name: Release

on:
  push:
    tags:
      - 'v*'
  workflow_dispatch:
    inputs:
      tag:
        description: 'Tag to publish (e.g. v2.1.0). Leave empty to use the most recent tag.'
        required: false
        default: ''

permissions:
  contents: write

# 产品只发「便携 U 盘版」(portable/ — .bat/.command 解压即用)。
# Electron 桌面版 (u-claw-app/) 已于 2026-06-19 停发并归档,详见 u-claw-app/DEPRECATED.md。
jobs:
  portable-windows-full:
    name: Portable Windows full bundle (Node + OpenClaw pre-installed)
    runs-on: internal_docker
    steps:
      - uses: actions/checkout@v4

      - name: Stage portable directory
        run: |
          mkdir -p dist
          tag_name="${GITHUB_REF_NAME:-${{ github.event.inputs.tag }}}"
          stage_dir="dist/u-claw-portable-windows-${tag_name}"
          mkdir -p "$stage_dir"
          cp -R portable/. "$stage_dir/"
          cp OPENCLAW_VERSION "$stage_dir/OPENCLAW_VERSION"
          cp NODE_VERSION "$stage_dir/NODE_VERSION"
          rm -rf "$stage_dir/data/logs" 2>/dev/null || true

      - name: Pre-install Node.js (Windows) and OpenClaw deps
        run: |
          tag_name="${GITHUB_REF_NAME:-${{ github.event.inputs.tag }}}"
          # Absolute paths so `cd "$core_dir"` later doesn't break `du`/`find`
          stage_dir="$(pwd)/dist/u-claw-portable-windows-${tag_name}"
          openclaw_version=$(tr -d '[:space:]' < OPENCLAW_VERSION)
          node_version=$(tr -d "[:space:]" < NODE_VERSION)
          mirror_node="https://nodejs.org/dist"
          mirror_npm="https://registry.npmjs.org"

          app_dir="$stage_dir/app"
          runtime_dir="$app_dir/runtime"
          core_dir="$app_dir/core"
          mkdir -p "$runtime_dir" "$core_dir"

          # 1) Download Node for Windows x64 only.
          #    Mac users: START HERE - Mac.command runs setup.sh on first launch which
          #    downloads node-mac-arm64 from nodejs.org (~30MB).
          #    Stanley pattern: ship one platform per zip, keep size reasonable.
          win_node="$runtime_dir/node-win-x64"
          mkdir -p "$win_node"
          curl -fSL "$mirror_node/$node_version/node-$node_version-win-x64.zip" -o /tmp/node-win.zip
          unzip -q /tmp/node-win.zip -d /tmp/node-win-extract
          cp -r /tmp/node-win-extract/node-$node_version-win-x64/* "$win_node/"
          rm -rf /tmp/node-win.zip /tmp/node-win-extract

          # 2) Use linux Node to npm-install OpenClaw + bundled runtime deps
          #    into core/node_modules — these are platform-agnostic JS, work on any OS
          curl -fSL "$mirror_node/$node_version/node-$node_version-linux-x64.tar.xz" \
            | tar xJ -C /tmp
          export PATH="/tmp/node-$node_version-linux-x64/bin:$PATH"
          node --version

          cat > "$core_dir/package.json" <<PKGJSON
          {
            "name": "u-claw-core",
            "version": "1.0.0",
            "private": true,
            "dependencies": {
              "openclaw": "$openclaw_version"
            }
          }
          PKGJSON

          # Install OpenClaw + ALL bundled runtime deps in one shot, no native scripts
          # (--ignore-scripts skips sharp/playwright/sqlite-vec native postinstall —
          #  those are not needed for OpenClaw gateway core path)
          cd "$core_dir"
          npm install \
            --registry="$mirror_npm" \
            --ignore-scripts \
            --no-audit \
            --no-fund \
            --omit=dev

          # Note: do NOT pre-install OpenClaw's bundled runtime deps.
          # First v2.1.3 attempt did this and the zip ballooned to 540MB
          # because clawdbot drags in @node-llama-cpp (701MB local LLM
          # binaries). Stanley's v2026.5.2 package only installs `openclaw`
          # main package (153MB total) and lets OpenClaw lazy-stage the
          # subset of bundled deps it actually needs at runtime.

