Eliminates flaky tests by replacing arbitrary delays with intelligent condition polling and state verification.
Condition-Based Waiting is a specialized Claude Code skill designed to solve race conditions and timing dependencies in software testing. Instead of guessing how long an asynchronous operation might take using arbitrary timeouts or sleep calls, this skill implements robust polling patterns that wait for actual state changes. By verifying specific conditions—such as event triggers, state transitions, or file system changes—before proceeding, it ensures tests are both faster and significantly more reliable across different local environments and CI/CD pipelines.
Características Principales
01Implements fail-safe timeouts with descriptive error messages
02Provides clear documentation on when arbitrary timeouts are legitimately required
03Optimizes performance with intelligent polling intervals to save CPU
04Replaces hardcoded sleep/timeout calls with dynamic condition polling
05Standardizes async patterns for events, state changes, and collection counts
060 GitHub stars
Casos de Uso
01Optimizing test suite execution speed by removing unnecessary 'safety' delays
02Fixing flaky integration tests that fail inconsistently under heavy CI/CD load
03Synchronizing complex asynchronous operations in browser automation or backend services
