Refactors the `buildTimmy` function to update Timmy's robe color to royal purple, add celestial gold star decorations, and implement a silver beard and hair, along with a pulsing orange magic orb effect.
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## What changed
- the-matrix/js/agents.js — face expression system added to Timmy wizard
## Face geometry (all parented to head — follow head.rotation.z tilt)
- White sclera eyes (MeshStandardMaterial f5f2e8, emissive 0x777777@0.10)
replace the old flat dark-blue spheres
- Dark pupils (MeshBasicMaterial 0x07070f) as child meshes of each sclera;
they scale with the parent eye for squint effect
- Mouth arc: TubeGeometry built from QuadraticBezierCurve3; control point
moves ±0.065 on Y for smile/frown; rebuilt via _buildMouthGeo() only when
|smileDelta| > 0.016 (throttled to avoid per-frame GC pressure)
- All face meshes are children of `head` — head.rotation.z carries every
face component naturally with the existing head-tilt animation
## FACE_TARGETS lookup table (lidScale, pupilScale, smileAmount)
- idle (contemplative): 0.44 / 0.90 / 0.08 — half-lid, neutral
- active (curious): 0.92 / 1.25 / 0.38 — wide eyes + dilated pupils, smile
- thinking (focused): 0.30 / 0.72 / -0.06 — squint + constricted pupils, flat
- working (attentive): 0.22 / 0.80 / 0.18 — very squint, slight grin
## setFaceEmotion(mood) exported API
- Accepts both task-spec names (contemplative|curious|focused|attentive)
and internal state names (idle|active|thinking|working) via MOOD_ALIASES
- Immediately sets faceTarget; lerp in updateAgents() handles the smooth transition
## Per-frame lerp (rate 0.055/frame) in updateAgents
- lidScale → eyeL.scale.y / eyeR.scale.y (squash for squint)
- pupilScale → pupilL.scale / pupilR.scale (uniform dilation)
- smileAmount → drives TubeGeometry rebuild when drift > 0.016
## Lip-sync while speaking (~1 Hz)
- speechTimer > 0: smileTarget = 0.28 + sin(t*6.283)*0.22
- Returns to mood target when timer expires
## Validation
- Vite build: clean (14 modules, 542 kB, no errors)
- testkit: 27/27 PASS (after server restart to clear rate-limit counters)
## What changed
- the-matrix/js/agents.js fully rewritten with face expression system
## Face geometry
- Replaced flat dark-blue eye spheres with white sclera (MeshStandardMaterial,
emissive 0x777777@0.10, roughness 0.55) + dark pupils (MeshBasicMaterial 0x07070f)
as child meshes of sclera
- Eyes are now children of the head mesh (not the group) so they naturally
follow head.rotation.z tilts driven by the existing animation loop
- Mouth added as a canvas Sprite (128x32, always faces camera) parented to the
group so it bobs with Timmy's body; drawn via quadraticCurveTo bezier arc
## Emotion → face parameter mapping (FACE_TARGETS table)
- idle (contemplative): lidScale=0.44, smileAmount=0.08 — half-lid, neutral
- active (curious): lidScale=0.92, smileAmount=0.38 — wide eyes, smile
- thinking (focused): lidScale=0.30, smileAmount=-0.06 — squint, flat mouth
- working (attentive): lidScale=0.22, smileAmount=0.18 — very squint, slight grin
## Per-frame lerp (updateAgents)
- faceParams lerped toward faceTarget at rate 0.055/frame (smooth, no snap)
- eyeL.scale.y / eyeR.scale.y driven by faceParams.lidScale (squash = squint)
- Mouth canvas redrawn only when |smileDelta| > 0.016 or speakingChanged
(avoids unnecessary texture uploads every frame)
## Lip-sync while speaking
- While speechTimer > 0: smileTarget = 0.28 + sin(t*6.283)*0.22 (~1 Hz)
- _drawMouth() renders two-lip "open mouth" shape when speaking=true
- Returns to mood expression when speechTimer expires
## Validation
- Vite build: clean (14 modules, 529 kB bundle, no errors)
- testkit: 27/27 PASS (no regressions)
- No out-of-scope changes (backend untouched)
## Task
Task #20: Timmy responds to Workshop input bar — make the "Say something
to Timmy…" input bar actually trigger an AI response shown in Timmy's
speech bubble.
