extends SceneTree
var starts := 0
var wins := 0
var losses := 0
func _initialize() -> void:
	call_deferred("run")
func run() -> void:
	var g = load("res://games/frogger/Frogger.tscn").instantiate()
	root.add_child(g)
	g.set_physics_process(false)
	g.music_enabled = false
	g.game_started.connect(func(): starts += 1)
	g.game_won.connect(func(): wins += 1)
	g.game_lost.connect(func(): losses += 1)
	g.high_score = 12345
	g.score = 1230
	for cycle in range(2):
		g._physics_process(44)
		assert(g.demo_active and not g.is_running)
		var highest := 232.0
		var arrivals := 0
		for frame in range(1921):
			g._physics_process(1.0/60)
			highest = minf(highest,g.frog.y)
			arrivals = maxi(arrivals,g.homes.count(true))
		assert(not g.demo_active and g.phase == "scores")
		assert(g.score == 1230 and g.high_score == 12345 and g.leaderboard.is_empty())
		assert(starts == 0 and wins == 0 and losses == 0)
		assert(highest <= 104, "Demo never reached river")
		print("Demo cycle ",cycle," highest y=",highest," homes=",arrivals)
		g._physics_process(7.1)
		assert(g.phase == "title" and g.attract_time == 0)
	for state in ["title","scores","demo"]:
		g.phase = state
		if state == "demo": g.begin_demo()
		assert(g.start_game())
		assert(not g.demo_active and g.phase == "ready" and g.score == 0)
		assert(g.lives == g.starting_lives and not g.homes.has(true))
		g.reset_game()
	assert(starts == 3 and wins == 0 and losses == 0)
	print("Attract isolation, cycling, interruption: PASS")
	g.free()
	quit()