g-skl-medic

name	g-skl-medic
maturity	beta
version	2.0.0
description	Tiered .gald3r/ health and intervention system. L1=triage (structural), L2=diagnosis (plan coherence), L3=surgery (cross-subsystem interface audit), L4=ecosystem (linked project negotiation). Replaces g-skl-medic.
triggers	["@g-medic","fix gald3r","health check","upgrade gald3r","project is out of sync","placeholders","broken TASKS.md","missing files","version mismatch","medic"]
token_budget	high
subsystem_memberships	["PROJECT_IDENTITY_SETUP","AGENT_ORCHESTRATION"]

g-medic

Replaces: g-medic (deprecated — delegates to g-medic)

Files Touched: .gald3r/ (all files and folders), optionally linked project folders at L4

Authorization rule: g-medic and g-setup are the ONLY things that may write gald3r_version to .gald3r/.identity. No other skill, agent, hook, or command may touch that field.

---

Command Interface

@g-medic                      # L1 triage only (safe default, always applies)
@g-medic --level 2            # L1 + L2 (report generated; --apply to execute fixes)
@g-medic --level 3            # L1 + L2 + L3 (requires --apply to write fixes)
@g-medic --level 4            # L1 + L2 + L3 + L4 (Workspace-Control plus optional WPAC)
@g-medic --ecosystem          # alias for --level 4
@g-medic --dry-run            # any level: report only, no writes
@g-medic --level 2 --apply   # apply L2 fixes after generating report
@g-medic --curate             # feature/subsystem fragmentation analysis (dry-run; no moves)
@g-medic --curate --apply -ProposalJson .gald3r/reports/medic_curate_proposal_*.json  # git mv from approved JSON only

Dry-Run and Output Contract

• @g-medic --dry-run is strictly read-only for L1-L4: no task status changes, no TTL resets, no identity/version writes, no backlog regeneration, no report files, and no member-repo changes. It may read .gald3r/ and print findings only.
• L1 "auto-applies" only when --dry-run is absent. If --dry-run is present, L1 must report what it would create/update/reset instead of writing.
• If a report finds material drift, blockers, high/critical bugs, phantoms/orphans, stale claims, parser skips, or workspace/member risks, surface the full operational findings to the user. Do not hide them behind a short summary. Summaries may be added after the full findings.
• For any count above 25, include either the complete ID/file list inline or a named report artifact path containing the complete list. Compressed ranges are acceptable only as an additional convenience, never as the only evidence.
• --curate is a special curation workflow: by default it writes gitignored proposal/report files for human review; pass the script-level -NoReportFiles option when the user requests a no-disk-side-effect dry run.

Heal operations (--heal-cNNN, T1436)

When L1 triage detects a structural gap matching a known framework constraint/feature (e.g. a repo that predates C-023 release files), the corresponding heal path backfills it. Heals are dry-run by default; pass --apply to write. Every operation is logged to .gald3r/logs/medic_heal_YYYYMMDD.log (only when --apply). Runner: gald3r medic heal.

@g-medic --heal-c023 --dry-run     # plan release-file backfill from CHANGELOG (no writes)
@g-medic --heal-c023 --apply       # create missing .gald3r/releases/ files
@g-medic --heal-version --apply    # create root VERSION from latest CHANGELOG ## [X.Y.Z]
@g-medic --heal-constraints        # report inheritable framework constraints missing locally
@g-medic --heal-all --dry-run      # consolidated plan for all known structural gaps
@g-medic --heal-all --apply        # run every Phase 1 heal in dependency order

Flag	What it heals	Mechanism
--heal-c023	Missing .gald3r/releases/RELEASE_* files	Delegates to gald3r ship
--heal-version	Missing root VERSION file	Derives from latest CHANGELOG versioned header
--heal-constraints	Inheritable framework constraints absent locally	Reports gap; --apply appends an adoption-pointer stub (cautious: never injects full bodies, never creates CONSTRAINTS.md)
--heal-all	All of the above	Runs in dependency order: version → c023 → constraints

Direct invocation: gald3r medic heal.

Safety: heals never touch workspace member marker-only .gald3r/ trees, never delete, and the constraints heal is deliberately cautious (pointer stub only). Pass -Json for CI/agent consumption (structured result with per-heal status/message/files).

Heal test cases (AC: per-heal verification)

#	Case	Expected
H1	-Heal version on a repo with VERSION present	status: ok, "VERSION already present", no write
H2	-Heal version on a repo missing VERSION but with a CHANGELOG ## [X.Y.Z]	dry-run plans VERSION (X.Y.Z); --apply writes it
H3	-Heal c023 on a repo with releases in sync	"0 release file(s) would be backfilled"
H4	-Heal c023 --apply on a repo with CHANGELOG versions lacking release files	creates release{NNN}_v{X-Y-Z}.md (delegated)
H5	-Heal constraints when inheritable C-NNN missing locally	reports the missing ID list; --apply appends a pointer stub
H6	-Heal all -Json	clean JSON with three result objects, no console-log leakage
H7	any heal --apply	a row appended to .gald3r/logs/medic_heal_YYYYMMDD.log

Curation mode (--curate, Task 517)

Default (dry-run): runs gald3r medic curate — counts feature/subsystem sprawl (recursive subsystem count), runs hierarchy sync helpers with -WarnOnly, adds a fragmentation section (duplicate feat-NNN hits in FEATURES.md, subsystem specs on disk not indexed in SUBSYSTEMS.md via sync JSON), and writes a human report plus medic_curate_proposal_<stamp>.json under .gald3r/reports/ (gitignored). The proposal keeps top-level moves empty for safety, but now includes non-binding suggested_moves and index_candidates with source, target, risk/confidence, and rationale so the reviewer has concrete candidates to approve/edit/reject.

