// 🤖 Regenerates the cross-implementation home-blob vector that
// ios/LChatCore/Tests/LChatCoreTests/HomeCryptoVectors.swift embeds (and
// HomeCryptoTests.swift opens): a JS-sealed envelope with a FIXED DEK and
// wrapped-DEK map, so Swift proving it opens byte-for-byte pins the KEK
// derivation, AES-GCM layout, padding and framing across implementations.
//
//   node home/test/gen-home-vector.mjs
//
// Paste the printed envelope into HomeCryptoVectors.swift, and refresh the Go
// copy: node home/test/gen-home-vector.mjs > internal/client/testdata/home-vector.txt
// (internal/client/home_test.go opens it with the same fixed DEK). The inputs (prf,
// dekRaw, credId, wrapped) are constants in HomeCryptoTests.swift — keep them
// in sync if you ever change them here. The envelope bytes differ per run
// (fresh AES-GCM iv); that's fine, only the opened contents are asserted.
import { importDEK, sealBlob, bytesToB64url } from "../web/static/crypto.js";

const dekRaw = "AAcOFRwjKjE4P0ZNVFtiaXB3foWMk5qhqK-2vcTL0tk";
const credId = "cred-abc";
const wrapped = "LfDy9OjW1vWNWfVcpShcxANG7mcWIpsrDtS2yrlhic7KwdN1abiQIF8zOg7EdHF5p9oaI0f09LGg_Wvl";

const dek = await importDEK(dekRaw);
const obj = { v: 1, servers: [{ url: "https://test.example.com", name: "Test" }] };
const envelope = await sealBlob(obj, dek, { [credId]: wrapped });
console.log(bytesToB64url(envelope));