diff --git a/.github/workflows/release-build.yml b/.github/workflows/release-build.yml index d081786..afbe7ae 100644 --- a/.github/workflows/release-build.yml +++ b/.github/workflows/release-build.yml @@ -6,6 +6,9 @@ name: Release / build(可复用) # `matrix.rustflags` → `inputs.rustflags`。 # **M164 改了两步**(只这两步):① `Windows ARM64 工具链体检` → `工具链取证`(不再 exit 1,判定权交回编译器; # 理由见该步上方的长注释);② `cargo build` 步给 arm64 槽位显式备齐 target / `LIB`+`INCLUDE` / arm64 `link.exe`。 +# **M184 加了一步**:`linux-x64` 的 xvfb 运行时冒烟(真渲一帧 + `[theme]` / `[backend] final` 日志断言 + 像素判定)—— +# 这一档进了 `PUBLISH_SLOTS`,「发出去的包真能跑」从此由 CI 每轮证明;判据只在 `linux-x64` 槽位上跑(arm64 没有 +# 对应的运行时证据,不给它加一条没验证过的门禁)。同一轮把 arm64 的失败收尾注解按槽位分支。 # 矩阵**仍由调用方** `release.yml` 的 `plan` job 生成并在外层展开(矩阵不能带 `if`,`strategy` 可读 `needs`), # 本文件只跑**单个槽位**,不持有槽位表 —— 改槽位只改 `release.yml` 里那一处。 # `env` 必须在被调方重复声明:**被调工作流不继承调用方的 workflow 级 `env`**(CARGO_TERM_COLOR / RUST_BACKTRACE @@ -259,6 +262,49 @@ jobs: echo "::error::静态 CRT 未生效:exe 仍动态依赖 VC++ 可再发行包"; exit 1 fi + # (M184)linux-x64 的**运行时门禁**:这一档已进 PUBLISH_SLOTS,所以「发出去的包真能开窗渲出一帧」得由 CI 每轮证明, + # 不能只靠一次性的本机验收(证据与实测输出见 `packaging/docs/linux-evidence.md`)。 + # **只在 linux-x64 槽位上跑**:判据是按 x64 软渲染实测标定的;`linux-arm64` 上这条链一次都没验过(没有 arm64 的 + # xvfb 证据),写成无条件的 `runner.os == 'Linux'` 就等于给一个没验证过的槽位加一条会红的判据——正是 M171 那个 + # 「豁免行要单独落」的同类事故。宁可这条只在有证据的槽位上真跑。 + - name: Linux x64 运行时冒烟(xvfb 真渲一帧 + 主题/后端日志断言) + if: inputs.slot == 'linux-x64' + shell: bash + env: + BUILD_DIR: ${{ inputs.build_dir }} + run: | + set -euo pipefail + sudo apt-get update + sudo apt-get install -y --no-install-recommends xvfb xauth \ + libxkbcommon-x11-0 libx11-6 libxcursor1 libxrandr2 libxi6 libfontconfig1 fonts-dejavu-core + out="$RUNNER_TEMP/linux-smoke" + mkdir -p "$out/data" + log="$out/launcher.log" + # 退出码单独取:`tee` 之后的 `$?` 是 tee 的,管道里 cargo/launcher 的失败会被吞成 0。 + set +e + xvfb-run -a --server-args="-screen 0 1280x1024x24" \ + "$BUILD_DIR/unlucky-launcher-iced" --software-renderer \ + --screenshot "$out/linux-x64-first-frame.png" --data-dir "$out/data" 2>&1 | tee "$log" + code=${PIPESTATUS[0]} + set -e + echo "launcher exit=$code" + # 两条日志断言(两行都是**恒开**的,不依赖 ULL_ACCEPTANCE): + # `[theme] source=…flavor=…follows_system=…` 证明主题是按预期来源定的(截图通道默认 Light), + # `[backend] final=… result=started` 证明渲染后端真的起来了(而不是起来前就崩了)。 + grep -q '^\[theme\] source=' "$log" || { echo "::error::缺少 [theme] 行(主题来源没打印)"; exit 1; } + grep -q '^\[backend\] final=.* result=started' "$log" || { echo "::error::缺少 [backend] final=… result=started(渲染后端没起来)"; exit 1; } + python3 packaging/check_screenshot.py "$out/linux-x64-first-frame.png" --json + ls -l "$out" + exit "$code" + + - name: 上传 Linux x64 首帧图(失败也传,人眼复核用) + if: always() && inputs.slot == 'linux-x64' + uses: actions/upload-artifact@v4 + with: + name: linux-x64-first-frame + path: ${{ runner.temp }}/linux-smoke/ + if-no-files-found: warn + - name: 打包(产物 + SHA256SUMS) shell: bash env: @@ -310,7 +356,18 @@ jobs: # 「不挡发布」——只剩一句 `Process completed with exit code 1.` 的教训见上面那条体检步骤。 # M164 起本槽位的红**只可能来自真实构建链路**(体检已降级为取证、永不 exit 1),所以这条注解同时也是 # 「arm64 到底能不能编出来」的答案所在:红了就把上面的编译器/链接器原文当根因,别再回去改体检。 + # M184:Linux arm64 进来(它现在是 `mode: ci`,tag 推送默认就编),措辞按槽位分支 —— 两个 arm64 都**不在**发布名单里, + # 但理由不同:windows-arm64 等「能不能出 PE」的答案,linux-arm64 等「真机跑不跑得起来」的答案。 - name: arm64 失败收尾注解(红不挡发布) - if: failure() && inputs.slot == 'windows-arm64' + if: failure() && (inputs.slot == 'windows-arm64' || inputs.slot == 'linux-arm64') shell: bash - run: echo "::error::[arm64] 本槽位已红,失败步骤见本 job 的步骤名(M164 起只会是 cargo build / 链接 / 导入表门禁 / 打包,体检步不再判红);PUBLISH_SLOTS 当前只有 windows-x64 ⇒ 本次 Release 仍照发 x64,arm64 产物不进 Release" + env: + SLOT: ${{ inputs.slot }} + run: | + set -euo pipefail + if [ "$SLOT" = "linux-arm64" ]; then + reason="本槽位只有构建证据、运行时完全未验(没有 ARM64 真机跑过一帧)" + else + reason="失败步骤见本 job 的步骤名(M164 起只会是 cargo build / 链接 / 导入表门禁 / 打包,体检步不再判红)" + fi + echo "::error::[$SLOT] 本槽位已红:$reason。PUBLISH_SLOTS 当前是 windows-x64 + linux-x64 ⇒ 本次 Release 仍照发那两档,$SLOT 的产物不进 Release" diff --git a/.github/workflows/release-guard.yml b/.github/workflows/release-guard.yml index c87a6cc..22785b4 100644 --- a/.github/workflows/release-guard.yml +++ b/.github/workflows/release-guard.yml @@ -20,7 +20,8 @@ name: Release guard # (M164)同一个 job 还挂**发布名单守卫** `packaging/check_publish_slots.py`:`PUBLISH_SLOTS` 与槽位表/产物 # 必须对得上。PR 阶段跑源码级断言(名单非空、每项都是 `release.yml` 槽位表里的 `mode: ci` 档)—— # 名单里写错一个字此前只会表现为「Release 侧一个也不匹配、齐全性检查红在别处」,根因要翻两层日志; -# `--self-test` 再注入 8 条回归(缺资产 / 拼错 / 声明了 probe 档 / 名单声明了没产物 / 有产物没声明)证明它会红。 +# `--self-test` 再注入 11 条回归(缺资产 / 拼错 / 声明了 probe 档 / 名单声明了没产物 / 有产物没声明 / +# `mode: ci` 却没产物 / 声明的 `linux-x64` 构建红了必须拦住发布 / 提前把 `linux-arm64` 写进名单必须红)证明它会红。 # 发布侧那道「产物 ⇄ 名单」的运行时断言在 `release-publish.yml`(同一份脚本,`--dist`)。 # # (M169)同一个 job 再挂**测试通道守门** `packaging/check_test_source_off.py`:core/cli/presenter/ diff --git a/.github/workflows/release-publish.yml b/.github/workflows/release-publish.yml index fa23053..f882add 100644 --- a/.github/workflows/release-publish.yml +++ b/.github/workflows/release-publish.yml @@ -40,18 +40,21 @@ jobs: contents: write env: # ── 发布白名单:唯一决定「哪几个槽位进 Release」的开关(空格分隔,键同 matrix.slot)── - # **M142 起只有 `windows-x64`**:arm64 连试四轮未走通,而齐全性检查是「名单内少一档就 fail」——名字挂着 - # arm64 就等于 x64 编成功也发不出去。故把它移出名单:它照留在矩阵里跑取证,**红了不挡发布**。 - # (M164)**为什么现在还只有 x64**:arm64 五轮全红其实都红在一个误判的编译前体检步(见 release-build.yml - # 顶部那段),真正的 cargo/link 一次都没跑过;M164 把那个门禁拆了、判定权交回编译器,但「arm64 能不能编出 - # PE」只能由**下一 tag 的 CI** 证明,本机没有 ARM64 真机/工具链证不了。在拿到那次绿之前把 arm64 写进来, - # 等于拿 x64 的发布去赌它 —— 同一个事故不演第二遍(tower M164 裁决)。 - # **可逆,且只是一行**:那句 CI 真出包之后把键加回这一行(`"windows-x64 windows-arm64"`),齐全性检查与 - # SHA256SUMS 自动跟着扩,再同步 README §1/§9 与 release-notes.md 两张表。 + # **M184 起是 `windows-x64` + `linux-x64`**:`linux-x64` 已真机验过 —— release 产物在 Linux 真机(WSLg 真窗口) + # 渲出一帧、主题/后端日志齐全,并有一条同槽位的 xvfb 运行时门禁常驻在 `release-build.yml`(证据与实测输出见 + # `packaging/docs/linux-evidence.md`)。进名单的代价是「每轮发版都得真出这个包」:齐全性检查是「名单内少一档就 fail」, + # 所以这条名单同时也是「linux-x64 构建红了就挡住整次发布」的闸 —— 与任务要求一致(声明为 ci 就得真能出包)。 + # **`linux-arm64` 不在名单里,且这一轮刻意不放**:它只有构建证据,运行时完全没有证据(没有 ARM64 真机跑过一帧, + # 也没有 arm64 的 xvfb 冒烟)。解锁条件 = arm64 真机(或原生 runner)上真跑出一帧 + 主题日志 → 再把键加进这一行。 + # 只加进矩阵不加进名单时,它的产物会被下面的裁剪步删掉,但守卫会先打 `::warning::` 明说「未发布、会被裁掉」, + # 不是静默丢弃(这条是任务里点名要验的反方向)。 + # `windows-arm64` 同理仍不在名单(M142/M164:它的五轮红全红在误判的体检步,判定权已交回编译器,等下一 tag 的 CI 证)。 + # **可逆,且只是一行**:真出包之后把键加进这一行(`"windows-x64 linux-x64 <新键>"`),齐全性检查与 SHA256SUMS + # 自动跟着扩,再同步 README §1/§9 与 release-notes.md 两张表。 # 判据不再靠注释保证:`packaging/check_publish_slots.py`(下面第二个 step 跑它;PR 阶段由 release-guard.yml # 跑同一份脚本)两个方向都查——声明了缺产物 ⇒ `::error::` + exit 1;有产物但没声明 ⇒ `::warning::` 明说未发布。 - # 四档 Linux/macOS 仍未验证,默认连构建都不跑(M139)。 - PUBLISH_SLOTS: "windows-x64" + # macOS 两档仍未验证,默认连构建都不跑(M139)。 + PUBLISH_SLOTS: "windows-x64 linux-x64" steps: - uses: actions/checkout@v4 @@ -87,7 +90,7 @@ jobs: echo "publish: $base" ;; *) - echo "drop: $base($platform_arch 不在发布白名单:四档未验证 / arm64 待下一 tag 验证;仍留在 dist- artifact 里取证)" + echo "drop: $base($platform_arch 不在发布白名单:macOS 两档未构建验证 / 两个 arm64 槽位待真机跑一帧;仍留在 dist- artifact 里取证)" rm -f "$f" ;; esac diff --git a/.github/workflows/release.yml b/.github/workflows/release.yml index d84f5a7..89d4d9b 100644 --- a/.github/workflows/release.yml +++ b/.github/workflows/release.yml @@ -1,13 +1,18 @@ name: Release -# 发布流水线:tag `v*` → **只构建两个 Windows 槽位**(各自原生 `windows-latest` / `windows-11-arm`)→ 单文件产物 + -# SHA256SUMS → artifact + GitHub Release。**push tag 默认创建稳定版**(M163:不带 `--prerelease`,否则 -# `releases/latest` 永远 404、自更新通道取不到清单);同 tag 重跑幂等(覆盖资产与说明、不 create、不碰标记)。 -# **构建 ≠ 发布**:只有 `PUBLISH_SLOTS` 里的槽位才进 Release 与 SHA256SUMS ——**M142 起只有 `windows-x64`**(arm64 仍留 -# 矩阵里取证、红了不挡 x64 发布)。**M164 的更正**:arm64 那五轮红其实全红在一个误判的编译前体检步(cargo/link 一次 -# 都没跑过,见 `release-build.yml` 顶部),该门禁已拆、判定权交回编译器;但「arm64 能不能出 PE」只能由**下一 tag 的 -# CI** 证明,故名单仍只列 x64(tower 裁决:不拿 x64 的发布去赌一个没验证过的槽位)。真出包之后把键加回那一行即可。 -# 四档 Linux/macOS 从未验证,默认连构建都不跑(M139:省配额、不留红叉);整表六槽位取证走 +# 发布流水线:tag `v*` → **默认构建四个槽位**(原生 `windows-latest` / `windows-11-arm` / `ubuntu-22.04` / +# `ubuntu-22.04-arm`)→ 单文件产物 + SHA256SUMS → artifact + GitHub Release。**push tag 默认创建稳定版**(M163:不带 +# `--prerelease`,否则 `releases/latest` 永远 404、自更新通道取不到清单);同 tag 重跑幂等(覆盖资产与说明、不 create、 +# 不碰标记)。 +# **构建 ≠ 发布**:只有 `PUBLISH_SLOTS` 里的槽位才进 Release 与 SHA256SUMS ——**M184 起是 `windows-x64` + `linux-x64`**。 +# `linux-x64` 本轮翻牌的依据在 `packaging/docs/linux-evidence.md`:x86_64 槽位在 `ubuntu-22.04`(glibc 2.35,与本地 +# WSLg 验证同一地板)真编出 release 产物、真开窗渲出一帧,`release-build.yml` 里还有一条同槽位的 xvfb 运行时门禁 +# ——「声明为 ci 就必须真能跑出帧」,不是「矩阵里写了就算支持」。 +# **`linux-arm64` 本轮只构建、不发布**:它没有任何运行时证据(没有 ARM64 真机跑过一帧,也没有 arm64 的 xvfb 冒烟)。 +# 解锁条件写在 `packaging/release-notes.md` 与 `packaging/docs/compliance-support-boundaries.md` §9 ——真机跑一帧之后 +# 才把键加进 `PUBLISH_SLOTS`,不拿没跑过的包去发(M184 tower 裁决)。 +# `windows-arm64` 仍留矩阵里取证、红了不挡 x64 发布(M142/M164:它那五轮红全红在一个误判的编译前体检步,该门禁已拆, +# 判定权交回编译器)。`macos-*` 两档从未验证,默认连构建都不跑(M139:省配额、不留红叉);整表六槽位取证走 # `gh workflow run release.yml -f all_slots=true`(槽位表在 `plan`)。 # 名单 ⇄ 产物两个方向都有守卫(M164):`packaging/check_publish_slots.py`(PR 阶段在 release-guard.yml,发布侧在 # release-publish.yml 的 `--dist` 模式)——声明了缺产物 ⇒ 红;有产物没声明 ⇒ `::warning::` 明说未发布。 @@ -31,7 +36,7 @@ on: workflow_dispatch: inputs: all_slots: - description: "构建全部六个槽位(含未验证的 Linux/macOS 四档);默认只跑两个 Windows" + description: "构建全部六个槽位(含未验证的 macOS 两档);默认只跑四个(Windows 两档 + Linux 两档)" type: boolean default: false prerelease: @@ -58,7 +63,7 @@ jobs: # M139:矩阵不写死在 `build` 里,改由本 job 按 `inputs.all_slots` 生成 —— 矩阵不能带 `if`,而 `jobs..strategy` # 可读 `needs`,故用 `fromJSON(needs.plan.outputs.matrix)`。**槽位表只在下面这一处**,改槽位只改这里。 plan: - name: 选槽位(默认两个 Windows) + name: 选槽位(默认四个:Windows 两档 + Linux 两档) runs-on: ubuntu-latest outputs: matrix: ${{ steps.pick.outputs.matrix }} @@ -85,11 +90,18 @@ jobs: # 原生还让 `ull --version` 冒烟真跑,dumpbin 走 Hostarm64 分支。 dict(slot="windows-arm64", os="windows-11-arm", build_dir="target/release", rustflags="-C target-feature=+crt-static", mode="ci"), - # ↓ 四档**未验证,不纳入 CI**:从未真构建成功、也没在真机跑过,默认一个都不编;`all_slots=true` 时照编 - # (将来验证 Linux/macOS 的唯一入口,别删)。真机验过后:mode 改 "ci" + 键加进 PUBLISH_SLOTS + - # 同步 README §1/§9 与 release-notes.md。Linux 固定 22.04 而非 latest:否则 glibc 地板跟着 runner 漂移。 - dict(slot="linux-x64", os="ubuntu-22.04", build_dir="target/release", rustflags="", mode="probe"), - dict(slot="linux-arm64", os="ubuntu-22.04-arm", build_dir="target/release", rustflags="", mode="probe"), + # ↓ Linux 两档(M184):**都改为 `mode: ci`** —— tag 推送默认就编,不再只在 `all_slots=true` 的取证跑里出现。 + # Linux 固定 22.04 而非 latest:否则 glibc 地板跟着 runner 漂移(22.04 = glibc 2.35,与本地 WSLg 验证同一地板)。 + # 两档的差别只在「有没有运行时证据」,而这件事由 `PUBLISH_SLOTS`(发布侧那一行)决定,不在这里: + # `linux-x64` 已真机验过(release 产物在 WSLg 真窗口渲出一帧 + 同槽位的 xvfb 门禁,证据见 + # `packaging/docs/linux-evidence.md`)⇒ 进名单;`linux-arm64` 只有构建、**运行时完全未验**(没有 arm64 真机 + # 跑过一帧)⇒ 不进名单,产物照出 artifact 供取证,靠 `check_publish_slots.py` 打 `::warning::` 明说未发布。 + # **别把 arm64 直接加进名单**:解锁条件是真机跑一帧,不是「构建绿了」。 + dict(slot="linux-x64", os="ubuntu-22.04", build_dir="target/release", rustflags="", mode="ci"), + dict(slot="linux-arm64", os="ubuntu-22.04-arm", build_dir="target/release", rustflags="", mode="ci"), + # ↓ 两档 macOS **未验证,不纳入 CI**:从未真构建成功、也没在真机跑过,默认一个都不编;`all_slots=true` 时照编 + # (将来验证 macOS 的唯一入口,别删)。真机验过后:mode 改 "ci" + 键加进 PUBLISH_SLOTS + + # 同步 README §1/§9 与 release-notes.md。 # macOS:latest = arm64;Intel x64 用 macos-15-intel(macos-13 已下线)。 dict(slot="macos-arm64", os="macos-latest", build_dir="target/release", rustflags="", mode="probe"), dict(slot="macos-x64", os="macos-15-intel", build_dir="target/release", rustflags="", mode="probe"), @@ -126,8 +138,9 @@ jobs: release: name: GitHub Release needs: build - # `always()` + `!cancelled()`:白名单外的槽位(现在的 `windows-arm64`,以及只在 `all_slots` 取证跑里存在的四档) - # 红了**不能连坐** x64 发布 —— 真正拦发布的是被调方「发布白名单齐全性」那一步:白名单里少任何一个才 fail。 + # `always()` + `!cancelled()`:白名单外的槽位(`windows-arm64`、`linux-arm64`,以及只在 `all_slots` 取证跑里 + # 存在的 macOS 两档)红了**不能连坐**那两档已发布的 —— 真正拦发布的是被调方「发布白名单齐全性」那一步: + # 白名单里少任何一个才 fail(M184 之后 `linux-x64` 也在白名单里,它红了就该拦)。 # tag 门禁留在这里(不在被调方):分支 ref 的 dispatch 连发布 job 都不该起。 if: always() && !cancelled() && github.ref_type == 'tag' # `contents: write` 必须由**调用方**授予:可复用工作流只能收窄权限、不能提权(交集语义)。 diff --git a/README.md b/README.md index 99bc5fd..1e630cf 100644 --- a/README.md +++ b/README.md @@ -220,17 +220,24 @@ This list is the reason to believe the rest. None of it is hidden behind marketi section*, *Add override*. Each writes `[page] 占位动作 …` to stderr and changes nothing — instance management from the GUI is the instance-wizard work still outstanding, and settings change as you edit them rather than on a Save. -- **Linux and macOS artifacts are unverified, and this release does not even build them.** The - reference machine is Windows; the `linux-x64`, `linux-arm64`, `macos-arm64` and `macos-x64` slots - sit in the CI matrix but the default release run skips them, and they have never been downloaded and - run end to end. `gh workflow run release.yml -f all_slots=true` builds them for evidence. Treat them - as untested output, not as "supported because the matrix lists them". -- **macOS is not finalised.** It has two rounds of real-device evidence (Apple Silicon), which is why - the build exists — but the menu-bar name, the placement of the three window buttons (macOS puts - them top-left; ours are drawn top-right), and 300s+ steady state still need a real machine. macOS - builds are unsigned, so the first launch needs the Gatekeeper quarantine attribute cleared - (`xattr -d com.apple.quarantine`). The macOS runtime smoke job is a manual `workflow_dispatch` - probe with `continue-on-error`, not a gate. +- **Linux x64 is published, and "published" means "it runs", not "it looks finished".** The release workflow + builds `linux-x64` on a native Ubuntu 22.04 runner by default and ships it, because the release artifact itself + was started under a real display server (WSLg), opened a window, rendered a non-blank frame and printed its + theme/backend lines — and that same check is now a per-slot CI gate on every release + (`packaging/docs/linux-evidence.md` has the raw output). Nobody has yet looked at it on a real desktop + distribution: dragging, resizing, font metrics and CJK shaping on a real desktop session are unverified. + Two things from the Windows list are simply not code paths on Linux, so there is nothing to verify: whole-window + transparency needs a native window handle the app does not have there (`hwnd=none`), and rounded corners are + delegated to the desktop compositor (`corner=policy=system`) instead of being drawn by the app. + `linux-arm64` is built (native `ubuntu-22.04-arm`) but **not** published — no ARM64 machine has ever run it, so + the artifact stays as build evidence only. +- **macOS is not built by the release workflow, and it is not finalised.** It has two rounds of real-device + evidence (Apple Silicon), which is why the build exists at all — but the menu-bar name, the placement of the + three window buttons (macOS puts them top-left; ours are drawn top-right), and 300s+ steady state still need a + real machine. macOS builds are unsigned, so the first launch needs the Gatekeeper quarantine attribute cleared + (`xattr -d com.apple.quarantine`). The macOS runtime smoke job is a manual `workflow_dispatch` probe with + `continue-on-error`, not a gate; `gh workflow run release.yml -f all_slots=true` builds the two slots for + evidence, but they are never published. - **The content library is cramped at low window heights**, and the window height is not wired into the page model yet — the page lays itself out for a nominal height rather than the one it gets. - **Launch-side failure text is not structured.** The tile takes a Chinese sentence straight from the @@ -253,25 +260,28 @@ Grab the file for your platform from | Slot | Asset | Shape | |------|-------|-------| | `windows-x64` | `unlucky-launcher__windows_x64.exe` | bare `.exe`, double-click to run | -| `windows-arm64` | `unlucky-launcher__windows_arm64.exe` | bare `.exe` — **not yet published**, see below | -| `linux-x64` | `unlucky-launcher__linux_x64.tar.gz` | one archive, one top-level directory — **not yet published** | -| `linux-arm64` | `unlucky-launcher__linux_arm64.tar.gz` | same — **not yet published** | -| `macos-arm64` | `unlucky-launcher__macos_arm64.tar.gz` | same — **not yet published** | -| `macos-x64` | `unlucky-launcher__macos_x64.tar.gz` | same — **not yet published** | +| `linux-x64` | `unlucky-launcher__linux_x64.tar.gz` | one archive, one top-level directory; glibc 2.35+ and the X11/Wayland + fontconfig stack | +| `windows-arm64` | `unlucky-launcher__windows_arm64.exe` | bare `.exe` — **built, not published**, see below | +| `linux-arm64` | `unlucky-launcher__linux_arm64.tar.gz` | same — **built, not published** (no runtime evidence yet) | +| `macos-arm64` | `unlucky-launcher__macos_arm64.tar.gz` | same — **not built** by the release workflow | +| `macos-x64` | `unlucky-launcher__macos_x64.tar.gz` | same — **not built** by the release workflow | | every published slot | `ull___[.exe]` | bare CLI binary, its own asset | | all | `SHA256SUMS.txt` | `sha256sum -c` eats it directly | -**This release publishes `windows-x64` and nothing else.** The publish job keeps only the slots named -in `PUBLISH_SLOTS` (`.github/workflows/release-publish.yml`) and deletes every other artifact before -it writes `SHA256SUMS.txt`, so a row marked **not yet published** is a naming rule, not a downloadable -asset. A guard (`packaging/check_publish_slots.py`) watches both directions: a slot named in the list -whose artifacts are missing turns the release red, and artifacts that exist for an unlisted slot get an -explicit "not published" warning instead of being deleted quietly. Of those rows `windows-arm64` is the -one CI still builds — natively, on GitHub's `windows-11-arm` runner (Windows 11 Arm64 + Visual Studio -2026), for evidence. Every ARM64 failure so far came from a pre-build toolchain probe that aborted before -`cargo build` ran; that probe is now evidence-only, so an upcoming CI run is the first real answer to -whether the slot can produce a binary. Its `.exe` stays out of the release until then; the row stays -because the architecture is still supported. +**This release publishes `windows-x64` and `linux-x64`, and nothing else.