spaceship/tests/test_boss_planet.gd

extends SceneTree

# Forgejo #188: the authored, non-editor boss planet and its complete weak-
# point loop. This test drives the real landed surface and encounter nodes.
#
# Covers:
#   A. the planet/profile are registered, dev mode plants it nearby, normal
#      generation owns exactly one inside its octopus biome, and its scripted
#      profile is excluded from the map editor
#   B. landing composes BossEncounter instead of a PlanetSetup and does not
#      mark the world conquered for free
#   C. the off-screen approach remains controllable and reveals with its own cue
#   D. waves are larger, expelled outward, varied, and golden only 1/3 times
#   E. killing the marked hatchling sends a visible return to the boss and
#      opens an attackable tentacle eye
#   F. three destroyed eyes start the three-lane laser phase
#   G. eyes expose a separate core; destroying it persists conquest, and a
#      second landing does not resurrect the boss

const COMBAT_TARGET = preload("res://core/CombatTarget.gd")
const BOSS_SCRIPT = preload("res://boss/OctopusBoss.gd")

var state: Node
var surface: Node
var encounter: Node
var boss: Node2D
var stage: int = 0
var elapsed: float = 0.0


func _initialize() -> void:
	state = root.get_node("GameState")
	state.reset_new_game()
	state.intro_active = false
	state.reset_quests(false)
	state.planet_name = "Many-Eyed Deep"
	state.planet_id = "test:boss:planet"
	state.planet_definition_id = PlanetDefinitions.BOSS_ID
	state.surviving_ship_count = 1
	state.surviving_vessel_types = PackedStringArray([GameState.VESSEL_INTERCEPTOR])
	surface = load("res://surface/PlanetSurface.tscn").instantiate()
	root.add_child(surface)
	current_scene = surface


func _process(delta: float) -> bool:
	elapsed += delta
	match stage:
		0:
			if elapsed < 0.2:
				return false
			# --- A. definition, dev placement, editor exclusion ----------
			var definition: Resource = PlanetDefinitions.get_definition(
				PlanetDefinitions.BOSS_ID)
			if definition == null or definition.definition_id != PlanetDefinitions.BOSS_ID \
					or definition.surface_profile_id != "boss" \
					or definition.visual_scene == null:
				return _fail("boss planet definition is not registered")
			# Load at runtime, after the GameState autoload has compiled. Resolving
			# the whole surface registry while that autoload is still compiling
			# also pulls in pickup scripts which legitimately refer back to it.
			var surface_profiles: Script = load("res://surface/PlanetSurfaceProfiles.gd")
			var profile: Resource = surface_profiles.get_profile("boss")
			if profile == null or profile.encounter_scene == null:
				return _fail("boss surface has no scripted encounter")
			if profile.background_field_texture == null \
					or not String(profile.background_shader.resource_path).ends_with(
						"lunar_tiled.gdshader"):
				return _fail("boss backdrop still performs procedural rendering during combat")
			var composed_background: ShaderMaterial = surface.get_node(
				"BackgroundLayer/Background").material
			if composed_background.get_shader_parameter("field_texture") \
					!= profile.background_field_texture:
				return _fail("boss backdrop did not bind its ready-made field texture")
			if float(composed_background.get_shader_parameter("cell_size")) >= 120.0:
				return _fail("boss backdrop still magnifies too small a part of its authored field")
			if profile.editor_visible or "boss" in surface_profiles.editor_profile_ids():
				return _fail("boss surface is configurable in the map editor")
			state.dev_mode = true
			var boss_chunk: Variant = null
			for chunk in WorldGen.DEV_PLANET_CHUNKS:
				if String(WorldGen.DEV_PLANET_CHUNKS[chunk]) == PlanetDefinitions.BOSS_ID:
					boss_chunk = chunk
					break
			if boss_chunk == null or not WorldGen.has_planet_at_chunk(boss_chunk) \
					or String(WorldGen.planet_data_at_chunk(boss_chunk).definition_id) \
					!= PlanetDefinitions.BOSS_ID:
				return _fail("dev mode does not plant the boss planet")
			state.dev_mode = false
			var normal_boss_count: int = 0
			for x in range(-24, 25):
				for y in range(-24, 25):
					var chunk := Vector2i(x, y)
					if WorldGen.has_planet_at_chunk(chunk) \
							and String(WorldGen.planet_data_at_chunk(chunk).get(
								"definition_id", "")) == PlanetDefinitions.BOSS_ID:
						normal_boss_count += 1
			if normal_boss_count != 1 \
					or WorldGen.biome_at_chunk(WorldGen.OCTOPUS_BIOME_CENTER) \
					!= WorldGen.Biome.OCTOPUS:
				return _fail("normal world generation has %d bosses, or its only boss is outside the octopus biome" \
					% normal_boss_count)
			print("boss planet registered, editor-hidden, unique in its normal octopus biome, plus nearby in dev mode")

