# /etc/openupsd.conf -- openupsd configuration file
# Hacked up by Fred Barnes, 2003

# LOG <filename|SYSLOG>
# where messages are sent (about anything interesting).  either a file-name (appended) or SYSLOG
LOG SYSLOG

# PIDFILE <filename>
# where the running process's PID should be written
#PIDFILE /var/run/openupsd.pid

# syntax: DEVICE <name> <serial-port> <baud rate>-<data bits>-<parity>-<stop bits> <inter-poll time>
# sets the serial device, device options and inter-poll time for serial devices (can have >1)
# <name> is just some generic name that is used to identify each device.  Names must be defined
# before they can be referred to (including network devices)

DEVICE UPS1 /dev/ttyS0 2400-8-N-1 20
#DEVICE UPS2 /dev/ttyS1 2400-8-N-1 20        yeah, I wish ;)

# NETCLIENT TCP <name> <remote-host>:<port> [RETRY time]
#
NETCLIENT TCP UPSremote 192.168.1.1:401 RETRY 10


# OUTPUT <name> <filename>
# where the data goes (not generated if not present)
# Note: using the same file for >1 device will probably not do what you want
OUTPUT UPS1 /tmp/openupsd
OUTPUT UPSremote /tmp/openupsd.1

# generally, <name> can be * for all, or a comma-seperated list of names
# where * is specified, all DEVICEs currently known are used for output

# TRIGGER defines a new trigger condition
# general syntax: TRIGGER <name> "<field>" <cmp> <rhs>
# where <field> is one of the output field names, cmp is one of the relational operators =, !=, <, <=, > or >=
# the <rhs> depends on what the <field> is.  for numeric fields, it's obvious..
# for the (single) string field "model", = and != may be used with <rhs> as a quoted string
# for status fields, = and != may be used with <rhs> as a quoted string containing status strings meaning "these set" or "these not set"

TRIGGER POWERFAIL "status-field" = "on-battery"
TRIGGER POWERRESTORE "status-field" != "on-battery"

# INVALIDATE determines what alarms should be invalidated when another one goes off.
# syntax is: INVALIDATE <this> WHEN <that>
# where <this> and <that> are triggers already defined with TRIGGER

INVALIDATE POWERFAIL WHEN POWERRESTORE
INVALIDATE POWERRESTORE WHEN POWERFAIL

TRIGGER OVERLOAD "status-field" = "overload"
TRIGGER NOOVERLOAD "status-field" != "overload"
INVALIDATE OVERLOAD WHEN NOOVERLOAD
INVALIDATE NOOVERLOAD WHEN OVERLOAD

TRIGGER OVERLOAD1 "output-load" > 90
TRIGGER NOOVERLOAD1 "output-load" < 85
INVALIDATE OVERLOAD1 WHEN NOOVERLOAD1
INVALIDATE NOOVERLOAD1 WHEN OVERLOAD1

TRIGGER LOWMAINS "input-voltage" < 230
TRIGGER NOLOWMAINS "input-voltage" >= 230
TRIGGER HIGHMAINS "input-voltage" > 240
TRIGGER NOHIGHMAINS "input-voltage" <= 240
INVALIDATE LOWMAINS WHEN NOLOWMAINS
INVALIDATE NOLOWMAINS WHEN LOWMAINS
INVALIDATE HIGHMAINS WHEN NOHIGHMAINS
INVALIDATE NOHIGHMAINS WHEN HIGHMAINS
INVALIDATE LOWMAINS WHEN HIGHMAINS
INVALIDATE HIGHMAINS WHEN LOWMAINS


# ALARM sets up an action to be performed when something changes.
# general syntax is: ALARM <name> <trigger> [INITIAL] [AFTER delay] <action>
# supported <trigger>s are:
#	POWERFAIL	- switched to battery for whatever reason
#	POWERRESTORE	- switched to mains supply
#	OVERLOAD	- gone into overload
#	NOOVERLOAD	- no longer overloaded
#
# the INITIAL flag causes the alarm to be generated if the device exhibits the
# alarm state when the software is started.  Otherwise alarms are only generated
# based on state change.  Whether you want this or not will probably depend on
# local configuration.
#
ALARM * POWERFAIL INITIAL LOG
ALARM * POWERRESTORE INITIAL LOG
ALARM * OVERLOAD INITIAL LOG
ALARM * NOOVERLOAD INITIAL LOG
ALARM * OVERLOAD1 INITIAL LOG
ALARM * NOOVERLOAD1 INITIAL LOG
ALARM * HIGHMAINS INITIAL LOG
ALARM * LOWMAINS INITIAL LOG

# after 3 minutes, it's serious..
ALARM * POWERFAIL AFTER 180 EXEC /etc/openupsd/powerfailing.sh

# if the power has been gone for 5 mins begin shutdown
ALARM * POWERFAIL INITIAL AFTER 300 EXEC /etc/openupsd/powerdown.sh

# tell user when something load is high
ALARM * OVERLOAD1 EXEC /etc/openupsd/loadhigh.sh
ALARM * NOOVERLOAD1 EXEC /etc/openupsd/loadlow.sh

# NETSERVER TCP <name> <listen-address|*>:<port> [ALLOW <network/mask> [ALLOW ...]] [DENY <network/mask> [DENY ...]]
# allow connections from remote clients, to whom we'll send UPS data
# WIBNI: NETSERVER BROADCAST <name> 192.168.1.255 SSL teddy.pond.net

NETSERVER TCP * 192.168.1.1:401 ALLOW 192.168.1.0/24 DENY 192.168.1.222/32
#NETSERVER TCP * *:23959