          # 5) Install QQ plugin
          npm install @sliverp/qqbot@latest \
            --registry="$mirror_npm" \
            --ignore-scripts \
            --no-audit \
            --no-fund || true

          # 5b) Pre-install China channel plugins (钉钉/飞书中国版/企业微信)
          # 借鉴自 BytePioneer-AI/openclaw-china 生态：这些是非官方主仓库插件，
          # 官方镜像默认不带 → U-Claw 离线预置 = 最大差异化价值。国内客户开箱即用，
          # 不用自己 npm install（很多客户机没法翻墙装非镜像包）。
          # 钉钉走 WebSocket 出站免公网 IP，是国内最易接入的渠道。
          # 全部 || true：装不上不阻断发版（个别包偶发 404 时便携版仍可用微信/QQ）。
          for cn_pkg in \
            "@openclaw-china/dingtalk" \
            "@openclaw-china/feishu-china" \
            "@openclaw-china/wecom" \
            "@openclaw-china/qqbot"; do
            echo "Installing China channel plugin: $cn_pkg"
            npm install "${cn_pkg}@latest" \
              --registry="$mirror_npm" \
              --ignore-scripts \
              --no-audit \
              --no-fund || echo "WARN: $cn_pkg install failed, skipping — the drive still works with the other channels"
          done

          # 6) Install skills from the manifest.
          # skills/ is the single source of truth (see skills/README.md). Ship it
          # plus the installer onto the USB so the drive can re-install or switch
          # locale offline, then populate OpenClaw's skills dir from it.
          skills_target="$core_dir/node_modules/openclaw/skills"
          mkdir -p "$stage_dir/lib" "$skills_target"
          cp -R skills "$stage_dir/skills"
          cp lib/install-skills.mjs "$stage_dir/lib/install-skills.mjs"
          node "$stage_dir/lib/install-skills.mjs" --target "$skills_target" --locale en
          echo "Skills on the drive: $(ls -1 "$skills_target" | wc -l)"

          # 6b) Install WeChat (Weixin) plugin into app/extensions/openclaw-weixin
          # 官方 npm 包 @tencent-weixin/openclaw-weixin 自带 dist/index.js(发布时已编译,无需 build)。
          # config-server/server.js 把 app/extensions/openclaw-weixin 当作插件源,扫码登录后整目录
          # copy 到 ~/.openclaw/extensions/。它硬要求插件目录内 node_modules/qrcode-terminal 存在
          # (server.js:52),而 npm 会把该依赖提升到顶层,故下面显式 copy 进插件的 node_modules。
          wx_tmp="$(mktemp -d)"
          (
            cd "$wx_tmp"
            echo '{"name":"wx-tmp","version":"1.0.0","private":true}' > package.json
            npm install @tencent-weixin/openclaw-weixin@latest \
              --registry="$mirror_npm" --no-audit --no-fund
          )
          wx_pkg="$wx_tmp/node_modules/@tencent-weixin/openclaw-weixin"
          if [ -f "$wx_pkg/dist/index.js" ] && [ -f "$wx_pkg/openclaw.plugin.json" ]; then
            wx_dest="$app_dir/extensions/openclaw-weixin"
            mkdir -p "$wx_dest"
            cp -R "$wx_pkg/." "$wx_dest/"
            # 把 qrcode-terminal(被 npm 提升到顶层)放进插件自己的 node_modules
            mkdir -p "$wx_dest/node_modules"
            cp -R "$wx_tmp/node_modules/qrcode-terminal" "$wx_dest/node_modules/qrcode-terminal"
            echo "WeChat plugin installed: $(du -sm "$wx_dest" | cut -f1) MB"
          else
            echo "WARN: WeChat plugin install failed, skipping (dist/index.js or openclaw.plugin.json missing)"
          fi
          rm -rf "$wx_tmp"

          # 7) Belt-and-suspenders: even though we don't pre-install bundled
          # deps, openclaw's own dependencies might still pull large native
          # binaries. Prune known offenders just in case.
          echo "Before prune: $(du -sm "$core_dir/node_modules" | cut -f1) MB"
          for big_pat in '@node-llama-cpp' 'node-llama-cpp'; do
            find "$core_dir/node_modules" -maxdepth 3 -type d -name "$big_pat" -prune -exec rm -rf {} + 2>/dev/null || true
          done
          echo "After prune:  $(du -sm "$core_dir/node_modules" | cut -f1) MB"

          du -sh "$stage_dir"
          echo "Portable bundle staged: $stage_dir"

      - name: Normalize line endings (CRLF for Windows scripts, LF for shell)
        run: |
          tag_name="${GITHUB_REF_NAME:-${{ github.event.inputs.tag }}}"
          stage_dir="dist/u-claw-portable-windows-${tag_name}"
          # Windows batch files MUST be CRLF — cmd.exe mis-parses LF-only files
          find "$stage_dir" -type f \( -name '*.bat' -o -name '*.cmd' -o -name '*.ps1' \) -print0 \
            | xargs -0 -I {} sh -c 'sed -i "s/\r$//; s/$/\r/" "{}"'
          # Strip UTF-8 BOM from .bat files — cmd.exe interprets BOM as
          # part of the first command and reports "not internal/external command"
          find "$stage_dir" -type f \( -name '*.bat' -o -name '*.cmd' \) -print0 \
            | xargs -0 -I {} sh -c 'sed -i "1s/^\xef\xbb\xbf//" "{}"'
          # Ensure shell scripts stay LF (mac/linux double-click won't run otherwise)
          find "$stage_dir" -type f \( -name '*.sh' -o -name '*.command' -o -name '*.mjs' -o -name '*.js' \) -print0 \
            | xargs -0 -I {} sh -c 'sed -i "s/\r$//" "{}"'
          # Restore +x on shell entry points
          chmod +x "$stage_dir"/*.sh "$stage_dir"/*.command 2>/dev/null || true

