godot-playthrough-bot

Simulate real player input in Godot headless testing by driving the actual input layer with action_press or push_input, then stepping deterministic physics frames to assert that movement, toggles, and combat responses occur correctly.

Direct method call tests bypass the input layer, missing broken input wiring. Simulating actual player input headlessly catches these seams by verifying that movement, mouse-look, and pause UI respond to action_press and push_input events.

Check Godot level navigability headlessly by simulating movement input, stepping physics frames, and asserting position changes. This validates floor collisions and navmesh behavior, confirming the level is walkable and not just rendered.

Yes, you can validate mouse-look and pause menu UI seams in Godot headless mode by pushing simulated input events and using timeout-bounded signal waits to assert that the expected state toggles and responses occur.

The best way to verify Godot combat and movement responses without graphics is headless playthrough testing, using deterministic physics-frame stepping and input simulation to assert state and position changes after actions are applied.

Yes, deterministic physics frame stepping is required for Godot input simulation tests to reliably assert movement and state changes. It ensures timeout-bounded signal waits and input actions produce consistent, reproducible results.