# VERTICAL SLICE - NOT FOR PRODUCTION # 轮间结算节奏化断言（逻辑先行断言面）： # ① 演出队列排空前后核心逻辑状态逐位一致（演出关停不产生分叉——排播队列零核心触碰的结构证明）； # ② 零丢行：step_row 信号总数 = 明细带实收行数（排播/排空两路都不吞行）； # ③ 段间延迟取数面双态（常态 >0 / 减动效 =0 归零不跳过——pace_delay_for 直读）。 # 载体：main.tscn 实例（同 ui_click_probe 形态——组合根全链在座），真实冒险驱动至首战结算后断言。 # 运行：godot --headless --path game --script res://tests/unit/presentation/pacing_queue_test.gd（expect 0） extends SceneTree const RowPacerScript := preload("res://presentation/row_pacer.gd") var _problems: Array = [] # 记参假站桩（d12 排播半）：继承真类以过类型面，只记解析入参 class FakeStage extends BattleStageView: var calls: Array[Array] = [] func enemy_standee_center(target_id: String, display_name: String) -> Variant: calls.append([target_id, display_name]) return Vector2(10, 10) # 记参假演出层（同上——play_* 全部只记不演） class FakeFx extends SettlementFxView: var calls: Array[Array] = [] func play_projectile(_from: Vector2, _to: Vector2, _glyph: String, _col: Color, _crit: bool = false) -> void: calls.append(["projectile", _to]) func play_damage_number(_pos: Vector2, _text: String, _col: Color, _crit: bool = false) -> void: calls.append(["mark", _pos]) func play_status_pulse(_pos: Vector2, _col: Color) -> void: calls.append(["pulse", _pos]) func check(cond: bool, msg: String) -> void: # oracle: design/engineering/test-conventions.md:56 （判定上报通道——验证函数组） if not cond: _problems.append(msg) func _init() -> void: # oracle: design/gdd/systems/表现与支撑/HUD框架.md:272 （排播节奏——排空零分叉/零丢行/延迟双态组） var main: Node = load("res://presentation/main.tscn").instantiate() root.add_child(main) await process_frame # 隔离换注（SaveManager 是 autoload——原地 attach：先删后建防陈旧档泄入， # 读盘在 attach 内完成；meta 经 save 引用透传零重建） for p in ["user://test_pacing_queue_save.json", "user://test_pacing_queue_save.json.tmp"]: if FileAccess.file_exists(p): DirAccess.remove_absolute(p) var sm = main.get_node("/root/SaveManager") sm.slots.attach_path("user://test_pacing_queue_save.json") sm.meta_state.mark_first_adventure_done() # 行信号计数器（真实信号路径旁挂计数——零触碰既有接线） var rows_seen: Array = [] main._start_adventure_from_menu() await process_frame # 入口停点选路进首战（真实停点链） if not main.ui.modals.run.level_screen.visible: _problems.append("入口停点未呈现（前置失守）") _finish() return main.run_scope.runner.pick_next_node(int(main.run_scope.runner.next_candidate_ids()[0])) await process_frame # 等首战开打（board_changed 同步链——两帧余量） await process_frame var battle = main.run_scope.runner.current_battle() if battle == null: _problems.append("首战未开打（排播断言无载体）") _finish() return battle.step_row.connect(_count_row.bind(rows_seen)) # 理性策略挖到触发结算（≥1 行入队即达断言前提——AP 一次消耗；挖格须邻英雄——邻接优先排序） var ms = battle.minesweeper # 理性策略驱动（auto_player 单一实现复用——damage_probe 同款两步消费：先 move 到 hero_cell 再 dig） var ap = load("res://sim/auto_player.gd") var acted := false for guard in range(40): var plan: Dictionary = ap.choose_dig(ms) if plan.is_empty(): break if plan.hero_cell != ms.hero_pos(): ms.settle_batch([{"action": "move", "cell": plan.hero_cell}]) if battle.action_economy.phase != "Active": break var outcomes: Array = ms.settle_batch([{"action": "dig", "cell": plan.dig_cell}]) acted = not outcomes.is_empty() and bool(outcomes[0].accepted) if acted: break # 轮末结算触发（step_row 行族只在轮末 emit——停手即结，damage_probe 同款） if battle.action_economy.phase == "Active": ms.settle_batch([{"action": "stop"}]) if not acted: _problems.append("首战无受理动作（队列断言无行）") _finish() return await process_frame # ---- 断言①：排空前后核心状态逐位一致（演出关停零分叉）---- var snap_before: String = JSON.stringify(battle.diagnostic_snapshot()) var hp_before: int = int(battle.action_economy.ap) + int(battle.action_economy.rap) * 0 # 观测面双录 main.ui.screens.row_pacer.flush() var snap_after: String = JSON.stringify(battle.diagnostic_snapshot()) check(snap_before == snap_after, "排空前后核心诊断快照逐位一致（AC⑤ 演出关停零分叉）") # ---- 断言②：零丢行（结构判据：排空后队列恒空 + 末信号行原文在带——append_row 直落不吞行）---- check(rows_seen.size() > 0, "结算行已产生（断言前提）") check(main.ui.screens.row_pacer.pending_rows().is_empty(), "排空后队列恒空（flush 完整性）") var last_text := "" for i in range(rows_seen.size() - 1, -1, -1): var cand_row: Dictionary = rows_seen[i] last_text = String(cand_row.get("text", "")) if last_text == "": last_text = String(cand_row.get("display_name", "")) if last_text != "": break check(last_text != "" and main.ui.battle.log_view.parsed_text().contains(last_text), "末信号行原文在明细带（排空不吞行：『%s』）" % last_text) # ---- 断言③：段间延迟取数面双态 ---- UiKit.motion_scale = 1.0 var d_on: float = main.pace_delay_for("damage", "heal") var d_same: float = main.pace_delay_for("damage", "damage") check(d_on > 0.0 and d_on >= d_same, "常态段间延迟 >0 且 ≥ 段内（%f/%f）" % [d_on, d_same]) UiKit.motion_scale = 0.5 check(main.pace_delay_for("damage", "heal") == 0.0, "减动效段间延迟归零（行不跳过——同帧直落快路）") UiKit.motion_scale = 1.0 # ---- 断言④：排播两处取用按行 target_id 解析站桩（d12 排播半——假 stage 记参）---- var rp = RowPacerScript.new() var fstage := FakeStage.new(null, root.get_node("/root/ConfigDB").presentation.battle_layout) var ffx := FakeFx.new() rp.stage = fstage rp.board_view = main.ui.battle.board_zone.board_view rp.settlement_fx = ffx rp._play_settlement_mark({"type": "damage", "target": "地精", "target_id": "goblin_b", "value": 3}) check(fstage.calls.size() == 1 and fstage.calls[0] == ["goblin_b", "地精"], "结算标出按行 target_id 解析站桩（id 与名同传——d12）〔wd12〕") rp._play_cross_zone_fx({"type": "damage", "target": "地精", "target_id": "goblin_b", "value": 3}) check(fstage.calls.size() == 2 and fstage.calls[1] == ["goblin_b", "地精"], "跨区弹道按行 target_id 解析站桩（id 与名同传——d12）〔wd12〕") check(ffx.calls.size() == 2, "两路解析成功后演出层各接一拍（记参面非空）〔wd12〕") rp.free() # ---- 断言⑤：会话更替即清队（wr4——前置夹具入队再走真实入口 _begin_session； # 无夹具则改前改后皆绿：flush 无队列可清时两种形态同值）---- UiKit.motion_scale = 1.0 # 常态入队（减动效快路同帧直落不入队——夹具须真落队列） main._on_step_row({"type": "damage", "target": "hero", "value": 1}) main._on_step_row({"type": "heal", "target": "hero", "value": 2}) check(main.ui.screens.row_pacer.pending_rows().size() == 2, "会话更替夹具已入队（前提：%d 行）〔wr4〕" % main.ui.screens.row_pacer.pending_rows().size()) main.begin_session(false) check(main.ui.screens.row_pacer.pending_rows().is_empty(), "会话更替后待播队列清零（_begin_session 内机制 flush）〔wr4〕") _finish() func _count_row(row: Dictionary, arr: Array) -> void: arr.append(row.duplicate(true)) func _finish() -> void: # oracle: design/engineering/test-conventions.md:56 （判定上报通道——验证函数组） for p in ["user://test_pacing_queue_save.json", "user://test_pacing_queue_save.json.tmp"]: if FileAccess.file_exists(p): DirAccess.remove_absolute(p) if _problems.is_empty(): print("[pacing_queue_test] PASS — 排空零分叉/零丢行/延迟双态 全绿") quit(0) else: for p in _problems: push_error("[pacing_queue_test] FAIL — " + p) print("[pacing_queue_test] FAIL — " + p) quit(1)