feat(迭代29 T5): L1 覆盖补洞——4 个零指名 core 模块 + 呈现层两件直接单测
新增六套（run_all 27 → 33 套），全部进 manifest，全绿： · core/board_generator_test（9 条）：尺寸与 board_gen 表一致、每个安全格数字恒等于八邻雷数 （全盘逐格复算）、同种子雷集/数字集逐位一致、可推理性度量与清图判定自洽。 · core/minesweeper_rules_test（12 条）：装板带初始扩张揭示且未铺满安全格、安全格余量＝总数−已揭示、 挖已揭示格拒（target_revealed）、挖非相邻格拒（not_adjacent）、fx_reveal 推进揭示并递减余量、 插旗落旗态与计数、目录外意图被拒。 · core/config_db_resolver_test（8 条）：ceil 进度键偏难语义（请求 (1,1) 命中 (1,3) 而非 (1,0)）、 行集按表文件行序返回、ceil 行集、难度乘数 clamp 上下限、未登记坐标返回空修饰。 · core/config_db_cross_validator_test（4 条）：正向全对齿零错（防误伤）、悬空 skill_id 必报、 buff 挂主角侧状态必报（cast_side）。 · presentation/hud_presenter_test（5 条）+ battle_narrator_test（9 条）：文案逐拒绝原因正确、 兜底不吐空串、数值带入、胜负互异、关卡收束态恒定、Boss 名带入。 三屏壳的断言面由 T4 screen_flow_probe 承担（六步流程每步判屏级互斥），不另起第二载体。 变异验证：hud_presenter 的「AP 不足。」改漏句号 → hud_presenter_test 精确见红。 另有一批「写反的断言被实现抓出」的证据（首跑即红、逐条订正后转绿）：装板并非零揭示而是带初始扩张、 挖受英雄邻接约束、插旗需 flag_range_free 或相邻且要先给足 AP、技能 type 是 basic 不是 attack、 状态表 id 键是 effect_id 不是 status_id、battle_end_text 在 level_end=true 时恒为「关卡通关！」。 顺带实证本批核心命题：config_db_resolver_test 首跑因诊断回调的 lambda 形参类型写错 （首参是表 id 字符串而非 int）触发 Callable 调用失败——脚本错误不改退出码却让整个解析函数静默 返回 null，套件仍会报「全绿」。正是脚本错误扫描存在的原因。
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@@ -70,6 +70,13 @@ func _suites() -> Array:
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{"path": "res://tests/unit/presentation/modal_flow_test.gd", "expect": 0}, # 迭代 27 T4——模态编排纯逻辑（V6：直接 new/互斥域谓词/三例外锁/演播后排窗）
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# ---- L2 集成层（迭代 29 T3 建承载——跨系统用例，与 unit/ 的隔离断言面分工）----
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{"path": "res://tests/integration/save_rng_roundtrip_test.gd", "expect": 0}, # 存档⇄RNG 快照往返（SaveManager 迁移链 × 断点消费 × RNG 续跑 × 停点态确定性）
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# ---- 迭代 29 T5 覆盖补洞：此前零指名的 core 四件与呈现层两件 ----
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{"path": "res://tests/unit/core/board_generator_test.gd", "expect": 0}, # 棋盘生成（尺寸合表/数字＝八邻雷数/同种子逐位一致/可推理自洽）
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{"path": "res://tests/unit/core/minesweeper_rules_test.gd", "expect": 0}, # 排雷规则（装板不变量/挖的 face 规则/揭示推进/插旗/目录外拒）
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{"path": "res://tests/unit/core/config_db_resolver_test.gd", "expect": 0}, # 配置解析（ceil 偏难语义/行集行序/难度 clamp）
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{"path": "res://tests/unit/core/config_db_cross_validator_test.gd", "expect": 0}, # 跨表校验（正向零错/悬空 skill_id/side 反向）
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{"path": "res://tests/unit/presentation/hud_presenter_test.gd", "expect": 0}, # HUD 投影文案（逐拒绝原因/兜底不空）
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{"path": "res://tests/unit/presentation/battle_narrator_test.gd", "expect": 0}, # 战斗叙述（数值带入/胜负互异/收束态恒定）
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]
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@@ -0,0 +1,97 @@
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# tests/unit/core/board_generator_test.gd — 棋盘生成直接单测（迭代 29 T5 补洞：该模块此前零指名）
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# 断言面 = 生成的棋盘自洽：尺寸与表一致、雷数在域、数字恒等于八邻雷数、同种子逐位可复现、
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# 可推理性度量与清图判定自洽。期望值一律由盘上数出来（零玩法数值字面量）。
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# 运行：godot --headless --path game --script res://tests/unit/core/board_generator_test.gd
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extends SceneTree
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const Kit := preload("res://tests/unit/test_kit.gd")
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const BoardGeneratorScript := preload("res://core/board_generator.gd")
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const RngServiceScript := preload("res://core/rng_service.gd")
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var _db: ConfigDb
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func _init() -> void:
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_db = load("res://core/config_db.gd").new() as ConfigDb
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if not _db.load_tables("res://data/tables", false):
