inputs.conf
The following are the spec and example files for inputs.conf.
inputs.conf.spec
# Version 9.4.0 #
OVERVIEW
# This file contains possible settings you can use to configure inputs, # distributed inputs such as forwarders, and file system monitoring in # inputs.conf. # # Each stanza controls different search commands settings. # # There is an inputs.conf file in the $SPLUNK_HOME/etc/system/default/ directory. # Never change or copy the configuration files in the default directory. # The files in the default directory must remain intact and in their original # location. # # To set custom configurations, create a new file with the name inputs.conf in # the $SPLUNK_HOME/etc/system/local/ directory. Then add the specific settings # that you want to customize to the local configuration file. # For examples, see inputs.conf.example. # # You must restart the Splunk platform instance to enable configuration changes. # # To learn more about configuration files (including file precedence) see the # documentation located at # http://docs.splunk.com/Documentation/Splunk/latest/Admin/Aboutconfigurationfiles #
GLOBAL SETTINGS
# Use the [default] stanza to define any global settings.
# * You can also define global settings outside of any stanza, at the top of
# the file.
# * Each .conf file should have at most one default stanza. If there are
# multiple default stanzas, settings are combined. In the case of
# multiple definitions of the same setting, the last definition in the
# file wins.
# * If a setting is defined at both the global level and in a specific
# stanza, the value in the specific stanza takes precedence.
# * Do not add any new global settings to the [default] stanza unless you
# understand all the repercussions of your changes. It is especially
# important not to add new settings if your inputs.conf file is created
# in an app that has global permissions or is located in the
# $SPLUNK_HOME/etc/system directory.
# * Modifying the inputs.conf file might cause other apps or splunkd to fail.
############################################################################
# GENERAL SETTINGS:
# The following settings are valid for all input types (except file system
# change monitor, which is described in a separate section in this file).
# You must first enter a stanza header in square brackets, specifying the input
# type. See later in this file for examples. Then, use any of the
# following settings.
#
# To specify global settings for Windows Event Log inputs, place them in
# the [WinEventLog] global stanza as well as the [default] stanza.
############################################################################
host = <string>
* Sets the host key/field to a static value for this input stanza.
* The input uses this field during parsing and indexing. It also uses this
field at search time.
* As a convenience, the input prepends the chosen string with 'host::'.
* When set to '$decideOnStartup', sets the field to the hostname of executing
machine. The hostname is checked and the field set at every splunkd startup.
* If you run multiple instances of the software on the same machine (hardware
or virtual machine), choose unique values for 'host' to differentiate
your data, ex. myhost-sh-1 or myhost-idx-2.
* Do not put the <string> value in quotes. Use host=foo, not host="foo".
* When 'host' is set to "$decideOnStartup", you can further control how splunkd
derives the hostname by using the 'hostnameOption' setting in server.conf.
* For example, if you want splunkd to use the fully qualified domain
name for the machine, set "host = $decideOnStartup" in inputs.conf and
"hostnameOption = fullyqualifiedname" in server.conf.
* More information on hostname options can be found in the server.conf
specification file.
* If you remove the 'host' setting from $SPLUNK_HOME/etc/system/local/inputs.conf
or remove $SPLUNK_HOME/etc/system/local/inputs.conf, the setting reverts to
"$decideOnStartup". Apps that need a resolved host value should use the
'host_resolved' property in the response for the REST 'GET' call of the
input source. This property is set to the hostname of the local Splunk
instance. It is a read only property that is not written to inputs.conf.
* Default: "$decideOnStartup"
run_only_one= <boolean>
* Determines if a scripted or modular inputs runs on one search head
in SHC.
* Currently not supported. This setting is related to a feature that is
still under development.
* Default: true
index = <string>
* Sets the index to store events from this input.
* Primarily used to specify the index to store events that come in through
this input stanza.
* Default: main (or whatever you have set as your default index)
source = <string>
* Sets the source key/field for events from this input.
* Detail: Sets the source key initial value. The key is used during
parsing/indexing, in particular to set the source field during
indexing. It is also the source field used at search time.
* As a convenience, the chosen string is prepended with 'source::'.
* Avoid overriding the source key. The input layer provides a more accurate
string to aid in problem analysis and investigation, recording the file
from which the data was retrieved. Consider using source types, tagging,
and search wildcards before overriding this value.
* Do not put the <string> value in quotes: Use source=foo,
not source="foo".
* Default: the input file path
sourcetype = <string>
* Sets the sourcetype key/field for events from this input.
* Explicitly declares the source type for this input instead of letting
it be determined through automated methods. This is important for
search and for applying the relevant configuration for this data type
during parsing and indexing.
* Sets the sourcetype key initial value. The key is used during
parsing or indexing to set the source type field during
indexing. It is also the source type field used at search time.
* As a convenience, the chosen string is prepended with 'sourcetype::'.
* Do not put the <string> value in quotes: Use sourcetype=foo,
not sourcetype="foo".
* If not set, the indexer analyzes the data and chooses a source type.
* No default.
queue = [parsingQueue|indexQueue]
* Sets the queue where the input processor deposits the events it reads.
* Set to "parsingQueue" to apply the props.conf file and other parsing rules to
your data. For more information about the props.conf file and rules
timestamps and linebreaks, see the props.conf file and the
online documentation at http://docs.splunk.com/Documentation.
* Set to "indexQueue" to send your data directly into the index.
* Default: parsingQueue
# Pipeline Key defaulting.
* Pipeline keys in general can be defaulted in inputs stanzas.
* The list of user-available, modifiable pipeline keys is described in
transforms.conf.spec. See transforms.conf.spec for further information on
these keys.
* The currently-defined keys which are available literally in inputs stanzas
are as follows:
queue = <value>
_raw = <value>
_meta = <value>
_time = <value>
* Inputs have special support for mapping host, source, sourcetype, and index
to their metadata names such as host -> Metadata:Host
* Defaulting these values is not recommended, and is
generally only useful as a workaround to other product issues.
* Defaulting these keys in most cases overrides the default behavior of
input processors, but this behavior is not guaranteed in all cases.
* Values defaulted here, as with all values provided by inputs, can be
altered by transforms at parse time.
############################################################################
# This section contains options for routing data using inputs.conf rather than
# outputs.conf.
#
# NOTE: Concerning routing via inputs.conf:
# This is a simplified set of routing options you can use as data comes in.
# For more flexible options or details on configuring required or optional
# settings, see outputs.conf.spec.
############################################################################
_TCP_ROUTING = <comma-separated list>
* A comma-separated list of tcpout group names.
* This setting lets you selectively forward data to one or more specific indexers.
* Specify the tcpout group that the forwarder uses when forwarding the data.
The tcpout group names are defined in outputs.conf with
[tcpout:<tcpout_group_name>].
* To forward data to all tcpout group names that have been defined in
outputs.conf, set to '*' (asterisk).
* To forward data from the "_internal" index, you must explicitly set
'_TCP_ROUTING' to either "*" or a specific splunktcp target group.
* Default: The groups specified in 'defaultGroup' in [tcpout] stanza in
the outputs.conf file
_SYSLOG_ROUTING = <comma-separated list>
* A comma-separated list of syslog group names.
* Use this setting to selectively forward the data to specific destinations as
syslog events.
* Specify the syslog group to use when forwarding the data.
The syslog group names are defined in outputs.conf with
[syslog:<syslog_group_name>].
* The destination host must be configured in outputs.conf, using
"server=[<ip>|<servername>]:<port>".
* This setting does not work on a universal forwarder.
* Default: The groups specified in 'defaultGroup' in the [syslog] stanza in
the outputs.conf file
_INDEX_AND_FORWARD_ROUTING = <string>
* If set for any input stanza, causes all data coming from that input
stanza to be labeled with this setting.
* When 'selectiveIndexing' is in use on a forwarder:
* Data without this label will not be indexed by that forwarder.
* Data with this label will be indexed in addition to any forwarding.
* This setting does not actually cause data to be forwarded or not forwarded in
any way, nor does it control where the data is forwarded in multiple-forward
path cases.
* Only has effect if you use the 'selectiveIndexing' feature in outputs.conf.
* Default: not set
Deny list
[blacklist:<path>] * Protects files on the file system from being indexed or previewed. * The input treats a file as denied if the file starts with any of the defined deny list <paths>. * Adding a file to the deny list with the specified path occurs even if a monitor stanza defines an allow list that matches the file path. * The preview endpoint returns an error when asked to preview an excluded file. * The oneshot endpoint and command also returns an error. * When a denied file is monitored, using monitor:// or batch://, the 'filestatus' endpoint shows an error. * For fschange with the 'sendFullEvent' option enabled, contents of denied files are not indexed.
Input types
Valid input stanzas, along with their input-specific settings, follow:
MONITOR:
[monitor://<path>]
* Configures a file monitor input to watch all files in the <path> you specify.
* <path> can be an entire directory or a single file.
* You must specify the input type and then the path, so put three slashes in
your path if you are starting at the root on *nix systems (to include the
slash that indicates an absolute path).
# Additional settings:
host_regex = <regular expression>
* If specified, <regular expression> extracts host from the path to the file
for each input file.
* Detail: This feature examines the source key; if source is set
explicitly in the stanza, that string is matched, not the original
filename.
* Specifically, the first group of the regular expression (regex) is used
as the host.
* If the regex fails to match, the input uses the default 'host' setting.
* If 'host_regex' and 'host_segment' are both set, the input ignores 'host_regex'.
* No default.
host_segment = <integer>
* If set to N, the Splunk platform sets the Nth "/"-separated segment of the path
as 'host'.
* For example, if you set "host_segment = 3" and the path is
/logs/servers/host08/abc.txt, the third segment, "host08", is used.
* If the value is not an integer or is less than 1, the default 'host'
setting is used.
* On Windows machines, the drive letter and colon before the backslash *does not*
count as one segment.
* For example, if you set "host_segment = 3" and the monitor path is
D:\logs\servers\host01, Splunk software sets the host as "host01" because
that is the third segment.
* No default.
whitelist = <regular expression>
* If set, files from this input are monitored only if their path matches the
specified regular expression.
* Takes precedence over the deprecated '_whitelist' setting, which functions
the same way.
* No default.
blacklist = <regular expression>
* If set, files from this input are NOT monitored if their path matches the
specified regex.
* Takes precedence over the deprecated '_blacklist' setting, which functions
the same way.
* If a file matches the regexes in both the deny list and allow list settings,
the file is NOT monitored. Deny lists take precedence over allow lists.
* No default.
NOTE concerning wildcards and monitor:
* You can use wildcards to specify your input path for monitored inputs. Use
"..." for recursive directory matching and "*" for wildcard matching in a
single directory segment.
* "..." searches recursively through one or more directories. This means that
/foo/.../bar matches foo/1/bar, foo/1/2/bar, etc.
* You can use multiple "..." specifications in a single input path. For
example: /foo/.../bar/...
* The asterisk (*) matches anything in a single path segment; unlike "...", it
does not search recursively. For example, /foo/*/bar matches the files
/foo/1/bar, /foo/2/bar, etc. However, it does not match
/foo/bar or /foo/1/2/bar.
A second example: /foo/m*r/bar matches /foo/mr/bar, /foo/mir/bar,
/foo/moor/bar, etc. It does not match /foo/mi/or/bar.
* You can combine "*" and "..." as needed: foo/.../bar/* matches any file in
the bar directory within the specified path.
* A monitor stanza path will interpret regular expression metacharacters as
strings unless they are preceded by the wildcard values "*" or "..." in a prior
segment of the path.
* In the case where multiple unique monitor inputs overlap through the use of
wildcards or specific paths defined in the monitor stanza, the Splunk platform
processes the files using the monitor stanza that is the closest
specific match.
crcSalt = <string>
* Use this setting to force the input to consume files that have matching CRCs,
or cyclic redundancy checks.
* By default, the input only performs CRC checks against the first 256
bytes of a file. This behavior prevents the input from indexing the same
file twice, even though you might have renamed it, as with rolling log
files, for example. Because the CRC is based on only the first
few lines of the file, it is possible for legitimately different files
to have matching CRCs, particularly if they have identical headers.
* If set, <string> is added to the CRC.
* If set to the literal string "<SOURCE>" (including the angle brackets), the
full directory path to the source file is added to the CRC. This ensures
that each file being monitored has a unique CRC. When 'crcSalt' is invoked,
it is usually set to <SOURCE>.
* Be cautious about using this setting with rolling log files; it could lead
to the log file being re-indexed after it has rolled.
* In many situations, 'initCrcLength' can be used to achieve the same goals.
* Default: empty string
initCrcLength = <integer>
* How much of a file, in bytes, that the input reads before trying to
identify whether it has already seen the file.
* You might want to adjust this if you have many files with common
headers (comment headers, long CSV headers, etc) and recurring filenames.
* Cannot be less than 256 or more than 1048576.
* CAUTION: Improper use of this setting causes data to be re-indexed. You
might want to consult with Splunk Support before adjusting this value - the
default is fine for most installations.
* Default: 256 (bytes)
ignoreOlderThan = <non-negative integer>[s|m|h|d]
* The monitor input compares the modification time on files it encounters
with the current time. If the time elapsed since the modification time
is greater than the value in this setting, Splunk software puts the file
on the ignore list.
* Files on the ignore list are not checked again until the Splunk
platform restarts, or the file monitoring subsystem is reconfigured. This
is true even if the file becomes newer again at a later time.
* Reconfigurations occur when changes are made to monitor or batch
inputs through Splunk Web or the command line.
* Use 'ignoreOlderThan' to increase file monitoring performance when
monitoring a directory hierarchy that contains many older, unchanging
files, and when removing or adding a file to the deny list from the
monitoring location is not a reasonable option.
* Do NOT select a time that files you want to read could reach in
age, even temporarily. Take potential downtime into consideration!
* Suggested value: 14d, which means 2 weeks
* For example, a time window in significant numbers of days or small
numbers of weeks are probably reasonable choices.
* If you need a time window in small numbers of days or hours,
there are other approaches to consider for performant monitoring
beyond the scope of this setting.
* NOTE: Most modern Windows file access APIs do not update file
modification time while the file is open and being actively written to.
Windows delays updating modification time until the file is closed.
Therefore you might have to choose a larger time window on Windows
hosts where files may be open for long time periods.
* Value must be: <number><unit>. For example, "7d" indicates one week.
* Valid units are "d" (days), "h" (hours), "m" (minutes), and "s"
(seconds).
* No default, meaning there is no threshold and no files are
ignored for modification time reasons
followTail = <boolean>
* Whether or not the input should skip past current data in a monitored file
for a given input stanza.
* This setting lets you skip over data in files, and immediately begin indexing
current data.
* If you set to "1", monitoring starts at the end of the file (like
*nix 'tail -f'). The input does not read any data that exists in
the file when it is first encountered. The input only reads data that
arrives after the first encounter time.
* If you set to "0", monitoring starts at the beginning of the file.
* This is an advanced setting. Contact Splunk Support before using it.
* Best practice for using this setting:
* Enable this setting and start the Splunk instance.
* Wait enough time for the input to identify the related files.
* Disable the setting and restart the instance.
* Do not leave 'followTail' enabled in an ongoing fashion.
* Do not use 'followTail' for rolling log files (log files that get renamed as
they age) or files whose names or paths vary.
* Default: 0
alwaysOpenFile = <boolean>
* Whether or not an input opens a file to check whether it has already
been indexed, by skipping the modification time and size checks.
* Only useful for files that do not update modification time or size.
* Only known to be needed when monitoring files on Windows, mostly for
Internet Information Server logs.
* Configuring this setting to "1" can increase load and slow indexing. Use it
only as a last resort.
* Default: 0
time_before_close = <integer>
* The amount of time, in seconds, that the file monitor must wait for
modifications before closing a file after reaching an End-of-File
(EOF) marker.
* Tells the input not to close files that have been updated in the
past 'time_before_close' seconds.
* Default: 3
multiline_event_extra_waittime = <boolean>
* Whether or not the file monitor input delays sending an event delimiter when
it reads a file with multiple-line events, to account for the time it
sometimes takes for lines of those events to arrive.
* By default, the file monitor sends an event delimiter when:
* It reaches EOF of a file it monitors and
* The last character it reads is a newline.
* In some cases, it takes time for all lines of a multiple-line event to
arrive.
* Set to "true" to delay sending an event delimiter until the time that the
file monitor closes the file, as defined by the 'time_before_close' setting,
to allow all event lines to arrive.
* Default: false
recursive = <boolean>
* Whether or not the input monitors subdirectories that it finds within a
monitored directory.
* A value of "true" means the input monitors sub-directories.
* A value of "false" means the input does not monitor sub-directories.
* Default: true
followSymlink = <boolean>
* Whether or not the input follows any symbolic links within a monitored directory.
* A value of "true" means the input follows symbolic links
and monitors files at the symbolic link destination.
* Additionally, any allow lists or deny lists that the input stanza defines
also apply to files at the symbolic link destination.
* A value of "false" means the input ignores symbolic links
that it finds within a monitored directory.
* Default: true
_whitelist = ...
* DEPRECATED.
* This setting is valid unless the 'whitelist' setting also exists.
_blacklist = ...
* DEPRECATED.
* This setting is valid unless the 'blacklist' setting also exists.
BATCH ("Upload a file" in Splunk Web):
Use the 'batch' input for large archives of historic data. If you want to continuously monitor a directory or index small archives, use 'monitor' (see the MONITOR section). 'batch' reads in the file and indexes it, and then deletes the file on disk. [batch://<path>] * A one-time, destructive input of files in <path>. * This stanza must include the 'move_policy = sinkhole' setting. * This input reads and indexes the files, then DELETES THEM IMMEDIATELY. * For continuous, non-destructive inputs of files, use 'monitor' instead. # Additional settings: move_policy = sinkhole * This setting is required. You *must* include "move_policy = sinkhole" when you define batch inputs. * This setting causes the input to load the file destructively. * CAUTION: Do not use the 'batch' input type for files you do not want to delete after indexing. * The 'move_policy' setting exists for historical reasons, but remains as a safeguard. As an administrator, you must explicitly declare that you want the data in the monitored directory (and its sub-directories) to be deleted after being read and indexed. host_regex = see the definition in the MONITOR section. host_segment = see the definition in the MONITOR section. crcSalt = see the definition in the MONITOR section. time_before_close = see the definition in the MONITOR section. log_on_completion = <boolean> * Whether or not the Splunk platform writes an entry into the splunkd.log file when it indexes files with this input. * When set to "false", this setting prevents the Splunk platform from writing to splunkd.log when it indexes files with this input. * Default: true # 'batch' inputs do not use the following setting: # source = <string> followSymlink = <boolean> * Works similarly to the same setting for monitor, but does not delete files after following a symbolic link out of the monitored directory. # The following settings work identically as for [monitor::] stanzas, # documented previously host_regex = <regular expression> host_segment = <integer> crcSalt = <string> recursive = <boolean> whitelist = <regular expression> blacklist = <regular expression> initCrcLength = <integer> time_before_close = <integer>
TCP: Transport Control Protocol (TCP) network inputs
[tcp://<remote server>:<port>]
* Configures the input to listen on a specific TCP network port.
* If a <remote server> makes a connection to this instance, the input uses this
stanza to configure itself.
* If you do not specify <remote server>, this stanza matches all connections
on the specified network port.
* Generates events with source set to "tcp:<port>", for example: tcp:514
* If you do not specify a sourcetype, the input generates events with sourcetype
set to "tcp-raw".
# Additional settings:
connection_host = [ip|dns|none]
* How the network input sets the host field for the events it generates.
* A value of "ip" sets the host to the IP address of the system sending the data.
* A value of "dns" sets the host to the reverse DNS entry for the IP address of
the system that sends the data. For this to work correctly, set the forward
DNS lookup to match the reverse DNS lookup in your DNS configuration.
* A value of "none" leaves the host as specified in inputs.conf, typically the
hostname of the system running Splunk software.
* Default: dns
queueSize = <integer>[KB|MB|GB]
* The maximum size of the in-memory input queue.
* Configure this setting only if you have also configured 'persistentQueueSize'.
If you configure multiple tcp inputs, and either set 'queueSize' or use its
default value for each input, but do not also set 'persistentQueueSize', splunkd
creates only one in-memory queue, and sets the size of that queue to the value
it gets from a 'queueSize' setting in the first [tcp://] stanza it
encounters after it sorts all [tcp://] stanza names in ascending
alphanumeric order.
* In the case where none of the [tcp://] stanzas has an explicit 'queueSize' set,
splunkd uses the default value.
* This logic applies to all inputs that use in-memory input queues.
* If you configure multiple [tcp://] stanzas, and do not want to set
'persistentQueueSize', then alternatively give 'maxSize' under
the '[queue=tcpin_queue]' stanza a value in the server.conf
configuration file.
* Default: 500KB
persistentQueueSize = <integer>[KB|MB|GB|TB]
* The maximum size of the persistent queue file.
* Persistent queues can help prevent loss of transient data. For information on
persistent queues and how the 'queueSize' and 'persistentQueueSize' settings
interact, search the online documentation for "persistent queues".
* If you set this to a value other than 0, then 'persistentQueueSize' must
be larger than either the in-memory queue size (as defined by the 'queueSize'
setting in inputs.conf or 'maxSize' settings in [queue] stanzas in
server.conf).
* Default: 0 (no persistent queue)
requireHeader = <boolean>
* Whether or not to require a header be present at the beginning of every
stream.
* This header can be used to override indexing settings.
* Default: false
listenOnIPv6 = [no|yes|only]
* Whether or not the input listens on IPv4, IPv6, or both protocols.
* Set to "yes" to listen on both IPv4 and IPv6 protocols.
* Set to "only" to listen on only the IPv6 protocol.
* Default: The setting in the [general] stanza of the server.conf file
acceptFrom = <comma- or space-separated list>
* A list of TCP networks or addresses to accept connections from.
* Use commas or spaces to separate multiple network rules.
* The accepted formats for network and address rules are:
1. A single IPv4 or IPv6 address (examples: "192.0.2.3", "2001:db8::2:1")
2. A Classless Inter-Domain Routing (CIDR) block of addresses
(examples: "192.0.2/24", "2001:DB8::/32")
3. A DNS name. Use "*" as a wildcard.
(examples: "myhost.example.com", "*.example.org")
4. The wildcard "*" matches anything.
* A prefix of '!' for an entry sets a rule to deny and reject connections. The ACL
applies rules in order, and uses the first matching rule. For example,
the rules "!192.0.2/24, *" prevents connections from the 192.0.2/24
network, but accepts all other connections.
