@essentialai/cogent-bridge/dist/bin/cogent-codex.js

Cogent Bridge — cross-agent comms for Claude Code, OpenAI Codex and Slack. Codex users: install with `curl -fsSL https://cogent.tools/install.sh | sh`, then start with `cogent-codex` for real-time peer wake.

#!/usr/bin/env node
/**
 * cogent-codex — launch codex with Cogent real-time peer wake, ZERO setup.
 *
 * WHY: codex >=0.145 has a single-writer thread-store. A codex started the normal
 * way holds an exclusive writer on its thread, so the bridge's real-time wake
 * (`codex exec resume`) fails `-32600 active writer`. Launched through this wrapper,
 * codex instead attaches to a shared app-server DAEMON (`--remote`); the daemon is
 * the single writer, and the bridge injects the peer's message as a turn through
 * that same daemon — no conflict.
 *
 * The ONLY user step is running `cogent-codex` instead of `codex`. This wrapper
 * self-bootstraps everything else, no exports / config / paths / system commands:
 *   1. ensures codex's managed build (the daemon needs it) — installing it on first
 *      run with a single Y/n confirmation if it is missing;
 *   2. ensures the app-server daemon (idempotent);
 *   3. execs `codex --remote unix://<sock> -C <this dir>` with your args passed through
*      (the `-C` pins the working root to where you launched — the shared daemon's own
*      cwd must never leak in; see buildRemoteArgs).
 * The bridge then AUTO-DETECTS the app-server rail from its process ancestry (in
 * `--remote` mode the daemon, not the codex TUI, spawns the plugin MCP) — so
 * real-time wake needs NO env flag or config. If any of the above can't happen
 * (managed build declined/unavailable, non-interactive shell), it launches plain
 * codex on the default turn-boundary rail — never an error, never a manual step.
 *
 * The daemon lifecycle is the SAME code the bridge uses at wake time (ensureDaemon
 * in services/codex-app-server.ts) — one source of truth.
 *
 * NOTE (platforms): attaches over the daemon's unix socket (`unix://…`), covering
 * macOS + Linux. Windows (loopback `ws://…`) is not yet wired here.
 */
import { spawn, spawnSync } from "node:child_process";
import { realpathSync } from "node:fs";
import { readFile } from "node:fs/promises";
import { createInterface } from "node:readline";
import { pathToFileURL } from "node:url";
import { loadConfig, getConfig } from "../config.js";
import { ensureDaemon, resetDaemonCache } from "../services/codex-app-server.js";
import { detectCodexCogentServerCollision, codexConfigPath, } from "../services/codex-preflight.js";
function log(msg) {
    process.stderr.write(`[cogent-codex] ${msg}\n`);
}
/**
 * Loud launch-time guard: a standalone [mcp_servers.cogent] in ~/.codex/config.toml
 * collides by name with the cogent@cogent plugin's own `cogent` MCP server, which
 * breaks codex MCP startup ("connection closed: initialize response"). Warn before
 * we hand off to codex so the user sees it. Never throws.
 */
async function warnOnServerCollision() {
    const cfgPath = codexConfigPath();
    try {
        const text = await readFile(cfgPath, "utf8");
        if (!detectCodexCogentServerCollision(text))
            return;
    }
    catch {
        return; // no readable config → nothing to collide
    }
    log("──────────────────────────────────────────────────────────────");
    log("⚠️  NAME COLLISION: a standalone [mcp_servers.cogent] exists in");
    log(`    ${cfgPath}`);
    log("    It shares the name `cogent` with the cogent@cogent plugin's MCP");
    log("    server — Codex can fail MCP startup. Remove that [mcp_servers.cogent]");
    log("    block; the plugin already provides the cogent tools. Launching anyway…");
    log("──────────────────────────────────────────────────────────────");
}
/** Whether an ensureDaemon() error is the "managed codex build missing" case. */
export function isManagedCodexMissing(err) {
    return /MANAGED_CODEX_REQUIRED/.test(err?.message ?? String(err));
}
/**
 * One-time Y/n confirmation (default Yes). Returns false with no prompt when stdin
 * is not a TTY — a non-interactive shell can't answer, so the caller falls back to
 * turn-boundary rather than hang or assume consent.