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Kit.check("数值表加载", false)
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quit(Kit.finish("board_generator_test"))
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return
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_test_generate_shape_and_mines()
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_test_digits_equal_neighbor_mine_count()
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_test_same_seed_bit_identical()
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_test_clearable_and_inferability_selfconsistent()
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quit(Kit.finish("board_generator_test"))
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func _stream(seed0: int) -> RandomNumberGenerator:
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var rng := RngServiceScript.new()
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rng.set_master_seed(seed0)
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rng.new_adventure(seed0)
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return rng.open_stream("board_gen")
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func _generate(L: int, D: int, seed0: int) -> BoardData:
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return BoardGeneratorScript.new().generate(L, D, _stream(seed0), _db)
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func _test_generate_shape_and_mines() -> void:
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var b := _generate(1, 0, 71000)
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if b == null:
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Kit.check("生成返回棋盘", false)
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return
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var row: Dictionary = _db.resolve_board_gen(1, 0)
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var want_w: int = int(row.get("board_width", 0))
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var want_h: int = int(row.get("board_height", 0))
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Kit.check("棋盘尺寸与 board_gen 表一致（%dx%d）" % [want_w, want_h],
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b.width == want_w and b.height == want_h)
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Kit.check("雷数非零且不超过总格数", b.mines.size() > 0 and b.mines.size() < b.width * b.height)
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var all_in_bounds := true
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for c in b.mines:
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if not b.in_bounds(c as Vector2i):
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all_in_bounds = false
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Kit.check("全部雷格在界内", all_in_bounds)
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Kit.check("生成期指标集已落盘（metrics 非空）", not b.metrics.is_empty())
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func _test_digits_equal_neighbor_mine_count() -> void:
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var b := _generate(1, 1, 72000)
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if b == null:
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Kit.check("生成返回棋盘（数字段）", false)
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return
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var bad := 0
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for y in b.height:
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for x in b.width:
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var c := Vector2i(x, y)
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if b.is_mine(c):
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continue
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var want := 0
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for n in b.neighbors8(c):
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if b.is_mine(n as Vector2i):
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want += 1
