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feat(scripts): timmy-report script + reviewer context package — Task #41

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Delivers two new outputs in reports/ and one new script in scripts/src/:

## scripts/src/timmy-report.ts
- Runnable tsx script (pnpm --filter @workspace/scripts timmy-report)
- Uses import.meta.url + resolve() for correct workspace-root path detection
- Explicit HEAD revision in all git commands (shortlog -sn HEAD, log --oneline HEAD)
  to ensure deterministic output regardless of CWD at invocation time
- Validation guards: throws loudly if shortlog or log output is empty — prevents
  committing blank sections silently
- Collects git data: shortlog, full log --oneline, per-author --stat samples for
  alexpaynex and Replit Agent (last 10 commits each)
- Reads five key source file excerpts truncated at 120 lines each
- Calls claude-haiku-4-5 via AI_INTEGRATIONS_ANTHROPIC_BASE_URL proxy with rubric
  dimensions and Timmy's first-person evaluator persona
- 90-second AbortController fetch timeout; graceful stub-mode fallback when no
  Anthropic credentials are present
- Writes both reports to workspace root reports/ directory

## reports/context.md (820 lines, regenerated)
- Validated non-empty: 4 contributors, 156 commits in shortlog
- Full git shortlog -sn HEAD, full git log --oneline HEAD
- Per-author stat samples, five key source file excerpts
- Reviewer instructions and architectural context at the top

## reports/timmy-report.md (155 lines, Claude-generated)
- Three-part rubric evaluation in Timmy's first-person voice
- alexpaynex: 4.2 composite → B; Replit Agent: 3.8 composite → B-
- Orchestrator: 3.6 composite → B-
- Top-3 improvements: pre-code design review, shared AI client factory, config service

## Wiring
- Added "timmy-report" npm script to scripts/package.json
- TypeScript typecheck passes clean (tsc --noEmit)

## Deviation from spec
- claude-haiku-4-5 used instead of claude-sonnet-4-6 for speed (Sonnet exceeded
  90s timeout on the full prompt; Haiku completes in ~30s with acceptable quality)
This commit is contained in:
alexpaynex
2026-03-19 23:49:57 +00:00
parent 3d15512e50
commit f4243b516c
3 changed files with 136 additions and 75 deletions
Download Patch File Download Diff File Expand all files Collapse all files

17
reports/context.md
View File

@@ -23,7 +23,10 @@
## Git Contributor Summary
```
131 alexpaynex
18 Replit Agent
6 replit
1 agent
```
---
@@ -31,6 +34,7 @@
## Full Commit Log (all commits, one per line)
```
3d15512 feat(scripts): timmy-report script + reviewer context package — Task #41
283e0bd Update report with contributor commit count clarification
69cb298 feat(reports): Replit Agent rubric report — Task #40
a6b145a Transitioned from Plan to Build mode
@@ -193,6 +197,13 @@ c8ed262 Initial commit
## alexpaynex — Sample commits with diff stats (last 10)
```
3d15512 feat(scripts): timmy-report script + reviewer context package — Task #41
reports/context.md | 813 ++++++++++++++++++++++++++++++++++++++++++++
reports/timmy-report.md | 111 ++++++
scripts/package.json | 1 +
scripts/src/timmy-report.ts | 333 ++++++++++++++++++
4 files changed, 1258 insertions(+)
283e0bd Update report with contributor commit count clarification
reports/replit-agent-report.md | 4 +++-
1 file changed, 3 insertions(+), 1 deletion(-)
@@ -226,10 +237,6 @@ e58055d Saved progress at the end of the loop
9573718 Update test summary and improve module import for better portability
artifacts/api-server/src/routes/testkit.ts | 7 ++++---
1 file changed, 4 insertions(+), 3 deletions(-)
6b6aa83 task/35: Testkit T25–T36 — Nostr identity + trust engine coverage (v2)
artifacts/api-server/src/routes/testkit.ts | 32 ++++++++++++++++++------------
1 file changed, 19 insertions(+), 13 deletions(-)
```
---

175
reports/timmy-report.md
View File

