refactor(todos): retire Python resume planning rules into TypeScript

docs/architecture/rfcs/shared-goal-authority-state-provider-v0.md

@@ -2500,6 +2500,12 @@ The next complete stage packages are:
    monitor/resume effects close together. Neither an admission result nor a
    lease-fence result is a commit receipt. Keep provider CAS/replay and existing
    writer lock lifetimes unchanged while collecting this deletion payoff.
+   Waiting/resume lane selection is now one TS read-policy owner shared by quota,
+   vision-wait, agent-scope and replan. The obsolete Python selector module is
+   deleted; the adapter accepts the same canonical summary after promotion and
+   legacy summary before it. Real CLI coverage includes capacity changes and
+   missing promoted display without writing it. This does not close all quota
+   source paths, authorize monitor writeback, or change provider/promotion holds.
 2. **Permanent projection closure.** Reuse `provider_projection.py`, the
    Todo-section renderer and existing journal/outbox. Preserve non-owned human
    narrative; render owned sections from a known canonical revision, with

docs/architecture/rfcs/shared-goal-authority-state-provider-v0.zh-CN.md

@@ -1982,6 +1982,11 @@ backend、实时双向同步或按命令拆开的权威；晋升后不支持的
    这不是完整 native 字段编辑：在 update 的字段、ownership、validation 和 monitor/resume
    effect 一起闭合前，保留严格 text/note 事务边界。准入结果和 lease-fence 结果都不是
    commit receipt；兑现删除收益时，provider CAS/replay 与既有 writer 持锁生命周期不变。
+   等待/恢复 lane 选择现由 quota、vision-wait、agent-scope、replan 共用一个 TS 读取
+   策略 owner，删除旧 Python selector 模块。适配层在 promotion 后消费同一 canonical
+   summary，之前消费 legacy summary；真实 CLI 覆盖容量变化和 promoted display
+   缺失且不写回的场景。这不代表所有 quota source 路径已闭合，不授予 monitor 写回
+   权限，也不改变 provider 默认与 promotion hold。
 2. **永久投影闭合。** 复用 `provider_projection.py`、Todo-section renderer 和既有
    journal/outbox。保留非托管的人工叙述，从已知 canonical revision 渲染托管 section，
    提供幂等修复与 freshness/readback 证据。投影 pending 独立于业务 commit/replay。

docs/architecture/rfcs/typescript-control-plane-migration-v0.md

@@ -218,6 +218,40 @@ this slice reduces semantic owners, not crossing count. Native transactions stay
 in-process. Fold the remaining crossings into that complete transaction rather
 than extending these adapters field by field.
 
+The waiting/resume planning slice now uses `todos/resume_planning.ts` for the
+complete deferred, resume-blocked, monitor-repair and blocked-successor selection.
+Quota composes capacity evaluation with these lanes in one request per source summary, reusing the
+existing TS resume evaluator in-process; vision-wait, agent-scope, frontier and
+replan consumers use the same projection. The old `deferred_resume.py` rule owner
+is removed, not retained behind a second implementation. The Python adapter keeps
+the reader compatibility boundary, not claim/exclusion selection or wait routing.
+Resume, route-continuation and succession-warning share `compact_projection.py`
+for field omission and scope normalization; caller-specific text inference and
+succession-only fields remain explicit. Priority rank normalization stays in the
+resume adapter. This retires
+one read-policy family, not the whole quota reducer or the monitor/lease writers.
+Equal public sort keys retain source order; full counts precede display limits;
+`monitor_changed` is not the legacy `todo_done:<monitor>` repair path. This
+read-only result grants neither execution authority nor a lifecycle receipt.
+The adapter exits when its callers consume typed Todo records in-process.
+
+Resume condition diagnosis is now shared by the evaluator and planning owner;
+agent-scope consumes the selected repair lane rather than reinterpreting target
+type/status. Old compact inputs may recover omitted kind/class from typed
+`resume_when` and the same snapshot's monitor records, never from narrative.
+This refinement includes explicit behavior corrections: self-dependencies and
+`todo_done` dependencies on unfinished monitors are `resume_condition_invalid`,
+not ordinary pending waits. Completed historical monitor dependencies remain
+satisfied; missing completion targets remain pending because absence in a
+partial snapshot is not proof of an invalid dependency. Valid generation fences,
+claim/exclusion, capacity and PR waits retain their existing semantics. Invalid
+conditions cannot become exact blocked-successor waits. Monitor completion
+repair stays visible and selectable only in the permitted executor scope.
+No automatic conversion to `monitor_changed`, baseline reset, persisted-state
+rewrite or new writer admission is implied. General add/update admission and a
+generic repair action for every invalid condition remain separate scopes; this
+is not a claim of zero behavior change or full Todo writer closure.
+
 1. **Close the actual command and consumer inventory.** Build on the merged
    create/claim/update and #4053 terminal/successor/archive transactions; do not
    recreate them. Inventory remaining field-edit, monitor, lease, and event

