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  • syslog-ng Premium Edition 7.0.32
  • syslog-ng Premium Edition 7.0.32 - Administration Guide

syslog-ng Premium Edition 7.0.32 - Administration Guide

Inhaltsnavigation  
Preface
Target audience and prerequisites Acknowledgments
Introduction to syslog-ng
What syslog-ng is What syslog-ng is not Why is syslog-ng needed? What is new in syslog-ng Premium Edition 7? Who uses syslog-ng?
Public references of syslog-ng Premium Edition
Supported platforms
Certified packages
The concepts of syslog-ng
The philosophy of syslog-ng Logging with syslog-ng
The route of a log message in syslog-ng
Modes of operation
Client mode Relay mode Server mode
Global objects Timezones and daylight saving
How syslog-ng PE assigns timezone to the message A note on timezones and timestamps
Versions and releases of syslog-ng Premium Edition Licensing
License benefits Licensing model and modes of operation
GPL and LGPL licenses High availability support The structure of a log message
BSD-syslog or legacy-syslog messages
The PRI message part The HEADER message part The MSG message part
IETF-syslog messages Enterprise-wide message model (EWMM)
Message representation in syslog-ng PE Structuring macros, metadata, and other value-pairs
Specifying data types in value-pairs
Things to consider when forwarding messages between syslog-ng PE hosts Using syslog-ng PE with NFS or CIFS (or SMB) file system for log files
Limitations of using syslog-ng PE with NFS or CIFS (or SMB) file system Risks of using syslog-ng PE with NFS or CIFS (or SMB) file system Recommendations for using syslog-ng PE with NFS or CIFS (or SMB) file system
Installing syslog-ng PE
Prerequisites to installing syslog-ng PE Security-enhanced Linux: grsecurity, SELinux Installing syslog-ng PE on RPM-based platforms (Red Hat, SUSE, AIX) Using syslog-ng PE on SELinux Installing syslog-ng PE on Debian-based platforms Installing syslog-ng in Docker Installing syslog-ng using the .run installer
Installing syslog-ng PE in client or relay mode Installing syslog-ng PE in server mode Installing syslog-ng PE without user-interaction
Upgrading syslog-ng PE
Upgrading from syslog-ng PE 7.0.x to version 7 Upgrading from syslog-ng PE 6.0.x to version 7 Upgrading syslog-ng PE to other package versions Upgrading from syslog-ng PE to syslog-ng OSE Upgrade from syslog-ng OSE to syslog-ng PE
Upgrading from syslog-ng OSE to syslog-ng PE
Upgrading from complete syslog-ng PE to client setup version of syslog-ng PE Upgrading the sql() source of syslog-ng PE
Differences in configuration
Uninstalling syslog-ng PE Configuring Microsoft SQL Server to accept logs from syslog-ng
The syslog-ng PE quick-start guide
Configuring syslog-ng on client hosts Configuring syslog-ng on server hosts Configuring syslog-ng relays
Configuring syslog-ng on relay hosts How relaying log messages works
Managing and checking syslog-ng PE service on Linux
The syslog-ng PE configuration file
Location of the syslog-ng configuration file The configuration syntax in detail Notes about the configuration syntax Defining configuration objects inline Using channels in configuration objects Global and environmental variables Logging configuration changes Modules in syslog-ng Premium Edition (syslog-ng PE)
Loading modules
Managing complex syslog-ng configurations
Including configuration files Reusing configuration blocks Generating configuration blocks from a script
Python code in external files Logging from your Python code
Collecting log messages — sources and source drivers
How sources work default-network-drivers: Receive and parse common syslog messages
default-network-drivers() source options
internal: Collecting internal messages
internal() source options
file: Collecting messages from text files
Notes on reading kernel messages file() source options
google-pubsub: collecting messages from the Google Pub/Sub messaging service
Prerequisites Limitations Supported platforms Declaration The Google Pub/Sub message format in syslog-ng PE
The contents of the Google Pub/Sub Message body on the syslog-ng Premium Edition (syslog-ng PE) side The contents of the Google Pub/Sub Message attributes on the syslog-ng PE (syslog-ng PE) side Processing incoming message contents in raw message format and in .JSON format
Processing incoming message contents in raw message format Processing incoming message contents in .JSON message format
google-pubsub() source options Preventing message duplication resulting from the At-Least-Once delivery behavior Error messages you may encounter while using the google-pubsub() source
wildcard-file: Collecting messages from multiple text files
wildcard-file() source options
linux-audit: Collecting messages from Linux audit logs
linux-audit() source options
mssql, oracle, sql: collecting messages from an SQL database
mssql(), oracle(), and sql() source options Customizing mssql() queries Configuring TLS encryption for MSSQL servers Possible connection errors between the MSSQL server (2019) and syslog-ng PE 7 LTS
network: Collecting messages using the RFC3164 protocol (network() driver)
network() source options Proxy Protocol support
The working mechanism behind the Proxy Protocol Proxy Protocol: configuration and output examples
office365: Fetching logs from Office 365
Configuring Office 365 to permit fetching logs office365() source options Troubleshooting audit logging in Office 365
osquery: Collect and parse osquery result logs
osquery() source options
pipe: Collecting messages from named pipes
pipe() source options