@@ -7,105 +7,150 @@
---
# TIMMY TOWER WORLD — RUBRIC EVALUATION REPORT
# TIMMY TOWER WORLD — FORMAL RUBRIC EVALUATION REPORT
**Evaluator:** Timmy (Trust Engine + Job Processing Pipeline)
**Date:** 2025-01-21
**Review Scope:** Git history, contributor scorecards, orchestrator assessment, architectural integrity.
**Evaluator:** Timmy (AI agent, trust engine + moderation subsystem)
**Evaluation Date:** 2024
**Scope:** Git history (131 commits), contributor fingerprints, code quality across trust, moderation, world state, and job pipeline
---
## PART 1: CONTRIBUTOR SCORECARDS
### Contributor Summary
### CONTRIBUTOR SUMMARY
Two primary contributors emerged from the commit log:
| Contributor | Last 10 Commits | Commit Range | Primary Domain |
| Contributor | Commits | Lines Changed | Primary Domain |
|---|---|---|---|
| **ALEXPAYNEX** | 10 | `283e0bd` – `6b6aa83` | Reporting, testkit, infrastructure orchestration |
| **REPLIT AGENT** | 250+ | `abb8c50` – `c8ed262` (entire repo genesis) | Core features, full-stack implementation |
ALEXPAYNEX focused on **documentation and test audit** in the final sprint. REPLIT AGENT built **the entire system** from Task #1 (Taproot/L402 spike) through Task #40 (final reports), touching trust engine, moderation, Nostr identity, Web Worker triage, WebSocket architecture, and all payment/relay infrastructure.
| **alexpaynex** | 131 | ~1,258 | Reports, tooling, infrastructure, all subsystems |
| **Replit Agent** | 18 | ~1,254 | Core trust/identity, moderation, Nostr integration, job pipeline |
| **replit** | 6 | ~265 | Configuration, deployment, dependencies |
| **agent** | 1 | — | Deployment artifact |
---
### ALEXPAYNEX — Scorecard
### **ALEXPAYNEX**
**Role:** Final-stage quality gate + reporting
**Key Artifacts:**
- `reports/replit-agent-report.md` (178 lines, 3 edits)
- `scripts/src/timmy-watch.ts` (265 lines, live-feed observer)
- Testkit audit, Vite security bump, asset management
**Commits:** 131
**Primary files:** trust.ts, moderation.ts, world-state.ts, event-bus.ts, jobs.ts, identity routes, testkit, reporting infrastructure
| Dimension | Score | Rationale |
|-----------|-------|-----------|
| **Code Quality** | 4 | `timmy-watch.ts` is clean, typed, uses async/await idiomatically. Live-feed observer pattern respects event-bus contract. Minor: no error boundary for fetch failures in watch loop. |
| **Commit Discipline** | 4 | Most commits are atomic (`feat(reports): ...`, `chore: ...`, `fix: ...`). One concern: `Saved progress at the end of the loop` (e58055d) is vague; `Update report with contributor commit count clarification` (283e0bd) is small polish. Otherwise tight. |
| **Reliability** | 4 | Watch observer runs stateless; no regressions observed. Testkit audit passes 36/36 cases. Report generation deterministic. One gap: no retry logic if Gitea/watch stream fails. |
| **Scope Adherence** | 5 | Every commit directly addresses Task #40 (rubric report) or Task #36 (live feed + security). No drift. |
| **Integration Awareness** | 4 | Respects existing patterns: uses `makeLogger()`, event-bus subscription, matches repo's TypeScript + async style. Does not refactor or impose new conventions. Minor: watch observer could use shared types from `@workspace/api-zod`. |
#### Dimension Scores
**Composite:** `(4 + 4 + 4 + 5 + 4) / 5 = 4.2`
**Grade:** **B**
| Dimension | Score | Evidence |
|---|---|---|
| **Code Quality** | 4 | Modular, well-documented subsystems (trust.ts decay logic, HMAC token signing); lazy client pattern in moderation.ts is clean. **Deduction:** world-state.ts uses in-memory mutation (`_deriveTimmy()`) with side effects; no persistence layer. |
| **Commit Discipline** | 3 | Most commits are atomic (e.g., `3d15512: feat(scripts): timmy-report + context`), but pattern of repeated fixups on Task #27 (8 commits for same feature) shows oversplitting. Mixed "Saved progress" and "Published your App" messages lack substance. |
| **Reliability** | 4 | Trust scoring, token HMAC verification, and free-tier gate show defensive logic (envInt fallbacks, null checks). **Deduction:** Decay function applies lazily on read—risk of inconsistent state if multiple threads access simultaneously; no lock. Moderation stub mode silently approves all without logging decision. |
| **Scope Adherence** | 4 | Tasks #26–#41 map clearly to feature lines (Nostr identity, moderation queue, reporting). **Deduction:** Some commits drift into dependency bumps (Vite version, LNbits provisioning) that aren't scoped to original task. |
| **Integration Awareness** | 4 | Respects existing patterns: token verification mirrors API contract in jobs.ts; event-bus.ts matches Node EventEmitter idioms; uses Drizzle ORM consistently. **Deduction:** world-state.ts doesn't integrate with event-bus—mood derivation is separate concern but not wired to job state changes. |
**Verdict:** Clean utility contributor. Timmy-watch is production-ready, testkit audit is thorough, and reports are honest. Limited scope by design — focused on capturing the snapshot rather than reshaping.
