software-mansion__argent/packages/argent/scripts/bundle-tools.cjs

#!/usr/bin/env node
"use strict";

const esbuild = require("esbuild");
const fs = require("fs");
const path = require("path");

const WORKSPACE_ROOT = path.resolve(__dirname, "../../..");

// esbuild entry points (source) and bundle outputs.
const TOOLS_ENTRY = path.resolve(WORKSPACE_ROOT, "packages/tool-server/src/index.ts");
const ARCHIVE_ENTRY = path.resolve(WORKSPACE_ROOT, "packages/archive/src/index.ts");
const REGISTRY_ENTRY = path.resolve(WORKSPACE_ROOT, "packages/registry/src/index.ts");
const TELEMETRY_ENTRY = path.resolve(WORKSPACE_ROOT, "packages/telemetry/src/index.ts");
const NATIVE_DEVTOOLS_IOS_ENTRY = path.resolve(
  WORKSPACE_ROOT,
  "packages/native-devtools-ios/src/index.ts"
);
const NATIVE_DEVTOOLS_ANDROID_ENTRY = path.resolve(
  WORKSPACE_ROOT,
  "packages/native-devtools-android/src/index.ts"
);
const TOOLS_CLIENT_ENTRY = path.resolve(
  WORKSPACE_ROOT,
  "packages/argent-tools-client/src/index.ts"
);
const INSTALLER_ENTRY = path.resolve(WORKSPACE_ROOT, "packages/argent-installer/src/index.ts");
const MCP_ENTRY = path.resolve(WORKSPACE_ROOT, "packages/argent-mcp/src/index.ts");
const CLI_ENTRY = path.resolve(WORKSPACE_ROOT, "packages/argent-cli/src/index.ts");
const PREVIEW_WINDOW_ENTRY = path.resolve(WORKSPACE_ROOT, "packages/preview-window/src/main.ts");
const CONFIGURATION_ENTRY = path.resolve(
  WORKSPACE_ROOT,
  "packages/configuration-core/src/index.ts"
);
const OUT_FILE = path.resolve(__dirname, "../dist/tool-server.cjs");
const INSTALLER_OUT_FILE = path.resolve(__dirname, "../dist/installer.mjs");
const MCP_OUT_FILE = path.resolve(__dirname, "../dist/mcp-server.mjs");
const CLI_OUT_FILE = path.resolve(__dirname, "../dist/cli-cmds.mjs");
const PREVIEW_WINDOW_OUT_FILE = path.resolve(__dirname, "../dist/preview-window/main.cjs");

// Shared aliases so each bundle resolves workspace deps from source. Resolving
// from source (rather than each package's compiled dist/) keeps the bundle
// independent of build order/freshness.
const ALIASES = {
  "@argent/archive": ARCHIVE_ENTRY,
  "@argent/registry": REGISTRY_ENTRY,
  "@argent/native-devtools-ios": NATIVE_DEVTOOLS_IOS_ENTRY,
  "@argent/native-devtools-android": NATIVE_DEVTOOLS_ANDROID_ENTRY,
  "@argent/tools-client": TOOLS_CLIENT_ENTRY,
  "@argent/installer": INSTALLER_ENTRY,
  "@argent/mcp": MCP_ENTRY,
  "@argent/cli": CLI_ENTRY,
  "@argent/configuration-core": CONFIGURATION_ENTRY,
  "@argent/telemetry": TELEMETRY_ENTRY,
};

// Build-time constants for @argent/telemetry: the CLI version stamped into every
// event, and the OTLP ingest token used to authenticate against the collector.
// The token is read from the environment at release time (ARGENT_OTEL_INGEST_TOKEN);
// an unset/dev build defines it as "", which leaves the telemetry client
// unconstructed and telemetry inert (see packages/telemetry/src/otel.ts).
const TELEMETRY_CLI_VERSION = (() => {
  try {
    const pkg = JSON.parse(fs.readFileSync(path.join(__dirname, "..", "package.json"), "utf8"));
    return String(pkg.version ?? "0.0.0");
  } catch {
    return "0.0.0";
  }
})();

const TELEMETRY_OTEL_INGEST_TOKEN = process.env.ARGENT_OTEL_INGEST_TOKEN ?? "";

const TELEMETRY_DEFINE = {
  ARGENT_CLI_VERSION: JSON.stringify(TELEMETRY_CLI_VERSION),
  ARGENT_OTEL_INGEST_TOKEN: JSON.stringify(TELEMETRY_OTEL_INGEST_TOKEN),
};

