fix(ci): document tactics bindings and register tests

docs/usr/modules/tactics.md

@@ -27,6 +27,10 @@ local moved = battle.move("00000000-0000-0000-0000-000000001002", 1, 0, 0);
 代理内部只保存带 module epoch 的 generation handle；`release()` 或模块卸载后，后续写操作返回
 `StaleHandle`。脚本不会接触 ECS handle 或跨帧裸指针。
 
+`Tactics.getName()` 返回模块名；`battleCount()`、`sideCount()` 和 `unitCount()` 返回当前存活的
+战局、阵营与单位数量。战局代理的 `ownership()` 返回 `"owned"`，`isStale()` 用于在调用其他
+战局方法前显式检查代理是否已因 `release()` 或模块 epoch 变化而失效。
+
 可用的战局操作包括 `setTopology/addCell/addSide/addUnit/start/advance/move/face/wait/defeatUnit`，查询包括
 `status/phase/activeUnit/unitCell/revision/eventCount/eventAt`。所有可能失败的写操作都返回统一
 `{ok, code, status, diagnostics, value}` 结构。

src/modules/tactics/TacticsPersistence.cpp

@@ -92,7 +92,7 @@ Result<Cell> parseCell(const Value& value, std::string path) {
     if (candidate.value()->size() != 3)
         return fail<Cell>(DiagnosticCode::ParseError, "cell has unknown or missing fields", std::move(path));
     Cell result;
-    for (const auto [name, target] : {std::pair{"x", &result.x}, {"y", &result.y}, {"layer", &result.layer}}) {
+    for (const auto& [name, target] : {std::pair{"x", &result.x}, {"y", &result.y}, {"layer", &result.layer}}) {
         auto member = field(*candidate.value(), name, path);
         if (!member) return Result<Cell>::failure(member.status());
         auto parsed = integer(*member.value(), path + "." + name);
@@ -755,7 +755,7 @@ Result<Candidate> parseCandidate(Battle& battle, const Value& payload, Revision
             definition = *parsedDefinition;
         }
         TacticalUnit::TurnResources turn;
-        for (const auto [name, target] :
+        for (const auto& [name, target] :
              {std::pair{"actionPoints", &turn.actionPoints}, {"movePoints", &turn.movePoints},
               {"reactionPoints", &turn.reactionPoints}, {"roundActionPoints", &turn.roundActionPoints},
               {"roundMovePoints", &turn.roundMovePoints},

test/CMakeLists.txt

@@ -353,6 +353,15 @@ file(GLOB all_test_cpp
   tensor.cpp
   tensor_llm.cpp
   tensor_quant.cpp
+  tactics_action.cpp
+  tactics_board.cpp
+  tactics_objective.cpp
+  tactics_path.cpp
+  tactics_reaction.cpp
+  tactics_replay.cpp
+  tactics_rpg_integration.cpp
+  tactics_script.cpp
+  tactics_turn.cpp
   callgraph.cpp
   renderflow.cpp
   resource_lifetime.cpp