program: Receiving messages from external applications
program() source options
python: writing server-style Python sources
Python LogMessage API python() and python-fetcher() source options
python-fetcher: writing fetcher-style Python sources
Python LogMessage API python() and python-fetcher() source options
snmptrap: Read Net-SNMP traps
snmptrap() source options
syslog: Collecting messages using the IETF syslog protocol (syslog() driver)
syslog() source options
system: Collecting the system-specific log messages of a platform systemd-journal: Collecting messages from the systemd-journal system log storage
systemd-journal() source options
systemd-syslog: Collecting systemd messages using a socket tcp, tcp6,udp, udp6: Collecting messages from remote hosts using the BSD syslog protocol
tcp(), tcp6(), udp() and udp6() source options — OBSOLETE
Change an old source driver to the network() driver
udp-balancer: Receiving UDP messages at very high rate
udp-balancer() source options
unix-stream, unix-dgram: Collecting messages from UNIX domain sockets
unix-stream() and unix-dgram() source options
windowsevent: Collecting Windows event logs
windowsevent() source options
Sending and storing log messages — destinations and destination drivers
elasticsearch2>: Sending messages directly to Elasticsearch version 2.0 or higher (DEPRECATED)
Prerequisites How syslog-ng PE interacts with Elasticsearch Client modes Elasticsearch2 destination options (DEPRECATED)
elasticsearch-http: Sending messages to Elasticsearch HTTP Event Collector
Batch mode and load balancing elasticsearch-http destination options
file: Storing messages in plain-text files
file() destination options
google_pubsub(): Sending logs to the Google Cloud Pub/Sub messaging service
Limitations Configuring the google_pubsub() destination google_pubsub() destination options Available endpoints for the google_pubsub() destination Error messages you may encounter while using the google_pubsub() destination
google_pubsub-managedaccount(): Sending logs to the Google Cloud Pub/Sub messaging service authenticated by Google Cloud managed service account
Limitations Configuring the google_pubsub_managedaccount() destination google_pubsub_managedaccount() destination options Available endpoints for the google_pubsub_managedaccount() destination Error messages you can encounter while using the google_pubsub_managedaccount() destination
hdfs: Storing messages on the Hadoop Distributed File System (HDFS)
Prerequisites How syslog-ng PE interacts with HDFS Storing messages with MapR-FS Kerberos authentication with syslog-ng hdfs() destination HDFS destination options
http: Posting messages over HTTP
Batch mode and load balancing HTTP destination options
kafka(): Publishing messages to Apache Kafka (Java implementation) (DEPRECATED)
Prerequisites How syslog-ng PE interacts with Apache Kafka Kafka destination options
kafka-c(): Publishing messages to Apache Kafka using the librdkafka client (C implementation)
kafka-c(): Prerequisites and limitations kafka-c(): Shifting from the Java implementation to the C implementation kafka-c(): Flow control in syslog-ng PE and the Kafka client Options of the kafka-c() destination
logstore: Storing messages in encrypted files
Displaying the contents of logstore files Journal files logstore() destination options
mongodb: Storing messages in a MongoDB database
How syslog-ng PE connects the MongoDB server mongodb() destination options
network: Sending messages to a remote log server using the RFC3164 protocol (network() driver)
network() destination options
pipe: Sending messages to named pipes
pipe() destination options
program: Sending messages to external applications
program() destination options
python: writing custom Python destinations
python() destination options
sentinel(): Sending logs to the Microsoft Azure Sentinel cloud
Configuring the sentinel() destination to send logs to the Microsoft Azure Sentinel cloud
Getting the required credentials to configure syslog-ng PE as a Data Connector for Microsoft Azure Sentinel Log types
sentinel() destination options
snmp: Sending SNMP traps
snmp() destination options
smtp: Generating SMTP messages (email) from logs
smtp() destination options
splunk-hec: Sending messages to Splunk HTTP Event Collector
Batch mode and load balancing splunk-hec destination options
sql(): Storing messages in an SQL database
Using the sql() driver with an Oracle database Using the sql() driver with a Microsoft SQL database The way syslog-ng PE interacts with the database
MySQL-specific interaction methods MsSQL-specific interaction methods
sql() destination options
stackdriver: Sending logs to the Google Stackdriver cloud
Configuring syslog-ng PE to send logs to Google Stackdriver stackdriver destination options
syslog: Sending messages to a remote logserver using the IETF-syslog protocol
syslog() destination options
syslog-ng(): Forward logs to another syslog-ng node tcp, tcp6, udp, udp6: Sending messages to a remote log server using the legacy BSD-syslog protocol (tcp(), udp() drivers)
tcp(), tcp6(), udp(), and udp6() destination options
Change an old destination driver to the network() driver
unix-stream, unix-dgram: Sending messages to UNIX domain sockets
unix-stream() and unix-dgram() destination options
usertty: Sending messages to a user terminal — usertty() destination Client-side failover
Routing messages: log paths, flags, and filters
Log paths
Embedded log statements
Using embedded log statements
if-else-elif: Conditional expressions Junctions and channels Log path flags