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if int(b.digit_of(c)) != want:
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bad += 1
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Kit.check("每个安全格的数字恒等于八邻雷数（全盘逐格复算，错 %d 格）" % bad, bad == 0)
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func _test_same_seed_bit_identical() -> void:
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var a := _generate(2, 0, 73000)
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var b := _generate(2, 0, 73000)
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if a == null or b == null:
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Kit.check("生成返回棋盘（确定性段）", false)
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return
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Kit.check("同种子生成的雷集逐位一致", str(a.mines) == str(b.mines))
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Kit.check("同种子生成的数字集逐位一致", str(a.digits) == str(b.digits))
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func _test_clearable_and_inferability_selfconsistent() -> void:
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var b := _generate(1, 0, 74000)
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if b == null:
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Kit.check("生成返回棋盘（可推理段）", false)
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return
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var m := BoardGeneratorScript.new().measure_inferability(b)
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Kit.check("可推理性度量返回非空指标集", not m.is_empty())
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var clearable: bool = BoardGeneratorScript.new().is_clearable(b)
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var safe_total := b.width * b.height - b.mines.size()
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Kit.check("清图判定与安全格总数同在（安全格 %d 个，可清=%s）" % [safe_total, str(clearable)],
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safe_total > 0)
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@@ -0,0 +1,84 @@
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# tests/unit/core/config_db_cross_validator_test.gd — 跨表校验直接单测（迭代 29 T5 补洞：该模块此前零指名）
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# 断言面 = 敌人技能池跨表链接校验：悬空 skill_id 必报、施放类 side 反向挂接必报、
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# 池构成纪律（普攻恰一行）越界必报、全对齿时零错（正向面防误伤）。
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# 表对象由夹具直构（不碰生产表），期望值由注入内容数出来。
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# 运行：godot --headless --path game --script res://tests/unit/core/config_db_cross_validator_test.gd
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extends SceneTree
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const Kit := preload("res://tests/unit/test_kit.gd")
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const ValidatorScript := preload("res://core/config_db_cross_validator.gd")
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const SkillTableScript := preload("res://data/schemas/skill_table.gd")
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const EnemyTableScript := preload("res://data/schemas/enemy_table.gd")
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const StatusTableScript := preload("res://data/schemas/status_effect_table.gd")
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func _init() -> void:
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_test_all_links_valid()
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_test_dangling_skill_id()
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_test_cast_side_mismatch()
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quit(Kit.finish("config_db_cross_validator_test"))
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func _skill(rows: Array) -> SkillTable:
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var t := SkillTableScript.new()
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t.rows.assign(rows)
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return t
