# $Id: mailscanner-mrtg.thresholds,v 1.4 2005/07/07 17:24:31 kevinspicer Exp $

# This file contains the threseholds used by MailScanner-MRTG to determine
# the alert status associated with each service measured.
# The states are....
#     Critical Low
#     Warning Low
#     Normal
#     Warning High
#     Critical High
# You can specify thresholds for entering and leaving each of the non-normal
# states.  These thresholds are...
#
#     enter_critical_low
#     leave_critical_low
#     enter_warning_low
#     leave_warning_low
#     leave_warning_high
#     enter_warning_high
#     leave_critical_high
#     enter_critical_high
#
# Any state without an 'enter' threshold is taken not to be defined 
# If the 'leave' threshold is omitted it will by default be the same as the 
# 'enter' threshold  [the 'leave' thresholds serve as a mechanism to avoid
# flapping between two states].
# NOTE: Each threshold must have a value greater than the previous 
# thresold in the list above, however 'leave' thresholds may be equal to 'enter'
# thresholds.  This is summarised as follows...
#
#     leave_critical_low >= enter_critical_low
#     enter_warning_low > leave_critical_low
#     leave_warning_low >= enter_warning_low
#     leave_warning_high > leave_warning_low
#     enter_warning_high >= leave_warning_high
#     leave_critical_high > enter_warning_high
#     enter_critical_high >= leave_critical_high
#
mail-messages {
    # Count of messages as displayed on the 'Mail Relayed' graph
    enter_critical_low = 
    leave_critical_low = 
    enter_warning_low = 
    leave_warning_low = 
    leave_warning_high = 
    enter_warning_high = 
    leave_critical_high = 
    enter_critical_high = 
}

mail-recipients {
    # Count of recipients as displayed on the 'Mail Relayed' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}
spam-total {
    # Count of total spams as displayed on the 'Spam Identified' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

spam-mta {
    # Count of spam blocked by MTA as displayed on the 'Spam Identified' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

virus-infected {
    # Count of 'infected mail' (blocked because of attachment rules, viruses
	# etc) as shown on the 'Viruses & Blocked Content' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

virus-virus {
    # Count of viruses detected as shown on tge 'Viruses & Blocked Content' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

mta {
    # Count of mta processes from the 'MTA processes' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

mailscanner {
    # Count of mailscanner processes from the 'Copies of MailScanner' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

mailbytes {
    # kbytes of mail from the 'Bytes of Mail' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high = 
    enter_critical_high = 
}

memory-excache {
    # Memory usage in Meg excluding cache from 'Memory' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high = 
    enter_warning_high = 
    leave_critical_high = 
    enter_critical_high = 
}

memory-incache {
    # Memory usage in Meg including cache from 'Memory' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

inqueue {
    # Count of files in incoming queue from 'Files in Incoming Queue' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

outqueue {
    # Count of files in outgoing queue from 'Files in Outgoing Queue' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

quarantine-files {
    # Count of files in quarantine from 'Files/Messages in Quarantine' graph 
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

quarantine-messages {
    # Count of messages in quarantine from 'Files/Messages in Quarantine' graph 
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

loadavg {
    # Load average from 'Load Average' graph NB: This is actual load average
	# NOT load average x 100 as shown on the graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

cpu-total {
    # Total CPU usage from 'CPU Utilization' graph
	# NB Percentage! must be between 0-100!
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

cpu-user {
    # CPU Utilization by user processes from 'CPU Utilization' graph
	# NB Percentage! must be between 0-100!
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

iptraffic-in {
    # Incoming network traffic from 'Server Network Traffic' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

iptraffic-out {
    # Outgoing network traffic from 'Server Network Traffic' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

spoolusage {
    # Space used on the filesystem containing the mail spool 
	# from 'Space Used in Spool Filesystem' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

tmpfsusage {
    # Space used on the filesystem containing the MailScanner Word Directory 
	# from 'Space Used in Work Filesystem' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

rootusage {
    # Space used on the root filesystem 
	# from 'Space Used in /' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

spamratio-total {
    # Percentage of mail submitted recognised as spam from 'Spam Ratio' graph
	# NB Percentage! must be between 0-100!
    enter_critical_low = 
    leave_critical_low = 
    enter_warning_low = 
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

spamratio-mta {
    # Percentage of mail submitted blocked by MTA rules from 'Spam Ratio' graph
	# NB Percentage! must be between 0-100!
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

virusratio-infected {
    # Percentage of mail failing content checks from 'Virus Ratio' graph
	# NB Percentage! must be between 0-100!
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

virusratio-virus {
    # Percentage of containing a virus from 'Virus Ratio' graph
	# NB Percentage! must be between 0-100!
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

batchsize {
    # Average number of messages per batch from 'Messages per Batch' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

speed-total {
    # Average speed in Bytes per second to process each batch
	# from 'Processing Speed' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}

speed-spamchecks {
    # Average speed in Bytes per second to process spam checks for each batch
	# from 'Processing Speed' graph
    enter_critical_low =
    leave_critical_low =
    enter_warning_low =
    leave_warning_low =
    leave_warning_high =
    enter_warning_high =
    leave_critical_high =
    enter_critical_high =
}