Surface the fetched job metadata (show/episode or movie title, season,
episode, release/airdate, media type) and the source audio/subtitle streams
through the tracker and /status, and render them in the dashboard's current-job
card. Audio channel counts are now probed and shown as 5.1/2.0/etc.
ETA now reads as a wall-clock finish time plus remaining duration, e.g.
"17:49 (3h52m)". Recent events drop the per-row date for a WhatsApp-style
Today/Yesterday/date divider with time-only rows. All dynamic strings are
HTML-escaped, since metadata and filenames are user-controlled.
Stream ffmpeg -progress during the video encode into an in-memory tracker
(internal/status) so the long-running step is no longer a black box: percent,
fps, speed, and ETA are derived from the source duration and updated ~1/s.
Progress prints to stdout only (no logs.db row) to avoid burying real events.
Expose it over HTTP (internal/server, default :8080, set http_addr to "" to
disable): GET /status returns the live snapshot, the pending input queue, and
recent non-debug events; GET / serves an embedded dashboard that polls /status
every second. The server shuts down on the same SIGINT/SIGTERM context as the
watcher.
Replace JSON/file logging with a logs.db (WAL) store. Thread the logger
through the encoder and metadata client for debug instrumentation of every
ffmpeg/ffprobe/opusenc invocation and OMDb/TVmaze request. API keys are
redacted before request URLs are logged. Retention defaults to 7 days,
overridable via log_retention_days in config.
Thread context.Context from main through watcher, encoder, and metadata
clients so a Ctrl-C during a multi-hour encode immediately kills the
ffmpeg/ffprobe/opusenc children instead of waiting for them to finish.
- main: signal.NotifyContext replaces the manual sigChan + done goroutine
- watcher.Start: takes ctx, exits on ctx.Done(); processFn signature is
now func(context.Context, string) error
- encoder: Transcode and every helper (extractAudio, encodeOpus,
encodeVideo, GetMediaInfo, GetStreamLanguages, calculateZscaleWidth)
take ctx; every exec.Command becomes exec.CommandContext so the child
is SIGKILL'd on cancel
- metadata: FetchMovieMetadata, FetchSeriesMetadata, fetchTVMazeJSON
take ctx and use http.NewRequestWithContext
Mover stays ctx-free intentionally: a rename is fast enough that
mid-cancel cleanup is the next-restart's problem. processFile's
deferred RemoveAll(workDir) and failToFailed still run after cancel,
so partial output dies in the work dir and the source moves to failed/.
Adds a per-job scratch directory under the new `paths.work` config (default
`./work`) so audio.<n>.wav, audio.<n>.opus and output.mkv no longer live
beside the user's sources in paths.input. The work subdir is named after
the input basename and unconditionally removed when processFile returns
(success or failure), which kills bug #4 (intermediates leaking into the
user-owned input folder; output.mkv getting re-picked by the 15-second
watcher tick on rename failure; fixed-name collision risk for any future
concurrency).
Tightens the failure paths in main.processFile too (bug #25):
- mover.MoveToFailed return values are now surfaced via a new
failToFailed helper.
- The helper os.Stats the source first; missing -> log and skip instead
of the previous silent no-op when MoveToFailed was called on
output.mkv before it existed.
- On rename-output failure, the source is now routed to paths.failed
(it was previously left in paths.input, causing an infinite re-encode
loop on the next watcher tick). The old MoveToFailed on the work-dir
output is dropped — the deferred RemoveAll covers it.
Mechanical changes:
- PathsConfig gains `Work string \`yaml:"work"\`` with default ./work,
included in EnsureDirs.
- Encoder.Transcode signature now takes workDir; extractAudio,
encodeOpus and encodeVideo all write into workDir. The internal
cleanupWavs/cleanupOpus defers are gone (RemoveAll in main is the
one cleanup path).
- MANUAL.md updated: example config, field reference, §6 pipeline
step wording, §9 failure handling description, §11 runtime
directories block.
Bug #5: extractAudio invoked ffmpeg without `-map`, so default stream
selection kept only one audio track from sources with multiple audio
streams (e.g. eng/fra/jpn Blu-rays). It now enumerates audio streams
from the streamLangs already fetched by the caller and runs one
`ffmpeg -map 0🅰️<n>` per stream, writing audio.<n>.wav.
Bug #11: the audio language metadata loop in encodeVideo computed the
output index by counting source-side audio streams with a lower Index,
which drifted when some source streams lacked a language tag. It now
walks opusFiles in output order and looks up the language at the
matching source-audio position via a sorted helper.
These ship together because #11 was masked by #5: when only one audio
track survived extraction, the broken index calculation never produced
a visible misalignment. Fixing #5 alone would have caused multi-track
outputs with shuffled language tags; both fixes are required to land
correct multi-track output.
Bug #2: calculateZscaleWidth previously emitted a zscale filter even
when no rescale was needed (SAR 1:1, N/A, empty, or computed width
equal to the source). encodeVideo then unconditionally appended it to
-vf, forcing a pointless colorspace round-trip. Return an empty filter
string in those cases and build the -vf chain conditionally; omit -vf
entirely when no filters apply.
Bug #23: the SAR-to-width math used integer truncation, producing odd
or off-by-one widths (e.g. 853 instead of 854 for 32:27 at 1920), and
the guard accepted SAR 0:N which zeroed the output width. Reject
zero-numerator SARs and round to the nearest integer then mask to an
even width for AV1/H.264 mod-2 alignment.
GetMediaInfo previously only recognized mpeg2video/h264/hevc and silently
returned 0x0 with no error for other codecs (VC-1, MPEG-4 ASP, AV1,
ProRes), causing DetectMediaType to misclassify as DVD and feeding bogus
dimensions to the zscale filter. Pick the first stream with
codec_type=video and return an explicit error if none is found.
exec.Command does not invoke a shell, so the wrapping " characters
were inserted into the muxed tag value verbatim (e.g. TITLE read as
"Snatch" instead of Snatch). Use unquoted Sprintf format strings.
The previous detector substring-matched "TFF"/"BFF" against idet's own
label text, so it returned true on every source, and `cmd.Start()` was
never paired with `Wait()`, leaving a zombie ffmpeg per file.
Run idet bounded with `-frames:v 400 -an -sn -f null -` so it completes,
use CombinedOutput so the child is reaped, and parse the "Multi frame
detection" summary line — interlaced only when TFF+BFF > Progressive.
Esa Kataja