* Default: * (accept from anywhere)
rawTcpDoneTimeout = <seconds>
* The amount of time, in seconds, that a network connection can remain idle
before Splunk software declares that the last event over that connection
has been received.
* If a connection over this port remains idle for more than
'rawTcpDoneTimeout' seconds after receiving data, it adds a Done-key. This
declares that the last event has been completely received.
* Default: 10
[tcp:<port>]
* Configures the input listen on the specified TCP network port.
* This stanza is similar to [tcp://<remote server>:<port>], but listens for
connections to the specified port from any host.
* Generates events with a source of tcp:<port>.
* If you do not specify a sourcetype, generates events with a source type of
tcp-raw.
* This stanza supports the following settings:
connection_host = [ip|dns|none]
queueSize = <integer>[KB|MB|GB]
persistentQueueSize = <integer>[KB|MB|GB|TB]
requireHeader = <boolean>
listenOnIPv6 = [no|yes|only]
acceptFrom = <comma- or space-separated list>
rawTcpDoneTimeout = <integer>
Data distribution:
# Global settings for splunktcp. Used on the receiving side for data forwarded
# from a forwarder.
[splunktcp]
route = [has_key|absent_key:<key>:<queueName>;...]
* Settings for the light forwarder.
* The receiver sets these parameters automatically -- you do not need to set
them yourself.
* The property route is composed of rules delimited by ';' (semicolon).
* The receiver checks each incoming data payload through the cooked TCP port
against the route rules.
* If a matching rule is found, the receiver sends the payload to the specified
<queueName>.
* If no matching rule is found, the receiver sends the payload to the default
queue specified by any queue= for this stanza. If no queue= key is set in
the stanza or globally, the receiver sends the events to the parsingQueue.
enableS2SHeartbeat = <boolean>
* Specifies the global keepalive setting for all splunktcp ports.
* This option is used to detect forwarders which might have become unavailable
due to network, firewall, or other problems.
* The receiver monitors each connection for presence of a heartbeat, and if the
heartbeat is not seen for 's2sHeartbeatTimeout' seconds, it closes the
connection.
* Default: true (heartbeat monitoring enabled)
s2sHeartbeatTimeout = <integer>
* The amount of time, in seconds, that a receiver waits for heartbeats from
forwarders that connect to this instance.
* The receiver closes a forwarder connection if it does not receive
a heartbeat for 's2sHeartbeatTimeout' seconds.
* Default: 600 (10 minutes)
inputShutdownTimeout = <integer>
* The amount of time, in seconds, that a receiver waits before shutting down
inbound TCP connections after it receives a signal to shut down.
* Used during shutdown to minimize data loss when forwarders are connected to a
receiver.
* During shutdown, the TCP input processor waits for 'inputShutdownTimeout'
seconds and then closes any remaining open connections.
* If all connections close before the end of the timeout period,
shutdown proceeds immediately, without waiting for the timeout.
stopAcceptorAfterQBlock = <integer>
* The amount of time, in seconds, to wait before closing the splunktcp port.
* If the receiver is unable to insert received data into the configured queue
for more than the specified number of seconds, it closes the splunktcp port.
* This action prevents forwarders from establishing new connections to this
receiver.
* Forwarders that have an existing connection will notice the port is closed
upon test-connections and move to other receivers.
* After the queue unblocks, and the TCP input can continue processing data, the
receiver starts listening on the port again.
* This setting should not be adjusted lightly as extreme values can interact
poorly with other defaults.
* NOTE: If there are multiple tcp/splunktcp listener ports configured,
all listening ports will be shut down regardless of whether other queues are
blocked or not.
* Default: 300 (5 minutes)
listenOnIPv6 = no|yes|only
* See the description for this setting in the [tcp://<remote server>:<port>]
stanza.
acceptFrom = <comma- or space-separated list>
* See the description for this setting in the [tcp://<remote server>:<port>]
stanza.
negotiateProtocolLevel = <unsigned integer>
* If set, lets forwarders that connect to this receiver (or specific port)
send data using only up to the specified feature level of the Splunk
forwarder protocol.
* If set to a value that is lower than the default, denies the use
of newer forwarder protocol features during connection negotiation. This
might impact indexer efficiency.
* Default (if 'negotiateNewProtocol' is "true"): 1
* Default (if 'negotiateNewProtocol' is not "true"): 0
negotiateNewProtocol = <boolean>
* DEPRECATED.
* Use the 'negotiateProtocolLevel' setting instead.
* Controls the default configuration of the 'negotiateProtocolLevel' setting.
* Default: true
concurrentChannelLimit = <unsigned integer>
* The number of unique channel codes that are available for forwarders to
use to communicate with an indexer.
* Each forwarder that connects to this indexer may use up to
'concurrentChannelLimit' unique channel codes.
* In other words, each forwarder may have up to 'concurrentChannelLimit'
channels in flight concurrently.
* The receiver closes a forwarder connection if a forwarder attempts to
exceed this value.
* This setting only applies when the new forwarder protocol is in use.
* Default: 300
logRetireOldS2S = <boolean>
* Whether or not the Splunk platform logs the usage of old versions of Splunk-to-Splunk (S2S)
protocol.
* The old S2S protocol retirement logs provide visibility into customers' usage
of the old S2S protocol version V3 which is less performant than the current version V4.
* A value of "true" means that splunkd generates warning logs for the old S2S protocol
versions.
* See the 'logRetireOldS2SRepeatFrequency' setting for additional constraints on
when the Splunk platform logs the use of old S2S protocol versions.
* Default: true
logRetireOldS2SMaxCache = <unsigned integer>
* The size of the cache for tracking forwarders that use old S2S protocols.
* The cache keeps track of unique forwarders that use the old S2S protocol. When a
forwarder is in the cache, the Splunk platform doesn't log usage of the old protocol
for that forwarder for a time period of 'logRetireOldS2SRepeatFrequency', to avoid generating
duplicate logs.
* If the cache fills before the 'logRetireOldS2SRepeatFrequency' period elapses,
the Splunk platform removes the forwarder that has been in the cache the longest
from the cache to make space.
* Update this setting as per the number of forwarders that currently use the old S2S
protocol to send data to indexers. If the number of forwarders that use
old S2S protocols is larger than the cache size, some forwarders might generate duplicate
logs even though the previous log was within the 'logRetireOldS2SRepeatFrequency'
period.
* When you restart Splunk Enterprise, the cache resets and the timer starts over.
* This setting takes effect only when 'logRetireOldS2S' has a value of "true".
* Default: 10000
logRetireOldS2SRepeatFrequency = <timespan>
* The interval between writing repeat entries into the retire old S2S warning log
for a certain forwarder.
* This setting helps reduce retire old S2S log size by providing control over how
often to log.
* When a forwarder uses the old S2S protocol version to communicate with splunkd, splunkd
adds the forwarder to a cache. Subsequent communication with the same
forwarder won't generate a new entry to the log until a period of
'logRetireOldS2SRepeatFrequency' has elapsed. Splunkd then resets the log timestamp and
writes another "retire old S2S protocol" warning log entry.
* The Splunk platform enforces this setting as long as the size of the cache
does not exceed 'logRetireOldS2SMaxCache' entries. When there are more than
'logRetireOldS2SMaxCache' entries, the cache removes the entry with the oldest
access time to make space.
* When you restart Splunk Enterprise, the cache resets and the timer starts over.
* This setting takes effect only when 'logRetireOldS2S' has a value of "true".
* A value of "0" means that the platform logs old S2S protocol warning entries every time
it receives a communication using the old S2S protocol version.
* Default: 1d
# Forwarder-specific settings for splunktcp.
[splunktcp://[<remote server>]:<port>]
* Receivers use this input stanza.
* This is the same as the [tcp://] stanza, except the remote server is assumed
to be a Splunk instance, most likely a forwarder.
* <remote server> is optional. If you specify it, the receiver listens only for
data from <remote server>.
* Use of <remote server> is not recommended. Use the 'acceptFrom' setting,
which supersedes this setting.
connection_host = [ip|dns|none]
* For splunktcp, the 'host' or 'connection_host' is be used if the remote
Splunk instance does not set a host, or if the host is set to
"<host>::<localhost>".
* "ip" sets the host to the IP address of the system sending the data.
* "dns" sets the host to the reverse DNS entry for IP address of the system
that sends the data. For this to work correctly, set the forward DNS lookup
to match the reverse DNS lookup in your DNS configuration.
* "none" leaves the host as specified in inputs.conf, typically the Splunk
system hostname.
* Default: ip
compressed = <boolean>
* Whether or not the receiver communicates with the forwarder in
compressed format.
* Applies only to receiving data over standard network channels.
There is no compression setting required for TLS.
* A value of "true" means the receiver communicates with the forwarder in
compressed format.
* If set to "true", there is no longer a requirement to also set
"compressed = true" in the outputs.conf file on the forwarder.
* Default: false
enableS2SHeartbeat = <boolean>
* Specifies the keepalive setting for the splunktcp port.
* This option is used to detect forwarders which might have become unavailable
due to network, firewall, or other problems.
* The receiver monitors the connection for presence of a heartbeat, and if it
does not see the heartbeat in 's2sHeartbeatTimeout' seconds, it closes the
connection.
* This overrides the default value specified at the global [splunktcp] stanza.
* Default: true (heartbeat monitoring enabled)
s2sHeartbeatTimeout = <integer>
* The amount of time, in seconds, that a receiver waits for heartbeats from
forwarders that connect to this instance.
* The receiver closes the forwarder connection if it does not see a heartbeat
for 's2sHeartbeatTimeout' seconds.
* This overrides the default value specified at the global [splunktcp] stanza.
* Default: 600 (10 minutes)
queueSize = <integer>[KB|MB|GB]
* The maximum size of the in-memory input queue.
* See the description of 'queueSize' under the [tcp://] stanza
for details on this setting.
* If there are multiple [splunktcp://] stanzas, and you do not want to set
'persistentQueueSize', then alternatively give 'maxSize' under
the '[queue=splunktcpin]' stanza a value in the server.conf
configuration file.
* Default: 500KB
negotiateProtocolLevel = <unsigned integer>
* See the description for this setting in the [splunktcp] stanza.
negotiateNewProtocol = <boolean>
* See the description for this setting in the [splunktcp] stanza.
concurrentChannelLimit = <unsigned integer>
* See the description for this setting in the [splunktcp] stanza.
[splunktcp:<port>]
* This input stanza is the same as [splunktcp://[<remote server>]:<port>], but
the input accepts connections from any server.
* See the online documentation for [splunktcp://[<remote server>]:<port>] for
more information on the following supported settings:
connection_host = [ip|dns|none]
compressed = <boolean>
enableS2SHeartbeat = <boolean>
s2sHeartbeatTimeout = <integer>
queueSize = <integer>[KB|MB|GB]
persistentQueueSize = <integer>[KB|MB|GB|TB]
negotiateProtocolLevel = <unsigned integer>
negotiateNewProtocol = <boolean>
concurrentChannelLimit = <unsigned integer>
# Access control settings.
[splunktcptoken://<token name>]
* Use this stanza to specify forwarders from which to accept data.
* You must configure a token on the receiver, then configure the same
token on forwarders.
* The receiver discards data from forwarders that do not have the
token configured.
* This setting is enabled for all receiving ports.
* This setting is optional.
* NOTE: When specifying a <token name>, you must use a specific format,
as follows: NNNNNNNN-NNNN-NNNN-NNNN-NNNNNNNNNNNN. Failure to use this
format results in the token being ignored.
* For example, 'A843001F-B2B5-4F94-847D-D07802685BB2'
token = <string>
* The value of the token.
* Must be in the format NNNNNNNN-NNNN-NNNN-NNNN-NNNNNNNNNNNN. Failure to
use this string format results in the token being ignored.
# TLS settings for data distribution:
[splunktcp-ssl:<port>]
* Use this stanza type if your receivers receive encrypted, parsed data from a
forwarder.
* Set <port> to the port on which the forwarder sends the encrypted data.
* Forwarder settings are set in outputs.conf on the forwarder.
* Compression for TLS is enabled by default. On the forwarder you can still
specify compression with the 'useClientSSLCompression' setting in
outputs.conf.
* The 'compressed' setting is used for non-TLS connections. However, if you
still specify 'compressed' for TLS, ensure that the 'compressed' setting is
the same as on the forwarder, as splunktcp protocol expects the same
'compressed' setting from forwarders.
connection_host = [ip|dns|none]
* See the description for this setting in the [splunktcp:<port>] stanza.
* Default: ip
compressed = <boolean>
* See the description for this setting in the [splunktcp:<port>] stanza.
enableS2SHeartbeat = <boolean>
* See the description for this setting in the [splunktcp:<port>] stanza.
s2sHeartbeatTimeout = <seconds>
* See the description for this setting in the [splunktcp:<port>] stanza.
listenOnIPv6 = [no|yes|only]
* Select whether this receiver listens on IPv4, IPv6, or both protocols.
* Set to "yes" to listen on both IPv4 and IPv6 protocols.
* Set to "only" to listen on only the IPv6 protocol.
* Default: The setting in the [general] stanza of the server.conf file
acceptFrom = <comma- or space-separated list>
* See the description for this setting in the [tcp://<remote server>:<port>]
stanza.
negotiateProtocolLevel = <unsigned integer>
* See the description for this setting in the [splunktcp] stanza.
negotiateNewProtocol = <boolean>
* See the description for this setting in the [splunktcp] stanza.
concurrentChannelLimit = <unsigned integer>
* See the description for this setting in the [splunktcp] stanza.
# To specify global TLS settings, that are applicable for all ports, add the
# settings to the [SSL] stanza.
# Specify any TLS setting that deviates from the global setting here.
# For a detailed description of each TLS setting, refer to the [SSL] stanza.
serverCert = <string>
sslPassword = <string>
requireClientCert = <boolean>
sslVersions = <string>
cipherSuite = <string>
ecdhCurves = <comma separated list>
dhFile = <string>
allowSslRenegotiation = <boolean>
sslQuietShutdown = <boolean>
sslCommonNameToCheck = <comma-separated list>
sslAltNameToCheck = <comma-separated list>
useSSLCompression = <boolean>
[tcp-ssl:<port>]
* Use this stanza type if you are receiving encrypted, unparsed data from a
forwarder or third-party system.
* Set <port> to the port on which the forwarder/third-party system is sending
unparsed, encrypted data.
* To create multiple TLS inputs, you can add the following attributes to each
[tcp-ssl:<port>] input stanza. If you do not configure a certificate in the
port, the certificate information is pulled from the default [SSL] stanza:
* serverCert = <path>
* sslRootCAPath = <path>
* Add this setting only if you have not configured the 'sslRootCAPath'
setting in server.conf.
* sslPassword = <string>
listenOnIPv6 = [no|yes|only]
* Select whether the receiver listens on IPv4, IPv6, or both protocols.
* Set to "yes" to listen on both IPv4 and IPv6 protocols.
* Set to "only" to listen on only the IPv6 protocol.
* If not present, the receiver uses the setting in the [general] stanza
of server.conf.
acceptFrom = <comma- or space-separated list>
* See the description for this setting in the [tcp://<remote server>:<port>]
stanza.
* Default: "*" (accept from anywhere)
# To specify global TLS settings, that are applicable for all ports, add the
# settings to the [SSL] stanza.
# Specify any TLS setting that deviates from the global setting here.
# For a detailed description of each TLS setting, refer to the [SSL] stanza.
serverCert = <string>
sslPassword = <string>
requireClientCert = <boolean>
sslVersions = <string>
cipherSuite = <string>
ecdhCurves = <comma separated list>
dhFile = <string>
allowSslRenegotiation = <boolean>
sslQuietShutdown = <boolean>
sslCommonNameToCheck = <comma-separated list>
sslAltNameToCheck = <comma-separated list>
useSSLCompression = <boolean>
SSL:
[SSL]
* Set the global specifications for receiving transport layer security (TLS)
and Secure Sockets Layer (SSL) communication underneath this stanza name.
serverCert = <string>
* The full path to the server certificate.
* The Splunk daemon auto-generates certificates when you start Splunk
Enterprise the first time.
* Where applicable, replace the default certificate with a certificate
that you either create on your own or obtain from a third party.
* For more information about certificates, and how to obtain, create,
and install them, search the Securing Splunk Enterprise Manual
for "Introduction to Securing the Splunk Platform with TLS".
* The certificate must be in privacy-enhanced mail (PEM) format.
* No default.
sslPassword = <string>
* The password for the server certificate, if you created one.
* Configure this setting to a plain-text value initially.
* Upon first use, the input encrypts and rewrites the password to
$SPLUNK_HOME/etc/system/local/inputs.conf.
* No default.
password = <string>
* DEPRECATED. Use the 'sslPassword' setting instead.
rootCA = <string>
* DEPRECATED. Use 'server.conf:[sslConfig]/sslRootCAPath' instead.
requireClientCert = <boolean>
* Whether or not an HTTPS client which connects to a splunkd
server must possess a certificate that a certificate authority
signed to complete the connection.
* Multiple services can use this setting, including but not
limited to distributed search and distributed deployment clients.
* Splunk platform indexers must use this setting to connect to
other Splunk platform indexers.
* Deployment clients must present certificates to deployment
servers before they can poll the servers for new configurations
or applications.
* A value of "true" means that a client can connect only if it
has a certificate that was signed by a certificate
authority that the splunkd server trusts.
* A value of "false" means that there is no certificate requirement
to connect to services on another Splunk platform instance.
* Default (if using self-signed and third-party certificates): false
* Default (if using the default certificates; overrides the existing
"false" setting): true
sslVersions = <comma-separated list>
* The list of TLS/SSL versions to support for incoming connections.
* The versions available are "ssl3", "tls1.0", "tls1.1", and "tls1.2".
* The special version "*" selects all supported versions.
The version "tls" selects all versions tls1.0 or newer.
* If you prefix a version with "-", it means to exclude that version
from the list.
* SSLv2 is always disabled; "-ssl2" is accepted in the version
list but does nothing.
* If the Splunk platform instance runs in FIPS mode,
"ssl3" is always disabled regardless of this configuration.
* The default can vary. See the 'sslVersions' setting in
$SPLUNK_HOME/etc/system/default/inputs.conf for the current default.
supportSSLV3Only = <boolean>
* DEPRECATED. Use 'sslVersions' instead.
cipherSuite = <string>
* A list of cipher suites for splunkd to use.
* If set, the input processor uses the specified cipher string.
* If not set, the input process uses the default cipher string that
the OpenSSL binary provides.
* If you want to use any Diffie-Hellman ciphers, you must use the
'dhFile' setting.
* The default can vary. See the 'cipherSuite' setting in
the $SPLUNK_HOME/etc/system/default/inputs.conf file for the
current default.
ecdhCurveName = <string>
ecdhCurveName = <string>
* DEPRECATED. Use the 'ecdhCurves' setting instead.
* Default: empty string
ecdhCurves = <comma-separated list>
* A list of elliptic curves to use for the Elliptic-curve Diffie-Hellman
(ECDH) key negotiation protocol.
* The client sends elliptic curves as part of the Client Hello
during a TLS handshake.
* Specify elliptic curves in the order that you prefer them.
* The server supports only the curves specified in the list.
* Splunk software only supports named curves that you specify
by their short names.
* You can get the list of valid named curves by their short and long names
by running this CLI command:
$SPLUNK_HOME/bin/splunk cmd openssl ecparam -list_curves
* Example configuration: "ecdhCurves = prime256v1,secp384r1,secp521r1"
* The default can vary. See the 'ecdhCurves' setting in
$SPLUNK_HOME/etc/system/default/inputs.conf for the current default.
dhFile = <string>
* The location of the Diffie-Hellman (DH) parameter file.
* This file must be in PEM format.
* The DH group size, which determines the strength of the key that the
DH key exchange process uses, must not be fewer than 2048 bits.
* You must specify this file to enable any Diffie-Hellman ciphers.
* No default.
dhfile = <string>
* DEPRECATED. Use the 'dhFile' setting (with a capital F) instead.
* Yes, the setting name is case-sensitive.
allowSslRenegotiation = <boolean>
* Whether or not the server lets clients request renegotiation of
TLS connection settings.
* In the TLS protocol, a client can request renegotiation of the
connection settings from time to time.
* A value of "true" means that the server lets clients request the
renegotiation of TLS connection settings.
* A value of "false" causes the server to reject all renegotiation
attempts, which breaks the connection.
* This limits the amount of CPU a single TCP connection can use,
but it can cause connectivity problems, especially for long-lived
connections.
* Default: true
sslQuietShutdown = <boolean>
* Whether or not quiet SSL shutdown mode is turned on.
* When a client is finished with a TLS connection, it can shut that
connection down normally or quietly.
* A normal SSL shutdown between a local node, in this case the client,
and a peer node, in this case the server, involves either
node sending a message to the other to terminate the TLS/SSL connection.
This message is called the "close_notify" message.
* When a local node sends this message, the peer node returns the same message
upon receipt, then stops sending further messages over TLS. The TLS connection
remains open until the peer also closes the connection on its side.
* A "quiet" SSL shutdown means that neither node sends this message when it
terminates the TLS connection. Instead, the node sets the connection to the
"shutdown" state immediately.
* A value of "true" means that the client uses quiet SSL shutdown mode to
terminate TLS connections.
* A value of "false" means that the client shuts down TLS connections using the
normal shutdown process.
* Default: false
logCertificateData = <boolean>
* Whether or not the Splunk platform logs certificate data for
Transport Layer Security (TLS) certificates.
* The certificate data logs provide visibility into the certificates
in use for the Splunk-to-Splunk (S2S) channel. The logs collect data such
as common name (CN), issuer name, SHA256 fingerprint, serial number, and
validity dates.
* A value of "true" means that splunkd generates logs for TLS certificates.
* Refer to the 'certLogRepeatFrequency' setting for additional constraints on
when the Splunk platform logs certificate data.
* Default: true
certLogMaxCacheEntries = <integer>
* The size of the cache for tracking certificate entries.
* The cache keeps track of the certificates for a time period of
'certLogRepeatFrequency' to avoid generating duplicate logs.
* If the cache fills before the 'certLogRepeatFrequency' period elapses, the
cache removes the entry with the oldest access time to make space.
* Update this setting as per the number of forwarders that are
sending data to indexers. If the number of forwarders is larger than the
cache size, some of the certificates might generate duplicate logs
even though the previous log was within the 'certLogRepeatFrequency' period.
* When you restart Splunk Enterprise, the cache resets and the timer starts over.
