'use strict';

//

// Programmatic / embedded SDK entry for @colbymchenry/codegraph (issue #354).

//

// The CLI/MCP `bin` (npm-shim.js) execs the per-platform bundle's OWN Node 24 so

// the tool never depends on the user's runtime. Embedded library consumers are

// the opposite case: they already run their own Node and just want the compiled

// API — `require("@colbymchenry/codegraph")` returning the CodeGraph class et al.

//

// The compiled library + its production dependencies (web-tree-sitter,

// tree-sitter-wasms, …) ship INSIDE the per-platform bundle, at

// @colbymchenry/codegraph-<platform>-<arch>/lib/dist/index.js

// (with the deps in the sibling lib/node_modules). Re-exporting that bundle keeps

// the main package thin — no second 50 MB copy of the grammars — while making the

// SDK work in the consumer's process. Types are a separate concern: the main

// package ships its own dist/**/*.d.ts tree (pointed at by `types`), built from

// the same release so it can never skew from the runtime it re-exports.

//

// node:sqlite (Node >= 22.5) is required to OPEN a graph, but only lazily inside

// the SQLite adapter — so loading this module is safe on older Node, and the

// node:sqlite requirement surfaces with an actionable error only when a DB is

// actually opened. Heavy extraction additionally wants the bundled launcher's

// --liftoff-only flag (the WASM Zone-OOM guard, issues #293/#298); an embedded

// host that drives large indexing should pass that flag to its own Node.

var path = require('path');

var os = require('os');

var fs = require('fs');

var target = process.platform + '-' + process.arch; // e.g. darwin-arm64, linux-x64

var pkg = '@colbymchenry/codegraph-' + target;

module.exports = require(resolveLibrary());

// Locate the compiled library entry inside the installed per-platform bundle.

// Throws an actionable error (rather than a bare MODULE_NOT_FOUND) when no bundle

// is present, so an embedded consumer knows exactly what to install.

function resolveLibrary() {

// 1) The npm-installed optional dependency — the normal case.

try {

return require.resolve(pkg + '/lib/dist/index.js');

} catch (e) {

/* fall through to the self-healed cache */

}

// 2) A bundle the CLI shim self-healed from GitHub Releases into the cache

// (issue #303). Same node/lib/bin layout as the npm package. We only REUSE a

// cached bundle here — unlike the CLI shim we never trigger a network

// download from inside require(), which must stay synchronous and cheap.

var cached = cachedLibrary();

if (cached) return cached;

throw new Error(

'codegraph: the programmatic API is unavailable because the platform bundle\n' +

'(' + pkg + ') is not installed.\n' +

'The compiled library ships inside that per-platform optional dependency.\n' +

'Fixes:\n' +

' - install from the official npm registry so the matching bundle is fetched:\n' +

' npm i @colbymchenry/codegraph --registry=https://registry.npmjs.org\n' +

' - or run the CLI once (e.g. `npx @colbymchenry/codegraph status`) to\n' +

' self-heal the bundle into ~/.codegraph, then require() will find it.'

);

}

function cachedLibrary() {

try {

var version = require(path.join(__dirname, 'package.json')).version;

var base = process.env.CODEGRAPH_INSTALL_DIR || path.join(os.homedir(), '.codegraph');

var lib = path.join(base, 'bundles', target + '-' + version, 'lib', 'dist', 'index.js');

if (fs.existsSync(lib)) return lib;

} catch (e) {

/* no readable cache → caller reports the install guidance */

}

return null;

}