/usr/share/check_mk/web/plugins/wato/datasource_programs.py is in check-mk-multisite 1.2.8p16-1ubuntu0.1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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# -*- encoding: utf-8; py-indent-offset: 4 -*-
# +------------------------------------------------------------------+
# | ____ _ _ __ __ _ __ |
# | / ___| |__ ___ ___| | __ | \/ | |/ / |
# | | | | '_ \ / _ \/ __| |/ / | |\/| | ' / |
# | | |___| | | | __/ (__| < | | | | . \ |
# | \____|_| |_|\___|\___|_|\_\___|_| |_|_|\_\ |
# | |
# | Copyright Mathias Kettner 2014 mk@mathias-kettner.de |
# +------------------------------------------------------------------+
#
# This file is part of Check_MK.
# The official homepage is at http://mathias-kettner.de/check_mk.
#
# check_mk is free software; you can redistribute it and/or modify it
# under the terms of the GNU General Public License as published by
# the Free Software Foundation in version 2. check_mk is distributed
# in the hope that it will be useful, but WITHOUT ANY WARRANTY; with-
# out even the implied warranty of MERCHANTABILITY or FITNESS FOR A
# PARTICULAR PURPOSE. See the GNU General Public License for more de-
# tails. You should have received a copy of the GNU General Public
# License along with GNU Make; see the file COPYING. If not, write
# to the Free Software Foundation, Inc., 51 Franklin St, Fifth Floor,
# Boston, MA 02110-1301 USA.
register_rulegroup("datasource_programs",
_("Datasource Programs"),
_("Specialized agents, e.g. check via SSH, ESX vSphere, SAP R/3"))
group = "datasource_programs"
register_rule(group,
"datasource_programs",
TextAscii(
title = _("Individual program call instead of agent access"),
help = _("For agent based checks Check_MK allows you to specify an alternative "
"program that should be called by Check_MK instead of connecting the agent "
"via TCP. That program must output the agent's data on standard output in "
"the same format the agent would do. This is for example useful for monitoring "
"via SSH. The command line may contain the placeholders <tt><IP></tt> and "
"<tt><HOST></tt>."),
label = _("Command line to execute"),
empty_text = _("Access Check_MK Agent via TCP"),
size = 80,
attrencode = True))
register_rule(group,
"special_agents:vsphere",
Transform(
valuespec = Dictionary(
elements = [
( "user",
TextAscii(
title = _("vSphere User name"),
allow_empty = False,
)
),
( "secret",
Password(
title = _("vSphere secret"),
allow_empty = False,
)
),
( "tcp_port",
Integer(
title = _("TCP Port number"),
help = _("Port number for HTTPS connection to vSphere"),
default_value = 443,
minvalue = 1,
maxvalue = 65535,
)
),
( "ssl",
Alternative(
title = _("SSL certificate checking"),
elements = [
FixedValue( False, title = _("Deactivated"), totext=""),
FixedValue( True, title = _("Use hostname"), totext=""),
TextAscii( title = _("Use other hostname"),
help = _("The IP of the other hostname needs to be the same IP as the host address")
)
],
default_value = False
)
),
( "timeout",
Integer(
title = _("Connect Timeout"),
help = _("The network timeout in seconds when communicating with vSphere or "
"to the Check_MK Agent. The default is 60 seconds. Please note that this "
"is not a total timeout but is applied to each individual network transation."),
default_value = 60,
minvalue = 1,
unit = _("seconds"),
)
),
( "infos",
Transform(
ListChoice(
choices = [
( "hostsystem", _("Host Systems") ),
( "virtualmachine", _("Virtual Machines") ),
( "datastore", _("Datastores") ),
( "counters", _("Performance Counters") ),
( "licenses", _("License Usage") ),
],
default_value = [ "hostsystem", "virtualmachine", "datastore", "counters" ],
allow_empty = False,
),
forth = lambda v: [ x.replace("storage", "datastore") for x in v ],
title = _("Retrieve information about..."),
)
),
( "host_pwr_display",
DropdownChoice(
title = _("Display ESX Host power state on"),
choices = [
( None, _("The queried ESX system (vCenter / Host)") ),
( "esxhost", _("The ESX Host") ),
( "vm", _("The Virtual Machine") ),
],
default = None,
)
),
( "vm_pwr_display",
DropdownChoice(
title = _("Display VM power state on"),
choices = [
( None, _("The queried ESX system (vCenter / Host)") ),
( "esxhost", _("The ESX Host") ),
( "vm", _("The Virtual Machine") ),
],
default = None,
)
),
( "spaces",
DropdownChoice(
title = _("Spaces in hostnames"),
choices = [
( "cut", _("Cut everything after first space") ),
( "underscore", _("Replace with underscores") ),
],
default = "underscore",
)
),
( "direct",
DropdownChoice(
title = _("Type of query"),
choices = [
( True, _("Queried host is a host system" ) ),
( False, _("Queried host is the vCenter") ),
( "agent", _("Queried host is the vCenter with Check_MK Agent installed") ),
],
default = True,
)
),
( "skip_placeholder_vms",
Checkbox(
title = _("Placeholder VMs"),
label = _("Do no monitor placeholder VMs"),
default_value = True,
true_label = _("ignore"),
false_label = _("monitor"),
help = _("Placeholder VMs are created by the Site Recovery Manager(SRM) and act as backup "
"virtual machines in case the default vm is unable to start. This option tells the "
"vsphere agent to exclude placeholder vms in its output."
