mtgodot-poc/project/test_auto_combat_bot_parity.gd

# test_auto_combat_bot_parity.gd —— 40250 自动战斗猎杀挂机助手 1:1 回归测试套件
extends SceneTree

const AutoCombatBotSystem = preload("res://auto_combat_bot_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_auto_combat_bot_parity (Direction 2: Auto Combat Bot 1:1) ===")
	_test_bot_toggle()
	_test_auto_potion()
	_test_auto_target_and_combat()
	_test_auto_looting()
	_finish()

func _test_bot_toggle() -> void:
	print("\n--- Test 1: Bot Toggle State ---")
	var bot := AutoCombatBotSystem.new()

	var toggle_sig := {"fired": false, "enabled": false}
	bot.bot_toggled.connect(func(en: bool):
		toggle_sig["fired"] = true
		toggle_sig["enabled"] = en
	)

	var res1 = bot.toggle_bot(true)
	_assert(res1["enabled"] == true and bot.is_enabled == true, "Bot enabled")
	_assert(toggle_sig["fired"] == true and toggle_sig["enabled"] == true, "bot_toggled emitted true")

	bot.toggle_bot(false)
	_assert(bot.is_enabled == false, "Bot disabled")

func _test_auto_potion() -> void:
	print("\n--- Test 2: Smart Auto Potion (HP/SP Threshold) ---")
	var bot := AutoCombatBotSystem.new()
	bot.toggle_bot(true)

	var player := {
		"hp": 400,
		"max_hp": 1000, # 40% < 50% threshold
		"sp": 800,
		"max_sp": 1000, # 80% > 40% threshold (no SP potion)
		"pos": Vector3.ZERO
	}
	var inv: Array = [
		{"vnum": 27003, "name": "红色药水(特大)", "count": 2},
		{"vnum": 27006, "name": "蓝色药水(特大)", "count": 2}
	]

	var pot_events := []
	bot.potion_used.connect(func(v: int, pt: String):
		pot_events.append({"vnum": v, "type": pt})
	)

	# Update tick should trigger HP potion only
	bot.update_bot(0.1, player, inv, [], [])
	_assert(player["hp"] == 1000, "HP restored (capped at max 1000)")
	_assert(inv[0]["count"] == 1, "Red potion consumed (2 -> 1)")
	_assert(pot_events.size() == 1 and pot_events[0]["type"] == "hp", "potion_used emitted for HP")

	# Now drop SP to 20% (< 40%) and reset potion cooldown
	bot.potion_cooldown = 0.0
	player["sp"] = 200
	bot.update_bot(0.1, player, inv, [], [])
	_assert(player["sp"] == 1000, "SP restored to max 1000")
	_assert(inv[1]["count"] == 1, "Blue potion consumed (2 -> 1)")
	_assert(pot_events.size() == 2 and pot_events[1]["type"] == "sp", "potion_used emitted for SP")

func _test_auto_target_and_combat() -> void:
	print("\n--- Test 3: Auto Target, Move & Skill/Attack Execution ---")
	var bot := AutoCombatBotSystem.new()
	bot.toggle_bot(true)
	bot.assigned_skills = [1] # Assign Triple Slash

	var player := {
		"atk": 500,
		"hp": 1000,
		"max_hp": 1000,
		"sp": 1000,
		"max_sp": 1000,
		"pos": Vector3.ZERO
	}
	var mob := {
		"id": "mob_99",
		"hp": 2000,
		"alive": true,
		"pos": Vector3(8.0, 0.0, 0.0) # 8m away (> 3.0m attack range)
	}

	var lock_sig := {"fired": false, "id": ""}
	bot.target_locked.connect(func(tid: String):
		lock_sig["fired"] = true
		lock_sig["id"] = tid
	)

	# 1. Step: Locks target and moves closer
	var step1 = bot.update_bot(0.5, player, [], [mob], [])
	_assert(lock_sig["fired"] == true and lock_sig["id"] == "mob_99", "target_locked emitted")
	_assert(step1["status"] == "moving_to_target", "Bot moving toward target")
	_assert(player["pos"].x > 0.0, "Player moved along X axis")

	# Move player close (2.0m <= 3.0m attack range)
	player["pos"] = Vector3(6.5, 0.0, 0.0) # 1.5m distance
	var sk_sig := {"fired": false}
	bot.auto_skill_fired.connect(func(_sk: int, _t: String): sk_sig["fired"] = true)

	# 2. Step: Fires skill (Triple Slash, 2.0x dmg = 1000)
	var step2 = bot.update_bot(0.1, player, [], [mob], [])
	_assert(step2["status"] == "skill_attack", "Executed skill attack")
	_assert(step2["damage"] == 1000, "Dealt 1000 skill damage (500 * 2)")
	_assert(mob["hp"] == 1000, "Mob HP reduced 2000 -> 1000")
	_assert(sk_sig["fired"] == true, "auto_skill_fired emitted")

	# 3. Step: Skill is now on cooldown, performs basic attack (500 dmg)
	var step3 = bot.update_bot(0.1, player, [], [mob], [])
	_assert(step3["status"] == "basic_attack", "Executed basic attack on cooldown")
	_assert(mob["hp"] == 500, "Mob HP reduced 1000 -> 500")

func _test_auto_looting() -> void:
	print("\n--- Test 4: Auto Looting Within 8.0m ---")
	var bot := AutoCombatBotSystem.new()
	bot.toggle_bot(true)

	var player := {
		"hp": 1000,
		"max_hp": 1000,
		"sp": 1000,
		"max_sp": 1000,
		"pos": Vector3.ZERO
	}
	var inv: Array = [null, null]
	var drops: Array = [
		{"id": 1, "vnum": 71003, "name": "祝福卷轴", "count": 1, "pos": Vector3(3.0, 0.0, 0.0), "looted": false},
		{"id": 2, "vnum": 50513, "name": "灵魂之石", "count": 1, "pos": Vector3(20.0, 0.0, 0.0), "looted": false} # > 8m
	]

	var loot_sig := {"fired": false, "name": ""}
	bot.auto_loot_collected.connect(func(n: String, _s: int):
		loot_sig["fired"] = true
		loot_sig["name"] = n
	)

	bot.update_bot(0.1, player, inv, [], drops)
	_assert(drops[0]["looted"] == true, "Drop 1 (3m) was looted")
	_assert(drops[1]["looted"] == false, "Drop 2 (20m) out of range, not looted")
	_assert(inv[0]["vnum"] == 71003, "Blessing Scroll placed into slot 0")
	_assert(loot_sig["fired"] == true and loot_sig["name"] == "祝福卷轴", "auto_loot_collected emitted")

func _finish() -> void:
	print("\n==========================================")
	print("Auto Combat Bot Parity Tests Finished:")
	print("Passed: %d, Failed: %d" % [_passed, _failed])
	print("==========================================")
	if _failed > 0:
		printerr("FAILED: Some tests did not pass.")
		quit(1)
	else:
		print("SUCCESS: All Auto Combat Bot parity tests passed!")
		quit(0)