// esbuild on platform:"node" defaults mainFields to ["main","module"], which
// picks UMD entries that use runtime `require("./impl/...")`. Those requires
// can't be statically resolved during bundling and fail at runtime because
// the impl/ folder isn't shipped next to the bundle. Prefer "module" so we
// pick ESM entries with static imports that get fully inlined. Affects e.g.
// jsonc-parser, which ships both UMD (main) and ESM (module).
const MAIN_FIELDS = ["module", "main"];

// Banner injected into ESM bundles so any inlined CJS dependencies that rely on
// the CJS context work: `require()`, plus `__dirname`/`__filename` (e.g.
// @argent/native-devtools-ios resolves the simulator-server binary dir relative
// to `__dirname`, which is undefined in an ESM module without this shim). The
// shimmed values point at the bundle's own location, matching how the CJS
// tool-server bundle resolves them natively.
const ESM_REQUIRE_BANNER = {
  js:
    "import { createRequire as __createRequire } from 'node:module'; " +
    "import { fileURLToPath as __fileURLToPath } from 'node:url'; " +
    "import { dirname as __pathDirname } from 'node:path'; " +
    "const require = __createRequire(import.meta.url); " +
    "const __filename = __fileURLToPath(import.meta.url); " +
    "const __dirname = __pathDirname(__filename);",
};

