mirror of
https://wget.la/https://github.com/Wxw-Gu/WechatExplorer
synced 2026-10-04 03:01:42 +08:00
wuyouMaster
5a54202383
electron-builder 26 skips macOS signing entirely when no Developer ID identity is configured, so the packaged key helpers can ship unsigned or with a broken signature and macOS kills them even with SIP disabled. afterPack now verifies and ad-hoc re-signs the packaged xkey helpers and the outer app bundle, failing the build when a signature cannot be repaired.
389 lines
14 KiB
JavaScript
389 lines
14 KiB
JavaScript
/* eslint-disable @typescript-eslint/no-require-imports, @typescript-eslint/explicit-function-return-type */
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const { chmodSync, existsSync, readdirSync, rmSync } = require('node:fs')
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const { execFileSync } = require('node:child_process')
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const path = require('node:path')
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const asar = require('@electron/asar')
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const { readBinaryArchitectures } = require('./binary-arch.cjs')
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const REQUIRED_RUNTIME_PACKAGES = [
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'@electron-toolkit/preload',
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'@electron-toolkit/utils',
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'archiver',
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'electron-updater',
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'ffmpeg-static',
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'fs-extra',
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'jsonrepair',
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'koffi'
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]
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// electron-builder 26 skips macOS signing entirely when no Developer ID
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// identity is configured, so an unpacked bundle can ship without a usable
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// signature. macOS kills a helper whose code or signature is missing or
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// modified even when SIP is disabled, which is what customers hit on newer
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// macOS releases. Ad-hoc re-sign the runtime helpers and the outer bundle so
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// every Mach-O verifies strictly; spctl still rejects ad-hoc code, which is
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// acceptable for the SIP-disabled customer workflow.
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const MACOS_HELPER_NAMES = ['xkey_helper', 'xkey_helper_4_1_13']
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function getRuntimeResources(context) {
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const productName = context.packager.appInfo.productFilename
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return context.electronPlatformName === 'darwin'
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? path.join(context.appOutDir, `${productName}.app`, 'Contents', 'Resources')
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: path.join(context.appOutDir, 'resources')
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}
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function validateSilkWasmRuntime(runtimeResources) {
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const packagePath = path.join(runtimeResources, 'app.asar.unpacked', 'node_modules', 'silk-wasm')
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const requiredFiles = [
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path.join(packagePath, 'package.json'),
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path.join(packagePath, 'lib', 'index.cjs'),
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path.join(packagePath, 'lib', 'silk.wasm')
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]
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const missingFiles = requiredFiles.filter((filePath) => !existsSync(filePath))
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if (missingFiles.length > 0) {
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throw new Error(`Missing unpacked silk-wasm runtime: ${missingFiles.join(', ')}`)
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}
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}
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function validateFfmpegRuntime(runtimeResources, platform = process.platform) {
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const executable = platform === 'win32' ? 'ffmpeg.exe' : 'ffmpeg'
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const ffmpegPath = path.join(
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runtimeResources,
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'app.asar.unpacked',
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'node_modules',
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'ffmpeg-static',
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executable
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)
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if (!existsSync(ffmpegPath)) {
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throw new Error(`Missing unpacked ffmpeg-static runtime: ${ffmpegPath}`)
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}
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if (platform !== 'win32') chmodSync(ffmpegPath, 0o755)
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return ffmpegPath
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}
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function validateSherpaRuntime(runtimeResources, platform, arch) {
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const platformName = platform === 'win32' ? 'win' : platform
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const basePath = path.join(
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runtimeResources,
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'app.asar.unpacked',
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'node_modules',
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'sherpa-onnx-node'
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)
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const nativePath = path.join(
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runtimeResources,
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'app.asar.unpacked',
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'node_modules',
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`sherpa-onnx-${platformName}-${arch}`
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)
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const requiredFiles = [
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path.join(basePath, 'package.json'),
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path.join(basePath, 'sherpa-onnx.js'),
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path.join(nativePath, 'package.json'),
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path.join(nativePath, 'sherpa-onnx.node')
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]
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const missingFiles = requiredFiles.filter((filePath) => !existsSync(filePath))
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if (missingFiles.length > 0) {
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throw new Error(`Missing unpacked sherpa-onnx runtime: ${missingFiles.join(', ')}`)
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}
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}
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/**
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* System OCR 用 native package（@napi-rs/system-ocr）。它是 external + asarUnpack，
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* 打包后必须以 unpacked 形式存在，否则运行时会 MODULE_NOT_FOUND / native binding missing。
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* Windows 与 macOS 都是 supported target，都要做硬校验（Linux 不是）。
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*/
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function systemOcrTarget(platform, arch) {
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return platform === 'win32' ? `${platform}-${arch}-msvc` : `${platform}-${arch}`
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}
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function validateSystemOcrRuntime(runtimeResources, platform, arch) {
