118 lines
5.7 KiB
GDScript
118 lines
5.7 KiB
GDScript
# VERTICAL SLICE - NOT FOR PRODUCTION
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# 演播后排窗定点探针（规则=「伤害过程演完才切战斗胜利结算窗」——该行为的唯一关联测试）：
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# 真实信号路径驱动一场战斗到击杀胜利（结算行在排播队列），断言两条：
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# ①胜利同帧：终局面未开 + 挂起态在案 + 队列非空（旧行为=同帧 flush+开窗，本断言即红——判别性）；
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# ②排播放完：终局面开启（演播完边沿派发——_on_pump_ended）。
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# 存档/设置/元进度三面隔离（isolate_save 现行事实源，meta 经 autoload 链同源），零真实档触碰。headless 可跑（不抓帧）。
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extends Node
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const ProbeUiUtil := preload("res://probe/probe_ui_util.gd") # 隔离样板单点
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var main
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var _problems: Array = []
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func _ready() -> void:
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await get_tree().process_frame
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main = load("res://presentation/main.tscn").instantiate()
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add_child(main)
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await get_tree().process_frame
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# 存档/设置两面隔离（ProbeUiUtil.isolate_save 现行事实源，先删后建防陈旧档泄入）——
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# 隔离面走 attach_path 原地重置 autoload 单例：组合根 save_manager/meta 是getter-only
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# 读视图，直接赋值无效，隔离必须落在单例上。
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ProbeUiUtil.isolate_save(main, "t17_defer_probe", false, true, true) # 末参=swap_save（卡②签名换代——原 refresh_resume 槽位语义退役）
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# 本探针验证完整动画档的演播后排窗——强制 motion_scale=1.0（隔离档替换在 boot 后，
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# 减动效已随真档 settings.cfg 应用于引擎态；减动效档=consume_now 快路、开窗即时，另属语义）
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UiKit.motion_scale = 1.0
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for i in 8:
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await get_tree().process_frame
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main._start_adventure_from_menu() # 函数直调中间态（卡② mn10——开始冒险钮已撤）
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for i in 60:
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await get_tree().process_frame
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if main.ui.modals.level_screen != null and main.ui.modals.level_screen.visible:
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break
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if main.ui.modals.level_screen == null or not main.ui.modals.level_screen.visible:
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_fail("关卡画面未出现")
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return
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for i in 5:
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await get_tree().process_frame
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main.ui.modals.level_screen.press_candidate(0)
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for i in 20:
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await get_tree().process_frame
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if main.run_scope.settlement == null:
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_fail("战斗未启动")
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return
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# 直挖至击杀胜利（settle_batch 真实管线——step_row 信号→排播队列，与点击路径同链）
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var ms = main.run_scope.settlement.minesweeper
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var guard := 200
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var t_ap_out := -1 # AP 用完/停手帧
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var ap_clock := "" # 墙上时钟时间戳
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var settle_clock := ""
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while guard > 0 and String(main.run_scope.settlement.battle_result) == "":
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guard -= 1
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var plan = load("res://sim/auto_player.gd").choose_dig(ms)
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if plan.is_empty():
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main.run_scope.settlement.settle_batch([{"action": "stop", "cell": Vector2i(-1, -1)}])
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await get_tree().process_frame
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continue
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if plan.hero_cell != ms.hero_pos():
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ms.settle_batch([{"action": "move", "cell": plan.hero_cell}])
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ms.settle_batch([{"action": "dig", "cell": plan.dig_cell}])
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if t_ap_out < 0 and main.run_scope.settlement.action_economy.phase != "Active":
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t_ap_out = Time.get_ticks_msec()
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ap_clock = _clock_ms()
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settle_clock = ap_clock # 触发结算与 AP 用完同帧（核心同步）——同一墙上时刻
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await get_tree().process_frame
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if String(main.run_scope.settlement.battle_result) != "victory":
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_fail("战斗未胜利（result='%s'）" % str(main.run_scope.settlement.battle_result))
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return
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var t_settle := Time.get_ticks_msec()
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var _rows_at_victory: int = main.ui.screens.row_pacer.pending_rows().size() # 时间戳①：结算入队完成帧（AP 耗尽/停手→五行段同步跑完→行全在队）
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# 断言①胜利同帧：终局面未开 + 挂起在案 + 队列非空（判别性——旧行为同帧开窗即红）
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if main.ui.modals.end_overlay.is_open():
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_problems.append("胜利同帧终局面已开（演播后排窗失效——同帧 flush 旧路径回潮）")
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if main.ui.modals.flow._deferred == null:
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_problems.append("胜利同帧挂起态缺失（_deferred_modal == null）")
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if main.ui.screens.row_pacer.pending_rows().is_empty():
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_problems.append("胜利同帧排播队列已空（结算行未走排播链）")
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var _played_rows: int = _rows_at_victory
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# 断言②排播放完：终局面开启（20s 守卫——0.22s×行数 ×10 余量）
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var waited := 0.0
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while not main.ui.modals.end_overlay.is_open() and waited < 20.0:
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await get_tree().process_frame
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waited += get_process_delta_time()
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var t_popup := Time.get_ticks_msec()
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var popup_clock := _clock_ms() # 弹窗出现：墙上时钟时间戳
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print("[t17_defer] AP点用完: %s" % ap_clock)
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print("[t17_defer] 触发结算: %s（与 AP 用完同帧——核心同步，相差 0ms）" % settle_clock)
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print("[t17_defer] 弹窗出现: %s（距触发结算 %d ms = 逐行演播时长，行数 %d）" % [popup_clock, t_popup - t_ap_out, _played_rows])
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if not main.ui.modals.end_overlay.is_open():
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_problems.append("排播放完后终局面未开（%.1fs——演播完边沿派发失守）" % waited)
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if _problems.is_empty():
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print("[t17_defer] PASS — 胜利同帧挂起+排播完开窗 两断言全过（waited=%.1fs）" % waited)
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get_tree().quit(0)
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else:
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for p in _problems:
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print("[t17_defer] FAIL — " + p)
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get_tree().quit(2)
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func _clock_ms() -> String:
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var unix := Time.get_unix_time_from_system()
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return "%s.%03d" % [Time.get_datetime_string_from_system(), int(fmod(unix, 1.0) * 1000.0) % 1000]
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func _fail(why: String) -> void:
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print("[t17_defer] FAIL — " + why)
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get_tree().quit(2)
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func _find_button_by_sub(root: Node, sub: String) -> Button:
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if root is Button and String(root.text).contains(sub):
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return root
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for c in root.get_children():
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var r := _find_button_by_sub(c, sub)
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if r != null:
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return r
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return null
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