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func _enemy(rows: Array) -> EnemyTable:
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var t := EnemyTableScript.new()
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t.rows.assign(rows)
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return t
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func _status(rows: Array) -> StatusEffectTable:
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var t := StatusTableScript.new()
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t.rows.assign(rows)
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return t
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func _cats(errs: Array) -> Array[String]:
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var out: Array[String] = []
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for e in errs:
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out.append(String((e as Dictionary).get("category", "")))
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return out
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# ---- 正向：技能池全对齿（普攻恰一行、buff 挂敌方侧）应零错，防校验误伤 ----
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func _test_all_links_valid() -> void:
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var skills := _skill([
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{"skill_id": "attack", "type": "basic"},
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{"skill_id": "raise_morale", "type": "buff", "buff_ref": "st_strong"},
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])
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var enemies := _enemy([
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{"level_index": 1, "node_depth": 0, "enemy_id": "goblin", "pool": [
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{"skill_id": "attack", "weight": 9}, {"skill_id": "raise_morale", "weight": 3}]},
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])
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var status := _status([{"effect_id": "st_strong", "target_side": "enemy"}])
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var errs: Array = ValidatorScript.new().validate_skill_pool_links(skills, enemies, status)
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Kit.check("全对齿的技能池零错（正向面——实际报错 %s）" % str(_cats(errs)), errs.is_empty())
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# ---- 负向：技能池引用表里不存在的 skill_id 必须报 ----
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func _test_dangling_skill_id() -> void:
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var skills := _skill([{"skill_id": "attack", "type": "basic"}])
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var enemies := _enemy([
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{"level_index": 1, "node_depth": 0, "enemy_id": "goblin", "pool": [
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{"skill_id": "attack", "weight": 9}, {"skill_id": "not_in_table", "weight": 3}]},
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])
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var errs: Array = ValidatorScript.new().validate_skill_pool_links(skills, enemies, null)
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Kit.check("池内悬空 skill_id 被报（跨表护栏不静默放过）", not errs.is_empty())
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Kit.check("悬空项的错误类别可定位（category 非空）",
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not errs.is_empty() and String((errs[0] as Dictionary).get("category", "")) != "")
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# ---- 负向：buff 挂到主角侧状态（side 反向）必须报 ----
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func _test_cast_side_mismatch() -> void:
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var skills := _skill([{"skill_id": "raise_morale", "type": "buff", "buff_ref": "st_hero_side"}])
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var enemies := _enemy([
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{"level_index": 1, "node_depth": 0, "enemy_id": "goblin", "pool": [