No report files (CI / no disk side effects): pass -NoReportFiles to gald3r medic curate — prints the same report + proposal JSON to stdout only (no medic_curate_*.md / proposal files / medic_curate_latest.json).

Apply: never implied. Requires -ProposalJson pointing at a proposal JSON that includes non-empty top-level moves; dry-run suggested_moves are advisory only and must be copied into moves after review. Script backs up each source under .gald3r/reports/medic_curate_backup_<stamp>/, performs git mv for each entry (paths must stay under .gald3r/features/ or .gald3r/subsystems/; duplicate from/to rejected), literal path replace in FEATURES.md, SUBSYSTEMS.md, and .gald3r/tasks/*.md for moved paths, writes a manifest JSON, then runs gald3r_subsystem_diagrams_generate.py. Refuses when the working tree has unrelated dirty paths. Never targets workspace member marker-only .gald3r/ trees — pass controller repo root only.

Default behavior: @g-medic with no args runs L1 only (auto-applies — it's always safe).

---

WPAC Inbox Health Gate

Before mode detection, determine whether the project is a WPAC participant. WPAC is active only when .gald3r/linking/link_topology.md declares at least one parent/child/sibling relationship, or .gald3r/PROJECT.md explicitly declares WPAC project linking relationships. A Workspace-Control manifest and local INBOX.md alone do not make a project part of a WPAC group.

Only when WPAC is active, call g-hk-wpac-inbox-check.ps1 without -BlockOnConflict when present and capture the result. L1 triage must continue even when INBOX CONFLICT GATE is reported so health scoring can surface the conflict. Open WPAC conflicts block L2-L4 planning/apply work, task claiming, implementation, and verification after L1 completes; require @g-wpac-read before continuing. Non-conflict requests, broadcasts, and syncs remain advisory and should be surfaced in output. If WPAC is not active, skip the hook and report WPAC: not configured / skipped.

Mode Detection (Run Before Any Level)

Read .gald3r/.identity. Based on what you find, select a mode:

□ .identity missing entirely?
  → STOP. Invoke g-setup. This is not a repair situation — it's a fresh install.

□ gald3r_version in .identity doesn't match the current gald3r version?
  → MODE: UPGRADE (full structural migration, then continue through all phases)

□ gald3r_version matches, but files/folders are missing or corrupted?
  → MODE: REPAIR (structural fixes + per-file health, skip version bump)

□ gald3r_version matches, structure is intact, just routine maintenance?
  → MODE: MAINTAIN (TTL resets, health score, backlog — skip structural phases)

Report selected mode at the start:

🩺 g-medic — L{N} | MODE: {UPGRADE | REPAIR | MAINTAIN}
   Project: {project_name} | gald3r v{current} → v{target or "current"}
   Dry-run: YES (pass --apply to execute) | APPLY

---

Level 1 — Triage (Structural Integrity)

Safe to run any time. Fully autonomous. Blast radius: files and folders only. Applied automatically with no --apply needed unless --dry-run is present. Runs in all modes.

L1-A: Folder Structure

Verify every required .gald3r/ folder exists. Create missing ones silently:

tasks/            individual task files
  tasks/paused/   paused tasks
  tasks/cancelled/ cancelled tasks
bugs/             individual bug files
  bugs/paused/    paused bugs
  bugs/cancelled/ cancelled bugs
features/         PRD/feature files
subsystems/       per-subsystem spec files
reports/          cleanup and upgrade reports
specifications_collection/   incoming specs/wireframes
linking/          INBOX.md, shared contracts

Report any folders created. When a required folder is missing and the canonical template .gald3r_sys/template_verification/.gald3r/<folder>/ exists (T1442), restore it (including its .gitkeep) from there rather than creating a bare empty folder. In --dry-run, report missing folders as would_create and do not create them.

L1-B: Root File Audit

Check each required root file. When a file is missing, restore the pristine canonical copy from .gald3r_sys/template_verification/.gald3r/ first (T1442); fall back to an empty in-skill template only when the canonical file is unavailable.

Restore-from-canonical (T1442 — preferred heal path)

The framework ships a pristine .gald3r/ template instance at .gald3r_sys/template_verification/.gald3r/ on every install. When a required .gald3r/ file or folder is missing, g-medic L1 restores it from that canonical source instead of reporting error-only or writing a bare stub. This guarantees the restored file carries the correct T1439 versioned frontmatter (schema_version / gald3r_rel_version) for the installed release. Never reconstruct a missing index (BUGS.md / TASKS.md) from memory — only the canonical template or the empty in-skill stub are valid sources.

Restore order for any missing required file:

1. Canonical copy — if .gald3r_sys/template_verification/.gald3r/<relpath> exists, copy it to .gald3r/<relpath> (creating parent folders as needed). This is the default heal.
2. Engine shell-out (optional) — for a batch restore of all missing single-file artifacts, shell out to the canonical engine rather than re-implementing the copy:

   uv run python .gald3r_sys/scripts/migrate_schemas.py -ProjectPath <proj> -RestoreMissing -Apply
   

   (-RestoreMissing without -Apply reports what it would restore — use for --dry-run.) The engine resolves the same template_verification/.gald3r/ canonical source.
3. Empty in-skill template — only when the canonical file is absent from template_verification/.gald3r/ (e.g. a corrupt or partial install). Fall back to the per-file stub in the table below.

