@juspay/neurolink/dist/proxy/proxyPaths.js

The pipe layer of an AI nervous system: one interface connecting provider neurons to your application, across three inference types — generate, stream and decide. `decide` returns typed, calibrated judgements from a non-generative model (~400ms, ~$0.00002

/**
 * Proxy file path resolver.
 *
 * In normal mode, all paths resolve under ~/.neurolink/.
 * In dev mode (--dev), writable paths resolve under <cwd>/.neurolink-dev/
 * so a local dev proxy never touches the global proxy's state.
 *
 * Read-only paths (like .env) always point to the global location
 * since credentials must be shared.
 *
 * NOTE: Claude Code header snapshots (~/.neurolink/header-snapshots/) are
 * not redirected in dev mode. They are only written when a real Claude Code
 * client connects, which typically does not happen during dev testing.
 */
import { homedir } from "node:os";
import { join } from "node:path";
/**
 * The state files, named once.
 *
 * Each name used to appear three times — dev branch, home branch, and the
 * resolver's fallback — which is three places to keep in step and two chances
 * to write a dev proxy's state into the global directory.
 */
const FILE_NAMES = {
    quota: "account-quotas.json",
    cooldown: "account-cooldowns.json",
    stats: "proxy-usage-stats.json",
    grants: "proxy-grants.json",
    ledger: "proxy-share-ledger.json",
    peers: "proxy-peers.json",
    residentGrants: "proxy-resident-grants.json",
    shareAudit: "proxy-share-audit.json",
    provisioning: "proxy-share-provisioning.json",
    receipts: "proxy-share-receipts.json",
    notes: "proxy-share-notes.json",
};
export function resolveProxyPaths(dev) {
    const base = dev
        ? join(process.cwd(), ".neurolink-dev")
        : join(homedir(), ".neurolink");
    return {
        stateDir: base,
        logsDir: join(base, "logs"),
        quotaFile: join(base, FILE_NAMES.quota),
        cooldownFile: join(base, FILE_NAMES.cooldown),
        statsFile: join(base, FILE_NAMES.stats),
        grantsFile: join(base, FILE_NAMES.grants),
        ledgerFile: join(base, FILE_NAMES.ledger),
        peersFile: join(base, FILE_NAMES.peers),
        isDev: dev,
    };
}
export function resolveProxyUsageStatsPath(paths) {
    return paths.statsFile ?? join(paths.stateDir, FILE_NAMES.stats);
}
export function resolveProxyGrantsPath(paths) {
    return paths.grantsFile ?? join(paths.stateDir, FILE_NAMES.grants);
}
export function resolveProxyLedgerPath(paths) {
    return paths.ledgerFile ?? join(paths.stateDir, FILE_NAMES.ledger);
}
export function resolveProxyPeersPath(paths) {
    return paths.peersFile ?? join(paths.stateDir, FILE_NAMES.peers);
}
export function resolveProxyResidentGrantsPath(paths) {
    return join(paths.stateDir, FILE_NAMES.residentGrants);
}
export function resolveProxyShareAuditPath(paths) {
    return join(paths.stateDir, FILE_NAMES.shareAudit);
}
export function resolveProxyProvisioningPath(paths) {
    return join(paths.stateDir, FILE_NAMES.provisioning);
}
export function resolveProxyReceiptsPath(paths) {
    return join(paths.stateDir, FILE_NAMES.receipts);
}
export function resolveProxyNotesPath(paths) {
    return join(paths.stateDir, FILE_NAMES.notes);
}