La réécriture précédente avait remplacé « Do not expose the backend on a public non-loopback address without TLS proxying » par une formulation adossée à `ServerConfig::validate()`. Littéralement vraie, mais pas équivalente : elle troque une OBLIGATION faite à l'opérateur contre une garantie automatique qui n'existe pas. `validate()` valide une configuration, pas la réalité. Rien ne vérifie qu'un proxy est réellement devant le serveur : passer les trois drapeaux en bindant `0.0.0.0` sans aucun proxy satisfait `validate()` et sert du HTTP en clair. La phrase normative est donc rétablie, avec cette limite dite explicitement. Voir #72 : `--trust-reverse-proxy` n'a par ailleurs aucun effet à l'exécution. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
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IdeA Server/Client Remote Deployment
idea --serve serves the web UI and the API from the same origin. The frontend
build must be available as a web root containing index.html.
Local Development
The web build must be produced with the http transport, otherwise the
served dist/ is a desktop (Tauri) build that fails in a plain browser with
window.__TAURI_INTERNALS__ is undefined. The frontend uses npm, not pnpm:
cd frontend && VITE_TRANSPORT=http npx vite build && cd ..
idea --serve --web-root frontend/dist --app-data-dir "$HOME/.local/share/app.idea.ide"
The default local listener is 127.0.0.1:17373. Loopback development may use
plain HTTP; the session cookie is still HttpOnly and SameSite=Strict.
App data directory (must match the desktop app)
idea --serve reads/writes the same on-disk data as the desktop app
(projects, profiles, templates). It resolves the app-data directory in this
order:
--app-data-dir PATHIDEA_APP_DATA_DIR- platform default for the Tauri identifier
app.idea.ide($XDG_DATA_HOME/app.idea.ide, else$HOME/.local/share/app.idea.ide)
The resolved path is printed at startup (idea --serve: app data dir = …).
Do not run the desktop app and
idea --serveon the same app-data directory at the same time. There is no inter-process lock yet, so two concurrent writers can corrupt state. Close the desktop app while serving.
Packaged Artifact
The release artifact is still a single IdeA binary/AppImage. Packaging must copy
the frontend build output (frontend/dist) into the packaged web/ resource
next to the binary. idea --serve resolves assets in this order:
--web-root PATHIDEA_WEB_ROOT- packaged
web/, then packagedfrontend/dist/ - development fallback
frontend/distrelative to the current directory
If no index.html is found, the server refuses to start.
Remote HTTPS
Public exposure requires a reverse proxy that terminates HTTPS:
idea --serve \
--listen 127.0.0.1:17373 \
--allow-remote \
--public-origin https://idea.example.com \
--trust-reverse-proxy
This example is for a reverse proxy running on the same machine as the server.
If the proxy runs on another machine, bind an address reachable by that proxy,
for example --listen 192.168.1.75:17373, and point the proxy upstream to that
address and port. The link from proxy to server is still plain HTTP on the LAN;
only the public access is HTTPS.
For any non-loopback bind, keep the full remote HTTPS configuration:
--allow-remote, --public-origin https://..., and --trust-reverse-proxy.
ServerConfig::validate() rejects a non-loopback bind without it.
That check covers the configuration, not reality: it cannot verify that a proxy
is actually terminating HTTPS in front of the server. Do not expose the backend
on a public non-loopback address without TLS proxying.
The proxy must forward the same origin for the SPA, /api/*, and /api/ws.
--public-origin is matched by strict equality against the request Origin:
open the UI through the configured domain, not through the server IP, otherwise
API calls are rejected with 403.
With a LAN bind, also check the host firewall. If the server is reachable from
the local machine but times out from every other host, open the port for the LAN
subnet or, preferably, only for the proxy IP. Avoid opening it broadly: the
server does not provide its own TLS.
Secrets must never be placed in URLs; pairing uses POST /api/pair and then an
HttpOnly, Secure, SameSite=Strict session cookie.