Resolve the canonical path script-adjacent (.gald3r_sys/template_verification/.gald3r/) or project-local (<proj>/.gald3r_sys/template_verification/.gald3r/). Never hardcode a dev-machine path.

File	If Missing (canonical absent)	Health Check
TASKS.md	Restore from template_verification, else empty template	Task Sync (L1-D)
BUGS.md	Restore from template_verification, else empty template	Bug Sync (L1-D)
PLAN.md	Restore from template_verification, else empty template	Has ## Current Focus?
FEATURES.md	Restore from template_verification, else empty template	Has ## PRD Index table?
PROJECT.md	Restore from template_verification, else empty template	Goals Check (L1-D)
CONSTRAINTS.md	Restore from template_verification, else header-only stub	Has ## Architectural Constraints?
SUBSYSTEMS.md	Restore from template_verification, else empty template	Subsystem Sync (L1-D)
IDEA_BOARD.md	Restore from template_verification, else empty template	Has ## Active Ideas?

In --dry-run, report missing files as would_restore (from template_verification) or would_create (canonical absent) and do not write them.

L1-C: .identity Integrity

Verify all fields present and valid:

project_id=     ← UUID format — STOP if missing, invoke g-setup
project_name=   ← warn if doesn't match parent folder name
user_id=        ← fill with "unknown" if missing
user_name=      ← fill with "unknown" if missing
gald3r_version=  ← semver format
vault_location= ← fill with "{LOCAL}" if missing

L1-D: Task / Bug / Feature / Subsystem Sync

• Tasks: activate g-tasks → SYNC CHECK. Auto-fix status mismatches (file is source of truth). Report phantoms/orphans.
• Bugs: for each BUGS.md row: check bugs/bugNNN_*.md exists. Missing → PHANTOM ⚠️
• Features: same phantom/orphan pattern.
• Subsystems: activate g-subsystems → SYNC CHECK. Add stub entries for subsystems referenced in tasks but missing from registry.

L1-D Parser Contract — Active Index Scope (mandatory)

Medic sync checks MUST distinguish active control-plane records from historical or imported inventory. Do not use recursive file scans for active orphan/phantom counts.

• Active TASKS.md rows: count every active task row matching a status indicator in either supported index format: bullet rows like - [✅] **Task 090**: ... and table rows like | [📋] | [090](tasks/task090_*.md) | ... | or | [🔍] | T123 | ... |. Normalize Markdown links, optional Task/T prefixes, leading zeros, and subtask suffixes while preserving the suffix (052-1 is distinct from 052). Deduplicate by normalized task ID before computing totals; matching duplicate rows are duplicate inventory findings, while conflicting duplicate statuses are critical parser findings.
• Active task files: scan only direct children of .gald3r/tasks/ matching task<id>_*.md or task<id>-<suffix>_*.md. Exclude all recursive subdirectories from active orphan math, including archive/, bkup/, backup/, quarantine/, adopted/, imports/, and any future historical bucket.
• Historical/imported task files: report separately as archival inventory with their source metadata (source_harvest, adopted_from, workspace_repos, delegated_to, source_quarantine, etc.). Never call these active orphans unless the file is a direct child of .gald3r/tasks/.
• Phantom means an active TASKS.md row has no matching direct child task file.
• Orphan means a direct child task file has no matching active TASKS.md row.
• If a diagnostic reports more than 25 IDs, include the full list in the report body or a named report artifact path. Do not only emit compressed ranges when the user asked for operational status.

L1-E: Sequential ID Integrity

• Tasks: find ID gaps, duplicates, out-of-order entries → report; offer auto-renumber (requires --apply)
• Bugs: same
• Features: same

L1-F: YAML Frontmatter Validation

For each tasks/*.md, bugs/*.md, features/*.md:

• Malformed YAML (fails to parse) → report as critical
• Missing required fields → add with defaults silently
• Status normalization: in_progress → in-progress

L1-G: Empty Stub Detection

Tasks or bugs with no ## Objective or ## Acceptance Criteria → flag as incomplete stub

L1-H: BOM / Encoding Audit

Check for BOM (\xef\xbb\xbf) at file start in any .gald3r/**/*.md → report; remove with --apply

L1-I: Version Bump (UPGRADE mode only, after apply confirmed)

Write new gald3r_version to .gald3r/.identity. Append to .gald3r/reports/UPGRADE_LOG.md.

