mirror of
https://gitcode.com/JianFeeeee/HomeAgent.git
synced 2026-09-22 18:08:04 +00:00
6b87a1de14
electron-builder 的 `-o` 是 `--mac`/`--macos` 的短别名（见 --help 的 Building 段），不是 output。于是 `-o "$BUILD_DIR"` 被当成 macOS 的 target 列表，报： ⨯ Unknown target: /home/program/trueagent/build 路径被 lowercase 后去匹配 target 名表，所以错误信息里的路径是全小写的 ——这也是它看起来像「路径错」而实际是「参数位置错」的原因，v1.0.1 与 v1.0.3 两次发布都因此手工组装过 GUI。 改用 --config.directories.output=<dir>，已实测确认产物落在指定目录。 同时把 GUI 构建失败降级为警告：homed/waiter/initconfig 是发布主体， 而 GUI 依赖 electron 运行时下载（离线机器、arm64 缺缓存都会失败）。 set -euo pipefail 下不接住的话，一个可选组件会让整轮跨平台构建全废—— v1.0.3 就是这样只产出了 linux/amd64 三个二进制、arm64 与 windows 压根没跑到。
209 lines
8.6 KiB
Bash
209 lines
8.6 KiB
Bash
#!/usr/bin/env bash
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set -euo pipefail
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# 本脚本位于 deploy/packaging/，故仓库根在上两级。
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#
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# v0.7.2 的根目录清理把 package/build.sh 移到 deploy/packaging/build.sh
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# （深度 1 → 2 层），但这行的 ".." 没跟着改成 "../.."，于是 PROJECT_ROOT
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# 变成了 <repo>/deploy：产物落进 deploy/build/、GUI 去找 deploy/cmd/gui。
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# 跨平台构建从那次起一直是坏的（Makefile 的单平台 build 不走这里，所以没暴露）。
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PROJECT_ROOT="$(cd "$(dirname "$0")/../.." && pwd)"
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BUILD_DIR="${PROJECT_ROOT}/build"
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VERSION="${VERSION:-$(git -C "$PROJECT_ROOT" describe --tags --dirty 2>/dev/null || echo "0.8.0")}"
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COMMIT="${COMMIT:-$(git -C "$PROJECT_ROOT" rev-parse --short HEAD 2>/dev/null || echo "unknown")}"
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BUILD_TIME="${BUILD_TIME:-$(date -u '+%Y-%m-%dT%H:%M:%SZ')}"
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GO="${GO:-$(command -v go 2>/dev/null || echo "go")}"
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LDFLAGS="-X gitcode.com/JianFeeeee/HomeAgent/internal/meta.Version=${VERSION} -X gitcode.com/JianFeeeee/HomeAgent/internal/meta.Commit=${COMMIT} -X gitcode.com/JianFeeeee/HomeAgent/internal/meta.BuildTime=${BUILD_TIME}"
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TARGET="${1:-native}"
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COMPONENT="${2:-all}"
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# ---- platform matrix ----
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# homed: linux/amd64 + linux/arm64 (CGO), macOS native-only (no osxcross),
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# windows/amd64 (MinGW)
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# waiter: all platforms (CGO-free, raw terminal mode is a no-op on non-Linux)
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# gui: electron-builder handles cross-platform natively
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case "$TARGET" in
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native) GOOS="" GOARCH="" ;;
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linux/amd64) GOOS=linux GOARCH=amd64 CC="${CC:-}" ;;
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# arm64 必须同时给 CXX：gojieba 是 C++，缺 CXX 时 cgo 用宿主 g++ 编出
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# x86-64 的 .o，链接时报 "Relocations in generic ELF (EM: 183)"（183 = aarch64）。
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#
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# 此处曾有一条注释写着「arm64 刻意不设 CXX」，理由是设了会报
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# "file format not recognized"。那个判断是错的：那个报错的真因是
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# cmd/{homed,waiter}/*.syso（x86-64 COFF Windows 资源对象）被链进了目标，
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# 与 CXX 无关。四组对照：
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# syso 在 + 无 CXX → Relocations in generic ELF (EM: 183)
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# syso 在 + 有 CXX → 000000.o: file format not recognized
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# syso 隐藏 + 无 CXX → Relocations in generic ELF (EM: 183)
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# syso 隐藏 + 有 CXX → 成功，ELF aarch64
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# 本脚本的 hide_syso_for_target 已处理前一个条件，这里补上后一个。
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linux/arm64) GOOS=linux GOARCH=arm64 CC="${CC:-aarch64-linux-gnu-gcc}" CXX="${CXX:-aarch64-linux-gnu-g++}" ;;
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darwin/amd64) GOOS=darwin GOARCH=amd64 CC="${CC:-}" ;;
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darwin/arm64) GOOS=darwin GOARCH=arm64 CC="${CC:-}" ;;
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# Windows 必须同时给 CXX：gojieba 是 C++，缺 CXX 时 cgo 回退到宿主 g++，
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# 而宿主 g++ 不认 mingw 的 -mthreads，报 unrecognized command-line option。
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windows/amd64) GOOS=windows GOARCH=amd64 CC="${CC:-x86_64-w64-mingw32-gcc}" CXX="${CXX:-x86_64-w64-mingw32-g++}" ;;
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all)
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"$0" linux/amd64 "$COMPONENT"
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"$0" linux/arm64 "$COMPONENT"
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"$0" darwin/amd64 "$COMPONENT"
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"$0" darwin/arm64 "$COMPONENT"
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"$0" windows/amd64 "$COMPONENT"
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exit 0
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;;
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*)