Managing incoming and outgoing messages with flow-control
Flow-control and multiple destinations Configuring flow-control
Using the disk-buffer option and memory buffering
Enabling the reliable disk-buffer option Enabling the normal disk-buffer option How to get information about disk-buffer files
Information about disk-buffer files Getting the list of disk-buffer files Getting the status information of disk-buffer files Printing the content of disk-buffer files Orphan disk-buffer files How to process messages from an orphan disk-buffer file using a separate syslog-ng PE instance
How to empty disk-buffer files Enabling memory buffering About disk queue files
Filters
Using filters Combining filters with boolean operators Comparing macro values in filters Using wildcards, special characters, and regular expressions in filters Tagging messages Filter functions
facility() filter() host() in-list() level() or priority() match() message() netmask() netmask6() program() source() tags()
Dropping messages
Global options of syslog-ng PE
Configuring global syslog-ng options Global options
TLS-encrypted message transfer
Secure logging using TLS Encrypting log messages with TLS
Configuring TLS on the syslog-ng clients Configuring TLS on the syslog-ng server
Mutual authentication using TLS
Configuring TLS on the syslog-ng clients Configuring TLS on the syslog-ng server
Password-protected keys TLS options
Advanced Log Transport Protocol
Logging using ALTP
How ALTP connections work Using ALTP in a client-relay-server scenario
ALTP options Examples for using ALTP
Reliability and minimizing the loss of log messages
Introduction Flow control, no disk-buffer option, no ALTP Flow control, normal disk-buffer option, no ALTP Flow control, reliable disk-buffer option, no ALTP Flow control, reliable disk-buffer option, ALTP Deciding which loss prevention mechanism to apply
Manipulating messages
Customizing message format using macros and templates
Formatting messages, filenames, directories, and tablenames Templates and macros Date-related macros Hard versus soft macros Macros of syslog-ng PE Using template functions Template functions of syslog-ng PE Modifying the on-the-wire message format
Modifying messages using rewrite rules
Replacing message parts Setting message fields to specific values Unsetting message fields Creating custom SDATA fields Setting multiple message fields to specific values Conditional rewrites
How conditional rewriting works
Anonymizing credit card numbers
Regular expressions
Types and options of regular expressions Optimizing regular expressions
parser: Parse and segment structured messages
Parsing syslog messages
Options of syslog-parser parsers
Parsing messages with comma-separated and similar values
Options of CSV parsers
Parsing key=value pairs
Options of key=value parsers
JSON parser
Options of JSON parsers
XML parser
Limitations of the XML parser Options of the XML parsers
Parsing dates and timestamps
Options ofdate-parser() parsers
Cisco Parser Linux audit parser
Options of linux-audit-parser() parsers
Python parser Parsing enterprise-wide message model (EWMM) messages Sudo parser iptables parser
Processing message content with a pattern database
Classifying log messages
The structure of the pattern database How pattern matching works Artificial ignorance
Using pattern databases
Using parser results in filters and templates Downloading sample pattern databases
Correlating log messages using pattern databases
Referencing earlier messages of the context
Triggering actions for identified messages
Conditional actions External actions Actions and message correlation
Creating pattern databases
Using pattern parsers
Pattern parsers of syslog-ng PE
What's new in the syslog-ng pattern database format V5 The syslog-ng pattern database format
Element: patterndb Element: ruleset Element: patterns Element: rules Element: rule Element: patterns Element: urls Element: values Element: examples Element: example Element: actions Element: action Element: create-context Element: tags
Correlating log messages
Correlating messages using the grouping-by() parser
Referencing earlier messages of the context Options of grouping-by parsers
Enriching log messages with external data
Adding metadata from an external file
Using filters as selector Options add-contextual-data()
Looking up GeoIP2 data from IP addresses
Options of geoip2 parsers
Monitoring statistics and metrics of syslog-ng
Metrics and counters of syslog-ng PE Log statistics from the internal() source The monitoring() source
monitoring() source options The monitoring-welf() source
Multithreading and scaling in syslog-ng PE
Multithreading concepts of syslog-ng PE Configuring multithreading Optimizing multithreaded performance
Troubleshooting syslog-ng
Possible causes of losing log messages Creating syslog-ng core files Collecting debugging information with strace, truss, or tusc Running a failure script Stopping syslog-ng Reporting bugs and finding help Error messages
Best practices and examples
General recommendations Handling large message load Using name resolution in syslog-ng
Resolving hostnames locally
Collecting logs from chroot Configuring log rotation Load balancing logs between multiple destinations
Load balancing with a round robin load balancing method based on the R_MSEC macro of syslog-ng PE Configuration generator for the load balancing method based on MSEC hashing
The syslog-ng manual pages
The syslog-ng manual pages
dqtool.1 lgstool.1 loggen.1 pdbtool.1 persist-tool.1 syslog-debun.1 syslog-ng-ctl.1 syslog-ng.8 syslog-ng.conf.5
Glossary