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{"skill_id": "raise_morale", "weight": 3}]},
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])
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var status := _status([{"effect_id": "st_hero_side", "target_side": "hero"}])
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var errs: Array = ValidatorScript.new().validate_skill_pool_links(skills, enemies, status)
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Kit.check("buff 挂主角侧状态被报（施放类 side 守卫）", _cats(errs).has("cast_side"))
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@@ -0,0 +1,85 @@
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# tests/unit/core/config_db_resolver_test.gd — 配置解析直接单测（迭代 29 T5 补洞：该模块此前零指名）
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# 断言面 = ceil 进度键解析语义（2026-09-18 用户拍板：向上取整保证偏难）、行集多行的行序保序、
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# 难度修饰乘数的 clamp 域。行集由夹具注入，不碰生产表——期望值由注入行数出来。
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# 运行：godot --headless --path game --script res://tests/unit/core/config_db_resolver_test.gd
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extends SceneTree
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const Kit := preload("res://tests/unit/test_kit.gd")
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const ResolverScript := preload("res://core/config_db_resolver.gd")
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var _diags: Array[String] = []
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var _resolver: ConfigDbResolver
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func _init() -> void:
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_resolver = ResolverScript.new(
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func(level, category, message) -> void: # 诊断通道签名按调用实参收（首参为表 id 字符串）
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_diags.append("%s/%s/%s" % [str(level), str(category), str(message)]),
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func() -> Array: return _board_gen_rows(),
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func() -> Array: return _enemy_rows(),
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func(): return _difficulty_table(),
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)
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_test_ceil_progress_key()
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_test_rowset_order_preserved()
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_test_difficulty_clamp()
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quit(Kit.finish("config_db_resolver_test"))
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func _board_gen_rows() -> Array:
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return [
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{"level_index": 1, "node_depth": 0, "board_width": 10},
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{"level_index": 1, "node_depth": 3, "board_width": 12},
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{"level_index": 2, "node_depth": 0, "board_width": 14},
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]
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func _enemy_rows() -> Array:
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return [
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{"level_index": 1, "node_depth": 0, "enemy_id": "goblin"},
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{"level_index": 1, "node_depth": 0, "enemy_id": "bugbear"},
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{"level_index": 1, "node_depth": 5, "enemy_id": "hobgoblin"},
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]
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func _difficulty_table():
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var rows := [
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{"level_index": 1, "node_depth": 0, "hp_mult": 99.0, "atk_mult": 0.01},
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]
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return _FakeDifficulty.new(rows)
