UploadKerberosVault now checks the file size returned by os.Stat and skips uploading (without retrying) when the recording file is empty, avoiding unnecessary requests to the vault. Adds a test covering this behavior.
Update the README and RTSPS/TLS guide to describe the dedicated RTSPS CA bundle variable instead of relying on SSL_CERT_FILE. The bundle is appended to the system roots for camera RTSPS connections only, and the validation examples and env-var table are updated accordingly.
- Updated README.md to include instructions for using RTSPS camera URLs.
- Enhanced gortsplib.go to support insecure TLS configuration for self-signed certificates.
- Added unit tests for RTSPS TLS configuration in gortsplib_test.go.
Upgrade to Go 1.25, gortsplib v5, and refreshed Pion dependencies. Adapt RTSP client APIs and normalize RTP timestamps for FPS tracking, with coverage for PTS conversion.
Add paced, randomized RTP packetization with talkspurt markers and rollover-safe timestamps. Reconnect failed backchannel sessions with cancellable exponential backoff, initialize audio channels during bootstrap, and cover packetizer behavior with tests.
Remove exact duplicate IDR NALUs during normalization and drop repeated keyframes within a short timestamp window. Add normalization statistics, logging, reset handling, and coverage for deduplication behavior.
Drop stale H.264 packets until a recent keyframe arrives, with lifecycle logging and slow MoQ write diagnostics. Add focused FrameGate tests and configure the UI package registry.
Switch devcontainers to Debian Trixie for the required glibc version and add automated MoQ package tests, Agent linking, and version checks through a script and VS Code task.
Adds a dedicated MoQ build path that publishes H.264 live streams to a configurable relay, with retry handling, stream selection, Annex B framing, and Docker packaging. Standard builds retain a no-op implementation.
The upload marker now carries filename, device key, timestamp and duration alongside FPS, populated from the finalized MP4 at recording time.
Uploads propagate the new fields: legacy uploads add X-Kerberos-Storage-Duration and X-Kerberos-Storage-Timestamp headers, and resumable (tus) uploads include duration and timestamp in Upload-Metadata. setQueuedRecordingFPSHeader is renamed to setQueuedRecordingMetadataHeaders, and decoding of historical markers remains backwards compatible.
Replace plain-text FPS upload markers (named after the recording file) with JSON-encoded .metadata files via a new models.RecordingUploadMetadata type. This makes the marker format extensible for future fields beyond FPS.
Backward compatibility is preserved: cleanup, upload, and FPS-lookup code now check both the new .metadata marker and the legacy same-named marker, so recordings queued by older agents are still recognized as pending and their FPS still honored.
Instead of snapshotting the configured IP camera FPS, derive the average frame rate from the samples actually committed to the finalized MP4.
Adds MP4.AverageFPS(), backed by a SampleCount that is now incremented when a video sample is successfully written, and passes that value to queueRecordingForUpload. Validation (0 < fps <= 240, finite) moves to the numeric value, and unknown FPS still produces an empty, backwards-compatible marker.
Treat nil, zero, and negative pixel-change thresholds as the historical default of 150, removing the disabled-motion behavior and adding configuration tests.
Cédric Verstraeten