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1. MONITOR DIRECTORY FOR NEW FILES LINUX ARCHIVE
2. MONITOR DIRECTORY FOR NEW FILES LINUX ZIP
3. MONITOR DIRECTORY FOR NEW FILES LINUX WINDOWS

How the forwarder monitors nonwritable Windows files See How the Splunk platform handles log file rotation. The monitoring processor detects file rotation and does not process renamed files that it has already processed (with the exception of. How the forwarder monitors files that the operating system rotates on a schedule

MONITOR DIRECTORY FOR NEW FILES LINUX ARCHIVE

If you add new data to an existing archive file, the forwarder reprocesses the entire file rather than just the new data. The following types of archive files are supported: Splunk then processes these files in a single threaded format.

MONITOR DIRECTORY FOR NEW FILES LINUX ZIP

In order to monitor archived files, forwarders decompress archive files, such as a TAR or ZIP file, prior to processing. The monitor process scans subdirectories of monitored directories continuously. If the file or directory is not present on start, the forwarder checks for it every 24 hours from the time of the last restart. It first checks for the file or directory specified in a monitor configuration. When you restart a forwarder, it continues processing files where it left off before the restart. How the forwarder handles the monitoring of files during restarts To stop all in-process data indexing, you must restart the forwarder. It only stops checking those files again. If you disable or delete a monitor input, the forwarder does not stop indexing the files that the input references. You can include or exclude files or directories from being read by using allow lists or exclude lists. So long as the stanza names are different, the forwarder treats them as independent stanzas and files matching the most specific stanza will be treated in accordance with its settings. If the specified directory contains subdirectories, the monitor process recursively examines them for new files, as long as those directories can be read. You can also specify a mounted or shared directory, including network file systems, as long as the forwarder can read from the directory. The forwarder monitors and indexes the file or directory as new data appears. Splunk uses memory for each file monitored, even if the file is ignored. Using the method of specifying the path, you can monitor live application logs such as those coming from Web access logs, Java 2 Platform Enterprise Edition (J2EE), or. When you specify a path to a file or directory, the monitor processor consumes any new data written to that file or directory. If you use Splunk Web on a heavy forwarder to configure file monitor inputs, you can use the Set Sourcetype page to see how the Splunk platform indexes file.

You can add MonitorNoHandle inputs using either the CLI or the nf file.

You can add monitor or upload inputs using these methods: The MonitorNoHandle input works only on Windows machines. On machines that run Windows Vista or Windows Server 2008 and higher, you can use the MonitorNoHandle input to monitor files that Windows rotates automatically. However, you might want to use the upload input to monitor a file such as an archive of historical data, only one time. You can use the monitor input to add nearly all your data sources from files and directories. You can also use a universal or heavy forwarder, as you would with Splunk Cloud Platform. If you have Splunk Enterprise, you can monitor files using the CLI, Splunk Web, or the nf configuration file directly on your Splunk Enterprise instance. You can upload a single file at a time to Splunk Cloud Platform using Splunk Web. While you must use a forwarder for monitor and MonitorNoHandle input processors, you do not need to use a forwarder to upload a single file. You perform the data collection on the forwarder and then send the data to the Splunk Cloud Platform instance.įorwarders have three file input processors: To monitor files and directories in Splunk Cloud Platform, you must use a universal or a heavy forwarder in nearly all cases.