Merge branch 'feat/p3-release-linux-arm64-slot-linuxarm'

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AskaEth committed 2026-11-01 14:21:12 +08:00
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@@ -1,6 +1,6 @@
name: Release
# 发布流水线:tag `v*` → 三平台(四槽位)矩阵构建 → 单文件产物 + SHA256SUMS
# 发布流水线:tag `v*` → 四平台(六槽位)矩阵构建 → 单文件产物 + SHA256SUMS
# → 上传 artifact + 创建 GitHub Release(pre-release 默认开)。同一 tag 重跑幂等:
# Release 已存在时覆盖资产与说明,不再 `gh release create`(见 release job 末步);
# 重跑**不碰** pre-release 标记,该标记只在 `inputs.prerelease` 显式给出时才被断言。
@@ -42,26 +42,56 @@ jobs:
fail-fast: false
matrix:
include:
# Windows:MSVC + 静态 CRT(+crt-static)→ exe 不依赖 VC++ 可再发行包,
# Windows x64:MSVC + 静态 CRT(+crt-static)→ exe 不依赖 VC++ 可再发行包,
# 双击即用的单文件形态;UCRT 本身就是 Win10+ 的系统组件。
# 产物根 target/release;自检与打包都从 matrix.build_dir 取路径(不硬编码)。
- slot: windows-x64
os: windows-latest
build_dir: target/release
rustflags: -C target-feature=+crt-static
# Windows arm64:在 windows-latest(x64 宿主)上**交叉编译**到 aarch64-pc-windows-msvc。
# 为什么不用 windows-11-arm 原生 runner(GitHub 文档 2026 已把 `windows-11-arm` 与
# `windows-11-vs2026-arm` 列为公开仓库**免费**的标准 arm64 runner,原生路线可行):
# ① 双 Windows 槽位共用同一套已验证镜像/工具链,tag 重跑行为与既有槽位一致;
# ② M50 的 dumpbin 定位链取的是 `Hostx64/x64/dumpbin.exe`,dumpbin 读 ARM64 PE 的
# 导入表没问题,而原生 ARM 宿主上那条链得再长一条 `Hostarm64/arm64` 分支——为一个
# 槽位放宽刚立的门禁不值得;
# ③ 交叉编译产物路径变成 target/<triple>/release,已用 matrix.build_dir 参数化。
# 若将来改成原生:只需把 os 换成 windows-11-arm、删掉 target/rustflags 依赖并给 dumpbin
# 定位链补 Hostarm64 分支(届时再评估,不在这里预先放宽)。
- slot: windows-arm64
os: windows-latest
target: aarch64-pc-windows-msvc
build_dir: target/aarch64-pc-windows-msvc/release
rustflags: -C target-feature=+crt-static
# Linux:固定 ubuntu-22.04(glibc 2.35 地板)而不是 latest,
# 否则产物的 glibc 底线会跟着 runner 漂移(24.04 = 2.39)。
# 否则产物的 glibc 底线会跟着 runner 漂移(24.04 的 glibc 明显更高)。
- slot: linux-x64
os: ubuntu-22.04
build_dir: target/release
# Linux arm64:公开仓库免费的原生 ARM64 runner(原生构建,不做交叉)。
# 用 `ubuntu-22.04-arm` 而**不是** 24.04:与 x64 同 glibc 地板(2.35),
# 覆盖 Debian 12 / Ubuntu 22.04 arm64 / Raspberry Pi OS Bookworm(2.36)这类实际在跑的
# ARM 发行版;换 24.04 会把地板抬高、把上面前两个挡在门外。该家族标签有
# `ubuntu-22.04-arm` / `ubuntu-24.04-arm` / `ubuntu-26.04-arm`,均 4C/16GB、
# 公开仓库免费不限量(GitHub 文档 Standard runners for public repositories)。
- slot: linux-arm64
os: ubuntu-22.04-arm
build_dir: target/release
# macOS:latest = arm64;Intel x64 用 macos-15-intel(macos-13 已下线)。
- slot: macos-arm64
os: macos-latest
build_dir: target/release
- slot: macos-x64
os: macos-15-intel
build_dir: target/release
runs-on: ${{ matrix.os }}
steps:
- uses: actions/checkout@v4
- name: Linux 图形栈构建依赖(winit / femtovg 编译期需要)
if: runner.os == 'Linux'
shell: bash
run: |
sudo apt-get update
sudo apt-get install -y --no-install-recommends \
@@ -71,14 +101,56 @@ jobs:
- uses: dtolnay/rust-toolchain@stable
- uses: Swatinem/rust-cache@v2
# 只有交叉编译槽位需要额外 target(原生槽位留空 → 本步整体跳过)。
# 不把 `${{ }}` 直接拼进 bash:与后面的打包步骤同一纪律,一律经 env 传入再展开。
- name: 追加交叉编译目标 ${{ matrix.target }}
if: matrix.target != ''
shell: bash
env:
TARGET: ${{ matrix.target }}
run: rustup target add "$TARGET"