L1-J: Maintenance Routines (ALL modes)

• TTL Check: for each in-progress task: now > claim_expires_at? → reset to pending
• Verification Timeout: [🔍] for > 8h → reset to pending; > 4h → flag only
• Platform Doc Freshness (T1520): if .gald3r/PLATFORM_STATUS.md exists, parse the Last Doc Scan column for each platform row and compare against the crawl_max_age_days threshold (default 7). Treat overdue platforms as a soft warning (⚠️), not a hard failure. Report format:
  • All fresh → Platform docs: ✅ all N platforms fresh
  • Any stale → Platform docs: ⚠️ M of N platforms overdue — run @g-platform-scan Pure read of one file; never writes. If PLATFORM_STATUS.md does not exist, skip the check silently (no warning).
• Platform Roster Parity (T516): if PLATFORM_REGISTRY.yaml exists (single source of truth for the platform roster), run .claude/skills/g-skl-medic/scripts/check_roster_parity.py (a .cursor/ twin exists for parity). It asserts that the four rosters agree — overlays == registry == specs == STATUS rows — and fails loudly on HARD drift:
  • an overlay dir with no registry entry (or a registry overlay_dir with no overlay)
  • a non-redundant registry platform with NO PLATFORM_SPEC.md in any skill tree
  • a PLATFORM_STATUS.md row that is neither a registry platform nor a registered alias_of Documented drift (a registry platform with no STATUS row yet; a registered alias like vibe -> mistral that has a STATUS row) is a soft warning, not a failure. Report format:
  • No drift → Platform roster: ✅ overlays == registry == specs == STATUS (N platforms)
  • Hard drift → Platform roster: 🚨 HARD DRIFT — <count> mismatch(es), see check_roster_parity.py (HARD drift is a critical L1 finding — surface every error line; exit 2 from the script)
  • Soft drift only → Platform roster: ⚠️ N platforms, M documented soft-drift item(s) Pure read; never writes. Run with --json for CI/agent consumption. Skip silently if PLATFORM_REGISTRY.yaml is absent (registry not installed).
• Health Score:

  base  = (completed / total_non_cancelled_non_paused) × 100
  -5    per stale [🔄]
  -3    per [🔍] > 4h
  -10   per task with failure_history > 2
  -15   per subsystem with no tasks ever
  -20   per open WPAC `INBOX.md` CONFLICT item (L1 continues, L2-L4 blocked until `@g-wpac-read`)
  -3    per active MCP server over 10 (see L1-K)
  -1    per MCP server flagged [ELEVATED] by Agent Shield (see L1-K)
  -10   if ANY platform overdue for doc re-crawl (T1520) — capped at -10 regardless of count
  final = max(0, base − penalties)
  Healthy: ≥80 | Degraded: 50-79 | Critical: <50
  

• ACTIVE_BACKLOG.md Regeneration: write .gald3r/ACTIVE_BACKLOG.md
• Platform Parity Audit: compare .cursor/rules/, .claude/rules/, .agent/rules/ — report violations (see PARITY_EXCLUDES.md)
• Placeholder Sweep: scan .gald3r/**/*.md for {project_name}, {Goal name}, YYYY-MM-DD (literal) — auto-fill {project_name} from .identity; report rest

L1-K: MCP Server Count & Agent Shield (T1165)

Source: V13 "Everything Claude Code" harvest (YouTube utHRH2FEAsY). Claude Code recommends ≤10 active MCP servers to avoid context bloat, tool-routing slowdown, and dilution of model attention across the tool list. A single backend like example_app is ~42 tools on its own, so a user who adds 4–5 MCPs casually can hit 150+ tools and not notice.

Goal: surface excessive MCP server counts and flag servers whose tool surface includes broad filesystem/shell/execute access (Agent Shield heuristic).

MCP config discovery (precedence order)

Look for the active MCP config in this order; first hit wins. If none found, skip L1-K silently:

1. <project_root>/.cursor/mcp.json — project-scoped Cursor MCP config
2. ~/.cursor/mcp.json — user-scoped Cursor MCP config (resolved via $HOME / $env:USERPROFILE)
3. <project_root>/.mcp.json — Claude Code / generic project-scoped MCP config

Parse as JSON. Active servers are the keys of the top-level mcpServers object. Servers explicitly disabled ("disabled": true field) are skipped from the count but listed in the triage table as disabled.

Count thresholds

Active server count	Output
≤ 10	✅ MCP Count: N active servers (within recommended ≤10)
11–20	⚠️ MCP Count: N active servers (recommended: ≤10)
> 20	🚨 MCP Count: N servers — context degradation likely

Agent Shield (elevated-access heuristic)

For each active server, examine its declared command/args/url and (when known from prior tool-list capture or a tools: annotation in the config) its tool names and description. Flag the server as [ELEVATED] when any of the following case-insensitive substrings appear:

• In tool names or description text: filesystem, shell, execute, write_file, shell_exec, run_command, bash, python
• In command/args: a known broad-access binary such as mcp-server-filesystem, mcp-server-shell, mcp-server-execute, desktop-commander, or any package whose name contains filesystem or shell

Servers that only expose read-only / scoped tools (search, query, fetch, get_*) without the elevated keywords are listed as scoped. Pure HTTP MCPs without a local command get remote and are evaluated by reachable tool-list metadata when available, otherwise unknown.

Health score penalty (folds into L1-J)

mcp_over_threshold = max(0, active_server_count - 10)
elevated_count     = count of servers flagged [ELEVATED]
penalty            = (3 × mcp_over_threshold) + (1 × elevated_count)

The penalty is applied alongside the other L1-J penalties before clamping at 0.

