On startup, k2ew reads the configuration file named on the command line. Commands in this file set all the parameters used for configuring the Earthworm k2ew module. In the control file, lines may begin with a valid k2ew command (listed below) or with one of 2 special characters:
Command names must be typed in the control file exactly as shown in this document (upper/lower case matters!). Blank lines are also permitted in the control file.# marks the line as a comment (example: # This is a comment).
@ allows control files to be nested; one control file can be accessed from another with the command "@" followed by a string representing the path name of the next control file (example: @model.d).
Below are the commands recognized by k2ew, grouped by the function
they influence. Some of the commands are required, as noted. They may be specified
in any order in the control file, with the exception of the K2 communications mode settings:
these must be listed in the order shown here.
In the following section, all configuration file commands are listed
in alphabetical order. Listed along with the command (bold-type) are
its arguments (in red), the name of the subroutine that processes the
command, and the function within the module that the command influences.
A detailed description of the command and is also given. Default values
and example commands are listed after each command description.
The K2 does weird things with channels and serial streams if you turn off some
serial streams with the ststreams bitmap. Channels are numbered 1 - 6 (or 1-12
or 1-18 in some of the dataloggers). These numbers do not change if you turn
off acquisition using the bitmap command.
Serial streams have a separate numbering system.
Suppose you have a 6-channel instrument. And you use "bitmap 1 2 3 4 5 6" to
turn on acquisition on all channels. And suppose you have these channels named
"HHE HHN HHZ HNE HNN HNZ" in the K2 using "channel id" commands.
If you turn on all the serial streams with "sdstreams bitmap 1 2 3 4 5 6" then
the serial streams are numbered the same as the channels.
Bit if you turn off some to the serial streams, then numbers change. If you do
"sdstreams bitmap 1 2 4 6" then the numbers are:
channel serial stream
1 1
2 2
4 3
6 4
So the serial stream numbers are always consecutive. And the channel and
location names assigned by k2ew will always be based on the serial stream
numbers. However, if no channel names are asigned in the K2 and no channel
names are configured in k2ew, then k2ew will assign channel names based on the
channel number, not the serial stream number!
To avoid this confusion, don't use the sdstreams bitmap command to turn off
channels. If you must, turn off the highest numbered channels so there isn't a
gap in the sdstreams bitmap.
Note that when a TCP-to-serial connection is used, a CommTimeout
value of 10000 or larger may be needed to allow enough time for K2
responses to be received during program initialization.
flag = 1: Serial streams not named in the ChannelNames
command will take the channel names assigned in the K2, or derived names based
on the K2 channel number. Location codes not assigned in the LocationNames
command will take the default of "==".
flag = 2: Serial streams not named in the ChannelNames
and LocationNames commands will be reported as errors and k2ew will exit
instead of completing its startup sequence.
The log file is particularly useful for k2ew because it records
status and event messages sent by the K2. These
messages also appear on the k2ew console window when running on WindowsNT.
Because of limitations in the K2, it is recommended that this value be limited
to about 120 seconds. When trying to recover from longer restarts, the K2 may
not be able to keep up with its processing. The result will be gaps in the
trace data with no accompanying gaps in packet sequence numbers.
1. FUNCTIONAL COMMAND LISTING
Earthworm system setup:
ModuleId required
RingName required
LogFile required
HeartbeatInt required
Debug optional
The two commands for any ONE of the three communication modes:
K2 communication parameters: TCP mode
TcpAddr required
TcpPort required
K2 Communications parameters: Solaris TTY mode
TtyName required
Speed required
K2 communication parameters: Windows COM port
ComPort required
Speed required
k2ew buffer and timing parameters:
CommTimeout optional
MaxRestartAge optional
WaitTime optional
DontQuit optional
RestartFile optional
MaxBlkResends optional
MaxReqPending optional
ResumeReqVal optional
WaitResendVal optional
RestartComm optional
K2 configuration, status and alarm parameters:
Network required
StationID optional
ChannelNames optional
LocationNames optional
LCFlag required
InvPolFlags optional
BasePinno optional
StatusInterval optional
ExtStatus optional
HeaderFile optional
HighTempAlarm optional
OnBattery optional
LowBattAlarm optional
LowTempAlarm optional
MinDiskKB optional
GPSLockAlarm optional
InjectInfo optional
2. ALPHABETIC COMMAND LISTING & DESCRIPTION
command arg1 function
BasePinno n K2ew Configuration
Sets the base pin number to n. Earthworm pin numbers are
assigned to each trace packet using this base number plus the K2 stream numbers,
which normally range from 0 to 5.
