On startup, nmxptool reads the configuration file named on the command line. Commands in this file set all the parameters used for configuring the Earthworm Nanometrics client module nmxptool (Nanometrics). In the control file, lines may begin with a valid nmxptool 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 (commands are case sensative). 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 nmxptool, grouped by the function
they influence. Most of the commands are required; they may be
specified in any order in the control file.
Earthworm system setup:
MyModuleId required
RingName required
HeartBeatInterval required
Verbosity optional
Nanometrics server and connection parameters:
NmxpHost required
NmxpPortPDS optional
NmxpPortDAP optional
UserDAP optional
PassDAP optional
ForceTraceBuf1 optional
MaxTolerableLatency optional
ShortTermCompletion optional
MaxDataToRetrieve optional
TimeoutRecv optional
mschan optional
DefaultNetworkCode optional
DefaultLocationCode optional
ChannelFile required Xor Channel
Channel required Xor ChannelFile
Output control:
LogFile required
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.
command arg processed by in function
Channel streamkey ReadConfig nmxptool parameters
Specifies one stream
of data to be requested from the NmxpHost.
The streamkey is not in SCNL format. It is composed of a network, station, channel and location code
separated by period. network and location are optional and they are used only for output.
Station code can be "*" that stands for all stations.
Within channel code can appear character "?" that stands for any characters. Default location is NULL and printed out as "--".
DO NOT USE WITH ChannelFile!
Default: none
Example: Channel ES.BOB.HH?
Channel MN.TIR.HH?
Channel IV.MVVM.HH?.01
Channel SALO.HH?.03
Channel *.HHZ
N.B. Network and location code will be assigned from the first pattern that includes station and channel.
Unless HH channels of BOB, TIR and MVVM, all other stations will have default network code from DefaultNetworkCode.
Unless HH channels of MVVM and SALO, all other stations will have NULL location or the default location code from DefaultLocationCode, if it is declared.
ChannelFile channel_state_file ReadConfig nmxptool parameters
Specifies one or more streams
of data to be requested from the NmxpHost.
The streamkey is the same for the Channel.
Allow data continuity when short disconnections to NaqsServer occur
requesting data buffered by NaqsServer (read Advanced Description for setting DataBufferLength) and, optionally,
retrieving data from DataServer within seconds defined by MaxDataToRetrieve.
This file is created by the user, nmxptool will update date and time of last sample received for each channel into the file "channel_state_file.nmxpstate". DO NOT USE WITH Channel!
Default: none
Example: ChannelFile /home/ew/list_channels_naqs1.txt
Example of file created by the user:
TIR.HHZ.01
ARCI.HHZ.02
MM.JOPP.HHZ
OO.FRES.HHZ
N.B. Network and location code will be assigned from the first pattern that includes station and channel.
See DefaultNetworkCode and DefaultLocationCode
Example of file updated by nmxptool:
MM.JOPP.HHZ.-- 1 4321620 3596991 2012.027,23:38:33.7799 208pts lat. 4.1s
MM.JOPP.HHZ.-- 1 4321621 3596992 2012.027,23:38:35.8599 216pts lat. 2.0s
IV.ARCI.HHZ.02 1 21431342 20706713 2012.027,23:38:27.6800 224pts lat. 10.1s
IV.ARCI.HHZ.02 1 21431343 20706714 2012.027,23:38:29.9200 224pts lat. 8.8s
IV.TIR.HHZ.01 1 103725441 103000812 2012.027,23:38:28.4600 224pts lat. 10.3s
IV.ARCI.HHZ.02 1 21431344 20706715 2012.027,23:38:32.1600 224pts lat. 6.6s
IV.TIR.HHZ.01 1 103725442 103000813 2012.027,23:38:30.7000 224pts lat. 8.1s
IV.ARCI.HHZ.02 1 21431345 20706716 2012.027,23:38:34.4000 224pts lat. 4.4s
IV.TIR.HHZ.01 1 103725443 103000814 2012.027,23:38:32.9400 224pts lat. 5.8s
IV.TIR.HHZ.01 1 103725444 103000815 2012.027,23:38:35.1800 224pts lat. 3.6s
IV.ARCI.HHZ.02 1 21431346 20706717 2012.027,23:38:36.6400 224pts lat. 2.1s
OO.FRES.HHZ.-- 1 42036166 41311537 2012.027,23:38:36.8199 128pts lat. 11.9s
