mtgodot-poc/project/test_offline_bazaar_market_parity.gd

# test_offline_bazaar_market_parity.gd —— 40250 单人单机广场离线摆摊与虚拟交易 1:1 回归测试套件
extends SceneTree

const OfflineBazaarMarketSystem = preload("res://offline_bazaar_market_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_offline_bazaar_market_parity (Direction 1: Offline Bazaar Market 1:1) ===")
	_test_npc_stalls_browse_and_buy()
	_test_buy_validation_errors()
	_test_player_stall_open()
	_test_offline_sales_and_revenue()
	_test_stall_close_and_item_return()
	_finish()

func _test_npc_stalls_browse_and_buy() -> void:
	print("\n--- Test 1: NPC Stalls Browsing & Purchasing ---")
	var mkt := OfflineBazaarMarketSystem.new()
	var stalls = mkt.get_all_stalls()
	_assert(stalls.size() == 3, "Found 3 default NPC stalls in village square")

	# Browse Stall 1 (Materials)
	var b_res = mkt.browse_stall(1)
	_assert(b_res["ok"] == true and b_res["owner"] == "阿隆", "Browsed Stall 1 (阿隆)")
	_assert(b_res["items"].size() == 4, "Stall 1 has 4 goods")

	# Buy Pearl (27993) from Stall 1
	var player := {"gold": 2000000}
	var inv: Array = []
	inv.resize(10)
	for i in range(10):
		inv[i] = null

	var buy_sig := {"fired": false, "name": "", "cost": 0}
	mkt.item_bought_from_stall.connect(func(_sid: int, iname: String, _c: int, cost: int):
		buy_sig["fired"] = true
		buy_sig["name"] = iname
		buy_sig["cost"] = cost
	)

	# Buy 2 pearls: 500,000 * 2 = 1,000,000 gold
	var buy_res = mkt.buy_from_stall(1, 0, 2, player, inv)
	_assert(buy_res["ok"] == true, "Purchased 2 pearls")
	_assert(player["gold"] == 1000000, "Gold deducted 2M -> 1M")
	_assert(inv[0]["vnum"] == 27993 and inv[0]["count"] == 2, "Pearls placed in slot 0")
	_assert(mkt.npc_stalls[1]["items"][0]["stock"] == 3, "Stock decreased 5 -> 3")
	_assert(buy_sig["fired"] == true and buy_sig["name"] == "珍珠", "item_bought_from_stall signal fired")

func _test_buy_validation_errors() -> void:
	print("\n--- Test 2: Purchase Error Validations ---")
	var mkt := OfflineBazaarMarketSystem.new()
	var player := {"gold": 100} # Very poor
	var inv: Array = [null]

	# Not enough gold
	var fail_gold = mkt.buy_from_stall(1, 0, 1, player, inv)
	_assert(fail_gold["ok"] == false and fail_gold["reason"] == "NOT_ENOUGH_GOLD", "Rejected: not enough gold")

	# Out of stock
	player["gold"] = 999999999
	var fail_stock = mkt.buy_from_stall(1, 0, 999, player, inv)
	_assert(fail_stock["ok"] == false and fail_stock["reason"] == "OUT_OF_STOCK", "Rejected: out of stock")

	# Full inventory
	var full_inv := [{"vnum": 1}]
	var fail_inv = mkt.buy_from_stall(1, 0, 1, player, full_inv)
	_assert(fail_inv["ok"] == false and fail_inv["reason"] == "INVENTORY_FULL", "Rejected: inventory full")

func _test_player_stall_open() -> void:
	print("\n--- Test 3: Opening Private Player Stall (50200 Bundle) ---")
	var mkt := OfflineBazaarMarketSystem.new()
	var inv: Array = [
		{"vnum": OfflineBazaarMarketSystem.ITEM_BUNDLE_VNUM, "name": "摆摊包袱", "count": 1},
		{"vnum": 10, "name": "巨剑+9", "count": 1},
		{"vnum": 27003, "name": "红色药水(特大)", "count": 100}
	]

	var open_sig := {"fired": false, "title": "", "count": 0}
	mkt.player_stall_opened.connect(func(t: String, c: int):
		open_sig["fired"] = true
		open_sig["title"] = t
		open_sig["count"] = c
	)