Default: 0
Example: BasePinno 1001
ChannelNames names-list K2 Configuration
Sets the channel (or component) names for earthworm trace packets to the given
names-list. All earthworm trace packets are identified by
their station, component, and network names (SCN). K2ew obtains a station
name from the K2. (The K2 is configured separately from k2ew; see the K2 User
Manual from Kinemetrics.) The StationID command may be used to set the
station name. The K2 may also have its channel (or component) names configured
in it, and these names will be used if no ChannelNames entries are given.
In the names-list argument, one or more channel names are
listed, separated by spaces or commas. Each position in the list corresponds to
a serial stream in the K2. Using a comma-separated list, empty positions
may be specified (i.e.: ChannelNames HLE,,HLZ), allowing the K2-configured names
to be used on those channels. If LCFlag == 1 and no
channel names are configured in the K2 and no ChannelNames entries are
given then the channels will be named "C01", "C02", etc. But if LCFlag
== 2, then names-list must include a name for each
channel sent from the K2 by serial stream.
Default: (depends on the setting of LCFlag)
Example: ChannelNames HLE,HLN,HLZ
ComPort n WindowsNT COM mode
Sets the WindowsNT communications port to COMn.
This command can only be used with k2ew_com on WindowsNT. K2ew supports COM
port numbers up to 256; the PC must be specially configured to use anything
besides COM port 1 or 2.
Default: none
Example: ComPort 1
CommTimeout N K2ew Buffer and Timing
Sets the time k2ew will wait for communications with the K2 to
N milliseconds. If nothing is heard from
the K2 in this interval and the 'DontQuit' flag is not enabled
then 'k2ew' will terminate. If a RestartFile
is specified, k2ew will record all the information it needs for a
restart so that it can attempt to resume the data stream when k2ew
is restarted, such as by statmgr.
Default: 5000
Example: CommTimeout 25000
Debug N Earthworm setup
Sets the debug level for k2ew. Level 0 is no
debug logging, level 5 is very verbose logging.
Default: 0
Example: Debug 1
DontQuit K2ew Buffer and Timing
If present, this command tells k2ew not to quit on timeout conditions while
attempting to read data from teh K2. Instead of quiting, a log entry will be
made when the timeout condition starts, and when k2ew resumes reading data
from the K2.
Default: off
Example: DontQuit
ExtStatus K2ew Status and Alarm Parameters
Configures 'k2ew' to request K2 'extended' status in addition to the regular
status messages. See StatusInterval for
obtaining K2 status messages. The extended status message includes temperature
at the K2, last K2 restart time, and fault indicators for K2 parameters, flash
memory, RAM, DSP system. Thresholds can be set for high
and low temperature alarms. Most (all?) K2 instruments
do not support the extended status message.
Default: off
Example: ExtStatus
GPSLockAlarm nHour K2ew Status and Alarm Parameters
Optional command. If specified, k2ew will generate a status message if
the K2 on-board GPS receiver loses satellite synchronization for more than
nHour hours. The statmgr program may be configured to send email or pager
messages, if it receives these status messages from k2ew. Fractional
values of nHour are permitted.
Default: No alarms are generated.
Example: GPSLockAlarm 24.0
HeaderFile file-name K2ew Status and Alarm Parameters
Optional command. If specified, k2ew will write the K2 binary header
block to file-name. The file is created at program start-up, and once
per day thereafter. If a previous version of the file remains on the
hard drive, it is overwritten. The K2 binary header block contains
information about the K2 hardware and configuration parameters. For a
detailed description of the header block, see the Kinemetrics manual
"Altus Monitor Mode Communications", Appendix A.
Default: No header files are generated.
Example: HeaderFile "..\k2hdr\k2hdr.SEA"
HeartbeatInterval nsec Earthworm Setup
Defines the number of seconds, nsec, between TYPE_HEARTBEAT
messages issued by k2ew.
Default: none
Example: HeartbeatInterval 30
HighTempAlarm N K2ew Status and Alarm Parameters
Sets the threshold for the K2 high temperature to N tenths
of a degree C. That is, for an alarm at 30 C, use a setting of 300 here.
