记录三平台 CI 验证结果

Author: helantianshen

.agent/HANDOFF.md

@@ -24,9 +24,9 @@ Phase 4、Phase 5、Phase 6A 和 Phase 6B 第 1–10 项均已本地完成。当
 <https://github.com/mcpplibs/cmp/pull/10>
 
 PR 初次检查中，macOS arm64 与 Windows x86_64 已通过；Linux x86_64 在编译 CMP 前因
-mcpp/xlings 冷缓存运行时绑定失配失败。专用 Spec/Plan 已完成、自审并通过本地门禁；修复正
-交付到 PR #10，新的三平台结果待确认。用户已授权本次远程读取、当前分支推送和 PR 操作，
-未授权合并。
+mcpp/xlings 冷缓存运行时绑定失配失败。修复提交 `7c81a10` 已推送；随后 Linux、macOS、
+Windows 三项 CI 全部通过，Phase 5 与 Phase 6B 的远程交付门已满足。当前只剩同步最终状态
+文档、推送并确认文档提交后的 CI。用户未授权合并。
 
 ## 已完成工作
 
@@ -46,6 +46,8 @@ mcpp/xlings 冷缓存运行时绑定失配失败。专用 Spec/Plan 已完成、
   `2.44.2`。官方 mcpp `2026.8.28.1` 固定 xlings `2026.8.27.5` 并包含版本精化兼容路径。
 - 自审时纠正“只提升 mcpp”的初稿：Linux 日志证明 mcpp 冷启动会复制 workflow 的系统
   xlings，因此同时提升 `.xlings.json` 与三个 workflow pin，其他步骤不变。
+- 提交并推送 `7c81a10 修复 CI 冷缓存工具链`；PR #10 的三个冷环境均安装 xlings
+  `2026.8.27.5` 和 mcpp `2026.8.28.1`，完成构建、10 个测试二进制与独立示例。
 
 ## 重要决策
 
@@ -82,28 +84,25 @@ mcpp/xlings 冷缓存运行时绑定失配失败。专用 Spec/Plan 已完成、
   重复完成。
 - readiness Release 五轮共 15 行场景全部 PASS，非预期失败为 0；网络中位数
   2,078.127 ms / 9,672.2 ops/s。
-- PR #10 首轮 CI：macOS、Windows 通过；Linux 因旧工具冷缓存失配失败。修复后的远程 CI
-  尚未执行。
+- PR #10 首轮 CI：macOS、Windows 通过；Linux 因旧工具冷缓存失配失败，CMP 未开始编译。
+- PR #10 修复后 CI：Linux x86_64、macOS arm64、Windows x86_64 全部通过，耗时分别为
+  2m32s、2m42s、2m10s；各平台均为 10 个测试二进制、0 个失败，示例输出成功。
 
 ## 已知问题 / 风险
 
 - 本机 `~/.mcpp` 仍保存旧 xlings `2026.8.11.2` 且缺少 `subos_info`；mcpp
   `2026.8.28.1` 会提示 runtime facts inconclusive，但本地 LLVM 双配置构建、测试与示例
   均成功。没有为本次验证修改用户的全局 xlings；远程 workflow 会在冷环境直接安装
   `2026.8.27.5`。
-- 工具版本修复只有在新一轮 Linux 冷缓存 CI 通过后才能视为完成。
 - 运行中的 blocking callable 不可抢占；永久阻塞会占用 worker。
 - ThreadPool 是无界共享 FIFO；应用需要限制持续生产时的结构化 in-flight 数量。
 - 单 I/O driver 是 v1 简化；尚无基准证据要求扩展。
 
 ## 剩余工作
 
-1. 将本地修复交付到 PR #10，并等待 Linux、macOS、Windows 新一轮检查全部通过。
-2. 按实际远程结果更新 README、Phase 6B/工具修复文档与本 HANDOFF；再次提交、推送并确认
-   最终 CI。
-3. 不合并 PR #10，除非用户另行明确授权。
+1. 提交并推送最终状态文档，确认 PR #10 文档提交后的 Linux、macOS、Windows CI。
+2. 不合并 PR #10，除非用户另行明确授权。
 
 ## 推荐下一步
 
-提交并推送当前冷缓存工具链修复，然后监控 PR #10 三平台检查；若失败，只处理日志证实的
-兼容问题。
+提交并推送最终状态文档，然后确认 PR #10 三平台 checks 保持全绿；未经授权不合并。

README.md

@@ -433,8 +433,8 @@ Runtime work is split into independently reviewable phases:
    OneShotEvent, AsyncManualResetEvent, and AsyncMutex — implemented and pressure-tested;
 5. fixed-size multi-worker scheduling — implemented and benchmarked; work stealing remains gated
    by profiling evidence;
-6. structured blocking offload — implemented; native async numeric-address TCP client — locally
-   implemented and verified, with remote three-platform CI still pending.
+6. structured blocking offload and native async numeric-address TCP client — implemented and
+   verified by Linux, macOS, and Windows CI in PR #10.
 
