- Created VODLogo model for movies/series, separate from Logo (channels only)
- Added database migration to create vodlogo table and migrate existing VOD logos
- Implemented VODLogoViewSet with pagination, filtering (used/unused/movies/series), and bulk operations
- Built VODLogosTable component with server-side pagination matching channel logos styling
- Added VOD logos tab with on-demand loading to Logos page
- Fixed orphaned VOD content cleanup to always remove unused entries
- Removed redundant channel_assignable filtering from channel logos
I moved on to LXC install on PVE. The x-tvg-url defaults back to 9191 port whilst in reality the port is defined as :80, therefore this obviously brakes this functionality.
Check request.META.get("SERVER_PORT") before falling back to defaults. This should capture the actual server port from the request.
Use the 'regex' package instead of Python's standard 're' module for pattern
compilation in custom dummy EPG generation. This enables variable-width
lookbehind support, matching JavaScript regex behavior and removing the
fixed-width limitation of the standard library.
This fixes issues where patterns like (?<=\d{1,2}...) would fail with
"look-behind requires fixed-width pattern" errors.
This enhancement introduces a powerful custom dummy EPG system that allows users to generate EPG programs on-demand by parsing channel or stream names using configurable regex patterns.
Key Features:
- Custom Pattern Matching: Define regex patterns to extract information from channel/stream names (teams, leagues, times, dates, etc.)
- Flexible Name Source: Choose to parse either the channel name or a specific stream name (by index)
- Timezone-Aware Scheduling: Automatic DST handling using pytz timezone names (e.g., 'US/Eastern', 'Europe/London')
- Time Format Support: Parse both 12-hour (AM/PM) and 24-hour time formats
- Date Parsing: Extract dates from names with flexible month/day/year patterns
- Custom Templates: Format EPG titles and descriptions using captured groups with {placeholder} syntax
- Upcoming/Ended Customization: Define custom titles and descriptions for programs before and after scheduled events
- Live Preview: Test patterns and templates in real-time with sample input
- Smart Program Generation: Automatically creates "Upcoming" and "Ended" programs around scheduled events
Use Cases:
- Sports channels with event details in stream names (e.g., "NHL 01: Bruins VS Leafs @ 8:00PM ET")
- Movie channels with genre/title/year information
- Racing events with driver/track/series details
- Any scenario where EPG data is embedded in channel/stream naming conventions
Technical Implementation:
- Backend: Pattern matching engine with timezone conversion and program scheduling logic
- Frontend: Interactive form with validation, pattern testing, and visual group preview
- Name Source Options: Parse from channel name or selectable stream index (1-based)
- Fallback Behavior: Uses standard dummy EPG if patterns don't match
- Custom Properties: Stores all configuration in EPGSource.custom_properties JSON field
Configuration Options:
- Title Pattern: Extract primary information (required)
- Time Pattern: Extract hour/minute/AM-PM (optional)
- Date Pattern: Extract month/day/year (optional)
- Timezone: Event timezone with automatic DST support
- Program Duration: Length of generated programs in minutes
- Title Template: Format EPG title using captured groups
- Description Template: Format EPG description using captured groups
- Upcoming Title Template: Custom title for programs before event starts (optional)
- Upcoming Description Template: Custom description for programs before event starts (optional)
- Ended Title Template: Custom title for programs after event ends (optional)
- Ended Description Template: Custom description for programs after event ends (optional)
- Name Source: Channel name or stream name
- Stream Index: Which stream to use when parsing stream names (1, 2, 3, etc.)
Closes#293
Improved try_next_stream to not fail if the returned stream is the same. It will now try a different stream.
Force a client to jump ahead in the buffer if they fall to far behind.
