mtgodot-poc/project/test_ground_pickup_parity.gd

# test_ground_pickup_parity.gd —— 40250 地面拾取与掉落物 1:1 纯净无头自检套件
# 验证：
#   1. 3.0m 拾取有效距离判定
#   2. 骑马状态下 5.0m 拾取距离拓展
#   3. 就近优先拾取 (按直线距离排序)
#   4. 500ms 发包冷却节流 (s_dwNextTCPTime)
#   5. 所有权校验 (c_szOwnerName != GetName() 拦截 + cannot_pick_item 信号)
#   6. 稀有道具与高强装备垂直光柱 (Drop Light Beam)
#   7. ArrangeTextTail 防重叠标签排布
extends SceneTree

const GroundItems = preload("res://ui/ground_items.gd")

class FakeClient extends Node:
	signal ground_item_added(d: Dictionary)
	signal ground_item_removed(vid: int)

	var calls: Array = []
	var main_vid := 1001
	var char_name := "HeroPlayer"

	func is_in_game() -> bool: return true
	func get_main_vid() -> int: return main_vid
	func get_entity(vid: int) -> Dictionary:
		if vid == main_vid:
			return {"name": char_name}
		return {}
	func pickup_item(vid: int) -> bool:
		calls.append(["pickup", vid])
		return true

class FakeProto extends Node:
	func item(vnum: int) -> Dictionary:
		if vnum >= 10 and vnum <= 19:
			return {"name": "Sword+%d" % (vnum - 10), "type": 1} # 武器
		if vnum == 25040:
			return {"name": "Blessing Scroll", "type": 3}
		return {"name": "Item %d" % vnum, "type": 0}

var _fail := 0
func _ck(c: bool, m: String) -> void:
	if not c:
		_fail += 1
		printerr("FAIL: " + m)

var _to_free: Array[Node] = []

func _init() -> void:
	_run()
	for n in _to_free:
		if is_instance_valid(n):
			n.queue_free()
	await process_frame
	await process_frame
	if _fail == 0:
		print("PASS: test_ground_pickup_parity (40250 GroundItems 1:1 parity)")
		quit(0)
	else:
		printerr("%d check(s) failed in test_ground_pickup_parity" % _fail)
		quit(1)

func _run() -> void:
	var mount := Node3D.new()
	get_root().add_child(mount)
	var fc := FakeClient.new()
	get_root().add_child(fc)
	var proto := FakeProto.new()
	get_root().add_child(proto)

	var player_node := Node3D.new()
	player_node.position = Vector3(0.0, 0.0, 0.0)
	get_root().add_child(player_node)

	var gi := GroundItems.new()
	get_root().add_child(gi)
	_to_free = [gi, player_node, proto, fc, mount]
	gi.assets_override = "__none__"
	gi.setup(fc, mount, func(): return player_node, proto)

	var cannot_picks: Array[String] = []
	gi.cannot_pick_item.connect(func(owner: String): cannot_picks.append(owner))

	# --- 1. 距离与最近优先判定 ---
	# 在地面添加 3 个物品：
	# vid 1: 距离 2.0m (在 3m 内)
	# vid 2: 距离 1.0m (最近)
	# vid 3: 距离 4.5m (超出 3m)
	gi._on_added({"vid": 1, "vnum": 10, "pos": Vector3(0.0, 0.0, 2.0), "owner": ""})
	gi._on_added({"vid": 2, "vnum": 11, "pos": Vector3(1.0, 0.0, 0.0), "owner": ""})
	gi._on_added({"vid": 3, "vnum": 12, "pos": Vector3(0.0, 0.0, 4.5), "owner": ""})

	# 尝试拾取：必须拾取最近的 vid 2
	var picked := gi.try_pickup()
	_ck(picked == 2, "1. 优先拾取最近物品 (vid 2, 距离 1.0m)")
	_ck(fc.calls == [["pickup", 2]], "2. 发出 pickup_item(2)")
	fc.calls.clear()

