mirror of
https://github.com/advplyr/audiobookshelf.git
synced 2025-10-27 11:18:14 +01:00
438 lines
14 KiB
JavaScript
438 lines
14 KiB
JavaScript
const child_process = require('child_process')
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const { promisify } = require('util')
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const exec = promisify(child_process.exec)
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const os = require('os')
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const axios = require('axios')
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const path = require('path')
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const which = require('../libs/which')
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const fs = require('../libs/fsExtra')
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const Logger = require('../Logger')
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const fileUtils = require('../utils/fileUtils')
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const StreamZip = require('../libs/nodeStreamZip')
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class ZippedAssetDownloader {
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constructor() {
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this.assetCache = {}
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}
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getReleaseUrl(releaseTag) {
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throw new Error('Not implemented')
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}
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extractAssetUrl(assets, assetName) {
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throw new Error('Not implemented')
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}
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getAssetName(binaryName, releaseTag) {
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throw new Error('Not implemented')
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}
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getAssetFileName(binaryName) {
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throw new Error('Not implemented')
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}
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async getAssetUrl(releaseTag, assetName) {
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// Check if the assets information is already cached for the release tag
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if (this.assetCache[releaseTag]) {
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Logger.debug(`[ZippedAssetDownloader] release ${releaseTag}: assets found in cache.`)
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} else {
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// Get the release information
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const releaseUrl = this.getReleaseUrl(releaseTag)
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const releaseResponse = await axios.get(releaseUrl, { headers: { 'User-Agent': 'axios' } })
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// Cache the assets information for the release tag
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this.assetCache[releaseTag] = releaseResponse.data
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Logger.debug(`[ZippedAssetDownloader] release ${releaseTag}: assets fetched from API.`)
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}
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const assets = this.assetCache[releaseTag]
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const assetUrl = this.extractAssetUrl(assets, assetName)
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return assetUrl
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}
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async downloadAsset(assetUrl, destDir) {
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const zipPath = path.join(destDir, 'temp.zip')
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const writer = fs.createWriteStream(zipPath)
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const assetResponse = await axios({ url: assetUrl, responseType: 'stream' })
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assetResponse.data.pipe(writer)
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await new Promise((resolve, reject) => {
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writer.on('finish', () => {
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Logger.debug(`[ZippedAssetDownloader] Downloaded asset ${assetUrl} to ${zipPath}`)
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resolve()
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})
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writer.on('error', (err) => {
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Logger.error(`[ZippedAssetDownloader] Error downloading asset ${assetUrl}: ${err.message}`)
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reject(err)
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})
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})
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return zipPath
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}
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async extractFiles(zipPath, filesToExtract, destDir) {
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const zip = new StreamZip.async({ file: zipPath })
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try {
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for (const file of filesToExtract) {
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const outputPath = path.join(destDir, file.outputFileName)
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if (!(await zip.entry(file.pathInsideZip))) {
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Logger.error(`[ZippedAssetDownloader] File ${file.pathInsideZip} not found in zip file ${zipPath}`)
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continue
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}
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await zip.extract(file.pathInsideZip, outputPath)
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Logger.debug(`[ZippedAssetDownloader] Extracted file ${file.pathInsideZip} to ${outputPath}`)
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// Set executable permission for Linux
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if (process.platform !== 'win32') {
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await fs.chmod(outputPath, 0o755)
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}
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}
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} catch (error) {
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Logger.error('[ZippedAssetDownloader] Error extracting files:', error)
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throw error
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} finally {
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await zip.close()
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}
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}
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async downloadAndExtractFiles(releaseTag, assetName, filesToExtract, destDir) {
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let zipPath
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try {
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await fs.ensureDir(destDir)
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const assetUrl = await this.getAssetUrl(releaseTag, assetName)
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zipPath = await this.downloadAsset(assetUrl, destDir)
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await this.extractFiles(zipPath, filesToExtract, destDir)
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} catch (error) {
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Logger.error(`[ZippedAssetDownloader] Error downloading or extracting files: ${error.message}`)
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} finally {
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if (zipPath) await fs.remove(zipPath)