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if (platform !== 'win32' && platform !== 'darwin') return
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const target = systemOcrTarget(platform, arch)
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const basePath = path.join(
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runtimeResources,
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'app.asar.unpacked',
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'node_modules',
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'@napi-rs',
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'system-ocr'
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)
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const nativePath = path.join(
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runtimeResources,
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'app.asar.unpacked',
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'node_modules',
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'@napi-rs',
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`system-ocr-${target}`
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)
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const requiredFiles = [
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path.join(basePath, 'package.json'),
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path.join(basePath, 'index.js'),
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path.join(nativePath, 'package.json'),
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path.join(nativePath, `system-ocr.${target}.node`)
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]
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const missingFiles = requiredFiles.filter((filePath) => !existsSync(filePath))
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if (missingFiles.length > 0) {
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throw new Error(`Missing unpacked System OCR runtime: ${missingFiles.join(', ')}`)
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}
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}
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function normalizeBuilderArch(arch) {
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if (typeof arch === 'string') return arch
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return { 0: 'ia32', 1: 'x64', 2: 'armv7l', 3: 'arm64', 4: 'universal' }[arch] || String(arch)
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}
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function runCodesign(args) {
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execFileSync('/usr/bin/codesign', args, { stdio: 'ignore' })
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}
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function isMacosCodeValid(targetPath, run = runCodesign) {
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try {
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run(['--verify', '--strict', targetPath])
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return true
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} catch {
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return false
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}
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}
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function findMacosHelperPaths(runtimeResources) {
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return MACOS_HELPER_NAMES.map((name) => path.join(runtimeResources, 'resources', name)).filter(
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(helperPath) => existsSync(helperPath)
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)
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}
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function signMacosHelpers(runtimeResources, run = runCodesign) {
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const helperPaths = findMacosHelperPaths(runtimeResources)
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for (const helperPath of helperPaths) {
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chmodSync(helperPath, 0o755)
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if (!isMacosCodeValid(helperPath, run)) {
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run(['--force', '--sign', '-', helperPath])
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}
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for (const arch of ['arm64', 'x86_64']) {
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try {
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run(['--verify', '--strict', '--arch', arch, helperPath])
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} catch (error) {
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throw new Error(
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'macOS helper signature verification failed: ' +
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path.basename(helperPath) +
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' (' +
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arch +
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')',
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{ cause: error }
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)
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}
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}
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}
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return helperPaths
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}
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function signMacosAppBundle(appBundlePath, run = runCodesign) {
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if (isMacosCodeValid(appBundlePath, run)) return appBundlePath
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run(['--force', '--sign', '-', appBundlePath])
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try {
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run(['--verify', '--strict', appBundlePath])
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} catch (error) {
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throw new Error('macOS app bundle signature verification failed: ' + appBundlePath, {
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cause: error
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})
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}
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return appBundlePath
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}
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/**
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* A foreign-architecture binary only fails once the user touches the feature
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* that needs it, so verify the ones whose filename is shared across
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* architectures (ffmpeg-static keeps a single "ffmpeg" per platform) and fail
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* the build instead of shipping a broken bundle.
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*/
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function validateRuntimeBinaryArchitecture(filePath, platform, arch, label) {
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if (platform !== 'darwin' && platform !== 'win32') return
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if (arch === 'universal') return
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const architectures = readBinaryArchitectures(filePath)
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if (!architectures.length || architectures.includes(arch)) return
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throw new Error(
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`${label} is ${architectures.join('/')} but this bundle targets ${arch}: ${filePath}`
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)
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}
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/**
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* The Intel Mac key helper is an x86_64 executable that only the x64 (or
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* universal) macOS bundle can run. Every other target — Apple Silicon macOS,
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* Windows, Linux — would otherwise ship a ~34MB binary it can never execute,
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* so it is dropped from those bundles. x64/universal builds fail fast instead
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* of silently shipping an Intel Mac app that cannot read keys.