# 交叉链接的前提是镜像里真有 ARM64 的 MSVC 库(VC `/lib/arm64/libcmt.lib`,+crt-static
# 就靠它)与 Windows SDK 的 ARM64 导入库(`um/arm64/kernel32.lib`)。缺了照样是失败,
# 但先给一句能照做的话,而不是让链接器吐一屏乱码才发现方向:门禁不降级,只把失败说清楚。
- name: Windows ARM64 交叉工具链体检
if: matrix.target == 'aarch64-pc-windows-msvc'
shell: bash
run: |
set -euo pipefail
roots=("C:/Program Files/Microsoft Visual Studio" "C:/Program Files (x86)/Microsoft Visual Studio")
vc_lib=$(find "${roots[@]}" -maxdepth 11 -type f -path '*/VC/Tools/MSVC/*/lib/arm64/libcmt.lib' 2>/dev/null | head -n1 || true)
sdk_version=$(ls -d "C:/Program Files (x86)/Windows Kits/10/Lib"/* 2>/dev/null | tail -n1 || true)
sdk_lib=""
if [ -n "$sdk_version" ]; then
sdk_lib=$(find "$sdk_version/um/arm64" -maxdepth 1 -name 'kernel32.lib' 2>/dev/null | head -n1 || true)
fi
echo "MSVC ARM64 静态 CRT: ${vc_lib:-<缺失>}"
echo "SDK ARM64 导入库: ${sdk_lib:-<缺失>}"
if [ -z "$vc_lib" ] || [ -z "$sdk_lib" ]; then
echo "::error::交叉链接缺 ARM64 库:给 VS 加上 Microsoft.VisualStudio.Component.VC.Tools.ARM64(含 ARM64 Windows SDK),或把该槽位改用原生 windows-11-arm runner"
exit 1
fi
- name: cargo build --release --locked
shell: bash
env:
RUSTFLAGS: ${{ matrix.rustflags }}
run: cargo build --release --locked --bin unlucky-launcher --bin ull
TARGET: ${{ matrix.target }}
run: |
set -euo pipefail
target_args=()
if [ -n "$TARGET" ]; then
target_args+=(--target "$TARGET")
fi
cargo build --release --locked "${target_args[@]}" --bin unlucky-launcher --bin ull
- name: Windows 单文件自检(导入表不得出现 VC++ 可再发行 DLL)
if: runner.os == 'Windows'
shell: bash
env:
# 跨槽位的关键点:产物在 target/<triple>/release 而不是 target/release。
EXE: ${{ matrix.build_dir }}/unlucky-launcher.exe
run: |
set -euo pipefail
# +crt-static 是否真的生效,只看导入表:出现 VCRUNTIME/MSVCP/msvcr/ucrtbase 说明还得装
@@ -89,6 +161,7 @@ jobs:
# ② find 兜底:Program Files 与 Program Files (x86) 两个 VS 根都扫(Build Tools 落在 x86 根);
# ③ PATH:镜像若已把工具链预置进 PATH 则直接可用。
# PATH 排最后是刻意的:PATH 最不可控,官方定位器优先。
# Hostx64 的 dumpbin 读 ARM64 PE 的导入表没问题,所以 arm64 槽位共用同一条链。
VSWHERE="C:/Program Files (x86)/Microsoft Visual Studio/Installer/vswhere.exe"
DUMPBIN=""
VIA=""
@@ -133,7 +206,8 @@ jobs:
exit 1
fi
echo "dumpbin: $DUMPBIN(定位自 $VIA)"
"$DUMPBIN" -nologo -dependents target/release/unlucky-launcher.exe | tee dependents.txt
ls -l "$EXE"
"$DUMPBIN" -nologo -dependents "$EXE" | tee dependents.txt
if grep -Eiq 'VCRUNTIME|MSVCP|MSVCR|ucrtbase\.dll' dependents.txt; then
echo "::error::静态 CRT 未生效:exe 仍动态依赖 VC++ 可再发行包"
exit 1
@@ -145,11 +219,15 @@ jobs:
# 不把 `${{ }}` 直接拼进 bash 脚本:git ref 名允许 `$`/反引号/`"`,一律经 env 传入再展开。
REF_TYPE: ${{ github.ref_type }}
TAG: ${{ github.ref_name }}
SLOT: ${{ matrix.slot }}
BUILD_DIR: ${{ matrix.build_dir }}
run: |
set -euo pipefail
# git-bash 与 Linux/macOS runner 的 python 入口名不一致,先探一遍。
PY=$(command -v python3 || command -v python)
args=()
# 槽位与产物根都从矩阵来:交叉槽位的二进制不在 target/release,脚本据此定位
# 并回读可执行文件头校验架构(宿主 x64 ≠ 产物 arm64 时冒烟自动跳过,只等 CI 真机)。
args=(--slot "$SLOT" --build-dir "$BUILD_DIR")
if [ "$REF_TYPE" = "tag" ]; then
args+=(--version "$TAG") # 与 Cargo.toml 版本交叉校验
fi
@@ -202,7 +280,8 @@ jobs:
run: |
set -euo pipefail
ls -l dist
for slot in windows-x64 linux-x64 macos-arm64 macos-x64; do