L1-K triage table (always emitted when an MCP config is found)

### MCP Triage (T1165)

Active config: <resolved path>
Active servers: N  |  Elevated: M  |  Penalty: -P (-3×over10, -1×elevated)

| Server               | Tool count | Access level | Recommendation |
|----------------------|-----------:|--------------|----------------|
| example_app      | 42         | scoped       | keep           |
| chrome-devtools      | 38         | scoped       | keep           |
| muninn              | 14         | scoped       | keep           |
| desktop-commander    | 9          | [ELEVATED]   | review — broad filesystem/shell access |
| context-mode         | 8          | scoped       | keep           |
| ... (one row per active server) ...                                           |

Recommendations:

• keep — scoped, no concern
• review — broad <kind> access — flagged [ELEVATED]; user should confirm the elevated tools are intended
• prune — duplicate <of-other-server> — duplicate capability against another server already listed
• prune — N servers over recommended limit — emitted on the lowest-value servers when count > 10

Tool count is sourced from a prior live tool-list capture when available, otherwise rendered as ? (unknown). Unknown tool counts do NOT affect the access-level classification or the penalty.

Operational rules

• Skip L1-K cleanly when no MCP config is discoverable (e.g., projects that never enabled MCP).
• Treat malformed JSON as a critical L1 finding (do NOT crash the rest of L1) and surface in the report.
• L1-K is read-only in all modes including --apply: it never edits MCP config files. Pruning is a user decision.
• In --dry-run mode, L1-K behaves identically (it's already read-only).

L1-L: Schema Validation (T1440)

Runs AFTER the L1-A/L1-B folder/file existence checks above. Read-driven; writes only the safe auto-fixes / TODO markers described below. Skips silently if the schema system is not installed.

The schema layer enforces the file schemas defined in .gald3r_sys/schemas/ (registry: _registry.yaml; enum auto-fix map: _fix_mappings.yaml). It auto-fixes what it safely can, inserts TODO: markers where human input is required, and never halts — medic always continues to L1 Output.

Skip condition: if .gald3r_sys/schemas/_registry.yaml does not exist, skip L1-L entirely (schema system not installed). Treat malformed registry/schema YAML as a critical L1 finding without crashing the rest of L1.

Deterministic processing order

Collect every .gald3r/ file matching a pattern in _registry.yaml, then process them sorted by path (ascending) so reports are reproducible across runs.

Schema check algorithm

For each matched file:

1. Determine schema version:
   - Read schema_version from frontmatter.
   - If missing → treat as v0 (pre-schema era).

2. Compare to the system current_version (from _registry.yaml for this pattern):
   - file < system  → migration path (see below), then validation path
   - file == system → validation-only path
   - file > system  → SKIP; add to "Newer than system" report (do not touch)
   - file == v0     → migration path from v0, then validation path

3. Validation path (for each REQUIRED field in the schema):
   - present + valid value          → PASS
   - present + invalid enum value   → attempt_fix     (Fix Rules)
   - missing                        → attempt_populate (Population Rules)

4. Migration path (file < system):
   - Load migration_notes from the schema file.
   - Apply each new required field added since the file's schema version.
   - Then run the validation path on the result.

Protected paths: never touch a file whose schema_version is newer than system when it lives in a protected path (e.g. a PRD in released state). Log it as skipped (newer) and move on — no read-fix, no migration.

Fix Rules (invalid enum value)

The auto-fix mapping lives in .gald3r_sys/schemas/_fix_mappings.yaml — the canonical, extensible source of enum aliases. Extend that YAML to add new aliases; no skill/rule code changes are needed. A hit means an unambiguous fix (auto-applied + logged); a miss means insert a TODO: (never guess).

Situation	Action
status: done → maps to qa_complete in _fix_mappings.yaml	Auto-fix, log: Auto-fixed status: done → qa_complete
status: complete / completed → qa_complete	Auto-fix
status: wip / active → coding	Auto-fix
status: blocked → resource_gated; hold → paused	Auto-fix
status: <unknown> → not in _fix_mappings.yaml (ambiguous)	Insert TODO: invalid status value "<value>" — see valid values in schema
priority: urgent / blocker → critical	Auto-fix
priority: nice_to_have → low	Auto-fix
priority: <unknown> (ambiguous)	Insert TODO
type: <unknown>	Insert TODO

The done → qa_complete mapping is the canonical fix for the "done status incident"; the rationale is documented as a comment at the top of _fix_mappings.yaml.

Population Rules (missing required field)

Field	Auto-populate source
created_date	git log --diff-filter=A -- <file> → extract the add date
schema_version	Current schema version from _registry.yaml
gald3r_rel_version	Current framework version from .gald3r/.identity
priority	Default to medium (safe neutral)
id	Cannot auto-determine → TODO: assign sequential task ID
title	Cannot auto-determine → TODO: add descriptive task title
type	Cannot auto-determine → TODO: [feature|bug_fix|refactor|chore|documentation]
status	Cannot auto-determine → TODO: [see valid status values in schema]

Non-required (optional) field behavior

• Missing → never fail, never insert a TODO, never emit a report line.
• Present with an invalid value → warn in the report; do NOT auto-fix.

Missing folder handling

foreach ($folder in $canonicalFolders) {       # canonical set from _registry.yaml patterns
    if (-not (Test-Path $folder)) {
        New-Item $folder -ItemType Directory | Out-Null
        Copy-TemplateContents $folder          # README/.gitkeep from project_template/.gald3r/
        $report.FoldersCreated += $folder
    }
}

Template contents are sourced from project_template/.gald3r/. Creation is silent and never halts; created folders are listed in the medic report.

schema_error in-memory flag

When a required field is missing AND cannot be auto-populated AND a TODO: was inserted, medic adds a flag to that file's in-memory record (it is NOT written into the file):

schema_error: true
affected_fields: [title]

This flag surfaces in g-status alongside the task until a human clears the TODO.