			# --- B. generic surface composition ---------------------------
			encounter = surface.get_node_or_null("SurfaceFeatures/BossEncounter")
			if encounter == null:
				return _fail("landing did not compose BossEncounter")
			if surface.get_node_or_null("SurfaceFeatures/PlanetSetupHost") != null:
				return _fail("boss planet was routed through configurable PlanetSetup")
			if state.total_capture_points(state.planet_id) != 1 \
					or state.is_planet_conquered(state.planet_id):
				return _fail("boss planet did not start as one unfinished persistent objective")
			if surface.get_node("UI/CaptureLabel").visible:
				return _fail("ordinary capture-point status is visible during the boss encounter")
			boss = encounter.get_node("Boss")
			if not (boss is Area2D) or boss.get_node_or_null("CoreCollision") == null:
				return _fail("the boss core has no projectile collision target")
			if boss.position.y > -2400.0 or boss.scale.x < 2.7:
				return _fail("the boss is not far above the landing point and at least twice its old size")
			if encounter.health_bar.visible or encounter.status_label.visible:
				return _fail("boss combat UI is visible before the boss enters view")
			if not encounter.indicator.visible or not encounter.indicator_label.visible:
				return _fail("the off-screen boss has no directional border indicator")
			if state.encounter_locks_movement or boss.combat_active:
				return _fail("the off-screen approach locked player movement or already started combat")
			# Seeing a tentacle is not enough to trigger the cinematic or its roar.
			surface.get_node("Camera2D").global_position = boss.global_position + Vector2(0.0, 1000.0)
			encounter._process(0.0)
			if encounter.reveal_started:
				return _fail("a partially visible boss triggered its reveal and scream")
			# Carry the fleet close enough to frame the complete central body.
			surface.get_node("Camera2D").global_position = boss.global_position + Vector2(0.0, 250.0)
			encounter._process(0.0)
			if not encounter.reveal_started:
				return _fail("fully framing the boss did not trigger its reveal")
			if not state.encounter_locks_movement:
				return _fail("the reveal did not briefly lock movement for the cinematic")
			if not encounter.health_bar.visible or encounter.indicator.visible:
				return _fail("the reveal did not exchange the indicator for the health UI")
			var scream_heard: bool = false
			var sfx_pool: Node = root.get_node_or_null(Sfx.NODE_NAME)
			if sfx_pool != null:
				for voice in sfx_pool.get_children():
					if voice.stream != null and voice.stream.resource_path.ends_with("sfx_boss_scream.wav"):
						scream_heard = true
			if not scream_heard:
				return _fail("the on-screen reveal played no boss scream")
			encounter._process(encounter.REVEAL_SECONDS + 0.1)
			if not encounter.encounter_active or not boss.combat_active \
					or state.encounter_locks_movement:
				return _fail("the reveal did not start combat and return fleet control")
			var boss_position_before_move: Vector2 = boss.global_position
			boss._process(0.5)
			if boss.global_position.distance_to(boss_position_before_move) < 10.0:
				return _fail("the active boss remained stationary")
			print("off-screen signal led into a roar, shake, health reveal and player control")
			boss.wave_timer = 999.0
			boss.laser_timer = 999.0
			var health_bar: ProgressBar = encounter.get_node("EncounterUI/HealthBar")
			if health_bar.max_value != boss.max_health() \
					or health_bar.value != boss.current_health():
				return _fail("aggregate boss health bar did not start full")
			if boss.eyes.size() != boss.EYE_COUNT:
				return _fail("boss has %d tentacle eyes, expected %d" \
					% [boss.eyes.size(), boss.EYE_COUNT])
			for eye in boss.eyes:
				if eye.opened or eye.is_in_group(COMBAT_TARGET.GROUP):
					return _fail("a tentacle eye starts open and attackable")
			if boss.ARMOURED_IRIS_COLOR.is_equal_approx(boss.eyes[0].IRIS_COLOR) \
					or boss.ARMOURED_PUPIL_COLOR.is_equal_approx(boss.eyes[0].PUPIL_COLOR):
				return _fail("the central eye still shares the tentacle-eye palette")

