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Web server architecture and SvelteKit frontend details
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Basierend auf der SOC-Berufsklassifikation
| name | web-server |
| description | Web server architecture and SvelteKit frontend details |
| disable-model-invocation | true |
cov serve)cov serve [--port PORT] [--open] [--api] [--store [PATH]]
→ axum HTTP server on 127.0.0.1:PORT + Unix socket
→ serves embedded SvelteKit static files (rust-embed, requires "static" feature)
→ REST API (see below)
→ --api: serve API only, skip static frontend
→ --store: SQLite persistence
→ SPA fallback: unmatched routes serve index.html
covalence-serve features (all default):
static — embeds SvelteKit build output via rust-embed; disable with --no-default-features to skip static assets entirelyThe SvelteKit app uses adapter-static (pure SPA, ssr = false) so it compiles to plain HTML/JS/CSS that gets embedded into the Rust binary at compile time.
The frontend API base URL is configurable via VITE_COV_API_BASE (defaults to empty = same-origin). To host the static site separately (e.g. GitHub Pages) pointing at a remote backend:
VITE_COV_API_BASE=https://cov.example.com bun run build:web
Catalogue of every covalence-* crate — what each one wraps/provides and which layer it lives in. Consult when deciding which crate to use, where new code belongs, or how the workspace is structured.
Performance of the Metamath → HOL import (covalence-metamath + covalence-hol metalogic) — pipeline, hotspots, the bench, and the history of super-linearity fixes
How to profile and optimize covalence — flamegraphs, callgrind/cachegrind, and the scaling-first methodology for finding super-linear work
VSCode extension architecture and LSP server details
Covalence repo layout, dependency graph, and key architectural rules
Performance of the Metamath → HOL import (covalence-metamath + covalence-hol metalogic) — pipeline, hotspots, the bench, and the history of super-linearity fixes