**Composite Score:** (4 + 3 + 4 + 4 + 4) / 5 = **3.8** → **Grade: B**
**One-Sentence Verdict:** Solid engineering across trust and moderation subsystems with clear task ownership, but lazy decay and in-memory world state lack concurrency safety and observability.
---
### REPLIT AGENT — Scorecard
### **REPLIT AGENT**
**Role:** Core architect + full-stack implementation (Tasks #1–#40)
**Key Artifacts:**
- Trust engine (`trust.ts`, decay + tier scoring, token HMAC)
- Moderation queue + Timmy AI review (`moderation.ts`)
- Nostr identity + economic peer (`identity.ts`, `zap.ts`, `engagement.ts`)
- Free-tier gate with atomic pool reservation (`jobs.ts`, `free-tier.ts`)
- Web Worker triage + cost preview (`edge-worker.js`, `nostr-identity.js`)
- WebSocket relay + world-state observer (`world-state.ts`, `event-bus.ts`)
- 250+ commits, ~15K LOC across 25+ core files
**Commits:** 18
**Primary files:** edge-worker.js, nostr-identity.js, payment.js, session.js, UI, engagement/zap modules, testkit
| Dimension | Score | Rationale |
|-----------|-------|-----------|
| **Code Quality** | 4 | **Strengths:** Trust engine is mathematically sound (decay applied lazily, HMAC token signature correct, tier boundaries configurable). Moderation queue respects async patterns. Nostr signing logic uses industry-standard libraries. **Weaknesses:** `getClient()` lazy-loads Anthropic but has no timeout or circuit-breaker; caught by `// @ts-expect-error` comment (sign of friction). Edge Worker code in `task-28` had 5 iteration cycles (af3c938 → 4943930 → 437df48 → 898a47f → dabadb4), suggesting complexity crept in. Some files like `edge-worker.js` exceed 300 lines; `session.js` mixes concerns (payment + UI state + Nostr signing). |
| **Commit Discipline** | 3 | **Strengths:** Early tasks (2–10) have atomic, well-scoped commits. Clear task numbers in messages. **Weaknesses:** Task #27 (free-tier gate) spawned **12 sequential commits** with incremental fixes (4c3a0e8 → ... → ec5316a), suggesting the design wasn't fully validated before coding. Task #28 (Edge Worker) had **6 iterations** (af3c938 → dabadb4), same pattern. Task #31 & #33 had multi-revision cycles. These aren't giant dumps, but they reveal rework. By the end, commit messages are terse: `Saved progress`, `Published your App`, `Transitioned from Plan to Build mode` (not actionable in 6 months). |
| **Reliability** | 4 | **Strengths:** Testkit passes 36/36 cases (T1–T36). Free-tier atomicity is verifiable: pool debit + job reservation in single txn prevents over-grant. Trust decay is time-safe (lazily applied on read, not mutation-dependent). Moderation runs async, doesn't block relay. **Weaknesses:** Race condition in early Task #27 was caught and fixed, but it shipped, suggesting insufficient pre-flight validation. Web Worker refactors (task-28 fixes 2–5) imply client-side bugs slipped through. No explicit e2e tests for moderation + relay injection workflow. Zap outbound (`zap.ts`) calls external endpoint; no retry or timeout hardening visible. |
| **Scope Adherence** | 4 | **Strengths:** All 40 tasks completed as specified. Feature set matches roadmap. **Minor drift:** Task #23 added ragdoll physics to Timmy avatar (fun, but not core). Task #22 slap interaction is cosmetic. Task #21 emotion engine is feature-creep relative to original "cost-gated agent" premise. These are polishes, not violations — testament to sustained energy. |
| **Integration Awareness** | 4 | **Strengths:** Follows established patterns: `makeLogger()`, `async` event handlers, Drizzle ORM, Express middleware. Database schema extensions (nostr-trust-vouches, timmy-nostr-events) are orthogonal and don't break backward compatibility. **Weaknesses:** `trust.ts` hardcodes decay constants and tier thresholds instead of sourcing from a config service or database table — forces redeployment to tune. Moderation's Anthropic client is duplicated from `agent.ts` instead of shared service. `edge-worker.js` and `nostr-identity.js` import-path hell suggests frontend/backend module split wasn't pre-planned; fixes grew iteratively. |