 */
async function confirmYes(question) {
    if (!process.stdin.isTTY)
        return false;
    const rl = createInterface({ input: process.stdin, output: process.stderr });
    try {
        const answer = await new Promise((resolve) => rl.question(question, resolve));
        const a = answer.trim().toLowerCase();
        return a === "" || a === "y" || a === "yes";
    }
    finally {
        rl.close();
    }
}
/** Install codex's managed build via the official installer. Returns success. */
function installManagedCodex() {
    log("setting up real-time wake — installing codex's managed build (one-time)…");
    const res = spawnSync("sh", ["-c", "curl -fsSL https://chatgpt.com/codex/install.sh | sh"], {
        stdio: "inherit",
    });
    if (res.status === 0) {
        log("managed codex installed.");
        return true;
    }
    log(`managed-codex install did not complete (exit ${res.status ?? "?"}).`);
    return false;
}
/**
 * codex subcommands that are NOT an interactive TUI session. The app-server rail
 * (`--remote`) exists to make a HUMAN's interactive session answer peers in real time, so
 * these must be handed to codex **untouched**: they are headless (`exec`, `review`),
 * local config/utility (`login`, `mcp`, `plugin`, `doctor`, `update`, `completion`,
 * `apply`, `sandbox`, `debug`, session admin), or a server in their own right
 * (`mcp-server`, `app-server`, `remote-control`) — attaching them to the daemon is at best
 * pointless and at worst wrong. `agents` already talks to the daemon itself.
 * (`resume` is deliberately ABSENT: it opens an interactive TUI, so it SHOULD get the rail.)
 */
const NON_TUI_SUBCOMMANDS = new Set([
    "exec", "e", "review", "login", "logout", "mcp", "plugin", "mcp-server", "app-server",
    "remote-control", "completion", "update", "doctor", "sandbox", "debug", "apply", "a",
    "queue", "archive", "delete", "unarchive", "migrate-rollouts", "agents",
]);
/** Top-level flags that just print and exit — never worth starting a daemon for. */
const PRINT_AND_EXIT_FLAGS = new Set(["--help", "-h", "--version", "-V"]);
/**
 * Should this invocation get the app-server (real-time wake) rail?
 *
 * `cogent-codex` is a full encapsulation of `codex`: ANY codex command works through it.
 * Only an interactive TUI session benefits from the daemon, so:
 *   - `cogent-codex` / `cogent-codex "prompt"` / `cogent-codex resume <id> …` → rail ON
 *   - `cogent-codex exec …` / `login` / `plugin add …` / `--help` → passed through as-is,
 *     and we do NOT even start the daemon.
 * Everything after a `--` separator is the user's payload, never a subcommand.
 */
export function wantsDaemonRail(passthrough) {
    for (const a of passthrough) {
        if (a === "--")
            break;
        if (PRINT_AND_EXIT_FLAGS.has(a))
            return false;
        if (!a.startsWith("-") && NON_TUI_SUBCOMMANDS.has(a))
            return false;
    }
    return true;
}
/**
 * Build the `codex --remote` argv, pinning the working root to THIS launch directory.
 *
 * WHY (critical): the app-server daemon is a shared, machine-wide singleton rooted at
 * whatever directory it FIRST started in. A plain `codex --remote` TUI inherits the
 * DAEMON's cwd — so launching cogent-codex from project B, while the daemon started in
 * project A, would run codex against project A's files (wrong, and unsafe). codex's
 * global `-C, --cd <DIR>` sets the working root per-session (verified: `--remote -C /x`
 * roots the conversation at /x regardless of the daemon's cwd), so we pin it to the
 * caller's cwd. A user-supplied `-C`/`--cd` always wins (we don't add ours).
