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https://github.com/troglobit/finit.git
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Joachim Wiberg
ddaef0600f
This is what 'initctl create' and 'initctl edit -c' put in front of a user writing their first .conf file, so it is also the whole of the "initctl emits the new format" work: neither command generates syntax, they copy this file and open an editor on it. The ASCII diagram naming eight positional fields goes with it. A block has no positions to explain. Signed-off-by: Joachim Wiberg <troglobit@gmail.com>
89 lines
2.9 KiB
Plaintext
89 lines
2.9 KiB
Plaintext
# sample.conf: template run/task/service stanza for finit
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#
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# A .conf file is a series of blocks. Every setting is a key inside
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# one, so nothing has to be memorised by position:
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#
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# service NAME {
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# description = "What it is"
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# runlevel = "2345" # default: 234
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# conditions = { "net/lo/up" } # wait for these
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# envfile = "-/etc/default/daemon"
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# command = "/usr/sbin/daemon ARGS"
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# }
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#
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# A leading '-' on a path means carry on if it is missing, so the
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# envfile above is optional. Debian and Buildroot keep those files in
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# /etc/default, Alpine in /etc/conf.d.
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#
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# There are four kinds of stanza:
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#
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# - run : one-shot, wait for it before continuing with the next
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# - task : one-shot, started in parallel with the next
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# - service : supervised daemon, run in foreground, restarted if it crashes
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# - sysv : /etc/init.d style script, start/stop/restart
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#
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# The top-level cgroups can be defined anywhere, but share the same
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# namespace. It is up to the user to ensure groups are defined only
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# once, otherwise the last read .conf wins:
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#
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# cgroup NAME {
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# cpu.weight = 1000
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# memory.max = 65M
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# }
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#
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# A service joins one by naming it, and may override settings for
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# itself alone. Here foo and bar share the group foo, baz has its own:
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#
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# service foo { cgroup foo {} command = "foo args" }
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# service bar { cgroup foo { cpu.weight = 150 } command = "bar args" }
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# service baz { cgroup baz { cpu.weight = 300 } command = "baz args" }
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# Debian GNU/Linux: start SSH daemon as soon as basic networking comes up
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#service sshd {
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# description = "OpenSSH daemon"
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# runlevel = "2345"
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# conditions = { "net/lo/up" }
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# envfile = "-/etc/default/ssh"
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# command = "/usr/sbin/sshd -D $SSHD_OPTS"
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#}
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# Alpine Linux: Oneshot task to run once at bootstrap, yes pipes are possible :)
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#run kmap {
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# description = "Loading keymap"
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# runlevel = "S"
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# envfile = "/etc/conf.d/loadkmap"
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# command = "zcat $KEYMAP | loadkmap"
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#}
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# Alpine Linux: start SSH daemon with $DROPBEAR_OPTS from /etc/conf.d
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#service dropbear {
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# description = "Dropbear SSH daemon"
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# runlevel = "2345"
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# envfile = "-/etc/conf.d/dropbear"
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# cgroup user {}
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# command = "dropbear -R -F $DROPBEAR_OPTS"
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#}
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# Handle PWR button to shutdown/reboot -- useful in Qemu (virt-manager)
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# Depends on syslogd having started. Redirect any output to the log.
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#service acpid {
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# description = "ACPI daemon"
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# runlevel = "2345"
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# conditions = { "pid/syslogd" }
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# cgroup system {
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# memory.max = 32M
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# cpu.max = 1000
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# }
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# log { }
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# command = "acpid -f"
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#}
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# Start rsyslogd as soon as possible, should always run
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# Provides pid/syslogd condition
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#service syslogd {
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# description = "Reliable syslog daemon"
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# runlevel = "S12345"
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# envfile = "-/etc/default/rsyslog"
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# command = "rsyslogd -n $RSYSLOGD_OPTIONS"
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#}
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