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}
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}
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async downloadBinary(binaryName, releaseTag, destDir) {
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const assetName = this.getAssetName(binaryName, releaseTag)
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const fileName = this.getAssetFileName(binaryName)
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const filesToExtract = [{ pathInsideZip: fileName, outputFileName: fileName }]
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await this.downloadAndExtractFiles(releaseTag, assetName, filesToExtract, destDir)
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}
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}
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class FFBinariesDownloader extends ZippedAssetDownloader {
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constructor() {
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super()
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this.platformSuffix = this.getPlatformSuffix()
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}
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getPlatformSuffix() {
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var type = os.type().toLowerCase()
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var arch = os.arch().toLowerCase()
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if (type === 'darwin') {
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return 'osx-64'
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}
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if (type === 'windows_nt') {
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return arch === 'x64' ? 'windows-64' : 'windows-32'
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}
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if (type === 'linux') {
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if (arch === 'arm') return 'linux-armel'
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if (arch === 'arm64') return 'linux-arm64'
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return arch === 'x64' ? 'linux-64' : 'linux-32'
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}
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return null
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}
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getReleaseUrl(releaseTag) {
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return `https://ffbinaries.com/api/v1/version/${releaseTag}`
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}
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extractAssetUrl(assets, assetName) {
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const assetUrl = assets?.bin?.[this.platformSuffix]?.[assetName]
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if (!assetUrl) {
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throw new Error(`[FFBinariesDownloader] Asset ${assetName} not found for platform ${this.platformSuffix}`)
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}
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return assetUrl
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}
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getAssetName(binaryName, releaseTag) {
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return binaryName
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}
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getAssetFileName(binaryName) {
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return process.platform === 'win32' ? `${binaryName}.exe` : binaryName
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}
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}
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class NunicodeDownloader extends ZippedAssetDownloader {
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constructor() {
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super()
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this.platformSuffix = this.getPlatformSuffix()
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}
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getPlatformSuffix() {
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const platform = process.platform
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const arch = process.arch
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if (platform === 'win32' && arch === 'x64') {
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return 'win-x64'
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} else if (platform === 'darwin' && (arch === 'x64' || arch === 'arm64')) {
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return 'osx-arm64'
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} else if (platform === 'linux' && arch === 'x64') {
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return 'linux-x64'
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} else if (platform === 'linux' && arch === 'arm64') {
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return 'linux-arm64'
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}
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return null
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}
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async getAssetUrl(releaseTag, assetName) {
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return `https://github.com/mikiher/nunicode-sqlite/releases/download/v${releaseTag}/${assetName}`
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}
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getAssetName(binaryName, releaseTag) {
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if (!this.platformSuffix) {
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throw new Error(`[NunicodeDownloader] Platform ${process.platform}-${process.arch} not supported`)
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}
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return `${binaryName}-${this.platformSuffix}.zip`
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}
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getAssetFileName(binaryName) {
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if (process.platform === 'win32') {
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return `${binaryName}.dll`
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} else if (process.platform === 'darwin') {
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return `${binaryName}.dylib`
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} else if (process.platform === 'linux') {
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return `${binaryName}.so`
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}
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throw new Error(`[NunicodeDownloader] Platform ${process.platform} not supported`)
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}
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}
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class Binary {
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constructor(name, type, envVariable, validVersions, source, required = true) {
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if (!name) throw new Error('Binary name is required')
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this.name = name
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if (!type) throw new Error('Binary type is required')
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this.type = type
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if (!envVariable) throw new Error('Binary environment variable name is required')
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this.envVariable = envVariable
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if (!validVersions || !validVersions.length) throw new Error(`No valid versions specified for ${type} ${name}. At least one version is required.`)
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this.validVersions = validVersions
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if (!source || !(source instanceof ZippedAssetDownloader)) throw new Error('Binary source is required, and must be an instance of ZippedAssetDownloader')