OO.FRES.HHZ.-- 1 42036167 41311538 2012.027,23:38:38.0999 124pts lat. 10.7s
OO.FRES.HHZ.-- 1 42036168 41311539 2012.027,23:38:39.3399 118pts lat. 9.5s
OO.FRES.HHZ.-- 1 42036169 41311540 2012.027,23:38:40.5199 114pts lat. 8.3s
OO.FRES.HHZ.-- 1 42036170 41311541 2012.027,23:38:41.6600 116pts lat. 7.2s
OO.FRES.HHZ.-- 1 42036171 41311542 2012.027,23:38:42.8199 114pts lat. 6.0s
MM.JOPP.HHZ.-- 1 4321622 3596993 2012.027,23:38:38.0199 190pts lat. 10.1s
OO.FRES.HHZ.-- 1 42036172 41311543 2012.027,23:38:43.9600 114pts lat. 4.9s
OO.FRES.HHZ.-- 1 42036173 41311544 2012.027,23:38:45.0999 116pts lat. 3.7s
MM.JOPP.HHZ.-- 1 4321623 3596994 2012.027,23:38:39.9200 218pts lat. 7.9s
OO.FRES.HHZ.-- 1 42036174 41311545 2012.027,23:38:46.2599 114pts lat. 2.6s
MM.JOPP.HHZ.-- 1 4321624 3596995 2012.027,23:38:42.0999 198pts lat. 5.9s
MM.JOPP.HHZ.-- 1 4321625 3596996 2012.027,23:38:44.0799 224pts lat. 3.7s
IV.ARCI.HHZ.02 1 21431347 20706718 2012.027,23:38:38.8800 224pts lat. 9.9s
IV.TIR.HHZ.01 1 103725445 103000816 2012.027,23:38:37.4200 224pts lat. 11.3s
IV.ARCI.HHZ.02 1 21431348 20706719 2012.027,23:38:41.1199 224pts lat. 7.6s
IV.TIR.HHZ.01 1 103725446 103000817 2012.027,23:38:39.6600 224pts lat. 9.1s
IV.ARCI.HHZ.02 1 21431349 20706720 2012.027,23:38:43.3599 224pts lat. 5.4s
IV.TIR.HHZ.01 1 103725447 103000818 2012.027,23:38:41.9000 224pts lat. 6.9s
IV.ARCI.HHZ.02 1 21431350 20706721 2012.027,23:38:45.5999 224pts lat. 3.2s
IV.TIR.HHZ.01 1 103725448 103000819 2012.027,23:38:44.1400 224pts lat. 4.6s
MM.JOPP.HHZ.-- 1 4321626 3596997 2012.027,23:38:46.3199 220pts lat. 2.5s
IV.TIR.HHZ.01 1 103725449 103000820 2012.027,23:38:46.3800 224pts lat. 2.4s
...
DefaultLocationCode network_code ReadConfig nmxptool parameters
Specifies default location code for channels where is omitted.
Default: NULL location (also printed out as "--")
Example: DefaultLocationCode 01
DefaultNetworkCode network_code ReadConfig nmxptool parameters
Specifies default network code for channels where is omitted.
Default: none
Example: DefaultNetworkCode IV
ForceTraceBuf1 switch ReadConfig Earthworm setup
Sets the on-off switch to force the creation of TRACEBUF messages on systems that support TRACEBUF2 messages. By default, the module will create TRACEBUF2 messages on systems that support them otherwise it will create the older TRACEBUF messages. This switch has no effect on systems that do no support TRACEBUF2 messages. This switch could be useful in environments where a transition is occuring between TRACEBUF and TRACEBUF2 messages, otherwise most people will never use this.
Default: 0 (disabled)
Example: ForceTraceBuf1 1
HeartBeatInterval interval ReadConfig Earthworm setup
Defines the interval in seconds at which the module will issue TYPE_HEARTBEAT messages.
Default: none
Example: HeartBeatInterval 30
LogFile switch ReadConfig 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 1, nmxptool will write a daily log file(s) called nmxptool.log_yymmdd where xx is nmxptool's module id (set with MyModuleId command) and yymmdd is the current UTC date (ex: 960123) on the system clock. The file(s) will be written in the EW_LOG directory (environment variable). If switch is 2 the log file is written but output to stdout and stderr is suppressed.
Default: none
Example: LogFile 1
MaxDataToRetrieve seconds ReadConfig nmxptool parameters
Max amount of data of the past to retrieve from the DataServer when program restarts. 0 to disable connection to DataServer. If this parameter is zero and ChannelFile is used, only data buffered by NaqsServer will be retrieved. Rather than using MaxDataToRetrieve, it is preferable, inside the section Datastream of the file Naqs.ini, setting DataBufferLength to a high value (read Advanced Description). MaxDataToRetrieve allows to retrieve much more data of the past when the program restarts but it considerably slows down the execution. It is extremely harmful when you have many channels, in this case you might consider to subdivide the channels into different nmxptool instances. Range is [0..86400].
