So, a few days of trying out #Zed instead of #VisualStudioCode:
- God it's fast, but I guess that's to be expected when you have a native rust build.
- Not as many extensions, but many things I used to need an extension for are just... built in.
- AI stuff fully disappears when turned off.
- Rust support is very good.
- Haven't written go with it yet, so cant' say how it works there.
- Inline error display is nice.
- Can't use it to debug my code (yet) which is a feature I loved in VSCode.
So far... quite a nice experience, and when they add debugging support, it'll be fully an upgrade for me.
– In case someone’s interested I’m happy to explain how to set this up. 
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It very much reminds me of Lua.![A syntax-highlighted source file in Mewlix. The code reads:
~( ^.x.^)>
Deadfish interpreter in Mewlix.
Uses an interactive shell, in a similar way to the original interpreter.
<(^.x.^ )~
-- Deadfish commands
mew fishes!!!! = 📦 [
i: 🐈 (bowl) -> bowl + 1,
d: 🐈 (bowl) -> bowl - 1,
s: 🐈 (bowl) -> bowl ^ 2,
o: 🐈 (bowl) -> (meow bowl) and bowl,
]
-- "Make sure x is not greater then [sic] 256"
mew clean_bowl = 🐈 (bowl) -> 0 if bowl == -1 or bowl == 256 else bowl
-- Interpreter callback
🐱 create_deadfish_eater()
mew bowl = 0
🐱 eat_deadfish(can)
chase after fish in can
pounce when fish in fishes
bowl = do clean_bowl <- bowl |> fishes[fish]
~meow
~meow
~meow
bring eat_deadfish
~meow
-- Run the interpreter on user input
takes std.console
do console.name <- "deadfish"
do console.run <- do create_deadfish_eater](https://media.hachyderm.io/media_attachments/files/113/977/422/035/823/669/original/8384a91b9b22a72f.png "A syntax-highlighted source file in Mewlix. The code reads:
~( ^.x.^)>
Deadfish interpreter in Mewlix.
Uses an interactive shell, in a similar way to the original interpreter.
<(^.x.^ )~
-- Deadfish commands
mew fishes!!!! = 📦 [
i: 🐈 (bowl) -> bowl + 1,
d: 🐈 (bowl) -> bowl - 1,
s: 🐈 (bowl) -> bowl ^ 2,
o: 🐈 (bowl) -> (meow bowl) and bowl,
]
-- \"Make sure x is not greater then [sic] 256\"
mew clean_bowl = 🐈 (bowl) -> 0 if bowl == -1 or bowl == 256 else bowl
-- Interpreter callback
🐱 create_deadfish_eater()
mew bowl = 0
🐱 eat_deadfish(can)
chase after fish in can
pounce when fish in fishes
bowl = do clean_bowl <- bowl |> fishes[fish]
~meow
~meow
~meow
bring eat_deadfish
~meow
-- Run the interpreter on user input
takes std.console
do console.name <- \"deadfish\"
do console.run <- do create_deadfish_eater")