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this.source = source
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this.fileName = this.getFileName()
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this.required = required
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this.exec = exec
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}
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async find(mainInstallDir, altInstallDir) {
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// 1. check path specified in environment variable
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const defaultPath = process.env[this.envVariable]
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if (await this.isGood(defaultPath)) return defaultPath
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// 2. find the first instance of the binary in the PATH environment variable
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if (this.type === 'executable') {
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const whichPath = which.sync(this.fileName, { nothrow: true })
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if (await this.isGood(whichPath)) return whichPath
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}
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// 3. check main install path (binary root dir)
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const mainInstallPath = path.join(mainInstallDir, this.fileName)
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if (await this.isGood(mainInstallPath)) return mainInstallPath
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// 4. check alt install path (/config)
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const altInstallPath = path.join(altInstallDir, this.fileName)
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if (await this.isGood(altInstallPath)) return altInstallPath
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return null
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}
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getFileName() {
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const platform = process.platform
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if (this.type === 'executable') {
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return this.name + (platform == 'win32' ? '.exe' : '')
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} else if (this.type === 'library') {
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return this.name + (platform == 'win32' ? '.dll' : platform == 'darwin' ? '.dylib' : '.so')
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} else {
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return this.name
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}
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}
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async isLibraryVersionValid(libraryPath) {
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try {
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const versionFilePath = libraryPath + '.ver'
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if (!(await fs.pathExists(versionFilePath))) return false
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const version = (await fs.readFile(versionFilePath, 'utf8')).trim()
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return this.validVersions.some((validVersion) => version.startsWith(validVersion))
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} catch (err) {
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Logger.error(`[Binary] Failed to check version of ${libraryPath}`, err)
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return false
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}
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}
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async isExecutableVersionValid(executablePath) {
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try {
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const { stdout } = await this.exec('"' + executablePath + '"' + ' -version')
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const version = stdout.match(/version\s([\d\.]+)/)?.[1]
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if (!version) return false
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return this.validVersions.some((validVersion) => version.startsWith(validVersion))
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} catch (err) {
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Logger.error(`[Binary] Failed to check version of ${executablePath}`, err)
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return false
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}
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}
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async isGood(binaryPath) {
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try {
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if (!binaryPath || !(await fs.pathExists(binaryPath))) return false
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if (this.type === 'library') return await this.isLibraryVersionValid(binaryPath)
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else if (this.type === 'executable') return await this.isExecutableVersionValid(binaryPath)
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else return true
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} catch (err) {
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Logger.error(`[Binary] Failed to check ${this.type} ${this.name} at ${binaryPath}`, err)
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return false
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}
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}
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async download(destination) {
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const version = this.validVersions[0]
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try {
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await this.source.downloadBinary(this.name, version, destination)
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// if it's a library, write the version string to a file
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if (this.type === 'library') {
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const libraryPath = path.join(destination, this.fileName)
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await fs.writeFile(libraryPath + '.ver', version)
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}
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} catch (err) {
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Logger.error(`[Binary] Failed to download ${this.type} ${this.name} version ${version} to ${destination}`, err)
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}
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}
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}
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const ffbinaries = new FFBinariesDownloader()
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const nunicode = new NunicodeDownloader()
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class BinaryManager {
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defaultRequiredBinaries = [
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new Binary('ffmpeg', 'executable', 'FFMPEG_PATH', ['5.1'], ffbinaries), // ffmpeg executable
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new Binary('ffprobe', 'executable', 'FFPROBE_PATH', ['5.1'], ffbinaries), // ffprobe executable
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new Binary('libnusqlite3', 'library', 'NUSQLITE3_PATH', ['1.2'], nunicode, false) // nunicode sqlite3 extension
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]
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constructor(requiredBinaries = this.defaultRequiredBinaries) {
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this.requiredBinaries = requiredBinaries
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this.mainInstallDir = process.pkg ? path.dirname(process.execPath) : global.appRoot
