165 lines
11 KiB
Markdown
165 lines
11 KiB
Markdown
# Installation, updates and first start
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Use maintained packages whenever possible. For custom installations, use the scripts included with this source version; do not combine parts of different releases.
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## Supported entry points
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| Installation | Recommended starting point |
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|---|---|
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| Linux DEB/RPM | https://rustproxy.linuxiarz.pl/ |
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| OPNsense plugin | https://rustproxy-opn.linuxiarz.pl/ |
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| Debian 13+ source bootstrap | `install-debian13.sh` from the project repository |
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| Manual Linux/systemd install | Compile the application; use `install.sh` and `update.sh` |
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| OCI container | Included `Dockerfile`; see [Container](CONTAINER.md) |
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Package/plugin instructions and maintenance policies are maintained separately from the source archive.
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## Debian 13+ source bootstrap
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Review the remote script before execution. On a managed installation, `auto` selects install or update from `/opt/rustproxy/install.json`.
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```bash
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# Initial install or existing managed update
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wget -qO- https://git.linuxiarz.pl/gru/RustProxy/raw/branch/master/install-debian13.sh | bash
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# Explicit managed update
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wget -qO- https://git.linuxiarz.pl/gru/RustProxy/raw/branch/master/install-debian13.sh | bash -s -- update
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```
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The script installs dependencies, builds with `cargo build --release --locked` as an unprivileged build user, then uses the local deployment scripts. Run it only on Debian 13+ and with access to its required repositories. Installing from a moving `master` branch does **not** pin a specific audited release; use a reviewed commit when reproducibility matters.
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## Build from the source
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The current `Cargo.toml` declares **Rust 1.99 minimum**, with a `stable` toolchain in `rust-toolchain.toml`. Use Cargo, a C compiler/linker, Bash and Python 3 (Python 3.11+ is advisable for project checks). Run as a normal build user:
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```bash
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bash dev.sh doctor
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bash dev.sh check
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bash dev.sh test
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bash dev.sh release
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```
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`dev.sh release` builds the application; it is not equivalent to a successful production rollout. Cargo dependencies and Swagger assets must be available to the build environment. An example systemd unit is in `deploy/`.
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For a first Linux/systemd installation:
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```bash
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bash install.sh --plan --binary target/release/rust-proxy
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sudo bash install.sh --binary target/release/rust-proxy
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```
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Use `--plan` to inspect changes first. The installer refuses existing unmanaged/nonempty state rather than overwriting it. Common options include `--prefix`, `--data-dir`, `--http`, `--https`, `--no-https`, `--admin`, `--allow-remote-admin` and `--no-start` (see `install.sh --help`).
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## Defaults and administrator setup
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For the standard managed Linux installation:
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| Item | Default |
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| HTTP frontend | `0.0.0.0:80` |
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| HTTPS frontend | `0.0.0.0:443` with an initially self-signed certificate |
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| Administration | `127.0.0.1:9090`, HTTP on loopback |
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| Installation | `/opt/rustproxy/current/` |
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| Private data | `/var/lib/rustproxy` |
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| Service account | `rustproxy` |
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The first installation has no predefined administrator and no application Vhosts. Obtain the one-time setup token locally:
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```bash
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sudo -u rustproxy /opt/rustproxy/current/rust-proxy \
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--data-dir /var/lib/rustproxy admin setup-token
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```
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Use the setup page, or initialize the account interactively using `admin init`. To access loopback administration from another machine, tunnel over SSH:
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```bash
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ssh -L 9090:127.0.0.1:9090 operator@server
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```
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Then visit `http://127.0.0.1:9090` on your workstation. For a directly reachable administration listener, configure **Settings → Administration → HTTPS** and a suitable certificate, restrict the network, save and restart. Do not publish unauthenticated or plain-HTTP administration over the Internet. Public frontend HTTPS and administration HTTPS are separate.
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### Listeners and networking
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- Assign a trusted public certificate to the relevant hosts before exposing them.
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- Configure DNS to reach the intended public listener; check IPv4/IPv6 and firewall rules.
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- HTTP/3 needs UDP on the HTTPS port as well as TCP for normal HTTPS.
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- Listener bindings supplied explicitly via service arguments/systemd are locked against panel changes. Network bind, administration TLS and some monitoring changes take effect after a restart.
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- Ports below 1024 need the appropriate OS privileges/capability; use the installed service model rather than running the whole application as root.
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## Optional systemd JSON configuration
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This is **optional**. Without `--config`, RustProxy keeps its active configuration in `/var/lib/rustproxy/config.sqlite3` (SQLite). With `--config`, panel/API saves and history restores write `/etc/rustproxy/config.json` atomically; SQLite still contains history, administrator state and audit entries. In **Settings → Manual config** you can see which mode and path are active.
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1. First export your existing, validated **full configuration** (do not start with `{}` on an established host). On the running instance with administration reachable at `127.0.0.1:9090`, use a privileged shell with `set -o pipefail`:
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```bash
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sudo install -d -o root -g root -m 0700 /etc/rustproxy
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sudo install -o root -g root -m 0600 /dev/null /etc/rustproxy/config.json
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sudo -u rustproxy /usr/bin/rust-proxy --data-dir /var/lib/rustproxy \
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--admin-listen 127.0.0.1:9090 config get | sudo tee /etc/rustproxy/config.json >/dev/null
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```
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If the installed binary is at `/opt/rustproxy/current/rust-proxy`, use that path in **both** commands and the override. The export requires an existing initialized administrator. You may instead use **Settings → Manual config → Export JSON**, then install that file securely with `sudo install -o root -g root -m 0600 exported.json /etc/rustproxy/config.json`.