# 六槽位全齐才发版:缺任意一个就 fail(宁可不出 Release,也不出少一档的 Release)。
for slot in windows-x64 windows-arm64 linux-x64 linux-arm64 macos-arm64 macos-x64; do
if ! compgen -G "dist/*-$slot*" >/dev/null; then
echo "::error::矩阵缺产物:$slot"
exit 1
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@@ -9,7 +9,9 @@
| 槽位 | 产物文件名 | 形态 | 归档内容 |
|------|-----------|------|---------|
| `windows-x64` | `unlucky-launcher-<ver>-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` | `unlucky-launcher-<ver>-windows-arm64.exe` | **裸 exe**(同 x64 策略) | 同上;在 x64 宿主上交叉编译到 `aarch64-pc-windows-msvc` |
| `linux-x64` | `unlucky-launcher-<ver>-linux-x64.tar.gz` | 单二进制归档 | `unlucky-launcher` + `LICENSE` + `NOTICE` + `README.md` |
| `linux-arm64` | `unlucky-launcher-<ver>-linux-arm64.tar.gz` | 单二进制归档(原生 ARM64 runner 构建) | 同上 |
| `macos-arm64` | `unlucky-launcher-<ver>-macos-arm64.tar.gz` | 单二进制归档 | 同上 |
| `macos-x64` | `unlucky-launcher-<ver>-macos-x64.tar.gz` | 单二进制归档 | 同上 |
| 全平台 | `SHA256SUMS.txt` | 校验清单 | 每行 `<sha256>␠␠<文件名>`(`sha256sum -c` 可直吃) |
@@ -23,6 +25,9 @@
- `<ver>` 不带前导 `v`(tag 是 `v0.1.0`,文件名是 `0.1.0`)——由脚本统一裁剪。
- UNIX 归档内 `mtime`/`uid`/`gid` 归零、权限固定(二进制 0755、文本 0644),
同源构建的 sha256 不受打包时刻影响。
- **架构不靠猜**:脚本打包前回读二进制的可执行文件头(PE 机器码 / ELF `e_machine` /
Mach-O `cputype`),与槽位声明的架构不符即失败——交叉槽位(x64 宿主产 arm64 exe)不会
出现"名字是 arm64、内容还是 x64"的假产物。
## 2. 版本来源(唯一真相源)
@@ -47,10 +52,26 @@ python packaging/make_artifacts.py --version v0.1.0 # 顺带校验版本一致
python packaging/make_artifacts.py --no-smoke # 跳过 ull --version 冒烟
```
脚本按宿主自动判定槽位(Windows x64 / Linux x64 / macOS arm64 / macOS x64),
其它组合直接报错退出——不在矩阵里的平台不出"凑合能跑"的产物。
脚本按宿主自动判定槽位(Windows x64 / Windows arm64 / Linux x64 / Linux arm64 / macOS arm64 /
macOS x64),其它组合直接报错退出——不在矩阵里的平台不出"凑合能跑"的产物。
### CI(三平台矩阵)
交叉构建(例如在 x64 宿主上产 Windows arm64 产物)靠两个参数把"产物根"和"槽位"显式喂进去,
脚本不去猜宿主与产物是不是同一架构:
```bash
rustup target add aarch64-pc-windows-msvc
cargo build --release --locked --target aarch64-pc-windows-msvc \
--bin unlucky-launcher --bin ull
python packaging/make_artifacts.py --slot windows-arm64 \
--build-dir target/aarch64-pc-windows-msvc/release --out dist
```
`--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)——那条路径的验证只能落在
CI 真机上:`windows-arm64` 由 cross 构建产物 + M50 的 dumpbin 导入表门禁覆盖,`linux-arm64`
由 `ubuntu-22.04-arm` 原生 runner 上真跑冒烟覆盖。
### CI(四平台六槽位矩阵)
`.github/workflows/release.yml`:
@@ -59,9 +80,15 @@ python packaging/make_artifacts.py --no-smoke # 跳过 ull --version 冒
要跑 tag 得 `gh workflow run release.yml --ref v0.1.0`。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「dispatch 只构建不发布」
与「dispatch 能关 pre-release」是两条互不冲突的规则。
- 矩阵:`windows-latest`(MSVC + `-C target-feature=+crt-static`)、`ubuntu-22.04`(glibc 2.35 地板)、
`macos-latest`(arm64)、`macos-15-intel`(Intel x64;`macos-13` 已下线,`macos-26-intel` 为更新替位)。
- 每个槽位 `cargo build --release --locked` → `make_artifacts.py` → 归档内容自检 → 上传 artifact。
- 矩阵(六槽位;`matrix.build_dir` 参数化产物根,脚本不再假设产物一定在 `target/release`):
`windows-latest` x64(MSVC + `-C target-feature=+crt-static`)、`windows-latest` **交叉编译**到
`aarch64-pc-windows-msvc`(产物在 `target/aarch64-pc-windows-msvc/release`)、`ubuntu-22.04`