))
),
( "use_pysphere",
Checkbox(
title = _("Compatibility mode"),
label = _("Support ESX 4.1 (using slower PySphere implementation)"),
true_label = _("Support 4.1"),
false_label = _("fast"),
help = _("The current very performant implementation of the ESX special agent "
"does not support older ESX versions than 5.0. Please use the slow "
"compatibility mode for those old hosts."),
)
),
],
optional_keys = [ "tcp_port", "timeout", "vm_pwr_display", "host_pwr_display" ],
),
title = _("Check state of VMWare ESX via vSphere"),
help = _("This rule selects the vSphere agent instead of the normal Check_MK Agent "
"and allows monitoring of VMWare ESX via the vSphere API. You can configure "
"your connection settings here."),
forth = lambda a: dict([("skip_placeholder_vms", True), ("ssl", False), ("use_pysphere" , False), ("spaces", "underscore")] + a.items())
),
factory_default = FACTORY_DEFAULT_UNUSED, # No default, do not use setting if no rule matches
match = 'first')
register_rule(group,
"special_agents:hp_msa",
Dictionary(
elements = [
( "username",
TextAscii(
title = _("Username"),
allow_empty = False,
)
),
( "password",
TextAscii(
title = _("Password"),
allow_empty = False,
)
)
],
optional_keys = False
),
title = _("Check HP MSA via Web Interface"),
help = _("This rule selects the Agent HP MSA instead of the normal Check_MK Agent "
"which collects the data through the HP MSA web interface"),
match = 'first')
register_rule(group,
"special_agents:ipmi_sensors",
Dictionary(
elements = [
( "username",
TextAscii(
title = _("Username"),
allow_empty = False,
)
),
( "password",
Password(
title = _("Password"),
allow_empty = False,
)
),
( "privilege_lvl",
TextAscii(
title = _("Privilege Level"),
help = _("Possible are 'user', 'operator', 'admin'"),
allow_empty = False,
)
)
],
optional_keys = False
),
title = _("Check IPMI Sensors via Freeipmi"),
help = _("This rule selects the Agent IPMI Sensors instead of the normal Check_MK Agent "
"which collects the data through the Freeipmi command"),
match = 'first')
register_rule(group,
"special_agents:netapp",
Transform(
Dictionary(
title = _("Username and password for the NetApp Filer."),
elements = [
( "username",
TextAscii(
title = _("Username"),
allow_empty = False,
)
),
( "password",
Password(
title = _("Password"),
allow_empty = False,
)
),
( "skip_elements",
ListChoice(
choices = [
("ctr_volumes", _("Do not query volume performance counters")),
],
title = _("Performance improvements"),
help = _("Here you can configure whether the performance counters should get queried. "
"This can save quite a lot of CPU load on larger systems."),
),
)
],
optional_keys = False
),
forth = lambda x: dict([("skip_elements", [])] + x.items())
),
title = _("Check NetApp via WebAPI"),
help = _("This rule set selects the NetApp special agent instead of the normal Check_MK Agent "
"and allows monitoring via the NetApp Web API. Important: To get this agent running, you need to "
"install two additional python files (<tt>NaServer.py</tt>, <tt>NaElement.py</tt>) from the "
"NetApp Manageabiltiy SDK into the <tt>~/local/lib/python</tt> directory. To access the data the "
"user requires permissions to several API classes. They are shown when you call the agent with "
"<tt>agent_netapp --help</tt>. The agent itself is located in the site directory under "
"<tt>~/share/check_mk/agents/special</tt>."),
match = 'first')
register_rule(group,
"special_agents:activemq",
Tuple(
title = _("Apache ActiveMQ queues"),
help = _( "Configure the Server Address and the Portnumber of the target server"),
elements = [
TextAscii(title = _("Server Name")),
Integer( title = _("Port Number"), default_value=8161 ),
ListChoice(
choices = [
("piggybag", _("Run in piggyback mode")),
],
allow_empty = True
)
]
),
factory_default = FACTORY_DEFAULT_UNUSED, # No default, do not use setting if no rule matches
match = "first")
register_rule(group,
"special_agents:emcvnx",
Dictionary(
title = _("Check state of EMC VNX storage systems"),
help = _("This rule selects the EMC VNX agent instead of the normal Check_MK Agent "
"and allows monitoring of EMC VNX storage systems by calling naviseccli "
"commandline tool locally on the monitoring system. Make sure it is installed "
"and working. You can configure your connection settings here."