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echo "Unknown target: $TARGET"
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echo "Usage: $0 [native|linux/amd64|linux/arm64|darwin/amd64|darwin/arm64|windows/amd64|all]"
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echo " [all|homed|waiter|initconfig|gui]"
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exit 1
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esac
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if [ -n "${GOOS:-}" ]; then
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SUFFIX="${GOOS}_${GOARCH}"
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export GOOS GOARCH
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fi
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if [ -n "${CC:-}" ]; then
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export CC
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fi
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if [ -n "${CXX:-}" ]; then
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export CXX
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fi
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export CGO_ENABLED="${CGO_ENABLED:-1}"
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mkdir -p "$BUILD_DIR"
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# ---- .syso 隔离 ----
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#
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# cmd/{homed,waiter}/*.syso 是 Windows 资源对象（COFF，含图标/版本信息）。
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# Go 会把同目录的 .syso 无条件链进任何目标，于是交叉编译到非 Windows 平台时：
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# - linux/arm64、darwin/arm64 报 "unknown ARM64 relocation type 3"
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# - 其他架构报 "file format not recognized"
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# package-linux.sh 有 hide_syso()，但直接调本脚本时没有那层保护——
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# 这正是 arm64 产物长期缺失的原因（曾被误判为缺 g++ 交叉编译器）。
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SYSO_HIDDEN=()
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hide_syso_for_target() {
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[ "${GOOS:-}" = "windows" ] && return 0
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local f
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for f in "$PROJECT_ROOT"/cmd/homed/*.syso "$PROJECT_ROOT"/cmd/waiter/*.syso; do
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[ -f "$f" ] || continue
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mv "$f" "$f.hidden"
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SYSO_HIDDEN+=("$f")
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done
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}
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restore_syso_for_target() {
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local f
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for f in "${SYSO_HIDDEN[@]:-}"; do
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[ -n "$f" ] && [ -f "$f.hidden" ] && mv "$f.hidden" "$f"
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done
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SYSO_HIDDEN=()
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}
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trap restore_syso_for_target EXIT
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hide_syso_for_target
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# ---- homed (CGO, sqlite3) ----
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build_homed() {
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local out="$BUILD_DIR/homed${SUFFIX:+_$SUFFIX}"
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local plat="${GOOS:-linux}/${GOARCH:-amd64}"
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if [ "$GOOS" = "darwin" ] && [ "${CC:-}" = "" ] && [ "$(uname)" != "Darwin" ]; then
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echo "[SKIP] homed ${plat} — requires native macOS build (CGO + sqlite3, no osxcross)"
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return
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fi
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if [ "$GOOS" = "windows" ]; then
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out="${out}.exe"
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fi
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echo "[BUILD] homed ${plat} → $out"
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# Go 用 CC 驱动 CGO 编译与链接，用 CC 指定的交叉工具链来决定目标架构。
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# 必须同时 export CC 给 Go 的 CGO 代码生成器，否则 CGO_ENABLED=1 下的
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# 目标文件与 host 的 ld 不兼容（如 arm64 的 .o 给了 x86_64 的 ld）。
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local _cc="${CC:-cc}"
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CGO_ENABLED=1 CC="$_cc" "$GO" build -trimpath -installsuffix dynlink \
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-ldflags "$LDFLAGS" -o "$out" ./cmd/homed/
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echo " OK ($(file "$out" | sed 's/.*: //') | $(du -h "$out" | cut -f1))"
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}
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# ---- waiter (cross-platform, CGO-free) ----
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build_waiter() {
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local plat="${GOOS:-linux}/${GOARCH:-amd64}"
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local out="$BUILD_DIR/waiter${SUFFIX:+_$SUFFIX}"
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if [ "$GOOS" = "windows" ]; then out="${out}.exe"; fi
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echo "[BUILD] waiter ${plat} → $out"
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CGO_ENABLED=0 "$GO" build -trimpath -installsuffix dynlink \
