mtgodot-poc/project/test_devils_catacomb_parity.gd

# test_devils_catacomb_parity.gd —— 40250 地下墓穴与冥王阿兹瑞尔 1:1 纯净回归测试套件
extends SceneTree

const DevilsCatacombSystem = preload("res://devils_catacomb_system.gd")

var _passed := 0
var _failed := 0

func _assert(cond: bool, msg: String) -> void:
	if cond:
		_passed += 1
		print("  [PASS] %s" % msg)
	else:
		_failed += 1
		printerr("  [FAIL] %s" % msg)

func _init() -> void:
	print("\n=== Running test_devils_catacomb_parity (Direction 1: Devil's Catacomb 1:1) ===")
	_test_entry_requirements()
	_test_floor_1_to_4_progression()
	_test_floor_5_tartaros_and_obelisk()
	_test_floor_6_charon()
	_test_floor_7_azrael_battle_and_drops()
	_test_catacomb_timeout()
	_finish()

func _test_entry_requirements() -> void:
	print("\n--- Test 1: Entry Requirements (Lv75 & Soul Key 30311) ---")
	var dcs := DevilsCatacombSystem.new()
	var inv: Array = [
		{"vnum": 30311, "name": "灵魂水晶钥匙", "count": 1}
	]

	# Level < 75 rejected
	var r1 = dcs.enter_catacomb(70, inv)
	_assert(r1["ok"] == false and r1["reason"] == "LEVEL_TOO_LOW", "Level < 75 rejected")

	# Missing key
	var r2 = dcs.enter_catacomb(75, [null])
	_assert(r2["ok"] == false and r2["reason"] == "MISSING_SOUL_KEY", "Missing soul crystal key rejected")

	# Valid entry
	var r3 = dcs.enter_catacomb(75, inv)
	_assert(r3["ok"] == true, "Entry succeeds with Lv 75 and Soul Crystal Key")
	_assert(dcs.is_active == true, "Catacomb is active")
	_assert(dcs.current_floor == 1, "Starts on Floor 1")
	_assert(dcs.remaining_time == 3600.0, "60-minute countdown initialized")

func _test_floor_1_to_4_progression() -> void:
	print("\n--- Test 2: Floor 1 to 4 Progression (Key, Maze, Real Metin) ---")
	var dcs := DevilsCatacombSystem.new()
	var inv: Array = [
		{"vnum": 30311, "name": "灵魂水晶钥匙", "count": 1}
	]
	dcs.enter_catacomb(75, inv)

	var floor_signal := {"fired": false, "floor": 0}
	dcs.floor_advanced.connect(func(f: int):
		floor_signal["fired"] = true
		floor_signal["floor"] = f
	)

	# 1. Floor 1: Unlock seal using 30311 key
	var r1 = dcs.unlock_floor_1(inv)
	_assert(r1["ok"] == true and r1["floor"] == 2, "Unlocked Floor 1 -> Advanced to Floor 2")
	_assert(inv[0] == null, "Soul crystal key consumed")
	_assert(floor_signal["fired"] == true and floor_signal["floor"] == 2, "floor_advanced signal fired for floor 2")

	# 2. Floor 2: Complete maze
	var r2 = dcs.complete_floor_2()
	_assert(r2["ok"] == true and r2["floor"] == 3, "Maze completed -> Advanced to Floor 3")

	# 3. Floor 3: Break fake vs real Metin (8035)
	dcs.correct_metin_id = 4 # Force correct ID to 4 for deterministic test

	var metin_signal := {"fired": false, "correct": false}
	dcs.metin_destroyed.connect(func(corr: bool):
		metin_signal["fired"] = true
		metin_signal["correct"] = corr
	)

	# Break fake metin 1
	var r_fake = dcs.break_floor_3_metin(1)
	_assert(r_fake["ok"] == true and r_fake["correct"] == false, "Fake metin detected")
	_assert(dcs.current_floor == 3, "Stays on floor 3 after fake metin")
	_assert(metin_signal["fired"] == true and metin_signal["correct"] == false, "metin_destroyed signal fired false")

	# Break real metin 4
	var r_real = dcs.break_floor_3_metin(4)
	_assert(r_real["ok"] == true and r_real["correct"] == true, "Real metin destroyed")
	_assert(dcs.current_floor == 4, "Advanced to Floor 4")
	_assert(metin_signal["correct"] == true, "metin_destroyed signal fired true")

	# 4. Floor 4: Complete pillar maze
	var r4 = dcs.complete_floor_4()
	_assert(r4["ok"] == true and r4["floor"] == 5, "Floor 4 completed -> Advanced to Floor 5")

func _test_floor_5_tartaros_and_obelisk() -> void:
	print("\n--- Test 3: Floor 5 Tartaros Defeat & Obelisk Activation ---")
	var dcs := DevilsCatacombSystem.new()
	dcs.enter_catacomb(75, [{"vnum": 30311}])
	dcs.current_floor = 5 # Jump to floor 5

	var inv: Array = [null]
	var tartaros_signal := {"fired": false}
	dcs.tartaros_killed.connect(func(_drop: Dictionary):
		tartaros_signal["fired"] = true
	)