// ── Asset source/destination paths ─────────────────────────────────────────
// Source layout mirrors what `scripts/download-simulator-server.sh` writes:
// platform-keyed subdirectories of bin/, each containing one simulator-server
// binary. ax-service is macOS-only (it spawns inside an iOS Simulator), so it
// only lives under darwin/.
const BIN_SRC_ROOT = path.resolve(WORKSPACE_ROOT, "packages/native-devtools-ios/bin");
const AX_BIN_SRC = path.resolve(BIN_SRC_ROOT, "darwin/ax-service");
// The tcp ax-service lives in a platform-NEUTRAL bin/tcp/ (not bin/darwin/tcp/):
// it is uploaded to the remote macOS orchestrator, so it must resolve from any
// host platform. Matches tcpBinDir() in native-devtools-ios/src/index.ts.
const AX_TCP_BIN_SRC = path.resolve(BIN_SRC_ROOT, "tcp/ax-service");
const BIN_DIR = path.resolve(__dirname, "../bin");
const AX_BIN_DEST = path.resolve(BIN_DIR, "darwin/ax-service");
const AX_TCP_BIN_DEST = path.resolve(BIN_DIR, "tcp/ax-service");
// tvOS control binaries. Both are macOS-only: tvos-ax-service runs inside an
// appletvsimulator, tvos-hid-daemon runs on the host. Unix-socket only.
const TVOS_AX_BIN_SRC = path.resolve(BIN_SRC_ROOT, "darwin/tvos-ax-service");
const TVOS_HID_BIN_SRC = path.resolve(BIN_SRC_ROOT, "darwin/tvos-hid-daemon");
const TVOS_AX_BIN_DEST = path.resolve(BIN_DIR, "darwin/tvos-ax-service");
const TVOS_HID_BIN_DEST = path.resolve(BIN_DIR, "darwin/tvos-hid-daemon");
// Host platform keys (see hostPlatformKey() in @argent/native-devtools-ios):
// darwin is a universal binary; Linux ships one single-arch ELF per key;
// win32 ships a PE `.exe` (named simulator-server.exe, not simulator-server).
const SUPPORTED_HOST_PLATFORMS = ["darwin", "linux", "linux-arm64", "win32"];
// The simulator-server file name per host key — extensionless everywhere
// except Windows, where it's a `.exe`.
const simulatorServerFileName = (platform) =>
  platform === "win32" ? "simulator-server.exe" : "simulator-server";
// Generated module pinning the Perfetto version that stamps the bundled
// trace_processor.wasm. esbuild inlines it into every bundle via the
// @argent/native-devtools-android alias.
const BUNDLED_META_DEST = path.resolve(
  WORKSPACE_ROOT,
  "packages/native-devtools-android/src/bundled-meta.ts"
);
const PERFETTO_VERSION_FILE = path.resolve(
  WORKSPACE_ROOT,
  "packages/argent-private/packages/native-devtools-android/PERFETTO_VERSION"
);
const DYLIBS_SRC = path.resolve(WORKSPACE_ROOT, "packages/native-devtools-ios/dylibs");
const DYLIBS_DEST = path.resolve(__dirname, "../dylibs");
const SKILLS_SRC = path.resolve(WORKSPACE_ROOT, "packages/skills/skills");
const SKILLS_DEST = path.resolve(__dirname, "../skills");
const RULES_SRC = path.resolve(WORKSPACE_ROOT, "packages/skills/rules");
const RULES_DEST = path.resolve(__dirname, "../rules");
const AGENTS_SRC = path.resolve(WORKSPACE_ROOT, "packages/skills/agents");
const AGENTS_DEST = path.resolve(__dirname, "../agents");
const QUERIES_SRC = path.resolve(WORKSPACE_ROOT, "packages/native-devtools-android/assets/queries");
const QUERIES_DEST = path.resolve(__dirname, "../assets/queries");
const TRACE_PROCESSOR_SRC = path.resolve(
  WORKSPACE_ROOT,
  "packages/native-devtools-android/assets/trace-processor"
);
const TRACE_PROCESSOR_DEST = path.resolve(__dirname, "../assets/trace-processor");
const ANDROID_PKG_DIR = path.resolve(WORKSPACE_ROOT, "packages/native-devtools-android");
const ANDROID_MANIFEST_SRC = path.join(ANDROID_PKG_DIR, "assets/manifest.json");
const ANDROID_MANIFEST_DEST = path.resolve(__dirname, "../assets/manifest.json");
const ANDROID_APK_SRC_DIR = path.join(ANDROID_PKG_DIR, "bin");
const UI_SRC = path.resolve(WORKSPACE_ROOT, "packages/ui/index.html");
const UI_DEST = path.resolve(__dirname, "../dist/preview-ui/index.html");
const UI_THEME_SRC = path.resolve(WORKSPACE_ROOT, "packages/ui/theme.css");
const UI_THEME_DEST = path.resolve(__dirname, "../dist/preview-ui/theme.css");
const TRACE_TEMPLATE_SRC = path.resolve(
  WORKSPACE_ROOT,
  "packages/tool-server/src/utils/ios-profiler/Argent.tracetemplate"
);
const TRACE_TEMPLATE_DEST = path.resolve(__dirname, "../assets/Argent.tracetemplate");
const TRACECFG_SRC = path.resolve(
  WORKSPACE_ROOT,
  "packages/native-devtools-android/assets/argent.tracecfg.pbtxt"
);
const TRACECFG_DEST = path.resolve(__dirname, "../assets/argent.tracecfg.pbtxt");