),
elements = [
( "user",
TextAscii(
title = _("EMC VNX admin user name"),
allow_empty = True,
help = _("If you leave user name and password empty, the special agent tries to "
"authenticate against the EMC VNX device by Security Files. "
"These need to be created manually before using. Therefor run as "
"instance user (if using OMD) or Nagios user (if not using OMD) "
"a command like "
"<tt>naviseccli -AddUserSecurity -scope 0 -password PASSWORD -user USER</tt> "
"This creates <tt>SecuredCLISecurityFile.xml</tt> and "
"<tt>SecuredCLIXMLEncrypted.key</tt> in the home directory of the user "
"and these files are used then."
),
)
),
( "password",
Password(
title = _("EMC VNX admin user password"),
allow_empty = True,
)
),
( "infos",
Transform(
ListChoice(
choices = [
( "disks", _("Disks") ),
( "hba", _("iSCSI HBAs") ),
( "hwstatus", _("Hardware Status") ),
( "raidgroups", _("RAID Groups") ),
( "agent", _("Model and Revsion") ),
( "sp_util", _("Storage Processor Utilization") ),
( "writecache", _("Write Cache State") ),
],
default_value = [ "disks", "hba", "hwstatus", ],
allow_empty = False,
),
title = _("Retrieve information about..."),
)
),
],
optional_keys = [ ],
),
factory_default = FACTORY_DEFAULT_UNUSED, # No default, do not use setting if no rule matches
match = 'first')
register_rule(group,
"special_agents:ibmsvc",
Dictionary(
title = _("Check state of IBM SVC / V7000 storage systems"),
help = _("This rule set selects the <tt>ibmsvc</tt> agent instead of the normal Check_MK Agent "
"and allows monitoring of IBM SVC / V7000 storage systems by calling "
"ls* commands there over SSH. "
"Make sure you have SSH key authentication enabled for your monitoring user. "
"That means: The user your monitoring is running under on the monitoring "
"system must be able to ssh to the storage system as the user you gave below "
"without password."