When this threshold is exceeded, k2ew sends a status message to statmgr,
which can be configured to send email or pages.
Default: 1000 # (for an alarm at 100 C, essentially no alarm)
Example: HighTempAlarm 350 # For an alarm at 35.0 C
InvPolFlags flags-list K2 Configuration
This command may be used instruct 'k2ew' to invert the polarity of the data
values received from the K2 for any given channel before sending them to the
Earthworm ring buffer. The flags-list argument must
contain one or more flag values (0 or 1), separated by spaces or commas. Each
position in the list corresponds to a channel (or stream) in the K2. A value
of 1 instructs 'k2ew' to invert the polarity of the data values; a value of 0
instructs 'k2ew' to leave the data values unchanged. The polarity inversion
is accomplished by multiplying each data value by -1.
Default: (No data values are polarity-inverted)
Example: InvPolFlags 1,0,1
InjectInfo K2ew Status and Alarm Parameters
This is an optional directive used with SeisNetWatch to monitor the
State of Health of K2 instruments.
If this directive is present in the k2ew.d file, then TYPE_K2INFO packets
are injected into the WAVE_RING specified by RingName. The TYPE_K2INFO packets must
be described as a local message in the earthworm.d file. These new messages are
picked up by a SeisNetWatch agent known as the k2ewagent. The k2ewagent will report
to the SeisNetWatch server on all aspects of a K2's health from its disk usage
to internal voltages as well as last lock of the GPS clock.
Default: No TYPE_K2INFO packets are injected
Example: InjectInfo
LCFlag flag K2 Configuration
This is a required directive that determines what action k2ew takes for serial
streams that are not named by the ChannelNames and
LocationNames commands.
Default: none
Example: LCFlag 1
LocationNames names-list K2 Configuration
Sets the location codes for earthworm TYPE_TRACEBUF2 packets to the given
names-list. In the names-list
argument, one or more location codes are
listed, separated by commas. Each position in the list corresponds to
a serial stream in the K2. If LCFlag == 1 and no
location code is specified for a given serial stream, the default location
code of "--" will be assigned. But if LCFlag
== 2, then names-list must include a name for each
channel sent from the K2 by serial stream.
Default: # depends on setting of LCFlag
Example: LocationNames 01,02,01,01
LogFile switch Earthworm Setup
Sets the on-off switch for writing a log file to disk. If
switch is 0, no log file will be written. If
switch is non-zero, k2ew will write daily log file(s)
called nnnnnxx.log_yyyymmdd where nnnnn is the name of the configuration file
(with the suffix '.d' removed), xx is k2ew's module id (set with
ModuleId command) and yyyymmdd is the current UTC
date (ex: 19960123) on the system clock. The file(s)
will be written in the EW_LOG directory (environment variable).
Default: none
Example: LogFile 1
LowBattAlarm N K2ew Status and Alarm Parameters
Sets the low battery voltage alarm threshold to N
tenths of a volt. When this threshold is exceeded, k2ew sends a status message
to statmgr, which can be configured to send email or pages. The K2 reports its
battery voltage in the status message. When the
K2 is powered from external sources, it reports the voltage as '0'. The actual
battery voltage is reported only when the K2 is running off the internal
battery. See the K2 User Manual for recommended battery voltages and
maintenance.
Default: -1 #(no alarm)
Example: LowBattAlarm 110 # (for an alarm at 11.0 Volts.)
LowTempAlarm N K2ew Status and Alarm Parameters
Sets the threshold for the K2 low temperature to N tenths
of a degree C. That is, for an alarm at 20 C, use a setting of 200 here.
When this threshold is exceeded, k2ew sends a status message to statmgr,
which can be configured to send email or pages.
Default: -1000 # (for an alarm at -100 C, essentially no alarm)
Example: LowTempAlarm 150 # For an alarm at 15.0 C
MaxBlkResends N K2ew Buffer and Timing
Sets the maximum number of times a resend request may be sent to the K2
asking for a given packet.
Default: 4
Example: MaxBlkResends 3
MaxReqPending N K2ew Buffer and Timing
Sets the maximum for the total number of data blocks upon which resend
requests may be pending to the K2 at any given time. Once 'MaxReqPending'
resend requests is reached, no additional data blocks are requested until
'MaxReqPending'-'ResumeReqVal' or fewer resend requests are pending.