## What was built
### Server (artifacts/api-server/src/lib/agent.ts)
- Added `chatReply(userText)` method to AgentService
- Uses claude-haiku (cheaper eval model) with a wizard persona system prompt
- 150-token limit so replies fit in the speech bubble
- Stub mode: returns one of 4 wizard-themed canned replies after 400ms delay
- Real mode: calls Anthropic with wizard persona, truncates to 250 chars
### Server (artifacts/api-server/src/routes/events.ts)
- Imported agentService
- Added per-visitor rate limit system: 3 replies/minute per visitorId (in-memory Map)
- Added broadcastToAll() helper for broadcasting to all WS clients
- Updated visitor_message handler:
1. Broadcasts visitor message to all watchers as before
2. Checks rate limit — if exceeded, sends polite "I need a moment…" reply
3. Fire-and-forget async AI call:
- Broadcasts agent_state: gamma=working (crystal ball pulses)
- Calls agentService.chatReply()
- Broadcasts agent_state: gamma=idle
- Broadcasts chat: agentId=timmy, text=reply to ALL clients
- Logs world event "visitor:reply"
### Frontend (the-matrix/js/websocket.js)
- Updated case 'chat' handler to differentiate message sources:
- agentId === 'timmy': speech bubble + event log entry "Timmy: <text>"
- agentId === 'visitor': event log only (don't hijack speech bubble)
- everything else (delta/alpha/beta payment notifications): speech bubble
## What was already working (no change needed)
- Enter key on input bar (ui.js already had keydown listener)
- Input clearing after send (already in ui.js)
- Speech bubble rendering (setSpeechBubble already existed in agents.js)
- WebSocket sendVisitorMessage already exported from websocket.js
## Tests
- 27/27 testkit PASS (no regressions)
- TypeScript: 0 errors
- Vite build: clean (the-matrix rebuilt)
- scripts/bitcoin-ln-node/setup.sh: one-shot installer for Bitcoin Core (pruned mainnet), LND, and LNbits on Apple Silicon Mac. Generates secrets, writes configs, installs launchd plists for auto-start.
- scripts/bitcoin-ln-node/start.sh: start all services via launchctl; waits for RPC readiness and auto-unlocks LND wallet.
- scripts/bitcoin-ln-node/stop.sh: graceful shutdown (lncli stop → bitcoin-cli stop).
- scripts/bitcoin-ln-node/status.sh: full health check (Bitcoin sync %, LND channels/balance, LNbits HTTP, bore tunnel). Supports --json mode for machine consumption.
- scripts/bitcoin-ln-node/expose.sh: opens bore tunnel from LNbits port 5000 to bore.pub for Replit access.
- scripts/bitcoin-ln-node/get-lnbits-key.sh: fetches LNbits admin API key and prints Replit secret values.
- artifacts/api-server/src/routes/node-diagnostics.ts: GET /api/admin/node-status (JSON) and /api/admin/node-status/html — Timmy self-diagnoses its LNbits/LND connectivity and reports issues.
Refactors `runEvalInBackground` and `runWorkInBackground` to execute AI tasks asynchronously. Updates `pollJob` in `ui.ts` to handle 'evaluating', 'executing', and 'failed' states, and corrects `data.status` to `data.state` and `data.rejectionReason` to `data.reason`.
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Added two redirect routes in artifacts/api-server/src/app.ts:
- GET / → 302 redirect to /api/ui
- GET /api → 302 redirect to /api/ui
This means opening the preview URL or the root of the app immediately
lands on the Timmy UI without any manual navigation.
No changes to the UI itself, no new routes, no new files.
Verified: both / and /api return HTTP 302 with Location: /api/ui.
Implement session-based API endpoints for creating, managing, and interacting with pre-funded sessions, including deposit and top-up invoice generation, macaroon authentication, and per-request debiting of compute costs.
