mirror of
https://github.com/advplyr/audiobookshelf.git
synced 2024-12-20 19:06:06 +01:00
357 lines
12 KiB
JavaScript
357 lines
12 KiB
JavaScript
const Path = require('path')
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const { filePathToPOSIX } = require('./fileUtils')
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const globals = require('./globals')
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const LibraryFile = require('../objects/files/LibraryFile')
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const parseNameString = require('./parsers/parseNameString')
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/**
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* @typedef LibraryItemFilenameMetadata
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* @property {string} title
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* @property {string} subtitle Book mediaType only
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* @property {string[]} authors Book mediaType only
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* @property {string[]} narrators Book mediaType only
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* @property {string} seriesName Book mediaType only
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* @property {string} seriesSequence Book mediaType only
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* @property {string} publishedYear Book mediaType only
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*/
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function isMediaFile(mediaType, ext, audiobooksOnly = false) {
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if (!ext) return false
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const extclean = ext.slice(1).toLowerCase()
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if (mediaType === 'podcast' || mediaType === 'music') return globals.SupportedAudioTypes.includes(extclean)
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else if (mediaType === 'video') return globals.SupportedVideoTypes.includes(extclean)
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else if (audiobooksOnly) return globals.SupportedAudioTypes.includes(extclean)
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return globals.SupportedAudioTypes.includes(extclean) || globals.SupportedEbookTypes.includes(extclean)
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}
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function checkFilepathIsAudioFile(filepath) {
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const ext = Path.extname(filepath)
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if (!ext) return false
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const extclean = ext.slice(1).toLowerCase()
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return globals.SupportedAudioTypes.includes(extclean)
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}
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module.exports.checkFilepathIsAudioFile = checkFilepathIsAudioFile
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/**
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* TODO: Function needs to be re-done
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* @param {string} mediaType
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* @param {string[]} paths array of relative file paths
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* @returns {Record<string,string[]>} map of files grouped into potential libarary item dirs
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*/
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function groupFilesIntoLibraryItemPaths(mediaType, paths) {
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// Step 1: Clean path, Remove leading "/", Filter out non-media files in root dir
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var nonMediaFilePaths = []
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var pathsFiltered = paths.map(path => {
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return path.startsWith('/') ? path.slice(1) : path
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}).filter(path => {
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let parsedPath = Path.parse(path)
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// Is not in root dir OR is a book media file
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if (parsedPath.dir) {
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if (!isMediaFile(mediaType, parsedPath.ext, false)) { // Seperate out non-media files
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nonMediaFilePaths.push(path)
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return false
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}
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return true
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} else if (mediaType === 'book' && isMediaFile(mediaType, parsedPath.ext, false)) { // (book media type supports single file audiobooks/ebooks in root dir)
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return true
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}
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return false
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})
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// Step 2: Sort by least number of directories
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pathsFiltered.sort((a, b) => {
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var pathsA = Path.dirname(a).split('/').length
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var pathsB = Path.dirname(b).split('/').length
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return pathsA - pathsB
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})
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// Step 3: Group files in dirs
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var itemGroup = {}
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pathsFiltered.forEach((path) => {
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var dirparts = Path.dirname(path).split('/').filter(p => !!p && p !== '.') // dirname returns . if no directory
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var numparts = dirparts.length
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var _path = ''
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if (!numparts) {
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// Media file in root
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itemGroup[path] = path
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} else {
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// Iterate over directories in path
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for (let i = 0; i < numparts; i++) {
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var dirpart = dirparts.shift()
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_path = Path.posix.join(_path, dirpart)
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if (itemGroup[_path]) { // Directory already has files, add file
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var relpath = Path.posix.join(dirparts.join('/'), Path.basename(path))
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itemGroup[_path].push(relpath)
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return
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} else if (!dirparts.length) { // This is the last directory, create group
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itemGroup[_path] = [Path.basename(path)]
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return
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} else if (dirparts.length === 1 && /^cd\d{1,3}$/i.test(dirparts[0])) { // Next directory is the last and is a CD dir, create group
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itemGroup[_path] = [Path.posix.join(dirparts[0], Path.basename(path))]
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return
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}
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}
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}
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})
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// Step 4: Add in non-media files if they fit into item group
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if (nonMediaFilePaths.length) {
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for (const nonMediaFilePath of nonMediaFilePaths) {
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const pathDir = Path.dirname(nonMediaFilePath)
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const filename = Path.basename(nonMediaFilePath)
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const dirparts = pathDir.split('/')
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const numparts = dirparts.length
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let _path = ''
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// Iterate over directories in path
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for (let i = 0; i < numparts; i++) {
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const dirpart = dirparts.shift()
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_path = Path.posix.join(_path, dirpart)
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if (itemGroup[_path]) { // Directory is a group
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const relpath = Path.posix.join(dirparts.join('/'), filename)
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itemGroup[_path].push(relpath)
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} else if (!dirparts.length) {
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itemGroup[_path] = [filename]