Default: 6
Example: MaxReqPending 3
MaxRestartAge N K2ew Buffer and Timing
Sets the maximum acceptable age of the restart file
to N seconds. When k2ew starts up, it reads the restart
file if it exists. If the restart file is younger than this limit, k2ew will
attempt to resume stream data from the K2 at the last packet k2ew sent before
last shut down. This will allow the trace data from this K2 to be sent to
earthworm in time-order, though it will be late in arriving at the earthworm
transport ring. MaxRestartAge should be less
than WaitTime.
For this restart feature to work, the K2 stream
packet sequence number must not have been reset since k2ew last wrote the
restart file.
Default: 0 # turns off use of restart file
Example: MaxRestartAge 60 # max age of restart file is 1 minute
MinDiskKB Na Nb K2ew Status and Alarms
Sets the alarm thresholds for low disk space for disk A to
Na KiloBytes and disk B to Nb
KiloBytes. When this threshold is exceeded, k2ew sends a status message
to statmgr, which can be configured to send email or pages. The K2 reports
free disk space in the status message. Some
K2s have a disk (actually a PCMCIA solid-state memory device) installed only
in slot 'A'; in that case Nb should be set to -1 to
disable the alarm for that disk.
Default: -1 -1 # For no alarms
Example: MinDiskKB 500 -1 # for 500 KB on disk A and no alarm on disk B
ModuleId mod_id Earthworm setup
Sets the module id for labeling all outgoing trigger, heartbeat, and error
messages. mod_id is a character string (valid strings
are listed in earthworm.d) that relates to a unique single-byte number. In
general, a different module ID is needed for each instance of k2ew.
Default: none
Example: MyModuleId MOD_K2_SEA
Network net-code K2 Configuration
Sets the network name for earthworm trace packets to
net-code. All earthworm trace packets are identified by
their station, component, and network names (SCN). K2ew obtains a station
name from the K2. (The K2 is configured separately from k2ew; see the K2 User
Manual from Kinemetrics.) The StationID command may be used to set the
station name. The K2 may also have its component names configured in it. If so,
k2ew will use these names; otherwise it will name the components "C01", "C02",
etc. (The component names may also be set by the ChannelNames
command.) The third part of the SCN is set by the Network command.
Default: none
Example: Network NC
OnBattery K2ew Status and Alarm Parameters
If present, this command enables reporting of "loss of external power" alarm.
The K2 reports battery voltage in its status message. When external power is
provided, the K2 reports battery voltage as zero. Since a real battery
voltage of zero would not let the K2 do anything, this is reasonable. When
the K2 first reports battery voltage as non-zero (indicating external power
has been lost) k2ew will report this fact if this command is present. This
command applies to both internal and external batteries. But since the K2
does not normally have external power (from a 110 VAC power adapter) while
using an external battery, this command should not be used when using an
external battery. Any provision for charging an external battery is separate
from the K2 and would not be monitored by k2ew.
Default: #(no alarm)
Example: OnBattery
RestartComm K2ew Status and Alarm Parameters
This command is pertinent only when the 'DontQuit' command is present. In this
case, when 'k2ew' detects a timeout condition (and 'RestartComm' is set), the
communications link to the K2 will be closed and reopened before 'k2ew' resumes
reading data. These actions are logged.
Default: off
Example: RestartComm
RestartFile filename K2ew Buffer and Timing
This command is used to specify the name of the restart file.
filename can be an absolute or relative (to the
EW_PARAMS directory) file name. This command, in conjunction with
MaxRestartAge
is used to control the restart
mechanism that k2ew uses with the K2. If filename is the
null string (""), or the Restart command is absent, the restart
mechanism is disabled and now restart file will be written.
The restart file name must be unique for each instance of k2ew. This is because k2ew reads the station name from this file instead of from the K2. If this file contains the wrong station name, then the trace data will be labeled incorrectly. K2ew now requests a 'params' message from the K2 after starting up with a restart file. If the K2's station name does not match the name in the restart file, k2ew will write an error message and exit.