	# --- 2. 500ms 节流拦截 ---
	# 立即再次拾取 (间隔 < 500ms)
	var throttled := gi.try_pickup()
	_ck(throttled == 0, "3. 500ms 内连续拾取被节流拦截")
	_ck(fc.calls.is_empty(), "4. 未重复发送网络包")

	# 服务端移除已被拾取的 vid 2
	gi._on_removed(2)

	# 手动快进冷却定时器
	gi._next_tcp_time_ms = 0
	picked = gi.try_pickup()
	_ck(picked == 1, "5. 500ms 冷却后拾取次近物品 (vid 1, 距离 2.0m)")
	_ck(fc.calls == [["pickup", 1]], "6. 发出 pickup_item(1)")
	fc.calls.clear()

	# 清理已拾取的 vid 1
	gi._on_removed(1)

	# --- 3. 步行 3m 边界与骑马 5m 判定 ---
	# 此时场上只剩 vid 3 (距离 4.5m)
	gi._next_tcp_time_ms = 0
	picked = gi.try_pickup()
	_ck(picked == 0, "7. 步行时 4.5m 超出 3.0m 拾取半径")
	_ck(fc.calls.is_empty(), "8. 未发包")

	# 主角上马
	player_node.set_meta("mounted", true)
	_ck(gi.get_pickable_distance() == 5.0, "9. 骑马时拾取半径扩展为 5.0m")
	gi._next_tcp_time_ms = 0
	picked = gi.try_pickup()
	_ck(picked == 3, "10. 骑马状态成功拾取 4.5m 外物品 (vid 3)")
	_ck(fc.calls == [["pickup", 3]], "11. 发出 pickup_item(3)")
	fc.calls.clear()
	gi._on_removed(3)
	player_node.set_meta("mounted", false)

	# --- 4. 所有权保护拦截 (40250 c_szOwnerName != GetName()) ---
	# 添加属于他人的物品 (owner = EnemyPlayer)
	gi._on_added({"vid": 4, "vnum": 10, "pos": Vector3(0.5, 0.0, 0.5), "owner": "EnemyPlayer"})
	gi._next_tcp_time_ms = 0
	picked = gi.try_pickup()
	_ck(picked == 0, "12. 非本人所有权物品被拦截")
	_ck(fc.calls.is_empty(), "13. 拦截时不发包")
	_ck(cannot_picks == ["EnemyPlayer"], "14. 触发 cannot_pick_item 信号")
	cannot_picks.clear()

	# 添加属于自己的物品 (owner = HeroPlayer)
	gi._on_added({"vid": 5, "vnum": 10, "pos": Vector3(0.2, 0.0, 0.2), "owner": "HeroPlayer"})
	gi._next_tcp_time_ms = 0
	picked = gi.try_pickup()
	_ck(picked == 5, "15. 属于本人的保护物品成功拾取 (vid 5)")
	_ck(fc.calls == [["pickup", 5]], "16. 正常发包")
	fc.calls.clear()
	gi._on_removed(4)
	gi._on_removed(5)

	# --- 5. 稀有掉落物光柱 (Drop Light Beam) ---
	# 普通物品 (vnum 10 = Sword+0)
	gi._on_added({"vid": 6, "vnum": 10, "pos": Vector3(1.0, 0.0, 1.0), "owner": ""})
	var n6: Node3D = gi._by_vid[6]
	_ck(n6.get_node_or_null("light_beam") == null, "17. 普通装备无光柱")

	# 高强装备 (vnum 19 = Sword+9)
	gi._on_added({"vid": 7, "vnum": 19, "pos": Vector3(2.0, 0.0, 1.0), "owner": ""})
	var n7: Node3D = gi._by_vid[7]
	_ck(n7.get_node_or_null("light_beam") != null, "18. +9 稀有装备生成 light_beam 冲天光柱")

	# 祝福卷轴 (vnum 25040)
	gi._on_added({"vid": 8, "vnum": 25040, "pos": Vector3(1.5, 0.0, 1.5), "owner": ""})
	var n8: Node3D = gi._by_vid[8]
	_ck(n8.get_node_or_null("light_beam") != null, "19. 祝福卷轴生成 light_beam 光柱")
	gi.clear_for_map_change()