Setting data as a dictionary allows more places of code (including DASH, HLS, Services, etc) to get/set what they want by key instead of typically by index (list/tuple). Tuples or lists were typically in services because DASH and HLS stored needed data as a tuple and services did not want to interrupt or remove that data, even though it would be fine.
Re-using the same track path and file name with a different output file, is not ideal as the files contents are different and the target file name specifies what processing it had done on it, which is useful during debugging when browsing the temp directory.
If the user build Shaka-packager manually, the default name will be “packager”.
Adding it to the list will ensure that Devine detects the app in this situation.
The decrypt() call just before it would have included the map data for us, as it was needed to decrypt. Therefore, it would not need to be added again when merge_discontinuity() is called. In some cases re-adding the map data can cause playback or final merge failure.
`stopped_downloads` is capped to just 1000 objects even though I asked for 999999 downloads, so if aria2c is downloading more than 1000 URLs the count of stopped downloads will never match the count of download URLs and never stop.
How the m3u8 parser handles/groups #EXT-X to segment objects means the #EXT-X-DISCONTINUITY (`discontinuity` property) is tied to whatever segment is below it's line. Therefore, there's never a scenario where we need to merge+decrypt and the first every segment of the for loop, as there's no segments before it.
This can happen from just slightly off-spec playlists (can't blame it) but also from the OnSegmentFilter filtering out all segments before the first EXT-X-DISCONTINUITY. Common to happen when filtering out bumpers/intros.
For some reason aria2c has like 700 internal "download" structs per actual URL it was downloading, probably something to do with multiple connections/split, don't know don't care, as this way works just fine.
- Downloads are now multithreaded directly in the downloader.
- Now reuses connections instead of having to close and reopen connections for every single download.
- Progress updates are now yielded back to the caller instead of drilling down a progress callable.
- Instead of parsing download progress information in a very hacky way from the stdout stream, use aria2's RPC interface.
- Added a new utility get_free_port which is needed to choose aria2's RPC port as I do not want to use the default port in case the user is already using this port for another tool or reason. Also, to try mitigate port scanning attacks that target aria2 RPC ports.
- The config entry `aria2c.max_concurrent_downloads` is now actually used by aria2c when downloading.
- The `--max-concurrent-downloads` option and config value now defaults to `min(32,(cpu_count+4))` (usually around 16 for above average systems) instead of 5.
- Automated pproxy proxy rerouter is made via subprocess instead of trying to re-do what the pproxy entry point does for us, less code, less trouble, and was ultimately easier to implement.
rlaphoenix
Arias800