Systems for Rust

The learning curve is steep. Compile times are slow. Fighting the borrow checker is frustrating at first.

Async Rust has a learning curve. Stack traces are confusing. Some patterns from other languages do not translate.

Less batteries-included than frameworks like Actix. Error messages can be cryptic. Some patterns require boilerplate.

Macro-heavy API differs from idiomatic Rust. The actor foundation is not always needed. Some community history caused concern.

Compile times increase with heavy use. Error messages can be confusing. Some edge cases require manual implementation.

Compile-time checking requires database connection. Migration story is simpler than some alternatives. Complex queries need understanding.

Webview inconsistencies across platforms. Rust learning curve for backend code. Younger ecosystem than Electron.

WASM ecosystem is still maturing. Debugging can be challenging. Smaller community than JavaScript frameworks.

Compile times increase with complex CLIs. Some advanced patterns require builder API. Error messages could be clearer.

Prompt only — not a shell, not Zellij. Needs a Nerd Font for the glyph set. Config is yours to keep sane.

Ecosystem younger than Electron/Tauri webviews for some plugins. Mobile story still maturing.

License is EUPL-1.2 (OSI-approved copyleft), not MIT/Apache like bat or fd — read it before you embed eza in a proprietary binary distribution. Vs bat (file *contents* pager) and yazi (full FM): eza lists directories; it is not a pager or a file manager. Feature flags and icon fonts vary by terminal.

Vs lazygit (Go TUI with huge community muscle memory): gitui is the *Rust/speed* cousin, not feature-identical and not magit. Some advanced Git flows still belong in git CLI or your IDE. Repo lives under gitui-org now — update old extrawurst bookmarks.

Vs hey (simple Go hammer), vegeta/k6 (scripted/scenarios), and curl loops: oha is the *interactive TUI load* CLI, not a full performance suite with thresholds-as-code. No browser/Web Vitals story. Point it at staging you own — load tests are still an attack if aimed at someone else.

Vs WasmEdge / Wasmer (alternate Wasm runtimes) and vs containers: Wasmtime is a Wasm runtime, not a Docker replacement for every workload. WASI/component maturity and host ABI choices still shape what you can port; not a general app platform by itself.

It links ELF binaries for Linux and other Unix-likes; it is not a drop-in for the macOS or Windows system linker. Gains are biggest on many-core machines and large debug outputs; small crates or release builds dominated by codegen will barely notice. Older GCC needs the -B libexec path trick instead of -fuse-ld=mold. Vs wild (newer Rust linker) and lld: mold is the mature, widely adopted fast default.

It is an identifier index, not a document store: it returns IDs, not documents, highlights or facets. No vector or hybrid search. MPL-2.0 is file-level copyleft if you modify Sonic itself. For rich search UX, Meilisearch or Typesense do more.

Default features do not enable TLS; you have to pick a TLS backend through SQLx features, which trips people up. The 2.0 release changed APIs, so older tutorials may not compile. Diesel is the main alternative if you prefer compile-time query checking over a dynamic query builder.

Smaller community and ecosystem than Bevy in Rust or Godot in general. The 1.0 release is recent, so tutorials and third-party assets are thinner. Mostly driven by one core developer.

Few tagged releases, and the last code change was August 2026, so updates come in bursts. It is intentionally minimal: no ECS, editor or 3D pipeline to speak of. A largely one-maintainer project.