@amerilux/netsuite-wrapper

Instrumented wrappers around high-value NetSuite SuiteScript modules.

Instead of importing directly from N/record, N/query, or N/search, your project imports the wrapper modules and binds a telemetry sink once per script boundary. The wrapper produces structured events for every wrapped operation; you decide what to do with them.

The package ships build-tool integrations for webpack, Rollup, Vite, and plain tsc AMD emit so the rewrite from N/* to wrapper modules happens automatically at build time — your source code keeps using normal N/* imports.

Why

SuiteScript's native N/* modules give you no visibility into how long calls take, how often they run, or which scripts triggered them. This package wraps high-traffic entry points (record load/save, query/search execution, outbound HTTPS, task lifecycle, etc.) and emits a structured event for each call. Plug those events into your own telemetry pipeline — or use the bundled performance-tracker integration that writes to the customrecord_ptrk_exec_span custom record schema.

The wrapper is intentionally generic: it owns the event shape, you own the sink.

Install

npm install @amerilux/netsuite-wrapper

Wrapped modules

Each wrapper is a drop-in replacement for the corresponding N/* module — the public API matches the SuiteScript surface; instrumentation is layered underneath.

| Wrapper entry | Replaces | Instruments | | --- | --- | --- | | @amerilux/netsuite-wrapper/record | N/record | load, save, create, delete, transform, copy, submitFields, attach, detach | | @amerilux/netsuite-wrapper/query | N/query | run, runPaged, runSuiteQL, runSuiteQLPaged | | @amerilux/netsuite-wrapper/search | N/search | create, load, lookupFields, run, runPaged, global search | | @amerilux/netsuite-wrapper/https | N/https | get, post, put, delete, request, requestRestlet, requestSuitelet, requestSuiteTalkRest | | @amerilux/netsuite-wrapper/url | N/url | format, resolveDomain, resolveRecord, resolveScript, resolveTaskLink | | @amerilux/netsuite-wrapper/runtime | N/runtime | getCurrentScript, getCurrentSession, getCurrentUser, isFeatureInEffect | | @amerilux/netsuite-wrapper/task | N/task | create, submit, addInboundDependency, checkStatus | | @amerilux/netsuite-wrapper/log | N/log | audit, debug, error, emergency |

https and url are true wrappers (not pass-throughs) — they re-export the rest of the SuiteScript surface unchanged.

Usage shape

import * as record from '@amerilux/netsuite-wrapper/record';
import { withWrapperTelemetrySink } from '@amerilux/netsuite-wrapper';

withWrapperTelemetrySink(mySink, () => {
    const salesOrder = record.load({
        type: record.Type.SALES_ORDER,
        id: 123,
    });
});

The package does not force a telemetry backend. It exposes a sink contract (see src/telemetry.ts) so projects can plug in their own implementation, or use the bundled performance-tracker integration.

Build integration

Source code keeps using normal N/* imports. The build helpers rewrite supported N/* imports to wrapper modules and leave the rest external for NetSuite's runtime to resolve.

Pick the guide for your builder:

• Webpack setup
• Rollup setup
• Vite setup
• TypeScript AMD (tsc) setup

Each guide covers install, minimal config, instrumentation defaults, and the optional netsuite-wrapper.config.js file used for custom sink bootstrap.

Quick reference

| Builder | Integration call | What you do | | --- | --- | --- | | Webpack | applyNetSuiteWrapperWebpack(config) | Wrap your final webpack config. | | Rollup | createNetSuiteWrapperRollupPlugin() | Add to plugins, keep N/* external. | | Vite | createNetSuiteWrapperVitePlugin() | Add to plugins, set entry under build.rollupOptions.input. | | tsc | rewriteNetSuiteWrapperTscOutput({ outDir, rootDir }) | Emit AMD first, then run the helper. |

netsuite-wrapper.config.js is loaded through Node's require(...) during the build. Treat it as trusted project code.

Telemetry sink

The wrapper's contract is the sink interface in src/telemetry.ts. A sink receives structured events with module-level operation metadata (module, action, summary, optional detail) and decides what to persist or forward.

The bundled performance-tracker integration writes spans to the customrecord_ptrk_exec_span custom record schema, which is the format that the standalone PerformanceTracker NetSuite app consumes. Enable it through netsuite-wrapper.config.js:

module.exports = {
    telemetryBootstrap: {
        integration: 'performance-tracker',
    },
};

Or plug in a custom sink:

module.exports = {
    telemetryBootstrap: {
        sinkModule: './my-wrapper-sink.js',
        sinkExport: 'createSink',
    },
};

Disable bootstrap entirely:

module.exports = {
    telemetryBootstrap: false,
};

Local consumer test flow

You can test the package from a consumer project with a local file dependency before publishing:

"@amerilux/netsuite-wrapper": "file:../netsuite-wrapper"

Then install and build the consumer normally. This validates that:

• the package export surface resolves from a consumer project
• the build helpers redirect supported N/* imports into the wrapper package
• the wrapper package leaves its own internal N/* imports external for NetSuite runtime resolution

When ready to move off the local test, replace the file: dependency with the published npm version.

Compatibility boundary

The wrapper package is intentionally generic.

• The wrapper owns module-level operation metadata (module, action, summary, detail).
• Consumers such as PerformanceTracker own the adapter that converts wrapper events into their own telemetry model.
• Sink-side concerns (storage, scope policy, cache policy, custom-record schema) live in the adapter, not in the wrapper.

The long-term contract is the sink interface in src/telemetry.ts, not any specific consumer implementation.

License

MIT