L1-L Report block (folds into L1 Output)

🔍 Schema Validation (L1 schema layer)
   Files checked:    42
   PASS:             38
   Auto-fixed:        2  (status: done → qa_complete, status: complete → qa_complete)
   TODO inserted:     1  (task1019 missing title field)
   Schema migrated:   1  (task0967: v0 → v1, added schema_version + gald3r_rel_version)
   Newer than system: 0
   Folders created:   1  (tasks/65_qa_complete/)

   ⚠️ Action required:
      task1019_some_task.md — title field missing (TODO inserted)

In --dry-run, L1-L reports what it would fix/populate/migrate/create instead of writing (consistent with the L1 dry-run contract).

L1 Output

Full operational report plus optional brief console summary:

🩺 g-medic L1 — {project_name} | TRIAGE complete
   ✅ tasks/  ✅ bugs/  ⚠️ features/ CREATED
   Tasks synced: 42  |  Bugs synced: 8  |  0 phantoms
   MCP: 5 active, 0 elevated (within ≤10 limit)
   Health score: 87/100  |  TTL resets: 0
   Report: .gald3r/reports/{YYYYMMDD_HHMMSS}_MEDIC_L1.md

---

Level 2 — Diagnosis (Plan Coherence)

Requires human review before applying. Blast radius: .gald3r/ data. Run with --level 2. Generates MEDIC_REPORT_L2.md. Use --apply to execute fixes.

L2-A: PLAN.md vs TASKS.md Coherence

• Milestones listed as complete in PLAN.md: verify all associated tasks are [✅]
• Milestones with no associated tasks: flag
• Tasks in TASKS.md with no milestone parent: flag if >30 days old

L2-B: Task Dependency DAG Validation

□ Circular dependencies (A depends B; B depends A) → CRITICAL flag
□ Dependency on non-existent task ID → ERROR flag
□ Dependency on cancelled/failed task → WARNING flag
□ Tasks blocked > 14 days on unresolved dependency → surface in report

L2-C: Interface Compatibility Check

For tasks with output_format: or input_format: fields:

• "Task A says it outputs X format; Task B expects Y format — incompatible" → flag

L2-D: Complexity Audit

Tasks with >8 acceptance criteria OR >3 subsystems: suggest subtask split (write as proposed blocks in report — NOT auto-created)

L2-E: Feature ↔ Task Linkage

• Features with status: specced or status: committed but no linked task → flag: "orphaned feature spec"
• Tasks with no feature back-reference AND >2 ACs → flag: "implementation without spec"

L2-F: SUBSYSTEMS.md ↔ subsystems/ Completeness

• SUBSYSTEMS.md entry with no subsystems/{name}.md file → offer to create stub
• subsystems/*.md files with missing locations: frontmatter → flag incomplete

L2-G: Missing Cross-Project Ref

L2-F2: Subsystem Hierarchy Sprawl (T1458)

Run after L2-F. Checks whether the subsystem count has grown without the L1 group hierarchy:

• Count subsystems/*.md files. If count > 20 AND .gald3r/PRODUCT_SYSTEMS.md does not exist: flag as MEDIUM health issue: "Subsystem sprawl detected: {N} subsystems with no group hierarchy. Run @g-system-rebuild to generate PRODUCT_SYSTEMS.md, or @g-subsystem-audit for details."

• Count subsystems/*.md files where parent_system: is missing from frontmatter. If missing count > 25% of total: flag as LOW health issue: "{M} of {N} subsystems are ungrouped -- run @g-subsystem-audit"

• If PRODUCT_SYSTEMS.md exists but has generated_by: stub in frontmatter (T1457 pre-generation stub): flag as LOW health issue: "PRODUCT_SYSTEMS.md is a stub -- run @g-system-rebuild to populate from current tags"

Tasks that span >1 subsystem AND those subsystems are owned by different projects (per capabilities.md) but have no cross_project_ref: → flag: "may need cross-project routing"

L2-H: Creates Missing Stubs

With --apply:

• Creates missing tasks/taskNNN_*.md for TASKS.md entries that have no file
• Creates missing features/featNNN_*.md for FEATURES.md entries that have no file
• Each created file is a minimal stub with YAML frontmatter + ## Objective placeholder

L2-I: Platform Health Check (T1460)

If .gald3r/PLATFORM_STATUS.md exists, run a platform freshness check for the active platform:

• Call g-skl-platform-monitor CHECK <current-platform> (the IDE/agent gald3r is running under). This compares the platform's declared capabilities against the Cursor reference and reports gaps.
• Surface the platform's last_doc_scan age; if older than its crawl_max_age_days, flag LOW: "Platform docs not scanned in N days — run @g-platform-scan-docs ".
• If the active platform's status row is ❓, flag LOW: "Platform capability unknown — run @g-platform-check ".
• Report-only at L2 (no auto-fix). Skip silently if PLATFORM_STATUS.md is absent.

L2 Output

Write MEDIC_REPORT_L2.md to .gald3r/reports/:

# g-medic L2 Diagnosis Report
**Project**: {name} | **Date**: YYYY-MM-DD

## Critical Findings
- [ ] CIRCULAR DEP: Task 42 ↔ Task 43

## Warnings
- [ ] PLAN coherence: Milestone "M3: Auth" shows complete but Task 17 is still pending

## Suggestions
- [ ] Task 95: 11 ACs — consider splitting into 2-3 sub-tasks

## Stubs Created (--apply)
- tasks/task099_placeholder.md

---

Level 3 — Surgery (Cross-Subsystem Interface Audit)

Requires explicit --apply flag. Blast radius: subsystems + schema contracts. Run with --level 3 --apply. Generates MEDIC_REPORT_L3.md.