(glibc 2.35 地板)、`ubuntu-22.04-arm`(原生 ARM64 runner,**与 x64 同 2.35 地板**)、`macos-latest`(arm64)、
`macos-15-intel`(Intel x64;`macos-13` 已下线,`macos-26-intel` 为更新替位)。
- 每个槽位 `cargo build --release --locked`(交叉槽位多两步:`rustup target add` + ARM64 库体检
——查 VC 的 `lib/arm64/libcmt.lib`(`+crt-static` 靠它)与 SDK 的 `um/arm64/kernel32.lib`,
缺了直接给出"给 VS 加 `VC.Tools.ARM64` 或改用原生 `windows-11-arm`"的可执行提示)→
`make_artifacts.py --slot … --build-dir …` → 归档内容自检 → 上传 artifact。
- `release` job:下载全部 artifact → 重算一份全量 `SHA256SUMS.txt` → 用 `packaging/release-notes.md`
模板渲染支持矩阵 → `gh release create`(**pre-release 默认开**:首建时 `push` 触发按 pre-release,`workflow_dispatch` 可关)。
- **同一 tag 重跑幂等**:`gh release view` 命中已存在的 Release 时改走 `gh release upload --clobber`
@@ -91,6 +118,22 @@ Windows 为什么用 MSVC 静态 CRT 而不是本机这套 GNU 工具链:两
本机(GNU 工具链)实测导入表证据见 §7。
### Windows ARM64(Win11 on ARM)
产物形态与门禁跟 x64 一模一样(裸 exe + 静态 CRT + dumpbin 导入表硬门禁),差别只在**怎么编**:
CI 在 `windows-latest`(x64 宿主)上交叉编译到 `aarch64-pc-windows-msvc`,产物落在
`target/aarch64-pc-windows-msvc/release`(由 `matrix.build_dir` 注入,脚本不硬编码路径)。
GitHub 文档(2026)已把 `windows-11-arm` / `windows-11-vs2026-arm` 列为公开仓库**免费**的标准
arm64 runner,原生路线可行;本流水线仍选交叉编译,因为①双 Windows 槽位共用同一套已验证镜像与
工具链、②M50 的 dumpbin 定位链取的是 `Hostx64/x64/dumpbin.exe`(读 ARM64 PE 的导入表没问题),
原生 ARM 宿主上那条链得再补 `Hostarm64` 分支——不为一个槽位放宽刚立的门禁。
运行时依赖与 x64 同表(UCRT 是 Win11 ARM 的系统组件,`+crt-static` 静态链 CRT,不需要可再发行包)。
游戏侧如实说:**启动器原生运行**;Temurin 没有 windows-aarch64 产物,Microsoft OpenJDK 有该
发行版(core 的 `microsoft` 源按 `<os>-<arch>` 拼名,命名已覆盖),但 Minecraft 本体没有
Windows ARM64 原生库(Mojang/LWJGL 只发 x64/x86),实际游玩仍走系统 x64 模拟层 + x64 JDK。
所以本槽位只承诺「启动器产物」支持,不替 Java/游戏管理做架构级承诺。
### Linux x64
| 依赖 | 说明 |
@@ -105,6 +148,15 @@ Windows 为什么用 MSVC 静态 CRT 而不是本机这套 GNU 工具链:两
Debian/Ubuntu 一行:`sudo apt install libxkbcommon0 fontconfig libgl1 libegl1 libxcb1 libx11-6 libwayland-client0`。
运行期**不需要** `-dev` 包、不需要 Java(Java 是启动游戏时才由启动器自己管理的东西)。
### Linux arm64(aarch64)
依赖与 x64 完全同一套(`libxkbcommon` / `fontconfig` / `libGL` / `libxcb` / `libwayland-client`),
**glibc 地板也相同**:arm64 槽位跑在原生 `ubuntu-22.04-arm` runner 上,地板 = **2.35**,与 x64
用的 `ubuntu-22.04` 一致。选 22.04 而不是 24.04 就是为了这个地板——24.04 的 glibc 更高,会把
Debian 12(2.36)、Raspberry Pi OS Bookworm(2.36)这些实际在跑的 ARM 发行版挡在门外。
要抬地板(例如将来 ARM 生态整体上移)换 `release.yml` 里那个槽位的 `os` 即可,脚本与产物名都不用动;
`ubuntu-24.04-arm` / `ubuntu-26.04-arm` 都是同一家族的标准公开仓库标签(4C/16GB、免费不限量)。
### macOS 12+
| 依赖 | 说明 |
@@ -216,6 +268,26 @@ CI 的 MSVC `+crt-static` 产物同理(静态 CRT);`release.yml` 里用 `d
总之不允许"悄悄要用户装可再发行包"。
注意:本机只装了 GNU 工具链,MSVC 那个槽位的产物本身**没有在本机验证过**,由 CI 首跑验证。
### 7.5 arm64 槽位的本机验证(脚本层取证,不假装跑得动 arm64 二进制)
本机没有 ARM 机器,也不具备 MSVC ARM64 链接库组合,所以只做**能真实证明的东西**(`python` 直接加载
`packaging/make_artifacts.py` 调函数 + 走 CLI 全流程,证据见下):
| 取证项 | 结果 |
|--------|------|
| 宿主判定注入 | `win32/AMD64`→`windows-x64`、`win32/ARM64`→`windows-arm64`、`linux/x86_64`→`linux-x64`、`linux/aarch64`→`linux-arm64`、`linux/arm64`→`linux-arm64`、`darwin/arm64`→`macos-arm64`、`darwin/x86_64`→`macos-x64`、`freebsd/riscv64`→exit 1 |
| 文件头架构识别 | 真 `unlucky-launcher.exe`→`x64`;合成 PE `0xAA64`→`arm64` / `0x8664`→`x64`;ELF `0xB7`→`arm64` / `0x3E`→`x64`;Mach-O `0x0100000C`→`arm64` / `0x01000007`→`x64`;垃圾字节→`None`(拒绝出包) |
