| additional-performance-parameters |
announce-tx announce-rx announce-foreign-rx sync-tx sync-rx follow-up-tx follow-up-rx delay-req-tx delay-req-rx delay-resp-tx delay-resp-rx pdelay-req-tx pdelay-req-rx pdelay-resp-tx pdelay-resp-rx pdelay-resp-follow-up-tx pdelay-resp-follow-up-rx |
Additional Performance Monitoring Parameters,
intended to complement ptp-instance-performance-parameters. |
| additional-performance-parameters |
announce-tx announce-rx announce-foreign-rx sync-tx sync-rx follow-up-tx follow-up-rx delay-req-tx delay-req-rx delay-resp-tx delay-resp-rx pdelay-req-tx pdelay-req-rx pdelay-resp-tx pdelay-resp-rx pdelay-resp-follow-up-tx pdelay-resp-follow-up-rx |
Additional Performance Monitoring Parameters,
intended to complement ptp-instance-performance-parameters. |
| clock-performance-monitoring-data-record |
index measurement-valid period-complete pm-time average-master-slave-delay minimum-master-slave-delay maximum-master-slave-delay stddev-master-slave-delay average-slave-master-delay minimum-slave-master-delay maximum-slave-master-delay stddev-slave-master-delay average-mean-path-delay minimum-mean-path-delay maximum-mean-path-delay stddev-mean-path-delay average-offset-from-master minimum-offset-from-master maximum-offset-from-master stddev-offset-from-master |
The IEEE Std 1588 ClockPerformanceMonitoringDataRecord
type is used for PTP Instance performance monitoring
statistics. |
| clock-performance-monitoring-data-record |
index measurement-valid period-complete pm-time average-master-slave-delay minimum-master-slave-delay maximum-master-slave-delay stddev-master-slave-delay average-slave-master-delay minimum-slave-master-delay maximum-slave-master-delay stddev-slave-master-delay average-mean-path-delay minimum-mean-path-delay maximum-mean-path-delay stddev-mean-path-delay average-offset-from-master minimum-offset-from-master maximum-offset-from-master stddev-offset-from-master |
The IEEE Std 1588 ClockPerformanceMonitoringDataRecord
type is used for PTP Instance performance monitoring
statistics. |
| clock-quality |
clock-class clock-accuracy offset-scaled-log-variance |
Quality of a PTP Instance, which contains IEEE Std 1588
clockClass, clockAccuracy and offsetScaledLogVariance.
PTP Instances with better quality are more likely to
become the Grandmaster PTP Instance. |
| clock-quality |
clock-class clock-accuracy offset-scaled-log-variance |
Quality of a PTP Instance, which contains IEEE Std 1588
clockClass, clockAccuracy and offsetScaledLogVariance.
PTP Instances with better quality are more likely to
become the Grandmaster PTP Instance. |
| communication-capabilities |
multicast-capable unicast-capable unicast-negotiation-capable unicast-negotiation-required |
Multicast/unicast capabilities for a port
and message type.
These attributes report the values that are transmitted
by this PTP Instance to other PTP Instance(s) in the
network to indicate the multicast/unicast capabilities
for a port and message type. Therefore, the context is
protocol communication, and not YANG configuration. |
| communication-capabilities |
multicast-capable unicast-capable unicast-negotiation-capable unicast-negotiation-required |
Multicast/unicast capabilities for a port
and message type.
These attributes report the values that are transmitted
by this PTP Instance to other PTP Instance(s) in the
network to indicate the multicast/unicast capabilities
for a port and message type. Therefore, the context is
protocol communication, and not YANG configuration. |
| fault-record |
time severity name value description |
Record of a fault in the PTP Instance.
NOTE - IEEE Std 1588 specifies a member
faultRecordLength for this type, which is needed
for PTP Management Messages, but is not needed for
YANG management. |
| fault-record |
time severity name value description |
Record of a fault in the PTP Instance.
