To me, the coolest is sqlx. It uses macros to do static type checking on plain SQL statements. It verifies types of bound parameters as well as results. It's async, which plays nicely with the leading web frameworks, etc.
LBJ's home office in Texas was preserved, and is still on display as-is to this day. On the couch is a pillow embroidered "This is my ranch, and I do as I damn please!"
The emacs support is great. I use emacs 'racer' and 'lsp' packages full time for development.
There are two popular emacs packages for rust-analyzer: lsp[0] and eglot[1]. lsp (language server protocol) package is the default for racer. Eglot has far more features and is correspondingly resource hungry.
Detailed type information has a super helpful impact on my ability to review Rust code in general. I find reviewing rust code much more productive when I can see what owns a variable, how long it lives, and how it's being used (immutable vs mutable). So yea, lsp or eglot. Super helpful.
Cool. It would be interesting to compare benchmarks the RPC latency under heavy load for pb-jelly compared to other RPC methods.
Rust has such great support for performant zero copy serialization and de-serialization in various formats (bincode, message pack, cbor, bson). Seeing this for protobuf feels very encouraging.
The antibody fits the spike protein like a lock and key. They key might fit other locks in humans with varying degrees of fit, on other cells in the body.
There are two such lock-and-keys on the antibody, the other key fits the immune system cells, that start a cascade that amplifies the immune response.
Even if it is a weak fit for an unintended target, the response can be an issue.
The performance and stability improvements in rust-analyzer over the last six months have been remarkable. Kudos to matklad and the whole team behind this. I'm using it full time now.
If NSO group develops exploits, why would they have early access?