* This setting takes effect only when 'logCertificateData' has a value of 'true'.
* Default: 10000
certLogRepeatFrequency = <timespan>
* The interval between writing repeat entries into the certificate data
log for a certain certificate.
* This setting helps reduce certificate data log size by providing control
over how often to log certificate data.
* When the Splunk platform receives a certificate the first time in a TLS
connection, it adds the certificate to a cache. Subsequent connections
with the same certificate won't generate a new entry to the log until
a period of 'certLogRepeatFrequency' has passed. After this amount of
time elapses, splunkd resets the log timestamp and writes another
certificate log entry.
* The Splunk platform enforces this setting as long as the size of the cache
does not reach 'certLogMaxCacheEntries'. When there are more than
'certLogMaxCacheEntries', the cache removes the entry with the oldest
access time to make space.
* When you restart Splunk Enterprise, the cache resets and the timer starts over.
* This setting takes effect only when 'logCertificateData' has a value of 'true'.
* A value of "0" means that the platform logs certificate data every time
it receives a certificate.
* Default: 1d
sslCommonNameToCheck = <comma-separated list>
* One or more X.509 standard Common Names of the server certificate which splunkd,
as a client, checks against when it connects to a server using TLS.
* The Common Name (CN) is an X.509 standard field in a certificate that identifies the
host name that is associated with the certificate.
* The CN can be a short host name or a fully qualified domain name. For example,
the CN can be one of "example", "www.example.com", or "example.com".
* If the client cannot match the CN in the certificate that the server presents,
then the client cannot authenticate the server, and terminates the session
negotiation immediately.
* For this setting to have any affect, the 'sslVerifyServerCert' setting must have
a value of "true".
* This setting is optional.
* No default (no common name checking)
sslAltNameToCheck = <comma-separated list>
* One or more Subject Alternative Names of the server certificate which splunkd,
as a client, checks against when it connects to a server using TLS.
* The Subject Alternative Name (SAN) is an extension to the X.509 standard that
lets you specify additional host names for a TLS certificate. The SAN can be a
short host name or a fully qualified domain name.
* If the client cannot match the SAN in the certificate that the server presents,
then the client cannot authenticate the server, and terminates the session
negotiation immediately.
* The client does not validate any names in this list against the Common Name.
* For this setting to have any affect, the 'sslVerifyServerCert' setting must have
a value of "true".
* This setting is optional.
* No default (no alternative name checking).
useSSLCompression = <boolean>
* Whether or not the server lets forwarders that connect to it negotiate TLS-
layer data compression.
* A value of "true" means the server lets forwarders negotiate
TLS-layer data compression.
* Default: The value of 'server.conf:[sslConfig]/allowSslCompression'
sslServerHandshakeTimeout = <integer>
* The timeout, in seconds, for a TLS handshake to complete between
forwarder and the TCP input processor.
* If the TCP input processor does not receive a "Client Hello" from the forwarder
within 'sslServerHandshakeTimeout' seconds, the server terminates
the connection.
* Default: 60
UDP (User Datagram Protocol network input):
[udp://<remote server>:<port>]
* Similar to the [tcp://] stanza, except that this stanza causes the Splunk
instance to listen on a UDP port.
* Only 1 stanza per port number is currently supported.
* Configures the instance to listen on a specific port.
* If you specify <remote server>, the specified port only accepts data
from that host.
* If <remote server> is empty - [udp://<port>] - the port accepts data sent
from any host.
* The use of <remote server> is not recommended. Use the 'acceptFrom'
setting, which supersedes this setting.
* Generates events with source set to udp:portnumber, for example: udp:514
* If you do not specify a sourcetype, generates events with sourcetype set
to udp:portnumber.
# Additional settings:
connection_host = [ip|dns|none]
* "ip" sets the host to the IP address of the system sending the data.
* "dns" sets the host to the reverse DNS entry for IP address of the system
that sends the data. For this to work correctly, set the forward DNS lookup
to match the reverse DNS lookup in your DNS configuration.
* "none" leaves the host as specified in inputs.conf, typically the Splunk
system hostname.
* If the input is configured with a 'sourcetype' that has a transform that
overrides the 'host' field e.g. 'sourcetype=syslog', that takes
precedence over the host specified here.
* Default: ip
_rcvbuf = <integer>
* The receive buffer, in bytes, for the UDP port.
* If you set the value to 0 or a negative number, the input ignores the value.
* If the default value is too large for an OS, the instance tries to set
the value to 1572864/2. If that value is also too large, the instance
retries with 1572864/(2*2). It continues to retry by halving the value until
it succeeds.
* Default: 1572864
no_priority_stripping = <boolean>
* Whether or not the input strips <priority> syslog fields from events it
receives over the syslog input.
* A value of "true" means the instance does NOT strip the <priority>
syslog field from received events.
* NOTE: Do NOT set this setting if you want to strip <priority>.
* Default: false
no_appending_timestamp = <boolean>
* Whether or not to append a timestamp and host to received events.
* A value of "true" means the instance does NOT append a timestamp
and host to received events.
* NOTE: Do NOT set this setting if you want to append timestamp and host
to received events.
* Default: false
queueSize = <integer>[KB|MB|GB]
* The maximum size of the in-memory input queue.
* See the description of 'queueSize' under the [tcp://] stanza
for details on this setting.
* If you configure multiple [udp://] stanzas, and do not want to set
'persistentQueueSize', then alternatively give 'maxSize' under
the '[queue=UDP_queue]' stanza a value in the server.conf
configuration file.
* Default: 500KB
persistentQueueSize = <integer>[KB|MB|GB|TB]
* The maximum size of the persistent queue file.
* Persistent queues can help prevent loss of transient data. For information on
persistent queues and how the 'queueSize' and 'persistentQueueSize' settings
interact, search the online documentation for "persistent queues"..
* If you set this to a value other than 0, then 'persistentQueueSize' must
be larger than either the in-memory queue size (as defined by the 'queueSize'
setting in inputs.conf or 'maxSize' settings in [queue] stanzas in
server.conf).
* Default: 0 (no persistent queue)
listenOnIPv6 = [no|yes|only]
* Select whether the instance listens on the IPv4, IPv6, or both protocols.
* Set this to 'yes' to listen on both IPv4 and IPv6 protocols.
* Set to 'only' to listen on only the IPv6 protocol.
* If not present, the input uses the setting in the [general] stanza
of server.conf.
acceptFrom = <comma- or space-separated list>
* See the description for this setting in the [tcp://<remote server>:<port>]
stanza.
* Default: "*" (accept from anywhere)
[udp:<port>]
* This input stanza is the same as [udp://<remote server>:<port>], but does
not have a <remote server> restriction.
* See the documentation for [udp://<remote server>:<port>] to configure
supported settings:
connection_host = [ip|dns|none]
_rcvbuf = <integer>
no_priority_stripping = <boolean>
no_appending_timestamp = <boolean>
queueSize = <integer>[KB|MB|GB]
persistentQueueSize = <integer>[KB|MB|GB|TB]
listenOnIPv6 = <no | yes | only>
acceptFrom = <comma- or space-separated list>
FIFO (First In, First Out queue):
[fifo://<path>] * This stanza configures the monitoring of a FIFO at the specified path. queueSize = <integer>[KB|MB|GB] * The maximum size of the in-memory input queue. * If you configure multiple [fifo://] stanzas, and do not want to set 'persistentQueueSize', then alternatively give 'maxSize' under the '[queue=fifoInternalQ]' stanza a value in the server.conf configuration file. * Default: 500KB persistentQueueSize = <integer>[KB|MB|GB|TB] * Maximum size of the persistent queue file. * Persistent queues can help prevent loss of transient data. For information on persistent queues and how the 'queueSize' and 'persistentQueueSize' settings interact, search the online documentation for "persistent queues".. * If you set this to a value other than 0, then 'persistentQueueSize' must be larger than either the in-memory queue size (as defined by the 'queueSize' setting in inputs.conf or 'maxSize' settings in [queue] stanzas in server.conf). * Default: 0 (no persistent queue)
Scripted Input:
[script://<cmd>]
* Runs <cmd> at a configured interval and indexes the output
that <cmd> returns.
* To determine the interval at which the input runs <cmd>,
use the 'interval' setting.
* The <cmd> must reside in one of the following directories:
* $SPLUNK_HOME/etc/system/bin/
* $SPLUNK_HOME/etc/apps/$<APPNAME>/bin/
* $SPLUNK_HOME/bin/scripts/
* The path to <cmd> can be an absolute path, make use of an environment
variable such as $SPLUNK_HOME, or use the special pattern of an initial '.'
as the first directory to indicate a location inside the current app.
For more scripted input examples, search the documentation for
"Add a scripted input with inputs.conf."
* <cmd> can also be a path to a file that ends with a ".path" suffix. A file
with this suffix is a special type of pointer file that points to a command
to be run. Although the pointer file is bound by the same location
restrictions mentioned previously, the command referenced inside it can
reside anywhere on the file system. The .path file must contain exactly
one line: the path to the command to run, optionally followed by command-line
arguments. The file can contain additional empty lines and lines that begin
with '#'. The input ignores these lines.
interval = [<decimal>|<cron schedule>]
* How often, in seconds, to run the specified command, or a valid "cron"
schedule.
* If you specify the interval as a number, it may have a fractional
component; for example, 3.14
* To specify a cron schedule, use the following format:
* "<minute> <hour> <day of month> <month> <day of week>"
* Cron special characters are acceptable. You can use combinations of "*",
",", "/", and "-" to specify wildcards, separate values, specify ranges
of values, and step values.
* The cron implementation for data inputs does not currently support names
of months or days.
* The special value "0" forces this scripted input to be run continuously.
As soon as the script exits, the input restarts it.
* The special value "-1" causes the scripted input to run once on start-up.
* NOTE: when you specify a cron schedule, the input does not run the
script on start-up.
* Default: 60.0
passAuth = <string>
* The user to run the script as.
* If you provide a username, the instance generates an auth token for that
user and passes it to the script through the stdin data stream.
* No default.
python.version = [default|python|python2|python3|python3.7|python3.9|latest]
* For Python scripts only, selects which Python version to use.
* Set to either "default" or "python" to use the system-wide default Python
version.
* Set to "python3" or "python3.7" to use the Python 3.7 version.
* Set to "python3.9" to use the Python 3.9 version.
* In the context of configuring apps, the "latest" value is not currently
supported. It is related to a feature that is still under development.
* Optional.
* Default: Not set; uses the system-wide Python version.
queueSize = <integer>[KB|MB|GB]
* The maximum size of the in-memory input queue.
* See the description of 'queueSize' under the [tcp://] stanza
for details on this setting.
* If you configure multiple [script://] stanzas, and do not want to set
'persistentQueueSize', then alternatively give 'maxSize' under
the '[queue=execProcessorInternalQ]' stanza a value in the server.conf
configuration file.
* Default: 500KB
persistentQueueSize = <integer>[KB|MB|GB|TB]
* Maximum size of the persistent queue file.
* Persistent queues can help prevent loss of transient data. For information on
persistent queues and how the 'queueSize' and 'persistentQueueSize' settings
interact, search the online documentation for "persistent queues"..
* If you set this to a value other than 0, then 'persistentQueueSize' must
be larger than either the in-memory queue size (as defined by the 'queueSize'
setting in inputs.conf or 'maxSize' settings in [queue] stanzas in
server.conf).
* Default: 0 (no persistent queue)
index = <string>
* The index where the scripted input sends the data.
* The script passes this parameter as a command-line argument to <cmd> in
the format: -index <index name>.
If the script does not need the index info, it can ignore this argument.
* If you do not specify an index, the script uses the default index.
send_index_as_argument_for_path = <boolean>
* Whether or not to pass the index as an argument when specified for
stanzas that begin with 'script://'
* A value of "true" means the script passes the argument as
'-index <index name>'.
* To avoid passing the index as a command line argument, set this to "false".
* Default: true
start_by_shell = <boolean>
* Whether or not to run the specified command through the operating system
shell or command prompt.
* A value of "true" means the host operating system runs the
specified command through the OS shell ("/bin/sh -c" on *NIX,
"cmd.exe /c" on Windows.)
* A value of "false" means the input runs the program directly
without attempting to expand shell metacharacters.
* You might want to explicitly set a value of "false" for scripts
that you know do not need UNIX shell metacharacter expansion. This is
a Splunk best practice.
* Default (on *nix machines): true
* Default (on Windows machines): false
File system change monitor (fschange monitor)
#
# The file system change monitor has been deprecated as of Splunk Enterprise
# version 5.0 and might be removed in a future version of the product.
#
# You cannot simultaneously monitor a directory with both the 'fschange'
# and 'monitor' stanza types.
#
[fschange:<path>]
* Monitors changes (such as additions, updates, and deletions) to this
directory and any of its sub-directories.
* <path> is the direct path. Do not preface it with '//' like with
other inputs.
* Sends an event for every change.
disabled = <boolean>
* Whether or not the file system change monitor input is active.
* Set a value of "true" to disable the input, and "false" to enable it.
* Default: false
# Additional settings:
# NOTE: The 'fschange' stanza type does not use the same settings as
# other input types. It uses only the following settings:
index = <string>
* The index where the input sends the data.
* Default: (if you either do not set 'signedaudit' or
set 'signedaudit' to "false"): _audit
* Default: (in all other cases): the default index
signedaudit = <boolean>
* Whether or not to send cryptographically signed add/update/delete events.
* A value of "true" means the input does the following to
events that it generates:
* Puts the events in the _audit index.
* Sets the event sourcetype to 'audittrail'
* A value of "false" means the input:
* Places events in the default index.
* Sets the sourcetype to whatever you specify (or "fs_notification"
by default).
* You must set 'signedaudit' to "false" if you want to set the index for
fschange events.
* You must also enable auditing by using the audit.conf file.
* Default: false
filters = <comma-separated list>
* The fschange input applies each filter, left to right, for each file
or directory found during the monitor poll cycle.
* See the "File System Monitoring Filters" section later in this file
for help on how to define a fschange filter.
recurse = <boolean>
* Whether or not the fschange input should look through all sub-directories
for changes to files in a directory.
* A value of "true" means the input searches recursively through
sub-directories within the directory specified in [fschange].
* Default: true
followLinks = <boolean>
* Whether or not the fschange input follows any symbolic
links it encounters.
* A value of "true" means the input follows symbolic links.
* CAUTION: Do not set this setting to "true" unless you can confirm that
doing so will not create a file system loop (For example, in
Directory A, symbolic link B points back to Directory A.)
* Default: false
pollPeriod = <integer>
* How often, in seconds, to check a directory for changes.
* Default: 3600 (1 hour)
hashMaxSize = <integer>
* The maximum size, in bytes, that a file can be for the fschange input to
calculate a SHA256 hash for that file.
* Tells the fschange input to calculate a SHA256 hash for every file that
is this size or smaller, in bytes.
* The input uses this hash as an additional method for detecting changes to the
file or directory.
* Default: -1 (disabled)
fullEvent = <boolean>
* Whether or not to send the full event if the input detects an add or
update change.
* Set to "true" to send the full event if an add or update change is detected.
* Further qualified by the 'sendEventMaxSize' setting.
* Default: false
sendEventMaxSize = <integer>
* The maximum size, in bytes, that an fschange event can be for the input to
send the full event to be indexed.
* Limits the size of event data that the fschange input sends.
* This also limits the size of indexed file data.
* Default: -1 (unlimited)
sourcetype = <string>
* Sets the source type for events from this input.
* The input automatically prepends "sourcetype=" to <string>.
* Default (if you set the 'signedaudit' setting to "true"): audittrail
* Default (if you set the 'signedaudit' setting to "false"): fs_notification
host = <string>
* Sets the host name for events from this input.
* Default: whatever host sent the event
filesPerDelay = <integer>
* The number of files that the fschange input processes between processing
delays, as specified by the 'delayInMills' setting.
* After a delay of 'delayInMills' milliseconds, the fschange input processes
'filesPerDelay' files, then waits 'delayInMills' milliseconds again before
repeating this process.
* This setting helps throttle file system monitoring so it consumes less CPU.
* Default: 10
delayInMills = <integer>
* The delay, in milliseconds, that the fschange input waits between
processing 'filesPerDelay' files.
* After a delay of 'delayInMills' milliseconds, the fschange input processes
'filesPerDelay' files, then waits 'delayInMills' milliseconds again before
repeating this process.
* This setting helps throttle file system monitoring so it consumes less CPU.
* Default: 100
File system monitoring filters:
[filter:<filtertype>:<filtername>]
* Defines a filter of type <filtertype> and names it <filtername>.
* <filtertype>:
* Filter types are either 'blacklist' or 'whitelist.' 'blacklist' is the
deny list filter type and 'whitelist' is the allow list filter type.
* An allow list filter processes all file names that match the
regular expression list that you define within the stanza.
* A deny list filter skips all file names that match the
regular expression list.
* <filtername>
* The fschange input uses filter names that you specify with
the 'filters' setting for a given fschange stanza.
* You can specify multiple filters by separating them with commas.
regex<integer> = <regular expression>
* Deny list and allow list filters can include a set of regular expressions.
* The name of each regular expression MUST be 'regex<integer>', meaning the
string "regex" and then an integer. <integer> starts at 1 and increments by 1.
* The input applies each regular expression in numeric order:
regex1=<regular expression>
regex2=<regular expression>
...
http: (HTTP Event Collector)
# Global settings for the HTTP Event Collector (HEC) Input.
[http]
port = <positive integer>
* The event collector data endpoint server port.
* Default: 8088
disabled = <boolean>
* Whether or not the event collector input is active.
* Give this setting a value of "1" to disable the input, and "0" to enable it.
* Default: 1 (disabled)
outputgroup = <string>
* The name of the output group to which the event collector forwards data.
* There is no support for using this setting to send data over HTTP with a heavy forwarder.
* Default: empty string
useDeploymentServer = <boolean>
* Whether or not the HTTP event collector input writes its
configuration to a deployment server repository.
* When you enable this setting, the input writes its
configuration to the directory that you specify with the
'repositoryLocation' setting in the serverclass.conf file.
* You must copy the full contents of the splunk_httpinput app directory
to this directory for the configuration to work.
* When enabled, only the tokens defined in the splunk_httpinput app in this
repository are viewable and editable through the API and Splunk Web.
* When disabled, the input writes its configuration to
$SPLUNK_HOME/etc/apps by default.
* Default: 0 (disabled)
index = <string>
* The default index to use.
* Default: the "default" index
sourcetype = <string>
* The default source type for the events that the input generates.
* If you do not specify a sourcetype, the input does not set a sourcetype
for events it generates.
enableSSL = <boolean>
* Whether or not the HTTP Event Collector uses TLS.
* HEC shares TLS settings with the Splunk management server and cannot have
TLS turned on when the Splunk management server has TLS turned off.
* Default: true
dedicatedIoThreads = <non-negative integer>
* The number of dedicated input/output threads in the event collector
input.
* Default: 0 (The input uses a single thread)
replyHeader.<name> = <string>
* Adds a static header to all HTTP responses that this server generates.
* For example, "replyHeader.My-Header = value" causes the
response header "My-Header: value" to be included in the reply to
every HTTP request made to the event collector endpoint server.
* No default.
maxSockets = <integer>
* The number of HTTP connections that the HTTP event collector input
accepts simultaneously.
* Set this setting to constrain resource usage.
* If you set this setting to 0, the input automatically sets it to
one third of the maximum allowable open files on the host.
* If this value is less than 50, the input sets it to 50. If this value
is greater than 400000, the input sets it to 400000.
* If set to a negative value, the input does not enforce a limit on
connections.
* Default: 0
maxThreads = <integer>
* The number of threads that can be used by active HTTP transactions.
* Set this to constrain resource usage.
* If you set this setting to 0, the input automatically sets the limit to
one third of the maximum allowable threads on the host.
* If this value is less than 20, the input sets it to 20. If this value is
greater than 150000, the input sets it to 150000.
* If the 'maxSockets' setting has a positive value and 'maxThreads'
is greater than 'maxSockets', then the input sets 'maxThreads' to be equal
to 'maxSockets'.
* If set to a negative value, the input does not enforce a limit on threads.
* Default: 0
rollingRestartReturnServerBusy = <boolean>
* Whether or not HTTP Event Collector endpoints return HTTP errors 404 (not found) or 503 (server busy)
when a client connects to an indexer that is currently shutting down during a rolling restart.
* This setting applies to instances on the Classic Experience only.
* NOTE: Do not change this setting unless instructed to do so by Splunk Support.
* Default: true
keepAliveIdleTimeout = <integer>
* How long, in seconds, that the HTTP Event Collector input lets a keep-alive
connection remain idle before forcibly disconnecting it.
* If this value is less than 7200, the input sets it to 7200.
* Default: 7200
busyKeepAliveIdleTimeout = <integer>
* How long, in seconds, that the HTTP Event Collector lets a keep-alive
connection remain idle while in a busy state before forcibly disconnecting it.
* CAUTION: Setting this to a value that is too large
can result in file descriptor exhaustion due to idling connections.
* If this value is less than 12, the input sets it to 12.
* Default: 12
serverCert = <string>
* See the description of 'serverCert' under the [SSL] stanza
for details on this setting.
* Default: $SPLUNK_HOME/etc/auth/server.pem
sslKeysfile = <string>
* DEPRECATED. Use the 'serverCert' setting instead.
* Default: server.pem
sslPassword = <string>
* See the description of 'sslPassword' under the [SSL] stanza
for details on this setting.
* Default: password
sslKeysfilePassword = <string>
* DEPRECATED.
* Use the 'sslPassword' setting instead.
caCertFile = <string>
* DEPRECATED. Use the 'server.conf:[sslConfig]/sslRootCAPath' setting instead.
* If you have not given the 'sslRootCAPath' setting a value,
then Splunk Enterprise attempts to locate a CA certificate using
this setting.
* Default: cacert.pem
caPath = <string>
* DEPRECATED. Use absolute paths for all certificate files.
* If you do not specify absolute paths for certificate files in other settings
in this stanza, then they are relative to path you specify in this setting.
* Default: $SPLUNK_HOME/etc/auth
sslVersions = <comma-separated list>
* The list of TLS/SSL versions to support.
* The versions available are "ssl3", "tls1.0", "tls1.1", and "tls1.2".
* The special version "*" selects all supported versions.
The version "tls" selects all versions tls1.0 or newer.
* If you prefix a version with "-", it means to exclude that version
from the list.
* SSLv2 is always disabled; "-ssl2" is accepted in the version
list but does nothing.