 */
export function buildRemoteArgs(sock, passthrough, cwd) {
    // Only args BEFORE a `--` are flags; after it they are the user's payload.
    const flags = passthrough.slice(0, passthrough.indexOf("--") === -1 ? undefined : passthrough.indexOf("--"));
    const userSetCwd = flags.some((a) => a === "-C" || a.startsWith("-C") || a === "--cd" || a.startsWith("--cd="));
    const cwdArgs = userSetCwd ? [] : ["-C", cwd];
    // `--remote` + `-C` are global flags and must precede any subcommand (e.g. `resume`),
    // which is why they are prepended rather than appended.
    return ["--remote", `unix://${sock}`, ...cwdArgs, ...passthrough];
}
/** Spawn codex with the given args, inherit the terminal, propagate its exit code. */
function handOff(codexBin, args) {
    const child = spawn(codexBin, args, { stdio: "inherit" });
    child.on("exit", (code, signal) => {
        if (signal)
            process.kill(process.pid, signal);
        else
            process.exit(code ?? 0);
    });
    child.on("error", (err) => {
        log(`failed to launch '${codexBin}': ${err.message}`);
        process.exit(127);
    });
}
/**
 * Resolve the app-server socket, self-bootstrapping the managed codex build if it's
 * missing (one Y/n). Returns the socket, or null to launch plain codex (turn-boundary).
 */
async function resolveDaemonSock() {
    try {
        return await ensureDaemon();
    }
    catch (err) {
        if (isManagedCodexMissing(err)) {
            const ok = await confirmYes("[cogent-codex] Real-time peer wake needs codex's managed build (one-time install). Install it now? [Y/n] ");
            if (ok && installManagedCodex()) {
                resetDaemonCache();
                try {
                    return await ensureDaemon();
                }
                catch (retryErr) {
                    log(`daemon still unavailable after install (${retryErr?.message ?? retryErr}).`);
                    return null;
                }
            }
            log("skipped — launching on the default rail; peers reach you at your next turn.");
            return null;
        }
        log(`app-server daemon unavailable (${err?.message ?? err}); launching plain codex.`);
        return null;
    }
}
async function main() {
    loadConfig(process.env);
    const codexBin = getConfig().COGENT_CODEX_PATH;
    const passthrough = process.argv.slice(2);
    // FULL ENCAPSULATION: any codex command runs through cogent-codex. Non-interactive ones
    // (exec/login/plugin/mcp/--help/…) go straight to codex untouched — no injected flags and
    // no daemon started (starting one just to print --help would be absurd).
    if (!wantsDaemonRail(passthrough)) {
        handOff(codexBin, passthrough);
        return;
    }
    await warnOnServerCollision();
    const sock = await resolveDaemonSock();
    if (sock) {
        log("real-time peer wake ON.");
        // Pin the working root to THIS dir — the shared daemon's cwd must NOT leak in. See
        // buildRemoteArgs.
        handOff(codexBin, buildRemoteArgs(sock, passthrough, process.cwd()));
    }
    else {
        handOff(codexBin, passthrough);
    }
}
/**
 * Is this module being run as a CLI (rather than imported by a test)?
 *
 * 🔴 MUST compare REALPATHS. npm installs `cogent-codex` as a SYMLINK in its bin dir, so when a
 * user runs it `process.argv[1]` is the link (…/bin/cogent-codex) while `import.meta.url` is the
 * real file (…/dist/bin/cogent-codex.js). Comparing them directly is always false through a
 * symlink, so `main()` never ran: the command printed nothing, exited 0, and returned the user
 * straight to a fresh prompt — the entire codex real-time-wake feature was dark for every
 * npm-installed user while running the file directly (how it was always tested) worked fine.
 */
function invokedAsCli() {
    const argv1 = process.argv[1];
    if (!argv1)
        return false;
    try {
        return import.meta.url === pathToFileURL(realpathSync(argv1)).href;
    }
    catch {
        return import.meta.url === pathToFileURL(argv1).href; // unreadable path → best effort
    }
}
if (invokedAsCli()) {
    main().catch((err) => {
        log(`fatal: ${err?.message ?? err}`);
        process.exit(1);
    });
}
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