| `windows-arm64` stub 全流程 | 把真 exe 的 PE 机器码改成 ARM64 当 stub:`arch: … -> arm64 (ok for windows-arm64)`、`smoke: skipped (host is windows-x64, artifact is windows-arm64)`、产物 `unlucky-launcher-0.1.0-windows-arm64.exe` 14.01 MiB,`SHA256SUMS.txt` 行名一致 |
| 架构守卫真拦 | x64 二进制冒充 `--slot windows-arm64` → exit 1:`is a x64 binary but slot windows-arm64 says arm64` |
| `linux-arm64` stub 归档 | 成员 `unlucky-launcher-0.1.0-linux-arm64/{LICENSE,NOTICE,README.md,unlucky-launcher}`,权限 0644/0755、`uid=gid=0`、mtime 0、gzip 头 mtime 字段 `00 00 00 00`;连调两次 sha256 完全一致(`f949d0f5…`)→ 可复现规则与 x64 同源 |
| `windows-x64` 原生回归 | `arch: … -> x64`、`smoke: ull.exe --version -> 0.1.0 (ok)`、产物 14.01 MiB、`sha256sum -c SHA256SUMS.txt` OK(这一次用的是当前工作树的二进制,与 §7.3 那次不是同一次构建,sha256 自然不同) |
**没在本地验证、只能由 CI 补的**:`windows-arm64` 的交叉链接与真实 ARM64 导入表、`linux-arm64` 在
原生 arm64 runner 上的真跑。本机连 `raw.githubusercontent.com` 都解析不了,所以 runner 镜像里到底装没装
ARM64 的 MSVC 库**没法在这里查证**——`release.yml` 为此加了一道链接前的体检(查 `libcmt.lib` 与
`um/arm64/kernel32.lib`,缺了直接给"加 `VC.Tools.ARM64` 组件或改原生 runner"的提示),首跑即见分晓。
merge 后由 tower 重指 tag 重跑流水线,两槽位进 `SHA256SUMS.txt` 即算闭环。
## 8. 发行合规
- `LICENSE`(Apache-2.0 全文)与 `NOTICE`(含 Slint Royalty-Free 2.0 义务说明)随包分发,
@@ -232,15 +304,22 @@ CI 的 MSVC `+crt-static` 产物同理(静态 CRT);`release.yml` 里用 `d
| 平台 | 级别 | 运行时要求 |
|------|------|-----------|
| Windows 10/11 x64 | 一等 | 无(UCRT 系统自带) |
| Windows 11 ARM64 | 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 |
| macOS 12+(arm64 / x64) | 一等 | 无第三方库;未签名需去 quarantine |
| Linux x64 X11 | 一等 | glibc 2.35+、xkbcommon、fontconfig、libGL、xcb |
| Linux x64 Wayland | 支持 | 上述 + wayland-client |
| Linux arm64 X11 | 一等 | glibc 2.35+(`ubuntu-22.04-arm` 原生构建,**与 x64 同地板**)、xkbcommon、fontconfig、libGL、xcb |
| Linux arm64 Wayland | 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) | 仅 CLI(源码自建),GUI 未验证,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,Termux 行同样标注
experimental / not part of this release matrix)——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**正式发布槽位**(产物进 Release、进 `SHA256SUMS.txt`、release job 的六槽位齐全性
检查会拦下缺失),不要跟 Termux 那行混为一谈:Termux 是"源码自建的实验级旁路",Linux arm64 是
"原生 runner 编、原生跑"的一等产物。
## 10. 已知边界 / 后续
1. **GUI 无 `--version`**:`unlucky-launcher.exe` 目前只解析 `--software-renderer` / `--screenshot*` /
@@ -256,6 +335,12 @@ experimental / not part of this release matrix)——改一边必须同步另
6. **本机 GNU 链接器的已知无害告警**:`cargo build --release`(GNU 工具链)会打一行
`warning: linker stderr: corrupt .drectve at end of def file`,来自 MinGW `ld` 对 `.drectve` 段的
老式抱怨,不影响产物(体积/导入表/冒烟均已实测正常);CI 的 MSVC 槽位不会出现这条。
7. **两个 arm64 槽位本机跑不了**:本机是 x64 Windows,既没有 ARM 机器也没有 MSVC 的 ARM64 链接库
组合,`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(见 §7.5):宿主判定注入(`win32/ARM64`、`linux/aarch64` 等全槽位)、
可执行文件头架构识别(真 x64 exe + 合成 PE/ELF/Mach-O 头)、以及把真 exe 的 PE 机器码改成 ARM64
当 stub 走完命名/校验/归档全流程 —— 不假装能在 x64 上执行 arm64 二进制。
## 11. 文件清单
+106 -31
View File
@@ -3,11 +3,13 @@
Release matrix (see `packaging/README.md` for the full contract):
Windows x64 unlucky-launcher-<ver>-windows-x64.exe (bare exe, no zip)