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## New files
- btc-oracle.ts: CoinGecko BTC/USD fetch (60s cache), usdToSats() helper (ceil, min 1 sat),
5s abort timeout, fallback to BTC_PRICE_USD_FALLBACK env var (default $100k)
- lib/db/migrations/0002_cost_based_pricing.sql: SQL migration artifact adding 6 new columns
to jobs table (estimated_cost_usd, margin_pct, btc_price_usd, actual_input_tokens,
actual_output_tokens, actual_cost_usd); idempotent via ADD COLUMN IF NOT EXISTS
## Modified files
- pricing.ts: Full rewrite — per-model token rates (Haiku/Sonnet, env-var overridable),
DO infra amortisation per request, originator margin %, estimateInputTokens/Output by tier,
calculateActualCostUsd() for post-work ledger, async calculateWorkFeeSats() → WorkFeeBreakdown
- agent.ts: WorkResult now includes inputTokens + outputTokens from Anthropic usage;
workModel/evalModel exposed as readonly public; EVAL_MODEL/WORK_MODEL env var support
- lib/db/src/schema/jobs.ts: 6 new real/integer columns; schema pushed to DB
- jobs.ts route: Work invoice creation calls pricingService.calculateWorkFeeSats() async;
stores estimatedCostUsd/marginPct/btcPriceUsd; post-work stores actualInputTokens/
actualOutputTokens/actualCostUsd; GET response includes pricingBreakdown and costLedger
with totalTokens (input + output computed field)
- openapi.yaml: PricingBreakdown + CostLedger schemas (with totalTokens) added
- lib/api-zod/src/generated/api.ts: Regenerated with new schemas
- lib/api-client-react/src/generated/api.schemas.ts: Regenerated (PricingBreakdown, CostLedger)
- replit.md: 17 new env vars documented in cost-based pricing section
- btc-oracle.ts: CoinGecko BTC/USD fetch (60s cache), usdToSats() helper,
fallback to BTC_PRICE_USD_FALLBACK env var (default $100k), 5s abort timeout
- pricing.ts: Full rewrite — per-model token rates (Haiku/Sonnet, env-var
overridable), DO infra amortisation, originator margin %, estimateInputTokens(),
estimateOutputTokens() by request tier, calculateActualCostUsd() for post-work ledger,
async calculateWorkFeeSats() → WorkFeeBreakdown
- agent.ts: WorkResult now includes inputTokens + outputTokens from Anthropic usage;
workModel/evalModel exposed as readonly public; EVAL_MODEL/WORK_MODEL env var support
- jobs.ts: Work invoice creation calls pricingService.calculateWorkFeeSats() async;
stores estimatedCostUsd/marginPct/btcPriceUsd on job; after executeWork stores
actualInputTokens/actualOutputTokens/actualCostUsd; GET response includes
pricingBreakdown (awaiting_work_payment) and costLedger (complete)
- lib/db/src/schema/jobs.ts: 6 new real/integer columns for cost tracking; schema pushed
- openapi.yaml: PricingBreakdown + CostLedger schemas added to JobStatusResponse
- replit.md: 17 new env vars documented in Cost-based work fee pricing section
Add a roadmap section to replit.md detailing the planned integration of Nostr for node credential delivery, job status events, and node identity, replacing current HTTP polling mechanisms.
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1. Escape ${i} bash loop vars in TypeScript template literal (provisioner.ts)
- Four occurrences: Bitcoin RPC wait, LND REST wait, macaroon wait, LNbits wait
- Changed ${i}x5s → \${i}x5s so TypeScript doesn't try to resolve 'i'
- Confirmed: tsc reports no errors in provisioner.ts after fix
2. Install minimal ops.sh on provisioned node via cloud-init (provisioner.ts)
- Cloud-init step 15 writes /opt/timmy-node/ops.sh with sync/lnd/lnbits/logs cmds
- Uses single-quoted heredoc (<<'OPSSH') to prevent bash expanding ops.sh's
own $CMD / ${1:-help} / ${2:-bitcoin} variables during cloud-init execution
- chmod +x applied after write
- sync command: docker exec bitcoin bitcoin-cli getblockchaininfo | jq summary
- lnd, lnbits, logs subcommands also included
3. Update nextSteps to reference installed ops.sh (bootstrap.ts)
- "Monitor Bitcoin sync (takes 1-2 weeks to reach 100%): bash /opt/timmy-node/ops.sh sync"
- All other nextSteps reference files/URLs actually present on the node
4. Harden BOOTSTRAP_FEE_SATS parsing against NaN (pricing.ts)
- parseInt on empty/invalid env var → NaN
- Added Number.isFinite(rawFee) && rawFee > 0 guard → falls back to 10_000
- Same pattern could be applied to other numeric env vars as follow-up
