browser-actionability-debug

Browser Actionability Debug

Workflow

1. Reproduce the failure with a real browser action, not only DOM existence.

   • Prefer normal locator.click() first so the browser reports what intercepts the pointer.
   • Read the full call log. If it names an intercepting element, treat that as evidence.

2. Separate visibility from actionability.

   • visible can still be blocked by an overlay, opacity: 0, parent pointer-events: none, a splash screen, or an element with higher stacking order.
   • Inspect elementFromPoint() at the target center and compare it to the intended button/input.
   • Capture computed opacity, visibility, display, pointerEvents, and bounding boxes for the target and its stable ancestors.

3. Check lifecycle gates before changing CSS.

   • If a splash/loading/transition component exists, wait for the lifecycle signal that makes the app interactive, such as overlay detached or app shell pointer-events: auto.
   • Do not fix a test by using force: true unless the user specifically needs to bypass hit testing. It can hide real UX bugs.

4. Fix at the correct layer.

   • If the overlay should still be active, update the test to wait for the overlay to detach.
   • If a decorative canvas or visual layer should never capture input, set pointer-events: none on that visual layer.
   • If app content is intentionally disabled until boot, do not make underlying controls clickable before boot unless that is a product decision.

5. Verify clipboard behavior cross-platform.

   • On Windows, browser clipboard reads may normalize line endings to CRLF. Normalize \r\n to \n for semantic multi-line copy assertions.
   • Still assert exact command text after line-ending normalization.

Diagnostic Snippet

Use this inside page.evaluate() when a click target exists but is not actionable:

const target = document.querySelector('[aria-label="Copy Noosphere share post"]');
const rect = target?.getBoundingClientRect();
const top = rect
  ? document.elementFromPoint(rect.left + rect.width / 2, rect.top + rect.height / 2)
  : null;

return {
  target: target ? getComputedStyle(target).cssText : null,
  topTag: top?.tagName,
  topClass: String(top?.className || ''),
  topAria: top?.getAttribute?.('aria-label') || null,
  targetRect: rect ? {
    x: rect.x,
    y: rect.y,
    width: rect.width,
    height: rect.height,
  } : null,
};