),
elements = [
( "user",
TextAscii(
title = _("IBM SVC / V7000 user name"),
allow_empty = True,
help = _("User name on the storage system. Read only permissions are sufficient."),
)
),
( "accept-any-hostkey",
Checkbox(
title = _("Accept any SSH Host Key"),
label = _("Accept any SSH Host Key"),
default_value = False,
help = _("Accepts any SSH Host Key presented by the storage device. "
"Please note: This might be a security issue because man-in-the-middle "
"attacks are not recognized! Better solution would be to add the "
"SSH Host Key of the monitored storage devices to the .ssh/known_hosts "
"file for the user your monitoring is running under (on OMD: the site user)"
))
),
( "infos",
Transform(
ListChoice(
choices = [
( "lshost", _("Hosts Connected") ),
( "lslicense", _("Licensing Status") ),
( "lsmdisk", _("MDisks") ),
( "lsmdiskgrp", _("MDisksGrps") ),
( "lsnode", _("IO Groups") ),
( "lsnodestats", _("Node Stats") ),
( "lssystem", _("System Info") ),
( "lssystemstats", _("System Stats") ),
( "lseventlog", _("Event Log") ),
( "lsportfc", _("FC Ports") ),
( "lsportsas", _("SAS Ports") ),
( "lsenclosure", _("Enclosures") ),
( "lsenclosurestats", _("Enclosure Stats") ),
( "lsarray", _("RAID Arrays") ),
( "disks", _("Physical Disks") ),
],
default_value = [ "lshost", "lslicense", "lsmdisk", "lsmdiskgrp", "lsnode",
"lsnodestats", "lssystem", "lssystemstats", "lsportfc",
"lsenclosure", "lsenclosurestats", "lsarray", "disks" ],
allow_empty = False,
),
title = _("Retrieve information about..."),
)
),
],
optional_keys = [ ],
),
factory_default = FACTORY_DEFAULT_UNUSED, # No default, do not use setting if no rule matches
match = 'first')
register_rule(group,
"special_agents:random",
FixedValue(
{},
title = _("Create random monitoring data"),
help = _("By configuring this rule for a host - instead of the normal "
"Check_MK agent random monitoring data will be created."),
totext = _("Create random monitoring data"),
),
factory_default = FACTORY_DEFAULT_UNUSED, # No default, do not use setting if no rule matches
match = 'first')
register_rule(group,
"special_agents:acme_sbc",
FixedValue(
{},
title = _("Check ACME Session Border Controller"),
help = _("This rule activates an agent who connects "
"to an ACME Session Border Controller (SBC). This agent uses SSH, this "
"means that you have to exchange an SSH key to make a passwordless "
"connect possible"),
totext = _("Connect to ACME SBC"),
),
factory_default = FACTORY_DEFAULT_UNUSED, # No default, do not use setting if no rule matches
match = 'first')
register_rule(group,
"special_agents:fritzbox",
Dictionary(
title = _("Check state of Fritz!Box Devices"),
help = _("This rule selects the Fritz!Box agent, which uses UPNP to gather information "
"about configuration and connection status information."),
elements = [
( "timeout",
Integer(
title = _("Connect Timeout"),
help = _("The network timeout in seconds when communicating via UPNP. "
"The default is 10 seconds. Please note that this "
"is not a total timeout, instead it is applied to each API call."),
default_value = 10,
minvalue = 1,
unit = _("seconds"),
)
),
],
optional_keys = [ "timeout" ],
),
factory_default = FACTORY_DEFAULT_UNUSED, # No default, do not use setting if no rule matches
match = 'first')
register_rulegroup("datasource_programs",
_("Datasource Programs"),
_("Specialized agents, e.g. check via SSH, ESX vSphere, SAP R/3"))
group = "datasource_programs"
register_rule(group,
"special_agents:innovaphone",
Tuple(
title = _("Innovaphone Gateways"),
help = _( "Please specify the user and password needed to access the xml interface"),
elements = [
TextAscii(title = _("Username")),
Password( title = _("Password")),
]
),
factory_default = FACTORY_DEFAULT_UNUSED,
match = "first")
register_rule(group,
"special_agents:hivemanager",
Tuple(
title = _("Aerohive HiveManager"),
help = _( "Activate monitoring of host via a HTTP connect to the HiveManager"),
elements = [
TextAscii(title = _("Username")),
Password( title = _("Password")),
]
),
factory_default = FACTORY_DEFAULT_UNUSED,
match = "first")
register_rule(group,
"special_agents:allnet_ip_sensoric",
Dictionary(
title = _("Check state of ALLNET IP Sensoric Devices"),
help = _("This rule selects the ALLNET IP Sensoric agent, which fetches "
"/xml/sensordata.xml from the device by HTTP and extracts the "
"needed monitoring information from this file."),
elements = [
( "timeout",
Integer(
title = _("Connect Timeout"),
help = _("The network timeout in seconds when communicating via HTTP. "
"The default is 10 seconds."),
default_value = 10,
minvalue = 1,
unit = _("seconds"),
)
),
],
optional_keys = [ "timeout" ],
),
factory_default = FACTORY_DEFAULT_UNUSED, # No default, do not use setting if no rule matches
match = 'first')
register_rule(group,
"special_agents:ucs_bladecenter",
Dictionary(
elements = [
( "username",
TextAscii(
title = _("Username"),
allow_empty = False,
)
),
( "password",
Password(
title = _("Password"),
allow_empty = False,
)
),
],
optional_keys = False
),
title = _("Check state of UCS Bladecenter"),
help = _("This rule selects the UCS Bladecenter agent instead of the normal Check_MK Agent "
"which collects the data through the UCS Bladecenter Web API"),
match = 'first')
def validate_siemens_plc_values(value, varprefix):
valuetypes = {}
for index, (db_number, address, datatype, valuetype, ident) in enumerate(value):
valuetypes.setdefault(valuetype, [])
if ident in valuetypes[valuetype]:
raise MKUserError("%s_%d_%d" % (varprefix, index+1, 4),
_("The ident of a value needs to be unique per valuetype."))
