# REFERENCE: syslog_default.xml
__( q{Overview Reports} );
# REFERENCE: syslog_default.xml
__( q{Most Common Event Reports} );
# REFERENCE: syslog_default.xml
__( q{By Period Reports} );
# REFERENCE: syslog_default.xml
__( q{Warning or Higher Level Events} );
# REFERENCE: schema:syslog
__( q{DLF Schema for Syslog superservice} );
# REFERENCE: schema:syslog
__( q{This is a DLF schema that can be used to represent most messages logged through syslog-like daemon. } );
# REFERENCE: schema:syslog
__( q{Timestamp} );
# REFERENCE: schema:syslog
__( q{The timestamp of the logged event.} );
# REFERENCE: schema:syslog
__( q{Host} );
# REFERENCE: schema:syslog
__( q{The hostname or ip address from which the message was received.} );
# REFERENCE: schema:syslog
__( q{Process} );
# REFERENCE: schema:syslog
__( q{The "process" that logged the event.} );
# REFERENCE: schema:syslog
__( q{PID} );
# REFERENCE: schema:syslog
__( q{The PID of the originating process that was included in the message. } );
# REFERENCE: schema:syslog
__( q{Facility} );
# REFERENCE: schema:syslog
__( q{The syslog facility (<constant>kern</constant>, <constant>mail</constant>, <constant>local7</constant>, etc.) to which the message was logged. This information isn't present in all syslog file formats. } );
# REFERENCE: schema:syslog
__( q{Level} );
# REFERENCE: schema:syslog
__( q{The syslog level (<constant>emerg</constant>, <constant>notice</constant>, <constant>debug</constant>, etc.) to which the message was logged. This information isn't present in all syslog file formats. } );
# REFERENCE: schema:syslog
__( q{Message} );
# REFERENCE: schema:syslog
__( q{The logged event message (after the <structfield>process</structfield> and <structfield>pid</structfield> parts are removed). } );
# REFERENCE: report:syslog:messages-by-facility
__( q{Messages by Facility Syslog Report} );
# REFERENCE: report:syslog:messages-by-facility
__( q{This report specification will generate a report showing the number of messages logged to each facility. } );
# REFERENCE: report:syslog:messages-by-facility
__( q{Messages Logged by Facility} );
# REFERENCE: report:syslog:messages-by-facility
__( q{Messages} );
# REFERENCE: report:syslog:messages-by-facility
__( q{% Total} );
# REFERENCE: report:syslog:messages-by-level
__( q{Messages by Level Syslog Report} );
# REFERENCE: report:syslog:messages-by-level
__( q{This report specification will generate a report showing the number of messages logged to each syslog level. } );
# REFERENCE: report:syslog:messages-by-level
__( q{Messages Logged by Level} );
# REFERENCE: report:syslog:messages-by-level
__( q{Messages} );
# REFERENCE: report:syslog:messages-by-level
__( q{% Total} );
# REFERENCE: report:syslog:messages-by-period
__( q{Messages by Period Syslog Report} );
# REFERENCE: report:syslog:messages-by-period
__( q{This report specification will generate a report showing the number of messages logged by configurable time period. } );
# REFERENCE: report:syslog:messages-by-period
__( q{The period used to aggregate the events.} );
# REFERENCE: report:syslog:messages-by-period
__( q{Number of Messages Logged by $period Period} );
# REFERENCE: report:syslog:messages-by-period
__( q{Period} );
# REFERENCE: report:syslog:messages-by-period
__( q{Messages} );
# REFERENCE: report:syslog:messages-by-period
__( q{% Total} );
# REFERENCE: report:syslog:top-hosts
__( q{Top Hosts Syslog Report} );
# REFERENCE: report:syslog:top-hosts
__( q{This report specification will generate a report showing the hosts that logged the most messages. } );
# REFERENCE: report:syslog:top-hosts
__( q{The number of hosts to include in the report.} );
# REFERENCE: report:syslog:top-hosts
__( q{Top $hosts_to_show Hosts} );
# REFERENCE: report:syslog:top-hosts
__( q{Messages} );
# REFERENCE: report:syslog:top-hosts
__( q{% Total} );
# REFERENCE: report:syslog:top-messages-by-period
__( q{Top Messages by Period Syslog Report} );
# REFERENCE: report:syslog:top-messages-by-period
__( q{This report specification will generate a report showing the messages logged most often during each period. The number of messages to include as well as the period over which events are aggregated are configurable. } );
# REFERENCE: report:syslog:top-messages-by-period
__( q{The period used to aggregate the events.