker-sync"].stats.items_processed = $processed' \
  docs/blueprint/manifest.json > tmp.json && mv tmp.json docs/blueprint/manifest.json

Step 11: Prompt for next action

Use AskUserQuestion:

question: "Sync complete. What would you like to do next?"
options:
  - label: "View detailed status"
    description: "Run /blueprint:feature-tracker-status for full breakdown"
  - label: "Continue development"
    description: "Run /project:continue to work on next task"
  - label: "I'm done"
    description: "Exit sync"

Mode: Taskwarrior Sidecar Drain (--drain-wave)

Drain one or more completed WOs from tasks.pending into tasks.completed, sourcing evidence from taskwarrior annotations (or from named files / an inline string), then flip any FR-level entries whose implementing WOs are now all closed.

Step 1: Parse the wave list

Split --drain-wave on commas. For each WO ID, line up the matching evidence source in this priority order:

1. The matching positional entry in --evidence-files (file path), read with jq --rawfile to dodge single-quote collisions.
2. --evidence (single-WO drains only).
3. The latest annotate line on the linked taskwarrior task (Step 2).
4. As a last resort, prompt the user for evidence with AskUserQuestion.

Refuse the run with a clear message if the WO list and --evidence-files list are both provided but their lengths disagree — partial drains are worse than no drain.

Step 2: Source evidence from taskwarrior

For each WO in the wave, fetch the latest annotation. Use the parallel-safe export | jq idiom — never task list — so a missing-task case returns exit 0 instead of cancelling sibling tool calls (see .claude/rules/parallel-safe-queries.md):

task bpid:"$WO" status:completed export \
  | jq -r '.[0].annotations | sort_by(.entry) | last | .description // empty'

If the result is empty, fall back to status:any (the user may have closed the task before drain). If still empty, fall back to the next priority source from Step 1.

Persist each evidence string to a temp file (mktemp) — embedded single quotes in commit messages collide with shell when inlined into a jq program literal, and --rawfile is the standard escape:

ev_file="$(mktemp)"
printf '%s' "$EVIDENCE_STRING" > "$ev_file"

Step 3: Drain pending → completed

For each WO-NNN in the wave, with its evidence file $ev_file, advance the tracker in a single jq pass per WO. Store the date once and pass it in as an argument so the same value lands on every entry:

today="$(date -u +%Y-%m-%d)"
jq --arg id "$WO" \
   --arg today "$today" \
   --rawfile ev "$ev_file" '
  .tasks.completed = (
    [ .tasks.pending[]
      | select(.id == $id)
      | . + {"completed": $today, "evidence": $ev}
    ] + .tasks.completed
  )
  | .tasks.pending = [.tasks.pending[] | select(.id != $id)]
' docs/blueprint/feature-tracker.json > docs/blueprint/feature-tracker.json.tmp
mv docs/blueprint/feature-tracker.json.tmp docs/blueprint/feature-tracker.json

Loop the WOs sequentially — each pass reads the file the previous pass wrote — so concurrent writes cannot collide on the same file.

If a WO ID is not in tasks.pending, report skipped: not pending for that entry and continue. Do not error the whole wave.

Step 4: Flip FR status when implementing WOs are all closed

For each feature whose implementing_wos array overlaps the drained wave, recompute its status. The flip is the second hand-jq pattern users repeat per wave; do it once here:

jq --arg today "$today" '
  (.features // [])
  |= map(
    if (.implementing_wos // []) | length > 0 then
      . as $fr
      | (.implementing_wos
         | map(. as $woid
               | (($fr | .. | objects | select(has("id")) | select(.id == $woid))
                  // null)
               | . != null)) as $resolved
      | (((.implementing_wos | length) > 0)
         and ([.implementing_wos[] as $wo
                | any(($fr.parent_tracker.tasks.completed // [])[]; .id == $wo)]
              | all)) as $all_done
      | if $all_done and (.status // "") != "complete"
        then . + {"status": "complete", "completed_at": $today}
        else .
        end
    else .
    end
  )
' docs/blueprint/feature-tracker.json > docs/blueprint/feature-tracker.json.tmp
mv docs/blueprint/feature-tracker.json.tmp docs/blueprint/feature-tracker.json

If the tracker schema stores features in a flat features array but with a different shape (e.g., nested under phases[].features[]), adapt the path prefix while preserving the same logic: a feature flips to complete only when every WO ID listed in implementing_wos appears in tasks.completed.

Record each flip in the run report (Step 6). Never silently downgrade an already-complete FR.

Step 5: Recalculate statistics

Re-run Step 6 of Mode: Full Sync (Default) so the totals reflect the drained WOs and any flipped FRs. Then write the updated last_updated and current_phase per Step 7 of Full Sync.

Step 6: Report

Print a Drain Report:

Sidecar Drain Report
====================
Wave: WO-031, WO-032, WO-033
Drained:
- WO-031: pending -> completed  (evidence: 142 chars from tw annotation)
- WO-032: pending -> completed  (evidence: 209 chars from /tmp/wo032_ev.txt)
- WO-033: skipped (not in tasks.pending)

FR flips:
- FR-017 (Skill Progression): in_progress -> complete

Statistics:
- Total Features: 42
- Complete: 23 (54.8%)  [+1 from FR-017]
- Recently Completed: WO-031, WO-032 added to top of tasks.completed

Next: run /taskwarrior:task-done if any sibling tasks should also close.

Clean up temp evidence files with rm -f "$ev_file".

Single-WO short form

For the common one-WO case, the same flow with --drain-wave WO-031 and either --evidence "<text>" or no evidence flag (annotation autosourced) is shorter than the legacy hand-rolled jq one-liner — and emits the same on-disk shape. Prefer /taskwarrior:task-done when you also need to close the linked taskwarrior task; this skill only edits the tracker.

Direct Edits & Sample Output

For ad-hoc tracker surgery (jq recipes for adding to in_progress, completing tasks, queueing pending work) and a sample summary report, see REFERENCE.md.

Related

• taskwarrior-plugin:task-done — close a single taskwarrior task and drain the linked tracker entry; pairs with this skill's --drain-wave for wave-granular drains where multiple WOs land at once.
• taskwarrior-plugin:task-coordinate — surface the next N unblocked tasks before starting a wave, so the WOs you eventually drain here line up with what the queue actually scheduled.
• .claude/rules/parallel-safe-queries.md — the task ... export | jq idiom is mandatory whenever this skill queries taskwarrior. task list exits 1 on empty results and silently cancels sibling parallel tool calls.