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*/
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function pruneIntelMacKeyTool(runtimeResources, platform, arch) {
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const keyToolDirectory = path.join(runtimeResources, 'resources', 'macos-key-tool')
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const usable = platform === 'darwin' && (arch === 'x64' || arch === 'universal')
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if (!usable) {
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rmSync(keyToolDirectory, { recursive: true, force: true })
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return null
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}
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const helperPath = path.join(keyToolDirectory, 'intel_mac_key_helper')
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if (!existsSync(helperPath)) {
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throw new Error(`Missing Intel Mac key helper in a ${arch} bundle: ${helperPath}`)
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}
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return helperPath
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}
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function validateAsarRuntimeDependencies(runtimeResources) {
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const asarPath = path.join(runtimeResources, 'app.asar')
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if (!existsSync(asarPath)) throw new Error(`Missing packaged application archive: ${asarPath}`)
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// @electron/asar returns platform-native separators. Normalize to POSIX
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// paths so validation behaves consistently on Windows and macOS/Linux.
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const entries = new Set(asar.listPackage(asarPath).map((entry) => entry.replaceAll('\\', '/')))
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const missingPackages = REQUIRED_RUNTIME_PACKAGES.filter(
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(packageName) => !entries.has(`/node_modules/${packageName}/package.json`)
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)
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if (missingPackages.length > 0) {
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throw new Error(
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`Missing packaged runtime dependencies: ${missingPackages.join(', ')}. ` +
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'Use pnpm 7.33.7 so electron-builder can read pnpm-lock.yaml.'
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)
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}
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}
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function validateReaderSkillRuntime(runtimeResources) {
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const skillPath = path.join(runtimeResources, 'skill', 'tracememo-reader', 'SKILL.md')
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if (!existsSync(skillPath)) {
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throw new Error(`Missing bundled TraceMemo Reader Skill: ${skillPath}`)
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}
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return skillPath
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}
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/**
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* Native runtime packages are published once per platform-arch pair, and pnpm
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* installs all of them, so every bundle ends up carrying the native libraries
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* of every platform (measured: ~129MB of speech models plus ~16MB of koffi).
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* The loaders pick their package from process.platform/arch, so the siblings
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* are dead weight — drop them.
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*/
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// 每个条目返回 platform package 的**完整后缀**（不含 package 前缀与连字符）。
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const NATIVE_RUNTIME_PACKAGES = [
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{
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modules: [],
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prefix: 'sherpa-onnx',
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platformName: (platform, arch) => `${platform === 'win32' ? 'win' : platform}-${arch}`
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},
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{
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modules: ['@koromix'],
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prefix: 'koffi',
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platformName: (platform, arch) => `${platform}-${arch}`
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},
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{
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// @napi-rs 的 platform package 目录名带 -msvc 后缀（win32-x64-msvc）。
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modules: ['@napi-rs'],
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prefix: 'system-ocr',
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platformName: (platform, arch) => systemOcrTarget(platform, arch),
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foreignPattern: /^system-ocr-[a-z0-9]+-(arm64|x64|ia32|loong64|riscv64)(-msvc)?$/
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}
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]
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function pruneForeignArchNativeRuntimes(runtimeResources, platform, arch) {
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if (arch === 'universal') return []
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const unpackedRoot = path.join(runtimeResources, 'app.asar.unpacked', 'node_modules')
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if (!existsSync(unpackedRoot)) return []
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const removed = []
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for (const runtime of NATIVE_RUNTIME_PACKAGES) {
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const modulesRoot = path.join(unpackedRoot, ...runtime.modules)
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if (!existsSync(modulesRoot)) continue
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const expected = `${runtime.prefix}-${runtime.platformName(platform, arch)}`
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const foreign =
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runtime.foreignPattern ||
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new RegExp(`^${runtime.prefix}-[a-z0-9]+-(arm64|x64|ia32|loong64|riscv64)$`)
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for (const entry of readdirSync(modulesRoot, { withFileTypes: true })) {
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if (!entry.isDirectory() || entry.name === expected || !foreign.test(entry.name)) continue
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rmSync(path.join(modulesRoot, entry.name), { recursive: true, force: true })
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removed.push(
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runtime.modules.length ? `${runtime.modules.join('/')}/${entry.name}` : entry.name
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)
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}
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}
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return removed
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}
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/**
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* Bundled native directories under resources/connectors are named
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* "<platform>-<arch>". Cross-building both macOS architectures leaves both on
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* disk, but a bundle can only execute its own, so drop the foreign ones
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* instead of shipping every connector twice.