** The publish job keeps only the slots +named in `PUBLISH_SLOTS` (`.github/workflows/release-publish.yml`) and deletes every other artifact before it +writes `SHA256SUMS.txt`, so a row marked **not published** is a naming rule, not a downloadable asset. A guard +(`packaging/check_publish_slots.py`) watches all three relations: a slot named in the list whose artifacts are +missing turns the release red (that is also what makes a red `linux-x64` build block the release), artifacts that +exist for an unlisted slot get an explicit "not published" warning instead of being deleted quietly, and a +`mode: ci` slot that produced nothing at all warns too — a red slot must never be visible only as a missing row. + +Of the unlisted rows, CI builds two. `windows-arm64` is built natively on GitHub's `windows-11-arm` runner +(Windows 11 Arm64 + Visual Studio 2026); every ARM64 failure so far came from a pre-build toolchain probe that +aborted before `cargo build` ran, that probe is now evidence-only, and the next CI run is the first real answer to +whether the slot can produce a binary. `linux-arm64` is built natively on `ubuntu-22.04-arm` (same glibc 2.35 floor +as x64) and is unpublished for a different reason: **nothing has ever run it on ARM64 hardware**. One frame plus the +theme/backend log lines on a real ARM64 machine is the unlock condition; until then the artifact is build evidence. Each UNIX archive contains the executable plus `LICENSE`, `NOTICE` and `README.md`, in one top-level directory. Windows ships a bare `.exe` (a single file cannot carry the texts), so those three @@ -279,6 +289,18 @@ documents are attached to the release next to it — downloading the Windows bin licence. Download links never carry implementation detail in the name, and the binary inside an archive is always called `unlucky-launcher`. +On Linux x64 that is the whole install: + +```bash +tar -xzf unlucky-launcher__linux_x64.tar.gz +cd unlucky-launcher__linux_x64 +./unlucky-launcher # add --software-renderer if there is no usable GPU adapter +``` + +It asks for glibc 2.35+ (the slot is built on Ubuntu 22.04), `libxkbcommon`, `fontconfig` and `libGL`; on +Debian/Ubuntu `sudo apt-get install libxkbcommon0 libfontconfig1 libgl1 libx11-6 libxcursor1 libxrandr2 libxi6` +covers the load-time set, and the bare `ull__linux_x64` beside the archive needs no display at all. + The two shapes are not duplicates. The GUI binary needs the graphics stack when it opens a window (it `dlopen`s X11 / Wayland / GL and links `libfontconfig` at load); `ull` needs nothing beyond glibc, so it runs on a server or a CI container where no window can exist. On Linux that floor is glibc ≥ 2.35 @@ -345,7 +367,7 @@ merge. The macOS probe is not there yet — manual dispatch only, result recorde |----------|---------| | `.github/workflows/ci.yml` | fmt + clippy + test + release build (Windows / Linux matrix); Linux runtime smoke (Xvfb, one real frame, PNG asserted non-blank); macOS runtime probe (manual dispatch only) | | `.github/workflows/guards.yml` | zero-UI guards (`crates/core`, `crates/presenter`, `crates/design`), 400-lines-per-file guard, cargo-deny licence and source guard | -| `.github/workflows/release.yml` | tag `v*` → build both Windows slots (`windows-x64` + `windows-arm64`) on native runners → single-file artifacts + `SHA256SUMS.txt` → GitHub Release (publishes `windows-x64` only; `-f all_slots=true` builds all six slots for evidence) | +| `.github/workflows/release.yml` | tag `v*` → build the four default slots (`windows-x64` + `windows-arm64` + `linux-x64` + `linux-arm64`) on native runners → single-file artifacts + `SHA256SUMS.txt` → GitHub Release (publishes `windows-x64` and `linux-x64`; `linux-x64` also gets a per-slot Xvfb first-frame gate; `-f all_slots=true` builds all six slots for evidence) | | `.github/workflows/release-guard.yml` | release-marker semantics: push tag ⇒ a **stable** release, dispatch `prerelease=true` ⇒ pre-release; the table lives in `packaging/release_marker.py` and the guard mutation-tests itself | ## Architecture and module map diff --git a/README.zh-CN.md b/README.zh-CN.md index 34c11bb..da62a9b 100644 --- a/README.zh-CN.md +++ b/README.zh-CN.md @@ -175,14 +175,18 @@ unlucky-launcher --version # CLI,版本 + 系统摘要 - **有一批按钮是占位。** 实例页:*新建实例*、*导入*、*复制*、*打开文件夹*、*删除*。日志页:*打开文件夹*。 设置页框架:*保存*、*重置本组*、*添加覆盖*。点下去只往 stderr 写一行 `[page] 占位动作 …`,什么都不改 ——图形界面里的实例管理就是还欠着的那块实例向导;设置项是边改边生效,而不是靠「保存」。 -- **Linux 与 macOS 产物未验证,而且本版连构建都不跑。** 参考机是 Windows;`linux-x64`、`linux-arm64`、 - `macos-arm64`、`macos-x64` 四档只躺在 CI 矩阵里,默认的发布流程会跳过它们,也还没被下载下来端到端跑过; - `gh workflow run release.yml -f all_slots=true` 才编它们来取证。把它们当**未经测试的产出**,而不是 - 「矩阵里有就算支持」。 -- **macOS 未定型。** 有两轮真机证据(Apple Silicon),构建因此存在——但菜单栏显示名、三个窗口按钮的位置 - (macOS 习惯在左上,我们自绘在右上)、300s+ 稳态仍需真机复核。macOS 产物未签名,首次启动要自己清掉 - Gatekeeper 隔离标记(`xattr -d com.apple.quarantine`)。macOS 运行期冒烟是手动 `workflow_dispatch` - 的探针、带 `continue-on-error`,不是门禁。 +- **Linux x64 已发布,但「已发布」= 真能跑,不等于观感已定型。** 发布流水线默认就在原生 Ubuntu 22.04 上编 + `linux-x64` 并发出去,依据是:release 产物本身在真显示服务(WSLg)下起过窗、渲出一帧非空白画面、主题与渲染 + 后端的日志行齐全(实测输出见 `packaging/docs/linux-evidence.md`),而且同一条判据已经常驻成发布流水线里 + **这个槽位**的门禁。还没人看过的:真实桌面发行版上的拖动/缩放,以及真桌面会话里的字体度量与中文整形。 + 「整窗透明度」与「圆角」这两条在 Linux 上**根本没有代码路径**(不是未验):前者要窗口句柄,Linux 上拿不到 + (`hwnd=none`);后者交给桌面合成器(`corner=policy=system`),我们不自己画。 + `linux-arm64` 只是**编出来了,没发布**——没有任何 ARM64 机器跑过它一帧,产物只作构建证据留着。 +- **macOS 不由发布流水线构建,也未定型。** 有两轮真机证据(Apple Silicon),构建因此存在——但菜单栏显示名、 + 三个窗口按钮的位置(macOS 习惯在左上,我们自绘在右上)、300s+ 稳态仍需真机复核。macOS 产物未签名, + 首次启动要自己清掉 Gatekeeper 隔离标记(`xattr -d com.apple.quarantine`)。macOS 运行期冒烟是手动 + `workflow_dispatch` 的探针、带 `continue-on-error`,不是门禁;`gh workflow run release.yml -f all_slots=true` + 能编这两档取证,但它们从不发布。 - **内容库页在低窗口高度下会挤**,而且窗口高度还没接进页面模型——这一页按一个名义高度排版,而不是按它 真正拿到的高度。 - **启动侧失败提示未结构化。** 磁贴直接采用启动层抛出的中文句子 @@ -202,22 +206,37 @@ unlucky-launcher --version # CLI,版本 + 系统摘要 | 槽位 | 产物 | 形态 | |------|------|------| | `windows-x64` | `unlucky-launcher_<版本>_windows_x64.exe` | 裸 `.exe`,双击即用 | -| `windows-arm64` | `unlucky-launcher_<版本>_windows_arm64.exe` | 裸 `.exe` —— **暂未发布**,见下 | -| `linux-x64` | `unlucky-launcher_<版本>_linux_x64.tar.gz` | 单个归档,解压出一个顶层目录 —— **暂未发布** | -| `linux-arm64` | `unlucky-launcher_<版本>_linux_arm64.tar.gz` | 同上 —— **暂未发布** | -| `macos-arm64` | `unlucky-launcher_<版本>_macos_arm64.tar.gz` | 同上 —— **暂未发布** | -| `macos-x64` | `unlucky-launcher_<版本>_macos_x64.tar.gz` | 同上 —— **暂未发布** | +| `linux-x64` | `unlucky-launcher_<版本>_linux_x64.tar.gz` | 单个归档,解压出一个顶层目录;要 glibc 2.35+ 与 X11/Wayland + fontconfig 那一套 | +| `windows-arm64` | `unlucky-launcher_<版本>_windows_arm64.exe` | 裸 `.exe` —— **编了、不发布**,见下 | +| `linux-arm64` | `unlucky-launcher_<版本>_linux_arm64.tar.gz` | 同上 —— **编了、不发布**(运行时零证据) | +| `macos-arm64` | `unlucky-launcher_<版本>_macos_arm64.tar.gz` | 同上 —— 发布流水线**不构建** | +| `macos-x64` | `unlucky-launcher_<版本>_macos_x64.tar.gz` | 同上 —— 发布流水线**不构建** | | 每个已发布槽位 | `ull_<版本>_<平台>_<架构>[.exe]` | 裸 CLI 文件,独立资产 | | 全平台 | `SHA256SUMS.txt` | `sha256sum -c` 可直吃 | -**本版只发布 `windows-x64`。** 发布 job 只留 `PUBLISH_SLOTS` 里点名的槽位 +**本版发布 `windows-x64` 与 `linux-x64`,就这两档。** 发布 job 只留 `PUBLISH_SLOTS` 里点名的槽位 (`.github/workflows/release-publish.yml`),其余产物在写 `SHA256SUMS.txt` 之前就被删掉——所以表里标 -**暂未发布** 的行是命名规则,不是本版可下载的资产。两个方向都有守卫(`packaging/check_publish_slots.py`): -名单里点名了却没产物 ⇒ Release 变红;产物在、名单没点名 ⇒ 显式打「未发布」警告,不再静默删掉。 -这几行里 `windows-arm64` 是 CI 唯一真跑的那档:在 GitHub 原生 `windows-11-arm`(Windows 11 Arm64 + -Visual Studio 2026)runner 上编来取证。**诚实一句**:此前每一次 arm64 红都红在**编译前的工具链体检**, -`cargo build` 一次都没跑过;M164 把那个体检降级成只取证,所以**下一条 tag 的 CI 才是第一次真正问编译器**。 -在那之前它的 `.exe` 不进 Release;行不删是因为架构仍要支持,真出包了就把键加回 `PUBLISH_SLOTS`(一行)。 +**不发布** 的行是命名规则,不是本版可下载的资产。三条关系都有守卫(`packaging/check_publish_slots.py`): +名单里点名了却没产物 ⇒ Release 变红(`linux-x64` 构建红了就挡住整次发布,靠的就是这条);产物在、名单没点名 +⇒ 显式打「未发布」警告,不再静默删掉;`mode: ci` 的槽位本次连产物都没有(那一档红了)⇒ 也打警告。 + +不发布的行里 CI 真编两档。`windows-arm64` 在 GitHub 原生 `windows-11-arm`(Windows 11 Arm64 + Visual Studio +2026)上编来取证——**诚实一句**:此前每一次 arm64 红都红在**编译前的工具链体检**,`cargo build` 一次都没跑过; +M164 把那个体检降级成只取证,所以**下一条 tag 的 CI 才是第一次真正问编译器**。`linux-arm64` 在原生 +`ubuntu-22.04-arm`(与 x64 同 glibc 地板)上编,不发布的理由完全不同:**没有任何 ARM64 机器跑过它**。 +解锁条件 = 真机渲出一帧 + 主题/后端日志行,之后才把键加进 `PUBLISH_SLOTS`。 + +Linux x64 的安装就是解开归档直接跑: + +```bash +tar -xzf unlucky-launcher_<版本>_linux_x64.tar.gz +cd unlucky-launcher_<版本>_linux_x64 +./unlucky-launcher # 没有可用 GPU 适配器就加 --software-renderer +``` + +载入期要 glibc 2.35+、`libxkbcommon`、`fontconfig`、`libGL`;Debian/Ubuntu 上 +`sudo apt-get install libxkbcommon0 libfontconfig1 libgl1 libx11-6 libxcursor1 libxrandr2 libxi6` 就够。 +与归档并列的裸 `ull_<版本>_linux_x64` 连显示都不需要。 UNIX 归档里是二进制加 `LICENSE`、`NOTICE`、`README.md`,都在一个顶层目录下。