* If the Splunk platform instance runs in FIPS mode,
"ssl3" is always disabled regardless of this configuration.
* Default: *,-ssl2 (anything newer than SSLv2)
cipherSuite = <string>
* The cipher string to use for the HTTP Event Collector input.
* Use this setting to ensure that the server does not accept connections using
weak encryption protocols.
* If you set this setting, the input uses the specified cipher string for
the HTTP server.
* Default: The default cipher string that 'OpenSSL' provides
sslServerHandshakeTimeout = <integer>
* The timeout, in seconds, for an SSL handshake to complete between an
HEC client and the Splunk HEC server.
* If the HEC server does not receive a "Client Hello" from the HEC client within
'sslServerHandshakeTimeout' seconds, the server terminates
the connection.
* Default: 60
listenOnIPv6 = [no|yes|only]
* Whether or not this input listens on IPv4, IPv6, or both.
* Set to "no" to make the input listen only on the IPv4 protocol.
* Set to "yes" to make the input listen on both IPv4 and IPv6 protocols.
* Set to "only" to make the input listen on only the IPv6 protocol.
* Default: The setting in the [general] stanza of the server.conf file
acceptFrom = <comma- or space-separated list>
* See the description for this setting in the [tcp://<remote server>:<port>]
stanza.
* Default: "*" (accept from anywhere)
requireClientCert = <boolean>
* Whether or not a client which connects to the HEC
network port must possess a certificate that a certificate authority
signed to complete the connection.
* HEC uses the certificate that you specify in the
'server.conf:[sslConfig]/sslRootCAPath' setting to validate
incoming client certificates.
* If you do not specify a certificate with that setting, it uses
the certificate you specify with the DEPRECATED 'caCertFile'
setting.
* A value of "true" means that a client can connect to HEC only if it
has a certificate that was signed by a certificate
authority that the splunkd server trusts.
* A value of "false" means that there is no certificate requirement
to connect to HEC.
* Default: false
ecdhCurveName = <string>
* DEPRECATED. Use the 'ecdhCurves' setting instead.
* Default: empty string
ecdhCurves = <comma-separated list>
* A list of elliptic curves to use for the Elliptic-curve Diffie-Hellman
(ECDH) key negotiation protocol.
* The client sends elliptic curves as part of the Client Hello
during a TLS handshake.
* Specify elliptic curves in the order that you prefer them.
* The server supports only the curves specified in the list.
* Splunk software only supports named curves that you specify
by their short names.
* You can get the list of valid named curves by their short and long names
by running this CLI command:
$SPLUNK_HOME/bin/splunk cmd openssl ecparam -list_curves
* Example configuration: "ecdhCurves = prime256v1,secp384r1,secp521r1"
* Default: empty string
crossOriginSharingPolicy = <origin_acl> ...
* A list of the HTTP Origins for which to return Access-Control-Allow-*
Cross-origin Resource Sharing (CORS) headers.
* These headers tell browsers that web applications at those sites
can be trusted to make requests to the REST interface.
* The origin is passed as a URL without a path component (for example
"https://app.example.com:8000").
* This setting can take a list of acceptable origins, separated
by spaces and/or commas.
* Each origin can also contain wildcards for any part. Examples:
* *://app.example.com:* (either HTTP or HTTPS on any port)
* https://*.example.com (any host under example.com, including
example.com itself).
* An address can be prefixed with a '!' to negate the match, with
the first matching origin taking precedence. Example:
* "!*://evil.example.com:* *://*.example.com:*" to not avoid
matching one host in a domain.
* "*" matches all origins.
* Default: empty string
crossOriginSharingHeaders = <string>
* A list of the HTTP headers to which splunkd sets
"Access-Control-Allow-Headers" when replying to
Cross-Origin Resource Sharing (CORS) preflight requests.
* The "Access-Control-Allow-Headers" header is used in response to
a CORS preflight request to tell browsers which HTTP headers can be
used during the actual request.
* A CORS preflight request is a CORS request that checks to see if
the CORS protocol is understood and a server is aware of using
specific methods and headers.
* This setting can take a list of acceptable HTTP headers, separated
by commas.
* A single "*" can also be used to match all headers.
* Default: empty string
forceHttp10 = [auto|never|always]
* Whether or not the REST HTTP server forces clients that connect
to it to use the HTTP 1.0 specification for web communications.
* When set to "always", the REST HTTP server does not use some
HTTP 1.1 features such as persistent connections or chunked
transfer encoding.
* When set to "auto", it does this only if the client did not send
a User-Agent header, or if the user agent is known to have bugs
in its support of HTTP/1.1.
* When set to "never" it always allows HTTP 1.1, even to
clients it suspects might be buggy.
* Default: auto
sslCommonNameToCheck = <comma-separated list>
* One or more X.509 standard Common Names of the server certificate which splunkd,
as a client, checks against when it connects to a server using TLS.
* The Common Name (CN) is an X.509 standard field in a certificate that identifies the
host name that is associated with the certificate.
* The CN can be a short host name or a fully qualified domain name. For example,
the CN can be one of "example", "www.example.com", or "example.com".
* If the client cannot match the CN in the certificate that the server presents,
then the client cannot authenticate the server, and terminates the session
negotiation immediately.
* For this setting to have any affect, the 'sslVerifyServerCert' setting must have
a value of "true".
* The most important scenario to use this setting is distributed search.
* This feature does not work with the deployment server and client
communication over TLS.
* This setting is optional.
* Default: empty string (no common name checking)
sslAltNameToCheck = <comma-separated list>
* One or more Subject Alternative Names of the server certificate which splunkd,
as a client, checks against when it connects to a server using TLS.
* The Subject Alternative Name (SAN) is an extension to the X.509 standard that
lets you specify additional host names for a TLS certificate. The SAN can be a
short host name or a fully qualified domain name.
* Subject Alternative Names are effectively extended descriptive
fields in TLS certificates beyond the Common Name. A common practice for
HTTPS certificates is to use these values to store additional valid
hostnames or domains where the cert should be considered valid.
* If the client cannot match the SAN in the certificate that the server presents,
then the client cannot authenticate the server, and terminates the session
negotiation immediately.
* The client does not validate any names in this list against the Common Name.
* For this setting to have any affect, the 'sslVerifyServerCert' setting must have
a value of "true".
* This feature does not work with the deployment server and client
communication over TLS.
* This setting is optional.
* Default: empty string (no alternate name checking)
sendStrictTransportSecurityHeader = <boolean>
Whether or not the REST interface sends a "Strict-Transport-Security"
header with all responses to requests made over TLS.
* A value of "true" means the REST interface sends a "Strict-Transport-
Security" header with its responses.
* This can help to avoid a client being tricked later by a
machine-in-the-middle attack to accept a non-TLS request.
However, this requires a commitment that no non-TLS web hosts
ever run on this hostname on any port.
* For example, if Splunk Web is in its default non-TLS mode, this
can prevent a web browser from connecting to it.
* A value of "false" means the REST interface does not send a
"Strict-Transport-Security" header with its responses.
* Default: false
allowSslCompression = <boolean>
* Whether or not the server lets clients negotiate compression at
the TLS layer.
* A value of "true" means the server lets clients negotiate
TLS-layer data compression.
* A value of "false" means the server does not let clients negotiate
TLS-layer data compression.
* Default: true
allowSslRenegotiation = <boolean>
* Whether or not the server lets clients request renegotiation of
TLS connection settings.
* In the TLS protocol, a client can request renegotiation of the
connection settings from time to time.
* A value of "true" means that the server lets clients request the
renegotiation of TLS connection settings.
* A value of "false" causes the server to reject all renegotiation
attempts, which breaks the connection.
* This limits the amount of CPU a single TCP connection can use,
but it can cause connectivity problems, especially for long-lived
connections.
* Default: true
ackIdleCleanup = <boolean>
* Whether or not to remove ACK channels that have been idle after a period
of time, as defined by the 'maxIdleTime' setting.
* A value of "true" means the server removes the ACK channels that are idle
for 'maxIdleTime' seconds.
* Default: true
maxIdleTime = <integer>
* The maximum amount of time, in seconds, that ACK channels can be idle
before they are removed.
* If 'ackIdleCleanup' is "true", the system removes ACK channels that have
been idle for 'maxIdleTime' seconds.
* Default: 600 (10 minutes)
channel_cookie = <string>
* The name of the cookie to use when sending data with a specified channel ID.
* The value of the cookie is the channel sent. For example, if you have
set 'channel_cookie=foo' and sent a request with channel ID set to 'bar',
then you will have a cookie in the response with the value 'foo=bar'.
* If no channel ID is present in the request, then no cookie is returned.
* This setting is to be used for load balancers (for example, AWS ELB) that can
only provide sticky sessions on cookie values and not general header values.
* If no value is set (the default), then no cookie is returned.
* Default: empty string (no cookie)
maxEventSize = <positive integer>[KB|MB|GB]
* The maximum size of a single HEC (HTTP Event Collector) event.
* HEC disregards and triggers a parsing error for events whose size is
greater than 'maxEventSize'.
* Default: 5MB
route = [has_key|absent_key:<key>:<queueName>;...]
* See 'route' in the "[splunktcp]" stanza for
information on this setting.
HTTP Event Collector (HEC) - Local stanza for each token
[http://name]
token = <string>
* The value of the HEC token.
* HEC uses this token to authenticate inbound connections. Your application
or web client must present this token when attempting to connect to HEC.
* No default.
disabled = <boolean>
* Whether or not this token is active.
* Default: 0 (enabled)
description = <string>
* A human-readable description of this token.
* Default: empty string
indexes = <comma-separated list>
* The indexes that events for this token can go to.
* If you do not specify this value, the index list is empty, and any index
can be used.
* Separate multiple indexes with commas.
* The Splunk platform accepts and indexes events without a specified
index to a default index.
* No default.
s2s_indexes_validation = [ disabled | disabled_for_internal | enabled_for_all ]
* The method of index validation for Splunk-to-Splunk (S2S) events for this
token.
* A value of "disabled" means the Splunk platform doesn't validate the
event's index and the "indexes" setting has no effect for the S2S events.
* A value of "disabled_for_internal" means the Splunk platform doesn't
validate internal indexes and allows all S2S events destined for them. The
platform validates other indexes according to the "indexes" setting.
* A value of "enabled_for_all" means the platform validates all indexes
according to the "indexes" setting.
* The platform silently drops rejected events.
* Default: disabled_for_internal
index = <string>
* The default index to use for this token.
* Default: the default index
sourcetype = <string>
* The default sourcetype to use if it is not specified in an event.
* Default: empty string
outputgroup = <string>
* The name of the forwarding output group to send data to.
* There is no support for using this setting to send data over HTTP with a heavy forwarder.
* Default: empty string
queueSize = <integer>[KB|MB|GB]
* The maximum size of the in-memory input queue.
* See the description of 'queueSize' under the [tcp://] stanza
for details on this setting.
* Unlike with other inputs that use in-memory queues, the logic for
determining the size of the HEC input queue differs.
* Splunkd still sorts all HEC input stanzas in alphanumeric order.
* The first HEC input stanza that defines the token contained within
the first HEC event that splunkd receives determines the size
of the HEC input queue.
* Splunkd uses the value defined for 'queueSize' in that stanza.
If you have not set 'queueSize', then splunkd uses the default
value.
* If you configure multiple [http://] stanzas, and do not want to set
'persistentQueueSize', then alternatively give 'maxSize' under
the '[queue=httpInputQ]' stanza a value in the server.conf
configuration file.
* Default: 500KB
persistentQueueSize = <integer>[KB|MB|GB|TB]
* Maximum size of the persistent queue file.
* Persistent queues can help prevent loss of transient data. For information on
persistent queues and how the 'queueSize' and 'persistentQueueSize' settings
interact, search the online documentation for "persistent queues"..
* If you set this to a value other than 0, then 'persistentQueueSize' must
be larger than either the in-memory queue size (as defined by the
'queueSize' setting in inputs.conf or 'maxSize' settings in [queue] stanzas
in server.conf).
* Default: 0 (no persistent queue)
connection_host = [ip|dns|proxied_ip|none]
* Specifies the host if an event doesn't have a host set.
* "ip" sets the host to the IP address of the system sending the data.
* "dns" sets the host to the reverse DNS entry for IP address of the system
that sends the data. For this to work correctly, set the forward DNS lookup
to match the reverse DNS lookup in your DNS configuration.
* "proxied_ip" checks whether an X-Forwarded-For header was sent
(presumably by a proxy server) and if so, sets the host to that value.
Otherwise, the IP address of the system sending the data is used.
* "none" leaves the host as specified in the HTTP header.
* No default.
useACK = <boolean>
* When set to "true", acknowledgment (ACK) is enabled. Events in a request
are tracked until they are indexed. An events status (indexed or not) can be
queried from the ACK endpoint with the ID for the request.
* When set to false, acknowledgment is not enabled.
* This setting can be set at the stanza level.
* Default: false
allowQueryStringAuth = <boolean>
* Enables or disables sending authorization tokens with a query string.
* This is a token level configuration. It may only be set for
a particular token.
* To use this feature, set to "true" and configure the client application to
include the token in the query string portion of the URL they use to send
data to HEC in the following format:
"https://<URL>?<your=query-string>&token=<your-token>" or
"https://<URL>?token=<your-token>" if the token is the first element in the
query string.
* If a token is sent in both the query string and an HTTP header, the token in
the query string takes precedence, even if this feature is disabled. In
other words, if a token is present in the query string, any token in the
header for that request is not used.
* NOTE: Query strings may be observed in transit and/or logged in cleartext.
There is no confidentiality protection for the transmitted tokens.
* Before using this in production, consult security personnel in your
organization to understand and plan to mitigate the risks.
* At a minimum, always use HTTPS when you enable this feature. Check your
client application, proxy, and logging configurations to confirm that
the token is not logged in clear text.
* Give minimal access permissions to the token in HEC and restrict the
use of the token only to trusted client applications.
* Default: false
WINDOWS INPUTS:
* Windows platform specific input processor.
# ***********
# Splunk software on Windows ships with several Windows-only inputs. They are
# defined in the default inputs.conf.
* Use the "disabled=" setting to enable/disable any of them.
* A short summary of the inputs follows:
* Perfmon: Monitors Windows performance counters, objects, and instances.
* WinRegMon: Tracks and report any changes that occur in the
local system Registry.
* ADMon: Indexes existing Active Directory (AD) objects and listens for AD
changes.
* WMI: Retrieves event logs remotely and locally through the Windows
Management Instrumentation subsystem. It can also gather performance
data remotely, as well as receive various system notifications. See
wmi.conf.spec for information on how to configure this input.
#*******
# The following Windows input specifications are for parsing on non-Windows
# platforms.
#*******
Performance Monitor
[perfmon://<name>]
* This section explains possible settings for configuring
the Windows Performance Monitor input.
* Each perfmon:// stanza represents an individually configured performance
monitoring input. If you configure the input through Splunk Web, then the
value of "<NAME>" matches what was specified there. While you can add
performance monitor inputs manually, it is a best practice to use Splunk
Web to configure them, because it is easy to mistype the values for
Performance Monitor objects, counters, and instances.
* NOTE: The perfmon stanza is for local systems ONLY. To define performance
monitor inputs for remote machines, use wmi.conf.
object = <string>
* A valid Performance Monitor object as defined within Performance
Monitor (for example, "Process," "Server," "PhysicalDisk").
* You can specify a single valid Performance Monitor object or use a
regular expression (regex) to specify multiple objects.
* This setting is required, and the input does not run if the setting is
not present.
* No default.
counters = <semicolon-separated list>
* This can be a single counter, or multiple valid Performance Monitor
counters.
* This setting is required, and the input does not run if the setting is
not present.
* "*" is equivalent to all available counters for a given Performance
Monitor object.
* No default.
nonmetric_counters = <semicolon-separated list>
* A list of performance counters on which the performance monitor input
must not perform sampling.
* When the input retrieves the value for a counter that is in this list,
it returns the latest value it retrieves, rather than an average of
the values that it got over the sampling interval, as defined by the
'samplingInterval' setting.
* Add counters to this setting in cases where the values that the input
returns for a setting would be incorrect if it were averaged over a
'samplingInterval', or where average, minimum, or maximum values for a
counter would not be of any interest.
* As an example, the "ID Process" counter works better as a non metric counter
because the most recent measurement of the counter is more relevant
than the average of any measurements of that counter.
* No default.
instances = <semicolon-separated list>
* One or more multiple valid Performance Monitor instances.
* "*" is equivalent to all available instances for a given Performance Monitor
counter.
* If applicable instances are available for a counter and this setting is not
present, then the input logs data for all available instances (this is the
same as setting "instances = *").
* If there are no applicable instances for a counter, then you can omit
this setting.
* No default.
interval = <integer>
* How often, in seconds, to poll for new data.
* This setting is required, and the input does not run if the setting is
not present.
* The recommended setting depends on the Performance Monitor object,
counter(s), and instance(s) that you define in the input, and how much
performance data you need.
* Objects with numerous instantaneous or per-second counters, such
as "Memory", "Processor", and "PhysicalDisk" should have shorter
interval times specified (anywhere from 1-3 seconds).
* Less volatile counters such as "Terminal Services", "Paging File",
and "Print Queue" can have longer intervals configured.
* Default: 300
mode = [single|multikv]
* Specifies how the performance monitor input generates events.
* Set to "single" to print each event individually.
* Set to "multikv" to print events in multikv (formatted multiple
key-value pair) format.
* Default: single
samplingInterval = <positive integer>
* How often, in milliseconds, to poll for new data.
* This is an advanced setting.
* Enables high-frequency performance sampling. The input collects
performance data every sampling interval. It then reports averaged data
and other statistics at every interval.
* The minimum legal value is 100, and the maximum legal value must be less
than the 'interval' setting.
* If not set, high-frequency sampling does not occur.
* No default (disabled).
stats = <average;count;dev;min;max>
* Reports statistics for high-frequency performance sampling.
* This is an advanced setting.
* Setting a 'samplingInterval' is required to use 'stats'.
* Acceptable values are: average, count, dev, min, max.
* You can specify multiple values by separating them with semicolons.
* Adds new fields that append the stats function name.
Setting 'average' replaces the stats displayed in the default field.
* No default. (disabled)
disabled = <boolean>
* Specifies whether or not the input is enabled.
* Set to 1 to disable the input, and 0 to enable it.
* Default: 0 (enabled)
showZeroValue = <boolean>
* Specifies whether or not the input collects zero-value event data.
* Set to 1 to capture zero value event data, and 0 to ignore such data.
* Default: 0 (ignore zero value event data)
useEnglishOnly = <boolean>
* Controls which Windows Performance Monitor API the input uses.
* If set to "true", the input uses PdhAddEnglishCounter() to add the
counter string. This ensures that counters display in English
regardless of the Windows machine locale.
* If set to "false", the input uses PdhAddCounter() to add the counter string.
* NOTE: if you set this setting to true, the 'object' setting does not
accept a regular expression as a value on machines that have a non-English
locale.
* Default: false
useWinApiProcStats = <boolean>
* Whether or not the Performance Monitor input uses process kernel mode and
user mode times to calculate CPU usage for a process, rather than using
the standard Performance Data Helper (PDH) APIs to calculate those values.
* A problem was found in the PDH APIs that causes Performance Monitor inputs
to show maximum values of 100% usage for a process on multicore Windows
machines, even when the process uses more than 1 core at a time.
* When you configure this setting to "true", the input uses the
GetProcessTime() function in the core Windows API to calculate
CPU usage for a process, for the following Performance Monitor
counters, only:
** Processor Time
** User Time
** Privileged Time
* This means that, if a process uses 5 of 8 cores on an 8-core machine, that
the input should return a value of around 500, rather than the incorrect 100.
* When you configure the setting to "false", the input uses the standard
PDH APIs to calculate CPU usage for a process. On multicore systems, the
maximum value that PDH APIs return is 100, regardless of the number of
cores in the machine that the process uses.
* Performance monitor inputs use the PDH APIs for all other Performance
Monitor counters. Configuring this setting has no effect on those counters.
* NOTE: If the Windows machine uses a non-English system locale, and you
have set 'useWinApiProcStats' to "true" for a Performance Monitor input,
then you must also set 'useEnglishOnly' to "true" for that input.
* Default: false
formatString = <string>
* Controls the print format for double-precision statistic counters.
* Do not use quotes when specifying this string.
* Default: %.20g
usePDHFmtNoCap100 = <boolean>
* Whether or not performance counter values that are greater than 100 (for example,
counter values that measure the processor load on computers with multiple
processors) are reset to 100.
* If set to "true", the counter values can exceed 100.
* If set to "false", the input resets counter values to 100 if the
processor load on multiprocessor computers exceeds 100.
* Default: true
Direct Access File Monitor
# For Windows systems only. # Does not use file handles [MonitorNoHandle://<path>] * This input intercepts file writes to the specific file. * <path> must be a fully qualified path name to a specific file. Wildcards and directories are not accepted. * This input type does not function on *nix machines. * You can specify more than one stanza of this type. disabled = <boolean> * Whether or not the input is enabled. * Default: 0 (enabled) index = <string> * Specifies the index where this input sends the data. * This setting is optional. * Default: the default index
Windows Event Log Monitor
[WinEventLog://<name>]
* This section explains possible settings for configuring the
Windows Event Log monitor.
* Each WinEventLog:// stanza represents an individually configured WinEventLog
monitoring input. If you you configure the input through Splunk Web, the
value of "<NAME>" matches what was specified there. While you can add
event log monitor inputs manually, it is best practice to use Splunk
Web to configure Windows event log monitor inputs because it is
easy to mistype the values for event log channels.
* NOTE: The WinEventLog stanza is for local systems ONLY. To define event log
monitor inputs for remote machines, use wmi.conf.
start_from = <string>
* How the Event Log input is to chronologically read the Event Log channels.
* A value of "oldest" means that the input reads Windows event logs
from the oldest to the most recent.
* A value of "newest" means that the input reads Windows event logs
in reverse, from the most recent to the oldest. After the input consumes
the backlog of events, it stops.
* If you set this setting to "newest", and at the same time give the
'current_only' setting a value of "false", the combination can result in the
input indexing duplicate events.
* Do not set this setting to "newest" and at the same time give the
'current_only' setting a value of "true". This results in the input not
collecting any events because you told it to read existing events
from newest to oldest and read only incoming events concurrently, which
is a logically impossible combination.
* Default: oldest
use_old_eventlog_api = <boolean>
* Whether or not to read Event Log events with the Event Logging API.