			# --- D. larger, varied, one-in-three waves --------------------
			boss.spawn_wave()
			var minions: Array = get_nodes_in_group("boss_minions")
			if minions.size() != boss.minions_per_wave:
				return _fail("phase one spawned %d hatchlings, expected %d" \
					% [minions.size(), boss.minions_per_wave])
			var marked: Node = null
			var dashers: int = 0
			for minion in minions:
				if minion.uses_dash_pattern:
					dashers += 1
				if minion.marked:
					if marked != null:
						return _fail("one wave contains more than one marked hatchling")
					marked = minion
				else:
					minion.take_damage(999)
			if marked == null:
				return _fail("phase-one wave has no marked hatchling")
			if minions.size() < 7 or dashers < 2:
				return _fail("the boss wave is not larger and behaviorally mixed")
			var launch_distance: float = marked.global_position.distance_to(boss.global_position)
			var launch_velocity: Vector2 = marked.velocity
			if launch_distance <= boss.BODY_RADIUS * boss.scale.x \
					or launch_velocity.dot(marked.global_position - boss.global_position) <= 0.0:
				return _fail("a hatchling was not expelled outward from the boss")
			marked._physics_process(0.4)
			if marked.global_position.distance_to(boss.global_position) <= launch_distance + 100.0:
				return _fail("the outward launch did not spread a hatchling before it targeted the fleet")
			marked._physics_process(1.0)
			marked.dash_cooldown = 0.0
			marked._physics_process(0.01)
			if marked.motion != marked.Motion.BRAKING:
				return _fail("a dash-pattern hatchling never stops before lunging")
			marked._physics_process(marked.BRAKE_SECONDS + 0.01)
			marked._physics_process(0.2)
			if marked.motion != marked.Motion.DASHING or marked.velocity.length() <= marked.speed:
				return _fail("a stopped hatchling did not accelerate into its random dash")
			if marked.max_hp < 5:
				return _fail("boss hatchlings still have only %d health" % marked.max_hp)
			marked.take_damage(1)
			if not is_instance_valid(marked) or marked.hp != marked.max_hp - 1:
				return _fail("a hatchling did not survive a normal weapon hit")
			if not get_nodes_in_group("boss_returns").is_empty():
				return _fail("an ordinary hatchling returned energy to the boss")
			marked.take_damage(999)
			var returns: Array = get_nodes_in_group("boss_returns")
			if returns.size() != 1:
				return _fail("marked death launched %d returns, expected one" % returns.size())
			returns[0].speed = 4000.0
			for expected_marked in [0, 0, 1]:
				boss.spawn_wave()
				var spawned: Array = get_nodes_in_group("boss_minions")
				var marked_count: int = 0
				for minion in spawned:
					if minion.is_queued_for_deletion():
						continue
					if minion.marked:
						marked_count += 1
					minion.retire()
				if marked_count != expected_marked:
					return _fail("golden cadence produced %d marked hatchlings, expected %d" \
						% [marked_count, expected_marked])
			print("larger waves launch outward with dashers; only one of three is golden")
			stage = 1
			elapsed = 0.0
			return false
		1:
			# --- D. return opens an attackable eye ------------------------
			if boss.eyes_opened < 1:
				if elapsed > 1.0:
					var pending: Array = get_nodes_in_group("boss_returns")
					var detail: String = "no return remains"
					if not pending.is_empty():
						detail = "return at %s, boss at %s, speed %.1f, processing %s" % [
							pending[0].global_position, boss.global_position,
							pending[0].speed, pending[0].is_processing()]
					return _fail("marked energy reached no tentacle eye (%s)" % detail)
				return false
			var eye: Node = boss.eyes[0]
			if not eye.opened or not eye.is_in_group(COMBAT_TARGET.GROUP):
				return _fail("returned energy did not make the eye attackable")
			var hp_before: int = eye.hp
			eye.take_damage(1)
			if eye.hp != hp_before - 1:
				return _fail("an open eye ignored weapon damage")
			if encounter.health_bar.value != boss.current_health() \
					or encounter.health_bar.value >= encounter.health_bar.max_value:
				return _fail("total boss health bar ignored eye damage")
			eye.take_damage(999)
			if boss.eyes_destroyed != 1:
				return _fail("destroying the first eye did not damage the boss")
			if boss.max_health() - boss.current_health() >= boss.max_health() / boss.EYE_COUNT:
				return _fail("one eye still removes a full sixth of the total encounter health")
			print("return opened a tentacle eye; the eye accepted damage and broke")
			_open_return()
			stage = 2
			elapsed = 0.0
			return false
		2:
			if boss.eyes_opened < 2:
				if elapsed > 1.0:
					return _fail("second marked return opened no eye")
				return false
			boss.eyes[1].take_damage(999)
			_open_return()
			stage = 3
			elapsed = 0.0
			return false
		3:
			# --- E. phase two and laser pattern ---------------------------
			if boss.eyes_opened < 3:
				if elapsed > 1.0:
					return _fail("third marked return opened no eye")
				return false
			boss.eyes[2].take_damage(999)
			if boss.phase != BOSS_SCRIPT.Phase.LASER_STORM:
				return _fail("three broken eyes did not start the laser phase")
			boss.laser_timer = 999.0
			boss.fire_laser_volley()
			var beams: Array = get_nodes_in_group("boss_lasers")
			if beams.size() != 3:
				return _fail("laser phase launched %d beams, expected three lanes" % beams.size())
			if boss.laser_interval > 2.5 or boss.laser_charge_time > 0.75:
				return _fail("boss lasers are not using the faster cadence")
			if beams[0].aim_direction.is_equal_approx(beams[1].aim_direction) \
					or beams[1].aim_direction.is_equal_approx(beams[2].aim_direction):
				return _fail("laser volley lanes all aim in the same direction")
			for beam in beams:
				if beam.phase != 0 or beam.charge_left <= 0.0:
					return _fail("boss laser was not telegraphed before firing")
				if not beam.infinite_range or not beam.reaches_point(
						beam.origin + beam.aim_direction * 1000000.0):
					return _fail("boss laser ray stops at a finite range")
				if beam.reaches_point(beam.origin - beam.aim_direction * 10.0):
					return _fail("boss laser extends backwards through its source")
				beam.queue_free()
			boss.spawn_wave()
			boss.spawn_wave()
			boss.spawn_wave()
			if boss.spawned_minions.size() > boss.MAX_ACTIVE_MINIONS:
				return _fail("boss waves can accumulate without a rendering/gameplay cap")
			for minion in boss.spawned_minions.duplicate():
				if is_instance_valid(minion):
					minion.retire()
			print("three broken eyes started a telegraphed three-lane laser phase")

