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Add filesystem scan trigger and version badge features

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Implements optional filesystem scan triggering for Plex and Audiobookshelf after file organization, with new settings in the admin UI, setup wizard, and API. Updates documentation to reflect scan trigger options and improved file organization/cleanup logic. Refactors dropdown menus to use smart positioning and portals for better UX. Adds a version API route and a VersionBadge component to display build info in the header. Updates Docker build to inject version metadata.
This commit is contained in:
kikootwo
2026-01-09 17:15:00 -05:00
parent 288421012d
commit 384601014a
25 changed files with 1346 additions and 243 deletions
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src/lib/utils/file-organizer.ts
+54 -36
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@@ -96,6 +96,8 @@ export class FileOrganizer {
// Check for chapter merging if multiple files
if (audioFiles.length > 1) {
await logger?.info(`Multiple audio files detected (${audioFiles.length} files) - checking chapter merge settings...`);
try {
const chapterMergingConfig = await prisma.configuration.findUnique({
where: { key: 'chapter_merging_enabled' },
@@ -103,72 +105,88 @@ export class FileOrganizer {
const chapterMergingEnabled = chapterMergingConfig?.value === 'true';
if (chapterMergingEnabled) {
if (!chapterMergingEnabled) {
await logger?.info(`Chapter merging disabled in settings - organizing ${audioFiles.length} files individually`);
} else {
await logger?.info(`Chapter merging enabled - analyzing files...`);
// Build full paths to source files
const sourceFilePaths = audioFiles.map((audioFile) =>
isFile ? downloadPath : path.join(downloadPath, audioFile)
);
const isChapterDownload = await detectChapterFiles(sourceFilePaths);
const isChapterDownload = await detectChapterFiles(sourceFilePaths, logger ?? undefined);
if (isChapterDownload) {
await logger?.info(`Detected ${audioFiles.length} chapter files, attempting merge...`);
// Check disk space
const estimatedSize = await estimateOutputSize(sourceFilePaths);
const availableSpace = await checkDiskSpace(this.tempDir);
if (availableSpace !== null && availableSpace < estimatedSize) {
await logger?.warn(`Insufficient disk space for merge (need ${Math.round(estimatedSize / 1024 / 1024)}MB, have ${Math.round(availableSpace / 1024 / 1024)}MB). Skipping merge.`);
await logger?.warn(`Insufficient disk space for merge (need ${Math.round(estimatedSize / 1024 / 1024)}MB, have ${Math.round(availableSpace / 1024 / 1024)}MB). Organizing files individually.`);
} else {
// Log disk space check passed
if (availableSpace !== null) {
await logger?.info(`Disk space check passed: ${Math.round(availableSpace / 1024 / 1024)}MB available, ${Math.round(estimatedSize / 1024 / 1024)}MB needed`);
}
// Analyze and order chapter files
const chapters = await analyzeChapterFiles(sourceFilePaths, logger ?? undefined);
// Create output path in temp directory
const outputFilename = `${this.sanitizePath(audiobook.title)}.m4b`;
const outputPath = path.join(this.tempDir, outputFilename);
// Validate that we have valid ordering
if (chapters.length === 0) {
await logger?.warn(`Chapter analysis failed: No valid chapters found. Organizing files individually.`);
} else {
// Create output path in temp directory
const outputFilename = `${this.sanitizePath(audiobook.title)}.m4b`;
const outputPath = path.join(this.tempDir, outputFilename);
// Perform merge
const mergeResult = await mergeChapters(
chapters,
{
title: audiobook.title,
author: audiobook.author,
narrator: audiobook.narrator,
year: audiobook.year,
asin: audiobook.asin,
outputPath,
},
logger ?? undefined
);
if (mergeResult.success && mergeResult.outputPath) {
await logger?.info(
`Merge successful: ${mergeResult.chapterCount} chapters, ${formatDuration(mergeResult.totalDuration || 0)}`
// Perform merge
const mergeResult = await mergeChapters(
chapters,
{
title: audiobook.title,
author: audiobook.author,
narrator: audiobook.narrator,
year: audiobook.year,
asin: audiobook.asin,
outputPath,
},
logger ?? undefined
);
// Replace audioFiles array with single merged file
audioFiles.length = 0;
audioFiles.push(mergeResult.outputPath);
if (mergeResult.success && mergeResult.outputPath) {
// Replace audioFiles array with single merged file
audioFiles.length = 0;
audioFiles.push(mergeResult.outputPath);
// Mark for cleanup after copy
tempMergedFile = mergeResult.outputPath;
// Mark for cleanup after copy
tempMergedFile = mergeResult.outputPath;
// Update isFile flag since we now have a single file path
// (not in the download directory structure)
} else {
await logger?.warn(`Chapter merge failed: ${mergeResult.error}. Falling back to individual files.`);
result.errors.push(`Chapter merge failed: ${mergeResult.error}`);
// Continue with original audioFiles array
await logger?.info(`Chapter merge complete - organizing single M4B file`);
// Update isFile flag since we now have a single file path
// (not in the download directory structure)
} else {
await logger?.warn(`Chapter merge failed: ${mergeResult.error}. Organizing ${audioFiles.length} files individually.`);
result.errors.push(`Chapter merge failed: ${mergeResult.error}`);
// Continue with original audioFiles array
}
}
}
} else {
// detectChapterFiles already logged the reason for skipping
await logger?.info(`Organizing ${audioFiles.length} files individually`);
}
}
} catch (error) {
await logger?.error(`Chapter merging error: ${error instanceof Error ? error.message : 'Unknown error'}`);
result.errors.push(`Chapter merging error: ${error instanceof Error ? error.message : 'Unknown error'}`);
await logger?.warn(`Falling back to organizing ${audioFiles.length} files individually`);
// Continue with original audioFiles array
}
} else {
await logger?.info(`Single audio file detected - no chapter merging needed`);
}
// Tag metadata BEFORE moving files (prevents Plex race condition)