valuetypes[valuetype].append(ident)
_siemens_plc_value = [
Transform(
CascadingDropdown(
title = _("The Area"),
choices = [
("db", _("Datenbaustein"),
Integer(
title = "<nobr>%s</nobr>" % _("DB Number"),
minvalue = 1,
)
),
("input", _("Input")),
("output", _("Output")),
("merker", _("Merker")),
("timer", _("Timer")),
("counter", _("Counter")),
],
orientation = "horizontal",
sorted = True,
),
# Transform old Integer() value spec to new cascading dropdown value
forth = lambda x: type(x) == int and ("db", x) or x,
),
Float(
title = _("Address"),
display_format = "%.1f",
help = _("Addresses are specified with a dot notation, where number "
"before the dot specify the byte to fetch and the number after the "
"dot specifies the bit to fetch. The number of the bit is always "
"between 0 and 7."),
),
CascadingDropdown(
title = _("Datatype"),
choices = [
("dint", _("Double Integer (DINT)")),
("real", _("Real Number (REAL)")),
("bit", _("Single Bit (BOOL)")),
("str", _("String (STR)"), Integer(
minvalue = 1,
title = _("Size"),
unit = _("Bytes"),
)),
("raw", _("Raw Bytes (HEXSTR)"), Integer(
minvalue = 1,
title = _("Size"),
unit = _("Bytes"),
)),
],
orientation = "horizontal",
sorted = True,
),
DropdownChoice(
title = _("Type of the value"),
choices = [
(None, _("Unclassified")),
("temp", _("Temperature")),
("hours_operation", _("Hours of operation")),
("hours_since_service", _("Hours since service")),
("hours", _("Hours")),
("seconds_operation", _("Seconds of operation")),
("seconds_since_service", _("Seconds since service")),
("seconds", _("Seconds")),
("counter", _("Increasing counter")),
("flag", _("State flag (on/off)")),
("text", _("Text")),
],
sorted = True,
),
ID(
title = _("Ident of the value"),
help = _(" An identifier of your choice. This identifier "
"is used by the Check_MK checks to access "
"and identify the single values. The identifier "
"needs to be unique within a group of VALUETYPES."),
),
]
group = "datasource_programs"
register_rule(group,
"special_agents:siemens_plc",
Dictionary(
elements = [
("devices", ListOf(
Dictionary(
elements = [
('host_name', TextAscii(
title = _('Name of the PLC'),
allow_empty = False,
help = _('Specify the logical name, e.g. the hostname, of the PLC. This name '
'is used to name the resulting services.')
)),
('host_address', TextAscii(
title = _('Network Address'),
allow_empty = False,
help = _('Specify the hostname or IP address of the PLC to communicate with.')
)),
("rack", Integer(
title = _("Number of the Rack"),
minvalue = 0,
)),
("slot", Integer(
title = _("Number of the Slot"),
minvalue = 0,
)),
("tcp_port", Integer(
title = _("TCP Port number"),
help = _("Port number for communicating with the PLC"),
default_value = 102,
minvalue = 1,
maxvalue = 65535,
)),
("timeout", Integer(
title = _("Connect Timeout"),
help = _("The connect timeout in seconds when establishing a connection "
"with the PLC."),
default_value = 60,
minvalue = 1,
unit = _("seconds"),
)),
("values", ListOf(
Tuple(
elements = _siemens_plc_value,
orientation = "horizontal",
),
title = _("Values to fetch from this device"),
validate = validate_siemens_plc_values,
magic = '@?@',
)),
],
optional_keys = ["timeout"],
),
title = _("Devices to fetch information from"),
)),
("values", ListOf(
Tuple(
elements = _siemens_plc_value,
orientation = "horizontal",
),
title = _("Values to fetch from all devices"),
validate = validate_siemens_plc_values,
)),
],
optional_keys = ["timeout"],
title = _("Siemens PLC (SPS)"),
help = _("This rule selects the Siemens PLC agent instead of the normal Check_MK Agent "
"and allows monitoring of Siemens PLC using the Snap7 API. You can configure "
"your connection settings and values to fetch here."),
),
factory_default = FACTORY_DEFAULT_UNUSED, # No default, do not use setting if no rule matches
match = 'first')
register_rule(group,
"special_agents:ruckus_spot",
Dictionary(
elements = [