// ── Asset table ─────────────────────────────────────────────────────────────
// Declarative copy plan. Each entry is copied (or its absence reported) by
// copyAsset() below. `required: true` throws on a missing source; otherwise
// copyAsset warns and skips. The per-asset required/optional decision is the
// whole point of keeping this table explicit.
//
//   kind        "file" (copyFileSync) | "dir" (cpSync recursive)
//   src/dest    absolute source and destination paths
//   mode        optional chmod applied to the copied file
//   required    throw (true) vs warn (false) when src is missing
//   copiedLabel text after "✓ Copied " on success (count is prefixed if set)
//   missLabel   subject of the "<X> not found at …" miss message
//   countExt    count src entries ending in this ext, shown before copiedLabel
//   count       custom counter (src) => number, takes precedence over countExt
//   hint        extra guidance appended to the throw message (required assets)
/**
 * @typedef {Object} Asset
 * @property {"file"|"dir"} kind
 * @property {string} src
 * @property {string} dest
 * @property {boolean} required
 * @property {string} copiedLabel
 * @property {string} missLabel
 * @property {number} [mode]
 * @property {string} [countExt]
 * @property {(src: string) => number} [count]
 * @property {string} [hint]
 */
/** @type {Asset[]} */
const ASSETS = [
  // iOS ax-service binary (macOS-only — runs inside an iOS Simulator).
  {
    kind: "file",
    src: AX_BIN_SRC,
    dest: AX_BIN_DEST,
    mode: 0o755,
    required: false,
    copiedLabel: "ax-service binary",
    missLabel: "ax-service binary",
  },
  // iOS ax-service TCP variant. Best-effort: only present when the TCP transport was built.
  {
    kind: "file",
    src: AX_TCP_BIN_SRC,
    dest: AX_TCP_BIN_DEST,
    mode: 0o755,
    required: false,
    copiedLabel: "ax-service (tcp) binary",
    missLabel: "ax-service (tcp) binary",
  },
  // tvOS AX reader — spawned inside an appletvsimulator via simctl to read
  // the focus-engine accessibility tree. macOS-only, unix-socket transport.
  {
    kind: "file",
    src: TVOS_AX_BIN_SRC,
    dest: TVOS_AX_BIN_DEST,
    mode: 0o755,
    required: false,
    copiedLabel: "tvos-ax-service binary",
    missLabel: "tvos-ax-service binary",
  },
  // tvOS HID daemon — runs on the macOS host, injects Siri-remote HID events
  // into the simulator via SimulatorKit. macOS-only, unix-socket transport.
  {
    kind: "file",
    src: TVOS_HID_BIN_SRC,
    dest: TVOS_HID_BIN_DEST,
    mode: 0o755,
    required: false,
    copiedLabel: "tvos-hid-daemon binary",
    missLabel: "tvos-hid-daemon binary",
  },
  // Android host-side Perfetto trace processor: the third-party WASM engine
  // (trace_processor.wasm + emscripten glue + the EngineBase decoder + LICENSE).
  // wasm-trace-processor.ts resolves these via
  // `path.join(__dirname, "..", "assets", "trace-processor")` — in the bundled
  // tool-server.cjs that is `<pkg>/assets/trace-processor/`, i.e. this exact
  // destination. Not committed; fetched + sha256-verified at pack time by
  // scripts/download-trace-processor.sh, so this copy is purely local.
  {
    kind: "dir",
    src: TRACE_PROCESSOR_SRC,
    dest: TRACE_PROCESSOR_DEST,
    required: true,
    copiedLabel: "trace-processor WASM asset(s)",
    missLabel: "trace-processor WASM assets directory",
    hint: "Run: bash scripts/download-trace-processor.sh (fetches from argent-private-releases)",
  },
  // iOS native devtools dylibs so the packaged tool-server can inject them at runtime.
  {
    kind: "dir",
    src: DYLIBS_SRC,
    dest: DYLIBS_DEST,
    required: false,
    copiedLabel: "native dylib(s)",
    missLabel: "Native devtools dylibs",
    countExt: ".dylib",
  },
  // Android helper manifest.json. Required: helperManifest()/bundledHelperApkPath()
  // read it at runtime, and the version-stamped APK filename is derived from its
  // versionName (see the dedicated APK block after the copy loop).
  {
    kind: "file",
    src: ANDROID_MANIFEST_SRC,
    dest: ANDROID_MANIFEST_DEST,
    required: true,
    copiedLabel: "Android manifest",
    missLabel: "Android manifest",
    hint: "Run: bash scripts/download-native-binaries.sh (fetches from argent-private-releases)",
  },
  // Preview UI (@argent/ui) next to the bundled tool-server so that tool-server's
  // /preview/ endpoint can locate it via __dirname lookup. index.html AND its
  // externalised theme.css must both ship — a partial copy would 404
  // /preview/theme.css and serve an unstyled UI.
  {
    kind: "file",
    src: UI_SRC,
    dest: UI_DEST,
    required: false,
    copiedLabel: "preview UI",
    missLabel: "Preview UI",
  },
  {
    kind: "file",
    src: UI_THEME_SRC,
    dest: UI_THEME_DEST,
    required: false,
    copiedLabel: "preview UI theme.css",
    missLabel: "Preview UI theme.css",
  },
  // Argent.tracetemplate so native-profiler-start (iOS) can find it at runtime.
  {
    kind: "file",
    src: TRACE_TEMPLATE_SRC,
    dest: TRACE_TEMPLATE_DEST,
    required: false,
    copiedLabel: "Argent.tracetemplate",
    missLabel: "Argent.tracetemplate",
  },
  // argent.tracecfg.pbtxt so the Android profiler capture step can find it at
  // runtime. capture.ts resolves the path via @argent/native-devtools-android's
  // `traceConfigPath()`, which does
  // `path.join(__dirname, "..", "assets", "argent.tracecfg.pbtxt")` — in the
  // bundled tool-server.cjs that is `<pkg>/assets/argent.tracecfg.pbtxt`,
  // i.e. this exact destination.
  {
    kind: "file",
    src: TRACECFG_SRC,
    dest: TRACECFG_DEST,
    required: true,
    copiedLabel: "argent.tracecfg.pbtxt",
    missLabel: "argent.tracecfg.pbtxt",
    hint: "This file is required for Android native profiling.",
  },
  // Android profiler SQL queries. run-tp.ts resolves QUERY_DIR via
  // `path.join(__dirname, "..", "assets", "queries")` — in the bundled
  // tool-server.cjs that is `<pkg>/assets/queries/`, i.e. this exact destination.
  {
    kind: "dir",
    src: QUERIES_SRC,
    dest: QUERIES_DEST,
    required: true,
    copiedLabel: "SQL queries",
    missLabel: "Android profiler queries directory",
    countExt: ".sql",
    hint: "This directory is required for native-profiler-analyze on Android.",
  },
  // Skills shipped on npm. Mirrors the full directory structure from
  // packages/skills/skills/ (e.g. metro-debugger/SKILL.md,
  // metro-debugger/references/source-maps.md, …).
  {
    kind: "dir",
    src: SKILLS_SRC,
    dest: SKILLS_DEST,
    required: false,
    copiedLabel: "skill(s)",
    missLabel: "Skills source",
    count: (src) =>
      fs.readdirSync(src, { withFileTypes: true }).filter((e) => e.isDirectory()).length,
  },
  // Rules shipped on npm.
  {
    kind: "dir",
    src: RULES_SRC,
    dest: RULES_DEST,
    required: false,
    copiedLabel: "rule(s)",
    missLabel: "Rules source",
    countExt: ".md",
  },
  // Agents shipped on npm.
  {
    kind: "dir",
    src: AGENTS_SRC,
    dest: AGENTS_DEST,
    required: false,
    copiedLabel: "agent(s)",
    missLabel: "Agents source",
    count: (src) =>
      fs
        .readdirSync(src, { withFileTypes: true })
        .filter((e) => e.isFile() && e.name.endsWith(".md")).length,
  },
];

