Of course, you can't easily extend that to other languages unless you have conjugation/declension tables. When I want to learn a word I need to be adding the base form to Anki, not the actual word said
Open source language learning only has Anki. Everything else is in an enbryonic stage.
There are so many low hanging fruits. Add-on to look up words in subtitles and add it to Anki. Luo dingo clone that's a bit less tedious (without having to write so much of your native language). Clozemaster clone (unless someone knows how to set up Anki to do this)
We're not trying to flip Republican voters. We're trying to get low-information voters to vote for us. The undecided, unaffiliated, etc. They just come out and vote based on feels.
First, I had an issue in China because of UDP QoS. The game I was playing worked, but eventually you get the connection dropped.
So I connected through Wireguard and used udp2raw to simulate a TCP connection. It worked, but eventually the IP would get banned because China bans VPNs.
So I used xtls xray to get around this, but in normal operation it wraps UDP into TCP. This means when a packet drops it gets retransmitted which causes lag in the game at the smallest amount of congestion (and China is super congested connecting outside the country)
So instead of using http 2 I upgraded to QUIC by routing through nginx. Then I could still use udp2raw since QUIC is UDP. To smooth out the packet loss I used udpspeeder. To route all packets in the client I used tproxy with iptables rules.
Now, the best part is I'm on NixOS and I used the NixOS packages and wrote it as systemd services.
If I copy my folder to another computer and update all of this software would start up and route to the correct ports/addresses automatically.
Stock buybacks are just more tax-efficient dividends. Both return value to the shareholders, but buybacks only realize the gains for the shareholders that want to sell some stock.
If they were illegal companies would issue more dividends
In large applications maybe not, but in benchmarks there can be a perfectly optimized assembly