mtgodot-poc/project/test_mining_refinery_smelt_parity.gd

# test_mining_refinery_smelt_parity.gd —— 40250 矿石采掘熔炼与首饰宝石镶嵌 1:1 回归测试套件
extends SceneTree

const MiningRefinerySmeltSystem = preload("res://mining_refinery_smelt_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_mining_refinery_smelt_parity (Direction 1: Mining Refinery & Smelt 1:1) ===")
	_test_smelt_ore_success()
	_test_smelt_validations()
	_test_open_jewelry_sockets()
	_test_embed_gems()
	_finish()

func _test_smelt_ore_success() -> void:
	print("\n--- Test 1: Smelting Ore into Refined Gems ---")
	var sys := MiningRefinerySmeltSystem.new()
	var player := {"gold": 50000}
	var inv: Array = [
		{"vnum": 50621, "name": "钻石原石", "count": 100},
		{"vnum": 28030, "name": "战士灵石+0", "count": 1}
	]

	var smelt_sig := {"fired": false, "succ": false, "gem": 0}
	sys.ore_smelted.connect(func(succ: bool, gvnum: int, _gn: String):
		smelt_sig["fired"] = true
		smelt_sig["succ"] = succ
		smelt_sig["gem"] = gvnum
	)

	# Smelt Diamond Ore (force_success = true)
	var res = sys.smelt_ore(0, 1, inv, player, false, true)
	_assert(res["ok"] == true and res["success"] == true, "Smelt succeeded")
	_assert(res["gem_vnum"] == 50634, "Produced Diamond Gem (50634)")
	_assert(player["gold"] == 40000, "10,000 gold deducted (50000 -> 40000)")
	_assert(smelt_sig["fired"] == true and smelt_sig["gem"] == 50634, "ore_smelted signal emitted")

	var has_gem := false
	for it in inv:
		if it != null and it.get("vnum", 0) == 50634:
			has_gem = true
			break
	_assert(has_gem, "Diamond Gem found in inventory")

func _test_smelt_validations() -> void:
	print("\n--- Test 2: Smelting Input Validations ---")
	var sys := MiningRefinerySmeltSystem.new()
	var player := {"gold": 5000} # Less than 10,000
	var inv: Array = [
		{"vnum": 50623, "name": "乌木原石", "count": 50}, # Less than 100
		{"vnum": 28030, "count": 1}
	]

	# Fail on not enough ore
	var fail_ore = sys.smelt_ore(0, 1, inv, player)
	_assert(fail_ore["ok"] == false and fail_ore["reason"] == "NOT_ENOUGH_ORE", "Rejected: ore count < 100")

	# Fail on not enough gold
	inv[0]["count"] = 100
	var fail_gold = sys.smelt_ore(0, 1, inv, player)
	_assert(fail_gold["ok"] == false and fail_gold["reason"] == "NOT_ENOUGH_GOLD", "Rejected: gold < 10000")

func _test_open_jewelry_sockets() -> void:
	print("\n--- Test 3: Opening Jewelry Sockets with Diamond (50634) ---")
	var sys := MiningRefinerySmeltSystem.new()
	var inv: Array = [
		{"vnum": 50634, "name": "纯净钻石", "count": 5},
		{"vnum": 14009, "name": "白金手镯+9", "jewelry_sockets": []}
	]

	var sock_sig := {"fired": false, "idx": 0}
	sys.jewelry_socket_opened.connect(func(_slot: int, idx: int):
		sock_sig["fired"] = true
		sock_sig["idx"] = idx
	)

	# Open 1st socket (100% success)
	var s1 = sys.open_jewelry_socket(0, 1, inv, true)
	_assert(s1["ok"] == true and s1["success"] == true, "1st socket opened")
	_assert(inv[1]["jewelry_sockets"].size() == 1, "Bracelet has 1 socket")
	_assert(sock_sig["fired"] == true and sock_sig["idx"] == 1, "jewelry_socket_opened emitted")

	# Open 2nd and 3rd sockets
	sys.open_jewelry_socket(0, 1, inv, true)
	sys.open_jewelry_socket(0, 1, inv, true)
	_assert(inv[1]["jewelry_sockets"].size() == 3, "Bracelet has 3 sockets (Max)")
	_assert(inv[0]["count"] == 2, "3 diamonds consumed (5 -> 2)")

	# 4th socket attempt must be rejected
	var fail_4th = sys.open_jewelry_socket(0, 1, inv, true)
	_assert(fail_4th["ok"] == false and fail_4th["reason"] == "MAX_SOCKETS_REACHED", "Max 3 sockets enforced")

func _test_embed_gems() -> void:
	print("\n--- Test 4: Embedding Refined Gems into Sockets ---")
	var sys := MiningRefinerySmeltSystem.new()
	var inv: Array = [
		{"vnum": 50641, "name": "白金精炼石", "count": 3},
		{"vnum": 14009, "name": "白金手镯+9", "jewelry_sockets": [null, null]} # 2 open sockets
	]

	var embed_sig := {"fired": false, "name": ""}
	sys.gem_embedded.connect(func(_slot: int, gname: String, _b: float):
		embed_sig["fired"] = true
		embed_sig["name"] = gname
	)

	# Embed into socket 0
	var em1 = sys.embed_gem_into_socket(0, 1, inv)
	_assert(em1["ok"] == true, "1st gem embedded")
	_assert(inv[1]["jewelry_sockets"][0] != null, "Socket 0 occupied")
	_assert(inv[1]["jewelry_sockets"][0]["vnum"] == 50641, "Socket 0 has White Gold Gem")
	_assert(embed_sig["fired"] == true and embed_sig["name"] == "白金精炼石", "gem_embedded signal fired")

	# Embed into socket 1
	var em2 = sys.embed_gem_into_socket(0, 1, inv)
	_assert(em2["ok"] == true, "2nd gem embedded")
	_assert(inv[1]["jewelry_sockets"][1] != null, "Socket 1 occupied")
	_assert(inv[0]["count"] == 1, "Gem count decreased 3 -> 1")

	# 3rd embed when all sockets occupied must fail
	var fail_em = sys.embed_gem_into_socket(0, 1, inv)
	_assert(fail_em["ok"] == false and fail_em["reason"] == "ALL_SOCKETS_OCCUPIED", "Rejected when sockets are full")

func _finish() -> void:
	print("\n==========================================")
	print("Mining Refinery Smelt 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 Mining Refinery Smelt parity tests passed!")
		quit(0)