I too found out only recently this way to debug the app (as of: ), which helps immensely. I believe I have an issue that is Arch-related and not upstream related I do also have life stuff, packaging is a free-time activity.
That sometimes the package will fail to build because of outdated upstreamĪnd updated dependency, which will require me some time to test and solve
You are free to report issues regarding the packaging here! Please read all the info of this message as they include quite some information. ( net-tools-debian-ifconfig, net-tools-git) (optional) – vpn.ht client
( git-vfs, git-run-command-patch-git, git-git) (make) ( neuropol-ttf, ttf-noto-fonts-ib, ttf-win7-fonts, ttf-ms-win8, ttf-ms-win8-arabic, ttf-ms-win8-hebrew, ttf-ms-win8-sea, ttf-ms-win8-indic, ttf-ms-win8-japanese, ttf-ms-win8-korean, ttf-ms-win8-zh_cn, ttf-ms-win8-zh_tw, ttf-ms-win8-thai, ttf-ms-win8-other, ttf-noto-fonts-simple, ttf-kids, ttf-gabriola, ttf-liberation-sans-narrow, ttf-cavafy-script, ttf-ms-fonts, ttf-dejavu-ib, ttf-zelda, ttf-oxygen, ttf-oxygen-gf, ttf-share-gf, ttf-gost, otf-inconsolata-dz, ttf-d2coding, ttf-ibm-plex-mono-git, ttf-dejavu-emojiless, ttf-agave, ttf-caracteres, ttf-cuprum, ttf-autour-one, ttf-impallari-milonga, ttf-impallari-miltonian, ttf-clarity-city, ttf-paratype, ttf-segoewp, ttf-karla, ttf-ms-win10, ttf-ms-win10-japanese, ttf-ms-win10-korean, ttf-ms-win10-sea, ttf-ms-win10-thai, ttf-ms-win10-zh_cn, ttf-ms-win10-zh_tw, ttf-ms-win10-other, ttf-win10, ttf-droid-simple, ttf-ms-win11, ttf-ms-win11-japanese, ttf-ms-win11-korean, ttf-ms-win11-sea, ttf-ms-win11-thai, ttf-ms-win11-zh_cn, ttf-ms-win11-zh_tw, ttf-ms-win11-other, ttf-ms-win10-auto, ttf-ms-win11-auto, ttf-ms-win10-cdn, noto-fonts-variable-lite, ttf-bmono, ttf-plemoljp, noto-fonts-lite, ttf-literation, ttf-pt-astra-fact, ttf-weblysleekui, ttf-xo-fonts, ttf-pt-astra-sans, ttf-pt-astra-serif, ttf-pt-sans, ttf-pt-serif, ttf-pt-mono, ttf-pt-root_ui, nerd-fonts-dejavu-complete, gnu-free-fonts, noto-fonts, ttf-bitstream-vera, ttf-croscore, ttf-dejavu, ttf-droid, ttf-ibm-plex, ttf-liberation)
This could be mitigated by using excess bandwidth beyond that needed for streaming to download rare chunks, and ensuring that the streaming application keeps seeding for a while after the video has been watched.( gtk3-git, gtk3-typeahead, gtk3-patched-filechooser-icon-view, gtk3-no_deadkeys_underline, gtk3-classic, gtk3-classic-noatk-64, gtk3-ubuntu) > On a small swarm this behavior can lead to pieces drop to the 0 availability because some peers concentrate on the first few files while the last peer/seed that has the rare piece in one of the later file quits after doing his fair share, but he only uploaded data for the first few files because the prioritizing peers were interested in those only. Why does it need to be mutually beneficial? The peers should "pay it forward" by uploading to younger peers, even if the ones they downloaded from are not benefitting. The older peers have already completed the first few files and thus aren't interested in younger peers who currently download the first file exclusively, thus no mutually beneficial relationship can be established between different "generations" of prioritizing peers, effectively splitting the swarm into sparsely connected sets.