* This is an advanced setting. Contact Splunk Support before you change it.
* A value of "true" means the input uses the Event Logging API (instead of the
Windows Event Log API) to read from the Event Log on Windows Server 2008,
Windows Vista, and later installations.
* Default: false (Use the API that is specific to the OS)
use_threads = <integer>
* Specifies the number of threads, in addition to the default writer thread,
that can be created to filter events with the deny list/allow list
regular expression.
* This is an advanced setting. Contact Splunk Support before you change it.
* The maximum number of threads is 15.
* Default: 0
thread_wait_time_msec = <integer>
* The interval, in milliseconds, between attempts to re-read Event Log files
when a read error occurs.
* This is an advanced setting. Contact Splunk Support before you change it.
* Default: 5000
#
# NOTE: The 'suppress_*' settings are similar to, but operate differently than,
# the 'evt_exclude_fields' setting. The 'suppress_*' settings avoid using the
# Windows API to gather Windows events that match the available
# fields, which helps with CPU performance. The 'evt_exclude_fields'
# is valid for all Windows Event Log fields, and while it does use
# the Windows API for all transactions, it discards the fields in
# each event that match, which helps reduce total data ingestion.
#
suppress_checkpoint = <boolean>
* Whether or not the Event Log strictly follows the 'checkpointInterval'
setting when it saves a checkpoint.
* This is an advanced setting. Contact Splunk Support before you change it.
* By default, the Event Log input saves a checkpoint from between zero
and 'checkpointInterval' seconds, depending on incoming event volume.
If you set this setting to "true", that does not happen.
* Default: false
suppress_sourcename = <boolean>
* Whether or not to exclude the 'sourcename' field from events.
* This is an advanced setting. Contact Splunk Support before you change it.
* When set to true, the input excludes the 'sourcename' field from events
and thruput performance (the number of events processed per second) improves.
* Default: false
suppress_keywords = <boolean>
* Whether or not to exclude the 'keywords' field from events.
* This is an advanced setting. Contact Splunk Support before you change it.
* When set to true, the input excludes the 'keywords' field from events and
thruput performance (the number of events processed per second) improves.
* Default: false
suppress_type = <boolean>
* Whether or not to exclude the 'type' field from events.
* This is an advanced setting. Contact Splunk Support before you change it.
* When set to true, the input excludes the 'type' field from events and
thruput performance (the number of events processed per second) improves.
* Default: false
suppress_task = <boolean>
* Whether or not to exclude the 'task' field from events.
* This is an advanced setting. Contact Splunk Support before you change it.
* When set to true, the input excludes the 'task' field from events and
thruput performance (the number of events processed per second) improves.
* Default: false
suppress_opcode = <boolean>
* Whether or not to exclude the 'opcode' field from events.
When set to true, the input excludes the 'opcode' field from events and
thruput performance (the number of events processed per second) improves.
* This is an advanced setting. Contact Splunk Support before you change it.
* Default: false
current_only = <boolean>
* Whether or not to acquire only events that arrive while the instance is
running.
* A value of "true" means the input only acquires events that arrive
while the instance runs and the input is on. The input does not read
data which was stored in the Windows Event Log while the instance was not
running. This means that there will be gaps in the data if you restart the
instance or experiences downtime.
* A value of "false" means the input first gets all existing events
that are stored in the log which have higher event IDs (have arrived more
recently) than the most recent events acquired. The input then monitors
events that arrive in real time.
* If you set this setting to "false", and at the same time set the
'start_from' setting to "newest", the combination can result in the
indexing of duplicate events.
* Do not set this setting to "true" and at the same time set the
'start_from' setting to "newest". This results in the input not collecting
any events because you told it to read existing events from newest
to oldest and read only incoming events concurrently, which is a
logically impossible combination.
* Default: false (Gather stored events with higher event IDs first before
monitoring live events)
batch_size = <integer>
* How many Windows Event Log items to read per request.
* If troubleshooting identifies that the Event Log input is a bottleneck in
acquiring data, increasing this value can help.
* NOTE: Splunk Support has seen cases where large values can result in a
stall in the Event Log subsystem. If you increase this value
significantly, monitor closely for trouble.
* In local and customer acceptance testing, a value of 10 was acceptable
for both throughput and reliability.
* Default: 10
checkpointInterval = <integer>
* How often, in seconds, that the Windows Event Log input saves a checkpoint.
* Checkpoints store the eventID of acquired events. This lets the input
continue monitoring at the correct event after a shutdown or outage.
* Default: 0
checkpointSync = <boolean>
* Determines whether the input processor forces writing a checkpoint file to disk
immediately or lets the operating system handle when writing of the
file to disk occurs.
* A value of "true" means the input processor triggers writing of a checkpoint
file to disk immediately. It also saves the file to a temporary location and
renames it instead of overwriting the existing file.
* Default: false
channel_wait_time = <integer>
* How long, in seconds, that the Windows Event Log input waits for an Event Log
channel that is not available to become available again.
* Some Event Log channels, like the Windows Defender channel, become
unavailable during a Windows Defender Platform update and it takes
some time to become available again.
* If the Event Log input is unable to collect event logs from a certain
Event Log channel, change this setting to an appropriate value.
For example, if the input does not collect Windows Defender event logs
after a Windows Defender Platform update, increase this value.
* The maximum wait time is 180 (3 minutes).
* Default: 0
disabled = <boolean>
* Whether or not the input is enabled.
* Set to 1 to disable the input, and 0 to enable it.
* Default: 0 (enabled)
evt_resolve_ad_obj = <boolean>
* How the input should interact with Active Directory while indexing Windows
Event Log events.
* If you set this setting to true, the input resolves the Active
Directory Security IDentifier (SID) objects to their canonical names for
a specific Windows Event Log channel.
* If you enable the setting, the rate at which the input reads events
on high-traffic Event Log channels can decrease. Latency can also increase
during event acquisition. This is due to the overhead involved in performing
AD translations.
* When you set this setting to true, you can optionally specify the domain
controller name or dns name of the domain to bind to with the 'evt_dc_name'
setting. The input connects to that domain controller to resolve the AD
objects.
* If you set this setting to false, the input does not attempt any resolution.
* Default: false (disabled) for all channels
evt_skip_GUID_resolution = <comma-separated list>
* A list of Windows Event Codes for which the Splunk platform does not contact
the domain controller to resolve global unique identifiers (GUIDs) that
are withing the event.
* Separate multiple event IDs or event ID ranges with commas.
* If the event code matches an event, The Splunk platform does not contact
the DC to resolve any GUIDs in this event.
* This setting only takes effect if 'evt_resolve_ad_obj' has a value of "true".
* If 'evt_resolve_ad_obj' has a value of "false", this setting has no effect.
* This setting has no effect on SID resolution.
* See 'Event ID list format' later in this file for the proper
formatting of the event list.
* Default: none
evt_dc_name = <string>
* Which Active Directory domain controller to bind to for AD object
resolution.
* If you prefix a dollar sign to a value (for example, $my_domain_controller),
the input interprets the value as an environment variable. If the
environment variable has not been defined on the host, it is the same
as if the value is blank.
* This setting is optional.
* This setting can be set to the NetBIOS name of the domain controller
or the fully-qualified DNS name of the domain controller. Either name
type can, optionally, be preceded by two backslash characters. The following
examples represent correctly formatted domain controller names:
* "FTW-DC-01"
* "\\FTW-DC-01"
* "FTW-DC-01.splunk.com"
* "\\FTW-DC-01.splunk.com"
* $my_domain_controller
evt_dns_name = <string>
* The fully-qualified DNS name of the domain that the input should bind to for
AD object resolution.
* This setting is optional.
evt_resolve_ad_ds = [auto|PDC]
* How the input should choose the domain controller to bind for
AD resolution.
* This setting is optional.
* If set to PDC, the input only contacts the primary domain controller
to resolve AD objects.
* If set to auto, the input lets Windows chose the best domain controller.
* If you set the 'evt_dc_name' setting, the input ignores this setting.
* Default: auto (let Windows determine the domain controller to use)
evt_ad_cache_disabled = <boolean>
* Enables or disables the AD object cache.
* Default: false (enabled)
evt_ad_cache_exp = <integer>
* The expiration time, in seconds, for AD object cache entries.
* This setting is optional.
* Default: 3600 (1 hour)
evt_ad_cache_exp_neg = <integer>
* The expiration time, in seconds, for negative AD object cache entries.
* This setting is optional.
* Default: 10
evt_ad_cache_max_entries = <integer>
* The maximum number of AD object cache entries.
* This setting is optional.
* Default: 1000
evt_exclude_fields = <comma-separated list>
* A list of valid Windows Event Log fields to exclude from Windows
Event Log events.
* Specify fields that you want excluded from each event report.
* Do not exclude fields that you have also added to allow lists or
deny lists. If fields are present in both, then 'evt_exclude_fields'
excludes those fields, regardless of their presence in the allow list
or deny list and the allow list or deny list will not behave as
expected. The input logs an error to splunkd.log in this case.
* This setting is similar to, but operates differently than, the
'suppress_*' settings. The 'suppress_*' settings avoid using the
Windows API to gather Windows events that match the available
fields, which helps with CPU performance. The 'evt_exclude_fields'
is valid for all Windows Event Log fields, and while it does use
the Windows API for all transactions, it discards the fields in
each event that match, which helps reduce total data ingestion.
* Does not effect event report if 'renderXML' is set to "true".
* The 'evt_exclude_fields' setting is valid for all Windows Event Log fields.
* No default.
evt_sid_cache_disabled = <boolean>
* Enables or disables account Security IDentifier (SID) cache.
* This setting is global. It affects all Windows Event Log stanzas.
* Default: 0
evt_sid_cache_exp = <unsigned integer>
* The expiration time, in seconds, for account SID cache entries.
* This setting is global. It affects all Windows Event Log stanzas.
* This setting is optional.
* Default: 3600
evt_sid_cache_exp_neg = <unsigned integer>
* The expiration time, in seconds, for negative account SID cache entries.
* This setting is optional.
* This setting is global. It affects all Windows Event Log stanzas.
* Default: 10
evt_sid_cache_max_entries = <unsigned integer>
* The maximum number of account SID cache entries.
* This setting is global. It affects all Windows Event Log stanzas.
* This setting is optional.
* Default: 10
wec_event_format = [raw_event|rendered_event]
* The content format of the events that the Splunk platform expects to receive
from a Windows Event Collector (WEC) subscription, before WEC sends the
events to their destination log, for example, a Windows Event Log channel.
* This setting helps associate incoming WEC event formats with the Splunk
platform internal interpretation before the platform looks up pre-rendered
messages in Windows event logs.
* If the WEC subscription that targets this channel has its 'content Format'
set to "Events", then set 'wec_event_format' to "raw_event".
* If the WEC subscription that targets this channel has its 'content Format'
set to "RenderedText", then set 'wec_event_format' to "rendered_event".
* If multiple WEC subscriptions share the same value for the 'destination log'
setting, but have different 'content Format' values, you have two options:
* You can update the WEC subscriptions so that they share the same values for
'content format'.
* Or you can create custom ForwardedEvents channels for each WEC
subscription, point each WEC subscription to a custom ForwardedEvents
channel, and set equivalent values for 'wec_event_format' as described
previously.
* If Windows Event Collector does not forward these events, this setting is
optional.
* NOTE: You must restart the Splunk platform when you update WEC subscriptions,
to synchronize with the new subscription configuration.
* Default (for 'ForwardedEvents' and custom channels named 'ForwardedEvents-1',
'ForwardedEvents-2', etc.): rendered_event
* Default (for all other channels): raw_event
index = <string>
* Specifies the index that this input should send the data to.
* This setting is optional.
* Default: The default index
Event Log filtering
# Filtering at the input layer is desirable to reduce the total
# processing load in network transfer and computation on the Splunk platform
# nodes that acquire and processing Event Log data.
whitelist = <comma-separated list> | key=regex [key=regex]
blacklist = <comma-separated list> | key=regex [key=regex]
whitelist1 = <comma-separated list> | key=regex [key=regex]
whitelist2 = <comma-separated list> | key=regex [key=regex]
whitelist3 = <comma-separated list> | key=regex [key=regex]
whitelist4 = <comma-separated list> | key=regex [key=regex]
whitelist5 = <comma-separated list> | key=regex [key=regex]
whitelist6 = <comma-separated list> | key=regex [key=regex]
whitelist7 = <comma-separated list> | key=regex [key=regex]
whitelist8 = <comma-separated list> | key=regex [key=regex]
whitelist9 = <comma-separated list> | key=regex [key=regex]
blacklist1 = <comma-separated list> | key=regex [key=regex]
blacklist2 = <comma-separated list> | key=regex [key=regex]
blacklist3 = <comma-separated list> | key=regex [key=regex]
blacklist4 = <comma-separated list> | key=regex [key=regex]
blacklist5 = <comma-separated list> | key=regex [key=regex]
blacklist6 = <comma-separated list> | key=regex [key=regex]
blacklist7 = <comma-separated list> | key=regex [key=regex]
blacklist8 = <comma-separated list> | key=regex [key=regex]
blacklist9 = <comma-separated list> | key=regex [key=regex]
* These settings are optional.
* Both numbered and unnumbered allow lists and deny lists support two formats:
* A comma-separated list of event IDs.
* A list of key=regular expression pairs.
* You cannot combine these formats. You can use either format on a specific
line.
* Numbered allow list settings are permitted from 1 to 9, so whitelist1 through
whitelist9 and blacklist1 through blacklist9 are supported.
* If no allow list or deny list rules are present, the input reads all events.
Event Log allow list and deny list formats
* Event ID list format:
* A comma-separated list of terms.
* Terms may be a single event ID (e.g. 6) or range of event IDs (e.g. 100-200)
* Example: 4,5,7,100-200
* This applies to events with IDs 4, 5, 7, or any event ID between 100
and 200, inclusive.
* A single asterisk (*) means all event codes.
* The event ID list format provides no additional functionality over the
key=regex format, but can be easier to understand:
List format: 4,5,7,100-200
Regex equivalent: EventCode=%^(4|5|7|1..|200)$%
* key=regex format:
* A whitespace-separated list of Event Log components to match, and
regular expressions to match against against them.
* There can be one match expression or multiple expressions per line.
* The key must belong to the set of valid keys provided in the "Valid
keys for the key=regex format" section.
* The regex consists of a leading delimiter, the regex expression, and a
trailing delimiter. Examples: %regex%, *regex*, "regex"
* When multiple match expressions are present, they are treated as a
logical AND. In other words, all expressions must match for the line to
apply to the event.
* If the value represented by the key does not exist, it is not considered
a match, regardless of the regex.
* Example:
whitelist = EventCode=%^200$% User=%jrodman%
Include events only if they have EventCode 200 and relate to User jrodman
# Valid keys for the key=regex format:
* The following keys are equivalent to the fields that appear in the text of
the acquired events:
* Category, CategoryString, ComputerName, EventCode, EventType, Keywords,
LogName, Message, OpCode, RecordNumber, Sid, SidType, SourceName,
TaskCategory, Type, User
* There are three special keys that do not appear literally in the event.
* $TimeGenerated: The time that the computer generated the event
* $Timestamp: The time that the event was received and recorded by the
Event Log service.
* $XmlRegex: Use this key for filtering when you render Windows Event
log events in XML by setting the 'renderXml' setting to "true". Search
the Splunk platform Getting Data In Manual for "Filter data in XML format
with the XmlRegex key" for details.
* The 'EventType' key is only available on Windows Server 2003 /
Windows XP and earlier.
* The 'Type' key is only available on Windows Server 2008 /
Windows Vista and later.
* For a detailed definition of these keys, see the
"Monitor Windows Event Log Data" topic in the online documentation.
suppress_text = <boolean>
* Whether or not to include the description of the event text for a
given Event Log event.
* This setting is optional.
* Set this setting to true to suppress the inclusion of the event
text description.
* Set this value to false to include the event text description.
* Default: false
renderXml = <boolean>
* Whether or not the input returns the event data in XML (eXtensible Markup
Language) format or in plain text.
* A value of "true" means that the input renders events in XML format.
* A value of "false" means that the input renders events in plain text.
* If you give this setting a value of "true", you should also give the
'suppress_text', 'suppress_sourcename', 'suppress_keywords', 'suppress_task', and
'suppress_opcode' settings a value of "true" to improve thruput performance.
* A value of "true" also changes the method by which you create allow-
and deny lists to filter events. For these kinds of lists to work, you
must use the '$xmlRegex' special key and assign regular expression values
to use those lists.
* Search the Splunk platform Getting Data In Manual for "Filter data in XML format
with the XmlRegex Key" for details.
* Default: false
Active Directory Monitor
[admon://<name>] * This section explains possible settings for configuring the Active Directory monitor input. * Each admon:// stanza represents an individually configured Active Directory monitoring input. If you configure the input with Splunk Web, then the value of "<NAME>" matches what was specified there. While you can add Active Directory monitor inputs manually, it is best practice to use Splunk Web to configure Active Directory monitor inputs because it is easy to mistype the values for Active Directory monitor objects. targetDc = <string> * The fully qualified domain name of a valid, network-accessible Active Directory domain controller (DC). * This setting is case sensitive. Do not use 'targetdc' or 'targetDC', but rather 'targetDc'. * Default: The DC that the local host used to connect to AD. The input binds to its root Distinguished Name (DN). startingNode = <string> * Where in the Active Directory directory tree to start monitoring. * The user that you configure Splunk software to run as at installation determines where the input starts monitoring. * Default: the root of the directory tree monitorSubtree = <boolean> * Whether or not to monitor the subtree(s) of a given Active Directory tree path. * Set this to 1 to monitor subtrees of a given directory tree path and 0 to monitor only the path itself. * Default: 1 (monitor subtrees of a given directory tree path) disabled = <boolean> * Whether or not the input is enabled. * Set this to 1 to disable the input and 0 to enable it. * Default: 0 (enabled) index = <string> * The index to store incoming data into for this input. * This setting is optional. * Default: the default index printSchema = <boolean> * Whether or not to print the Active Directory schema. * Set this to 1 to print the schema and 0 to not print the schema. * Default: 1 (print the Active Directory schema) baseline = <boolean> * Whether or not to query baseline objects. * Baseline objects are objects which currently reside in Active Directory. * Baseline objects also include previously deleted objects. * Set this to 1 to query baseline objects, and 0 to not query baseline objects. * Default: 0 (do not query baseline objects)
Windows Registry Monitor
[WinRegMon://<name>]
* This section explains possible settings for configuring the Windows Registry
Monitor input.
* Each WinRegMon:// stanza represents an individually configured
WinRegMon monitoring input.
* If you configure the inputs with Splunk Web, the value of "<NAME>" matches
what was specified there. While you can add event log monitor inputs
manually, it is best practice to use Splunk Web to configure
Windows registry monitor inputs because it is easy to mistype the values
for Registry hives and keys.
* The WinRegMon input is for local systems only. You cannot monitor the
Registry remotely.
proc = <string>
* The processes this input should monitor for Registry access.
* If set, matches against the process name which performed the Registry
access.
* The input includes events from processes that match the regular expression
that you specify here.
* The input filters out events for processes that do not match the
regular expression.
* Default: .* (match all processes)
hive = <string>
* The Registry hive(s) that this input should monitor for Registry access.
* If set, matches against the Registry key that was accessed.
* The input includes events from Registry hives that match the
regular expression that you specify here.
* The input filters out events for Registry hives that do not match the
regular expression.
* No default.
type = <string>
* A regular expression that specifies the type(s) of Registry event(s)
that you want the input to monitor.
* No default.
baseline = <boolean>
* Whether or not the input should get a baseline of Registry events
when it starts.
* If you set this to 1, the input captures a baseline for
the specified hive when it starts for the first time. It then
monitors live events.
* Default: 0 (do not capture a baseline for the specified hive
first before monitoring live events)
baseline_interval = <integer>
* Selects how much downtime in continuous registry monitoring should trigger
a new baseline for the monitored hive and/or key.
* In detail:
* Sets the minimum time interval, in seconds, between baselines.
* At startup, a WinRegMon input does not generate a baseline if less time
has passed since the last checkpoint than baseline_interval chooses.
* In normal operation, checkpoints are updated frequently as data is
acquired, so this will cause baselines to occur only when monitoring was
not operating for a period of time.
* If baseline is set to 0 (disabled), the setting has no effect.
* Default: 86400 (1 day)
disabled = <boolean>
* Whether or not the input is enabled.
* Set this to 1 to disable the input, or 0 to enable it.
* Default: 0 (enabled)
index = <string>
* The index that this input should send the data to.
* This setting is optional.
* Default: the default index
Windows Host Monitoring
[WinHostMon://<name>]
* This section explains possible settings for configuring the Windows host
monitor input.
* Gathers status information from the local Windows system components as
per the 'type' field, described after this section.
* Each WinHostMon:// stanza represents an WinHostMon monitoring input.
* The "<name>" component of the stanza name is used as the source field
on generated events, unless an explicit source setting is added to the
stanza. It does not affect what data is collected (see type setting for
that).
* If you configure the input in Splunk Web, the value of "<name>" matches
what was specified there.
* NOTE: The WinHostMon input is for local Windows systems only. You
cannot monitor Windows host information remotely.
type = <semicolon-separated list>
* An expression that specifies the type(s) of host inputs
that you want the input to monitor.
* Type can be (case insensitive):
Computer;Process;Processor;NetworkAdapter;Service;OperatingSystem;Disk;Driver;Roles
* No default.
interval = <integer>
* The interval, in seconds, between when the input runs to gather
Windows host information and generate events.
* See 'interval' in the Scripted input section for more information.
disabled = <boolean>
* Whether or not the input is enabled.
* Set this to 1 to disable the input, or 0 to enable it.
* Default: 0 (enabled)
index = <string>
* The index that this input should send the data to.
* This setting is optional.
* Default: the default index
[WinPrintMon://<name>]
* This section explains possible settings for configuring the Windows print
monitor input.
* Each WinPrintMon:// stanza represents an WinPrintMon monitoring input.
The value of "<name>" matches what was specified in Splunk Web.
* NOTE: The WinPrintMon input is for local Windows systems only.
* The "<name>" component of the stanza name is used as the source field
on generated events, unless an explicit source setting is added to the
stanza. It does not affect what data is collected (see type setting for
that).
type = <semicolon-separated list>
* An expression that specifies the type(s) of print inputs
that you want the input to monitor.
* Type can be (case insensitive):
Printer;Job;Driver;Port
* No default.
interval = <integer>
* The interval, in seconds, between when the input runs to gather
Windows host information and generate events.