Linux x64 unlucky-launcher-<ver>-linux-x64.tar.gz
macOS arm64 unlucky-launcher-<ver>-macos-arm64.tar.gz
macOS x64 unlucky-launcher-<ver>-macos-x64.tar.gz
all SHA256SUMS.txt
Windows x64 unlucky-launcher-<ver>-windows-x64.exe (bare exe, no zip)
Windows arm64 unlucky-launcher-<ver>-windows-arm64.exe (bare exe, cross-built)
Linux x64 unlucky-launcher-<ver>-linux-x64.tar.gz
Linux arm64 unlucky-launcher-<ver>-linux-arm64.tar.gz
macOS arm64 unlucky-launcher-<ver>-macos-arm64.tar.gz
macOS x64 unlucky-launcher-<ver>-macos-x64.tar.gz
all SHA256SUMS.txt
`--version` is taken from the cargo workspace so a tag can never drift away from
`Cargo.toml`; pass `--version` to cross-check a tag against it (mismatch is fatal).
@@ -15,9 +17,17 @@ The archives carry the launcher binary plus LICENSE / NOTICE / README.md, which
what the license obligations ask for; Windows ships the bare `.exe` (the single-file
selling point) and the same three documents are attached to the Release next to it.
Slot and build directory are overridable because a cross build's binaries live in
`target/<triple>/release` and the build host (x64) is not the artifact (arm64): CI
passes both from its matrix, and the executable header is read back so a binary can
never be shipped under a slot name it was not built for.
Usage:
cargo build --release --locked
python3 packaging/make_artifacts.py [--version v0.1.0] [--out dist] [--no-smoke]
# cross build (arm64 exe from an x64 host):
python3 packaging/make_artifacts.py --slot windows-arm64 \\
--build-dir target/aarch64-pc-windows-msvc/release
"""
from __future__ import annotations
@@ -26,7 +36,6 @@ import argparse
import gzip
import hashlib
import json
import os
import platform
import shutil
import subprocess
@@ -40,9 +49,32 @@ CLI_BIN = "ull"
# 随包分发的合规文本(仓库根目录);英文主版 README 是对外分发口径。
COMPLIANCE_DOCS = ("LICENSE", "NOTICE", "README.md")
SUMS_NAME = "SHA256SUMS.txt"
DEFAULT_BUILD_DIR = "target/release"
# 发布矩阵:槽位 -> (OS 家族, 架构, 产物形态)。键名即产物文件名里的槽位段,
# 单一真相源是 packaging/README.md §1;未知槽位一律拒绝,不出"凑合能跑"的产物。
SLOTS = {
"windows-x64": ("windows", "x64", "exe"),
"windows-arm64": ("windows", "arm64", "exe"),
"linux-x64": ("linux", "x64", "tar"),
"linux-arm64": ("linux", "arm64", "tar"),
"macos-arm64": ("macos", "arm64", "tar"),
"macos-x64": ("macos", "x64", "tar"),
}
# `sys.platform` / `platform.machine()` 的别名归一(aarch64 与 arm64 是同一架构的两种叫法)。
OS_FAMILIES = (("win", "windows"), ("linux", "linux"), ("darwin", "macos"))
MACHINE_ALIASES = {"amd64": "x64", "x86_64": "x64", "aarch64": "arm64", "arm64": "arm64"}
# 可执行文件头里的机器码 -> 架构(PE / ELF / Mach-O)。
IMAGE_ARCH = {
("pe", 0x8664): "x64",
("pe", 0xAA64): "arm64",
("elf", 0x3E): "x64",
("elf", 0xB7): "arm64",
("macho", 0x01000007): "x64",
("macho", 0x0100000C): "arm64",
}
REPO_ROOT = Path(__file__).resolve().parent.parent
TARGET_DIR = REPO_ROOT / "target" / "release"
def fail(message: str) -> NoReturn:
@@ -72,28 +104,59 @@ def workspace_version() -> str:
return versions.pop()
def platform_tag() -> str:
"""Map the build host to the artifact matrix slot (hard-fail on unsupported ones)."""