docs/architecture/rfcs/typescript-control-plane-migration-v0.zh-CN.md

@@ -169,6 +169,30 @@ legacy update writer**。字段 patch、省略/清空、monitor/resume effect 
 语义 owner，不宣称减少 crossings，native transaction 仍进程内调用。下一步将这些
 crossing 一起折叠进完整事务，不能沿着 adapter 逐字段继续加桥。
 
+等待/恢复规划现由 `todos/resume_planning.ts` 一次完成 deferred、resume-blocked、
+monitor-repair 和 blocked-successor 选择。Quota 为每个 source summary 将容量条件与这些 lane 合为一个请求，
+在 TS 进程内复用既有 resume evaluator；vision-wait、agent-scope、frontier、replan
+共用此投影。删除旧 `deferred_resume.py` 规则 owner，不保留第二份实现。Python 适配层
+只保留 reader 兼容边界，不再决定 claim/exclusion 选择或等待路由。Resume、
+route-continuation、succession-warning 共用 `compact_projection.py` 的字段省略与 scope
+归一化；各 caller 的文本推断差异及 succession 独有字段显式保留，priority rank
+归一化仍在 resume adapter。这闭合一个读取策略族，不是整个 quota reducer，也未
+迁移 monitor/lease writer。相同公开排序键保持 source 顺序；完整计数先于展示截断；
+`monitor_changed` 不进入旧 `todo_done:<monitor>` 修复路径。只读结果不授予执行权限，
+也不是生命周期 receipt；caller 在进程内消费 typed Todo record 后可删除此适配层。
+
+条件 evaluator 与规划 owner 现在共用恢复条件诊断；agent-scope 消费已选好的修复 lane，
+不再重新解释 target 类型/状态。旧 compact 输入缺少 kind/class 时，只从 typed
+`resume_when` 和同一快照的 Monitor 记录补足，不从叙述猜测。本次 refinement 包含
+明确行为修正：自依赖，以及对未完成 Monitor 的 `todo_done` 依赖，被诊断为
+`resume_condition_invalid`，不再当作普通 pending wait。历史已完成 Monitor 依赖仍可
+满足；完成依赖的目标缺失仍为 pending，因局部快照中的缺失不能证明依赖非法。合法的
+generation fence、claim/exclusion、capacity 和 PR 等待语义保持。非法条件不进入
+精确 blocked-successor 等待；Monitor 完成依赖的修复仍可见，且仅在合法执行者范围内
+可选。此诊断不自动改写为 `monitor_changed`、重置 baseline、重写持久状态或增加写入
+准入。普通 add/update 准入及覆盖全部非法条件的通用修复动作仍是独立范围；不能宣称
+全量零行为变化或全部 Todo writer 已闭合。
+
 1. **闭合实际命令与 consumer 清单。** 基于已合入的 create/claim/update 和 #4053
    terminal/successor/archive transaction 推进，不重复建设。按真实合同盘点剩余
    字段编辑、monitor、lease、event caller，把规则迁入既有 TS owner，并在同一切片

examples/control_plane/todo-deferred-resume-lanes-smoke.py

@@ -11,14 +11,7 @@
 if str(REPO_ROOT) not in sys.path:
     sys.path.insert(0, str(REPO_ROOT))
 
-from loopx.control_plane.todos.deferred_resume import (  # noqa: E402
-    TODO_DEFERRED_RESUME_SELECTION_POLICY,
-    TODO_MONITOR_BLOCKED_RESUME_SELECTION_POLICY,
-    build_todo_deferred_visibility_lanes,
-    build_todo_resume_blocked_visibility_lanes,
-    todo_summary_monitor_blocked_resume_items,
-    todo_summary_resume_blocked_items,
-)
+from loopx.control_plane.todos.resume_planning import project_todo_resume_planning  # noqa: E402
 
 
 CURRENT_AGENT = "codex-product-capability"
@@ -116,11 +109,11 @@ def assert_deferred_resume_lanes_filter_current_unclaimed_and_other_agents() ->
         ],
     }
 