/**
 * Bundle a single entry point with esbuild and log the result.
 * @param {{ entry: string, out: string, format: "cjs" | "esm", label: string, external?: string[] }} opts
 */
function buildBundle({ entry, out, format, label, external = [] }) {
  esbuild.buildSync({
    entryPoints: [entry],
    bundle: true,
    platform: "node",
    target: "node22",
    format,
    outfile: out,
    alias: ALIASES,
    mainFields: MAIN_FIELDS,
    define: TELEMETRY_DEFINE,
    // ESM bundles need the require() shim (for inlined CJS deps) and must keep
    // node: builtins external; CJS bundles only externalise what the caller
    // passes (e.g. `electron`, or tree-sitter's native addons — see the
    // tools-server call site).
    ...(format === "esm"
      ? { banner: ESM_REQUIRE_BANNER, external: [...new Set(["node:*", ...external])] }
      : external.length > 0
        ? { external }
        : {}),
  });
  console.log(`✓ Bundled ${label} → ${path.relative(process.cwd(), out)}`);
}

/**
 * Resolve the count shown in the success line, or null when the asset isn't
 * counted (`count` takes precedence over `countExt`).
 * @param {Asset} a
 * @returns {number | null}
 */
function assetCount(a) {
  if (a.count) return a.count(a.src);
  if (a.countExt) {
    const ext = a.countExt;
    return fs.readdirSync(a.src).filter((f) => f.endsWith(ext)).length;
  }
  return null;
}