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# ceil 语义：请求 (1,1) 落在 d=0 与 d=3 之间，向上取到 d=3（偏难），不是向下取 d=0
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func _test_ceil_progress_key() -> void:
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var hit: Dictionary = _resolver.resolve_board_gen(1, 1)
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Kit.check("ceil 进度键：请求 (1,1) 命中 (1,3) 而非 (1,0)——偏难语义",
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int(hit.get("node_depth", -1)) == 3 and int(hit.get("board_width", 0)) == 12)
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var exact: Dictionary = _resolver.resolve_board_gen(2, 0)
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Kit.check("精确命中：(2,0) 取本行", int(exact.get("board_width", 0)) == 14)
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func _test_rowset_order_preserved() -> void:
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var rows: Array = _resolver.resolve_enemy_rowset(1, 0)
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Kit.check("行集返回同坐标全部行（2 行）", rows.size() == 2)
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var ids: Array[String] = []
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for r in rows:
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ids.append(String((r as Dictionary).get("enemy_id", "")))
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Kit.check("行集按表文件行序返回（goblin 先于 bugbear——行序即契约）",
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ids == ["goblin", "bugbear"])
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var far: Array = _resolver.resolve_enemy_rowset(1, 4)
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Kit.check("ceil 行集：请求 (1,4) 命中 (1,5)", far.size() == 1
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and String((far[0] as Dictionary).get("enemy_id", "")) == "hobgoblin")
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func _test_difficulty_clamp() -> void:
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var m: Dictionary = _resolver.resolve_difficulty_modifiers(1, 0)
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Kit.check("难度乘数越域被 clamp：hp 99 → 上限 10", absf(float(m.get("hp_mult", 0.0)) - 10.0) < 0.001)
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Kit.check("难度乘数越域被 clamp：atk 0.01 → 下限 0.1", absf(float(m.get("atk_mult", 0.0)) - 0.1) < 0.001)
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Kit.check("未登记坐标返回空修饰（零值不伪装成 ×1）",
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_resolver.resolve_difficulty_modifiers(3, 3).is_empty())
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class _FakeDifficulty:
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var rows: Array = []
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func _init(rows_in: Array) -> void:
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rows = rows_in
|
||||
@@ -0,0 +1,112 @@
|
||||
# tests/unit/core/minesweeper_rules_test.gd — 排雷规则直接单测（迭代 29 T5 补洞：该模块此前零指名）
|
||||
# 断言面 = 装板后的盘面不变量与意图受理：装板零揭示、安全格余量＝安全格总数、挖安全格后揭示
|
||||
# 且余量递减、插旗落旗态、禁挖面拒绝、清图判定随揭示推进。期望值一律由盘上数出来。
|
||||
# 运行：godot --headless --path game --script res://tests/unit/core/minesweeper_rules_test.gd
|
||||
extends SceneTree
|
||||
|
||||
const Kit := preload("res://tests/unit/test_kit.gd")
|
||||
const MinesweeperScript := preload("res://core/minesweeper_rules.gd")
|
||||
const BoardGeneratorScript := preload("res://core/board_generator.gd")
|
||||
const RngServiceScript := preload("res://core/rng_service.gd")
|
||||
const ActionEconomyScript := preload("res://core/action_economy.gd")
|
||||
|
||||
var _db: ConfigDb
|
||||
var _rules: MinesweeperRules
|
||||
var _board: BoardData
|
||||
var _ae: ActionEconomy
|
||||
|
||||
|
||||
func _init() -> void:
|
||||
_db = load("res://core/config_db.gd").new() as ConfigDb
|
||||
if not _db.load_tables("res://data/tables", false):
|
||||
Kit.check("数值表加载", false)
|
||||
quit(Kit.finish("minesweeper_rules_test"))
|
||||
return
|
||||
var rng := RngServiceScript.new()
|
||||
rng.set_master_seed(81000)
|
||||
rng.new_adventure(81000)
|
||||
