The old Quality Scanner tool judged quality by file EXTENSION only (a 128k and a 320k MP3 looked identical), ignored the bitrate-based quality profile, used min() of enabled tiers so the default profile flagged the ENTIRE non-lossless library, and auto-dumped every match into the wishlist with no review. This new repair job does it properly: - meets_preferred_quality(): pure, bitrate-AWARE decision honoring every enabled quality bucket (320 MP3 passes a FLAC+320+256 profile; 128 MP3 doesn't). Floor is the worst enabled bucket, not the best. - scans watchlist artists or whole library, finds below-quality tracks, matches a better version at scan time (reusing the existing tested match helpers), emits a FINDING showing the match + confidence. Off by default; nothing auto-queued. - _fix_quality_upgrade apply handler adds the matched track WITH album context to the wishlist — the user-approved version of what the old tool did silently. - Transcode/fake-lossless detection intentionally left to the existing Fake Lossless Detector job. 12 seam tests incl. a regression pinning the default-profile flooding bug. The old tool is still in place; removing it + rewiring its automation action is the next step.
72 lines
2.3 KiB
Python
72 lines
2.3 KiB
Python
"""Repair Jobs Registry — all available maintenance jobs for the Library Worker."""
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import importlib
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from core.repair_jobs.base import RepairJob, JobContext, JobResult
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from utils.logging_config import get_logger
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logger = get_logger("repair_jobs")
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# Registry populated at import time by each job module
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JOB_REGISTRY: dict[str, type[RepairJob]] = {}
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_imports_done = False
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def register_job(cls: type[RepairJob]) -> type[RepairJob]:
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"""Decorator to register a RepairJob subclass."""
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JOB_REGISTRY[cls.job_id] = cls
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return cls
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def get_all_jobs() -> dict[str, type[RepairJob]]:
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"""Return the full job registry. Ensures all job modules are imported."""
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_import_all_jobs()
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return JOB_REGISTRY
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_JOB_MODULES = [
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'core.repair_jobs.track_number_repair',
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'core.repair_jobs.cache_evictor',
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'core.repair_jobs.orphan_file_detector',
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'core.repair_jobs.dead_file_cleaner',
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'core.repair_jobs.duplicate_detector',
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'core.repair_jobs.acoustid_scanner',
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'core.repair_jobs.missing_cover_art',
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'core.repair_jobs.missing_lyrics',
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'core.repair_jobs.replaygain_filler',
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'core.repair_jobs.empty_folder_cleaner',
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'core.repair_jobs.expired_download_cleaner',
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'core.repair_jobs.metadata_gap_filler',
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'core.repair_jobs.album_completeness',
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'core.repair_jobs.fake_lossless_detector',
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'core.repair_jobs.library_reorganize',
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'core.repair_jobs.mbid_mismatch_detector',
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'core.repair_jobs.single_album_dedup',
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'core.repair_jobs.lossy_converter',
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'core.repair_jobs.album_tag_consistency',
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'core.repair_jobs.live_commentary_cleaner',
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'core.repair_jobs.unknown_artist_fixer',
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'core.repair_jobs.discography_backfill',
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'core.repair_jobs.canonical_version_resolve',
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'core.repair_jobs.library_retag',
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'core.repair_jobs.quality_upgrade',
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]
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def _import_all_jobs():
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"""Import all job modules to trigger registration.
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Each module is imported individually so that a failure in one
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does not prevent the others from loading.
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"""
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global _imports_done
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if _imports_done:
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return
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_imports_done = True
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for module_name in _JOB_MODULES:
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try:
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importlib.import_module(module_name)
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except Exception as e:
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logger.error("Failed to import job module %s: %s", module_name, e)
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