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*/
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function pruneForeignArchConnectors(runtimeResources, platform, arch) {
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if (arch === 'universal') return []
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const connectorsRoot = path.join(runtimeResources, 'resources', 'connectors')
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if (!existsSync(connectorsRoot)) return []
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const expected = `${platform}-${arch}`
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const removed = []
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for (const packageEntry of readdirSync(connectorsRoot, { withFileTypes: true })) {
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if (!packageEntry.isDirectory()) continue
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const packageRoot = path.join(connectorsRoot, packageEntry.name)
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for (const targetEntry of readdirSync(packageRoot, { withFileTypes: true })) {
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if (!targetEntry.isDirectory() || targetEntry.name === expected) continue
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if (!/^[a-z0-9]+-(arm64|x64|ia32)$/.test(targetEntry.name)) continue
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rmSync(path.join(packageRoot, targetEntry.name), { recursive: true, force: true })
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removed.push(`${packageEntry.name}/${targetEntry.name}`)
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}
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}
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return removed
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}
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exports.default = async function afterPack(context) {
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const runtimeResources = getRuntimeResources(context)
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const arch = normalizeBuilderArch(context.arch)
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validateAsarRuntimeDependencies(runtimeResources)
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validateReaderSkillRuntime(runtimeResources)
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validateSilkWasmRuntime(runtimeResources)
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const ffmpegPath = validateFfmpegRuntime(runtimeResources, context.electronPlatformName)
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validateRuntimeBinaryArchitecture(
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ffmpegPath,
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context.electronPlatformName,
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arch,
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'Bundled ffmpeg'
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)
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validateSherpaRuntime(runtimeResources, context.electronPlatformName, arch)
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validateSystemOcrRuntime(runtimeResources, context.electronPlatformName, arch)
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pruneIntelMacKeyTool(runtimeResources, context.electronPlatformName, arch)
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pruneForeignArchConnectors(runtimeResources, context.electronPlatformName, arch)
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pruneForeignArchNativeRuntimes(runtimeResources, context.electronPlatformName, arch)
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if (context.electronPlatformName === 'darwin') {
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execFileSync('/usr/bin/codesign', ['--force', '--sign', '-', ffmpegPath], {
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stdio: 'ignore'
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})
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signMacosHelpers(runtimeResources)
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const productName = context.packager.appInfo.productFilename
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signMacosAppBundle(path.join(context.appOutDir, productName + '.app'))
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}
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if (context.electronPlatformName === 'win32') {
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const koffiNative = path.join(
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context.appOutDir,
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'resources',
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'app.asar.unpacked',
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'node_modules',
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'@koromix',
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'koffi-win32-x64',
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'win32_x64',
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'koffi.node'
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)
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if (!existsSync(koffiNative)) {
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throw new Error(`Missing Windows Koffi native module: ${koffiNative}`)
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}
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return
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}
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}
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exports.getRuntimeResources = getRuntimeResources
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exports.validateAsarRuntimeDependencies = validateAsarRuntimeDependencies
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exports.validateReaderSkillRuntime = validateReaderSkillRuntime
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exports.validateFfmpegRuntime = validateFfmpegRuntime
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exports.validateSilkWasmRuntime = validateSilkWasmRuntime
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exports.validateSherpaRuntime = validateSherpaRuntime
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exports.validateSystemOcrRuntime = validateSystemOcrRuntime
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exports.pruneIntelMacKeyTool = pruneIntelMacKeyTool
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exports.pruneForeignArchConnectors = pruneForeignArchConnectors
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exports.pruneForeignArchNativeRuntimes = pruneForeignArchNativeRuntimes
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exports.validateRuntimeBinaryArchitecture = validateRuntimeBinaryArchitecture
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exports.findMacosHelperPaths = findMacosHelperPaths
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exports.isMacosCodeValid = isMacosCodeValid
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exports.signMacosHelpers = signMacosHelpers
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exports.signMacosAppBundle = signMacosAppBundle
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