_board = BoardGeneratorScript.new().generate(1, 0, rng.open_stream("board_gen"), _db)
|
||||
if _board == null:
|
||||
Kit.check("生成返回棋盘（前置）", false)
|
||||
quit(Kit.finish("minesweeper_rules_test"))
|
||||
return
|
||||
# 相位：装板走 IDLE 相位（开局路径），意图受理须 Active 相位——夹具直置内部相位枚举，
|
||||
# 与既有单测直读 action_economy._ap 的先例同款（写通道只经 notify_*/request_* 是产品码纪律）。
|
||||
_ae = ActionEconomyScript.new(_db)
|
||||
_rules = MinesweeperScript.new(_db, _ae)
|
||||
_test_install_invariants()
|
||||
_ae._phase = 1 # Phase.ACTIVE——意图受理的合法相位
|
||||
_test_dig_face_rules()
|
||||
_test_reveal_advances()
|
||||
_test_flag_place()
|
||||
_test_reject_out_of_catalog()
|
||||
quit(Kit.finish("minesweeper_rules_test"))
|
||||
|
||||
|
||||
func _test_install_invariants() -> void:
|
||||
_rules.install_board(_board)
|
||||
Kit.check("装板后 current_board 即所装棋盘", _rules.current_board() == _board)
|
||||
var opened: int = _rules.revealed_cells().size()
|
||||
var safe_total := _board.width * _board.height - _board.mines.size()
|
||||
# 装板带初始扩张（开局安全区），揭示数非零且严格小于安全格总数——否则开局即无牌可打。
|
||||
Kit.check("装板带初始扩张揭示（%d 格，非零且未铺满安全格 %d）" % [opened, safe_total],
|
||||
opened > 0 and opened < safe_total)
|
||||
Kit.check("安全格余量 = 安全格总数 − 已揭示数（%d − %d）" % [safe_total, opened],
|
||||
_rules.safe_remaining() == safe_total - opened)
|
||||
Kit.check("装板后仍有未揭示格", _rules.has_unrevealed())
|
||||
|
||||
|
||||
func _unrevealed_safe() -> Vector2i:
|
||||
var revealed := {}
|
||||
for c in _rules.revealed_cells():
|
||||
revealed[c] = true
|
||||
for c in _board.safe_cells():
|
||||
if not revealed.has(c):
|
||||
return c as Vector2i
|
||||
return Vector2i(-1, -1)
|
||||
|
||||
|
||||
func _test_dig_face_rules() -> void:
|
||||
var revealed_first = _rules.revealed_cells()[0] as Vector2i
|
||||
var out: Array = _rules.settle_batch([{"action": "dig", "cell": revealed_first}])
|
||||
var o: Dictionary = (out[0] as Dictionary) if not out.is_empty() else {}
|
||||
Kit.check("挖已揭示格被拒（board_face＝revealed，禁重复挖）——载荷 %s" % str(o.get("sub_reason", "")),
|
||||
String(o.get("outcome", "")) == "rejected" and String(o.get("sub_reason", "")) == "target_revealed")
|
||||
# 挖受英雄邻接约束：初始扩张把英雄周围铺开后，远处安全格必然是 not_adjacent
|
||||
var far := _unrevealed_safe()
|
||||
var out2: Array = _rules.settle_batch([{"action": "dig", "cell": far}])
|
||||
var o2: Dictionary = (out2[0] as Dictionary) if not out2.is_empty() else {}
|
||||
Kit.check("挖非相邻格被拒（邻接规则）——载荷 %s" % str(o2.get("sub_reason", "")),
|
||||
String(o2.get("outcome", "")) == "rejected")
|
||||
|
||||
|
||||
func _test_reveal_advances() -> void:
|
||||
var c := _unrevealed_safe()
|
||||
if c == Vector2i(-1, -1):
|
||||
Kit.check("存在未揭示安全格（揭示推进前置）", false)
|
||||
return
|
||||
var before: int = _rules.safe_remaining()
|
||||
var ok: bool = _rules.fx_reveal(c)
|
||||
Kit.check("专长揭示受理（fx_reveal 不受邻接约束）", ok)
|
||||
Kit.check("fx_reveal 后该格已揭示", _rules.is_revealed(c))
|
||||
Kit.check("fx_reveal 后安全格余量递减（%d → %d）" % [before, _rules.safe_remaining()],
|
||||
_rules.safe_remaining() < before)
|
||||
|
||||
|
||||
func _test_flag_place() -> void:
|
||||
var c := _unrevealed_safe()
|
||||
if c == Vector2i(-1, -1):
|
||||
Kit.check("存在未揭示安全格（插旗前置）", false)
|
||||
return
|
||||
_ae.grant_ap(20) # 旗动作走行动经济扣点——夹具先给足 AP
|
||||
_rules.flag_range_free = true # 插旗免邻接（信标网络装配态）——否则未揭示格多半够不着英雄
|
||||
_rules.settle_batch([{"action": "flag_place", "cell": c}])
|
||||
Kit.check("插旗后该格在旗态", _rules.has_flag(c))
|
||||
Kit.check("旗数计数 = 1", _rules.flag_count() == 1)
|
||||
|
||||
|
||||
func _test_reject_out_of_catalog() -> void:
|
||||
var out: Array = _rules.settle_batch([{"action": "not_a_real_action", "cell": Vector2i(0, 0)}])
|
||||
var o: Dictionary = (out[0] as Dictionary) if not out.is_empty() else {}
|
||||
Kit.check("目录外意图被拒（不静默吞掉）——实际载荷 %s" % str(o).substr(0, 80),
|
||||
out.size() == 1 and String(o.get("outcome", o.get("result", ""))) == "rejected")
|
||||
@@ -0,0 +1,44 @@
|
||||
# tests/unit/presentation/battle_narrator_test.gd — 战斗叙述直接单测（迭代 29 T5 补洞：该模块此前零指名）
|
||||
# 断言面 = 纯函数文案：休整/商店/终局三类叙述把数值带进去（玩家读数面由这里出）、
|
||||
# 胜负两态文案互异、未知输入有兜底不吐空串。期望值由注入内容数出来。
|
||||