os_name = sys.platform
machine = platform.machine().lower()
if os_name.startswith("win") and machine in ("amd64", "x86_64"):
return "windows-x64"
if os_name.startswith("linux") and machine in ("x86_64", "amd64"):
return "linux-x64"
if os_name == "darwin" and machine in ("arm64", "aarch64"):
return "macos-arm64"
if os_name == "darwin" and machine in ("x86_64", "amd64"):
return "macos-x64"
fail(f"unsupported build host {os_name}/{machine}; matrix is windows-x64 / linux-x64 / macos-arm64 / macos-x64")
def host_slot(os_name: str | None = None, machine: str | None = None) -> str:
"""Map the build host to a matrix slot.
Both arguments are injectable so the mapping can be exercised for a host we do not
own (no ARM machine here); they default to the real ones.
"""
os_name = (sys.platform if os_name is None else os_name).lower()
raw_machine = platform.machine() if machine is None else machine
arch = MACHINE_ALIASES.get(raw_machine.lower())
family = next((fam for prefix, fam in OS_FAMILIES if os_name.startswith(prefix)), None)
for slot, (slot_os, slot_arch, _) in SLOTS.items():
if (slot_os, slot_arch) == (family, arch):
return slot
# 报错带**原始**取值而不是归一后的 None:`riscv64` 这类不认识的架构得在诊断里看得见。
fail(f"unsupported build host {os_name}/{raw_machine}; matrix is {' / '.join(SLOTS)}")
def binary(name: str) -> Path:
path = TARGET_DIR / (f"{name}.exe" if sys.platform.startswith("win") else name)
def binary(name: str, build_dir: Path, family: str) -> Path:
path = build_dir / (f"{name}.exe" if family == "windows" else name)
if not path.is_file():
fail(f"missing {path}; run `cargo build --release --locked` first")
return path
def image_arch(path: Path) -> str | None:
"""Architecture stamped into the executable header, or `None` if unreadable."""
with path.open("rb") as handle:
head = handle.read(0x40)
if head[:4] == b"\x7fELF":
order = "little" if head[5] == 1 else "big"
return IMAGE_ARCH.get(("elf", int.from_bytes(head[18:20], order)))
if head[:2] == b"MZ":
handle.seek(int.from_bytes(head[0x3C:0x40], "little"))
pe = handle.read(6)
if pe[:4] == b"PE\0\0":
return IMAGE_ARCH.get(("pe", int.from_bytes(pe[4:6], "little")))
return None
if head[:4] == b"\xcf\xfa\xed\xfe": # thin 64-bit little-endian Mach-O
return IMAGE_ARCH.get(("macho", int.from_bytes(head[4:8], "little")))
return None
def verify_arch(path: Path, slot: str) -> None:
"""Prove the binary really is built for the slot it is about to be named after."""
want = SLOTS[slot][1]
got = image_arch(path)
if got is None:
fail(f"cannot read the machine type of {path}; refusing to ship an unverified binary")
if got != want:
fail(f"{path} is a {got} binary but slot {slot} says {want}")
print(f"arch: {path.name} -> {got} (ok for {slot})")
def smoke_version(cli: Path, version: str) -> None:
"""`ull --version` must report the workspace version (guards tag/version drift)."""
