![]() ![]() Individual PTP sources and servers may enable or disable the ability to respond independently if this global option is enabled. The option defaults to 1 if allowed by the license and TimeKeeper is configured to serve NTP or PTP.Ī value of 1 allows the system to respond to incoming PTP management data requests. ![]() If disabled it disables queries on all PTP sources and servers. Individual PTP sources and servers may enable or disable queries independently if this global option is enabled. Alerts for an inactive source are sent once every 3 minutes.Ī value of 1 enables the system to query PTP systems for their time sync quality data, which is then stored on the querying system. Setting this value to 0 will prevent TimeKeeper from trying to enable hardware timestamping at all.Ī value of 1 enables TimeKeeper to send alerts when a source is inactive and does not respond within the outage time limit. TimeKeeper enables hardware timestamping by default, and in rare cases this triggers issues with buggy drivers and firmware. Once the throttle timeout expires, any queued messages will be delivered as a single bundled email.Ī value of 1 will enable the Compliance package.Ī value of 1 will enable the Compliance module to resolve IP addresses to hostnames.Ī value of 1 will enable the Compliance report that covers all clients found.Ī value of 1 enables queries for the newer Filesync log transfer method if the global ENABLE_MANAGEMENT_QUERY is on as well.Ī value of 1 enables responses to the newer Filesync log transfer method responses if the global ENABLE_MANAGEMENT_RESPONSE is on as well. Other emails that would be sent between then and the throttle timeout value will be queued. If set, when an event occurs an initial email will be sent. ‘ comma separated list of email addresses to send alerts to. Prevent TimeKeeper from rotating logs on startup. If left unspecified, TimeKeeper will choose the last CPU on Linux. A value of -1 will prevent TimeKeeper from applying affinities. The CPU number that TimeKeeper should put all processes and threads on. When a step is needed, TimeKeeper emits a syslog/SNMP trap event indicating the event occurred.Ī comma separated list of interface names that TimeKeeper will avoid enabling features on, like timestamping capabilities. TimeKeeper will apply default values, and there is no need to explicitlyĬonfigure these settings unless there is a need for a specific feature.Īllow TimeKeeper to set the time (perform a step) if the time offset is found to be large after becoming active. Or 1, 0 turns the feature off and 1 turns the feature on. ![]() Global optionsīelow are global settings for TimeKeeper. To values from N to M, inclusive, and “N -” means the same as “N - M” but there is no maximum value. In the ValuesĬolumn, “N, M” means the option can be set to either N or M, “N - M” means the option can be set Individual configuration options relevant to each scenario are discussed below. Time sources are identified with the syntax: SOURCE0() during startup. Unix based systems the configuration file must be readable by the “nobody” user. TimeKeeper’s configuration file is made of simple shell statements and functions. This section details all of the options supported by TimeKeeper. ![]()
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