* See 'interval' in the Scripted input section for more information.
baseline = <boolean>
* Whether or not to capture a baseline of print objects when the
input starts for the first time.
* If you set this setting to 1, the input captures a baseline of
the current print objects when the input starts for the first time.
* Default: 0 (do not capture a baseline)
disabled = <boolean>
* Whether or not the input is enabled.
* Set to 1 to disable the input, or 0 to enable it.
* Default: 0 (enabled)
index = <string>
* The index that this input should send the data to.
* This setting is optional.
* Default: the default index
[WinNetMon://<name>]
* This section explains possible settings for configuring
a Network Monitor input.
* Each WinNetMon:// stanza represents an individually configured network
monitoring input. The value of "<name>" matches what was specified
in Splunk Web. It is best practice to use Splunk Web to
configure Network Monitor inputs because it is easy to mistype
the values for Network Monitor objects.
remoteAddress = <regular expression>
* A regular expression that represents the remote IP address of a
host that is involved in network communication.
* This setting accepts a regular expression that matches against
IP addresses only, not host names. For example: 192\.168\..*
* The input includes events for remote IP addresses that match
the regular expression that you specify here.
* The input filters out events for remote IP addresses that do not
match the regular expression.
* No default (include all remote address events).
process = <regular expression>
* A regular expression that represents the process or application that
performed a network access.
* The input includes events for processes that match the
regular expression that you specify here.
* The input filters out events for processes that do not match the
regular expression.
* No default (include all processes and application events).
user = <regular expression>
* A regular expression that represents the Windows user name that
performed a network access.
* The input includes events for user names that match the
regular expression that you specify here.
* The input filters out events for user names that do not match the
regular expression.
* No default (include all user name events).
addressFamily = [ipv4];[ipv6]
* Determines the events to include by network address family.
* Setting "ipv4" alone includes only IPv4 packets, while "ipv6" alone
includes only IPv6 packets.
* To specify both families, separate them with a semicolon.
For example: ipv4;ipv6
* No default (include events with both address families).
packetType = [connect];[accept];[transport]
* Determines the events to include by network packet type.
* To specify multiple packet types, separate them with a semicolon.
For example: connect;transport
* No default (include events with any packet type).
direction = [inbound];[outbound]
* Determines the events to include by network transport direction.
* To specify multiple directions, separate them with a semicolon.
For example: inbound;outbound
* No default (include events with any direction).
protocol = [tcp];[udp]
* Determines the events to include by network protocol.
* To specify multiple protocols, separate them with a semicolon.
For example: tcp;udp
* For more information about protocols, see
http://www.ietf.org/rfc/rfc1700.txt
* No default (include events with all protocols)
readInterval = <integer>
* How often, in milliseconds, that the input should read the network
kernel driver for events.
* Advanced option. Use the default value unless there is a problem
with input performance.
* Set this to adjust the frequency of calls into the network kernel driver.
* Choosing lower values (higher frequencies) can reduce network
performance, while higher numbers (lower frequencies) can cause event
loss.
* The minimum allowed value is 10 and the maximum allowed value is 1000.
* Default: 100
driverBufferSize = <integer>
* The maximum number of packets that the network kernel driver retains
for retrieval by the input.
* Set to adjust the maximum number of network packets retained in
the network driver buffer.
* Advanced option. Use the default value unless there is a problem
with input performance.
* Configuring this setting to lower values can result in event loss, while
higher values can increase the size of non-paged memory on the host.
* The minimum allowed value is 128 and the maximum allowed value is 32768.
* Default: 32768
userBufferSize = <integer>
* The maximum size, in megabytes, of the user mode event buffer.
* Controls amount of packets cached in the the user mode.
* Advanced option. Use the default value unless there is a problem
with input performance.
* Configuring this setting to lower values can result in event loss, while
higher values can increase the amount of memory that the network
monitor uses.
* The minimum allowed value is 20 and the maximum allowed value is 500.
* Default: 20
mode = [single|multikv]
* Specifies how the network monitor input generates events.
* Set to "single" to generate one event per packet.
* Set to "multikv" to generate combined events of many packets in
multikv format (many packets described in a single table as one event).
* Default: single
multikvMaxEventCount = <integer>
* The maximum number of packets to combine in multikv format when you set
the 'mode' setting to "multikv".
* Has no effect when 'mode' is set to "single".
* Advanced option.
* The minimum allowed value is 10 and the maximum allowed value is 500.
* Default: 100
multikvMaxTimeMs = <integer>
* The maximum amount of time, in milliseconds, to accumulate packet data to
combine into a large tabular event in multikv format.
* Has no effect when 'mode' is set to 'single'.
* Advanced option.
* The minimum allowed value is 100 and the maximum allowed value is 5000.
* Default: 1000
sid_cache_disabled = [0|1]
* Enables or disables account Security IDentifier (SID) cache.
* This setting is global. It affects all Windows Network Monitor stanzas.
* Default: 0
sid_cache_exp = <integer>
* The expiration time, in seconds, for account SID cache entries.
* Optional.
* This setting is global. It affects all Windows Network Monitor stanzas.
* Default: 3600
sid_cache_exp_neg = <integer>
* The expiration time, in seconds, for negative account SID cache entries.
* Optional.
* This setting is global. It affects all Windows Network Monitor stanzas.
* Default: 10
sid_cache_max_entries = <integer>
* The maximum number of account SID cache entries.
* Optional.
* This setting is global. It affects all Windows Network Monitor stanzas.
* Default: 10
disabled = <boolean>
* Whether or not the input is enabled.
* Set to 1 to disable the input, and 0 to enable it.
* Default: 0 (enabled)
index = <string>
* The index where this input sends the data.
* Optional.
* Default: the default index
# Global settings for the powershell modinput.
[powershell]
io_threads = <integer>
* The number of threads that Splunk software spawns to run PowerShell scripts
that have been configured in the inputs.conf file.
* If you specify a value that is less than or equal to 0, Splunk software
autotunes this setting.
* The default can vary. Splunk software autotunes the number of threads
based on the availability of CPU resources on the machine.
serialization_threads = <integer>
* The number of threads that Splunk software spawns for serialization of
PowerShell objects that it has collected into XML strings.
* This serialization, or conversion of objects, occurs according to the
Modular Input XML protocol.
* If you specify a value that is less than or equal to 0, Splunk software
autotunes this setting.
* The default can vary. Splunk software autotunes the number of threads
based on available CPU resources on the machine.
event_serialization_format = [kv|json]
* The event format into which Powershell objects are serialized.
* The supported event formats are "kv" and "json".
* For example, given the following PowerShell object:
$psObj = @{
A: "a string"
B: 18
C: "a log line"
}
If you set 'event_serialization_format' to "kv", the Splunk platform
indexes the event as follows:
A="a string"
B=18
C="a log line"
If you set 'event_serialization_format' to "json", the Splunk platform
indexes the event as follows:
{
"A": "a string",
"B": 18,
"C": "a log line"
}
* Default: kv
process_completion_check_interval = <integer>
* The interval, in milliseconds, between which the Splunk platform checks
whether a PowerShell process has completed running.
* Default: 200
[powershell://<name>]
* Runs Windows PowerShell version 3 commands or scripts.
script = <string>
* A PowerShell command-line script or .ps1 script file that the input
should run.
* No default.
schedule = [<positive integer>|<cron schedule>]
* How often to run the specified PowerShell command or script.
* There are two options available for how to run the command
or script:
* You can specify a number, which represents how often, in seconds,
to run the command or script after the instance starts.
* You can specify a "cron" style schedule, which lets you determine
the days, hours, minutes, and seconds when the script or command
runs. An example cron schedule is "30 * * * *", which means
to run the script at 30 minutes past the hour, every hour of
every day.
* Regardless of which option you choose, the command or script
always runs once when the instance starts.
* Default: The command or script runs once, when the instance starts.
# Global settings for the powershell2 modinput.
[powershell2]
io_threads = <integer>
* The number of threads that Splunk software spawns to run PowerShell scripts
that have been configured in inputs.conf.
* If you specify a value that is less than or equal to 0, Splunk software
autotunes this setting.
* The default can vary. Splunk software autotunes the number of threads
based on the availability of CPU resources on the machine.
event_serialization_format = [ kv | json ]
* The event format into which Powershell objects are serialized.
* The supported event formats are "kv" and "json".
* For example, given the following PowerShell object:
$psObj = @{
A: "a string"
B: 18
C: "a log line"
}
If you set 'event_serialization_format' to "kv", the Splunk platform
indexes the event as follows:
A="a string"
B=18
C="a log line"
If you set 'event_serialization_format' to "json", the Splunk platform
indexes the event as follows:
{
"A": "a string",
"B": 18,
"C": "a log line"
}
* Default: kv
process_completion_check_interval = <integer>
* The interval, in milliseconds, between which the Splunk platform checks
whether a PowerShell process has completed running.
* Default = 200
[powershell2://<name>]
* Runs Windows PowerShell version 2 commands or scripts.
script = <string>
* A PowerShell command-line script or .ps1 script file that the input
should run.
* No default.
schedule = <string>
* How often to run the specified PowerShell command or script.
* You can provide a valid cron schedule.
* Default: Runs the command or script once, at startup.
Remote Queue Monitor
[remote_queue:<name>] * This section explains possible settings for configuring a remote queue. * Each remote_queue: stanza represents an individually configured remote queue monitoring input. * Note that only 1 remote queue stanza is supported as an input queue. remote_queue.* = <string> * Currently not supported. This setting is related to a feature that is still under development. * Optional. * This section explains possible settings for configuring a remote queue. * With remote queues, the splunk indexer might require additional configuration, specific to the type of remote queue. You can pass configuration information to the splunk indexer by specifying the settings through the following schema: remote_queue.<scheme>.<config-variable> = <value>. For example: remote_queue.sqs.access_key = ACCESS_KEY * This setting is optional. * No default. disabled = <boolean> * Whether the remote queue input is active. * A value of "true" means the remote queue input is inactive. * A value of "false" means the remote queue input is active. * Default: false remote_queue.type = [sqs|kinesis|sqs_smartbus|sqs_smartbus_cp|sqs_datalake|asq] * Currently not supported. This setting is related to a feature that is still under development. * Required. * Specifies the remote queue type, which can be "Amazon Web Services (AWS) Simple Queue Service (SQS)", "Amazon Kinesis", "SQS Smartbus", "SQS Smartbus CP", "SQS Datalake" or "Azure Storage Queue (ASQ)". * If the type is "sqs_smartbus_cp", the [cloud_processor_smartbus_queue] stanza must be present. remote_queue.large_message_store.supports_versioning = <boolean> * Currently not supported. This setting is related to a feature that is still under development. * Specifies whether or not the remote storage supports versioning. * Versioning is a means of keeping multiple variants of an object in the same bucket on the remote storage. * This setting is optional. * Default: true compressed = <boolean> * See the description for TCPOUT ATTRIBUTES in outputs.conf.spec. negotiateProtocolLevel = <unsigned integer> * See the description for TCPOUT ATTRIBUTES in outputs.conf.spec. channelReapInterval = <integer> * See the description for TCPOUT ATTRIBUTES in outputs.conf.spec. channelTTL = <integer> * See the description for TCPOUT ATTRIBUTES in outputs.conf.spec. channelReapLowater = <integer> * See the description for TCPOUT ATTRIBUTES in outputs.conf.spec. concurrentChannelLimit = <unsigned integer> * See the description for [splunktcp].
SQS specific settings
remote_queue.sqs.access_key = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The access key to use when authenticating with the remote queue
system supporting the SQS API.
* If not specified, the indexer looks for these environment variables:
'AWS_ACCESS_KEY_ID' or 'AWS_ACCESS_KEY' (in that order). If the environment
variables are not set and the indexer is running on Elastic Compute Cloud
(EC2), the indexer attempts to use the secret key from the Identity and
Access Management (IAM) role.
* This setting is optional.
* No default.
remote_queue.sqs.secret_key = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The secret key to use when authenticating with the remote queue
system supporting the SQS API.
* If not specified, the indexer looks for these environment variables:
AWS_SECRET_ACCESS_KEY or AWS_SECRET_KEY (in that order). If the environment
variables are not set and the indexer is running on EC2, the indexer attempts
to use the secret key from the IAM role.
* This setting is optional.
* No default.
remote_queue.sqs.auth_region = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The authentication region to use when signing the requests when interacting
with the remote queue system supporting the SQS API.
* If not specified and the indexer is running on EC2, the auth_region is
constructed automatically based on the EC2 region of the instance where the
the indexer is running.
* This setting is optional.
* No default.
remote_queue.sqs.endpoint = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The URL of the remote queue system supporting the SQS API.
* The scheme, http or https, can be used to enable or disable SSL connectivity
with the endpoint.
* If not specified, the endpoint is constructed automatically based on the
auth_region as follows: https://sqs.<auth_region>.amazonaws.com
* If specified, the endpoint must match the effective auth_region, which is
either a value specified in 'remote_queue.sqs.auth_region' or a value
constructed automatically based on the EC2 region of the running instance.
* Example: https://sqs.us-west-2.amazonaws.com/
* This setting is optional.
* No default.
remote_queue.sqs.max_connections = <unsigned integer>
* Currently not supported. This setting is related to a feature that is still
under development.
* The maximum number of HTTP connections to have in progress for
certain queue operations.
* A value of 0 means unlimited.
* Default: 8
remote_queue.sqs.message_group_id = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The Message Group ID for Amazon Web Services Simple Queue Service
(SQS) First-In, First-Out (FIFO) queues.
* Setting a Message Group ID controls how messages within an AWS SQS queue are
processed.
* For information on SQS FIFO queues and how messages in those queues are
processed, see "Recommendations for FIFO queues" in the AWS SQS Developer
Guide.
* If you configure this setting, Splunk software assumes that the SQS queue is
a FIFO queue, and that messages in the queue should be processed first-in,
first-out.
* Otherwise, Splunk software assumes that the SQS queue is a standard queue.
* Can be between 1-128 alphanumeric or punctuation characters.
* NOTE: FIFO queues must have Content-Based Deduplication enabled.
* This setting is optional.
* No default.
remote_queue.sqs.retry_policy = [max_count|none]
* Currently not supported. This setting is related to a feature that is still
under development.
* The retry policy to use for remote queue operations.
* A retry policy specifies whether and how to retry file operations that fail
for those failures that might be intermittent.
* Retry policies:
+ "max_count": Imposes a maximum number of times a queue operation can be
retried upon intermittent failure.
+ "none": Do not retry file operations upon failure.
* This setting is optional.
* Default: "max_count"
remote_queue.sqs.max_count.max_retries_per_part = <unsigned integer>
* Currently not supported. This setting is related to a feature that is still
under development.
* When 'remote_queue.sqs.retry_policy' is set to "max_count", sets the maximum
number of times a queue operation can be retried upon intermittent failure.
* This setting is optional.
* Default: 9
remote_queue.sqs.timeout.connect = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The connection timeout, in seconds, when interacting with
SQS for this queue.
* This setting is optional.
* Default: 5
remote_queue.sqs.timeout.read = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The read timeout, in seconds, when interacting with SQS for
this queue.
* This setting is optional.
* Default: 60
remote_queue.sqs.timeout.write = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The write timeout, in seconds, when interacting with SQS for
this queue.
* This setting is optional.
* Default: 60
remote_queue.sqs.timeout.receive_message = <unsigned integer>
* The receive message wait time, in seconds, when interacting with SQS for
this queue.
* When set to greater than 0, enables "long polling." If there are no messages
immediately available, the queue waits at most
'remote_queue.sqs.timeout.receive_message' seconds for a message to
become available.
* When 0, disables long polling.
* When not set, uses the value configured for the queue via the AWS SQS
console.
* Maximum value: 20
* This setting is optional.
* Default: 20
remote_queue.sqs.timeout.visibility = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The default "visibility timeout," in seconds, to use when
explicitly changing the visibility of specific messages in the queue.
* NOTE: Changing the value of 'remote_queue.sqs.timeout.visibility'
does not change the implicit visibility timeout configured for
the queue in the AWS SQS console.
* This setting is optional.
* Default: 60
remote_queue.sqs.buffer.visibility = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The default time, in seconds, before
'remote_queue.sqs.timeout.visibility' at which visibility of
specific messages in the queue needs to be changed.
* This setting is optional.
* Default: 15
remote_queue.sqs.executor_max_workers_count = <positive integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The maximum number of worker threads that can be used by
indexer per pipeline set to execute SQS tasks.
* A value of 0 is equivalent to 1.
* Default: 8
remote_queue.sqs.min_pending_messages = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The default "minimum number of pending messages" to use before
receiving messages off remote queue.
Messages are only received when the sum of the internal queue message count and
pending object GET (from large messages storage) count is below
the set value.
* This setting is optional.
* Default: 10
remote_queue.sqs.large_message_store.endpoint = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The URL of the remote storage system supporting the S3 API.
* The scheme, http or https, can be used to enable or disable SSL connectivity
with the endpoint.
* If not specified, the endpoint is constructed automatically based on the
auth_region as follows: https://s3.<auth_region>.amazonaws.com
* If specified, the endpoint must match the effective auth_region, which is
either a value specified via 'remote_queue.sqs.auth_region' or a value
constructed automatically based on the EC2 region of the running instance.
* Example: https://s3.us-west-2.amazonaws.com/
* This setting is optional.
* No default.
remote_queue.sqs.large_message_store.path = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The remote storage location where messages that are larger than the
underlying queue maximum message size will reside.
* The format for this attribute is: <scheme>://<remote-location-specifier>
* The "scheme" identifies a supported external storage system type.
* The "remote-location-specifier" is an external system-specific string for
identifying a location inside the storage system.
* These external systems are supported:
- Object stores that support the AWS S3 protocol. These use the scheme "s3".
For example, "path=s3://mybucket/some/path".
* If not specified, messages exceeding the underlying queue's maximum message
size are dropped.
* This setting is optional.
* No default.
Kinesis specific settings
remote_queue.kinesis.access_key = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* Specifies the access key to use when authenticating with the remote queue
system supporting the Kinesis API.
* If not specified, the forwarder will look for these environment variables:
AWS_ACCESS_KEY_ID or AWS_ACCESS_KEY (in that order). If the environment
variables are not set and the forwarder is running on EC2, the forwarder
attempts to use the secret key from the IAM role.
* This setting is optional.
* No default.
remote_queue.kinesis.secret_key = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* Specifies the secret key to use when authenticating with the remote queue
system supporting the Kinesis API.
* If not specified, the forwarder will look for these environment variables:
AWS_SECRET_ACCESS_KEY or AWS_SECRET_KEY (in that order). If the environment
variables are not set and the forwarder is running on EC2, the forwarder
attempts to use the secret key from the IAM role.
* This setting is optional.
* No default.
remote_queue.kinesis.auth_region = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The authentication region to use when signing the requests when interacting
with the remote queue system supporting the Kinesis API.
* If not specified and the forwarder is running on EC2, the auth_region will be
constructed automatically based on the EC2 region of the instance where the
the forwarder is running.
* This setting is optional.
* No default.
remote_queue.kinesis.endpoint = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The URL of the remote queue system supporting the Kinesis API.
* The scheme, http or https, can be used to enable or disable SSL connectivity
with the endpoint.
* If not specified, the endpoint is constructed automatically based on the
auth_region as follows: https://kinesis.<auth_region>.amazonaws.com
* If specified, the endpoint must match the effective auth_region, which is
either a value specified via 'remote_queue.kinesis.auth_region' or a value
constructed automatically based on the EC2 region of the running instance.
* Example: https://kinesis.us-west-2.amazonaws.com/
* This setting is optional.
* No default.
remote_queue.kinesis.retry_policy = [max_count|none]
* The retry policy to use for remote queue operations.
* A retry policy specifies whether and how to retry file operations that fail
for those failures that might be intermittent.
* Retry policies:
+ "max_count": Imposes a maximum number of times a queue operation will be
retried upon intermittent failure.
+ "none": Do not retry file operations upon failure.
* This setting is optional.
* Default: "max_count"
remote_queue.kinesis.max_count.max_retries_per_part = <unsigned integer>
* When 'remote_queue.kinesis.retry_policy' is "max_count", sets the
maximum number of times a queue operation is retried upon intermittent
failure.
* This setting is optional.
* Default: 9
remote_queue.kinesis.timeout.connect = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The connection timeout, in milliseconds, when interacting with
Kinesis for this queue.
* This setting is optional.
* Default: 5000
remote_queue.kinesis.timeout.read = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The read timeout, in milliseconds, when interacting with Kinesis
for this queue.
* This setting is optional.
* Default: 60000
remote_queue.kinesis.timeout.write = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The write timeout, in milliseconds, when interacting with Kinesis
for this queue.
* This setting is optional.
* Default: 60000
remote_queue.kinesis.executor_max_workers_count = <positive integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The maximum number of worker threads that can be used by
indexer per pipeline set to execute kinesis queue tasks.
* A value of 0 is equivalent to 1.
* Default: 8
remote_queue.kinesis.max_messages = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The default "maximum number of messages" (that are received from
remote_queue endpoint) to store in kinesis in-memory message queue.
* This setting is optional.
* Default: 10000
remote_queue.kinesis.min_pending_messages = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The default "minimum number of pending messages" to use before
receiving messages off kinesis in-memory message queue.
Messages are only received when sum of internal queue message count and
pending object GET (from large messages storage) count is below
the set value.
* This setting is optional.
* Default: 50
remote_queue.kinesis.max_checkpoints = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The default "maximum number of messages" (that have been received from
remote_queue endpoint and completely consumed) to store in
the Kinesis in-memory checkpoint queue.
* This setting is optional.
* Default: 100000
remote_queue.kinesis.roll_remote_buckets_interval = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The default interval, in seconds, that the Kinesis remote queue
input worker waits before it rolls the remote storage enabled buckets.
* This setting is optional.
* Default: 30
remote_queue.kinesis.large_message_store.endpoint = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The URL of the remote storage system supporting the S3 API.
* The scheme, http or https, can be used to enable or disable SSL connectivity
with the endpoint.
* If not specified, the endpoint will be constructed automatically based on the
auth_region as follows: https://s3.<auth_region>.amazonaws.com
* If specified, the endpoint must match the effective auth_region, which is
either a value specified via 'remote_queue.kinesis.auth_region' or a value
constructed automatically based on the EC2 region of the running instance.
* Example: https://s3.us-west-2.amazonaws.com/
* This setting is optional.