Default: "" # the null string, for no restart file Example: RestartFile "SEA.k2"
ResumeReqVal N K2ew Buffer and Timing
Sets the number of pending "waiting" blocks that must be received before new resend requests are resumed after reaching the 'MaxReqPending' limit.Default: 2 Example: ResumeReqVal 3
RingName ring Earthworm setup
Tells k2ew which shared memory region to use for output. ring is a character string (valid strings are listed in earthworm.d) that relates (in earthworm.d) to a unique number for the key to the shared memory region.Default: none Example: RingName WAVE_RING
Speed N K2ew COM and TTY modes
Sets the serial port speed to N bits per second. This speed must match the speed setting of whatever device is connected to the COM or TTY ports (on WindowsNT or Unix, respectively.) This may be the K2 if it is connected directly to the computer by RS-232 cable, or another device such as a Lantronix MSS100 for serial tunneling over IP. This command is required, and must follow, after either the ComPort (on WindowsNT) or the TtyName(on Unix) commands if they are used.
Default: none Example: Speed 19200
StationID station-name K2 Configuration
Sets the station name for earthworm trace packets to station-name. All earthworm trace packets are identified by their station, component, and network names (SCN). K2ew obtains a station name from the K2. (The K2 is configured separately from k2ew; see the K2 User Manual from Kinemetrics.) When this command is specified, the given station-name is used instead. The K2 may also have its component names configured in it. If so, k2ew will use these names; otherwise it will name the components "C01", "C02", etc. (The component names may also be set by the ChannelNames command.) The third part of the SCN is set by the Network command.Default: (The station name configured in the K2) Example: StationID MIS
StatusInterval N K2ew Buffer and Timing
Configures k2ew to request a status message from the K2 every N minutes. If configured, the extended status message will be requested at the same time. The status message from the K2 includes K2 time, battery voltage, hardware status flag (OK/FAULT), alarm and trigger status, and disk status. All information from the status message is logged in the k2ew log file and printed to the standard-error output stream.Default: 30 Example: StatusInterval 10 # Every ten minutes
TcpAddr address K2 TCP communications
Sets the IP address of the network device that is connected to the serial port of the K2, for TCP communications mode on WindowsNT and Unix. Note that the K2 does not have a network device installed, this is a separate piece of hardware. This address can be a numerical IP address, or if your nameserver is configured, a domain name. This command can only be used with k2ew_tcp.Default: none Example: TcpAddr moonunit.seismo.podunk.edu
TcpPort N K2 TCP Communication Mode
Sets TCP port number for the network device connected to the K2 to N. This is the port number for establishing communications through the network device to the K2. This command is allowed only after the TcpAddr, where it is required.Default: none Example: TcpPort 3001
TtyName tty K2 TTY Communications
Sets the TTY device name to tty for establishing communications to the K2 via a serial port on a Unix computer. This command is allowed and required only for k2ew_tty on Unix. It could be used when the K2 is connected directly to the computer by an RS-232 cable, or when a device such as a Lantronix MSS100 is connected to the computer for serial tunneling over IP.Default: none Example: /dev/sts/ttyC29
WaitResendVal N K2ew Buffer and Timing
Sets the change in the data sequence values (from the K2) that must occur before a resend request for a given missing packet is reissued to the K2. This value affects the length of time that 'k2ew' will wait for resend-requested packets to arrive, and generally equates to seconds.Default: 20 Example: WaitResendVal 50
WaitTime N K2ew Buffer and Timing
Sets the maximum time that k2ew will wait for packets to be resent from the K2 to N seconds. After this time limit, these packets will be skipped. K2ew places 'waiting' slots in its internal buffer to be filled when it receives the requested packets from the K2. Output from k2ew to the transport ring will wait until either the requested packet is received or the time limit expires for a waiting packet. This ensures that trace packets are sent to the earthworm ring buffer in time order.Default: 60 Example: WaitTime 120