proc = subprocess.run(
@@ -108,7 +171,7 @@ def smoke_version(cli: Path, version: str) -> None:
fail(f"`{cli.name} --version` exited {proc.returncode}: {out.strip()}")
if version not in out:
fail(f"`{cli.name} --version` does not report {version}: {out.strip()}")
print(f"smoke: {cli.name} --version -> {version} (ok)")
print(f"smoke: {cli.name} --version -> {version} (ok)")
def sha256(path: Path) -> str:
@@ -160,6 +223,8 @@ def main() -> int:
parser = argparse.ArgumentParser(description=__doc__)
parser.add_argument("--version", help="expected version (a leading 'v' is stripped); cross-checks Cargo.toml")
parser.add_argument("--out", default="dist", help="output directory (default: dist/)")
parser.add_argument("--slot", choices=list(SLOTS), help="matrix slot; defaults to the one derived from the host")
parser.add_argument("--build-dir", default=DEFAULT_BUILD_DIR, help=f"directory holding the built binaries (default: {DEFAULT_BUILD_DIR})")
parser.add_argument("--no-smoke", action="store_true", help="skip the `ull --version` smoke run")
args = parser.parse_args()
@@ -168,22 +233,32 @@ def main() -> int:
expected = args.version[1:] if args.version.startswith("v") else args.version
if expected != version:
fail(f"tag/version mismatch: requested {expected}, Cargo.toml says {version}")
tag = platform_tag()
launcher = binary(LAUNCHER_BIN)
cli = binary(CLI_BIN)
if not args.no_smoke:
smoke_version(cli, version)
native = host_slot()
slot = args.slot or native
family, _, kind = SLOTS[slot]
build_dir = Path(args.build_dir)
if not build_dir.is_absolute():
build_dir = REPO_ROOT / build_dir
launcher = binary(LAUNCHER_BIN, build_dir, family)
verify_arch(launcher, slot)
# 跨槽位产物(宿主 x64 / 目标 arm64)在本机根本执行不了,冒烟只能等 CI 真机;
# 拿"跳过了"当通过是假证据,所以把跳过原因原样打出来。
if args.no_smoke or slot != native:
reason = "--no-smoke" if args.no_smoke else f"host is {native}, artifact is {slot}"
print(f"smoke: skipped ({reason})")
else:
smoke_version(binary(CLI_BIN, build_dir, family), version)
out_dir = Path(args.out)
if not out_dir.is_absolute():
out_dir = REPO_ROOT / out_dir
out_dir.mkdir(parents=True, exist_ok=True)
if tag == "windows-x64":
asset = out_dir / f"unlucky-launcher-{version}-{tag}.exe"
if kind == "exe":
asset = out_dir / f"unlucky-launcher-{version}-{slot}.exe"
shutil.copy2(launcher, asset)
else:
asset = stage_archive(out_dir, tag, version, launcher)
asset = stage_archive(out_dir, slot, version, launcher)
sums = write_sums(out_dir, [asset])
size_mb = asset.stat().st_size / (1024 * 1024)
+13 -3
View File
@@ -9,7 +9,9 @@ No WebView, no bundled runtime, no JRE download needed to start the launcher its
| Platform | Asset | Notes |
| --- | --- | --- |
| Windows 10/11 x64 | `unlucky-launcher-{{VERSION}}-windows-x64.exe` | single exe, double-click to run |
| Windows 11 ARM64 | `unlucky-launcher-{{VERSION}}-windows-arm64.exe` | single exe, runs natively on ARM64 Windows |
| Linux x64 (X11/Wayland) | `unlucky-launcher-{{VERSION}}-linux-x64.tar.gz` | single binary inside, no installer |
| Linux arm64 (X11/Wayland) | `unlucky-launcher-{{VERSION}}-linux-arm64.tar.gz` | single binary inside; needs glibc 2.35+ |
| macOS 12+ Apple Silicon | `unlucky-launcher-{{VERSION}}-macos-arm64.tar.gz` | single binary inside, no installer |
| macOS 12+ Intel | `unlucky-launcher-{{VERSION}}-macos-x64.tar.gz` | single binary inside, no installer |
@@ -22,22 +24,30 @@ with the download on every platform.
| Platform | Level | Runtime requirements |
| --- | --- | --- |
| Windows 10/11 x64 | first class | nothing beyond the OS (UCRT is part of Win10+) |
| Windows 11 ARM64 | first class (launcher artifact) | nothing extra; launcher runs natively, the game itself runs through the OS x64 emulation layer with an x64 JDK |
| macOS 12+ (arm64 / x64) | first class | nothing; unsigned build, see Gatekeeper note |
| Linux x64, X11 | first class | `libxkbcommon`, `fontconfig`, `libGL` (or software renderer), `libxcb` |
| Linux x64, Wayland | supported | `wayland-client`, `libxkbcommon`, plus the X11 set for XWayland apps |
| Linux arm64, X11 | first class | glibc 2.35+ (built on `ubuntu-22.04-arm`, same floor as x64), `libxkbcommon`, `fontconfig`, `libGL`, `libxcb` |
| Linux arm64, Wayland | supported | the above plus `wayland-client` |
| Windows 8.1/8/7 | unsupported | baseline was raised to Win10 (decision D21) |
| Android — Termux + X11 | experimental, not promised | CLI only (build from source), GUI unverified; not part of this release matrix |
Both arm64 rows are **formally released slots** (the assets ship in this release and in
`SHA256SUMS.txt`), not the experimental Termux path: Linux arm64 is built and smoke-tested on a
native ARM64 runner, Windows ARM64 is cross-built with the same static-CRT gate as x64.
## Install
**Windows** — put the `.exe` anywhere and run it. Portable data lives next to the exe when a
**Windows** — put the `.exe` anywhere and run it (pick `-windows-arm64.exe` on ARM64 Windows,
`-windows-x64.exe` everywhere else). Portable data lives next to the exe when a
`portable.marker` file is present, otherwise under `%APPDATA%`.
**Linux**
```bash
tar -xzf unlucky-launcher-{{VERSION}}-linux-x64.tar.gz
cd unlucky-launcher-{{VERSION}}-linux-x64
tar -xzf unlucky-launcher-{{VERSION}}-linux-x64.tar.gz # use linux-arm64 on aarch64
cd unlucky-launcher-{{VERSION}}-linux-x64 # ditto
chmod +x unlucky-launcher && ./unlucky-launcher
```