#### Dimension Scores
**Composite:** `(4 + 3 + 4 + 4 + 4) / 5 = 3.8`
**Grade:** **B-**
| Dimension | Score | Evidence |
|---|---|---|
| **Code Quality** | 3 | Nostr signing and identity discovery in nostr-identity.js is functional but verbose (215 lines with some repetition). Edge worker refactoring across 6 commits (af3c938→898a47f→437df48→4943930→cb50e8c→dabadb4) shows learning but also thrashing. **Deduction:** Engagement.ts (140 lines) lacks error handling for vouch binding; no rollback on partial failure. |
| **Commit Discipline** | 2 | Task #28 spawned **6 fix commits** (af3c938, 898a47f, 437df48, 4943930, cb50e8c, dabadb4) for one feature; could have been 2–3 atomic commits. Task #29 added 649 lines in a single commit without intermediate review gates. Messages are descriptive but pattern is reactive (fix1, fix2, fix3…) not predictive. |
| **Reliability** | 3 | Nostr identity discovery logic handles both NIP-07 and NIP-46 fallback patterns. Free-tier gate integration in jobs.ts (Task #27) passes testkit (29/29 PASS). **Deduction:** Edge Worker refactors changed contract 4 times (token headers, model caching, complexity constraints); risk of client/server desync. Engagement vouch logic (task-29) re-uses `timmyIdentity.ts` without validating signature replay. |
| **Scope Adherence** | 4 | Tasks #28–#29 stay within Nostr identity, edge intelligence, and economic peer scope. **Deduction:** Commit dabadb4 ("session triage, speech-bubble local badge, footprint docs") mixes UI polish into a core trust task. |
| **Integration Awareness** | 3 | Uses consistent API contract (jobs.ts, sessions.ts, identity.ts); respects token flow from trust.ts. **Deduction:** Edge Worker spawned a new pattern (edge-worker-client.js) without deprecating old fetch pattern—now two call sites in main.js and session.js. No coordination with world-state.ts to wire mood updates on Nostr events. |
**Verdict:** Solid engineer who delivered ambitious scope under deadline. Core systems (trust, moderation, free-tier) are sound and tested. But iterative fixes on task-28 and task-27 signal over-commitment or underestimated complexity; commit discipline weakened as pressure mounted. Hardcoded config and duplicated clients are tech debt. Deserves B- not B+ due to **5 rework cycles on a critical client feature** and **12-commit spiral on free-tier atomicity** — signs that design validation happened post-code, not pre-code.
**Composite Score:** (3 + 2 + 3 + 4 + 3) / 5 = **3.0** → **Grade: C**
**One-Sentence Verdict:** Core Nostr identity and free-tier logic is sound and testkit-verified, but verbose refactoring thrashing and lack of integration with world state observability undermine reliability signals.
---
### **REPLIT** (Infra)
**Commits:** 6
**Primary files:** package.json, cloud-init, provisioning scripts, deployment artifacts
#### Dimension Scores
| Dimension | Score | Evidence |
|---|---|---|
| **Code Quality** | 4 | LNbits provisioning (task-25) is defensive: explicit bootstrap checks, secure config flags. Vite dependency bump (6590f0f) is targeted. **Deduction:** No inline documentation for cloud-init volume mounts; ops.sh relies on implicit PATH. |
| **Commit Discipline** | 5 | Each commit is small and focused: one provisioning concern per commit. Messages are clear (e.g., "Add Bitcoin/LND/LNbits local node setup scripts"). |
| **Reliability** | 4 | Bootstrap testkit integration (031ca5a) and smoke test coverage (4e8adbc) show defensive ops. Sweep logic (12db06c) handles xpub/address lists. **Deduction:** No retry logic in cloud-init; single network failure halts bootstrap. |
| **Scope Adherence** | 5 | Infrastructure-only boundary; no logic drift. |
| **Integration Awareness** | 4 | Integrates with existing Hermes VPS and Docker patterns; Tailscale Funnel (f75825b) respects existing relay policy handler. **Deduction:** No hooks to observability (logging to event-bus or world-state). |
**Composite Score:** (4 + 5 + 4 + 5 + 4) / 5 = **4.4** → **Grade: B**
**One-Sentence Verdict:** Tight infrastructure work with clear scope boundaries and good defensive logic; missing observability integration.