 The remaining order is directional, not a promise that a listed feature is already implemented.
 

README.zh.hant.md

@@ -406,8 +406,8 @@ CMP 目前不追蹤 `mcpp.lock`，`.gitignore` 明確執行這項儲存庫約定
 4. 單調時鐘 Timer v1、可取消就緒/定時等待、變參/vector 匯合、靜止點 TaskGroup、
    OneShotEvent、AsyncManualResetEvent 和 AsyncMutex——已實作並完成壓力驗證；
 5. 固定大小的多 worker 排程——已實作並完成壓測；work stealing 仍需 profiling 證據；
-6. 結構化阻塞 offload——已實作；數值位址原生非同步 TCP client——已完成本機實作與驗證，
-   遠端三平台 CI 仍待確認。
+6. 結構化阻塞 offload 與數值位址原生非同步 TCP client——已實作，並由 PR #10 的 Linux、
+   macOS 和 Windows CI 驗證。
 
 剩餘順序只是方向，不代表列出的能力已經實作。
 

README.zh.md

@@ -406,8 +406,8 @@ CMP 当前不跟踪 `mcpp.lock`，`.gitignore` 明确执行这一仓库约定。
 4. 单调时钟 Timer v1、可取消就绪/定时等待、变参/vector 汇合、静止点 TaskGroup、
    OneShotEvent、AsyncManualResetEvent 和 AsyncMutex——已实现并完成压力验证；
 5. 固定大小的多 worker 调度——已实现并完成压测；work stealing 仍需 profiling 证据；
-6. 结构化阻塞 offload——已实现；数值地址原生异步 TCP client——已完成本地实现与验证，
-   远程三平台 CI 仍待确认。
+6. 结构化阻塞 offload 与数值地址原生异步 TCP client——已实现，并由 PR #10 的 Linux、
+   macOS 和 Windows CI 验证。
 
 剩余顺序只是方向，不代表列出的能力已经实现。
 

docs/superpowers/plans/2026-08-29-cmp-phase5-thread-pool-v1.md

@@ -2,7 +2,7 @@
 
 **Date:** 2026-08-29
 **Design:** `docs/superpowers/specs/2026-08-29-cmp-phase5-thread-pool-v1-design.md`
-**Status:** Complete; local verification passed
+**Status:** Complete; local and Linux/macOS/Windows CI verified
 
 ## Completion record
 
@@ -12,6 +12,8 @@ the complete 105-test suite pass; the focused Release suite passed 30 consecutiv
 benchmark rounds completed 8,410,240 operations with zero unexpected failures. Coarse CPU work
 scaled by about 7.56x from one to eight workers, while tiny-task contention confirmed the documented
 v1 ceiling. Work stealing was therefore not added without a separate representative profiling case.
+PR #10 later passed the current build, 140-test suite, and standalone example on all three CI
+platforms.
 
 ## 1. Preserve and re-check the phase-4 baseline
 

docs/superpowers/plans/2026-08-30-cmp-ci-cold-cache-toolchain.md

@@ -2,7 +2,7 @@
 
 **日期：** 2026-08-30
 **设计：** `docs/superpowers/specs/2026-08-30-cmp-ci-cold-cache-toolchain-design.md`
-**状态：** 执行中
+**状态：** 完成
 
 ## 执行规则
 
@@ -20,6 +20,6 @@
 - [x] 运行 Dev/Release 严格无缓存构建和完整测试：两套均为 140/140。
 - [x] 运行 `examples/basic`，全部既有输出与退出状态正确。
 - [x] 自审最终差异并更新 HANDOFF；纠正 workflow 中已过时的版本下限注释。
-- [ ] 本地提交并推送当前分支。
-- [ ] 等待 PR #10 的 Linux、macOS、Windows 检查全部通过。
-- [ ] 根据实际远程结果同步项目当前状态文档。
+- [x] 本地提交并推送当前分支：`7c81a10 修复 CI 冷缓存工具链`。
+- [x] PR #10 的 Linux、macOS、Windows 检查全部通过。
+- [x] 根据实际远程结果同步项目当前状态文档。

docs/superpowers/plans/2026-08-30-cmp-phase6b-tcp-client-v1.md

@@ -2,7 +2,7 @@
 
 **Date:** 2026-08-30
 **Design:** `docs/superpowers/specs/2026-08-29-cmp-phase6b-tcp-client-v1-design.md`
-**Status:** Locally complete — remote CI pending
+**Status:** Complete; local and Linux/macOS/Windows CI verified in PR #10
 **Baseline:** Local Phase 6A commit `701aa8b`, 116/116 Dev and Release tests
 
 ## Execution Rule
@@ -441,7 +441,7 @@ Only after local verification:
 - update `.agent/HANDOFF.md` with implementation facts, remaining remote CI, and known limits.
 