# 运行：godot --headless --path game --script res://tests/unit/presentation/battle_narrator_test.gd
|
||||
extends SceneTree
|
||||
|
||||
const Kit := preload("res://tests/unit/test_kit.gd")
|
||||
const NarratorScript := preload("res://presentation/battle_narrator.gd")
|
||||
|
||||
|
||||
func _init() -> void:
|
||||
_test_numeric_lines_carry_values()
|
||||
_test_end_text_differs_by_result()
|
||||
_test_phase_text_nonempty()
|
||||
quit(Kit.finish("battle_narrator_test"))
|
||||
|
||||
|
||||
func _test_numeric_lines_carry_values() -> void:
|
||||
var rest: String = NarratorScript.rest_line(12, 30, 40)
|
||||
Kit.check("休整叙述带入回复量与当前血量（实际「%s」）" % rest,
|
||||
rest.contains("12") and rest.contains("30") and rest.contains("40"))
|
||||
var shop: String = NarratorScript.shop_line(77)
|
||||
Kit.check("商店叙述带入 GP 数（实际「%s」）" % shop, shop.contains("77"))
|
||||
Kit.check("奖励行与休整行互异（不是同一句套所有场景）",
|
||||
NarratorScript.reward_line() != rest)
|
||||
|
||||
|
||||
func _test_end_text_differs_by_result() -> void:
|
||||
# 关卡收束（level_end=true）恒为「关卡通关！」——单场胜负文案只在非收束态出现
|
||||
var level: String = NarratorScript.battle_end_text("lose", true)
|
||||
Kit.check("关卡收束态恒为「关卡通关！」（实际「%s」）" % level, level == "关卡通关！")
|
||||
var win: String = NarratorScript.battle_end_text("victory", false)
|
||||
var lose: String = NarratorScript.battle_end_text("lose", false)
|
||||
Kit.check("单场胜负文案互异（胜「%s」/负「%s」）" % [win, lose], win != lose)
|
||||
Kit.check("胜利文案非空（实际「%s」）" % win, win != "")
|
||||
var unknown: String = NarratorScript.battle_end_text("something_else", false)
|
||||
Kit.check("未知结果有兜底文案不吐空串（实际「%s」）" % unknown, unknown != "")
|
||||
|
||||
|
||||
func _test_phase_text_nonempty() -> void:
|
||||
var t: String = NarratorScript.phase_text(1, "", false, false, "")
|
||||
Kit.check("相位叙述非空（实际「%s」）" % t, t != "")
|
||||
var boss: String = NarratorScript.phase_text(2, "", false, true, "灰矮人石君王")
|
||||
Kit.check("Boss 在场时叙述带入 Boss 名（实际「%s」）" % boss, boss.contains("灰矮人石君王"))
|
||||
@@ -0,0 +1,47 @@
|
||||
# tests/unit/presentation/hud_presenter_test.gd — HUD 投影直接单测（迭代 29 T5 补洞：该模块此前零指名）
|
||||
# 断言面 = 纯函数投影：动作结果文案按拒绝原因逐类落字（玩家看到的每句提示都由这里出）、
|
||||
# 未知原因有兜底文案（不吐空串）、棋盘变异行投影随表走。期望值由注入内容数出来。
|
||||
# 运行：godot --headless --path game --script res://tests/unit/presentation/hud_presenter_test.gd
|
||||
extends SceneTree
|
||||
|
||||
const Kit := preload("res://tests/unit/test_kit.gd")
|
||||
const HudScript := preload("res://presentation/hud_presenter.gd")
|
||||
|
||||
|
||||
func _init() -> void:
|
||||
_test_accepted_text()
|
||||
_test_reject_text_by_reason()
|
||||
_test_unknown_reason_fallback()
|
||||
quit(Kit.finish("hud_presenter_test"))
|
||||
|
||||
|
||||
func _test_accepted_text() -> void:
|
||||
var t: String = HudScript.outcome_text({"accepted": true})
|
||||
Kit.check("受理态文案固定为「执行完成。」（实际「%s」）" % t, t == "执行完成。")
|
||||
|
||||
|
||||
func _test_reject_text_by_reason() -> void:
|
||||
var cases := {
|
||||
"not_adjacent": "不能执行：目标与小人不相邻",
|
||||
"target_revealed": "不能执行：目标已开",
|
||||
"flag_present": "不能插旗：此格已有旗（旗为一次性承诺——相邻时左键直接挖开）",
|
||||
}
|
||||
var bad: Array[String] = []
|
||||
for sub in cases:
|
||||
var got: String = HudScript.outcome_text({
|
||||
"accepted": false, "reject_reason": "board_face", "sub_reason": sub,
|
||||
})
|
||||
if got != String(cases[sub]):
|
||||
bad.append("%s→「%s」" % [sub, got])
|
||||
Kit.check("棋盘面各拒绝原因文案逐类正确（错 %d 项 %s）" % [bad.size(), str(bad)], bad.is_empty())
|
||||
var ap: String = HudScript.outcome_text({"accepted": false, "reject_reason": "resource_face"})
|
||||
Kit.check("资源面拒绝文案为「AP 不足。」（实际「%s」）" % ap, ap == "AP 不足。")
|
||||
|
||||
|
||||
func _test_unknown_reason_fallback() -> void:
|
||||
var t: String = HudScript.outcome_text({"accepted": false, "reject_reason": "brand_new_reason"})
|
||||
Kit.check("未知拒绝原因兜底为「动作被拒。」而非空串（实际「%s」）" % t, t == "动作被拒。")
|
||||
var sub: String = HudScript.outcome_text({
|
||||
"accepted": false, "reject_reason": "board_face", "sub_reason": "brand_new_sub",
|
||||
})
|
||||
Kit.check("棋盘面未知子因兜底带前缀可诊断（实际「%s」）" % sub, sub.begins_with("棋盘面拒绝: "))
|
||||
Reference in new issue
Block a user