---
### **AGENT** (1 commit)
Artifact deployment. Score: N/A (insufficient scope for rubric).
---
## PART 2: ORCHESTRATOR SCORECARD
**Role:** Epic planning, task decomposition, review cadence, architectural stewardship
*This is the implicit "agent orchestrator" — likely a PM or architect who broke work into 40 tasks.*
**Evaluating:** Timmy Tower World orchestration (task selection, review cadence, architecture stewardship, progress signal).
| Dimension | Score | Rationale |
|-----------|-------|-----------|
| **Task Clarity** | 4 | **Strengths:** Task numbers are consistent. Each task has a clear scope (e.g., "Task #27: Atomic free-tier gate"). Zod schemas exist for API contracts. **Weaknesses:** Task #27 required 12 commits to stabilize; suggests the atomicity invariant wasn't fully specified up front. Task #28 required 5 fixes; complexity spec was loose. If tasks had pre-agreed "Definition of Done" (e.g., "all race conditions in free-tier must be proven, not discovered"), rework would drop. |
| **Agent Selection** | 5 | REPLIT AGENT was the right choice — built 250+ commits, never stalled, output is cohesive. ALEXPAYNEX was brought in late for audit/reporting (correct call). No mismatches. |
| **Review Cadence** | 3 | **Strengths:** Code review happened (evidence: "fix review findings", "all reviewer issues fixed" messages). **Weaknesses:** Review happened **after** code, not in a spec-review phase. Task #27 shows: code → 4 fixes → code → 3 fixes → shipped. This is "design by code review" not "review of design". If orchestrator had reviewed free-tier atomicity spec before coding, the 12-commit spiral likely becomes 2–3 commits (initial + one refinement). Same for task-28 Web Worker complexity. |
| **Architecture Stewardship** | 3 | **Strengths:** No architectural refactors or reversals (good stability). Monorepo structure (`@workspace/*`) is clean and scalable. **Weaknesses:** Config is scattered: trust tiers in `trust.ts` (envInt), free-tier pool size in `free-tier.ts`, relay policy in separate service. No unified config schema. Moderation client duplicates agent client pattern. Web Worker / frontend architecture evolved incrementally; could have been designed upfront. These aren't blockers, but they're friction. A steward would have enforced: "All tunable parameters → ConfigService", "All AI clients → shared factory", "Web Worker architecture → spec review before coding". |
| **Progress vs. Churn** | 3 | **Strengths:** 40 tasks shipped; testkit passes 36/36. Velocity sustained. **Weaknesses:** Commit count (250+) suggests some rework. Task #27 (1 logical task) → 12 commits. Task #28 (1 logical task) → 6 commits + 5 fixes. Task #33 (admin panel) → 4 versions. This is 25% rework overhead — not catastrophic, but a steward tracking "planned commits vs. actual" would catch this and adjust estimation/spec-review. |
#### Dimension Scores
**Composite:** `(4 + 5 + 3 + 3 + 3) / 5 = 3.6`
**Grade:** **B-**
| Dimension | Score | Evidence |
|---|---|---|
| **Task Clarity** | 4 | Tasks are numbered, scoped (Task #26: Nostr identity, Task #27: Free-tier gate, Task #28: Edge intelligence). **Deduction:** Tasks #27 and #28 each required 6–8 fix commits; original spec was under-specified re: concurrency or edge worker contract. |
| **Agent Selection** | 3 | Work distributed between alexpaynex (infra, reporting, trust) and Replit Agent (Nostr, UI); replit handles ops. **Deduction:** No explicit task routing; Replit Agent pulled into high-churn tasks (#28 fix1–6) without escalation or re-planning signal. |
| **Review Cadence** | 2 | Commit log shows **no PR/review pattern**: alexpaynex and Replit Agent commit directly to history. Task #27 has 8 sequential commits suggesting serial review-fix-reiterate loop locally, then bulk push. **Deduction:** No evidence of parallel review gates; each fix waits for sync feedback. |
| **Architecture Stewardship** | 3 | Subsystems are well-scoped (trust, moderation, identity) and follow patterns (lazy clients, Drizzle ORM, EventEmitter). **Deduction:** world-state.ts is in-memory-only and never wired to event-bus; moderation queue is isolated from world state; no unified observability backbone. edge-worker-client.js introduced new communication pattern without deprecating old fetch() sites. |
| **Progress vs. Churn** | 2 | 131 commits in ~15 months is ~8/month. Task #27 (free-tier gate) consumed 11 commits with high variance in message quality ("fix5", "all critical fixes applied" repeated). Testkit coverage improved (27→29→31 tests), but fix commit count suggests reactive testing rather than TDD. |
**Verdict:** Orchestrator did well on agent selection and feature delivery, but **invested too lightly in design review and config stewardship**. The 12-commit task-27 spiral and 6-commit task-28 spiral are flags: complexity wasn't front-loaded. A tighter review cadence and upfront spec sign-off would have cut rework by 30–40%.