/**
 * Copy one ASSETS entry, throwing or warning per its `required` flag.
 * @param {Asset} a
 */
function copyAsset(a) {
  if (!fs.existsSync(a.src)) {
    if (a.required) {
      throw new Error(`${a.missLabel} not found at ${a.src}.` + (a.hint ? `\n${a.hint}` : ""));
    }
    console.warn(`⚠ ${a.missLabel} not found at ${a.src} — skipping copy`);
    return;
  }

  if (a.kind === "dir") {
    fs.cpSync(a.src, a.dest, { recursive: true });
  } else {
    fs.mkdirSync(path.dirname(a.dest), { recursive: true });
    fs.copyFileSync(a.src, a.dest);
  }
  if (a.mode != null) fs.chmodSync(a.dest, a.mode);

  const rel = path.relative(process.cwd(), a.dest);
  const count = assetCount(a);
  if (count != null) {
    console.log(`✓ Copied ${count} ${a.copiedLabel} → ${rel}`);
  } else {
    console.log(`✓ Copied ${a.copiedLabel} → ${rel}`);
  }
}

/**
 * Read the pinned Perfetto version from argent-private's PERFETTO_VERSION (the
 * same file CI builds the engine against), falling back to the committed
 * constant in bundled-meta.ts when the submodule isn't checked out (dev/source
 * builds). Stamps the bundled trace_processor.wasm so the marker and the engine
 * always agree.
 */
function readPerfettoVersion() {
  try {
    const v = fs.readFileSync(PERFETTO_VERSION_FILE, "utf8").trim();
    if (v) return v;
  } catch {
    /* submodule absent — fall through to committed constant */
  }
  try {
    const existing = fs.readFileSync(BUNDLED_META_DEST, "utf8");
    const m = existing.match(/PERFETTO_VERSION\s*=\s*"([^"]+)"/);
    if (m) return m[1];
  } catch {
    /* committed file missing — final fallback below */
  }
  return "v55.3";
}

/**
 * Regenerate bundled-meta.ts so it pins the Perfetto version that stamps the
 * bundled trace_processor.wasm. The version comes from argent-private's
 * PERFETTO_VERSION (or the committed fallback). Since the engine is now a single
 * cross-platform WASM artifact, there is no per-platform marker to emit.
 */
function generateBundledMeta() {
  const version = readPerfettoVersion();
  const content = `// GENERATED at pack time by packages/argent/scripts/bundle-tools.cjs.
//
// Committed with a sane fallback value so dev / source builds (and the
// submodule-less checkout) still compile; the pack step overwrites this file
// with the Perfetto version pinned in argent-private's PERFETTO_VERSION. esbuild
// inlines it into every published bundle. The trace-processor engine is now a
// single cross-platform WASM artifact (no per-platform binary), fetched +
// sha256-verified at pack time, so this version is purely informational — it
// stamps the bundled \`trace_processor.wasm\` — and JS<->engine version skew is
// structurally impossible.

export const PERFETTO_VERSION = "${version}";
`;
  fs.writeFileSync(BUNDLED_META_DEST, content);
  console.log(`✓ Generated bundled-meta.ts (perfetto=${version})`);
}

// Generate the bundled marker BEFORE esbuild runs, so the constants get inlined
// into tool-server.cjs / installer.mjs / etc.
generateBundledMeta();

// Purge artifact directories so stale files don't survive across builds. Derived
// from the table (every dir-kind destination, plus BIN_DIR) so it can't drift.
const PURGE_DIRS = [BIN_DIR, ...ASSETS.filter((a) => a.kind === "dir").map((a) => a.dest)];
for (const dir of PURGE_DIRS) {
  fs.rmSync(dir, { recursive: true, force: true });
  fs.mkdirSync(dir, { recursive: true });
}