	# Defeat Tartaros
	var r_tar = dcs.defeat_tartaros(inv)
	_assert(r_tar["ok"] == true, "Tartaros defeated")
	_assert(inv[0] != null and inv[0]["vnum"] == 30312, "Grim Soul Stone (30312) dropped into inventory")
	_assert(tartaros_signal["fired"] == true, "tartaros_killed signal fired")

	# Insert stone into obelisk
	var obelisk_signal := {"fired": false}
	dcs.obelisk_activated.connect(func():
		obelisk_signal["fired"] = true
	)

	var r_ob = dcs.insert_grim_stone_to_obelisk(inv)
	_assert(r_ob["ok"] == true and r_ob["floor"] == 6, "Obelisk activated -> Advanced to Floor 6")
	_assert(inv[0] == null, "Grim Soul Stone consumed by obelisk")
	_assert(obelisk_signal["fired"] == true, "obelisk_activated signal fired")

func _test_floor_6_charon() -> void:
	print("\n--- Test 4: Floor 6 Charon Defeat ---")
	var dcs := DevilsCatacombSystem.new()
	dcs.enter_catacomb(75, [{"vnum": 30311}])
	dcs.current_floor = 6

	var charon_signal := {"fired": false}
	dcs.charon_killed.connect(func(): charon_signal["fired"] = true)

	var r = dcs.defeat_charon()
	_assert(r["ok"] == true and r["floor"] == 7, "Charon defeated -> Advanced to Floor 7")
	_assert(charon_signal["fired"] == true, "charon_killed signal fired")
	_assert(dcs.is_azrael_alive == true, "Azrael is now active on floor 7")
	_assert(dcs.azrael_hp == 900000, "Azrael initial HP is 900,000")

func _test_floor_7_azrael_battle_and_drops() -> void:
	print("\n--- Test 5: Floor 7 Azrael Battle, Minion Summon & Drops ---")
	var dcs := DevilsCatacombSystem.new()
	dcs.enter_catacomb(75, [{"vnum": 30311}])
	dcs.current_floor = 6
	dcs.defeat_charon() # Transitions to floor 7

	var azrael_hp_signal := {"fired": false, "hp": 0}
	dcs.azrael_hp_changed.connect(func(hp: int, _max: int):
		azrael_hp_signal["fired"] = true
		azrael_hp_signal["hp"] = hp
	)

	# 1. Normal damage: Raw 1680 - DEF 680 = 1000 net dmg
	var r1 = dcs.attack_azrael(1680)
	_assert(r1["ok"] == true and r1["net_dmg"] == 1000, "Raw 1680 - 680 DEF = 1000 net dmg")
	_assert(dcs.azrael_hp == 899000, "Azrael HP reduced to 899,000")
	_assert(azrael_hp_signal["fired"] == true, "azrael_hp_changed signal fired")

	# 2. Cross 50% HP threshold (450,000 HP) -> summons minions
	# Current HP: 899,000. Deal 450,000 net dmg -> raw 450,680
	var r2 = dcs.attack_azrael(450680)
	_assert(dcs.azrael_hp == 449000, "Azrael HP below 50% (449,000)")
	_assert(r2["summoned_minions"] == true, "Azrael summoned undead minions at <= 50% HP")

	# 3. Lethal damage kills Azrael
	var clear_signal := {"fired": false, "drops": []}
	dcs.catacomb_cleared.connect(func(drops: Array):
		clear_signal["fired"] = true
		clear_signal["drops"] = drops
	)

	var r3 = dcs.attack_azrael(1000000)
	_assert(r3["ok"] == true and r3["killed"] == true, "Azrael killed")
	_assert(dcs.is_active == false, "Catacomb completed")
	_assert(clear_signal["fired"] == true, "catacomb_cleared signal fired")

	# Verify drops
	var drops: Array = r3["drops"]
	var has_chest := false
	var has_soul_stone := false
	var has_shield := false
	var has_gold := false

	for d in drops:
		if d["vnum"] == 50187: # Azrael Chest
			has_chest = true
		elif d["vnum"] == 50513: # Soul Stone
			has_soul_stone = true
		elif d["vnum"] == 13149: # Titan Shield
			has_shield = true
		elif d["vnum"] == 1:
			has_gold = true

	_assert(has_chest, "Guaranteed Azrael Chest (50187) dropped")
	_assert(has_soul_stone, "Guaranteed Soul Stone (50513) dropped")
	_assert(has_shield, "Titan Shield (13149) dropped")
	_assert(has_gold, "Yang dropped")

func _test_catacomb_timeout() -> void:
	print("\n--- Test 6: Catacomb Timeout Failure ---")
	var dcs := DevilsCatacombSystem.new()
	dcs.enter_catacomb(75, [{"vnum": 30311}])

	var fail_signal := {"fired": false, "reason": ""}
	dcs.catacomb_failed.connect(func(r: String):
		fail_signal["fired"] = true
		fail_signal["reason"] = r
	)

	dcs.update(3601.0)
	_assert(fail_signal["fired"] == true and fail_signal["reason"] == "TIME_OUT", "Timeout failure emitted")
	_assert(dcs.is_active == false, "Catacomb deactivated on timeout")

func _finish() -> void:
	print("\n==========================================")
	print("Devil's Catacomb Parity Test Results: %d Passed, %d Failed" % [_passed, _failed])
	print("==========================================")
	if _failed > 0:
		quit(1)
	else:
		quit(0)