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}
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}
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}
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}
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return itemGroup
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}
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module.exports.groupFilesIntoLibraryItemPaths = groupFilesIntoLibraryItemPaths
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/**
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* @param {string} mediaType
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* @param {{name:string, path:string, dirpath:string, reldirpath:string, fullpath:string, extension:string, deep:number}[]} fileItems (see recurseFiles)
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* @param {boolean} [audiobooksOnly=false]
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* @returns {Record<string,string[]>} map of files grouped into potential libarary item dirs
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*/
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function groupFileItemsIntoLibraryItemDirs(mediaType, fileItems, audiobooksOnly = false) {
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// Handle music where every audio file is a library item
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if (mediaType === 'music') {
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const audioFileGroup = {}
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fileItems.filter(i => isMediaFile(mediaType, i.extension, audiobooksOnly)).forEach((item) => {
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audioFileGroup[item.path] = item.path
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})
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return audioFileGroup
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}
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// Step 1: Filter out non-book-media files in root dir (with depth of 0)
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const itemsFiltered = fileItems.filter(i => {
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return i.deep > 0 || ((mediaType === 'book' || mediaType === 'video' || mediaType === 'music') && isMediaFile(mediaType, i.extension, audiobooksOnly))
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})
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// Step 2: Seperate media files and other files
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// - Directories without a media file will not be included
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const mediaFileItems = []
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const otherFileItems = []
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itemsFiltered.forEach(item => {
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if (isMediaFile(mediaType, item.extension, audiobooksOnly)) mediaFileItems.push(item)
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else otherFileItems.push(item)
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})
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// Step 3: Group audio files in library items
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const libraryItemGroup = {}
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mediaFileItems.forEach((item) => {
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const dirparts = item.reldirpath.split('/').filter(p => !!p)
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const numparts = dirparts.length
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let _path = ''
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if (!dirparts.length) {
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// Media file in root
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libraryItemGroup[item.name] = item.name
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} else {
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// Iterate over directories in path
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for (let i = 0; i < numparts; i++) {
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const dirpart = dirparts.shift()
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_path = Path.posix.join(_path, dirpart)
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if (libraryItemGroup[_path]) { // Directory already has files, add file
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const relpath = Path.posix.join(dirparts.join('/'), item.name)
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libraryItemGroup[_path].push(relpath)
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return
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} else if (!dirparts.length) { // This is the last directory, create group
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libraryItemGroup[_path] = [item.name]
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return
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} else if (dirparts.length === 1 && /^cd\d{1,3}$/i.test(dirparts[0])) { // Next directory is the last and is a CD dir, create group
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libraryItemGroup[_path] = [Path.posix.join(dirparts[0], item.name)]
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return
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}
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}
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}
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})
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// Step 4: Add other files into library item groups
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otherFileItems.forEach((item) => {
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const dirparts = item.reldirpath.split('/')
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const numparts = dirparts.length
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let _path = ''
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// Iterate over directories in path
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for (let i = 0; i < numparts; i++) {
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const dirpart = dirparts.shift()
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_path = Path.posix.join(_path, dirpart)
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if (libraryItemGroup[_path]) { // Directory is audiobook group
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const relpath = Path.posix.join(dirparts.join('/'), item.name)
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libraryItemGroup[_path].push(relpath)
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return
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}
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}
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})
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return libraryItemGroup
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}
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module.exports.groupFileItemsIntoLibraryItemDirs = groupFileItemsIntoLibraryItemDirs
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/**
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* Get LibraryFile from filepath
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* @param {string} libraryItemPath
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* @param {string[]} files
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* @returns {import('../objects/files/LibraryFile')}
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*/
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function buildLibraryFile(libraryItemPath, files) {
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return Promise.all(files.map(async (file) => {
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const filePath = Path.posix.join(libraryItemPath, file)
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const newLibraryFile = new LibraryFile()
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await newLibraryFile.setDataFromPath(filePath, file)
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return newLibraryFile
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}))
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}
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module.exports.buildLibraryFile = buildLibraryFile
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/**
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* Get details parsed from filenames
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*
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* @param {string} relPath
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* @param {boolean} parseSubtitle
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* @returns {LibraryItemFilenameMetadata}
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*/
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function getBookDataFromDir(relPath, parseSubtitle = false) {
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const splitDir = relPath.split('/')
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var folder = splitDir.pop() // Audio files will always be in the directory named for the title
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series = (splitDir.length > 1) ? splitDir.pop() : null // If there are at least 2 more directories, next furthest will be the series
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author = (splitDir.length > 0) ? splitDir.pop() : null // There could be many more directories, but only the top 3 are used for naming /author/series/title/
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// The may contain various other pieces of metadata, these functions extract it.