# # k2ew configuration file # # This code receives serial data stream (SDS) packets from the K2 via # a TCP/IP port, converts them into Earthworm trace buf messages, and # stuffs them into a wave ring. # # Operations Note: added Dec-27-2002: Because the k2ew_tcp program takes a while to # cleanly exit when it receives a SIGTERM signal from startstop, the # KillDelay parameter in startstop.d should be set to a MINIMUM of 15 # seconds if k2ew_tcp is being run and wished to be restarted. If you # have KillDelay set to anything less, k2ew_tcp will never get # restarted reliably. (Paul Friberg) TcpAddr mss-1 # IP address or domain name of K2 interface TcpPort 3001 # TCP port number of K2 interface ModuleId MOD_K2EW # module id for this import RingName WAVE_RING # transport ring to use for input/output LogFile 1 # If 0, don't output to logfile; if 1, do # if 2, log to module log but not stderr/stdout HeartbeatInt 30 # Heartbeat interval in seconds Network NC # Network name for EW msg headers LCFlag 1 # Indicator for action on missing # ChannelNames and LocationNames # 1: use the default location code and # k2-configured channel code if none # found in k2ew configuration # 2: Exit with error if any data channel # is not assigned in ChannelName and # LocationName commands. # Optional commands: BasePinno 1001 # Earthworm pin numbers are assigned by # adding this base number to the stream # number (0 - 5) of each packet # default: 0 # StationID SEAB # If specified, assign a different station # code to the TRACEBUF packets than what # is configured into the K2 # ChannelNames HHE,HHN,HHZ # If present, assign different channel names # to the TRACEBUF packets that the names # configured in the K2. The list can be # delimited by commas or spaces. See the # documentation for details about channel # and serial stream numbering conventions! # LocationNames 01,01,01 # If present, assign location codes to # the TRACEBUF packets emitted by k2ew. # Otherwise, default location code # will be assigned; currently "--" # HeaderFile "..\k2hdr\k2hdr.SEA" # If specified, k2ew will write the K2 binary # header to this file. The file is created at # program startup and once per day thereafter. # default: none # RestartFile "restart.SEA" # If you want to attempt a K2 restart, give # a name for the restart file. It MUST be # a unique name for this K2 or gross confusion # will result! # default: none MaxRestartAge 60 # Maximum age of the restart file, in seconds # If the restart file is older than this # when k2ew restarts, a normal start will # be used. # Should be less than WaitTime (below) # default: 0 (seconds) CommTimeout 5000 # If unable to communicate with K2 for X # milliseconds, retry socket or terminate # default: 5000 (milliseconds) WaitTime 60 # Maximum number of seconds to wait for a # packet to be resent from the k2 # default: 60 (seconds) # DontQuit # Optional command; if present, k2ew will # not quit on timeouts. K2ew will quit on # errors in any event. # MaxBlkResends 4 # Sets the maximum number of times a resend # request may be sent to the K2 asking for a # given packet. # MaxReqPending 6 # Sets the maximum for the total number of # data blocks upon which resend requests may # be pending to the K2 at any given time. # ResumeReqVal 2 # Sets the number of pending "waiting" blocks # that must be received before new resend # requests are resumed after reaching the # 'MaxReqPending' limit. # WaitResendVal 120 # Sets the maximum time that k2ew will wait # for packets to be resent from the K2 to N # seconds. # RestartComm # This command is pertinent only when the # 'DontQuit' command is present. In this case, # when 'k2ew' detects a timeout condition (and # 'RestartComm' is set), the communications link # to the K2 will be closed and reopened before # 'k2ew' resumes reading data. StatusInterval 30 # Interval in minutes between requests for # K2 status (if 0, then no status requests) # default: 30 (minutes) OnBattery # Report when K2 loses external power and is # running on battery power. # default: do not report LowBattAlarm 110 # In tenths of volts, threshold for low # battery alarm (if -1, then no alarm) # default: -1 MinDiskKB 500 -1 # Low disk alarm threshold in Kilobytes, for # disk A and disk B (if -1, then no alarm) # default: -1 -1 ExtStatus # Request extended status with normal status # Comment this out for no extended status # default: no extended status LowTempAlarm 150 # Low temperature alarm threshold, in tenths # degree, C; default: -1000 HighTempAlarm 350 # High temperature alarm threshold, in tenths # degree, C; default: 1000 GPSLockAlarm 24.0 # If GPS doesn't lock for this many hours, # report to statmgr. Optional parameter. # default: Don't report to statmgr. #InjectInfo # a new v2.33 directive to inject K2INFO messages into # the RING...these are picked up by TNW # default is to have this turned OFF if not present in the .d file # # NOTE in order to use this SeisNetWatch feature, you # need to add the message type TYPE_K2INFO_PACKET to # the earthworm.d. The only program which can take advantage # of this new message type is k2ewagent available from www.isti.com # This new agent monitors the parameters found in the K2 status messages Debug 0 # debug level: 0 or commented out for no debug # logging; 1 - 4 for increasing verbosity # default: no debug output