-    lanes = build_todo_deferred_visibility_lanes(
+    lanes = project_todo_resume_planning(
         summary,
-        agent_identity={"agent_id": CURRENT_AGENT},
+        agent_id=CURRENT_AGENT,
         item_limit=10,
-    )
+    )["deferred_lanes"]
     assert lanes["deferred_count"] == 1, lanes
     assert lanes["deferred_visibility_limit"] == 10, lanes
     assert lanes["deferred_items"][0]["todo_id"] == "todo_deferred_backlog", lanes
@@ -140,9 +133,6 @@ def assert_deferred_resume_lanes_filter_current_unclaimed_and_other_agents() ->
     current = lanes["current_agent_deferred_resume_candidates"][0]
     assert current["required_write_scopes"] == ["loopx/**"], current
     assert current["decision_scope"]["scope_key"] == "resume", current
-    assert lanes["deferred_resume_selection_policy"] == (
-        TODO_DEFERRED_RESUME_SELECTION_POLICY
-    ), lanes
 
 
 def assert_monitor_blocked_resume_lanes_filter_by_claim_and_monitor_target() -> None:
@@ -181,15 +171,17 @@ def assert_monitor_blocked_resume_lanes_filter_by_claim_and_monitor_target() ->
         "backlog_items": [current],
     }
 
-    resume_blocked = todo_summary_resume_blocked_items(summary)
+    projection = project_todo_resume_planning(summary, agent_id=CURRENT_AGENT, item_limit=10)
+    lanes = projection["resume_blocked_lanes"]
+    resume_blocked = lanes["resume_blocked_items"]
     assert [item["todo_id"] for item in resume_blocked] == [
         "todo_current_blocked",
         "todo_unclaimed_blocked",
         "todo_other_blocked",
         "todo_non_monitor_blocked",
         "todo_excluded_blocked",
     ], resume_blocked
-    monitor_blocked = todo_summary_monitor_blocked_resume_items(summary)
+    monitor_blocked = projection["monitor_blocked_items"]
     assert [item["todo_id"] for item in monitor_blocked] == [
         "todo_current_blocked",
         "todo_unclaimed_blocked",
@@ -201,20 +193,12 @@ def assert_monitor_blocked_resume_lanes_filter_by_claim_and_monitor_target() ->
         for item in monitor_blocked
     ), monitor_blocked
 
-    lanes = build_todo_resume_blocked_visibility_lanes(
-        summary,
-        agent_identity={"agent_id": CURRENT_AGENT},
-        item_limit=10,
-    )
     assert lanes["resume_blocked_count"] == 5, lanes
     assert lanes["monitor_blocked_resume_count"] == 4, lanes
     assert lanes["current_agent_monitor_blocked_resume_count"] == 1, lanes
     assert lanes["unclaimed_monitor_blocked_resume_count"] == 1, lanes
     assert lanes["other_agent_monitor_blocked_resume_count"] == 1, lanes
     assert lanes["executor_excluded_self_monitor_blocked_resume_count"] == 1, lanes
-    assert lanes["monitor_blocked_resume_selection_policy"] == (
-        TODO_MONITOR_BLOCKED_RESUME_SELECTION_POLICY
-    ), lanes
 
 
 def main() -> int:

loopx/control_plane/agents/agent_scope.py

@@ -17,7 +17,6 @@
     work_lane_contract_requires_current_agent_attempt,
 )
 from ..todos.contract import (
-    TODO_STATUS_OPEN,
     TODO_TASK_CLASS_ADVANCEMENT,
     TODO_TASK_CLASS_MONITOR,
     normalize_todo_blocks_agent,
@@ -26,11 +25,9 @@
     normalize_todo_excluded_agents,
     normalize_todo_global_gate,
     normalize_todo_id,
-    normalize_todo_status,
-    normalize_todo_task_class,
 )
 from ..todos.handoff_gate import HandoffGateState
-from ..todos.deferred_resume import todo_summary_blocked_successor_items
+from ..todos.resume_planning import project_todo_resume_planning
 from ..todos.projection import (
     todo_item_claimed_by_agent_or_unclaimed,
     todo_item_excludes_agent,
@@ -936,28 +933,16 @@ def _agent_scope_monitor_blocked_resume_candidates(
             continue
         if item.get("resume_ready") is not False:
             continue
-        raw_condition = item.get("resume_condition")
-        condition = raw_condition if isinstance(raw_condition, dict) else {}
-        if normalize_todo_status(condition.get("target_status")) != TODO_STATUS_OPEN:
-            continue
-        target_todo_id = normalize_todo_id(
-            item.get("blocking_monitor_todo_id")
-            or condition.get("target_todo_id")
-            or condition.get("target")
-        )
-        target_task_class = normalize_todo_task_class(
-            condition.get("target_task_class"),
-            text="",
-        )
-        if target_task_class != TODO_TASK_CLASS_MONITOR and not target_todo_id:
-            continue
+        # The typed resume-planning owner has already diagnosed and selected
+        # this repair lane. This consumer keeps executor scope and presentation,
+        # not a second interpretation of condition target/class/status.
         identity = str(item.get("todo_id") or item.get("index") or item.get("text") or "")
         if identity in seen:
             continue
         seen.add(identity)
         compact = compact_todo_summary_item(item, text=str(item.get("text") or "").strip())
-        if target_todo_id:
-            compact["blocking_monitor_todo_id"] = target_todo_id
+        if item.get("blocking_monitor_todo_id"):
+            compact["blocking_monitor_todo_id"] = item["blocking_monitor_todo_id"]
         unique.append(compact)
     return sorted(unique, key=_todo_projection_sort_key)
 