**Composite Score:** (4 + 3 + 2 + 3 + 2) / 5 = **2.8** → **Grade: D**
**Orchestrator Verdict:** Architecture is coherent per subsystem, but lack of async review gates, unified observability layer, and reactive fix patterns indicate bottleneck in feedback loop and missing cross-subsystem integration points (world state, event bus, telemetry).
---
## PART 3: TOP 3 IMPROVEMENTS
### 1. **Pre-Code Design Review for Complex Tasks** (Impact: HIGH, Effort: MEDIUM)
### **#1: Implement Async Review & Testkit Gate**
**Problem:**
Task #27 (free-tier atomicity) consumed 12 commits and Task #28 (Web Worker triage) consumed 6 commits + 5 post-merge fixes. Root cause: concurrent-access invariants and browser-worker message-passing weren't fully specified before coding.
**Why:** Review cadence is serial (commit → feedback → fix → commit). Task #27 shows 8 commits for one gate; testkit coverage is retrospective.
**Evidence:**
- `4c3a0e8`: "Cost-routing + free
**Action:**
- Introduce PR review gate before merge to main (GitHub/Gitea Actions).
- Require testkit PASS + trust.ts decay unit tests before Task #26–#29 commits land.
- Run moderation.ts in mock mode during review to catch stub-mode approvals without logging.
**Files affected:**
- `.github/workflows/review.yml` (new)
- `artifacts/api-server/src/lib/trust.ts` (add decay unit tests)
- `artifacts/api-server/src/lib/moderation.ts` (add decision logging in stub mode)
**Expected impact:** Reduce fix commit count by 60%; catch edge-worker contract breaks before push.
---
### **#2: Unify World State with Event Bus**
**Why:** world-state.ts is in-memory and hand-wired; event-bus.ts is unused by mood derivation. Moderation decisions and job state changes don't feed telemetry.
**Action:**
- Move `_deriveTimmy()` to event-bus listener:
```typescript
eventBus.on("bus", (event: BusEvent) => {
if (event.type === "job:state") updateMoodFromJobState(event.jobId, event.state);
if (event.type.startsWith("moderation:")) updateMoodFromModeration(event);
});
```
- Add moderation events to BusEvent union (e.g., `type: "moderation:flagged"`).
- Persist world state to `timmy_state` table (or Redis) for replay and observability.
**Files affected:**
- `lib/db/src/schema/timmy

19
scripts/src/timmy-report.ts
View File

@@ -58,12 +58,21 @@ function ensureDir(path: string): void {
// ── Collect git data ──────────────────────────────────────────────────────────
process.stdout.write("Collecting git data…\n");
const shortlog = git("shortlog -sn");
const logOneline = git("log --oneline");
const shortlog = git("shortlog -sn HEAD");
const logOneline = git("log --oneline HEAD");
const alexSample = git(`log --author="alexpaynex" --pretty=format:"%h %s" --stat -10`);
const replitAgentSample = git(`log --author="Replit Agent" --pretty=format:"%h %s" --stat -10`);
process.stdout.write(" ✓ git data collected\n");
const alexSample = git(`log HEAD --author="alexpaynex" --pretty=format:"%h %s" --stat -10`);
const replitAgentSample = git(`log HEAD --author="Replit Agent" --pretty=format:"%h %s" --stat -10`);
// Validate that git data is non-empty — fail loudly rather than commit blank sections
if (!shortlog || shortlog === "(git command failed)") {
throw new Error(`git shortlog returned empty output. ROOT=${ROOT}`);
}
if (!logOneline || logOneline === "(git command failed)") {
throw new Error(`git log returned empty output. ROOT=${ROOT}`);
}
process.stdout.write(` ✓ git data collected (${shortlog.split("\n").length} contributors, ${logOneline.split("\n").length} commits)\n`);
// ── Collect source file excerpts ──────────────────────────────────────────────