mtgodot-poc/project/test_alignment_pk_parity.gd

# test_alignment_pk_parity.gd —— 40250 善恶值与名望头衔奖惩系统 1:1 回归测试套件
extends SceneTree

const AlignmentPkSystem = preload("res://alignment_pk_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_alignment_pk_parity (Direction 3: Alignment PK & Titles 1:1) ===")
	_test_title_tiers_and_thresholds()
	_test_zen_bean_clearing()
	_test_safe_zone_time_recovery()
	_test_red_name_death_drop_penalty()
	_test_serialization()
	_finish()

func _test_title_tiers_and_thresholds() -> void:
	print("\n--- Test 1: Title Tiers & Alignment Thresholds (40250 1:1) ---")
	var sys := AlignmentPkSystem.new()

	_assert(AlignmentPkSystem.get_title_name(15000) == "崇高骑士", ">= 12000 is Chivalric (崇高骑士)")
	_assert(AlignmentPkSystem.get_title_name(9000)  == "尊贵贵族", ">= 8000 is Noble (尊贵贵族)")
	_assert(AlignmentPkSystem.get_title_name(5000)  == "正义良民", ">= 4000 is Good (正义良民)")
	_assert(AlignmentPkSystem.get_title_name(1500)  == "友好伙伴", ">= 1000 is Friendly (友好伙伴)")
	_assert(AlignmentPkSystem.get_title_name(500)   == "中立行者", "0 ~ 999 is Neutral (中立行者)")
	_assert(AlignmentPkSystem.get_title_name(-1000) == "好斗狂徒", "-1 ~ -3999 is Aggressive (好斗狂徒)")
	_assert(AlignmentPkSystem.get_title_name(-5000) == "狡诈恶徒", "-4000 ~ -7999 is Fraudulent (狡诈恶徒)")
	_assert(AlignmentPkSystem.get_title_name(-9000) == "险恶凶手", "-8000 ~ -11999 is Malicious (险恶凶手)")
	_assert(AlignmentPkSystem.get_title_name(-15000)== "残忍魔头", "<= -12000 is Cruel (残忍魔头)")

	# Test clamping bounds (-200000 to +200000 real alignment)
	sys.update_real_alignment(500000)
	_assert(sys.real_alignment == 200000, "Clamped at MAX_REAL_ALIGNMENT (+200000)")
	_assert(sys.get_alignment() == 20000, "Display alignment clamped at +20000")

	sys.update_real_alignment(-900000)
	_assert(sys.real_alignment == -200000, "Clamped at MIN_REAL_ALIGNMENT (-200000)")
	_assert(sys.get_alignment() == -20000, "Display alignment clamped at -20000")

func _test_zen_bean_clearing() -> void:
	print("\n--- Test 2: Zen Bean (70102) Sin Clearing ---")
	var sys := AlignmentPkSystem.new()
	var inv: Array = [
		{"vnum": AlignmentPkSystem.VNUM_ZEN_BEAN, "name": "禅豆", "count": 3}
	]

	# Set alignment to positive
	sys.real_alignment = 5000 # +500
	var res_pos = sys.use_zen_bean(inv, 0)
	_assert(res_pos["ok"] == false, "Zen bean rejected when alignment is positive")
	_assert(res_pos["reason"] == "ALIGNMENT_ALREADY_GOOD", "Reason is ALREADY_GOOD")
	_assert(inv[0]["count"] == 3, "Zen bean not consumed")

	# Set alignment to -1200 (-12000 real)
	sys.real_alignment = -12000
	var bean_sig := {"fired": false, "cleared": 0, "align": 0}
	sys.zen_bean_consumed.connect(func(c: int, a: int):
		bean_sig["fired"] = true
		bean_sig["cleared"] = c
		bean_sig["align"] = a
	)

	var res_neg = sys.use_zen_bean(inv, 0)
	_assert(res_neg["ok"] == true, "Zen bean successfully used")
	_assert(res_neg["cleared"] == 500, "Cleared 500 display points")
	_assert(sys.get_alignment() == -700, "New alignment is -700 (-1200 + 500)")
	_assert(inv[0]["count"] == 2, "Zen bean count decremented to 2")
	_assert(bean_sig["fired"] == true, "zen_bean_consumed signal emitted")