Windows 发的是裸 `.exe` (一个文件装不下这三份文本),所以这三份作为并列资产挂在 Release 上——下 Windows 二进制不会把许可条款 @@ -278,7 +297,7 @@ cargo deny check licenses bans sources # 依赖许可(CI 必 |----------|------| | `.github/workflows/ci.yml` | fmt + clippy + test + release build(Windows / Linux 矩阵);Linux runtime smoke(Xvfb 真渲染一帧、断言 PNG 非空白);macOS 运行期探针(仅手动 dispatch) | | `.github/workflows/guards.yml` | `crates/core` / `crates/presenter` / `crates/design` 零 UI 守门、单文件 ≤400 行守门、cargo-deny 许可与来源守门 | -| `.github/workflows/release.yml` | tag `v*` → 构建两个 Windows 槽位(`windows-x64` + `windows-arm64`,各自原生 runner)→ 单文件产物 + `SHA256SUMS.txt` → GitHub Release(只发布 `windows-x64`;`-f all_slots=true` 才整表六槽位取证) | +| `.github/workflows/release.yml` | tag `v*` → 构建默认四档(`windows-x64` + `windows-arm64` + `linux-x64` + `linux-arm64`,各自原生 runner)→ 单文件产物 + `SHA256SUMS.txt` → GitHub Release(发布 `windows-x64` 与 `linux-x64`;`linux-x64` 另有一条同槽位的 Xvfb 首帧门禁;`-f all_slots=true` 才整表六槽位取证) | | `.github/workflows/release-guard.yml` | 发布标记语义守门:push tag ⇒ **稳定版**、dispatch `prerelease=true` ⇒ 预发布;标记表在 `packaging/release_marker.py`,守门会对自己做变异自测 | ## 架构与模块地图 diff --git a/docs/images/linux-x64-wslg-window.png b/docs/images/linux-x64-wslg-window.png new file mode 100644 index 0000000..bd972fa Binary files /dev/null and b/docs/images/linux-x64-wslg-window.png differ diff --git a/packaging/README.md b/packaging/README.md index 3c3959e..0d9e29d 100644 --- a/packaging/README.md +++ b/packaging/README.md @@ -45,6 +45,10 @@ - 闸门下限 ≈「至少画出一条标题栏」(review 实测切片仍 pass):证明「场景被真实渲染过」,**不证明界面元素齐全, 更不证明视觉正确**——视觉靠人眼看 artifact。 - 只覆盖 Linux x64;macOS 是 dispatch-only 探针(无实测证据),Windows 已有本机人眼验收。 +- (M184)`linux-x64` 已进发布名单,所以这条**同类**判据也常驻在发布流水线里:`release-build.yml` 的 + `Linux x64 运行时冒烟` 步用同一个 `check_screenshot.py` 判 release 产物的首帧,外加 `[theme]` / + `[backend] final=… result=started` 两行日志断言。证据账(含真机 WSLg 实测输出)在 + [`packaging/docs/linux-evidence.md`](docs/linux-evidence.md)。 **本地复跑**:`bash packaging/linux-smoke-docker.sh . D:/tmp/ull-smoke`——脚本逐步复刻这个 job(同样的 apt 依赖、 `--bin unlucky-launcher-iced`、同样的 `xvfb-run … --software-renderer --screenshot --data-dir`);输出目录别写 `/tmp`, @@ -64,10 +68,11 @@ Git Bash 下会静默落进 Docker VM(脚本内部用 `cygpath -m` 归一) | `packaging/make_artifacts.py` | 打包与校验(本地 + CI 共用) | ≤400 | | `packaging/release-notes.md` | GitHub Release 说明模板(`{{VERSION}}` / `{{SUMS}}` 占位) | ≤400 | | `packaging/check_screenshot.py` | 截图非空白判定(CI 门禁 + 本地手动跑,零第三方依赖) | ≤400 | -| `packaging/check_publish_slots.py` | 发布名单守卫(M164):名单 ⇄ 产物两个方向;`--self-test` 注入 8 条回归 | ≤400 | +| `packaging/check_publish_slots.py` | 发布名单守卫(M164/M184):名单 ⇄ 产物两个方向 + `mode: ci` 槽位无产物的警告;`--self-test` 注入 11 条回归 | ≤400 | | `packaging/check_test_source_off.py` | 测试通道守门(M169):workflow / 打包脚本 / `Cargo.toml default` 都不许打开 `update-test-source`;归属按 `jobs.*.steps[]` 列表项判、默认拒绝;`--self-test` 按 `tests/guard_vectors.json` 注入 | ≤400 | | `packaging/tests/guard_vectors.json` | 守门自测向量(基线 + 32 条:26 红 / 6 绿),数据与代码分开 | ≤400 | | `packaging/ci-runtime-smoke.md` | §11 的细节:断言口径/阈值依据/失效模式/复跑 | ≤400 | +| `packaging/docs/linux-evidence.md` | Linux 槽位的证据账(M184):现有证据盘点、WSLg 真机实测输出、xvfb 复跑、CI 增量估算、未验清单 | ≤400 | | `packaging/linux-smoke-docker.sh` | 本地复跑 `runtime-smoke`(Docker + xvfb) | ≤400 | | `packaging/linux-check-docker.sh` | 本地复跑 `ci.yml` 的两条 ubuntu 门禁(clippy / test,Docker) | ≤400 | | `.github/workflows/release.yml` | tag 触发 → 选槽位(`plan`)→ 调下面两个可复用工作流 | ≤400 | diff --git a/packaging/check_publish_slots.py b/packaging/check_publish_slots.py index 827b4e3..62019bc 100644 --- a/packaging/check_publish_slots.py +++ b/packaging/check_publish_slots.py @@ -17,8 +17,12 @@ 3. **名单里每一项的 `mode` 都必须是 `ci`**:`mode: probe` 的槽位默认构建根本不跑,写进发布名单等于 每一轮都缺一档 —— 一个自己写死要红的组合。 4. **产物 ⇄ 名单两个方向**(`--dist`,只在发布侧有产物时跑): - - 名单声明了但没有 GUI 或 CLI 产物 ⇒ `::error::` + exit 1(少一档不发版,这条现在是脚本、本地可跑); - - 有产物但名单没声明 ⇒ `::warning::` 明说「未发布、会被裁掉」,**不许静默**; + - 名单声明了但没有 GUI 或 CLI 产物 ⇒ `::error::` + exit 1(少一档不发版)。声明为发布的多半就是 `mode: ci` + 的槽位,所以这条同时是「**声明为 ci 的槽位构建红了必须挡住发布**」的判据 —— 红在 build 矩阵里的那一档不会 + 让发布跳过(`release` job 是 `always()`),挡住它的就是这里; + - 有产物但名单没声明 ⇒ `::warning::` 明说「未发布、会被裁掉」,**不许静默**(M184 起 `linux-arm64` 正好是 + 这一档:它 `mode: ci`、每轮都编,但运行时未验所以不在名单,产物留着取证); + - `mode: ci` 却本次没有产物(且不在名单)⇒ 也打 `::warning::`:那一档的构建很可能红了,不能只表现为「表里少一行」; - 无论哪种,最后都打一张全槽位表:发布 / 未发布(无产物)/ 未发布(名单没声明)。 用法(零第三方依赖,本地与 CI 同一份代码): @@ -28,7 +32,8 @@ python3 packaging/check_publish_slots.py --self-test # 注入回归,断言每条都变红 `--self-test` 是这条守门的自测证据:把两个 workflow 复制进临时目录、造合成 dist,逐项注入真实回归 -(漏一个资产 / 名单拼错 / 名单写了 probe 档 / 名单声明了但产物缺 / 名单没声明却有产物),断言守门 +(漏一个资产 / 名单拼错 / 名单写了 probe 档 / 名单声明了但产物缺 / 名单没声明却有产物 / +`mode: ci` 却没产物 / 声明的 `linux-x64` 构建红了 / 提前把 `linux-arm64` 写进名单),断言守门 该红的红、该只警告的不红。守门抓不住回归时它自己先红。 """ @@ -150,7 +155,12 @@ def check_dist(dist: Path, declared: list[str], matrix: dict[str, str]) -> tuple if is_declared: missing = [role for prefix, role in ASSET_PREFIXES if not found[prefix]] for role in missing: - errors.append(f"发布白名单缺产物:{slot} 的 {role}(`{prefix_for(role)}_*_{stem(slot)}*`)") + suffix = ( + "(它是 mode=ci 的槽位:构建红了就必须挡住本次发布,别把缺一档的 Release 发出去)" + if matrix.get(slot) == "ci" + else "" + ) + errors.append(f"发布白名单缺产物:{slot} 的 {role}(`{prefix_for(role)}_*_{stem(slot)}*`){suffix}") verdict = "发布" if not missing else "缺产物 ⇒ 不发版" wanted.discard(slot) elif present: @@ -160,6 +170,14 @@ def check_dist(dist: Path, declared: list[str], matrix: dict[str, str]) -> tuple "若这是修复后的首次成功构建,把槽位加进名单即可(齐全性检查与 SHA256SUMS 自动跟着扩)" ) verdict = "未发布(名单没声明)" + elif matrix.get(slot) == "ci": + # 声明为「默认在 CI 里构建」的槽位本次却没产物:那一档的构建红了(或矩阵被改窄了)。它不在名单里 + # ⇒ **不该**让发布变红(arm64 的策略就是「红了不挡发布」),但也不能静默:否则「又红了」只剩翻 job 列表。 + warnings.append( + f"{slot} 是 mode=ci 的槽位(tag 推送默认就编)却本次没有产物:那一档的构建红了或被裁了," + "本次未发布。它不在 PUBLISH_SLOTS 里,故不影响本次发布" + ) + verdict = "未发布(ci 槽位本次无产物)" else: verdict = "未发布(本次没有产物)" rows.append(f"{slot:<20} {'声明' if is_declared else '未声明':<8} {'、'.join(present) or '无':<15} {verdict}") @@ -269,11 +287,12 @@ def self_test() -> int: set_declared(typo, "windows-aarch64") cases.append(("名单拼错成 windows-aarch64", typo, fake_dist(Path(tmp) / "c4d", ("windows-aarch64",)), None, True)) - # 5. 名单写了 probe 档(默认不构建)⇒ 必须红。 + # 5. 名单写了 probe 档(默认不构建)⇒ 必须红。**要挑仍是 probe 的槽位**:`linux-x64` 已翻成 `mode: ci`, + # 再拿它当样例,这条用例就从「必须红」变成「本来该绿」——自测跟着矩阵走,否则它自己先变成假证据。 probe = Path(tmp) / "c5" snapshot(probe) - set_declared(probe, "windows-x64 linux-x64") - cases.append(("名单写了 mode=probe 的槽位", probe, fake_dist(Path(tmp) / "c5d", ("windows-x64", "linux-x64")), None, True)) + set_declared(probe, "windows-x64 macos-arm64") + cases.append(("名单写了 mode=probe 的槽位", probe, fake_dist(Path(tmp) / "c5d", ("windows-x64", "macos-arm64")), None, True)) # 6. 运行期名单与文件里那一行不一致 ⇒ 必须红(防步内覆盖)。 cases.append(("运行期名单与文件不一致", base, fake_dist(Path(tmp) / "c6", tuple(declared)), ["windows-arm64"], True)) @@ -284,6 +303,20 @@ def self_test() -> int: set_declared(flip, " ".join([*declared, "windows-arm64"])) cases.append(("名单加上 windows-arm64 且产物齐全(下一 tag 的翻牌预演)", flip, fake_dist(Path(tmp) / "c7d", (*declared, "windows-arm64")), None, False)) + # 8. (M184 核心)名单里的 `linux-x64` 构建红了(没有它的产物)⇒ **必须挡住发布**:`release` job 是 + # `always()`,构建矩阵里红一档不会把发布跳过;挡住它的只能是这条。 + dist = fake_dist(Path(tmp) / "c8", tuple(s for s in declared if s != "linux-x64") + ("linux-arm64",)) + cases.append(("名单声明的 linux-x64 构建红了(缺产物)", base, dist, None, True)) + + # 9. (M184 真实场景)`linux-arm64` 构建成功但不在名单 ⇒ 只警告、不挡发布(它是 `mode: ci` 的槽位,每轮都编)。 + cases.append(("linux-arm64 构建成功但不在名单(只警告)", base, fake_dist(Path(tmp) / "c9", (*declared, "linux-arm64")), None, False)) + + # 10. 反过来:有人把 `linux-arm64` 提前写进名单、而它没构建出来 ⇒ 必须红(解锁条件还没满足)。 + early = Path(tmp) / "c10" + snapshot(early) + set_declared(early, " ".join([*declared, "linux-arm64"])) + cases.append(("名单提前声明 linux-arm64 但缺产物", early, fake_dist(Path(tmp) / "c10d", tuple(declared)), None, True)) + for label, root, dist, expected, want_red in cases: errors, warnings, _rows = run_checks(root, dist, expected) got_red = bool(errors) @@ -295,13 +328,29 @@ def self_test() -> int: else: print(f"OK: {label} → {'红' if got_red else '绿'}({len(warnings)} 条未发布提示)") - # 第 3 条还要断言**确实打了警告**:不静默才是这条规则的重点。 - _e, warnings, _r = run_checks(base, fake_dist(Path(tmp) / "c8", (*declared, "windows-arm64")), None) - if not any("windows-arm64" in w for w in warnings): - print("::error::自测失败:产物在但名单没声明时没有针对 windows-arm64 的 ::warning::", file=sys.stderr) + # 第 3 / 9 条还要断言**确实打了警告**:不静默才是这两条规则的重点。 + for ghost in ("windows-arm64", "linux-arm64"): + _e, warnings, _r = run_checks(base, fake_dist(Path(tmp) / f"c-warn-{ghost}", (*declared, ghost)), None) + if not any(ghost in w for w in warnings): + print(f"::error::自测失败:产物在但名单没声明时没有针对 {ghost} 的 ::warning::", file=sys.stderr) + failures += 1 + else: + print(f"OK: 产物在但名单没声明 → 有 {ghost} 的 ::warning::") + + # 第 9 条的另一半:`mode: ci` 的槽位**连产物都没有**(构建红了)时也要有注解,不能只在表里少一行。 + ci_slots = [slot for slot, mode in matrix_slots((base / MATRIX_YML).read_text(encoding="utf-8")).items() if mode == "ci"] + missing_ci = [slot for slot in ci_slots if slot not in declared] + if not missing_ci: + print("::error::自测失败:没有「mode=ci 但不在名单」的槽位,这条用例失去意义(矩阵是不是被改窄了?)", file=sys.stderr) failures += 1 else: - print("OK: 产物在但名单没声明 → 有 windows-arm64 的 ::warning::") + _e, warnings, _r = run_checks(base, fake_dist(Path(tmp) / "c-ci-red", tuple(declared)), None) + for slot in missing_ci: + if not any(slot in w and "ci" in w for w in warnings): + print(f"::error::自测失败:{slot} 是 mode=ci 却没产物时没有 ::warning::(红在哪都不知道)", file=sys.stderr) + failures += 1 + else: + print(f"OK: {slot} 是 mode=ci 却无产物 → 有 ::warning::") if failures: return 1 diff --git a/packaging/docs/artifacts-and-version.md b/packaging/docs/artifacts-and-version.md index 09db419..5ed1abb 100644 --- a/packaging/docs/artifacts-and-version.md +++ b/packaging/docs/artifacts-and-version.md @@ -9,9 +9,9 @@ | 槽位 | 本版发布 | 产物文件名 | 形态 | 归档内容 | |------|---------|-----------|------|---------| | `windows-x64` | ✅ 发布 | `unlucky-launcher__windows_x64.exe` | **裸 exe**(双击即用) | exe 单文件;三份合规文本作为并列 Release 资产 | -| `windows-arm64` | ❌ 不发布(构建取证中) | `unlucky-launcher__windows_arm64.exe` | **裸 exe**(同 x64 策略) | 同上;CI 在**原生** `windows-11-arm`(Windows 11 Arm64 + VS2026 镜像)上构建,**M164 起编译前体检只取证、不再判定红绿**(此前五轮全红其实全红在那个误判的体检步),**红了不挡 x64 发布**(M142,见 §3) | -| `linux-x64` | ❌ 不构建(未验证) | `unlucky-launcher__linux_x64.tar.gz` | 单二进制归档 | `unlucky-launcher` + `LICENSE` + `NOTICE` + `README.md` | -| `linux-arm64` | ❌ 不构建(未验证) | `unlucky-launcher__linux_arm64.tar.gz` | 单二进制归档(原生 ARM64 runner 构建) | 同上 | +| `linux-x64` | ✅ 发布 | `unlucky-launcher__linux_x64.tar.gz` | 单二进制归档 | `unlucky-launcher` + `LICENSE` + `NOTICE` + `README.md`;CI 在原生 `ubuntu-22.04`(glibc 2.35 地板)上构建,**并有同槽位的 xvfb 运行时门禁**(真渲一帧 + `[theme]` / `[backend] final` 日志断言 + 像素判定);真机验收证据见 `docs/linux-evidence.md` | +| `windows-arm64` | ❌ 不发布(构建取证中) | `unlucky-launcher__windows_arm64.exe` | **裸 exe**(同 x64 策略) | 同上;CI 在**原生** `windows-11-arm`(Windows 11 Arm64 + VS2026 镜像)上构建,**M164 起编译前体检只取证、不再判定红绿**(此前五轮全红其实全红在那个误判的体检步),**红了不挡发布**(M142,见 §3) | +| `linux-arm64` | ❌ 已构建、不发布(运行时零证据) | `unlucky-launcher__linux_arm64.tar.gz` | 单二进制归档(原生 `ubuntu-22.04-arm` 构建,与 x64 同 glibc 地板) | 同上;M184 起**默认就编**(`mode: ci`),但没有任何 ARM64 真机跑过一帧 ⇒ 不进 `PUBLISH_SLOTS`。解锁条件 = 真机渲出一帧 + 主题日志 | | `macos-arm64` | ❌ 不构建(未验证) | `unlucky-launcher__macos_arm64.tar.gz` | 单二进制归档 | 同上 | | `macos-x64` | ❌ 不构建(未验证) | `unlucky-launcher__macos_x64.tar.gz` | 单二进制归档 | 同上 | | 每槽位 | 随所属槽位 | `ull__<平台>_<架构>[.exe]` | **裸 CLI 文件**(独立资产,不进 tar.gz) | 零 UI 依赖的 `ull` 本体,进同一份 `SHA256SUMS.txt` | @@ -20,10 +20,12 @@ 约定细节: -- **「不构建」= CI 默认根本不跑**(M139):那四档未验证,产物不给用户、构建配额也不花;要整表六槽位取证走 - `gh workflow run release.yml -f all_slots=true`(§3)。发布白名单**只有 `windows-x64`**(M142:arm64 照构建、不发布)。 - (M164)名单 ⇄ 产物两个方向都有守卫 `packaging/check_publish_slots.py`:声明了缺产物 ⇒ 红;有产物但没声明 ⇒ - `::warning::` 明说「未发布、会被裁掉」——arm64 真出包之后把键加回名单是一行改动,守卫与 `SHA256SUMS.txt` 自动跟着扩。 +- **「不构建」= CI 默认根本不跑**(M139):macOS 那两档未验证,产物不给用户、构建配额也不花;要整表六槽位取证走 + `gh workflow run release.yml -f all_slots=true`(§3)。发布白名单**是 `windows-x64` + `linux-x64`**(M184)。 + 「已构建但不发布」是独立的一档(`linux-arm64`、`windows-arm64`):它们 `mode: ci`、每轮都编,产物留在 + `dist-` artifact 里取证,裁剪步会把它们剔出 Release。 + (M164/M184)名单 ⇄ 产物两个方向都有守卫 `packaging/check_publish_slots.py`:声明了缺产物 ⇒ 红;有产物但没声明 ⇒ + `::warning::` 明说「未发布、会被裁掉」;`mode: ci` 却本次没产物 ⇒ 也打 `::warning::`(那一档红了要看得见)。 - **产物命名**:`<名字>_<版本号>_<平台>_<架构>`,下划线分段、**不带实现细节字样**(不出现 `iced`);真相源是 `make_artifacts.py::asset_stem()`。 - **"单文件"指可执行文件本身零运行时依赖**(无 WebView、无 JRE、无 sidecar、无 DLL 旁挂);归档里的三份合规文本是许可义务、不是运行时依赖,Windows 因为"一个 exe 装不下文本", 把 `LICENSE` / `NOTICE` / `README.md` 作为 Release 的并列资产分发,条款同样随下载走。 diff --git a/packaging/docs/build-and-ci.md b/packaging/docs/build-and-ci.md index dee484b..b076911 100644 --- a/packaging/docs/build-and-ci.md +++ b/packaging/docs/build-and-ci.md @@ -32,15 +32,15 @@ python packaging/make_artifacts.py --slot windows-arm64 \ `--slot` 与宿主槽位不一致时,`ull --version` 冒烟会**自动跳过并打印原因**(arm64 产物在 x64 宿主机上根本执行不了;拿"跳过"当通过是假证据,所以跳过永远带原因)。**CI 不走交叉**(M140): -`windows-arm64` 在原生 `windows-11-arm` 上编,宿主=产物架构 → 冒烟**真跑**;`linux-arm64` 的同类 -冒烟只在 `all_slots=true` 的取证跑里出现(`ubuntu-22.04-arm` 原生 runner 上真跑 `ull --version`)。 +`windows-arm64` 在原生 `windows-11-arm` 上编,宿主=产物架构 → 冒烟**真跑**;`linux-arm64` 也是原生 +`ubuntu-22.04-arm` 构建 → 冒烟在 runner 上真跑(M184 起它默认就编,不再只在 `all_slots=true` 的取证跑里出现)。 -### CI(默认只跑两个 Windows 槽位;`all_slots=true` 才整表六槽位) +### CI(默认跑四个槽位:Windows 两档 + Linux 两档;`all_slots=true` 才整表六槽位) `.github/workflows/release.yml`: - 触发:`push` tag `v*`;`workflow_dispatch` 只构建不发布,且多一个 `all_slots` 开关(**默认 false = - 只跑两个 Windows 槽位**,true = 整表六槽位都编一遍取证)。`inputs.prerelease` **只在 tag ref 上 dispatch + 只跑四个槽位**,true = 整表六槽位都编一遍取证)。`inputs.prerelease` **只在 tag ref 上 dispatch 才可达**——Actions 页面的 "Run workflow" 只能选分支,要跑 tag 得 `gh workflow run release.yml --ref v0.2.3`。 分支 ref 的 dispatch 与 push 一样被 `release` job 的 `if: github.ref_type == 'tag'` 挡在发布之外,所以 「分支 ref 的 dispatch 只构建不发布」与「tag ref 上 dispatch 能选标记」是两条互不冲突的规则。 @@ -48,8 +48,15 @@ python packaging/make_artifacts.py --slot windows-arm64 \ 不能带 `if`,而 `strategy` 可读 `needs`),槽位表只在该 job 里有一份:`windows-latest` x64 与 **原生** `windows-11-arm` arm64(M140;后者是公开仓免费的标准 arm64 runner,4C/16G)——两者都是 MSVC + `-C target-feature=+crt-static`、产物都在 `target/release`,标 `mode: ci`(默认编); - `ubuntu-22.04`(glibc 2.35 地板)/ `ubuntu-22.04-arm`(原生 ARM64,同地板)/ `macos-latest` / - `macos-15-intel` 标 `mode: probe`——**未验证,默认一个都不编**,只有 `all_slots=true` 才进矩阵。 + (M184)`ubuntu-22.04`(glibc 2.35 地板)与 `ubuntu-22.04-arm`(原生 ARM64,同地板)**也标 `mode: ci`** —— + tag 推送默认就编这两档;只剩 `macos-latest` / `macos-15-intel` 是 `mode: probe`,**未验证、默认一个都不编**, + 只有 `all_slots=true` 才进矩阵。 +- **运行时证据决定发布,构建绿了不够**:`linux-x64` 进 `PUBLISH_SLOTS` 的依据是「release 产物真开窗渲出一帧」 + (真机 WSLg + 截图 + `[theme]` / `[backend] final` 日志,实测输出见 `packaging/docs/linux-evidence.md`), + 所以 `release-build.yml` 给**这个槽位**配了一条 xvfb 运行时冒烟步(`if: inputs.slot == 'linux-x64'`): + 装 xvfb → `xvfb-run … --software-renderer --screenshot` 起 **release** 产物 → 断言 `[theme] source=` 与 + `[backend] final=… result=started` 两行 → `check_screenshot.py` 判像素 → 上传首帧图。 + `linux-arm64` **刻意没有**这条判据:arm64 上这条路一次都没验过,给它加一条没验证过的门禁就是造红。 - 每个槽位 `cargo build --release --locked`(**不传 `--target`**:每槽原生编译,交叉槽位没了)。arm64 槽位在编译前 **把工具链显式备齐**(M164):`rustup target add aarch64-pc-windows-msvc`、用微软自己的 `vcvarsall.bat arm64` 取 `LIB`/`INCLUDE`(写进本步环境与 `$GITHUB_ENV`)、用 vswhere 定位 arm64 `link.exe` 后显式导出 @@ -64,16 +71,25 @@ python packaging/make_artifacts.py --slot windows-arm64 \ 自相矛盾(`um/arm64` 明明在)。现在那一步只打印 vswhere 组件查询、各目录 `.lib` **计数**与 `link.exe` 候选, 永不 `exit 1`;**红绿只由编译器 / 链接器 / 静态 CRT 导入表门禁决定**。runner 实况:`windows-11-arm` 自 2026-09 是 Windows 11 Arm64 + **Visual Studio 2026** 镜像,`VC.Tools.ARM64` 与 `Windows11SDK.22621/26100` 都已装好。 -- **发布白名单(`PUBLISH_SLOTS`,唯一开关)**:只有白名单里的槽位进 Release 与 `SHA256SUMS.txt`。**M142 起只有 - `windows-x64`**:齐全性检查是「名单内少一档就 fail」,挂着没验证过的 arm64 就等于 x64 编成功也发不出去。 - (M164)arm64 那五轮红其实全红在误判的体检步(上一条),门禁拆掉后「arm64 能不能出 PE」只能由**下一 tag 的 CI** - 证明,所以名单这轮仍只列 x64 —— 不拿 x64 的发布去赌(tower M164 裁决)。**可逆且只是一行**:那次 CI 真出包后把 - 键加回 `release-publish.yml` 那一行,再同步 §1/§9 与 `release-notes.md`。四档未验证的(默认连构建都不跑)依旧不推给用户。 -- **名单 ⇄ 产物两个方向都有守卫(M164)**:`packaging/check_publish_slots.py`,同一份代码两处跑 —— PR 阶段 +- **发布白名单(`PUBLISH_SLOTS`,唯一开关)**:只有白名单里的槽位进 Release 与 `SHA256SUMS.txt`。**M184 起是 + `windows-x64 linux-x64`**:齐全性检查是「名单内少一档就 fail」,所以 `linux-x64` 进来之后它的构建红了就挡住整次 + 发布 —— 这正是「声明为 ci 的槽位失败必须阻断发布」那条要求,判据落在 `check_publish_slots.py` 的 `--dist` 模式里 + (`release` job 是 `always()`,构建矩阵里红一档不会让它跳过,挡住它的只能是那道守卫)。 + `linux-arm64` 本轮**只构建不发布**:它没有任何运行时证据(没有 ARM64 真机跑过一帧,也没有 arm64 的 xvfb 冒烟), + **解锁条件 = 真机上真跑出一帧 + 主题日志**,之后才把键加进 `release-publish.yml` 那一行,再同步 §1/§9 与 + `release-notes.md`。`windows-arm64` 同理仍未进名单(M164:它的五轮红全红在误判的体检步,等下一 tag 的 CI 证)。 + **可逆且只是一行**:翻牌只改 `PUBLISH_SLOTS` 那一行,齐全性与 SHA256SUMS 自动跟着扩。 +- **耗时(M184 估算,2 槽位 → 4 槽位)**:多出的两档是**并行**跑的(矩阵 `fail-fast: false`),所以墙钟增量 ≈ + 「`linux-x64` 那一档的时长(含新增 xvfb 冒烟步约 1~2 分钟)」与「`linux-arm64` 那一档的时长」取大者,而不是两者相加; + 真正增加的是**并发作业数与总机时**(约 +2× 单槽位机时,公开仓 arm64 Linux runner 不额外计费)。 + 发布侧只多两个资产的裁剪/摘要/上传(秒级)。细节与逐项拆解见 `packaging/docs/linux-evidence.md`。 +- **名单 ⇄ 产物两个方向都有守卫(M164,M184 扩)**:`packaging/check_publish_slots.py`,同一份代码两处跑 —— PR 阶段 (`.github/workflows/release-guard.yml`)断言「名单非空 / 每项都是槽位表里 `mode: ci` 的档」;发布侧 (`release-publish.yml` 的 `--dist` 模式,跑在**裁剪前**的全量集上)断言「声明了就得有 GUI 与 CLI 两个产物, 缺一个就红」,并把「有产物但名单没声明」打成 `::warning::` 明说未发布 —— M142 之后那个方向是静的(裁剪步只 - `echo drop:`),一个真编出来的 arm64 会被就地删掉而没人知道。`--self-test` 注入 8 条回归,本地一条命令可跑。 + `echo drop:`),一个真编出来的 arm64 会被就地删掉而没人知道。M184 补第三条:`mode: ci` 的槽位**本次连产物都没有** + (那一档构建红了)也打 `::warning::`,别只在表里少一行。`--self-test` 注入 11 条回归(含「声明的 `linux-x64` 构建红了 + ⇒ 必须红」「`linux-arm64` 有产物但没声明 ⇒ 只警告」「提前把 `linux-arm64` 写进名单 ⇒ 缺产物必红」),本地一条命令可跑。 - `release` job:下载全部 artifact → **发布名单守卫**(断言 + 未发布提示)→ 按白名单裁剪 → 重算 `SHA256SUMS.txt` → 用 `packaging/release-notes.md` 模板渲染支持矩阵 → 生成更新清单 `manifest.json` → `gh release create` (**push tag 默认建稳定版**:不带任何标记)。 @@ -106,8 +122,9 @@ python packaging/make_artifacts.py --slot windows-arm64 \ 后来只有 M163 动过 `on` 里 `prerelease` 的默认值(`true` → `false`,见上面那张语义表),M164 改过 `release-build.yml` 的 arm64 体检步与 `cargo build` 步、并在 `release-publish.yml` 裁剪前插了「发布名单守卫」 (于是本分支 8 步:checkout / download / **守卫** / 裁剪 / 重算 SHA256SUMS / manifest / 说明 / `gh release`; - 搬家时 6 步、主线 7 步)。改槽位仍只改 `release.yml` 那一处(`PUBLISH_SLOTS` 白名单在 `release-publish.yml`, - 翻牌时要改的仍是那两处)。 + 搬家时 6 步、主线 7 步)。M184 又在 `release-build.yml` 里给 `linux-x64` 插了「运行时冒烟 + 上传首帧图」两步 + (该文件 11 → 13 步,发布侧仍是 8 步)。改槽位仍只改 `release.yml` 那一处(`PUBLISH_SLOTS` 白名单在 + `release-publish.yml`,翻牌时要改的仍是那两处)。 - **M149 微软登录 id 的烘焙**:`release-build.yml` 的 `cargo build` 步带 `env.ULL_MSA_CLIENT_ID`(值 `${{ secrets.ULL_MSA_CLIENT_ID }}`),`option_env!` 把它烘进二进制,于是发布产物装完即可登录。id **不进 git 文件**:真值放仓库 Secret,由 `release.yml` 的 `build` job 按名显式透传(可复用工作流拿不到未显式传入的 diff --git a/packaging/docs/compliance-support-boundaries.md b/packaging/docs/compliance-support-boundaries.md index a652eb6..cd611df 100644 --- a/packaging/docs/compliance-support-boundaries.md +++ b/packaging/docs/compliance-support-boundaries.md @@ -21,25 +21,32 @@ | 平台 | 本版发布 | 级别 | 运行时要求 | |------|---------|------|-----------| | Windows 10/11 x64 | ✅ | 一等 | 无(UCRT 系统自带) | +| Linux x64 X11 | ✅ | 一等 | glibc 2.35+(`ubuntu-22.04` 原生构建即地板)、xkbcommon、fontconfig、libGL(或软渲染)、xcb | +| Linux x64 Wayland | ✅(同一归档;**Wayland 路径未验**) | 支持 | 上述 + wayland-client(XWayland 应用仍需 X11 那套) | | Windows 11 ARM64 | ❌ 不发布(构建取证中) | 一等(启动器产物) | 无额外库;启动器原生运行,游戏本体走系统 x64 模拟层 + x64 JDK | +| Linux arm64 | ❌ 已构建、不发布(**运行时零证据**) | 一等(未真机验证) | glibc 2.35+(`ubuntu-22.04-arm` 原生构建,**与 x64 同地板**)、xkbcommon、fontconfig、libGL、xcb / wayland-client | | macOS 12+(arm64 / x64) | ❌ 不构建 | 一等(未真机验证) | 无第三方库;未签名需去 quarantine | -| Linux x64 X11 | ❌ 不构建 | 一等(未真机验证) | glibc 2.35+、xkbcommon、fontconfig、libGL、xcb | -| Linux x64 Wayland | ❌ 不构建 | 支持 | 上述 + wayland-client | -| Linux arm64 X11 | ❌ 不构建 | 一等(未真机验证) | glibc 2.35+(`ubuntu-22.04-arm` 原生构建,**与 x64 同地板**)、xkbcommon、fontconfig、libGL、xcb | -| Linux arm64 Wayland | ❌ 不构建 | 支持 | 上述 + wayland-client | | Windows 8.1/8/7 | — | 不支持 | 基线已上调(D21) | | Android Termux + X11 | — | 试验级(不承诺) | CLI 与 GUI 均需源码自建;GUI 已在单机真机验证两条路径各一次(CPU 软渲染 + 自编 Mesa/turnip GPU 加速,配方见 `packaging/docs/termux-glibc-build.md`、证据见 `README.termux.md`),不在本发布矩阵内 | `packaging/release-notes.md` 的 "Support matrix" 表与上表逐行对应(英文版同样带 published / not published 一列,Termux 行标注 experimental)——改一边必须同步另一边,否则标题里的"一致"就是假话。 -两个 arm64 槽位都是**正式矩阵槽位**(不是 Termux 那种源码自建旁路),但本版两个都**不发布**:`windows-arm64` 照构建取证 -(红了不挡 x64 发布),`linux-arm64` 连构建都不跑;发布开关是 `release-publish.yml` 的 `PUBLISH_SLOTS`(当前只有 `windows-x64`)。 +**M184 的翻牌(Linux x64 进发布名单,arm64 只构建)**:发布开关仍是 `release-publish.yml` 的 `PUBLISH_SLOTS`, +现在是 `windows-x64 linux-x64`;`release.yml` 槽位表里 `linux-x64` 与 `linux-arm64` 都是 `mode: ci`(tag 推送默认就编)。 +两档的唯一差别是**运行时证据**: -(M164)`windows-arm64` 为什么还没进名单:它 v0.2.1~v0.2.3 的红**全部**红在一个编译前体检步(`find` 猜 SDK 的 +- `linux-x64` 有:release 产物在 Linux 真机(Ubuntu 22.04 + WSLg 真窗口)渲出一帧、`[theme]` 与 + `[backend] final=… result=started` 两行齐全、像素判定通过;`release-build.yml` 里还有一条**同槽位**的 xvfb + 运行时门禁,每轮发布都重跑(证据与实测输出:`packaging/docs/linux-evidence.md`)。 +- `linux-arm64` 没有:没有任何 ARM64 机器跑过它一帧,也没有 arm64 的 xvfb 冒烟。**解锁条件 = 真机(或原生 + ARM64 runner)上真跑出一帧 + 主题日志**,之后才把键加进 `PUBLISH_SLOTS`。构建绿了不算解锁,别拿没跑过的包发人。 + +`windows-arm64` 为什么还没进名单(M164 遗留):它 v0.2.1~v0.2.3 的红**全部**红在一个编译前体检步(`find` 猜 SDK 的 `um/arm64/kernel32.lib`),`cargo build` 一次都没跑过;M164 把那个门禁降级为只取证、判定权交回编译器,但「能不能 -出 PE」只能由**下一 tag 的 CI** 证明。名单 ⇄ 产物的两个方向现在都有守卫(`packaging/check_publish_slots.py`): -声明了缺产物 ⇒ 红,有产物没声明 ⇒ `::warning::` 明说未发布 —— 所以那次 CI 真出包之后,翻一行名单即可。 +出 PE」只能由**下一 tag 的 CI** 证明。名单 ⇄ 产物的两个方向都有守卫(`packaging/check_publish_slots.py`): +声明了缺产物 ⇒ 红(这正是「声明为 ci 的槽位构建红了就挡住发布」那条闸),有产物没声明 ⇒ `::warning::` 明说未发布, +`mode: ci` 却本次没产物 ⇒ 也打 `::warning::`(红了要看得见)—— 所以那次 CI 真出包之后,翻一行名单即可。 ## 10. 已知边界 / 后续 @@ -57,3 +64,9 @@ published 一列,Termux 行标注 experimental)——改一边必须同步 `windows-arm64` / `linux-arm64` 的**真实产物只能由 CI 出**(前者靠 `dumpbin -dependents` 的静态 CRT 门禁 + 架构校验,后者在 `ubuntu-22.04-arm` 上真跑 `ull --version` 冒烟);本机能做且已做的是脚本层 取证(§7.5:宿主判定注入、可执行文件头识别、把真 exe 的 PE 机器码改成 ARM64 当 stub 走完全流程)。 +8. **Linux 上自更新只"能查不能装"**(M184 发布 Linux x64 之后才有意义):清单现在会带 `linux-x64` 的 + `portable-zip` 产物,而 `ull update apply` 只做便携单文件 `.exe` 的自替换 + (`crates/core/src/update/job.rs::ensure_self_replaceable`)——Linux 上它会带具名原因**拒绝** + ("发布里的 linux-x64 产物是 portable-zip 形态,不能原地替换启动器 … 压缩包请解压后再用"), + 不会半装坏。Linux 的更新方式仍是「下载新归档覆盖旧副本」。真要做 Linux 自更新(换目录里的文件再重启) + 是另一件事,未规划。 diff --git a/packaging/docs/linux-evidence.md b/packaging/docs/linux-evidence.md new file mode 100644 index 0000000..b61f7c9 --- /dev/null +++ b/packaging/docs/linux-evidence.md @@ -0,0 +1,205 @@ +# Linux 槽位的证据账(M184) + +本文是「Linux 到底验过什么、没验什么」的**唯一账本**。M184 把 `linux-x64` 写进了 `PUBLISH_SLOTS`(发布), +把 `linux-arm64` 留在「构建但不发布」,两者都不是凭感觉:下面按「已有哪些证据 → 本轮补的实测 → CI 增量 → +仍然没验的部分 → 解锁条件」逐条记账,任何一条被推翻都要回来改这里与 `compliance-support-boundaries.md` §9。 + +## 1. M184 之前的证据盘点 + +| 证据 | 位置 | 覆盖了什么 | 没覆盖什么 | +|------|------|-----------|-----------| +| xvfb 运行时冒烟(每次 PR/main) | `.github/workflows/ci.yml` 的 `runtime-smoke` | `ubuntu-latest`(x64)上装 xvfb + 软渲染依赖 + 字体,`xvfb-run … --software-renderer --screenshot` 真渲一帧,`packaging/check_screenshot.py` 对**像素本身**断言(唯一色数 / 亮度 σ / 强边缘占比),截图作为 artifact 留证 | 只有 x64;用的是 **debug** 档(`cargo build --bin unlucky-launcher-iced --locked`),不是发出去的那个 release 产物;不跑 GPU 通路;不验 Wayland;不校验 `[theme]` / `[backend] final` 日志行;没有 arm64 | +| 本地复跑脚本(开发机) | `packaging/linux-smoke-docker.sh` | 在 `rust:1-bookworm`(**Debian 12 / glibc 2.36**)里逐步复刻上面那个 job;M131 真跑过一次(2026-11-05):`exit=0`、截图 1180×760、`[ok] 截图非空白` | 基础镜像是 Debian 而不是 runner 的 Ubuntu;仍是 debug 档;同样没有 arm64 | +| 编译期门禁复跑 | `packaging/linux-check-docker.sh` | 在 Linux 上跑 `clippy --workspace --all-targets -- -D warnings` 与 `test --workspace --all-targets`(M144 那两条只能在 Linux 复现的红) | 与运行时无关,只证明「编得过、测得过」 | +| 阈值依据 | `packaging/ci-runtime-smoke.md` | 真实帧与纯色帧的实测数值(唯一色 342~2352、σ 19.45~27.46、强边缘 0.0076~0.0433)都在这里,阈值取在两者之间 | 标定样本来自 x64 软渲染 | +| `ull --version` 冒烟 | `packaging/make_artifacts.py::smoke_version` | 槽位与宿主一致时**真跑** CLI 并断言版本串(`linux-x64` 与 `linux-arm64` 在各自的 CI runner 上都满足这条,所以两个 arm64/x64 槽位都有一份 CLI 运行时证据) | 只覆盖 CLI(零图形栈),GUI 一帧都没有;`linux-arm64` 的 GUI 从未启动过 | + +**glibc 地板怎么定的**:槽位表把 Linux 两档钉在 `ubuntu-22.04` / `ubuntu-22.04-arm`,**不跟 `latest` 走** +(`release.yml` 的槽位表注释:跟 latest 走地板就会随镜像漂移)。Ubuntu 22.04 ⇒ glibc **2.35**,这就是 +`README` / §9 写的「glibc 2.35+」的来源,也是本轮真机验收为什么选 Ubuntu 22.04 的 WSL 发行版:**验证环境的地板 +与发布产物的地板一致**,在更新的发行版上验等于放宽了条件。 + +**一处诚实记录**:M184 的任务描述里提到「曾用过 WSLg 开真窗口跑首帧」。本仓库里查不到那次留下的任何文档或 +脚本痕迹(`grep -rn WSLg` 在本轮改动之前零命中),所以下面这一节是**重新做了一遍并留证**的,不是转述。 + +## 2. 本轮实测(WSLg 真机,linux-x64 release 产物) + +**环境**(2026-11-08,`wsl.exe -v` / 发行版内自报,逐字取自实测输出): + +``` +Linux 6.6.114.1-microsoft-standard-WSL2 x86_64 # WSL 2.7.3.0,WSLg 1.0.73 +PRETTY_NAME="Ubuntu 22.04.5 LTS" # == 发布槽位 ubuntu-22.04 的同一代 +ldd (Ubuntu GLIBC 2.35-0ubuntu3.15) 2.35 # == 文档写的 glibc 2.35 地板 +DISPLAY=:0 WAYLAND_DISPLAY=wayland-0 +rustc 1.99.1 / cargo 1.99.1(rust-toolchain.toml 的 stable) +``` + +**构建**(与 CI 同一条命令,12 核 WSL,crates 走 rsproxy 镜像;镜像只影响下载速度,不影响产物): + +``` +cargo build --release --locked --bin unlucky-launcher-iced --bin ull + Finished `release` profile [optimized] target(s) in 9m 38s # BUILD_WALL=579.19s +-rwxr-xr-x 19571328 unlucky-launcher-iced +-rwxr-xr-x 7534848 ull +``` + +**打包**(CI 的同一份脚本 `packaging/make_artifacts.py`,`--slot linux-x64`): + +``` +arch: unlucky-launcher-iced -> x64 (ok for linux-x64) +smoke: ull --version -> 0.2.3 (ok) # 真跑,不是跳过(宿主 == 产物) +arch: ull -> x64 (ok for linux-x64) +artifact: unlucky-launcher_0.2.3_linux_x64.tar.gz 8.05 MiB sha256=c78e9f6cbab44e0fa76912f5d3608b911d89e2de2adc473339341d8ac3b60c13 +artifact: ull_0.2.3_linux_x64 7.19 MiB sha256=42ff569152f1af89899b0925b4a7495bfcaeb66988889a0348722aa2d6ae2369 +sums: SHA256SUMS.txt +``` + +归档解开就是用户拿到的东西(`unlucky-launcher` 0755;`ELF 64-bit LSB pie executable, x86-64, stripped`): + +``` +-rw-r--r-- LICENSE 11345 / NOTICE 4721 / README.md 30542 +-rwxr-xr-x unlucky-launcher 19571328 +$ ./unlucky-launcher --version +unlucky-launcher 0.2.3(unlucky-cli) +os: Ubuntu 22.04.5 LTS · 6.6.114.1-microsoft-standard-WSL2(x86_64)· 满足最低要求 +``` + +**首帧(`--screenshot` 通道,真窗口在 WSLg 的真显示服务里开出来再渲)**,`exit=0`,关键日志行逐字: + +``` +[probe] adapters=0 hardware=false :: request=cpu -> ICED_BACKEND=tiny-skia +[font] platform=linux text="Noto Sans CJK SC" display="Noto Sans CJK SC" mono="DejaVu Sans Mono" | … source=env cjk=not-needed +[shot] 未指定主题,按 Light 出图(D30 可复现;CI 冒烟依赖这条默认值) +[theme] source=default-light flavor=light follows_system=false +[window] requested size=1180x760 min=880x560 resizable=true decorations=false transparent=false scale_requested=system size_source=default title="Unlucky Launcher" +[boot] first frame in 485 ms(run() 开始 → 首次 view,含后端探测与字体扫描) +[shot] 1180x760 scale=1 -> …/wslg-first-frame.png +[shot] screen=shell theme=light renderer=tiny-skia route=Detail("survival") +[backend] final=tiny-skia result=started elapsed=1333ms evidence=probe-single-item +``` + +像素判定(`packaging/check_screenshot.py --json`,图 132637 字节): + +``` +{"width": 1180, "height": 760, "pixels": 896800, "unique_colors": 1858, + "top_color": "#f6faff", "top_color_share": 0.5564, "luma_mean": 241.18, + "luma_stddev": 24.06, "edge_ratio": 0.0372, "problems": []} +[ok] 截图非空白 +``` + +**真的开了一个窗口**(交互模式,不加 `--screenshot`):进程 12 秒后仍存活,WSLg 侧出现 +`msrdc` 窗口 **"Unlucky Launcher (cyrene-wsl)"**,`GetWindowRect` 读回 **1180×760**(正是它请求的尺寸), +从 Windows 侧对这块矩形截屏后**人眼可见**:自绘标题栏三键 + 左侧导航轨(Instances / Versions / Logs / +Settings / Assistant)+ "No instance selected" 空态 + 左下 "Not signed in"。这张图已入库: +[`docs/images/linux-x64-wslg-window.png`](../../docs/images/linux-x64-wslg-window.png) +(1180×760,43084 字节,`check_screenshot.py`: 唯一色 871、σ 14.4、强边缘 0.0137 ⇒ 非空白 —— 比进程内那张低, +因为桌面截屏是**已经合成到 Windows 桌面**的结果,抗锯齿被放大过一次;两张都远在阈值之上)。 +交互模式的日志另有两行值得记: + +``` +[probe] adapters=1 [D3D12 (AMD Radeon(TM) Graphics) [Other]] hardware=false :: request=auto -> ICED_BACKEND=tiny-skia +[probe] 探测耗时 1527 ms(wgpu 实例 + 全后端适配器枚举) +[boot] first frame in 2273 ms(…) +[theme] source=system flavor=pending follows_system=true +[theme] 系统主题 = None +[appearance] hwnd=none(拿不到窗口句柄:整窗 α 无法下发) +[corner] boot corner=policy=system source=square os=unknown excluded_reason=unknown-os radius=system pref=none readback=n/a window=none frame=? layered=? +``` + +读法(别过度解读):① WSLg 能枚举到一个 D3D12 适配器但 `hardware=false`,所以 auto 也落到软渲染 +(`tiny-skia`)—— **GPU 通路在 Linux 上仍然没有证据**;② WSLg 没有"系统主题",所以 `follows_system=true` +而 `系统主题 = None`(真桌面上的系统主题跟随仍未验);③ **整窗透明与圆角在 Linux 上本来就是 no-op**:日志自己说 +`hwnd=none`、`corner=os=unknown`(用户令:这两件事交给桌面合成器,我们不自绘)—— 所以它们不是"未验",而是 +**在 Linux 上没有这条代码路径**。 + +**一处 WSLg 的坑**(写在这里免得下次重复踩):WSLg 的 X 侧只有 Weston 的代理窗口, +`import -window root` / `xwd -root` 一律 `X_GetImage … BadMatch`,**拿不到桌面级截屏**; +真窗口像素要么走进程内 `--screenshot`(CI 就是这么做的),要么从 Windows 侧对 `msrdc` 窗口矩形截屏(本节采用后者)。 + + +## 3. 本轮实测(Xvfb,同一个 release 产物) + +同一条命令在无头 X 里再跑一遍(Ubuntu 22.04 的 Xvfb,**release 产物**,判据与 CI 新增那步逐字一致): + +``` +xvfb-run -a --server-args="-screen 0 1280x1024x24" ./unlucky-launcher --software-renderer \ + --screenshot …/xvfb-first-frame.png --data-dir …/data-xvfb +launcher exit=0 +[theme] source=default-light flavor=light follows_system=false +[boot] first frame in 35 ms(run() 开始 → 首次 view,含后端探测与字体扫描) +[shot] 1180x760 scale=1 -> …/xvfb-first-frame.png +[backend] final=tiny-skia result=started elapsed=1147ms evidence=probe-single-item +{"width": 1180, "height": 760, "pixels": 896800, "unique_colors": 1858, "top_color": "#f6faff", + "top_color_share": 0.5564, "luma_mean": 241.18, "luma_stddev": 24.06, "edge_ratio": 0.0372, "problems": []} +[ok] 截图非空白 +``` + +软渲染是确定性的:WSLg 与 Xvfb 两张图的统计量**逐个相同**(1858 / 24.06 / 0.0372),也正是这一点让 +`check_screenshot.py` 的阈值(唯一色 ≥64、亮度 σ ≥3.0、强边缘 ≥0.001)有 20 倍以上余量 —— CI 里这条门禁不会因为 +"某次抗锯齿抖了"而假红。 + +本机 Docker 复跑(`packaging/linux-smoke-docker.sh`,Debian 12 容器 + **debug** 档,缓存卷是热的): + +``` +$ bash packaging/linux-smoke-docker.sh . C:/Temp/ull-m184/smoke-out +rustc 1.99.1 (58cf8f9c3 2026-10-13) / cargo 1.99.1 / 12.15 # 12.15 = Debian 版本号 + Finished `dev` profile [unoptimized + debuginfo] target(s) in 1m 26s +[font] platform=linux text="DejaVu Sans" display="DejaVu Sans" … source=default cjk=not-needed +[theme] source=default-light flavor=light follows_system=false +[boot] first frame in 69 ms(run() 开始 → 首次 view,含后端探测与字体扫描) +[backend] final=tiny-skia result=started elapsed=1736ms evidence=probe-single-item +exit=0 +/out/runtime-smoke.png: 1180x760 唯一色 1756 亮度σ 23.71 强边缘 0.03366 主色 #f6faff(55.7%) +[ok] 截图非空白 +``` + +两条差异值得写下来(说明"为什么容器绿了还不够"):① 容器里没有中文字体,字体解析落到 `DejaVu Sans`,而 WSL 里是 +`Noto Sans CJK SC` —— **字体选择随环境变**,观感类验收只能在真桌面上做;② 基础镜像是 Debian 12(glibc 2.36), +比发布地板 2.35 高一档,所以它能证明"这条运行时通路通",**不能**代替 `ubuntu-22.04` 上的证据(后者见 §2/§3 前面那段)。 + +单次启动的墙钟(`/usr/bin/time`,含 `xvfb-run` 起 X 的开销):**WALL=1.96s**,日志里 `launch elapsed=1188ms`。 + + +## 4. CI 增量:2 个槽位 → 4 个槽位 + +默认矩阵从 **2 档变 4 档**(`windows-x64` / `windows-arm64` / `linux-x64` / `linux-arm64`),多出来的两档是**并行**作业 +(`fail-fast: false`),所以: + +| 项 | 变化 | 依据 | +|----|------|------| +| 并发作业数 | 2 → 4 | `release.yml` 的 `plan` 输出(本地跑那段 python:默认 4 档、`all_slots=true` 6 档) | +| 每档新增步骤 | `linux-x64` 多 **2 步**(xvfb 运行时冒烟 + 上传首帧图);`linux-arm64` 多 **0 步** | `release-build.yml`:11 步 → 13 步(本地 YAML 解析计数) | +| `linux-x64` 那 2 步的耗时 | apt 装 xvfb ≈ 30~50 s,跑一帧 ≈ 2 s,日志/像素断言 ≈ 1 s,上传 ≈ 3 s ⇒ **≈ 1~2 分钟** | 本地 Xvfb 实测单次启动 WALL=1.96s(`/usr/bin/time`) | +| 单档 release 构建时长(**估算**) | 冷缓存 ≈ 20~30 min;`Swatinem/rust-cache` 命中后 ≈ 8~15 min | 本机 12 核实测 **9m38s**;官方 `ubuntu-22.04` runner 是 4 vCPU,编译墙钟按 2.5~3× 估,再乘缓存命中折扣 | +| 总机时(**估算**) | 每 tag **+约 40 分钟**机时(2 档 × ≈20 min) | 同上 | +| 墙钟(**估算**) | 增量 ≈ `max(0, linux 档时长 − 现有最慢档)`,量级 **0~10 分钟**;发布侧多两个资产,秒级 | 四档并行,墙钟由最慢那档决定 | +| 配额风险 | `ubuntu-22.04-arm` 的可用性**本机无法核实**(无 `gh` CLI、无 Actions API 凭据) | 见 §5 最后一条:它不在发布名单里,起不来也不会挡住那两档发布 | + +诚实边界:单档构建时长是**估算**(本机不是 runner,核数、缓存命中率、网络都不同)。下一次 tag 的真实数字应该回来 +把这张表换成实测——**别让估算一直冒充实测**。 + + +## 5. 仍然没验的部分(如实划出) + +- **真实桌面发行版的观感**:拖动 / 缩放 / 字体度量与中文整形,一个都没在真桌面(GNOME/KDE 的可交互窗口)上 + 人眼验收过。本轮做的是「起窗 + 渲出一帧 + 断言像素与日志」,它证明「能跑出画面」,不证明「观感正确」。 + (**整窗透明度与圆角不在这张清单里**:Linux 上它们没有代码路径 —— 见 §2 的三条读法,别把「不适用」写成「未验」。) +- **GPU 通路**:所有 Linux 证据都是软件渲染(`--software-renderer` / tiny-skia)。wgpu→Vulkan/GL 那条路在 Linux + 上一次都没跑过。 +- **Wayland 原生**:WSLg 同时提供 X11 与 Wayland,本轮只按 `DISPLAY` 走(见 §2 的实测环境),没单独验 + `WAYLAND_DISPLAY` 那条路。 +- **linux-arm64 运行时完全未验**:GUI 进程在 ARM64 上一次都没启动过;它只有「编得过 + `ull --version` 跑得过」。 +- **`ubuntu-22.04-arm` runner 的可用性未在本机核实**:本机没有 `gh` CLI,也没有到 Actions API 的可用凭据, + 所以「这档 runner 在这个仓库上真能起来」只能由下一次 CI 证明。风险是有界的:它**不在** `PUBLISH_SLOTS` 里, + 起不来/红了不会挡住 `windows-x64` + `linux-x64` 的发布(只会让那一条 job 红,外加一条 `::warning::`)。 + +## 6. `linux-arm64` 的解锁条件(写死在这里,别凭感觉放行) + +1. 在**真 ARM64 机器**(或原生 arm64 runner)上把 release 产物跑出一个非空白帧,`packaging/check_screenshot.py` + 通过; +2. 同一份日志里有 `[theme] source=…` 与 `[backend] final=… result=started` 两行(证明主题来源与渲染后端都按预期); +3. 把上面两条的原始输出(时间、命令、图尺寸、日志行)贴进本文 §2 的位置; +4. 然后把 `linux-arm64` 加进 `release-publish.yml` 的 `PUBLISH_SLOTS`(一行),并同步 §9 与 `release-notes.md`。 + +构建绿了**不算**解锁,`ull --version` 跑得过也**不算** —— 那两条只证明 CLI 与编译器,用户拿到的那个 `.tar.gz` 里 +装的是 GUI。 diff --git a/packaging/release-notes.md b/packaging/release-notes.md index 0e73fe3..47e7e1b 100644 --- a/packaging/release-notes.md +++ b/packaging/release-notes.md @@ -6,6 +6,11 @@ No WebView, no bundled runtime, no JRE download needed to start the launcher its ## What's new in {{VERSION}} +- **Linux x64 is a published platform.** The release workflow now builds `linux-x64` on a native `ubuntu-22.04` + runner by default (not only in manual all-slots runs) and publishes it: `unlucky-launcher_{{VERSION}}_linux_x64.tar.gz` + plus the bare `ull_{{VERSION}}_linux_x64`. The artifact itself was started on a Linux machine under a real display + server, rendered a frame and logged the expected theme/backend lines before this decision, and the same check is + now a per-slot CI gate. Linux ARM64 is built too, but stays unpublished until an ARM64 machine runs it. - **{{VERSION}} is the first release published as a stable release.** GitHub only points `releases/latest` at the newest **non-prerelease** release, so `0.2.2` — kept as a historical pre-release, untouched — never appeared there. A pushed tag now creates a stable release by default; @@ -32,6 +37,7 @@ Asset names are `___`, underscore separated — t | Platform | Asset | Notes | | --- | --- | --- | | Windows 10/11 x64 | `unlucky-launcher_{{VERSION}}_windows_x64.exe` | single exe, double-click to run; this is also what you run on ARM64 Windows (x64 emulation) | +| Linux x64 | `unlucky-launcher_{{VERSION}}_linux_x64.tar.gz` | one archive, one top-level directory holding the binary plus `LICENSE` / `NOTICE` / `README.md`; needs glibc 2.35+ and the usual X11/Wayland + fontconfig stack | **Windows ARM64 is not part of this release.** CI still builds it on a native `windows-11-arm` runner (Windows 11 Arm64 with Visual Studio 2026), but the build has not delivered an artifact yet, so @@ -40,21 +46,25 @@ Arm64 with Visual Studio 2026), but the build has not delivered an artifact yet, so far happened in a **pre-build toolchain probe** that guessed whether the SDK's ARM64 import libraries were present and aborted before `cargo build` ever ran — the compiler and linker have not been heard from yet. That probe is now evidence-only (it prints what it sees and never decides the job), so the next CI run is the first -one that can actually answer the question. `windows-x64` is the only published slot; ARM64 rejoins this table as -soon as a run produces its artifact (one line in the workflow's `PUBLISH_SLOTS`, guarded on both sides by -`packaging/check_publish_slots.py`). +one that can actually answer the question. ARM64 rejoins this table as soon as a run produces its artifact (one +line in the workflow's `PUBLISH_SLOTS`, guarded on both sides by `packaging/check_publish_slots.py`). -**This release ships Windows only, and CI builds Windows only.** The Linux (x64 / arm64) and macOS -(Apple Silicon / Intel) slots are not built by the release workflow at all — they have not been verified -on real machines yet, so nothing unverified is handed out and no build minutes are spent on them. They -stay out of the download list and out of `SHA256SUMS.txt` until that verification happens; a manual -workflow run can build all six slots for that purpose, but the four extra slots are never published. The -support matrix below marks those slots accordingly. +**Linux ARM64 is built but not published, and it has no runtime evidence yet.** `linux-arm64` joined the default +build matrix in this release (native `ubuntu-22.04-arm`, same glibc 2.35 floor as x64), so the artifact exists as +build evidence, but nothing has ever run it on ARM64 hardware — not one frame. It stays out of the download list +and out of `SHA256SUMS.txt` until an ARM64 machine renders a frame and the theme/backend log lines come out as +expected; that run is the single unlock condition, and copying a build nobody executed is exactly what this list +is meant to prevent. The publish job prunes that artifact with an explicit "not published" warning rather than +dropping it quietly. + +**macOS is not built by the release workflow at all.