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-ldflags "$LDFLAGS" -o "$out" ./cmd/waiter/
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echo " OK ($(du -h "$out" | cut -f1))"
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}
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# ---- initconfig (CGO-free 配置初始化器) ----
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#
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# NSIS 安装包（installer.nsi:220 File "..\build\initconfig.exe"）与
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# package-linux.sh 的 stage_variant 都引用它，但此前 build.sh 从不构建它——
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# Windows 安装包构建会直接失败在缺文件上。
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build_initconfig() {
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local plat="${GOOS:-linux}/${GOARCH:-amd64}"
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local out="$BUILD_DIR/initconfig${SUFFIX:+_$SUFFIX}"
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if [ "$GOOS" = "windows" ]; then out="${out}.exe"; fi
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echo "[BUILD] initconfig ${plat} → $out"
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CGO_ENABLED=0 "$GO" build -trimpath -installsuffix dynlink \
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-ldflags "$LDFLAGS" -o "$out" ./cmd/initconfig/
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echo " OK ($(du -h "$out" | cut -f1))"
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}
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# ---- gui (Electron) ----
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#
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# 输出目录必须用 --config.directories.output，**不能用 -o**：
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# electron-builder 的 `-o` 是 `--mac`/`--macos` 的短别名（见 --help 的 Building 段），
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# 不是 output。此前 `-o "$BUILD_DIR"` 被当成 macOS 的 target 列表，报
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# ⨯ Unknown target: /home/program/trueagent/build
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# （路径被 lowercase 后去匹配 target 名表，所以错误信息里的路径是全小写的，
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# 这也是它看起来像「路径错」而实际是「参数位置错」的原因）。
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# v1.0.1 与 v1.0.3 两次发布都因此手工组装过 GUI。
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build_gui() {
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if [ -n "${GOOS:-}" ] && [ "$GOOS" != "$("$GO" env GOOS)" ]; then
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echo "[SKIP] gui ${GOOS}/${GOARCH} — electron-builder handles cross-platform natively; run 'all' on CI host"
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return
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fi
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local gui_dir="$PROJECT_ROOT/cmd/gui"
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echo "[BUILD] gui → $BUILD_DIR/"
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if [ ! -d "$gui_dir/node_modules" ]; then
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echo " npm install..."
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(cd "$gui_dir" && npm install --production)
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fi
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# 不传 --config：electron-builder 默认从 package.json 的 "build" 键读配置。
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# 传 --config package.json 会让它把**整个** package.json 当配置校验，
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# 于是 devDependencies / build / scripts 全被判为 "unknown property" 而失败。
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#
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# GUI 失败不中断整体构建：homed/waiter/initconfig 是发布的主体，
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# 而 GUI 依赖 electron 运行时下载（离线机器、arm64 缺缓存都会失败）。
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# set -e 下若不接住，一个可选组件会让整轮跨平台构建全废。
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if (cd "$gui_dir" && npx electron-builder \
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--linux --win --mac \
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--x64 --arm64 \
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-p never \
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--config.directories.output="$BUILD_DIR"); then
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echo " OK"
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else
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echo " WARN: gui 构建失败（可选组件，不影响 homed/waiter/initconfig）"
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echo " Linux 包可用 deploy/packaging/package-linux.sh 内置的手工组装路径"
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return 0
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fi
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}
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# ---- dispatch ----
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case "$COMPONENT" in
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all) build_homed; build_waiter; build_initconfig; build_gui ;;
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homed) build_homed ;;
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waiter) build_waiter ;;
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initconfig) build_initconfig ;;
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gui) build_gui ;;
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*)
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echo "Unknown component: $COMPONENT"
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exit 1
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esac
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