NOTE - IEEE Std 1588 specifies a member
faultRecordLength for this type, which is needed
for PTP Management Messages, but is not needed for
YANG management. |
| port-address |
network-protocol address-length address-field |
The IEEE Std 1588 PortAddress type represents the
protocol address of a PTP Port. |
| port-address |
network-protocol address-length address-field |
The IEEE Std 1588 PortAddress type represents the
protocol address of a PTP Port. |
| port-identity |
clock-identity port-number |
The IEEE Std 1588 PortIdentity type identifies a
PTP Port or Link Port. |
| port-identity |
clock-identity port-number |
The IEEE Std 1588 PortIdentity type identifies a
PTP Port or Link Port. |
| port-performance-monitoring-data-record |
index pm-time announce-tx announce-rx announce-foreign-rx sync-tx sync-rx follow-up-tx follow-up-rx delay-req-tx delay-req-rx delay-resp-tx delay-resp-rx pdelay-req-tx pdelay-req-rx pdelay-resp-tx pdelay-resp-rx pdelay-resp-follow-up-tx pdelay-resp-follow-up-rx |
The IEEE Std 1588 PortPerformanceMonitoringDataRecord
type is used for additional PTP Port related performance
monitoring statistics. |
| port-performance-monitoring-data-record |
index pm-time announce-tx announce-rx announce-foreign-rx sync-tx sync-rx follow-up-tx follow-up-rx delay-req-tx delay-req-rx delay-resp-tx delay-resp-rx pdelay-req-tx pdelay-req-rx pdelay-resp-tx pdelay-resp-rx pdelay-resp-follow-up-tx pdelay-resp-follow-up-rx |
The IEEE Std 1588 PortPerformanceMonitoringDataRecord
type is used for additional PTP Port related performance
monitoring statistics. |
| port-performance-monitoring-peer-delay-data-record |
index pm-time average-mean-link-delay min-mean-link-delay max-mean-link-delay stddev-mean-link-delay |
The IEEE Std 1588 PortPerformanceMonitoringPeerDelayDataRecord
type is used for the PTP Port related performance monitoring
statistics for the peer-to-peer delay measurement mechanism. |
| port-performance-monitoring-peer-delay-data-record |
index pm-time average-mean-link-delay min-mean-link-delay max-mean-link-delay stddev-mean-link-delay |
The IEEE Std 1588 PortPerformanceMonitoringPeerDelayDataRecord
type is used for the PTP Port related performance monitoring
statistics for the peer-to-peer delay measurement mechanism. |
| ptp-instance-performance-parameters |
average-master-slave-delay minimum-master-slave-delay maximum-master-slave-delay stddev-master-slave-delay average-slave-master-delay minimum-slave-master-delay maximum-slave-master-delay stddev-slave-master-delay average-mean-path-delay minimum-mean-path-delay maximum-mean-path-delay stddev-mean-path-delay average-offset-from-master minimum-offset-from-master maximum-offset-from-master stddev-offset-from-master |
PTP Instance Performance Monitoring Parameters,
related to the PTP Port or Link Port in the
slave state. |
| ptp-instance-performance-parameters |
average-master-slave-delay minimum-master-slave-delay maximum-master-slave-delay stddev-master-slave-delay average-slave-master-delay minimum-slave-master-delay maximum-slave-master-delay stddev-slave-master-delay average-mean-path-delay minimum-mean-path-delay maximum-mean-path-delay stddev-mean-path-delay average-offset-from-master minimum-offset-from-master maximum-offset-from-master stddev-offset-from-master |
PTP Instance Performance Monitoring Parameters,
related to the PTP Port or Link Port in the
slave state. |
| ptp-port-performance-parameters-peer-delay |
average-mean-link-delay min-mean-link-delay max-mean-link-delay stddev-mean-link-delay |
PTP Port Performance Monitoring Parameters,
related to the PTP Port or Link Port using the
peer-to-peer delay mechanism. |
| ptp-port-performance-parameters-peer-delay |
average-mean-link-delay min-mean-link-delay max-mean-link-delay stddev-mean-link-delay |
PTP Port Performance Monitoring Parameters,
related to the PTP Port or Link Port using the
peer-to-peer delay mechanism. |
| timestamp |
seconds-field nanoseconds-field |
The IEEE Std 1588 Timestamp type represents a
positive time with respect to the epoch
of PTP Instance Time.
This type is represented in YANG as a grouping,
with leafs seconds-field and nanoseconds-field. |
| timestamp |
seconds-field nanoseconds-field |
The IEEE Std 1588 Timestamp type represents a
positive time with respect to the epoch
of PTP Instance Time.
This type is represented in YANG as a grouping,
with leafs seconds-field and nanoseconds-field. |