	# Try open without bundle
	var no_bundle_inv: Array = [{"vnum": 10, "count": 1}]
	var fail_bundle = mkt.open_player_stall("我的摊位", [{"slot": 0, "price": 1000}], no_bundle_inv, true)
	_assert(fail_bundle["ok"] == false and fail_bundle["reason"] == "NEED_BUNDLE_ITEM", "Rejected without bundle")

	# Open stall with bundle and 2 items
	var items_to_list := [
		{"slot": 1, "price": 500000, "count": 1},
		{"slot": 2, "price": 200, "count": 50} # sell 50 out of 100
	]

	var res = mkt.open_player_stall("【东方极速特惠商铺】", items_to_list, inv, true)
	_assert(res["ok"] == true, "Player stall opened")
	_assert(inv[0] == null, "Bundle item (50200) consumed")
	_assert(inv[1] == null, "Listed Sword removed from inventory slot 1")
	_assert(inv[2]["count"] == 50, "Potion count halved in inventory (100 - 50 = 50)")
	_assert(mkt.player_stall["is_open"] == true, "Stall is open")
	_assert(mkt.player_stall["items"].size() == 2, "2 goods listed in stall")
	_assert(open_sig["fired"] == true and open_sig["count"] == 2, "player_stall_opened signal fired")

func _test_offline_sales_and_revenue() -> void:
	print("\n--- Test 4: Simulated Offline Sales & Revenue Collection ---")
	var mkt := OfflineBazaarMarketSystem.new()
	var inv: Array = [
		{"vnum": 50200, "count": 1},
		{"vnum": 28430, "name": "战士灵石+4", "count": 1}
	]

	mkt.open_player_stall("【灵石专卖】", [{"slot": 1, "price": 1000000, "count": 1}], inv, true)
	_assert(mkt.player_stall["items"].size() == 1, "1 item listed")

	# Simulate 30 minutes of offline time
	var sim = mkt.simulate_offline_sales(30.0)
	_assert(sim["sold_count"] == 1, "Stone sold during simulated offline time")
	_assert(mkt.player_stall["revenue"] == 1000000, "1M gold earned in stall revenue")
	_assert(mkt.player_stall["items"].is_empty(), "Stall inventory now empty")

	# Collect revenue
	var player := {"gold": 50000}
	var col_res = mkt.collect_stall_revenue(player)
	_assert(col_res["ok"] == true and player["gold"] == 1050000, "Collected revenue into player wallet")
	_assert(mkt.player_stall["revenue"] == 0, "Stall revenue reset to 0")

func _test_stall_close_and_item_return() -> void:
	print("\n--- Test 5: Closing Stall & Returning Unsold Items ---")
	var mkt := OfflineBazaarMarketSystem.new()
	var inv: Array = [
		{"vnum": 50200, "count": 1},
		{"vnum": 11299, "name": "黑铁战甲+9", "count": 1}
	]

	mkt.open_player_stall("【神装铺】", [{"slot": 1, "price": 10000000, "count": 1}], inv, true)

	var close_sig := {"fired": false, "rev": -1}
	mkt.player_stall_closed.connect(func(rev: int):
		close_sig["fired"] = true
		close_sig["rev"] = rev
	)

	# Close stall immediately without sales
	var player := {"gold": 0}
	var close_res = mkt.close_player_stall(inv, player)
	_assert(close_res["ok"] == true, "Stall closed successfully")
	_assert(mkt.player_stall["is_open"] == false, "Stall is no longer open")
	_assert(close_sig["fired"] == true and close_sig["rev"] == 0, "player_stall_closed signal fired")
	_assert(inv[0]["vnum"] == 11299, "Unsold armor safely returned to first empty inventory slot")

func _finish() -> void:
	print("\n==========================================")
	print("Offline Bazaar Market 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 Offline Bazaar Market parity tests passed!")
		quit(0)