* No default.
remote_queue.kinesis.large_message_store.path = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The remote storage location where messages larger than the
underlying queue maximum message size will reside.
* The format for this attribute is: <scheme>://<remote-location-specifier>
* The "scheme" identifies a supported external storage system type.
* The "remote-location-specifier" is an external system-specific string for
identifying a location inside the storage system.
* These external systems are supported:
- Object stores that support AWS's S3 protocol. These use the scheme "s3".
For example, "path=s3://mybucket/some/path".
* If not specified, messages exceeding the underlying queue maximum message
size are dropped.
* This setting is optional.
* No default.
############################################################################
# Simple Queue Service Smartbus (SQS Smartbus) or Simple Queue Service
Smartbus CP (SQS Smartbus CP) specific settings
############################################################################
# The settings for SQS Smartbus (sqs_smartbus) and SQS Smartbus CP
(sqs_smartbus_cp) are identical in the remote queue input.
# The following section uses "sqs_smartbus" as an example.
remote_queue.sqs_smartbus.access_key = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The access key to use when authenticating with the remote queue
system supporting the SQS API.
* If not specified, the indexer looks for these environment variables:
'AWS_ACCESS_KEY_ID' or 'AWS_ACCESS_KEY' (in that order). If the environment
variables are not set and the indexer is running on Elastic Compute Cloud
(EC2), the indexer attempts to use the secret key from the Identity and
Access Management (IAM) role.
* This setting is optional.
* No default.
remote_queue.sqs_smartbus.secret_key = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The secret key to use when authenticating with the remote queue
system supporting the SQS API.
* If not specified, the indexer looks for these environment variables:
AWS_SECRET_ACCESS_KEY or AWS_SECRET_KEY (in that order). If the environment
variables are not set and the indexer is running on EC2, the indexer attempts
to use the secret key from the IAM role.
* This setting is optional.
* No default.
remote_queue.sqs_smartbus.auth_region = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The authentication region to use when signing the requests when interacting
with the remote queue system supporting the SQS API.
* If not specified and the indexer is running on EC2, the auth_region is
constructed automatically based on the EC2 region of the instance where the
the indexer is running.
* This setting is optional.
* No default.
remote_queue.sqs_smartbus.endpoint = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The URL of the remote queue system supporting the SQS API.
* The scheme, http or https, can be used to enable or disable SSL connectivity
with the endpoint.
* If not specified, the endpoint is constructed automatically based on the
auth_region as follows: https://sqs.<auth_region>.amazonaws.com
* If specified, the endpoint must match the effective auth_region, which is
either a value specified in 'remote_queue.sqs.auth_region' or a value
constructed automatically based on the EC2 region of the running instance.
* Example: https://sqs.us-west-2.amazonaws.com/
* This setting is optional.
* No default.
remote_queue.sqs_smartbus.max_connections = <unsigned integer>
* Currently not supported. This setting is related to a feature that is still
under development.
* The maximum number of HTTP connections that can be simultaneously in progress for
certain queue operations.
* A value of 0 means unlimited.
* Default: 8
remote_queue.sqs_smartbus.message_group_id = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The Message Group ID for Amazon Web Services Simple Queue Service
(SQS) First-In, First-Out (FIFO) queues.
* Setting a Message Group ID controls how messages within an AWS SQS queue are
processed.
* For information on SQS FIFO queues and how messages in those queues are
processed, see "Recommendations for FIFO queues" in the AWS SQS Developer
Guide.
* If you configure this setting, Splunk software assumes that the SQS queue is
a FIFO queue, and that messages in the queue should be processed first-in,
first-out.
* Otherwise, Splunk software assumes that the SQS queue is a standard queue.
* Can be between 1-128 alphanumeric or punctuation characters.
* NOTE: FIFO queues must have Content-Based Deduplication enabled.
* This setting is optional.
* No default.
remote_queue.sqs_smartbus.retry_policy = [max_count|none]
* Currently not supported. This setting is related to a feature that is still
under development.
* The retry policy to use for remote queue operations.
* A retry policy specifies whether and how to retry file operations that fail
for those failures that might be intermittent.
* Retry policies:
+ "max_count": Imposes a maximum number of times a queue operation can be
retried upon intermittent failure.
+ "none": Do not retry file operations upon failure.
* This setting is optional.
* Default: "max_count"
remote_queue.sqs_smartbus.max_count.max_retries_per_part = <unsigned integer>
* Currently not supported. This setting is related to a feature that is still
under development.
* When 'remote_queue.sqs_smartbus.retry_policy' is set to "max_count", sets the
maximum number of times a queue operation can be retried upon
intermittent failure.
* This setting is optional.
* Default: 3
remote_queue.sqs_smartbus.timeout.connect = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The connection timeout, in seconds, when interacting with
SQS for this queue.
* This setting is optional.
* Default: 5
remote_queue.sqs_smartbus.timeout.read = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The read timeout, in seconds, when interacting with SQS for
this queue.
* This setting is optional.
* Default: 60
remote_queue.sqs_smartbus.timeout.write = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The write timeout, in seconds, when interacting with SQS for
this queue.
* This setting is optional.
* Default: 60
remote_queue.sqs_smartbus.timeout.receive_message = <unsigned integer>
* The receive message wait time, in seconds, when interacting with SQS for
this queue.
* When set to greater than 0, enables "long polling." If there are no messages
immediately available, the queue waits at most
'remote_queue.sqs.timeout.receive_message' seconds for a message to
become available.
* When 0, disables long polling.
* When not set, uses the value configured for the queue via the AWS SQS
console.
* Maximum value: 20
* This setting is optional.
* Default: 20
remote_queue.sqs_smartbus.timeout.visibility = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The default "visibility timeout," in seconds, to use when
explicitly changing the visibility of specific messages in the queue.
* NOTE: Changing the value of 'remote_queue.sqs.timeout.visibility'
does not change the implicit visibility timeout configured for
the queue in the AWS SQS console.
* This setting is optional.
* Default: 300
remote_queue.sqs_smartbus.buffer.visibility = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The default time, in seconds, before
'remote_queue.sqs.timeout.visibility' at which visibility of
specific messages in the queue needs to be changed.
* This setting is optional.
* Default: 15
remote_queue.sqs_smartbus.executor_max_workers_count = <positive integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The maximum number of worker threads that can be used by
indexer per pipeline set to execute SQS tasks.
* A value of 0 is equivalent to 1.
* Default: 4
remote_queue.sqs_smartbus.min_pending_messages = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The default "minimum number of pending messages" to use before
receiving messages off remote queue.
Messages are only received when the sum of internal queue message count and
pending object GET (from large messages storage) count is below
the set value.
* This setting is optional.
* Default: 10
remote_queue.sqs_smartbus.renew_retries = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The number of retries for a particular message on a given indexer after
being received from the remote queue, before it is proactively moved to the DLQ folder.
* Default: 50
remote_queue.sqs_smartbus.large_message_store.endpoint = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The URL of the remote storage system supporting the S3 API.
* The scheme, http or https, can be used to enable or disable SSL connectivity
with the endpoint.
* If not specified, the endpoint is constructed automatically based on the
auth_region as follows: https://s3.<auth_region>.amazonaws.com
* If specified, the endpoint must match the effective auth_region, which is
either a value specified via 'remote_queue.sqs_smartbus.auth_region' or a value
constructed automatically based on the EC2 region of the running instance.
* Example: https://s3.us-west-2.amazonaws.com/
* This setting is optional.
* No default.
remote_queue.sqs_smartbus.large_message_store.path = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The remote storage location where messages that are larger than the
underlying queue maximum message size will reside.
* The format for this attribute is: <scheme>://<remote-location-specifier>
* The "scheme" identifies a supported external storage system type.
* The "remote-location-specifier" is an external system-specific string for
identifying a location inside the storage system.
* These external systems are supported:
- Object stores that support the AWS S3 protocol. These use the scheme "s3".
For example, "path=s3://mybucket/some/path".
* If not specified, messages exceeding the underlying queue's maximum message
size are dropped.
* This setting is optional.
* No default.
remote_queue.sqs_smartbus.large_message_store.sslVerifyServerCert = <boolean>
* If set to true, the Splunk platform verifies the certificate presented by the S3
server and checks that the common name and alternate name match the ones
specified in 'remote_queue.sqs_smartbus.large_message_store.sslCommonNameToCheck' and
'remote_queue.sqs_smartbus.large_message_store.sslAltNameToCheck'.
* Default: false
remote_queue.sqs_smartbus.large_message_store.sslVersions = <versions_list>
* Comma-separated list of SSL versions to connect to 'remote.sqs_smartbus.large_message_store.endpoint'.
* The versions available are "ssl3", "tls1.0", "tls1.1", and "tls1.2".
* The special version "*" selects all supported versions. The version "tls"
selects all versions tls1.0 or newer.
* If a version is prefixed with "-" it is removed from the list.
* SSLv2 is always disabled; "-ssl2" is accepted in the version list
but does nothing.
* When configured in FIPS mode, ssl3 is always disabled regardless
of this configuration.
* Default: tls1.2
remote_queue.sqs_smartbus.large_message_store.sslCommonNameToCheck = <commonName1>, <commonName2>, ..
* If this value is set, and 'remote_queue.sqs_smartbus.large_message_store.sslVerifyServerCert' is set to true,
the Splunk platform instance checks the common name of the certificate presented by
the remote server (specified in 'remote_queue.sqs_smartbus.large_message_store.endpoint') against this list
of common names.
* Default: not set
remote_queue.sqs_smartbus.large_message_store.sslAltNameToCheck = <alternateName1>, <alternateName2>, ..
* If this value is set, and 'remote_queue.sqs_smartbus.large_message_store.sslVerifyServerCert' is set to true,
the Splunk platform instance checks the alternate name(s) of the certificate presented by
the remote server (specified in 'remote_queue.sqs_smartbus.large_message_store.endpoint') against this list of
subject alternate names.
* Default: not set
remote_queue.sqs_smartbus.large_message_store.sslRootCAPath = <path>
* Full path to the Certificate Authority (CA) certificate PEM format file
containing one or more certificates concatenated together. The S3 certificate
will be validated against the CAs present in this file.
* Default: [sslConfig/caCertFile] in server.conf
remote_queue.sqs_smartbus.large_message_store.cipherSuite = <cipher suite string>
* If set, uses the specified cipher string for the SSL connection.
* If not set, uses the default cipher string.
* Must specify 'dhFile' to enable any Diffie-Hellman ciphers.
* Default: TLSv1+HIGH:TLSv1.2+HIGH:@STRENGTH
remote_queue.sqs_smartbus.large_message_store.ecdhCurves = <comma-separated list>
* ECDH curves to use for ECDH key negotiation.
* Specify the curves in the order of preference.
* The client sends these curves as a part of Client Hello.
* Splunk software only supports named curves specified
by their short names.
* The list of valid named curves by their short/long names can be obtained
by executing this command:
$SPLUNK_HOME/bin/splunk cmd openssl ecparam -list_curves
* e.g. ecdhCurves = prime256v1,secp384r1,secp521r1
* Default: not set
remote_queue.sqs_smartbus.large_message_store.dhFile = <path>
* PEM format Diffie-Hellman parameter file name.
* DH group size must be no less than 2048bits.
* This file is required in order to enable any Diffie-Hellman ciphers.
* Optional
* Default: not set
remote_queue.sqs_smartbus.dead_letter_queue.name = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The name of the dead letter queue.
remote_queue.sqs_smartbus.dead_letter_queue.process_interval = <number><unit>
* Currently not supported. This setting is related to a feature that is
still under development.
* The frequency of processing messages that have landed in the dead letter queue.
* Examples: 30s, 6h
* Default: 1d
remote_queue.sqs_smartbus.large_message_store.encryption_scheme = [sse-s3|sse-c|none]
* Currently not supported. This setting is related to a feature that is
still under development.
* The encryption scheme used by remote storage
* Default: none.
remote_queue.sqs_smartbus.large_message_store.kms_endpoint = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The endpoint to connect to for generating KMS keys.
* This setting is required if 'large_message_store.encryption_scheme' is
set to sse-c.
* Examples: https://kms.us-east-2.amazonaws.com
* No default.
remote_queue.sqs_smartbus.large_message_store.key_id = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The ID for the primary key that KMS uses to generate a data key pair. The
primary key is stored in AWS.
* This setting is required if 'large_message_store.encryption_scheme' is
set to sse-c.
* Examples: alias/sqsssekeytrial, 23456789-abcd-1234-11aa-c50f99011223
* No default.
remote_queue.sqs_smartbus.large_message_store.key_refresh_interval = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The time interval to refresh primary key.
* Default: 24h
Azure Storage Queue (ASQ) specific settings
remote_queue.asq.access_key = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The access key to use when authenticating with the remote queue
system supporting the ASQ API.
* No default.
remote_queue.asq.secret_key = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The secret key to use when authenticating with the remote queue
system supporting the ASQ API.
* No default.
remote_queue.asq.endpoint = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The URL of the remote queue system supporting the ASQ API.
* Example: https://somestorage.queue.core.windows.net/
* No default.
remote_queue.asq.retry_policy = [max_count|none]
* Currently not supported. This setting is related to a feature that is still
under development.
* The retry policy to use for remote queue operations.
* A retry policy specifies whether and how to retry file operations that fail
for those failures that might be intermittent.
* Retry policies:
+ "max_count": Imposes a maximum number of times a queue operation can be
retried upon intermittent failure. Set max_count with the
'max_count.max_retries_in_total' setting.
+ "none": Do not retry file operations upon failure.
* This setting is optional.
* Default: "max_count"
remote_queue.asq.max_count.max_retries_in_total = <unsigned integer>
* Currently not supported. This setting is related to a feature that is still
under development.
* When 'remote_queue.asq.retry_policy' is set to "max_count", sets the
maximum number of times a queue operation can be retried upon
intermittent failure.
* This setting is optional.
* Default: 3
remote_queue.asq.renew_retries = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The number of retries for a particular message on a given indexer after
being received from the remote queue, before it is proactively
moved to the DLQ folder.
* Default: 50
remote.asq.backoff.initial_delay = <unsigned integer><unit>
* Currently not supported. This setting is related to a feature that is
still under development.
* If retries are enabled, a backoff interval is used to perform
the retries. This interval is doubled on each retry up to the limit set in
remote.asq.backoff.max_retry_delay.
* This setting specifies the delay between each retry.
* If "ms", "s", or "m" is not specified, the default unit is seconds.
* Default: 4000ms (4s)
remote.asq.backoff.max_retry_delay = <unsigned integer><unit>
* Currently not supported. This setting is related to a feature that is
still under development.
* If retries are enabled, a backoff interval is used to perform
the retries.
* This setting specifies the maximum delay before the next retry.
* If "ms", "s", or "m" is not specified, the default unit is seconds.
* Default: 2*60*1000ms (120s)
remote_queue.asq.message_receive_max_count = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The maximum number of messages, that are received from the
'remote_queue' endpoint, to store in the Azure in-memory message queue.
* This setting is optional.
* Default: 32
remote_queue.asq.timeout.connect = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The connection timeout, in seconds, when interacting with
ASQ for this queue.
* This setting is optional.
* Default: 5
remote_queue.asq.timeout.read = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The read timeout, in seconds, when interacting with ASQ for
this queue.
* This setting is optional.
* Default: 60
remote_queue.asq.timeout.write = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The write timeout, in seconds, when interacting with ASQ for
this queue.
* This setting is optional.
* Default: 60
remote_queue.asq.timeout.visibility = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The timeout, in seconds, to use when explicitly changing
the visibility of specific messages in the Azure in-memory queue.
* This setting is optional.
* Default: 60
remote_queue.asq.executor_max_workers_count = <positive integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The maximum number of worker threads that can be used by
indexer per pipeline set to execute ASQ tasks.
* A value of 0 is equivalent to 1.
* Default: 4
remote_queue.asq.large_message_store.endpoint = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The URL of the remote storage system supporting the Azure API.
* Example: https://somestorage.blob.core.windows.net/
* No default.
remote_queue.asq.large_message_store.path = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The remote storage location where messages that are larger than the
underlying queue maximum message size will reside.
* If not specified, messages exceeding the underlying queue's maximum message
size are dropped.
* For Microsoft Azure Blob storage, this is specified
as "azure://<container-name>/path_to_blob" Note that "<container-name>"
is needed here only if 'remote_queue.asq.large_message_store.container_name'
is not set.
* No default.
remote_queue.asq.large_message_store.container_name = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* Specifies the Azure container to use complying with Microsoft Azure
Storage Container naming convention.
* This setting is optional.
* No default.
remote_queue.asq.large_message_store.sslVerifyServerCert = <boolean>
* Currently not supported. This setting is related to a feature that is
still under development.
* If set to true, the Splunk platform verifies the certificate
presented by the Azure server.
* Default: false
remote_queue.asq.large_message_store.sslVersions = <versions_list>
* Currently not supported. This setting is related to a feature that is
still under development.
* Comma-separated list of SSL versions to connect to
'remote.asq.large_message_store.endpoint'.
* The versions available are "ssl3", "tls1.0", "tls1.1", and "tls1.2".
* The special version "*" selects all supported versions. The version "tls"
selects all versions tls1.0 or newer.
* If a version is prefixed with "-" it is removed from the list.
* SSLv2 is always disabled; "-ssl2" is accepted in the version list
but does nothing.
* When configured in FIPS mode, ssl3 is always disabled regardless
of this configuration.
* Default: tls1.2
remote_queue.asq.large_message_store.sslRootCAPath = <path>
* Currently not supported. This setting is related to a feature that is
still under development.
* Full path to the Certificate Authority (CA) certificate PEM format file
containing one or more certificates concatenated together. The S3 certificate
will be validated against the CAs present in this file.
* Default: [sslConfig/caCertFile] in server.conf
remote_queue.asq.large_message_store.cipherSuite = <cipher suite string>
* Currently not supported. This setting is related to a feature that is
still under development.
* If set, uses the specified cipher string for the SSL connection.
* If not set, uses the default cipher string.
* Default: TLSv1+HIGH:TLSv1.2+HIGH:@STRENGTH
remote_queue.asq.large_message_store.encryption_scheme = azure-sse-kv | azure-sse-ms | azure-sse-c
* Currently not supported. This setting is related to a feature that is
still under development.
* The encryption scheme to use for containers that are currently being stored.
* azure-sse-kv: Maps to the Azure customer-managed keys in a key vault.
See the Azure documentation for customer-managed keys for Azure Store
encryption for details.
* azure-sse-ms: Maps to the Azure Microsoft-managed keys in Microsoft key store.
See the Azure documentation for Azure Storage encryption for data at rest for
details.
* azure-sse-c: Maps to the Azure customer-provided encryption keys in a Key Vault.
See the Azure documentation for customer-provided keys for Azure Store
encryption for details.
* Default: azure-sse-ms
remote_queue.asq.large_message_store.azure-sse-kv.encryptionScope = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* Required if remote_queue.asq.large_message_store.encryption_scheme = azure-sse-kv
* Specifies the key used for encrypting blobs within the scope of this index.
* No default.
remote_queue.asq.large_message_store.azure-sse-c.key_type = azure_kv
* Currently not supported. This setting is related to a feature that is
still under development.
* The mechanism that a Splunk platform indexer uses to generate the key for
sending data to Azure Storage.
* Affects the 'azure-sse-c' encryption scheme only.
* The only valid value is "azure_kv", which indicates the Azure Key Vault
Key Management Service (Azure KMS).
* You must also specify the required KMS settings:
'remote_queue.asq.large_message_store.azure-sse-c.azure_kv.key_id',
'remote_queue.asq.large_message_store.azure-sse-c.azure_kv.key_vault_tenant_id',
'remote_queue.asq.large_message_store.azure-sse-c.azure_kv.key_vault_client_id',
and 'remote_queue.asq.large_message_store.azure-sse-c.azure_kv.key_vault_client_secret'.
If you do not specify those settings, the indexer cannot start while the
'remote_queue.asq.large_message_store.encryption_scheme' setting
has a value of "azure-sse-c".
* Default: azure_kv
remote_queue.asq.large_message_store.azure-sse-c.azure_kv.key_id = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The Azure Key Vault key identifier for key encryption and decryption.
* The key identifier must include the key version.
* Required if 'remote_queue.asq.large_message_store.encryption_scheme' has
a value of "azure-sse-c".
* Example: "https://<key-vault-name>.vault.azure.net/keys/<key-name>/<key-version>"
* No default.
remote_queue.asq.large_message_store.azure-sse-c.azure_kv.key_vault_tenant_id = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The ID of the Azure Active Directory tenant for authenticating
with the the Key Vault.
* For more details about the tenant ID, check your Azure Active Directory subscription.
* Required only for client token-based authentication.
* No default.
remote_queue.asq.large_message_store.azure-sse-c.azure_kv.key_vault_client_id = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* Specifies the ID of the client, also called the application ID, which is the unique
identifier that the Azure Active Directory issues to an application registration
that identifies a specific application and the associated configurations.
* You can obtain the client ID for an application from the Azure Portal in the
Overview section for the registered application.
* Required only for client token-based authentication.
* Optional for managed identity authentication.
* No default.
remote_queue.asq.large_message_store.azure-sse-c.azure_kv.key_vault_client_secret = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* Specifies the secret key to use when authenticating the Key Vault using the client_id.
* You generate the secret key through the Azure Portal.
* Required only for client token-based authentication.
* No default.
remote_queue.asq.fail_threshold_for_dlq = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* This number denotes the number of times a message has to fail
in processing after downloading / dequeueing, before the message
is backed up in the dead letter queue smart store path.
* Default: 5
Settings specific to Simple Queue Service Datalake (SQS Datalake)
* NOTE: Change the settings in this section only when instructed to do so by
Splunk Support.
remote_queue.sqs_datalake.message_type = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The expected type of message notified through AWS SQS.
* Currently only the "asl" message type is supported.
* This setting is required.
* No default.
remote_queue.sqs_datalake.file_format = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The expected format of file downloaded from datalake.
* Currently only "parquet" type is supported.
* This setting is mandatory.
* No default.
remote_queue.sqs_datalake.sourcetype = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The source type that the indexer applies to events it indexes from data lake
files
* Default: "aws:asl"
remote_queue.sqs_datalake.auth_region = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The authentication region to use when signing the requests when interacting
with the remote queue system supporting the SQS API.
* If this setting is not specified and the indexer is running on EC2, the
indexer automatically constructs the 'auth_region' based on the EC2 region of
the Splunk platform instance where the indexer is running.
* This setting is optional.