Default: 0
Example: MaxDataToRetrieve 3600
MaxTolerableLatency seconds ReadConfig nmxptool parameters
Specifies the max tolerable latency for raw stream connection. For enabling NaqsServer to send out retransmission requests for missed packets set RetxRequest (read Advanced Description). If RetxRequest is not enabled then MaxTolerableLatency is ineffective. Range is [60..600]. NOT use with parameter ShortTermCompletion.
Default: 600
Example: MaxTolerableLatency 200
MyModuleId mod_id ReadConfig 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.
Default: none
Example: MyModuleId MOD_NMXPTOOL
mschan mSECs/nC ReadConfig nmxptool parameters
mSECs are milliseconds to wait before the next request, nC is the number of channels to request at a time. Delaying and requesting few channels at a time make data buffering on NaqsServer side more efficient. Determined empiric values are default 280/9. 0/0 for disabling. Condition: TotalNumberOfChannels * (mSECs/nC) < 15 sec.
Default: 280/9
Example: mschan 350/12
NmxpHost address ReadConfig nmxptool parameters
Specify the address of the Nanometrics server. This can be either on IP address (four period-separated numbers) or the domain name of the server.
Default: none
Example: NmxpHost naqs1a.int.ingv.it
NmxpPortDAP port ReadConfig nmxptool parameters
Specifies the IP port number for the DataServer (NmxpHost). This is commonly 28002.
Default: 28002
Example: NmxpPortDAP 28002
NmxpPortPDS port ReadConfig nmxptool parameters
Specifies the IP port number for the NaqsServer (NmxpHost). This is commonly 28000.
Default: 28000
Example: NmxpPortPDS 28000
PassDAP password ReadConfig nmxptool parameters
Specifies the password for the DataServer (NmxpHost). Leave commented if password in DataServer.ini is set to "none".
Default: none
Example: PassDAP mypass
RingName ring ReadConfig Earthworm setup
Indicates which shared memory region to use for waveform 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
ShortTermCompletion seconds ReadConfig nmxptool parameters
Specifies the Short-Term-Completion for Buffered stream connection. Ranges:
NOT use with parameter MaxTolerableLatency.
0 decompressed packets are received in chronological order without waiting for missing packets. [1..300] decompressed packets are received in chronological order but waiting for missing packets at most SECs seconds.
No default
Example: ShortTermCompletion 120
TimeoutRecv seconds ReadConfig nmxptool parameters
Specifies time-out for flushing buffered packets for each channel. Useful for Data On Demand (i.e. channel HN? or HL?). It sets mschan to 0/0. Range is [10..300].
Default: 0 (No Time-out)
Example: TimeoutRecv 15
UserDAP username ReadConfig nmxptool parameters
Specifies the username for the DataServer (NmxpHost). Leave commented if username in DataServer.ini is set to "none".
Default: none
Example: UserDAP mtheo
Verbosity level ReadConfig Earthworm setup
Specifies the level of logging verbosity. Verbosity is a bitmap:
1 Channel State, 2 Channel, 4 Raw Stream, 8 CRC32, 16 Connection flow, 32 Packet Management, 64 Extra, 128 Date, 256 Gap, 512 DOD, 1023 All messages.
Default: 0
Example: Verbosity 80 # 16 Connection flow + 64 Extra
[ Datastream ]
Port = 28000 // TCP port for control/data connections to Naqs
Password = none // access password (not used in version 1.3)
MaxConnections = 10 // maximum number of simultaneous connections
SocketType = Direct // connection type (Direct or Callback)
DataBufferLength = 100 // Buffer length for data channels (# packets)
[ NetworkInterface ]
Port = 32000 // UDP port for incoming NMX data (usually 32000)
SendDelay = 250 // milliseconds to delay after each send
RetxRequest = Enabled
MulticastGroup = 224.1.1.1
#
# Configuration File for nmxptool
#
MyModuleId MOD_NMXPTOOL
RingName WAVE_RING # Transport ring to write data to.
HeartBeatInterval 10 # Heartbeat interval, in seconds.
LogFile 1 # 1 -> Keep log, 0 -> no log file
# 2 -> write to module log but not stderr/stdout
#ForceTraceBuf1 0 # On systems that support TRACEBUF2
# messages this flag will force the module
# to create TRACEBUF messages instead.
# Most people will never need this.
Verbosity 16 # Set level of verbosity. Verbosity is a bitmap:
# 1 Channel State, 2 Channel, 4 Raw Stream,
# 8 CRC32, 16 Connection flow,
# 32 Packet Management, 64 Extra, 128 Date,
# 256 Gap, 512 DOD, 1023 All messages.
# It is equivalent to the option -v.
NmxpHost naqs1a.int.ingv.it # NaqsServer/DataServer hostname or IP address.