 Phase 6B reaches the Design's final completion state only after Linux, macOS, and Windows CI all
-pass. Until then, report it as locally implemented and verified with remote compatibility pending.
+pass. PR #10 now satisfies that gate.
 
 **Self-review — 2026-08-30:** Run the two existing internally repeated Release race tests five
 times, which exercises 100 close/completion and 500 stop/completion races without multiplying the
@@ -450,7 +450,7 @@ invalid outcome, failed command, or hard-count mismatch stops the gate. Then run
 cache-off strict Dev/Release matrix, the unchanged path-consumer example, and a Release benchmark
 build followed by five sequential runs of the produced binary. Benchmark timing is evidence only;
 each run must retain exact compute/file/network success and expected-failure counts with zero
-unexpected failures. Record only local Linux/WSL2 facts and leave remote CI pending.
+unexpected failures. Record the local Linux/WSL2 facts here; record the remote result separately.
 
 **Completion — 2026-08-30:** The focused Release command was:
 
@@ -464,7 +464,12 @@ including 24/24 TCP tests. The unchanged standalone example printed every expect
 0. The readiness Release build passed, followed by five sequential runs: each reported compute
 49,000/1,000/0, file 1,000/100/0, and network 20,000/100/0 success/expected/unexpected counts.
 All 15 scenario rows passed; the final raw timings are recorded in the readiness report. These are
-local Linux/WSL2 + LLVM 22.1.8 results; Linux, macOS, and Windows remote CI remain pending.
+the local Linux/WSL2 + LLVM 22.1.8 results.
+
+**Remote completion — 2026-08-30:** PR #10 commit `7c81a10` installed xlings `2026.8.27.5` and
+mcpp `2026.8.28.1`, then built CMP, passed all 10 test binaries, and ran `examples/basic` on Linux
+x86_64, macOS arm64, and Windows x86_64. The three checks completed successfully in 2m32s, 2m42s,
+and 2m10s respectively.
 
 ## Scope Guard
 

docs/superpowers/specs/2026-08-29-cmp-phase5-thread-pool-v1-design.md

@@ -1,7 +1,7 @@
 # CMP Phase 5 Thread Pool v1 Design
 
 **Date:** 2026-08-29
-**Status:** Implemented and locally verified
+**Status:** Implemented; local and Linux/macOS/Windows CI verified
 **Baseline:** Phase 4 is implemented and locally verified with 90/90 tests
 
 ## Purpose
@@ -314,8 +314,8 @@ sleeping workers, leaving a nominally multi-threaded pool non-work-conserving.
 
 ## Acceptance Criteria
 
-Phase-5 v1 is complete locally: the module, tests, example, benchmark report, and
+Phase-5 v1 is complete: the module, tests, example, benchmark report, and
 English/Simplified-Chinese/Traditional-Chinese public documentation agree; Dev and Release strict
 builds and all 105 tests pass; the standalone example succeeds; and five local Release benchmark
-rounds contain zero unexpected failures. Remote three-platform CI remains delivery verification,
-not a locally claimed result.
+rounds contain zero unexpected failures. PR #10 subsequently built the current library, ran the
+current 140-test suite, and ran the standalone example successfully on Linux, macOS, and Windows.

docs/superpowers/specs/2026-08-29-cmp-phase6b-tcp-client-v1-design.md

@@ -1,7 +1,7 @@
 # CMP Phase 6B TCP Client v1 Design
 
 **Date:** 2026-08-29
-**Status:** Locally implemented and verified — remote CI pending
+**Status:** Implemented; local and Linux/macOS/Windows CI verified in PR #10
 **Baseline:** Phase 6A is locally committed as `701aa8b` and passes 116/116 tests
 
 ## Purpose

docs/superpowers/specs/2026-08-30-cmp-ci-cold-cache-toolchain-design.md

@@ -1,7 +1,7 @@
 # CMP CI 冷缓存工具链修复设计
 
 **日期：** 2026-08-30
-**状态：** 本地实现并验证，远程 CI 待确认
+**状态：** 完成；PR #10 Linux/macOS/Windows CI 已验证
 **基线：** PR #10，提交 `1804044`
 
 ## 问题
@@ -64,3 +64,9 @@ mcpp 尚未到 1.0，工具版本提升可能改变模块扫描或清单校验
 时沙箱 xlings 来自 workflow 的系统版本；因此只提升 mcpp 虽可依赖版本精化回退，但没有
 消除错误绑定的来源。最终方案同时固定官方配套的 mcpp `2026.8.28.1` 与 xlings
 `2026.8.27.5`，其余边界不变。
+
+## 远程验收结果
+
+提交 `7c81a10` 推送后，PR #10 的三个冷环境均准确安装 xlings `2026.8.27.5` 与 mcpp
+`2026.8.28.1`。Linux x86_64、macOS arm64、Windows x86_64 均完成库构建、10 个测试
+二进制和独立示例，耗时分别为 2m32s、2m42s、2m10s；三项检查全部成功。