			# --- G. all eyes -> exposed core -> persistent victory --------
			for i in range(3, boss.EYE_COUNT):
				boss.eyes[i].open_eye()
				boss.eyes[i].take_damage(999)
			if boss.phase != BOSS_SCRIPT.Phase.CORE_EXPOSED or not boss.visible:
				return _fail("breaking every eye did not expose a still-living core")
			if state.is_planet_conquered(state.planet_id):
				return _fail("breaking the eyes conquered the planet before the core died")
			if not boss.is_in_group(COMBAT_TARGET.GROUP):
				return _fail("the exposed core is not an attackable combat target")
			var core_before: int = boss.core_health
			boss.take_damage(1)
			if boss.core_health != core_before - 1 or boss.phase == BOSS_SCRIPT.Phase.DEFEATED:
				return _fail("the exposed core did not provide a separate final health pool")
			boss.take_damage(999)
			if boss.phase != BOSS_SCRIPT.Phase.DEFEATED or boss.visible:
				return _fail("destroying the core did not defeat and hide the boss")
			if not state.is_planet_conquered(state.planet_id):
				return _fail("boss victory did not persist through planet conquest state")
			if encounter.health_bar.value != 0 \
					or encounter.health_bar.max_value != boss.max_health():
				return _fail("boss health bar did not end empty with a stable total")
			print("all eyes exposed a durable core; destroying it persisted planet conquest")

			surface.free()
			surface = load("res://surface/PlanetSurface.tscn").instantiate()
			root.add_child(surface)
			current_scene = surface
			stage = 4
			elapsed = 0.0
			return false
		4:
			if elapsed < 0.2:
				return false
			var second_encounter: Node = surface.get_node_or_null(
				"SurfaceFeatures/BossEncounter")
			if second_encounter == null:
				return _fail("second landing lost the boss encounter host")
			var second_boss: Node = second_encounter.get_node("Boss")
			if second_boss.phase != BOSS_SCRIPT.Phase.DEFEATED or second_boss.visible:
				return _fail("defeated boss resurrected on the second landing")
			if not "DEAD" in second_encounter.status_label.text:
				return _fail("second landing does not report the defeated boss")
			print("second landing keeps the boss dead")
			print("TEST_BOSS_PLANET: PASS")
			quit(0)
			return true
	return false


func _open_return() -> void:
	boss.accept_marked_kill(boss.global_position + Vector2(12, 0))
	var returns: Array = get_nodes_in_group("boss_returns")
	for returning in returns:
		returning.speed = 4000.0


func _fail(message: String) -> bool:
	print("TEST_BOSS_PLANET: FAIL (%s)" % message)
	quit(1)
	return true