mix
8ce050ef7f
Initial feature-complete implementation of the v1.0 specification (phases 0-11 of `docs/implementation-plan.md`). Added: - Panel (Go, single static binary) with SQLite persistence, one-time - Domain management with per-domain DKIM (RSA-2048, generated in pure Go) and - Application (sender identity) management: SASL credentials via `sasldb2`, - Full Postfix relay config generated from env at container start: SMTPS 465, - Journal milter (pure Go, `go-milter`) recording every send to `send_log`; … (6 more in CHANGELOG) Full detail: CHANGELOG.md (0.1.0).
125 lines
3.9 KiB
Plaintext
125 lines
3.9 KiB
Plaintext
; SelfPost process supervision (spec 4).
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;
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; Start ORDER is enforced by priority=: OpenDKIM, then the panel (which opens
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; the journal-milter socket), then the Postfix wrapper — which additionally
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; blocks until both milter sockets are ready before starting Postfix.
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;
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; If any managed process exhausts its restart retries (FATAL), the crashexit
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; event listener brings the whole container down so Docker's restart policy can
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; recreate it cleanly, rather than lingering with a dead component.
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[supervisord]
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nodaemon=true
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user=root
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logfile=/dev/null
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logfile_maxbytes=0
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pidfile=/run/supervisord.pid
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loglevel=info
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; The control socket is reachable by the shared `selfpost` group so the panel
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; (running as the unprivileged `panel` user) can ask supervisord to send
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; OpenDKIM a reload signal after it rewrites the DKIM tables (spec 6.2). It is
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; still unreachable by world; only root and the two SelfPost services are in the
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; group. No HTTP auth is configured because access is gated by socket
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; permissions, not the network.
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[unix_http_server]
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file=/run/supervisor.sock
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chown=root:selfpost
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chmod=0770
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[rpcinterface:supervisor]
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supervisor.rpcinterface_factory = supervisor.rpcinterface:make_main_rpcinterface
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[supervisorctl]
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serverurl=unix:///run/supervisor.sock
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[program:opendkim]
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command=/usr/sbin/opendkim -f -x /etc/opendkim.conf
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priority=100
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autostart=true
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autorestart=true
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startretries=3
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stdout_logfile=/dev/stdout
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stdout_logfile_maxbytes=0
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stderr_logfile=/dev/stderr
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stderr_logfile_maxbytes=0
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[program:panel]
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command=/usr/local/bin/panel
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user=panel
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priority=200
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autostart=true
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autorestart=true
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startretries=3
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stdout_logfile=/dev/stdout
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stdout_logfile_maxbytes=0
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stderr_logfile=/dev/stderr
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stderr_logfile_maxbytes=0
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[program:postfix]
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command=/usr/local/bin/postfix-wrapper.sh
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priority=300
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autostart=true
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autorestart=true
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startretries=3
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stdout_logfile=/dev/stdout
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stdout_logfile_maxbytes=0
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stderr_logfile=/dev/stderr
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stderr_logfile_maxbytes=0
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; One-shot reload helper (spec 5.2, 7.2.12). The panel runs unprivileged and
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; cannot run `postfix reload` itself, and it cannot signal the Postfix master
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; directly: `postfix start-fg` forks a separate master process, so a signal to
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; the supervised foreground process never reaches it (unlike OpenDKIM, which
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; runs in the foreground as the supervised process itself). Instead the panel
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; asks supervisord — over the group-accessible control socket — to run this
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; program, which executes the canonical `postfix reload` as root. autostart is
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; off (it only runs on demand) and a fast, clean exit is expected, so it never
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; trips the crashexit listener.
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[program:postfix-reload]
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command=/usr/sbin/postfix reload
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autostart=false
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autorestart=false
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startsecs=0
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startretries=1
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exitcodes=0
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stdout_logfile=/dev/stdout
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stdout_logfile_maxbytes=0
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stderr_logfile=/dev/stderr
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stderr_logfile_maxbytes=0
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; Periodic TLS-certificate refresh (spec 5.2 p.4). Runs a daily `postfix reload`
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; so certificates the reverse-proxy renews in the read-only mount are picked up.
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; Long-running (it loops), runs as root so it can reload Postfix, and never exits
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; non-zero, so it neither trips the crashexit listener nor needs restarting.
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[program:cert-reload]
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command=/usr/local/bin/postfix-cert-reload.sh
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priority=400
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autostart=true
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autorestart=true
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startsecs=0
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stdout_logfile=/dev/stdout
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stdout_logfile_maxbytes=0
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stderr_logfile=/dev/stderr
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stderr_logfile_maxbytes=0
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; Periodic logrotate for /var/log/mail.log (spec 9, 10: daily, 7-14 files kept
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; in the image). Runs as root so logrotate can read/rotate the log; never exits
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; non-zero, so it neither trips the crashexit listener nor needs restarting.
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[program:logrotate]
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command=/usr/local/bin/logrotate-loop.sh
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priority=400
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autostart=true
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autorestart=true
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startsecs=0
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stdout_logfile=/dev/stdout
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stdout_logfile_maxbytes=0
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stderr_logfile=/dev/stderr
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stderr_logfile_maxbytes=0
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[eventlistener:crashexit]
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command=/usr/local/bin/crashexit.py
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events=PROCESS_STATE_FATAL
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stderr_logfile=/dev/stderr
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stderr_logfile_maxbytes=0
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