      - name: Zip portable bundle
        run: |
          tag_name="${GITHUB_REF_NAME:-${{ github.event.inputs.tag }}}"
          cd dist
          zip -qry "u-claw-portable-windows-${tag_name}.zip" "u-claw-portable-windows-${tag_name}"
          # Publish a checksum next to every asset so installers can verify what
          # they downloaded instead of trusting "the file is bigger than 1MB".
          sha256sum "u-claw-portable-windows-${tag_name}.zip" > "u-claw-portable-windows-${tag_name}.zip.sha256"
          ls -lh "u-claw-portable-windows-${tag_name}.zip"
          cat "u-claw-portable-windows-${tag_name}.zip.sha256"

      - name: Size guard (lesson from 5916ff5 — GitHub 2GB asset cap)
        run: |
          tag_name="${GITHUB_REF_NAME:-${{ github.event.inputs.tag }}}"
          zip_path="dist/u-claw-portable-windows-${tag_name}.zip"
          size_bytes=$(stat -c%s "$zip_path")
          size_mb=$((size_bytes / 1024 / 1024))
          echo "Portable zip size: ${size_mb} MB"
          # Hard cap at 1500 MB to leave buffer below GitHub's 2GB single-asset limit.
          # Inspired by StanleyChanH/openclaw-offline-package which ships ~150MB.
          if [ "$size_mb" -gt 1500 ]; then
            echo "::error::Portable zip is ${size_mb} MB, exceeds 1500 MB safety cap"
            echo "Consider removing more optional deps or splitting into platform-specific zips"
            exit 1
          fi

      - uses: actions/upload-artifact@v4
        with:
          name: portable-windows-full
          path: |
            dist/u-claw-portable-windows-*.zip
            dist/u-claw-portable-windows-*.zip.sha256

  publish:
    name: Publish GitHub Release
    needs: [portable-windows-full]
    runs-on: internal_docker
    steps:
      - uses: actions/checkout@v4

      - uses: actions/download-artifact@v4
        with:
          path: artifacts

      - name: Resolve tag
        id: tag
        run: |
          if [ -n "${{ github.event.inputs.tag }}" ]; then
            tag="${{ github.event.inputs.tag }}"
          else
            tag="${GITHUB_REF_NAME}"
          fi
          echo "tag=$tag" >> "$GITHUB_OUTPUT"

      - name: Read OpenClaw version
        id: openclaw_version
        run: |
          version=$(tr -d '[:space:]' < OPENCLAW_VERSION)
          echo "version=$version" >> "$GITHUB_OUTPUT"

      - name: Create or update release
        uses: softprops/action-gh-release@v2
        with:
          tag_name: ${{ steps.tag.outputs.tag }}
          name: U-Claw ${{ steps.tag.outputs.tag }}
          body: |
            ## U-Claw ${{ steps.tag.outputs.tag }}

            An AI assistant on a USB drive. Plug it into any Mac or Windows
            machine — no installer, no admin rights, nothing left behind.

            - Paste one API key and you are running. U-Claw works out the
              provider from the key itself and checks it before accepting it.
            - Your settings, keys and memory live on the drive, so they travel
              with you between machines.
            - OpenClaw runtime: `${{ steps.openclaw_version.outputs.version }}`

            ### Downloads

            - **Windows** — `u-claw-portable-windows-*.zip`, roughly 150–200 MB
              with Node.js and OpenClaw already inside. Unzip onto the drive and
              double-click `START HERE - Windows.bat`. No network needed to start.
            - **macOS** — clone the repo, run `bash portable/advanced/setup.sh`
              (about a minute to fetch Node and OpenClaw), then double-click
              `START HERE - Mac.command`.

            Each asset has a `.sha256` next to it. Check it before you run it.

            ### Format the drive as exFAT

            Not NTFS. **macOS can only read NTFS, not write to it**, so an
            NTFS drive silently breaks the one thing this product is for —
            your settings will not follow you to a Mac.

            exFAT is slower with many small files, which is why U-Claw moves its
            rebuildable caches onto the host's local disk at startup. Your actual
            data stays on the drive.

          files: |
            artifacts/portable-windows-full/*
          fail_on_unmatched_files: false
        env:
          GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }}