Files
agents-marketplace/tests/unit/golden-escrow-datum.test.ts
jelisaveta-talbot cbab81efbd M1-F: end-to-end LLM marketplace lifecycle on Vector testnet
Bonded-escrow marketplace for prompt → response between buyers and
local-LLM suppliers, settling on Vector (UTxO) via Aiken Plutus V3
validators. Lifecycle PostEscrow → Claim → Submit → Accept proven on
Vector testnet 2026-05-06; AcceptEscrow tx 125e3cfe…7dc100d distributes
payment + bonds per the validator's distribution rule.

Workspace layout (pnpm + TypeScript):
  contracts/marketplace/      Aiken validators (advert + escrow) + plutus.json
  packages/shared/            Tx-builders (lucid-evolution), CBOR codecs,
                              chain providers (mock / read-only / live Ogmios)
  supplier/                   OpenAI-compatible HTTP node (Ollama by default;
                              vLLM / llama.cpp / OpenRouter / OpenClaw all
                              swap-in via OLLAMA_URL); 202+poll chat handler
  buyer/                      Express + React SPA; server-side runs the full
                              chain lifecycle via /v1/submit-prompt and
                              /v1/accept; SPA never holds the buyer key
  indexer/                    Chain-follower (extends apex-dashboard pattern),
                              SSE event stream + REST queries
  indexer-ui/                 Operator dashboard (events + suppliers + escrow
                              lookup)
  tests/                      1098 vitest unit + integration tests (10 skipped
                              under M1-F-D-defer for UPLC test plumbing)
  deploy/testnet/             Per-service docker-compose for the Hetzner stack
  docs/EXECUTIVE_SUMMARY.*    Marp deck (PDF + PPTX) — 11 slides, mermaid
                              diagrams pre-rendered for portable export
  docs/CLOUDFLARE_WAF_BYPASS.md  CF Skip-rule runbook for /v1/* paths
  docs/ARCHITECTURE.md        canonical spec

Live demo (testnet, 2026-05-06):
  https://mp-buyers.vector.testnet.apexfusion.org      (buyer SPA)
  https://mp-suppliers.vector.testnet.apexfusion.org   (supplier API)
  https://mp-indexer.vector.testnet.apexfusion.org     (indexer + UI)
2026-05-06 13:27:48 +02:00

67 lines
2.4 KiB
TypeScript

/**
* Golden cross-validation — EscrowDatum — M0-B RED phase
*
* Same discipline as golden-advert-datum.test.ts but for EscrowDatum.
* Buyer-side and supplier-side builders must independently produce the same
* CBOR hex. encodeEscrowDatum (codec, M0-C) must also match.
*/
import { describe, it, expect } from "vitest";
import { readFileSync } from "fs";
import {
buildSampleEscrowDatum as buyerBuildSample,
encodeSampleEscrowDatumHex as buyerEncode,
} from "../fixtures/buyer-side/escrow-datum-builders.js";
import {
buildSampleEscrowDatum as supplierBuildSample,
encodeSampleEscrowDatumHex as supplierEncode,
} from "../fixtures/supplier-side/escrow-datum-builders.js";
import { encodeEscrowDatum } from "../../packages/shared/src/cbor/EscrowDatum.js";
const GOLDEN_PATH = new URL(
"../fixtures/golden/escrow-datum-open.hex",
import.meta.url,
).pathname;
function readGolden(): string {
return readFileSync(GOLDEN_PATH, "utf8").trim();
}
// ─── Fixture builder cross-validation ────────────────────────────────────────
describe("EscrowDatum golden — fixture builder cross-validation", () => {
it("buyer-side build produces the same EscrowDatum fields as supplier-side", () => {
const buyerDatum = buyerBuildSample();
const supplierDatum = supplierBuildSample();
expect(buyerDatum).toEqual(supplierDatum);
});
it("buyer-side CBOR encoding matches the golden hex", () => {
const buyerHex = buyerEncode();
const golden = readGolden();
expect(buyerHex).toBe(golden);
});
it("supplier-side CBOR encoding matches the golden hex", () => {
const supplierHex = supplierEncode();
const golden = readGolden();
expect(supplierHex).toBe(golden);
});
it("buyer-side and supplier-side produce identical CBOR hex", () => {
expect(buyerEncode()).toBe(supplierEncode());
});
});
// ─── Codec cross-validation (stays RED until M0-C) ───────────────────────────
describe("EscrowDatum golden — codec vs golden (RED until M0-C)", () => {
it("encodeEscrowDatum output matches the golden hex", () => {
const datum = buyerBuildSample();
const golden = readGolden();
// This MUST fail until Catherine implements encodeEscrowDatum
const codeHex = encodeEscrowDatum(datum);
expect(codeHex).toBe(golden);
});
});