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var [folder, narrators] = getNarrator(folder)
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var [folder, sequence] = series ? getSequence(folder) : [folder, null]
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var [folder, publishedYear] = getPublishedYear(folder)
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var [title, subtitle] = parseSubtitle ? getSubtitle(folder) : [folder, null]
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return {
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title,
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subtitle,
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authors: parseNameString.parse(author)?.names || [],
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narrators: parseNameString.parse(narrators)?.names || [],
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seriesName: series,
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seriesSequence: sequence,
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publishedYear
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}
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}
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module.exports.getBookDataFromDir = getBookDataFromDir
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function getNarrator(folder) {
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let pattern = /^(?<title>.*) \{(?<narrators>.*)\}$/
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let match = folder.match(pattern)
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return match ? [match.groups.title, match.groups.narrators] : [folder, null]
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}
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function getSequence(folder) {
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// Valid ways of including a volume number:
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// [
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// 'Book 2 - Title - Subtitle',
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// 'Title - Subtitle - Vol 12',
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// 'Title - volume 9 - Subtitle',
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// 'Vol. 3 Title Here - Subtitle',
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// '1980 - Book 2 - Title',
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// 'Volume 12. Title - Subtitle',
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// '100 - Book Title',
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// '2 - Book Title',
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// '6. Title',
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// '0.5 - Book Title'
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// ]
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// Matches a valid volume string. Also matches a book whose title starts with a 1 to 3 digit number. Will handle that later.
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let pattern = /^(?<volumeLabel>vol\.? |volume |book )?(?<sequence>\d{0,3}(?:\.\d{1,2})?)(?<trailingDot>\.?)(?: (?<suffix>.*))?$/i
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let volumeNumber = null
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let parts = folder.split(' - ')
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for (let i = 0; i < parts.length; i++) {
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let match = parts[i].match(pattern)
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// This excludes '101 Dalmations' but includes '101. Dalmations'
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if (match && !(match.groups.suffix && !(match.groups.volumeLabel || match.groups.trailingDot))) {
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volumeNumber = isNaN(match.groups.sequence) ? match.groups.sequence : Number(match.groups.sequence).toString()
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parts[i] = match.groups.suffix
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if (!parts[i]) { parts.splice(i, 1) }
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break
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}
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}
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folder = parts.join(' - ')
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return [folder, volumeNumber]
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}
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function getPublishedYear(folder) {
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var publishedYear = null
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pattern = /^ *\(?([0-9]{4})\)? * - *(.+)/ //Matches #### - title or (####) - title
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var match = folder.match(pattern)
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if (match) {
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publishedYear = match[1]
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folder = match[2]
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}
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return [folder, publishedYear]
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}
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function getSubtitle(folder) {
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// Subtitle is everything after " - "
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var splitTitle = folder.split(' - ')
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return [splitTitle.shift(), splitTitle.join(' - ')]
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}
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/**
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*
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* @param {string} relPath
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* @returns {LibraryItemFilenameMetadata}
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*/
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function getPodcastDataFromDir(relPath) {
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const splitDir = relPath.split('/')
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// Audio files will always be in the directory named for the title
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const title = splitDir.pop()
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return {
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title
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}
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}
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/**
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*
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* @param {string} libraryMediaType
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* @param {string} folderPath
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* @param {string} relPath
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* @returns {{ mediaMetadata: LibraryItemFilenameMetadata, relPath: string, path: string}}
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*/
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function getDataFromMediaDir(libraryMediaType, folderPath, relPath) {
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relPath = filePathToPOSIX(relPath)
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let fullPath = Path.posix.join(folderPath, relPath)
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let mediaMetadata = null
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if (libraryMediaType === 'podcast') {
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mediaMetadata = getPodcastDataFromDir(relPath)
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} else { // book
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mediaMetadata = getBookDataFromDir(relPath, !!global.ServerSettings.scannerParseSubtitle)
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}
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return {
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mediaMetadata,
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relPath,
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path: fullPath
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}
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}
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module.exports.getDataFromMediaDir = getDataFromMediaDir
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