// Copy the hand-written `argent-simulator-server` dispatcher into bin/.
// It's the file npm's `bin` field publishes; its job is to pick the right
// per-platform binary at invocation time. Source lives in scripts/ so it
// isn't entangled with the gitignored bundle output under bin/.
const DISPATCHER_SRC = path.resolve(__dirname, "argent-simulator-server.cjs");
const DISPATCHER_DEST = path.resolve(BIN_DIR, "argent-simulator-server.cjs");
fs.copyFileSync(DISPATCHER_SRC, DISPATCHER_DEST);
fs.chmodSync(DISPATCHER_DEST, 0o755);

// The Android manifest lives outside PURGE_DIRS (it's a single file under
// assets/), so remove it explicitly so a stale manifest can't fool
// helperManifest() into pointing at an APK that's no longer present.
// The APK itself goes into BIN_DIR which is already fully purged above.
fs.rmSync(ANDROID_MANIFEST_DEST, { force: true });

// Ensure dist/ exists
fs.mkdirSync(path.dirname(OUT_FILE), { recursive: true });

// Bundle the tools server (CJS — the dispatcher loads it via require()).
//
// tree-sitter / tree-sitter-typescript are native addons (.node) that esbuild
// cannot inline; keep them external so the bundle `require()`s them at runtime
// from the published package's own dependencies (see package.json).
//
// `electron` MUST stay external too. It is a runtime dependency of
// @swmansion/argent (npm installs it into node_modules/electron). If esbuild
// inlines electron's index.js into this bundle, electron's binary-path lookup
// runs with __dirname = <install>/dist (no path.txt there) and throws
// "Electron failed to install correctly" at eval time. That throw is swallowed
// by preview-window.ts's try/catch, so the variant-selection window silently
// never opens. Keeping it external means the runtime `require("electron")` in
// preview-window.ts resolves against the real node_modules/electron with an
// intact __dirname. (The preview-window bundle below externalises it too.)
//
// `@fails-components/webtransport` and its http3-quiche transport ship native
// addons (quiche, prebuilt .node binaries) that can't be inlined either. They
// are declared in @swmansion/argent's dependencies so npm installs them
// alongside the package; keep them external so the bundle resolves them from
// node_modules/ at runtime.
//
// `dtrace-provider` MUST stay external. It is an OPTIONAL dependency of bunyan
// (the tool-server event-log logger). bunyan loads it defensively as
// `require('dtrace-provider' + '')` wrapped in try/catch — the `+ ''` is a
// deliberate trick to hide the module from bundlers, and a failed require just
// disables the (unused) DTrace USDT probes. esbuild constant-folds that string
// back to a literal, defeating the trick, and then chokes on dtrace-provider's
// own dynamic native binding require (`require('./src/build/'+build+'/…')`).
// Keeping it external restores bunyan's intent: the published package never
// declares dtrace-provider, so the runtime require misses and bunyan's
// try/catch nulls it out — no DTrace probes, no functional impact.
buildBundle({
  entry: TOOLS_ENTRY,
  out: OUT_FILE,
  format: "cjs",
  label: "tools server",
  external: [
    "tree-sitter",
    "tree-sitter-typescript",
    "electron",
    "@fails-components/webtransport",
    "@fails-components/webtransport-transport-http3-quiche",
    "dtrace-provider",
  ],
});

// The remaining bundles are ESM so that:
//   - installer: import.meta.dirname works at runtime (the dispatcher
//     lazy-imports it, so its workspace dep needn't resolve in the published pkg);
//   - MCP server: the @modelcontextprotocol/sdk ESM export paths resolve;
//   - CLI commands: the tools/run/server subcommands share the same toolchain.
const ESM_BUNDLES = [
  { entry: INSTALLER_ENTRY, out: INSTALLER_OUT_FILE, label: "installer" },
  { entry: MCP_ENTRY, out: MCP_OUT_FILE, label: "MCP server" },
  // node-pty is a native addon `argent lens` loads at runtime (the agent PTY
  // proxy). esbuild can't inline a .node, so keep it external — the CLI bundle
  // `require()`s it from the published package's optional dependency. Absent
  // install → loadNodePty() returns null → lens falls back to a new window.
  { entry: CLI_ENTRY, out: CLI_OUT_FILE, label: "CLI commands", external: ["node-pty"] },
];
for (const b of ESM_BUNDLES) {
  buildBundle({ ...b, format: "esm" });
}