* No default.
remote_queue.sqs_datalake.max_connections = <unsigned integer>
* Currently not supported. This setting is related to a feature that is still
under development.
* The maximum number of HTTP connections that can be simultaneously in progress for
certain queue operations.
* A value of 0 means unlimited.
* Default: 8
remote_queue.sqs_datalake.retry_policy = [max_count|none]
* Currently not supported. This setting is related to a feature that is still
under development.
* The retry policy to use for remote queue operations.
* A retry policy specifies whether and how to retry file operations that fail
for those failures that might be intermittent.
* Retry policies:
* "max_count": Imposes a maximum number of times a queue operation can be
retried upon intermittent failure.
* Use 'remote_queue.sqs_datalake.max_count.max_retries_per_part' to set the
maximum retry limit.
* "none": Do not retry file operations upon failure.
* This setting is optional.
* Default: "max_count"
remote_queue.sqs_datalake.max_count.max_retries_per_part = <unsigned integer>
* Currently not supported. This setting is related to a feature that is still
under development.
* When 'remote_queue.sqs_datalake.retry_policy' is set to "max_count", this
setting sets the maximum number of times that Splunk software can retry a
queue operation upon intermittent failure.
* This setting is optional.
* Default: 3
remote_queue.sqs_datalake.timeout.connect = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The connection timeout, in seconds, when interacting with
SQS for this queue.
* This setting is optional.
* Default: 5
remote_queue.sqs_datalake.timeout.read = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The read timeout, in seconds, when interacting with SQS for
this queue.
* This setting is optional.
* Default: 60
remote_queue.sqs_datalake.timeout.write = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The write timeout, in seconds, when interacting with SQS for
this queue.
* This setting is optional.
* Default: 60
remote_queue.sqs_datalake.timeout.receive_message = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The receive message wait time, in seconds, when interacting with SQS for
this queue.
* When set to a value greater than 0, this setting facilitates "long
polling." If there are no messages immediately available, the queue waits
at most 'remote_queue.sqs_datalake.timeout.receive_message' seconds for a
message to become available.
* Maximum value: 20
* When this setting is set to 0, long polling is not active.
* This setting is optional.
* Default: 20
remote_queue.sqs_datalake.timeout.visibility = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The "visibility timeout," in seconds, to use when
explicitly changing the visibility of specific messages in the queue.
* NOTE: Changing the value of 'remote_queue.sqs_datalake.timeout.visibility'
does not change the implicit visibility timeout configured for
the queue in the AWS SQS console.
* This setting always overrides the AWS SQS console visibility timeout.
* This setting is optional.
* Default: 300
remote_queue.sqs_datalake.buffer.visibility = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The time, in seconds, before
'remote_queue.sqs_datalake.timeout.visibility' at which visibility of
specific messages in the queue needs to be changed.
* This setting is optional.
* Default: 15
remote_queue.sqs_datalake.min_pending_messages = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The "minimum number of pending messages" that the indexer uses before it
can receive messages off of the remote queue.
* The indexer receives messages only when the sum of the internal queue
message count and the pending object GET count (from large messages
storage) is below the value for this setting.
* This setting is optional.
* Default: 10
remote_queue.sqs_datalake.max_parsed_size_mb = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The maximum number of parsed but unprocessed megabytes that the indexer can
store. When this number of parsed but unprocessed megabytes is met or
exceeded, the indexer pauses further downloading and parsing of files from
remote storage.
* NOTE: Do not change this setting unless instructed to do so by Splunk
Support.
* Default: 10
remote_queue.sqs_datalake.max_events_per_batch = <unsigned integer>
* Currently not supported. This setting is related to a feature that is
still under development.
* The maximum number of events that the worker thread can construct from a file
that has been downloaded from the data lake, before the worker thread sends
them to the indexer for ingestion.
* If processing is complete for the file, the indexer ingests the batch
containing the remaining set of events without having to meet this
threshold.
* NOTE: Do not change this setting unless instructed to do so by Splunk
Support.
* Default: 128
remote_queue.sqs_datalake.large_message_store.encryption_scheme = [sse-s3|sse-kms|none]
* Currently not supported. This setting is related to a feature that is
still under development.
* The encryption scheme used by remote storage.
* If you set this setting to "sse-kms" you must also provide values for
'remote_queue.sqs_datalake.large_message_store.kms.region' and
'remote_queue.sqs_datalake.large_message_store.kms.key_id'.
* No default.
remote_queue.sqs_datalake.large_message_store.kms.auth_region = <string>
* The authentication region to use for signing requests when interacting
with the Amazon Security Lake storage system that supports the Amazon S3 API.
* Used with v4 signatures only.
* The instance automatically constructs the Amazon S3 endpoint based on the
bucket name and region specified in the SQS message (for example,
https://<bucketname>.s3.us-west-1.amazonaws.com). When the SQS message does
not provide a 'kms.auth_region', the instance attempts to extract the value
from the Amazon s3 endpoint URL ("us-west-1" in the given example) for KMS
authentication.
* If this setting is not set and the instance cannot determine an
authentication region, the instance signs the request with an empty region
value. This can lead to rejected requests when non-AWS S3-compatible storage
is used.
* Optional.
* No default.
remote_queue.sqs_datalake.large_message_store.kms.key_id = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* Specifies the identifier for KMS. The identifier is one of the following two
things:
* The unique key ID for the primary key that KMS uses to generate a data key
pair. The primary key is stored in AWS.
* The Amazon Resource Name (ARN) of the KMS or the alias name or the ARN of
an alias that refers to the KMS.
* This setting is required when 'large_message_store.encryption_scheme' is set
to "sse-kms".
* Examples:
Unique key ID: 1234abcd-12ab-34cd-56ef-1234567890ab
AWS KMS ARN:
arn:aws:kms:us-east-2:111122223333:key/1234abcd-12ab-34cd-56ef-1234567890ab
Alias name: alias/ExampleAlias
Alias ARN: arn:aws:kms:us-east-2:111122223333:alias/ExampleAlias
* No default.
remote_queue.sqs_datalake.large_message_store.kms.key_refresh_interval = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The time interval to refresh the primary key.
* Default: 24h
Modular Inputs
python.version = [default|python|python2|python3|python3.7|python3.9|latest] * For Python scripts only, selects which Python version to use. * Either "default" or "python" select the system-wide default Python version. * Set to "python3" or "python3.7" to use the Python 3.7 version. * Set to "python3.9" to use the Python 3.9 version. * In the context of configuring apps, the "latest" value is not currently supported. It is related to a feature that is still under development. * Optional. * Default: Not set; uses the system-wide Python version. run_introspection = <boolean> * Whether or not Splunk software runs introspection on a modular input scheme when you have disabled all of its associated scripts by using the 'disabled = 1' setting. * This setting applies only for modular inputs. It takes effect only if you specify it under a default stanza of a modular input scheme. * A default stanza of a modular input scheme begins with the notation [<scheme name>] * If set to "true", Splunk software runs introspection on a modular input scheme even when you have disabled all the input scripts for the scheme. * If set to "false", Splunk software does not run introspection on a modular input scheme where you have disabled all scripts for the scheme. * If introspection does not run for a scheme, then Splunk software does not register the modular input scripts that are associated with the scheme for execution and it is disabled completely. * Use the 'disabled' setting to enable or disable individual modular input scripts. * For example, to turn introspection off for the modular input scheme "myScheme": [myScheme] run_introspection = false * Default: true
LOGD (logd input for macOS)
[logd://<name>] * This is the macOS logd input component for the Splunk platform. logd-backtrace = <boolean> * Whether or not the logd input includes backtraces. * A value of "true" means that the logd input includes backtraces in its events. * Default: false logd-debug = <boolean> * Whether or not the logd input includes "Debug" events. * A value of "true" means that the logd input includes "Debug" level events. * Default: false logd-info = <boolean> * Whether or not the logd input includes "Info" events. * A value of "true" means that the logd input includes "Info" level events. * Default: true logd-loss = <boolean> * Whether or not the logd input includes message loss events. * A value of "true" means that the logd input includes message loss events. * Default: false logd-signpost = <boolean> * Whether or not the logd input includes signposts. * A value of "true" means that the logd input includes signpost events. * Default: false logd-predicate = <string> * Filters messages using the provided predicate, or filter expression, that is based on the NSPredicate definition. * The input supports a single predicate, but the predicate can be a compound one. * Default: none logd-process = <comma-separated list> * The process ID on which to operate. * You can supply multiple process IDs with commas, for example "220,221,223". * Default: none logd-source = <boolean> * Whether or not to include symbol names and source line numbers for messages, if available. * Default: false logd-include-fields = <comma-separated list> * The fields to retrieve from a logD record. * Default: all logd-exclude-fields = <comma-separated list> * The fields to ignore when parsing a logD record * Example setting: logd-exclude-fields = bootUUID,formatString * Default: formatString,timestamp,timezoneName logd-interval = <unsigned integer> * How often, in seconds, that the input is to query logd for events, * Default: 30 logd-starttime = <string> * The earliest acceptable time for the input to query logd for events. * Use the format "YYYY-MM-DD HH:MM:SS" to specify the timestamp. * No default. logd-freetext = <string> * reserved for future use
JOURNALD (journald input for Linux)
[journald://<name>] * This is the systemd-journald input component for Splunk journalctl-include-fields = <string> * This setting and the "journalctl-exclude-fields" setting control the fields that the journald input retrieves. * The input selects most of the fields if they are in "one of "journalctl-include-fields" and not in 'journalctl-exclude-fields'. * The exceptions are MESSAGE, CURSOR, and _REALTIME_TIMESTAMP. The system treats these fields specially. * An empty 'journalctl-include-fields' value means to output all fields. * If you want all fields except XYZ, leave 'journalctl-include-fields' empty, and set "journalctl-exclude-fields=XYZ". * The input always retrieves the MESSAGE, __REALTIME_TIMESTAMP, and __CURSOR fields, but uses the __REALTIME_TIMESTAMP and __CURSOR fields internally and does not send them to the Splunk platform. * Fields __MONOTONIC_TIMESTAMP and __SOURCE_REALTIME_TIMESTAMP should always be suppressed to decrease cardinality of data. Use Splunk event time instead. * Default: PRIORITY,_SYSTEMD_UNIT,_SYSTEMD_CGROUP,_TRANSPORT,_PID,_UID, _MACHINE_ID,_GID,_COMM,_EXE journalctl-exclude-fields = <comma-separated list> * The fields to exclude. use this setting to filter which fields to send to the Splunk platform. * This filter is more computationally expensive than journalctl-output-fields, as it is not natively supported by API and requires post-processing * Default: __MONOTONIC_TIMESTAMP,__SOURCE_REALTIME_TIMESTAMP journalctl-filter = <string> * These settings map directly to the arguments for the journalctl command. See the documentation for journalctl. * Default: none journalctl-unit = <string> * Equivalent to '-u' parameter of journalctl; show messages for the specified systemd unit * Default: none journalctl-identifier = <string> * Equivalent to '-t' parameter of journalctl; show messages for the specified syslog identifier SYSLOG_IDENTIFIER * Default: none journalctl-priority = <string> * equivalent to '-p' parameter of journalctl; filter output by message priorities or priority ranges. * Default: 7 journalctl-boot = <string> * Equivalent to '-b' parameter of journalctl; messages from a specific boot * Default: none journalctl-facility = <string> * Equivalent to '--facility' parameter of journalctl, syslog facility * Default: none journalctl-grep = <string> * Equivalent to '-g' parameter of journalctl; filter output to entries where the MESSAGE= field matches the specified regular expression. PERL-compatible regular expressions are used * Default: none journalctl-user-unit = <string> * Equivalent to '--user-unit' parameter of journalctl; show messages for the specified user session unit. * Default: none journalctl-dmesg = <boolean> * Equivalent to '-k' parameter of journalctl; show only kernel messages. * Default: false journalctl-quiet = <boolean> * Equivalent to '-q' parameter of journalctl; suppress all informational messages * Default: false journalctl-freetext = <string> * reserved for future use
Cloud Processor Smartbus Queue Input
[cloud_processor_smartbus_queue:<type>:<name>] * This section explains possible settings for configuring a cloud processor smartbus queue. * Each cloud_processor_smartbus_queue stanza represents an individually configured cloud processor smartbus queue input. * NOTE: Only 1 cloud processor smartbus queue stanza is supported as an input queue. * This section explains possible settings for configuring a cloud processor smartbus queue.
cloud processor smartbus Queue (CP Smartbus Queue) specific settings
encoding_format = s2s
* Currently not supported. This setting is related to a feature that is
still under development.
* Specifies the encoding format used to write data to the cloud processor
smartbus queue.
* Default: s2s
retry_policy = max_count|none
* Sets the retry policy to use for cloud processor smartbus queue operations.
* Optional.
* A retry policy specifies whether and how to retry file operations that fail
for those failures that might be intermittent.
* Retry policies:
+ "max_count": Imposes a maximum number of times a queue operation is
retried upon intermittent failure. Set "max_count" with the
'max_count.max_retries_per_part' setting.
+ "none": Do not retry file operations upon failure.
* Default: max_count
max_count.max_retries_per_part = <unsigned integer>
* When 'retry_policy' is set to "max_count", sets the maximum number of times
a queue operation will be retried upon intermittent failure.
* Optional.
* Default: 3
large_message_store.sslVerifyServerCert = <boolean>
* If set to "true", the Splunk platform verifies the certificate presented by
the S3 server and checks that the common name and alternate name match
the ones specified in 'large_message_store.sslCommonNameToCheck' and
'large_message_store.sslAltNameToCheck'.
* Default: false
large_message_store.sslVersions = <comma-separated list>
* Comma-separated list of SSL versions to connect to the large message store.
* The versions available are "ssl3", "tls1.0", "tls1.1", and "tls1.2".
* The special version "*" selects all supported versions. The version "tls"
selects all versions tls1.0 or newer.
* If a version is prefixed with "-", then it is removed from the list.
* SSLv2 is always disabled; "-ssl2" is accepted in the version list,
but has no effect.
* When configured in FIPS mode, ssl3 is always disabled regardless
of this configuration.
* Default: tls1.2
large_message_store.sslRootCAPath = <path>
* Full path to the Certificate Authority (CA) certificate PEM format file
containing one or more certificates concatenated together. The S3 certificate
is validated against the CAs present in this file.
* Default: The value of [sslConfig]/'caCertFile' in server.conf
large_message_store.cipherSuite = <cipher suite string>
* If set, uses the specified cipher string for the SSL connection.
* If not set, uses the default cipher string.
* You must specify 'dhFile' to enable any Diffie-Hellman ciphers.
* Default: TLSv1+HIGH:TLSv1.2+HIGH:@STRENGTH
large_message_store.ecdhCurves = <comma-separated list>
* ECDH curves to use for ECDH key negotiation.
* Specify the curves in the order of preference.
* The client sends these curves as a part of Client Hello.
* Splunk software only supports named curves specified by their short names.
* The list of valid named curves by their short/long names can be obtained
by executing this command:
$SPLUNK_HOME/bin/splunk cmd openssl ecparam -list_curves
* e.g. ecdhCurves = prime256v1,secp384r1,secp521r1
* Default: not set
large_message_store.encryption_scheme = sse-s3 | none
* Currently not supported. This setting is related to a feature that is
still under development.
* The encryption scheme used by remote storage.
* Default: none.
large_message_store.key_refresh_interval = <string>
* Currently not supported. This setting is related to a feature that is
still under development.
* The time interval to refresh primary key.
* Default: 24h
inputs.conf.example
# Version 9.4.0 # # This is an example inputs.conf. Use this file to configure data inputs. # # To use one or more of these configurations, copy the configuration block into # inputs.conf in $SPLUNK_HOME/etc/system/local/. You must restart Splunk to # enable configurations. # # To learn more about configuration files (including precedence) please see the # documentation located at # http://docs.splunk.com/Documentation/Splunk/latest/Admin/Aboutconfigurationfiles # The following configuration reads all the files in the directory /var/log. [monitor:///var/log] # The following configuration reads all the files under /var/log/httpd and # classifies them as sourcetype::access_common. # # When checking a file for new data, if the file's modification time is from # before seven days ago, the file will no longer be checked for changes # until you restart the software. [monitor:///var/log/httpd] sourcetype = access_common ignoreOlderThan = 7d # The following configuration reads all the # files under /mnt/logs. When the path is /mnt/logs/<host>/... it # sets the hostname (by file) to <host>. [monitor:///mnt/logs] host_segment = 3 # The following configuration listens on TCP port 9997 for raw # data from ANY remote server (not just a Splunk instance). The host of the # data is set to the IP address of the remote server. [tcp://9997] # The following configuration listens on TCP port 9995 for raw # data from ANY remote server. The host of the data is set as the host name of # the remote server. All data will also be assigned the sourcetype "log4j" and # the source "tcp:9995". [tcp://9995] connection_host = dns sourcetype = log4j source = tcp:9995 # The following configuration listens on TCP port 9995 for raw # data from 10.1.1.10. # All data is assigned the host "webhead-1", the sourcetype "access_common" and # the the source "//10.1.1.10/var/log/apache/access.log". [tcp://192.0.2.10:9995] host = webhead-1 sourcetype = access_common source = //192.0.2.10/var/log/apache/access.log # The following configuration listens on TCP port 9996 for # Splunk cooked event data from ANY splunk forwarder. # The host of the data is set to the host name of the remote server ONLY IF the # remote data has no host set, or if it is set to "localhost". [splunktcp://9996] connection_host = dns # The following configuration listens on TCP port 9996 for # distributed search data from 10.1.1.100. The data is processed the same as # locally indexed data. [splunktcp://10.1.1.100:9996] # The following configuration listens on TCP port 514 for data # from syslog.corp.company.net. The data is assigned the sourcetype "syslog" # and the host is set to the host name of the remote server. [tcp://syslog.corp.example.net:514] sourcetype = syslog connection_host = dns # Following configuration limits the acceptance of data to forwarders # that have been configured with the token value specified in 'token' field. # NOTE: The token value is encrypted. The REST endpoint encrypts the token # while saving it. [splunktcptoken://tok1] token = $7$ifQTPTzHD/BA8VgKvVcgO1KQAtr3N1C8S/1uK3nAKIE9dd9e9g== # Set up Secure Sockets Layer (SSL): [SSL] serverCert=$SPLUNK_HOME/etc/auth/server.pem password=password requireClientCert=false [splunktcp-ssl:9996] # Use file system change monitor: [fschange:/etc/] fullEvent=true pollPeriod=60 recurse=true sendEventMaxSize=100000 index=main # Monitor the Security Windows Event Log channel, getting the most recent # events first, then older, and finally continuing to gather newly arriving events [WinEventLog://Security] disabled = 0 start_from = newest evt_dc_name = evt_dns_name = evt_resolve_ad_ds = evt_resolve_ad_obj = 1 checkpointInterval = 5 # Monitor the ForwardedEvents Windows Event Log channel, only gathering the # events that arrive after monitoring starts, going forward in time. [WinEventLog://ForwardedEvents] disabled = 0 start_from = oldest current_only = 1 batch_size = 10 checkpointInterval = 5 [tcp://9994] queueSize=50KB persistentQueueSize=100MB # Perfmon: Windows performance monitoring examples # You must specify the names of objects, counters and instances # exactly as they are shown in the Performance Monitor application. Splunk Web # is the recommended interface to use to configure performance monitor inputs. # These stanzas gather performance data from the local system only. # Use wmi.conf for performance monitor metrics on remote systems. # Query the PhysicalDisk performance object and gather disk access data for # all physical drives installed in the system. Store this data in the # "perfmon" index. [perfmon://LocalPhysicalDisk] interval = 10 object = PhysicalDisk counters = Disk Bytes/sec; % Disk Read Time; % Disk Write Time; % Disk Time instances = * disabled = 0 index = PerfMon # Gather common memory statistics using the Memory performance object, every # 5 seconds. Store the data in the "main" index. Since none of the counters # specified have applicable instances, the instances attribute is not required. [perfmon://LocalMainMemory] interval = 5 object = Memory counters = Committed Bytes; Available Bytes; % Committed Bytes In Use disabled = 0 index = main # Gather data on USB activity levels every 10 seconds. Store this data in the # default index. [perfmon://USBChanges] interval = 10 object = USB counters = Usb Control Data Bytes/Sec instances = * disabled = 0 # Admon: Windows Active Directory monitoring examples # Monitor the default domain controller (DC) for the domain that the computer # running Splunk belongs to. Start monitoring at the root node of Active # Directory. [admon://NearestDC] targetDc = startingNode = # Monitor a specific DC, with a specific starting node. Store the events in # the "admon" Splunk index. Do not print Active Directory schema. Do not # index baseline events. [admon://DefaultTargetDC] targetDc = pri01.eng.ad.splunk.com startingNode = OU=Computers,DC=eng,DC=ad,DC=splunk,DC=com index = admon printSchema = 0 baseline = 0 # Monitor two different DCs with different starting nodes. [admon://DefaultTargetDC] targetDc = pri01.eng.ad.splunk.com startingNode = OU=Computers,DC=eng,DC=ad,DC=splunk,DC=com [admon://SecondTargetDC] targetDc = pri02.eng.ad.splunk.com startingNode = OU=Computers,DC=hr,DC=ad,DC=splunk,DC=com # logD [logd://example] logd-backtrace = false logd-debug = false logd-info = false logd-loss = false logd-signpost = false logd-predicate = 'subsystem == "com.apple.TimeMachine" && eventMessage CONTAINS[c] "backup"' logd-process = 220,221,223 logd-source = false journalctl-include-fields = PRIORITY,CMD,EXE logd-exclude-fields = bootUUID,formatString logd-interval = 60 logd-starttime = "2015-01-10 17:15:00" #journald [journald://example] journalctl-include-fields = MESSAGE journalctl-exclude-fields = _UID,_MACHINE_ID,_GID,_COMM,_EXE journalctl-filter = _SYSTEMD_UNIT=avahi-daemon.service _PID=28097 + _SYSTEMD_UNIT=dbus.service journalctl-unit = systemd-modules-load.service journalctl-identifier = SYSLOG_IDENTIFIER journalctl-priority = 0 journalctl-boot = 2 journalctl-facility = help journalctl-grep =^WARN.*disk,.*errno=\d+\S+restarting journalctl-user-unit = SERVICENAME journalctl-dmesg = true journalctl-quiet = true
Last modified on 02 December, 2024
| indexes.conf | instance.cfg.conf |
This documentation applies to the following versions of Splunk® Enterprise: 9.4.0
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