# It is equivalent to the option -H.
NmxpPortPDS 28000 # Port number of NaqsServer (Default 28000)
# It is equivalent to the option -P.
NmxpPortDAP 28002 # Port number of DataServer(Default 28002)
# It is equivalent to the option -D.
#UserDAP mtheo # DataServer user name. Commented if 'none'.
# It is equivalent to the option -u.
#PassDAP mypass # DataServer password. Commented if 'none'.
# It is equivalent to the option -p.
#ShortTermCompletion 60 # ShortTermCompletion, NOT use 'MaxTolerableLatency'.
# 0 decompressed packets are received in chronological
# order without waiting for missing packets.
# [1..300] decompressed packets are received in
# chronological order but waiting for missing packets
# at most SECs seconds.
MaxTolerableLatency 60 # Raw Stream, NOT use 'ShortTermCompletion'.
# Max tolerable latency for each channel.
# (Default 600 sec.) [60..600].
# Enable NaqsServer to send out retransmission requests
# for missed packets. Inside the section NetworkInterface
# of the file Naqs.ini set RetxRequest to Enabled.
# If RetxRequest is not enabled then MaxTolerableLatency is ineffective.
# In general, DO NOT use with parameter TimeoutRecv.
# It is equivalent to the option -M.
#TimeoutRecv 30 # Time-out in seconds for flushing queued data of each channel.
# It sets mschan to 0/0 ((Default 0. No time-out) [10..300].
# Useful for retrieving Data On Demand with minimum delay.
# 'tsec' in nmxptool.desc should be greater than 'TimeoutRecv'.
# It is equivalent to the option -T.
DefaultNetworkCode IV # Default network code where in 'ChannelFile' or 'Channel' is not declared.
# It is equivalent to the option -N.
# N.B. nmxptool channel definition IS NOT equal to SCNL
# It is NSC, that is NET.STA.CHAN
# NET is optional and used only for output.
# STA can be '*', stands for all stations.
# CHAN can contain '?', stands for any character.
# Localtion value is always equal to "--".
# Related to the parameters 'ChannelFile' and 'Channel'.
# Network code will be assigned from the first
# pattern that includes station and channel.
# Example: N1.AAA.HH?,N2.*.HH?,MMM.BH?
# Second pattern includes the first. Unless AAA, all
# stations with HH channels will have network to N2.
# Station MMM will have default network defined by 'DefaultNetworkCode'.
#MaxDataToRetrieve 3600 # Max amount of data of the past to retrieve from the
# DataServer when program restarts (default 0) [0..86400].
# 0 to disable connection to DataServer.
# It is equivalent to the option -A. Related to 'ChannelFile'.
# If 'MaxDataToRetrieve' is zero and 'ChannelFile' is used,
# only data buffered by NaqsServer will be retrieved.
# Rather than using 'MaxDataToRetrieve', it is preferable,
# inside the section Datastream of the file Naqs.ini,
# setting DataBufferLength to a high value.
# 'MaxDataToRetrieve' allows to retrieve much more data of the past
# when the program restarts but it considerably slows down the execution.
# It is extremely harmful when you have many channels,
# in this case you might consider to subdivide the
# channels into different nmxptool instances.
#mschan 280/9 # mSECs/nC
# mSECs are milliseconds to wait before the next request,
# nC is the number of channels to request at a time.
# Delaying and requesting few channels at a time make
# data buffering on NaqsServer side more efficient.
# Determined empiric values are default 280/9.
# Condition: TotalNumberOfChannels * (mSECs/nC) < 15 sec.
# Related to -F and -b. 0/0 for disabling.
ChannelFile /home/ew/nmxptool.list.txt # List of channel patterns, as in 'Channel'. One for each line.
# This file will not be modified by nmxptool.
# Load/Save time of last sample of each channel in a file
# with the same name, same directory, appending suffix ".nmxpstate"
# It enables request of recent packets in order to allow data
# continuity when short disconnections occur or between program restarts.
# Related to 'MaxDataToRetrieve',
# It is equivalent to the option -F. Related to 'MaxDataToRetrieve'.
# DO NOT USE parameters 'Channel' and 'ChannelFile' together.
# 'ChannelFile' is preferable. At restart you can retrieve data of the past
# from the NaqsServer and optionally from the DataServer, see 'MaxDataToRetrieve'.
# Example of nmxptool channel definition
# Channel ES.BOB.HH?
# Channel MN.TIR.HH?
# Channel MDI.HH?
# Channel DOI.HH?
# Channel SALO.HH?
# Channel MONC.HH?
# Channel *.BHZ # Channel selection
# Please, for other details about parameters, refer to the command line "nmxptool -h"