} );
# REFERENCE: report:syslog:top-messages-by-period
__( q{The number of messages to include for each period in the report.} );
# REFERENCE: report:syslog:top-messages-by-period
__( q{Top $messages_to_show Messages by $period Period} );
# REFERENCE: report:syslog:top-messages-by-period
__( q{Period} );
# REFERENCE: report:syslog:top-messages-by-period
__( q{Messages} );
# REFERENCE: report:syslog:top-messages-by-period
__( q{% Total} );
# REFERENCE: report:syslog:top-messages-by-period
__( q{% Period} );
# REFERENCE: report:syslog:top-messages-by-process
__( q{Top Messages by Process Syslog Report} );
# REFERENCE: report:syslog:top-messages-by-process
__( q{This report specification will generate a report showing the the messages that were logged the most number of times by each process. The number of messages to display and the number of processes to include in the report are customizable. } );
# REFERENCE: report:syslog:top-messages-by-process
__( q{The number of messages to include for each process in the report.} );
# REFERENCE: report:syslog:top-messages-by-process
__( q{The number of processes to include in the report.} );
# REFERENCE: report:syslog:top-messages-by-process
__( q{Top $messages_to_show Messages by Process, Top $processes_to_show Process} );
# REFERENCE: report:syslog:top-messages-by-process
__( q{Messages} );
# REFERENCE: report:syslog:top-messages-by-process
__( q{% Total} );
# REFERENCE: report:syslog:top-messages-by-process
__( q{% Process} );
# REFERENCE: report:syslog:top-messages
__( q{Top Messages Syslog Report} );
# REFERENCE: report:syslog:top-messages
__( q{This report specification will generate a report showing the the messages that were logged the most number of times. The number of messages to display is customizable. } );
# REFERENCE: report:syslog:top-messages
__( q{The number of messages to include in the report.} );
# REFERENCE: report:syslog:top-messages
__( q{Top $messages_to_show Messages} );
# REFERENCE: report:syslog:top-messages
__( q{Messagse} );
# REFERENCE: report:syslog:top-messages
__( q{% Total} );
# REFERENCE: report:syslog:top-processes-by-period
__( q{Top Processes by Period Syslog Report} );
# REFERENCE: report:syslog:top-processes-by-period
__( q{This report specification will generate a report showing the processes that logged the most messages during each period. The number of process to include as well as the period over which events are aggregated are configurable. } );
# REFERENCE: report:syslog:top-processes-by-period
__( q{The period used to aggregate the events.} );
# REFERENCE: report:syslog:top-processes-by-period
__( q{The number of processes to include for each period in the report.} );
# REFERENCE: report:syslog:top-processes-by-period
__( q{Top $processes_to_show Processes by $period Period} );
# REFERENCE: report:syslog:top-processes-by-period
__( q{Period} );
# REFERENCE: report:syslog:top-processes-by-period
__( q{Messagse} );
# REFERENCE: report:syslog:top-processes-by-period
__( q{% Total} );
# REFERENCE: report:syslog:top-processes-by-period
__( q{% Period} );
# REFERENCE: report:syslog:top-processes
__( q{Top Processes Syslog Report} );
# REFERENCE: report:syslog:top-processes
__( q{This report specification will generate a report showing the processes that logged the most messages. } );
# REFERENCE: report:syslog:top-processes
__( q{The number of processes to include in the report.