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this.altInstallDir = global.ConfigPath
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this.initialized = false
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}
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async init() {
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// Optional skip binaries check
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if (process.env.SKIP_BINARIES_CHECK === '1') {
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for (const binary of this.requiredBinaries) {
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if (!process.env[binary.envVariable] && binary.required) {
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await Logger.fatal(`[BinaryManager] Environment variable ${binary.envVariable} must be set`)
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process.exit(1)
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}
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}
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Logger.info('[BinaryManager] Skipping check for binaries')
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return
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}
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if (this.initialized) return
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const missingBinaries = await this.findRequiredBinaries()
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if (missingBinaries.length == 0) return
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await this.removeOldBinaries(missingBinaries)
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await this.install(missingBinaries)
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const missingBinariesAfterInstall = await this.findRequiredBinaries()
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const missingRequiredBinryNames = missingBinariesAfterInstall.filter((binary) => binary.required).map((binary) => binary.name)
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if (missingRequiredBinryNames.length) {
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Logger.error(`[BinaryManager] Failed to find or install required binaries: ${missingRequiredBinryNames.join(', ')}`)
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process.exit(1)
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}
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this.initialized = true
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}
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/**
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* Remove binary
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*
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* @param {string} destination
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* @param {Binary} binary
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*/
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async removeBinary(destination, binary) {
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try {
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const binaryPath = path.join(destination, binary.fileName)
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if (await fs.pathExists(binaryPath)) {
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Logger.debug(`[BinaryManager] Removing binary: ${binaryPath}`)
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await fs.remove(binaryPath)
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}
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} catch (err) {
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Logger.error(`[BinaryManager] Error removing binary: ${binaryPath}`)
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}
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}
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/**
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* Remove old binaries
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*
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* @param {Binary[]} binaries
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*/
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async removeOldBinaries(binaries) {
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for (const binary of binaries) {
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await this.removeBinary(this.mainInstallDir, binary)
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await this.removeBinary(this.altInstallDir, binary)
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}
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}
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/**
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* Find required binaries and return array of binary names that are missing
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*
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* @returns {Promise<Binary[]>} Array of missing binaries
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*/
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async findRequiredBinaries() {
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const missingBinaries = []
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for (const binary of this.requiredBinaries) {
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const binaryPath = await binary.find(this.mainInstallDir, this.altInstallDir)
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if (binaryPath) {
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Logger.info(`[BinaryManager] Found valid ${binary.type} ${binary.name} at ${binaryPath}`)
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if (process.env[binary.envVariable] !== binaryPath) {
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Logger.info(`[BinaryManager] Updating process.env.${binary.envVariable}`)
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process.env[binary.envVariable] = binaryPath
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}
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} else {
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Logger.info(`[BinaryManager] ${binary.name} not found or not a valid version`)
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missingBinaries.push(binary)
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}
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}
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return missingBinaries
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}
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/**
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* Install missing binaries
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*
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* @param {Binary[]} binaries
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*/
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async install(binaries) {
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if (!binaries.length) return
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Logger.info(`[BinaryManager] Installing binaries: ${binaries.map((binary) => binary.name).join(', ')}`)
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let destination = (await fileUtils.isWritable(this.mainInstallDir)) ? this.mainInstallDir : this.altInstallDir
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for (const binary of binaries) {
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await binary.download(destination)
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}
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Logger.info(`[BinaryManager] Binaries installed to ${destination}`)
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}
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}
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module.exports = BinaryManager
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module.exports.Binary = Binary // for testing
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module.exports.ffbinaries = ffbinaries // for testing
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module.exports.nunicode = nunicode // for testing
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