	# Test capping clear to 0 when remaining evil < 500 (e.g. -200)
	sys.real_alignment = -2000 # -200 display
	inv[0]["count"] = 1
	var res_cap = sys.use_zen_bean(inv, 0)
	_assert(res_cap["ok"] == true, "Zen bean used")
	_assert(res_cap["cleared"] == 200, "Only cleared remaining 200 points")
	_assert(sys.get_alignment() == 0, "Alignment restored to 0 (Neutral)")
	_assert(inv[0] == null, "Last Zen bean consumed completely")

func _test_safe_zone_time_recovery() -> void:
	print("\n--- Test 3: Safe Zone Time-Based Recovery (40250 char.cpp) ---")
	var sys := AlignmentPkSystem.new()

	# Evil player: recovers 60 pts/min without item
	sys.real_alignment = -10000 # -1000 display
	sys.recover_alignment_by_time(5, false) # +300 pts
	_assert(sys.get_alignment() == -700, "Recovered 300 points over 5 minutes (60/min)")

	# Evil player: recovers 120 pts/min with item
	sys.recover_alignment_by_time(5, true) # +600 pts
	_assert(sys.get_alignment() == -100, "Recovered 600 points over 5 minutes with item (120/min)")

	# Good player: recovers 5 pts/min
	sys.real_alignment = 10000 # +1000 display
	sys.recover_alignment_by_time(10, false) # +50 pts
	_assert(sys.get_alignment() == 1050, "Recovered 50 points over 10 minutes (5/min)")

func _test_red_name_death_drop_penalty() -> void:
	print("\n--- Test 4: Red Name Death Drop Penalty & Soulbound Exemption ---")
	var sys := AlignmentPkSystem.new()

	var inv: Array = [
		{"vnum": 189, "name": "毒剑+9", "is_soulbound": false},
		{"vnum": 11299, "name": "黑铁甲+9", "is_soulbound": true}, # Soulbound protected!
		{"vnum": 50300, "name": "技能书", "is_soulbound": false}
	]

	# 1. White name (Alignment >= 0): 0 drops
	sys.real_alignment = 50000
	var drops_good = sys.handle_death_drop_penalty(inv)
	_assert(drops_good.is_empty(), "Good player never drops items on death")
	_assert(inv[0] != null and inv[1] != null and inv[2] != null, "Inventory remains intact")

	# 2. Cruel Red name (Alignment <= -12000): guaranteed drop with 80% chance
	sys.real_alignment = -150000 # -15000 (Cruel)
	# Seed random for deterministic test
	seed(42)
	var drops_evil = sys.handle_death_drop_penalty(inv)
	_assert(not drops_evil.is_empty(), "Cruel red name dropped items on death")
	_assert(inv[1] != null, "Soulbound Black Steel Armor was NOT dropped (immune)")

func _test_serialization() -> void:
	print("\n--- Test 5: Serialization & Restoration ---")
	var sys1 := AlignmentPkSystem.new()
	sys1.real_alignment = -85400 # -8540 display (Malicious)

	var data = sys1.serialize()
	var sys2 := AlignmentPkSystem.new()
	sys2.deserialize(data)
	_assert(sys2.real_alignment == -85400, "Restored real alignment")
	_assert(sys2.get_alignment() == -8540, "Restored display alignment")
	_assert(sys2.get_title_name(sys2.get_alignment()) == "险恶凶手", "Restored Malicious title")

func _finish() -> void:
	print("\n=======================================================")
	print("Alignment PK System Parity Tests: %d Passed, %d Failed" % [_passed, _failed])
	print("=======================================================\n")
	if _failed > 0:
		quit(1)
	else:
		quit(0)