} );
# REFERENCE: report:syslog:top-processes
__( q{Top $processes_to_show Processes} );
# REFERENCE: report:syslog:top-processes
__( q{Messages} );
# REFERENCE: report:syslog:top-processes
__( q{% Total} );
# REFERENCE: filter:syslog:exclude-message
__( q{Exclude Message Filter} );
# REFERENCE: filter:syslog:exclude-message
__( q{This filter can be used to exclude <structname>syslog</structname> records based on the content of the <structfield>message</structfield> field. } );
# REFERENCE: filter:syslog:exclude-message
__( q{Records for which the <structfield>message</structfield> field matches that regular expression will be excluded. The match is case insensitive. } );
# REFERENCE: filter:syslog:exclude-message
__( q{excluded messages matching $message_match} );
# REFERENCE: filter:syslog:exclude-priority
__( q{Exclude Priority Filter} );
# REFERENCE: filter:syslog:exclude-priority
__( q{This filter can be used to exclude <structname>syslog</structname> records based on the priority (<structfield>facility</structfield> and <structfield>level</structfield>) of the message. } );
# REFERENCE: filter:syslog:exclude-priority
__( q{Regular expression used to select the level that the event <emphasis>must not </emphasis>come from. The match is case insensitive. } );
# REFERENCE: filter:syslog:exclude-priority
__( q{Regular expression used to select the facility that the event <emphasis>must not</emphasis> come from. The match is case insensitive. } );
# REFERENCE: filter:syslog:exclude-priority
__( q{excluded messages with facility matching $facility_match and level matching $level_match} );
# REFERENCE: filter:syslog:exclude-process
__( q{Exclude Process Filter} );
# REFERENCE: filter:syslog:exclude-process
__( q{This filter can be used to exclude <structname>syslog</structname> records based on the value in the <structfield>process</structfield> field. } );
# REFERENCE: filter:syslog:exclude-process
__( q{Regular expression that excludes messages coming from matching processes. The match is case insensitive. } );
# REFERENCE: filter:syslog:exclude-process
__( q{excluded messages logged by processes matching $process_match} );
# REFERENCE: filter:syslog:select-host
__( q{Select Host Filter} );
# REFERENCE: filter:syslog:select-host
__( q{This filter can be used to select <structname>syslog</structname> records based on the host from which the event was received. } );
# REFERENCE: filter:syslog:select-host
__( q{Regular expression used to select the host that the event must come from. The match is case insensitive. } );
# REFERENCE: filter:syslog:select-host
__( q{messages coming from hosts matching $host_match} );
# REFERENCE: filter:syslog:select-message
__( q{Select Message Filter} );
# REFERENCE: filter:syslog:select-message
__( q{This filter can be used to select <structname>syslog</structname> records based on the content of the <structfield>message</structfield> field. } );
# REFERENCE: filter:syslog:select-message
__( q{Only records for which the <structfield>message</structfield> field matches that regular expression will be selected. The match is case insensitive. } );
# REFERENCE: filter:syslog:select-message
__( q{messages matching $message_match} );
# REFERENCE: filter:syslog:select-priority
__( q{Select Priority Filter} );
# REFERENCE: filter:syslog:select-priority
__( q{This filter can be used to select <structname>syslog</structname> records based on the priority (<structfield>facility</structfield> and <structfield>level</structfield>) of the message. } );
# REFERENCE: filter:syslog:select-priority
__( q{Regular expression used to select the level that the event must come from. The match is case insensitive. } );
# REFERENCE: filter:syslog:select-priority
__( q{Regular expression used to select the facility that the event must come from. The match is case insensitive. } );
# REFERENCE: filter:syslog:select-priority
__( q{messages with facility matching $facility_match and level matching $level_match} );
# REFERENCE: filter:syslog:select-process
__( q{Select process Filter} );
# REFERENCE: filter:syslog:select-process
__( q{This filter can be used to select <structname>syslog</structname> records based on the value in the <structfield>process</structfield> field. } );
# REFERENCE: filter:syslog:select-process
__( q{Regular expression that select messages coming from matching processes. The match is case insensitive. } );
# REFERENCE: filter:syslog:select-process
__( q{messages logged by processes matching $process_match} );