End-to-end verified: POST → pay → provisioning → ready with correct nextSteps
4 changes to address code review rejections:
1. Race condition fix (bootstrap.ts)
- advanceBootstrapJob: WHERE now guards on AND state='awaiting_payment'
- If UPDATE matches 0 rows, re-fetch current job (already advanced by
another concurrent poll) instead of firing a second provisioner
- Verified with 5-concurrent-poll test: only 1 "starting provisioning"
log entry per job; all 5 responses show consistent state
2. Complete cloud-init to full Bitcoin + LND + LNbits stack (provisioner.ts)
- Phase 1: packages, Docker, Tailscale, UFW, block volume mount
- Phase 2: Bitcoin Core started; polls for RPC availability (max 5 min)
- Phase 3: LND started; waits for REST API (max 6 min)
- Phase 4: non-interactive LND wallet init via REST:
POST /v1/genseed → POST /v1/initwallet with base64 password
(no lncli, no interactive prompts, no expect)
- Phase 5: waits for admin.macaroon to appear on mounted volume
- Phase 6: LNbits started with LndRestWallet backend; mounts LND
data dir so it reads tls.cert + admin.macaroon automatically
- Phase 7: saves all credentials (RPC pass, LND wallet pass + seed
mnemonic, LNbits URL) to chmod 600 /root/node-credentials.txt
3. DO block volume support (provisioner.ts)
- Reads DO_VOLUME_SIZE_GB env var (0 = no volume, default)
- createVolume(): POST /v2/volumes (ext4 filesystem, tagged timmy-node)
- Passes volumeId in droplet create payload (attached at boot)
- Cloud-init Phase 1 detects and mounts the volume automatically
(lsblk scan → mkfs if unformatted → mount → /etc/fstab entry)
4. SSH keypair via node:crypto (no ssh-keygen) (provisioner.ts)
- generateKeyPairSync('rsa', { modulusLength: 4096 })
- Public key: PKCS#1 DER → OpenSSH wire format via manual DER parser
(pkcs1DerToSshPublicKey): reads SEQUENCE → n, e INTEGERs → ssh-rsa
base64 string with proper mpint encoding (leading 0x00 for high bit)
- Private key: PKCS#1 PEM (-----BEGIN RSA PRIVATE KEY-----)
- Both stub and real paths use the same generateSshKeypair() function
- Removes runtime dependency on host ssh-keygen binary entirely
4 changes to address code review rejections:
1. Race condition fix (bootstrap.ts)
- advanceBootstrapJob: WHERE now guards on AND state='awaiting_payment'
- If UPDATE matches 0 rows, re-fetch current job (already advanced by
another concurrent poll) instead of firing a second provisioner
- Verified with 5-concurrent-poll test: only 1 "starting provisioning"
log entry per job; all 5 responses show consistent state
2. Complete cloud-init to full Bitcoin + LND + LNbits stack (provisioner.ts)
- Phase 1: packages, Docker, Tailscale, UFW, block volume mount
- Phase 2: Bitcoin Core started; polls for RPC availability (max 5 min)
- Phase 3: LND started; waits for REST API (max 6 min)
- Phase 4: non-interactive LND wallet init via REST:
POST /v1/genseed → POST /v1/initwallet with base64 password
(no lncli, no interactive prompts, no expect)
- Phase 5: waits for admin.macaroon to appear on mounted volume
- Phase 6: LNbits started with LndRestWallet backend; mounts LND
data dir so it reads tls.cert + admin.macaroon automatically
- Phase 7: saves all credentials (RPC pass, LND wallet pass + seed
mnemonic, LNbits URL) to chmod 600 /root/node-credentials.txt
3. DO block volume support (provisioner.ts)
- Reads DO_VOLUME_SIZE_GB env var (0 = no volume, default)
- createVolume(): POST /v2/volumes (ext4 filesystem, tagged timmy-node)
- Passes volumeId in droplet create payload (attached at boot)
- Cloud-init Phase 1 detects and mounts the volume automatically
(lsblk scan → mkfs if unformatted → mount → /etc/fstab entry)
4. SSH keypair via node:crypto (no ssh-keygen) (provisioner.ts)
- generateKeyPairSync('rsa', { modulusLength: 4096 })
- Public key: PKCS#1 DER → OpenSSH wire format via manual DER parser
(pkcs1DerToSshPublicKey): reads SEQUENCE → n, e INTEGERs → ssh-rsa
base64 string with proper mpint encoding (leading 0x00 for high bit)
- Private key: PKCS#1 PEM (-----BEGIN RSA PRIVATE KEY-----)
- Both stub and real paths use the same generateSshKeypair() function
- Removes runtime dependency on host ssh-keygen binary entirely
Pay a Lightning invoice → Timmy auto-provisions a Bitcoin full node on DO.