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2. Keep the directory and initial file owned by `root`, allow only the RustProxy service identity through **named POSIX ACLs** (install the `acl` package first, e.g. `sudo apt-get install acl` on Debian, to obtain `setfacl`/`getfacl`). The directory needs `rwx` for atomic create/rename; the original JSON needs `rw` for startup and backup tools. `root` retains ownership until the first atomic panel save, after which the new `0600` file is normally owned by `rustproxy`:
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```bash
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sudo chown root:root /etc/rustproxy /etc/rustproxy/config.json
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sudo chmod 0700 /etc/rustproxy
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sudo chmod 0600 /etc/rustproxy/config.json
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sudo setfacl -m u:rustproxy:rwx /etc/rustproxy
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sudo setfacl -m u:rustproxy:rw- /etc/rustproxy/config.json
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sudo getfacl /etc/rustproxy /etc/rustproxy/config.json
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sudo -u rustproxy test -r /etc/rustproxy/config.json
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sudo -u rustproxy test -w /etc/rustproxy
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```
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Never make `/etc/rustproxy` world-writable. RustProxy checks that `--config` is an existing absolute **regular non-symlink** file. The parent directory must be on a filesystem that supports atomic rename. Restoring a file as root may require reapplying its named ACL; atomic saves generate a new owner-only `0600` file.
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3. Edit the systemd drop-in with `sudo systemctl edit rustproxy` and add the following example (the binary path must match your installation):
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```ini
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[Service]
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ExecStart=
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ExecStart=/usr/bin/rust-proxy --data-dir /var/lib/rustproxy --admin-listen 0.0.0.0:9090 serve --proxy-listen 0.0.0.0:80 --tls-listen 0.0.0.0:443 --allow-remote-admin --config /etc/rustproxy/config.json
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ReadWritePaths=/etc/rustproxy
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```
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`ReadWritePaths=` is needed when the unit has `ProtectSystem=strict`; it does **not** grant Unix file permissions, hence the ACLs above. An existing `ExecReload` can remain; it reloads through the local control API. Keep the existing unit's sandboxing, state/log writable paths, network capabilities and runtime user. Do not expose the example's `0.0.0.0:9090` admin listener over plaintext on an untrusted network: enable administration HTTPS and strict network controls first, or use the safer `127.0.0.1:9090` binding without `--allow-remote-admin`.
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4. Verify and restart during a maintenance window:
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```bash
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sudo systemctl daemon-reload
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sudo systemctl cat rustproxy
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sudo systemd-analyze verify rustproxy.service
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sudo systemctl restart rustproxy
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sudo systemctl status rustproxy
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sudo journalctl -u rustproxy -n 60 --no-pager
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```
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Confirm in **Settings → Manual config** that the source is **JSON file** and the path is `/etc/rustproxy/config.json`. Save a harmless edit and confirm that the file is rewritten and readable by `rustproxy`; check that a revision appears in SQLite. To import a deliberate external file edit without restarting, run `sudo systemctl reload rustproxy` (if the unit has `ExecReload`) or `rust-proxy --data-dir /var/lib/rustproxy --admin-listen 127.0.0.1:9090 config reload`. The file is not watched automatically. An incompatible external edit must fail validation rather than silently overwrite the live configuration.
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For the alternate environment-variable method, set `RUST_PROXY_CONFIG=/etc/rustproxy/config.json` in the service's protected EnvironmentFile. Do not set **both** unrelated config paths. See [Configuration](CONFIGURATION.md) and the [deployment example](../deploy/README.md).
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## Managed update
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Test the new build first. Then execute:
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```bash
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bash update.sh --plan --binary target/release/rust-proxy
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sudo bash update.sh --binary target/release/rust-proxy
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```
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Managed updates preserve the saved configuration, create a private backup, switch releases and attempt rollback on failed startup/health checks. **They interrupt traffic and are not a substitute for a separate off-host backup.** Keep your backup password and test a restore on a separate installation. Source-tree/unmanaged migrations require the dedicated stopped upgrade path: see [Migration](MIGRATION.md).
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## ACME prerequisites
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The managed certificate service can create a private Python/Certbot environment in the data directory; a usable system Certbot may be used as fallback. DNS-01 providers need credentials and appropriate permissions. HTTP-01 needs incoming public TCP `80`. On systems without an available Python/Certbot runtime, PEM import and external certificate references can still be used. See [Certificates](ACME_PROVIDERS.md).
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## After installation
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Verify `systemctl status rustproxy` and `journalctl -u rustproxy` (managed systemd), the panel login, frontend certificates, first Vhost, real backend response, access policies, optional QUIC, current logs and a full backup/restore test. For error diagnosis, consult [Troubleshooting](TROUBLESHOOTING.md).
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**Release verification:** RustProxy 0.34.2 is a source package; complete a Rust 1.99+ build and target-platform HTTP/systemd/security acceptance tests before Internet-facing production use.
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