L3-A: Cross-Subsystem Data Flow Audit

For each pair of subsystems (A writes → B reads):

1. Find all skills/tasks where A produces output consumed by B
2. Compare output format in A's skill/task spec against expected input format in B's skill/task spec
3. Format mismatch → flag as interface violation

L3-B: Skill Logic Chain Validation

• SKILL.md operations referenced by commands (e.g., g-task-add triggers g-skl-tasks → CREATE) → verify operation name matches
• Dead references: command references operation that no longer exists in skill → ERROR

L3-C: Capabilities Gap Detection

• Tasks/features reference a capability (e.g., "vector search", "OAuth") that no subsystem in capabilities.md declares as status: ready
• Output: "Capability gap: vector-search — no subsystem owns this in ready state"

L3-D: CONSTRAINTS.md Violation Check

For each active constraint in CONSTRAINTS.md:

• Scan task/feature specs for planned work that would violate the constraint
• Flag violating tasks with: "⚠️ Constraint C-{id} violation: {title}"

L3-E: Activity Log Audit

Tasks marked [✅] that have NOT appended to any subsystem Activity Log in subsystems/*.md:

• Flag: "Task {id} completed but subsystem activity log not updated"

L3-F: Creates / Annotates

With --apply:

• Creates missing subsystem spec files for subsystems referenced in tasks but absent from subsystems/
• Adds missing capability entries to capabilities.md based on subsystem references
• Annotates interface mismatches directly in affected SKILL.md files with:

  <!-- BUG[MEDIC-L3]: Interface mismatch — A outputs {format}; B expects {format} -->
  

L3-G: Structural Release Upgrade (T430 — engine op)

In UPGRADE mode (.identity gald3r_version < current framework version), L3 can apply the structural diff between two .gald3r/ release snapshots — complementing the L1-L per-file schema migration. This is delegated to the canonical engine op gald3r upgrade (shell-out only; never re-implement the diff/merge logic):

# dry-run plan (zero writes) — part of the L3 report
gald3r --root <proj> upgrade --from-dir <from_snapshot/.gald3r> --to-dir <to_snapshot/.gald3r> --json
# with --apply (L3 requires explicit --apply): execute + write .gald3r/logs/upgrade_*.log
gald3r --root <proj> upgrade --from-dir <from/.gald3r> --to-dir <to/.gald3r> --apply

Per-file classification: [ADD] (new in target) / [MERGE] (frontmatter/schema changed — user data preserved, new template keys added, schema_version/gald3r_rel_version bumped) / [DEPRECATE] (removed in target — archived with _deprecated_YYYYMMDD). The engine enforces an ABSOLUTE user-data denylist (tasks/**, bugs/**, PLAN.md, IDEA_BOARD.md, BUGS.md, TASKS.md) that is never touched, and the operation is idempotent (a second --apply reports zero changes).

Safety: L3-G runs only in UPGRADE mode and only with --apply (consistent with the L3 "explicit --apply required" rule). In --dry-run it reports the planned ADD/MERGE/DEPRECATE actions without writing. The engine writes a migration log under .gald3r/logs/ on apply. Snapshot prerequisite: the framework currently ships only the single current canonical snapshot (.gald3r_sys/template_verification/.gald3r/); versioned vN/ snapshots are a tracked prerequisite (T430 finding) — until then, --from-dir/--to-dir are supplied explicitly.

Engine source: .gald3r_sys/engine/src/gald3r/systems/upgrade.py (op: Gald3r.upgrade, CLI: gald3r upgrade). Tests: .gald3r_sys/engine/tests/test_upgrade.py.

L3 Output

Write MEDIC_REPORT_L3.md to .gald3r/reports/ with full findings + remediation plan.

---

Level 4 — Ecosystem (Workspace + Optional WPAC)

Requires --level 4 or --ecosystem flag. Workspace-Control checks run whenever .gald3r/linking/workspace_manifest.yaml exists. WPAC-only checks run only when active WPAC topology exists. Blast radius: controller plus manifest-declared workspace members for read-only diagnostics; WPAC-linked projects only when WPAC is active. If Workspace-Control is active and WPAC is inactive, do not skip L4. Print "WPAC: not active; WPAC topology/inbox checks skipped. Workspace-Control: active; L4 workspace checks ran using workspace_manifest.yaml."

L4-0: Mode Split (Mandatory)

Before running L4, classify both coordination systems independently:

• Workspace-Control active: .gald3r/linking/workspace_manifest.yaml exists and parses. Run L4-W checks.
• WPAC active: .gald3r/linking/link_topology.md exists and declares at least one non-empty parent/child/sibling relationship, or .gald3r/PROJECT.md explicitly declares active WPAC relationships. Run L4-P checks.
• Neither active: report that L4 has no workspace or WPAC coordination surface.
• Do not conflate them: a missing WPAC topology must never suppress Workspace-Control L4 checks.