@@ -1261,10 +1246,10 @@ def _deferred_resume_frontier(
 def _blocked_successor_wait_frontier(
     context: _AgentScopeNoCandidateContext,
 ) -> dict[str, Any] | None:
-    candidates = todo_summary_blocked_successor_items(
+    candidates = project_todo_resume_planning(
         context.summary,
         agent_id=context.agent_id,
-    )
+    )["blocked_successor_items"]
     if not candidates:
         return None
     first = candidates[0]

loopx/control_plane/effect_runtime_handlers.ts

@@ -71,6 +71,7 @@ import {
   planTodoExternalWaitTransition,
 } from "./todos/resume_condition.ts";
 import { evaluateSchedulerStateTransition } from "./scheduler/state_transition_rules.ts";
+import { projectTodoResumePlanning } from "./todos/resume_planning.ts";
 import {
   evaluateSchedulerStateOperation,
   loadSchedulerState,
@@ -394,6 +395,7 @@ export function createEffectRuntimeHandlers(
     ["todo.next_action.transition", transitionTodoNextAction],
     ["todo.resume_condition.normalize", normalizeTodoResumeWhen],
     ["todo.resume_condition.evaluate", evaluateTodoResumeConditions],
+    ["todo.resume_planning.project", projectTodoResumePlanning],
     ["todo.external_wait.plan", planTodoExternalWaitTransition],
     ["scheduler.state_transition.evaluate", evaluateSchedulerStateTransition],
     ["scheduler.state.evaluate", evaluateSchedulerStateOperation],

loopx/control_plane/goals/goal_frontier/fallback_disposition.py

@@ -6,7 +6,7 @@
 from ...todos.contract import (
     normalize_todo_id,
 )
-from ...todos.deferred_resume import todo_summary_blocked_successor_items
+from ...todos.resume_planning import project_todo_resume_planning
 from ...todos.projection import (
     agent_scoped_selectable_advancement_todo_ids,
 )
@@ -125,10 +125,10 @@ def _blocked_successor_todo_ids(
         todo_id
         for todo_id in (
             normalize_todo_id(item.get("todo_id"))
-            for item in todo_summary_blocked_successor_items(
+            for item in project_todo_resume_planning(
                 agent_todo_summary,
                 agent_id=agent_id,
-            )
+            )["blocked_successor_items"]
             if isinstance(item, dict)
         )
         if todo_id
@@ -148,10 +148,10 @@ def _blocked_primary_waiting(
     if isinstance(blocker_items, list) and blocker_items:
         return True
     return bool(
-        todo_summary_blocked_successor_items(
+        project_todo_resume_planning(
             agent_todo_summary,
             agent_id=agent_id,
-        )
+        )["blocked_successor_items"]
     )
 
 

loopx/control_plane/goals/goal_vision_wait.py

@@ -12,7 +12,7 @@
     normalize_todo_id,
     normalize_todo_status,
 )
-from ..todos.deferred_resume import todo_summary_blocked_successor_items
+from ..todos.resume_planning import project_todo_resume_planning
 
 GOAL_VISION_WAIT_STATE_SCHEMA_VERSION = "goal_vision_wait_state_v0"
 VISION_ACCEPTANCE_GAP_KIND = "vision_acceptance_gap"
@@ -170,9 +170,9 @@ def _covered_wait_items(
         and normalize_todo_claimed_by(item.get("claimed_by")) == safe_agent_id
         and not todo_item_excludes_agent(item, agent_id=safe_agent_id)
     ]
-    candidates = todo_summary_blocked_successor_items(
+    candidates = project_todo_resume_planning(
         agent_todo_summary or {}, agent_id=agent_id
-    )
+    )["blocked_successor_items"]
     coverage = effect_runtime_result(
         "goal.vision_wait.coverage",
         {