- Add POST /api/projects/{project_id}/nrl/{location_id}/upload-data endpoint
accepting a ZIP or multi-file select of .rnd/.rnh files from an SD card.
Parses .rnh metadata for session start/stop times, serial number, and store
name. Creates a MonitoringSession (no unit assignment required) and DataFile
records for each measurement file.
- Add Upload Data button and collapsible upload panel to the NRL detail Data
Files tab, with inline success/error feedback and automatic file list refresh
via HTMX after import.
- Rename RecordingSession -> MonitoringSession throughout the codebase
(models.py, projects.py, project_locations.py, scheduler.py, roster_rename.py,
main.py, init_projects_db.py, scripts/rename_unit.py). DB table renamed from
recording_sessions to monitoring_sessions; old indexes dropped and recreated.
- Update all template UI copy from Recording Sessions to Monitoring Sessions
(nrl_detail, projects/detail, session_list, schedule_oneoff, roster).
- Add backend/migrate_rename_recording_to_monitoring_sessions.py for applying
the table rename on production databases before deploying this build.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
- pair_devices.html template for device pairing interface
- SLMM device control lock prevents flooding nl43.
Fix:
- Polling intervals for SLMM.
- modem view now list
- device pairing much improved.
- various other tweaks through out UI.
- SLMM Scheduled downloads fixed.
- Added a new filtering system to the dashboard for device types and statuses.
- Implemented asynchronous SLM status synchronization to update the Emitter table.
- Updated the status snapshot endpoint to sync SLM status before generating the snapshot.
- Refactored the dashboard HTML to include filter controls and JavaScript for managing filter state.
- Improved the unit detail page to handle modem associations and cascade updates to paired devices.
- Removed redundant code related to syncing start time for measuring devices.
- Moved Jinja2 template setup to a shared configuration file (templates_config.py) for consistent usage across routers.
- Introduced timezone utilities in a new module (timezone.py) to handle UTC to local time conversions and formatting.
- Updated all relevant routers to use the new shared template configuration and timezone filters.
- Enhanced templates to utilize local time formatting for various datetime fields, improving user experience with timezone awareness.
- Updated all instances of device_type from "sound_level_meter" to "slm" across the codebase.
- Enhanced documentation to reflect the new device type standardization.
- Added migration script to convert legacy device types in the database.
- Updated relevant API endpoints, models, and frontend templates to use the new device type.
- Ensured backward compatibility by deprecating the old device type without data loss.
- Created complete frontend structure with Jinja2 templates
- Implemented three main pages: Dashboard, Fleet Roster, and Unit Detail
- Added HTMX auto-refresh for real-time updates (10s interval)
- Integrated dark/light mode toggle with localStorage persistence
- Built responsive card-based UI with sidebar navigation
- Created API endpoints for status snapshot, roster, unit details, and photos
- Added mock data service for development (emit_status_snapshot)
- Implemented tabbed interface on unit detail page (Photos, Map, History)
- Integrated Leaflet maps for unit location visualization
- Configured static file serving and photo management
- Updated requirements.txt with Jinja2 and aiofiles
- Reorganized backend structure into routers and services
- Added comprehensive FRONTEND_README.md documentation
Frontend features:
- Auto-refreshing dashboard with fleet summary and alerts
- Sortable fleet roster table (prioritizes Missing > Pending > OK)
- Unit detail view with status, deployment info, and notes
- Photo gallery with thumbnail navigation
- Interactive maps showing unit coordinates
- Consistent styling with brand colors (orange, navy, burgundy)
Ready for integration with real Series3 emitter data.