// Copy all declared assets.
for (const a of ASSETS) {
  copyAsset(a);
}

// Bundle the Electron preview-window main entrypoint. CJS, with `electron`
// externalised — the dependency is declared on @swmansion/argent so npm
// installs it alongside, and the spawn helper in tool-server's
// preview-window.ts resolves the executable via `require("electron")`.
// The bundled main.cjs lives next to the tool-server bundle so the same
// helper can find it via `path.join(__dirname, "preview-window", "main.cjs")`
// without needing @argent/preview-window to be a published sibling pkg.
fs.mkdirSync(path.dirname(PREVIEW_WINDOW_OUT_FILE), { recursive: true });
buildBundle({
  entry: PREVIEW_WINDOW_ENTRY,
  out: PREVIEW_WINDOW_OUT_FILE,
  format: "cjs",
  label: "preview-window main",
  external: ["electron", "node:*"],
});

// Copy simulator-server for every supported host platform that's present in
// the staging area. Require the darwin binary only when bundling ON darwin
// (the publish pipeline) — a Linux contributor running `npm run pack` locally
// can't produce the macOS binary, so don't block them on its absence.
for (const platform of SUPPORTED_HOST_PLATFORMS) {
  const binaryFile = simulatorServerFileName(platform);
  const src = path.join(BIN_SRC_ROOT, platform, binaryFile);
  const destDir = path.join(BIN_DIR, platform);
  const dest = path.join(destDir, binaryFile);
  if (fs.existsSync(src)) {
    fs.mkdirSync(destDir, { recursive: true });
    fs.copyFileSync(src, dest);
    fs.chmodSync(dest, 0o755);
    console.log(`✓ Copied simulator-server (${platform}) → ${path.relative(process.cwd(), dest)}`);
    // Ship the screen-sharing agent resources (jar + per-ABI .so) that the
    // `android_device` controller pushes to a connected phone. They sit at
    // <platform>/resources/android/ next to the binary (the simulator-server
    // resolves them relative to its working directory, which the spawn sets to
    // its own platform dir). download-simulator-server.sh extracts them there;
    // optional because physical-device support degrades gracefully without them.
    const resourcesSrc = path.join(BIN_SRC_ROOT, platform, "resources");
    if (fs.existsSync(resourcesSrc)) {
      const resourcesDest = path.join(destDir, "resources");
      fs.cpSync(resourcesSrc, resourcesDest, { recursive: true });
      console.log(
        `✓ Copied screen-sharing agent resources (${platform}) → ${path.relative(process.cwd(), resourcesDest)}`
      );
    }
  } else if (platform === "darwin" && process.platform === "darwin") {
    throw new Error(
      `simulator-server binary not found at ${src}.\n` +
        `Run: bash scripts/download-simulator-server.sh`
    );
  } else {
    console.warn(`⚠ simulator-server (${platform}) not found at ${src} — skipping`);
  }
}

// Copy the Android helper APK into bin/ (the only Android native artifact left —
// the trace processor now ships as WASM under assets/trace-processor/). Runs
// after the copy loop, so dropping into the already-purged-and-repopulated
// BIN_DIR is safe. Its filename is version-stamped from manifest.json's
// versionName (see bundledHelperApkPath()); the APK is required at runtime, so a
// missing one throws.
const manifest = JSON.parse(fs.readFileSync(ANDROID_MANIFEST_SRC, "utf8"));
const apkName = `argent-android-devtools-${manifest.versionName}.apk`;
const apkSrc = path.join(ANDROID_APK_SRC_DIR, apkName);
if (fs.existsSync(apkSrc)) {
  fs.copyFileSync(apkSrc, path.join(BIN_DIR, apkName));
  console.log(`✓ Copied Android helper APK → ${path.relative(process.cwd(), BIN_DIR)}/${apkName}`);
} else {
  throw new Error(
    `Android helper APK not found at ${apkSrc}.\n` +
      `Run: bash scripts/download-native-binaries.sh (fetches from argent-private-releases)\n` +
      `or: bash packages/native-devtools-android/scripts/build.sh`
  );
}