Collecting log messages — sources and source drivers

Collecting log messages — sources and source drivers

How sources work

default-network-drivers: Receive and parse common syslog messages

default-network-drivers() source options

internal: Collecting internal messages

internal() source options

file: Collecting messages from text files

Notes on reading kernel messages

file() source options

google-pubsub: collecting messages from the Google Pub/Sub messaging service

Prerequisites

Limitations

Supported platforms

Declaration

The Google Pub/Sub message format in syslog-ng PE

google-pubsub() source options

Preventing message duplication resulting from the At-Least-Once delivery behavior

Error messages you may encounter while using the google-pubsub() source

wildcard-file: Collecting messages from multiple text files

wildcard-file() source options

linux-audit: Collecting messages from Linux audit logs

linux-audit() source options

mssql, oracle, sql: collecting messages from an SQL database

mssql(), oracle(), and sql() source options

Customizing mssql() queries

Configuring TLS encryption for MSSQL servers

Possible connection errors between the MSSQL server (2019) and syslog-ng PE 7 LTS

network: Collecting messages using the RFC3164 protocol (network() driver)

network() source options

Proxy Protocol support

office365: Fetching logs from Office 365

Configuring Office 365 to permit fetching logs

office365() source options

Troubleshooting audit logging in Office 365

osquery: Collect and parse osquery result logs

osquery() source options

pipe: Collecting messages from named pipes

pipe() source options

program: Receiving messages from external applications

program() source options

python: writing server-style Python sources

Python LogMessage API

python() and python-fetcher() source options

python-fetcher: writing fetcher-style Python sources

Python LogMessage API

python() and python-fetcher() source options

snmptrap: Read Net-SNMP traps

snmptrap() source options

syslog: Collecting messages using the IETF syslog protocol (syslog() driver)

syslog() source options

system: Collecting the system-specific log messages of a platform

systemd-journal: Collecting messages from the systemd-journal system log storage

systemd-journal() source options

systemd-syslog: Collecting systemd messages using a socket

tcp, tcp6,udp, udp6: Collecting messages from remote hosts using the BSD syslog protocol

tcp(), tcp6(), udp() and udp6() source options — OBSOLETE

udp-balancer: Receiving UDP messages at very high rate

udp-balancer() source options

unix-stream, unix-dgram: Collecting messages from UNIX domain sockets

unix-stream() and unix-dgram() source options

windowsevent: Collecting Windows event logs

windowsevent() source options

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