( "address",
Alternative(
title = _("Server Address"),
help = _("Here you can set a manual address if the server differs from the host"),
elements = [
FixedValue(True, title = _("Use host address"), totext = ""),
TextAscii(title = _("Enter address"))
],
default_value = True
)
),
( "port",
Integer(
title = _("Port"),
allow_empty = False,
default_value = 8443
)
),
( "venueid",
TextAscii(
title = _("Venue ID"),
allow_empty = False,
)
),
( "api_key",
TextAscii(
title = _("API key"),
allow_empty = False,
size = 70
)
),
],
optional_keys = False
),
title = _("Agent for Ruckus Spot"),
help = _("This rule selects the Agent Ruckus Spot agent instead of the normal Check_MK Agent "
"which collects the data through the Ruckus Spot web interface"),
match = 'first')
group = 'datasource_programs'
register_rule(group,
'special_agents:appdynamics',
Dictionary(
elements = [
( 'username',
TextAscii(
title = _('AppDynamics login username'),
allow_empty = False,
)
),
( 'password',
Password(
title = _('AppDynamics login password'),
allow_empty = False,
)
),
( 'application',
TextAscii(
title = _('AppDynamics application name'),
help = _('This is the application name used in the URL. If you enter for example the application '
'name <tt>foobar</tt>, this would result in the URL being used to contact the REST API: '
'<tt>/controller/rest/applications/foobar/metric-data</tt>'),
allow_empty = False,
size = 40,
)
),
( 'port',
Integer(
title = _('TCP port number'),
help = _('Port number that AppDynamics is listening on. The default is 8090.'),
default_value = 8090,
minvalue = 1,
maxvalue = 65535,
)
),
( 'timeout',
Integer(
title = _('Connection timeout'),
help = _('The network timeout in seconds when communicating with AppDynamics.'
'The default is 30 seconds.'),
default_value = 30,
minvalue = 1,
unit = _('seconds'),
)
),
],
optional_keys = [ 'port', 'timeout' ],
),
title = _('AppDynamics via REST API'),
help = _('This rule allows querying an AppDynamics server for information about Java applications '
'via the AppDynamics REST API. You can configure your connection settings here.'),
factory_default = FACTORY_DEFAULT_UNUSED, # No default, do not use setting if no rule matches
match = 'first')
mk_jolokia_elements = [
( "port",
Integer(
title = _("TCP port for connection"),
default_value = 8080,
minvalue = 1,
maxvalue = 65535,
)
),
( "login",
Tuple(
title = _("Optional login (if required)"),
elements = [
TextAscii(
title = _("User ID for web login (if login required)"),
default_value = "monitoring",
),
Password(
title = _("Password for this user")
),
DropdownChoice(
title = _("Login mode"),
choices = [
( "basic", _("HTTP Basic Authentication") ),
( "digest", _("HTTP Digest") ),
]
)
]
)
),
( "suburi",
TextAscii(
title = _("relative URI under which Jolokia is visible"),
default_value = "jolokia",
size = 30,
)
),
( "instance",
TextUnicode(
title = _("Name of the instance in the monitoring"),
help = _("If you do not specify a name here, then the TCP port number "
"will be used as an instance name.")
),
),
]
group = 'datasource_programs'
register_rule(group,
'special_agents:jolokia',
Dictionary(
elements = mk_jolokia_elements,
),
title = _('Jolokia'),
help = _('This rule allows querying the Jolokia web API.'),
factory_default = FACTORY_DEFAULT_UNUSED, # No default, do not use setting if no rule matches
match = 'first')
register_rule(group,
"special_agents:tinkerforge",
Dictionary(
title = _("Settings for Tinkerforge agent"),
elements = [
( "port",
Integer(
title = _('TCP port number'),
help = _('Port number that AppDynamics is listening on. The default is 8090.'),
default_value = 4223,
minvalue = 1,
maxvalue = 65535
)
),
( "segment_display_uid",
TextAscii(
title = _("7-segment display uid"),
)
),
( "segment_display_brightness",
Integer(
title = _("7-segment display brightness"),
minvalue = 0,
maxvalue = 7
)
)
],
),
title = _("Tinkerforge"),
match = 'first')
|