status-queries

Monitor asynchronous ovrtx operation progress and status in Python and C/C++ workflows.

Updated Apr 29, 2026
One-click install
npx skills add https://github.com/PubCyBerry/SO101-Sim2Real --skill status-queries-pubcyberry
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: status-queries
Source: https://github.com/PubCyBerry/SO101-Sim2Real/tree/main/.agents/skills/status-queries
Command: npx skills add https://github.com/PubCyBerry/SO101-Sim2Real --skill status-queries-pubcyberry

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps developers track long-running ovrtx operations by exposing progress, counters, and execution state instead of waiting blindly for completion.

Core Features & Use Cases

  • Operation Progress Monitoring: Query asynchronous operation status in Python and C/C++ workflows using supported ovrtx status APIs.
  • Lifecycle-Aware Tracking: Guide polling, waiting, and result handling for operations such as USD loading, shader preparation, stage queries, and rendering tasks.
  • Use Case: Monitor a large asset loading workflow by displaying progress updates and operation counters while preserving the final wait and fetch lifecycle.

Quick Start

Use the status-queries skill to show progress information for a running ovrtx asynchronous operation and explain the correct polling workflow.

Frequently Asked Questions about status-queries

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I monitor async operation progress for ovrtx workflows in Python?

To monitor async operation progress for ovrtx workflows, you use status query APIs to poll execution state and display counters. This lifecycle-aware polling safely tracks long-running tasks like USD loading without blocking the final wait and fetch.

What is lifecycle-aware polling for asynchronous operations?

Lifecycle-aware polling for asynchronous operations is a tracking method that queries execution state and progress counters. It safely inspects running tasks, such as shader preparation or rendering, while preserving the operation's wait and fetch lifecycle until completion.

Can I track USD loading and shader preparation status in C++?

Yes, you can track USD loading and shader preparation status in C++ using supported ovrtx status query APIs. The skill applies lifecycle-aware polling to inspect execution state and progress counters for long-running C/C++ development scenarios.

What's the best way to query status information for long-running rendering tasks?

The best way to query status information for long-running rendering tasks is using ovrtx status query APIs with lifecycle-aware polling. This approach exposes progress updates and operation counters while maintaining the correct wait and fetch handling workflow.

Do I need specific APIs to monitor stage operations and prevent blocking the main thread?

Yes, monitoring stage operations requires specific status query APIs to perform lifecycle-aware polling. This prevents blocking the main thread by safely inspecting execution state and progress while deferring the wait and fetch handling until the operation completes.