Radberi-ConditionBasedWaitingCSharp

Replace arbitrary delays with condition-based polling in C# code and tests.

1|Updated Mar 20, 2026
One-click install
npx skills add https://github.com/primeBeri/huml-dotnet --skill radberi-conditionbasedwaitingcsharp-primeberi
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: Radberi-ConditionBasedWaitingCSharp
Source: https://github.com/primeBeri/huml-dotnet/tree/main/.claude/skills/Radberi-ConditionBasedWaitingCSharp
Command: npx skills add https://github.com/primeBeri/huml-dotnet --skill radberi-conditionbasedwaitingcsharp-primeberi

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) components.

What problem does it solve?

This Skill addresses unreliable test and application behaviors caused by arbitrary delays that lead to race conditions and flaky results.

Core Features & Use Cases

  • Condition Polling: Replaces thread sleep and fixed delays with intelligent, timed condition checks.
  • Flaky Test Elimination: Ensures tests wait only as long as necessary for conditions, reducing false negatives.
  • Use Case: Improve integration tests that depend on asynchronous processes, such as database updates or message passing, by waiting for specific states or data to appear.

Quick Start

Use the wait-for utility to pause execution until a specific database record appears or a message is received.

Frequently Asked Questions about Radberi-ConditionBasedWaitingCSharp

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

FAQPage Schema
How do I replace thread sleep calls with condition polling in C# tests?

You can replace arbitrary thread sleep delays with condition polling by using a wait-for utility that pauses execution until specific application states or data availability are validated, ensuring safe and dependency-aware operation.

Why does condition polling improve reliability over fixed delays in CI pipelines?

Condition polling improves reliability over fixed delays by waiting only as long as necessary for specific states, eliminating race conditions and false negatives that cause flaky results across CI pipelines and runtime ecosystems.

What's the best way to wait for asynchronous events and message queues in integration tests?

The best way to wait for asynchronous events and message queues is implementing condition-based polling that checks for specific data appearance or application readiness, avoiding unsafe code while ensuring accurate test validation.

Can I use condition polling for database updates and application readiness checks?

Yes, you can use condition polling for database updates and application readiness checks by validating condition logic without unsafe code, ensuring safe operation across asynchronous processes and runtime ecosystems.

How do I eliminate flaky tests caused by arbitrary delays in asynchronous processes?

You eliminate flaky tests caused by arbitrary delays by replacing them with intelligent, timed condition checks that wait for specific application states or data to appear, reducing false negatives in integration tests.

Does condition polling work with message passing and runtime ecosystems without dependencies?

Yes, condition polling works with message passing and runtime ecosystems without external dependencies, validating condition logic safely while handling asynchronous events across CI pipelines and integration tests.