** The Apple Silicon and Intel slots never got past a manual +probe, so no build minutes are spent on them and nothing unverified is handed out. They stay out of the download +list and out of `SHA256SUMS.txt`; a manual workflow run can build all six slots for evidence, but the probe slots +are never published. The support matrix below marks those slots accordingly. The Windows asset is a bare `.exe`, so `LICENSE`, `NOTICE` and `README.md` are attached to this release -next to it: the license terms travel with every download. Slots that ship an archive (Linux / macOS, once -published) unpack to one top-level directory of the same name holding the binary plus those three -documents. +next to it: the license terms travel with every download. The Linux archive unpacks to one top-level directory +of the same name holding the binary plus those three documents. ## Command line @@ -65,6 +75,10 @@ Each published slot also ships the command line as its own small bare asset, .\ull_{{VERSION}}_windows_x64.exe instances list # servers and CI: no graphics stack needed ``` +```bash +./ull_{{VERSION}}_linux_x64 instances list # same binary shape on Linux, no display needed +``` + `ull` runs `instances`, `install`, `pack import`, `launch`, `accounts`, `sessions`, `logs`, `diag`, `config`, `java` and `agent`, and links no graphics library at all. The GUI binary accepts the same set before it ever opens a window, so a desktop machine does not need `ull`. @@ -84,22 +98,29 @@ Published = shipped as a download of **this** release, listed in `SHA256SUMS.txt | Platform | Status in this release | Level | Runtime requirements | | --- | --- | --- | --- | | Windows 10/11 x64 | **published** | first class | nothing beyond the OS (UCRT is part of Win10+) | +| Linux x64, X11 | **published** | first class | glibc 2.35+ (`libxkbcommon`, `fontconfig`, `libGL` or the software renderer, `libxcb`) | +| Linux x64, Wayland | **published** (same archive, Wayland path unverified) | supported | the same archive; `wayland-client` + `libxkbcommon`, plus the X11 set for XWayland apps | | Windows 11 ARM64 | not published (build evidence only) | first class (launcher artifact) | nothing extra; the launcher runs natively, the game itself runs through the OS x64 emulation layer with an x64 JDK | +| Linux arm64 | built, not published (no runtime evidence) | first class (unverified) | glibc 2.35+ (native `ubuntu-22.04-arm`, same floor as x64), `libxkbcommon`, `fontconfig`, `libGL`, `libxcb` / `wayland-client` | | macOS 12+ Apple Silicon | not built (unverified) | first class (unverified) | nothing; unsigned build, needs the Gatekeeper workaround | | macOS 12+ Intel | not built (unverified) | first class (unverified) | same as above | -| Linux x64, X11 | not built (unverified) | first class (unverified) | `libxkbcommon`, `fontconfig`, `libGL` (or software renderer), `libxcb` | -| Linux x64, Wayland | not built (unverified) | supported (unverified) | `wayland-client`, `libxkbcommon`, plus the X11 set for XWayland apps | -| Linux arm64, X11 | not built (unverified) | first class (unverified) | glibc 2.35+, `libxkbcommon`, `fontconfig`, `libGL`, `libxcb` | -| Linux arm64, Wayland | not built (unverified) | supported (unverified) | the above plus `wayland-client` | | Windows 8.1/8/7 | not built | unsupported | the baseline is Windows 10 | | Android — Termux + X11 | not built (no CI slot) | experimental, not promised | CLI and GUI from source only; GUI verified on-device twice: CPU software rendering and self-built Mesa/turnip GPU acceleration (see `packaging/docs/termux-glibc-build.md` and `README.termux.md`) | -`windows-x64` is the only published slot this release; Windows ARM64 stays out until a CI run actually produces -its artifact (see Downloads above — so far every ARM64 failure was the pre-build probe, never the compiler). -Both arm64 rows are formal matrix slots, not the experimental Termux path, and Linux arm64 is not built by -default — someone has to run it on real hardware (via a manual all-slots run) before it joins this list. The -rows above and the matrix table in `packaging/docs/compliance-support-boundaries.md` §9 are the same list — -change one, change the other. +Two slots are published this release: `windows-x64` and `linux-x64`. Linux x64 is not a claim taken on faith — the +release artifact itself was started on a Linux machine, opened a real window under a real display server, rendered a +frame (PNG asserted non-blank) and printed the expected `[theme]` and `[backend] final=… result=started` lines, and +the release build now carries the same check as a per-slot CI gate (`packaging/docs/linux-evidence.md` has the raw +output). What that does **not** cover: dragging/resizing and font metrics / CJK shaping on a real desktop session. +Whole-window transparency and rounded corners have no code path on Linux at all (transparency needs a native window +handle the app does not get there; corners are delegated to the desktop compositor), so they are not "unverified" — +they are not applicable. Nothing at all is known about Linux ARM64: no ARM64 machine has run the binary yet, which is +why that row stays unpublished. + +Both arm64 rows are formal matrix slots, not the experimental Termux path, and Linux arm64 is not published until +someone runs it on real hardware — a manual all-slots run builds it today, and one real frame on an ARM64 machine is +the unlock. The rows above and the matrix table in `packaging/docs/compliance-support-boundaries.md` §9 are the same +list — change one, change the other. ## Install @@ -108,9 +129,26 @@ release, and it is also what you run on ARM64 Windows (the OS runs it through it The first run creates `.ULL/` and `.minecraft/` next to the exe (portable is the default data mode); the per-user `%APPDATA%\ULL` plus `%APPDATA%\.minecraft`, or a custom root, are selectable instead. -Linux / macOS are not part of this release; their asset names are already fixed by the same rule -(`unlucky-launcher_{{VERSION}}_linux_x64.tar.gz`, `_linux_arm64`, `_macos_arm64`, `_macos_x64`) so the -links will not change shape when those slots open. +**Linux x64** — unpack the archive and run the binary inside it; nothing is installed system-wide: + +```bash +tar -xzf unlucky-launcher_{{VERSION}}_linux_x64.tar.gz +cd unlucky-launcher_{{VERSION}}_linux_x64 +./unlucky-launcher # X11 or Wayland; --software-renderer forces the CPU rasteriser +``` + +It needs glibc 2.35+ (the slot is built on Ubuntu 22.04, so that is the floor), `libxkbcommon`, `fontconfig` +and `libGL` — or `--software-renderer` if there is no usable GPU adapter. On Debian/Ubuntu: + +```bash +sudo apt-get install libxkbcommon0 libfontconfig1 libgl1 libx11-6 libxcursor1 libxrandr2 libxi6 +``` + +The bare `ull_{{VERSION}}_linux_x64` next to the archive runs on a machine with no display at all. + +Linux arm64 and macOS are not part of this release; their asset names are already fixed by the same rule +(`unlucky-launcher_{{VERSION}}_linux_arm64.tar.gz`, `_macos_arm64`, `_macos_x64`) so the links will not change +shape when those slots open. ## No GPU? Software renderer @@ -119,8 +157,8 @@ adapter is present; `--software-renderer` (or its equivalent `--renderer=cpu`) f ## Verify the download -`SHA256SUMS.txt` lists exactly the assets attached to this release (Windows only), and `sha256sum -c` -checks the ones you actually downloaded: +`SHA256SUMS.txt` lists exactly the assets attached to this release (Windows x64 and Linux x64, GUI + `ull` each), and +`sha256sum -c` checks the ones you actually downloaded: ```bash sha256sum -c SHA256SUMS.txt --ignore-missing # Linux / WSL @@ -146,6 +184,19 @@ Get-FileHash .\unlucky-launcher_{{VERSION}}_windows_x64.exe -Algorithm SHA256 id. - Binaries are not code-signed / notarized yet: Windows SmartScreen and macOS Gatekeeper warn on first launch. The checksums above are the integrity reference for now. +- **Linux x64 is verified, not "finished".** The published archive was built on Ubuntu 22.04 and started under a + real display server (WSLg) where it opened a window, rendered a non-blank first frame and printed its theme and + backend lines; CI repeats that with Xvfb on every release. What nobody has looked at yet on a real desktop + distribution: dragging and resizing, font metrics and CJK shaping. Whole-window transparency and rounded corners + are not "unverified" on Linux — they are not code paths there: transparency needs a native window handle the app + does not get (`hwnd=none`), and corners are delegated to the desktop compositor (`corner=policy=system`). +- **On Linux the in-app update does not install itself.** The published Linux asset is a `.tar.gz`, and + `ull update apply` only self-replaces the portable single-file `.exe` form — on Linux it refuses with an explicit + message naming `portable-zip` instead of half-installing (see `crates/core/src/update/job.rs`). Updating on Linux + means downloading the new archive and unpacking it over the old copy; the update check itself (version + channel) + works normally. +- **Linux ARM64 has no runtime evidence at all.** It compiles, and that is the whole story; the artifact is not + attached to this release. - When the macOS slot ships it is the bare binary (single-file promise), not a `.app` bundle: no Dock icon or Finder double-click — launch it from a terminal.