condition-based-waiting

Flaky tests caused by race conditions can be fixed by replacing arbitrary timeouts with condition-based waiting. This approach polls for actual state changes, proceeding only when specific conditions are met to ensure reliable test execution.

The best way to wait for asynchronous UI elements is condition polling. Instead of fixed sleep calls, it repeatedly checks if the element is present and proceeds only once the condition is met, eliminating timing inconsistencies.

Implement polling for state transitions by configuring a polling mechanism with specific intervals and timeouts. This replaces fixed sleep calls by repeatedly checking for actual state changes until the condition is satisfied or the timeout is reached.

Yes, condition-based waiting requires a polling mechanism with configurable intervals and timeouts. This allows you to tailor the state change checks to your specific asynchronous operations and automated testing environment requirements.

Tests fail intermittently because arbitrary timeouts cause race conditions if the asynchronous operation takes longer than expected. Condition-based waiting resolves this by polling for the actual completion state instead of guessing a fixed duration.

You should avoid condition-based waiting if your operations are strictly synchronous or if the maximum execution time is absolutely deterministic. It is specifically designed for asynchronous operations, UI element visibility, and state transitions where timing is unpredictable.