L4-W: Workspace-Control Checks

When Workspace-Control is active:

• Parse .gald3r/linking/workspace_manifest.yaml as the canonical member registry.
• Validate manifest syntax, repository IDs, roles, lifecycle statuses, local paths, write policies, and routing policy fields.
• Check each existing manifest member's git root, branch, upstream, dirty status, and member .gald3r/ marker-only compliance.
• Surface missing planned members separately from broken existing members.
• Report Workspace-Control health separately from WPAC health.

L4-P: WPAC Checks (Only When WPAC Is Active)

Run the following only when WPAC is active:

L4-P1: Peer Capability Readiness

• Load .gald3r/linking/peers/*_capabilities.md
• Find features/tasks this project depends on that a peer hasn't marked ready
• Flag: "Blocked dependency: {this_task} waits on {peer_slug}:{capability} (status: {status})"

L4-P2: Cross-Project Constraint Conflicts

• Load peer capability snapshots
• Compare each peer's known constraints against this project's constraints
• Contradictions (Peer A: "no Docker"; this project: "requires Docker for adv tier") → flag

L4-P3: Cross-Project Feature Contract Validation

• Find features with cross_project_ref: slug
• For each: check peer's version of the same feature (via WPAC INFO or snapshot)
• Spec contradictions → flag: "Feature contract mismatch: {slug} — {this_project} spec vs {peer_slug} spec differ"

L4-P4: Stale Peer Snapshots

• Peer capabilities last synced > N days ago (default 7) → flag: "Stale peer snapshot: {peer_slug} (last sync: {date})"

L4-P5: Long-Blocked Cross-Project Tasks

• Tasks with cross_project_ref blocked on peer completion for > 14 days → surface for human escalation

L4-P6: Suggested WPAC Actions

For each finding, generate a suggested WPAC coordination message (does NOT send without explicit per-message human approval):

Suggested: [SYNC] to example_app — request capability status update for "vector-search"
  → Run: @g-wpac-notify example_app "Requesting capability status update for vector-search"
  Approve? [y/n]

L4 Output

Write MEDIC_REPORT_L4.md to .gald3r/reports/ (workspace findings plus optional affected-peer findings and consolidated ecosystem health score).

🌐 Ecosystem Health Score: 72/100 (Degraded)
  example_app:  3 stale capabilities  |  1 contract mismatch
  gald3r_frontend:  snapshot 12d old  |  2 blocked deps > 14d

---

Cumulative Level Summary

Each level is a superset of the previous:

Level	Name	Blast Radius	--apply needed?
L1	Triage	Files / folders	No (auto)
L2	Diagnosis	.gald3r/ data	Yes (for fixes)
L3	Surgery	Subsystems + contracts	Yes (required)
L4	Ecosystem	Workspace members + optional WPAC linked projects	Yes for fixes; per-message approval for WPAC sends

---

Report File Naming

.gald3r/reports/{YYYYMMDD_HHMMSS}_MEDIC_L1.md
.gald3r/reports/{YYYYMMDD_HHMMSS}_MEDIC_L2.md
.gald3r/reports/{YYYYMMDD_HHMMSS}_MEDIC_L3.md
.gald3r/reports/{YYYYMMDD_HHMMSS}_MEDIC_L4.md

---

L2-E: Harness Subtraction Audit (T1095)

Source: Stanford + Tsinghua University harness engineering papers (2024-2025). Finding: same model shows 6× performance gap purely from harness quality. Ablation: verifiers HURT (-8.4 OS World), multi-candidate search HURT (-5.6). Self-evolution was the ONLY consistently helpful module. Wessel removed 80% of tools → better results. Principle: "Mature harness work looks less like building structure up and more like pruning it down."

Run as part of L2 diagnosis — asks what can be REMOVED rather than what should be added.

Subtraction Audit Questions

Ask these 4 diagnostic questions about the current gald3r harness:

1. Context bloat: What's in context that doesn't need to be there? (rules, skills, always-apply content that agents rarely reference)
2. Tool graveyard: Which tools does the agent rarely use well? (MCP tools called but producing little value; skills invoked defensively rather than usefully)
3. Verifier trap: Are verifiers being added when the model can verify itself? (Per ablation data, external verifiers reduce performance on capable models)
4. Structure security blanket: Is scaffolding being added because it's useful or because it feels safe? (Counter-signal: the team adds rules when tasks fail, but the failures have other root causes)

Harness Age Labels

Flag any rule/skill/hook that has not caused an agent invocation in the last N tasks as a "harness-age" candidate:

HARNESS-AGE: .cursor/rules/g-rl-XX-*.mdc — no invocations in last 20 tasks
→ Candidate for subtraction review (does not auto-remove; requires human review)

Threshold: N = 20 tasks (default). Override with harness_age_threshold: in AGENT_CONFIG.md.

L2-E Subtraction Report Section

Add to L2 report:

## Harness Subtraction Audit

Rules with no invocations: N (candidates listed)
Skills with no invocations: N (candidates listed)
Recommendation: [PRUNE / CONSOLIDATE / KEEP] with rationale
Source principle: C-025 (Harness Subtraction — see CONSTRAINTS.md)

---

Parity Exclusion List

See PARITY_EXCLUDES.md in this skill's folder for files intentionally excluded from the parity audit.

---

See Also

• g-setup — fresh install; invoked when .gald3r/.identity is missing
• g-skl-tasks — owns TASKS.md and tasks/
• g-skl-subsystems — owns SUBSYSTEMS.md and subsystems/
• g-skl-constraints — owns CONSTRAINTS.md
• g-wpac-status — WPAC topology view (required for L4)