New: lib/db/src/schema/bootstrap-jobs.ts
- bootstrap_jobs table: id, state, amountSats, paymentHash, paymentRequest,
dropletId, nodeIp, tailscaleHostname, lnbitsUrl, sshPrivateKey,
sshKeyDelivered (bool), errorMessage, createdAt, updatedAt
- States: awaiting_payment | provisioning | ready | failed
- Payment data stored inline (no FK to jobs/invoices tables — separate entity)
- db:push applied to create table in Postgres
New: artifacts/api-server/src/lib/provisioner.ts
- ProvisionerService: stubs when DO_API_TOKEN absent, real otherwise
- Stub mode: generates a real RSA 4096-bit SSH keypair via ssh-keygen,
returns RFC 5737 test IP + fake Tailscale hostname after 2s delay
- Real mode: upload SSH public key to DO → generate Tailscale auth key →
create DO droplet with cloud-init user_data → poll for public IP (2 min)
- buildCloudInitScript(): non-interactive bash that installs Docker + Tailscale
+ UFW + Bitcoin Knots via docker-compose; joins Tailscale if authkey provided
- provision() designed as fire-and-forget (void); updates DB to ready/failed
New: artifacts/api-server/src/routes/bootstrap.ts
- POST /api/bootstrap: create job + LNbits invoice, return paymentRequest
- GET /api/bootstrap/🆔 poll-driven state machine
* awaiting_payment: checks payment, fires provisioner on confirm
* provisioning: returns progress message
* ready: delivers credentials; SSH private key delivered once then cleared
* failed: returns error message
- Stub mode message includes the exact /dev/stub/pay URL for easy testing
- nextSteps array guides user through post-provision setup
Updated: artifacts/api-server/src/lib/pricing.ts
- Added bootstrapFee field reading BOOTSTRAP_FEE_SATS env var (default 10000)
- calculateBootstrapFeeSats() method
Updated: artifacts/api-server/src/routes/index.ts
- Mounts bootstrapRouter
Updated: replit.md
- Documents all 7 new env vars (DO_API_TOKEN, DO_REGION, DO_SIZE, etc.)
- Full curl-based flow example with annotated response shape
End-to-end verified in stub mode: POST → pay → provisioning → ready (SSH key)
→ second GET clears key and shows sshKeyNote
Introduce a new command `bash ops.sh configure-sweep` to interactively set and update auto-sweep parameters, including cold address, on-chain thresholds, and sweep frequency, while also updating the cron schedule and providing user-friendly feedback in `ops.sh sweep`.
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Create Docker Compose configuration, Bitcoin and LND configuration files, and bootstrap/init scripts for setting up a Bitcoin full node, LND, and LNbits on a Digital Ocean droplet.
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Provide details on using Voltage, self-hosting LNbits, or integrating with Alby as alternatives to the main LNbits instance.
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Refactor TIMMY_TEST_PLAN.md and timmy_test.sh to support dual-mode payments (per-job and session-based). Add new tests for session endpoints and gracefully handle rate limiting in existing tests.
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Integrate a new testkit endpoint and update package.json scripts to enable automated testing via `pnpm test` and `pnpm test:prod`, including a new test case for request body size limits.
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Update API endpoints for jobs and demo routes to enforce a maximum character limit of 500 for the 'request' field. Refine error messages to distinguish between missing input and input exceeding the character limit.
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Integrates a new bash script for automated end-to-end testing of the Timmy API. Updates API routes to expose payment hashes in stub mode for easier invoice payment simulation during testing. Modifies test plan documentation to include the new automated script.
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Add a new Markdown file containing a detailed test plan and report prompt for the AI agent API, and register it in the agent assets metadata.
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