​Unlocking Developer Efficiency: The Power of ServiceNow Yokohama’s New Console ​"Timing​" APIs

[Vasantharajan N]

​Why Timing APIs Matter in ServiceNow Development

In a platform as complex and enterprise-critical as ServiceNow, even minor inefficiencies in server-side scripts (e.g., Business Rules, Script Includes, or Flows) can cascade into significant performance bottlenecks. Historically, developers relied on ad-hoc logging or manual timestamp calculations to measure code execution—a tedious and error-prone process. The Yokohama release addresses this gap by bringing standardized timing tools to the platform, enabling precise performance analysis with minimal effort.

​Breaking Down the New Console Methods

1. ​console.time(label)

   Starts a timer with a unique label. Use this at the beginning of a code block you want to measure.  

2. ​console.timeLog(label, [data])

   Logs the current duration of the timer without stopping it. Optional data can be appended for context.  

3. ​console.timeEnd(label)

   Stops the timer and logs the total execution time.  

These methods work together to create a seamless workflow for tracking performance metrics.

​Practical Benefits for ServiceNow Developers

1. ​Pinpoint Performance Bottlenecks

ServiceNow scripts often interact with databases, APIs, or complex business logic. With `console.time()` and `console.timeEnd()`, developers can isolate slow operations.

For example: 

console.time("LoadUserData");  
var userData = new GlideRecord('sys_user');  
userData.query(); // Expensive operation  
console.timeEnd("LoadUserData"); // Logs: "LoadUserData: 450ms"  

This instantly reveals whether a query or loop is consuming excessive time, enabling targeted optimizations.  

2. Debug Complex Workflows

In multi-step processes (e.g., integrations or approval workflows), `console.timeLog()` allows interim checks without resetting the timer:  

console.time("ProcessIncident");  
fetchData();  // function call
console.timeLog("ProcessIncident", "Data fetched"); // Logs: "ProcessIncident: 320ms: Data fetched"  
transformData();   // function call
console.timeLog("ProcessIncident", "Data transformed"); // Logs: "ProcessIncident: 320ms: Data transformed"
console.timeEnd("ProcessIncident"); // Logs: "ProcessIncident: 780ms"​

This helps identify which phase of a workflow is lagging.

3. Standardize Performance Checks

By replacing inconsistent logging practices (e.g., `gs.info("Time: " + new Date().getTime())`), teams can adopt a unified approach to performance monitoring. This consistency improves code readability and collaboration.  

​4. Optimize for Scalability

In large applications, even small delays per transaction can strain system resources. Timing APIs help developers proactively identify and address inefficiencies, ensuring scripts scale gracefully under load.  

​Real-World Use Cases

• Database Query Tuning: Measure `GlideRecord` query times and experiment with optimizations like adjusted conditions or indexes.
• Integration Monitoring: Track how long external API calls take and set benchmarks for acceptable latency.
• ​Script Include Optimization: Identify frequently called functions that need refactoring.  

​Best Practices

• ​Use Descriptive Labels: Assign unique, meaningful names (e.g., `"PortalWidgetRendering"`) to avoid conflicts.  
• ​Avoid Overuse: Profile critical paths rather than timing every function to prevent log clutter.
• ​Remove in Production: These ​a​pis are for debugging—strip them from production code or wrap them in debug flags.  

​Embracing Modern Developer Practices

By integrating `console.time()`, `console.timeLog()`, and `console.timeEnd()`, ServiceNow aligns its scripting environment with industry-standard developer tools. This lowers the learning curve for new developers and empowers teams to adopt data-driven optimization practices.  

Conclusion

The Yokohama release’s timing APIs are more than just convenience apis—th​e​y help us do performance-aware development in ServiceNow. By leveraging these methods, developers can deliver faster, more reliable applications while fostering collaboration through standardized debugging practices.  

Start incorporating `console.time()` into your scripts today, and unlock the ability to diagnose, refine, and elevate your ServiceNow solutions like never before.  

​Optimize smarter, not harder.

Link to API documentation: https://www.servicenow.com/docs/bundle/yokohama-api-reference/page/app-store/dev_portal/API_referenc...

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